ML20072R918
| ML20072R918 | |
| Person / Time | |
|---|---|
| Site: | Beaver Valley |
| Issue date: | 03/22/1983 |
| From: | Varga S Office of Nuclear Reactor Regulation |
| To: | |
| Shared Package | |
| ML20072R920 | List: |
| References | |
| NUDOCS 8304060435 | |
| Download: ML20072R918 (15) | |
Text
-.-
e, UNITED STATES j
m [',g NUCLEAR REGULATORY COMMISSION
- W /c E WASHINGTON, D. C. 20555 Y
h.
cs g
DUQUESNE LIGHT COMPANY OHIO EDISON COMPANY PENNSYLVANIA POWER COMPANY DOCKET NO. 50-334 BEAVER VALLEY. POWER STATION, UNIT NO. 1 AMENDMENT TO FACILITY OPERATING LICENSE Amendment No. 65 License No. DPR-66 1.
The Nuclear Regulatory Commission (the Comission) has fou'nd that:
A.
The application for amendnient by Duquesne _ Light Company, Ohio Edison Company, and Pennsylvania Power Company (the licensees) dated August 3,1982, supplemented by letters dated October 5 and October 25, 1982, complies with the standards and requirements of the Atomic Energy Act of 1954, as amended (the Act) and the Commission's rules and regu-lations set forth in 10 CFR Chapter I; B.
The facility will operate in conformity with the application, the provisions of the Act, and the rules and regulations of the Commission; C.
There is reasonable assurance (1) that the activities authorized by this amendment can be conducted without endangering the health and safety of the public, and (ii) that such activities will be conducted in compliance with the Commission's ~ regulations; D.
The issuance of this amendment will not be inimical to the common defense and security or to the health and safety of the public; and E.
The issuance of this amendment is in accordance with 10 CFR Part 51'of the Comission's regulations and all applicable requirements have been satisfied.
C304060435 830322 PDR ADOCK 05000334 P
_;PDR
. 2.
Accordingly, the license is amended by changes to the Technical Specifications as indicated in the-attachment to this license amendment, and paragraph 2.C.(2) of Facility Operating License No. DPR-66 is hereby amended to read as follows:
(2) Technical Specifications The Technical Specifications contained in Appendices A and B, as revised through Amendment No. 65, are hereby incorporated in the license. The licensee shall operate the facility in accordance with the Technical Specifications.
3.
This license amendment is effective as of the date of its issuance.
FOR THE NUCLEGR REGULATORY COMMISSION fi h
f i
to r
e Operating Reactors 3( dh el Division of Licensin
Attachment:
Changes to the Technical Specifications Date of Issuance:
March 22,1983 4
e
ATTACHMENT TO LICENSE AMENDMENT AMENDMENT NO. 65 TO FACILITY OPERATING LICENSE NO. DPR-66 DOCKET NO. 50-334 Revise Appendix A as follows:
Remove Pages Insert Pages 3/4 6-3 3/4 6-3 3/4 6-19a 3/4 6-19a 3/4 6-19b 3/4 6-19b 3/4 6-19c 3/4 6-19c 3/4 6-19d 3/4' 6-19d 3/4 6-19e 3/4 6-19e 3/4 6-19f 3/4 6-19f 3/4 6-19g 3/4 6-19h 3/4 6-191 3/4 6-19j i
3/4 6-19k
=
6 9
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-o
s CONTAINMENT SYSTEMS SURVEILLANCE REOUIREMENTS (Continued) b.
If any periodic Type A test fails to meet.75 L, the i
test schedule for subsequent Type A tests shall,be reviewed and approved by the Comission.
If two consecutive Type A i
tests fail to meet.75 L, a Type A test shall be performed at least every 18 months until two consecutive Type A tests meet
.75 L, at which time the above test schedule may be resumed.
The accuracy of each Type A test shall be verified by a c.
supplemental. test which:
1.
Confirms the accuracy.of the Type A test by verifying that the difference between supplemental and Type A test data is within 0.25 L,.
2.'
Has a duration sufficient to accurately establish the change in leakage for between the Type A test and the supplemental test.
3.
Requires the quantity of gas injected into the can'tain-ment or bled from the contaiment during the supplemental test to be equivalent to at least 25 percent of the total measured leakage rate at P, (38.3 psig).
d.
Type B and C tests shall be conducted with gas at P *(38.3 psig) atintervalsnogreaterthan24monthsexceptfort$stsinvolving:
1.
