ML18150A260
| ML18150A260 | |
| Person / Time | |
|---|---|
| Site: | Surry  |
| Issue date: | 07/23/1987 |
| From: | VIRGINIA POWER (VIRGINIA ELECTRIC & POWER CO.) |
| To: | |
| Shared Package | |
| ML18150A259 | List: |
| References | |
| NUDOCS 8707300148 | |
| Download: ML18150A260 (21) | |
Text
e TS 3.8-5 TABLE 3.8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES VALVE NUMBER A.
PHASE I CONTAINMENT ISOLATION (SAFETY INJECTION SIGNAL)
- 1.
MOV-1867C (2)
- 2.
MOV-1867D (2)
- 3.
MOV-1289A (2)
- 4.
MOV-1381
- 5.
HCV-1200A
- 6.
HCV-1200B
- 7.
HCV-1200C
- 8.
TV-SI-101A
- 9.
TV-SI-101B
- 10.
TV-SI-100
- 11.
TV-VG-109A
- 12.
TV-VG-109B
- 13.
TV-DG-108A
- 14.
TV-DG-108B
- 15.
TV-CC-109A (1)
- 16.
TV-CC-109B (1)
- 17.
TV-SS-lOOA
- 18.
TV-SS-lOOB
- 19.
TV-SS-lOlA
- 20.
TV-SS-lOlB 1£3707300148870723 PDR ADOCK 05000280 p
PDR FUNCTION HHSI to Cold Leg HHSI to Cold Leg Normal Charging Line Reactor Coolant Pump Seal Water Return Letdown Orifice Isolation Letdown Orifice Isolation Letdown Orifice Isolation Accumulator N2 Relief Line Accumulator N2 Relief Line Accumulator N2 Relief Line Primary Drain Transfer Tank Vent Primary Drain Transfer Tank Vent Primary Drain Transfer Pump Discharge Primary Drain Transfer Pump Discharge Component Cooling Return from RHR Component Cooling Return from RHR Pressurizer Liquid Sample Pressurizer Liquid Sample Pressurizer Vapor Sample Pressurizer Vapor Sample I
TS 3.8-6 TABLE 3.8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 21.
TV-SS-103A (2)
- 22.
TV-SS-103B (2)
- 23.
TV-SS-106A (2)
- 24.
TV-SS-106B (2)
- 25.
TV-SS-102A (2)
- 26.
TV-SS-102B (2)
- 27.
TV-SS-104A
- 28.
TV-SS-104B
- 29.
TV-1204
- 30.
TV-1519A
- 31.
TV-BD-lOOA (1)
- 32.
TV-BD-lOOB (1)
- 33.
TV-BD-lOOC (1)
- 34.
TV-BD-lOOD (1)
- 35.
TV-BD-lOOE (1)
- 36.
TV-BD-lOOF (1)
- 37.
TV-DA-lOOA
- 38.
TV-DA-lOOB
- 39.
TV-MS-109 (1)
- 40.
TV-MS-110 (1)
- 41.
TV-LM-lOOA
- 42.
TV-LM-lOOB
- 43.
TV-LM-lOOC
- 44.
TV-LM-lOOD RHR System Sample RHR System Sample FUNCTION Reactor Coolant Hot Leg Sample Reactor Coolant Hot Leg Sample Reactor Coolant Cold Leg Sample Reactor Coolant Cold Leg Sample Pressurizer Relief Tank Vapor Sample Pressurizer Relief Tank Vapor Sample Letdown Isolation Primary Grade Water to Pressurizer Relief Tank Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Containment Sump Pump Discharge Containment Sump Pump Discharge Main Steam Drain Main Steam Drain Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring
e TS 3.8-7 TABLE 3.8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 45.
TV-LM-lOOE
- 46.
TV-LM-lOOF
- 47.
TV-LM-lOOG
- 48.
TV-LM-lOOH
- 49.
TV-CV-150A
- 50.
TV-CV-150B
- 51.
TV-CV-150C
- 52.
TV-CV-150D
- 53.
TV-SV-102A
- 54.
TV-DA-103A
- 55.
TV-DA-103B B.
