3rd inspection interval inservice inspection program ... · 8. b9.11, zone 21 - changed 2nd period...

3rd Inspection Interval

Inservice Inspection Program Summary Manual

PVNGS Unit 3

Arizona Public Service Company PVNGS PO Box 52034 5801 S. Wintersburg Road Phoenix, AZ 85072-2034 Tonopah, AZ 85354

Preparer: ____________________________ ___ Reviewer: __________________________________ ANII: __________________________________ Section Leader: ______________________________

Department Leader: __________________________________

Commercial Service Date: 01-08-1988

Program No: 3INT-ISI-3 Rev. 3

1 of 212 3INT-ISI-3, Rev. 3

Cox, Jennifer Y(Z06399)

Digitally signed by Cox, Jennifer Y(Z06399) DN: cn=Cox, Jennifer Y(Z06399) Reason: I prepared this document. Date: 2013.08.29 12:02:44 -07'00'


Digitally signed by Cox, Jennifer Y(Z06399) DN: cn=Cox, Jennifer Y(Z06399) Reason: Signed for Doug Hansen per Telecon Date: 2013.08.29 12:03:22 -07'00'

Hogstrom, Robert (YH2450)

Digitally signed by Hogstrom, Robert (YH2450) DN: cn=Hogstrom, Robert (YH2450) Date: 2013.08.29 12:18:50 -07'00'

Schrecker, Kenneth D(Z99981)

Digitally signed by Schrecker, Kenneth D(Z99981) DN: cn=Schrecker, Kenneth D(Z99981) Reason: I am approving this document Date: 2013.08.29 12:38:05 -07'00'

Dilorenzo, Michael D(Z99838)

Digitally signed by Dilorenzo, Michael D(Z99838) DN: cn=Dilorenzo, Michael D(Z99838) Reason: Program Engineering Department Leader Date: 2013.08.29 12:46:32 -07'00'


Digitally signed by Cox, Jennifer Y(Z06399) DN: cn=Cox, Jennifer Y(Z06399) Reason: I transmitted this document. Date: 2013.08.29 13:15:18 -07'00'

TABLE OF CONTENTS

Summary of Changes………………………………………………………………. 3

1.0 Summary ......................................................................................................... 5

2.0 Code Applicability .......................................................................................... 5

3.0 Description ...................................................................................................... 6 3.1 Scope ............................................................................................................ 6 3.2 System Boundaries ....................................................................................... 7 3.3 Accessibility ................................................................................................. 7 3.4 Examination Techniques .............................................................................. 8 3.5 Inspection Intervals ....................................................................................... 8 3.6 Examination Categories ................................................................................ 9 3.7 Evaluation and Repair ................................................................................... 9 3.8 System Pressure Tests................................................................................... 9 3.9 Exemptions ................................................................................................... 9 3.10 Code Cases ................................................................................................. 10 3.11 Outage Plan Table....................................................................................... 10 3.12 References .................................................................................................. 11

4.0 ASME Class 1 Summary ............................................................................... 12



7.0 Augmented Summary .................................................................................... 78

8.0 Requests for Relief ........................................................................................ 91

9.0 Boundary Drawing Listing ............................................................................ 93

10.0 Zone Drawings .............................................................................................. 95

11.0 Terms and Definitions ................................................................................. 210


SUMMARY OF CHANGES

Revision 3

1. Section 3.1.1 – Added reference to TRM 5.0.500.8. Added refererence to program exceptions in Section 3.1.3

2. Section 3.1.3 – Added more detail about Programs that cover parts of Section XI.

3. B6.180 – Deleted reference to Aug_B6.180 since that section was removed during the last revision.

4. B7.20 – Deleted reference to Aug_B7.20 since that section was removed during the last revision. Updated counts to reflect number of entries in Iddeal.

5. B7.30 – Deleted reference to Aug_B7.30 since that section was removed during the last revision. Updated counts to reflect number of entries in Iddeal.

6. B7.50 – Added note to see also Aug_B15.10.

7. B7.70 – Updated counts to reflect number of entries in Iddeal. Put zone numbers in order. (ACT 4424891)

8. B9.11, Zone 21 - Changed 2nd period requirements from 4 to 0. Added 3rd period requirements from 0 to 3. This is done to accommodate for train outages. (ACT 4424891)

9. B9.11, Zone 22 - Changed 2nd period requirements from 3 to 7. Deleted 3rd period requirements. This is to accommodate for train outages. (ACT 4424891)

10. B9.22, Zone 39 - Deleted 2nd period requirements. This is to accommodate for train outages. Updated percentages accordingly. (ACT 4424891)

11. B9.22, Zone 40 - Changed 2nd period requirements from 4 to 10. This is to accommodate for train outages. Updated percentages accordingly. (ACT 4424891)

12. B9.40 – Changed first period requirements from 1 to 2 in order to credit inspections already completed. (ACT 4424891)

13. B16.20 – Corrected ASME Category.

14. C5.81 - Adjusted required exam amounts to 1 weld per zone to match 7.5% requirements of C-F-2. (ACT 4424891)

15. F1.20C - Update counts based on document review. (ACT 4424891)

16. F1.20C, Zone 52 - Add one 2nd period inspection since counts in Zone 96 declined. (ACT 4424891)

17. F1.20C, Zone 96 - Update total items from 8 to one. Change inspection amount from 2 to 1. (ACT 4424891)

18. F1.20C, Zone 99 - Update inspection amount from 2 to 1. One exam during 2nd period is a successive

exam and will not count for credit. (ACT 4424891)

19. F1.20C, Zone 102 – Updated counts. Delete reference to SI-008. (ACT 4424891)

20. D1.20 – Added 4 DG components and adjusted exam amounts per CRAI 4420282. (CRAI 4420812) Reduced exam amount required to better align program with code requirements.

21. F1.30B, DG – Added 22 components and adjusted exam amounts per CRAI 4420282. (CRAI 4420812) Reduced exam amount to better align program with code requirements.


22. N-770-1, Item F - Note about 3 year Design Calc Exam cut off in previous revision. Updated to "Required R17, R19, and R21." (ACT 4424891) Deleted note about “*CIRCUMFERENTIAL WELDS” since note was left over from a previous component classification.

23. Aug_B15.10, Closure head nuts - Note cut off in previous revision. Updated to say "Deleted from program per ACT 4162637." (ACT 4424891)

24. Aug_B15.10, Closure Head Studs – Added note to see also B6.20.

25. Aug_B15.10, Zone 5 – Added note to see also B7.20.

26. AUG_B15.10, Zones 3 & 4 – Added note to see also B7.30.

27. AUG_B15.10, Zone 31 – Added note to see also B7.50.

28. AUG_C5.11 & AUG_C5.51 – Reversed order of item numbers to put them in numeric order.

29. AHE5.51 - Moved remaining exams to Period 3. (ACT 4424891)

30. AHE5.61 - Move remaining exams to Period 3. (ACT 4424891)


PALO VERDE NUCLEAR GENERATING STATION

UNIT 3 INSERVICE INSPECTION - PROGRAM SUMMARY

1.0 SUMMARY

1.1 This document contains a detailed description of the 3rd 10 Year Interval Inservice Inspection (ISI) Program for Palo Verde Nuclear Generating Station Unit 3. This program conforms to the requirements of 10 CFR 50.55a (g), PVNGS Technical Specifications, and the PVNGS UFSAR. Exceptions that are known as of this document preparation date are included in the Requests for Relief Section 8.0.

1.2 The revision is being prepared to update the ISI Program for the 3rd 10 Year Interval. This includes the utilization of the 2001 Edition including the 2003 Addenda of ASME Section XI with the exceptions noted below:

1.2.1 Requests for relief from ASME Section XI requirements are included in Section 8.0. These Relief Requests are prepared in a format similar to that documented in the NEI White Paper Revision 1 dated June 2004, entitled: “Standard Format for Requests from Commercial Reactor Licensees Pursuant to 10 CFR 50.55a”.

1.2.2 The 2007 Edition thru the 2008 Addenda was utilized for Categories B-L-1, B-M-1, and C-G for pump and body weld requirements. (Ref. Letter 102-06454 and SER dated 09-18-2012.) (ACT 4343138)

1.2.3 For clarification, this Interval 3 program was prepared, as was Interval 1 and 2 programs, utilizing 40 month periods.

1.2.4 To support future ISI Programs, reference to the Reactor Vessel Internals Aging Management Plan was added (Reference 3.12.3). (CRAI 4353644)

1.2.5 This program was updated to include MRP-192 examinations of mixing tee locations (Reference 3.12.4). (CRAI 4312834)

1.3 This revision does not utilize risk informed inservice inspection methodology at this time.

1.4 The information presented is in a form consistent with the 1st and 2nd 10 Year Interval ISI Program, the applicable requirements of Standard Review Plan manual and procedures and the recommendations contained in NRC letter dated July 17, 1981, from Mr. R.L. Tedesco, NRC, to E. E. Van Brunt, Jr., APS, “Guidance for Preparing Preservice and Inservice Inspection Programs and Relief Requests - Palo Verde Nuclear Generating Station Units 1, 2 and 3.”

2.0 CODE APPLICABLILITY

2.1 Based on paragraph 10 CFR 50.55a(b) (2) that was published 12 months prior to the start of the 3rd 10 Year Interval (1-11-08), the 2001 Edition including the 2003 Addenda of ASME Section XI was referenced as the Code to utilize for preparation of this program. Several exceptions to this code are documented in 10 CFR 50.55a; each of these exceptions was utilized during the preparation of this program.

• The exemptions of IWB-1220 for Class 1 piping must utilize the 1989 Edition.


• When qualifying VT-3 personnel per IWA-2317, the proficiency of the training must be demonstrated by initial qualification examination and subsequent examinations on a 3 year interval.

• The 1997 Edition must be used for IWA-2240 alternative examination methods, a combination of methods, or newly developed techniques.

• Items B3.120 and B3.140 (nozzle inner radius examinations) of the 1998 Edition must be utilized. An enhanced visual examination with a resolution sensitivity to detect a 1-mil wire or crack may be performed in place of an ultrasonic examination.

• Must utilize the 1995 Edition for examination Item B7.80 per 50.55a (b)(2)(xxi)(B).

• IWA-2220, Ultrasonic examination methods are prohibited for surface examinations.

• The surface examination requirements for HPSI systems, Items B9.20, B9.21 and B9.22 are not required to be performed.

2.2 If a code required examination was considered to be impractical during the preparation of this document because of plant design, geometry, accessibility or other conditions, a Request for Relief from that requirement was prepared and included in Section 8.0. If a code required examination is identified to be impractical during the course of an inspection and the code required percentages are not met, a request for relief will be prepared and submitted after each inspection period, and the final interval closeout no later than 12 months after expiration of the Interval.

2.3 This ISI Program will implement the ASME Section XI, 2001 Edition, Appendix VIII (Performance Demonstration for Ultrasonic Examination Systems) in accordance with 10 CFR 50.55a. These examinations will be conducted in accordance with the Performance Demonstration Initiative (PDI). The PDI Code Comparison document (Reference 3.12.2) explains the complex relationship of regulatory requirements, ASME requirements, code editions, and the PDI program. (CRAI 4378832)

3.0 DESCRIPTION

3.1 SCOPE

3.1.1 This Inservice Inspection Program Summary includes all applicable nondestructive examinations required by ASME Section XI as identified below:

1. Examination of ASME Class 1, 2, and 3 pressure retaining components and their supports are performed in accordance with TRM 5.0.500.8.

2. Items that may generally be included in an Inservice Inspection Program, but are not included are listed in Section 3.1.3.

3.1.2 This program also includes an augmented section that includes examinations for other items required to be examined as identified below.

1. Examinations of welds in Class 1 components fabricated with Alloy 600/82/182 materials in accordance with 10 CFR 50.55a and Code Case N-722-1.

2. Examination of the Reactor Vessel Closure Head in accordance with 10 CFR 50.55a and Code Case N-729-1.


3. Examination of welds in Class 1 piping and vessel nozzle butt welds fabricated with alloy 82/182 in accordance with 10 CFR 50.55a and Code Case N-770-1.

