spp products catalog

F i r e P u m p P a c k a g e sTo t a l P e r f o r m a n c e

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A Global Presence

SPP Pumps has been working with consultants, contractors, installers and end-users for more than a century to achieve the most cost effective Fire System pumping solutions.

It is no wonder that since SPP Pumps was formed in 1875, it has built a reputation for quality and value that has made it unquestionably theleading supplier of Approved Fire Protection Pumping Packages throughout the World.

Our newest facility in Atlanta GA offers the same attention to quality and value that has made SPP Pumps a market leader for over 100 years.

Setting the Standards

SPP Pumps Fire Products comply with the demandingrequirements of the UL and FM approval standards, and meets all the requirements of NFPAZO.

You will find our products in many major airports, oil & gas installations, in many of the tallest and most prestigious buildings around the world and in the channel tunnel between the UK and France. In fact you will find SPP Fire Pump Products wherever people and property need to be protected from the devastation of fire.

If you need secure and affordable fire protection pump packages then contact SPP Pumps Inc.

F i r e P u m p P a c k a g e sTo t a l P e r f o r m a n c e

HighlyEvolved...

SPP PUMPS LIMITED

TOTAL CAPABILITY IN FIRE PUMP PACKAGES

SPP Pumps is the world’s leading specialist manufacturer

of quality fire protection pumping packages.

Having been in business since 1875, today SPP fire

pumps are protecting installations in more than 90

countries - and demand is growing.

Unrivalled experience in design and manufacture

together with advanced computerised testing ensures

utmost equipment reliability.

By manufacturing the pump and control equipment, a

totally integrated SPP package fully engineered to meet

customer requirements is provided.

All this is backed up by unrivalled after-sales service and

planned maintenance programmes.

SPP offers the ultimate service across the complete

range of fire protection pumping and control equipment,

whatever or wherever the installation.

WE SET STANDARDS OTHERS TRY TO FOLLOW.

FIRE

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WORLD LEADERS IN

Product ApprovalCertificate No. 111b

to LPS 1131

FIRE PUMP PACKAGES

FIRE PROTECTIONSYSTEMSSPP provides the most extensive range of pump

sets and electrical control equipment for fixed fire

protection systems in the world.

Specialist fire pump packages are available for:-

automatic sprinkler, drencher, water spray,

wet riser/standpipe, hose reel, hydrant and

water/foam monitor systems.

EQUIPMENT DESIGN

SPP pumps and controllers are manufactured

to the highest engineering standards. They are

specifically designed to meet the detailed

requirements of the different fire rules and

regulations in force around the world.

In Europe and in many other countries the basis for

fire protection design are the Specifications for

Sprinkler Systems - Planning and Installation issued

by Comité Européen des Assurances (CEA).

Fire protection standards issued around the world

which relate to CEA rules include:-

LPC, RUS, DBI, VdS, CEPREVEN, APSAD, TAC, CP52,

ASIB, AS2941, ANPI/NVBB, BvS/VAS.

CONTROLLERS

Controllers for electric motor driven fire pumps are

available for various methods of starting. These

include Direct-On-Line, Star-Delta, Auto-Transformer

and Soft Start.

Packaged diesel engine driven pump sets incorporate

a 12V or 24V DC controller.

Remote alarm panels can also be supplied.

LPC FIRE PUMP SETS

In the UK, LPC rules for automatic sprinkler

installations are published by the Loss Prevention

Council and incorporate British Standard 5306 Part 2

and insurers’ additional requirements.

PERFORMANCE

The standard ranges of SPP’s electric motor and

diesel driven fire pumps designed to meet these rules

include:-

horizontal end suction, split case, multistage and

vertical turbine:

■ flows up to 75000 l/m (1250 l/s)

■ pressures up to 50.0 bar

THRU-STREAM packaged pump set with diesel engine.

THRU-STREAM electricpump set.

Product ApprovalCertificate No. 111b

to LPS 1131

EUROSTREAM closecoupled electricpump set.

UNISTREAM packaged pump set with small air cooled diesel engine.

APPROVED AND LISTED FIRE PUMPS

Although many pump companies can offer

equipment “designed to” the various locally

applicable fire rules and regulations, only a very

select few have had their pumps subjected to the

stringent performance and reliability tests of

specialist fire approval laboratories.

Being the first to achieve fire pump approval and

listing by the internationally recognised Loss

Prevention Certification Board the company today

has more pumps approved by the LPCB than any

other manufacturer.

PERFORMANCE

LPCB APPROVED AND LISTED FIRE PUMPS

EUROSTREAM and UNISTREAM horizontal end

suction:

■ flows up to 8200 l/m (137 l/s)


THRU-STREAM horizontal split case:

■ flows up to 13800 l/m (230 l/s)


SPP Pumps fire pumps have also received

approval from:

■ ASIB - South Africa.

■ PSB - Singapore.

■ KFB - Kuwait Fire Brigade.

■ Pozhtest - Russia.

■ APSAD - France.

UNISTREAM packaged pump set with water cooled diesel engine.

UNISTREAM long coupled electric pump set.

Automatic Star-Delta starter.

ONE MANUFACTURERTo provide a totally integrated package from one supplier, with single operational responsibility, all control equipmentfor SPP Pumps fire pump units is designed and built by the Controls Division of SPP Pumps.

FIRE PROTECTIONINSTALLATIONSSPP works closely with contractors, consultants and

customers to achieve the most cost effective pump

installation for the fire protection system

requirements.

The wide range of experience of the specialist team

is based on providing fire pumps for all types of

installations including:- manufacturing units,

warehouses, commercial premises, high-rise

buildings, hotels, airports, power stations, chemical

and petrochemical processing plants and offshore oil

and gas platforms.

CONTROLLERS

To ensure total compatibility of equipment,

controllers are manufactured or sourced by

SPP Pumps.

These can be Direct-On-Line, Star-Delta,

Auto-Transformer, Soft Start, etc.

Diesel controllers can be supplied for 12V or 24V DC

electric, air or hydraulic cranking.

Controllers can be supplied free standing or mounted

on the baseplate, completely wired and connected

into the pump set package.

NFPA 20 FIRE PUMP SETS

In North America and many other countries the basis

for fire protection design are the standards issued by

the National Fire Protection Association - USA.

Equipment specifications for fire pumps, drivers and

controllers are detailed in NFPA 20 - Centrifugal

Fire Pumps.

PERFORMANCE

The standard ranges of SPP’s electric motor and

diesel driven fire pumps designed to meet these rules

include:

horizontal end suction, horizontal and vertical split

case, vertical in-line and vertical turbine:

■ flows up to 19800 USgpm (1250 l/s)

■ pressures up to 638 psi (44.0 bar)

FM/UL APPROVED AND LISTED FIRE PUMPS

Although equipment may be designed to meet

NFPA 20, many insurance companies, consultants

and clients insist that fire pumps and controllers are

Vertical In-Lineelectric pump set.

THRU-STREAM electric pump set.

UNISTREAM diesel enginedriven pumpset.

also Approved and Listed by Factory Mutual (FM) or

Underwriters Laboratories (UL).

These approval authorities verify full compliance with

their stringent “Approval Standards” and then carry

out exhaustive performance tests on the equipment.

Only on successful completion of these tests and a

manufacturing QA audit will the prestigious FM or UL

approval be awarded.

PERFORMANCE - FM/UL APPROVEDAND LISTED FIRE PUMPS

UNISTREAM horizontal end suction:



VERTICAL IN-LINE (UL):



THRU-STREAM and HYDROSTREAM

horizontal split case:



MEETING MARKET NEEDS

As the first pump manufacturer in Europe to

achieve FM approval, SPP Pumps today has

one of the widest ranges of approved and

listed equipment in the world.

Pressuremaintenance(jockey) pumpand starter.

THRU-STREAM diesel engine drivenpump set incorporating type 92 dieselengine controller.

Remote alarm panel.

Controller for electric motor driven fire pump.

VERTICAL TURBINEPUMPSWhere the fire protection water source is located

below ground level, the best technical pumping

solution is the vertical suspended multi stage

(turbine) pump.

DESIGN

With this type of unit the impellers

are fully immersed in the water

maintaining prime at all times.

The pumps are driven by vertical electric motors

or by diesel engines through a right angle gearbox.

PERFORMANCE

Standard SPP TURBOSTREAM vertical turbine pumps

are available to meet both LPC and NFPA

requirements.

■ flows up to 90000 l/m (1500 l/s : 23000 USgpm)

■ pressures up to 35.1 bar (510 psi)

PERFORMANCE FM/UL APPROVED ANDLISTED FIRE PUMPS

TURBOSTREAM vertical turbine pumps



ELECTRO-SUBMERSIBLE DESIGN

Another version of this pump, which is used on

offshore oil and gas platforms, is the electro-

submersible pump/motor arrangement. Here the

pump/motor is located below sea level whilst the

dedicated diesel generator to provide the electrical

power is mounted on the platform in a safe,

convenient area.

TURBOSTREAM vertical lineshaftdiesel engine driven pump set.

Electro-submersible fire pump with dedicated diesel gen-set.

HIGH-RISE BUILDINGSThe SPP MULTISTREAM horizontal multi stage multi

outlet pump gives considerable cost

and space benefits for fire protection systems in

high-rise buildings.

It is designed with a number of outlets along its

length which can deliver water to the various levels at

the lower and higher pressures required.

PERFORMANCEElectric motor or diesel engine driven MULTISTREAM

multi stage - multi outlet pumps can be supplied to

meet the technical bulletins for automatic sprinkler

protection of high-rise and multiple storey buildings

issued by the LPC.

MULTISTREAM multi stage - multi outlet



PERFORMANCE - LPCB APPROVED ANDLISTED FIRE PUMPSMULTISTREAM multi stage, multi outlet pumps



HOSESTREAM packagewith break-tank.

HOSE REELINSTALLATIONSIn many buildings the first line of defence against fire

is a manually operated hose reel system.

DESIGNThe SPP HOSESTREAM is a compact automatic

pump package specially designed to provide the

necessary water pressure to the hose reels.

Manufactured and tested as a complete unit, it

includes duty and standby electrically driven pump

sets, control panel, interconnecting pipework,

(including necessary valves and fittings), all mounted

on a fabricated steel baseplate. At site, it requires

only the electrical supply and system pipework to be

connected to be fully operational.

PERFORMANCEThe standard HOSESTREAM is designed for

installations complying with BS 5306 Part 1.

■ flow 2.3 l/s


LARGER CAPACITY UNITS ARE AVAILABLEStandard HOSESTREAM package.

MULTISTREAM electric drivenpump set.

BP Exploration CAT engine.

HYDROSTREAM diesel engine fire pump package.

Lowering a packaged pump house on site.

SPECIAL APPLICATIONSThousands of SPP fire pumps have been provided

worldwide for special applications - from small end

suction air-cooled diesel-driven trailer sets to 1500

kW vertical turbine pumps over 45m long to protect

offshore oil and gas platforms.

PACKAGED PUMP HOUSES

The ultimate in tailor made fire protection pump

packages is the SPP containerised pump room,

housing pumps, control systems and pipework. After

simply connecting the water and power supplies on

site, the unit is immediately operational.

MEETING CUSTOMER REQUIREMENTS

SPP is at the forefront of technological development

in fire pump packages. Using computer aided design

facilities, experienced engineers are ready to meet

your precise project needs - no matter how complex.

ALTERNATIVE CONSTRUCTION

Pumps can be supplied in special materials including

Austenitic cast iron, zinc free bronze, duplex stainless

steel or monel.

SPECIAL CONTROLLERS

Fire pump controllers can be designed to satisfy the

most sophisticated operational

requirements and can be

manufactured to withstand

extremely hostile site

conditions. Units

incorporating

programmable logic

control (PLC) can also

provide remote data

collection via a modem link.

Purged stainless steeldiesel controller forZone 2 hazardousarea location.

Containerised diesel set package.

Testing console.Fire pump test house.

TESTED AND PROVENOnce built, SPP fire pump packages are tested on

one of the most advanced computerised pump test

facilities in Europe.

Comprehensive tests on pump performance,

mechanical and electrical integrity and overall

package operation reinforce the reputation for

reliability that the SPP name now enjoys around

the world.

CUSTOMER CARESPP provides complete service support for all

equipment supplied worldwide.

In the UK there are strategically placed multi-

disciplined service engineers equipped to carry out

installation, commissioning and service work.

Overseas, a network of SPP offices, agents and

distributors provide the most comprehensive

product support in the pump industry with a level of

customer care second to none.

■ Genuine guaranteed spare parts.

■ “Blue arrow” emergency breakdown service.

■ Dedicated service repair centre.

■ Planned maintenance contracts.

Regular planned maintenance of your plant and use

of genuine SPP spare parts will ensure the long life

of your pumping equipment and help avoid costly

breakdowns and overhauls.

Let our customer care benefit you.

Steam turbine driven pump set.

SPP Pumps LtdCrucible Close, Mushet Industrial Park,

Coleford, Gloucestershire,GL16 8PS, UK.

Telephone: +44 (0)1594 832701Fax: +44 (0)1594 836300

TIMA S.A.(France)

2, rue du Château d'eau95450 Us - France

Téléphone : +33 (0)1 30 27 96 96Télécopie : +33 (0)1 34 66 07 33

SPP Pumps Ltd(Middle East)P O Box 61491,

Jebel Ali, Dubai, U.A.E.Telephone: +971 (0)4 8838 733

Fax: +971 (0)4 8838 735

SPP Pumps Ltd(South Africa)

8483 Edleen,1625 Johannesburg, R.S.A.

Telephone: +27 (11) 394 3922Fax: +27 (11) 970 2472

Our Policy is one of continuous improvement and we reserve the right to alter the specifications of our products at anytime without notice.SP

P-FI

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004K

HEAD OFFICE:SPP Pumps Ltd

Theale Cross, Pincents Lane,Calcot, Reading,

Berkshire, RG31 7SP, UK.Telephone: +44 (0)118 932 3123

Fax: +44 (0)118 932 3302

email:[email protected]

SPP Fire PumpWorldwide Installation List

Africa N America S America Europe Middle East Russia Asia Australasia

FordJaguarRolls RoyceLand RoverGeneral MotorsAston MartinBMWTriumph MotorcyclesGoodyear TyresMichelin TyresProctor and GamblePfizer's3MAstra ZenicaGlaxo SmithKlineMonsantoBaxter PharmaceuticalsAvon CosmeticsPepsi ColaCoca ColaIBMCompaqHewlett PackardMotoralaKodakHilton HotelsMarriott HotelsSysconBahera Gas StationJeteeMather & PlattArabiKheir GroupExxon MobilBP AmocoConoco PhillipsChevron TexacoKBRFluorBechtelKawasaki Heavy IndustriesKellog Int.Agip KhazakhstanChina PetroleumShell Oil UK LtdTechnip Brown & Root HyundaiCNOOCSkanska WhessoeSnamprogetti LtdHalliburton International

Location

Thrustream

The protection of life is not a matter for compromise.This is particularly true for fire protection systems where theyare only as strong as their ‘weakest link’ and compromise mayresult in avoidable loss of life or property.

That is why SPP fire pumps are designed specifically for thevery particular needs of fire protection and are approved bymost of the major fire protection bodies around the world.

By selecting an approved SPP Fire Pump as part of an approvedsystem and maintained in accordance with standards such asNFPA 25, you can sleep easy knowing that you have chosen thebest you can get.

FM/UL Thrustream Split Case Fire PumpsSPP Pumps have been manufacturing fire pumps for over 100 years with one of the widest range of approvals of anymanufacturer in the world. Experience gained from extremeenvironments such as off-shore oil & gas installations has led to the creation of the SPP FM/UL Thrustream range of firepumps approved for fire protection by FM Approvals andUnderwriter Laboratories.

SPP Thrustream Pumps can be found in most types of installation around the world including:

• Office Buildings

• Hospitals

• Airports

• Manufacturing Facilities

• Power Stations

• Pharmaceutical Facilities

• Schools / College

Applications include:

• Sprinkler Systems

• Hydrant Systems

• Deluge Systems

• Monitor Systems

• Water Curtain

SPP PUMPS INC.

34184 Thrustream insert 10/3/05 10:36 am Page 1

SPP Thrustream FM/UL Approved Fire Pumps are available for duties ranging from 200 USgpm to 5000 USgpm and are suitable for electric or diesel drives. The table below demonstrates how the range of Thrustream FM/UL approved Split-Case pumps are designed to meet mostnormal requirements.

SPP also supplies Vertical, End-Suction and In-line pumps. SPP Thrustream FM/UL Approved Fire Pumps are available with either inch or metric fittings.

SPP014-FEB05

www.spppumps.com

Examples of FM/UL Approvals up to 2500 USgpm. Further pumps available up to 5000 USgpm.

34184 Thrustream insert 10/3/05 10:36 am Page 2

SPP PUMPS

Vertical Lineshaft

Typical Applications

• Main fire pump

• Firewater jockey pump

• Cargo handling

• Seawater intake

• Seawater lift

• Cooling water

• Utilities

SPP Vertical Lineshaft Pumps are high quality single or multi-stage vertical turbinedesigns custom built for the oil and gas industry. They are driven by surface mountedelectric or diesel drivers and can be produced in lengths in excess of 100 metres.

SPP vertical lineshaft pump driven by diesel

engine through a right angle gearbox

34185 Vertical Linseshaft dsheet 4/5/05 2:10 pm Page 1

SPP020-MAR05

www.spppumps.com

Bowls Cast iron Austenitic CI Bronze Duplex ST ST

Impellers Cast iron Austenitic CI Bronze Duplex ST STor bronze or Duplex ST ST

Shafts and Steel Duplex ST ST Duplex ST ST Duplex ST STCouplings or Nickel Alloy

Column Pipes Fabricated steel Austenitic CI Bronze Austenitic CI

Headgear Cast iron or Austenitic CI Bronze Duplex ST STfabricated steel

Materials (standard options)

Other options in suitable combinations available on request.

Pump Design Options1. Flexible or stiff shaft

2. Glass-filled PTFE tape or synthetic polymer bearings

3. Tilting pad, anti-friction or driver/gearbox mounted thrust bearings

4. Keyed and sleeved shafts

5. Impeller fixing by keys or collets

6. Special suction impellers (for reduced submergence)

7. Cast or fabricated column pipes

8. Intermediate couplings screwed, keyed,split muff or hydraulic

9. Marine anti-fouling systems

10. Sacrificial anodes

To maintain its reputation for reliability of performance across its product

range, SPP designs and manufactures the equipment for pump packages

in-house, enabling the company to tailor the package to the

individual installation.

Specifications

SPP vertical pumps provide valuable service on offshore and onshore platforms. The exceptionally wide choice of

detail design and drive arrangements available within the range enable SPP to provide efficient and economic

solutions to a wide variety of oil industry applications.

SPP vertical pumps can handle fresh water or sea water for cooling purposes, fire protection duties, general water

supply, washdown or drill water. They can be used for handling crude oil or controlling spillages. For platform or jetty

locations they can be provided with a below-deck discharge if required.

SPP vertical lineshaft pump directly

driven by electric motor

SPP Reserve the right to continually develop and improve products. Information contained herein is

for guidance only and subject to change. SPP Pumps Ltd accept no liability whatsoever for any

damages either direct or consequential resulting from the use of such information

34185 Vertical Linseshaft dsheet 4/5/05 2:11 pm Page 2

UL Listings & FM Approvals

SPP Fire Pump Listings UL Listed and FM Approved

Single Stage Horizontal Split Case

Capacity Size Model Rated Pressure Approximate SpeedMaximum Working

PressureGPM Inches Designation psi RPM psi

200 3 TB08D 96-149 3550 225200 4 TD10E 98-169 2950 225200 4 TD10E 109-187 3100 225200 4 TD10E 140-210 3550 225250 3 TB08D 94-147 3550 225250 4 TD10E 97-168 2950 225250 4 TD10E 108-186 3100 225250 4 TD10E 139-209 3550 225300 3 TB08D 93-145 3550 225300 4 TD10E 96-167 2950 225300 4 TD10E 106-185 3100 225300 4 TD10E 138-207 3550 225400 3 TB08D 87-139 3550 225400 4 TB10D 105-144 3550 225400 4 TD10E 134-205 3550 225400 4 TD10E 92-164 2950 225400 4 TD10E 102-182 3100 225500 3 TB08D 81-133 3550 225500 4 TB10D 102-139 3550 225500 5 TB12D 112-148 3550 225500 5 TC12F 118-208 3550 225500 5 TC12G 138-193 3550 225500 4 TD10E 86-158 2950 225500 4 TD10E 97-176 3100 225500 4 TD10E 129-200 3550 225500 4 TE10D 141-264 3000 362.5500 4 TE10D 135-255 2950 362.5500 4 TE10D 131-247 2900 362.5500 4 TE10D 121-229 2800 362.5500 4 TE10D 104-193 2600 362.5500 4 TE10D 96-176 2500 362.5500 5 TE12E 104-187 2500 362.5500 4 TE10D 87-162 2400 362.5500 5 TE12E 97-171 2400 362.5500 4 TE10D 81-150 2300 362.5500 5 TE12E 87-158 2300 362.5500 4 TE10D 72-137 2200 362.5500 5 TE12E 80-143 2200 362.5500 4 TE10D 65-122 2100 362.5500 5 TE12E 72-131 2100 362.5500 3 TE08D 128-195 2600 362.5500 3 TE08D 152-229 2800 362.5500 3 TE08D 133-257 2950 362.5500 3 TE08D 139-268 3000 362.5750 4 TB10D 95-129 3550 225750 5 TB12D 106-144 3550 225750 5 TC12F 74-134 2950 225750 5 TC12F 111-199 3550 225750 5 TC12G 111-142 2950 225750 5 TC12G 130-185 3550 225750 5 TD12F 95-165 2950 225750 5 TD12F 141-208 3550 225750 4 TE10D 131-252 3000 362.5

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750 5 TE12E 146-264 3000 362.5750 4 TE10D 124-243 2950 362.5750 5 TE12E 141-255 2950 362.5750 4 TE10D 121-233 2900 362.5750 5 TE12E 136-245 2900 362.5750 4 TE10D 112-216 2800 362.5750 5 TE12E 124-227 2800 362.5750 4 TE10D 94-179 2600 362.5750 5 TE12E 105-193 2600 362.5750 4 TE10D 85-164 2500 362.5750 5 TE12E 97-178 2500 362.5750 4 TE10D 77-149 2400 362.5750 5 TE12E 88-162 2400 362.5750 4 TE10D 69-137 2300 362.5750 5 TE12E 78-148 2300 362.5750 4 TE10D 62-122 2200 362.5750 5 TE12E 70-134 2200 362.5750 4 TE10D 82-108 2100 362.5750 5 TE12E 90-121 2100 362.5

1000 5 TB12D 99-137 3550 2251000 5 TC12G 100-131 2950 2251000 5 TC12G 119-175 3550 2251000 5 TD12F 89-159 2950 2251000 5 TD12F 134-199 3550 2251000 6 TD15F 74-128 2600 2251000 6 TD15F 90-157 2800 2251000 6 TD15F 97-171 2950 2251000 5 TE12E 134-250 3000 362.51000 5 TE12E 128-240 2950 362.51000 5 TE12E 123-232 2900 362.51000 5 TE12E 159-213 2800 362.51000 5 TE12E 132-181 2600 362.51000 6 TF15E 85-145 1760 362.51000 6 TF15E 101-171 1900 362.51000 6 TF15E 126-208 2100 362.51000 6 TF15E 139-228 2200 362.51000 6 TF15E 152-251 2300 362.51000 6 TF15E 160-251 2350 362.51250 5 TD12F 82-148 2950 2251250 5 TD12F 125-191 3550 2251250 6 TD15F 70-123 2600 2251250 6 TD15F 84-150 2800 2251250 6 TD15F 93-164 2950 2251250 6 TD15F 137-191 3550 2251250 8 TD20E 96-174 2800 2251250 8 TD20E 108-196 2950 2251250 6 TF15E 81-142 1760 362.51250 6 TF15E 97-166 1900 362.51250 6 TF15E 122-203 2100 362.51250 6 TF15E 134-225 2200 362.51250 6 TF15E 148-246 2300 362.51250 6 TF15E 155-246 2350 362.51500 6 TD15F 64-116 2600 225

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1500 6 TD15F 78-144 2800 2251500 6 TD15F 88-157 2950 2251500 6 TD15F 133-187 3550 2251500 8 TD20E 91-169 2800 2251500 8 TD20E 105-190 2950 2251500 8 TD20E 154-202 3550 2251500 8 TD20D 110-179 2800 3051500 6 TF15E 108-136 1760 362.51500 6 TF15E 115-162 1900 362.51500 6 TF15E 116-199 2100 362.51500 6 TF15E 128-220 2200 362.51500 6 TF15E 143-241 2300 362.51500 6 TF15E 151-243 2350 362.52000 8 TD20E 84-159 2800 2252000 8 TD20E 95-179 2950 2252000 8 TD20E 147-196 3550 2252000 8 TD20D 104-174 2800 3052000 8 TD20D 97-197 2960 3052000 8 BS08B 100-148 1475 3302000 8 BS08B 143-210 1750 3302500 8 TD20D 95-164 2800 3052500 8 TD20D 102-188 2960 3052500 10x8 BS08A 131 1480 2702500 8 BS08B 137-205 1750 3302500 8 BS08C 138 -167 1475 2703000 8 BS08C 130-162 1475 2703000 16x12 BR12D 108-165 1780 2733500 16 x 12 BS12A 135-202 1490 2903500 16x12 BR12D 108-163 1780 2734000 16 x 12 BS12A 131-199 1490 2904000 16x12 BR12D 102-161 1780 2734500 16 x 12 BS12A 126-196 1490 2904500 16x12 BR12D 99-158 1780 2735000 16 x 12 BS12A 122-193 1490 2905000 16x12 BR12D 95-154 1780 273

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250 2 PB02B 41-100 3530 275500 3 PC03A 95-130 3525 425500 3 PC03B 125-145 3525 425500 4 PC04E 104-173 2950 510500 4 PC04E 112-181 3000 510500 4 PC04E 138-220 3300 510500 4 PC04E 160-264 3550 510500 5 PC05H 37-66 1460 250500 4 PC04C 45-60 1760 250500 5 PC05K 50-80 1760 250500 4 PC04D 40-50 1760 250500 4 PC04A 80-90 2600 450500 4 PC04A 93-105 2800 450500 4 PC04A 93-116 2950 450500 4 PC04A 97-121 3000 450500 4 PC04A 93-148 3300 450500 4 PC04A 96-172 3550 450500 4 PC04B 47-81 2950 450500 4 PC04B 49-84 3000 450500 4 PC04B 55-120 3525 450500 4 PC04E 50-86 2100 510500 4 PC04E 65-110 2350 510500 5 PC05C 54-93 3525 375500 6 PC06C 50-70 1760 500750 4 PC04A 72-80 2600 450750 4 PC04A 83-93 2800 450750 4 PC04A 83-107 2950 450750 4 PC04A 86-110 3000 450750 4 PC04A 82-139 3300 450750 4 PC04A 80-159 3500 450750 4 PC04A 84-164 3550 450750 4 PC04C 40-56 1760 250750 4 PC04E 121-207 3300 510750 4 PC04E 147-260 3550 510750 4 PC04E 95-160 2950 510750 4 PC04E 95-170 3000 510750 5 PC05G 136-180 2950 510750 5 PC05G 184-268 3550 510750 5 PC05G 156-234 3300 510750 5 PC05G 141-186 3000 510

750 5 PC05H 100-173 2350 250750 5 PC05H 75-138 2100 250750 5 PC05H 105-180 2400 250750 5 PC05H 93-160 2300 250750 5 PC05H 50-94 1760 250750 5 PC05E 58-106 2600 510750 5 PC05E 69-123 2800 510750 5 PC05A 50-75 2950 375750 5 PC05A 56-78 3000 375750 5 PC05A 70-96 3300 375750 5 PC05A 60-106 3500 375750 5 PC05A 62-111 3550 375

Note: Fire pumps, multistage.

Page 1 of 3





750 6 PC06C 47-71 1760 5001000 5 PC05A 90-105 3550 3751000 5 PC05A 87-102 3500 3751000 5 PC05E 76-136 3000 5101000 5 PC05E 95-167 3300 5101000 5 PC05F 84-166 3300 5101000 5 PC05F 97-189 3500 5101000 5 PC05F 100-194 3550 5101000 5 PC05G 145-222 3300 5101000 5 PC05G 170-255 3500 5101000 5 PC05G 128-175 2950 5101000 5 PC05C 60-106 3550 3751000 5 PC05G 173-262 3550 5101000 5 PC05E 74-131 2950 5101000 5 PC05G 132-181 3000 5101000 6 PC06L 171-205 2100 3001000 6 PC06L 119-145 1770 3001000 6 PC06G 57-87 1460 2501000 5 PC05H 95-167 2350 2501000 5 PC05H 100-176 2400 2501000 6 PC06A 70-108 2800 3001000 6 PC06A 77-114 2950 3001000 6 PC06A 82-121 3000 3001000 6 PC06A 101-147 3300 3001000 6 PC06A 103-169 3550 3001000 6 PC06J 75-110 1780 2501000 6 PC06D 44-85 1760 2501250 6 PC06A 66-103 2800 3001250 6 PC06A 74-110 2950 3001250 6 PC06A 76-116 3000 3001250 6 PC06A 97-142 3300 3001250 6 PC06A 97-164 3550 3001250 6 PC06C 76-146 2600 5001250 6 PC06C 90-169 2800 5001250 6 PC06C 100-181 2950 5001250 6 PC06C 104-186 3000 5001250 6 PC06C 125-229 3300 5001250 6 PC06C 150-270 3550 5001250 6 PC06G 58-82 1460 2501250 6 PC06G 60-127 1780 2501250 6 PC06L 114-145 1770 3001250 6 PC06L 167-205 2100 3001250 6 PC06D 40-82 1760 2501500 6 PC06E 45-86 1760 2501500 6 PC06C 108-180 2950 5001500 6 PC06C 112-180 3000 5001500 6 PC06C 121-220 3300 5001500 6 PC06C 145-265 3550 5001500 6 PC06A 100-136 3300 3001500 6 PC06A 97-160 3550 3001500 6 PC06C 97-134 2600 5001500 6 PC06C 120-160 2800 5001500 6 PC06G 87-122 1780 250

Page 2 of 3





1500 6 PC06L 108-140 1770 3001500 6 PC06L 160-202 2100 3001500 8 PC08B 40-77 1760 2501500 8 PC08E 40-63 1470 2501500 8 PC08J 73-105 1470 3002000 6 PC06F 85-140 2100 2502000 8 PC08B 63-74 1760 2252000 8 PC08E 48-89 1780 2502000 8 PC08E 69-130 2100 2502000 8 PC08G 55-85 1470 2622000 8 PC08F 54-94 1460 2622000 8 PC08H 90-118 1780 2622000 8 PC08H 110-169 2100 2622000 8 PC08J 103-156 1780 3002000 8 PC08J 150-212 2100 3002000 8 PC08K 72-119 1470 3002000 8 PC08K 110-175 1780 3002500 8 PC08D 105-155 2100 2502500 8 PC08C 51-98 1760 2502500 8 PC08G 115-150 2100 2622500 8 PC08G 80-125 1780 2622500 8 PC08F 66-90 1460 2622500 8 PC08F 80-137 1780 2622500 8 PC08K 104-172 1780 3002500 8 PC08K 154-202 2100 3002500 10 PC10E 85-127 1470 2503000 8 PC08D 100-151 2100 2503000 10 PC10D 75-123 1760 2503000 10 PC10E 118 1470 2503000 10 PC10E 85-188 1780 2503000 10 PC10E 102-210 1900 2503000 10 PC10D 92-144 1900 2503000 12 PA12F 118-164 1760 2533000 12 PA12F 82-117 1480 2533500 10 PC10D 73-120 1760 2503500 10 PC10D 89-142 1900 2503500 10 PC10E 120-182 1780 2503500 10 PC10E 95-206 1900 2503500 12 PA12F 80-117 1480 2533500 12 PA12F 115-162 1760 2534000 10 PC10D 100-117 1760 2504000 10 PC10D 84-139 1900 2504000 12 PA12F 78-112 1480 2534000 12 PA12F 112-161 1760 2534500 10 PC10D 93-114 1760 2504500 10 PC10D 80-135 1900 2504500 12 PA12F 76-109 1480 2534500 12 PA12F 109-160 1760 2535000 12 PA12F 106-157 1760 253

Page 3 of 3

SPP Fire Pump Listings UL Listed and FM Approved Vertical Turbine Fire Pump

Capacity Model Rated Pressure Approximate SpeedGPM Designation psi RPM

250 PE08A 40-140 1760500 PE10D 50-308 1760500 PE12F 42-215 1460750 +PE12C 100-510 1760750 PE12F 40-280 1760750 PE12G 40-291 1460

1000 PE12G 51-368 17601000 PE14D 40-280 14601500 PE14D 100-270 17601500 PE14G 65-291 17601500 PE16B 129 14702000 PE14G 60-270 17602000 ++PE14G 105 17602000 PE16B 104-262 17602000 PE18E 65-230 14602500 PE16E 103-280 17602500 PE18E 143 14602500 PE18E 61-221 14603000 PE16E 155 17603000 PE16E 165 17603000 PE16E 225 17703000 PE18E 58-208 14603000 PE20K 117-151 17603500 PE18E 107-182 17603500 PE20K 112-147 17604000 PE20K 108-142 17604500 PE20K 104-138 17604500 PE20K 165 17705000 PE20K 134 1760

Page 1 of 1


Multi-Stage Horizontal Split Case

Capacity Size Model Rated PressureApproximate

Speed

Maximum Working Pressure

GPM Inches Designation Stages psi RPM psi

500 4 PD04A 2 100-175 1800 428500 4 PD04K 2 158-269 2800 550500 4 PD04K 2 170-300 2950 550500 4 PD04K 2 183-312 3000 550500 4 PD04K 2 229-384 3300 550500 4 PD04K 2 272-446 3550 550500 4 PD04Y 3 176-250 1800 428500 5 PD05C 2 196-372 2800 600500 5 PD05C 2 226-414 2950 600500 5 PD05C 2 234-429 3000 600500 5 PD05C 2 302-557 3300 600500 5 PD05C 2 351-646 3550 600500 5 PD05A 2 132-197 1760 420500 5 PD05A 2 173-275 2100 420500 6 BM05J 2 117 1450 205500 5 TY12D 2 145-191 1760 450500 5 TY12D 2 173-223 1900 450500 5 TY12D 2 214-276 2100 450500 5 TY12D 2 260-334 2300 450500 5 TY12D 2 273-350 2350 450500 5 TX12D 2 256-330 2950 450500 6 TX15E 2 277-370 2950 478500 6 TY15E 2 300-375 2350 478500 6 TY15E 2 288-360 2300 478500 6 TY15E 2 240-298 2100 478500 6 TY15E 2 195-242 1900 478500 6 TY15E 2 171-210 1760 478500 6 TX15F 2 283-378 2950 478750 4 PD04K 2 199-240 2800 550750 4 PD04K 2 227-272 2950 550750 4 PD04K 2 234-286 3000 550750 4 PD04K 2 295-352 3300 550750 4 PD04K 2 235-417 3550 550750 5 PD05A 2 100-180 1800 420750 5 PD05A 2 165-265 2100 420750 5 PD05L 3 181-390 1775 510750 5 PD05C 2 188-364 2800 600750 5 PD05C 2 212-407 2950 600750 5 PD05C 2 220-421 3000 600750 5 PD05C 2 289-547 3300 600750 5 PD05C 2 337-636 3550 600750 5 TY12D 2 163-200 1900 450750 5 TY12D 2 190-250 2100 450750 5 TY12D 2 240-312 2300 450750 5 TY12D 2 250-328 2350 450750 5 TX12D 2 230-300 2950 450750 6 TX15E 2 268-360 2950 478750 6 TY15E 2 296-370 2350 478750 6 TY15E 2 284-353 2300 478750 6 TY15E 2 235-294 2100 478750 6 TY15E 2 190-237 1900 478750 6 TY15E 2 166-205 1760 478

Page 1 of 2


Multi-Stage Horizontal Split Case

Capacity Size Model Rated PressureApproximate

Speed

Maximum Working Pressure

GPM Inches Designation Stages psi RPM psi

750 6 TX15F 2 276-370 2950 4781000 6 PD06A 2 100-210 1800 5001000 6 TX15E 2 254-346 2950 4781000 6 TY15E 2 291-361 2350 4781000 6 TY15E 2 278-345 2300 4781000 6 TY15E 2 227-285 2100 4781000 6 TY15E 2 181-230 1900 4781000 6 TY15E 2 155-196 1760 4781000 6 TX15F 2 268-361 2950 4781250 6 TX15E 2 275-329 2950 4781250 6 TY15E 2 278-347 2350 4781250 6 TY15E 2 265-331 2300 4781250 6 TY15E 2 214-274 2100 4781250 6 TY15E 2 170-215 1900 4781250 6 TX15F 2 246-348 2950 4781500 8 PD08A 2 151-175 1800 335

Page 2 of 2


End Suction Fire Pump



200 2 KP05E 70-112 2600 239200 3 KP08V 52-81 2950 203200 2.5 KP06D 55-101 2950 203200 2 KP05E 93-148 2950 239200 3 KP08V 74-115 3500 203200 3 AV03N 51-78 3500 203250 2 KP05E 90-108 2600 239250 2.5 KP06D 55-101 2950 203250 2 KP05E 88-142 2950 239250 3 KP08V 51-78 2950 203250 3 KP08V 73-112 3500 203250 3 AV03N 50-77 3500 203300 3 KP08E 89-147 2950 203300 3 KP08E 80-132 2800 203300 3 KP08E 69-114 2600 203300 3 KP08E 55-92 2350 203300 2 KP05E 122-135 2950 239300 2.5 KP06D 52-100 2950 203300 3 KP08V 49-76 2950 203300 3 KP08V 71-110 3500 203300 3 AV03N 48-75 3500 203400 5 KP12Y 107 1900 203400 5 KP12Y 96 1800 203400 5 KP12Y 67 1500 203400 5 KP12Y 62 1450 203400 3 KP08E 86-145 2950 203400 3 KP08E 77-130 2800 203400 3 KP08E 66-112 2600 203400 3 KP08E 52-91 2350 203400 2.5 KP06D 62-97 2950 203400 3 KP08V 46-71 2950 203400 3 KP08V 68-104 3500 203400 3 AV03N 43-70 3500 203450 3 KP08E 84-144 2950 203450 3 KP08E 75-129 2800 203450 3 KP08E 63-111 2600 203450 3 KP08E 50-88 2350 203450 3 KP08V 44-68 2950 203450 3 KP08V 67-100 3500 203450 3 AV03N 40-67 3500 203500 3 KP08E 82-142 2950 203500 3 KP08E 72-127 2800 203500 3 KP08E 61-108 2600 203500 3 KP08E 86 2350 203500 3 KP08V 64-97 3500 203500 6 KP15Y 112-159 3000 247500 6 KP15Y 108-154 2950 247500 6 KP15Y 98-138 2800 247500 6 KP15Y 85-149 2600 247750 6 KP15Y 111-158 3000 247750 6 KP15Y 107-153 2950 247750 6 KP15Y 97-137 2800 247750 6 KP15Y 83-148 2600 247

1000 6 KP15Y 110-157 3000 2471000 6 KP15Y 106-152 2950 2471000 6 KP15Y 95-136 2800 2471000 6 KP15Y 79-145 2600 2471250 6 KP15Y 105-154 3000 2471250 6 KP15Y 101-149 2950 2471250 6 KP15Y 89-132 2800 2471250 6 KP15Y 74-142 2600 2471500 6 KP15Y 99-150 3000 2471500 6 KP15Y 95-149 2950 2471500 6 KP15Y 80-127 2800 247

Page 1 of 1

SPP Pump Shaft Size Max Impeller Min Impeller Primary Flow Rating Primary Flow Rating SpeedModel ( Inch ) mm mm ( USgpm ) ( Rpm )

TB08D 1 235 190 200 / 250 / 300 / 400 / 500 3550TB08E 1 210 160 500 3550TB10D 1 5/8 245 210 400 / 500 / 750 3550TE10D 1 5/8 370 270 500 1760TB10E 1 5/8 210 184 500 / 750 3550TD10E 1 1/8 280 225 200 / 250 3550TB12D 1 5/8 245 210 500 / 750 / 1000 3550TB12E 1 5/8 210 180 750 / 1000 3550TB12F 1 5/8 245 205 1000 / 1250 3550TC12F 1 1/8 286 210 500 / 750 3550TC12G 1 1/8 274 230 500 / 750 / 1000 3550TD12F 1 5/8 282 230 750 / 1000 / 1250 3550TE12E 1 5/8 380 285 750 / 1000 3000TY12D 2 400 350 500 1760TB15E 1 5/8 252 215 1000 / 1250 / 1500 3550TD15F 1 5/8 325 280 1000 1760TE15D 1 5/8 375 302 1000 / 1250 / 1500 1760TE15E 1 5/8 375 275 1000 / 1250 1760TF15E 2 1/8 275 375 1000 1760TY15E 2 405 365 500 / 750 / 1000 1760TD20D 2 1/8 340 281 1500 1760TD20E 2 1/8 285 240 1500 / 2000 3550TF20D 2 1/8 480 386 2000 / 2500 1760TF20E 2 1/8 480 352 2000 / 2500 1760TF20F 2 1/8 480 352 1500 / 2000 / 2500 1760

Pumps: Assembled complete with soft packed glandsMaterials: CI casing : Bronze impeller : HTS shaft : Bronze gland follower st st gland studs : st st plugsPumps: Imperial studs & nuts : ANSI flanges (125 or 250)

Performance Curves 1750 RPM

Flow - US gpm5,0004,0003,0002,0001,000

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Pump Model: SPP - TF20E(I) Nom. Speed: 1760 RPM Impeller Dia.: 480/352 mmCurve No.: TF20E-C1760/1H

Tolerance : Hydraulic Institute (ENG)Fluid: Water

Temperature: 68 °FViscosity: 1.01 cPDensity: 62.3 lb/ft³Impeller No.

SPP Pumps Inc. - RAPID v7.0 - 28th November 2003.103.110.121.122.204.

Flow - US gpm8,0006,0004,0002,000

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Pump Model: SPP - TF20D(I) Nom. Speed: 1760 RPM Impeller Dia.: 480/386 mmCurve No.: TF20D-C1760/1H




Flow - US gpm4,0003,0002,0001,000

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Pump Model: SPP - TF15E Nom. Speed: 1760 RPM Impeller Dia.: 475/365 mmCurve No.: TF15E-C1760/1G-C1


Comments:NPSH REQUIRED at centreline of impeller. Add 0.5m to Laboratory NPSH curve for field applications


SPP Pumps Inc. - RAPID v7.0 - 28th November 2003.121.122.250.

Flow - US gpm8,0006,0004,0002,000

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Pump Model: SPP - TE25A(I) Nom. Speed: 1760 RPM Impeller Dia.: 421/346 mmCurve No.: TE25A-C1760/1H




Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TE15E(I) Nom. Speed: 1760 RPM Impeller Dia.: 375/275 mmCurve No.: TE15E-C1760/1H




Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TE15D(I) Nom. Speed: 1760 RPM Impeller Dia.: 375/302 mmCurve No.: TE15D-C1760/1H




Flow - US gpm1,0005000

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Pump Model: SPP - TE10D(I) Nom. Speed: 1760 RPM Impeller Dia.: 370/270 mmCurve No.: TE10D-C1760/1H




Flow - US gpm5,0004,0003,0002,0001,000

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Pump Model: SPP - TD25A(I) Nom. Speed: 1760 RPM Impeller Dia.: 318/289 mmCurve No.: TD25A-C1760/1H




Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TD20E(I) Nom. Speed: 1760 RPM Impeller Dia.: 340/282 mmCurve No.: TD20E-C1760/1H




Flow - US gpm4,0003,0002,0001,000

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Pump Model: SPP - TD20D(I) Nom. Speed: 1760 RPM Impeller Dia.: 340/281 mmCurve No.: TD20D-C1760/1H




Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TD15F(I) Nom. Speed: 1760 RPM Impeller Dia.: 325/280 mmCurve No.: TD15F-C1760/1H




Flow - US gpm2,0001,5001,000500

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Pump Model: SPP - TC12F(I) Nom. Speed: 1760 RPM Impeller Dia.: 286/274 mmCurve No.: TC12F-C1760/1H




Flow - US gpm5,0004,0003,0002,0001,000

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Pump Model: SPP - TF20F(I) Nom. Speed: 1760 RPM Impeller Dia.: 480/352 mmCurve No.: TF20F-C1760/1H




Flow - US gpm2,0001,5001,000500

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Pump Model: SPP - TE12E Nom. Speed: 2100 RPM Impeller Dia.: 380/285 mmCurve No.: TE12E-FMT-C2100/-0





Flow - US gpm2,0001,5001,000500

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Pump Model: SPP - TE10D Nom. Speed: 2100 RPM Impeller Dia.: 370/270 mmCurve No.: TE10D-C2100/1G-A1





Flow - US gpm4,0003,0002,0001,000

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Flow - US gpm2,5002,0001,5001,000500

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Flow - US gpm4,0003,0002,0001,000

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Flow - US gpm2,0001,5001,000500

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Flow - US gpm2,0001,5001,000500

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Flow - US gpm4,0003,0002,0001,000

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Flow - US gpm5,0004,0003,0002,0001,000

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Flow - US gpm4,0003,0002,0001,000

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Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TE08D Nom. Speed: 2600 RPM Impeller Dia.: 395/330 mmCurve No.: TE08D-C2600/1G-C1





Flow - US gpm5,0004,0003,0002,0001,000

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Pump Model: SPP - TD15F Nom. Speed: 2600 RPM Impeller Dia.: 325/240 mmCurve No.: TD15F-C2600/1G-A1





Flow - US gpm2,5002,0001,5001,000500

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Flow - US gpm2,0001,5001,000500

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Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TD15F Nom. Speed: 2800 RPM Impeller Dia.: 325/240 mmCurve No.: TD15F-C2800/1G-C2






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Flow - US gpm2,5002,0001,5001,000500

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SPP Pumps Inc. - RAPID v7.0 - 28th November 2003.121.122.


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Flow - US gpm5,0004,0003,0002,0001,000

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Pump Model: SPP - TD20E Nom. Speed: 2950 RPM Impeller Dia.: 340/240 mmCurve No.: TD20E-C2950/2G-A1





Flow - US gpm5,0004,0003,0002,0001,000

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Pump Model: SPP - TD20D Nom. Speed: 2960 RPM Impeller Dia.: 340/240 mmCurve No.: TD20D-C2960/1G-C1





Flow - US gpm4,0003,0002,0001,000

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Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TD10E Nom. Speed: 2950 RPM Impeller Dia.: 303/225 mmCurve No.: TD10E-C2950/1G-A1





Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TC12G Nom. Speed: 2950 RPM Impeller Dia.: 286/255 mmCurve No.: TC12G-C2950/1G-A1





Flow - US gpm2,0001,5001,000500

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Pump Model: SPP - TC12F Nom. Speed: 2950 RPM Impeller Dia.: 286/210 mmCurve No.: TC12F-C2950/1G-A1





Flow - US gpm2,5002,0001,5001,000500

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Flow - US gpm4,0003,0002,0001,000

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Pump Model: SPP - TD12F Nom. Speed: 3550 RPM Impeller Dia.: 282/230 mmCurve No.: TD12F-FMT-C3550/-0






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Pump Model: SPP - TD10E Nom. Speed: 3550 RPM Impeller Dia.: 280/225 mmCurve No.: TD10E-FMT-C3550/-2





Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TC12G Nom. Speed: 3550 RPM Impeller Dia.: 274/230 mmCurve No.: TC12G-FMT-C3550/-0





Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TC12F Nom. Speed: 3550 RPM Impeller Dia.: 286/210 mmCurve No.: TC12F-FMT-C3550/-0





Flow - US gpm2,5002,0001,5001,000500

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Pump Model: SPP - TB15E(I) Nom. Speed: 3550 RPM Impeller Dia.: 252/215 mmCurve No.: TB15E-C3550/1H




Flow - US gpm2,5002,0001,5001,000500

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100

50

Pump Model: SPP - TB12F(I) Nom. Speed: 3550 RPM Impeller Dia.: 245/205 mmCurve No.: TB12F-C3550/1H




Flow - US gpm2,5002,0001,5001,000500

Pow

er -

hp

100

50

Hea

d - p

si

100

50





Flow - US gpm2,5002,0001,5001,000500

Pow

er -

hp

100

50

Hea

d - p

si

150

100

50

Pump Model: SPP - TB12D Nom. Speed: 3550 RPM Impeller Dia.: 245/210 mmCurve No.: TB12D-FMT-C3550/-0






Pow

er -

hp

50

40

30

20

10

Hea

d - p

si

100

50





Flow - US gpm2,0001,5001,000500

Pow

er -

hp

80

60

40

20

Hea

d - p

si

150

100

50







Pow

er -

hp

50

40

30

20

10

Hea

d - p

si

100

50

Pump Model: SPP - TB08E(I) Nom. Speed: 3550 RPM Impeller Dia.: 210/160 mmCurve No.: TB08E-C3550-LX//1H





Pow

er -

hp

60

40

20

Hea

d - p

si

150

100

50






Flow - US gpm5,0004,0003,0002,0001,000

Pow

er -

hp

400

300

200

100

Hea

d - p

si

200

150

100

50

Pump Model: SPP - TD20E Nom. Speed: 3550 RPM Impeller Dia.: 285/240 mmCurve No.: TD20E-FMT-C3550/-0





Performance Curves Vertical Turbine

SPP Pump Model PE08A250 GPM

Vertical Turbine Fire Pumps

SPP Pump Model PE10D500 GPM


SPP Pump Model PE12F750 GPM


SPP Pump Model PE14G1500-2000 GPM


SPP Pump Model PE16B2500-3000 GPM


SPP Pump Model PE18E3500 GPM


SPP Pump Model PE20K3000-4000 GPM


Cross Sectionals

PRODUCT DATA

Sterling Fluid Systems LimitedTheale Cross, Reading, Berkshire, England, RG31 7SPTelephone: +44 (0)118 - 9323123 Fax: +44 (0)118 - 9323123

Page 2 of 3

Our Policy is one of continuous improvement and we reserve the right to alter the specifications of our products at anytime without notice.Issued by: Date:

THRUSTREAM T-S1-1125

Section 5 Issue: 05-0202

MODULE 1 & 2 - Soft Packed Sectional Arrangement

ITEMNo.

DESCRIPTION ITEMNo.

DESCRIPTION ITEMNo.

DESCRIPTION

A1 CASING - TOP 41G NUT 71 SHAFTB1 CASING - BOTTOM 41L PLUG 72 OIL SEAL1A STUD - CASING 41R ‘O’ RING - INSERT 72X LOCATING SLEEVE1B STUD - CASING 46 LANTERN RING 73 EYE BOLT1C DOWEL PIN - CASING 47 SLEEVE 75 BRG RETAINING NUT1D DOWEL PIN - INSERT 47R ‘O’ RING 75F LOCKING WASHER1F NUT - CASING 50 GLAND 77 SHOULDER RING1U GASKET - CASING 51 GLAND PACKING 105 GREASE NIPPLE21 IMPELLER 53 SPACER RING A106 STUD COUPLING23 WEAR RING - CASING 61 SUPPORT FRAME B106 ELBOW

23A DOWEL PIN - WEAR RING A62 BRG HOUSING - N.D.E. C106 TUBULAR PIECE41 INSERT A62L PLUG BRG. HOUSING - N.D.E. A107 PIPE (BALANCING)

41B HEX. HEAD SCREW B62 BRG HOUSING - D.E. 116 KEY - IMPELLER41C STUD 66 BEARING - N.D.E. 118 KEY - COUPLING41F NUT 67 BEARING - D.E. 308 AIR VALVE

PRODUCT DATA

Sterling Fluid Systems LimitedTheale Cross, Reading, Berkshire, England, RG31 7SPTelephone: +44 (0)118 - 9323123 Fax: +44 (0)118 - 9323123

Page 3 of 3

Our Policy is one of continuous improvement and we reserve the right to alter the specifications of our products at anytime without notice.Issued by: Date:

THRUSTREAM T-S1-1125

Section 5 Issue: 05-0202

MODULE 3 - Soft Packed Sectional Arrangement

ITEMNo.

DESCRIPTION ITEMNo.

DESCRIPTION ITEMNo.

