Text

Inservice Insp Rept for 830212-1024,summarizing Refueling Outage Exams
	ML20079R801
Person / Time
Site:	Peach Bottom
Issue date:	01/16/1984
From:	; PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:	;
Shared Package
ML20079R786	List: ML20079R784; ML20079R801;
References
	NUDOCS 8402020361
	Download: ML20079R801 (91)
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l THE FEBRUARY 12, 1983 TO OCTOBER 24, 1983 8 INSERVICE INSPECTI0f4 PROGRAM FINAL REPORT FOR THE PEACH BOTTOM ATOMIC POWER STATI0ft UNIT 3 I- 1983 REFUEL OUTAGE E

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I THE FEBRUARY 12, 1983 TO OCTOBER 24, 1983 INSERVICE INSPECTION PROGRAM I FINAL REPORT FOR THE PEACH BOTTOM ATOMIC POWER STATION UNIT 3 1983 REFUEL OUTAGE I

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I I nCo senior Engineer-Nudear Brand

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PORC REVIEW: /'[/8/I Date

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FORM NIS-1 INSERVICE INSPECTION REPORT I PHILADELPHIA ELECTRIC COMPANY 2301 Market Street Philadelphia, Pennsylvania 19101 ,

l Porch Bottom Station - Unit 3 Date: January 9, 1984 IR.D. No. 1 '

Dalta, Pennsylvania 17314 Inspection Date: February 12, 1983 I to October 24, 1983 Commercial Service Date: December 23, 1984 ,

1 Gross Generating Capability: 1098 MWe l I

Pennsylvania State Identification Number: ST 433411 ;

National Board Number Assigned by Reactor Manufacturer: NB 3904 Component Identification: See Attachment 1 - Summary of Examinations Abstract of Inspections Performed, Conditions Observed, Corrective Measures Recommended and Taken See:

Attachment 1 - Summary of Examinations, Tables One, Two, Three, and Four Attachment 2 - Summary of Indications Name of Inspector: James J. Fuhrman Name and Mailing Address of Inspector's Employer:

The Hartford Steam Boiler Inspection & Insurance Company Building 9, Suite 444 I 580 East Swedesford Road Wayne, PA 19087 I I certify that the statements made in this report are correct and the examinations and corrective measures taken conform to the rules of the ASME Code,Section XI, with the exception of clad overlay repairs which were designed, installed, and examined in accordance with repair concerns plan and specifications.

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Signature of PECO Senior Engineer-Nuclear Branch ~ /-/[ [ #

Date

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I FORM NIS-1 INSERVICE INSPECTION REPORT PAGE 2 I

CERTIFICATE OF INSERVICE INSPECTION I I, the undersigned, holding a valid commission issed by the National Board of Boiler and Pressure Vessel Inspectors and/or the State or Province of Pennsylvania and employed by Hartford Steam Boiler Inspection & Insurance Company of Hartford, Connecticut have inspected the components described I in this Owners' Data Report during the period 2/12/83 to 10/24/83 and state that to the best of my knowledge and belief, the Owner has performed exam-inations and taken corrective measures described in this Owners' Data Report I in accordance with the requirements of the ASME Code,Section XI, with the exception of clad overlay repairs which were designed, installed, and examined in accordance with repair concerns plan and specifications.

By signing this certificate neither the Inspector nor his employer makes any warranty, expressed or implied, concerning the examinations and corrective measures described in this Owner's Data Report. Furthermore, I neither the Inspector nor his employer shall be liable in any manner for any personal injury or property damage or loss of any kind arising from or connected with this inspection.

Date: /-/3-BV w s%) Commissions NG ~7d'/1 /![7 c2/53 National Board, State, Province & No.

gector'sSignature

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I Al"rACllMENT ONE

SUMMARY

OF EXAMINATIONS I

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SUMMARY

OF EXAMINATIONS ,

During the period from February 14, 1983 to October 24, 1983, an Inservice Inspection was performed at the Peach Bottom Atomic Power Station Unit No. 3. Examinations were performed by qualified personnel of Southwest Research Institute, General Electric Company, Lambert-MacG'll-Thomas, Inc.,

and the Philadelphia Elcetric Company.

The following is a summary of the examinations performed employing:

PT-Dye Penetrant, MT-Magnetic Particle, RT-Radiographic, UT-Ultrasonic, and VT-Visual Examination techniques.

I. AREAS EXAMINED BY SOUTHWEST RESEARCH INSTITUTE A. Class I Pipe Welds and Components (Quantity)

Main Steam Loop A (17)

I Main Steam Loop B (7)

Main Steam 1.oop C Main Steam Loop D (9)

(13)

Main Recirculation Loop A (6)

I Main Recirculation Loop B (5)

Feedwater Loop A (4)

Feedwater Loop B (5)

Residual Heat Removal - Head Spray (13)

I (10 baseline examinations)

Residual llcat Removal - injection to Recire I.oop A (4)

I Residual Heat Removal - Injection to Recirc Loop B Residual Heat Removal - OUT - (Shutdown Cooling Suction) (1)

Reactor Core Isolation Cooling (IN) (1)

(2) liigh Pressure Coolant Injection (OUT) (2)

I Jet Spray Instrumentation - Loop B (2)

B. Class II Pipe Welds and Components (Quantity)

Residual Heat Removal Head Spray (1)

Residual Heat Removal Containment Spray - IN - Loop A (1)

Residual IIeat Removal Containment Spray - IN - Loop B (2)

Residual Heat Removal Fuel Pool Coolant - Loop A (1)

Residual Heat Removal Fuel Pool Coolant - Loop B (1)

I Residual Heat Removal Supression Chamber - IN - Loop A (1)

Residual Heat Removal Shutdown Cooling Suction - Pump C (1)

Residual Heat Removal Discharge - Pump A (1)

Residual Heat Removal Discharge - Pump D (1)

I Residual Heat Removal Heat Exchanger C - OUT Residual llent Removal LN - 1.oop n Residual lleat Removal Suction - Pump A (1)

(1)

Residual llent Removal Shutdown Cooling Suction (1)

II. AREAS EXAMINED IlY Tile CENERAI ELECTRIC COMPANY:

NO'l K . tilI nn;un ic examinal lun:; wei e :;nbconi a act ed i o umic Systems international and Radiographic examinations were subcontracted to J. A. Jones Applied Research Company.