PHASE II CONTAINMENT ISOLATION (HI CLS SIGNAL)
- 1.
TV-RM-lOOA
- 2.
TV-RM-lOOB
- 3.
TV-RM-lOOC
- 4.
TV-IA-lOlA
- 5.
TV-IA-lOlB FUNCTION Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring Containment Vacuum Suction Containment Vacuum Suction Containment Vacuum Suction Containment Vacuum Suction Condenser Air Ejector Vent Post-Accident Sample System Return Post-Accident Sample System Return Containment Air & Particulate Rad. Monitor Containment Air & Particulate Rad. Monitor Containment Air & Particulate Rad. Monitor Containment Instrument Air Compressor Suction Containment Instrument Air Compressor Suction
e e
TS 3.8-8 TABLE 3.8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER FUNCTION C.
PHASE III CONTAINMENT ISOLATION (HI-HI CLS SIGNAL)
- 1.
TV-MS-lOlA (1)
Main Steam Trip Valve
- 2.
TV-MS-lOlB (1)
Main Steam Trip Valve
- 3.
TV-MS-101C (1)
Main Steam Trip Valve
- 4.
TV-IA-100 Instr. Air Supply to Containment
- s.
TV-CC-107 (1)
Component Cooling Return from RCP Thermal Barriers
- 6.
TV-CC-UOA (1)
Component Cooling Return from "A" Air Recirc. Cooler
- 7.
TV-CC-llOB (1)
Component Cooling Return from "B" Air Recirc. Cooler
- 8.
TV-CC-llOC (1)
Component Cooling Return from "C" Air Recirc. Cooler
- 9.
TV-CC-lOSA (1)
Component Cooling Return from "A" RCP
- 10.
TV-CC-lOSB (1)
Component Cooling Return from "B" RCP
- 11.
TV-CC-lOSC (1)
Component Cooling Return from "C" RCP D.
CONTAINMENT PURGE & EXHAUST
- 1.
MOV-VS-lOOA Containment Purge Supply
- 2.
MOV-VS-lOOB Containment Purge Supply
- 3.
MOV-VS-102 Containment Vacuum Breaker Atmos. Supply
- 4.
MOV-VS-lOOC Containment Purge Exhaust
- 5.
MOV-VS-lOOD Containment Purge Exhaust
- 6.
MOV-VS-101 Containment Purge Exhaust Bypass
TS 3.8-9 TABLE 3.8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER FUNCTION E.
REMOTE MANUAL VALVES
- 1.
MOV-CS-101A (2)
Containment Spray Discharge
- 2.
MOV-CS-lOlB (2)
Containment Spray Discharge
- 3.
MOV-CS-lOlC (2)
Containment Spray Discharge
- 4.
MOV-CS-101D (2)
Containment Spray Discharge
- 5.
MOV-RS-155A (2)
Outside Recirculation Spray Suction
- 6.
MOV-RS-155B (2)
Outside Recirculation Spray Suction
- 7.
MOV-RS-156A (2)
Outside Recirculation Spray Discharge
- 8.
MOV-RS-156B (2)
Outside Recirculation Spray Discharge
- 9.
MOV-1842 (2)
HHSI to Cold Leg
- 10.
MOV-RH-100 Residual Heat Removal to RWST
- 11.
FCV-1160 (2)
Loop Fill Header Flow Control
- 12.
MOV-1890A (2)
LHSI Pump Discharge to Hot Leg
- 13.
MOV-1890B (2)
LHSI Pump Discharge to Hot Leg
- 14.
MOV-1890C (2)
LHSI Pump Discharge to Cold Leg
- 15.
MOV-1869A (2)
HHSI to Hot Leg
- 16.
MOV-1869B (2)
HHSI to Hot Leg
- 17.
MOV-1860A (2)
LHSI Suction from Containment Sump
- 18.
MOV-1860B (2)
LHSI Suction from Containment Sump
- 19.
MOV-SW-104A (1)
Service Water Supply to "A" Recirc. Spray HX
- 20.
MOV-SW-104B (1)
Service Water Supply to "B" Recirc. Spray HX
- 21.
MOV-SW-104C (1)
Service Water Supply to "C" Recirc. Spray HX
F.
