ML20070J797
| ML20070J797 | |
| Person / Time | |
|---|---|
| Site: | Oyster Creek |
| Issue date: | 07/31/1994 |
| From: | GENERAL PUBLIC UTILITIES CORP. |
| To: | |
| Shared Package | |
| ML20070J794 | List: |
| References | |
| PROC-940731, NUDOCS 9407250323 | |
| Download: ML20070J797 (124) | |
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OYSTER CREEK i
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NUCLEAR GENERATING STATION l
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1 PUMP AND VALVE INSERVICE TESTING PROGRAM i
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l Revision 8 9407250323 940715 July,1994 PDR ADOCK 05000219 1 P PDR
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LIST OF CHANGES FOR REVISION 8 l
SECTION 1.0 Added Reference concerning basis document 2.0 Revised to perform Vibration hionitoring in accordance with Oht-6 3.0 Revised to perfonn Stroke Time Testing in accordance with Oht-10 !
4.1 Revised to clarify Relief Request for Acceptance Criteria Oht-10 Stroke Time for rare cases where acceptance :
criteria is too restrictive ;
4.2 Revised for clarity 4.3 Deleted 4.5 Deleted APPENDIX A PUNIP TESTING i
Table 1 Deleted reference to Relief Request 3 l Added Augmented Fuel Pool Cooling Pumps )
Added Note 3 l Relief Request 1 Revised basis for Relief and Alternate Testing l
Relief Request 3 Deleted '
Relief Request 4 Revised for clarity
. APPENDIX B VALVE TESTING Added Code Class, Flow Drawing, ISI Drawing, and Note concerning deleted Relief Requests Table B1 Revised page numbers accordingly Table B2 Deleted Rupture Disk from Table Table B5 Deleted Rupture Disk from Table Relief Request 2 Corrected category of valve Relief Request 3A Deleted and removed page Relief Request 11 Revised for clarity and open and inspect Vertical Valve every other outage Relief Request 12A Deleted and removed page Relief Request 13 Revised for clarity Relief Request 14 Revised for clarity Relief Request 15A Deleted and removed page Relief Request 29 Deleted and removed page
. Relief Request 37 Revised for clarity of Alternate Testing Relief Request 40 Revised for clarity and added Note to indicate components are Non-Code Class Revision 8 July,1994
LIST OF CHANGES FOR REVISION 8 (continued)
APPENDIX B VALVE TESTING (cont'd)
Relief Request 41 Deleted and removed page Relief Request 42 Revised for clarity of Alternato Testing Relief Request 43 Revised for clarity Relief Request 45 Revised for clarity of Alternate Testing Relief Request 46 Deleted and removed page Relief Request 48 Deleted and removed page Relief Request 53 Deleted and removed page Blank pages associated with Relief Requests deleted in the past have been removed. Relief Requests deleted in the past are; 4, 7, 12,12B, 16, 19, 20, 21, 22, 23, 24, 26, 27, 28, 33, 34, 35, 36, 39, and 49.
TABLE 1 Generic change to all systems, added Code Classification, P&ID Drawing and ISI Drawing.
Main Steam Revised valve numbers to agree with valve tags and added Stroke Time Test for Electromatics.
Feedwater Deleted reference to Relief Request Emergency Service Water Deleted four Thermal Relief Valves that were categorized as Maintenance Valves Condensate Transfer Deleted mference to Relief Request, added Comment Pump Operation confirms open position Contml Rod Drive Deleted Rupture Disks on HCU's from program, components are Non-Ctxle Class and provide no safety related function Cleanup Deleted reference to Relief Request Fuel Pool Cooling Added Augmented Fuel Pool Cooling Check Valves to program Core Spray Added two Fill Pump Discharge Check Valves Containment Spray Deleted four Thermal Relief Valves that. were categorized as Maintenance Valves Containment Inerting Added Stroke Time requimment for V-23-070 and added two Manual Hard Vent Valves Reactor Sample Deleted reference to Relief Request Head Cooling Deleted reference to Relief Request Recirculation Added Excess Flow Check Valve V-37-029 Hydrogen / Oxygen Monitoring Deleted two valves removed from system Revision 8 July,1994
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l PUMP AND VALVE TEST PROGRAM )
FOR THE OYSTER CREEK NUCLEAR GENERATING STATION I TABLE OF CONTENTS !
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1.0 INTRODUCTION
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ' 5 ;
2.0 PUMP TEST PROGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 1 i
3.0 VALVE TEST PR OGRAM , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 4.0 GENERIC CODE RELIEFS ................................ 6 ,
5.0 COLD SHUTDOWN TESTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 6.0 EMERGENCY DIESEL SYSTEMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 1
1 APPENDIX A - OYSTER CREEK PUMP TEST PROGRAM . . . . . . . . . . . . . . . . . 9 l
SUMMARY
OF INFORMATION PROVIDED . . . . . . . . . . . . . . . . . . . . . 9 '
TABLE 1 OYSTER CREEK NUCLEAR POWER STATION l INSERVICE INSPECTION PUMP TEST PROGRAM . . . . . . . . . . . . 10 1 1
RELIEF REQUEST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 !
1 APPENDIX B - OYSTER CREEK VALVE TEST PROGRAM . . . . . . . . . . . . . . . 18 -
SUMMARY
OF INFORMATION PROVIDED , . . . . . . . . . . . . . . . . . . . 18 1 1
EXPLANATION OF CODES AND SYMBOLS USED IN THE OYSTER CREEK VALVE PROGRAM (TABLE 1) ....... 19 RELIEF REQUEST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 TABLE 1 OYSTER CREEK INSERVICE TESTLNG PROGRAM VALVE TEST REQUIREMENTS . . . . . . . . . . . . . . . . . . . . . . . 1-70 y
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Revision 8 j July,1994 "
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PUMP AND VALVE TEST PROGRAM FOR THE OYSTER CREEK NUCLEAR GENERATING STATION
1.0 INTRODUCTION
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l The pump and valve test programs for the Oyster Creek Nuclear Generating ,
Station are pmsented as Appendices A and B. Both programs were developed with I l
consideration given to the boundary classification guidelines contained in 10 CFR 50.2(v) for Quality Group A and Regulatory Guide 1.26 for Quality Groups B and C. (Quality Group A is the same as ASME Class 1, Group B is i Class 2, and Gmup C is Class 3). This program has been reviewed with respect to i the requirements of NRC Generic I.etter 89-04 " Guidance on Developing Acceptable ,
Inservice Testing Programs". A basis document has been prepared for the Pump and Valve Inservice Test Program. This document is available for review at the '
Oyster Creek Site. l l
2.0 PUMP TEST PROGRAM The pump test program shall be conducted in accordance with Subsection IWP of Section XI of the 1986 Edition of the ASME Boiler and Pressure Vessel Code except j for relief requested under the provisions of 10 CFR 50.55a(g) (5) (iii). As permitted i by 10CFR50.55a(f)(4)(iv) all Pump Vibration Monitoring will be performed in ;
accordance with 1989 edition ASME Section XI as set forth in OM-6. Table A, j Appendix A, includes a list of pumps which require opemtional testing under the guidelines of Section XI, Subsection IWP-1100. Specific requests for relief are noted in Appendix A. Test parameters which will be measured for each pump are indicated. Installed plant instrumentation will be used for required pump test measurements, except for vibration. )
3.0 VALVE TEST PROGRAM The valve tes program shall be conducted in accordance with Subsection IWV of Section XI of the 1986 Edition of the ASME Boiler and Pressure Vessel Code except for relief requested under the provisions of 10 CFR 50.55a(g) (5) (iii). As permitted by 10CFR50.55a(f)(4)(iv) all Valve Stroke Time Testing will be performed by implementing the requirements of ASMI Section XI 1989 Edition as set forth in OM-
- 10. The valve test program is included as Appendix B. Specific requests for relief are noted in Table 1 of Appendix B.
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4.0 GENERIC CODE RELIEFS 4.1 Stmke Time Acceptance Criteria At Oyster Creek the limiting value of stroke time is the OM-10 acceptance criteria unless the requirements of the Technical Specifications or Safety Analysis are more mstrictive.
Based upon years of experience it has become apparent that relief to the acceptance criteria for stroke time as specified in OM-10 is needed for certain ;
valves. For some DC motor operated valves with stroke times slightly above i 10 seconds, the i 15 % from the reference value is too restrictive and will i result in declaring these valves inoperable inappropriately. The wider range in measured stroke times is due to variations in process variables, such as system ,
pressure, and/or DC bus voltage at the time of testing. Another example where !
the OM-10 criteria can be too restrictive is when no direct position indication exists for a valve, and the stroke time is based upon an observed parameter change such as pressure or flow. Timing valves in this manner can result in wider variations in stroke time measurements due to the subjective nature of J testing.
It is requested that in rare cases such as the above relief be granted from the !
stroke time acceptance criteria in OM-10. Any exceptions from the OM-10 acceptance criteria will require an Engineering Evaluation to record and justify the need and method used to establish the acceptance criteria. The acceptance criteria will be set to allow a reasonable deviation from the expected value without being overly restrictive such that the valves are declared inoperable inappropriately. The acceptance criteria used will be such that corrective action will be taken for a valve that may not perform its intended function. This methodology is consistent with the guidance provided in GL 89-04 and will provide an acceptable level of quality and safety.
4.2 System Out of Service Paragmph IWV-3416 of Section XI requires that for any systems out of service, all valves in that system shall be tested before the system is returned to service.
Oyster Creek Technical Specifications do allow for reduced system availability to accomplish maintenance or modifications to safety related systems during shutdown periods. To require testing of all valves in that system before returning the system to a reduced system availability would conflict with the allowable provisions of the Technical Specifications.
Revision 8 July,1994 1
When reduced system availability is permitted by Technical Specifications, i testing will consist of those valves necessary to satisfy the reduced system j availability as requimd by Technical Specifications. Prior to returning the i entire system back to service, all valves in that system shall be tested. j Compliance with the plant Technical Specifications will provide an acceptable level of quality and safety. l 4.3 DELETED 4.4 Containment Isolation Valve Leak Rate Relief is requested from the requirements or IWV 3427(b) regarding the J doubling of test frequency for valves 6 inches and larger whose leakage rate i exceeds the rate determined by the previous tests by an amount that reduces )
the margin between measured leakage rate and maximum permissible rate by )
50% or greater. Per NRC Generic Letter 89-04 position 10, the usefulness of this requirement does not justify the burden of complying with this requirement. Corrective action for all valves will be per IWV 3427(a).
4.5 DELETED 4.6 Safe Shutdown Testing Scope The scope of ASME Section XI for valves (IWV 1100) requires the testing of valves that are used to shut down the reactor to the cold shutdown condition. I The licensing basis for Oyster Creek is to bring the plant to Hot Standby. The IST program, therefore, will not include components specifically used to bring the reactor from hot standby to cold shutdown since this exceeds the plant licensing basis. 1 1
4.7 Appendix J Containment Isolation Valves j Many of the containment isolation valves are required to be seat leak tested in I accordance with the 10CFR50, Appendix J, Type C program. Irak testing as required by IWV-3420 at low pressure is redundant to the Seat Leak Test required by 10CFR50, Appendix J, Type C for valves performing only a containment isolation function. Performing two separate tests would provide no additional useful data.
I The Seat Ieak Test mquired by ICCFR50, Appendix J, Type C will be performed, in lieu of a low Pressure Section XIIWV-3420 Seat Leak Test.
A High Pressure Seat Irak Test required for pressure isolation valves will still be performed in accordance with IWV-3420.
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i 5.0 COLD SHUTDOWN TESTING ,
Oyster Creek will commence testing as soon as the cold shutdown condition is !
achieved, but no later than 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> after cold shutdown, and will continue until all tests are complete or the plant is ready to return to power. Any testing not completed at one cold shutdown will be performed during any subsequent cold
. shutdowns that may occur before refueling to meet the Code specified testing frequency. For planned ccid shutdowns, where Oyster Creek will complete all the valves identified in the IST program for testing in the cold shutdown mode, exception to the above 48 hour5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> start time may be taken (refueling, etc.). In the case of frequent cold shutdowns, valve testing will not be performed more often than once every three months for Category A, B, and C valves.
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6.0 EMERGENCY DIESEL SYSTEMS i The inservice operability testing of pumps and valves associated with the Emergency - I Diesels are excluded from the enclosed test programs. These components are an integral part of the Emergency Diesel System and are functionally tested with each Emergency Diesel test. The diesels are functionally tested twice a month. Thus, the functional operability testing of the pumps and valves is performed at a frequency _
greater than that required by Section XI for either pumps or valves. Additionally, the failure of a pump or valve to perform its intended function will be identified by the failure of the associated Emergency Diesel to meet its functional requirements.
1 Revision 8 July,1994
APPENDIX A OYSTER CREEK PUMP TEST PROGRAM
SUMMARY
OF INFORMATION PROVIDED The pump test table (Table 1) provides the following information:
Individual pump identifier Speed Inlet Pressure Differential Pressure Flow Rate Vibration Amplitude Bearing Temperature An Indication whether Proper Lubricant Level is Observed Test Interval l
Relief Request (as applicable) 1 l
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l Revision 8 July,1994 TABLE 1 OYSTER CREEK NUCLEAR POWER STATION INSERVICE INSPECTION PUMP TEST PROGRAM INLET DIFF. FLOW BEARING LUB. RELIEF SYSTEM / PUMPS SPEEDS PRESSURE PRESSURE RATE VIBRATION TEMP. INDICATION REOUEST LIQUID POISON: NR Q Q Q Q NR YES 1 NP42A NP-02B CORE SPRAY: NR Q Q Q Q NR YES 1 NZOI-A NZOI-B NZOI-C NZOI-D NZO3-A NZO3-B NZO3-C NZO3-D CONTAINMENT SPRAY: NR Q Q Q Q NR YES 1 51-A 51-B 51-C 51-D SERVICE WATER: NR Q Q Q Q NR YES 1 1-1 1-2 EMERGENCY SERVICE WATER: NR Q Q Q Q NR NOS 1 1-1 1-2 1-3 1-4 CONDENSATE TRANSFER: NR Q Q Q Q NR YES 1 1-1 1-2 Revision 8 July,1994
TABLE 1 OYSTER CREEK NUCLEAR POWER STATION INSERVICE INSPECTION PUMP TEST PROGRAM (CONTINUED)
INLET DIFF. FLOW BEARING I.UB. REUEF SYSTEM / PUMPS SPEEDm PRESSURE PRESSURE RATE VIBRATION TEMP. INDICA *ITON REOUEST
. REACTOR BUILDLNG CLOSED COOUNG: NR Q Q Q Q NR YES 1 1-1 1 FUEL POOL COOUNG: NR Q Q Q Q NR YES 1 NN01-A NN01-B AUGMMrED FUEL NR Q Q Q Q NR YES 1 POOL COGUNGS:
NN01-C NN01-D LEGEND M - MON 11ILY Q - QUARTERLY
, NR - NOT REQUIRED
() - NOTE NUMBER NOTE 1 Synchronous and induction motors am not mquired to have a speed check, per IWP-4400.