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Page 2 A. Class 1 Pipe Weida (Quantity)

Main Recirculation - Loop A (23)

Main Recirculation - Loop B (17) ,

Residual Heat Removal - Injection Loop A (8) l Residual Heat Removal - Injection Loop B (4)

Residual lleat Removal - Shutdown Cooling Suction (4)

Core Spray - Loop B (1)

III. AREAS EXAMINED BY LAMBERT-MACGILL-THOMAS, INC.

A. Class I Pipc Welds (Quantity)

Residual' Heat Removal - Shutdown Cooling Suction (3)

IV. AREAS CXAMINED BY T!!E PillLADELPillA ELECTRIC COMPANY A. Class i P1,)e Welds and Components (Quantity)

Main Steam - Loop A (1)

Main Steam - Loop C (2)

I Main Recirculation - Loop B Discharge Residual Heat Removal - Head Spray Residual Heat Removal - Iii - Loop A (2)

(1)

Residual licat Removal - IN - Loop B (1)

I Residual Heat Removal - OUT (1)

Core Spray - Loop B (1)

Jet Spray Instrumentation - Loop B (1)

B. Class 11 Pipe Welds and Components (Quantity) g Residual Heat Removal Containment Spray - IN - Loop B (1) i 3 Residual Heat Removal Discharge - Pump C (1)

I Residual Heat Removal Shutdown Cooling Suction (1)

I Residual Heat Removal Pumps (2)

C. Class I Valve Bodies (Quantity) l iain Steam (1)

N Feedwater (1) l Residual Heat Removal (1)

D. Class I Pressure Retaining Bolting (Quantity)

1. Valves 1

Main Steam (1)

! Residual lleat Removal (1)

2. Flanges M.e in St eani - 1 inep li (7)

Main Steam - 1.i n ip C (2)

Main Steam - Loop D (7)

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l Page 3 E. Class 1 Support Components (Quantity)

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Main Steam - Loop A (4)

Main Steam - Loop B (3)

I Main Steam - Loop C (3)

Main Steam - Loop D (2)

Main Recirculation - Loop B (1)

I Feedwater (3)

High Pressure Coolant Injection (1)

F. Class II Support Components (Quantity)

I Residual Heat Removal (42)

G. Class III Support Components (Quantity)

High Pressure Service Water (2) 11 . System I.cakage Pressure Tests (Quantity)

Class I Pressure Retaining Components (100%)

I 1. System Hydrostatic Pressure Tests Class I Main Recirculation, 22" Manifolds, l. oops A and B Main Recirculation, 12" HPV inlet Risers I Residual Heat Removal, 6"'RPV Head Spray Residual Heat Removal, 20" Shutdown Cooling Suction Class 11 Residual Heat Removal, Suction and discharge Piping, Loops A through D Control Rod Drive Scram Discharge Volume Drain Line Class III I Fuel Pool Cooling /RHR Piping High Pressure Service Water / Residual Heat Removal "B" Heat Exchanger J. Reactor Pressure Vessel Internal Components (Quantity)

Core Spray Spargers (100%)

' I Core Spray Supply Headers (100%)

Core Spray Downcomer Supply Piping Core Spray lleader Brackets and Welds (100%)

(100%)

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NI"I'ACliMENT TWO

SUMMARY

OF INDICATIONS I

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SUMMARY

OF INDICATIONS I As a result of the examinations performed by Southwest Research Institute, General Electric Company, Lambert-MacGill-Thomas Inc., and the Philadelphia Electric Company during the February 14, 1983 to October 24, 1983 Inservice Inspection of Peach Bottom Atomic Power Station, Unit Three, the following indications were observed:

I. Indications Observed by Southwest Research Institute:

I The manual UT examination of Class I and Class TT com-ponents revealed nucarous insignificant and geometric indi-cations. Three reportable indications were observed on Class I Main Steam examination areas. Minor slag inclusions were noted on hanger lug weld numbers 1-A-5HL1 and 1-A-5HL2. The indication on lug weld 1-A-SHL1 was recorded during the Pre-operational Baseline Examination. An engineering analysis I performed by the General Ricctric Company concluded t he st rem.

In the "us is" condition Lu be sigullleanL1y beiow ANS1 153 I . I Code allowable. Hanger lug weld 1-A-5HL2 contained a similar I inclusion but of lesser amplitude. No repairs were required.

In the third area, weld 1-C-6, a laminar indication was noted.

This indication was previously recorded and sized during the preoperational baseline examination and has shown no signifi-cant change since then. No repair was required.

II. Indications Observed by General Electric Company The UT and RT examination of Class I Main Recirculation and Residual Heat Removal system pipe welds revealed 15 welds I with reportable indications. Main Recirculation Riser welds 2-AHF-2, 2-AHG-2, 2-AHH-2, 2-AHJ-2, 2-AHK-2, 2-BHA-2, 2-BHB-2, 2-BHC-2, 2-BHD-2, 2-BHE-2, and Residual Heat Removal Shutdown Cooling Suction welds 10-0-5, 10-0-6, 10-0-7, 10-0-10, and 10-0-15 contained intergranular stress corrosion cracking

! indications. Subsequent to temporary repair by weld clad l overlay, all repairs were satisfactorily re-examined.

l l5 Also, original weld defects were observed on Main l

Recirculation Riser welds 2-AHil-1 and 2-AHK-2. These defects g were detected during radiographic examination (MINAC) and g dispositioned as acceptable under the existing fracture mechanics.

i III. Indications Observed by Lambert-MacGill-Thomas Inc.

1 No reportable indications were revealed.

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Page 2 IV. Indications Observed by Philadelphia Electric Company The visual examination of Class I components revealed a re-portable indication in one area. An improper retaining pin was I noted on High Pressure Coolant Injection pipe support 3-23DBN-H64.

Following replacement, a satisfactory inspection was performed.

I As a result of the vluual examinations performed on Clar.. Il components, reportable indications were observed in twelve Re-sidual Heat Removal support components. The setting in spring hangers 3-10GB-H70, 3-10GB-H56, 3-10GB-H57, 3-10011-1187, 3-10Gli-ill31, and 3-101115-1118 were found to be out of range. Subsequent to being reset, all b.'ngers were satisfactorily re-examined, lient hanger rods were noted on supports 3-10GB-H132, 3-10GB-H133 and -

3-10GB-S46. Following replaceaent, all hangers were found to be acceptable. Linear indications were noted on the concrete RHR "A" Pump base (Pump-A-SC). Subsequent to repair by ;; routing, no reportable indications were noted. The visual and mat;netic particle examination of hangers 3-101115-1137 and 'l-10llit-il'1H revealed linear indications on the saddle-to-pipe attachment welds. Aller repair by welding, no reportable indications were observed.

