ML20151W270

From kanterella
Revision as of 15:04, 24 October 2020 by StriderTol (talk | contribs) (StriderTol Bot insert)
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to navigation Jump to search
Rev 5 to 8031-P-505, Preservice Insp Exam Plan for Nuclear Piping Sys
ML20151W270
Person / Time
Site: Limerick Constellation icon.png
Issue date: 04/26/1988
From:
BECHTEL POWER CORP.
To:
Shared Package
ML20151W267 List:
References
8031-P-505, NUDOCS 8808240011
Download: ML20151W270 (48)
v • d • e


Text

-_.

3

-, 1 Specification 8031-P-505 c.

g . t 4

g;O

(

PRESERVICE INSPECTION EXAMINATION PLAN EVR NUCLEAR PIPING SYSTDiS

'ua me RECE VED LI6tERICK GENERATING STATION g gj jggg UNIT 2 BECHTEL PHILADELPHIA ELELTRIC CCMPANY PREPARED BY:

BECHTEL POh'ER CORPORATION ENGINEERS - CCNTRACIORS l SAN FRANCISCO, CALIFORNIA L

. O 4, f 7'A  ;

. [' \ O.

iaf r' 3,j;2 '

,s- .s

< ,e

,d

.)*

N\ E' .

y)yg?"'[

,4,i

..O Q$

s i e.

N[' ,

,a 4,

, jb

.+

, f h'- '

-. h;.) * ,

5 4 Incorporated f'CR % 'WE-115-W, REV N. WE-119-W and WE-Mi-W.

I b( IGRP

\

No. EATE REVISION

  • QE BY CHKD SUP PE i
  • See microfilm record for signatures and revisions 0 through 4. '

O L

  • 8808246011 880015 ,

PDR ADOCK 05000353 Cover Sheet '

O PNU .

n __ '

N LIMERICK GENERATING STATION 1-FIELD CHANGE REQUEST PAGE 1 OF __3 'No.M 81 /Y ~

M}

3,y. O" 1"Non-O" wo ca'

'OCNAL NCy 011303 )  ;OTseR 4.

oATE , 2a 8.

'a S. ' UNIT t /bNTERFACE 6 SIGN DOCUMENT ,,qJ N , T. ,i H T.) REV. AooiTiONAL 6.1 TITLE: Fressevics tasPectiou cv.Aw,44rita SPilEC dbo31- P-50s 5 oOCUMENTS ON NEXT PG.

A) Pt.Au com Mut.t.uAu pipiu4 systiu4s 8)

XYES NO C) 6 A)XBPE C VENDOR IF VENDCR, IDENTIFY) -0): 0"C Z VCNOGA- 6.3. THIS "FCR" SUPPLEM ENTS "FCR" _ 4/A I_ (.2 DESIGN ORIGIN:

THIS "FCR" SUPERSEDES "FCR" 4/A _ IN ITS ENTIRETY C) GPCZ VCNCCR THIS "FCR" C ANCELS "FCR" 4/A 1

" "'"'  : NO DOC. REV. AEO'O

[ A/ 4l ]

43.$"U No

8. EXISTING CONDITION / JUSTIFICATION FOR CHANGE:

8; f.OOM No.

C) HYD. CM PLT. VYES A

NO JWM M MEN GEMT MMN M NdN"

)

0)"N"STAMPED XYES NO E) "DCP" N o. MA  !

F) SYS. T/O  : YES XNO i G)OTHER MA  ;

9. CHANGE REQUEST / SKETCH:

T?EVl5E P-50$ PA(4g5 14 d % y PA EA4 2ATM '7,3 AS MARMED 04 PA4ES 243 o f TM t% pc R ,

d C ' . _ _ - . _ .

g FOR INFORMATION .ONLY egoI klTD  %

B t

ECHTEL

10. WORK PACKAGE Nasi 10.1 WORK STARTED A) 10.2 PAOJECT/ RESIDENT ENGINEERING CONTACT
8) -- AlpES } g

.,_.m, _.-

f hd BMx3i E.LE.,W n ,r Ski iot, X 5791

, , , , ,, s .o .,

  • D. L . "5d N LA n't>T* 17.S / X 491
  • as e a ms o ev rm wt inuse Wa% COCE DTag 13 THIS[F%" M AY BE IMPLEM ENTED (PER CM 5) f qROUGH SHIFT EN0 LNG.
12. REVIEWED BY:BJi'P % Q{80* M d ,14. COf Tl ' APPROVAL CIVIL: b SIMWELD: G I-L I'M ' I ELEC: 11/A.32!S dinkiPE: N/A M1_3E j(

INST: M/A WS 1MNHGRS:

HVAC: _JJ/A_%h_Jit4bOTH ER:

WA3*Ja_.'! bile MA I>ts 7]nlmfR(/J m

T A -

STRUDTION ENGINEER (PCE) /

- !I b b DATd

15. p .o co To so wo ao ot-sa REMARK /

CM cP _pecp_

I

%7 e haga_se. . D . L.Q_sdM 7Irafar,.

E" APPROVAL: ,TYES C N O'

,%ORP REQ'D: A) XYES  : NO : PARTIAL 1

B) YES C NO PARTIAL C NO PARTIAL

[s. }d g) 7YESQ g: g,/ y.. ..a >

"FS AR" IM PACT: YES KNO y w3 r s..

t ,

MEETS CH ANGE CONTROL CRITERI A: XYES W H IT F - m n.e c T o " ' M ^ i a * ' c ' a ' ^ ^ } NO

p,U)UlVO'i]Pu,*3 1, o") D ication 8031-P-505 Procedure No.

Jte v ._ Title O '

NEPQ-2 C/ 1 Level I and II Personnel Qualification and

  • Ceetification 70 ? 002- 1 Pitocaturit Fose FPQ - o l (GE) Qualification and (M 2445-IT1 0 Certification of Inspection and g

- Testing Personnel AuoenAmt

-ANCI/ ASME/Aust WITH N45.2.6 - 1978.

  • NO I/ASME/ ANSI NOA-1 1^7^.

. . P CO '.'t4? ' . Peocsouns na 4 0; FPQ -02 (GE) i Qualification and

( g.1.4 e- it.7-l) Certification of Nondestructive Examination Pe rsonnel 14 NE WITW A

72GAci;-- P%souns %MT" DAT TCalA A>4o %G&ftoME FPQ -o+ (GE ) -+-- Pom Qualification and (M f.44 5 - 171 4 ) Certification of Visual Examination Personnel /dASME e 153 --0---

Section XI' ANSI N45.2.6

. t yr.t, vv. 3, vr.4) i4 u.como A*

  • W 8 74 NOC P;;;cnn: 1

OC/TRUT0")

} h.,v[ ,fj00 h UT-Ferritic 10 Manual Ultrasonic Examination Procedure for Ferritic Steel 9ECE VED ""*"'**d' MG 01 M UT-Austenitic 9 Manual Ultrasonic BECHTEL Examination Procedure for Austenitic and Dissimilar Metal Piping Welds PT(SR)-ASME III/XI 5 Liquid Penetrant Examination MT-DRY-ASME III/XI 5 Magnetic Particle Examination O eon ineoRMATION ONLY 14 Rev. 3

7,

  • FC.RW6INpA4a o ca 0

,e ocification 8031-P-505 Procedure No. Rev O _

Title UTI-EVALUATION O (GE)

ProcedureforEvaluationb (8031-M-2468-183-1) of Ultrasonic Examination Data BOCM for LCS OPS Section II, Part B i Bechtel Quality Control l

(Rtssanuts outv, ger Manual for LGS Operations essume wiTH twas spec) Part II, Section B, Qualifications, Certifications and Training QCI 18240/VT-1.00

  • O Visual Examination for PSI ,

QCI 18240/P-2.10

  • W 10 Pipe Hanger, Support, Restraint and Shock Arrestor Installation OCI 18240/P-2.00 * -S-

& Pipe langer, Support, Restraint and Shock Arrestor Final Review Installation-Startup Technical -

Test Lait ut Mechanical Snubber Procedure TT 1.30 Testing WR-5/WR-SA Field Welding Checklist

( issuso Rattewm4 vm spec Euct owLv 4*T )

  • Procedure QCI 18240/VT 1.00 will be used fort
a. i

VT-1 examination surfaces, of bolting and flange b.

VT-3 examination mechanical equipment of internal surfaces of c.

VT-3 examination of the IWF boundary's

d. of mechanical equipment and flued heads Deleted.

REcgygD FOR INFORMATION ONLY AUGop y o BECHygt J

Rev. 5 l

LIMER' . GENERATING STATION 1. t FI;LD CHANGE REQUEST PAG E 1 OF _./ No. d[! /8h d'd!

,' RIAL NO. B - 001798 ) 3Xo" o""*o' nOTHER _ _

4-OATE le "9 5QTj a u"'w"'"na'^ce gr.n

6. D E GN DOCUMENT (SHT.) RjV. CONTINUED 6.1 TITLE: PRcsrRvec s fairec7 ion Ep.M i sgre on k) P-COC D ON PG. 2 A) PL AN foR si a c s.s r4 R Ps Per4 G s y sT'c m 3 C YES )(NO '"OP - -

~

6.8 DEM"991 GIN: (IF VENDOR, IDENTIFY) 6.3. THIS "FCR" SUPPLEMENTS "FCR" ul+

A) dPE O VENDOR THIS "FCR" SUPERSEDES "FCR" plH IN (TS ENTIRETY

~BMPE-f H/ENDOR-- THIS "FCR" CA NC E LS "FCR" N/A l NO DOC. REV. REO'D

'F A3. S [N. lal61tlAl 8. EXISTING CONDITION / JUSTlFICATION FOR CHANGE:

B) ROOM No. D3 '" "'# # -- #^ bMS C) MYD. CM PLT. 9,ES O NO nw APPcna in S Pic i fic arn u P sos .