NOTE 2 Lubricant level or pressure is observed for all pumps listed, as mquimd by Section XI (with the exception of the submerged water pumps, which have water lubricated bearings).
I NOTE 3 Augmented Fuel Pool Cooling Pumps pmvide' heat removal when Full Core Offload is performed. These' pumps will be tested in accordance with Table 1 only .when they am requimd to be used.-
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' RELIEF REOUEST 1 SYSTEM: All PUMPS: All CATEGORY: Varied i
FUNCTION: Varied TEST REQUIREMENT: Annual bearing temperature measurement for all pump -
bearings in accordance with IWP-3300.
BASIS FOR RELIEF: Vibration measurements taken on a quarterly basis are trended. Significant incmases in these readings will necessitate further vibration measurement with the use of a real time spectrum analyzer to define the source of the ;
increase. Use of the real time analyzer is a method to determine mechanical condition. OM-6 has removed the .l requirement for bearing temperature measurement because the j increased vibration monitoring required by OM-6 provides a :)
better method of determining mechanical condition. Bearing -l temperature measurements therefore contribute a redundant j measure of bearing condition and thus need not be performed. l
. . I ALTERNATE TESTING: Pump Vibration Monitonng will be performed in accordance -l with 1989 Edition ASME Section XI as set forth in OM-6. j u
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I RELIEF REOUEST 4 SYSTEM: Core Spray, Containment Spray, Emergency Service Water, Service Water, Condensate Transfer l PUMPS: Related to the above systems. -1 1
i CATEGORY: Varied FUNCTION: Suction pressure gages for above pumps.
TEST REQUIREMENT: IWP-4120 requires that full scale range of each instmment be three times the reference value or less.
BASIS FOR RELIEF: Containment Spray pump suction pressure (PI-21-349,350, 351, 352) l Range: -15 psig to +15 psig l
Accuracy: i0.6 psig (i2% of 30)
Typical Reference Values:
Containment Spray Pumps A B C D Suction Pressure (P3) 5 5 5 5.5 Discharge Pressure (Po) 71 71 71 71.5 l
Justification: Suction pressure is only a fraction of pump discharge pressure (7.7%, at most). A small change in suction pressure will have j minimal affects on the calculation of pump differential I pressum. Since Containment Spray is a fixed resistance system, pump flow is used to track pump performance.
Therefore, small changes in pump suction pressure will not '
impair analysis of pump performance.
Revision 8 July,1994 I
RELIEF REOUEST 4 (Con't)
Condensate Transfer pump suction pressure (PI-18, PI-20) l Range: -20 in Hg to +30 psig Accuracy: .5 psig ( l.67%) ,
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Typical Reference values * '
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Suction Pressure (P3) 12.5 8.5 j Discharge .;
Pressure (Po) 152.5 163 i
Justification: Condensate Transfer Pump suction pressure varies directly with Condensate Storage Tank level. Only PI-20, for Condensate Transfer Pump B, does not meet the Code requirement for range. Pump B's suction pressum is only ,
.5.2% of discharge pressure. A small change in the suction -1 pressure reading will have a minimal effect on pump differential pmssure values used for trending pump performance. Maintenance mquirements and failure predictions are based on long-term performance trends, in which any errors in suction pressure reading will tend to average out over time, so ability to analyze pump performance is not impaired.
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l RELIEF REOUEST 4 (Con't)
Emergency Service Water suction pressure (PI-533-1173,1172) -
Range: 0-10 psig Accuracy: i0.2 psig (i2%)
Typical Reference Values:
Emergency Service Water Pumps A B C D Suction Pressure (P3) 2.4 2.5 2.5 2.5 -
Discharge Pressure (Po) 157.0 165.8 148.5 149.5 Justification: P3 is a small fraction of Po (1.7% at most). A small change in P3will have a minimal effect on calculated differential pressure. These gauges essentially read intake water level and are used for purposes other than reading ESW suction pressure. The gauges must be able to indicate at least 5.81 psig (corresponding to 8 ft. above mean sea level) in order to take appropriate procedural actions in the event of intake ,
structure flooding. A change in range to a maximum of 7.2 psig to meet Code requirements would provide minimal !
benefit in increased accuracy and could possibly interfere with l use of these gauges for purposes other than In-Service Testing.
Also, a change from a 0-10 psig range wouM necessitate use .
of a non-standard gauge.
Revision 8 )
July,1994 "
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RELIEF REOUEST 4 (Con't)
I Service Water pump suction pressure (PI-533-1173,1172)
Range: 0-10 psig Accuracy: 0.2 psig ( 2%)
Typical Reference values:
Service Water Pumps A B '
Suction Pressure (Ps) 2.4 2.8 l 1
Discharge I Pressure (Po) 63/60/49 72/65/60 (see Note 1)
Justification: Ps is a small fraction of Po (4.9% at most). A small change I in P3will have a minimal effect on calculated differential ]
pressure. These gauges essentially read intake water level and - ;
are used for purposes other than reading Service Water suction 1 pressure. The gauges must be able to indicate at least 5.81 )
psig (corresponding to 8 ft. above mean sea level) in order to take appropriate procedural actions in the event of intake stmeture flooding. A change in range to a maximum of 7.2 psig to meet Code requirements would provide minimal ;
benefit in increased accuracy and could possibly interfere with use of these gauges for purposes other than In-Service Testing.
Also, a change from a 0-10 psig range would necessitate use j of a non-standard gauge.
NOTE 1 In order to test these pumps at the code required frequency each pump is baselined at three flow rates 4000,5000, and 6000 gpm, respectively. - Seasonal temperatures and varying heat loads require that certain flow rates be '
maintained to prevent plant transients and interfacing system . I trips.
. Revision 8 July,1994
RELIEF REOUEST 4 (Con't)
Core Spray main pump suction pressure (PI-25 A, B, C, D)
Range: 0-10 psig Accuracy: i0.2 psig ( 2%)
Typical Reference values:
Core Spray Pumps A B C D Suction Pressure (Ps) 2.3 3 1.4 4.5 Discharge Pressure (Po) 182 172 180 172 1
Justification: Ps is a small fraction of Po (2.6% at most). A small change in Ps will have a minimal effect on calculated differential pressure. Changing the range to meet Code requirements for -
the lowest reference value of 1.4 psig would make the high !
end a maximum of 4.2 psig. This maximum value would not l accommodate the normal variation in pressum reading (torus i water level plus any applied reference pressure) experienced !
for this pump from April 1987 to September 1992. Suction )
pressure readings have varied from 0.6 to 6.2 psig. All pumps exprience similar variations in suction pressure:
Core Spray Pumps NZ01 A NZ0lB NZ01C NZ01D P range 1.4-4.2 2.5-4.8 0.6-6.2 1.7-5.9 ;
Ps average 2.6 3.4 2.7 3.4 A 0-10 psig gauge is most suited to accommodate this variation in readings. Changing the range of three of these four gauges to meet Code requirements would be detrimental in one case (NZO1C), and would result in minimal gain in the other two cases.
Revision 8 July,1994 APPENDIX B OYSTER CREEK VALVE TEST PROGRAM The Valve Test Progmm is presented in TABLE 1. TABLE 1 provides the following information:
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- VALVE NUMBER
- SYSTEM NAME
- SYSTEM NUMBER
- PAGE NUMBER AND TOTAL PAGES WITHIN TABLE 1
- VALVE TYPE
- VALVE SIZE IN INCHES
- ACTUATOR TYPE
- CATEGORY AS PER ASME SECTION XIIWV CATEGORY A VALVES ARE SUBDIVIDED INTO THREE CLASSIFICATIONS:
Al VALVES ARE CONTAINMENT ISOLATION ONLY A2 VALVES ARE PRESSURE ISOLATION ONLY A3 VALVES ARE FOR BOTH CONTAINMENT AND PRFESURE ISOLATION 1
- NORMAL POSITION l
- POSITION TO PROVIDE NUCLEAR SAFETY FUNCTION ;
- ACTIVE OR PASSIVE i CODE CLASS
- RELIEF NUMBER (if required)
- REQUIRED TEST
- ALTERNATE TEST -i
- SAFETY FUNCTION I E
- FLOW DRAWING
- ISI BOUNDARY DRAWING NOTE: Relief Requests associated with the Valve Test Program are a part of Appendix B.
To maintain consistency in Program History and Development, Relief Requests have not been renumbered when specific Relief Requests have been deleted. The following is a listing of Relief Requests that have been deleted and are no longer active. Relief Requests 3A, 4, 7,12,12A,12B,15A,16,19, 20, 21, 22, 23, 24, l 26, 27, 28, 29, 33, 34, 35, 36, 39, 41, 46, 48, 49, and 53. i l
Revision 8 July,1994
APPENDIX B EXPLANATION OF CODES AND SYMBOLS USED IN TH.E OYSTER CREEK VALVE PROGRAM (TABLE 1)
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The tables included in this section identify the codes and symbols used in the valve test .
program presented in Table 1. These tables can be removed from the report to assist in reviewing and understanding the information provided in the valve program. The Valve Test Program included in this Report is grouped by system.
List of Tables TABLE TABLE TITLE PAGE B1 Index of Table 1 Systems 20 B2 Symbols-used to Designate Valve Type 21 B3 Symbols used to Designate Valve Actuator Type 22 B4 Symbols used to Designate Valve Position 23 B5 Symbols used for Valve Tests and Frequency 24 i
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Revision 8 July,1994 t-TABLE B1 4
INDEX OF TABLE 1 SYSTEMS VALVB' SYSTEM TABLE SYSTEM NUMBER PAGE MAIN STEAM 411 1 FEEDWATER 422 7 SERVICE WATER 531 8 EMERGENCY SERVICE WATER 532 9 REACTOR BUILDING CLOSED COOLING 541 11 s
INSTRUMENT AIR 852 13 CONDENSATE TRANSFER 424 14
, REACTOR INSTRUMENTATION 622 17
,- ISOLATION CONDENSER 211 20 CONTROL ROD DRIVE 225 '24 I CLEANUP DEMINERALIZER 215 27 SHUTDOWN COOLING 214 29-FUEL POOL COOLING 251 31 STANDBY LIQUID CONTROL 213 32
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CORE SPRAY 212 34 j CONTAINMENT SPRAY 241 44 i DRYWELL FLOOR AND EQUIPMENT 573 47 CONTAINMENT INERTING 242 48 REACTOR SAMPLE 551 51 DRYWELL AND SUPPRESSION 243 52 REACTOR BUILDING VENTILATION 822 56 REACTOR HEAD COOLING 216 58 RECIRCULATION 223 59 HYDROGEN AND OXYGEN MONITORING 666 65 POST ACCIDENT SAMPLING 555- 68 TRAVELING INCORE PROBE 623 69 Revision 8 July,1994
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APPENDIX B TABLE B2 SYMBOLS USED TO DESIGNATE VALVE TYPE 4
VALVE TYPES I
1 SYMBOL MEANING AN ANGLE VALVE
- BF BUTTERFLY 4
BL BALL CK CHECK DA DIAPHRAGM ;
GA GATE GL GLOBE PG PLUG RG REGULATING RL RELIEF SC STOP CHECK SK SPRING CHECK J
i Revision 8 July, -1994
APPENDIX B TABLE B3 SYMBOLS USED TO DESIGNATE VALVE ACTUATOR TYPE VALVE ACTUATOR TYPES SYMBOL MEANING A AIR OPERATOR M MANUAL OPERATOR MO MOTOR OPERATOR SA SELF ACTUATED S SOLENOID OPERATOR H HYDRAULIC OPERATOR E ELECTRICAL XP EXPLOSIVE OPERATOR Revision 8 July,1994 APPENDIX B TABLE B4 SYMBOLS USED TO DESIGNATE VALVE POSITION VALVE POSITION SYMBOLS MEANING O OPEN C CLOSED LO LOCKED OPEN LC LOCKED CLOSED TH THROTTLED O/C VALVE POSITION DETER-MINED BY OTHER SYSTEM PARAMETERS AS IN THE CASE OF ANY CHECK VALVE.
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APPENDIX B TABLE B5 SYMBOLS FOR VALVE TEST METHOD AND FREQUENCY CATEGORY A OR B VALVES EF1 EXERCISE VALVE (FULL STROKE) FOR OPERABILITY EVERY 3 MONTHS IN ACCORDANCE WITH SECTION XI, ARTICLE IWV-3410.
EF2 EXERCISE VALVE (FULL STROKE) FOR OPERABILITY DURING COLD SHUTDOWN MODE ONLY.
EF3 EXERCISE VALVE (FULL STROKE) FOR OPERABILITY DURING REFUEL-ING MODE ONLY.
EF4 VERIFY VALVE POSITION IS ACCURATELY INDICATED AT LEAST ONCE EVERY TWO YEARS FOR VALVES WITH REMOTE POSITION INDICATION.
EFS EXERCISE VALVE (WITH FAIL-SAFE ACTUATORS) TO OBSERVE PROPER OPERATION OF FAIL-SAFE MECHANISMS EVERY 3 MONTHS IN ACCORDANCE WITH SECTION XI, ARTICLE IWV-3410. I EF6 EXERCISE VALVE (WITH FAIL-SAFE ACTUATORS) TO OBSERVE PROPER OPERATION OF FAIL-SAFE MECHANISMS DURING-COLD SHUTDOWN /
EF7 EXERCISE VALVE (WITH FAIL-SAFE ACTUATORS) TO OBSERVE PROPER OPERATION OF FAIL-SAFE MECHANISMS DURING REFUELING.
ET EXERCISE VALVE TO MEASURE THE FULL STROKE TIME OF A POWER )
OPERATED VALVE. THE VALVE STROKE TEST WILL BE PERFORMED IN i ACCORDANCE WITH IWV-3410.
SLT1 SEAT LEAK TEST VALVE DURING REFUELING, BUT NOT LESS THAN ONCE EVERY 2 YEARS. LEAK RATE LIMITS WILL BE ESTABLISHED i AFTER INITIAL BASELI'NE TESTING IN A MANNER TO BE SPECIFIED BY THE LICENSEE.
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L APPENDIX B TABLE B5 SYMBOLS FOR VALVE TEST METHOD AND FREQUENCY CATEGORY C VALVES EFI EXERCISE VALVE (FULL STROKE) FOR OPERABILITY EVERY 3 MONTHS IN ACCORDANCE WITH SECTION XI, ARTICLE IWV-3500.