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i I DETAIL OF EXAMINATIONS PERFORMED BY SOUTHWEST RESEARCH INSTITUTE l

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Page 1 TABLE ONE DETA Li, OF EXAMINATIONS l'EltFORMED llY SOUTHWEST RESEARCH INSTITUTE ASME ASME Section XI Section XI Examination Item No. Category Examination Area Identification Method Class i Pire Welds and Components Main Steam Loop A (See Appendix A, Figures A-3 and A-4)

B4.9 B-K-1 1-A-5HL-1 thru 4 Hanger Lugs UT B4.9 B-K-1 1-A-7PS-2-2 Pipe Support UT B4.5 B-J 1-A-10LUI Longitudinal UT B4.5 B-J 1-A-10LUO Longitudinal UT 15 4 . 5 15-J 1-A-10 Kihow to l'Ipe ilT B4.5 B-J 1-A-10LD Longitudinal UT B4.5 B-J 1-A-10ALU Longitudinal UT B4.5 B-J 1-A-10A Pipe to Pipe UT B4.5 B-J 1-A-10ALD Longitudinal UT

-B4.5 B-K-1 L-A-lilli. I thru 4 llanger 1.ugs U'.

B4.5 B-J 1-ASB-1 Branch Connection to Pipe UT Main Steam Loop B j (See Appendix A, Figures A-5 and A-6)

B4.5 B-J 1-B-7 Tee to Pipe UT l B4.5 B-J 1-B-7LD Longitudinal UT l

l B4.9 b-K-1 1-B-7PS-2-1 Pipe Support UT B4.9 B-K-1 1-B-9RL-2-1 Restraint Lug UT B4.5 B-J 1-B-15LU Longitudinal UT B4.5, B-J 1-B-15 Pipe to Valve UT B4.5 B-J 1-BSD-2 Pipe to Flange UT I

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TABLE ONE Page 2 Continutd ASME ASME Section XI Section XI Examir.ation Item No. Category Examination Area Identification Method Main Steam Loop C (See Appendix A, Figures A-7 and A-8)

B4.5 B-J 1-C-6LU Longitudinal UT B4.5 B-J 1-C-6 Pipe to Tee UT B4.5 B-J 1-C-9 Tee to Pipe UT B4.5 B-J 1-C-9LD Longitudinal UT B4.9 B-K-1 1-C-9RL-1-1 Restraint Lug UT B4.9 B-K-1 1-C-9PS-1-2 Pipe Support UT B4.5 B-J 1-C-12LU Longitudinal UT B4.5 B-J 1-C-12 Pipe to Mihow UT B4.5 B-J 1-C-12LD Longitudinal UT Main Steam Loop D (See Appendix A, Figures A-9 and A-10)

B4.5 B-J 1-D-3LU Longitudinal UT B4.5 B-J 1-D-3 Pipe to Elbow UT B4.5 B-J 1-D-3LDI' Longitudinal UT B4.5 B-J 1-D-3LDO Longitudinal UT B4.9 B-K-1 1-D-7PS-2-1 Pipe Support l .

B4.9 B-K-1 1-D-7RL-2-2 Restraint Lug UT B4.5 B-J 1-D-9LU Longitudinal UT B4.5 B-J 1-D-9 Pipe to Elbow UT B4.5 B-J 1-D-9LD1 Longitudinal UT l B4.5 B-J 1-D-9LD0 Longitudinal UT B4.5 B-J 1-D-12LU Longitudinal UT B4.5 B-J 1-D-12 Pipe to Valve UT B4.5 B-J 1-DSA-1 Branch Connection to Pipe UT I

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IPage 3 Continued ASME ASME Section XI Section XI Examination l Item No. Categor1 Examination Area Identification Method l , Main Recirculation Loop A 28" Discharge (See Appendix A, Figure A-12)

I B4.5 B-J 2-AD-17 Tee to Cross UT 22" Manifold (See Appcndix A, Figure A-13) -

B4.6 B-J 2-AM-1/AHJ 12" Branch Connection UT B4.5 B-J 2-AM-4 Cross to Pipe UT I B4.5 B4.6 B-J B-J 2-AM-4LD Longitudinal 2-AM-4/A11G 12" Branch Cointection UT UT B4.6 B-J 2-AM-4/AllF 12" Branch Connection UT Main Recirculation I. cop B 28" Suction (See Appendix A, Figure A-15)

I B4.9 B-K-1 2-BS-611L Hanger Lug UT 28" Discharge (See Appendix A, Figure A-16)

B4.5 B-J 2-BD-15LU Longitudinal UT B4.5 B-J 2-BD-15 Pipe to Tee UT I B4.9 B-K-1 22" Manifold (See Appendix A, Figure A-17) 2-BM-4RL Restraint Lug UT B4.6 B-J 2-BM-4/BHE 12" Branch Connection UT Feedwater Loop A 24" Mainline (See Appendix A, Figure A-20)

B4.5 B-J 6-A-2 Pipe to Elbow UT 20" Maniliig (See Appendix A, Figure A-21)

B4.5 B-J 6-AM-2 Pipe to Tee UT I

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[' TABLE ONE Continu d ASME ASME Section XI Section XI Examination Item No. Catagory Examination Area Identification Method

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12" Riser-Leg A (See Appendix A, Figure A-21)

( B4.5 13-J 6-AA-8 Hlbow to Pipe UT ,

( 12" Riser-Leg C (See Appendix A, Figure A-21) 84.5 B-J 6-AC-3 Pipe to Elbow UT ,

Feedwater Loop B h 20" Manifold (See Appendix A, Figure A-24) 84.5 B-J 6-BM-1 Reducer to Pipe UT

[. B4.9 B-K-1 6 ' i-IPS Pipe Support UT

[. 12" Risur-Leg D (See Appendix A, Figure A-24) h4.5 B-J 6-BD-4A Pipe to Pipe UT

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12"Riber-LegE

[, (See Appendix A, Figure A-24) 84.5 B-J -

6-BE-1 ' Tee to Pipe UT

[ B4.5 B-J 6-BE-3 Pipe to Elbow UT Residual Heat Removal Head Spray (10-HS)

(See Appendix A, Figure A-26)

B4.1 B-F 10-IIS-3 Pipe sto Pipe UT B4.5 B-J 10-HS-14 ElboD' to Pipe UT B4.9 B-K-1 10-HS-16PS-3 Pipe Support UT

[ B4.5 B-J 10-HS-18R Pipe do Flange

UT B4.5 B-J 10-HS-28 Flange to Pipe

UT B4.5~ B-J 10-HS-29 Pipe to Elbow

UT B4.5 B-J 10-HS-30 Elbow to Pipe

UT

(. 34.5 ll-J 10-IIS ~)I Pipe to Mihow* llT ll4 . 's it- .I 1 0 -11:1 '12 E l liow to Piper irr B4.5 B-J 10-HS-33 Pipe to Elbow

UT

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B4.5 .B-J 10-HS-34 .. Elbow to Pipe

UT B4.5 B-J 10-HS-35 Pi'pe to Elbow

UT B4.5 B-J 10-HS-36 Elbow to Flange

UT

baseline examinations

Prgn 5 TABLE ONE Continu d I ASME Section XI Item No.