TS 3.8-10 TABLE 3.8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 22.
MOV-SW-104D (1)
- 23.
MOV-SW-105A (1)
- 24.
MOV-SW-105B (1)
- 25.
MOV-SW-105C (1)
- 26.
MOV-SW-105D (1)
- 27.
HCV-CV-100
- 28.
TV-GW-100
- 29.
TV-GW-101
- 30.
TV-GW-102
- 31.
TV-GW-103
- 32.
TV-GW-104
- 33.
TV-GW-105
- 34.
TV-GW-106
- 35.
TV-GW-107
- 36.
TV-GW-lllA
- 37.
TV-GW-lllB MANUAL VALVES
- 1.
l-SI-150 (2)
- 2.
l-SI-32
- 3.
l-SA-60
- 4.
l-SA-62
- 5.
l-IA-446
- 6.
1-VA-l
- 7.
l-VA-6 FUNCTION Service Water Supply to "D" Recirc. Spray HX Service Water Return from "A" Recirc. Spray Service Water Return from "B" Recirc. Spray Service Water Return from "C" Recirc. Spray Service Water Return from "D" Recirc. Spray Containment Vacuum Isolation Suction from Cont. to H2 Analyzer f/1 Suction from Cont. to H2 Analyzer Ill Discharge from H2 Analyzer Ill to Containment Discharge from H2 Analyzer Ill to Containment Suction from Cont. to H2 Analyzer 112 Suction from Cont. to H2 Analyzer 112 Discharge from H2 Analyzer Discharge from H2 Analyzer Grab Sample Grab Sample Bypasses MOVs 1867 C and D Accumulator Fill Service Air to Containment Service Air to Containment 112 to 112 to Instrument Air to Containment Aerated Vents from Primary Vent Aerated Vents from Primary Vent Containment Containment Pot Pot HX HX HX HX
G.
TS 3.8-11 TABLE 3. 8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 8.
2-IA-446
- 9.
l-FP-151
- 10.
l-FP-152
- 11.
l-RL-3
- 12.
l-RL-5
- 13.
l-RL-13
- 14.
l-RL-15
- 15.
l-SI-73
- 16.
l-SI-174 (2)
- 17.
l-SW-208
- 18.
l-SW-206
- 19.
l-CV-2 FUNCTION Cross Tie from #2 Instrument Air Header Fire Protection Supply to Containment Fire Protection Supply to Containment Discharge of Reactor Cavity Purification Pumps - Outside Containment Discharge of Reactor Cavity Purification Pumps - Inside Containment Suction to Reactor Cavity Purification Pumps - Inside Containment Suction to Reactor Cavity Purification Pumps - Outside Containment Accumulator N2 Fill - Outside Containment Bypasses MOV-1869A Recirc. Spray HX Service Water Drain Recirc. Spray HX Service Water Drain Containment Vacuum Isolation CONTAINMENT CHECK VALVES
- 1.
l-VP-12 Air Eject. Discharge to Containment - Inside Containment
- 2.
l-RS-17 (2)
Recirc. Spray Discharge to Containment - Inside Containment
- 3.
l-RS-11 (2)
Recirc. Spray Discharge to Containment - Inside Containment
- 4.
l-CS-13 (2)
Cont. Spray Discharge to Containment - Inside Containment
- s.
l-CS-24 (2)
Cont. Spray Discharge to Containment - Inside Containment
- 6.
l-IA-938 Instr. Air Supply to Containment - Inside Containment
- 7.
l-IA-939 Instr. Air Supply to Containment - Inside Containment
TS 3.8-12 TABLE 3.8-1 (3)
UNIT NO. 1 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER FUNCTION
- 8.
l-SI-234 N2 Supply to Accumulators - Inside Containment
- 9.
l-PG-65 PG Water Supply to Containment - Inside Containment
- 10.
l-RM-3 Rad. Monitoring Suction - Inside Containment
- 11.
l-CC-177 (1)
Component Cooling Supply to "A" RHR HX
- 12.
l-CC-176 (1)
Component Cooling Supply to "B" RHR HX
- 13.
l-CC-242 (1)
Component Cooling Supply to "A" Air Recirc.