0) *N" S T AM P E D ES C NO E) "OCP" No. MIA F) SY S. TIO OYES >(40 G) OTHER BI A
9. CHANGE REQUEST / SKETCH:

R6VYS f-3 C S' fdCJ lO hW A . 9 . I . $'

RidcTtR v.M TE R C L i d al~ L( *f0 X4CeuOf LSZ- O C A .213 -f 3 kD

.;::L \ ( y f I 5 193g

.N.

. BECHTEL

,.Q

,.s

_y'

)+

, , a

10. WORK PACKAGE No<s). 10.1 j%O'N 10.2' df 4 A9 FED ' PROJECTIRESQENT ENGINEERING CONTACT NO Y. H M i,i t nu $ V I XY$

--es . c- <>-- @c 6 CWT,*b .- ~. ...s.-

b A R -pageaareav,pa:%runuo s/ G . k'L F l[t

/ X Cl i

\ \ N./aiait coco eit<%s,o %3'ER CP D 5)THROUGH SHIFT ENDING. NfM /

12. REV WED BY: 2p/c9 g.y.Eb hi l . M) hk' /[Yb gYaft@h,g WELD: GL8 L^ 4 *8
14. CONSTRUCTION APPROVAL

'm

@ IN rl YeY. $5N$G S: $ $$5 N?r's HVAC: phtJfL 6"/ W OTHER:Ahl RfL let fS

_ AI $ - ,s 4 t%'- l WPA"8 l P'ROJECT CONSTRUCTION ENGINEER (PCE) /

DATE 2

e 15.

ao co so so un *o or ia EMARKS:

o

\' 4 ra v:hnt F-PP2iNHL MTIhNED WOM "BPE" APPROVAL: YES ONOy' h % ' W t Wt* W . (~~'LLC ' WL W INCORP REO'D: A) "YES O NO O PARTIAL B) O YES O NO O PARTIAL gj ffg (p, f i aao o i "FS A R" IM PACT: 0YES l v .m%,, n. MEETS CH ANGE CONTROL CRITERIA:

KNO

%YES O NO

.$".[," ~.d,U.".gRgc t io N A o u i s i s t a A t o s cAN Asy-woss PACK AGE GREEN-QU All1Y ENGINEER PIN K-ORIGIN A TOR l

L&ftS? LATEST ' ' L&ftST LAfttf LAfttf LATElf L&ftlf' l Seatt ? ggg 08 387 gy $spag ? tesE8 7 ggy Mtf egy, SM8ET gy Smit f cgy

,g y.

1 Delet ed A--nn14v s 3--o- iv 9

_ ii 5 1 0 $ 0 111 4 2 0 3 5 3 0 3 5 4 0 1 3 5 0 2 3 6 0 3 4 7 0 4 3 a o 5 4 9 0 g 1 in n 7 4 11 0 A 3  !? o 9 4 4 11 0 10 1 14 0 11 3 15 0 12 3 16 0 13 3 17 0 la 1 to o ic 5 19 n 1g 5 ,n n

  • 5 17 f

/ LP-915, LP-929, LP-96'8, FCN LP-04 and -PECo Engineering Com.ents

/ issued Appendix A.

/ I. _ , .

3 1$0, 33, E F4>% 5 Nf6 see cover sheet, bN _N LP-213,LP-238,LP-325 4 '1Nf? See cover sheet 2n<' dE N P b d TNTS 3 2ih$f[3( 2 -512 d

($,$*fd8

'* 0 E

LP-639, LP-729, LP-737, LP-777, LP-825 0lI/b/g Issued for Use Af4.' g *J 1 / LP-841. LP-900, LP-904, LP-912

    • ttte msvisions av c we's a6e neo caft a t vision s av can'o awo FACING SHEET LIXERICK GENERATING STATION, UNITS 1 & 2 #* '

S /

PHILADELPHIA ELECTRIC COMPANY PRESERVICE INSPECTION EXAMINATION PLAN FOR Specification 8031-P-505 e g ,,

POWER NUCLEAR PIPING SYSTEMS Sheet ii DIVISION

~ -

Specification'8031-P-505'

.i ai-J.' i LIMERICF. GENERATING STATION

  • d UNIT 2 PRESERVICE INSPECTION EXAMINATION' PLAN FOR NUCLEAR PIPING SYSTEMS TABLE OF CONTENTS SECTION TITLE PAGE [

, 1.0 SCOPE 1 2.0 ?ACKG300ND 1 3.0 COMPONfNT LOCATION /IDEt1TIFI- 1 CATION DRAWINGS 4.0 EXAMINATION PLAN TABLES 4

.5.0 NONDESTRUCTIVE EXAMINATION 4

-( )

(NDE) PROCEDURES  :

6.0 UT CALIBRATION BLOCKS 5-7.0 SUPPORTING DOCUMENTS 6 ,

8.0 APPENDICES  :

i APPENDIX A REACTOR RECIRCULATION SYSTEM l PRESSURE RETAINING WELDS  ;

CROSS REFERENCE LIST ,

APPCNDIX B i LIMERICK UNIT 2 '

NUCLEAR CLASS 1 VALVE I GROUPING FOR EXAMINATION i CATEGORY B- -2 i f

($) l

-lii- Rev. 4 i

L

)

Specification 0031-P-505 examination plan lists'and describes the component location / identification drawings, examinatiot. plan tables, nondestructive examination (NDE) procedures, and ultrasonic (UT) calibration blocks to be used by Bechtel and General Clectric for the performance of the Limerick Unit 2 Preservice i I

Inspection (PSI) examination of nuclear piping systems, their supports, and RPV safe ends / nozzles.

2.0 BACKGROUND

The requirements for the Limerick. Unit 2 PSI services, including quality assurance, performed by Bechtel for Philadelphia Electric Company (PECo) are defined in Specification 8031-P-503. Requirements for Limerick Unit 2 automatic / manual ultrasonic PSI services performed by General Electric for PECo are defined in Specification 18240-P-503A.

The PSI examination and testing requirements, including regulatory and licensing commitments are identified in Specification 8031-P-504, Limerick Unit 2 Preservice Inspection Program.

This examination plan, together with the supporting documents included by reference, provides specific details as to how the various requirements and commitments made in the Presecvice Inspection Program for the examination of nuclear piping O systems and their supports are to be met.

3.0 , COMPONENT LOCATION / IDENTIFICATION DRAWINGS Component locatien/ identification drawings issued as PSI /ISI isometrics are developed from fabrication isometric drawings for ASME Code Class 1 and 2 piping systems within the nonexempt portion of the color-coded ASME Section XI Boundary P&ID's. The PSI /ISI isometrics identify welds, com-ponents and supports which are subject to examination, and show their relative locations. The same weld, component or support identification number, as the f abrication isometric, is used.

The examination boundaries for component supports are in accoedance with IWF-1300, and are shown in detail on each support detail drawing. Items delineated on the support detail drawing will be visually examined in accordance with the examination plan table requirements.

PSI /ISI isometrics are not developed for ASME Code Class 3 integral attachments and supports. Fabrication isometric drawings are used to identify all ASME Code Class 3 integral attachments to the pressure retaining boundary and all supports in ASME Code Class 3 systems requiring visual examination per

(} the Preservice Inspection Program.

Rev. 3

>v Specification 8031-P-505 l

t

. Circumferential pipe welds and attachment welds are numbered l'.i using the Bechtel fabrication isometric drawing number, k1 followed by the spool number and the shop weld number.

EXAMPLES: (1) DBA-201-1-1, SW1 means shop weld number 1 in spool number 1 per fabrication isometric drawing number DBA-201-1.

(2) Vendor supplied large pipe modified onsite may have included new welds added via Bechtel field sketch (FSK).

Weld designations are denoted by "WX" or "WXX" ,

EXAMPLE: D8A-207-1-2A, W2A means weld number W2A in spoc1 2A (added per FSK) per fabrication isometric drawing number DBA-207-1.

The following vendor supplied spools were iden:ified with an alpha suffix added to the spool number:

VENDOR SPOOL NUMBER VENDOR WELD NUMBER DLA-207-1-4X SW1 & SW2

' ("T DLA-207-1-5X SW1 & SW2

(,) DLA-207-1-6X SW1 & SW2 DLA-208-1-4X SW1 & SW2 DLA-208-1-5X 991 & SW2 EBB-201-1-1A SW2, SW2 LD MAX, SW2 LD MIN,

, FW2 LU MAX, & FW2 LU MIN '

EBB-221-1-3A SW2 ECB-221-1-3B SW2, GW3, SW4 & SWS EBB +221-2-3A SW2 GBB-205-1-3A SW1 HBB-220-1-3A SW2, SW3 & SW4 HBB-220-3-3A SW2, SW3 & SW4 l HBB-220-4-3A SW2, SW3 & SW4 The identification stamping of these welds shall include the  :

alpha suffix.  !

