piping class index and data sheets piping class rev

Technology and projects division COMMON DUN Imperial Master Special technical

specification PIPING AND VALVE MATERIAL SPECIFICATION IMPERIAL

Piping and Valve Material Specification

No: 00-02-NHT-P51-00032

Rev: 04M

Date:

00-02-NHT-P51-00032 Rev list 04M

00-02-NHT-P51-00032 PVM 04M

APP01 Service class summary old projects APP02 Piping class list APP03 Piping Class APP04 Valve Selection Manual APP05 Valve Data Sheet APP06 Valve Specification Key APP07 Material Data Sheet APP08 Element Data Sheet APP09 Dimensional Standard APP10 VSK requirements APP11 Mechanical joint deviations old projects APP13 Valve conversion table APP12 Use of flanged connections on NJORD

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Imperial Master Piping and valve material specification MAJOR CHANGES FROM OLD PROJECT SPECIFICATIONS

Doc. No.: NHT-P51-00032 Rev.: 04M Page: 1, of: 1

PIPING AND VALVE MATERIAL SPECIFICATION GENERAL PART Pargraph Description 15 Compact flanges included and changed end connection requirements. 16 Text changed 18.3 SS316 material acceptable for some parts in C-steel valves 18.3.1 New acceptable material for seat springs 18.6.7 New requirements for threaded connections in valves 18.7 New material requirements for wrenches/handwheels 18.8 Stem requirements changed from being a “special ball valve requirements” to be a

overall valve requirement 18.13.5 New requirements for lifting lugs 18.14.3 New requirements for interlocks preparation 19.6 New requirements for valve body drain connections 23.1 New requirements for valve/actuator assembly 24 New requirements for valve weighing 25.1.4 New requirements for corrosion resistant overlay welding APPENDIX 3 PIPING CLASS INDEX AND DATA SHEETS General: Compact flanges included for all fully rated piping classes Piping Class Rev. Description GD1 01 New piping class HD3 02 New piping class SE2 01 New piping class ME1 02 New piping class APPENDIX 4 VALVE SELECTION MANUAL Compact flanges included and changed end connection requirements. APPENDIX 8 ELEMENT DATA SHEET INDEX AND DATA SHEET EDS Rev. - Description EDS-010 02 New datasheet for compact flanges – Capacities EDS-021 06 Bolts for compact flanges included + 10 mm steps for bolt lengths EDS-031 01 New datasheet for compact flanges – IX ring EDS-043 01 New datasheet for compact flanges – drip ring EDS-350 05 New datasheet for compact flanges EDS-352 01 New datasheet for compact flanges – End to end dimensions for valves Appendix 12, New appendix with information about Driftskrav Del A vedlegg C Appendix 13, New appendix containing a table with transition between old Hydro VDS description and new Norsok standardised.

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Hydro Technology and Projects

SPECIAL TECHNICAL SPECIFICATION

Title: PIPING AND VALVE MATERIAL No. : NHT-P51-00032 SPECIFICATION - IMPERIAL Rev. : 04M Page : 4 of 34 Date : 2005-08-03

Classific.: INTERNAL

Prepared by : Unit name Sign. : Verified by : Unit name Sign. : Approved by : Unit name Sign. :

TABLE OF CONTENTS

1 GENERAL .......................................................................................................................................................8 1.1 SCOPE.................................................................................................................................................................8 2 ABBREVATIONS ...........................................................................................................................................8

3 STANDARDS...................................................................................................................................................9 3.1 REFERENCED PROJECT DOCUMENTS ...................................................................................................................9 3.2 NORSOK STANDARDS.......................................................................................................................................9 4 PRESSURE EQUIPMENT DIRECTIVE,97/23/EC...................................................................................10

5 PIPING BULK FRAME AGREEMENTS ..................................................................................................11 5.1 REVISIONS ........................................................................................................................................................11 5.2 OPTIONS ...........................................................................................................................................................12 6 PIPING DATABASE - PIPINGDB..............................................................................................................12

7 PIPING CLASS IDENTIFICATION...........................................................................................................12 7.1 PIPING CLASSES ................................................................................................................................................12 7.1.1 Key to piping class code ..................................................................................................................................12 7.1.2 Piping class selection ......................................................................................................................................14 7.1.3 Use of tubing pipe classes ...............................................................................................................................14 7.1.4 Pipe sizes .........................................................................................................................................................15 8 MDS - MATERIAL DATA SHEET.............................................................................................................15

9 VALVE IDENTIFICATION ........................................................................................................................15 9.1 KEY TO VALVE NUMBERS .................................................................................................................................15 9.2 CHARACTER DESCRIPTION ................................................................................................................................15 9.2.1 First and second alpha character....................................................................................................................15 9.2.2 Third alpha character......................................................................................................................................16 9.2.3 Fourth alpha character ...................................................................................................................................16 9.2.4 Fifth character.................................................................................................................................................17 9.2.5 Sixth character.................................................................................................................................................17 9.2.6 Seventh alpha character ..................................................................................................................................17 10 VALVE SELECTION ...................................................................................................................................17

11 VALVE DATA SHEETS (VDS) ...................................................................................................................18

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12 VSK - VALVE SPECIFICATION KEY......................................................................................................18

13 EDS - ELEMENT DATA SHEET................................................................................................................18

14 BUTT WELDS...............................................................................................................................................18

15 FLANGES ......................................................................................................................................................18 15.1 GENERAL..........................................................................................................................................................19 15.2 DIMENSIONS .....................................................................................................................................................19 15.3 TAPER BORING TO MATCH DOWN-RATED PIPE CLASSES ....................................................................................19 15.4 GASKETS ..........................................................................................................................................................19 15.5 FLANGE BOLTING..............................................................................................................................................19 16 BRANCHES...................................................................................................................................................20

17 MECHANICAL JOINTS..............................................................................................................................20

18 VALVE DESIGN CRITERIA ......................................................................................................................21 18.1 GENERAL..........................................................................................................................................................21 18.2 VALVE DESIGN CODES AND END TO END DIMENSIONS.......................................................................................21 18.3 MATERIALS ......................................................................................................................................................21 18.3.1 Seat spring material.........................................................................................................................................21 18.4 FINITE ELEMENT ANALYSIS AND EXTENDED TESTING......................................................................................22 18.5 RATING.............................................................................................................................................................22 18.6 PACKING, GASKETS AND SEALS .......................................................................................................................22 18.6.1 General ............................................................................................................................................................22 18.6.2 Seal materials ..................................................................................................................................................22 18.6.3 Seat insert ........................................................................................................................................................22 18.6.4 Graphite...........................................................................................................................................................23 18.6.5 Compressed Glass fibre Gaskets .....................................................................................................................23 18.6.6 Bonnet Gasket..................................................................................................................................................23 18.6.7 Valve threaded connections.............................................................................................................................23 18.7 WRENCHES / HANDWHEELS ..............................................................................................................................23 18.8 STEM ................................................................................................................................................................23 18.9 STUFFING BOX ..................................................................................................................................................24 18.10 GLAND .............................................................................................................................................................24 18.11 YOKE................................................................................................................................................................24 18.12 BOLTING...........................................................................................................................................................24 18.12.1 General ........................................................................................................................................................24 18.12.2 Bolting material...........................................................................................................................................24 18.13 END CONNECTION ............................................................................................................................................24 18.13.1 General ........................................................................................................................................................24 18.13.2 Mechanical joints ........................................................................................................................................24 18.13.3 Flanges according to Norsok L-005 ............................................................................................................24 18.13.4 Taper boring of butt welded end valves.......................................................................................................25 18.13.5 Lifting Lugs..................................................................................................................................................25 18.14 VALVE OPERATION ...........................................................................................................................................25 18.14.1 General ........................................................................................................................................................25

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18.14.2 Wrench.........................................................................................................................................................25 18.14.3 Interlocks .....................................................................................................................................................25 19 SPECIAL DESIGN CRITERIA BALL VALVES ......................................................................................26 19.1 GENERAL..........................................................................................................................................................26 19.1.1 Valves shipped with valve internals separate ..................................................................................................26 19.1.2 Protection of exposed bolt threads ..................................................................................................................26 19.1.3 Pigging sleeves ................................................................................................................................................26 19.1.4 Re-certification ................................................................................................................................................26 19.2 HOUSING DESIGN ..............................................................................................................................................27 19.3 REDUCED BORE ................................................................................................................................................27 19.4 PUP PIECES .......................................................................................................................................................27 19.5 SEAT DESIGN ....................................................................................................................................................27 19.6 DRAIN CONNECTION FOR WELDED END VALVES (TOP ENTRY)...........................................................................28 19.7 ACCEPTABLE LEAKAGE RATE FOR METAL SEATED BALL VALVES ......................................................................28 20 SPECIAL DESIGN CRITERIA GATE-, GLOBE- AND CHECK VALVES ..........................................29 20.1 BODY AND BONNET ..........................................................................................................................................29 20.2 STEM ................................................................................................................................................................29 20.3 SEAT DESIGN ....................................................................................................................................................29 20.4 WEDGE FOR GATE VALVES ...............................................................................................................................29 20.5 DISC FOR GLOBE- AND CHECK VALVES .............................................................................................................29 21 SPECIAL DESIGN REQUIREMENTS FOR SPECIAL ITEMS.............................................................30 21.1 GENERAL..........................................................................................................................................................30 21.2 DESIGN .............................................................................................................................................................30 21.3 DOCUMENTATION.............................................................................................................................................30 22 SPECIAL DESIGN REQUIREMENTS FOR NAS (ESD).........................................................................30

23 SPECIAL REQUIREMENTS FOR VALVE/ACTUATOR ASSEMBLY................................................30 23.1 GENERAL..........................................................................................................................................................30 23.2 DECLARATION OF CONFORMITY .......................................................................................................................31 24 VALVE WEIGHING ....................................................................................................................................32

25 FABRICATION AND INSTALLATION OF PIPING SYSTEMS ...........................................................32 25.1 VALVES - FABRICATION, WELDING AND NDE...................................................................................................32 25.1.1 Hard facing by Stelliting..................................................................................................................................32 25.1.2 Hard facing by Tungsten Carbide overlay ......................................................................................................32 25.1.3 Hard facing by Electroless Nickel Coating .....................................................................................................33 25.1.4 Corrosion resistant overlay welding................................................................................................................33 25.1.5 Butt welds ........................................................................................................................................................33 25.2 COLD FORMING ................................................................................................................................................33 25.3 DESIGN, FABRICATION AND INSTALLATION OF GRP PIPING SYSTEMS................................................................33 25.4 BOLTING...........................................................................................................................................................34 26 TESTING .......................................................................................................................................................35

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27 COATING ......................................................................................................................................................35

28 MARKING.....................................................................................................................................................35 28.1 MARKING OF PIPES, FITTINGS AND FLANGES .....................................................................................................35 28.2 MARKING OF VALVES .......................................................................................................................................36 28.2.1 Stamped on valve body/bonnet ........................................................................................................................36 28.2.2 Identification plate...........................................................................................................................................36

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1 General

1.1 Scope This specification with appendices defines the minimum requirements for piping and valves to be used for modifications and extensions of the following installations where the imperial system is in use: NJORD (NJO) Oseberg Øst (OSO) Oseberg Sør (OSS) TROLL C (TRC) Fram Vest (FRV) Grane (GRA) This also includes piping and valves inside mechanical packages, except as follows: Equipment suppliers may obtain approval for alternative designs that provide documented project or operational advantages. This specification does not apply for:

• Pipelines outside battery limit • Sanitary systems inside buildings • Storm water drain system • Flexible hoses • Instrument and control tubing

Selection or development of other piping classes or VDS's (incl. Piping special items) are subject to Company approval and shall be documented as a non-conformance to this specification. Updating of project "Piping and Valve Material Specification", and verification of project As Built information is the responsibility of the Project.

2 Abbrevations

The following abbreviations are given for terms contained in this specification: API - American Petroleum Institute ASME - The American Society of Mechanical Engineers ASTM - The American Society for Testing and Materials BS - British Standard DFO - Documentation for operation DIN - Deutsches Institut für Normung (German Standard)

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GRP - Glass fibre Reinforced Plastics ISO - International Organisation for Standardisation MDS - Material data sheet MSS - Manufacturers Standardisation Society (USA) NB - Notified body NCR - Non Conformance Request NEMA - National Electrical Manufacturers Association (USA) NORSOK - (“norsk sokkels konkuranseposisjon” or in English the

competitive standing of the Norwegian offshore sector) NS - Norwegian Standard NPD - Norwegian Petroleum Directorate PCS - Piping class sheet PED - Pressure Equipment Directive 97/23/EC TBK - The Norwegian Pressure Vessel Committee VDS - Valve data sheet

3 Standards In general the latest issue of standards and project documents shall apply.

3.1 Referenced project documents NHT-P51-00009 Piping Colour Coding and Identification System. NHT-P51-00010 Colour coding and marking of piping materials. NHT-P51-00018 Piping Fabrication, Installation, Flushing and Testing - Supplement to NORSOK L-CR-004 Rev. 1. NHT-P51-00025 Piping Details - Supplement to NORSOK L-CR-003 Rev. 1. NHT-P51-00031 System requirements for pressure equipment XXXX Project depending - Materials selection and corrosion

protection philosophy.

3.2 NORSOK standards As per relevant data sheets for piping classes, valves and materials. All NORSOK documents and data sheets are available via Internet. Website: http://www.standard.no/ E-mail: [email protected] NORSOK M-001 Materials selection. NORSOK M-501 Surface preparation and protective coating. NORSOK M-601 Welding and inspection of piping.

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NORSOK M-CR-621 GRP piping materials. NORSOK M-630 Material data sheets for piping. NORSOK M-650 Qualification of manufacturers of special materials. NORSOK M-CR-710 Qualification of non-metallic sealing materials and

manufacturers. NORSOK L-001 Piping and Valves NORSOK L-CR-004 Piping fabrication, installation, flushing and testing. NORSOK L-CR-003 Piping details.

4 Pressure Equipment Directive,97/23/EC The Pressure Equipment Directive (PED) limit use of A106 gr.B pipe material above 16 mm wall thickness and API 5L-X52 pipe material below Charpy V-notch test temperature. The old piping classes CA3 and CA4 can therefore not be used for new projects. Further are CA1, CA2 and DA1 limited to maximum 16 mm wall thickness.

For the cases below, this piping and valve material specification may have other quantitative requirements than section 7 of Annex I in PED: • Higher joint coefficients for longitudinal welded pipes without 100% X-ray • Use of non listed components • Use of non listed materials • Use of materials without Charpy V-notch test • Use of allowable stress up to 90% of yield for high temperature austenitic stainless steel

From Company’s point of view, these differences do not reduce the total safety margins set by the PED, as long as requirements set forth in ASME B31.3 and associated NORSOK standards are fulfilled throughout the entire installation. Contractor is responsible for any deviation to the PED, and shall ensure approval of this specification by NB in the initial phase of the project. Filament wound epoxy piping systems has not been included in the scope of NH’s conformity assessment to the PED. Contractor must evaluate any conflict with the PED before implementing this material in a project. For components supplied without CE marking, the manufacturer of the piping systems shall perform a conformity assessment to PED.

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A particular material appraisal has to be made for all materials used as they all are specified according to ASTM standards and not according to harmonised EN-standards. All piping components procured for systems affected by PED, shall be procured to fulfil certification requirements to category III. I.e. inspection certificate according to EN10204 type 3.1B (type 2.2 for bolts and nuts), issued from a material manufacturer with quality system certified by a “Competent body established within the community”, and having undergone a specific assessment for materials. All components from PCS procured with CE marking shall generally be procured in category III.

Contractor shall issue a project fluid list that includes their status according to PED. The list shall as a minimum contain the following information per fluid type: • Service type; liquid or gas • Fluid group; 1 or 2 • Whether a gas is stable or unstable Fluid types not affected by PED shall also be included. Information about the Category that has been used for conformity assessment according to PED, shall be a part of the DFO for all systems. Isometric piping drawings for hand-over to Company shall be marked with the Category used for conformity assessment to the PED.

5 Piping bulk frame agreements

Company has established piping/valves bulk Frame Agreements/Selected Makes Agreements. The agreements shall be utilised in accordance with project requirements.

5.1 Revisions Agreements are continuously being developed, and data sheets included in the project "Piping and Valve Material Specification" are subject to revision by Company, independent of the Project. All revisions should be evaluated for adoption by the Project, as the suppliers should be allowed to produce in accordance with the latest revision.

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5.2 Options

Contractor shall evaluate the options in the Frame Agreement Price Listing and present a listing of the options Contractor propose to implement for the project to Company for approval.

6 Piping database - PipingDB Company has a piping database (PipingDB), containing most of this projects piping classes. Piping classes in the PipingDB are built up by piping materials and valves given by single components with individual codes. All codes are given according to Norsk Hydro Standard Material codes (NHS-M). Contractor shall use these Material codes in components description. Contractor will be given access to the PipingDB. New piping classes shall be generated from the PipingDB by Contractor. All adjustments and/or additional piping classes/Valve Data Sheets shall be approved by Company. Company shall be responsible for the administration of the PipingDB and for input of new NHS-M codes. The following piping classes are not included in the PipingDB: AC2, AF1, CK4, CK6, CR1, EA4, EA8, EA9, KA7, LC2, LC3, ME1, SC3, SC4, SC5, SC6, SC7 and SL1. Contractor shall review all piping classes and identify requirements for adjustments and/or additional piping classes/Valve Data Sheets.

7 Piping class identification The Norsk Hydro piping class identification is different to NORSOK. However, the Hydro piping class sheets carry a reference to the equivalent NORSOK piping class in the lower right corner of the data sheet where this is relevant. This reference can be used (for information) when reading other NORSOK data sheets (i.e. EDS NBE1) where references are made to NORSOK piping classes. All sub-sea piping classes shall be identified with the following piping class code: UUU

7.1 Piping classes

7.1.1 Key to piping class code The piping material specification is divided into piping classes. The code for each class consists of two alpha characters and a single digit e.g.:

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CC2 The first alpha character identifies the pressure rating; the following are used: A = PN 10. B = PN 16. C = Class 150 ASME B16.5 (PN 20). D = Class 300 ASME B16.5 (PN 50). E = Class 600 ASME B16.5 (PN 100). F = Class 800 ASME B16.5 (Socket weld or threaded end connection). G = Class 900 ASME B16.5 (PN 150). H = Class 1500 ASME B16.5 (PN 250). K = Class 2500 ASME B16.5 (PN 420). L = 5000 PSI API. M = 10000 PSI API. N = 15000 PSI API. S = Special. U = Reserved sub-sea piping class. The second alpha character identifies the basic material; the following are used: A = Carbon Steel. B = Low Alloy Steel. C = Austenitic Stainless Steel. D = Austenitic Stainless Steel with high Mo content. E = Ferritic/Austenitic Stainless Steel (22% duplex type). F = Copper and Copper alloys. G = Nickel and Nickel alloys. H = Titanium. K = Glass fibre Reinforced Plastic, GRP or others. L = Thermoplastic. M = Ferritic/Austenitic Stainless Steel (25% duplex type). N = Austenitic Stainless Steel with high Mn and Mo content. U = Reserved sub-sea piping class. R = Rubber/elastomer. The identification digit (1-9) indicates variations within the same pressure rating and basic material. Variations can be for example corrosion allowance, different flange

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facings, and different design pressure/temperature. For sub-sea piping classes, the letter U shall be used instead of digit (1 - 9).

7.1.2 Piping class selection For selection of pipe classes within each material group, see Appendix 2, “Piping Class List”. The limit range for pressure and temperature for each pipe class shall be followed. Any deviations to this shall be subject to Company approval.

Material selection for piping For material selection for piping, reference shall be made to the referenced project documents in section 3.1. Where a material selection has either not been given or alternatives listed, the NORSOK material selection standard referenced in section 3.2 shall be used to generate the material selection.

7.1.3 Use of tubing pipe classes The substitution of piping by tubing shall be subject to Company approval. Tubing pipe classes are primary intended for use in certain utility systems, such as chemical injection and branching off from supply headers like nitrogen, air, hydraulic oil etc. In several cases it may be beneficial to replace standard piping classes with type 316 stainless steel tubing also for other systems and services. In each case, special consideration shall be given towards any hazardous potential for the service and the safety aspects related to the intended use. The following conditions shall further apply: • Tubing and compression fittings shall only be used on systems affected under

Article 3, paragraph 3 in PED. • The tubing classes in this specification shall be used • The size range for individual tubing classes shall not be extended unless properly

documented by qualification testing reports • If tubing is used for branches in HC process systems, the tubing shall be isolated

from the main process line by a piping valve • Tubing shall be identified on P&ID’s with line number • The lines shall be covered by piping MC packages • The installation shall be documented by a test ISO and necessary MCCR’s • Tubing shall not be used inside walls or other enclosed compartments without

access • Flanges and tubing fittings shall not be used in enclosed areas for nitrogen (ZGI)

service due to the risk potential in case of leakage • Tubing shall not be used for methanol or sodium hypo chlorite service

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• Tubing classes shall not be used for H.P. wash down water service or any other water service containing particles

• If tubing is used for drainage of instrument equipment in hydrocarbon service, piping block valve shall be easy accessible from floor/grade or platform and shall be "Normally Closed"

7.1.4 Pipe sizes Nominal diameters (DN) and other dimensions shall be given in mm. DN32 (1 ¼”), DN 65 (2 ½”), DN90 (3 ½”) DN 125 (5"), DN 550 (22"), DN 650 (26"), DN 850 (34") and DN 950 (38") shall be avoided, unless it can be verified that substantial cost savings will be achieved by using these non-standard sizes.

8 MDS - Material Data Sheet The NORSOK MDS's shall be used, ref. NORSOK M-630 "Material data sheets for piping". Piping class (PCS) and valve data sheets (VDS) refer to NORSOK MDS's.

9 Valve identification

9.1 Key to valve numbers The valve number consists of four alpha characters, two digits and one alpha character as illustrated below:

GT A S 10 RValve typePressure rating

Material codeSequential number

End connection

9.2 Character description

9.2.1 First and second alpha character Valve type:

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BL = Ball valve. BU = Butterfly valve. CB = Combination valve (several valves combined in one body) CH = Check valve. DM = Diaphragm valve. GB = Globe valve. GT = Gate valve. NE = Needle valve. PG = Plug valve. SV = Special valve.

9.2.2 Third alpha character Pressure rating: A = Class 150 ASME B16.5 (PN 20). B = Class 300 ASME B16.5 (PN 50). C = Class 400 ASME B16.5 (Not used). D = Class 600 ASME B16.5 (PN 100). E = Class 900 ASME B16.5 (PN 150). F = Class 1500 ASME B16.5 (PN 250). G = Class 2500 ASME B16.5 (PN 420). H = 2000 PSI API. I = 3000 PSI API. J = 5000 PSI API. K = 10000 PSI API. L-= 15000 PSI API P = Class 4500 ASME B16.5. R = Class 800 ASME B16.5 (valves = < 2"). X = Other ratings

9.2.3 Fourth alpha character Material: C = Carbon steel; type 235, type 235LT, type 360LT. D = Ferritic/Austenitic Stainless Steel; type 22Cr, type 25Cr. P = Polymers including fibre reinforced. R = Austenitic Stainless Steel; type 6Mo. S = Austenitic Stainless Steel; type 316. T = Titanium. X = High Strength low alloyed steel.

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W = Other materials

9.2.4 Fifth character Sequential number.

9.2.5 Sixth character Sequential number. (A letter is used in place of this number when deviating from the NORSOK standard). The following letters for company specified valves have been used: A, B, C, D = General variation to NORSOK E = Valves specially designed for ESD service F = Valves specially designed for ESD service P = Valves in carbon steel with 316 overlay on wetted parts

9.2.6 Seventh alpha character End connection: B = Butt welding end with/without pup piece. C = Clamp type end connection. D = Threaded one end/butt weld other end (duo end). E = SAE flange end. F = Flat face flange. J = RTJ end connection. K = Compact flange end connection. R = Raised face flange. T = Threaded. X = Special bore, end connection etc. Y = Special bore, end connection etc. Z = Special bore, end connection etc.

10 Valve Selection The principles for valve selection is included in Appendix 4, Valve Selection Manual, and project valve selection shall follow the principles given herein. Compared to what is defined in the Valve Selection Manual for the applicable service description, pipe classes are not always complete regarding the VDS's (Valve Data Sheets) given, or are in excess of VDS’s. This is due to the fact that VDS selection in pipe classes are based on a multiple project experienced selection for actual pipe class/services, and a complete range may not previously been used.

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11 Valve Data Sheets (VDS) Generally the VDS are identical to the NORSOK specification. However, mistakes have been corrected and minor modifications (which do not affect interchangeability) have been taken into the VDS’s. These deviations from the original NORSOK specification will be highlighted on the VDS. Norsk Hydro stock no. and document no. have been added to all VDS’s. To cover requirements for valves not included in the NORSOK specification, separate data sheets are made. These have VDS identification with a letter as the sixth character in accordance with the paragraph “Valve Identification” of this specification.

12 VSK - Valve Specification Key These data sheets list the specification for the valve as an integral item (equipment assembled from many single elements). Material specification for each single element is given in the MDS. The VSK consists of a collection of numbered text units from a database. These numbers are given as the "Text ID" in the left column in the VSK. Following the "Text ID" is the latest revision date for the text unit. The VSK itself has its own revision number and date.

13 EDS - Element Data Sheet These data sheets cover additional requirements for design and procurement.

14 Butt welds All butt welds shall be carried out as full penetration welds in accordance with the design codes and welding procedures qualified to the requirements of ASME B31.3 and NORSOK M-601. Butt-welding end finish shall comply with the standard welding bevel and root face of ASME B16.25. The requirements in ASME B16.25 fig. 1 shall apply to geometry transmissions for all pipe fittings and valves. Socket welds are prohibited.

15 Flanges Flange capacity shall be checked for compact flanges, ref EDS-010.

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15.1 General Use of flanged connections shall be in accordance with Driftskrav del A. For Njord extended use of NORSOK L-005 compact flanges has been approved. Appendix 12 gives service/zone and pressure/size matrix for approved connections on Njord. For modifications, valves end connections must not differ to the requirements given by the area classifications.

15.2 Dimensions

Dimension of flanges Class 150 and class 300, DN 15 to DN 600 shall be in accordance with ASME B16.5. Flanges above DN 600 shall be in accordance with MSS SP-44. For CL600 and higher, flanges with dimensions in accordance with NORSOK L-005 or ASME B16.5/MSS SP-44 shall be used in accordance with project requirements. For flanges with dimensions in accordance with NORSOK L-005 the bore diameter at flange face shall be in accordance with the full rated wall thickness as specified in EDS-351.

15.3 Taper boring to match down-rated pipe classes Weld neck flanges with dimensions according to NORSOK NCF5 shall be taper bored at the bevel end to match the wall thickness of down-rated pipe classes. Note that wall thicknesses from corresponding NORSOK piping classes are used for defining ID at flange facing (not always similar ID as for Hydro piping classes).

Weld neck flanges with taper boring shall be marked with schedule for both the bevel and flange face end. The ID of lines subject to pigging must be checked to ensure that the ID reduction is inside acceptable limits for the pigging operations.

15.4 Gaskets In hydraulic oil, seal oil, lube oil, control oil and fuel oil systems where demand on cleanness is made, spiral wound gaskets with inner and outer ring shall be used. This is indicated by note 24 on the relevant Piping Class Sheets.

15.5 Flange bolting

For flanges, design shall ensure that a failure of one bolt will not result in sudden discharge of pressure energy. If this is not possible, EN 10204 type 3.1B inspection certificate shall be used for the bolting parts. ASME B16.5, MSS SP-44 and

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NORSOK NCF5 flanges are all designed to maintain functional integrity if one bolt fail. Stud bolt and machine screw lengths shall be as specified in the EDS which provides for extra length, where necessary, to permit the use of hydraulic bolt tensioning equipment. For special applications not covered by the EDS's, bolt lengths shall be in accordance with the section “Bolting” under “Fabrication and Installation of Piping” Bolts: Threading shall be in accordance with ANSI B1.1, class 2A fit for diameters 1 inch and smaller (UNC series) and 8 pitch thread series for 1 1/8 inch and larger Nuts: Threading shall be in accordance with ANSI B1.1, UNC series for diameters 1 inch and smaller with a class 2B fit, and 8 UN series for diameter 1 1/8 inch and larger with a class 2B fit. Nuts shall be American national standard heavy HEX. series, double chamfered. Dimensions shall conform to ANSI B18.2.2.

16 Branches

Branches shall be as specified in the piping classes and EDS-200. For sizes DN 40 and below, weldolets/flanges made in one piece (e.g. Nipo flanges) shall be used instead of weldolets where flange connection is required on the branch. Corrosion allowance Corrosion allowance for the design of O'lets in material grades; 316SS, 6Mo and duplex is 0 mm unless otherwise agreed with Company.

17 Mechanical joints

Grayloc type mechanical joints shall be in accordance with EDS-350. This data sheet is based on EDS-NMJ1 and NMJ3 using the corresponding fully rated NORSOK piping class. In the case of intermediate piping classes, i.e. piping classes with less pipe wall thickness than a fully rated NORSOK piping class, the mechanical joints shall be the same as for a fully rated piping class. The selection shall be verified by Company. For mechanical joints, it shall be verified that failure of one bolt will not result in sudden discharge of pressure energy. If this is not possible, EN 10204 type 3.1B inspection certificate shall be used for the bolting parts.

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For tie-ins to old installations, interchange ability between existing and new mechanical joints shall always be checked prior to order. Ref. Deviation list in appendix 1.

18 VALVE DESIGN CRITERIA

18.1 General Design of the valves shall be in accordance with the requirements in the Valve Data Sheets and this technical specification. NORSOK requirements and design principles shall be made valid for all valves, also for Company specified valves. All valves shall be designed and manufactured such that they are capable of being mounted either vertically or horizontally, with no operational impediment. All butt-welded valves shall be capable of being serviced in both horizontal and vertical position.

18.2 Valve design codes and end to end dimensions Ref. Appendix 9 for a general overview of valve design- and end-to-end dimension code references.

18.3 Materials Materials shall be in accordance with the material requirements specified on the VDS including referred EDS'es and VSK's. Qualification of manufacturers of Duplex, 6Mo and Titanium shall be done in accordance with NORSOK Specification M-650. Measures shall be taken to avoid galling in threaded connections. For carbon steel valves, components such as body plugs, sealant injection nipples, relief valves, etc in 316 is accepted also for temperatures above 60 0C.

18.3.1 Seat spring material The following seat spring materials are accepted as alternatives to the specified UNS N06625 / UNS N10276.

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Body material Service Seat spring material *) Carbon and low alloy steel 316 Stainless steel

All services Alloy X750, Alloy X718, Alloy 625, Alloy 276

22% Cr Duplex All services except seawater service

Alloy X718, Alloy 625, Alloy 276

6Mo stainless steel 25% Cr duplex Titanium

Seawater service Alloy 625, Alloy 276

* Equivalent materials are acceptable.

18.4 Finite Element Analysis and Extended Testing For Frame agreement supplied valves, additional cost for finite element analysis and extended testing to qualify new valve designs in accordance with requirements in API 6D § 2.7 - § 2.9 may be claimed in accordance with option in price list if new special item valve design exceeds existing design parameters. Special piping items being based on standard VDS's where design parameters are not exceeded, shall not initiate finite element analysis and extended testing. The use of optional finite element analysis and extended testing shall be agreed between valve supplier and buyer in accordance with project requirements.

18.5 Rating All valves shall be fully rated according to ASME B 16.5/API 6D unless specified as a special item. Down- or up-rated valves may be proposed by Projects for larger valves where a significant weight and cost saving can be demonstrated.

18.6 Packing, Gaskets and Seals

18.6.1 General All non-metallic sealing materials shall be qualified in accordance with requirements described in NORSOK specification M-CR-710.

18.6.2 Seal materials Materials for valve sealing systems shall be in accordance with requirements specified herein and NORSOK EDS NSM1

18.6.3 Seat insert Materials for valve soft seats shall be in accordance with requirements specified herein and NORSOK EDS NSS1. Seat insert shall be suitable for the temperature

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range specified on the VDS. If the seat insert material is rolled/swaged/pressed-in, the steel edge holding the seat insert material shall be rounded off to avoid cracking of the material.

18.6.4 Graphite Graphite shall be used where a fire safe design is specified. The graphite material shall be of a minimum 98% purity, and shall include a corrosion protective additive. On valves in 6Mo and 25%Cr Duplex (sea water service), graphite shall not be used where it can be in contact with the service media. The design shall then include a primary seal in suitable material, and a graphite secondary seal if fire safe design is specified. The same shall apply for valves in services for hydraulic oil, seal oil, lube oil and diesel. This is to avoid contact between the graphite and the fluid.

18.6.5 Compressed Glass fibre Gaskets Compressed glass fibre gaskets shall where specified be supplied in accordance with requirements in NORSOK EDS NGA2.

18.6.6 Bonnet Gasket Where ring joint facings are used, the gasket shall be in accordance with ASME B16.20 oval type. The following materials shall be applicable: § soft iron for carbon steel valves § AISI 316 stainless steel for stainless steel valves § 6Mo material (max. 160 HB) for 6Mo valves § AISI 316 stainless steel for Duplex valves § Titanium B348 Gr 1 (max. 110HB) for valves in Titanium For gate-, globe- and check valves, ring joints/ flat gasket split shall be on CL900, i.e. ring joints CL900 and above.

18.6.7 Valve threaded connections On valve threaded connections shall either a suitable jointing compound, or a graphite and PTFE-based seal system be used. PTFE- based tape is not accepted.

18.7 Wrenches / handwheels Material to be carbon steel, galvanised and painted, or 316.

18.8 Stem Stem retention shall not depend on the packing gland. A shouldered stem design is required. Removable stem retaining parts inside the valve body and / or bonnet are not acceptable.

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18.9 Stuffing box A lantern ring is not allowed.

18.10 Gland The gland shall have a shoulder on outer end to prevent complete entry of the gland into the stuffing box. The two-piece self-aligning ball type gland and gland flange design shall be used if optional in the design code.

18.11 Yoke Yoke shall have provisions for an extended stem or an actuator/gearbox mounting flange incorporated in the design when applicable. When a yoke sleeve is retained to the yoke by means of a retaining nut, the latter shall be secured to the yoke.

18.12 Bolting

18.12.1 General Bolt tightening procedures, including specification of grease type and friction coefficients, shall be included in the maintenance instructions.

18.12.2 Bolting material Bolting shall be supplied in accordance with NORSOK EDS NBO2.

18.13 End Connection

18.13.1 General The welding of flanges into socket weld end valves to meet a specification for flanged valves, is not acceptable.

18.13.2 Mechanical joints Mechanical joints are selected in accordance with EDS-350.

18.13.3 Flanges according to Norsok L-005 For flange dimensions according to NORSOK L-005, flanged and wafer type valves shall have full flange face. The bore diameter at flange face shall be in accordance with the full rated NORSOK wall thickness.

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18.13.4 Taper boring of butt welded end valves The projects shall prior to delivery specify the degree of taper boring (if any), to match down-rated pipe class wall thickness.

Valves with taper boring which is not in accordance with the full rated wall thickness shall be clearly identified with red tape on valve ends and attention marking addressing the valve/weld bevel to the applicable pipe class given by the project. It is accepted that a reduction of the wall thickness at the weld bevel might result in a slightly shorter valve end to end dimension. Taper boring shall be included in the frame agreement price/scope of supply.

18.13.5 Lifting Lugs If valve / valve assembly is equipped with lifting lugs, they shall be designed, manufactured, certified and documented in accordance with NORSOK specification R-CR-002.

18.14 Valve operation

18.14.1 General All valves to be capable of being locked in the fully open or closed position. The design shall allow direct use of padlock without need for chain etc. Provision to be made to avoid galvanic corrosion between valve and gear, wrench or actuator.

18.14.2 Wrench Wrench operated valves are to be fitted with stops at the end positions to prevent moving through more than 90 degrees. These stops must be in the form of raised bosses integrally cast or forged with or welded on to the valve. Removable stops and/or spring-loaded pins, which drop into holes at the open or closed position, are not acceptable. The plate, which strikes the stops, shall be permanently affixed to the valve stem, and not feature of the wrench, to prevent the valve being mal operated when the wrench is removed.

18.14.3 Interlocks Some valves may see locking or interlocking introduced as necessary for process / safety reasons.

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To facilitate design of such locks, detailed top works drawings and any other required information shall be made available, free of charge, to the selected lock supplier.

19 SPECIAL DESIGN CRITERIA BALL VALVES

19.1 General Design of valves shall in addition to the design code specified on the VDS also comply with ASME B16.34.

19.1.1 Valves shipped with valve internals separate All top entry butt weld end ball valves DN 50 and above are normally from the frame agreement valves supplier shipped with the ball and seats separate from the valve. Provisions on the valve bonnet stem hole shall be made enabling the valve to be installed and included in the pipe system pressure test (1,5 times rating pressure). Different project practice is subject to Company approval.

19.1.2 Protection of exposed bolt threads Exposed bolt threads shall be protected during sandblasting and painting and shall at delivery be equipped with protection suitable for the temperature range given on the VDS.

19.1.3 Pigging sleeves To make pigging of valves without internals possible, pigging sleeves may be supplied installed in the valves in accordance with optional prices given in the price list for frame agreements. The need for pigging sleeves shall be agreed between valve supplier and buyer in accordance with project requirements. The pigging sleeve shall be installed at the time of delivery and shall in the installed position protect the valve seal pockets from debris and damages from flushing and pigging operations and shall be possible to remove from the valve with only the bonnet dismantled. The pigging sleeve shall be designed with strength necessary to guide the pig, not for valve full rating pressure.

19.1.4 Re-certification Procedure for description of work necessary to reinstall valve internals and recertification of the valve prior to commissioning shall be established. The description shall include valve supplier role (supervisor or responsible for the complete work),

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time estimates for reinstallation/recertification work and necessary documentation to maintain suppliers warranty of the goods.

19.2 Housing design Ball valves with flanged- or mechanical joint ends shall be of split body type. Valves with welded ends shall be of top entry type.

19.3 Reduced bore Reduced bore ball valves shall have the following size to bore relationship: 2"x2", 3"x2", 4"x3", 6"x4", 8"x6", 10"x8", 12"x10", 14"x12", 16"x12", 18"x14", 20"x16", 24"x20", 26"x22", 28"x22", 30"x24", 32"x26" and 36"x30".

19.4 Pup pieces Butt weld end Top Entry Ball Valves shall be supplied complete with pup pieces as listed below:

SIZE PUP PIECE LENGTH (EACH SIDE OF VALVE) DN 50-100 200 mm

DN 150-250 300 mm DN 300-400 400 mm DN 450-600 600 mm

Proposed material and wall thickness of pup pieces shall be in accordance with pipe class pipe or flange material, and is subject to project/company approval. The valve including the pup pieces, shall be designed to the full rating given on each valve data sheet.

19.5 Seat design Split body ball valves shall be double block and bleed with trunnion-mounted ball. The valve shall be designed with automatic pressure relief through the downstream seat to prevent over pressurisation of the valve body when the valve is closed. Butt welded top entry ball valves shall be designed with double piston effect seats. The valves shall be fitted with pressure relief valve to prevent over pressurisation of the valve body when the valve is closed. The pressure relief valve shall include a bracket to protect the valve from damage, to avoid ingress of dirt in the relief valve outlet and to protect the surroundings from the relieved media. The requirement for pressure relief valve may be omitted by the project if the valve is especially identified for gas service only. The design of the valve housing shall still be as for valves with relief valve making it possible to mount pressure relief valve at a later stage.

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Double piston effect valves shall have a construction with floating seats, which shall achieve positive seating on both sides regardless of upstream or downstream pressure conditions. When the line pressure increases, the seat shall be forced into tighter contact with the ball/gate giving a positive shutoff. The design shall be such that if the first seat is damaged, the pressure is retained in the body cavity by reversed differential pressure on the other seat and vice versa.

19.6 Drain connection for welded end valves (top entry) Drain connections shall be provided with flanged body connection, which enable installation of a drain valve in accordance with a standard NORSOK VDS (if applicable). The flanged body connection shall be supplied with a blind flange including a bleed plug of anti-blowout design. • The specified flanged drain connection shall be integral on valve body for sizes

DN150 (6") FB and larger. For smaller sizes, a flanged connection may, on contractor request, be supplied as a flange threaded into the valve body including seal welding between the flange and the valve body.

• Flange standard shall be ASME B16.5 RF for class 150 and 300 valves. For class 600 and above, specific project standard shall be used.

19.7 Acceptable leakage rate for metal seated ball valves Acceptable leakage rates for hydrostatic testing of metal seated ball valves are BS 6755 Rate B. This shall be understood as follows:

• The closure test, i.e. the seat tests from one end followed by the other end, shall fulfill the requirement of leakage to BS6755 Rate B.

• The valve cavity test and the closure test with seat test pressure simultaneously to both ends (non-operational condition) are accepted with a leakage rate for each seat in accordance with the API 598 Table 5 specified leakage rates for "All Metals Seated Valves Except Check".

• Leakage rate for each seat as specified in API 598 Table 5 for 2 ½” – 6”, shall also be valid for DN50 valves.

If the closure test is performed with gas instead of water as test medium (optional), the acceptable leakage rate is BS6755 Rate C. The rate shall not be scaled for increased test pressure.

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20 SPECIAL DESIGN CRITERIA GATE-, GLOBE- AND CHECK VALVES

20.1 Body and bonnet Globe valves shall be of the straight pattern type. Body and bonnet produced from rolled and forged bar are not acceptable.

20.2 Stem Valves shall be supplied with grease filled dust protection on all exposed stem areas. Grease nipple shall be included for lubrication of stem nut threads on gate- and globe valves.

20.3 Seat design Body seats made from rolled/swaged seat rings are not acceptable. Back seat shall be stellited. Back seat made from rolled/pressed-in back seat bushing is only acceptable when additionally secured against loosening. Flat seating faces are not acceptable.

20.4 Wedge for gate valves Wedges shall be made from one solid piece of material (mono block). Rolled-in facing rings are not acceptable. Only the plain wedge and flexible wedge with a "tapered H" cross section are acceptable. The wedge-stem lugs shall be positioned such that stem engagement is only possible in the direction of the valve axis. Wedge with a button-form connection for the stem is subjected to approval by the purchaser.

20.5 Disc for globe- and check valves Only the plug and ball type disks are acceptable, but in combination with soft sealing a flat seating surface is acceptable.

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21 SPECIAL DESIGN REQUIREMENTS FOR SPECIAL ITEMS

21.1 General Selection of special item valves shall always be subject to project/Company approval by means of an NCR. The NCR shall include documentation showing reason for selection of special items and that it is a more cost effective design.

21.2 Design The special item shall if possible be based on existing VDS's with definition of changes and/or additions to the VDS requirements. The general design principles laid down in the existing VDS's and applicable frame agreements shall be followed. The special items shall be supplied through the applicable Frame Agreement for the valve type chosen. For projects requiring valves outside the Frame Agreement primary sizes (above 24” or CL2500), the project may optionally consider competitive bid. The option is subject for NCR approval.

21.3 Documentation The special item shall include documentation on same format and amount as standard valves. The input shall include necessary data, and where applicable be defined as a variant to existing information. For further details, reference is made to chapter for "Supplier Documentation, Detailed Requirements".

22 SPECIAL DESIGN REQUIREMENTS FOR NAS (ESD) The following preliminary design requirements shall be valid for the Emergency Shut Down valves: • The valves shall have double piston effect seat design • Drain connection shall be provided with flanged body connection as specified for

welded end ball valves with top entry design. • The valve shall be actuated.

23 SPECIAL REQUIREMENTS FOR VALVE/ACTUATOR ASSEMBLY

23.1 General It is the valve supplier responsibility to assemble the valve/actuator. This shall as a minimum include:

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• Obtain necessary interface data from actuator supplier and exchange of torque data for selection of actuator size.

• Planning of assembly in line with valve and actuator fabrication and delivery schedules.

• Select actuator size. • Safety factors used for sizing of ESD actuators shall be carefully evaluated by

the valve supplier, taking the vale design and process condition into consideration. Valve supplier shall inform Company about their recommended level of safety margin for the individual valve and present a complete performance table. The table shall reflect the valve required forces, the actuator performance, and safety margin throughout the valve travel cycle.

• The minimum safety factor shall be 1,25. The actuator figures shall be calculated using the minimum available hydraulic/pneumatic pressure. -Special attention shall also be taken to avoid over powering of the valve/actuator mechanical parts.

• HZV/HV actuators shall have a torque / trust 25% higher than the maximum valve breakout torque/trust. The safety margin shall use the minimum pressure/voltage for the sizing calculation.

• Project will on request from valve manufacturer provide additional process information when required to determine the correct safety for ESD actuators.

• Design and fabrication of all necessary adapters for the complete assembly. (Note the requirements for blast load shall be valid for the complete assembly).

• Assembly of valve / actuator including bolting, setting of actuator torque limits, end stops, end of travel limit switches, etc.

• Functional testing of the complete assembly in line with agreed requirements including cleanliness requirements for hydraulic power supply (ISO4406, Code number 14/11).

• Documentation of assembly (including update of valve/actuator data sheets) adapters, testing and cleanliness in line with documentation requirements.

• Preservation and packing. The actuator selection and assembling work shall not result in any modification to a standard valve. The necessary assembling design shall be included in the adapters.

23.2 Declaration of Conformity The valve/actuator assemblies are to be defined as componets or parts of machinery according to the Machinery regulations (Directive 98/37/ES), and shall be CE marked accordingly. The valve/actuator assemblies shall be delivered with "Declaration of Conformity" according to the Machinery regulation Annex II.B. Valve and Valve/actuator assemblies shall be evaluated with respect to requirement for

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Declaration of Conformity and CE marking in accordance with the Pressure Equipment Directive (97/23/EC). The Category according to the PED shall be included on the valve together with the CE-mark.

24 Valve weighing Supplier shall provide weight data on valve general arrangement drawings. This weight data shall be updated with weighed weights for valves weighing more than 1000kg. Supplier shall weigh all valves weighing more than 1000kg. For identical valves only one representative valve need to be weighed. The weighing shall include lever / gearbox for manual valves, and actuator for actuated valves. Transportation boxes or frames shall not be included in the weighing. The weighing shall be performed in accordance with to ISO 19901-5, sections 7.3 – 7.10, Class A. No recording of centre of gravity is required. The weighing results shall be presented on a weighing certificate in accordance with ISO 19901-5, Annex B weighing certificate. All identical valves for which the weighing is representative shall be listed on the weighing certificate.

25 Fabrication and installation of piping systems Fabrication and installation of piping systems in metallic materials shall be in accordance with: • NORSOK M-601 "Welding and inspection of piping" • NORSOK L-CR-004 "Piping fabrication, installation, flushing and testing" • NHT-P51-00018 "Piping Fabrication, Installation, Flushing and Testing -

Supplement to NORSOK L-CR-004 Rev. 1".

25.1 Valves - fabrication, welding and NDE

25.1.1 Hard facing by Stelliting The hard facing by Stelliting shall be done in accordance with requirements described in NORSOK EDS NHF1 (or NHF6 if applicable).

25.1.2 Hard facing by Tungsten Carbide overlay The hard facing by Tungsten Carbide overlay shall be done in accordance with requirements described in NORSOK EDS NHF2.

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25.1.3 Hard facing by Electroless Nickel Coating Electroless nickel coating shall only be used as specified in text ID 116 on VSK 244 and VSK 405. If used it shall be carried out in accordance with requirements described in NORSOK EDS NHF3.

25.1.4 Corrosion resistant overlay welding Corrosion resistant overlay welding shall be done in accordance with requirements described in NORSOK EDS NHF7, modified as stated below with regard to maximum iron content. Overlay welding of seal contact areas shall be by use of Inconel 625 and shall cover all static and dynamic O-ring/lip seal/C-ring contact areas in carbon steel material. The maximum iron content at the finished surface shall be 15 weight per cent. The purpose of the overlay welding is to protect the valve seal pockets against corrosion and to ensure proper action and sealing for valves vulnerable to corrosion, i.e. valves in carbon steel.

25.1.5 Butt welds All butt welds (transition pieces) shall be carried out as full penetration welds in accordance with design code and welding procedures qualified to the requirement of ASME B31.3 and NORSOK M-601. The weld shall be tested with the same tests as for the base material (MDS) and documented that the properties of the weld metal is satisfied. One qualification is required for each material type. All butt welds (transition pieces) shall be 100% examined by radiography and 100% magnetic particle or dye penetrant examined. The acceptance criteria's shall be as ASME B31.3 or equivalent.

25.2 Cold Forming Bending and flaring of pipes shall be carried out in accordance with NORSOK L-001, EDS NBE1. Bending Procedures are subject to Company acceptance.

25.3 Design, fabrication and installation of GRP piping systems Design, calculation of GRP piping systems shall be in accordance with ISO 14 692 Petroleum and natural gas industries- Glass reinforced plastics (GRP) piping, and

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qualified procedures based on GRP manufacturers recommendations and specifications. All personnel involved in handling and installation of GRP shall be given proper education and training. For adhesive bonding and lamination of joints a qualification of pipe fitters is required. An agreed number of GRP piping joints shall be cut out and examined destructively for sound bonding.

25.4 Bolting

Manually tightened flange bolts and stud bolts shall extend fully through their nuts with minimum one maximum five threads showing. All flange bolt and stud bolt threads shall be lubricated prior to fitting, with Molykote 1000 or Unimoly Plus. All bolted flange connections with bolts 3/4" through 1", inclusive, shall have controlled tightening by means of torque wrenches. For Compact flanged connections, all bolts shall have controlled tightening, ref. NORSOK L-005. All flange connections subject to controlled tightening by means of torque wrenches, shall be marked on a mark-up of a test ISO drawing with the required torque, piping class, flange size, bolt size, bolt length, tool type and no., date and signature by the operator. The required torque shall be calculated with friction coefficient 0.095, assuming Molykote 1000 or Unimoly Plus as lubricant. Bolt sizes larger than 1" shall be tightened by use of hydraulic tensioning. The tool to be used shall be of make "Hydratight" or similar. The bolts shall have extra over-length of 1 x bolt diameter in order to accommodate the tensioning tool. For bolting details see "Element Data Sheet".

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Stud bolts to be hydraulically tensioned shall be preserved with Molykote1000 and supplied with plastic thread or thread/nut protection caps. Material for protection caps shall be evaluated for temperatures above 100° C. All flange connections subject to hydraulic tensioning shall be marked on a test ISO drawing with the relevant A and B pressure, piping class, flange size, bolt size, bolt length, tool make (if other than Hydratight), tool type and no., date and signature by the operator. Flange connections subject to controlled tightening, i.e. bolt size 3/4" and above, shall also be physical tagged with the same information.

26 Testing

Generally, the piping systems shall be tested according to standard ASME B31.3 paragraph 345, NORSOK L-CR-004 and NHT-P51-00018.

27 Coating

Piping systems shall be coated according to NORSOK M-501: "Surface Protection and Protective Coating". Valves shall be coated as per relevant piping system or NORSOK M-501 system no. 2. Coating system no. 9 can be accepted as an alternative, provided valve design temperatures are acceptable. Default option colour is white (RAL 9002, Grauweiss) and shall apply unless any other colour is specified.

28 Marking

28.1 Marking of pipes, fittings and flanges For bulk deliveries covered by frame agreements, reference is made to the marking requirements in the respective frame agreements. Deliveries not covered by frame agreements, shall be colour coded and marked in accordance with NHT-P51-00010.

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28.2 Marking of valves

28.2.1 Stamped on valve body/bonnet All valves supplied with nipples or transition pieces shall have the wall thickness designation for the welding end included. Valves shall be marked with the PED category together with the CE-mark.

28.2.2 Identification plate All information to be engraved. The plate shall be affixed to the valve by riveting. For small valves where there is not enough space to affix the plate by riveting, the use of wire is acceptable. The plate and rivets or wire shall be in AISI 316 stainless steel.


FRAM VEST SPECIAL TECHNICAL SPECIFICATION

TITLE: PIPING AND VALVE MATERIAL No: 17-1B-NHT-P52-00001 SPECIFICATION Rev.: 02H APPENDIX 1: Page: See below

SERVICE INDEX LIST Date: 2000-04-25

GENERAL NOTES 1 The material choices given in the Service Index List are general and not optimised towards the Fram Vest project. 2 Material selection shall be based on the existing materials in use for the subject systems on Troll C.

Further, the Fram Vest Material Selection Report (Doc. No. 17-1B-UOG-R15-00001) shall be used as a basis. All Material selection will be further developed and verified as part of the detail engineering work.

3 The Service Index List shall be used as guideline in cases where Contractor will deviate from General Note 2, based on cost optimis

Service Material Group Material Selection NotesCode Description 1st choice Alternatives

ZAI Air Instrument 316

ZAP Air Plant CS 316

ZAP HP Tensioner Air 316

ZCA Methanol CS 316 Duplex Note 2 ZCF Aqueous Film Forming Fluid (AFFF) 316

ZCI Antifoam 316

ZCI Biocide 316

ZCI Chemical, Injection 316

ZCI Corrosion inhibitor 316

ZCI Emulsion Breaker 316

ZCI Oxygen Scavenger 316

ZCI Polyelectrolyte 316

ZCI Scale inhibitor 316

ZCI Wax Inhibitor 316

ZCS Chemical, Sodiumhypo-chlorite Solution Ti GRP Note 6 ZDO Drain Oily (closed) CS 316 DU'X Note 3 ZDO Drain Oily (open) GRP 316 6Mo Note 3, 4 & 6 ZDS Sanitary Drain, Sewage PP GRP Note 5 ZDW Drain Water (Deluge/ Sprinkler) GRP 316 6Mo Ti Note 6 ZDW Drain, Water/Storm GRP 316 6Mo Ti ZDW skids GRP 6Mo Ti ZGA Gas, Fire- fighting -CO2 CS 316

ZGF Gas fuel CS 316 DU'X Note 1 ZGI Gas, Inert 316

ZOF Oil, fuel (diesel) CS 316

ZOH Oil, Hydraulic 316 DU'X ZOL Oil, Lubrication 316 DU'X ZOS Oil, Seal 316 DU'X ZOT Ester CS 316

ZOT Oil, Low toxic CS 316

ZPB Process blowdown CS 316 DU'X 6Mo Note 1 ZPL Process Hydrocarbon Liquid CS 316 DU'X Note 1 ZPT Process Hydrocarbon Two-Phase (Topside DU'X CS Note 1 ZPV Process Hydrocarbon Vapour CS 316 DU'X Note 1 ZSU Steam Utility CS

ZVA Air and Sounding GRP CS 316

ZVA Atm. Vent CS 316 DU'X ZVF Atm. Vent Flare CS 316 DU'X ZVF Glycol, Vent CS 316 DU'X

ZVF H.P. Flare CS 316 6Mo Note 1 ZVF H.P. Relief CS 316 DU*X Note 1 ZVF L.P. Flare CS 316 DU*X Note 1 ZWB Seawater Ballast GRP Ti 6Mo Note 6 ZWC Cooling Medium GRP Ti 316 Note 6 ZWD Fresh Water, Potable 316 GRP

ZWF Deluge System 6Mo Ti GRP

ZWF Seawater, Fire fighting Ti 6Mo GRP Safety aspects to be considered for each area.ZWF Sprinkler System Ti ZWH Water, Fresh, Heating Medium CS

ZWI Injection water CS DU'X Note 1 ZWJ Water, Sea, Jet DU'X CS Note 1 ZWO Process Oily Water CS DU'X Note 1 ZWP Water, Fresh, raw CS 316 Note 2 ZWQ Fresh water for process use GRP CS 316 Note 6 ZWS Seawater Return GRP Ti Note 6

Page 1 of 2

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FRAM VEST SPECIAL TECHNICAL SPECIFICATION

TITLE: PIPING AND VALVE MATERIAL No: 17-1B-NHT-P52-00001 SPECIFICATION Rev.: 02H APPENDIX 1: Page: See below SERVICE INDEX LIST Date: 2000-04-25

ZWS Seawater Supply GRP 6Mo Ti Note 6 ZWB Bilge GRP 6Mo Ti Note 6

Material Groups: See Piping Class List

Notes: 1. Miscellaneous material qualities may be selected for different parts of the system

Reference is made to doc. No. 28-1A-KOG-R15-00001, Material Selection Report. 2. Stainless steel quality to be selected where clean service requirements are present 3. Drain lines penetrating fire divisions shall have a fire rated penetration type which maintains the fire division 4. Sea water resistance and space limitations shall be considered for selection 5. Deck penetrations through fire divisions will require special solutions for non-metallic materials 6. GRP will normally not be cost effective for dimensions DN 80 and smaller

Page 2 of 2

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APPENDIX 1: Service Class Summary Grane, 28-1A-NHT-P52-0001 Rev: 04F Page 1 of 5

This table lists the extreme process design conditions found in each service. The set of process designparameters does not represent any actual line. For actual line conditions, ref. is made to the Process Line List, doc. no.: 28-1A-KOG-C19-00100. Requirements according to NACE MR-01-75 for sour service have not been included.

PIPING MATERIAL CORR. PROD. SERVICE PROCESS SYSTEM DESIGN REMARKS CLASS ALL. CODE PRESS. TEMP. TEMP RATING Barg °C °C Joint type (mm) (max) (min) (max) AC2 DIN 17455 (St.s) 0,0 ZWD Fresh Water, LQ 10,3 Amb. Amb. HVAC PN10

AF1 Copper 0,0 ZWD Fresh Water, LQ 10,0 -5 100 HVAC PN10 ZDS Drain, Sewer/Sanitary, LQ Atm. -5 90 HVAC

CA1 A106 Gr. B 3,0 ZBA Bulk Additives Powder 7,5 Amb. Amb. CL150 ZBB Bulk Barite 7,5 Amb. Amb. RF ZBC Bulk Cement 7,5 Amb. Amb.

ZCU Cuttings, Cleaning, Injection 3,5 -5 50 ZDO Drain, Oily 3,5 -5 50 ZOF Oil, Fuel (Disel) 3,5 -5 50 ZPV Process, Vapor 12,0 -10 120 ZVA Vent, Atmospheric 19,2 -5 50

CA2 A106 Gr. B 3,0 ZCA Chemical, Methanol 3,5 -5 50 CL150 ZCI Chemical Injection 3,5 -5 50 RF ZCU Cuttings, Cleaning, Injection 3,5 -5 50

ZDA Drain, Cutting 3,5 -5 50 ZDD Drain Drilling 16,0 -5 50 ZDO Drain, Oily 17,7 -15 130 ZGF Fuel Gas (upstream filters) 12,0 -15 120 ZGI Gas, Inert 3,5 -5 120 ZLF Completion Fluid 19,0 -5 50 ZMK Mud Kill 3,5 -5 50 ZML LP Mud 3,5 -5 50 ZOF Oil, Fuel (disel) 3,5 -5 50 ZPL Proc. Hydroc. Oil / Water 21,5 -10 200 ZPT Process, Twophase 17,7 -10 120 ZPV Proc. Hydrocarb. Vapour 14,0 -15 200 ZPV Proc. Hydrocarb. Dry 12,0 -10 120 ZVA Vent, Atmospheric 19,0 -15 200 ZVF Vent Flare 14,0 -15 130 ZVF Vent Flare 14,0 -15 100 ZWD Water, Fresh, potable 3,5 -5 50 ZWH Heating Medium 12,0 -5 80 ZWJ Water, Sea, Jet 19,0 -5 120 ZWP Water, Fresh, raw 3,5 -5 50

CA3 A333 Gr. 6 3,0 ZPT Process, Two phase 10,0 -30 130 CL150 ZPV Process, Vapor 12,0 -10 120 RF ZVF HP Flare 14,0 -90 200 TBK 5-6

CA6 A333 Gr. 6 3,0 ZVF HP Flare (Acoustic Fatigue) 14,0 -46 120 CL150

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP01 SERVICE CLASS SUMMARY OLD PROJECTS

Document no. DOCUMENT INDEX Rev. Remarks

00-02-NHT-P51-00032 SERVICE CLASS SUM FRV 03M 00-02-NHT-P51-00032 SERVICE CLASS SUM GRA 03M 00-02-NHT-P51-00032 SERVICE CLASS SUM NJO 03M 00-02-NHT-P51-00032 SERVICE CLASS SUM OSO 03M 00-02-NHT-P51-00032 SERVICE CLASS SUM OSS 03M

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PIPING MATERIAL CORR. PROD. SERVICE PROCESS SYSTEM DESIGN REMARKS

CLASS ALL. CODE PRESS. TEMP. TEMP

RATING Barg °C °C

Joint type (mm) (max) (min) (max)

RFCC2 A312 TP316 0,0 ZAI Instrument Air 12,5 -5 50CL150 A358 316 ZAP Plant Air 12,5 -5 50RF ZCA Methanol 18,4 -5 50

ZCF AFFF 19,0 -5 20ZCI Misc. Chemicals 19,0 -5 60ZDO Drain, Oily 12,5 -5 50ZGI Inert Gas 19,0 -5 60ZLF Completion Fluid, Low Pressure 3,5 -5 50ZOF Oil, Fuel (disel) 19,0 -5 50ZOH Hydraulic Oil 19,0 -5 50ZOL Oil, Lubrication 13,0 -5 100 Normal op. < 60ZPL Proc. Hydrocarb. Water 12,0 -101 60 Normal op. >-46ZPT Process, Two Phase 12,0 -15 200 Normal op. < 60ZVA Vent, Atmospheric 19,0 -5 100 Normal op. < 60ZVF Vent, Flare 14,0 -101 60 Normal op. >-46ZWD Water, Fresh, potable 16,0 -5 50ZWH Water, Fresh/Glycol - Heating m. 16,0 -5 60ZWP Water, Fresh, raw 18,0 -5 50

CD1 6Mo ZCI Chemical, Injection 3,5 -5 50CL150 ZDC Drain, Chemical 3,5 -5 50RF ZDO Open Drain 12,5 -90 130

ZDS Drain, Sewer/Sanitary ATM -5 90ZPT Process, Two Phase 17,7 -90 130ZVF Vent, Flare 14,0 -101 130ZWI Water, Sea, Injection 17,7 -5 120

CD4 6Mo 0,0 ZVF HP Flare (Acoustic Fatigue)CL150RFCE1 22% Cr duplex 0,0 ZCI Chemical, Injection 12,0 -5 120CL150 A790 S31803 ZDC Drain, Chemical 3,5 -5 100RF A928 S31803 ZDO Reclaimed Oil 17,0 -10 130

ZGF Fuel Gas (downstr. filters) 12,0 -5 120ZOL Oil, Lubrication 15,0 -5 175ZPT Proc. Hydrocarb. Mix. 17,7 -46 200ZPL Proc. Hydroc. Liq./Water 12,0 -15 200ZPV Proc. Hydrocarb. Vapour 12,0 -10 200ZVA Vent, Atmospheric 3,5 -15 150ZVF Vent, Flare 14,0 -10 120ZWD Water, Fresh, potable 17,0 -5 120ZWO Produced Water 17,0 -10 120ZWI Water, Sea, injection 12,0 -5 120ZWJ Jet Water 12,0 -5 120

CH1 Titanium 0,0 ZDO Drain, Oily 19,0 -5 20CL150 B861 Gr. 2 ZGW Gas, Waste/Flue 3,5 -5 575 Norm. Op. < 100 dgCRF B862 Gr. 2 ZWS Seawater (downstr. cooler) 19,6 -5 75

ZWF Firewater 19,6 -5 20ZCS Sodium Hypochlorite 19,0 -5 50

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RATING Barg °C °C


CK6 GRP 0,0 ZWS Seawater 19,0 -5 75CL150 (20 BARG) ZWF Firewater (utility ringmain) 19,6 -5 20FF ZDO Drain, Oily 3,5 -5 50DA1 A106 Gr. B 3,0 ZDO Drain, Oily 17,0 -15 200CL300 ZPV Proc. Hydrocarb. Dry 26,0 -15 200RF ZWH Heating Medium 32,0 -5 200

ZWJ Watwe, Sea, jet 30,0 -5 120DC2 A312 TP316 0,0 ZGF Gas, Fuel 46,9 -101 60CL300 A358 316 ZPL Proc. Hydroc. Vap./Water 46,9 -101 60RF ZPT Proc. Hydrocarb. Mix 26,0 -15 200 Norm.Op.< 60 dgC

ZCF Chemical, Aqueous film forming f. 23,0 -5 20ZWH Water, Fresh/Glycol-cool. med. 32,0 -5 60

DE1 22% Cr duplex 0,0 ZGF Fuel, Gas 46,9 -46 100CL300 A790 S31803 ZPL Process, Liquids 26,0 -15 200RF A928 S31803 ZPT Process, Twophase 26,0 -15 60

ZPV Proc. Hydrocarb. Vapour 26,0 -15 200ZVA Vent, Atmospheric 3,5 -5 100ZVF Vent, Flare 46,9 -46 100ZWI Water, Injection 30,0 -5 120ZWJ Water, Sea, Jet 30,0 -5 120

EA1 A333 Gr. 6 3,0 ZDO Drain, Oily 17,0 -20 200CL600 ZPV Process Vapour 56,0 -20 200RTJ ZWJ Water, Sea, jet 56,0 -5 120

EC2 A312 TP316 0,0 ZPL Proc. Hydroc. Vap./Water 50,6 55CL600 A358 316 ZPV Proc. Hydrocarb. Vapour 50,1 55RTJ ZPL Proc. Hydrocarb. Water 50,1 55

ZCI Misc. ChemicalsZCA Methanol

EE1 22% Cr duplex 0,0 ZCI Chemical, Injection 81,0 -5 50CL600 A790 S31803 ZPT Process, Twophase 56,0 -20 120RTJ A928 S31803 ZPL Proc. Hydroc. Oil/Water 56,0 -20 120

ZPV Proc. Hydrocarb. Vapour 56,0 -20 120ZWI Water, Sea, injection 70,0 -5 55ZWO Water, Oily treatment 56,0 -20 120ZWJ Jet Water 56,0 -5 120

GA1 A333 Gr. 6 3,0 ZDO Drain, Oily 17,0 -20 60CL900 API 5L X52 ZGF Gas, Fuel 100,0 -46 175RTJ ZPV Proc. Hydrocarb. Dry 150,0 -46 200

GC2 A312 TP316 0,0 ZGF Gas, Fuel 46,9 -46 60CL900 A358 316 ZPL Proc. Hydroc. Vap./Water 100,0 -20 175RTJ ZPT Process, Twophase 100,0 -20 175

ZPV Proc. Hydrocarb. Vapour 100,0 -20 175

GE2 22% Cr duplex 0,0 ZPT Process, Twophase 100,0 -20 60CL900 A790 S31803 ZPV Process, Vapour 150,0 -20 200RTJ A928 S31803 ZWI Water, Injection 125,0 -5 120

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RATING Barg °C °C


HA1 A333 Gr. 6 3,0 ZDO Drain, Oily 17,0 -46 135CL1500 API 5L X52 ZGF Gas, Fuel 164,0 -30 100RTJ ZGI Gas, Inert 210,0 -5 50

ZPL Proc. Hydroc. Oil/Water 230,0 -25 130ZPT Process, Twophase 230,0 -46 120ZPV Proc. Hydrocarb. Dry 220,0 -46 130ZWJ Water, Sea, jet 164,0 -5 120

HA8 API 5L X52 3,0 ZPL Proc. Hydrocarb. (Oil Export) 230,0 -10 120 Topsides part ofCL1500 riserRTJHA9 API 5L X52 5;0 ZPV Proc. Hydrocarb. (Gas Import) 164,0 -24 50 Topsides part ofCL1500 riserRTJHC2 A312 TP316 0,0 ZCA Chemical, Methanol 220,0 -5 50CL1500 A358 316 ZDO Drain, Oily 17,0 -101 130RTJ ZGF Gas, Fuel 164,0 -101 100

ZGI Gas, Inert 220,0 -5 60ZOH Oil, Hydraulic 230,0 -5 50ZPL Proc. Hydroc. Vap./Water 164,0 -101 130ZPT Procass, Twophase 164,0 -101 130ZPV Proc. Hydrocarb. Vapour 164,0 -101 130ZVF Vent, Flare 14,0 -101 50

HE2 22% Cr duplex 0,0 ZPV Process, Vapour 164,0 -25 135CL1500 A790 S31803RTJ A928 S31803HE5 22% Cr duplex 1,5 ZPT Process, Twophase 200,0 -46 130CL1500 A790 S31803 erosion ZPV Process, Vapour 200,0 -46 130RTJ A928 S31803 alllow. ZWI Water, Sea, Injection 164,0 -5 120

ZWJ Water, Sea, jet 164,0 -5 120

KA1 A333 Gr. 6 3,0 ZWQ Hot Water 350,0 90CL2500 API 5L X52RTJKC2 A312 TP316 0,0 ZWQ Water, Fresh, hot (closed circuit) 230,0 -5 95 Norm.op <60dgCCL2500 A358 316RTJLA1 API 5L X52 3,0 ZCU Cuttings, Cleaning, Injection 345,0 -5 50API 5000 AISI 4130 ZDO Drain, Oily 3,5 -5 50RTJ ZMK Mud, Kill 345,0 -5 50LC2 A269 TP316 0,0 ZOH Hydraulic OilCmpr.Fitting(345 barg)MA1 AISI 4130 0,0 ZHC HP CementAPI 10000RTJME1 A790 S31803 0,0 ZOH Hydraulic Oil 690,0 -5 50 SAE J518C10000 PSI Tubing

SC4 Stainless St. 0,0 ZDS Sanitary Drain Atm. -5 90 HVAC

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RATING Barg °C °C


SPECIALRFSC5 A269 TP316 0,0 ZAI Air, Instrument 12,5 -5 50 Compr. FittingsSPECIAL ZAP Air, Plant 12,5 -5 50(207 barg) ZCW Chemical Glycol/Water 207,0 -5 50

ZCI Chemical, Injection 200,0 -5 50ZDO Drain, Oily 3,5 -5 50ZGI Gas, Inert 12,5 -5 60ZOH Hydraulic Oil 5,0 -5 80 Norm.op<60dgCZOS Oil, Seal 160,0 -5 50ZWD Water, Fresh, potable 200,0 0 25ZWP Water, Fresh, raw 16,0 -5 50

SC6 A269 TP316 0,0 ZCI Chemical, Injection 274,0 -5 50 SAE J514 & J518C6000 PSI ZOH Oil, Hydraulic 350,0 -5 100 Norm.op <60dgC(405 barg)

SC7 A269 TP316 0,0 ZOH Hydraulic Oil 12,0 -5 100 SAE J514 & J518C3000 PSI ZCW Chemical, Glycol/Water 207,0 -5 50(207 barg)SL1 Polypropylen 0,0 ZDS Sanitary Drain 3,5 Amb. Amb. HVACSPECIALNOTE: Major changes to the list, therefore the changes have not been marked.

Page: 45

APPENDIX 1: SERVICE INDEX LIST NJORD 18-1A-NH-P52-00500, REV 07I

SERVICE PIPE CLASS MATERIAL SELECTIONCLASS CODE DESCRIPTION DESCRIPTION NOTES

PN 10AC2 ZWD Fresh Water, Potable Type 316 Sanitary system in living quarter.

Stainless Steel

AF1 ZDS Sanitary Drain, Sewage PN 10ZWD Fresh Water, Potable Copper alloy Sanitary system except living quarter.

CA1 ZBB Bulk Baryte Class 150ZBC Bulk Cement Carbon SteelZVA Atm. Vent CA1 to be used where mech. couplings are required for maintenance reasons.

CA2 ZAP Air Plant Class 150ZCA Methanol Carbon SteelZDD Drilling drainZDO Drain oily (open) CS may be used in parts of the system where the corrosion rate is low.ZDO Drain Oily (closed)ZLF KCl BrineZLF Completion Fluid, Low PressureZMA Mud Liquid AdditivesZML Mud, Low PressureZOF Oil, fuel (diesel)ZOT Oil, Low toxicZOT EsterZPL Process Hydrocarbon LiquidZPV Process Hydrocarbon VapourZSU Steam UtilityZVA Air and SoundingZVA Atm. VentZVF Atm. Vent FlareZWC Cooling Medium ZWO Process Oily Water CS may be used where jet water (fresh water) is injected upstream.

ZWP Drill Water SupplyZWP Fresh water for process useZWP Water, Fresh, raw

CA3 ZPL Process Hydrocarbon Liquid Class 150 For low temperature use.

ZVF H.P. Relief L.T. Carbon SteelZVF L.P. ReliefZVF H.P. FlareZVF L.P. Flare

CA6 ZVF H.P. Relief Class 150 For low temperature and acoustic dampening use.L.T. Carbon Steel

CC2 ZAI Air Instrument Class 150ZCA Methanol Type 316 316 to be used for systems where clean service is required.

ZCF Aqueous Film Forming Fluid (AFFF) Stainless SteelZCI PolyelectrolyteZCI Wax InhibitorZCI Scale InhibitorZCI Oxygen ScavengerZCI Corrosion inhibitorZCI AntifoamZCI Biocide

ZCW BOP Control FluidZDS Sanitary Drain, Sewage CC2 to be used for weather exposed lines.

ZFJ Jet FuelZGF Gas fuelZGI Gas, InertZOH Oil, HydraulicZOL Oil, LubricationZPL Process Hydrocarbon Liquid For T < 60 deg. C only.

ZPT Process Hydrocarbon Two-Phase For T < 60 deg. C only.

ZPV Process Hydrocarbon Vapour For T < 60 deg. C only.

ZVA Atm. Vent 316 to be used in parts of system with high corrosion rate.

ZWD Fresh Water, PotableZWQ Fresh Water Hot, (closed circuit)ZXC Cement Liquid Additives

PAGE 1 OF 4

Page: 46



CD1 ZWB Seawater Ballast Class 150 6Mo T < 15 deg. CZWS Seawater Supply Type 6Mo 6Mo T < 15 deg. CZWS Seawater Return Stainless Steel 6Mo T < 15 deg. C

CE1 ZOL Oil, Lubrication Class 150 Du'x to be used for parts of system where T>60 deg. C.

ZPB Process blowdown Type DuplexZPL Process Hydrocarbon Liquid Stainless SteelZPT Process Hydrocarbon Two-PhaseZPV Process Hydrocarbon VapourZVA Atm. Vent Du'x to be used for parts of system with high corrosion rate and T>60 deg. C.

ZWO Process Oily Water

CH1 ZCS Chemical, Sodiumhypo-chlorite Solution Class 150ZDD Drilling drain TitaniumZDO Drain oily (open) ZDO Drain Oily (closed) Titanium to be used for lines located below main deck.

ZVA Atm. Vent Titanium to be used for vent from titanium lines or equipment.

ZWB BilgeZWB Seawater Ballast ZWF Sprinkler SystemZWF Seawater, Fire fightingZWF Deluge SystemZWS Seawater SupplyZWS Seawater Return

Class 150CK4 ZWF Seawater, Fire fighting Glassfibre reinforced Living quarter.

plastics

DA1 ZDO Drain oily (open) Class 300ZGA Gas, Fire- fighting -CO2 Carbon SteelZML Mud, Low PressureZPB Process blowdownZPL Process Hydrocarbon LiquidZPV Process Hydrocarbon VapourZWO Process Oily WaterZWP Fresh water for process use

DC2 ZGF Gas fuel Class 300ZOH Oil, Hydraulic Type 316ZPL Process Hydrocarbon Liquid Stainless SteelZPV Process Hydrocarbon Vapour

DE1 ZGF Gas fuel Class 300ZPB Process blowdown Type DuplexZPL Process Hydrocarbon Liquid Stainless SteelZPT Process Hydrocarbon Two-PhaseZPV Process Hydrocarbon VapourZWO Process Oily Water

EA1 ZGA Gas, Fire- fighting -CO2 Class 600ZPV Process Hydrocarbon Vapour L.T. Carbon Steel

EC2 ZCA Methanol Class 600Type 316

Stainless Steel

EE1 ZPB Process blowdown Class 600ZPL Process Hydrocarbon Liquid Type DuplexZPT Process Hydrocarbon Two-Phase Stainless SteelZPV Process Hydrocarbon Vapour

GA1 ZWO Process Oily Water Class 900ZWP Drill Water Supply L.T. Carbon Steel

GE2 ZPB Process blowdown Class 900ZPL Process Hydrocarbon Liquid Type DuplexZPT Process Hydrocarbon Two-Phase Stainless SteelZPV Process Hydrocarbon VapourZWO Process Oily Water

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Page: 47



HA1 ZPV Process Hydrocarbon Vapour Class 1500ZWO Process Oily Water L.T. Carbon SteelZWQ Fresh Water Hot, (closed circuit)

HC2 ZAP HP Tensioner Air Class 1500ZCA Methanol Type 316 316 to be used for systems where clean service is required.

Stainless Steel

HD2 Class 1500Type 6Mo

Stainless Steel

HE1 ZCA Methanol Class 1500 Du'x to be used for high temp. systems where clean service is required.

ZOS Oil, Seal Type DuplexZPB Process blowdown Stainless SteelZPT Process Hydrocarbon Two-PhaseZPV Process Hydrocarbon Vapour

KA1 ZCA Methanol Class 2500ZPL Process Hydrocarbon Liquid L.T. Carbon SteelZPT Process Hydrocarbon Two-PhaseZPV Process Hydrocarbon VapourZWI Injection water. High Pressure.

KA2 ZMK Mud, Kill Special ratingZPT Process Hydrocarbon Two-Phase L.T. Carbon SteelZPV Process Hydrocarbon VapourZVF H.P. Relief

KC2 ZAI Air Instrument Class 2500Type 316

Stainless Steel

KD1 ZPB Process blowdown Class 2500Type 6Mo

Stainless Steel

KE5 ZCA Methanol Class 2500 Du'x to be used for high temp. systems where clean service is required.

ZMH Mud, High Pressure Type DuplexZMK Mud, Kill Stainless SteelZOS Oil, SealZPB Process blowdownZPL Process Hydrocarbon LiquidZPT Process Hydrocarbon Two-PhaseZPV Process Hydrocarbon VapourZVF Blowdown equalisationZWI Injection water. High Pressure. Du'x used for standardization purpose for line from choke valve to riser.

LA1 ZHC Cement Slurry, High Pressure API 5000ZMH Mud, High Pressure L.T. Carbon Steel

LC2 ZCI Emulsion Breaker 5000 PSIZCI Scale Inhibitor Type 316ZOH Oil, Hydraulic Stainless Steel

MA1 ZHF Completion Fluid, High Pressure API 10000ZMK Mud, Kill Carbon Steel

SC3 ZCW BOP Control Fluid 3000 PSIZOH Oil, Hydraulic Type 316

Stainless Steel

SC4 ZDS Sanitary Drain, Sewage Special ratingType 316

Stainless Steel

PAGE 3 OF 4

Page: 48



SC5 ZAI Air Instrument Special ratingZAP HP Tensioner Air Type 316ZAP Air Plant Stainless SteelZCI PolyelectrolyteZCI Scale InhibitorZCI Oxygen ScavengerZCI Corrosion inhibitorZCI AntifoamZCI BiocideZDD Drilling drainZGI Gas, InertZOH Oil, HydraulicZVA Atm. VentZWD Fresh Water, PotableZWP Water, Fresh, rawZXC Cement Liquid Additives

SC6 ZOH Oil, Hydraulic 6000 PSIType 316

Stainless Steel

SL1 ZDS Sanitary Drain, Sewage Special rating Living quarterPolypropylen

PAGE 4 OF 4

Page: 49

APPENDIX 2, PART 2 Oseberg Øst 11-1A-NH-P52-00001, rev 04M Service class summary

Piping Class / Rating

Material C.A. (mm)

Service Process System Design Sour Service NACE

Notes

Medium Prod. Code

Pressure (Barg)

Temp °C (min)

Temp °C (max)

CA2 CL 150

A106-B 3 Mud LP Oil, low toxic Drain, drilling Drain, oily Process Liq. Vent, atm. Methanol Hypochlorite Vent, flare Water, sea Water, fresh Water, potable Oil, fuel Air, instrum. Water, fire

ML OT DD DO PL VA CA CS VF WS WP WD OF AI WF

20 20 9 12.5 Atm. 12.5 19.2 0.1 10 16 Atm. Atm. 19.2 12.5 16

-5.5 -5.5 -5.5 -12 -5.5 -5.5 -5.5 -5.5 -15 -5.5 -5.5 -5.5 -5.5 -5.5 -5.5

+80 +80 +50 +130 +60 +150 +50 +50 +130 +60 +50 +50 +50 +65 +42

CA3 CL 150

A333-6 3 Vent, flare Vent, atm.

VF VA

10 4

-46 -46

+130 +65

CC2 CL 150

A312- TP316

0 Oil, lubric. Vent, flare Vent, atm. Chem inject Drain, oily Gas, fuel Water potable Water, fresh Air, plant Air, instrum. Gas, inert Chem. AFFF Water, fire Oil, hydraulic

OL VF VA CI DO GF WD WP AP AI GI CF WF OH

10 10 Atm. Atm. Atm. 18 19 13.5 12.5 12.5 19 19 19 10

-5.5 -5.5 -5.5 -5.5 -5.5 -5.5 -5.5 -5.5 -5.5 -5.5 -46 -5.5 -5.5 -5.5

+60 +60 +60 +50 +50 +60 +50 +50 +65 +65 +65 +42 +42 +60

Note 2 Note 1

CD1 CL 150

A312- UNS S31254

0 Drain, oily Water, sea Water, fire Drain, water

DO WS WF DW

4.5 16 16 16

-5.5 -5.5 -5.5 -5.5

+65 +60 +42 +42

CE1 CL 150

A790- UNS S31803

0 Water inject WI 0.5 -5.5 +120

CH1 CL 150

B337-2 0 Hypochlorite Water, sea Water, fire

CS WS WF

16 16 14

-5.5 -5.5 +5

+50 +60 +50

LQ/HD

CK4

GRE 0 Drain, drilling Drain, oily Water, sea Water, fresh Drain, sewer

DD DO WS WP DS

Atm. 6.5 16 Atm. Atm.

-5.5 -5.5 -5.5 -5.5 -5.5

+50 +50 +60 +50 +50

Note 1

Page: 50



Material C.A. (mm)

Service Process System Design Sour Serv. NACE

Notes

Medium Prod. Code

Pressure (Barg)

Temp °C (min)

Temp °C (max)

DA1 CL 300

A106-B 3 Drain, oily Water, oily Process Liq. Water inject

DO WO PL WI

25 48 25 37

-30 -5.5 -46 -5.5

+120 +120 +120 +120

DC2 CL 300

A312- TP316

0 Water, oily Proc. -2 phase Process Vap. Process Liq Gas, fuel Oil, hydraulic

WO PT PV PL GF OH

48 25 25 38 38 48

-5.5 -46 -46 -46 -46 -5.5

+50 +120 +120 +120 +120 +60

Note 3

DE1 CL 300

A790- UNS S31803

0 Process Liq. Process Vap. Proc. -2 phase Drain, oily Water, oily Water, jet Mud HP Gas, fuel Water inject

PL PV PT DO WO WJ MH GF WI

23.5 25 25 25 23.5 37 23.5 25 37

-46 -46 -46 -30 -30 -5.5 -30 -46 -5.5

+160 +120 +130 +120 +120 +120 +120 +120 +120

EA1 CL 600

A333-6 3 Process Liq. Process Vap.

PL PV

89 66

-46 -46

+130 +150

EA3 CL 600

API 5L- X52

7,6 Process Liq. PL 84 -5.5 +120

EC2 CL 600

A312- TP316

0 Proc. -2 phase Process Vap. Process Liq. Gas, fuel Gas, firefight.

PT PV PL GF GA

89 89 89 89 64

-46 -46 -46 -46 -5.5

+130 +130 +130 +130 +23

Note 3

EE1 CL 600

A790- UNS S31803

0 Process Liq. Process Vap.

PL PV

84 89

-5.5 -46

+120 +130

HA1 CL 1500

API 5L- X52/ A333-6

3 Process Vap. Drain, oily Process Liq. Water, fresh

PV DO PL WP

225 225 189 230

-46 -46 -46 -5.5

+150 +150 +130 +95

Yes

HC2 CL 1500

A312- TP316

0 Process Liq. Gas, inert Oil, hydraulic

PL GI OH

174 240 240

-46 -46 -5.5

+60 +65 +50

HE1 CL 1500

A790- UNS S31803

0 Proc. -2 phase Process Vap. Process Liq.

PT PV PL

189 189 189

-46 -46 -46

+130 +130 +130

Yes Yes Yes

KA1 CL 2500

API 5L- X52/ A333-6

3 Mud HP Cement HP Proc. -2 phase Process Vap. Drain, oily Water inject.

MH HC PT PV DO WI

345 345 274 274 274 345

-5.5 -5.5 -30 -46 -46 -5.5

+80 +80 +120 +150 +160 +120

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Material C.A. (mm)

Service Process System Design Sour Serv. NACE

Notes

Medium Prod. Code

Pressure (Barg)

Temp °C (min)

Temp °C (max)

KA2 CL 2500

API 5L- X52/ A333-6

3 Process Liq. Process Vap. Drain, oily Methanol

PL PV DO CA

420 420 420 420

-46 -46 -46 -5.5

+130 +160 +160 +50

Yes

KC2 CL 2500

A312- TP316

0 Oil, hydraulic OH 365 -5.5 +60

KE3 CL 2500

A790- UNS S31803

0 Proc. -2 phase Mud kill Water inject.

PT MK WI

274 274 274

-46 -30 -46

+160 +120 +160

Yes

KE5 CL 2500

A790- UNS S31803

0 Water inject. Mud kill Process Vap. Process Liq.

WI MK PV PT

420 420 420 420

-46 -46 -46 -46

+160 +160 +160 +160

Yes

LA1 API 5000

API 5L- X52

3 Cement - LP Cement - HP Mud - HP Mud - LP

LC HC MH ML

LC2 5000 psi

A312- TP316

0 Chemical Injection

CI 275 -5.5 +50

ME1 10000 psi

A790- UNS S31803

0 Oil, hydraulic OH 690 -5.5 50

SC3 3000 psi

A269-TP316

0 Oil, hydraulic OH

SC5 Special

A269-TP316

0 Chemical Injection

CI 28 -5.5 +50

Notes: 1) The following piping classes are not included in the service class summary, i.e.: AC21, AC71, AR71, AR75, AS20, BC11, FC21, KX70, MSC6 developed by Drilling Contractor, AC2, SC4, SL1 which are developed by Living Quarter & Helideck Contractor. A Visund copy of AC2 and SL1 is included in Appendix 3a for information. 2) For open drain system in Living Quarter piping class CC2 is used, but with 2 mm wall thickness. All other requirements in CC2 is applicable. 3) Temperatures above 60° C is short term conditions. High temperature apply only when coolers fail, which lead to compressor trip.

Page: 52

APPENDIX 1: SERVICE INDEX LIST OSEBERG SØR 11-3A-NH-P52-00001, REV. 03M

CLASS CODE SERVICE DESCRIPTIONPIPE CLASS

DESCRIPTION MATERIAL SELECTION NOTES

AC2 ZWD Fresh Water, Potable PN 10 Living Quarters and Domestic AreasZDO Drain Oily (Open) Type 316 Equipment Drain, HVAC

Stainless Steel

CA1 ZBB Bulk Baryte Class 150ZBC Bulk Cement Carbon SteelZVA Atm. Vent

CA2 ZDA Drain, Cuttings Class 150ZDC Drain, Chemicals Carbon SteelZDD Drilling drainZDO Drain Oily (closed) Vessel Trim, TG-39-0001ZDO Drain Oily (open) Vessel Trim, TG-56-0001/-0002ZDW Drain, Water/Storm Drillers Piperack Area/Drillers Piperack

WeatherdeckZLF Completion Fluid, Low PressureZMA Mud Liquid AdditivesZML Mud, Low PressureZOF Oil, Fuel (Diesel) Vessel Trim, TB-11-5039ZOT Oil, Low toxicZOT EsterZPL Process Hydrocarbon Liquid Vessel Trim, TG-11-0001ZVA Air and SoundingZVA Atm. VentZWC Cooling Water DrillingZWF Seawater, Fire fighting Jacket Legs Firewater Filling System Only

ZWP Drill Water Supply

CA3 ZVF Flare Class 150 Downstream Flare Valve EV-43-0211L.T. Carbon Steel

CA6 Class 150L.T. Carbon Steel

Page: 53




CC2 ZAI Air Instrument Class 150ZAP Air Plant Type 316ZCA Methanol Stainless SteelZCF Aqueous Film Forming Fluid (AFFF)ZCI Scale inhibitorZCI DemulsifierZCI AntifoamZCI Corrosion InhibitorZCI BiocideZDO Drain Oily (closed) Equipment Liquid Drain.ZDO Drain Oily (open) Equipment Liquid Drain.ZDO Open Drain Living QuartersZDS Sanitary Drain, SewageZGI Gas, InertZOF Oil, Fuel (Diesel)ZOH Oil, HydraulicZOL Oil, Lubrication Tote Tank Connection Only.ZPL Process Hydrocarbon LiquidZSU Steam UtilityZVA Atm. VentZVF Atm. Vent FlareZVF FlareZWC Cooling Medium HVAC Cooling Water System.ZWD Fresh Water, PotableZWP Drill Water SupplyZWP Water, Fresh, rawZXC Cement Liquid Additives

CD1 ZDO Drain Oily (closed) Class 150 Partly, close to HP Flare K.O. Drum only.

ZVF Flare Type 6MoStainless Steel

CD3 ZVF Flare Class 150 At Flare Tip OnlyType 6Mo

Stainless SteelCE1 ZCI Biocide Class 150 Inj. Line (partly) against "Utsira Water

Degassing Drum Control Valve Skid"ZDO Drain Oily (closed) Type DuplexZOL Oil, Lubrication Stainless SteelZPL Process Hydrocarbon LiquidZVA Atm. VentZVF FlareZWI Injection waterZWO Process Oily Water

Page: 54




CH1 ZCI Scale inhibitor Class 150 Inj. Lines (partly) against WS-lines.ZCS Chemical, Sodiumhypo-chlorite

SolutionTitanium

ZDO Drain Oily (closed) From Seawater Outfall only.ZDO Drain Oily (open) ZPL Process Hydrocarbon Liquid Dumpline from TG-43-0001 to Saewater Outf.

ZVA Atm. Vent Vent to Atm. from Seawater Outfall Lines.

ZWF Seawater, Fire fightingZWF Deluge SystemZWP Water, Fresh, raw Base Fluid to Seawater Lines (Tie-in part).

ZWS Seawater SupplyZWS Seawater Return

CK4 Class 150Glassfibre Rein-

forced PlasticCK6 Class 150

Glassfibre Rein-forced Plastic

DA1 ZML Mud, Low Pressure Class 300ZWO Process Oily Water Carbon Steel To Mud/Gas Separator.

DC2 ZCA Methanol Class 300ZDO Drain Oily (closed) Type 316ZGF Gas fuel Stainless SteelZOH Oil, HydraulicZPL Process Hydrocarbon LiquidZPT Process Hydrocarbon Two-Phase Vessel Trim, VG-23-0001ZPV Process Hydrocarbon VapourZVF FlareZWI Injection water Utsira Water Prod. System.

DE1 ZDO Drain Oily (closed) Class 300ZOL Oil, Lubrication Type DuplexZPB Process blowdown Stainless SteelZPL Process Hydrocarbon LiquidZPT Process Hydrocarbon Two-Phase ZPV Process Hydrocarbon VapourZVF FlareZWI Injection waterZWJ Jet WaterZWO Process Oily Water

EA1 ZPB Process blowdown Class 600ZPL Process Hydrocarbon Liquid Carbon SteelZPV Process Hydrocarbon Vapour

EA4 ZPL Process Hydrocarbon Liquid Class 600 Topside RiserCarbon Steel

Page: 55




EC2 ZCA Methanol Class 600ZDO Drain Oily (closed) Type 316ZGF Gas fuel Stainless SteelZPL Process Hydrocarbon LiquidZPT Process Hydrocarbon Two-Phase Vessel Trim, VG-23-0002ZPV Process Hydrocarbon VapourZVF Flare

EE1 ZDO Drain Oily (closed) Class 600ZPB Process blowdown Type DuplexZPL Process Hydrocarbon Liquid Stainless SteelZPT Process Hydrocarbon Two-Phase ZPV Process Hydrocarbon Vapour

GA1 Class 900Carbon Steel

GE2 Class 900Type Duplex

Stainless SteelHA1 ZGI Gas, Inert Class 1500 Vessel Trim, VL-64-0001

ZPV Process Hydrocarbon Vapour Carbon Steel

HC2 ZCA Methanol Class 1500ZDO Drain Oily (closed) Type 316ZOF Oil, fuel (diesel) Stainless SteelZOH Oil, HydraulicZPL Process Hydrocarbon LiquidZPT Process Hydrocarbon Two-Phase Vessel Trim, VG-23-0003ZPV Process Hydrocarbon VapourZVF Flare

HD2 Class 1500Type 6Mo

Stainless SteelHE1 ZDO Drain Oily (closed) Class 1500

ZPB Process blowdown Type DuplexZPL Process Hydrocarbon Liquid Stainless SteelZPV Process Hydrocarbon Vapour

HE2 ZDO Drain Oily (closed) Class 1500ZPT Process Hydrocarbon Two-Phase Type DuplexZPV Process Hydrocarbon Vapour Stainless SteelZVF FlareZWI Injection waterZWJ Jet Water

KA1 Class 2500Carbon Steel

KA2 ZPV Process Hydrocarbon Vapour Class 2500Carbon Steel

Page: 56




KA7 ZDO Drain Oily (closed) Class 2500 Low Point Drain only.ZPT Process Hydrocarbon Two-Phase Carbon Steel Topside Riser, from Template KZWI Injection water Topside Riser, to Template K/J

KC2 ZCA Methanol Class 2500ZDO Drain Oily (closed) Type 316

Stainless SteelKE5 ZDO Drain Oily (closed) Class 2500

ZPB Process blowdown Type DuplexZPT Process Hydrocarbon Two-Phase Stainless SteelZPV Process Hydrocarbon Vapour

LA1 ZDD Drilling drain API 5000ZHF Completion Fluid, High Pressure Carbon SteelZMH Mud, High PressureZMK Mud, Kill

LC2 ZCI Corrosion Inhibitor 5000 PSIZCI Scale inhibitor Type 316ZCI Demulsifier Stainless Steel

MA1 ZHC Cement Slurry, High Pressure API 10000ZHF Completion Fluid, High Pressure Carbon SteelZLF Completion Fluid, Low PressureZMH Mud, High PressureZMK Mud, KillZML Mud, Low PressureZPT Process Hydrocarbon Two-Phase Cross-over from Kill Manifold to Test Sep. (for

Well Clean-Up Service).

ME1 ZOH Oil, Hydraulic 10000 PSIType Duplex

Stainless SteelSC3 ZOH Oil, Hydraulic 3000 PSI

Type 316Stainless Steel

SC4 ZDS Sanitary Drain, Sewage Special RatingType 316

Stainless Steel

Page: 57




SC5 ZAI Air Instrument Special RatingZAP Air Plant Type 316ZCI Antifoam Stainless SteelZCI Corrosion InhibitorZCI Scale inhibitorZCI BiocideZDO Drain Oily (closed) Instrument Drain (Vessel Trim) Only.ZGI Gas, InertZOH Oil, HydraulicZVA Atm. VentZVF Atm. Vent Flare Instrument Vent Off (Vessel Trim) Only.

ZVF Flare Instrument Vent Off (Vessel Trim) Only.

ZWC Cooling Medium HVAC Cooling Water System, Relief to Drain.

ZWD Fresh Water, PotableZWP Water, Fresh, rawZXC Cement Liquid Additives From Defoamer Tank.

SC6 ZOH Oil, Hydraulic 6000 PSIZWQ HP/HT Washing Water Type 316

Stainless SteelSC7 ZGI Gas, Inert 3000 PSI

ZOH Oil, Hydraulic Type 316Stainless Steel

SL1 ZDS Sanitary Drain, Sewage Special RatingPolypropylen



Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP02 PIPING CLASS LIST


00-02-NHT-P51-00032 Piping Class List 04M

Page: 58

Page: 59

Appendix 2: PIPING CLASS LIST NHT-P51-00032, Rev. 04M

MATERIAL PIPING PRESSURE Corr. LIMIT RANGEGROUP DESCRIPTION CLASS CLASS All. MAX DESIGN PRESSURE AT TEMPERATURE PIPE CLASS NOTES

CS CARBON STEEL

CA1 CLASS 150 (PN20) 3,0 MM °C -15 38 50 100 150 200 250 300

BAR 19,6 19,6 19,2 17,7 15,8 14,0 12,1 10,2

CA2 CLASS 150 (PN20) 3,0 MM °C -15 38 50 100 150 200 250 300 350 400

BAR 19,6 19,6 19,2 17,7 15,8 14,0 12,1 10,2 8,4 6,5

CA4 CLASS 150 (PN20) 3,0 MM °C -46 38 50 100 150 200

BAR 19,6 19,6 19,2 17,7 15,8 14,0

DA1 CLASS 300 (PN 50) 3,0 MM °C -15 38 50 100 150 200 250 300 350 400

BAR 51,1 51,1 50,1 46,4 45,2 43,8 41,7 38,7 37,0 34,5

DA2 CLASS 300 (PN 50) 3,0 MM °C -46 38 50 100 150 200

BAR 51,1 51,1 50,1 46,4 45,2 43,8

EA1 CLASS 600 (PN100) 3,0 MM °C -46 38 50 100 150 200 250 300

BAR 102,1 102,1 100,2 92,8 90,5 87,6 83,4 77,5

EA3 CLASS 600 (PN100) 7,6 MM °C -46 38 50 100 120 Oseberg Øst riserBAR 87,0 87,0 87,0 87,0 87,0

EA4 CLASS 600 (PN100) 3,0 MM °C -29 38 50 95 Oseberg Sør riserBAR 88 88 88 88

GA1 CLASS 900 (PN150) 3,0 MM °C -46 38 50 100 150 200

BAR 153,2 153,2 150,2 139,1 135,7 131,5

HA1 CLASS 1500 (PN250) 3,0 MM °C -46 38 50 100 150

BAR 255,3 255,3 250,4 231,9 226,1

HA7 CLASS 1500 (PN250) 6,0 MM °C -29 38 50 95 Oseberg Sør riserBAR 280 280 280 280

HA8 CLASS 1500 (PN250) 3,0 MM °C -10 38 50 100 Grane Oil export riserBAR 206,0 206,0 206,0 206,0

HA9 CLASS 1500 (PN250) 5,0 MM °C -20 38 50 100 Grane Gas import riserBAR 164,0 164,0 164,0 164,0

Piping and Valve material specification - Imperial Page 1 OF 6 Date: 2005-08-03

Page: 60



KA1 CLASS 2500 (PN420) 3,0 MM °C -46 38 50 100 150 200

BAR 345,0 345,0 345,0 345,0 345,0 345,0

KA2 SPECIAL 3,0 MM °C -46 38 50 100 150 200

BAR 420,0 420,0 420,0 420,0 420,0 420,0

KA7 SPECIAL 6,0 MM °C -29 38 50 95 Oseberg Sør riserBAR 280 280 280 280

LA1 5000 PSI API 3.0 MM °C -29 38 50 100 120 Drilling ServicesBAR 345,0 345,0 345,0 345,0 345,0

MA1 10000 PSI API 0,0 MM °C -15 38 90 Drilling ServicesBAR 690,0 690,0 690,0

316 TYPE 316 STAINLESS STEEL For all group 316 pipe classes:Max.Design Temp. = 60 °C

AC2 PN10 0,0 MM °C -10 60 (HVAC) if exposed to saliferousBAR 9,0 9,0 atmosphere

CC2 CLASS 150 (PN20) 0,0 MM °C -101 38 50 60

BAR 19,0 19,0 18,4 18,0

CC3 CLASS 150 (PN20) 0,0 MM °C -101 38 50 60 For flare system only, whenBAR 19,0 19,0 18,4 18,0 preventing acoustic fatigue

DC2 CLASS 300 (PN 50) 0,0 MM °C -101 38 50 60

BAR 49,6 49,6 48,1 46,9

EC2 CLASS 600 (PN100) 0,0 MM °C -101 38 50 60

BAR 99,3 99,3 96,3 93,9

GC2 CLASS 900 (PN150) 0,0 MM °C -101 38 50 60

BAR 148,9 148,9 144,4 140,8


Page: 61



HC2 CLASS 1500 (PN250) 0,0 MM °C -101 38 50 60

BAR 248,2 248,2 240,6 234,7

KC2 CLASS 2500 (PN420) 0,0 MM °C -46 38 50 60

BAR 413,6 413,6 401,0 391,1

LC2 5000 PSI 0,0 MM °C -29 38 50 60 PCS NORMALY NOT USED SAE J514 & 518C fittinngsBAR 345,0 345,0 345,0 345,0

LC3 5000 PSI 0,0 MM °C -29 38 50 60 Compression FittingBAR 345,0 345,0 345,0 345,0

SC3 SPECIAL 0,0 MM °C -10,0 38,0 50,0 60,0 PCS NORMALY NOT USED SAE J514 & 518C fittinngsBAR 230,0 230,0 230,0 230,0

SC4 SPECIAL 0,0 MM °C -10 90 (HVAC)BAR 0,5 0,5

SC5 SPECIAL 0,0 MM °C -10 50 60 Compression FittingBAR 207,0 207,0 207,0

SC6 6000 PSI 0,0 MM °C -10 38 50 60 PCS NORMALY NOT USED SAE J514 & 518C fittinngsBAR 400,0 400,0 400,0 400,0

SC7 3000 PSI 0,0 MM °C -10 38 50 60 PCS NORMALY NOT USED SAE J514 & 518C fittinngsBAR 207,0 207,0 207,0 207,0


Page: 62



6Mo TYPE 6Mo STAINLESS STEEL If the operational temperature is above 120 °C, special care shall be taken to

CD1 CLASS 150 (PN20) 0,0 MM °C -101 38 50 100 150 200 250 300

BAR 20,0 20,0 19,5 17,7 15,8 14,0 12,1 10,2

CD3 CLASS 150 (PN20) 0,0 MM °C -101 38 50 100 150 200 250 For flare system only, whenBAR 20,0 20,0 19,5 17,7 15,8 14,0 12,1 preventing acoustic fatigue

CD4 CLASS 150 (PN20) 0,0 MM °C -101 38 50 100 150 200 250 300 For flare system only, whenBAR 20,0 20,0 19,5 17,7 15,8 14,0 12,1 10,2 preventing acoustic fatigue

DD2 CLASS 300 (PN50) 0,0 MM °C -101 38 50 100 150 200 250 300

BAR 51,7 51,7 51,3 49,2 45,8 42,7 40,1 38,7

DD3 CLASS 300 (PN50) 0,0 MM °C -101 38 50 100 150

BAR 51,7 51,7 51,3 49,2 45,8 For flare system only, whenpreventing acoustic fatigue

ED1 CLASS 600 (PN100) 0,0 MM °C -101 38 50 100 150 200

BAR 103,4 103,4 102,5 98,4 91,6 85,4

GD1 CLASS 9000 (PN150) 0,0 MM °C -101 38 50 100 150 200 250 300 350

BAR 155,1 155,1 153,8 147,6 137,3 128,0 120,7 116,3 113,4

HD2 CLASS 1500 (PN250) 0,0 MM °C -101 38 50 100 150

BAR 200,0 200,0 200,0 200,0 187,0

HD3 CLASS 1500 (PN250) 0,0 MM °C -101 38 50 100 150

BAR 258,6 258,5 256,3 245,9 228,9

KD1 CLASS 2500 (PN420) 0,0 MM °C -101 38 50 100 150 200 250

BAR 430,9 430,8 427,1 409,9 381,4 355,3 334,9

avoid chloride Stress Corrosion Cracking.Max. Design temp.for seawater sys.: 15 °C.


Page: 63



DU'X TYPE DUPLEX STAINLESS STEEL If the operational temperature isabove 100 °C, special care shall

CE1 CLASS 150 (PN20) 0,0 MM °C -46 38 50 100 150 200 250 be taken to avoid chloride StressBAR 20,0 20,0 19,5 17,7 15,8 14,0 12,1 Corrosion Cracking.