4. Examination of high energy line piping in accordance with UFSAR 6.6.1. (CRAI 4178277)

5. Examination of the Reactor Coolant Pump Flywheels in accordance with PVNGS Technical Specifications Section ITS 5.5.7.

6. USNRC Circulars, Information Notices, Bulletins, or Orders

7. INPO or other industry operating experiences

8. Combustion Engineering or Westinghouse bulletins or notices

9. Special examinations to satisfy other commitments or concerns that are based on operating experiences, USNRC. These examinations are scheduled throughout this program and reference the applicable notification documents.

3.1.3 Those items that may generally be included in an Inservice Inspection Program, but are not included are identified below:

1. The pressure testing of ASME Class 1, 2, and 3 piping will be performed in accordance with the Pressure Testing Program.

2. The inservice examination of steam generator tubing will be performed in accordance with the PVNGS Technical Specifications Section T5.5.9 under the Steam Generator Degradation Management Program.

3. The inservice testing of snubbers will be performed in accordance with 10 CFR 50.55a under the Snubber Program.

4. The Examination Program for the ASME Subsections IWE and IWL will be performed in accordance with 10 CFR 50.55a and the PVNGS Technical Specifications under the IWE and IWL Programs.

6. Repair and replacements are performed under the Repair and Replacement Program (73DP-9ZZ17)

3.2 SYSTEM BOUNDARIES

3.2.1 A complete set of P&ID drawings indicating the Inservice Inspection boundary are maintained at the PVNGS site. These drawings illustrate the ASME Class 1, 2, and 3 systems; components; and boundaries scheduled for examinations and pressure testing. A referenced listing of these drawings is documented in Section 9.0.

3.2.2 A set of ISI (Zone) Drawings is included in Section 10.0. These drawings are utilized for the planning and scheduling of specific ASME Class 1 and 2 examinations throughout the 10 Year Interval. These also document the location and number of welds, components, and supports. (CRAI 4398777)

3.3 ACCESSIBILITY

3.3.1 The preservice examinations were performed with examination techniques, automated or manual, similar to those planned for use during Inservice Inspections. The examination limitations noted during the preservice examinations were documented in


Requests for Relief submitted with the preservice examination program. There has also been a number of additional code limitations noted during the 1st and 2nd 10 Year Intervals and Request for Relief submitted. If included in the required 3rd Interval examinations they will again be evaluated and relief requested. Note Section 8.0 identifies all the reliefs submitted during the preparation and implementation of the 3rd Interval.

3.3.2 All items that are scheduled for examination will be examined to the extent practical. In addition, any code limitations that are noted during the examinations will be documented. If relief is required from any of these examinations, a Request for Relief will be submitted after the relief is discovered and prior to 12 months after the interval ends.

3.4 EXAMINATION TECHNIQUES

3.4.1 The three types of examinations utilized to perform Inservice Inspections, along with the actual nondestructive examination technique, are identified in the legend below:

VT - Visual

VT - 1 (General Condition) VT - 2 (Leakage) VT - 3 (Mechanical and Structural Condition) VE (Visual Examination)

S - Surface

PT - Liquid Penetrant MT - Magnetic Particle ET - Eddy Current

VOL - Volumetric

UT - Ultrasonic RT - Radiography

3.4.2 All the above nondestructive examination techniques will be performed using specific techniques and procedures that are identified in ASME Section XI, or alternative examinations that are demonstrated to be equivalent or superior to those identified. The provision for substitution of these alternative examination methods, combination of methods, or newly developed techniques will utilize the 1997 Addenda for IWA-2240.

3.5 INSPECTION INTERVALS

3.5.1 The Inservice Inspection Program was prepared in accordance with Program B of ASME Section XI. The 1st, 2nd, and 3rd 10 Year Intervals and corresponding inspection periods are defined below:

First Inspection Interval: 01-08-88 to 01-10-98

Second Inspection Interval: 01-11-98 to 01-10-08

Third Inspection Interval: 01-11-08 to 01-10-18 Period One: 01-11-08 to 05-10-11 Period Two: 05-11-11 to 09-10-14 Period Three: 09-11-14 to 01-10-18


It should be noted that the intervals/periods may change to allow for extended outage durations per IWA-2400 of ASME Section XI.

3.6 EXAMINATION CATEGORIES

3.6.1 The examination categories of ASME Section XI were utilized to develop this program for all systems, components, and supports. The Subprogram summary tables contained in Sections 4.0 and 5.0 are organized by examination category for ASME Class 1 and 2 systems, respectively. For each examination category, these tables identify the system or identification, nondestructive examination method, total number of items, required examination amount for each inspection period, and running percentage. For ASME Class 3 systems, the examinations categories are identified in Section 6.0.

3.7 EVALUATION AND REPAIR

3.7.1 The evaluation of all examination results will be performed in accordance with ASME Section XI Articles IWx-3000. In addition, all applicable repairs and replacements will be performed in accordance with ASME Section XI Articles IWX-4000 and 7000. Pressure tests will be performed on welded and mechanical joint repairs or replacements, in accordance with IWx-4000 and 5000 and 10 CFR 50. Both the evaluations and repair or replacement will be performed in accordance with the 2001 Edition including the 2003 Addenda of ASME Section XI, or later editions and addenda of ASME Section XI referenced in 10 CFR 50. Later editions and addenda will be documented with the NRC.

3.7.2 It should be noted that a relief was requested (Relief Request 36) to perform repair and replacement of all three PVNGS units to the 2001 Edition including the 2003 Addenda. This request was documented in conjunction with the relief to perform full structural weld metal overlays. (APS letter to the USNRC 102-05641 dated 2-8-2007).

3.7.3 All repairs and replacements will be documented in accordance with the Work Control program, and are maintained at Palo Verde for review.

3.8 SYSTEM PRESSURE TESTS

3.8.1 ASME Class 1, 2, and 3 components will be pressure tested per the requirements of IWB-5000, IWC-5000 and IWD-5000, except where relief has been requested.

3.8.2 Pressure tests will also be performed on repairs and replacements per ASME Section XI, 10 CFR 50.55a, and the PVNGS Repair and Replacement program.

3.9 EXEMPTIONS

3.9.1 The exemption criteria identified in the 2001 Edition including the 2003 Addenda of ASME Section XI was utilized for all ASME Class 1, 2, and 3 components and systems. The only exception is that required by 10 CFR 50.55a for the ASME Class 1 piping exemptions. These are in accordance with the 1989 Edition of ASME XI.

3.9.2 A thorough review of all the systems and components was performed in accordance with the above exemptions and a complete set of color coded Inservice Inspection Exemption drawings was prepared. These drawings are maintained at the PVNGS site for review.


3.10 CODE CASES

3.10.1 The following Code Cases are accepted for use in Regulatory Guide 1.147 and may be utilized during Interval 3 where applicable (CRAIs 4404322, 4338597, and 4308456):

1. N-460 Alternative examination coverage for Class 1 and 2 welds 2. N-526 Alternative requirements for successive inspections of Class 1 and 2 vessels 3. N-532-4 Alternative requirements to repair and replacement documentation 4. N-534 Alternative Requirements for Pneumatic Pressure Testing. 5. N-537 Location of Ultrasonic Depth-Sizing Flaws 6. N-566-2 Corrective Action for Leakage Identified at Bolted Connections 7. N-613-1 Ultrasonic examination of full penetration nozzles in vessels 8. N-624 Successive inspections 9. N-652-1 Alternative requirements to categories B-G-1, B-G-2, and C-D bolting 10. N-663 Alternative Requirements for Classes 1 and 2 Surface Examinations 11. N-666 Weld Overlay of Class 1, 2, and 3 Socket Welded Connections 12. N-685 Lighting Requirements for Surface Examinations 13. N-695 Alternative for Qualification Requirements for Dissimilar Metal Piping Welds,

Appendix VIII Supplement 10 14. N-700 Alternative Rules for Selection of Class 1, 2, and 3 Vessel Welded Attachments for Examination 15. N-705 Evaluation Criteria for Temporary Acceptance of Degradation in Moderate Energy Class 2 or 3 Vessels and Tanks, Section XI, Division 1

3.10.2 The following Code Cases are conditionally accepted for use in Regulatory Guide 1.147 may be utilized with the specified conditions during Interval 3 where applicable:

1. N-513-3 Evaluation Criteria for Temporary Acceptance of Flaws in Moderate Energy Class 2 or 3 Piping

RG 1.147 documents acceptance condition is that the repair or replacement activity temporarily deferred under the provisions of this Code Case shall be performed during the next scheduled outage.

2. N-648-1 Alternative requirements for inner radius examinations of reactor vessel nozzles

RG 1.147 documents acceptance condition is that in place of a UT examination, licensees may perform a visual examination with enhanced magnification that has a resolution sensitivity to detect a 1-mil width wire or crack, utilizing the allowable flaw length criteria of Table IWB-3512-1 with limiting assumptions on the flaw aspect ratio. The provisions of Table IWB-2500-1, Examination Category B-D, continue to apply except that, in place of examination volumes, the surfaces to be examined are the external surfaces shown in the figures applicable to this table (the external surface is from point M to point N in the figure).

3.10.3 The following Code Cases are required to be utilized by 10 CFR 50.55a with

additional specified conditions. These are planned to be utilized with the specified conditions during Interval 3:

1. N-722-1 Additional Examinations for PWR Pressure Retaining Welds in Class 1 Components Fabricated With Alloy 600/82/182 Materials 2. N-729-1 Alternative Examination Requirements for PWR Reactor Vessel Upper Heads With Nozzles Having Pressure-Retaining Partial-Penetration Welds 3. N-770-1 Alternative Examination Requirements and Acceptance Standards for Class 1 PWR Piping and Vessel Nozzle Butt Welds Fabricated With UNS N06082 or UNS W86182 Weld filler Material With or Without Application of Listed Mitigation Activities (See Reference 3.12.1, CRAI 4348781)

3.11 OUTAGE PLAN TABLE

The outage plan table, controlled by procedure 73DP-9XI03 and 73DP-9EE02, identifies the components scheduled for examination including successive examinations from prior periods. The examination procedures and a listing of calibration blocks are also identified.

10 of 212 3INT-ISI-3, Rev. 3

3.12 REFERENCES

3.12.1 SDOC N001-0604-00903 (Supplier Dwg No. PV23Q405), “DESIGN REPORT FOR PREEMPTIVE WELD OVERLAY REPAIRS PRESSURIZER AND HOT LEG DISSIMILAR METAL WELDS PALO VERDE NUCLEAR GENERATING STATION UNITS 1, 2, AND 3 FOR ARIZONA PUBLIC SERVICE, Rev. 1, dated 05/25/2011. (CRAI 4348781)

3.12.2 EPRI 2012 Technical Report 1026510, “Nondestructive Evaluation: Performance Demonstration Initiative (PDI) Comparisons to ASME Section XI, Appendix VIII 2007 Edition with 2008 Addendum, and 10 CFR 50.55a, Year 2011,” dated November 2012. (CRAI 4378832)

3.12.3 SDOC MN755-A00003, “PWR INTERNALS AMP FOR PALO VERDE,” Rev. 0, dated 09/07/2012. (CRAI 4353644)

3.12.4 EPRI 2012 Technical Report 1024994, “Materials Reliability Program: Assessment of Residual Heat Removal Mixing Tee Thermal Fatigue in PWR Plants,” dated August 2012. (CRAI 4312834)