The spool number is omitted for field welds.

, EXAM Pl.ES : (1) DBA-201-1, FW1 means field weld number 1 per fabrication isometric drawing j

number DBA-201-1.

(2) Large pipe field welds for G.E. supplied piping are identified by a "WX" designator, ,

(X = alpha character depending on system

() loop).

Rev. 3 i

i

. n

'*, Specification 8031-P-505 t

Eb

  • EXAMPLE: VRR-2RS-2A, WA18 means field weld number WA18 per I3 fabrication isometric drawing number VRR-2RS-2A. i S

(3) Small pipe field welds may also be -

identified by a "U" designator in lieu of the "FW" designator.

EXAMPLE: DCA-201-E2, W2 means. field weld number 2 per fabrication isometric-drawing number SP-DCA-201-E2.

A longitudinal pipe weld uses'the same number assigned to the intersecting circumferential weld, fc11csed by a suffix:

LU, if one weld located upstream LD, if one wold located downstream LUt, if two welds locam d upstream LDf, if two welds located downstream Where t = max, if located in elbow's outer radius

= min, if located in elbow's inner radius

= 1, if located on the right side when viewed through the direction of flow ,

= 2, if located on the left side when

() viewed through the direction of flow Repair welds, (which are the result of repair dispositions of nonconformance reports) usually are identified on the PSI /ISI  !

isometric drawing adjoining the affected circumferential or longitudinal weld. (New weld numbers are usually assigned to "

cr. tire cut outs of existing welds). Repair weld numbers are l arbitrarily assigned. In-process repairs to welds are generally not identified as unique weld numbers on fabrication or PSI /ISI  ;

l isometric drawings or examination plan tables. In-process (

repairs are documented on weld travelers (WR-5's) in the form >

of R-1, R-2, etc. for local cut outs. The R-1, C-1, etc.

repairs, or C-1, etc. for complete '

designator is not reflected on the weld identification stamping but is noted on the PSI data package for the purpose of documenting performance of the PSI '

after all in-process repairs have been completed.  :

Construction procedures permit modifications of piping sub-  !

assemblies (spools) to accomodate field installation. These ,

modificationa involve cutting a spool and adding new convenience field walds. A modified spool is generally assigned ,

an cipha suffix to its original spool number. (e.g. GBB-201-1-1 t i

to GBB-101-1-1A). The addition of an alpha suffix, as identified '

in the examination plan tables, resulting from a spool  !

modification will not be cause for a change to be made to the  !

identification stamping of a shop weld if there has been no O physical change made to the weld.

Rev. 4

Specification 8031-P-505

'. Pipe supports are identified by using the fabrication isometric drawing number, followed by the pipe support ("H") number, (T e.g., DBA-201-1-H1, H2, etc. The pipe support number is also

(_) the number assigned to the pipe support detail drawing.

PSI /ISI isometrics or sketches are prepared for components such as heat exchangers and pumps from the available component detail drawings. Identification numbers for component welds, supports, integral attachments, and bolting are, to the extent 9ractical, developed from the available component detail t ~. wings and/or component fabrication records.

4.0 afiMINATION PLAN TABLES Examination plan tables are issued as an integral part of the PSI /ISI isometrics. The tables include weld / component / support identification and description,Section XI category and item number, examination method and/or procedure number, calibration block (when applicable) and any L ' 'e/ specific notes as necesssary. ASME Code Class 3 st  :/ integral attachment examination plan tables are basco .. the fabrication isometric drawings only.

The columns provided in the examination plan tables are self-explanatory with the exception that a plus (+) sign is added to the Section XI Code category to signify compliance with the augmented inspection requirements set forth in Section g-) 9.0 of Specification 8031-P-504.

V 5.0 NONDESTRUCTIVE EXAMINATION (NDE) PROCEDURES NDE procedures are developed in accordance with the PSI Program requirements. NDE procedure numbers applicable to each Section XI Code Category / item number are identified in the examination plan table.

Reference to NDE procedure, "UT-AUSTENITIC" in the examination plan table, signifies that any one of the following NDE procedures (with supplements, or combination thereof) may be used to examine the corresponding piping weld:

UT-AUSTENITIC -

(ultrasonic examination performed manually by Bechtel)

UT-AUSTENITIC-A - (ultrasonic examination performed by G.E.

with the G.E. SMART automatic inspection device)

UT-AUSTENITIC-M - (ultrasonic exami.7ation performed manually by G.E.)

"UT AUSTENITIC" may be used to examine a dissimilar metal piping weld from both sidus of the weld.

b-x.

Rev. 3

.Y -

Specification 8031-P-505 Bechtel Quality Control Instructions are utilized for visual 0- examination, (VT-1, VT-3, VT-4)-of piping / components and pipirg/ component supports. (Per IWA-5215, a preservice system hydrostatic test is not required, (VT-2).

Where the examinatiori plan tables identify an exam method. as

-VT-1, VT-3 or VT-4, the examination procedure used shall be as identified in Section 7.3.  :

All techniques and procedures for_ visual, surface and volumetric examinations meet the requirements of ASME '

Section XI, IWA-2200. ,

6.0 UT CALIBRATION BLOCKS The design and material selection for each ultrasonic calioration block is in accordance with ASME Section XI, Appendix III, Subarticle III-3400. Pursuant to Paragraph  !

III-3430, side drilled holes (SDH's) may be installed in addition to the required notch reflectors. ASME Section V, Article 5 shall provide the dimensions for the SDH's; however, Article 5 does not apply to the number of reflectors to be ,

added. Calibration blocks for sound path, studs, and equipment examinations are designed as allowed by IWA-2240.

The UT calibration block applicable to each Section XI Code f Category / Item number requiring ultrasonic examination is O identified in the examination plan table. The UT calibration blocks applicable to this examination plan are the following:

Fabrication '

Dwg. Vendor Cal Block # Material Printe,(8031-)

LIM-28-2.72-SS316 SA358T316L M-246A-256  !

LIM-28-1.285-SS316 SA403WP316 M-246A-256 LIM-28-1.076-SS316 SA358T316 M-246A-2S6 LIM-26-1.013-CS SA106GrC M-246A-256 LIM-26 .928-CS SA106GrC M-246A-60 LIM-24-1.812-CS-F SA350LF2 M-246A-25G LIM-24-1.812-CS SA106GrB M-246A-60 t LIM-22-1.22-CS SA234WPB M-246A-255 LIM-22-1.009-SS316 SA358T316 M-246A-207 LIM-20-1.031-CS SA333Gr6 M-246A-60 LIM-20-1.031-SS SA403WP304-W M-246A-256  !

LIM-20 .903-SS316 SA358T316L M-246A-258 LIM-20 .840-SS316NG SA376T316NG P-151-54 i LIM-20 .733-SS SA376T304 M-246A-260 [

LIM-20 .375-CS SA106GrB M-246A-61 I LIM-18 .938-CS SA106GrB M-246A-260 i LIM-16-1.219-CS SA106Grc M-246A-60  !

LIM-14-1.093-CS SA106Gra M-246A-256 l

l Rev. 4 f I

Specification 8031-P-505 l

6.0 (Continued)

Dwg. Vendor Cal Block 4 Material Print #(8031-)

LIM-14 .937-CS SA106GrB M-246A-258 LIM-14 .750-CS SA106GrB M-246A-260 LIM-12 843-CS SA106GrB M-246A-258 LIM-12 .843-SS316 SA358T316L M-246A-258 LIM-12 .688-CS SA333Gr6 M-246A-258 LIM-12 .688-SS SA312T304 M-246A-260 LIM-12 .688-SS316 SA358T316L M-246A-258 LIM-12 .688-SS316N3 SA376T316NG P-151-54 LIM-10 .843-CS SA106GrB M-246A-258 LIM-10 .718-CS SA106GrB M-246A-258 LIM-10 .593-CS SA100Gr8 M-246A-258 LIM-10 .593-SS316 SA358T316L M-246A-258 LIM-8 .906-CS SA106GrB M-246A-258 LIM-8 .719-C$ SA106GrB M-246A-246 LIM-8 .594-CS SA106GrB M-246A-246 LIM-6 .562-CS SA106Gr8 M-246A-258 LIM-6 .432-CS SA106GrB M-246A-61 LIM-6 .432-SS SA376T304 M-246A-61 LIM-6 >432-SS316 SA312T316L M-246A-155 LIM-4 .437-CS SA106Gr8 M-246A-155

'J1-4 .337-CS SA106Gr8 M-246A-61 LIM-4 .337-SS304 SA312T304 M-246A-208 LIM-3 .438-CS SA106Gr8 M-246A-230 LIM-SP-515-CS SA515Gr70 M-246A-194 O LIM-SP-350-CS LIM-SP-333-CS S A3 50L F2 SA333Gr6 M-246A-194 M-246A-194 LIM-SP-182-SS316 SA18 2 F316 M-246A-232 LIM-SP-181-CS SA181Gr2 M-246A-194 LIM-SP-105-CS SA105Gr2 M-246A-194 LIM-3-STUD-CS SAS40 B-24CL2 M-246A-218 LIM-1500-P SA516-Gr70 M-246A-210 L IM- F- 1.18 -C S SA516-Gr70 M-246A-211 LIM- F .812-CS SA516-Gr70 M-246A-210 LIM-RilR-HT-EX-IR SA105-CL2 Later LIM-28-SS-O' LAY SA312Gr304 FSC- 2 6 5-14 LIM-22-SS-O' LAY SA312Gr304 FSC-2 6 5-14 LIM-20-SS-O' LAY SA312Gr304 FS C-2 6 5-14 j

For Calibration Blocks utilized in the examination of RPV nozzle and safe ends (code category B-F, B-J), refer to vendor print M-246B-2.