DE1 CLASS 300 (PN50) 0,0 MM °C -46 38 50 100 150 200 250

BAR 51,7 51,7 51,3 49,2 45,8 42,7 40,1

EE1 CLASS 600 (PN100) 0,0 MM °C -46 38 50 100 150 200 250

BAR 103,4 103,4 102,5 98,4 91,6 85,4 80,3

GE2 CLASS 900 (PN150) 0,0 MM °C -46 38 50 100 150 200 250

BAR 155,1 155,1 153,8 147,6 137,3 128,0 120,7

HE1 CLASS 1500 (PN250) 0,0 MM °C -46 38 50 100 150 200 250

BAR 217,5 217,5 217,5 216,6 210,0 202,8 190,5

HE2 CLASS 1500 (PN250) 0,0 MM °C -46 38 50 100 150 200 250

BAR 258,6 258,5 256,3 245,9 228,9 213,1 200,9

HE5 CLASS 1500 (PN250) 0,0 MM °C -46 38 50 100 150 200 250

BAR 201,0 201,0 201,0 201,0 191,0 185,0 178,0

KE3 CLASS 2500 (PN420) 0,0 MM °C -46 38 50 100 150

BAR 293,0 293,0 293,0 293,0 293,0

KE5 CLASS 2500 (PN420) 0,0 MM °C -46 38 50 100 150 200 250

BAR 430,9 430,8 427,1 409,9 381,4 355,3 334,9

ME1 100000 PSI 0,0 MM °C -29 38 50

BAR 690,0 201,0 201,0

SE2 SPECIAL 0,0 MM °C -10 50 60 Compression FittingBAR 207,0 207,0 207,0


Page: 64



Ti TITANIUM

CH1 CLASS 150 (PN20) 0,0 MM °C -10 50 100

BAR 19,6 19,2 15,0

Ru RUBBER

CR1 CLASS 150 (PN20) 0,0 MM °C -30,0 38,0 70,0

BAR 18,9 18,9 17,4

GRP GLASSFIBRE REINFORCED PLASTICS

CK4 CLASS 150 (PN20) 0,5 MM °C -10 38 50 65 PCS NORMALY NOT USEDBAR 16 16 16 16

CK6 CLASS 150 (PN20) 0,5 MM °C -10,0 38,0 50,0 65,0

BAR 19,6 19,6 19,2 17,9

PP POLYPROPYLENE

SL1 ATM 0,0 MM °C 0,0 95,0 (HVAC)BAR 3,5 3,5

Cu COPPER

AF1 CLASS 150 (PN20) 0,0 MM °C -10,0 100,0 (HVAC)BAR 10,0 10,0




Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP03 PIPING CLASS

Document no. PIPING CLASS Rev. Remarks

NHT-P54-07376 AC2-Imperial Master 01M NHT-P54-07414 AF1-Imperial Master 01M NHT-P54-07360 CA1-Imperial Master 01M NHT-P54-07361 CA2-Imperial Master 03M NHT-P54-07363 CA4-Imperial Master 03M NHT-P54-07377 CC2-Imperial Master 02M NHT-P54-07378 CC3-Imperial Master 02M NHT-P54-07391 CD1-Imperial Master 02M NHT-P54-07392 CD3-Imperial Master 02M NHT-P54-07393 CD4-Imperial Master 01M NHT-P54-07399 CE1-Imperial Master 03M NHT-P54-07409 CH1-Imperial Master 03M NHT-P54-07411 CK4-Imperial Master 01M NHT-P54-07412 CK6-Imperial Master 02M NHT-P54-07410 CR1-Imperial Master 01M NHT-P54-07364 DA1-Imperial Master 03M NHT-P54-07365 DA2-Imperial Master 03M NHT-P54-07379 DC2-Imperial Master 02M NHT-P54-07394 DD2-Imperial Master 02M NHT-P54-07395 DD3-Imperial Master 01M NHT-P54-07400 DE1-Imperial Master 03M NHT-P54-07366 EA1-Imperial Master 04M NHT-P54-07367 EA3-Imperial Master 01M NHT-P54-07380 EC2-Imperial Master 04M NHT-P54-07396 ED1-Imperial Master 03M NHT-P54-07401 EE1-Imperial Master 04M NHT-P54-07369 GA1-Imperial Master 04M NHT-P54-07381 GC2-Imperial Master 04M NHT-P54-07425 GD1-Imperial Master 01M NHT-P54-07402 GE2-Imperial Master 04M NHT-P54-07370 HA1-Imperial Master 04M NHT-P54-07382 HC2-Imperial Master 03M NHT-P54-07397 HD2-Imperial Master 01M NHT-P54-07420 HD3-Imperial Master 02M NHT-P54-07403 HE1-Imperial Master 01M NHT-P54-07404 HE2-Imperial Master 04M NHT-P54-07405 HE5-Imperial Master 01M NHT-P54-07374 KA1-Imperial Master 02M NHT-P54-07415 KA2-Imperial Master 01M NHT-P54-07383 KC2-Imperial Master 04M NHT-P54-07398 KD1-Imperial Master 02M NHT-P54-07406 KE3-Imperial Master 02M NHT-P54-07407 KE5-Imperial Master 04M NHT-P54-07375 LA1-Imperial Master 01M NHT-P54-07384 LC2-Imperial Master 01M NHT-P54-07385 LC3-Imperial Master 01M NHT-P54-07416 MA1-Imperial Master 01M NHT-P54-07408 ME1-Imperial Master 02M NHT-P54-07386 SC3-Imperial Master 01M NHT-P54-07387 SC4-Imperial Master 01M NHT-P54-07388 SC5-Imperial Master 01M NHT-P54-07389 SC6-Imperial Master 01M NHT-P54-07390 SC7-Imperial Master 01M NHT-P54-07421 SE2-Imperial Master 01M NHT-P54-07413 SL1-Imperial Master 01M

Page: 65



Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP03 PIPING CLASS

Document no. PIPING CLASS Rev. Remarks

Page: 66

Page: 67

Max Design Pressure at Temperature RATING PN 10Degr. C -10,0 60,0 Corr. Allow 0,00 mmBAR 9,0 9,0 CodeWELD FACTOR: N/AWALL THICKNESS TOLERANCE:SERVICES: FRESHWATER SYSTEMS IN LIVING QUARTER

DN OD 15 18 22 35 42 54THK. 1 1 1,2 1,5 1,5 1,5SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NoteTube 15 54 MANUF. STANDARD BE BE DIN 17455 W. No 1.4571Bend 90 socket end 15 54 MANUF. STANDARD SO SO DIN 17455 W. No 1.4401Bend 90 15 54 MANUF. STANDARD SO BE DIN 17455 W. No 1.4401Bend 45 socket end 15 54 MANUF. STANDARD SO SO DIN 17455 W. No 1.4401Bend 45 15 54 MANUF. STANDARD SO BE DIN 17455 W. No 1.4401By-pass pipe 15 28 MANUF. STANDARD BE BE DIN 17455 W. No 1.4401Tee 15 54 MANUF. STANDARD SO SO DIN 17455 W. No 1.4401Red. tee 15 54 MANUF. STANDARD SO SO DIN 17455 W. No 1.4401Tee socket / thread 15 54 MANUF. STANDARD SO NPT-M DIN 17455 W. No 1.4401Reduction 15 54 MANUF. STANDARD SO BE DIN 17455 W. No 1.4401Muff 15 54 MANUF. STANDARD SO SO DIN 17455 W. No 1.4401Slide muff 15 54 MANUF. STANDARD SO SO DIN 17455 W. No 1.4401Flange transition 15 54 MANUF. STANDARD SO RF DIN 17455 W. No 1.4401

Nipple muff 15 54 MANUF. STANDARD SO NPT-M DIN 17455 W. No 1.4401Transition muff 15 54 MANUF. STANDARD SO NPT-M DIN 17455 W. No 1.4401Bend 15 54 MANUF. STANDARD SO NPT-M DIN 17455 W. No 1.4401Assembling bracket DIN 17455 W. No 1.4401Wall mounted elbow 15 22 MANUF. STANDARD SO NPT-M DIN 17455 W. No 1.4401Union coupling 15 54 MANUF. STANDARD BE BE DIN 17455 W. No 1.4401

Gate valve 1/2" 2" GTZS0AT SCD NPT-FBall valve 1/2" 2" BLZS1AT SCD NPT-FCheck valve 1/2" 2" CHZS0AT SCD NPT-F

H E A D E R S I Z EBRANCH 54 42 35 28 22 18 15

15 2 2 2 2 2 2 118 2 2 2 2 2 122 2 2 2 2 128 2 2 2 135 2 2 142 2 154 1

1 Tee2 Red. tee

Notes:

TECHNOLOGY & PIPING CLASS AC 2

PROJECTS- 1

DIVISION DOCUMENT NUMBERPrinted date: 05.01.04

NHT-P54-07376

Imperial Master

01

SHEET NO REVISION

Page: 68

Max Design Pressure at Temperature RATING Degr. C -10,0 100,0 Corr. Allow 0,00 mmBAR 10,0 10,0 Code

WELD FACTOR:WALL THICKNESS TOLERANCE:

SERVICES: SEE SERVICE INDEX LIST

DNOD 10 12 15 18 22 28 35 42 54THK. 1 1 1,2 1,2 1,5 1,5 2 2 2SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NotePIPE NS 1758ELBOW 90 NS1759ELBOW 45 NS1759EQ. TEE NS1759RED. TEE NS1759NIPPLE NS1759 / NS1757UNION NS1757CAP NS1759PLUG NS1757COUPLING NS1759REDUCER NS1759FLANGE, SCR.RF. ASME B16.5 / THR`D NS 5580 ASTM A 182 F316FLANGE NS 2533 A/BFLANGE, BLIND NS 2533 A/BFLANGE GASKET, SPIRAL WOUND ISO 7483 GRAPHITE W/SS PLIES/316SS/316L

| BOLTS ASME B16.5 ASTM A320-L7| NUTS ASME B16.5 ASTM A194-7

GLOBE GBZW0AT |GLOBE, BALANCING GBYW1AT |GATE GTYW0AT |CHECK CHZW0AT |BALL, ISOLATING BLZW0AT |PRESSURE REGULATOR SVZW0AX |

H E A D E R S I Z EBRANCH 10 12 15 18 22 28 35 42 54 67 80 100 125 150

150 1 1 1 1 1 1 1 1 1 5 5 5 5 5125 1 1 1 1 1 1 1 1 1 5 5 5 4100 1 1 1 1 1 1 1 1 1 5 5 480 1 1 1 1 1 1 1 1 1 5 467 1 1 1 1 1 1 1 1 1 454 3 3 3 3 3 3 3 3 242 3 3 3 3 3 3 3 235 3 3 3 3 3 3 2 1 C- COLLARING / HARD SOLDERING28 3 3 3 3 3 2 2 CSF- CAPILLARY SOLDER TEE22 3 3 3 3 2 3 CSF- CAPILLARY SOLDER RED. TEE18 3 3 3 2 4 FLANGED TEE15 3 3 2 5 FLANGED RED. TEE12 3 210 2

Notes:

TECHNOLOGY & PIPING CLASS AF1

PROJECTS- 1

DIVISION DOCUMENT NUMBER

Printed date: 05.01.04 Norsok Class:

REVISIONSHEET NUMBER

PN10

NHT-P54-07414

Imperial Master

01

Page: 69

(PN20)CL150 RATING Max Design Pressure at Temperature3,00 mm Corr. Allow300,0250,0200,0150,0100,050,038,0-15,0 Degr. C

ASME B31.3 Code10,212,114,015,817,719,219,619,6 BAR

1,00 WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :

See Service Index List, SERVICES :

200219,1

8,2S-40

300323,9

9,5S-STD

250273,1

9,3S-40

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,35,1

S-80

5060,35,5

S-80

6573,05,2

S-40

8088,95,5

S-40

100114,3

6,0S-40

125141,3

6,6S-40

150168,3

7,1S-40

MDS R EDS/ ENDCON MATERIAL DESCR. Std ITEM RANGE GEOMETRICNORSOK VDS #1 #2 NoteFROM NAME TO STANDARD

BE BE A106-B C01Pipe 15 300 ASME B36.10M BE BE A106-B C01 92Pipe nipple 15 40 ASME B36.10M BE BE A234-WPB C0145 deg LR elbow 15 300 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A234-WPB C0190 deg LR elbow 15 300 ASME B16.9 BE BE A234-WPB C01 61 62 34345 deg 5D elbow 125 150 BE BE A234-WPB C01 61 343 34290 deg 5D elbow 125 150 BE A234-WPB C01Cap 15 300 ASME B16.9 BE BE A234-WPB C01Concentric reducer 20 300 ASME B16.9 BE BE A234-WPB C01Eccentric reducer 20 300 ASME B16.9 BE BE A234-WPB C01Tee 15 40 ASME B16.9 BE BE A234-WPB C01Reducing branch tee 20 40 ASME B16.9EDS-200 BE BE A105 C01Weldolet 50 300 BE BE Set-on branch 50 300 DIN 2618 RF A105 C01 89Blind flange 15 300 ASME B16.5NAF1 RF BE A105 C01 14 89Weld neck flange 15 300 ASME B16.5EDS-048 FF FF A516-70 C11Spacer 25 300 EDS-048 FF FF A516-70 C11Spade 25 300 MT A105 C01Plug 15 40 ASME B16.11 316 SS 58Mech. coupling 25 50 Straub metal-grip cou 316 SS 58Mech. coupling 80 200 Straub metal-grip couEDS-032 M5 rubber bound aramid Flange gasket, non-metallic flat 15 300 ASME B16.21EDS-021 A320-L7 40Studbolt 15 50 ASME B16.5EDS-021 A320-L7 40Studbolt 80 100 ASME B16.5EDS-021 A320-L7 40Studbolt 150 300 ASME B16.5EDS-021 A320-L7 40 22Bolt, heavy hex head 100 100 ASME B16.5EDS-021 A320-L7 40 22Bolt, heavy hex head 150 300 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 50 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 80 100 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 150 300 ASME B16.5BUAC00R RF RF Carbon steel (SE) 45Butterfly valve, soft s 100 300 GTAC00R RF RF Carbon steel (SE) Gate valve, wedge 15 50 ASME B16.10GTAC11R RF RF Carbon steel (SE) Gate valve, wedge 65 300 ASME B16.10GBAC01R RF RF Carbon steel (SE) 341Globe valve 50 50 GBAC11R RF RF Carbon steel (SE) 341Globe valve 65 150 ASME B16.10

Imperial MasterCA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07360 01

DIVISION REVISION SHEET NO DOCUMENT NUMBER2005-07-22Printed date:

Page: 70

HEADER SIZE300

888

3 ,8888888888

Branch15202540506580

100125150200250300

2503 ,83 ,83 ,83 ,8

88888888

2003 ,83 ,83 ,83 ,8

8888888

1503 ,83 ,83 ,83 ,8

888888

125888

3 ,888888

1003 ,83 ,83 ,83 ,8

8888

803 ,83 ,83 ,83 ,8

888

65888

3 ,888

503 ,83 ,83 ,83 ,88

402221

25221

2021

151

TeeReducing branch teeWeldoletSet-on branch

1238

Notes:BORE TO MATCH PIPE.ONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.BOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSTO BE USED WHERE INDICATED ON P&IDPULLED 90-DEG. BENDS SHALL HAVE 1.5 x DN TANGENT EITHER END, BEVELLED TO ANSI B16.25, BORE TO MATCH PIPE CLASS CA1.45- DEG. BENDS SHALL BE 90-DEG. BENDS CUT IN HALF WITH ONE TANGENT END ONLY, BOTH ENDS BEVELLED.FLANGES TO BE USED FOR CONNECTION TO EQUIPMENT AND VALVES ONLYSCHEDULE XXSFOR AIR PURGING CONNECTIONSBENDING RADIUS IS 5 X (NOM. DIA. IN INCH)DN 125 L.R. ELBOWS MAY BE USED WHERE SPACE IS RESTRICTED

142240455861628992341342343



Page: 71

(PN20)CL150 RATING Max Design Pressure at Temperature3,00 mm Corr. Allow400,0350,0300,0250,0200,0150,0100,050,038,0-15,0 Degr. C

ASME B31.3 Code6,58,410,212,114,015,817,719,219,619,6 BAR



800813,012,7S-20

300323,9

6,4S-20

700711,012,7S-20

600610,0

9,5S-20

500508,0

9,5S-20

450457,0

7,9S-20

400406,4

7,9S-20

350355,6

7,9S-20

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,35,1

S-80

5060,35,5

S-80

8088,95,5

S-40

100114,3

6,0S-40

150168,3

7,1S-40

200219,1

6,4S-20

250273,1

6,4S-20

750762,012,7S-20


BE BE A106-B C01Pipe 15 800 ASME B36.10M BE BE A106-B C01 92Pipe nipple 15 40 ASME B36.10M BE BE A234-WPB C0145 deg LR elbow 15 800 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A234-WPB C0190 deg LR elbow 15 800 ASME B16.9 BE A234-WPB C01Cap 15 800 ASME B16.9 BE BE A234-WPB C01Concentric reducer 20 800 ASME B16.9 BE BE A234-WPB C01Eccentric reducer 20 800 ASME B16.9 BE BE A234-WPB C01 12Tee 15 800 ASME B16.9 BE BE A234-WPB C01 12Reducing branch tee 20 800 ASME B16.9EDS-200 BE BE A105 C01 12Weldolet 50 800 RF A105 C01Blind flange 15 600 ASME B16.5 RF A105 C01Blind flange 700 800 MSS SP-44NAF1 RF BE A105 C01 14Weld neck flange 15 600 ASME B16.5NAF1 RF BE A105 C01 14Weld neck flange 700 800 MSS SP-44EDS-200 RF BE A105 C01Reinforced Nipo Flange 700 800 EDS-200 RF BE A105 C01 12Reinforced Nipo Flange 50 600 FT SP UNS C95200 (Alu. bronze) 28Coupling Chicago 25 25 Non std. FT SP Brass 27Coupling Snap-tite 25 25 Non std.EDS-048 FF FF A516-70 C11Spacer 20 800 EDS-048 FF FF A516-70 C11Spade 20 800 EDS-041 RF RF A516-70 C11Drip Ring 50 600 MT A105 C01Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate 545Flange gasket, non-metallic flat 15 600 ASME B16.21NGA1 Graphite/metal laminate 545Flange gasket, non-metallic flat 750 800 ASME B16.21 Graphite w/SS plies/316SS/316L 24Flange gasket, spiral wound 15 600 ASME B16.20EDS-021 A320-L7 40Studbolt 15 800 ASME B16.5EDS-021 A320-L7 40 22Bolt, heavy hex head 100 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 800 ASME B16.5BLAC31R RF RF Carbon steel (SE) 25 45Ball valve, RB 80 600 BLAC41R RF RF Carbon steel (SE) 25 45Ball valve, FB 50 600 BLAC4ER RF RF Carbon steel (SE) 25 45Ball valve, FB 50 600 BLAC5AR RF RF Carbon steel (SE) 25 45Ball valve, metal seat, RB 80 600 BLAC6AR RF RF Carbon steel (SE) 25 45Ball valve, metal seat, FB 50 600 BUAC00R RF RF Carbon steel (SE) 45Butterfly valve, soft s 100 600 BUAC3AR RF RF Carbon steel (SE) 45Butterfly valve, soft s, Imp 100 600 CHDC03B BE BE Carbon steel (SE) 45Check valve 40 40 ASME B16.10CHDC05B BE BE Carbon steel (SE) 45Check valve 15 25 ASME B16.10CHAC51R RF RF Carbon steel (SE) 45Check valve, dual, wafer 50 600 GTAC4AR RF RF Carbon steel (SE) 45 25Gate valve Through conduit 50 600 GTAC00R RF RF Carbon steel (SE) Gate valve, wedge 15 50 ASME B16.10GTAC11R RF RF Carbon steel (SE) 45Gate valve, wedge 80 600 ASME B16.10GTRC02D BE FT Carbon steel (SE) 18Gate valve, wedge 40 40 GTRC05D BE FT Carbon steel (SE) 18 45Gate valve, wedge 15 25 GTRC02B BE BE Carbon steel (SE) Gate valve, wedge 15 40 ASME B16.10GTAC1AR RF RF Carbon steel (SE) 45Gate valve, knife edge 100 350 GBAC01R RF RF Carbon steel (SE) 45Globe valve 15 50 GBAC11R RF RF Carbon steel (SE) 45Globe valve 80 250 ASME B16.10GBDC03B BE BE Carbon steel (SE) 45Globe valve 40 40 ASME B16.10GBDC05B BE BE Carbon steel (SE) 45Globe valve 15 25 ASME B16.10CBAC11R RF RF Carbon steel (SE) 45Combination valve, 3-W DBB 25 80


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AC212005-07-22Printed date:

Page: 72

HEADER SIZE8003 ,43 ,43 ,43 ,4

333333322222221

Branch152025405080

100150200250300350400450500600700750800

7503 ,43 ,43 ,43 ,4

33333222222221

7003 ,43 ,43 ,43 ,4

3333332222221

6003 ,43 ,43 ,43 ,4

333332222221

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151

TeeReducing branch teeWeldoletReinforced Nipo Flange

1234

Notes:WELDED BRANCH CONN. >45-DEG. CAN BE USED FOR OPEN DRAINSBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS ONLYDO NOT USE IN METHANOL SERVICEFOR INERT GAS SERVICE-COUPLING TYPE WITH VALVEFOR PLANT AIR SERVICE-CLAW TYPE COUPLINGBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE XXSNOT FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS

1214182224252728404592545


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AC212005-07-22Printed date:

Page: 73

(PN20)CL150 RATING Max Design Pressure at Temperature3,00 mm Corr. Allow200,0150,0100,050,038,0-46,0 Degr. C

ASME B31.3 Code14,015,817,719,219,619,6 BAR



800813,012,7S-20

300323,9

6,4S-20

650660,012,7S-20

600610,0

9,5S-20

500508,0

9,5S-20

450457,0

7,9S-20

400406,4

7,9S-20

350355,6

7,9S-20

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,35,1

S-80

5060,35,5

S-80

8088,95,5

S-40

100114,3

6,0S-40

150168,3

7,1S-40

200219,1

6,4S-20

250273,1

6,4S-20

700711,012,7S-20


BE BE A333-6 SMLS C11Pipe 15 40 ASME B36.10M BE BE API 5L-X52 C22Pipe 50 800 ASME B36.10M BE BE A333-6 SMLS C11 92Pipe nipple 15 40 ASME B36.10M BE BE A420-WPL6 C1145 deg LR elbow 15 40 ASME B16.9 BE BE A860-WPHY-52 C2145 deg LR elbow 50 800 ASME B16.9 BE BE A420-WPL6 C1190 deg LR elbow 15 40 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 50 800 ASME B16.9 BE A420-WPL6 C11 352Cap 15 40 ASME B16.9 BE A860-WPHY-52 C21 352Cap 50 700 ASME B16.9 BE BE A420-WPL6 C11Concentric reducer 20 25 ASME B16.9 BE BE A860-WPHY-52 C21Concentric reducer 50 700 ASME B16.9 BE BE A420-WPL6 C11Eccentric reducer 20 25 ASME B16.9 BE BE A860-WPHY-52 C21Eccentric reducer 50 700 ASME B16.9 BE BE A420-WPL6 C11Tee 15 40 ASME B16.9 BE BE A860-WPHY-52 C21Tee 50 800 ASME B16.9 BE BE A420-WPL6 C11Reducing branch tee 20 40 ASME B16.9 BE BE A860-WPHY-52 C21Reducing branch tee 50 700 ASME B16.9EDS-200 BE BE A350-LF2 C11Weldolet 50 800 EDS-200 BE BE A694-F52 C21Weldolet 150 800 RF A350-LF2 C11Blind flange 15 40 ASME B16.5 RF A694-F52 C21Blind flange 50 600 ASME B16.5 RF A694-F52 C21Blind flange 650 800 MSS SP-44NAF1 RF BE A350-LF2 C11 14Weld neck flange 15 40 ASME B16.5NAF1 RF BE A694-F52 C21 14 235Weld neck flange 50 600 ASME B16.5NAF1 RF BE A694-F52 C21 14Weld neck flange 650 800 MSS SP-44EDS-200 RF BE A350-LF2 C11Reinforced Nipo Flange 50 800 EDS-048 FF FF A516-70 C11Spacer 25 600 EDS-048 FF FF A516-70 C11Spade 25 600 EDS-041 RF RF A516-70 C11Drip Ring 50 600 MT A350-LF2 C11Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate 545Flange gasket, non-metallic flat 15 800 ASME B16.21EDS-021 A320-L7 40Studbolt 15 800 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 600 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 700 700 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 800 ASME B16.5BLAC31R RF RF Carbon steel (SE) 25 45Ball valve, RB 80 600 BLAC41R RF RF Carbon steel (SE) 25 45Ball valve, FB 50 600 BLAC4ER RF RF Carbon steel (SE) 25 45Ball valve, FB 50 600 BLAC4ER RF RF Carbon steel (SE) 25 45Ball valve, FB 700 700 BLAC5AR RF RF Carbon steel (SE) 25Ball valve, metal seat, RB 80 600 BLAC6AR RF RF Carbon steel (SE) 25Ball valve, metal seat, FB 50 600 BUAC00R RF RF Carbon steel (SE) 45Butterfly valve, soft s 100 600 BUAC3AR RF RF Carbon steel (SE) 45Butterfly valve, soft s, Imp 100 600 CHDC03B BE BE Carbon steel (SE) Check valve 40 40 ASME B16.10CHDC05B BE BE Carbon steel (SE) Check valve 15 25 ASME B16.10CHAC51R RF RF Carbon steel (SE) Check valve, dual, wafer 50 600 CHAC51R RF RF Carbon steel (SE) Check valve, dual, wafer 700 800 GTAC4AR RF RF Carbon steel (SE) 25Gate valve Through conduit 50 600 GTAC4AR RF RF Carbon steel (SE) 25Gate valve Through conduit 700 800 GTAC00R RF RF Carbon steel (SE) 45Gate valve, wedge 15 50 ASME B16.10GTRC05D BE FT Carbon steel (SE) 18Gate valve, wedge 15 25 GTRC02B BE BE Carbon steel (SE) 18Gate valve, wedge 40 40 ASME B16.10GTAC1AR RF RF Carbon steel (SE) 45Gate valve, knife edge 50 350 GBAC01R RF RF Carbon steel (SE) Globe valve 15 50 GBAC11R RF RF Carbon steel (SE) Globe valve 50 250 ASME B16.10GBDC03B BE BE Carbon steel (SE) Globe valve 40 40 ASME B16.10GBDC05B BE BE Carbon steel (SE) Globe valve 15 25 ASME B16.10CBAC11R RF RF Carbon steel (SE) 45Combination valve, 3-W DBB 25 80



Page: 74

HEADER SIZE8003 ,43 ,43 ,43 ,4

33333333 - - - - - -1

Branch152025405080

100150200250300350400450500600650700800

7003 ,43 ,43 ,43 ,4

33333333222221

6503 ,43 ,43 ,43 ,4

3333333222221

6003 ,43 ,43 ,43 ,4

33333

2 ,3222221

5003 ,43 ,43 ,43 ,4

3333

2 ,3222221

4503 ,43 ,43 ,43 ,4

3333

2 ,322221

4003 ,43 ,43 ,43 ,4

333

2 ,322221

3503 ,43 ,43 ,43 ,4

333

2 ,32221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

33

2 ,3221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,4

2 ,3 ,4221

803 ,43 ,43 ,4

2 ,3 ,421

503 ,43 ,43 ,4

21

402221

25221

2021

151


1234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.DO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE XXSDN 65 CONN. MAY BE USED AGAINST RELIEF VALVES.TO BE USED FOR HYDROSTATIC VENTS & DRAINS ONLYNOT FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS

14182225404592235352545



Page: 75

(PN20)CL150 RATING Max Design Pressure at Temperature0,00 mm Corr. Allow60,050,038,0-101,0 Degr. C

ASME B31.3 Code18,018,419,019,0 BAR



____800

813,07,9

S-10

750762,0

7,9S-10S

300323,9

4,6S-10S

650660,0

7,9S-10

600610,0

6,4S-10S

500508,0

5,5S-10S

450457,0

4,8S-10S

400406,4

4,8S-10S

350355,6

4,8S-10S

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

3,4S-10S

200219,1

3,8S-10S

250273,1

4,2S-10S

700711,0

7,9S-10


| PE PE A358-316 CL.1,3or4 S01Pipe 650 700 ASME B36.10M| PE PE A358-316 CL.1,3or4 S01Pipe 800 800 ASME B36.10M

PE PE A312-TP316 S01Pipe 15 40 ANSI/ASME B36.19 PE PE A358-316 CL.5 S01 1Pipe 50 600 ANSI/ASME B36.19 PE PE A358-316 CL.5 S01 1Pipe 750 750 ANSI/ASME B36.19 BE BE A312-TP316 S01 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WP316 CL.W S0145 deg LR elbow 50 800 ASME B16.9 BE BE A403-WP316 CL.W S01 10945 deg LR elbow 15 600 ASME B16.9 BE BE A403-WP316 CL.W S01 10945 deg LR elbow 750 750 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WP316 CL.W S0190 deg LR elbow 50 800 ASME B16.9 BE BE A403-WP316 CL.W S01 10990 deg LR elbow 15 600 ASME B16.9 BE BE A403-WP316 CL.W S01 10990 deg LR elbow 750 750 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 15 800 ASME B16.9 BE BE A403-WP316 CL.W S01Concentric reducer 20 650 ASME B16.9 BE BE A403-WP316 CL.W S01Concentric reducer 800 800 ASME B16.9 BE BE A403-WP316 CL.W S01Eccentric reducer 20 650 ASME B16.9 BE BE A403-WP316 CL.W S01Eccentric reducer 800 800 ASME B16.9

| BE BE A403-WP316 CL.W S01Tee 650 700 ASME B16.9| BE BE A403-WP316 CL.W S01Tee 800 800 ASME B16.9

BE BE A403-WP316 CL.W S01 7 13Tee 15 600 ASME B16.9| BE BE A403-WP316 CL.W S01Reducing branch tee 50 100 ASME B16.9| BE BE A403-WP316 CL.W S01Reducing branch tee 500 800 ASME B16.9

BE BE A403-WP316 CL.W S01 7 13Reducing branch tee 20 800 ASME B16.9|EDS-200 BE BE A182-F316 S01 7 13Weldolet 50 800

RF A182-F316 S01Blind flange 15 600 ASME B16.5| RF A182-F316 S01Blind flange 650 800 MSS SP-44

NAF1 RF BE A182-F316 S01 14 79Weld neck flange 15 600 ASME B16.5|NAF1 RF BE A182-F316 S01 14 79Weld neck flange 650 650 MSS SP-44|NAF1 RF BE A182-F316 S01 14 79Weld neck flange 800 800 MSS SP-44|EDS-200 RF BE A182-F316 S01 7Reinforced Nipo Flange 50 800

EDS-048 FF FF A240-316 S01Spacer 450 600 NLB1 FF FF A240-316 S01Spectacle blank 20 400 EDS-048 FF FF A240-316 S01Spade 450 600 EDS-041 RF RF A240-316 S01Drip Ring 50 600 MT A182-F316 Plug 15 40 ASME B16.11

|NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 800 ASME B16.21NGA1 Graphite/metal laminate 545Flange gasket, non-metallic flat 15 800 ASME B16.21 Graphite w/SS plies/316SS/316L 24Flange gasket, spiral wound 15 600 ASME B16.20

|EDS-021 A320-L7 40Studbolt 15 800 ASME B16.5EDS-021 A320-L7 40Bolt, heavy hex head 100 600 ASME B16.5

|EDS-021 ASTM A194-7 40Nut, heavy hex 15 700 ASME B16.5|EDS-021 ASTM A194-7 40Nut, heavy hex 800 800 ASME B16.5

BLAS30R RF RF 316 SS 25 45Ball valve, RB 80 600 BLAS34R RF RF 316 SS 102 45Ball valve, RB 50 600 BLAS40R RF RF 316 SS 25 45Ball valve, FB 50 600 BLAS4ER RF RF 316 SS 25 45Ball valve, FB 50 600 BUAS3AR RF RF 316 SS Butterfly v, soft/metal, Imp 100 600 CHDS00B BE BE 316 SS Check valve, piston 15 40 ASME B16.10CHAS50R RF RF 316 SS Check valve, dual, wafer 50 600 GTAS00R RF RF 316 SS Gate valve, wedge 15 50 ASME B16.10GTAS10R RF RF 316 SS Gate valve, wedge 80 600 ASME B16.10GTRS00D BE FT 316 SS 18Gate valve, wedge 15 40 GTRS00B BE BE 316 SS Gate valve, wedge 15 40 GBAS00R RF RF 316 SS Globe valve 15 50 ASME B16.10GBAS10R RF RF 316 SS Globe valve 80 250 ASME B16.10GBDS00B BE BE 316 SS Globe valve 15 40 ASME B16.10CBAS10R RF RF 316 SS 25Combination valve, 3-W DBB 25 80

Imperial MasterCC2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07377 02

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AS202005-07-22Printed date:

Page: 76

HEADER SIZE8003 ,43 ,43 ,4

433 -333322222 - - -1

Branch152025405080

100150200250300350400450500600650700750800

750444433 - - - - - - - -22

7003 ,43 ,43 ,4

433 -33322222 - -1

6503 ,43 ,43 ,4

43333332222221

6003 ,43 ,43 ,43 ,4

333332222221

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:FOR INSTR. BRIDLES DN 50 80 & 100 SCH.40S PIPING SHALL BE USED.EXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.WELDED BRANCH CONN. >45-DEG. CAN BE USED FOR SEWER/SANITARY DRAIN ONLYBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYFOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS ONLYDO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSFLAT FACE FLANGES SHALL BE USED WHEN CONNECTING UP TO EQUIPMENT WITH F.F. FLANGESSCHEDULE 80STO BE USED FOR METHANOL SERVICE ONLYIN SAINITARY DRAIN SERVICE 5D ELBOWS CAN BE USEDNOT FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS

17131418242540457991102109545


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AS202005-07-22Printed date:

Page: 77


ASME B31.3 Code18,018,419,019,0 BAR



250273,112,7

S-80S

600610,012,7S-XS

500508,012,7S-XS

450457,012,7S-XS

400406,412,7S-XS

350355,612,7S-XS

300323,912,7

S-80S

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,35,5

S-80S

8088,97,6

S-80S

100114,3

8,6S-80S

125141,3

9,5S-80S

150168,311,0

S-80S

200219,112,7

S-80S


PE PE A312-TP316 S01Pipe 350 600 ASME B36.10M PE PE A312-TP316 S01Pipe 15 40 ANSI/ASME B36.19 PE PE A312-TP316 SMLS S01Pipe 50 300 ANSI/ASME B36.19 BE BE A312-TP316 S01 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WP316 CL.S/WX S0145 deg LR elbow 50 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S0145 deg LR elbow 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01 10945 deg LR elbow 15 40 ASME B16.9 BE BE A403-WP316 CL.S/WX S0190 deg LR elbow 50 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S0190 deg LR elbow 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01 10990 deg LR elbow 15 40 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 15 100 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 150 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Concentric reducer 50 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Concentric reducer 150 300 ASME B16.9 BE BE A403-WP316 CL.W S01Concentric reducer 20 40 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Eccentric reducer 50 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Eccentric reducer 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01Eccentric reducer 20 40 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Tee 50 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Tee 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01 7 13Tee 15 40 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Reducing branch tee 50 50 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Reducing branch tee 100 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Reducing branch tee 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01 7 13Reducing branch tee 20 40 ASME B16.9EDS-200 BE BE A182-F316 S01 3 7Sweepolet 150 600 RF A182-F316 S01Blind flange 15 100 ASME B16.5 RF A182-F316 S01Blind flange 150 600 ASME B16.5NAF1 RF BE A182-F316 S01Weld neck flange 15 100 ASME B16.5NAF1 RF BE A182-F316 S01Weld neck flange 150 600 ASME B16.5EDS-048 FF FF A240-316 S01Spacer 450 600 NLB1 FF FF A240-316 S01Spectacle blank 20 100 NLB1 FF FF A240-316 S01Spectacle blank 150 400 EDS-048 FF FF A240-316 S01Spade 450 600 EDS-041 RF RF A240-316 S01Drip Ring 50 100 EDS-041 RF RF A240-316 S01Drip Ring 150 600 MT A182-F316 Plug 15 40 ASME B16.11 316 SS 58 105Mech. coupling 50 100 Straub coupling 316 SS 58 105Mech. coupling 150 200 Straub coupling

|EDS-071 Graphite w/SS plies/316SS/316L Flange gasket, spiral wound 20 100 ISO 7483 i+o ring|EDS-071 Graphite w/SS plies/316SS/316L Flange gasket, spiral wound 150 600 ISO 7483 i+o ring

EDS-021 A320-L7 40Studbolt 15 100 ASME B16.5EDS-021 A320-L7 40Studbolt 150 600 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 100 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 150 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 100 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 150 600 ASME B16.5BLAS30R RF RF 316 SS 45Ball valve, RB 80 100 BLAS30R RF RF 316 SS 45Ball valve, RB 150 600 BLAS40R RF RF 316 SS 45Ball valve, FB 50 100 BLAS40R RF RF 316 SS 45Ball valve, FB 150 600 BLAS4ER RF RF 316 SS 45Ball valve, FB 50 100 BLAS4ER RF RF 316 SS 45Ball valve, FB 150 600 CHDS00B BE BE 316 SS Check valve, piston 15 40 ASME B16.10CHAS50R RF RF 316 SS Check valve, dual, wafer 50 100 CHAS50R RF RF 316 SS Check valve, dual, wafer 150 600 GTAS00R RF RF 316 SS Gate valve, wedge 15 50 ASME B16.10GTAS10R RF RF 316 SS Gate valve, wedge 50 100 ASME B16.10GTAS10R RF RF 316 SS Gate valve, wedge 150 600 ASME B16.10GTRS00D BE FT 316 SS Gate valve, wedge 15 40 GTRS00B BE BE 316 SS Gate valve, wedge 15 40 GBAS10R RF RF 316 SS Globe valve 50 100 ASME B16.10GBAS10R RF RF 316 SS Globe valve 150 250 ASME B16.10GBDS00B BE BE 316 SS Globe valve 15 50 ASME B16.10CBAS10R RF RF 316 SS Combination valve, 3-W DBB 25 80



Page: 78

HEADER SIZE600 - - - -101010 -101010222221

Branch152025405080

100125150200250300350400450500600

500 - - - -101010 -1010222221

450 - - - -101010 -101022221

400 - - - -101010 -1022221

350 - - - -101010 -102221

300 - - - -101010 -2221

250 - - - -101010 -221

200 - - - -10102 -21

150 - - - -1022 -1

125 - - - - - - -

-

100 - - - -221

80 - - - - -1

50 - - -21

402221

25221

2021

151

TeeSweepoletReducing branch tee

1102

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTEXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.WELDED BRANCH CONN. >45-DEG. CAN BE USED FOR SEWER/SANITARY DRAIN ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.BOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSTO BE USED WHERE INDICATED ON P&IDSCHEDULE 80STO BE USED IN ATM. SYST. ONLYIN SAINITARY DRAIN SERVICE 5D ELBOWS CAN BE USED

37132240455891105109



Page: 79


ASME B31.3 Code10,212,114,015,817,719,520,020,0 BAR

DN150 and less=0,90 DN200 and above=1,00. WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :


____ ____1150

1168,09,5

S-STD

11001118,0

9,5S-STD

300323,9

4,6S-10S

700711,0

7,9S-10

600610,0

6,4S-10S

500508,0

5,5S-10S

450457,0

4,8S-10S

400406,4

4,8S-10S

350355,6

4,8S-10S

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

3,4S-10S

200219,1

3,8S-10S

250273,1

4,2S-10S

800813,0

7,9S-10


PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 700 1150 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11Pipe 15 40 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 200 600 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.5 R12 37Pipe 50 150 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 1150 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 1150 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 15 1150 ASME B16.9 FT A182-F44 R14 11 95Cap 15 40 ASME B16.11 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 1150 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 1150 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 15 1150 ASME B16.9

| BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 1150 1150 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13 7 12Reducing branch tee 20 1150 ASME B16.9

|EDS-200 BE BE A182-F44 R14 7 12Weldolet 50 1150 RF A182-F44 R14Blind flange 15 600 ASME B16.5 RF A182-F44 R14Blind flange 700 700 MSS SP-44NAF1 RF BE A182-F44 R14 14Weld neck flange 15 600 ASME B16.5NAF1 RF BE A182-F44 R14 14Weld neck flange 700 700 MSS SP-44

|EDS-200 RF BE A182-F44 R14 7Reinforced Nipo Flange 50 1150 BE FT A182-F44 R14 11 95Reducing coupling 20 40 ASME B16.11 FT BE A182-F44 R14 11 95Coupling 15 40 ASME B16.11EDS-048 FF FF A240-UNS S31254 (or equal) R15 563Spacer 450 800 NLB1 FF FF A240-UNS S31254 (or equal) R15Spectacle blank 20 400 EDS-048 FF FF A240-UNS S31254 (or equal) R15 563Spade 450 800 FT FT A182-F44 R14 11 95Union 15 40 BS 3799 BE MT A182-F44 R14 11 91 95Concentric swage 20 40 BS 3799 MT A182-F44 R14Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate 126Flange gasket, non-metallic flat 15 700 ASME B16.21EDS-032 M5 rubber bound aramid 434Flange gasket, non-metallic flat 15 600 ASME B16.21EDS-032 M5 rubber bound aramid 434Flange gasket, non-metallic flat 700 700 MSS SP-44EDS-021 A320-L7 40Studbolt 15 700 ASME B16.5EDS-021 A320-L7 40 22Bolt, heavy hex head 100 700 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 700 ASME B16.5BLAR30R RF RF 6 Mo 45Ball valve, RB 80 600 ASME B16.10 LPBLAR40R RF RF 6 Mo 45Ball valve, FB 50 600 ASME B16.10 LPBUAC0AR RF RF Carbon steel (SE) 45 526Butterfly valve, lug, soft s, Imp 80 600 BUAR3AR RF RF 6 Mo 45Butterfly valve, soft s, Imp 100 600 CHDR00B BE BE 6 Mo Check valve, piston 15 40 CHAR50R RF RF 6 Mo Check valve, dual, wafer 50 600 GTAR00R RF RF 6 Mo 126Gate valve, wedge 15 50 ASME B16.10GTAR07R RF RF 6 Mo 434 45Gate valve, wedge 15 50 ASME B16.10GTAR10R RF RF 6 Mo 126Gate valve, wedge 80 700 ASME B16.10GTAR17R RF RF 6 Mo 434 45Gate valve, wedge 80 700 ASME B16.10GTRR07D BE FT 6 Mo 18 45 434Gate valve, wedge 15 40 GTRR07B BE BE 6 Mo 45 434Gate valve, wedge 15 40 GBAR00R RF RF 6 Mo 126Globe valve 15 50 GBAR07R RF RF 6 Mo 434 45Globe valve 15 50 ASME B16.10GBAR10R RF RF 6 Mo 126Globe valve 80 250 ASME B16.10GBAR17R RF RF 6 Mo 434 45Globe valve 80 250 ASME B16.10GBDR00B BE BE 6 Mo 126Globe valve 15 40 CBAR17R RF RF 6 Mo 45 434Combination valve, 3-W DBB 25 80

Imperial MasterCD1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07391 02

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AR202005-07-22Printed date:

Page: 80

HEADER SIZE11503 ,43 ,43 ,43 ,4

3333333 -22222221

Branch152025405080

100150200250300350400450500600700800

11001150

11003 ,43 ,43 ,43 ,4

3333333 -2222221

8003 ,43 ,43 ,43 ,4

33333332222221

7003 ,43 ,43 ,43 ,4

3333332222221

6003 ,43 ,43 ,43 ,4

333332222221

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:EXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.TO BE USED IN DELUGE SYSTEM ONLYWELDED BRANCH CONN. >45-DEG. CAN BE USED FOR OPEN DRAINSBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.BORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80S3000 LBNOT TO BE USED IN SEA WATER SERVICEFOR USE IN SEAWATER SERVICEALTERNATIVES TO BE EVALUATED BEFORE FINAL SELECTION OF BUTTERFLY VALVESFOR DIMENSIONS NOT COVERED BY NORSOK EDS NLB1, REFERENCE IS MADE TO EDS-145

711121418223740459195126434526563


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AR202005-07-22Printed date:

Page: 81


ASME B31.3 Code12,114,016,718,619,220,020,020,0 BAR

1 WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :


300323,912,7

S-80S

700711,012,7S-XS

600610,012,7S-XS

500508,012,7S-XS

450457,012,7S-XS

400406,412,7S-XS

350355,612,7S-XS

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,35,5

S-80S

8088,97,6

S-80S

100114,3

8,6S-80S

150168,311,0

S-80S

200219,112,7

S-80S

250273,112,7

S-80S


PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 350 700 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11Pipe 15 40 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 50 300 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37Pipe 50 300 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 700 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 700 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 15 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13 7Tee 15 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13 7Reducing branch tee 20 700 ASME B16.9EDS-200 BE BE A182-F44 R14 3 7Weldolet 50 700 EDS-200 BE BE A182-F44 R14 3 7Sweepolet 150 700 RF A182-F44 R14Blind flange 15 600 ASME B16.5 RF A182-F44 R14Blind flange 700 700 MSS SP-44NAF1 RF BE A182-F44 R14 14Weld neck flange 15 600 ASME B16.5NAF1 RF BE A182-F44 R14 14Weld neck flange 700 700 MSS SP-44EDS-200 RF BE A182-F44 R14 7Reinforced Nipo Flange 50 700 EDS-048 FF FF A240-UNS S31254 (or equal) R15Spacer 450 700 NLB1 FF FF A240-UNS S31254 (or equal) R15Spectacle blank 20 400 EDS-048 FF FF A240-UNS S31254 (or equal) R15Spade 450 700 MT A182-F44 R14Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 700 ASME B16.21EDS-032 M5 rubber bound aramid 547Flange gasket, non-metallic flat 15 600 ASME B16.21EDS-032 M5 rubber bound aramid 434Flange gasket, non-metallic flat 15 600 ASME B16.21EDS-021 A320-L7 40Studbolt 15 700 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 700 ASME B16.5BLAR40R RF RF 6 Mo 45 432Ball valve, FB 50 600 ASME B16.10 LPCHDR00B BE BE 6 Mo Check valve, piston 15 40 CHAR50R RF RF 6 Mo Check valve, dual, wafer 50 600 GTAR00R RF RF 6 Mo Gate valve, wedge 15 50 ASME B16.10GTAR10R RF RF 6 Mo Gate valve, wedge 80 600 ASME B16.10GTRR00D BE FT 6 Mo 18Gate valve, wedge 15 40 ASME B16.10GTRR00B BE BE 6 Mo Gate valve, wedge 15 40 ASME B16.10GBAR00R RF RF 6 Mo Globe valve 15 50 GBAR10R RF RF 6 Mo Globe valve 80 250 ASME B16.10GBDR00B BE BE 6 Mo Globe valve 15 40 CBAR10R RF RF 6 Mo 17 45Combination valve, 3-W DBB 25 80



Page: 82

HEADER SIZE7003 ,43 ,43 ,43 ,41010101010102222221

Branch152025405080

100150200250300350400450500600700

6003 ,43 ,43 ,43 ,4101010101010222221

5003 ,43 ,43 ,43 ,41010101010222221

4503 ,43 ,43 ,43 ,4101010101022221

4003 ,43 ,43 ,43 ,41010101022221

3503 ,43 ,43 ,43 ,4101010102221

3003 ,43 ,43 ,43 ,41010102221

2503 ,43 ,43 ,43 ,4101010221

2003 ,43 ,43 ,43 ,41010221

1503 ,43 ,43 ,43 ,410221

1003 ,43 ,43 ,43 ,4

221

803 ,43 ,43 ,43 ,4

21

503 ,43 ,43 ,4

21

402221

25221

2021

151

TeeSweepoletReducing branch teeWeldoletReinforced Nipo Flange

110234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTEXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.BORE TO MATCH PIPE.FOR USE IN CONJUNCTION WITH LEVEL TRANSMITTER (D.P.) ONLYFOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SBALL VALVE (FB) TO BE USED FOR RELIEF SYSTEMS ONLYFOR USE IN SEAWATER SERVICE300 LB. FOR CONNECTION TO EQUIPMENT NOZZLE ONLY

3714171837404591432434547



Page: 83


ASME B31.3 Code10,212,114,015,817,719,520,020,0 BAR



300323,9

6,4S-20

400406,4

7,9S-20

350355,6

7,9S-20

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

3,4S-10S

200219,1

6,4S-20

250273,1

6,4S-20


PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37Pipe 200 400 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11 37Pipe 15 40 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.5 R12 37Pipe 50 150 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 400 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 400 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 15 400 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 400 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 300 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 400 400 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 15 400 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 20 400 ASME B16.9EDS-200 BE BE A182-F44 R14Weldolet 50 400 RF A182-F44 R14Blind flange 15 400 ASME B16.5NAF1 RF BE A182-F44 R14 14Weld neck flange 15 300 ASME B16.5NAF1 RF BE A182-F44 R14 14Weld neck flange 400 400 ASME B16.5EDS-200 RF BE A182-F44 R14Reinforced Nipo Flange 50 400 NLB1 FF FF A240-UNS S31254 (or equal) R15Spectacle blank 20 400 MT A182-F44 R14Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 400 ASME B16.21EDS-021 A320-L7 40Studbolt 15 400 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 200 400 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 400 ASME B16.5BLAR30R RF RF 6 Mo 45Ball valve, RB 80 400 ASME B16.10 LPBLAR40R RF RF 6 Mo 45Ball valve, FB 50 400 ASME B16.10 LPBUAR3AR RF RF 6 Mo 45Butterfly valve, soft s, Imp 100 400 CHDR00B BE BE 6 Mo 45Check valve, piston 15 40 CHAR50R RF RF 6 Mo Check valve, dual, wafer 50 400 GTAR00R RF RF 6 Mo 45Gate valve, wedge 15 50 ASME B16.10GTAR10R RF RF 6 Mo 45Gate valve, wedge 80 400 ASME B16.10GTRR07D BE FT 6 Mo 18 45Gate valve, wedge 15 40 GTRR07B BE BE 6 Mo 45Gate valve, wedge 15 40 GBAR00R RF RF 6 Mo 45Globe valve 50 50 GBAR10R RF RF 6 Mo 45Globe valve 80 250 ASME B16.10GBDR00B BE BE 6 Mo 45Globe valve 15 40

HEADER SIZE4003 ,43 ,43 ,43 ,4 - - -222221

Branch152025405080

100150200250300350400

3503 ,43 ,43 ,43 ,4 - - -22221

3003 ,43 ,43 ,43 ,4 - - -2221

2503 ,43 ,43 ,43 ,4 - -2221

2003 ,43 ,43 ,43 ,4 - -221

1503 ,43 ,43 ,43 ,4 -221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,4

421

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.BORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80S

14182237404591



Page: 84

(PN20)CL150 RATING Max Design Pressure at Temperature0,00 mm Corr. Allow250,0200,0150,0100,050,038,0-46,0 Degr. C

ASME B31.3 Code12,114,015,817,719,520,020,0 BAR



300323,9

4,6S-10S

700711,0

7,9S-10

600610,0

6,4S-10S

500508,0

5,5S-10S

450457,0

4,8S-10S

400406,4

4,8S-10S

350355,6

4,8S-10S

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

3,4S-10S

200219,1

3,8S-10S

250273,1

4,2S-10S

800813,0

7,9S-10


PE PE A928-UNS S31803 Cl.1or3 D42 607Pipe 700 800 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 37 607Pipe 15 40 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.5 D42 37 607Pipe 50 600 ANSI/ASME B36.19 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 40 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 700 800 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D4345 deg LR elbow 50 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4345 deg 3D elbow 250 600 NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 40 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 700 800 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D4390 deg LR elbow 50 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4390 deg 3D elbow 250 600 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 800 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 80 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 700 700 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43Concentric reducer 80 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 80 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 700 700 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43Eccentric reducer 80 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Tee 15 40 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Tee 700 800 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43 7Tee 50 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Reducing branch tee 20 100 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Reducing branch tee 700 700 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43 7Reducing branch tee 80 600 ASME B16.9EDS-200 BE BE A182-F51 D44 7Weldolet 50 700 RF A182-F51 D44Blind flange 15 600 ASME B16.5 RF A182-F51 D44Blind flange 700 700 MSS SP-44NAF1 RF BE A182-F51 D44 14Weld neck flange 15 600 ASME B16.5NAF1 RF BE A182-F51 D44 14Weld neck flange 700 800 MSS SP-44EDS-200 RF BE A182-F51 D44 7Reinforced Nipo Flange 50 800 EDS-048 FF FF A240-UNS S31803 D45Spacer 450 700 NLB1 FF FF A240-UNS S31803 D45Spectacle blank 20 400 EDS-048 FF FF A240-UNS S31803 D45Spade 450 700 EDS-041 RF RF A240-UNS S31803 D45Drip Ring 50 600 MT A182-F51 D44Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate 545Flange gasket, non-metallic flat 15 800 ASME B16.21 Graphite w/SS plies/316SS/316L 24Flange gasket, spiral wound 15 600 ASME B16.20EDS-021 A320-L7 40Studbolt 15 800 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 800 ASME B16.5BLAD30R RF RF Duplex (SE) 45Ball valve, RB 80 600 ASME B16.10 LPBLAD4ER RF RF Duplex (SE) 45Ball valve, FB 50 600 BLAD40R RF RF Duplex (SE) 45Ball valve, FB 50 600 ASME B16.10 LPBLAD5AR RF RF Duplex (SE) 45Ball valve, metal seat, RB 80 600 BLAD6AR RF RF Duplex (SE) 45Ball valve, metal seat, FB 50 600 BLAD6ER RF RF Duplex (SE) 45Ball valve, metal seat, FB 50 600 BUAD3BR RF RF Duplex (SE) 45Butterfly valve, metal s, Imp 100 600 API 609 TABLE 2BUAD3AR RF RF Duplex (SE) 45Butterfly valve, soft s, Imp 100 600 CHDD00B BE BE Duplex (SE) Check valve, piston 15 40 ASME B16.10CHAD50R RF RF Duplex (SE) Check valve, dual, wafer 50 600 GTAD4AR RF RF Duplex (SE) Gate valve Through conduit 50 600 GTAD00R RF RF Duplex (SE) Gate valve, wedge 15 50 GTAD10R RF RF Duplex (SE) Gate valve, wedge 80 600 ASME B16.10GTRD00D BE FT Duplex (SE) 18Gate valve, wedge 15 40 GTRD00B BE BE Duplex (SE) Gate valve, wedge 15 40 GBAD00R RF RF Duplex (SE) Globe valve 15 50 ASME B16.10GBAD10R RF RF Duplex (SE) Globe valve 80 250 ASME B16.10GBDD00B BE BE Duplex (SE) Globe valve 15 40 ASME B16.10CBAD10R RF RF Duplex (SE) 45Combination valve, 3-W DBB 25 80

Imperial MasterCE1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07399 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AD202005-07-22Printed date:

Page: 85

HEADER SIZE800

4444 - - - - - - - - - - - - -1

Branch152025405080

100150200250300350400450500600700800

7003 ,43 ,43 ,43 ,4

3333333322221

6003 ,43 ,43 ,43 ,4

333332222221

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:BENDING RADIUS IS 3 X (NOM. DIA. IN INCH)EXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SNOT FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMSIF OP. TEMP. IS ABOVE 100 DEG. C, SPECIAL CARE SHALL BE TAKEN TO AVOID CHLORIDE STRESS CORROSION CRACKING

679141822243740434591545607

Imperial MasterCE1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07399 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AD202005-07-22Printed date:

Page: 86


ASME B31.3 Code15,019,219,619,6 BAR



300323,9

4,6S-10S

800813,012,7S-20

600610,0

9,5S-20

500508,0

6,4S-10

450457,0

6,4S-10

400406,4

6,4S-10

350355,6

4,8S-10S

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

3,4S-10S

200219,1

3,8S-10S

250273,1

4,2S-10S


BE BE B862-2 T01 37Pipe 400 800 ASME B36.10M BE BE B862-2 T01 37Pipe 15 350 ANSI/ASME B36.19 BE BE B861-2 SMLS T01 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE B363-WPT2/WPT2W T0145 deg LR elbow 15 800 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE B363-WPT2/WPT2W T0190 deg LR elbow 15 800 ASME B16.9 BE B363-WPT2/WPT2W T01Cap 15 800 ASME B16.9 FT B381-F2 T01 10 95Cap 15 40 ASME B16.11 BE BE B363-WPT2/WPT2W T01Concentric reducer 20 800 ASME B16.9 BE BE B363-WPT2/WPT2W T01Eccentric reducer 20 800 ASME B16.9 BE BE B363-WPT2/WPT2W T01 12Tee 15 800 ASME B16.9 BE BE B363-WPT2/WPT2W T01 12Reducing branch tee 20 800 ASME B16.9EDS-200 BE BE B381-F2 T01 12Weldolet 50 800 RF B381-F2 T01Blind flange 15 600 ASME B16.5 RF B381-F2 T01Blind flange 800 800 MSS SP-44NAF1 RF BE B381-F2 T01 14Weld neck flange 15 600 ASME B16.5NAF1 RF BE B381-F2 T01 14Weld neck flange 800 800 MSS SP-44 RF LF A182-F316 S01Lap joint flange 200 400 ASME B16.5 RF BE B363-WPT2/WPT2W T01Lap joint short stub ends 200 400 MSS SP-43EDS-200 RF BE B381-F2 T01Reinforced Nipo Flange 50 800 BE FT B381-F2 T01 10 95Reducing coupling 20 40 ASME B16.11 FT BE B381-F2 T01 10 95Coupling 15 40 ASME B16.11EDS-048 FF FF B265-2 T01 563Spacer 450 800 NLB1 FF FF B265-2 T01Spectacle blank 25 400 EDS-048 FF FF B265-2 T01 563Spade 450 800 EDS-041 RF RF B265-2 T01Drip Ring 50 600 FT FT B381-F2 T01 10 95Union 15 40 BS 3799 BE MT B363-WPT2/WPT2W T01 10 91 95Eccentric swage 20 40 BS 3799 MT B381-F2 T01Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate 126Flange gasket, non-metallic flat 15 800 ASME B16.21EDS-032 M5 rubber bound aramid 434Flange gasket, non-metallic flat 15 600 ASME B16.21EDS-021 A320-L7 40Studbolt 15 800 ASME B16.5EDS-021 F468-5 504Studbolt 15 800 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 800 ASME B16.5EDS-021 F467-5 504Nut, heavy hex 15 800 ASME B16.5BLAT30R RF RF Titanium Ball valve, RB 80 250 BLAT40R RF RF Titanium Ball valve, FB 50 250 BUAC0AR RF RF Carbon steel (SE) 526 45Butterfly valve, lug, soft s, Imp 80 600 BUAT3AR RF RF Titanium Butterfly v, soft/metal, Imp 100 800 CHAT00R RF RF Titanium Check valve, piston 15 40 ASME B16.10CHBT01B BE BE Titanium Check valve, piston 15 40 CHAT50R RF RF Titanium Check valve, dual, wafer 50 600 GTAT00R RF RF Titanium Gate valve, wedge 15 50 ASME B16.10GTAT10R RF RF Titanium Gate valve, wedge 80 600 ASME B16.10GTRT00D BE FT Titanium 18Gate valve, wedge 15 40 GTBT00B BE BE Titanium Gate valve, wedge 15 40 GBAT00R RF RF Titanium Globe valve 15 50 ASME B16.10GBAT10R RF RF Titanium Globe valve 80 250 ASME B16.10GBBT00B BE BE Titanium Globe valve 15 40 ASME B16.10

Imperial MasterCH1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07409 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AT712005-07-22Printed date:

Page: 87

HEADER SIZE8003 ,43 ,43 ,43 ,4

3333333222221

Branch152025405080

100150200250300350400450500600800

6003 ,43 ,43 ,43 ,4

333332222221

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:THREADED CONNECTIONS TO BE USED IN SPRINKLER SYSTEM ONLYWELDED BRANCH CONN. >45-DEG. CAN BE USED FOR OPEN DRAINSBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.BORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80S3000 LBNOT TO BE USED IN SEA WATER SERVICEFOR USE IN SEAWATER SERVICEFOR USE IN SUBMERGED SERVICEALTERNATIVES TO BE EVALUATED BEFORE FINAL SELECTION OF BUTTERFLY VALVESFOR DIMENSIONS NOT COVERED BY NORSOK EDS NLB1, REFERENCE IS MADE TO EDS-145

10121418223740459195126434504526563

Imperial MasterCH1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07409 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: AT712005-07-22Printed date:

Page: 88

Max Design Pressure at Temperature RATING CL 150 (PN16,)Degr. C -10 38 50 65 Corr. AllowBAR 16 16 16 16 CodeWELD FACTOR: N/AWALL THICKNESS TOLERANCE: PROD.STD. PIPE CLASS IS BASED ON MANUFACTURER SYSTEM: CST 20SERVICES: SEE SERVICE INDEX LIST

DN 50 80 100 150 200 250 300 350 400 450 500 600ODTHK. 2,6 3,2 3,2 3,2 4,1 4,9 5,7 6,5 7,3 8,1 8,9 10,6SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NotePIPE 50 400 UKOOA PE PE FILAMENT WOUND EPOXY. PLAIN END. P01PIPE 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P0145 ELBOW 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 4645 ELBOW 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 4690 ELBOW 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 4690 ELBOW 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46EQ. LAT. TEE 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46EQ. LAT. TEE 450 600 LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46EQUAL TEE 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46EQUAL TEE 450 600 LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46RED. CONC. 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46RED. CONC. 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01RED. ECC. 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46RED. ECC. 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01RED. TEE 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46RED. TEE 450 600 LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46RED. SADDLE 50 80 SE N/A FILAMENT WOUND EPOXY. SOCKET END. P01 46CAP 50 400 SE N/A FILAMENT WOUND EPOXY SOCKET END. P01 46CAP 450 600 LE N/A FILAMENT WOUND EPOXY LAMIN. END. P01 46COUPLER 50 400 SE SE FILAM. W/ EPO. SOCK. TYPE (CEMENT) P01 46ADAPTOR 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46BLIND FLANGE 50 400 TO MATCH ASME B16.5 NGF1 FF N/A FILAMENT WOUND EPOXY. P01 46BLIND FLANGE 450 600 TO MATCH ASME B16.5 NGF1 FF N/A FILAMENT WOUND EPOXY. P01 46FLANGE 50 400 TO MATCH ASME B16.5 NGF1 FF SE FILAMENT WOUND EPOXY. SE HEAVY DUTY P01 46,47FLANGE 450 600 TO MATCH ASME B16.5 NGF1 FF LE FILAMENT WOUND EPOXY. LE HEAVY DUTY P01 46,47ORIF. FLANGE 50 400 TO MATCH ASME B16.5 NGF1 FF SE FILAMENT WOUND EPOXY, SE HEAVY DUTY P01 46ORIF. FLANGE 450 600 TO MATCH ASME B16.5 NGF1 FF LE FILAMENT WOUND EPOXY, LE HEAVY DUTY P01 46SPACER 450 600 NLB1/NGF1 FF FF A240 UNS S312 54 R15 513SPADE 450 600 NLB1/NGF1 FF FF A240 UNS S312 54 R15 513SPECT. BLIND 50 400 NLB1/NGF1 FF FF A240 UNS S312 54 R15 513SPACER 450 600 NLB1/NGF1 RF RF B265-2 T01SPADE 450 600 NLB1/NGF1 RF RF B265-2 T01SPECT. BLIND 50 400 NLB1/NGF1 RF RF B265-2 T01DRIP RING 50 600 EDS-041 RF RF B265-2 T01HEX. HD. SCR. 50 600 ASME B16.5 EDS-021 A320 GR. L7 40STUDBOLT 50 600 ASME B16.5 EDS-021 A320 GR. L7 40NUT 50 600 ASME B16.5 EDS-021 A194 GR. 7 40GASKET 50 600 ASME B16.21 NGA4 NITRILE-BASED ELASTOMERWASHER 50 600 BS 3410 TABLE 7 ROUND - MILD STEEL GALV.BUTTERFLYV. SOFT/METAL, IMP 100 800 BUAR3AR RF RF 6 Mo 51,526CHECK VALVE, DUAL 50 600 CHAR50R RF RF 6 MO / CHECK VALVE WAFER TYPE 513GATE VALVE, WEDGE 50 50 GTAR00R RF RF 6 MO 126, 513GATE VALVE, WEDGE 80 600 GTAR10R RF RF 6 MO 126, 513GLOBE VALVE 50 50 GBAR00R RF RF 6 MO 126, 513GLOBE VALVE 80 250 GBAR10R RF RF 6 MO 126, 513BALL VALVE , FB 50 600 BLAT40R RF RF TITANIUMBALL VALVE, RB 80 600 BLAT30R RF RF TITANIUMBUTTERFLYV. SOFT/METAL, IMP 100 800 BUAT3AR RF RF TITANIUM 526CHECK VALVE, DUAL 50 600 CHAT50R RF RF TITANIUM / CHECK VALVE WAFER TYPEGATE VALVE, WEDGE 50 50 GTAT00R RF RF TITANIUMGATE VALVE, WEDGE 80 600 GTAT10R RF RF TITANIUMGLOBE VALVE 50 50 GBAT00R RF RF TITANIUMGLOBE VALVE 80 300 GBAT10R RF RF TITANIUMButterflyv. soft, Metr 80 800 BUAC0ER RF RF RUBBER LINED CARBON STEEL 526Butterflyv. soft/metal, Metr 80 700 BUAS3BR RF RF 316 SS 45, 525, 526

TECHNOLOGY & PIPING CLASSPROJECTS-DIVISION DOCUMENT NUMBER

Printed date: 05.01.04 Norsok class:

Imperial Master

01

REVISION

0,5 mm

NHT-P54-07411CK 4

1

SHEET NO

ISO 14692

Page: 89

- “Max Design Pressure at Temperature” - table changed. 49,6 bar at -101ºC. Branch

H E A D E R 15 20 25 40 50 80 100 150 200 250 300 350 400 450 500 600 650 700 750 800

800750700650600 2,1 2,1 2,1 2 2 2 2 2 2 2 2 3,4500 2,1 2,1 2,1 2 2 2 2 2 2 2 3,4450 2,1 2,1 2,1 2 2 2 2 2 2 3,4400 1 2,1 2,1 2 2 2 2 2 3,4350 1 2,1 2,1 2 2 2 2 3,4300 1 2,1 2,1 2 2 2 3,4250 1 2,1 2 2 2 3,4200 1 2 2 2 3,4150 1 2 2 3,4100 2 2 3,480 2 3,450 3,440252015

1 Red. saddle (as alternative for site modifications only)2 Red. tee3 Equal tee4 Lateral tee

Notes:40 BOLTING SHALL BE HOT DIP GALV. TO ASTM A 153 AND A14345 SEE VDS FOR PRESSURE / TEMP. LIMITS46 MANUFACTURERS STANDARD ADHESIVE BONDED LAMINATED & SOCKET TYPE JOINTS47 SHALL BE USED AGAINST RF FLANGES51 VALVES FOR POTABLE/FRESH/OILY -WATER SERVICE ONLY126 NOT TO BE USED IN SEAWATER SERVICE513 MAX. DESIGN TEMPERATURE FOR SEAWATER SYSTEMS: 15 C525 WITH CATHODIC PROTECTION526 ALTERNATIVES TO BE EVALUATED BEFORE FINAL SELECTION OF BUTTERFLY VALVES



01REVISION

2

SHEET NO

Imperial Master

NHT-P54-07411CK 4

Page: 90

Max Design Pressure at Temperature RATING CL 150 (PN20)Degr. C -10 38 50 65 Corr. AllowBAR 19,6 19,6 19,2 17,9 CodeWELD FACTOR: N/AWALL THICKNESS TOLERANCE: PROD.STD. PIPE CLASS IS BASED ON MANUFACTURER SYSTEM: CST 25SERVICES: SEE SERVICE INDEX LIST

DN 50 80 100 150 200 250 300 350 400 450 500 600ODTHK. 2,6 3,2 3,2 3,9 4,9 5,9 6,9 7,9 9,0 10,0 11,0 13,0SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NotePIPE 50 400 UKOOA PE PE FILAMENT WOUND EPOXY. PLAIN END. P01PIPE 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P0145 ELBOW 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 4645 ELBOW 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 4690 ELBOW 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 4690 ELBOW 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46EQ. LAT. TEE 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46EQ. LAT. TEE 450 600 LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46EQUAL TEE 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46EQUAL TEE 450 600 LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46RED. CONC. 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46RED. CONC. 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01RED. ECC. 50 400 UKOOA SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46RED. ECC. 450 600 UKOOA LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01RED. TEE 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46RED. TEE 450 600 LE LE FILAMENT WOUND EPOXY. LAMIN. END. P01 46RED. SADDLE 50 80 SE N/A FILAMENT WOUND EPOXY. SOCKET END. P01 46CAP 50 400 SE N/A FILAMENT WOUND EPOXY SOCKET END. P01 46CAP 450 600 LE N/A FILAMENT WOUND EPOXY LAMIN. END. P01 46COUPLER 50 400 SE SE FILAM. W/ EPO. SOCK. TYPE (CEMENT) P01 46ADAPTOR 50 400 SE SE FILAMENT WOUND EPOXY. SOCKET END. P01 46BLIND FLANGE 50 400 TO MATCH ASME B16.5 NGF1 FF N/A FILAMENT WOUND EPOXY. P01 46BLIND FLANGE 450 600 TO MATCH ASME B16.5 NGF1 FF N/A FILAMENT WOUND EPOXY. P01 46FLANGE 50 400 TO MATCH ASME B16.5 NGF1 FF SE FILAMENT WOUND EPOXY. SE HEAVY DUTY P01 46,47FLANGE 450 600 TO MATCH ASME B16.5 NGF1 FF LE FILAMENT WOUND EPOXY. LE HEAVY DUTY P01 46,47ORIF. FLANGE 50 400 TO MATCH ASME B16.5 NGF1 FF SE FILAMENT WOUND EPOXY, SE HEAVY DUTY P01 46ORIF. FLANGE 450 600 TO MATCH ASME B16.5 NGF1 FF LE FILAMENT WOUND EPOXY, LE HEAVY DUTY P01 46SPACER 450 600 NLB1/NGF1 FF FF A240 UNS S312 54 R15 513SPADE 450 600 NLB1/NGF1 FF FF A240 UNS S312 54 R15 513SPECT. BLIND 50 400 NLB1/NGF1 FF FF A240 UNS S312 54 R15 513SPACER 450 600 NLB1/NGF1 RF RF B265-2 T01SPADE 450 600 NLB1/NGF1 RF RF B265-2 T01SPECT. BLIND 50 400 NLB1/NGF1 RF RF B265-2 T01DRIP RING 50 600 EDS-041 RF RF B265-2 T01HEX. HD. SCR. 50 600 ASME B16.5 EDS-021 A320 GR. L7 40STUDBOLT 50 600 ASME B16.5 EDS-021 A320 GR. L7 40NUT 50 600 ASME B16.5 EDS-021 A194 GR. 7 40GASKET 50 600 ASME B16.21 NGA4 NITRILE-BASED ELASTOMERWASHER 50 600 BS 3410 TABLE 7 ROUND - MILD STEEL GALV.BUTTERFLYV. SOFT/METAL, IMP 100 800 BUAR3AR RF RF 6 MO / WAFER OR LUG TYPE 51, 513, 526CHECK VALVE, DUAL 50 600 CHAR50R RF RF 6 MO / CHECK VALVE WAFER TYPE 513GATE VALVE, WEDGE 50 50 GTAR00R RF RF 6 MO 513GATE VALVE, WEDGE 80 600 GTAR10R RF RF 6 MO 513GLOBE VALVE 50 50 GBAR00R RF RF 6 MO 513GLOBE VALVE 80 250 GBAR10R RF RF 6 MO 513BALL VALVE , FB 50 600 BLAT40R RF RF TITANIUMBALL VALVE, RB 80 600 BLAT30R RF RF TITANIUMBUTTERFLYV. SOFT/METAL, IMP 100 800 BUAT3AR RF RF TITANIUM 526CHECK VALVE, DUAL 50 600 CHAT50R RF RF TITANIUM / CHECK VALVE WAFER TYPEGATE VALVE, WEDGE 50 50 GTAT00R RF RF TITANIUMGATE VALVE, WEDGE 80 600 GTAT10R RF RF TITANIUMGLOBE VALVE 50 50 GBAT00R RF RF TITANIUMGLOBE VALVE 80 300 GBAT10R RF RF TITANIUMBUTTERFLY V. SOFT, IMP 80 800 BUAC0AR RF RF PTFE LINED CARBON STEEL 526BUTTERFLY V. SOFT, IMP 80 600 BUAC0BR RF RF RUBBER LINED CARBON STEEL 526BUTTERFLY V. SOFT, IMP 80 600 BUAC0CR RF RF EBONITE LINED CARBON STEEL 526



Imperial Master

1

SHEET NO

02

REVISION

0,5 mm

NHT-P54-07412CK 6

ISO 14692

Page: 91

- “Max Design Pressure at Temperature” - table changed. 49,6 bar at -101ºC. BranchH E A D E R 15 20 25 40 50 80 100 150 200 250 300 350 400 450 500 600 650 700 750 800

800750700650600 2,1 2,1 2,1 2 2 2 2 2 2 2 2 3,4500 2,1 2,1 2,1 2 2 2 2 2 2 2 3,4450 2,1 2,1 2,1 2 2 2 2 2 2 3,4400 1 2,1 2,1 2 2 2 2 2 3,4350 1 2,1 2,1 2 2 2 2 3,4300 1 2,1 2,1 2 2 2 3,4250 1 2,1 2 2 2 3,4200 1 2 2 2 3,4150 1 2 2 3,4100 2 2 3,480 2 3,450 3,440252015

1 Red. saddle (as alternative for site modifications only)2 Red. tee3 Equal tee4 Lateral tee

Notes:40 BOLTING SHALL BE HOT DIP GALV. TO ASTM A 153 AND A14346 MANUFACTURERS STANDARD ADHESIVE BONDED LAMINATED & SOCKET TYPE JOINTS47 SHALL BE USED AGAINST RF FLANGES51 VALVES FOR POTABLE/FRESH/OILY -WATER SERVICE ONLY513 MAX. DESIGN TEMPERATURE FOR SEAWATER SYSTEMS: 15 C526 ALTERNATIVES TO BE EVALUATED BEFORE FINAL SELECTION OF BUTTERFLY VALVES



Imperial Master

2 02SHEET NO REVISION

NHT-P54-07412CK 6

Page: 92

Max Design Pressure at Temperature RATINGDegr. C -30,0 38,0 70,0 Corr. Allow 0,00 mmBAR 19,6 19,6 18,7 Code ASME B31.3WELD FACTOR: N/AWALL THICKNESS TOLERANCE: N/ASERVICES: Deluge system

DN 25 40 50 80 100 150 200OD 53 68 78 103 128 184 234THK. 14,0 14,0 14,0 14,0 14,0 17,0 17,0SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NotePIPE 25 200 MANUF. STANDARD PE PE RUBBER/ELASTOMER ACC. MANUF. STANDARD624Tee 25 200 MANUF. STANDARD PE PE B363-WPT2/WPT2W T01 623Cross branch 25 200 MANUF. STANDARD PE PE B363-WPT2/WPT2W T01 623Red. tee 25 200 MANUF. STANDARD PE PE B363-WPT2/WPT2W T01 623Concentric reducer 25 200 MANUF. STANDARD PE PE B363-WPT2/WPT2W T01 623Nipple 25 200 MANUF. STANDARD PE MT B363-WPT2/WPT2W T01 623Sleeve, NPT branch 25 200 MANUF. STANDARD PE MT B363-WPT2/WPT2W T01 623Blind flange 25 200 ASME B16.5 RF B381-F2 T01Lap joint stub end 25 200 MANUF. STANDARD PE LF B363-WPT2/WPT2W T01 623Lap joint flange 25 200 ASME B16.5 RF LF A182-F316 S01Cap 25 200 MANUF. STANDARD PE B363-WPT2/WPT2W T01 623Cap 25 40 ASME B16.11 MT B381-F2 T01Plug 25 40 ASME B16.11 MT B381-F2 T01Reducing coupling 25 40 ASME B16.11 MT B381-F2 T01Coupling 25 40 ASME B16.11 MT B381-F2 T01Flange gasket, non-metallic flat 25 200 ASME B16.21 M5 rubber bound aramidStrips 25 200 MANUF. STANDARD SS316Studbolt 25 200 ASME B16.5 EDS-021 A320 GR. L7 40Hex head screw 100 200 ASME B16.5 EDS-021 A320 GR. L7 22 40Nut, heavy hex 25 200 ASME B16.5 EDS-021 A194 GR. 7 40Ball valve, RB 80 200 BLAT30R RF RF TitaniumBall valve, FB 50 200 BLAT40R RF RF TitaniumButterfly v, sof/metal, Metr 100 200 BUAT3BR RF RF TitaniumCheck valve, dual , wafer 50 200 API564 CHAT50R RF RF TitaniumCheck valve, piston 25 50 ASME B16.10 CHAT00R RF RF TitaniumGate valve, wedge 25 50 ASME B16.10 GTAT00R RF RF TitaniumGate valve, wedge 80 200 ASME B16.10 GTAT10R RF RF TitaniumGlobe valve 25 50 ASME B16.10 GBAT00R RF RF TitaniumGlobe valve 80 200 ASME B16.10 GBAT10R RF RF Titanium

Notes:THIS PIPING CLASS SHALL BE USED FOR DELUGE SYSTEM ONLY.SELECTION OF MANUFACTURE SHALL BE SUBJECT TO COMPANY ACCEPTANCE

22 TO BE USED FOR BUTTERFLY VALVES ONLY40 BOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143623 FOR UP AND INCLUDE DN40, MINIMUM WALL THICKNESS AS FOR SCHEDULE 40S. FOR ABOVE DN40, MINIMUM WALL THICKNESS AS FOR SCHEDULE 10S624 HAZEN-WILLIAMS C-FACTOR SHALL BE 155

TECHNOLOGY & PIPING CLASS CR1PROJECTS- 1

DIVISION DOCUMENT NUMBER SHEET NO REVISIONPrinted date: 05.01.04

(PN20)CL150

NHT-P54-07410

Imperial Master

01

Pipe

GENEREL:

Page: 93

(PN50)CL300 RATING Max Design Pressure at Temperature3,00 mm Corr. Allow400,0350,0300,0250,0200,0150,0100,050,038,0-15,0 Degr. C

ASME B31.3 Code34,537,038,741,743,845,246,450,151,151,1 BAR



300323,910,3S-40

500508,015,1S-40

450457,014,3S-40

400406,412,7S-40

350355,611,1S-40

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,35,1

S-80

5060,35,5

S-80

8088,95,5

S-40

100114,3

6,0S-40

150168,3

7,1S-40

200219,1

8,2S-40

250273,1

9,3S-40


BE BE A106-B C01 562Pipe 40 50 ASME B36.10M BE BE A106-B C01 562Pipe 15 25 ASME B36.10M BE BE A106-B C01 562Pipe 80 500 ASME B36.10M BE BE A106-B C01 92Pipe nipple 15 40 ASME B36.10M BE BE A234-WPB C0145 deg LR elbow 15 500 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A234-WPB C0190 deg LR elbow 15 500 ASME B16.9 BE A234-WPB C01Cap 15 500 ASME B16.9 BE BE A234-WPB C01Concentric reducer 20 500 ASME B16.9 BE BE A234-WPB C01Eccentric reducer 20 500 ASME B16.9 BE BE A234-WPB C01Tee 15 500 ASME B16.9 BE BE A234-WPB C01Reducing branch tee 20 500 ASME B16.9EDS-200 BE BE A105 C01Weldolet 50 500 RF A105 C01Blind flange 15 500 ASME B16.5NAF1 RF BE A105 C01 14Weld neck flange 15 500 ASME B16.5EDS-200 RF BE A105 C01Reinforced Nipo Flange 50 500 EDS-048 FF FF A516-70 C11Spacer 20 500 EDS-048 FF FF A516-70 C11Spade 20 500 EDS-041 RF RF A516-70 C11Drip Ring 50 500 MT A105 C01Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 500 ASME B16.21EDS-021 A320-L7 40Studbolt 15 500 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 500 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 500 ASME B16.5BLBC31R RF RF Carbon steel (SE) 25 45Ball valve, RB 80 500 ASME B16.10 LPBLBC4ER RF RF Carbon steel (SE) 25 45Ball valve, FB 50 500 BLBC41R RF RF Carbon steel (SE) 25 45Ball valve, FB 50 500 ASME B16.10 LPBLBC5AR RF RF Carbon steel (SE) 25 45Ball valve, metal seat, RB 80 500 BLBC6AR RF RF Carbon steel (SE) 25 45Ball valve, metal seat, FB 50 500 BUBC3AR RF RF Carbon steel (SE) 45Butterfly v, soft/metal, Imp 100 500 CHDC03B BE BE Carbon steel (SE) 45Check valve 40 40 ASME B16.10CHDC05B BE BE Carbon steel (SE) 45Check valve 15 25 ASME B16.10CHBC51R RF RF Carbon steel (SE) 45Check valve, dual, wafer 50 500 GTBC41R RF RF Carbon steel (SE) 45Gate valve Through conduit 50 500 API 6DGTBC00R RF RF Carbon steel (SE) Gate valve, wedge 15 50 GTBC11R RF RF Carbon steel (SE) 45Gate valve, wedge 80 500 ASME B16.10GTRC02D BE FT Carbon steel (SE) 18Gate valve, wedge 40 40 GTRC05D BE FT Carbon steel (SE) 18 45Gate valve, wedge 15 25 GTRC02B BE BE Carbon steel (SE) Gate valve, wedge 15 40 ASME B16.10GBBC01R RF RF Carbon steel (SE) 45Globe valve 15 50 ASME B16.10GBBC11R RF RF Carbon steel (SE) 45Globe valve 80 250 ASME B16.10GBDC03B BE BE Carbon steel (SE) 45Globe valve 40 40 ASME B16.10GBDC05B BE BE Carbon steel (SE) 45Globe valve 15 25 ASME B16.10CBBC11R RF RF Carbon steel (SE) 45Combination valve, 3-W DBB 25 80

Imperial MasterDA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07364 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BC212005-07-22Printed date:

Page: 94

HEADER SIZE5003 ,43 ,43 ,43 ,4

33332222221

Branch152025405080

100150200250300350400450500

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.DO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE XXSIMPACT TESTING IS REQUIRED WHEN THE WALL THICKNESS EXCEEDS 15 MM

14182225404592562


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BC212005-07-22Printed date:

Page: 95


ASME B31.3 Code43,845,246,450,151,151,1 BAR



300323,910,3S-40

650660,016,0

600610,017,5S-40

500508,015,1S-40

450457,014,3S-40

400406,412,7S-40

350355,611,1S-40

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,35,1

S-80

5060,35,5

S-80

8088,95,5

S-40

100114,3

6,0S-40

150168,3

7,1S-40

200219,1

8,2S-40

250273,1

9,3S-40

700711,017,0


BE BE A333-6 SMLS C11Pipe 15 40 ASME B36.10M BE BE API 5L-X52 C22Pipe 50 600 ASME B36.10M BE BE API 5L-X52 C22Pipe 650 700 ISO 4200 BE BE A333-6 SMLS C11 92Pipe nipple 15 40 ASME B36.10M BE BE A420-WPL6 C1145 deg LR elbow 15 40 ASME B16.9 BE BE A860-WPHY-52 C2145 deg LR elbow 50 700 ASME B16.9 BE BE A420-WPL6 C1190 deg LR elbow 15 40 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 50 600 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 700 700 ASME B16.9 BE A420-WPL6 C11Cap 15 40 ASME B16.9 BE A860-WPHY-52 C21Cap 50 700 ASME B16.9 BE BE A420-WPL6 C11Concentric reducer 20 40 ASME B16.9 BE BE A860-WPHY-52 C21Concentric reducer 50 700 ASME B16.9 BE BE A420-WPL6 C11Eccentric reducer 20 40 ASME B16.9 BE BE A860-WPHY-52 C21Eccentric reducer 50 700 ASME B16.9 BE BE A420-WPL6 C11Tee 15 40 ASME B16.9 BE BE A860-WPHY-52 C21Tee 50 700 ASME B16.9 BE BE A420-WPL6 C11Reducing branch tee 20 40 ASME B16.9 BE BE A860-WPHY-52 C21Reducing branch tee 50 700 ASME B16.9EDS-200 BE BE A694-F52 C21 3Weldolet 50 700 RF A350-LF2 C11Blind flange 15 40 ASME B16.5 RF A694-F52 C21Blind flange 50 600 ASME B16.5 RF A694-F52 C21Blind flange 650 700 MSS SP-44NAF1 RF BE A350-LF2 C11 14Weld neck flange 15 40 ASME B16.5NAF1 RF BE A694-F52 C21 14Weld neck flange 50 600 ASME B16.5NAF1 RF BE A694-F52 C21 14Weld neck flange 650 700 MSS SP-44EDS-200 RF BE A350-LF2 C11Reinforced Nipo Flange 50 700 EDS-048 FF FF A516-70 C11Spacer 20 600 EDS-048 FF FF A516-70 C11Spade 20 600 EDS-041 RF RF A516-70 C11Drip Ring 50 600 MT A350-LF2 C11Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 700 ASME B16.21EDS-021 A320-L7 40Studbolt 15 700 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 700 ASME B16.5BLBC31R RF RF Carbon steel (SE) 25 45Ball valve, RB 80 700 ASME B16.10 LPBLBC41R RF RF Carbon steel (SE) 25 45Ball valve, FB 50 700 ASME B16.10 LPBUBC3AR RF RF Carbon steel (SE) 45Butterfly v, soft/metal, Imp 100 600 CHDC03B BE BE Carbon steel (SE) Check valve 40 40 ASME B16.10CHDC05B BE BE Carbon steel (SE) Check valve 15 25 ASME B16.10CHBC51R RF RF Carbon steel (SE) Check valve, dual, wafer 50 700 GTBC41R RF RF Carbon steel (SE) Gate valve Through conduit 50 600 API 6D

|GTBC01R RF RF Carbon steel (SE) Gate valve, wedge 15 50 ASME B16.10GTBC11R RF RF Carbon steel (SE) Gate valve, wedge 80 600 ASME B16.10GTRC05D BE FT Carbon steel (SE) 18Gate valve, wedge 15 25 GTRC03B BE BE Carbon steel (SE) Gate valve, wedge 40 40 GTRC05B BE BE Carbon steel (SE) Gate valve, wedge 15 25

|GBBC01R RF RF Carbon steel (SE) Globe valve 15 50 ASME B16.10GBBC11R RF RF Carbon steel (SE) Globe valve 50 250 ASME B16.10GBDC03B BE BE Carbon steel (SE) Globe valve 40 40 ASME B16.10GBDC05B BE BE Carbon steel (SE) Globe valve 15 25 ASME B16.10CBBC11R RF RF Carbon steel (SE) 45Combination valve, 3-W DBB 25 80



Page: 96

HEADER SIZE7003 ,43 ,43 ,43 ,4

33333333222221

Branch152025405080

100150200250300350400450500600650700

6503 ,43 ,43 ,43 ,4

3333333222221

6003 ,43 ,43 ,43 ,4

333333222221

5003 ,43 ,43 ,43 ,4

33333222221

4503 ,43 ,43 ,43 ,4

3333322221

4003 ,43 ,43 ,43 ,4

333322221

3503 ,43 ,43 ,43 ,4

33332221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

333221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,43 ,4

221

803 ,43 ,43 ,43 ,4

21

503 ,43 ,43 ,4

21

402221

25221

2021

151


1234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.DO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE XXS

314182225404592



Page: 97


ASME B31.3 Code46,948,149,649,6 BAR

DN100 AND LESS=0,80. DN150 AND ABOVE=1,00. WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :


300323,9

8,4S-30

600610,012,7S-XS

500508,012,7S-XS

450457,0

9,5S-STD

400406,4

9,5S-STD

350355,6

7,9S-20

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

7,1S-40S

200219,1

6,4S-20

250273,1

6,4S-20


PE PE A358-316 CL.1,3or4 S01Pipe 200 600 ASME B36.10M PE PE A312-TP316 S01Pipe 15 40 ANSI/ASME B36.19 PE PE A312-TP316 S01 1Pipe 50 100 ANSI/ASME B36.19 PE PE A358-316 CL.1,3or4 S01Pipe 150 150 ANSI/ASME B36.19 BE BE A312-TP316 S01 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WP316 CL.S/WX S0145 deg LR elbow 150 600 ASME B16.9 BE BE A403-WP316 CL.W S0145 deg LR elbow 15 100 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WP316 CL.S/WX S0190 deg LR elbow 150 600 ASME B16.9 BE BE A403-WP316 CL.W S0190 deg LR elbow 15 100 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 15 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Concentric reducer 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01Concentric reducer 20 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Eccentric reducer 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01Eccentric reducer 20 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S01 7Tee 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01 7Tee 15 100 ASME B16.9 BE BE A403-WP316 CL.S/WX S01 7Reducing branch tee 150 600 ASME B16.9 BE BE A403-WP316 CL.W S01 7Reducing branch tee 20 100 ASME B16.9EDS-200 BE BE A182-F316 S01 7Weldolet 50 600 RF A182-F316 S01Blind flange 15 600 ASME B16.5NAF1 RF BE A182-F316 S01 14Weld neck flange 15 600 ASME B16.5EDS-200 RF BE A182-F316 S01Reinforced Nipo Flange 50 600 EDS-048 FF FF A240-316 S01Spacer 400 600 NLB1 FF FF A240-316 S01Spectacle blank 20 350 EDS-048 FF FF A240-316 S01Spade 400 600 MT A182-F316 Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate 545Flange gasket, non-metallic flat 15 600 ASME B16.21 Graphite w/SS plies/316SS/316L 24Flange gasket, spiral wound 15 600 ASME B16.20EDS-021 A320-L7 40Studbolt 15 600 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5BLBS3AR RF RF 316 SS 102 45Ball valve, RB 50 600 BLBS30R RF RF 316 SS 25 45Ball valve, RB 80 600 ASME B16.10 LPBLBS40R RF RF 316 SS 25 45Ball valve, FB 50 600 BLBS4ER RF RF 316 SS 25 45Ball valve, FB 50 600 BUBS3AR RF RF 316 SS Butterfly v, soft/metal, Imp 100 600 CHDS00B BE BE 316 SS Check valve, piston 15 40 ASME B16.10CHBS50R RF RF 316 SS Check valve, dual, wafer 50 600 GTBS00R RF RF 316 SS Gate valve, wedge 15 50 GTBS10R RF RF 316 SS Gate valve, wedge 80 600 ASME B16.10GTRS00D BE FT 316 SS 18Gate valve, wedge 15 40 GTRS00B BE BE 316 SS Gate valve, wedge 15 40 GBBS00R RF RF 316 SS Globe valve 15 50 ASME B16.10GBBS10R RF RF 316 SS Globe valve 80 250 ASME B16.10GBDS00B BE BE 316 SS Globe valve 15 40 ASME B16.10CBBS10R RF RF 316 SS 25Combination valve, 3-W DBB 25 80

Imperial MasterDC2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07379 02

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BS202005-07-22Printed date:

Page: 98

HEADER SIZE6003 ,43 ,43 ,43 ,4

333332222221

Branch152025405080

100150200250300350400450500600

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:FOR INSTR. BRIDLES DN 50 80 & 100 SCH.40S PIPING SHALL BE USED.EXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS ONLYDO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80STO BE USED FOR METHANOL SERVICE ONLYNOT FOR LUBE, SEAL, CONTROL, HYDRAULIC AND FUEL OIL SYSTEMS

171418222425404591102545

Imperial MasterDC2PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07379 02

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BS202005-07-22Printed date:

Page: 99


ASME B31.3 Code38,740,142,745,849,251,351,751,7 BAR

DN200 AND LESS=0,90. DN250 AND ABOVE=1,00 WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :


________300

323,96,4

S-20

700711,012,7S-20

600610,0

9,5S-20

500508,0

9,5S-20

450457,0

7,9S-20

400406,4

6,4S-10

350355,6

6,4S-10

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

3,4S-10S

200219,1

3,8S-10S

250273,1

6,4S-20

900914,012,7S-20


| PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 250 900 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11Pipe 15 150 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 25 40 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.5 R12Pipe 50 200 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 25 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 900 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 900 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 15 900 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 900 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 300 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 400 900 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 15 900 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 20 900 ASME B16.9

|EDS-200 BE BE A182-F44 R14Weldolet 50 900 RF A182-F44 R14Blind flange 15 600 ASME B16.5

| RF A182-F44 R14Blind flange 700 900 MSS SP-44NAF1 RF BE A182-F44 R14Weld neck flange 15 300 ASME B16.5NAF1 RF BE A182-F44 R14Weld neck flange 450 600 ASME B16.5

|NAF1 RF BE A182-F44 R14Weld neck flange 700 900 MSS SP-44|EDS-200 RF BE A182-F44 R14Reinforced Nipo Flange 50 150 |EDS-200 RF BE A182-F44 R14Reinforced Nipo Flange 250 300 |EDS-200 RF BE A182-F44 R14Reinforced Nipo Flange 700 900

EDS-200 RF BE A182-F44 R14Reinforced Nipo Flange 200 200 EDS-200 RF BE A182-F44 R14Reinforced Nipo Flange 350 600 EDS-048 FF FF A240-UNS S31254 (or equal) R15Spacer 400 600 NLB1 FF FF A240-UNS S31254 (or equal) R15Spectacle blank 20 350 EDS-048 FF FF A240-UNS S31254 (or equal) R15Spade 400 600

|NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 900 ASME B16.21|EDS-021 A320-L7 40Studbolt 15 900 ASME B16.5

EDS-021 A320-L7 40Bolt, heavy hex head 100 600 ASME B16.5|EDS-021 ASTM A194-7 40Nut, heavy hex 15 900 ASME B16.5

BLBR00R RF RF 6 Mo 45Ball valve, RB 15 100 ASME B16.10 LPBLBR30R RF RF 6 Mo 45Ball valve, RB 150 600 ASME B16.10 LPBLBR40R RF RF 6 Mo 45Ball valve, FB 50 600 ASME B16.10 LPCHBR00R RF RF 6 Mo Check valve 15 40 ASME B16.10CHDR00B BE BE 6 Mo Check valve, piston 15 40 CHBR50R RF RF 6 Mo Check valve, dual, wafer 50 600 GTBR40R RF RF 6 Mo Gate valve Through conduit 50 600 API 6DGTBR00R RF RF 6 Mo Gate valve, wedge 15 50 ASME B16.10GTBR10R RF RF 6 Mo Gate valve, wedge 50 600 ASME B16.10GTRR00D BE FT 6 Mo 18Gate valve, wedge 15 40 ASME B16.10GTRR00B BE BE 6 Mo Gate valve, wedge 15 40 ASME B16.10GBBR00R RF RF 6 Mo Globe valve 15 50 ASME B16.10GBBR10R RF RF 6 Mo Globe valve 50 300 ASME B16.10GBDR00B BE BE 6 Mo Globe valve 15 40

Imperial MasterDD2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07394 02

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BR202005-07-22Printed date:

Page: 100

HEADER SIZE9003 ,43 ,43 ,43 ,4

33333333222221

Branch152025405080

100150200250300350400450500600700900

7003 ,43 ,43 ,43 ,4

3333332222221

6003 ,43 ,43 ,43 ,4

333332222221

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,42 ,41

402221

25221

2021

151


1234

Notes:FOR INSTRUMENT PRESSURE CONNECTION ONLYBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80S

18404591


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BR202005-07-22Printed date:

Page: 101

(PN50)CL300 RATING Max Design Pressure at Temperature0,00 mm Corr. Allow150,0100,050,038,0-101,0 Degr. C

ASME B31.3 Code45,849,251,351,751,7 BAR

1 WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :


300323,912,7

S-80S

700711,012,7S-XS

600610,012,7S-XS

500508,012,7S-XS

450457,012,7S-XS

400406,412,7S-XS

350355,612,7S-XS

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,35,5

S-80S

8088,97,6

S-80S

100114,3

8,6S-80S

150168,311,0

S-80S

200219,112,7

S-80S

250273,112,7

S-80S


PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 350 700 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11Pipe 15 40 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 50 300 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37Pipe 50 300 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 700 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 700 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 15 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13 7Tee 15 700 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13 7Reducing branch tee 20 700 ASME B16.9EDS-200 BE BE A182-F44 R14Weldolet 50 700 EDS-200 BE BE A182-F44 R14 3 7Sweepolet 150 700 RF A182-F44 R14Blind flange 15 600 ASME B16.5 RF A182-F44 R14Blind flange 700 700 MSS SP-44NAF1 RF BE A182-F44 R14 14Weld neck flange 15 40 ASME B16.5NAF1 RF BE A182-F44 R14 14Weld neck flange 50 600 ASME B16.5NAF1 RF BE A182-F44 R14 14Weld neck flange 700 700 MSS SP-44EDS-200 RF BE A182-F44 R14Reinforced Nipo Flange 50 700 EDS-048 FF FF A240-UNS S31254 (or equal) R15Spacer 400 600 NLB1 FF FF A240-UNS S31254 (or equal) R15Spectacle blank 20 350 EDS-048 FF FF A240-UNS S31254 (or equal) R15Spade 400 600 MT A182-F44 R14Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 700 ASME B16.21EDS-021 A320-L7 40Studbolt 15 700 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 700 ASME B16.5BLBR40R RF RF 6 Mo Ball valve, FB 50 700 ASME B16.10 LPCHDR00B BE BE 6 Mo Check valve, piston 15 40 CHBR50R RF RF 6 Mo Check valve, dual, wafer 50 700 GTBR00R RF RF 6 Mo Gate valve, wedge 50 50 ASME B16.10GTBR10R RF RF 6 Mo Gate valve, wedge 80 700 ASME B16.10GTRR00D BE FT 6 Mo 18Gate valve, wedge 15 40 ASME B16.10GTRR00B BE BE 6 Mo Gate valve, wedge 15 40 ASME B16.10GBBR10R RF RF 6 Mo Globe valve 50 250 ASME B16.10GBDR00B BE BE 6 Mo Globe valve 15 40



Page: 102

HEADER SIZE7003 ,43 ,43 ,43 ,41010101010102222221

Branch152025405080

100150200250300350400450500600700

6003 ,43 ,43 ,43 ,4101010101010222221

5003 ,43 ,43 ,43 ,41010101010222221

4503 ,43 ,43 ,43 ,4101010101022221

4003 ,43 ,43 ,43 ,41010101022221

3503 ,43 ,43 ,43 ,4101010102221

3003 ,43 ,43 ,43 ,41010102221

2503 ,43 ,43 ,43 ,4101010221

2003 ,43 ,43 ,43 ,41010221

1503 ,43 ,43 ,43 ,410221

1003 ,43 ,43 ,43 ,4

221

803 ,43 ,4

43 ,4

21

503 ,43 ,43 ,4

21

402221

25221

2021

151

TeeSweepoletReducing branch teeWeldoletReinforced Nipo Flange

110234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTEXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SCHEDULE 80S

371418374091



Page: 103


ASME B31.3 Code40,142,745,849,251,351,751,7 BAR

DN150 AND LESS = 0,80, DN200-DN250 = 0,9 ABOVE DN250 = 1,00 WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :


300323,9

6,4S-20

600610,0

9,5S-20

500508,0

9,5S-20

450457,0

7,9S-20

400406,4

6,4S-10

350355,6

6,4S-10

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,32,8

S-10S

8088,93,1

S-10S

100114,3

3,1S-10S

150168,3

3,4S-10S

200219,1

3,8S-10S

250273,1

6,4S-20


PE PE A928-UNS S31803 Cl.1or3 D42 37 607Pipe 250 600 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 37 607Pipe 15 40 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.5 D42 37 607Pipe 50 200 ANSI/ASME B36.19 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 40 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 200 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D4345 deg LR elbow 50 150 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4345 deg 3D elbow 250 600 NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 40 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 200 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D4390 deg LR elbow 50 150 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4390 deg 3D elbow 250 600 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 200 200 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 80 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 250 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43Concentric reducer 80 150 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 200 200 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 50 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 250 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43Eccentric reducer 80 150 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Tee 15 40 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Tee 200 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43 7Tee 50 150 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Reducing branch tee 200 200 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Reducing branch tee 20 100 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 7Reducing branch tee 250 600 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/W D43 7Reducing branch tee 80 150 ASME B16.9EDS-200 BE BE A182-F51 D44 7Weldolet 50 600 RF A182-F51 D44Blind flange 15 600 ASME B16.5NAF1 RF BE A182-F51 D44 14Weld neck flange 15 600 ASME B16.5 RF FT A182-F51 D44 18Threaded flange 20 20 ASME B16.5EDS-200 RF BE A182-F51 D44 7Reinforced Nipo Flange 50 600 EDS-048 FF FF A240-UNS S31803 D45Spacer 400 600 NLB1 FF FF A240-UNS S31803 D45Spectacle blank 20 350 EDS-048 FF FF A240-UNS S31803 D45Spade 400 600 EDS-041 RF RF A240-UNS S31803 D45Drip Ring 50 600 MT A182-F51 D44Plug 15 40 ASME B16.11NGA1 Graphite/metal laminate Flange gasket, non-metallic flat 15 600 ASME B16.21EDS-021 A320-L7 40Studbolt 15 600 ASME B16.5EDS-021 A320-L7 22 40Bolt, heavy hex head 100 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5BLBD30R RF RF Duplex (SE) 45Ball valve, RB 80 600 ASME B16.10 LPBLBD4ER RF RF Duplex (SE) 45Ball valve, FB 50 600 BLBD40R RF RF Duplex (SE) 45 25Ball valve, FB 50 600 ASME B16.10 LPBLBD5AR RF RF Duplex (SE) 45Ball valve, metal seat, RB 80 600 BLBD6AR RF RF Duplex (SE) 45Ball valve, metal seat, FB 50 600 BUBD3BR RF RF Duplex (SE) 45Butterfly valve, metal s, Imp 100 600 API 609 TABLE 2BUBD3AR RF RF Duplex (SE) 45Butterfly valve, soft s, Imp 100 600 CHBD00R RF RF Duplex (SE) Check valve 15 40 ASME B16.10CHBD50R RF RF Duplex (SE) Check valve, dual, wafer 50 600 GTBD40R RF RF Duplex (SE) Gate valve Through conduit 50 600 API 6DGTBD00R RF RF Duplex (SE) 45Gate valve, wedge 15 50 GTBD10R RF RF Duplex (SE) Gate valve, wedge 80 600 ASME B16.10GBBD00R RF RF Duplex (SE) Globe valve 15 50 ASME B16.10GBBD10R RF RF Duplex (SE) Globe valve 80 250 ASME B16.10CBBD10R RF RF Duplex (SE) 45Combination valve, 3-W DBB 25 80

Imperial MasterDE1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07400 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BD202005-07-22Printed date:

Page: 104

HEADER SIZE6003 ,43 ,43 ,43 ,4

333332222221

Branch152025405080

100150200250300350400450500600

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:BENDING RADIUS IS 3 X (NOM. DIA. IN INCH)EXTRUDED BRANCH CONN. CAN BE USED WITH WRITTEN APPROVAL FROM COMPANY.INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYONLY FOR USE WHERE STUD BOLTS & NUTS CAN NOT BE USED, E.G. BUTTERFLY VALVES WITH THREADED LUGS.DO NOT USE IN METHANOL SERVICEBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SIF OP. TEMP. IS ABOVE 100 DEG. C, SPECIAL CARE SHALL BE TAKEN TO AVOID CHLORIDE STRESS CORROSION CRACKING

679141822253740434591607

Imperial MasterDE1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07400 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: BD202005-07-22Printed date:

Page: 105


ASME B31.3 Code77,583,487,690,592,8100,2102,1102,1 BAR



300323,917,5S-80

600610,031,0S-80

500508,026,2S-80

450457,023,8S-80

400406,421,4S-80

350355,619,1S-80

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,37,1

S-160

5060,38,7

S-160

8088,97,6

S-80

100114,3

8,6S-80

150168,311,0S-80

200219,112,7S-80

250273,115,1S-80


BE BE A333-6 SMLS C11Pipe 15 600 ASME B36.10M BE BE A333-6 SMLS C11 92Pipe nipple 15 40 ASME B36.10M BE BE A420-WPL6 C1145 deg LR elbow 15 600 ASME B16.9 BE BE A420-WPL6 C1190 deg LR elbow 15 600 ASME B16.9 BE A420-WPL6 C11Cap 15 600 ASME B16.9 BE BE A420-WPL6 C11Concentric reducer 20 600 ASME B16.9 BE BE A420-WPL6 C11Eccentric reducer 20 600 ASME B16.9 BE BE A420-WPL6 C11Tee 15 600 ASME B16.9 BE BE A420-WPL6 C11Reducing branch tee 20 600 ASME B16.9EDS-200 BE BE A350-LF2 C11Weldolet 50 600 RJ A350-LF2 C11Blind flange 15 600 ASME B16.5

| CJ A350-LF2 C11Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A350-LF2 C11 14Weld neck flange 15 600 ASME B16.5

|EDS-351 CJ BE A350-LF2 C11Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A350-LF2 C11Reinforced Nipo Flange 50 600

|EDS-200 BE CJ A694-F52 C21Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A516-70 C11Spacer 20 600

|EDS-351 CJ CJ A516-70 C11Spacer compact 15 600 Norsok NCF5EDS-048 RJ RJ A516-70 C11Spade 20 600

| CJ CJ A516-70 C11Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A516-70 C11Drip Ring 50 600

|EDS-043 CJ CJ A516-70 C11Drip ring compact 100 600 Norsok NCF5|EDS-043 CJ CJ A240-UNS S31803 D45Drip ring compact 50 80 Norsok NCF5

MT A350-LF2 C11Plug 15 40 ASME B16.11| RJ Soft iron 15Gasket oval ring 15 600 ASME B16.20|EDS-031 CJ Carbon steel (SE) Gasket ring IX 15 600 Norsok NCF5

EDS-021 A320-L7 40Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5

|BLDC3AK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600 |BLDC3EK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600

BLDC31J RJ RJ Carbon steel (SE) 45Ball valve, RB 80 600 ASME B16.10 LP|BLDC4AK CJ CJ Carbon steel (SE) 45Ball valve, FB 80 600 |BLEC4AK CJ CJ Carbon steel (SE) 45Ball valve, FB 50 50 |BLEC4EK CJ CJ Carbon steel (SE) 45Ball valve, FB 50 50

BLDC41J RJ RJ Carbon steel (SE) 45Ball valve, FB 50 600 ASME B16.10 LP|BLDC5AK CJ CJ Carbon steel (SE) 45Ball valve, metal seat, RB 80 600 |BLDC5EK CJ CJ Carbon steel (SE) 45Ball valve, metal seat, RB 80 600

BLDC51J RJ RJ Carbon steel (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LP|BLDC6AK CJ CJ Carbon steel (SE) 45Ball valve, metal seat, FB 80 600 |BLDC6EK CJ CJ Carbon steel (SE) 45Ball valve, metal seat, FB 80 600 |BLEC6AK CJ CJ Carbon steel (SE) 45Ball valve, metal seat, FB 50 50 |BLEC6EK CJ CJ Carbon steel (SE) 45Ball valve, metal seat, FB 50 50

BLDC6EJ RJ RJ Carbon steel (SE) 45Ball valve, metal seat, FB 50 600 BLDC61J RJ RJ Carbon steel (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LP

|BUDC3AK CJ CJ Carbon steel (SE) 45Butterfly valve, soft s 100 600 CHDC05B BE BE Carbon steel (SE) Check valve 15 40 ASME B16.10

|CHEC0AK CJ CJ Carbon steel (SE) Check valve, piston 15 40 |CHDC5AK CJ CJ Carbon steel (SE) Check valve, dual, wafer 80 600 |CHEC5AK CJ CJ Carbon steel (SE) Check valve, dual, wafer 50 50 |CHDC51J RJ RJ Carbon steel (SE) 45Check valve, dual, wafer 50 600 API 594

GTDC41J RJ RJ Carbon steel (SE) Gate valve Through conduit 50 600 API 6D|GTDC4AK CJ CJ Carbon steel (SE) Gate valve Through conduit, Slab 80 600 |GTDC4BK CJ CJ Carbon steel (SE) Gate valve Through conduit, Slab 80 600 |GTEC4AK CJ CJ Carbon steel (SE) Gate valve Through conduit, Slab 50 50 |GTDC1AK CJ CJ Carbon steel (SE) Gate valve, wedge 80 600 |GTEC0AK CJ CJ Carbon steel (SE) Gate valve, wedge 15 50

GTDC01J RJ RJ Carbon steel (SE) Gate valve, wedge 15 50 GTDC11J RJ RJ Carbon steel (SE) Gate valve, wedge 80 600 ASME B16.10GTRC05D BE FT Carbon steel (SE) 18Gate valve, wedge 15 40 GTRC05B BE BE Carbon steel (SE) Gate valve, wedge 15 40 GBDC01J RJ RJ Carbon steel (SE) Globe valve 15 50 ASME B16.10GBDC11J RJ RJ Carbon steel (SE) Globe valve 80 250 ASME B16.10GBDC05B BE BE Carbon steel (SE) Globe valve 15 40 ASME B16.10

|GBDC1AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 80 250 |GBEC0AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 15 50 |CBDC1AK CJ CJ Carbon steel (SE) 45Combination valve, 3-W DBB 80 80

Imperial MasterEA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07366 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: DC112005-07-22Printed date:

Page: 106

|CBEC1AK CJ CJ Carbon steel (SE) 45Combination valve, 3-W DBB 25 50 CBDC11J RJ RJ Carbon steel (SE) 45Combination valve, 3-W DBB 25 80

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

3503 ,43 ,43 ,4

16,3 ,433322221

30016,3 ,416,3 ,416,3 ,4

3 ,43332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,4

2 ,4221

8016,3 ,416,3 ,416,3 ,4

2 ,421

5016,3 ,4

2 ,42 ,4

21

402221

25221

2021

151

TeeReinforced nipo flange compactReducing branch teeWeldoletReinforced Nipo Flange

116234

Notes:BORE TO MATCH PIPE.SOFT IRON RING GASKET TO BE USED AT SPEC BREAKS AGAINST 6MO DUPLEX & 316L MATERIALSFOR INSTRUMENT PRESSURE CONNECTION ONLYBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE XXS

141518404592


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: DC112005-07-22Printed date:

Page: 107


DnV Code87,087,087,087,087,0 BAR

1 WELD FACTOR :% WALL THICKNESS TOLERANCE :


DNODTHK.SCH.

2026,710,0

4048,310,2

S-XXS

5060,311,1

S-XXS

300323,917,5S-80


BE BE API 5L-X52 C22Pipe 40 50 ASME B36.10M BE BE API 5L-X52 C22 540Pipe 300 300 ASME B36.10M BE BE API 5L-X52 C22Pipe 20 20 ISO 4200 BE BE A860-WPHY-52 C2145 deg LR elbow 50 50 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 50 50 ASME B16.9 BE BE API 5L-X52 C22 407 54045 deg 5D elbow 300 300 BE BE API 5L-X52 C22 407 54090 deg 5D elbow 300 300 BE A860-WPHY-52 C21Cap 20 300 ASME B16.9EDS-200 BE BE A694-F52 C21 3Weldolet 50 300 RJ A694-F52 C21Blind flange 50 50 ASME B16.5 RJ A694-F52 C21Blind flange 300 300 MSS SP-44NAF1 RJ BE A694-F52 C21 14Weld neck flange 50 50 ASME B16.5NAF1 RJ BE A694-F52 C21 14Weld neck flange 300 300 MSS SP-44EDS-048 RJ RJ A516-70 C11Spacer 300 300 EDS-048 RJ RJ A516-70 C11Spade 300 300 RJ Soft iron 15Gasket oval ring 40 40 ASME B16.20 RJ Soft iron 15Gasket oval ring 300 300 ASME B16.20EDS-021 A320-L7 40Studbolt 50 300 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 50 300 ASME B16.5GTRC02B BE BE Carbon steel (SE) Gate valve, wedge 20 20 ASME B16.10GBDC11J RJ RJ Carbon steel (SE) 523Globe valve 50 50 ASME B16.10

HEADER SIZE300

3 -3

Branch204050

300

503

40 -

-

20 -

Weldolet3

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTBORE TO MATCH PIPE.SOFT IRON RING GASKET TO BE USED AT SPEC BREAKS AGAINST 6MO DUPLEX & 316L MATERIALSBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143INDUCTION FORMING & HEAT TREATMENT PROCEDURE TO BE APPROVED BY COMPANYFOR FULL DETAIL DESCRIPTION OF THE NORSOK VALVE, REFERENCE IS MADE TO NORSOK VALVE DATA SHEET ATTACHMENTMAX. 1,5 MM UNDERTOLERANCE ON DN 300

3141540407523540



Page: 108


ASME B31.3 Code93,996,399,399,3 BAR

DN50 AND LESS=0,80. DN80 AND ABOVE=1,00 WELD FACTOR :%12,5 WALL THICKNESS TOLERANCE :


300323,914,3S-60

400406,416,7S-60

350355,615,1S-60

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,33,9

S-40S

8088,95,5

S-40S

100114,3

6,0S-40S

150168,3

7,1S-40S

200219,110,3S-60

250273,112,7S-60


PE PE A358-316 CL.1,3or4 S01Pipe 200 400 ASME B36.10M PE PE A312-TP316 S01Pipe 15 50 ANSI/ASME B36.19 PE PE A358-316 CL.1,3or4 S01Pipe 80 150 ANSI/ASME B36.19 BE BE A312-TP316 S01 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WP316 CL.S/WX S0145 deg LR elbow 80 400 ASME B16.9 BE BE A403-WP316 CL.W S0145 deg LR elbow 15 50 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WP316 CL.S/WX S0190 deg LR elbow 80 400 ASME B16.9 BE BE A403-WP316 CL.W S0190 deg LR elbow 15 50 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 15 400 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Concentric reducer 80 400 ASME B16.9 BE BE A403-WP316 CL.W S01Concentric reducer 20 50 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Eccentric reducer 80 400 ASME B16.9 BE BE A403-WP316 CL.W S01Eccentric reducer 20 50 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Tee 80 350 ASME B16.9 BE BE A403-WP316 CL.W S01Tee 15 50 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Reducing branch tee 80 400 ASME B16.9 BE BE A403-WP316 CL.W S01Reducing branch tee 20 50 ASME B16.9EDS-200 BE BE A182-F316 S01Weldolet 50 400 RJ A182-F316 S01Blind flange 15 400 ASME B16.5 CJ A182-F316 S01Blind flange compact 15 400 Norsok NCF5NAF1 RJ BE A182-F316 S01 14Weld neck flange 15 400 ASME B16.5EDS-351 CJ BE A182-F316 S01Weld neck flange compact 15 400 Norsok NCF5EDS-200 RJ BE A182-F316 S01Reinforced Nipo Flange 50 400 EDS-200 BE CJ A182-F316 S01Reinforced nipo flange compact 50 400 Norsok NCF5EDS-048 RJ RJ A240-316 S01Spacer 300 400 EDS-351 CJ CJ A240-316 S01Spacer compact 15 400 Norsok NCF5NLB1 RJ RJ A240-316 S01Spectacle blank 20 250 EDS-048 RJ RJ A240-316 S01Spade 300 400 CJ CJ A240-316 S01Spade compact 15 400 Norsok NCF5EDS-043 CJ CJ A240-316 S01Drip ring compact 50 400 Norsok NCF5 MT A182-F316 Plug 15 40 ASME B16.11 RJ A240-316 Gasket oval ring 15 400 ASME B16.20EDS-031 CJ 6 Mo Gasket ring IX 15 400 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 400 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 400 ASME B16.5BLDS3AK CJ CJ 316 SS 45Ball valve, RB 80 400 BLDS3EK CJ CJ 316 SS 45Ball valve, RB 80 400 BLDS30J RJ RJ 316 SS 45Ball valve, RB 80 400 ASME B16.10 LPBLDS4AK CJ CJ 316 SS 45Ball valve, FB 50 400 BLDS4EK CJ CJ 316 SS 45Ball valve, FB 50 400 BLDS40J RJ RJ 316 SS 45Ball valve, FB 50 400 BLDS4EJ RJ RJ 316 SS 45 542Ball valve, FB 50 400 BLDS5AK CJ CJ 316 SS 45Ball valve, metal seat, RB 80 400 BLDS5EK CJ CJ 316 SS 45Ball valve, metal seat, RB 80 400 BLDS6AK CJ CJ 316 SS 45Ball valve, metal seat, FB 50 400 CHES0AK CJ CJ 316 SS Check valve, piston 15 40 CHDS00B BE BE 316 SS Check valve, piston 15 40 ASME B16.10CHDS5AK CJ CJ 316 SS Check valve, dual, wafer 50 400 CHDS50J RJ RJ 316 SS Check valve, dual, wafer 50 400 GTDS0AK CJ CJ 316 SS Gate valve, wedge 50 50 GTDS1AK CJ CJ 316 SS Gate valve, wedge 80 400 GTES0AK CJ CJ 316 SS Gate valve, wedge 15 40 GTDS00J RJ RJ 316 SS Gate valve, wedge 15 50 GTDS10J RJ RJ 316 SS Gate valve, wedge 80 400 ASME B16.10GTRS00D BE FT 316 SS 18Gate valve, wedge 15 40 GTRS00B BE BE 316 SS Gate valve, wedge 15 40 GBDS00J RJ RJ 316 SS Globe valve 15 50 ASME B16.10GBDS10J RJ RJ 316 SS Globe valve 80 250 ASME B16.10GBDS00B BE BE 316 SS Globe valve 15 40 ASME B16.10GBDS0AK CJ CJ 316 SS Globe valve, swiwelling 50 50 GBDS1AK CJ CJ 316 SS Globe valve, swiwelling 80 250 GBES0AK CJ CJ 316 SS Globe valve, swiwelling 15 40 CBDS1AK CJ CJ 316 SS Combination valve, 3-W DBB 50 80 CBES1AK CJ CJ 316 SS 45Combination valve, 3-W DBB 25 40 CBDS10J RJ RJ 316 SS Combination valve, 3-W DBB 25 80

Imperial MasterEC2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07380 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: DS202005-07-22Printed date:

Page: 109

HEADER SIZE400

16,3 ,416,3 ,416,3 ,416,3 ,4

33332222

Branch152025405080

100150200250300350400

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80STO BE USED FOR EMERGENCY SHUT DOWN (ESD) ONLY

1418404591542

Imperial MasterEC2PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07380 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: DS202005-07-22Printed date:

Page: 110


ASME B31.3 Code85,491,698,4102,5103,4103,4 BAR



300323,910,3S-40

600610,024,6S-60

500508,020,6S-60

450457,014,3S-40

400406,412,7S-40

350355,611,1S-40

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,33,9

S-40S

8088,95,5

S-40S

100114,3

6,0S-40S

150168,3

7,1S-40S

200219,1

8,2S-40S

250273,1

9,3S-40S


PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 300 600 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11Pipe 15 40 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12Pipe 50 250 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 600 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 15 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 250 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 350 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 250 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 350 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 15 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 20 600 ASME B16.9

|EDS-200 BE BE A182-F44 R14Weldolet 50 600 RJ A182-F44 R14Blind flange 15 600 ASME B16.5

| CJ A182-F44 R14Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F44 R14 14Weld neck flange 15 600 ASME B16.5

|EDS-351 CJ BE A182-F44 R14Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F44 R14Reinforced Nipo Flange 50 250

|EDS-200 BE CJ A182-F44 R14Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spacer 300 600

|EDS-351 CJ CJ A240-UNS S31254 (or equal) R15Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-UNS S31254 (or equal) R15Spectacle blank 20 250 EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spade 300 600

| CJ CJ A240-UNS S31254 (or equal) R15Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31254 (or equal) R15Drip Ring 100 600

|EDS-043 CJ CJ A240-UNS S31254 (or equal) R15Drip ring compact 50 600 Norsok NCF5 MT A182-F44 R14 96Plug 15 40 ASME B16.11

| RJ A240-316 Gasket oval ring 15 600 ASME B16.20|EDS-031 CJ 6 Mo Gasket ring IX 15 600 Norsok NCF5


|BLDR3AK CJ CJ 6 Mo 45Ball valve, RB 150 400 |BLER3AK CJ CJ 6 Mo 45Ball valve, RB 80 100

BLDR30J RJ RJ 6 Mo 45Ball valve, RB 80 600 API 6D|BLDR4AK CJ CJ 6 Mo 45Ball valve, FB 150 400 |BLER4AK CJ CJ 6 Mo 45Ball valve, FB 50 100

BLDR40J RJ RJ 6 Mo 45Ball valve, FB 50 600 API 6DCHDR07B BE BE 6 Mo 45Check valve 15 40 ASME B16.10

|CHFR0AK CJ CJ 6 Mo Check valve, piston 15 40 |CHDR5AK CJ CJ 6 Mo Check valve, dual, wafer 150 250 |CHDR5AK CJ CJ 6 Mo Check valve, dual, wafer 350 400 |CHER5AK CJ CJ 6 Mo Check valve, dual, wafer 50 100

CHDR50J RJ RJ 6 Mo Check valve, dual, wafer 50 600 API 594|GTDR1AK CJ CJ 6 Mo Gate valve, wedge 150 400 |GTER1AK CJ CJ 6 Mo Gate valve, wedge 50 100 |GTFR0AK CJ CJ 6 Mo Gate valve, wedge 15 40

GTDR00J RJ RJ 6 Mo Gate valve, wedge 15 40 ASME B16.10GTDR10J RJ RJ 6 Mo Gate valve, wedge 50 600 ASME B16.10GTRR07D BE FT 6 Mo 45Gate valve, wedge 15 40 GTRR07B BE BE 6 Mo 45Gate valve, wedge 15 40 GBDR00J RJ RJ 6 Mo Globe valve 15 40 ASME B16.10GBDR10J RJ RJ 6 Mo Globe valve 50 250 ASME B16.10GBDR00B BE BE 6 Mo 523Globe valve 15 40

|GBDR1AK CJ CJ 6 Mo Globe valve, swiwelling 150 250 |GBER1AK CJ CJ 6 Mo Globe valve, swiwelling 50 100 |GBFR0AK CJ CJ 6 Mo Globe valve, swiwelling 15 40

Imperial MasterED1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07396 03


Page: 111

HEADER SIZE60016,316,316,316,3

333332222221

Branch152025405080

100150200250300350400450500600

50016,316,316,316,3

33332222221

45016,316,316,316,3

3333222221

40016,316,316,316,3

333222221

35016,316,316,316,3

33322221

30016,316,316,316,3

3332221

25016,3 ,4

16,316,316,3

332221

20016,3 ,4

16,316,316,3

33221

15016,3 ,4

16,316,316,3

3221

10016,3 ,4

16,316,3

16,2 ,3221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.BOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80S6000 LBFOR FULL DETAIL DESCRIPTION OF THE NORSOK VALVE, REFERENCE IS MADE TO NORSOK VALVE DATA SHEET ATTACHMENT

1440459196523

Imperial MasterED1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07396 03


Page: 112


ASME B31.3 Code80,385,491,698,4102,5103,4103,4 BAR

1,00 WELD FACTOR :% WALL THICKNESS TOLERANCE :


300323,9

9,5S-40S

600610,017,5S-40

500508,012,7S-30

450457,012,7S-XS

400406,412,7S-40

350355,611,1S-40

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,33,9

S-40S

8088,95,5

S-40S

100114,3

6,0S-40S

150168,3

7,1S-40S

200219,1

8,2S-40S

250273,1

9,3S-40S


PE PE A928-UNS S31803 Cl.1or3 D42 37 607 558Pipe 350 600 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 37 607 558Pipe 15 100 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.1or3 D42 37 607 558Pipe 150 300 ANSI/ASME B36.19 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 400 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 450 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4345 deg 3D elbow 250 400 NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 400 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 450 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4390 deg 3D elbow 250 400 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 400 ASME B16.9 BE A815-UNS S31803 CL.WP-S/WX D43Cap 450 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 400 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 450 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 400 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 450 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 15 400 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 450 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 20 400 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 450 600 MSS SP-75EDS-200 BE BE A182-F51 D44Weldolet 50 600 RJ A182-F51 D44Blind flange 15 600 ASME B16.5

| CJ A182-F51 D44Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F51 D44 14Weld neck flange 15 600 ASME B16.5

|EDS-351 CJ BE A182-F51 D44Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F51 D44Reinforced Nipo Flange 50 600

|EDS-200 BE CJ A182-F51 D44Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-UNS S31803 D45Spacer 300 600

|EDS-351 CJ CJ A240-UNS S31803 D45Spacer compact 15 400 Norsok NCF5NLB1 RJ RJ A240-UNS S31803 D45Spectacle blank 20 250 EDS-048 RJ RJ A240-UNS S31803 D45Spade 300 600

| CJ CJ A240-UNS S31803 D45Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31803 D45Drip Ring 50 600

|EDS-043 CJ CJ A240-UNS S31803 D45Drip ring compact 50 600 Norsok NCF5 MT A182-F51 D44Plug 15 40 ASME B16.11

| RJ A240-316 Gasket oval ring 15 600 ASME B16.20|EDS-031 CJ Duplex (SE) Gasket ring IX 15 600 Norsok NCF5


|BLDD3AK CJ CJ Duplex (SE) 45Ball valve, RB 150 600 |BLED3AK CJ CJ Duplex (SE) 45Ball valve, RB 80 100

BLDD30J RJ RJ Duplex (SE) 25 45Ball valve, RB 80 600 ASME B16.10 LP|BLDD4AK CJ CJ Duplex (SE) 45Ball valve, FB 150 600 |BLED4AK CJ CJ Duplex (SE) 45Ball valve, FB 50 100

BLDD40J RJ RJ Duplex (SE) 25 45Ball valve, FB 50 600 |BLDD5AK CJ CJ Duplex (SE) 45Ball valve, metal seat, RB 150 600 |BLED5AK CJ CJ Duplex (SE) 45Ball valve, metal seat, RB 80 100 |BLED5EK CJ CJ Duplex (SE) 45Ball valve, metal seat, RB 80 100

BLDD50J RJ RJ Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LP|BLDD6AK CJ CJ Duplex (SE) 45Ball valve, metal seat, FB 150 600 |BLDD6EK CJ CJ Duplex (SE) 45Ball valve, metal seat, FB 150 600 |BLED6AK CJ CJ Duplex (SE) 45Ball valve, metal seat, FB 50 100 |BLED6EK CJ CJ Duplex (SE) 45Ball valve, metal seat, FB 50 100

BLDD6EJ RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 BLDD60J RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LP

|CHFD0AK CJ CJ Duplex (SE) Check valve, piston 15 40 CHDD00B BE BE Duplex (SE) Check valve, piston 15 40 ASME B16.10

|CHDD5AK CJ CJ Duplex (SE) Check valve, dual, wafer 150 600 |CHED5AK CJ CJ Duplex (SE) Check valve, dual, wafer 50 100

CHDD50J RJ RJ Duplex (SE) Check valve, dual, wafer 50 600 GTDD40J RJ RJ Duplex (SE) Gate valve Through conduit 100 600 API 6D

|GTDD4AK CJ CJ Duplex (SE) Gate valve Through conduit, Slab 150 600 |GTED4AK CJ CJ Duplex (SE) Gate valve Through conduit, Slab 80 150 |GTED4BK CJ CJ Duplex (SE) Gate valve Through conduit, Slab 50 150 |GTDD1AK CJ CJ Duplex (SE) Gate valve, wedge 150 600

Imperial MasterEE1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07401 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: DD202005-07-22Printed date:

Page: 113

|GTED1AK CJ CJ Duplex (SE) Gate valve, wedge 50 100 |GTFD0AK CJ CJ Duplex (SE) Gate valve, wedge 15 40

GTDD00J RJ RJ Duplex (SE) Gate valve, wedge 15 50 GTDD10J RJ RJ Duplex (SE) Gate valve, wedge 80 600 ASME B16.10GTRD00D BE FT Duplex (SE) 18Gate valve, wedge 15 40 GTRD00B BE BE Duplex (SE) Gate valve, wedge 15 40 GBDD00J RJ RJ Duplex (SE) Globe valve 15 50 ASME B16.10GBDD10J RJ RJ Duplex (SE) Globe valve 80 250 ASME B16.10GBDD00B BE BE Duplex (SE) Globe valve 15 40 ASME B16.10

|GBDD1AK CJ CJ Duplex (SE) Globe valve, swiwelling 150 250 |GBED1AK CJ CJ Duplex (SE) Globe valve, swiwelling 50 100 |GBFD0AK CJ CJ Duplex (SE) Globe valve, swiwelling 15 40 |CBED1AK CJ CJ Duplex (SE) 45Combination valve, 3-W DBB 50 80 |CBED1BK CJ CJ Duplex (SE) Combination valve, 3-W DBB 50 80 |CBFD1AK CJ CJ Duplex (SE) 45Combination valve, 3-W DBB 25 40 |CBFD1BK CJ CJ Duplex (SE) Combination valve, 3-W DBB 25 40

CBDD10J RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 25 80

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BENDING RADIUS IS 3 X (NOM. DIA. IN INCH)INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYDO NOT USE IN METHANOL SERVICEBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SWT UNDER TOLERANCE: DN 400 AND LESS = 12,5%, ABOVE DN 400 = 0,3 MMIF OP. TEMP. IS ABOVE 100 DEG. C, SPECIAL CARE SHALL BE TAKEN TO AVOID CHLORIDE STRESS CORROSION CRACKING

691418253740434591558607

Imperial MasterEE1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07401 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: DD202005-07-22Printed date:

Page: 114


ASME B31.3 Code131,5135,7139,1150,2153,2153,2 BAR



300323,921,4

S-100

600610,038,9

S-100

500508,032,5

S-100

450457,029,4

S-100

400406,426,2

S-100

350355,623,8

S-100

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,37,1

S-160

5060,38,7

S-160

8088,911,1

S-160

100114,311,1

S-120

150168,314,3

S-120

200219,118,3

S-120

250273,121,4

S-120


BE BE A333-6 SMLS C11Pipe 15 250 ASME B36.10M BE BE API 5L-X52 C22Pipe 300 600 ASME B36.10M BE BE A333-6 SMLS C11 92Pipe nipple 15 40 ASME B36.10M BE BE A420-WPL6 C1145 deg LR elbow 15 250 ASME B16.9 BE BE A860-WPHY-52 C2145 deg LR elbow 300 600 ASME B16.9 BE BE A420-WPL6 C1190 deg LR elbow 15 250 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 300 600 ASME B16.9 BE A420-WPL6 C11Cap 15 250 ASME B16.9 BE A860-WPHY-52 C21Cap 300 600 ASME B16.9 BE BE A420-WPL6 C11Concentric reducer 20 250 ASME B16.9 BE BE A860-WPHY-52 C21Concentric reducer 300 600 ASME B16.9 BE BE A420-WPL6 C11Eccentric reducer 20 250 ASME B16.9 BE BE A860-WPHY-52 C21Eccentric reducer 300 600 ASME B16.9 BE BE A420-WPL6 C11Tee 15 250 ASME B16.9 BE BE A860-WPHY-52 C21Tee 300 600 ASME B16.9 BE BE A420-WPL6 C11Reducing branch tee 20 250 ASME B16.9 BE BE A860-WPHY-52 C21Reducing branch tee 300 600 ASME B16.9EDS-200 BE BE A350-LF2 C11Weldolet 50 250 EDS-200 BE BE A694-F52 C21Weldolet 300 600 RJ A350-LF2 C11Blind flange 80 250 ASME B16.5 RJ A350-LF2 C11 60Blind flange 15 50 ASME B16.5 RJ A694-F52 C21Blind flange 300 600 ASME B16.5

| CJ A350-LF2 C11Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A350-LF2 C11 14Weld neck flange 80 250 ASME B16.5NAF1 RJ BE A350-LF2 C11 14 60Weld neck flange 15 50 ASME B16.5NAF1 RJ BE A694-F52 C21 14Weld neck flange 300 600 ASME B16.5

|EDS-351 CJ BE A350-LF2 C11Weld neck flange compact 15 250 Norsok NCF5|EDS-351 CJ BE A694-F52 C21Weld neck flange compact 300 600 Norsok NCF5

EDS-200 RJ BE A350-LF2 C11 60Reinforced Nipo Flange 50 600 |EDS-200 BE CJ A694-F52 C21Reinforced nipo flange compact 50 600 Norsok NCF5

EDS-048 RJ RJ A516-70 C11Spacer 20 600 |EDS-351 CJ CJ A516-70 C11Spacer compact 15 600 Norsok NCF5

EDS-048 RJ RJ A516-70 C11Spade 20 600 | CJ CJ A516-70 C11Spade compact 15 600 Norsok NCF5

EDS-042 RJ RJ A516-70 C11Drip Ring 50 600 |EDS-043 CJ CJ A516-70 C11Drip ring compact 100 600 Norsok NCF5|EDS-043 CJ CJ A240-UNS S31803 D45Drip ring compact 50 80 Norsok NCF5

MT A350-LF2 C11Plug 15 40 ASME B16.11| RJ Soft iron 15Gasket oval ring 15 600 ASME B16.20|EDS-031 CJ Carbon steel (SE) Gasket ring IX 15 600 Norsok NCF5


|BLEC3AK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600 |BLEC3EK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600

BLEC31J RJ RJ Carbon steel (SE) 25 45Ball valve, RB 80 600 ASME B16.10 LPBLEC31B BE BE Carbon steel (SE) 25 45Ball valve, RB 80 600 API 6D LP+P

|BLEC4AK CJ CJ Carbon steel (SE) 45Ball valve, FB 50 600 |BLEC4EK CJ CJ Carbon steel (SE) 45Ball valve, FB 50 50

BLEC4AJ RJ RJ Carbon steel (SE) 25 45Ball valve, FB 80 600 BLFC4AJ RJ RJ Carbon steel (SE) 25 45Ball valve, FB 50 50 BLEC4AB BE BE Carbon steel (SE) 16 25 45Ball valve, FB 50 600

|BLEC5AK CJ CJ Carbon steel (SE) Ball valve, metal seat, RB 80 600 BLEC51J RJ RJ Carbon steel (SE) Ball valve, metal seat, RB 80 600 BLEC51B BE BE Carbon steel (SE) Ball valve, metal seat, RB 80 600

|BLEC6AK CJ CJ Carbon steel (SE) Ball valve, metal seat, FB 50 600 BLEC61J RJ RJ Carbon steel (SE) Ball valve, metal seat, FB 80 600 BLFC61J RJ RJ Carbon steel (SE) Ball valve, metal seat, FB 50 50 BLEC61B BE BE Carbon steel (SE) Ball valve, metal seat, FB 50 600 CHFC03B BE BE Carbon steel (SE) Check valve 15 40

|CHEC0AK CJ CJ Carbon steel (SE) Check valve, piston 15 40 |CHEC5AK CJ CJ Carbon steel (SE) Check valve, dual, wafer 50 600

CHEC51J RJ RJ Carbon steel (SE) Check valve, dual, wafer 80 600 API 594CHFC51J RJ RJ Carbon steel (SE) Check valve, dual, wafer 50 50 API 594GTEC41J RJ RJ Carbon steel (SE) Gate valve Through conduit 80 600 API 6DGTFC41J RJ RJ Carbon steel (SE) Gate valve Through conduit 50 50 API 6DGTEC41B BE BE Carbon steel (SE) Gate valve Through conduit 50 600 API 6D

Imperial MasterGA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07369 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: EC112005-07-22Printed date:

Page: 115

|GTEC4AK CJ CJ Carbon steel (SE) Gate valve Through conduit, Slab 50 600 |GTEC0AK CJ CJ Carbon steel (SE) Gate valve, wedge 15 50 |GTEC1AK CJ CJ Carbon steel (SE) Gate valve, wedge 80 600

GTFC01J RJ RJ Carbon steel (SE) Gate valve, wedge 15 40 GTFC11J RJ RJ Carbon steel (SE) Gate valve, wedge 50 50 GTEC11J RJ RJ Carbon steel (SE) Gate valve, wedge 80 600 ASME B16.10GTFC03D BE FT Carbon steel (SE) 18Gate valve, wedge 15 40 GTFC03B BE BE Carbon steel (SE) Gate valve, wedge 15 40 GTEC11B BE BE Carbon steel (SE) Gate valve, wedge 50 600 ASME B16.10GBFC01J RJ RJ Carbon steel (SE) Globe valve 15 50 GBEC11J RJ RJ Carbon steel (SE) Globe valve 80 250 ASME B16.10GBFC03B BE BE Carbon steel (SE) Globe valve 15 50 GBEC11B BE BE Carbon steel (SE) Globe valve 80 250 ASME B16.10

|GBEC0AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 15 40 |GBEC1AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 50 250 |CBEC1AK CJ CJ Carbon steel (SE) 45Combination valve, 3-W DBB 50 80

CBEC1AJ RJ RJ Carbon steel (SE) Combination valve, 3-W DBB 80 80 CBFC11J RJ RJ Carbon steel (SE) 45Combination valve, 3-W DBB 50 50

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,4

2 ,42 ,4

21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.SOFT IRON RING GASKET TO BE USED AT SPEC BREAKS AGAINST 6MO DUPLEX & 316L MATERIALSFOR HYDROCARBON GAS AND TWO PHASE SERVICES, BUTT WELD END VALVES SHALL BE USEDFOR INSTRUMENT PRESSURE CONNECTION ONLYDO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSFOR DN 15-50, CL1500 FLANGES TO BE USEDSCHEDULE XXS

141516182540456092

Imperial MasterGA1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07369 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: EC112005-07-22Printed date:

Page: 116


ASME B31.3 Code140,8144,4148,9148,9 BAR



300323,921,4

S-100

600610,038,9

S-100

500508,032,5

S-100

450457,029,4

S-100

400406,426,2

S-100

350355,623,8

S-100

DNODTHK.SCH.

