ML053270133

Drawing M529, Rev 92, Flow Diagram Nuclear Boiler-Main Steam System Reactor Building

ML053270133
Person / Time
Site:	Columbia
Issue date:	08/18/2003
From:	Energy Northwest
To:	Office of Nuclear Reactor Regulation
References
M529, Rev 92
Download: ML053270133 (1)

Text

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9 10 11 12 DWN CHK APVD DESCRIPTION DATE REV 3

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A APPROVED COLUMBIA GENERATING STATION TITLE DATE SIGNATURE NORTHWEST CHECKED SCALE DRAWN DWG NO.

REV.

FLOW DIAGRAM NUCLEAR BOILER-MAIN STEAM SYSTEM REACTOR BUILDING M529 92 NONE L. W. CONLEY 11-1-00 BEN STAFFORD 8-6-01 SCOTT PAYNE 2-14-02 SERVER 84\\00\\G NOTES:

1. FOR ALL INITIATION SIGNALS SEE G.E. NUCLEAR BOILER SYSTEM B22-1040, DOCUMENT #761E445, TABLE IV & V.

2. THIS EQUIPMENT IS NORMALLY CONTROLLED FROM THE MAIN CONTROL ROOM. IF THE MAIN CONTROL ROOM MUST BE VACATED, THIS CONTROL POINT MAY BE ISOLATED AND CONTROL TRANSFERRED TO THE ALTERNATE REMOTE SHUTDOWN PANEL E-CD-ARS.

3. (DELETED)

4. ALL PIPING SYSTEMS IDENTIFIED BY THE PREFIX "PI" SHALL BE SUPPLIED AND INSTALLED BY CON-TRACT #22O.

5. (DELETED)

6. (DELETED)

7. PIPING, VALVES, AND ASSOCIATED COMPONENTS ON THIS DWG SHALL BE CLASSIFIED AS FOLLOWS (BREAK POINTS ARE INDICATED ON THE FLOW DIAGRAM):

a. PROCESS (FEEDWATER OR STEAM) AND INSTRU-MENT PIPING WITHIN THE PRIMARY CONTAINMENT AND OUT THROUGH THE OUTERMOST ISOLATION VALVES, EXCEPT SAFETY/RELIEF VALVE DISCHARGE.

SEISMIC CATEGORY I QUALITY CLASS I CODE GROUP A

b. MAIN STEAM PROCESS PIPING BEYOND THE OUTERMOST CONTAINMENT ISOLATION VALVES, EXCEPT BRANCH LINES BEYOND THE FIRST VALVE THAT IS NORMALLY CLOSED OR CAP-ABLE OF TIMELY ACTUATION. SAFETY/RELIEF DISCHARGE PIPING AS NOTED. INSTRUMENTA-TION TO THE INSTRUMENT OR AS NOTED TO THE FIRST VALVE THAT IS CAPABLE OF TIMELY ACTUATION.

SEISMIC CATEGORY I QUALITY CLASS I CODE GROUP B

c. FEEDWATER PIPING BEYOND THE OUTERMOST CONTAINMENT ISOLATION VALVES. PIPING DOWN-STREAM OF THE FIRST VALVE CAPABLE OF TIMELY ACTUATION ON BRANCH LINES THAT CONNECT TO THE MAIN STEAM LINE BETWEEN PRIMARY CONTAINMENT AND TURBINE STOP VALVE.

SEISMIC CATEGORY II QUALITY CLASS II CODE GROUP D THE FEEDWATER PIPING, STEAM PIPING, AND THEIR PIPE SUPPORTS IN THE STEAM TUNNEL, ARE TO BE DESIGNED TO SEISMIC CATEGORY I LOADS.

d. INSTRUMENTATION CONNECTED TO PRIMARY CONTAINMENT. INSTRUMENT PIPING OUTBOARD OF THE SECOND ISOLATION VALVES ON LINES THAT PENETRATE PRIMARY CONTAINMENT.

SEISMIC CATEGORY I QUALITY CLASS I CODE GROUP B

e. DOWNCOMERS AND SAFETY/RELEIF VALVE DIS-CHARGE PIPING AS NOTED.

SEISMIC CATEGORY I QUALITY CLASS I CODE GROUP C CODE STAMP NOT REQUIRED FOR DOWNCOMERS SEE SECTION 15Q, WNP-2 SPEC

f. LINE 1 1/2"MS(9)-4 DOWNSTREAM OF MS-V-67A, B, C & D THROUGH THE REACTOR BUILDING WALL IS, SEISMIC CATEGORY II QUALITY CLASS II CODE GROUP D SUPPORTED SEISMIC CATEGORY I IN THE TURBINE BUILDING THIS LINE IS, SEISMIC CATEGORY II QUALITY CLASS II CODE GROUP D

g. MSRV QUENCHERS AND DOWNCOMERS AS NOTED SHALL BE CLASSIFIED AS FOLLOWS:

SEISMIC CATEGORY I QUALITY CLASS I CODE GROUP: B FOR MATERIAL FABRICATION AND INSTALLATION ONLY. CODE STAMP NOT REQUIRED.

