ML20009A233

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Forwards Response to NRC 810226 Generic Ltr 81-03 Re Implementation of NUREG-0313,Revision 1, Technical Rept on Matl Selection & Processing Guidelines for BWR Coolant Pressure Boundary Piping (Generic Task A-42).
ML20009A233
Person / Time
Site: Zimmer
Issue date: 07/07/1981
From: Borgmann E
CINCINNATI GAS & ELECTRIC CO.
To: Harold Denton
Office of Nuclear Reactor Regulation
References
REF-GTECI-A-42, REF-GTECI-PI, RTR-NUREG-0313, RTR-NUREG-313, TASK-A-42, TASK-OR GL-81-03, GL-81-3, NUDOCS 8107090282
Download: ML20009A233 (35)
v • d • e


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THE CINCINNATI GAS & ELECTRIC COh!PANY rIE -

CINCINN ATI. OHIO 45201 E. A. BORGMAN N schion vict PotsicENT Docket No. 50-358 July 7, 1981 Mr. Harold Denton, Director '

Office of Nuclear Reactor Regulation U.S. Nuclear Regulatory Commission # . O Washington, D.C. 20555 h B)

RE: WM. H. ZIMMER NUCLEAR POWER STATION - Z d_ N g\ 7 s_.i UNIT 1 - BWR COOLANT PRESSURE B0UNDARY -

gb PIPING (GENERIC TASK A-42) f,( #-

' /'

s

Dear Mr. Denton:

Of .

//  ;- u In response to NRC Generic Letter 81-03 dated February 26, 1981 ~

from Darrell G. Eisenhu! regarding implementation of NUREG-0313, Rev. 1,

" Technical rseport on Material Selection and Processing Guidelines for BWR Coolant Pressure Boundary Piping (Generic Task A-42)", there are attached responses to NRC's requests for information.

Very truly yours, THE CINCINNATI GAS & ELECTRIC COMPANY

(( =_

E. A. BORGMANN EAB: dew Enclosure cc: Without Enclosure State of Ohio )

Charles Bechhoefer County of Hamilton)ss M. Stanley Livingston Frank F. Hooper Sworn to and subscribed before me this Troy B. Conner, Jr. 7*6 day of July, 1931.

James P. Fenstermaker Steven G. Smith William J. Moran J. Robert Newlin Q

A w d.yk.[mm_ j Samuel H. Porter Not9fyPfflic James D. Flynn MARILYN 'J. LUERSEN F. T. Daniels W. Peter Heile No o pric. state er chi, M/ Com*'ssica Dms June 7,2986 300f y

James H. Feldman, Jr.

John D. Woliver Mary Reder I[

David K. Martin George E. Pattison Andrew B. Dennison 8107090282 810707 ^

PDR ADOCK 05000358 A PDR

r T. I' 3 ' a Request: Review all ASME Code Class 1, 2, and 3 Pressure Boundary Piping, Safe Ends , and fitting material, including weld metal. Identify materials that do not meet these guidelines and provide a schedule for replacement or alternatively, prepare a sub-mittal to the Staff to demonstrate that implemen-ting the Staff's guidelines specified in Sect. III of NUREG 0313, Rev. 1 would result in undue hardship.

Response: CG6E has reviewed ASME Class 1, 2, and 3 Pressure Boundary Piping, Safe Ends, and fitting material.

The results of this review are included in this Report.

To the extent practical, CG6E is replacing portions of instrument piping which are most susceptible to Intergranular Stress Corrosion Cracking (IGSCC).

Any replacements beyond those listed in this submittal would result in an undue hardship on the scheduled plant fuel load.

Ref: 1. CGGE response to NUREG 0313 in letter from Mr. Borgmann to Mr. Denton dated December 13, 1978.

2. ZPS-1 FSAR, Pages 5.2-19 through 27.
3. Letter from NRC to BWR Owners dated Feb. 26, 1981, subject NUREG 0313, Rev. 1.

', .e-l Request: If needed, propese appropriate changes to Technical Specifications to bring them into y

conformance with NUREG 0313, Rev. 1 and the Staff Model Technical Specification.

l Response: The ZPS-1 Technical Specifications will b'e r

l in compliance with the requirements of NUREG 0313,.Rev. 1.