DESCRIPTION

1 CASING 41H WASHER 72X LOCATING SLEEVE1A STUD - CASING 41R ‘O’ RING - INSERT 73 EYE BOLT1B STUD - CASING 46 LANTERN RING 75 BRG RETAINING NUT1C DOWEL PIN - CASING 47 SLEEVE 75F LOCKING WASHER1D DOWEL PIN - INSERT 47R ‘O’ RING 77 SHOULDER RING1F NUT - CASING 51 GLAND 105 GREASE NIPPLE1U GASKET - CASING 53 SPACER A106 STUD COUPLING21 IMPELLER A62 BRG HOUSING - N.D.E. B106 ELBOW23 WEAR RING - CASING A62L PLUG BRG. HOUSING - N.D.E. C106 TUBULAR PIECE

23A DOWEL PIN - WEAR RING B62 BRG HOUSING - D.E. A107 PIPE (BALANCING)41 INSERT 66 BEARING - N.D.E. 116 KEY - IMPELLER

41B HEX. HEAD SCREW 67 BEARING - D.E. 118 KEY - COUPLING41C STUD 71 SHAFT 308 AIR VALVE41G NUT 72 OIL SEAL

Bill of Materials

TF20F (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220002 17118AP001 45427-563-124-2 012 124 1 UPPER HALF CASING 51230004 17118AQ001 45427-563-124-2 012 124 1 LOWER HALF CASING 51590001 17172BR001 17172BR001 110 445 1 IMPELLER 01800001 1711211801 36773-507-266-6 056 266 1 PUMP SHAFT 31900001 1711211901 34327-165-459-5 122 459 2 CASING RING 21990001 1712031991 34113-595-122-9 011 122 2 SHOULDER RING 42070001 1711212071 34114-227-221-8 043 221 2 ST BOX PACKING / SPACER RING 02230001 1711212231 35416-503-445-5 110 445 2 GLAND 02270001 1711212271 38835-210-445-4 110 445 2 LANTERN RING MODULE NO. 12400102 1712032401 37224-697-124-6 012 124 1 BEARING HOUSING DE 32400202 1712032402 37224-698-124-3 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X631200400 23153-170-000-6 000 000 2 DEEP GROOVE BALL BEARING SKF 6312 03030001 B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX28L 13100001 1711213101 36513-512-473-4 110 445 2 SHAFT SLEEVE 63200001 1711213201 32517-432-265-5 053 221 1 KEY IMPELLER 13210001 B100077100 23611-695-265-5 053 221 1 KEY COUPLING 03360001 B213508000 23381-024-221-9 052 224 1 LOCK NUT 04150001 B183108000 23381-313-221-6 050 221 1 LOCK WASHER 14300001 B084122230 B084122230 350 047 8 GLAND PACKING 14410002 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500002 K222097000 K222097000 119 347 1 VENT VALVE 1/4"NPT 05000001 B052031000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17379BV001 38278-786-782-1 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052623000 25145-440-009-7 371 009 2 "O" RING 25220201 B052523000 25154-074-716-6 371 009 2 'O' RING 25600001 17351AK055 17351AK055 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242327000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213408000 21782-679-314-0 278 958 25 DOUBLE CHAMFER HEX NUT 3/4UNC 15820001 B213104000 B213104000 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B234031000 21712-637-950-7 273 959 4 STUD 15900201 B234030000 21712-633-950-9 273 959 21 STUD 15920001 B234032000 21712-445-347-2 251 347 4 STUD 1/2"UNCX80L 76000002 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 B201207000 251 347 1 PLUG 1' NPT 06050002 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060002 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/VENT 1/2NPT 26100101 17115CB001 33211-131-221-3 053 221 2 LOCKING PIN 6DX22L 06100201 17115CB002 33211-129-221-4 053 221 2 LOCKING PIN 10DX14L 06110001 17321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290002 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790002 1711219791 37152-551-124-9 012 124 2 INSERT + + + 8

TB08D (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and Keyway(80/24)

PARTCD COMPCD/DRG NO. SPP PART NO. MAT CD SPP MAT QTY COMPONENT DESCRIPTION COMPONENT SIZE DRG REV.1220001 17102AP001 45231-413-124-7 012 124 1 UPPER HALF CASING 51230001 17102AQ001 45231-413-124-7 012 124 1 LOWER HALF CASING 71590001 17122BR001 31743-144-445-7 110 445 1 IMPELLER 01800001 1711061801 36771-415-266-6 056 266 1 SHAFT 41900001 17153EQ001 34325-199-445-0 122 445 2 CASING RING 01990001 1712011991 34211-262-122-1 011 122 2 SHOULDER RING 32070001 1711082071 34113-210-221-5 043 221 2 ST BOX PACKING / SPACER RING 12200001 1711082201 37652-116-124-7 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-510-445-0 110 445 2 GLAND 32270001 1711082272 38834-505-445-4 110 445 2 LANTERN RING (PAIRS) 02400101 1712012401 37224-682-124-6 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-683-124-3 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-163-000-2 000 000 2 BALL BEARING SKF 6306 C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNC EYE BOLT 13100001 1711083101 36511-519-473-5 110 473 2 SHAFT SLEEVE 83200001 1711063201 32517-428-265-2 053 265 1 KEY - IMPELLER 13210001 B100033061 23611-147-265-9 053 265 1 KEY - COUPLING 13360001 B213502000 23381-013-221-7 052 221 1 LOCK NUT M30X1.5 04150001 B183102000 23381-307-221-9 050 221 1 LOCK WASHER 30D NOM 14300001 B084101400 B084101400 350 047 8 GLAND PACKING 45mm ID x 10mm 14410001 B251601000 B251601000 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-256-000-0 574 000 2 OIL SEAL 65MM X 45MM X 12MM 15190001 17356BV001 38278-766-782-1 377 782 1 GASKET BET. TOP & BOTTPM REFER DRAWING 05220101 B052624000 25145-276-017-8 371 017 2 "O" RING 4 5/8" x 3/16" 25220201 B052520000 25153-044-716-2 371 716 2 'O' RING 44.6IDX2.4D 25300002 M013930075 M013930075 501 501 2 PIPE NIPPLE 1/4 NPT X75L 05420002 17102FK001 17102FK001 021 021 2 ELBOW 1/4"NPT 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242305000 B242305000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213405000 21782-677-314-6 278 314 18 DOUBLE CHAMFER HEX NUT 15800201 B213402000 B213402000 278 314 8 DOUBLE CHAMFER HEX NUT 15820001 B213402000 B213402000 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B235216060 21712-526-950-2 273 950 4 STUD 15900201 B235216045 21712-520-950-0 273 950 14 STUD 15900301 B234023000 21712-329-950-7 273 950 8 STUD 3/8UNCX58L 75920001 B234010000 21712-338-347-5 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 17111CB001 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 26720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 26910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461102106 B461102106 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461102106 B461102106 043 342 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 222 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17123AS002 37153-320-124-0 012 124 2 INSERT + + + 8

TB08E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and Keyway(80/24)

PARTCD COMPCD/DRG NO. SPP PART NO. MAT CD SPP MAT QTY COMPONENT DESCRIPTION COMPONENT SIZE DRG REV.1220001 17102AP001 45231-413-124-7 012 124 1 UPPER HALF CASING 51230001 17102AQ001 45231-413-124-7 012 124 1 LOWER HALF CASING 71590001 17173BR001 17173BR001 110 445 1 IMPELLER 01800001 1711061801 36771-415-266-6 056 266 1 SHAFT 41900001 17153EQ001 34325-199-445-0 122 445 2 CASING RING 01990001 1712011991 34211-262-122-1 011 122 2 SHOULDER RING 32070001 1711082071 34113-210-221-5 043 221 2 ST BOX PACKING / SPACER RING 12200001 1711082201 37652-116-124-7 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-510-445-0 110 445 2 GLAND 32270001 1711082272 38834-505-445-4 110 445 2 LANTERN RING (PAIRS) 02400101 1712012401 37224-682-124-6 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-683-124-3 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-163-000-2 000 000 2 BALL BEARING SKF 6306 C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNC EYE BOLT 13100001 1711083101 36511-519-473-5 110 473 2 SHAFT SLEEVE 83200001 1711063201 32517-428-265-2 053 265 1 KEY - IMPELLER 13210001 B100033061 23611-147-265-9 053 265 1 KEY - COUPLING 13360001 B213502000 23381-013-221-7 052 221 1 LOCK NUT M30X1.5 04150001 B183102000 23381-307-221-9 050 221 1 LOCK WASHER 30D NOM 14300001 B084101400 B084101400 350 047 8 GLAND PACKING 45mm ID x 10mm 14410001 B251601000 B251601000 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-256-000-0 574 000 2 OIL SEAL 65MM X 45MM X 12MM 15190001 17356BV001 38278-766-782-1 377 782 1 GASKET BET. TOP & BOTTPM REFER DRAWING 05220101 B052624000 25145-276-017-8 371 017 2 "O" RING 4 5/8" x 3/16" 25220201 B052520000 25153-044-716-2 371 716 2 'O' RING 44.6IDX2.4D 25300002 M013930075 M013930075 501 501 2 PIPE NIPPLE 1/4 NPT X75L 05420002 17102FK001 17102FK001 021 021 2 ELBOW 1/4"NPT 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242305000 B242305000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213405000 21782-677-314-6 278 314 18 DOUBLE CHAMFER HEX NUT 15800201 B213402000 B213402000 278 314 8 DOUBLE CHAMFER HEX NUT 15820001 B213402000 B213402000 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B235216060 21712-526-950-2 273 950 4 STUD 15900201 B235216045 21712-520-950-0 273 950 14 STUD 15900301 B234023000 21712-329-950-7 273 950 8 STUD 3/8UNCX58L 75920001 B234010000 21712-338-347-5 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 17111CB001 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 26720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 26910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461102106 B461102106 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461102106 B461102106 043 342 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 222 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17123AS002 37153-320-124-0 012 124 2 INSERT + + + 8

TB10D (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and Keyway(100/24)

PARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 17110AP001 45276-513-124-3 012 124 1 UPPER HALF CASING 51230001 17110AQ001 45276-513-124-3 012 124 1 LOWER HALF CASING 51590001 17154BR001 31743-145-445-4 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 PUMP SHAFT 60DX886L 31900001 17111EQ001 34325-198-459-3 122 459 2 CASING RING 21990001 1712021991 34113-594-122-2 011 122 2 SHOULDER RING 42070001 1711142071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING56DX90DX8T 02200001 1711142201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711142231 35415-509-445-8 110 445 2 GLAND 02270001 1711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 12400101 1712022401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712022402 37224-685-124-7 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING SKF 6309C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711143201 32517-430-265-1 053 265 1 KEY IMPELLER 13210001 B100066088 23611-147-265-9 053 265 1 KEY COUPLING 3/8" SQ 03360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45 X 1.5RH 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 45D NOM 14300001 B084121850 25135-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17370BV001 38278-767-782-8 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052621000 25145-324-017-2 371 017 2 "O" RING 6 1/8" ID x 3/16" 25220201 B052522000 25153-059-716-2 371 716 2 'O' RING 59.6IDX2.4D 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 05710001 B242327000 B242327000 270 950 8 HEX SCREW 05800001 B213405000 21782-677-314-6 278 314 21 DOUBLE CHAMFER HEX NUT 15800201 B213404000 21782-675-314-2 278 314 8 DOUBLE CHAMFER HEX NUT 15820001 B213404000 21782-675-347-2 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B234029000 21712-529-950-3 273 950 4 STUD 15900201 B234036000 21712-552-950-4 273 950 17 STUD 15900301 B234026000 21712-439-950-5 273 950 8 STUD 1/2UNCX44L 75920001 B234027000 21712-439-347-6 251 347 4 STUD 1/2"UNCX80L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 56060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 06100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 17111CB001 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 16110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 27290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 08490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 89790001 17111AS001 37153-321-124-7 012 124 2 INSERT + + +

TB10E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 17110AP001 45276-513-124-3 012 124 1 UPPER HALF CASING 51230001 17110AQ001 45276-513-124-3 012 124 1 LOWER HALF CASING 51590001 17174BR001 17174BR001 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 PUMP SHAFT 60DX886L 31900001 17111EQ001 34325-198-459-3 122 459 2 CASING RING 21990001 1712021991 34113-594-122-2 011 122 2 SHOULDER RING 42070001 1711142071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING56DX90DX8T 02200001 1711142201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711142231 35415-509-445-8 110 445 2 GLAND 02270001 1711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 12400101 1712022401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712022402 37224-685-124-7 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING SKF 6309C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711143201 32517-430-265-1 053 265 1 KEY IMPELLER 13210001 B100066088 23611-147-265-9 053 265 1 KEY COUPLING 3/8" SQ 03360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45 X 1.5RH 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 45D NOM 14300001 B084121850 25135-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17370BV001 38278-767-782-8 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052621000 25145-324-017-2 371 017 2 "O" RING 6 1/8" ID x 3/16" 25220201 B052522000 25153-059-716-2 371 716 2 'O' RING 59.6IDX2.4D 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 05710001 B242327000 B242327000 270 950 8 HEX SCREW 05800001 B213405000 21782-677-314-6 278 314 21 DOUBLE CHAMFER HEX NUT 15800201 B213404000 21782-675-314-2 278 314 8 DOUBLE CHAMFER HEX NUT 15820001 B213404000 21782-675-347-2 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B234029000 21712-529-950-3 273 950 4 STUD 15900201 B234036000 21712-552-950-4 273 950 17 STUD 15900301 B234026000 21712-439-950-5 273 950 8 STUD 1/2UNCX44L 75920001 B234027000 21712-439-347-6 251 347 4 STUD 1/2"UNCX80L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 56060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 06100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 17111CB001 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 16110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 27290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 08490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 89790001 17111AS001 37153-321-124-7 012 124 2 INSERT + + +

TB12D (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711071221 45323-563-124-1 012 124 1 UPPER HALF CASING 41230001 1711071231 45323-563-124-1 012 124 1 LOWER HALF CASING 51590001 17156BR001 31743-146-445-1 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 SHAFT REFER DRAWING 01900001 1711081901 34326-167-459-0 122 459 2 CASING RING 21990001 1712011991 34113-594-122-2 011 122 2 SHOULDER RING 32070001 1711082071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING 12200001 1711082201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-509-445-8 110 445 2 GLAND nr 2 32270001 1711082272 38834-510-445-4 110 445 2 LANTERN RING nr 2 02400101 1712012401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-685-124-7 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-167-000-0 000 000 2 BALL BEARING 6309-C3 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711083201 32517-430-265-2 053 265 1 KEY IMPELLER 13210001 B100066880 23611-147-265-9 053 265 1 KEY COUPLING 13360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45x1.5 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 14300001 B084121850 25133-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-324-000-4 574 000 2 OIL SEAL 65MM x 85MM x 10MM 15190001 17364BV001 38278-768-782-5 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING. 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 59.6 MM x 2.4 MM 25220201 B052520000 25153-059-716-2 371 716 2 'O' RING 1/4"NPT X 300L 25300002 M013930075 M013930075 501 501 2 PIPE NIPPLE 1/4 NPT X75L 05420002 17102FK001 17102FK001 021 021 2 ELBOW 1/4"NPT 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 05710001 B242328000 B242328000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213406000 21782-678-314-3 278 314 19 DOUBLE CHAMFER HEX NUT 5/8UNC 15800201 B213404000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 3/8UNC 15820001 B213404000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 3/8UNC 15900101 B234025000 21712-584-950-8 273 950 4 STUD 15900201 B234024000 21712-576-950-7 273 950 15 STUD 15900301 B234026000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234027000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461402407 B461402407 043 222 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TB12E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711071221 45323-563-124-1 012 124 1 UPPER HALF CASING 41230001 1711071231 45323-563-124-1 012 124 1 LOWER HALF CASING 51590001 17175BR001 17175BR001 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 SHAFT REFER DRAWING 01900001 1711081901 34326-167-459-0 122 459 2 CASING RING 21990001 1712011991 34113-594-122-2 011 122 2 SHOULDER RING 32070001 1711082071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING 12200001 1711082201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-509-445-8 110 445 2 GLAND nr 2 32270001 1711082272 38834-510-445-4 110 445 2 LANTERN RING nr 2 02400101 1712012401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-685-124-7 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-167-000-0 000 000 2 BALL BEARING 6309-C3 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711083201 32517-430-265-2 053 265 1 KEY IMPELLER 13210001 B100066880 23611-147-265-9 053 265 1 KEY COUPLING 13360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45x1.5 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 14300001 B084121850 25133-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-324-000-4 574 000 2 OIL SEAL 65MM x 85MM x 10MM 15190001 17364BV001 38278-768-782-5 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING. 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 59.6 MM x 2.4 MM 25220201 B052520000 25153-059-716-2 371 716 2 'O' RING 1/4"NPT X 300L 25300002 M013930075 M013930075 501 501 2 PIPE NIPPLE 1/4 NPT X75L 05420002 17102FK001 17102FK001 021 021 2 ELBOW 1/4"NPT 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 05710001 B242328000 B242328000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213406000 21782-678-314-3 278 314 19 DOUBLE CHAMFER HEX NUT 5/8UNC 15800201 B213404000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 3/8UNC 15820001 B213404000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 3/8UNC 15900101 B234025000 21712-584-950-8 273 950 4 STUD 15900201 B234024000 21712-576-950-7 273 950 15 STUD 15900301 B234026000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234027000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461402407 B461402407 043 222 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TB12F (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711071221 45323-563-124-1 012 124 1 UPPER HALF CASING 41230001 1711071231 45323-563-124-1 012 124 1 LOWER HALF CASING 51590001 17176BR001 17176BR001 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 SHAFT REFER DRAWING 01900001 1711081901 34326-167-459-0 122 459 2 CASING RING 21990001 1712011991 34113-594-122-2 011 122 2 SHOULDER RING 32070001 1711082071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING 12200001 1711082201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-509-445-8 110 445 2 GLAND nr 2 32270001 1711082272 38834-510-445-4 110 445 2 LANTERN RING nr 2 02400101 1712012401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-685-124-7 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-167-000-0 000 000 2 BALL BEARING 6309-C3 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711083201 32517-430-265-2 053 265 1 KEY IMPELLER 13210001 B100066880 23611-147-265-9 053 265 1 KEY COUPLING 13360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45x1.5 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 14300001 B084121850 25133-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-324-000-4 574 000 2 OIL SEAL 65MM x 85MM x 10MM 15190001 17364BV001 38278-768-782-5 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING. 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 59.6 MM x 2.4 MM 25220201 B052520000 25153-059-716-2 371 716 2 'O' RING 1/4"NPT X 300L 25300002 M013930075 M013930075 501 501 2 PIPE NIPPLE 1/4 NPT X75L 05420002 17102FK001 17102FK001 021 021 2 ELBOW 1/4"NPT 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 05710001 B242328000 B242328000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213406000 21782-678-314-3 278 314 19 DOUBLE CHAMFER HEX NUT 5/8UNC 15800201 B213404000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 3/8UNC 15820001 B213404000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 3/8UNC 15900101 B234025000 21712-584-950-8 273 950 4 STUD 15900201 B234024000 21712-576-950-7 273 950 15 STUD 15900301 B234026000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234027000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461402407 B461402407 043 222 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TB15E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 17124AP001 45364-113-124-1 012 124 1 UPPER HALF CASING 41230001 17124AQ001 45364-113-124-1 012 124 1 LOWER HALF CASING 51590001 17177BR001 17177BR001 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 SHAFT REFER DRAWING 01900001 17177EQ001 17177EQ001 122 459 2 CASING RING 21990001 1712011991 34113-594-122-2 011 122 2 SHOULDER RING 32070001 1711082071 34113-211-221-1 043 221 2 ST BOX PACKING / SPACER RING 12200001 1711082201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-509-445-8 110 445 2 GLAND nr 2 32270001 1711082272 38834-510-445-4 110 445 2 LANTERN RING (PAIRS) nr 2 02400101 1712012401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-685-124-7 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-167-000-0 000 000 2 BALL BEARING 6309-C3 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711083201 32517-430-265-2 053 265 1 KEY IMPELLER 13210001 B100066880 23611-147-265-9 053 265 1 KEY COUPLING 3/8" SQ 13360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45x1.5 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 14300001 B084121850 25133-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-324-000-4 574 000 2 OIL SEAL 65MM x 85MM x 10MM 15190001 17364BV001 38278-773-782-5 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING. 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 59.6 MM x 2.4 MM 25220201 B052520000 25153-059-716-2 371 716 2 'O' RING 1/4"NPT X 300L 25300002 M013930075 M013930075 251 501 2 PIPE NIPPLE 1/4" X 75L 05420002 17102FK001 17102FK001 251 21 2 ELBOW 1/4" 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 05710001 B242305000 B242305000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213406000 21782-678-314-3 278 314 19 DOUBLE CHAMFER HEX NUT 5/8UNC 15800201 B213404000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 3/8UNC 15820001 B213404000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 3/8UNC 15900101 B234025000 21712-584-950-8 273 950 4 STUD 15900201 B234024000 21712-576-950-7 273 950 15 STUD 15900301 B234026000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234027000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461402407 B461402407 043 222 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TC12F (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and Keyway

PARTCD COMPCD/DRG NO. SPP PART NO. MAT CD SPP MA QTY COMPONENT DESCRIPTION COMPONENT SIZE DRG REV1220001 1711221221 45323-163-124-9 012 124 1 UPPER HALF CASING 51230001 1711221231 45323-163-124-9 012 124 1 LOWER HALF CASING 31590001 17122BR001 31743-142-445-3 110 445 1 IMPELLER 01800001 17106AE001 17106AE001 056 266 1 SHAFT 01900001 1711061901 34325-195-459-2 122 459 2 CASING RING 21990001 1712011991 34211-262-122-1 011 122 2 SHOULDER RING 32070001 1711082071 34113-210-221-5 043 221 2 ST BOX PACKING / SPACER RING 40DX70DX8T 12200001 1711082201 37652-116-124-7 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-510-445-0 110 445 2 GLAND 32270001 1711082272 38834-505-445-4 110 445 2 LANTERN RING (PAIRS) 02400101 17106CJ001 37224-682-124-6 012 124 1 BEARING HOUSING DE 02400201 1712012402 37224-683-124-3 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-163-000-2 000 000 2 BALL BEARING SKF 6306 C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNC EYE BOLT 13100001 1711083101 36511-519-473-5 110 473 2 SHAFT SLEEVE 55 D X 196 L 83200001 1711063201 32517-428-265-2 053 265 1 KEY IMPELLER 13210001 B100033061 23611-147-265-9 053 265 1 KEY COUPLING 1/4" SQ 13360001 B213502000 23381-013-221-7 052 221 1 LOCK NUT M30X1.5 04150001 B183102000 23381-307-221-9 050 221 1 LOCK WASHER 30D NOM 14300001 B084101400 25133-345-047-4 350 047 8 GLAND PACKING 45mm ID x 10mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-256-000-0 574 000 2 OIL SEAL 65MM X 45MM X 12MM 15190001 17356BV001 38278-771-782-1 377 782 1 GASKET BET. TOP & BOTTPM REFER DRAWING 05220101 B052620000 25145-324-017-2 371 017 2 "O" RING 6 1/8" ID x 3/16" 25220201 B052520000 25153-044-716-2 371 716 2 'O' RING 44.6IDX2.4D 25300002 M013930075 M013930075 251 501 2 PIPE NIPPLE 1/4" NPT X 75L 15420002 17102FK001 17102FK001 251 021 2 ELBOW 1/4" 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242305000 B242305000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213405000 21782-677-314-6 278 314 19 DOUBLE CHAMFER HEX NUT 15800201 B213402000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 15820001 B213402000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B234029000 21712-529-950-3 273 950 4 STUD 75900201 B234028000 21712-522-950-4 273 950 15 STUD 75900301 B234022000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234023000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PIPE PLUG 1" NPT 26050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 26100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461102106 B461102106 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461102106 B461102106 043 342 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 222 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17106AS002 37153-316-124-7 012 124 2 INSERT + + + 2

TC12G (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and Keyway

PARTCD COMPCD/DRG NO. SPP PART NO. MAT CD SPP MA QTY COMPONENT DESCRIPTION COMPONENT SIZE DRG REV1220001 1711221221 45323-163-124-9 012 124 1 UPPER HALF CASING 51230001 1711221231 45323-163-124-9 012 124 1 LOWER HALF CASING 31590001 17158BR001 31743-143-445-0 110 445 1 IMPELLER 01800001 17122AE001 17122AE001 056 266 1 SHAFT 01900001 1711061901 34325-195-459-2 122 459 2 CASING RING 21990001 1712011991 34211-262-122-1 011 122 2 SHOULDER RING 32070001 1711082071 34113-210-221-5 043 221 2 ST BOX PACKING / SPACER RING 40DX70DX8T 12200001 1711082201 37652-116-124-7 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-510-445-0 110 445 2 GLAND 32270001 1711082272 38834-505-445-4 110 445 2 LANTERN RING (PAIRS) 02400101 17106CJ001 37224-682-124-6 012 124 1 BEARING HOUSING DE 02400201 1712012402 37224-683-124-3 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-163-000-2 000 000 2 BALL BEARING SKF 6306 C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNC EYE BOLT 13100001 1711083101 36511-519-473-5 110 473 2 SHAFT SLEEVE 55 D X 196 L 83200001 1711063201 32517-428-265-2 053 265 1 KEY IMPELLER 13210001 B100033061 23611-147-265-9 053 265 1 KEY COUPLING 1/4" SQ 13360001 B213502000 23381-013-221-7 052 221 1 LOCK NUT M30X1.5 04150001 B183102000 23381-307-221-9 050 221 1 LOCK WASHER 30D NOM 14300001 B084101400 25133-345-047-4 350 047 8 GLAND PACKING 45mm ID x 10mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-256-000-0 574 000 2 OIL SEAL 65MM X 45MM X 12MM 15190001 17356BV001 38278-771-782-1 377 782 1 GASKET BET. TOP & BOTTPM REFER DRAWING 05220101 B052620000 25145-324-017-2 371 017 2 "O" RING 6 1/8" ID x 3/16" 25220201 B052520000 25153-044-716-2 371 716 2 'O' RING 44.6IDX2.4D 25300002 M013930075 M013930075 251 501 2 PIPE NIPPLE 1/4" NPT X 75L 15420002 17102FK001 17102FK001 251 021 2 ELBOW 1/4" 05600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242305000 B242305000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213405000 21782-677-314-6 278 314 19 DOUBLE CHAMFER HEX NUT 15800201 B213402000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 15820001 B213402000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B234029000 21712-529-950-3 273 950 4 STUD 75900201 B234028000 21712-522-950-4 273 950 15 STUD 75900301 B234022000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234023000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PIPE PLUG 1" NPT 26050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 26100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461102106 B461102106 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461102106 B461102106 043 342 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 222 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17106AS002 37153-316-124-7 012 124 2 INSERT + + + 2

TD10E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711061221 45272-713-124-3 012 124 1 UPPER HALF CASING 81230001 1711061231 45272-713-124-3 012 124 1 LOWER HALF CASING 71590001 17106BR001 31743-141-445-6 110 445 1 IMPELLER 01800001 17106AE001 17106AE001 056 266 1 SHAFT 01900001 1711061901 34325-195-459-2 122 459 2 CASING RING 21990001 1712011991 34211-262-122-1 011 122 2 SHOULDER RING 32070001 1711082071 34113-210-221-5 043 221 2 ST BOX PACKING / SPACER RING 40DX70DX8T 12200001 1711082201 37652-116-124-7 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-510-445-0 110 445 2 GLAND 32270001 1711082272 38834-505-445-4 110 445 2 LANTERN RING (PAIRS) 02400101 17106CJ001 37224-682-124-6 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-683-124-6 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-163-000-2 000 000 2 BALL BEARING SKF 6306 C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711083101 36511-519-473-5 110 473 2 SHAFT SLEEVE 83200001 1711063201 32517-428-265-2 053 265 1 KEY IMPELLER 8X7X60L 13210001 B100033061 23611-147-265-9 053 265 1 KEY COUPLING 1/4X1/4X61L 13360001 B213502000 233810132217 052 221 1 LOCK NUT M30X1.5 04150001 B183102000 23381-307-221-9 050 221 1 LOCK WASHER 14300001 B084101400 25133-345-047-4 350 047 8 GLAND PACKING 45mm ID x 10mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-256-000-0 574 000 2 OIL SEAL 65mm X 45mm X 12mm 15190001 17355BV001 38278-773-782-5 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052620000 25145-324-017-2 371 017 2 "O" RING 6 1/8" ID x 3/16" 25220201 B052520000 25153-044-716-2 371 716 2 'O' RING 44.6MM x 2.4MM 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242305000 B242305000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213405000 21782-677-314-6 278 314 21 DOUBLE CHAMFER HEX NUT 5/8UNC 15800201 B213402000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 3/8UNC 15820001 B213402000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 3/8UNC 15900101 B234029000 21712-529-950-3 273 950 4 STUD UNC 15900201 B234028000 21712-522-950-4 273 950 17 STUD UNC 15900301 B234022000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234023000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PIPE PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461102106 B461102106 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461102106 B461102106 043 342 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 222 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17306AS002 37153-316-124-7 012 124 2 INSERT + + + 8

TD12F (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711071221 45272-713-124-3 012 124 1 UPPER HALF CASING 41230001 1711071231 45272-713-124-3 012 124 1 LOWER HALF CASING 51590001 17107BR001 31743-407-445-K 110 445 1 IMPELLER 01800001 17106AE001 36772-504-266-6 056 266 1 SHAFT REFER DRAWING 01900001 1711081901 34326-167-459-0 122 459 2 CASING RING 21990001 1712011991 34113-594-122-2 011 122 2 SHOULDER RING 32070001 1711082071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING 12200001 1711082201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711082231 35415-509-445-8 110 445 2 GLAND nr 2 32270001 1711082272 38834-510-445-4 110 445 2 LANTERN RING (PAIRS) nr 2 02400101 1712012401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712012402 37224-685-124-7 012 124 1 BEARING HOUSING NDE 22600001 X630600400 23153-167-000-0 000 000 2 BALL BEARING 6309-C3 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711083201 32517-430-265-2 053 265 1 KEY IMPELLER 13210001 B100033061 23611-147-265-9 053 265 1 KEY COUPLING 3/8" SQ 13360001 B213502000 23381-018-221-2 052 221 1 LOCK NUT M45x1.5 04150001 B183102000 23381-310-221-5 050 221 1 LOCK WASHER 14300001 B084101400 25133-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052018000 25167-324-000-4 574 000 2 OIL SEAL 65MM x 85MM x 10MM15190001 17364BV001 38278-774-782-5 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING. 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 59.6 MM x 2.4 MM 25220201 B052520000 25153-059-716-2 371 716 2 'O' RING 1/4"NPT X 300L 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 05710001 B242305000 B242305000 270 950 8 HEX SCREW 3/8"UNCX038L 05800001 B213405000 21782-678-314-3 278 314 19 DOUBLE CHAMFER HEX NUT 5/8UNC 15800201 B213402000 21782-673-314-8 278 314 8 DOUBLE CHAMFER HEX NUT 3/8UNC 15820001 B213402000 21782-673-347-8 278 347 4 DOUBLE CHAMFER HEX NUT 3/8UNC 15900101 B235220085 21712-584-950-8 273 950 4 STUD 15900201 B235220060 21712-576-950-7 273 950 15 STUD 15900301 B234023000 21712-325-950-9 273 950 8 STUD 3/8UNCX58L 75920001 B234010000 21712-332-347-3 251 347 4 STUD 3/8UNCX76L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461102106 B461102106 043 222 8 PUNCHED WASHER 11D X 21D X 2T 08490101 B461102106 B461102106 043 222 4 PUNCHED WASHER 11D X 21D X 2T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TD15F (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711141221 45364-163-124-6 012 124 1 UPPER HALF CASING 51230001 1711141231 45364-163-124-6 012 124 1 LOWER HALF CASING 51590001 17114BR001 31744-425-445-K 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 PUMP SHAFT 60DX886L 31900001 1711141901 34326-166-459-3 122 459 2 CASING RING 21990001 1712021991 34113-594-122-2 011 122 2 SHOULDER RING 42070001 1711142071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING 56DX90DX8T 02200001 1711142201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711142231 35415-509-445-8 110 445 2 GLAND 02270001 1711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 12400101 1712022401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712022402 37224-685-124-7 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING SKF 6309C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711143201 32517-430-265-1 053 265 1 KEY IMPELLER 13210001 B100060880 23611-417-265-3 053 265 1 KEY COUPLING 3/8" SQ 03360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45 X 1.5RH 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 45D NOM 14300001 B084121850 25133-427-047-1 350 047 8 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B0520410000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17370BV001 38278-775-782-9 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 7 1/4" ID x 3/16" 25220201 B052522000 25153-059-716-2 371 716 2 'O' RING 59.6IDX2.4D 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242328000 B242328000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213406000 21782-678-314-3 278 314 21 DOUBLE CHAMFER HEX NUT 3/4UNC 15800201 B213404000 21782-675-314-2 278 314 8 DOUBLE CHAMFER HEX NUT 1/2UNC 15820001 B213404000 21782-675-347-2 278 347 4 DOUBLE CHAMFER HEX NUT 1/2UNC 15900101 B234025000 21712-584-950-8 273 950 4 STUD 15900201 B234024000 21712-576-950-7 273 950 17 STUD 15900301 B234026000 21712-439-950-5 273 950 8 STUD 1/2UNCX44L 75920001 B234027000 21712-439-347-6 251 347 4 STUD 1/2"UNCX80L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 B201207000 251 347 1 PLUG 1' NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B200304000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TD20D (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220002 1711151221 45427-713-124-3 012 124 1 UPPER HALF CASING 51230004 1711151231 45427-713-124-3 012 124 1 LOWER HALF CASING 61590001 17115BR001 31746-147-445-5 110 445 1 IMPELLER 01800001 1711211801 36773-507-266-6 056 266 1 PUMP SHAFT 75 DX1022L 61900001 1711151901 34327-163-459-1 122 459 2 CASING RING 31990001 1712021991 34113-595-122-9 011 122 2 SHOULDER RING 42070001 1711142071 34114-227-221-8 011 221 2 ST BOX PACKING / SPACER RING 02230001 1711142231 35416-503-445-5 110 445 2 GLAND 02270001 1711212271 38835-210-445-4 110 445 2 LANTERN RING MODULE NO. 12400102 1712032401 37224-697-124-6 012 124 1 BEARING HOUSING DE [TACC 22400202 1712032402 37224-698-124-3 012 124 1 BEARING HOUSING(NDE) NPT TAPPING 22600001 X630900400 23153-170-000-6 000 000 2 DEEP GROOVE BALL BEARING 6312-C3 03030001 B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX40L 13100001 1711213101 36513-512-473-4 110 473 2 SHAFT SLEEVE 76D x 220L 63200001 1711153201 32517-432-265-5 053 265 1 KEY IMPELLER 9X14X115L 13210001 B100077100 23611-695-265-5 053 265 1 KEY COUPLING 1/2"X1/2"X100L 13360001 B213508000 23381-024-221-9 052 221 1 LOCK NUT M60X 2PITCH RH KM12 04150001 B183108000 23381-313-221-6 050 221 1 LOCK WASHER 14300001 B084122230 25133-489-047-4 350 047 8 GLAND PACKING 75mm X 12mm 14410002 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-356-000-3 574 000 2 OIL SEAL 80MM z 100MM x 10MM 15190001 17373BV001 38278-776-XXX-6 377 ??? 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052622000 25145-408-017-3 371 017 2 "O" RING 8 3/4" ID x 3/16" 25220201 B052522000 25154-074-716-6 371 716 2 'O' RING 74.4mm ID X 3MM 25600001 17351AK055 17351AK055 251 347 2 FLEXIBLE PIPE 1/4" NPT X 350 L PIPE 05710001 B242327000 21763-456-950-8 273 950 8 HEX SCREW 1/2"UNCX45L 05800001 B213406000 21782-678-314-3 278 314 24 DOUBLE CHAMFER HEX NUT 3/4UNC 15820001 B213404000 21782-675-347-2 278 347 4 DOUBLE CHAMFER HEX NUT 1/2UNC 15900101 B234025000 21712-585-950-5 273 950 4 STUD 3/4UNCX65L 75900201 B234037000 21712-578-950-1 273 950 20 STUD 3/4UNCX90L 75920001 B234032000 21712-439-347-6 251 347 4 STUD 1/2"UNCX60L 76000002 B201203000 25275-382-347-4 251 347 2 PIPE PLUG/GAUGE 1/4NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 B201207000 251 347 1 PLUG 1' NPT 06050002 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060002 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/VENT 1/2NPT 26100101 17115CB001 33211-131-221-3 053 221 2 CYLINDRICAL PIN 6DX27L 06100201 17115CB002 33211-129-221-4 053 221 2 CYLINDRICAL PIN 12DX18L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16 D X 102 L 26400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290002 B201203000 B201203000 052 224 2 PIPE PLUG 1/4" NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790002 17115AS005 17115AS005 012 124 2 INSERT/ SUPPORT FRAME 0

TD20E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220002 1711151221 45427-713-124-3 012 124 1 UPPER HALF CASING 51230004 1711151231 45427-713-124-3 012 124 1 LOWER HALF CASING 61590001 17115BR001 31743-408-445-K 110 445 1 IMPELLER 01800001 1711211801 36773-507-266-6 056 266 1 PUMP SHAFT 75 DX1022L 61900001 1711151901 343271634591 122 459 2 CASING RING 31990001 1712021991 34113-595-122-9 011 122 2 SHOULDER RING 42070001 1711142071 34114-227-221-8 011 221 2 ST BOX PACKING / SPACER RING 02230001 1711142231 35416-503-445-5 110 445 2 GLAND 02270001 1711212271 38835-210-445-4 110 445 2 LANTERN RING MODULE NO. 12400102 1712032401 37224-697-124-6 012 124 1 BEARING HOUSING DE [TACC 22400202 1712032402 37224-698-124-3 012 124 1 BEARING HOUSING(NDE) NPT TAPPING 22600001 X630900400 23153-170-000-6 000 000 2 DEEP GROOVE BALL BEARING 6312-C3 03030001 B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX40L 13100001 1711213101 36513-512-473-4 110 473 2 SHAFT SLEEVE 76D x 220L 63200001 1711153201 32517-432-265-5 053 265 1 KEY IMPELLER 9X14X115L 13210001 B100077100 23611-695-265-5 053 265 1 KEY COUPLING 1/2"X1/2"X100L 13360001 B213508000 23381-024-221-9 052 221 1 LOCK NUT M60X 2PITCH RH KM12 04150001 B183108000 23381-313-221-6 050 221 1 LOCK WASHER 14300001 B084122230 25133-489-047-4 350 047 8 GLAND PACKING 75mm X 12mm 14410002 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052031000 25167-356-000-3 574 000 2 OIL SEAL 80MM z 100MM x 10MM 15190001 17373BV001 17373BV001 377 ??? 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052622000 25145-408-017-3 371 017 2 "O" RING 8 3/4" ID x 3/16" 25220201 B052523000 25154-074-716-6 371 716 2 'O' RING 74.4mm ID X 3MM 25300002 M013930075 M013930075 501 501 2 PIPE NIPPLE 1/4 NPT X75L 05420002 17102FK001 17102FK001 021 021 2 ELBOW 1/4"NPT 05600001 17351AK055 17351AK055 251 347 2 FLEXIBLE PIPE 1/4" NPT X 350 L PIPE 05710001 B242327000 217634569508 273 950 8 HEX SCREW 1/2"UNCX45L 05800001 B213406000 217826783143 278 314 24 DOUBLE CHAMFER HEX NUT 3/4UNC 15820001 B213104000 218826753147 ? 278 314 4 HEX NUT 25900101 B234037000 21712-585-950-5 273 950 4 STUD 3/4UNCX65L 75900201 B234025000 21712-578-950-1 273 950 20 STUD 3/4UNCX90L 75920001 B234032000 21712-439-347-6 251 347 4 STUD 1/2"UNCX60L 76000002 B201203000 25275-382-347-4 251 347 2 PIPE PLUG/GAUGE 1/4NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050002 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060002 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/VENT 1/2NPT 26100101 17115CB001 33211-131-221-3 053 221 2 CYLINDRICAL PIN 6DX27L 06100201 17115CB002 33211-129-221-4 053 221 2 CYLINDRICAL PIN 12DX18L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16 D X 102 L 26400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290002 B201203000 B201203000 052 224 2 PIPE PLUG 1/4" NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790002 17115AS005 17115AS005 012 124 2 INSERT 0

TD25A(I) (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeyCOMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1711161221 45473-513-124-6 012 124 1 UPPER HALF CASING1711161231 45473-513-124-6 012 124 1 LOWER HALF CASING1711161591 31746-142-445-0 110 445 1 IMPELLER1711151801 36773-507-266-6 056 266 1 PUMP SHAFT 75 DX1022L 61711151901 34327-163-459-1 122 459 2 CASING RING 31712021991 34113-595-122-9 011 122 2 SHOULDER RING 41711142071 34113-221-221-2 011 221 2 ST BOX PACKING / SPACER RING 01711142231 38834-510-445-4 110 445 2 GLAND 01711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 11712022401 37224-684-124-0 012 124 1 BEARING HOUSING (DE)1712022402 37224-685-124-7 012 124 1 BEARING HOUSING(NDE) NPT TAPPINGX630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING 6312-C3 0B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX40L 11711143101 36513-508-445-1 110 473 2 SHAFT SLEEVE 76D x 220L1711153201 32517-431-265-8 053 265 1 KEY IMPELLER 9X14X115L 1B100066088 23611-417-265-3 053 265 1 KEY COUPLING 1/2"X1/2"X100LB213505000 23381-018-221-1 052 221 1 LOCK NUT M60X 2PITCH RH KM12B183105000 23381-310-221-5 050 221 1 LOCK WASHERB084121850 B084121850 350 047 8 GLAND PACKING 75mm X 12mmB251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 0K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 0B052041000 25167-324-000-4 574 000 2 OIL SEAL 80MM z 100MM x 10MM 117375BV001 38278-777-782-3 377 ??? 1 GASKET BET. TOP & BOTTOM REFER DRAWING 0B052622000 25145-408-017-3 371 017 2 "O" RING 8 3/4" ID x 3/16" 2B052522000 25153-059-716-2 371 716 2 'O' RING 74.4mm ID X 3MM 217351AK054 17351AK054 251 347 2 FLEXIBLE PIPE 1/4" NPT X 350 L PIPE17102FK001 17102FK001 251 347 2 ELBOW 1/4"NPTB242327000 21763-456-950-8 273 950 8 HEX SCREW 1/2"UNCX45L 0B213406000 21782-678-314-3 278 314 26 DOUBLE CHAMFER HEX NUT 3/4UNC 1B213404000 21782-675-347-2 278 347 8 DOUBLE CHAMFER HEX NUT 1/2UNC 1B213404000 21782-675-347-2 278 347 4 NUT NUT 1/2" UNCB234025000 21712-585-950-5 273 950 4 STUD 3/4UNCX65L 7B234037000 21712-578-950-1 273 950 22 STUD 3/4UNCX90L 7B234026000 21712-439-950-5 251 347 8 STUD STUD 1/2UNCX44LB234027000 21712-439-347-6 273 950 4 STUD STUD 1/2" UNC X 80LB201203000 25275-382-347-4 251 347 2 PIPE PLUG/GAUGE 1/4NPT 2B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 2B201204000 B201207000 251 347 1 PLUG 3/8" NPTB201205000 25275-384-347-8 052 904 1 PIPE PLUG/INSERT 1/2NPT17115CB001 33211-131-221-3 053 221 2 CYLINDRICAL PIN 6DX27L 017115CB002 33211-129-221-4 053 221 2 CYLINDRICAL PIN 12DX18L 01711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 017321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16 D X 102 L 2B070101000 B070101000 460 460 4 RIVETS 0N101040001 32823-125-344-8 268 344 1 NAMEPLATE 0B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 1B201203000 B201203000 052 224 2 PIPE PLUG 1/4" NPT 2B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 0B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 0B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 01711159791 37153-317-124-4 012 124 2 INSERT 01711142201 37652-117-124-4 012 124 2 SUPPORT FRAME 0

TE10D (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 17111AP001 45276-563-124-8 012 124 1 UPPER HALF CASING 51230001 17111AQ001 45276-563-124-8 012 124 1 LOWER HALF CASING 51590001 17114BR001 31743-724-445-K 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 PUMP SHAFT 60DX886L 31900001 17111EQ001 34325-198-459-3 122 459 2 CASING RING 21990001 1712021991 34113-594-122-2 011 122 2 SHOULDER RING 42070001 17111DS001 900147016009 043 221 2 ST BOX PACKING / SPACER RING 56DX90DX8T 02200001 1711142201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711142231 35415-509-445-8 110 445 2 GLAND 02270001 1711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 12400101 1712022401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712022402 37224-685-124-7 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING SKF 6309C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711143201 32517-430-265-1 053 265 1 KEY IMPELLER 13210001 B100066088 23611-417-265-3 053 265 1 KEY COUPLING 3/8" SQ 03360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45 X 1.5RH 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 45D NOM 14300001 B084121850 25133-427-047-1 350 047 4 GLAND PACKING 60mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17370BV001 38278-780-782-9 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052621000 25145-324-017-2 371 017 2 "O" RING 6 1/8" ID x 3/16" 25220201 B052522000 25153-059-716-2 371 716 2 'O' RING 59.6IDX2.4D 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242327000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213405000 21782-677-314-6 278 314 25 DOUBLE CHAMFER HEX NUT 3/4UNC 15800201 B213404000 21782-675-314-2 278 314 8 DOUBLE CHAMFER HEX NUT 1/2UNC 15820001 B213404000 21782-675-347-2 278 347 4 DOUBLE CHAMFER HEX NUT 1/2UNC 15900101 B234029000 21712-529-950-3 273 950 4 STUD 15900201 B234036000 21712-524-950-8 273 950 21 STUD 15900301 B234026000 21712-439-950-5 273 950 8 STUD 1/2UNCX44L 75920001 B234027000 21712-439-347-6 251 347 4 STUD 1/2"UNCX80L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010002 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8"NPT 26060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 17111CB001 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101260000 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17111AS001 37153-321-124-7 012 124 2 INSERT + + + 8

TE12E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and Keyway(125/38)

PARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711141221 45323-263-124-2 012 124 1 UPPER HALF CASING 51230001 1711141231 45323-263-124-2 012 124 1 LOWER HALF CASING 51590001 17114BR001 31743-737-445-1 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 PUMP SHAFT 60DX886L 31900001 1711141901 34326-166-459-3 122 459 2 CASING RING 21990001 1712021991 34113-594-122-2 011 122 2 SHOULDER RING 42070001 17111DS001 900147016009 043 221 2 ST BOX PACKING / SPACER RING 56DX90DX8T 02200001 1711142201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711142231 35415-509-445-8 110 445 2 GLAND 02270001 1711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 12400101 1712022401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712022402 37224-685-124-7 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING SKF 6309C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711143201 32517-430-265-1 053 265 1 KEY IMPELLER 13210001 B100060880 23611-417-265-3 053 265 1 KEY COUPLING 3/8" SQ 03360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45 X 1.5RH 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 45D NOM 14300001 B084121850 25135-427-047-1 350 047 8 GLAND PACKING 6-mm ID x 12mm 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17370BV001 38278-781-782-6 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 6 1/8"mm ID x 3/16" 25220201 B052522000 25153-059-716-2 371 716 2 'O' RING 59.6IDX2.4D 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242327000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213406000 21782-678-314-3 278 314 23 DOUBLE CHAMFER HEX NUT 3/4UNC 15800201 B213404000 B213404000 278 958 8 DOUBLE CHAMFER HEX NUT 1/2UNC 15820001 B213404000 B213404000 278 347 4 DOUBLE CHAMFER HEX NUT 1/2UNC 15900101 B242327000 21712-584-950-8 273 950 4 STUD 15900201 B242327000 21712-576-950-7 273 950 19 STUD 15900301 B234026000 21712-439-950-5 273 950 8 STUD 1/2UNCX44L 75920001 B234027000 21712-439-347-6 251 347 4 STUD 1/2"UNCX80L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" BSPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101260000 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TE15D (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711131221 45364-213-124-4 012 124 1 UPPER HALF CASING 51230001 1711131231 45364-213-124-4 012 124 1 LOWER HALF CASING 51590001 17168BR001 17168BR001 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 PUMP SHAFT 60DX886L 31900001 1711141901 34327-166-459-2 122 459 2 CASING RING 21990001 1712021991 34113-594-122-2 011 122 2 SHOULDER RING 42070001 1711142071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING56DX90DX8T 02200001 1711142201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711142231 35415-509-445-8 110 445 2 GLAND 02270001 1711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 12400101 1712022401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712022402 37224-685-124-7 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING SKF 6309C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711143201 32517-430-265-1 053 265 1 KEY IMPELLER 13210001 B100066088 23611-417-265-3 053 265 1 KEY COUPLING 03360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45 X 1.5RH 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 45D NOM 14300001 B084121850 25133-427-047-1 350 047 8 GLAND PACKING 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17370BV001 38278-775-782-9 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 7 1/4" ID x 3/16" 25220201 B052522000 25153-059-716-2 371 716 2 'O' RING 59.6IDX2.4D 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242327000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213406000 21782-678-314-3 278 314 23 DOUBLE CHAMFER HEX NUT 3/4UNC 15800201 B213404000 21782-675-314-2 278 314 8 DOUBLE CHAMFER HEX NUT 1/2UNC 15820001 B213404000 21782-675-347-2 278 347 4 DOUBLE CHAMFER HEX NUT 1/2UNC 15900101 B234025000 21712-584-950-8 273 950 4 STUD 15900201 B234024000 21712-576-950-7 273 950 19 STUD 15900301 B234026000 21712-439-950-5 273 950 8 STUD 1/2UNCX44L 75920001 B234027000 21712-439-347-6 251 347 4 STUD 1/2"UNCX80L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101260000 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TE15E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220001 1711131221 45364-213-124-4 012 124 1 UPPER HALF CASING 51230001 1711131231 45364-213-124-4 012 124 1 LOWER HALF CASING 51590001 17169BR001 17169BR001 110 445 1 IMPELLER 01800001 1711141801 36772-504-266-6 056 266 1 PUMP SHAFT 60DX886L 31900001 1711141901 34327-166-459-2 122 459 2 CASING RING 21990001 1712021991 34113-594-122-2 011 122 2 SHOULDER RING 42070001 1711142071 34113-211-221-2 043 221 2 ST BOX PACKING / SPACER RING56DX90DX8T 02200001 1711142201 37652-117-124-4 012 124 2 ST BOX COVER / SUPPORT FRAME 12230001 1711142231 35415-509-445-8 110 445 2 GLAND 02270001 1711142272 38834-510-445-4 110 445 2 LANTERN RING MODULE NO. 12400101 1712022401 37224-684-124-0 012 124 1 BEARING HOUSING DE 32400201 1712022402 37224-685-124-7 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X630900400 23153-167-000-0 000 000 2 DEEP GROOVE BALL BEARING SKF 6309C3 OR EQ 03030001 B065301028 23864-024-221-7 063 221 1 EYE BOLT (UNC THRDS) 1/2UNCX28L 13100001 1711143101 36513-508-473-1 110 473 2 SHAFT SLEEVE 70 D X 256 L 63200001 1711143201 32517-430-265-1 053 265 1 KEY IMPELLER 13210001 B100066088 23611-417-265-3 053 265 1 KEY COUPLING 03360001 B213505000 23381-018-221-2 052 221 1 LOCK NUT M45 X 1.5RH 04150001 B183105000 23381-310-221-5 050 221 1 LOCK WASHER 45D NOM 14300001 B084121850 25133-427-047-1 350 047 8 GLAND PACKING 14410001 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500001 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17370BV001 38278-775-782-9 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052621000 25145-360-017-4 371 017 2 "O" RING 7 1/4" ID x 3/16" 25220201 B052522000 25153-059-716-2 371 716 2 'O' RING 59.6IDX2.4D 25600001 17351AK054 17351AK054 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242327000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213406000 21782-678-314-3 278 314 23 DOUBLE CHAMFER HEX NUT 3/4UNC 15800201 B213404000 21782-675-314-2 278 314 8 DOUBLE CHAMFER HEX NUT 1/2UNC 15820001 B213404000 21782-675-347-2 278 347 4 DOUBLE CHAMFER HEX NUT 1/2UNC 15900101 B234025000 21712-584-950-8 273 950 4 STUD 15900201 B234024000 21712-576-950-7 273 950 19 STUD 15900301 B234026000 21712-439-950-5 273 950 8 STUD 1/2UNCX44L 75920001 B234027000 21712-439-347-6 251 347 4 STUD 1/2"UNCX80L 76000001 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010001 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050001 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060001 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/VENT 1/2" NPT 56100101 17102CB001 33211-130-221-6 053 221 2 LOCKING PIN 6DX22L 06100201 17102CB002 33211-128-221-7 053 221 2 LOCKING PIN 10DX14L 06100301 1711086101 33211-126-221-3 053 221 2 LOCKING PIN 7DIAX025L 06110001 17108FY001 33431-128-371-1 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101260000 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290001 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790001 17114AS003 37153-318-124-1 012 124 2 INSERT + + + 8

TE25A(I) (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeyCOMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1711211221 45473-763-124-7 012 124 1 UPPER HALF CASING 51711211231 45473-763-124-7 012 124 1 LOWER HALF CASING 51711211591 31747-726-445-5 110 445 1 IMPELLER 01711211801 36773-507-266-6 056 266 1 PUMP SHAFT 31711211901 34327-165-459-5 122 459 2 CASING RING 21712031991 34113-595-122-9 011 122 2 SHOULDER RING 41711212071 34114-227-221-8 043 221 2 ST BOX PACKING / SPACER RING 01711212231 35416-503-445-5 110 445 2 GLAND 01711212271 38835-210-445-4 110 445 2 LANTERN RING MODULE NO. 11712032401 37224-697-124-6 012 124 1 BEARING HOUSING DE 31712032402 37224-698-124-3 012 124 1 BRG.HOUSING (NDE MOD.NO. 2X631200400 23153-170-000-6 000 000 2 DEEP GROOVE BALL BEARING SKF 6312 0B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX28L 11711213101 36513-512-473-4 110 445 2 SHAFT SLEEVE 61711213201 32517-432-265-5 053 221 1 KEY IMPELLER 1B100077100 23611-695-265-5 053 221 1 KEY COUPLING 0B213508000 23381-024-221-9 052 224 1 LOCK NUT 0B183108000 23381-313-221-6 050 221 1 LOCK WASHER 1B084122230 B084122230 350 047 8 GLAND PACKING 1B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 0K222097000 K222097000 119 347 1 VENT VALVE 1/4"NPT 0B052031000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 117378BV001 38278-784-782-7 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 0B052623000 25145-440-009-7 371 009 2 "O" RING 2B052523000 25154-074-716-6 371 009 2 'O' RING 217351AK055 17351AK055 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 0B213401000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 0B242327000 21782-679-314-0 278 958 26 DOUBLE CHAMFER HEX NUT 3/4UNC 1B213408000 B213104000 278 347 4 DOUBLE CHAMFER HEX NUT 1B234031000 21712-637-950-7 273 959 4 STUD 1B234030000 21712-633-950-9 273 959 21 STUD 1B234032000 21712-445-347-2 251 347 4 STUD 1/2"UNCX80L 7B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 2B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 2B201207000 B201207000 251 347 1 PLUG 1' NPT 0B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 2B201205000 25275-384-347-8 251 347 2 PIPE PLUG/VENT 1/2NPT 217115CB001 33211-131-221-3 053 221 2 LOCKING PIN 6DX22L 017115CB002 33211-129-221-4 053 221 2 LOCKING PIN 10DX14L 017321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16DX82L 1B070101000 B070101000 460 460 4 RIVETS 0N101040001 32823-125-344-8 268 344 1 NAMEPLATE 0B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 1B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 2B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 0B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 0B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 01711219791 37152-551-124-9 012 124 2 INSERT + + + 8

TF15E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220002 17125AP002 45364-263-124-9 012 124 1 UPPER HALF CASING 51230004 17125AQ002 45364-263-124-9 012 124 1 LOWER HALF CASING 61590001 17115BR001 04719.445 110 445 1 IMPELLER 01800001 1711211801 36773-507-266-6 056 266 1 PUMP SHAFT 75 DX1022L 61900001 17125EQ001 34327-166-459-2 122 459 2 CASING RING 31990001 1712021991 34113-595-122-9 011 122 2 SHOULDER RING 42070001 17161DS001 4723.471 043 471 2 ST BOX PACKING / SPACER RING 02230001 1711142231 35416-503-445-5 110 445 2 GLAND 02270001 1711212271 38835-210-445-4 110 445 2 LANTERN RING MODULE NO. 12400102 1712032401 37224-697-124-6 012 124 1 BEARING HOUSING DE [TACC 22400202 1712032402 37224-698-124-3 012 124 1 BEARING HOUSING(NDE) NPT TAPPING 22600001 X630900400 23153-170-000-6 000 000 2 DEEP GROOVE BALL BEARING 6312-C3 03030001 B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX28L 13100001 1711213101 36513-512-473-4 110 473 2 SHAFT SLEEVE 76D x 220L 63200001 1711153201 32517-432-265-5 053 265 1 KEY IMPELLER 13210001 B100077100 23611-695-265-5 053 265 1 KEY COUPLING 13360001 B213508000 23381-024-221-9 052 221 1 LOCK NUT M60X 2PITCH RH KM12 04150001 B183108000 23381-313-221-6 050 221 1 LOCK WASHER 14300001 B084122230 B084122230 350 047 8 GLAND PACKING 75mm X 12mm 14410002 B251601000 B251601000 444 000 2 GREASE NIPPLE 1/8" NPT 04500002 K222097000 K222097000 119 119 1 VENT VALVE 1/4"NPT 05000001 B052041000 25167-356-000-3 574 000 2 OIL SEAL 15190001 17373BV001 38278-785-782-4 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052623000 25145-440-017-7 371 017 2 "O" RING 9 3/4" ID x 3/16" 25220201 B052523000 25154-074-716-6 371 716 2 'O' RING 74.4mm ID X 3MM 25300002 M013930075 M013930075 501 501 2 PIPE NIPPLE 1/4 NPT X75L 05420002 17102FK001 17102FK001 021 021 2 ELBOW 1/4"NPT 05600001 17351AK055 17351AK055 251 347 2 FLEXIBLE PIPE 1/4" NPT X 350 L PIPE 05710001 B242327000 B242327000 273 959 8 HEX SCREW 1/2"UNCX45L 05800001 B213408000 21782-679-314-0 278 314 25 DOUBLE CHAMFER HEX NUT 3/4UNC 15820001 B213104000 21782-675-347-2 278 347 4 HEX NUT 25900101 B234031000 21712-637-950-7 273 950 4 STUD 3/4UNCX65L 75900201 B234030000 21712-633-950-9 273 950 21 STUD 3/4UNCX90L 75920001 B234032000 21712-445-347-2 251 347 4 STUD 1/2"UNCX60L 76000002 B201203000 25275-382-347-4 251 347 2 PIPE PLUG/GAUGE 1/4NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 25261-386-347-9 251 347 1 PLUG 1" NPT 06050002 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060002 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/VENT 1/2NPT 26100101 17115CB001 33211-131-221-3 053 221 2 CYLINDRICAL PIN 6DX27L 06100201 17115CB002 33211-129-221-4 053 221 2 CYLINDRICAL PIN 12DX18L 06110001 17321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16 D X 102 L 26400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101260000 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 5/16 UNC 17290002 B201203000 B201203000 052 224 2 PIPE PLUG 1/4" NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790002 1711219791 37152-551-124-9 012 124 2 INSERT 0