11 of 212 3INT-ISI-3, Rev. 3

SECTION 4.0 ASME CLASS 1

EXAMINATION SUMMARY

12 of 212 3INT-ISI-3, Rev. 3

INDEX

EXAM CATEGORIES

B-A Pressure Retaining Welds in Reactor Vessel

B-B Pressure Retaining Welds in Vessels Other Than Reactor Vessels

B-D Full Penetration Welded Nozzles in Vessels

B-F Pressure Retaining Dissimilar Metal Welds in Vessel Nozzles

B-G-1 Pressure Retaining Bolting, Greater Than 2 Inches in Diameter

B-G-2 Pressure Retaining Bolting, 2 Inches and Less in Diameter

B-J Pressure Retaining Welds in Piping

B-K Welded Attachments for Vessels, Piping, Pumps and Valves

B-L-2 & B-M-2 Pump Casings and Valve Bodies

B-N-1 Interior of Reactor Vessel

B-N-2 Welded Core Support Structures and Interior Attachments to Reactor Vessels

B-N-3 Removable Core Support Structures

B-O Pressure Retaining Welds in Control Rod Housings

B-P All Pressure Retaining Components

B-Q Steam Generator Tubing

F-A Class 1 Supports

13 of 212 3INT-ISI-3, Rev. 3

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41

94

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ine

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orts

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runn

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--

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**4

128

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4

256

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63

100

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3 - S

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low

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32

18-

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ctor

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lant

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p 2A

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per h

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low

er h

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1111

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32

19-

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ctor

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lant

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p 2B

**co

lum

ns11

11-2

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4up

per h

orz

1111

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VT-

32

low

er h

orz

1111

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32

36 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

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M

AM

OU

NT

IN

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N

PER

IOD

RU

NN

ING

%

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AR

KS

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0S

UP

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ER

TH

AN

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ING

SU

PP

OR

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-A; C

runn

ing

perc

ent

--

-8*

*1

250

**2

req'

d du

e to

1

310

0m

ultip

le c

ompo

nent

s

16-

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ctor

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lant

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p 1A

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tiple

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2

37 o

f 212

3IN

T-IS

I-3, R

ev. 3


EXAMINATION SUMMARY

38 of 212 3INT-ISI-3, Rev. 3

INDEX

EXAM CATEGORY

C-A Pressure Retaining Welds in Pressure Vessels

C-B Pressure Retaining Nozzle Welds in Vessels

C-C Welded Attachments for Vessels, Piping, Pumps, and Valves

C-D Pressure Retaining Bolting Greater than 2 Inch in Diameter

C-F-1 Pressure Retaining Welds in Austenitic Stainless Steel or High Alloy Piping

C-F-2 Pressure Retaining Welds in Carbon or Low Alloy Steel Piping

C-G Pressure Retaining Welds in Pumps and Valves

C-H All Pressure Retaining Components


39 of 212 3INT-ISI-3, Rev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

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TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

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ETH

OD

TOTA

L IT

EMS

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M

AM

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NT

IN

SPEC

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N

PER

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RU

NN

ING

%

REM

AR

KS

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ATE

GO

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C-A

; PR

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RE

RET

AIN

ING

WEL

DS

IN P

RES

SUR

E VE

SSEL

S

*cat

egor

y ru

nnin

g pe

rcen

t-

--

23**

41

23**

23 T

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, 17

RE

Q'D

82

71m

ultip

le v

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ls5

310

0

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AM

GE

NE

RA

TOR

SC

1.10

SH

ELL

CIR

CU

MFE

RE

NTI

AL

WE

LDS

(she

ll to

con

ical

sec

tion)

41-

Ste

am G

ener

ator

1w

elds

242

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22

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42

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team

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or 2

wel

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3V

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D C

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to s

hell)

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am G

ener

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elds

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2w

elds

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243

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1

R

EG

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VE

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AT

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CH

AN

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RC

1.10

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CU

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7931

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ener

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e H

eat E

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nger

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314

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44

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3IN

T-IS

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2376

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11

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EN

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L W

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S(s

hell

to fl

ange

)84

- S

DC

HX

Aw

elds

S-1

8345

Vol

11

1*

87

- S

DC

HX

Bw

elds

S-1

8346

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1

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30TU

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84-

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-183

45V

ol1

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DC

HX

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8346

Vol

1

41 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

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NO

ZON

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OM

PON

ENT

OR

SYS

TEM

IDEN

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CA

TIO

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20N

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. N

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E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

F1.4

0S

UP

PO

RTS

OTH

ER

TH

AN

PIP

ING

SU

PP

OR

TS*F

-A; B

runn

ing

perc

ent

--

-22

21

20**

22 T

otal

, 12

RE

Q'D

52

70M

ultip

le It

ems

53

100

68-

Reg

ener

ativ

e H

eat E

xcha

nger

supp

orts

7931

4V

T-3

22

3

72-

LPS

I Pum

p A

supp

orts

3MS

IAP

01V

T-3

33

2

75-

LPS

I Pum

p B

supp

orts

3MS

IBP

01V

T-3

3

78-

CS

Pum

p A

supp

orts

3MS

IAP

03V

T-3

3

81-

CS

Pum

p B

supp

orts

3MS

IBP

03V

T-3

33

3

116-

HP

SI P

ump

Asu

ppor

ts3M

SIA

P02

VT-

34

21

117-

HP

SI P

ump

Bsu

ppor

ts3M

SIB

P02

VT-

34

22

F1.4

0S

UP

PO

RTS

OTH

ER

TH

AN

PIP

ING

SU

PP

OR

TS*F

-A; C

runn

ing

perc

ent

--

-4

11

50**

4 To

tal,

2 R

EQ

'D1

310

0M

ultip

le It

ems

41-

Ste

am G

ener

ator

1sn

ubbe

rs24

2V

T-3

21

1

42-

Ste

am G

ener

ator

2sn

ubbe

rs24

3V

T-3

21

3

70 o

f 212

3IN

T-IS

I-3, R

ev. 3


EXAMINATION SUMMARY

71 of 212 3INT-ISI-3, Rev. 3

INDEX

EXAM CATEGORY

D-A Welded Attachments for Vessels, Piping, Pumps and Valves

D-B All Pressure Retaining Components


72 of 212 3INT-ISI-3, Rev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

EXA

M C

ATE

GO

RY

D-A

; WEL

DED

A

TTA

CH

MEN

TS F

OR

VES

SELS

, PIP

ING

, PU

MPS

, AN

D V

ALV

ES

P

ress

ure

Ves

sels

*

D1.

10W

elde

d A

ttach

men

ts*D

1.10

; run

ning

per

cent

--

-22

31

30**

10 re

q'd

due

to

32

50m

ultip

le c

omp

43

100

DF

Sys

tem

atta

chm

ents

DFA

-T02

VT-

12

11

D

FB-T

02

DG

Sys

tem

atta

chm

ents

DG

A-E

04V

T-1

81

1D

GA

-E05

12

DG

B-E

041

3D

GB

-E05

DG

A-X

01A

DG

A-X

01B

DG

B-X

01A

DG

B-X

01B

EC

Sys

tem

atta

chm

ents

EC

A-E

-1V

T-1

41

2E

CA

-T-1

13

EC

B-E

-1E

CB

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E

W S

yste

mat

tach

men

tsE

WA

-E01

VT-

14

11

EW

A-T

011

3E

WB

-E01

EW

B-T

01

PC

Sys

tem

atta

chm

ents

PC

A-E

1V

T-1

21

2P

CB

-E1

SI S

yste

mat

tach

men

tsS

IA-E

01V

T-1

21

3S

IB-E

01

73 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

P

ipin

g

D1.

20W

elde

d A

ttach

men

ts*D

1.20

; run

ning

per

cent

--

-24

410

14

CR

AI 4

4208

1210

28

93

11

AF

Sys

tem

atta

chm

ents

pipi

ngV

T-1

91

CT

Sys

tem

atta

chm

ents

pipi

ngV

T-1

31

DG

Sys

tem

atta

chm

ents

pipi

ngV

T-1

142

CR

AI 4

4208

12

EC

Sys

tem

atta

chm

ents

pipi

ngV

T-1

142

EW

Sys

tem

atta

chm

ents

pipi

ngV

T-1

374

NC

Sys

tem

atta

chm

ents

pipi

ngV

T-1

192

PC

Sys

tem

atta

chm

ents

pipi

ngV

T-1

132

SG

Sys

tem

atta

chm

ents

pipi

ngV

T-1

41

SI S

yste

mat

tach

men

tspi

ping

VT-

12

1

SP

Sys

tem

atta

chm

ents

pipi

ngV

T-1

129

13

EXA

M C

ATE

GO

RY

D-B

; ALL

PR

ESSU

RE

RET

AIN

ING

CO

MPO

NEN

TS

D2.

10P

ress

ure

reta

inin

g co

mpo

nent

sC

lass

3IW

D-5

221

VT-

2*

**

**N

ote

ISI P

ress

ure

Pro

gram

74 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

EXA

M C

ATE

GO

RY

F-A

; SU

PPO

RTS

F1

.30

CLA

SS 3

PIP

ING

SU

PPO

RTS

A-O

NE

DIR

ECTI

ON

AL

RO

D H

AN

GER

S*F

-A; A

runn

ing

perc

ent

AF

Sys

tem

supp

orts

pipi

ngV

T-3

11

IPC

A 1

1-01

5, A

CT

4162

637

B-M

ULT

IDIR

ECTI

ON

AL

RES

TRA

INTS

*F-A

; B ru

nnin

g pe

rcen

t-

--

319

181

5C

RA

I 442

0812

92

810

311

AF

Sys

tem

supp

orts

pipi

ngV

T-3

183

CT

Sys

tem

supp

orts

pipi

ngV

T-3

31

DG

Sys

tem

supp

orts

pipi

ngV

T-3

303

CR

AI 4

4208

12

EC

Sys

tem

supp

orts

pipi

ngV

T-3

162

EW

Sys

tem

supp

orts

pipi

ngV

T-3

677

NC

Sys

tem

supp

orts

pipi

ngV

T-3

354

PC

Sys

tem

supp

orts

pipi

ngV

T-3

172

SG

Sys

tem

supp

orts

pipi

ngV

T-3

41

SI S

yste

msu

ppor

tspi

ping

VT-

34

1

SP

Sys

tem

supp

orts

pipi

ngV

T-3

125

13

75 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

F1.3

0C

LASS

3 P

IPIN

G S

UPP

OR

TSB

-MU

LTID

IREC

TIO

NA

L R

ESTR

AIN

TS*F

-A; C

runn

ing

perc

ent

--

-56

41

75

216

53

25

AF

Sys

tem

supp

orts

pipi

ngV

T-3

101

DG

Sys

tem

supp

orts

pipi

ngV

T-3

41

EC

Sys

tem

supp

orts

pipi

ngV

T-3

21

EW

Sys

tem

supp

orts

pipi

ngV

T-3

92

NC

Sys

tem

supp

orts

pipi

ngV

T-3

11

PC

Sys

tem

supp

orts

pipi

ngV

T-3

133

SG

Sys

tem

supp

orts

pipi

ngV

T-3

72

SI S

yste

msu

ppor

tspi

ping

VT-

31

1

SP

Sys

tem

supp

orts

pipi

ngV

T-3

92

76 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

F1.4

0SU

PPO

RTS

OTH

ER T

HA

NPI

PIN

G S

UPP

OR

TS*F

-A; B

runn

ing

perc

ent

--

-22

31

30**

10 re

q'd

due

to

32

50m

ultip

le c

omp

43

100

D

F S

yste

msu

ppor

tsD

FA-T

02V

T-3

21

1D

FB-T

02

DG

Sys

tem

supp

orts

DG

A-E

04V

T-3

81

1D

GB

-E04

12

DG

A-E

051

3D

GB

-E05

DG

A-X

01A

DG

A-X

01B

DG

B-X

01A

DG

B-X

01B

EC

Sys

tem

atta

chm

ents

EC

A-E

-1V

T-3

41

2E

CB

-E-1

13

EC

A-T

-1E

CB

-T-1

E

W S

yste

mat

tach

men

tsE

WA

-E01

VT-

34

11

EW

B-E

011

3E

WA

-T01

EW

B-T

01

PC

Sys

tem

atta

chm

ents

PC

A-E

1V

T-3

21

2P

CB

-E1

SI S

yste

mat

tach

men

tsS

IA-E

01V

T-3

21

3S

IB-E

01

77 o

f 212

3IN

T-IS

I-3, R

ev. 3

SECTION 7.0 AUGMENTED EXAMINATION SUMMARY

78 of 212 3INT-ISI-3, Rev. 3

INDEX

EXAM CATEGORY

N-722-1 PWR Components Containing Alloy 600/82/182

N-729-1 PWR Reactor Vessel Upper Head

N-770-1 PWR Pressure Retaining Dissimilar Metal Piping and Vessel Nozzle Butt Welds containing Alloy 82/182

B-J Pressure Retaining Welds in Piping

B-G-1 Pressure Retaining Bolting, Greater Than 2 Inches in Diameter

B-G-2 Pressure Retaining Bolting, 2 Inches and Less in Diameter

B-P All Pressure Retaining Components

C-F-1 Pressure Retaining Welds in Austenitic Stainless Steel or High Alloy Piping


AUGMENTED HIGH ENERGY


AUGMENTED FLYWHEEL

NA Reactor Coolant Pump Flywheel Examinations

79 of 212 3INT-ISI-3, Rev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

EXA

M C

ATE

GO

RY

CC

722-

1; P

WR

C

OM

PON

ENTS

CO

NTA

ININ

G A

LLO

Y 60

0/82

/182

R

EA

CTO

R V

ES

SE

L

B15

.80

RP

V b

otto

m m

ount

ed in

stru

men

t pe

netra

tions

1-R

eact

or V

esse

lIC

I Pen

etra

tions

6537

3V

E61

61*

**

Req

uire

d R

15, R

17,

R19

(AC

T 41

6263

7).