4 i

Ref: Letter from NRC to-BWR Owners dated Feb. 26, 1981. Subject NUREG 0313, Rev. 1 1

4 4

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RPV No::le Safe End Thermal Sleeve S.S.1C Component Matl. Matl. Matl. Range Comments N-1 Qualifies

. Recire. Outlet C.S. 304 S.S. -

.023 .028 as 304L N-2 Qualifies Recire. Inlet C.S. 304 S.S. 304 S.S. .021 .025 as 304L N-4 Qualifies Feedwater C.S. C.S. 304 S.S. .027 hhx. as 304L (Inconel ext.)

N-6 LPCI C.S. C.S. 304 S S.3

.06 Max.

. N-9 Qualifies J:t Pump Instr. C.S. 304 S.S. .020 bhx. as 304L N-10 Qualifies CRD Return C.S. C.S. 304 S.S. .027 Max. as 304L N-ll Qualifies Core AP G Inconel 304 S.S. Inceael .020 Max. as 304L Liquid Control N-15 6 N-16 Qualifies Core Sprays C.S. C.S. 304 S.S. .020 bhx. as 304L (Inconel ext.)

NOTE: With the exception of the thermal sleeve-recire.

inlet no::le safe end welds, all attachment welds associated with these components were made with inconel filler metal (ASME SFA-5.11 and SFA-5.14) l O

I

o-RPV Component Material 1C Comments CRD Housing:

Flange 304 S.S. .030 .071 Outer Tube 304 S.S. .030 .070 Inner Cylinder 304 S.S. .030 .070 Jet Pump Penetration Seal 304 S.S. .020 ' Qualifies as 304L In Core Housing i.ss embly:

Flange 304 S.S. .05 .06 Tube 304 S.S. .06 .07 Weld Metal Chromenan 308 .051 In Core Flanges 304 S.S. .070 Weld Metal ER 308 .035 .042

(

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Page 1 of 3 I REACTOR RECIRCULATION (RR) PIPINC ALL PIPING INSIDE PRIMARY CONTAIN3!ENT I Drawing Line No. No. Class Matl. }C Comments 1RRA1AA3/4 M747-02 B 304 ss Max. Oper Temp.150 F 1RRA2AA3/4 3AA3/4 .041 .052 4AA3/4 , y

.022 .045 5AA3/4 M747-04 Replace w/316L to orifice SAC 3/4 5BA3/4 Replace W/316L to orifice 5BC3/4 SCA3/4 g ECR-1100 6AA3/4 M747-05 Replace w/316L to orifice 6AC3/4 t,BA3/ 4 Replace w/316L to orifice 6BC3/4 y 6CA3/4 M747-04 ECR *100 ,

7AA3/4 M747 06 Replace w/316L to orifice 7AC3/4 7BA3/4 Replace w/316L to orifice 7BC3/4 7CA3/4 y ECR-110,0 8AA3/4 M747-07 Replace w/316L to orifice 8AC3/4 8BA3/4 Rep 1'ce w/316L to orifice 8BC3/4 y.

8CA3/4 M747-06 ECR-1100 1RRB1AA3/4 M747-08

" Replace w/316L to orifice 1BA3/4 316 ss

.f 1RRB2AA3/4 M747-09 9 Replace w/316L to orifice a a "

2BA3/4 y 304 ss 3AA3/4 M747-10 Replace W/316L to orifice 4AA3/4 h 1RR01AA20 M47-1 A .05 .07 Furn. by G.E.

AB20 M47-2 2AA20 M47-1 y 7

2AB20 M47-2 I

l'a ge 2 o f 3 REACT.OR RECIRCULATION (RR) PIPING (Continued)

ALL PIPING INSIDE PRIMARY CONTAINMENT Drawing Line No. No. Class Matl. M Comments 1RR02BA16 M47-1 A 304 ss .05 .07 Furn. by G.E.