- 14.
l-CC-233 (1)
Component Cooling Supply to "B" Air Recirc.
- 15.
l-CC-224 (1)
Component Cooling Supply to II C" Air Recirc.
- 16.
l-CH-309 (2)
Normal Charging Header
- 17.
l-CC-1 (1)
Component Cooling Supply to "A" RCP
- 18.
l-CC-58 (1)
Component Cooling Supply to "B" RCP
- 19.
l-CC-59 (1)
Component Cooling Supply to II C" RCP
- 20.
l-FP-165 (1)
Fire Protection Header - Inside Containment
- 21.
l-SI-224 (1)
HHSI Alternate Supply to Cold Legs
- 22.
l-SI-225 (1)
HHSI Normal Supply to Cold Legs
- 23.
l-SI-226 (1)
HHSI to Hot Legs
- 24.
l-SI-227 (1)
HHSI to Hot Legs
- 25.
l-SI-228 (1)
LHSI to Hot Legs
- 26.
l-SI-229 (1)
LHSI to Hot Legs Notes:
(1) - Not subject to Type "C" Testing (2) - Valves are Type C tested and are not required to be vented and drained during a Type A test Cooler Cooler Cooler (3) - Modifications to this table should be submitted to the NRC as part of the next license amendment
e TS 3.8-13 TABLE 3. 8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES VALVE NUMBER A.
PHASE I CONTAINMENT ISOLATION (SAFETY INJECTION SIGNAL)
- 1.
MOV-2867C (2)
- 2.
MOV-2867D (2)
- 3.
MOV-2289A (2)
- 4.
MOV-2381
- 5.
HCV-2200A
- 6.
HCV-2200B
- 7.
HCV-2200C
- 8.
TV-SI-201A
- 9.
TV-SI-201B
- 10.
TV-SI-200
- 11.
TV-VG-209A
- 12.
TV-VG-209B
- 13.
TV-DG-208A
- 14.
TV-DG-208B
- 15.
TV-CC-209A (1)
- 16.
TV-CC-209B (1)
- 17.
TV-SS-200A
- 18.
TV-SS-200B
- 19.
TV-SS-201A
- 20.
TV-SS-201B FUNCTION HHSI to Cold Leg HHSI to Cold Leg Normal Charging Line Reactor Coolant Pump Seal Water Return Letdown Orifice Isolation Letdown Orifice Isolation Letdown Orifice Isolation Accumulator N2 Relief Line Accumulator N2 Relief Line Accumulator N2 Relief Line Primary Drain Transfer Tank Vent Primary Drain Transfer Tank Vent Primary Drain Transfer Pump Discharge Primary Drain Transfer Pump Discharge Component Cooling Return from RHR Component Cooling Return from RHR Pressurizer Liquid Sample Pressurizer Liquid Sample Pressurizer Vapor Sample Pressurizer Vapor Sample
TS 3.8-14 TABLE 3.8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 21.
TV-SS-203A (2)
- 22.
TV-SS-203B (2)
- 23.
TV-SS-206A (2)
- 24.
TV-SS-206B (2)
- 25.
TV-SS-202A (2)
- 26.
TV-SS-202B (2)
- 27.
TV-SS-204A
- 28.
TV-SS-204B
- 29.
TV-2204
- 30.
TV-2519A
- 31.
TV-BD-200A (1)
- 32.
TV-BD-200B (1)
- 33.
TV-BD-200C (1)
- 34.
TV-BD-200D (1)
- 35.
TV-BD-200E (1)
- 36.
TV-BD-200F (1)
- 37.
TV-DA-200A
- 38.
TV-DA-200B
- 39.
TV-MS-209 (1)
- 40.
TV-MS-210 (1)
- 41.
TV-LM-200A
- 42.
TV-LM-200B
- 43.