STE

AM

GE

NE

RA

TOR

B15

.135

3-

Col

d le

g in

stru

men

t con

nect

ions

Pen

etra

tions

242

VE

44

***

***

***

Pro

rate

d ov

er

inve

rval

per

Foo

tnot

e 6

of C

ode

Cas

e (A

CT

4162

637)

.

4-

C

old

leg

inst

rum

ent c

onne

ctio

nsP

enet

ratio

ns24

3V

E4

4**

***

*

PR

ES

SU

RIZ

ER

B15

.140

Hea

ter P

enet

ratio

nsP

enet

ratio

ns65

373

VE

3636

****

**E

ach

RFO

B15

.180

Inst

rum

ent C

onne

ctio

nsIn

stru

men

ts65

373

VE

77

****

PIP

ING

B

15.2

00H

ot L

eg In

stru

men

t Con

nect

ions

Inst

rum

ents

RC

SV

E27

27**

**

B15

.205

Col

d le

g in

stru

men

t con

nect

ions

Pro

rate

ove

r inv

erva

l pe

r Foo

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e 6

of

RC

S C

old

Leg

Inst

rum

ent

RC

SV

E12

12**

***

*C

ode

Cas

e R

CP

Pre

ssur

e Ta

psIn

stru

men

t R

CP

VE

88

***

***

80 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

B15

.215

Col

d le

g fu

ll pe

netra

tion

wel

ds

23-

Saf

ety

Inje

ctio

n 1A

butt

wel

dsS

I-207

-14”

VE

11

***

***

***V

E in

con

junc

tion

with

N-7

70-1

VO

L,P

rora

te o

ver i

nver

val

24-

Saf

ety

Inje

ctio

n 1B

butt

wel

dsS

I-223

-14”

VE

11

***

***

per F

ootn

ote

6 of

C

ode

Cas

e 25

- S

afet

y In

ject

ion

2Abu

tt w

elds

SI-1

60-1

4”V

E1

1**

***

*(A

CT

4162

637)

.

26-

Saf

ety

Inje

ctio

n 2B

butt

wel

dsS

I-179

-14”

VE

11

***

***

27-

Pzr

Spr

ay 1

Abu

tt w

elds

RC

-062

-3"

VE

11

***

***

28-

Pzr

Spr

ay 1

Bbu

tt w

elds

RC

-017

-3"

VE

11

***

***

32-

Dra

in L

ine

Loop

1A

butt

wel

dsR

C-0

60-2

”V

E1

1**

***

*

33-

Dra

in L

ine

Loop

1B

butt

wel

dsR

C-0

58-2

”V

E1

1**

***

*

34-

Dra

in L

ine

Loop

2A

butt

wel

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C-0

96-2

”V

E1

1**

***

*

36-

Let

dow

n Li

nebu

tt w

elds

RC

-091

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VE

11

***

***

37-

Cha

rgin

g Li

nebu

tt w

elds

CH

-005

-3”

VE

11

***

***

81 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

CO

DE

CA

SE N

-729

-1; P

WR

REA

CTO

R V

ESSE

L U

PPER

HEA

D

R

EA

CTO

R V

ES

SE

L U

PP

ER

HE

AD

B4.

30

Hea

d w

ith n

ozzl

es a

nd p

artia

l-pe

netra

tion

wel

ds o

f PW

SC

C-r

esis

tant

m

ater

ials

2-C

losu

re H

ead

wel

dN

0506

5-C

HA

-03

VE

9797

*10

0*R

15 (H

ead

repl

aced

)R

equi

red

R18

, R21

2-C

losu

re H

ead

Ven

t Noz

zle

N05

065-

CH

A-0

3V

E1

1*

100

*R15

(Hea

d re

plac

ed)

Req

uire

d R

18, R

21

B4.

40N

ozzl

es a

nd p

artia

l-pen

etra

tion

wel

ds o

f P

WS

CC

-res

ista

nt m

ater

ials

in h

ead

2-C

losu

re H

ead

CE

DM

Noz

zles

N05

065-

CH

A-0

3S

or V

ol97

97*

100

* no

t to

exce

ed 2

020

2-C

losu

re H

ead

Ven

t Noz

zle

N05

065-

CH

A-0

3S

or V

ol1

1*

100

* no

t to

exce

ed 2

020

82 o

f 212

3IN

T-IS

I-3, R

ev. 3

ASM

E IT

EM

NO

ZON

E-C

OM

PON

ENT

OR

SYS

TEM

IDEN

TIFI

CA

TIO

ND

ESC

RIP

TIO

N,

LIN

E O

R S

ERIA

L N

O

ND

E M

ETH

OD

TOTA

L IT

EMS

EXA

M

AM

OU

NT

IN

SPEC

TIO

N

PER

IOD

RU

NN

ING

%

REM

AR

KS

CO

DE

CA

SE N

-770

-1; P

WR

PR

ESSU

RE

RET

AIN

ING

DIS

SIM

ILA

R M

ETA

L PI

PIN

G A

ND

VE

SSEL

NO

ZZLE

BU

TT W

ELD

S C

ON

TAIN

ING

A

LLO

Y 82

/182

Cra

cked

but

t wel

d re

info

rced

by

full

stru

ctur

al w

eld

over

lay

of A

lloy

52/1

52

mat

eria

l

IN

SPEC

TIO

N IT

EM F

Insp

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5.5

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90 o

f 212

3IN

T-IS

I-3, R

ev. 3

SECTION 8.0 REQUESTS FOR RELIEF

91 of 212 3INT-ISI-3, Rev. 3

RELIEF REQUESTS INDEX

NUMBER DESCRIPTION

31. Reactor Coolant System Hot Leg Alloy 600 Small-Bore Nozzles

34. Included for reference to document that the Interval 2 Reactor Vessel volumetric examinations were extended for 1 fuel cycle.

NRC accepted as documented by SER attached to Letter dated September 20, 2006.

35. Included for reference to document that the Interval 2 Reactor Vessel visual examinations were extended for 1 fuel cycle.

NRC accepted as documented by SER attached to Letter dated October 4, 2006.

36. Full Structural Weld Metal Overlay and for Units 1 and 3 only; Request to use 2001 Edition thru 2003 Addenda for Repair and Replacements

NRC accepted as documented by SER attached to Letter dated June 21, 2007

37. Alternative to ASME Code Case N-638-1, Similar and Dissimilar Metal Welding Using Ambient Temperature Machine GTAW Temperbead Technique.

NRC accepted as documented by SER attached to Letter dated June 21, 2007

38 Included for reference to document the Close out of U2 2nd Interval

39. Safety Injection Tank alternative repair method.

Submitted by APS letter 102-05869-DCM/RJR, dated July 11, 2008

40. Extended Reactor Vessel Examinations to meet the PWROG program

Submitted by APS letter

41. Request to utilize Appendix 1 of Code Case N-729-1.


42. Request to utilize Leak Path Assessments N-729-1 previously qualified


43. Included for reference to document the Closeout of U3 2nd Interval


44. Extended Reactor Vessel Examinations


45. Included for reference to document the Closeout of U2 RPV 2nd Interval

46. Included for reference to document the Closeout of U1 2nd Interval

47. Included for reference to document the Closeout of U3 RPV 2nd Interval

48. Request for Relief to use UT in Lieu or RT

49. Request to use Alternative Inspection method for Reactor Vessel Leak-off line

92 of 212 3INT-ISI-3, Rev. 3

SECTION 9.0 ISI

BOUNDARY DRAWINGS

93 of 212 3INT-ISI-3, Rev. 3

BOUNDARY DRAWING INDEX

Drawing No. Drawing Title Code Class 03-M-AFP-001 Auxiliary - Feedwater System 2 & 3 03-M-CHP-001 Chemical and Volume Control System 1 & 2 03-M-CHP-002 Chemical and Volume Control System 2 & 3 03-M-CHP-003 Chemical and Volume Control System 2 03-M-CLP-001 Containment Integrated and Local Leak Rate Test 2 03-M-CPP-001 Containment Purge System 2 03-M-CTP-001 Condensate Purge System 2 03-M-DFP-001 Diesel Fuel Oil & Transfer System 3 03-M-DGP-001 Diesel Generator System 3 03-M-DWP-002 Demineralized Water System 2 03-M-ECP-001 Essential Chilled Water System 3 03-M-EWP-001 Essential Cooling Water System 3 03-M-FPP-006 Fire Protection System 2 03-M-GAP-001 Service Gas Supply System (N2 and H2) 2 & 3 03-N-GRP-001 Gaseous Radwaste System 2 03-M-HCP-001 HVAC Containment Building 2 03-M-HPP-001 Containment Hydrogen Control 2 03-M-IAP-002 Instrument and Service Air System 2 03-M-IAP-003 Instrument and Service Air System 2 03-M-NCP-002 Nuclear Cooling Water System 3 03-M-NCP-003 Nuclear Cooling Water System 2 03-M-PCP-001 Fuel Pool Cooling & Cleanup System 2 & 3 03-M-RCP-001 Reactor Coolant System 1 & 2 03-M-RCP-002 Reactor Coolant System 1 & 2 03-M-RDP-001 Radioactive Waste Drain System 2 03-M-SGP-001 Main Steam System 2 & 3 03-M-SGP-002 Main Steam System 2 03-M-SIP-001 Safety Injection and Shutdown Cooling System 2 03-M-SIP-002 Safety Injection and Shutdown Cooling System 1 & 2 03-M-SIP-003 Safety Injection and Shutdown Cooling System 2 03-M-SPP-001 Essential Spray Pond System 3 03-M-SPP-002 Essential Spray Pond System 3 03-N-SSP-001 Nuclear Sampling System 2 03-M-WCP-001 Normal Chilled Water System 2 13-M-ZZP-001 Symbols and Legend N/A 13-M-ZZP-002 Symbols and Legend N/A