8. ALL INSTRUMENT ROOT VALVES NOT LABELED WILL BE 3/4" GLOBE VALVES UNLESS SPECIFICALLY NOTED OTHERWISE.

9. EXCESS FLOW CHECK VALVES SHALL BE TAGGED AS FOLLOWS: PI-EFC-X (PENETRATION NO).

10. CONTAINMENT INSTRUMENTATION ROOT VALVES SHALL BE TAGGED AS FOLLOWS: PI-V-X (PENETRATION NO).

11. THESE INSTRUMENTS ARE LOCATED ON REMOTE SHUTDOWN PANEL.

12. ALL INSTRUMENTATION ON THIS DRAWING TO BE IDENTIFIED BY A PREFIX "MS" UNLESS OTHERWISE NOTED.

13. ALL INSTRUMENT LINES ARE DESIGNED BY CODE & LINE NUMBER.

A.) EXAMPLE: LINES ORIGINATING OUTSIDE CON-TAINMENT, 1/2"PI(1)-ST - (H22-P021)-A6 CODE DESIGNATION LINE NUMBER B.) EXAMPLE: LINES ORIGINATING INSIDE CON-TAINMENT, 1/2"PI(1)-4S - X106 CODE DESIGNATION LINE NUMBER C.) EXAMPLE: CONTINUATION OF THE LINE OUT-SIDE CONTAINMENT IS DESIGNATED AS FOLLOWS, WITH LINE NUMBERS NOT SHOWN.

1/2"PI(1)-4S - X106 CODE DESIGNATION LINE NUMBER

14. ASME CODE CASE N-241 MAY BE APPLIED TO 10" & 12"MS(18)-2 BELOW ELEVATION 466'-0 3/4".

15. CODE BREAK DEFINITIONS FOR THERMOWELLS ARE SHOWN ON M610, "INSTALLATION OF THERMOWELLS

& SAMPLE PROBES."

16. THIS EQUIPMENT IS NORMALLY CONTROLLED FROM THE MAIN CONTROL ROOM. IF THE MAIN CONTROL ROOM MUST BE VACATED, THIS CONTROL POINT MAY BE ISOLATED AND CONTROL TRANSFERRED TO THE REMOTE SHUTDOWN PANEL C61-P001.

(NOTES CONTINUED ON LEFT)

FSAR FIG.

NOTES (C0N'T):

17. THESE INSTRUMENTS ARE LOCATED ON THE ALTERNATE REMOTE SHUTDOWN PANEL E-CP-ARS.

18. VALVE PI-V-X106 IS A "DESIGNED OPEN VALVE" AND A WELDED FIXTURE HAS BEEN ADDED TO PREVENT CLOSING. TO CHANGE THIS DESIGNATION AND CLOSE THE VALVE IS CONSIDERED A PLANT MODIFICATION AND WILL REQUIRE A DESIGN CHANGE PER SWP-DES-01.

AH AL AHH T

C1525 C1526 C1527 C1528 AIR REMOVAL MS LRM TRIP TO MECH VACUUM PUMP, VALVE INTERLOCK AND REACTOR WATER SAMPLE VALVE "C" SIGNAL.

T 23039 DETAIL "F" MAIN STEAM LINE RADIATION MONITORS (D, F/3, 15)

MSL RAD HIGH MSL MONITORS DNSCL N-14B N-14C 2"

1. ALL VALVES (EXCEPT THOSE ON INSTRUMENT LINES) SUFFIXED WITH A (V) DENOTE A 3/4" VENT VALVE EXCEPT AS NOTED.

2. ALL VALVES (EXCEPT THOSE ON INSTRUMENT LINES) SUFFIXED WITH A (D) DENOTE A 3/4" DRAIN VALVE.

3. ALL VALVES SUFFIXED WITH A (TH)

DENOTE A THROTTLED VALVE.

LEGEND REACTOR BUILDING DPT 803A DPT 803B RFW-V-901(V)

RFW-V-902(V)

RFW-V-903(V)

RFW-V-904(V)

DETAIL "E" SEE DETAIL "E" (H-J/2-3)

RE 3A MS SEE DETAIL "F" N-14D N-14A 2"

N-3C N-3A N-3D N-3B N-13B N-13A 2"

2" 26"MS(1)-4-2 (G.E.) (LINE"B")

26"MS(1)-4-1 (G.E.) (LINE"A")

TE 28 TYP.4 A-D B22-N028A-D DRYWELL BULKHEAD PLATE TE 50 TYP.

A-C B22-N050A-C DRYWELL BULKHEAD PLATE N-4A N-4B N-4C LPD 03 LPDS 12"RFW(1)-4-1 12"RFW(1)-4-3 24"RFW(1)-4-1 N-12D N-12A N-12B N-12C N-4E N-4F 12"RFW(1)-4-5 N-4D LPD 04 LPDS 26"MS(1)-4-4 (G.E.) (LINE"D")

26"MS(1)-4-3 (G.E.) (LINE "C")

12"RFW(1)-4-6 12"RFW(1)-4-2 12"RFW(1)-4-4 18"RFW(1)-4-2 2"

2" LPD 01 LPDS LPD 02 LPDS TE 30 PS 34 TYP-6 A,B,C,P,R,S B22-N030A,B,C,P,R,S AH MS-V-764 1"MS(16)-4-1 1"MS(17)-4-1 WATER TIGHT JUNCTION BOX N-8 4"

2"MS(12)-4-1 1"MS(19)-4-1 CONDENSING CHAMBER B22-D002 CONTR.