TF20D (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220002 17118AP001 45427-563-124-2 012 124 1 UPPER HALF CASING 51230004 17118AQ001 45427-563-124-2 012 124 1 LOWER HALF CASING 51590001 17170BR001 17170BR001 110 445 1 IMPELLER 01800001 1711211801 36773-507-266-6 056 266 1 PUMP SHAFT 31900001 1711211901 34327-165-459-5 122 459 2 CASING RING 21990001 1712031991 34113-595-122-9 011 122 2 SHOULDER RING 42070001 1711212071 34114-227-221-8 043 221 2 ST BOX PACKING / SPACER RING 02230001 1711212231 35416-503-445-5 110 445 2 GLAND 02270001 1711212271 38835-210-445-4 110 445 2 LANTERN RING MODULE NO. 12400102 1712032401 37224-697-124-6 012 124 1 BEARING HOUSING DE 32400202 1712032402 37224-698-124-3 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X631200400 23153-170-000-6 000 000 2 DEEP GROOVE BALL BEARING SKF 6312 03030001 B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX28L 13100001 1711213101 36513-512-473-4 110 445 2 SHAFT SLEEVE 63200001 1711213201 32517-432-265-5 053 221 1 KEY IMPELLER 13210001 B100077100 23611-695-265-5 053 221 1 KEY COUPLING 03360001 B213508000 23381-024-221-9 052 224 1 LOCK NUT 04150001 B183108000 23381-313-221-6 050 221 1 LOCK WASHER 14300001 B084122230 B084122230 350 047 8 GLAND PACKING 14410002 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500002 K222097000 K222097000 119 347 1 VENT VALVE 1/4"NPT 05000001 B052031000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17379BV001 38278-786-782-1 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052623000 25145-440-009-7 371 009 2 "O" RING 25220201 B052523000 25154-074-716-6 371 009 2 'O' RING 25600001 17351AK055 17351AK055 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242327000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213408000 21782-679-314-0 278 958 25 DOUBLE CHAMFER HEX NUT 3/4UNC 15820001 B213104000 B213104000 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B234031000 21712-637-950-7 273 959 4 STUD 15900201 B234030000 21712-633-950-9 273 959 21 STUD 15920001 B234032000 21712-445-347-2 251 347 4 STUD 1/2"UNCX80L 76000002 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 B201207000 251 347 1 PLUG 1' NPT 06050002 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060002 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/VENT 1/2NPT 26100101 17115CB001 33211-131-221-3 053 221 2 LOCKING PIN 6DX22L 06100201 17115CB002 33211-129-221-4 053 221 2 LOCKING PIN 10DX14L 06110001 17321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290002 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790002 1711219791 37152-551-124-9 012 124 2 INSERT + + + 8

TF20E (FM/UL) Parts List ANSI 250# Flanges, UNC Threads, NPT Tappings and 'Inch' Shaft End and KeywayPARTCD COMPCD/DRG NO. SPPPARTNO MATCD SPPMAT QTY COMDESC COMSIZE DRG REV.1220002 17118AP001 45427-563-124-2 012 124 1 UPPER HALF CASING 51230004 17118AQ001 45427-563-124-2 012 124 1 LOWER HALF CASING 51590001 17171BR001 17171BR001 110 445 1 IMPELLER 01800001 1711211801 36773-507-266-6 056 266 1 PUMP SHAFT 31900001 1711211901 34327-165-459-5 122 459 2 CASING RING 21990001 1712031991 34113-595-122-9 011 122 2 SHOULDER RING 42070001 1711212071 34114-227-221-8 043 221 2 ST BOX PACKING / SPACER RING 02230001 1711212231 35416-503-445-5 110 445 2 GLAND 02270001 1711212271 38835-210-445-4 110 445 2 LANTERN RING MODULE NO. 12400102 1712032401 37224-697-124-6 012 124 1 BEARING HOUSING DE 32400202 1712032402 37224-698-124-3 012 124 1 BRG.HOUSING (NDE MOD.NO. 22600001 X631200400 23153-170-000-6 000 000 2 DEEP GROOVE BALL BEARING SKF 6312 03030001 B065302040 23864-026-221-1 063 221 1 EYE BOLT (UNC THRDS) 3/4UNCX28L 13100001 1711213101 36513-512-473-4 110 445 2 SHAFT SLEEVE 63200001 1711213201 32517-432-265-5 053 221 1 KEY IMPELLER 13210001 B100077100 23611-695-265-5 053 221 1 KEY COUPLING 03360001 B213508000 23381-024-221-9 052 224 1 LOCK NUT 04150001 B183108000 23381-313-221-6 050 221 1 LOCK WASHER 14300001 B084122230 B084122230 350 047 8 GLAND PACKING 14410002 B251601000 25731-108-000-1 444 000 2 GREASE NIPPLE 1/8" NPT 04500002 K222097000 K222097000 119 347 1 VENT VALVE 1/4"NPT 05000001 B052031000 25167-324-000-4 574 000 2 OIL SEAL 65 MM x 85MM x 10MM 15190001 17379BV001 38278-786-782-1 377 782 1 GASKET BET. TOP & BOTTOM REFER DRAWING 05220101 B052623000 25145-440-009-7 371 009 2 "O" RING 25220201 B052523000 25154-074-716-6 371 009 2 'O' RING 25600001 17351AK055 17351AK055 251 347 2 ST.ST.FLEXIBLE PIPE 1/4"NPT X 300L 05710001 B242327000 B242327000 270 950 8 HEX SCREW 1/2"UNC X 50 L 05800001 B213408000 21782-679-314-0 278 958 25 DOUBLE CHAMFER HEX NUT 3/4UNC 15820001 B213104000 B213104000 278 347 4 DOUBLE CHAMFER HEX NUT 15900101 B234031000 21712-637-950-7 273 959 4 STUD 15900201 B234030000 21712-633-950-9 273 959 21 STUD 15920001 B234032000 21712-445-347-2 251 347 4 STUD 1/2"UNCX80L 76000002 B201203000 25275-382-347-4 052 347 2 PIPE PLUG/GAUGE 1/4" NPT 26010002 B201205000 25275-384-347-8 052 347 2 PIPE PLUG/DRAIN 1/2NPT 26010003 B201207000 B201207000 251 347 1 PLUG 1' NPT 06050002 B201204000 25275-383-904-1 052 904 1 PIPE PLUG/INSERT 3/8NPT 26060002 B201205000 25275-384-347-8 251 347 2 PIPE PLUG/VENT 1/2NPT 26100101 17115CB001 33211-131-221-3 053 221 2 LOCKING PIN 6DX22L 06100201 17115CB002 33211-129-221-4 053 221 2 LOCKING PIN 10DX14L 06110001 17321FY001 33431-129-371-8 559 371 2 LOCATING PIN 16DX82L 16400101 B070101000 B070101000 460 460 4 RIVETS 06720101 N101040001 32823-125-344-8 268 344 1 NAMEPLATE 06910001 B213401000 B213401000 278 958 2 DOUBLE CHAMFER HEX NUT 17290002 B201203000 B201203000 251 347 2 PIPE PLUG 1/4NPT 28490001 B461402407 B461402407 043 222 8 WASHER 14D X 24D X 2.5T 08490101 B461402407 B461402407 043 222 4 WASHER 14D X 24D X 2.5T 08490201 B460901704 B460901704 043 342 2 PUNCHED WASHER 9D X 17 D X 1.6 T 09790002 1711219791 37152-551-124-9 012 124 2 INSERT + + + 8

Outline Drawings Electric Driven Fire Pumps

SPP PUMPS INC.6710 Best Friend Road

Norcross, GA, 30071, USATel:- ( 770 ) 409 - 3280Fax:- ( 770 ) 409 - 3290

Email:- [email protected]:- www.spppumps.com

PUMP TYPE:- TB08D / E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTB08 25 256T 2 4 3 13 15.69 15 9.81 18.37 0.25 51.34 64 4 28 32 30 27 4 7/8 16 10.62 9.06 807TB08 30 284TS 2 4 3 13 15.69 15 9.81 20.02 0.25 50.94 64 4 28 32 30 27 4 7/8 16 10.62 9.06 915TB08 40 286TS 2 4 3 13 15.69 15 9.81 20.02 0.25 52.44 64 4 28 32 30 27 4 7/8 16 10.62 9.06 999TB08 50 324TS 2 4 3 13 15.69 15 9.81 22.11 0.25 53.63 64 4 28 32 30 27 4 7/8 16 10.62 9.06 1060TB08 60 326TS 2 4 3 13 15.69 15 9.81 22.11 0.25 55.12 64 4 28 32 30 27 4 7/8 16 10.62 9.06 1146TB08 75 / 100 364/5TS 2 4 3 13 15.69 15 9.81 25.22 0.25 56.58 64 4 28 32 30 27 4 7/8 16 10.62 9.06 1277

Notes:-1 250lb Suction / 250lb Discharge Flat Face ANSI Flanges.2 Suction / Discharge Gauges and Automatic Air Release Valve Shown Are Available At Additional Cost.

Our policy is one of continuous improvement and we reserve the right to alter specifications at any time.




PUMP TYPE:- TB10D / E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTB10 40 286TS 2 6 4 15.75 19.68 17.38 12.12 20.02 0.25 59.18 64 4 28 32 30 27 4 7/8 16 12.19 9.81 1047TB10 50 324TS 2 6 4 15.75 19.68 17.38 12.12 22.11 0.25 60.37 64 4 28 32 30 27 4 7/8 16 12.19 9.81 1108TB10 60 326TS 2 6 4 15.75 19.68 17.38 12.12 22.11 0.25 61.86 64 4 28 32 30 27 4 7/8 16 12.19 9.81 1194TB10 75 / 100 364/5TS 2 6 4 15.75 19.68 17.38 12.12 25.22 0.25 63.32 74 4 32 36 34 31 4 7/8 16 12.19 9.81 1500






PUMP TYPE:- TB12D / E / F

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTB12 50 324TS 2 6 5 15.75 19.68 17.38 11.62 22.11 0.25 60.37 64 4 28 32 30 27 4 7/8 16 13.78 9.81 1108TB12 60 326TS 2 6 5 15.75 19.68 17.38 11.62 22.11 0.25 61.86 64 4 28 32 30 27 4 7/8 16 13.78 9.81 1194TB12 75 / 100 364/5TS 2 6 5 15.75 19.68 17.38 11.62 25.22 0.25 63.32 74 4 32 36 34 31 4 7/8 16 13.78 9.81 1500TB12 125 / 150 404/5TS 2 6 5 15.75 19.68 17.38 11.94 26.2 0.25 66.82 74 4 32 36 34 31 4 7/8 16 13.78 9.81 1570






PUMP TYPE:- TB15E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTB15 75 / 100 364/5TS 2 8 6 15.75 19.68 19.38 11.62 25.22 0.25 63.32 74 4 32 36 34 31 4 7/8 16 14.38 12.19 1700TB15 125 / 150 404/5TS 2 8 6 15.75 19.68 19.38 11.94 26.2 0.25 66.82 74 4 32 36 34 31 4 7/8 16 14.38 12.19 1940TB15 200 / 250 444/5TS 2 8 6 15.75 19.68 19.38 11.94 29.98 0.25 71.74 74 4 32 36 34 31 4 7/8 16 14.38 12.19 2307






PUMP TYPE:- TC12F / G

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTC12 125 / 150 404/5TS 2 6 5 13 15.69 17.38 11.56 26.2 0.25 60.08 64 4 28 32 30 27 4 7/8 16 12.19 11.14 1570TC12 200 / 250 444/5TS 2 6 5 13 15.69 17.38 11.56 29.98 0.25 65 74 4 32 36 34 31 4 7/8 16 12.19 11.14 2251






PUMP TYPE:- TD10E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTD10 75 / 100 364/5TS 2 5 4 13 15.69 16.6 11.77 25.22 0.25 56.58 64 4 28 32 30 27 4 7/8 16 12.6 10.83 1425TD10 125 / 150 404/5TS 2 5 4 13 15.69 16.6 11.77 26.2 0.25 60.08 64 4 28 32 30 27 4 7/8 16 12.6 10.83 1530






PUMP TYPE:- TD12F

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTD12 125 / 150 404/5TS 2 6 5 15.75 19.68 17.38 12.16 26.2 0.25 66.82 74 4 32 36 34 31 4 7/8 16 13.19 11.44 1771TD12 200 / 250 444/5TS 2 6 5 15.75 19.68 17.38 12.16 29.98 0.25 71.74 74 4 32 36 34 31 4 7/8 16 13.19 11.44 2270






PUMP TYPE:- TD20E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTD20 200 / 250 444/5TS 2 10 8 18.12 23 25.25 15 29.98 0.25 77.43 88 4 40 40 38 35 4 7/8 20 17.72 15.16 3132






PUMP TYPE:- TC12F

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTC12 20 256T 4 6 5 13 15.68 17.38 11.56 18.37 0.25 51.34 64 4 28 32 30 27 4 7/8 16 12.19 11.14 890






PUMP TYPE:- TD12F

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTD12 25 284T 4 6 5 15.75 19.68 17.38 12.16 20.02 0.25 59.07 64 4 28 32 30 27 4 7/8 16 13.19 11.44 986TD12 30 286T 4 6 5 15.75 19.68 17.38 12.16 20.02 0.25 60.56 64 4 28 32 30 27 4 7/8 16 13.19 11.44 1072






PUMP TYPE:- TD15F

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTD15 40 324T 4 8 6 15.75 19.68 21.32 14.13 22.11 0.25 61.86 64 4 28 32 30 27 4 7/8 16 14.38 12.4 1230






PUMP TYPE:- TD20D / E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTD20 50 326T 4 10 8 18.12 23 25.25 15 22.11 0.25 69.04 88 4 32 36 34 31 4 7/8 16 17.72 15.16 1663TD20 60 / 75 364/5T 4 10 8 18.12 23 25.25 15 25.22 0.25 71.13 88 4 32 36 34 31 4 7/8 16 17.72 15.16 1950TD20 100 / 125 404/5T 4 10 8 18.12 23 25.25 15 26.2 0.25 75.5 88 4 40 40 38 35 4 7/8 20 17.72 15.16 2180






PUMP TYPE:- TE10D

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTE10 25 284T 4 6 4 15.75 19.68 17.38 13.62 20.02 0.25 59.07 64 4 28 32 30 27 4 7/8 16 13.38 13.78 966






PUMP TYPE:- TE15D / E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTE15 50 326T 4 8 6 15.75 19.68 21.32 14.75 22.11 0.25 63.35 64 4 28 32 30 27 4 7/8 16 16.14 13.78 1350TE15 60 / 75 364/5T 4 8 6 15.75 19.68 21.32 14.75 25.22 0.25 65.44 74 4 32 36 34 31 4 7/8 16 16.14 13.78 1712TE15 100 / 125 404/5T 4 8 6 15.75 19.68 21.32 14.75 26.2 0.25 65.44 74 4 32 36 34 31 4 7/8 16 16.14 13.78 1939






PUMP TYPE:- TF15E

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTF15 100 / 125 404/5T 4 8 6 18.12 23 25.25 17.78 26.2 0.25 75.48 88 4 40 40 38 35 4 7/8 20 20.08 17.72 2290TF15 150 / 200 / 250 444/5T 4 8 6 18.12 23 25.25 17.78 29.98 0.25 81.17 88 4 40 40 38 35 4 7/8 20 20.08 17.72 2975






PUMP TYPE:- TF20D / E / F

Model Hp Motor Pole OS OD a f h1 h2 h3 dbse L L1 L2 L3 B1 B2 B3 c s K j1 j2 lbsTF20 100 / 125 404/5T 4 10 8 18.12 23 25.25 17.52 26.2 0.25 75.48 88 4 40 40 38 35 4 7/8 20 21.65 17.72 2319TF20 150 / 200 / 250 444/5T 4 10 8 18.12 23 25.25 17.52 29.98 0.25 81.17 88 4 40 40 38 35 4 7/8 20 21.65 17.72 3264



Outline Drawings Diesel Driven Fire Pumps

Installation and

Operation Manual

TECHNICAL INSTRUCTIONS W12-008E ISSUE 0

Our policy is one of continuous improvement and we reserve the right to alter specifications of our products at any time Page 1 of 24

THRUSTREAM RANGE

OF

SPLIT CASE PUMPS

INSTALLATION & OPERATION FOR FM / UL FIRE PUMPS

TB08D (FM/UL) TB10D (FM/UL) TF20E (FM/UL) TB08E (FM/UL) TB10E (FM/UL) TF20F (FM/UL) TC12F (FM/UL) TB12E (FM/UL) TE10A (FM) TC12G (FM/UL) TB12F (FM/UL) TE10D (FM/UL) TD10E (FM/UL) TB12D (FM/UL) TE12E (FM/UL) TD12F (FM/UL) TB15E (FM/UL) TF15E (FM/UL) TD15F (FM/UL) TE15D (FM/UL) TY12D (FM/UL) TD20D (FM/UL) TE15E (FM/UL) TY15E (FM/UL) TD20E (FM/UL) TF20D (FM/UL)

SPP Pumps Inc., 6710 Best Friends Road,

Norcross, GA, 30071, USA. Telephone: (770) 447-4443. Fax (770) 447-4443.

TECHNICAL INSTRUCTIONS

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CONTENTS 1 INTRODUCTION .................................................................................................................................................... 3

1.1 GENERAL ...................................................................................................................................................... 3 1.2 WARRANTY .................................................................................................................................................. 3 1.3 PUMP IDENTIFICATION ............................................................................................................................. 3 1.4 HEALTH & SAFETY ..................................................................................................................................... 3

1.4.1 GENERAL............................................................................................................................................. 3 1.4.2 SPECIFIC RECOMMENDATIONS ................................................................................................... 4

1.5 AFTER SALES SERVICE............................................................................................................................ 6 2 INSTALLATION ....................................................................................................................................................... 7

2.1 RECEIVING PUMP....................................................................................................................................... 7 2.2 TEMPORARY STORAGE ........................................................................................................................... 7 2.3 PREPARATION............................................................................................................................................. 7 2.4 LOCATION..................................................................................................................................................... 8 2.5 FOUNDATION ............................................................................................................................................... 8 2.6 INSTALLATION OF BASEFRAMES .......................................................................................................... 8 2.7 ALIGNMENT PROCEDURE...................................................................................................................... 12

2.7.1 ANGULAR .......................................................................................................................................... 13 2.7.2 PARALLEL ......................................................................................................................................... 13 2.7.3 AXIAL .................................................................................................................................................. 13

2.8 SUCTION & DISCHARGE PIPING .......................................................................................................... 13 3 OPERATION........................................................................................................................................................... 14

3.1 BEFORE STARTING (After Installation or Maintenance) ..................................................................... 14 3.2 STARTING ................................................................................................................................................... 15 3.3 RUNNING..................................................................................................................................................... 15 3.4 STOPPING................................................................................................................................................... 15 TABLE 1 FAULT FINDING CHART ........................................................................................................... 16 TABLE 2 FAULT RECTIFICATION CHART ............................................................................................. 17

4 MAINTENANCE ..................................................................................................................................................... 18 4.1 ROUTINE MAINTENANCE ....................................................................................................................... 18 4.2 LUBRICATION ............................................................................................................................................ 18 TABLE 3 BEARING RE-GREASING INTERVALS ................................................................................... 18 4.3 BEARINGS - GENERAL ............................................................................................................................ 19 4.4 SOFT PACKED SEALING......................................................................................................................... 20 4.5 MECHANICAL SEALS ............................................................................................................................... 21

TABLE 4 ROUTINE MAINTENANCE CHART ............................................................................................... 21 TABLE 5 FIRE PUMP SOFT PACKED SEALING DETAILS ....................................................................... 22 TABLE 6 MAINTENANCE RECORD .............................................................................................................. 23


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1. INTRODUCTION 1.1 GENERAL

The pumps covered by this manual, when correctly installed and maintained, will give long and reliable service. It is essential that the instructions given here are followed at all times.

1.2 WARRANTY Refer to your Sales Contract for coverage.

1.3 PUMP IDENTIFICATION

An identification plate is attached to the body of all pumps and contains the following minimum information: PUMP TYPE, SERIAL No., CAPACITY, SPEED, HEAD.

Additional information may also be given covering impeller details, materials used, sales order line number etc. Reference should be made to this data when reading the manual.

1.4 HEALTH & SAFETY

1.4.1 GENERAL

I. QUALIFICATION AND TRAINING OF PERSONNEL Personnel responsible for the installation, commissioning, operation and maintenance of this pumpset must be adequately qualified for their respective tasks. Scope of responsibility must be defined by the operator and appropriate supervision provided. The operator should also ensure that the contents of this manual are fully understood by the personnel.

Il NON-COMPLIANCE WITH SAFETY INSTRUCTIONS

Non-compliance with safety instructions may produce a risk to personnel as well as to the environment and the pumpset, and result in loss of any right to claim damages.

Risks may include:

Failure of the pumpset. Exposure of people to electrical, mechanical and chemical hazards. Endangering the environment by releasing hazardous substances.

Ill COMPLIANCE WITH SAFETY AT WORK REGULATIONS When operating the pumpset, the instructions contained in this manual, the relevant national accident prevention regulations and any other service and safety instructions issued by the operator are to be observed.

IV UNAUTHORIZED ALTERATIONS AND FITTING OF SPARE PARTS

Modifications should not be carried out without consultation and approval of SPP PUMPS INC. In the interests of safety and reliability only OEM spare parts supplied by SPP PUMPS INC. shall be used. Failure to comply in these respects could affect warranty.

V. UNAUTHORISED USE

Pumpset performance and reliability can only be guaranteed providing if the system is used in the manner and for the purpose for which it was intended.


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1.4.2 SPECIFIC RECOMMENDATIONS 1.4.2.1 Your safety and that of others must always be the first consideration when working on

machines. Safety is a matter of understanding the operations being undertaken and the potential dangers. Be on your guard at all times.

WARNING! The following health and safety recommendations must be strictly observed.

(1) While this pump set has been designed to be safe under normal operating conditions, there

are potential hazards that the operator should be aware of. These can include: rotating components; electrical potentials; high temperature exhaust surfaces and gases (where diesel driven); and hazardous fluids.

(2) When lifting the unit ensure that all lifting equipment has a safe working load rating, suitable

for the operation. Only perform lifting operations using suitably trained personnel, and in line with instructions contained in this manual.

(3) Persons working on the unit should always wear suitable protective clothing and footwear.

Loose, frayed or baggy clothing and light footwear can be extremely dangerous. Clothing impregnated with oil or similar can constitute a health hazard through prolonged contact with the skin and may also create a fire risk. Wear protective goggles and gloves when handling battery acid.

(4) Liquids used with some pumpsets are harmful if taken internally or come into contact with

unprotected skin or eyes. In the event of an accident, obtain qualified medical assistance immediately.

(5) Always use suitable masks or respirators during maintenance or other operations where

there is a risk of inhalation of fibrous dust or harmful fumes. (6) Always ensure that all safety guards supplied are correctly installed following any

maintenance operation. (7) Ensure that the pumpset is not run outside its operational limits. This can put the unit under

excessive loads and cause breakdown. (8) When working on electric motor driven pump sets, take care to see that the controller is in the

"OFF" position, and a conspicuous notice is displayed warning that the unit is under repair. If a major overhaul is being carried out it is advisable to have a qualified electrician temporarily disconnect the unit.

1.4.2.2 PUMP HAZARDS

(1) Ensure that the pump has no air in the suction line or casing. The pump rotating components

rely on the liquid being pumped for cooling and lubrication. A failure to prime the unit could result in pump failure.

(2) Pump operation with insufficient lubrication to the bearings could result in overheating and

seizure, with potentially catastrophic results. (3) Where soft packed sealing is used it is essential that a small leakage is present. Over

tightening of the gland will result in damage to the packing, scoring of the shaft or sleeves and bearing seizure.

(4) Ensure that all pressure has been released before working on the unit. (5) Always check that the drive shafts and couplings are correctly aligned following installation.

Failure to do so could result in reduced life or a possible failure of the coupling, or bearings. (see Section 2.7).


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1.4.2.3 HAZARDS RELATED TO ENGINE DRIVEN PUMPSETS

(1) When working with gaseous fuels, ensure that the area is well ventilated and avoid naked flames, smoking, sparks etc. A Carbon Dioxide fire extinguisher should be kept close at hand.

(2) Parts of the package, in particular, the exhaust system and engine surfaces can become very

hot during and after operation and can cause severe burns. (3) Beware of the danger of scalding when removing cooling system pressure caps and hoses,

or draining engine oil. Allow the system to cool first, then remove caps slowly. (4) Rectify all water, oil or fuel leaks immediately and clean up any spillage. (5) Before carrying out any work on the pumpset confirm that the fuel and electrical supplies to

the engine are isolated correctly, and that there is no danger that it can be started. A conspicuous notice should be placed on the unit warning others that the unit is under repair.

1.4.2.4 PUMPSETS FITTED WITH ELECTRONIC COMPONENTS

CAUTION Damage can occur to the internal components when electric welding or high voltage

"Megger" tests are carried out. Electronic components should always be disconnected before carrying out any work of this kind.


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1.5 AFTER SALES SPP PUMPS INC. operate a comprehensive Spares and Service Support network throughout the world, and can be contacted as follows:

SPARE PARTS:

SPP Pumps Inc. Telephone: (770) 447-4443 6710 Best Friends Road, Fax: (770) 447-0230 Norcross, Direct Fax line: (770) 447-4443 GA, 30071 (for Spares only) USA.

SERVICE:

For On Site Installation, Commissioning, Contracts & Breakdowns :

SPP Pumps Inc. (Service Office) Telephone: (770) 447-4443 6710 Best Friends Road, Fax: (770) 447-0230 Norcross, Direct Fax line: (770) 447-4443 GA, 30071 Emergency Breakdowns: (770) 447-4443 USA. (Telephone outside office hours) For Off Site Repair & Refurbishment: SPP Pumps Inc. (Service Centre) Telephone: (770) 447-4443 6710 Best Friends Road, Fax: (770) 447-0230 Norcross, GA, 30071 USA.

SPP Pumps Ltd. Reading ENGLAND RG31 7SPTel:++44(0)118 932 3123

SPP Pumps Limited Reading ENGLAND RG31 7SP

Tel: ++44(0)1189 323123Fax: ++44(0)1189 323302


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INSTALLATION 2.1 RECEIVING PUMP

On receipt of pump, a visual check should be made to determine if any damage has occurred in transit. Typical points to look for are:

a Broken or cracked equipment e.g. baseframe, motor, pump feet and flanges. b Bent shafts. c Damaged motor end bells, bent eyebolts or damaged boxes. d Missing items.

Loose parts are often wrapped individually and/or fastened to the equipment. If any damage or losses have occurred notify SPP PUMPS INC and the transit company immediately.

When unloading pump units, only lift the unit using the lifting eyes on the baseframe or support frame. DO NOT USE THE LIFTING POINTS ON THE PUMP OR MOTOR

Pump and motor shafts are in alignment when shipped, however the alignment must be re-checked before use.

2.2 TEMPORARY STORAGE

If the pump is not to be installed immediately it should be stored in a clean, dry area, with protection from moisture, dust, dirt and foreign bodies. In particular, the following action should be taken:

a Ensure the bearings are packed with the recommended grease, to prevent moisture from entering

around the shaft. b Remove the glands, packing and lantern rings from the stuffing box, where soft packed sealing is

used. c Check that the pump suction and discharge ports are covered to prevent foreign objects entering. d If, for a short period only, the pump has to be stored outside it should be covered to protect it from

the effects of the weather. e Every 6 weeks, rotate the pump shaft to prevent bearing pitting.

2.3 PREPARATION

Before installing the pump, clean the suction and discharge flanges thoroughly and remove the protective coating from pump shafts, where applicable.

If the pump has been in storage and prepared in the manner as above, the bearing grease should be removed, the bearings cleaned (using an approved cleaning fluid) and then re-lubricated following the procedure detailed in Section 4. It is strongly recommended that this work is carried out by SPP PUMPS INC (see Section 1.5). This is a chargeable service; however pump warranty will be protected.


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2.4 LOCATION

The pump should be installed as near to the liquid source as possible, with the shortest and most direct suction pipe practical. Allow sufficient accessibility for inspection and maintenance, and ample headroom should be allowed for the use of an overhead crane or hoist sufficiently strong to lift the unit. Where pumps are electric motor driven, power source electrical characteristics should be appropriate for those shown on motor data plate.

2.5 FOUNDATION

The foundation should be sufficiently substantial to absorb vibrations and rigid enough to avoid any twisting or misalignment. As a rough guide it should be 12.00 inches wider on all sides with the weight at least 1-1.5 times as heavy as the pumpset. Depth should be sufficient to achieve the necessary weight and deep enough to accommodate drilling pockets for fixing bolts.

Min. Foundation depth (feet) = W 150 x B x L

W (pounds) = total weight of pumpset; 150 (pounds/foot3)= concrete density; B (feet) = foundation width; L (feet) = foundation length

A suitable concrete mixture by volume is 1:2:3 (Cement : Sand : Aggregate) with a maximum 4.00 inches slump, and a 28 day compressive strength of 1,750 tonf/in2. The foundation should be reinforced with layers of 6.00 inches square No.8 gauge steel wire fabric, or equivalent, horizontally placed 6.00 inches apart. Loose bolt type anchors should be checked for tightness periodically, as there is a tendency to loosen off with vibration. Chemical type anchors are a suitable alternative.

2.6 INSTALLATION OF BASEFRAMES

Foundation concrete should be poured without interruption to within 0.50 inches to 1.50 inches of the finished height. The top surface should be well scored and grooved, before the concrete sets, to provide a bonding surface for the grout. The foundation should be allowed to cure for several days before the baseframe is shimmed and grouted. Chemical Anchor type foundation bolts are recommended as these are less inclined to loosen off in service, and generally simplify installation. Manufacturer's instructions for installation and final torque figures should be rigorously followed. Allow enough bolt length for grout, shims, lower baseframe flange, nuts and washers. Fixing bolt diameter should be the largest capable of being inserted through the baseframe fixing holes. For installation purposes, baseframes can generally be divided into 4 different categories: Channel Section Folded Sheet Metal with side flange Folded Sheet-metal without side flange Box Section, and Cast Iron baseframes. Follow the appropriate installation procedure.


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2.6.1 INSTALLATION FOR CHANNEL SECTION BASEFRAMES

Position pumpset and mark through baseframe fixing bolt holes. Move pumpset to one side and drill pockets for fixings. Install fixing anchors in line with manufacturer’s instructions. Reposition pumpset using blocks and shims under the base for support either side of foundation bolts, and midway between the bolts, to locate the base approximately 1.00 inch above the concrete foundation with the studs extending through the holes in the baseframe.

Add or remove shims under the base to level the pump-shaft in the case of horizontally mounted pumpsets; or to position the pump-shaft as near plumb vertical as possible in the case of vertically mounted pumpsets. The baseframe itself does not have to be level.

Torque down fixing nuts tight against the baseframe and observe pump and motor shafts or coupling hubs for alignment.

Note, square tapered washers should be used on the channel section flanges, to ensure that the fixing bolts are not bent.

Grout baseframe in completely using non-shrink grout and allow it to dry thoroughly before attaching piping to pump (24 hours is sufficient time with the approved grouting procedure).

The suction and discharge piping should be installed after the pumpset, ensuring that no pipe strain is placed on either flange, and that both pump and pipe flanges are square to each other

GROUTING PROCEDURE

Grouting compensates for uneven foundations, distributes weight of unit and prevents shifting. Use an approved, non-shrinking grout as follows:

Soak top of concrete foundation thoroughly, then remove surface water. Completely fill baseframe with grout. After grout has thoroughly hardened check foundation bolts and re-tighten if necessary, then re-check alignment.


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Approximately 14 days after the grout has been poured or when the grout has thoroughly dried, apply an oil based paint to the exposed faces of the grout to prevent air and moisture from coming into contact.

2.6.2 INSTALLATION FOR FOLDED METAL BASEFRAMES WITH SIDEFLANGES

Move pumpset into position and drill fixing pockets using baseframe fixing holes as a guide. Install fixing anchors in line with manufacturer’s instructions. Use blocks and shims under the base for support, either side of foundation bolts and midway between bolts, to raise the base approximately 1.00 inch above the concrete foundation.

Add or remove shims under the base to level the pump-shaft. The baseframe itself does not have to be level.

Torque down fixing nuts tight against the baseframe and observe pump and motor shafts or coupling hubs for alignment.

Flat plain washers should be used on top of the flanges.

Grout baseframe in completely using non-shrink grout and allow it to dry thoroughly before attaching piping to pump (24 hours is sufficient time with the approved grouting procedure). See procedure detailed under Channel Section baseframes. The suction and discharge piping should be installed after the pumpset, ensuring that no pipe strain is placed on either flange, and both pump and pipe flanges are square to each other.

BASEFRAME

GROUTFLATWASHER

SHIMS/SUPPORTPLATES

FOUNDATIONBOLT

CONCRETEFOUNDATION


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2.6.3 INSTALLATION FOR FOLDED METAL BASEFRAMES WITHOUT SIDEFLANGES

Position baseframe and, using a long enough bit, drill fixing pockets through the holes in the baseframe. It may be necessary to move the pumpset in order to complete the fixing bolt installation, which should be done in line with manufacturers instructions.

Use blocks and shims under base for support, either side of foundation bolts and midway between bolts, to position base approximately 1.00 inch above the concrete foundation with studs extending through holes in the baseframe.

Add or remove shims under the base to level the pump-shaft. The baseframe itself does not have to be level.

Grout baseframe in completely and allow grout to dry thoroughly before attaching piping to pump (24 hours is sufficient time with the approved grouting procedure).

The suction and discharge piping should be installed after the pumpset, ensuring that no pipe strain is placed on either flange and that both pump and pipe flanges are square to each other.

GROUTING PROCEDURE

Grouting compensates for uneven foundations, distributes weight of unit and prevents shifting. Use an approved, non-shrinking grout as follows, after setting and levelling unit:

Build strong formwork around foundation to contain grout. Soak top of concrete foundation thoroughly, then remove surface water.

Completely fill baseframe with grout.

After grout has thoroughly hardened, torque down foundation bolts, then re-check alignment. Flat plain washers should be used on top of the baseframe.

Approximately 14 days after the grout has been poured or when the grout has thoroughly dried, apply an oil based paint to the exposed faces of the grout to prevent air and moisture from coming into contact.

BASEFRAMEGROUT

SHIMS/SUPPORTPLATES

FORMWORK

FOUNDATIONBOLT

CONCRETEFOUNDATION


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2.6.4 INSTALLATION FOR BOX SECTION & CAST IRON BASEFRAMES

Foundation concrete should be prepared in line with the General recommendations and allowed to cure for several days. Height should be only slightly below finished to allow for shimming.

Suction pipework may be installed in advance and the pumpset positioned and shimmed to align with it, taking care that no strain is put onto the pump flange. Once positioned fixing pockets can be drilled directly through the baseframe lugs and fixtures inserted without disturbing the position of the pumpset.

Add or remove shims under the base to level the pump-shaft in the case of horizontally mounted pumpsets; or to position the pump-shaft as near plumb vertical as possible in the case of vertically mounted pumpsets. The baseframe itself does not have to be level.

Filling the frame with grout is not necessary, and is a purely optional detail, for aesthetic or cleanliness reasons only. The delivery pipework can be connected after pumpset installation, again ensuring no strain is placed on the pump flanges.

After completion, foundation bolts should be checked for tightness, then alignment checked.

Cast Iron baseframes are used with some vertically mounted pumpsets. The installation method for these is the same as the above, only bolting through the cast mounting flanges in place of the welded steel lugs on the box section.

2.7 ALIGNMENT PROCEDURE (Excluding Cardan Shafting)

The pump driver, if supplied, is correctly aligned on its baseframe at the factory. A certain amount of deformation of the baseframe is possible during transit and it is therefore essential to check alignment, prior to final grouting.

A flexible coupling will only compensate for a small amount of misalignment and should not be used to compensate for excessive misalignment of the pump and driver shafts. Inaccurate alignment results in vibration and excessive wear on the bearings, sleeve or shaft, and wear rings. There are three forms of misalignment: Angular

Parallel Axial

BASEFRAME

FLATWASHER

SHIMS/SUPPORTPLATEFOUNDATIONBOLT

CONCRETEFOUNDATION


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2.7.1 ANGULAR - shafts with concentric axes but not

parallel.

To check for angular alignment, mount a dial indicator gauge on either flange and rotate it against the other flange close to its edge. The variation in reading should generally be within 0.003 inch, unless coupling details state otherwise.

2.7.2 PARALLEL - shafts with axes parallel but not concentric.

To check for parallel alignment, mount a dial indicator gauge on either hub and rotate it against the outer diameter of the other hub. Alignment is ideally correct when there is no variation in the reading. Check coupling details for specific limits.

In both Angular and Parallel Alignment adjustments can be made by shimming under the driver mounting feet. After each adjustment, it is necessary to recheck all features of alignment.

2.7.3 AXIAL - the distance between the shaft ends should be correct.

Axial alignment should be checked last and can be achieved by moving the coupling hubs relative to the shafts. The distance between the shaft ends (DBSE) should be as stated on the General Assembly (GA) drawing, or in the coupling data.

Alignment should be performed after the baseframe has been properly set and grout has dried thoroughly according to instructions. Final alignment should be made by shimming the driver only.

2.8 SUCTION & DISCHARGE PIPING The following precautions should be observed during installation:

In the case of channel section and folded metal baseframes without side flanges, piping should be run to the pump. Do not move pump to pipe, this could make final alignment impossible.

Both suction and discharge piping should be supported independently and close to the pump so that no strain is transmitted to the pump when the flange bolts are tightened. Use pipe hangers or other supports at intervals necessary to provide support. When expansion joints are used in the piping system, they must be installed beyond the piping supports closest to the pump.

Install piping as straight as possible, avoiding unnecessary bends. Where necessary, use 45° or long sweep 90° fitting to decrease friction losses. Make sure that all piping joints are air tight. Provide pipe expansions when hot fluids are to be pumped. Where reducers are used, eccentric reducers are to be fitted in suction lines and straight taper reducers in discharge and vertical lines. Undulations in the pipe runs are also to be avoided. Failure to comply with this may cause the formation of air pockets in the pipework and thus prevent the correct operation of the pump.

The suction pipe should be as short and direct as possible, and should be flushed clean before connecting to the pump. Where suction lift is not very high, it is advisable to use a foot valve. Horizontal suction lines must have a gradual rise to the pump.


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The discharge pipe is usually preceded by a non-return valve or check valve and a discharge gate valve. The check valve is to protect the pump from excessive back pressure and reverse rotation of the unit and to prevent back flow into the pump in case of stoppage or failure of the driver. The discharge valve is used in priming, starting and when shutting down the pump.

The use of butterfly valves in suction lines is not recommended, however if unavoidable there should be a distance of at least 5 pipe diameters between the valve and the pump inlet flange.

FM FIREPUMP INSTALLATIONS (Loss Prevention Data 3-7N/13-4N)

Table 2-20 The diameter of the suction pipe, discharge pipe and gate valve should not be less

than that shown in the Table. Para.3-1.2 The horizontal centrifugal fire pump in horizontal or vertical position should not be

used where a static suction lift is involved.

3. OPERATION 3.1 BEFORE STARTING (After Installation or Maintenance)

Before initially starting the pump, make the following inspection:

The unit baseframe must be grouted (where applicable), and bolted to the foundation.

Make sure all rotating parts are found to be free when turned by hand.

Ensure motor is correctly wired to its starting device. Check that the voltage, phase and frequency on the motor nameplate are correct for the line circuit. Confirm correct direction of motor rotation prior to coupling to pump. Check by starting motor and switching off immediately, observing rotation is the same as the arrow direction on the pump casing. Check the alignment between pump and motor.

Check bearing lubrication is provided (see lubrication section). Also check driver lubrication.

If the pump has soft packed sealing, check that the stuffing box has been packed.

Close drain valves. Ensure that the pump is primed. Never run the unit dry. The liquid in the pump serves as a lubricant for close running fits within the pump and the pump may be damaged if operated dry. Pumps may be primed by using an ejector, exhauster or vacuum pump. If a foot valve is used in the suction line, the pump may be primed by venting and filling the casing with liquid. Vent and drain plugs are provided either in the casing, or in external pipework.

Suction pipework should have been flushed clean during installation. Failure to do this is a common reason for commissioning failures.


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3.2 STARTING Close valve in discharge line. Open fully all valves in the suction line.

Turn on seal water to the stuffing box where external pipe supplied.

Prime the pump and start the pump driver. When the pump is operating at full speed, open the discharge valve slowly.

Do not operate the pump for prolonged periods with a closed discharge valve, so as to avoid overheating.

The pump should be shut down at once and the trouble corrected if the pump is running at its rated speed and found to have any of the following defects:

a No liquid delivered. b Not enough liquid delivered. c Not enough pressure. d Loss of liquid after starting. e Excess vibration. f Motor runs hot. g Pump bearing overheating.

3.3 RUNNING

While the pump is running, a periodic inspection should be made of:

Bearings Check the bearings for temperature, which should not normally exceed 158°F, after running in period.

a Stuffing Box (if Soft Packed)- Ensure there is sufficient leakage to lubricate the packing. b Suction and discharge gauge readings (if fitted).

3.4 STOPPING

a Slowly close delivery valve then shut down driving unit in accordance with manufacturer's instructions.

b Shut off external sealing liquid supply to relieve stuffing box pressure, where fitted

c Successful operation of the pump depends on accurate coupling alignment. It is recommended that

the alignment is re-checked after the preliminary run.


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TABLE 1 FAULT FINDING CHART (for Electric Motor driven sets)

POTENTIAL FAULT OR DEFECT

No liquid delivered

Insufficient liquid delivered

Liquid delivered at low pressure

Loss of liquid after starting

Excessive vibration

Motor runs hot

Excessive noise from pump cavitation

Bearings or stuffing gland overheats

PROBABLE CAUSES

REMEDIAL ACTION

(See Table 2) Pump not primed

1

Speed too low

2

Speed too high

3

Air leak on suction

4

Air or gas in liquid

5

Discharge head too high (above rating)

6

Suction lift too high

7

Not enough suction head for hot liquid

8

Inlet pipe not sufficiently submerged

9

Liquid viscosity greater than rating

10

Liquid density greater than rating

11

Insufficient net inlet head

12

Impeller plugged up

13

Wrong direction of rotation

14

Excessive wear ring clearance

15

Damaged impeller

16

Rotor binding

17

Defect in motor

18

Voltage/frequency lower than rating

19

Lub. oil dirty or contaminated

20

Foundation not rigid

21

Misalignment of pump/driver

22

Bearing worn

23

Rotor out of balance

24

Bent or damaged pump shaft

25

Impeller undersize

26

Air leak in stuffing box

27


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TABLE 2 FAULT RECTIFICATION FAULT

CAUSES

REMEDY

1

Pump not primed - lack of prime- incomplete priming.

Fill pump and suction pipe completely with liquid.

2

Speed too low

Check whether motor is directly across-the-line and receiving full voltage. Frequency may be too low. Motor may have an open phase.

3 Speed too high.

Check voltage on motor.

4 Air leak in suction. Loss of prime.

If pumped liquid is water or non-explosive, find leak using flame around flanges. For such liquid as gasoline, suction line can be tested by shutting off or plugging inlet and putting line under pressure. Rectify leak as appropriate. Check for leaks in suction pipe joints and fittings; vent casing to remove accumulated air.

5 Air or gas in liquid.

May be possible to over rate pump to the point where it will provide adequate pressure despite condition.

6 Discharge head too high

Check pipe friction losses. Larger piping may correct condition. Check that valves are fully open.

7 Suction lift too high.

If no obstruction at inlet, check for pipe friction losses. Static lift may be too great, measure with vacuum gauge while pump operates. If static lift is too high, liquid to be pumped must be raised or pump lowered.

8 Not enough suction head for liquid

Consult SPP PUMPS INC.

9

Inlet pipe not submerged enough.

If inlet cannot be lowered, chain a board to suction pipe. It will be drawn into eddies, smothering the vortex.

10

Viscosity of liquid greater than rating.

Use large driver. Consult supplier for recommended size.

11

Liquid heavier than rating.

Use larger driver. Consult supplier for recommended size.

12 Insufficient net inlet head.

Increase positive suction head on pump by lowering pump.

13 Impeller plugged up or partially choked.

Dismantle pump and clean impeller.

14

Wrong direction of rotation.

Check motor rotation with directional arrow on pump casing.

15 Excessive wear ring clearance.

Dismantle, inspect and replace if necessary.

16 Damaged impeller.

Inspect impeller. Replace if damaged, or vane sections are badly eroded.

17 Rotor binding.

Check deflection of rotor. Check bearings for damage or excessive wear.

18 Defects in motor.

Check any motor defects. The motor may not be ventilated properly due to a poor site location.

19 Voltage and/or frequency lower than rating.

The voltage and frequency of the electrical current may be lower than that for which the motor was rated. Consult supplier for correct supply.

20 Lubricating oil/grease dirty, or contaminated.

Clean bearings and bearing housings as per instructions and re-lubricate.

21

Foundation not rigid.

Check if foundation bolt nuts are drawn tight against base. Check the foundations comply with the recommendations in instructions.

22 Misalignment of pump and driver.

Realign pump and driver.

23

Bearing worn.

Check bearings for damage and excessive wear. Any irregularities will cause a drag on the shaft.

24 Rotor out of balance

Check for causes. Consult supplier.

25

Shaft bent.

Check deflection of rotor. Total indicator run-out should not exceed 0.002 inch on shaft and 0.004 inch on impeller wear ring surface.

26 Impeller too small.

Check with supplier to see if a larger impeller can be used, otherwise cut pipe losses or increase speed or both, but be careful not to overload driver.


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FAULT

CAUSES

REMEDY

27

Air leak in stuffing box.

Increase seal lubricant pressure to above atmosphere.

OTHER Head lower than rating.

Machine impeller O/D to size advised by supplier.

Foot valve too small or partially obstructed.

Area through ports of valve should be at least as large as area of suction pipe - preferably 1½ times. If strainer is used, net clear area should be 3 to 4 times area of suction pipe.

Obstruction of liquid passages.

Dismantle pump and inspect passages of impeller and casing. Remove obstruction.

Defective packing.

Replace packing and sleeves if badly worn.

4. MAINTENANCE 4.1 ROUTINE MAINTENANCE

This section gives details of routine preventative maintenance. Where repair or major overhaul is required please contact SPP PUMPS INC Service at the addresses shown in section 1.5.

4.1.1 GENERAL

Routine maintenance is essential to maintain the plant in a serviceable condition, and a sound insurance against enforced inopportune shutdown. A high degree of cleanliness of equipment and surrounding areas should be maintained during all maintenance procedures.

4.1.2 FREQUENCY OF INSPECTIONS

A general guide is shown in Table 3. Depending on operation and environmental conditions together with a comparison of previous inspections, the frequency may be altered to maintain satisfactory operation of the plant to suit established operating procedures.

4.2 LUBRICATION

GREASE LUBRICATED BEARINGS

Bearings are initially lubricated during manufacture or re-assembly. The re-greasing interval depends upon the running speed of the unit:

TABLE 3 BEARING RE-GREASING INTERVALS

PUMP RUNNING SPEED

RE-GREASING INTERVAL

AMOUNT OF GREASE

1750 RPM

5000 HOURS

1.80 OUNCES

3600 RPM

3000 HOURS

1.80 OUNCES

To recharge the bearings with fresh grease, use a grease gun through the two lubricating nipples provided.


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DO NOT APPLY LUBRICANT WHEN PUMP IS RUNNING.

Every 10,000 hours or 2 years, remove bearings from pump, de-grease, thoroughly clean, recharge with fresh grease and refit in accordance with re-assembly instructions.

Recommended grease:-

Texaco Regal Multifak All purpose EP2 (or equivalent)

4.3 BEARINGS – GENERAL

These instructions do not supersede any information issued by the bearing manufacturers, to whom application should be made for more comprehensive literature.

Care and maintenance of bearings is a matter of ensuring that they are:

1. Correctly lubricated at intervals. 2. Removed, cleaned and refitted with care. 3. Tools used and work areas should be clean.

To remove a bearing, use correctly suited withdrawal equipment. If other means are not available, a hammer and soft metal drift may be used to tap evenly around the circumference of the inner ring.

CAUTION: Damage can be caused by exerting force against the outer ring of a ball bearing.

Ball bearings should not be dismantled.

Clean bearings thoroughly with an approved fluid.

Dry the bearings with dry compressed air. Do not spin a clean dry bearing. All the cleaning fluid must be removed from the bearing since it might damage the lubricating properties of the grease.

Inspect the bearing for wear, fractures, cracks, corrosion or other damage which may necessitate bearing replacement.

Work approximately 1.00 ounce of grease into both sides of bearing immediately after drying and inspecting, to prevent corrosion.

Check that the bearing, shaft and housing are clean and undamaged.

When fitting the bearing on the shaft, the use of a soft drift and hammer should be avoided if possible. The drift could shed flakes of metal into the bearing. If a lock nut is used to "push-home" the bearing then a special hook or "C" spanner must be used to turn it. A drift and hammer applied to one slot would cause damage to the nut and introduce flakes of metal into the bearing. The tab washer should not be in place during this procedure since there is a risk of shearing off the inner tab. The nut should be removed when the bearing is fully pushed home then the tab washer placed in position and the nut refitted.

In general soaking bearings in a hot oil bath prior to fitting to the shaft is recommended.

After assembly and when the bearing housings are in position, the bearing housing cavity incorporating the grease nipple should be fully charged with the recommended grease leaving the cavity on the other side of the bearing free of grease.


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4.4 SOFT PACKED SEALING

Fire pumps are supplied with soft packed stuffing boxes with seal lubrication via external nylon or copper pipework. Refer to Table 5 and the following when carrying out maintenance:

GLAND PACKING REPLACEMENT

Isolate pump driver, close all valves and relieve any liquid pressure. Remove gland follower, gland packing, lantern ring and split bush or neck ring (where fitted). A screw type packing ring extractor will aid removal but take care not to damage the stuffing box. During removal take careful note of the order and position of the parts so that the reverse procedure can be carried out for re assembly. Various different arrangements of sealing are employed on the Thrustream range of pumps with the following combinations of parts being three variations (refer to specific sectional drawing for actual arrangement):

1) Soft packing + lantern ring 2) Split bush + lantern ring + soft packing 3) Neck ring + 2 off lantern rings + soft packing

Clean and inspect all components for wear and surface finish. If satisfactory, cut new rings diagonally at 45° as shown in Figure 4.4.1. using a dummy shaft of the same diameter as the pump shaft. Refer to the appropriate table at the end of this manual for details of number and lengths.

SOFT PACKING INSERTION

4.4.1 Soft packing + lantern ring

Insert the first packing ring and tap to the bottom of the stuffing box. Each following ring should be installed in the same manner ensuring that the cut in each packing ring is rotated approximately 120o to the last.

Install the lantern ring in the appropriate position aligning with the lubrication connection. Make due allowance for the lantern ring to be pushed deeper into the stuffing box during adjustment.

4.4.2 Split bush + lantern ring + soft packing

Install the split bush and push to the bottom of the stuffing box followed by the lantern ring. Check that the lantern ring aligns with the lubrication connection.

4.4.3 Neck ring + 2 off lantern rings + soft packing

Install the neck ring and push to the bottom of the stuffing box followed by the lantern ring. Check that the lantern ring aligns with the lubrication connection.

Insert the first packing ring and tap it down to the lantern ring. Install the following ring in the same manner ensuring that the cut in the packing ring is rotated approximately 120o to the first. Install the second lantern ring followed by the last packing ring.


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FINAL RE ASSEMBLY

The last packing ring should never protrude beyond the stuffing box face thus allowing the gland follower to 'start' in the stuffing box. If this is not the case, then dismantle and check that the correct numbers of rings have been used and that they have seated correctly.

Bring the gland follower up squarely against the last packing ring and finger-tighten the securing nuts evenly.

Turn the shaft to ensure that no binding is taking place.

Pressurise the stuffing box, ensuring there is no trapped air. The gland should start to leak heavily almost immediately. If it does not, stop the pump immediately and investigate.

GLAND FOLLOWER ADJUSTMENT

After the pump has been running for 10 minutes at full pressure, adjust the follower nuts by one sixth of a turn every 10 minutes until there is a small leakage only. This leakage is essential to ensure packing is lubricated.

4.5 MECHANICAL SEALS 4.5

In the case of pumps fitted with mechanical seals no specific routine maintenance is required. Where major overhaul is required contact SPP PUMPS INC SERVICE at the address shown in Section1.5

TABLE 4 ROUTINE MAINTENANCE CHART

Every Week

Visually check for leaks. Check for vibration. Hand test bearing housing for any sign of temperature rise. Adjust gland as necessary to maintain slight leakage.

Every Month

Check bearing temperature with a thermometer.

Every 3 Months

Check running hours and consult re-lubrication interval chart. Check grease lubricated bearings for saponification - i.e. signs of any deposits, oil separation and undue hardening and softening of grease.

Every 6 Months

Check running hours and consult re-lubrication interval chart. Check soft packed gland packing, where fitted, and replace if necessary. Check shaft or shaft sleeve for scoring. Check alignment of pump and motor. Check holding down bolts for tightness. Check coupling for wear.

Every Year

Check rotating element for wear. Check wear ring clearances. Clean and re-grease bearings. Check running hours and consult re-lubrication interval chart.