94 of 212 3INT-ISI-3, Rev. 3

SECTION 10.0 ZONE DRAWINGS

95 of 212 3INT-ISI-3, Rev. 3

ZONE DRAWING INDEX

Drawing No. Drawing Title Code Class Zone 1 Reactor Vessel 1 Zone 2 Closure Head 1 Zone 3 Steam Generator 1 1 Zone 4 Steam Generator 2 1 Zone 5 Pressurizer 1 Zone 6 RCS Primary Piping 1 Zone 16 Reactor Coolant Pump 1A 1 Zone 17 Reactor Coolant Pump 1B 1 Zone 18 Reactor Coolant Pump 2A 1 Zone 19 Reactor Coolant Pump 2B 1 Zone 20 Pressurizer Surge Line 1 Zone 21 Shutdown Cooling Loop 1 1 Zone 22 Shutdown Cooling Loop 2 1 Zone 23 Safety Injection 1A 1 Zone 24 Safety Injection 1B 1 Zone 25 Safety Injection 2A 1 Zone 26 Safety Injection 2B 1 Zone 27 Pressurizer Spray 1A 1 Zone 28 Pressurizer Spray 1B 1 Zone 29 Combined Pressurizer Spray 1 Zone 30 Aux. Pressurizer Spray 1 Zone 31 Pressurizer Safeties 1 Zone 32 Drain Line 1A 1 Zone 33 Drain Line 1B 1 Zone 34 Drain Line 2A 1 Zone 35 Drain Line 2B 1 Zone 36 Letdown Line 1 Zone 37 Charging Line 1 Zone 38 Drain Line Loop 1 1 Zone 39 HPSI Long Term Recirc 1 1 Zone 40 HPSI Long Term Recirc 2 1 Zone 41 Steam Generator 1 2 Zone 42 Steam Generator 2 2 Zone 43 Main Steam SG1 East 2 Zone 44 Main Steam SG1 West 2 Zone 45 Main Steam SG2 East 2 Zone 46 Main Steam SG2 West 2 Zone 47 Main Steam SG1 West 2 Zone 48 Main Steam SG1 East 2 Zone 49 Main Steam SG2 East 2 Zone 50 Main Steam SG2 West 2 Zone 51 Atmospheric Dump No. 1 2 Zone 52 Atmospheric Dump No. 2 2 Zone 53 Steam to Aux Feedwater System 2 Zone 54 Feedwater SG No. 1 2 Zone 55 Feedwater SG No. 2 2 Zone 56 Feedwater SG No. 1 2 Zone 57 Feedwater SG No. 2 2 Zone 58 Aux & Downcomer Feedwater SG 1 2 Zone 59 Aux & Downcomer Feedwater SG 2 2 Zone 60 Downcomer Feedwater SG 1 2 Zone 61 Downcomer Feedwater SG 2 2 Zone 62 Aux Feedwater SG 1 2 Zone 63 Aux Feedwater SG 2 2

96 of 212 3INT-ISI-3, Rev. 3

ZONE DRAWING INDEX (Continued)

Drawing No. Drawing Title Code Class Zone 64 Blowdown SG 1 2 Zone 65 Blowdown SG 2 2 Zone 66 Blowdown SG 1 2 Zone 67 Blowdown SG 2 2 Zone 68 Regenerative Heat Exchanger 2 Zone 69 Letdown Heat Exchanger 2 Zone 70 LPSI Pump Room A Suction 2 Zone 71 LPSI Pump Room A Discharge 2 Zone 72 LPSI Pump A 2 Zone 73 LPSI Pump Room B Suction 2 Zone 74 LPSI Pump Room B Discharge 2 Zone 75 LPSI Pump B 2 Zone 76 Containment Spray Pump Room A Suction 2 Zone 77 Containment Spray Pump Room A Discharge 2 Zone 78 Containment Spray Pump A 2 Zone 79 Containment Spray Pump Room B Suction 2 Zone 80 Containment Spray Pump Room B Discharge 2 Zone 81 Containment Spray Pump B 2 Zone 82 Shutdown Cooling Heat Exchange Room A 2 Zone 83 Shutdown Cooling Heat Exchange Room A 2 Zone 84 Shutdown Cooling Heat Exchanger A 2 Zone 85 Shutdown Cooling Heat Exchanger Room B 2 Zone 86 Shutdown Cooling Heat Exchanger Room B 2 Zone 87 Shutdown Cooling Heat Exchanger B 2 Zone 88 East Wrap 2 Zone 89 East Wrap 2 Zone 90 East Wrap 2 Zone 91 West Wrap 2 Zone 92 West Wrap 2 Zone 93 West Wrap 2 Zone 94 A Train Misc. Pipe Chases & 88' Pipe Tunnel 2 Zone 95 B Train Misc. Pipe Chases & 88' Pipe Tunnel 2 Zone 96 Containment LPSI Header to Loop 1A 2 Zone 97 Containment LPSI Header to Loop 1B 2 Zone 98 Containment LPSI Header to Loop 2A 2 Zone 99 Containment LPSI Header to Loop 2B 2 Zone 100 Containment LPSI Train A Suction 2 Zone 101 Containment LPSI Train B Suction 2 Zone 102 SI Pumps Train “A” Suction 2 Zone 103 Refueling Water Suction Train “A” 2 Zone 104 SI Pumps Train “B” Suction 2 Zone 105 Refueling Water Suction Train “B” 2 Zone 106 HPSI Pump Room “A” Discharge 2 Zone 107 HPSI Pump Room “B” Discharge 2 Zone 108 HPSI Discharge 88’ Pipe Chase 2 Zone 109 HPSI Discharge 88’ Pipe Chase 2 Zone 110 HPSI Discharge West Wrap 2 Zone 111 HPSI Discharge West Wrap 2 Zone 112 HPSI Discharge East Wrap 2 Zone 113 HPSI Discharge East Wrap 2 Zone 114 Containment HPSI Header Loop 1A & 1B 2 Zone 115 Containment HPSI Header Loop 2A & 2B 2 Zone 116 HPSI Pump “A” 2 Zone 117 HPSI Pump “B” 2 Zone 118 HPSI Long Term 2 Zone 119 HPSI Long Term 2 Zone 120 Containment Spray A 2 Zone 121 Containment Spray B 2

97 of 212 3INT-ISI-3, Rev. 3

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E 17

REA

CTO

R C

OO

LAN

TPU

MP

1B

NO

TES:

1) S

TUD

LO

CAT

ION

S C

W F

RO

M

REF

EREN

CE

DW

GS:

N00

1-6.

02-4

18

D

ISC

HA

RG

E C

2) T

AG

NO

. 3M

RC

EP01

B

L

S

ERIA

L N

O. 1

111-

1B (C

-E)

N

.B. N

O. 2

3462

N00

1-6.

-420

TH

RU

423

N00

1-6.

02-1

07 &

108

8.27

”

1.1”

SEA

L H

OU

SIN

G

STU

DS

FLA

NG

E ST

UD

S

32.8

7”

6.93

”

6.89

”

7.28

”

4.52

8”

4.33

”

SNU

BB

ER (2

)

CW

FR

OM

DIS

CN

OZZ

LE

CO

LUM

NSU

PPO

RTS

(4)

LOW

ER H

OR

IZO

NTA

LSU

PPO

RTS

(2)

MO

TOR

SU

PPO

RTST

AN

D

17-1

2 TH

RU

17-

15

17-1

7 A

ND

17

-18

UPP

ER H

OR

IZO

NTA

LSU

PPO

RTS

(2)

17-1

9 A

ND

17

-20

17-2

1 A

ND

17

-2217

-30

FLA

NG

E SU

RFA

CE

17-3

4C

ASI

NG

INTE

RN

AL

SUR

FAC

E

17-3

1

17-3

217

-33 S

EAL

HO

USI

NG

STU

DS

& N

UTS

- NO

TE 1

FLA

NG

E ST

UD

S &

NU

TS- N

OTE

1

B

B

CB B

105

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

NO

TES:

1) S

TUD

LO

CAT

ION

S C

W F

RO

M

REF

EREN

CE

DW

GS:

N00

1-6.

02-4

18

D

ISC

HA

RG

E C

2) T

AG

NO

. 3M

RC

EP01

C

L

S

ERIA

L N

O. 1

111-

2A (C

-E)

N

.B. N

O. 2

3463

N00

1-6.

02-4

20 T

HR

U 4

23N

001-

6.02

-107

& 1

08

8.27

”

1.1”

SEA

L H

OU

SIN

G

STU

DS

FLA

NG

E ST

UD

S

32.8

7”

6.93

”

6.89

”

7.28

”

4.52

8”

4.33

”

SNU

BB

ER (2

)

CW

FR

OM

DIS

CN

OZZ

LE

CO

LUM

NSU

PPO

RTS

(4)

LOW

ER H

OR

IZO

NTA

LSU

PPO

RTS

(2)

MO

TOR

SU

PPO

RTST

AN

D

ZON

E 18

REA

CTO

R C

OO

LAN

TPU

MP

2A

18-1

2 TH

RU

18-

15

18-1

7 A

ND

18

-18

UPP

ER H

OR

IZO

NTA

LSU

PPO

RTS

(2)

18-1

9 A

ND

18

-20

18-2

1 A

ND

18

-2218

-30

FLA

NG

E SU

RFA

CE

18-3

4C

ASI

NG

INTE

RN

AL

SUR

FAC

E

SEA

L H

OU

SIN

G

ST

UD

S &

NU

TS- N

OTE

1

FLA

NG

E ST

UD

S &

NU

TS- N

OTE

1

18-3

1

18-3

218

-33

B

B

CB B

106

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 19

REA

CTO

R C

OO

LAN

TPU

MP

2B

NO

TES:

1) S

TUD

LO

CAT

ION

S C

W F

RO

M

REF

EREN

CE

DW

GS:

N00

1-6.

02-4

18

D

ISC

HA

RG

E C

2) T

AG

NO

. 3M

RC

EP01

D

L

S

ERIA

L N

O. 1

111-

2B (C

-E)

N

.B. N

O. 2

3464

N00

1-6.

02-4

20 T

HR

U 4

23N

001-

6.02

-107

& 1

08

8.27

”

1.1”

SEA

L H

OU

SIN

G

STU

DS

FLA

NG

E ST

UD

S

32.8

7”

6.93

”

6.89

”

7.28

”

4.52

8”

4.33

”

SNU

BB

ER (2

)

CW

FR

OM

DIS

CN

OZZ

LE

CO

LUM

NSU

PPO

RTS

(4)

LOW

ER H

OR

IZO

NTA

LSU

PPO

RTS

(2)

MO

TOR

SU

PPO

RTST

AN

D

19-1

2 TH

RU

19-

15

19-1

7 A

ND

19

-18

UPP

ER H

OR

IZO

NTA

LSU

PPO

RTS

(2)

19-1

9 A

ND

19

-20

19-2

1 A

ND

19

-2219

-30

FLA

NG

E SU

RFA

CE

19-3

4C

ASI

NG

INTE

RN

AL

SUR

FAC

E

SEA

L H

OU

SIN

G

ST

UD

S &

NU

TS- N

OTE

1

FLA

NG

E ST

UD

S &

NU

TS- N

OTE

1

19-3

1

19-3

219

-33

B

B

CB

B

107

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 20

PRES

SUR

IZER

SU

RG

E

RC

028

H-1

PRES

SUR

IZER

ZON

E 5

HO

T LE

GZO

NE

6

RC

-E-0

28-B

CA

A-1

2”

EL 1

08’-

1 3/

4”

EL 1

08’-

5”

EL 1

10’-

5”

PLA

NT

NO

RTH

RC

-E-0

28-B

CA

A-1

2”

REF

EREN

CE

DR

AWIN

GS

03-P

-RC

F-10

1

20-2

20-3

20-4

20-5

20-6

20-7

20-8

20-9

20-1

0

RC

028

H-2

RC

028

H-3

RC

028

H-4

PRES

SUR

IZER

VAU

LT

5-34

OL

CS

SS

20-1

OL

SS CS

20-1

1 O

L

6-10

OL

CB

C

CR

C-3

2

108

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

SHU

TDO

WN

CO

OLI

NG

LOO

P 1

REF

EREN

CE

DR

AWIN

GS

03-P

-SIF

-105

ZON

E 21

PLA

NT

NO

RTH

SI-2

40

H-1

0

21-1

2

21-1

3B21

-14

21-1

5

21-1

821-1

9

21-1

121

-9

21-8

21-6

21-4

21-2

1

21-1

7

21-1

0

21-7

21-5

21-2

2

21-1

321-1

6

SI-2

40

H-1

3

SI-2

40

H-4

SI-2

40

H-9

SI-2

40

H-7

SI-2

40

H-5

SI-2

40

H-1

5

SI-2

40

H-3

SI-2

40

H-1

6

SI-2

40

H-1

1

UV

-653

CO

NT

ON

ZON

E 10

0

UV

-651

SI-A

-240

-BC

AA

-16”

