ML053270142

Drawing M543-1, Rev 81, Flow Diagram - Reactor Bldg. Primary Containment Cooling and Purging System

ML053270142
Person / Time
Site:	Columbia
Issue date:	12/16/2004
From:	Energy Northwest
To:	Office of Nuclear Reactor Regulation
References
M543-1, Rev 81
Download: ML053270142 (1)

Text

2 1

3 15 14 13 12 11 10 9

8 7

6 5

4 F

E D

C B

F E

D C

B K

J H

G K

J H

G 13 14 15 A

PDS2-E1 4

5 6

7 8

9 10 11 12 DWN CHK APVD DESCRIPTION DATE REV 3

1 2

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

REV.

FLOW DIAGRAM - REACTOR BLDG.

PRIMARY CONTAINMENT COOLING AND PURGING SYSTEM M543-1 81 NTS BL STAFFORD 11-17-00 K LUCAS 7-31-01 SCOTT PAYNE 4-11-02 SERVER84\\00\\DWG FSAR FIG.

79 4-11-02 REDRAWN AND REVISED PER 01425-005, 01458-008 & 01424-017 BLS KL SRP NOTES:

1. FOR ALL FAN COIL UNITS (FC), THE FILTERS ARE USED ONLY DURING CONSTRUCTION PERIOD.

2. ISOLATION SIGNAL CODES:

A - REACTOR VESSEL LOW WATER LEVEL F - HIGH DRYWELL PRESSURE Z - HIGH RADIATION, REACTOR BUILDING VENTILATION SYSTEM

3. FOR FLOW DIAGRAM LEGEND, SYMBOLS, AND ABBREVIATIONS SEE DRAWING M501.

4. ALL INSTRUMENTS ON THIS DRAWING TO BE PREFIXED BY "CRA" UNLESS SPECIFICALLY NOTED OTHERWISE.

EX.

IS IDENTIFIED AS CRA-FI-2

5. ALL PRESSURE AND FLOW INSTRUMENT ROOT VALVES SHALL BE 3/4" GLOBE VALVES UNLESS SPECIFICALLY NOTED OTHERWISE.

6. PIPING, VALVES, AND ASSOCIATED COMPONENTS ON THIS DRAWING SHALL BE CLASSIFIED AS FOLLOWS:

a. PIPING AND VALVES WITHIN PRIMARY CONTAINMENT AND UP TO THE OUTERMOST ISOLATION VALVE OR AS OTHERWISE REFERENCED TO THIS NOTE:

SEISMIC CATEGORY I QUALITY CLASS I CODE GROUP B

b. PIPING AND VALVES BEYOND OUTERMOST ISOLATION VALVES (EXCEPT AS NOTED):

SEISMIC CATEGORY II QUALITY CLASS II CODE GROUP D SUPPORTED SEISMIC CATEGORY I IN THE REACTOR BUILDING.

c. INSTRUMENT LINES AS NOTED SEISMIC CATEGORY I QUALITY CLASS I CODE GROUP C EXCEPT AS NOTED ON M619 INSTRUMENT CONNECTION DIAGRAMS

7. DUCTWORK WITHIN THE PRIMARY CONTAINMENT SHALL BE CLASSIFIED AS FOLLOWS:

a. HEAD AREA:

SEISMIC CATEGORY I QUALITY CLASS I

b. ALL OTHER AREAS (EXCEPT 10 GAUGE DUCT SUPPORTING CRA-D-1, -3 & -4 WHICH IS SEISMIC CATEGORY I, QUALITY CLASS II):

SEISMIC CATEGORY II

• QUALITY CLASS II

• SUPPORTED SEISMIC CLASS I

8. CRA-FN-3A, B, C, 4A, B, 5A, B, C, AND D SHALL BE CLASSIFIED AS FOLLOWS:

SEISMIC CATEGORY I QUALITY CLASS I

9. ALL PIPING SYSTEMS IDENTIFIED BY THE PREFIX "PI" SHALL BE SUPPLIED AND INSTALLED BY CONTRACT #220.

10. ALL VALVE TEST CONNECTIONS FOR LINES PENETRATING PRIMARY CONTAINMENT SHALL CONSIST OF 3/4" GLOBE VALVES, WHICH SHALL BE TAGGED AS FOLLOWS:

CSP-V-800-(NUMBER)

CEP-V-800-(NUMBER)

11. RADIATION MONITORING AND SAMPLE HANDLING SYSTEMS (CONTRACT 220). VALVES SHALL BE TAGGED AS FOLLOWS:

a. BLOCK VALVE (*)-V-X(PENETRATION NO.)

b. EXCESS FLOW CHECK VALVE (*)-EFC-X(PEN. NO.)

c. CHECK VALVE (*)-CV-X(PENETRATION NO.)