Air locks, 2.
Penetrations using continuous leakage monitoring systems, and 3.
Valves pressurized with fluid from a seal system.
e.
Air locks shall be tested and demonstrated OPERABLE per Sur-veillance Requirement 4.6.1.3.
f.
Leakage frcm isolation valves that are sealed.with fluid from a seal system may be excluded, subject to the provisions of Appendix J.Section III.C.3, when determining the combined leak-age rate provided the seal system and valves are pressurized to at least 1.10 P (42.1 psig) and the seal system capacity is adequate to mai8tain system pressure for at least 30 days.
Applicable valves e.ay be tested using water as the pressure fluid in accordance with. the Inservice Testing Program.
BEAVER VALLEY - UNIT 1 3/4 6-3 Amendment no. 65 e
y 1-
TABI.E 3.6-L CONTAINMENT PENi:',TRATIONS i
HAXIMUN MAXIMtM '
PENT.
iNSIDE STROKE OUTSIDE STROKF.
3 NO.-ARFA IDENTIFICATION / DESCRIPTION VALVE TIME *(SEC) val.VE TIME *(SEC) 1-D CCR to RilS lix 1 A & RilS Pump 1A Seal Cooler (1)MOV-1CC-112A2 N/A (1)1CCR-247 N/A U
2-D CCR from RilS lix LB & RilS Pump 1B Seal Cooler (1)MOV-1CC-11253 N/A (1)1CCR-252 N/A 3
Spare e
M 4-D CCR from RilS Hx 1 A.& RilS Pump 1A Seal Cooler (1)MOV-1CC-112A3 N/A (1)1CCR-251 N/A 5-D CCR to RIIS lix 1B & RilS Pump 1B Seal Cooler (1)MOV-1CC-11282 N/A (1)1CCR-248 N/A e
6-B Spare 7-A Illgh llead SI to Ilot Legs (2)1SI-83 N/A (2)MOV-1SI-869A N/A
{
8-C CCR from RCP IB & IC Thermal Barriers
-(B)TV-1CC-107D1 20 (B)TV-1CC-107D2 20
[
9-B CCR from Shroud Coolers (B)TV-1CC-111D1 20 (B)'TV-1CC-111D2 20 E
i 10-B Spare 11-B Air Recirc. Cooling Water-Out (B)TV-1CC-110D 30 (B)TV-1CC-110F2 30 (B)TV-1CC-110FL 30 12-A Spare 13-D Deluge System to CNHT llose Reels IFP-827 N/A TV-1FP-107 N/A 14-D Air Rectrc. Cooling Water-In (B)TV-1CC-110E3 30 (B)TV-1CC-110E2 30 L5-A Coolant System Charging (2)1CH-31 N/A (2)HOV-1CH-289 L5 g
16-B CCR to Shroud Coolers (B)TV-1CC-111A2 20 (B)TV-1CC-111A1 20
TABl.E 3.6-1 CONTAINHENT PENETRATIONS y
MAX 1HIM HAXIHilH PENT.
INSIDE STROKE OUTSIDE STROKE g
NO.-AREA IDENTIFICATION / DESCRIPTION VALVE TIHE*(SEC)
VALVE TIHE*(SEC)
U 4
17-A CCR to RCP 18 (B)TV-1CC-103B1 20 (B)TV-1CC-1038 20 c'
18-A CCR to RCP IC (B)TV-1CC-103C1 20 (B)TV-1CC-103C 20 19-A RCP's Seal Water Return (A)HOV-1CH-378 15 (A)HOV-1Cil-381 15 ICH-369 N/A 20-C SI Accum. Makeup ISI-42 N/A (1)1SI-41 N/A 21-B Spare w
22-B Spare s~
p 23-B Spare w$
24-SgD RilS to RWST 1RH-14 N/A 1RH-15 N/A 1RH-16 N/A 25-B CCR from RCP IB & IC Motors (B)TV-1CC-105D1 20 (B)TV-1CC-105D2 20 26-C CCR from RCP 1A 'lhermal Barrier (B)TV-1CC-107El J
(B)TV-1CC-107E2 10 2 7-C CCR from RCP 1A Hotor
^
(B)TV-1CC-105El 14 (B)TV-1CC-10$E2 14 Y
ca 28-A RCS letdown (A)TV-1CH-200A 7.5 (A)TV-1Cil-204 7.5
+
5.