215 CONTR.

220 3/4"PI(1)-4S-X72a VESSEL TO DRYWELL PENETRATION X-72a X-110 X-109 1"

TR 6

MS B22-R006 RO 1"PI(1)-4S-X110 X-112 O

C LO LO 7a 7d O

C X-111 1"PI(1)-4S-X113 1"PI(1)-4S-X111 DPT 4C RFW LIS 24C B22 C34 N004C N024C PS 20C C

B22-N020C B22-N024D LI 606D LI 606C RFW TO PS-8 SEE DWG M557 (H/12)

TO MS-TR-6/MUX 1 M528-1 (G/7)

O C

7a 7d SEE NOTE 9 TYP. FOR ALL EXCESS FLOW CHECK VALVES.

SEE NOTE 10 TYP. FOR ALL CONTAINMENT INSTRUMENT ROOT VALVES.

MS-V-796A MS-V-796B CONT FROM M528-2 (H/9)

LIS 100B PT N038 B

B22-N100B TO PF-696B (K/5)

THIS DWG.

LIS 36C B35 B22 N036C PS 23C B22 N023C LIS 36D B22 N036D LIS 37B B22 N037B LIS 37D B22 N037D LS 61D B22 N061D N031D LT 26D LI 10 NOTE 11 C.61-R010 LIS 31D B22 LIS 31B B22 N031B LS 61C B22 LT 26C B22-N026C N061C LI 604 B22-R604 X-113 O

C 1"PI(1)-4S-X61C X-61c O

C X-42f O

C 7d X-42e PS 2D RPS C72 N002D PS 48B B22 N048B PS 48D B22 N048D RHR DIV 2 PS 2C RPS PS 47B PS 47D B22 N047B C72-B22-N047D HPCS DIVISION III RMS AO 32B RFW B22-F032B T

O C

RFW-V-32B RFW-V-124 RFW-V-123 RWCU-4 PFW-4 RWCU-V-40 6"RWCU(2)-4 SEE DWG M523 (H/11) 4"RFW(11)-4-1 TO (G/13)

RFW-SPV-32B-1 RFW-V-70 RFW-V-71 6"RFW(11)-4-2 THERMAL SLEEVE 3/4"RFW(55)-4-10 RFW-V-65B 4"RFW(11)-4-2 3/4"RFW(55)-4-9 7a 7c 24"RFW(1)-4 (LINE "B")

TYP. FOR FEEDWATER LINES TYP. REFERENCE TO NOTE #7 TO STATE PIPING CLASSIFICATION CONT ON DWG M504-2 (B/15) 1"PI(1)-4S-X42e 3/8"PI(1)-ST-(IR-64)-5 RFW-SPV-32B-2 X-17B RFW-V-10B RFW-V-11B 3/4"RFW(55)-4 TEST TEST LO RFW-V-45A 3/4"RFW(55)-4-8 RFW-V-45B 3/4"RFW(55)-4-6 RFW-V-121 RFW-V-122 RFW-V-69 3/4"RFW(55)-4-4 RFW-V-68 PRIMARY CONTAINMENT RFW-V-30B RFW-V-31B 3/4"RFW(55)-4-2 TEST MO 65B O

C B22-F065B RFW-V-74(D)

RFW-V-75(D)

RMS T

TO RFW-V-14 CONT. ON DWG.

M504-2 (D/2) 3/4" CAPPED CONN.

3/4"RFW(52)-4-2 RFW-V-908B RFW-V-909B 1/4" PLUGGED CONN.

TX 8D TX 8B RE 3C MS SEE DETAIL "F" CONT ON DWG M502-1 (E/11)

X-18c MS-V-22C AO 22C B22 F022C SCRAM SIGNAL O

C T

SEE DET "A" (J/3)

FE 5C N005C B22 TO MSIV-LCS M557 (E/3) 3/4"PI(1)-4S-X71a 3/4"PI(1)-4S-X71b 8"MS(1)-4-13(G.E.)

MS-V-28C 7a 7b SEE DETAIL "A" (J/3)

AO 28C B22-F028C O

C T

SCRAM SIGNAL MS-V-606(V) 26"MS(1)-4-3 (LINE "C")

MS-V-639(V) 3/4"MS(51)-4-3 3/4" 3/4"MS(55)-4-9 MS-V-44(D) MS-V-45(D)

MS-V-744C 3/4"MS(60)-4-13 PX 1C MS 30"MS(1)-4-3 MO 67C RMS 3"MS(9)-4 2"MS(9)-4-3 3"MS(9)-4-5 2"MS(9)-4-4 B22-D009C 1"

1" RO CU 7C 1"

1" B22-D007C CU 6C CU 8C B22-D006C B22-D008C 1"

1" 1"

1" RO RO X-70a X-70b X-71a X-71b 2"MS(9)-4-3 O

C O

C O

C O

C 7d 7a 3/4"PI(1)-4S-X70a 3/4"PI(1)-4S-X70b 3/4"PI(1)-4S-X71b 3/4"PI(1)-4S-X71a 2"MS(9)-4-8 3/4"MS(55)-4-8 SCRAM SIGNAL T

O C

MS-V-25C MS-V-26C TO REACTOR FEEDWATER CONTROL SYSTEM SEE DETAIL "G" 1 1/2"MS(9)-4-8 FROM RFW-E/S-P001 MS-V-67C 1 1/2"MS(9)-4 TEST 7a 7F TO ZONE (B/15) 2"MS(20)-4-3 26"MS(1)-4-4 (LINE "D")

3/4" MS-V-640(V)

MS-V-607(V)