EF2 EXERCISE VALVE (FULL STROKE) FOR OPERABILITY DURING COLD SHUTDOWN MODE ONLY, WITH FREQUENCY NOT TO EXCEED ONCE EVERY THREE MONTHS.
EF3 EXERCISE VALVE (FULL STROKE) FOR OPERABILITY DURING REFUEL-ING MODE ONLY.
TF1 TESTING OF SAFETY, RELIEF AND VACUUM BREAKER VALVES IN ACCORDANCE WITH IWV-3510.
IN3 OPEN AND INSPECT ONE VALVE OF THE VALVE GROUPING AT EACH REFUELING. PARTIAL STROKE QUARTERLY WHEN POSSIBLE.
NOTE: ON CATEGORY C CHECK VALVES, WHOSE FUNCTION IS TO PREVENT REVERSE FLOW, THE TEST WILL BE PERFORMED TO PROVE THAT THE DISK TRAVELS TO THE SEAT PROMPTLY ON CESSATION OR REVERSAL OF FLOW.
CATEGORY D VALVES XP1 OPERATIONAL CHECKS OF EXPLOSIVE CHARGES WILL BE PERFORMED IN ACCORDANCE WITH IWV-3610.
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RELIEF REOUEST 1 SYSTEM- Reactor Shutdown Cooling VALVES: V-17-1, V-17-2, V-17-3, V-17-19, V-17-54, V-17-55, V-17-56, V-17-57 l
CATEGORY: B l
i FUNCTION: These valves function to provide isolation of the Shutdown Cooling System from the Reactor Recirculation System. They open to allow operation of the Shutdown Cooling System (non-safety related in the open direction).
TEST REQUIREMENT: Every three months, per IWV-3410.
BASIS FOR RELIEF: Valves V-17-19 and V-17-54 are interlocked and will not open when reactor coolant temperature is greater than 350'F.
Since the safety related function of these valves is to isolate the Shutdown Cooling System, the cycling of valves V-17-1, 2, 3, 55, 56, and 57 during power operation would degrade ,
their isolation function and, hence, the safety of the plant. !
ALTERNATE TESTING: These valves will be tested on a cold shutdown frequency, when coolant temperature is below 350*F.
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RELIEF REOUEST 2 SYSTEM: Standby Liquid Control-VALVES: V-19-16, V-19-20 CATEGORY: A1C FUNCTION: These valves operate in the closed direction to prevent reverse flow from the Reactor Coolant System into the Standby Liquid Control System, as well as for containment isolation, and open direction to permit injection of poison into reactor vessel.
TEST REQUIREMENT: Every three months, per IWV-3520.
BASIS FOR RELIEF: These valves cannot be exercised during power operation since flow through these valves would pump highly concentrated sodium pentaborate into the RCS, causing plant shutdown.
Performing this test during cold shutdowns requires flushing the Poison System for long periods of time resulting in large quantities of hazardous waste material and requires actuation
- of the explosive valves which would then require mplacement.
Performing this testing during cold shutdown would probably result in delaying plant startup.
ALTERNATE TESTING: These valves will be full stoke exercised during Poison System Full Flow Injection Test and Appendix J Type C Leak Rate Testing during refueling outages.
1 Revision 8 July,1994
RELIEF REOUEST 3 SYSTEM: Clean-up Demineralizer VALVES: V-16-62 CATEGORY: AIC FUNCTION: This check valve acts as a containment isolation valve in the event of an accident. During normal operation this valve allows flow to pass into the reactor coolant from the Clean-up -
Demineralizer System.
2 TEST REQUIREMENT: Full stroke exercise every three months, per IWV-3410.
BASIS FOR RELIEF: This valve cannot be exercised and verified closed (its safety position) during power operation due to the high pressure / temperature cond tions in recirculation loop "B".
This valve does not havr an exercising mechanism nor is it provided with position indication.
ALTERNATE TESTING: This valve will be exercised closed when the 10CFR50, Appendix J, Type C Test is performed during refueling.
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J Revision 8 July,1994
RELIEF REOUEST 5 SYSTEM: Hydraulic Control Unit VALVES: V-15 (126), V-15 (127)
CATEGORY: B FUNCTION: These valves (137 of each) are the scram inlet / outlet valves.
They function to scram the associated control rod.
TEST REQUIREMENT: Full stroke, test failure modes and stroke time every three months, per IWV-3410.
BASIS FOR RELIEF: CV-126 & 127 cannot be exercised during power operation since exercising these valves will scram the associated control rod. Withdrawal of the rod and rapid insertion at power could cause fuel damage to the core.
These valves are not provided with indication for both positions and stroke in the order of milliseconds thus measuring of stroke time is impractical.
ALTERNATE TESTING: Per Technical Specification requirements, a sample of 8 of these valves are tested during start-ups from cold shutdown if the sample has not tested in the previous 6 months. All valves are tested at refueling. Verifying the associated control rod meets the scram insertion time limits as defined in Technical Specifications is an acceptable method of detecting degradation of these valves.
Revision 8 July,1994 I
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RELIEF REOUEST 6 j SYSTEM: Hydraulic Control Unit VALVES: V-15 (106) (137 valves)
CATEGORY: A2C 4
FUNCTION: These stop-check valves act in the open position to charge the scram accumulators from the charging water header. They act in the closed position to allow a successful scram, in the event that the charging water header is depressurized and Reactor Pressure is less than 940 psia.
TEST REQUIREMENT: Every three months, per IWV-3520.
BASIS FOR RELIEF: Testing these valves during power operation would require depressurizing the scram charging system, causing a i degradation of the scram systems and a loss of normal cooling for control rod drives.
ALTERNATE TESTING: These valves (all 137) will be tested on a cold shutdown frequency by depressurizing the control rod drive charging water header and verifying by the depressurization rate of the associated Hydraulic Control Unit that the valves have shifted to the closed (safe) position.
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RELIEF REOUEST 8 SYSTEM: Hydraulic Control Unit VALVES: V-15 (108) (137 valves)
CATEGORY: C FUNCTION: Opens to allow displacement of fluid for successful scram function.
TEST REQUIREMENT: Every three months, per IWV-3520.
BASIS FOR RELIEF: These valves (137) can only be verified open during the actual scram testing. Verifying the associated control rod meets the scram insertion times specified in technical specifications is an acceptable alternative method of verifying the full open position of these valves.
ALTERNATE TESTING: Per Technical Specification requirements, a sample of 8 of the 137 valves are tested during start-up from cold shutdown if the l sample has not been tested in the previous 6 months. All J valves are tested at refueling. j i
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RELIEF REOUEST 9 SYSTEM: Control Rod Drive Hydraulic VALVES: V-15-27, V-15-28 CATEGORY: AIC FUNCTION: These check valves act as containment isolation valves in the event of an accident. They normally allow excess flow from the Control Rod Drive Hydraulic System to pass to the reactor vessel.
TEST REQUIREMENT: Every three months, per IWV-3520.
BASIS FOR RELIEF: These valves must be open during operation of the CRD Hydraulic System. The CRD Hydraulic System must be operable during power opemtion and is normally kept operating even during periods when the reactor is shut down.
These valves are not provided with exercise mechanisms or position indication, therefor closure of these valves can only be verified by indirect means.
ALTERNATE TESTING: These valves will be exercised on a refueling outage basis, when Appendix J, Type C Leak Rate Test is perfonned.
Revision 8 July,1994 I
RELIEF REOUEST 10 SYSTEM: Com Spray VALVES: V-20-150, V-20-151, V-20-152, V-20-153 CATEGORY: A2C FUNCTION: These valves act as pressure isolation valves and to prevent reverse flow from the Reactor Coolant System to the Core Spray System.
TEST REQUIREMENT: Every three months, per IWV-3410.
BASIS FOR RELIEF: During normal operation the differential pressure across the valve disc exceeds 1,000 psi. The Core Spray System pumps are not designed to operate against that high of a head, and the valve test operator requires zero pressure differential across the valve disc in order to cycle the valve and/or reactor vessel.
ALTERNATE TESTING: Exercise the valves for operability during cold shutdown using the test operator.
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SYSTEM: Core Spray VALVES: V-20-60, V-20-61, V-20-88, V-20-89
. CATEGORY: C FUNCTION: These valves provide isolation between the Core Spmy System and the Fire Protection System. These valves also provide a secondary source of makeup to the Reactor, utilizing fire water via the core spray piping, ,
TEST REQUIREMENT: Full stroke exercise every thme months, per IWV-3520.
BASIS FOR RELIEF: Initiating flow through these valves will cause unacceptable water chemistry transients in the suppression pool and/or mactor vessel.-
ALTERNATE TESTING: Two valves are in series with no test taps between valves, therefore, the valves are tested as a pair. The closed position of each pair of these valves is verified quaderly by means of a leak test. These valves will be disassembled and inspected to verify open and close stroke as permitted by NRC generic letter 89-04 Position 2. Before reinstalling the valve cap, the disc is manually lifted and allowed to swing closed. Due to unacceptable water chemistry it is not possible to test open these valves by means of flow. After reassembly the closed position of each pair of valves is verified by a leak test. Non-intrusive techniques presently available would not be feasible since they mquire flow through the valve. These valves form a group in that they are the same size, manufacturer model and materials of constmetion and required to pass the same flowrate. Two of the .
subject check valves am mounted venically, flow up, while the other two are in the horizontal. Since vertical is the more restrictive I orientation a venical valve was the first to be opened. No adverse -l conditions were observed. Therefore, these valves will be grouped J with the horizontal valves. One valve of the group will be :
disassembled during each refueling outage such that over four refueling outages all of the valves will have been inspected.- Also, .
i because the venical orientation is more restrictive a vertical valve will be selected every other refueling outage. While this is somewhat !
~l different than the GL 89-04 position it is GPUN opinion that since the valves do not see any active service and are of the same size and
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type, any wearing or degradation would be the same for all four -
valves. GPUN believes there is negligible benefit to safety by the disassembly of two valves each refueling outage as compared to the disassembly of one valve each refueling outage.
1 Revision 8 July,1994 V
RELIEF REOUEST 13 SYSTEM: Main Steam VALVES: V-01-173 (108A), V-01-174 (108B), V-01-175 (108C),
V-01-176 (108D), V-01-177 (1085)
CATEGORY: B FUNCTION: To provide automatic and manual pressure control for the RCS as well as providing for automatic depressurization of the RCS in case of an accident.
TEST REQUIREMENT: Full stroke exercise and measure stroke time every three months, per IWV-3410.
BASIS FOR RELIEF: Exercising these valves during power operation simulates a small-break transient, subjecting the RCS and related piping to unnecessary transients. These valves cannot be exercised at cold shutdown because reactor pressure is necessary to stroke the valves. No dimet position indication exists for these valves. However, acoustic monitors do provide an indirect means to determine position and can be used to time the stroke of these valves.
ALTERNATE TESTING: Valves will be full stroke exercised and stroke time measured during startup following a refueling outage; i.e., on a refueling outage frequency.
Revision 8 July,1994
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RELIEF REOUEST 14 SYSTEM: Main Steam VALVES: V-1-190, V-1-191, V-1-192, V-1-193 CATEGORY: C FUNCTION: These valves are installed on the discharge headers of the electromatic relief valves in the drywell and were designed to open upon a low pressure condition in the discharge line.
Relief of the low pressure condition after initial lifting and reseating of the electromatic relief valves will prevent a water column from being established due to the pressure differential between the discharge line and the toms. This water column is undesimble due to the potential increase in hydraulic forces during subsequent relief valve lifts. These valves do not provide any over pressure relief. ,
l TEST REQUIREMENT: Every three months, per IWV-3520. ;
BASIS FOR RELIEF: The drywell is a high radiation ama that is normally kept l inerted with a nitrogen atmosphere. These valves are not ]
provided with any mechanisms for exercising the internals, and the test method used requires mmoval of the valve inlet screen and the use of a special tool rig to stroke and measure the opening force. At the completion of the test, the tool rig is removed and inlet screen reinstalled. The installation and removal of the test rig and inlet screen does not require any disassembly of the valve internals. Themfore, no post testing is required after this exercise test.
ALTERNATE TESTING: Exercise at refueling, when conditions allow access to the drywell; i.e., when containment is de-inerted.
Revision 8 July,1994
l RELIEF REOUEST 15 SYSTEM: Feedwater VALVES: V-2-71, V-2-72, V-2-73, V-2-74 CATEGORY: A3C FUNCTION: These valves are the containment pressure isolation valves for the main feedwater lines.
TEST REQUIREMENT: Full stroke exercise every thme months, per IWV-3410.
BASIS FOR RELIEF: Exercising these valves during power operation would require isolation of the Feedwater System, which msults in plant shutdown. Two of these valves are inaccessible during cold shutdown when the containment atmosphem is inerted. These valves are not fitted with exercise arms or position indication.
ALTERNATE TESTING: These valves will be verified shut (which is their safety related position) during their Appendix J, Type C Seat Leak Test each refueling outage.
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Revision 8 July,1994
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l RELIEF REOUEST 17 SYSTEM: Closed Cooling Water VALVES: V-5-165 CATEGORY: AIC FUNCTION: This valve acts as a containment isolation valve for the Closed Cooling Water System.
TEST REQUIREMENT: Full stroke exercise every three months, per IWV-3410.
BASIS FOR RELIEF: The only method available to verify that this valve shuts (which is its safety related function) is via the Seat Leak Test performed during refueling outages.
ALTERNATE TESTING: This valve will be exercised.to the close position during the Appendix J, Type C Seat Leak Test each refueling outage.
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BELIEF REOUFET 18
. SYSTEM: Reactor Building Closed Cooling Water VALVES: V-5-147, V-5-166, V-5-167 CATEGORY: Al FUNCTION: These valves act as containment isolation valves for the Closed Cooling Water System.
TEST REQUIREMENT: Full stroke exercise every three months, per IWV-3410.
BASIS FOR REllEF: Full stroke exercising of these valves isolates cooling water flow to the RECIRC pumps. Isolation of cooling water during nonnal plant operation can cause damage to these pumps, thus requiring plant shutdown.
l ALTERNATE TESTING During cold shutdown these valves will be full stroke exercised.
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SYSTEM: Main Steam VALVES: V-1-7, V-1-8, V-1-9, V-1-10 CATEGORY: Al ,
l FUNCTION: The main steam isolation valves provide containment isolation ;
of the Main Steam Line.
TEST REQUIREMENT: Exercise valve (with fail-safe actuators) to observe proper operation of fail-safe mechanisms every three months per IWV-3410. I BASIS FOR RELIEF: These valves are air operated and have fail-safe operators that l are required to close the valves with no air assist. These valves currently cannot be tested every 3 months or during i cold shutdown unless drywell access is available due to the configuration. Drywell entry is required to observe the operators function properly per IWV-3410(e).