SEC

ON

DA

RY

SHIE

LD W

ALL

EL 8

9’-9

”

CO

NT

ON

ZO

NE

38

LOO

P 1

HO

T LE

G Z

ON

E 6

21-1

A

CO

NT

ON

ZO

NE

3921

-20

OL

6-11

OL

CS/

SS

RC

-E-0

51-B

CA

A-1

6”

21-3

21-2

4

21-2

5

21-2

6

SI-2

40

H-2

SI-2

40

H-1

4

SI-2

40

H-1

7

21-1

RC

-051

H-2

RC

-051

H-3

BB

C

C

B

B

B

B

B

B

BB

BB

R14

WO

296

7884

6-11

-OL,

21-

20-O

L

NO

TES:

B

RC

-32

109

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 22

SHU

TDO

WN

CO

OLI

NG

LOO

P 2

REF

EREN

CE

DR

AWIN

GS

03-P

-SIF

-105

22-7

A

UV

-652

RC

-E-0

68-B

CA

A-1

6”

RC

68H

-4R

C68

H-1

SI19

3H

-23

SI19

3H

-17

SI19

3H

-20

22-8

22-1

7

22-2

6

22-1

5

22-1

1

22-1

422

-9

22-7

22-4

22-6

22-5

22-3

22-2

22-2

3

22-2

2

22-1

8

22-2

1

CO

NT

ON

ZON

E 40

T-W

ALL

CO

NT

ON

ZON

E 10

1U

V-6

54

SEC

ON

DA

RY

SHIE

LD W

ALL

LOO

P 2

HO

TLE

G Z

ON

E 6

W

SI-B

-193

-BC

AA

-16”

SI19

3H

-8

7-9-

OL

22-1

-OL

CS/

SS

W

B

B

B

B

BR

C68

H-3

CC

R14

WO

296

7888

7-9-

OL,

22-

1-O

L

NO

TES:

RC

-63

110

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 23

SAFE

TY IN

JEC

TIO

N 1

A

REF

EREN

CE

DR

AWIN

GS

03-P

-SIF

-103

9-10

23-2

6

CS/

SSV

-237

SI-E

-207

-BC

AA

-14”

SI-2

07

H-1

1

SI-2

07

H-7

SI-2

07

H-3

23-2

3 23-2

4

23-1

6 23-1

7

23-1

9

23-2

0

23-1

2

23-1

5

23-2

2

23-1

4

23-9

23-8

23-6

23-7

23-4

23-2

23-1

UV

-634

V-5

42CO

NT

ON

ZO

NE

96

LOO

P 1A

CO

LDLE

G Z

ON

E 6

SEC

ON

DA

RY

SHIE

LD W

ALL

SI T

AN

K 1

A

V-2

35

SI-E

-203

-BC

AA

-12”

B

C

B

RC

-34

111

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 24

SAFE

TY IN

JEC

TIO

N 1

B

REF

EREN

CE

DR

AWIN

GS

03-P

-SIF

-103

11-1

0C

S/SS

SI-E

-221

-BC

AA

-12”

V-2

47

LOO

P 1B

CO

LDLE

G Z

ON

E 6

SEC

ON

DA

RY

SHIE

LD W

ALL

UV

-644

V-5

43

CO

NT

ON

ZON

E 97

SI T

AN

K1B

SI-E

-223

-BC

AA

-14”

24-1

8

24-1

6

24-1

7

24-1

4

24-1

24-1

1 24-9

24-2

24-2

1

24-2

2

24-4

24-2

3

24-2

5

24-6

24-8

24-7

24-1

9

SI-2

23

H-8

SI-2

23

H-3

SI-2

23

H-1

V-2

45

CB

C

RC

-31

112

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 25

SAFE

TY IN

JEC

TIO

N 2

A

REF

EREN

CE

DR

AWIN

GS

03-P

-SIF

-136

SI-E

-156

-BC

AA

-12”

LOO

P 2A

CO

LDLE

G Z

ON

E 6

UV

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V-5

40

CO

NT

ON

ZON

E 98

SI T

AN

K2A

25-2

2

SI-1

60

H-1

SI-E

-160

-BC

AA

-14”

V-2

15

SEC

ON

DA

RY

SHIE

LD W

ALL

V-2

17

SI-1

56

H-9

25-2

3

25-8

25-2

6

25-2

025

-19

25-7

25-9

25-2

9

25-1

8

25-2

7

25-6

25-2

25-4

25-1

25-1

0

25-1

6

25-1

1

25-1

3 25-1

4

25-1

5

13-1

0C

S/SS

B

C

RC

-79

113

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 26

SAFE

TY IN

JEC

TIO

N 2

B

REF

EREN

CE

DR

AWIN

GS

03-P

-SIF

-136

LOO

P 2B

CO

LDLE

G Z

ON

E 6

UV

-624

V-2

27

CO

NT

ON

ZON

E 99

SI-E

-179

-BC

AA

-14” SE

CO

ND

AR

YSH

IELD

WA

LL

15-9

CS/

SS

SI T

AN

K2B

SI-1

79

H-1

1

SI-1

79

H-8

SI-1

75

H-2

1

SI-1

75

H-2

3

V-2

25

V-5

41

26-2

2

26-1

5

26-8

26-2

5

26-1

4

26-1

9

26-6

26-1

7

26-1

2

26-4

26-2

3

26-1

1

26-9

26-2

26-1

6

26-7

26-1

FLO

OR

EL -

100’

SI-E

-175

-BC

AA

-12”

B

C

B

C

RC

-93

114

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 27

PRES

SUR

IZER

SPR

AY

1A

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-P

-RC

F-10

2

27-2

4

27-2

27-3

27-4

27-5 27

-627

-8

27-1

0

27-1

2

27-1

3

27-1

4

27-1

5

27-1

6

27-1

8

27-2

0

27-2

1

27-2

2

27-2

3

27-2

5

27-2

6

27-1

27-2

7

27-2

8

27-2

9

27-3

0

27-3

2

27-3

127-3

4

27-3

3

27-3

6

27-3

7

27-3

9

27-3

8

27-4

0

27-4

1

27-4

227

-43

27-4

4

9-11

SS CS

EL 1

01’-

4”

EL 1

23’-

10”

EL 1

16’-

10”

EL 1

11’-

0”

EL 1

19’-

6”EL

127

’-9

3/8”

EL 1

31’ 1

1 3/

8”

RC

-16

H-7

RC

-62

H-3

8R

C-6

2H

-37

RC

-62

H-3

3

RC

-62

H-3

2

RC

-62

H-2

8

RC

-62

H-3

0

RC

-62

H-2

6

RC

-62

H-2

4

RC

-62

H-2

1

RC

-62

H-3

9

PRES

SUR

IZER

VA

ULT

PRES

SUR

IZER

VA

ULT

ZON

E 29

CO

MB

INED

PZR

SPR

AY

PV 100E

V-24

3

RC-E

-016

-BCA

A-3”

RC-E

-062-B

CAA-

3”

V-24

0

CO

LD L

EGLO

OP

1AZO

NE

6

27-3

5

W

B

BB

B

C

B

C

B

B

C

B

RC

-E-0

62-B

CA

A-3

”

RC

-34

115

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 28

PRES

SUR

IZER

SPR

AY

1B

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-P

-RC

F-10

2 R

C-1

8H

-12

28-2

28-1

28-3

28-4

28-5

28-6 28

-7

28-9

28-1

1

28-1

3

28-1

4

28-1

5

28-1

7

28-1

828-2

0

28-2

2

28-2

3

28-2

4

28-2

5

28-2

628

-2728

-28

28-2

928

-30

28-3

1

28-3

2

28-3

3

28-3

4

28-3

5

28-3

6

28-3

7

28-4

6

28-3

9

28-4

0

28-4

1

28-4

2

11-1

1

28-4

528

-44

28-4

3SS C

S

RC

-18

H-9

RC

-17

H-4

6

RC

-17

H-4

3

RC

-17

H-4

2

RC

-17

H-4

0

RC

-17

H-3

8

RC

-17

H-3

4

RC

-17

H-3

3

RC

-17

H-3

1

RC

-17

H-3

0

RC

-17

H-2

6

RC

-17

H-2

4

ZON

E 29

CO

MB

INED

PZR

SPR

AY

PRES

SUR

IZER

VA

ULT

PRES

SUR

IZER

VA

ULT

1A &

1B

CU

BIC

LE

CO

LD L

EGLO

OP

1B Z

ON

E 6

EL 1

02’-

1/4”

EL 1

14’-

6”

EL 1

10’-

0”

EL 1

23’-

10”

EL 1

16’-

10”

EL 1

27’ 9

3/8

”

RC

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18-B

CA

A-3

”

V-2

42

V-2

41

PV 100F

RC-E

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CAA-

3”

W

B

C

C

B

B

B

BB

B

B

B

B

C

RC

-31

116

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 29

CO

MB

INED

PZR

SPR

AY

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-P

-RC

F-10

2

RC

-18

H-1

7

RC

-18

H-1

6

RC

-18

H-1

8

29-1

3

PRES

SUR

IZER

ZON

E 5

ZON

E 27

PZR

SPR

AY1A

ZON

E 28

PZR

SPR

AY1B

C E

L 13

0”-1

1 3/

8”L

158’

-1 5

/16”

WP

EL 1

58’-

2”

ZON

E 30

AU

X S

PRAY

NO

ZZLE

EL 1

52’-

5 5/

8”

SS CS

RC

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18-B

CA

A-4

”

29-1

1

29-1

2

29-9

29-1

1A

29-5

29-7

29-1

0

29-4

29-3

29-2

5-33

OL

29-1

OL

C

C

C

117

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 30

AU

X. P

ZR S

PRA

Y

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118

of 2

123I

NT-

ISI-3

, Rev

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UN

IT 3

ZON

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119

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 32

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AIN

LIN

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RC

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120

of 2

123I

NT-

ISI-3

, Rev

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UN

IT 3

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122

of 2

123I

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ISI-3

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UN

IT 3

ZON

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123

of 2

123I

NT-

ISI-3

, Rev

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UN

IT 3

ZON

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124

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 37

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GIN

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125

of 2

123I

NT-

ISI-3

, Rev

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UN

IT 3

ZON

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126

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 39

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127

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123I

NT-

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, Rev

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UN

IT 3

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128

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

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193”

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3

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129

of 2

123I

NT-

ISI-3

, Rev

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UN

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ZON

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130

of 2

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ISI-3

, Rev

. 3

UN

IT 3

ZON

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131

of 2

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ISI-3

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UN

IT 31

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CC

132

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 45

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TEA

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AST

)

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-

P-SG

F-11

8

ZON

E42

45-5

LIN

E #

DIA

/SC

HFR

OM

TO

SG-4

232

”x 2

”45

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8”

45-2

645

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28”x

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5”

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42H

17

SG42

H11

45-7

45-8 45

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45-4

45-2

45-1

45-1

8

45-1

4

45-1

2

45-1

1

45-2

5

45-1

5

45-2

4

45-1

7

45-2

0

45-2

2

45-2

1

WSG

42H

16

EL. 1

57’-

10C

ZON

E49

EL. 1

32’

C

1/8”

EL. 1

71’

C

EL. 1

32’-

3C

1/16

”

EL. 1

71’-

1C

11/1

6”

STEA

M G

ENER

ATO

R 2

3

45-1

1A

45-2

6

BB

C 133

of 2

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ISI-3

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. 3

UN

IT 3

ZON

E 46

MA

IN S

TEA

M (W

EST)

STEA

M G

ENER

ATO

R 2

4

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-

P-SG

F-11

8

EL. 1

71’

ZON

E42

46-5

C

LIN

E #

DIA

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HFR

OM

TO

SG-4

532

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-

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H17

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8”46-2

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46-7

46-8 46

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46-4

46-2 46

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46-1

1

46-2

146

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46-1

8

46-2

5

46-1

4

46-2

4

46-1

5

46-2

0

46-1

7

46-2

7

46-2

3

46-2

8

WSG

45H

16

EL. 1

58’

C

EL. 1

32’

C

ZON

E50

EL. 1

32’

C

46-1

1A

W

46-2

9

B

C

C

134

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 47

MA

IN S

TEA

M (W

EST)

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-P

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F-15

5

LIN

E #

DIA

/SC

HFR

OM

TO

SG-2

066”

x 1.