(A)TV-1CH-2008 7.5 (A)TV-1CH-200C 7.5 (1)HOV-1Cil-142 N/A
+
g RV-ICII-203 N/A 29-A Primary Drain Transfer Pump #1 Discharge (A)TV-1DC-108A 5
(A)TV-1DC-108B 5
30-B Spare 31-D Deluge System to Cable Penetration Area IFP-804 N/A TV-1FP-105 N/A S
9
~
~
TARIE 3.6-1 CONTAINHENT PENETRATIONS as HAXIMIM MAXIMllN '
PENT.
INSIDE STROKE OUTSIDE STROKE NO.-AREA IDENTIFICATION / DESCRIPTION VALVE TIME *(SEC)
VALVE TIME *(SEC) 32-C Deluge System to RilR Area IFP-800 N/A TV-1FP-106 N/A w
4 33-C liigh IIcad SI to llot Legs (2)1SI-84 N/A
( 2) HOV-1SI-8698 N/A c:
34-A Spare 35-A Seal Injection Water RCP 1A (2)1Cil-181 N/A (2 )HOV-1CH-308A N/A 36-A Seal Injection Water RCP IB (2)1CH-182 N/A (2)HOV-1Cil-308B N/A 37-A Seal Injection Water RCP IC (2)lCil-183 N/A (2)HOV-1CH-308C N/A 38-A Containment Sump Pump Discharge
,(A)TV-1DA-100A LO (A)TV-1DA-1008 10 39-C Steam Generator IA Blowdown Closed System N/A (2)(A)TV-1BD-100A 20 i
G 40-A Steam Cenerator IB Blowdown Closed System N/A (2)(A)TV-1BD-1008 20 o
41-B Steam Cenerator IC Blowdown Closed System N/A (2)(A)TV-1BD-100C 20 42-C Compressed Air to Fuel Handling Equipment ISA-15 N/A ISA-14 N/A 43-3 Air Activity Honitor-Out (A)TV-1CV-102-1 5
(A)TV-1CV-102 5
k 44-B Air Activity Honitor-In (A)TV-1CV-101A 5
g (A)TV-ICV-1018 5
o 45-B Primary Grade Water to PRT 1RC-72 N/A (A)TV-1RC-519 12 46-A Charging Fill lleader (2) 1Cil-170 N/A (2 )(1)FCV-1CH-160 N/A 47-B Instrument Air IIA-91 N/A IIA-90 N/A S
9
2 TABLE 3.6-1 CONTAINMENT PENETRATIONS W
MAXIMUN MAX 1 HUM g
PENT.
INSIDE STROKE OITISIDE STROKE a
NO.-AREA IDENTIFICATION /DESCRI FFION VALVE TIME * (SEC)
VALVE TIME *(SEC)
(A)TV-IDG-109A2 5
(A)TV-1DG-109Al 5
48-B Primary Vent Ileader p
49-C Nitrogen Supply to PRT 1RC-68 N/A (A)TV-1RC-101 5
r
[
50-C Spare 51-C Spare 52-C Spare 53-C Nitrogen Supply to SI Accumulators (A)TV-1SI-101-2 5
(A)TV-1SI-101-1 5
y 54-B Spare i
- 55-1-A SI Accumtlator Sample (A)TV-ISS-109Al 20 (A)TV-ISS-109A2 20 55-2-A CNMT teakage Monitoring Open Taps (A)TV-11M-100A1 5
(A)TV-11N-100A2 5
i 55-3-A Spare 55-4-A PRT Cas Sample.
(A)TV-1SS-111A1 20 (A)TV-1SS-111A2.
20 56-1-A Pressurizer LL<luid Sample (A)TV-ISS-100A1 20 (A)TV-ISS-100A2 20 R
56-2-A RCS Cold Leg Sample (A)TV-ISS-102A1 20 (A)TV-1SS-102A2 20,
8 56-3-A RCS llot Leg Samples (A)TV-ISS-105A1 20 (A)TV-ISS-105A2 20 g
56-4-A S1N CEN 1A Blowdown Sample Closed System' N/A (2)(A)TV-LSS-117A 20 S7-1-!.
CNMT leakage Monitoring Open Taps (A)TV-11R-100A1 5
(A)TV-11R-100A2 5
O G
TABIE 3.6-1 CONTAINMENT PENETRATIONS f
MAXIMUM MAXINUPk-g PENT.