ASME Section XI Category Examination Area Identification Examination Method Residual Heat Removal - IN - Loop A (See Appendix A, Fly,ure A-27)

B4.9 B-K-1 10-IA-7PS Pipe Support UT B4.1 B-F 10-IA-11 Elbow to Pipe UT B4.5 B-J 10-1A-12 Pipe to Vaivu UT B4.1 B-P 10-IA-14 Pipe to Tee UT Residual Heat Removal - IN - Loop B (See Appendix A, Figure A-28)

B4.5 B-J 10-LB-13 Valve to Pipe UT B4.1 B-F 10-IB-14 Pipe to Tee UT I Residual !!ent Removal (OUT)

(See Appendix A, Figure A-29)

B4.1 B-F 10-0-17 Pipe to Pipe UT Reactor Core Isolation Cooling (IN)

(See Appendix A, Figure A-32)

B4.5 B-J 13-I-6 Pipe to Tee UT High Pressure Coolant Injection (OUT)

(See Appendix A, Figure A-36)

B4.5 B-J 23-0-9 Elbow to Pipe UT B4.5 B-J 23-0-19 Pipe to Elbow UT i g Jet Spray Instrumentation - Loop B (See Appendix A, Figure A-37) 3 l Bl.6 B-F JP-B-1 Nozzle to Safe-End UT B4.5 B-J JP-B-3 Reducer to Reducer UT I

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Continuud I ASME ASME I Section XI Item No.

Section XI Category Examination Area Identification Examination Method Class 11 Pipe Welds and Components RilR licad Spray I (See Appendix A Figure U-2)

C2.1 C-F(A) 10-2HS6-3 Pipe to Elbow UT -

RUR Containment Spray - IN - 1.oop B (See Appendix A, Figures B-3, B-4, B-24 and B-28)

C2.1 C-F(A) IO-2CStB12-16 Pipe to Tee UT C2.1 C-F(A) 10-2CSIB24-2 I

Tee to Pipe UT RilR Fuel Pool Coolant - 1.oop A (See Appendix A, Figures B-5 and B-6)

C2.1 C-F(A) 10-2FPCA16-13 Elbow to Pipe UT I RiiR Fuel Pool Coolant - Loop B (See Appendix A Figure B-31)

C2.1 C-F(A) 10-2FPCB16-2 Valve to Pipe UT I RHR Suppression Chamber - IN - Loop A (See Appendix A, Figure B-7)

C2.1 C-F(A) 10-2 SCIA 18-7 Elbow to Tee UT RHR Shutdown Cooling Suction - Pump C (See Appendix A, F4gures B-11 and B-13)

C2.1 C-F(A) 10-2SCSC20-3 Elbow to Pipe UT W RilR Discharge - Pump A (See Appendix A, Figure B-16)

C2.1 C-F(A) 10-2DA20-1 Pipe to Reducer UT I(llit I)ischarge - Pump I)

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C2.1 C-F(A) 10-20020-3 Pipe to Elbow UT ll i

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1 1 ASME ASME Section XI Section XI Examination Item No. Category Examinatton Area [ dent if Icat Lan Method Class II Pipe Welds and Components Continued I

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RHR Heat Exchanger C - OUT ,

l (See Appendix A, Figure B-22)

C2.1 C-F(A) 10-2XCO20-2 Elbow to Pipe UT RilR Containment Spray - [N - Loop A (See Appendix A, Figures B-24, B-25, B-26 and B-27)

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C2.1 C-F(A) 10-2CSIA24-4 Clbow to Pipe UT RHR - IN - Loop B (See Appendix A, Figure B -30)

C2.1 C-F(A) 10-2IB24-4 Pipe to Elbow UT I RHR Suction - Pump A (See Appendix A, Figure B-10)

C2.1 C-F(A) 10-2SA24-3 Elbow to Pipe UT RHR Shutdown Cooling Suction (See Appendix A, Figura B-31)

C2.1 C-F(A) 10-2SCS24-1 Tee to Reducer UT I

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I TAotE me I DETAIL OF EXAMINATIONS PERFORMED BY GENERAL ELECTRIC I

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Pego 1 TABLE TWO DI:', TAIL OF EXAMINATiUNS PERFORMED 11Y GENERAL ELECTRIC ASME ASME I Section XI Item No.

Section XI Category Examination Area Tdentification Examination Method Class i Pipe Welds and Components I Main Recirculation - Loop A 28" Suction (See Appendix A, Figure A-ll)

B4.5 B-J 2-AS-2 Safe End to Pipe UT B4.5 B-J 2-AS-3 Pipe to Elbow UT B4.5 B-J 2-AS-4 Elbow to Pipe UT I !!4.5 B4.5 li-J 2-AS-5LU l.ungi t ud ina l UT B-J 2-AS-5* Pipe to Tee UT B4.5 B-J 2-AS-10 Fipe to Elbow UT B4.5 B-J 2-AS-ll* Elbow to Pump UT I 28" Discharge (See Appendix A, Figures A-12 and A-13)

I B4.5 B-J 2-AD-14* Valve to Elbow UT B4.5 B-J 2-AD-15Lui Longitudinal UT B4.5 B-J 2-AD-15LUO Longitudinal UT B4.5 B-J 2-AD-15 Elbow to Pipe UT B4.5 B-J 2-AD-15LD Longitudinal UT I 22" Manifol_d (See Appendix A, Figure A-13)

B4.5 B-J 2-AM-5 Pipe to Cap UT 12" Headers (See Appendix A, Figure A-14)

B4.5 B-J 2-AllF-1 15 ranch Connection to Pipe RT/UT B4.5 B-J I 2-AHC-1 Branch Connection to Pipe RT/UT B4.5 B-J 2-AHG-2 Pipe to Elbow RT/UT 11 4 . 5 15 .1 2-All.I-l liranch Connection io Pipe itT/llr 11 4 . 5 15 .1 2 -All.1 -2 Pipe to 1:lbow 1(T /llT B4.5 B-J 2-AHJ-3 Elbow to Pipe UT I

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Page 2 ASME ASME I Section XI Item No.

