ML19332A067

To ASME Code Section XI Inservice Insp & Testing Program & Info Required for NRC Review of Requests for Relief from ASME Code Section XI Requirements

ML19332A067
Person / Time
Site:	Prairie Island
Issue date:	09/03/1980
From:	NORTHERN STATES POWER CO.
To:
Shared Package
ML19332A065	List: ML19332A064 ML19332A067
References
PROC-800903, NUDOCS 8009100505
Download: ML19332A067 (10)

Text

..

O September 3, 1980 Revision No. 5 to Prairie Island ASME Code Section XI Inservice Inspection and Testing Program and Information Required for NRC Review of Requests for Relief from ASME Code Section XI Requirements, dated February 1, 1978 Remove the Following Insert the Following Pages Revision-No. 5 Pages Title Page Title Page iii & iv iii & iv i

1.1.1-2 1.1.1-2 1.1.1-3 1.1.1-3 1.1.1-4 1.1.1-4 2.1.1-2 2.1.1-2 2.1.1-3 2.1.1-3 2.1.1-5 2.1.1-5 J-O f

1 i

Use the " Record of Revisions," pages iii and iv to verify your copy of the program manual is complete and up-to-date following entry of this revision.

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PRAIRIE ISLAND NUCLEAR GENERATING PLANT DOCKET NOS. 50-282 LICENSE NOS. DPR-42 50-306 DPR-60 t

ASME CODE SECTION XI INSERVICE INSPECTION AND TESTING PROGRAM AND t

iNFORMATION REQUIRED FOR NRC REVIEW OF REQUESTS FOR RELIEF FROM ASME CODE SECTION XI REQUIREMENTS l

i SUBMITTED: February 1, 1978 REVISED: Revision 1 September 15, 1978 Revision 2 i

June 8, 1979 Revision 3 September 19, 1979 Revision 4 April 17, 1980 Revision 5 September 3, 1980 i

RECORD OF REVISIONS I

Page No Revision No Page No Revision No Cover 4

1.5-1 2

ii 4

1.5-2 thru 1.5-5 1

iii 5

1.5-6 Original iv 5

1.5-7 1

1-1 4

1.5-7A 1

1.1.1-1 4

1.5-7B 2

1.1.1-2 5

1.5-10 1

4

't.1.1-3 5

1.5-11 Original 1.1.1-4 5

1.5-12 1

1.1.1-5 thru 1.1.1-6 Original 1.5-12A 2

1.1.1-7 1

1.5-13 Original 1.1.1-8 thru 1.1.1-17 Original 1.5-14 Original 1.1.1-18 1

1.5-15 1

1.1.1-19 Original 1.5-15A 1

1.1.1-20 1

1.5-16 1

1.1.1-21 thru 1.1.1-26. Original 1.5-17 Original 1:1.1-27 3

1.5-18 1

1.1.1-28 thru 1.1.1-33 Original 1.5-18A 1

1.1.1-34 1

1.5-19 Original 1.1.1-35 Original 1.5-20 1

1.1.1-36 3

1.5-22 thru 1.5-23 Original 1.1.1-37 thru 1.1.1-39 Original 1.5-24 2

1.1.2-1 4

1.5-25 thru 1.5-28 Original 1.1.2-2 thru 1.1.2-3 Original 1.5-29 1

1.1.2-4 thru 1.1.2-5 3

1.5-30 Original 1.1.2-6 thru 1.1.2-9 Original 1.5-31 thru 1.5-34 1

(

1.1.2-10 3

1.5-34A 1

1.1.2-11 Original 1.5-35 thru 1.5-39 Original 1.1.2-12 3

1.5-40 1

't.1.2-13 Original 1.5-41 Original 1.1.2-14 thru 1.1.2-16 3

1.5-42 1

1.1. 2-17 thru 1.1.2-18 Original 1.5-43 2

1.1.2-19 thru 1.1.2-20 1

1.5-47 thru 1.5-48 Original 1.1.3-1 4

1.5-49 1

1.2-1

'4-1.5-50 1

1.3-1 4

1.5-51 thru 1.5-54 Original 1.3-2 1

1.5-55 1

1.4-1 4

1.5-56 3

1.4-2 1

1.5-57 thru 1.5-59 Original 1.4-3 thru 1.4-4' 2

1.5-60 1

1,4 4 1.5-61 thru 1.5-63 Original 1.4-6 1

1.5-64 thru 1.5-68 1

1.4-7 thru 1.4-8 4

1.5-69 2

1.4-9 2

1.5-70 4

1.4-10 1

1.5-71 thru 1.5-72 1

1.4-11 thru 1.4-12 2

1.5-73 2

1.4-14 thru 1.4-15 2

1.5-74 4

1.4-16 thru 1.4-17 1

2.1 4

1.4-18 4

2.1.1-1 4

1.4-19 thru 1.4-20 1

2.1.1-2 5

1.4-21 4

p 1.4-22

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1.4-23 4

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'1.4-24 thru 1.4-34 iii Revision 5 9/3/80