INSIDE STROKE OUTSIDE STROKE NO.-AREA IDENTIFICATION / DESCRIPTION VALVE TIME *(SEC)
VALVE TIME *(SEC) f p
57-2-A CNMT leakage Monitoring Open Taps (A)TV-IIM-100A1 5
4 (A)TV-It>t-100A2 5
57-3-A CNMT leakage Monitoring Sealed System (A)TV-11Jt-101A 5.
ICV-35 N/A e
57-4-A CNMT leakage Monitoring Sealed System (A)TV-11ht-101B 5
1CV-36 N/A' 58-B CCR to RCP 1A (B)TV-1CC-103Al 20 (B)TV-1CC-103A 20 59-C Spare 60-SgD low Ilead Si to Hot legs (2)1SI-13
' N/A (2)MOV-ISI-890A N/A R
(2)tSI-451 N/A 5'
Y G
61-SgD low Head S1 to Cold Legs (2)tSI-10 N/A (2 ) MOV-ISI-890C N/A
( 2)1SI-11 N/A (2)1SI-12 N/A 62-SgD Iow Head SI to llot Legs (2 )1SI-14 N/A (2)MOV-ISI-890B N/A (2)1SI-452 N/A 63-SgD QSP Discharge 360* Ileader 1QS-4 N/A (B)MOV-1QS-1015 75(4) 5.
64-SgD QSP Discliarge 360' Header 1QS-3 N/A (B)MOV-1QS-101A 75(4)
=,'
65 Fuel Transfer Tube (7) Flange N/A 66-SgD Outside RSP 2A Suction from CNMT' (B)(2)MOV-1RS-155A 75(4) 67-SgD Outside RSP 2B Suction from CletT (B)(2)MOV-1RS-155B 75(4) 68-SgU low Ilead SI Pump 1A Suction from CNMT Su p (9)(2)MOV-ISI-860A N/A 69-SgD low IIcad SI Pump 18 Suction from CletT Sump (9)(2 )HOV-1.SI-860B' N/A s
s TABLE 3.6-1
~
CONTAlfMENT PENETRATIONS i-as MAXIMtM MAXlMUM PENT.
INSIDE STROKE OUTSIDE STROKE NO.-AREA IDENTIFICATION / DESCRIPTION VALVE TIME *(SEC)
VALVE TIME *(SEC) i 70-SgD Outside RSP'2B Discharge IRS-1DL N/A-(B)(2) MOV-1RS-156B 75(4) 4 i
4 71-SgD Outside RSP 2A Discharge IRS-100 N/A (B)(2) MOV-1RS-156A 75(4) c l
f 72-SgD Spare 73-SgD Main Steam loop 1A Closed System N/A (2)TV-1MS-101A 5
Main Steam Line Drain Closed System N/A (2)TV-1MS-111A 10 j
Main Steam to Auxiliary Feed Pump Closed System N/A (2)MOV-1MS-105 N/A Main Steam Atmospheric Dump Closed System N/A (6)PCV-1MS-101A N/A Main Steam Safety Valves Closed System N/A (6) Safety Valves N/A 1
i 74-SgD Main Steam loop 1B Closed System N/A (2)TV-1MS-10tn 5
y
,g Main Steam Line Drain,
Closed System N/A (2)TV-1MS-111R 10 Main Steam to Auxilinry Feed Pump Closed System N/A (2)MOV-1MS-105 N/A 4,
Main Steam Atmospheric Demp Closed System N/A (6)PCV-lMS-101B N/A g
Main Steam Safety Valves Closed System N/A (6) Safety Valves N/A 75-SgD Main Steam Ioop IC Closed System N/A (2)TV-1MS-101C 5
Main Steam Line Drain Closed System N/A (2)TV-lMS-111C 10 Main Steam to AuxL11ary Feed Pump Closed System N/A (2)MOV-1MS-105 N/A Main Steam. Atmospheric Dump closed System N/A (6)PCV-1MS-101C N/A Main Steam Safety Valves Closed System N/A (6) Safety Valves N/A N
76-SgD W loop 1A Closed System N/A (2)MOV-1FW-156A 75 FW loop 1A Closed System N/A
.(2)FCV-1W-478 10
]
. 0" W Loop 1A Closed System N/A (6)MOV-1FW-158A N/A 7
Auxiliary Feedwater Loop 1A Closed System f8/A (2)MOV-lW-15 t E N/A 5
Auxiliary Feedwater Loop 1A Closed System N/A (2)MOV-lFW-151F N/A 8
77-SgD FW loop 1B Closed System' N/A (2)MOV-1FW-1568 75 FW loop 1B Closed System N/A (2)FCV-1FW-488 LO FW loop IB Closed System
.N/A-(6)MOV-1FW-1588 N/A l
Auxiliary Feedwater Loop lu Closed System N/A
. (2)MOV-1FW-15 tC N/A 1
Auxiliary Feedwater loop in
. Closed. System N/A (2)MOV-1W-151D' N/A
~
k
TABLE 3.6-1 COMfAlletENT PENETRATIONS to N
HAXIHtM HAXIMUM
~
N PENT.