ALTERNATE TESTING: These valves will be fail-safe tested during cold shutdown I when drywell access is available and during refueling outages.
Revision 8 July,1994
R.ELIEF REOUEST 31 SYSTEM: Instrument Air VALVES: V-6-393 CATEGORY: AlC FUNCTION: This valve acts as a containment isolation valve for the Instrument Air System. !
1 TEST REQUIREMENT: Full stroke exercise every three months, per IWV-3410.
BASIS FOR RELIEF: The only method available to verify that this valve shuts l (which is its safety related function) is via the Appendix J, I Seat Leak Test performed during mfueling outages. I ALTERNATE TESTING: This valve will be exercised during the Appendix J, Tylm C !
Seat Irak Test at mfueling. I Revision 8 ;
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RELIEF REOUEST 32 SYSTEM: Instniment Air VALVES: V-6-395 CATEGORY: Al FUNCTION: This valve acts as a containment isolation valve for the Instmment Air System.
TEST REQUIREMENT: Full stroke exercise and stroke time every three months, per IWV-3410.
BASIS FOR RELIEF: Full stroke exercising of this valve isolates instmment air form the Main Steam Isolation Valves. Isolating the air supply could cause the MSIV's to begin to close causing unwanted tmnsients.
ALTERNATE TIISTING: During cold shutdown and during refueling outages this valve will be full stroke exercised and timed.
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Revision 8 July,1994
RELIEF REOUEST 37 SYSTEM: Core Spray VALVES: V-20-52, V-20-53, V-20-54, V-20-55 CATEGORY: C FUNCTION: Core Spray Booster Pump Discharge Check Valves TEST REQUIREMENT: Full stroke exercise every three months.
BASIS FOR RELIEF: The test line utilized for testing these valves will not pass the maximum flowrate of 4100 gpm. It will pass at least 3400 gpm.
ALTERNATE TESTING: The valves will be partial flow tested every three months and whenever the valves are returned to service after open and inspection activities. These valves are of the same manufacturer, size, model and type. One valve of this group will be opened and inspected at each refueling outage.
Revision 8 July,1994
1 RELIEF REOUEST 38 SYSTEM: Reactor Building Closed Cooling Water, Service Water VALVES: V-5-153, V-5-154, V-3-62, V-3-63 CATEGORY: C FUNCTION: Pump Discharge Check Valves TEST REQUIREMENT: Full stroke exercise, valve every three months. I l
BASIS FOR RELIEF: These valves will be checked for closure by verifying acceptable hydraulic performance of the parallel pump.
During certain times, both pumps must operate to provide cooling to Plant Systems and the Closure test is not possible without shutdown of the respective pump.
ALTERNATE TESTING: The valves will be tested every three months except for those periods when both pumps must operate. In that case, the frequency will revert to testing every three months as soon as single pump operation is possible.
Revision 8 July,1994
RELIEF REOUEST 40 SYSTEM: Hydrogen and Oxygen Monitoring VALVES: V-38-9, V-38-10, V-38-16, V-38-17, V-38-22, V-38-23, CATEGORY: Al FUNCTION: Containment Isolation TEST REQUIREMENT: Full stroke exercise, time and test function of fail safe features every three months.
BASIS FOR RELIEF: These valves cannot be stroked and timed without
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modifications. These valves do not have position indication.
Verification of cycle is by indirect means.
. ALTERNATE TESTING: These valves will be exercised and the fail safe feature tested during refueling but, the cycle cannot be timed.
NOTE: The above valves are Non-Code Class components.
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RELIEF REOUEST 42 i
i SYSTEM: Core Spray I l
VALVES: V-20-8, V-20-9, V-20-16, V-20-22 CATEGORY: C FUNCTION: Core Spray Main Pump Discharge Check Valves l TEST REQUIREMENT: Full stroke exercise every three months.
BASIS FOR RELIEF: The test line utilized for testing these valves will not pass the maximum flowrate of 4100 gpm. It will pass at least 3400 gpm.
ALTERNATE TESTING: The valves will be partial flow tested every three months and whenever the valves are returned to service after open and inspection activities. These valves are of the same manufacturer, size, model and type. One valve of this group will be opened and inspected at each refueling outage.
Revision 8 July,1994 RELIEF REOUEST 43 SYSTEM: Liquid Poison
. VALVES: V-19-37, V-19-38 CATEGORY: C FUNCTION: Pump Discharge Check Valves TEST REQUIREMENT: Exercise every three months.
BASIS FOR RELIEF: The means for testing these valves in the closed dimetion would involve mechanical operations that could involve personal hazard due to the high pressure output of the liquid .
poison pumps. Reverse flow through a positive displacement I pump is not a probable mode of failum and relief valve discharge and leakage is checked on a quarterly basis. These are the two possible paths should the pump discharge check .
valve fail in the open position. Quarterly pump testing and I relief valve leakage testing would detect any excessive 1 backflow and cause the operating pump to fail its acceptance I criteria. 'If this condition were to occur, the involved I components would be repaired or replaced.
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ALTERNATE TESTING: These valves are exercised every three months to verify full open position. No reverse flow test will be done. I Revision 8 July,1994
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RELIEF REOUEST 44 SYSTEM: Control Rod Drive VALVES: V-15-119, V-15-120, V-15-121, V-15-133, V-15-134, V-15-135, V-15-136, V-15-137 l 1
CATEGORY: B l
FUNCTION: Isolate the scram dump volume during a scram condition. j TEST REQUIREMENT: Exercise stroke time and verify operation of failure mode feature every three months.
BASIS FOR RELIEF: These valves can be exercised every three months but the test i or exercise solenoid to bleed off control air is not the solenoid i that would be used if the valves safety function were required.
A full scram signal is required to actuate the safety ftmetion !
so!anoids.
ALTERNATE TESTING: The valves will be exercised every three months but the failure mode and stroke timing will be done at cold shutdown.
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Revision 8 July,1994 RELIEF REOUEST 45 SYSTEM: Core Spray VALVES: V-20-50, V-20-51 CATEGORY: C FUNCTION: Core Spray Booster Pump Bypass Check Valves TEST REQUIREMENT: Full stroke exercise every three months.
BASIS FOR RELIEF: The test line utilized for testing these valves will not pass the maximum flowrate of 3700 gpm.
ALTERNATE TESTING: The valves will be partial flow tested every thme months and whenever the valves are returned to service after open and inspection activities. These valves are of the same manufactumr, size, model and type. One valve of this group will be opened and inspected at each refueling outage.
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Revision 8 July,1994
RELIEF REOUEST 47 SYSTEM: Drywell and Suppression, Containment Spray VALVES: V-26-1 V-26-2 V-26-3 V-26-4 V-26-5 V-26-6 V-26-7 V-26-8 V-26-9 V-26-10 V-26-11 V-26-12 V-26-13 V-26-14 V-21-15 V-21-18 CATEGORY: Various FUNCTION: Drywell and Torus Vacuum Breakers, and Torus Spray Valves TEST REQUIREMENT: Seat Leak Testing of each valve.
BASIS FOR RELIEF: Valves cannot be individually isolated in that they have no isolation valves.
ALTERNATE TESTING: Valves are tested as a group during Appendix J, Type A Test.
Combined limiting leakage is specified by the Technical Specifications. ,
Revision 8 July,1994 RELIEF REOUEST 50 SYSTEM: Various i
VALVES: V-623-001 V-38-039 V-38-093 V-623-002 V-38-040 V-38-094 V-623-003 V-38-041 V-40-006 V-623-004 V-38-043 V-40-008 V-38-037 V-38-044 V-40-012 V-38-038 V-38-046 V-40-024 CATEGORY: Al FUNCTION: Containment Isolation Valves TEST REQUIREMENT: Valves with remote position indicators shall be observed at least once every 2 years to verify that valve operation is accurately indicated.
BASIS FOR RELIEF: The above valves are contained or sealed units such that valve position cannot be verified by local observation.
ALTERNATE TESTING: The position indicators for the above valves will be verified at least once every 2 years. The remote position indicators provided on these valves am used to determine valve position prerequisite to system operation and local leak rate testing.
Proper system operation will verify accurate open position indication and successful leak rate test results will verify accurate closed indication.
I Revision 8 July,1994
l REIJEF REOUEST 51 .;
SYSTEM: Various
. VALVES: V-01-07 V-22-001 V-23-021 l V-01-08 V-22-002 V-23-022 i l
V-01-09 V-22-028 V-27-001 V-01-10 V-22-029 V-27-002 V-05-147 V-23-013 V-27-003 V-05-166 V-23-014 V-27-004 V-05-167 V-23-015- V-28-017- I V-%-395 V-23-016 V-28-018 V-16-001 V-23-017 V-28-047 V-16-002 V-23-018 V-31-002 i V-16-014 V-23-019 V-16-%1 V-23-020 c CATEGORY: A1 j FUNCTION: Containment Isolation Valves TEST REQUIREMENT: Valves with remote position indicators shall be observed at least once every 2 years to verify that valve operation is accurately indicated.
BASIS FOR RELIEF: The above valves are located in radiation amas. Iocal observation to verify the accuracy of the position indicators will result in unnecessary radiation exposure. Alternate means can be used to verify accurate position indication.
- . . R" ALTERNATE TESTING: The position indicators for the above valves will be verified at least once every 2 years. The remote position indicators provided on these valves are used to determine valve position -
prerequisite to system operation and local leak rate testing.-
Proper system operation will verify accurate open position indication and successful leak rate test results will verify -
accurate closed indication.
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~ RELIEF REOUEST 52 SYSTEM: Control Rod Drive VALVES: V-15 (106) (137 valves one per Hydraulic Control Unit)
CATEGORY: A2C CLASS: 2 l
FUNCTION: These stop-check valves act in the open position to charge the scram accumulators from the charging water header. They act in the closed position to allow a successful scram, in the event that the charging water header is depressurized and reactor pressure is less than 940 psia.
TEST REQUIREMENT: Leak rate test per IWV-3420.
BASIS FOR RELIEF: The owner established permissible leak rate for these valves is based upon maintaining the HCU pmssure above a specific value for a given period of time. This can be demonstrated by observing the depressurization rate of the Hydraulic Control )
Units and verifying that they are within acceptable limits. I This type of testing is done on all 137 Hydraulic Control l Units simultaneously. Those valves that pass the owner l established criteria are not tested further to determine the actual leak rate since a tight valve will take an indefinite period of time to depressurize the Hydraulic Control Unit.
ALTERNATE TESTING: These valves (all 137) will be leak tested at least once every two years to ensure they are capable of performing their intended function. The leak test shall consist of monitoring the depressurization rate of each associated Hydraulic Control Unit to verify it is within the owner established limits.
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Revision 8 July,1994
OTSTER CPEEK INSFPVICE TESTING PPOGRAM REVISIOW 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUIREMENTS l PAGE 1 OF 70 SYSTEM 411 MAIN S1 TAM l l l l l POSITION l ACTIVE l CODE lPEOUIREDj l ACTUAL l l
VALVE # l TYPE l SIZE l ACTUATOR l M j NOPM l S E l PASSIVE l CLASS l E lFELIFF] TEST l SAFETY FUNCTION V-01-07(NS03A) l GL l 24 l A l Al l0 lC l A l1 l EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION I I I i l I i l l EF4 l l EF4 l l l l l l l l l l EFS l 30 l EF7 l 1 I I I I I i 1 1 ET I I ET I Flow DRAWING sa 2002 l l l l l l l l l SLT1 l l SLT1 l ISI DPAWING GU 3E-411-A1 001 I i l I i i i i I i i I V-01-0$(NS03B) l GL l 24 l A j A1 l0 lC l A l1 l EF1 l l EF1 l CIDSB FOR CONTAINMENT ISOLATION a
l i 1 I i l i ! ! EF4 I I EF4 l l l l l l l l l l EFS l 30 l EF7 l l l ; l l l l l l ET l l ET l Ftow DPAwfNG sR 2002 l l ] l l l l l l SLT1 l l SLT1 l ISI DPAWING GU 3E-411-Al-001 1 I I I I I I i i i i i V-01-09(NSO4A) l GL ] 24 l A [ Al l0 lC l A l1 l EF1 l l EF1 l CLOSE FOR CX)NTAINMENT ISOLATION I I I i i i l i I EF4 l l EF4 l l l l l l l l l l EFS l 30 l EF7 l l l l l l l l \ l BT l l ET l FLOW DPAw1 M BR 2002 l l l l l l l l l SLT1 l l SLT1 l LSI DPAwING GU 3E-411-Al-001 1 I I I I I I I I I i l V-01-10(NSO4B) l GL l 24 l A l A1 )O lC l A l1 l EF1 l j EF1 l CIDSB FOR CONATINMENT ISOLATION i l i ! ! I I i l EF4 l l EF4 l l l l l l l l l l EF5 l 30 [ EF7 l l l l l l l l l l ET l l ET l Flow DRAWING sR 2002
{ l l l ] l l l l SLT1 l l SLT1 l ISI DPAwING GU 3E-411-Al-001 1 1 I I i l l l 1 1 I i V-01-160 28D l RL l 6 j SA lC lC l0 l A l1 l TF1 l l TF1 l OPEN FOR REAC"OR PRESSURE RELIEF I I i i i i i l l I I I i i I I I I I I i 1 I i l l l l l l l l l l l l FLOW DFAwtFG BR 2002 I I I i ! I I ! I I I I ISI DamIm Go 2E_411_A1_001 1 I I I I I I I I 1 1 !
OTSTER CPREM INSNPVICE TESTIM PROGPAM RmTISTON 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUIREME?TTS PAGE 2 OF 70 SYSTEM 411 MAIN STEAM i
l ACIT7Ai, l
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l l l l l POSITION l A CIVE l CODE lPFOUTPEDl VALVE g lgl SIZE l ACTUATOR { g j FOPM j SAFE l PASSIVE lCIASS] M lFELIEFl TEST l SAFETY FUNCTION v.01 161 2sE { RL ] 6 l SA lC lC l0 l A l1 l TF1 l l TF1 l OPEN FOR REACTOR PRESSUEE RELIEF
, i I I I I i i I i i 1 !
I I i i i l I i i i i i 1
4 l l l l l l [ ] l l l l FLOW DPAWING BR 2002 l l l l l l l l l l l l IST DPAWTIM GU 3E-411-A1-001 1 I i i l I i i i l i i V-01-162 2sF l RL l 6 l SA lC lC l0 l A ]1 l TF1 l l TF1 l OPEN FOR REACTOR PRESSURE RELIEF I i i i i l i I i l i !