500”

47-4

47-2

0

SG20

6H

-1

47-3

0

47-2

9

47-1

47-2

8

28”x

1.7

50”

12”x

0.8

44”

SG-2

06

SG-2

06

EL. 1

32’-

0”

TUR

BIN

E

47-2

5

PSV

572

03-P

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F-40

1

NO

TE:

1 - M

AIN

STE

AM

REL

IEF

VALV

E

47-1

9

47-1

2

47-2

4

47-1

1

47-2

0

47-3

0

47-1

5

47-2

7

47-2

8

47-2

3

47-2

9

47-1

6

UV

170

PSV

573

PSV

692

PSV

575

PSV

574 47

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47-3

47-2

47-1

47-8

ZON

E 44

1

BU

ILD

ING

SG-E

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2”

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E 51

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1/4

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NG

E B

OLT

SPE

R V

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0-2

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DY

TO

BO

NN

ET B

OLT

S

EL. 1

29’-

0”

STEA

M G

ENER

ATO

R 1

C

135

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 48

MA

IN S

TEA

M (E

AST

)

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-P

-SG

F-15

5

LIN

E #

DIA

/SC

HFR

OM

TO

SG-2

076”

x 1.

500”

48-4

48-2

0

SG20

7H

-1

48-3

0

48-2

9

48-1

48-2

8

28”x

1.7

50”

12”x

0.8

44”

SG-2

07

SG-2

07

EL. 1

32’-

0”

TUR

BIN

E

48-2

5PS

V57

9

03-P

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F-40

1

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9

48-1

2

48-2

4

48-1

1

48-2

0

48-3

0

48-1

5

48-2

7

48-2

8

48-2

3

48-2

9

48-1

6

UV

180

PSV

578

PSV

691

PSV

576

PSV

577

48-7

48-4

48-3

48-2

48-1

48-8

ZON

E 43

2

BU

ILD

ING

SG-E

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B-1

2”

SG-E

-207

-DLB

B-2

8”

ZON

E 51

ZON

E 53

48-3

5

48-3

4

MA

IN S

TEA

M S

/G #

190

° (E

AST

) IN

SID

EC

ON

TAIN

MEN

T

ZON

E 51

STEA

M G

ENER

ATO

R 1

NO

TE:

1 - M

AIN

STE

AM

REL

IEF

VALV

E12

-1 1

/4”D

IA. F

LAN

GE

BO

LTS

PER

VA

LVE

2 - M

SIV,

20-

2 1/

4”D

IA. B

OD

Y T

OB

ON

NET

BO

LTS

C

136

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 49

MA

IN S

TEA

M (E

AST

)

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03

-P-S

GF-

155

LIN

E #

DIA

/SC

HFR

OM

TO

SG-2

086”

x 1.

500”

49-4

49-2

0

SG20

8H

-1

49-3

0

49-2

9

49-1

49-2

8

28”x

1.7

50”

12”x

0.8

44”

SG-2

08

SG-2

08

EL. 1

32’-

0”

TUR

BIN

E

49-2

5PS

V55

4

03

-P-S

GF-

401

49-1

9

49-1

2

49-2

4

49-1

1

49-2

0

49-3

0

49-1

5

49-2

7

49-2

8

49-2

3

49-2

9

49-1

6

UV

171

PSV

555

PSV

695

PSV

557

PSV

556

49-7

49-4

49-3

49-2

49-1

49-8

ZON

E 45

3

BU

ILD

ING

SG-E

-208

-DLB

B-1

2”

SG-E

-208

-DLB

B-2

8”

ZON

E 52

ZON

E 53

49-3

5

ZON

E 52

49-3

4

STEA

M G

ENER

ATO

R 2

NO

TE:

1 - M

AIN

STE

AM

REL

IEF

VALV

E12

-1 1

/4”D

IA. F

LAN

GE

BO

LTS

PER

VA

LVE

2 - M

SIV,

20-

2 1/

4”D

IA. B

OD

Y T

OB

ON

NET

BO

LTS

C

137

of 2

123I

NT-

ISI-3

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. 3

UN

IT 3

ZON

E 50

MA

IN S

TEA

M (W

EST)

PLA

NT

NO

RTH

LIN

E #

DIA

/SC

HFR

OM

TO

SG-2

096”

x 1.

500”

50-4

50-2

0

SG20

9H

-1

50-3

0

50-2

9

50-1

50-2

8

28”x

1.7

50”

12”x

0.8

44”

SG-2

09

SG-2

09

EL. 1

32’-

0”

TUR

BIN

E

50-2

5

PSV

561

50-1

9

50-1

2

50-2

4

50-1

1

50-2

0

50-3

0

50-1

5

50-2

7

50-2

8

50-2

3

50-2

9

50-1

6

UV

181

PSV

560

PSV

694

PSV

558

PSV

559 50

-750

-4

50-3

50-2

50-1

50-8

ZON

E 46

4

BU

ILD

ING

SG-E

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B-1

2”

SG-E

-209

-DLB

B-2

8”

ZON

E 52

S/G

#2

AD

V

STEA

M G

ENER

ATO

R 2

NO

TE:

1 - M

AIN

STE

AM

REL

IEF

VALV

E12

-1 1

/4”D

IA. F

LAN

GE

BO

LTS

PER

VA

LVE

2 - M

SIV,

20-

2 1/

4”D

IA. B

OD

Y T

OB

ON

NET

BO

LTS

REF

EREN

CE

DR

AWIN

GS

03-P

-SG

F-15

503

-P-S

GF-

401

C

138

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 51

ATM

OSP

HER

IC D

UM

P 1

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-P

-SG

F-15

8

LIN

E #

DIA

/SC

HFR

OM

TO

SG-0

5912

”x 0

.844

”51

-151

-51

51-6

5

51-3

51-2

8

51-3

351

-151

-31

51-2

6

51-6

51-5

1

51-5

3

51-2

7

51-5

4

SG70

H-6

SG-0

7012

”x 0

.844

”51

-49

51-3

7

51-3

051

-32

ZON

E47

SG-E

-70-

DLB

B-1

2”

SG-E

-59-

DLB

B-1

2”

SG59

H-6

V 955

ZON

E48

51-2

51-7

51-2

9

51-5

51-8

B

51-3

5

51-4

51-9

51-8

A

51-3

7

51-3

4

51-4

9

HV

178

V 48

V 949

HV

184

UV

169

SG-E

-95-

DLB

B-4

”

SG-0

954”

x 0

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”51

-65

51-7

6

ZON

E48

51-3

6

51-5

6

51-5

5

51-5

751

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51-7

9

51-7

8

51-7

1

51-7

051

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51-8

451

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51-7

7

51-6

651

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51-8

3

51-6

9 51-8

151

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51-7

5

51-7

3

51-7

4

51-7

2

C

C

139

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 52

ATM

OSP

HER

IC D

UM

P 2

PLA

NT

NO

RTH

REF

EREN

CE

DR

AWIN

GS

03-P

-SG

F-15

8

LIN

E #

DIA

/SC

HFR

OM

TO

SG-1

0312

”x 0

.844

”52

-152

-50

52-5

3

52-3

4

52-3

7

52-3

52-1

0

52-3

1

52-5

2

52-5

5

52-9

52-8

52-5

6

52-1

SG10

3H

-6

SG-0

8412

”x 0

.844

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-52

52-3

8

52-6

52-7

52-4

52-5

ZON

E49

SG-E

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B-4

”

SG-E

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B-1

2”

ZON

E49

SG84

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V 958

ZON

E50

52-3

5

52-3

0

52-3

8

52-5

7

52-3

2

52-2

8

52-3

3

52-2

7

52-2

9

52-5

4

52-5

0

HV

179

V 84

V 952

HV

185

UV

183

SG-E

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6

52-2

52-8

3

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8

52-8

4

52-8

052

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52-8

2

52-7

352

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52-7

4

52-7

6

52-7

0

52-7

152

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52-7

5

52-3

652

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52-7

852

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52-6

6

52-6

5

52-6

7

C

C

140

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 53

STEA

M T

O A

UX

ILIA

RY

PLA

NT

NO

RTH

REF

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CE

DR

AWIN

GS

03-P

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LIN

E #

DIA

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HFR

OM

TO

SG-0

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x 0.

432”

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53-1

5

53-3

5

53-2

6

53-2

7

53-2

3

53-2

1

53-1

1

53-2

53-1

2

53-3

4

53-2

853

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53-3

1

53-3

2

53-2

2

53-3

0

53-2

4

53-2

5

53-1

3

53-1

553

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53-9

53-8

53-1

0

53-1

EL. 1

22’-

5”

EL. 1

22’-

5”

SG-0

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x 0.

432”

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553

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MA

IN S

TEA

M

53-6

53-7

53-4

53-5

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MA

IN S

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MZO

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49

UV

134

UV

138

FEED

WA

TER

SY

STEM

141

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 54

FEED

WA

TER

PLA

NT

NO

RTH

REF

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CE

DR

AWIN

GS

03

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119

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LIN

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SG-0

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54-2

4

54-4

5

54-5

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54-5

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54-8

R

54-3

1

54-3

8

54-6

0

54-5

0

54-5

9

54-5

7

54-5

6

54-5

254

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54-3

4

54-2

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54-4

7

54-3

2

54-3

5

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4

54-3

3

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54-1

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54-2

1

54-1

7

54-1

454

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54-2

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6

54-4

9

54-4

3

EL. 9

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SG-1

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1

SG-2

H-9

SG-2

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SG-2

H-3

SG-2

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SG-2

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SG-2

H-5

SG-2

H-4

WSG

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EL. 1

15’

SG-0

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16”x

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44”

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6

54-3

7

54-2

0

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9

54-3

9

54-4

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54-6

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54-3

54-4

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11

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NO

TES:

54-1

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4-11

AR

, 54-

12R

142

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 55

FEED

WA

TER

STEA

M G

ENER

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R 2

PLA

NT

NO

RTH

REF

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CE

DR

AWIN

GS

03-P

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F-11

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LIN

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DIA

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OM

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7

55-5

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7

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5

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55-1

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55-2

2

55-2

3

EL. 1

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EL. 9

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SG-5

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EL. 1

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143

of 2

123I

NT-

ISI-3

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UN

IT 3

ZON

E 56

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NT

NO

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REF

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CE

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M G

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144

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123I

NT-

ISI-3

, Rev

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UN

IT 3

ZON

E 57

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TER

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ENER

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57-9

57-7

57-4

57-1

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145

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123I

NT-

ISI-3

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. 3

UN

IT 3

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E 58

AU

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IAR

Y &

DO

WN

CO

MER

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8

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58-9

58-8

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158

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8

58-2

3

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58-1

4

58-1

5

58-1

0

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1

58-1

2

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58-4

58-5

58-6

58-1

58-2

41-1

11

58-1

3

EL. 1

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H-7

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75

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5 58-3

258

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4

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58-3

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146

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123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 59

PLA

NT

NO

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REF

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CE

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TO

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18”