1521,33,7

S-80S

2026,73,9

S-80S

2533,44,6

S-80S

4048,35,1

S-80S

5060,35,5

S-80S

8088,97,6

S-80S

100114,3

8,6S-80S

150168,311,0

S-80S

200219,115,1

S-100

250273,118,3

S-100


PE PE A312-TP316 SMLS S01Pipe 200 600 ASME B36.10M PE PE A358-316 CL.1,3or4 S01Pipe 200 600 ASME B36.10M PE PE A312-TP316 SMLS S01 29Pipe 15 150 ANSI/ASME B36.19 PE PE A358-316 CL.1,3or4 S01Pipe 100 150 ANSI/ASME B36.19 BE BE A312-TP316 S01 92Pipe nipple 15 40 ASME B36.10M BE MT A312-TP316 S01 92Pipe nipple 15 40 ASTM A733 BE BE A403-WP316 CL.S/WX S0145 deg LR elbow 15 600 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WP316 CL.S/WX S0190 deg LR elbow 15 600 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 15 250 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 350 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Concentric reducer 20 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Eccentric reducer 20 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Tee 15 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Reducing branch tee 20 600 ASME B16.9EDS-200 BE BE A182-F316 S01Weldolet 50 600 RJ A182-F316 S01Blind flange 80 600 ASME B16.5 RJ A182-F316 S01 60Blind flange 15 50 ASME B16.5

| CJ A182-F316 S01Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F316 S01 14Weld neck flange 80 600 ASME B16.5NAF1 RJ BE A182-F316 S01 14 60Weld neck flange 15 50 ASME B16.5

|EDS-351 CJ BE A182-F316 S01Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F316 S01 60Reinforced Nipo Flange 50 600

|EDS-200 BE CJ A182-F316 S01Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-316 S01Spacer 250 600

|EDS-351 CJ CJ A240-316 S01Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-316 S01Spectacle blank 80 200 NLB1 RJ RJ A240-316 S01 60Spectacle blank 20 50 EDS-048 RJ RJ A240-316 S01Spade 250 600

| CJ CJ A240-316 S01Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-316 S01Drip Ring 80 600 EDS-042 RJ RJ A240-316 S01 60Drip Ring 50 50

|EDS-043 CJ CJ A240-316 S01Drip ring compact 50 600 Norsok NCF5 MT A182-F316 Plug 15 40 ASME B16.11 RJ A240-316 Gasket oval ring 80 600 ASME B16.20

| RJ A240-316 60Gasket oval ring 15 50 ASME B16.20|EDS-031 CJ 6 Mo Gasket ring IX 15 600 Norsok NCF5


|BLES3AK CJ CJ 316 SS 45Ball valve, RB 80 600 |BLFS3AJ RJ RJ 316 SS 102 45Ball valve, RB 50 50 |BLES30J RJ RJ 316 SS 25 45Ball valve, RB 80 600 ASME B16.10 LP|BLES30B BE BE 316 SS 16 25 45Ball valve, RB 80 600 API 6D LP+P|BLES4AK CJ CJ 316 SS 45Ball valve, FB 50 600 |BLES4AJ RJ RJ 316 SS 25 45Ball valve, FB 80 600 |BLFS4AJ RJ RJ 316 SS 25 45Ball valve, FB 50 50 |BLES4AB BE BE 316 SS 16 25 45Ball valve, FB 50 600 |BLES5AK CJ CJ 316 SS 45Ball valve, metal seat, RB 80 600 |BLES54J RJ RJ 316 SS 102 45Ball valve, metal seat, RB 80 600 |BLFS54J RJ RJ 316 SS 102 45Ball valve, metal seat, RB 50 50 |BLES6AK CJ CJ 316 SS 45Ball valve, metal seat, FB 50 600

CHFS01B BE BE 316 SS Check valve 15 40 ASME B16.10|CHFS0AK CJ CJ 316 SS Check valve, piston 15 40 |CHES5AK CJ CJ 316 SS Check valve, dual, wafer 50 600

CHES50J RJ RJ 316 SS Check valve, dual, wafer 80 600 API 594CHFS50J RJ RJ 316 SS Check valve, dual, wafer 50 50 API 594

|GTES1AK CJ CJ 316 SS Gate valve, wedge 50 600 |GTFS0AK CJ CJ 316 SS Gate valve, wedge 15 40

GTFS00J RJ RJ 316 SS Gate valve, wedge 15 50 GTES10J RJ RJ 316 SS Gate valve, wedge 80 600 ASME B16.10GTFS01D BE FT 316 SS 18Gate valve, wedge 15 40 GTFS01B BE BE 316 SS Gate valve, wedge 15 50 GTES10B BE BE 316 SS 16Gate valve, wedge 80 600 ASME B16.10GBES10J RJ RJ 316 SS Globe valve 80 250 ASME B16.10GBFS00J RJ RJ 316 SS Globe valve 15 50 ASME B16.10GBES10B BE BE 316 SS 16Globe valve 80 250 ASME B16.10

Imperial MasterGC2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07381 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: ES202005-07-22Printed date:

Page: 117

GBFS01B BE BE 316 SS Globe valve 15 50 ASME B16.10|GBES1AK CJ CJ 316 SS Globe valve, swiwelling 50 250 |GBFS0AK CJ CJ 316 SS Globe valve, swiwelling 15 40 |CBES1AK CJ CJ 316 SS 45Combination valve, 3-W DBB 50 80 |CBES1AJ RJ RJ 316 SS 25 45Combination valve, 3-W DBB 80 80

CBFS10J RJ RJ 316 SS 25Combination valve, 3-W DBB 50 50

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR HYDROCARBON GAS AND TWO PHASE SERVICES, BUTT WELD END VALVES SHALL BE USEDFOR INSTRUMENT PRESSURE CONNECTION ONLYDO NOT USE IN METHANOL SERVICEMAX. OP. TEMP. LIMITED TO 60 DEG. C ( FOR A PROLONGED PERIOD OF TIME > 8 HRS.)BOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSFOR DN 15-50, CL1500 FLANGES TO BE USEDSCHEDULE XXSTO BE USED FOR METHANOL SERVICE ONLY

141618252940456092102

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DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: ES202005-07-22Printed date:

Page: 118

(PN150)CL900 RATING Max Design Pressure at Temperature0,00 mm Corr. Allow350,0300,0250,0200,0150,0100,050,038,0-101,0 Degr. C

ASME B31.3 Code113,4116,3120,7128,0137,3147,6153,8155,1155,1 BAR

1.00 WELD FACTOR :% WALL THICKNESS TOLERANCE :


300323,914,3S-60

600610,024,6S-60

500508,020,6S-60

450457,019,1S-60

400406,416,7S-60

350355,615,1S-60

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,33,9

S-40S

8088,95,5

S-40S

100114,3

6,0S-40S

150168,311,0

S-80S

200219,110,3S-60

250273,112,7S-60


PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37 636Pipe 200 600 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11 37Pipe 15 40 ANSI/ASME B36.19 PE PE A312-UNS S31254 (or equal) SMLS R11 37Pipe 150 150 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37Pipe 50 100 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 600 ASME B16.9NBE1 BE BE Material as pipe 6Bending made from pipe 200 350 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 600 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 15 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 250 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 350 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 100 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 250 250 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 350 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 15 600 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 20 600 ASME B16.9EDS-200 BE BE A182-F44 R14 3Weldolet 50 600 RJ A182-F44 R14Blind flange 80 600 ASME B16.5 RJ A182-F44 R14 60Blind flange 15 50 ASME B16.5 CJ A182-F44 R14Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F44 R14 14Weld neck flange 80 600 ASME B16.5NAF1 RJ BE A182-F44 R14 14 60Weld neck flange 15 50 ASME B16.5EDS-351 CJ BE A182-F44 R14Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F44 R14 60Reinforced Nipo Flange 50 600 EDS-200 BE CJ A182-F44 R14Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spacer 250 600 EDS-351 CJ CJ A240-UNS S31254 (or equal) R15Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-UNS S31254 (or equal) R15 60Spectacle blank 20 50 EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spade 250 600 CJ CJ A240-UNS S31254 (or equal) R15Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31254 (or equal) R15 60Drip Ring 50 50 EDS-043 CJ CJ A240-UNS S31254 (or equal) R15Drip ring compact 50 600 Norsok NCF5 MT A182-F44 R14Plug 15 40 ASME B16.11 RJ A240-316 Gasket oval ring 80 600 ASME B16.20 RJ A240-316 60Gasket oval ring 15 20 ASME B16.20 RJ A240-316 60Gasket oval ring 40 50 ASME B16.20EDS-031 CJ 6 Mo Gasket ring IX 15 600 Norsok NCF5EDS-021 A320-L7 Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 Nut, heavy hex 15 600 ASME B16.5BLER3AK CJ CJ 6 Mo 45Ball valve, RB 80 600 BLER5AK CJ CJ 6 Mo 45Ball valve, RB 80 600 BLER4AK CJ CJ 6 Mo 45Ball valve, FB 50 600 BLER6AK CJ CJ 6 Mo 45Ball valve, FB 50 600 BLER60J RJ RJ 6 Mo 45Ball valve, metal seat, FB 80 600 BLFR60J RJ RJ 6 Mo 45Ball valve, metal seat, FB 50 50 ASME B16.10 LPBLER80J RJ RJ 6 Mo 45Ball valve, metal seat, NC 100 150 ASME B16.10 LPCHFR0AK CJ CJ 6 Mo Check valve, piston 15 40 CHER5AK CJ CJ 6 Mo 45Check valve, dual, wafer 50 600 CHER50J RJ RJ 6 Mo 45Check valve, dual, wafer 80 600 API 594CHFR50J RJ RJ 6 Mo 45Check valve, dual, wafer 50 50 API 594GTER1AK CJ CJ 6 Mo Gate valve, wedge 50 600 GTFR0AK CJ CJ 6 Mo Gate valve, wedge 15 40 GTFR0AX CJ FT 6 Mo Gate valve, wedge 15 40 GTFR00D BE FT 6 Mo 18 45Gate valve, wedge 15 40 ASME B16.10GTFR00B BE BE 6 Mo 45Gate valve, wedge 15 40 ASME B16.10GBFR10J RJ RJ 6 Mo 45Globe valve 50 50 ASME B16.10GBER1AK CJ CJ 6 Mo Globe valve, swiwelling 50 300 GBFR0AK CJ CJ 6 Mo Globe valve, swiwelling 15 40

Imperial MasterGD1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07425 01

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: ER202005-08-25Printed date:

Page: 119

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333333222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33333222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333322221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333322221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33332221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

333221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,3 ,4

221

8016,3 ,416,3 ,416,3 ,416,3 ,4

21

5016,3 ,416,3 ,416,3 ,4

16,21

402221

25221

2021

151


116234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTBENDING RADIUS IS 3 X (NOM. DIA. IN INCH)BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDSEE VDS FOR PRESSURE/TEMPERATURE LIMITSFOR DN 15-50, CL1500 FLANGES TO BE USEDSCHEDULE 80SWT UNDER TOLERANCE: DN 300 AND LESS = 12,5%, ABOVE DN 300 = 0,3 MM.

36141837456091636

Imperial MasterGD1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07425 01

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: ER202005-08-25Printed date:

Page: 120


ASME B31.3 Code120,7128,0137,3147,6153,8155,1155,1 BAR



300323,914,3S-60

600610,024,6S-60

500508,020,6S-60

450457,019,1S-60

400406,416,7S-60

350355,615,1S-60

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,33,9

S-40S

8088,95,5

S-40S

100114,3

6,0S-40S

150168,3

7,1S-40S

200219,110,3S-60

250273,112,7S-60


PE PE A928-UNS S31803 Cl.1or3 D42 37 607 559Pipe 200 600 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 37 607 559Pipe 15 100 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.1or3 D42 37 607 559Pipe 150 150 ANSI/ASME B36.19 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 400 600 MSS SP-75NBE1 BE BE Material as pipe Bending made from pipe 15 100 NBE1 BE BE Material as pipe Bending made from pipe 200 200 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 400 600 MSS SP-75 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 350 ASME B16.9 BE A815-UNS S31803 CL.WP-S/WX D43Cap 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 400 600 MSS SP-75EDS-200 BE BE A182-F51 D44Weldolet 50 600 RJ A182-F51 D44Blind flange 80 600 ASME B16.5 RJ A182-F51 D44 60Blind flange 15 50 ASME B16.5

| CJ A182-F51 D44Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F51 D44 14Weld neck flange 80 600 ASME B16.5NAF1 RJ BE A182-F51 D44 14 60Weld neck flange 15 50 ASME B16.5

|EDS-351 CJ BE A182-F51 D44Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F51 D44 60Reinforced Nipo Flange 50 600


|EDS-351 CJ CJ A240-UNS S31803 D45Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-UNS S31803 D45Spectacle blank 80 200 NLB1 RJ RJ A240-UNS S31803 D45 60Spectacle blank 20 50 EDS-048 RJ RJ A240-UNS S31803 D45Spade 250 600

| CJ CJ A240-UNS S31803 D45Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31803 D45Drip Ring 80 600 EDS-042 RJ RJ A240-UNS S31803 D45 60Drip Ring 50 50

|EDS-043 CJ CJ A240-UNS S31803 D45Drip ring compact 50 600 Norsok NCF5 MT A182-F51 D44Plug 15 40 ASME B16.11

| RJ A240-316 Gasket oval ring 15 600 ASME B16.20|EDS-031 CJ Duplex (SE) Gasket ring IX 15 600 Norsok NCF5


|BLED3AK CJ CJ Duplex (SE) 45Ball valve, RB 80 600 BLED30J RJ RJ Duplex (SE) 45Ball valve, RB 80 600 ASME B16.10 LPBLED30B BE BE Duplex (SE) 16 45Ball valve, RB 80 600 API 6D LP+P

|BLED4AK CJ CJ Duplex (SE) 45Ball valve, FB 50 600 BLED4AJ RJ RJ Duplex (SE) 45Ball valve, FB 80 600 BLFD4AJ RJ RJ Duplex (SE) 45Ball valve, FB 50 50 BLED4AB BE BE Duplex (SE) 16 45Ball valve, FB 50 600

|BLED5AK CJ CJ Duplex (SE) 45Ball valve, metal seat, RB 80 600 BLED50J RJ RJ Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLED50B BE BE Duplex (SE) 16 45Ball valve, metal seat, RB 80 600

|BLED6AK CJ CJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 BLED60J RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 80 600 ASME B16.10 LPBLFD60J RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 50 ASME B16.10 LPBLED60B BE BE Duplex (SE) 16 45Ball v, metal s, FB, Top Entry 50 600

|CHFD0AK CJ CJ Duplex (SE) Check valve, piston 15 40 CHFD00B BE BE Duplex (SE) Check valve, piston 15 40

|CHED5AK CJ CJ Duplex (SE) Check valve, dual, wafer 50 600 CHED50J RJ RJ Duplex (SE) Check valve, dual, wafer 80 600 API 594CHFD50J RJ RJ Duplex (SE) Check valve, dual, wafer 50 50 API 594GTED40J RJ RJ Duplex (SE) Gate valve Through conduit 80 600 API 6DGTED40B BE BE Duplex (SE) 16Gate valve Through conduit 50 600

|GTED4AK CJ CJ Duplex (SE) Gate valve Through conduit, Slab 80 600 |GTED1AK CJ CJ Duplex (SE) Gate valve, wedge 50 600

Imperial MasterGE2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07402 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: ED202005-07-22Printed date:

Page: 121

|GTFD0AK CJ CJ Duplex (SE) Gate valve, wedge 15 40 GTFD00J RJ RJ Duplex (SE) Gate valve, wedge 15 50 GTED10J RJ RJ Duplex (SE) Gate valve, wedge 80 600 ASME B16.10GTFD00D BE FT Duplex (SE) 18Gate valve, wedge 15 40 ASME B16.10 LPGTED10B BE BE Duplex (SE) 16Gate valve, wedge 80 600 GTFD00B BE BE Duplex (SE) Gate valve, wedge 15 50 GBED10J RJ RJ Duplex (SE) Globe valve 80 250 ASME B16.10GBFD00J RJ RJ Duplex (SE) Globe valve 15 50 ASME B16.10GBED10B BE BE Duplex (SE) 16Globe valve 80 250 ASME B16.10GBFD00B BE BE Duplex (SE) Globe valve 15 50 ASME B16.10

|GBED1AK CJ CJ Duplex (SE) Globe valve, swiwelling 50 250 |GBFD0AK CJ CJ Duplex (SE) Globe valve, swiwelling 15 40 |CBED1AK CJ CJ Duplex (SE) 45Combination valve, 3-W DBB 50 80 |CBFD1AK CJ CJ Duplex (SE) 45Combination valve, 3-W DBB 25 40

CBED1AJ RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 80 80 CBFD10J RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 25 50

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR HYDROCARBON GAS AND TWO PHASE SERVICES, BUTT WELD END VALVES SHALL BE USEDFOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSFOR DN 15-50, CL1500 FLANGES TO BE USEDSCHEDULE 80SWT UNDER TOLERANCE: DN 350 AND LESS = 12,5%, ABOVE DN 350 = 0,3 MMIF OP. TEMP. IS ABOVE 100 DEG. C, SPECIAL CARE SHALL BE TAKEN TO AVOID CHLORIDE STRESS CORROSION CRACKING

1416183740456091559607

Imperial MasterGE2PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07402 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: ED202005-07-22Printed date:

Page: 122


ASME B31.3 Code226,1231,9250,4255,3255,3 BAR



300323,933,3

S-160

600610,059,5

S-160

500508,050,0

S-160

450457,045,2

S-160

400406,440,5

S-160

350355,635,7

S-160

DNODTHK.SCH.

1521,37,5

S-XXS

2026,77,8

S-XXS

2533,49,1

S-XXS

4048,310,2

S-XXS

5060,311,1

S-XXS

8088,915,2

S-XXS

100114,317,1

S-XXS

150168,322,0

S-XXS

200219,124,0

250273,128,6

S-160


BE BE API 5L-X52 C22Pipe 200 200 BE BE A333-6 SMLS C11Pipe 15 150 ASME B36.10M BE BE API 5L-X52 C22Pipe 250 600 ASME B36.10M BE BE A333-6 SMLS C11 92Pipe nipple 15 40 ASME B36.10M BE BE A420-WPL6 C1145 deg LR elbow 15 150 ASME B16.9 BE BE A860-WPHY-52 C2145 deg LR elbow 200 600 ASME B16.9 BE BE A420-WPL6 C1190 deg LR elbow 15 150 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 200 600 ASME B16.9 BE A420-WPL6 C11Cap 15 150 ASME B16.9 BE A860-WPHY-52 C21Cap 200 600 ASME B16.9 BE BE A420-WPL6 C11Concentric reducer 20 150 ASME B16.9 BE BE A860-WPHY-52 C21Concentric reducer 200 600 ASME B16.9 BE BE A420-WPL6 C11Eccentric reducer 20 150 ASME B16.9 BE BE A860-WPHY-52 C21Eccentric reducer 200 600 ASME B16.9 BE BE A420-WPL6 C11Tee 15 150 ASME B16.9 BE BE A860-WPHY-52 C21Tee 200 600 ASME B16.9 BE BE A420-WPL6 C11Reducing branch tee 20 150 ASME B16.9 BE BE A860-WPHY-52 C21Reducing branch tee 200 600 ASME B16.9EDS-200 BE BE A350-LF2 C11Weldolet 50 150 EDS-200 BE BE A694-F52 C21Weldolet 200 600 RJ A350-LF2 C11Blind flange 15 150 ASME B16.5 RJ A694-F52 C21Blind flange 200 600 ASME B16.5

| CJ A350-LF2 C11Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A350-LF2 C11 14Weld neck flange 15 150 ASME B16.5NAF1 RJ BE A694-F52 C21 14Weld neck flange 200 600 ASME B16.5


EDS-200 RJ BE A350-LF2 C11Reinforced Nipo Flange 50 600 |EDS-200 BE CJ A694-F52 C21Reinforced nipo flange compact 50 600 Norsok NCF5




MT A350-LF2 C11Plug 15 40 ASME B16.11EDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 250 Grayloc type ImpEDS-350 CL BE A694-F52 C21Hub 50 250 Grayloc type CL A694-F52 C21Blind Hub 50 250 Grayloc type CL A788 AISI 4140 PTFE Coat Seal Ring 50 250 Grayloc type

| RJ Soft iron 15Gasket oval ring 15 600 ASME B16.20|EDS-031 CJ Carbon steel (SE) Gasket ring IX 15 600 Norsok NCF5


|BLFC3AK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600 |BLFC3EK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600

BLFC31J RJ RJ Carbon steel (SE) 25 45Ball valve, RB 80 600 ASME B16.10 LPBLFC31B BE BE Carbon steel (SE) 16 25 45Ball valve, RB 80 600

|BLFC4AK CJ CJ Carbon steel (SE) 45Ball valve, FB 50 600 |BLFC4EK CJ CJ Carbon steel (SE) 45Ball valve, FB 50 600

BLFC4AJ RJ RJ Carbon steel (SE) 25 45Ball valve, FB 50 600 BLFC4AB BE BE Carbon steel (SE) 16 25 45Ball valve, FB 50 600

|BLFC5AK CJ CJ Carbon steel (SE) Ball valve, metal seat, RB 80 600 |BLFC5EK CJ CJ Carbon steel (SE) Ball valve, metal seat, RB 80 600

BLFC51J RJ RJ Carbon steel (SE) 25Ball valve, metal seat, RB 80 400 ASME B16.10 LPBLFC51B BE BE Carbon steel (SE) 25 16Ball valve, metal seat, RB 80 600 API 6D LP+P

|BLFC6AK CJ CJ Carbon steel (SE) Ball valve, metal seat, FB 50 600 BLFC61J RJ RJ Carbon steel (SE) 25Ball valve, metal seat, FB 50 600 BLFC61B BE BE Carbon steel (SE) 16 25Ball valve, metal seat, FB 50 600 CHFC05B BE BE Carbon steel (SE) Check valve 15 40 ASME B16.10

|CHFC0AK CJ CJ Carbon steel (SE) Check valve, piston 25 40 |CHGC0AK CJ CJ Carbon steel (SE) Check valve, piston 15 20 |CHFC5AK CJ CJ Carbon steel (SE) Check valve, dual, wafer 50 600

CHFC51J RJ RJ Carbon steel (SE) Check valve, dual, wafer 50 600 API 594GTFC41J RJ RJ Carbon steel (SE) Gate valve Through conduit 50 600 API 6D

Imperial MasterHA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07370 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FC112005-07-22Printed date:

Page: 123

GTFC41B BE BE Carbon steel (SE) 16Gate valve Through conduit 50 600 API 6D|GTFC4AK CJ CJ Carbon steel (SE) Gate valve Through conduit, Slab 50 600 |GTFC4DK CJ CJ Carbon steel (SE) Gate valve Through conduit, Slab 50 600 |GTFC4EK CJ CJ Carbon steel (SE) Gate valve Through conduit, Slab 50 600 |GTFC0AK CJ CJ Carbon steel (SE) Gate valve, wedge 25 50 |GTFC1AK CJ CJ Carbon steel (SE) Gate valve, wedge 80 600 |GTGC1AK CJ CJ Carbon steel (SE) Gate valve, wedge 15 20

GTFC01J RJ RJ Carbon steel (SE) Gate valve, wedge 15 50 GTFC11J RJ RJ Carbon steel (SE) Gate valve, wedge 80 600 GTFC05D BE FT Carbon steel (SE) 18Gate valve, wedge 15 40 ASME B16.10GTFC05B BE BE Carbon steel (SE) Gate valve, wedge 15 50 ASME B16.10GTFC11B BE BE Carbon steel (SE) 16Gate valve, wedge 80 600 ASME B16.10GBFC01J RJ RJ Carbon steel (SE) Globe valve 15 50 GBFC11J RJ RJ Carbon steel (SE) Globe valve 80 250 ASME B16.10GBFC05B BE BE Carbon steel (SE) Globe valve 15 50 ASME B16.10GBFC11B BE BE Carbon steel (SE) 16Globe valve 80 250 ASME B16.10

|GBFC0AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 25 50 |GBFC1AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 80 250 |GBGC1AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 15 20 |CBFC1AK CJ CJ Carbon steel (SE) 45Combination valve, 3-W DBB 25 80 |CBFC1BK CJ CJ Carbon steel (SE) Combination valve, 3-W DBB 25 80

CBFC11J RJ RJ Carbon steel (SE) Combination valve, 3-W DBB 25 80

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,4

2 ,421

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.SOFT IRON RING GASKET TO BE USED AT SPEC BREAKS AGAINST 6MO DUPLEX & 316L MATERIALSFOR HYDROCARBON GAS AND TWO PHASE SERVICES, BUTT WELD END VALVES SHALL BE USEDFOR INSTRUMENT PRESSURE CONNECTION ONLYDO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE XXS

1415161825404592

Imperial MasterHA1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07370 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FC112005-07-22Printed date:

Page: 124


ASME B31.3 Code234,7240,6248,2248,2 BAR



300323,933,3

S-160

600610,059,5

S-160

500508,050,0

S-160

450457,045,2

S-160

400406,440,5

S-160

350355,635,7

S-160

DNODTHK.SCH.

1521,33,7

S-80S

2026,73,9

S-80S

2533,44,6

S-80S

4048,35,1

S-80S

5060,38,7

S-160

8088,911,1

S-160

100114,313,5

S-160

150168,318,3

S-160

200219,123,0

S-160

250273,128,6

S-160


PE PE A312-TP316 SMLS S01Pipe 50 150 ASME B36.10M PE PE A358-316 CL.1,3or4 S01Pipe 200 600 ASME B36.10M PE PE A312-TP316 SMLS S01Pipe 15 40 ANSI/ASME B36.19 BE BE A312-TP316 S01 93Pipe nipple 15 40 ASME B36.10M BE MT A312-TP316 S01 93Pipe nipple 15 40 ASTM A733 BE BE A403-WP316 CL.S/WX S0145 deg LR elbow 15 600 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 200 BE BE A403-WP316 CL.S/WX S0190 deg LR elbow 15 600 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 15 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Concentric reducer 20 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Eccentric reducer 20 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Tee 15 600 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Reducing branch tee 20 600 ASME B16.9EDS-200 BE BE A182-F316 S01Weldolet 50 600 RJ A182-F316 S01Blind flange 15 600 ASME B16.5

| CJ A182-F316 S01Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F316 S01 14Weld neck flange 15 600 ASME B16.5

|EDS-351 CJ BE A182-F316 S01Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F316 S01Reinforced Nipo Flange 50 600

|EDS-200 BE CJ A182-F316 S01Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-316 S01Spacer 200 600

|EDS-351 CJ CJ A240-316 S01Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-316 S01Spectacle blank 20 150 EDS-048 RJ RJ A240-316 S01Spade 200 600

| CJ CJ A240-316 S01Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-316 S01Drip Ring 50 600

|EDS-043 CJ CJ A240-316 S01Drip ring compact 50 600 Norsok NCF5 MT A182-F316 Plug 15 40 ASME B16.11 CL A320-L7 Clamp set, complete 50 50 Grayloc type ImpEDS-350 CL BE A182-F316 S01Hub 50 50 Grayloc type CL A182-F316 S01Blind Hub 50 50 Grayloc type CL A564-630 PTFE Coat Seal Ring 50 50 Grayloc type

| RJ A240-316 Gasket oval ring 15 600 ASME B16.20|EDS-031 CJ 6 Mo Gasket ring IX 15 600 Norsok NCF5

EDS-021 A320-L7 40Studbolt 15 250 ASME B16.5EDS-021 ASTM A320-L43 40Studbolt 300 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5

|BLFS3BK CJ CJ 316 SS 45Ball valve, RB 80 600 |BLFS3EK CJ CJ 316 SS 45Ball valve, RB 80 600

BLFS30J RJ RJ 316 SS 25 45Ball valve, RB 80 600 BLFS3AJ RJ RJ 316 SS 102 45Ball valve, RB 50 600 BLFS30B BE BE 316 SS 16 25 45Ball valve, RB 80 600 API 6D LP+P

|BLFS4AK CJ CJ 316 SS 45Ball valve, FB 50 600 |BLFS6AK CJ CJ 316 SS 45Ball valve, FB 50 600

BLFS4AJ RJ RJ 316 SS 25 45Ball valve, FB 50 600 BLFS4AB BE BE 316 SS 16 25 45Ball valve, FB 50 600

|BLFS5AK CJ CJ 316 SS 45Ball valve, metal seat, RB 80 600 |BLFS5EK CJ CJ 316 SS 45Ball valve, metal seat, RB 80 600

BLFS54J RJ RJ 316 SS 102 45Ball valve, metal seat, RB 50 600 BLFS60B BE BE 316 SS 16 45Ball valve, metal seat, FB 50 400 API 6D LP+PCHFS01B BE BE 316 SS Check valve 15 40 ASME B16.10

|CHFS0AK CJ CJ 316 SS Check valve, piston 15 40 |CHFS5AK CJ CJ 316 SS Check valve, dual, wafer 50 600

CHFS50J RJ RJ 316 SS Check valve, dual, wafer 50 600 API 594|GTFS0AK CJ CJ 316 SS Gate valve, wedge 15 50 |GTFS1AK CJ CJ 316 SS Gate valve, wedge 80 600

GTFS00J RJ RJ 316 SS Gate valve, wedge 15 50 GTFS10J RJ RJ 316 SS Gate valve, wedge 80 600 ASME B16.10GTFS01D BE FT 316 SS 18Gate valve, wedge 15 40 GTFS01B BE BE 316 SS Gate valve, wedge 15 40 GTFS10B BE BE 316 SS Gate valve, wedge 50 600 GBFS00J RJ RJ 316 SS Globe valve 25 50 ASME B16.10GBFS10J RJ RJ 316 SS Globe valve 80 250 ASME B16.10GBFS01B BE BE 316 SS Globe valve 15 40 ASME B16.10GBFS10B BE BE 316 SS 16Globe valve 50 250 ASME B16.10

|GBFS0AK CJ CJ 316 SS Globe valve, swiwelling 15 50

Imperial MasterHC2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07382 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FS202005-07-22Printed date:

Page: 125

|GBFS1AK CJ CJ 316 SS Globe valve, swiwelling 80 250 |CBFS1AK CJ CJ 316 SS Combination valve, 3-W DBB 50 80

CBFS10J RJ RJ 316 SS 25Combination valve, 3-W DBB 50 80

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR HYDROCARBON GAS AND TWO PHASE SERVICES, BUTT WELD END VALVES SHALL BE USEDFOR INSTRUMENT PRESSURE CONNECTION ONLYDO NOT USE IN METHANOL SERVICEBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 160TO BE USED FOR METHANOL SERVICE ONLY

14161825404593102

Imperial MasterHC2PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07382 03

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FS202005-07-22Printed date:

Page: 126


ASME B31.3 Code187,0200,0200,0200,0200,0 BAR



300323,919,0

750762,045,0

600610,036,0

500508,030,0

450457,027,0

400406,424,0

350355,621,0

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,33,9

S-40S

8088,95,5

S-40S

100114,3

8,6S-80S

150168,311,0

S-80S

200219,113,0

250273,116,0

800813,048,0


PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37Pipe 200 800 PE PE A312-UNS S31254 (or equal) SMLS R11 37Pipe 15 100 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37Pipe 150 150 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 800 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13 6 9 4345 deg 3D elbow 200 350 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 800 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13 6 9 4390 deg 3D elbow 200 350 BE A403-WPS31254 CL.S/WX R13Cap 15 100 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 200 800 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 800 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 800 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 15 800 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 20 800 ASME B16.9EDS-200 BE BE A182-F44 R14 3Weldolet 50 800 RJ A182-F44 R14Blind flange 15 600 ASME B16.5NAF1 RJ BE A182-F44 R14 14Weld neck flange 15 600 ASME B16.5NAF1 RJ BE A182-F44 R14 14Weld neck orifice flange 25 150 ASME B16.36EDS-200 RJ BE A182-F44 R14Reinforced Nipo Flange 50 800 EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spacer 200 600 NLB1 RJ RJ A240-UNS S31254 (or equal) R15Spectacle blank 20 150 EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spade 200 600 EDS-042 RJ RJ A240-UNS S31254 (or equal) R15Drip Ring 50 600 MT A182-F44 R14Plug 15 40 ASME B16.11 CL A320-L7 Clamp set, complete 250 300 Grayloc type ImpEDS-350 CL BE A182-F44 R14Hub 250 300 Grayloc type CL A182-F44 R14Blind Hub 250 300 Grayloc type CL A182-F44 PTFE Coat Seal Ring 250 300 Grayloc type RJ A240-316 Gasket oval ring 15 20 ASME B16.20 RJ A240-316 Gasket oval ring 40 600 ASME B16.20EDS-021 A320-L7 40Studbolt 15 250 ASME B16.5EDS-021 ASTM A320-L43 Studbolt 300 800 ASME B16.5EDS-021 F468-5 504Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5EDS-021 F467-5 504Nut, heavy hex 15 600 ASME B16.5BLFC4PB BE BE Ni or Ni Alloy 45Ball valve, FB 50 600 BLFR50J RJ RJ 6 Mo Ball valve, metal seat, RB 80 600 ASME B16.10 LPCHFR00B BE BE 6 Mo Check valve, piston 15 40 ASME B16.10CHFC5PJ RJ RJ Low Alloy Steel (SE) Check valve, dual, wafer 50 600 GTFC4PC CL CL Low Alloy Steel (SE) 23Gate valve Through conduit 50 600 GTFC4PB BE BE Low Alloy Steel (SE) Gate valve Through conduit 50 400 GTFR00J RJ RJ 6 Mo Gate valve, wedge 25 40 ASME B16.10GTFR00J RJ RJ 6 Mo Gate valve, wedge 15 20 ASME B16.10=GLOGTFR00D BE FT 6 Mo 18Gate valve, wedge 15 40 ASME B16.10GTFR00B BE BE 6 Mo Gate valve, wedge 15 40 ASME B16.10GBFR00J RJ RJ 6 Mo Globe valve 15 40 ASME B16.10GBFR10J RJ RJ 6 Mo Globe valve 50 300 ASME B16.10GBFR00B BE BE 6 Mo Globe valve 15 40 ASME B16.10

Imperial MasterHD2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07397 01


Page: 127

HEADER SIZE8003 ,43 ,43 ,43 ,4

33333333222221

Branch152025405080

100150200250300350400450500600750800

7503 ,43 ,43 ,43 ,4

3333333322221

6003 ,43 ,43 ,43 ,4

333333222221

5003 ,43 ,43 ,43 ,4

33333222221

4503 ,43 ,43 ,43 ,4

3333322221

4003 ,43 ,43 ,43 ,4

333322221

3503 ,43 ,43 ,43 ,4

33332221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

333221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,43 ,4

221

803 ,43 ,43 ,43 ,4

21

503 ,43 ,43 ,4

21

402221

25221

2021

151


1234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTBENDING RADIUS IS 3 X (NOM. DIA. IN INCH)INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYTO BE USED ONLY ADJACENT TO PRODUCTION & TEST MANIFOLDSBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SFOR USE IN SUBMERGED SERVICE

3691418233740434591504



Page: 128


ASME B31.3 Code200,9213,1228,9245,9256,3258,6258,6 BAR



300323,925,4

S-120

600610,038,9

S-100

500508,032,5

S-100

450457,029,4

S-100

400406,426,2

S-100

350355,627,8

S-120

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,35,5

S-80S

8088,97,6

S-80S

100114,3

8,6S-80S

150168,314,3

S-120

200219,118,3

S-120

250273,121,4

S-120


PE PE A358-UNS S31254 (or equal) CL.1or3 R12 37Pipe 150 350 ASME B36.10M PE PE A358-UNS S31254 (or equal) CL.1or3 R12 559Pipe 400 600 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11 37Pipe 15 100 ANSI/ASME B36.19 BE BE A312-UNS S31254 (or equal) SMLS R11 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 100 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 150 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 400 600 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 100 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 150 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 400 600 MSS SP-75 BE A403-WPS31254 CL.S/WX R13Cap 15 350 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 400 600 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 100 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 150 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 400 600 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 400 600 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Tee 15 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 400 600 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 20 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 400 600 MSS SP-75EDS-200 BE BE A182-F44 R14Weldolet 150 600 EDS-200 BE BE A182-F44 R14Weldolet 50 600 RJ A182-F44 R14Blind flange 15 600 ASME B16.5 CJ A182-F44 R14Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F44 R14Weld neck flange 15 600 ASME B16.5EDS-351 CJ BE A182-F44 R14Weld neck flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F44 R14 14Weld neck orifice flange 25 40 ASME B16.36EDS-200 RJ BE A182-F44 R14Reinforced Nipo Flange 50 600 EDS-200 BE CJ A182-F44 R14Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spacer 200 600 EDS-351 CJ CJ A240-UNS S31254 (or equal) R15Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-UNS S31254 (or equal) R15Spectacle blank 20 150 EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spade 200 600 CJ CJ A240-UNS S31254 (or equal) R15Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31254 (or equal) R15Drip Ring 50 600 EDS-043 CJ CJ A240-UNS S31254 (or equal) R15Drip ring compact 50 600 Norsok NCF5 MT A182-F44 R14Plug 15 40 ASME B16.11 CL A320-L7 Clamp set, complete 50 600 Grayloc type ImpEDS-350 CL BE A182-F44 R14Hub 50 600 Grayloc type CL A182-F44 R14Blind Hub 50 600 Grayloc type CL A182-F44 PTFE Coat Seal Ring 50 600 Grayloc type RJ A240-316 Gasket oval ring 15 600 ASME B16.20EDS-031 CJ 6 Mo Gasket ring IX 15 600 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 250 ASME B16.5EDS-021 ASTM A320-L43 40Studbolt 300 600 ASME B16.5EDS-021 F468-5 504Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5EDS-021 F467-5 504Nut, heavy hex 15 600 ASME B16.5BLFR3AB BE BE 6 Mo 45Ball valve, RB 50 600 BLFR4AJ RJ RJ 6 Mo 45Ball valve, FB 50 100 ASME B16.10 LPBLFC4PC CL CL Ni or Ni Alloy 45 630Ball valve, FB 50 600 BLFC4PB BE BE Ni or Ni Alloy 45Ball valve, FB 50 600 BLFR50J RJ RJ 6 Mo 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPCHFR0AK CJ CJ 6 Mo 45Check valve, piston 15 40 CHFR00B BE BE 6 Mo 45Check valve, piston 15 40 ASME B16.10CHFC5PJ RJ RJ Low Alloy Steel (SE) 45Check valve, dual, wafer 50 600 CHFR50J RJ RJ 6 Mo Check valve, dual, wafer 50 600 API 594GTFC4PC CL CL Low Alloy Steel (SE) 23 45 630Gate valve Through conduit 50 600 GTFC4PB BE BE Low Alloy Steel (SE) 45Gate valve Through conduit 50 400 GTFR0AK CJ CJ 6 Mo Gate valve, wedge 15 40 GTFR00J RJ RJ 6 Mo Gate valve, wedge 25 40 ASME B16.10GTFR00J RJ RJ 6 Mo Gate valve, wedge 15 20 ASME B16.10=GLOGTFR1AB BE BE 6 Mo Gate valve, wedge 50 100 GTFR00D BE FT 6 Mo 18Gate valve, wedge 15 40 ASME B16.10GTFC1PB BE BE Ni or Ni Alloy 45Gate valve, wedge 50 600


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FR202005-07-22Printed date:

Page: 129

GTFR00B BE BE 6 Mo Gate valve, wedge 15 40 ASME B16.10GBFR00J RJ RJ 6 Mo Globe valve 15 40 ASME B16.10GBFR10J RJ RJ 6 Mo Globe valve 50 300 ASME B16.10GBFC1PB BE BE Ni or Ni Alloy 45Globe valve 50 250 GBFR00B BE BE 6 Mo Globe valve 15 40 ASME B16.10GBFR0AK CJ CJ 6 Mo Globe valve, swiwelling 15 50

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYTO BE USED ONLY ADJACENT TO PRODUCTION & TEST MANIFOLDSBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SFOR USE IN SUBMERGED SERVICEWT UNDER TOLERANCE: DN 350 AND LESS = 12,5%, ABOVE DN 350 = 0,3 MMIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

14182337404591504559630


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FR202005-07-22Printed date:

Page: 130


ASME B31.3 Code190,5202,8210,0216,6217,5217,5217,5 BAR



300323,921,4

S-100

800813,048,0

600610,038,9

S-100

500508,032,5

S-100

450457,029,4

S-100

400406,426,2

S-100

350355,623,8

S-100

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,33,9

S-40S

8088,95,5

S-40S

100114,3

8,6S-80S

150168,311,0

S-80S

200219,112,7

S-80S

250273,118,3

S-100

900914,055,0


PE PE A928-UNS S31803 Cl.1or3 D42 37Pipe 250 600 ASME B36.10M PE PE A928-UNS S31803 Cl.1or3 D42 37Pipe 800 800 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 37Pipe 15 100 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.1or3 D42 37Pipe 150 200 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.1or3 D42 37Pipe 900 900 ISO 4200 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 900 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4345 deg 3D elbow 200 350 NBE1 BE BE Material as pipe Bending made from pipe 15 150 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 900 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4390 deg 3D elbow 200 350 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 900 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 800 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 800 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 15 900 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 20 900 ASME B16.9EDS-200 BE BE A182-F51 D44 3Weldolet 50 900 RJ A182-F51 D44Blind flange 15 600 ASME B16.5NAF1 RJ BE A182-F51 D44 14Weld neck flange 15 600 ASME B16.5NAF1 RJ BE A182-F51 D44 14Weld neck orifice flange 25 150 ASME B16.36EDS-200 RJ BE A182-F51 D44Reinforced Nipo Flange 50 900 EDS-048 RJ RJ A240-UNS S31803 D45Spacer 200 600 NLB1 RJ RJ A240-UNS S31803 D45Spectacle blank 20 150 EDS-048 RJ RJ A240-UNS S31803 D45Spade 200 600 EDS-042 RJ RJ A240-UNS S31803 D45Drip Ring 50 600 MT A182-F51 D44Plug 15 40 ASME B16.11EDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 600 Grayloc type ImpEDS-350 CL BE A182-F51 D44Hub 50 600 Grayloc typeEDS-350 CL BE A182-F51 D44 630Hub 50 600 Grayloc type CL A182-F51 D44Blind Hub 50 600 Grayloc type CL A564-630 PTFE Coat Seal Ring 50 600 Grayloc type RJ A240-316 Gasket oval ring 15 20 ASME B16.20 RJ A240-316 Gasket oval ring 40 600 ASME B16.20EDS-021 A320-L7 40Studbolt 15 800 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 800 ASME B16.5BLFD3AC CL CL Duplex (SE) 45Ball valve, RB 80 600 BLFD30B BE BE Duplex (SE) 45Ball valve, RB 80 600 BLFD4AJ RJ RJ Duplex (SE) Ball valve, FB 50 600 BLFD4AC CL CL Duplex (SE) 45Ball valve, FB 50 600 BLFD4AB BE BE Duplex (SE) 45Ball valve, FB 50 600 BLFD50C CL CL Duplex (SE) Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLFD50B BE BE Duplex (SE) Ball valve, metal seat, RB 80 600 BLFD60C CL CL Duplex (SE) Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLFD60B BE BE Duplex (SE) Ball valve, metal seat, FB 50 600 CHFD00B BE BE Duplex (SE) Check valve, piston 15 40 CHFD50J RJ RJ Duplex (SE) Check valve, dual, wafer 50 600 API 594GTFD40J RJ RJ Duplex (SE) Gate valve Through conduit 50 600 API 6DGTFD40C CL CL Duplex (SE) Gate valve Through conduit 50 600 API 6DGTFD40B BE BE Duplex (SE) Gate valve Through conduit 50 600 GTFD00J RJ RJ Duplex (SE) 45Gate valve, wedge 15 50 GTFD10J RJ RJ Duplex (SE) Gate valve, wedge 80 600 ASME B16.10GTFD00D BE FT Duplex (SE) 18Gate valve, wedge 15 40 ASME B16.10 LPGTFD00B BE BE Duplex (SE) Gate valve, wedge 15 50 GTFD10B BE BE Duplex (SE) Gate valve, wedge 80 600 GBFD00J RJ RJ Duplex (SE) 45Globe valve 15 50 ASME B16.10GBFD10J RJ RJ Duplex (SE) Globe valve 80 150 ASME B16.10GBFD10B BE BE Duplex (SE) Globe valve 80 250 GBFD00B BE BE Duplex (SE) Globe valve 15 50 ASME B16.10CBFD10J RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 80 80

Imperial MasterHE1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07403 01


Page: 131

HEADER SIZE9003 ,43 ,43 ,43 ,4

33333333 - -2221

Branch152025405080

100150200250300350400450500600800900

8003 ,43 ,43 ,43 ,4

3333333222221

6003 ,43 ,43 ,43 ,4

333333222221

5003 ,43 ,43 ,43 ,4

33333222221

4503 ,43 ,43 ,43 ,4

3333322221

4003 ,43 ,43 ,43 ,4

333322221

3503 ,43 ,43 ,43 ,4

33332221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

333221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,43 ,4

221

803 ,43 ,43 ,43 ,4

21

503 ,43 ,43 ,4

21

402221

25221

2021

151


1234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTBENDING RADIUS IS 3 X (NOM. DIA. IN INCH)INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

36914183740434591630



Page: 132


ASME B31.3 Code200,9213,1228,9245,9256,3258,5258,6 BAR



300323,925,4

S-120

900914,055,0

600610,038,9

S-100

500508,032,5

S-100

450457,029,4

S-100

400406,426,2

S-100

350355,627,8

S-120

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,35,5

S-80S

8088,97,6

S-80S

100114,3

8,6S-80S

150168,314,3

S-120

200219,118,3

S-120

250273,121,4

S-120


PE PE A790-UNS S31803 SMLS D41 607 559 37Pipe 150 150 ASME B36.10M PE PE A928-UNS S31803 Cl.1or3 D42 607 559 37Pipe 200 600 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 607 559Pipe 15 100 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.1or3 D42Pipe 900 900 ISO 4200 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE MT A790-UNS S31803 SMLS D41 91Pipe nipple 15 15 ASTM A733 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4345 deg 3D elbow 200 250 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4390 deg 3D elbow 200 250 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 350 ASME B16.9 BE A815-UNS S31803 CL.WP-S/WX D43Cap 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 900 900 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 900 900 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 400 600 MSS SP-75EDS-200 BE BE A182-F51 D44Weldolet 50 600 RJ A182-F51 D44Blind flange 15 600 ASME B16.5 CJ A182-F51 D44Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F51 D44 14Weld neck flange 15 600 ASME B16.5EDS-351 CJ BE A182-F51 D44Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F51 D44Reinforced Nipo Flange 50 600 EDS-200 BE CJ A182-F51 D44Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-UNS S31803 D45Spacer 200 600 EDS-351 CJ CJ A240-UNS S31803 D45Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-UNS S31803 D45Spectacle blank 20 150 EDS-048 RJ RJ A240-UNS S31803 D45Spade 200 600 CJ CJ A240-UNS S31803 D45Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31803 D45Drip Ring 50 600 EDS-043 CJ CJ A240-UNS S31803 D45Drip ring compact 50 600 Norsok NCF5EDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 600 Grayloc type ImpEDS-350 CL BE A182-F51 D44Hub 50 600 Grayloc typeEDS-350 CL BE A182-F51 D44 630Hub 400 600 Grayloc type CL A182-F51 D44Blind Hub 50 600 Grayloc type CL A564-630 PTFE Coat Seal Ring 50 600 Grayloc type RJ A240-316 Gasket oval ring 15 600 ASME B16.20EDS-031 CJ Duplex (SE) Gasket ring IX 15 600 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5BLFD3AK CJ CJ Duplex (SE) 45Ball valve, RB 80 600 BLFD30J RJ RJ Duplex (SE) 45Ball valve, RB 80 600 ASME B16.10 LPBLFD3AC CL CL Duplex (SE) 45Ball valve, RB 80 600 BLFD30B BE BE Duplex (SE) 16 45Ball valve, RB 80 600 BLFD4AK CJ CJ Duplex (SE) 45Ball valve, FB 50 600 BLFD4AJ RJ RJ Duplex (SE) 45Ball valve, FB 50 600 BLFD4AC CL CL Duplex (SE) 45Ball valve, FB 50 600 BLFD4AB BE BE Duplex (SE) 16 45Ball valve, FB 50 600 BLFD5AK CJ CJ Duplex (SE) 45Ball valve, metal seat, RB 80 600 BLFD50J RJ RJ Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLFD50C CL CL Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLFD50B BE BE Duplex (SE) 16 45Ball valve, metal seat, RB 80 600 BLFD6AK CJ CJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 BLFD60J RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLFD60C CL CL Duplex (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLFD60B BE BE Duplex (SE) 16 45Ball valve, metal seat, FB 50 600 CHFD0AK CJ CJ Duplex (SE) Check valve, piston 15 40 CHFD00B BE BE Duplex (SE) Check valve, piston 15 40 CHFD5AK CJ CJ Duplex (SE) Check valve, dual, wafer 50 600


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FD202005-07-22Printed date:

Page: 133

CHFD50J RJ RJ Duplex (SE) Check valve, dual, wafer 50 600 API 594GTFD40J RJ RJ Duplex (SE) Gate valve Through conduit 50 600 API 6DGTFD40C CL CL Duplex (SE) Gate valve Through conduit 50 600 API 6DGTFD40B BE BE Duplex (SE) 16Gate valve Through conduit 50 600 GTFD4AK CJ CJ Duplex (SE) Gate valve Through conduit, Slab 50 600 GTFD0AK CJ CJ Duplex (SE) Gate valve, wedge 15 50 GTFD1AK CJ CJ Duplex (SE) Gate valve, wedge 50 600 GTFD00J RJ RJ Duplex (SE) Gate valve, wedge 15 50 GTFD10J RJ RJ Duplex (SE) Gate valve, wedge 80 600 ASME B16.10GTFD00D BE FT Duplex (SE) 18Gate valve, wedge 15 40 ASME B16.10 LPGTFD00B BE BE Duplex (SE) Gate valve, wedge 15 40 GTFD10B BE BE Duplex (SE) 16Gate valve, wedge 50 600 GBFD00J RJ RJ Duplex (SE) Globe valve 15 50 ASME B16.10GBFD10J RJ RJ Duplex (SE) Globe valve 80 250 ASME B16.10GBFD10B BE BE Duplex (SE) 16Globe valve 50 250 GBFD00B BE BE Duplex (SE) Globe valve 15 40 ASME B16.10GBFD0AK CJ CJ Duplex (SE) Globe valve, swiwelling 15 50 GBFD1AK CJ CJ Duplex (SE) Globe valve, swiwelling 80 250 CBFD1AK CJ CJ Duplex (SE) 45Combination valve, 3-W DBB 50 80 CBFD10J RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 50 80

HEADER SIZE900 - - - - - - - - - - - - - -221

Branch152025405080

100150200250300350400450500600900

60016,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

21

402221

25221

2021

151


116234

Notes:BENDING RADIUS IS 3 X (NOM. DIA. IN INCH)INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR HYDROCARBON GAS AND TWO PHASE SERVICES, BUTT WELD END VALVES SHALL BE USEDFOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SWT UNDER TOLERANCE: DN 350 AND LESS = 12,5%, ABOVE DN 350 = 0,3 MMIF OP. TEMP. IS ABOVE 100 DEG. C, SPECIAL CARE SHALL BE TAKEN TO AVOID CHLORIDE STRESS CORROSION CRACKINGIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

691416183740434591559607630


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: FD202005-07-22Printed date:

Page: 134


ASME B31.3 Code178,0185,0191,0201,0201,0201,0201,0 BAR



300323,921,4

S-100

700711,036,0

600610,031,0S-80

500508,026,2S-80

450457,023,8S-80

400406,421,4S-80

350355,623,8

S-100

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,33,7

S-40S

5060,35,5

S-80S

8088,97,6

S-80S

100114,3

8,6S-80S

150168,311,0

S-80S

200219,115,1

S-100

250273,118,3

S-100


PE PE A928-UNS S31803 Cl.1or3 D42 37 572 607Pipe 200 600 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 37 572 607Pipe 15 150 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.1or3 D42 37 572 607Pipe 700 700 ISO 4200 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4345 deg 3D elbow 200 600 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4390 deg 3D elbow 200 600 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 350 ASME B16.9 BE A815-UNS S31803 CL.WP-S/WX D43Cap 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 400 600 MSS SP-75EDS-200 BE BE A182-F51 D44 3Weldolet 50 600 RJ A182-F51 D44Blind flange 15 600 ASME B16.5NAF1 RJ BE A182-F51 D44 14Weld neck flange 15 600 ASME B16.5EDS-200 RJ BE A182-F51 D44Reinforced Nipo Flange 50 600 EDS-048 RJ RJ A240-UNS S31803 D45Spacer 200 600 NLB1 RJ RJ A240-UNS S31803 D45Spectacle blank 20 150 EDS-048 RJ RJ A240-UNS S31803 D45Spade 200 600 EDS-042 RJ RJ A240-UNS S31803 D45Drip Ring 50 600 MT A182-F51 D44Plug 15 40 ASME B16.11EDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 600 Grayloc type Imp CL BE A182-F51 D44Hub 400 600 GraylocEDS-350 CL BE A182-F51 D44Hub 50 350 Grayloc type CL A182-F51 D44Blind Hub 50 600 Grayloc type CL A564-630 PTFE Coat Seal Ring 50 600 Grayloc type RJ A240-316 Gasket oval ring 15 20 ASME B16.20 RJ A240-316 Gasket oval ring 40 600 ASME B16.20EDS-021 A320-L7 40Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5BLFD30J RJ RJ Duplex (SE) 45Ball valve, RB 80 600 ASME B16.10 LPBLFD30B BE BE Duplex (SE) 16 45Ball valve, RB 80 600 BLFD4AJ RJ RJ Duplex (SE) 45Ball valve, FB 50 600 BLFD4AB BE BE Duplex (SE) 16 45Ball valve, FB 50 600 BLFD50J RJ RJ Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLFD50C CL CL Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLFD50B BE BE Duplex (SE) 16 45Ball valve, metal seat, RB 80 600 BLFD6EJ RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 BLFD60J RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLFD60C CL CL Duplex (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLFD60B BE BE Duplex (SE) 16Ball valve, metal seat, FB 50 600 CHFD00B BE BE Duplex (SE) Check valve, piston 15 40 CHFD50J RJ RJ Duplex (SE) Check valve, dual, wafer 50 600 API 594GTFD40J RJ RJ Duplex (SE) Gate valve Through conduit 50 600 API 6DGTFD40B BE BE Duplex (SE) 16Gate valve Through conduit 50 600 GTFD00J RJ RJ Duplex (SE) Gate valve, wedge 15 50 GTFD10J RJ RJ Duplex (SE) Gate valve, wedge 80 600 ASME B16.10GTFD00D BE FT Duplex (SE) 18Gate valve, wedge 15 40 ASME B16.10 LPGTFD00B BE BE Duplex (SE) Gate valve, wedge 15 40 GTFD10B BE BE Duplex (SE) 16Gate valve, wedge 50 600 GBFD00J RJ RJ Duplex (SE) Globe valve 15 50 ASME B16.10GBFD10J RJ RJ Duplex (SE) Globe valve 80 250 ASME B16.10GBFD10B BE BE Duplex (SE) 16Globe valve 50 250 GBFD00B BE BE Duplex (SE) Globe valve 15 40 ASME B16.10CBFD10J RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 50 80



Page: 135

HEADER SIZE700 - - - - - - - - - - - - - - - -

-

Branch152025405080

100150200250300350400450500600700

6003 ,43 ,43 ,43 ,4

333332222221

5003 ,43 ,43 ,43 ,4

33332222221

4503 ,43 ,43 ,43 ,4

3333222221

4003 ,43 ,43 ,43 ,4

333222221

3503 ,43 ,43 ,43 ,4

33322221

3003 ,43 ,43 ,43 ,4

3332221

2503 ,43 ,43 ,43 ,4

332221

2003 ,43 ,43 ,43 ,4

33221

1503 ,43 ,43 ,43 ,4

3221

1003 ,43 ,43 ,42 ,4

221

803 ,43 ,43 ,42 ,4

21

503 ,42 ,42 ,4

21

402221

25221

2021

151


1234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTBENDING RADIUS IS 3 X (NOM. DIA. IN INCH)INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR HYDROCARBON GAS AND TWO PHASE SERVICES, BUTT WELD END VALVES SHALL BE USEDFOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SWT UNDER TOL.: DN 350 AND LESS = 12,5%, ABOVE DN 350 = 0,3 MM. ERROSION ALLOW. APPLIES TO PIPE SIZES DN 50 AND ABOVE.IF OP. TEMP. IS ABOVE 100 DEG. C, SPECIAL CARE SHALL BE TAKEN TO AVOID CHLORIDE STRESS CORROSION CRACKING

3691416183740434591572607



Page: 136


ASME B31.3 Code345,0345,0345,0345,0345,0345,0 BAR



300323,942,0

600610,076,0

500508,064,0

450457,058,0

400406,452,0

350355,646,0

DNODTHK.SCH.

1521,37,5

S-XXS

2026,77,8

S-XXS

2533,49,1

S-XXS

4048,310,2

S-XXS

5060,311,1

S-XXS

8088,915,2

S-XXS

100114,319,0

150168,326,0

200219,130,0

250273,136,0


BE BE API 5L-X52 C22Pipe 100 100 BE BE API 5L-X52 C22Pipe 200 600 BE BE A333-6 SMLS C11Pipe 15 40 ASME B36.10M BE BE API 5L-X52 C22Pipe 50 80 ASME B36.10M BE BE API 5L-X52 C22Pipe 150 150 ISO 4200 BE BE A333-6 SMLS C11Pipe nipple 15 40 ASME B36.10M BE BE A420-WPL6 C1145 deg LR elbow 15 40 ASME B16.9 BE BE A860-WPHY-52 C2145 deg LR elbow 50 600 ASME B16.9 BE BE A420-WPL6 C1190 deg LR elbow 15 40 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 50 600 ASME B16.9 BE A420-WPL6 C11Cap 15 40 ASME B16.9 BE A860-WPHY-52 C21Cap 50 600 ASME B16.9 BE BE A420-WPL6 C11Concentric reducer 20 40 ASME B16.9 BE BE A860-WPHY-52 C21Concentric reducer 50 600 ASME B16.9 BE BE A420-WPL6 C11Eccentric reducer 20 40 ASME B16.9 BE BE A860-WPHY-52 C21Eccentric reducer 50 600 ASME B16.9 BE BE A420-WPL6 C11Tee 15 40 ASME B16.9 BE BE A860-WPHY-52 C21Tee 50 600 ASME B16.9 BE BE A420-WPL6 C11Reducing branch tee 20 40 ASME B16.9 BE BE A860-WPHY-52 C21Reducing branch tee 50 600 ASME B16.9EDS-200 BE BE A350-LF2 C11Weldolet 50 600 EDS-200 BE BE A694-F52 C21Weldolet 150 600 RJ A350-LF2 C11Blind flange 15 40 ASME B16.5 RJ A694-F52 C21Blind flange 50 300 ASME B16.5

| CJ A350-LF2 C11Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A350-LF2 C11 14Weld neck flange 15 40 ASME B16.5NAF1 RJ BE A694-F52 C21 14Weld neck flange 50 300 ASME B16.5


EDS-200 RJ BE A350-LF2 C11Reinforced Nipo Flange 50 600 |EDS-200 BE CJ A694-F52 C21Reinforced nipo flange compact 50 600 Norsok NCF5




EDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 500 Grayloc type ImpEDS-350 CL BE A694-F52 C21Hub 100 500 Grayloc typeEDS-350 CL BE A694-F52 C21 630Hub 50 500 Grayloc type CL A694-F52 C21Blind Hub 50 500 Grayloc type CL A788 AISI 4140 PTFE Coat Seal Ring 50 500 Grayloc type RJ Soft iron Gasket oval ring 15 300 ASME B16.20

|EDS-031 CJ Carbon steel (SE) Gasket ring IX 15 600 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 300 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 300 ASME B16.5

|BLGC3AK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600 |BLGC3EK CJ CJ Carbon steel (SE) 45Ball valve, RB 80 600

BLGC3AJ RJ RJ Carbon steel (SE) 45Ball valve, RB 80 300 BLGC3AB BE BE Carbon steel (SE) 45Ball valve, RB 80 600

|BLGC4AK CJ CJ Carbon steel (SE) 45Ball valve, FB 50 600 BLGC4AJ RJ RJ Carbon steel (SE) 45Ball valve, FB 50 300 BLGC4AB BE BE Carbon steel (SE) 45Ball valve, FB 50 600

|BLGC5AK CJ CJ Carbon steel (SE) Ball valve, metal seat, RB 80 600 BLGC51J RJ RJ Carbon steel (SE) Ball valve, metal seat, RB 80 300 ASME B16.10 LPBLGC51C CL CL Carbon steel (SE) Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLGC51B BE BE Carbon steel (SE) Ball valve, metal seat, RB 80 600

|BLGC6AK CJ CJ Carbon steel (SE) Ball valve, metal seat, FB 50 600 BLGC61C CL CL Carbon steel (SE) Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLGC61B BE BE Carbon steel (SE) Ball valve, metal seat, FB 50 600 CHGC03B BE BE Carbon steel (SE) Check valve 15 40 ASME B16.10

|CHGC0AK CJ CJ Carbon steel (SE) Check valve, piston 15 40 |CHGC5AK CJ CJ Carbon steel (SE) Check valve, dual, wafer 50 600

CHGC51J RJ RJ Carbon steel (SE) Check valve, dual, wafer 50 300 API 594|GTGC1AK CJ CJ Carbon steel (SE) Gate valve, wedge 15 600

Imperial MasterKA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07374 02


Page: 137

GTGC11J RJ RJ Carbon steel (SE) Gate valve, wedge 25 300 ASME B16.10GTGC01D BE FT Carbon steel (SE) 18Gate valve, wedge 15 40 GTGC11B BE BE Carbon steel (SE) Gate valve, wedge 15 600 ASME B16.10GBGC11J RJ RJ Carbon steel (SE) Globe valve 15 250 ASME B16.10GBGC11B BE BE Carbon steel (SE) Globe valve 15 250 ASME B16.10

|GBGC1AK CJ CJ Carbon steel (SE) Globe valve, swiwelling 15 250 |CBGC1AK CJ CJ Carbon steel (SE) 45Combination valve, 3-W DBB 25 80 |CBGC11J RJ RJ Carbon steel (SE) 45Combination valve, 3-W DBB 50 80

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,4

2 ,421

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

14184045630



Page: 138

SPECIAL RATING Max Design Pressure at Temperature3,00 mm Corr. Allow200,0150,0100,050,038,0-46,0 Degr. C

ASME B31.3 Code420,0420,0420,0420,0420,0420,0 BAR



300323,950,0

400406,462,0

350355,655,0

DNODTHK.SCH.

1521,37,5

S-XXS

2026,77,8

S-XXS

2533,49,1

S-XXS

4048,312,5

5060,314,2

8088,917,5

100114,322,2

150168,330,0

200219,136,0

250273,145,0


BE BE API 5L-X52 C22Pipe 400 400 BE BE A333-6 SMLS C11Pipe 15 25 ASME B36.10M BE BE A333-6 SMLS C11Pipe 40 150 ISO 4200 BE BE API 5L-X52 C22Pipe 200 350 ISO 4200 BE BE A420-WPL6 C1145 deg LR elbow 15 150 ASME B16.9 BE BE A860-WPHY-52 C2145 deg LR elbow 200 400 ASME B16.9 BE BE A420-WPL6 C1190 deg LR elbow 15 150 ASME B16.9 BE BE A860-WPHY-52 C2190 deg LR elbow 200 400 ASME B16.9 BE A420-WPL6 C11Cap 15 150 ASME B16.9 BE A860-WPHY-52 C21Cap 200 400 ASME B16.9 BE BE A420-WPL6 C11Concentric reducer 20 150 ASME B16.9 BE BE A860-WPHY-52 C21Concentric reducer 200 400 ASME B16.9 BE BE A420-WPL6 C11Eccentric reducer 20 150 ASME B16.9 BE BE A860-WPHY-52 C21Eccentric reducer 200 400 ASME B16.9 BE BE A420-WPL6 C11Tee 15 150 ASME B16.9 BE BE A860-WPHY-52 C21Tee 200 400 ASME B16.9 BE BE A420-WPL6 C11Reducing branch tee 20 150 ASME B16.9 BE BE A860-WPHY-52 C21Reducing branch tee 200 400 ASME B16.9EDS-200 BE BE A350-LF2 C11Weldolet 50 400 NMJ1 CL A487-10A X03Clamp set, complete 250 400 Grayloc type ImpEDS-350 CL A788 AISI 4140 X02Clamp set, complete 20 200 Grayloc type ImpEDS-350 CL BE A694-F52 C21Hub 20 400 Grayloc typeEDS-350 CL BE A694-F52 C21 630Hub 40 400 Grayloc type CL A694-F52 C21Blind Hub 20 400 Grayloc type CL A788 AISI 4140 PTFE Coat Seal Ring 20 400 Grayloc typeBLXC5AC CL CL Carbon steel (SE) Ball valve, metal seat, RB 80 400 BLXC6AC CL CL Carbon steel (SE) Ball valve, metal seat, FB 50 400 GTXC0AD BE FT Carbon steel (SE) 18Gate valve, wedge 15 40 GTXC0AB BE BE Carbon steel (SE) Gate valve, wedge 15 50 GBXC1AC CL CL Carbon steel (SE) Globe valve 50 150 GBXC0AB BE BE Carbon steel (SE) Globe valve 15 40 GBXC1AB BE BE Carbon steel (SE) Globe valve, swiwelling 50 150

HEADER SIZE400

3333333222221

Branch152025405080

100150200250300350400

350333333322221

30033333332221

2503333332221

200333333221

15033333221

1003332221

80333221

5032221

402221

25221

2021

151

TeeReducing branch teeWeldolet

123

Notes:FOR INSTRUMENT PRESSURE CONNECTION ONLYIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

18630



Page: 139


ASME B31.3 Code391,1401,0413,6413,6 BAR



300323,950,0

DNODTHK.SCH.

1521,34,8

S-160

2026,75,6

S-160

2533,46,4

S-160

4048,310,2

S-XXS

5060,311,1

S-XXS

8088,915,2

S-XXS

100114,317,5

150168,328,0

200219,136,0

250273,145,0


PE PE A312-TP316 SMLS S01Pipe 100 300 PE PE A312-TP316 SMLS S01Pipe 15 80 ASME B36.10M BE BE A312-TP316 S01 92Pipe nipple 15 40 ASME B36.10M BE BE A403-WP316 CL.S/WX S0145 deg LR elbow 15 300 ASME B16.9NBE1 BE BE Material as pipe Bending made from pipe 15 300 BE BE A403-WP316 CL.S/WX S0190 deg LR elbow 15 300 ASME B16.9 BE A403-WP316 CL.S/WX S01Cap 15 300 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Concentric reducer 20 300 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Eccentric reducer 20 300 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Tee 15 300 ASME B16.9 BE BE A403-WP316 CL.S/WX S01Reducing branch tee 20 300 ASME B16.9EDS-200 BE BE A182-F316 S01Weldolet 50 300 RJ A182-F316 S01Blind flange 15 300 ASME B16.5 CJ A182-F316 S01Blind flange compact 15 300 Norsok NCF5NAF1 RJ BE A182-F316 S01 14Weld neck flange 15 300 ASME B16.5EDS-351 CJ BE A182-F316 S01Weld neck flange compact 40 300 Norsok NCF5EDS-200 RJ BE A182-F316 S01Reinforced Nipo Flange 50 300 EDS-200 BE CJ A182-F316 S01Reinforced nipo flange compact 50 300 Norsok NCF5EDS-048 RJ RJ A240-316 S01Spacer 200 300 EDS-351 CJ CJ A240-316 S01Spacer compact 15 300 Norsok NCF5NLB1 RJ RJ A240-316 S01Spectacle blank 20 150 EDS-048 RJ RJ A240-316 S01Spade 200 300 CJ CJ A240-316 S01Spade compact 15 300 Norsok NCF5EDS-043 CJ CJ A240-316 S01Drip ring compact 50 300 Norsok NCF5 MT A182-F316 Plug 15 40 ASME B16.11 RJ A240-316 Gasket oval ring 15 300 ASME B16.20EDS-031 CJ 6 Mo Gasket ring IX 15 300 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 300 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 300 ASME B16.5BLGS3AK CJ CJ 316 SS Ball valve, RB 80 300 BLGS3AJ RJ RJ 316 SS Ball valve, RB 80 300 BLGS3BJ RJ RJ 316 SS Ball valve, RB 80 300 BLGS4AK CJ CJ 316 SS Ball valve, FB 50 300 BLGS5AK CJ CJ 316 SS Ball valve, metal seat, RB 80 300 BLGS6AK CJ CJ 316 SS Ball valve, metal seat, FB 50 300 BLGS5AB BE BE 316 SS Ball v, metal s, RB, Top Entry 80 300 CHGS0AK CJ CJ 316 SS Check valve 15 40 CHGS01B BE BE 316 SS Check valve 15 25 ASME B16.10CHGS02B BE BE 316 SS Check valve 40 40 ASME B16.10CHGS5AK CJ CJ 316 SS Check valve, dual, wafer 50 300 CHGS50J RJ RJ 316 SS Check valve, dual, wafer 50 300 API 594GTGS1AK CJ CJ 316 SS Gate valve, wedge 15 300 GTGS10J RJ RJ 316 SS Gate valve, wedge 25 300 ASME B16.10GTGS00D BE FT 316 SS 18Gate valve, wedge 15 25 GTGS01D BE FT 316 SS 18Gate valve, wedge 40 40 GTGS10B BE BE 316 SS Gate valve, wedge 15 300 ASME B16.10GBGS10J RJ RJ 316 SS Globe valve 20 250 ASME B16.10GBGS10B BE BE 316 SS Globe valve 15 300 ASME B16.10GBGS1AK CJ CJ 316 SS Globe valve, swiwelling 15 250 CBGS1AK CJ CJ 316 SS Combination valve, 3-W DBB 25 80 CBGS10J RJ RJ 316 SS Combination valve, 3-W DBB 25 80

Imperial MasterKC2PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07383 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: GS202005-07-22Printed date:

Page: 140

HEADER SIZE300

16,3 ,416,3 ,416,3 ,416,3 ,4

3332221

Branch152025405080

100150200250300

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

16,21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SCHEDULE XXS

14184092

Imperial MasterKC2PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07383 04

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: GS202005-07-22Printed date:

Page: 141


ASME B31.3 Code334,9355,3381,4409,9427,1430,8430,9 BAR



300323,940,0

500508,055,0

400406,440,5

S-160

350355,640,0

DNODTHK.SCH.

1521,33,7

S-80S

2026,73,9

S-80S

2533,44,6

S-80S

4048,37,1

S-160

5060,38,7

S-160

8088,911,1

S-160

100114,313,5

S-160

150168,322,0

S-XXS

200219,125,0

250273,132,0


PE PE A312-UNS S31254 (or equal) SMLS R11 559Pipe 40 40 ASME B36.10M PE PE A358-UNS S31254 (or equal) CL.1or3 R12 559Pipe 50 150 ASME B36.10M PE PE A358-UNS S31254 (or equal) CL.1or3 R12 559Pipe 400 400 ASME B36.10M PE PE A312-UNS S31254 (or equal) SMLS R11 559Pipe 15 25 ANSI/ASME B36.19 PE PE A358-UNS S31254 (or equal) CL.1or3 R12 559Pipe 200 350 ISO 4200 PE PE A358-UNS S31254 (or equal) CL.1or3 R12 559Pipe 500 500 ISO 4200 BE BE A312-UNS S31254 (or equal) SMLS R11 92Pipe nipple 40 40 ASME B36.10M BE BE A312-UNS S31254 (or equal) SMLS R11 93Pipe nipple 15 25 ASME B36.10M BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 15 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1345 deg LR elbow 400 400 MSS SP-75NBE1 BE BE Material as pipe Bending made from pipe 15 80 NBE1 BE BE Material as pipe Bending made from pipe 150 150 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 15 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R1390 deg LR elbow 400 400 MSS SP-75 BE A403-WPS31254 CL.S/WX R13Cap 15 350 ASME B16.9 BE A403-WPS31254 CL.S/WX R13Cap 400 400 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 20 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Concentric reducer 400 400 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 20 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 500 500 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Eccentric reducer 400 400 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Tee 15 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Tee 400 400 MSS SP-75 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 20 350 ASME B16.9 BE BE A403-WPS31254 CL.S/WX R13Reducing branch tee 400 400 MSS SP-75EDS-200 BE BE A182-F44 R14Weldolet 50 400 RJ A182-F44 R14Blind flange 15 300 ASME B16.5

| CJ A182-F44 R14Blind flange compact 15 400 Norsok NCF5NAF1 RJ BE A182-F44 R14 14Weld neck flange 15 300 ASME B16.5

|EDS-351 CJ BE A182-F44 R14Weld neck flange compact 15 400 Norsok NCF5|EDS-200 BE CJ A182-F44 R14Reinforced nipo flange compact 50 400 Norsok NCF5

EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spacer 200 300 |EDS-351 CJ CJ A240-UNS S31254 (or equal) R15Spacer compact 15 400 Norsok NCF5

NLB1 RJ RJ A240-UNS S31254 (or equal) R15Spectacle blank 25 150 EDS-048 RJ RJ A240-UNS S31254 (or equal) R15Spade 200 300

| CJ CJ A240-UNS S31254 (or equal) R15Spade compact 15 400 Norsok NCF5 CL A320-L7 Clamp set, complete 40 500 Grayloc type ImpEDS-350 CL BE A182-F44 R14Hub 40 500 Grayloc type CL A182-F44 R14Blind Hub 40 400 Grayloc type CL A182-F44 PTFE Coat Seal Ring 40 500 Grayloc type RJ A240-316 Gasket oval ring 15 300 ASME B16.20

|EDS-031 CJ 6 Mo Gasket ring IX 15 400 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 100 ASME B16.5EDS-021 ASTM A320-L43 40Studbolt 150 400 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 250 ASME B16.5

|BLGR4AK CJ CJ 6 Mo 45Ball valve, FB 50 300 BLGR4AC CL CL 6 Mo 45Ball valve, FB 50 400 BLGR4AB BE BE 6 Mo 45Ball valve, FB 50 400

|BLGR60C CL CL 6 Mo 45Ball valve, metal seat, FB 50 400 |BLGR5AB BE BE 6 Mo 45Ball v, metal s, RB, Top Entry 80 400 |BLGR6AB BE BE 6 Mo 45Ball v, metal s, FB, Top Entry 50 400

CHGR00B BE BE 6 Mo Check valve 15 25 ASME B16.10CHGR01B BE BE 6 Mo Check valve 40 40 ASME B16.10CHGR50J RJ RJ 6 Mo 609Check valve, dual, wafer 50 300 API 594

|GTGR1AK CJ CJ 6 Mo Gate valve, wedge 15 50 GTGR10J RJ RJ 6 Mo Gate valve, wedge 25 50 ASME B16.10GTGR10C CL CL 6 Mo Gate valve, wedge 50 80 GTGR00D BE FT 6 Mo Gate valve, wedge 15 25 GTGR01D BE FT 6 Mo Gate valve, wedge 40 40 GTGR01B BE BE 6 Mo Gate valve, wedge 40 50 GTGR1AB BE BE 6 Mo Gate valve, wedge 80 300 GTGR00B BE BE 6 Mo Gate valve, wedge 25 25 ASME B16.10

|GBGR1AK CJ CJ 6 Mo Globe valve 15 50 GBGR10J RJ RJ 6 Mo Globe valve 20 50 ASME B16.10GBGR1AB BE BE 6 Mo Globe valve 50 300 GBGR01B BE BE 6 Mo Globe valve, swiwelling 15 25

Imperial MasterKD1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07398 02

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: GR202005-07-22Printed date:

Page: 142

PGGR4AB BE BE 6 Mo 609Plug valve, regular pattern 50 300

HEADER SIZE500 - - - - - - - - - - - - -

-

Branch152025405080

100150200250300350400500

40016,316,316,316,3

333222221

35016,316,316,316,3

33322221

30016,316,316,316,3

3332221

25016,316,316,316,3

332221

20016,316,316,316,3

33221

15016,316,316,316,3

3221

10016,316,316,316,2

221

8016,316,316,316,2

21

5016,316,216,2

21

402221

25221

2021

151

TeeReinforced nipo flange compactReducing branch teeWeldolet

11623

Notes:BORE TO MATCH PIPE.BOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE XXSSCHEDULE 160WT UNDER TOLERANCE: DN 350 AND LESS = 12,5%, ABOVE DN 350 = 0,3 MMHOLD

1440459293559609

Imperial MasterKD1PIPING CLASS TECHNOLOGY & PROJECTS 2NHT-P54-07398 02

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: GR202005-07-22Printed date:

Page: 143


ASME B31.3 Code308,4319,0320,4320,4320,4 BAR



300323,928,6

S-140

600610,046,0

S-120

500508,038,1

S-120

450457,034,9

S-120

400406,431,0

S-120

350355,627,8

S-120

DNODTHK.SCH.

1521,32,8

S-40S

2026,72,9

S-40S

2533,43,4

S-40S

4048,35,1

S-80S

5060,35,5

S-80S

8088,97,6

S-80S

100114,311,1

S-120

150168,314,3

S-120

200219,118,3

S-120

250273,125,4

S-140


PE PE A928-UNS S31803 Cl.1or3 D42 636Pipe 100 200 ASME B36.10M PE PE A928-UNS S31803 Cl.1or3 D42 636Pipe 350 600 ASME B36.10M PE PE A928-UNS S31803 Cl.1or3 D42 37 636Pipe 100 600 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 37 636Pipe 15 80 ANSI/ASME B36.19 BE BE A790-UNS S31803 SMLS D41 91Pipe nipple 15 40 ANSI/ASME B36.19 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 300 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 350 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4345 deg 3D elbow 150 300 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 300 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 350 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43 6 9 4390 deg 3D elbow 150 300 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 300 ASME B16.9 BE A815-UNS S31803 CL.WP-S/WX D43Cap 350 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 300 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 350 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 300 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 350 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 15 300 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 350 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 20 300 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 350 600 MSS SP-75EDS-200 BE BE A182-F51 D44 3Weldolet 50 600 RJ A182-F51 D44Blind flange 15 300 ASME B16.5 CJ A182-F51 D44Blind flange compact 50 600 Norsok NCF5NAF1 RJ BE A182-F51 D44 14Weld neck flange 15 300 ASME B16.5EDS-351 CJ BE A182-F51 D44Weld neck flange compact 50 600 Norsok NCF5EDS-200 RJ BE A182-F51 D44Reinforced Nipo Flange 50 600

|EDS-200 BE CJ A182-F51 D44Reinforced nipo flange compact 50 600 Norsok NCF5EDS-048 RJ RJ A240-UNS S31803 D45Spacer 200 300 EDS-351 CJ CJ A240-UNS S31803 D45Spacer compact 50 600 Norsok NCF5NLB1 RJ RJ A240-UNS S31803 D45Spectacle blank 20 150 EDS-048 RJ RJ A240-UNS S31803 D45Spade 200 300 CJ CJ A240-UNS S31803 D45Spade compact 50 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31803 D45Drip Ring 50 300

|EDS-043 CJ CJ A240-UNS S31803 D45Drip ring compact 50 600 Norsok NCF5EDS-350 CL A788 AISI 4140 X02Clamp set, complete 200 600 Grayloc type ImpEDS-350 CL BE A182-F51 D44 630Hub 200 600 Grayloc type CL A182-F51 D44 630Blind Hub 200 600 Grayloc type CL A564-630 PTFE Coat 630Seal Ring 200 600 Grayloc type RJ A240-316 Gasket oval ring 15 300 ASME B16.20EDS-031 CJ Duplex (SE) Gasket ring IX 50 600 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5BLGD3AJ RJ RJ Duplex (SE) 45Ball valve, RB 80 300 BLGD3AC CL CL Duplex (SE) 45Ball valve, RB 80 600 BLGD3AB BE BE Duplex (SE) 45Ball valve, RB 80 600

|BLGD4AK CJ CJ Duplex (SE) 45Ball valve, FB 50 600 BLGD4AJ RJ RJ Duplex (SE) 45Ball valve, FB 50 300 BLGD4AC CL CL Duplex (SE) 45Ball valve, FB 50 600 BLGD4AB BE BE Duplex (SE) 45Ball valve, FB 50 600 BLGD50J RJ RJ Duplex (SE) 45Ball valve, metal seat, RB 50 300 ASME B16.10 LPBLGD50C CL CL Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLGD50B BE BE Duplex (SE) 45Ball valve, metal seat, RB 80 300

|BLGD6AK CJ CJ Duplex (SE) Ball valve, metal seat, FB 50 600 BLGD60J RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 300 ASME B16.10 LPBLGD60C CL CL Duplex (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLGD60B BE BE Duplex (SE) 45Ball valve, metal seat, FB 50 600 API 6D LP+PCHGD02B BE BE Duplex (SE) Check valve 40 40 CHGD00B BE BE Duplex (SE) Check valve, piston 15 25 CHGD50C CL CL Duplex (SE) Check valve, dual 50 500 API 594GTGD40J RJ RJ Duplex (SE) Gate valve Through conduit 50 300 API 6DGTGD40C CL CL Duplex (SE) Gate valve Through conduit 50 600 GTGD40B BE BE Duplex (SE) Gate valve Through conduit 50 600

|GTGD1AK CJ CJ Duplex (SE) Gate valve, wedge 15 600 GTGD10J RJ RJ Duplex (SE) Gate valve, wedge 25 300 ASME B16.10GTGD00D BE FT Duplex (SE) 18Gate valve, wedge 15 25

Imperial MasterKE3PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07406 02


Page: 144

GTGD02D BE FT Duplex (SE) 18Gate valve, wedge 40 40 GTGD10B BE BE Duplex (SE) Gate valve, wedge 15 600 ASME B16.10GBGD10J RJ RJ Duplex (SE) Globe valve 15 250 ASME B16.10GBGD10B BE BE Duplex (SE) Globe valve 15 250 ASME B16.10

|GBGD1AK CJ CJ Duplex (SE) Globe valve, swiwelling 15 300 |CBGD1AK CJ CJ Duplex (SE) 45Combination valve, 3-W DBB 25 80

CBGD10J RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 25 80

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

333221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,3 ,4

221

8016,3 ,416,3 ,416,3 ,416,3 ,4

21

5016,3 ,416,2 ,416,2 ,416,2 ,4

1

402221

25221

2021

151


116234

Notes:BONNEY FORGE DESIGN OR APPROVED EQUIVALENTBENDING RADIUS IS 3 X (NOM. DIA. IN INCH)INDUCTION FORMED ELBOWS TO MDS D42 (E-016) CAN BE SUPPLIED SUBJECT TO COMPANY APPROVALBORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBORDERLINE FOR WELDED/SEAMLESS PIPE MAY BE CHANGED PROVIDED WELD FACTOR IS SATISFIEDBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143OPTION. MAY BE USED AS AN ALT. TO PREVIOUS ITEMSEE VDS FOR PRESSURE/TEMPERATURE LIMITSSCHEDULE 80SIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDERWT UNDER TOLERANCE: DN 300 AND LESS = 12,5%, ABOVE DN 300 = 0,3 MM.

36914183740434591630636



Page: 145


ASME B.31.3 Code334,9355,3381,4409,9427,1430,8430,9 BAR



300323,936,0

600610,059,5

S-160

500508,050,0

S-160

450457,045,2

S-160

400406,440,5

S-160

350355,640,0

DNODTHK.SCH.

1521,33,7

S-80S

2026,73,9

S-80S

2533,44,6

S-80S

4048,37,1

S-160

5060,38,7

S-160

8088,911,1

S-160

100114,313,5

S-160

150168,322,0

S-XXS

200219,125,0

250273,132,0


PE PE A790-UNS S31803 SMLS D41 549 559Pipe 40 100 ASME B36.10M PE PE A928-UNS S31803 Cl.1or3 D42 549 559Pipe 150 150 ASME B36.10M PE PE A928-UNS S31803 Cl.1or3 D42 549 559Pipe 400 600 ASME B36.10M PE PE A790-UNS S31803 SMLS D41 549 559Pipe 15 25 ANSI/ASME B36.19 PE PE A928-UNS S31803 Cl.1or3 D42 549 559Pipe 200 350 ISO 4200 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg LR elbow 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D4345 deg 3D elbow 300 300 NBE1 BE BE Material as pipe Bending made from pipe 15 150 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg LR elbow 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D4390 deg 3D elbow 300 300 BE A815-UNS S31803 CL.WP-S/WX D43Cap 15 350 ASME B16.9 BE A815-UNS S31803 CL.WP-S/WX D43Cap 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Concentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Eccentric reducer 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 15 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Tee 400 600 MSS SP-75 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 20 350 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43Reducing branch tee 400 600 MSS SP-75EDS-200 BE BE A182-F51 D44Weldolet 50 600 RJ A182-F51 D44Blind flange 15 300 ASME B16.5

| CJ A182-F51 D44Blind flange compact 15 600 Norsok NCF5NAF1 RJ BE A182-F51 D44 14Weld neck flange 15 300 ASME B16.5

|EDS-351 CJ BE A182-F51 D44Weld neck flange compact 15 600 Norsok NCF5EDS-200 RJ BE A182-F51 D44Reinforced Nipo Flange 50 600


|EDS-351 CJ CJ A240-UNS S31803 D45Spacer compact 15 600 Norsok NCF5NLB1 RJ RJ A240-UNS S31803 D45Spectacle blank 20 150 EDS-048 RJ RJ A240-UNS S31803 D45Spade 200 300

| CJ CJ A240-UNS S31803 D45Spade compact 15 600 Norsok NCF5EDS-042 RJ RJ A240-UNS S31803 D45Drip Ring 50 300

|EDS-043 CJ CJ A240-UNS S31803 D45Drip ring compact 50 600 Norsok NCF5EDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 600 Grayloc type ImpEDS-350 CL BE A182-F51 D44 630Hub 50 600 Grayloc type CL A182-F51 D44Blind Hub 50 600 Grayloc type CL A564-630 PTFE Coat Seal Ring 50 600 Grayloc type RJ A240-316 Gasket oval ring 15 300 ASME B16.20

|EDS-031 CJ Duplex (SE) Gasket ring IX 15 600 Norsok NCF5EDS-021 A320-L7 40Studbolt 15 600 ASME B16.5EDS-021 ASTM A194-7 40Nut, heavy hex 15 600 ASME B16.5

|BLGD3AK CJ CJ Duplex (SE) 45Ball valve, RB 80 300 BLGD3AJ RJ RJ Duplex (SE) 45Ball valve, RB 80 300 BLGD3AC CL CL Duplex (SE) 45Ball valve, RB 80 600 BLGD3AB BE BE Duplex (SE) 45Ball valve, RB 80 600

|BLGD4AK CJ CJ Duplex (SE) 45Ball valve, FB 50 600 BLGD4AJ RJ RJ Duplex (SE) 45Ball valve, FB 50 300 BLGD4AC CL CL Duplex (SE) 45Ball valve, FB 50 600 BLGD4AB BE BE Duplex (SE) 45Ball valve, FB 50 600

|BLGD5AK CJ CJ Duplex (SE) 45Ball valve, metal seat, RB 80 600 BLGD50J RJ RJ Duplex (SE) 45Ball valve, metal seat, RB 80 300 ASME B16.10 LP

|BLGD50C CL CL Duplex (SE) 45Ball valve, metal seat, RB 80 600 ASME B16.10 LPBLGD50B BE BE Duplex (SE) 45Ball valve, metal seat, RB 80 300

|BLGD6AK CJ CJ Duplex (SE) 45Ball valve, metal seat, FB 50 600 BLGD60J RJ RJ Duplex (SE) 45Ball valve, metal seat, FB 50 300 ASME B16.10 LPBLGD60C CL CL Duplex (SE) 45Ball valve, metal seat, FB 50 600 ASME B16.10 LPBLGD60B BE BE Duplex (SE) 45Ball valve, metal seat, FB 50 600 API 6D LP+PCHGD02B BE BE Duplex (SE) Check valve 40 40 CHGD00B BE BE Duplex (SE) 45Check valve, piston 15 25 CHGD50C CL CL Duplex (SE) Check valve, dual 50 500 API 594GTGD40J RJ RJ Duplex (SE) Gate valve Through conduit 50 300 API 6DGTGD40C CL CL Duplex (SE) Gate valve Through conduit 50 600 GTGD40B BE BE Duplex (SE) Gate valve Through conduit 50 600


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: GD202005-07-22Printed date:

Page: 146

|GTGD4AK CJ CJ Duplex (SE) Gate valve Through conduit, Slab 50 300 |GTGD1AK CJ CJ Duplex (SE) Gate valve, wedge 15 300

GTGD10J RJ RJ Duplex (SE) Gate valve, wedge 25 300 ASME B16.10GTGD00D BE FT Duplex (SE) 18Gate valve, wedge 15 25 GTGD02D BE FT Duplex (SE) 18Gate valve, wedge 40 40 GTGD10B BE BE Duplex (SE) Gate valve, wedge 15 600 ASME B16.10GBGD10J RJ RJ Duplex (SE) Globe valve 15 250 ASME B16.10GBGD10B BE BE Duplex (SE) Globe valve 15 250 ASME B16.10

|GBGD1AK CJ CJ Duplex (SE) Globe valve, swiwelling 15 250 |CBGD1AK CJ CJ Duplex (SE) 45Combination valve, 3-W DBB 25 80

CBGD10J RJ RJ Duplex (SE) 45Combination valve, 3-W DBB 25 80

HEADER SIZE600

16,3 ,416,3 ,416,3 ,416,3 ,4

333332222221

Branch152025405080

100150200250300350400450500600

50016,3 ,416,3 ,416,3 ,416,3 ,4

33332222221

45016,3 ,416,3 ,416,3 ,416,3 ,4

3333222221

40016,3 ,416,3 ,416,3 ,416,3 ,4

333222221

35016,3 ,416,3 ,416,3 ,416,3 ,4

33322221

30016,3 ,416,3 ,416,3 ,416,3 ,4

3332221

25016,3 ,416,3 ,416,3 ,416,3 ,4

332221

20016,3 ,416,3 ,416,3 ,416,3 ,4

33221

15016,3 ,416,3 ,416,3 ,416,3 ,4

3221

10016,3 ,416,3 ,416,3 ,416,2 ,4

221

8016,3 ,416,3 ,416,3 ,416,2 ,4

21

5016,3 ,416,2 ,416,2 ,4

16,21

402221

25221

2021

151


116234

Notes:BORE TO MATCH PIPE.FOR INSTRUMENT PRESSURE CONNECTION ONLYBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143SEE VDS FOR PRESSURE/TEMPERATURE LIMITSIF OP. TEMP. IS ABOVE 110 DEG. C, SPECIAL CARE SHALL BE TAKEN TO AVOID CHLORIDE STRESS CORROSION CRACKINGWT UNDER TOLERANCE: DN 350 AND LESS = 12,5%, ABOVE DN 350 = 0,3 MMIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

14184045549559630


DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: GD202005-07-22Printed date:

Page: 147

(API 5000)API5000 RATING Max Design Pressure at Temperature3,00 mm Corr. Allow120,0100,050,038,0-29,0 Degr. C

ASME B31.3 Code345,0345,0345,0345,0345,0 BAR


SERVICES :

DNODTHK.SCH.

5060,311,1

S-XXS

8088,915,2

S-XXS

100114,317,1

S-XXS

125141,321,0

150168,324,0

200219,130,0


BE BE API 5L-X52 C22Pipe 200 200 BE BE API 5L-X52 C22Pipe 50 100 ASME B36.10M BE BE API 5L-X52 C22Pipe 125 150 ISO 4200EDS-141 BE AISI 4130 X01 31145 deg 3D elbow 50 150 Reinf. 2xWT BackedEDS-141 BE AISI 4130 X01 31190 deg 3D elbow 50 150 Reinf. 2xWT Backed BE BE A860-WPHY-52 C21Concentric reducer 80 200 ASME B16.9 BE BE A860-WPHY-52 C21Eccentric reducer 80 200 ASME B16.9EDS-141 BE RJ AISI 4130 X01 315Tee 50 150 Flange acc. to API 6EDS-141 BE BE AISI 4130 X01Tee 50 150 Long sweepEDS-141 BE BE AISI 4130 X01 415Tee 50 150 Long sweep Full fl.EDS-141 BE BE AISI 4130 X01 415Reducing branch tee 80 150 Long sweep Full fl.EDS-200 BE BE A694-F52 C21Weldolet 150 150 EDS-141 BE AISI 4130 X0145 deg. Lateral tee 50 150 RJ A788 AISI 4130 X91 418Blind flange 50 200 API 6ANAF1 RJ BE A788 AISI 4130 X91 14 418Weld neck flange 50 200 API 6A RJ RJ A516-70 C11Spacer 50 150 RJ RJ A516-70 C11Spade 50 150 BE A694-F52 C21 415Plug 50 150 Bull Plug Hollow typeEDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 150 Grayloc type ImpEDS-350 CL BE A694-F52 C21Hub 50 150 Grayloc typeEDS-350 CL BE A694-F52 C21 630Hub 50 100 Grayloc typeEDS-081 BE BE A694-F52 C21 419Mechanical connection 50 150 Hammer lug fig1002 CL A694-F52 C21Blind Hub 50 150 Grayloc typeEDS-081 BE BE A694-F52 C21 419Mech. connection, misaligning 50 125 Hammer lug fig1003 CL A788 AISI 4140 PTFE Coat Seal Ring 50 150 Grayloc typeEDS-141 BE AISI 4130 X01Stand Pipe 50 150 160deg. Goose neckEDS-141 BE AISI 4130 X01Cross 50 150 Full flow Soft iron 15Gasket ring RX 50 150 API 6AEDS-021 A193-B7 40Studbolt 50 150 ASME B16.5EDS-021 A194-2H 40Nut, heavy hex 50 150 ASME B16.5BLJC3AJ RJ RJ Carbon steel (SE) Ball valve, RB 50 150 CHJC5AJ RJ RJ Carbon steel (SE) Check valve, dual, wafer 50 150 GTJC4AJ RJ RJ Carbon steel (SE) 423Gate valve Through conduit 50 150 GBJC1AJ RJ RJ Carbon steel (SE) Globe valve 50 150 GBJC1AB BE BE Carbon steel (SE) Globe valve 50 100 GBJC1AB BE BE Carbon steel (SE) Globe valve 150 150 PGJC9AX RJ RJ Carbon steel (SE) 101Plug valve, circular flow 50 150

HEADER SIZE200 - - - - -

-

Branch5080

100125150200

1503222

1 ,1 ,1

125222

1 ,1 ,1

10022

1 ,1 ,1

802

1 ,1 ,1

501 ,1 ,1

TeeReducing branch teeWeldolet

123

Notes:BORE TO MATCH PIPE.SOFT IRON RING GASKET TO BE USED AT SPEC BREAKS AGAINST 6MO DUPLEX & 316L MATERIALSBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143FOR ENTRAINED SAND SERVICES (SEE. DRAINS ETC.) PLUG VALVES SHALL BE USEDFOR CEMENT SLURRY USE REINF. BACKED ELBOWSTO BE USED FOR XMAS TREE ONLYFOR 90 DEG. BEND ON HP MUD & KILL FLUID USE LONG SWEEP TEE & BW BULL PLUGDN50= 2 1/16", DN80 = 3 1/8", DN100 = 4 1/16", DN125 = 5 1/8", DN 150 = 7 1/16"NOT FOR GENERAL USE - ALL LOCATIONS SHALL BE SPECIFIEDGATE VALVES SHALL NOT BE USED IN CEMENT LINESIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

141540101311315415418419423630

Imperial MasterLA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07375 01


Page: 148

Max Design Pressure at Temperature RATINGDegr. C -29,0 38,0 50,0 60,0 Corr. Allow 0,00 mmBAR 345,0 345,0 345,0 345,0 Code ASME B31.3WELD FACTOR: 1,00WALL THICKNESS TOLERANCE: TUBE +/- 10 %, PIPE +/- 12,5 %SERVICES: See Service Index List

DN 40 50OD 10 12 16 18 20 25 30 38 48,3 60,3THK. 1,5 2 2,5 2,5 3 4 4 5 7,1 8,7SCH. S-160 S-160

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NoteTUBE 10 38 DIN 2391.C PE ASTM A 269 GR TP316 SMLSPIPE 40 50 ASME B36.10 PE ASTM A 312 GR TP316 SMLS S013D PULLED BEND 10 38 MADE FROM TUBING PE ASTM A 269 GR TP316 SMLS 550, 551, 552BENDING MADE FROM PIPE 40 50 NBE1 BE BE ASTM A 312 GR TP316 SMLS45 DEG LR ELBOW 40 50 ASME B16.9 BE BE A403-WP316 CL.S/WX S0190 DEG LR ELBOW 40 50 ASME B16.9 BE BE A403-WP316 CL.S/WX S01CAP 40 50 ASME B16.9 BE A403-WP316 CL.S/WX S01TUBE FITTINGS 10 18 SAE J 514-NPT, HYDR. FITT. 37 DEG. FLARE, O-RING ASTM A 182 GR F316 321, 614FLANGE, 4-BOLT C/W CONE 20 38 ISO 6162 - 2, FOR 37 DEG.FLARED TUBE ASTM A 182 GR F316 320, 614FLANGE, RETAIN RING WITH WELDING HUB 40 50 ISO 6162 - 2 (SAE 518 C) FF BE ASTM A 182 GR F316 620FLANGED FITTING 20 50 ISO 6162 - 2, HYDRAULIC FITT. FLANGED FF FF ASTM A 182 GR F316 614FLG. FEMALE, 4-BOLT,THR 20 38 ISO 6162 - 2, FOR RETAIN RING - NPT FF FT ASTM A 182 GR F316 614FLG. MALE, 4-BOLT,THR 20 38 ISO 6162 - 2, FOR RETAIN RING - NPT FF MT ASTM A 182 GR F316 614BLIND FLANGE 20 50 ISO 6162 - 2 (SAE 518 C) FF ASTM A 182 GR F316 614ADAPTOR RING BETW. O-RING / ISO 6162 - 2 20 50 ISO 6162 - 2 (SAE 518 C) AISI 316RETAIN RING 20 50 AISI 302CONCENTRIC REDUCER 50 50 ASME B16.9 BE BE A403-WP316 CL.S/WX S01REDUCING BRANCH TEE 50 50 ASME B16.9 NFI1 BE BE A403-WP316 CL.S/WX S01TEE 40 50 ASME B16.9 NFI1 BE BE A403-WP316 CL.S/WX S01TEE BETW. FLG. PILOT CONN. 20 50 ISO 6162 - 2 (SAE 518 C) FF FF ASTM A 182 GR F316HEX. SOCKET HEAD PLUG 15 50 ASME B16.11 ASTM A 182 GR F316GASKET 20 50 BONDED SEAL: AISI 316 & PERBUNANHEX. SOCKET HEAD SCREWS 20 50 ASME B16.5 ASTM A193-B8M CL.2NUTS 20 50 ASME B16.5 ASTM A194-8MBALL FB 10 18 BLXS0AT FT FT 316 SSBALL FB 20 38 BLXS0AE FLG FLG 316 SSBALL FB 40 50 BLXS1AE FLG FLG 316 SSCHECK 10 18 CHXS0AT FT FT 316 SSCHECK 20 38 CHXS0AE FLG FLG 316 SSCHECK 20 50 CHXS1AE FLG FLG 316 SSNEEDLE 10 18 NEXS0AT FT FT 316 SS

H E A D E R S I Z EBRANCH 50 40 38 30 25 20 18 16 12 10 R

10 3 3 3 3 2 2 2 112 3 3 3 3 2 2 116 3 3 3 3 2 118 3 3 3 3 120 4 4 4 4 4 525 4 4 4 4 530 4 4 4 538 4 4 540 6 750 7

1 EQUAL TEE SAE J 514 / TEE UNION COMPRESSION FITTINGS2 TEE-R/CPL SAE J 514 / TEE UNION W/REDUCER COMPRESSION FITTING3 RED. BLOCK TEE ISO 6162 - 2 / TEE UNION COMPRESSION FITTING4 RED. BLOCK TEE ISO 6162 - 25 EQ. BLOCK TEE ISO 6162 - 26 REDUCING BRANCH TEE ASME B16.97 EQ. TEE ASME B16.9

Notes:320 APPLIES ALSO TO CONE & SLEEVE MATERIAL321 ADAPTORS TO OTHER THREAD STANDARDS MAY BE USED AS REQUIRED550 BENDING RADIUS FOR COLD BENDING OF TUBING: OD10 = MIN.2,4xOD; OD12-38 = MIN.3,0xOD551 PRIOR TO COLD BENDING TUBE SHALL BE CHECKED FOR SUFFICIENT ADDITIONAL WALL THICKNESS552 MIN. WALL THICKNESS WITHOUT MANUF. TOLERANCE: OD18 = 2,3MM; OD30 = 3,8MM; OD38 = 4,8MM614 FOR NPT SIZES:OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 mm = 1" , OD 38 mm = 1 1/4".620 GROOVING DIRECT ON TO PIPE / TUBE IS NOT PERMITTED. WELDING HUB FLANGES TO BE USED



NHT-P54-07384

5000 PSI

SHEET NO REVISION

LC2 Imperial Master1 01

Page: 149

Max Design Pressure at Temperature RATINGDegr. C -29,0 38,0 50,0 60,0 Corr. Allow 0,00 mmBAR 345,0 345,0 345,0 345,0 Code ASME B31.3WELD FACTOR: 1,00WALL THICKNESS TOLERANCE: TUBE +/- 10 %SERVICES: See Service Index List

DNOD 10 12 16 18 20 25THK. 1,5 2 2,5 2,5 3 4SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NoteTUBE 10MM 25MM DIN 2391-C PE PE A 269 GR. TP316 SMLS3D PULLED BEND 10MM 25MM PE PE A 269 GR. TP316 SMLS 550, 551, 552ELBOW UNION 90 COMPR. FITT. 10MM 25MM UN A 182 GR. F316 457ELBOW FEMALE 90 COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F316 456, 457ELBOW MALE 90 COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 457, 614, TEE UNION COMPR.FITT. 10MM 25MM UN A 182 GR. F316 457TUBE CROSS COMPR. FITT. 10MM 25MM UN A 182 GR. F316 457REDUCING UNION COMPR. FITT. 10MM 25MM UN A 182 GR. F316 457REDUCER COMPR. FITT. 10MM 25MM PE UN A 182 GR. F316 457CONNECTOR FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F316 456, 457, 614, CONNECTOR MALE COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 457, 614, BULKHEAD UNION COMPR. FITT. 10MM 25MM UN A 182 GR. F316 457BULKH.CONN. FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F316 456, 457, 614BULKH.CONN.MALE. COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 457, 614BULKH. ADAPTER COMPR.FITT. 10MM 25MM UN PE A 182 GR. F316 457ADAPTER FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F316 456, 457, 614ADAPTER MALE.COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 457, 614AD. W/ O-RING MALE. COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 457, 614CAP COMPR. FITT. 10MM 25MM UN A 182 GR. F316 457, 546COMPR. NUT / FERRULES 10MM 25MM METRIC A 182 GR. F316 457BALL FB 10 25 BLXS0AT FT FT 316 SSCHECK 10 25 CHXS0AT FT FT 316 SSNEEDLE 10 25 NEXS0AT FT FT 316 SS

H E A D E R S I Z EBRANCH 38 30 25 20 18 16 12 10 R

10 2 2 2 2 2 2 2 112 2 2 2 2 2 2 116 2 2 2 2 2 118 2 2 2 2 120 2 2 2 125 2 2 1 1 TEE UNION30 2 1 2 TEE UNION W/ REDUCER38 1

Notes:456 THIS PIPING CLASS TO BE USED ONLY IN NON-CRITICAL SERVICES UPON COMPANY APPROVAL 457 COMPRESSION FITTINGS SHALL BE THE PROJECT SELECTED VENDOR. (6000 PSI) (FOR 10 - 25 MM) 614 FOR NPT SIZES:OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 mm = 1" , OD 38 mm = 1 1/4"550 BENDING RADIUS FOR COLD BENDING OF TUBING: OD10 = MIN.2,4xOD; OD12-25 = MIN.3,0xOD551 PRIOR TO COLD BENDING TUBE SHALL BE CHECKED FOR SUFFICIENT ADDITIONAL WALL THICKNESS552 MIN. WALL THICKNESS WITHOUT MANUF. TOLERANCE: OD18 = 2,3MM

TECHNOLOGY & PIPING CLASSPROJECTS-DIVISION


NHT-P54-07385

5000 PSI

REVISION

LC3 Imperial Master1 01

SHEET NODOCUMENT NUMBER

Page: 150

(API10000)API10000 RATING Max Design Pressure at Temperature0,00 mm Corr. Allow90,038,0-15,0 Degr. C

ASME B31.3 Code690,0690,0690,0 BAR



DNODTHK.SCH.