TV-LM-200C FUNCTION RHR System Sample RHR System Sample Reactor Coolant Hot Leg Sample Reactor Coolant Hot Leg Sample Reactor Coolant Cold Leg Sample Reactor Coolant Cold Leg Sample Pressurizer Relief Tank Vapor Sample Pressurizer Relief Tank Vapor Sample Letdown Isolation Primary Grade Water to Pressurizer Relief Tank Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Steam Generator Blowdown Containment Sump Pump Discharge Containment Sump Pump Discharge Main Steam Drain Main Steam Drain Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring
e e
TS 3.8-15 TABLE 3.8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 44.
TV-LM-200D
- 45.
TV-LM-200E
- 46.
TV-LM-200F
- 47.
TV-LM-200G
- 48.
TV-LM-200H
- 49.
TV-CV-250A
- 50.
TV-CV-250B
- 51.
TV-CV-250C
- 52.
TV-CV-250D
- 53.
TV-SV-202A
- 54.
TV-DA-203A
- 55.
TV-DA-203B B.
PHASE II CONTAINMENT ISOLATION (HI CLS SIGNAL)
- 1.
TV-RM-200A
- 2.
TV-RM-200B
- 3.
TV-RM-200C
- 4.
TV-IA-201A
- 5.
TV-IA-201B FUNCTION*
Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring Containment Leakage Monitoring Containment Vacuum Suction Containment Vacuum Suction Containment Vacuum Suction Containment Vacuum Suction Condenser Air Ejector Vent Post-Accident Sample System Return Post-Accident Sample System Return Containment Air & Particulate Rad. Monitor Containment Air & Particulate Rad. Monitor Containment Air & Particulate Rad. Monitor Containment Instrument Air Compressor Suction Containment Instrument Air Compressor Suction
e TS 3.8-16 TABLE 3.8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER FUNCTION C.
PHASE III CONTAINMENT ISOLATION (HI-HI CLS SIGNAL)
- 1.
TV-MS-201A (1)
Main Steam Trip Valve
- 2.
TV-MS-201B (1)
Main Steam Trip Valve
- 3.
TV-MS-201C (1)
Main Steam Trip Valve
- 4.
TV-IA-200 Instr. Air Supply to Containment
- 5.
TV-CC-207 (1)
Component Cooling Return from RCP Thermal Barriers
- 6.
TV-CC-210A (1)
Component Cooling Return from "A" Air Recirc. Cooler
- 7.
TV-CC-210B (1)
Component Cooling Return from "B" Air Recirc. Cooler
- 8.
TV-CC-210C (1)
Component Cooling Return from "C" Air Recirc. Cooler
- 9.
TV-CC-205A (1)
Component Cooling Return from "A" RCP
- 10.
TV-CC-205B (1)
Component Cooling Return from "B" RCP
- 11.
TV-CC-205C (1)
Component Cooling Return from "C" RCP D.
CONTAINMENT PURGE & EXHAUST
- 1.
MOV-VS-200A Containment Purge Supply
- 2.
MOV-VS-200B Containment Purge Supply
- 3.
MOV-VS-202 Containment Vacuum Breaker Atmos. Supply
- 4.
MOV-VS-200C Containment Purge Exhaust
- 5.
MOV-VS-200D Containment Purge Exhaust
- 6.
MOV-VS-201 Containment Purge Exhaust Bypass
__j
TS 3.8-17 TABLE 3. 8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES (Continued)
'1 VALVE NUMBER FUNCTION E.
REMOTE MANUAL VALVES
- 1.
MOV-CS-201A (2)
Containment Spray Discharge
- 2.
MOV-CS-201B (2)
Containment Spray Discharge
- 3.
MOV-CS-201C (2)
Containment Spray Discharge
- 4.
MOV-CS-201D (2)
Containment Spray Discharge
- 5.
MOV-RS-255A (2)
Outside Recirculation Spray Suction
- 6.
MOV-RS-255B (2)
Outside Recirculation Spray Suction
- 7.
MOV-RS-256A (2)
Outside Recirculation Spray Discharge
- 8.
MOV-RS-256B (2)
Outside Recirculation Spray Discharge
- 9.
MOV-2842 (2)
HHSI to Cold Leg
- 10.
MOV-RH-200 Residual Heat Removal to RWST I
- 11.
FCV-2160 (2)
Loop Fill Header Flow Control
- 12.
MOV-2890A (2)
LHSI Pump Discharge to Hot Leg
- 13.