2BB16 y 2BC16 M47-2 2BD16 g 2CA10 M47-1 ,

2CB10 2CC10 2CD10 ,

2CE10 y 2CF10 M47-2 2CG10 2CH10 2CJ10 y 2CK10 y I U T

1RR03A3/4 M47-1 B 316 ss .042 .045 1RR05A3/4 B Y 1RR08AA4 g A 304 ss .055 Furn. by G.E.

1RR08AB4 M47-2 h 304 ss f

13AA4 M47-1 A .055 Furn. by G.E.

13AB4 M47-2 } ,

y 14AA3/4 M47-1 B .052 Max. Oper. Temp. 1500 F 14AB3/4 M47-2 U .045 Y 20AA3/4 M47-1 316 ss .026 Qualifies as 316L 20AB3/4 M47-2 .026 Qualifies as 316L 21AA3/4 M47-1 .045 Replace w/316L to first valve 21AB3/4 M47-2 , ,

.045 Replace w/316L to first valve 22AA3/4 M47-1 l .045 Replace w/316L to first valve 22AB3/4 Mi7-2  ; .043 Replace w/316L to first valve 27AA3/4 M47-1 l .026 Replace w/316L to first valve 27AB3/4 M47-2 v' k I Replace w/316L to first valve

Page 3 of 3 REACTOR RECIRCULATION (RR) PIPING (Continued)

ALL PIPING INSIDE PRIMARY CONTAINMENT Drawing Line No. No. Class Matl. } C, Comments 1RR28AA3/4 M47-1 B 316 ss . 043 Replace w/316L to orifice 28AB3/4 M47-2 o . 043 Replace w/316L to orifice 39AA3/4 M47-1 304 ss Max. Oper. Temp. 150 F 45A3/4 M47-1 316 ss 48A3/4 o 49AA1/2 1 304 ss t

49AB1/2 M47-2 50AA3/4 M47-1 ECR-362, Max. Oper. Temp.150 F M47-2 I N- Y 50AB3/4 I

i a -e.-4 .-. - . .~ - - , - _ _ . . _ , _ , _ . , , , _ _ , . , .

Page 1 of ~

t REACTOR WATER CLEANUP (RT) PIPING ESSENTIAL PIPING Line No. Class Matl. K Comments l

  • 1RTA3AB3/4 B 304 ss A3BB3/4 B BSAA3/4 B Replace w/316L to orifice 3
  • 1RT01AA4 A
  • OlAB4 .

08B4 Sch. 80 08C4

  • 91AA2 .040
  • 91AB2 y g .040 y 1RT96A3/4 B 316 ss .052 l

97A3/4 y .052 99A1/2 g 304 ss .050 .

, 103A4 C 316 ss --

I d.

i 1

l

. =

Compliance to .WREG 0313 .VJT REQUIRED Page 2 of 2 REACTOR WATER CLE MIP (RT1 PIPING NON-ESSENTIAL OlJfSIDE PC

. Line No. Class bla t l . *

.C Comments 1RTA1AA1/2 C 304 ss .045 A1BAl/2 .045

A2AA1/2 --

htax. Oper. Temp. 150 F A2BA1/2 --

I A4AA3/4 --

A5AA3/4 --

blax. Oper. Temp.150 F I

A6AA3/4 --

A8AA3/4 --

A9AA3/4 --

B1AA3/4 --

BlBA3/4 --

B2A1/2 --

B2Bl/2 -- .

B4AA3/4 --

B5AA3/4 --

B6AA3/4 --

) B6BA3/4 --

B7A3/4 --

B7Bl/2 --

u CIAA3/4 .050

[ C2AA3/4 C3AA3/4 h!ax . Oper. Temp. 150 F C4AA3/4 y ,,

1 03B4 316 ss 06B4 304 ss blax. Oper. Temp. 150 F 07AA3 07AB3 g y 08A4 316 ss 17A3/4 304 ss 19AA3 htax. Oper. Temp. 150 F 19AB3 20A4 y y

33A4 316 ss 35AA3/4 y 304 ss h!ax. Oper. Temp. 150 F 35AB3/4 4 4 r

,----n.. n. , . ~, - .,., , ,,,n-,,_.,- ,,,-,,_,..,,,n n -.n--,.,,-_ .-n,. .,,,,n-,,,, , - , .,. - r. , -

Page 1 of 2 i RESIDUAL lET RDOVAL (Rll) PIPING PSI ,

Line No. Diagram Class Matl. 'C

. Comments 1RHA1AA3/4 M-751-01 B 304 ss A2AA3/4 A3AA1/2 A3BA1/2 A4AA3/4 A4BA3/4 y

  • A5AA3/4 M-751-02 .041 .045 Replace w/316L to orifice
  • A6AA3/4 .041 .048
  • A7AA3/4 .041 .052 sr y

! B1AA3/4 M-751-03 B2AA3/4 .