RECORD OF REVISIONS Page No Revision No Page No Revision No 2.1.1-3 5

2.5-10 thru 2.5-11 2

2.1.1-4 1

2.5-11A 2

2.1.1-5 5

2.5-12 1

2,1,1-6 thru 2.1.1-14 Original 2.5-13 Original 2.1.1-15 3

2.5-14 1

2.1.1-16 thru 2.1.1-18 Original 2.5-15 thru 2.4-24 Original

~

2.1.1-19 1

2.5-25 1

2.1.1-20 thru 2.1.1-25 Original 2.5-26 1

2.1.1-26 1

2.5-26A 1

2.1.1-27 thru12.1.1-37 Original 2.5-27 Original 2.1.1-38 3

2.5-28 Original 2.1.1-39 thru 2.1.1-41_ Original 2.5-29 1

2.1.2-1 4

2.5-30 1

2.1.2-2 thru 2.1.2-3 1

2.5-31 2

2.1.2-4 2

2.5-33 Original 2.1.2-4A 2

2.5-34 1

2.1.2-5 Original 2.5-35 1

2.1.2-6 2

2.5-36 thru 2.5-39 Original 2.1.2-6A 2

2.5-40 1

2.1.2-7 Original 2.5-41 thru 2.5-44 Original 2.1.2-8 1

2.5-45 1

2.1.2-9 Original 2.5-46 thru 2.5-48 Original

(

2.1.2-10 3

2.5-49 thru 2.5-53 1

5 2.1.2-11 Original 2.5-54 4

g'-

2.1.2-12 1

2.5-55 thru 2.5-56 1

2.1.2-13 Original 2.5-57 4

2.1.2-14 thru 2.1.2-15 3

3-1 thru 3-6 2

2.1.2-16 Original 3-7 thru 3-13 Original 2.1.2-17 1

3-14 2

2.1.2-18 thru 2.1.2-20 Original 3-15 thru 3-16 Original 2.1.3-1 4

4-1 2

2.2-1 4

4-2 thru 4-4 Original 2.3.1 4

4-5 thru 4-6 2

2.3.2 Original 4-7 thru 4-9 Original 2.4-1 4

4-10 thru 4-13 2

2.4-2 thru 2.4-4 2

4-14 thru 4-19 Original 2.4-5 4

4-20 thru 4-22 2

2,4-6 thru 2.4-7 1

4-23 Original 2.4-8 thru 2.4-9 4

4-24 2-2.4-10 thru 2.4-11 2

4-25 thru 4-31 Original 2.4-12 thru 2.4-14 1

4-32 2

2,4-15 4

4-33 thru 4-39 Original 2.4-16 1

4-40 2

2.4 4 2.4-18-thru 2.4-28 1

2. 5 -l' 2

2.5-2 thru 2.5-4 1

2.5-5 Original 2.5-6 1

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2.5-6A

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2.5-8 thru 2.5-9 Original

-iv-Revision 5 9/3/80

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TABl.F' lI ORA!RIE !SLAND Ut:IT I P GE I 0F s

rEn vEAR I P4 f ERV AL INSPECT!UN

SUMMARY

MMOR Illit: JfACTOR VESSEL Int.

GNIONINF OR SYSII}f, TUTA1.

INSPIT-I ION OR NW Call:-

NJD 11ESCRIPTION OF NO.PIR IITNIIFICATION IMilNATION TION RIMlRKS IMI SYSi1}l NtMDER PI' ROM muy 11111 10 HE lMflNED Y11)I N'lXNT M4D EX11NT PrnTOD Bl.1 B-A LONGI 11TDINAL AND CIRCUHFEREN-RFMUIRES T1tE RFHOVAL TIAL SilELL WELDS IN CORE OF CORE BARREL REGION LONGITUDINAL WELDS NONE CIRClitFERENTIAL WELDS 1

U.T.

WELD NO. 3 21 FEET (MIN.)