7.0 SUPPORTING DOCUMENTS The latest revision per the drawing control register (except as noted in 7.3) of ti;e following documents form a part of this examination plan by reference:

O Rev. 3

t

, specification 8031-P-505 l 7.1 ASME-Ccde Class 1 and 2 PSI /ISI Isometrics with l Associated Examination Plan Tables  !

l 7.1.1 Residual Heat Removal (RHR) System ASME Code Class 1 i

ISI-DCA-204-1  !

L ISI-DCA-204-2 TSI-DCA-204-3 ISI-DCA-204-4  !

ISI-DCA-205-1 '

ISI-DCA-205-3 i ISI-DCA-418-1 ISI-DCA-418-2 ISI-DCA-418-3 ISI-DCA-418-4 ISI-DLA-212-1 '

ISI-DLA-212-2 ISI-DLA-212-3 ISI-DLA-212-4 ASME Code Class 2 t

ISI-EBB-221-1 i

() ISI-EBB-221-2 i ISI-GBB-201-1 ISI-GBB-201-2 ISI-GBB-202-1

, ISI-GBB-202-2 l ISI-GBB-202-3 ,

j ISI-GBB-203-1 l ISI-GBB-203-2  ;

ISI-GBB-205-1 i ISI-GBB-205-2 '

ISI-GBB-207-1 ISI-GBB-207-2 ISI-GBB-208-1

  • ISI-GBB-208-2 ISI-GBB-210-1 i ISI-GBB-211-1 ISI-GBB-217-1 ISI-GBB-217-2 ISI-GBB-218-1 ISI-GBB-218-2 ISI-GBB-218-3 ,

ISI-GBB-218-4 ISI-GBB-219-1 ISI-GBB-219-2 ISI-GBB-219-3 ISI-GBB-219-4 e ISI-GBB-219-5 Rev. 4 [

t I

r ..

Specification 8031-P-505 l

7.1.1 ( Con *. i nue d )

ASME Code Class 2 ISI-GBB-219-6 ISI-GBB-219-9 ISI-GBB-220-1 4 - ISI-GBB-220-2 ISI-HBB-217-1 ISI-HBB-217-2 ISI-HBB-217-3 ISI-HBB-217-4 ISI-HBB-218-1 ISI-HBB-218-2 ISI-HBB-218-3 ISI-HBB-218-4 ISI-HBB-218-5 ISI-HBB-218-6 ISI-HBB-218-7 ISI-HBB-219-1 ISI-HBB-240-1 ISI-HBB-240-2 ISI-HBB-260-1 ISI-2E-205 ISI-2P-202 7.1.2 Feedwater (FW) System A3ME Code Class 1 ISI-DLA-205-1 ISI-DLA-206-1 ISI-DLA-207-1 ISI-DLA-208-1 ASME Code Class 2 ISI-DBB-203-1 (includes "no break" portions of DBD-203-1 and DBD-205-1)

ISI-DBB-203-2 ISI-DBB-304-1 (includes "no break" portions of DBD-204-1 and DBD-205-1) 7.1.3 Main Steam (MS) System ASME Code Class 1 ISI-APE-2MS-LA '

ISI-APE-2MS-LB i ISI-APE-2MS-LC ISI-APE-2MS-LD O

Rev. 3

. s Specification 8031-P-505 ASME Code Class 2 bI

_xms ISI-EBB-201-1 ISI-EBB-201-2 ISI-CBB-202-1 ISI-EBB-203-1 ISI-CBB-204-1 ISI-CBB-204-3 ISI-EBB-206-1 ISI-EBB-207-1 ISL-EBB-207-2 7.1.4 Reactor Recirculation (RR) System I

ASME Code Class 1 ISI-DCA-277-El ISI-DCA-285-E2 ISI-VRR-2RS-2A ISI-VRR-2RS-2B ISI-VRR-2RD-2A ISI-VRR-2RD-2B ISI-2P-201 ASME Code Class 2 None 7.1.5 High Pressure Coolant Inspection (HPCI) System a

ASME Code Class 1 ISI-DBA-206-1 ISI-DBA-206-2 ASME Code Class 2 ISI-EBB-208-1 ISI-EBB-208-2 ISI-EBB-229-1 ISI-EBB-229-2 ISI-EBB-229-3 ISI-EBB-234-1 ISI-HBB-208-1 ISI-HBB-208-2 ISI-HPP-IP ISI-20P204 7.1.6 Reactor Core Isolation Cooling (RCIC) System ASME Code Class 1 ISI-DBA-207-1 O

Rev. 4

, Specificction 8031-P-505 ASME Co'de Class 2

()' ISI-DBB-201-1 ISI-EBB-209-1 ISI-EBB-209-2 ISI-EBB-226-1

  • ISI-EBB-235-1 ISI-EBB-235-2 ISI-HBB-201-1 ISI-HBB-201-2 ISL-20P203-7.1.7 Core Spray (CS) System ASME Code Class 1 ISI-DCA-419-1 ISI-DCA-420-1 ISI-DLA-210-1 ISI-DLA-211-1 ASME Code Class 2, ISI-EBB-231-1 ISI-EBB-232-1 ISI-GBB-212-1 ISI-GBB-212-2 ISI-GBB-212-3 O-ISI-GBB-213-1 ISI-GBB-213-2 ISI-GBB-213-3 ISI-GBB-214-1 ISI-GBB-215-1 ISI-HBB-220-1 ISI-HBB-220-2 ISI-HBB-220-3 ISI-HBB-220-4 ISI-HBB-234-1 ISI-2P-206 7.1.8 Reactor Water Clean-Up (RUCU) System ASME Code Clasc 1 ISI-DBA-212-1 ISI-DBA-214-El ISI-DCA-201-1 ISI-DCA-201-2 ISI-DCA-201-3 ISI-DCA-201-4 ISI-DCA-213-1 ISI-DCA-213-E2 I S I- DCA- 2 01-E 2 Rev. 3

Spocificction 8031-P-505 r ,s ASME Code Class 2 i. ]

ISI-DCB-202-1 (includes "no break" portion of DCC-203-1) 7.1.9 Standby Liquid Control System ASME Code Class 1 LSI-DCA-20?-El l

ISI-DCA-202-E2 ISI-DCA-212-El i

ISI-DCA-212-E2 ASME Code Class 2 None 7.1.10 Control Rod Dri e (CRD) - Hydraulics System l

ASME Code Class 1 None ASME Code Class 2 I 'l b ISI-EBB-242-lES ISI-EBB-242-lWS 7.1.11 RPV Vent ASME Code Class 1 ISI-DBA-210-1 ASME Code Class 2 None 7.1.12 MSIV Leakage Control ASME Code Class 1 None ASME Code Class 2 ISI-HBB-254-1 Rev. 3

Spocificction 8031-P-$05

o. .

1.1.13 Nuclear Boiler-Instrumentation and Miscellaneous q ,/ ASME Code Class 1 ISI-RPV-2IN (Includes non-exempt portions of the following lines DCA-293-El, DCA-294-E2, DCA-295-El, DCA-296-E2, DCA-297-El, DCA-401-E2, DC A- 4 0 2- E l , DC A- 4 0 4 - E l ,

DCA-405-El, DCA-406-El, DCA-407-ci, DCA-408-El)

SME Code Class 2 None 7.2 ASME Code Class 3 Support /Intecral Attachment Examination Plan Tables.

The following are the fabrication isometric drawings (or portion as described in parenthesis) used in the preparation of examination plan tables for ASME Code Class 3 supports and integral attachments to the pressure boundary. The examination plan tables reference the corresponding fabrication isometric drawing.

7.2.1 Emeroency Service Water System r~N) i

'" HBC-243-1 (from FW51 to FW3)

HBC-243-2 HBC-243-3 (from FW1 to 6"x4" conc. reducer)

HBC-247-1 (from FW6, FW7, FW8 to 6"x3" conc.

reducer)

HBL-247-2 HBC-252-1 (from FW l to Unit 1/ Unit 2 tie-in)

HBC-252-2 HBC-252-3 (from 6"x4" conc. reducer to HBC-252-2)

HBC-258-1 HBC-259-1 HBC-268-1 GBC-202-1 GBC-203-1 GBC-204-1 GBC-205-1 GBC-210-1 HBC-237-1 (from M.O. valve HV-212 to pipe cap)

HBC-280*1 (from FW1 to Unit 1/ Unit ?. tie-in)

HSC-260-2 HBC-281-1 (from FW1 to Unit 1/Mnit 2 tie-in)

HBC-282-1 (from Unit 1/ Unit 2 tie-in to HBC-282-2)

HBC-282-2 HBC-283-1 (from Unit 1/ Unit 2 tie-in to FW 1)

(m

(-)

1 Rev. 3 L

I g-Specification 8031-P-505-  ;

. l 7.2.3 Mairi Steam System

{'},.-

s_ ,

GBC-201-1 l GBC-201-2 GBC-201-3 GBC-201-4' I GBC-201-5 l GBC-201-6 l GBC-201-7 GBC-201-8 i GBC-201-9 GBC-201-10 i GBC-201-11  !