B3AA1/2 .

B3BAl/2 B4AA3/4 B4BA3/4 i B5AA1/2 ,

BSPAl/2 y CIAAZ/4 M-751-04 C2AA3/4 C3AAl/2 C3BAl/2 C4AA3/4 C4BA3/4 f CSAA3/4 g DIAA3/4 M-751-05 D2AA3/4 h E1AA3/4 M-751-10 .041 .045 ElBA3/4

  • E2AA3/4 .041 E2BA3/4 .022 .045 V

FIA1 M-751-06 .023 .045 F1B1 .050 .058 F1C3/4 .052

" b hr F2AA3/4 i

  • Indicates those system (s) for which any or all of the system lies i inside Primary Containment.

Page 2 of 2 RiiSIDll\L IIFAT RD10\*AL (Rll) PIPING (Cont'd.)

PSI Line No. Diagram Class Matl. *C

, Comments 1RHF3Al M-751-07 B 304 ss .050 .058 F3B1 .045 .057 F3C3/4 g

.052 GlAA3/4 M-051-01

! G2AA3/4 M-051-02 -

G3AA3/4 M-051-03 G4AA3/4 M-751-09 GSAA3/4 i

, v G6A3/4 M-751-06 G6B3/4 . .045 .050

G7A3/4 'M-751-07 .041 .052 G7B3/4 v -

G8AA5/4 M-751-11 G8B1/2

, G9AA3/4 i G9Bl/2 v \r t

  • 01A18 M-051-03 A .062 94A3/4 i B V .026 Qualifies as 304L
  • Indicates those system (s) for which any or all of the system lies
inside Primary Containment.

i s

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Page 1 of 1 REACTOR CORE ISOLATION COOLING (RI) PIPING PSI Line No. Diagram Class Matl. C

,t_C_ Comments

  • 1RIA1AA3/4 M-752-07 B 304 ss Replace w/316L to orifice ALBA 3/4 A2AA3/4 .

A2BA3/4 B1AA3/4 M-752-06 BlBA3/4 J B2AA3/4 B2BA3/4 q.

y CIAA3/4 M-752-05 DlAA3/4 M-752-04 D2AA3/4 D2BA3/4 D3AA3/4 D3BA3/4 D4AA3/4 D4BA3/4 y E1AA3/4 M-752-01 Max. Oper. Temp. 170 F E2AA3/4 y FlAA3/4 M-752-02 F2AAl/2 F2BA1/2 y q y 70A6 M-023 A 316 ss v

  • Indicates those system (s) for which any or all of the system lies inside Primary Containment. - l I

Page 1 of 2 NUCLEAR BOILER (NB) PIPING Dratting l Line No. No. Class Matl. } C, Comments I l

  • 1NBA1AA1 M-83-1 A 316L ss a LAB 3/4 B 304 ss Replace w/316L to orifice
  • IBA1 A 316L ss IBB3/4 B 304 ss Replace w/316L to orifice 2AA3/4
  • 2BA3/4 U T o

.

  • 3AA1 A 316L ss

! 3AB3/4 B 304 ss 3AD3/4 3AF3/4 y y

  • 3BAl A 316L ss 3BB3/4 B 304 ss 3BD3/4 3BF3/4 3BH3/4 .