MOV-2890B (2)
LHSI Pump Discharge to Hot Leg
- 14.
MOV-2890C (2)
LHSI Pump Discharge to Cold Leg
- 15.
MOV-2869A (2)
HHSI to Hot Leg
- 16.
MOV-2869B (2)
HHSI to Hot Leg
- 17.
MOV-2860A (2)
LHSI Suction from Containment Sump
- 18.
MOV-2860B (2)
LHSI Suction from Containment Sump
- 19.
MOV-SW-204A (1)
Service Water Supply to "A" Recirc. Spray HX
- 20.
MOV-SW-204B (1)
Service Water Supply to "B" Recirc. Spray HX
- 21.
MOV-SW-204C (1)
Service Water Supply to "C" Recirc. Spray HX
F.
TS 3.8-18 TABLE 3.8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 22.
MOV-SW-204D (1)
- 23.
MOV-SW-205A (1)
- 24.
MOV-SW-205B (1)
- 25.
MOV-SW-205C (1)
- 26.
MOV-SW-205D (1)
- 27.
HCV-CV-200
- 28.
TV-GW-200
- 29.
TV-GW-201
- 30.
TV-GW-202
- 31.
TV-GW-203
- 32.
TV-GW-204
- 33.
TV-GW-205
- 34.
TV-GW-206
- 35.
TV-GW-207
- 36.
TV-GW-211A
- 37.
TV-GW-211B MANUAL VALVES
- 1.
2-SI-150 (2)
- 2.
2-SI-32
- 3.
2-SA-81
- 4.
2-SA-82
- 5.
2-IA-704
- 6.
2-VA-1 FUNCTION Service Water Supply to "D" Recirc. Spray HX Service Water Return from "A" Recirc. Spray Service Water Return from "B" Recirc. Spray Service Water Return from "C" Recirc. Spray Service Water Return from "D" Recirc. Spray Containment Vacuum Isolation Suction from Cont. to H2 Analyzer III Suction from Cont. to H2 Analyzer Ill Discharge from H2 Analyzer Ill to Containment Discharge from H2 Analyzer Ill to Suction from Cont. to H2 Analyzer Suction from Cont. to H2 Analyzer Discharge from H2 Analyzer Discharge from H2 Analyzer Grab Sample Grab Sample Bypasses MOVs 2867 C and D Accumulator Fill Service Air to Containment 112 to 112 to Containment 112 112 Containment Containment Service Air to Containment Instrument Air to Containment Aerated Drains from Primary Vent Pot HX HX HX HX
G.
TS 3.8-19 TABLE 3.8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER
- 7.
2-VA-9
- 8.
l-IA-704
- 9.
2-FP-151
- 10.
2-FP-152
- 11.
2-RL-3
- 12.
2-RL-5
- 13.
2-RL-13
- 14.
2-RL-15
- 15.
2-SI-73
- 16.
2-SI-174 (2)
- 17.
2-SW-208
- 18.
2-SW-206
- 19.
2-CV-2 CONTAINMENT CHECK VALVES
- 1.
2-VP-12
- 2.
2-RS-17 (2)
- 3.
2-RS-11 (2)
- 4.
2-CS-13 (2)
- s.
2-CS-24 (2)
- 6.
2-IA-864 FUNCTION Aerated Drains from Primary Vent Pot Cross Tie from #1 Instrument Air Header Fire Protection Supply to Containment Fire Protection Supply to Containment Discharge of Reactor Cavity Purification Pumps -
Outside Containment Discharge of Reactor Cavity Purification Pumps -
Inside Containment Suction of Reactor Cavity Purification Pumps -
Inside Containment Suction of Reactor Cavity Purification Pumps -
Outside Containment Accumulator N2 Fill - Outside Containment Bypasses MOV-2869A Recirc. Spray HX Service Water Drain Recirc. Spray HX Service Water Drain Containment Vacuum Isolation Air Eject. Discharge to Containment - Inside Containment Recirc. Spray Discharge to Containment - Inside Containment Recirc. Spray Discharge to Containment - Inside Containment Cont. Spray Discharge to Containment - Inside Containment Cont. Spray Discharge to Containment - Inside Containment Instr. Air Supply to Containment - Inside Containment
TS 3.8-20 TABLE 3.8-2 (3)
UNIT NO. 2 CONTAINMENT ISOLATION VALVES (Continued)
VALVE NUMBER FUNCTION
- 7.