• USE PI FOR INSTRUMENT LINES AND PSR FOR SAMPLING LINES.

12. ALL TAGS FOR INSTRUMENT ROOT VALVES WILL BE FURNISHED AND INSTALLED BY OWNER.

13. ALL AIR QUANITITES INDICATED ARE ACTUAL CFM.

14. SEE M619-161 FOR THE CONSTRUCTION DETAILS OF THE QUALITY CLASS I INSTRUMENT AIR SYSTEM.

15. **FURNISHED BY CONTRACT 216, INSTALLED BY OTHERS (CONTRACT 218).

16. ALL INSTRUMENT LINES ARE DESIGNATED BY CODE AND LINE NUMBER:

a. EXAMPLE: LINES ORIGINATING OUTSIDE CONTAINMENT.

1/2"PI(1)-ST - (H22-P021)-A6 CODE DESIGNATION LINE NUMBER

b. EXAMPLE: LINES ORIGINATING INSIDE CONTAINMENT.

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

c. EXAMPLE: CONTINUATION OF THE ABOVE LINE OUTSIDE CONTAINMENT IS DESIGNATED AS FOLLOWS, WITH LINE NUMBERS NOT SHOWN.

1/2"PI(1)-ST-X106 - (H22-P021)-

CODE DESIGNATION LINE NUMBER

17. DELETED.

18. THE BLADE SETTING OF THE FANS SHALL BE AS NOTED BELOW:

a) CRA-FN-1A1, 1B1, 1C1 ----- #4.0 b) CRA-FN-1A2, 1B2, 1C2 ----- #3.0 c) CRA-FN-2A1, 2B1 --------- #1.25 d) CRA-FN-2A2, 2B2 --------- #9.0

19. DAMPERS ARE PROVIDED IN (6)RFW, (1)LPCS, AND (1)HPCS OPENINGS THROUGH THE SAC. SHIELD WALL AT APPROXIMATE ELEVATION 560'-1" TO CONTROL COOLING AIR FLOW. THESE DAMPERS DO NOT PREVENT VENTING OF THE ANNULUS DURING AP.

20. AN ACCEPTABLE OPTION TO ONE OR BOTH 1/2" VALVES IS INSTALLATION OF A SOCKET WELDED CAP OR COUPLING/PLUG ONTO THE UNTERMINATED 1/2" TUBE STUB. COMPLY WITH THE FOLLOWING IF THIS OPTION IS USED:

a) BAR STOCK MATERIAL: SA 479, TYPE 304 (FOR CAP OR PLUG).

b) COUPLING: 316 STAINLESS STEEL, CAJON #SS TSW-6 OR EQUIVALENT.

c) INCREASE STUB LENGTH 4" TO 6" MORE THAN WHAT IS NECESSARY FOR INSTALLATION OF VALVE(S).

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

22. VALVES CSP-V-93, CSP-V-96, CSP-V-97, & CSP-V-98 ARE INSTALLED IN THE REVERSE DIRECTION. ACCIDENT FLOW TO THESE VALVES IS FROM PRIMARY CONTAINMENT.

23. VACUUM RELIEF FROM SECONDARY CONTAINMENT AT 0.5 PSID WITH THE SUPPRESSION CHAMBER PRESSURE.

24. EQUIPMENT SHOWN IN CROSSHATCH IS SPARED IN PLACE.

25. VALVE OPERATOR HAS BEEN DEACTIVATED AND SPARED IN PLACE. VALVE IS IN THE OPEN POSITION AND FLUID DRAINED FROM OPERATOR.

26. TEMPERATURE ELEMENT HAS BEEN DEACTIVATED AND SPARED IN PLACE.

FI 2

LEGEND:

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.