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TABLE 5 FIRE PUMP SOFT PACKED SEALING DETAILS

Pump Type

No. of Rings

Packing Ring Size(mm)

Approx. length of one ring(mm)

TB08D TB08E TC12F TC12G TD10E

4

10 x 10

175

TD12F TD15F

4

10 x 10

230

TD20D TD20E

4

10 x 10

280

TB10D TB10E TB12E TB12F TB12D TB15E TE15D TE15E

4

12 x 12

230

TF20D TF20E TF20F

4

12 x 12

280

TE08D TE10A TE10D TE12E

2

12 x 12

230

TF15E

2

12 x 12

280

TY12D TY15E

3

12 x 12

305


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Our policy is one of continuous improvement and we reserve the right to alter specifications of our products at any time. Page 23 of 23

Maintenance Record

Date

Summary of maintenance & repairs done - replacement parts fitted etc.:

Installed & Commissioned

NFPA Installation Guide

NFPA / FM / UL FIRE PUMP

INSTALLATION GUIDE

GUIDE TO THE INSTALLATION OF FIRE PUMPING STATIONS WITH

NFPA FM OR UL EQUIPMENT

FMPSDRG1.CDR

SPP Pumps Inc. Inc 6710 Best Friend Road Norcross, GA 30071 USA

Telephone:

++ (770) 409-3280 Fax:

++ (770) 409-3290

Doc No: W00-007E (USA)Revision No: 0

Date Issued. Mar 2005 Produced at SPP Pumps Inc. Inc, Norcross, GA

SAFETY INSTRUCTIONS

Safety Instructions

The products supplied by SPP Pumps Inc. have been designed with safety in mind. Where hazards cannot be eliminated, the risk has been minimised by the use of guards and other design features. Some hazards cannot be guarded against and the instructions below MUST BE COMPLIED WITH for safe operation. These instructions cannot cover all circumstances; YOU are responsible for using safe working practices at all times.

1 SPP Pumps Inc. products are designed for installation in designated areas, which are to be kept clean and free of obstructions that may restrict safe access to the controls and maintenance access points.

2 Access to the equipment should be restricted to the personnel responsible for

installation, operation and maintenance and they must be trained, adequately qualified and supplied with the appropriate tools for their respective tasks.

3 SPP Pumps Inc.. requires that all personnel that are responsible for installation,

operation or maintenance of the equipment, have access to and study the product instruction manual BEFORE any work is done and that they will comply with all local and industry based safety instructions and regulations.

4 Ear defenders should be worn where the specified equipment noise level exceeds

locally defined safe levels. Safety glasses or goggles should be worn where working with pressurised systems and hazardous substances. Other personal protection equipment must be worn where local rules apply.

5 Do NOT wear loose or frayed clothing or jewellery that could catch on the controls or

become trapped in the equipment.

6 Read the instruction manual before installation, operation or maintenance of the equipment. Check and confirm that the correct instruction manual is used by comparing the serial number on the equipment with the documentation.

7 Refer to the data plates on the equipment supplied, operation of the equipment outside

these specifications will increase the risk to operators and may lead to premature and hazardous pump failure.

8 IMPROPER INSTALLATION, OPERATION OR MAINTENANCE OF THIS SPP

PUMPS INC. PRODUCT COULD RESULT IN INJURY OR DEATH.

9 Within the manual, safety instructions are marked with safety symbols.

NFPA / FM / UL FIRE PUMP

INSTALLATION GUIDE

Hazard This symbol refers to general mechanical aspects of safety.

Hazard This symbol refers to electrical safety.

ATTENTION This symbol gives warning of a hazard to the pump itself, which in turn, could cause a risk to personal safety.

CONTENTS Section Page 1 Introduction............................................... 3

2 Installation ................................................ 5

3 Connection to Services........................... 11

4 Commissioning ....................................... 15

5 Grouting.................................................. 16

6 Operation................................................ 16

7 Maintenance ........................................... 17

1 Introduction

The extensive range of SPP Pumps Inc. approved fire pumps are designed to suit most fire protection applications. SPP Pumps Inc. usually supplies pumping and control equipment to specialist fire protection contractors who are responsible for the installation of sprinklers, pipework, pumps, control panels and alarm systems etc. This manual gives an overview of the requirements for installation, operation and maintenance of fire pump station equipment and therefore will refer to equipment that may not have been manufactured or supplied by SPP Pumps Inc., but is necessary for the successful operation of the system.

Before attempting to install the equipment it is important to familiarise yourself with the main items supplied and to ensure that the appropriate cables, pipes and fittings are

available to mount and connect the equipment. The equipment supplied by SPP Pumps Inc. is shown on the contract documentation. The fire protection contractor is responsible for the provision of all other items required to complete the installation.

Fire pump stations will contain a variety of equipment to meet the requirements of the specific fire protection installation but usually will comprise the following main items:

1.1 Duty Pump, Electric Driven Pumpset

Selected from the SPP Pumps Inc. range of fire pumps to suit the required system operating parameters, these pumps meet the standards set by Factory Mutual, Underwriters Laboratories & National Fire Protection Association and provide reliable trouble free service. These pumps may be end suction or split case construction and are driven through a suitable flexible coupling by an electric motor selected to meet the pump power and duty requirements.

1.2 Standby Pump, Diesel Driven Pumpset

This equipment comprises an approved SPP Pumps Inc. fire pump matched to an engine which has been specially prepared and approved for fire pump applications, together with a SPP Pumps Inc.’ or other manufacturer's approved control panel. These items are mounted on a rigid base frame with batteries and engine cooling system, providing a self-contained unit for

Manual No/Rev W00-007E / 1

NFPA / FM / UL Fire Pump Installation Guide

Our policy is one of continuous improvement and we reserve the right to alter specifications without giving notice. Page 4

ease of installation.

The fuel tank assembly is usually mounted separately and consists of an approved design of tank sized to match the power and duty requirements of the pump and fitted with gauges and switches to suit customer requirements.

1.3 Control System

SPP Pumps Inc. can supply a full range of control panels for both electric and diesel driven fire pumps, optionally to meet special customer specifications, proprietary control panels from other manufacturers may be supplied. The fire protection contractors are responsible for the provision and setting of suitable pressure switches.

Where required, SPP Pumps Inc. can supply a Remote Alarm Panel to provide notification of fire and the status of the system at a remote security monitoring station.

1.4 Pressure Maintenance (Jockey) Pump

This is usually a small pump that is designed to maintain pressure in the trunk main system at a pre-set level such that the system is primed for operation. On larger installations this pump may be a SPP Pumps Inc. product but on smaller installations a proprietary multistage pump is often supplied.

1.5 Typical Pump House Schematic Layout

This diagram shows the main features of fire pump house installations, these will vary depending upon the number and types of pumps to be installed and they will be placed to suit the position of main pipe runs etc.

NFPA / FM / UL Fire Pump Installation Guide Manual No/Rev

W00-007E / 0 (USA)


FMPHDRG1 CDR




It is usual for all the main items of equipment to have been supplied by SPP Pumps Inc.., but other manufacturer's items may have been specified and supplied to meet special installation requirements. The contractor responsible for the installation must provide all other items.

2 Installation

Please Note:- Fire water pumpsets and control systems should be Installed, and Accepted, in full accordance with NFPA 20. Failure to Install SPP Pumps Inc supplied equipment in full accordance with NFPA 20 will affect equipment warranty.

2.1 Pump Location

The pump should be installed as near to the water source as possible, with the shortest and most direct suction pipe practical.

Allow sufficient access for inspection and maintenance with enough headroom for an overhead crane or hoist of sufficient capacity to lift the heaviest item of equipment.

The location for a diesel engine driven pump may be dictated by the requirement for an air supply and the need to vent the exhaust.

Air is required for combustion and cooling purposes, with air and radiator cooled engines in particular needing large volumes of air for cooling. Inlet and outlet apertures, suitably sized and positioned to prevent air recirculation, must be provided in the pump house structure. It is recommended that a low level vent matches a high level vent in the opposite wall.

Exhaust runs should be as short as possible. Small bore pipe and/or excessive length will cause backpressure on the engine, reducing engine performance and therefore pump output.

2.2 Foundations

A foundation plinth should be constructed to support each pumpset on a floor area free from expansion joints. These foundation plinths should be sufficiently substantial to absorb vibrations and rigid enough to avoid any twisting or misalignment. As a rough guide, they should be at least 12 inches wider than the pumpset on all sides and weigh between 1 and 1.5 times the weight of the pumpset. Plinths for fire pumps are recommended to have a minimum height of 300mm but height should be sufficient to achieve the necessary weight and to accommodate the pockets for fixing bolts.

Foundation height may be calculated thus:

Height (feet) = W 150 x B x L where: W (pounds) = total weight of pumpset 150 (pounds/foot3) = concrete density B (feet) = foundation width L (feet) = foundation length

Use a suitable concrete mixture by volume is 1:2:3 (Cement : Sand : Aggregate) with a maximum 4.00 inches slump, and a 28 day compressive strength of 1,750 tonf/in2

The foundation should be reinforced with layers of 6.00 inche square No.8 gauge steel wire fabric, or equivalent, horizontally placed 6.00 inches apart.

Foundation concrete should be poured without interruption to within 1.00 inch of the finished height. The top surface should be well scored and grooved before the concrete sets to provide a bonding surface for the grout. The foundation should be allowed to cure for several days before installation of the baseframe.


W00-007E / 0 (USA)


2.3 Foundation Bolts

Two types of foundation bolts are normally used; either rag bolts set into pre cast pockets in the plinth or, chemical anchor bolts for which pockets are drilled into the plinth after casting.

Rag Bolts

Bolt size

Clearance hole size

Bolt dimensions (see Figure 1)

Dia.

Length

A

B

C

16

160/240

19

32

80

40

20

300/350

24

40

100

50

24

350

28

48

120

60

Pocket Dimensions:

Tapered pockets are recommended for fire pump installations.

For Chemical Anchor Bolts, refer to the manufacturers installation instructions.

BC

A

PLINTH2.CDR




2.4 Baseframe Types

There are four main types of baseframe as illustrated below. Note that these figures show chemical type anchor bolts.

Channel Section Baseframe

Folded Baseplate with Flanges

Folded Baseplate without Flanges

Box Section Baseframe 2.5 Installing the Pumpset(s)

It is important to install fire pumpsets BEFORE installing the main suction and delivery pipework. This is to ensure that the pipes are positioned to match the pump location and do not transmit load and induce strain in the pump casing. For long coupled pumpsets, remove the coupling guard to provide access to the shaft and coupling.

When using rag bolt fixing, suspend the pumpset over the plinth and hang the foundation bolts from their holes using tapered washers for channel base frames and plain washers for other types, with the

ATTENTION


W00-007E / 0 (USA)


nuts showing at least one full thread through.

Place sufficient metal packing pieces on both sides of each foundation bolt hole to support the base frame at about 25mm above the plinth surface. Lower the pumpset and insert the rag bolts into their pockets. Continue lowering until the pumpset is supported by the packing.

Adjust the height of the packing with shims in each position until the shaft is horizontal and the pump flanges are vertical, do not level from the baseplate as this may not be true to the shaft and flanges.

Ensure that the foundation bolts are vertical to permit easy lifting of the pumpset, and then grout the bolts with non- shrinking grout. Allow sufficient time for the grout to harden, usually 24 hours or as recommended in the grout manufacturer's instructions. Tighten the nuts to the torque recommended below.

Bolt Size

16

20

24

Torque Nm

95

185

320

For chemical anchor fixing with channel

section base frames it will be necessary to mount the pumpset, mark the foundation bolt positions and lift off the pumpset to give access for drilling. Hang the anchor bolts in their holes and lower the pumpset in position having inserted the anchors into their fixing holes.

For other base frame types, refer to the manufacturer's instructions for drilling, installation and torque details.

After allowing sufficient time for the bond to cure, tighten the anchor bolts to the torque setting recommended in the manufacturer's instructions.

Whilst tightening the fixing bolts check the shaft level and coupling alignment and if required, adjust the packers to maintain the shaft level and the coupling alignment within acceptable figures. Refer to the pump and coupling instruction

manuals for details of shaft alignment procedures and tolerances or proceed generally thus:

a) Lateral Alignment

Mount a dial gauge on the motor shaft or coupling with the gauge running on the outer-machined diameter of the pump coupling. Turn the motor shaft and note the total indicator reading.

b) Angular Alignment

Mount a dial gauge on the motor shaft or coupling to run on a face of the pump coupling as near the outside diameter as possible. Turn the motor shaft and note the total indicator reading.

c) Confirm Lateral Alignment

Mount the dial gauge on the pump shaft or coupling with the gauge running on the outer-machined diameter of the motor coupling. Turn the pump shaft and note the total indicator reading.

ATTENTION




d) Adjustment

The motor must be shimmed and re-positioned to align the shafts to the coupling manufacturer's specifications.

f) Alternative Method

If a dial gauge is not available, callipers or taper gauge may be used to measure the distance between the coupling flanges at four points around the circumference and a straight edge used to check the lateral alignment of the outer flange diameters.

2.6 Suction & Delivery Piping

Ensure that bolt grouting or chemical anchors are allowed to dry thoroughly before connecting any pipework.

Note that fire pumpsets have regulatory requirements for piping and these must be strictly observed. Refer to the appropriate standard for details.

Both suction and discharge piping should be supported independently and close to the pump so that no strain is transmitted to the pump when the flange bolts are tightened. Use pipe hangers or other supports at intervals necessary to provide support. When expansion joints are used in the piping system, they must be installed beyond the piping supports closest to the pump. Install piping as straight as possible, avoiding unnecessary bends. Where necessary, use 45° or long sweep 90° bends to decrease friction losses. Make sure that all piping joints are airtight. Where reducers are used, eccentric or 'flat top' reducers are to be fitted in suction lines and concentric or straight taper reducers in discharge and vertical lines. Undulations in the pipe runs are also to be avoided. Failure to comply with this may cause the formation of air pockets in the pipework and thus prevent the correct operation of the pump.

Typical End Suction Pump Piping installation

Eccentric Reducer on a Split Case Pump

The suction pipe should be as short and direct as possible, and should be flushed clean before connecting to the pump. For suction lift applications, it is advisable to use a foot valve. Horizontal suction lines must have a gradual rise to the pump. If the pumped fluid is likely to contain foreign matter then a filter or coarse strainer should

be fitted to prevent ingress to the pump.

A non-return valve or check valve and a discharge gate valve usually precede the discharge pipe. The check valve is to protect the pump from excessive backpressure and reverse rotation of the unit and to prevent back flow into the pump in case of stoppage or failure of the driver. The discharge valve is used when shutting down the pump for maintenance.

Shaft alignment must be checked again after the final positioning of the pump unit and

ATTENTION


W00-007E / 0 (USA)


connection to pipework as this may have disturbed the pump or motor mounting positions.

3 Connection to Services

The following section covers the normal service requiring connection, but the actual requirements for each installation will vary depending upon the equipment supplied. Therefore, some of the items covered may not be relevant to specific installations.

Ensure that site electrical power supply characteristics match the data on the equipment data plates

If the control panels were manufactured or supplied by SPP Pumps Inc. wiring diagrams will be included with the instruction manual. If others have supplied the panels, refer to their literature for electrical details and wiring instructions. All cables should be installed by a competent electrical contractor in accordance with the latest edition of the IEE regulations (UK) or to the latest regulations appropriate to the territory of installation

3.1 Electric Motor Driven Pumpsets

Install the electric motor starter panel in a convenient position for use and wire up to mains supply, to the electric motor and to the trunk main pressure switch. Earth bonding connections are provided on all base frames and must be connected to a suitable earth point.

3.2 Diesel Engine Driven Pumpsets

3.2.1 Control Panels

Where diesel engine control panels are supplied fitted to the baseframe all connections and wiring to the engine is completed. For separate diesel engine control panels, mount the panel in a convenient position for use and wire up to the diesel driven pumpset following instructions on the wiring diagrams supplied in the manual.

Connect the control panel to the mains electrical supply as shown in the wiring diagram. Where a pressure switch in the trunk main

initiates the start, fit the pressure switch in a convenient position and wire up in accordance with wiring diagram. 3.2.2 Fuel Tank

If the fuel tank is supplied separately, it is intended to be positioned it in a safe location with convenient filling access and giving short and direct fuel line runs. When a fuel tank stand is supplied it is normally designed to be fixed to a floor having the same level as the pump house. If a stand is not supplied or when special conditions apply, reference should be made to the diesel engine manufacturer's instructions for guidance on the correct level to mount the fuel tank. It is important to comply with the requirement for gravity fuel feed to fire pump engines and to provide access for refilling and topping up the fuel. The fuel gauge is normally supplied loose and must be fitted to the fuel tank as per the manufacturer’s instructions or installed and calibrated thus: 1 Fit the float though the 1.5” boss on the

top of the tank; set the float to the bottom of the tank, i.e. in the empty position.

2 Screw the gauge into the boss and confirm that it reads ‘empty’.

3 If the gauge needs to be calibrated, remove the face of the gauge and extract the pointer, replace the pointer in the Empty position and refit the face of the gauge.

Fill the tank with sufficient fuel for one hours running for commissioning tests. 3.2.3 Water Cooling Systems

Most fire pump diesel engine installations use water-cooling systems. These fall into three categories - radiator, heat exchanger and weir tank.

Radiator cooled engines employ a fan to draw air through the radiator thus directly cooling the closed engine circuit. The pump house must have inlet and outlet vents of suitable size to provide adequate air without re-circulation. Heat exchanger closed engine circuits, are cooled by a supply of coolant from the




pump outlet. A flow control system is fitted to prevent continuous flow of water to waste under standstill conditions. This supply is passed through the heat exchanger and is then piped to waste. 3.2.5 Batteries Batteries for diesel engine starting may be either lead acid or nickel cadmium type. Lead acid batteries may be dry charged or conventional; they may be supplied dry or pre-filled and charged. Refer to the battery manufacturer's manual for details on putting new batteries into use.

Where nickel cadmium batteries are supplied they are charged and have travel plugs fitted, removal of travel plugs and the commissioning engineer usually does connection. Note that a single-phase electrical supply to the panel is required for the battery chargers. For packaged pumpsets supplied with lead acid batteries a hydrometer is supplied in the tool kit.

Typical Fuel Tank Arrangement

.

3.2.6 Exhaust System

Unless special conditions apply, a set of standard exhaust system components is supplied to suit typical pump house applications. Assemble the engine exhaust system (flexible pipe, solid pipe and silencer) with the flexible section attached to the engine and the discharge passing through the nearest outside wall Exhaust pipe runs should be as short as possible to minimise back pressure on the engine. If it is required that the exhaust system is extended, refer to SPP Pumps Inc.. for guidance as the system may need to be

increased in diameter to avoid excessive backpressure.

3.3 Ancillary Connections Electric motor and air or radiator cooled diesel engine driven pumps will have a re-circulation system fitted to provide sufficient water circulation to cool the pump when it is running with the discharge valve closed. For these units a feed is taken from the pump outlet, via a pressure differential valve, either back into the system well upstream of the pump, or must be piped to waste.

FLASH ARRESTORADAPTOR

PIPE (2)COUPLING

FUEL FILLER CAP

F ILLER PIPE

DRAINPLUG

FUEL TANK FUELGAUGE

FUEL GAUGE(ON LARGERFUEL TANKS)

FUEL TANK STAND(WHERE NECESSARY)

NOTE - FUEL AND VENT PIPES MUST BE ADEQUATELY SUPPORTED

FUEL RETURNFROM ENGINE

FUEL FEEDTO ENGINE

FUELPUMP

ENGINE FUELINLET ANDRETURNMANIFOLDS

ENGINE

FLEXIBLEPIPES

RETURN

FEED

STUDCOUPLING

STRAIGHTCOUPLING

ELBOWCOUPLING

BARREL NIPPLEFUELPIPE

GATE VALVE

STUDCOUPLING

NOTE - FUEL TANK OUTLET MUSTBELEVEL WITH OR ABOVE THEFUEL PUMP ON THE ENGINE

STUDELBOW

ROOF


W00-007E / 0 (USA)


A pilot line taken from the pump inlet controls the pressure differential valve. With the pump stopped the valve remains closed and thus prevents a continuous flow, which could occur under flooded suction conditions. With the pump running the suction on the pilot line opens the valve and allows flow. The differential pressure valve is not adjustable and its operation is entirely automatic.

For heat exchanger and weir tank cooled diesel engines, the cooling water is taken from the pump outlet. This is sufficient to meet the minimum flow requirement. The

components of this line are designed to meet the requirements of FM /UL. Waste water lines should be run from all ancillary connections such as gland drains or tundish etc. Where applicable, these are shown on the General Arrangement Drawing provided.

When installed under positive head conditions pumps should be provided with an air release valve on the top of the pump casing to provide a means of exhausting trapped air.

Typical Exhaust Systems




Cooling Line Components

STRAINER

TO ENGINE

FROMPUMP

PRESSUREREDUCINGVALVE

PRESSUREREDUCINGVALVE

SOLENOIDVALVE

PRESSUREGAUGE

VALVEVALVEDRAINPLUG

DRAINPLUG

VALVE VALVE

STRAINER


W00-007E / 0 (USA)


3.4 Pre-commissioning Check

If SPP Pumps Inc. is contracted to carry out the commissioning, the following check list shows items to be completed before the commissioning engineer arrives.

Pre-commissioning Check List 1 Installation: Mounting plinths comply with instructions for

size, construction and location

Steel packers position the base frame 25 mm above the top surface of the plinth.

The shaft is level. The fixing bolts are grouted as instructed and

tightened to the required torque.

The shaft alignment has been checked and set to within the stated tolerances.

2 Suction and delivery pipework is adequately supported and NEGLIGIBLE forces are transmitted to the pump casing.

3 Where applicable, all drain, minimum flow, and test pipelines are fitted, together with valves gauges and flow meters.

4 Sufficient water supply is available for the commissioning proof run.

5 The diesel engine exhaust has been fitted in line with recommendations.

6 The engine fuel tank is filled with sufficient fuel for at least one hour running time.

7 Batteries are filled and charged in accordance with the manufacturer's instructions.

8 All wiring to controls and to remote alarm panels is completed in line with appropriate regulations & power supplies are connected.

9 The area is clear of all builders’ material and rubbish to allow access to the pumps.

10 A customer's representative is available to witness the pump tests and the setting of pressure switches.

It is SPP Pumps Inc. policy that commissioning engineers will give as much assistance as possible to the customer in solving site problems. However, if due to incomplete installation or failure of equipment not supplied by SPP Pumps Inc., further visits are required to complete commissioning, for which additional charge will be made.

4 Commissioning

It is recommended that this is done by an SPP Pumps Inc. commissioning engineer. Refer to the pump instruction manual for general instructions for commissioning pumpsets. Please note that these do not cover pressure switch setting levels for fire pump installations.




5 Grouting

After successful commissioning, grouting is required to compensate for uneven foundations, distribute the weight of the pumpset, prevent movement and reduce vibration. Use only an approved high-strength grout, prepared and poured in accordance with the manufacturer's instructions.

Build any formwork required to contain the grout.

If an epoxy grout is to be utilised then the foundation surface should remain dry. For other types of grout, soak the top of the concrete foundation thoroughly with water until absorption stops, and then remove any excess.

Fill the space between baseframe and foundation with grout ensuring that there are no air pockets. Allow the grout to harden.

Completely fill baseframe with grout (See NOTE). Alternatively, to reduce cost, the baseframe may be filled with concrete of the same mix as the foundation. Ensure that an even fill is carried out and the formation of air pockets is avoided. DO NOT use vibration techniques to aid this procedure.

After the grout/concrete has thoroughly hardened check the foundation bolts and re-tighten if necessary. Re-check shaft alignment.

Approximately 14 days after the grout/concrete has been poured or when it has thoroughly dried, apply an oil based paint to the exposed faces of the grout to prevent air and moisture from coming into contact.

NOTE - With box section base frames, grouting is not necessary, and is a purely optional detail,

for aesthetics or cleanliness only. 6 Operation

This section outlines a 'typical' fire pump installation comprising one electric motor driven pumpset, one diesel engine driven pumpset and one pressure maintenance pump often referred to as a Jockey Pump. This pressure maintenance pump is electric motor driven. Installation of this pumpset follows an identical procedure to the main pumpsets but reference should be made to the manufacturer's manual for further detail. The equipment supplied may vary in quantity and type to suit the operational requirements of the installation, but the principles outlined are common.

The pressure maintenance (jockey) pump is controlled with a pressure switch in the trunk main. It will switch the pump on and off periodically to maintain trunk main pressure at a high level, ready for initial sprinkler operation.

The operation of fire pumps is also controlled with pressure switches in the main trunk main, set to start the pumps at predetermined pressure levels.

In the event of a fire, water is released into the region of the fire. The pressure in the trunk main then falls and at a pre-set level the pressure switch signals the duty pump to start.

If due to electrical or mechanical failure the duty pump fails to function or the sprinkler demand exceeds the capacity of the duty pump, the pressure will continue to fall until another pressure switch set at a lower level signals the standby diesel engine driven pump


W00-007E / 0 (USA)


to start.

On receipt of a start signal, the diesel engine control panel commences a predefined starting sequence. This will give the required number of rotations using battery sets alternately for the pre-set number of start attempts or until the engine starts. When the engine starts, the automatic starting sequence is cancelled on receipt of a signal from the engine. If, after the completion of the automatic start sequence, the engine fails to start, an audible alarm is sounded and the engine is returned to a standby condition in which manual starting is available.

NOTE - Fire pumps continue running until switched off manually. Routine System Testing:

Periodic testing of fire pumps is required to meet insurance requirements to ensure that adequate fire protection is available at all times.

For details of testing procedures, refer to the manufacturer's manuals for the pump, driver and control panel.

After testing it is important to ensure that all power and control panel switches are correctly set and that the fire pumps are ready for operation.

It is also important to ensure that sufficient fuel is provided for diesel driven pumps to give the required number of hours of running.

7 Maintenance 7.1 Safety

Electric Shock & Accidental Starting Hazard - ISOLATE the equipment before any maintenance work is done. Switch off the mains supply, remove fuses, apply lock-outs where applicable and affix suitable isolation warning signs to prevent inadvertent re-connection.

In addition, on diesel engine driven pumps, disconnect the battery supply leads. Using insulated tools remove the negative connection first and isolate the fuel supply. It is recommended that a conspicuous notice is displayed stating:

PUMP UNDERGOING REPAIRS

Hazardous Materials Wear a suitable mask or respirator when working with packing or gasket components that contain fibrous materials as these can be hazardous when the fibrous dust is inhaled. Be cautious, if other supplier's components have been substituted for genuine SPP Pumps Inc. parts, these may then contain hazardous material.

Do NOT use 'MEGGER' type testing equipment without first disconnecting ATTENTION




any electronic speed sensors, alternators and control panels, as damage can occur to internal components which will prevent operation of the equipment.

Do NOT connect welding earth lines to the base frame or to diesel engines without first disconnecting any electronic speed sensors and alternators fitted

to diesel engine driven pumpsets as damage can occur to internal components which will prevent operation of the equipment.

7.2 Maintenance

Fire water pumpsets and control systems should be operated and maintained in full accordance with NFPA 25. Failure to operate or maintain SPP Pumps Inc supplied equipment in full accordance with NFPA 25 may affect equipment warranty. SPP Pumps Inc.. Service Department offers maintenance and repair facilities for all SPP Pumps Inc. equipment. For fire pumpsets, two visits per year are recommended. This ensures that the equipment remains capable of the service required both by the customers and their insurers.

NOTE: - The visits by SPP Pumps Inc. engineers do not relieve the site occupier of the need to

perform routine checks needed to comply with insurance company requirements, these include:

1 Battery electrolyte level checking and topping up. 2 Diesel engine oil and fuel level checking and topping up. 3 General inspections for leaks, loose bolts, etc. 4 Weekly thirty minute running test.

Maintenance visits by SPP Pumps Inc. engineers can normally be arranged on dates suitable for the site occupier, assuming the work can be carried out during normal working hours. The following service is offered:

1 Inspect pumps to ensure that bearings are correctly lubricated and the pump gland is

functioning correctly.

2 Check pump/driver alignment and inspect coupling.

3 General inspection to identify any damage or wear to equipment supplied by SPP Pumps Inc. Issuing a report indicating the extent of repairs and/or replacements required.

4 Inspect electrical apparatus, including electric motor, starter motor, control panel and

remote alarm panel. 5 General examination of diesel engine to ensure correct operation of rev counter, oil

pressure and water temperature gauges. 6. Any repairs would be undertaken by the manufacturer's authorised agent and would

be charged extra.

7 Final check of entire pump installation to ascertain generated pressure, speed, cooling water output, etc. Engine speed would be reset as necessary.

ATTENTION


W00-007E / 0 (USA)


Fitting of normal replacement spare parts in the course of routine visits is included (wherever possible) within the agreed service price. Other spares will be charged extra at prices ruling at the time. Our engineers carry some stock spares and these would be utilised wherever possible.

Should a maintenance agreement be taken out after the warranty period has expired, SPP Pumps Inc. may require to inspect the equipment before acceptance. Any replacements or repairs highlighted by this inspection must be completed before commencement of the contract visits.

--- " ---

SPP Pumps Inc. operate a comprehensive Spares and Service support network, and can be contacted as follows: SPARES & SERVICE Telephone: ++ (770) 409-3280

For spare parts, supply only. ask for - Spares Dept.

For breakdowns, spare parts and, on-site fitting, pump installation and, ask for - Service Dept. commissioning, and service contracts.

For breakdowns outside office hours. Telephone : ++ (770) 409-3280

Spares & Service Office SPP Pumps Inc. General Fax line: ++ (770) 409-3290 6710 Best Friend Road Norcross, GA 30071 USA

Accessory Data

Engines Couplings

Motors Controllers

Valves

UL Listed FM Approved Diesel Fire Pump Engines

For more detailed product information, please link to:

http://www.clarkefire.com/prm/frm_prm.html

Corporate History & Fire Protection Involvement

The Clarke Fire Protection Products Story

Clarke began selling fire pump UL-FM diesel fire pump engines in 1964 as a regional distributor for Detroit Diesel engines. The first customers were Allis-Chalmers Pump in Cincinnati, Ohio and Peerless Pump in Indianapolis, Indiana.

In 1980 Detroit Diesel transferred the UL-FM certification and global marketing activities for the fire pump industry to Clarke. Clarke then became the manufacturer of UL-FM engines utilizing base naturally aspirated and turbocharged engines from Detroit Diesel. The Detroit Diesel worldwide service network provided warranty and start up services for all of the Clarke engines.

Today Clarke manufactures 35 different models of UL-FM engines for more than 78 customers around the world. More than 21,000 diesel engines have been sold under the Clarke name since 1980.

In the effort to support our customers around the world, Clarke has appointed and trained 300 full service dealers to start-up, maintain, service and repair of the Clarke Engines. Continuous training of the service dealer network and providing an assured supply of service parts is a key element in our mission of protecting people and property in fire safety.

In 2004 Clarke will introduce the Pressure Limiting Device (PLD). This engine will limit fire pump discharge water pressure when there is varying water supply pressure and when the discharge volume from the pump is below the rated flow of the fire pump. The PLD will help the pump companies sell their product by reducing the sprinkler contractors component costs (piping and/or discharge control valves), and eliminates the discharge of water from emergency pressure relief valves.

What is Clarke? • The world leader in providing UL-FM fire pump diesel engines. • An organization with the largest and best trained service dealer network for diesel fire pump engines

covering the world. • Engine specialists providing a comprehensive operating speed range from 1470 rpm to 3600 rpm, with

the various engine models offered. • Closely associated with world class engine manufacturers to assure consistent product availability. The

base engine manufacturers include John Deere (USA, Mexico and France), Iveco (Italy), Detroit Diesel (USA) and VM Motori (Italy).

• A customer conscious manufacturer operating two (2) complete business centers to serve pump manufacturers and their customers worldwide. One operation is in Cincinnati, Ohio and the other in Coatbridge, Scotland.

What Does a Clarke Driven Pump Do? General: A fire protection system, powered by either a diesel engine or an electric motor, provides for the protection of people and property. Water delivered by a fire pump is channeled to the sprinkler system of a building. When a fire occurs, heat from the fire melts a fuse link on the sprinkler head permitting water under pressure from the sprinkler system to contain the fire while people are being moved to safety and the fire department arrives to take control of the situation. What Is Clarke's Function in this Market? Clarke FPP, hereafter referred to as 'Clarke', provides diesel engines and related components used in stationary fire protection systems. Clarke designs, assembles, tests, and then sells diesel engines direct to Fire Pump Manufacturers for their assembly of a complete fire pump system. Those systems are sold to installing sprinkler contractors through the Pump OEM's Dealer/Agent organization. When a new system is complete and ready to be activated, representatives for the pump, engine and controller components gather together with the installing contractor, insurance representatives, fire department officials and the Authority Having Jurisdiction (AHJ) to review the installation and certify the system operation. What are the Industry Standards? All fire protection systems in North America and in many locations throughout the world are designed and constructed to the National Fire Protection Association (NFPA) standard #20. That standard requires certification of the main operating components by independent certifying organizations such as Underwriters Laboratories (UL) and Factory Mutual (FM). In an NFPA standby fire protection system, there are three main components requiring certification. First: the pump. Second: the pump driver (either a diesel engine or electric motor). Third: the controller that monitors the pressure in a sprinkler system and provides operating instructions to the pump driver when needed. There are additional ancillary systems and components in a diesel driven system including:

1. Jockey Pump to maintain basic system water pressure 2. Flow measuring systems, usually a hose header and/or flow meter 3. Fuel source, independent of any other systems, in the room with the pump 4. Raw water supply to the engine heat exchanger and visible drain system 5. Exhaust system to properly carry away engine exhaust 6. Starting batteries conveniently located near the engine 7. Drive system to connect the engine directly to the pump 8. A complete piping system with components (OS&Y valves, Tee's, Check valves, etc.) to channel utility

water through the pump into the sprinkler system.

Product Support Clarke's fire pump drivers are supported throughout the world by a Clarke Dealer network. This network consists of related but independent engine Distributors trained in the operation and servicing of Clarke drivers. A complete list of supporting Dealers is available from the Customer Support Dept. at these convenient Clarke locations: USA Phone 513-771-2200 Fax 513-771-5375 E-mail [email protected] UK Phone 44-1236-429946 Fax 44-1236-427274 E-mail [email protected]

FIRE PUMP DRIVERSCLARKE JU4H-UF10

JU4H-UF12JU4H-UF28

JU4H-UF20JU4H-UF22JU4H-UF30JU4H-UF32

JU4H-UFH8JU4H-UFH0JU4H-UFH2JU4H-UF40


MODELS

LISTED513Y

meetsNFPA-20

RequirementsFM approved

1333appro

1333appro

FM-UL-cUL Approved Ratings BHP/kWJU4H

MODELOPERATING SPEED

1470 1760 2100 2350 2600UF10 41 31 51 38 55 41UF12 55 41 59 44UF28 48 36 60 45UF20 60 45 67 50 72 54UF22 72 54 75 56UF30 64 48 79 59 85 63UF32 85 63 85 63UFH8 63 47 73 54UFH0 73 54 88 66 98 73UFH2 98 73 99 74UF40 94 70 105 78 106 79UF42 106 79 106 79UF58 79 59 110 82UF50 110 82 130 97 127 95UF52 127 95 127 95

Engine EquipmentEquipment Standard Optional

Air Cleaner Direct Mounted, Washable, Indoor Service

Disposable, Drip proof, Indoor Service

Outdoor Type

Alternator 12V-DC, 42 Amps; w/Belt Guard

24V-DC, 40 Amps; w/Belt Guard

Exhaust Protection

Blankets on UF10/12, UF20/22/28Metal Guards on Manifolds &

Turbo on UF30/32, UFH8/H0/H2, UF40/42, UF50/52/58

Coupling Falk Coupling, Engine Half UF10/12, UF20/21/28, UF30/43, UFH8/H0/H2, UF40/42 & UF50/52/58 - 1070T10 Coupling

Drive Shaft & Guard, Drive Shaft SystemUF10/12, UF20/22/28 - SC41 Series; UF30/32, UFH8/H0/H2, UF40/42, UF50/52/58 -SC55 Series

Exhaust FlexConnection

SS Flex, NPT orSS Flex, 150# Flange

Flywheel Housing

S.A.E. #3

Flywheel Power Take Off

11.5” S.A.E. Industrial Fly-wheel Connection

Fuel Connections

Fire Resistant Flexible Supply & Return Lines

Fuel Filter Primary Filter w/priming pump

Fuel Injection System

Stanadyne Direct Injection

Engine Heater 120V-AC, 1500 Watt 240V-AC, 1500 Watt

Governor, Speed Constant Speed, Mechanical

Heat Exchanger Tube & Shell Type, 60 PSI w/NPTF Connections

Equipment Standard OptionalInstrument Panel

English & Metric, Tachometer, Hourmeter, Water Tempera-ture, Oil Pressure & Two (2) Voltmeters

Junction Box Integral with Instrument Panel; For DC Wiring Interconnec-tion to Engine Controller

Lube Oil Cooler Engine Water Cooled, Plate Type

Lube Oil Filter Full Flow w/By-Pass Valve

Lube Oil Pump Gear Driven, Gear Type

Manual Start Controls

On Instrument Panel

Overspeed Control

Electronic w/Reset & Test on Instrument Panel

Raw Water Sole-noid Operation

Automatic from Engine Con-troller & from Emergency Local Control

Run-Stop Control

On Instrument Panel With Control Position Warning Light

Run Solenoid 12V-DC Energized to Run 24V-DC Energized to Run12V-DC Energized to Stop24V-DC Energized to Stop

Starters Two (2) 12V-DC Two (2) 24V-DC

Throttle Control Adjustable Speed Control, Tamper Proof

Water Pump Poly-Vee Belt Drive w/Guard

JU4H-UF50OVERALL WIDTH

29.0[735]



http://www.cat.com/cda/layout?m=37533&x=7

FIRE PUMP DRIVERSCLARKE JU4H-UF10

JU4H-UF12JU4H-UF28


JU4H-UFH8JU4H-UFH0JU4H-UFH2JU4H-UF40


MODELS

CLARKELARKELARK Fire Protection Products, Inc.3133 E. Kemper Rd.Cincinnati, Ohio 45241United States of AmericaTel +1-513-771-2200 Fax +1-513-771-0726

CLARKELARKELARK UK, Ltd.Grange Works, Lomond Rd.Coatbridge, ML5-2NNUnited KingdomTel +44-1236-429946 Fax +44-1236-427274

www.clarkefire.com Fire Protection ProductsCLARKELARKELARK

C13600 4/05 Specifi cations and information contained in this brochure subject to change without notice. Printed in U.S.A.

Specifi cations

ItemJU4H Models

UF10/12 UF20/22/28 UF30/32 UFH8/H0/H2 UF40/42 UF50/52/58

Number of Cylinders 4

Aspiration N T

Rotation* Clockwise (CW)

Weight - lb (kg) 910 (413) 935 (424)

Compression Ratio 17.6:1 17.0:1

Displacement - cu. in. (l) 275 (4.5)

Engine Type 4 Stroke Cycle - Inline Construction

Bore & Stroke - in. (mm) 4.19 x 5.00 (106 x 127)

Installation Drawing D - 534 - US D - 545 - UK

Wiring Diagram C07575 (DC Engine Wiring) C07651 (AC Heater Wiring)

Engine Series John Deere 4045 SeriesAbbreviations: CW – Clockwise N – Naturally Aspirated T – Turbocharged

*Rotation viewed from Heat Exchanger / Front of engine

Engine intended for Indoor use or inside weatherproof enclosure only

† ENGINE RATINGS BASELINES

Engines are rated at standard SAE conditions of 29.61 in. (7521 mm) Hg barometer and 77˚F (25˚C) inlet air temperature [approximates 300 ft. (91.4 m) above sea level] by the testing laboratory (see SAE Standard J 1349).see SAE Standard J 1349).see SAE Standard J 1349

A deduction of 3 percent from engine horsepower rating at standard SAE conditions shall be made for diesel engines for each 1000 ft. (305 m) altitude above 300 ft. (91.4 m).

A deduction of 1 percent from engine horsepower rating as corrected to standard SAE conditions shall be made for diesel engines for every 10˚F (5.6˚C) above 77˚F (25˚C) ambient temperature.

Note: Engines certifi ed at any speed between 1470 & 2600 RPM.

CERTIFIED POWER AT ANY SPEEDAlthough FM-UL Certifi ed BHP ratings are shown at specifi c speeds, Clarke engines can be applied at

any intermediate speed. To determine the intermediate certifi ed power, make a linear interpolation from the

Clarke FM-UL certifi ed power curve. Contact Clarke or your Pump OEM representative to obtain details.



http://www.cumminsfirepower.com/products_hp.html

UL Listed FM Approved Fire Pump Controllers


http://www.mastercontrols.com/ProdInfo/FP_Prods_Icon.htm#ECVx

Diesel Fuel Tanks

Main Relief Valves

• U.L. Listed / U.L.C. Listed

• Factory Mutual Approved

• Fast Opening to Maintain Steady Line Pressure

• Accommodates Wide Range of Flow Rates

• Closes Gradually for Surge-Free Operation

• Adjustable Pressure Settings, Not Affected by Pressure At Valve Discharge

The Cla-Val Model 50B-4KG-1 Globe / 2050B-4KG Angle

Pressure Relief Valve is designed specifically to automati-

cally relieve excess pressure in fire protection pumping sys-

tems. Pilot controlled, it maintains constant system pres-

sure at the pump discharge within very close limits as

demands change.

At pump start, Cla-Val Relief Valve modulates to relieveexcess pump capacity, maintaining positive system pres-sure at the pump discharge.

When fire demand slows or ceases, Cla-Val Model50B-4KG-1 opens, diverting entire pump output to dis-charge, allowing fire pump to be stopped without causingsurging in the lines.

(Please note that if the Model 50B-4KG-1 is to be used ona continuous duty basis to maintain fire-system pressure,suitable back pressure must be provided on the valve toprevent cavitation damage. Consult the factory for details.)

Operation SequenceTypical Application Model 2050B-4KG-1Pressure Relief Valve

(Angle Pattern)

Fire Pump

Check Valve

"Fluid Control at It's Best"

FMAPPROVED

2050B-4KG1 (Angle)

Fire Protection Pressure Relief Valve

50B-4KG-1

To Fire Protection System

U.L. Listed...............Sizes 3" thru 8" F.M. Approved.........Sizes 3" thru 8"U.L.C. Listed............Sizes 2” thru 10”

LABLLED BY

UN

DE

RW

RITERS LABORATORIE

SO

FC

AN

AD

AULC

®

TM

CLA-VAL

®

TM

CLA-VAL

MODEL

PO Box 1325 Newport Beach CA 92659-0325 • Phone: 949-722-4800Fax: 949-548-5441 • Web Site: cla-val.com • E-mail: [email protected]

CLA-VAL

CLA-VAL CANADA CLA-VAL EUROPE4687 Christie DriveBeamsville, OntarioCanada LOR 1B4Phone: 905-563-4963Fax: 905-563-4040E-Mail: [email protected]

Chemin des M sanges 1CH-1032 Romanel/Lausanne, SwitzerlandPhone: 41-21-643-15-55Fax: 41-21-643-15-50E-Mail: [email protected]

'COPYRIGHT CLA-VAL 2002 Printed in USA Specifications subject to change without notice.

CLA-VAL UKDainton House, Goods Station RoadGB - Tunbridge Wells Kent TN1 2 DH EnglandPhone: 44-1892-514-400Fax: 44-1892-543-423E-Mail: [email protected]

®

TM

CLA-VAL

Represented By:

Specifications Seawater Service OptionSizes Globe: 2" - 10" flanged

Angle: 2" - 10" flangedConsult factory for materials and flange ratings.

E-50B-4KG-1 (R-11/03)

Valve Size (mm) 50 100 150 200

G & H 152 200 216

Screwed Ends 238 -- -- --

248

A 150 Flanged 238 381 508 645

300 Flanged 254 397 533 670

300 x 150 -- 389 522 657

C 305 330 363 414

D 38 81 109 135


E 150 Flanged 121 191 254 324

300 Flanged 127 200 267 337


F 150 Flanged 83 127 152 203

300 Flanged 89 135 165 216

250

--

337

756

790

773

457

235

--

378

395

--

219

236

300

--

362

864

902

883

522

273

--

432

451

--

349

368

300B 84 146 200 254 356

80

197

318

305

337

327

318

65

116

159

152

162

114

102

111

65

170

279

279

295

--

311

43

102

140

140

149

102

102

109

Model 2050B-4KG-1 AngleModel 50B-4KG-1 Globe

We recommend providing adequate space around valve for maintenance work.

Specifications

Globe: 2" - 12" flangedAngle: 2" - 12" flanged

150 and 300 ANSI B16.42

class - 175 psi Max.class - 300 psi Max

Water, to 180°F Max.

Main Valve Body & CoverDuctile Iron ASTM A-536Naval Bronze ASTM B61Other Material Available

Standard Main Valve Trim:Bronze Seat, Teflon CoatedStainless Steel Stem, Delrin Sleeved

Standard Pilot Control System:Cast Bronze with Stainless Steel trim

Available in the following relief pressure ranges:

20-200 psi (150 Class)100-300 psi (300 Class)

Protective epoxy resin coatingof wetted surfaces of main valve cast iron components(UL listed HNFX EX2855)

DimensionsB

G

C

F

H E

C

D

A

The Fire Pump Pressure Relief Valve shall modulate to relieve excesspressure in a fire protection system. It shall maintain constant pressurein the system regardless of demand changes. It shall be pilot controlledand back pressure shall not affect its set point. It shall be actuated byline pressure through a pilot control system and open fast in order tomaintain steady system pressure as system demand decreases. It shallclose gradually to control surges and shall re-seat drip-tight within 5% ofits pressure setting. The main valve shall be of the hydraulically-operat-ed, pilot-controlled, diaphragm-type, globe or angle valve. It shall have asingle, removable, teflon-coated seat, a grooved stem guided at bothends, and a resilient disc with a rectangular cross section, being con-tained on 3 1/2 sides. No external packing glands shall be permitted andthe diaphragm shall not be used as a seating surface. The pilot controlshall be a direct-acting, adjustable, spring-loaded, diaphragm-type valvedesigned for modulating service to permit flow when controlling pressureexceeds spring setting. This valve shall be UL Listed and Factory Mutualapproved. It shall be the Model 50B-4KG-1 (globe) or Model 2050B-4KG-1 (angle) Pressure Relief Valve as manufactured by Cla-ValNewport Beach, California.*Special Note:The Model 50B-4KG-1 Pressure Relief Valve is available with 300# ANSIinlet flange and 150# ANSI outlet flange. This valve is used on higherpressure systems where 300# flange connections are required, andallows for adapting of a discharge cone (generally supplied with 150#flange) to accommodate "atmospheric break" at relief valve discharge.This relief valve, with 300# / 150# flanges is available on special order,and is UNDERWRITERS LABORATORIES LISTED AND FACTORYMUTUAL APPROVED.

Purchase Specifications

Valve Sizes in Inches: 2" 2 1/2" 3" 4" 6"

NFPA 20 MaximumRecommended GPM 208 300 500 1000 2500

8"

5000

Valve Capacity

Valve Size (inches) 2" 4" 6" 8"

G & H 6.00 7.88 8.50

Screwed Ends 9.38 -- -- --

9.75

A 150 Flanged 9.38 15.00 20.00 25.38

300 Flanged 10.00 15.62 21.00 26.38

300 x 150 15.31 20.56 25.88

C 12.00 13.00 14.31 16.31

D 1.50 3.19 4.31 5.31


E 150 Flanged 4.75 7.50 10.00 12.75

300 Flanged 5.00 7.88 10.50 13.25


F 150 Flanged 3.25 5.00 6.00 8.00

300 Flanged 3.50 5.31 6.50 8.50

10"

--

13.25

29.75

31.12

30.44

18.00

9.25

--

14.88

15.56

--

8.62

9.31

12"

--

14.25

34.00

35.50

34.75

20.56

10.75

--

17.00

17.75

--

13.75

14.50

11.81B 3.31 5.75 7.88 10.00 14.00

10"

11000

12"

16000

3"

7.75

12.50

12.00

13.25

12.88

12.50

2.56

4.56

6.25

6.00

6.38

4.50

4.00

4.38

Sizes

End Details

Pressure Ratings

Materials

Adjustment Range

Optional

2 1/2"

6.69

11.00

11.00

11.62

12.25

1.69

4.00

5.50

5.50

5.88

4.00

4.00

4.31

Jockey Pumps

EB

AR

A

EBARA International Corporation Standard Pump Division

M o d e l E V M U / E V M U Gvertical multistage

Model EVMU / EVMUGF e a t u r e s

▼▼

A p p l i c a t i o n s• Water Supply• Reverse Osmosis• Water Boosting• Washing Systems• Fire Fighting• Water Treatment• Plants• Boiler Feed• Hot & Cold Water • Circulation• Irrigation• Sprinkler Systems• Filtration• Heat Exchangers

•• SSttaannddaarrdd NNEEMMAA mmoottoorrss•• IInntteeggrraall tthhrruusstt bbeeaarriinngg oonn 33 HHPP aanndd llaarrggeerr ppuummppss ttoo hhaannddllee aaxxiiaall tthhrruusstt

llooaaddss•• AAiirr vveenntt in casing cover allows proper venting preventing air entrapment and

dry run•• LLiinneerr rriinngg is a self-aligning, floating design constructed to prevent swelling at

high temperatures•• TTuunnggsstteenn ccaarrbbiiddee lloowweerr ppuummpp bbeeaarriinnggss and sleeves are standard construction

for all services, providing maximum operating life•• DDiirreecctt ddrriivvee pump and motor shafts are keyed for positive, reliable power

transmission with nnoo aaddjjuussttmmeennttss nneecceessssaarryy•• ““FFlleexxiibbllee”” ffllooaattiinngg oouutteerr ccaassiinngg allows for thermal expansion in hot water

applications, preventing deformation due to pressure fluctuations•• AAnnttii--eerroossiioonn mmeeaassuurreess –– a dish-shaped insert is fitted to the intermediate casing

designed to promote smooth flow and prevent high velocity areas that accelerateerosion

•• SSqquuaarree--eeddggee sspplliinnee sshhaafftt provides positive location and drive of impellers eliminating wear from sliding between faces

•• DDiimmeennssiioonnss && ffllaannggeess –– installation is to market accepted dimensions for easy upgrade of existing installations

•• MMeecchhaanniiccaall sseeaall –– Silicon/Carbon/Viton mechanical shaft seal; cartridge seal standard on Models 32, 45, and 64

•• PPoossiittiivvee SSeeaalliinngg –– O-rings between intermediate casings provide positive sealing

EVMU4

EVMU 2 EVMU 8

EVMU32

EVMU16

200

300

150

100

5040

30

20

15

5

150 200 300 400 500100503020105

5

US GPM

100 150 200 300 40050302010

10

20

30

4050

75

100

150

Hft

Hm

200

300

400500

700900

1000

5lmp. GPM

Q m3/h

Q l/min

1 3 5 10

12.5 25 40 72 140 250 500 700 1000 1500

20 30 40 50 70 1002

EVMU64

EVMU45

EBARA International CorporationStandard Pump Division1651 Cedar Line Drive • Rock Hill, SC 29730 • (t) 803 327 5005 • (f) 803 327 5097 [email protected] • www.pumpsebara.com© 2000 EBARA International Corporation EICEVMU-G 1104

E V M U , E V M U G s e l e c t i o n c h a r t

Model EVMUPerformance Curves

EVMUEBARA Stainless Steel Vertical Multistage

EBARA International CorporationStandard Pump Division 806(t) 803 327 5005 • (f) 803 327 5097 • [email protected] rev. 08/01

Water Temperature: 20˚ C

US GPM

NP

SH

(ft)

US GPM

Qm3/h876543210

00

5

10

15

20

00

50

100

150

200

250

300

100

200

300

400

500

600

700

800

900

10 20 30

NPSH

Max. Capacity

Min. Capacity

Hft

Hm

2-4 stage 3420 RPM5-16 stage 3450 RPM

10 20 30

102030n%4050607080

00

EVMU4 16/7.5HPEVMU4 14/7.5HPEVMU4 12/5HPEVMU4 11/5HPEVMU4 10/5HP

EVMU4 8/3HPEVMU4 7/3HPEVMU4 6/3HPEVMU4 5/2HPEVMU4 4/2HP

EVMU4 2/0.75HP

EVMU4 3/1.5HP

EVMU4 2-16 3/4 - 71/2 HP Synchronous Speed: 3450 RPM 250# ANSI 11/4'' 4-Bolt

EVMU4 2-16 3/4 - 71/2 HP

Model EVMUSpecifications



Standard Optional

SizeSuction ANSI 250 lb

11/4'' for 4 bolt flange for EVMU 2 and 42'' for 8 bolt flange for EVMU 8 and 16

Discharge 11/4'' for EVMU 2 and 4 2'' for EVMU 8 and 16

Range of HP 1/2 HP to 25 HP

Range of PerformanceCapacity 4 to 118 GPM at 3450 RPMHead 27 to 825 feet at 3450 RPM

Liquid handledType of liquid Clean waterTemperature 5° to +248°F (-15° to 120°C)Working pressure 360 PSI (25 Bar)

MaterialsImpeller (closed centrifugal) AISI 304LIntermediate casing AISI 304LBottom casing AISI 304LCasing cover AISI 304LOuter casing AISI 304LShaft AISI 316Liner ring EPDM/AISI 304LShaft seal Mechanical – Silicon-Carbon-FPMMotor bracket Cast ironBase Cast ironBearing Sealed ball bearing / tungsten carbide

Direction of Rotation Clockwise when viewed from motor end

MotorType NEMA C / TC frameSpeed 60 Hz, 3450 RPM (2 poles)Three Phase 208-230/460VMotor Casing Aluminum

Test standard ISO 2548 Class C

Model EVMUDimensions



C*

* C = Motor Dimension - Refer to Motor Manufacturer's catalog

Model EVMUDimensions



Pump Motor PLtype Frame

H G ST SA SG SF SD SN SE BM BY1 BL BW

2 2/ 0.52 3/0.752 4/1.02 5/1.52 6/1.52 7/2.02 9/3.02 11/3.02 13/3.02 15/5.02 18/5.04 2/ 0.54 3/1.54 4/2.04 5/2.04 6/3.04 7/3.04 8/3.04 10/5.04 11/5.04 12/5.04 14/7.54 16/7.58 2/1.58 3/3.08 4/3.08 5/5.08 6/5.08 8/7.58 10/7.58 12/108 14/158 16/1516 2/5.016 3/7.516 4/7.516 5/1016 6/1516 7/1516 8/1516 10/2016 11/25

56C56C

56TC143TC143TC145TC145TC145TC145TC184TC184TC

56C143C

145TC145TC145TC145TC145TC184TC184TC184TC184TC184TC143TC145TC145TC184TC184TC184TC215TC215TC215TC215TC184TC184TC184TC215TC215TC215TC215TC256TC284SC

10 49/64''11 19/32''12 27/64''13 5/16''14 9/64''14 31/32''16 41/64''18 19/64''19 15/16''22 21/64''24 13/16''11 21/64''12 31/64''13 37/64''14 45/64''15 13/16''16 29/32''18 1/64''20 61/64''22 3/64''23 5/32''25 23/64''27 9/16''13 13/16''

15''16 13/64''18 7/64''19 19/64''21 21/32''24 1/64''26 7/8''

29 15/64''31 19/32''15 23/64''16 15/16''18 1/2''

20 37/64''22 5/32''23 23/32''25 19/64''29 5/64''31 17/64''

2 16/64''

2 61/64''

3 35/64''

3 35/64''

9 27/32''

9 27/32''

11 13/16''

11 13/16''

23/32''

23/32''

23/32''

23/32''

1 3/8''

1 3/8''

1 31/32''

1 31/32''

2 63/64''

2 63/64''

4 1/64''

4 1/64''

5 33/64''

5 33/64''

6 1/2''

6 1/2''

3/4''

3/4''

3/4''

3/4''

3 15/16''

3 15/16''

5 1/8''

5 1/8''

7 3/32''

7 3/32''

8 15/32''

8 15/32''

5 7/8''

5 7/8''

7 31/64''

7 31/64''

8 17/64''

8 17/64''

9 27/32''

9 27/32''

4

4

8

8

3 7/8''

3 7/8''

5

5''

Model EVMUSectional View (For reference only. See pricing for part availability.)