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0

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8

59-7

59-9

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59-1

6

59-2

259

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59-3

0

59-1

7

59-1

8

59-2

3

59-1

6C59

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59-2

0A59

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59-2

6

59-1

4

59-1

5

59-1

0

59-1

159

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59-3

59-4

59-5

59-6

59-1

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3

59-2

5

59-3

2

59-3

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59-2

4

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59-3

9

147

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 60

DO

WN

CO

MER

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DW

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R

PLA

NT

NO

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C

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TO

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7

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60-5

60-3

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148

of 2

123I

NT-

ISI-3

, Rev

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UN

IT 3

ZON

E 61

PLA

NT

NO

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REF

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03-P

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UV

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3

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61-5 61

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61-8

61-9

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149

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123I

NT-

ISI-3

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UN

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ZON

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PLA

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62-2

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150

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123I

NT-

ISI-3

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UN

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E 63

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M G

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63-2

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151

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123I

NT-

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UN

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ZON

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64-9

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152

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65-3

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65-4

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65-4

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UN

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154

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123I

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UN

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67-6

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155

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123I

NT-

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UN

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REG

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SHU

TDO

WN

CO

OLI

NG

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TEX

CH

AN

GER

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E 84

170

of 2

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. 3

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SHU

TDO

WN

CO

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NG

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TEX

CH

AN

GER

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BA

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ISI-3

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. 3

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IT 3

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E 84

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TDO

WN

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NG

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T EX

CH

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ISI-3

, Rev

. 3

UN

IT 3

ZON

E 85

REF

EREN

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E #

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10”

X 0

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X 0

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4

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6

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73-5

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73-5

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173

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. 3

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IT 3

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E 86

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REF

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. 3

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IT 3

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E 87

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TDO

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T EX

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NT-

ISI-3

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UN

IT 3

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176

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IT 3

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W

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LIN

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CH

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241-G

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18”

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WES

T W

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P

REF

EREN

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DR

AWIN

GS

03-P

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B

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A T

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HA

SES

AN

D 8

8’ P

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NEL

REF

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CE

DR

AWIN

GS;

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41

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10”

X 0

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8

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3

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D 8

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NEL

REF

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CO

NTA

INM

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LPSI

HEA

DER

TO

LO

OP

1A

V-5

42

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REF

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03-P

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18

SI-1

74H

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41

ZON

E 26

SI-1

74H

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SI-1

74H

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SI-1

74H

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74H

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SI-1

74H

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SI-1

74H

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79-2

3

79-2

5

79-4

1

79-2

7

79-3

5

79-3

4

79-3

6

79-3

7

79-4

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79-3

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9

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E 11

5

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0

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79-5

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W

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B

B

C

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187

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ISI-3

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. 3

UN

IT 3

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E 10

0

CO

NTA

INM

ENT

LPSI

TR

AIN

A S

UC

TIO

N

ZON

E

LIN

E #

DIA

X S

CH

FRO

MTO

SI-0

07

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41

24”

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X 0

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84-2

70-1

16

84-3

70-1

19

27

UV

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41H

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84-5

W

84-3

SI-A

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BA

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23

SI-3

69H

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84-2

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32

70-1

31

70-1

28

70-1

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70-1

25

70-1

17

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23

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V-6

53

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92

ZON

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4116

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1.5

94”

70-1

2070

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SI-3

6910

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0.2

50”

70-1

2270

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696”

X 0

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-

REF

EREN

CE

DR

AWIN

GS

03-P

-SIF

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03-P

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13

-P-Z

CG

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ZON

E 21

BC

B

03-P

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188

of 2

123I

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ISI-3

, Rev

. 3

UN

IT 3

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E 10

1

CO

NTA

INM

ENT

LPSI

TR

AIN

B S

UC

TIO

N

LIN

E #

DIA

X S

CH

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30

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94

24”

X 0

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85-2

71-1

12

85-3

71-1

21

26

UV

-675

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94H

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85-5

W

85-3

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BA

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24

PSV

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BC

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BC

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SI-1

9416

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1.5

94”

71-1

2271

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6810

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0.2

50”

70-1

2471

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686”

X 0

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REF

EREN

CE

DR

AWIN

GS

03-P

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03-P

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71-1

12

71-1

23

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24

71-1

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19

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25

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71-1

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71-1

36

71-1

22

71-1

16

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71-1

43

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45

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E22 U

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5485

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189

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ISI-3

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. 3

UN

IT 3

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E#

DIA

/SC

HFR

OM

TO

SI-3

0724

" x 0

.562

"84

-12

84-3

7

SI-3

0720

" x 0

.375

"84

-39

84-4

6

SI-0

0918

" x 0

.312

"80

-14

84-8

7

SI-0

0810

" x 0

.250

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-51

84-8

4

RE

FER

EN

CE

DW

G'S

03-

P-S

IF-2

01

ZON

E 9

3W

ES

T W

RA

P84

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V-20

5EL

72'

84-1

4

84-1

6

H2

SI-A

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BC

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84-1

8

84-2

0

84-2

2

84-2

684-2

484

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84-2

8

84-2

9

84-3

1

84-5

3

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84-5

5

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784

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3

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E 76

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5

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3

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184

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0

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W

W

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W

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WW

B

B

B

B

B

BB

B

B

B

B

BC

B

B

190

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ISI-3

, Rev

. 3

UN

IT 3

86-2

0

86-1

486

-12

86-1

886

-16

25

86-2

7

86-2

9

86-3

1

V-30

6

86-5

86- 86-2

3

CH

-A-1

42-H

CB

A-2

0"86

-33

86-1

86-3

5

86

86-1

0

886

-

86-7

86-3

86-5

SI P

UM

P SU

CT.

CH

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24-G

CB

C-2

0"

HV

531

ZON

E 10

2

REF

UEL

ING

WAT

ERTA

NK

86-5

9 86-5

7

CH

-A-1

42-H

CB

A-2

0"

86-5

186

-49

86-4

786-6

286-4

5

86-4

3

86-4

1

86-6

0

86-5

5

86-5

3

86-3

7

ESSE

NTI

AL

PIPE

TU

NN

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UX

BLD

G

86-3

9

LIN

E#D

IA/S

CH

FRO

MTO

CH

- 424

20"

x 0.

375"

86-1

86-2

0

CH

- 142

20"

x 0.

375"

86-2

186

-59

Ref

eren

ce D

WG

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03-P

-SIF

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03-P

-ZYA

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- 21

CO

NT

ON

88' P

IPE

CH

ASE

H20

CH

-142

70’

El.

51’ 6

"

H14

CH

-142

H22

CH

-142

H13

CH

-142

H2

CH

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H3

CH

-424

H6

CH

-424

H8

CH

-142

H1

CH

-424

H4

CH

-142

H1

CH

-142

H6

CH

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H3

CH

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H2

CH

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W

W

ZON

E 10

3

REF

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ING

WA

TER

SU

CTI

ON

A

TR

AIN

86-6

4 86-6

6

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W

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CH

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W

WW

B

B

B

B

B

B

B

B

B

B

B

B

B

B

191

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

LIN

E#

DIA

/SC

HFR

OM

TO

SI-3

0824

" x 0

.562

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-12

85-3

7

SI-3

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.375

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85-4

9

SI-3

318

" x 0

.312

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81-1

3

SI-3

110

" x 0

.250

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85-8

0

CH

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3" x

0.2

16"

104-

210

4-5

RE

FER

EN

CE

DW

G'S

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85-1

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685

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85-5

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1

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185

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85-7

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5

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7

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8

SI-B

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0

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ON

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E 7

3

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ON

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08

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SI-3

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SI-3

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SI-0

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SI-3

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E 1

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ZON

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4

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2

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CO

NT.

ON

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7

104-

4

104-

5

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3

CH

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CB

C-3

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210

4-1

85-1

6

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6

W

W

W

W

W

W

W

W

W

B B

B

B

B

B

B

B

C

B

B

B

B

192

of 2

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ISI-3

, Rev

. 3

UN

IT 3

87-7

5

CH

-B-1

49-H

CB

A-2

0"

LIN

E#

DIA

/SC

HFR

OM

TO

CH

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20" x

0.3

75"

87-1

87-1

8

CH

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20" x

0.3

75"

87-1

987

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87-7

3

87-7

1

87-6

987

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87-6

587-6

3

87-6

1

87-5

9

87-5

787-5

5

87-5

3

87-5

1

87-4

9

87-8

8

87-4

7

87-8

6

87-4

5

87-8

4

87-4

387

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87-4

1

87-8

0

87-3

9

87-7

8

87-3

7

87-3

5

87-3

3

87-3

1

87-2

9

EL.

88'

70'

87-2

7

CH

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49-H

CB

A-2

0"87

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87-2

3 87-2

187

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87-1

9

HV

530

87-1

8

87-1

4

87-1

6

EL

51'6

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CH

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0

87-8

V-30

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87-7

87-5

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LDG

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ce D

WG

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03-P

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W

W

W

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CH

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CH

-149

H10

CH

-149

H12

CH

-149

H27

CH

-149

H25

CH

-149

H26

CH

-149

H2

CH

-149

H6

CH

-149

H7

CH

-149

H4

CH

-149

H5

CH

-149

H8

CH

-149

H14

CH

-149

H3

CH

-149

H1

CH

-149

H1

CH

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H6

CH

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H9

CH

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ZON

E 10

5

REF

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WA

TER

SU

CTI

ON

B

TR

AIN

87-9

0

W

W

W

W

W

WW

W

W

W

W

W

B

BB

B

B

B B

B

B

B

B

B

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BB

B

B

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193

of 2

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ISI-3

, Rev

. 3

UN

IT 3

REF

EREN

CE

DR

AWIN

GS

LIN

E #

DIA

X S

CH

FRO

MTO

SI-0

99SI

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SI-1

00

4” X

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37”

4” X

0.4

38”

4” X

0.4

38”

106-

110

6-8

106-

24

106-

710

6-44

106-

28

HV

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SI-A

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BA

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SI-1

05H

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SI-1

00H

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SI-9

9H

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SI-1

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SI-1

00H

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SI-1

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SI-1

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SI-1

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SI-1

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SI-1

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106-

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24

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106-

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106-

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106-

21

106-

50

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9

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194

of 2

123I

NT-

ISI-3

, Rev

. 3

UN

IT 3

ZON

E 10

7

HPS

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CH

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REF

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CE

DR

AWIN

GS

LIN

E #

DIA

X S

CH

FRO

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37”

3” X

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38”

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110

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68

107-

4110

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71

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SI-1

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SI-1

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SI-1

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SI-1

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107-

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SECTION 11.0 Terms and Definitions

210 of 212 3INT-ISI-3, Rev. 3

AHE: Augmented High Energy ANII: Authorized Nuclear Inservice Inspector APS: Arizona Public Service Company, et al ASME: American Society of Mechanical Engineers Aux: Auxiliary BWR: Boiling Water Reactor CE: Combustion Engineering CEDM: Control Element Drive Mechanism CFR: Code of Federal Regulations CH: Charging CHR: Containment Heat Removal Circ: Circumferential CL: Cold Leg CRD: Control Rod Drive CS: Containment Spray CSP: Containment Spray Pump DWG: Drawing ECCS: Emergency Core Cooling System FW: Feedwater HL: Hot Leg HPSI: High Pressure Safety Injection HV: Hand Control Valve Hx: Heat Exchanger ICI: In Core Instrumentation IEB: Inspection and Enforcement Bulletin IEIN: Inspection and Enforcement Information Notice Inj: Injection INPO: Institute for Nuclear Power Operations ISI: Inservice Inspection LPSI: Low Pressure Safety Injection MSSS: Main Steam Support Structure NDE: Nondestructive Examination NRC: Nuclear Regulatory Commission PDV: Pressure Differential Valve PSV: Pressure Relief or Safety Valve PWR: Pressurized Water Reactor PVNGS: Palo Verde Nuclear Generating Station PZR: Pressurizer RC: Reactor Coolant RCP: Reactor Coolant Pump REV: Revision RHR: Reactor Residual Heat Removal Recirc: Recirculation RCS: Reactor Coolant System RPV: Reactor Pressure Vessel RVLMS: Reactor Vessel Level Monitoring System REM: Roentgen Equivalent Man SDCHX: Shutdown Cooling Heat Exchanger SD: Shutdown

211 of 212 3INT-ISI-3, Rev. 3

SER: Significant Event Report SG: Steam Generator SI: Safety Injection SN: Serial Number T: Thickness Tech. Spec: Technical Specification UFSAR: Updated Final Safety Analysis Report USNRC: United States Nuclear Regulatory Commission UV: Multivariable Control Valve V: Valve

212 of 212 3INT-ISI-3, Rev. 3

3rd inspection interval inservice inspection program ... · 8. b9.11, zone 21 - changed 2nd period...

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