2-IA-868 Instr. Air Supply to Containment - Inside Containment
- 8.
2-SI-234 N2 Supply to Accumulator - Inside Containment
- 9.
2-RC-160 PG Water Supply to Containment - Inside Containment
- 10.
2-RM-3 Rad. Monitoring Suction - Inside Containment
- 11.
2-CC-177 (1)
Component Cooling Supply to "A" RHR HX
- 12.
2-CC-176 (1)
Component Cooling Supply to "B" RHR HX
- 13.
2-CC-242 (1)
Component Cooling Supply to "A" Air Recirc. Cooler
- 14.
2-CC-233 (1)
Component Cooling Supply to "B" Air Recirc. Cooler
- 15.
2-CC-224 (1)
Component Cooling Supply to II C" Air Recirc. Cooler
- 16.
2-CH-309 (2)
Normal Charging Header
- 17.
2-CC-l (1)
Component Cooling Supply to "A" RCP
- 18.
2-CC-58 (1)
Component Cooling Supply to "B" RCP
- 19.
2-CC-59 (1)
Component Cooling Supply to II C" RCP
- 20.
2-FP-165 (1)
Fire Protection Header - Inside Containment
- 21.
2-SI:-224 (1)
HHSI Alternate Supply to Cold Legs
- 22.
2-SI-225 (1)
HHSI Normal Supply to Cold Legs
- 23.
2-SI-226 (1)
HHSI to Hot Legs
- 24.
2-SI-227 (1)
HHSI to Hot Legs
- 25.
2-SI-228 (1)
LHSI to Hot Legs
- 26.
2-SI-229 (1)
LHSI to Hot Legs Notes:
(1) - Not subject to Type "C" Testing (2) - Valves are Type C tested and are not required to be vented and drained during a Type A test (3) - Modifications to this table should be submitted to the NRC as part of the next license amendment
_J
TS 4.4-1 4.4 CONTAINMENT TESTS Applicability Applies to containment leakage testing.
Objective To assure that leakage of the primary reactor containment and associated systems is held within allowable leakage rate limits; and to assure that periodic surveillance is performed to assure proper maintenance and leak repair containment.
during the service life of the Specification A.
Periodic and post-operational integrated leakage rate tests of the containment shall be performed in accordance with the requirements of 10 CFR 50, Appendix J, "Primary Reactor Containment Leakage Testing for Water Cooled Power Reactors."
B.
Testing Requirements
- 1.
Type A tests will be performed in accordance with the peak pressure test program as defined in Paragraph III, Appendix J.
- a.
The absolute method of leakage rate testing will be used as the method for performing the test.
The accuracy of the Type A test shall be verified by a superimposed verification test.
Testing is to be done in accordance with the guidelines in ANSI/ANS-56.8-1981.
- b.
The leakage rate test will be performed at a pressure of at least 44.2 psig (P ).
- a
- c.
e e
TS 4.4-2
- c.
The "as-found" measured leakage rate (L
)
shall be less am than or equal to the design basis accident leakage rate (L) a of 0.1% weight per 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> at pressure P, which includes a
Type B and C tests performed during the same outage as the Type A test or performed during the previous cycle of operation.
The "as-left" measured leakage rate (Lam) shall not exceed 75%
of the design basis accident leakage rate (L )
- a
- 2.
Type B and C tests will be performed at a pressure of at least 44.2 psig (P) in accordance with the provisions of Appendix J, a
Section III.B and C.
Within 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> after use of the personnel airlock, the seals will be tested at or above the peak calculated accident pressure to verify that they are properly sealed.
The emergency escape airlock seals will be tested at 10 psig within 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> of use.
Acceptance Criteria
- 1.
Type A test
- a.