5060,311,1

S-XXS

8088,915,2

S-XXS

100114,320,0

125141,325,0

150168,330,0


BE BE A519 AISI 4130 X01Pipe 50 150 ASME B36.10MEDS-142 BE BE A234 AISI 4130 X01 31145 deg 3D elbow 50 150 Reinf. 2xWT BackedEDS-142 BE BE A234 AISI 4130 X01 31190 deg 3D elbow 50 150 Reinf. 2xWT Backed BE BE A234 AISI 4130 X01Concentric reducer 80 150 ASME B16.9 BE BE A234 AISI 4130 X01Eccentric reducer 80 150 ASME B16.9EDS-142 BE BE A234 AISI 4130 X01Tee 50 150 Long sweepEDS-142 BE BE A234 AISI 4130 X01 415Tee 50 150 Long sweep Full fl.EDS-142 BE BE A234 AISI 4130 X01 415Reducing branch tee 80 150 Long sweep Full fl.EDS-142 BE BE A234 AISI 4130 X0145 deg. Lateral tee 50 150 RJ A788 AISI 4130 X91Blind flange 50 150 API 6AEDS-144 RJ BE A788 AISI 4130 X91Weld neck flange 50 150 API 6A BE A234 AISI 4130 X01 415Plug 50 150 Bull Plug Hollow typeEDS-350 CL A788 AISI 4140 X02Clamp set, complete 50 150 Grayloc type ImpEDS-350 CL BE A788 AISI 4130 X91Hub 50 150 Grayloc typeEDS-350 CL BE A788 AISI 4130 X91 630Hub 50 150 Grayloc type BE BE AISI 4130 Mechanical connection 50 125 Hammer lug fig1502 CL A788 AISI 4130 X91Blind Hub 50 150 Grayloc type CL A788 AISI 4140 PTFE Coat Seal Ring 50 150 Grayloc typeEDS-142 BE BE A234 AISI 4130 X01Stand Pipe 50 150 160deg. Goose neckEDS-142 BE BE A234 AISI 4130 X01Cross 50 150 Full flow Soft iron 15Gasket ring BX 50 150 API 6AEDS-021 A193-B7 40Studbolt 50 150 ASME B16.5EDS-021 A194-2H 40Nut, heavy hex 50 150 ASME B16.5CHKC2AC CL CL Carbon steel (SE) Check valve, swing 50 125 GTKX40C CL CL Carbon steel (SE) Gate valve Through conduit 50 150 MANUF.STDGTKC1AC CL CL Carbon steel (SE) Gate valve, wedge 50 125 GBKC1AC CL CL Carbon steel (SE) Globe valve 50 125 PGKC9AC CL CL Carbon steel (SE) Plug valve, circular flow 50 150

HEADER SIZE150 -222

1 ,1

Branch5080

100125150

125222

1 ,1

10022

1 ,1

802

1 ,1

501 ,1

TeeReducing branch tee

12

Notes:SOFT IRON RING GASKET TO BE USED AT SPEC BREAKS AGAINST 6MO DUPLEX & 316L MATERIALSBOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143FOR CEMENT SLURRY USE REINF. BACKED ELBOWSFOR 90 DEG. BEND ON HP MUD & KILL FLUID USE LONG SWEEP TEE & BW BULL PLUGIF USED WITH OLD MECHANICAL JOINTS, INTERCHANGEABILITY SHALL ALWAYS BE CHECKED BEFORE ORDER

1540311415630

Imperial MasterMA1PIPING CLASS TECHNOLOGY & PROJECTS 1NHT-P54-07416 01

DIVISION REVISION SHEET NO DOCUMENT NUMBERNorsok Class: KX702005-07-22Printed date:

Page: 151

Max Design Pressure at Temperature RATING 10000 PSI Degr. C -29,0 38,0 50,0 Corr. Allow 0,00 mmBAR 690,0 690,0 690,0 Code ASME B31.3WELD FACTOR: 1,00WALL THICKNESS TOLERANCE: 12,5 %SERVICES: See Service Index List

DN 15 20 25 40 50OD 21,3 26,7 33,4 48,3 60,3THK. 7,5 7,8 9,1 10,2 11,1SCH. S-XXS S-XXS S-XXS S-XXS S-XXS

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NotePIPE 15 50 ANSI B36.10 PE PE A790 S31803 D41BENDING MADE FROM PIPE NBE1 BE BE MATERIAL AS PIPE45 DEG. LR ELBOW 15 50 ASME B16.9 BE BE A815 UNS S31803 CL.WP-S/WX D4390 DEG. LR ELBOW 15 50 ASME B16.9 BE BE A815 UNS S31803 CL.WP-S/WX D43TEE 15 50 ASME B16.9 NFI1 BE BE A815 UNS S31803 CL.WP-S/WX D43REDUCING BRANCH TEE 20 50 ASME B16.9 NFI1 BE BE A815 UNS S31803 CL.WP-S/WX D43ECCENTRIC REDUCER 20 50 ASME B16.9 BE BE A815-UNS S31803 CL.WP-S/WX D43FLANGED FITTING, BLOCK ELBOW 15 25 SAE J518C CODE 62, HYDRAULIC FITT. 690 BAR A182-F51 D44FLANGED FITTING, BLOCK ELBOW 40 50 SAE J518C CODE 62, HYDRAULIC FITT. 690 BAR A182 UNS S32550/750/760 D54FLANGED FITTING, BLOCK TEE 15 25 SAE J518C CODE 62, HYDRAULIC FITT. 690 BAR A182-F51 D44FLANGED FITTING, BLOCK TEE 40 50 SAE J518C CODE 62, HYDRAULIC FITT. 690 BAR A182 UNS S32550/750/760 D54FLANGED FITTING, REDUCING BLOCK TEE 15 25 SAE J518C CODE 62, HYDRAULIC FITT. 690 BAR A182-F51 D44FLANGED FITTING, REDUCING BLOCK TEE 40 50 SAE J518C CODE 62, HYDRAULIC FITT. 690 BAR A182 UNS S32550/750/760 D54BLIND FLANGE 15 25 SAE J518C, CODE 62, 690 BAR A182-F51 D44BLIND FLANGE 40 50 SAE J518C, CODE 62, 690 BAR A182 UNS S32550/750/760 D54FLANGE, RETAIN RING 15 25 SAE J518C, CODE 62, 690 BAR A182-F51 D44FLANGE, RETAIN RING 40 50 SAE J518C, CODE 62, 690 BAR A182 UNS S32550/750/760 D54FLANGE W/WELDING HUB, RETAIN RING 15 25 SAE J518C, CODE 62, 690 BAR BE A182-F51 D44FLANGE W/WELDING HUB, RETAIN RING 40 50 SAE J518C, CODE 62, 690 BAR BE A182 UNS S32550/750/760 D54FLANGE, W/MALE NPT HUB, RETAIN RING 15 25 SAE J518C, CODE 62, 690 BAR MT A182-F51 D44FLANGE, W/MALE NPT HUB, RETAIN RING 40 50 SAE J518C, CODE 62, 690 BAR MT A182 UNS S32550/750/760 D54GASKET 15 50 BONDED SEAL AISI 316 + PERBUNANHEX. SOCKET HEAD SCREWS 15 50 ASME B16.5 A193-L7 40HEX. NUT 15 50 ASME B16.5 A194-7 40BALL VALVE, FB 15 50 BLKD40E SP SP DUPLEX (SE)CHECK VALVE 15 50 CHKD0AE SP SP DUPLEX (SE)

H E A D E R S I Z EBRANCH 50 40 25 20 15

15 2 2,4 2,4 2,4 1,320 2,4 2,4 2,4 1,325 2,4 2,4 1,340 2,4 1,350 1,3

1 BLOCK TEE2 RED BLOCK TEE3 TEE (ASME)4 REDUCING BRANCH TEE (ASME)

Notes:40 BOLTING SHALL BE HOT DIP GALVANISED TO ASTM A153 AND A143.

TECHNOLOGY & ME1

PROJECTS- 02

DIVISION26.07.05 Norsok class: KD80

REVISIONSHEET NUMBERPrinted date:

PIPING CLASS

NHT-P54-07408

DOCUMENT NUMBER

1

Imperial Master

Page: 152

Max Design Pressure at Temperature RATING SPECIALDegr. C -10,0 38,0 50,0 60,0 Corr. Allow 0,00 mmBAR 230,0 230,0 230,0 230,0 Code ASME B31.3WELD FACTOR: 1,0WALL THICKNESS TOLERANCE: TUBE +/- 10 %SERVICES: SEE SERVICE INDEX LIST

DN ROD 10 12 16 18 20 25 30 38THK. 1 1,5 1,5 2 2 2,5 3 4SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NoteTUBE 10 38 DIN 2391-C PE A 269 GR TP316 SMLS3D PULLED BEND 20 38 MADE FROM TUBE A 269 GR TP316 SMLS 402TUBE FITTINGS 10 18 SAE J 514-NPT, HYDR, FITT.37 DEG. FLARE ASTM A 182 GR F316 321TUBE FITTINGS 20 38 SAE J 518C. HYDR. FITTING FLANGED ASTM A 182 GR F316 412FLANGE MALE 20 38 SAE J 518 C, 3000PSI, RET. RING - NPT FT ASTM A 182 GR F316 412FLANGE 16 38 SAE J 518 C,4-BOLT FOR 37 DEG FLARED TUBE ASTM A 182 GR F316 320, 412BLIND FLANGE 16 38 SAE J 518 C, 3000 PSI ASTM A 182 GR F316 FLG. ADPT. O-RING/GS 16 38 SAE J 518 C, 3000 PSI AISI 316RETAIN RING 20 38 AISI 316TEE BETW. FLG. PILOT CONN. 20 38 SAE J 518 C,3000 PSI ASTM A182 GR F316HEX. SOCKET HEAD PLUG 20 38 ASTM A182 GR F316GASKET 16 38 BONDED SEAL: AISI 316&PERBUNANHEX. SOCKET HEAD SCREVS 16 38 METRIC TO DIN 912 ASTM A193-B8M, CL.2NUTS 16 38 METRIC TO DIN 934 ASTM A194-8MBALL FB 10 25 BLXS0AT FT FT 316 SSCHECK 10 25 CHXS0AT FT FT 316 SSNEEDLE 10 25 NEXS0AT FT FT 316 SS

H E A D E R S I Z EBRANCH 38 30 25 20 18 16 12 10

10 2 2 2 112 2 2 116 2 318 320 4 4 4 325 4 4 330 4 338 3

1 EQUAL TEE SAE J 514 / TEE UNION COMPRESSION FITTINGS2 TEE-R/CPL SAE J 514 / TEE UNION W/REDUCER COMPR. FITT.3 EQ. BLOCK TEE SAE J518C4 RED. BLOCK TEE SAE J518C

Notes:

45 SEE VDS FOR PRESSURE / TEMPERATURE LIMITS320 APPLIES ALSO TO CONE & SLEEVE MATERIAL321 ADAPTORS TO OTHER THREAD STANDARDS MAY BE USED AS REQUIRED402 MIN. WT. WITHOUT MANUF. TOLERANCE: 20=1.5, 25=1.8, 30= 2.2, 38=2.8.614 FOR NPT SIZES:OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 mm = 1" , OD 38 mm = 1 1/4".

TECHNOLOGY & SC3PROJECTS- 1 01DIVISION SHEET NUMBER REVISION

Imperial MasterPIPING CLASSNHT-P54-07386

DOCUMENT NUMBER

Page: 153

Max Design Pressure at Temperature RATING SPECIAL ATM. SYST.Degr. C -10,0 90,0 Corr. Allow 0,00 mmBAR 0.5 0.5 Code ASME B31.3WELD FACTOR:WALL THICKNESS TOLERANCE:SERVICES:

DN 40 50 70 100 125 150OD 42 53 73 103 133 159THK. 1,5 1,5 1,5 1,5 2,0 2,0SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NotePIPE MANUF. STANDARD STD. MANUF. STD. STAINLESS STEEL 227, 564BENDS MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELEQUAL TEES MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELRED. TEES MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELEQUAL TEE MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELRED. TEES MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELREDUCER ECC. MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELSOCKET MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELSOCKET MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELRODDING POINT MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELTRANSITION MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELOFFSET MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELPLUG MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELNOISE RED. SOCKET MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELSAFETY CONN. CLAMP MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELPENETRATION MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELINTERFACE FLANGE ASME B16.5 RF BE A182-F316INTERFACE FLANGE ASME B16.5 RF BE A182-F316RED. NIPPLE MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELGASKET MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELFLOOR DRAIN MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELJET CONN. MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELCOVER PLATE MANUF. STANDARD STD. MANUF. STD. STAINLESS STEELVACUM VALVE MANUF. STANDARD SVXP1AF STD. MANUF. STD. STAINLESS STEEL

H E A D E R S I Z EBRANCH

Notes:227 MANUFACTURERS STANDARD STAINLESS STEEL PIPE SYSTEM (TYPE SØN-X, LORO-X OR EQUAL)564 PIPING SHALL BE ALL-WELDED STAINLESS STEEL IF INSTALLED IN EXPOSED AREAS, I.E. UNDER DECK ON SEMIs

TECHNOLOGY & PIPING CLASS

PROJECTS-DIVISION DOCUMENT NUMBER


40 - 150

40 - 15040 - 15040 - 15040 - 150

40 - 15040 - 15040 - 15040 - 150

40 - 15040 - 15040 - 15040 - 15040 - 15040 - 15040 - 15040 - 150

40 - 150

40 - 150

40 - 15040 - 15040 - 15040 - 150

NHT-P54-07387REVISION

SC4 Imperial Master1 01

SHEET NO

Page: 154

Max Design Pressure at Temperature RATING SPECIALDegr. C -10,0 50,0 60,0 Corr. Allow 0,00 mmBAR 207,0 207,0 207,0 Code ASME B31.3WELD FACTOR: 1,0WALL THICKNESS TOLERANCE: +/- 10 %SERVICES: SEE SERVICE INDEX LIST

DNOD 10 12 16 18 20 25 30 38THK. 1 1 1,5 1,5 2 2,5 2,5 3,5SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 Note TUBE 10MM 38MM DIN 2391-C PE PE A 269 GR. TP316 SMLS3D PULLED BEND 10MM 38MM PE PE A 269 GR. TP316 SMLS 550, 551, 553ELBOW UNION 90 COMPR. FITT. 10MM 38MM UN A 182 GR. F316 520ELBOW FEMALE 90 COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F316 456, 520ELBOW MALE 90 COMPR. FITT. 10MM 38MM UN THR A 182 GR. F316 456, 520, 614 TEE UNION COMPR.FITT. 10MM 38MM UN A 182 GR. F316 520TUBE CROSS COMPR. FITT. 10MM 38MM UN A 182 GR. F316 520REDUCING UNION COMPR. FITT. 10MM 38MM UN A 182 GR. F316 520REDUCER COMPR. FITT. 10MM 38MM PE UN A 182 GR. F316 520CONNECTOR FEM. COMPR. FITT. 10MM 38MM UN SCD A 182 GR. F316 456, 520, 614 CONNECTOR MALE COMPR. FITT. 10MM 38MM UN THR A 182 GR. F316 456, 520, 614BULKHEAD UNION COMPR. FITT. 10MM 38MM UN A 182 GR. F316 520BULKH.CONN. FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F316 456, 520, 614BULKH.CONN.MALE. COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 520, 614BULKH. ADAPTER COMPR.FITT. 10MM 25MM UN PE A 182 GR. F316 520ADAPTER FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F316 456, 520, 614ADAPTER MALE.COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 520, 614AD. W/ O-RING MALE. COMPR. FITT. 10MM 25MM UN THR A 182 GR. F316 456, 520, 614CAP COMPR. FITT. 10MM 38MM UN A 182 GR. F316 520COMPR. NUT / FERRULES 10MM 25MM METRIC A 182 GR. F316 520BALL 10MM 38MM BLIS0BT FT FT 316 SSNEEDLE 10MM 38MM NEIS0BT FT FT 316 SSCHECK 10MM 38MM CHIS0BT FT FT 316 SS


10 2 2 2 2 2 2 2 112 2 2 2 2 2 2 116 2 2 2 2 2 118 2 2 2 2 120 2 2 2 125 2 2 130 2 138 1

1 TEE UNION2 TEE UNION W/ REDUCER

Notes:456 THIS PIPING CLASS TO BE USED ONLY IN NON-CRITICAL SERVICES UPON COMPANY APPROVAL 520 COMPRESSION FITTINGS SHALL BE THE PROJECT SELECTED VENDOR. 614 FOR NPT SIZES:OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 mm = 1" , OD 38 mm = 1 1/4".550 BENDING RADIUS FOR COLD BENDING OF TUBING: OD10 = MIN.2,4xOD; OD12-38 = MIN.3,0xOD551 PRIOR TO COLD BENDING TUBE SHALL BE CHECKED FOR SUFFICIENT ADDITIONAL WALL THICKNESS553 MIN. WALL THICKNESS WITHOUT MANUF. TOLERANCE: OD12 = 0,95MM; OD18 = 1,4MM; OD30 = 2,4MM



NHT-P54-07388SHEET NO REVISION

Imperial MasterSC51 01

Page: 155

Max Design Pressure at Temperature RATING 6000 psiDegr. C -10,0 38,0 50,0 60,0 Corr. Allow 0,00 mmBAR 400,0 400,0 400,0 400,0 Code ASME B31.3WELD FACTOR: 1,0WALL THICKNESS TOLERANCE: TUBE +/- 10 %SERVICES: SEE SERVICE INDEX LIST

DN ROD 10 12 16 18 20 25 30 38THK. 2 2 2,5 3 3,5 4 5 6SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NoteTUBE 10 38 DIN 2391-C PE A 269 GR TP316 SMLS3D PULLED BEND 10 38 MADE FROM TUBE NBE1 A 269 GR TP316 SMLS 550, 551, 554TUBE FITTINGS 10 18 SAE J 514-NPT, HYDR. FITT. 37 DEG. FLARE, O-RING ASTM A 182 GR F316 321, 614FLANGE, 4-BOLT C/W CONE 20 38 ISO 6162 - 2, FOR 37 DEG.FLARED TUBE A 182 GR F316 320, 614FLANGE, RETAIN RING, WITH WELDING HUB 20 38 ISO 6162 - 2 (SAE J518C) FF BW A 182 GR F316 620FLANGED FITTING 20 38 ISO 6162 - 2, HYDR. FITT. FLANGED FF FF A 182 GR F316 614FLG. FEMALE, 4-BOLT,THR 20 38 ISO 6162 - 2, FOR RETAIN RING - NPT FF FT A 182 GR F316 614FLG. MALE, 4-BOLT,THR 20 38 ISO 6162 - 2, FOR RETAIN RING - NPT FF MT A 182 GR F316 614BLIND FLANGE 20 38 ISO 6162 - 2 (SAE J518C) FF A 182 GR F316 614ADPTOR RING BETW. O-RING / ISO 6162-2 20 38 ISO 6162 - 2 (SAE J518C) AISI 316RETAIN RING 20 38 AISI 302TEE BETW. FLG. PILOT CONN. 20 38 ISO 6162 - 2 (SAE J518C) FF FF A 182 GR F316HEX. SOCKET HEAD PLUG 10 38 ASME B16.11 MT A 182 GR F316GASKET 20 38 BONDED SEAL: AISI 316 & PERBUNANHEX. SOCKET HEAD SCREWS 20 38 ASME B16.5 A 193-B8M CL.2NUTS 20 38 ASME B16.5 A 194-8MBALL FB 10 18 BLXS0AT FT FT 361 SSBALL FB 20 38 BLXS0AE FLG FLG 316 SSCHECK 10 18 CHXS0AT FT FT 316 SSCHECK 20 38 CHXS0AE FLG FLG 316 SSNEEDLE 10 18 NEXS0AT FT FT 316 SS

H E A D E R S I Z EBRANCH 38 30 25 20 18 16 12 10 R

10 5 5 5 5 2 2 2 112 5 5 5 5 2 2 116 5 5 5 5 2 118 5 5 5 5 120 4 4 4 325 4 4 330 4 338 3

1 EQUAL TEE SAE J 514 / TEE UNION COMPRESSION FITTINGS2 TEE-R/CPL SAE J 514 / TEE UNION W/REDUCER COMPR. FITT.3 EQ. BLOCK TEE ISO 6162 - 24 RED. BLOCK TEE ISO 6162 - 25 RED. BLOCK TEE ISO 6162 - 2 / TEE UNION COMPRESSION FITTINGS

Notes:320 APPLIES ALSO TO CONE & SLEEVE MATERIAL321 ADAPTORS TO OTHER THREAD STANDARDS MAY BE USED AS REQUIRED550 BENDING RADIUS FOR COLD BENDING OF TUBING: OD10 = MIN.2,4xOD; OD12-38 = MIN.3,0xOD551 PRIOR TO COLD BENDING, TUBE SHALL BE CHECKED FOR SUFFICIENT ADDITIONAL WALL THICKNESS554 MIN. WALL THICKNESS WITHOUT MANUF. TOLERANCE: OD16 = 2,35MM; OD25 = 3,7MM; OD38 = 5,6MM614 FOR NPT SIZES:OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 mm = 1" , OD 38 mm = 1 1/4".620 GROOVING DIRECT ON TO PIPE / TUBE IS NOT PERMITTED. WELDING HUB FLANGES TO BE USED



NHT-P54-07389 1 01SHEET NO REVISION

Imperial MasterSC6

Page: 156

Max Design Pressure at Temperature RATING 3000 PSIDegr. C -10,0 38,0 50,0 60,0 Corr. Allow 0,00 mmBAR 207,0 207,0 207,0 207,0 Code ASME B31.3WELD FACTOR: 1,0WALL THICKNESS TOLERANCE: TUBE +/- 10 %, PIPE +/- 12,5 %SERVICES: SEE SERVICE INDEX LIST

DN 40 50 80 100OD 10 12 16 18 20 25 30 38 48,3 60,3 88,9 114,3THK. 1 1,5 2 2 2 2,5 3 4 5,1 5,5 7,6 11,1SCH. S-80S S-80S S-80S S-120

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NoteTUBE 10 38 DIN 2391-C PE A269 GR. TP316 SMLSPIPE 40 100 ASME B36.10M PE A312 GR TP316 SMLS S01BEND PULLED 3D 10 38 MADE FROM TUBE NBE1 PE A269 GR. TP316 SMLS 550, 551, 55590-45 DEG. 3D BEND 40 100 INDUCTION FORMED NBE1 A312 GR TP316 SMLS S01 406, 407TUBE FITTINGS 10 38 SAE J 514-NPT,HYDR, FITT.37 DEG. FLARE, O-RING A182 GR F316 321

FLANGED FITTINGS 40 80 SAE J 518C. HYDR. FITTING FLANGED A182 GR F316 404, 614FLANGED FITTINGS 100 100 ISO 6164 A182 GR F316ASME FITTINGS 40 100 ASME B16.9 BE A403 GR WP 316

FLANGE, 4-BOLT 40 80 SAE J 518 C, 3000PSI,FOR RET. RING A182 GR F316 404, 614FLANGE, 4-BOLT 100 100 ISO 6164, FOR RETAIN RING A182 GR F316FLANGE, 4-BOLT 40 80 SAE J 518 C,4-BOLT FOR 37 DEG FLARED TUBE A182 GR F316 320, 404, 614BLIND FLANGE 40 80 SAE J 518 C, 3000 PSI A182 GR F316 BLIND FLANGE 100 100 ISO 6164 A182 GR F316FLG. ADPT. O-RING/GS 40 80 SAE J 518 C, 3000 PSI AISI 316FLG. ADPT. O-RING/GS 100 100 ISO 6164 AISI 316RETAIN RING 40 100 AISI 316TEE BETW. FLG. PILOT CONN. 40 80 SAE J 518 C,3000 PSI A182 GR F316TEE BETW. FLG. PILOT CONN. 100 100 ISO 6164 A182 GR F316HEX. SOCKET HEAD PLUG 40 100 A182 GR F316GASKET 40 100 BONDED SEAL: AISI 316 & PERBUNANHEX. SOCKET HEAD SCREVS 40 100 METRIC TO DIN 912 A193-B8M, CL.2NUTS 40 100 METRIC TO DIN 934 A194-8MBALL 10 38 BLXS0BT FT FT 316 SSBALL 40 100 BLXS1BE FLG FLG 316 SSCHECK 10 38 CHXS0BT FT FT 316 SSCHECK 40 100 CHXS1BE FLG FLG 316 SSNEEDLE 10 38 NEXS0BT FT FT 316 SS

H E A D E R S I Z EBRANCH 100 80 50 40 38 30 25 20 18 16 12 10

10 8 8 2 2 2 2 2 2 2 112 8 8 2 2 2 2 2 2 116 8 8 2 2 2 2 2 118 8 8 2 2 2 2 120 8 8 2 2 2 125 8 8 2 2 1 1 EQUAL TEE SAE J 514 / TEE UNION 37 DEG. FLARE FITTINGS30 8 8 2 1 2 TEE-R/CPL SAE J 514 / TEE UNION W/REDUCER 37 DEG. FLARE FITTING38 8 8 1 3 EQUAL TEE BW - EQ. BLOCK TEE SAE40 5 5 5 3 4 EQUAL TEE BW - EQ. TEE FLANGE DIN50 5 5 3 5 RED. TEE BW - RED. BLOCK TEE SAE80 5 3 6 RED. TEE BW - RED. TEE FLANGE DIN

100 3 7 EQ. BLOCK TEE SAE / TO SAE J514 37 DEG. FLARE FITTING8 RED. BLOCK TEE SAE / TO SAE J514 37 DEG. FLARE FITTING

Notes:320 APPLIES ALSO TO CONE & SLEEVE MATERIAL321 ADAPTORS TO OTHER THREAD STANDARDS MAY BE USED AS REQUIRED404 OD60=2", 89=3" FLANGE SIZE.406 BENDING RADIUS 3 X OD.407 INDUCTION FORMING & HEAT TREATMENT PROCEDURE TO BE APPROVED BY COMPANY.550 BENDING RADIUS FOR COLD BENDING OF TUBING: OD10 = MIN.2,4xOD; OD12-38 = MIN.3,0xOD551 PRIOR TO COLD BENDING TUBE SHALL BE CHECKED FOR SUFFICIENT ADDITIONAL WALL THICKNESS555 MIN. WALL THICKNESS WITHOUT MANUF. TOLERANCE: OD10 = 0,94MM; OD20 = 1,9MM; OD25 = 2,4MM; OD30 = 2,8MM614 FOR NPT SIZES:OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 mm = 1" , OD 38 mm = 1 1/4".

TECHNOLOGY & PIPING CLASS SC7PROJECTS- 01DIVISION DOCUMENT NUMBER SHEET NUMBER REVISION


1Imperial Master

NHT-P54-07390

Page: 157

Max Design Pressure at Temperature RATING SPECIALDegr. C -10,0 50,0 100,0 150,0 Corr. Allow 0,00 mmBAR 207,0 207,0 207,0 207,0 Code ASME B31.3WELD FACTOR: 1,0WALL THICKNESS TOLERANCE: +/- 10 %SERVICES: SEE SERVICE INDEX LIST

DNOD 10 12 18 20 25THK. 1 1 1,5 2 2,5SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 Note TUBE 10MM 25MM DIN 2391-C PE PE A 789 GR. UNS S31803 SMLS3D PULLED BEND 10MM 25MM PE PE A 789 GR. UNS S31803 SMLS 550, 551ELBOW UNION 90 COMPR. FITT. 10MM 25MM UN A 182 GR. F51 520ELBOW FEMALE 90 COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F51 456, 520ELBOW MALE 90 COMPR. FITT. 10MM 25MM UN THR A 182 GR. F51 456, 520, 614 TEE UNION COMPR.FITT. 10MM 25MM UN A 182 GR. F51 520TUBE CROSS COMPR. FITT. 10MM 25MM UN A 182 GR. F51 520REDUCING UNION COMPR. FITT. 10MM 25MM UN A 182 GR. F51 520REDUCER COMPR. FITT. 10MM 25MM PE UN A 182 GR. F51 520CONNECTOR FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F51 456, 520, 614 CONNECTOR MALE COMPR. FITT. 10MM 25MM UN THR A 182 GR. F51 456, 520, 614BULKHEAD UNION COMPR. FITT. 10MM 25MM UN A 182 GR. F51 520BULKH.CONN. FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F51 456, 520, 614BULKH.CONN.MALE. COMPR. FITT. 10MM 25MM UN THR A 182 GR. F51 456, 520, 614BULKH. ADAPTER COMPR.FITT. 10MM 25MM UN PE A 182 GR. F51 520ADAPTER FEM. COMPR. FITT. 10MM 25MM UN SCD A 182 GR. F51 456, 520, 614ADAPTER MALE.COMPR. FITT. 10MM 25MM UN THR A 182 GR. F51 456, 520, 614AD. W/ O-RING MALE. COMPR. FITT. 10MM 25MM UN THR A 182 GR. F51 456, 520, 614CAP COMPR. FITT. 10MM 25MM UN A 182 GR. F51 520COMPR. NUT / FERRULES 10MM 25MM METRIC A 182 GR. F51 520BALL 10MM 25MM BLID0AT FT FT 316 SSNEEDLE 10MM 25MM NEID0AT FT FT 316 SSCHECK 10MM 25MM CHID0AT FT FT 316 SS

H E A D E R S I Z EBRANCH 25 20 18 16 12 10

10 2 2 2 2 2 112 2 2 2 2 116 2 2 2 118 2 2 120 2 125 1

1 TEE UNION2 TEE UNION W/ REDUCER

Notes:456 THIS PIPING CLASS TO BE USED ONLY IN NON-CRITICAL SERVICES UPON COMPANY APPROVAL 520 COMPRESSION FITTINGS SHALL BE THE PROJECT SELECTED VENDOR. 550 BENDING RADIUS FOR COLD BENDING OF TUBING: OD10 = MIN.2,4xOD; OD12-25 = MIN.3,0xOD551 PRIOR TO COLD BENDING TUBE SHALL BE CHECKED FOR SUFFICIENT ADDITIONAL WALL THICKNESS614 FOR NPT SIZES:OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4"

TECHNOLOGY & PIPING CLASS

PROJECTS-DIVISION DOCUMENT NUMBER


NHT-P54-07421SHEET NO REVISION

Imperial MasterSE21 01M

Page: 158

Max Design Pressure at Temperature RATING ATMDegr. C 0,0 95,0 NOTE 5 Corr. Allow 0,00 mmBAR 3,5 3,5 CodeWELD FACTOR: N/AWALL THICKNESS TOLERANCE: Ref. NS 3630SERVICES: See Service Index List

DN 32 40 50 80 100 125 150OD 32 40 50 75 110 125 160THK. 1,8 1,8 1,8 2,7 3,9 4,4 5,6SCH.

ITEM RANGE DIMENSION EDS/ END CONN MATERIAL DESCR. MDS Std RNAME FROM TO STANDARD VDS #1 #2 NotePIPE 32 150 NS 3630 PE PE POLYPROPYLEN ELBOW 88,5 32 150 NS 3630 PE PE POLYPROPYLEN ELBOW 67,5 32 100 NS 3630 PE PE POLYPROPYLEN ELBOW 45 32 150 NS 3630 PE PE POLYPROPYLEN ELBOW 30 32 100 NS 3630 PE PE POLYPROPYLEN ELBOW 15 32 150 NS 3630 PE PE POLYPROPYLEN CAP 50 100 NS 3630 PE POLYPROPYLEN ECCENTRIC REDUCER 32 150 NS 3630 PE PE POLYPROPYLEN EQUAL TEE 32 100 NS 3630 PE PE POLYPROPYLEN EQUAL 45 TEE 32 150 NS 3630 PE PE POLYPROPYLEN

DOUBLE EQ. TEE 80 100 NS 3630 PE PE POLYPROPYLEN DOUBLE 45 TEE 80 100 NS 3630 PE PE POLYPROPYLEN BALL BRANCH 100 100 MANUFACT. STANDARD PE PE POLYPROPYLEN

RED TEE 32 100 NS 3630 PE PE POLYPROPYLEN RED 45 TEE 32 150 NS 3630 PE PE POLYPROPYLEN RED DOUBLE TEE 80 100 NS 3630 PE PE POLYPROPYLEN RED DOUBLE 45 TEE 80 100 NS 3630 PE PE POLYPROPYLEN

RODDING POINT 50 100 NS 3630 PE PE POLYPROPYLEN

BOTTLE WATER TRAP 32 32 MANUFACT. STANDARD PE PE POLYPROPYLEN

DOUBLE SOCKET 32 150 NS 3630 SO SO POLYPROPYLENRUNNING SOCKET 32 150 NS 3630 SO SO POLYPROPYLEN SCRD SOCKET 50 100 NS 3630 SO SCRD POLYPROPYLEN FIRESLEEVE 32 100 MANUFACT. STANDARD MANUFACTURERS STANDARD


32 2 2 2 2 2 2 2 140 2 2 2 2 2 2 150 2 2 2 2 2 180 2 2 2 2 190 2 2 2 1100 2 2 1125 2 1150 1

1 Tee2 Reducing branch tee

Notes:

1 CONNECTION IN GENERAL TO BE MIRROR WELDED ACC. TO MANUFACTURER STANDARD2 WITH USE OF SOCKET COUPLINGS FOR INSTALLATION OR EXPANSION PURPOSES, THE SOCKET SHALL BE SUPPORTED CLOSER THAN 0,5M3 SOCKETS FOR EXPANSION TO BE INSTALLED AT EACH FLOOR FOR VERTICAL EXPANSION, AND EVERY 5 METER FOR HORIZONTAL EXPANSION

AS A GENERAL REQUIREMENT. REF. MANUFACTURER RECOMMODATION.4 MAX. DISTANCE BETWEEN PIPESUPPORTS ACCORDING TO "NORMALREGLEMENTET"'S TABLE 15 FOR PLASTIC PIPES

PIPES DIM. 32 40 50 65 75 100HORIZONTAL PIPES 1,0 1,2 1,2 1,4 1,5 1,7VERTICAL PIPES 1,3 1,6 2,0 2,5 3,0 4,0THE SYSTEM TO BE INSPECTED BY COMPANY, AND ADDITIONAL SUPPORTS PROVIDED UPON REQUEST.

5 OPERATING PRESSURE IS ATMOSPHERIC, DESIGN PRESSURE 3,5 BAR ACC. TO NORSOK P-001, PROCESS DESIGN


Printed: 05.01.04

SL1 Imperial Master1 01NHT-P54-07413

SHEET NO REVISION



Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP04 VALVE SELECTION MANUAL

Document no. VALVE SELECTION MANUAL Rev. Remarks

00-02-NHT-P51-00032 VALVE SELECTION MANUAL 04M

Page: 159

Page: 160



Title: PIPING AND VALVE MATERIAL No. : NHT-P51-00032 SPECIFICATION - IMPERIAL Rev. : 04M APPENDIX 4 Page : 1 of 7 VALVE SELECTION MANUAL Date :: 2005-08-03

Classific.: OPEN

1. Scope

This document specifies general guidelines for selection of valves.

1.1. Selection of valve type Valve selection shall be done in accordance with the enclosed valve selection matrix. The valve selection philosophy applies also for systems with rating outside the matrix’s scope. Alternatives may be selected where indicated, in line with note references, if this is evaluated and documented to be a more cost-effective design.

1.2. General notes Use of flanged connections shall be in accordance with Driftskrav del A. For Njord extended use of NORSOK L-005 compact flanges has been approved. Appendix 12 gives service/zone and pressure/size matrix for approved connections on Njord. Control valves and non-return valves shall have flanged or mechanical joint end connections for maintenance reasons. For modifications, valves end connections must not differ to the requirements given by the area classifications. DN 50 gate - and globe valves will through Company Frame Agreement be supplied forged with a reduced bore design (a reduction of bore area up to 35%). If a full-bore valve is required, piping discipline shall be contacted. Reduced bore valves shall normally be used for isolation service, but where pressure drop is critical, for example, liquid lines with gravity flow, and low pressure gas lines, such as suction lines at first stage of compressors full bore valves shall be used. Full bore valves shall be used downstream pig launcher and upstream pig receiver. Exceptions include the use of butterfly valves in low-pressure utility service such as cooling medium and seawater (LP) in sizes over DN 80. Depressurising valves shall be full-bore ball valves with actuator (fail open) located upstream of a restriction orifice. A manual locked open full-bore ball isolation valve shall be located according to Norsok P-001, Rev. 4. Pressure safety valves (PZV) in critical services, i.e. on vessels or other equipment that cannot be shutdown and depressurised without shutting in or reducing production shall have a spare relief valve installed. Isolation valves shall be key interlocked to prevent isolating a relief valve without first opening the isolating valve on the spare PZV. If more than one PZV is required to relieve 100% of process flow then one

Page: 161




Classific.: OPEN

spare relief valve will be installed and a key interlock system shall be used on the isolating valves. The key interlock system shall be arranged so that only the block valves on one relief valve can be closed at any time. Full 100% relieving capacity must be available with one PZV out of service. Isolating valves shall be full-bore ball valves. If a single PZV is installed, a full bore ball valve shall be used in the relief line downstream from the PZV in a locked open position. Combination valves shall be used where there is a requirement for double block and bleed function: • on e.g. branch end connections • Differential pressure transmitter with chemical seal • Level gauges on vessels

See also "Piping detail standard". Valves in lines carrying hydrocarbon liquids with entrained sand, shall be one of the following types with metal-to-metal seats: § Metal seat ball valves. (BAM) § Plug valves. (PL) § Through conduit slab gate valves. (GAS) § Non contact type ball valves (BAMS) This valve selection is only applicable where specifically noted on P&ID's. Emergency Shut Down valves shall have provision for function and internal leak testing in line, according to NPD Regulations relating to conduct of activities in the petroleum activities, § 44. ESD valves shall have “double piston effect” seat arrangement. (For information: All butt weld end ball have “double piston effect” seat arrangement.) Soft seat ball valves have a maximum design temperature, which can be lower than the piping class. The limitations are specified on the valve data sheets, and the general rules are as follows. ASME class 150, up to and including 900 the max. temperature is 150°C. ASME class 1500 and 2500 the max. temperature is 120°C. Metal seat ball valves have a maximum design temperature of 200ºC. Above 200ºC, wedge gate shall be used for clean service and slab gate for dirty service. Ball valves shall normally not be used for sizes below the applicable dimensional range of the Company frame agreement (i.e. not for sizes <DN50).

Page: 162




Classific.: OPEN

Valves in piping classes with minimum design temperature -101ºC have a reference to VSK 408. This specifies that the valve cannot be operated below -46ºC. For operating valves below -46ºC a cryogenic design shall be evaluated.

1.3. Definitions in the valve selection matrix SERVICES: The services listed are the same as in the "Service index list". The services are listed in groups of services, with similar characteristics as far as valve selection is concerned. The valve selection is the same for all services in each group, unless where different valve types are indicated for particular services. Note that for group 10, "DIRTY" indicates that a significant fraction of sand and/or scale is present. The grouping of services to group 9 versus 10 shall be evaluated based on actual conditions. FUNCTIONS:

B. On/Off Manual or actuated valve for isolation purpose. Normal operating position is fully open or fully closed.

C. ESD Emergency shut down. Actuated valve for quick isolation in an emergency situation. Normal operating position is fully open.

D. Blow Down Emergency depressurisation. Actuated valve for quick opening for let down of system pressure to flare. Normal operating position is fully closed. These valves shall be "fail open"

E. High Differential On/Off valve for operation with high pressure Pressure pressure difference across valve. Manual or actuated valve.

F. Instrument On/Off valve with end connection and

Connection operation function suitable for instrument connection. Manual valve.

G. Flow Check Restriction of flow to one direction.

H. Flow Control Control of flow rate. Manual, or actuated valve.

Page: 163




Classific.: OPEN

VALVE TYPES: BAS Ball valve, soft seated BAM Ball valve, metal seated BFA1 Butterfly valve, category A (Low pressure, loose rubber liner) BFA2 Butterfly valve, category A (Low pressure, PTFE/ebonite lined) (1) BFH Butterfly valve, high performance. CB Combination valve CK Check valve CKN Check valve, non slam GAI Gate valve, instrument connection, threaded one end GAS Gate valve, through conduit, slab gate GAW Gate valve, wedge gate GL Globe valve PL Plug valve BAMS Ball valve, metal seated, single seat (non-contact type)

Note 1: PTFE lined valves shall be first choice. Ebonite lined valves to be an

alternative provided fulfilled qualification test requirements and commercially favourable.

Page: 164

Appendix 4: VALVE SELECTION MANUAL NHT-P51-00032, REV 04M

FUNCTION A: ON/OFF B: ESD C: BLOW D: HIGH DIFF. E: INSTRUM. F: FLOW G: FLOW

DOWN PRESSURE CONNECTION CHECK CONTROL

SERVICE RATING, LBSDESCRIPTION FROM TO 1st Ch. Alternatives NOTES 1st Ch. Alternatives NOTES 1st Ch. Alt. NOTES 1st Ch. Alt. NOTES 1st Ch. Alt. NOTES 1st Ch. Alt. NOTES 1st Ch. Alt. NOTES

1CLEAN GAS, NON FLAMMABLE

BAS GAW GAI CK GL BFA 1

ZVA Air and Sounding

ZAI Air Instrument

ZAP Air Plant

ZGA Gas, Fire- fighting -CO2

ZGI Gas, Inert

ZVA Vent, Atmospheric

2 CLEAN OIL / FLUID 150 150 BAS GAW BAS GAS BAS BAM 5 GAW PL GAI CB 2 CK GL BFA 1 3

300 2500 BAS GAW BAS GAS GAW PL GAI CB 2 CK GL

ZGF Gas fuel

ZFJ Jet Fuel

ZOF Oil, fuel (diesel)

ZOH Oil, Hydraulic 150 5000 BAS BAS GAI CK GL

ZOL Oil, Lubrication 150 2500 BAS BAS GAI CK GL

ZOS Oil, Seal 150 2500 BAS BAS GAI CK GL

3 CHEMICALS 150 2500 BAS GAW BAS GAS GAI CK GL

ZCI Antifoam

ZCF Aqueous Film Forming Fluid (AFFF)

ZCI Biocide

ZCI Chemical, Injection

ZCSChemical, Sodiumhypo-chlorite Solution

ZCI Corrosion inhibitor

ZCI Emulsion Breaker

ZCA Methanol 9 9

ZCI Oxygen Scavenger

ZCI Polyelectrolyte

ZCI Scale Inhibitor

ZCI Wax Inhibitor

4 WATER, FRESH 150 150 BFA2 BAS GAW GAI CK GL BFA2 1

ZWC Cooling Medium

ZWH Heating Medium, Design T< 150 C 150 300 BFH GAW

ZWH Heating Medium, Design T> 150 C 150 300 GAW

ZWP Fresh water for process use

ZWQ Fresh Water Hot, (closed circuit)

ZWD Fresh Water, Potable

ZWP Drillwater

Piping and valve material specification - Imperial Page 5 OF 7 Date: 2005-08-03

Page: 165





5 WATER, SEA 150 150 BFA2 BFH GAW 3 4 GAI CK GL BFA2 1 3

300 300 BFH GAW 4 GAI CK GL BFH

ZWF Deluge System

ZWI Injection water. High Pressure. 900 2500 BAS PL GAW BAS PL GAS BAS PL GAI CK GL

ZWI Injection water. Low Pressure. 150 150 BFH BAS

ZWB Seawater Ballast 150 150 BFA2 BAS CK BFA2 GL

ZWS Seawater Return 150 150 BFA2 BAS BFH GAI BFA2 GLZWS Seawater Supply 150 150 BFA2 BAS BFH GAI CKN

ZWF Seawater, Fire fighting

ZWF Sprinkler System

6 STEAM GAW GAW GL GAI CK GL

ZSU Steam Utility

7 DRAIN, OPEN / CLOSED 150 150 BAS GAW GAI CK GL

ZDA Drain, Cuttings

ZDO Drain Oily (closed) 150 150 BAS GAW

ZDO Drain oily (open) 150 150 BFA2 GAW BAS

ZDW Drain Water (Storm)

ZDD Drilling drain 150 150 BAS GAW

ZDWFirewater, Test drain from deluge/sprinkler skids

ZDS Sanitary Drain, Sewage

HOLD Bilge 50 80 BAS CK

8 BULK, CEMENT, MUD

ZBB Bulk Baryte 150 150 BFA1 GAW 4 GAW BAM CK GL

ZBC Bulk Cement 150 150 BFA1 GAW 4 GAW BAM CK GL

ZCC Cement Slurry

ZHC Cement Slurry, High Pressure 10000 PL GAS PL CK PL

ZHF Completion Fluid, High Pressure 5000 PL GAS PL CK PL

ZLF Completion Fluid, Low Pressure 150 150 BFA1 GAW 4

ZMA Mud Additives Liquid

ZMH Mud, High Pressure 5000 GAS GAS CK GL

ZMK Mud, Kill 5000 GAS GAS CK GL

ZML Mud, Low Pressure 150 150 BFA1 GAW 4 GAW CK GL

ZML Mud, Low Pressure 300 300 BFH GAW 4 GAW CK GL

ZOT Ester/Low Toxic Oil 150 150 BFA1 GAW 4

ZXC Cement Liquid Additives


Page: 166





9HYDROCARB. PROCESS, CLEAN

BAS GAW BAM 5 BAS GAS BAM 5 BAS BAM 5 BAS BAM 5 GAI CB 2 CK GL

ZPB Process blowdown

ZPL Process Hydrocarbon Liquid CK CKN 6

ZPV Process Hydrocarbon Vapour CK CKN 6

ZVF Atm. Vent Flare

ZVF Glycol, Vent

ZVF H.P. Flare

ZVF H.P. Relief

ZVF L.P. Flare

Produced Water 150 900 BAS GAW PL

10HYDROCARB. PROCESS, DIRTY

BAM PL GAS 8 BAM GAS BAM GAS PL BAM GAI CB 2 CK GL

ZPB Process blowdown

ZPL Process Hydrocarbon Liquid

ZPTProcess Hydrocarbon Two- Phase (Topside Prod. Riser)

ZPV Process Hydrocarbon Vapour

ZWO Process Oily Water

Produced Water

NOTES1 For dimensions above DN 80, in pressure class 150 (PN 20), butterfly valves should be used where control requirements are moderate.2 Combination valves shall be used for isolation of DP cells on vessels.3 Butterfly valves, category A, (BFA) should be used in pressure class 150 (PN 20), unless Fire Safe Design is required.4 GAW for sizes below DN 100.5 Metal seated valves to be used where differential pressure exceeds 60 Bar and / or design temperature exceeds 150 deg. C / 120 deg C depending on pressure class.6 Non slam check valves to be used where avoiding backflow is critical, e.g. in gas compressor trains, oil export pumps, etc.7 DELETED8 BAMS may be used as an alternative9 Special ball valve VDS to be used for methanol service. Standard wedge gate valves to be used for line sizes DN40 and below.




Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP05 VALVE DATA SHEET

Document no. VALVE DATA SHEET Rev. Remarks

NHT-P54-02030 BLAC31R 05M NHT-P54-02045 BLAC41R 05M NHT-P54-02048 BLAC4ER 05M NHT-P54-02046 BLAC5AR 03M NHT-P54-02047 BLAC6AR 03M NHT-P54-02090 BLAD30R 04M NHT-P54-02110 BLAD40R 04M NHT-P54-02116 BLAD4ER 02M NHT-P54-02126 BLAD5AR 01M NHT-P54-02127 BLAD6AR 01M NHT-P54-02128 BLAD6ER 02M NHT-P54-02160 BLAR30R 03M NHT-P54-02170 BLAR40R 04M NHT-P54-02200 BLAS30R 02M NHT-P54-06516 BLAS34R 02M NHT-P54-02215 BLAS40R 03M NHT-P54-02216 BLAS4ER 02M NHT-P54-02223 BLAT30R 02M NHT-P54-02222 BLAT40R 03M NHT-P54-02250 BLBC31R 05M NHT-P54-02260 BLBC41R 05M NHT-P54-02261 BLBC4ER 02M NHT-P54-02263 BLBC5AR 02M NHT-P54-02262 BLBC6AR 03M NHT-P54-02305 BLBD30R 04M NHT-P54-02315 BLBD40R 04M NHT-P54-02317 BLBD4ER 02M NHT-P54-02321 BLBD5AR 01M NHT-P54-02322 BLBD6AR 02M NHT-P54-02345 BLBR00R 01M NHT-P54-02355 BLBR30R 01M NHT-P54-02360 BLBR40R 04M NHT-P54-02385 BLBS30R 03M NHT-P54-02386 BLBS3AR 02M NHT-P54-02390 BLBS40R 05M NHT-P54-02391 BLBS4ER 02M NHT-P54-02415 BLDC31J 04M NHT-P54-02416 BLDC3AK 02M NHT-P54-02421 BLDC3EK 02M NHT-P54-02425 BLDC41J 04M NHT-P54-02428 BLDC4AK 02M NHT-P54-06455 BLDC51J 03M NHT-P54-06456 BLDC5AK 02M NHT-P54-06457 BLDC5EK 02M NHT-P54-06460 BLDC61J 03M NHT-P54-06461 BLDC6AK 02M NHT-P54-02426 BLDC6EJ 02M NHT-P54-02427 BLDC6EK 03M NHT-P54-02450 BLDD30J 04M NHT-P54-02451 BLDD3AK 02M NHT-P54-02455 BLDD40J 04M NHT-P54-02461 BLDD4AK 02M NHT-P54-02456 BLDD50J 01M NHT-P54-02462 BLDD5AK 02M NHT-P54-02458 BLDD60J 01M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-02463 BLDD6AK 02M NHT-P54-02457 BLDD6EJ 02M NHT-P54-02459 BLDD6EK 03M NHT-P54-02470 BLDR30J 03M NHT-P54-02471 BLDR3AK 02M NHT-P54-02475 BLDR40J 03M NHT-P54-02476 BLDR4AK 02M NHT-P54-02490 BLDS30J 02M NHT-P54-02491 BLDS3AK 02M NHT-P54-02494 BLDS3EK 02M NHT-P54-02396 BLDS40J 03M NHT-P54-02397 BLDS4AK 02M NHT-P54-02021 BLDS4EK 02M NHT-P54-02023 BLDS5AK 01M NHT-P54-02033 BLDS5EK 02M NHT-P54-02032 BLDS6AK 01M NHT-P54-02520 BLEC31B 03M NHT-P54-02525 BLEC31J 04M NHT-P54-02526 BLEC3AK 02M NHT-P54-02528 BLEC3EK 01M NHT-P54-02531 BLEC4AB 01M NHT-P54-02546 BLEC4AJ 01M NHT-P54-02552 BLEC4AK 02M NHT-P54-02557 BLEC4EK 02M NHT-P54-02547 BLEC51B 01M NHT-P54-02549 BLEC51J 01M NHT-P54-02553 BLEC5AK 02M NHT-P54-02548 BLEC61B 02M NHT-P54-02551 BLEC61J 01M NHT-P54-02554 BLEC6AK 02M NHT-P54-02556 BLEC6EK 02M NHT-P54-02590 BLED30B 03M NHT-P54-02595 BLED30J 04M NHT-P54-02596 BLED3AK 02M NHT-P54-02606 BLED4AB 01M NHT-P54-02611 BLED4AJ 01M NHT-P54-02612 BLED4AK 02M NHT-P54-06475 BLED50B 02M NHT-P54-06465 BLED50J 02M NHT-P54-06466 BLED5AK 02M NHT-P54-06468 BLED5EK 02M NHT-P54-06480 BLED60B 02M NHT-P54-06470 BLED60J 02M NHT-P54-06471 BLED6AK 02M NHT-P54-02002 BLED6EK 02M NHT-P54-02651 BLER3AK 01M NHT-P54-02656 BLER4AK 01M NHT-P54-02657 BLER5AK 01M NHT-P54-02014 BLER60J 01M NHT-P54-02040 BLER6AK 01M NHT-P54-02670 BLES30B 03M NHT-P54-02675 BLES30J 03M NHT-P54-02676 BLES3AK 02M NHT-P54-02681 BLES4AB 01M NHT-P54-02736 BLES4AJ 01M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-02737 BLES4AK 02M NHT-P54-06593 BLES54J 01M NHT-P54-06604 BLES5AK 03M NHT-P54-06632 BLES6AK 01M NHT-P54-02720 BLFC31B 02M NHT-P54-02725 BLFC31J 03M NHT-P54-02726 BLFC3AK 03M NHT-P54-02728 BLFC3EK 02M NHT-P54-02731 BLFC4AB 01M NHT-P54-02741 BLFC4AJ 01M NHT-P54-02742 BLFC4AK 03M NHT-P54-02743 BLFC4EK 02M NHT-P54-02732 BLFC4PB 04M NHT-P54-02734 BLFC4PC 01M NHT-P54-02760 BLFC51B 06M NHT-P54-02770 BLFC51J 03M NHT-P54-02771 BLFC5AK 02M NHT-P54-02772 BLFC5EK 02M NHT-P54-02785 BLFC61B 05M NHT-P54-02795 BLFC61J 03M NHT-P54-02796 BLFC6AK 02M NHT-P54-02870 BLFD30B 02M NHT-P54-02875 BLFD30J 03M NHT-P54-02881 BLFD3AC 01M NHT-P54-02883 BLFD3AK 02M NHT-P54-02886 BLFD4AB 01M NHT-P54-02887 BLFD4AC 01M NHT-P54-02891 BLFD4AJ 01M NHT-P54-02892 BLFD4AK 02M NHT-P54-02900 BLFD50B 05M NHT-P54-02905 BLFD50C 05M NHT-P54-02910 BLFD50J 02M NHT-P54-02911 BLFD5AK 02M NHT-P54-02920 BLFD60B 05M NHT-P54-02925 BLFD60C 05M NHT-P54-02930 BLFD60J 02M NHT-P54-02932 BLFD6AK 02M NHT-P54-02931 BLFD6EJ 02M NHT-P54-02996 BLFR3AB 01M NHT-P54-03001 BLFR4AJ 01M NHT-P54-03005 BLFR50J 03M NHT-P54-03010 BLFR60J 01M NHT-P54-03035 BLFS30B 02M NHT-P54-03040 BLFS30J 02M NHT-P54-06517 BLFS3AJ 01M NHT-P54-03041 BLFS3BK 02M NHT-P54-03042 BLFS3EK 02M NHT-P54-03046 BLFS4AB 01M NHT-P54-03051 BLFS4AJ 01M NHT-P54-03052 BLFS4AK 02M NHT-P54-06594 BLFS54J 01M NHT-P54-06605 BLFS5AK 03M NHT-P54-06631 BLFS5EK 02M NHT-P54-03065 BLFS60B 01M NHT-P54-03071 BLFS6AK 01M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-03107 BLGC3AB 01M NHT-P54-03108 BLGC3AJ 01M NHT-P54-03112 BLGC3AK 01M NHT-P54-03114 BLGC3EK 02M NHT-P54-03109 BLGC4AB 02M NHT-P54-03111 BLGC4AJ 01M NHT-P54-03113 BLGC4AK 01M NHT-P54-03120 BLGC51B 06M NHT-P54-03125 BLGC51C 06M NHT-P54-03130 BLGC51J 06M NHT-P54-03131 BLGC5AK 01M NHT-P54-03145 BLGC61B 06M NHT-P54-03150 BLGC61C 05M NHT-P54-03156 BLGC6AK 01M NHT-P54-03181 BLGD3AB 01M NHT-P54-03182 BLGD3AC 01M NHT-P54-03183 BLGD3AJ 01M NHT-P54-03188 BLGD3AK 02M NHT-P54-03184 BLGD4AB 01M NHT-P54-03186 BLGD4AC 01M NHT-P54-03187 BLGD4AJ 01M NHT-P54-03189 BLGD4AK 02M NHT-P54-03185 BLGD50B 06M NHT-P54-03190 BLGD50C 06M NHT-P54-03195 BLGD50J 06M NHT-P54-03196 BLGD5AK 01M NHT-P54-03205 BLGD60B 06M NHT-P54-03210 BLGD60C 05M NHT-P54-03215 BLGD60J 06M NHT-P54-03216 BLGD6AK 02M NHT-P54-03241 BLGR4AB 01M NHT-P54-03242 BLGR4AC 01M NHT-P54-03243 BLGR4AK 01M NHT-P54-03248 BLGR5AB 02M NHT-P54-03246 BLGR60C 01M NHT-P54-03247 BLGR6AB 02M NHT-P54-03256 BLGS3AJ 01M NHT-P54-03258 BLGS3AK 03M NHT-P54-03257 BLGS3BJ 01M NHT-P54-03264 BLGS4AK 01M NHT-P54-03261 BLGS5AB 01M NHT-P54-03266 BLGS5AK 01M NHT-P54-03273 BLGS6AK 02M NHT-P54-03287 BLID0AT 01M NHT-P54-06504 BLIS0BT 01M NHT-P54-06501 BLJC3AJ 01M NHT-P54-06520 BLKD40E 01M NHT-P54-06490 BLXC5AC 01M NHT-P54-06496 BLXC6AC 02M NHT-P54-06502 BLXS0AT 03M NHT-P54-06503 BLXS1AE 01M NHT-P54-03295 BUAC00R 04M NHT-P54-03297 BUAC0AR 03M NHT-P54-06522 BUAC3AR 01M NHT-P54-03346 BUAD3AR 01M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-03347 BUAD3BR 03M NHT-P54-03396 BUAR3AR 02M NHT-P54-03426 BUAS3AR 01M NHT-P54-03441 BUAT3AR 02M NHT-P54-03461 BUBC3AR 01M NHT-P54-03496 BUBD3AR 01M NHT-P54-03497 BUBD3BR 02M NHT-P54-03556 BUBS3AR 01M NHT-P54-03591 BUDC3AK 01M NHT-P54-06524 CBAC11R 01M NHT-P54-06525 CBAD10R 01M NHT-P54-06521 CBAR10R 01M NHT-P54-06526 CBAR17R 01M NHT-P54-06527 CBAS10R 01M NHT-P54-06528 CBBC11R 01M NHT-P54-06529 CBBD10R 01M NHT-P54-06530 CBBS10R 01M NHT-P54-06531 CBDC11J 01M NHT-P54-06619 CBDC1AK 02M NHT-P54-06532 CBDD10J 01M NHT-P54-06533 CBDS10J 01M NHT-P54-06621 CBDS1AK 02M NHT-P54-06534 CBEC1AJ 01M NHT-P54-06606 CBEC1AK 04M NHT-P54-06535 CBED1AJ 01M NHT-P54-06607 CBED1AK 04M NHT-P54-06640 CBED1BK 01M NHT-P54-06536 CBES1AJ 01M NHT-P54-06608 CBES1AK 04M NHT-P54-06537 CBFC11J 01M NHT-P54-06609 CBFC1AK 04M NHT-P54-06637 CBFC1BK 01M NHT-P54-06538 CBFD10J 01M NHT-P54-06610 CBFD1AK 04M NHT-P54-06641 CBFD1BK 01M NHT-P54-06539 CBFS10J 01M NHT-P54-06611 CBFS1AK 04M NHT-P54-06540 CBGC11J 01M NHT-P54-06618 CBGC1AK 05M NHT-P54-06612 CBGD1AK 04M NHT-P54-06541 CBGS10J 01M NHT-P54-06617 CBGS1AK 04M NHT-P54-03660 CHAC51R 02M NHT-P54-03685 CHAD50R 03M NHT-P54-03715 CHAR50R 04M NHT-P54-03735 CHAS50R 03M NHT-P54-03740 CHAT00R 07M NHT-P54-03750 CHAT50R 05M NHT-P54-03780 CHBC51R 03M NHT-P54-03785 CHBD00R 01M NHT-P54-03805 CHBD50R 03M NHT-P54-03815 CHBR00R 01M NHT-P54-03830 CHBR50R 02M NHT-P54-03845 CHBS50R 03M NHT-P54-06542 CHBT01B 01M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-06543 CHDC03B 01M NHT-P54-03888 CHDC05B 02M NHT-P54-03905 CHDC51J 03M NHT-P54-03906 CHDC5AK 04M NHT-P54-03910 CHDD00B 03M NHT-P54-03930 CHDD50J 03M NHT-P54-03931 CHDD5AK 03M NHT-P54-06544 CHDR00B 01M NHT-P54-06602 CHDR07B 03M NHT-P54-03955 CHDR50J 01M NHT-P54-03956 CHDR5AK 02M NHT-P54-03960 CHDS00B 04M NHT-P54-03975 CHDS50J 03M NHT-P54-03976 CHDS5AK 03M NHT-P54-03977 CHEC0AK 02M NHT-P54-04005 CHEC51J 02M NHT-P54-04006 CHEC5AK 03M NHT-P54-04025 CHED50J 02M NHT-P54-04026 CHED5AK 02M NHT-P54-04036 CHER5AK 01M NHT-P54-04037 CHES0AK 02M NHT-P54-04050 CHES50J 02M NHT-P54-04051 CHES5AK 03M NHT-P54-06545 CHFC03B 01M NHT-P54-04061 CHFC05B 02M NHT-P54-04062 CHFC0AK 02M NHT-P54-04100 CHFC51J 02M NHT-P54-04101 CHFC5AK 03M NHT-P54-04102 CHFC5PJ 01M NHT-P54-04105 CHFD00B 03M NHT-P54-04116 CHFD0AK 02M NHT-P54-04140 CHFD50J 02M NHT-P54-04141 CHFD5AK 02M NHT-P54-04145 CHFR00B 04M NHT-P54-04151 CHFR0AK 02M NHT-P54-04166 CHFS01B 02M NHT-P54-04167 CHFS0AK 02M NHT-P54-04190 CHFS50J 02M NHT-P54-04191 CHFS5AK 02M NHT-P54-04217 CHGC03B 02M NHT-P54-04219 CHGC0AK 03M NHT-P54-04255 CHGC51J 02M NHT-P54-04256 CHGC5AK 02M NHT-P54-04260 CHGD00B 04M NHT-P54-06601 CHGD02B 03M NHT-P54-06495 CHGD50C 03M NHT-P54-04300 CHGR00B 03M NHT-P54-04301 CHGR01B 02M NHT-P54-04315 CHGR50J 05M NHT-P54-04321 CHGS01B 02M NHT-P54-04322 CHGS02B 02M NHT-P54-04323 CHGS0AK 01M NHT-P54-04340 CHGS50J 02M NHT-P54-04341 CHGS5AK 04M NHT-P54-04351 CHID0AT 01M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-06546 CHIS0BT 02M NHT-P54-06510 CHJC5AJ 01M NHT-P54-06548 CHKC2AC 01M NHT-P54-06549 CHKD0AE 01M NHT-P54-06551 CHXS0AT 03M NHT-P54-06553 CHXS1AE 01M NHT-P54-04385 GBAC01R 02M NHT-P54-04395 GBAC11R 03M NHT-P54-04400 GBAD00R 02M NHT-P54-04410 GBAD10R 02M NHT-P54-04420 GBAR00R 04M NHT-P54-06580 GBAR07R 02M NHT-P54-04430 GBAR10R 04M NHT-P54-04436 GBAR17R 02M NHT-P54-04440 GBAS00R 02M NHT-P54-04445 GBAS10R 04M NHT-P54-04450 GBAT00R 06M NHT-P54-04455 GBAT10R 05M NHT-P54-04465 GBBC01R 02M NHT-P54-04475 GBBC11R 03M NHT-P54-04480 GBBD00R 02M NHT-P54-04490 GBBD10R 03M NHT-P54-04500 GBBR00R 02M NHT-P54-04510 GBBR10R 02M NHT-P54-04520 GBBS00R 02M NHT-P54-04525 GBBS10R 03M NHT-P54-06555 GBBT00B 01M NHT-P54-04560 GBDC01J 02M NHT-P54-06556 GBDC03B 01M NHT-P54-04559 GBDC05B 02M NHT-P54-04570 GBDC11J 03M NHT-P54-04571 GBDC1AK 02M NHT-P54-04575 GBDD00B 03M NHT-P54-04580 GBDD00J 02M NHT-P54-04590 GBDD10J 03M NHT-P54-04591 GBDD1AK 02M NHT-P54-06557 GBDR00B 01M NHT-P54-04600 GBDR00J 02M NHT-P54-04610 GBDR10J 03M NHT-P54-04611 GBDR1AK 02M NHT-P54-04615 GBDS00B 03M NHT-P54-04620 GBDS00J 02M NHT-P54-04621 GBDS0AK 01M NHT-P54-04625 GBDS10J 03M NHT-P54-04626 GBDS1AK 01M NHT-P54-04627 GBEC0AK 02M NHT-P54-04640 GBEC11B 03M NHT-P54-04645 GBEC11J 03M NHT-P54-04646 GBEC1AK 02M NHT-P54-04650 GBED10B 03M NHT-P54-04655 GBED10J 03M NHT-P54-04656 GBED1AK 02M NHT-P54-04666 GBER1AK 01M NHT-P54-04667 GBES0AK 02M NHT-P54-04670 GBES10B 03M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-04675 GBES10J 03M NHT-P54-04676 GBES1AK 02M NHT-P54-04695 GBFC01J 04M NHT-P54-06558 GBFC03B 01M NHT-P54-04694 GBFC05B 04M NHT-P54-04696 GBFC0AK 03M NHT-P54-04710 GBFC11B 03M NHT-P54-04715 GBFC11J 03M NHT-P54-04716 GBFC1AK 03M NHT-P54-04718 GBFC1PB 01M NHT-P54-04720 GBFD00B 03M NHT-P54-04725 GBFD00J 02M NHT-P54-04726 GBFD0AK 03M NHT-P54-04735 GBFD10B 03M NHT-P54-04740 GBFD10J 03M NHT-P54-04741 GBFD1AK 02M NHT-P54-04750 GBFR00B 04M NHT-P54-04755 GBFR00J 02M NHT-P54-04756 GBFR0AK 02M NHT-P54-04760 GBFR10J 03M NHT-P54-04770 GBFS00J 02M NHT-P54-04766 GBFS01B 03M NHT-P54-04771 GBFS0AK 03M NHT-P54-04780 GBFS10B 03M NHT-P54-04785 GBFS10J 03M NHT-P54-04786 GBFS1AK 02M NHT-P54-04820 GBGC11B 03M NHT-P54-04825 GBGC11J 03M NHT-P54-04806 GBGC1AK 04M NHT-P54-04840 GBGD10B 04M NHT-P54-04845 GBGD10J 03M NHT-P54-04846 GBGD1AK 03M NHT-P54-00802 GBGR01B 02M NHT-P54-04856 GBGR1AB 01M NHT-P54-04857 GBGR1AK 02M NHT-P54-04870 GBGS10B 04M NHT-P54-04875 GBGS10J 03M NHT-P54-04876 GBGS1AK 03M NHT-P54-06559 GBJC1AB 03M NHT-P54-06508 GBJC1AJ 02M NHT-P54-06560 GBKC1AC 02M NHT-P54-06589 GBXC0AB 01M NHT-P54-06590 GBXC1AB 01M NHT-P54-06591 GBXC1AC 01M NHT-P54-04900 GTAC00R 04M NHT-P54-04915 GTAC11R 03M NHT-P54-06561 GTAC1AR 01M NHT-P54-04926 GTAC4AR 01M NHT-P54-04930 GTAD00R 04M NHT-P54-04940 GTAD10R 03M NHT-P54-04951 GTAD4AR 01M NHT-P54-04955 GTAR00R 04M NHT-P54-04961 GTAR07R 01M NHT-P54-04965 GTAR10R 03M NHT-P54-04971 GTAR17R 03M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-04980 GTAS00R 04M NHT-P54-04985 GTAS10R 03M NHT-P54-04995 GTAT00R 04M NHT-P54-05000 GTAT10R 03M NHT-P54-05005 GTBC00R 04M NHT-P54-05010 GTBC01R 04M NHT-P54-05020 GTBC11R 04M NHT-P54-05030 GTBC41R 03M NHT-P54-05035 GTBD00R 04M NHT-P54-05045 GTBD10R 03M NHT-P54-05050 GTBD40R 03M NHT-P54-05055 GTBR00R 06M NHT-P54-05065 GTBR10R 04M NHT-P54-05076 GTBR40R 01M NHT-P54-05080 GTBS00R 04M NHT-P54-05085 GTBS10R 03M NHT-P54-06562 GTBT00B 01M NHT-P54-05110 GTDC01J 04M NHT-P54-05120 GTDC11J 03M NHT-P54-05121 GTDC1AK 02M NHT-P54-05130 GTDC41J 03M NHT-P54-05131 GTDC4AK 02M NHT-P54-05133 GTDC4BK 01M NHT-P54-05145 GTDD00J 04M NHT-P54-05150 GTDD10J 03M NHT-P54-05151 GTDD1AK 02M NHT-P54-05155 GTDD40J 03M NHT-P54-05156 GTDD4AK 02M NHT-P54-05165 GTDR00J 01M NHT-P54-05170 GTDR10J 03M NHT-P54-05171 GTDR1AK 02M NHT-P54-05185 GTDS00J 04M NHT-P54-05186 GTDS0AK 01M NHT-P54-05190 GTDS10J 03M NHT-P54-05191 GTDS1AK 02M NHT-P54-05201 GTEC0AK 02M NHT-P54-05225 GTEC11B 03M NHT-P54-05240 GTEC11J 03M NHT-P54-05241 GTEC1AK 02M NHT-P54-05265 GTEC41B 03M NHT-P54-05275 GTEC41J 03M NHT-P54-05276 GTEC4AK 02M NHT-P54-05330 GTED10B 05M NHT-P54-05340 GTED10J 03M NHT-P54-05341 GTED1AK 02M NHT-P54-05355 GTED40B 04M NHT-P54-05370 GTED40J 03M NHT-P54-05356 GTED4AK 02M NHT-P54-05364 GTED4BK 02M NHT-P54-05416 GTER1AK 01M NHT-P54-05427 GTES0AK 02M NHT-P54-05430 GTES10B 03M NHT-P54-05435 GTES10J 03M NHT-P54-05357 GTES1AK 02M NHT-P54-06563 GTFC01J 01M

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Appendix

No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-06564 GTFC03B 01M NHT-P54-06565 GTFC03D 01M NHT-P54-05461 GTFC05B 02M NHT-P54-05466 GTFC05D 02M NHT-P54-05358 GTFC0AK 03M NHT-P54-05520 GTFC11B 03M NHT-P54-05540 GTFC11J 03M NHT-P54-05541 GTFC1AK 03M NHT-P54-05542 GTFC1PB 01M NHT-P54-05565 GTFC41B 03M NHT-P54-05585 GTFC41J 03M NHT-P54-05561 GTFC4AK 03M NHT-P54-02038 GTFC4DK 01M NHT-P54-05572 GTFC4EK 03M NHT-P54-05571 GTFC4PB 03M NHT-P54-05576 GTFC4PC 03M NHT-P54-05635 GTFD00B 03M NHT-P54-05640 GTFD00D 03M NHT-P54-06567 GTFD00J 01M NHT-P54-05359 GTFD0AK 03M NHT-P54-05665 GTFD10B 03M NHT-P54-05670 GTFD10J 03M NHT-P54-05562 GTFD1AK 01M NHT-P54-05680 GTFD40B 03M NHT-P54-05690 GTFD40C 04M NHT-P54-05700 GTFD40J 03M NHT-P54-05563 GTFD4AK 01M NHT-P54-05750 GTFR00B 03M NHT-P54-05755 GTFR00D 04M NHT-P54-05766 GTFR0AK 02M NHT-P54-06568 GTFS00J 01M NHT-P54-05786 GTFS01B 03M NHT-P54-05791 GTFS01D 02M NHT-P54-05360 GTFS0AK 03M NHT-P54-06569 GTFS10B 01M NHT-P54-05810 GTFS10J 03M NHT-P54-05564 GTFS1AK 01M NHT-P54-06570 GTGC01D 01M NHT-P54-05870 GTGC11B 06M NHT-P54-05875 GTGC11J 03M NHT-P54-05342 GTGC1AK 06M NHT-P54-05933 GTGD00D 03M NHT-P54-05934 GTGD02D 02M NHT-P54-05940 GTGD10B 05M NHT-P54-05945 GTGD10J 03M NHT-P54-05567 GTGD1AK 03M NHT-P54-05955 GTGD40B 03M NHT-P54-06571 GTGD40C 02M NHT-P54-05970 GTGD40J 03M NHT-P54-05568 GTGD4AK 01M NHT-P54-06005 GTGR00B 02M NHT-P54-06007 GTGR00D 01M NHT-P54-06592 GTGR01B 01M NHT-P54-06008 GTGR01D 01M NHT-P54-00960 GTGR10C 02M

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No: 00-02-NHT-P51-00032

Rev: 04M



NHT-P54-06006 GTGR1AB 01M NHT-P54-06009 GTGR1AK 03M NHT-P54-06028 GTGS00D 02M NHT-P54-06029 GTGS01D 02M NHT-P54-06030 GTGS10B 04M NHT-P54-06035 GTGS10J 03M NHT-P54-05344 GTGS1AK 03M NHT-P54-06506 GTJC4AJ 02M NHT-P54-06505 GTKC1AC 02M NHT-P54-06070 GTKX40C 04M NHT-P54-06572 GTRC02B 01M NHT-P54-06573 GTRC02D 01M NHT-P54-05601 GTRC03B 01M NHT-P54-06588 GTRC05B 02M NHT-P54-06574 GTRC05D 01M NHT-P54-06575 GTRD00B 01M NHT-P54-06576 GTRD00D 01M NHT-P54-06120 GTRR00B 03M NHT-P54-06125 GTRR00D 03M NHT-P54-06577 GTRR07B 01M NHT-P54-06578 GTRR07D 01M NHT-P54-06579 GTRS00B 01M NHT-P54-06145 GTRS00D 02M NHT-P54-06150 GTRT00D 02M NHT-P54-06613 GTXC0AB 02M NHT-P54-06614 GTXC0AD 02M NHT-P54-02039 NEID0AT 01M NHT-P54-06581 NEIS0BT 02M NHT-P54-06583 NEXS0AT 03M NHT-P54-06431 PGGR4AB 01M NHT-P54-06585 PGJC9AX 01M NHT-P54-06586 PGKC9AC 01M

Page: 177

Page: 178

Rev. DateNHT-P54-02030 2004-02-26Hydro 05M BLAC31RRev. Owner Valve Data Sheet Doc. No. 141.094 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.

when different from Hydro's.Note: Norsok's specifications are printed with strikethroughSize (in)End type

End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE REDUCED BORE ASME B16.10 LONG 24RFRF ASME B16.5 3

API 6D 36RFRF MSS SP-44BALL VALVE REDUCED BORE 2830MSS SP-44RF RF 36API 6DBALL VALVE REDUCED BORE

NotesStandardMain ItemCL 150Pressure Rating

Design Code API 6D OR BS 5351 126, 130Fire Test API 6FA OR BS 6755

VSK V405General RequirementLeak Test VSK V404Marking VSK V003Operator VSK V004Low Temp. Appl.

15,817,719,219,619,6BargMax Design Pressure1501005038-46Deg. CAt Temperature

ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3011 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.

ND (inch) 32 34 36Detail no. 29 30 31

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A352 LCC

A350 LF2C12C11

Split body, bolted

INSIDE TRIM Bi-directional sealing (by seal on both sides of ball). Designed forsimultaneous full pressure on both sides of closed valve with nopressure in cavity. Cavity relief by seat "leakage" to inside of valve

PORT Reduced boreSTEM NTR1Material according to EDSCLOSUREMEMBER

NTR1Trunnion mounted ball (solid); Material according to EDS

SEATS NSS1,NTR1

Seat ring with soft seat insert; Insert material to be suitable for fullpressure and temperature rating. Material according to EDS

SPRINGS UNS N0625UNS N10276

SEALS Lip seal/o-ring design and fire seal or packed gland for stemsealing

LIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS

Wetted parts suitable for sour service to NACE MR0175

Notes:126 BS 5351 IS VALID UP TO 16" ONLY.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.

Print date: 2004-06-04

Page: 179

Rev. DateNHT-P54-02045 2004-02-26Hydro 05M BLAC41RRev. Owner Valve Data Sheet Doc. No. 141.095 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE FULL BORE ASME B16.10 LONG 24RFRF ASME B16.5 2

API 6D 36RFRF MSS SP-44BALL VALVE FULL BORE 2830MSS SP-44RF RF 36API 6DBALL VALVE FULL BORE





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A350 LF2C12C11

Split body, bolted


PORT Full boreSTEM NTR1Material according to EDSCLOSUREMEMBER


SEATS NSS1,NTR1








Page: 180

Rev. DateNHT-P54-02048 2004-03-05Hydro 05M BLAC4ERRev. Owner Valve Data Sheet Doc. No. 121.028 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.

Size (in)End typeEnd Standard2 NotesEnd to end Standard 1 ToFromValve Type

BALL VALVE FULL BORE ASME B16.10 LONG 24RFRF ASME B16.5 2API 6D 36RFRF MSS SP-44BALL VALVE FULL BORE 28





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 36Detail no. 27 28 29 31


A350 LF2C12C11

Split body, bolted

INSIDE TRIM Bi-directional sealing (by seal on both sides of ball). Designed forsimultaneous full pressure on both sides of closed valve with nopressure in cavity. Double piston effect



SEATS NSS1,NTR1




LIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Valve especially designed for Emergency Shut Down (ESD), and to

include cavity relief valve. Pad flanged drain connection to includeblind flange and bleed plug of anti-blow out design

BOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 181

Rev. DateNHT-P54-02046 2003-11-07Hydro 03M BLAC5ARRev. Owner Valve Data Sheet Doc. No. 123.064 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE METAL SEATREDUCED BORE

ASME B16.10 LONG 24RFRF ASME B16.5 3

ASME B16.10 LONG 36RFRF MSS SP-44BALL VALVE METAL SEATREDUCED BORE

28




14,015,817,719,219,619,6BargMax Design Pressure2001501005038-46Deg. CAt Temperature

ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3011 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.

ND (inch) 32 36Detail no. 29 31


A350 LF2C12C11

Split body, bolted



NHF2,NTR1

Trunnion mounted ball (solid); Material according to EDS

SEATS NHF1,NTR1

Seat ring; Material according to EDS. Hardfacing


SEALS Packed gland (expanded graphite) or lip seal design and fire sealLIP SEAL NSM1Material according to EDSO-RINGFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 182

Rev. DateNHT-P54-02047 2003-11-07Hydro 03M BLAC6ARRev. Owner Valve Data Sheet Doc. No. 123.067 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE METAL SEATFULL BORE


ASME B16.10 LONG 36RFRF MSS SP-44BALL VALVE METAL SEATFULL BORE

28





ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 24 2809 11 12 13 14 16 18 19 20 21 22 23 24 25 27Detail no.

ND (inch) 30 32 36Detail no. 28 29 31


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 183

Rev. DateNHT-P54-02090 2000-03-15Hydro 04M BLAD30RRev. Owner Valve Data Sheet Doc. No. 142.052 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



API 6D 36RFRF MSS SP-44BALL VALVE REDUCED BORE 30




15.817.719.520.020.0BargMax Design Pressure1501005038-46Deg. CAt Temperature

ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A890 J92205

A182 F51D46D44

Split body, bolted


PORT Reduced boreSTEM NIP1A182 F51 D44CLOSUREMEMBER

NIP1A182 F51 D44Trunnion mounted ball (solid)

SEATS NIP1,NSS1

A182 F51 D44Seat ring with soft seat insert; Insert material to be suitable for fullpressure and temperature rating. Material according to EDS







Page: 184

Rev. DateNHT-P54-02110 2000-03-15Hydro 04M BLAD40RRev. Owner Valve Data Sheet Doc. No. 142.061 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



API 6D 36RFRF MSS SP-44BALL VALVE FULL BORE 30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F51D46D44

Split body, bolted


PORT Full boreSTEM NIP1A182 F51 D44CLOSUREMEMBER


SEATS NIP1,NSS1








Page: 185

Rev. DateNHT-P54-02116 2001-03-22Hydro 02M BLAD4ERRev. Owner Valve Data Sheet Doc. No. 124.095 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 LONG 24RFRF ASME B16.5 2





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1










Page: 186

Rev. DateNHT-P54-02126 2000-03-15Hydro 01M BLAD5ARRev. Owner Valve Data Sheet Doc. No. 122.091 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







14.015.817.719.520.020.0BargMax Design Pressure2001501005038-46Deg. CAt Temperature

ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1

A182 F51 D44Trunnion mounted ball (solid); For sizes 6" and below, use materialtype 316 SS or Nickel alloy 625, both with hardfacing

SEATS NHF1,NIP1

A182 F51 D44Seat ring; For sizes 6" and below, use material type 316 SS orNickel alloy 625, both with hardfacing



LIP SEAL NSM1Material according to EDSO-RINGFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 187

Rev. DateNHT-P54-02127 2000-03-15Hydro 01M BLAD6ARRev. Owner Valve Data Sheet Doc. No. 122.092 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2409 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1








Page: 188

Rev. DateNHT-P54-02128 2001-03-22Hydro 02M BLAD6ERRev. Owner Valve Data Sheet Doc. No. 124.096 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2409 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1




LIP SEAL NSM1Material according to EDSO-RINGFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Valve especially designed for Emergency Shut Down (ESD), and to






Page: 189

Rev. DateNHT-P54-02160 2000-06-06Hydro 03M BLAR30RRev. Owner Valve Data Sheet Doc. No. 144.026 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.






VSK V405General RequirementLeak Test VSK V404Marking VSK V003Operator VSK V004Low Temp. Appl. VSK V408


ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET ASTM A351 CK-3MCuN

A182 F44R16R14

Split body, bolted


PORT Reduced boreSTEM NIP1A182 F44 R14CLOSUREMEMBER

NIP1A182 F44 R14Trunnion mounted ball (solid)

SEATS NIP1,NSS1

A182 F44 R14Seat ring with soft seat insert; Insert material to be suitable for fullpressure and temperature rating. Material according to EDS







Page: 190

Rev. DateNHT-P54-02170 2000-03-15Hydro 04M BLAR40RRev. Owner Valve Data Sheet Doc. No. 144.002 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F44R16R14

Split body, bolted


PORT Full boreSTEM NIP1A182 F44 R14CLOSUREMEMBER


SEATS NIP1,NSS1








Page: 191

Rev. DateNHT-P54-02200 2000-03-15Hydro 02M BLAS30RRev. Owner Valve Data Sheet Doc. No. 142.710 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET ASTM A351 CF8M

A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 192



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE REDUCED BORE ASME B16.10 LONG 24RFRF ASME B16.5 2BALL VALVE REDUCED BORE ASME B16.10 LONG 24RFRF ASME B16.5 3






ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 24 3009 11 12 13 14 16 18 19 20 21 22 23 24 25 28Detail no.

ND (inch) 32 34 36Detail no. 29 30 31


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2




LIP SEAL NSM1Material according to EDSO-RING NSM1PTFE BASEDMaterial according to EDSFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS

Wetted parts suitable for sour service to NACE MR0175. Valve tobe suitable for methanol service



Page: 193









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 194

Rev. DateNHT-P54-02216 2001-03-22Hydro 02M BLAS4ERRev. Owner Valve Data Sheet Doc. No. 122.030 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2










Page: 195

Rev. DateNHT-P54-02223 2004-02-26Hydro 02M BLAT30RRev. Owner Valve Data Sheet Doc. No. 142.553 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



API 6D 36RFRF MSS SP-44BALL VALVE REDUCED BORE 2830MSS SP-44RF RF 36API 6DBALL VALVE REDUCED BORE




15,019,219,619,6BargMax Design Pressure1005038-46Deg. CAt Temperature

ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3011 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.

ND (inch) 32 34 36Detail no. 29 30 31

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET B367 C2

B381 F2T02T01

Split body, bolted


PORT Reduced boreSTEM B348To achieve hardness/strength use a combination of gr. 2 and 5

materials, or hardfacing by nitridingCLOSUREMEMBER

B381Trunnion mounted ball (solid); To achieve hardness/strength use acombination of gr. 2 and 5 materials, or hardfacing by nitriding

SEATS NSS1Material according to EDSSPRINGSSEALS Lip seal/o-ring design and fire seal or packed gland for stem

sealingLIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 196

Rev. DateNHT-P54-02222 2004-02-26Hydro 03M BLAT40RRev. Owner Valve Data Sheet Doc. No. 142.554 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



API 6D 36RFRF MSS SP-44BALL VALVE FULL BORE 2830MSS SP-44RF RF 36API 6DBALL VALVE FULL BORE


127, 130Design Code API 6D OR BS 5351 126, 130Fire Test API 6FA OR BS 6755

VSK V244VSK V405General RequirementLeak Test VSK V404Marking VSK V003

VSK V141Operator VSK V004Low Temp. Appl.


ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


B381 F2T02T01

Split body, bolted


PORT Full boreSTEM B348To achieve hardness/strength use a combination of gr. 2 and 5

materials, or hardfacing by nitridingCLOSUREMEMBER

B381Trunnion mounted ball (solid); To achieve hardness/strength use acombination of gr. 2 and 5 materials, or hardfacing by nitriding




Notes:126 BS 5351 IS VALID UP TO 16" ONLY.127 EXCLUDING SIZES 2" THROUGH 4" FOR BS 5351.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.


Page: 197

Rev. DateNHT-P54-02250 2004-02-26Hydro 05M BLBC31RRev. Owner Valve Data Sheet Doc. No. 141.006 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



ASME B16.10 LONG 36RFRF MSS SP-44BALL VALVE REDUCED BORE 2830MSS SP-44RF RF 36ASME B16.10 LONGBALL VALVE REDUCED BORE


Design Code API 6D OR BS 5351 126, 128, 130Fire Test API 6FA OR BS 6755



ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3011 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.

ND (inch) 32 34 36Detail no. 29 30 31


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 198

Rev. DateNHT-P54-02260 2004-02-26Hydro 05M BLBC41RRev. Owner Valve Data Sheet Doc. No. 141.043 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 LONG 36RFRF MSS SP-44BALL VALVE FULL BORE 2830MSS SP-44RF RF 36ASME B16.10 LONGBALL VALVE FULL BORE





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A105C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 199

Rev. DateNHT-P54-02261 2001-03-22Hydro 02M BLBC4ERRev. Owner Valve Data Sheet Doc. No. 123.078 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A105C12C11

Split body, bolted




SEATS NSS1,NTR1










Page: 200

Rev. DateNHT-P54-02263 2004-02-26Hydro 02M BLBC5ARRev. Owner Valve Data Sheet Doc. No. 123.079 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.




API 6D 36RFRF MSS SP-44BALL VALVE METAL SEATREDUCED BORE

28





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3011 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.

ND (inch) 32 34 36Detail no. 29 30 31


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1








Page: 201

Rev. DateNHT-P54-02262 2004-02-26Hydro 03M BLBC6ARRev. Owner Valve Data Sheet Doc. No. 123.077 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.




API 6D 36RFRF MSS SP-44BALL VALVE METAL SEATFULL BORE

28





ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 24 2809 11 12 13 14 16 18 19 20 21 22 23 24 25 27Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1








Page: 202

Rev. DateNHT-P54-02305 2000-03-15Hydro 04M BLBD30RRev. Owner Valve Data Sheet Doc. No. 142.055 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



ASME B16.10 LONG 36RFRF MSS SP-44BALL VALVE REDUCED BORE 28





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3011 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.

ND (inch) 32 34 36Detail no. 29 30 31


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 203

Rev. DateNHT-P54-02315 2000-03-15Hydro 04M BLBD40RRev. Owner Valve Data Sheet Doc. No. 142.039 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



ASME B16.10 LONG 36RFRF MSS SP-44BALL VALVE FULL BORE 28





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 204

Rev. DateNHT-P54-02317 2001-03-22Hydro 02M BLBD4ERRev. Owner Valve Data Sheet Doc. No. 122.155 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1










Page: 205

Rev. DateNHT-P54-02321 2000-03-15Hydro 01M BLBD5ARRev. Owner Valve Data Sheet Doc. No. 122.090 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 206

Rev. DateNHT-P54-02322 2001-04-02Hydro 02M BLBD6ARRev. Owner Valve Data Sheet Doc. No. 122.089 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2409 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 207

Rev. DateNHT-P54-02345 2002-10-21Hydro 01M BLBR00RRev. Owner Valve Data Sheet Doc. No. 144.004 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE REDUCED BORE ASME B16.10 LONG 10RFRF ASME B16.5 0.5


Design Code API 6D OR BS 5351 130Fire Test API 6FA OR BS 6755



ND (inch) 0.5 0.75 1 1.25 1.5 2 2.5 3 4 5 6 8 1004 05 06 07 08 09 10 11 12 13 14 16 18Detail no.


A182 F44R16R14

Split body, bolted

INSIDE TRIMPORT Reduced boreSTEM NIP1A182 F44 R14CLOSUREMEMBER

NIP1A182 F44 R14Floating ball (solid)


sealingLIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.


Page: 208

Rev. DateNHT-P54-02355 2002-10-21Hydro 01M BLBR30RRev. Owner Valve Data Sheet Doc. No. 144.013 NHS-M no. ApprovedRev. Status04MNorsokNormal Owner Normal Owner's rev.





Design Code API 6D OR BS 5351 126, 130Fire Test



ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F44R16R14

Split body, bolted


PORT Reduced boreSTEM NIP1A182 F44 R14CLOSUREMEMBER


SEATS NIP1,NSS1


SPRINGS UNS N0625SEALS Lip seal/o-ring design and fire seal or packed gland for stem





Page: 209

Rev. DateNHT-P54-02360 2000-06-06Hydro 04M BLBR40RRev. Owner Valve Data Sheet Doc. No. 144.006 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





Design Code API 6D OR BS 5351 126, 130Fire Test



ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 210

Rev. DateNHT-P54-02385 2000-03-15Hydro 03M BLBS30RRev. Owner Valve Data Sheet Doc. No. 142.717 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 211

Rev. DateNHT-P54-02386 2000-06-06Hydro 02M BLBS3ARRev. Owner Valve Data Sheet Doc. No. 122.162 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 LONG 24RFRF ASME B16.5 2





ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2409 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 212

Rev. DateNHT-P54-02390 2001-04-02Hydro 05M BLBS40RRev. Owner Valve Data Sheet Doc. No. 142.722 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 213

Rev. DateNHT-P54-02391 2001-03-22Hydro 02M BLBS4ERRev. Owner Valve Data Sheet Doc. No. 122.031 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2










Page: 214

Rev. DateNHT-P54-02415 2000-03-15Hydro 04M BLDC31JRev. Owner Valve Data Sheet Doc. No. 141.056 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE REDUCED BORE ASME B16.10 LONG 24RJRJ ASME B16.5 3

ASME B16.10 LONG 36RJRJ MSS SP-44BALL VALVE REDUCED BORE 30





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A350 LF2C12C11

Split body, bolted


PORT Reduced bore (additional requirement to API 6D)STEM NTR1Material according to EDSCLOSUREMEMBER


SEATS NSS1,NTR1








Page: 215

Rev. DateNHT-P54-02416 2003-01-27Hydro 02M BLDC3AKRev. Owner Valve Data Sheet Doc. No. 141.111 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 LONG 04036CJCJ NORSOK NCF5 2





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)8,74 7,62 8,56 9,52 10,97 12,70 15,09 17,48 19,05 21,44 23,82 26,19 28,58 30,96THK (mm)S-160 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80SCH/WT

09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36OD (mm) 762,0 813,0 864,0 914,0THK (mm) 32,00 36,00 36,00 40,00SCH/WT Detail no. 28 29 30 31


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1






Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.126 BS 5351 IS VALID UP TO 16" ONLY.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.


Page: 216

Rev. DateNHT-P54-02421 2004-02-18Hydro 02M BLDC3EKRev. Owner Valve Data Sheet Doc. No. 141.124 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement

BODY/BONNET A352 LCCA350 LF2

C12C11

Split body, bolted




SEATS NSS1,NTR1





include cavity relief valve. NORSOK NCF5 flanged cavity drainconnection supplied with blind flange, including a bleed plug ofanti-blowout design.





Page: 217



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE FULL BORE ASME B16.10 LONG 24RJRJ ASME B16.5 2

ASME B16.10 LONG 36RJRJ MSS SP-44BALL VALVE FULL BORE 30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 218



BALL VALVE FULL BORE ASME B16.10 LONG 04036CJCJ NORSOK NCF5 2






09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 219



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE METAL SEATREDUCED BORE

ASME B16.10 LONG 24RJRJ ASME B16.5 3

ASME B16.10 LONG 36RJRJ MSS SP-44BALL VALVE METAL SEATREDUCED BORE

30


Design Code API 6D 130Fire Test API 6FA OR BS 6755

VSK V405General RequirementLeak Test VSK V404

VSK V004Marking VSK V003VSK V003Operator VSK V004

Low Temp. Appl.


ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 220




ASME B16.10 LONG 04036CJCJ NORSOK NCF5 3





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3288,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0 813,0OD (mm)7,62 8,56 9,52 10,97 12,70 15,09 17,48 19,05 21,44 23,82 26,19 28,58 30,96 32,00 36,00THK (mm)S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 SCH/WT11 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.

ND (inch) 34 36OD (mm) 864,0 914,0THK (mm) 36,00 40,00SCH/WT Detail no. 30 31


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1





Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.


Page: 221









ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3288,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0 813,0OD (mm)7,62 8,56 9,52 10,97 12,70 15,09 17,48 19,05 21,44 23,82 26,19 28,58 30,96 32,00 36,00THK (mm)S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 S-80 SCH/WT11 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1



SEALS Packed gland (expanded graphite) or lip seal design and fire sealLIP SEAL NSM1Material according to EDSO-RINGFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Valve especially designed for Emergency Shut Down (ESD), and to






Page: 222



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE METAL SEATFULL BORE


ASME B16.10 LONG 36RJRJ MSS SP-44BALL VALVE METAL SEATFULL BORE

30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 223










09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 224

Rev. DateNHT-P54-02426 2001-03-22Hydro 02M BLDC6EJRev. Owner Valve Data Sheet Doc. No. 121.150 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1









Page: 225












C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1









Page: 226

Rev. DateNHT-P54-02450 2000-03-15Hydro 04M BLDD30JRev. Owner Valve Data Sheet Doc. No. 142.042 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F51D46D44

Split body, bolted


PORT Reduced bore (additional requirement to API 6D)STEM NIP1A182 F51 D44CLOSUREMEMBER


SEATS NIP1,NSS1








Page: 227

Rev. DateNHT-P54-02451 2003-01-27Hydro 02M BLDD3AKRev. Owner Valve Data Sheet Doc. No. 142.102 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)3,91 5,16 5,49 6,02 6,55 7,11 8,18 9,27 9,52 11,13 12,70 12,70 12,70 17,48THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-STD S-40 S-40 S-XS S-30 S-40SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 228









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1


SPRINGSSEALS Lip seal/o-ring design and fire seal or packed gland for stem





Page: 229








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)3,91 5,49 6,02 6,55 7,11 8,18 9,27 9,52 11,13 12,70 12,70 12,70 17,48THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-STD S-40 S-40 S-XS S-30 S-40SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1


SPRINGSSEALS Lip seal/o-ring design and fire seal or packed gland for stem





Page: 230





ASME B16.10 LONG 36RJRJ MSS SP-44BALL VALVE METAL SEATREDUCED BORE

30





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 231









ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3288,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0 813,0OD (mm)5,49 6,02 6,55 7,11 8,18 9,27 9,52 11,13 12,70 12,70 12,70 17,48 20,00 22,20THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-STD S-40 S-40 S-XS S-30 S-40 SCH/WT11 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 232





ASME B16.10 LONG 36RJRJ MSS SP-44BALL VALVE METAL SEATFULL BORE

30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 233












A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 234

Rev. DateNHT-P54-02457 2001-03-22Hydro 02M BLDD6EJRev. Owner Valve Data Sheet Doc. No. 122.156 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1









Page: 235

Rev. DateNHT-P54-02459 2004-02-18Hydro 03M BLDD6EKRev. Owner Valve Data Sheet Doc. No. 122.168 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1









Page: 236

Rev. DateNHT-P54-02470 2000-06-06Hydro 03M BLDR30JRev. Owner Valve Data Sheet Doc. No. 144.007 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F44R16R14

Split body, bolted


PORT Reduced bore (additional requirement to API 6D)STEM NIP1A182 F44 R14CLOSUREMEMBER


SEATS NIP1,NSS1








Page: 237

Rev. DateNHT-P54-02471 2003-01-27Hydro 02M BLDR3AKRev. Owner Valve Data Sheet Doc. No. 144.037 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3288,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0 813,0OD (mm)5,49 6,02 6,55 7,11 8,18 9,27 9,52 11,13 12,70 12,70 15,09 17,48 20,00 22,20THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-STD S-40 S-40 S-XS S-40 S-40 SCH/WT11 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 238

Rev. DateNHT-P54-02475 2000-06-06Hydro 03M BLDR40JRev. Owner Valve Data Sheet Doc. No. 144.015 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 239

Rev. DateNHT-P54-02476 2003-01-27Hydro 02M BLDR4AKRev. Owner Valve Data Sheet Doc. No. 144.038 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 240

Rev. DateNHT-P54-02490 2000-03-15Hydro 02M BLDS30JRev. Owner Valve Data Sheet Doc. No. 142.718 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 241

Rev. DateNHT-P54-02491 2003-01-27Hydro 02M BLDS3AKRev. Owner Valve Data Sheet Doc. No. 142.757 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)3,91 5,16 5,49 6,02 6,55 7,11 10,31 12,70 14,27 15,09 16,66 19,05 20,62 22,22 24,61THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 S-60SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 242

Rev. DateNHT-P54-02494 2004-02-18Hydro 02M BLDS3EKRev. Owner Valve Data Sheet Doc. No. 142.765 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2










Page: 243

Rev. DateNHT-P54-02396 2002-06-11Hydro 03M BLDS40JRev. Owner Valve Data Sheet Doc. No. 142.734 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 244











A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 245










A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2










Page: 246









ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2488,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)5,49 6,02 6,55 7,11 10,31 12,70 14,27 15,09 16,66 19,05 20,62 22,22 24,61THK (mm)S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 S-60SCH/WT11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2







Page: 247











A182 F316S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2









Page: 248









ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)3,91 5,49 6,02 6,55 7,11 10,31 12,70 14,27 15,09 16,66 19,05 20,62 22,22 24,61THK (mm)S-40 S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 S-60SCH/WT09 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2







Page: 249

Rev. DateNHT-P54-02520 2000-03-15Hydro 03M BLEC31BRev. Owner Valve Data Sheet Doc. No. 141.085 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE REDUCED BORETOP ENTRY

API 6D 200 MM PUP PIECE 4BEBE ASME B16.25 2

API 6D 300 MM PUP PIECE 10BEBE ASME B16.25BALL VALVE REDUCED BORETOP ENTRY

6

16API 6D 400 MM PUP PIECE BEBE ASME B16.25BALL VALVE REDUCED BORETOP ENTRY

12


18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)8.74 11.13 11.13 14.27 18.26 21.44 25.40 27.79 30.96 29.36 32.54 38.89THK (mm)S-160 S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100SCH/WT

09 11 12 14 16 18 19 20 21 22 23 25Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


C12C11

Top entry, bolted




SEATS NSS1,NTR1




LIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Body to be fitted with pressure relief valve and cavity external

bleed plug of anti-blowout designCavity external bleed plug of anti-blowout design





Page: 250

Rev. DateNHT-P54-02525 2000-03-15Hydro 04M BLEC31JRev. Owner Valve Data Sheet Doc. No. 141.051 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 251

Rev. DateNHT-P54-02526 2003-01-27Hydro 02M BLEC3AKRev. Owner Valve Data Sheet Doc. No. 141.104 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2488,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,13 11,13 12,70 14,27 18,26 21,44 25,40 27,79 30,96 29,36 32,54 34,92 38,89THK (mm)S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100SCH/WT

11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 252

Rev. DateNHT-P54-02528 2004-09-30Hydro 01M BLEC3EKRev. Owner Valve Data Sheet Doc. No. 141.132 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.

End type Size (in)End Standard2 NotesEnd to end Standard 1 ToFromValve Type









C12C11

Split body, bolted




SEATS NSS1,NTR1










Page: 253

Rev. DateNHT-P54-02531 2000-03-15Hydro 01M BLEC4ABRev. Owner Valve Data Sheet Doc. No. 122.129 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


Ball valve, FB, Top Entry API 6D 200 MM PUP PIECE 4BEBE ASME B16.25 2API 6D 300 MM PUP PIECE 10BEBE ASME B16.25Ball valve, FB, Top Entry 6

16API 6D 400 MM PUP PIECE BEBE ASME B16.25Ball valve, FB, Top Entry 1224API 6D 600 MM PUP PIECE BEBE ASME B16.25Ball valve, FB, Top Entry 18








C12C11

Top entry, bolted




SEATS NSS1,NTR1





bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 254

Rev. DateNHT-P54-02546 2000-03-15Hydro 01M BLEC4AJRev. Owner Valve Data Sheet Doc. No. 121.056 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 LONG 24RJRJ ASME B16.5 3





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 255








ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)8,74 11,13 11,13 12,70 14,27 18,26 21,44 25,40 27,79 30,96 29,36 32,54 34,92 38,89THK (mm)S-160 S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100SCH/WT

09 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 256

Rev. DateNHT-P54-02557 2004-02-18Hydro 02M BLEC4EKRev. Owner Valve Data Sheet Doc. No. 121.073 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










C12C11

Split body, bolted




SEATS NSS1,NTR1










Page: 257



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE METAL SEATREDUCED BORE TOP ENTRY


API 6D 300 MM PUP PIECE 10BEBE ASME B16.25BALL VALVE METAL SEATREDUCED BORE TOP ENTRY

6

16API 6D 400 MM PUP PIECE BEBE ASME B16.25BALL VALVE METAL SEATREDUCED BORE TOP ENTRY

12


18

36MANUFAC. STD. 600 MM PUPPIECE

BEBE ASME B16.25BALL VALVE METAL SEATREDUCED BORE TOP ENTRY

30


Design Code API 6D 130, 137Fire Test API 6FA OR BS 6755



ND (inch) 3 4 6 8 10 12 14 16 18 20 24 30 3688.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 762.0 914.0OD (mm)11.13 11.13 14.27 18.26 21.44 25.40 27.79 30.96 29.36 32.54 38.89 45.00 50.00THK (mm)S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 SCH/WT



C12C11

Top entry, bolted



NHF2,NTR1


SEATS NHF1,NTR1



SEALS Packed gland (expanded graphite) or lip seal design and fire sealLIP SEAL NSM1Material according to EDSO-RINGFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Body to be fitted with pressure relief valve and cavity external



Notes:130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.137 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 258









ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 259












C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 260



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE METAL SEATFULL BORE TOP ENTRY


API 6D 300 MM PUP PIECE 10BEBE ASME B16.25BALL VALVE METAL SEATFULL BORE TOP ENTRY

6

16API 6D 400 MM PUP PIECE BEBE ASME B16.25BALL VALVE METAL SEATFULL BORE TOP ENTRY

12


18


BEBE ASME B16.25BALL VALVE METAL SEATFULL BORE TOP ENTRY

30





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 30 3660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 762.0 914.0OD (mm)8.74 11.13 11.13 14.27 18.26 21.44 25.40 27.79 30.96 29.36 32.54 38.89 45.00 50.00THK (mm)S-160 S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 SCH/WT



C12C11

Top entry, bolted



NHF2,NTR1


SEATS NHF1,NTR1








Page: 261











ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 262












C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 263

Rev. DateNHT-P54-02556 2004-02-18Hydro 02M BLEC6EKRev. Owner Valve Data Sheet Doc. No. 141.115 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)8,74 9,52 11,13 11,13 12,70 14,27 18,26 21,44 25,40 27,79 30,96 29,36 32,54 34,92 38,89THK (mm)S-160 S-160 S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100SCH/WT



C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1









Page: 264

Rev. DateNHT-P54-02590 2000-03-15Hydro 03M BLED30BRev. Owner Valve Data Sheet Doc. No. 142.046 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12


18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)3.91 5.49 6.02 7.11 10.31 12.70 14.27 15.09 16.66 19.05 20.62 24.61THK (mm)S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F51D46D44

Top entry, bolted




SEATS NIP1,NSS1









Page: 265

Rev. DateNHT-P54-02595 2000-03-15Hydro 04M BLED30JRev. Owner Valve Data Sheet Doc. No. 142.059 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 266

Rev. DateNHT-P54-02596 2003-01-27Hydro 02M BLED3AKRev. Owner Valve Data Sheet Doc. No. 142.094 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 267

Rev. DateNHT-P54-02606 2000-03-15Hydro 01M BLED4ABRev. Owner Valve Data Sheet Doc. No. 124.124 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F51D46D44

Top entry, bolted




SEATS NIP1,NSS1









Page: 268

Rev. DateNHT-P54-02611 2000-03-15Hydro 01M BLED4AJRev. Owner Valve Data Sheet Doc. No. 122.150 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 269










A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 270






6


12


18





ND (inch) 3 4 6 8 10 12 14 16 18 20 2488.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)5.49 6.02 7.11 10.31 12.70 14.27 15.09 16.66 19.05 20.62 24.61THK (mm)S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60SCH/WT11 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F51D46D44

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1








Page: 271









ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 272











A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 273

Rev. DateNHT-P54-06468 2004-02-18Hydro 02M BLED5EKRev. Owner Valve Data Sheet Doc. No. 142.110 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1









Page: 274






6


12


18







A182 F51D46D44

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1








Page: 275











ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 276











A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 277

Rev. DateNHT-P54-02002 2004-02-18Hydro 02M BLED6EKRev. Owner Valve Data Sheet Doc. No. 122.179 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1









Page: 278

Rev. DateNHT-P54-02651 2003-02-27Hydro 01M BLER3AKRev. Owner Valve Data Sheet Doc. No. 144.039 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 279

Rev. DateNHT-P54-02656 2003-02-27Hydro 01M BLER4AKRev. Owner Valve Data Sheet Doc. No. 144.040 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 280

Rev. DateNHT-P54-02657 2005-08-22Hydro 01M BLER5AKRev. Owner Valve Data Sheet Doc. No. 144.046 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.









MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET ASTM A351

CK-3MCuNA182 F44

R16R14

Split body, bolted

INSIDE TRIM Bi-directional sealing (by seal on both sides of ball). Designed forsimultaneous full pressure on both sides of closed valve with nopressure in cavity. Cavity relief by seat "leakage" to inside ofvalve


NHF2,NIP1

A182 F44 R14Trunnion mounted ball (solid); Hardfacing

SEATS NHF1,NIP1

A182 F44 R14Seat ring; Hardfacing






Page: 281

Rev. DateNHT-P54-02014 2003-10-06Hydro 01M BLER60JRev. Owner Valve Data Sheet Doc. No. 144.033 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 282

Rev. DateNHT-P54-02040 2005-08-22Hydro 01M BLER6AKRev. Owner Valve Data Sheet Doc. No. 144.045 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.










CK-3MCuNA182 F44

R16R14

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 283

Rev. DateNHT-P54-02670 2000-03-15Hydro 03M BLES30BRev. Owner Valve Data Sheet Doc. No. 142.747 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12


18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)5.54 7.62 8.56 10.97 15.09 18.26 21.44 23.82 26.19 29.36 32.54 38.89THK (mm)S-80 S-80 S-80 S-80 S-100 S-100 S-100 S-100 S-100 S-100 S-100 S-100SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F316S02S01

Top entry, bolted




SEATS NSS1,NTR2










Page: 284

Rev. DateNHT-P54-02675 2000-03-15Hydro 03M BLES30JRev. Owner Valve Data Sheet Doc. No. 142.740 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 285

Rev. DateNHT-P54-02676 2003-01-27Hydro 02M BLES3AKRev. Owner Valve Data Sheet Doc. No. 142.746 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)5,54 7,62 8,56 9,52 10,97 15,09 18,26 21,44 23,82 26,19 29,36 32,54 34,92 38,89THK (mm)S-80 S-80 S-80 S-80 S-80 S-100 S-100 S-100 S-100 S-100 S-100 S-100 S-100 S-100SCH/WT09 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 286

Rev. DateNHT-P54-02681 2000-03-15Hydro 01M BLES4ABRev. Owner Valve Data Sheet Doc. No. 122.035 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F316S02S01

Top entry, bolted




SEATS NSS1,NTR2









Page: 287

Rev. DateNHT-P54-02736 2000-03-15Hydro 01M BLES4AJRev. Owner Valve Data Sheet Doc. No. 122.036 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 288










A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 289

Rev. DateNHT-P54-06593 2000-09-20Hydro 01M BLES54JRev. Owner Valve Data Sheet Doc. No. 142.715 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 3 4 6 8 10 12 14 16 18 20 2411 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F316S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2



SEALS Packed gland (expanded graphite) or lip seal design and fire sealLIP SEAL NSM1Material according to EDSO-RING PTFE BASEDFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 290









ND (inch) 3 4 6 8 10 12 14 16 18 20 2488,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 610,0OD (mm)7,62 8,56 10,97 15,09 18,26 21,44 23,82 26,19 29,36 32,54 38,89THK (mm)S-80 S-80 S-80 S-100 S-100 S-100 S-100 S-100 S-100 S-100 S-100SCH/WT11 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F316S02S01

Split body, bolted



NHF2,NTR2

Trunnion mounted ball (solid); Material according to EDS.Hardfacing

SEATS NHF1,NTR2







Page: 291









ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 610,0OD (mm)5,54 7,62 8,56 10,97 15,09 18,26 21,44 23,82 26,19 29,36 32,54 38,89THK (mm)S-80 S-80 S-80 S-80 S-100 S-100 S-100 S-100 S-100 S-100 S-100 S-100SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F316S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2







Page: 292

Rev. DateNHT-P54-02720 2000-06-06Hydro 02M BLFC31BRev. Owner Valve Data Sheet Doc. No. 141.076 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12


18



VSK V405General RequirementLeak Test VSK V410Marking VSK V003



ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)11.07 15.24 17.12 21.95 25.00 28.58 33.34 35.71 40.49 45.24 50.01 59.54THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT



C12C11

Top entry, bolted




SEATS NSS1,NTR1








Notes:045 END TO END DIMENSION AS FOR GATE VALVE.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZE


Page: 293

DEPENDENT.


Page: 294

Rev. DateNHT-P54-02725 2000-03-15Hydro 03M BLFC31JRev. Owner Valve Data Sheet Doc. No. 141.072 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 LONG 04524RJRJ ASME B16.5BALL VALVE REDUCED BORE 18






ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1






Notes:045 END TO END DIMENSION AS FOR GATE VALVE.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 295

Rev. DateNHT-P54-02726 2003-11-17Hydro 03M BLFC3AKRev. Owner Valve Data Sheet Doc. No. 141.107 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 LONG 04016CJCJ NORSOK NCF5 2ASME B16.10 LONG 04124CJCJ NORSOK NCF5BALL VALVE REDUCED BORE 18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,07 14,02 15,24 17,12 19,05 21,95 25,00 28,58 33,34 35,71 40,49 45,24 50,01 53,98 59,54THK (mm)S-XXS S-XXS S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT



C12C11

Split body, bolted




SEATS NSS1,NTR1






Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.041 END TO END DIMENSION AS FOR GATE VALVE, LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 296

Rev. DateNHT-P54-02728 2004-02-18Hydro 02M BLFC3EKRev. Owner Valve Data Sheet Doc. No. 141.126 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










C12C11

Split body, bolted




SEATS NSS1,NTR1










Page: 297

Rev. DateNHT-P54-02731 2000-03-15Hydro 01M BLFC4ABRev. Owner Valve Data Sheet Doc. No. 123.133 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)11.07 15.24 17.12 21.95 25.00 28.58 33.34 35.71 40.49 45.24 50.01 59.54THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT



C12C11

Top entry, bolted




SEATS NSS1,NTR1









Page: 298

Rev. DateNHT-P54-02741 2000-03-15Hydro 01M BLFC4AJRev. Owner Valve Data Sheet Doc. No. 121.059 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 LONG 16RJRJ ASME B16.5 2ASME B16.10 LONG 04524RJRJ ASME B16.5BALL VALVE FULL BORE 18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 299



BALL VALVE FULL BORE ASME B16.10 LONG 04016CJCJ NORSOK NCF5 2ASME B16.10 LONG 04124CJCJ NORSOK NCF5BALL VALVE FULL BORE 18








C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 300











C12C11

Split body, bolted




SEATS NSS1,NTR1










Page: 301

Rev. DateNHT-P54-02732 2001-03-22Hydro 04M BLFC4PBRev. Owner Valve Data Sheet Doc. No. 122.977 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET ASTM A352 GR. LC3

ASTM A350 GR. LF3Top entry, bolted

INSIDE TRIM Bi-directional sealing (by seal on both sides of ball). Designed forsimultaneous full pressure on both sides of closed valve with nopressure in cavity. Double piston effect; All valve wetted parts tobe overlay welded with 316L. Minimum 5mm overlay thickness onall flange facings/ring grooves. Internal parts may be in full 316L

PORT Full boreSTEM ASTM A350 GR. LF3CLOSUREMEMBER

SST. (MIN. 13CR 4NI)Trunnion mounted ball (solid)

SEATS NSS1UNS N0625Seat ring with soft seat insertSPRINGS UNS N0625

UNS N10276SEALS Packed gland (expanded graphite) or lip seal design and fire sealLIP SEAL NSM1Material according to EDSO-RINGFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Body to be fitted with pressure relief valve and cavity external





Page: 302

Rev. DateNHT-P54-02734 2003-04-08Hydro 01M BLFC4PCRev. Owner Valve Data Sheet Doc. No. 122.978 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 04014CLCL 2ASME B16.10 04124CLCLBALL VALVE FULL BORE 16





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2409 11 12 14 16 18 19 20 21 22 23 25Detail no.


ASTM A350 GR. LF3Split body, bolted

INSIDE TRIM Bi-directional sealing (by seal on both sides of ball). Designed forsimultaneous full pressure on both sides of closed valve with nopressure in cavity. Double piston effect; All valve wetted parts tobe overlay welded with 316L. Internal parts may be in full 316L

PORT Full boreSTEM ASTM A350 GR. LF3CLOSUREMEMBER

SST. (MIN. 13CR 4NI)Trunnion mounted ball (solid)

SEATS NSS1UNS N0625Seat ring with soft seat insertSPRINGS UNS N0625

UNS N10276SEALS Packed gland (expanded graphite) or lip seal design and fire sealLIP SEAL NSM1Material according to EDSO-RINGFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Body to be fitted with pressure relief valve and cavity external





Page: 303






6


12


18



30





ND (inch) 3 4 6 8 10 12 14 16 18 20 24 30 3688.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 762.0 914.0OD (mm)15.24 17.12 21.95 25.00 28.58 33.34 35.71 40.49 45.24 50.01 59.54 65.00 75.00THK (mm)S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT



C12C11

Top entry, bolted



NHF2,NTR1


SEATS NHF1,NTR1








Page: 304

DEPENDENT.


Page: 305





ASME B16.10 LONG 04524RJRJ ASME B16.5BALL VALVE METAL SEATREDUCED BORE

18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 306




ASME B16.10 04016CJCJ NORSOK NCF5 3

ASME B16.10 04124CJCJ NORSOK NCF5BALL VALVE METAL SEATREDUCED BORE

18

36MANUFACTURERSSTANDARD

CJCJ NORSOK NCF5BALL VALVE METAL SEATREDUCED BORE

28





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3088,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 711,0 762,0OD (mm)15,24 17,12 19,05 21,95 25,00 28,58 33,34 35,71 40,49 45,24 50,01 53,98 59,54 60,00 65,00THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT

11 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.



A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1





Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.


Page: 307

041 END TO END DIMENSION AS FOR GATE VALVE, LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 308






18


CJCJ NORSOK NCF5BALL VALVE METAL SEATREDUCED BORE

28





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3088,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 711,0 762,0OD (mm)15,24 17,12 19,05 21,95 25,00 28,58 33,34 35,71 40,49 45,24 50,01 53,98 59,54 60,00 65,00THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT

11 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.



A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1





BOLTING NBO2Material according to EDSSPECIAL Wetted parts suitable for sour service to NACE MR0175


Page: 309

REQUIREMENTSNotes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.041 END TO END DIMENSION AS FOR GATE VALVE, LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 310






6


12


18



30





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 30 3660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 762.0 914.0OD (mm)11.07 15.24 17.12 21.95 25.00 28.58 33.34 35.71 40.49 45.24 50.01 59.54 65.00 75.00THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT



C12C11

Top entry, bolted



NHF2,NTR1


SEATS NHF1,NTR1








Page: 311

DEPENDENT.


Page: 312




ASME B16.10 16RJRJ ASME B16.5 2

ASME B16.10 04524RJRJ ASME B16.5BALL VALVE METAL SEATFULL BORE

18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 313





ASME B16.10 04124CJCJ NORSOK NCF5BALL VALVE METAL SEATFULL BORE

18


CJCJ NORSOK NCF5BALL VALVE METAL SEATFULL BORE

28






09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 314

041 END TO END DIMENSION AS FOR GATE VALVE, LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 315

Rev. DateNHT-P54-02870 2000-03-15Hydro 02M BLFD30BRev. Owner Valve Data Sheet Doc. No. 142.076 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12


18








A182 F51D46D44

Top entry, bolted




SEATS NIP1,NSS1










Page: 316

DEPENDENT.


Page: 317

Rev. DateNHT-P54-02875 2000-03-15Hydro 03M BLFD30JRev. Owner Valve Data Sheet Doc. No. 142.073 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 318

Rev. DateNHT-P54-02881 2000-03-15Hydro 01M BLFD3ACRev. Owner Valve Data Sheet Doc. No. 124.129 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 020, 04016CLCL ASME B16.5 3ASME B16.10 020, 04124CLCL ASME B16.5BALL VALVE REDUCED BORE 18





ND (inch) 3 4 6 8 10 12 14 16 18 20 2411 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1






Notes:020 END TYPE ACCORDING TO EDS: NMJ1.040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.041 END TO END DIMENSION AS FOR GATE VALVE, LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 319

Rev. DateNHT-P54-02883 2003-01-27Hydro 02M BLFD3AKRev. Owner Valve Data Sheet Doc. No. 124.253 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)5,54 7,01 7,62 8,56 6,55 14,27 18,26 21,44 25,40 27,79 26,19 29,36 32,54 34,92 38,89THK (mm)S-80 S-80 S-80 S-80 S-40 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 S-100SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 320

Rev. DateNHT-P54-02886 2000-03-15Hydro 01M BLFD4ABRev. Owner Valve Data Sheet Doc. No. 124.127 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F51D46D44

Top entry, bolted




SEATS NIP1,NSS1









Page: 321

Rev. DateNHT-P54-02887 2000-03-15Hydro 01M BLFD4ACRev. Owner Valve Data Sheet Doc. No. 124.128 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 020, 04016CLCL ASME B16.5 2ASME B16.10 020, 04124CLCL ASME B16.5BALL VALVE FULL BORE 18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2409 11 12 14 16 18 19 20 21 22 23 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 322

Rev. DateNHT-P54-02891 2000-03-15Hydro 01M BLFD4AJRev. Owner Valve Data Sheet Doc. No. 124.251 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 323










A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 324






6


12


18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 2860.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 711.0OD (mm)5.54 7.62 8.56 14.27 18.26 21.44 25.40 27.79 26.19 29.36 32.54 38.89 50.00THK (mm)S-80 S-80 S-80 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 SCH/WT09 11 12 14 16 18 19 20 21 22 23 25 27Detail no.