PRIMARY CONTAINMENT ISOLATION SIGNALS DPT 803c RFW C34-N003C E31-N010C E31-N010D T

AH E31-N010B E31-N010A 3/4"MS(60)-4-13 MS-V-744D X-18D CU 9C RO DPIS 810C DPIS 810D DPIS 810A DPIS 810B PX ID MS 2"MS(20)-4-3 2"MS(20)-4-4 RE 3D MS SEE DETAIL "F" MS-V-28D 7a 7b SEE DETAIL "A" (J/3)

AO 28D B22-F028D O

C T

SCRAM SIGNAL MO 67D RMS 2"MS(9)-4-9 3/4"MS(55)-4-6 (TEST)

SCRAM SIGNAL T

O C

MS-V-26D SEE DETAIL "G" MS-V-67D 1 1/2"MS(9)-4 7a 7F TO ZONE (B/15) 1 1/2"MS(9)-4-9 MS-V-25D MS-V-46(D)

MS-V-47(D)

PRIMARY CONTAINMENT ISOLATION SIGNALS DPT 803D RFW C34-N003D E31-N011C E31-N011D T

AH E31-N011B E31-N011A DPIS 11C DPIS 11D DPIS 11A DPIS 11B TO REACTOR FEEDWATER CONTROL SYSTEM X-42a O

C FROM RFW-E/S-P001 X-42b O

C X-69a O

C X-69b O

C 7d 7a PI-4S TO ZONE (D/14)

ON THIS DWG.

CONT ON DWG M502-1 (D/11)

TG BUILDING 30"MS(1)-4-4 3/4"MS(51)-4-4 3/4"PI(1)-4S-X42a 3/4"PI(1)-4S-X42b 3/4"PI(1)-4S-X69a 3/4"PI(1)-4S-X69b CU 9D 1"

1" CU 7D 1"

1" CU 6D 1"

1" CU 8D 1"

1" B22-D008D B22-D006D B22-D007D B22-D009D RO RO RO RO FE 5D B22 N005D 3/4"PI(1)-4S-X42a 3/4"PI(1)-4S-X42b 3/4"PI(1)-4S-X69a 3/4"PI(1)-4S-X69b CONDENSING CHAMBERS MS-V-22D SEE DETAIL "A"

(J/3)

AO 22D SCRAM SIGNAL B22-F022D O

C T

TO MSIV-LCS M557 (E/3)

MS-RV-1C AO 1C TE 4L B22-N004L B22-F013L SEE DETAIL "B" 10"MS(18)-2-19 MS-V-37L MS-V-38L 12"MS(18)-2-9 10"MS(18)-2-9(CL.3) 10"MS(18)-2-9(CL.3)

CONDENSING CHAMBERS AH SEE DETAIL "D" 3/4"PI(1)-4S-X70a 3/4"PI(1)-4S-X70b MS-RV-2C AO 2C TE 4D B22-N004D B22-F013D SEE DETAIL "B" 10"MS(18)-2-8(CL.3) 8"MS(1)-4-22(G.E.)

10"MS(18)-2-18(CL.3)

SEE DETAIL "D" MS-RV-3C AO 3C TE 4G B22-N004G B22-F013G SEE DETAIL "B" 10"MS(18)-2-7(CL.3) 8"MS(1)-4-21(G.E.)

SEE DETAIL "D" MS-RV-4C AO 4C TE 4M B22-N004M B22-F013M 10"MS(18)-2-6(CL.3) 8"MS(1)-4-20(G.E.)

SEE DETAIL "D" MS-RV-5C AO 5C TE 4N B22-N004N B22-F013N 10"MS(18)-2-5(CL.3) 8"MS(1)-4-19(G.E.)

SEE DETAIL "D" SEE DETAIL "C" SEE DETAIL "C" 26"MS(1)-4-4 (G.E.)

12"MS(18)-2-8 MS-RV-1D AO 1D TE 4K B22-N004K B22-F013K SEE DETAIL "B" SEE DETAIL "D" 10"MS(18)-2-17(CL.3)

MS-RV-2D AO 2D TE 4C B22-N004C B22-F013C SEE DETAIL "B" SEE DETAIL "D" 10"MS(18)-2-20 10"MS(18)-2-21 MS-V-37K MS-V-38K 10"MS(18)-2-22 12"MS 12"MS(18)-2-7 (18)-2-18 8"MS(1)-4-9(G.E.)

24"RFW(1)-4-2 RO RO 10"MS(18)-2-16(CL.3)

MS-RV-3D AO 3D TE 4V B22-N004V B22-F013V SEE DETAIL "C" SEE DETAIL "D" 10"MS(18)-2-15(CL.3)

MS-RV-4D AO 4D TE 4P B22-N004P B22-F013P SEE DETAIL "C" SEE DETAIL "D" 8"MS(1)-4-18(G.E.)

8"MS(1)-4-10(G.E.)

8"MS(1)-4-11(G.E.)

6" x 8" EXPANDER FLANGE (TYP FOR 5) 8"MS(1)-4-12(G.E.)

26"MS(1)-4-3(G.E.)

JUNCTION BOX CU 4C B22-D004C RO RO CU 4B B22-D004B 1"

1" CONTR.