1 I I I 1 l 1 1 1 1 1 1 l l l l l j { l l l l l FLOW DRAWING BR 2002 l l ] l l l l l l l l l IST DDAWING GU 3E-411.A1-001 I I I i i i i I I i l 1 V-01-163 28G [ RL l 6 l SA lC lC l0 l A [1 l TF1 l l TF1 l OPEN FOR REACIOR PRESSURE RELIEF 1 1 I i I i i l i i l i i 1 i l 1 I i l I i i i l ] l l l l l l l l l l FLOW DFAWING BR 2002 l l l l l l l j l l l l ISI DDAWTNG GU 3E-411-A1-001 i i i l I i 1 I i i I l v-01-164 24H l RL l 6 l SA lC lC l0 l A l1 l TF1 l l TF1 l OPEN FOR REACTOR PRESSURE RELIEF I I i 1 1 I I i i i I I I I I i i 1 1 1 I I I l l l l ] l l l l l l l FLOW DRAWING BR 2002 l ] l l l ] ] l l l l l IST DPAWING GU 3E_411-Al-001 I i i ! i I I i i i i I V 16 5 2 8J l RL l 6 l SA lC lC l0 l A l1 l TF1 l l TF1 l OPEN FOR REAC"ICR PRESSURE RELIEF i l i I I I I i i l i i l i i ! I I I i l I I I i l i i 1 I i 1 1 I i i FIM DPAWIPR3 BR 2002 '
I I 1 i l i 1 1 l l l IST DPAWIN3 GU 3E_411.A1-001 1 I I I I I I I i i i I
OYSTER CPB"E INSERVICE T?'STTE'G PPOGPJR PEVISION O APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEUUIPEMENTS PAGE 2 CF 70 SYSTEM 411 MAIN STEAM i I l l l POSITION l ACTIVE l CODE lPE^UIPEDl l Ar"TUAL l vat,vs e l Tyre I nzB i AerUATOR t sA_ l mPM i SAPE l rASS ps ICLASSl TEST lPELIEFl TEST 1 SAFETY FUNCTION v-ol.166 2ex l RL 1 6 i SA IC le iO l A i1 1 Tr1 i l TF1 l orEN roR REACTOR rRESSORE RELIEF i l i i l i I I I I i i i i i i i I i i ! I I I l l l } l l l l l l l l FI.OW DPAWIm BR 2oo2 i i I i i l I i i i i i ISI ePAwIm cu 2E.411.n_ool i I i ! ! I I i l i i 1 V-o1-167 2sL l RL l 6 l SA lC lC lO ] A l1 l TF1 l l TF1 l CPEN FOR REACTOR PRESSURE RELIEF 1 I i i ! I i l i l i I i i i l I 1 I i i l i l i i ; 1 ; i l t l l l l Flow rRAwINo BR 2o02 I I I I I I I I I I i ! ISr DRAwIm W 3E-411-Al*0o1 1 I I I I I I I i 1 I I v.o1 16e 2:n i Rz. ] 6 l SA lC lC l0 l A l1 l TF1 l l TF1 l CPEN POR REACTOR PRESSURE RELIEF .I 1 I I i ! I I I i i 1 1 -
1 I I I i l i l 1 I 1 I i l l l l l l l l l l [ i l FtOW DPANING BR 2o02 j i i i i l i 1 1 I I I I ISI DPawIm cu 2E-411-n -col l I I I I I I I I i i i I V-ol-173 lotA l GL l 6 ] 5 lB lC jO l A l1 l EF1 l 13 l EF3 l CFEN FOR REACTOR PRESSURE CONTROL 1 I i ! i I i i 1 Er 1 1 Er 1 1 1 I I I i 1 I I ! 1 1 l t ] ] [ FI.cw DPAwING BR 2o02 1 l 1 l l l l
)
l 1 1 I l 1 l l l l l 1 ISr ePAwIm ou 3E.411.n ool j l I I I I i 1 I I i l i I
]
V-01-174 2005 l GL l 6 l 5 ]8 lC l0 l A l1 l EF1 l 12 l EF3 l CPEN FOR REACTOR PRESSURE CONTROL i i i 1 i l l i I ET I I ST 1 I i l i l I i i I i i 1 i i i l i I i I I i i i FIPW DPAWING BR 2o02 l 1 I l l l [ l i I l l ISI rPAwIm ou 2B_411.n.ool I i ! i l i l I i I i i
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OYSTER CRL"EK INSERVICN TSSTING PPOGPAM PEVISION 9 APPENDIX B TABLE 1 JULY, 1994 VALVE TEST PEOUTPEMENTS PAGE 4 OF 70 SYSTEM 411 MAIN STEAM l l l l l POSITION l ACTIVE lG : PEOUIPEDj l ACTCAL l VALVB 5 lMl SIZ_RZE l ACTUATOR l M l NOPM l SAFE l PASSIVE l CLASS l E [PELIEFl TEST l SAFETY FUNCTION V-01-175 10aC ] GL l 6 l E lB lC {O l A l1 l EF1 l 13 l EF3 { OPEN FOR REACTOR PRESSURE CONTROL i I I I i l I i l Er i I ET I I I I I I I I I I I I I l l l l l l ] l l l l l FLOW DRAWING BR 2002 i ! I I I I I I I I I ! Ist DRAWI m GU 3E-411-Al-al i I i 1 1 I I I I I i I V-01-176 10tD l GL l 6 l E lB lC l0 l A l1 l EF1 l 13 l EF3 l OPEN FOR REA T R PRESSURE CONTROL I i i i i i I i i ET I i ET I i i l I i l i I i i I 1 i I i I i i i i i i i i FLOW DPAWIM BR 2002 1 1 I i i i 1 1 I I i 1 ISI DWAWIM GO 3E-411- A1-M1 1 I I i i i ! ! I I i 1 V-01-177 1088 l GL l 6 { E jB lC l0 l A j1 l EF1 l 13 l EF3 j CPEN FOR REACTOR PRESSURE CONTROL i i ! i I i i I I ET I I ET I I I i 1 1 1 I I i i I I l l 1 l l l l l l 1 I I FtOW DPAW1M BR 2002 l l l l 1 l l l l l l l ISI DPAWIM GU 3E-411-Al-001 1 I I I I i i l i i I i V-01-leo l SK l .5 l SA l A1C l0 lC l A l1 l EFI l 25 l EF3 l OPEN FOR INSTRUMENT OPEPJUBILITY l l 1 l l l l l l St.T1 1 2s i l CLOSE FOR INSTRUMENT LINE CONrAIsMENr ISOLATION I I I I I I I ! ! I I 1 l l l l l l l l l I i l FLOW DRAWING Jc 1, sis l l l l l l l l l l l l ISI DRAWING GU 3B-411-Al-001 I I I i i l i I i l l I V-01.isi l sK l .5 l SA l AIC l0 lC l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l [ { l l l l SLT1 l 25 l j CLOSS FOR INSTRUMENT LINE CONTAINMENT ISOLATION 1 1 I I I i i i i l i i I I I 1 i I I I i i i i NW NW2!2 4C 1, sis -
l l l l l l l l l l l l ISI DP34WIM GU 3E-411-Al-001 1 1 I I i 1 I i i i i 1
OYST"R CRFEN INSERVICE TESTING PROGRAM REVTSION 9 APPENDIX B TABLE 1 JULY, 1994 VALVE TEST PHOUIPEMENTS
,P_AAGE 5 OF 70 SYSTEM 411 MAIM STEAM l l l l l POSITION l ACTIVE l CODE lPEOUIREDl l D/"rUAL l VALVE # lMl SJJB, l ACTUATOR l @ l NOPM l SAFE l PASSIVE l1Ml TEST lRELTEFl TEST l SAFETY FUNCTTON V-01-184 l SK l .5 l SA l AIC lO lC l A l1 l EF1 l 25 l EP3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l } l SLT1 l 25 l l CLOSE FOR INSTRUMENT LINE CONTAINMENT ISOLATION I i i I i i i i l 1 1 I l l l l l l l l l l l l FLOW DPAWING JC 19616 l l l l l l l l l l l l ISI DFAMING GU 3E-411-Al-001 1 I I I i l i i l l I I V-01-185 l SK j .5 l SA l AIC l0 lC l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CIDSB FOR INSTRUMENT LINE CONTAINMENT ISOLATION I I I i i l 1 1 I I I i l l l l l l l l l l l l FIAW DPAWING JC 19616 l l l l l l l l l l l l ISI DDAWING GU 3E-411-Al-001 I I I I I I I i i I I I V-01-190 l CK l 4 l SA lC lC l0 l A l2 l EF1 l 14 l EF3 l O.EN TO PREVENT SIPHON EFFECT ON DOWNCOMMER LINE I i l l I I I I I i ! I I I I I I I I i i i i I l l l l l l l l l l l l FLOW DPAWING BR 2002 l l l l l l l l l l l l ISI DPAWING GU 3E-411-Al-001 1 I I I I I I I I I I I V-01-191 l CK ! 4 l SA lC lC lO l A l2 l EF1 l 14 l EF3 l CPEN TO PREVENT SIPHON EFFECT ON DOWNCOMMER LINE I I I I I I I I I I I I I i l l I I I I I I I I l l l l l l l l l l l l FLOW DFAWING BR 2002 l l l l , l l l l l l l ISI DPAWING GU 2E-411-Al-001 1 I i 1 1 I I I I I I i V-01-192 { CK l 4 l SA lC lC l0 l A l2 l EF1 l 14 l EF3 j CPEN TO PREVENT SIPHON EFFECT ON DOWNCOMMER LINE I I I I I I I I I I I I I i ! i l I i l i I I I l l l l l l l l l l l l PLOW DRAWING BR 2002 l l l l l l l l l l l l ISI DPAWING GU 3E-411-Al-001 I I I I I I I i l I i I
OYSTER CP*EK INS *RVICH TMSTING PROGPAM PBVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUIPEMEffrS PAGE 6 OF 70 SYSTEM 411 M?.2N STEAM l l l l l M ITION l ACTIVE l CODE lREOUIREDl l ACIUAL l VALVE # lMl M l AC*TUATOR l E l NOPM l M l PASSIVE l CLASS l TEST lRELTEFl TEST l SAFETY FUNC* TION V-01_193 l CK l 4 l SA lC lC {O l A l2 l EF1 l 14 j EF3 l OPEN TO PREVElff SIPHON EFFECT ON DOWNCOMMER LINE I I I I I I I I I l l I i i i I i i l l I I I i l l l l l ] l l l l l l FLOW DRAWING BR 2002 l l l l l l l l l l l l ISI DRAWING GU 3E-411-Al-001 1 I I I i l i l i I I i
OYSTER CREEK INSERVICM TESTING PROGPAM REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TBST RROUIREMENTS PAGE 7 OF 70 SYSTIA 422 PEEDWATER l l l l l POSITION l AC"TIVE l g lPEOUIREDl l ACTUAL l VALVE # lMj SIZE j ACTUATOR l M l NOPM l SAFE l PASSIVE lCIASSj TEST lPELIEFl TEST l SAFETY FLHCTION V-02-071 l CK l 18 l SA l A1C l0 lC l A l1 l EF1 l 1% l EF3 l CIDSB FOR RCPB AND CCN AINMENT ISOLATION l l l j l l l l l SLT1 l l SLT1 l 1 1 I i l ! I I i 1 I i l l l l l l l l l l l l FLOW DPAWING BR 2003 l l l l l l l l l l l l ISI DPAWING GU 38-422-A1-001 1 1 1 1 I I I I i 1 I i V-02-072 l CK l 18 l SA l A1C l 0 lC l A l1 l EF1 l 15 l EF3 l CLOSE FOR RCPB AND C01frAINMENT ISOLATICN l l l l l l l l l SLT1 l l SLT1 l 1 I i i I I i i l I i I l l l l l l l l l l l l PIow DRAWING BR 2003 l l l l l l l l l l j [ ISI DRAWING GU 3E-422-Al-001 1 I I I i 1 1 I I I I I V-02-073 l CK l 18 l SA l A1C l0 lC l A l1 l EF1 l 15 l EF3 l CIDSE FOR RCPB AND CONTAINMENT ISOLATION l l l l l l ] l l SLT1 l l SLT1 l 1 1 I I I I I I i i i I l l l l l l l l l l j j FLOW DPAWING BR 2003
] l l l l l l l l l l l ISI DPAWING GU 3E-422-Al-001 I i i i l i l I i i i I V-02-074 [ CK l 18 l SA l AIC l0 lC l A l1 l EP1 l 15 l EF3 l C14SE FOR RCPB AND CONTAINMENT ISOLATION l j l l l l l l l SLT1 l l SLT1 ]
I I I I I I i 1 I i i I l l l l l l l l l l l l FI4W DPAWING BR 2003 l l l l l l l l l l l l ISI DPAWING GU 3 E-422- A1 -0C1 1 1 1 I I i l i 1 l l 1
OYSTER CREEK INSERVICE TESTING PROGRAM REVISION 8 APPENDIX B TABLP 1 JULY. 1994 VALVE TEST PEOUIREME?rrS PAGE 8 OF 70 SYSTEM 531 SEP'GCE WATER
] l l l l POSITION l ACTIVE l CODE lREOUTREDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR ] E \ NOPM l SAFE l PASSIVE l CLASS l TEST l RELIEF l E T l SAFETY FUNCTION V-03-062 l SK ] 16 l SA lC l O/C l O/C l A l3 l EF1 j 38 l EF1 l OPEN FOR SERVICE WATER FLOW l l l l l l l l ] l ] l CIDSB FOR PARALLEL PUMP FLOW I l l I I I I I i 1 1 I l l l j l l l l l l l l FLOW DPAWING BR 2005 l l l l l l l l l l l l ISI DRAWING GU 3E-531-Al-001 I I I I I i l i I i l i V-03-063 j SK j 16 l SA lC l O/C l O/C l A l3 l EF1 l 38 l EF1 l OPEN FOR SERVICE WATER FIDW l l l l l l 1 l l l l l CzoSE FOR PARALLEL PuMe FLOW l I I I I I I I I i l I l 1 l 1 l t l l l l l l FtOW DRAW 1Na eR 2005 l l l l l l l l l l l l ISI DFAWING GU 3 E-531- Al-001 1 I I I I I i 1 I I i I
OYSTT"R CRP"EK INSNVICN TESTING PROGRAM REVISION 8 APPEtIDIX B TABLE 1 JULY. 1994 VALVE TEST FEQUIREMEFTS PAGE 9 OF 70 SYSTEM S32 EMERGSNCY SERVICE WATER l l l l l POSITION l ACTIVE l CODE l REQUIRED l l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l C_AT A l NOPM l SAFE l PASSIVE l CLASS] TE J l RELIEF l TEST l SAFETY FUNCTION V-03-065 l CK l 10 l SA lC l O/C l O/C l A l3 j EF1 l l EF1 l OPEN FOR EMERGENCY SERVICE WATER PUMP FLOW l l l l l l l l l l l l CLOSE FOR PARALLEL PUMP FLOW I I I I i i i i i i l l l l l l l l l l l l l l FLOW DRAWING BR 2005 l l l l j l l l l l l l ISI DFAWING GU 3E-532-Al-001 I I ! l -l i I I I I I I V-03-066 l CK l 10 l SA lC l O/C j O/C l A l3 l EF1 l j EF1 l OPEN FOR EMERGENCY SERVICE WATER PUMP Flow l l l l l l l l l l l l CLOSE FOR PARALLEL PUMP FLOW I I I I I I I I I I i 1 l l l l l l l l l l l l FLOW DRAWING BR 2005 l l l l l l l l l l l l ISI DFAMING GU 3E-532-A1-001 I i I I I I I i l i I I V-03-067 l CK l 10 l SA lC } O/C l O/C l A l3 l EF1 l l EF1 l CPEN FOR EMERGENCY SERVICE WATER PUMP FLOW j l l l l l l l l l j l CLOSE FOR PARALLEL PUMP FIDW I i i l i I i l i I I I i 1 I I I I i l 1 i l i FICW DFAWTNG BR 2005 l l l l l l l l l l l l ISI DRAWING GU 3E-532-Al-001 l ! I I I I I I I I I I V-03-068 l CK l 10 l SA lC l O/C l O/C l A l3 l EF1 l l EF1 l OPEN FOR EMERGENCY SERVICE WATER PUMP FLOW
\ l l l l l l l l l l l CLOSE FOR PARALLEL PUMP FLOW I I I I I I I I I i I !