A182 F51D46D44

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1








Page: 325

Rev. DateNHT-P54-02905 2000-03-15Hydro 05M BLFD50CRev. Owner Valve Data Sheet Doc. No. 142.011 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 020, 04016CLCL 3

ASME B16.10 020, 04124CLCLBALL VALVE METAL SEATREDUCED BORE

18





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 326






18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 327






18





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2488,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)7,62 8,56 6,55 14,27 18,26 21,44 25,40 27,79 26,19 29,36 32,54 34,92 38,89THK (mm)S-80 S-80 S-40 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 S-100SCH/WT11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 328






6


12


18







A182 F51D46D44

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1








Page: 329

Rev. DateNHT-P54-02925 2000-03-15Hydro 05M BLFD60CRev. Owner Valve Data Sheet Doc. No. 142.079 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 020, 04016CLCL 2

ASME B16.10 020, 04124CLCLBALL VALVE METAL SEATFULL BORE

18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 330





ASME B16.10 LONG 04524RJRJ ASME B16.5BALL VALVE METAL SEATFULL BORE

18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 331





ASME B16.10 04124CJCJ NORSOK NCF5BALL VALVE METAL SEATFULL BORE

18







A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 332

Rev. DateNHT-P54-02931 2001-03-22Hydro 02M BLFD6EJRev. Owner Valve Data Sheet Doc. No. 122.157 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.





18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1









Page: 333

Rev. DateNHT-P54-02996 2003-04-08Hydro 01M BLFR3ABRev. Owner Valve Data Sheet Doc. No. 144.041 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 LONG 020, 04016CLCL 2ASME B16.10 LONG 020, 04524CLCLBALL VALVE REDUCED BORE 18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1






Notes:020 END TYPE ACCORDING TO EDS: NMJ1.040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.045 END TO END DIMENSION AS FOR GATE VALVE.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.131 SIZES > 16" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 334

Rev. DateNHT-P54-03001 2005-06-13Hydro 01M BLFR4AJRev. Owner Valve Data Sheet Doc. No. 144.044 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 6 8 10 12 14 16 18 20 2409 10 11 12 14 16 18 19 20 21 22 23 25Detail no.


CK-3MCuNA182 F44

R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 335

Rev. DateNHT-P54-03005 2000-06-06Hydro 03M BLFR50JRev. Owner Valve Data Sheet Doc. No. 144.029 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 336

Rev. DateNHT-P54-03010 2003-10-06Hydro 01M BLFR60JRev. Owner Valve Data Sheet Doc. No. 144.030 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 337

Rev. DateNHT-P54-03035 2000-03-15Hydro 02M BLFS30BRev. Owner Valve Data Sheet Doc. No. 142.711 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12


18







BODY/BONNET ASTM A351 CF3MA182 F316

S02S01

Top entry, bolted




SEATS NSS1,NTR2










Page: 338

DEPENDENT.


Page: 339

Rev. DateNHT-P54-03040 2000-03-15Hydro 02M BLFS30JRev. Owner Valve Data Sheet Doc. No. 142.735 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 340

Rev. DateNHT-P54-06517 2000-03-15Hydro 01M BLFS3AJRev. Owner Valve Data Sheet Doc. No. 122.163 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 LONG 16RJRJ ASME B16.5 2ASME B16.10 LONG 04524RJRJ ASME B16.5BALL VALVE REDUCED BORE 18





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 341

Rev. DateNHT-P54-03041 2003-01-27Hydro 02M BLFS3BKRev. Owner Valve Data Sheet Doc. No. 142.754 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 342

Rev. DateNHT-P54-03042 2004-02-18Hydro 02M BLFS3EKRev. Owner Valve Data Sheet Doc. No. 142.767 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










S02S01

Split body, bolted




SEATS NSS1,NTR2










Page: 343

Rev. DateNHT-P54-03046 2000-03-15Hydro 01M BLFS4ABRev. Owner Valve Data Sheet Doc. No. 122.063 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.











S02S01

Top entry, bolted




SEATS NSS1,NTR2









Page: 344

Rev. DateNHT-P54-03051 2000-03-15Hydro 01M BLFS4AJRev. Owner Valve Data Sheet Doc. No. 122.045 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 345

Rev. DateNHT-P54-03052 2003-01-27Hydro 02M BLFS4AKRev. Owner Valve Data Sheet Doc. No. 122.058 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 346

Rev. DateNHT-P54-06594 2000-09-20Hydro 01M BLFS54JRev. Owner Valve Data Sheet Doc. No. 142.739 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.







18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 22 2409 11 12 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2



SEALS Packed gland (expanded graphite) or lip seal design and fire sealLIP SEAL NSM1Material according to EDSO-RING PTFE BASEDFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plug of anti-blowout designBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 347





ASME B16.10 LONG 04124CJCJ NORSOK NCF5BALL VALVE METAL SEATREDUCED BORE

18








S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2







Page: 348

Rev. DateNHT-P54-06631 2004-02-18Hydro 02M BLFS5EKRev. Owner Valve Data Sheet Doc. No. 142.768 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.




ASME B16.10 LONG 04124CJCJ NORSOK NCF5BALL VALVE METAL SEATREDUCED BORE

18





ND (inch) 3 4 6 8 10 12 14 16 18 20 22 2488,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,13 13,49 18,26 23,01 28,58 33,34 35,71 40,49 45,24 50,01 53,98 59,54THK (mm)S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT



S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2









Page: 349

Rev. DateNHT-P54-03065 2000-01-15Hydro 01M BLFS60BRev. Owner Valve Data Sheet Doc. No. 142.702 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12


18








S02S01

Top entry, bolted



NHF2,NTR2


SEATS NHF1,NTR2








Page: 350





ASME B16.10 LONG 04124CJCJ NORSOK NCF5BALL VALVE METAL SEATFULL BORE

18








S02S01

Split body, bolted



NHF2,NTR2


SEATS NHF1,NTR2







Page: 351

Rev. DateNHT-P54-03107 2000-03-15Hydro 01M BLGC3ABRev. Owner Valve Data Sheet Doc. No. 121.071 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORETOP ENTRY



6


12


BEBE ASME B16.25BALL VALVE REDUCED BORETOP ENTRY

14



18





ND (inch) 3 4 6 8 10 12 14 16 18 20 2488.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)17.50 22.20 30.00 36.00 45.00 50.00 55.00 65.00 70.00 80.00 95.00THK (mm)

SCH/WT11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Top entry, bolted




SEATS NSS1,NTR1







Notes:130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.136 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZE


Page: 352

DEPENDENT.


Page: 353

Rev. DateNHT-P54-03108 2000-03-15Hydro 01M BLGC3AJRev. Owner Valve Data Sheet Doc. No. 123.288 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 LONG 12RJRJ ASME B16.5 3





ND (inch) 3 4 6 8 10 1211 12 14 16 18 19Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 354

Rev. DateNHT-P54-03112 2003-11-19Hydro 01M BLGC3AKRev. Owner Valve Data Sheet Doc. No. 123.290 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 LONG 04012CJCJ NORSOK NCF5 3MANUFACTURERSSTANDARD

24CJCJ NORSOK NCF5BALL VALVE REDUCED BORE 14





ND (inch) 3 4 6 8 10 12 14 16 18 20 2488,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 610,0OD (mm)17,50 22,20 30,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00 95,00THK (mm)

SCH/WT11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1






Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.136 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 355

Rev. DateNHT-P54-03114 2004-02-18Hydro 02M BLGC3EKRev. Owner Valve Data Sheet Doc. No. 123.292 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









SCH/WT11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1










Page: 356

Rev. DateNHT-P54-03109 2001-12-19Hydro 02M BLGC4ABRev. Owner Valve Data Sheet Doc. No. 121.148 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



12API 6D 400 MM PUP PIECE BEBE ASME B16.25Ball valve, FB, Top Entry 1216MANUFAC. STD. 400 MM PUP

PIECEBEBE ASME B16.25Ball valve, FB, Top Entry 14


BEBE ASME B16.25Ball valve, FB, Top Entry 18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)14.20 17.50 22.20 30.00 36.00 45.00 50.00 55.00 65.00 70.00 80.00 95.00THK (mm)

SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Top entry, bolted




SEATS NSS1,NTR1









Page: 357

Rev. DateNHT-P54-03111 2000-03-15Hydro 01M BLGC4AJRev. Owner Valve Data Sheet Doc. No. 123.289 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 6 8 10 1209 11 12 14 16 18 19Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 358



BALL VALVE FULL BORE ASME B16.10 LONG 04012CJCJ NORSOK NCF5 2MANUFACTURERSSTANDARD

24CJCJ NORSOK NCF5BALL VALVE FULL BORE 14





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 610,0OD (mm)14,20 17,50 22,20 30,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00 95,00THK (mm)

SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1








Page: 359

Rev. DateNHT-P54-03120 2000-03-15Hydro 06M BLGC51BRev. Owner Valve Data Sheet Doc. No. 141.009 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12



14



18





ND (inch) 3 4 6 8 10 12 14 16 18 20 2488.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)17.50 22.20 30.00 36.00 45.00 50.00 55.00 65.00 70.00 80.00 95.00THK (mm)

SCH/WT11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Top entry, bolted



NHF2,NTR1


SEATS NHF1,NTR1








Page: 360

Rev. DateNHT-P54-03125 2000-03-15Hydro 06M BLGC51CRev. Owner Valve Data Sheet Doc. No. 141.041 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 022, 04012CLCL 3

MANUFACTURERSSTANDARD

02224CLCLBALL VALVE METAL SEATREDUCED BORE

14





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1





Notes:022 END TYPE ACCORDING TO EDS: NMJ3.040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.136 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 361

Rev. DateNHT-P54-03130 2000-03-15Hydro 06M BLGC51JRev. Owner Valve Data Sheet Doc. No. 141.046 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 3 4 5 6 8 10 1211 12 13 14 16 18 19Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 362






24CJCJ NORSOK NCF5BALL VALVE METAL SEATREDUCED BORE

14






SCH/WT11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 363

Rev. DateNHT-P54-03145 2000-03-15Hydro 06M BLGC61BRev. Owner Valve Data Sheet Doc. No. 141.037 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12



14



18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)14.20 17.50 22.20 30.00 36.00 45.00 50.00 55.00 65.00 70.00 80.00 95.00THK (mm)

SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Top entry, bolted



NHF2,NTR1


SEATS NHF1,NTR1








Page: 364

Rev. DateNHT-P54-03150 2000-03-15Hydro 05M BLGC61CRev. Owner Valve Data Sheet Doc. No. 141.023 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 022, 04012CLCL 2


02224CLCLBALL VALVE METAL SEATFULL BORE

14





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1





Notes:022 END TYPE ACCORDING TO EDS: NMJ3.040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.136 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 365






24CJCJ NORSOK NCF5BALL VALVE METAL SEATFULL BORE

14






SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 366

Rev. DateNHT-P54-03181 2000-06-06Hydro 01M BLGD3ABRev. Owner Valve Data Sheet Doc. No. 122.153 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORETOP ENTRY



6


12



14



18





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)8.74 11.13 13.49 21.95 25.00 32.00 36.00 40.00 40.49 45.24 50.01 59.54THK (mm)S-160 S-160 S-160 S-XXS S-160 S-160 S-160 S-160SCH/WT


BODY/BONNET A890 J92205A182 F51

D46D44

Top entry, bolted




SEATS NIP1,NSS1








Page: 367

Rev. DateNHT-P54-03182 2000-06-06Hydro 01M BLGD3ACRev. Owner Valve Data Sheet Doc. No. 124.147 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 020, 0406CLCL 2ASME B16.10 022, 04012CLCLBALL VALVE REDUCED BORE 8


CLCLBALL VALVE REDUCED BORE 14


CLCLBALL VALVE REDUCED BORE 16





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1






Notes:020 END TYPE ACCORDING TO EDS: NMJ1.022 END TYPE ACCORDING TO EDS: NMJ3.040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.136 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 368

Rev. DateNHT-P54-03183 2000-06-06Hydro 01M BLGD3AJRev. Owner Valve Data Sheet Doc. No. 122.151 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 12RJRJ ASME B16.5 2





ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 369

Rev. DateNHT-P54-03188 2003-01-27Hydro 02M BLGD3AKRev. Owner Valve Data Sheet Doc. No. 124.149 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE ASME B16.10 04012CJCJ NORSOK NCF5 2MANUFACTURERSSTANDARD






ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)8,74 9,52 11,13 13,49 21,95 25,00 32,00 36,00 40,00 40,49 45,24 50,01 53,98 59,54THK (mm)S-160 S-160 S-160 S-160 S-XXS S-160 S-160 S-160 S-160 S-160SCH/WT



D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 370

Rev. DateNHT-P54-03184 2000-06-06Hydro 01M BLGD4ABRev. Owner Valve Data Sheet Doc. No. 122.154 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.














D46D44

Top entry, bolted




SEATS NIP1,NSS1









Page: 371

Rev. DateNHT-P54-03186 2000-06-06Hydro 01M BLGD4ACRev. Owner Valve Data Sheet Doc. No. 124.148 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 020, 0406CLCL 2ASME B16.10 022, 04012CLCLBALL VALVE FULL BORE 8


CLCLBALL VALVE FULL BORE 14







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 372

Rev. DateNHT-P54-03187 2000-06-06Hydro 01M BLGD4AJRev. Owner Valve Data Sheet Doc. No. 122.152 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 12RJRJ ASME B16.5 2





ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 373



BALL VALVE FULL BORE ASME B16.10 04012CJCJ NORSOK NCF5 2MANUFACTURERSSTANDARD









D46D44

Split body, bolted




SEATS NIP1,NSS1








Page: 374

Rev. DateNHT-P54-03185 2000-06-06Hydro 06M BLGD50BRev. Owner Valve Data Sheet Doc. No. 142.022 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12



14



18





ND (inch) 3 4 6 8 10 12 14 16 18 20 2488.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)11.13 13.49 21.95 25.00 32.00 36.00 40.00 40.49 45.24 50.01 59.54THK (mm)S-160 S-160 S-XXS S-160 S-160 S-160 S-160SCH/WT

11 12 14 16 18 19 20 21 22 23 25Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


D46D44

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1








Page: 375

Rev. DateNHT-P54-03190 2000-06-06Hydro 06M BLGD50CRev. Owner Valve Data Sheet Doc. No. 142.024 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 020, 0406CLCL 2


8


CLCLBALL VALVE METAL SEATREDUCED BORE

14



16





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 376

Rev. DateNHT-P54-03195 2000-06-06Hydro 06M BLGD50JRev. Owner Valve Data Sheet Doc. No. 142.018 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 377




ASME B16.10 04012CJCJ 3


24CJCJBALL VALVE METAL SEATREDUCED BORE

14





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2488,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,13 13,49 21,95 25,00 32,00 36,00 40,00 40,49 45,24 50,01 53,98 59,54THK (mm)S-160 S-160 S-XXS S-160 S-160 S-160 S-160 S-160SCH/WT



D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 378

Rev. DateNHT-P54-03205 2000-06-06Hydro 06M BLGD60BRev. Owner Valve Data Sheet Doc. No. 142.020 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





6


12



14



18








D46D44

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1








Page: 379

Rev. DateNHT-P54-03210 2000-06-06Hydro 05M BLGD60CRev. Owner Valve Data Sheet Doc. No. 142.014 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 020, 0406CLCL 2


8


CLCLBALL VALVE METAL SEATFULL BORE

14



16





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 380

Rev. DateNHT-P54-03215 2000-06-06Hydro 06M BLGD60JRev. Owner Valve Data Sheet Doc. No. 142.021 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 381







14








D46D44

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 382

Rev. DateNHT-P54-03241 2000-06-06Hydro 01M BLGR4ABRev. Owner Valve Data Sheet Doc. No. 122.084 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.











ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2460.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0OD (mm)8.74 11.13 13.49 21.95 25.00 32.00 40.00 40.00 40.49 45.24 55.00 65.00THK (mm)S-160 S-160 S-160 S-XXS S-160 S-160 SCH/WT


BODY/BONNET ASTM A351 CK-3MCuNA182 F44

R16R14

Top entry, bolted




SEATS NIP1,NSS1









Page: 383

Rev. DateNHT-P54-03242 2000-06-06Hydro 01M BLGR4ACRev. Owner Valve Data Sheet Doc. No. 122.088 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE FULL BORE ASME B16.10 LONG 020, 0406CLCL 2ASME B16.10 LONG 022, 04012CLCLBALL VALVE FULL BORE 8









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 384

Rev. DateNHT-P54-03243 2004-11-23Hydro 01M BLGR4AKRev. Owner Valve Data Sheet Doc. No. 122.093 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.








ND (inch) 2 3 4 6 8 10 12 14 1660,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4OD (mm)8,74 11,13 13,49 21,95 25,00 32,00 40,00 40,00 40,49THK (mm)S-160 S-160 S-160 S-XXS S-160SCH/WT

09 11 12 14 16 18 19 20 21Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


R16R14

Split body, bolted




SEATS NIP1,NSS1








Page: 385



BALL VALVE METAL SEATREDUCED BORE TOP ENTRY



6


12



14





ND (inch) 2 3 4 6 8 10 12 14 1660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4OD (mm)8.74 11.13 13.49 21.95 25.00 32.00 40.00 40.00 40.49THK (mm)S-160 S-160 S-160 S-XXS S-160SCH/WT



R16R14

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 386

Rev. DateNHT-P54-03246 2000-06-06Hydro 01M BLGR60CRev. Owner Valve Data Sheet Doc. No. 144.034 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



ASME B16.10 LONG 020, 0406CLCL 2

ASME B16.10 LONG 022, 04012CLCLBALL VALVE METAL SEATFULL BORE

8



14



16





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14

Split body, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 387



BALL VALVE METAL SEATFULL BORE TOP ENTRY



6


12



14





ND (inch) 2 3 4 6 8 10 12 14 1660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4OD (mm)8.74 11.13 13.49 21.95 25.00 32.00 40.00 40.00 40.49THK (mm)S-160 S-160 S-160 S-XXS S-160SCH/WT



R16R14

Top entry, bolted



NHF2,NIP1


SEATS NHF1,NIP1







Page: 388

Rev. DateNHT-P54-03256 2000-03-15Hydro 01M BLGS3AJRev. Owner Valve Data Sheet Doc. No. 122.064 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 389

Rev. DateNHT-P54-03258 2004-01-26Hydro 03M BLGS3AKRev. Owner Valve Data Sheet Doc. No. 142.756 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,07 14,02 15,24 17,50 28,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00 95,00THK (mm)S-XXS S-XXS S-XXS SCH/WT



S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 390

Rev. DateNHT-P54-03257 2002-01-09Hydro 01M BLGS3BJRev. Owner Valve Data Sheet Doc. No. 122.071 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 391









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,07 14,02 15,24 17,50 28,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00 95,00THK (mm)S-XXS S-XXS S-XXS SCH/WT



S02S01

Split body, bolted




SEATS NSS1,NTR2








Page: 392

Rev. DateNHT-P54-03261 2002-01-09Hydro 01M BLGS5ABRev. Owner Valve Data Sheet Doc. No. 122.165 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE METAL SEATREDUCED BORE TOP ENTRY



6


12





ND (inch) 3 4 6 8 10 1288.9 114.3 168.3 219.1 273.1 323.9OD (mm)15.24 17.50 28.00 36.00 45.00 50.00THK (mm)S-XXS SCH/WT

11 12 14 16 18 19Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


S02S01

Top entry, bolted



NHF2,NTR2


SEATS NHF1,NTR2








Page: 393






24CJCJ NORSOK NCF5BALL VALVE METAL SEATREDUCED BORE

14





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2488,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)15,24 17,50 28,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00 95,00THK (mm)S-XXS SCH/WT



S02S01

Split body, bolted



NHF1,NTR2


SEATS NHF1,NTR2







Page: 394







14





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,07 14,02 15,24 17,50 28,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00 95,00THK (mm)S-XXS S-XXS S-XXS SCH/WT



S02S01

Split body, bolted



NHF1,NTR2


SEATS NHF1,NTR2







Page: 395

Rev. DateNHT-P54-03287 2005-07-01Hydro 01M BLID0ATRev. Owner Valve Data Sheet Doc. No. 142.772 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.

End type Size (mm)End Standard2 NotesEnd to end Standard 1 ToFromValve Type

BALL VALVE FULL BORE MANUFACTURERSSTANDARD

90038FTFT ASME B1.20.1 NPT 10

NotesStandardMain Item3000 PSIPressure Rating

Design Code MANUFACTURERS STANDARDFire Test

909VSK V244General RequirementLeak Test API 6D OR BS 6755Marking VSK V003Operator VSK V014Low Temp. Appl.

207,0207,0207,0BargMax Design Pressure15050-29Deg. CAt Temperature

ND (mm) 10 12 16 18 20 25 30 32 3803 12 16 18 05 06 30 07 38Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51Split bodyINSIDE TRIMPORT Full boreSTEM A182 F51Material according to EDSCLOSUREMEMBER

NTR2Floating ball (solid); Material according to EDS


sealingLIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEALOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:900 OUTER DIAMETER ACCORDING TO DIN 2391-1.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm =1 1/4".


Page: 396

Rev. DateNHT-P54-06504 2001-06-26Hydro 01M BLIS0BTRev. Owner Valve Data Sheet Doc. No. 124.069 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.

Size (mm)End typeEnd Standard2 NotesEnd to end Standard 1 ToFromValve Type






207.0207.0207.0BargMax Design Pressure6050-29Deg. CAt Temperature

ND (mm) 10 12 16 18 20 25 30 32 3810 12 16 18 20 25 30 32 38Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316Split bodyINSIDE TRIMPORT Full boreSTEM NTR2Material according to EDSCLOSUREMEMBER



sealingLIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEALOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:900 OUTER DIAMETER ACCORDING TO DIN 2391-1.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm = 1 1/4".


Page: 397

Rev. DateNHT-P54-06501 2000-03-15Hydro 01M BLJC3AJRev. Owner Valve Data Sheet Doc. No. 121.151 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BALL VALVE REDUCED BORE MANUFACTURERSSTANDARD

6RJRJ API 6A TYPE 6B 2


Design Code API 6AFire Test API 6FA OR BS 6755


345.0345.0345.0345.0BargMax Design Pressure1005038-46Deg. CAt Temperature

ND (inch) 2 3 4 5 609 11 12 13 14Detail no.


A350 LF2C12C11

Split body, bolted




SEATS NSS1,NTR1






Notes:


Page: 398

Rev. DateNHT-P54-06520 2002-01-09Hydro 01M BLKD40ERev. Owner Valve Data Sheet Doc. No. 142.087 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBALL VALVE FULL BORE MANUFACTURERS

STANDARD2FLFL SAE J518C CODE 62 0.5

BALL VALVE FULL BORE * NOT DEFINED BY NORSOK * 2FLFL SAE J518C CODE 62 0.5


Design Code ASME B16.34Fire Test

VSK V405General RequirementLeak Test VSK V404 300Marking VSK V003



ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51 D44One pieceINSIDE TRIMPORT Full boreSTEM NIP1A182 F51 D44CLOSUREMEMBER


SEATS PTFE BASEDSPRINGSSEALS Lip seal/o-ring design and fire seal or packed gland for stem

sealingLIP SEAL PTFE BASEDO-RING Material shall withstand explosive decompression in hydrocarbon

serviceFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIMBOLTING ASTM F467-5

ASTM F467-19ASTM F468-5ASTM F468-19UNS S31803

UNS S31803 produced according to recognised bolt standard

SPECIALREQUIREMENTSNotes:300 PRESSURE TEST TO BS 6755, LEAKAGE RATE A.


Page: 399

Rev. DateNHT-P54-06490 2000-06-06Hydro 01M BLXC5ACRev. Owner Valve Data Sheet Doc. No. 123.138 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



ASME B16.10 020, 0406CLCL 3


8



14



16

NotesStandardMain ItemSPECIALPressure Rating




ND (inch) 3 4 6 8 10 12 14 16 18 20 2411 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 400

Rev. DateNHT-P54-06496 2002-06-11Hydro 02M BLXC6ACRev. Owner Valve Data Sheet Doc. No. 123.137 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



ASME B16.10 020, 0406CLCL 2


8



14



16





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2409 11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11

Split body, bolted



NHF2,NTR1


SEATS NHF1,NTR1







Page: 401

Rev. DateNHT-P54-06502 2002-10-15Hydro 03M BLXS0ATRev. Owner Valve Data Sheet Doc. No. 124.067 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (mm) 10 12 16 18 2503 12 16 18 25Detail no.




sealingLIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEAL Expanded graphite not less than 98% purityOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:900 OUTER DIAMETER ACCORDING TO DIN 2391-1.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm = 1 1/4".


Page: 402

Rev. DateNHT-P54-06503 2001-06-26Hydro 01M BLXS1AERev. Owner Valve Data Sheet Doc. No. 124.068 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



2FFFF ISO 6162 - 2 1.5


4FFFF ISO 6164BALL VALVE FULL BORE 3


Design Code MANUFACTURERS STANDARDFire Test API 6FA OR BS 6755



ND (inch) 1.5 2 3 408 09 11 12Detail no.




sealingLIP SEAL NSM1Material according to EDSO-RING NSM1Material according to EDSFIRE SEAL Expanded graphite not less than 98% purity, or firesafe to

manufacturer's standardOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:910 MAXIMUM VALVE INLET BORE AT FLANGE OPENING TO BE: DN40 = 27.9MM, DN50 = 38.1MM, DN80 = 58.5MM,DN100 = 79.3MM, DN150 = 124.3MM.


Page: 403

Rev. DateNHT-P54-03295 2000-10-12Hydro 04M BUAC00RRev. Owner Valve Data Sheet Doc. No. 141.166 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeBUTTERFLY VALVE WAFERSOFT SEAT

API 609 TABLE 1 24RFRF ASME B16.5 2

API 609 TABLE 1 48RFRF MSS SP-44BUTTERFLY VALVE WAFERSOFT SEAT

30


Design Code API 609 CATEGORY AFire Test

VSK V254General RequirementLeak Test VSK V007Marking VSK V003Operator VSK V004 263Low Temp. Appl.


ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36 38 40 42 44 46 48Detail no. 28 29 30 31 32 33 34 35 36 37

MDS EDSMaterialSubject/Item Design and Material RequirementBODY A216 WCB

A105C02C01

Wafer type, with 4 guiding lugs, unthreaded; EPDM or equal lineron base materialWafer type, with 4 guiding lugs, threaded

INSIDE TRIMSTEM NTR1Material according to EDSCLOSUREMEMBER

NTR1Disc, bi-directional; Material according to EDS

SEAT NTR1Material according to EDSSEALSSTEM PACKING Expanded graphite not less than 98% purityRESILIENT SEALOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTSNotes:263 GEAR FOR SIZES 8" AND LARGER.


Page: 404

Rev. DateNHT-P54-03297 2004-06-03Hydro 03M BUAC0ARRev. Owner Valve Data Sheet Doc. No. 123.343 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BUTTERFLY VALVE WAFERLUG SOFT SEAT


API 609 TABLE 2 14RFRF ASME B16.5BUTTERFLY VALVE WAFERLUG SOFT SEAT

14

24API 609 TABLE 1 RFRF ASME B16.5BUTTERFLY VALVE WAFERLUG SOFT SEAT

16

36API 609 TABLE 1 RFRF MSS SP-44BUTTERFLY VALVE WAFERLUG SOFT SEAT

28


Design Code API 609 CATEGORY AFire Test

923, 924General RequirementLeak Test VSK V007Marking VSK V003Operator VSK V004 260Low Temp. Appl.


ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 28 3011 12 13 14 16 18 19 20 21 22 23 24 25 27 28Detail no.


MDS EDSMaterialSubject/Item Design and Material RequirementBODY ASTM A395

DIN 0.7043A105A216 WCB

C01C02

Lug type, through holes drilled and tapped acc. to ASME B1.1;Liner in Ebonite, EPDM or PFA/PTFE

INSIDE TRIM Disc, bi-directionalSTEM SST.

B348UNS N10276UNS N0625

Seawater resistant material or PFA/PTFE liner on stainless steel

CLOSUREMEMBER

SST.A216 WCBA536 GR: 60.40.18B381

C02Titanium or ebonite/EPDM/PFA/PTFE liner on ductile iron/carbonsteel/stainless steel

SEAT Integral with body linerSEALS NSM1STEM PACKINGRESILIENT SEAL NSM1OUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS

Body liner to cover flange face

Notes:260 GEAR FOR ALL SIZES.923 THE VALVE DESIGN SHALL PASS THE QUALIFICATION TEST FOR SEAWATER SERVICE AS OUTLINED INNHT-P50-00029924 ANY PFA/PTFE LINER SHALL BE MIN. 2.5MM THICK.


Page: 405

Rev. DateNHT-P54-06522 2000-03-15Hydro 01M BUAC3ARRev. Owner Valve Data Sheet Doc. No. 121.311 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


Butterfly valve, soft s, Imp API 609 TABLE 2 24RFRF ASME B16.5 4ISO 5752 LONG 30RFRF MSS SP-44Butterfly valve, soft s, Imp 30

36BS 5155 LONG RFRF MSS SP-44BUTTERFLY VALVE WAFERSOFT SEAT

36


Design Code API 609 CATEGORY B 132Fire Test API 6FA OR BS 6755



ND (inch) 4 5 6 8 10 12 14 16 18 20 22 24 30 3612 13 14 16 18 19 20 21 22 23 24 25 28 31Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY A216 WCB

A105C02C01

Lug type, through holes drilled and tapped acc. to ASME B1.1


NTR1Disc, bi-directional, double or triple eccentric. Full seat pressurerating. Disc shall have clearance to i.d. 736 mm for 30" pipe, and i.d.888 mm for 36" pipe; Material according to EDS

SEAT NTR1PTFE BASEDRenewable; Material according to EDSSEALS NSM1Lip seal or packed gland for stem sealing; Material according to

EDSSTEM PACKING Expanded graphite not less than 98% purityRESILIENT SEAL NSM1Material to be hydrocarbon and seawater resistantOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:132 30"-36", DESIGN SHALL COMPLY TO ASME B16.34, AND TO API 609 FOR REQUIREMENTS NOT RELATED TO SIZE.260 GEAR FOR ALL SIZES.


Page: 406

Rev. DateNHT-P54-03346 2000-03-15Hydro 01M BUAD3ARRev. Owner Valve Data Sheet Doc. No. 122.290 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


BUTTERFLY VALVE WAFERSOFT SEAT


ISO 5752 LONG 30RFRF MSS SP-44BUTTERFLY VALVE WAFERSOFT SEAT

30


36





ND (inch) 4 5 6 8 10 12 14 16 18 20 22 24 30 3612 13 14 16 18 19 20 21 22 23 24 25 28 31Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY A890 J92205

A182 F51D46D44


INSIDE TRIMSTEM NIP1A182 F51 D44CLOSUREMEMBER

NIP1A182 F51 D44Disc, bi-directional, double or triple eccentric. Full seat pressurerating. Disc shall have clearance to i.d. 746 mm for 30" pipe, and i.d.898 mm for 36" pipe

SEAT PTFE BASEDRenewableSEALS NSM1Lip seal or packed gland for stem sealing; Material according to





Page: 407

Rev. DateNHT-P54-03347 2002-01-23Hydro 03M BUAD3BRRev. Owner Valve Data Sheet Doc. No. 122.295 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


Butterfly valve, metal s, Imp API 609 TABLE 2 24RFRF ASME B16.5 4


Design Code API 609 CATEGORY BFire Test API 6FA OR BS 6755

VSK V254General RequirementLeak Test BS 6755 300Marking VSK V003Operator VSK V004 260Low Temp. Appl.


ND (inch) 4 5 6 8 10 12 14 16 18 20 2412 13 14 16 18 19 20 21 22 23 25Detail no.


A182 F51D46D44



NIP1A182 F51 D44Disc, bi-directional, triple eccentric. Full seat pressure rating

SEAT NIP1A182 F51 D44Renewable or integralSEALS NSM1Lip seal or packed gland for stem sealing; Material according to



Notes:260 GEAR FOR ALL SIZES.300 PRESSURE TEST TO BS 6755, LEAKAGE RATE A.


Page: 408

Rev. DateNHT-P54-03396 2004-02-26Hydro 02M BUAR3ARRev. Owner Valve Data Sheet Doc. No. 124.270 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.





28


36



VSK V254General RequirementLeak Test VSK V007Marking VSK V003Operator VSK V004 260Low Temp. Appl. VSK V408


ND (inch) 4 5 6 8 10 12 14 16 18 20 22 24 28 30 3212 13 14 16 18 19 20 21 22 23 24 25 27 28 29Detail no.

ND (inch) 36 38 40 42 44 46 48Detail no. 31 32 33 34 35 36 37

MDS EDSMaterialSubject/Item Design and Material RequirementBODY ASTM A351 CK-3MCuN

A182 F44R16R14


INSIDE TRIMSTEM NIP1A182 F44 R14CLOSUREMEMBER

NIP1A182 F44 R14Disc, bi-directional, double or triple eccentric. Full seat pressurerating. Disc shall have clearance to i.d. 746 mm for 30" pipe, i.d. 898mm for 36" pipe, i.d. 1000 mm for 40" pipe, and i.d. 1200 m for 48"pipe






Page: 409

Rev. DateNHT-P54-03426 2000-03-15Hydro 01M BUAS3ARRev. Owner Valve Data Sheet Doc. No. 122.274 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.





30


36





ND (inch) 4 5 6 8 10 12 14 16 18 20 22 24 30 3612 13 14 16 18 19 20 21 22 23 24 25 28 31Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY ASTM A351 CF8M

A182 F316S02S01



NTR2Disc, bi-directional, double or triple eccentric. Full seat pressurerating. Disc shall have clearance to i.d. 746 mm for 30" pipe, and i.d.894 mm for 36" pipe; Material according to EDS






Page: 410

Rev. DateNHT-P54-03441 2004-02-26Hydro 02M BUAT3ARRev. Owner Valve Data Sheet Doc. No. 122.939 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.





28


36





ND (inch) 4 5 6 8 10 12 14 16 18 20 22 24 28 30 3212 13 14 16 18 19 20 21 22 23 24 25 27 28 29Detail no.

ND (inch) 36 38 40 42 44 46 48Detail no. 31 32 33 34 35 36 37

MDS EDSMaterialSubject/Item Design and Material RequirementBODY B367 C2

B381 F2T02T01


INSIDE TRIMSTEM B348To avoid galling: Use gr. 2 and 5 materials, or hardfacing by

nitridingCLOSUREMEMBER

B381Disc, bi-directional, double or triple eccentric. Full seat pressurerating. Disc shall have clearance to i.d. 736 mm for 30" pipe, i.d. 888mm for 36" pipe, i.d. 1000 mm for 40" pipe, and i.d. 1200 mm for 48"pipe.; To avoid galling: Use gr. 2 and 5 materials, or hardfacing bynitriding

SEAT PTFERenewableSEALS NSM1Lip seal or packed gland for stem sealing; Material according to





Page: 411

Rev. DateNHT-P54-03461 2000-03-15Hydro 01M BUBC3ARRev. Owner Valve Data Sheet Doc. No. 121.315 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 4 5 6 8 10 12 14 16 18 20 22 2412 13 14 16 18 19 20 21 22 23 24 25Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY A352 LCC

A350 LF2C12C11



NTR1Disc, bi-directional, double or triple eccentric. Full seat pressurerating; Material according to EDS




Notes:260 GEAR FOR ALL SIZES.


Page: 412

Rev. DateNHT-P54-03496 2000-03-15Hydro 01M BUBD3ARRev. Owner Valve Data Sheet Doc. No. 122.292 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 4 5 6 8 10 12 14 16 18 20 22 2412 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44



NIP1A182 F51 D44Disc, bi-directional, double or triple eccentric. Full seat pressurerating






Page: 413

Rev. DateNHT-P54-03497 2002-01-21Hydro 02M BUBD3BRRev. Owner Valve Data Sheet Doc. No. 122.294 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


Butterfly valve, metal s, Imp API 609 TABLE 2 24RFRF ASME B16.5 4



VSK V254General RequirementLeak Test BS 6755 300Marking VSK V003Operator VSK V004 260Low Temp. Appl.


ND (inch) 4 5 6 8 10 12 14 16 18 20 2412 13 14 16 18 19 20 21 22 23 25Detail no.


A182 F51D46D44



NIP1A182 F51 D44Disc, bi-directional, triple eccentric. Full seat pressure rating

SEAT NIP1A182 F51 D44Renewable or integralSEALS NSM1Lip seal or packed gland for stem sealing; Material according to



Notes:260 GEAR FOR ALL SIZES.300 PRESSURE TEST TO BS 6755, LEAKAGE RATE A.


Page: 414

Rev. DateNHT-P54-03556 2000-03-15Hydro 01M BUBS3ARRev. Owner Valve Data Sheet Doc. No. 122.281 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 4 5 6 8 10 12 14 16 18 20 22 2412 13 14 16 18 19 20 21 22 23 24 25Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY ASTM A351 CF8M

A182 F316S02S01









Page: 415

Rev. DateNHT-P54-03591 2004-02-05Hydro 01M BUDC3AKRev. Owner Valve Data Sheet Doc. No. 141.182 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



API 609 TABLE 2 24CJCJ NORSOK NCF5 4






MDS EDSMaterialSubject/Item Design and Material RequirementBODY A352 LCC

A350 LF2C12C11

Solid lug type with full compact flange face, through holes drilledand tapped acc. to ASME B1.1








Page: 416

Rev. DateNHT-P54-06524 2000-03-15Hydro 01M CBAC11RRev. Owner Valve Data Sheet Doc. No. 141.831 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeDOUBLE BLOCK AND BLEED MANUFACTURERS

STANDARD0213RFRF ASME B16.5 1


Design Code ASME B16.34Fire Test API 6FA OR BS 6755



ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A350 LF2C12C11

Single piece body or split body, bolted

INSIDE TRIMPORT Full boreBORE FOR BLEED >= 5.0 mmSTEM NTR1Material according to EDSCLOSUREMEMBER


SEAT NSS1Material according to EDSSEALS Lip seal/o-ring design and fire seal or packed gland for stem

sealingSTUFFING BOX Expanded graphite not less than 98% purityO-RING NSM1Material according to EDSLIP SEAL NSM1Material according to EDSOUTSIDE TRIMBLEED VALVE Swivelling needleBOLTING NBO2Material according to EDSLEVER/T-BARSPECIALREQUIREMENTS


Notes:021 BLEED END CONN.: 3/4" NPT FEMALE TO ASME B1.20.1.


Page: 417

Rev. DateNHT-P54-06525 2000-03-15Hydro 01M CBAD10RRev. Owner Valve Data Sheet Doc. No. 142.498 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F51D46D44


INSIDE TRIMPORT Full boreBORE FOR BLEED >= 5.0 mmSTEM NIP1A182 F51 D44CLOSUREMEMBER

NIP1A182 F51 D44Floating ball (solid)






Page: 418

Rev. DateNHT-P54-06521 2002-01-09Hydro 01M CBAR10RRev. Owner Valve Data Sheet Doc. No. 144.345 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F44R16R14


INSIDE TRIMPORT Full boreBORE FOR BLEED >= 5.0 mmSTEM NIP1A182 F44 R14CLOSUREMEMBER



sealingSTUFFING BOX Expanded graphite not less than 98% purityO-RING NSM1Material according to EDSLIP SEAL NSM1Material according to EDSOUTSIDE TRIMBLEED VALVE Swivelling needleBOLTING NBO2Material according to EDSLEVER/T-BAR AISI 316

AISI 304SPECIALREQUIREMENTS




Page: 419

Rev. DateNHT-P54-06526 2000-03-15Hydro 01M CBAR17RRev. Owner Valve Data Sheet Doc. No. 144.350 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.





Design Code ASME B16.34Fire Test



ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F44R16R14


INSIDE TRIMPORT Full boreBORE FOR BLEED >= 5.0 mmSTEM NIP1A182 F44 R14CLOSUREMEMBER


SEAT NSS1Material according to EDSSEALS Lip seal or packed gland (PTFE based)STUFFING BOXO-RING NSM1Material according to EDSLIP SEAL NSM1Material according to EDSOUTSIDE TRIMBLEED VALVE Swivelling needleBOLTING NBO2Material according to EDSLEVER/T-BAR AISI 316





Page: 420

Rev. DateNHT-P54-06527 2000-03-15Hydro 01M CBAS10RRev. Owner Valve Data Sheet Doc. No. 142.961 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F316S02S01


INSIDE TRIMPORT Full boreBORE FOR BLEED >= 5.0 mmSTEM NIP1,

NTR2Material according to EDS

CLOSUREMEMBER

NIP1,NTR2

Floating ball (solid); Material according to EDS






Page: 421

Rev. DateNHT-P54-06528 2000-03-15Hydro 01M CBBC11RRev. Owner Valve Data Sheet Doc. No. 141.832 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A350 LF2C12C11









Page: 422

Rev. DateNHT-P54-06529 2000-03-15Hydro 01M CBBD10RRev. Owner Valve Data Sheet Doc. No. 142.495 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F51D46D44









Page: 423

Rev. DateNHT-P54-06530 2000-03-15Hydro 01M CBBS10RRev. Owner Valve Data Sheet Doc. No. 142.962 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F316S02S01









Page: 424

Rev. DateNHT-P54-06531 2000-03-15Hydro 01M CBDC11JRev. Owner Valve Data Sheet Doc. No. 141.834 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



STANDARD0213RJRJ ASME B16.5 1





ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A350 LF2C12C11









Page: 425

Rev. DateNHT-P54-06619 2003-01-27Hydro 02M CBDC1AKRev. Owner Valve Data Sheet Doc. No. 141.837 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


DOUBLE BLOCK AND BLEED MANUFACTURERSSTANDARD

0213CJCJ NORSOK NCF5 1





ND (inch) 1 1.25 1.5 2 2.5 333,4 42,2 48,3 60,3 73,0 88,9OD (mm)6,35 6,35 7,14 8,74 7,62THK (mm)S-160 S-160 S-160 S-160 S-80SCH/WT



C12C11









Page: 426

Rev. DateNHT-P54-06532 2000-03-15Hydro 01M CBDD10JRev. Owner Valve Data Sheet Doc. No. 142.496 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F51D46D44









Page: 427

Rev. DateNHT-P54-06533 2000-03-15Hydro 01M CBDS10JRev. Owner Valve Data Sheet Doc. No. 142.964 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F316S02S01




CLOSUREMEMBER

NIP1,NTR2







Page: 428

Rev. DateNHT-P54-06621 2003-01-27Hydro 02M CBDS1AKRev. Owner Valve Data Sheet Doc. No. 142.967 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 333,4 42,2 48,3 60,3 73,0 88,9OD (mm)3,38 3,56 3,68 3,91 5,16 5,49THK (mm)S-40 S-40 S-40 S-40 S-40 S-40SCH/WT06 07 08 09 10 11Detail no.


A182 F316S02S01




CLOSUREMEMBER

NIP1,NTR2







Page: 429

Rev. DateNHT-P54-06534 2000-03-15Hydro 01M CBEC1AJRev. Owner Valve Data Sheet Doc. No. 121.996 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



0213RJRJ ASME B16.5 3





ND (inch) 311Detail no.


A350 LF2C12C11









Page: 430

Rev. DateNHT-P54-06606 2005-03-04Hydro 04M CBEC1AKRev. Owner Valve Data Sheet Doc. No. 121.997 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.








ND (inch) 1 1.5 2 333,4 48,3 60,3 88,9OD (mm)6,35 7,14 8,74 11,13THK (mm)S-160 S-160 S-160 S-160SCH/WT

06 08 09 11Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


C12C11









Page: 431

Rev. DateNHT-P54-06535 2000-03-15Hydro 01M CBED1AJRev. Owner Valve Data Sheet Doc. No. 124.199 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F51D46D44









Page: 432

Rev. DateNHT-P54-06607 2005-03-04Hydro 04M CBED1AKRev. Owner Valve Data Sheet Doc. No. 124.200 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.








ND (inch) 1 1.5 2 333,4 48,3 60,3 88,9OD (mm)3,38 3,68 3,91 5,49THK (mm)S-40 S-40 S-40 S-40SCH/WT06 08 09 11Detail no.


A182 F51D46D44









Page: 433

Rev. DateNHT-P54-06640 2005-03-04Hydro 01M CBED1BKRev. Owner Valve Data Sheet Doc. No. 124.201 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.







120,7128,0137,3147,6153,8155,1155,1BargMax Design Pressure2502001501005038-46Deg. CAt Temperature



A182 F51D46D44


INSIDE TRIMPORT Full boreBORE FOR BLEED >= 5.0 mmSTEM NIP1A182 F51 D44Material according to EDSCLOSUREMEMBER

NHF1,NIP1

A182 F51 D44Trunnion mounted ball or gate; Material according to EDS.Hardfacing

SEAT NHF1,NSS1

Material according to EDS. Hardfacing


STUFFING BOX Expanded graphite not less than 98% purityO-RING NSM1Material according to EDSLIP SEAL NSM1Material according to EDSOUTSIDE TRIMBLEED VALVE Swivelling needleBOLTING NBO2Material according to EDSLEVER/T-BARSPECIALREQUIREMENTS




Page: 434

Rev. DateNHT-P54-06536 2000-03-15Hydro 01M CBES1AJRev. Owner Valve Data Sheet Doc. No. 124.194 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F316S02S01









Page: 435

Rev. DateNHT-P54-06608 2004-10-22Hydro 04M CBES1AKRev. Owner Valve Data Sheet Doc. No. 124.211 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.










A182 F316S02S01









Page: 436

Rev. DateNHT-P54-06537 2000-03-15Hydro 01M CBFC11JRev. Owner Valve Data Sheet Doc. No. 141.833 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A350 LF2C12C11









Page: 437

Rev. DateNHT-P54-06609 2005-03-04Hydro 04M CBFC1AKRev. Owner Valve Data Sheet Doc. No. 141.835 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.








ND (inch) 1 1.5 2 2.5 333,4 48,3 60,3 73,0 88,9OD (mm)9,09 10,16 11,07 14,02 15,24THK (mm)

S-XXS S-XXS S-XXS S-XXS S-XXSSCH/WT06 08 09 10 11Detail no.


A350 LF2C12C11









Page: 438

Rev. DateNHT-P54-06637 2004-11-26Hydro 01M CBFC1BKRev. Owner Valve Data Sheet Doc. No. 141.839 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.







193,7208,6219,1226,1231,9250,4255,3255,3BargMax Design Pressure3002502001501005038-46Deg. CAt Temperature

ND (inch) 1 1.5 2 2.5 333,4 48,3 60,3 73,0 88,9OD (mm)9,09 10,16 11,07 14,02 15,24THK (mm)



A350 LF2C12C11



NHF1,NHF2,NTR1

Trunnion mounted ball or gate; Material according to EDS.Hardfacing

SEAT NHF1,NSS1







Page: 439

Rev. DateNHT-P54-06538 2000-03-15Hydro 01M CBFD10JRev. Owner Valve Data Sheet Doc. No. 142.497 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F51D46D44









Page: 440

Rev. DateNHT-P54-06610 2005-03-04Hydro 04M CBFD1AKRev. Owner Valve Data Sheet Doc. No. 142.500 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.








ND (inch) 1 1.5 2 2.5 333,4 48,3 60,3 73,0 88,9OD (mm)3,38 3,68 5,54 7,01 7,62THK (mm)S-40 S-40 S-80 S-80 S-80SCH/WT06 08 09 10 11Detail no.


A182 F51D46D44









Page: 441

Rev. DateNHT-P54-06641 2005-03-07Hydro 01M CBFD1BKRev. Owner Valve Data Sheet Doc. No. 142.504 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.










A182 F51D46D44


INSIDE TRIMPORT Full boreBORE FOR BLEED >= 5.0 mmSTEM NIP1A182 F51 D44Material according to EDSCLOSUREMEMBER

NHF1,NIP1

A182 F51 D44Trunnion mounted ball or gate; Material according to EDS.Hardfacing

SEAT NHF1,NSS1







Page: 442

Rev. DateNHT-P54-06539 2000-03-15Hydro 01M CBFS10JRev. Owner Valve Data Sheet Doc. No. 142.963 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F316S02S01









Page: 443

Rev. DateNHT-P54-06611 2005-03-04Hydro 04M CBFS1AKRev. Owner Valve Data Sheet Doc. No. 142.965 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.










A182 F316S02S01









Page: 444

Rev. DateNHT-P54-06540 2000-03-15Hydro 01M CBGC11JRev. Owner Valve Data Sheet Doc. No. 141.830 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A350 LF2C12C11









Page: 445

Rev. DateNHT-P54-06618 2005-03-04Hydro 05M CBGC1AKRev. Owner Valve Data Sheet Doc. No. 141.836 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 333,4 42,2 48,3 60,3 73,0 88,9OD (mm)9,09 12,50 14,20 17,50THK (mm)

S-XXS SCH/WT06 07 08 09 10 11Detail no.


A350 LF2C12C11









Page: 446

Rev. DateNHT-P54-06612 2005-03-04Hydro 04M CBGD1AKRev. Owner Valve Data Sheet Doc. No. 142.501 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.










A182 F51D46D44









Page: 447

Rev. DateNHT-P54-06541 2000-03-15Hydro 01M CBGS10JRev. Owner Valve Data Sheet Doc. No. 142.960 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 306 07 08 09 10 11Detail no.


A182 F316S02S01









Page: 448

Rev. DateNHT-P54-06617 2005-03-04Hydro 04M CBGS1AKRev. Owner Valve Data Sheet Doc. No. 142.966 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.








ND (inch) 1 1.25 1.5 2 2.5 333,4 42,2 48,3 60,3 73,0 88,9OD (mm)6,35 10,16 11,07 14,02 15,24THK (mm)S-160 S-XXS S-XXS S-XXS S-XXSSCH/WT



S02S01









Page: 449

Rev. DateNHT-P54-03660 2000-03-15Hydro 02M CHAC51RRev. Owner Valve Data Sheet Doc. No. 141.248 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE DUAL WAFER API 594 24RFRF ASME B16.5 2

API 594 36RFRF MSS SP-44CHECK VALVE DUAL WAFER 30


Design Code API 594Fire Test

VSK V052General RequirementLeak Test VSK V007Marking VSK V003OperatorLow Temp. Appl.

10.212.114.015.817.719.219.619.6BargMax Design Pressure3002502001501005038-46Deg. CAt Temperature

ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Body with hinge and stop pin, retainers or retainerless design

INSIDE TRIM Metal to metal seatingPORTCLOSUREMEMBER

NTR1Dual disc; Material according to EDS

HINGE AND STOPPIN

SST. (MIN. 13CR 4NI)

SEAT NTR1Integral seats; Material according to EDSSPRING UNS N0625

UNS N10276SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:


Page: 450

Rev. DateNHT-P54-03685 2004-03-23Hydro 03M CHAD50RRev. Owner Valve Data Sheet Doc. No. 142.184 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.




91936RFRF MSS SP-44CHECK VALVE DUAL WAFER 26

26MSS SP-44RF RF 36API 594CHECK VALVE DUAL WAFER





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 26 28 30 32 34 36Detail no. 26 27 28 29 30 31


A182 F51D46D44



NIP1A182 F51 D44Dual disc

HINGE AND STOPPIN

NIP1A182 F51 D44

SEAT Integral seatsSPRING UNS N0625



Notes:919 FOR VALVE SIZES INCLUDED IN API 594 THE LISTED FACE TO FACE DIMENSION SHALL APPLY.


Page: 451

Rev. DateNHT-P54-03715 2004-03-23Hydro 04M CHAR50RRev. Owner Valve Data Sheet Doc. No. 144.113 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








VSK V052General RequirementLeak Test VSK V007Marking VSK V003OperatorLow Temp. Appl. VSK V408


ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36 38 40 42 44 46 48Detail no. 28 29 30 31 32 33 34 35 36 37


A182 F44R16R14



NIP1A182 F44 R14Dual disc

HINGE AND STOPPIN

NIP1A182 F44 R14

SEAT Integral seatsSPRING UNS N0625SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 452

Rev. DateNHT-P54-03735 2004-03-23Hydro 03M CHAS50RRev. Owner Valve Data Sheet Doc. No. 142.803 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









8,410,212,113,714,816,218,419,019,0BargMax Design Pressure3503002502001501005038-101Deg. CAt Temperature

ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01



NIP1,NTR2

Dual disc; Material according to EDS

HINGE AND STOPPIN

NIP1AISI 316






Page: 453

Rev. DateNHT-P54-03740 2000-07-27Hydro 07M CHAT00RRev. Owner Valve Data Sheet Doc. No. 142.598 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE PISTON ASME B16.10 2RFRF ASME B16.10 0.5CHECK VALVE PISTON ASME B16.10 1.5RFRF ASME B16.10 0.5


Design Code BS 5353 122Fire Test



ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET B381 F2 T01Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER

B381Ball/piston; To achieve hardness/strength use a combination of gr.2 and 5 materials, or hardfacing by nitriding

HINGE AND STOPPINSEAT B381Renewable or integral; To achieve hardness/strength use a

combination of gr. 2 and 5 materials, or hardfacing by nitridingSPRING UNS N0625

UNS N10276SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTSNotes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.


Page: 454

Rev. DateNHT-P54-03750 2004-03-23Hydro 05M CHAT50RRev. Owner Valve Data Sheet Doc. No. 142.592 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36 38 40 42 44 46 48Detail no. 27 28 29 30 31 32 33 34 35 36 37


B381 F2T02T01



B381Dual disc; To achieve hardness/strength use a combination of gr. 2and 5 materials, or hardfacing by nitriding

HINGE AND STOPPIN

B381To achieve hardness/strength use a combination of gr. 2 and 5materials, or hardfacing by nitriding

SEAT B381Integral seats; To achieve hardness/strength use a combination ofgr. 2 and 5 materials, or hardfacing by nitriding

SPRING UNS N0625UNS N10276

SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTSNotes:919 FOR VALVE SIZES INCLUDED IN API 594 THE LISTED FACE TO FACE DIMENSION SHALL APPLY.


Page: 455

Rev. DateNHT-P54-03780 2004-03-23Hydro 03M CHBC51RRev. Owner Valve Data Sheet Doc. No. 141.218 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 26 28 30 32 34 36Detail no. 26 27 28 29 30 31


A350 LF2C12C11




HINGE AND STOPPIN







Page: 456

Rev. DateNHT-P54-03785 2004-03-15Hydro 01M CHBD00RRev. Owner Valve Data Sheet Doc. No. 142.204 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE PISTON ASME B16.10 1.5RFRF ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.504 05 06 07 08Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51 D44Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER

NIP1A182 F51 D44Ball/piston

HINGE AND STOPPINSEAT NIP1A182 F51 D44Renewable or integralSPRING UNS N0625



Notes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.


Page: 457

Rev. DateNHT-P54-03805 2004-03-23Hydro 03M CHBD50RRev. Owner Valve Data Sheet Doc. No. 142.186 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A182 F51D46D44




HINGE AND STOPPIN

NIP1A182 F51 D44






Page: 458

Rev. DateNHT-P54-03815 2002-10-21Hydro 01M CHBR00RRev. Owner Valve Data Sheet Doc. No. 144.107 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE PISTON ASME B16.10 1.5RFRF ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.504 05 06 07 08Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F44 R14Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER

NIP1A182 F44 R14Ball/piston

HINGE AND STOPPINSEAT NIP1A182 F44 R14Renewable or integralSPRING UNS N0625SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 459

Rev. DateNHT-P54-03830 2004-03-23Hydro 02M CHBR50RRev. Owner Valve Data Sheet Doc. No. 144.103 NHS-M no. ApprovedRev. Status04MNorsokNormal Owner Normal Owner's rev.










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F44R16R14




HINGE AND STOPPIN

NIP1A182 F44 R14

SEAT Integral seatsSPRING UNS N0625SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 460

Rev. DateNHT-P54-03845 2004-03-23Hydro 03M CHBS50RRev. Owner Valve Data Sheet Doc. No. 142.813 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01




HINGE AND STOPPIN

AISI 316






Page: 461

Rev. DateNHT-P54-06542 2000-03-15Hydro 01M CHBT01BRev. Owner Valve Data Sheet Doc. No. 142.601 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE PISTON ASME B16.10 1.5BEBE 0.5





ND (inch) 0.5 0.75 1 1.521.3 26.7 33.4 48.3OD (mm)2.77 2.87 3.38 3.68THK (mm)S-40 S-40 S-40 S-40SCH/WT04 05 06 08Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET B381 F2 T01Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER

B381Ball/piston; To achieve hardness/strength use a combination of gr.2 and 5 materials, or hardfacing by nitriding

HINGE AND STOPPINSEAT B381Renewable; To achieve hardness/strength use a combination of gr.

2 and 5 materials, or hardfacing by nitridingSPRING UNS N0625





Page: 462

Rev. DateNHT-P54-06543 2000-03-15Hydro 01M CHDC03BRev. Owner Valve Data Sheet Doc. No. 141.255 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A350 LF2 C11>= 5.0 mm

Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER

NTR1Ball/piston; Material according to EDS

HINGE AND STOPPINSEAT NTR1Seat ring, renewable; Material according to EDSSPRING UNS N0625





Page: 463

Rev. DateNHT-P54-03888 2000-03-15Hydro 02M CHDC05BRev. Owner Valve Data Sheet Doc. No. 141.250 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.521.3 26.7 33.4 48.3OD (mm)4.78 5.56 6.35 7.14THK (mm)S-160 S-160 S-160 S-160SCH/WT


BODY/BONNET A350 LF2 C11Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 464

Rev. DateNHT-P54-03905 2004-03-23Hydro 03M CHDC51JRev. Owner Valve Data Sheet Doc. No. 141.240 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE DUAL WAFER API 594 24RJRJ ASME B16.5 2


91936RJRJ MSS SP-44CHECK VALVE DUAL WAFER 30

30MSS SP-44RJ RJ 36API 594CHECK VALVE DUAL WAFER





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11




HINGE AND STOPPIN







Page: 465

Rev. DateNHT-P54-03906 2004-03-23Hydro 04M CHDC5AKRev. Owner Valve Data Sheet Doc. No. 141.259 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


CHECK VALVE DUAL WAFER API 594 91324CJCJ NORSOK NCF5 2MANUFACTURERSSTANDARD

91942CJCJ NORSOK NCF5CHECK VALVE DUAL WAFER 28


Design Code API 594 914Fire Test




09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36 40 42OD (mm) 711,0 762,0 813,0 864,0 914,0 1016,0 1067,0THK (mm) 28,00 40,00 40,00 36,00 36,00 32,00 30,00SCH/WT Detail no. 28 28 29 30 31 33 34


A350 LF2C12C11




HINGE AND STOPPIN





Notes:913 END TO END DIMENSIONS AS FOR RTJ.914 SOLID LUG TYPE WITH FULL COMPACT FLANGE FACE919 FOR VALVE SIZES INCLUDED IN API 594 THE LISTED FACE TO FACE DIMENSION SHALL APPLY.


Page: 466

Rev. DateNHT-P54-03910 2000-03-15Hydro 03M CHDD00BRev. Owner Valve Data Sheet Doc. No. 142.193 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.






80.385.491.698.4102.5103.4103.4BargMax Design Pressure2502001501005038-46Deg. CAt Temperature




HINGE AND STOPPINSEAT NIP1A182 F51 D44Seat ring, renewableSPRING UNS N0625





Page: 467

Rev. DateNHT-P54-03930 2004-03-23Hydro 03M CHDD50JRev. Owner Valve Data Sheet Doc. No. 142.192 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F51D46D44




HINGE AND STOPPIN

NIP1A182 F51 D44






Page: 468

Rev. DateNHT-P54-03931 2004-03-23Hydro 03M CHDD5AKRev. Owner Valve Data Sheet Doc. No. 142.221 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)3,91 5,16 5,49 6,02 6,55 7,11 8,18 9,27 9,52 11,13 12,70 12,70 12,70 15,88 17,48THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-STD S-40 S-40 S-XS S-30 S-40 S-40SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A182 F51D46D44




HINGE AND STOPPIN

NIP1A182 F51 D44






Page: 469

Rev. DateNHT-P54-06544 2000-03-15Hydro 01M CHDR00BRev. Owner Valve Data Sheet Doc. No. 144.108 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










HINGE AND STOPPINSEAT NIP1A182 F44 R14Seat ring, renewableSPRING UNS N0625SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 470

Rev. DateNHT-P54-06602 2002-06-05Hydro 03M CHDR07BRev. Owner Valve Data Sheet Doc. No. 144.125 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.










HINGE AND STOPPINSEAT NIP1A182 F44 R14Seat ring, renewableSPRING UNS N0625SEALS PTFE BASEDOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS




Page: 471

Rev. DateNHT-P54-03955 2002-10-21Hydro 01M CHDR50JRev. Owner Valve Data Sheet Doc. No. 144.109 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F44R16R14




HINGE AND STOPPIN

NIP1A182 F44 R14




Notes:


Page: 472

Rev. DateNHT-P54-03956 2003-01-27Hydro 02M CHDR5AKRev. Owner Valve Data Sheet Doc. No. 144.127 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


CHECK VALVE DUAL WAFER API 594 91324CJCJ NORSOK NCF5 2







A182 F44R16R14




HINGE AND STOPPIN

NIP1A182 F44 R14




Notes:913 END TO END DIMENSIONS AS FOR RTJ.914 SOLID LUG TYPE WITH FULL COMPACT FLANGE FACE


Page: 473

Rev. DateNHT-P54-03960 2003-01-15Hydro 04M CHDS00BRev. Owner Valve Data Sheet Doc. No. 142.805 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE PISTON ASME B16.10 2BEBE 0.5CHECK VALVE PISTON ASME B16.10 1.5BEBE 0.5





ND (inch) 0.5 0.75 1 1.5 221,3 26,7 33,4 48,3 60,3OD (mm)2,77 2,87 3,38 3,68 2,77THK (mm)S-40 S-40 S-40 S-40 S-10SSCH/WT04 05 06 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316 S01Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 474

Rev. DateNHT-P54-03975 2004-03-23Hydro 03M CHDS50JRev. Owner Valve Data Sheet Doc. No. 142.808 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01




HINGE AND STOPPIN

AISI 316






Page: 475

Rev. DateNHT-P54-03976 2004-03-23Hydro 03M CHDS5AKRev. Owner Valve Data Sheet Doc. No. 142.832 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.











A182 F316S02S01




HINGE AND STOPPIN

AISI 316






Page: 476

Rev. DateNHT-P54-03977 2003-04-11Hydro 02M CHEC0AKRev. Owner Valve Data Sheet Doc. No. 142.833 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


CHECK VALVE PISTON HYDRO STANDARD, EDS-352 1.5CJCJ NORSOK NCF5 0.5





ND (inch) 0.5 0.75 1 1.521,3 26,7 33,4 48,3OD (mm)4,78 5,56 6,35 7,14THK (mm)S-160 S-160 S-160 S-160SCH/WT


BODY/BONNET EDS-352A350 LF2 C11Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 477

Rev. DateNHT-P54-04005 2000-03-15Hydro 02M CHEC51JRev. Owner Valve Data Sheet Doc. No. 141.208 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE DUAL WAFER API 594 24RJRJ ASME B16.5 3CHECK VALVE DUAL WAFER API 594 24RJRJ ASME B16.5 2





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11




HINGE AND STOPPIN





Notes:


Page: 478

Rev. DateNHT-P54-04006 2004-03-05Hydro 03M CHEC5AKRev. Owner Valve Data Sheet Doc. No. 141.258 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 24 2860,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 711,0OD (mm)8,74 11,13 11,13 12,70 14,27 18,26 21,44 25,40 27,79 30,96 29,36 32,54 34,92 38,89 40,00THK (mm)S-160 S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 SCH/WT



C12C11




HINGE AND STOPPIN







Page: 479

Rev. DateNHT-P54-04025 2000-03-15Hydro 02M CHED50JRev. Owner Valve Data Sheet Doc. No. 142.206 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44




HINGE AND STOPPIN

NIP1A182 F51 D44




Notes:


Page: 480

Rev. DateNHT-P54-04026 2003-02-04Hydro 02M CHED5AKRev. Owner Valve Data Sheet Doc. No. 142.219 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)3,91 5,49 6,02 7,11 10,31 12,70 14,27 15,09 16,66 19,05 20,62 22,22 24,61THK (mm)S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 S-60SCH/WT09 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44




HINGE AND STOPPIN

NIP1A182 F51 D44






Page: 481

Rev. DateNHT-P54-04036 2003-02-27Hydro 01M CHER5AKRev. Owner Valve Data Sheet Doc. No. 144.128 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F44R16R14




HINGE AND STOPPIN

NIP1A182 F44 R14






Page: 482

Rev. DateNHT-P54-04037 2003-09-15Hydro 02M CHES0AKRev. Owner Valve Data Sheet Doc. No. 144.131 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.521,3 26,7 33,4 48,3OD (mm)2,77 2,87 3,38 3,68THK (mm)S-40 S-40 S-40 S-40SCH/WT04 05 06 08Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F316 S01Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 483

Rev. DateNHT-P54-04050 2000-03-15Hydro 02M CHES50JRev. Owner Valve Data Sheet Doc. No. 142.804 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.






91.394.9100.2107.0115.5126.6144.4148.9148.9BargMax Design Pressure3503002502001501005038-101Deg. CAt Temperature

ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51S02S01




HINGE AND STOPPIN

AISI 316




Notes:


Page: 484

Rev. DateNHT-P54-04051 2005-04-11Hydro 03M CHES5AKRev. Owner Valve Data Sheet Doc. No. 142.820 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.









A182 F316S02S01




HINGE AND STOPPIN

AISI 316






Page: 485

Rev. DateNHT-P54-06545 2000-03-15Hydro 01M CHFC03BRev. Owner Valve Data Sheet Doc. No. 141.254 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.









BODY/BONNET A350 LF2 C11Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 486

Rev. DateNHT-P54-04061 2000-03-15Hydro 02M CHFC05BRev. Owner Valve Data Sheet Doc. No. 141.251 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.521.3 26.7 33.4 48.3OD (mm)7.47 7.82 9.09 10.16THK (mm)

S-XXS S-XXS S-XXS S-XXSSCH/WT04 05 06 08Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A350 LF2 C11Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 487

Rev. DateNHT-P54-04062 2003-05-08Hydro 02M CHFC0AKRev. Owner Valve Data Sheet Doc. No. 141.261 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.521,3 26,7 33,4 48,3OD (mm)7,47 7,82 9,09 10,16THK (mm)


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A350 LF2 C11Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 488

Rev. DateNHT-P54-04100 2000-03-15Hydro 02M CHFC51JRev. Owner Valve Data Sheet Doc. No. 141.201 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11




HINGE AND STOPPIN





Notes:


Page: 489

Rev. DateNHT-P54-04101 2003-11-17Hydro 03M CHFC5AKRev. Owner Valve Data Sheet Doc. No. 141.257 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.





Design Code API 594 914, 918Fire Test




09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11




HINGE AND STOPPIN





Notes:913 END TO END DIMENSIONS AS FOR RTJ.914 SOLID LUG TYPE WITH FULL COMPACT FLANGE FACE918 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 594 THAT ARE NOT SIZEDEPENDENT.


Page: 490

Rev. DateNHT-P54-04102 2003-05-05Hydro 01M CHFC5PJRev. Owner Valve Data Sheet Doc. No. 122.941 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


CHECK VALVE DUAL WAFER API 594 24RJRJ ASME B16.5 2





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET ASTM A350 GR. LF3

ASTM A352 GR. LC3Body with hinge and stop pin, retainers or retainerless design

INSIDE TRIM Metal to metal seating; All valve wetted parts to be overlay weldedwith 316L. Minimum 5mm overlay thickness on all flangefacings/ring grooves. Internal parts may be in full 316L

PORTCLOSUREMEMBER

NHF1SST. (MIN. 13CR 4NI)Dual disc; Material according to EDS

HINGE AND STOPPIN


SEAT NHF1UNS N0625Integral seats; Material according to EDSSPRING UNS N0625



Notes:


Page: 491

Rev. DateNHT-P54-04105 2000-03-15Hydro 03M CHFD00BRev. Owner Valve Data Sheet Doc. No. 142.202 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.















Page: 492

Rev. DateNHT-P54-04116 2003-05-08Hydro 02M CHFD0AKRev. Owner Valve Data Sheet Doc. No. 142.222 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F51 D44Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 493

Rev. DateNHT-P54-04140 2000-03-15Hydro 02M CHFD50JRev. Owner Valve Data Sheet Doc. No. 142.201 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44




HINGE AND STOPPIN

NIP1A182 F51 D44




Notes:


Page: 494

Rev. DateNHT-P54-04141 2003-01-27Hydro 02M CHFD5AKRev. Owner Valve Data Sheet Doc. No. 142.220 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)5,54 7,01 7,62 8,56 14,27 18,26 21,44 25,40 27,79 26,19 29,36 32,54 34,92 38,89THK (mm)S-80 S-80 S-80 S-80 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 S-100SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44




HINGE AND STOPPIN

NIP1A182 F51 D44






Page: 495

Rev. DateNHT-P54-04145 2000-07-27Hydro 04M CHFR00BRev. Owner Valve Data Sheet Doc. No. 144.112 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










HINGE AND STOPPINSEAT NIP1A182 F44 R14Seat ring, renewableSPRING UNS N0625





Page: 496

Rev. DateNHT-P54-04151 2003-05-08Hydro 02M CHFR0AKRev. Owner Valve Data Sheet Doc. No. 144.129 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F44 R14Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER


HINGE AND STOPPINSEAT NIP1A182 F44 R14Seat ring, renewableSPRING UNS N0625





Page: 497

Rev. DateNHT-P54-04166 2000-03-15Hydro 02M CHFS01BRev. Owner Valve Data Sheet Doc. No. 142.828 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.






145.6152.1158.1166.9178.4192.5210.9240.6248.2248.2BargMax Design Pressure4003503002502001501005038-101Deg. CAt Temperature









Page: 498

Rev. DateNHT-P54-04167 2003-05-08Hydro 02M CHFS0AKRev. Owner Valve Data Sheet Doc. No. 142.835 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.






145,6152,1158,1166,9178,4192,5210,9240,6248,2248,2BargMax Design Pressure4003503002502001501005038-101Deg. CAt Temperature


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F316 S01Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 499

Rev. DateNHT-P54-04190 2000-03-15Hydro 02M CHFS50JRev. Owner Valve Data Sheet Doc. No. 142.818 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316

ASTM A351 CF8MS02S01




HINGE AND STOPPIN

AISI 316




Notes:


Page: 500

Rev. DateNHT-P54-04191 2003-01-27Hydro 02M CHFS5AKRev. Owner Valve Data Sheet Doc. No. 142.822 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









BODY/BONNET A182 F316ASTM A351 CF8M

S02S01




HINGE AND STOPPIN

AISI 316






Page: 501

Rev. DateNHT-P54-04217 2000-03-15Hydro 02M CHGC03BRev. Owner Valve Data Sheet Doc. No. 141.252 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.
















Page: 502

Rev. DateNHT-P54-04219 2003-10-22Hydro 03M CHGC0AKRev. Owner Valve Data Sheet Doc. No. 141.260 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.521,3 26,7 33,4 48,3OD (mm)7,47 7,82 9,09 12,50THK (mm)

S-XXS S-XXS S-XXS SCH/WT04 05 06 08Detail no.








Page: 503

Rev. DateNHT-P54-04255 2000-03-15Hydro 02M CHGC51JRev. Owner Valve Data Sheet Doc. No. 141.234 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A350 LF2C12C11




HINGE AND STOPPIN





Notes:


Page: 504

Rev. DateNHT-P54-04256 2004-03-30Hydro 02M CHGC5AKRev. Owner Valve Data Sheet Doc. No. 141.266 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.





Design Code API 594 133, 914Fire Test




SCH/WT09 11 12 14 16 18 19 20 21 22 23 25Detail no.


A350 LF2C12C11




HINGE AND STOPPIN





Notes:133 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 594 WHICH ARE NOT SIZEDEPENDENT.913 END TO END DIMENSIONS AS FOR RTJ.914 SOLID LUG TYPE WITH FULL COMPACT FLANGE FACE


Page: 505

Rev. DateNHT-P54-04260 2001-03-29Hydro 04M CHGD00BRev. Owner Valve Data Sheet Doc. No. 142.197 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE PISTON ASME B16.10 9081.5BEBE 0.5CHECK VALVE PISTON ASME B16.10 1.5BEBE 0.5











Notes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.908 CHGD00B IN NORSOK REV. 3 HAS ERRONEOUSLY SPECIFIED SCH-160. THIS IS CORRECTED TO SCH-80.


Page: 506

Rev. DateNHT-P54-06601 2002-06-05Hydro 03M CHGD02BRev. Owner Valve Data Sheet Doc. No. 142.217 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.









BODY/BONNET A182 F51 D44Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 507

Rev. DateNHT-P54-06495 2001-03-29Hydro 03M CHGD50CRev. Owner Valve Data Sheet Doc. No. 141.249 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeCHECK VALVE DUAL MANUFACTURERS

STANDARD020, 0476CLCL 2


022, 04714CLCLCHECK VALVE DUAL 8

020, 04720MANUFACTURERSSTANDARD

CLCLCHECK VALVE DUAL 16





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 2009 10 11 12 13 14 16 18 19 20 21 22 23Detail no.


A182 F51D46D44

Body with hinge and stop pin retainers



HINGE AND STOPPIN

NIP1A182 F51 D44




Notes:020 END TYPE ACCORDING TO EDS: NMJ1.022 END TYPE ACCORDING TO EDS: NMJ3.047 THE END TO END DIMENSIONS DEVIATE FROM API 594.133 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 594 WHICH ARE NOT SIZEDEPENDENT.


Page: 508

Rev. DateNHT-P54-04300 2000-07-27Hydro 03M CHGR00BRev. Owner Valve Data Sheet Doc. No. 144.120 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










HINGE AND STOPPINSEAT RenewableSPRING UNS N0625





Page: 509

Rev. DateNHT-P54-04301 2000-07-27Hydro 02M CHGR01BRev. Owner Valve Data Sheet Doc. No. 144.126 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.









BODY/BONNET A182 F44 R14Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER


HINGE AND STOPPINSEAT RenewableSPRING UNS N0625





Page: 510

Rev. DateNHT-P54-04315 2001-03-29Hydro 05M CHGR50JRev. Owner Valve Data Sheet Doc. No. 144.102 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F44R16R14




HINGE AND STOPPIN

NIP1A182 F44 R14




Notes:


Page: 511

Rev. DateNHT-P54-04321 2000-03-15Hydro 02M CHGS01BRev. Owner Valve Data Sheet Doc. No. 142.829 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.









BODY/BONNET A182 F316 S01Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 512

Rev. DateNHT-P54-04322 2000-03-15Hydro 02M CHGS02BRev. Owner Valve Data Sheet Doc. No. 142.830 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.
















Page: 513

Rev. DateNHT-P54-04323 2003-11-19Hydro 01M CHGS0AKRev. Owner Valve Data Sheet Doc. No. 142.837 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.521,3 26,7 33,4 48,3OD (mm)4,78 5,56 6,35 10,16THK (mm)S-160 S-160 S-160 S-XXSSCH/WT


BODY/BONNET A182 F316 S01Globe type, boltedINSIDE TRIM Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER







Page: 514

Rev. DateNHT-P54-04340 2000-03-15Hydro 02M CHGS50JRev. Owner Valve Data Sheet Doc. No. 142.817 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01




HINGE AND STOPPIN

AISI 316




Notes:


Page: 515

Rev. DateNHT-P54-04341 2005-08-15Hydro 04M CHGS5AKRev. Owner Valve Data Sheet Doc. No. 142.823 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.


CHECK VALVE DUALWAFER

API 594 91312CJCJ NORSOK NCF5 2


16CJCJ NORSOK NCF5CHECK VALVE DUALWAFER

16





ND (inch) 2 2.5 3 4 5 6 8 10 12 1660,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 406,4OD (mm)

11,07 14,02 15,24 17,50 28,00 36,00 45,00 50,00 65,00THK (mm)S-XXS S-XXS S-XXS SCH/WT

09 10 11 12 13 14 16 18 19 21Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


S02S01




HINGE AND STOPPIN

AISI 316






Page: 516

Rev. DateNHT-P54-04351 2005-07-01Hydro 01M CHID0ATRev. Owner Valve Data Sheet Doc. No. 142.602 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.


CHECK VALVE PISTON MANUFACTURERSSTANDARD

90038FTFT ASME B1.20.1 10


Design CodeFire Test API 6FA OR BS 6755

122, 909VSK V052General RequirementLeak Test API 6D OR BS 6755 902Marking VSK V003OperatorLow Temp. Appl.


ND (mm) 10 12 16 18 20 25 30 32 3803 12 16 18 05 06 30 07 38Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51INSIDE TRIMPORTCLOSUREMEMBER


HINGE AND STOPPINSEAT NTR2Material according to EDSSPRING UNS N0625



Notes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.900 OUTER DIAMETER ACCORDING TO DIN 2391-1.902 PRESSURE TEST TO BS 6755, LEAKAGE RATE C.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm =1 1/4".


Page: 517

Rev. DateNHT-P54-06546 2004-11-02Hydro 02M CHIS0BTRev. Owner Valve Data Sheet Doc. No. 122.355 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.



90038FTFT ASME B1.20.1 10


Design CodeFire Test API 6FA OR BS 6755

122, 909VSK V052General RequirementLeak Test API 6D OR BS 6755 902Marking VSK V003OperatorLow Temp. Appl.


ND (mm) 10 12 16 18 20 25 30 32 3803 12 16 18 05 06 30 07 38Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316INSIDE TRIMPORTCLOSUREMEMBER


HINGE AND STOPPINSEAT NTR2Material according to EDSSPRING UNS N0625



Notes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.900 OUTER DIAMETER ACCORDING TO DIN 2391-1.902 PRESSURE TEST TO BS 6755, LEAKAGE RATE C.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm = 1 1/4".


Page: 518

Rev. DateNHT-P54-06510 2000-03-15Hydro 01M CHJC5AJRev. Owner Valve Data Sheet Doc. No. 123.453 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


CHECK VALVE DUAL WAFER MANUFACTURERSSTANDARD



Design Code API 6AFire Test



ND (inch) 2 3 4 5 609 11 12 13 14Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET API 6A GR 60K (4130)Body with hinge and stop pin, retainers or retainerless designINSIDE TRIM Metal to metal seatingPORTCLOSUREMEMBER


HINGE AND STOPPINSEAT NTR1Integral seats; Material according to EDSSPRING UNS N0625



Notes:


Page: 519

Rev. DateNHT-P54-06548 2000-03-15Hydro 01M CHKC2ACRev. Owner Valve Data Sheet Doc. No. 121.451 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


CHECK VALVE SWING MANUFACTURERSSTANDARD

5CLCL 2


Design Code API 6A 130Fire Test



ND (inch) 2 2.5 3 4 509 10 11 12 13Detail no.


A350 LF2C12C11

Swing check, hinge attached to internal body lugs. Metal to metalseating

INSIDE TRIM Metal to metal seatingPORT RegularCLOSUREMEMBER

ASTM A352 GR.CA6NMASTM A182 GR. F6NM

Disc; Hardfacing for DN100 and above: All wetted parts to beoverlay welded with 13%Cr 4%Ni

HINGE AND STOPPIN

Hinge attached to internal body lugs

SEAT ASTM A352 GR.CA6NMASTM A182 GR. F6NM

Renewable shoulder seated/integral rings; Hardfacing for DN100and above: All wetted parts to be overlay welded with 13%Cr 4%Ni


SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:124 CWP (COLD WORKING PRESSURE).130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.


Page: 520

Rev. DateNHT-P54-06549 2002-01-09Hydro 01M CHKD0AERev. Owner Valve Data Sheet Doc. No. 122.401 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



2FLFL SAE J518C CODE 62 0.5


Design Code ASME B16.34 122Fire Test

VSK V052General RequirementLeak Test VSK V101 902Marking VSK V003OperatorLow Temp. Appl.


ND (inch) 0.5 0.75 1 1.5 204 05 06 08 09Detail no.


NHF1A182 F51A182 S32760

D44D47

Ball/piston; Material according to EDS

HINGE AND STOPPINSEAT NHF1A182 F51 D44Seat ring, renewable; Material according to EDSSPRING UNS N0625



Notes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.902 PRESSURE TEST TO BS 6755, LEAKAGE RATE C.


Page: 521

Rev. DateNHT-P54-06551 2002-10-15Hydro 03M CHXS0ATRev. Owner Valve Data Sheet Doc. No. 122.338 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.





Design Code MANUFACTURERS STANDARD 122Fire Test

909VSK V052General RequirementLeak Test VSK V101 902Marking VSK V003OperatorLow Temp. Appl.


ND (mm) 10 12 16 18 2503 12 16 18 25Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316Globe type, boltedINSIDE TRIM A182 F316Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER


HINGE AND STOPPINSEAT NTR2Renewable or integral; Material according to EDSSPRING UNS N0625

UNS N10276SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTSNotes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.900 OUTER DIAMETER ACCORDING TO DIN 2391-1.902 PRESSURE TEST TO BS 6755, LEAKAGE RATE C.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm = 1 1/4".


Page: 522

Rev. DateNHT-P54-06553 2001-06-26Hydro 01M CHXS1AERev. Owner Valve Data Sheet Doc. No. 124.352 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



2FFFF ISO 6162 - 2 1.5


4FFFF ISO 6164CHECK VALVE PISTON 3



910VSK V052General RequirementLeak Test VSK V101 902Marking VSK V003OperatorLow Temp. Appl.


ND (inch) 1.5 2 3 408 09 11 12Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316Globe type, boltedINSIDE TRIM A182 F316Spring loaded ball/piston type disc with removable guidePORT Standard boreCLOSUREMEMBER

NHF1,NTR2

Ball/piston; Material according to EDS

HINGE AND STOPPINSEAT NHF1,

NTR2Renewable or integral; Material according to EDS


SEALSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTSNotes:122 VALVE TO BE DESIGNED FOR APPLICATION IN BOTH HORIZONTAL AND VERTICAL POSITION.902 PRESSURE TEST TO BS 6755, LEAKAGE RATE C.910 MAXIMUM VALVE INLET BORE AT FLANGE OPENING TO BE: DN40 = 27.9MM, DN50 = 38.1MM, DN80 = 58.5MM,DN100 = 79.3MM, DN150 = 124.3MM.


Page: 523

Rev. DateNHT-P54-04385 2000-03-15Hydro 02M GBAC01RRev. Owner Valve Data Sheet Doc. No. 141.531 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 2RFRF ASME B16.5 0.5GLOBE VALVE SWIVELLING ASME B16.10 1.5RFRF ASME B16.5 0.5


Design Code BS 5352Fire Test



ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A350 LF2 C11Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1

Disc: 0.5" - 1" = swivelling needle, 1.5" = swivelling plug; Materialaccording to EDS

SEAT NHF1,NTR1

Material according to EDS

SEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purityOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEELSPECIALREQUIREMENTS


Notes:


Page: 524

Rev. DateNHT-P54-04395 2000-03-15Hydro 03M GBAC11RRev. Owner Valve Data Sheet Doc. No. 141.532 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 16RFRF ASME B16.5 2





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 1609 10 11 12 13 14 16 18 19 20 21Detail no.


A350 LF2C12C11

Straight pattern, bolted

INSIDE TRIMPORTSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1

Disc: swivelling plug; Material according to EDS

SEAT NHF1,NTR1

Renewable; Material according to EDS



Notes:


Page: 525

Rev. DateNHT-P54-04400 2000-03-15Hydro 02M GBAD00RRev. Owner Valve Data Sheet Doc. No. 142.425 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51 D44Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NIP1A182 F51 D44Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F51 D44Disc: 0.5" - 1" = swivelling needle, 1.5" = swivelling plug; For sizes6" and below, use material type 316 SS or Nickel alloy 625, bothwith hardfacing

SEAT NHF1A182 F51 D44For sizes 6" and below, use material type 316 SS or Nickel alloy 625,both with hardfacing

SEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purityOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316



Notes:


Page: 526

Rev. DateNHT-P54-04410 2002-06-06Hydro 02M GBAD10RRev. Owner Valve Data Sheet Doc. No. 142.423 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 1609 10 11 12 13 14 16 18 19 20 21Detail no.


A182 F51D46D44


INSIDE TRIMPORTSTEM NIP1A182 F51 D44Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F51 D44Disc: swivelling plug; For sizes 6" and below, use material type 316SS or Nickel alloy 625, both with hardfacing

SEAT NHF1,NIP1

A182 F51 D44Renewable; For sizes 6" and below, use material type 316 SS orNickel alloy 625, both with hardfacing




Notes:


Page: 527

Rev. DateNHT-P54-04420 2000-03-15Hydro 04M GBAR00RRev. Owner Valve Data Sheet Doc. No. 144.266 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F44 R14Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F44 R14Disc: 0.5" - 1" = swivelling needle, 1.5" = swivelling plug;Hardfacing

SEAT NHF1,NIP1

A182 F44 R14Hardfacing




Notes:


Page: 528








ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF6A182 F44 R14Disc: 0.5" - 1" = swivelling needle, 1.5" = swivelling plug; For sizes6" and below, use material type 6Mo or Nickel alloy 625, both withhardfacing

SEAT NHF6A182 F44 R14For sizes 6" and below, use material type 6Mo or Nickel alloy 625,both with hardfacing

SEALS NSM1Lip seal or packed gland (PTFE based); Material according to EDSSTEM PACKING PTFE BASEDOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316



Notes:


Page: 529








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 1609 10 11 12 13 14 16 18 19 20 21Detail no.


A182 F44R16R14


INSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F44 R14Disc: swivelling plug; Hardfacing

SEAT NHF1A182 F44 R14Renewable; HardfacingSEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purityOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316



Notes:


Page: 530








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 1609 10 11 12 13 14 16 18 19 20 21Detail no.


A182 F44R16R14



NHF6A182 F44 R14Disc: swivelling plug; For sizes 6" and below, use material type6Mo or Nickel alloy 625, both with hardfacing

SEAT NHF6A182 F44 R14Renewable; For sizes 6" and below, use material type 6Mo orNickel alloy 625, both with hardfacing

SEALS NSM1Lip seal or packed gland (PTFE based); Material according to EDSSTEM PACKING PTFE BASEDOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316



Notes:


Page: 531

Rev. DateNHT-P54-04440 2000-03-15Hydro 02M GBAS00RRev. Owner Valve Data Sheet Doc. No. 142.906 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316 S01Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR2Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR2


SEAT NHF1,NTR2





Notes:


Page: 532

Rev. DateNHT-P54-04445 2000-03-15Hydro 04M GBAS10RRev. Owner Valve Data Sheet Doc. No. 142.905 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 1609 10 11 12 13 14 16 18 19 20 21Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2





Notes:


Page: 533

Rev. DateNHT-P54-04450 2000-03-15Hydro 06M GBAT00RRev. Owner Valve Data Sheet Doc. No. 142.651 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET B381 F2 T01Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM B348Rising stem. Outside screw and yoke; To achieve

hardness/strength use a combination of gr. 2 and 5 materials, orhardfacing by nitriding

CLOSUREMEMBER

B381Disc: 0.5" - 1" = swivelling needle, 1.5" = swivelling plug; Toachieve hardness/strength use a combination of gr. 2 and 5materials, or hardfacing by nitriding

SEAT B381To achieve hardness/strength use a combination of gr. 2 and 5materials, or hardfacing by nitriding


AISI 304SPECIALREQUIREMENTSNotes:


Page: 534

Rev. DateNHT-P54-04455 2000-03-15Hydro 05M GBAT10RRev. Owner Valve Data Sheet Doc. No. 142.653 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 1609 10 11 12 13 14 16 18 19 20 21Detail no.


B381 F2T02T01


INSIDE TRIMPORTSTEM B348Rising stem. Outside screw and yoke; To achieve


CLOSUREMEMBER

B381Disc: swivelling plug; To achieve hardness/strength use acombination of gr. 2 and 5 materials, or hardfacing by nitriding

SEAT B381Renewable; To achieve hardness/strength use a combination of gr.2 and 5 materials, or hardfacing by nitriding




Page: 535

Rev. DateNHT-P54-04465 2000-03-15Hydro 02M GBBC01RRev. Owner Valve Data Sheet Doc. No. 141.514 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR1


SEAT NHF1,NTR1




Notes:


Page: 536

Rev. DateNHT-P54-04475 2000-03-15Hydro 03M GBBC11RRev. Owner Valve Data Sheet Doc. No. 141.516 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1




Notes:


Page: 537

Rev. DateNHT-P54-04480 2000-03-15Hydro 02M GBBD00RRev. Owner Valve Data Sheet Doc. No. 142.415 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEAT NHF1,NIP1

A182 F51 D44For sizes 6" and below, use material type 316 SS or Nickel alloy 625,both with hardfacing




Notes:


Page: 538

Rev. DateNHT-P54-04490 2000-03-15Hydro 03M GBBD10RRev. Owner Valve Data Sheet Doc. No. 142.419 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1A182 F51 D44Renewable; For sizes 6" and below, use material type 316 SS orNickel alloy 625, both with hardfacing




Notes:


Page: 539

Rev. DateNHT-P54-04500 2000-07-27Hydro 02M GBBR00RRev. Owner Valve Data Sheet Doc. No. 144.252 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEAT NHF1,NIP1





Notes:


Page: 540

Rev. DateNHT-P54-04510 2000-07-27Hydro 02M GBBR10RRev. Owner Valve Data Sheet Doc. No. 144.257 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F44R16R14



NHF1,NIP1


SEAT NHF1,NIP1

A182 F44 R14Renewable; Hardfacing




Notes:


Page: 541

Rev. DateNHT-P54-04520 2000-03-15Hydro 02M GBBS00RRev. Owner Valve Data Sheet Doc. No. 142.909 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR2


SEAT NHF1,NTR2





Notes:


Page: 542

Rev. DateNHT-P54-04525 2000-03-15Hydro 03M GBBS10RRev. Owner Valve Data Sheet Doc. No. 142.919 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2





Notes:


Page: 543

Rev. DateNHT-P54-06555 2000-03-15Hydro 01M GBBT00BRev. Owner Valve Data Sheet Doc. No. 142.656 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 1.5BEBE ASME B16.25 0.5






MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET B381 F2 T01Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM B348Rising stem. Outside screw and yoke; To achieve


CLOSUREMEMBER

B381Disc: 0.5" - 1" = swivelling needle, 1.5" = swivelling plug; Toachieve hardness/strength use a combination of gr. 2 and 5materials, or hardfacing by nitriding

SEAT B381Renewable; To achieve hardness/strength use a combination of gr.2 and 5 materials, or hardfacing by nitriding




Page: 544

Rev. DateNHT-P54-04560 2000-03-15Hydro 02M GBDC01JRev. Owner Valve Data Sheet Doc. No. 141.510 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 2RJRJ ASME B16.5 0.5GLOBE VALVE SWIVELLING ASME B16.10 1.5RJRJ ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR1


SEAT NHF1,NTR1




Notes:


Page: 545

Rev. DateNHT-P54-06556 2000-03-15Hydro 01M GBDC03BRev. Owner Valve Data Sheet Doc. No. 141.536 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 1.5BEBE 0.5







NHF1,NTR1


SEAT NHF1,NTR1




Notes:


Page: 546

Rev. DateNHT-P54-04559 2000-03-15Hydro 02M GBDC05BRev. Owner Valve Data Sheet Doc. No. 141.533 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









BODY/BONNET A350 LF2 C11Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEAT NHF1,NTR1




Notes:


Page: 547

Rev. DateNHT-P54-04570 2000-03-15Hydro 03M GBDC11JRev. Owner Valve Data Sheet Doc. No. 141.500 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 12RJRJ ASME B16.5 2





ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1




Notes:


Page: 548

Rev. DateNHT-P54-04571 2003-01-27Hydro 02M GBDC1AKRev. Owner Valve Data Sheet Doc. No. 141.541 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING ASME B16.10 04012CJCJ NORSOK NCF5 2





ND (inch) 2 2.5 3 4 5 6 8 10 1260,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)8,74 7,62 8,56 9,52 10,97 12,70 15,09 17,48THK (mm)S-160 S-80 S-80 S-80 S-80 S-80 S-80 S-80SCH/WT



C12C11



NHF1,NTR1


SEAT NHF1,NTR1






Page: 549

Rev. DateNHT-P54-04575 2000-03-15Hydro 03M GBDD00BRev. Owner Valve Data Sheet Doc. No. 142.410 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









NHF1,NIP1


SEAT NHF1,NIP1





Notes:


Page: 550

Rev. DateNHT-P54-04580 2000-03-15Hydro 02M GBDD00JRev. Owner Valve Data Sheet Doc. No. 142.418 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEAT NHF1A182 F51 D44For sizes 6" and below, use material type 316 SS or Nickel alloy 625,both with hardfacing




Notes:


Page: 551

Rev. DateNHT-P54-04590 2000-03-15Hydro 03M GBDD10JRev. Owner Valve Data Sheet Doc. No. 142.402 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1





Notes:


Page: 552

Rev. DateNHT-P54-04591 2003-01-27Hydro 02M GBDD1AKRev. Owner Valve Data Sheet Doc. No. 142.431 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1260,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)3,91 5,16 5,49 6,02 6,55 7,11 8,18 9,27 9,52THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-STDSCH/WT09 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1







Page: 553

Rev. DateNHT-P54-06557 2000-03-15Hydro 01M GBDR00BRev. Owner Valve Data Sheet Doc. No. 144.256 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









NHF1,NIP1


SEAT NHF1,NIP1





Notes:


Page: 554

Rev. DateNHT-P54-04600 2000-07-27Hydro 02M GBDR00JRev. Owner Valve Data Sheet Doc. No. 144.255 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEAT NHF1,NIP1





Notes:


Page: 555

Rev. DateNHT-P54-04610 2000-07-27Hydro 03M GBDR10JRev. Owner Valve Data Sheet Doc. No. 144.251 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F44R16R14



NHF1,NIP1


SEAT NHF1,NIP1





Notes:


Page: 556

Rev. DateNHT-P54-04611 2003-01-27Hydro 02M GBDR1AKRev. Owner Valve Data Sheet Doc. No. 144.272 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1260,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)3,91 5,16 5,49 6,02 6,55 7,11 8,18 9,27 9,52THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-40 S-STDSCH/WT09 10 11 12 13 14 16 18 19Detail no.


A182 F44R16R14



NHF1,NIP1


SEAT NHF1,NIP1







Page: 557

Rev. DateNHT-P54-04615 2000-03-15Hydro 03M GBDS00BRev. Owner Valve Data Sheet Doc. No. 142.912 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









NHF1,NTR2


SEAT NHF1,NTR2

Integral seats; Material according to EDS




Notes:


Page: 558

Rev. DateNHT-P54-04620 2000-03-15Hydro 02M GBDS00JRev. Owner Valve Data Sheet Doc. No. 142.913 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR2


SEAT NHF1,NTR2





Notes:


Page: 559

Rev. DateNHT-P54-04621 2003-02-27Hydro 01M GBDS0AKRev. Owner Valve Data Sheet Doc. No. 142.925 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING ASME B16.10 0402CJCJ NORSOK NCF5 0.5





ND (inch) 0.5 0.75 1 1.25 1.5 221,3 26,7 33,4 42,2 48,3 60,3OD (mm)2,77 2,87 3,38 3,56 3,68 3,91THK (mm)S-40 S-40 S-40 S-40 S-40 S-40SCH/WT04 05 06 07 08 09Detail no.


NHF1,NTR2


SEAT NHF1,NTR2







Page: 560

Rev. DateNHT-P54-04625 2000-03-15Hydro 03M GBDS10JRev. Owner Valve Data Sheet Doc. No. 142.914 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2





Notes:


Page: 561

Rev. DateNHT-P54-04626 2003-02-27Hydro 01M GBDS1AKRev. Owner Valve Data Sheet Doc. No. 142.924 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1260,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)3,91 5,16 5,49 6,02 6,55 7,11 10,31 12,70 14,27THK (mm)S-40 S-40 S-40 S-40 S-40 S-40 S-60 S-XS S-60SCH/WT09 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2







Page: 562

Rev. DateNHT-P54-04627 2003-05-08Hydro 02M GBEC0AKRev. Owner Valve Data Sheet Doc. No. 142.926 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING HYDRO STANDARD, EDS-352 1.5CJCJ NORSOK NCF5 0.5ASME B16.10 0402CJCJ NORSOK NCF5GLOBE VALVE SWIVELLING 2





ND (inch) 0.5 0.75 1 1.25 1.5 221,3 26,7 33,4 42,2 48,3 60,3OD (mm)4,78 5,56 6,35 6,35 7,14 8,74THK (mm)S-160 S-160 S-160 S-160 S-160 S-160SCH/WT


BODY/BONNET EDS-352A350 LF2 C11Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEAT NHF1,NTR1






Page: 563

Rev. DateNHT-P54-04640 2000-03-15Hydro 03M GBEC11BRev. Owner Valve Data Sheet Doc. No. 141.502 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 12BEBE ASME B16.25 2





ND (inch) 2 3 4 6 8 10 1260.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)8.74 11.13 11.13 14.27 18.26 21.44 25.40THK (mm)S-160 S-160 S-120 S-120 S-120 S-120 S-120SCH/WT

09 11 12 14 16 18 19Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


C12C11



NHF1,NTR1


SEAT NHF1,NTR1


SEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design

according to manufacturer's standardOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEELSPECIALREQUIREMENTS


Notes:


Page: 564

Rev. DateNHT-P54-04645 2000-03-15Hydro 03M GBEC11JRev. Owner Valve Data Sheet Doc. No. 141.504 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 1211 12 13 14 16 18 19Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 565

Rev. DateNHT-P54-04646 2003-01-27Hydro 02M GBEC1AKRev. Owner Valve Data Sheet Doc. No. 141.537 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 5 6 8 10 1260,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)8,74 11,13 11,13 12,70 14,27 18,26 21,44 25,40THK (mm)S-160 S-160 S-120 S-120 S-120 S-120 S-120 S-120SCH/WT

09 11 12 13 14 16 18 19Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement


C12C11



NHF1,NTR1


SEAT NHF1,NTR1







Page: 566

Rev. DateNHT-P54-04650 2000-03-15Hydro 03M GBED10BRev. Owner Valve Data Sheet Doc. No. 142.422 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 6 8 10 1260.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)3.91 5.49 6.02 7.11 10.31 12.70 14.27THK (mm)S-40 S-40 S-40 S-40 S-60 S-XS S-60SCH/WT09 11 12 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1



according to manufacturer's standardOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316



Notes:


Page: 567

Rev. DateNHT-P54-04655 2000-03-15Hydro 03M GBED10JRev. Owner Valve Data Sheet Doc. No. 142.421 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 1211 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 568

Rev. DateNHT-P54-04656 2003-01-27Hydro 02M GBED1AKRev. Owner Valve Data Sheet Doc. No. 142.426 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 5 6 8 10 1260,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)3,91 5,49 6,02 6,55 7,11 10,31 12,70 14,27THK (mm)S-40 S-40 S-40 S-40 S-40 S-60 S-XS S-60SCH/WT09 11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1








Page: 569

Rev. DateNHT-P54-04666 2003-02-27Hydro 01M GBER1AKRev. Owner Valve Data Sheet Doc. No. 144.274 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1260,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)3,91 5,16 5,49 6,02 6,55 10,97 10,31 12,70 14,27THK (mm)S-40 S-40 S-40 S-40 S-40 S-80 S-60 S-XS S-60SCH/WT09 10 11 12 13 14 16 18 19Detail no.


A182 F44R16R14



NHF1,NIP1


SEAT NHF1,NIP1







Page: 570

Rev. DateNHT-P54-04667 2003-07-08Hydro 02M GBES0AKRev. Owner Valve Data Sheet Doc. No. 144.277 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F316 S01Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR2Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR2

Disc: 0.5" - 1" = swivelling needle, 1.5" - 2" = swivelling plug;Material according to EDS

SEAT NHF1,NTR2







Page: 571

Rev. DateNHT-P54-04670 2000-03-15Hydro 03M GBES10BRev. Owner Valve Data Sheet Doc. No. 142.916 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 6 8 10 1260.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)5.54 7.62 8.56 10.97 15.09 18.26 21.44THK (mm)S-80 S-80 S-80 S-80 S-100 S-100 S-100SCH/WT09 11 12 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 572

Rev. DateNHT-P54-04675 2000-03-15Hydro 03M GBES10JRev. Owner Valve Data Sheet Doc. No. 142.917 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 1211 12 13 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 573

Rev. DateNHT-P54-04676 2003-01-27Hydro 02M GBES1AKRev. Owner Valve Data Sheet Doc. No. 142.921 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 5 6 8 10 1260,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)5,54 7,62 8,56 9,52 10,97 15,09 18,26 21,44THK (mm)S-80 S-80 S-80 S-80 S-80 S-100 S-100 S-100SCH/WT09 11 12 13 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2








Page: 574

Rev. DateNHT-P54-04695 2000-03-15Hydro 04M GBFC01JRev. Owner Valve Data Sheet Doc. No. 141.522 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 575

Rev. DateNHT-P54-06558 2000-03-15Hydro 01M GBFC03BRev. Owner Valve Data Sheet Doc. No. 141.535 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 2BEBE 0.5GLOBE VALVE SWIVELLING ASME B16.10 1.5BEBE 0.5





ND (inch) 0.5 0.75 1 1.5 221.3 26.7 33.4 48.3 60.3OD (mm)4.78 5.56 6.35 7.14 8.74THK (mm)S-160 S-160 S-160 S-160 S-160SCH/WT

04 05 06 08 09Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement

BODY/BONNET A350 LF2 C11Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 576








ND (inch) 0.5 0.75 1 1.5 221.3 26.7 33.4 48.3 60.3OD (mm)7.47 7.82 9.09 10.16 11.07THK (mm)



NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 577

Rev. DateNHT-P54-04696 2003-05-08Hydro 03M GBFC0AKRev. Owner Valve Data Sheet Doc. No. 141.538 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 221,3 26,7 33,4 48,3 60,3OD (mm)7,47 7,82 9,09 10,16 11,07THK (mm)


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A350 LF2 C11Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEAT NHF1,NTR1







Page: 578








ND (inch) 2 3 4 6 8 10 1260.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)11.07 15.24 17.12 21.95 25.00 28.58 33.34THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160SCH/WT



C12C11



NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 579

Rev. DateNHT-P54-04715 2000-03-15Hydro 03M GBFC11JRev. Owner Valve Data Sheet Doc. No. 141.507 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 580

Rev. DateNHT-P54-04716 2004-01-21Hydro 03M GBFC1AKRev. Owner Valve Data Sheet Doc. No. 141.539 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 1288,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)15,24 17,12 19,05 21,95 25,00 28,58 33,34THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160SCH/WT



C12C11



NHF1,NTR1


SEAT NHF1,NTR1







Page: 581

Rev. DateNHT-P54-04718 2003-05-05Hydro 01M GBFC1PBRev. Owner Valve Data Sheet Doc. No. 141.546 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING ASME B16.10 12BEBE ASME B16.25 2





ND (inch) 2 3 4 6 8 10 1260,3 88,9 114,3 168,3 219,1 273,1 323,9OD (mm)11,07 15,24 17,12 21,95 25,00 28,58 33,34THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160SCH/WT


BODY/BONNET ASTM A350 GR. LF3ASTM A352 GR. LC3


INSIDE TRIM All valve wetted parts to be overlay welded with 316L. Minimum5mm overlay thickness on all flange facings/ring grooves. Internalparts may be in full 316L

PORTSTEM ASTM A350 GR. LF3Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1SST. (MIN. 13CR 4NI)Disc: swivelling plug; Material according to EDS

SEAT NHF1UNS N0625Renewable; Material according to EDSSEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design



Notes:


Page: 582

Rev. DateNHT-P54-04720 2000-03-15Hydro 03M GBFD00BRev. Owner Valve Data Sheet Doc. No. 142.400 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 2BEBE ASME B16.25 0.5GLOBE VALVE SWIVELLING ASME B16.10 1.5BEBE ASME B16.25 0.5





ND (inch) 0.5 0.75 1 1.5 221.3 26.7 33.4 48.3 60.3OD (mm)2.77 2.87 3.38 3.68 3.91THK (mm)S-40 S-40 S-40 S-40 S-40SCH/WT04 05 06 08 09Detail no.


NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 583

Rev. DateNHT-P54-04725 2000-03-15Hydro 02M GBFD00JRev. Owner Valve Data Sheet Doc. No. 142.406 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 584

Rev. DateNHT-P54-04726 2003-05-08Hydro 03M GBFD0AKRev. Owner Valve Data Sheet Doc. No. 142.427 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 221,3 26,7 33,4 48,3 60,3OD (mm)2,77 2,87 3,38 3,68 5,54THK (mm)S-40 S-40 S-40 S-40 S-80SCH/WT04 05 06 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F51 D44Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NIP1A182 F51 D44Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEAT NHF1,NIP1








Page: 585

Rev. DateNHT-P54-04735 2000-03-15Hydro 03M GBFD10BRev. Owner Valve Data Sheet Doc. No. 142.411 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 6 8 10 1260.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)5.54 7.62 8.56 14.27 18.26 21.44 25.40THK (mm)S-80 S-80 S-80 S-120 S-120 S-120 S-120SCH/WT09 11 12 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 586

Rev. DateNHT-P54-04740 2000-03-15Hydro 03M GBFD10JRev. Owner Valve Data Sheet Doc. No. 142.414 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 587

Rev. DateNHT-P54-04741 2003-01-28Hydro 02M GBFD1AKRev. Owner Valve Data Sheet Doc. No. 142.428 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 1288,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)7,62 8,56 14,27 18,26 21,44 25,40THK (mm)S-80 S-80 S-120 S-120 S-120 S-120SCH/WT11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1








Page: 588

Rev. DateNHT-P54-04750 2003-10-16Hydro 04M GBFR00BRev. Owner Valve Data Sheet Doc. No. 144.254 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 589

Rev. DateNHT-P54-04755 2000-07-27Hydro 02M GBFR00JRev. Owner Valve Data Sheet Doc. No. 144.267 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEAT NHF1A182 F44 R14HardfacingSEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design




Notes:


Page: 590

Rev. DateNHT-P54-04756 2003-05-08Hydro 02M GBFR0AKRev. Owner Valve Data Sheet Doc. No. 144.275 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F44 R14Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEAT NHF1A182 F44 R14HardfacingSEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design






Page: 591

Rev. DateNHT-P54-04760 2000-07-27Hydro 03M GBFR10JRev. Owner Valve Data Sheet Doc. No. 144.265 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F44R16R14



NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 592

Rev. DateNHT-P54-04770 2000-03-15Hydro 02M GBFS00JRev. Owner Valve Data Sheet Doc. No. 142.904 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 2RJRJ 0.5GLOBE VALVE SWIVELLING ASME B16.10 1.5RJRJ 0.5





ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 593

Rev. DateNHT-P54-04766 2000-03-15Hydro 03M GBFS01BRev. Owner Valve Data Sheet Doc. No. 142.920 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 2BEBE ASME B16.25 0.5GLOBE VALVE SWIVELLING ASME B16.10 1.5BEBE ASME B16.25 0.5







NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 594

Rev. DateNHT-P54-04771 2003-05-08Hydro 03M GBFS0AKRev. Owner Valve Data Sheet Doc. No. 142.907 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F316 S01Straight pattern, boltedINSIDE TRIMPORT Reduced boreSTEM NTR2Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR2


SEAT NHF1,NTR2








Page: 595

Rev. DateNHT-P54-04780 2000-03-15Hydro 03M GBFS10BRev. Owner Valve Data Sheet Doc. No. 142.911 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 6 8 10 1260.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)8.74 11.13 13.49 18.26 23.01 28.58 33.34THK (mm)S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT



S02S01



NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 596

Rev. DateNHT-P54-04785 2000-03-15Hydro 03M GBFS10JRev. Owner Valve Data Sheet Doc. No. 142.918 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 597

Rev. DateNHT-P54-04786 2003-01-28Hydro 02M GBFS1AKRev. Owner Valve Data Sheet Doc. No. 142.922 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 1288,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)11,13 13,49 15,88 18,26 23,01 28,58 33,34THK (mm)S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT



S02S01



NHF1,NTR2


SEAT NHF1,NTR2








Page: 598

Rev. DateNHT-P54-04820 2000-03-15Hydro 03M GBGC11BRev. Owner Valve Data Sheet Doc. No. 141.529 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 12BEBE ASME B16.25 0.5





ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221.3 26.7 33.4 48.3 60.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)7.47 7.82 9.09 12.50 14.20 17.50 22.20 30.00 36.00 45.00 50.00THK (mm)

S-XXS S-XXS S-XXS SCH/WT04 05 06 08 09 11 12 14 16 18 19Detail no.


A350 LF2C12C11



NHF1,NTR1

Disc: 0.5" - 0.75" = swivelling plug, 1" - 12" = swivelling disc, plugor ball type; Material according to EDS

SEAT NHF1,NTR1





Notes:


Page: 599

Rev. DateNHT-P54-04825 2000-03-15Hydro 03M GBGC11JRev. Owner Valve Data Sheet Doc. No. 141.526 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGLOBE VALVE SWIVELLING ASME B16.10 12RJRJ ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.5 2 2.5 3 4 5 6 8 10 1204 05 06 07 08 09 10 11 12 13 14 16 18 19Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 600

Rev. DateNHT-P54-04806 2003-10-22Hydro 04M GBGC1AKRev. Owner Valve Data Sheet Doc. No. 141.540 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9OD (mm)7,47 7,82 9,09 12,50 14,20 17,50 22,20 30,00 36,00 45,00 50,00THK (mm)

S-XXS S-XXS S-XXS SCH/WT04 05 06 08 09 11 12 14 16 18 19Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1







Page: 601

Rev. DateNHT-P54-04840 2000-07-27Hydro 04M GBGD10BRev. Owner Valve Data Sheet Doc. No. 142.401 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221.3 26.7 33.4 48.3 60.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)3.73 3.91 4.55 7.14 8.74 11.13 13.49 21.95 25.00 32.00 36.00THK (mm)S-80 S-80 S-80 S-160 S-160 S-160 S-160 S-XXS SCH/WT04 05 06 08 09 11 12 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1

A182 F51 D44Disc: 0.5" - 0.75" = swivelling plug, 1" - 12" = swivelling disc, plugor ball type; For sizes 6" and below, use material type 316 SS orNickel alloy 625, both with hardfacing

SEAT NHF1,NIP1






Notes:


Page: 602

Rev. DateNHT-P54-04845 2000-07-27Hydro 03M GBGD10JRev. Owner Valve Data Sheet Doc. No. 142.417 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 2 2.5 3 4 5 6 8 10 1204 05 06 07 08 09 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 603

Rev. DateNHT-P54-04846 2004-11-24Hydro 03M GBGD1AKRev. Owner Valve Data Sheet Doc. No. 142.429 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 2 2.5 3 4 5 6 8 10 1221,3 26,7 33,4 48,3 60,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9OD (mm)3,73 3,91 4,55 7,14 8,74 9,52 11,13 13,49 21,95 25,00 32,00 36,00THK (mm)S-80 S-80 S-80 S-160 S-160 S-160 S-160 S-160 S-XXS SCH/WT04 05 06 08 09 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44



NHF1,NIP1


SEAT NHF1,NIP1








Page: 604

Rev. DateNHT-P54-00802 2002-11-28Hydro 02M GBGR01BRev. Owner Valve Data Sheet Doc. No. 144.271 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F44 R14Straight pattern, boltedINSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 605

Rev. DateNHT-P54-04856 2000-07-27Hydro 01M GBGR1ABRev. Owner Valve Data Sheet Doc. No. 122.722 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 6 8 10 1260.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)8.74 11.13 13.49 21.95 25.00 32.00 40.00THK (mm)S-160 S-160 S-160 S-XXS SCH/WT



R16R14



NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 606

Rev. DateNHT-P54-04857 2004-11-24Hydro 02M GBGR1AKRev. Owner Valve Data Sheet Doc. No. 122.723 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING HYDRO STANDARD, EDS-352 1.5CJCJ NORSOK NCF5 0.5






MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F44 R14Straight pattern, boltedINSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEAT NHF1,NIP1






Notes:


Page: 607

Rev. DateNHT-P54-04870 2000-03-15Hydro 04M GBGS10BRev. Owner Valve Data Sheet Doc. No. 142.903 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221.3 26.7 33.4 48.3 60.3 88.9 114.3 168.3 219.1 273.1 323.9OD (mm)4.78 5.56 6.35 10.16 11.07 15.24 17.50 28.00 36.00 45.00 50.00THK (mm)S-160 S-160 S-160 S-XXS S-XXS S-XXS SCH/WT



S02S01



NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 608

Rev. DateNHT-P54-04875 2000-03-15Hydro 03M GBGS10JRev. Owner Valve Data Sheet Doc. No. 142.910 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 2 2.5 3 4 5 6 8 10 1204 05 06 07 08 09 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01



NHF1,NTR2


SEAT NHF1,NTR2






Notes:


Page: 609

Rev. DateNHT-P54-04876 2003-05-08Hydro 03M GBGS1AKRev. Owner Valve Data Sheet Doc. No. 142.923 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9OD (mm)4,78 5,56 6,35 10,16 11,07 15,24 17,50 28,00 36,00 45,00 50,00THK (mm)S-160 S-160 S-160 S-XXS S-XXS S-XXS SCH/WT



S02S01



NHF1,NTR2


SEAT NHF1,NTR2








Page: 610

Rev. DateNHT-P54-06559 2003-11-17Hydro 03M GBJC1ABRev. Owner Valve Data Sheet Doc. No. 121.788 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING MANUFACTURERSSTANDARD

1.5BEBE ASME B16.25 0.5


1306BEBE ASME B16.25GLOBE VALVE SWIVELLING 2


Design Code ISO 10423Fire Test



ND (inch) 0.5 0.75 1 1.5 2 3 4 621,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3OD (mm)7,47 7,82 9,09 10,16 11,10 15,20 17,10 24,00THK (mm)

S-XXS S-XXS S-XXS S-XXS SCH/WT04 05 06 04 09 11 12 14Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1







Page: 611

Rev. DateNHT-P54-06508 2003-07-08Hydro 02M GBJC1AJRev. Owner Valve Data Sheet Doc. No. 121.783 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING ASME B16.10 6RJRJ ISO 10423 TYPE 6B 2


Design Code ISO 10423Fire Test



ND (inch) 2 3 4 5 609 11 12 13 14Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 612

Rev. DateNHT-P54-06560 2003-07-08Hydro 02M GBKC1ACRev. Owner Valve Data Sheet Doc. No. 121.793 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING MANUFACTURERSSTANDARD

9165CLCL 2


Design Code ISO 10423 130Fire Test



ND (inch) 2 3 4 509 11 12 13Detail no.


A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1





Notes:130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.916 END TYPE ACCORDING TO EDS-350


Page: 613

Rev. DateNHT-P54-06589 2000-07-27Hydro 01M GBXC0ABRev. Owner Valve Data Sheet Doc. No. 123.776 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING ASME B16.10 1.5BEBE ASME B16.25 0.5








A350 LF2C12C11



NHF1,NTR1


SEAT NHF1,NTR1





Notes:


Page: 614

Rev. DateNHT-P54-06590 2000-08-01Hydro 01M GBXC1ABRev. Owner Valve Data Sheet Doc. No. 123.782 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.







ND (inch) 2 3 4 660.3 88.9 114.3 168.3OD (mm)14.20 17.50 22.20 30.00THK (mm)

SCH/WT09 11 12 14Detail no.


A350 LF2C12C11


BOLTING NBO2Material according to EDSCLOSUREMEMBER

NHF1,NTR1


HANDWHEELINSIDE TRIMOUTSIDE TRIMPORTSEALS Packed glandSEAT NHF1,

NTR1Renewable; Material according to EDS

SPECIALREQUIREMENTS


STEM NTR1Rising stem. Outside screw and yoke; Material according to EDSSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design

according to manufacturer's standard

Notes:


Page: 615

Rev. DateNHT-P54-06591 2000-07-27Hydro 01M GBXC1ACRev. Owner Valve Data Sheet Doc. No. 123.775 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.


GLOBE VALVE SWIVELLING ASME B16.10 6CLCL 2





ND (inch) 2 3 4 609 11 12 14Detail no.