Section XI Category ntinued Examination Area Identification Examination Method 12" llenders Continued B4.5 Il-J 2-AllJ-4 Pipe to Safe-End UT B4.5 B-J 2-AllK-2 t'ipe to Elbow RT/UT B4.5 B-J 2-AHK-4 Pipe to Safe-End UT I B4.5 B-J 2-AHK-4LU !.ongitud inal UT Main Recirculation - Loop B I 28" Suction (See Appendix A, Figure A-15)

B4.5 n-J 2-BS-2 Safe-End to Pipe UT B4.5 B-J 2-BS-3LU Longitudinal UT I B4.5 B4.5 B-J B-J 2-BS-3 Pipe to Elbow 2-BS-3LDI Longitudinal UT UT B4.5 B-J 2-BS-3LD0 Longitudinal UT B4.5 B-J 2-BS-4 Elbow to Pipe UT B4.5 B-J 2-BS-6 Pipe to Elbow UT B4.5 B-J 2-BS-9 Pipe to Elbow UT B4.5 B-J 2-BS-10 Elbow to Pipe UT I 28" Discharge (See Appendix A, Figures A-16 and A-17)

B4.5 B-J 2-BD-13* Valve to Elbow UT B4.5 B-J 2-BD-14 Elbow to Pipe UT 22" Manifold (See Appendix A, Figure A-17)

B4.5 B-J 2-BM-4* Cross to Pipe UT B4.5 B-J 2-BM-4LD Longitudinal UT

,I 12" Headers (See Appendix A, Figure A-18)

B4.5 B-J 2-lillA-2 Pipe to Elbow RT/UT 15 4 . ', 11 - .i '/ -lillA i 1;lIn.w Io l' I pc IIT B4.5 B-J 2-BilA-4 Pipe Lo Safe-End UT i

B4.5 B-J 2-BHC-2 Pipe to Elbow RT/UT B4.5 B-J 2-BHE-1 Branch Connection to Pipe UT B4.5 B-J 2-BHE-2 Pipe to Elbow RT/UT

TABLE TWO continued I ASME ASME Section XI Section XI Examination Item No. Category Examination Area Identification Method I

1(esidual llent Removal - IN - Loop A (See Appendix A, Figure A-27)

B4.5 B-J 10-IA-4 Elbow to Pipe UT B4.5 B-J 10-IA-5 Pipe to Valve UT B4.5 B-J 10-IA-6 Valve to Pipe UT B4.5 D-J 10-IA-8LUO Longitudinal UT B4.5 B-J 10-IA-8 Elbow to Pipe UT B4.5 B-J I

10-IA-8LD Longitudinal UT B4.5 B-J 10-IA-9 Pipe to Elbow UT B4.5 B-J 10-IA-10 Elbow to Elbow UT Residual Heat kevioval - IN - Loop B (See Appendix A, Figure A-28)

B4.5 B-J 10-IB-4 Elbow to Pipe UT B4.5 B-J 10-IB-5 Pipe to Valve UT B4.5 B-J 10-IB-6 Valve to Pipe UT B4.5 B-J 10-1B-7 Pipe to Elbow UT h

Residual Heat Removal (0UT)

(See Appendix A, Figure A-29)

B4.5 B-J 10-0-4 Pipe to Elbow UT B4.5 B-J I B4.1 B-F 10-0-5 Elbow to Pipe 10-0-10 Pipe to Elbow UT PT/0T B4.1 B-F 10-0-15 Pipe to Elbow PT/UT Core Spray - Loop B (See Appendix A, Figure A-34)

B4.1 B-F 14-B-11 Pipe to Pipe UT I

.

indicates partial UT examination performed.

0* weld scan required next outage.

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I l TABLE THREE DETAIL OF EXAMINATIONS PERFORMED BY ;

LAMBERT-MACGILL-THOMAS l

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I I .- _ . . _____- - 1

TABI.E TilRI'.E DETAIL OF EXAMINATIONS PERFORMED BY LAMBERT-MACGILL-THOMAS ASME ASME Section XI Section XI Examination Item No. Category Examination Area identification Method.

Class I Pipe Welds (See Appendix A, Figure A-29)

Residual Heat Removal B4.5 B-i 10-0-5 Elbow to Pipe UT*

S4.1 B-F 10-0-10 Pipe to Elbow UT*

B4.1 B-F 10-0-15 Pipe to Elbow UT*

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Post weld clad overlay repair examinations, l

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TABLE FOUR DETAIL OF. EXAMINATIONS PERFORMED BY PHILADELPilIA ELECTRIC COMPANY i

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Pags 1 TABLE FOUR I DETAIL OF EXAMINATIONS PERFORMED BY PHILADELPHIA ELECTRIC COMPANY ASME ASME Section XI Section XI Examination Item No. Category Examination Area Identification Method Class I Pipe Welds and Components Main Steam - Loop A (See Appendix A, Figure A-3 and A-4)

B4.7 B-J 1-A-7/ASB Branch Connection MT Main Steam _- 1,oof_B (See Appendix A, Figure A-S and A-6) 34.12 B-C-2 1-BSE-2FB Flange Bolting VT B4.12 B-G-2 1-BSF-2FB Flange Bolting Vr Main Steam - Loop C (See Appendix A, Figure A-7 and A-8)

B4.12 B-J 1-C-7/CSA Branch Connection MT B4.12 B-J 1-C-9/CSE Branch Connection MT B4.12 B-G-2 1-CSD-2FB Flange Bolting VT B4.12 B-G-2 1-CSE-2FB Flange Bolting VT Main Steam - Loop D (See Appendix D, Figure A-9)

B4.12 B-G-2 1-DSA-2FB Flange Bolting VT I B4.12 B4.12 B-G-2 B-C-2 1-DSB-2FB 1-DSC-2FB Flange Bolting Flange Bolting VT VT B4.12 B-G-2 1-DSD-2FB Flange Bolting VT B4.12 B-G-2 1-DSE-2FB Flange Bolting VT B4.12 R-G-2 1-DSF-2FB Flange Bolting VT B4.12 B-G-2 1-DSG-2FB Flange Bolting VT I Main Hecirynintlon 1.oop IL - lli ny ha rt,e (See Appendix A, Figuren A-lb und A-l/)

I B4.7 B-J 2-BD-14/BPB Branch Connection PT

Page 2 TABLE FOUR Continued ASME ASME I Section XI Item No. _

Section XI Category Examination Area Identification Examination Method Class i Pipe Welds and Components (Continued)

Residual llent Removal licad Spray (See Appendix A, Figure A-26)

B4.1 B-F 10-HS-3 Pipe to Pipe PT I Residual IIcat Removal - IN - Loop A (See Appendix A, Figure A-27)

B4.1 B-F 10-IA-11 Elbow to Pipe PT B4.1 B-F 10-IA-14 Pipe to Tee PT I Residual lleat Removal - IN - Loop B (See Appendix A, Figure A-28)

B4.1 B-F 10-IB-14 Pipe to Tee PT Rssidual llent Removal (OUT)

% (See Appendix A, Figure A-29)

L B4.1 B-F 10-0-17 Pipe to Pipe PT I Core Spray - Loop B (See Appendix A, Figure A-34)