'* 4AA3/4 Replace w/316L to orifice 4BA3/4 j 5AA3/4

  • 9 5BA3/4
  • 6AAl- A 6AB3/4 y B
  • M-83-2 7AA3/4 l 7BA3/4 l; 8AA3/4  ;

l 8BA3/4 9AA3/4 9BA3/4 *

  • 1NBB1AA3/4 l IBA3/4 2AA3/4 1
  • 2BA3/4 l 'a 3AA3/4
  • 3BA3/4 i
  • 4AA3/4 Y y o

Page 2 of 2 NUCLEAR BOILER (NB) PIPING (Continued)

Drawing Line No. No. Class Matl. 1C Comments

  • 1NBB4BA3/4 M-83-2  ;

B 304 ss SAA3/4 5BA3/4 .

6AA3/4 6BA3/4

, 7AA3/4 7BA3/4 j 8AA3/4-8BA3/4  ;

)

- 9AA3/4 ,

9BA3/4

  • 1NBCIAA3/4 Replace w/316L to orifice AB3/4 '

AD3/4 a 1NBC2AA3/4 Replace w/316L to orifice 2AE3/4 i

  • AH3/4 f T Y b

w-+- e y --,ypgs w---y, - - wiw g gp wg.-eyggpe p,,,-pyy-w ymp~-,p wpw =.n-gm-rwgr+,-wgg-+m --e e - g y a*ar'sy

Page 1 of 1 4

HIGH PRESSURE CORE SPRAY (HP) PIPI\S PSI

{ Line No. Diagram Class Matl. K Comments I

1HPA1AA3/4 M-749-01 B 304 ss A2AA3/4 l l A3AA1/2 f A3BAl/2 i V

A4AA3/4 M-749-02 A5AA3/4 M-749-01 .045 Replace w/316L to orifice A7AA3/4 M-049 A7AB3/4 j v V i

  • - Indicates those system (s) for which any or all of the system

' lies inside Primary Containment.

t f-1 l

t

-.,r.- , - - . - -,-n, , . , , - , , , - , ,,,m-m- ,...,-a-g-,, . - _ . , , , , , , , , _, a,,. .,_~-_.,,_.m.

, , - . ' + -

, . , . ,-.---,.-n,,

Page 1 of 1 LOh' PRESSURE CORE SPRAY (LP) PIPING PSI Line No. Diagram Class Matl. %C Comments lLPA1A'3/4 A M-700-01 B 304 ss '

A2AA3/4 h A3AAl/2 M-750-02 A3BA1/2 A4AA3/4 A4BA3/4 y A6AA3/4 M-050

  • A7AA3/4 M-751-02 Y v' .026 .054 Replace w/316L to orifice
  • Indicates those sys tem (s) _ for which any or all of the syster lies inside Primary Containment.

l l

l

.. - . _ - - - - . . . _ _ . - - . _ _ . __- - .- _ . _ - - -~ .

Page 1 of ;

L MAIN STEAM (MS) t k

j J

P6I Line No. Diagram Class Material Comments

  • IMSASAA3/4 M-721-30 B 304 ss
  • A5AC3/4
  • ASBA3/4
  • A5BC3/4 ,-
  • A6AA3/4 M-721-31
  • A6AC3/4
  • A6BA3/4 4
  • A6BC3/4 v '

8 A7AA3/4 M-721-32 .

  • A7AC3/4
  • A7BA3/4 i
c. I

~* A7BC3/4 I i V

  • A8AA3/4 M-721-33 I
  • A8AC3/4

!

  • A8BA3/4 e A8BC3/4 ,, y e B8AA3/4 M-721-36 D l

B8BA3/4 ,

i

{*

B8CA3/4 .

B8DA3/4 y ,,

  • A1AA3/4 M-721-26 B  :
  • A1AC3/4 6
  • A1BA3/4
  • AlBC3/4 ,,

l A2AA3/4 'M-721-27 ,

A2AC3/4  ;

I A2BA3/4 I

i A2BC3/4 y i

  • A3AA3/4 M-721 i f
  • .A3AC3/4 l
  • A3BA3/4 f A3BC3/4 l

[ .

i

.- \

Page ; of 2 1 l

l MAIN STEAM (MS) (Cont'd.)

PSI Line No. Diagram Class Material Comments

  • IMSA4AA3/4 M-721-29 B 304 ss
  • A4AC3/4 .
  • A4BA3/4
  • Y V V A4BC3/4
  • Indicates those system (s) for which any or all of the system lies '

inside Primary Containment.