For test scheduling and reportability the Type A test will be considered satisfactory if the "as-found" measured leakge rate (L
)
is less than or equal to the design basis accident am
- b.
leakage rate (L) a To resume plant operations, the Type A
test will be considered satisfactory if the "as-left" measured leakage rate (L
) does not exceed 0.75 L.
am a
- 2.
Type Band C tests will be considered to be satisfactory if the acceptance criteria delineated in Appendix J, Sections III.A.S(b),
III.B.3, and III.C.3 are met.
/
e TS 4.4-3 D.
Retest Schedule E.
The retest schedules for Type A, B, and C tests will be in accordance with Section III.D of Appendix J.
Inspection and Reporting of Tests Inspection and reporting of tests will be in accordance with Section V of Appendix J.
Basis The leaktightness testing of all liner welds was performed during con-struction by welding a structural steel test channel over each weld seam and performing soap bubble and halogen leak tests.
The containment is designed for a maximum pressure of 45 psig.
The con-tainment is maintained at a subatmospheric air partial pressure which varies between 9 psia and 11 psia depending upon the cooldown capability of the Engineered Safeguards and is not expected to rise above 44.2 psig for any postulated loss-of-coolant accident.
The test pressure for the containment expansion and determine the effects of pressure of 45.0 psig.
Type A test equalization.
pressurizing This review is 47.0 psig to allow for A review was performed to containment above its design was based on the original containment test at 52 psig.
During that test, the calculated stresses were found to be well within the allowable yield strength of the structural reinforcing bars, therefore performance of the Type A test at 47 psig will have no detrimental effect on the containment structure.
All loss-of-coolant integrated containment accident leakage containment volume per 24 hr.
evaluations have been based on rate not to exceed 0.1 percent an of
e TS 4.4-4 The above specification satisfies the conditions of 10 CFR 50.54(0) which states that primary reactor containments shall meet the containment leakage test requirements set forth in Appendix J.
Specific exemption to the "as-found" leakage rate criterion (1
)
has been am granted.
The required "as-found" leakage rate criterion (1
) is less am than or equal to 1.0 L a rather than.75 L a as required by 10 CFR 50 Appendix J, Article III.A.5(b).
This action retains the same margin to safety by requiring the "as-left" leakage criterion (Lam) to be maintained as 75%
of L, a
but will prevent unnecessary pressurization (stressing) of the containment.
References FSAR Section 5.4 FSAR Section 7.5.1 FSAR Section 14.5 10 CFR 50 Appendix J Design Evaluation of Containment Tests and Inspections of Containment Design Bases of Engineered Safeguards Instrumentation Loss of Coolant Accident "Primary Reactor Containment Leakage Testing for Water Cooled Power Reactors"
TS 6.6-15,
- 4.
Containment Leak Rate Test Each containment integrated leak rate test shall be the subject of a
summary technical report.
Upon completion of the initial containment leak rate test specified by Appendix J to 10 CFR 50, a
special report shall be submitted to the Director, Division of Reactor Licensing,
- USNRC, Washington, D.
C.
- 20555, and other containment leak rate tests specified by Appendix J that fail to meet the acceptance criteria of the appendix unless specifically exempted by these Technical Specifications, shall be the subject of special summary technical reports pursuant to Section V.B of Appendix J:
- a.
"Report of Test Results The initial Type A tests shall be subject of a
summary technical report submitted to the Commission approximately 3
months after the conduct of the test.
This report shall include a
schematic arrangement of the leakage rate measurement system, the instrumentation used, the supplemental test method, and the test program selected as applicable to the initial test, and all subsequent periodic tests.
The report shall contain an analysis and interpretation of the leakage rate test data to the extent necessary to containment's criteria."
demonstrate leakage rate the in acceptability of the meeting the acceptance "For periodic tests, leakage rate results of Type A, B, and C
tests that meet the acceptance criteria of Technical Specification 4.4C and Sections III.B.3 or III.C.3, of 10 CFR 50 Appendix J,
respectively, shall be reported in the licensee's periodic operating report.
Leakage test results of Type A,
B, and C tests that fail to meet the acceptance criteria of Technical Specification 4.4C and Sections III.B.3 or III.C.3 of 10 CFR 50 Appendix J, respectively, shall be reported in a separate summary report that includes an