} l l l l l l l l l j j FLOW DRAWING BR 2005 l } l l l l l l l l l l ISI DRAWING GU 3E-532-Al-001 I I I I I I i 1 I i l I V-03 087 l BP l 14 l M lB lT lT l P l3 l EP' l l EF4 l THROTTLED OPEN FOR ESW PLOW l i I I I I I I I I I I
! i l l I I I I I I I I l l l l l l l l l l l l FLOW DRAWING BR 2005 l l l l l l l l l l l l ISI DRAWING GU 3E-532- Al-001 i i i l I i I i i I i i
OYST"R CPEEK INSERVICE TESTING PROGRAM P'VTSION 9 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUIREMENTS PAGE 10 OF 70 SYSTEM 532 EMEPGENCY SEPVICE WATER l l l l l POSITION l ACTIVE l CODE l REQUIRED l l ACTUAL l VALVE B l TYPE l SIZE l AC"rUATOR l M l NOPM j SAFE l PASSIVE l CLASS l TEST lPELIEPl TEST l SAFETY FUNCTION V-03-088 l BF l 14 j M lB lT lT l P l3 l EF4 l l EF4 l THROTTLED OPEN FOR ESW FLOW I I I I I i i l I I I i i i I I I I i i i l I I I I I I I I I I I I I I FLOW DRAWING BR 2005 l l ] l l l l l l l l l ISI DRAWING GU 3E-532-A3 1 1 1 I I I i i l i I i V-03-131 l CK l 2 l SA lC l0 lC l A l3 l EF1 l l EF1 l C14SE TO PREVENT LOSS OF ESW FIDW M SW SYSTEM i l i l i l I i i l i l l I I I I I I I I I I i 1 I I I I I I i 1 I i i FLOW DPAWING BR 2005 l l l l l l l l l l l l ISI DRAWING GU 3E-532-Al-001 I i l l I I I I , I I i 1 V-03-133 l CK l 2 l SA lC lO lC l A l3 l EP1 l l EP1 l CLOSE TO PREVENT LOSS OF ESW FLOW TO SW SYSTEM I I I I I I I I I I I i l I I I I I I I I I I i l l l l l l l l l l l l FLOW DRAWING BR 2005 l l l l l l l l l l l l ISI DRAWING GU 3E-532-Al-001 I I I I I I I I I I I I
OYSTPR CRTK INSERVICE TFSTING PROGPAM REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TRST PEOUTREMEFTS P.A AGE 11 OF 70 SYSTEM 541 CLOSED COOLING WATER j l l l l POSITION l ACTIVE l M lPROUIREDj l ACITTAL l vat.vE e l TYPE l g n g l ACTUATOR l _ CAT l NORM l SAFE l PASSIVE l CLASS] TEST l RELIEF l TE J l SAFETY FUNCTION V-05-147 l GA l 6 l MO l Al lO lC l A l2 l EF1 l 18 j EF2 l CIASE FOR COtTTAINMENT ISOLATION I I I I I I I I I ET l is l Br l I 1 1 I i i ! I I SLn i I SLT1 l l l l l l l l l l EF4 l 51 l EF4 l FLOW DRAWING BR 2006 l l l l l l l l 1 l l l ISI DRAWING GU 3E-541 Al-001 1 I I l i l l I I I I I V-05-153 l CK l 12 l SA lC l O/C l O/C l A l3 l EF1 l 3a l EF1 l OPEN FOR EBCCW PUMP FLOW l l l l l l l l l l l l CIDSB POR PARALLEL PUMP Flow I I I I I I I I I i i l I i ! i l i l 1 I l i I FLOW DRAWING BR 2006 l l l l l l l l l l [ [ ISI DRAWING GU 3E 541-Al-001 1 I I I I I i i l i i i V-05-154 { CK l 12 j SA lC l O/C l O/C l A l3 l EF1 l 38 l EF1 l OPEN FOR RBCCW PUMP FIDW l l l l l l l l l l l l CIDSB FOR PARALLEL PUMP FLOW l l I I I I i i I I i I l l l 1 l l l 1 l l 1 i FtOW DnAWING BR 2006 l l l l l j l l l l l l ISI DRAWING GU 3E-541-Al-001 1 I I I I I I l l I I I V-05-165 [ CK l 6 l SA l A1C l0 lC l A l2 l EF1 l 17 l EF3 l CIDSE FOR CONTAINMENT ISOLATION I I I I I I I I I SLn l l SLn i I i i l i I I i I i i i t I i 1 l l 1 1 1 1 1 : FLOW D9 AWING BR 2006 l l l l l l } } l l l l ISI DPAWING GU 3E-541-Al-001 1 1 1 I i l I i l l I I V-05-166 l GA l 6 l MO l Al l0 lC l A l2 [ EF1 l 18 l EF2 l CLOSE FOR CONTAINMENT ISOLATION I i i i i i i l i EF4 l 51 ] EF4 l 1 1 1 1 I I I I I ET I 2a l ET i j l l l j l l l l SLT1 l l SLT1 l Flow DFAWING BR 2006 1 1 1 l l 1 1 l l l l 1 ISr DeAWING GU 38-s41.A1-ool
! I I I I I i 1 i l i I
OYSTMt CRNI%t INSNVICR TESTING PROGRAM PL* VISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REOUIREMElfrS PAGB 12 OF 70 SYSTEM 541 CLOSED COOLIM WATER l l l l l POSITION l ACTIVE lCODd lREnUIREDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l CAT l NORM j SAFE l PASSIVE l CLASS l TEST l RELIEF [ TEST l SAFETY FUNCTION V-05-167 l GA l 6 l MO l Al l0 lC l A j 2 l EF1 l 18 l EF2 l CIDSB FOR CONTAINMENT ISOLATION I I I I I I I I i ET I 18 l Br l
} l l l l l l l l SLT1 [ l SLT1 l l l l l l l l l l EF4 l 51 ] EF4 l FLOW DRAWING BR 2006 i i i l i i I i l I i i IS1 DRAWIm ou 25-541.A1. cot i I I I I I I I i i i !
OYSTER CDEEK INSERVICE TESTING PROGRAM RTNISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUIREMENTS PAGE 13 OF 70 SYSTEM 852 INSTRUMENT AIR l l l l l POSITION l ACTIVE lCVDE lPEOUIPEDl l ACTUAL l VALVE # 1 mE I SIZE I ACTUATOR l E l NORM l SAFE l PASSIVE l CLASS l TEST lPELIEFl TEST l SAFETY FUNC" TION V-06-393 l CK l 2 l SA l AIC l0 lC l A l NC l EF1 l 31 l EF3 l CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l SLT1 l l SLT1 l l l l l 1 1 I I I I I I i 1 I I i i i l I i l l FLOW DPAWING l l I I I I I I l l l l ISI DRAWING I I I I I I I I I I I i V-06-395 l GA l 2 l A l Al l0 lC l A l NC l EF1 l 32 l EF2 l CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l EFS l 32 l EF6 l 1 1 I I I I i I l ET 1 32 i ET I l l l l l l l l l SLT1 l l SLT1 l FLOW DRAWING l l l l l l l l l EF4 l 51 l EF4 l ISI DRAWING I I i 1 1 I i i i ! i i
OYSTN CPf"EK INSERVICH TSSTING PROGRAM REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUTPEMENTS FAGE 14 OF 70 SYSTEM 424 CUNDENSATE TPANSFER l l l l l POSITION l ACTIVE l CODE lREOUIPEDj l ACTUAL l VALVE # l Till SIZE l ACWATOR l @ l M l SAFE l PASSIVE l CLASS l TEST l RELIEF l TEST j SAFETY FUNCTION V-11-003 l CK l 2 l SA lC l O/C l0 l A l3 l EF1 l l l OP3N FOR CONDENSATE TRANSFER PUMP MINIMUM FIDW j l l l l l l l l l l l CONTINUED PUMP OPERATION CONFIRMS OPEN POSITION I i l i i l i l i l ! I j l l l l l l l l l l l FLOW DRAWING BR 2004 l l l l l l l l l l l l ISI DRAWING GU 3E-424-A1-001 I i l i I I I I i 1 .i I V-11-007 l CK l 2 l SA lC l O/C l0 l A l3 l EF1 l l l OPEN FOR CONDENSATE TRANSFER PUMP MINIMUM FLOW l .l l l l l l l l l l l CONTINUED PUMP OPERATION CONFIRMS OPEN POSITION
! I i l I I i l i I I I I I i i i l i I i 1 1 I FLOW DRAWING BR 2004 l l l l l j l l l l l l ISI DRAWING GU 3B-424-Al-001 1 I I I I i I I i l I i V-11-012 { CK l 3 l SA lC l O/C l O/C l A l3 l EF1 l l EF1 l OPEN FOR CONDENSATE TRANSFER PUMP FLOW l l l l l l l l l t l l CzoSE FOR PAP 2LLEL PUMe Frow l l I I I I I i 1 1 I I i l i I i i l I I I I I FLOW DRAWING BR 2004 l l l l l l l l l l l l ISI DRAWING GU 3E-424-Al-001 I I I I I I I i i i l i V-11-013 l CK l 3 l SA lC l O/C lC l A l3 l EF1 l l EF1 l OPEN FOR CONDENSATE TRANSFER PUMP FLOW j l l l l l l l l l l l CLOSE FOR PARALLEL PUMP FIoW l I i l l I I I I I I i l l l l l l l l l l l l FLOW DeAWINa BR 2004 l l l l l l l l l l l l ISI DRAWING GU 3 E-424- Al-001 I I I I I I I I I I i 1 V-11-033 ] CK l 2.5 l SA lC lC l0 [ A l3 l EF1 l l EF1 l OPEN FOR MAKEUP TO THE ISOLATION CONDENSERS I I I I I I I I I I l l I I I i 1 I i l I 1 i l I ! I I I I I I I I I I FICW DRAWM BR 2004 l l l l l l l l l l l l ISI DFAWING GU 3E-424-Al-001 1 : I I I I I I I I I I w
OYSTER CRB"X INSr*RVIC9 TESTING PROGRAM EEVISION 8 APPFNDIX B TABLE 1 JULY, 1994 VALVE TEST REOUIREMENTS PAGE 15 OF 70 SYSTEM 424 CDNDENSATE TRANSFER l l l l l POSITION l ACTIVE l CODE lREOUIRED] l ACTUAL l VALVE # l TTPE l SIZE l ACTUATOR l M l NORM l SAFS l PASSIVE l CLASS l M lPELIEFj E l SAFETY FUNC"f1ON V-11-034 l GL l 2.5 l A lB lC l0 l A l3 l EF1 l l EF1 l OPEN FOR MAKEUP 1V THE ISOLATION CONDENSERS I I I I i 1 i I l Er4 1 ! EF4 l l 1 1 I I I I I I ET I I ET I l l l l l l l [ ] l l l FLOW DP3 WING BR 2004 l l l l l l l l l l l l ISI DRAWING GU 3E-424-Al-001 1 1 i i l I i i l I i i V-11-035 l CK l 2.5 l SA lC lC l0 l A l3 l EF1 l l EF1 l OPEN FOR MAKEUP TO THE ISOIATION CONDENSERS I I I I I i 1 I I I I i i I I I I I I I I I I I l l l l l l l l l l l l FLOW DRAWING BR 2004 l l l l l l 1 1 l l 1 l ISI DRAWING GU 3E_424_A1 001 1 I i I i l I i i l i I V-11 036 l GL ] 2.5 l A lB lC l0 l A l3 l EF1 l l EF1 l OPEN FOR MAKEUP TO THE ISOLATION CONDENSERS I I I I i l I i i EF4 l l EF4 l 1 1 I I I I I i l ET 1 1 ET I i 1 l l 1 I i l l l l l FLOW DRAWING BR 2004 l l l l l l l l l l l l ISI DRAWING GU 38-424-Al-001 1 I i i i l i i l i I I V-11-042 ] CK l 3 l SA lC lC l0 l A l3 l EF1 l l EF1 j OPEN FOR MAKliMP TO THE ISOIATION CONDENSERS I I I I I I I I I i l i i l 1 I I I I I i 1 1 i i l I I i i l l I I I I FLOW DFAWING BR 2004 l l l l l l l l l l l l ISI DRAWING GU 3E-424-Al-001 1 I I I i i i I i i i i V-11-044 l DA l 3 l M lB lC l0 l A l3 l EF1 l l EFI l OPEN FOR FIRE MATER MAKEUP TO ISOIATION CONDENSERS I I I I I I I I I I I i i i i ! I i i i l i i I l l l l l l l l l l l l FLOW DDAWING BR 2004 l l ] l l l l l ] l l l ISI DRAWING GU 3E-424-Al-001 I I 1 1 I i i i l I I I
OYSTER CREEK INSERVICE TESTTNG PROGRAM PEVISION 8 APPENDIX B TABLE 1 JULY, 1994 VALVS TEST REQUIREMEtrrs PAGE 16 OF 70 SYSTEM 424 CONDENSATE TP).NSFER l l l l l POSITION l ACTIVE l E lPEOUIREDj l ACTUAL l VALVE # l TYPE l STJ.S, S l ACTUATOR l @ l NOPM } SAFB l PASSIVE l CLASS l TEST lPELIEF{ TEST l SaEETY FUNCTION V-11-049 l DA l 3 l M j B lC l0 l A l3 { EF1 l l EF1 l OPEN FOR FIRE WATER MAKEUP TO ISOLATION CONDENSERS 1 1 1 1 I I I I I I I I I I I I I I I I I i i I l l l l l l l l l l l l FLOW DRAWING BR 2004 l l l l l l l l l l l l ISI DRAWING GU 3E-424-Al-001 1 I I I i l i l l I I i
l l OYSTER CREEK INSERVICN TSSTING PROGPAM PEVISION 8 APPENDIX B TABLE 1 JULY, 1994 f VALVE TEST PEOUIPEMENTS l PAGE 17 O? 70 SYSTEM 622 FEAC'IVR VESSEL INSTRUMEPrTATION l l l l l POSITION l ACTIVE l M lPEOUIREDl l ACTUAL l VALVE ft lMl EEE l AL"TUATOR E l @ l ,N_O_EM, l SAFB j PASSIVE l CLASS l TEST lPELIBFl TEST l SAFETY FUNCTION V-130-001 l SK ; 1 l SA l Alc l 0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l j l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I I 1 1 I I i I I i I l l l l l l l l l l l l FLOW DFAWING GE 148F712 I I i l i I i l i l i I ISI DPAwING l I I i 1 1 1 I I I i
_...._....._........__........__............ _.....__________ .____..._... ______ .. ___..........____._ ____..__..__... .-..._ .____ _ ..............._..__ .. l V.130-002A l SK l 1 l SA l A1C l0 l O/C j A j 1 l EF1 l 25 l EF3 l OPEN FOR INSTRIMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I i 1 i l I i l I i !