2741

2452

0431

0462

0434

0432

0432

2744

0435

0391

2451

150

031

070

021

040

048

006

1202

1151

0051

0053

1152

1151

1201

2743

2742

0461

0052

0054

180

212

052

107

007

135

128

130

140

056

162

137

011

111

212

N-EUPEX®

N-EUPEX®-DSElastische KupplungenFlexible CouplingsAccouplements Élastiques

K420 DE/EN/FR2

N-EUPEX, N-EUPEX-DSElastische Kupplungen Flexible Couplings Accouplements élastiquesGrundprinzip Basic Pattern PrincipesInhaltsübersicht Contents Sommaire

2.1 2.2

Die durchschlagsichere N-EUPEX-Kupplung(Bild 2.1)Die Nockenkupplung, die beim Ausfall der elasti-schen Elemente das Drehmoment über die Guß-teile notüberträgt (mit Durchschlagsicherung).

Die durchschlagende N-EUPEX-DS-Kupp-lung (Bild 2.2)Die Nockenkupplung, die beim Ausfall der elasti-schen Elemente die Trennung von An- und Ab-trieb ermöglicht (ohne Durchschlagsicherung).

The fail-safe N-EUPEX coupling (Fig. 2.1)Pin coupling which upon failure of flexibleelements makes emergency torque transmis-sion possible via the metallic parts (with fail-safedevice).

N-EUPEX-DS coupling, without fail-safedevice (Fig. 2.2)Pin coupling which upon failure of flexibleelements allows disconnection of input and out-put side (without fail-safe device).

L’accouplement N-EUPEX à sécurité positive(Fig. 2.1)L’accouplement à plot qui transmet le couple parles doigts métalliques lorsque les éléments élas-tiques sont détériorés.

L’accouplement N-EUPEX-DS sans sécuritépositive (Fig. 2.2)L’accouplement à plot qui lors de la détériorationdes éléments élastiques sépare la machinemotrice de la machine réceptrice.

Inhaltsübersicht

N-EUPEX-KupplungenSeite

Charakteristische Vorzüge 3

Aufbau und Wirkungsweise 4 - 5

Technische Hinweise für den Einbau 6

Größenbestimmung 7

Berechnungsbeispiele 10

Nennleistungen 11

N-EUPEX-Kupplungen für IEC-Norm- 12motoren

Fertiggebohrte N-EUPEX-Kupplungsteile 13

Bauartenübersicht für N-EUPEX-Kupplungen 14

Maße, Massenträgheitsmomente undGewichte für N-EUPEX-KupplungenBauarten B und A 15

Bauarten E und D zum Anflanschen 16

Bauarten O und P mit Bremstrommel 17

Bauart H mit Zwischenhülse 18

Bestellbeispiele 19

Beispiele für Sonderausführungen 20

N-EUPEX-DS-Kupplungen

Charakteristische Vorzüge 3

Aufbau und Wirkungsweise 21 - 22

Technische Hinweise für den Einbau 23

Größenbestimmung 24

Berechnungsbeispiele 27

Nennleistungen 28

N-EUPEX-DS-Kupplungen für IEC-Norm- 29motoren

Bauartenübersicht für N-EUPEX-DS 30Kupplungen

Maße, Massenträgheitsmomente undGewichte für N-EUPEX-DS-KupplungenBauarten BDS und ADS 31

Bauart HDS mit Zwischenhülse 32

Bestellbeispiele 33

N-EUPEX, N-EUPEX-DS-KupplungenPaßfedern und Keile, Passungsauswahl 34

Explosionsschutz nach ATEX 95 35

Contents

N-EUPEX couplingsPage

Characteristic features 3

Design and operation 4 - 5

Design hints for the installation 6

Selection of size 8

Calculation examples 10

Nominal power ratings 11

N-EUPEX couplings for IEC motors 12

Finish-bored N-EUPEX coupling parts 13

Types of N-EUPEX couplings 14

Dimensions, mass moments of inertiaand weights of N-EUPEX couplingsTypes B and A 15

Types E and D for flange connection 16

Types O and P with brake drum 17

Type H with intermediate sleeve 18

Ordering examples 19

Special designs 20

N-EUPEX-DS couplings

Characteristic features 3

Design and operation 21 - 22

Design hints for fitting 23

Selection of size 25

Calculation examples 27

Nominal power ratings 28

N-EUPEX-DS couplings for IEC motors 29

Types of N-EUPEX-DS couplings 30

Dimensions, mass moments of inertiaand weights of N-EUPEX-DS couplingsTypes BDS and ADS 31

Type HDS with intermediate sleeve 32

Ordering examples 33

N-EUPEX, N-EUPEX-DS couplingsParallel and taper keys, ISO fits 34

Explosion protection according to ATEX 95 35

Sommaire

Accouplements N-EUPEXPage

Avantages caractéristiques 3

Construction et fonctionnement 4 - 5

Renseignements techniques sur le montage 6

Choix des tailles 9

Exemples de sélection 10

Puissances nominales 11

Accouplements N-EUPEX pour moteurs 12selon norme I.E.C.

Alésages définitifs des parties 13d’accouplement

Différents types d’accouplements N-EUPEX 14

Dimensions, moments d’inertie et poidspour les accouplements N-EUPEXTypes B et A 15

Types E et D à flasque bride 16

Types O et P avec poulie frein 17

Type H avec entretoise 18

Exemples de commandes 19

Exemples d’exécutions spéciales 20

Accouplements N-EUPEX-DS

Avantages caractéristiques 3

Construction et fonctionnement 21 - 22

Renseignements techniques sur le montage 23

Choix des tailles 26

Exemples de sélection 27

Puissances nominales 28

Accouplements N-EUPEX-DS pour 29moteurs selon norme I.E.C.

Différents types d’accouplements 30N-EUPEX-DS

Dimensions, moments d’inertie et poidspour les accouplements N-EUPEX-DSTypes BDS et ADS 31

Type HDS avec entretoise 32

Exemples de commandes 33

Accouplements N-EUPEX, N-EUPEX-DSTolérances ISO, clavetages 34

Atmosphères explosives selon ATEX 95 35

K420 DE/EN/FR 3

N-EUPEX, N-EUPEX-DSElastische Kupplungen Flexible Couplings Accouplements élastiques

Charakteristische Vorzüge Characteristic Features Avantages caractéristiques

N-EUPEX-KupplungenN-EUPEX-Kupplungen werden im allgemeinen

Maschinenbau überall dort eingesetzt, wo eine

zuverlässige Kraftübertragung auch bei oft un-

vermeidlichen Versetzungen der Wellen verlangt

wird.

N-EUPEX-Kupplungen bieten durch ihre Dreh-

nachgiebigkeit die Möglichkeit, kritische Dreh-

schwingungen aus dem Betriebsbereich der

Maschinenanlage so zu verlagern, daß keine

negativen Auswirkungen zu erwarten sind.

N-EUPEX-Kupplungen ermöglichen durch die

hohe Werkstoffdämpfung der elastischen Pakete

das Durchfahren von kritischen Drehzahlberei-

chen, wobei die Resonanzüberhöhung in Gren-

zen gehalten werden kann. Zudem werden

anlagenbedingte Stöße gedämpft, wodurch die

gekuppelten Maschinenteile geschützt werden.

N-EUPEX-Kupplungen zeichnen sich durch

kleine Abmessungen, geringe Gewichte und

niedrige Massenträgheitsmomente aus.

N-EUPEX-Kupplungen sind in der Standardaus-führung durchschlagsicher. Sie bieten somit die

größtmögliche Betriebssicherheit – selbst bei

unvorhergesehenen Überlastungen –, die durch

die Belastbarkeit der Gußteile ihre Grenze findet.

Wartung ist bis auf die turnusmäßige Über-

prüfung der Pakete nicht erforderlich. Sie bieten

mit 7 Bauarten und 23 Größen vielfältige Einbau-

möglichkeiten, wobei mehrere Bauarten und

viele Größen für Drehmomente von 19 bis 62000

Nm ab Vorratslager sofort lieferbar sind (siehe

1. Kataloghälfte).

N-EUPEX couplingsN-EUPEX couplings are used for all engineering

purposes where an uninterrupted transmission

of power is required even in the presence of

unavoidable shaft misalignments.

Due to their torsional flexibility N-EUPEX

couplings offer the possibility of moving critical

torsional vibrations from the operating area of the

mechanical equipment in such a way that no

negative effects are to be expected.

Due to the high internal damping property of the

flexible elements N-EUPEX couplings allow

passing of critical speed ranges, and resonance

step-up can be limited. Furthermore, inherent

shocks are dampened, thus protecting the

coupled machine parts.

The salient features of the N-EUPEX couplings

are small dimensions, low weights and low mass

moments of inertia.

N-EUPEX couplings in standard design ensure

uninterrupted transmission of power. Thus, they

offer maximum operational reliability – even in the

presence of unexpected overloads – which is

limited by the load carrying capacity of the metal-

lic parts. They require no maintenance except for

regular checking of the flexibles. They are made

in 7 types and 23 sizes and thus offer a wide range

of installation possibilities. Several types and

many sizes are available ex stock for torques

from 19 to 62000 Nm (see first part of this

brochure).

Accouplements N-EUPEXLes accouplements N-EUPEX trouvent leur

emploi en mécanique générale dans tous les cas

où l’on recherche une transmission efficace de la

puissance, même lors de légers désalignements

souvent inévitables.

Les accouplements N-EUPEX offrent par leur

élasticité torsionnelle la possibilité de déplacer

les vibrations de torsion de la zone de fonctionne-

ment de l’installation de façon à supprimer tous

les effets négatifs qui pourraient en résulter.

Grâce aux propriétés d’amortissement des élé-

ments élastiques, les accouplements N-EUPEX

permettent de traverser les zones de vitesses

critiques en maintenant les phénomènes de

résonances dans des limites acceptables. Les

chocs provenant d’un entraînement irrégulier

sont absorbés, ce qui permet de protéger les

machines reliées par l’accouplement.

Les accouplements N-EUPEX se caractérisent

par leur faible encombrement, leur poids réduit et

leur moment d’inertie peu important.

Les accouplements N-EUPEX présentent dans

leur version standard un dispositif de secours

positif. Ils garantissent la meilleure sécurité de

marche, même en cas de surcharges inattendues

et qui n’est limitée que par la charge admissible

des moyeux métalliques. Ils ne nécessitent prati-

quement aucun entretien à l’exception des

contrôles réguliers des éléments élastiques.

Avec 7 types différents et 23 tailles disponibles, ils

offrent de multiples possibilités d’installations.

Livrables de stock en plusieurs types et de

nombreuses tailles, ils sont exécutés pour des

couples de 19 à 62000 Nm (voir 1ère partie du

catalogue).

N-EUPEX-DS-KupplungenN-EUPEX-Kupplungen in der Ausführung DSsind durchschlagend, so daß beim Ausfall der

elastischen Elemente die Trennung von An- und

Abtrieb ermöglicht wird. Mit 4 Bauarten und 19

Größen bieten sie vielfältige Einbaumöglichkei-

ten, wobei mehrere Bauarten und viele Größen

für Drehmomente von 19 bis 21200 Nm ab Vor-

ratslager lieferbar sind (siehe 2. Kataloghälfte).

N-EUPEX-DS couplingsN-EUPEX-DS couplings without fail-safedevice allow positive disconnection of input and

output side upon failure of the flexible elements.

With 4 types and 19 sizes they offer a wide range

of installation possibilities. Several types and

many sizes are available ex stock for torques

from 19 to 21200 Nm (see second part of this

brochure).

Accouplements N-EUPEX-DSLes accouplements N-EUPEX en exécution DSne présente pas de dispositif de secours positif.

Lors de la détérioration des éléments élastiques,

les côtés entrée et sortie sont séparés. Avec 4

types différents et 19 tailles disponibles, ils offrent

de multiples possibilités d’installations. Livrables

de stock en plusieurs types et de nombreuses

tailles, ils sont exécutés pour des couples de

19 à 21200 Nm (voir 2ème partie du catalogue).

Zwischenverkauf der ”ab Flender-Vorratslager

lieferbar” gekennzeichneten Erzeugnisse bleibt

vorbehalten. Die in den Tafeln angegebenen

Gewichte sind unverbindliche Mittelwerte,

Abbildungen nicht streng verbindlich.

Maßänderungen bei Weiterentwicklung sowie

Änderung technischer Angaben sind möglich.

Diese technische Unterlage hat gesetzlichen

Schutz (DIN 34).

Products marked ”available ex Flender stock”

are subject to prior sale. The weights shown in the

tables are mean values, and like the illustrations,

are not strictly binding.

Changes in dimensions and technical specifi-

cations are possible because of further

development.

This brochure is protected by copyright.

La livraison des articles signalés ”du stock

Flender” n’est garantie que sous réserve de

rupture de stock. Les poids indiqués dans les

tableaux sont des valeurs moyennes données

à titre indicatif. Les illustrations sont sans

engagement.

Nous nous réservons le droit de modifier certai-

nes côtes ou données techniques en fonction des

perfectionnements.

Cette notice technique est protégée par la loi

(DIN 34).

N-E

UP

EX

-Ku

pp

lun

g, d

urc

hsc

hla

gsi

cher

· N

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K420 DE/EN/FR4

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiques

Aufbau und Wirkungsweise Design and Operation Construction et fonctionnement

N-EUPEX-Kupplungen sind radial-, winkel-,axial- und drehnachgiebig, formschlüssig, fürbeide Drehrichtungen sowie Reversierbetriebverwendbar und zudem bis zum Bruchmomentder Gußteile durchschlagsicher.

N-EUPEX-Kupplungen in Normal-Ausführungwerden aus hochwertigem Gußeisen GG-25hergestellt. In ihrer äußeren Form sind sie ge-drungene Ringkörper.

Die Übertragung des Drehmomentes erfolgt überelastische Kupplungspakete, die sich in gleich-mäßig auf den Umfang verteilten Taschen desKupplungsteiles 1 der Bauarten A, B, und H bzw.des Teiles 10 der Bauarten D, E, O und P befin-den. Die Pakete können bei Umgebungstempe-raturen von -30 �C bis +80 �C eingesetzt werden.In die Zwischenräume greifen die entsprechendausgebildeten Nocken des Kupplungsteiles 3bzw. 4 oder 7.

Bei Belastung werden die elastischen Paketevorwiegend auf Druck beansprucht. Der Verdreh-winkel � wächst dabei zunächst stärker, dannweniger stark an (Bild 5.1.). Durch diese progres-sive Federcharakteristik der N-EUPEX-Kupplungund durch gute Dämpfungseigenschaften kanndem gefährlichen Aufschaukeln auftretenderSchwingungen zum Schutz der Triebwerksteilewirksam begegnet werden.

N-EUPEX-Kupplungen gleichen im gewissenRahmen radialen Versatz � Kr (Bild 5.2), winkeli-gen Versatz � Kw (Bild 5.3) und axialen Versatz� Ka (Bild 5.4) der Kupplungshälften aus, jedocherhöht genaues Ausrichten die Lebensdauer derPakete.

Für die Konstruktionspraxis ergeben sich vielfäl-tige Einbaumöglichkeiten durch Zusammenbauvon N-EUPEX-Kupplungsteilen mit Riemen-scheiben aller Art sowie mit Zwischenwellen und-hülsen oder Bremsscheiben.

Bei der dreiteiligen Grundbauart A (Seite 15)ermöglicht das Lösen und Zurückziehen des Teils3 ein Trennen von Wellen und Maschinen ohnederen axiale Verschiebung. Die zweiteilige Bau-art B (Seite 15) bedingt für das Trennen axialesVerschieben um die Länge der Nocken.

Die Flanschteile 10 der Bauarten E und D(Seite 16) sind zum Anschrauben an Riemen-,Schwung- oder auch Bremsscheiben geeignet.

Die Bauarten O und P (Seite 17) sind mitBremstrommel nach DIN 15431 (Ausg. 04. 1980)ausgeführt.

Bei Bauart H (Seite 18) ermöglicht die Zwischen-hülse z.B. in Kreiselpumpenantrieben den Aus-bau des Lagerstuhles mit Laufrad ohne Abbaudes Motors.

Mögliche Sonderausführungen:N-EUPEX-Kupplungen werden bei Bedarf inSonderausführung gefertigt (siehe Seite 20).Die Pakete werden, wenn erforderlich, auch mitniedrigerer Elastizität (Härte 60 Shore) geliefert,wobei eine Reduzierung des übertragbarenNenndrehmomentes der Kupplung um ca. 40%bei der Größenauswahl zu beachten ist.

N-EUPEX couplings provide torsional, angular,transverse and axial flexibility, they give positiveengagement and are suitable for both directionsof rotation and for reversing operation. Further-more, they are fail-safe until the shear torque ofthe metallic parts is achieved.

N-EUPEX couplings in standard design aremade out of high-quality cast iron GG-25 Theyare in a cylindrical and compact form.

The torque is transmitted through flexiblecoupling elements located in recesses equallydistributed over the circumference of couplingpart 1 of types A, B, and H and part 10 of typesD, E, O, and P, respectively. These flexiblescan be used at ambient temperatures from -30 �Cup to +80 �C. The suitably designed fingers ofcoupling part 3, or part 4 or 7 engage in the inter-mediate spaces.

When loaded, the flexible elements are mainlysubjected to compression as the torqueincreases. The angle of twist � initially growsrapidly and then levels off (Fig. 5.1). Thisnon-linear spring characteristic of the N-EUPEXcoupling and the favourable damping propertieseffectively counteract any dangerous increaseof any occuring vibrations so that thetransmission system is protected.

N-EUPEX couplings will compensate to a certainextent for parallel offset misalignment � Kr (Fig.5.2), angular misalignment � Kw (Fig. 5.3), andaxial movement � Ka (Fig. 5.4) of the shafts, but itshould be noted that accurate alignment willincrease the working life of the coupling flexibles.

The designer has a choice of a large variety ofassembly designs by combining N-EUPEXcoupling parts with pulleys of all kinds, floatingshafts, intermediate sleeves or brake drums.

In the basic type A which consists of three parts(page 15), releasing and withdrawing part 3enables shafts and machines to be separatedwithout axial displacement. The two-part type B(page 15) necessitates axial displacement by thelength of the fingers for the purpose of separation.

The flanged parts 10 of types E and D (page 16are suitable for bolting to pulleys, flywheels orbrake disks.

Types O and P (page 17) are provided withbrake drums according to DIN 15431 (Edition04. 1980).

With type H (page 18) the intermediate sleeveenables the impeller and bearing assembly ofa centrifugal pump drive to be dismantled withoutremoving the motor.

Special designs:N-EUPEX couplings can be supplied in specialdesigns (page 20). If required, flexibles with lowerelasticity (Shore 60) can be supplied, but a reduc-tion by about 40% of the nominal coupling torqueto be transmitted must be taken into considera-tion when selecting the size.

Les accouplements N-EUPEX sont élastiques àla flexion, à la torsion, dans les sens transversal etlongitudinal. Ils conviennent pour les deux sensde rotation, ainsi que pour les services à inversiondu sens de rotation. Ils garantissent une trans-mission continue.

Les accouplements N-EUPEX d’exécutionstandard sont en fonte GG-25 de haute qualité.Ils sont de forme cylindrique et compacte.

La transmission du couple est assurée par destampons élastiques également répartis dans deslogements situés sur le pourtour du moyeu de lapartie d’accouplement 1 des types A, B, et H, ou,de la partie 10 des types D, E, O, et P. Lestampons conviennent pour des températures deservice situées entre -30 �C à +80 �C. Des doigtsspécialement conçus de la partie d’accouplement3, 4, ou 7, selon les types, viennent s’emboîterentre les tampons élastiques.

Sous charge, les tampons élastiques sont soumisen grande partie à un effort de compression.L’angle de torsion � croît d’abord rapidement,puis plus lentement (Voir fig. 5.1.). La caractéris-tique d’élasticité progressive de l’accouplementN-EUPEX et ses bonnes qualités d’amortis-sement empêchent efficacement la superpositiondangereuse des vibrations, assurant ainsi laprotection des organes de commande.

Les accouplements N-EUPEX compensent lesdésalignements des axes � Kr (fig. 5.2), lesdéviations angulaires � Kw (fig. 5.3) et les dé-placements axiaux des arbres � Ka (fig. 5.4).Cependant, un alignement précis des arbresaugmente la durée de vie des tampons.

En construction mécanique, la combinaison desparties d’accouplement N-EUPEX avec des pou-lies à courroies de toutes sortes ou avec desarbres flottants, entretoises ou poulies à frein,permet des possibilités d’utilisation très variées.

L’exécution de base type A (page 15) en troisparties permet en dévissant et déboîtant la partie3 de désaccoupler les arbres et les machinessans être obligé de les reculer. Le type B (page15) en deux pièces nécessite pour le désac-couplement un déplacement axial égal à lalongueur des doigts.

Les parties à bride 10 des types E et D (page16 sont prévues pour y visser des poulies àcourroies plates, des volants d’inertie ou despoulies de frein.

Les types O et P (page 17) sont exécutés avecpoulie de frein selon DIN 15431 (édition deAvril 1980).

Le type H (page 18) à entretoise permet parexemple de démonter le palier de rotor d’unepompe centrifuge sans avoir à déplacer lemoteur.

Exécutions spéciales:Il est possible d’exécuter des accouplementsN-EUPEX en exécutions spéciales (voir page20). Selon les besoins d’utilisation, les tamponsélastiques peuvent être livrés en matières plus oumoins élastiques (dureté 60 shore), ce qui a pourconséquence de réduire le couple nominal trans-missible d’une valeur d’environ 40% à prendre enconsidération lors de la sélection des tailles.

K420 DE/EN/FR 5



Drehfedersteife und VerdrehwinkelTorsional spring rate and torsion angleElasticité à la torsion et angle de torsion

Radialer VersatzParallel offset misalignmentDésalignement des axes

Winkeliger VersatzAngular misalignmentDéviation angulaire

Axialer Versatz � Ka = Smax - Smin

Axial movement � Ka = Smax - Smin

Déplacement axial des arbres � Ka = Smax - Smin

5.1

5.2

5.3

5.4

Teil 1 mit KupplungspaketenPart 1 with flexiblesPartie 1 avec tampons élastiques

Bauart B, zweiteiligType B, in two partsType B, en 2 pièces

Teil 1Part 1Partie 1


Teil 3 mit NockenPart 3 with fingersPartie 3 avec doigts


Bauart A, dreiteiligType A, in three partsType A, en 3 pièces

Bauart H, mit ZwischenhülseType H, with intermediate sleeveType H, à entretoise








Smax

Smin

Smax

Smin

K420 DE/EN/FR6

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiquesTechnische Hinweise für den Design Hints for the Instructions concernant leEinbau Installation montage

1. Ausführung der elastischen PaketeN-EUPEX-Kupplungen in Normal-Ausführungwerden mit Paketen aus Synthesekautschuk(Härte 80 Shore) geliefert.Für Reversierbetrieb und für Antriebe mit sehrgroßen zu beschleunigenden Massen undbesonders starken Stößen (Kolbenpumpen,Kolbenkompressoren u. ä.) können N-EUPEX-Kupplungen bis einschließlich Größe 200 miterhöhten Paketen – nahezu ohne Verdrehspiel –ausgestattet werden. Einwandfreie Übertragungdes Drehmomentes und störungsfreie Funktionsind nur bei Verwendung von Original N-EUPEX-Paketen gewährleistet.

2. Anordnung der KupplungsteileDie Anordnung der Kupplungsteile auf den zuverbindenden Wellenenden ist beliebig.

3. BohrungenDie den Fertigbohrungen zugeordneten Toleranz-felder sind der Tafel 34.I zu entnehmen.

4. BefestigungN-EUPEX-Kupplungen werden normalerweise mitPaßfedernuten nach DIN 6885 Teil 1 undStellschrauben ausgeführt. Ausführung mit Keilnutnach DIN 6886, Anzug von der Nabeninnen-seite, ist möglich. Hierbei ist jedoch zu beachten,daß die größten Bohrungen nur 60% der maximalzulässigen Bohrungen mit Paßfedernut betragendürfen, es sei denn, die Nabenteile sind aus GGGgefertigt. Bei der Verwendung von Endscheiben istRücksprache erforderlich.

Bei den Größen 58, 68, 80, 95 und 110 sind dieGewindebohrungen für Stellschrauben bohrungs-abhängig, teilweise um 180� zur Paßfedernutversetzt angeordnet, bei dem Teil 9 der Größen 125und 140 ebenfalls.

5. Angeflanschte Scheibe oder SchwungradBei den Bauarten D und E ist die zulässige Um-fangsgeschwindigkeit angeflanschter Scheibenoder Schwungräder zu beachten. MitzulieferndeScheiben und dergleichen werden im allgemeinenvon uns an Teil 10 angeschraubt.

6. Lagerung der WellenendenDie zu verbindenden Wellenenden sollen unmittel-bar vor und hinter der Kupplung gelagert sein.

7. Ein- und Ausbau von WellenN-EUPEX-Kupplungen der Bauarten A, D, P und Hermöglichen den Ein- und Ausbau von Wellen undMaschinen ohne deren axiale Verschiebung.Bei den Bauarten A, D und P ist das Maß P in denTafeln 15.I, 16.I und 17.I zu beachten.

8. Auswuchten (nach DIN 740)Allgemein: Alle Kupplungsnaben mit Fertig-bohrung entsprechen mindestens einer WuchtgüteG16 (nach DIN 740 für n = 1500 min-1 bzw.v max. = 30 m/s, bei Wuchtung in einer Ebene).

Ausgewuchtet wird nach dem Halbkeil-Prinzip(DIN-ISO 8821)Nach Vereinbarung: Ist für das Betriebs- bzw.Anlagenverhalten eine feinere Wuchtgüte erfor-derlich, so ist dieses gesondert zu vereinbaren.Flender empfiehlt bei Umfangsgeschwindigkeitv > 30 m/s eine Wuchtung in Gütestufe G6.3,die ggfs. auch in zwei Ebenen vorgenommenwerden kann und ebenfalls gesondert zu bestellenist.Soll die Auswuchtung nach dem Vollkeil-Prinzip erfolgen, ist der ausdrückliche Hin-weis erforderlich.

9. SchwingungsberechnungFür die Auslegung nach DIN 740 Teil 2 sowie fürSchwingungsberechnungen stehen bei BedarfUnterlagen zur Verfügung. Schwingungsberech-nungen können auch beim Flender-Berechnungs-dienst in Auftrag gegeben werden.

10. Einbau und InbetriebnahmeFür Einbau und Inbetriebnahme der N-EUPEX-Kupplungen ist die Betriebsanleitung zu beachten.

1. Flexible coupling elementsN-EUPEX couplings in standard design aresupplied with flexible elements of synthetic rubber(Shore 80).For reversing operation and for drives with veryhigh mass acceleration and very heavy shockloads (reciprocating pumps, reciprocating com-pressors and the like) N-EUPEX couplings upto and including size 200 can be provided withoversize flexibles – almost without torsional play.Uninterrupted transmission of torque and reliabilityof operation cannot be guaranteed unless originalN-EUPEX flexible elements are used.

2. Arrangement of coupling partsThe arrangement of the coupling parts on the shaftends to be connected is optional.

3. BoresFor the appropriate tolerance ranges of finishedbores, see table 34.I

4. Securing the couplingN-EUPEX couplings are usually provided withparallel keyways according to DIN 6885/1 and setscrews. Taper keyways according to DIN 6886,stressed-type fastening from the inside of thehub, are possible. For this design, however, itshould be noted that the maximum permissiblebores may be only 60% of those permitted forparallel keyways, unless the hub material is nodu-lar graphite cast iron (GGG). If end plates are used,please refer to us.

In couplings of sizes 58, 68, 80, 95, and 110 andalso on part 9 of sizes 125 and 140, the tappedholes for set screws are – depending on the boresize – partly opposite the keyway.

5. Flange-mounted pulleys or flywheelsFor types D and E the permissible peripheralspeeds of the flange-mounted pulleys or flywheelsshould be checked. Pulleys and the like to be sup-plied by us are generally mounted to part 10.

6. Supporting the shaft endsThe shaft ends to be connected must be supporteddirectly in front of and behind the coupling.

7. Fitting and removing shaftsN-EUPEX couplings of types A, D, P, and H enableshafts and machines to be fitted and dismantledwithout axial displacement.With coupling types A, D and P dimension P intables 15.I, 16.I and 17.I should be observed.

8. Balancing (acc. to DIN 740)General remarks: The balancing quality of allcoupling hubs with finished bores accords at leastwith G16 (to DIN 740 for n = 1500 min-1 or v max.= 30 m/s, for balancing in one plane).

Balancing is carried out with half parallel key(DIN-ISO 8821)To be agreed: If operating or plant behaviourrequires a higher balancing quality, this must beagreed separately. For peripheral speeds of v > 30m/s, Flender recommends a balancing quality ofG6.3, which can be carried out in two planes, ifrequired, and must also be ordered separately.

If balancing is required with full parallel key,this must be expressly stated.

9. Vibration calculationsData for the design according to DIN 740/2 andfor vibration calculations can be supplied on re-quest.Vibration calculations can also be ordered fromFlender’s design department.

10. Installation and putting into serviceWhen installing and putting N-EUPEX couplingsinto service, please refer to the Operating Instruc-tions.

1. Tampons élastiquesLes accouplements N-EUPEX sont livrés, enexécution standard, avec des tampons en caout-chouc synthétique (dureté 80 shore). Pour lesservices à inversion du sens de rotation etpour les transmissions avec grandes massesd’inertie et chocs particulièrement forts (pompes àpistons, etc.), on peut prévoir des accouplementsN-EUPEX munis de tampons spéciaux surélevés -presque sans jeu de torsion. Ces tampons sontlivrés de stock FLENDER pour les accouplementsjusqu’à la taille 200. Seule l’utilisation des tamponsN-EUPEX originaux permet d’assurer une trans-mission continue et un parfait fonctionnement.

2. Disposition des parties d’accouplementOn peut choisir à volonté la disposition des partiesd’accouplement sur les bouts d’arbres.

3. AlésagesLes plages de tolérance correspondant auxalésages sont mentionnées dans le tableau 34.I

4. FixationLes accouplements N-EUPEX sont en généralexécutés avec rainures pour clavettes parallèlesselon DIN 6885 feuille 1 et vis de fixation. Il est pos-sible de prévoir des rainures pour clavetagesforcés selon DIN 6886 (clavetages par le côtéintérieur du moyeu). Il faut noter que les alésagesavec clavetages les plus grands ne correspondentqu’à 60% des diamètres maximum admissibles, àmoins d’exécuter les moyeux en fonte à graphitesphéroidal (GGG). Pour un montage avec rondelled’extrémité nous consulter.Pour les tailles 58, 68, 80, 95 et 110 et égalementpour la partie 9 des tailles 125 et 140, les trousfiletés pour les vis de blocage sont en partie, sui-vant les diamètres de filetage, situés à l’opposé dela rainure de clavette.

5. Poulies et volants fixés par bridePour les types D et E, veiller à respecter la vitessepériphérique maximale des poulies ou volants fixéspar bride. Les poulies ou autres organes similairesfaisant partie de notre livraison sont, en généralfixés par nos soins sur la partie 10.

6. Disposition des paliersLes sorties d’arbres doivent être soutenues par despaliers placés dans le voisinage immédiat del’accouplement.

7. Montage et démontageLes accouplements des types A, D, P et H permet-tent de désaccoupler les arbres et les machinessans être obligé de les reculer.Dans les types A, D et P veiller à respecter la côte Pindiquée dans les tableaux 15.I, 16.I et 17.I

8. Equilibrage (svt. DIN 740)Généralités: tous les moyeux d’accouplement àalésage fini sont au minimum conformes à uneclasse d’équilibrage G16 (selon DIN 740 pour n =1500 min-1 ou v max. = 30 m/s, équilibrage sur unplan).L’équilibrage a lieu selon le principe de la demi-cale (DIN-ISO 8821)Sur demande: Si le comportement en service et lecomportement de l’installation demandent unequalité d’équilibrage plus poussée, celle-ci devraêtre convenue séparément. Flender recommande,à une vitesse circonférentielle v > 30 m/s, un équili-brage de qualité G6.3, réalisable le cas échéant àdeux niveaux qu’il faudra aussi commanderséparément.Si l’équilibrage doit se faire selon le principe dela cale entière, le client doit le spécifierexpressément.

9. Calcul de vibrationsNous tenons à la disposition de nos clients unedocumentation permettant les calculs de vibrationselon DIN 740 partie 2. Nos clients peuvent aussifaire exécuter ces calculs de vibrations par lesbureaux techniques Flender.

10. Montage et mise en servicePour le montage et la mise en service desaccouplements N-EUPEX se référer à la noticed’entretien.

K420 DE/EN/FR 7

N-EUPEXElastische KupplungenÜberschlägige Ermittlung der Kupp-lungsgröße mittels Betriebsfaktor

Die zugrundegelegten Betriebsfaktoren basierenauf Erfahrungswerten, die global das Betriebsver-halten von An- und Abtriebskombinationen ab-schätzen.Vorherrschend periodische Anregung der Maschi-nenanlage oder das Anfahren bzw. Abbremsengroßer Massen erfordert eine Auslegung nach DIN740/2 bzw. eine Schwingungsberechnung, dieauch beim Flender-Berechnungsdienst in Auftraggegeben werden kann. Unterlagen für diese Be-rechnungen stehen bei Bedarf zur Verfügung.Bei der Auswahl der Kupplungsgröße ist der Be-triebsfaktor f1 (Tafel 7.II) – unter Berücksichtigung

des Belastungskennwertes (Tafel 7.I) – zu berück-sichtigen.Dieser Betriebsfaktor beinhaltet bis zu 25 Anläufeje Stunde. Bei bis zu 120 Anläufen je Stunde ist dernächstgrößere Betriebsfaktor zu wählen. Darüber-hinaus ist Rücksprache erforderlich.

1. Verwendungszweck der N-EUPEX-Kupp-lung

1.1 Art der Kraftmaschine, Leistung PM in kW,Drehzahl nM in min-1

1.2 Art der Arbeitsmaschine, Soll-Leistung P2in kW

2. Belastungsverhältnisse der Kraft- undArbeitsmaschine

2.1 Betriebsart: Gleich- oder ungleichmäßigerBetrieb, auftretende Stöße. Massenträgheits-momente J der Kraft- und Arbeitsmaschinekönnen betriebsbedingt das zu übertragendeDrehmoment vergrößern.

2.2 Anläufe je Stunde

3. Umgebungsverhältnisse3.1 Umgebungstemperatur in �C:

-30 �C ≤ Tu ≤ +80 �C3.2 Umgebungsmedium

7.I Zuordnung des Belastungskennwertes nach der Art der Arbeitsmaschine

BaggerS EimerkettenbaggerS Fahrwerke (Raupe)M Fahrwerke (Schiene)M ManöverierwindenM SaugpumpenS SchaufelräderS SchneidköpfeM Schwenkwerke

BaumaschinenM BauaufzügeM BetonmischmaschinenM Straßenbaumaschinen

Chemische IndustrieM KühltrommelnM MischerG Rührwerke (leichte Flüssigkeit)M Rührwerke (zähe Flüssigkeit)M TrockentrommelnG Zentrifugen (leicht)M Zentrifugen (schwer)

ErdölgewinnungM Pipeline-PumpenS Rotary-Bohranlagen

FörderanlagenM FörderhaspelnS FördermaschinenM GliederbandfördererM Gurtbandförderer (Schüttgut)S Gurtbandförderer (Stückgut)M GurttaschenbecherwerkeM KettenbahnenM KreiselfördererM LastaufzügeG MehlbecherwerkeM PersonenaufzügeM PlattenbänderM SchneckenfördererM SchotterbecherwerkeS SchrägaufzügeM StahlbandfördererM Trogkettenförderer

Gebläse, Lüfter 1)

G Drehkolbengebläse TN ≤ 75 NmM Drehkolbengebläse TN ≤ 750 NmS Drehkolbengebläse TN > 750 NmG Gebläse (axial/radial) TN ≤ 75 NmM Gebläse (axial/radial) TN ≤ 750 NmS Gebläse (axial/radial) TN > 750 NmG Kühlturmlüfter TN ≤ 75 NmM Kühlturmlüfter TN ≤ 750 NmS Kühlturmlüfter TN > 750 NmG Saugzuggebläse TN ≤ 75 NmM Saugzuggebläse TN ≤ 750 NmS Saugzuggebläse TN > 750 NmG Turbogebläse TN ≤ 75 NmM Turbogebläse TN ≤ 750 NmS Turbogebläse TN > 750 Nm

Generatoren, UmformerS Frequenz-UmformerS GeneratorenS Schweißgeneratoren

GummimaschinenS ExtruderM KalanderS KnetwerkeM MischerS Walzwerke

HolzbearbeitungsmaschinenS EntrindungstrommelnM HobelmaschinenG HolzbearbeitungsmaschinenS Sägegatter

KrananlagenG EinziehwerkeS FahrwerkeS HubwerkeM SchwenkwerkeM Wippwerke

KunststoffmaschinenM ExtruderM KalanderM MischerM Zerkleinerungsmaschinen

MetallbearbeitungsmaschinenM BlechbiegemaschinenS BlechrichtmaschinenS HämmerS HobelmaschinenS PressenM ScherenS SchmiedepressenS StanzenG Vorgelege, WellensträngeM Werkzeugmaschinen-HauptantriebeG Werkzeugmaschinen-Hilfsantriebe

NahrungsmittelmaschinenG AbfüllmaschinenM KnetmaschinenM MaischenG VerpackungsmaschinenM ZuckerrohrbrecherM ZuckerrohrschneiderS ZuckerrohrmühlenM ZuckerrübenschneiderM Zuckerrübenwäsche

PapiermaschinenS GautschenS GlättzylinderS HolländerS HolzschleiferS KalanderS NaßpressenS ReißwölfeS Saugpressen

S SaugwalzenS Trockenzylinder

PumpenS KolbenpumpenG Kreiselpumpen (leichte Flüssigkeit)M Kreiselpumpen (zähe Flüssigkeit)S PlungerpumpenS Preßpumpen

Steine, ErdenS BrecherS DrehöfenS HammermühlenS KugelmühlenS RohrmühlenS SchlagmühlenS Ziegelpressen

TextilmaschinenM AufwicklerM Druckerei-FärbereimaschinenM GerbfässerM ReißwölfeM Webstühle

Verdichter, KompressorenS KolbenkompressorenM Turbokompressoren

WalzwerkeS BlechscherenM BlechwenderS BlockdrückerS Block- und BrammenstraßenS BlocktransportanlagenM DrahtzügeS EntzunderbrecherS FeinblechstraßenS GrobblechstraßenM Haspeln (Band und Draht)S KaltwalzwerkeM KettenschlepperS KnüppelscherenM KühlbettenM QuerschlepperM Rollgänge (leicht)S Rollgänge (schwer)M RollenrichtmaschinenS RohrschweißmaschinenM SaumscherenS SchopfscherenS StranggußanlagenM WalzenverstellvorrichtungenS Verschiebevorrichtungen

WäschereimaschinenM TrommeltrocknerM Waschmaschinen

WasseraufbereitungM KreiselbelüfterG Wasserschnecken

G = gleichmäßige Belastung Änderung des erforderlichen Belastungskennwertes kann ggf. nach Angabe der genauenM = mittlere Belastung Betriebsbedingungen erfolgen.S = schwere Belastung 1) P = Leistung der Arbeitsmaschine in kW, n = Drehzahl in min-1

7.II Betriebsfaktor f1 (tägliche Betriebsdauer bis 24 h)

AntriebsmaschineBelastungskennwert der Arbeitsmaschine

AntriebsmaschineG M S

Elektromotoren, Turbinen, Hydraulikmotoren 1 1,25 1,75

Kolbenmaschinen 4 - 6 ZylinderUngleichförmigkeitsgrad 1 : 100 bis 1 : 200

1,25 1,5 2

Kolbenmaschinen 1 - 3 ZylinderUngleichförmigkeitsgrad bis 1 : 100

1,5 2 2,5

K420 DE/EN/FR8

N-EUPEXFlexible CouplingsRough Estimation of the CouplingSize by Means of the Service Factor

For the service factors empirical values were takenas a basis which generally assess the performanceof input and output combinations in service. Predo-minant periodic excitation of the plant or startingand braking of large masses require a designaccording to DIN 740/2 or vibration calculationswhich can also be ordered from us. Data forcalculations are available, if required.When selecting the size of a coupling, the servicefactor f1 of table 8.II depending on the specific loadclassification symbol of table 8.I must be allowed

for. This service factor is valid for up to 25 starts perhour. For up to 120 starts per hour use the nearestlarger service factor. For more frequent starting,please refer to us.

1. Application of the N-EUPEX coupling1.1 Type of prime mover; power rating PM in kW,

speed nM in min-1

1.2 Type of driven machine; power rating P2 in kW

2. Load conditions of prime mover anddriven machine

2.1 Mode of operation: Uniform or non-uniform;any occurring shocks. Mass moments ofinertia J of prime mover and driven machinecan increase the torque to be transmitted dueto service conditions.

2.2 Number of starts per hour

3. Ambient conditions3.1 Ambient temperature in �C:

-30 °C ≤ Tu ≤ +80 °C3.2 Ambient medium

8.I Load classification symbols listed acc. to applications and industries

Blowers, Ventilators 1)

U Rotary piston blowers TN ≤ 75 NmM Rotary piston blowers TN ≤ 750 NmH Rotary piston blowers TN > 750 NmU Blowers (axial/radial) TN ≤ 75 NmM Blowers (axial/radial) TN ≤ 750 NmH Blowers (axial/radial) TN > 750 NmU Cooling tower fans TN ≤ 75 NmM Cooling tower fans TN ≤ 750 NmH Cooling tower fans TN > 750 NmU Induced draught fans TN ≤ 75 NmM Induced draught fans TN ≤ 750 NmH Induced draught fans TN > 750 NmU Turbo blowers TN ≤ 75 NmM Turbo blowers TN ≤ 750 NmH Turbo blowers TN > 750 Nm

Building machineryM Concrete mixersM HoistsM Road construction machinery

Chemical industryU Agitators (liquid material)M Agitators (semi-liquid material)M Centrifuges (heavy)U Centrifuges (light)M Cooling drumsM Drying drumsM Mixers

CompressorsH Piston compressorsM Turbo compressors

ConveyorsM Apron conveyorsM Ballast elevatorsM Band pocket conveyorsM Belt conveyors (bulk material)H Belt conveyors (piece goods)U Bucket conveyors for flourM Chain conveyorsM Circular conveyorsM Goods liftsH HoistsH Inclined hoistsM Link conveyorsM Passenger liftsM Screw conveyorsM Steel belt conveyorsM Trough chain conveyorsM Hauling winches

CranesM Derricking jib gearsH Hoisting gearsU Luffing gearsM Slewing gearsH Travelling gears

DredgersH Bucket conveyors

H Bucket wheelsH Cutter headsM Manoeuvring winchesM PumpsM Slewing gearsH Travelling gears (caterpillar)M Travelling gears (rails)

Food industry machineryU Bottling and container filling machinesM Cane crushersM Cane knivesM Cane millsH Kneading machinesM Mash tubs, crystallizersU Packaging machinesM Sugar beet cuttersM Sugar beet washing machines

Generators, transformersH Frequency transformersH GeneratorsH Welding generators

LaundriesM TumblersM Washing machines

Metal rolling millsH Billet shearsM Chain transfersH Cold rolling millsH Continuous casting plantsM Cooling bedsH Cropping shearsM Cross transfersH Descaling machinesH Heavy and medium plate millsH Ingot and blooming millsH Ingot handling machineryH Ingot pushersH ManipulatorsH Plate shearsM Plate tiltersM Roller adjustment drivesM Roller straightenersH Roller tables (heavy)M Roller tables (light)H Sheet millsM Trimming shearsH Tube welding machinesM Winding machines (strip and wire)M Wire drawing benches

Metal working machinesU Countershafts, line shaftsH Forging pressesH HammersU Machine tools, auxiliary drivesM Machine tools, main drivesH Metal planing machinesH Plate straightening machinesH Presses

H Punch pressesM ShearsM Sheet metal bending machines

Oil industryM Pipeline pumpsH Rotary drilling equipment

Paper machinesH CalendersH CouchesH Drying cylindersH Glazing cylindersH PulpersH Pulp grindersH Suction rollsH Suction pressesH Wet pressesH Willows

Plastic industry machineryM CalendersM CrushersM ExtrudersM Mixers

PumpsU Centrifugal pumps (light liquids)M Centrifugal pumps (viscous liquids)H Piston pumpsH Plunger pumpsH Pressure pumps

Rubber machineryM CalendersH ExtrudersM MixersH Pug millsH Rolling mills

Stone and clay working machinesH Ball millsH Beater millsH BreakersH Brick pressesH Hammer millsH Rotary kilnsH Tube mills

Textile machinesM BatchersM LoomsM Printing and dyeing machinesM Tanning vatsM Willows

Water treatmentM AeratorsU Screw pumps

Wood working machinesH BarkersM Planing machinesH Saw framesU Wood working machines

U = Uniform load Listed load classification symbols may be modified after giving exact details ofM = Medium shock load operating conditions.H = Heavy shock load 1) P = Power rating of driven machine in kW, n = speed in min-1

8.II Service factor f1 (daily operating period up to 24 hours)

Prime moverLoad symbol of driven machine

Prime moverU M H

Electric motors, Turbines, Hydraulic motors 1 1.25 1.75

Piston engines 4 - 6 cylinderscyclic variation 1 : 100 - 1 : 200

1.25 1.5 2

Piston engines 1 - 3 cylinderscyclic variation to 1 : 100

1.5 2 2.5

K420 DE/EN/FR 9

N-EUPEXAccouplements élastiquesSélection de la taille des accouplementspar l’utilisation du facteur service

Les facteurs services ont été définis sur la base va-leurs expérimentales qui prennent en considéra-tion, d’une manière générale, les comportementsdes machines motrices et des machine entraînées.Si l’installation présente des excitations périodi-ques prédominantes ou des démarrages voire desfreinages de grosses masses, il faut effectuer unesélection selon la norme DIN 740/2, c’est à dire uncalcul de vibrations, qui peut être réalisé par lesservices calculs de Flender sur commande. Lesdocuments techniques nécessaires à ces calculssont disponibles.Lors de la sélection de la taille de l’accouplement, il

faut se reporter au facteur f1 (tableau 9.II) enprenant en considération le facteur de charge(tableau 9.I).Ce facteur service tient compte de 25 démarragespar heure. Au-dessus et jusqu’à 120 démarragespar heure, il y a lieu de choisir le facteur serviceimmédiatement supérieur. Au delà de cette valeurnous consulter.

1. Utilisation de l’accouplement N-EUPEX1.1 Genre de la machine motrice,

puissance PM en kW, vitesse nM en min-1

1.2 Genre de la machine entrainée,

Puissance absorbée P2 en kW

2. Conditions de fonctionnement2.1 Genre de fonctionnement: Un fonctionnement

uniforme ou avec peu de chocs, un fonction-nement avec chocs importants, les momentsd’inertie J de la machine motrice ou entrainéepeuvent augmenter le couple à transmettre.

2.2 Démarrages par heure

3. Conditions particulières3.1 Température ambiante �C:

-30 �C ≤ Tu ≤ +80 �C3.2 Ambiante: medium

9.I Détermination des charges selon la nature de la machine

Alimentaire (Industrie)M Broyeurs de canne à sucreS Concasseurs de canne à sucreM Coupe canne à sucreM Coupeuses de betteravesM Cuves à moûtG EmboiteusesG EmboutisseusesM Laveurs de betteravesM Malaxeurs

BoisS EcorceursG Machines à boisM RaboteusesS Scies alternatives

CaoutchoucM CalandresS ExtrudeusesS LaminoirsS MalaxeursM Mélangeurs

CarrièresS Broyeurs à bouletsS Broyeurs à marteauxS Broyeurs à percussionS Broyeurs rotatifsS ConcasseursS Fours rotatifsS Presses à tuiles

CompresseursS Compresseurs à pistonsM Turbo compresseurs

Génératrices-alternateursS Convertisseurs de fréquenceS GénératricesS Génératrices de soudure

Industrie chimiqueG Agitateurs à liquidesM Agitateurs à produits visqueuxG Centrifugeuses légèresM Centrifugeuses lourdesM MalaxeursM Tambours de refroidissementM Tambours sécheurs

LaminoirsM Bobineuses (bande et fil)S Cages décalamineusesS Cisaille à tôlesS Cisailles à billettesS Cisailles à ébouterM Cisailles à rognerM Tambours sécheursM Commande de serrageS Convoyeurs à bramesS Coulées continuesM Dresseuses à rouleauxM Laminoirs à froidM Lignes de rouleaux (légères)

S Lignes de rouleaux (lourdes)S Machines de soudure des tuyauxS ManipulateursS Pousseurs de bramesM RefroidisseurM Retourneurs de tôlesM Ripeur transversalM Tracteurs à chaînesS Trains à lingots et à bramesS Trains à tôles finesS Trains à tôles fortesM Tréfileuse

Lavage (Installations de)M Machines à laverM Tambours sécheurs

Levage (engins de)M Mouvement de basculementS Mouvement de levageM Mouvement d’orientationG Mouvement de relevageS Mouvement de translation

Matières plastiquesM CalandresM ConcasseursM ExtrudeusesM Mélangeurs

Métallurgie et travail des métauxG Arbres de transmissionM Basculeurs de tôlesM CisaillesG Entraînement auxiliaire de machines-outilsM Entraînement principal de machines-outilsS EstampeusesS MarteauxS PressesS Presses à forgerS RaboteusesS Redresseuses

PapeterieS CalandresS CoucheuseS Cylindre aspirantS Cylindre frictionneurS Cylindre sécheurS DéchiqueteusesS Moulins à papierS Presses à eauS Presses aspirantesS Rectifieuse à bois

Pétrole (extraction)S Foreuses RotaryM Pompes de pipe-line

PompesG Centrifuges (à liquides)M Centrifuges (à produits visqueux)S à compressionS à pistons

S à pistons plongeurs

TerrassementS Excavateurs à godetsM Mécanismes d’orientationS Mécanismes de translation (sur chenilles)M Mécanismes de translation (sur rails)S Têtes de forageM Pompes aspirantesS Roues pellesM Treuils de manoeuvre

TextilesM DéchiqueteusesM Machines à imprimerM Métiers à tisserM OurdissoirsM Tonneaux de tannerie

Traitement des eauxM AgitateursG Vis d’archimède

Transporteurs-convoyeursM AscenseursS ConvoyeurM Convoyeur à bandes articuléesM Convoyeur à bandes pour matières en vracS Convoyeur à bandes pour matières solidesG Élévateurs à godets pour céréale/farineM Élévateurs à godets pour déchets

métalliquesM Élévateurs à godets pour pierrailleM Monte-chargesS Monte-charges inclinésM Transporteurs à augesM Transporteurs à bandes métalliquesM Transporteurs à chaînesM Transporteurs à chaînes et à augesM Transporteurs à tabliers métalliquesM Transporteurs à visM Treuils de puits

Travaux publicsM Machines de construction de routesM Malaxeurs à bétonM Monte-charges

Ventilateurs et soufflantes 1)

G Soufflantes rotatives TN ≤ 75 NmM Soufflantes rotatives TN ≤ 750 NmS Soufflantes rotatives TN > 750 NmG Tours de réfrigération TN ≤ 75 NmM Tours de réfrigération TN ≤ 750 NmS Tours de réfrigération TN > 750 NmG Ventilateurs axiaux ou radiaux TN ≤ 75 NmM Ventilateurs axiaux ou radiaux TN ≤ 750 NmS Ventilateurs axiaux ou radiaux TN > 750 NmG Ventilateurs de tirage TN ≤ 75 NmM Ventilateurs de tirage TN ≤ 750 NmS Ventilateurs de tirage TN > 750 NmG Ventilateurs turbo TN ≤ 75 NmM Ventilateurs turbo TN ≤ 750 NmS Ventilateurs turbo TN > 750 Nm

G = Charge uniforme Une modification de facteur de charge nécessaire peut être faite, si les caractéristiquesM = Charge moyenne de fonctionnement exactes sont fournies.S = Charge lourde 1) P = Puissance de la machine motrice en kW, n = Vitesse en min-1

9.II Facteur de service f1 (Durée de fonctionnement journalier jusqu’à 24 heures)

Machines motricesCharge selon nature de la machine

Machines motricesG M S

Moteurs électriques, turbines, moteurs hydrauliques 1 1,25 1,75

Moteurs à pistons 4 - 6 cylindrescoefficient d’irrégularité 1 : 100 à 1 : 200

1,25 1,5 2

Moteurs à pistons 1 - 3 cylindrescoefficient d’irrégularité jusqu’à 1 : 100

1,5 2 2,5

K420 DE/EN/FR10


Berechnungsbeispiele Calculation Examples Exemples de calcul

Berechnungsbeispiel 1

Gesucht: Eine N-EUPEX-Kupplung für den

Antrieb einer Presse, angeordnet zwischen

Elektromotor und Zahnradgetriebe.

Elektromotor PM = 110 kW

Presse P2 = 95 kW

Drehzahl n = 1430 min-1

Anläufe je Stunde 30

Umgebungstemperatur 16 �C

Lösung: Die Kupplung ist auszulegen für die

Leistung P2K = P2 x f1. Nach Tafel 7.I ermittelt

man den Belastungskennwert S und hierfür aus

Tafel 7.II den Betriebsfaktor f1 = 1,75. Da die

Anlaufhäufigkeit 25 Anläufe je Stunde über-

schreitet, ist der nächstgrößere Betriebsfaktor

f1 = 2 zu wählen.

Somit wird P2K = 95 x 2 = 190 kW.

Auf Seite 11 ist für n = 1430 min-1 und die

nächstgrößere Nennleistung PN = 200 kW die

Kupplungsgröße 200 zu finden.

Gewählt: N-EUPEX-Kupplung A 200 ab Flender-

Vorratslager lieferbar.

Calculation example 1

Required: A N-EUPEX coupling for the drive of

a press, to be mounted between electric motor

and gear unit.

Electric motor PM = 110 kW

Press P2 = 95 kW

Speed n = 1430 min-1

Starts per hour 30

Ambient temperature 16 �C

Solution: The coupling must be designed for

a power rating P2K = P2 x f1. Table 8.I lists

load symbol H for this application, resulting in a

service factor f1 = 1.75 acc. to table 8.II. Since

the starting frequency per hour exceeds 25, the

nearest larger service factor has to be used; in

this case f1 = 2.

Thus P2K = 95 x 2 = 190 kW.

On page 11, for speed n = 1430 min-1 and the

nearest larger nominal power rating PN = 200 kW

you find coupling size 200.

Selected: N-EUPEX coupling A 200 available ex

Flender stock.

Exemple de calcul 1

A sélectionner: Un accouplement N-EUPEX

pour l’attaque d’une presse. Il sera placé entre un

moteur électrique et un réducteur à engrenages.

Moteur électrique PM = 110 kW

Presse P2 = 95 kW

Vitesse n = 1430 min-1

Démarrages/heure 30

Température ambiante 16 �C

Sélection: l’accouplement est sélectionné pour

une puissance P2K = P2 x f1. Dans le tableau 9.I,

nous relevons le facteur de charge correspon-

dant S et dans le tableau 9.II le facteur de service

f1 = 1,75. Si la fréquence des démarrages

dépasse 25 par heure, on doit choisir le facteur de

service immédiatement supérieur, soit f1 = 2.