O g

,w--- - n .,,, ,_ . . _..... . , _ . _ _ _ ,_ , _ _ ,

Page 1 o f 1 STANDBY LIQUID CONTROL (SC) PIPING Drawing Line No. No. Class Material *. C, Comments

$1SC02D1h M-57 A 316 ss .024 Less than .035%C, no need to

.026 replace 1SC22A3/4 B -

i j *- Indicates those line(s) for which any or all of the line lies j inside Primary Containment.

E l

Page 1 of 1 STANDBY LIQUID CONTROL (SC) PIPING Drawing l Lir.e No. No. Class blaterial j C, Comments j ISCA2AA3/4 St-757-3 B 304 ss $1ax. Oper. Temp. 150 F 1SC02AAlb 51-57 AB1h 9 BAlb A

) BB1h H

C1h y

  • D1h 316 ss .024 Lessthan.035%C,noneepep? ace ISC10B1- 9 304 ss Stax. Oper. Temp.1500F 13AAl B 13AB1 ,

14A1~

15Alh 16AA1 16AB1 9 18A3/4 Flax. Oper. Temp. 560 F 19A3/4 Stax. Oper. Temp. 1500F y

21A3/4 22A3/4 .026 Lessthan.035%C,noneedI$1  : ace

- 01A4 h!ax. Oper. Temp. 150cp 01BA3 f 01BB3 .

05AA1 *

{ 05AB1 l 06B3 07B3/4 l

08A3 f 11B3 13BA1 13BB1  !

E 23A2 Y V

i

,,w >+h-- e-,wte- ---ywm, --- ,-.w-r.,,,r ,-.----,-,-,.--e- -w ,- - , - , - - - y,, - ~ ,,.,,,,_,rv.,y- ,,-#-,v - , - ,.y. .- r ---- - - - n--, -- - -- ,

Page 1 of 4 CONTAINMENT MONITORING (CM)

PSI Line No. Diagram Class Material t C, Comments

  • ICMA1AA3/4 M-081-02 B 304 ss A2AA3/4 A3AA3/4 -

A4AA3/4 A5AA3/4  !

  • A6AA3/4 i A7AA3/4 .

A8AA3/4 i A9AA3/4 BlAA3/4 y 3 OlBAl/2 M-081-01 l

'OlBBl/' -

OlBC1/2 f 01 bel /2 ., j 1

01BF1/2

't i OlBC1/2 OlBHl/2 '

01BLl/2 j 01BMl/2 01BN1/2 j OlBPl/ 2 i OlBQl/2 01BTl/2 01BVl/2 OlBWl/2 1 01BX1/2  !

l'-

  • OlBYl/2 l 02A3/4 I

02Bl/2 l 03Al/2  ! l 04B3/4 05A3/4 l 05B1/2 Y v d

'* Indicates those system (s) for which any or all of the system lies inside Primary Ccatainmc

Page 2 of 4 CONTAINMENT MONITORING (CM) (Cont'd.)

PSI Line No'. Diagram Class Matetisi %C Comments 1CM06A1/2 M-081-01 B 304 ss i

09A1/2 '

09B1/2 10A3/4 i

  • 10B3/4 llA1/2 +

11B1/2 ,

i 14A3/4 l ,

  • 14B3/4 t

15Al/2 '

' l 15B1/2 .

t 15C1/2 l 15El/2  ;

15F1/ 2 15G1/2 15Hl/2 , ,

15L1/2 15M1/2 1

15N1/'

15P1/2 15Q1/2 15T1/2 '

15V1/2 i

15W1/2 15X1/2 15Yl/2 16A1/2 j . t 17A1/2 l 17Bl/2 18A1/2 18B1/2 19A1/2 .

20A1/2  !

20Bl/2 y y v

Page 3 of 4 CONTAINMENT MONITORING (CM) (Cont'd.)

PGI Line No. Diagram Class Material C Comments ICM21Al/2 M-081-01 B 304 ss 21B1/2

, 22Al/2 22Bl/2 24Al/2 24B1/2 26A1/2

  • 36A3/4
  • 36B3/4 36C3/4 l
  • 37A2
  • 38A2
  • 39A3/4
  • 39B3/4

~

  • v 39C3/4 .