GBC-201-12  ;

GBC-201-13 l GBC-201-14  !

GBC-216-1 I GBC-216-2 GBC-216-3  ;

GBC-216-4  !

GBC-216-5 l GBC-216-6 i GBC-216-7  ;

GBC-216-8 i GBC-216-9 l GBC-216-10 i O GBC-216-11 GBC-216-12 t

GBC-216-13 i GBC-216-14 .[

i 7.2.4 Fuel Pool Cooling and Cleanup System  ;

GCC-201-1 l l l L 7.3 Nondestructive Examination (NDE) Procedures r i

The revision of each NDE procedure, in effect at the time  !

of an examination, shall be determined by the revision  !

l number listed herein. The effective procedure revision nay  ;

i also be determined by en approved Field Change Request (rCR) ,

applicable to this specification. In addition, the FCR may l 3

be used to implement a change to the NDE procedure itself.

Procedure No. Rev. Title NEPQ-1 0 Level III Personnel Qualification and Certification O Rev. 3

Specificction 8031-P-505 Procedure No. Rev. Title

(i

(. >

NEPQ-2 1 Level I and II Personnel Qualification and Certification PQ-P-002 1 Qualification and (GE) Certification of Inspection and Testing Personnel ANSI / ASME N45.2.6 - 1978.

ANSI /ASME NOA 1979.

AP-GOUA-277 4-1-85 Qualification and (GE) Certification of Nondestructive Examination Personnel P28AE15 0 Qualification and (GE) Certification of Visual Examination Personnel: ASME Section XI ANSI N45.2.6 O(~'N T35-98 0 NDE Personnel (GE/TRUTOM) Qualifiqation Procedure UT-Ferritic 10 Manual Ultrasonic Examination Procedure for Ferritic Steel Piping Welds UT-Austenitic 9 Manual Ultrasonic Examination Procedure for Austenitic and Dissimilar Metal Piping Welds i

PT(SR)-ASME III/XI 5 Liquid Penetrant Examination i MT-DRY-ASME III/XI 5 Magnetic Particle l Examination (m.

-14 Rev. 3

.a Spocification 8031-P-505 I Procedure No, Rev. Title

- [) . RT-ASME III/XI 4 Radiographic

\_/-

Examination UT-RCP-STUDS 4 Ultrasonic Examination i Procedure for Recirculation Pump Studs '

l UT-HT-EX-1 4 Manual, Ultrasonic Examination Procedure for RHR Heat Exchanger Welcs UT-HX-NIR 2 Manual Ultrasonic Examination Procedure ,

for RHR Heat Exchanger '!

Nozzle Inner Radius  !

UT-AUSTENITIC-A 4 Automatic Ultrasonic (GE) Examination of Similar  ;

(M-2468-141-6) and Dissimilar Metal Welds in Piping Systems UT-AUSTENITIC-A 1 Supplement for  !

Supplement 1 (GE) Ultrasonic  ;

O- (M-2468-161-1) Examination of Weld  !

Overlayed Austenitic 'l Piping  ;

UT-AUSTENITIC.A 1 Supplement for Automatic /h\

Supplement 2 (GE) Ultrasonic Examination  !

(M-746B-162-2) of Dissimilar Metal j Welds UT-AUSTENITIC-M 6 Manual Ultrasonic  ;

(GE) '

Examination of Similar (M-2468-140-9) and Dissimilar Metal  ;

Welds in Piping Systems UT-AUSTENITIC-M 1 Supplement for i Supplement 1 (GE) Ultrasonic Examination j (M-2468-140-85) of Weld Overlayed i Austenitic Piping l UT-AUSTENITIC-M 2 Supplement for jb (GE) Supplement 2 Ultrasonic Examination i (M-2468-160 3) of Dissimilar Metal Welds I

(

t 1

Rev. 5  !

u

Specification ao31.p.505

(}' ,P,rocedu re No. Rev. Title i

-[

UTI-EVALUATION O

'(GE) Procedure for Evaluationd h f (8031-M-2468-183-1) of Ultrasonic Examination Data BOCM for LCS OPS 0 Bechtel Quality Control Section II, Part B j

- Manual for LGS Operations l Part II, Section B, Qualifications, Certifications and  !

Training  !

QCI 18240/VT-1.00 *  !

O Visual Examination i fc'r PSI t QCI 18240/P-2.10

  • 19 Pipe Hanger, Support, ,

Restraint and Shock i Arrestor Installation  !

QCI 18240/P-2.00

  • 3 Pipe Hanger, Support,  !

Restraint and Shock Arrestor Installation-Final Review Startup Technical 0 Mechanical Snubbet Test Te-ting Procedure TT 1.10 WR-5/WR-5A Field Welding Checklist

  • Procedure QCI 18240/VT 1.00 will be used fort
a. VT-1 examination of bolting and flange surfaces,
b. VT-3 examination of internal surfaces of mechanical equipment
c. VT-3 examination of the IWF boundary's of mechanical equipment and flued heads
d. Deleted.

4 f

4

} -16 Rev. 5 1

1

- .___.-__....----------------c-- --- ~ -~-

Specification 3031-P-505 l

9

,~

t

'-) Procedures QCI 18240/P-2.10 and P-2.00 will be used for tne ti-3 and VT-4 examinations of piping supports with tne exception of the VT-4 examinations of mechanical snubbers and the VT-3 examinations of flued heads.

Startup Tecnnical Test Procedure TT1.30 will be used for the VT-4 examinations of mechanical snubbers.

Procedure QCI 18240/P2.10 and its referenced WR-5/WR-5A will be used for VT-3 examination of Class 3 integral 3 attachments. (VT-1.00 may be used for examination and Lih acceptance criteria when noted in the procedure column of tha examination plan tat!->9.) The inspection boundary shall meet the requirementt . !SME Section XI IWD- 2 500-1 P-301-2 paragraph 7.3c shal used for visual acceptance of Class 3 integral attachng,a welds. P-319-2 paragraph 10.10 ' hall be used for visual cceptance of Class 3 attachment material.

7.4 Construction Procedures Construction Procedures delineate construccion es b 5 I work operations. CP-W-4 provides details of all construction activities associated with Unit 2

()' preservice inspection of nuclear piping systems. The sequencing of surface preparation, weld datum and weld centerline reference marking, data collection, evaluation and report activities are outlined in this construction procedure.

O Rev. 5

- . _ . _ m .

Specification 8031-P-505' Appandix A Page 1 of 20

,~ .

REACTOR RECIRCULATION SYSTEM -

PRESSURE RETAINING WELDS

  • CROSS REFEP.ENCE INDEX BECHTEL SPOOL NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RS-2A-4 Pipe Seam RS-2-Al WAl LD VRR-2RS-2A-4 Pipe Seam RS-2-Al SWB LU VRR-2RS-2A-4 28" Pipe to Elbow RS-2-Al SWB VRR-2RS-2A-4 Elbow Seam Minimum RS-2-Al ,

SWB LD Minimua VRF,-2RS-2A-4 Elbow Seam Maximum RS-2-Al SWB LD Maximum VRR-2RS-2A-4 Elbow Seam Minimum RS-2-Al SWA LU Minimum I

  • Excluding Fis1d Welds.

Rev. O I

I

-, . _ _ _ . _ _ _ , . _ _ . . _ , _ . . _ _ - - - , . ._ . - . _ . , _ _ _ _ _ . - . . _ - .~ . _ . _ , _ _ _ . . . _ . _ . _

. l Specification 8031-P-505 Appsndix A Page 2 of 20 i

^

l

\

l sm.

- \/

BECHTEL SPOOL NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

?

VRR-2RS-2A-4 Elbow Seam Maximum RS-2-Al

. SWA .LU Maximum VRR-2RS-2A-4 28" Elbow to Pipe RS-2-Al SWA VRR-2RS-2A-4 Pipe Seam RS-2-Al l SWA LD VRR-2RS-2A-4 Pipe Seam RS-2-Al '

WA2 LU VRR-2RS-2A-5 Pipe Seam RS-2-A4 WA2 LD VRR-2RS-2A-5 Pipe Seam RS-2-A4 WA43 LU VRR-2RS-2A-6 Pipe Seam RS-2-A2 O' WA43 LD VRR-2RS-2A-6 Pipe Seam RS-2-A2

. SWA LU VRR-2RS-2A-6 28" Pipe to Elbow RS-2-A2 SWA VRR-2RS-2A-6 Fibow Seam Minimum RS-2-A2 SWA LD

' Mi ni mum VRR-?.RS-2A-6 Elbow Seam Maximum RS-2-A2 SWA LD Maxiaum Rev. 0 O

  • l

)

__ ,..._.. , ..._-. ._, ,--_,__. m. ._--..m_,_,-~_%_

. l Specification 8031-P-505 l Appendix A Paga 3 of 20

/-

%)

BECHTEL SPOOL NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RS-2A-6 Elbow Seam Minimum RS-2-A2 WA3 LU Mi nimum 4

VRR-2RS-2A-6 Elbow Seam Maximum RS-2-A2 WA3 LU Mcximum VRR-2RS-2A-7 Pipe Seam RS-2-A3 WA4 LD VRR-2RS-2A-7 28" Pipe to 2" RS-2-A3 SWD Noz zle VRR-2RS-2A-7 Pipe Seam RS-2-A3 SWA LU VRR-2RS-2A-7 28" Pipe to Elbow RS-2-A3 SWA

(' \

VRR-2RS-2A-7 Elbow Seam Minimum RS-2-A3 SWA LD Minimum VRR-2RS-2A-7 Elbow Seam Maximum RS-2-A3 SWA LD Maximum VRR-2RS-2A-7 Elbcw Seam Minimum RS-2-A3 WA5 LU Minimum VRR-2RS-2A-7 Elbow Seam Maximum RS-2-A3 WA5 LU Maxi mum Rev. O O

._. . .~.