B4.1 B-F 14-B-ll Pipe to Pipe PT I Jet Spray Instrumentation - Loop B (See Appendix A, Figure A-37)

Bl.6 B-F JP-B-1 Nozzle to Safe-End PT I

I

Page 3 TAulE FOUR Continued ASME ASME Section XI Section XI Examination Item No. Category Examination Area Identification Method Class il Pipe Welds and Components Residual Heat Removal Containment Spray - IN - Loop B (See Appendix B, Figures 15-3 and B-4)

C2.5 C-E-1 10-2CSIB12-4PS Pipe Support MT R_e;idual Heat Removal Discharge - Pump C (See Appendix B, Figure B-18)

C2.5 C-E-1 10-2DC20-5PS Pipe Support MT Residual Heat Removal Shutdown Cooling Suction (See Appendix B, Figure B-31)

C2.5 C-E-1 ~ 10-2SCS24-12PS Pipe Support MT Residual Heat Removal Pumps (See Appendix B, Figure B-32)

C3.3 C-E-1 Pump-A-IWS Integrally Welded Support MT C3.4 C-E-2 Pump-A-SC Support Components VT i

Class I Valve Bodies Main Steam B6.7 B-M-2 A0-86B VT Feedwater l B6.7 B-M-2 6-96B VT Residual Heat Removal B6.7 B-M-2 A010-46B VT l Class I Pressure Retaining Bolting Valves M. i n la . tim l B6.3 B-G-2 A0-86B VT l

Page 4 I TABLE l'Oult Continued ASME ASME Section XI Section XI Examination Item No. Category Examination Area Identification Method I

Class 1 Pressure Retaining Boiting Valves Continued Residual Heat Removal B6.3 B-G-2 A0-46B VT Class I Support domponents Main Steam - Loop A B4.10 B-K-2 CA-1 VT B4.10 B-K-2 ilA-4-1 I B4.10 B-K-2 HA-4-2 VT VT B4.10 B-K-2 liA-3-1, 2 vr Main Steam - Loop B B4.10 B-K-2 1-HB-2-1, 2 VT B4.10 B-K-2 1-HB-1-1, 2 VT B4.10 B-K-2 1-HB-4-1, 2 VT Main Steam - Loop C B4.10 B-K-2 1-HC-2-1, 2 VT B4.10 B-K-2 1-HC-4-1 Vr B4.10 B-K-2 1-HC- 4-2 VT I Main Steam - Loop D B4.10 B-K-2 CD-1 VT B4.10 B-K-2 11 0 1 , 2 VT I Main Recirculation - Loop B in 4 15 K ? .' lu. I , ? Y l' I

I

Page 5 TAELE FOUR Continued ASME ASME j Section XI Section XI Examination 5 Item No. Category Examination Area Identification Method Class I Support Components Continued l

Feedwater B6.4 B-K-2 3-6DD-H61 VT B6.4 B-K-2 3-6DD-H62 VT l B4.10 B-K-2 3-6DDNL-H40 VT I

l High Pressure Coolant injection B6.4 B-K-2 3-23DBN-H64 VT I

Class II Support Components Residual llent Removal Ij C2.6 C-E-2 3-10DDN-H66 VT C2.6 C-E-2 3-10DDN-H66A VT C2.6 C-E-2 3-10GB-H53 VT C2.6 C-E-2 3-10GB-H54 VT C2.6 C-E-2 3-10GB-H56- VT l C2.6 C-E-2 3-10GB-H57 VT C2.6 C-E-2 3-10GB-ll68 VT C2.6 C-E-2 3-10GB-H69 VT l

C2.6 C-E-2 3-10GB-H70 VT l C2.6 C-E-2 3-10GB-H75 VT/MT l

C2.6 C-E-2 3-10GB-H82 VT C2.6 C-E-2 3-10CB-1184 VT C2.6 C-E-2 3-10GB-Ha7 VT I

. C2.6 C-E-2 3-10GB-H88 VT C2.6 C-E-2 3-10G B-Ill 3 L VT 4:7.6 :: K/ 1 l ot:it ill'l? VT l C2.6 C-E-2 3-10GB-H133 VT F

Page 6 TABLE FOUR Continued ASME ASME Section XI Section XI Examination Item No. Category Examination Area Identification Method l

I Class L1 Support Components Continued l

Residual Heat Removal Continued C2.6 C-E-2 3-10GB-H134 VT -

C2.6 C-E-2 3-10GB-H157A VY C2.6 C-E-2 3-10GB-H85 VT C2.6 C-E-2 3-10GH-S45 VT C2.6 C-E-2 3-10GB-S46 VT C2.6 C-E-2 3-10GB-S56 VT I C2.6 C-E-2 3-10GB-S69 VT C2.6 C-E-2 3-10GB-S72 VT I C2.6 C-E-2 3-10HB-H14 VT C2.6 C-E-2 3-10HB-H18 VT C2.6 C-E-2 3-10HB-H27 VT C2.6 C-E-2 3-10HB-H28, 1, 2 VT C2.6 C-E-2 3-10HB-H31 VT C2.6 C-E-2 3-10HB-H33 VT C2.6 C-E-2 3-10HB-H34 VT C2.6 C-E-2 3-10HB-H36 VT C2.6 C-E-2 3-10HB-H37 VT/MT I C2.6 C-E-2 3-10HB-H38 VT/MT C2.6 C-E-2 3-10HB-H39 VT C2.6 C-E-2 3-10HB-S3 VT C2.6 C-E-2 3-10HB-S6 VT C2.6 C-E-2 3-10HB-S9 VT C4.4 C-E-2 3-10MO-il96 VT C4.4 C-E-2 3-10MO-H102 VT C4.4 C-E-2 3-10MO-H161 VT I

Page 7 TABLE FOUR -

Continued ASME ASME I Section XI Item No.

Section XI Category Examination Area Identification Examination Method Class III Support Components High Pressure Service Water IWD-2600C 3-32GB-S63 VT IWD-2600C 3-32M0-H57 VT System Lenkage Pressure Test g

5 Class I l'ressuru Itutaining, ComponenLu

, IWB-5210 100% VT System Hydrostatic Pressure Tests I Class I Pressure Retaining Components Main Recirculation, Loops A and B IWA-4210 22" Pump Discharge Manifolds, Saddle VT Circumferential and Cap Welds IWA-4210 12" RPV Inlet Headers from Pump Vr Discharge Manifolds to RPV Nozzles Residual Heat Removal IWA-4210 6" RPV Head Spray from El. + 211' VT Flange Connection to RPV Head l

j IWA-4210 20" Shutdown Cooling Suction from 28" VT 15 Main Recirculation Loop A Suction to Containment Penetration Class II Pressure itetaining Components I IWA-4210 Class Il Residual Heat Removal Suction and Discharge Piping From Valve MO-17, up to Valves MO-13, VT I IWA-4210 MO-T3. MO-26 (all luopu)

MO-25, MO 'lH. MO '14, 1" CRD Scram Discharge Volume Drain VT I Line from SDV Inetrument Volume to SDV Headers (including level switches)

I

Page 8 TABLE FOUR Continued ASME ASME I Examination Section XI Section XI Item No. Category Examination Area Identification Method I System Hydrostatic Pressure Tests Continued Class III Pressure Retalning Components IWD-2410 Fuel Fool Coolant / Residual Heat VT .