A350 LF2C12C11


BOLTING NBO2Material according to EDSCLOSUREMEMBER

NHF1,NTR1


HANDWHEELINSIDE TRIMOUTSIDE TRIMPORTSEALS Packed glandSEAT NHF1,

NTR1Renewable; Material according to EDS

SPECIALREQUIREMENTS


STEM NTR1Rising stem. Outside screw and yoke; Material according to EDSSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design

according to manufacturer's standard

Notes:


Page: 616

Rev. DateNHT-P54-04900 2000-03-15Hydro 04M GTAC00RRev. Owner Valve Data Sheet Doc. No. 141.427 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 2RFRF ASME B16.5 0.5GATE VALVE WEDGE ASME B16.10 1.5RFRF ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A105 C01Bolted bonnetINSIDE TRIMPORTSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1

Gate: Solid wedge; Material according to EDS

SEATS NHF1,NTR1




Notes:


Page: 617

Rev. DateNHT-P54-04915 2000-03-15Hydro 03M GTAC11RRev. Owner Valve Data Sheet Doc. No. 141.438 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 24RFRF ASME B16.5 2

ASME B16.10 36RFRF MSS SP-44GATE VALVE WEDGE 30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Bolted bonnet


NHF1,NTR1

Gate: Flexible wedge; Material according to EDS

SEATS NHF1,NTR1




Notes:135 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.


Page: 618

Rev. DateNHT-P54-06561 2000-03-15Hydro 01M GTAC1ARRev. Owner Valve Data Sheet Doc. No. 123.632 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE MANUFACTURERSSTANDARD

14RFRF ASME B16.5 2



VSK V407General RequirementLeak Test VSK V007 902Marking VSK V003Operator VSK V009Low Temp. Appl.


ND (inch) 2 3 4 6 8 10 12 1409 11 12 14 16 18 19 20Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A105

A216 WCBC01C02

Bolted bonnet

INSIDE TRIMPORT Gate: Knife edgeSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEATS NHF1,NTR1




Notes:130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.902 PRESSURE TEST TO BS 6755, LEAKAGE RATE C.


Page: 619

Rev. DateNHT-P54-04926 2000-03-15Hydro 01M GTAC4ARRev. Owner Valve Data Sheet Doc. No. 121.501 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE THROUGHCONDUIT SLAB

API 6D 24RFRF ASME B16.5 2


Design Code API 6D 130Fire Test



ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Bolted bonnet

INSIDE TRIM Bi-directional sealing (by seal on both sides of slab). Gate shall beopen in stem rised position

PORT Full bore, through conduitSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1

Slab gate; Material according to EDS

SEATS NHF1,NTR1

Floating seats, pressure energized with spring for sealing at lowpressure; Material according to EDS

SEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plugBOLTING NBO2Material according to EDSHANDWHEELSPECIALREQUIREMENTS




Page: 620

Rev. DateNHT-P54-04930 2000-03-15Hydro 04M GTAD00RRev. Owner Valve Data Sheet Doc. No. 142.331 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51 D44Bolted bonnetINSIDE TRIMPORTSTEM NIP1A182 F51 D44Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F51 D44Gate: Solid wedge; For sizes 6" and below, use material type 316 SSor Nickel alloy 625, both with hardfacing

SEATS NHF1,NIP1





Notes:


Page: 621

Rev. DateNHT-P54-04940 2000-03-15Hydro 03M GTAD10RRev. Owner Valve Data Sheet Doc. No. 142.324 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 26 28 30 32 34 36Detail no. 26 27 28 29 30 31


A182 F51D46D44

Bolted bonnet


NHF1,NIP1

A182 F51 D44Gate: Flexible wedge; For sizes 6" and below, use material type 316SS or Nickel alloy 625, both with hardfacing

SEATS NHF1,NIP1







Page: 622

Rev. DateNHT-P54-04951 2000-03-15Hydro 01M GTAD4ARRev. Owner Valve Data Sheet Doc. No. 122.572 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Bolted bonnet


PORT Full bore, through conduitSTEM NIP1A182 F51 D44Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F51 D44Slab gate; For sizes 6" and below, use material type 316 SS orNickel alloy 625, both with hardfacing

SEATS NHF1,NIP1

A182 F51 D44Floating seats, pressure energized with spring for sealing at lowpressure; For sizes 6" and below, use material type 316 SS or Nickelalloy 625, both with hardfacing

SEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purityOUTSIDE TRIM Cavity external bleed plugBOLTING NBO2Material according to EDSHANDWHEEL AISI 316





Page: 623

Rev. DateNHT-P54-04955 2000-03-15Hydro 04M GTAR00RRev. Owner Valve Data Sheet Doc. No. 144.185 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F44 R14Bolted bonnetINSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F44 R14Gate: Solid wedge; Hardfacing

SEATS NHF1,NIP1





Notes:


Page: 624








ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF6A182 F44 R14Gate: Solid wedge; For sizes 6" and below, use material type 6Moor Nickel alloy 625, both with hardfacing

SEATS NHF6A182 F44 R14For sizes 6" and below, use material type 6Mo or Nickel alloy 625,both with hardfacing

SEALS NSM1PTFE BASEDLip seal or packed gland (PTFE based); Material according to EDSSTEM PACKINGOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316



Notes:


Page: 625









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 26 28 30 32 34 36Detail no. 26 27 28 29 30 31


A182 F44R16R14

Bolted bonnet


NHF1,NIP1

A182 F44 R14Gate: Flexible wedge; Hardfacing

SEATS NHF1,NIP1







Page: 626




ASME B16.10 36RFRF MSS SP-44GATE VALVE WEDGE 2830MSS SP-44RF RF 36ASME B16.10GATE VALVE WEDGE





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A182 F44R16R14

Bolted bonnet


NHF6A182 F44 R14Gate: Flexible wedge; For sizes 6" and below, use material type6Mo or Nickel alloy 625, both with hardfacing

SEATS NHF6A182 F44 R14Renewable; For sizes 6" and below, use material type 6Mo orNickel alloy 625, both with hardfacing






Page: 627

Rev. DateNHT-P54-04980 2000-03-15Hydro 04M GTAS00RRev. Owner Valve Data Sheet Doc. No. 142.865 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F316 S01Bolted bonnetINSIDE TRIMPORTSTEM NTR2Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR2


SEATS NHF1,NTR2





Notes:


Page: 628

Rev. DateNHT-P54-04985 2000-03-15Hydro 03M GTAS10RRev. Owner Valve Data Sheet Doc. No. 142.862 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2







Page: 629

Rev. DateNHT-P54-04995 2000-03-15Hydro 04M GTAT00RRev. Owner Valve Data Sheet Doc. No. 142.627 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 3RFRF ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.5 2 2.5 304 05 06 07 08 09 10 11Detail no.


B381 F2T02T01

Bolted bonnet



CLOSUREMEMBER

B381Gate: Solid wedge; To achieve hardness/strength use acombination of gr. 2 and 5 materials, or hardfacing by nitriding

SEATS B381To achieve hardness/strength use a combination of gr. 2 and 5materials, or hardfacing by nitriding




Notes:262 SHALL ALSO APPLY UP TO 3".


Page: 630

Rev. DateNHT-P54-05000 2000-03-15Hydro 03M GTAT10RRev. Owner Valve Data Sheet Doc. No. 142.629 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


B381 F2T02T01

Bolted bonnet



CLOSUREMEMBER

B381Gate: Flexible wedge; To achieve hardness/strength use acombination of gr. 2 and 5 materials, or hardfacing by nitriding

SEATS B381Renewable; To achieve hardness/strength use a combination of gr.2 and 5 materials, or hardfacing by nitriding






Page: 631

Rev. DateNHT-P54-05005 2000-03-15Hydro 04M GTBC00RRev. Owner Valve Data Sheet Doc. No. 141.347 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 632








ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A350 LF2 C11Bolted bonnetINSIDE TRIMPORTSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 633




ASME B16.10 36RFRF MSS SP-44GATE VALVE WEDGE 2830MSS SP-44RF RF 36ASME B16.10GATE VALVE WEDGE





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1






Page: 634



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE THROUGHCONDUIT SLAB


API 6D 36RFRF MSS SP-44GATE VALVE THROUGHCONDUIT SLAB

30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1






Page: 635

Rev. DateNHT-P54-05035 2000-03-15Hydro 04M GTBD00RRev. Owner Valve Data Sheet Doc. No. 142.327 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEATS NHF1,NIP1





Notes:


Page: 636









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1







Page: 637






28





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1







Page: 638

Rev. DateNHT-P54-05055 2000-07-27Hydro 06M GTBR00RRev. Owner Valve Data Sheet Doc. No. 144.166 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEATS NHF1,NIP1





Notes:


Page: 639









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F44R16R14

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1







Page: 640






30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F44R16R14

Bolted bonnet


PORT Full bore, through conduitSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1

A182 F44 R14Slab gate; Hardfacing

SEATS NHF1,NIP1

A182 F44 R14Floating seats, pressure energized with spring for sealing at lowpressure; Hardfacing






Page: 641

Rev. DateNHT-P54-05080 2000-03-15Hydro 04M GTBS00RRev. Owner Valve Data Sheet Doc. No. 142.870 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR2


SEATS NHF1,NTR2





Notes:


Page: 642

Rev. DateNHT-P54-05085 2000-03-15Hydro 03M GTBS10RRev. Owner Valve Data Sheet Doc. No. 142.869 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2







Page: 643

Rev. DateNHT-P54-06562 2000-03-15Hydro 01M GTBT00BRev. Owner Valve Data Sheet Doc. No. 142.630 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 1.5BEBE ASME B16.25 0.5






MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET B381 F2 T01Bolted bonnetINSIDE TRIMPORTSTEM B348Rising stem. Outside screw and yoke; To avoid galling: Use gr. 2

and 5 materials, or hardfacing by nitridingCLOSUREMEMBER

B381Gate: Solid wedge; To avoid galling: Use gr. 2 and 5 materials, orhardfacing by nitriding

SEATS B381Renewable; To avoid galling: Use gr. 2 and 5 materials, orhardfacing by nitriding




Page: 644

Rev. DateNHT-P54-05110 2000-03-15Hydro 04M GTDC01JRev. Owner Valve Data Sheet Doc. No. 141.343 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 2RJRJ ASME B16.5 0.5GATE VALVE WEDGE ASME B16.10 1.5RJRJ ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 645



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 24RJRJ ASME B16.5 2

ASME B16.10 36RJRJ MSS SP-44GATE VALVE WEDGE 30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1






Page: 646

Rev. DateNHT-P54-05121 2003-01-28Hydro 02M GTDC1AKRev. Owner Valve Data Sheet Doc. No. 141.456 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE ASME B16.10 04036CJCJ NORSOK NCF5 2






09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1




Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.135 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.


Page: 647




API 6D 24RJRJ ASME B16.5 2

API 6D 36RJRJ MSS SP-44GATE VALVE THROUGHCONDUIT SLAB

30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1






Page: 648

Rev. DateNHT-P54-05131 2003-01-28Hydro 02M GTDC4AKRev. Owner Valve Data Sheet Doc. No. 141.458 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



API 6D 04036CJCJ NORSOK NCF5 2






09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1






Page: 649

Rev. DateNHT-P54-05133 2005-01-06Hydro 01M GTDC4BKRev. Owner Valve Data Sheet Doc. No. 141.475 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.









09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Bolted bonnet

INSIDE TRIM Bi-directional sealing (by seal on both sides of slab). Gate shall beclosed in stem rised position


NHF1,NTR1


SEATS NHF1,NTR1






Page: 650

Rev. DateNHT-P54-05145 2000-03-15Hydro 04M GTDD00JRev. Owner Valve Data Sheet Doc. No. 142.316 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.




Design Code API 602 OR BS 5352Fire Test



ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51 D44Bolted bonnet

D54A182 S32750INSIDE TRIMPORTSTEM NIP1A182 F51 D44Rising stem. Outside screw and yoke

D54A182 S32750 NoneCLOSUREMEMBER

NHF1,NIP1


D54A182 S32750 NHF1SEATS NHF1,

NIP1A182 F51 D44For sizes 6" and below, use material type 316 SS or Nickel alloy 625,

both with hardfacingD54A182 S32750 NHF1




Notes:


Page: 651









ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1







Page: 652

Rev. DateNHT-P54-05151 2003-01-28Hydro 02M GTDD1AKRev. Owner Valve Data Sheet Doc. No. 142.346 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1







Page: 653





API 6D 36RJRJ MSS SP-44GATE VALVE THROUGHCONDUIT SLAB

30





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1







Page: 654

Rev. DateNHT-P54-05156 2003-01-28Hydro 02M GTDD4AKRev. Owner Valve Data Sheet Doc. No. 142.345 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.











A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1







Page: 655

Rev. DateNHT-P54-05165 2002-10-21Hydro 01M GTDR00JRev. Owner Valve Data Sheet Doc. No. 144.184 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 1.5RJRJ ASME B16.5 0.5





ND (inch) 0.5 0.75 1 1.25 1.504 05 06 07 08Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET ASTM A351 CK-3MCuN R16Bolted bonnetINSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEATS NHF1,NIP1





Notes:


Page: 656

Rev. DateNHT-P54-05170 2000-07-27Hydro 03M GTDR10JRev. Owner Valve Data Sheet Doc. No. 144.186 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F44R16R14

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1







Page: 657

Rev. DateNHT-P54-05171 2003-01-28Hydro 02M GTDR1AKRev. Owner Valve Data Sheet Doc. No. 144.200 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F44R16R14

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1







Page: 658

Rev. DateNHT-P54-05185 2000-03-15Hydro 04M GTDS00JRev. Owner Valve Data Sheet Doc. No. 142.882 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR2


SEATS NHF1,NTR2





Notes:


Page: 659

Rev. DateNHT-P54-05186 2003-02-27Hydro 01M GTDS0AKRev. Owner Valve Data Sheet Doc. No. 142.896 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE ASME B16.10 0402CJCJ NORSOK NCF5 0.5







NHF1,NTR2


SEATS NHF1,NTR2







Page: 660

Rev. DateNHT-P54-05190 2000-03-15Hydro 03M GTDS10JRev. Owner Valve Data Sheet Doc. No. 142.864 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 30 32 34 36Detail no. 28 29 30 31


A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2







Page: 661

Rev. DateNHT-P54-05191 2003-01-28Hydro 02M GTDS1AKRev. Owner Valve Data Sheet Doc. No. 142.894 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.










A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2







Page: 662

Rev. DateNHT-P54-05201 2003-05-08Hydro 02M GTEC0AKRev. Owner Valve Data Sheet Doc. No. 142.895 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE HYDRO STANDARD, EDS-352 1.5CJCJ NORSOK NCF5 0.5ASME B16.10 0402CJCJ NORSOK NCF5GATE VALVE WEDGE 2





ND (inch) 0.5 0.75 1 1.25 1.5 221,3 26,7 33,4 42,2 48,3 60,3OD (mm)4,78 5,56 6,35 6,35 7,14 8,74THK (mm)S-160 S-160 S-160 S-160 S-160 S-160SCH/WT


BODY/BONNET EDS-352A350 LF2 C11Bolted bonnetINSIDE TRIMPORTSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEATS NHF1,NTR1







Page: 663

Rev. DateNHT-P54-05225 2000-03-15Hydro 03M GTEC11BRev. Owner Valve Data Sheet Doc. No. 141.345 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 24BEBE ASME B16.25 2


36BEBE ASME B16.25GATE VALVE WEDGE 30








C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1







Page: 664

Rev. DateNHT-P54-05240 2000-03-15Hydro 03M GTEC11JRev. Owner Valve Data Sheet Doc. No. 141.384 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.




36RJRJ MSS SP-44GATE VALVE WEDGE 30





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1







Page: 665



GATE VALVE WEDGE ASME B16.10 04024CJCJ NORSOK NCF5 3MANUFACTURERSSTANDARD

36CJCJ NORSOK NCF5GATE VALVE WEDGE 30





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3288,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0 813,0OD (mm)11,13 11,13 12,70 14,27 18,26 21,44 25,40 27,79 30,96 29,36 32,54 34,92 38,89 50,00 50,00THK (mm)S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 SCH/WT

11 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1







Page: 666

Rev. DateNHT-P54-05265 2000-03-15Hydro 03M GTEC41BRev. Owner Valve Data Sheet Doc. No. 141.389 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



API 6D 24BEBE ASME B16.25 2


36BEBE ASME B16.25GATE VALVE THROUGHCONDUIT SLAB

30


Design Code API 6D 130, 137Fire Test






C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1



according to manufacturer's standardOUTSIDE TRIM Cavity external bleed plugBOLTING NBO2Material according to EDSHANDWHEELSPECIALREQUIREMENTS




Page: 667

Rev. DateNHT-P54-05275 2000-03-15Hydro 03M GTEC41JRev. Owner Valve Data Sheet Doc. No. 141.386 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.





36RJRJ MSS SP-44GATE VALVE THROUGHCONDUIT SLAB

30





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1







Page: 668






36CJCJ NORSOK NCF5GATE VALVE THROUGHCONDUIT SLAB

30





ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 24 3060,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0OD (mm)8,74 11,13 11,13 12,70 14,27 18,26 21,44 25,40 27,79 30,96 29,36 32,54 34,92 38,89 50,00THK (mm)S-160 S-160 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 SCH/WT

09 11 12 13 14 16 18 19 20 21 22 23 24 25 28Detail no.

ND (inch) 32 34 36OD (mm) 813,0 864,0 914,0THK (mm) 50,00 55,00 55,00SCH/WT Detail no. 29 30 31


A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1







Page: 669

Rev. DateNHT-P54-05330 2000-03-15Hydro 05M GTED10BRev. Owner Valve Data Sheet Doc. No. 142.299 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









ND (inch) 3 4 6 8 10 12 14 16 18 20 24 30 3688.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 762.0 914.0OD (mm)5.49 6.02 7.11 10.31 12.70 14.27 15.09 16.66 19.05 20.62 24.61 28.00 36.00THK (mm)S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 SCH/WT11 12 14 16 18 19 20 21 22 23 25 28 31Detail no.


A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1








Page: 670

Rev. DateNHT-P54-05340 2000-03-15Hydro 03M GTED10JRev. Owner Valve Data Sheet Doc. No. 142.305 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1








Page: 671

Rev. DateNHT-P54-05341 2003-01-28Hydro 02M GTED1AKRev. Owner Valve Data Sheet Doc. No. 142.325 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 24 3060,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0OD (mm)3,91 5,49 6,02 6,55 7,11 10,31 12,70 14,27 15,09 16,66 19,05 20,62 22,22 24,61 28,00THK (mm)S-40 S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 S-60 SCH/WT09 11 12 13 14 16 18 19 20 21 22 23 24 25 28Detail no.



A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1








Page: 672

Rev. DateNHT-P54-05355 2000-03-15Hydro 04M GTED40BRev. Owner Valve Data Sheet Doc. No. 142.301 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








30


Design Code API 6D 130, 137Fire Test VSK V403General RequirementLeak Test VSK V404Marking VSK V003Operator VSK V401Low Temp. Appl.


ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 30 3660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 762.0 914.0OD (mm)3.91 5.49 6.02 7.11 10.31 12.70 14.27 15.09 16.66 19.05 20.62 24.61 28.00 36.00THK (mm)S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 SCH/WT09 11 12 14 16 18 19 20 21 22 23 25 28 31Detail no.


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1



according to manufacturer's standardOUTSIDE TRIM Cavity external bleed plugBOLTING NBO2Material according to EDSHANDWHEEL AISI 316





Page: 673

Rev. DateNHT-P54-05370 2000-03-15Hydro 03M GTED40JRev. Owner Valve Data Sheet Doc. No. 142.304 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.






30





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3211 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 674

Rev. DateNHT-P54-05356 2003-01-28Hydro 02M GTED4AKRev. Owner Valve Data Sheet Doc. No. 142.339 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.






30





ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 24 30 3288,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0 813,0OD (mm)5,49 6,02 6,55 7,11 10,31 12,70 14,27 15,09 16,66 19,05 20,62 22,22 24,61 28,00 30,00THK (mm)S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 S-60 SCH/WT11 12 13 14 16 18 19 20 21 22 23 24 25 28 29Detail no.



A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 675

Rev. DateNHT-P54-05364 2005-01-07Hydro 02M GTED4BKRev. Owner Valve Data Sheet Doc. No. 142.351 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.






30





ND (inch) 2 3 4 5 6 8 10 12 14 16 18 20 22 24 3060,3 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0 762,0OD (mm)3,91 5,49 6,02 6,55 7,11 10,31 12,70 14,27 15,09 16,66 19,05 20,62 22,22 24,61 28,00THK (mm)S-40 S-40 S-40 S-40 S-40 S-60 S-XS S-60 S-60 S-60 S-60 S-60 S-60 S-60 SCH/WT09 11 12 13 14 16 18 19 20 21 22 23 24 25 28Detail no.



A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1

A182 F51 D44Floating seats, pressure energized with spring for sealing at lowpressure; For sizes 6" and below, use material type 316 SS orNickel alloy 625, both with hardfacing





Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.137 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZE


Page: 676

DEPENDENT.


Page: 677

Rev. DateNHT-P54-05416 2003-02-27Hydro 01M GTER1AKRev. Owner Valve Data Sheet Doc. No. 144.203 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F44R16R14

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1







Page: 678

Rev. DateNHT-P54-05427 2003-09-15Hydro 02M GTES0AKRev. Owner Valve Data Sheet Doc. No. 144.208 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F316 S01Bolted bonnetINSIDE TRIMPORTSTEM NTR2Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR2


SEATS NHF1,NTR2







Page: 679

Rev. DateNHT-P54-05430 2000-03-15Hydro 03M GTES10BRev. Owner Valve Data Sheet Doc. No. 142.859 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2






Notes:


Page: 680

Rev. DateNHT-P54-05435 2000-03-15Hydro 03M GTES10JRev. Owner Valve Data Sheet Doc. No. 142.860 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 3 4 5 6 8 10 12 14 16 18 20 22 2411 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2






Notes:


Page: 681

Rev. DateNHT-P54-05357 2003-01-28Hydro 02M GTES1AKRev. Owner Valve Data Sheet Doc. No. 142.890 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2








Page: 682

Rev. DateNHT-P54-06563 2000-03-15Hydro 01M GTFC01JRev. Owner Valve Data Sheet Doc. No. 141.362 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 2RJRJ ASME B16.5GATE VALVE WEDGE 11ASME B16.5RJ RJ 1.5ASME B16.10GATE VALVE WEDGE





ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR1


SEATS NHF1,NTR1





Notes:044 END TO END DIMENSION AS FOR GLOBE VALVE.


Page: 683

Rev. DateNHT-P54-06564 2000-03-15Hydro 01M GTFC03BRev. Owner Valve Data Sheet Doc. No. 141.443 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.









BODY/BONNET A350 LF2 C11Bolted bonnetINSIDE TRIMPORTSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 684

Rev. DateNHT-P54-06565 2000-03-15Hydro 01M GTFC03DRev. Owner Valve Data Sheet Doc. No. 141.442 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE MANUFACTURERS

STANDARD1.5FTBE ASME B16.25 / ASME B1.20.1 0.5

GATE VALVE WEDGE * NOT DEFINED BY NORSOK * 1.5FTBE ASME B16.25 / ASME B1.20.1 0.5








NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 685



End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 2BEBE ASME B16.25 0.5GATE VALVE WEDGE ASME B16.10 1.5BEBE ASME B16.25 0.5








NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 686

Rev. DateNHT-P54-05466 2000-03-15Hydro 02M GTFC05DRev. Owner Valve Data Sheet Doc. No. 141.441 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.












NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 687

Rev. DateNHT-P54-05358 2003-05-08Hydro 03M GTFC0AKRev. Owner Valve Data Sheet Doc. No. 141.454 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 221,3 26,7 33,4 48,3 60,3OD (mm)7,47 7,82 9,09 10,16 11,07THK (mm)


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A350 LF2 C11Bolted bonnetINSIDE TRIMPORTSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEATS NHF1,NTR1







Page: 688










ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 28 30 3660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 711.0 762.0 914.0OD (mm)11.07 15.24 17.12 21.95 25.00 28.58 33.34 35.71 40.49 45.24 50.01 59.54 68.00 65.00 75.00THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT



C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1







Page: 689








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 690

Rev. DateNHT-P54-05541 2004-01-21Hydro 03M GTFC1AKRev. Owner Valve Data Sheet Doc. No. 141.450 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1







Page: 691

Rev. DateNHT-P54-05542 2003-05-05Hydro 01M GTFC1PBRev. Owner Valve Data Sheet Doc. No. 141.463 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE ASME B16.10 24BEBE ASME B16.25 2MANUFACTURERSSTANDARD






ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 28 30 3660,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 610,0 711,0 762,0 914,0OD (mm)11,07 15,24 17,12 21,95 25,00 28,58 33,34 35,71 40,49 45,24 50,01 59,54 68,00 65,00 75,00THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT


BODY/BONNET ASTM A352 GR. LC3ASTM A350 GR. LF3

Bolted bonnet

INSIDE TRIM All valve wetted parts to be overlay welded with 316L. Minimum5mm overlay thickness on all flange facings/ring grooves. Internalparts may be in full 316L

PORTSTEM ASTM A350 GR. LF3Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1SST. (MIN. 13CR 4NI)Gate: Flexible wedge; Material according to EDS

SEATS NHF1UNS N0625Renewable; Material according to EDSSEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design





Page: 692







28





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 28 30 3660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 711.0 762.0 914.0OD (mm)11.07 15.24 17.12 21.95 25.00 28.58 33.34 35.71 40.49 45.24 50.01 59.54 68.00 65.00 75.00THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT



C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1







Page: 693







28





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28 30 32 34 36Detail no. 27 28 29 30 31


A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1







Page: 694

Rev. DateNHT-P54-05561 2004-09-23Hydro 03M GTFC4AKRev. Owner Valve Data Sheet Doc. No. 141.455 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.



API 6D 040, 92524CJCJ NORSOK NCF5 2



28





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,07 14,02 15,24 17,12 19,05 21,95 25,00 28,58 33,34 35,71 40,49 45,24 50,01 53,98 59,54THK (mm)

S-XXS S-XXS S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1


SEALS NSM1PTFELip seal design and fire seal or packed gland for stem sealingSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design



Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.137 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.925 FOR VALVES WITHOUT PTFE LIP SEALS, MAXIMUM DESIGN TEMPERATURE CAN BE RAISED UP TO 300 dgC AT A


Page: 695

MAXIMUM PRESSURE OF 193,7 BARG.


Page: 696

Rev. DateNHT-P54-02038 2005-01-07Hydro 01M GTFC4DKRev. Owner Valve Data Sheet Doc. No. 122.765 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.



API 6D 040, 92524CJCJ NORSOK NCF5 2



28





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2460,3 73,0 88,9 114,3 141,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 559,0 610,0OD (mm)11,07 14,02 15,24 17,12 19,05 21,95 25,00 28,58 33,34 35,71 40,49 45,24 50,01 53,98 59,54THK (mm)

S-XXS S-XXS S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 S-160SCH/WT09 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.



A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1


SEALS NSM1PTFELip seal design and fire seal or packed gland for stem sealingSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design



Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.137 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.925 FOR VALVES WITHOUT PTFE LIP SEALS, MAXIMUM DESIGN TEMPERATURE CAN BE RAISED UP TO 300 dgC AT A


Page: 697

MAXIMUM PRESSURE OF 193,7 BARG.


Page: 698

Rev. DateNHT-P54-05572 2004-03-02Hydro 03M GTFC4EKRev. Owner Valve Data Sheet Doc. No. 141.466 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.






28





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 28 30 3260,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0 610,0 711,0 762,0 813,0OD (mm)11,07 15,24 17,12 21,95 25,00 28,58 33,34 35,71 40,49 45,24 50,01 59,54 60,00 65,00 70,00THK (mm)S-XXS S-XXS S-XXS S-XXS S-160 S-160 S-160 S-160 S-160 S-160 S-160 SCH/WT

09 11 12 14 16 18 19 20 21 22 23 25 27 28 29Detail no.

ND (inch) 36OD (mm) 914,0THK (mm) 75,00Detail no. 31


A350 LF2C12C11

Bolted bonnet

INSIDE TRIM Bi-directional sealing (by seal on both sides of slab). Designed forsimultaneous full pressure on both sides of closed valve with nopressure in cavity. Double piston effect. Gate shall be closed instem rised position


NHF1,NTR1


SEATS NHF1,NTR1


SEALS NSM1PTFELip seal/o-ring design and fire seal or packed gland for stemsealing

STEM PACKING Expanded graphite not less than 98% purity, or firesafe designaccording to manufacturer's standard

OUTSIDE TRIM Valve especially designed for Emergency Shut Down (ESD), and toinclude cavity relief valve. NORSOK NCF5 flanged cavity drainconnection supplied with blind flange, including a bleed plug ofanti-blowout design.

BOLTING NBO2Material according to EDSHANDWHEELSPECIALREQUIREMENTS




Page: 699

130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.137 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.


Page: 700

Rev. DateNHT-P54-05571 2004-09-16Hydro 03M GTFC4PBRev. Owner Valve Data Sheet Doc. No. 122.968 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.










ASTM A350 GR. LF3Bolted bonnet

INSIDE TRIM Bi-directional sealing (by seal on both sides of slab). Gate shall beopen in stem rised position; All valve wetted parts to be overlaywelded with 316L. Minimum 5mm overlay thickness on all flangefacings/ring grooves. Internal parts may be in full 316L

PORT Full bore, through conduitSTEM ASTM A350 GR. LF3Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1SST. (MIN. 13CR 4NI)Slab gate

SEATS NHF1UNS N0625Floating seats, pressure energized with spring for sealing at lowpressure






Page: 701

Rev. DateNHT-P54-05576 2003-07-08Hydro 03M GTFC4PCRev. Owner Valve Data Sheet Doc. No. 122.967 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



ASME B16.10 040, 91624CLCL 2





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 2409 11 12 14 16 18 19 20 21 22 23 25Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET ASTM A350 GR. LF3

ASTM A352 GR. LC3Bolted bonnet

INSIDE TRIM Bi-directional sealing (by seal on both sides of slab). Gate shall beopen in stem rised position; All valve wetted parts to be overlaywelded with 316L. Minimum 5mm overlay thickness on all flangefacings/ring grooves. Internal parts may be in full 316L

PORT Full bore, through conduitSTEM ASTM A350 GR. LF3Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1SST. (MIN. 13CR 4NI)Slab gate; Material according to EDS

SEATS NHF1UNS N0625Floating seats, pressure energized with spring for sealing at lowpressure; Material according to EDS




Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.916 END TYPE ACCORDING TO EDS-350


Page: 702

Rev. DateNHT-P54-05635 2000-03-15Hydro 03M GTFD00BRev. Owner Valve Data Sheet Doc. No. 142.268 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 703

Rev. DateNHT-P54-05640 2000-03-15Hydro 03M GTFD00DRev. Owner Valve Data Sheet Doc. No. 142.275 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.











NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 704

Rev. DateNHT-P54-06567 2000-03-15Hydro 01M GTFD00JRev. Owner Valve Data Sheet Doc. No. 142.274 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NIP1


SEATS NHF1,NIP1








Page: 705

Rev. DateNHT-P54-05359 2003-05-08Hydro 03M GTFD0AKRev. Owner Valve Data Sheet Doc. No. 142.340 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.









NHF1,NIP1


SEATS NHF1,NIP1








Page: 706










ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 2860.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 711.0OD (mm)5.54 7.62 8.56 14.27 18.26 21.44 25.40 27.79 26.19 29.36 32.54 38.89 50.00THK (mm)S-80 S-80 S-80 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 SCH/WT09 11 12 14 16 18 19 20 21 22 23 25 27Detail no.


A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1








Page: 707










ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28Detail no. 27


A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1








Page: 708



GATE VALVE WEDGE ASME B16.10 04024CJCJ 2







A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1








Page: 709







28





ND (inch) 2 3 4 6 8 10 12 14 16 18 20 24 28 30 3660.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0 610.0 711.0 762.0 914.0OD (mm)5.54 7.62 8.56 14.27 18.26 21.44 25.40 27.79 26.19 29.36 32.54 38.89 50.00 65.00 75.00THK (mm)S-80 S-80 S-80 S-120 S-120 S-120 S-120 S-120 S-100 S-100 S-100 S-100 SCH/WT09 11 12 14 16 18 19 20 21 22 23 25 27 28 31Detail no.


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 710

Rev. DateNHT-P54-05690 2003-07-08Hydro 04M GTFD40CRev. Owner Valve Data Sheet Doc. No. 142.319 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 040, 91624CLCL 2


ASME B16.10 020, 04024CLCL 2

28CL CL 28MANUFACTURERSSTANDARD



130, 137Design Code API 6D 130Fire Test



ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1






Notes:020 END TYPE ACCORDING TO EDS: NMJ1.040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.137 SIZES >24" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 6D WHICH ARE NOT SIZEDEPENDENT.916 END TYPE ACCORDING TO EDS-350


Page: 711







28





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.

ND (inch) 28Detail no. 27


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 712




API 6D 04024CJCJ 2







A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 713

Rev. DateNHT-P54-05750 2000-07-27Hydro 03M GTFR00BRev. Owner Valve Data Sheet Doc. No. 144.176 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 714

Rev. DateNHT-P54-05755 2000-07-27Hydro 04M GTFR00DRev. Owner Valve Data Sheet Doc. No. 144.169 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE * NOT DEFINED BY NORSOK * 1.5FTBE ASME B16.25 / ASME B1.20.1 0.5







NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 715

Rev. DateNHT-P54-05766 2003-05-08Hydro 02M GTFR0AKRev. Owner Valve Data Sheet Doc. No. 144.204 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F44 R14Bolted bonnetINSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEATS NHF1,NIP1








Page: 716

Rev. DateNHT-P54-06568 2000-03-15Hydro 01M GTFS00JRev. Owner Valve Data Sheet Doc. No. 142.867 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 0.5 0.75 1 1.25 1.5 204 05 06 07 08 09Detail no.


NHF1,NTR2


SEATS NHF1,NTR2








Page: 717

Rev. DateNHT-P54-05786 2001-04-02Hydro 03M GTFS01BRev. Owner Valve Data Sheet Doc. No. 142.888 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.









NHF1,NTR2


SEATS NHF1,NTR2






Notes:


Page: 718

Rev. DateNHT-P54-05791 2000-03-15Hydro 02M GTFS01DRev. Owner Valve Data Sheet Doc. No. 142.885 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.











NHF1,NTR2


SEATS NHF1,NTR2






Notes:


Page: 719

Rev. DateNHT-P54-05360 2003-05-08Hydro 03M GTFS0AKRev. Owner Valve Data Sheet Doc. No. 142.891 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A182 F316 S01Bolted bonnetINSIDE TRIMPORTSTEM NTR2Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR2


SEATS NHF1,NTR2








Page: 720

Rev. DateNHT-P54-06569 2000-03-15Hydro 01M GTFS10BRev. Owner Valve Data Sheet Doc. No. 142.872 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2






Notes:


Page: 721

Rev. DateNHT-P54-05810 2000-03-15Hydro 03M GTFS10JRev. Owner Valve Data Sheet Doc. No. 142.871 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2



according to manufacturer's standardOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316SPECIALREQUIREMENTS


Notes:


Page: 722

Rev. DateNHT-P54-05564 2003-02-27Hydro 01M GTFS1AKRev. Owner Valve Data Sheet Doc. No. 142.889 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE ASME B16.10 04024CJCJ 2








S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2



according to manufacturer's standardOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEEL AISI 316SPECIALREQUIREMENTS




Page: 723

Rev. DateNHT-P54-06570 2000-03-15Hydro 01M GTGC01DRev. Owner Valve Data Sheet Doc. No. 141.445 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.





1.5FTBE ASME B16.25 / ASME B1.20.1 1






S-XXS S-XXSSCH/WT04 05 06 08Detail no.


NHF1,NTR1


SEATS NHF1,NTR1





Notes:121 CL 2500 IS NOT INCLUDED IN API 602, AND SHALL ALSO BE DESIGNED ACCORDING TO ASME B16.34.


Page: 724

Rev. DateNHT-P54-05870 2004-04-02Hydro 06M GTGC11BRev. Owner Valve Data Sheet Doc. No. 141.394 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 LONG 90612BEBE ASME B16.25 0.5GATE VALVE WEDGE ASME B16.10 LONG 12BEBE ASME B16.25 1







ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 12 14 16 18 2021,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0OD (mm)7,47 7,82 9,09 12,50 14,20 17,50 22,20 30,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00THK (mm)

S-XXS S-XXS S-XXS SCH/WT04 05 06 08 09 11 12 14 16 18 19 20 21 22 23Detail no.



A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1





Notes:138 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.906 SIZES <1" SHALL ALSO COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.


Page: 725

Rev. DateNHT-P54-05875 2000-03-15Hydro 03M GTGC11JRev. Owner Valve Data Sheet Doc. No. 141.393 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 1 1.25 1.5 2 2.5 3 4 5 6 8 10 1206 07 08 09 10 11 12 13 14 16 18 19Detail no.


A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 726

Rev. DateNHT-P54-05342 2004-03-30Hydro 06M GTGC1AKRev. Owner Valve Data Sheet Doc. No. 141.451 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE HYDRO STANDARD, EDS-352 9060.75CJCJ NORSOK NCF5 0.5HYDRO STANDARD, EDS-352 1.5CJCJ NORSOK NCF5GATE VALVE WEDGE 1

04012ASME B16.10 CJCJ NORSOK NCF5GATE VALVE WEDGE 224MANUFACTURERS

STANDARDCJCJ NORSOK NCF5GATE VALVE WEDGE 14





ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 12 14 16 18 2021,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0OD (mm)7,47 7,82 9,09 12,50 14,20 17,50 22,20 30,00 36,00 45,00 50,00 55,00 65,00 70,00 80,00THK (mm)

S-XXS S-XXS S-XXS SCH/WT04 05 06 08 09 11 12 14 16 18 19 20 21 22 23Detail no.


MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A352 LCC

A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1





Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.906 SIZES <1" SHALL ALSO COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.


Page: 727

Rev. DateNHT-P54-05933 2002-01-09Hydro 03M GTGD00DRev. Owner Valve Data Sheet Doc. No. 142.336 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.





1.5FTBE ASME B16.25 / ASME B1.20.1 1







NHF1,NIP1


SEATS NHF1,NIP1








Page: 728

Rev. DateNHT-P54-05934 2000-07-27Hydro 02M GTGD02DRev. Owner Valve Data Sheet Doc. No. 142.337 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.



STANDARD1.5FTBE ASME B16.25 / ASME B1.20.1 1





ND (inch) 1 1.533.4 48.3OD (mm)6.35 7.14THK (mm)S-160 S-160SCH/WT

06 08Detail no.MDS EDSMaterialSubject/Item Design and Material Requirement

BODY/BONNET A182 F51 D44Bolted bonnetINSIDE TRIMPORTSTEM NIP1A182 F51 D44Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEATS NHF1,NIP1


SEALS Packed gland; Except for gland packing all seals shall be of metalSTEM PACKING Expanded graphite not less than 98% purity, or firesafe design






Page: 729

Rev. DateNHT-P54-05940 2001-09-06Hydro 05M GTGD10BRev. Owner Valve Data Sheet Doc. No. 142.265 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 12 14 16 18 2021.3 26.7 33.4 48.3 60.3 88.9 114.3 168.3 219.1 273.1 323.9 355.6 406.4 457.0 508.0OD (mm)3.73 3.91 4.55 7.14 8.74 11.13 13.49 21.95 25.00 32.00 36.00 40.00 40.49 45.24 50.01THK (mm)S-80 S-80 S-80 S-160 S-160 S-160 S-160 S-XXS S-160 S-160 S-160SCH/WT04 05 06 08 09 11 12 14 16 18 19 20 21 22 23Detail no.

ND (inch) 24OD (mm) 610.0THK (mm) 59.54SCH/WT S-160Detail no. 25


A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1








Page: 730

Rev. DateNHT-P54-05945 2000-07-27Hydro 03M GTGD10JRev. Owner Valve Data Sheet Doc. No. 142.266 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 LONG 12RJRJ ASME B16.5 1





ND (inch) 1 1.25 1.5 2 2.5 3 4 5 6 8 10 1206 07 08 09 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 731

Rev. DateNHT-P54-05567 2003-05-08Hydro 03M GTGD1AKRev. Owner Valve Data Sheet Doc. No. 142.343 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



04012ASME B16.10 CJCJ NORSOK NCF5GATE VALVE WEDGE 224MANUFACTURERS

STANDARDCJCJ NORSOK NCF5GATE VALVE WEDGE 14





ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 12 14 16 18 2021,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9 355,6 406,4 457,0 508,0OD (mm)3,73 3,91 4,55 7,14 8,74 11,13 13,49 21,95 25,00 32,00 36,00 40,00 40,49 45,24 50,01THK (mm)S-80 S-80 S-80 S-160 S-160 S-160 S-160 S-XXS S-160 S-160 S-160SCH/WT04 05 06 08 09 11 12 14 16 18 19 20 21 22 23Detail no.

ND (inch) 22 24OD (mm) 559,0 610,0THK (mm) 53,98 59,54SCH/WT S-160 S-160Detail no. 24 25

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352A890 J92205

A182 F51D46D44

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1






Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.138 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.906 SIZES <1" SHALL ALSO COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.


Page: 732

Rev. DateNHT-P54-05955 2000-07-27Hydro 03M GTGD40BRev. Owner Valve Data Sheet Doc. No. 142.263 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.






14








D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 733

Rev. DateNHT-P54-06571 2003-07-08Hydro 02M GTGD40CRev. Owner Valve Data Sheet Doc. No. 142.276 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



ASME B16.10 040, 91612CLCL 2


ASME B16.10 020, 0406CLCL 2


91624CLCLGATE VALVE THROUGHCONDUIT SLAB

14

8CL CL 12 022, 040ASME B16.10GATE VALVE THROUGHCONDUIT SLAB

14CL CL 14 022MANUFACTURERSSTANDARD








ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 20 22 2409 10 11 12 13 14 16 18 19 20 21 22 23 24 25Detail no.


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 734

916 END TYPE ACCORDING TO EDS-350


Page: 735

Rev. DateNHT-P54-05970 2000-07-27Hydro 03M GTGD40JRev. Owner Valve Data Sheet Doc. No. 142.296 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.








ND (inch) 2 2.5 3 4 5 6 8 10 1209 10 11 12 13 14 16 18 19Detail no.


A182 F51D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 736

Rev. DateNHT-P54-05568 2003-02-27Hydro 01M GTGD4AKRev. Owner Valve Data Sheet Doc. No. 142.344 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



API 6D 04012CJCJ 2


24CJCJGATE VALVE THROUGHCONDUIT SLAB

14








D46D44

Bolted bonnet



NHF1,NIP1


SEATS NHF1,NIP1








Page: 737

Rev. DateNHT-P54-06005 2000-07-27Hydro 02M GTGR00BRev. Owner Valve Data Sheet Doc. No. 144.165 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 1.5BEBE ASME B16.25 1





ND (inch) 1 1.533.4 48.3OD (mm)4.55 5.08THK (mm)S-80 S-80SCH/WT06 08Detail no.


NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 738

Rev. DateNHT-P54-06007 2002-01-09Hydro 01M GTGR00DRev. Owner Valve Data Sheet Doc. No. 144.198 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.





1.5FTBE ASME B16.25 / ASME B1.20.1 1





ND (inch) 0.75 1 1.526.7 33.4 48.3OD (mm)3.91 4.55 5.08THK (mm)S-80 S-80 S-80SCH/WT05 06 08Detail no.


NHF1,NIP1


SEATS NHF1,NIP1








Page: 739

Rev. DateNHT-P54-06592 2000-08-01Hydro 01M GTGR01BRev. Owner Valve Data Sheet Doc. No. 144.196 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 1.5BEBE ASME B16.25 1







BODY/BONNET A182 F44 R14Bolted bonnetINSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 740

Rev. DateNHT-P54-06008 2002-01-09Hydro 01M GTGR01DRev. Owner Valve Data Sheet Doc. No. 144.201 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.










BODY/BONNET A182 F44 R14Bolted bonnetINSIDE TRIMPORTSTEM NIP1A182 F44 R14Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1,NIP1


SEATS NHF1,NIP1








Page: 741

Rev. DateNHT-P54-00960 2003-07-08Hydro 02M GTGR10CRev. Owner Valve Data Sheet Doc. No. 144.197 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 040, 91612CLCL 2GATE VALVE WEDGE ASME B16.10 020, 0406CLCL 2


91620CLCLGATE VALVE WEDGE 14

8CL CL 12 022, 040ASME B16.10GATE VALVE WEDGE14CL CL 14 022MANUFACTURERS

STANDARDGATE VALVE WEDGE


GATE VALVE WEDGE





ND (inch) 2 2.5 3 4 5 6 8 10 12 14 16 18 2009 10 11 12 13 14 16 18 19 20 21 22 23Detail no.


A182 F44R16R14

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1






Notes:020 END TYPE ACCORDING TO EDS: NMJ1.022 END TYPE ACCORDING TO EDS: NMJ3.040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.138 SIZES >12" SHALL COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.916 END TYPE ACCORDING TO EDS-350


Page: 742

Rev. DateNHT-P54-06006 2000-07-27Hydro 01M GTGR1ABRev. Owner Valve Data Sheet Doc. No. 122.554 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE ASME B16.10 12BEBE ASME B16.25 2








R16R14

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1






Notes:


Page: 743

Rev. DateNHT-P54-06009 2003-05-08Hydro 03M GTGR1AKRev. Owner Valve Data Sheet Doc. No. 144.202 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



04012ASME B16.10 CJCJ NORSOK NCF5GATE VALVE WEDGE 2





ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9OD (mm)3,73 3,91 4,55 7,14 8,74 11,13 13,49 21,95 25,00 32,00 40,00THK (mm)S-80 S-80 S-80 S-160 S-160 S-160 S-160 S-XXS SCH/WT04 05 06 08 09 11 12 14 16 18 19Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET EDS-352ASTM A351 CK-3MCuN

A182 F44R16R14

Bolted bonnet


NHF1,NIP1


SEATS NHF1,NIP1






Notes:040 END TO END DIMENSION AS FOR LONG PATTERN, RTJ.906 SIZES <1" SHALL ALSO COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.


Page: 744

Rev. DateNHT-P54-06028 2000-03-15Hydro 02M GTGS00DRev. Owner Valve Data Sheet Doc. No. 142.886 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.





1.5FTBE ASME B16.25 / ASME B1.20.1 1






S-160 S-160 S-160SCH/WT04 05 06 08Detail no.


NHF1,NTR2


SEATS NHF1,NTR2








Page: 745

Rev. DateNHT-P54-06029 2000-03-15Hydro 02M GTGS01DRev. Owner Valve Data Sheet Doc. No. 142.887 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.








ND (inch) 1 1.533.4 48.3OD (mm)9.09 10.16THK (mm)

S-XXS S-XXSSCH/WT06 08Detail no.


NHF1,NTR2


SEATS NHF1,NTR2








Page: 746

Rev. DateNHT-P54-06030 2003-09-11Hydro 04M GTGS10BRev. Owner Valve Data Sheet Doc. No. 142.850 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9OD (mm)4,80 5,56 6,35 10,16 11,07 15,24 17,50 28,00 36,00 45,00 50,00THK (mm)

S-160 S-160 S-XXS S-XXS S-XXS SCH/WT04 05 06 08 09 11 12 14 16 18 19Detail no.


A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2






Notes:906 SIZES <1" SHALL ALSO COMPLY TO ASME B16.34 AND ALL REQUIREMENTS IN API 600 WHICH ARE NOT SIZEDEPENDENT.


Page: 747

Rev. DateNHT-P54-06035 2000-03-15Hydro 03M GTGS10JRev. Owner Valve Data Sheet Doc. No. 142.855 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 LONG 12RJRJ ASME B16.5 1





ND (inch) 1 1.25 1.5 2 2.5 3 4 5 6 8 10 1206 07 08 09 10 11 12 13 14 16 18 19Detail no.


A182 F316S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2






Notes:


Page: 748

Rev. DateNHT-P54-05344 2003-05-08Hydro 03M GTGS1AKRev. Owner Valve Data Sheet Doc. No. 142.892 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.







ND (inch) 0.5 0.75 1 1.5 2 3 4 6 8 10 1221,3 26,7 33,4 48,3 60,3 88,9 114,3 168,3 219,1 273,1 323,9OD (mm)4,78 5,56 6,35 10,16 11,07 15,24 17,50 28,00 36,00 45,00 50,00THK (mm)S-160 S-160 S-160 S-XXS S-XXS S-XXS SCH/WT


BODY/BONNET EDS-352ASTM A351 CF8MA182 F316

S02S01

Bolted bonnet


NHF1,NTR2


SEATS NHF1,NTR2








Page: 749

Rev. DateNHT-P54-06506 2003-07-08Hydro 02M GTJC4AJRev. Owner Valve Data Sheet Doc. No. 121.624 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



ISO 10423 6RJRJ ISO 10423 TYPE 6B 2





ND (inch) 2 3 4 5 609 11 12 13 14Detail no.


A350 LF2C12C11

Bolted bonnet



NHF1,NTR1


SEATS NHF1,NTR1







Page: 750

Rev. DateNHT-P54-06505 2003-07-08Hydro 02M GTKC1ACRev. Owner Valve Data Sheet Doc. No. 121.626 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE ISO 10423 9165CLCL 2





ND (inch) 2 3 4 509 11 12 13Detail no.


A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1





Notes:130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.916 END TYPE ACCORDING TO EDS-350


Page: 751

Rev. DateNHT-P54-06070 2003-07-08Hydro 04M GTKX40CRev. Owner Valve Data Sheet Doc. No. 141.810 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.




9166CLCL 2



0203CLCL 2




API 6A, FLOWLINE VALVES NoneDesign Code ISO 10423 130Fire Test



ND (inch) 2 2.5 3 4 5 609 10 11 12 13 14Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A487 2B

A788 AISI 4140X03X02

Bolted bonnet

INSIDE TRIMPORT Full bore, through conduitSTEM SST. (MIN. 13CR)Rising stem. Outside screw and yokeCLOSUREMEMBER

NHF1SST. (MIN. 13CR)Solid slab gate; Hardfacing

SEATS NHF1SST. (MIN. 13CR)Floating seats; HardfacingSEALS Packed glandSTEM PACKING Expanded graphite not less than 98% purity, or manufacturer's

standardOUTSIDE TRIMBOLTING NBO2Material according to EDSHANDWHEELSPECIALREQUIREMENTS


Notes:020 END TYPE ACCORDING TO EDS: NMJ1.022 END TYPE ACCORDING TO EDS: NMJ3.130 DESIGN SHALL ALSO COMPLY TO ASME B16.34.916 END TYPE ACCORDING TO EDS-350


Page: 752

Rev. DateNHT-P54-06572 2000-03-15Hydro 01M GTRC02BRev. Owner Valve Data Sheet Doc. No. 141.444 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.



STANDARD1.5BEBE ASME B16.25 0.5

GATE VALVE WEDGE ASME B16.10 1.5BEBE ASME B16.25 0.5







BODY/BONNET A105 C01Bolted bonnetINSIDE TRIMPORTSTEM NTR1Rising stem. Outside screw and yoke; Material according to EDSCLOSUREMEMBER

NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 753

Rev. DateNHT-P54-06573 2000-03-15Hydro 01M GTRC02DRev. Owner Valve Data Sheet Doc. No. 141.446 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 754










NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 755













NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 756

Rev. DateNHT-P54-06574 2000-03-15Hydro 01M GTRC05DRev. Owner Valve Data Sheet Doc. No. 141.447 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.











NHF1,NTR1


SEATS NHF1,NTR1




Notes:


Page: 757

Rev. DateNHT-P54-06575 2000-03-15Hydro 01M GTRD00BRev. Owner Valve Data Sheet Doc. No. 142.278 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.











NHF1,NIP1


SEATS NHF1,NIP1





Notes:


Page: 758

Rev. DateNHT-P54-06576 2000-03-15Hydro 01M GTRD00DRev. Owner Valve Data Sheet Doc. No. 142.286 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










NHF1,NIP1


SEATS NHF1,NIP1





Notes:


Page: 759

Rev. DateNHT-P54-06120 2000-07-27Hydro 03M GTRR00BRev. Owner Valve Data Sheet Doc. No. 144.168 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.


End Standard2 NotesEnd to end Standard 1 ToFromValve TypeGATE VALVE WEDGE ASME B16.10 LONG 1.5BEBE ASME B16.25 0.5







NHF1,NIP1


SEATS NHF1,NIP1





Notes:


Page: 760

Rev. DateNHT-P54-06125 2000-07-27Hydro 03M GTRR00DRev. Owner Valve Data Sheet Doc. No. 144.173 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










NHF1,NIP1


SEATS NHF1,NIP1





Notes:


Page: 761

Rev. DateNHT-P54-06577 2000-03-15Hydro 01M GTRR07BRev. Owner Valve Data Sheet Doc. No. 144.194 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.




GATE VALVE WEDGE ASME B16.10 LONG 1.5BEBE ASME B16.25 0.5












Notes:


Page: 762

Rev. DateNHT-P54-06578 2000-03-15Hydro 01M GTRR07DRev. Owner Valve Data Sheet Doc. No. 144.195 NHS-M no. ApprovedRev. Status2NorsokNormal Owner Normal Owner's rev.















Notes:


Page: 763

Rev. DateNHT-P54-06579 2000-03-15Hydro 01M GTRS00BRev. Owner Valve Data Sheet Doc. No. 142.880 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.




GATE VALVE WEDGE ASME B16.10 LONG 1.5BEBE ASME B16.25 0.5







NHF1,NTR2


SEATS NHF1,NTR2





Notes:


Page: 764

Rev. DateNHT-P54-06145 2002-06-05Hydro 02M GTRS00DRev. Owner Valve Data Sheet Doc. No. 142.881 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.










NHF1,NTR2


SEATS NHF1,NTR2





Notes:


Page: 765

Rev. DateNHT-P54-06150 2002-06-05Hydro 02M GTRT00DRev. Owner Valve Data Sheet Doc. No. 142.628 NHS-M no. ApprovedRev. Status3NorsokNormal Owner Normal Owner's rev.









MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET B381 F2 T01Bolted bonnetINSIDE TRIMPORTSTEM B348Rising stem. Outside screw and yoke; To achieve


CLOSUREMEMBER

B381Gate: Solid wedge; To achieve hardness/strength use acombination of gr. 2 and 5 materials, or hardfacing by nitriding

SEATS B381Renewable; To achieve hardness/strength use a combination of gr.2 and 5 materials, or hardfacing by nitriding




Notes:


Page: 766

Rev. DateNHT-P54-06613 2002-06-11Hydro 02M GTXC0ABRev. Owner Valve Data Sheet Doc. No. 121.623 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


GATE VALVE WEDGE ASME B16.10 LONG 2BEBE ASME B16.25 0.5






S-XXS S-XXS S-XXS SCH/WT04 05 06 08 09Detail no.


A350 LF2C12C11

Bolted bonnet


NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 767

Rev. DateNHT-P54-06614 2002-06-11Hydro 02M GTXC0ADRev. Owner Valve Data Sheet Doc. No. 121.622 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.



1.5FTBE ASME B16.25 / ASME B1.20.1 0.5








NHF1,NTR1


SEATS NHF1,NTR1





Notes:


Page: 768

Rev. DateNHT-P54-02039 2005-07-01Hydro 01M NEID0ATRev. Owner Valve Data Sheet Doc. No. 122.832 Rev. Status NHS-M no. ApprovedNormal Owner Normal Owner's rev.


Needle valve MANUFACTURERSSTANDARD




909VSK V407General RequirementLeak Test VSK V101 300Marking VSK V003Operator VSK V009Low Temp. Appl.


ND (mm) 10 12 16 18 20 25 30 32 3803 12 16 18 05 06 30 07 38Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A182 F51Straight pattern, boltedINSIDE TRIM Seat: Renewable seat/seal segmentsPORTSTEM A182 F51CLOSUREMEMBER

A182 F316Swivelling needle

SEATSEALSSTEM PACKING Packed gland; Expanded graphite not less than 98% purityOUTSIDE TRIMBOLTINGHANDWHEELSPECIALREQUIREMENTS


Notes:300 PRESSURE TEST TO BS 6755, LEAKAGE RATE A.900 OUTER DIAMETER ACCORDING TO DIN 2391-1.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm =1 1/4".


Page: 769

Rev. DateNHT-P54-06581 2004-02-03Hydro 02M NEIS0BTRev. Owner Valve Data Sheet Doc. No. 122.828 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (mm) 10 12 16 18 20 25 30 32 3803 12 16 18 05 06 30 07 38Detail no.





Notes:300 PRESSURE TEST TO BS 6755, LEAKAGE RATE A.900 OUTER DIAMETER ACCORDING TO DIN 2391-1.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm = 1 1/4".


Page: 770

Rev. DateNHT-P54-06583 2002-10-15Hydro 03M NEXS0ATRev. Owner Valve Data Sheet Doc. No. 122.818 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.








ND (mm) 10 12 16 18 2503 12 16 18 25Detail no.





Notes:300 PRESSURE TEST TO BS 6755, LEAKAGE RATE A.900 OUTER DIAMETER ACCORDING TO DIN 2391-1.909 NPT SIZE : OD10 & 12 mm = 3/8", OD 16, 18 & 20 mm = 1/2", OD 25 mm = 3/4" , OD 30 & 32 mm = 1" , OD 38 mm = 1 1/4".


Page: 771

Rev. DateNHT-P54-06431 2001-03-29Hydro 01M PGGR4ABRev. Owner Valve Data Sheet Doc. No. 122.881 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


PLUG VALVE ASME B16.10 12BEBE ASME B16.25 2


Design Code API 599Fire Test API 6FA OR BS 6755






R16R14

Bolted bonnet

INSIDE TRIMPORT Regular patternSTEM NIP1A182 F44 R14CLOSUREMEMBER

NIP1A182 F44 R14Pressure balanced plug. Designed for lubrication and selantinjection

SEALS Packed gland for stem sealing; Expanded graphite not less than98% purity, or firesafe to manufacturer's standard

LIP SEALOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:


Page: 772

Rev. DateNHT-P54-06585 2000-03-15Hydro 01M PGJC9AXRev. Owner Valve Data Sheet Doc. No. 121.958 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


PLUG VALVE MANUFACTURERSSTANDARD



Design Code API 6AFire Test BS 6755



ND (inch) 2 3 4 5 609 11 12 13 14Detail no.


A350 LF2C12C11

One piece, top or bottom entry, "screwed" bonnet. Grease fittingfor plug lubricant

INSIDE TRIM Seat: Renewable seat/seal segmentsPORT Full boreSTEM ASTM A352 GR.

CA6NMASTM A182 GR. F6NM

CLOSUREMEMBER


Cylindrical balanced plug

SEALS NSM1O-ring design or packed gland for stem sealing; Material accordingto EDS

LIP SEAL NSM1Material according to EDSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:903 VALVE TO BE HALIBURTON LO-TORK TYPE OR EQUAL.


Page: 773

Rev. DateNHT-P54-06586 2000-03-15Hydro 01M PGKC9ACRev. Owner Valve Data Sheet Doc. No. 121.961 NHS-M no. ApprovedRev. StatusNormal Owner Normal Owner's rev.


PLUG VALVE MANUFACTURERSSTANDARD

9036CLCL 2


Design Code API 6AFire Test



ND (inch) 2 3 4 5 609 11 12 13 14Detail no.

MDS EDSMaterialSubject/Item Design and Material RequirementBODY/BONNET A350 LF2 C11One piece, top or bottom entry, "screwed" bonnet. Grease fitting

for plug lubricantINSIDE TRIM Seat: Renewable seat/seal segmentsPORT Full bore, through conduitSTEM ASTM A352 GR.

CA6NMASTM A182 GR. F6NM

CLOSUREMEMBER


Cylindrical balanced plug

SEALS NSM1Lip seal/o-ring design and fire seal or packed gland for stemsealing; Material according to EDS

LIP SEAL NSM1Material according to EDSOUTSIDE TRIMBOLTING NBO2Material according to EDSSPECIALREQUIREMENTS


Notes:903 VALVE TO BE HALIBURTON LO-TORK TYPE OR EQUAL.




Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP06 VALVE SPECIFICATION KEY

Document no. VALVE SPECIFICATION KEY Rev. Remarks

NHT-P54-07130 VSK V003 01M NHT-P54-07131 VSK V004 01M NHT-P54-07132 VSK V007 01M NHT-P54-07133 VSK V009 01M NHT-P54-07134 VSK V014 01M NHT-P54-07135 VSK V052 01M NHT-P54-07136 VSK V101 01M NHT-P54-07137 VSK V141 01M NHT-P54-07138 VSK V143 01M NHT-P54-07139 VSK V244 01M NHT-P54-07140 VSK V254 01M NHT-P54-07142 VSK V401 01M NHT-P54-07143 VSK V402 01M NHT-P54-07144 VSK V403 01M NHT-P54-07145 VSK V404 01M NHT-P54-07146 VSK V405 01M NHT-P54-07147 VSK V407 01M NHT-P54-07148 VSK V408 01M NHT-P54-07149 VSK V410 01M

Page: 774

Page: 775

Title: Piping and Valves Doc. No. L-001 Annex F VSK V003 Project: NORSOK Company: Rev.Date: 15.01.95 Rev: 1

Text ID DATE VSK. TEXTS 317 20.06.94 All valves: Marking shall be according to MSS-SP 25. Additionally the following

marking shall be incorporated: · Manufacturer's serial no. · VDS identification (eg. GTAC10R).

The marking shall be made on a stainless steel identification plate permanently fixed to the valve. Plate thickness shall be of minimum 0.4 mm thickness. Marking directly onto the valve body shall be executed with low stress stamps. Marking on weld bevels, flang faces or surfaces that will be hidden following fabrication, assembly or installation, is not allowed.

Hydro ref . doc. no.: NHT-P54-07130 Rev.: 01M

Page: 776


Text ID DATE VSK. TEXTS 408 20.06.94 All Butterfly/Ball/Plug < = 900 Ib: Lever operated valves are to be design such that the blade/ball is prevented

from moving through more than 90 degrees. Wrench operated valves shall be supplied complete with locking facilities to enable use of padlocks in the open and close positions. Lever-operated butterfly valves shall have throttling levers of the notched plate design to allow positive positioning in a maximum number of intermediate positions (throttling).

413 20.06.94 All > = 2": Handwheels on valves, including gear operators shall be permanently

marked "Open/Closed" with an arrow to indicate direction of rotation. The valves shall be fitted with a gearbox when the following breakaway forces are exceeded: Lever-operated: Max. force 350 N. Max. length of lever 600 mm. (Max. torque 270 Nm). Handwheel-operated: Max.single hand force 200 N. Max. diameter of handwheel 750 mm. (Max. torque 150 Nm).

Gearboxes shall be: · Complete with handwheel and position indicator. · totally enclosed and weather-proof, packed with a suitable lubricant and be equipped with one or more easily accessible grease fittings permitting easy packing in situ, and lubrication of rotating shafts penetrating the gear-box. · Equipped with adjustable open/close end-stops, where applicable.

Gear-boxes mounted directly to the valve bonnet shall be equipped with a plug, in order to relieve any leakage from stem packing into the gear-box, without allowing water to enter the gear-box.

418 20.06.94 All valves specified for actuator application:

When the valve is specified for actuator application, the following shall apply: (a) The valve shall be supplied without wrench, handwheel or gearbox. The actuator is not part of this specification. (b) Rising stem valves shall have plain stem without threads (depending on type of actuator). The valve stem shall be finished to suit actuator type and adaption. The adaption should conform to ISO 5211 or 5210 as relevant unless agreed differently with Company. c) Actuator operated API 6D expanding gate valves which are used as double isolation valve shall have a mechanical locking device, for local release only, in order to lock the valve in closed position.


Page: 777


Text ID DATE VSK. TEXTS 214 20.06.94 Vall valves: Pressure testing:

· The high pressure closure test shall be included for all valves. (According to API 598 unless equivalent test is included in the valve Code defined in the Valve Data Sheet). · The following valves shall have seat leakage measured through the body cavity:

Double seated trunnion mounted Ball and Gate of through-conduit design with expanding gate or floating seats. Each seat to be tested. The valve should be mounted to allow free release of any bubbles from the valve seat and so that bubbles are readily observed


Page: 778


Text ID DATE VSK. TEXTS 412 20.06.94 All < = 1 ½": Hand wheels on valves, including gear operators, shall be permanently

marked "Open/Closed" with an arrow to indicate direction of rotation.


Page: 779

Title: Piping and Valves Doc. No. L-001 Annex F VSK V014 Project: NORSOK Company: Rev.Date

: 15.01.95 Rev: 1

Text ID DATE VSK. TEXTS 413 20.06.94 All > = 2": Handwheels on valves, including gear operators shall be permanently

marked "Open/Closed" with an arrow to indicate direction of rotation. The valves shall be fitted with a gearbox when the following breakaway forces are exceeded: Lever-operated: Max. force 350 N Max. length of lever 600 mm. (Max. torque 270 Nm). Handwheel-operated: Max. single hand force 200 N. Max. diameter of handwheel 750 mm. (Max. torque 150 Nm).

Gearboxes shall be: · Complete with handwheel and position indicator. · totally enclosed and weather-proof, packed with a suitable lubricant and be equipped with one or more easily accessible grease fittings permitting easy packing in situ, and lubrication of rotating shafts penetrating the gear-box. · Equipped with adjustable open/close end-stops, where applicable.


418 20.06.94 All valves specified for actuator application:

When the valve is specified for actuator application, the following shall apply:

a) The valve shall be supplied without wrench, handwheel or gearbox. The actuator is not part of this specification. b) Rising stem valves shall have plain stem without threads (depending on type of actuator). The valve stem shall be finished to suit actuator type and adaption. The adaption should conform to ISO 5211 or 5210 as relevant unless agreed differently with Company. c) Actuator operated API 6D expanding gate valves which are used as double isolation valve shall have a mechanical locking device, for local release only, in order to lock the valve in closed position


Page: 780


Text ID DATE VSK. TEXTS 109 20.06.94 All valves: All components not specified in the VDS shall have equivalent to or better

corrosion resistance than the component they are coupled to. Asbestos containing material is not permitted.

20.09.99 Externally exposed components in austenitic stainless steel shall minimum be of type 316 (L) SS.

20.09.99 Fabrication welding of pressure retaining components and attachments welded onto those components shall be carried out according to NORSOK Standard M 601, "Welding and Inspection of Piping Systems". Welding of other valve components shall be carried out according to welding procedure specifications to ASME IX.

20.09.99 Assembly drawing of the valve shall be supplied with the bid, and shall at least show:

?? All parts of the valve with material standard and grade, MDS when specified in the VDS and manufacturers part number.

?? All welds including hard facing and overlay with reference to applicable welding procedure.

?? Overall dimensions. ?? Weight. ?? Manufacturers name and grade of soft material.

20.09.99 All valves with graphite stem packing, desity of graphite to be 1.3 to 1.7 g/cm3.

15.12.97 Carbon steel valves and gearboxes shall as a minimum be primed according to NORSOK standard M-501; "Surface protection anc Protective coating"


Page: 781

Title: Piping and Valves

Doc. No. L-001 Annex F VSK V101

Project: NORSOK Company: Rev.Date: 15.01.95 Rev: 1 Text ID DATE VSK. TEXTS 214 20.06.94 All valves: Pressure testing:

The high pressure closure test shall be included for all valves. (According to API 598 unless equivalent test is included in the valve Code defined in the Valve Data Sheet). · The following valves shall have seat leakage measured through the body cavity:

Doble seated trunnion mounted Ball and Gate of through-conduit design with expanding gate or floating seats. Each seat to be tested. The valve should be mounted to allow free release of any bubbles from the valve seat area and so that bubbles are readily observed.

216 20.06.94 For the pressure testing, for the following size ranges: 150 Ib > = 16", 300 Ib > = 14", 600 Ib > = 10", 900 Ib > = 8" 1500 Ib > = 6", 2500 Ib > = 4", higher rating, all: During seat leakage test, external forces that effect seat leakage shall not be applired to valve end.


Page: 782


Text ID DATE VSK. TEXTS 408 20.06.94 All Butterfly/Ball/Plug < = 900 Ib: Lever operated valves are to be design such tha t the blade/ball is prevented

from moving through more than 90 degrees. Wrench operated valves shall be supplied complete with locking facilities to enable use of padlocks in the open and closed positions. Lever-operated butterfly valves shall have throttling levers of the notched plate design to allow positive positioning in a maximum number of intermediate positions (throttling).

412 20.06.94 All < = 1 1/2": Hand wheels on valves, including gear operators, shall be permanently

marked "Open/Closed" with an arrow to indicate direction of rotation. 413 20.06.94 All > = 2": Handwheels on valves, including gear operators shall be permanently marked

"Open/Closed" with an arrow to indicate direction of rotation. The valves shall be fitted with a gearbox when the following breakaway forces are exceeded:

Lever operated: Max. force 350 N. Max. length of lever 600 mm. (Max. torque 270 Nm). Handwheel-operated: Max. single hand force 200 N Max. diameter of handwheel 750 mm. (Max. torque 150 Nm).

Gearboxes shall be: · complete with handwheel and position indicator. · totally enclosed and weather-proof, packed with a suitable lubricant and be equipped with one ore more easily accessible grease fittings permitting easy packing in situ, and lubrication of rotating shafts penetrating the gear-box. · equipped with adjustable open/close end-stops, where applicable.


418 20.06.94 All valves specified for actuator application: When the valve is specified for actuator application, the following shall apply:

a) The valve shall be supplied without wrench, handwheel or gearbox. The actuator is not part of this specification. b) Rising stem valves shall have plain stem without threads (depending on type of actuator). The valve stem shall be finished to suit actuator type and adaption. The adaption should conform to ISO 5211 or 5210 as relevant unless agreed differently with Company. c) Actuator operated API 6D expanding gate valves which are used as double isolation valve shall have a mechanical locking device, for local release only, in order to lock the valve in closed position.


Page: 783


Text ID DATE VSK. TEXTS 412 20.06.94 All > = 1 1/2": Hand wheels on valves, including gear operators, shall be permanently marked

"Open/Closed" with an arrow to indicate direction of rotation. 413 20.06.94 All > = 2": Handwheels on valves, including gear operators shall be permanently marked

"Open/Closed" with an arrow to indicate direction of rotation. The valves shall be fitted with a gearbox when the following breakaway forces are exceeded: Lever-operated: Max. force 350 N. Max. length of lever 600 mm. (Max. torque 270 Nm). Handwheel-operated: Max. single hand force 200 N. Max. diameter of handwheel 750 mm. (Max. torque 150 Nm).

Gearboxes shall be: · complete with handwheel and position indicator. · totally enclosed and weather-proof, packed with a suitable lubricant and be equipped with one or more easily accessible grease fittings permitting easy packing in situ, and lubrication of rotating shafts penetrating the gear-box. · equipped with adjustable open/close end-stops, where applicable.


418 20.06.94 All valves specified for actuator application: When the valve is specified for actuator application, the following shall apply:

a) The valve shall be supplied without wrench, handwheel or gearbox. The actuator is not part of this specification. b) Rising stem valves shall have plain stem without threads (depending on type of actuator). The valve stem shall be finished to suit actuator type and adaption. The adaption should conform to ISO 5211 or 5210 as relevant unless agreed differently with Company. c) Acutator operated API 6 D expanding gate valves which are used as double isolation valve shall have a mechanical locking device, for local release only, in order to lock the valve in closed position.


Page: 784


Text ID DATE VSK. TEXTS 109 20.06.94 All valves: All components not specified in the VDS shall have equivalent to or better corrosion

resistance than the component they are coupled to. Asbestos containing material is not permitted.

15.12.97 Carbon steel valves and gearboxes shall as a minimum be primed according to NORSOK standard M-501; "Surface protection and protective coating".



20.09.99 Assembly drawing of the valve shall be supplied with the bid, and shall at least show: ?? All parts of the valve with material standard and grade, MDS when specified

in the VDS and manufacturers part number. ?? All welds including hard facing and overlay with reference to applicable

welding procedure. ?? Overall dimensions. ?? Weight. ?? Manufacturers name and grade of soft material.

20.09.99 All valves with graphite stem packing, desity of graphite to be 1.3 to 1.7 g/cm3. 110 20.06.94 All valves exept check valves: The stem or other sliding elements and plugs shall have a hardness and sur face finish

in order to avoid galling. 112 20.06.94 Ball and gate valve: The following valves shall be equipped with a drain plug in bottom of the valve body:

· Floating ball valves > = 4" · Wedge gate valves > = 6" · Through conduit gate valves > = 2"

113 20.06.94 Ball valves > = 4": Valves shall have a stem lubrication fitting for lubrication of stem. 116 20.09.99 All Ball/Butterfly: Valve shall be inherently antistatic or fitted with an antistatic device. An internally

screwed stuffing box is not permitted. The gland packing and gland shall be compressed independently of the stem nut such that rotation of the stem shall not impart forces into the gland or gland packing.

20.09.99 All valves ENP is only accepted used on stainless steel substrates to reduce friction, in cases

were this problem can not be solved in an optimal manner by other solutions e.g.: material selection, hard facing or thermal spraying. ENP shall not be used in valves for sea water or other corrosive services.

15.12.97 All valves: In case where referenced end to end dimension is different to referenced design code,

the referenced end to end dimension shall be used.


Page: 785


Text ID DATE VSK. TEXTS 109 20.06.94 All valves: All components not specified in the VDS shall have equivalent to or better

corrosion resistance than the component they are coupled to. Asbestos containing material is not permitted.









110 20.06.94 All valves exept check valves: The stem or other sliding elements and plugs shall have a hardness and

surface finish in order to avoid galling. 116 20.09.99 All Ball/Butterfly: Valve shall be inherently antistatic or fitted with an antistatic device. An

internally screwed stuffing box is not permitted. The gland packing and gland shall be compressed independently of the stem nut such that rotation of the stem shall not impart forces into the gland or gland packing.

154 20.06.94 All butterfly valves:

All butterfly valves shall be suitable for throttling duties as well as for service in full open or closed positions.


Page: 786


Text ID DATE VSK. TEXTS 413 20.06.94 All > = 2": Handwheels on valves, including gear operators shall be permanently

marked "Open/Closed" with an arrow to indicate direction of rotation. The valves shall be fitted with a gearbox when the following breakaway forces are exceeded: Lever-operated: Max. force 350 N. Max. length of lever 600 mm. (Max. torque 270 Nm). Handwheel-operated: Max. single hand force 200 N. Max. diameter of handwheel 750 mm. (Max. torque 150 Nm).

Gearboxes shall be: · complete with handwheel and position indicator. · totally enclosed and weather-proof, packed with a suitable lubricant and be equipped with one or more easily accessible grease fittings permitting easy packing in situ, and lubrication of rotating shafts penetrating the gear-box. · equipped with adjustable open/close end-stops, where applicable.


418 20.06.94 All valves specified for actuator application: When the valve is specified for actuator application, the following shall

apply: a) The valve shall be supplied without wrench, handwheel or gearbox. The actuator is not part of this specification. b) Rising stem valves shall have plain stem without threads (depending on type of actuator). The valve stem shall be finished to suit actuator type and adaption. The adaption should conform to ISO 5211 or 5210 as relevant unless agreed differently with company. c) Acutator operated API 6D expanding gate valves which are used as double isolation valve shall have a mechanical locking device, for local release only, in order to lock the valve in closed position.


Page: 787


Text ID DATE VSK. TEXTS 109 20.06.94 All valves: All components not specified in the VDS shall have equivalent to or

better corrosion resistance than the component they ar coupled to. Asbestos containing material is not permitted.









110 20.06.94 All valves exept check valves: The stem or other sliding elements and plugs shall have a hardness and

surface finish in order to avoid galling. 112 20.06.94 Ball and gate valve: The following valves shall be equipped with a drain plug in bottom of

the valve body: · Floating ball valves > = 4" · Wedge gate valves > = 6" · Through conduit gate valves > = 2"

155 15.12.96 All valves > = 2":

If drilled and tapped body connections are made (drain, vent, test, conn. etc.) they shall be fitted with forged plugs of anti blow out design with hexagon heads. The plugs shall be made to ANSI B 16.14 using same basic material as the body. For austentic materials, the plugs shall be coated to prevent galling. For all carbon steel valves, the body plug shall be of duplex material type UNS S31803. Body tappings shall conform to ANSI B16.34 or as specified in the valve standard.


Page: 788


Text ID DATE VSK. TEXTS 101 20.06.94 Through conduit gate valves: Valves shall be suitable for installation in any position. (with the exception of stem

below horizontal). Bonnet shall be equipped with a grease fitting for lubrication to stem packing area. Seat skirt option (normally not specified for gass service): The valve shall have seat skirts enclosing the bore of the gate assembly when valve is in closed position. This is to minimuze ingress of grease which would enter the pipeline when opening the valve. In this case the valve shall be provided with 2 grease fittings in house for body filler, one fitting in top and one in bottom of house.

109 20.06.94 All valves: All components not specified in the VDS shall have equivalent to or better corrosion

resistance than the component they are coupled to. Asbestos containing material is not permitted.




20.09.99 Assembly drawing of the valve shall be supplied with the bid, and shall at least show: ?? All parts of the valve with material standard and grade, MDS when specified in

the VDS and manufacturers part number. ?? All welds including hard facing and overlay with reference to applicable


20.09.99 All valves with graphite stem packing, desity of graphite to be 1.3 to 1.7 g/cm3. 110 20.06.94 All valves exept check valves: The stem or other sliding elements and plugs shall have a hardness and surface finish in

order to avoid galling. 112 20.06.94 Ball and gate valve: The following valves shall be equipped with a drain plug in bottom of the valve body:

· Floating ball valves > = 4" · Wedge gate valves > = 6" · Through conduit gate valves > = 2"

155 25.11.94 All valves > = 2": If drilled an tapped body connections are made (drain, vent, test conn. etc.) they shall

be fitted with forged plugs of anti blow out design with hexagon heads. The plugs shall be made to ANSI B 16.14 using same basic material as the body. For austentic materials, the plugs shall be coated to prevent galling. For all carbon steel valves, the body plug shall be of duplex material type UNS S31803. Body tappings shall conform to ANSI B 16.34 or as specified in the valve standard.


Page: 789


Text ID DATE VSK. TEXTS 201 20.06.94 All API 6D and BS 5351 valves: · b) Air Seat Test shall be included.

· c) Backseat hydrostatic test shall be included for gate valves (excluding through conduit double expanding gate valves).

214 20.06.94 All valves: Pressure testing:

· The high pressure closure test shall be included for all valves. (According to API 598 unless equivalent test is included in the valve Code defined in the Valve Data Sheet). · The following valves shall have seat leakage measured through the body cavity: · Double seated trunnion mounted Ball and Gate of through-conduit design with expanding gate or floating seats. Each seat to be tested. The valve should be mounted to allow free release of any bubbles from the valve seat area and so that bubbles are readily observed.

216 20.06.94 For the pressure testing, for the following size ranges: 150 Ib > = 16", 300 Ib > = 14", 600 Ib > = 10", 900 Ib > = 8"

1500 Ib > = 6", 2500 Ib > = 4", higher rating, all: During seat leakage test, external forces that effect seat leakage shall not be applied to valve end.


Page: 790


Text ID DATE VSK. TEXTS

108 20.06.94 Trunnion mounted double seated ball valves:

The following valve sizes shall have grease fittings in the body for injection to the seat area:

· 6"-8": 1 fitting per seat. · > = 10": 2 fittings per seat. · The grease fittings shall either be of one piece double ball type or two piece double ball with block.

109 20.06.94 All valves: All components not specified in the VDS shall have equivalent to or

better corrosion resistance than the component they are coupled to. Asbestos containing material is not permitted.









20.09.99 For all valves with O-ring or lip-seal: Back-up rings for O-rings or lip-seals

When back-up rings are utilised due to design considerations the material shall be PEEK (polyetheretherketone) or PTFE (polytetrafluorethylene).

110 20.06.94 All valves exept check valves:

The stem or other sliding elements and plugs shall have a hardness and surface finish in order to avoid galling.


Page: 791

111 20.09.99 All valves of rating >= Class 600 for gas service applying elastomers:

Elastomer materials shall be able to resist rapid pressure reduction in gas service application. Supplier shall provide report verifying that all materials are suitable for gas application at the pressure rating listed in the VDS. Seal groove filling: In applications where rapid pressure reductions are likely to occur in gas containing systems, the degree of groove fill for O-rings and corresponding seal systems shall not be lower than 85% and not more than 90%.

112 20.06.94 Ball and gate valve: The following valves shall be equipped with a drain plug in bottom of the

valve body: · Floating ball valves > = 4" · Wedge gate valves > = 6" · Through conduit gate > = 2"

113 20.06.94 Ball valves >= 4":

Valves shall have a stem lubrication fitting for lubrication of stem. 116 20.09.99 All Ball/Butterfly: Valve shall have inherently antistatic or fitted with an antistatic device.

An internally screwed stuffing box is not permitted. The gland packing and gland shall be compressed independently of the stem nut such that rotation of the stem shall not impart forces into the gland or gland packing.

20.09.99 All valves ENP is only accepted used on stainless steel substrates to reduce friction,

in cases were this problem can not be solved in an optimal manner by other solutions e.g.: material selection, hard facing or thermal spraying. ENP shall not be used in valves for sea water or other corrosive services.

155 25.11.94 All valves > = 2": If drilled and tapped body connection are made (drain, vent, test conn.

etc.). they shall be fitted with forged plugs of anti blow out design with hexagon heads. The plugs shall be made to ANSI B 16.14 using same basic material as the body. For austentic materials, the plugs shall be coated to prevent galling. For all carbon steel valves, the body plug shall be of duplex material type UNS S31803. Body tappings shall conform to ANSI B 16.34 or as specified in the valve standard. In case where referenced end to end dimension is different to referenced design code, the referenced end to end dimension shall be used.

Page: 792


Text

ID DATE VSK. TEXTS

109 20.06.94 All valves:

All components not specified in the VDS shall have equivalent to or better corrosion resistance than the component they are coupled to. Asbestos containing material is not permitted.




20.09.99 Assembly drawing of the valve shall be supplied with the bid, and shall at least show: ?? All parts of the valve with material standard and grade, MDS when specified in

the VDS and manufacturers part number. ?? All welds including hard facing and overlay with reference to applicable



110 20.06.94 All valves exept check valves:

The stem or other sliding elements and plugs shall have a hardness and surface finish in order to avoid galling.

155 15.12.97 All valves > = 2":

If drilled and tapped body connections are made (drain, vent, test conn. etc.) they shall be fitted with forged plugs of anti blow out design with hexagon heads. The plugs shall be made to ANSI B 16.14 using same basic materials as the body. For austentic materials, the plugs shall be coated to prevent galling. For all carbon steel valves, the body plug shall be of duplex material type UNS S31803. Body tappings shall conform to ANSI B 16.34 or as specified in the valve standard.


Page: 793


Text ID DATE VSK. TEXTS 600 20.06.94 These valves have low temperature properties for services operating for a

limiting periode of time at the low temperature, e.g. blowdown. Continous cryogenic service would normally require valve with bonnet extension for stem sealing.

15.12.97 If temperature is between -47oC and -101oC for a limiting period of time, e.g. blowdown, the valves shall not be operated in this temperature range.


Page: 794


Text ID DATE VSK. TEXTS 214 20.06.94 All valves: Pressure testing:

· The high pressure closure test shall be included for all valves. (According to API 598 unless equivalent test in included in the valve Code defined in the Valve Data Sheet). · The following valves shall have seat leakage measured through the body cavity: · Double seated trunnion mounted Ball and Gate of through-conduit design with expanding gate or floating seats. Each seat to be tested. The valve should be mounted to allow free release of any bubbles from the valve seat area and so that bubbles are readily observed.

216 20.06.94 For the pressure testing, for the following size ranges: 150 Ib > = 16", 300 Ib > = 14", 600 Ib > = 10", 900 Ib > = 8"

1500 Ib > = 6", 2500 Ib > = 4", higher rating, all: During seat leakage test, external forces that effect seat leakage shall not be applied to valve end.

220 20.06.94 All valves with pup-pieces: Use of Pup-pieces may limit maximum test pressure. In this case test

pressure must be agreed with company.




Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP07 MATERIAL DATA SHEET

Document no. MATERIAL DATA SHEET Rev. Remarks

NHT-P54-07080 C01 02M NHT-P54-07081 C02 02M NHT-P54-07082 C11 02M NHT-P54-07083 C12 02M NHT-P54-07084 C21 02M NHT-P54-07085 C22 02M NHT-P54-07086 D41 02M NHT-P54-07087 D42 02M NHT-P54-07088 D43 02M NHT-P54-07089 D44 03M NHT-P54-07090 D45 02M NHT-P54-07091 D46 02M NHT-P54-07092 D47 02M NHT-P54-07099 P01 01M NHT-P54-07100 P11 02M NHT-P54-07101 P12 02M NHT-P54-07102 P13 02M NHT-P54-07103 P14 02M NHT-P54-07104 P21 02M NHT-P54-07105 P22 02M NHT-P54-07106 P23 02M NHT-P54-07107 R11 02M NHT-P54-07108 R12 02M NHT-P54-07109 R13 02M NHT-P54-07110 R14 02M NHT-P54-07111 R15 02M NHT-P54-07112 R16 02M NHT-P54-07113 R17 02M NHT-P54-07115 S01 02M NHT-P54-07116 S02 02M NHT-P54-07117 T01 02M NHT-P54-07118 T02 02M NHT-P54-07119 X01 01M NHT-P54-07120 X02 01M NHT-P54-07121 X03 01M NHT-P54-07125 X06 01M NHT-P54-07124 X91 01M

Page: 795

Page: 796

NORSOK Standard Hydro ref doc.no.: NHT-P54-07080 Rev.: 02M

MATERIAL DATA SHEET MDS C01 Rev. 3

TYPE OF MATERIAL: Carbon Steel Type 235 Page 1 of 1

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ.

Wrought fittings Welded pipes Seamless pipes Forgings Plates

ASTM A 234 API 5L ASTM A 672 ASTM A 106 ASTM A 105 ASTM A 516

WPB B CC60, CC70 B - 60, 70

- PSL 1 t < 19 mm: Class 12 t > 19 mm: Class 22 - - -

S3 - A 20 S20 A 20 S20 S5 S4 A 20 S20

1. SCOPE This MDS specifies the selected options in the referred standard and additional requirements which shall be added or supersede the corresponding requirements in the referred standard.

2. MANUFACTURING PROCESS Welded pipes to API 5L: Pipes shall be made by the sub-merged arc welding process

adding filler material. Electric resistance welded pipes are not acceptable.

All welded products: Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.

3. HEAT TREATMENT Welded pipes to API 5L: Stress relieving when the nominal thickness t ≥ 19 mm. 4. CHEMICAL

COMPOSITION C ≤ 0.20 %; Si ≥ 0.10 %; Mn = 0.50 - 1.35%; S ≤ 0.025 %; P ≤ 0.030 %; CE(IIW) = C + Mn/6 + (Cr+Mo+V)/5 + (Cu+Ni)/15 ≤ 0.43.

5. MECHANICAL PROPERTIES

Welded pipes to API 5L: A5 > 22% (long.), 16% (transv.) Seamless pipes to A 106: A5(Transverse) >14 %.

6. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual component.

7. NON DESTRUCTIVE TESTING

Pipes to API 5L: RT of weld seam or RT at ends and US/Eddy Current of the remaining weld.

Fittings to A 234: UT is not acceptable as replacement of RT. All products: NDT operator qualification shall be approved by a 3rd party organization

recognized by an EC member state.

8. REPAIR OF DEFECTS Weld repair of base material is not acceptable.

9. CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN 10204 Type 3.1B provided the manufacturer has a quality assurance system certified by a competent body established within the EC, and having undergone a specific assessment for materials.

Page: 797



TYPE OF MATERIAL: Carbon Steel Type 235 Page 1 of 1


Castings ASTM A 216 WCB - S4, S5


2. CHEMICAL COMPOSITION

C ≤ 0.20 % and CE(IIW) = C + Mn/6 + (Cr+Mo+V)/5 + (Cu+Ni)/15 ≤ 0.43 for castings with butt weld ends.

3. EXTENT OF TESTING One set of tensile test is required for each melt and heat treatment load.

4. TEST SAMPLING Samples for mechanical testing shall realistically reflect the properties in the actual components. For castings with weight 250 kg and above the test blocks shall be integrally cast with the casting. The test blocks shall be heat treated together with the castings they represents.


Magnetic particle testing: Supplementary requirement S4 shall apply to all surfaces (including internal surfaces) of all castings. The examination shall be carried out after final machining. The acceptance criterias shall be ASME VIII, Div.1, Appendix 7. Radiographic testing: Supplementary requirement S5 shall apply to:

- Critical areas as per ANSI B16.34 of the pilot cast of each pattern - All butt weld ends of each casting. - Class 1500 psi and above; all critical areas according to ANSI B16.34 of each

casting. - The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7.

NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state..

6. REPAIR OF DEFECTS Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.


Page: 798



TYPE OF MATERIAL: Carbon Steel Type 235LT Page 1 of 2

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings Welded pipes Seamless pipes Forgings Plates

ASTM A 420 ASTM A 671 ASTM A 333 ASTM A 350 ASTM A 516

WPL 6 CC60, CC70 6 LF2 60, 70

- t ≤ 19 mm: Class 12 t > 19 mm: Class 22 - Class 1 -

S51, S53, S69 S2, S7 S2, S7 - S6, S55 S5


2. MANUFACTURING PROCESS

All welded products: Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.


C ≤ 0.20 %; Mn = 0.50 - 1.55 %; S ≤ 0.025 %; P ≤ 0.030 %; CE(IIW long formula) = C + Mn/6 + (Cr+Mo+V)/5 + (Cu+Ni)/15 ≤ 0.43. Seamless pipes to A 333: Cr ≤ 0.40, Ni ≤ 0.40, Mo ≤ 0.15, Cu ≤ 0.40, Nb ≤ 0.010 V ≤ 0.08

4. IMPACT TESTING Charpy V-notch testing at - 46°C is required for the thickness > 6 mm. For flanges apply the thickness at the weld neck. The minimum absorbed energy for full size specimens shall be 27 J average and 20 J single. Reduction factors for sub-size specimens shall be: 7.5mm - 5/6 and 5 mm - 2/3.

5. EXTENT OF TESTING Fittings to A 420: Supplementary requirement ASTM A 960, S51 shall apply. Impact testing shall be carried out to the same extent as tensile testing. Pipes to A 671: Supplementary requirement S2 shall apply to the same extent as for tensile testing. Forgings to A 350: One set of tensile and impact testing shall be carried out for each heat and heat treatment load. A test lot shall not exceed 2000 kg for forgings with as forged weight ≤ 50 kg, and 5000 kg for forgings with as forged weight > 50 kg.

6. TEST SAMPLING All products: Samples for production testing shall realistically reflect the properties in the actual component.

Forgings to A350: Sketches shall be established showing type, size and location of test samples and extraction of test specimens.

Page: 799




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings Welded pipes Seamless pipes Forgings Plates

ASTM A 420 ASTM A 671 ASTM A 333 ASTM A 350 ASTM A 516

WPL 6 CC60, CC70 6 LF2 70

- t ≤ 19 mm: Class 12 t > 19 mm: Class 22 - Class 1

S51, S53, S69 S2, S7 S2, S7 - S6, S55 S5,


Fittings to A 420: Ultrasonic testing is not acceptable as replacement of radiographic testing.

Supplementary requirement ASTM A 960, S53 and S69, magnetic particle testing, shall apply to 10 % of all fittings (same test lot as defined for mechanical testing) for nominal thickness < 12.7 mm and 100 % of all fittings for nominal thickness ≥ 12.7 mm. The testing shall be carried out after calibration. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 6.

Forgings to A 350: Supplementary Requirement ASTM A 961, S55, magnetic particle testing

shall apply to 10 % of all forgings (same test lot as defined for mechanical testing) with NPS > 2. The testing shall be carried out after final machining. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 6.

All products: NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state


9. MARKING Heat treatment load number shall be permanently marked on the component where testing is required per heat treatment load.

10. CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN 10204 Type 3.1B provided the manufacturer has a quality assurance system certified by a competent body established within the EC, and having undergone a specific assessment for materials. Heat treatment temperature, soaking time and cooling medium should be stated in the certificate.

Page: 800



TYPE OF MATERIAL: Carbon Steel Type 235LT Page 1 of 1 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Castings ASTM A 352 LCC - S4, S5



C ≤ 0.22 %; S ≤ 0.025 %; P ≤ 0.030 %; CE = C + Mn/6 + (Cr+Mo+V)/5 + (Cu+Ni)/15 ≤ 0.43

3. IMPACT TESTING The minimum absorbed energy for full size specimens shall be 27 J average and 20 J single.

4. EXTENT OF TESTING One set of tensile and impact test is required for each melt and heat treatment load. A test lot shall not exceed 5 000 kg.

5. TEST SAMPLING Samples for mechanical testing shall realistically reflect the properties in the actual components. Thickness of the test block shall be equal to the thickness of the actual components as heat treated up to a maximum thickness of 100 mm. For flanged components the largest flange thickness apply. Test specimens shall be cut from the 1/4 T location from the surface where T is the thickness of the test block. Test block shall be integrally cast or gated onto the castings and shall not be removed from the castings until after the final quality heat treatment.


Magnetic Particle testing: Supplementary requirement S4 shall apply to all surfaces (including internal surfaces) of all castings. The testing shall be carried out after final machining. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7. Radiographic testing: Supplementary requirement S5 shall apply to:

- Critical areas as per ANSI B16.34 of the pilot cast of each pattern. - All butt weld ends of each casting. - Class 1500 psi and above; all critical areas to ANSI B16.34 of each casting. - The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7.

NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state.

7. REPAIR OF DEFECTS A cast plate shall be used in the qualification of the repair welding procedure. Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.

8. MARKING The component shall be marked to ensure full traceability to melt and heat treatment lot.

9. CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN 10204 Type 3.1B provided the manufacturer has a quality assurance system certified by a competent body established within the EC, and having undergone a specific assessment for materials. Heat treatment temperature, soaking time and cooling medium shall be stated in the certificate.

Page: 801




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings Forgings

ASTM A 860 ASTM A 694

WPHY 52 F52

Seamless and welded



C ≤ 0.20 %; Mn = 0.90 - 1.60 %; Si= 0.10-0.50 %; S ≤ 0.025 %; P ≤ 0.035 %; Ti ≤0.05 %; Nb ≤ 0.04 %; Al ≤ 0.06 %; N ≤ 0.015 %; V+Nb+Ti ≤ 0.10 %; V+Nb ≤ 0.07. CE = C + Mn/6 + (Cr+Mo+V)/5 + (Cu+Ni)/15 ≤ 0.43.

3. IMPACT TESTING Charpy V-notch testing according to ASTM A 370 at - 46 °C is required for the thickness ≥ 6 mm. The minimum absorbed energy for full size specimen shall be 40 J average and 30 J single. Reduction factors for sub-size specimens shall be: 7.5 mm - 5/6 and 5 mm - 2/3.

4. EXTENT OF TESTING Forgings: One set of tensile and impact testing shall be carried out for each heat and heat treatment load. The testing shall be carried out on the component with heaviest wall thickness within the load. A test lot shall not exceed 2000 kg for forgings with as forged weight ≤ 50 kg, and 5000 kg for forgings with as forged weight > 50 kg.


Forgings: Test samples shall be from prolongations on actual components. Sacrificial forgings shall be used for die-forged components. However, special agreements may be made for die-forged components with as forged weight exceeding 50 kg. Test location and orientation shall be: For forgings having maximum section thickness, T ≤ 50 mm, the test

specimens shall be taken at mid thickness and its mid length shall be at least 50 mm from any second surface.

For forgings having maximum section thickness, T > 50 mm, the test specimen shall be taken at least ¼ T from the nearest surface and at least T or 100 mm, whichever is less, from any second surface.

Sketches shall be established showing type, size and location of test samples and extraction of test specimens.

6. WELDING Fittings to A 860: Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State. The WPQ shall be qualified in accordance with ASME IX or EN 288-3.


All products: The acceptance criteria shall be to ASME VIII Div. 1, Appendix 6. NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state.

Fittings to A 860: Supplementary requirement S4, magnetic particle testing, shall apply to 10 % of all fittings (same test lot as defined for mechanical testing) for nominal thickness < 12.7 mm and 100 % of all fittings for nominal thickness ≥ 12.7 mm. The testing shall be carried out after calibration.

Forgings to A 694: 10 % of all forgings with NPS > 2 (same test lot as defined for mechanical testing) shall be magnetic particle testing according to ASME V Article 7. The testing shall be carried out after final machining.

Page: 802



TYPE OF MATERIAL: Carbon Steel Type 360LT Page 2 of 2 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings Forgings

ASTM A 860 ASTM A 694

WPHY 52 F52

Seamless and welded




Page: 803




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Seamless pipes API 5L X52 PSL 2 SR17, SR18


2. STEEL MAKING Fine grain treatment shall be carried out.

3. HEAT TREATMENT Normalised or Quenched and Tempered.


C ≤ 0.16 %; Mn = 0.90 - 1.60 %; Si= 0.10-0.50 %; Ti ≤ 0.05 %; Nb ≤ 0.04 %; Al ≤ 0.06 %; N ≤ 0.015 %; V+Nb+Ti ≤ 0.10 %; V+Nb ≤ 0.07 %; CE(IIW) = C + Mn/6 + (Cr+Mo+V)/5 + (Cu+Ni)/15 ≤ 0.43.

5. TENSILE TESTING A5 > 22% (long.), 16% (transv.)

6. IMPACT TESTING Charpy V-notch testing according to ASTM A 370 at - 46 °C is required for the thickness ≥ 6 mm. The minimum absorbed energy for full size specimens shall be 40 J average and 30 J single. Reduction factors for sub-size specimens shall be: 7.5 mm - 5/6 and 5 mm - 2/3.



Supplementary requirement SR 17 with notch calibration of 5 % of the nominal wall thickness shall apply for all thickness.

9. SURFACE FINISH The surface finish shall comply with ASTM A 106 para. 18.3.2.

10. REPAIR OF DEFECTS Weld repair is not acceptable.


Page: 804


MATERIAL DATA SHEET MDS D41 Rev. 3

TYPE OF MATERIAL: Ferritic/Austenitic Stainless Steel, Type 22Cr duplex Page 1 of 1 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Seamless pipes ASTM A 790 UNS S 31803

UNS S 32205 - -


2. QUALIFICATION Manufacturers of product to this MDS shall comply with the requirement of NORSOK Standard M-650.

3. STEEL MAKING The steel melt shall be refined with AOD or equivalent.


N = 0.14 - 0.20 %

5. HARDNESS The hardness shall be maximum 28 HRC or alternatively 271 HB or 290 HV10.

6. IMPACT TESTING Charpy V-notch testing (3 specimens) according to ASTM A 370 at - 46 °C is required for the thickness ≥ 6 mm. The minimum absorbed energy shall be 45 J average / 35 J single. Reduction factors for sub-size specimens shall be: 7.5 mm - 5/6 and 5 mm - 2/3.

7. MICROGRAPHIC EXAMINATION

The micrographic examination shall cover the near surfaces and mid-thickness region of the pipe. The ferrite content shall be determined according to ASTM E 562 or equivalent and shall be within 35-55 %. The microstructure, as examined at 400 X magnification on a suitably etched specimen, shall be free from intermetallic phases and precipitates.

8. EXTENT OF TESTING Charpy V-notch impact, microstructure, hardness and tensile testing shall be carried out for each lot as defined in the referred standard. For batch furnace charges the specified tests shall be carried out for each heat treatment charge.

9. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual components.

10. SURFACE FINISH White pickled.



13 CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN 10204 Type 3.1B provided the manufacturer has a quality assurance system certified by a competent body established within the EC, and having undergone a specific assessment for materials. Heat treatment temperature, soaking time and cooling medium should be stated in the certificate.

Page: 805



TYPE OF MATERIAL: Ferritic/Austenitic Stainless Steel, Type 22Cr duplex Page 1 of 2

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Welded pipes ASTM A 928 UNS S31803

UNS S 32205 Class 1, 3 and 5 S3


2. QUALIFICATION Manufacturers of product to this MDS shall comply with the requirement of NORSOK standard M-650.

3. STEEL MAKING The steel melt shall be refined with AOD or equivalent. 4. MANUFACTURING

PROCESS Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.

4. HEAT TREATMENT The pipes shall be solution annealed followed by water quenching. 5. CHEMICAL

COMPOSITION N = 0.14 - 0.20 %

6. TENSILE TESTING Base material properties: Rp0.2 ≥ 450 MPa; Rm ≥ 620 MPa; A5 ≥ 25 %. 7. HARDNESS The hardness shall be maximum 28 HRC or alternatively 271 HB or 290 HV10 for base

material, HAZ and weld metal. 8. IMPACT TESTING Charpy V-notch testing according to ASTM A 370 at - 46 °C is required for the thickness ≥ 6

mm. The minimum absorbed energy shall be 45 J average and 35 J single. Two sets, each 3 specimen, shall be carried out with notch located in weld metal and fusion line, respectively. Reduction factors for sub-size specimens shall be: 7.5 mm - 5/6 and 5 mm - 2/3.


The micrographic examination shall cover the near surfaces and mid-thickness region of the pipe including the weld zone. The ferrite content shall be determined according to ASTM E 562 or equivalent and shall be within 35-55 % for base material and 35-65 % for weld metal. The microstructure, as examined at 400 X magnification on a suitably etched specimen, shall be free from intermetallic phases and precipitates.

10. EXTENT OF TESTING Tensile test, impact test, hardness test and microstructure examination shall be carried out for each lot. The lot is defined as follows: - For batch furnace a lot is defined as maximum 60 m of pipe of the same heat, size and heat

treatment charge. - For continuous heat treatment furnace the lot definition in para 8.1 of the ASTM standard

apply 11. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual

components. 12. WELDING The PQR/WPAR shall be qualified in accordance with ASME IX or EN 288-3 and shall

include the same examinations as for the production testing. The qualification shall be carried out on the same material grade (UNS number) as used in production. Change of specific make (brand name) of welding consumables requires requalification.

13. TOLERANCES The pipes shall have a max. undertolerance of 0.3 mm for pipe with nominal OD ≥ 8”.

Page: 806


MATERIAL DATA SHEET MDS - D42 Rev. 3

TYPE OF MATERIAL: Ferritic/Austenitic Stainless Steel, Type 22Cr duplex Page 2 of 2

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Welded pipes ASTM A 928 UNS S31803

UNS S 32205 Class 1, 3 and 5 S3


Eddy current testing according to ASTM A 450 is acceptable as replacement for spot radiography for wall thickness less than 4.0 mm.

Supplementary requirement S3, penetrant testing, according to ASME V Article 6 shall apply to the weld area of 10 % of the pipes (same test lot as defined for mechanical testing) delivered. The testing shall be carried out after calibration and pickling. Acceptance criteria shall be to ASME VIII, Div. 1 Appendix 8.


15. SURFACE FINISH White pickled. 16. REPAIR OF DEFECTS Weld repair of base material is not acceptable. For repair of welds the same requirements to

PQR/WPAR shall apply as for production welding. 17. MARKING The componenet shall be marked to ensure full traceability to melt and heat treatment lot. 18. CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN

10204 Type 3.1B provided the manufacturer has a quality assurance system certified by a competent body established within the EC, and having undergone a specific assessment for materials.

Heat treatment temperature, soaking time and cooling medium should be stated in the certificate.

Page: 807



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 1 of 2 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings ASTM A 815 UNS S 31803

UNS S 32205 WP-W, WP-S or WP-WX S7




4. HEAT TREATMENT The fittings shall be solution annealed followed by water quenching.

5.CHEMICAL COMPOSITION

N = 0.14 - 0.20 %

6. HARDNESS The hardness shall be maximum 28 HRC or alternatively 271 HB or 290 HV10 for base material, HAZ and weld metal.

7. IMPACT TESTING Charpy V-notch testing according to ASTM A 370 at - 46 °C is required for the thickness ≥ 6 mm. The minimum absorbed energy shall be 45 J average and 35 J single. Reduction factors for sub-size specimens shall be: 7.5 mm - 5/6 and 5 mm - 2/3. The notch location and number of specimen shall be: Seamless fittings: One set, 3 specimens. Welded fittings: Two sets, each 3 specimen, located in weld metal and fusion line.


The micrographic examination shall cover the near surfaces and mid-thickness region of the fittings including the weld zone. The ferrite content shall be determined according to ASTM E 562 or equivalent and shall be within 35 - 55 % for base material and 35-65 % for weld metal. The microstructure, as examined at 400 X magnification on a suitably etched specimen, shall be free from intermetallic phases and precipitates.

9. EXTENT OF TESTING Tensile test, impact test hardness test and microstructure examination shall be carried out for each heat, heat treatment load within a wall thickness range of 5 mm and welded with the same WPS.

10. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual components. Test sampling shall be made from an actual fitting or from a prolongation thereof.

11. WELDING The PQR/WPAR shall be qualified in accordance with ASME IX or EN 288-3 and shall include the same examinations as for the production testing. The qualification shall be carried out on the same material grade (UNS number) as used in production. Change of specific make of welding consumables requires requalification. Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State


Supplementary requirement S7, liquid penetrant testing, shall apply to 10 % of seamless (from the test lot as defined above) and 100 % of welded fittings above NPS 2. The testing shall be carried out after calibration and pickling. For welded fittings the testing shall cover the weld only. The acceptance criteria shall be ASME VIII, Div. 1, Appendix 8. NDT operator qualification shall be approved by a 3rd party organization recognized by a EC member state.

Page: 808



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 2 of 2 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings ASTM A 815 UNS S31803

UNS S 32205 WP-W, WP-S or WP-WX S7

13. SURFACE FINISH White pickled. Machined surfaces do not require pickling.

14. REPAIR OF DEFECTS Weld repair of base material is not acceptable. For repair of welds the same requirements to PQR/WPAR shall apply as for production welding.



Page: 809



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 1 of 2 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Forgings ASTM A 182 F51, F60 - S56

1. SCOPE This MDS specifies the selected options in the referred standard and additional requirements which shall be added or supersede the corresponding requirements in the referred standard. This MDS is intended for forgings with maximum section thickness of 300 mm. For larger thickness special agreements shall be made in each case.




The Hot Isostatic Pressed (HIP) process is an acceptable alternative to forging.

5. HEAT TREATMENT The forgings shall be solution annealed followed by water quenching.


N = 0.14 - 0.20 %

7. HARDNESS The hardness shall be maximum 28 HRC (or alternatively 271 HB or 290 HV10).

8. IMPACT TESTING Charpy V-notch testing according to ASTM A 370 at - 46 °C is required for the thickness ≥ 6 mm (thickness at the weld neck). The minimum absorbed energy shall satisfy 45 J average and 35 J single. Reduction factors for subsize specimens shall be: 7.5 mm - 5/6 and 5 mm - 2/3.


The micrographic examination shall be carried out at the same area as location of specimens for mechanical. The area shall be minimum 10 x 10 mm. The ferrite content shall be determined according to ASTM E 562 or equivalent and shall be within 35 - 55 %. The microstructure, as examined at 400 X magnification on a suitably etched specimen, shall be free from intermetallic phases and precipitates.

10. EXTENT OF TESTING One set of impact test, tensile test, hardness test and microstructure examination shall be carried out for each heat and heat treatment load. The testing shall be carried out on the component with heaviest wall thickness within the load. A test lot shall not exceed 2000 kg for forgings with as forged weight ≤ 50 kg, and 5000 kg for forgings with as forged weight > 50 kg.

Page: 810



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 2 of 2 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Forgings ASTM A 182 F51, F60 - S56

11. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual components. Test samples shall be from prolongations on actual component. Sacrificial forgings shall be used for die-forged components. However, special agreements may be made for die-forged components with as forged weight exceeding 50 kg. Integrated test blocks shall be used for HIP. Test location and orientation shall be:

For forgings having maximum section thickness, T ≤ 50 mm, the test specimens shall be taken at mid thickness and its mid length shall be at least 50 mm from any second surface.




Supplementary requirement ASTM A 961 S56, penetrant testing, shall apply to 10 % of forgings (from the lot as defined for mechanical testing) above NPS 2. The testing shall be carried out after final machining. Non-machined surfaces shall be pickled prior to the testing. The acceptance criteria shall be ASME VIII, Div. 1, Appendix 8. NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state.

13. SURFACE FINISH Finished products shall be white pickled. Machined surfaces do not require pickling.




Page: 811



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 1 of 1 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Plates ASTM A 240 UNS S 31803

UNS S 32205 - -




4. HEAT TREATMENT The plates shall be solution annealed followed by water quenching.


N = 0.14 - 0.20 %


7. IMPACT TESTING Charpy V-notch testing according to ASTM A 370 at - 46 °C is required for the thickness ≥ 6 mm. The minimum absorbed energy shall satisfy 45 J average and 35 J single. Reduction factors for sub-size specimens shall be: 7.5 mm - 5/6 and 5 mm - 2/3.


The micrographic examination shall cover the near surface and mid-thickness region. The ferrite content shall be determined according to ASTM E 562 or equivalent and shall be within 35 -55 %. The microstructure, as examined at 400 X magnification on a suitably etched specimen, shall be free from intermetallic phases and precipitates.

9. EXTENT OF TESTING Impact test, tensile test, hardness test and micrographic examination shall be carried out for each heat, size and heat treatment load.






Page: 812



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 1 of 2

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Castings ASTM A 995 4A (UNS J92205) - S5, S6, S20


2. QUALIFICATION Manufacturers of product to this MDS shall comply with the requirement of NORSOK standard M-650.

3. STEEL MAKING The steel melt shall be with AOD or equivalent refining. 4. HEAT TREATMENT The castings shall be solution annealed followed by water quenching. 5. CHEMICAL

COMPOSITION N = 0.14 - 0.20 %


7. IMPACT TESTING Charpy V-notch testing is required according to ASTM A 370 at - 46 °C. The minimum absorbed energy shall satisfy 45 J average and 35 J single.


The micrographic examination shall be carried out at the same area as location of specimens for mechanical testing. The area shall be minimum 10 x 10 mm. The ferrite content shall be determined according to ASTM E 562 or equivalent and shall be within 35 - 55 %. The microstructure, as examined at 200 X magnification on a suitably etched specimen, shall be free from intermetallic phases and precipitates.

9. EXTENT OF TESTING A full set of tensile, impact, hardness tests and microstructure examinations shall be made for each heat and heat treatment load. A test lot shall not exceed 5 000 kg.

10. TEST SAMPLING Samples for mechanical testing shall realistically reflect the properties in the actual components. Thickness of the test block shall be equal to the thickness of the actual components up to a maximum thickness of 100 mm. For flanged components the largest flange thickness shall apply. Test specimens shall be cut from the1/4 T location from the surface where T is the thickness of the test block.

Test block shall be integrally cast or gated onto the castings and shall not be removed from the castings until after the final quality heat treatment.


Liquid penetrant testing: Supplementary requirement S6 shall apply to all surfaces (including internal surfaces) of all castings. The examination shall be carried out after final machining. Non-machined surfaces shall be pickled prior to the testing. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7.

Radiographic testing: Supplementary requirement S5 shall apply to:

- Critical areas as per ANSI B16.34 of the pilot cast of each pattern.

- All butt weld ends of each casting

- Class 1500 psi and above; all critical areas to ANSI B16.34 of each casting.

The acceptance criteria shall be to ASME VIII, Div. 1 Appendix 7.

NDT operator qualification shall be approved by a 3rd organization recognized by an EC member state.

Page: 813



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 2 of 2

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Castings ASTM A 995 4A (UNS J92205) - S5, S6, S8, S20

12. SURFACE FINISH White pickled. Machined surfaces do not require pickling. 13. REPAIR OF DEFECTS Supplementary requirement ASTM A 703 S20 shall apply.

The repair welding procedure qualification shall include the following: - Qualified on a cast plate of the same grade (UNS-number) which shall be welded - Change of specific make of filler metal (brand name) requires re-qualification - Examination of microstructure of base material and weld zone. The ferrite content

shall be 35-55 % for the base material and 35-65 % for the weld metal. - Charpy V-notch testing as specified above, with two sets each 3 specimens, with - notch located in weld metal and fusion line, respectively.

Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.

14. MARKING The component shall be marked to ensure full traceability to melt and heat treatment lot. 15. CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN



Page: 814



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 1 of 2 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Bars ASTM A 276 UNS S 31803

UNS S 32205 - -

1. SCOPE This MDS specifies the selected options in the referred standard and additional requirements which shall be added or supersede the corresponding requirements in the referred standard. This MDS is intended for bars with maximum section thickness of 300 mm. For larger thickness special agreements shall be made in each case.



4. HEAT TREATMENT The bars shall be solution annealed followed by water quenching. The solution annealing temperature shall be as defined in ASTM A 182 for the actual grade/UNS number.


N = 0.14 - 0.20 %


7. IMPACT TESTING Charpy V-notch testing is required according to ASTM A 370 at - 46 °C. The minimum absorbed energy shall satisfy 45 J average and 35 J single.


The micrographic examination shall be carried out at the same area as location of specimens for mechanical testing. The area shall be minimum 10 x 10 mm. The ferrite content shall be determined according to ASTM E 562 or equivalent and shall be within 35 - 55 %. The microstructure, as examined at 400 X magnification on a suitably etched specimen, shall be free from intermetallic phases and precipitates.

9. EXTENT OF TESTING One set of impact test, tensile test, hardness test and microstructure examination shall be carried out for each heat and heat treatment load.

10. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual components. Test location and orientation shall be:

For bars having maximum section thickness, T ≤ 50 mm, the test specimens shall be taken at mid thickness and its mid length shall be at least 50 mm from any second surface.

For bars having maximum section thickness, T > 50 mm, the test specimen shall be taken at least ¼ T from the nearest surface and at least T or 100 mm, whichever is less, from any second surface.

The testing shall be carried out in longitudinal direction. For thickness exceeding 160 mm, the testing shall be carried out both in longitudinal and transverse (tangential) direction. All testing in longitudinal direction shall meet specified requirements (ASTM A 276 and this MDS). For testing in transverse (tangential) direction elongation shall be minimum 20 % and the minimum Charpy V-notch absorbed energy shall satisfy 27 J average and 20 J single.

Page: 815



TYPE OF MATERIAL: Ferritic / Austenitic Stainless Steel, Type 22Cr duplex Page 2 of 2 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Bars ASTM A 276 UNS S 31803

UNS S 32205 - -

11. SURFACE FINISH Finished products shall be white pickled. Machined surfaces do not require pickling.




Page: 816


MATERIAL DATA SHEET MDS - P01 Rev.

TYPE OF MATERIAL: Glassfibre Reinforced Plastics (GRP) Page 1 of 4

PRODUCT STANDARD

Pipes, Fittings, Flanges,Adhesive and pre-fabricatedspools

UKOOA: Specification and Recommended Practice for the Use of GRP PipingOffshore.

(UKOOA: United Kingdom Offshore Operators Association)

1. SCOPE This MDS specifies the selected options in the referred standard and additionalrequirements which shall be added or supersede the corresponding requirements inthe referred standard.


Pipes and fittings shall be made by filament winding or equivalent methods.

3. RESIN/HARDENER TYPE Preferred resins are bisphenol A epoxies with aromatic or cycloaliphatic curingagents or vinylester.

4. INNER LINER The internal lining when transporting non-aggressive fluids such as water, shall be aresin rich layer of min. 0,5 mm with C-glass or synthetic veil reinforcement.

For transporting concentrated sulphuric acid and hypochlorite, an internal liner ofPVC of min. 3 mm should be used. Application of PVC liner shall be according tothe German standard KRV A984/82-02. C-glass or ECR-glass reinforcement shouldbe used in the structural part of the pipe wall. (KRV: Kunststoff Rohrverband).

For other agressive fluids such as acids, the internal lining shall be a resin rich layerof min. 3,0 mm with C-glass or syntetic veil reinforcement. C-glass or ECR-glassreinforcement should be used in the structural part of the pipe wall.

5. QUALIFICATION TESTING Qualification testing shall be performed according to UKOOA document, Part 2,chapter 2 with the following additional requirements:

Pressure rating, (Section 2.1.2 or 2.1.3): Minimum requirements are that onerepresentative diameter of pipe, fittings and joints shall be qualified according tooption 1. For qualification option 3 the factor f1 = 0,85 shall be moved to thenumerator.

The qualification of flanges shall in addition to the UKOOA document comply withASTM D 4024, clauses 6, 7, 8 and 11 with the additional requirements below.

The pressure rating of the flanges multiplied by 4 shall be above the 97.5 %confidence limit obtained from the Short-Term Rupture Strength test.

The test assembly for the maximum bolt torque test shall be fitted together usinggasket and steel flange intended to be used during fabrication and installation.

No visual damage is allowed for the sealing test and the bolt torque test accordingto table 4.3.5 in UKOOA document.