ElREE LOWER SilELL ASSEMBLY 50 RELIEF NO. 55 (ISI-48)

TO INTERMEDIATE WELD Bl.2 B-B IAWGITUDINAL AND CIRClHFEREN-RFMUIRES 'IllE REMOVAL TIAL WFLDS IN SilELL (011lER OF CORE BARREL 11 TAN 11lOSE OF CATEGORY B-A AND B-C) AND MERIDIONAL AND g'

CIRCUMFEREN TIAI SEAM WELDS g'

IN BOTTOM HEAD AND CLOSURE F(

llEAD (Or!!EP 111AN TIK1SE OF fo CATEGORY B-C)

LONGITUDINAL WELDS NONE ttERIDIONAL WEI.DS NONE CIRCL41FERENTIAL WFt.DS 3

U.T.

WELD No.2 25 INOIES (MIN.)

111REE LTPPER SilELL ASSEMBLY 5

RELIEF NO. 55 (151-48)

TO LOWER SilELL ASSEH-BLY WELD NO.4 25 INOIES (MIN.)

111REE LOWER TRANSITION llEAD 5

(ISI-48)

TO SHELL WELD WELD NO. 5 25 INCllES (MIN.)

111REE BOT 111M llEAD RING TO 5

(151-48)

LOWER TRANSITIlW llFAD WELD Bl.3 B-C VESSEL-TO-FIANCE AND llFAD RFLIEF NO. 55 FIANGE CIRCIT1FERENTIAL WFLDS eg U -4 SU VESSEL TO FIANGE 1

U.T.

WELD No.1 CLOCKWISE, 14 FT ONE VESSEL FTANGE 33 h

(ISI-48)

(HIN.)

CLOCKWISE, 7 FT.

WO VESSEL FIANGE 50 (H IN. )

CLOCKWISE, 21 FT.

111REE VESSEL FIANGE 100 (MIN.)

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TABI.E 1.1 ORA!RIE !SLAND 'lf:IT 1 T E *4 VEAP I f 4 TERV AL ItJSPECTION SUMMAR(

MVOR 111)l: _ REACTOR VESSEL EWI.

GMT)NErir OR SYS11}1, 1UTAL INspir'3 I CATION OR RlNNINt C%1Ti.

AND IESCRIITION OF FU.PER IlllNilFICATION EXMIINATION TION p

IIEll I MM NG NME mRY iT1111D BE FXMilNTD fillg MIXNT NJD FIITNI' girygron HEAD TO FIANGE 1

U.T.

WELD NO. 6 CI.0CKWISE, 14 ONE ITEAD FIANGE 33 (ISI-49)

FEET (MIN.)

CLOCKWISE, 14 TWO 11EAD FIANCE 66 FEET (HIN.)

CLOCKWISE, 14 11tR EE HEAD FIANGE 100 FEET (MIN.)

B1.4 B-D PRIMARY N0ZZLE-TO-VESSEL EXAMINATION OF INLET WELDS AND NOZZLE INSIDE N0ZZLES REQUIRE RE-RADIUSED MOVAL OF CORE BARREL RELIEF No. 55 p

REACTOR CORE C001 ANT N0ZZI.ES OUTLET NOZZLES 2

U.T.

RCC-A-1(ISI-50 1 WELD (100%)

ONE 180 (29-RC-1A) 25 8

RCC-B-1(ISI-50 1 WELD (100%)

1WO 0

(29-RC-18) 50 INLET N0ZZLES 2

U.T.

RCC-A-14(ISI-Si ) 1 WELD (100%)

11tREg 120" (27,5-RC-3A) 75 9

RCC-B-14(ISI-5f ) 1 WELD (100%)

11 TREE 300 (27.5-RC-3B) 100 l

60 SAFETY INJECTION NOZZLES 2

ti. T.

LOOP A(ISI-30) 1 WELD (1007.)

TilREE (4-RC-14A) 50 1

LOOP B(ISI-30) 1 WELD (100%)

111REE 800 (4.RC-148) 100 Bl.5 B-E VESSEL PPNETRATIONS. INCLU-4 DING CONTROL ROD DRIVE AND INSTRUMENTATION PENETRATIONS

)

CONTROL ROD PENETRATIONS 40 V

3 PENETRATIONS ONE TOP OF REACTOR 9

PIANT OPERATIONS (HIN.)

3 PENETRATIONS 1MO VESSEL CLOSURE IIEAD 15 (MIN.)

• g 4 PENETRATIONS 111REE 25 sQg (MIN.)

Q INSTRUMENTATION PENETRATION:

36 V

3 PENETRATIONS ONE UNDER REACTOR VESSEL 8

PIANT OPERATIONS (Mitl. )

3 PENETRATIONS 1WO BOTTOM llFAD 17 (HIN.)

3 PENETRATIONS 111REE 25

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(MIN.)