UNITS NUMBER OF UNITS NORMALLY OPERATING STANDBY 2

1 LOWER LEVEL FAN COIL UNITS CRA-FC-1A, 1B, & 1C 1

1 1

UPPER LEVEL FAN COIL UNITS CRA-FC-2A, & 2B 2

3 LOWER LEVEL RECIRCULATING FANS CRA-FN-3A, 3B, & 3C 3

4 UPPER LEVEL RECIRCULATING FANS CRA-FN-5A, 5B, 5C, & 5D 4

1 1

CONTAINMENT HEAD AREA RETURN AIR FANS CRA-FN-4A, & 4B 5

CMS-TR-5, 6 ALARMS D/W AVG. TEMP. (NORMAL OPER.) (135°F)

D/W AVG. TEMP. (POST ACCIDENT) (340°F)

AVG. SUPP. POOL TEMP. (90°F)

AVG. SUPP. POOL TEMP. (105°F)

AVG. SUPP. POOL TEMP. (110°F)

AVG. SUPP. POOL TEMP. (120°F)

WETWELL AIR TEMP. (140°F)

LOCAL D/W TEMP. (NORM. OPER.) (150°F)

UNDER VESSEL TEMP. (165°F)

SCANNER FAILURE -

T/C FAILURE -

TR 6/MUX 1 CMS TR 6

CMS A

SEE ALARM TABLE (ZONE J/3)

FROM CMS-MV/I-8 (ZONE K/14)

FROM CMS-MV/I-61 (ZONE K/14)

SUPPRESSION POOL TEMP. DATA FROM CMS-TR-6/MUX 2 DWG. M519 (E/3)

FROM CMS-TE-55 (ZONE K/8)

FROM CMS-TE-54 (ZONE J/8)

FROM CMS-TE-43 (ZONE B/6)

FROM CMS-TE-40 (ZONE G/8)

FROM CMS-TE-39 (ZONE G/9)

FROM CMS-TE-33 (ZONE K/9)

FROM CMS-TE-31 (ZONE G/9)

FROM CMS-TE-27 (ZONE J/12)

FROM CMS-TE-25 (ZONE K/9)

FROM CMS-MV/I-24 (ZONE H/5)

FROM CMS-TE-22 (ZONE D/10)

FROM CMS-TE-21 (ZONE D/10)

FROM CMS-TE-20 (ZONE J/9)

FROM CMS-TE-19 (ZONE J/9)

FROM CMS-TE-16 (ZONE E/9)

FROM CMS-TE-14 (ZONE J/9)

FROM CMS-TE-12 (ZONE E/8)

FROM CMS-TE-11 (ZONE E/11)

FROM CMS-MV/I-9 (ZONE H/5)

FROM CMS-TE-7 (ZONE D/7)

FROM CMS-TE-6 (ZONE C/12)

FROM CMS-TE-4 (ZONE E/7)

FROM CMS-TE-3 (ZONE E/7)

FROM CMS-SUM-2 (ZONE H/6)

T SUM 2

CMS MV/I 9

CMS MV/I 24 CMS MV/I 71 CMS MV/I 81 CMS TO CMS-TR-6/MUX 1 (ZONE J/5)

TO CMS-TR-6/MUX 1 (ZONE J/5)

TO CMS-TR-5/MUX 1 (ZONE J/14)

FROM CMS-TE-9 (ZONE H/8)

TO CMS-TR-6/MUX 1 (ZONE J/5)

FROM CMS-TE-24 (ZONE K/8)

TO CMS-TR-6/MUX 1 (ZONE J/5)

TO CMS-TR-5/MUX 1 (ZONE J/14)

FROM CMS-TE-71 (ZONE F/12)

TO CMS-TR-6/MUX 1 (ZONE J/5)

TO CMS-TR-5/MUX 1 (ZONE J/14)

FROM CMS-TE-81 (ZONE E/8)

T SUM 1

CMS MV/I 8

CMS MV/I 26 CMS MV/I 61 CMS FROM CMS-TE-1 (ZONE E/13)

TO CMS-TR-5/MUX 1 (ZONE J/14)

FROM CMS-TE-8 (ZONE H/12)

FROM CMS-TE-26 (ZONE K/11)

TO CMS-TR-5/MUX 1 (ZONE J/14)

FROM CMS-TE-61 (ZONE E/13)