Specification 8031-P-505 Appendix A Page 4 of 20 f"%

k.

BECHTEL SPOOL NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RD-2A-20 Pipe Seam RD-2-B1 WA6 LD VRR-2RD-2A-20 -

Pipe Seam RD-2-B1 WA7 LU VRR-2RD-2A-19 Elbow Seam Minimum RD-2-A2 WA8 LD Mimimum VRR-2RD-2A-19 Elbow Seam Maximum RD-2-A2 WA8 LD Maximum VRR-2RD-2A-19 Elbow Seam Minimum RD-2-A2 SWA LU Minimum VRR-2RD-2A-19 Elbow Seam Maximum RD-2-A2 O Maximum SWA LU VRR-2RD-2A-19 28" Elbow to Pipe RD-2-A2 SWA VRR-2RD-2A-19 Pipe Seam RD-2-A2 SWA LD VRR-2RD-2A-19 Pipe Seam RD-2-A2 SWB LU VRR-2RD-2A-19 28" Pipe to RD-2-A2 SWB 28"x28"x12" Red. Tee Rev. O O

Spacification 8031-P-505 Appendix A Page 5 of 20 t

(~ .

BECHTEL SPOOL NO./ WELD COMPONENT G. E .

IDENTIFICATION DESCRIPTION l SPOOL NO.

"RR-2RD-2A-18 28"x22" Cross to RD-2-A3 SWB 28"x12" Reducer

. VRR-2RD-28-18 Pipe Seam RD-2-B8 WA12 LD VRR-2RD-2B-18 Pipe Seam RD-2-B8 SWA LU VRR-2RD-2B-18 12" Pipe to Elbow RD-2-B8 SWA VRR-2RD-2B-18 Elbow Seam Minimum RD-2-B8 SWA LD Mini mum VRR-2RD-2B-18 Elbow Seam Maximum RD-2-B8 SWA LD Maximum VRR-2RD-2B-18 Elbow Seam Minimum RD-2-B8 SWB LU Minimum VRR-2RD-2B-18 Elbow Seam Maximum RD-2-B8 SWB LU Maximum VRR-2RD-2B-18 12" Pipe to Elbow RD-2-B8 SWB VRR-2RD-2B-18 Pipe Seam RD-2-B8 SWB LD l \

Rev. O O

. Specification 8031-P-505 Appandix A Page 6 of 20

+#h

. , )

BECHTEL EPOOL NO./ VELD COMPONENT G. E .

IDENTIFICATION DESCRIPTION '

SPOOL NO.

VRR-2RD-2B-18 Pipe Seam RD-2-B8 WA17 LU VRR-2RD-2A-17 Pipe Seam RD-2-A9 WA64 LD 4

VRR-2RD-2A-17 22" Pipe to 22"x12" RD-2-A9 SWC Sweepolet VRR-2RD-2A-17 22" Pipe 7.o 22"x12" 3D-2-A9 SWB Sweepolet VRR-2RD-2A-17 Pipe Seam RD-2-A9 SWA LU VRR-2RD-2A-17 22" Pipe to Cap RD-2-A9 SWA ,

VRR-2RD-2A-15 Pipe Seam RD-2-A6

(~ WA13 LD VRR-2RD-2A-15 Pipe Seam RD-2-A6 SWA LU VRR-2RD-2A-15 12" Pipe to Elbow RD-2-A6 SWA VRR-2RD-2A-15 Elbow Seam Minimum RD-2-A6 SWA LD Minimum VRR-2RD-2A-15 Elbow Seam Maximum RD-2-A6 SWA LD Maximum l

Rev. O O

.,--,w#- -.,-----------.-----,--r_-.

. - r,m-, ,

Specification 8031-P-505.

. Appsndix' A 'Pags 7 of 20

'\

A>

BECHTEL SPOOL NO./ WELD COMPONENT G. E .

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RD-2A-15 Elbow Seam Minimum RD-2-A6 SWB LU Minimum -

VRR-2RD-2A-15 Elbow Seam Maximum RD-2-A6 SWB LU Maxi mum VRR-2RD-2A-15 12" Elbow to Pipe RD-2-A6 SWB VRR-2RD-2A-15 Pipe Seam RD-2-A6 SWB LD VRR-2RD-2A-15 Pipe Seam RD-2-A6 WA18 LU VRR-2RD-2A-16 Pipe Seam RD-2-A7 WA14 LD

(}

VRR-2RD-2A-16 Pipe Seam RD-2-A7 SWA LU ,

VRR-2RD-2A-16 12" Pipe to Elbow RD-2-A7 SWA VRR-2RD-2A-16 21 bow Seam Minimum RD-2-A7 SWA LD Minimum VRR-2RD-2A-10 Elbow Seam Maximum RD-2-A7

. SWA LD Maximum Rev. O

!O i

~'

Specification 8031-P-505

, Appandix A Pags 8 of 20 BECHTEL SPOOL- NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RD-2A-16 Elbow Seam Minimum RD-2-A7 SWB LU Minimum' .

VRR-2RD-2A-16 Elbow Seam Maximum RD-2-A7 SWB LU Maxi mum 5'RR-2 RD-2 A-16 12" Elbow to Pipe RD-2-A7 SWB VRR-2RD-2A-16 Pipe Seam RD-2-A7 l SWB LD VRR-2RD-2A-16 Pipe Seam RD-2-A7 WA19 LU VRR-2RD-2A-18 28"x22" Cross to RD-2-A3 SWA Pipe VRR-2RD-2A-18 Pipe Seam RD-2-A3 SWA LD VRR-2RD-2A-18 22" Pipe to 22"x12" RD-2-A3 SWE Sweepolet VRR-2RD-2A-18 22" Pipe to 22"x12" RD-2-A3 SWD Sweepolet VRR-2RD-2A-18 Pipe Seam RD-2-A3 SWC LU VRR-2RD-2A-18 22" Pipe to Cap RD-2-A3 SWC l

Rev. O b*

a

Specification 8031-P-505 Appandix EA Page 9 of 20

.()

\_/

\

BECHTEL SPOOL NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RD-2A-21 Pipe Seam (HT #)K30472 Wall LD FDDR 8080 VRR-2RD-2A-21 -

Pipe Seam ~(HT #)K30472 WA68 LU FDDR 8080 VRR-2RD-2A-13B Elbow Seam Minimum RD-2-A5 WA68 LD Mi nimum VRR-2RD-2A-13B Elbow Seam Maximum RD-2-A5 WA68 LD Maximum VRR-2RD-2A-13B Elbow Seam Minimum RD-2-A5 SWA LU Mi ni mum VRR-2RD-2A-13B Elbow Seam Maximum RD-2-A5 O Maximum SWA LU VRR-2RD-2A-13B 12" Elbow to Pipe RD-2-A5 SWA VRR-2RD-2A-13B Pipe Seam RD-2-A5 SWA LD VRR-2RD-2A-13B Pipe Seam RD-2-A5 WA16 LU VRR-2RD-2B-16 Pipe Seam RD-2-B4 WA10 LD Rev. O

... l Spscification 8031-P-505 j

. Appsndix A .Page 10 of 20 4

s

%d BECHTEL l

SPOOL NO./ WELD COMPONENT G. E.

-IDENTIFICATION DESCRIPTION SPOOL NO..

VRR-2RD-2B-16 Pipe Seam RD-2-B4 SWAA LU VRR-2RD-2B-16 12" Pipe to Elbow RD-2-B4 SWAA VRR-2RD-2B-16 Elbow Seam Minimum RD-2-B4 SWAA LD Minimum VRR-2RD-2B-16 Elbow Seam Maximum RD-2-B4 SWAA LD Maximum VRR-2RD-2B-16 Elbow Seam Minimum RD-2-B4 SWB' LU Minimum

_('

\

~

VRR-2RD-2B-16 SWB LU Elbow Seam Maximum RD-2-B4 Maximum VRR-2RD-2B-16 12" Elbow to Pipe RD-2-B4 SWB VRR-2RD-2B-16 Pipe Seam RD-2-B4 SWB LD VRR-2RD-2B-16 Pipe Seam RD-2-B4 WAIS LU VRR-2RS-2B-4 28" Pipe Seam RS-2-B1 WB1 LD 4

Rev. 0 O

P

- ,m _

,e.- - , _ - - . , _ , - _ -.---.,_,,,,.m,.