Service Conditions Exceeding "Standard Conditions",(A new section 2.1.1.5 after

section 2.1.1.4, Standard Service Conditions): For design life exceeding 20 years, thefollowing shall apply:

Page: 817


MATERIAL DATA SHEET MDS P11 Rev. 2

TYPE OF MATERIAL: Hydrogenated Nitrile (HNBR) Page 1 of 1 PRODUCT O-ring TEMPERATURE

RANGE - 46oC to + 150oC. Only short time exposure below - 20oC is acceptable.

1. SCOPE This MDS specifies the technical requirements for the HNBR O-ring material. 2. PURCHASE

INFORMATION The purchase order shall contain the following information: Product form, dimensions, tolerances and / or referenced drawing(s) and grade designation.


36 – 40% acrylonitrile content (ACN)

4. QUALIFICATION TEST REQUIREMENTS

The material shall be rapid pressure reduction resistant (ED resistant) and satisfy the following minimum requirements. The qualification shall be repeated if there are changes in the production route, manufacturing procedures, specified composition or properties of the product which exceeds the limits defined from qualification testing (each manufacturer and seal type shall be qualified): ED-test Qualification test requirements: O-ring cross section diameter 5.33 mm, 20% compression, text fixture, 70 – 85% groove fill, test medium 3% CO2 in Methane, test temperature 100 oC, 72 hours initial soak at full pressure, followed by 5 cycles of:

• 200 bar (24h) • Depressurisation: 20-40 bar/min. • 1 hour rest time • Re-pressurisation • Leakage test

No leakage shall occur in a leakage test at room temperature and service pressure following the 5 decompression cycles. Further, no cracks shall be longer than 80 % of the sample thickness, based on dissection, after the leakage test. Mechanical properties • Hardness ASTM D 2240 90 ± 5 Shore A • Tensile strength ASTM D 412/1414 min. 20 MPa • Elongation at break ASTM D 412/1414 min. 100% • Compression set ASTM D 395 max. 25% (after 24 hours at 150oC)

Physical properties • Specific gravity ASTM D 792 1.2 – 1.3 g/cm3

5. DIMENSIONS According to BS 4518. 6. PRODUCTION TEST

REQUIREMENTS The below properties shall be documented by testing for each production batch and satisfy the requirements listed above. • Specific gravity (ASTM D 792) • Hardness (ASTM D 2240) • Tensile and elongation properties (ASTM D 412/1414)

7. MARKING & PACKAGING

Seals shall be supplied in sealed airtight bags. Markings on the bags shall clearly indicate batch number, and such markings shall ensure traceability through the producers QC system to raw materials, formulation and manufacturing details. In addition, the bags shall be marked with an expected shelf life assuming storage at room temperature and without direct exposure to sunlight.

8. CERTIFICATION Inspection certificate to EN 10204 Type 3.1B shall contain ID No. and all test results.

Page: 818



TYPE OF MATERIAL: Fluorocarbon terpolymer (FKM) Page 1 of 1 PRODUCT O-ring TEMPERATURE


1. SCOPE This MDS specifies the technical requirements for the FKM O-ring material. 2. PURCHASE



Vinylidene fluoride (VF2), hexafluoropropylene (HFP), and tetrafluoroethylene (TFE) with necessary fillers, stabilisers, cross-link agents.


The material shall be rapid pressure reduction resistant (ED resistant) and satisfy the following minimum requirements. The qualification shall be repeated if there are changes in the production route, manufacturing procedures, specified composition or properties of the product which exceeds the limits defined from qualification testing (each manufacturer and seal type shall be qualified): ED-test Qualification test requirements: O-ring cross section diameter 5.33 mm, 20% compression, text fixture, 70 – 85% groove fill, test medium 3% CO2 in Methane, test temperature 100oC, 72 hours initial soak at full pressure, followed by 5 cycles of:


No leakage shall occur in a leakage test at room temperature and service pressure following the 5 decompression cycles. Further, no cracks shall be longer than 80 % of the sample thickness, based on dissection, after the leakage test. Mechanical properties • Hardness ASTM D 2240 90 ± 5 Shore A • Tensile strength ASTM D 412/1414 min. 11 MPa • Elongation at break ASTM D 412/1414 min. 90% • Compression set ASTM D 395 max. 40% (after 24 hours at 150oC)







Page: 819



TYPE OF MATERIAL: Fluorocarbon low T terpolymer (FKM GLT) Page 1 of 1 PRODUCT O-ring TEMPERATURE


1. SCOPE This MDS specifies the technical requirements for the FKM GLT O-ring material. 2. PURCHASE



Vinylidenefluoride (VF2) and tetrafluoroethylene (TFE) with necessary fillers, stabilisers and cross-link agents.


The material shall be rapid pressure reduction resistant (ED resistant) and satisfy the following minimum requirements. The qualification shall be repeated if there are changes in the production route, manufacturing procedures, specified composition or properties of the product which exceeds the limits defined from qualification testing (each manufacturer and seal type shall be qualified): ED-test Qualification test requirements: O-ring cross section diameter 5.33 mm, 20% compression, text fixture, 70 – 85% groove fill, test medium 3% CO2 in Methane, test temperature 100oC, 72 hours initial soak at full pressure, followed by 5 cycles of:


No leakage shall occur in a leakage test at room temperature and service pressure following the 5 decompression cycles. Further, no cracks shall be longer than 80 % of the sample thickness, based on dissection, after the leakage test. Mechanical properties • Hardness ASTM D 2240 90 ±5 Shore A • Tensile strength ASTM D 412/1414 min. 11 MPa • Elongation at break ASTM D 412/1414 min. 90 % • Compression set ASTM D 395 max. 40 % (after 24 hours at 150oC)







Page: 820



TYPE OF MATERIAL: Nitrile (NBR) Page 1 of 1 PRODUCT O-ring TEMPERATURE

RANGE - 46oC to + 150oC. Only short time exposure below – 20 and 100oC is acceptable.

1. SCOPE This MDS specifies the technical requirements for the NBR O-ring material. 2. PURCHASE



36 – 40% acrylonitrile content (ACN)


The material shall be tested for oil resistance and satisfy the following minimum requirements. The qualification shall be repeated if there are changes in the production route, manufacturing procedures, specified composition or properties of the product which exceeds the limits defined from qualification testing (each manufacturer and seal type shall be qualified): Oil resistance test Qualification test requirements: O-ring cross section diameter 5.33 mm, 20% compression, text fixture, 70 – 85% groove fill, test medium 10% toluene/ 90% Iso-octane/ ASTM oil no. 3, test temperature 70oC, 72 hours soak time. The test vessel shall be pressurised with nitrogen to 50 bars. No leakage shall occur in a leakage test at room temperature and service pressure following the exposure time. Further, the volume change shall be within + 25%/ -5%. Mechanical properties • Hardness ASTM D 2240 70 ± 5 Shore A • Tensile strength ASTM D 412/1414 min. 15 MPa • Elongation at break ASTM D 412/1414 min. 350% • Compression set ASTM D 395 max. 25% (after 24 hours at 150oC)







Page: 821



TYPE OF MATERIAL: PEEK (Poly-ether-ether-ketone) Page 1 of 1 PRODUCT Back-up rings and seat

inserts TEMPERATURE RANGE

-100oC to +250oC

1. SCOPE This MDS specifies the technical requirements for the PEEK material. 2. PURCHASE



Poly-ether-ether-ketone polymer with necessary stabilisers and processing aids.


The material shall satisfy the following minimum requirements. The qualification shall be repeated if there are changes in the production route, manufacturing procedures, specified composition or properties of the product which exceeds the limits defined from qualification testing:

Mechanical properties • Tensile strength • Tensile modulus • Compressive strength • HDT @ 1.81 MPa • Impact strength (notched) • Ultimate elongation Physical properties • Specific gravity • Melting point • Water absorption (24 hrs.)

Test standard ASTM D 638 ASTM D 638 ASTM D 695 ASTM D 648 ASTM D 256 ASTM D 638

ASTM D 792

ASTM D 3418 ASTM D 570

Virgin 95 MPa

> 3000MPa > 110 MPa

150 oC > 70 J/m > 55 %

1.3 - 1.4 g/cm3

340 oC 0.15 %

Glass filled > 150 MPa > 3500MPa > 150 MPa

300 oC > 70 J/m

> 3 %

1.4 - 1.6 g/cm3 340 oC 0.15 %


REQUIREMENTS The below properties shall be documented by testing for each production batch and satisfy the requirements listed above. • Specific gravity ASTM D 792 • Tensile strength ASTM D 638 • Ultimate elongation ASTM D 638


Components shall be supplied in suitable packaging as to protect the items from physical damage prior to installation. Markings on the packaging shall clearly indicate material batch number, and such markings shall ensure traceability through the producers QC system to raw materials, formulation and manufacturing details.


Page: 822



TYPE OF MATERIAL: PTFE (Poly-tetra-fluoro-ethylene) Page 1 of 1 PRODUCT Lip-seals, back-up rings

and seat inserts TEMPERATURE RANGE

-100oC to +250oC

1. SCOPE This MDS specifies the technical requirements for the PTFE material. 2. PURCHASE



Carbon and fluorine, polymeric di-fluoromethane with necessary fillers, stabilisers and process aids. Also with graphite, glass or carbon fibre fillers. The lip-seal must be energised internally by a metallic spring (UNS R30003) or similar.



Mechanical properties • Tensile strength • Hardness • Compressive strength,

1% • Compressive modulus • HDT @ 1.81 MPa • Impact strength

(notched) • Ultimate elongation Physical properties • Specific gravity • Melting point • Water absorption

(24hrs)

Test standard ASTM D 638 ASTM D 785 ASTM D 695 ASTM D 695 ASTM D 648 ASTM D 256 ASTM D 638 ASTM D 792 ASTM D 3418 ASTM D 570

Virgin > 25 MPa 50-60 Shore D > 4 MPa > 400 MPa 54oC > 145 J/m > 220 % 2,0 - 2.2 g/cm3

325 oC 0.01 %

25%Glass > 15 MPa 50-60 Shore D> 6 MPa > 600 MPa 110oC > 130 J/m > 180 % 2,0- 2.3 g/cm3 325 oC 0.02 %

25%Graph > 15 MPa 60-70 Shore D> 6 MPa > 600 MPa 95oC > 140 J/m > 75 % 1.9- 2.1 g/cm3

325 oC 0.01 %


REQUIREMENTS The below properties shall be documented by testing for each production batch and satisfy the requirements listed above. • Hardness (Shore D) ASTM D785 • Specific gravity ASTM D 792 • Tensile strength ASTM D 638 • Ultimate elongation ASTM D 638




Page: 823



TYPE OF MATERIAL: PEEK (Poly-ether-ether-ketone) with PTFE added Page 1 of 1 PRODUCT Seat inserts TEMPERATURE

RANGE -100oC to +250oC

1. SCOPE This MDS specifies the technical requirements for the PEEK/ PTFE material. 2. PURCHASE



Poly-ether-ether-ketone polymer with necessary stabilisers and processing aids and 10 to 20 % PTFE (Poly-tetra-fluoro-ethylene) added.



Mechanical properties • Tensile strength • Hardness • Tensile modulus • Compressive strength • HDT @ 1.81 MPa • Impact strength, (notched) • Ultimate elongation Physical properties • Specific gravity • Melting point • Water absorption (24 hrs.)

Test standard ASTM D 638 ASTM D 785 ASTM D 638 ASTM D 695 ASTM D 648 ASTM D 256 ASTM D 638

ASTM D 792

ASTM D 3418 ASTM D 570

Virgin > 80 MPa

82 - 88 Shore D > 3000MPa > 100 MPa

150oC > 50 J/m > 20 %

1.4 - 1.5 g/cm3

340 oC 0.10 %


REQUIREMENTS The below properties shall be documented by testing for each production batch and satisfy the requirements listed above. • Hardness ASTM D 785 • Specific gravity ASTM D 792 • Tensile strength ASTM D 638 • Ultimate elongation ASTM D 638




Page: 824


MATERIAL DATA SHEET MDS R11 Rev. 3

TYPE OF MATERIAL: Austenitic stainless steel, Type 6Mo Page 1 of 1

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Seamless pipes ASTM A 312 UNS S31254

UNS N08367 UNS N08926

-

-



3. STEEL MAKING The steel melt shall be refined by AOD or equivalent.

4. HEAT TREATMENT The pipes shall be solution annealed followed by water quenching. 5. TENSILE TESTING RP0,2 ≥ 310 MPa, RM ≥ 675 MPa for t ≤ 5.0 mm and RM ≥ 655 MPa for t > 5.0 mm, A5 ≥

35 % (long.) 6. CORROSION TESTING Corrosion test according to ASTM G 48 Method A is required. Test temperature shall be

50 °C and the exposure time 24 hours. Test specimens shall have the internal and external surfaces in the as-delivered condition (including pickling). Cut edges shall be prepared according to ASTM G48, and the whole specimen shall be pickled (20 % HNO3 + 5 % HF, 60 °C, 5 minute). The test shall expose the external and internal surfaces and a cross section surface in full wall thickness. The acceptance criteria are:

- No pitting at 20 X magnification.

- The weight loss shall be less than 4.0 g/m. 7. EXTENT OF TESTING Corrosion test shall be carried out to the same extent as stated for mechanical tests in the

referred standard. 8. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual

components. 9. SURFACE FINISH White pickled.





Page: 825



TYPE OF MATERIAL: Austenitic Stainless Steel, Type 6Mo Page 1 of 2

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Welded Pipes ASTM A 358 UNS S31254

UNS N08367 UNS N08926

Class 1, 3 and 5. S3



3. STEEL MAKING Steel melt shall be refined with AOD or equivalent refining. 4. HEAT TREATMENT The pipes shall be solution annealed followed by water quenching. Post weld solution

annealing is not required of pipes with nominal wall thickness up to 7.11 mm manufactured out of solution annealed plate material as stated in chapter 5.3.2.2 of A 358.

5. TENSILE TESTING RP0,2 ≥ 310 MPa, RM ≥ 690 MPa, A5 ≥ 35 %. 6. CORROSION TESTING Corrosion test according to ASTM G 48 Method A is required. Test temperature shall be

50 °C and the exposure time 24 hours. Test specimens shall have the internal and external surfaces in the as-delivered condition (including pickling). Cut edges shall be prepared according to ASTM G 48, and the whole specimen shall be pickled (20 % HNO3 + 5 % HF, 60 °C, 5 minute). The test shall expose the external and internal surfaces and a cross section surface including weld zone in full wall thickness. The acceptance criteria are:


- The weight loss shall be less than 4.0 g/m2. 7. EXTENT OF TESTING Tensile and corrosion testing shall be carried out for each lot defined as follows:

- For batch furnace a lot is defined as maximum 60 m pipe of the same heat, size and heat treatment charge.

- For continuous heat treatment furnace a lot is defined as maximum 60 m of pipe of the same heat and size and which are heat treated the same day.


9. WELDING The PQR/WPAR shall be qualified in accordance with ASME IX or EN 288-3 and this MDS: - The weld consumable shall be Ni-base and the alloying content shall be: Mo ≥ 8.0 %;

Cr ≥ 15.0 %; (Mo + Cr) ≥ 28 %; C ≤ 0.030 %; and S ≤ 0.015 % - The PQR/WPAR shall be corrosion tested as specified above. The qualification shall be carried out on the same material grade (UNS number) as used in production. Change of specific make (brand name) of welding consumables requires requalification. Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.

Page: 826




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Welded Pipes ASTM A 358 UNS S31254

UNS N08367 UNS N08926

Class 1, 3 and 5. S3


Eddy current testing according to ASTM A 450 is acceptable as replacement for radiography for wall thickness less than 4,0 mm. Supplementary requirement S3, penetrant testing, shall apply according to ASME V Article 6, to the weld area of 10 % of the pipes (same test lot as defined for mechanical testing) delivered. The weld of each examined pipe shall be ground flush in a length of 100 mm prior to penetrant testing. The testing shall be carried out after calibration and pickling. Acceptance criteria shall be to ASME VIII Div. 1 Appendix 8. NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state.


12. REPAIR OF DEFECTS Weld repair of base material is not acceptable. For repair of welds the same requirements to PQR/WPAR as for production welding shall apply.




Page: 827




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings ASTM A 403 WP S31254

UNS N08367 UNS N08926

WP-S, WP-WX and WP-W



3. STEEL MAKING Steel melt shall be refined with AOD or equivalent. 4. HEAT TREATMENT The fittings shall be solution annealed followed by water quenching. 5. TENSILE TESTING RP0,2 ≥ 300 MPa, RM ≥ 650 - 820 MPa, A5 ≥ 35 %. 6. CORROSION TESTING Corrosion test according to ASTM G 48 Method A is required. Test temperature shall be 50

°C and the exposure time 24 hours. The specimen shall have the internal and external surfaces in the as-delivered condition (including pickling). Cut edges shall be prepared according to ASTM G 48, and the whole specimen shall be pickled (20 % HNO3 + 5 % HF, 60 °C, 5 minute). The test shall expose the external and internal surfaces and a cross section including weld zone (if relevant) in full wall thickness. The acceptance criteria are:


- The weight loss shall be less than 4.0 g/m2. 7. EXTENT OF TESTING Tensile and corrosion testing shall be performed for each heat, heat treatment load with a

wall thickness range of 5 mm and welded with the same WPS. 8. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual

components. Test sampling shall be made from an actual fitting or from a prolongation thereof.

9. WELDING The welding procedure shall be qualified in accordance with ASME IX or EN 288-3 and this MDS: - The weld consumable alloying content shall be: Mo ≥ 8.0 %; Cr ≥ 15.0 %;(Mo + Cr) ≥

28 %; C ≤ 0.030 %; S ≤ 0.015 %; - The PQR/WPAR shall be corrosion tested as specified above. The qualification shall be carried out on the same material grade (UNS number) as used in production. Change of specific make (brand name) of welding consumables requires requalification. Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.

Page: 828




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings ASTM A 403 WP S31254

UNS N08367 UNS N08926

WP-S, WP-WX and WP-W


Penetrant testing, shall apply to 10 % of seamless fittings (from the test lot as defined above) and 100 % of welded fittings above NPS 2. For welded fittings the testing shall cover the weld only. The weld of each examined fitting shall be ground flush in a length of 100 mm prior to penetrant testing. The resting shall be carried out after calibration and pickling. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 8.


11. SURFACE FINISH White pickled. 12. REPAIR OF DEFECTS Weld repair of base material is not acceptable. For repair of welds the same requirement to

PQR/WPAR shall apply as for production testing. 13. MARKING The component shall be marked to ensure full traceability to melt and heat treatment lot.



Page: 829


MATERIAL DATA SHEET MDS R14 Rev.3 TYPE OF MATERIAL: Austenitic Stainless Steel, Type 6Mo Page 1 of 2

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Forgings ASTM A 182 F44

UNS N08367 UNS N08926

- S56


This MDS is intended for forgings with maximum thickness of 200 mm. For larger thickness special agreements shall be made in each case.




The Hot Isostatic Pressed (HIP) process is an acceptable alternative to forging.

5. HEAT TREATMENT The forgings shall be solution annealed followed by water quenching. 6. TENSILE TESTING RP0,2 ≥ 300 MPa, RM ≥ 650 MPa, A5 ≥ 35 %.

7. CORROSION TESTING Corrosion test according to ASTM G 48 Method A is required. Test temperature shall be 50 °C and the exposure time 24 hours. The corrosion test specimens shall be at the same location as those for mechanical testing. Cut edges shall be prepared according to ASTM G 48 and pickled (20 % HNO3 + 5 % HF, 60 °C, 5 minute). The acceptance criteria are:


- The weight loss shall be less than 4.0 g/m2. 8. EXTENT OF TESTING One set of tensile test and corrosion test shall be carried out for each heat and heat

treatment load. The testing shall be carried out on the component with heaviest wall thickness within the load. A test lot shall not exceed 2000 kg for forgings with as forged weight ≤ 50 kg, and 5000 kg for forgings with as forged weight > 50 kg.


Test samples shall be from prolongations on actual component. Sacrificial forgings shall be used for die-forged components. However, special agreements may be made for die-forged components with as forged weight exceeding 50 kg. Integrated blocks shall be used for HIP.

Test location and orientation shall be:

For forgings having maximum section thickness, T ≤ 50 mm, the test specimens shall be taken at mid thickness and its mid length shall be at least 50 mm from any second surface.



Page: 830




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Forgings ASTM A 182 F44

UNS N08367 UNS N08926

- S56


Supplementary requirement ASTM A 961 S56, penetrant testing, shall apply to 10 % of all forgings (from the lot as defined for mechanical testing) above NPS 2. The testing shall be carried out after final machining and pickling. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 8.


11. SURFACE FINISH White pickled including machined surfaces.





Page: 831





Plates ASTM A 240 UNS S31254 UNS N08367 UNS N08926

- -




4. HEAT TREATMENT The plates shall be solution annealed followed by water quenching.

5. TENSILE TESTING RP0,2 ≥ 310 MPa, RM ≥ 655 MPa, A5 ≥ 35 %.

6. CORROSION TESTING Corrosion test according to ASTM G 48 Method A is required. Test temperature shall be 50 °C and the exposure time 24 hours. Test specimens shall have the surfaces in the as-delivered condition (including pickling). Cut edges shall be prepared according to ASTM G 48, and the whole specimen shall be pickled (20 % HNO3 + 5 % HF, 60 °C, 5 minute). The test shall expose the external and internal surfaces and a cross section surface in full wall thickness. The acceptance criteria are:


- The weight loss shall be less than 4.0 g/m2.

7. EXTENT OF TESTING Corrosion testing shall be carried out to the same extent as stated for mechanical tests in the referred standard.





12. CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN 10204 Type 3.1B provided the manufacturer has a quality assurance system certified by a competent body established within the EC, and having undergone a specific assessment for materials


Page: 832




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Castings ASTM A 351 CK-3MCuN

CN-3MN - S5, S6



3. STEEL MAKING The steel melt shall be refined with AOD or equivalent process. Remelting of AOD or equivalent steel in an electric furnace is acceptable. Use of internal scrap is not acceptable.

4. HEAT TREATMENT Solution annealed at temperature ≥ 1225 °C.

5. CHEMICAL P ≤ 0.030 %

6. CORROSION TESTING Corrosion test according to ASTM G 48 Method A is required. Test temperature shall be 50 °C and the exposure time 24 hours. The corrosion test specimen shall be at the same location as those for mechanical testing. Cut edges shall be prepared according to ASTM G 48 and pickled (20 % HNO3 + 5 % HF, 60 °C, 5 minute). The acceptance criteria are:

- No pitting at 20 X magnification. - The weight loss shall be less than 4.0 g/m2.

7. EXTENT OF TESTING Tensile test and corrosion test shall be made for each melt and heat treatment load. A test lot shall not exceed 5 000 kg.

8. TEST SAMPLING Samples for mechanical testing shall realistically reflect the properties in the actual components. Thickness of the test block shall be equal to the thickness of the actual components up to a maximum thickness of 100 mm. For flanged components the largest flange thickness shall apply. Test specimens shall be cut from the 1/4 T location from the surface where T is the thickness of the test block. Test block shall be integrally cast or gated onto the castings and shall not be removed from the castings until after the final quality heat treatment.


Liquid penetrant testing: Supplementary requirement S6 shall apply to all surfaces (including internal surfaces) of all castings. The testing shall be carried out after final machining and pickling. The acceptance criteria shall be ASME VIII, Div.1, Appendix 7. Radiographic testing: Supplementary requirement S5 shall apply to:

- Critical areas as per ANSI B 16.34 of the pilot cast of each pattern - All butt weld ends of each casting - Class 1500 psi and above; all critical areas to ANSI B16.34 of each casting.

The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7. NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state.

10. SURFACE FINISH White pickled. Shall be carried out after any blasting and shall include finished machined surfaces.

Page: 833




PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Castings ASTM A 351 CK-3MCuN

CN-3MN - S5, S6

11. REPAIR OF DEFECTS Repair welding shall be carried out with Ni-based consumables with alloying content: Mo ≥ 8.0 %; Cr ≥ 15.0 %; (Mo + Cr) ≥ 28 %; C ≤ 0.030 %; S ≤ 0.015 %; Welding consumables with matching chemical composition is acceptable provided solution annealing heat treatment after welding. The repair welding procedure shall be qualified in accordance with ASME IX or EN 288-3 and this MDS. - A cast plate shall be used for the test welding. - A macro and corrosion test as specified above shall be carried out. - Change specific make of filler metal (brand name) requires requalification. All casting with major repairs shall be given a solution heat treatment after welding. Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by an EC member State.



Page: 834





Bars ASTM A 276 UNS S31254 UNS N08367 UNS N08926

- -


This MDS is intended for bars with maximum thickness of 200 mm. For larger thickness special agreements shall be made in each case and based on the result of qualification testing specified in NORSOK M-650.



4. HEAT TREATMENT Solution annealing followed by water quenching.

5. TENSILE TESTING RP0,2 ≥ 300 MPa, RM ≥ 650 MPa, A5 ≥ 35 %,

6. CORROSION TESTING Corrosion test according to ASTM G 48 Method A is required. Test temperature shall be 50 °C and the exposure time 24 hours. The corrosion test specimens shall be at the same location as those for mechanical testing. Cut edges shall be prepared according to ASTM and pickled (20 % HNO3 + 5 % HF, 60 °C, 5 minute). The acceptance criteria are:

- No pitting at 20 X magnification. - The weight loss shall be less than 4.0 g/m2.

7. EXTENT OF TESTING One tensile test and corrosion test shall be carried out for each heat and heat treatment load.

8. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual components. Test location and orientation shall be:

For bars having maximum section thickness, T ≤ 50 mm, the test specimens shall be taken at mid thickness and its mid length shall be at least 50 mm from any second surface.

For bars having maximum section thickness, T > 50 mm, the test specimen shall be taken at least ¼ T from the nearest surface and at least T or 100 mm, whichever is less, from any second surface.

The testing shall be carried out in longitudinal direction. For thickness exceeding 160 mm, the testing shall be carried out both in longitudinal and transverse (tangential) direction. All testing in longitudinal direction shall meet specified requirements (ASTM A 276 and this MDS). For testing in transverse (tangential) direction elongation shall be minimum 20 %.

9. SURFACE FINISH Finished product shall be white pickled.

10. REPAIR OF DEFECTS Weld repair is not acceptable

Page: 835





Bars ASTM A 276 UNS S31254 UNS N08367 UNS N08926

- -




Page: 836


MATERIAL DATA SHEET MDS S01 Rev. 3

TYPE OF MATERIAL: Austenitic Stainless Steel, Type 316 Page 1 of 1

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Wrought fittings Welded pipes Seamless & welded pipes Forgings Plates Tubes Bars

ASTM A 403 ASTM A 358 ASTM A 312 ASTM A 182 ASTM A 240 ASTM A 269 ASTM A 276

WP 316 316 TP 316 F 316 316 316 316

W/S/WX Class 1, 3, 4 or 5 - - - - -

- - - - - - -



All welded products: Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party organization recognized by a EC member State.

3. CHEMICAL COMPOSITION All products: C ≤ 0.035 % Welded pipes and plates to A 240: S ≤ 0.015 %

4. TENSILE TESTING Grade 316 L with Rp0.2 ≥ 205 MPa, Rm ≥ 515 MPa and A5 > 35% is acceptable.



Welded pipes to A 358: Eddy current testing according to ASTM A 450 is acceptable as replacement for spot radiography for wall thickness less than 4.0 mm. Welded tubes to A 269: Eddy current testing according to ASTM A 450, section 23 is required. All products: NDT operator qualification shall be approved by a 3rd party organization recognized by a EC member state.

7. SURFACE FINISH White pickled. Machined surfaces do not require pickling. Tubes to A 269: According to the standard.


9. MARKING The product shall be marked to ensure full traceability to melt and heat treatment lot.


Page: 837


MATERIAL DATA SHEET MDS S02 Rev. 3

TYPE OF MATERIAL: Austenitic Stainless Steel Castings Page 1 of 1


Castings ASTM A 351 CF8M CF3M

- -

S5, S6 S5, S6


2. EXTENT OF TESTING Tensile testing is required for each heat and heat treatment load. 3. TEST SAMPLING For castings with weight 250 kg and above the test blocks shall be integrally cast with the

casting. The test blocks shall be heat treated together with the castings they represents. Samples for mechanical testing shall realistically reflect the properties in the actual components.


Penetrant testing: Supplementary requirement S6 shall apply to all surfaces (including internal surfaces) of all castings. The testing shall be carried out after final machining and pickling. The acceptance criteria shall be ASME VIII, Div.1, Appendix 7.

Radiographic testing: Supplementary requirement S5 shall apply to: - Critical areas as per ANSI B16.34 of the pilot cast of each pattern - All butt weld ends of each casting. - Class 1500 psi and above; all critical areas according to ANSI B16.34 of each casting.

The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7. NDT operator qualification shall be approved by a 3rd party organization recognized by an EC member state..

5. REPAIR OF DEFECTS Welding shall be carried out by qualified welders according to qualified procedures approved by a 3rd party recognized by an EC member State.

6. SURFACE FINISH White pickled. Machined surfaces do not require pickling.

7. CERTIFICATION Certification shall affirm compliance with the specification and shall be according to EN 10204 Type 3.1B provided the manufacturer has a quality assurance system certified by a competent body established within the EC, and having undergone a specific assessment for materials

Page: 838


MATERIAL DATA SHEET MDS T01 Rev. 3

TYPE OF MATERIAL: Titanium Grade 2 Page 1 of 1 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Seamless pipes Welded pipes Wrought fittings Forgings Plates Bars Tubes

ASTM B 861 ASTM B 862 ASTM B 363 ASTM B 381 ASTM B 265 ASTM B 348 ASTM B 338

2 2 WPT2/WPT2W F2 2 2 2

- - - - - - -

- - - - - - -

1. SCOPE This MDS specifies the selected options in the referred standard and additional requirements which shall be added or supersede the corresponding requirements in the referred standard. Equivalent Titanium grade (GOST VT 1-0) is acceptable provided the requirements in the referred standard and this MDS is fulfilled.


Chemical composition other than Grade 2 (GOST VT 1-0) is acceptable.

3. HEAT TREATMENT Wrought fittings to B 363, Forgings to B 381, Plates to B 265 and Bars to B 348: Annealed condition if not the tensile properties in the referred standard can be achieved in as formed condition.

4. EXTENT OF TESTING Fittings to B 363: Tensile test shall be carried out for each heat, heat treatment load, type and size.

Products to B 381/B 348: Tensile test specimen shall be taken from each lot. A lot is defined as all products of the same heat and heat treatment load with a maximum deviation from the test block thickness of 10 mm.


6. WELDING Welded pipes to B 862: Welding procedures shall be qualified in accordance with ASME IX.

7. CERTIFICATION EN 10 204 Type 3.1B.

Page: 839


MATERIAL DATA SHEET MDS T02 Rev. 3

TYPE OF MATERIAL: Titanium Grade 2 Page 1 of 1 PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Castings ASTM B 367 C2 - S1, S2 1. SCOPE This MDS specifies the selected options in the referred standard and additional

requirements which shall be added or supersede the corresponding requirements in the referred standard. Equivalent Titanium grades (GOST VT 1-0) are acceptable provided the requirements in this MDS is fulfilled.

2. QUALIFICATION Manufacturers of product to this MDS shall be qualified in accordance with NORSOK Standard M-650.

3 HOT ISOSTATIC PRESSING

All castings shall be subject to Hot Isostatic Pressing (HIP). HIP may be substituted for required heat treatment provided all requirements are met and the temperature is not detrimental to the material.

4. CHEMICAL COMPOSTION

Chemical composition other than Grade 2 (GOST VT 1-0) is acceptable.

5. EXTENT OF TESTING Tensile testing is required for each heat and heat treatment load. 6. TEST SAMPLING Samples for mechanical testing shall realistically reflect the properties in the actual

components. For castings with weight 150 kg and above the test blocks shall be integrally cast with the casting. Test samples shall accompany the castings through any heat treatment, chemical cleaning process or any other operation that may alter metallurgical or mechanical properties.


Penetrant testing: Supplementary requirement S2 shall apply to all accessible surfaces of all castings. The testing shall be carried out after final machining. The acceptance criteria shall be ASME VIII, Div.1, Appendix 7. Radiographic testing: Supplementary requirement S1 shall apply to:

- Critical areas as per ANSI B16.34 of the pilot cast of each pattern - All butt weld ends of each casting. - Class 1500 psi and above; all critical areas according to ANSI B16.34 of each casting.

The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7.


9. CERTIFICATION EN 10 204 Type 3.1B

Page: 840


MATERIAL DATA SHEET MDS - X01 Rev. 1

TYPE OF MATERIAL: Low Alloyed Steel Type AISI 4130 Page 1 of 1


Seamless pipesWrought fittings (seamless)

ASTM A 519ASTM A 234

AISI 4130AISI 4130 S2


2. HEAT TREATMENT Fittings and pipes shall be delivered in the liquid quenched and tempered condition.The tempering temperature shall be minimum 650 °C.

3. MANUFACTURING PROCESS Pipes shall be manufactured by means of the hot finished (HF) sizing method.

Only seamless fittings are acceptable.4. CHEMICAL COMPOSITION Max. sulphur content: S < 0.025 %

Max. phosphorous content: P < 0.025 %5. TENSILE TESTING Minimum yield strength: Reh > 415 MPa

Minimum tensile strength: Rm > 620 MPaMinimum elongation: A5 > 18 %Minimum red. of area: Z > 35 %

6. IMPACT TESTING Charpy V-notch impact testing shall be carried out according to ASTM A 370 forthicknesses t > 6 mm. Full sized Charpy V-notch specimens shall be used whereverpossible. The notch shall be perpendicular to the surface. The test temperature shallbe - 30 °C. The minimum absorbed energy for full size specimens shall be 42 Javerage and 30 J single. Reduction factors for subsize specimens shall be: 7.5 mm -5/6 and 5 mm - 2/3.

7. EXTENT OF TESTING One set of tensile and impact test shall be carried out for each lot. A lot is defiened asall products of the same type, nominal size and wall thickness, produced from thesame heat and heat treatment load. For pipes heat treated in continous furnace themaximum lot size shall be 60 m.

8. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actualcomponent.

Fittings: According to supplementary requirement S2.

9. NON DESTRUCTIVE

TESTING

Pipes: All pipes shall be 100 % tested in accordance with API 5Lsupplementary requirement 4 (SR4). Alternatively, ultrasonictesting according to SEL 1915 may be carried out.

Fittings: Fittings shall be 100 % magnetic particle tested in accordance withASME VIII, div. 1, Appendix 6.


11. MARKING The component shall be marked to ensure full traceability to melt and heat treatmentlot.

12. CERTIFICATION EN 10 204 Type 3.1B. Heat treatment temperature, soaking time and cooling mediumshould be stated in the certificate

Page: 841



TYPE OF MATERIAL: High Strength Low Alloyed Steel Type AISI 4140 Page 1 of 1

PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ.Forgings ASTM A 788 AISI 4140 - S18


2. MANUFACTURING PROCESS The forgings shall be finished hot-worked.

3. HEAT TREATMENT The forgings shall be austenitised, liquid quenched and tempered.

4. CHEMICAL COMPOSITION According to ASTM A 29, AISI 4140

5. TENSILE TESTING Minimum yield strength: Reh > 620 MPaMinimum tensile strength: Rm > 850 MPaMinimum elongation: A5 > 15 %

6. IMPACT TESTING Charpy V-notch testing is required according to ASTM A 370 at - 30 °C. The nocthshall be perpendicular to the surface. The minimum absorbed energy for full sizespecimens shall be 42 J average and 30 J single.

7. EXTENT OF TESTING One set of tensile and impact test shall be carried out for each melt, section thickness+/- 25 % and heat treatment load.

8. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actualcomponent.

Test samples shall be from prolongations on actual components. Sacrificial forgingsshall be used for die forged components. However, special agreements may be madefor die forged components with as forged weight exceeding 50 kg.

Test specimens shall be cut at the 1/4 T location from the surface where T is thethickness of the test samples as heat treated. Sketches shall be established showingtype, size and location of test samples and extraction of test specimens.

9. NON DESTRUCTIVE

TESTING

Supplementary Requirement, S18, magnetic particle tested, shall apply to 10 %of all forgings (from the lot as defined for mechanical testing). The acceptancecriteria shall be to ASME VIII, Div. 1, Appendix 6.


11. MARKING The component shall be marked to ensure full traceability to melt and heat treatmentlot.

12. CERTIFICATION EN 10 204 Type 3.1B

Heat treatment temperature, soaking time and cooling medium should be stated in thecertificate.

Page: 842



TYPE OF MATERIAL: High Strength Low Alloy Steel Page 1 of 1


Castings ASTM A 487 Grade 2B, 2C - S4, S5

1. SCOPE This MDS specifies the selected options in the referred standard and additionalrequirements which shall be added or supersede the corresponding requirements in thereferred standard.

2. IMPACT TESTING Charpy V-notch testing is required according to ASTM A 370 at - 30 °C. The notch shallbe perpendicular to the surface. The minimum absorbed energy shall be 42 J average (of(3 specimens) and 30 J single value.

3. EXTENT OF TESTING One set of tensile and impact test is required for each melt and heat treatment load. A testlot shall not exceed 5000 kg.

4. TEST SAMPLING Samples for mechanical testing shall realistically reflect the properties in the actualcomponents. Thickness of the test block shall be equal to the thickness of the actualcomponents up to a maximum thickness of 100 mm. For flanged components the largestflange thickness shall apply.

Test specimens shall be cut from the 1/4 T location from the surface where T is thethickness of the test block.

Test block shall be integrally cast or gated onto the castings and shall not be removedfrom the castings until after the final quality heat treatment.

5. NON DESTRUCTIVE

TESTING

Magnetic particle testing: Supplementary requirement S4 shall apply to all accessiblesurfaces of all castings. The examination shall be carried out after machining. Theacceptance criteria shall be to ASME VIII, Div. 1, Appendix 7.

Radiographic testing: Supplementary requirement S5 shall apply to:- Critical areas as per ANSI B16.34 of the pilot cast of each pattern.- All butt weld ends of each casting.- Class 1500 psi and above; all critical areas to ANSI B16.34 of each casting.The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7.

6. REPAIR OF DEFECTS All weld repairs shall be post weld heat treated. The repair welding procedurequalification shall include the following:

- qualification on a cast plate of the same grade

- one set of impact test (3 specimens), shall be taken from weld metal and fusion line.


8. CERTIFICATION EN 10 204 Type 3.1B. Heat treatment temperature, soaking time and cooling mediumshould be stated in the certificate.

Page: 843

NORSOK Standard


TYPE OF MATERIAL: High Strength Low Alloy Steel for application down to -46 °C Page 1 of 1


Castings ASTM A 487 Grade 2B, 2C - S4, S5



C < 0.14 %; Si < 0.50 %; Mn = 1.30-1.60 %; Cr < 0.20 %; Ni = 0.90-1.10 % and Mo = 0.15-0.25 %

3. IMPACT TESTING Charpy V-notch testing is required according to ASTM A 370 at -46 °C. The notch shall be perpendicular to the surface. The minimum absorbed energy shall be 42 J average (of (3 specimens) and 30 J single value.

4. EXTENT OF TESTING One set of tensile and impact test is required for each melt and heat treatment load. A test lot shall not exceed 5000 kg.

5. TEST SAMPLING Samples for mechanical testing shall realistically reflect the properties in the actual components. Thickness of the test block shall be equal to the thickness of the actual components as heat treated up to a maximum thickness of 100 mm. For flanged components the largest flange thickness apply. Test specimens shall be cut from the 1/4 T location from the surface where T is the thickness of the test block. Test block shall be integrally cast or gated onto the castings and shall not be removed from the castings before after the final quality heat treatment.


Magnetic particle testing: Supplementary requirement S4 shall apply to all accessible surfaces of all castings. The examination shall be carried out after machining. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7. Radiographic testing: Supplementary requirement S5 shall apply to: - critical areas as per ANSI B16.34 of the pilot cast of each pattern - all butt weld ends of each casting - Class 1500 psi and above; all critical areas to ANSI B16.34 of each casting. The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 7.

7. REPAIR OF DEFECTS All weld repairs shall be post weld heat treated. The repair welding procedure qualification shall include the following: - qualification on a cast plate of the same grade - one set of impact test (3 specimens) shall be taken from weld metal and fusion line.


9. CERTIFICATION EN 10 204 Type 3.1B. Heat treatment temperature, soaking time and cooling medium should be stated in the certificate.

Page: 844

NORSK HYDRO Standard Hydro ref doc.no.: NHT-P54-07124 Rev.: 01M

MATERIAL DATA SHEET MDS - X91 2000-06-16 Rev.1

TYPE OF MATERIAL: High Strength Low Alloyed Steel Type AISI 4130 for low temperture PRODUCT STANDARD GRADE ACCEPT. CLASS SUPPL. REQ. Forgings

ASTM A 788

AISI 4130

- S18


2. MANUFACTURING PROCESS The forgings shall be finished hot-worked. 3 HEAT TREATMENT The forgings shall be austenitised, liquid quenched and tempered. 4. CHEMICAL COMPOSITION According to ASTM A 29, AISI 4130 5. TENSILE TESTING Minimum yield strength: Reh > 620 MPa

Minimum tensile strength: Rm > 850 MPa Minimum elongation: A5 > 15 %

6. IMPACT TESTING Charpy V-notch testing is required according to ASTM A 370 at - 46°C. The nocth shall be perpendicular to the surface. The minimum absorbed energy for full size specimens shall be 42 J average and 30 J single.

7. EXTENT OF TESTING One set of tensile and impact test shall be carried out for each melt, section thickness +/- 25% and heat treatment load.

8. TEST SAMPLING Samples for production testing shall realistically reflect the properties in the actual component. Test samples shall be from prolongations on actual components. Sacrificial forgings shall be used for die forged components. However, special agreements may be made for die forged components with as forged weight exceeding 50 kg. Test specimens shall be cut at the 1/4 T location from the surface where T is the thickness of the test samples as heat treated. Sketches shall be established showing type, size and location of test samples and extraction of test specimens.

9. NON DESTRUCTIVE

TESTING

Supplementary Requirement, S18, magnetic particle examination, shall apply to 10 % of all forgings (from the lot as defined for mechanical testing). The acceptance criteria shall be to ASME VIII, Div. 1, Appendix 6.



12. CERTIFICATION EN 10 204 Type 3.1B Heat treatment temperature, soaking time and cooling medium should be stated in the certificate.

Page 1 of 1



Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP08 ELEMENT DATA SHEET

Document no. ELEMENT DATA SHEET Rev. Remarks

NHT-P54-07010 EDS-010 02M NHT-P54-07001 EDS-021 06M NHT-P54-07031 EDS-031 01M NHT-P54-07032 EDS-032 01M NHT-P54-00993 EDS-041 02M NHT-P54-07002 EDS-042 02M NHT-P54-07043 EDS-043 01M NHT-P54-07048 EDS-048 01M NHT-P54-01128 EDS-071 02M NHT-P54-01131 EDS-081 01M NHT-P54-01132 EDS-141 01M NHT-P54-07003 EDS-142 01M NHT-P54-07004 EDS-144 01M NHT-P54-07200 EDS-200 02M NHT-P54-07350 EDS-350 02M NHT-P54-07351 EDS-351 05M NHT-P54-07352 EDS-352 01M NHT-P54-07050 NAF1 01M NHT-P54-07051 NBE1 01M NHT-P54-07052 NBO2 01M NHT-P54-07053 NGA1 01M NHT-P54-07349 NGA2 01M NHT-P54-07056 NHF1 01M NHT-P54-07057 NHF2 01M NHT-P54-07059 NHF6 01M NHT-P54-07060 NIP1 01M NHT-P54-07061 NLB1 02M NHT-P54-07062 NMJ1 01M NHT-P54-07064 NOL1 01M NHT-P54-07065 NSM1 01M NHT-P54-07066 NSS1 01M NHT-P54-07067 NTR1 01M NHT-P54-07068 NTR2 01M

Page: 845

Page: 846

For compact flanges this EDS can be used to ensure that the external forces and bending moments do not exceed the connections strength capacity. A connection can be considered strong enough whenthe external tension forces and bending moments are both less than the tabulated "typical" values for F and M.If this can not be achieved, the connection can still be considered strong enough as long as the product of external forces and bending moments do not exceed the allowable force (Fr < Fa).

The equation for external resulting force (Fr) is similar as equation D-11 in NORSOK L-005, annex D, herein tabulated with the 4/BCD value for each flange size. The values for allowable forces (Fa) are calculated by using equations given in NORSOK L-005, annex D. The values are tabulated per piping classes for the worst combination of pressure and temperature. If further capacity is required, NORSOK equations can be used with the actual design parameters.

Fr = External resulting force in kNFa = Allowable force (external) in kNF = External tension force given in kNM = External bending moment given in kNmBCD = Bolt circle diameter in mm

The tabulated values for "typical acceptable combination of external tension and moment", are based on weakest pipe class and F = 1/3 x Fa.

Size EA1 EC2 ED1 EE1 F [kN] M [kNm]DN 15 F + 59,5 x M 77 72 87 122 24,0 0,8DN 20 F + 55,1 x M 75 70 85 120 23,3 0,8DN 25 F + 50,4 x M 75 71 85 120 23,6 0,9DN 40 F + 42,0 x M 121 114 134 183 38,0 1,8DN 50 F + 36,4 x M 114 105 124 175 35,0 1,9DN 80 F + 29,7 x M 141 140 160 228 46,6 3,1

DN 100 F + 23,3 x M 214 212 241 342 70,6 6,0DN 150 F + 17,7 x M 150 157 187 331 50,0 5,6DN 200 F + 14,3 x M 218 220 270 442 72,6 10,1DN 250 F + 11,7 x M 306 357 367 640 102,0 17,4DN 300 F + 9,9 x M 400 449 459 803 133,3 26,9DN 350 F + 9,2 x M 470 513 529 950 156,6 34,0DN 400 F + 8,1 x M 626 663 696 1328 208,6 51,5DN 450 F + 7,2 x M 749 801 829 1512 249,6 69,3DN 500 F + 6,6 x M 809 854 1097 1608 269,6 81,7DN 600 F + 5,6 x M 931 984 1333 2223 310,3 110,8DN 700 F + 4,8 x M 1042 1034 1211 2646 344,6 143,6DN 750 F + 4,5 x M 1064 1075 1127 2858 354,6 157,6DN 800 F + 4,3 x M 1180 1209 1291 3146 393,3 182,9DN 850 F + 4,0 x M 1490 1446 1668 3657 482,0 241,0DN 900 F + 3,8 x M 1383 1428 1499 4110 461,0 242,6

1 OF 4 02SHT. NO. REV.

EDS-010ELEMENT DATA SHEET

Typical acceptable combination of external

tension and moment

NHT-P54-07010DOCUMENT NUMBER

Fa, allowable force(per piping class)

Fr, equation for external

resulting force

TITLE:COMPACT FLANGE CAPACITY

CL 600

Fr = F + x M 4BCD

Page: 847





Size GA1 GC2 GD1 GE2 F [kN] M [kNm]DN 15 F + 59,5 x M 74 71 84 119 23,6 0,7DN 20 F + 55,1 x M 72 68 81 116 22,6 0,8DN 25 F + 50,4 x M 70 69 79 114 23,0 0,9DN 40 F + 42,0 x M 111 109 123 172 36,3 1,7DN 50 F + 36,4 x M 99 97 105 152 32,3 1,7DN 80 F + 29,7 x M 119 122 127 191 39,6 2,6


2 OF 4 02SHT. NO. REV.DOCUMENT NUMBER



resulting force


CL 900EDS-010ELEMENT DATA SHEET


tension and moment

NHT-P54-07010

Fr = F + x M 4BCD

Page: 848





Size HA1 HC2 HD2 HE2 F [kN] M [kNm]DN 15 F + 59,5 x M 72 67 94 114 22,3 0,7DN 20 F + 55,1 x M 68 63 90 109 21,0 0,7DN 25 F + 50,4 x M 61 60 87 100 20,0 0,7DN 40 F + 42,0 x M 92 92 128 151 30,6 1,4DN 50 F + 36,4 x M 69 80 124 136 23,0 1,2DN 80 F + 27,0 x M 147 173 248 272 49,0 3,6




tension and moment




resulting force


CL 1500EDS-010ELEMENT DATA SHEET

Fr = F + x M 4BCD

Page: 849





Size KA2 KC2 KD2 KE5 F [kN] M [kNm]DN 15 F + 59,5 x M 64 61 70 106 20,3 0,6DN 20 F + 55,1 x M 56 55 64 95 18,3 0,6DN 25 F + 50,4 x M 47 49 54 78 15,6 0,6DN 40 F + 42,0 x M 65 75 78 160 21,6 1,0DN 50 F + 34,5 x M 149 111 117 226 37,0 2,1DN 80 F + 24,1 x M 273 205 219 410 68,3 5,6

DN 100 F + 20,0 x M 339 218 267 526 72,6 7,2DN 150 F + 14,9 x M 526 337 304 993 101,3 13,6DN 200 F + 11,7 x M 762 441 295 1361 98,3 16,8DN 250 F + 9,7 x M 1202 707 449 2385 149,6 30,8DN 300 F + 8,3 x M 1533 799 516 2988 172,0 41,4DN 350 F + 7,6 x M 1743 858 522 3497 174,0 45,7DN 400 F + 6,6 x M 2656 1511 1093 4954 364,3 110,4DN 450 F + 6,0 x M 2399 929 336 4455 112,0 37,3DN 500 F + 5,5 x M 2879 1127 333 5491 111,0 40,3DN 600 F + 4,5 x M 5530 3023 1988 10451 662,6 294,5


EDS-010ELEMENT DATA SHEET


tension and moment




resulting force


CL 2500

Fr = F + x M 4BCD

Page: 850

BOLTS COLLAR FLG. - COLLAR FLG. COLLAR FLG. - WN FLG. SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS

DN DIA. NO. SIZE L L L L STUDS NHSM HEX. HEAD NHSMHOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320

(mm) A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 (mm) A193 B7 L7/L43 (mm) A193 B7 L7/L43 A194 2H A194 7 F467M 5

40 18 4 5/8" 100 201.14 231.14 811.14 90 201.12 231.1250 18 4 5/8" 110 201.16 231.16 811.16 100 201.14 231.1480 18 8 5/8" 120 201.18 231.18 811.18 100 201.14 231.14

100 18 8 5/8" 120 201.18 231.18 811.18 100 201.14 231.14150 22 8 3/4" 140 204.17 234.17 814.17 120 204.14 234.14200 22 8 3/4" 160 204.19 234.19 814.19 130 204.16 234.16250 22 12 3/4" 180 204.21 234.21 814.21 140 204.17 234.17300 22 12 3/4" 180 204.21 234.21 814.21 140 204.17 234.17350 22 16 3/4" 250 204.28 234.28 814.28 180 204.21 234.21400 26 16 7/8" 270 205.24 235.24 815.24 190 205.16 235.16450 26 20 7/8" 270 205.24 235.24 815.24 190 205.16 235.16500 26 20 7/8" 270 205.24 235.24 815.24 200 205.17 235.17600 30 20 1" 310 206.26 236.26 816.26 220 206.17 236.17700 30 24 1" 340 206.29 236.29 816.29 240 206.19 236.19800 33 24 1 1/8" 380 207.29 237.29 817.29 260 207.17 237.17900 33 28 1 1/8"1000 36 28 1 1/4"1200 39 32 1 3/8"1400 42 36 1 1/2"

NOTES: 1) BOLT SIZE 3/4"- 1", USE TORQUE WRENCH.2) BOLTING MATERIALS ASTM A 193-B7 / A320-L7&L43 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.3) SPECIFIED DIMENSIONS SHALL BE MET AFTER GALVANISING. THE ZINC COATING ON THREADS SHALL NOT BE SUBJECT TO CUTTING, ROLLING OR FINISHING TOOL OPERATION. NUTS MAY BE TAPPED AFTER GALVANIZING.

TITLE: IMPERIAL STUD BOLT CHART PN 10. PIPE CLASS AL1

ELEMENT DATA SHEET EDS-021NHT-P54-07001 1 OF 17 06

DOCUMENT NUMBER SHEET NO. REV.

BOLT LENGTHS/NHSM NO. 209.XXX.XX

NHSM NHSM NHSM NHSM NHSM

Page: 851

BOLTS COLLAR FLG. - COLLAR FLG. COLLAR FLG. - WN FLG. SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS

DN DIA. NO. SIZE L L L L STUDS NHSM HEX. HEAD NHSMHOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320

(mm) A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 (mm) A193 B7 L7/L43 (mm) A193 B7 L7/L43 A194 2H A194 7 F467M 5

40 18 4 5/8" 100 201.14 231.14 811.14 90 201.12 231.1250 18 4 5/8" 110 201.16 231.16 811.16 100 201.14 231.1480 18 8 5/8" 120 201.18 231.18 811.18 100 201.14 231.14

100 18 8 5/8" 120 201.18 231.18 811.18 100 201.14 231.14150 22 8 3/4" 140 204.17 234.17 814.17 120 204.14 234.14200 22 8 3/4" 200 204.23 234.23 814.23 150 204.18 234.18250 26 12 7/8" 240 205.21 235.21 815.21 180 205.15 235.15300 26 12 7/8" 270 205.24 235.24 815.24 190 205.16 235.16

NOTES: 1) BOLT SIZE 3/4"- 1", USE TORQUE WRENCH.2) BOLTING MATERIALS ASTM A 193-B7 / A320-L7&L43 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.

3) SPECIFIED DIMENSIONS SHALL BE MET AFTER GALVANISING. THE ZINC COATING ON THREADS SHALL NOT BE SUBJECT TO CUTTING, ROLLING OR FINISHING TOOL OPERATION. NUTS MAY BE TAPPED AFTER GALVANIZING.

TITLE: IMPERIAL STUD BOLT CHART PN 16. PIPE CLASS BL1





Page: 852

BOLTS RF FLANGE - FLANGE DRIP RING SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS

DN DIA. NO. SIZE L L L L STUDS NHSM HEX. HEAD NHSM

HOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320

(in.) A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 (mm) A193 B7 L7/L43 (mm) A193 B7 L7/L43 A194 2H A194 7 F467M 5

15 0,62 4 1/2" 70 200.10 230.10 810.10 70 200.10 230.10 810.10 526.16 528.16 532.1620 0,62 4 1/2" 70 200.10 230.10 810.10 80 200.12 230.12 810.12 526.16 528.16 532.1625 0,62 4 1/2" 70 200.10 230.10 810.10 80 200.12 230.12 810.12 526.16 528.16 532.1640 0,62 4 1/2" 80 200.12 230.12 810.12 90 200.14 230.14 810.14 526.16 528.16 532.1650 0,75 4 5/8" 90 201.12 231.12 811.12 130 201.20 231.20 100 201.14 231.14 811.14 150 201.22 231.22 526.17 528.17 532.1765 0,75 4 5/8" 100 201.14 231.14 811.14 170 201.24 231.24 526.17 528.17 532.1780 0,75 4 5/8" 100 201.14 231.14 811.14 140 201.21 231.21 110 201.16 231.16 811.16 180 201.25 231.25 526.17 528.17 532.17

100 0,75 8 5/8" 100 201.14 231.14 811.14 140 201.21 231.21 110 201.16 231.16 811.16 180 201.25 231.25 160 201.23 231.23 526.17 528.17 532.17125 0,88 8 3/4" 110 204.12 234.12 814.12 170 204.20 234.20 526.19 528.19 532.19150 0,88 8 3/4" 110 204.12 234.12 814.12 160 204.19 234.19 130 204.16 234.16 814.16 210 204.24 234.24 170 204.20 234.20 526.19 528.19 532.19200 0,88 8 3/4" 120 204.14 234.14 814.14 160 204.19 234.19 140 204.17 234.17 814.17 250 204.28 234.28 55 120.11 150.11 526.19 528.19 532.19250 1,00 12 7/8" 130 205.10 235.10 815.10 170 205.14 235.14 150 205.12 235.12 815.12 280 205.25 235.25 60 121.12 151.12 526.21 528.21 532.21300 1,00 12 7/8" 130 205.10 235.10 815.10 200 205.17 235.17 160 205.13 235.13 815.13 320 205.29 235.29 60 121.12 151.12 526.21 528.21 532.21350 1,12 12 1" 150 206.10 236.10 816.10 210 206.16 236.16 180 206.13 236.13 816.13 340 206.29 236.29 65 122.11 152.11 526.22 528.22 532.22400 1,12 16 1" 150 206.10 236.10 816.10 220 206.17 236.17 180 206.13 236.13 816.13 350 206.30 236.30 65 122.11 152.11 526.22 528.22 532.22450 1,25 16 1 1/8" 190 207.10 237.10 817.10 260 207.17 237.17 230 207.14 237.14 817.14 400 207.31 237.31 75 123.13 153.13 526.23 528.23 532.23500 1,25 20 1 1/8" 200 207.11 237.11 817.11 270 207.18 237.18 240 207.15 237.15 817.15 420 207.33 237.33 75 123.13 153.13 526.23 528.23 532.23600 1,38 20 1 1/4" 220 208.10 238.10 818.10 290 208.17 238.17 260 208.14 238.14 818.14 450 208.33 238.33 85 124.15 154.15 526.24 528.24 532.24650 1,38 24 1 1/4" 260 208.14 238.14 818.14 526.24 528.24 532.24700 1,38 28 1 1/4" 270 208.15 238.15 818.15 110 124.19 154.19 526.24 528.24 532.24750 1,38 28 1 1/4" 270 208.15 238.15 818.15 320 208.20 238.20 818.20 580 208.46 238.46 110 124.19 154.19 526.24 528.24 532.24800 1,62 28 1 1/2" 290 212.11 242.11 822.11 130 126.19 156.19 526.26 528.26 532.26850 1,62 32 1 1/2" 310 212.13 242.13 822.13 526.26 528.26 532.26900 1,62 32 1 1/2" 330 212.15 242.15 822.15 380 212.20 242.20 822.20 700 212.52 242.52 140 126.20 156.20 526.26 528.26 532.261050 1,62 36 1 1/2" 340 212.16 242.16 822.16 770 212.59 242.59 526.26 528.26 532.26

NOTES: 1) BOLT SIZE 3/4"- 1", USE TORQUE WRENCH.

2) BOLT LENGTHS INCLUDES PROVISION FOR BOLT TENSIONERS ON BOLT SIZES 1 1/8" AND LARGER.

3) BOLTING MATERIALS ASTM A 193-B7 / A320-L7&L43 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.


TITLE: IMPERIAL STUD BOLT CHART ASME B16.5 CLASS 150, RF

ELEMENT DATA SHEET EDS-021NHT-P54-07001 3 of 17 06



NHSM NHSM NHSM NHSMNHSM

Page: 853

BOLTS NUTS

DN DIA. NO. SIZE L NHSM L NHSM L NHSM L NHSM NHSM

HOLE OFF (in.) (mm) (mm) (mm) (mm)

(in.) A320 B8M A320 B8M A320 B8M A320 B8M A194 8M

15 1 4 1/2" 70 750.10 70 750.10 529.1620 1 4 1/2" 70 750.10 80 750.12 529.1625 1 4 1/2" 70 750.10 80 750.12 529.1640 1 4 1/2" 80 750.12 90 750.14 529.1650 1 4 5/8" 90 751.12 130 751.20 100 751.14 150 751.22 529.1765 1 4 5/8" 100 751.14 170 751.24 529.1780 1 4 5/8" 100 751.14 140 751.21 110 751.16 180 751.25 529.17

100 1 8 5/8" 100 751.14 140 751.21 110 751.16 180 751.25 529.17125 1 8 3/4" 110 754.12 529.19150 1 8 3/4" 110 754.12 160 754.19 130 754.16 210 754.24 529.19200 1 8 3/4" 120 754.14 160 754.19 140 754.17 250 754.28 529.19250 1 12 7/8" 130 755.10 170 755.14 150 755.12 280 755.25 529.21300 1 12 7/8" 130 755.10 200 755.17 160 755.13 320 755.29 529.21350 1 12 1" 150 756.10 210 756.16 180 756.13 340 756.29 529.22400 1 16 1" 150 756.10 220 756.17 180 756.13 350 756.30 529.22450 1 16 1 1/8" 190 757.10 260 757.17 230 757.14 400 757.31 529.23500 1 20 1 1/8" 200 757.11 270 757.18 240 757.15 420 757.33 529.23600 1 20 1 1/4" 220 758.10 290 758.17 260 758.14 450 758.33 529.24650 1 24 1 1/4" 260 758.14 529.24700 1 28 1 1/4" 270 758.15 529.24750 1 28 1 1/4" 270 758.15 320 758.20 580 758.46 529.24800 2 28 1 1/2" 290 762.11 529.26850 2 32 1 1/2" 310 762.13 529.26900 2 32 1 1/2" 330 762.15 380 762.20 700 762.52 529.261050 1,62 36 1 1/2" 340 762.16 770 762.59 529.26



TITLE: IMPERIAL STUD BOLT CHART - CRYOGENIC SERVICE ASME B16.5 CLASS 150, RF




RF FLANGE - FLANGE

DRIP RING WAFER CHECKSPEC. BLD.

Page: 854

BOLTS FLANGE - FLANGE 2) FLANGE - BL. FLANGE SPEC. BLD. WAFER CHECK WAFER BUTTERFLY WASHERS NUTS

DN DIA. NO. SIZE L L L L STUDS NHSM HEX. HEAD NHSM NHSM NHSM

HOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320

(in.) A193 B7 L7/L43 A193 B7 L7/L43 A193 B7 L7/L43 A193 B7 L7/L43 (mm) A193 B7 L7/L43 (mm) A193 B7 L7/L43 4) A194 2H A194 7

50 1 4 5/8" 150 201.22 231.22 130 201.20 231.20 150 201.22 231.22 210 201.28 231.28 190 201.26 231.26 70 650.15 526.17 528.1780 1 4 5/8" 160 201.23 231.23 150 201.22 231.22 170 201.24 231.24 230 201.30 231.30 200 201.27 231.27 80 650.15 526.17 528.17

100 1 8 5/8" 160 201.23 231.23 150 201.22 231.22 170 201.24 231.24 230 201.30 231.30 210 201.28 231.28 80 650.15 526.17 528.17150 1 8 3/4" 200 204.23 234.23 180 204.21 234.21 220 204.25 234.25 310 204.34 234.34 260 204.29 234.29 100 650.16 526.19 528.19200 1 8 3/4" 210 204.24 234.24 190 204.22 234.22 230 204.26 234.26 340 204.37 234.37 270 204.30 234.30 110 650.16 526.19 528.19250 1 12 7/8" 220 205.19 235.19 200 205.17 235.17 240 205.21 235.21 370 205.34 235.34 290 205.26 235.26 110 650.17 526.21 528.21300 1 12 7/8" 240 205.21 235.21 220 205.19 235.19 270 205.24 235.24 430 205.40 235.40 330 205.30 235.30 130 650.17 526.21 528.21350 1 12 1" 330 206.28 236.28 270 206.22 236.22 350 206.30 236.30 510 206.46 236.46 410 206.36 236.36 170 650.18 526.22 528.22400 1 16 1" 340 206.29 236.29 290 206.24 236.24 380 206.33 236.33 530 206.48 236.48 450 206.40 236.40 180 650.18 526.22 528.22450 1 16 1 1/8" 360 207.27 237.27 400 207.31 237.31 570 207.48 237.48 480 207.39 237.39 185 650.19 526.23 528.23500 1 20 1 1/8" 380 207.29 237.29 420 207.33 237.33 600 207.51 237.51 510 207.42 237.42 200 650.19 526.23 528.23600 1 20 1 1/4" 410 208.29 238.29 450 208.33 238.33 630 208.51 238.51 570 208.45 238.45 330 650.20 526.24 528.24650 1 24 1 1/4" 526.24 528.24700 1 28 1 1/4" 526.24 528.24750 1 28 1 1/4" 526.24 528.24800 2 28 1 1/2" 526.26 528.26850 2 32 1 1/2" 526.26 528.26900 2 32 1 1/2" 526.26 528.261050 2 36 1 1/2" 526.26 528.26

NOTES: 1) TORQUE WRENCH TO BE USED ON ALL SIZES. SEE WAVINS INSTALLATION MANUAL FOR TORQUE VALUES.

2) ALL FLANGES REFER TO WAVINS HEAVY DUTY TYPE.

3) BOLTING MATERIALS ASTM A 193-B7 / A320-L7&L43 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.

4) WASHER TO BS 3410, TABLE 7. ROUND-MILD STEEL, GALV.


TITLE: IMPERIAL STUD BOLT CHART #REF! ASME B16.5 CLASS 150, RF: PIPE CLASS CK6




NHSM NHSM NHSM NHSM

Page: 855

BOLTS FLANGE, LAP JOINT DRIP RING SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS

DN DIA. NO. SIZE L NHSM L NHSM L NHSM L NHSM STUDS HEX. HEAD NHSM

HOLE OFF (in.) (mm) (mm) (mm) (mm) L NHSM L NHSM

(in.) A193 B7 A320 L7 F468M 5 A193 B7 A320 L7 A193 B7 A320 L7 F468M 5 A193 B7 A320 L7 (mm) A193 B7 A320 L7 (mm) A193 B7 A320 L7 A194 2H A194 7 F467M 5

15 0,62 4 1/2" 70 200.10 230.10 810.10 80 200.12 230.12 810.12

20 0,62 4 1/2" 80 200.12 230.12 810.12 90 200.14 230.14 810.14

25 0,62 4 1/2" 80 200.12 230.12 810.12 90 200.14 230.14 810.14 526.16 528.16 532.16

40 0,62 4 1/2" 90 200.14 230.14 810.14 100 200.16 230.16 810.16 526.16 528.16 532.16

50 0,75 4 5/8" 100 201.14 231.14 811.14 150 201.22 231.22 110 201.16 231.16 811.16 170 201.24 231.24 526.17 528.17 532.17

65 0,75 4 5/8" 526.17 528.17 532.17

80 0,75 4 5/8" 110 201.16 231.16 811.16 160 201.23 231.23 120 201.18 231.18 811.18 190 201.26 231.26 526.17 528.17 532.17

100 0,75 8 5/8" 110 201.16 231.16 811.16 160 201.23 231.23 130 201.20 231.20 811.20 190 201.26 231.26 170 201.24 231.24 526.17 528.17 532.17

125 0,88 8 3/4" 526.19 528.19 532.19

150 0,88 8 3/4" 130 204.16 234.16 814.16 170 204.20 234.20 140 204.17 234.17 814.17 230 204.26 234.26 190 204.22 234.22 526.19 528.19 532.19

200 0,88 8 3/4" 130 204.16 234.16 814.16 170 204.20 234.20 150 204.18 234.18 814.18 260 204.29 234.29 70 120.14 150.14 526.19 528.19 532.19

250 1,00 12 7/8" 140 205.11 235.11 815.11 190 205.16 235.16 170 205.14 235.14 815.14 290 205.26 235.26 70 121.14 151.14 526.21 528.21 532.21

300 1,00 12 7/8" 150 205.12 235.12 815.12 210 205.18 235.18 170 205.14 235.14 815.14 330 205.30 235.30 75 121.15 151.15 526.21 528.21 532.21

350 1,12 12 1" 170 206.12 236.12 816.12 230 206.18 236.18 190 206.14 236.14 816.14 350 206.30 236.30 75 122.13 152.13 526.22 528.22 532.22

400 1,12 16 1" 170 206.12 236.12 816.12 230 206.18 236.18 200 206.15 236.15 816.15 360 206.31 236.31 75 122.13 152.13 526.22 528.22 532.22

450 1 16 1 1/8" 210 207.12 237.12 817.12 270 207.18 237.18 240 207.15 237.15 817.15 420 207.33 237.33 95 123.17 153.17 526.23 528.23 532.23

500 1 20 1 1/8" 220 207.13 237.13 817.13 290 207.20 237.20 260 207.17 237.17 817.17 440 207.35 237.35 110 123.19 153.19 526.23 528.23 532.23

600 1 20 1 1/4" 240 208.12 238.12 818.12 310 208.19 238.19 280 208.16 238.16 818.16 460 208.34 238.34 120 124.20 154.20 526.24 528.24 532.24



3) BOLTING MATERIALS ASTM A 193-B7 / A320--L7 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.


TITLE: IMPERIAL STUD BOLT CHART - LAP JOINT FLANGESASME B16.5 CLASS 150, RF




Page: 856

BOLTS RF FLANGE - FLANGE DRIP RING SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS


HOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320(in.) A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 A193 B7 L7/L43 F468M 5 A193 B7 L7/L43 (mm) A193 B7 L7/L43 (mm) A193 B7 L7/L43 A194 2H A194 7 F467M 5

15 0,62 4 1/2" 70 200.10 230.10 810.10 80 200.12 230.12 810.12 526.16 528.16 532.16

20 0,75 4 5/8" 80 201.10 231.10 811.10 90 201.12 231.12 811.12 526.17 528.17 532.17

25 0,75 4 5/8" 90 201.12 231.12 811.12 100 201.14 231.14 811.14 526.17 528.17 532.17

40 0,88 4 3/4" 100 204.10 234.10 814.10 110 204.12 234.12 814.12 526.19 528.19 532.19

50 0,75 8 5/8" 100 201.14 231.14 811.14 140 201.21 231.21 110 201.16 231.16 811.16 160 201.23 231.23 526.17 528.17 532.17

80 0,88 8 3/4" 120 204.14 234.14 814.14 160 204.19 234.19 130 204.16 234.16 814.16 190 204.22 234.22 526.19 528.19 532.19

100 0,88 8 3/4" 130 204.16 234.16 814.16 170 204.20 234.20 140 204.17 234.17 814.17 200 204.23 234.23 180 204.21 234.21 526.19 528.19 532.19

150 0,88 12 3/4" 130 204.16 234.16 814.16 180 204.21 234.21 160 204.19 234.19 814.19 240 204.27 234.27 200 204.23 234.23 526.19 528.19 532.19

200 1,00 12 7/8" 150 205.12 235.12 815.12 200 205.17 235.17 180 205.15 235.15 815.15 280 205.25 235.25 85 121.17 526.21 528.21 532.21

250 1,12 16 1" 180 206.13 236.13 816.13 220 206.17 236.17 210 206.16 236.16 816.16 330 206.28 236.28 85 122.15 526.22 528.22 532.22

300 1,25 16 1 1/8" 220 207.13 237.13 817.13 280 207.19 237.19 250 207.16 237.16 817.16 400 207.31 237.31 95 123.17 526.23 528.23 532.23

350 1,25 20 1 1/8" 220 207.13 237.13 817.13 290 207.20 237.20 260 207.17 237.17 817.17 450 207.36 237.36 95 123.17 526.23 528.23 532.23

400 1,38 20 1 1/4" 240 208.12 238.12 818.12 300 208.18 238.18 280 208.16 238.16 818.16 470 208.35 238.35 110 124.19 526.24 528.24 532.24

450 1,38 24 1 1/4" 250 208.13 238.13 818.13 310 208.19 238.19 300 208.18 238.18 818.18 510 208.39 238.39 110 124.19 526.24 528.24 532.24

500 1,38 24 1 1/4" 250 208.13 238.13 818.13 330 208.21 238.21 310 208.19 238.19 818.19 550 208.43 238.43 110 124.19 526.24 528.24 532.24

600 1,62 24 1 1/2" 280 212.10 242.10 822.10 360 212.18 242.18 350 212.17 242.17 822.17 600 212.42 242.42 120 126.18 526.26 528.26 532.26

650 1,75 28 1 5/8" 526.27 528.27 532.27

700 1,75 28 1 5/8" 526.27 528.27 532.27

750 1,88 28 1 3/4" 350 216.15 246.15 826.15 526.28 528.28 532.28

800 2,00 28 1 7/8" 526.29 528.29 532.29

850 2,00 28 1 7/8" 526.29 528.29 532.29

900 2,12 32 2" 390 220.14 250.14 830.14 526.30 528.30 532.30



3) BOLTING MATERIALS ASTM A 193-B7 / A320--L7&L43 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.


5) GRADE L43 FOR STUD BOLTS LARGER THAN 2.1/2"

TITLE: IMPERIAL STUD BOLT CHART #REF! ASME B16.5 CLASS 300, RF





Page: 857

BOLTS RTJ FLANGE DRIP RING SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS



15 0,62 4 1/2" 90 200.14 230.14 810.14 110 200.18 230.18 810.18 526.16 528.16 532.16

20 0,75 4 5/8" 100 201.14 231.14 811.14 130 201.20 231.20 811.20 526.17 528.17 532.17

25 0,75 4 5/8" 100 201.14 231.14 811.14 130 201.20 231.20 811.20 526.17 528.17 532.17

40 0,88 4 3/4" 120 204.14 234.14 814.14 150 204.18 234.18 814.18 526.19 528.19 532.19

50 0,75 8 5/8" 120 201.18 231.18 811.18 190 201.26 231.26 160 201.23 231.23 811.23 190 201.26 231.26 526.17 528.17 532.17

80 0,88 8 3/4" 140 204.17 234.17 814.17 210 204.24 234.24 180 204.21 234.21 814.21 220 204.25 234.25 526.19 528.19 532.19

100 1,00 8 7/8" 160 205.13 235.13 815.13 230 205.20 235.20 210 205.18 235.18 815.18 250 205.22 235.22 526.21 528.21 532.21

150 1,12 12 1" 190 206.14 236.14 816.14 270 206.22 236.22 240 206.19 236.19 816.19 330 206.28 236.28 526.22 528.22 532.22

200 1,25 12 1 1/8" 240 207.15 237.15 817.15 320 207.23 237.23 300 207.21 237.21 817.21 410 207.32 237.32 526.23 528.23 532.23

250 1,38 16 1 1/4" 270 208.15 238.15 818.15 350 208.23 238.23 330 208.21 238.21 818.21 490 208.37 238.37 526.24 528.24 532.24

300 1,38 20 1 1/4" 270 208.15 238.15 818.15 350 208.23 238.23 350 208.23 238.23 818.23 510 208.39 238.39 526.24 528.24 532.24

350 1,50 20 1 3/8" 290 210.11 240.11 820.11 370 210.19 240.19 370 210.19 240.19 820.19 570 210.39 240.39 526.25 528.25 532.25

400 1,62 20 1 1/2" 310 212.13 242.13 822.13 400 212.22 242.22 400 212.22 242.22 822.22 620 212.44 242.44 526.26 528.26 532.26

450 1,75 20 1 5/8" 330 214.15 244.15 824.15 420 214.24 244.24 430 214.25 244.25 824.25 700 214.52 244.52 526.27 528.27 532.27

500 1,75 24 1 5/8" 350 214.17 244.17 824.17 430 214.25 244.25 450 214.27 244.27 824.27 720 214.54 244.54 526.27 528.27 532.27

600 2,00 24 1 7/8" 390 218.19 248.19 828.19 480 218.28 248.28 510 218.31 248.31 828.31 840 218.64 248.64 526.29 528.29 532.29

650 2,00 28 1 7/8" 400 218.20 248.20 828.20 526.29 528.29 532.29

700 2,12 28 2" 420 220.17 250.17 830.17 526.30 528.30 532.30

750 2,12 28 2" 430 220.18 250.18 830.18 560 220.31 250.31 830.31 940 220.69 250.69 526.30 528.30 532.30

800 2,38 28 2 1/4" 450 221.20 251.20 831.20 526.31 528.31 532.31

850 2,38 28 2 1/4" 460 221.21 251.21 831.21 526.31 528.31 532.31

900 2,62 28 2 1/2" 480 223.10 253.10 833.10 640 223.26 253.26 833.26 1130 223.75 253.75 526.33 528.33 532.33






TITLE: IMPERIAL STUD BOLT CHART ASME B16.5 CLASS 600, RTJ




NHSMNHSM (5) NHSM NHSM NHSM

Page: 858


DN DIA. NO. SIZE L L L L STUDS NHSM (5) HEX. HEAD NHSM (5) NHSM


15 0,88 4 3/4" 120 204.14 234.14 814.14 150 204.18 234.18 814.18 526.19 528.19 532.19

20 0,88 4 3/4" 130 204.16 234.16 814.16 160 204.19 234.19 814.19 526.19 528.19 532.19

25 1,00 4 7/8" 140 205.11 235.11 815.11 180 205.15 235.15 815.15 526.21 528.21 532.21

40 1,12 4 1" 160 206.11 236.11 816.11 200 206.15 236.15 816.15 526.22 528.22 532.22

50 1,00 8 7/8" 160 205.13 235.13 815.13 230 205.20 235.20 210 205.18 235.18 815.18 240 205.21 235.21 526.21 528.21 532.21

80 1,00 8 7/8" 160 205.13 235.13 815.13 230 205.20 235.20 210 205.18 235.18 815.18 250 205.22 235.22 526.21 528.21 532.21

100 1,25 8 1 1/8" 220 207.13 237.13 817.13 290 207.20 237.20 270 207.18 237.18 817.18 330 207.24 237.24 526.23 528.23 532.23

150 1,25 12 1 1/8" 240 207.15 237.15 817.15 320 207.23 237.23 300 207.21 237.21 817.21 410 207.32 237.32 526.23 528.23 532.23

200 1,50 12 1 3/8" 280 210.10 240.10 820.10 360 210.18 240.18 340 210.16 240.16 820.16 490 210.31 240.31 526.25 528.25 532.25

250 1,50 16 1 3/8" 290 210.11 240.11 820.11 370 210.19 240.19 370 210.19 240.19 820.19 540 210.36 240.36 526.25 528.25 532.25

300 1,50 20 1 3/8" 310 210.13 240.13 820.13 390 210.21 240.21 390 210.21 240.21 820.21 610 210.43 240.43 526.25 528.25 532.25

350 1,62 20 1 1/2" 330 212.15 242.15 822.15 410 212.23 242.23 430 212.25 242.25 822.25 690 212.51 242.51 526.26 528.26 532.26

400 1,75 20 1 5/8" 350 214.17 244.17 824.17 430 214.25 244.25 450 214.27 244.27 824.27 740 214.56 244.56 526.27 528.27 532.27

450 2,00 20 1 7/8" 390 218.19 248.19 828.19 480 218.28 248.28 510 218.31 248.31 828.31 850 218.65 248.65 526.29 528.29 532.29

500 2,12 20 2" 410 220.16 250.16 830.16 500 220.25 250.25 540 220.29 250.29 830.29 870 220.62 250.62 526.30 528.30 532.30

600 2,62 20 2 1/2" 520 223.14 253.14 833.14 600 223.22 253.22 670 223.29 253.29 833.29 1020 223.64 253.64 526.33 528.33 532.33

650 2,88 20 2 3/4" 540 224.10 254.10 834.10 526.35 528.35 532.35

700 3,12 20 3" 560 225.12 255.12 835.12 526.36 528.36 532.36

750 3,38 20 3" 570 225.13 255.13 835.13 760,00 225.32 255.32 835.32 526.36 528.36 532.36

800 3,62 20 3 1/8" 600 226.10 256.10 836.10 526.37 528.37 532.37

850 3,62 20 3 1/2" 640 228.10 258.10 838.10 526.39 528.39 532.39

900 3,62 20 3 1/2" 650 228.11 258.11 838.11 850,00 228.31 258.31 838.31 526.39 528.39 532.39



3) BOLTING MATERIALS ASTM A 193-B7 / A320--L7 & l43 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.







NHSM (5) NHSM (5)NHSM (5) NHSM (5)

Page: 859


DN DIA. NO. SIZE L L L L STUDS NHSM (5) HEX. HEAD NHSM (5)


15 0,88 4 3/4" 120 204.14 234.14 814.14 150 204.18 234.18 814.18 526.19 528.19 532.19

20 0,88 4 3/4" 130 204.16 234.16 814.16 160 204.19 234.19 814.19 526.19 528.19 532.19

25 1,00 4 7/8" 140 205.11 235.11 815.11 180 205.15 235.15 815.15 526.21 528.21 532.21

40 1,12 4 1" 160 206.11 236.11 816.11 200 206.15 236.15 816.15 526.22 528.22 532.22

50 1,00 8 7/8" 160 205.13 235.13 815.13 230 205.20 235.20 210 205.18 235.18 815.18 240 205.21 235.21 526.21 528.21 532.21

80 1,25 8 1 1/8" 230 207.14 237.14 817.14 290 207.20 237.20 280 207.19 237.19 817.19 320 207.23 237.23 526.23 528.23 532.23

100 1,38 8 1 1/4" 250 208.13 238.13 818.13 310 208.19 238.19 310 208.19 238.19 818.19 360 208.24 238.24 526.24 528.24 532.24

150 1,50 12 1 3/8" 320 210.14 240.14 820.14 400 210.22 240.22 390 210.21 240.21 820.21 480 210.30 240.30 526.25 528.25 532.25

200 1,75 12 1 5/8" 350 214.17 244.17 824.17 430 214.25 244.25 440 214.26 244.26 824.26 570 214.39 244.39 526.27 528.27 532.27

250 2,00 12 1 7/8" 400 218.20 248.20 828.20 490 218.29 248.29 500 218.30 248.30 828.30 660 218.46 248.46 526.29 528.29 532.29

300 2,12 16 2" 450 220.20 250.20 830.20 530 220.28 250.28 560 220.31 250.31 830.31 760 220.51 250.51 526.30 528.30 532.30

350 2,38 16 2 1/4" 480 221.23 251.23 831.23 560 221.31 251.31 610 221.36 251.36 831.36 850 221.60 251.60 526.31 528.31 532.31

400 2,62 16 2 1/2" 530 223.15 253.15 833.15 610 223.23 253.23 670 223.29 253.29 833.29 920 223.54 253.54 526.33 528.33 532.33

450 2,88 16 2 3/4" 580 224.14 254.14 834.14 670 224.23 254.23 730 224.29 254.29 834.29 1050 224.61 254.61 526.35 528.35 532.35

500 3,12 16 3" 630 225.19 255.19 835.19 720 225.28 255.28 790 225.35 255.35 835.35 1170 225.73 255.73 526.36 528.36 532.36

600 3,62 16 3 1/2" 720 228.18 258.18 838.18 800 228.26 258.26 910 228.37 258.37 838.37 1280 228.74 258.74 526.39 528.39 532.39



3) BOLTING MATERIALS ASTM A 193-B7 / A320-L7 & L43 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.







NHSMNHSM (5)NHSM (5) NHSM (5)NHSM (5)

Page: 860


DN DIA. NO. SIZE L L L L STUDS NHSM (5) HEX. HEAD NHSM (5)


15 0,88 4 3/4" 140 204.17 234.17 814.17 170 204.20 234.20 814.20 526.19 528.19 532.19

20 0,88 4 3/4" 140 204.17 234.17 814.17 180 204.21 234.21 814.21 526.19 528.19 532.19

25 1,00 4 7/8" 160 205.13 235.13 815.13 190 205.16 235.16 815.16 526.21 528.21 532.21

40 1,25 4 1 1/8" 220 207.13 237.13 817.13 270 207.18 237.18 817.18 526.23 528.23 532.23

50 1,12 8 1" 200 206.15 236.15 816.15 260 206.21 236.21 250 206.20 236.20 816.20 270 206.22 236.22 526.22 528.22 532.22

80 1,38 8 1 1/4" 270 208.15 238.15 818.15 340 208.22 238.22 330 208.21 238.21 818.21 370 208.25 238.25 526.24 528.24 532.24

100 1,62 8 1 1/2" 310 212.13 242.13 822.13 380 212.20 242.20 380 212.20 242.20 822.20 420 212.24 242.24 526.26 528.26 532.26150 2,12 8 2" 410 220.16 250.16 830.16 490 220.24 250.24 510 220.26 250.26 830.26 580 220.33 250.33 526.30 528.30 532.30

200 2,12 12 2" 450 220.20 250.20 830.20 530 220.28 250.28 560 220.31 250.31 830.31 660 220.41 250.41 526.30 528.30 532.30

250 2,62 12 2 1/2" 570 223.19 253.19 833.19 650 223.27 253.27 700 223.32 253.32 833.32 830 223.45 253.45 526.33 528.33 532.33

300 2,88 12 2 3/4" 620 224.18 254.18 834.18 700 224.26 254.26 780 224.34 254.34 834.34 930 224.49 254.49 526.35 528.35 532.35










NHSMNHSM (5) NHSM (5)NHSM (5) NHSM (5)

Page: 861

BOLTS FLANGE - FLANGE DRIP RING SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS


HOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320(mm) A193 B7 L7 F468M 5 A193 B7 L7 A193 B7 L7 F468M 5 A193 B7 L7 (mm) A193 B7 L7 (mm) A193 B7 L7 A194 2H A194 7 F467M 5

15 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

20 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

25 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

40 15,0 8 1/2" 90 200.14 230.14 810.14 110 200.18 230.18 810.18 526.16 528.16 532.16

50 15,0 8 1/2" 90 200.14 230.14 810.14 150 200.24 230.24 110 200.18 230.18 810.18 160 200.25 230.25 526.16 528.16 532.16

65 15,0 12 1/2" 90 200.14 230.14 810.14 120 200.20 230.20 810.20 526.16 528.16 532.16

80 15,0 12 1/2" 90 200.14 230.14 810.14 150 200.24 230.24 120 200.20 230.20 810.20 170 200.26 230.26 526.16 528.16 532.16

100 18,0 12 5/8" 110 201.16 231.16 811.16 170 201.24 231.24 140 201.21 231.21 811.21 200 201.27 231.27 526.17 528.17 532.17

150 18,0 12 5/8" 120 201.18 231.18 811.18 200 201.27 231.27 160 201.23 231.23 811.23 270 201.34 231.34 526.17 528.17 532.17

200 18,0 20 5/8" 140 201.21 231.21 811.21 210 201.28 231.28 180 201.25 231.25 811.25 310 201.38 231.38 526.17 528.17 532.17

250 22,0 20 3/4" 160 204.19 234.19 814.19 240 204.27 234.27 210 204.24 234.24 814.24 380 204.41 234.41 526.19 528.19 532.19

300 25,0 20 7/8" 180 205.15 235.15 815.15 260 205.23 235.23 240 205.21 235.21 815.21 410 205.38 235.38 526.21 528.21 532.21

350 25,0 24 7/8" 190 205.16 235.16 815.16 270 205.24 235.24 250 205.22 235.22 815.22 470 205.44 235.44 526.21 528.21 532.21

400 29,0 24 1" 220 206.17 236.17 816.17 300 206.25 236.25 290 206.24 236.24 816.24 530 206.48 236.48 526.22 528.22 532.22

450 32,0 24 1 1/8" 270 207.18 237.18 817.18 350 207.26 237.26 340 207.25 237.25 817.25 640 207.55 237.55 526.23 528.23 532.23

500 32,0 28 1 1/8" 280 207.19 237.19 817.19 360 207.27 237.27 460 207.37 237.37 817.37 650 207.56 237.56 526.23 528.23 532.23

600 35,0 28 1 1/4" 320 208.20 238.20 818.20 400 208.28 238.28 410 208.29 238.29 818.29 760 208.64 238.64 526.24 528.24 532.24

650 35,0 32 1 1/4" 330 208.21 238.21 818.21 420 208.30 238.30 818.30 526.24 528.24 532.24

700 38,0 32 1 3/8" 350 210.17 240.17 820.17 450 210.27 240.27 820.27 526.25 528.25 532.25

750 38,0 36 1 3/8" 360 210.18 240.18 820.18 470 210.29 240.29 820.29 526.25 528.25 532.25

800 42,0 32 1 1/2" 390 212.21 242.21 822.21 500 212.32 242.32 822.32 526.26 528.26 532.26

850 45,0 32 1 5/8" 410 214.23 244.23 824.23 530 214.35 244.35 824.35 526.27 528.27 532.27

900 45,0 32 1 5/8" 440 214.26 244.26 824.26 560 214.38 244.38 824.38 526.27 528.27 532.27

1000 49,0 36 1 3/4" 460 216.26 246.26 826.26 600 216.40 246.40 826.40 526.28 528.28 532.27

1050 52,0 32 1 7/8" 490 218.29 248.29 828.29 630 218.43 248.43 828.43 526.29 528.29 532.27




4) SPECIFIED DIMENSIONS SHALL BE MET AFTER GALVANISING. THE ZINC COATING ON THREADS SHALL NOT BE SUBJECT TO CUTTING, ROLLING OR FINISHING TOOL OPERATION.

NUTS MAY BE TAPPED AFTER GALVANIZING.

TITLE: IMPERIAL STUD BOLT CHART CLASS 600 COMPACT FLANGES




NHSMNHSM NHSM NHSM NHSM

Page: 862


DN DIA. NO. SIZE L L L L STUDS NHSM HEX. HEAD NHSM NHSM

HOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320(mm) A193 B7 L7 F468M 5 A193 B7 L7 A193 B7 L7 F468M 5 A193 B7 L7 (mm) A193 B7 L7 (mm) A193 B7 L7 A194 2H A194 7 F467M 5

15 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

20 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

25 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

40 15,0 8 1/2" 85 200.13 230.13 810.13 110 200.18 230.18 810.18 526.16 528.16 532.16

50 15,0 8 1/2" 85 200.13 230.13 810.13 150 200.24 230.24 110 200.18 230.18 810.18 170 200.26 230.26 526.16 528.16 532.16

80 15,0 12 1/2" 90 200.14 230.14 810.14 150 200.24 230.24 120 200.20 230.20 810.20 180 200.27 230.27 526.16 528.16 532.16

100 18,0 12 5/8" 110 201.16 231.16 811.16 170 201.24 231.24 140 201.21 231.21 811.21 220 201.29 231.29 526.17 528.17 532.17

150 18,0 16 5/8" 130 201.20 231.20 811.20 200 201.27 231.27 170 201.24 231.24 811.24 290 201.36 231.36 526.17 528.17 532.17

200 22,0 20 3/4" 160 204.19 234.19 814.19 230 204.26 234.26 200 204.23 234.23 814.23 380 204.41 234.41 526.19 258.19 532.19

250 25,0 20 7/8" 180 205.15 235.15 815.15 260 205.23 235.23 240 205.21 235.21 815.21 430 205.40 235.40 526.21 528.21 532.21

300 29,0 20 1" 210 206.16 236.16 816.16 280 206.23 236.23 270 206.22 236.22 816.22 500 206.45 236.45 526.22 528.22 532.22

350 29,0 24 1" 220 206.17 236.17 816.17 290 206.24 236.24 290 206.24 236.24 816.24 580 206.53 236.53 526.22 528.22 532.22

400 32,0 24 1 1/8" 270 207.18 237.18 817.18 350 207.26 237.26 350 207.26 237.26 817.26 660 207.57 237.57 526.23 528.23 532.23

450 35,0 24 1 1/4" 300 208.18 238.18 818.18 380 208.26 238.26 380 208.26 238.26 818.26 760 208.64 238.64 526.24 528.24 532.24

500 38,0 24 1 3/8" 320 210.14 240.14 820.14 400 210.22 240.22 410 210.23 240.23 820.23 780 210.60 240.60 526.25 528.25 532.25

600 45,0 24 1 5/8" 380 214.20 244.20 824.20 460 214.28 244.28 480 214.30 244.30 824.30 880 214.70 244.70 526.27 528.27 532.27

650 49,0 24 1 3/4" 400 216.20 246.20 826.20 510 216.31 246.31 826.31 526.28 528.28 532.28

700 49,0 24 1 3/4" 440 216.24 246.24 826.24 550 216.35 246.35 826.35 526.28 528.28 532.28

750 52,0 24 1 7/8" 460 218.26 248.26 828.26 590 218.39 248.39 828.39 526.29 528.29 532.29

800 55,0 24 2" 490 220.24 250.24 830.24 620 220.37 250.37 830.37 526.30 528.30 532.30

850 62,0 24 2 1/4" 510 221.26 251.26 831.26 640 221.39 251.39 831.39 526.31 528.31 532.31

900 62,0 24 2 1/4" 540 221.29 251.29 831.29 690 221.44 251.44 831.44 526.31 528.31 532.31










NHSM NHSMNHSM NHSM

Page: 863


DN DIA. NO. SIZE L L L L STUDS NHSM(5) HEX. HEAD NHSM

HOLE OFF (in.) (mm) A320 (mm) A320 (mm) A320 (mm) A320 L A320 L A320(mm) A193 B7 L7 F468M 5 A193 B7 L7 A193 B7 L7/L43 F468M 5 A193 B7 L7 (mm) A193 B7 L7 (mm) A193 B7 L7 A194 2H A194 7 F467M 5

15 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

20 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

25 15,0 4 1/2" 80 200.12 230.12 810.12 100 200.16 230.16 810.16 526.16 528.16 532.16

40 15,0 8 1/2" 90 200.14 230.14 810.14 110 200.18 230.18 810.18 526.16 528.16 532.16

50 15,0 8 1/2" 90 200.14 230.14 810.14 150 200.24 230.24 110 200.18 230.18 810.18 150 200.24 230.24 526.16 528.16 532.16

80 18,0 12 5/8" 110 201.16 231.16 811.16 170 201.24 231.24 140 201.21 231.21 811.21 200 201.27 231.27 526.17 528.17 532.17

100 22,0 12 3/4" 130 204.16 234.16 814.16 190 204.22 234.22 170 204.20 234.20 814.20 240 204.27 234.27 526.19 528.19 532.19

150 29,0 12 1" 170 206.12 236.12 816.12 250 206.20 236.20 220 206.17 236.17 816.17 340 206.29 236.29 526.22 528.22 532.22

200 29,0 16 1" 190 206.14 236.14 816.14 270 206.22 236.22 250 206.20 236.20 816.20 410 206.36 236.36 526.22 528.22 532.22

250 35,0 16 1 1/4" 270 208.15 238.15 818.15 340 208.22 238.22 330 208.21 238.21 818.21 520 208.40 238.40 526.24 528.24 532.24

300 35,0 20 1 1/4" 280 208.16 238.16 818.16 360 208.24 238.24 360 208.24 238.24 818.24 600 208.48 238.48 526.24 528.24 532.24

350 38,0 20 1 3/8" 300 210.12 240.12 820.12 380 210.20 240.20 380 210.20 240.20 820.20 660 210.48 240.48 526.25 528.25 532.25

400 42,0 20 1 1/2" 350 212.17 242.17 822.17 430 212.25 242.25 430 212.25 242.25 822.25 740 212.56 242.56 526.26 528.26 532.26

450 49,0 20 1 3/4" 380 216.18 246.18 826.18 460 216.26 246.26 470 216.27 246.27 826.27 850 216.65 246.65 526.28 528.28 532.28

500 52,0 20 1 7/8" 420 218.22 248.22 828.22 500 218.30 248.30 520 218.32 248.32 828.32 960 218.76 248.76 526.29 528.29 532.29

600 62,0 20 2 1/4" 480 221.23 251.23 831.23 560 221.31 251.31 600 221.35 251.35 831.35 1060 221.81 251.81 526.31 528.31 532.31

650 62,0 20 2 1/4" 540 221.29 251.29 831.29 670 221.42 251.42 831.42

700 68,0 24 2 1/4" 560 221.31 251.31 831.31 690 221.44 251.44 831.44

750 68,0 24 2 1/2" 580 223.20 253.20 833.20 730 223.35 253.35 833.35

800 68,0 24 2 1/2" 520 223.14 253.14 833.14 770 223.39 253.39 833.39

850 74,0 24 2 3/4" 660 224.22 254.22 834.22 820 224.38 254.38 834.38

900 88,0 20 3 1/4" 710 227.21 257.21 837.21 890 227.39 257.39 837.39

1000 88,0 24 3 1/4" 770 227.27 257.27 837.27 960 227.46 257.46 837.46

1050 101,0 20 3 3/4" 820 229.32 259.32 839.32 1020 229.52 259.52 839.52










NHSMNHSM(5)NHSM(5) NHSM(5)NHSM(5)

Page: 864

BOLTS DRIP RING SPEC. BLD. WAFER CHECK NUTS

DN DIA. NO. SIZE L STUD BOLT(6) L NHSM(6) L NHSM(6) L NHSM(6) NHSM(6)

HOLE OFF (in.) (mm) L OD/ID NO. NHSM (mm) A320 (mm) A320 (mm) A320(mm) A193 B7 A320 L7 F468M 5 (mm) (mm) OFF SS 316 A193 B7 L7 A193 B7 L7 F468M 5 A193 B7 L7 A194 2H A194 7 F467M 5

15 15,0 4 1/2" 80 200.12 230.12 810.12 NA 100 200.16 230.16 810.16 526.16 528.16 532.16

20 15,0 4 1/2" 80 200.12 230.12 810.12 NA 100 200.16 230.16 810.16 526.16 528.16 532.16

25 15,0 4 1/2" 80 200.12 230.12 810.12 NA 100 200.16 230.16 810.16 526.16 528.16 532.16

40 15,0 8 1/2" 85 200.13 230.13 810.13 NA 110 200.18 230.18 810.18 526.16 528.16 532.16

50 18,0 8 5/8" 100 201.14 231.14 811.14 NA 160 201.23 231.23 130 201.20 231.20 811.20 180 201.25 231.25 526.17 528.17 532.17

80 25,0 8 7/8" 140 205.11 235.11 815.11 NA 200 205.17 235.17 170 205.14 235.14 815.14 220 205.19 235.19 526.21 528.21 532.21

100 29,0 8 1" 160 206.11 236.11 816.11 NA 220 206.17 236.17 200 206.15 236.15 816.15 270 206.22 236.22 526.22 528.22 523.22

150 32,0 12 1 1/8" 240 207.15 237.15 817.15 14 53/30 1 655.19 310 207.22 237.22 280 207.19 237.19 817.19 400 207.31 237.31 526.23 528.23 532.23

200 38,0 12 1 3/8" 280 210.10 240.10 820.10 14 64/36 1 655.21 360 210.18 240.18 330 210.15 240.15 820.15 500 210.32 240.32 526.25 528.25 532.25

250 42,0 16 1 1/2" 310 212.13 242.13 822.13 NA 390 212.21 242.21 390 212.21 242.21 822.21 570 212.39 242.39 526.26 528.26 532.26

300 49,0 16 1 3/4" 360 216.16 246.16 826.16 NA 430 216.23 246.23 440 216.24 246.24 826.24 670 216.47 246.47 526.28 528.28 532.28

350 52,0 16 1 7/8" 380 218.18 248.18 828.18 NA 460 218.26 248.26 470 218.27 248.27 828.27 526.29 528.29

400 62,0 16 2 1/4" 450 221.20 251.20 831.20 NA 530 221.28 251.28 550 221.30 251.30 831.30 526.31 528.31

450 62,0 16 2 1/4" 470 221.22 251.22 831.22 NA 550 221.30 251.30 580 221.33 251.33 831.33 526.31 528.31

500 68,0 16 2 1/2" 510 223.13 253.13 833.13 NA 590 223.21 253.21 630 223.25 253.25 833.25 526.33 528.33

600 88,0 16 3 1/4" 640 227.14 257.14 837.14 20 127/88 20 655.32 720 227.22 257.22 770 227.27 257.27 837.27 526.38 528.38



3) BOLTING MATERIALS ASTM A 193-B7 / A320-L7 & L43 / A 194-2H / A 194-7 / DIN 125 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.



5) SLEEVE FOR USE WITH FLANGE TO FLANGE CONNECTION ONLY (IN ORDER TO ACHIEVE CORRECT ELONGATION UNDER HYDRAULIC TENSION). ONE SLEEVE EACH BOLT, MOUNTED ON

OPPOSITE SIDE OF TENSIONING EQUIPMENT.





NHSM

FLANGE - FLANGE

SLEEVE(5)


Page: 865

API BOLTS API TYPE 6B FLANGE DRIP RING SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS

DN NOM. DIA. NO. SIZE L NHSM L NHSM L NHSM L NHSM STUDS HEX. HEAD NHSM

SIZE HOLE OFF (in.) (mm) (mm) (mm) (mm) L NHSM L NHSM


50 2 1/16 1,00 8 7/8" 150 205.12 235.12 815.12 526.21

80 3 1/8 1,25 8 1 1/8" 220 207.13 237.13 817.13 526.23

100 4 1/16 1,38 8 1 1/4" 240 208.12 238.12 818.12 526.24

125 5 1/8 1,62 8 1 1/2" 290 212.11 242.11 822.11 526.26

150 7 1/16 1,50 12 1 3/8" 310 210.13 240.13 820.13 526.25

200 9 1,75 12 1 5/8" 350 214.17 244.17 824.17 526.27



3) BOLTING MATERIALS ASTM A 193-B7 / A320--L7 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.


TITLE: IMPERIAL STUD BOLT CHARTCLASS API 5000




Page: 866

API BOLTS API TYPE 6BX FLANGE DRIP RING SPEC. BLD. WAFER CHECK WAFER BUTTERFLY NUTS

DN NOM. DIA. NO. SIZE L NHSM L NHSM L NHSM L NHSM STUDS HEX. HEAD NHSM

SIZE HOLE OFF (in.) (mm) (mm) (mm) (mm) L NHSM L NHSM


50 2 1/16 0,88 8 3/4" 130 204.16 234.16 814.16 526.19

80 3 1/16 1,12 8 1" 190 206.14 236.14 816.14 526.22

100 4 1/16 1,25 8 1 1/8" 240 207.15 237.15 817.15 526.23

125 5 1/8 1,25 12 1 1/8" 260 207.17 237.17 817.17 526.23

150 7 1/16 1,62 12 1 1/2" 330 212.15 242.15 822.15 526.26



3) BOLTING MATERIALS ASTM A 193-B7 / A320-L7 / A 194-2H / A 194-7 SHALL BE HOT DIP GALVANISED TO ASTM A 153 AND ASTM A 143.


TITLE: IMPERIAL STUD BOLT CHARTCLASS API 10000




Page: 867

TITLE: IX SEAL RING, (COMPACT FLANGES)

ELEMENT DATA SHEET EDS-031 NHT-P54-07031 1 OF 1 01

DOCUMENT NUMBER SHT. NO. REV

NOTES:

IX SEAL RING The material type for IX seal rings shall be according to the requirement beneath. Material type Description MDS

API 5L X52 C22 Carbon steel (SE) ASTM A694 grad F52 C21 ASTM A790 grade S31803 D41 ASTM A182 grade F51 D44 ASTM A240 grad S31803 D45

Duplex (SE)

ASTM A890 grade 4 D46 ASTM A790 grade S31254 R11 ASTM A182 grade F44 R14

6Mo

ASTM A240 grad S31254 R15

Page: 868

TITLE: M5 rubber bound aramid

ELEMENT DATA SHEET EDS-032

NHT-P54-07032 1 OF 1 01


NOTES:

RUBBER BOUND ARAMID GASKET

MATERIAL: Aramid with rubber binder

DIMENSIONS: ASME B16.21 Thickness 1,5 mm

COMPRESSABILITY: Minimum 10% (ASTM F36A)

RECOVERY: Minimum 65% (ASTM F36A)

STRESS RELAXATION: Minimum 25 Mpa (BS 1832)

OIL RESISTENT: Oil 3 thickness increase maximum 5% (ASTM) Fuel B thickness increase maximum 10% (ASTM) Oil 3 weight increase maximum 15% (ASTM) Fuel B weight increase maximum 20% (ASTM)

WATER RESISTENT: According to BS 1832, WRC 8706067 or equivalent

Page: 869

A Ø

PIPE SIZE DN

PN 20

PN 50

B Ø

C

E

F

O Ø

H Ø

I Ø

J Ø

K Ø

L

50 102 108 60 40 180 29 10 34 11,1 26,7 NOTE 5 60 80 133 146 89 40 185 29 10 34 11,1 26,7 NOTE 5 70 100 171 178 114 40 190 29 10 34 11,1 26,7 NOTE 5 90 150 219 247 168 40 200 36 16 34 11,1 26,7 NOTE 5 100 200 276 305 219 40 210 36 16 34 11,1 26,7 NOTE 5 100 250 337 359 273 40 235 36 16 34 11,1 26,7 NOTE 5 110 300 406 419 324 60 248 36 16 34 11,1 26,7 NOTE 5 120 350 448 483 356 60 260 36 16 41 15,2 33,4 NOTE 5 100 400 511 536 406 60 267 39 16 41 15,2 33,4 NOTE 5 100 450 546 594 457 60 279 39 16 41 15,2 33,4 NOTE 5 120 500 603 651 508 70 286 39 16 41 15,2 33,4 NOTE 5 120 600 714 772 610 70 317 44 16 41 15,2 33,4 NOTE 5 140

TITLE: DRIP RING DETAILS RF FLANGES ELEMENT DATA SHEET EDS-041

NHT-P54-00993 1 OF 1 02

HYDRO

Technology and Projects DOCUMENT NUMBER SHT. NO. REV

NOTES: 1. GROOV & PITCH DIAMETER TO ASME B16.5 2. LIFTING HANDLE AS SHOWN OR EQUIVALENT TO BE PROVIDED ON ALL DRIP RINGS WITH SIZE, RATING &

TYPE OF MATERIAL STAMPED ON LUG (ADEQUATE LIFTING CAPACITY SHALL ALWAYS BE DOCUMENTED). 3. MATERIAL SHALL BE ACCORDING TO RELEVANT PIPING CLASS 4. CONTACT FACE OF DRIP RING SHALL BE: RA=3,5-12,5 MICRONS 5. TAPER BORE (1:4) TO MATCH RELEVANT PIPING CLASS

45°

A

B GASKET CONTACT FACE, SEE NOTE 4

C

1

45°

F

E

50

50 SS 316L PLATE (3mm) TO BE TACK WELDED TO LIFTING HANDEL

SKETCHES ARE NOT SCALED

H I

J

L

40

K

45°

60°

37,5°

R1

O ROD

ALL DIMENSIONS IN MILLIMETERS

Page: 870

A Ø

PIPE SIZE DN

PN 100

PN 150

PN 250

PN 420

B Ø

C

E

F

O Ø

H Ø

I Ø

J Ø

K Ø

L

50 108 141 141 141 60 60 180 29 10 29 11,1 26,7 NOTE 5 60 80 146 166 173 193 89 60 185 29 10 34 11,1 26,7 NOTE 5 70 100 192 205 208 231 114 60 190 29 10 34 11,1 26,7 NOTE 5 90 150 265 287 281 314 168 75 200 36 16 34 11,1 26,7 NOTE 5 100 200 319 357 351 384 219 75 210 36 16 34 11,1 26,7 NOTE 5 100 250 399 434 434 472 273 75 235 36 16 34 11,1 26,7 NOTE 5 110 300 456 457 519 545 324 75 248 36 16 34 11,1 26,7 NOTE 5 120 350 491 520 579 - 356 75 260 36 16 41 15,2 33,4 NOTE 5 100 400 564 574 641 - 406 80 267 39 16 41 15,2 33,4 NOTE 5 100 450 612 638 702 - 457 80 279 39 16 41 15,2 33,4 NOTE 5 120 500 682 697 756 - 510 80 286 39 16 41 15,2 33,4 NOTE 5 120 600 790 837 900 - 610 80 317 44 16 41 15,2 33,4 NOTE 5 140

TITLE: DRIP RING DETAILS RTJ FLANGES ELEMENT DATA SHEET EDS-042

NHT-P54-07002 1 OF 1 02

HYDRO


NOTES: 1. GROOV & PITCH DIAMETER TO ASME B16.5 2. LIFTING HANDEL AS SHOWN OR EQUIVALENT TO BE PROVIDED ON ALL DRIP RINGS WITH SIZE,

RATING & TYPE OF MATERIAL STAMPED ON LUG. 3. MATERIAL SHALL BE ACCORDING TO RELEVANT PIPING CLASS 4. RTJ GROOVE SHALL BE RA=1,6 MICRONS 5. TAPER BORE (1:4) TO MATCH RELEVANT PIPING CLASS

45?

A

B GASKET CONTACT FACE, SEE NOTE 4

C

1

45?

F

E

50

50 SS 316L PLATE (3mm) TO BE TACK WELDED TO LIFTING HANDEL


H I

J

L

40

K

45?

60?

37,5?

R1

O ROD


Page: 871

PIPE SIZE DN

B Ø

C

F O Ø

H Ø

I Ø

DRAIN PORT

FLANGE SIZE

K Ø

50 60 29 10 34 11 DN20 80 60 29 10 34 11 DN20

*NOTE 3

100 60 29 10 34 11 DN20 150 75 36 16 34 11 DN20 200 75 36 16 34 11 DN20 250 75 36 16 34 11 DN20 300 75 36 16 34 11 DN20 350 75 36 16 41 15 DN25 400 80 39 16 41 15 DN25 450 80 39 16 41 15 DN25 500 80 39 16 41 15 DN25 600

REF EDS-351 FOR

RELE-VANT PIPING CLASS

80 44 16 41 15 DN25

REF EDS-351 FOR RELE-VANT PIPING CLASS, NOTE 4

NOTE 3

TITLE: DRIP RING DETAILS COMPACT FLANGES ELEMENT DATA SHEET EDS-043

NHT-P54-07043 1 OF 1 01

HYDRO


NOTES: 1. FLANGE DIMENSIONS AS PER NORSOK L-005, SECTION 5 (NCF5). 2. LIFTING HANDLE AS SHOWN OR EQUIVALENT TO BE PROVIDED ON ALL DRIP RINGS WITH SIZE, RATING &

TYPE OF MATERIAL STAMPED ON LUG (ADEQUATE LIFTING CAPACITY SHALL ALWAYS BE DOCUMENTED). 3. MATERIAL SHALL BE ACCORDING TO RELEVANT PIPING CLASS, EXCEPT FOR LINE SIZES DN80 AND BELOW IN

CARBON STEEL SYSTEMS WHEREON 22CR DUPLEX DRIP RINGS SHALL BE USED. 4. TAPER BORE (1:4) TO MATCH RELEVANT PIPING CLASS. 5. DUE TO SMALL DISTANCE BETWEEN FLANGE BOLT HOLES IT IS REQUIRED THAT DRAIN PORT IS CENTERED

ACCURATELY ([ DN300: MIN. 3 MM + CORR. ALLOW (3MM) WALL THK. BETWEEN PORT AND BOLT HOLES).

45°

F

150

50

50SS 316L PLATE (3mm) TO BE TACK WELDED TO LIFTING HANDLE


H I

150

40

K

45°

60°

R1

O ROD

ALL DIMENSIONS IN MILLIMETRES

FLANGE FACING AND BOLT HOLES, SEE NOTE 1

PRECISION DRILLING OF PORT, SEE NOTE 5

DRAIN PORT FLANGE DIM. SEE NOTE 1

C

Page: 872

TITLE: SPADE & SPACERS


NHT- P54-07048 1 OF 1 01


NOTES: 1. FOR FLANGE DIMENSIONS SEE NORSOK EDS NLB1 2. THE HANDLE SHALL BE CAPABLE OF LIFTING THE FLANGE FROM HORIZONTAL POSITION

WITHOUT BEING BENT. WELDING SHALL MEET CODE REQUIREMENTS FOR VISUAL INSPECTION. 3. MATERIAL SHALL BE ACCORDING TO RELEVANT PIPING CLASS 4. HANDLE SHALL EXTEND 130mm OUTSIDE THE OUTER FLANGE DIAMETER 5. FLANGES SHALL BE CLEARLY STAMPED WITH SIZE, RATING AND TYPE OF MATERIAL ON OUTER

EDGE, NEAR HANDEL 6. SPADE & SPACER HANDLE PLATES TO BE HARD STAMPED “SPADE” OR “SPACER” RESPECTIVELY.

80

NOTE 4

80

50

SS 316L PLATE (3mm) TO BE TACK WELDED TO LIFTING HANDLE, Ø 12mm HOLE IN THE PLATE


16mm ROD (TYP)


8 (TYP)

SPACER

45°

80

NOTE 4

80

50

SS 316L PLATE (3mm) TO BE TACK WELDED TO LIFTING HANDLE

16mm ROD (TYP)

8 (TYP)

SPADE

SPADE SPACER

45°

Page: 873

DN d D d D d D15 15,7 46,5 15,7 52,520 21,1 56 21,1 64,525 26,9 65,5 26,9 7140 41,3 84,5 40,9 94,550 54,7 102,5 54,7 10980 82,9 134,5 82,9 148,5100 108,3 172,5 108,3 180 108,3 192150 161,5 221,5 161,5 250 161,5 265200 211,5 278,5 211,5 306 211,5 319250 264,6 338 264,6 360 264,6 399300 314,6 408 314,6 421 314,6 456350 346 449 346 484,5 346 491400 396,8 513 396,8 538,5 396,8 564450 447,6 548 447,6 595,5 447,6 612500 497 605 497 653 497 682600 596,6 716,5 596,9 774 596,9 790650 652 773 652 834700 705 830 705 898750 751,6 881 751,6 952800 87,2 939 807,2 1006900 903 1047 903 1117

d = Inner ring inside diameter

D = Centring ring outside diameter

1 OF 1SHEET NO. REV.

EDS-071ELEMENT DATA SHEETNHT-P54-01128

DOCUMENT NUMBER

PN 20 PN 50 PN 100

02

TITLE:SPIRAL WOUND GASKET w\INNER - AND CENTRING RING

DIAMETERS

Page: 874

Page: 875

FULL FLOW CROSS DIMENSIONS

NOM. SIZE A B CDN50 406 203 150DN80 406 203 150DN100 560 280 210DN125 610 305 240DN150 762 381 305

3D REINFORCED BACK 90° ELBOW(2xWT OUTSIDE OF BEND)

NOM. SIZE B CDN50 178 152DN80 305 229DN100 356 305DN125 432 381DN150 533 457

EQUAL LONG SWEEP TEE

NOM. SIZE A B CB DN50 203 330 150

DN80 203 330 150DN100 280 406 210DN125 305 483 240DN150 381 686 305

EQUAL LONG SWEEP FULL FLOW TEE


5000 PSI DEILMANN TYPE 350 SERIES MANIFOLD FITTINGS OR EQUAL,WITH WALL THICKNESS TO MATCH PIPE SCHEDULE.

TITLE:HIGH PRESSURE MANIFOLD FITTINGS


DOCUMENT NUMBER SHT. NO. REV.

CB

A

CB

CA

A

CB

A

Page: 876

STANDPIPE GOOSENECK 160° WITH TOP OUTLET



NOM. SIZE A BDN50 152 121DN80 229 171DN100 305 177DN125 381 209DN150 457 265

45° LATERAL TEE


BULL PLUG, HOLLOW TYPE

NOM. SIZE A BDN50 70 60,3DN80 90 88,9DN100 115 114,3DN125 140 141,3DN150 170 168





C

A

B

A

B

B

A

B C

45°

A

B

Page: 877

LONG SWEEP 90° ELBOW




REDUCING LONG SWEEP TEE

NOM. SIZE A B CDN 80 x 50 406 203 150DN 100 x 50 560 280 210DN 100 x 80 560 280 210DN 125 x 50 610 305 240DN 125 x 80 610 305 240DN 125 x 100 610 305 240DN 150 x 80 762 381 305DN 150 x 100 762 381 305DN 150 x 125 762 381 305





CB

A

B

B

CB

A

Page: 878

FULL FLOW CROSS DIMENSIONS




EQUAL LONG SWEEP TEE

NOM. SIZE A B CB DN50 203 330 150

DN80 203 330 150DN100 280 406 210DN125 305 483 240DN150 381 686 305

EQUAL LONG SWEEP FULL FLOW TEE






CB

A

CB

CA

A

CB

A

Page: 879

STANDPIPE GOOSENECK 160° WITH TOP OUTLET




45° LATERAL TEE


BULL PLUG, HOLLOW TYPE

NOM. SIZE A BDN50 70 60,3DN80 90 88,9DN100 115 114,3DN125 140 141,3DN150 170 168





C

A

B

A

B

B

A

B C

45°

A

B

Page: 880





REDUCING LONG SWEEP TEE

NOM. SIZE A B CDN 80 x 50 406 203 150DN 100 x 50 560 280 210DN 100 x 80 560 280 210DN 125 x 50 610 305 240DN 125 x 80 610 305 240DN 125 x 100 610 305 240DN 150 x 80 762 381 305DN 150 x 100 762 381 305DN 150 x 125 762 381 305





CB

A

B

B

CB

A

Page: 881

WN FLANGE API 6A, 10000 PSI

PIPING CLASS MA1

DN API SIZE PIPE OD PIPE WT. PIPE/FLG ID. FLG NECK ODOD WTH B J2

50 1 13/16 60,3 11,1 38,1 65,080 2 9/16 88,9 15,2 58,5 91,9

100 3 1/16 114,3 20,0 74,3 114,3125 4 1/16 141,3 25,0 91,3 146,0150 5 1/8 168,3 30,0 108,3 182,6

TITLE: WN FLANGE API 6A, 10000 PSIELEMENT DATA SHEET EDS-144

NHT-P54-07004 1 OF 1 01DOCUMENT NUMBER SHEET NO. REV.