215 CONTR.

220 FROM RRC-TE-21 (G33-N021)

DWG. M523-1 (F/12) 3/4"PI(1)-4S-X109 3/4"PI(1)-4S-X112 1"

1" 6" x 8" EXPANDER FLANGE (TYP FOR 4) 10"MS(18)-2-23 MS-V-37C MS-V-38C 10"MS(18)-2-24 10"MS(18)-2-25 MS-V-37V MS-V-38V 10"MS(18)-2-26 1"S.W.CAP 12"MS(18)-2-6 12"MS 12"MS(18)-2-5 (18)-2-16 12"MS (18)-2-17 12"MS (18)-2-15 10"MS(18)-2-27 MS-V-37P MS-V-38P AO 4A B22-F013S SEE DETAIL "C" B22-N004S SEE DETAIL "D" TE 4S 6" x 8" EXPANDER FLANGE (TYP FOR 5)

AO 5B B22-F013U SEE DETAIL "C" B22-N004U SEE DETAIL "D" TE 4U 10"MS(18)-2-4(CL.3) 8"MS(1)-4-17(G.E.)

10"MS(18)-2-14(CL.3)

AO 3A B22-F013B SEE DETAIL "B" B22-N004B SEE DETAIL "D" TE 4B 10"MS(18)-2-3(CL.3)

AO 2A B22-F013A SEE DETAIL "B" B22-N004A SEE DETAIL "D" TE 4A 10"MS(18)-2-2(CL.3) 8"MS(1)-4-16(G.E.)

8"MS(1)-4-7(G.E.)

6" x 8" EXPANDER FLANGE (TYP FOR 4) 26"MS(1)-4-1(G.E.)

8"MS(1)-4-8(G.E.)

8"MS(1)-4-6(G.E.)

8"MS(1)-4-5(G.E.)

26"MS(1)-4-2(G.E.)

RO RO AO 1A B22-F013J SEE DETAIL "B" B22-N004J SEE DETAIL "D" TE 4J 10"MS(18)-2-1(CL.3) 8"MS(1)-4-15(G.E.)

AO 4B B22-F013R SEE DET. "C" SEE DETAIL "D" TE 4R 10"MS(18)-2-13(CL.3)

B22-N004R AO 3B B22-F013H SEE DET. "B" SEE DETAIL "D" TE 4H 10"MS(18)-2-12(CL.3)

B22-N004H AO 2B B22-F013F SEE DET. "B" SEE DETAIL "D" TE 4F 10"MS(18)-2-11(CL.3)

B22-N004F AO 1B B22-F013E SEE DET. "B" SEE DETAIL "D" TE 4E 10"MS(18)-2-10(CL.3)

B22-N004E RPV INVERT ELEV 521'-0 1/4" 7e 7a MS-2 MS-4 TYP. @ ALL RV VALVES 10"MS(18)-2-28 MS-V-37S MS-V-38S 10"MS(18)-2-29 12"MS(18)-2-14 SUPPRESSION CHAMBER WATER LEVEL 466'-4 3/4"(MAX)

BLOWDOWN (TYP.)

3"MS(9)-4-5 DIAPHRAGM FLOOR SUPPRESSION POOL 12"MS(18)-2-4 10"MS(18)-2-30 MS-V-37B MS-V-38B 10"MS(18)-2-31 10"MS(18)-2-32 MS-V-37A MS-V-38A 10"MS(18)-2-33 10"MS(18)-2-34 MS-V-37J MS-V-38J 10"MS(18)-2-35 10"MS(18)-2-36 12"MS(18)-2-13 12"MS(18)-2-3 12"MS(18)-2-12 12"MS(18)-2-2 12"MS(18)-2-11 12"MS(18)-2-1 12"MS(18)-2-10(CL.2) 12"(TYP.)

24" QUENCHER (TYP.)

28" DOWNCOMER (TYP.)

PADDLE SPACER (TYP.)

3"MS(9)-4-5 CONTR. 215 7e (TYP.)

7b (TYP.)

INSTALL &

SUPPLY BY CONTR. 213A (TYP.)

7e (TYP.)

7g (TYP.)

7g 7b B22-R614 DWG M506 (J/14) 18"RFW(1)-4-1 1"PI(1)-4S-X108 RO LIS 38B B22 NO38B LIS 24D DPT 4B RFW C34 N004B DPT 17 RFW LT 27 B22 N027 C34-N017 B22-R605 LI 605 C

LI 606B RFW PS 20D B22-N020D PS 23D B22-N023D PI 4B B22-R004B PS 45C B22-N045C PS 45D B22-N045D MS-V-795B MS-V-795A CONT FROM M528-2 (H/9)

PS 413B B22-N413B PS 413D B22-N413D AL AL PT 51B B22 N051B PI 2

C61-R011 T

LR/PR 623B B22-R623B NOTE 11 T

MS-V-793A MS-V-793B C34-R606B TO S-B35-K633B & D DWG M530 (C/5)

PF K696 B35 B

FROM PT 38B (H/5) THIS DWG.

FEEDWATER CTL. SYS.

RMS SI RMS LR 608 RFW T

T C34-R608 FROM C34-N004A (H/13)

TEST N.DE.

