drawing m529, rev 92, 'flow diagram nuclear boiler-main ... · 3/4"pi(1)-4s-x71a...
TRANSCRIPT
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DWN CHK APVDDESCRIPTIONDATEREV
3 12
AAPPROVED
COLUMBIA
GENERATING
STATION
TITLEDATESIGNATURE
NORTHWEST
CHECKED
SCALE
DRAWN
DWG NO. REV.
FLOW DIAGRAM
NUCLEAR BOILER-MAIN STEAM SYSTEM
REACTOR BUILDING
M529 92NONE
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
C1528AIR REMOVAL
MS LRM
TRIP
TO MECH VACUUM PUMP, VALVEINTERLOCK 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 BU
ILDING
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-3CN-3A
N-3DN-3B
N-13B
N-13A2"2"
26"MS(1
)-4-2 (G
.E.) (L
INE"B
")
26"MS(1
)-4-1 (G
.E.) (L
INE"A
")
TE
28
TYP.4
A-D
B22-N028A-D
DRYWELL BULKHEAD PLATE
TE
50
TYP.
A-CB22-
N050A-C
DRYWELL BULKHEAD PLATE
N-4A
N-4B
N-4C
LPD
03
LPDS
12"RFW(1)-4-1
12"R
FW(1
)-4-3
24"R
FW(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.) (L
INE"D
")
26"MS(1
)-4-3 (G
.E.) (L
INE "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
02LPDS
TE
30
PS
34
TYP-6
A,B,C,P,R,S
B22-N030A,B,C,P,R,SAH
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
CHAMBERB22-D002
CONTR.
215
CONTR.
220 3/4"PI(1)-4S-X72a
VESSEL TO DRYWELL
PENETRATION
X-72a
X-110
X-109
1"
TR
6MS
B22-R006
RO
1"PI(1)-4S-X110
X-112
O
C
LO
LO
7a 7d
O
CX-111
1"PI(1)-4S-X1131"PI(1)-4S-X111
DPT
4C
RFW
LIS
24C
B22
C34 N004C
N024C
PS
20CC
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-796AMS-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
10NOTE 11
C.61-R010
LIS
31D
B22
LIS
31B
B22 N031B
LS
61C
B22
LT
26C
B22-N026CN061C
LI
604
B22-R604X-113
OC
1"PI(1)-4S-X61CX-61c
OC
X-42f
OC
7d
X-42ePS
2D
RPS
C72 N002D
PS
48B
B22 N048B
PS
48D
B22 N048D
RHR DIV 2
PS
2C
RPS
PS
47B
PS
47D
B22 N047BC72- B22-N047DHPCS DIVISION III
RMSAO
32BRFW
B22-F032B
T
O
C
RFW-V-32B
RFW-V-124
RFW-V-123
RWCU-4 PFW-4
RWCU-V-406"RWCU(2)-4 SEEDWG 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)-4-97a 7c
24"RFW(1)-4 (LINE "B")
TYP. FOR FEEDWATER LINES
TYP. REFERENCE TO
NOTE #7 TO STATEPIPING 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-10BRFW-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)-4-4RFW-V-68
PRIMARY
CONTAINMENT
RFW-V-30B
RFW-V-31B
3/4"RFW(55)-4-2TEST
MO
65B
O
C
B22-
F065BRFW-V-74(D)
RFW-V-75(D)
RMS
TTO 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" PLUGGEDCONN.
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 7bSEE
DETAIL "A"
(J/3)
AO
28C
B22-F028C
O
CT
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
1CMS
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
7d7a
3/4"PI(1)-4S-X70a
3/4"PI(1)-4S-X70b3/4"PI(1)-4S-X71b
3/4"PI(1)-4S-X71a
2"MS(9)-4-8
3/4"MS(55)-4-8SCRAM
SIGNAL
TO
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)-4TEST
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
RODPIS
810C
DPIS
810D
DPIS
810A
DPIS
810B
PX
IDMS
2"MS(20)-4-3
2"MS(20)-4-4
RE
3D
MS
SEE DETAIL "F"
MS-V-28D
7a 7bSEE
DETAIL "A"
(J/3)
AO
28D
B22-F028D
O
CT
SCRAM
SIGNAL
MO
67D
RMS
2"MS(9)-4-9
3/4"MS(55)-4-6 (TEST)
SCRAM
SIGNAL
T
OC
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-42aO
C
FROM
RFW-E/S-P001
X-42bO
C
X-69aO
C
X-69bO
C
7d7a
PI-4S
TO ZONE (D/14)ON THIS DWG.
CONT ON DWG
M502-1 (D
/11)
TG BU
ILDING
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 RORO
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(C
L.3
)10"MS(18)-2-9(C
L.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(C
L.3
)
8"MS(1
)-4-22(G
.E.)