TO CMS-TR-5/MUX 1 (ZONE J/14)

TO CMS-TR-6/MUX 1 (ZONE J/5)

TI 5

CMS MV/I 1

CMS TO CMS-TR-5/MUX 1 (ZONE J/14)

TO CMS-TR-5/MUX 1 (ZONE J/14)

TO CMS-TR-6/MUX 1 (ZONE J/5)

TR 5/MUX 1 CMS TR 5

CMS A

SEE ALARM TABLE (ZONE J/3)

SUPPRESSION POOL TEMP. DATA FROM CMS-TR-5/MUX 2 DWG. M519 (B/4)

FROM CMS-MV/I-61 (ZONE K/14)

FROM CMS-TE-52 (ZONE K/12)

FROM CMS-TE-51 (ZONE K/12)

FROM CMS-TE-44 (ZONE B/13)

FROM CMS-TE-41 (ZONE B/13)

FROM CMS-TE-38 (ZONE G/10)

FROM CMS-TE-37 (ZONE G/11)

FROM CMS-TE-36 (ZONE G/11)

FROM CMS-TE-32 (ZONE K/11)

FROM CMS-TE-30 (ZONE G/11)

FROM CMS-TE-29 (ZONE G/11)

FROM CMS-TE-28 (ZONE J/8)

FROM CMS-MV/I-26 (ZONE K/14)

FROM CMS-TE-23 (ZONE C/10)

FROM CMS-TE-18 (ZONE J/10)

FROM CMS-TE-17 (ZONE F/10)

FROM CMS-TE-15 (ZONE E/10)

FROM CMS-TE-13 (ZONE J/11)

FROM CMS-TE-10 (ZONE E/12)

FROM CMS-MV/I-8 (ZONE K/14)

FROM CMS-TE-5 (ZONE C/13)

FROM CMS-TE-2 (ZONE E/12)

FROM CMS-MV/I-1 (ZONE K/14)

FROM CMS-SUM-1 (ZONE K/14)

FROM CMS-MV/I-81 (ZONE G/5)

FROM CMS-MV/I-71 (ZONE G/5)

FROM CMS-MV/I-9 (ZONE H/5) 1" 3/4" CONT.

PEN.

FIRST SECOND TEST CONNECTION X87B-1 X87B-2 87B X87A-1 X87A-2 87A X86B-1 X86B-2 86B X86A-1 X86A-2 86A X84a-1 X84a-2 84a/d X82b-1 X82b-2 82b DETAIL "C" (ZONES B/6, & B/14) 1" 1/2" PENETRATION NUMBER VALVE NUMBER X-29e,f PI-V-X29f1 X-29b,d X-30a,c X-30f,d PI-V-X29b1 PI-V-X30a1 PI-V-X30f1 DETAIL "D" (ZONES G/13, & H/7)

AO AO O

C O

C 24"CVB-V-1ST AO AO O

C O

C CVB-SPV-1T1 CVB-SPV-1S1 RMS RMS CVB-SPV-1S2 CVB-SPV-1T2 PRIMARY CONTAINMENT COOLING & PURGING X-119 24"CSP(1)-1-4 SEE DWG. M543-3 (C/5)

X-66 24"CSP(1)-1-2 0-7,500 CFM SEE DWG. M543-3 (C/5)

DEBRIS SCREEN X-84a X-84d PT 4

CMS PR 4

CMS T

AH 1"PI(1)-4S-X84a PI 10 CMS SEE NOTE 6a SEE NOTE 6c X-87A X-87B O

C LT 2R CMS LT 2

CMS LI 2R CMS LS 2B HPCS AH TO M520 (C/6 & E/6)

TO CMS-LR-4 ZONE (C/10)

PI-V-910 O

C O

C SEE DETAIL "C" ZONE (F/15) FOR CONNECTION DWG.

AND EPN'S. (TYP.)