l l 1 l l l l t l l l l Flow DRAwIm GE 148Fv12 ;
I I I i l I i i i i i 1 ISI DPAWING ,
1 1 I I I I I I I i 1 i l l
\
I V-130-002B l SK l 1 l SA l A1C lO l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CIoSB FOR CONTAINMENT ISOLATION 1 1 I I I I I I I I I I t l l l 1 1 l 1 i i i l rIow DrawIm GE 148r712 l l l l l l l l l l l [ ISI DPAWING I i i 1 i ! I I I I I I V-130-003 l SK l 1 l SA l A1C l 0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT CPERABILITY t I t l 1 I l 1 l SLT1 1 25 1 i CLOSE FOR CorrrAINMENT ISOLATION I I I I I I I I I I I I I I I i 1 I I i 1 I i l FLOW DP3 WING GB 148F712 1 l l l 1 1 I I I I I I ISI DRAwIm I i l i i i i l I I I i l
V-130-004 l SK l 1 l SA l Alc j O l O/C j A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT CPERABILITY l l l l l l l t l SLT1 l 2s 1 i CIoSE FOR COrrrAINMENr ISOLATION I I I I I i i l I i i I l l l l l l l j l l l l FLOW DPJWING GE 148F712 I I l ! I I I i 1 1 1 1 ISI DFAwIm I i i l i i I I I i i I s .
l OYSTER CR!"BK INS'*RVICE TESTING PPOGPAM RNVISION O t APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUIPEMENTS PAGE is OF 70 SYSTEM 622 REACTOR VBSSEL INSTPUMENTATION l l l l l POSITION l ACTIVE l CODE lPEDUIPEDl l ACTUAL l VALVE #
lMl SIZE l ACTUAIDR l @ l NOPM l SAFB l PASSIVB l CLASS] TEST lFELIEFl TEST l SAFETY FUNCTION l ______..____________...______....._________._._____..________......._____ ._..____________........ .____..._________________.._________________..._____..____..
V-130-005 l SK l 1 l SA l A1C j O l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l j l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION i l i I i l i l i i l !
l l l l l l l l l l l [ FLOW DPAwING GE 148F712 I I I I I I I I I I i l ISI DRAWING I 1 1 I I I i i l i I I V_130-006A l SK l 1 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I i ! I I I I I i i I l l l l l l l l l l l 1 FLOW DRAWING cE 14eFv12 l l l l l l l l j l l l ISI DRAWING l 1 l i I I I l I I I i V-130-006B l SK l 1 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I I I i i i I I I I I t l l l l l l l l l l l FLOW DRAWING cE 14ar712 l 1 1 I I I I I I I I I 1 rSI DRAwINn i I I I I I I I I I I I V-130-007 l SK l 1 l SA l A1C j O l O/C l A l1 l EF1 j 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l t 1 l l SLrt l 25 l 1 CLOSE FOR CONTAINMENT IsonarION I I I i i l I i i i l I l l l l l l l l l l l l FLOW DRAWING GB 148F712 I I I I I I I I I i I i ISI DPAwING I I I I I I I i l i I i V-130-008 l SK l 1 l SA l AIC l 0 l O/C l A ]1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISCLATION I I I I I i i i I i 1 l l l 1 l l l l l l l l l FLOW DRAWING cB 14aF712 I I I I I I I i 1 i i i ISI DPAwf9G t i I I I i l I i 1 l l
-M
OYST*Tt CREEK IN91*RVICE T* STING PROGRAM PEVISION a APPENDIX B TABLS 1 JULY. 1994 VALVE TEST PEOUIREMENTS PAGE 19 OF 70 SYSTEM 622 REACTOR VESSEL INSTPUMENTATION l l l l l POSITION l ACTIVE l CODE lPEOUIREDl l ACTUAL l VALVE a i mE I SIZE l ACTUATOR l M l NOPM l SAFE l PASSIVE l CLASS] TEST l RELIEF l TEST l SAFETY FUNCTION V-130-009 l SK l 1 l SA l AIC l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I i i l i I I I I I I I l l l l l l l l l l l l FLOW DRAWING oE 14aFv12 l l l l l l l l l l l l ISI DRAWING I i 1 1 I I I I I I I i V.130-010 l SK l 1 l SA l A1C lO l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CIoSE FOR CONTAINMENT ISOLATION I I i i l i i l i I i i l l l l l l l l l l l l FLOW DRAWING GE 148F712 l } l l l l l l l l l l ISI DPAWING I i i l i l i I I i i I V-130-021A l SK l 1 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CICSE FOR CONTAINF.ENT ISOLATION I i I i i l i I I 1 l l l [ j l l l l l l 1 } l FLOW DRAWING oE 14aFv12 1 i i I i I I l i I i l ISI DRAWING 1 i i l i l l I I I I I V-130-021B l SK l 1 l SA l AIC l0 l O/C l A l1 l EF1 l 25 l EP3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CIoSE FOR CONTAINMENT ISOLATION 1 i i l i I I i 1 1 I I l l l l l l l l l } l l FLOW DRAWING GE 148F712 I i i l I I I I I I i 1 ISI D m ING l 1 1 1 1 1 1 I I i 1 i V-130-026 l SK l 1 l SA ] AIC lO l O/C l A l1 l EF1 l 25 [ EF3 j OPEN FOR INSTRUMENT OPERABILITY l 1 l l l l l l l SLT1 l 25 l l CIoSE FOR CONTAINMENT ISOLAIION i ! ! I I I i l i l i l i l 1 l l l l l l l l l FLOW DeAWING oE 14aFv12 1 1 1 I I I I I I I I I ISI D m ING I I I i 1 1 i l I i i !
OYSTER CREEK INSERVICE TESTING PROGRAM REVISION O APPENDIX B TABLE 1 JULY, 1994 VALVE TEST REOUIREMENTS FAGS 20 OF 70 SYSTEM 211 ISOLATION CONDENSER l 1 1 I l eOSITION l AcTrvE l CODE t aEm7 IRED j l ACTUAL j vAtvE e l nrfE } SIZE l ACTUATOR l @ l NOPM j SAFE l PASSIVE l CLASS l TE J lFELIEFl TEST l SAFETY FUN CION V-14-001 l GL l .75 l A l Al l0 lC l A l2 l EF1 l l EF1 l CI4SE FOR CONTAINMENT ISOLATION I I I i i i l i I Ers i I EPs i i l l l 1 I I I I ET I I ET I l l l l l l l l l SLT1 l l SLT1 l FLOW DPAWING GE 148F262 l l t l l 1 l l 1 EF4 1 i EF4 l ISI DeAWING GU 2E 211_A1 001 I i l i i i l i i l i I V-14 005 l GL l .75 l A l Al l0 lC l A }2 [ EF1 l l EF1 l CIDSB FOR CONTAINMENT ISOLATION I i i i l I i i i EFS l l EFS l 1 I I I I I I I I ET I I ET I l l l l l l l l l SLT1 l l SLT1 l FLOW DRAWING GE 148F262 l l 1 l l l l l 1 Br4 1 1 EF4 l ISI DFAWING GU 3E-211-Al-001 i i l l l l l 1 i l i i V-14-019 l GL l .75 l A l Al l0 lC l A l NC l EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION I I I I I I i 1 i EPS l l EF5 l I 1 1 I I I I I I ET I 1 ET l l l l l j l l l } SLT1 l l SLT1 l FLOW DRAWING GE 148F262 l l l l l l l l l EF4 l l EF4 l ISI DFAWING GU 3B-211-Al-001 1 I I i ! I I I I i l I V-14-020 l GL l .75 l A ] Al l0 }C { A ] NC l EF1 l l EF1 l CLOSS FOR CONTAINMENT ISOLATION I I I I i 1 I i ! EPS l l EFS l l 1 I I I I I I I ET I I ET I l l l l l l l l l SLT1 l l SLT1 l FLOW DPAWING GE 14BF262 l l l l l l l l l EF4 l l EF4 l ISI DPAWING GU 3 E-211-Al-001 1 I I I I I I I I I I I v-14-030 l GA l 10 l MO lB lO l O/C l A l1 l EF1 l l EF1 l OPEN FOR ISOIATION CONDENSER OPERATION l l l l l 1 l 1 1 ET l l ET l CroSE FOR AUTO ISOLArION uPON FIRE aREAx l I I I I i i ! I EF4 j l EF4 l l l l l l l l l l l l l FLOW DRAWI W GB 148F262 l l l l l l l l l l l l ISI DFAWING GU 35-211-Al-001-1 I I I I i i 1 1 I I i
OYST*P CREEK INSERVICN TESTING PROGRAM REVISION 8-APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUIREMENI'S PAGE 21 GF 70 SYSTEM 211 ISOLATION CONDENSER l l l l l POSITION l AtTIVE l m lPECUIPEDJ l ACTUAL ]
VALVE # l TYPE l SIZE l ACTUATOR l M l NnPM l 5,AFE l EPASSIVE l CLASS l 1EST E lFELIEFl M l SAFETY FIHC"ff0N V-14-031 l GA l 10 l MO lB l0 l O/C l A l1 l EF1 l l EF1 l OPEN FOR ISOLATION CONDENSER OPERATION j j l l l l l l l ET l l ET l CLOSE FOR AUTO ISOLATION UPON PIPE BREAK I I I i l I I i I EF4 l l EF4 l l l 1 i l i l I i l I i FLOW DRAWING GE 14BF262 l l l l l 1 l l l l l l ISr DRAWING Gu 3E-211 A1-001 i l ! I I i 1 I I i 1 i V-14-032 l GA l 10 ] MO lB l0 l O/C l A j1 l EF1 l l EF3 l OPEN FOR ISOLATION CONDENSER OPERATION l l l l l l l l l ET l l ET l CLOSE FOR AUTO ISOLATION UPON PIPE BREAK I I I I I I I I i EF4 l l EF4 l l l l 1 l l l l l l l l FLOW DPAWING GB 14eF2s2 I I I I I I I I I I I I ISI DPAWING GU 3E-211-Al-001 I I i ! I i l i i I i I V-14-033 l GA l 10 l MO lB l0 l O/C l A l1 l EF1 l } EF1 l OPEN FOR ISOLATION CONDENSER OPERATION l ] l l l l l l [ ET j l ET l CIDSE FOR AUTO ISOLATION UPON PIPE BREAK I I I I I i l i I EF4 l l EF4 l l l l l l l l l l l l l rLOW DRAWING GE 14aF262 l l l l l l l l l l l l ISI DRAWING GU 3E-211-Al-001 I I I I I I I i i i I i V-14-034 l GA l 10 l MO lB lC l O/C l A l1 ] EF1 l l EF1 l OPEN FOR ISOLATION CONDENSER OPERATION l l l l l l l l l ET l l ET l CIOSE FOR AUTO ISOLATION UPON PIPE BREAK I I I I I I I I I EF4 l l EF4 l 1
l l l l l l l l l l l FLOW DRAWING GB 148F262 l l l l l l l l l l l l ISI DPAWING GU 3 E-211-Al-001 I I I I I i 1 1 I i i 1 V-14 -03 5 l GA l 10\ j MO lB lC l O/C l A l1 l EF1 l l EF1 l OPEN FOR ISOLATION CONDENSER OPERATION l l [ l ] l l l l ET l l ET l CLOSE FOR AUTO ISOLATION UPON PIFE BREAK I i l ! I I I I I EF4 l l EF4 l l 1 i i l i i 1 1 1 I i FLOW DRAWTNG GE 14ar2s2
[ [ ] l l l l l l l l l ISI DFAWING GU 3E-211-Al-001 I i i l I i l i i I i i
OYSTER CREEK INSE*VICN TESTING PFOGRAM FEVISION 9 APPFNDIX B TABLE 1 JULY. 1994 VALVE TEST REOUIREMENTS PAGE 22 OF 70 SYSTEM 211 ISOLATION CONDENSER l 1 l l l POSITION l ACTrvE lCooE lFEOn1PEnl 1 Acruan i VALVE 4 l TYPE l SIZE l ACTUATOR l E l NOFM l SAFB l PASSIVE l CLASS l TEST lFELIEF) TEST l SAFETY FUNcrION V-14-036 l GA l 1G l MO lB lO l O/C l A l1 l EF1 l l EP1 l OPEN FOR ISOLATION CONDENSER OPERATION l l l l l l l l l EF4 l l EF4 l CLOSE FOR AUTO ISOLATION UPON PIPE BREAK i i i l I i l i 1 er i I ET I l l l l l l l l } l l l Fww DFAWING GB 140F2s2 I I I I I I i l 1 i i i ISI omIm GU 3E_211_A1 001 I I I I I i l i i i i i V-14-037 l GA l 10 l MO lB l0 l O/C l A l1 l EF1 l l EF1 l OPEN FOR ISOLATION CONDENSER OPERATION l l l l l l l l l EF4 l } EF4 l CLOSE FOR AUTO ISOLATION UPON PIPE BREAK l i I I i ! I I I ET I 1 ET l l l l l l l l l l l l } Ftow rRAw1NG cE 14sP2s2 I I I I i i i i l i I I ISI owIm Gu 38 211-A1 001 1 I i i i i l i i l i I V-14-049 l SK l .5 l SA l A1C l0 l O/C l A l1 l EP1 l 25 l EF3 l OPEN FOR INSTRUNSNT OPERASILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR INSTRUMENT Lima CorCAINMhNT ISOLATION I I i i i I I i i l l l l l l l l l l l l l l l Fww onAwIm GB 14sr2s2 l l l l l l l l l l l l ISI oRAw1NG GU 3E_211-A1 001 I I I i l 1 l 1 I i i I V-14-050 l SK l .5 l SA l Alc l O l O/C l A }1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY
} l l l l l l l l SLn l 25 l l CwSE FOR INSTRUMENT LINE CONTAINMENT ISOLATION i i i i i l I I i i i !