Ainsi on a P2K = 95 x 2 = 190 kW.

On trouve à la page 11, pour la vitesse n = 1430

min-1. Et la puissance nominale immédiatement

sup. PN = 200 kW, la taille d’accouplement 200.

Choix: Un accouplement N-EUPEX type A taille

200 livrable du stock Flender.


Gesucht: Eine N-EUPEX-Kupplung für den

Antrieb einer Kreiselpumpe (leichte Flüssigkeit),

angeordnet zwischen Elektromotor und Pumpe.


Pumpe P2 = 28 kW




Es wird ein Ausbaustückmit min. 180 mm Längebenötigt.


Leistung P2K = P2 x f1. Nach Tafel 7.I ermittelt

man den Belastungskennwert G und hierfür aus

Tafel 7.II den Betriebsfaktor f1 = 1. Die Anlauf-

häufigkeit und die Umgebungstemperatur sind

innerhalb der erlaubten Grenzen.

Somit wird T2K = f1 x 9550 x P2/n = 184 Nm.

Gewählt: Unter Berücksichtigung der zu

realisierenden Geometrie und Bohrung wird

die N-EUPEX-Kupplung H 125 mit Zwischen-

hülse Teil 6 LZ = 185 mm für s3 = 200 mm gewählt.

Die Nabenlänge l2 von Teil 5 ist 70 mm. Die Län-

genangabe s3 ist im Auftragstext mit vorzugeben.

Siehe Bestellbeispiel Seite 19.


Required: A N-EUPEX coupling for the drive of a

centrifugal pump (light liquids), to be mounted

between electric motor and pump.


Pump P2 = 28 kW


Starts per hour 5


A spacer of a minimumlength of 180 mm isrequired.

Solution: The coupling must be designed for

a power rating P2K = P2 x f1. Table 8.I lists

load symbol U for this application, resulting in a

service factor f1 = 1 acc. to table 8.II. Starting

frequency per hour and ambient temperature are

within the permissible limits.

Thus T2K = f1 x 9550 x P2/n = 184 Nm.

Selected: Taking into consideration the geo-

metry and the bore to be carried out, N-EUPEX

coupling H 125 with intermediate sleeve, part 6

LZ = 185 mm for s3 = 200 mm, is selected. The

hub length l2 of part 5 is 70 mm. Length s3 has

to be stated in the order.

See ordering example on page 19.

Exemple de calcul 2

A sélectionner: Un accouplement N-EUPEX

pour l’entraînement d’une pompe de centrifuge

(fluide léger), monté entre moteur et pompe.


Pompe P2 = 28 kW


Démarrages/heure 5


Il est nécessaire de prévoirune entretoise de longueur180 mm.


une puissance P2K = P2 x f1. Dans le tableau 9.I,

nous relevons le facteur de charge correspon-

dant G et dans le tableau 9.II le facteur de service

f1 = 1. Le nombre de démarrages/heure et la

température ambiante sont dans les limites

autorisées.

Ainsi on a T2K = f1 x 9550 x P2/n = 184 Nm.

Choix: Compte tenu des critères de géométrie

et de l’alésage, nous choisissons le N-EUPEX

H 125 avec entretoise partie 6 LZ = 185 mm pour

s3 = 200 mm. La longueur l2 du moyeux partie 5

est 70 mm. La longueur s3 est à préciser dans le

texte de commande.

Voir exemple de commande page 19.

K420 DE/EN/FR 11


Nennleistungen Nominal Power Ratings Puissances nominales

Die Nennleistungen PN nach Tafel 11.I sowie dieNennwerte PN : n und die Nenndrehmomente TNauf den Seiten 15 bis 18 sind gültig für:

stoßfreien Betrieb,

bis zu 25 Anläufe je Stunde, wobei während desAnlaufes kurzzeitig das 3-fache Drehmoment zu-lässig ist,

gut fluchtende Wellen,

-30 �C bis +80 �C Umgebungstemperatur bzw.Temperatur der Maschinenwellenenden.

= ab Flender-Vorratslager lieferbarBauarten B, A, E, D und H

The nominal power ratings PN in kW shown intable 11.I as well as the nominal values PN : nand the nominal torques TN on pages 15 to 18are valid for:

shock-free operation,

up to 25 starts per hour, the permissible startingtorque being 3 times the running torque for ashort period,

properly aligned shafts,

ambient temperature or temperature of the shaftends to be connected -30 �C up to +80 �C.

= available ex Flender stockTypes B, A, E, D and H

Les puissances nominales PN en kW indiquéesau tableau 11.I ainsi que les caractéristiquesPN : n et les couples nominaux TN figurant pages15 à 18 sont valables pour:

transmission sans choc,

jusqu’à 25 démarrages à l’heure à condition quele couple de démarrage n’excéde pas 3 fois lecouple nominal,

arbres bien alignés,

température ambiante ou température des arbrescomprises -30 �C à +80 �C.

= livrables du stock FlenderTypes B, A, E, D et H

11.I Drehzahlen und Nennleistungen / Speeds and nominal power ratings / Vitesses et puissances nominales

Dreh-zahl

Kupplungsgrößen / Coupling sizes / Tailles des accouplementszahl

Speed

Vitesse58 68 80 95 110 125 140 160 180 200 225 250 280 315 350 400 440 480 520 560 610 660 710

Vitesse

min-1 Nennleistungen PN in kW / Nominal power ratings PN in kW / Puissances nominales PN en kW

10 12.5 16

0.02

0.025

0.032

0.036

0.044

0.057

0.063

0.078

0.1

0.11

0.13

0.17

0.17

0.21

0.27

0.25

0.31

0.4

0.38

0.47

0.6

0.59

0.73

0.95

0.9

1.2

1.5

1.4

1.8

2.2

2.1

2.6

3.3

2.9

3.7

4.7

4.1

5.1

6.5

5.8

7.2

9.2

8

10

13

10.5

13.5

17

14

17.5

22.5

17.5

21.5

27.5

22

27.5

35.5

30

38

50

40

50

65

51

64

82

65

81

105

20 25 31.5

0.04

0.05

0.063

0.071

0.089

0.11

0.13

0.16

0.2

0.21

0.26

0.33

0.34

0.42

0.53

0.5

0.63

0.79

0.75

0.94

1.2

1.2

1.5

1.9

1.9

2.3

2.9

2.8

3.5

4.4

4.2

5.2

6.6

5.9

7.3

9.2

8.2

10

13

11.5

14.5

18

16

20

25.5

21.5

27

34

28.5

35

45

35

43

55

44

55

70

60

75

95

80

100

125

105

130

160

130

160

205

40 50 63

0.08

0.1

0.13

0.14

0.18

0.22

0.25

0.31

0.4

0.42

0.52

0.66

0.67

0.84

1

1

1.2

1.6

1.5

1.9

2.4

2.3

2.9

3.7

3.7

4.6

5.8

5.6

7

8.8

8.4

10.5

13

11.5

14.5

18.5

16.5

20.5

25.5

23

29

36

32

40

51

43

54

68

57

71

89

70

87

110

89

110

140

120

150

190

160

200

250

205

255

325

260

324

410

80 100 125

0.16

0.2

0.25

0.28

0.36

0.44

0.5

0.63

0.78

0.84

1.1

1.3

1.3

1.7

2.1

2

2.5

3.1

3

3.8

4.7

4.7

5.9

7.3

7.4

9.2

11.5

11

14

17.5

16.5

21

26

23.5

29.5

37

32.5

41

51

46

58

72

65

80.5

101

86

108

135

115

140

175

140

175

215

175

220

275

245

305

380

320

400

500

410

510

640

520

650

810

160 200 224

0.32

0.4

0.45

0.57

0.71

0.8

1

1.3

1.4

1.7

2.1

2.3

2.7

3.4

3.8

4

5

5.6

6

7.5

8.4

9.4

11.5

13

14.5

18.5

20.5

22.5

28

31.5

33.5

42

47

47

59

65

65

82

91

92

115

130

130

160

180

170

215

240

225

285

315

280

350

390

355

445

500

485

605

680

635

795

890

820

1050

1150

1050

1300

1450

280 315 400

0.56

0.63

0.8

1

1.1

1.4

1.8

2

2.5

2.9

3.3

4.2

4.7

5.3

6.7

7

7.9

10

10.5

12

15

16.5

18.5

23.5

26

29

37

39

44

56

59

66

84

82

92

115

115

130

165

160

180

230

225

255

320

300

340

430

395

445

565

485

545

695

620

700

890

850

950

1210

1110

1250

1590

1440

1610

2050

1800

2050

2600

500 630 730

0.99

1.3

1.5

1.8

2.2

2.6

3.1

4

4.6

5.2

6.6

7.6

8.4

10.5

12

12.5

15.5

18.5

19

23.5

27.5

29.5

37

43

46

58

67

70

88

102

105

130

153

145

185

215

205

255

300

290

365

420

400

510

590

540

680

785

710

890

1030

870

1100

1270

1110

1400

1620

1520

1910

2220

1990

2500

2900

2550

3250

3750

3250

4100

4750

750 800 950

1.53

1.6

1.9

2.7

2.8

3.4

4.7

5

6

7.8

8.4

9.9

12.5

13.5

16

19

20

24

28.5

30

36

44

47

56

69

74

87

105

110

133

157

165

200

220

235

280

305

325

390

430

460

550

605

645

765

810

860

1020

1060

1130

1350

1300

1390

1650

1660

1775

2100

2280

2430

2880

2980

3200

3780

3850

4100

4850

4850

5200

6150

98010001120

1.93

2

2.2

3.5

3.6

4

6.2

6.3

7

10

10.5

11.5

16.5

16.7

19

24.5

25

28

37

38

42

57

58

66

90

92

103

137

140

155

205

210

235

290

295

330

400

410

460

565

575

645

790

800

900

1050

1080

1210

1385

1410

1580

1700

1750

1950

2175

2220

2500

2975

3030

3400

3900

4000

5000

5100

125014301600

2.5

2.8

3.2

4.4

5.1

5.7

7.8

9

10

13

15

16.5

21

24

27

31

36

40

47

54

60

73

84

94

115

130

145

175

200

225

260

300

335

365

420

470

510

585

650

720

825

920

1000

1150

1290

1350

1540

1730

1760

2020

2150 2750

175020002500

3.5

4

5

6.2

7.1

8.9

11

12.5

15.5

18.5

21

26

29

34

42

44

50

63

66

75

94

103

117

146

160

185

230

245

280

350

365

420

525

510

585

735

715

815

1010

1150

1410

294031503500

5.8

6.3

7

10.5

11

12.5

18.5

20

22

31

33

37

49

53

59

74

79

88

110

115

132

172

185

205

270

290

320

410

440

615

40005000

8

9.9

14

17.5

25

31

42

52

67

84

100

125

150 235

Für abweichende Betriebsverhältnisse ist hin-sichtlich mechanischer Beanspruchung derBetriebsfaktor f1 auf Seite 7 zu berücksichtigen.

For differing operating conditions the servicefactor f1 on page 8 should be taken into accountwith reference to mechanical stress.

Pour des conditions de service différentes, ondevra tenir compte du facteur de service f1indiqué à la page 9 en ce qui concerne lesefforts mécaniques.

K420 DE/EN/FR12


für IEC-Motoren for IEC Motors pour moteurs selon normes IEC

Drehstrommotoren mit Käfigläufer nach DIN 42673Teil 1 Ausgabe April 1983.Die Zuordnung der Kupplungen zu den Elektromo-toren ist gültig für die Belastungskennwerte G undM der Arbeitsmaschine unter Berücksichtigung derTafeln 7.I und 7.II. Bei einer Anfahrhäufigkeit vongrößer 25 pro Stunde verliert die Zuordnung ihreGültigkeit.Vorherrschend periodische Anregung der Maschi-nenanlage oder das Anfahren bzw. Abbremsengroßer Massen erfordert eine Auslegung nach DIN740 Teil 2 bzw. eine Schwingungsberechnung, dieauch beim Flender-Berechnungsdienst in Auftraggegeben werden kann. Unterlagen für diese Be-rechnungen stehen bei Bedarf zur Verfügung.

= ab Flender-Vorratslager lieferbar

Three-phase motors with squirrel cage rotoraccording to DIN 42673, part 1, April 1983 edition.The assignment of couplings to electric motorsis valid for load classification symbols U and Mfor the driven machine taking into considerationtables 8.I and 8.II. In case of a starting frequencyof above 25 starts per hour the assignment isno longer valid.Predominant periodic excitation of the plant orstarting and braking of large masses require adesign according to DIN 740/2 or vibration calcula-tions which can also be ordered from us. Data forcalculations are available, if required.

= available ex Flender stock

Moteur triphasé à cage selon DIN 42673 feuille 1Edition d’Avril 1983.La corrélation des accouplements en fonction desmoteurs électriques est valable pour les genres defonctionnement G et M de la machine entraînée,en tenant compte des tableaux 9.I et 9.II. Cettecorrélation n’est plus valable dans le cas d’unnombre de démarrage par heure supérieur à 25.Si l’installation présente des excitations pério-diques prédominantes ou des démarrages voiredes freinages de grosses masses, il faut effectuerune sélection selon la norme DIN 740/2, c’est àdire un calcul de vibrations, qui peut être réalisépar les services calculs de Flender contre com-mande. Les documents techniques néces-saires à ces calculs sont disponibles.

= livrables du stock Flender

N-EUPEXBauart / Type B Anbaumaße der IEC-Motoren

Abmessungen der N-EUPEX-Kupplungensiehe Seiten 15 - 18

Fitting dimensions of IEC motorsFor dimensions of N-EUPEX couplings,see pages 15 - 18

Côtes de montage des moteurs selonnormes IECDimensions des accouplements N-EUPEXvoir pages 15 - 18

12.I Leistungen PM der IEC-Motoren und zugeordneten N-EUPEX-KupplungenPower ratings PM of IEC motors and assigned N-EUPEX couplingsPuissances PM des moteurs IEC et accouplements N-EUPEX correspondants

Drehstrom-motor

Three-phasemotor

Moteurtriphasé

PM

bei / at / à

nM ~ 3000

min-1

N-EUPEXKupplung

Coupling

Accouple-ment

Größe

PM

bei / at / à

nM ~ 1500

min-1

N-EUPEXKupplung

Coupling

Accouple-ment

Größe

PM

bei / at / à

nM ~ 1000

min-1

N-EUPEXKupplung

Coupling

Accouple-ment

Größe

PM

bei / at / à

nM ~ 750

min-1

N-EUPEXKupplung

Coupling

Accouple-ment

Größe

Anbaumaße derIEC-Motoren

Fitting dimensionsof IEC motors

Côtes de montagedes moteurs IEC

3000 ≤ 1500

min-1

d x lM

nach / tovers.tri hasé

Größemin-1 Größe

Sizemin-1 Größe

Sizemin-1 Größe

Sizemin-1 Größe

Size h a b w1 s

vers.

DIN 748/1GrößeSize / Taille kW

SizeTaille kW

SizeTaille kW

SizeTaille kW

SizeTaille mm mm mm mm mm mm

56 0.09 0.12

58 58

0.06 0.09

58 58 56 71 90 36 M 5 9 x 20

63 0.18 0.25

58 58

0.12 0.18

58 58 63 80 100 40 M 6 11 x 23

71 0.37 0.55

58 58

0.25 0.37

58 58 71 90 112 45 M 6 14 x 30

80 0.75 1.1

58 58

0.55 0.75

58 58

0.37 0.55

58 58 80 100 125 50 M 8 19 x 40

90 S 1.5 68 1.1 68 0.75 68 90 100 140 56 M 8 24 x 50

90 L 2.2 68 1.5 68 1.1 68 90 125 140 56 M 8 24 x 50

100 L 3 80 2.2 80 1.5 80 0.75 80

100 140 160 63 M 10 28 x 60 100 L 3 80 1.1 80

100 140 160 63 M 10 28 x 60

112 M 4 80 4 80 2.2 80 1.5 80 112 140 190 70 M 10 28 x 60

132 S 5.5 95 5.5 95 3 95 2.2 95

132 140 216 89 M 10 38 x 80 132 S 7.5 95

132 140 216 89 M 10 38 x 80

132 M 7.5 95 4 95 3 95

132 178 216 89 M 10 38 x 80 132 M 5.5 95

132 178 216 89 M 10 38 x 80

160 M 11 95 11 95 7.5 95 4 95

160 210 254 108 M 12 42 x 110 160 M 15 95 5.5 95

160 210 254 108 M 12 42 x 110

160 L 18.5 95 15 110 11 110 7.5 110 160 254 254 108 M 12 42 x 110

180 M 22 110 18.5 110 180 241 279 121 M 12 48 x 110

180 L 22 125 15 125 11 125 180 279 279 121 M 12 48 x 110

200 L 30 125 30 125 18.5 125 15 125

200 305 318 133 M 16 55 x 110 200 L 37 125 22 140

200 305 318 133 M 16 55 x 110

225 S 37 140 18.5 140 225 286 356 149 M 16 55x 60x 225 M 45 125 45 140 30 140 22 140 225 311 356 149 M 16

55x110

60x140

250 M 55 140 55 160 37 160 30 160 250 349 406 168 M 2060x140

65x140

280 S 75 160 75 180 45 180 37 180 280 368 457 190 M 20 65x 75x 280 M 90 160 90 180 55 180 45 180 280 419 457 190 M 20

65x140

75x140

315 S 110 160 110 200 75 200 55 200 315 406 508 216 M 24 65x 80x 315 M 132 160 132 200 90 200 75 200 315 457 508 216 M 24

65x140

80x170

K420 DE/EN/FR 13

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiquesFertiggebohrte Kupplungsteile Finish Bored Coupling Parts Alésages définitifs des parties

d’accouplements

Ausführung:Bohrungstoleranzfeld ISO H7, Nut nach DIN6885 Teil1, Nutbreitentoleranzfeld ISO IS9, Ge-windebohrung für Stellschraube bei den Größen58 bis 110 um ca. 180� zur Paßfedernut versetztangeordnet.


Design:Bore tolerance range to ISO H7, keyway to DIN6885/1, keyway width tolerances to ISO IS9,tapped hole for set screw in sizes 58 to 110opposite keyway.


Exécution:Alésage tolérances ISO H7, rainure suivant DIN6885/1, largeur de la rainure tolérances ISO IS9,trou taraudé pour vis de fixation, dans les tailles58 à 110, décalé de 180� environ par rapport à larainure.


Größen / Sizes / Tailles

Bohrung 58 68 80 95 110 125 140 160 180 200 225 250 280 315BohrungBore

Alésage Teile / Parts / PartiesAlésage

1 4 1 4 1 4 5 1 4 5 1 2 4 5 1 2 4 5 1 2 4 5 1 2 4 5 1 2 4 5 1 2 4 5 1 2 4 5 1 2 4 5 1 2 4 1 2

14

16

19

20

22

24 1 1

25

28

30

32 1 1 2 3

35

38

40

42 1 1 2 3

45

48 1 1

50

55 1

60 2

65 3

70

75

80

85

90

100

1) Nabenlänge 50 mm1) Hub length 50 mm1) Longueur du moyeu 50 mm



K420 DE/EN/FR14


Bauartenübersicht Types Types

B zweiteilig A dreiteilig zur Verbindung zweier Wellen

B in two parts A in three parts for connecting two shaft ends

B en 2 parties A en 3 parties pour l’accouplement de deux bouts d’arbre

E und D zum Anflanschen an Riemen- und Schwungscheiben

E and D for flange-mounting to pulleys and flywheels

E et D à bride pour poulies et volants

D und E mit großem Flansch (SAE)

D and E with large flange (SAE)

D et E avec grande bride (SAE)

H mit Zwischenhülse

H with intermediate sleeve

H avec entretoise

O mit Bremstrommel

O with brake drum

O avec poulie de frein

P mit Bremstrommel

P with brake drum

P avec poulie de frein

B Größen 58 bis 280B Sizes 58 to 280B Tailles 58 à 280

A Größen 110 bis 350A Sizes 110 to 350A Tailles 110 à 350

A Größen 400 bis 710A Sizes 400 to 710A Tailles 400 à 710

E Größen 68 bis 280E Sizes 68 to 280E Tailles 68 à 280

D Größen 110 bis 520D Sizes 110 to 520D Tailles 110 à 520

E Größen 68 bis 280E Sizes 68 to 280E Tailles 68 à 280

D Größen 110 bis 520D Sizes 110 to 520D Tailles 110 à 520

K420 DE/EN/FR 15

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiquesBauarten B und A Types B and A Types B et A pour l’accouple-zur Verbindung zweier Wellen For Connecting Two Shaft Ends ment de deux bouts d’arbres

Während des Anlaufes ist das 3-fache Kupplungs-Nenndrehmoment kurzfristig zulässig. ZulässigerTemperaturbereich der Umgebung bzw. derMaschinenwellenenden -30 �C bis +80 �C.

= ab Flender-Vorratslager lieferbarFertiggebohrte Kupplungsteile Seite 13

During starting, three times the nominal couplingtorque is permissible for a short period.Permissible temperature range of ambient air andmachine shaft ends between -30 �C and +80 �C.

= available ex Flender stockSee page 13 for finish bored coupl. parts

Le couple de démarrage admissible est égal à 3fois le couple nominal. La plage de températureambiante admissible, particulièrement aux arbresdes machines est -30 �C à +80 �C.

= livrables du stock FlenderVoir page 13 alésages définitifs

Größen 58 bis 280 / Sizes 58 to 280Tailles 58 à 280

B zweiteilig / in two parts / en 2 parties

Teil / Part / Partie 1





A dreiteilig / in three parts / en 3 parties



15.I Nennwerte PN : n, Drehmomente TN, Drehzahlen nmax, Maße, Massenträgheitsmomente J und GewichteNominal values PN : n, torques TN, speeds nmax, dimensions, mass moments of inertia J and weightsCaractéristiques PN : n, couples TN, vitesses nmax, dimensions, moments d’inertie J et poids

N-EUPEXKupplungCouplingAccouple-

Nenn-wert

Nominalvalue

C té

Nenn-dreh-

momentNom.t

Dreh-zahl

SpeedVit

Bohrung / BoreAlésage

D1Teil / Part / Partie

d2

TeilPart

P ti

MassenträgheitsmomentMass moment of inertia

Moment d’inertieJ 2)

GewichtWeightPoids

2)Accouple-ment

valueCaracté-ristique

Nom.torqueCouple

S eedVitesse 1 4 + 2

PartPartie Teil/Part/Partie Teil/Part/Partie

Ge-ment

Bau- Größeart SizeT T ill

ristique1)

PN

Couplenomin.

TNn max 3)

bisto

jusqu’à3)

bisto

jusqu’à

da 142

l1 P S1 u1 w1 14 o.

2 + 3

GesamtTotal 1

4 o.2 + 3

Ge-samtTotal

Type TaillePNn

TN

Nm min-1 mm mm mm mm mm mm mm mm mm mm kgm2 kgm2 kgm2 kg kg kg

B 58B 68B 80B 95

0.0020.00360.00630.011

19 34 60 100

5000500050005000

- - - -

19 24 30 42

- - - -

24 28 38 42

58 68 80 95 76

40 50 68 76

20 20 30 35

2... 42... 42... 42... 4

20 20 30 30

8 8 10 12

0.0001 0.0002 0.0006 0.0013

0.0001 0.0001 0.0006 0.0014

0.0002 0.0003 0.0012 0.0027

0.22 0.31 0.79 1.2

0.23 0.32 0.72 1.4

0.45 0.63 1.51 2.6

B 110B 125B 140

0.0170.0250.038

160 240 360

500050004900

- - -

48 55 60

- - -

48 55 60

110125140

86100100

86100100

40 50 55

2... 42... 42... 4

34 36 34

14 18 20

0.0027 0.005 0.007

0.0028 0.0057 0.007

0.0055 0.0107 0.014

1.9 2.9 3.3

2.0 3.3 3.6

3.9 6.2 6.9

B 160B 180B 200

0.0590.0920.14

560 880 1340

425038003400

- - -

65 75 85

- - -

65 75 85

160180200

108125140

108125140

60 70 80

2... 62... 62... 6

39 42 47

20 20 24

0.013 0.023 0.04

0.012 0.022 0.04

0.025 0.045 0.08

4.7 6.9 9.5

4.7 7.1 10.5

9.4 14 20

B 225B 250B 280

0.210.290.41

2000 2800 3900

300027502450

- 44 47

90100110

- 44 52

90100110

225250280

150165180

150165180

90100110

2... 63... 83... 8

52 60 65

18 18 20

0.07 0.12 0.2

0.065 0.11 0.17

0.135 0.23 0.37

11.5 17.5 24

13 16.5 21

24.5 34 45

A 110A 125A 140

0.0170.0250.038

160 240 360

500050004900

- - -

48 55 60

- - -

38 45 50

110125140

86100100

62 75 82

40 50 55

33 38 43

2... 42... 42... 4

34 36 34

20 23 28

0.0027 0.005 0.007

0.002 0.0045 0.008

0.0047 0.0095 0.015

1.9 2.9 3.3

1.6 2.7 3.7

3.5 5.6 7

A 160A 180A 200

0.0590.0920.14

560 880 1340

425038003400

- - -

65 75 85

- - -

58 65 75

160180200

108125140

95108122

60 70 80

47 50 53

2... 62... 62... 6

39 42 47

28 30 32

0.013 0.023 0.04

0.015 0.026 0.045

0.028 0.049 0.085

4.7 6.9 9.5

5.1 7.3 10.3

9.8 14.2 19.8

A 225A 250A 280

0.210.290.41

2000 2800 3900

300027502450

- 44 47

90100110

- 30 52

85 95105

225250280

150165180

138155172

90100110

61 69 73

2... 63... 83... 8

52 60 65

38 42 42

0.07 0.12 0.2

0.08 0.13 0.2

0.15 0.25 0.4

13 17.5 24

14 19.5 24

27 37 48

A 315 0.58 5500 2150 47 88

100120

44 88

100120

315 165200

165200

125 78 3... 8 70 47 0.31 0.34

0.33 0.37

0.64 0.71

31 32

32 34

63 66

A 350 0.81 7700 1950 59 88

110140

59 88

110140

350 180230

180230

140 83 3... 8 74 51 0.54 0.60

0.54 0.63

1.1 1.2

43 45

43 47

86 92

A 400 1.1 10300 1700 64 98

120150

64 98

120150

400 200250

200250

160 88 3... 8 78 56 1 1.2

0.9 1

1.9 2.2

63 66

59 64

122130

A 440 1.4 13500 1550 78118

130160

78118

130160

440 215265

215265

180 99 5...10 86 64 1.5 1.7

1.5 1.7

3 3.4

79 82

80 85

159167

A 480 1.7 16600 1400 88134

145180

88134

145180

480 240300

240300

190 104 5...10 90 65 2.3 2.6

2.3 2.6

4.6 5.2

100105

100110

200215

A 520 2.2 21200 1300 98138

150190

98138

150190

520 250315

250315

210 115 5...10 102 68 3.5 3.8

3.2 3.6

6.7 7.4

130140

120135

250275

A 560A 610A 660A 710

345.16.5

29000380004900062000

120011001000 950

118128138138

200220240260

118128138138

200220240260

560610660710

320352384416

320352384416

220240260290

125135145155

6...126...126...126...12

115121132138

80 88 96102

5.9 8.61318.5

6 9.31420

11.917.92738.5

180225290370

185240320400

365465610770

1) PN = Nennleistung in kWn = Drehzahl in min-1

2) Massenträgheitsmomente J und Gewichtegelten für mittlere Bohrungen.

3) Vorbohrung

Bestellbeispiele Seite 19

1) PN = Nominal power rating in kWn = Speed in min-1

2) Mass moments of inertia J and weights referto couplings with medium-sized bores.

3) Pilot bore

Ordering examples on page 19

1) PN = Puissance nominale en kWn = Vitesse de rotation en min-1

2) Moments d’inertie J et poids correspondent àl’alésage moyen.

3) Préalésage

Exemples de commande page 19

K420 DE/EN/FR16

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiquesBauarten E und D Types E and D Types E et Dzum Anflanschen For Flange-mounting à flasque bride





Le couple de démarrage admissible est égal à 3fois le couple nominal. La plage de températureambiante admissible, particulièrement aux arbresdes machines, est -30 �C à +80 �C.


Größen 68 bis 280Sizes 68 to 280Tailles 68 à 280

E zweiteilig / in two parts / en 2 parties



Teil / Part / Partie 10 Teil / Part / Partie 3


D dreiteilig / in three parts / en 3 parties





ment

Nenn-wert

Nominalvalue

Caracté-ristique

Nenn-dreh-

momentNom.torqueCouple

Dreh-zahl

SpeedVitesse

Bohrung/BoreAlésage

D1

Teil/Part/Partie

FlanschanschlußmaßeFlange fitting dimensions

Cotes de fixation des brides

Massenträgheits-moment / Mass

moment of inertiaMoment d’inertie

J 2)

GewichtWeightPoids

2)mentristique

qCouplenomin

4 oder/or/ou 2 wahlweiseti ll

o.

re

Teil / Part / PartieGe-

Bau- Größeart SizeType Taille

1)

PN

nomin.

TN

n max

1

3)bisto

jusqu’à

d3h8

k

wahlweiseoptionallyau choix

s1 nzahl /

No

ff / N

om

bre

c daD2H7

d2 l1 P S1 u2 w1 4 o. 2/3 10

Ge-samtTotal

Ty e Taille PNn

N

Nm min-1 mm mm mm mm mm An

off

mm mm mm mm mm mm mm mm mm kgm2 kgm2 kg

E 68E 80E 95

0.00360.00630.011

34 60 100

500050005000

- - -

28 38 42

90106120

80 94108

5.5 6.6 6.6

M 5M 6M 6

6 6 6

7 8 8

68 80 95

34 42 52

50 68 76

20 30 35

2... 42... 42... 4

20 21 24

81012

0.00010.00060.0014

0.00040.00080.0014

0.67 1.36 2.1

E 110E 125E 140

0.0170.0250.038

160 240 360

500050004900

- - -

48 55 60

144158180

128142160

9 911

M 8M 8M10

6 6 6

101013

110125140

62 75 82

86100100

40 50 55

2... 42... 42... 4

27 31 34

141820

0.00280.00570.007

0.00340.00520.011

3.2 4.8 6.2

E 160E 180E 200

0.0590.0920.14

560 880 1340

425038003400

- - -

65 75 85

200220248

180200224

111114

M10M10M12

7 8 8

131316

160180200

95110120

108125140

60 70 80

2... 62... 62... 6

39 42 47

202024

0.0120.0220.04

0.0170.0260.051

8 11.5 16.5

E 225E 250E 280

0.210.290.41

2000 2800 3900

300027502450

- 44 52

90100110

274314344

250282312

141818

M12M16M16

8 8 8

162020

225250280

135150170

150165180

90100110

2... 63... 83... 8

52 60 65

181820

0.0650.110.17

0.0850.160.24

19 28 35

D 110D 125D 140

0.0170.0250.038

160 240 360

500050004900

- - -

38 45 50

144158180

128142160

9 911

M 8M 8M10

6 6 6

101013

110125140

62 75 82

62 75 82

40 50 55

33 38 43

2... 42... 42... 4

27 31 34

202328

0.0020.0040.008

0.00340.00520.011

2.8 4.2 6

D 160D 180D 200

0.0590.0920.14

560 880 1340

425038003400

- - -

58 65 75

200220248

180200224

111114

M10M10M12

7 8 8

131316

160180200

95110120

95108122

60 70 80

47 50 53

2... 62... 62... 6

39 42 47

283032

0.0150.0260.045

0.0170.0260.051

8.1 11.2 16

D 225D 250D 280

0.210.290.41

2000 2800 3900

300027502450

- 30 52

85 95105

274314344

250282312

141818

M12M16M16

8 8 8

162020

225250280

135150170

138155172

90100110

61 69 73

2... 63... 83... 8

52 60 65

384242

0.080.130.2

0.0850.160.24

21.5 31 38

D 315 0.58 5500 2150 44 88

100120

380 348 18 M16 9 22 315 200165200

125 78 3... 8 70 470.330.37

0.4 50.5 52.5

D 350 0.81 7700 1950 59 88

110140

430 390 22 M20 9 25 350 225180230

140 83 3... 8 74 510.540.63

0.7 68 72

D 400 1.1 10300 1700 64 98

120150

480 440 22 M20 10 25 400 265200250

160 88 3... 8 78 560.91

1.1 91 96

D 440 1.4 13500 1550 78118

130160

520 480 22 M20 10 25 440 295215265

180 99 5...10 86 641.51.7

1.7120125

D 480 1.7 16600 1400 88134

145180

575 528 26 M24 10 30 480 325240300

190 104 5...10 90 652.32.6

2.7153163

D 520 2.2 21200 1300 98138

150190

615 568 26 M24 10 30 520 355250315

210 115 5...10 102 683.23.6

3.8185200



3) Vorbohrung




3) Pilot bore




3) Préalésage


K420 DE/EN/FR 17

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiquesBauarten O und P, mit Brems- Types O and P, With Brake Drum Types O et P avec poulie detrommel nach DIN 15431 According to DIN 15431 frein selon DIN 15431







O zweiteilig mit Bremstrommel / in two parts with brake drumen 2 parties avec poulie de frein



P dreiteilig mit Bremstrommel / in three parts with brake drumen 3 parties avec poulie de frein





� �



Nenn-wert

Nominalvalue

Caracté-ristique

Nenn-dreh-


Dreh-zahl

SpeedVitesse


D1 D2

Teil / Part / Partie

TeilPart

Partie

TeilPart

Partie



J 2)

GewichtWeightPoids

2)Accou le-

mentristique

1)

qCouplenomin.

n max2 o. 4 32 32 2+4

Teil / PartPartie

Gesamt

Teil / PartPartie Ge-

tBau- Größeart SizeTyp Taille

1)

PNTN

N

n max

3)

1

4)

bisto

jusqu’à

4)

bisto

jusqu’à

d1 b1 dB da d2 l1 l2 P S1 S4 w14 o.2+3

32+10

GesamtTotal 4 o.

2+332+10

GesamtTotal

Ty Taille PNn

N

Nm min-1 mm mm mm mm mm mm mm mm mm mm mm mm mm kgm2 kgm2 kgm2 kg kg kg

O 125 0.025 240 3400 - 55 - 55 200 75 84 125 100 50 75 2...4 30...32 18 0.006 0.043 0.049 3.3 8.5 11.8

O 140 0.038 360 2750 - 60 - 60250 95 128

140 100 55 95 2...4 33...35 20 0.007 0.13 0.137 3.6 19.3 22.9

O 160 0.059 560 2750 - 65 - 70250 95 128

160 108 60 95 2...6 38...42 20 0.012 0.14 0.152 4.7 20 24.7

O 180 0.092 880 2150 - 75 - 80315 118 128

180 125 70 118 2...6 41...45 20 0.022 0.346 0.368 7.1 29 36.1

O 200 0.14 1340 2150 - 85 - 80315 118 128

200 140 80 118 2...6 46...50 24 0.04 0.371 0.411 10.5 31 41.5

O 200 0.14 1340 1700 - 85 - 90 400 150 160 200 140 80 150 2...6 46...50 24 0.04 1.1 1.14 10.5 51 61.5

O 200 0.14 1340 1400 - 85 - 90 500 190 175 200 140 80 190 2...6 46...50 24 0.04 2.8 2.84 10.5 89 99.5

O 225 0.21 2000 1700 - 90 - 90 400 150 160 225 150 90 150 2...6 51...55 18 0.065 1.1 1.165 11.5 53 64.5

O 250 0.29 2800 1400 30 100 36 100500 190 175

250 165 100 190 3...8 60...65 18 0.11 2.9 3.01 16.5 95 111.5

O 280 0.41 3900 1400 52 110 46 110500 190 175

280 180 110 190 3...8 65...70 20 0.17 3.1 3.27 21 97 118

O 280 0.41 3900 1100 52 110 46 110 630 236 175 280 180 110 236 3...8 65...70 20 0.17 8 8.17 21 150 171

P 125 0.025 240 3400 - 45 - 55 200 75 84 125 75 50 75 38 2...4 30...32 23 0.004 0.043 0.047 2.7 8.5 11.2

P 140 0.038 360 2750 - 50 - 60250 95 128

140 82 55 95 43 2...4 33...35 28 0.008 0.13 0.138 3.7 19.3 23

P 160 0.059 560 2750 - 58 - 70250 95 128

160 95 60 95 47 2...6 38...42 28 0.015 0.14 0.155 5.1 20 25.1

P 180 0.092 880 2150 - 65 - 80315 118 128

180 108 70 118 50 2...6 41...45 30 0.026 0.346 0.372 7.3 29 36.3

P 200 0.14 1340 2150 - 75 - 80315 118 128

200 122 80 118 53 2...6 46...50 32 0.045 0.371 0.416 10.3 31 41.3

P 200 0.14 1340 1700 - 75 - 90 400 150 160 200 122 80 150 53 2...6 46...50 32 0.045 1.1 1.145 10.3 51 61.3

P 200 0.14 1340 1400 - 75 - 90 500 190 175 200 122 80 190 53 2...6 46...50 32 0.045 2.8 2.845 10.3 89 99.3

P 225 0.21 2000 1700 - 85 - 90 400 150 160 225 138 90 150 61 2...6 51...55 38 0.08 1.1 1.18 14 53 67

P 250 0.29 2800 1400 30 95 36 100500 190 175

250 155 100 190 69 3...8 60...65 42 0.13 2.9 3.03 19.5 95 114.5

P 280 0.41 3900 1400 52 105 46 110500 190 175

280 172 110 190 73 3...8 65...70 42 0.2 3.1 3.3 24 97 121

P 280 0.41 3900 1100 52 105 46 110 280 172 110 236 73 3...8 65...70 42 0.2 8 8.2 24 150 174

P 315 0 58 5500 110044 100

46 120 315165

125 236 78 3 8 70 75 470.33 8.2 8.53 32 154 186

P 315 0.58 5500 110088 120

46 120630 236 175

315200

125 236 78 3...8 70...75 470.37 8.3 8.67 34 155 189

P 350 0 81 7700 110059 110

46 140

630 236 175

350180

140 236 83 3 8 74 79 510.54 8.5 9.04 43 160 203

P 350 0.81 7700 110088 140

46 140 350230

140 236 83 3...8 74...79 510.63 8.8 9.43 47 180 227

P 315 0 58 5500 95047 100

53 120 315165

125 265 78 3 8 70 75 470.33 14.2 14.53 32 210 242

P 315 0.58 5500 95088 120

53 120

710 265 192

315200

125 265 78 3...8 70...75 470.37 14.2 14.57 34 210 244

P 350 0 81 7700 95059 110 53 140

710 265 192

350180

140 265 83 3 8 74 79 510.54 14.6 15.14 43 213 256

P 350 0.81 7700 95088 140

350230

140 265 83 3...8 74...79 510.63 14.8 15.43 47 220 267



3) Höhere Drehzahlen auf Anfrage.4) Vorbohrung




3) Higher speeds on request.4) Pilot bore




3) Pour vitesses plus élevées, nous consulter.4) Préalésage


K420 DE/EN/FR18

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiquesBauart H Type H Type Hmit Zwischenhülse With Intermediate Sleeve avec entretoise







H mit Zwischenhülse / with intermediate sleeve / avec entretoise


S3 = Wellenabstand= Space between shafts= Écartement des arbres

LZ = Länge der Zwischenhülse= Length of intermediate sleeve= Longueur de l’entretoise

Teil / Part / Partie 6Teil / Part / Partie 7




Nenn-wert

Nominalvalue

Caracté-ristique

Nenn-dreh-


Dreh-zahl

SpeedVitesse


D1


TeilPart

Partie



J 2)

GewichtWeightPoids

2)Accou le-

mentristique

1)

qCouplenomin. 1 5 1 5 Teil / Part / Partie


Bau- Größeart SizeType Taille

1)

PN TN

n max 3)bisto

jusqu’à

3)bisto

jusqu’à

da d2 d2 d4 l1 l2 LZS2

+1

S3

+1u1 w2 w3 1 5+6+7 1

5+6+7

GesamtTotal

Ty e Taille PNn

TN

Nm min-1 mm mm mm mm mm mm mm mm mm mm mm mm mm mm kgm2 kgm2 kg kg kg

H 80 0.0063 60 5000 - 30 - 32 80 55 51 30 45 87127

5 100140

30 10 9 0.0006 0.00140.0015

0.8 2 2.1

2.8 2.9

H 95 0.011 100 5000 - 42 - 42 95 76 70 63 35 45 87127

5 100140

30 10 9 0.0013 0.00280.0031

1.2 2.7 3

3.9 4.2

H 110 0.017 160 5000 - 48 - 48 110 86 80 73 40 50 50 60

85125165

5100140180

34 12 11 0.00270.00560.0060.0064

1.9 3.9 4.3 4.7

5.8 6.2 6.6

H 125 0.025 240 5000 - 55 - 55 125 100 90 85 50

50 50 60 70 80

85125165185235

5

100140180200250

36 12 11 0.005

0.00990.010.0110.01150.012

2.9

5.3 5.8 6.3 6.6 7.1

8.2 8.7 9.2 9.510

H 140 0.038 360 4900 - 60 - 60 140 100 100 91 55

65 65 65 65 80

82122162182232

5

100140180200250

34 15 15 0.007

0.0180.0190.020.0210.022

3.3

8 8.5 9 9.3 9.9

11.311.812.312.613.2

H 160 0.059 560 4250 - 65 - 65 160 108 108 111 60

70 70 70 70 80

81.5121.5161.5181.5231.5

6

100140180200250

39 15 15 0.013

0.030.0320.0340.0350.037

4.7

9.810.511.311.712.7

14.515.21616.417.4

H 180 0.092 880 3800 - 75 - 75 180 125 125 131 70 80

121.5161.5181.5231.5

6

140180200250

42 15 15 0.023

0.0540.0580.060.065

6.9

14.11515.516.5

2121.922.423.4

H 200 0.14 1340 3400 - 85 - 85 200 140 140 144 80 90

118.5158.5178.5228.5

6

140180200250

47 18 18 0.04

0.0950.10.1050.11

9.5

19.720.821.422.6

29.230.330.932.1

H 225 0.21 2000 3000 - 90 - 90 225 150 150 169 90 100

118.5158.5178.5228.5

6

140180200250

52 18 18 0.07

0.1580.160.170.18

13

25.22626.728.5

38.23939.741.5

H 250 0.29 2800 2750 44 100 44 100 250 165 165 185 100 110152.5172.5222.5

8180200250

60 23 21 0.120.270.280.3

17.53637.239

53.554.756.5



3) Vorbohrung




3) Pilot bore




3) Préalésage


K420 DE/EN/FR 19

N-EUPEXElastische Kupplungen Flexible Couplings Accouplements élastiquesEinbaubeispiel Bauart H Installation Example Type H Exemple de montage type HBestellbeispiele Ordering Examples Exemples de commandes

Einbaubeispiel N-EUPEX-KupplungBauart HN-EUPEX-Kupplung Bauart H mit Zwischenhülseim Antrieb einer Kreiselpumpe. Der Ausbau desLagerstuhls mit Laufrad ist ohne Abbau des Elek-tromotors möglich.

Installation example N-EUPEX couplingType HN-EUPEX coupling type H with intermediatesleeve for a centrifugal pump drive. The impellerand bearing assembly can be dismantled withoutremoving the motor.

Exemple de montage accouplementType HAccouplement N-EUPEX type H avec entretoisepour l’entrainement d’une pompe centrifuge. Ledémontage du palier et du rotor se fait sans dépla-cement du moteur.

Kupplung eingebautCoupling fittedAccouplement monté

Lagerstuhl ausgebautBearing assembly dismantledPalier démonté

Bestellbeispiel für Bauart BAntrieb Presse: E-Motor / GetriebePM = 55 kW, P2 = 52 kW, nM = 1430 min-1,30 Anläufe / h, Umgebungstemperatur 30 �CPos. Menge

1 1 N-EUPEX-Kupplung B 180 miterhöhten Paketen nach KatalogK420, ausgewuchtet in einer Ebene,Gütestufe Q 16Teil 1:Bohrung 65 H7, Nut DIN 6885 Teil 1,mit Stellschraube,nach dem Nuten ausgewuchtetTeil 4:Bohrung 60 H7, Nut DIN 6885 Teil 1,mit Stellschraube,vor dem Nuten ausgewuchtet

Ordering example for type BDrive of a press: Electric motor / gear unitPM = 55 kW, P2 = 52 kW, nM = 1430 min-1,30 starts / h, ambient temperature 30 �CItem Qty.

1 1 N-EUPEX coupling B 180 with over-size flexibles acc. to brochureK420, balanced in one plane,quality Q16Part 1:Bore 65 H7, keyway acc. to DIN6885/1, with set screw,balanced after keyseatingPart 4:Bore 60 H7, keyway acc. to DIN6885/1, with set screw,balanced before keyseating

Exemple de commande pour type BEntraînement d’une presse: Moteur électrique /réducteur PM = 55 kW, P2 = 52 kW, n1 = 1430 min-1,30 démarrages / h, température ambiante 30 �CPos. Qte.

1 1 Accouplement N-EUPEX B 180suivant K420, avec tampons suré-levés, équilibré statiquement dansun plan, qualité Q 16Partie 1:Alésage 65 H7, rainure DIN 6885-1,avec vis de fixation, équilibré aprèsl’exécution de la rainure de clavettePartie 4:Alésage 60 H7, rainure DIN 6885-1avec vis de fixation,équilibré avant rainurage

Bestellbeispiel für Bauart E2-Zylinder-Dieselmotor / GeneratorPM = 15 kW, P2 = 12 kW, nM = 1600 min-1,Umgebungstemperatur 50 �CPos. Menge

1 5 N-EUPEX-Kupplung E 125 nachKatalog K420, ausgewuchtet in einerEbene, Gütestufe Q 16Teil 4:Bohrung 50 H7, Nut DIN 6885 Teil 1,mit Stellschraube,vor dem Nuten ausgewuchtetTeil 10:mit Durchgangsbohrungen im Flansch

Ordering example for type E2-cylinder-Diesel engine / generatorPM = 15 kW, P2 = 12 kW, nM = 1600 min-1,Ambient temperature 50 �CItem Qty.

1 5 N-EUPEX coupling E 125 acc. tobrochure K420, balanced in oneplane, quality Q16Part 4:Bore 50 H7, keyway acc. to DIN

6885/1, with set screw,balanced before keyseatingPart 10:Flange with through holes

Exemple de commande pour type EEntraînement d’un moteur Diesel à 2 cylindres /génératrice, PM = 15 kW, P2 = 12 kW,n1 = 1600 min-1, température ambiante 50 �CPos. Qte.

1 5 Accouplement N-EUPEX E 125suivant K420, équilibré statiquementdans un plan, qualité Q 16Partie 4:Alésage 50 H7, rainure DIN 6885-1,avec vis de fixation,équilibré avant rainuragePartie 10:Avec trous lisses dans la bride

Bestellbeispiel für Bauart H4-Zylinder-Dieselmotor / Kreiselpumpe(zähe Flüssigkeit)PM = 22 kW, P2 = 20 kW, nM = 750 min-1

Pos. Menge1 5 N-EUPEX-Kupplung H 160 nach

Katalog K420, ausgewuchtet in einerEbene, Gütestufe Q 16Maß S3 = 180 bei LZ = 161,5Teil 1:Bohrung 60 H7, Nut DIN 6885 Teil 1,mit Stellschraube,vor dem Nuten ausgewuchtetTeil 5:Bohrung 55 H7, Nut DIN 6885 Teil 1,mit Stellschraube,vor dem Nuten ausgewuchtet

Ordering example for type H4-cylinder-Diesel engine / centrifugal pump(viscous liquids)PM = 22 kW, P2 = 20 kW, nM = 750 min-1

Item Qty.1 5 N-EUPEX coupling H 160 acc. to

brochure K420, balanced in oneplane, quality Q16Dimension S3 = 180, LZ =161.5Part 1:Bore 60 H7, keyway acc. to DIN6885/1, with set screw,balanced before keyseatingPart 5:Bore 55 H7, keyway acc. to DIN6885/1, with set screw,balanced before keyseating

Exemple de commande pour type HMoteur diesel à 4 cylindres / pompe centrifuge(liquides chargés)PM = 22 kW, P2 = 20 kW, n1 = 750 min-1

Pos. Qte.1 5 Accouplement N-EUPEX H 160

suivant K420, équilibré statiquementdans un plan, qualité Q 16Dimension S3 = 180, LZ = 161,5Partie 1:Alésage 60 H7, rainure DIN 6885-1,avec vis de fixation,équilibré avant rainuragePartie 5:Alésage 55 H7, rainure DIN 6885-1,avec vis de fixation,équilibré avant rainurage

Bestellbeispiel für Bauart PAntrieb Personenaufzug: E-Motor / GetriebePM = 30 kW, P2 = 28 kW, nM = 1430 min-1,40 Anläufe / hPos. Menge

1 1 N-EUPEX-Kupplung P 140 nachKatalog K420, ausgewuchtet in zweiEbenen, Gütestufe Q 6,3Teil 2:Bohrung 50 H7, Nut DIN 6885 Teil 1,mit Stellschraube, aufgesetzt auf Mo-torwelle,nach dem Nuten ausgewuchtetTeil 32:250 x 95, Bohrung 50 H7, Nut nachDIN 6885 Teil 1, mit Stellschraubeaufgesetzt auf Getriebewelle,vor dem Nuten ausgewuchtet

Ordering example for type PDrive of a passenger lift: Electric motor / gear unitPM = 30 kW, P2 = 28 kW, nM = 1430 min-1,40 starts / hItem Qty.

1 1 N-EUPEX coupling P 140 acc. tobrochure K420, balanced in twoplanes, quality Q 6.3Part 2:Bore 50 H7, keyway acc. to DIN6885/1, with set screw, fitted on motorshaft,balanced after keyseatingPart 32:250 x 95, bore 50 H7, keyway acc. toDIN 6885/1, with set screw, fitted ongear unit shaft,balanced before keyseating

Exemple de commande pour type PEntraînement d’ascenseur pour personnes:Moteur électrique / réducteurPM = 30 kW, P2 = 28 kW, n1 = 1430 min-1,40 démarrages / hPos. Qte.

1 1 Accouplement N-EUPEX P 140suivant K420, équilibré dynamique-ment sur deux plans, qualité Q 6,3Partie 2:Alésage 50 H7, rainure DIN 6885-1,avec vis de fixation, monté sur l’arbredu moteur,équilibré après rainuragePartie 32:250 x 95, alésage 50 H7, rainure DIN6885-1, avec vis de fixation, montésur l’arbre du réducteur,équilibré avant rainurage

K420 DE/EN/FR20


Sonderausführungen Special Design Exécutions spéciales

SonderausführungenSonderausführungen von N-EUPEX-Kupplun-gen werden für vielseitige und mannigfaltigeAnforderungen der Praxis geliefert. FolgendeAnwendungsbeispiele zeigen deutlich, ”wie” dieverschiedenartigsten Kupplungsaufgaben u. a.technisch vorteilhaft gelöst werden.

Bei Neukonstruktion, Weiterentwicklungen odersonstigen technischen Kupplungsproblemensind wir gern bereit, unsere reichen Erfahrungenauf diesem Gebiet zur Verfügung zu stellen.

Special designsN-EUPEX couplings in special design are sup-plied for various types of application. We showhere a few examples of how technical problemscan be solved.

If you have any special requirements we aregladly prepared to place our many years’ expe-rience in this particular field at your disposal.

Exécutions spécialesLes accouplements N-EUPEX en exécutionsspéciales ont des applications multiples etvariées. Les exemples que nous présentonsci-dessous montrent clairement ”comment” il estpossible de résoudre techniquement desproblèmes d’accouplements divers.

Pour tout projet d’installation nouvelle ou detransformation, ainsi que pour tout problèmetechnique concernant les accouplements, nousnous faisons un plaisir de mettre notre expérienceà votre disposition.

Bauarten L und K (M420-1)

Types L and K (M420-1)

Types L et K (M420-1)

Bauarten B und ATypes B and ATypes B et A

Bauarten O und PTypes O and PTypes O et P

Bauart MType MType M

Bauarten O und PTypes O and PTypes O et P

Bauarten EBD und DBDTypes EBD and DBDTypes EBD et DBD

Bauart DBDRType DBDRType DBDR

mit Bremstrommel undvorstehender Nabe

with brake drum andprojecting hub

avec poulie de frein etmoyeu dépassant

mit Bremsscheibewith brake diskavec disque de frein

mit Bremsscheibewith brake diskavec disque de frein

mit Brems-scheibe

with brake disk

avec disque defrein

mit Bremstrommel nach DIN 15431with brake drum acc. to DIN 15431avec poulie de frein selon DIN 15431

mit Bremsscheibe für Scheiben-bremse

with brake disk for disk brake

avec disque de frein

mit großem Flanschwith large flangeavec grande bride

K420 DE/EN/FR 21

N-EUPEX-DSElastische Kupplungen Flexible Couplings Accouplements élastiques


N-EUPEX-DS-Kupplungen sind radial-, winkel-,axial- und drehnachgiebig, formschlüssig, fürbeide Drehrichtungen sowie Reversierbetriebverwendbar.

N-EUPEX-DS-Kupplungen in Normal-Ausfüh-rung werden aus hochwertigem Gußeisen GG-25hergestellt. In ihrer äußeren Form sind siegedrungene Ringkörper.

Die Übertragung des Drehmomentes erfolgt überelastische Kupplungspakete, die sich ingleichmäßig auf den Umfang verteilten Taschendes Kupplungsteiles 1 der Bauarten ADS, BDSund HDS befinden. Die Pakete können beiUmgebungstemperaturen von -30 �C bis +80 �Ceingesetzt werden. In die Zwischenräume greifendie entsprechend ausgebildeten Nocken desKupplungsteiles 3 bzw. 4 oder 7.

Bei Belastung werden die elastischen Paketevorwiegend auf Druck und Biegung beansprucht.Der Verdrehwinkel � wächst bis zum Nenndreh-moment der Kupplung gleichmäßig mit derBelastung an (Bild 22.1). Die daraus resul-tierende lineare Verdrehkennlinie bietet den Vor-teil, daß bei gleicher anlagenbedingter dynami-scher Anregung keine Verschiebung der mögli-chen Resonanzdrehzahlen in Abhängigkeit vomzu übertragenden, statischen Drehmomenterfolgt.

N-EUPEX-DS-Kupplungen gleichen im gewissenRahmen radialen Versatz � Kr (Bild 22.2), winke-ligen Versatz � Kw (Bild 22.3) und axialen Versatz� Ka (Bild 22.4) der Kupplungshälften aus, jedocherhöht genaues Ausrichten die Lebensdauer derPakete.

Für die Konstruktionspraxis ergeben sich vielfäl-tige Einbaumöglichkeiten durch Zusammenbauvon N-EUPEX-DS-Kupplungsteilen mit Riemen-scheiben aller Art sowie mit Zwischenwellen und-hülsen.

Bei der dreiteiligen Grundbauart ADS (Seite 31)ermöglicht das Lösen und Zurückziehen des Teils3 ein Trennen von Wellen und Maschinen ohnederen axiale Verschiebung. Die zweiteiligeBauart BDS (Seite 31) bedingt für das Trennenaxiales Verschieben um die Länge der Nocken.