TI 42R CMS MV/I 42R CMS TE 42 CMS TE 43 CMS MV/I 43R CMS TI 43R CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

WATER LEVEL 24"DOWNCOMER O

C O

C AO AO O

C O

C 24"CVB-V-1QR AO AO O

C O

C CVB-SPV-1R1 CVB-SPV-1Q1 RMS RMS CVB-SPV-1Q2 CVB-SPV-1R2 24"DOWNCOMER (CONTR. 213)

O C

O C

WATER AIR AO AO O

C O

C 24"CVB-V-1NP AO AO O

C O

C CVB-SPV-1P1 CVB-SPV-1N1 RMS RMS CVB-SPV-1N2 CVB-SPV-1P2 24"DOWNCOMER (CONTR. 213)

O C

O C

AO AO O

C O

C 24"CVB-V-1LM AO AO O

C O

C CVB-SPV-1M1 CVB-SPV-1L1 RMS RMS CVB-SPV-1L2 CVB-SPV-1M2 24"DOWNCOMER (CONTR. 213)

O C

O C

AO AO O

C O

C 24"CVB-V-1JK AO AO O

C O

C CVB-SPV-1K1 CVB-SPV-1J1 RMS RMS CVB-SPV-1J2 CVB-SPV-1K2 24"DOWNCOMER (CONTR. 213)

O C

O C

AO AO O

C 24"CVB-V-1GH AO AO CVB-SPV-1H1 CVB-SPV-1G1 RMS RMS CVB-SPV-1G2 CVB-SPV-1H2 24"DOWNCOMER (CONTR. 213)

O C

O O

C C

O O

C C

DRYWELL CONTAINMENT SUPPRESSION CHAMBER LE 6A CMS AO AO O

C 24"CVB-V-1EF AO AO CVB-SPV-1F1 CVB-SPV-1E1 RMS RMS CVB-SPV-1E2 CVB-SPV-1F2 24"DOWNCOMER (CONTR. 213)

O C

O O

C C

O O

C C

AO AO O

C 24"CVB-V-1CD AO AO CVB-SPV-1D1 CVB-SPV-1C1 RMS RMS CVB-SPV-1C2 CVB-SPV-1D2 24"DOWNCOMER (CONTR. 213)

O C

O O

C C

O O

C C

AO AO O

C 24"CVB-V-1AB AO AO CVB-SPV-1B1 CVB-SPV-1A1 RMS RMS CVB-SPV-1A2 CVB-SPV-1B2 24"DOWNCOMER (CONTR. 213)

O C

O O

C C

O O

C C

LE 6B CMS X-82b PT 3

CMS PR 3

CMS AH T

O C

SEE NOTE 6a SEE NOTE 6c 1"PI(1)-ST-X82b X-86A O

C X-67 24"CEP(1)-1-1 0-7,500 CFM SEE DWG. M543-3 (C/7)

LT 1

CMS LS 2A HPCS PI-V-905 PI-V-904 TO M520 (C/6 & E/6)

LI 1AR CMS NOTE 21 TO CMS-LR-3 ZONE (C/11)

X-86B O

C SEE NOTE 6c SEE NOTE 6a AH MV/I 44AR CMS TI 44AR CMS NOTE 21 TE 44 CMS AIR TE 41 CMS MV/I 41AR CMS TI 41AR CMS NOTE 21 TO CMS-TR-5/MUX 1 ZONE (J/14)

WATER SEE DET. "C" ZONE (F/15)

FOR CONN.

DWG. & EPN'S (TYP.)

REACTOR

'REACTOR X-53 30"CSP(1)-1-1 0-10,500 CFM SEE DWG. M543-3 (G/6) 0-10,500 CFM DEBRIS SCREEN RI 33 ARM T

RIS 33 ARM RE 33 ARM AL AH TO ARM-RIS-32 M544 (H/3)

TO ARM-RR-32 M544 (H/3)

TO ARM-RIS-32 M544 (H/3) 14,200 CFM LS 2

CMS EL. 518'-0" C

CRA-AD-1C V.D.

TE 81 CMS TO CMS-MV/I-81 ZONE (G/5) 40,000 CFM LS 1

CMS C

EL. 503'-0" TE 3

CMS TE 4

CMS TO CMS-TR-6/MUX 1 ZONE (J/5) 50 HP M

CRA-FN-1C-2 50 HP M

CRA-FN-1C-1 CRA-FC-1C CONTR.

216 CONTR.

215 CRA-FL-1C CRA-CC-1C 20,000 CFM 20,000 CFM RMS TE 12 CMS TO CMS-TR-6/MUX 1 ZONE (J/5) 14,200 CFM CRA-AD-FN/1C/VC 5800 CFM TE 1C CRA EHO 71C CRA RCC LINES SEE M525-1 (B/8) 2"DRAIN (TYP.)