Removal Piping I IWA-4210 "B" High Pressure Service Water /

Residual licat Removal Hect VT Exchanger Reactor Pressure Vessel (RPV) Internal Components (See Appendix C, Figure C-1)

Bl.15 B-N-1 Core Spray Spargers (CSS)

"A" Sparger, 276'-84' Azimuth, 100Z VT "B" Sparger, 276*-84* Azimuth, 100%

I "C" Sparger, 96*-264* Azimuth, 100%

VT VT "D" Sparger, 96*-264' Azimuth, 100% VT Bl.15 B-N-1 Core Spray Supply Headers "A" & "C" Supply Header, 187.5*-352* Az VT "B" & "D" Suppij llender, 7.5'-172.5' Az VT Bl.15 B-N-1 Core Spray, Downcomer Supply Piping "A" Downcomer, 352.5' Az. VT "B" Downcomer, 7.5* Az. VT "C" Downcomer, 187.5' Az. VT "D" Downcomer, 172.5* Az. VT Core Spray licader Bracke 's and Welds Bl.15 B-N-1 100% VT I

l I l I

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I APPENDIX A CLASS 1 WELD IDENTIFICATION FIGURES I

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I

)

'I APPENDEX A l CLASS L WELD IDENTIFICATION FIGURES l Table of Contents I Figure No. Title Pge.

Examination Area Identification System A- 1'i l Symbols for Weld Identification A-v A-3 Main Steam Loop A A-1 A-4 Main Steam Loop A A-2 A-5 Main Steam Loop B A-3 A-6 Main Steam Loop B A-4 A-7 Main Steam Loop C A-5 A-8 Main Steam Loop C A-6 A-9 Main Steam Loop D A-7 A-10 Main Steam Loop D A-8 I A-11 A-12 A-13 Main Recirculation-Loop A Suction Discharge and Bypass (AD)

Manifold (AM)

A-9 A-10 A-11 A-14 Headers (AH) A-12 A-15 Main Recirculation-Loop B Suction A-13 A-16 Discharge and Bypass (BD) A-14 A-17 Manifold (BM) A-L5 A-18 Headers (BH) A-16 A-20 Feedwater Loop A A-17 A-21 Feedwater Loop A A-18 A-24 Feedwater Loop B A-19 A-26 Residual Heat Removal Head Spray A-20 A-27 Residual Heat Removal (In) Loop A A-21 I A-28 A-29 A-32 Residual Heat Removal (In) Loop B Residual Heat Removal (Out)

Reactor Core Isolation Cooling A-22 A-23 A-24 A-34 Core Spray Loop B A-25 A-36 High Pressure Coolant Injection (Out) A-26 A-37 Jet Pump Instrumentation Loop A & B A-27 I

I A-1

E1 MINATION AREA IDENTIFICATICN SYSTEM

!ach component to be examined (veld, vessel, 11gsmenes, etc.) is identified by a unique coded character. For vessel components, che identifying characcer la essencially an abbreviation of the component name sequencially numbered where more chan one of each cype of component exists. Designacions for components lccated on the closure head begin with the lectors "CH", while che essainder of the vessel component designations, vich the excepcion of those for the nozzle-co-shell welds, begin with the letters "RPV"; vessel nozzle-to-shell weld desig-nacions begin wich che 1stcar "N*. The remainder of each component designation crnsists of letter / number combinacions identifying the nacure of the individual etaponents. For example, CH-MA identifies closure head (CH) meridional (M) vald A, RPV-MA identifies vessel lower head (RPV) meridional (M) weld A RPV-C5 Identifies vessel (RPV) circumferencial (C) weld 5, and N3A identifies Sain Secam (N3) nozzle-to-shell weld.

Fer piping components, che designation system is, of necessity, more cosplex dua to che number of components involved and of ten consists of a number of parcs.

(1) The first chaeaccer set in each code consists of a numbee which desig-naces the piping system under consideracion. Salow is a cable showing l the .mmber or letters with their respective systems:

1 -

Main Steam Piping System 2 -

Main Recirculacion Piping System 3 -

Control Rod Drive Rydraulic Racuen Piping System 6 -

Feedvacer Piping Systes LO - Residual Heat le= oval Piping Systes L2 - Reactor Vater Clea=-Up Piping Systes 13 - Reaccoe Core Isolecion Cooling Piping Systes L4 - Core Spray Piping System 23 - Eigh Pressues Coolant Injection Piping 3ysten l

J7 - Jet Pump Instrumancacion Piping System (2) The second character set includes alphabetic codes which indicace , loop, function, and/or status. 3ecause of the variety in some syscecs, examples are given below:

A , 8 , C , D-- A , 3, C, and D Loops, respectively ASS, ASC, AS D , AS E-- A Loop , Saf ety and Re L Lef 11 sors 3, C,D, and E respectively, in Syscas 1 A-1[

I AM, BM, CM, CH--A, 5, C, and D Loop Manif olds I AHF, SEC, CHB, DBJ--A, 3. C, and D Loop Holders, Legs F, G, H, and J, respectively AS, SS--A or 3 Loop Seccion in System 2 AD, BD--A or B Loop Discharge in System 2 BPA, SPS-3ypass Loops A and B, respectively I, 0--Flow In, Flow Out, respectively ASU, BSU-A and B Loops, Start-Up !L'ser in Sysces 6 AA, AS, AC-A, 3, and C Legs, A Loop in System 6 BD, SE , 3F-D , E, and F Legs, a Loop in System 6 HS--Head Spray in Syste.a 10 IA, I3-In Flow A and B Loops, respectively I (3) The chied character set represents the weld number respective to che direccion of flow or direccion of the longitudinal weld from the circumferencia.1 welds:

i 1, 2, 3, 4, 3--Circumferencial veld cumber in direccion of flow 4LU-Longitudinal veld upstream f rom circumferencial veld 4 6LD-Longitudinal weld downstream from circumferencial veld 6 33C--3 ranch Connection (4-in. nominal and smalle r) downs t ream f rom I circasferencial veld 3 1RL-Res c raint Lug downstream from circumf erencial veld 7 5HL--P.ange r Lug downstream f rom circu=f e rencial veld 5 3PS-Pipe Support downstream from circumf ereccial veld 3 (4) If there is a fourth character sec, it describes the successive -elds of the third character see:

Lectors ref er to sequencial branch connecciona. Numbers ref er to ;unger lugs, pipe supports, and restraine lugs. I.f there are :ultiple lugs at a particular position on a pipe, they are numbered clockwise with respect I to direccion of flow. If chere are successive multiple lugs at a partic-ular posicion on a pipe, a fif th character see will be numberad clockwise with respect to direccion of flow.