Aus sicherheitsrelevanten Überlegungen ist derEinsatz der N-EUPEX-DS-Kupplungen inKombination mit Bremstrommeln (vergleicheStandardbauarten O und P, Seite 17) untersagt,da es sich bei der N-EUPEX-DS-Kupplung umeine durchschlagende Kupplung handelt.

Bei Bauart HDS (Seite 32) ermöglicht dieZwischenhülse z.B. in Kreiselpumpenantriebenden Ausbau des Lagerstuhles mit Laufrad ohneAbbau des Motors.

Mögliche Sonderausführungen:N-EUPEX-DS-Kupplungen werden bei Bedarf inSonderausführung gefertigt.

N-EUPEX-DS couplings provide torsional, angu-lar, transverse and axial flexibility, they givepositive engagement and are suitable for bothdirections of rotation and for reversing operation.

N-EUPEX-DS couplings in standard design aremade out of high-quality cast iron GG-25. Theyare in a cylindrical and compact form.

The torque is transmitted through flexiblecoupling elements located in recesses equallydistributed over the circumference of couplingpart 1 of types ADS, BDS and HDS, respectively.These flexibles can be used at ambient tempera-tures from -30 �C up to +80 �C. The suitably de-signed fingers of coupling part 3, or part 4 or 7engage in the intermediate spaces.

When loaded, the flexible elements are mainlysubjected to compression and bending. Theangle of twist � grows uniformly up to the nominalcoupling torque as the load increases (Fig. 22.1).The resulting linear spring characteristic offersthe advantage that with the same inherentdynamic excitation the possible resonancespeeds dependent upon the static torque to betransmitted will not change.

N-EUPEX-DS couplings will compensate to acertain extent for parallel offset misalignment� Kr (Fig. 22.2), angular misalignment � Kw (Fig.22.3), and axial movement � Ka (Fig. 22.4) ofthe shafts, but it should be noted that accuratealignment will increase the working life of thecoupling flexibles.

The designer has a choice of a large variety ofassembly designs by combining N-EUPEX-DScoupling parts with pulleys of all kinds, with float-ing shafts or intermediate sleeves.

In the basic type ADS which consists of threeparts (page 31), releasing and withdrawing part 3enables shafts and machines to be separatedwithout axial displacement. The two-part typeBDS (page 31) necessitates axial displacementby the length of the fingers for the purpose ofseparation.

For safety reasons the use of N-EUPEX-DScouplings together with brake drums (seestandard types O and P, page 17) is prohibitedsince the N-EUPEX-DS coupling is without fail-safe device.

With type HDS (page 32) the intermediate sleeveenables the impeller and bearing assembly ofa centrifugal pump drive to be dismantled withoutremoving the motor.

Special designs:N-EUPEX-DS couplings can be supplied in spe-cial designs.

Les accouplements N-EUPEX-DS sont élasti-ques à la flexion, à la torsion, dans les senstransversal et longitudinal. Ils conviennent pourles deux sens de rotation, ainsi que pour lesservices à inversion du sens de rotation.

Les accouplements N-EUPEX-DS d’exécutionstandard sont en fonte GG-25 de haute qualité.Ils sont de forme cylindrique et compacte.

La transmission du couple est assurée par destampons élastiques également répartis dans deslogements situés sur le pourtour du moyeu de lapartie d’accouplement 1 des types ADS, BDSet HDS. Les tampons conviennent pour destempératures de service situées entre -30 �C à+80 �C. Des doigts spécialement conçus de lapartie d’accouplement 3, 4, ou 7, selon les types,viennent s’emboîter entre les tampons élasti-ques.

Sous charge, les éléments élastiques subissentparticulièrement des contraintes de compressionet de flexion. L’angle de torsion � croît de manièrerégulière en fonction de la charge jusqu’au couplenominal (fig. 22.1). La courbe de torsion en résul-tant est linéaire et présente l’avantage que pourune même excitation dynamique liée à l’installa-tion, il n’y a aucun déplacement des vitessesde résonance possible, en fonction du couplestatique à transmettre.

Les accouplements N-EUPEX-DS compensentles désalignements des axes � Kr (fig. 22.2), lesdéviations angulaires � Kw (fig. 22.3), et les dé-placements axiaux des arbres � Ka (fig. 22.4).Cependant, un alignement précis des arbresaugmente la durée de vie des tampons.

En construction mécanique, la combinaison desparties d’accouplement N-EUPEX-DS avec despoulies à courroies de toutes sortes ou avec desarbres flottants, entretoises, permet des possibi-lités d’utilisation trés variées.

L’exécution de base type ADS (page 31) en troisparties permet, en dévissant et déboîtant la partie3 de désaccoupler les arbres et les machinessans être obligé de les reculer. Le type BDS(page 31) en deux pièces, nécessite pour ledésaccouplement un déplacement axial égal à lalongueur des doigts.

Pour des raisons de sécurité, le montaged’accouplements N-EUPEX-DS avec poulie defrein est impossible (voir les types O et P, page17) étant donné que le N-EUPEX-DS ne présentepas de dispositif de sécurité d’entraînement.

Le type HDS (page 32) à entretoise permetpar exemple de démonter le palier de rotord’une pompe centrifuge sans avoir à déplacer lemoteur.

Exécutions spéciales:Il est possible d’exécuter des accouplementsN-EUPEX-DS en exécutions spéciales.

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K420 DE/EN/FR22



Drehfedersteife und VerdrehwinkelTorsional spring rate and torsion angleElasticité à la torsion et angle de torsion

Radialer VersatzParallel offset misalignmentDésalignement des axes

Winkeliger VersatzAngular misalignmentDéviation angulaire

Axialer Versatz � Ka = Smax - Smin

Axial movement � Ka = Smax - Smin

Déplacement axial des arbres � Ka = Smax - Smin

22.1

22.2

22.3

22.4

Teil 1 mit KupplungspaketenPart 1 with flexiblesPartie 1 avec tampons élastiques

Bauart BDS, zweiteiligType BDS, in two partsType BDS, en 2 pièces



Teil 3 mit NockenPart 3 with fingersPartie 3 avec doigts


Bauart ADS, dreiteiligType ADS, in three partsType ADS, en 3 pièces

Bauart HDS, mit ZwischenhülseType HDS, with intermediate sleeveType HDS, à entretoise








Smax

Smin

Smax

Smin

K420 DE/EN/FR 23

N-EUPEX-DSElastische Kupplungen Flexible Couplings Accouplements élastiquesTechnische Hinweise für den Design Hints for Fitting Instructions concernant leEinbau montage

1. Ausführung der elastischen PaketeN-EUPEX-DS-Kupplungen werden mit Paketenaus Polyurethan-Kunststoff bestückt. Einwand-freie Übertragung des Drehmomentes und stö-rungsfreie Funktion sind unter Beachtung derAuslegungsrichtlinien nur bei Verwendung vonOriginal N-EUPEX-DS-Paketen gewährleistet.

2. Anordnung der KupplungsteileDie Anordnung der Kupplungsteile auf den zuverbindenden Wellenenden ist beliebig.

3. BohrungenDie den Fertigbohrungen zugeordneten Tole-ranzfelder sind der Tafel 34.I zu entnehmen.

4. BefestigungN-EUPEX-DS-Kupplungen werden normaler-weise mit Paßfedernuten nach DIN 6885 Teil 1und Stellschrauben ausgeführt. Ausführung mitKeilnut nach DIN 6886, Anzug von der Naben-innenseite, ist möglich. Hierbei ist jedoch zubeachten, daß die größten Bohrungen nur 60%der maximal zulässigen Bohrungen mit Paß-federnut betragen dürfen, es sei denn, die Naben-teile sind aus GGG gefertigt. Bei der Verwendungvon Endscheiben ist Rücksprache erforderlich.Bei den Größen 66 bis 103 sind die Gewinde-bohrungen für Stellschrauben bohrungsab-hängig, teilweise um 180� zur Paßfedernut ver-setzt angeordnet.

5. Angeflanschte Scheibe oder SchwungradAus sicherheitsrelevanten Überlegungen ist derEinsatz der N-EUPEX-DS-Kupplungen in Kombi-nation mit Bremstrommeln untersagt. (Prinzip derdurchschlagenden Kupplung).

6. Lagerung der WellenendenDie zu verbindenden Wellenenden sollen unmit-telbar vor und hinter der Kupplung gelagert sein.

7. Ein- und Ausbau von WellenN-EUPEX-DS-Kupplungen der Bauarten ADSund HDS ermöglichen den Ein- und Ausbauvon Wellen und Maschinen ohne deren axialeVerschiebung. Bei der Bauart ADS ist das Maß Pauf der Seite 31 zu beachten.

8. Auswuchten (nach DIN 740/2)Allgemein: Alle Kupplungsnaben mit Fertig-bohrung entsprechen mindestens einer Wucht-güte G16 (nach DIN 740 für n = 1500 min-1 bzw.v max. = 30 m/s, bei Wuchtung in einer Ebene).

Ausgewuchtet wird nach dem Halbkeil-Prinzip (DIN-ISO 8821)Nach Vereinbarung: Ist für das Betriebs- bzw.Anlagenverhalten eine feinere Wuchtgüte erfor-derlich, so ist dieses gesondert zu vereinbaren.Flender empfiehlt bei Umfangsgeschwindigkeitv > 30 m/s eine Wuchtung in Gütestufe G6.3,die ggfs. auch in zwei Ebenen vorgenommenwerden kann und ebenfalls gesondert zu bestel-len ist.Soll die Auswuchtung nach dem Vollkeil-Prinzip erfolgen, ist der ausdrückliche Hin-weis erforderlich.

9. SchwingungsberechnungFür die Auslegung nach DIN 740 Teil 2 sowie fürSchwingungsberechnungen stehen bei BedarfUnterlagen zur Verfügung. Schwingungsberech-nungen können auch beim Flender-Berech-nungsdienst in Auftrag gegeben werden.

10. Einbau und InbetriebnahmeFür Einbau und Inbetriebnahme der N-EUPEX-DS-Kupplungen ist die Betriebsanleitung zu be-achten.

1. Flexible coupling elementsN-EUPEX-DS couplings are supplied with flexibleelements of polyurethane plastics. Uninterruptedtransmission of torque and reliability of operationcannot be guaranteed unless original N-EUPEX-DS flexible elements are used.

2. Arrangement of coupling partsThe arrangement of the coupling parts on theshaft ends to be connected is optional.

3. BoresFor the appropriate tolerance ranges of finishedbores, see table 34.I.

4. Securing the couplingN-EUPEX-DS couplings are usually providedwith parallel keyways according to DIN 6885/1and set screws. Taper keyways according to DIN6886, stressed-type fastening from the inside ofthe hub, are possible. For this design, however, itshould be noted that the maximum permissiblebores may be only 60% of those permitted forparallel keyways, unless the hub material is nodu-lar graphite cast iron (GGG). If end plates areused, please refer to us.In couplings of sizes 66 to 103 the tapped holesfor set screws are – depending on the bore size –partly opposite the keyway.

5. Flange-mounted pulleys or flywheelsFor safety reasons the use of N-EUPEX-DScouplings together with brake drums is prohibited(principle of positive disconnection upon failure offlexible elements).

6. Supporting the shaft endsThe shaft ends to be connected must be sup-ported directly in front of and behind thecoupling.

7. Fitting and removing shaftsN-EUPEX-DS couplings of types ADS and HDSenable shafts and machines to be fitted and dis-mantled without axial displacement.For coupling type ADS, dimension P on page 31should be observed.

8. Balancing (acc. to DIN 740/2)General remarks: The balancing quality of allcoupling hubs with finished bores accords at leastwith G16 (to DIN 740 for n = 1500 min-1 or v max.= 30 m/s, for balancing in one plane).

Balancing is carried out with half parallel key(DIN-ISO 8821)To be agreed: If operating or plant behaviourrequires a higher balancing quality, this must beagreed separately. For peripheral speeds of v >30 m/s Flender recommends a balancing qualityof G6.3, which can be carried out in two planes,if required, and must also be ordered separately.

If balancing is required with full parallel key,this must be expressly stated.

9. Vibration calculationsData for the design according to DIN 740/2 andfor vibration calculations can be supplied onrequest.Vibration calculations can also be ordered fromFlender’s design department.

10. Installation and putting into serviceWhen installing and putting N-EUPEX-DScouplings into service, please refer to theOperating Instructions.

1. Tampons élastiquesLes accouplements N-EUPEX-DS sont équipésde tampons en polyuréthane. Seule l’utilisationdes tampons d’origine N-EUPEX-DS permetd’assurer une transmission continue et un parfaitfonctionnement. (en respectant les conseils dedimensionnement).

2. Disposition des parties d’accouplementOn peut choisir à volonté la disposition desparties d’accouplement sur les bouts d’arbres.

3. AlésagesPour les plages de tolérances correspondant auxalésages normés voir tableau 34.I.

4. FixationLes accouplements N-EUPEX-DS sont engénéral exécutés avec rainures pour clavettesparallèles selon DIN 6885 feuille 1 et vis de fixa-tion. Il est possible de prévoir des rainures pourclavetages forcés selon DIN 6886 (clavetagespar le côté intérieur du moyeu). Il faut noter queles alésages avec clavetages les plus grands necorrespondent qu’à 60% des diamètres maxi-mum admissibles, à moins d’exécuter lesmoyeux en fonte à graphite sphéroïdal (GGG).Pour un montage avec rondelle d’extrémité nousconsulter. Pour les tailles 66 à 103, les trousfiletés pour les vis de blocage sont en partie, sui-vant les diamètres de filetage, situés à l’opposéde la rainure de clavette.

5. Poulies et volants fixés par bridePour des raisons de sécurité, la combinaisond’un N-EUPEX-DS avec un poulie de frein n’estpas autorisée (principe de l’accouplement sansdispositif de sécurité d’entraînement).

6. Disposition des paliersLes sorties d’arbres doivent être soutenues pardes paliers placés dans le voisinage immédiat del’accouplement.

7. Montage et démontageLes accouplements des types ADS et HDS,permettent de désaccoupler les arbres et lesmachines sans être obligé de les reculer.Dans les type ADS, veillez à respecter la côte Pindiquée à la page 31.

8. Equilibrage (svt. DIN 740/2)Généralités: tous les moyeux d’accouplement àalésage fini sont au minimum conformes à uneclasse d’équilibrage G16 (selon DIN 740 pourn = 1500 min-1 ou v max. = 30 m/s, équilibragesur un plan).L’équilibrage a lieu selon le principe de lademicale (DIN-ISO 8821)Sur demande: Si le comportement en service etle comportement de l’installation demandent unequalité d’équilibrage plus poussée, celle-ci devraêtre convenue séparément. Flender recom-mande, à une vitesse circonférentielle v > 30 m/sun équilibrage de qualité G6.3, réalisable lecas échéant à deux niveaux qu’il faudra aussicommander séparément.Si l’équilibrage doit se faire selon le principede la cale entière, le client doit le spécifierexpressément.

9. Calcul de vibrationsNous tenons à la disposition de nos clients unedocumentation permettant les calculs de vibra-tion selon DIN 740 partie 2. Nos clients peuventaussi faire exécuter ces calculs de vibrations parles bureaux techniques Flender.

10. Montage et mise en servicePour le montage et la mise en service desaccouplements N-EUPEX-DS se référer à la no-tice d’entretien.

K420 DE/EN/FR24

N-EUPEX-DSElastische KupplungenÜberschlägige Ermittlung der Kupp-lungsgröße mittels Betriebsfaktor

Die zugrundegelegten Betriebsfaktoren basierenauf Erfahrungswerten, die global das Betriebs-verhalten von An- und Abtriebskombinationenabschätzen.Vorherrschend periodische Anregung der Maschi-nenanlage oder das Anfahren bzw. Abbremsengroßer Massen erfordert eine Auslegung nach DIN740/2 bzw. eine Schwingungsberechnung, dieauch beim Flender-Berechnungsdienst in Auftraggegeben werden kann. Unterlagen für diese Be-rechnungen stehen bei Bedarf zur Verfügung.Bei der Auswahl der Kupplungsgröße ist derBetriebsfaktor f1 (Tafel 24.II) – unter Berücksichti-

gung des Belastungskennwertes (Tafel 24.I) – zuberücksichtigen.Dieser Betriebsfaktor beinhaltet bis zu 25 Anläufeje Stunde. Bei bis zu 120 Anläufen je Stunde ist dernächstgrößere Betriebsfaktor zu wählen. Darüber-hinaus ist Rücksprache erforderlich.

1. Verwendungszweck der N-EUPEX-DSKupplung

1.1 Art der Kraftmaschine, Leistung PM in kW,Drehzahl nM in min-1

1.2 Art der Arbeitsmaschine, Soll-Leistung P2in kW

2. Belastungsverhältnisse der Kraft- undArbeitsmaschine

2.1 Betriebsart: Gleich- oder ungleichmäßigerBetrieb, auftretende Stöße, Massenträgheits-momente J der Kraft- und Arbeitsmaschinekönnen betriebsbedingt das zu übertragendeDrehmoment vergrößern.

2.2 Anläufe je Stunde

3. Umgebungsverhältnisse3.1 Umgebungstemperatur in �C:

-30 �C ≤ Tu ≤ +80 �C3.2 Umgebungsmedium

24.I Zuordnung des Belastungskennwertes nach der Art der Arbeitsmaschine (Beachte Prinzip der durchschlagenden Kupplung)

BaggerS EimerkettenbaggerS Fahrwerke (Raupe)M Fahrwerke (Schiene)M ManöverierwindenM SaugpumpenS SchaufelräderS SchneidköpfeM Schwenkwerke

BaumaschinenM BauaufzügeM BetonmischmaschinenM Straßenbaumaschinen

Chemische IndustrieM KühltrommelnM MischerG Rührwerke (leichte Flüssigkeit)M Rührwerke (zähe Flüssigkeit)M TrockentrommelnG Zentrifugen (leicht)M Zentrifugen (schwer)

ErdölgewinnungM Pipeline-PumpenS Rotary-Bohranlagen

FörderanlagenM FörderhaspelnS FördermaschinenM GliederbandfördererM Gurtbandförderer (Schüttgut)S Gurtbandförderer (Stückgut)M GurttaschenbecherwerkeM KettenbahnenM KreiselfördererM LastaufzügeG MehlbecherwerkeM PersonenaufzügeM PlattenbänderM SchneckenfördererM SchotterbecherwerkeS SchrägaufzügeM StahlbandfördererM Trogkettenförderer

Gebläse, Lüfter 1)

G Drehkolbengebläse TN ≤ 75 NmM Drehkolbengebläse TN ≤ 750 NmS Drehkolbengebläse TN > 750 NmG Gebläse (axial/radial) TN ≤ 75 NmM Gebläse (axial/radial) TN ≤ 750 NmS Gebläse (axial/radial) TN > 750 NmG Kühlturmlüfter TN ≤ 75 NmM Kühlturmlüfter TN ≤ 750 NmS Kühlturmlüfter TN > 750 NmG Saugzuggebläse TN ≤ 75 NmM Saugzuggebläse TN ≤ 750 NmS Saugzuggebläse TN > 750 NmG Turbogebläse TN ≤ 75 NmM Turbogebläse TN ≤ 750 NmS Turbogebläse TN > 750 Nm

Generatoren, UmformerS Frequenz-UmformerS GeneratorenS Schweißgeneratoren

GummimaschinenS ExtruderM KalanderS KnetwerkeM MischerS Walzwerke

HolzbearbeitungsmaschinenS EntrindungstrommelnM HobelmaschinenG HolzbearbeitungsmaschinenS Sägegatter

KrananlagenG EinziehwerkeS FahrwerkeS HubwerkeM SchwenkwerkeM Wippwerke

KunststoffmaschinenM ExtruderM KalanderM MischerM Zerkleinerungsmaschinen

MetallbearbeitungsmaschinenM BlechbiegemaschinenS BlechrichtmaschinenS HämmerS HobelmaschinenS PressenM ScherenS SchmiedepressenS StanzenG Vorgelege, WellensträngeM Werkzeugmaschinen-HauptantriebeG Werkzeugmaschinen-Hilfsantriebe

NahrungsmittelmaschinenG AbfüllmaschinenM KnetmaschinenM MaischenG VerpackungsmaschinenM ZuckerrohrbrecherM ZuckerrohrschneiderS ZuckerrohrmühlenM ZuckerrübenschneiderM Zuckerrübenwäsche

PapiermaschinenS GautschenS GlättzylinderS HolländerS HolzschleiferS KalanderS NaßpressenS ReißwölfeS Saugpressen

S SaugwalzenS Trockenzylinder

PumpenS KolbenpumpenG Kreiselpumpen (leichte Flüssigkeit)M Kreiselpumpen (zähe Flüssigkeit)S PlungerpumpenS Preßpumpen

Steine, ErdenS BrecherS DrehöfenS HammermühlenS KugelmühlenS RohrmühlenS SchlagmühlenS Ziegelpressen

TextilmaschinenM AufwicklerM Druckerei-FärbereimaschinenM GerbfässerM ReißwölfeM Webstühle

Verdichter, KompressorenS KolbenkompressorenM Turbokompressoren

WalzwerkeS BlechscherenM BlechwenderS BlockdrückerS Block- und BrammenstraßenS BlocktransportanlagenM DrahtzügeS EntzunderbrecherS FeinblechstraßenS GrobblechstraßenM Haspeln (Band und Draht)S KaltwalzwerkeM KettenschlepperS KnüppelscherenM KühlbettenM QuerschlepperM Rollgänge (leicht)S Rollgänge (schwer)M RollenrichtmaschinenS RohrschweißmaschinenM SaumscherenS SchopfscherenS StranggußanlagenM WalzenverstellvorrichtungenS Verschiebevorrichtungen

WäschereimaschinenM TrommeltrocknerM Waschmaschinen

WasseraufbereitungM KreiselbelüfterG Wasserschnecken

G = gleichmäßige Belastung Änderung des erforderlichen Belastungskennwertes kann ggf. nach Angabe der genauenM = mittlere Belastung Betriebsbedingungen erfolgen.S = schwere Belastung 1) P = Leistung der Arbeitsmaschine in kW, n = Drehzahl in min-1

24.II Betriebsfaktor f1 (tägliche Betriebsdauer bis 24 h)

Antriebsmaschine

Elektromotoren, Turbinen, Hydraulikmotoren

Belastungskennwert der Arbeitsmaschine G M S

1 1,25 1,75

1,25 1,5 2

1,5 2 2,5

24.III Temperaturfaktor St *

Tuvonbis

St 1 1,4 1,8

Kolbenmaschinen 1 - 3 ZylinderUngleichförmigkeitsgrad bis 1 : 100

Kolbenmaschinen 4 - 6 ZylinderUngleichförmigkeitsgrad 1 : 100 bis 1 : 200

-30 °C+40 °C

+40 °C+60 °C

+60 °C+80 °C

*) Der Temperaturfaktor ist nur anzuwenden beiKupplungsgrößen ≥ 305 und beim Einsatz vonPolyurethan-Paketen.

K420 DE/EN/FR 25

N-EUPEX-DSFlexible CouplingsRough Estimation of the CouplingSize by Means of the Service Factor

For the service factors empirical values were takenas a basis which generally assess the performanceof input and output combinations in service. Predo-minant periodic excitation of the plant or startingand braking of large masses require a designaccording to DIN 740/2 or vibration calculationswhich can also be ordered from us. Data forcalculations are available, if required.When selecting the size of a coupling, the servicefactor f1 of table 25.II depending on the specific loadclassification symbol of table 25.I must be allowed

for. This service factor is valid for up to 25 starts perhour. For up to 120 starts per hour use the nearestlarger service factor. For more frequent starting,please refer to us.

1. Application of the N-EUPEX-DS coupling1.1 Type of prime mover; power rating PM in kW,

speed nM in min-1

1.2 Type of driven machine; power rating P2 in kW

2. Load conditions of prime mover anddriven machine

2.1 Mode of operation: Uniform or non-uniform;any occurring shocks. Mass moments ofinertia J of prime mover and driven machinecan increase the torque to be transmitted dueto service conditions.

2.2 Number of starts per hour

3. Ambient conditions3.1 Ambient temperature in �C:

-30 °C ≤ Tu ≤ +80 °C3.2 Ambient medium

25.I Load classification symbols listed acc. to applications and industries (Take into account the principle of the coupling without fail-safe device)

Blowers, Ventilators 1)

U Rotary piston blowers TN ≤ 75 NmM Rotary piston blowers TN ≤ 750 NmH Rotary piston blowers TN > 750 NmU Blowers (axial/radial) TN ≤ 75 NmM Blowers (axial/radial) TN ≤ 750 NmH Blowers (axial/radial) TN > 750 NmU Cooling tower fans TN ≤ 75 NmM Cooling tower fans TN ≤ 750 NmH Cooling tower fans TN > 750 NmU Induced draught fans TN ≤ 75 NmM Induced draught fans TN ≤ 750 NmH Induced draught fans TN > 750 NmU Turbo blowers TN ≤ 75 NmM Turbo blowers TN ≤ 750 NmH Turbo blowers TN > 750 Nm

Building machineryM Concrete mixersM HoistsM Road construction machinery

Chemical industryU Agitators (liquid material)M Agitators (semi-liquid material)M Centrifuges (heavy)U Centrifuges (light)M Cooling drumsM Drying drumsM Mixers

CompressorsH Piston compressorsM Turbo compressors

ConveyorsM Apron conveyorsM Ballast elevatorsM Band pocket conveyorsM Belt conveyors (bulk material)H Belt conveyors (piece goods)U Bucket conveyors for flourM Chain conveyorsM Circular conveyorsM Goods liftsH HoistsH Inclined hoistsM Link conveyorsM Passenger liftsM Screw conveyorsM Steel belt conveyorsM Trough chain conveyorsM Hauling winches

CranesM Derricking jib gearsH Hoisting gearsU Luffing gearsM Slewing gearsH Travelling gears

DredgersH Bucket conveyors

H Bucket wheelsH Cutter headsM Manoeuvring winchesM PumpsM Slewing gearsH Travelling gears (caterpillar)M Travelling gears (rails)

Food industry machineryU Bottling and container filling machinesM Cane crushersM Cane knivesM Cane millsH Kneading machinesM Mash tubs, crystallizersU Packaging machinesM Sugar beet cuttersM Sugar beet washing machines

Generators, transformersH Frequency transformersH GeneratorsH Welding generators

LaundriesM TumblersM Washing machines

Metal rolling millsH Billet shearsM Chain transfersH Cold rolling millsH Continuous casting plantsM Cooling bedsH Cropping shearsM Cross transfersH Descaling machinesH Heavy and medium plate millsH Ingot and blooming millsH Ingot handling machineryH Ingot pushersH ManipulatorsH Plate shearsM Plate tiltersM Roller adjustment drivesM Roller straightenersH Roller tables (heavy)M Roller tables (light)H Sheet millsM Trimming shearsH Tube welding machinesM Winding machines (strip and wire)M Wire drawing benches

Metal working machinesU Countershafts, line shaftsH Forging pressesH HammersU Machine tools, auxiliary drivesM Machine tools, main drivesH Metal planing machinesH Plate straightening machinesH Presses

H Punch pressesM ShearsM Sheet metal bending machines

Oil industryM Pipeline pumpsH Rotary drilling equipment

Paper machinesH CalendersH CouchesH Drying cylindersH Glazing cylindersH PulpersH Pulp grindersH Suction rollsH Suction pressesH Wet pressesH Willows

Plastic industry machineryM CalendersM CrushersM ExtrudersM Mixers

PumpsU Centrifugal pumps (light liquids)M Centrifugal pumps (viscous liquids)H Piston pumpsH Plunger pumpsH Pressure pumps

Rubber machineryM CalendersH ExtrudersM MixersH Pug millsH Rolling mills

Stone and clay working machinesH Ball millsH Beater millsH BreakersH Brick pressesH Hammer millsH Rotary kilnsH Tube mills

Textile machinesM BatchersM LoomsM Printing and dyeing machinesM Tanning vatsM Willows

Water treatmentM AeratorsU Screw pumps

Wood working machinesH BarkersM Planing machinesH Saw framesU Wood working machines

U = Uniform load Listed load classification symbols may be modified after giving exact details ofM = Medium shock load operating conditions.H = Heavy shock load 1) P = Power rating of driven machine in kW, n = speed in min-1

25.II Service factor f1 (daily operating period up to 24 hours)

Prime mover

Electric motors, Turbines, Hydraulic motors

Load symbol of driven machine U M H

1 1.25 1.75

1.25 1.5 2

1.5 2 2.5

25.III Temperature factor St *

Tufrom to

St 1 1.4 1.8

Piston engines 1 - 3 cylinderscyclic variation to 1 : 100

Piston engines 4 - 6 cylinderscyclic variation 1 : 100 - 1 : 200

-30 °C+40 °C

+40 °C+60 °C

+60 °C+80 °C

*) The temperature factor is to be applied onlyfor coupling sizes ≥ 305 and if polyurethaneflexibles are used.

K420 DE/EN/FR26

N-EUPEX-DSAccouplements élastiquesSélection de la taille des accouplementspar l’utilisation du facteur service

Les facteurs services ont été définis sur la basevaleurs expérimentales qui prennent en considéra-tion, d’une manière générale, les comportementsdes machines motrices et des machines en-traînées. Si l’installation présente des excitationspériodiques prédominantes ou des démarragesvoire des freinages de grosses masses, il fauteffectuer une sélection selon la norme DIN 740/2,c’est à dire un calcul de vibrations, qui peut êtreréalisé par les services calculs de Flender surcommande. Les documents techniques néces-saires à ces calculs sont disponibles.Lors de la sélection de la taille de l’accouplement, il

faut se reporter au facteur f1 (tableau 26.II) enprenant en considération le facteur de charge(tableau 26.I).Ce facteur service tient compte de 25 démarragespar heure. Au-dessus et jusqu’à 120 démarragespar heure, il y a lieu de choisir le facteur serviceimmédiatement supérieur. Au delà de cette valeurnous consulter.

1. Utilisation de l’accouplement N-EUPEX-DS1.1 Genre de la machine motrice,

puissance PM in kW, vitesse nM en min-1

1.2 Genre de la machine entrainée,

Puissance absorbée P2 en kW

2. Conditions de fonctionnement2.1 Genre de fonctionnement: Un fonctionnement

uniforme ou avec peu de chocs, un fonction-nement de chocs importants, les momentsd’inertie J de la machine motrice ou entrainéepeuvent augmenter le couple à transmettre.

2.2 Démarrages par heure

3. Conditions particulières3.1 Température ambiante �C:

-30 �C ≤ Tu ≤ +80 �C3.2 Ambiante medium

26.I Détermination des charges selon la nature de la machine (Tenir compte du principe de l’accouplement sans dispositif de sécurité d’entraînement)

Alimentaire (Industrie)M Broyeurs de canne à sucreS Concasseurs de canne à sucreM Coupe canne à sucreM Coupeuses de betteravesM Cuves à moûtG EmboiteusesG EmboutisseusesM Laveurs de betteravesM Malaxeurs

BoisS EcorceursG Machines à boisM RaboteusesS Scies alternatives

CaoutchoucM CalandresS ExtrudeusesS LaminoirsS MalaxeursM Mélangeurs

CarrièresS Broyeurs à bouletsS Broyeurs à marteauxS Broyeurs à percussionS Broyeurs rotatifsS ConcasseursS Fours rotatifsS Presses à tuiles

CompresseursS Compresseurs à pistonsM Turbo compresseurs

Génératrices-alternateursS Convertisseurs de fréquenceS GénératricesS Génératrices de soudure

Industrie chimiqueG Agitateurs à liquidesM Agitateurs à produits visqueuxG Centrifugeuses légèresM Centrifugeuses lourdesM MalaxeursM Tambours de refroidissementM Tambours sécheurs

LaminoirsM Bobineuses (bande et fil)S Cages décalamineusesS Cisaille à tôlesS Cisailles à billettesS Cisailles à ébouterM Cisailles à rognerM Tambours sécheursM Commande de serrageS Convoyeurs à bramesS Coulées continuesM Dresseuses à rouleauxM Laminoirs à froidM Lignes de rouleaux (légères)

S Lignes de rouleaux (lourdes)S Machines de soudure des tuyauxS ManipulateursS Pousseurs de bramesM RefroidisseurM Retourneurs de tôlesM Ripeur transversalM Tracteurs à chaînesS Trains à lingots et à bramesS Trains à tôles finesS Trains à tôles fortesM Tréfileuse

Lavage (Installations de)M Machines à laverM Tambours sécheurs

Levage (engins de)M Mouvement de basculementS Mouvement de levageM Mouvement d’orientationG Mouvement de relevageS Mouvement de translation

Matières plastiquesM CalandresM ConcasseursM ExtrudeusesM Mélangeurs

Métallurgie et travail des métauxG Arbres de transmissionM Basculeurs de tôlesM CisaillesG Entraînement auxiliaire de machines-outilsM Entraînement principal de machines-outilsS EstampeusesS MarteauxS PressesS Presses à forgerS RaboteusesS Redresseuses

PapeterieS CalandresS CoucheuseS Cylindre aspirantS Cylindre frictionneurS Cylindre sécheurS DéchiqueteusesS Moulins à papierS Presses à eauS Presses aspirantesS Rectifieuse à bois

Pétrole (extraction)S Foreuses RotaryM Pompes de pipe-line

PompesG Centrifuges (à liquides)M Centrifuges (à produits visqueux)S à compressionS à pistons

S à pistons plongeurs

TerrassementS Excavateurs à godetsM Mécanismes d’orientationS Mécanismes de translation (sur chenilles)M Mécanismes de translation (sur rails)S Têtes de forageM Pompes aspirantesS Roues pellesM Treuils de manoeuvre

TextilesM DéchiqueteusesM Machines à imprimerM Métiers à tisserM OurdissoirsM Tonneaux de tannerie

Traitement des eauxM AgitateursG Vis d’archimède

Transporteurs-convoyeursM AscenseursS ConvoyeurM Convoyeur à bandes articuléesM Convoyeur à bandes pour matières en vracS Convoyeur à bandes pour matières solidesG Élévateurs à godets pour céréale/farineM Élévateurs à godets pour déchets

métalliquesM Élévateurs à godets pour pierrailleM Monte-chargesS Monte-charges inclinésM Transporteurs à augesM Transporteurs à bandes métalliquesM Transporteurs à chaînesM Transporteurs à chaînes et à augesM Transporteurs à tabliers métalliquesM Transporteurs à visM Treuils de puits

Travaux publicsM Machines de construction de routesM Malaxeurs à bétonM Monte-charges

Ventilateurs et soufflantes 1)

G Soufflantes rotatives TN ≤ 75 NmM Soufflantes rotatives TN ≤ 750 NmS Soufflantes rotatives TN > 750 NmG Tours de réfrigération TN ≤ 75 NmM Tours de réfrigération TN ≤ 750 NmS Tours de réfrigération TN > 750 NmG Ventilateurs axiaux ou radiaux TN ≤ 75 NmM Ventilateurs axiaux ou radiaux TN ≤ 750 NmS Ventilateurs axiaux ou radiaux TN > 750 NmG Ventilateurs de tirage TN ≤ 75 NmM Ventilateurs de tirage TN ≤ 750 NmS Ventilateurs de tirage TN > 750 NmG Ventilateurs turbo TN ≤ 75 NmM Ventilateurs turbo TN ≤ 750 NmS Ventilateurs turbo TN > 750 Nm

G = Charge uniforme Une modification de facteur de charge nécessaire peut être faite, si les caractéristiquesM = Charge moyenne de fonctionnement exactes sont fournies.S = Charge lourde 1) P = Puissance de la machine motrice en kW, n = Vitesse en min-1

26.II Facteur de service f1 (Durée de fonctionnement journalier jusqu’à 24 heures)

Machines motrices

Moteurs électriques, turbines, moteurshydrauliques

Charge selon nature de la machine G M S

1 1,25 1,75

1,25 1,5 2

1,5 2 2,5

26.III Facteurs de température ambiante St *

Tude

jusqu’a -30 °C+40 °C

St 1 1,4 1,8

Moteurs à pistons 1 - 3 cylindrescoefficient d’irrégularité jusqu’à 1 : 100

Moteurs à pistons 4 - 6 cylindrescoefficient d’irrégularité 1 : 100 à 1 : 200

+40 °C+60 °C

+60 °C+80 °C

*) Le facteur de température n’est à appliquesque pour les accouplements de taille ≥ 305et en cas d’utilisation de tampons en polyuré-thane.

K420 DE/EN/FR 27


Berechnungsbeispiele Calculation Examples Exemples de calcul


Gesucht: Eine N-EUPEX-DS Kupplung für den




Pumpe P2 = 95 kW





Leistung P2K = P2 x f1 X St. Nach Tafel 24.I

ermittelt man den Belastungskennwert G und

hierfür aus Tafel 24.II den Betriebsfaktor f1 = 1,0.

Da die Anlaufhäufigkeit 25 Anläufe je Stunde

überschreitet, ist der nächstgrößere Betriebs-

faktor f1 = 1,25 zu wählen. Durch die Umgebungs-

temperatur von 30 �C ist ein Temperaturfaktor

von St = 1,0 zu berücksichtigen.

Somit wird P2K = 95 x 1,25 x 1,0 = 118,75 kW.

Auf Seite 28 ist für n = 1430 min-1 und der

nächstgrößeren Nennleistung PN = 130 kW die

Kupplungsgröße 194 zu finden.

Gewählt: N-EUPEX-Kupplung ADS 194 ab

Flender-Vorratslager lieferbar.


Required: A N-EUPEX-DS coupling for the drive

of a centrifugal pump (light liquids) to be mounted



Pump P2 = 95 kW


Starts per hour 30


Solution: The coupling must be designed for a

power rating P2K = P2 x f1 x St. Table 25.I lists

load symbol U for this application, resulting in a

service factor f1 = 1.0 acc. to table 25.II. Since the

starting frequency per hour exceeds 25, the

nearest larger service factor has to be used;

in this case f1 = 1.25. Because of the ambient

temperature of 30 �C, a temperature factor of

St = 1.0 has to be taken into consideration.

Thus P2K = 95 x 1.25 x 1.0 = 118.75 kW.

On page 28, for speed n = 1430 min-1 and the

nearest larger nominal power rating PN = 130 kW

you find coupling size 194.

Selected: N-EUPEX coupling ADS 194 available

ex Flender stock.

Exemple de calcul 1

A sélectionner: Un accouplement N-EUPEX-DS

pour l’entraînement d’une pompe centrifuge

(liquides non chargés) monté entre moteur

électrique et pompe.


Pompe P2 = 95 kW


Démarrages/heure 30



une puissance P2K = P2 x f1 x St. Dans le tableau

26.I, nous relevons le facteur de charge corres-

pondant G et dans le tableau 26.II le facteur de

service f1 = 1,0. Comme la fréquence des

démarrages dépasse 25 par heure, on doit

choisir le facteur de service immédiatement

supérieur, soit f1 = 1,25. Compte tenu de la

température ambiante de 30 �C, il y a lieu de

prendre un facteur de température St = 1,0.

Ainsi on a P2K = 95 x 1,25 x 1,0 = 118,75 kW.

On trouve à la page 28, pour la vitesse n = 1430

min-1. Et la puissance nominale immédiatement

sup. PN = 130 kW, la taille d’accouplement 194.

Choix: Un accouplement N-EUPEX type ADS

taille 194 livrable du stock Flender.


Gesucht: Eine N-EUPEX-DS-Kupplung für den




Pumpe P2 = 28 kW




Es wird ein Ausbaustückmit min. 180 mm Längebenötigt.

Lösung: Die Kupplung ist für ein Drehmoment

von T = f1 x St x 9550 x P2/n auszulegen.

Nach Tafel 24.I ermittelt man den Belastungs-

kennwert G und hierfür aus Tafel 24.II den

Betriebsfaktor f1 = 1. Durch die Umgebungstem-

peratur von 50 �C ist ein Temperaturfaktor von

St = 1,4 zu berücksichtigen.

TKN ≥ 1 x 1,4 x 9550 x 28/1450 Nm = 258 Nm.

Somit ist die Größe 135 einzusetzen.

Gewählt: Unter Berücksichtigung der zu reali-

sierenden Geometrie und Bohrung wird die

N-EUPEX-Kupplung HDS 152 mit Zwischen-

hülse Teil 6 LZ = 182 mm für s3 = 200 mm gewählt.

Die Nabenlänge LZ von Teil 5 ist 65 mm. Die

Längenangabe s3 ist im Auftragstext mit vorzuge-

ben.

Siehe Bestellbeispiel Seite 33.


Required: A N-EUPEX-DS coupling for the drive

of a centrifugal pump (light liquids), to be mounted



Pump P2 = 28 kW


Starts per hour 5


A spacer of a minimumlength of 180 mm isrequired.

Solution: The coupling must be designed for a

torque T = f1 x St x 9550 x P2/n.

Table 25.I lists load symbol U for this application,

resulting in a service factor f1 = 1. acc. to table

25.II. Because of the ambient temperature of

50 �C, a temperature factor of St = 1.4 has to be

taken into consideration.

TKN ≥ 1 x 1.4 x 9550 x 28/1450 Nm = 258 Nm.

Thus, size 135 is selected.

Selected: Taking into consideration the geometry

and the bore to be carried out, N-EUPEX coupling

HDS 152 with intermediate sleeve part 6 LZ = 182

mm for s3 = 200 mm is selected. The hub length

LZ of part 5 is 65 mm. Length s3 has to be

stated in the order.

See ordering example on page 33.

Exemple de calcul 2

A sélectionner: Un accouplement N-EUPEX-DS

pour l’entraînement d’une pompe de centrifuge

(liquide léger), monté entre moteur et pompe.


Pompe P2 = 28 kW


Démarrages/heure 5


Il est nécessaire de prévoirune entretoise de longueur180 mm.


une puissance T = f1 x St x 9550 x P2/n.

Dans le tableau 26.I, nous relevons le facteur de

charge correspondant G et dans le tableau 26.II le

facteur de service f1 = 1. Compte tenu de la

température ambiante de 50 �C, il y a lieu de

prendre un facteur de température St = 1,4.

TKN ≥ 1 x 1,4 x 9550 x 28/1450 Nm = 258 Nm.

On choisit donc la taille 135.

Choix: Compte tenu des critères de géométrie et

de l’alésage, nous choisissons le N-EUPEX

HDS 152 avec entretoise partie 6 LZ = 182 mm

pour s3 = 200 mm. La longueur LZ du moyeux

partie 5 est 65 mm. La longueur s3 est à préciser

dans le texte de commande.

Voir exemples de commande page 33.

K420 DE/EN/FR28


Nennleistungen Nominal Power Ratings Puissances nominales

Die Nennleistungen PN nach Tafel 28.I sowie dieNennwerte PN : n und die Nenndrehmomente TNauf den Seiten 31 und 32 sind gültig für:

stoßfreien Betrieb,

bis zu 25 Anläufe je Stunde, wobei während desAnlaufes kurzzeitig das 3-fache Drehmomentzulässig ist,

gut fluchtende Wellen,

-30 �C bis +40 �C Umgebungstemperatur bzw.Temperatur der Maschinen-Wellenenden.

= ab Flender-Vorratslager lieferbarBauarten BDS, ADS und HDS

The nominal power ratings PN in kW shown intable 28.I as well as the nominal values PN : nand the nominal torques TN on pages 31 and 32are valid for:

shock-free operation,

up to 25 starts per hour, the permissible startingtorque being 3 times the running torque for ashort period,

properly aligned shafts,

ambient temperature and temperature of theshaft ends to be connected -30 �C up to +40 �C.

= available ex Flender stockTypes BDS, ADS and HDS

Les puissances nominales PN en kW indiquéesau tableau 28.I ainsi que les caractéristiquesPN : n et les couples nominaux TN figurant pages31 et 32 sont valables pour:

transmissions sans choc,

jusqu’à 25 démarrages à l’heure à condition quele couple de démarrage n’excède pas 3 fois lecouple nominal,

arbres bien alignés,

température ambiante ou température des arbrescomprises entre -30 �C à +40 �C.

= livrables du stock FlenderTypes BDS, ADS et HDS

28.I Drehzahlen und Nennleistungen / Speeds and nominal power ratings / Vitesses et puissances nominales

Dreh-zahl

Kupplungsgrößen / Coupling sizes / Tailles des accouplementszahl

Speed

Vitesse66 76 88 103 118 135 152 172 194 218 245 272 305 340 380 430 472 514 556

Vitesse

min-1 Nennleistungen PN in kW / Nominal power ratings PN in kW / Puissances nominales PN en kW

10 12.5 16

0.02

0.025

0.032

0.036

0.044

0.057

0.063

0.078

0.1

0.11

0.13

0.17

0.17

0.21

0.27

0.25

0.31

0.4

0.38

0.47

0.6

0.59

0.73

0.95

0.9

1.2

1.5

1.4

1.8

2.2

2.1

2.6

3.3

2.9

3.7

4.7

4.1

5.1

6.5

5.8

7.2

9.2

8

10

13

10.5

13.5

17

14

17.5

22.5

17.5

21.5

27.5

22

27.5

35.5

20 25 31.5

0.04

0.05

0.063

0.071

0.089

0.11

0.13

0.16

0.2

0.21

0.26

0.33

0.34

0.42

0.53

0.5

0.63

0.79

0.75

0.94

1.2

1.2

1.5

1.9

1.9

2.3

2.9

2.8

3.5

4.4

4.2

5.2

6.6

5.9

7.3

9.2

8.2

10

13

11.5

14.5

18

16

20

25.5

21.5

27

34

28.5

35

45

35

43

55

44

55

70

40 50 63

0.08

0.1

0.13

0.14

0.18

0.22

0.25

0.31

0.4

0.42

0.52

0.66

0.67

0.84

1

1

1.2

1.6

1.5

1.9

2.4

2.3

2.9

3.7

3.7

4.6

5.8

5.6

7

8.8

8.4

10.5

13

11.5

14.5

18.5

16.5

20.5

25.5

23

29

36

32

40

51

43

54

68

57

71

89

70

87

110

89

110

140

80 100 125

0.16

0.2

0.25

0.28

0.36

0.44

0.5

0.63

0.78

0.84

1.1

1.3

1.3

1.7

2.1

2

2.5

3.1

3

3.8

4.7

4.7

5.9

7.3

7.4

9.2

11.5

11

14

17.5

16.5

21

26

23.5

29.5

37

32.5

41

51

46

58

72

65

80.5

101

86

108

135

115

140

175

140

175

215

175

220

275

160 200 224

0.32

0.4

0.45

0.57

0.71

0.8

1

1.3

1.4

1.7

2.1

2.3

2.7

3.4

3.8

4

5

5.6

6

7.5

8.4

9.4

11.5

13

14.5

18.5

20.5

22.5

28

31.5

33.5

42

47

47

59

65

65

82

91

92

115

130

130

160

180

170

215

240

225

285

315

280

350

390

355

445

500

280 315 400

0.56

0.63

0.8

1

1.1

1.4

1.8

2

2.5

2.9

3.3

4.2

4.7

5.3

6.7

7

7.9

10

10.5

12

15

16.5

18.5

23.5

26

29

37

39

44

56

59

66

84

82

92

115

115

130

165

160

180

230

225

255

320

300

340

430

395

445

565

485

545

695

620

700

890

500 630 730

0.99

1.3

1.5

1.8

2.2

2.6

3.1

4

4.6

5.2

6.6

7.6

8.4

10.5

12

12.5

15.5

18.5

19

23.5

27.5

29.5

37

43

46

58

67

70

88

102

105

130

153

145

185

215

205

255

300

290

365

420

400

510

590

540

680

785

710

890

1030

870

1100

1270

1110

1400

1620

750 800 950

1.53

1.6

1.9

2.7

2.8

3.4

4.7

5

6

7.8

8.4

9.9

12.5

13.5

16

19

20

24

28.5

30

36

44

47

56

69

74

87

105

110

133

157

165

200

220

235

280

305

325

390

430

460

550

605

645

765

810

860

1020

1060

1130

1350

1300

1390

1650

1660

1775

2100

98010001120

1.93

2

2.2

3.5

3.6

4

6.2

6.3

7

10

10.5

11.5

16.5

16.7

19

24.5

25

28

37

38

42

57

58

66

90

92

103

137

140

155

205

210

235

290

295

330

400

410

460

565

575

645

790

800

900

1050

1080

1210

1385

1410

1580

1700

1750

1950

2175

2220

2500

125014301600

2.5

2.8

3.2

4.4

5.1

5.7

7.8

9

10

13

15

16.5

21

24

27

31

36

40

47

54

60

73

84

94

115

130

145

175

200

225

260

300

335

365

420

470

510

585

650

720

825

920

1000

1150

1290

1350

1540

1730

1760

2020

2150

2750

175020002500

3.5

4

5

6.2

7.1

8.9

11

12.5

15.5

18.5

21

26

29

34

42

44

50

63

66

75

94

103

117

146

160

185

230

245

280

350

365

420

525

510

585

735

715

815

1010

1150

1410

294031503500

5.8

6.3

7

10.5

11

12.5

18.5

20

22

31

33

37

49

53

59

74

79

88

110

115

132

172

185

205

270

290

320

410

440

615

40005000

8

9.9

14

17.5

25

31

42

52

67

84

100

125

150 235

Für abweichende Betriebsverhältnisse ist hin-sichtlich mechanischer Beanspruchung derBetriebsfaktor f1 und der Temperaturfaktor St aufSeite 24 zu berücksichtigen.

For differing operating conditions the servicefactor f1 and the temperature factor St on page 25should be taken into account with reference tomechanical stress.

Pour des conditions de service différentes, ondevra tenir compte du facteur de service f1 et dela température ambiante St indiqués à la page 26en ce qui concerne les efforts mécaniques.

K420 DE/EN/FR 29


für IEC-Motoren for IEC Motors pour moteurs selon normes IEC

Drehstrommotoren mit Käfigläufer nach DIN 42673Teil 1 Ausgabe April 1983.Die Zuordnung der Kupplungen zu den Elektromo-toren ist gültig für die Belastungskennwerte G undM der Arbeitsmaschine unter Berücksichtigung derTafeln 24.I, 24.II und 24.III. Bei einer Umgebungs-temperatur Tu > 40 �C und/oder einer Anfahrhäu-figkeit von größer 25 pro Stunde verliert die Zuord-nung ihre Gültigkeit.Vorherrschend periodische Anregung der Maschi-nenanlage oder das Anfahren bzw. Abbremsengroßer Massen erfordert eine Auslegung nach DIN740 Teil 2 bzw. eine Schwingungsberechnung, dieauch beim Flender-Berechnungsdienst in Auftraggegeben werden kann. Unterlagen für diese Be-rechnungen stehen bei Bedarf zur Verfügung.


Three-phase motors with squirrel cage rotoraccording to DIN 42673, part 1, April 1983 edition.The assignment of couplings to electric motorsis valid for load classification symbols U and Mfor the driven machine taking into considerationtables 25.I, 25.II and 25.III. In case of an ambienttemperature Tu > 40 �C and/or a starting frequencyof above 25 starts per hour the assignment is nolonger valid.Predominant periodic excitation of the plant orstarting and braking of large masses require adesign according to DIN 740/2 or vibration calcula-tions which can also be ordered from us. Data forcalculations are available, if required.


Moteur triphasé à cage selon DIN 42673 feuille 1Edition d’Avril 1983.La corrélation des accouplements en fonction desmoteurs électriques est valable pour les genres defonctionnement G et M de la machine entraînée,en tenant compte des tableaux 26.I, 26.II et 26.III.Cette corrélation n’est plus valable dans le cas d’unnombre de démarrage par heure supérieur à 25 oud’une température ambiante Tu > 40 �C.Si l’installation présente des excitations périodi-ques prédominantes ou des démarrages voire desfreinages de grosses masses, il faut effectuer unesélection selon la norme DIN 740/2, c’est à dire uncalcul de vibrations, qui peut être réalisé par lesservices calculs de Flender contre commande. Lesdocuments techniques nécessaires à ces calculssont disponibles sur demande.


N-EUPEX-DSBauart / Type BDS

Anbaumaße der IEC-MotorenAbmessungen der N-EUPEX-DS-Kupplungensiehe Seiten 31 - 32

Fitting dimensions of IEC motorsFor dimensions of N-EUPEX-DS couplings,see pages 31 - 32

Côtes de montage des moteurs selon normes IECDimensions des accouplements N-EUPEX-DSvoir pages 31 - 32

29.I Leistungen PM der IEC-Motoren und zugeordneten N-EUPEX-DS-KupplungenPower ratings PM of IEC motors and assigned N-EUPEX-DS couplingsPuissances PM des moteurs IEC et accouplements N-EUPEX-DS correspondants

Drehstrom-motor

Three-phasemotor

Moteurtriphasé

PM

bei / at / à

nM ~ 3000

min-1

N-EUPEX-DS

KupplungCoupling

Accouple-ment

PM

bei / at / à

nM ~ 1500

min-1

N-EUPEX-DS

KupplungCoupling

Accouple-ment

PM

bei / at / à

nM ~ 1000

min-1

N-EUPEX-DS

KupplungCoupling

Accouple-ment

PM

bei / at / à

nM ~ 750

min-1

N-EUPEX-DS

KupplungCoupling

Accouple-ment

Anbaumaße derIEC-Motoren

Fitting dimensionsof IEC motors

Côtes de montagedes moteurs IEC

3000 ≤ 1500

min-1

d x lM

nach / tovers.tri hasé

Größemin-1

GrößeSize

min-1GrößeSize

min-1GrößeSize

min-1GrößeSize

h a b w1 s DIN 748/1Größe

Size / Taille kWSizeTaille

kWSizeTaille

kWSizeTaille

kWSizeTaille mm mm mm mm mm mm

56 0.09 0.12

66 66

0.06 0.09

66 66 56 71 90 36 M 5 9 x 20

63 0.18 0.25

66 66

0.12 0.18

66 66 63 80 100 40 M 6 11 x 23

71 0.37 0.55

66 66

0.25 0.37

66 66 71 90 112 45 M 6 14 x 30

80 0.75 1.1

66 66

0.55 0.75

66 66

0.37 0.55

66 66 80 100 125 50 M 8 19 x 40

90 S 1.5 76 1.1 76 0.75 76 90 100 140 56 M 8 24 x 50

90 L 2.2 76 1.5 76 1.1 76 90 125 140 56 M 8 24 x 50

100 L 3 88 2.2 88 1.5 88 0.75 88

100 140 160 63 M 10 28 x 60 100 L 3 88 1.1 88

100 140 160 63 M 10 28 x 60

112 M 4 88 4 88 2.2 88 1.5 88 112 140 190 70 M 10 28 x 60

132 S 5.5 103 5.5 103 3 103 2.2 103

132 140 216 89 M 10 38 x 80 132 S 7.5 103

132 140 216 89 M 10 38 x 80

132 M 7.5 103 4 103 3 103

132 178 216 89 M 10 38 x 80 132 M 5.5 103

132 178 216 89 M 10 38 x 80

160 M 11 103 11 103 7.5 103 4 103

160 210 254 108 M 12 42 x 110 160 M 15 103 5.5 103

160 210 254 108 M 12 42 x 110

160 L 18.5 103 15 118 11 118 7.5 118 160 254 254 108 M 12 42 x 110

180 M 22 118 18.5 118 180 241 279 121 M 12 48 x 110

180 L 22 135 15 135 11 135 180 279 279 121 M 12 48 x 110

200 L 30 135 30 135 18.5 135 15 135

200 305 318 133 M 16 55 x 110 200 L 37 135 22 152

200 305 318 133 M 16 55 x 110

225 S 37 152 18.5 152 225 286 356 149 M 16 55x 60x 225 M 45 135 45 152 30 152 22 152 225 311 356 149 M 16

55x110

60x140

250 M 55 152 55 172 37 172 30 172 250 349 406 168 M 2060x140

65x140

280 S 75 172 75 194 45 194 37 194 280 368 457 190 M 20 65x 75x 280 M 90 172 90 194 55 194 45 194 280 419 457 190 M 20

65x140

75x140

315 S 110 172 110 218 75 218 55 218 315 406 508 216 M 24 65x 80x 315 M 132 172 132 218 90 218 75 218 315 457 508 216 M 24

65x140

80x170

K420 DE/EN/FR30


Bauartenübersicht Types Types

BDS zweiteilig ADS dreiteilig zur Verbindung zweier Wellen

BDS in two parts ADS in three parts for connecting two shaft ends

BDS en 2 parties ADS en 3 parties pour l’accouplement de deux bouts d’arbre

BDS Größen 66 bis 305BDS Sizes 66 to 305BDS Tailles 66 à 305

ADS Größen 118 bis 380ADS Sizes 118 to 380ADS Tailles 118 à 380

ADS Größen 430 bis 556ADS Sizes 430 to 556ADS Tailles 430 à 556


HDS mit Zwischenhülse

HDS with intermediate sleeve

HDS avec entretoise

K420 DE/EN/FR 31


Bauarten BDS und ADS Types BDS and ADS Types BDS et ADS

= ab Flender-Vorratslager lieferbar = available ex Flender stock = livrables du stock Flender


BDS zweiteilig / in two parts / en 2 parties




ADS dreiteilig / in three parts / en 3 parties



31.I Nennwerte PN : n, Drehmomente TKN, Drehzahlen nmax, Maße, Massenträgheitsmomente J und GewichteNominal values PN : n, torques TKN, speeds nmax, dimensions, mass moments of inertia J and weightsCaractéristiques PN : n, couples TKN, vitesses nmax, dimensions, moments d’inertie J et poids

N-EUPEX-DS

KupplungCouplingAccouple

Nenn-wert

Nominalvalue

Caracté

Nenn-dreh-

momentNom.torque

Dreh-zahl

SpeedVitesse


D1Teil / Part / Partie

d2

TeilPart

Partie

MassenträgheitsmomentMass moment of inertia

Moment d’inertieJ 3)

GewichtWeightPoids

3)gAccouple-

mentCaracté-ristique

torqueCouple

Vitesse 1 4 + 2 Partie Teil/Part/PartieGe-

Teil/Part/PartieGe-ment

1)

Bau- Größeart Size

ristique2)

PNn

Couplenomin.