SEE M539 (F/3)

TE 7

CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

MO NO O

C RCC-V-71C RCC-TCV-71C RMS 11,600 CFM TE 17D E31-N017 EL. 516'-0" TO E31-TRS-P608 TE 21 CMS C

TE 22 CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

TE 1C1 CRA TI 1C1 CRA R/I 1C1 CRA TE 16 CMS TE 17C E31-N017 TO E31-TRS-R608 TO CMS-TR-6/MUX 1 ZONE (J/5)

TE 17B E31-N017 TO E31-TRS-R608 EL. 532'-0" EL. 548'-0" 10 HP M

CRA-FN-3B RMS 20,000 CFM EL. 538'-0" (TYP.)

10 HP M

CRA-FN-3C RMS 20,000 CFM 14,200 CFM V.D.

TE 61 CMS TO CMS-MV/I-61 ZONE (K/14)

CRA-AD-1A T

T TO CMS-TR-5/MUX 1 ZONE (J/14)

TE 23 CMS C

LR 4

CMS ALH LT 6B CMS TO CMS-LT-2 ZONE (B/5)

LT 6A CMS LR 3

CMS T

ALH T

TO CMS-LT-1 ZONE (B/14) 10 HP M

CRA-FN-3A 20,000 CFM RMS CRA-FC-1B CONTR.

216 CONTR.

215 CRA-FL-1B CRA-CC-1B 20,000 CFM CFM CFM EHO 71B CRA RCC LINES SEE M525-1 (B/8) 2"DRAIN MO NO RCC-V-71B RCC-TCV-71B RMS 50 HP M

CRA-FN-1B-2 50 HP M

CRA-FN-1B-1 O

C 14,200 20,000 40,000 CFM TO CMS-TR-6/MUX 1 ZONE (J/5)

RMS TE 11 CMS TI 1A1 CRA R/I 1A1 CRA TE 1A1 CRA 5800 CFM CRA-AD-FN/1B/VC TE 1B1 CRA R/I 1B1 CRA TI 1B1 CRA TE 1B CRA EL. 501'-0" (TYP.)

TE 6

CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

TE 1

CMS TO CMS-MV/I-1 ZONE (K/14) 5800 CFM CRA-AD-FN/1A/VC TE 2

CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

CRA-FC-1A CONTR.

216 CONTR.

215 CRA-FL-1A CRA-CC-1A 20,000 CFM CFM CFM EHO 71A CRA RCC LINES SEE M525-1 (B/8) 2"DRAIN MO NO RCC-V-71A RCC-TCV-71A RMS 50 HP M

CRA-FN-1A-2 50 HP M

CRA-FN-1A-1 O

C 14,200 20,000 40,000 CFM TO CMS-TR-5/MUX 1 ZONE (J/14)

RMS TE 10 CMS TE 1A CRA TE 5

CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

AIR INLET VICINITY RECIRCULATION PUMP MOTOR "A" TE 17 CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

CRA-AD-1B V.D.

TE 71 CMS TE 15 CMS 14,200 CFM TO CMS-TR-5/MUX 1 ZONE (J/14)

TO CMS-MV/I-71 ZONE (G/5)

RADIATION MONITORING EQUIPMENT LEAK DETECTION MONITOR CMS-SR-20 RMS X-85a X-85c X-72f PI-VX-252 PI-VX-251 PI-VX-250 PI-VX-254 3/4" PI-VX-253 3/4"O.D. SS T

O C

3/4" T

PI-V-X72f/1 1"PI(1)-4S-X72f 1"PI(1)-4S-X85c 1"PI(1)-4S-X85a PI 7

CMS PT 7

CMS X-30f RMS RMS O

C O

C ISOLATION SIGNAL F, A ISOLATION SIGNAL F, A SP 82 T

SEE DET.