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1*1 "RA RIE !SLAND Ut:IT 1 1

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'EN VEAP If4TERVAL I P4SPE C T I ON SUMMAQ/

MUOR Ill}l:

RFACTOR VESSEL EXMI.

GTRY1NINI' OR SYSTill, 1UIAL INSPIX Tim OR MW CA1T.-

AND 11ESCRITTION OF NL).PER IDINTIFICATION EXNffNATim T!ON IUMIRKS Wm Mm NTM MIN ITill TO IIII I:XMIINT D ITI)f NMT AND FM prpion REACTOR VESSEL llEAD VENT 1

V l-RC-36 to 1 PENETRATION 1-RC-36 TO RC-8-5 RC-8-5 EXAMINATION IN ACCORDANCE Willi CATEGORY B-P N0ZZLE-To-SAFE END WELll Bl.6 B-F N0ZZLE-10-SAFE END WELDS AND SAFE END-TO-PIPE WELD (B4.1) EXAMINE AS ONE.

(SAND plt 0 REACTOR CORE CODIANT N0ZZLES (ISI-50)

REMOVAL REQD )

RELIEF NO. 55 180$

(29-RC-1A) 25 OU11.ET N07ZLE SAFE F2;D WELD 2

S-U.T.

RCC-A-1S.E.

1 WELD (100%)

ONE RCC-B-IS.E.

1 WELD (100%)

1MO O

(29-RC-1B )

50 INLET N0ZZLE SAFE END WELDS 2

S-U.T. RCC-A-145.E.

1 WELD (1001)

TilREE 120" (27.5-RC-3A) 75 RCC-B-14S.E.

1 WELD (100%)

111REE 300 (27.5-RC-38) 100 REACTOR VESSEL SAFETY IN-JECTION N0ZZLES 2

S-U.T. (ISI-30) g N0ZZLE A SAFE END WELD WELD NO. 1 S.E.

1 WELD (1001)

ONg 260*

(4.RC-14A) 50 N0ZZLE B FAFE END WELD WELD NO, 1 S.E.

1 WELD (100%)

TilREE 80 (4-RC-14B) 100 Bl.8 B-C-1 CLOSURE STUDS AND NitrS 48 S-U.T.

I 111RU 16 16 (100%)

ONE 0"

T11RU 120" 33 RELIEF No. 43 17111RU 32 16 (100%)

1VO 120" 111RU 240" 66 i

33111RU 48 16 (100%)

111REE 240" 11tRU 360" 100 (ISI-37)

RELIEF NO. 55 B. 9 B-C-1 1.1CAMENTS HETWEEN 111READED 48 U.T.

'a TIIRt114& 2 Tf'll i 16 (100%)

ONE VESSEL FIANCE 33 CLOSURE ilEAD REMOVED S11TD flOLES 3

>,6,16.17 & 3 7 16 (1001) 1WO VESSEL FIANCE 54 TilRU 42 I

REMAINDER 16 (100%)

111R EE VESSEL FIANCE 100 4

(ISI-48)

Bl.lil B-C-1 CLOSURE WASilERS AND BtfS!11NCS (ISI-37)

)R$

5Ud WASilERS 48 PRS.

V 1 111RU 16 16 PAIRS (1007.)

ONE 33 180 17111RU 32 16 PAIRS (100%)

1VO 66

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33111RU 48 Itr PAIRS (1001)

TilREE 100 4

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'RAIRIE !st AND ';t!!T 2 PAGE I OF 6 TEN vFAR I P4 TERV AL I t4SPE C T I ON SUMMAR(

MUOR 11T>l:

REACTOR VESSEL 1%vi GRONINF OR SYS11}f, 1UTAL INSPIL E

IfCATION OR RUNNIM Calli AND IESCRIITION OF NO.PER II M TIFICATION IIVIINATI(N TION m

IE MG MR N3 M mW 11111 10 Ilr IXVflNED ITT)!

NUNT AND EXTINI i,rpion Bl.1 B-A LONGITUDINAL AND REQUIRES VlE REMOVAL CIRCtHFERENTIAL WELDS IN OF CORE BARREL CORE REGION LOf*;ITUDINAL WEl.DS NONE CIRCtHFERENTIAL WELDS 1

U.T.

WELD No. 3 21 FEET (MIN.)