TKN

N

n max

min-1

4)

bisto

jusqu’à4)

bisto

jusqu’à

da 142

l1 P S1 u1 w1 14 o.

2 + 3

Ge-samtTotal 1

4 o.2 + 3

Ge-samtTotal

art SizeType Taille

Nn Nm min-1

mm mm mm mm mm mm mm mm mm mm kgm2 kgm2 kgm2 kg kg kg

BDS 66BDS 76BDS 88

0.0020.00360.0063

19 34 60

500050005000

- - -

19 24 30

- - -

24 28 38

66 76 88

40 50 68

20 20 30

2... 42... 42... 4

20 20 30

8 8 10

0.0001 0.0002 0.0007

0.0002 0.0003 0.0006

0.0003 0.0005 0.0013

0.24 0.33 1

0.31 0.42 0.92

0.55 0.75 1.92

BDS 103BDS 118BDS 135

0.0110.0170.025

100 160 240

500050005000

- - -

42 48 55

- - -

42 48 55

103118135

76 86100

76 86100

35 40 50

2... 42... 42... 4

30 34 36

12 14 18

0.0015 0.003 0.006

0.0014 0.0031 0.007

0.0029 0.0061 0.013

1.6 1.9 3.1

1.5 2.1 3.5

3.1 4 6.6

BDS 152BDS 172BDS 194

0.0380.0590.092

360 560 880

490042503800

- - -

60 65 75

- - -

60 65 75

152172194

108118135

100108125

55 60 70

2... 42... 62... 6

36 41 44

20 20 20

0.011 0.019 0.037

0.011 0.018 0.032

0.022 0.037 0.069

4.2 5.8 8.8

4.4 5.7 8.2

8.6 11.5 17

BDS 218BDS 245BDS 272BDS 305

0.140.210.290.41

1340 2000 2800 3900

3400300027502450

- - 44 47

85 90100110

- - 44 52

85 90100110

218245272305

150150165180

140150165180

80 90100110

2... 62... 63... 83... 8

47 52 60 65

24 18 18 20

0.062 0.09 0.16 0.26

0.059 0.082 0.132 0.208

0.121 0.172 0.292 0.468

12 14.5 20 27

12.1 14.6 19.1 24.3

24.1 29.1 39.1 51.3

ADS 118ADS 135ADS 152

0.0170.0250.038

160 240 360

500050004900

- - -

48 55 60

- - -

38 45 50

118135152

86100108

62 75 82

40 50 55

33 38 43

2... 42... 42... 4

34 36 36

20 23 28

0.003 0.006 0.011

0.003 0.006 0.012

0.006 0.012 0.023

1.9 3.1 4.2

1.94 3.1 4.5

3.84 6.2 8.7


0.0590.0920.14

560 880 1340

425038003400

- - -

65 75 85

- - -

58 65 75

172194218

118135150

95108122

60 70 80

47 50 53

2... 62... 62... 6

41 44 47

28 30 32

0.019 0.037 0.062

0.020 0.035 0.062

0.039 0.072 0.124

5.8 8.8 12

6 8.5 12

11.8 17.3 24


0.210.290.41

2000 2800 3900

300027502450

- 44 47

90100110

- 30 52

85 95105

245272305

150165180

138155172

90100110

61 69 73

2... 63... 83... 8

52 60 65

38 42 42

0.09 0.16 0.26

0.115 0.2 0.3

0.205 0.36 0.56

14.5 20 27

17.7 24.7 29.1

32.2 44.7 56.1

ADS 340 0.58 5500 2150 47 120 44 88

100120 340 200

165200 125 78 3... 8 70 47

0.41 0.44

0.49 0.53

0.94 0.98 38

39.3 40.3

77.3 78.3

ADS 380 0.81 7700 1950 59 140 59 88

110140 380 230

180230 140 83 3... 8 74 51

0.71 0.77

0.84 0.93

1.62 1.71 54

53.5 57.5

107.5111.5

ADS 430 1.1 10300 1700 64 150 64 98

120150 430 250

200250 160 88 3... 8 78 56

1.2 1.4

1.26 1.4

2.69 2.83 76

69 74

145150

ADS 472 1.4 13500 1550 78 160 78118

130160 472 265

215265 180 99 5...10 86 64

1.9 2.1

2 2.1

4.13 4.23 95

91 97

186192

ADS 514 1.7 16600 1400 88 180 88134

145180 514 300

240300 190 104 5...10 90 65

2.8 3.1

3 3.3

6.15 6.45 119

115122

234241

ADS 556 2.2 21200 1300 98 190 98138

150190 556 315

250315 210 115 5...10 102 68

4.4 4.7

4.1 4.6

8.85 9.35 159

138152

297311

1) Bei Ausfall der Elastikelemente laufen dieKupplungsteile frei zueinander. Es findet keinemetallische Berührung statt.



4) Vorbohrung


1) Upon failure of flexible elements the couplingparts rotate independent of each other. Thereis no metal-to-metal contact.



4) Pilot bore


1) Lors de la rupture des éléments élastiques, les deux parties de l’accouplement tournent indé-pendamment. Il n’y a aucun contact métallique.



4) Préalésage


K420 DE/EN/FR32

N-EUPEX-DSElastische Kupplungen Flexible Couplings Accouplements élastiquesBauart HDS Type HDS Type HDSmit Zwischenhülse With Intermediate Sleeve avec entretoise

= ab Flender-Vorratslager lieferbar = available ex Flender stock = livrables du stock Flender

HDS mit Zwischenhülse / with intermediate sleeve / avec entretoise


S3 = Wellenabstand= Space between shafts= Écartement des arbres

LZ = Länge der Zwischenhülse= Length of intermediate sleeve= Longueur de l’entretoise



32.I Nennwerte PN : n, Drehmomente TKN, Drehzahlen nmax, Maße, Massenträgheitsmomente J und GewichteNominal values PN : n, torques TKN, speeds nmax, dimensions, mass moments of inertia J and weightsCaractéristiques PN : n, couples TKN, vitesses nmax, dimensions, moments d’inertie J et poids

N-EUPEX-DS

KupplungCouplingAccouple-

ment

Nenn-wert

Nominalvalue

Caracté-ristique

Nenn-dreh-


Dreh-zahl

SpeedVitesse


D1


TeilPart

Partie



J 3)

GewichtWeightPoids

3)

ment

1)

ristique

2)

qCouplenomin. 1 5 1 5 Teil / Part / Partie


Bau- Größeart Size

2)

PNTKN

n max

1

4)bisto

jusqu’à

4)bisto

jusqu’à

da d2 d2 d4 l1 l2 LZS2

+1

S3

+1u1 w2 w3 1 5+6+7 1

5+6+7

GesamtTotal

art SizeType Taille

PNn

KN

Nm min-1 mm mm mm mm mm mm mm mm mm mm mm mm mm mm kgm2 kgm2 kg kg kg

HDS 88 0.0063 60 5000 - 30 - 32 88 – 55 51 30 45 87127

5 100140

30 10 9 0.0007 0.00140.0015

1 2 2.1

3 3.1

HDS 103 0.011 100 5000 - 42 - 42 103 76 70 63 35 45 87127

5 100140

30 10 9 0.0015 0.00300.0033

1.6 2.8 3.1

4.4 4.7

HDS 118 0.017 160 5000 - 48 - 48 118 86 80 73 40 50 50 60

85125165

5100140180

34 12 11 0.0030.00600.00640.0068

1.9 4 4.4 4.8

5.9 6.3 6.7

HDS 135 0.025 240 5000 - 55 - 55 135 100 90 85 50

50 50 60 70 80

85125165185235

5

100140180200250

36 12 11 0.006

0.01070.01080.01180.01230.0128

3.1

5.5 6 6.5 6.8 7.3

8.6 9.1 9.6 9.910.4

HDS 152 0.038 360 4900 - 60 - 60 152 108 100 91 55

65 65 65 65 80

82122162182232

5

100140180200250

36 15 15 0.011

0.01960.02060.02160.02260.0236

4.2

8.3 8.8 9.3 9.610.2

12.51313.513.814.4

HDS 172 0.059 560 4250 - 65 - 65 172 118 108 111 60

70 70 70 70 80

81.5121.5161.5181.5231.5

6

100140180200250

41 15 15 0.019

0.03230.03430.03630.03730.0393

5.8

10.110.811.61213

15.916.617.417.818.8

HDS 194 0.092 880 3800 - 75 - 75 194 135 125 131 70 80

121.5161.5181.5231.5

6

140180200250

44 15 15 0.037

0.0580.0620.0640.069

8.8

14.515.415.916.9

23.324.224.725.7

HDS 218 0.14 1340 3400 - 85 - 85 218 150 140 144 80 90

118.5158.5178.5228.5

6

140180200250

47 18 18 0.062

0.1030.1080.1130.118

12

20.521.622.223.4

32.533.634.235.4

HDS 245 0.21 2000 3000 - 90 - 90 245 150 150 169 90 100

118.5158.5178.5228.5

6

140180200250

52 18 18 0.09

0.160.170.180.19

14.5

25.62727.729.5

40.141.542.244

HDS 272 0.29 2800 2750 44 100 44 100 272 165 165 185 100 110152.5172.5222.5

8180200250

60 23 21 0.160.30.310.33

2037.538.540.5

57.558.760.5

1) Bei Ausfall der Elastikelemente laufen dieKupplungsteile frei zueinander. Es findet keinemetallische Berührung statt.



4) Vorbohrung


1) Upon failure of flexible elements the couplingparts rotate independent of each other. Thereis no metal-to-metal contact.



4) Pilot bore


1) Lors de la rupture des éléments élastiques, les deux parties de l’accouplement tournent indé-pendamment. Il n’y a aucun contact métallique.



4) Préalésage


K420 DE/EN/FR 33


Bestellbeispiele Ordering Examples Exemples de commandes

Bestellbeispiel für Bauart ADSE-Motor / Kreiselpumpe (leichte Flüssigkeit)PM = 110 kW, P2 = 95 kW, nM = 1430 min-1,30 Anläufe/h, Umgebungstemperatur 30 �CPos. Menge

1 1 N-EUPEX-Kupplung ADS 194 nachKatalog K420, ausgewuchtet in einerEbene, Gütestufe Q 16Teil 1:Bohrung 75 H7, Nut DIN 6885 Teil 1,mit Stellschraube,nach dem Nuten ausgewuchtetTeil 2:Bohrung 60 H7, Nut DIN 6885 Teil 1,mit Stellschraube,vor dem Nuten ausgewuchtet

Ordering example for type ADSElectric motor / centrifugal pump (light liquids)PM = 110 kW, P2 = 95 kW, nM = 1430 min-1,30 starts/h, ambient temperature 30 �CItem Qty.

1 1 N-EUPEX coupling ADS 194 acc. tobrochure K420, balanced in oneplane, quality Q16Part 1:Bore 75 H7, keyway acc. to DIN6885/1, with set screw,balanced after keyseatingPart 2:Bore 60 H7, keyway acc. to DIN6885/1, with set screw,balanced before keyseating

Exemple de commande pour type ADSMoteur électrique / pompe centrifuge (liquides nonchargés)PM = 110 kW, P2 = 95 kW, nM = 1430 min-1, 30démarrages/heure, température ambiante 30 �CPos. Qte.

1 1 Accouplement N-EUPEX ADS 194suivant K420, équilibré statiquementdans un plan, qualité Q 16Partie 1:Alésage 75 H7, rainure DIN 6885-1,avec vis de fixation, équilibré aprèsl’exécution de la rainure de clavettePartie 2:Alésage 60 H7, rainure DIN 6885-1avec vis de fixation,équilibré avant rainurage

Bestellbeispiel für Bauart HDS4-Zylinder-Dieselmotor / Kreiselpumpe (zäheFlüssigkeit)PM = 22 kW, P2 = 20 kW, nM = 750 min-1,Umgebungstemperatur 70 �CPos. Menge

1 5 N-EUPEX-Kupplung HDS 194 nachKatalog K420, ausgewuchtet in einerEbene, Gütestufe Q 16Maß S3 = 180 bei LZ = 161,5Teil 1:Bohrung 60 H7, Nut DIN 6885 Teil 1,mit Stellschraube,vor dem Nuten ausgewuchtetTeil 5:Bohrung 55 H7, Nut DIN 6885 Teil 1,mit Stellschraube,vor dem Nuten ausgewuchtet

Ordering example for type HDS4-cylinder-Diesel engine / centrifugal pump (vis-cous liquids)PM = 22 kW, P2 = 20 kW, nM = 750 min-1,Ambient temperature 70 �CItem Qty.

1 5 N-EUPEX coupling HDS 194 acc. tobrochure K420, balanced in oneplane, quality Q16Dimension S3 = 180, LZ =161.5Part 1:Bore 60 H7, keyway acc. to DIN6885/1, with set screw,balanced before keyseatingPart 5:Bore 55 H7, keyway acc. to DIN6885/1, with set screw,balanced before keyseating

Exemple de commande pour type HDSMoteur diesel à 4 cylindres / pompe centrifuge(liquides chargés)PM = 22 kW, P2 = 20 kW, nM = 750 min-1,Température ambiante 70 �CPos. Qte.

1 5 Accouplement N-EUPEX HDS 194suivant K420, équilibré statiquementdans un plan, qualité Q 16Dimension S3 = 180, LZ = 161,5Partie 1:Alésage 60 H7, rainure DIN 6885-1,avec vis de fixation,équilibré avant rainuragePartie 5:Alésage 55 H7, rainure DIN 6885-1,avec vis de fixation,équilibré avant rainurage

Hinweis:Sollte aus Gründen der eigenen Bevorratung derWunsch bestehen, die Standard N-EUPEX-Kupp-lungsteile 3, 4 oder 7 mit dem Kupplungsteil 1 bzw.10 der N-EUPEX-DS-Kupplung zu paaren, so istdieses technisch realisierbar. Hierbei ist die Aus-richtung der Kupplung mittels Lineal nicht mehrmöglich, da die unterschiedlichen Außendurch-messer (entsprechend der Kupplungsgröße)dieses nicht erlauben. Eine Ausrichtung hat indiesem Fall durch eine Tiefenlehre zu erfolgen.Aus organisatorischen Gründen hat die Bestellungder Kupplung in Einzelteilen in getrennten Positio-nen zu erfolgen.

Bestellbeispiel für eine Kupplung bestehendaus einem Teil 1 der N-EUPEX-DS-Kupplungund einem Teil 2/3 der N-EUPEX-KupplungAntrieb: Elektromotor / Pumpe (leichte Flüssigkeit)PM = 55 kW, P2 = 52 kW, nM = 1430 min-1,5 Anläufe/h, Umgebungstemperatur 20 �C

Pos. Menge1 1 N-EUPEX-DS-Kupplung 172

Teil 1:Bohrung 65 H7, Nut DIN 6885 Teil 1,mit Stellschraube, ausgewuchtet ineiner Ebene, Gütestufe Q 16nach dem Nuten ausgewuchtet

Pos. Menge2 1 N-EUPEX-Kupplung 160

Teil 2/3:Bohrung 55 H7, Nut DIN 6885 Teil 1mit Stellschraube, ausgewuchtet ineiner Ebene, Gütestufe Q 16vor dem Nuten ausgewuchtet

Anmerkung:Die Größenbestimmung hat für die N-EUPEX-DS-Kupplung zu erfolgen. Das ermittelte Kupplungs-Nenndrehmoment ist zur Bestimmung derN-EUPEX-Größe zu verwenden. Leistungsmäßigwäre die N-EUPEX-DS-Kupplung 152 ausrei-chend, die für den Elektromotor notwendigeBohrung in Teil 1 von 65 H7 erfordert die Gr. 172.

Note:If for reasons of storing it is desired to combinestandard N-EUPEX coupling parts 3, 4 or 7 withcoupling part 1 or 10 of the N-EUPEX-DS seriesthis is technically possible. But alignment of thecoupling by means of a straightedge is no longerpossible because of the different outside diame-ters (which is the coupling size). In this case align-ment has to be carried out by means of a depthgauge.

For reasons of organization the coupling parts haveto be ordered as separate items.

Ordering example for a coupling consisting of apart 1 of the N-EUPEX-DS coupling and apart 2/3 of the N-EUPEX couplingDrive: Electric motor / Pump (light liquids)PM = 55 kW, P2 = 52 kW, nM = 1430 min-1,5 starts/h, ambient temperature 20 �C

Item Qty.1 1 N-EUPEX-DS coupling 172

Part 1:Bore 65 H7, keyway acc. to DIN6885/1, with set screw, balanced inone plane, quality Q16balanced after keyseating

Item Qty.2 1 N-EUPEX coupling 160

Part 2/3:Bore 55 H7, keyway acc. to DIN6885/1, with set screw, balanced inone plane, quality Q16balanced before keyseating

Note:The size has to be selected for the N-EUPEX-DScoupling. The calculated nominal coupling torquehas to be used for the determination of theN-EUPEX size. With regard to the power rating theN-EUPEX-DS coupling size 152 would besufficient, but the bore size of 65 H7 in part 1required for the electric motor requires size 172.

Remarque:Si pour des raisons de mise en stock, il est souhaitéde grouper les parties 3, 4 ou 7 des accouplementsN-EUPEX standard avec les parties 1 ou 10 desN-EUPEX-DS, ceci est techniquement réalisable.Par contre, l’alignement de l’accouplement avec larègle n’est plus possible à cause des diamètresextérieurs différents (correspondant à la tailled’accouplement). L’alignement doit être effectuéavec un pied à coulisse de profondeur.

Pour des raisons d’organisation, il faut rédiger lacommande en mentionnant chaque pièce déta-chée avec des positions différentes.

Exemple de commande d’un accouplementcomprenant une partie 1 de N-EUPEX-DS et unepartie 2/3 de N-EUPEXEntraînement: Moteur électrique / pompe centri-fuge (liquides non chargés) PM = 55 kW, P2 =52 kW, nM = 1430 min-1, 5 démarrages/heure,température ambiante 20 �CPos. Qte.

1 1 Accouplement N-EUPEX-DS 172Partie 1:Alésage 65 H7, rainure DIN 6885-1,avec vis de fixation, équilibré sur unplan, qualité Q 16équilibré après rainurage

Pos. Qte.2 1 Accouplement N-EUPEX 160

Partie 2/3:Alésage 55 H7, rainure DIN 6885-1avec vis de fixation, équilibré sur unplan, qualité Q 16équilibré avant rainurage

Note:Il faut d’abord définir la taille du N-EUPEX-DS. Lecouple nominal doit être la base de sélection duN-EUPEX. En fonction de la puissance donnée, leN-EUPEX-DS 152 serait suffisant, mais l’alésagenécessaire pour le moteur électrique de 65 H7nous conduit à retenir la taille 172.

K420 DE/EN/FR34

N-EUPEX, N-EUPEX-DSElastische Kupplungen Flexible Couplings Accouplements élastiquesPaßfedern und Keile Parallel and Taper Keys ClavetagesPassungsauswahl Selection of ISO Fits Choix des tolérances

34.I Passungsauswahl bei vorhandenen WellenendentoleranzenSelection of ISO fits for given shaft end tolerancesChoix des ajustements en fonction des tolérances des bouts d’arbres

PassungsauswahlSelection of ISO fits

Durchmesser / DiameterDiamètres

d Wellentoleranz BohrungstoleranzSelection of ISO fitsChoix des tolérances über

abovede

mm

bisto

jusqu’à

mm

WellentoleranzShaft tolerance

Tolérance des bouts

BohrungstoleranzBore tolerance

Tolérance pour les alésages

Wellentoleranznach Flender-Norm

25 k6nach Flender-Norm

Shaft toleranceacc. to Flender standard

25 100 m6 H7acc. to Flender standard

Tolérance des bouts selonstandard Flender

100 n6

Wellentoleranznach DIN 748/1

Shaft tolerance

50 k6

H7Shaft tolerance

acc. to DIN 748/1

Tolérance des boutsselon DIN 748/1

50 m6

H7

System Einheitswelle 50

h6K7

System EinheitswelleStandard shaft systemSystème arbre principal

50h6

M7ySystème arbre principal

alle / all / tout h8 N7

34.II Paßfedern / Parallel keys / Clavettes parallèles et forcées

Mitnehmerverbindung ohne Anzug Parallel key connection Clavetage libre

DurchmesserDiameterDiamètres

d

BreiteWidth

Largeur

HöheHeight

Hauteur

Wellennuttiefe

Depth of key-way in shaft

Profondeur ded

Nabennuttiefe

Depth of key-way in hub

Profondeur ded

Rundstirnige Paßfeder und Nut nachDIN 6885/1

überabove

de

mm

bisto

jusqu’à

mm

b

1)

mm

h

mm

Profondeur derainure dans

l’arbre

t1

mm

Profondeur derainure dans le

moyeu

d + t2DIN 6885/1

mm DIN 6885/1

Round headedll l k d

8 10 12

10 12 17

3

4

5

3

4

5

1.8

2.5

3

d + 1.4

d + 1.8

d + 2.3 parallel key and keyway acc. to DIN 6885/1

17 22 30

22 30 38

6

8

10

6

7

8

3.5

4

5

d + 2.8

d + 3.3

d + 3.3

Clavette parallèle à bouts ronds et rainure selonDIN 6885 f ill 1

38 44 50

44 50 58

12

14

16

8

9

10

5

5.5

6

d + 3.3

d + 3.8

d + 4.3

DIN 6885 feuille 1 58 65 75

65 75 85

18

20

22

11

12

14

7

7.5

9

d + 4.4

d + 4.9

d + 5.4

1) Das Toleranzfeld der Nabennutbreite b für Paßfedern ist ISO JS9, bzw.ISO P9 bei erschwerten Betriebsbedingungen. (z.B. Reversierbetrieb

)

85 95 110

95 110 130

25

28

32

14

16

18

9

10

11

d + 5.4

d + 6.4

d + 7.4g g (unter Last)

1) The tolerance zone for the hub keyway width b for parallel key is ISOJS9, or ISO P9 for heavy duty operating conditions. (e.g. reversing under

130 150 170

150 170 200

36

40

45

20

22

25

12

13

15

d + 8.4

d + 9.4

d + 10.4JS9, or ISO P9 for heavy duty o erating conditions. (e.g. reversing underload)

1) La plage de tolérance de la largeur b de la rainure de clavette par rapportà la clavette est ISO JS9, voire ISO P9 en cas de conditions de fonction-

200 230 260

230 260 290

50

56

63

28

32

32

17

20

20

d + 11.4

d + 12.4

d + 12.4à la clavette est ISO JS9, voire ISO P9 en cas de conditions de fonctionnement difficiles. (par exemple service à inversion de rotation souscharge)

290 330 380 440

330 380 440 500

70

80

90

100

36

40

45

50

22

25

28

31

d + 14.4

d + 15.4

d + 17.4

d + 19.4

K420 DE/EN/FR 35

N-EUPEX, N-EUPEX-DSElastische Kupplungen Flexible Couplings Accouplements élastiques

Explosionsschutz Explosion Protection Atmosphères explosives

Explosionsschutznach ATEX 95

Die Zulassung von N-EUPEX / N-EUPEX-DS-Kupplungen als Geräte zur bestim-mungsgemäßen Verwendung in explosi-onsgefährdeten Bereichen gemäß Richt-

linie 94/9/EG (ATEX 95) ist optional mög-lich.

Untertageanwendungen: Kategorie M2

Übertageanwendungen: Kategorie 2 + 3

Explosion protectionaccording to ATEX 95

It is optionally possible to have N-EUPEX/

N-EUPEX-DS couplings certified as equip-

ment for intended use in hazardous lo-cations according to directive 94/9/EC(ATEX 95).

Underground application: category M2

Surface application: categories 2 + 3

Atmosphères explosivesselon ATEX 95

Il est possible (en option) de faire certi-fier des accouplements type N-EUPEX /N-EUPEX-DS pour une utilisation desappareils dans des atmosphères explo-

sibles selon la directive 94/9/CE (ATEX95).

Application souterraine: catégorie M2

Application de surface: catégorie 2 + 3

Beschreibung der UmgebungDescription of the surroundingsDescription de l’environnement

Zuordnung der GeräteeigenschaftenAssignment of equipment categories to

safety requirementsCaractéristiques du matériel

Dauer der Explosionsgefahr:Explosive atmospheres occurring:

Durée du danger d’explosion:

Explosionsgefahr durch:

Explosive atmospherescaused by:

Cause du dangerd’explosión:

Eigenschaft:

Category:

Caractéris-tiques:

Sicherheits-anforderung:

Safetyrequirements:

Exigencesde sécurité:

Sicher bei Berück-sichtigung von:

Safe if taking into account:

Exigences de sécuritéen regard de:

Die quantifizierte Angabe dientnur zur Orientierung

The quantification serves fororientation only.

Les données ne sont qu’àtitre indicatif

Gas, Nebel,Dämpfe

Gases, vapours,mists

Gaz, Vapeur,Buée

StäubeDust

Poussières

ständig, häufig, mehrals 1.000h/Jahr

Continuously, frequently, for morethan 1,000h/yr

Permanent, fréquent, plusde 1.000h/an

Zone 0 Zone 20Kategorie 1Category 1Catégorie 1

sehr hochvery high

très hautes

selten auftretendenStörungen

Rarely occurringdisturbances

Apparence rared’interférences

gelegentlich, kurzzeitig,zwischen 10 und 1.000h/Jahr

Occasionally, for a short term,between 10 and 1,000h/yr

Occassionnel, à court terme,entre 10 et 1.000h/an


hochhigh

hautes

üblicherweise auftretendenStörungen

Normally occurringdisturbances

Apparence habituelled’interférences

sehr selten, kurzzeitig,weniger als 10h/Jahr

Infrequently, for a short term,less than 10h/yr

Très rare, à court terme,moins de 10h/an


normalnormal

normales

Bedingungen imNormalbetrieb

Normal operatingconditions

Fonctionnement normal

Adressen - Deutschland

A. FRIEDR. FLENDER AGAlfred-Flender-Straße 7746395 Bocholt

Postfach 136446393 Bocholt

Tel.: (0 28 71) 92 - 0Fax: (0 28 71) 92 - 25 96

[email protected]

A. FRIEDR. FLENDER AG

Kundenservice Center Nord

Alfred-Flender-Straße 77

46395 Bocholt

Postfach 1364

46393 Bocholt

Tel.: (0 28 71) 92 - 0

Fax: (0 28 71) 92 - 14 35

[email protected]

www.flender.com


Kundenservice Center Süd

Bahnhofstraße 40 - 44

72072 Tübingen

Postfach 1709

72007 Tübingen

Tel.: (0 70 71) 7 07 - 0

Fax: (0 70 71) 7 07 - 3 40

[email protected]

www.flender.com


Kundenservice Center Süd

(Außenstelle München)

Liebigstraße 14 85757 KarlsfeldTel.: (0 81 31) 90 03 - 0

Fax: (0 81 31) 90 03 - 33

[email protected]

www.flender.com


Kundenservice Center

Ost / Osteuropa

Schlossallee 8 13156 BerlinTel.: (0 30) 91 42 50 58

Fax: (0 30) 47 48 79 30

[email protected]

www.flender.com


Werk FriedrichsfeldAm Industriepark 2 46562 Voerde

Tel.: (0 28 71) 92 - 0

Fax: (0 28 71) 92 - 25 96

[email protected]

www.flender.com


Getriebewerk Penig

Thierbacher Straße 24

09322 Penig

Postfach 44 / 45

09320 Penig

Tel.: (03 73 81) 60

Fax: (03 73 81) 8 02 86

[email protected]

www.flender.com


Kupplungswerk Mussum

Industriepark Bocholt

Schlavenhorst 10046395 Bocholt

Tel.: (0 28 71) 92 - 28 68

Fax: (0 28 71) 92 - 25 79

[email protected]

www.flender.com


FLENDER GUSS

Obere Hauptstraße

228 - 230

09228 Chemnitz /

Wittgensdorf

Tel.: (0 37 22) 64 - 0

Fax: (0 37 22) 94 - 1 38

flender.guss@flender-

guss.com

www.flender-guss.de

WINERGY AGAm Industriepark 2

46562 Voerde

Postfach 201160

46553 Voerde

Tel.: (0 28 71) 9 24

Fax: (0 28 71) 92 - 24 87

[email protected]

www.winergy-ag.com

FLENDER TÜBINGEN GMBHBahnhofstraße 40 - 44

72072 Tübingen

Postfach 1709

72007 Tübingen

Tel.: (0 70 71) 7 07 - 0

Fax: (0 70 71) 7 07 - 4 00

sales-motox@flender-

motox.com

www.flender.com

LOHER GMBHHans-Loher-Straße 32

94099 Ruhstorf

Postfach 1164

94095 Ruhstorf

Tel.: (0 85 31) 3 90

Fax: (0 85 31) 3 94 37

[email protected]

www.loher.de

FLENDER SERVICE GMBH

Südstraße 111

44625 Herne

Postfach 101720

44607 Herne

Tel.: (0 23 23) 9 40 - 0

Fax: (0 23 23) 9 40 - 3 33 [email protected]

www flender-service com

24h Service Hotline +49 (0) 17 22 81 01 00

www.flender-service.com

Addresses - InternationalE U R O P E

�� Flender Ges.m.b.H.Industriezentrum Nö-SüdStrasse 4, Objekt 14Postfach 132

2355 Wiener Neudorf Phone: +43 (0) 22 36 - 6 45 70Fax: +43 (0) 22 36 - 6 45 70 10

[email protected]

��

� ��N.V. Flender Belge S.A. Cyriel Buyssestraat 130 1800 Vilvoorde Phone: +32 (0) 2 - 2 53 10 30

Fax: +32 (0) 2 - 2 53 09 [email protected]

�� Auto - Profi GmbH Alabin Str. 52 1000 Sofia Phone: +359 (0) 2 - 9 80 66 06Fax: +359 (0) 2 - 9 80 33 01

[email protected]

��

��

��

HUM - Naklada d.o.o. Mandroviceva 3 10 000 Zagreb Phone: +385 (0) 1 - 2 30 60 25Fax: +385 (0) 1 - 2 30 60 24

[email protected]

�� A. Friedr. Flender AGBranch OfficeHotel DUO, Teplicka 17

19 000 Praha 9 Phone: +420 2 - 83 88 23 00Fax: +420 2 - 83 88 22 05

[email protected]

�� Flender Scandinavia A/S Rugmarken 35 B 3520 Farum Phone: +45 - 70 22 60 03Fax: +45 - 44 99 16 62

[email protected]

��

��

Addinol MineralölMarketing OÜ

Suur-Söjamäe 3211 415 Tallinn

(Esthonia)Phone: +372 (0) 6 - 27 99 99Fax: +372 (0) 6 - 27 99 90

[email protected]

�� Flender Oy Ruosilantie 2 B 00 390 Helsinki Phone: +358 (0) 9 - 4 77 84 10Fax: +358 (0) 9 - 4 36 14 10

[email protected]

�� Flender S.a.r.l.Head Office3, rue Jean Monnet - B.P. 5

78 996 ElancourtCedex

Phone: +33 (0) 1 - 30 66 39 00Fax: +33 (0) 1 - 30 66 35 13

[email protected]

Flender S.a.r.lSales OfficeAgence de LyonParc Inopolis, Route de Vourles

69 230 Saint GenisLaval

Phone: +33 (0) 4 - 72 83 95 20Fax: +33 (0) 4 - 72 83 95 39

[email protected]

�� Flender-Graffenstaden SA

1, rue du Vieux Moulin

B.P. 84

67 400 Illkirch -Graffenstaden

67 402 Illkirch -Graffenstaden

Phone: +33 (0) 3 - 88 67 60 00Fax: +33 (0) 3 - 88 67 06 17

[email protected]

�� Flender Hellas Ltd. 2, Delfon str. 11 146 Athens Phone: +30 210 - 2 91 72 80Fax: +30 210 - 2 91 71 02

[email protected]

�� Wentech Kft. Bécsi Út 3 - 5 1023 Budapest Phone: +36 (0) 1 - 3 45 07 90Fax: +36 (0) 1 - 3 45 07 92

[email protected]@axelero.hu

�� Flender Cigala S.p.A.Parco Tecnologico ManzoniPalazzina GViale delle industrie, 17

20 040 Caponago (MI) Phone: +39 (0) 02 - 95 96 31Fax: +39 (0) 02 - 95 74 39 30

[email protected]

�� Flender Nederland B.V.Lage Brink 5 - 7Postbus 1073

7317 BD Apeldoorn7301 BH Apeldoorn

Phone: +31 (0) 55 - 5 27 50 00Fax: +31 (0) 55 - 5 21 80 11

[email protected]

�� Bruinhof B.V.Boterdiep 37Postbus 9607

3077 AW Rotterdam3007 AP Rotterdam

Phone: +31 (0) 10 - 4 97 08 08Fax: +31 (0) 10 - 4 82 43 50

[email protected]

�� Flender Scandinavia A/S Rugmarken 35 B 3520 Farum Phone: +45 - 70 22 60 03Fax: +45 - 44 99 16 62

[email protected]

�� A. Friedr. Flender AGBranch OfficePrzedstawicielstwo w Polsceul. Wyzwolenia 27

43 - 190 Mikolów Phone: +48 (0) 32 - 2 26 45 61Fax: +48 (0) 32 - 2 26 45 62

[email protected]

�� Rodamientos FEYC, S.A R. Jaime Lopes Dias, 1668 CV 1750 - 124 Lissabon Phone: +351 (0) 21 - 7 54 24 10Fax: +351 (0) 21 - 7 54 24 19

[email protected]

�� CN Industrial Group srlB-dul Garii Obor nr. 8 DSector 2

021 747 Bucuresti Phone: +40 (0) 21 - 2 52 98 61Fax: +40 (0) 21 - 2 52 98 62

[email protected]

�� Flender OOO Tjuschina 4 - 6 191 119 St. Petersburg Phone: +7 (0) 8 12 - 3 20 90 34Fax: +7 (0) 8 12 - 3 20 90 82

[email protected]

�� A. Friedr. Flender AGBranch OfficeVajanského 49, P.O. Box 286

08 001 Presov Phone: +421 (0) 51 - 7 70 32 67Fax: +421 (0) 51 - 7 70 32 67

[email protected]

�� Flender Ibérica S.A.Poligono Industrial SanMarcos Calle Morse, 31(Parcela D - 15)

28 906 Getafe - Madrid Phone: +34 (0) 91 - 6 83 61 86Fax: +34 (0) 91 - 6 83 46 50

[email protected]

�� Flender Scandinavia Äsenvägen 2 44 339 Lerum Phone: +46 (0) 302 - 1 25 90Fax: +46 (0) 302 - 1 25 56

[email protected]

�� Flender AG Zeughausstr. 48 5600 Lenzburg Phone: +41 (0) 62 - 8 85 76 00Fax: +41 (0) 62 - 8 85 76 76

[email protected]

��

Flender Güc AktarmaSistemleri Sanayi veTicaret Ltd. Sti.

IMES Sanayi, SitesiE Blok 502, Sokak No. 22

81 260 Dudullu -Istanbul

Phone: +90 (0) 2 16 - 4 66 51 41Fax: +90 (0) 2 16 - 3 64 59 13

[email protected]

��DIV-DeutscheIndustrievertretung

Prospect Pobedy 44 03 057 Kiev Phone: +380 (0) 44 - 2 30 29 43Fax: +380 (0) 44 - 2 30 29 30

[email protected]

��

��

Flender PowerTransmission Ltd.

Thornbury Works, Leeds RoadBradfordWest YorkshireBD3 7EB

Phone: +44 (0) 12 74 - 65 77 00Fax: +44 (0) 12 74 - 66 98 36

[email protected]

��

��

��

��

G.P.Inzenjering d.o.o. III Bulevar 54 / 19 11 070 Novi Beograd Phone: +381 (0) 11 - 60 44 73Fax: +381 (0) 11 - 3 11 67 91

[email protected]

A F R I C A

��

��Flender S.a.r.l. 3, rue Jean Monnet - B.P. 5

78 996 ElancourtCedex

Phone: +33 (0) 1 - 30 66 39 00Fax: +33 (0) 1 - 30 66 35 13

[email protected]

�� Sons of Farid Hassanen 81 Matbaa Ahlia Street Boulac 11 221, Cairo Phone: +20 (0) 2 - 5 75 15 44Fax: +20 (0) 2 - 5 75 17 02

[email protected]

�� Flender PowerTransmission (Pty.) Ltd.

Head OfficeCnr. Furnace St. & Quality Rd.P.O. Box 131

Isando - JohannesburgIsando 1600

Phone: +27 (0) 11 - 5 71 20 00Fax: +27 (0) 11 - 3 92 24 34

[email protected]

Flender PowerTransmission (Pty.) Ltd.

Sales OfficesUnit 3 Marconi Park, 9 MarconiCrescent, Montague GardensP.O. Box 37 291

Cape TownChempet 7442

Phone: +27 (0) 21 - 5 51 50 03Fax: +27 (0) 21 - 5 52 38 24

[email protected]


Unit 3 Goshawk ParkFalcon Industrial EstateP.O. Box 1608

New Germany - DurbanNew Germany 3620

Phone: +27 (0) 31 - 7 05 38 92Fax: +27 (0) 31 - 7 05 38 72

[email protected]


9 Industrial Crescent, Ext. 25P.O. Box 17 609

WitbankWitbank 1035

Phone: +27 (0) 13 - 6 92 34 38Fax: +27 (0) 13 - 6 92 34 52

[email protected]


Unit 14 King Fisher Park, AltonCnr. Ceramic Curve & AluminaAllee, P.O. Box 101 995

Richards BayMeerensee 3901

Phone: +27 (0) 35 - 7 51 15 63Fax: +27 (0) 35 - 7 51 15 64

[email protected]

A M E R I C A

�� Chilicote S.A. Avda. Julio A. Roca 546C 1067 ABNBuenos Aires

Phone: +54 (0) 11 - 43 31 66 10Fax: +54 (0) 11 - 43 31 42 78

[email protected]

�� Flender Brasil Ltda.Head OfficeRua Quatorze, 60Cidade Industrial

32 210 - 660Contagem - MG

Phone: +55 (0) 31 - 33 69 20 00Fax: +55 (0) 31 - 33 31 18 93

[email protected]

Flender Brasil Ltda.Sales OfficesRua James Watt, 142conjunto 142 - Brooklin Novo

04 576 - 050São Paulo - SP

Phone: +55 (0) 11 - 55 05 99 33Fax: +55 (0) 11 - 55 05 30 10

[email protected]

Flender Brasil Ltda.

Av. Presidente Vargas, 2001Edifício New Century - 11o.andar - sala 118Bairro Alto da Boa Vista

14 020 - 260Ribeirão preto - SP

Phone: +55 (0) 16 - 39 11 90 60Fax: +55 (0) 16 - 39 11 90 09

[email protected]

Flender Brasil Ltda.Rua da Mitra - quadre 30 - lote16Edifício Cristal - sala 207Bairro Renascença

65 075 - 770São Luis - MA

Phone: +55 (0) 98 - 2 35 84 92Fax: +55 (0) 98 - 2 35 84 93

[email protected]

Flender Brasil Ltda.Rua Padre Anchieta, 1691conjunto 1110 - Bairro Bigorrilho

80 730 - 000Curitiba - PR

Phone: +55 (0) 41 - 3 36 28 49Fax: +55 (0) 41 - 3 36 28 49

[email protected]

��Flender PowerTransmission Inc.

215 Shields Court, Units 4 - 6MarkhamOntario L3R 8V2

Phone: +1 (0) 9 05 - 3 05 10 21Fax: +1 (0) 9 05 - 3 05 10 23

[email protected]

��

��

��

��

Flender Cono Sur Ltda. Avda. Galvarino Gallardo 1534 Providencia, Santiago Phone: +56 (0) 2 - 2 35 32 49Fax: +56 (0) 2 - 2 64 20 25

[email protected]

��A.G.P. RepresentacionesLtda.

Flender Liaison Office ColombiaAv Boyaca No. 23 A50 Bodega UA 7 - 1

Bogotá Phone: +57 (0) 1 - 5 70 63 53Fax: +57 (0) 1 - 5 70 73 35

[email protected]

�� Flender de MexicoS.A. de C.V.

Head Office17, Pte, 713 Centro

72 000 Puebla Phone: +52 (0) 2 22 - 2 37 19 00Fax: +52 (0) 2 22 - 2 37 11 33

[email protected]

Flender de MexicoS.A. de C.V.

Sales OfficesLago Nargis No. 38Col. Granada

11 520 Mexico, D.F. Phone: +52 (0) 55 - 52 54 30 37Fax: +52 (0) 55 - 55 31 69 39

[email protected]

Flender de MexicoS.A. de C.V.

Ave. San Pedro No. 231 - 5Col. Miravalle

64 660 Monterrey, N.L. Phone: +52 (0) 81 - 83 63 82 82Fax: +52 (0) 81 - 83 63 82 83

[email protected]

�� Potencia Industrial E.I.R.L.Calle Gonzales Olaechea110 - URB, La Aurora

Miraflores, Lima Phone: +51 (0) 1 - 2 42 84 68Fax: +51 (0) 1 - 2 42 08 62

[email protected]

�� Flender Corporation950 Tollgate RoadP.O. Box 1449

Elgin, IL. 60 123 Phone: +1 (0) 8 47 - 9 31 19 90Fax: +1 (0) 8 47 - 9 31 07 11

[email protected]

Flender CorporationService Centers West4234 Foster Ave.

Bakersfield, CA. 93 308 Phone: +1 (0) 6 61 - 3 25 44 78Fax: +1 (0) 6 61 - 3 25 44 70

[email protected]

�� F. H. Transmisiones S.A.Calle Johan Schafer o SegundaCalle, Municipio Sucre

Petare, Caracas Phone: +58 (0) 2 12 - 21 52 61Fax: +58 (0) 2 12 - 21 18 38

[email protected]

A S I A

��

�� Flender Limited

No. 2 St. George’s Gate Road5th Floor, Hastings

Kolkata - 700 022 Phone: +91 (0) 33 - 2 23 05 45Fax: +91 (0) 33 - 2 23 18 57

[email protected]

��

��

Flender Power Trans-mission (Tianjin) Co., Ltd.

Head OfficeShuangHu Rd. - ShuangchenRd. West, Beichen EconomicDevelopment Area (BEDA)

Tianjin 300 400 Phone: +86 (0) 22 - 26 97 20 63Fax: +86 (0) 22 - 26 97 20 61

[email protected]


Sales OfficesC - 414, Lufthansa Center50 Liangmaqiao Rd.Chaoyang District

Beijing 100 016 Phone: +86 (0) 10 - 64 62 21 51Fax: +86 (0) 10 - 64 62 21 43

[email protected]


1101 - 1102 Harbour Ring Plaza18 Xizang Zhong Rd.

Shanghai 200 001 Phone: +86 (0) 21 - 53 85 31 48Fax: +86 (0) 21 - 53 85 31 46

[email protected]


Rm. 1503, Jianyin Building709 Jianshedadao, Hankou

Wuhan 430 015 Phone: +86 (0) 27 - 85 48 67 15Fax: +86 (0) 27 - 85 48 68 36

[email protected]


Rm. 2802, GuangzhouInternational Electronics Tower403 Huanshi Rd. East

Guangzhou 510 095 Phone: +86 (0) 20 - 87 32 60 42Fax: +86 (0) 20 - 87 32 60 45

[email protected]


G - 6 / F Guoxin Mansion77 Xiyu Street

Chengdu 610 015 Phone: +86 (0) 28 - 86 19 83 72Fax: +86 (0) 28 - 86 19 88 10

[email protected]


Rm. 3 - 705, Tower DCity Plaza Shenyang206 Nanjing Street (N)Heping District

Shenyang 110 001 Phone: +86 (0) 24 - 23 34 20 48Fax: +86 (0) 24 - 23 34 20 46

[email protected]


Rm. 302, Shanzi Zhong DaInternational Mansion30 Southern Rd.

Xi’an 710 002 Phone: +86 (0) 29 - 87 20 32 68Fax: +86 (0) 29 - 87 20 32 04

[email protected]


Rm. 23E, Xinhua Plaza, No. 6Renmin East Rd.

Kunming 650 051 Phone: +86 (0) 871 - 3 12 43 68Fax: +86 (0) 871 - 3 12 45 66

[email protected]


Rm. 1007, Building A, GoldenCenter, Jincheng InternationalPlaza, No. 68 Jingsan Rd.

Zhengzhou 450 008 Phone: +86 (0) 371 - 5 38 80 85Fax: +86 (0) 371 - 5 38 80 89

[email protected]


Rm. 908 (east), No. 188Guangzhou Rd.

Nanjing 210 024 Phone: +86 (0) 25 - 83 24 25 50Fax: +86 (0) 25 - 83 24 48 20

[email protected]


Rm. 1408, Pearl RiverInternational Building No. 99Xinkai Rd. Xigang District

Dalian 116 011 Phone: +86 (0) 411 - 83 77 93 55Fax: +86 (0) 411 - 83 77 92 19

[email protected]


Rm. 1401, Tianlin BuildingHunan Gold Source HotelNo. 279, Second BlockFurong Rd.

Changsha 410 007 Phone: +86 (0) 731 - 5 16 73 09Fax: +86 (0) 731 - 5 16 47 46

[email protected]

�� Flender LimitedHead OfficeNo. 2 St. George’s Gate Road5th Floor

HastingsKolkata - 700 022

Phone: +91 (0) 33 - 22 23 05 45Fax: +91 (0) 33 - 22 23 18 57

[email protected]

Flender LimitedIndustrial Growth CentreRakhajungle

NimpuraKharagpur - 721 302

Phone: +91 (0) 3222 - 23 33 07Fax: +91 (0) 3222 - 23 33 64

[email protected]

Flender LimitedEastern Regional Sales OfficeNo. 2 St. George’s Gate Road5th Floor

HastingsKolkata - 700 022

Phone: +91 (0) 33 - 22 23 05 45Fax: +91 (0) 33 - 22 23 08 30

[email protected]

Flender LimitedWestern Regional Sales OfficePlot No. 23, Sector 19 - C

VashiNavi Mumbai - 400 705

Phone: +91 (0) 22 - 27 65 72 27Fax: +91 (0) 22 - 27 65 72 28

[email protected]

Flender LimitedSouthern Regional Sales Office41 Nelson Manickam Road

AminjikaraiChennai - 600 029

Phone: +91 (0) 44 - 23 74 39 21Fax: +91 (0) 44 - 23 74 39 19

[email protected]

Flender LimitedNorthern Regional Sales Office302 Bhikaji Cama Bhawan11 Bhikaji Cama Palace

New Delhi - 110 066 Phone: +91 (0) 11 - 51 85 96 56Fax: +91 (0) 11 - 51 85 96 59

[email protected]

�� Flender Singapore Pte. Ltd.Representative Office6 - 01 Wisma PresisiJl. Taman Aries Blok A1 No. 1

Jakarta Barat 11 620 Phone: +62 (0) 21 - 58 90 20 15Fax: +62 (0) 21 - 58 90 20 19

[email protected]

�� Cimaghand Co. Ltd.P.O. Box 15 745 - 493No. 13, 16th East StreetBeyhaghi Ave., Argentina Sq.

Tehran 15 156 Phone: +98 (0) 21 - 8 73 02 14Fax: +98 (0) 21 - 8 73 39 70

[email protected]

��Greenshpon EngineeringWorks Ltd.

Bar-Lev Industrial Park Misgav 20 179 Phone: +972 (0) 4 - 9 91 31 81Fax: +972 (0) 4 - 9 91 34 77

[email protected]

�� Flender Japan Co., Ltd.WBG Marive East 21 FNakase 2 - 6Mihama-ku, Chiba-shi

Chiba 261 - 7121 Phone: +81 (0) 43 - 2 13 39 30Fax: +81 (0) 43 - 2 13 39 55

[email protected]

�� KazGate GmbH Abay ave 143 480 009 Almaty Phone: +7 (0) - 32 72 - 74 09 71Fax: +7 (0) - 32 72 - 42 94 10

[email protected]

�� Flender Ltd.7th Fl. Dorim Bldg.1823 Bangbae - DongSeocho - Ku

Seoul 137 - 060 Phone: +82 (0) 2 - 34 78 63 37Fax: +82 (0) 2 - 34 78 63 45

[email protected]

�� South Gulf CompanyAl-Showaikh Ind. AreaP.O. Box 26229

Safat 13 123 Phone: +965 (0) - 4 82 97 15Fax: +965 (0) - 4 82 97 20

[email protected]

�� Gabriel Acar & Fils s.a.r.l.Dahr-el-JamalZone Industrielle, Sin-el-FilB.P. 80 484

Beyrouth Phone: +961 (0) 1 - 49 82 72Fax: +961 (0) 1 - 49 49 71

[email protected]

�� Flender Singapore Pte. Ltd.Representative Office37 A - 2, Jalan PJU 1/39Dataran Prima

47301 Petaling JayaSelangor Darul Ehsan

Phone: +60 (0) 3 - 78 80 42 63Fax: +60 (0) 3 - 78 80 42 73

[email protected]

�� A. Friedr. Flender AG Postfach 1364 46 393 Bocholt Phone: +49 (0) 28 71 - 92 22 59Fax: +49 (0) 28 71 - 92 15 16

[email protected]

�� Flender Singapore Pte. Ltd.

Representative Office28 / F, Unit 2814, The Enter-prise Centre, 6766 Ayala Ave-nue corner, Paeso de Roxas

Makati City Phone: +63 (0) 2 - 8 49 39 93Fax: +63 (0) 2 - 8 49 39 17

[email protected]

��

��

��

��

Flender Güc AktarmaSistemleri Sanayi veTicaret Ltd. Sti.

Middle East Sales OfficeIMES Sanayi SitesiE Blok 502, Sokak No. 22

81 260 Dudullu -Istanbul

Phone: +90 (0) 2 16 - 4 99 66 23Fax: +90 (0) 2 16 - 3 64 59 13

[email protected]

�� South Gulf Sands Est.Bandaria Area, Dohan Bldg.Flat 3 / 1, P.O. Box 32 150

Al-Khobar 31 952 Phone: +966 (0) 3 - 8 87 53 32Fax: +966 (0) 3 - 8 87 53 31

[email protected]

�� Flender Singapore Pte. Ltd. 13 A, Tech Park Crescent Singapore 63 7843 Phone: +65 (0) - 68 97 94 66Fax: +65 (0) - 68 97 94 11

[email protected]

�� Misrabi Co & Trading

Mezzeh AutostradeTransportationBuilding 4 / A, 5th FloorP.O. Box 12 450

Damascus Phone: +963 (0) 11 - 6 11 67 94Fax: +963 (0) 11 - 6 11 09 08

[email protected]

�� A. Friedr. Flender AGTaiwan Branch Company1 F, No. 5, Lane 240Nan Yang Street, Hsichih

Taipei Hsien 221 Phone: +886 (0) 2 - 26 93 24 41Fax: +886 (0) 2 - 26 94 36 11

[email protected]

�� Flender Singapore Pte. Ltd.

Representative OfficeTalay-Thong Tower, 53 Moo 910th Floor Room 1001Sukhumvit Rd., T. Tungsukla

A. SrirachaChonburi 20 230

Phone: +66 (0) 38 - 49 51 66 - 8Fax: +66 (0) 38 - 49 51 69

[email protected]

�� Flender Singapore Pte. Ltd.Representative OfficeSuite 22, 16 F Saigon Tower29 Le Duan Street, District 1

Ho Chi Minh City Phone: +84 (0) 8 - 8 23 62 97Fax: +84 (0) 8 - 8 23 62 88

[email protected]

A U S T R A L I A

Flender (Australia) Pty. Ltd.Head Office9 Nello Place, P.O. Box 6047Wetherill Park

N.S.W. 2164, Sydney Phone: +61 (0) 2 - 97 56 23 22Fax: +61 (0) 2 - 97 56 48 92

[email protected]

Flender (Australia) Pty. Ltd.Sales OfficesSuite 3, 261 Centre Rd.Bentleigh

VIC 3204, Melbourne Phone: +61 (0) 3 - 95 57 08 11Fax: +61 (0) 3 - 95 57 08 22

[email protected]

Flender (Australia) Pty. Ltd.Suite 5, 1407 Logan Rd.Mt. Gravatt

QLD 4122, Brisbane Phone: +61 (0) 7 - 34 22 23 89Fax: +61 (0) 7 - 34 22 24 03

[email protected]

Flender (Australia) Pty. Ltd.Suite 2403 Great Eastern Highway

W.A. 6104Redcliffe - Perth

Phone: +61 (0) 8 - 94 77 41 66Fax: +61 (0) 8 - 94 77 65 11

[email protected]

�� Flender (Australia) Pty. Ltd.9 Nello Place, P.O. Box 6047Wetherill Park

N.S.W. 2164, Sydney Phone: +61 (0) 2 - 97 56 23 22Fax: +61 (0) 2 - 97 56 48 92

[email protected]

A. Friedr. Flender AG · Alfred-Flender-Strasse 77 · 46395 BocholtPhone: +49(0)2871-920 · Fax: +49(0)2871-922596 · www.flender.comK

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