"D" T

O C

X-30d 1"PI(1)-ST-X30d 1"PI(1)-

4S-X30f 1"PI(1)-4S-X30d TE 36 CMS TE 30 CMS TE 37 CMS MV/I 37R TI 37R TO CMS-TR-5/MUX 1 ZONE (J/14)

TO CMS-TR-5/MUX 1 ZONE (J/14)

TO CMS-TR-5/MUX 1 ZONE (J/14)

TE 29 CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

TEMP. SENSORS LOCATED AT EL. 547'-0" NEAR SAFETY RELIEF VALVES TE 38 CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

PT 5

CMS X-30a X-30c O

C SEE DET. "D" PS 36 A

B35-N038A PR 1

CMS 1"PI(1)-4S-X30c 1"PI(1)-4S-X30a PT 1

CMS PI 9

CMS SEE NOTE 6c SEE NOTE 6a T

T 1/2"PI(1)-

ST-X30a NOTE 24 RIS-12/1A RIS-12/3A AH AHH AH AHH PARTICULATE RAD HI-HI PARTICULATE RAD HI NOBLE GAS RAD HI NOBLE GAS RAD HI-HI T

T 17036 17034 RIS FAILURE SIG SIG RR 1

PRM FROM WOA-RIS-31A

& 32A M548-1 (H/8)

A RIS 27A CMS AH FAILURE RIS 27E CMS AH T

RE 27E CMS RI 27A CMS-SR-32A SEE M893-3 FOR RAD MONITOR DETAILS RA 27A CMS RE 27A CMS RADIATION MONITORING EQUIPMENT LEAK DETECTION MONITOR CMS-SR-21 RMS X-29a X-29c X-73e PI-VX-257 PI-VX-256 PI-VX-260 3/4" PI-VX-259 3/4"O.D. SS T

O C

3/4" T

PI-V-X73e/1 1"PI(1)-4S-X73e 1"PI(1)-4S-X29c 1"PI(1)-4S-X29a RMS RMS ISOLATION SIGNAL F, A ISOLATION SIGNAL F, A T

RIS-12/1B RIS-12/3B AH AHH AH AHH PARTICULATE RAD HI-HI PARTICULATE RAD HI NOBLE GAS RAD HI NOBLE GAS RAD HI-HI T

T 17037 17035 RIS FAILURE O

C O

C SIG SIG PI-VX-258 SP 83 X-3 DEBRIS SCREEN 30"CEP(1)-1-3 0-10,500 CFM SEE DWG. M543-3 (H/6)

CRA-FC-2A CONTR.

216 CONTR.

215 CRA-FL-2A CRA-CC-2A EHO 72A CRA RCC LINES SEE M525 (G/13)

MO NO RCC-V-72A RCC-TCV-72A RMS O

C O

C 2"DRAIN SEE M539 ZONE (G/5)

EL. 545'-0" 10,000 CFM LS 3

CMS EL. 551'-0" C

SEE NOTE 25 40,000 CFM TE 8

CMS TO CMS-MV/I-8 ZONE (K/14)

RMS CRA-L-1A CRA-L-1B TE 2A CRA 30,000 CFM CRA-V-L/1A SEE NOTE 26 CRA-V-L/1B 10 HP M

CRA-FN-5D RMS RMS TE 27 20,000 CFM 20,000 CFM 10 HP M

CRA-FN-5B TO CMS-TR-6/MUX 1 ZONE (J/5) 20,000 CFM 20,000 CFM TE 51 CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

TE 52 CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

SEE DETAIL B TE 26 CMS TO CMS-MV/I-26 ZONE (K/14)

TE 39 CMS TO CMS-TR-6/MUX 1 ZONE J/5 TEMP. SENSORS LOCATED AT EL. 547'-0" NEAR SAFETY RELIEF VALVES TE 40 CMS TO CMS-TR-6/MUX 1 ZONE J/5 TE 31 CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

MV/I 39R CMS TI 39R CMS TE 17A CMS E31-N017 EL. 564'-0" TO E31-TRS-R608 LS 4

CMS EL. 570'-0" C

TE 18 CMS C

TO CMS-TR-5/MUX 1 ZONE (J/14)

TE 19 CMS TE 20 CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

C MV/I 19R CMS TI 19R CMS CRA-AD-2A TE 13 CMS TO CMS-TR-5/MUX 1 ZONE (J/14) 2680 CFM (MIN.)