TilREE LOWER SilELL ASSEMnLY 50 RELIEF No. 55 (2-ISI-42)

TO INTERMEDIATE WELD Bl.2 B-B

-I.ONCITUDINAL AND R0 QUIRES 111E RD10 VAL CIRCUMFERENTIAL WELDS IN OF 111E CORE BARREL SilELL (OT1tER DIAN VIOSE OF CATECORY B-A AND B-C) AND tt@IDIONAL AND CIRCtHFERENTIAL SEAM WELDS

[0 IN BOTT(H llEAD AND CLOSURE t

ilEAD (0111ER VIAN VIOSE OF 7,o CATEGORY B-C) 1.ONG1TUDINAL WELDS NONE MERIDIONAL WELDS NONE CIRCUMFERENTIAL WELDS 3

U.T.

WELD NO. 2 25 INulES (MIN.)

111REE UPPER SilELL ASSEMBLY 5

RELIEF NO. 55 (2-ISt-42)

TO L(WER SilELL ASSDtBLY WEl.D NO. 4 25 INCilES (MIN.)

UIREE I4NER 1RANSITION llFAD 5

(2-151-42)

TO SIIELL WELD WELD NO. 5 25 INCL!ES (MIN.)

TilREE BOTT0ftilEAD RING TO 5

I (2-ISI-42)

LOWER 1RANSITION llFAD WELD 1

Bl.3 B-C VESSEL-TO-FLANCE AND RELIEF NO. 55 IIEAD-TO-FIANCE CIRCUMFERENTIAL WELDS VESSEL TO FIANCE 1

U.T.

WELD NO. I CI.0CKWISE, 14 FT. ONE VESSEL FIANGE 33 hh (2-1S1-42)

(MIN.)

g CLOCFWISE, 7 FT 1WO VESSEL FIANGE 50 oH (MIN.)

O CLOCKWISE, 21 FT 111REE VESSEL F1ANGE 100 (MIN.)

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TABl.E I.!

"RAIRIE !SLAND "MIT 2 b

T E 'd VFAP I f4 T E R V A L l 'J S PE r. T I QtJ SUMMAR/

MUOR 11111:

RFACTOR VESSEL liXMt.

GMONINI OR SYSil}l

1UTAI, INSPIE-CA17:-

AND DESCRIITION OF PD.PIR IDINTIFICATION EXMilNATim Tim M MW TIN RIM \\RKS IU I}I.

NtXNT AND EX11NT PfRron mRY IllN 'ID BE EXM1TNEl iTIM SYSTD1 NLF1BER PERCIN!

IIFAD TO FIANCE I

U.T.

WELD NO. 6 CIAXTilSE, 14 FT.

ONE IIEAD FIANCE 33 (2-151-41)

(MIN.)

CLOCKWISE, 14 FT.

IV9 HEAD FLANGE 66 (MIN.)

CIACKWISE 14 FT.

TIIREE HEAD FIANGE 100 (MIN.)

Bl.4 B-D PRIMARY N0ZZLE-1U-VESSEL RELIEF No. 55 WELDS AND N0ZZI.3 INSIDF EXAMINATION OF INLET RADIUSED SECTIONS N0ZZLES RiqUIRE REMOVAL OF RFACTOR CORE CORE BARREL

.M C00fANT N0ZZLES Y

OUTLET N0ZZLES 2

U.T.

RCC-A-1 1 WELD (100%)

ONE 237" (29-2RC-1A) 25 (2-ISI-40)

RCC-B-1 i WE1.0 (1007.)

1Wo 57" (29-23C-IB) 50 (2-ISI-40)

INLET N0ZZLES 2

U. T.

RCC-A-14 1 WELD (1007.)

111REE 174" (27.5-2RC-3A) 75 (2-ISt-40)

RCC-B-14 (2-ISI-40) 1 WELD (1001)

THREE 354' (27.5-2RC-38) 100 l

SAFETY INJECTION 2

U.T.

LOOP A 1 WELD (1007.)

TPREE 137 (4-2RC-14A) 50 4

N0ZZLES (2-ISI-40) 1.00P B I WEl.D (1007.)

THREE 317" (4-2RC-148) 100 (2-ISI-40) 81.5 B-E VESSEL PENETRA f!ONS.

INCI)iDING CONTROL ROD DRIVE

e.o AND INSTRUMENTATION DQ PENETRATIONS sw i oN CONTROL ROD PENETRATIONS 40 V

3 PENETRATIONS ONE TOP OF REAC11)R VESSEL 8

PLANT OPERATIONS O

(MIN.)

CIA)SURE IIEAD u

3 PENETRATIONS luo 15 (MIN.)

4 PENETRATIONS T11REE 25

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(MIN.)

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