INSIDE STROKE OUTSIDE STROKE
~
NO.-AREA IDENTIFICATION / DESCRIPTION val.VE T1HE*(SEC)
VALVE TlHEA(SEC)
U 78-SgD W loop IC Closed System N/A (2)HOV-1W-156C 75 l
M FW loop IC Closed System N/A (2)FCV-1FW-498 10 c
FW Ioop IC Closed System N/A (6)HOV-1W-158C N/A Auxillary Feedwater Loop IC Closed System N/A (2)HOV-1FW-151A N/A
[
Auxiliary Feedwater Loop IC Closed System N/A (2)HOV-1W-1518 N/A 79-SgD RW to lA RSP lix Closed System N/A (2)HOV-1RW-104A N/A 80-SgD RW to IC RSP Hx Closed System N/A (2)HOV-1RW-104C N/A 81-SgD RW to IB RSP lix Closed System N/A (2)HOV-1RW-104B N/A 82-SgD RW to ID RSP lix Closed System N/A (2)HOV-IRW-104D N/A
[
8 3-SgD RW from 1A RSP Hx Closed System N/A (2)HOV-1RW-105A N/A oT 84-SgD RW from IC RSP lix Closed System N/A (2)HOV-1RW-105C N/A 85-SgD RW from IB RSP lix Closed System N/A (2)HOV-1RW-105B N/A 86-SgD RW from ID RSP lix Closed System N/A (2)HOV-1RW-10$D N/A k
87-SgD 11 1scharge to CitiT lily-120 N/A 111Y-111 N/A 2
B 88-SgD 11 Discharge to CNHT 1HY-119 N/A IHY-110 N/A 2
~
5 89-SgD Hain Condenser Ejector Vent lAS-278 N/A (B)TV-ISV-100A 20 t
90-SgD CNHT Purge Exhaust VS-D-5-38 (5)8 VS-D-5-3A (5)8 91-SgD CNHT Purge Supply VS-D-5-5B (5)11 VS-D-5-5A (5)8 i
VS-D-5-6 N/A
-o TABLE 3.6-1 9
CONTAINHENT PENETRATIONS en HAXINUM HAXIHlH PENT.
INSIDE STROKE OUTSIDE STROKE NO.-AREA IDENTIFICATION /DE!,CRIPTION VALVE TIME *(SEC)
VALVE TIME *(SEC) n# '
C 92-A CNHT Vacuum Pump IB & H Recomb. Suction (A)TV-1CV-150C 7.5 2
4 (A)TV-1CV-1500
- 7. 5 n
Illy-102 N/A
. S Illy-104 N/A c.
93-B CNHT Vacuum Pump 1A & II Recomb. Suction (A)TV-1CV-150A
- 7. 5 2
(A)TV-1CV-150B 7.5 111Y-101 N/A 1HY-103 N/A 94-C CNMT Vacuum Ejector Suction llCV-1CV-151 N/A HCV-1CV-151-1 N/A h
95-64 11 Analyzer - CNHT lbme SOV-111Y-102B1 N/A SOV-Illy-102B2 N/A 2
95-69 H Analyzer - PRZR Cubicle SOV-Illy-10381 N/A
.SOV-111Y-103B 2 N/A 2
=r.
95-72 11 Analyzer Discharge SOV-1HY-104B1 N/A SOV-111Y-104B2 N/A 2
96-B High llead SI to Cold Legs (2)1St-95 N/A (2)HOV-ISI-836 N/A 97-1-A RilR Inlet Sample (A)TV-ISS-104A1 20 (A)TV-LSS-104A2 20
?f 97-2-A RilR Outlet Sample (A)TV-ISS-103Al 20 (A)TV-ISS-103A2 20 0
97-3-A CNHT Icakage Monitoring Open Taps (A)TV-IIli-100A1 5
(A)TV-II>l-100A2 5
re g
97-4-A Steam Cenerator IC Blowdown Sample Closed System N/A (2)(A)TV-ISS-117C 20 g
98-1-C Spare 9
9 e
e
TABLE 3.6-1 CONTAINHENT PENETRATIONS E
MAXIMUM MAX 1HIM PENT.