BJ2ODWTH

Page: 882

TITLE: O’let design


NHT-P54-07200 1 OF 1 02


WOL - Weldolets WOL shall be designed according to MSS SP-97, requirements described in NORSOK EDS NOL1, §1 and the following requirements: § For headers with nominal wall thickness equal or less than given by pipe schedule 20S, the weld

thickness shall be minimised. § WOL height shall be in accordance with MSS SP-97. The height specified in MSS SP-97 shall be

interpreted as follows: � Sch <= STD: Height as for STD � STD < Sch <= XS: Height as for XS � XS < Sch: Height as for sch 160 � The schedule is referring to the header pipe.

§ The design shall fulfil stress intensity factors as given for “branch welded-on fitting” in ASME B31.3 table D300.

§ Butt-welding end finish shall comply with the standard welding bevel and root face of ASME B16.25. The requirements in ASME B16.25 fig. 1 shall apply to geometry transmissions

§ WOL falling outside the guidelines above, shall be agreed on a case by case basis with Company. § If a deviation is approved by Company to include the cover filet weld area in the design,

welding procedures shall include the filet weld. § WOL shall be made from a material with equal or higher strength than the connecting branch and

header pipe.

Nipoflanges Nipoflanges shall be designed according to the requirements described in NORSOK EDS NOL1, §2 and the following requirements: § Flange dimensions shall comply to relevant flange standard § Tolerances on bolt hole diameter shall be -0 +0.5 mm for flanges with dimensions according to

ASME B16.5 § Reinforcement design shall be as for WOL

Sweepolet Sweepolets shall be designed to fulfil stress intensity factors given for “welded- in contour insert” in ASME B31.3 table D300. Radius of curvature of external contoured portion of outlet, rx, measured in the plane containing the axes of the header and branch, shall be as large as possible, but within the requirements of ASME B31.3, para.304.3.4(d)

CL branch

A1

Height of olet from MSS SP-97

TH Th A2=0

tb

d1

L4

d2

tc A3+A4

Page: 883

DN COUPL. REF.

DELTA ID PIPE-RING (2)

DN COUPL. REF.


mm TYPE mm mm TYPE mm

EA1 15 1GR4 DC11 (fully rated) -1 ED1 15 1GR5 DR20 (fully rated) 0EA1 20 1GR5 DC11 (fully rated) 0 ED1 20 1GR7 DR20 (fully rated) -2EA1 25 1GR7 DC11 (fully rated) -2 ED1 25 1GR11 DR20 (fully rated) -2EA1 40 1,5GR14 DC11 (fully rated) -7 ED1 40 1,5GR14 DR20 (fully rated) 0EA1 50 2GR16 DC11 (fully rated) -5 ED1 50 2GR20 DR20 (fully rated) -1EA1 80 3GR27 DC11 (fully rated) -5 ED1 80 3GR27 DR20 (fully rated) -1EA1 100 4GR40 DC11 (fully rated) -7 ED1 100 4GR40 DR20 (fully rated) -2EA1 150 6GR62 DC11 (fully rated) -10 ED1 150 6GR62 DR20 (fully rated) -2EA1 200 8GR76 DC11 (fully rated) -6 ED1 200 8GR82 DR20 (fully rated) -9EA1 250 10H97 DC11 (fully rated) -10 ED1 250 10H102 DR20 (fully rated) -8EA1 300 12M120 DC11 (fully rated) -19 ED1 300 12M120 DR20 (fully rated) -5EA1 350 P130 DC11 (fully rated) -15 ED1 350 P134 DR20 (fully rated) -12EA1 400 S144 DC11 (fully rated) -7 ED1 400 S152 DR20 (fully rated) -8EA1 450 U170 DC11 (fully rated) -24 ED1 450 U170 DR20 (fully rated) -5EA1 500 3V180 DC11 (fully rated) -3 ED1 500 3V192 DR20 (fully rated) -24EA1 600 3Y232 DC11 (fully rated) -45 ED1 600 3Y232 DR20 (fully rated) -32EC2 15 1GR5 DS20 (fully rated) 0 EE1 15 1GR5 DD20 (fully rated) 0EC2 20 1GR7 DS20 (fully rated) -2 EE1 20 1GR7 DD20 (fully rated) -2EC2 25 1GR11 DS20 (fully rated) -2 EE1 25 1GR11 DD20 (fully rated) -2EC2 40 1,5GR14 DS20 (fully rated) 0 EE1 40 1,5GR14 DD20 (fully rated) 0EC2 50 2GR20 DS20 (fully rated) -1 EE1 50 2GR20 DD20 (fully rated) -1EC2 80 3GR27 DS20 (fully rated) -1 EE1 80 3GR27 DD20 (fully rated) -1EC2 100 4GR40 DS20 (fully rated) -2 EE1 100 4GR40 DD20 (fully rated) -2EC2 150 6GR62 DS20 (fully rated) -2 EE1 150 6GR62 DD20 (fully rated) -2EC2 200 8GR82 DS20 (fully rated) -14 EE1 200 8GR82 DD20 (fully rated) -9EC2 250 10H97 DS20 (fully rated) -6 EE1 250 10H102 DD20 (fully rated) -8EC2 300 12M120 DS20 (fully rated) -13 EE1 300 12M120 DD20 (fully rated) -3EC2 350 P130 DS20 (fully rated) -7 EE1 350 P134 DD20 (fully rated) -12EC2 400 S152 DS20 (fully rated) -16 EE1 400 S152 DD20 (fully rated) -8EC2 450 U170 DS20 (fully rated) -15 EE1 450 U170 DD20 (fully rated) -2EC2 500 3V192 DS20 (fully rated) -24 EE1 500 3V192 DD20 (fully rated) -8EC2 600 3Y232 DS20 (fully rated) -32 EE1 600 3Y232 DD20 (fully rated) -18

1) Seal ring ID smaller than pipe/hub ID2) Seal ring ID may deviate for some suppliers.

1 OF 5SHT. NO.DOCUMENT NUMBER REV.

CL 600ELEMENT DATA SHEET EDS-350

MHT-P54-07350

NOTE

PIPE CLASS

Coupling type as for NORSOK

pipe class

02

PIPE CLASS


pipe class

NOTE

TITLE: GRAYLOC TYPE MECHANICAL JOINT

Page: 884

DN COUPL. REF.


DN COUPL. REF.



NOTE

PIPE CLASS


pipe class

PIPE CLASS


pipe class

NOTE

GA1 15 1GR4 EC11 (fully rated) -1 GE1 15 1GR5 ED20 (fully rated) 0GA1 20 1GR5 EC11 (fully rated) 0 GE1 20 1GR7 ED20 (fully rated) -2GA1 25 1GR7 EC11 (fully rated) -2 GE1 25 1GR11 ED20 (fully rated) -2GA1 40 1,5GR14 EC11 (fully rated) -7 GE1 40 1,5GR14 ED20 (fully rated) 0GA1 50 2GR16 EC11 (fully rated) -5 GE1 50 2GR20 ED20 (fully rated) -1GA1 80 3GR25 EC11 (fully rated) -3 GE1 80 3GR27 ED20 (fully rated) -1GA1 100 4GR34 EC11 (fully rated) -3 GE1 100 4GR40 ED20 (fully rated) -2GA1 150 6GR56 EC11 (fully rated) -7 GE1 150 6GR62 ED20 (fully rated) -2GA1 200 8GR72 EC11 (fully rated) -4 GE1 200 8GR82 ED20 (fully rated) -9GA1 250 10H94 EC11 (fully rated) -14 GE1 250 10H97 ED20 (fully rated) 1) 1GA1 300 12M106 EC11 (fully rated) 1) 5 GE1 300 12M120 ED20 (fully rated) -10GA1 350 P120 EC11 (fully rated) 0 GE1 350 P130 ED20 (fully rated) -2GA1 400 S137 EC11 (fully rated) 0 GE1 400 S152 ED20 (fully rated) -11GA1 450 U160 EC11 (fully rated) -10 GE1 450 U170 ED20 (fully rated) -7GA1 500 3V180 EC11 (fully rated) -16 GE1 500 3V192 ED20 (fully rated) -17GA1 600 3Y210 EC11 (fully rated) -3 GE1 600 3Y232 ED20 (fully rated) -23GC2 15 1GR5 ES20 (fully rated) -2 GE2 15 1GR5 ED20 (fully rated) 0GC2 20 1GR7 ES20 (fully rated) -4 GE2 20 1GR7 ED20 (fully rated) -2GC2 25 1GR11 ES20 (fully rated) -4 GE2 25 1GR11 ED20 (fully rated) -2GC2 40 1,5GR14 ES20 (fully rated) -3 GE2 40 1,5GR14 ED20 (fully rated) 0GC2 50 2GR20 ES20 (fully rated) -4 GE2 50 2GR20 ED20 (fully rated) -1GC2 80 3GR27 ES20 (fully rated) -5 GE2 80 3GR27 ED20 (fully rated) -1GC2 100 4GR40 ES20 (fully rated) -7 GE2 100 4GR40 ED20 (fully rated) -2GC2 150 6GR62 ES20 (fully rated) -10 GE2 150 6GR62 ED20 (fully rated) -2GC2 200 8GR67 ES20 (fully rated) 1) 12 GE2 200 8GR82 ED20 (fully rated) -14GC2 250 10H94 ES20 (fully rated) -7 GE2 250 10H97 ED20 (fully rated) -6GC2 300 12M112 ES20 (fully rated) -7 GE2 300 12M120 ED20 (fully rated) -13GC2 350 P130 ES20 (fully rated) -24 GE2 350 P130 ED20 (fully rated) -7GC2 400 S140 ES20 (fully rated) -4 GE2 400 S152 ED20 (fully rated) -16GC2 450 U160 ES20 (fully rated) -10 GE2 450 U170 ED20 (fully rated) -15GC2 500 3V180 ES20 (fully rated) -16 GE2 500 3V192 ED20 (fully rated) -24GC2 600 3Y210 ES20 (fully rated) -3 GE2 600 3Y232 ED20 (fully rated) -32GD1 15 1GR5 ER20 (fully rated) 0GD1 20 1GR7 ER20 (fully rated) -2GD1 25 1GR11 ER20 (fully rated) -2GD1 40 1,5GR14 ER20 (fully rated) 0GD1 50 2GR20 ER20 (fully rated) -1GD1 80 3GR27 ER20 (fully rated) -1GD1 100 4GR40 ER20 (fully rated) -2GD1 150 6GR62 ER20 (fully rated) -10GD1 200 8GR82 ER20 (fully rated) -14GD1 250 10H97 ER20 (fully rated) -6GD1 300 12M120 ER20 (fully rated) -13GD1 350 P130 ER20 (fully rated) -7GD1 400 S152 ER20 (fully rated) -16GD1 450 U170 ER20 (fully rated) -15GD1 500 3V192 ER20 (fully rated) -24GD1 600 3Y232 ER20 (fully rated) -32



TITLE: GRAYLOC TYPE MECHANICAL JOINTCL 900

ELEMENT DATA SHEET EDS-350MHT-P54-07350 02

Page: 885

DN COUPL. REF.


DN COUPL. REF.



NOTE

PIPE CLASS


pipe class

PIPE CLASS


pipe class

NOTE

HA1 15 1GR4 FC11 (fully rated) -6 HE1 15 1GR5 FD20 (fully rated) 0HA1 20 1GR4 FC11 (fully rated) -2 HE1 20 1GR7 FD20 (fully rated) -2HA1 25 1GR5 FC11 (fully rated) -1 HE1 25 1GR11 FD20 (fully rated) -2HA1 40 1,5GR11 FC11 (fully rated) -1 HE1 40 1,5GR14 FD20 (fully rated) 0HA1 50 2GR14 FC11 (fully rated) -3 HE1 50 2GR20 FD20 (fully rated) -1HA1 80 3GR23 FC11 (fully rated) -3 HE1 80 3GR27 FD20 (fully rated) -1HA1 100 4GR31 FC11 (fully rated) -3 HE1 100 4GR40 FD20 (fully rated) -7HA1 150 6GR52 FC11 (fully rated) -12 HE1 150 6GR56 FD20 (fully rated) -1HA1 200 8GR67 FC11 (fully rated) -6 HE1 200 8GR72 FD20 (fully rated) 1) 7HA1 250 10H84 FC11 (fully rated) -2 HE1 250 10H94 FD20 (fully rated) -7HA1 300 12M102 FC11 (fully rated) -6 HE1 300 12M106 FD20 (fully rated) 1) 5HA1 350 P112 FC11 (fully rated) -4 HE1 350 P120 FD20 (fully rated) 0HA1 400 S130 FC11 (fully rated) -7 HE1 400 S140 FD20 (fully rated) -4HA1 450 U144 FC11 (fully rated) -4 HE1 450 U160 FD20 (fully rated) -10HA1 500 3V170 FC11 (fully rated) -26 HE1 500 3V180 FD20 (fully rated) -16HA1 600 3Y200 FC11 (fully rated) -19 HE1 600 3Y210 FD20 (fully rated) -3HC2 15 1GR5 FS20 (fully rated) -2 HE2 15 1GR5 FD20 (fully rated) 0HC2 20 1GR7 FS20 (fully rated) -4 HE2 20 1GR7 FD20 (fully rated) -2HC2 25 1GR11 FS20 (fully rated) -4 HE2 25 1GR11 FD20 (fully rated) -2HC2 40 1,5GR14 FS20 (fully rated) -3 HE2 40 1,5GR14 FD20 (fully rated) 0HC2 50 2GR16 FS20 (fully rated) -5 HE2 50 2GR20 FD20 (fully rated) -4HC2 80 3GR25 FS20 (fully rated) -3 HE2 80 3GR27 FD20 (fully rated) -5HC2 100 4GR34 FS20 (fully rated) -7 HE2 100 4GR40 FD20 (fully rated) -7HC2 150 6GR52 FS20 (fully rated) -4 HE2 150 6GR56 FD20 (fully rated) -7HC2 200 8GR67 FS20 (fully rated) -4 HE2 200 8GR72 FD20 (fully rated) -4HC2 250 10H84 FS20 (fully rated) -2 HE2 250 10H94 FD20 (fully rated) -14HC2 300 12M102 FS20 (fully rated) -6 HE2 300 12M106 FD20 (fully rated) -3HC2 350 P112 FS20 (fully rated) -4 HE2 350 P120 FD20 (fully rated) -8HC2 400 S130 FS20 (fully rated) -7 HE2 400 S140 FD20 (fully rated) -4HC2 450 U144 FS20 (fully rated) -4 HE2 450 U160 FD20 (fully rated) -10HC2 500 3V170 FS20 (fully rated) -26 HE2 500 3V180 FD20 (fully rated) -16HC2 600 3Y200 FS20 (fully rated) -19 HE2 600 3Y210 FD20 (fully rated) -3HD2 15 1GR5 FR20 (fully rated) 0 HE5 15 1GR5 FD20 (fully rated) 0HD2 20 1GR7 FR20 (fully rated) -2 HE5 20 1GR7 FD20 (fully rated) -2HD2 25 1GR11 FR20 (fully rated) -2 HE5 25 1GR11 FD20 (fully rated) -2HD2 40 1,5GR14 FR20 (fully rated) 0 HE5 40 1,5GR14 FD20 (fully rated) 0HD2 50 2GR20 FR20 (fully rated) -1 HE5 50 2GR20 FD20 (fully rated) -4HD2 80 3GR27 FR20 (fully rated) -1 HE5 80 3GR27 FD20 (fully rated) -5HD2 100 4GR40 FR20 (fully rated) -7 HE5 100 4GR40 FD20 (fully rated) -7HD2 150 6GR56 FR20 (fully rated) -1 HE5 150 6GR56 FD20 (fully rated) -1HD2 200 8GR72 FR20 (fully rated) 1) 6 HE5 200 8GR72 FD20 (fully rated) 1) 2HD2 250 10H94 FR20 (fully rated) -3 HE5 250 10H94 FD20 (fully rated) -7HD2 300 12M106 FR20 (fully rated) 1) 10 HE5 300 12M106 FD20 (fully rated) 1) 5HD2 350 P120 FR20 (fully rated) 1) 5 HE5 350 P120 FD20 (fully rated) 0HD2 400 S140 FR20 (fully rated) 1) 1 HE5 400 S140 FD20 (fully rated) 1) 6HD2 450 U160 FR20 (fully rated) -5 HE5 450 U160 FD20 (fully rated) 1) 1HD2 500 3V180 FR20 (fully rated) -11 HE5 500 3V180 FD20 (fully rated) -3HD2 600 3Y210 FR20 (fully rated) 1) 3 HE5 600 3Y210 FD20 (fully rated) 1) 13





Page: 886

DN COUPL. REF.


DN COUPL. REF.



NOTE

PIPE CLASS


pipe class

PIPE CLASS


pipe class

NOTE

KA1 15 1GR4 GC11 (fully rated) -6 KE1 15 1GR5 GD20 (fully rated) 0KA1 20 1GR4 GC11 (fully rated) -2 KE1 20 1GR7 GD20 (fully rated) -2KA1 25 1GR5 GC11 (fully rated) -1 KE1 25 1GR11 GD20 (fully rated) -2KA1 40 1,5GR11 GC11 (fully rated) -1 KE1 40 1,5GR14 GD20 (fully rated) 0KA1 50 2GR14 GC11 (fully rated) -3 KE1 50 2GR16 GD20 (fully rated) 1) 2KA1 80 3GR23 GC11 (fully rated) -3 KE1 80 3GR25 GD20 (fully rated) 1) 5KA1 100 4GR27 GC11 (fully rated) -2 KE1 100 4GR34 GD20 (fully rated) 1) 3KA1 150 6GR46 GC11 (fully rated) -6 KE1 150 6GR52 GD20 (fully rated) 1) 7KA1 200 8GR62 GC11 (fully rated) 1) 3 KE1 200 8GR67 GD20 (fully rated) 1) 10KA1 250 10H72 GC11 (fully rated) 1) 14 KE1 250 10H82 GD20 (fully rated) 1) 21KA1 300 12M87 GC11 (fully rated) 1) 12 KE1 300 12M102 GD20 (fully rated) 1) 15KA1 350 P97 GC11 (fully rated) 1) 10 KE1 350 P112 GD20 (fully rated) 1) 17KA1 400 S112 GC11 (fully rated) 1) 14 KE1 400 S130 GD20 (fully rated) 1) 16KA1 450 U130 GC11 (fully rated) 1) 9 KE1 450 U144 GD20 (fully rated) 1) 23KA1 500 3V152 Not incl. in NORSOK -9 KE1 500 3V170 GD20 (fully rated) 1) 3KA1 600 3Y192 Not incl. in NORSOK -135 KE1 600 3Y200 GD20 (fully rated) 1) 14KA2 15 1GR4 GC11 (fully rated) -6 KE3 15 1GR5 GD20 (fully rated) 0KA2 20 1GR4 GC11 (fully rated) -2 KE3 20 1GR7 GD20 (fully rated) -2KA2 25 1GR5 GC11 (fully rated) -1 KE3 25 1GR11 GD20 (fully rated) -2KA2 40 1,5GR11 GC11 (fully rated) -5 KE3 40 1,5GR14 GD20 (fully rated) -3KA2 50 2GR14 GC11 (fully rated) -9 KE3 50 2GR16 GD20 (fully rated) 1) 2KA2 80 3GR23 GC11 (fully rated) -7 KE3 80 3GR25 GD20 (fully rated) 1) 5KA2 100 4GR27 GC11 (fully rated) -9 KE3 100 4GR34 GD20 (fully rated) -3KA2 150 6GR46 GC11 (fully rated) -14 KE3 150 6GR52 GD20 (fully rated) 1) 4KA2 200 8GR62 GC11 (fully rated) -9 KE3 200 8GR67 GD20 (fully rated) 1) 5KA2 250 10H72 GC11 (fully rated) -4 KE3 250 10H82 GD20 (fully rated) 1) 10KA2 300 12M87 GC11 (fully rated) -4 KE3 300 12M102 GD20 (fully rated) 1) 4KA2 350 P97 GC11 (fully rated) -8 | KE3 350 P112 GD20 (fully rated) 1) 12KA2 400 S112 GC11 (fully rated) -6 | KE3 400 S130 GD20 (fully rated) 1) 12

KC2 15 1GR4 GS20 (fully rated) -1 | KE3 450 U144 GD20 (fully rated) 1) 17KC2 20 1GR5 GS20 (fully rated) 0 | KE3 500 3V170 GD20 (fully rated) -1KC2 25 1GR7 GS20 (fully rated) -2 | KE3 600 3Y200 GD20 (fully rated) 1) 9

KC2 40 1,5GR11 GS20 (fully rated) -1 KE5 15 1GR5 GD20 (fully rated) -2KC2 50 2GR14 GS20 (fully rated) -3 KE5 20 1GR7 GD20 (fully rated) -4KC2 80 3GR23 GS20 (fully rated) -3 KE5 25 1GR11 GD20 (fully rated) -4KC2 100 4GR31 GS20 (fully rated) -4 KE5 40 1,5GR14 GD20 (fully rated) -7KC2 150 6GR46 GS20 (fully rated) -10 KE5 50 2GR16 GD20 (fully rated) -5KC2 200 8GR62 GS20 (fully rated) -9 KE5 80 3GR25 GD20 (fully rated) -3KC2 250 10H72 GS20 (fully rated) -4 KE5 100 4GR34 GD20 (fully rated) -7KC2 300 12M87 GS20 (fully rated) -4 KE5 150 6GR52 GD20 (fully rated) -12

KD1 15 1GR5 GR20 (fully rated) -2 KE5 200 8GR67 GD20 (fully rated) -8KD1 20 1GR7 GR20 (fully rated) -4 KE5 250 10H82 GD20 (fully rated) -3KD1 25 1GR11 GR20 (fully rated) -4 KE5 300 12M102 GD20 (fully rated) -11KD1 40 1,5GR14 GR20 (fully rated) -7 KE5 350 P112 GD20 (fully rated) -13KD1 50 2GR16 GR20 (fully rated) -5 KE5 400 S130 GD20 (fully rated) -7KD1 80 3GR25 GR20 (fully rated) -3 KE5 450 U144 GD20 (fully rated) -4KD1 100 4GR34 GR20 (fully rated) -7 KE5 500 3V170 GD20 (fully rated) -26KD1 150 6GR52 GR20 (fully rated) -12 KE5 600 3Y200 GD20 (fully rated) -19

KD1 200 8GR67 GR20 (fully rated) -8 KA3 15 1GR4 GC11 (fully rated) -1KD1 250 10H82 GR20 (fully rated) -3 KA3 20 1GR4 GC11 (fully rated) 1) 3KD1 300 12M97 GR20 (fully rated) -9 KA3 25 1GR5 GC11 (fully rated) 1) 5KD1 350 P112 GR20 (fully rated) -13 KA3 40 1,5GR11 GC11 (fully rated) -1KD1 400 S130 GR20 (fully rated) -7 KA3 50 2GR14 GC11 (fully rated) -3

1) Seal ring ID smaller than pipe/hub ID KA3 80 3GR23 GC11 (fully rated) -32) Seal ring ID may deviate for some suppliers. KA3 100 4GR27 GC11 (fully rated) 1) 1

4 OF 5SHT. NO.



DOCUMENT NUMBER REV.

Page: 887

DN COUPL. REF.


DN COUPL. REF.



NOTE

PIPE CLASS


pipe class

PIPE CLASS


pipe class

NOTE

LA1 50 2GR14 Not incl. in NORSOK -3 ME2 15 1GR4 Not incl. in NORSOK -1LA1 80 3GR23 Not incl. in NORSOK -3 ME2 20 1GR5 Not incl. in NORSOK 0LA1 100 4GR31 Not incl. in NORSOK -3 ME2 25 1GR7 Not incl. in NORSOK -2LA1 125 5GR40 Not incl. in NORSOK -5 ME2 40 1,5GR11 Not incl. in NORSOK -1LA1 150 6GR46 Not incl. in NORSOK -2 ME2 50 2GR14 Not incl. in NORSOK -3LA1 200 8GR64 Not incl. in NORSOK -59 ME2 80 3GR23 Not incl. in NORSOK -3MA1 50 2GR14 Not incl. in NORSOK -3 ME2 100 4GR27 Not incl. in NORSOK -4MA1 80 3GR23 Not incl. in NORSOK -3 ME2 150 6GR46 Not incl. in NORSOK -10MA1 100 4GR27 Not incl. in NORSOK -4 ME2 200 8GR62 Not incl. in NORSOK -9

MA1 125 5GR34 Not incl. in NORSOK -3 SE4 15 1GR5 Not incl. in NORSOK -2MA1 150 6GR46 Not incl. in NORSOK -14 SE4 20 1GR7 Not incl. in NORSOK -4

SE4 25 1GR11 Not incl. in NORSOK -4SE4 40 1,5GR14 Not incl. in NORSOK -7SE4 50 2GR16 Not incl. in NORSOK -5SE4 80 3GR25 Not incl. in NORSOK -3SE4 100 4GR34 Not incl. in NORSOK -7SE4 150 6GR52 Not incl. in NORSOK -12SE4 200 8GR67 Not incl. in NORSOK -8SE4 250 10H82 Not incl. in NORSOK -3SE4 300 12M102 Not incl. in NORSOK -11SE4 350 P112 Not incl. in NORSOK -13SE4 400 S130 Not incl. in NORSOK -7SE4 450 U144 Not incl. in NORSOK -4SE4 500 3V170 Not incl. in NORSOK -26SE4 600 3Y200 Not incl. in NORSOK -19


5 OF 5SHT. NO.

TITLE: GRAYLOC TYPE MECHANICAL JOINTSPECIAL RATING

EDS-35002

REV.DOCUMENT NUMBERMHT-P54-07350

ELEMENT DATA SHEET

Page: 888

DN DN

[mm] [mm]

EA1 15 160 DC11 (fully rated) 0 ED1 15 40S DR20 (fully rated) 0EA1 20 160 DC11 (fully rated) 0 ED1 20 40S DR20 (fully rated) 0EA1 25 160 DC11 (fully rated) 0 ED1 25 40S DR20 (fully rated) 0EA1 40 160 DC11 (fully rated) 0 ED1 40 40S DR20 (fully rated) 0EA1 50 160 DC11 (fully rated) 0 ED1 50 40S DR20 (fully rated) 0EA1 80 80 DC11 (fully rated) 0 ED1 80 40S DR20 (fully rated) 0EA1 100 80 DC11 (fully rated) 0 ED1 100 40S DR20 (fully rated) 0EA1 150 80 DC11 (fully rated) 0 ED1 150 40S DR20 (fully rated) 0EA1 200 80 DC11 (fully rated) 0 ED1 200 40S DR20 (fully rated) 0EA1 250 80 DC11 (fully rated) 0 ED1 250 40S DR20 (fully rated) 0EA1 300 80 DC11 (fully rated) 0 ED1 300 40S DR20 (fully rated) -2EA1 350 80 DC11 (fully rated) 0 ED1 350 40 DR20 (fully rated) 0EA1 400 80 DC11 (fully rated) 0 ED1 400 40 DR20 (fully rated) 0EA1 450 80 DC11 (fully rated) 0 ED1 450 XS DR20 (fully rated) -3EA1 500 80 DC11 (fully rated) 0 ED1 500 40 DR20 (fully rated) -11EA1 600 80 DC11 (fully rated) 0 ED1 600 40 DR20 (fully rated) -14EA1 700 28 mm Not incl. in NORSOK 0 EE1 15 40S DD20 (fully rated) 0EA1 750 30 mm DC11 (fully rated) 0 EE1 20 40S DD20 (fully rated) 0EA1 800 32 mm Not incl. in NORSOK 0 EE1 25 40S DD20 (fully rated) 0EA1 900 36 mm DC11 (fully rated) 0 EE1 40 40S DD20 (fully rated) 0EA1 1000 40 mm Not incl. in NORSOK 0 EE1 50 40S DD20 (fully rated) 0EA1 1050 40 mm Not incl. in NORSOK 0 EE1 80 40S DD20 (fully rated) 0EC2 15 40S DS20 (fully rated) 0 EE1 100 40S DD20 (fully rated) 0EC2 20 40S DS20 (fully rated) 0 EE1 150 40S DD20 (fully rated) 0EC2 25 40S DS20 (fully rated) 0 EE1 200 40S DD20 (fully rated) 0EC2 40 40S DS20 (fully rated) 0 EE1 250 40S DD20 (fully rated) 0EC2 50 40S DS20 (fully rated) 0 EE1 300 40S DD20 (fully rated) 0EC2 80 40S DS20 (fully rated) 0 EE1 350 40 DD20 (fully rated) 0EC2 100 40S DS20 (fully rated) 0 EE1 400 40 DD20 (fully rated) 0EC2 150 40S DS20 (fully rated) 0 EE1 450 XS DD20 (fully rated) 0EC2 200 60 DS20 (fully rated) 0 EE1 500 30 DD20 (fully rated) 0EC2 250 60 DS20 (fully rated) 0 EE1 600 40 DD20 (fully rated) 0EC2 300 60 DS20 (fully rated) 0EC2 350 60 DS20 (fully rated) 0EC2 400 60 DS20 (fully rated) 0EC2 450 60 DS20 (fully rated) 0EC2 500 60 DS20 (fully rated) 0EC2 600 60 DS20 (fully rated) 0EC2 700 28 mm Not incl. in NORSOK 0EC2 750 28 mm Not incl. in NORSOK 0EC2 800 30 mm Not incl. in NORSOK 0EC2 900 36 mm Not incl. in NORSOK 0EC2 1000 36 mm Not incl. in NORSOK 0EC2 1050 40 mm Not incl. in NORSOK 0

1) Flange facing ID smaller than pipe ID2) Wall thickness for the fully rated NORSOK piping class with the same ID as flange facing.

1 OF 5SHT. NO.

NOTE

PIPE CLASS

Flange facing as for NORSOK

pipe class

05

Flange facing

[SCH.] (2)

Flange facing

[SCH.] (2)

Delta ID pipe-flange

facing [mm]

Delta ID pipe-flange facing [mm]

PIPE CLASS


pipe class

NOTE

TITLE: COMPACT FLANGESCL 600

ELEMENT DATA SHEET EDS-351NHT-P54-07351


Page: 889

DN DN

[mm] [mm]

NOTE

PIPE CLASS


pipe class

Flange facing

[SCH.] (2)

Flange facing

[SCH.] (2)


facing [mm]


PIPE CLASS


pipe class

NOTE

GA1 15 160 EC11 (fully rated) 0 GE1 15 40S ED20 (fully rated) 0GA1 20 160 EC11 (fully rated) 0 GE1 20 40S ED20 (fully rated) 0GA1 25 160 EC11 (fully rated) 0 GE1 25 40S ED20 (fully rated) 0GA1 40 160 EC11 (fully rated) 0 GE1 40 40S ED20 (fully rated) 0GA1 50 160 EC11 (fully rated) 0 GE1 50 40S ED20 (fully rated) 0GA1 80 160 EC11 (fully rated) 0 GE1 80 40S ED20 (fully rated) 0GA1 100 120 EC11 (fully rated) 0 GE1 100 40S ED20 (fully rated) 0GA1 150 120 EC11 (fully rated) 0 GE1 150 40S ED20 (fully rated) 0GA1 200 120 EC11 (fully rated) 0 GE1 200 60 ED20 (fully rated) 1) 4GA1 250 120 EC11 (fully rated) 0 GE1 250 60 ED20 (fully rated) 1) 7GA1 300 120 EC11 (fully rated) 1) 8 GE1 300 60 ED20 (fully rated) 1) 3GA1 350 120 EC11 (fully rated) 1) 8 GE1 350 60 ED20 (fully rated) 1) 5GA1 400 120 EC11 (fully rated) 1) 10 GE1 400 60 ED20 (fully rated) 1) 5GA1 450 100 EC11 (fully rated) 0 GE1 450 60 ED20 (fully rated) 1) 8GA1 500 100 EC11 (fully rated) 0 GE1 500 60 ED20 (fully rated) 1) 7GA1 600 100 EC11 (fully rated) 0 GE1 600 60 ED20 (fully rated) 1) 9GA1 700 40 mm Not incl. in NORSOK 0 GE2 15 40S ED20 (fully rated) 0GA1 800 45 mm Not incl. in NORSOK 0 GE2 20 40S ED20 (fully rated) 0GA1 900 50 mm EC11 (fully rated) 0 GE2 25 40S ED20 (fully rated) 0GC2 15 80S ES20 (fully rated) 0 GE2 40 40S ED20 (fully rated) 0GC2 20 80S ES20 (fully rated) 0 GE2 50 40S ED20 (fully rated) 0GC2 25 80S ES20 (fully rated) 0 GE2 80 40S ED20 (fully rated) 0GC2 40 80S ES20 (fully rated) 0 GE2 100 40S ED20 (fully rated) 0GC2 50 80S ES20 (fully rated) 0 GE2 150 40S ED20 (fully rated) 0GC2 80 80S ES20 (fully rated) 0 GE2 200 60 ED20 (fully rated) 0GC2 100 80S ES20 (fully rated) 0 GE2 250 60 ED20 (fully rated) 0GC2 150 80S ES20 (fully rated) 0 GE2 300 60 ED20 (fully rated) 0GC2 200 100 ES20 (fully rated) 0 GE2 350 60 ED20 (fully rated) 0GC2 250 100 ES20 (fully rated) 0 GE2 400 60 ED20 (fully rated) 0GC2 300 100 ES20 (fully rated) 0 GE2 450 60 ED20 (fully rated) 0GC2 350 100 ES20 (fully rated) 0 GE2 500 60 ED20 (fully rated) 0GC2 400 100 ES20 (fully rated) 0 GE2 600 60 ED20 (fully rated) 0GC2 450 100 ES20 (fully rated) 0GC2 500 100 ES20 (fully rated) 0GC2 600 100 ES20 (fully rated) 0GD1 15 40S ER20 (fully rated) 0GD1 20 40S ER20 (fully rated) 0GD1 25 40S ER20 (fully rated) 0GD1 40 40S ER20 (fully rated) 0GD1 50 40S ER20 (fully rated) 0GD1 80 40S ER20 (fully rated) 0GD1 100 40S ER20 (fully rated) 0GD1 150 80S ER20 (fully rated) 0GD1 200 60 ER20 (fully rated) 0GD1 250 60 ER20 (fully rated) 0GD1 300 60 ER20 (fully rated) 0GD1 350 60 ER20 (fully rated) 0GD1 400 60 ER20 (fully rated) 0GD1 450 60 ER20 (fully rated) 0GD1 500 60 ER20 (fully rated) 0GD1 600 60 ER20 (fully rated) 0

1) Flange facing ID smaller than pipe ID2) Wall thickness for the fully rated NORSOK piping class with the same ID as flange facing.

2 OF 5SHT. NO.


ELEMENT DATA SHEET EDS-351NHT-P54-07351 05


Page: 890

DN DN

[mm] [mm]

NOTE

PIPE CLASS


pipe class

Flange facing

[SCH.] (2)

Flange facing

[SCH.] (2)


facing [mm]


PIPE CLASS


pipe class

NOTE

HA1 15 XXS FC11 (fully rated) 0 HAA 15 XXS FC11 (fully rated) 0HA1 20 XXS FC11 (fully rated) 0 HAA 20 XXS FC11 (fully rated) 0HA1 25 XXS FC11 (fully rated) 0 HAA 25 XXS FC11 (fully rated) 0HA1 40 XXS FC11 (fully rated) 0 HAA 40 XXS FC11 (fully rated) 0HA1 50 XXS FC11 (fully rated) 0 HAA 50 XXS FC11 (fully rated) 0HA1 80 XXS FC11 (fully rated) 0 HAA 80 XXS FC11 (fully rated) 0HA1 100 XXS FC11 (fully rated) 0 HAA 100 XXS FC11 (fully rated) 0HA1 150 XXS FC11 (fully rated) 0 HAA 150 XXS FC11 (fully rated) 0HA1 200 25 mm FC11 (fully rated) 1) 2 HAA 200 25 mm FC11 (fully rated) 1) 20HA1 250 160 FC11 (fully rated) 0 HAA 250 160 FC11 (fully rated) 1) 21HA1 300 160 FC11 (fully rated) 0 HAA 300 160 FC11 (fully rated) 1) 24HA1 350 160 FC11 (fully rated) 0 HAA 350 160 FC11 (fully rated) 1) 24HA1 400 160 FC11 (fully rated) 0 HAA 400 160 FC11 (fully rated) 1) 29HA1 450 160 FC11 (fully rated) 0 HAA 450 160 FC11 (fully rated) 1) 32HA1 500 160 FC11 (fully rated) 0 HAA 500 160 FC11 (fully rated) 1) 48HA1 600 160 FC11 (fully rated) 0 HAA 600 160 FC11 (fully rated) 1) 57HA1 700 60 mm Not incl. in NORSOK 0 HAA 700 36 mm Special Ormen Lange 0HA1 750 65 mm FC11 (fully rated) 0 HAA 750 40 mm Special Ormen Lange 0HA1 800 70 mm Not incl. in NORSOK 0 HAA 800 40 mm Special Ormen Lange 0HA1 900 75 mm FC11 (fully rated) 0 HAA 900 45 mm Special Ormen Lange 0HC2 15 80S FS20 (fully rated) 0 HAA 1000 50 mm Special Ormen Lange 0HC2 20 80S FS20 (fully rated) 0 HAA 1050 50 mm Special Ormen Lange 0HC2 25 80S FS20 (fully rated) 0 HAA 1100 55 mm Special Ormen Lange 0HC2 40 80S FS20 (fully rated) 0 HAA 1150 55 mm Special Ormen Lange 0HC2 50 160 FS20 (fully rated) 0 HAA 1200 60 mm Special Ormen Lange 0HC2 80 160 FS20 (fully rated) 0 HE1 15 40S FD20 (fully rated) 0HC2 100 160 FS20 (fully rated) 0 HE1 20 40S FD20 (fully rated) 0HC2 150 160 FS20 (fully rated) 0 HE1 25 40S FD20 (fully rated) 0HC2 200 160 FS20 (fully rated) 0 HE1 40 40S FD20 (fully rated) 0HC2 250 160 FS20 (fully rated) 0 HE1 50 80S FD20 (fully rated) 1) 3HC2 300 160 FS20 (fully rated) 0 HE1 80 80S FD20 (fully rated) 1) 4HC2 350 160 FS20 (fully rated) 0 HE1 100 80S FD20 (fully rated) 0HC2 400 160 FS20 (fully rated) 0 HE1 150 120 FD20 (fully rated) 1) 7HC2 450 160 FS20 (fully rated) 0 HE1 200 120 FD20 (fully rated) 1) 11HC2 500 160 FS20 (fully rated) 0 HE1 250 120 FD20 (fully rated) 1) 6HC2 600 160 FS20 (fully rated) 0 HE1 300 120 FD20 (fully rated) 1) 8HD2 15 40S FR20 (fully rated) 0 HE1 350 120 FD20 (fully rated) 1) 8HD2 20 40S FR20 (fully rated) 0 HE1 400 100 FD20 (fully rated) 0HD2 25 40S FR20 (fully rated) 0 HE1 450 100 FD20 (fully rated) 0HD2 40 40S FR20 (fully rated) 0 HE1 500 100 FD20 (fully rated) 0HD2 50 80S FR20 (fully rated) 1) 3 HE1 600 100 FD20 (fully rated) 0HD2 80 80S FR20 (fully rated) 1) 4 HE2 15 40S FD20 (fully rated) 0HD2 100 80S FR20 (fully rated) 0 HE2 20 40S FD20 (fully rated) 0HD2 150 120 FR20 (fully rated) 1) 7 HE2 25 40S FD20 (fully rated) 0HD2 200 120 FR20 (fully rated) 1) 11 HE2 40 40S FD20 (fully rated) 0HD2 250 120 FR20 (fully rated) 1) 11 HE2 50 80S FD20 (fully rated) 0HD2 300 120 FR20 (fully rated) 1) 13 HE2 80 80S FD20 (fully rated) 0HD2 350 120 FR20 (fully rated) 1) 14 HE2 100 80S FD20 (fully rated) 0HD2 400 100 FR20 (fully rated) 1) 4 HE2 150 120 FD20 (fully rated) 0HD2 450 100 FR20 (fully rated) 1) 5 HE2 200 120 FD20 (fully rated) 0HD2 500 100 FR20 (fully rated) 1) 5 HE2 250 120 FD20 (fully rated) 0HD2 600 100 FR20 (fully rated) 1) 6 HE2 300 120 FD20 (fully rated) 0

HE2 350 120 FD20 (fully rated) 0HE2 400 100 FD20 (fully rated) 0HE2 450 100 FD20 (fully rated) 0HE2 500 100 FD20 (fully rated) 0HE2 600 100 FD20 (fully rated) 0

1) Flange facing ID smaller than pipe ID HE2 900 55 mm Not incl. in NORSOK 02) Wall thickness for the fully rated NORSOK piping class with the same ID as flange facing.

3 OF 5SHT. NO.




Page: 891

DN DN

[mm] [mm]

NOTE

PIPE CLASS


pipe class

Flange facing

[SCH.] (2)

Flange facing

[SCH.] (2)


facing [mm]


PIPE CLASS


pipe class

NOTE

KA1 15 XXS GC11 (fully rated) 0 KE1 15 80S GD20 (fully rated) 1) 2KA1 20 XXS GC11 (fully rated) 0 KE1 20 80S GD20 (fully rated) 1) 2KA1 25 XXS GC11 (fully rated) 0 KE1 25 80S GD20 (fully rated) 1) 2KA1 40 12,5 mm GC11 (fully rated) 1) 5 KE1 40 160 GD20 (fully rated) 1) 4KA1 50 14,2 mm GC11 (fully rated) 1) 6 KE1 50 160 GD20 (fully rated) 1) 6KA1 80 17,5 mm GC11 (fully rated) 1) 5 KE1 80 160 GD20 (fully rated) 1) 7KA1 100 22,2 mm GC11 (fully rated) 1) 6 KE1 100 160 GD20 (fully rated) 1) 5KA1 150 30 mm GC11 (fully rated) 1) 8 KE1 150 XXS GD20 (fully rated) 1) 15KA1 200 36 mm GC11 (fully rated) 1) 12 KE1 200 25 mm GD20 (fully rated) 1) 13KA1 250 45 mm GC11 (fully rated) 1) 18 KE1 250 32 mm GD20 (fully rated) 1) 13KA1 300 50 mm GC11 (fully rated) 1) 16 KE1 300 36 mm GD20 (fully rated) 1) 26KA1 350 55 mm GC11 (fully rated) 1) 18 KE1 350 40 mm GD20 (fully rated) 1) 30KA1 400 65 mm GC11 (fully rated) 1) 26 KE1 400 160 GD20 (fully rated) 1) 23KA1 450 70 mm GC11 (fully rated) 1) 24 KE1 450 160 GD20 (fully rated) 1) 26KA1 500 80 mm GC11 (fully rated) 1) 32 KE1 500 160 GD20 (fully rated) 1) 28KA1 600 95 mm GC11 (fully rated) 1) 38 KE1 600 160 GD20 (fully rated) 1) 33KA2 15 XXS GC11 (fully rated) 0 KE3 15 80S GD20 (fully rated) 1) 2KA2 20 XXS GC11 (fully rated) 0 KE3 20 80S GD20 (fully rated) 1) 2KA2 25 XXS GC11 (fully rated) 0 KE3 25 80S GD20 (fully rated) 1) 2KA2 40 12,5 mm GC11 (fully rated) 0 KE3 40 160 GD20 (fully rated) 1) 4KA2 50 14,2 mm GC11 (fully rated) 0 KE3 50 160 GD20 (fully rated) 1) 6KA2 80 17,5 mm GC11 (fully rated) 0 KE3 80 160 GD20 (fully rated) 1) 7KA2 100 22,2 mm GC11 (fully rated) 0 KE3 100 160 GD20 (fully rated) 1) 5KA2 150 30 mm GC11 (fully rated) 0 KE3 150 XXS GD20 (fully rated) 1) 15KA2 200 36 mm GC11 (fully rated) 0 KE3 200 25 mm GD20 (fully rated) 1) 13KA2 250 45 mm GC11 (fully rated) 0 KE3 250 32 mm GD20 (fully rated) 1) 13KA2 300 50 mm GC11 (fully rated) 0 KE3 300 36 mm GD20 (fully rated) 1) 15KA2 350 55 mm GC11 (fully rated) 0 KE3 350 40 mm GD20 (fully rated) 1) 24KA2 400 65 mm GC11 (fully rated) 1) 6 KE3 400 160 GD20 (fully rated) 1) 19KC2 15 160 GS20 (fully rated) 0 KE3 450 160 GD20 (fully rated) 1) 21KC2 20 160 GS20 (fully rated) 0 KE3 500 160 GD20 (fully rated) 1) 24KC2 25 160 GS20 (fully rated) 0 KE3 600 160 GD20 (fully rated) 1) 27KC2 40 XXS GS20 (fully rated) 0 KE5 15 80S GD20 (fully rated) 0KC2 50 XXS GS20 (fully rated) 0 KE5 20 80S GD20 (fully rated) 0KC2 80 XXS GS20 (fully rated) 0 KE5 25 80S GD20 (fully rated) 0KC2 100 17,5 mm GS20 (fully rated) 0 KE5 40 160 GD20 (fully rated) 0KC2 150 28 mm GS20 (fully rated) 0 KE5 50 160 GD20 (fully rated) 0KC2 200 36 mm GS20 (fully rated) 0 KE5 80 160 GD20 (fully rated) 0KC2 250 45 mm GS20 (fully rated) 0 KE5 100 160 GD20 (fully rated) 0KC2 300 50 mm GS20 (fully rated) 0 KE5 150 XXS GD20 (fully rated) 0

| KC2 400 65 mm Not incl. in NORSOK 0 KE5 200 25 mm GD20 (fully rated) 0KD1 15 80S GR20 (fully rated) 0 KE5 250 32 mm GD20 (fully rated) 0KD1 20 80S GR20 (fully rated) 0 KE5 300 36 mm GD20 (fully rated) 0KD1 25 80S GR20 (fully rated) 0 KE5 350 40 mm GD20 (fully rated) 0KD1 40 160 GR20 (fully rated) 0 KE5 400 160 GD20 (fully rated) 0KD1 50 160 GR20 (fully rated) 0 KE5 450 160 GD20 (fully rated) 0KD1 80 160 GR20 (fully rated) 0 KE5 500 160 GD20 (fully rated) 0KD1 100 160 GR20 (fully rated) 0 KE5 600 160 GD20 (fully rated) 0KD1 150 XXS GR20 (fully rated) 0 KA3 15 XXS GC11 (fully rated) 1) 5KD1 200 25 mm GR20 (fully rated) 0 KA3 20 XXS GC11 (fully rated) 1) 5KD1 250 32 mm GR20 (fully rated) 0 KA3 25 XXS GC11 (fully rated) 1) 5KD1 300 40 mm GR20 (fully rated) 0 KA3 40 12,5 mm GC11 (fully rated) 1) 5KD1 350 40 mm GR20 (fully rated) 0 KA3 50 14,2 mm GC11 (fully rated) 1) 6KD1 400 160 GR20 (fully rated) 0 KA3 80 17,5 mm GC11 (fully rated) 1) 5

KA3 100 22,2 mm GC11 (fully rated) 1) 101) Flange facing ID smaller than pipe ID2) Wall thickness for the fully rated NORSOK piping class with the same ID as flange facing.

4 OF 5SHT. NO.




Page: 892

DN DN

[mm] [mm]

NOTE

PIPE CLASS


pipe class

Flange facing

[SCH.] (2)

Flange facing

[SCH.] (2)


facing [mm]


PIPE CLASS


pipe class

NOTE

LA1 50 S-XXS Not incl. in NORSOK 0 ME2 15 S-160 Not incl. in NORSOK 0LA1 80 S-XXS Not incl. in NORSOK 0 ME2 20 S-160 Not incl. in NORSOK 0LA1 100 S-XXS Not incl. in NORSOK 0 ME2 25 S-160 Not incl. in NORSOK 0LA1 125 21 mm Not incl. in NORSOK 0 ME2 40 S-XXS Not incl. in NORSOK 0LA1 150 24 mm Not incl. in NORSOK 0 ME2 50 S-XXS Not incl. in NORSOK 0MA1 50 S-XXS Not incl. in NORSOK 0 ME2 80 S-XXS Not incl. in NORSOK 0MA1 80 S-XXS Not incl. in NORSOK 0 ME2 100 20 mm Not incl. in NORSOK 0MA1 100 20 mm Not incl. in NORSOK 0 ME2 150 28 mm Not incl. in NORSOK 0MA1 125 25 mm Not incl. in NORSOK 0 ME2 200 36 mm Not incl. in NORSOK 0MA1 150 30 mm Not incl. in NORSOK 0 SE4 15 S-80S Not incl. in NORSOK 0KAA 15 XXS GC11 (fully rated) 0 SE4 20 S-80S Not incl. in NORSOK 0KAA 20 XXS GC11 (fully rated) 0 SE4 25 S-80S Not incl. in NORSOK 0KAA 25 XXS GC11 (fully rated) 0 SE4 40 S-160 Not incl. in NORSOK 0KAA 40 12,5 mm GC11 (fully rated) 1) 5 SE4 50 S-160 Not incl. in NORSOK 0KAA 50 14,2 mm GC11 (fully rated) 1) 11 SE4 80 S-160 Not incl. in NORSOK 0KAA 80 17,5 mm GC11 (fully rated) 1) 13 SE4 100 S-160 Not incl. in NORSOK 0KAA 100 22,2 mm GC11 (fully rated) 1) 18 SE4 150 S-XXS Not incl. in NORSOK 0KAA 150 30 mm GC11 (fully rated) 1) 24 SE4 200 25 mm Not incl. in NORSOK 0KAA 200 36 mm GC11 (fully rated) 1) 26 SE4 250 32 mm Not incl. in NORSOK 0KAA 250 45 mm GC11 (fully rated) 1) 33 SE4 300 36 mm Not incl. in NORSOK 0KAA 300 50 mm GC11 (fully rated) 1) 34 SE4 350 40 mm Not incl. in NORSOK 0KAA 350 55 mm GC11 (fully rated) 1) 30 SE4 400 S-160 Not incl. in NORSOK 0KAA 400 65 mm GC11 (fully rated) 1) 40 SE4 450 S-160 Not incl. in NORSOK 0KAA 450 70 mm GC11 (fully rated) 1) 40 SE4 500 S-160 Not incl. in NORSOK 0KAA 500 80 mm GC11 (fully rated) 1) 50 SE4 600 S-160 Not incl. in NORSOK 0KAA 600 95 mm GC11 (fully rated) 1) 60KAA 700 65 mm Special Ormen Lange 0KAA 900 81 mm Special Ormen Lange 0

2) Wall thickness for the fully rated NORSOK piping class with the same ID as flange facing.

5 OF 5SHT. NO.

TITLE: COMPACT FLANGESSPECIAL RATING

EDS-35105

REV.DOCUMENT NUMBERNHT-P54-07351

ELEMENT DATA SHEET

Page: 893

15 201,920 214,625 240,040 290,8

NOTE: 1. These valves have 14mm shorter end to end dimensions than ASME B16.10 long pattern

2. Flange outer dimensions equal to CL 2500, internal bore at flange face will differ3. Use valves in class 900 or 1500

1 OF 1SHT. NO.

TITLE: End to end dimensions for valves DN40 and smaller with

compact flanged ends

ELEMENT DATA SHEET EDS-352NHT-P54-07352


CL900 [mm] (2)

01

214,6 259,1240,0 293,8

End to end dimensions for valves with compact flanged ends (1)

shall not be used

(3)290,8 370,0

CL600 [mm] (2)

CL1500 [mm] (2)

CL2500 [mm]

201,9 249,7

Nominal valve size

Page: 894

Title: Piping and Valves Doc. No. L-001 Annex C EDS NAF1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 3

ASME B16.5, MSS-SP-44 and ASME B16.36 welding neck flanges. a. Flanges shall be bored to pipe schedule (or wall thickness) b. Outside cylindrical part of welding neck end of hub shall have Hmax as defined in fig. and table. c. Gasket surface finish shall be according to ASME B16.5 for raised face (RF) flanges, but class 600 rating shall have maximum 250 micro inch finish. d1. Maximum undertolerance of nominal pipewall thickness T, shall be 0.3 mm for MSS-SP-44 flanges when rating is higher than class 150.

Hmax - TABLE (mm) Rating NOM SIZE (in) LB .5 .75 1 1.5 2 3 4 6 8 10 12 14 16 18 20 24 30 36 42 48

150 20 20 20 20 20 20 20 20 20 20 20 20 20 25 25 25 20 Note 2 300 20 20 20 20 20 20 20 20 20 20 20 25 25 25 25 25 20 600 20 20 20 20 20 20 20 20 25 25 25 25 30 30 35 35 900 20 20 20 20 20 20 20 25 25 25 30 30 35 35 35 40 20 Note 1

1500 20 20 20 20 25 25 25 30 30 35 40 40 45 50 50 60 2500 25 25 30 35 40 50 55 80 80 120 120

.5 .75 1 1.5 2 3 4 6 8 10 12 14 16 18 20 24 30 36 42 48 NOTES 1. Maximum under tolerance of welding end thickness not to exceed 0.3 mm 2. Stainless steel flanges, use Hmax = 10 mm for 30" through 42" pipe. RTJ DIMENSION ABOVE 36" RTJ ring and groove shall be according to ASME B16.20 ring No. (in table below), except that pitch diameter shall be according to table below: RATING(lb) 600 900 1500 NOM SIZE(in) 42" RTJ pitch diam. P(mm) Ring No.

1124 R105

Facing diam. K(mm) 1226

Hydro ref . doc.no.: NHT-P54-07050 Rev.: 01M

Page: 895

Title: Piping and Valves Doc. No. L-001 Annex C EDS NBE1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 3

Page : 1 of: 6

1 GENERAL Design pressure strength shall be according to ASME B31.3 paragraph 304.7.2. Flexibility and stress intensification factor shall be documented with maximum allowed thinning of the outside wall for the actual bending radius. A specification detailing all requirements shall be prepared. The following criteria are applicable: - All bending shall be performed in accordance with a qualified procedure. The bend radius may be freely chosen if all other criteria are fulfilled. The equipment and process shall be qualified and maintained to ensure that the material properties fulfil the requirements for piping fabrication. 2 COLD FORMING 2.1 Limitations and Special Requirements The limitations and/or additional testing for the different material types related to cold forming are given in table 1 below. When solution annealing heat treatment is required, the heat treatment manufacturer shall be qualified according to Norsok M-650. 2.2 Bending of Welded Pipe The longitudinal weld of welded pipes shall not be located in a zone ? 40? from the bend tensile axis. 2.3 Flaring Flaring may only be performed for pressure rating up to Class 150 (PN 20) when shown on the piping class data sheet. 2.4 Wall Thickness The design code requirement to minimum wall thickness shall be fulfilled. The strength increase of cold bent pipe shall not be included in the pipe wall thickness calculations. 2.5 Welding No welding shall be performed in the plastically deformed zone nor closer than 2 times WT, minimum 30 mm, to this zone unless properly qualified on cold formed material. 2.6 Bending Procedure All cold forming shall be performed in accordance with a written procedure detailing: Material Diameter Wall thickness Type of forming equipment Relevant forming parameters Inspection and NDT of bends and flares, including acceptance criteria Any post bending heat treatment 2.7 Qualification 2.7.1 Cold Bending The following essential variables shall apply for bend qualification:


Page: 896


Page : 2 of: 6

Material : Each MDS Type of Pipe : Welded pipe qualifies seamless, but not vice versa Bend Radius : One radius qualifies all larger radii Diameter [D] : + 50% - -50% Wall Thickness [t] : + 25 % - -50 % Weld Position : One angle from neutral axis on tensile side qualifies

all lower angles Heat Treatment : Any change in PBHT Type of equipment : Any change

The qualification bend shall be 90°. Specimens for destructive testing shall be sampled from the area exposed to the most severe deformation. For welded pipe both the weld and base material shall be tested. The material properties of the qualification bend shall be verified by testing after bending. All tests specified in the applicable MDS for pipe and table 1 shall be performed, except cross weld tensile testing. Acceptance criteria shall be according to the applicable MDS with the following exception: Elongation shall comply with ASME B31.3 paragraph 332. Impact toughness shall satisfy Norsok M-601 table 1. Hardness values shall comply with table 1. The qualification bend shall be subjected to 100 % visual examination and 100 % MT or PT as applicable. For welded pipe the weld area shall be 100 % RT after bending. NDT methods and acceptance criteria shall be as for the pipe MDS. The out-of-roundness, wall thickness and other dimensional requirement of the qualification bend shall be checked before and after bending. The requirements of the design code shall be met. Documentation of the qualification shall be: Record of bending method and parameters Record of bending radius and angle Report with results of all tests performed. Material certificate 2.7.2 Flaring Qualification shall be performed for each combination of the following essential variables: Material : Each MDS Type of Pipe : Welded pipe qualifies seamless, but not vice versa Diameter [D] : + 50 % - -50 % Wall Thickness [t] : + 25 % - -25 % Heat Treatment : Any change in PBHT Type of equipment : Any change

The rest ductility shall be checked as close to the outer edge as possible and shall be minimum 5 %. The qualification flare shall be subjected to 100 % visual examination and 100% MT or PT as applicable. The acceptance criteria is no cracking.

Page: 897


Page : 3 of: 6

2.8 Non Destructive Testing The NDT requirements for cold forming shall be as stated below. The same NDT groups as for M-601 are used. For MT and PT the acceptance criteria shall be in accordance with ASME VIII, Div.1, Appendix 6 and 8 respectively.

EXTENT OF NDT [%] NDT GROUP

SERVICE PRESSURE RATING

STARTING PIPE Visual MT/PT

Seamless 100 Spot * 1 Non-flammable

and non-toxic fluids only

PN 20 (# 150) Welded 100 10 *

Seamless 100 Spot * 2 All systems except those in NDT group 1

PN 20 and 50 (#150 and # 300) Welded 100 10 *

Seamless 100 5 * 3 All systems ? PN 100 (# 600 and above) Welded 100 10 *

*Notes: Spot means 2 % and shall be representative. 10 % examination shall apply for the weld. Formed area in the base material shall examined to the same extent as for seamless pipe within the same NDT group. If no defects are found in the weld area in 20 bends per material, dimension, and wall thickness, the extent of examination may be reduced to 5 %. 10% shall be uniformly distributed and shall be representative for the production. If defect indications are revealed, the NDT extent shall be increased to 100 % until the reasons for the defect indications are concluded and necessary corrections in the forming process are made. 2.9 Production Testing Production testing shall be performed to demonstrate that the requirements listed above are fulfilled. The testing frequency shall be agreed with each Project and/or Company. For welded 22 and 25 % Cr duplex SS pipes material certificates shall be checked; if the lowest reported Charpy V single va lue is below 100 Joule (standard specimen) impact testing shall be performed for this position after bending to verify compliance with NORSOK M-601. 3 INDUCTION BENDING 3.1 Bending Procedure Induction bending shall be performed in accordance with a written procedure detailing: Material Diameter Bend radius Wall thickness Bending equipment Bending speed Bending temperature Cooling technique Inspection and NDT of bends, including acceptance criteria Any post bending heat treatment 3.2 Qualification Qualification shall be performed for each combination of the following essential variables:

Page: 898


Page : 4 of: 6

Material : Each MDS Diameter [D] : +100 % - -50 % Wall Thickness [t] : +25 % - -50 % Bend Radius : One radius qualifies all larger radii Bending Temperature : ? 25? C, related to position on pipe Bending Speed : ? 20 % Cooling Technique : Any change Post Bending Heat Treatment : Any change

Specimens for destructive testing shall be sampled from the area exposed to the most severe deformation and the transition zone. The material properties of the qualification bend shall be verified by testing after bending. The extent of testing and acceptance criteria shall be as for the applicable MDS. For bends intended for sour service the hardness requirements of NACE MR0175 shall be fulfilled. The qualification bend shall be subjected to 100 % visual examination and 100 % MT or PT as applicable. For welded pipe the weld area shall be 100 % radiographed after bending. The out-of-roundness and wall thickness of the qualification bend shall be checked before and after bending. The requirements of the design code shall be met. 3.3 Non Destructive Testing The following NDT shall be performed on all induction bent pipe: Visual Examination : 100 % MT or PT : As given for wrought fittings in the relevant

MDS The NDT methods and acceptance criteria shall be in accordance with the applicable MDS. 4 RE-CERTIFICATION Cold formed pipes which have undergone a new heat treatment e.g. normalising, quenched and tempering, or solution annealing shall be subject to re-certification. The new testing including lot definition, extent of testing, test location, acceptance criteria, etc. shall be in accordance with the MDS for wrought fittings. All induction bent pipes shall be re-certified. The new testing including lot definition, extent of testing, test location, acceptance criteria, etc. shall be in accordance with the MDS for wrought fittings. 5 DIMENSIONAL TEST All components shall be subject to 100% dimensional check. The dimensions shall comply with Norsok Standard L-004, section 6.5. 6 CERTIFICATION EN 10 204 Type 3.1 B.

Page: 899


Page : 5 of: 6

Table 1, Limitations and Special Requirements for cold bent pipes

MATERIAL PIPE CLASSES SERVICE LIMITATIONS AND/OR ADDITIONAL REQUIREMENTS

CMn steel type 235

Utility Service and non-sour HC-service

AC21 BC21 DC21

HC sour service (Pipe classes with extension "S")

Max. hardness 250 HV10. Post bending heat treatment (PBHT) may be required.

CMn-steel for LT service

AC11 BC11 DC11 EC11 FC11

FC15 GC11 GC15 KX70

All New heat treatment (normalising or quench and tempering) is required. The material shall be re-certified in accordance with the MDS requirements after heat treatment. Then the extent of testing, lot definition and acceptance criteria shall as for the MDS for wrought fittings (C11 and C21).


None SS 316 AS20 BS20 DS20 ES20 FS20

GS20

HC sour service Max. hardness 22 HRC.


Impact testing and hardness of weld and base material shall be included in the qualification of the procedure. Test temperature and acceptance criteria shall be as pr. M-601 Table 1. Solution annealing may be required. Then the material shall be re-certified in accordance with the MDS requirements after heat treatment. The extent of testing and lot definition shall as for the MDS for wrought fittings (D43 and D53).

22 % Cr and 25 % Cr duplex SS

AD20 AD30 BD20 BD30 DD20 DD30 ED20 ED30

FD20 FD30 GD20 GD30 AD75 BD75 KD80

HC sour service Impact testing and hardness testing of weld and base material shall be included in the qualification of the procedure. The impact test temperature and acceptance criteria shall be as pr. M-601 Table 1. Max. hardness shall be 36 HRC for UNS S31803, 34 HRC for UNS S32750, 32 HRC for UNS S32760, and 28 HRC for UNS S32550. If the sour service environment is more severe than the limitations given in NACE MR0175, additional testing is required. Solution annealing may be required. Then the material shall be re-certified in accordance with the MDS requirements after heat treatment. The extent of testing, lot definition and acceptance criteria shall be as for the MDS for wrought fittings (D43 and D53).

Page: 900


Page : 6 of: 6

SS 6Mo AR20

BR20 DR20 ER20 FR20

GR20 AR75 BR75 AR71 BR71

All Max. hardness 35 HRC.

Titanium Gr. 2 AT70 BT70 AT71

AT75 BT75

All

Page: 901

Title: Piping and Valves Doc. No. L-001 Annex C EDS NBO2 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 1

Page: 1 of: 2

ELEMENT DATA SHEET FOR BODY/BONNET BOLTING FOR VALVES A) Acceptable bolting materials The table below lists acceptable materials for body/bonnet bolting. Where a MDS is referred to, the requirements on the MDS shall apply. Valve material

Bolt material MDS Ref.

Carbon Steel

ASTM A 193 gr. B7 (bolt) / A 194 gr. 2H (nut). ASTM A 320 gr. L43 bolts shall be used for dimensions > 2 ½ inch (65 mm). Low alloyed steel bolts nuts and washers shall be hot dip galvanized according to ASTM A 153.

ASTM A 320 gr. B8M Cl.1 or Cl. 2 / ASTM A 194 gr. 8M.

Alternative I: ASTM A 320 gr. L7 (bolts)/ ASTM A 194 gr.7 (nuts). ASTM A 320 gr. L43 bolts shall be used for dimensions > 2 ½ inch (65 mm). ASTM A 194 gr. 7 nuts shall be impact tested as for ASTM A 320 gr. L7 bolts. Low alloyed steel bolts nuts and washers shall be hot dip galvanised according to ASTM A153.

316 SS

Alternative II: ASTM A 453 gr. 660 A with documented satisfactory impact toughness at –101°C.


22Cr Duplex

Alternative I: ASTM A276 UNS S31803 may be used. D47


25 Cr. Duplex

Alternative I: ASTM A276, 25 Cr. Duplex according to MDS D57 may be used.

D57

ASTM A 320 gr. L7 (bolts)/ ASTM A 194 gr.7 (nuts). ASTM A 320 gr. L43 bolts shall be used for dimensions > 2 ½ inch (65 mm). ASTM A 194 gr. 7 nuts shall be impact tested as for ASTM A 320 gr. L7 bolts. Low alloyed steel bolts nuts and washers shall be hot dip galvanized according to ASTM A 153.

Alternative I: ASTM A 276, 6Mo according to MDS R17 may be used. R17

6Mo

Alternative II: ASTM A 453 gr. 660 A with documented satisfactory impact toughness at –101°C.


Page: 902

Title: Piping and Valves Doc. No. L-001 Annex C EDS NBO2 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 1

Page: 2 of: 2

ASTM F 467/468 gr. 5. Titanium

Alternative I: ASTM A 193 gr. B7 (bolt) / A 194 gr. 2H (nut). ASTM A 320 gr. L43 bolts shall be used for dimensions > 2 ½ inch (65 mm). Low alloyed steel bolts nuts and washers shall be hot dip galvanised according to ASTM A 153.

B) General requirements to Valve bolting

1. Dimensions and shape Bolts: Threading shall be in accordance with ANSI B1.1, class 2A fit for diameters 1 inch and smaller (UNC series) and 8 pitch thread series for 1 1/8 inch and larger Nuts: Threading shall be in accordance with ANSI B1.1, UNC series for diameters 1 inch and smaller with a class 2B fit, and 8 UN series for diameter 1 1/8 inch and larger with a class 2B fit. Nuts shall be American national standard heavy HEX. series, double chamfered. Dimensions shall conform to ANSI B18.2.2.

2. Surface protection All low alloyed steel bolts, nuts and washers shall be hot dipped galvanised according to ASTM A153. Specified dimensions shall be met after galvanising. The zinc coating on threads shall not be subjected to cutting, rolling or finishing tool operation. Nuts may be tapped after galvanising.

3. Valve design rules for bolting. For valves that are required to comply with ASME B16.34, rules of par. 6.4. shall be complied with. Otherwise, allowable stress shall be evaluated according to ASME VIII div 1 or 2.

4. Certification requirements Where no MDS is referred to, certification shall be in accordance with EN10204 type 2.2.

Page: 903

Title: Piping and Valves Doc. No. L-001 Annex C EDS NGA1 Project: NORSOK Company: Rev.Date: 15.12.97 Rev: 2

FLAT FLEXIBLE GRAPHITE GASKET DIMENSIONS: · According to ASME B16.21 Nom. size: 0.5" to 24" 26" to 36" Thickness 1.5 mm 1.7 mm (1.5 mm for tanged) MATERIAL AND MECHANICAL PROPERTIES · Flexible graphite · Minimum density of graphite 1 g/cm3 · Extractable chloride content less than 50 p.p.m. · 98% minimum graphite purity. · Reinforcement lamella in Nickel or AISI 316 · 0.5" - 14" 2 (two) lamella 0.013 to 0.05 mm thick each (Ni or AISI 316) · 0.5" - 36" 1(one) tanged lamella (AISI 316) · 16" - 24" 1(one) lamella 0.5 mm thick (AISI 316) · 26" - 36" 1(one) lamella 0.7 mm to 0.8 mm thick (AISI 316) BS1832 ASTM F36 A Remark Stress Relaxation Min. 38 N/mm2 Compressibility Recovery

Min 35% Min 13%

Properties for 16-36" gaskets are excluding the reinforcement lamella


Page: 904

Title: Piping and Valves Doc. No. L-001 Annex C EDS NGA2 Project: NORSOK Company: Rev.Date: 15.12.97 Rev: 2

COMPRESSED GLASSFIBRE GASKET

MATERIAL: Glassfibre composit with NBR binder (Asbestos free)

DIMENSIONS: ASME B16.21 Thickness 1 mm

COMPRESSABILITY: Minimum 15% (ASTM F36A)

RECOVERY: Minimum 65% (ASTM F36A)

STRESS RELAXATION: Minimum 27 Mpa (BS 1832)

OIL RESISTENT: Oil 3 thickness increase maximum 7% (ASTM) Fuel B thickness increase maximum 10% (ASTM) Oil 3 weight increase maximum 19% (ASTM) Fuel B weight increase maximum 20% (ASTM)

WATER RESISTENT: According to BS 1832, WRC 8706067 or equivalent

Page: 905

Title: Piping and Valves Doc. No. L-001 Annex C EDS NHF1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 3

Page: 1 of: 2

HARDFACING BY OVERLAY WELDING Welding consumables The welding consumables shall be of type Alloy 6 (Stellite 6 or equivalent). Alternative alloys (e.g. Triballoy 800, Ultimet or equivalent) is acceptable. Manufacture The hard facing shall be made by overlay welding using PTAW (plasma transferred arc) or GTAW(gas tungsten inert gas). Heat Treatment Heat treatment after hardfacing shall be carried out, as necessary, to meet specified properties. Componets shall also be heat treated as required in NACE MR0175. Hardness Hardness testing shall be carried out on the qualification test and shall include base material, heat affected zone (HAZ) and fused metal. Vickers hardness HV10 shall be used. The examination of HAZ shall be carried out with maximum 0.5 mm distance between the indentations from fusion line, through HAZ into the unaffected base material. The hardness for HAZ and unaffected base material shall not exceed the following values: Carbon and low alloyed steel: 275 HV10 (22HRC) 22%Cr duplex stainless steel: 310 HV10 (28 HRC) 25%Cr duplex stainless steel: 330 HV10 (32 HRC) 6Mo type stainless steel: 340 HV10 (35 HRC) Alloy 625: 320 HV 10 (35 HRC) 13Cr and 13Cr 4Ni type steel: According to NACE MR0175 Metallographic examination Metallographic examination shall be carried out on the qualification testing for the following materials: 22%Cr duplex SS, 25%Cr duplex SS, 6Mo and Alloy 625. The testing methods and acceptance criteria shall be as stated on the MDS for the material in question. Macrosection The macrosection for the qualification shall show no cracking and complete fusion between base material and hardfacing. Impact testing The qualification testing shall include Charpy V-notch impact testing for materials require impact testing by the applicable ASTM standard or MDS. The test conditions and acceptance criteria shall be as stated in the standard or MDS. One set of impact testing shall be carried out with specimens located in the base material 2 mm below the fusion line between the hardfacing and base material. The notch shall be perpendicular to the hardfaced surface. Thickness The thickness of final hardfacing shall be minimum 1.6 mm after final machining. The deposit thickness shall be measured.


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Welding The hardfacing shall be carried out according to qualified procedures according to ASME IX modified as follows: · Size and geometry of test plates shall be representative of the actual components which shall be welded. This is especially important for small components. · The qualification shall be carried out on base material of same grade as used in production. · The testing shall be carried out according to ASME IX and the requirements in this EDS. Welding technique Preferably a string technique shall be used. If weaving is used the width shall be limited taking into consideration risk for overheating of the material and cracking. NDT All deposited surfaces shall, after final machining, be 100% PT examined in accordance with ASME VIII, div. 1, app. 8. The acceptance criteria are: No defects on sealing surfaces. Optional hardfacing For non corrosive service and for oxygen free well-stream or produced water, overlay welded coatings may be replaced by a thermal sprayed coating. Reference is made to EDS NHF2

Page: 907


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HARDFACING BY THERMAL SPRAYING WC Thermal Spraying Process The process shall be of type High Velocity Oxygen Fuel (HVOF). Coating Composition The coating shall be of type 86% tungsten carbide (WC) and a metallic binder consisting of 10% Co and 4% Cr. Other coating compositions are subject to agreement with the Company. Coating Thickness The coating shall be minimum 0.2 mm after grinding and lapping. Pre-treatment The components shall be cleaned for removal of oil by a cleaning agent (acetone or similar) before grit blasting. The components shall be heated to a temperature well above dew point and be immediately grit blasted in warm condition. A suitable temperature is often 60-90°C. Any dust or particles shall be removed before spraying. Thermal spraying The component shall be coated immediately after the heating and grit blasting while the component still is at a temperature well above the dew point. All seating areas of valves shall be coated as a minimum. However, for ball valves, the complete spherical part of the ball shall be coated. For gate valves all surfaces sliding against the seats during valve operation shall be coated. All thermal spraying shall be carried out under optimal conditions and accordance with established and qualified procedures which ensure that the coating on all areas fulfil the specified requirements. Sealing All coated surfaces shall be sealed after spraying. The type of sealer shall be specified. Finishing The coating shall be finished by grinding and lapping to a fine and smooth surface resulting in good sealing properties and a low coefficient of friction. Testing Bending test shall be carried out once for each batch: The batch is defined as all equal components sprayed with the same spraying equipment, with the same batch of powder and sprayed the same day. Three test coupons, with the size approximately 20 x 100 x 1.5 mm shall be coated together with the first valve component in the batch. The coating thickness shall be the same as for the component. The test coupons shall be bent over a mandrel with a diameter of 15 mm. The coupons shall be visually inspected. No spalling is acceptable. However, due to the low ductility of this type of coating cracks are acceptable. Hardness testing and microscopic examination shall be made on the bend test coupons or on separate specimens coated together at the same time. The hardness shall be minimum 1000 HV10.


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Porosity One piece of the bending test coupons shall be prepared for cross section metallographic examination. The porosity shall be established by microscopic examination. The porosity shall be less than 1 % by volume.

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HARDFACING BY OVERLAY WELDING FOR SEA WATER SERVICE General Hardfacing by overlay welding should be avoided. If not possible to find other solutions by design or material selection hard facing may be used provided the rerquirement in this EDS is fulfilled. Welding consumables The welding consumables may be of type Ultimet (trade name) , Triballoy 800 (trade name) or equivalent. Manufacture The hard facing shall be made by overlay welding using PTAW (plasma transferred arc) or GTAW(gas tungsten inert gas). Heat Treatment Heat treatment after hardfacing shall be carried out, as necessary, to meet specified properties. Hardness The hardness of the hard facing overlay weld shall be minimum 22HRC for Ultimet (trade name) and minimum 35HRC for Triballoy 800 (trade name), Metallographic examination Metallographic examination shall be carried out on the qualification testing and the acceptance criteria shall be as stated on the MDS for the material in question. Macrosection The macrosection for the qualification shall show no cracking and complete fusion between base material and hardfacing. Corrosion testing Corrosion testing shall be carried out on the qualification testing for 6Mo, 25%Cr duplex and Alloy 625. The sample shall include the cross section from hardface into the unaffected base material. The test conditions and acceptance criteria shall be as stated on the MDS in question. Impact testing The qualification testing shall include Charpy V-notch impact testing for materials require impact testing by the applicable ASTM standard or MDS. The test conditions and acceptance criteria shall be as stated in the standard or MDS. One set of impact testing shall be carried out with specimens located in the base material 2 mm below the fusion line between the hardfacing and base material. The notch shall be perpendicular to the hard-faced surface. Thickness The thickness of final hardfacing shall be minimum 1.6 mm after final machining. The deposit thickness shall be measured.


Page: 910


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Welding The hardfacing shall be carried out according to qualified procedures according to ASME IX modified as follows: · Size and geometry of test plates shall be representative of the actual components which shall be welded. This is especially important for small components. · The qualification shall be carried out on base material of same grade as used in production. · The testing shall be carried out according to ASME IX and the requirements in this EDS. Welding technique Preferably a string technique shall be used. If weaving is used the width shall be limited taking into consideration risk for overheating of the material and cracking. NDT All deposited surfaces shall, after final machining, be 100% PT examined in accordance with ASME VIII, div. 1, app. 8. The acceptance criteria are: No defects on sealing surfaces.

Page: 911

Title: Piping and Valves Doc. No. L-001 Annex C EDS NIP1 Project: NORSOK Company: Rev.Date: 15.01.95 Rev: 1

INTERNAL PARTS The referenced MDS shall be used for purchase of material to the valve manufacturer. The requirement to EN 10204 type 3.1B is not mandatory after machining of the internal parts. For valves of 6Mo, 22Cr duplex or 25Cr duplex steel the stem may be machined from bars. The following MDS shall be used:

6Mo: R17

22Cr duplex : D47

25Cr duplex : D57

For ball valves of 6Mo, 22Cr duplex or 25Cr duplex steel the ball could be made of cast. The following MDS shall be used:

6Mo : R16 22Cr duplex : D46

25Cr duplex : D56


Page: 912

Title: Piping and Valves Doc. No. L-001 Annex C EDS NLB1 Project: NORSOK Company: Rev.Date: 15.12.97 Rev: 3

Page: 1 of: 2

LINE BLINDS AND SPACERS Spectacle blinds, paddle blanks and spacers shall be in accordance with API Standard 590 except as modified in Piping Class Sheet and this EDS-sheet. RATING MATERIAL MODIFIC.

OF NOM. SIZE (in)

CLASS TYPE API 590 (mm) 0.5 .75 1 1.5 2 3 4 6 8 10 12 14 16 18 20 24 30 36 150 FF A516 gr70 Thickn(t) 5 6 6 6 7 9 10 14 16 19 22 24 27 30 32 38 46 55 A240 316 A240 S31803 A240 S32550 Diam.: 6Mo Inside(B) 753 897 B265 gr2 Outside(O) 880 1045 300 FF A516 gr70 Thickn(t) 5 6 6 8 10 13 15 20 24 29 34 37 41 46 50 60 70 85 A240 316 A240 S31830 A240 S32550 Diam.: 6Mo Inside(B) 750 897 B265 gr2 Outside(O) 949 1114 600 RTJ Thickn(t) 20 24 24 24 30 34 38 46 53 60 67 72 79 88 98 115 130 150 A516 gr70 A240 316 A240 S31830 A240 S32550 Diam.: 6Mo Inside(B) 735 880 B265 gr2 Outside(O) 968 1127 900 RTJ Thickn(t) 25 26 26 30 38 38 42 52 61 69 79 91 100 113 122 146 180 190 A516 gr70 A240 316 A240 S31830 A240 S32550 Diam.: 6Mo Inside(B) 710 855 B265 gr2 Outside(O) 1007 1197 1500 RTJ Thickn(t) 25 26 26 30 38 46 52 65 80 91 110 121 135 148 159 188 A516 gr70 A240 316 A240 S31830 A240 S32550 6Mo B265 gr2 2500 RTJ Thickn(t) 30 32 32 40 45 55 66 88 106 129 147 A516 gr70 A240 316 A240 S31830 A240 S32550 6Mo B265 gr2 Corrosion allowance: Calculation is based on 3.0 mm corrosion allowance. RTJ Ring type joint gasket FF Flat face blind for raised face (RF) flanges.

(Blanks and spacers shall not be supplied with raised face). SPIRAL WOUND GASKETS: Use blanks and spacer of FF-type where spiral wound gasket is specified.

Blanks and spacer for RTJ gaskets shall be of the Ring Joint Facing type. Gasket surface finish shall be according to ASME B16.5 for RF blinds and spacers, but CL600 rating shall have maximum 250 micro inch finish.

Page: 913

Title: Piping and Valves Doc. No. L-001 Annex C EDS NLB1 Project: NORSOK Company: Rev.Date: 15.12.97 Rev: 3

Page: 2 of: 2

Paddle blanks and spacer to be stamped "Blank" and "Spacer" respectively on both side of the handle. Paddle blanks heavier than 20 kg shall have lifting point. (Eyebolt or equivalent not to be confused with hole for visual identification on paddle spacer).

Additions made for the Grane Project RATING MATERIAL MODIFIC.

OF NOM. SIZE (in)

CLASS TYPE API 590 (mm) 28 32 150 FF A516 gr70 Thickn(t) 44 49 A240 316 A240 S31803 A240 S32550 Diam.: 6Mo Inside(B) 711 813 B265 gr2 Outside(O) 828 936 Additions made for the Ormen Lange Project RATING MATERIAL MODIFIC.

OF NOM. SIZE (in)

CLASS TYPE API 590 (mm) 28 32 300 FF A516 gr70 Thickn(t) 67 77 A240 316 A240 S31803 A240 S32550 Diam.: 6Mo Inside(B) 711 813 B265 gr2 Outside(O) 895 1003

Page: 914

Title: Piping and Valves Doc. No. L-001 Annex C EDS NMJ1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 3

GRAYLOC TYPE MECHANICAL JOINT Grayloc type joints are manufactured by different suppliers. The table below lists the joints which shall be specified in the piping class. The identification is according to Grayloc. Other manufacturers should be accepted when they can give evidence that they are interchangeable with Grayloc. However, written acceptance from Company shall be obtained.

Nom. Pipe Size inch

Pipe schedule or weight

40 60 80 100 120 140 160 XXS 0.5 1GR5 1GR5 1GR4 1GR4 0.75 1GR7 1GR7 1GR5 1GR4 1 1GR11 1GR11 1GR7 1GR5 1.5 1.5GR14 1.5GR14 1.5GR14 1.5GR11 2 2GR20 2GR20 2GR16 2GR14 3 3GR27 3GR27 3GR25 3GR23 4 4GR40 4GR40 4GR34 4GR34 4GR31 6 6GR62 6GR62 6GR56 6GR52 6GR52 8 8GR82 8GR82 86R76 8GR76 8GR72 8GR72 8GR67 8GR67 10 10H102 10H97 10H97 10H94 10H94 10H87 10H84 12 12M120 12M120 12M120 12M112 12M106 12M106 12M102 14 P134 P130 P130 P130 P120 P120 P112 16 S152 S152 S144 S140 S137 S134 S130 18 U170 U170 U170 U160 U152 U152 U144 20 3V192 3V192 3V180 3V180 3V170 3V170 3V170 24 3Y232 3Y232 3Y232 3Y210 3Y210 3Y200 3Y200 NOTES 1. Mechanical Joint in 6Mo, 22Cr duplex and 25Cr duplex shall be verifed based on selected manufacturer.


Page: 915

Title: Piping and Valves Doc. No. L-001 Annex C EDS NOL1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 1

O'LET SPECIFICATION

1. The O'let design listed (WOL) may vary from different vendors. The design shall be documented to be accepted for use, at least according to ASME B31.3. The design shall include stress intensity factors. The cover filet weld area, tc, shall not be included in the WOL design calculations. The WOL design shall be based on a maximum design pressure derived from the header nominal wall thickness (Th). Note that area replacement according to ASME B31.3, section 304.3.3 may not be feasible for thin walled pipe. Alternative methods should be considered. The WOL shall if possible be standardised on ranges of headers within the following limitations for the Weldolet thickness, i.e. size of main weld "w": - Th < 10 mm: w <= 1.5 x Th - Th >= 10 mm: w <= 2.0 x Th where: w = weld thickness (excluding the Cover Field Weld) Th= nominal header wall thickness. The design (including vendors dimensional standards) of the O-lets requires acceptance from Company on this basis.

2. O'lets with integral flanges (weldoflange, nipoflange) shall:

- Meet the requirements as outlined in note 4 above. - Dimensions of flange shall comply with requirements of ASME B 16.5. - The O'let shall be designed so as to provide bolt holes to straddle symmetrically the plane through the centreline of the O'let and the pipe header line when welded to the header Nipoflanges shall be designed to provide an overall length from flange facing to the outer wall of the header pipe as follows: - Rating CL 150 - CL 1500, DN 15 - DN 50: 150 mm plus root gap. - Rating CL 2500, DN 15 - DN 40: 150 mm plus root gap. - Rating CL 2500, DN 50: 165 mm plus root gap.


Page: 916

Title: Piping and Valves Doc. No. L-001 Annex C EDS NSM1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 1

ELEMENT DATA SHEET FOR SEAL MATERIALS. The below listed seal materials are the NORSOK requirements for seal materials. It is the purchaser/manufacturers choice to select between alternatives listed. (When NORSOK VDS calls for lip seal only, this shall be used) Use of other materials in standard Norsok valves is not allowed unless it can be documented that the properties are compatible with the requirements specified in below table.

Seal type Material MDS Applicable pressure classes & temperature range.

Additional information/ limitations

O-ring Hydrogenated nitrile (HNBR)

P11 150-900 lb. /-46 to 150? C 1500-2500 lb./ -46 to 120? C

Mechanical properties of the material are reduced by increasing temperature.

O-ring Fluorcarbon-terpolymer (FKM - Viton B type)

P12 150-900 lb. /-46 to 150? C 1500-2500 lb./ -46 to 120? C


Lip seal PTFE P22 150-2500 lb. / -46 to 200? C Spring energised type Elgiloy or equivalent.


Page: 917

Title: Piping and Valves Doc. No. L-001 Annex C EDS NSS1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 1

ELEMENT DATA SHEET FOR SOFT SEAT MATERIALS. The below listed seat materials are the NORSOK requirements for soft seat materials. It is the purchaser/manufacturers choice to select between alternatives listed. Use of other materials in standard Norsok valves is not allowed unless it can be documented that the properties is compatible with the requirements specified in below table.

Seat material MDS Applicable pressure classes & temperature range.

Additional information/ limitations

Polytetrafluoroethylene (PTFE)

P22 150 - 300 lb. / -46 to 150? C. Mechanical properties of the material are reduced by increasing temperature.

Polyetheretherketone (PEEK)

P21 150 - 900 lb. / -46 to 150? C. 1500-2500 lb./ -46 to 120? C


Polyetheretherketone (PEEK) with 10-20% Polytetrafluoroethylene (PTFE)

P23 150 - 900 lb. / -46 to 150? C. Mechanical properties of the material are reduced by increasing temperature.


Page: 918

Title: Piping and Valves Doc. No. L-001 Annex C EDS NTR1 Project: NORSOK Company: Rev.Date: 20.09.99 Rev: 1

Page: 1 of: 2

TRIM MATERIALS FOR CARBON STEEL VALVES 1 Scope This EDS specifies acceptable trim materials for use in carbon steel valves, the corresponding standards and the general requirements to trim material. Where a material data sheet (MDS) is referred to, the requirements on the MDS shall apply. 2 Acceptable trim material The table below lists the acceptable trim material for carbon steel valves. These are fully interchangeable.

Material type Description MDS ASTM A 182 Grade F6NM (Forged 13Cr/4Ni)

Heat treatment: 1. Austenitize at 1010 OC minimum and air cool or oil quench to

ambient temperature. 2. Temper at 648 to 690 OC and air cool to ambient temperature 3. Temper at 593 to 620 OC and air cool to ambient temperature

Maximum hardness: ?? Base material: 23HRC ?? Weldments: 255 HV10 (23HRC)

Type 13-4 SS

ASTM A 352 Grade CA6NM (Cast 13Cr/4Ni) Heat treatment:

1. Austenitize at 1010 OC minimum and air cool or oil quench to ambient temperature.

2. Temper at 648 to 690 OC and air cool to ambient temperature 3. Temper at 593 to 620 OC and air cool to ambient temperature

Maximum hardness: ?? Base material: 23HRC ?? Weldments: 255 HV10 (23HRC)

ASTM A 564 , Type 630, condition H1150M; maximum hardness HRC 33 Precipitation Hardening SS Type 17-4 ph, UNS S17400

ASTM A705, Type 630, condition H1150M; maximum hardness HRC 33

ASTM A 182 Grade F316(L) Type 316 SS ASTM A 351 Grade CF8M or CF3M ASTM A 182 Grade F51 D44 ASTM A 890 UNS J92205 D46

Type 22 Cr Duplex SS

ASTM A 276 UNS S31803 D47 ASTM A 182 Grade F53, F55 or UNS S3255 D54 ASTM A 890 Grade 5A or 6A D56

Type 25 Cr Duplex SS

ASTM A 276 UNS S32550,S32750 or S32760 D57 ASTM B 446, UNS N06625 N01 ASTM B 564, UNS N06625 N01 ASTM A 494 Grade CW-6MC and CX2MW N02

Nickel Alloys

ASTM B 637 UNS N07718 and N077560; Maximum hardness HRC 35 See notes on next sheet.


Page: 919


Page: 2 of: 2

3. Notes 1. Samples for mechanical testing shall realistically reflect the properties in the actual

components 2. Material to this EDS shall satisfy all requirements in NACE Standard MR0175 for

sour service. 3. Repair welding of forgings are prohibited. Repair welding of castings shall be carried

out to qualified welding procedures qualified on a cast plate of the same material grade which shall be welded.

4. Castings shall be liquid penetrant examined 100% according to ASMEVIII, Div.1, App. 7, after machining

5. Certificates to EN 10 204 Type 3.1B is required.

Page: 920


TRIM MATERIALS FOR TYPE 316 SS VALVES 1 Scope This EDS specifies acceptable trim materials for use in TYPE 316 SS valves, the corresponding standards and the general requirements to trim material. Where a material data sheet (MDS) is referred to, the requirements on the MDS shall apply. 2 Acceptable trim material The table below lists the acceptable trim material for TYPE 316 SS valves. These are fully interchangeable.

Material type Description MDS ASTM A 182 Grade F316(L) Type 316 SS ASTM A 351 Grade CF8M or CF3M

Type 13-4 SS ASTM A 182 Grade F6NM Heat treatment:

1. Austenitize at 1010 OC minimum and air cool or oil quench to ambient temperature.

2. Temper at 648 to 690 OC and air cool to ambient temperature 3. Temper at 593 to 620 OC and air cool to ambient temperature

Maximum hardness: ?? Base material: 23HRC ?? Weldments: 255 HV10 (23 HRC)

Impact tested at -101 OC to give energy values of 27/20 J in average and minimum single values respectively.

ASTM A 564, Type 630, condition H1150M ?? Maximum hardness HRC 33. ?? Impact tested at -101 OC to give energy values of 27/20 J in average and

minimum single values respectively.

Precipitation Hardening SS Type 17-4 ph, UNS S17400

ASTM A705, Type 630, condition H1150M ?? Maximum hardness HRC 33. ?? Impact tested at -101 OC to give energy values of 27/20 J in average and

minimum single values respectively.

ASTM B 446 , UNS N06625 N01 ASTM B 564, UNS N06625 N01 ASTM A 494 Grade CW-6MC and CX2MW N02

Nickel Alloys

ASTM B 637 UNS N07718; Maximum hardness HRC 35 ASTM B 348 Grade 5 Titanium ASTM B 381 Grade F5

3. Notes 1. Samples for mechanical testing shall realistically reflect the properties in the actual

components 2. Material to this EDS shall satisfy all requirements in NACE Standard MR0175 for sour

service. 3. Repair welding of forgings are prohbited. Repair welding of castings shall be carried out

to qualified welding procedures qualified on a cast plate of the same material grade which shall be welded.

4. Castings shall be liquid penetrant examined 100% according to ASMEVIII, Div.1, App. 7, after machining

5. Certificates to EN 10 204 Type 3.1B is required.




Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP09 DIMENSIONAL STANDARD


00-02-NHT-P51-00032 VALVE FACE-TO-FACE 04M

Page: 921

Page: 922

1 of 5 .

Technology and Projects

SPECIAL TECHNICALSPECIFICATION

Title: MASTER PIPING AND VALVE MATERIAL No: NHT-P51-00032SPECIFICATION Rev.: 04MAPPENDIX 9 Page: VALVE FACE-TO-FACE AND END-TO-END DIMENSIONS Date: 2005-08-03

Valve type StandardAlternative Standard

Remarks

ASME B16.10 LONG PATTERN API 6D

API 6D

ASME B16.10 LONG PATTERN API 6D

ASME B16.10 LONG PATTERN API 6D FACE TO FACE DIMENSION FOR RTJ END VALVES

| ASME B16.10 LONG PATTERN FACE TO FACE DIMENSION FOR RTJ END VALVES

ASME B16.10 LONG PATTERN FACE TO FACE DIMENSION FOR RTJ END VALVES


API 6D + PUP PIECES

| ASME B16.10 LONG PATTERN FACE TO FACE DIMENSION AS FORLONG PATTERN, RTJ ENDS

ASME B16.10 LONG PATTERN FACE TO FACE DIMENSION AS FORLONG PATTERN, RTJ ENDS


ASME B16.10 LONG PATTERN API 6D FACE TO FACE DIMENSION AS FORGATE VALVES, LONG PATTERN, RTJ ENDS

API 6D + PUP PIECES

API 6D + PUP PIECES FACE TO FACE DIMENSION AS FORGATE VALVES, LONG PATTERN


BALL VALVES, CL150, DN <= 600mm

BALL VALVES, CL150, DN > 600mm

BALL VALVES, CL300, DN <= 900mm

BALL VALVES, flanged, CL600, DN <= 900mm

BALL VALVES, compact flanged (CJ), CL600, DN <= 900mm

BALL VALVES, mechan. joint (CL), CL600, DN <= 900mm

BALL VALVES, flanged,CL900, DN <= 600mm

BALL VALVES, bevelled end,CL900, DN <= 600mm

BALL VALVES, compact flanged (CJ),CL900, DN <= 600mm

BALL VALVES, mechan. joint (CL),CL900, DN <= 600mm

BALL VALVES, flanged, CL1500, DN <= 400mm

BALL VALVES, flanged, CL1500, DN > 400mm


BALL VALVES, bevelled end,CL1500, DN > 400mm


Remark FOR ALL VALVES: FOR VALVE SIZES OR DESIGN OUTSIDE RANGE OF REFERRED STANDARDS, MANUFACTURERS STANDARD WILL APPLY.REMARK FOR ALL VALVES: FOR VALVES NOT SPECIFIED IN LISTING, NORSOK PHILOSOPHY FOR DIMENSIONS TO BE FOLLOWED

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2 of 5 .





Remarks

| ASME B16.10 LONG PATTERNFACE TO FACE DIMENSION AS FORGATE VALVES, LONG PATTERN, RTJ ENDS


ASME B16.10 LONG PATTERN FACE TO FACE DIMENSION AS FORGATE VALVES, LONG PATTERN, RTJ ENDS


API 6D + PUP PIECES



ASME B16.10 LONG PATTERN + PUP PIECES

API 609 TABLE 1 BUT DN350MM TABLE2

API 609 TABLE 2

ISO 5752 WAFER LONG

BS 5155 WAFER LONG

MANUFACTURERS STANDARD

ASME B16.10

ASME B16.10 BS 2080

BALL VALVES, compact flanged (CJ), CL1500, DN > 400mm


BALL VALVES, mechan. joint (CL), CL1500, DN > 400mm

BALL VALVES, flanged,CL2500, DN <= 300mm




BALL VALVES BUTTWELDED END NON CONTACT TYPE (E.G. ORBIT, IVC)

BUTTERFLY VALVES (BFA1 & BFA2), CONC. DISC

BUTTERFLY VALVES HIGH PERF. (BFH), DN <= 600mm

BUTTERFLY VALVES HIGH PERF. (BFH), DN = 750mm

BUTTERFLY VALVES HIGH PERF. (BFH), DN > 750mm

COMBINATION VALVES

CHECK VALVES, SWING TYPE

CHECK VALVES, BALL/PISTON TYPE


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3 of 5 .





Remarks

| HYDRO STANDARD, EDS-352

API 594

API 6D

BS 5156

ASME B16.10


| ASME B16.10 LONG PATTERN FACE TO FACE DIMENSION AS FOR RTJ END VALVES

ASME B16.10 LONG PATTERN

ASME B16.10 LONG PATTERN FACE TO FACE DIMENSION FOR RTJ END VALVES, DN15 & DN20 FACE TO FACE DIMENSION AS FOR GLOBE VALVES (HOLD)



ASME B16.10 LONG PATTERN DN15 & DN20 FACE TO FACE DIMENSION AS FOR GLOBE VALVES (HOLD)




GATE VALVES, WEDGE TYPE, compact flanged, Pressure class >= CL900, DN<=40

GATE VALVES, WEDGE TYPE, compact flanged, CL900 & CL1500, DN 50 - 600mm

DIAPHRAGM VALVESGATE VALVES, WEDGE TYPE,Pressure class < CL600, DN <= 900mm

GATE VALVES, WEDGE TYPE,flanged, CL600, DN <= 900mm

GATE VALVES, WEDGE TYPE,compact flanged, CL600, DN <= 900mm

GATE VALVES, WEDGE TYPE,bevelled end, CL600, DN <= 900mmGATE VALVES, WEDGE TYPE, flanged, CL900 & CL1500,DN 15 - 600mm

CHECK VALVES, WAFER DUAL DISC TYPE

CHECK VALVES, NON SLAM TYPE

CHECK VALVES, BALL/PISTON TYPE, compact flanged, Pressure class >= CL900, DN<=40

GATE VALVES, WEDGE TYPE,bevelled end, CL900 & CL1500,DN 15 - 600mmGATE VALVES,WEDGE TYPE,mechan. joint (CL),CL1500, DN 50 - 600mm

GATE VALVES, WEDGE TYPE,flanged, CL2500, DN 15 - 300mm

GATE VALVES, WEDGE TYPE,compact flanged, CL2500, DN 50 - 300mm


Page: 925

4 of 5 .





Remarks

ASME B16.10 LONG PATTERN

API 6A

API 6D

API 6D FACE TO FACE DIMENSION FOR RTJ END VALVES

| API 6D FACE TO FACE DIMENSION AS FOR RTJ END VALVES


| API 6D FACE TO FACE DIMENSION AS FOR RTJ END VALVES

API 6D



API 6D



API 6A

ASME B16.10 BS 2080

GATE VALVES, WEDGE TYPE,bevelled end, CL2500, DN 15 - 300mmGATE VALVES, WEDGE TYPE, API 6A, mechan. joint (CL), DN < 150mmGATE VALVES,THROUGH COND. TYPE, flanged,Pressure class < CL600, DN <= 900mmGATE VALVES,THROUGH COND. TYPE, flanged, CL600, DN <= 900mmGATE VALVES,THROUGH COND. TYPE, copmact flanged, CL600, DN 50-900mm

GATE VALVES,THROUGH COND. TYPE, flanged,CL900 & CL1500, DN <= 600mmGATE VALVES,THROUGH COND. TYPE, compact flanged,CL900 & CL1500, DN 50-600mm

GATE VALVES,THROUGH COND. TYPE, bevelled end,CL900 & CL1500, DN <= 600mmGATE VALVES,THROUGH COND. TYPE, mechan. joint (CL), CL1500, DN 50 - 600mm

GATE VALVES, THROUGH COND. TYPE, flanged CL2500, DN 25 - 300mmGATE VALVES, THROUGH COND. TYPE, bevelled end,CL2500, DN 25 - 300mmGATE VALVES,THROUGH COND. TYPE, mechan. joint (CL), CL2500, DN 50 - 300mmGATE VALVES,THROUGH COND. TYPE, compact flange (CJ), CL2500, DN 50 - 300mm

GATE VALVES,THROUGH CONDUIT TYPE, API 6A, DN <= 150mm

GLOBE VALVES, BS1873 & BS5352, Pressure class < CL600


Page: 926

5 of 5 .





Remarks

ASME B16.10 LONG PATTERN BS 2080 FACE TO FACE DIMENSION FOR RTJ END VALVES


| ASME B16.10 BS 2080 FACE TO FACE DIMENSION AS FOR RTJ END VALVES

ASME B16.10 BS 2080

ASME B16.10 API 6D

ASME B16.10 LONG PATTERN AS FOR GATE VALVES DIM. FOR VALVES WITH MECHANICAL JOINT (e.g. Grayloc):AS FOR RTJ

GLOBE VALVES, BS1873 & BS5352, bevelled end, Pressure class >= CL600

PLUG VALVES, API599PLUG VALVES RATING >=CL 900 ANDSIZE >=350 MM

GLOBE VALVES, BS1873 & BS5352, flanged, Pressure class >= CL600

GLOBE VALVES, BS5352, flanged, Pressure class >= CL900, DN<=40

GLOBE VALVES, BS1873 & BS5352, flanged, Pressure class >= CL600, DN >= 50




Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP10 VSK REQUIREMENTS


00-02-NHT-P51-00032 OVERVIEW OF VSK REQUIREMENTS 04M

Page: 927

Page: 928



Title: MASTER PIPING AND VALVE MATERIAL No: NHT-P51-00032SPECIFICATION Rev.: 04MAPPENDIX 10 Page: 1 of 1OVERVIEW OF VSK REQUIREMENTS Date: 2005-08-03

GENERAL TEST MAR- KING OPERATION LOW

TEMP.VSK TEXT ID 101 108 109 110 111 112 113 116 151 154 155 201 214 216 220 317 408 412 413 418 600

INCL: ON VSK

403 405

52 244 254 335 402 403 405 407

244 254 335 402 403 405 407 405

244 402 403 405

244 405

244 254 405 335 254

402 403 405 407 404

7 101 404 410

101 404 410 410 3

4 141

9 141 143

4 14 141 143 401

4 14 141 143 401 408

TEXT ID SHORT DESCRIPTION

Inst

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No

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BALL VALVE X X X X X X X X X X X X X X X X X X

BUTTERFLY VALVE X X X X X X X X X X X XCOMBINATION VALVE X X X X X X X X X X X XCHECK VALVE X X X X X X X X X XDIAPHRAGM VALVE X X X X X X X X X X X XGLOBE VALVE X X X X X X X X X X X XGATE VALVE X X X X X X X X X X X X X X X XPLUG VALVE X X X X X X X X X X X X X XSPECIAL VALVE X X X X X X X X X X X X X X X X X

COMMENTS (APPLICABLE FOR:)

THR. COND.

TRUNN. MOUNT.

> = 6"

VALVES WITH

ELASTO- MERS & RATING

>= CL600

> = 4" > = 2"ALL

API6D & BS5351

> = 2"WITH PUP

PIECES

< = CL900

< = 1 1/2" > = 2"

316 &

6Mo



Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP11 MECHANICAL JOINT DEVIATIONS OLD PROJECTS


00-02-NHT-P51-00032 MECH JOINT DEVIATION LIST 04M

Page: 929

Page: 930

Appendix 11: Mechanical joint deviation list NHT-P51-00032, REV 04M

Piping Class Dim

Original Njord

Original Troll C

Original Oseberg

Sør

Original Oseberg

ØstOriginal Grane

Hydro standard coupling per

EDS-350HA1 200 8GR67 8GR67 8GR67HC2 50 2GRA16 2GR16HD2 250 10H94 10H94HD2 300 12M106 12M106HE1 50 2GRA20 2GR20 2GR20HE1 80 3C27 3GR27 3GR27HE1 100 5GR40 4GR40 4GR40HE1 150 6GR56 6GR56 6GR56HE1 200 8GR72 8GR72 8GR72 8GR72HE1 250 10H94 10H94 10H94 10H94HE1 300 12M112 12M106 12M106 12M106HE1 350 P130 P120 P120HE1 400 S140 S137 S140HE1 450 U160 U152 U160HE1 500 3V180 3V170 3V180HE2 150 6GR56 6GR56 6GR56HE2 200 8GR72 8GR72 8GR72HE2 250 10H94 10H94 10H94HE2 300 12M106 12M106 12M106HE2 350 P120 P120 P120HE2 400 S137 S140 S140HE2 450 U152 U160 U160HE2 500 3V170 3V180 3V180HE2 600 3Y210 3Y210 3Y210HE5 50 2GR20 2GR20HE5 80 3GR27 3GR27HE5 100 4GR40 4GR40HE5 150 6GR56 6GR56HE5 200 8GR72 8GR72HE5 250 10H94 10H94HE5 300 12M106 12M106HE5 350 P120 P120HE5 400 S140 S140HE5 450 U160 U160HE5 500 3V180 3V180HE5 600 3Y210 3Y210KA1 50 2B14 2GR14 2GR14 2GR14KA1 80 3C23 3GR23 3GR23 3GR23KA1 100 4GR27 4GR27 4GR27 4GR27KA1 150 6GR46 6GR40 6GR46 6GR46KA1 200 8GR64 8GR62 8GR62 8GR62KA1 250 10H82 10H72 10H72 10H72KA1 300 12M94 12M87 12M87 12M87KA1 350 P112 P97 P97 P97KA1 400 S120 S112 S112 S112KA1 450 U134 U134 U130 U130KA1 500 U152 3V152 3V152KA2 20 1GRA4 1GR4KA2 25 1GRA5 1GR5KA2 40 1,5GRA11 1,5GR11KA2 50 2B14 2GR14 2GR14 2GR14KA2 80 3C23 3GR23 3GR23 3GR23

Piping and valve material specification - Imperial Page 1 OF2 Date: 2005-08-03

Page: 931

Appendix 11: Mechanical joint deviation list NHT-P51-00032, REV 04M

Piping Class Dim

Original Njord

Original Troll C

Original Oseberg

Sør

Original Oseberg

ØstOriginal Grane

Hydro standard coupling per

EDS-350KA2 100 4GR27 4GR27 4GR27 4GR27KA2 150 6GR46 6GR40 6GR40 6GR46KA2 200 8GR64 8GR62 X8GR62 8GR62KA2 250 10H82 10H72 10H72 10H72KA2 300 12M94 12M87 12M87 12M87KA2 350 P112 P97 AP97 P97KA2 400 S120 S112 S112 S112KE5 50 2GR14 2GR16 2GR16KE5 80 3C25 3GR25 3GR25KE5 100 5GR34 4GR34 4GR34 4GR34KE5 150 6X52 6GR46 6GR46 6GR52KE5 200 X8GR67 8GR67 8GR67 8GR67KE5 250 10H82 10H72 10H82KE5 300 12M102 12M102 12M102 12M102KE5 350 P102 P102 P112KE5 400 S130 S120 S130KE5 450 U140 U140 U144KE5 500 U152 3V152 3V170LA1 50 2B14 2GR14 2GR14 2GR14LA1 80 3C23 3GR23 3GR23 3GR23LA1 100 4GR31 4GR31 4GR31 4GR31LA1 125 5GR40 5GR40 5GR40 5GR40LA1 150 6GR46 6GR46 6GR46 6GR46MA1 50 2GR14 2GR14 2GR14 2GR14MA1 80 3GR20 3GR23 3GR23 3GR23MA1 100 4GR27 4GR27 4GR27 4GR27

Piping and valve material specification - Imperial Page 2 OF2 Date: 2005-08-03



Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP12 USE OF FLANGED CONNECTIONS ON NJORD


00-02-NHT-P51-00032 Use of flanged connections 04M

Page: 932

Page: 933



Title: MASTER PIPING AND VALVE MATERIAL No: NHT-P51-00032SPECIFICATION Rev.: 04MAPPENDIX 12 Page: Use of flanged connections on NJORD Date: 2005-08-03

Medium group: 1 Zone: Unclassified Medium group: 1 Zone: 1 & 2Dimension/ Pressure (Barg): < / = 50 >50-150 >150-250 > 250

Dimension/ Pressure (Barg): < / = 50 >50-150 >150-250 > 250

PN 20.(Cl 150) F F F F PN 20.(Cl 150) F F F FPN 50.(Cl 300) F F F F PN 50.(Cl 300) F F F FPN 100.(Cl 600) F F F F PN 100.(Cl 600) F F F FPN 150.(Cl 900) F F F F PN 150.(Cl 900) F F F FPN 250.(Cl 1500) F F F F PN 250.(Cl 1500) F F F FPN 420.(Cl 2500) F F F F PN 420.(Cl 2500) F F F FAPI 5000 / 10000 F F F F API 5000 / 10000 F F F F

Medium group: 2 Zone: Unclassified Medium group: 2 Zone: 1 & 2Dimension/ Pressure (Barg): < / = 50 >50-150 150-250 > 250

Dimension/ Pressure (Barg): < / = 50 >50-150 150-250 > 250

PN 20.(Cl 150) S S S S PN 20.(Cl 150) F F F FPN 50.(Cl 300) S S S S PN 50.(Cl 300) F F F FPN 100.(Cl 600) S S S S PN 100.(Cl 600) F S / K S / K S / KPN 150.(Cl 900) S S S S PN 150.(Cl 900) F S / K S / K S / KPN 250.(Cl 1500) S S S S PN 250.(Cl 1500) F S / K S / K S / KPN 420.(Cl 2500) S S S S PN 420.(Cl 2500) F S / K S / K S / KAPI 5000 / 10000 S S S S API 5000 / 10000 F S-FA S-FA S-FA

Medium group: 3 Zone: Unclassified Medium group: 3 Zone: 1 & 2Dimension/ Pressure (Barg): < / = 50 >50-150 >150-250 > 250

Dimension/ Pressure (Barg): < / = 50 >50-150 >150-250 > 250

PN 20.(Cl 150) S S S S PN 20.(Cl 150) S-FA S-FA S-FA S-FAPN 50.(Cl 300) S S S S PN 50.(Cl 300) S-FA S-FA S-FA S-FAPN 100.(Cl 600) S S S S PN 100.(Cl 600) S / K S / K S / K S / KPN 150.(Cl 900) S S S S PN 150.(Cl 900) S / K S / K S / K S / KPN 250.(Cl 1500) S S S S PN 250.(Cl 1500) S / K S / K S / K S / KPN 420.(Cl 2500) S S S S PN 420.(Cl 2500) S-KA S-KA S-KA S-KAAPI 5000 / 10000 S S S S API 5000 / 10000 S-FA S-FA S-FA S-FA

Legend:FS

S / KS-FAS-KA Only welded connections permitted, but compact flanged (NORSOK NCF5) can be considered for category A

Flanged connections permitted (ISO 61, API 6A, ASME B16.5, NORSOK NCF5)Only welded connections permittedWelded or compact flanged connection permittedOnly welded connections permitted, but flanged can be considered for category A



Appendix

No: 00-02-NHT-P51-00032

Rev: 04M

Date: APP13 VALVE CONVERSION TABLE


00-02-NHT-P51-00032 VALVE CONVERSION TABLE 04M

Page: 934

Page: 935

1 of 3 .

Hydro Technology and ProjectsMASTER PIPING AND VALVE MATERIAL


TITLE: PIPING AND VALVE MATERIAL No: 32-00-NHT-P52-00032SPECIFICATION Rev.: 04MAPPENDIX 13: Page: VALVE CONVERSION TABLE Date: 2005-08-03

Corresponding new VDS


BACA0E BLAC5AR BAHE22 BLFD4AJBACA0F BLAC6AR BAHE23 BLFD30JBACC02 BLAS40R BAHE25 BLFD30JBACC03 BLAS30R BAHE26 BLFD40JBACH02 BLAT10R BAHE71 BLFD4ABBACH31 BLAT9AR BAHE79 BLFD30BBADC02 BLBS40R BAHE7A BLFD4ABBADC03 BLBS30R BAHG31 BLFC4PCBADH31 BLBT9AR BAHG71 BLFC4PBBAEA02 BLDC4AR BAKA25 BLGC3AJBAEA03 BLDC3AR BAKA26 BLGC4AJBAEA71 BLDC9AB* BAKA33 BLGC3ACBAEC01 BLDS3AR BAKA34 BLGC3ACBAEC02 BLDS4AR BAKA71 BLGC61BBAEC21 BLDS30J BAKA77 BLGC3ABBAEC22 BLDS40J BAKA78 BLGC4ABBAEC71 BLDS9AB* BAKC21 BLGS3AJBAEE01 BLDD3AR BAKC22 BLGS4AJBAEE02 BLDD4AR BAKC73 BLGS9AB*BAEE72 BLDD9AB* BAKD72 BLGR4ABBAGA71 BLEC31B BAKE23 BLGD3AJBAGA72 BLEC4AB BAKE24 BLGD4AJBAGC21 BLES30J BAKE31 BLGD3ACBAGC22 BLES40J BAKE71 BLGD3ABBAGC71 BLES30B BAKE72 BLGD4ABBAGC72 BLES4AB BAKE73 BLGD3ABBAGE75 BLED30B BAKE74 BLGD4ABBAGE76 BLED4AB BALA21 BLJC3AJBAHA25 BLFC31J BFCA03 BUAC00RBAHA26 BLFC4AJ BFCA05 BUAC0ERBAHA31 BLFC3AC BFCA07 BUAC0ERBAHA32 BLFC4AC BFCA08 BUAC3CRBAHA33 BLFC3AC BFCA09 BUAC3CRBAHA34 BLFC4AC BFCC01 BUAS3BRBAHA79 BLFC31B BFCD01 BUAR3BRBAHA7A BLFC4AB BFCH01 BUAT3BRBAHC25 BLFS4AJ BFDA01 BUBC8BRBAHC26 BLFS30J BFDC01 BUBS3BRBAHC76 BLFS4AB BFDD01 BUBR8BRBAHC77 BLFS9AB* BFDF11 BUBK8ARBAHD73 BLFR3AB CBCA01 CBAC11RBAHE21 BLFD30J CBCC01 CBAS10R

This table list the old valves used in the original installation specifications, with corresponding new valves included in this Piping and valve material specification. Only old valves registratet as active in the PcsWin database are included.

Old VDS used in the original installation

specification:


specification:

Page: 936

2 of 3 .








specification:


specification:CBCD01 CBAR10R GAEE03 GTDD4ARCBCE01 CBAD10R GAEE42 GTRD00DCBDA01 CBBC11R GAEE72 GTRD00BCBDE01 CBBD10R GAFA55 GTRC0ATCBGA21 CBEC1AJ GAGG71 GTEW0ABCBGE21 CBED1AJ GAHA23 GTFC11JCBHE21 CBFD10J GAHA31 GTFC11CCBKE21 CBGD10J GAHB31 GTFC4PCCKCD72 CHDR00B GAHB72 GTFC4PBCKCH03 CHAT00R GAHC73 GTFS10BCKDD71 CHDR00B GAHE31 GTFD40CCKEA01 CHDC5AR GAHE33 GTFD40CCKEC01 CHDS5AR GAHG73 GTFC1PBCKED02 CHDR5AR GAKA31 GTGC11CCKEE01 CHDD5AR GAKA32 GTGC11CCKFD51 CHRR0AT GAKA73 GTGC11BCKGD21 CHER50J GAKC41 GTGS00DCKHA32 CHFC51C GAKC71 GTGS10BCKHB21 CHFC5PJ GAKC72 GTGS10BCKHD21 CHFR50J GAKD31 GTGR10CCKHE31 CHFD50C GAKD71 GTGR00BCKKA72 CHGC03B GAKD72 GTGR1ABCKKD21 CHGR50J GAKE21 GTGD10JCKKD71 CHGR00B GAKE71 GTGD10BCKKE21 CHGD50J GAKE72 GTGD10BCKKE71 CHGD00B GAKE73 GTGD10BCKKE73 CHGD00B GAKE74 GTGD10BCKLA22 CHJC5AJ GALA21 GTJC4AJGACA04 GTAC1AR GALA22 GTJC4AJGACD03 GTAR00R GALA71 GTJC1ABGACD71 GTRR00B GALA72 GTJC1ABGACD72 GTRR07B GALA73 GTJC4ABGADD41 GTRR00D GLCD71 GBDR00BGAEA01 GTDC1AR GLCD72 GBDR00BGAEA02 GTDC4AR GLDD71 GBDR00BGAEA41 GTRC02D GLEA01 GBDC1ARGAEA71 GTFC03B GLEC01 GBDS1ARGAEC01 GTDS1AR GLED02 GBDR1ARGAEC41 GTRS00D GLEE02 GBDD1ARGAEC71 GTRS00B GLFD51 GBRR0ATGAED02 GTDR1AR GLHA31 GBFC1ACGAEE01 GTDD1AR GLHA72 GBFC05B

Page: 937

3 of 3 .








specification:


specification:GLHC73 GBFS10BGLHG71 GBFC1PBGLKA21 GBGC11JGLKA73 GBGC11BGLKC72 GBGS10BGLKD71 GBGR01BGLKD72 GBGR1ABGLKE73 GBGD10BGLLA21 GBJC1AJGLLA71 GBJC1ABGLLA72 GBJC1ABPLCA02 PGAC4ARPLCD01 PGAR40RPLCE01 PGAD4ARPLDA01 PGBC4ARPLDE01 PGBD40RPLEA01 PGDC4ARPLEA21 PGDC41JPLEE01 PGDD4ARPLEE21 PGDD40JPLGA21 PGEC41JPLGA71 PGEC41BPLHA21 PGFC41JPLHA31 PGFC41CPLHA71 PGFC41BPLKD71 PGGR4ABPLKE21 PGGD40JPLKE32 PGGD40CPLKE71 PGGD40BPLKE72 PGGD40BPLLA21 PGJC9AX **PLLA22 PGJC9AXPLLA31 PGJC9AC **

Notes:* Change out with gate valves shall be considered** Evaluations regarding bore shall be performed prior to change out.

piping class index and data sheets piping class rev

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