A1 THRU D1 RMS T

NE TO MS-LT-44B DWG M530 (H/6)

A2 THRU D2 A3 THRU D3 1/4" AIR PILOT AIR PILOT AIR PILOT P3 P2 P1 1 1/4" VALVE AIR CYLINDER MAIN STEAM ISO. VALVE FLOW CONTROL VALVE AIR SWITCH FLEX HOSE FOR MS-V-22A THRU D ONLY ACCUMULATION 3/8" 2"

1/2" CONTROL AIR CONTR 2 CONTR 215 DETAIL "A" MS-V-22 DWG M556-2 DETAIL "A" (J/7)

MS-V-28 DWG M510-2A DETAIL "B" (K/7)

PNEUMATIC CONTROL SCHEMATIC OF MAIN STEAM ISOLATION VALVES MS-V-22A THRU D MS-V-28A THRU D CONT. FROM M528-2 (F/9)

MS-V-753 MS-V-14 MS-V-13 7a 7d CODE A

CODE B

3/4"MS(60)-4-5 E31-N034 MS-4,7a MS-1,7c MS(12)-4 MS(50)-1 7c 7a B22-F002 B22-F001 B22-D004A 1"MS(50)-1 1"MS(50)-4-20 1"MS(14)-4-1 1"MS(15)-4-1 2"MS(12)-4-2 2"MS(50)-1 MS-V-2 MO 2

RMS O

C MO 1

MS-V-1 RMS O

C CU 4A 4"EDR(47)-1 SEE DWG. M537 (J/7) 10"RCIC(12)-4-1 SEE DWG. M519 (H/3)

N-17 RO 1"PI(1)-4S-X107 RO 1"

CONTR 215 CONTR 220 CU 4D B22-D004D RO 1"

3/4"PI(1)-4S-X114 3/4"PI(1)-4S-X106 X-106 1"

X-107 X-114 O

C 7d 7a 1"

SEE NOTE 18 L.O.

O C

MS-V-794A MS-V-794B CONT. FROM M528-2 (G/9)

CONT. FROM M528-2 (J/9)

DETAIL "B" MS-V-792A MS-V-792B TO PS-20 DWG.

M557 (H/12)

O C

X-115 O

C 7d 7a 1"PI(1)-4S-X115 dPT 4A RFW C34-N004A LIS 24A B22 N024A B22 N100A MS-V-904(D)

LIS 100A MS-V-903(V)

TO M530 (H/12)

MS-DP-I-5 B22-R005 REACTOR PROTECTION SYS. DIV. IA X-62b O

C PS 2A RPS PS 47C B22-N047C C72-N002A PS 47A PS 4

RPS C72-N004 B22 N047A X-69f O

C 7d 1"PI(1)-4S-X69f 1"PI(1)-4S-X62b PS 2B RPS C72-N002B PS 48C B22 N048C PS 48A B22-N048A LPCS DIVISION I PT 51A B22-N051A PS 20A B22 N020A LIS 38A B22 N038A LIS 24B B22 N024B PS 20B B22 N020B PS 23B B22-N023B PI 4A B22-R004A 1/2"CIA(3)-2 2"CIA(3)-2S ACCUMULATOR AO F013 LVDT MS O

C O

C TO SRV OPEN ALM (H/14)

TO MS-EC-SPVD (K/15)

MANIFOLD BLOCK, DWG. D-MANIFOLD-087 "A"

"A" "B"

"C" DC 1 1/4" CONTR 2 CONTR. 215 DWG. M556-2 (J/4)

DETAIL "B" RMS O

C FROM PS-NO-39 (J/13)

GE 761E445 TABLE I X-108 X-69d 1"PI(1)-4S-X69d X-17A RMS RFW-SPV-32A-2 FROM (G/4)

THIS DWG.

O C

RFW-SPV-32A-1 7d 7a 4"RFW(11)-4-1 AO 32A B22-F032A RFW-V-32A T

RFW O

C RFW-V-66 RFW-V-67 3/4"RFW(55)-4-3 3/8"PI(1)-ST-(IR-64)-4 THERMAL SLEEVE RFW-V-30A RFW-V-31A 3/4"RFW(55)-4-1 RFW-V-65A MO 65A B22-F065A T

O C

RMS RFW-V-72(D)

RFW-V-73(D) 3/4"RFW(52)-4-1 TO RFW-V-14 CONT.

ON DWG. M504-2 (D/2) 3/4" CAPPED CONN.

TX 8A TX 8C RFW-V-10A RFW-V-44B 3/4"RFW(55)-4-5 RFW-V-44A TEST RFW-V-11A L.O.

3/4"RFW(55)-4 24"RFW(1)-4-1 RFW-V-119 3/4"RFW(55)-4-7 RFW-V-120 AO 22A SCRAM SIGNAL O

C T

SEE DET "A" (J/3)

FE 5A B22-N005A TO MSIV-LCS M557 (C/3)

B22-F022A X-18A MS-V-28A SEE DET "A" (J/3)

AO 28A B22-F028A SCRAM SIGNAL MS-V-22A T

O C

MO 67A RMS 2"MS(9)-4-5 3/4"MS(55)-4-5 SCRAM SIGNAL T

MS-V-25A MS-V-26A SEE DETAIL "G" 1 1/2"MS(9)-4-6 MS-V-67A 1 1/2"MS(9)-4 (TEST) 7a 7F TO ZONE (B/15)

O C

B22-F067A 7b 7a 3/4" MS-V-40(D)

MS-V-41(D) 3/4"MS(55)-4-4 26"MS(1)-4-1 (LINE "A")

TE 40 B22-N040 B22-N601A TT 601A TT 601B C

B22-N601B C

RFW-V-908A RFW-V-909A 1/4" PLUGGED CONN.