5000 CFM (MAX.)

CRA-D-1 RELIEF SET @ 9.0" WG CRA-D-3 RELIEF SET @ 3.0" WG M

7 1/2 HP CRA-FN-4A RMS SCRAM SIGNAL 5000 CFM TE 32 CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

CONTAINMENT HEAD RMS SCRAM SIGNAL 5000 CFM TE 33 CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

M 7 1/2 HP CRA-FN-4B TE 25 CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

TE 24 CMS TO CMS-MV/I-24 ZONE (H/5)

RR 2

PRM FROM WOA-RIS-31B FROM WOA-RIS-32B M548-1 (G/8)

FROM CMS-RIS-27B ZONE (J/7)

FROM CMS-RIS-27F ZONE (J/7)

A FAILURE 40,000 CFM CRA-FC-2B CONTR.

216 CONTR.

215 CRA-FL-2B CRA-CC-2B 10,000 CFM 30,000 CFM EHO 72B CRA MO NO O

C RCC-V-72B RCC-TCV-72B RMS 2"DRAIN SEE M539 (G/2)

RCC LINES SEE M525-1 (J/8)

EL. 541'-0" 25 HP M

CRA-FN-2B-2 75 HP M

CRA-FN-2B-1 75 HP M

CRA-FN-2A-1 30 HP M

CRA-FN-2A-2 TE 2B CRA TE 9

CMS TO CMS-MV/I-9 ZONE (H/5)

CRA-AD-2B RMS TE 28 CMS TO CMS-TR-5/MUX 1 ZONE (J/14)

RMS RMS 20,000 CFM 20,000 CFM EL. 577'-0" (TYP.)

RE 27F CMS M

10 HP CRA-FN-5A M

10 HP CRA-FN-5C V.D.

2680 CFM CRA-FN-2A-2 OPERATING 5000 CFM CRA-FN-2B-2 OPERATING 10,000 CFM CRA-FN-2A-2 & 2B-2 OPERATING 2680 CFM CRA-FN-2B-2 OPERATING 5000 CFM CRA-FN-2A-2 OPERATING 10,000 CFM CRA-FN-2A-2 & 2B-2 OPERATING CRA-D-4 RELIEF SET @ 3.0" WG TE 14 CMS TO CMS-TR-6/MUX 1 ZONE (J/5) 2680 CFM (MIN.)

5000 CFM (MAX.)

11,000 CFM 18,000 CFM 11,000 CFM TE 55 CMS TE 54 CMS TE 53 CMS TO CMS-TR-6/MUX 1 ZONE (J/5)

RIS 27B CMS AH RI 27B CMS-SR-32B RA 27B CMS RE 27B CMS SEE M893-3 FOR RAD MONITOR DETAILS RIS 27F CMS AL T

TO PRM-RR-2 ZONE (G/6)

X-29b 1"PI(1)-

4S-X29b X-29d CMS O

C SEE DETAIL "D"

PT 6

T PS 36 B

B35-N036B PT 8

CMS T

1/2"PI(1)-

ST-X29d-3 1/2"PI(1)-

ST-X29d-4 PT 6R CMS PI 6R CMS 1/2"PI(1)-

ST-X29d-2 X-29f X-29e CMS PT 2

O C

PT 2R CMS PI 2R CMS PR 2

CMS T

1"PI(1)-

4S-X29e 1"PI(1)-

ST-X29f SEE DETAIL "D" 1/2"PI(1)-ST-X29d-0 1/2"PI(1)-

ST-X29f-2 FROM CMS-MV/I-81 (ZONE G/5)

FROM CMS-MV/I-71 (ZONE G/5)

FROM CMS-TE-53 (ZONE J/8)

FROM CMS-TE-42 (ZONE B/6)

DRYWELL CONTAINMENT SUPPRESSION CHAMBER SEE NOTE 24 SEE NOTE 6a SEE NOTE 6c SEE NOTE 6c SEE NOTE 6a 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.

PI-V-911 PI-V-PI-V-X-

SEE NOTE 25 SEE NOTE 26 SEE NOTE 26 SEE NOTE 25 SEE NOTE 25 SEE NOTE 26 SEE NOTE 26 SEE NOTE 25 80 2-3-03 REV PER 01321-207 (C/1-2; C-D/8-13; G-J/7-9).

NT KB DRJ V.D.

V.D.

V.D.

81 12-16-04 REV PER 03159-006 (J-K/9,11), 03159-007 (E/9-12), 03159-008 (G-H/1-2).

JFT HL DRJ