. , , . , - , ,,~---.-..._._-m, _ , , - _ - - - - . - - , _ - . , _ - , , _ . - - . , . . , - . , c - - -

. Spscification 8031-P-505 Appandix A Paga 11 of 20

. (~y My BECHTEL SPOOL NO./ WELD  : COMPONENT G. E .

1 IDENTIFICATION DESCRIPTION l SPOOL NO.

VRR-2RS-2B-4 28" Pipe Seam RS-2-B1 SWB LU VP.R-2 RS-2 B-4 28" Pipe to Elbow RS-2-B1 SVD VRR-2RS-2B-4 Elbow Seam Minimum RS-2-B1 SWB LD  !

Minimum VRR-2RS-2B-4 Elbow Seam Maximus RS-2-B1 SWB LD Maximum VRR-2RS-2B-4 Elbow Seam Minimum RS-2-B1 SWA LU Minimum VRR-2RS-2B-4 Elbow Seam Maximum RS-2-B1 O Maxi mum SWA LU VRR-2RS-2B-4 28" Elbow to Pipe RS-2-B1 SWA VRR-2RS-28-4 28" Pipe Seam RS-2-B1 SWA LD VRR-2RS-2B-4 28" Pipe Seam RS-2-B1 WB2 LU i

VRR-2RS-2B-5 28"x28"x20" Tee RS-2-B4 SWA to 28" Pipe 1

i Rev. 0 I

O

Specification 8031-P-505

_Appandix 4 .Page 12 of 20 jv

?'

BECHTEL FF00L NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RS-2B-5 28" Pipe Seam RS-2-B4 SWA LD VRR-2RS-28-5 '

28" Pipe Seam RS-2-B4 WB47 LU VRR-2RS-2B-6 28" Pipe Seam RS-2-B2 WB47 LD VRR-2RS-2B-6 28" Pipe Seam RS-2-B2 SWA LU VRR-2RS-2B-6 28" Pipe to Elbow RS-2-B2 SWA VRR-2RS-2B-6 Elbow Seam Minimum RS-2-B2 SWA LD Mi nimum VRR-2RS-2B-6 Elbow Seam Maximum RS-2-B2 LO SWA LD Maximum VRR-2RS-2B-6 Elbow Seam Minimum RS-2-52 WB3 LU Minimum VRR-2RS-2B-6 Elbow Seam Maximum RS-2-B2 WB3 LU Maximum VRR-2RS-28-7 28" Pipe Seam RS-2-B3 WB4 LD Rev. O O

Specification 8031-P-505-

, Appandix A- Paga 13 of 20

. s

%/,

BEC!!TEL SPOOL. NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RS-25-7 28" Pipe to 2" RS-2-83 SWD Nozzle

~

VRR-2RS-28-7 28" Pipe Seam RS-2-83 SWA LU -

VRR-2RS-2B-7 28" Pipe to Elbow RS-2-B3 SWA VRR-2RS-2B-7 Elbow Seam Minimum RS-2-B3 SWA LD Minimum VRR-2RS-28-7 Elbow Seam Maximum RS-2-B3 SWA LD Maximum VRR-2RS-2B-7 Elbow Seam Minimum l RS-2-B3 WB5 LU l

. Minimum VRR-2RS-2B-7 Elbow Seam Maximum RS-2-B3 WB5 LU t Maximum VRR-2RD-28-13 28" Pipe Seam RD-2-Al WB6 LD VRR-2RD-25-13 2S" Pipe Seam RD-2-Al

, WB7 LU

VRR-2RD-2B-14 Elbow Sean Minimum RD-2-B2 WB8 LD Minimum l l Rev. O O

i

i Specification 8D31-P-505 Appsndix A Page 14 ci 20 (n.

- (_)

BECHTEL SPOOL NO./ WELD COMPONENT G. E .

IDENTIFICATION '

DESCRIPTION SPOOL NO.

VRR-2RD-2B-14 Elbow Seam Maximum RD-2-B2 WB8 LD Maxi mum VRR-2RD-2B-14 Elbow Seam Minimum RD-2-B2 SWA LU Minimum VRR-2RD-2B-14 Elbow Seam Maximum RD-2-B2 SWA LU-

"axi mum VRR-2RD-28-14 28" Elbow to Pipe RD-2-Bt SWA i VRR-2RD-2B-14 28" Pipe Seam RD-2-B2 SWA LD VRR-2RD-2B-14 28" Pipe Seam RD-2-B2 SWB LU 28" Pipe to VRR-2RD-23-14 RD-2-B2 SWB 28"x28"x12" Tee VRR-2RD-2B-21 28"x22" Cross to RD-2-B3 SWB 28"x12" Concentric Reducer VRR-2RD-2A-14 12" Pipe Seam RD-2-A8 WB12 LD VRR-2RD-2A-14 12" Pipe Seam RD-2-A8 SWA LU Rev. 0 Y

O

} t Spacifiestion 8031-P-505

, Appsadix: A Page 15 of 20 (s3/

BECHTEL SPOOL NO./ WELD COMPONECT G.E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RD-2A-14 12" Pipe to Elbow RD-2-A8 SWA VRR-2RD-2A-14 Elbow Seam Minimum RD-2-A8 SWA LD Minicum VRR-2RD-2A-14 Elbow Seam Maximum RD-2-A8 SWA LD Maximum VRR-2RD-2A-14 Elbow Seam Minimum RD-2-A8 SWB LU Minimum VRR-2RD-2A-14 Elbow Seam Maximum RD-2-A8 SWB LU Maximum VRR-2RD-2A-14 12" Elbow to Pipe RD-2-A8 SWB VRR-2RD-2A-14 12" Pipe Seam RD-2-A8 SWB LD VRR-2RD-2A-14 12" Pipe Seam RD-2-A8 WB17 LU VRR-2PD-2B-21 28"x22" Cross to RD-2-B3 SWA 22" Pipe VRR-2RD-28-21 22" Pipe Seam RD-2-B3 SWA LD Rev. O O

Specification 8031-P-505-Appendix A Page 16 of 20

. Q l\ - '

(s-)

BECHTEL SPOOL NO./ VELD COMPONENT G.C.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RD-25-21 22" Pipe to 22"x12" RD-2-83 SWE Sweepolet VRR-2RD-2B-19 12" Pipe Seam RD-2-B6 WB1' LD VRR-2 RD-2 B -19 12" Pipe Seam RD-2-B6 SWA LU VRR-2RD-2B-19 12" Pipe to Elbow RD-2-B6 SWA VRR-2RD-2B-19 Elbow Seam Minimum RD-2-86 SWA LD Minimum VRR-2RD-28-19 Elbow Seam Maximum RD-2-B6 SWA LD Maximum s-( ,)f VRR-2RD-25-19 Elbow Seam Minimum RD-2-56 SW3 LU Minimum

, VRR-2RD-23-19 Elbow Seam Maximum RD-2-B6 SWB LU Maximum VRR-2RD-2B-19 12" Elbow to Pipe RD-2-B6 SWB VRR-2RD-2B-19 12" Pipe Seam RD-2-B6 SWB LD Rev. O O .

Specification 8031-P-505

, Appandix A Pegs 17 of.20 V

BECHTEL SPOOL NO./ WELD COMPONENT G.E.

IDENTIFICATION '

DESCRIPTION SPOOL NO.

VRR-2RD-2B-19 12" Pipe Seam RD-2-B6 WB18 LU

~

VRR-2RD-2B-21 22" Pipe to 22"x12" RD-2-B3 SWD Sweepolst VRR-2RD-2B-20 12" Pipe Seam RD-2-B7 W314 LD VRR-2 RD-2 B-20 12" Pipe Seam RD-2-B7 SWA LU VRR-2RD-2B-20 12" Pipe to Elbow RD-2-B7 SWA VRR-2RD-2B-20 Elbow Seam Minimum RD-2-B7 SWA LD Minimum

(\ VRR-2RD-2B-20 Elbow Seam Maximum RD-2-57

\/ SWA LD Maximum VRR-2RD-28-20 Elbow Seam Minimum RD-2-B7 SWB LU Minimum VRR-2RD-25-20 Elbow Seam Maximum RD-2-B7 SW3 LU Maximum VRR-2RD-25-20 12" Elbow to Pipe RD-2-B7 SWB l

Rev. O O

Snacification 8031-P-505 A, ndix A Page 18 of 20

^

1 V) .

BECHTEL SPOOL NO./ WELD COMPONENT G. E .

IDENTIFICATION '

DESCRIPTION SPOOL NO.

VRR-2RD-2B-20 12" Pipe Seam RD-2-B7 SWB LD

~

VRR-2RD-28-20 12" Pipe Seam RD-2-B7 WB19 LU VRR-2RD-2B-21 22" Pipe Seam RD-2-B3 SWC LU ,

VRR-2RD-23-21 22" Pipe to Cap RD-2-B3 SWC VRR-2RD-2B-15 22" Pipe Seam RD-2-B13 W348 LD VRR-2RD-2B-15 22" Pipe to 22"x12" RD-2-813 SWC Sweepolet VRR-2RD-2B-17 12" Pipe Seam RD-2-B5

/) WB11 LD VRR-2RD-2B-17 12" Pipe Seam RD-2-85 SWA LU VRR-2RD-2B-17 12" Pipe to Elbow RD-2-B5 SWA VRR-2RD-23-17 Elbow Seam Minimum RD-2-B5 SWA LD I

Minimum VRR-2RD-25-17 Elbow Seam Maximum RD-2-B5 SWA LD Maximum Rev. O j O

, s,-c - ,

e--.- .- .- _,- ,- ,_,y -

, -- - . ~ ,---

r Specification 8031-P-505

., Apptndix ' A Page 19 of 20 BECHIEL SPOOL. NO./ WELD COMPONENT G.E.