REACTOR BUILDING CONT ON DWG M502-1 (C/11)

CONT ON DWG M502-1 (B/11)

TG BUILDING PX 1A MS MS-V-744A MS-V-605(V)

MS-V-638(V) 3/4"MS(51)-4-1 2"MS(20)-4-1 LVDT MS AO F013 O

C RMS DC "A"

1 1/4" ACCUMULATOR 2"CIA(5)-2S 1/2"CIA(5)-2 O

C RMS DC "B"

1 1/4" CU 8B 1"

1" CU 6B 1"

1" CU 7B 1"

1" CU 9B 1"

1" B22-D009B B22-D007B B22-D006B B22-D008B CONDENSING CHAMBERS CU 8A 1"

1" CU 6A 1"

1" CU 7A 1"

1" CU 9A 1"

1" B22-D009A B22-D007A B22-D006A B22-D008A CONDENSING CHAMBERS 3/4"PI(1)-4S-X70d 3/4"PI(1)-4S-X75d 3/4"PI(1)-4S-X75c 3/4"PI(1)-4S-X70c X-70C O

C 7a 7d TO REACTOR FEEDWATER CONTROL SYSTEM 3/4"PI(1)-4S-X70c 3/4"PI(1)-4S-X70d 3/4"PI(1)-4S-X75c 2"MS(9)-4-1 RO RO RO RO X-70d X-75C X-75d 3/4"PI(1)-4S-X75d FE 5B B22-N005B 8"MS(1)-4-14(G.E.)

MS-V-22B AO 22B SCRAM SIGNAL O

C T

TO MSIV-LCS M557 (D/3)

B22-F022B 3/4"PI(1)-4S-X39b 3/4"PI(1)-4S-X38b SEE DET. "A" (J/3)

X-18B SCRAM SIGNAL AO 28B SEE DETAIL "A" (J/3)

B22-F028B O

C T

MO 67B RMS 2"MS(9)-4-7 3/4"MS(55)-4-3 SCRAM SIGNAL T

MS-V-25B MS-V-26B SEE DETAIL "G" MS-V-67B 1 1/2"MS(9)-4 (TEST) 7a 7F TO ZONE (B/15)

O C

B22-F067B 1 1/2"MS(9)-4-7 7b 7a MS-V-28B 26"MS(1)-4-2 (LINE "B")

3/4" MS-V-42(D)

MS-V-43(D) 3/4"MS(55)-4-2 PRIMARY CONTAINMENT ISOLATION SIGNALS O

C O

C O

C RO RO RO RO 2"MS(9)-4-1 2"MS(9)-4-2 3/4"PI(1)-4S-X39a 3/4"PI(1)-4S-X38a 3/4"PI(1)-4S-X39a 3/4"PI(1)-4S-X39b X-38a O

C X-38b X-39a X-39b O

C O

C 1"

1" 1"

1" 3/4"PI(1)-4S-X38a 3/4"PI(1)-4S-X38b O

C PRIMARY CONTAINMENT ISOLATION SIGNALS SEE DETAIL "E" (H-J/2-3) 3"MS(9)-4-2 X-22 T

O C

MO 16 RMS ISOLATION SIGNAL MS-V-16 B22-F016 T

O C

MO 19 RMS CONTAINMENT ISOLATION SIGNAL MS-V-19 B22-F019 MS-V-17 MS-V-18 MS-V-604(V)

MS-V-603(V) 3/4"MS(53)-4-1 3/4"MS(55)-4-1 3/4"MS(55)-4 7a 7c DETAIL "G" EPN'S AND ZONE CONTINUATIONS TO DWG M557 REFLECT MS "A" LOOP ONLY. EPN SUFFIX (A) WILL CHANGE FOR LOOPS "B" THRU "D". ZONE CONTINUATIONS TO M557 ARE SIMILAR.

MS-V-25A 3/4"MS(55)-4 (TEST CONN.)

1 1/2"MS(9)-4 FROM MS-V-28A 1"MSLC(60)-4 TO MSLC-PT-6A DWG M557 (G/9) 1 1/2"MSLC(2)-4 TO MSLC-V-3A DWG M557 (C/9) 1 1/2"MS(9)-4 FROM MS-V-67A CONT ON DWG M506 (E/15) 1 1/2"MS(9)-4 1 1/2"MS(9)-4 FROM ZONE (D/4) (THIS DWG)

FROM ZONE (F/4) (THIS DWG)

FROM ZONE (D/13) (THIS DWG)

FROM ZONE (F/13) (THIS DWG)

(MAIN STEAM DRAIN)

CONT ON DWG M506 (D/15) 3"MS(20)-4 MS-V-20 7b 7c MO 20 O

C RMS B22-F020 1 1/2"MSLC(3)-4-1 DWG M557 (J/8) 1 1/2"MSLC(3)-4-1 3"MS(20)-4-5 DPT 803B E31-N009D T

AH E31-N009B DPIS 9D DPIS 9B DPIS 9A 7d 7a C34-N003B DPIS 9C E31-N009C TO REACTOR FEEDWATER CONTROL SYSTEM E31-N009A FROM RFW-E/S-P001 7f 7c 2"MS(20)-4-4 2"MS(20)-4-3 TO ZONE (D/3)

ON THIS DWG RE 3B MS SEE DETAIL "F" 2"MS(20)-4-1 2"MS(20)-4-2 PX 1B MS MS-V-744B 3/4"MS(60)-4-17 MS-V-608(V)

MS-V-641(V) 3/4"MS(51)-4-2 30"MS(1)-4-2 30"MS(1)-4-1 3/4"MS(60)-4-16 E31-N008D T

AH DPIS 8D DPIS 8C DPT 803A RFW DPIS 8B DPIS 8A E31-N008B E31 -N008A C34-N003A E31 -N008C PT 3

T FROM RFW-E/S-P001 XC MS-EC-SPVD FROM MS-PT-808 (J/13)

FROM MSRV TEST HEAD (K/13)

ACCUMULATOR 2"CIA(3)-2S 1/2"CIA(3)-2 O

C RMS DC "C"

1 1/4" CONTR. 2 CONTR. 215 M556-2 (G/6)

DETAIL "C" DETAIL "C" ZONE (F/8,9, D/8,9,10)

PNEUMATIC CONTROL SCHEMATIC FOR SAFETY RELIEF VALVES MS-RV-3D, 4A THRU 4D, 5B & 5C.