I I . ..

I I

(5) For branch conneccions larger than 4 inches, the follouing three parc notation is used:

(X) / (Y)

(X) Coacains the system, loop, and weld number of the main run of pipe.

I / Indicates the branch connection is larger than 4 inches.

(T) Contains the branch line identifier.

An example for such a branch connection is:

1-A-7/ASE System 1 (Main Steam System), Loop A, Branch Connection larger than 4 inches, Safety and Rollef Riser E.

I (6) Representative examples of the veld numbers and their explanation include:

1-ASE-2 System 1 (Main Steam System), Safety and Relief Riser E, circuaterential veld 2.

2-AS-7LU System 2 (Main Recirculation System) A Loop Suction Side of Pump, longitudinal veld upstream from circumferential veld 7.

I 2-AS-6HL-1 through 4 System 2 (Main Recirculation System)

A Loop Suction Side of Pump, Hanger Lug downstress from circumf erential veld 6, 4 lugs, ausbered clockwise with respect to direction of flow.

I 2-SM-3HL-2-1 System 2 (Main Recirculation System) 3 Loop Manifold, Hanger Lug downstreas f rom Hanger Lug 2-3M-3HL-1, first lug clockwise with respect to direction of flov.

Agsin in this column and i= mediately under the veld designation, there are further descriptions of each respective weld. These descriptions, such as

" pipe-to-albow" and reducer-to-tee," are listed in the direction of flow.

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CLASS 2 WELD IDENTIFICATION FIGURES Table of Contents Figure Pipe No. Size Title Page Isometric Cross-Reference B-l'i Examination Area Identification System B-iii Symbols for Weld Identification B-iv B-2 6" RRR-Head Spray B-1 B-3 12" RHR-Containment Spray-In-Loop B B-2 RHR-Containment Spray-In-Loop B

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B-4 12" B-3 B-5 16" RHR-Fuel Fool Coolant-Loop A B-4 B-6 16" RHR-Fuel Pool Coolant-Loop A B-5 12" RHR-Containment Spray-In-Loop A 18" RHR-Suppression Chamber-In-Loop A B-6 I B-7 B-10 20" 24" RilR-Shutdown Cooling SuctLon-Pump A RRR-Suction-Pump A B-7 B-11 20" RHR-Shutdown Cooling Suction-Pump C B-8 20" RRR-Shutdown Cooling Suction-Pump B 24" RHR-Suction-Pump B B-13 20" RRR-Shutdown Cooling Suction-Pump C B-9 24" RHR-Suction-Pump C 24" RHR-Suction-Pump D B-16 20" RHR-Dischargo-Pump A B-10 B-19 20" RHR-Discharge-Pump D B-ll B-22 20" RHR-Heat Exchanger C-Out B-12 B-24 24" RHR-Containment Spray-In-Loop A B-13 24" RRR-Containment Spray-In-Loop B B-25 24" RRR-Containment Spray-In-Loop A B-14 B-26 24" RRR-Containment Spray-In-Loop A B-15 B-27 24" RHR-Containment Spray-In-Loop A B-16 B-28 24" RHR-Containment Spray-In-Loop B B-l7 B-30 24" RHR-In-Loop B B-18 B-31 16" RHR-Fuel Pool Coolant-Loop B B-19 24" RHR-Shutdown Cooling Suction I

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I Isometric Cross Reference Class 2 Figure Bechtel ISO No.

I B-2 B-3 B-4 M-ISI-45 M-ISI-27 M-ISI-40 B-5 M-ISI-37 I B-6 B-7 M-ISI-26 M-ISI-29 B-8 M-ISI-17 B-9 M-ISI-19 B-10 M-ISI-20 B-ll M-ISI-67 I B-12 B-13 B-14 M-ISI-8 M-ISI-13 M-ISI-66 B-15 M-IS I-15 B-16 M-ISI-33 B-17 M-ISI-23 B-18 M-ISI-14 I B-19 B-20 B-21 M-ISI-30 M-ISI-31 M-ISI-39

- B-22 M-ISI-34 B-23 M-ISI-32 B-24 M-ISI-38 B-25 M-ISI-9 I B-26 B-27 B-28 M-ISI-lO M-ISI-11 M-ISI-12 B-29 M-ISI-18 I

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EXAMINATION AREA IDENTIFICATION SYSTIM Each component (weld, vessel, etc.) to be examined is identified by a unique I ' coded character.For vessel components, the identifying character is essen-tially an abbreviation of the component name, sequentially numbered where more than one of each type of component exists. For piping such as the Fuel Pool I Coolant-Loop A System (FPCA), Shutdown Cooling Suction--Pump A (SCSA), Contain-ment Spray-In Loop A (CSIA), etc., the designated system consists of several parts: -

(1) The first character set is 10, representing the Residual Heat Removal system.

I (2) The second character set consists of a unique line identification. The first digit is a "2," signifying Class 2. The line designation follows, including the nominal pipe size (for example, 2FPCA16 and 2CSI.tt24, respectively).

(3) The third character set is usually a L- or 2-digit number identifying a specific circumferential weld. Icess such as pipe supports, pipe restraints, etc., are identified by adding initials to the number of the circumferential weld directly upst. ream. For example, -3PS is a pipe support downstream from circumferencial weld No. 5. If there are successive components between circumferencial welds, a L-digit number is assigned.

For example, two pipe supports following circumferential veld No. 5 would be designated as -5PSL and -3PS2 in the direction of flow.

(4) Representative examples are as follows (see Appendix 3, Figure 3-2):

10-2HS6-6 Sixth circumferential weld in sequence on the Residual Reat Removal (10)--Clas s 2 Head Speay 6-in.

nominal pipe si:e.

10-2HS6-6PS Pipe support directly downstream from weld No. 6 referred to in (a). If two pipe supports exist between veld Nos. 6 and 7, their veld numbers would be -6 PSI and -6PS2, respectively.

Again in this column and i= mediately under the weld designation, there are further descriptions of each respective veld. These descriptiocs, such as I " pipe-to-elbow" and " reducer-to-tee," are listed in the direction of flow.

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SUMMARY

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SUMMARY

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