INSIDE STROKE OUTSIDE STROKE
",. NO.-AREA IDENTIFICATION / DESCRIPTION VALVE TIME * (S EC)
VALVE T1HE*(SEC)
P, 98-2-C Spare E
98-3-C Spare 9
98-4-C Spare e
99-C Spare 100-B Spare 101-B Spare u
102-B Spare s~
103-A Refueling Cavity Puriftcation Inlet IPC-38 N/A IPC-37 N/A p
w E
104-A Refueling Cavity Purification Outlet IPC-9 N/A IPC-10 N/A
~
10 5 B Steam Generator IB Blowdown Sample Closed System N/A (2)(A)TV-ISS-117B 20 105-2-B PRZR Vapor Sample (A)TV-ISS-112A1 20 (A)TV-1SS-112A2 20 105-3-B Spare
,s(
105-4-B Spare a
106-SgD SI Accunnslator Test Line
- (A)HOV-ISI-842 15 (A)TV-ISI-889
- 7. 5 e
o 10 7-C Spare
$ 108-B Spare 109-44 Inlet Flow Sample - CPNT Dome SOV-11iY-102A1 N/A SOV-1HY-102A2 N/A 109-49 Inlet Flow Sample - PRZR Cubicle SOV-1HY-103Al N/A SOV-111Y,-103A2 N/A 109-52 Flow Sample Discharge SOV-111Y-104A1 N/A SOV-1HY-104A2 N/A
I TABLE 3.6-1 CONTAINHENT PENETRATIONS us HAXIMUM MAXIMUN N
PENT.
INSIDE STROKE OUTSIDE STROKE NO.-AREA IDEKflFICATION/ DESCRIPTION VALVE TIME *(SEC)
VALVE TIMEA(SFC)
E?
110-1-C PRZR Dead Weight ' Calibrator Pf-RC-455A Closed System N/A (1)1RC-277 N/A
["
(1)1RC-278 N/A 4
110-2-C Spare g:
r" 110-3-C Spare e
110-4-C Spare 111-C Spare (7) Flange N/A
~
112-C Spare (7) Flange N/A t'
ll3-1-A BIT to Cold Legs (2)1SI-94 N/A (2 ) HOV-1SI-867C 15 (2)HOV-1SI-867D 15 T'
(3)(2)1SI-91 N/A G
u N,
Primary Containment Airlock Pil-P-1 5.-
S Equalization Valve (8)(7) 'SOV-IVS-2 N/A 5
Equalization Valve (7)1VS-169 N/A s
Equalization Valve (7)1VS-170 N/A
?
Equalization Valve (8) (7)SOV-IVS-4 N/A Equalization Valve (8)(7) SOV-IVS-5 N/A Equalization Valve (7)1VS '167 N/A Equalization Valve (7)1VS-168 N/A Equalization Valve (8)(7)SOV-IVS-6 N/A m
TABLE 3.6-1 CONTAINHEKf PKNETRATIONS T
us HAXIMUN MAXIMmt PENT.
INSIDE STROKE OUTSIDE STROKE NO.-AREA IDENTIFICATION / DESCRIPTION VALVE TIME *(SEC)
VALVE T1HE*(SEC) 0 Emergency Containment Airlock Pil-P-2 5
~
Equalization Valve (8)(7)1VS-172 N/A
~
Equalization Valve (8)(7) IVS-171 N/A (A) Containment Isola tion. Phase A.
(D) Containment Isolation Phase B.
(1)
Hay be opened on en intenaittent basis under admEntstrative control.
to (2)
Not subject to Type C leakage tests.
o E
(3)
Hay be leakage tested with water as the test fluid.
(4)
Maximum opening time.
(5)
Applicability:
During CORE ALTERATIONS or movement of irradiated fuel within containment.
l The provisions of specification 3.0.4 are not applicable. The codtainment Purge Exhaust and Supply valves will be locked shut during operation in modes 1, 2, 3, and 4.
El (6)
Not subject to the requirements of specification 3/4.6.3.
Listed in TABLE 3.6-1 for information only.
5 (7)
Tested under Type "B" testing.
3 (8)
Temporarily removed and penetration plugged.
(9)
Auto open on Safety Injection recirculatlod signal.
4 4