10"MS(18)-
2-18(C
L.3
)
SEE
DETAIL "D"
MS-RV-3C
AO
3C
TE
4G
B22-
N004G
B22-
F013G
SEE DETAIL "B"
10"MS(18)-2-7(C
L.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(C
L.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(C
L.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(C
L.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(C
L.3
)
MS-RV-3D
AO
3D
TE
4V
B22-
N004V
B22-
F013V
SEE DETAIL "C"
SEE
DETAIL "D"
10"MS(18)-
2-15(C
L.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(C
L.3
)
8"MS(1
)-4-17(G
.E.)
10"MS(18)-
2-14(C
L.3
)
AO
3A
B22-
F013B
SEE DETAIL "B"
B22-
N004B
SEE
DETAIL "D"
TE
4B
10"MS(18)-2-3(C
L.3
)
AO
2A
B22-
F013A
SEE DETAIL "B"
B22-
N004A
SEE
DETAIL "D"
TE
4A
10"MS(18)-2-2(C
L.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(C
L.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(C
L.3
)B22-N004R
AO
3B
B22-
F013H
SEE DET. "B"
SEE
DETAIL "D"
TE
4H
10"MS(18)-2-12(C
L.3
)B22-N004H
AO
2B
B22-
F013F
SEE DET. "B"
SEE
DETAIL "D"
TE
4F
10"MS(18)-2-11(C
L.3
)B22-N004F
AO
1B
B22-
F013E
SEE DET. "B"
SEE
DETAIL "D"
TE
4E
10"MS(18)-2-10(C
L.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-N017B22-R605
LI
605 C
LI
606B
RFW
PS
20D
B22-
N020D
PS
23D
B22-
N023D
PI
4B
B22-
R004B
PS
45C
B22-
N045C
PS
45DB22-
N045D
MS-V-795B MS-V-795A
CONT FROM
M528-2 (H/9)
PS
413B
B22-
N413B
PS
413D
B22-
N413D
AL
ALPT
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)-17c7a
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)-1MS-V-2
MO
2
RMS
O
C
MO
1
MS-V-1
RMS
O
C
CU
4A4"EDR(47)-1 SEEDWG. M537 (J/7)
10"RCIC(12)-4-1SEE DWG. M519 (H/3)
N-17
RO
1"PI(1)-4S-X107
RO
1"
CONTR
215
CONTR
220
CU
4DB22-
D004D
RO
1"
3/4"PI(1)-4S-X114
3/4"PI(1)-4S-X106X-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-62bO
CPS
2A
RPS
PS
47CB22-
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
48AB22-
N048A
LPCS DIVISION I
PT
51A
B22-
N051A
PS
20AB22
N020A
LIS
38AB22
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
OC
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)-4THERMAL 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-11AL.O.
3/4"RFW(55)-4
24"RFW(1)-4-1
RFW-V-119
3/4"RFW(55)-4-7RFW-V-120
AO
22A
SCRAM
SIGNALO
CT
SEE
DET "A"
(J/3)FE
5A
B22-N005A
TO MSIV-LCS
M557 (C/3)B22-
F022A
X-18AMS-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
601BC
B22-N601B
C
RFW-V-908A
RFW-V-909A
1/4" PLUGGED
CONN.
REACTOR BU
ILDING
CONT ON DWG
M502-1 (C
/11)
CONT ON DWG
M502-1 (B
/11)
TG BU
ILDING
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
CRMS
DC"A"1 1/4"
ACCUMULATOR
2"CIA(5)-2S
1/2"CIA(5)-2
O
CRMS
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
7a7dTO 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
5BB22-N005B
8"MS(1
)-4-14(G
.E.)
MS-V-22B
AO
22BSCRAM
SIGNALO
CT
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
CT
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
CB22-F067B
1 1/2"MS(9)-4-7
7b 7a
MS-V-28B26"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
CMO
16
RMS
ISOLATION
SIGNAL
MS-V-16
B22-F016
T
O
CMO
19
RMS
CONTAINMENT
ISOLATION SIGNAL
MS-V-19B22-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
7a7c
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-6ADWG M557 (G/9)
1 1/2"MSLC(2)-4 TO MSLC-V-3ADWG 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
7b7c
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 7aC34-
N003B
DPIS
9CE31-
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
RFWDPIS
8B
DPIS
8A
E31-N008B
E31 -N008A
C34-N003A
E31 -N008C
PT
3T
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
CRMS
DC"C"1 1/4"
CONTR. 2CONTR. 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 (FORMS-RV-3D, MS-RV-5B,
AND MS-RV-5C ONLY)
SEE NOTE 16 (FORMS-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
36BB22-
N036B
LIS
36AB22-
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 OPENFROM
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-3AMS-RV-2AMS-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
N002CREACTOR
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