M-027-03 I 1CY01AA16 OlAB16 01B16 1

02C6 y 28A3/4 M-049 y 1FC12A8 M-053-01 C 12B6 13A8 14BB8 14CA8 14CB8 15Al2 y IIA 86AB3/4 M-071-08 86AC3/4 .

86AD3/4 ,

115BAl/2 M-071-05  :

! ll5 bbl /2 4 '

'* Indicates those system (s) for which any or all of the system lies inside Primary Containment.

. . - _ - . - _ . .. ~ ~ _ . _ . . . - _ _ . _ - - _ . . . - - _ _ . _. _ _ .. _. _ __ _. _ ____ __

Page 4 of 4 l

) CONTAINMENT MONITORING (CM) (Cont'd.)

PSI  !

Line No. Diagram Class Material jC, Comments ,

l i ,

, lIA115CA1/2 M-071-05 C 304 ss '

115CBl/2  !

g

  • IINB2AA3/4 M-740-03 - -
  • 3AA3/4
  • Y V "

l 4AA3/4 f

1

}

a 1

i

)

4 S

5 l

i l l

e i

o b

1 1

a d.

k

  • Indicates those system (s) for which any or all of the system lies inside Primary Contain ent.

i I

. - = . -_ . . - - _ . . _ _ - _- _-__ - _ - - .-

Page 1 of 5 i

DRYh' ELL PNEUMATIC (IN)

]

I PSI Line No. Diagram Class Material Comments

  • IINB5AA3/4 M-740-04 C 304 ss B6AA3/4 B7AA3/4 ./

i 88AA3/4 M-721-42 B9AA3/4 M-721-43 CIAA3/4 M-721-44 C2AA3/4 M-721-45 l C3AA3/4 M-740-06 C4AA3/4 M-740-06

  • 01A3 M-040-02
  • 09B3 M-040-01 ,
  • 18AAl/2 M-040-02
  • 18ABl/2 i 18AC1/2 l ,

18ADX/2 i I .

t 18AEl/2 i i .

i

  • 18AFl/2  ! .

I 18AGl/2 i

  • 18AHl/2 I

l 18AK1/2 l' f

18All/2 l

18APl/2 t

18ARl/2 '.

l 18ASl/2  ;

  • 19AA2  !
  • 19AB2 ,

l

  • 19AC2  !
  • 19AD2 ,
  • 19AE2
  • 19AF2
  • 19AG2 -

l

  • 19AH2 ~* Y

Page : of 5 DRYWELL PNEUMATIC (IN) (Cont'd.)

PSI Line No. Diagram Class Material Comments

  • IIN19AK2 M-040-02 C 304 ss
  • 19AL2
  • 19AP2 - .
  • 19AR2
  • 19AS2 20AA3/4
  • 20AB3/4 i*
  • 20AC3/4 20AD3/4  !
  • 21AA2
  • 21AB2 n
  • 21AC2 l
  • 21AD2 .

I 22AA1/2 i ,

22AB1/2 ,

22AC1/2 .

22ADl/2 22B1 22Cl , ,

  • 22D1 i
  • 22EBl/2 ,

22EF1/2

  • I l 22EK1/2 l- 22F1
  • 23AB2 j ,
  • 23A .32
  • 23AK2 l 23BB11/4

(

  • 23BFil/4
  • i I

i 23BKll/4 l

14AA1/2

! - l l 24ABl/2 N ., q l-l l

l

~

- Page 3 of 5 DRYh' ELL PNEUMATIC (IN) (Cont 'd. )

f

! PSI Line No. Diagram Class Material Comments -

1 11N24AC1/2 M-040-02 C 304 ss j . 24AD1/2 24B1 24Cl

  • 24D1
  • 24EC1/2
  • 24EG1/2 24EL1/2 .

24F1 i

  • 25AC2
  • 25AG2  ; .
  • 25AL2 i ,

25BC11/4 25BGil/4 25BL11/4 I

49AA1 i 49ABD i i

l 50AA1 I I  : .