SEE NOTE 2 (FOR MS-RV-3D, MS-RV-5B, AND MS-RV-5C ONLY)

SEE NOTE 16 (FOR MS-RV-4A, 4B, & 4C ONLY)

FROM CIA-V-765, CIA-V-767 M556-1 (D,G/7)

ZONE (F/6,7,9,10,11; D/7,10,11)

PNEUMATIC CONTROL SCHEMATIC FOR SAFETY RELIEF VALVES MS-RV-1A THRU 1D, 2A THRU 2D & 3A THRU 3C.

FROM PS-NO.39 ZONE (J/13)

G.E. 761E445 TABLE I PS 45A B22-N045A PS 45B B22-N045B PS 39 B22-N039 SEE G.E. 761E445 TABLE I PS 413C B22-N413C PS 413A B22-N413A AL AL LIS 61B B22 N061B LIS 37C B22 N037C LIS 37A B22 N037C LIS 36B B22-N036B LIS 36A B22-N036A MS-V-902(D)

MS-V-901(V)

T LR/PR 623A PI 11AR NOTE 17 LI 10AR NOTE 17 TO MS-PR-609 M502-1 (E/6)

LT 26A T

C B22-N026A LIS 61A B22-N031C B22-N061A LIS 31C LIS 31A B22-N031A PI 9

PS 23A B22 N023A PT 5

C34 N005 PT 808 C34-N008 T

PT N038 B35 A PF K696 TO MS-EC-SPVD (K/15)

B35 A PSCL K697 B35 A TO S-B35-K633A & C DWG M530 (C/12,13)

LI 606A RFW C34-R606A TO C34-R608A ZONE (K/4)

CONT ON DWG M504-2 (B/15)

TO MS-LT-44A B22-N044A SEE DWG M530 (H/15)

POE POT AO 1A THRU 4A, 1B THRU 5B, 1C THRU 5C, & 1D THRU 4D T

DETAIL "D" (SIMPLIFIED)

POI O

C SRV OPEN FROM MS-VPI-LVDT (K/14)

ZONE (D/6-11) & (F/6-11)

ACOUSTIC MONITORING FOR POSITIONS OF SAFETY RELIEF VALVES MS-RV-1A THRU 4A, 1B THRU 5B, 1C THRU 5C,

& 1D THRU 4D. (SEE CVI# 02-319-00,1) 24"RFW(1)-4 (LINE "A")

90 2/14/02 REDRAWN AND REVISED PER 01484-004, 01487-019 LWC/KB BLS SRP TA 2A IRM RIS 610A MS RE 3A TA 2C IRM RIS 610C MS RE 3C T

23040 TA 2B IRM RIS 610B MS RE 3B TA 2D IRM RIS 610D MS RE 3D TR 614 PSCL K697 B35 B

MS-TR-6/

MUX 3 1"

1" 1"

1" O

O C

C MS-RV-4A MS-RV-3A MS-RV-2A MS-RV-1A MS-RV-1B MS-RV-2B MS-RV-3B MS-RV-4B MS-RV-5B MS-V-38D MS-V-37D MS-V-38G MS-V-37G MS-V-38M MS-V-37M MS-V-38N MS-V-37N MS-V-38U MS-V-37U MS-V-38R MS-V-37R MS-V-38H MS-V-37H MS-V-38F MS-V-37F MS-V-38E MS-V-37E 3/4"MS(55)-4 B22-F067C B22-N026D LO 2"

TEST 1"

1" 1"

1" 1 1/4" TEST TEST L.O.

2" 1"

1" 1"

1" 3/4"PI(1)-4S-X42f RFW 1"

CU 2

12"(TYP.)

REFERENCES TO CONTRACT NUMBERS, SUCH AS 215, 206, 220, FOUND IN THE NOTES ON THIS DRAWING REFER TO ORIGINAL CONSTRUCTION DESIGN REQUIREMENTS.

CURRENT DESIGN REQUIREMENTS ARE DOCUMENTED IN THE STATION DESIGN SPECIFICATIONS AND ACTIVE CONTRACT SPECIFICATIONS WHICH STILL APPLY.

HPCS DIV. III REACTOR PROTECTION SYS. B N002C REACTOR PROTECTION SYS. A REACTOR PROTECTION SYS. B 91 4-19-02 REV PER 01553-014 (J/7-8).

NT BLS DRJ DEACTIVATED

& SPARED IN PLACE DEACTIVATED

& SPARED IN PLACE 92 8/18/03 REV PER 02513-009 (J/13), 01333-045 (G/12), 01333-046 (G/5), 01288-329 (G-J/8-9)

LS KB SRP REACTOR VESSEL