IDENTIFICATION l DESCRIPTION SPOOL NO.

VRR-2RD-28-17 Elbow Seam Minimum RD-2-B5 SWB LU Mi ni mum .

VRR-2RD-2B-17 Elbow Seam Maximum RD-2-85 SWB LU Maxi mum VRR-2RD-2B-17 12" Elbow to Pipe RD-2-B5 SWB VRR-2RD-2B-17 12" Pipe Seam RD-2-B5 SWB LD VRR-2RD-2B-17 12" Pipe Seam RD-2-B5 WB16 LU VRR-2RD-2B-15 22" Pipe to 22"x12" RD-2-B13 SWB Sweepolet O VRR-2RD-2A-12 12" Pipe Seam RD-2-A4 WB10 LD VRR-2RD-2A-12 12" Pipe Seam RD-2-A4 SWA LU VRR-2RD-2A-12 12" Pipe to Elbow RD-2-A4 SWA VRR-2RD-2A-12 Elbow Seam Minimum RD-2-A4 SWA LD Minimum Rev. O O

Specification 8031-P-505 Appendix A Page 20 of 20 s

O BECHTEL SPOOL NO./ WELD COMPONENT G. E.

IDENTIFICATION DESCRIPTION SPOOL NO.

VRR-2RD-2A-12 Elbow Seam Maximum RD-2-A4 SWA LD Maximum VRR-2RD-2A-12 Elbow Seam Minimum l RD-2-A4 SWB LU Minimum VRR-2RD-2A-12 Elbow Seam Maximum RD-2-A4 SWB LU Maximum VRR-2RD-2A-12 12" Elbow to Pipe RD-2-A4 SWB VRR-2RD-2A-12 12" Pipe Seam RD-2-A4 SWB LD VRR-2RD-2A-12 12" Pipe Seam RD-2-A4 WB15 LU VRR-2RD-28-15 22 Pipe Seam RD-2-B13 SWA LU VRR-2RD-2B-15 22" Pipe to Cap RD-2-B13 SNA Rev. 0 0

~s .'

.O fm (U U -

APPENDIX B LIMERICK UNIT 2 NUCLEAR CIASS 1 VALVE GNOUPING TOR EXAMINATION CATDCORY B-M-2*

VALVE VALVE PSI /ISI VPNDOR VALVE SIZE GNOUP NUMBER ISOMLTRIC # VENDOR PRIffr # & TYPE MATT: RIAL 1 IIV-41-2F022A,B,C,D ISI-APE-2MS-IA,m ,IC,LD Atwood & M1-D21-F022-C9.2

~

26" Globe SA-216 WCB Morrill (Cast)

IIV-41-2F028A,B,C,D ISI-APE-2MS-IA,IB ,IC,LD Atwood & M1-821-F028-C7.2 26" Globe SA-216 WCB Morrill (Cast) 2 PSV-41-2F013A-11, ISI-APE-2MS-IA,IB ,If, LD Target M1-B21-F013-82.1 6"x10" SA-105 J,K,L,M,N,S Rock Relief (Forged) 3 IIV-41-2F0llA,B ISI-DIA-205-1 Anchor P-105A-1 24" Cate SA-352 ICB ISI-DIA-206-1 Dar1ing (Cast) 4 11V-41-2F010A,B ISI-DIA-205-1 Atwood & P-1058-1 24" Check SA-352 ICB ISI-DIA-206-1 Morri11 liv-41-2F074A,B (Cast)

ISI-DIA-205-1 Atwood & P-116-1 24" Check SA-352 IfB ISI-DIA-206-1 Morrill (Cast)

S IIV-43-2F023A,8 ISI-VRR-2RS-2A,2B Lunkenheimer M1-B32-F023-Bl.4 28" Cate SA-3SL CEBM IIV-43-2F031A,B (Cast)

ISI-VRR-2RD-2A,2B Lunkenheimer M1-B32-F031-Bl.4 28" Gate SA-351 CF8M (Cast)

> u)

'o o

  • o a en
  • 3 H-NGrE: Examinations of internal surfaces of Code Examination Category B-M-2 S. ?

valves are limited to one valve within each grou i of valves that are of the same constructiorni design and manuft turing method and XQ ma that perfonn similar functions in the system. Additional valves 7 y within each valve group, other than the one specified in the ISI

< yD

' examination plan table, shall be examined when disassembled [wr Owner's e a3 relief request, as described in Specification 8031-P-504 Section

  • w 2.13. Hi*

I o cu rh n Us WO U1

/

V] OU Cj -

APPENDIX B LIMERICK UNIT 2 NUCLEAR CIASS 1 VALVE GIOUPItC IOR EXAMINATION CATEGORY U-M-2 VALVE VALVE PSI /ISI VENIDR VALVE SIZE l CHOUP NINIER ISOMF'IRIC 3 VENDOR PRItir 8 & TYlE MATT:1< t At. .

6 flV-44-2F001 ISI-DCA-201-1 Anchor P-107A-IS9-3 6" Glote SA-3*ai etuM Darling (Cast)

IIV-44-2F004 ISI-DCA-201-2 Anchor P-107A-69 6" Globe SA-3St CF8M Darling (Cast) 7A 44-2F027 ISI-DCA-201-1 Anchor P-107A-87 6" Cate SA-3Si CFEM -

Ihrling (Cast) 7C IIV-C-44-2F105 ISI-DCA-201-1 Anchor P-107A-IS9-3 6" Globe SA-351 CFUM Darling (Cast) 8 SI-2F077 ISI-DCA-235-3 Anchor P-107A-1 20" Cate SA-351CtUMb (Cast)

SI-2F060A,B ISI-DCA-204-4,3 Anchor P-107A-86 12" Cate SA-3St CFBM l Darling (Cast) 11V-SI-2F017A,B,C,D ISI-DIA-212-3,2,4,1 Anchor M1-El1-F017-C2.6 12" Gate SA-352 Ifu l

Darling (Cast) l I

, 9 IIV-SI-2F0lSA,B ISI-DCA-204-2,1 Anchor M1-Ell-F0lS-C2.2 12" Globe SA-351 CFBM Darling (Cast) l >m 10 IIV-51-2 F041A, B,C,D ' ISI-DIA-212-3,2,4,1 Atwood & M1-Ell-F041-B3.3 l 12" Check SA-352 IfB E%

l lflV-SI-2F050A,8 l

ISI-DCA-204-4,3 Morrill l. (Cast) $ ll Atwood & M1-Ell-F050-Bl.2 12" Check l SA-351 CFBM S O' Morrill (Cast) *N as ..

1 ll l l 8

'e 7 O O

  1. 'en Ut U,

APPErJDIX 11 LIMERICK UNIT 2 NUCLEAR CIASS 1 VAINE GIOJPitC IOR EXAMINATION CATtX] DRY ts-M-2 VALVE l VALVE 1*31/ tS1 VEtJ10R VAINE SIZ1: l l CHOUP NINLER ISOMETRIC 8 VENIDR PRINI' 8 & 'lYit: MATi .tt l At . --

11 liv-51-2t008 l iSI-tCA-205-1 Velan P-lO78-57 20" Cate SA-la2 Filo l

( lbr<pi) l ISI-DCA-205-3 liv-SI-2t009 Velan l'1070-57 20' Gate SA-lu2 F3tbb {

l I ( tbr<w > i SI-2t06SA,13,C,D ISI-DCA-418-3,2,4,1 Velan I'1078-l 12" Gate SA-182 P31b 1 (lbrged) -

l 12 ilV-52-208 ISI-DLA-210-1 Anchor P-107A-19 12" Check SA-3St CEUM l (Cast.) ,

I i 13 IIIV-52-20005 ISI-DtA-211-1 Anchor Mi-E21-E005-82.5 12" Gate SA-3S2 Iru l Ihrlin) (Cast) i 14 liv-S2-20006A,B ISI-DIA-211-1 Atmod & M1-E21-F006-u2.5 12" Clark 8 l ISI-DtA-210-1 Mrrill lSA-352Ifli (Cast) i I 15 l 52-2t007A,11 .

ISI-DCA-420-1 Velan P-1078-1 12" Cate SA-182 F316 l l ISI-DCA"Jl9-1 (tbrged) 16 >S-tiv-2tOO2 ISI-DUA-206-1 Anchor DarlimJ P-104C-34 10" Globe SA-216 bC11 (Cast) h

  • a SS-liv-2t003 ISI-DUA-206-2 Anchor thclia; ,

1^-104C-34 10" Globe SA-216 nCil (Cast) h hfh xg i i => ;'.

I 8 I I .

1S m 'T ol

{

~ r; 4.88

_.____.____.___ *

Retrieved from "https://kanterella.com/w/index.php?title=ML20151W270&oldid=2962711"