50AB1 ,

61AA3/4 61AB3/4 61AC3/4 r 61AD3/4 i ,

61AE3/4  ! l 61AF3/4 l 61AG3/4 61AH3/4 61AK3/4 61AL3/4 61AP3/4 61AR3/4 61AS3/4 f

62AA3/4 V 'i 'l l

l

Page 4 of 5 DRYWELL PNEU3tATIC (IN)(Cont'd.)

PSI Class hfaterial Comments Line No. Diagram

  • lIN62AB3/4 h!-040-02 C 304 ss
  • 62AC3/4
  • 62AD3/ 4

, 63AB3/4

  • 63AC3/4
  • 63AF3/4 ,

I

  • 63AG3/4
  • 63AK3/4
  • 63AL3/4
  • 64AB3/4
  • 64AC3/4 f
  • 54AF3/4
  • 64AG3/4
  • 64AK3/4,
  • ' 64AL3/4 j 69All/2 51-040-0'1 ,

79A1/2. hi-040-02 80Al/2

  • i l 84AA3/4 t 84AB3/4 ,
  • 84AC3/4  !

84AD3/4  !

85AAl/2  ; ,

  • 83AB1/2 l l
  • 85AC1/2
  • 85ADl/2 86AAl/2 ,
  • 86AB1/2 l
  • 86AC1/2 *
  • 86ADl/2 I
  • 86AEl/2 86AFl/2 86AG1/2 'i V V

. Page 5 of 5 DRYWELL PNEUMATIC (IN) (Cont 'd.)

PSI Line No. Diagram Class Material Comments

  • 11N86AHl/2 M-040-02 C 304 ss 86AKl/2 86 AL1'/ 2 86AP1/2
  • 86ARl/2
  • 86AS1/2 h ,

92A3/4 M-040-01 B 96A3/4 }

lilA1/2 M-040-02 112Al/2 .{.

114C1/2 M-040-03 4 Y 120A1/2

~

i l

l l

  • Indicates those system (s) for which any or all of the system lies

! inside Primary Containment.

t i.

i l

L

Page 1 of 1 MSIV LEAKAGE CONTROL SYSTEM (LC)

PSI Line No. Diagram Class Material Comments ILCA1AA3/4 M-77,3-01 B 304 ss ,

A2AA3/4 M-773-02  ; j-A3AA3/4 M-773-03  ;

AAAA3/4 M-773-04 l ASAA3/4 M-773-06

A5BA3/4

! A6AA3/4 l

A6BA3/4 g y A7AA3/4 M-773-09 D 02AA2 M-073-01 B j 02AB2 M-073-02 ,

02AC2 02AD2 Y V V

} .

1

Page 1 of 1 PRD1ARY CONTAINMENT 6 REACTOR VESSEL ISOLATION (PC)

PGI Line No. Diagram Class Material Comments

  • 1PC01AA1/2 M-048 B 304 ss .
  • ' l OlAB11/2 .

OlBA1/2 OlBB11/2 OlCAl/2

  • OlCB11/2 i

01DAl/2  !

OlDBil/2 l

  • 02AA20 I ,
  • 02AB20  !  !

l i

  • 02AC20 i
  • 02AD20  !
  • i

. 02BA25 a i 02BB25

  • 02BC25
  • 02BD25 V V i

Page 1 of 1 1

1 1

REACTOR BUILDING G CONTAI.'; MENT EQUIPMENT DRAINS TO RADtASTE (RE)

PSI Line No. Diagram Class Material Comments

  • 1RE40B21/2 M-C52-01 B 304 ss
  • 40C3/4 Y "

127A3/4

  • Indicates those system (s) for which any or all of the system lies inside Primary Containment .

mm m e ma m m i

)

Page 1 of 1 TRANSVERSING IN-0UT CORE PROBES (TP) l PSI Line No'. Diagram Class Material Comments IPA 1AA3/4 M-040-03 B 304 ss '

I l

I l

Page 1 of 1 REACTOR BUILDING CLOSED COOLING HATER (WR)

PSI Line No. Diagram Class Material Comments l l

l LWR 132A M-058-01 C 304 ss -

l 6

0

+

8

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