l l l l l l l l 1 l l } Flow neAwI m GB 14sF2s2
{ j l l l j l l l l l l ISI DRAWING GU 3E-211-A1-001 1 1 i I i i ! I 1 1 I I V-14-051 l SK l .5 l SA j 1AC l0 l O/C l A l1 l EF1 l 25 l EF3 l CPRN FOR INSTRUMENT CPERABILITY I } l } } l l l l SLn l 2s l l CwSE PcR INSTRUMENT LINE CONTAINMENT ISOLATION I I I i 1 I I I i i I I l l l l l l l l l l l l FLOW DRAWING GB 146F262 l l l l l l l l l l l l ISI DRAWING GU 3 E-211-A1-001 I i i ! I i i l i i i i
OYSTMt CRTPK INSNRVICN TESTING PPOGRAM REVISION 8 APPENDIZ B TABLE 1 JULT, 1994 VALVE TEST PEQUIREMENTS P_ AGE 23 OF 70 i SYSTEM 211 ISOLATION CONDENSER l l l l l POSITION l ACTIVE l CODE lPEOUTREDj l ACTUAlt l VALVE # l TYPE l SIZE l AC"TUATOR l QT l NOPM l SAFE l PASSIVE l CLASS l E l RELIEF l TSST l SAFETY FUNCTION V-14-052 l SK l .5 l SA l A1C l 0 l O/C l A j1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPEPABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR INSTRUMENT LINE CONTAINMENT ISOLATION I I i l I I I i l i I I l l l l l l l l l l l l FLOW DRAWING CE 146F262 l l l l l l l l l l l l ISI DRAWING GU 3E-211-A1-001 i l i l I I i l i i i I V-14-053 l SK l .5 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY
{ l l l l l l l l SLT1 l 25 l l CIDSE FOR INSTRUMENT LINE CONTAINMENT ISOLATION I I I I l l 1 I I I I I l l l l l l l l l l l l FLOW DRAWING GE 148F262 l l l l l l l l l l l l ISI DPAWING GU 3E-211-Al-001 1 I I I I i i i i i l I V-14-054 l SK l .5 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY
[ l l l l l l l l SLT1 l 25 l l C14SE FOR INSTRUMENT LINE CONTAINMENT ISOLATION I I I I I i i l I i i i l l l l l l l l l l j l FLOW DRAWING GE 148F262 l l l l l l l [ j l l l ISI DPAWING GU 3E-211-Al-001 I i i i i l I i i l I i V_14-055 l SK l .5 l SA l A1C l 0 l O/C l A l1 l EF1 { 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CIASE FOR INSTRUMENT LINE CONTAINMENT ISOLATION I I I I I I I I i l 1 i l l l l l l l l l l l j FLOW DRAWING GE 148F262 l l l l l l l l l l l l ISI De. AWING Go 32 211-A1 001 1 i i i i i i l i I I I V-14-056 l SK l .5 l SA l A1C lO l O/C l A j 1 l EF1 l 25 l EP3 l OPEN FOR INSTRUMENT OPERABILITY l l l [ j l l l l SLT1 l 25 l l CLOSE FOR INSTRUMENT LINE CONTAINMENT ISOLATION I I I I I I I I I i 1 l l l l l l l l l l l l l FLOW DPAWING GE 148F262 l l l l l l l l l l l l ISI DPAWING GU 3E-211-A1-001 I I I I i i ! I i i l i
OYSTER CREEK INSERVICE TESTING PROGRAM PEVISION 8 APPENDIX B TABLE 1 JULY, 1994 VALVE TEST REOUIREMEFf3 PAGE 24 OF 10 SYSTEM 225 CONTROL ROD DRIVE l l l l l POSITION l ACTIVE l CODE lPEOUIREDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l g l NOPM l SAFE l PASSIVE l CLASS l TEST lPELIEFl TEST l SAFETY FUNCTION V-15(106) l SC l 0.5 l SA l A2C lC l O/C l A l2 l EF1 l 6 l EF2 l OPEN TO KEEP HYDRAULIC ACCUMULATORS CHARGED l l l l l l l l l SLT1 l 52 l SLT1 l CLOSE TO MAINTAIN ACCUMULATOR CHARGE I I I I I I i i i l i !
l l l l l l l l l l l l FLCW DRAWING GE 197E871 l l l l l l l l l l l l ISI DRAWING GU 3E-225-Al-001 I I I i l I i l l I I I V-15(108) l SC l .75 l SA lC lC l0 l A l2 l EF1 l 8 l EF2 l CPEN TO ALLOW SUCCE.sSFUL SCRAM OF CONTROL RCD I I I I I I i l l l 1 i i i i I I 1 I i i l I i l l l l l l l l l l l l FLOW DPAWING GE 197E971 l l l l l l l l l l l l ISI DRAWING GU 3E-225-Al-001 l l l 1 1 I I I i 1 1 I V-15(126) l RG l 1 l A lB lC l0 l A l2 } EP1 l 5 l EF2 l OPEN TO SCRAM CONTROL ROD I I I I I I I i i Er i 5 I EF2 l l l l 1 i l i i ! EF4 l l EF4 l l l l l l l l l l EFS l 5 l EP7 l FLOW DRAWING GE 197E871 l l l l l l l l l l l l ISI DRAWING GU 3B-225-Al-001 1 I I I I I I i i I I i V-15(127) l RG l .75 l A lB lC l0 l A l2 l EF1 l 5 l EF2 l OPEN TO SCRAM CONTROL ROD I I I I I I i l l ET l 5 1 EF2 l l l l } l l l l l EF4 l l EF4 l l l ! I l I i i ! EF5 l 5 j EF7 l FLOW DRAWING GR 197E871 l l l l l l l l l l l l ISI DRAWING GU 3 E -2 2 5- Al- 0 01 I i i l I I i l i l I !
V-15(138) l CK l .5 l SA lC lO lC l A l2 l EF1 l l EF1 l CLOSE TO ENSURE SCRAM OF CONTROL ROD 1 l i I I I I I i l I i l I I I i l i I I i i l l I I I I I I I i i I i rLOW DwAWING GE 197Ea71 l l l l l l l l l \ l [ ISI DRAWING GU 3E-225-Al-001 1 l i I i i l i i I i !
.. =- -. . - - - - - - - - - - - - - - _ _ .- - . - ---
OYSTFk CR"E t INSERVIC9 TESTING PROGPAM R"NISION 8 APPENDIX B TABLE 1 JULY. 1994 VAL.9 TRST PEOUIPEMENTS PAGE 25 OF 70 SYSTEM 225 CONTROL ROD DRIVE l l l l l POSITION l ACTIVE l CODE lRBOUTR EDl l ACTUAL l VALVE e i TYeE l SIzs l AernATOR 1 m l NOPM l SAFE l PASSIVE l CLASS] TEST lPELIEFl E l SAFETY FUNCTION V-15-027 l CK l 3 l SA l A1C l 0 lC l A l1 l BF1 l 9 l EF3 l CLOSE FOR CONTAINMERT ISOLATION l l l l l l l l l SLT1 ] l SLT1 l 1 1 1 I I I I I I i l 1 l l l l l l l l l l l l FLOW DRAWING GE 237E487 l l l l l l l l l l l l ISI DRAWING GU 3E-225-Al-002 I I I I I I I I I I I I V-15-028 l CK l 3 l SA l A1C l0 lC l A l1 l EF1 l 9 l EF3 l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I I i SLT1 1 I SLT1 1 I i l i l i I I I I I i l l l l l l l l l l ] ] FLOW DRAWING GE 237E487 l l l l l l l l l l l l ISI DRAWING GU 33-225-Al-002 I I I I I I I I i l l I V-15-119 j GA l 1 l A lB l0 l O/C l A l2 ] EF1 l 44 l EF1 l OPEN TO KEEP SCRAM DUMP VOLUME DRAINED l l l l l l l l l ET l 44 l ET l CLOSE TO ISOLATE SCRAM DUMP VOLUME l l l l l j l l l EFS l 44 l EF6 l l l l l l l l l l EF4 l l EF4 l FLOW DRAWING GE 197ES71 l l l l l l l l l l l l ISI DPAWING GU 3E-22 5- Al-001 1 I I I I I I I I I I I V-15-120 l GA l 1 l A lB lO l O/C l A l2 l EF1 l 44 l EF1 l OPEN TO KEEP SCRAM DUMP VOLUME DRAINED l j l l l l l l l ET l 44 l ET l CLOSE TO ISOLATE SCRAM DUMP VOLUME l l l l l l l l l EF5 l 44 l EF6 l l l l l l l l l l EF4 l l EF4 l FLOW DPAWING GE 197E871 l l l l l l l l l l l l ISI DPAWING GU 38-225- Al-001 1 I I I I I I I I I I I V-15-121 l GA l 2 l A lB l0 l O/C l A l2 l EP1 ) 44 l EFI l OPEN TO KEEP SCRAM DUMP VOLUME DRAINED l l l l l l l ] l ET l 44 ] ET l CLCSE TO ISOLATE SCRAM DUMP VOLUME i l l I I I I I I EFS l 44 l EF6 l l l l l l l l l l EF4 l l EF4 l FLOW DPAWING GE 197E871 l l l l l l l l l l l l ISI DPAWING GU 3 E-225-Al-001 1 1 1 1 I I I I i 1 1 1
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OYST*R CRPBX INSERVICE TESTING PRCOPAM RWISION O APPENDIX B TABLE 1 JULY, 1994 VALVE TEST PEOUIPBMENTS FAGE 26 OF 70 SYSTEM 225 CONTROL POD DRIVE l l l l l POSITION l ACTIVE l CODE lREOUIREDl l ACTUAL l VALVE # [ TYPE l SIZE l ACTUATOR l ,C_AI l NORM l SAFE ] PASSIVE l CLASS l TEST lPELIEFj E l SAFETY FUNCTION V-15-133 l GA l 2 l A {B l0 ] O/C l A l2 l EF1 l 44 l EP1 l OPEN 'IO KEEP SCRAM DUMP VOLUME DRAINED l l l l l { j l l ET l 44 l ET l CLOSE TO ISOLATE SCRAM DUMP VOLUME l l l l l l l l l EPS l 44 l EF6 [
l l l l l l l l l EF4 l l EF4 l FIEW DRAWING GE 197E871 l l l l l l l l l l l l IST DPAWING GU 3E-225-Al-001 I I I I I I I I I I I I V-15-134 l GA l 2 l A lB lO l O/C l A l2 l EP1 l 44 l EF1 l OPEN TO KEEP SCRAM DUMP VCLUME DRAINED l l [ l l l l l l ET l 44 l ET l CLOSE TO ISOLATE SCRAM DUMP VOLUME l l l l l l l l l EF5 l 44 l EF6 l l l l l l l l l l EF4 l l EF4 l FLOW DPAWING GE 197ES71 l l l l l l l l l l j l ISI DPAWING GU 3E-225-Al-001 1 1 1 I I I I I I I I I V-15-135 l GA l 2 l A lB ]O l O/C l A l2 l EF1 } 44 l EF1 l OPEN TO KEEP SCRAM DUMP VOLUME DRAINED l l l l l l l l l ET l 44 l ET l CLOSE TO ISOLATE SCRAM DUMP VOLUME l l l l l l l l l EF5 l 44 l EF6 l l l l l l l l l l EF4 l l EF4 l FLOW DRAWING GB 197EB71 l l l ] l l l l l l l l ISI DPAWTNG GU 3E-225-Al-001 1 I I I I I i l i i l i V-15-136 l GA l 1 l A jB lO l O/C l A l2 l EF1 l 44 l EF1 l OPEN TO KEEP SGAM DUMP VOLUME DRAINED l l l l l l l l l ET l 44 l ET l CIDSE TO ISOLATE SCRAM DUMP VOLUME l l l l l l l l l EFS l 44 [ EF6 l l l l l l l l l ] EF4 l l EP4 l FLOW DRAWING GE 197EB71 l l l l l l l l l l l l ISI DRAWING GU 3E-225-Al-001 I I i i l I i l i i l i V-15-137 l GA l 1 l A lB l0 l O/C l A l2 l EF1 l 44 l EF1 l OPEN TO KEEP SCRAM DUMP VOLUME DRAINED l l l l l l l l l ET l 44 l ET l CLOSE TO ISOLATE SCRAM DUMP VOLUME I i 1 1 1 1 i i ! EFS l 44 l EF6 l l l 1 l l l l l 1 EF4 l l EF4 1 Ftow DRAWING GE 197Ea71 l l l l l l l l l l l l ISI DRAWING GU 35-225-Al-001 I I I I I I I i i i l I
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OYSTER CREEK TNSERVICE EsTING PROGPAM REVISION 8 APPENDIX B TABLB 1 JULY, 1994 VALVE TEST REOUIPEME?rTS PAGE 27 OF 7o SYSTEM 21s CLEANUP l l l ] l POSITION l AC"TIVE } CODE lPEOUTREDl l ACTUAL ]
vAtvE o l Tree l size I AcToATOR I g T. ] NORM l SAFE l PASSIVE l CLASS l TEST lPELIEFl TEST ] S_A,FJ.TY FUNCTION V-16-ool ] GA l 6 l MO l A1 l0 lC l A {1 l EF1 l l EF1 l CLOSE FOR CONTAINMINI ISOLATION l l l l l l l l l EF4 l si l EF4 l 1 1 I I I i l i i sLT1 I i sLT) i l l l l l l l l l ET l l ET l FLOW DRAWING GB 148F444 l l l l l l l l l l l l rSI op2 wino su 3E_21s_u -ool I i l l I I I I I I I i v_16. coa l cx I 6 i MO lu lO IC l A l1 l EF1 l l EF1 l CIosE FOR CONTAINMENT ISOLATION 1 1 1 1 1 I I I I EF4 l si l EF4 l l l l l l l l l 1 sLT1 I I sLT1 I l l l l l l l l l ET l l ET l Ftow pr2 wino oE 14eF444 l l l l l l 1 l l l l 1 ISI onAwINo ou 3E-21s-n _ool l I I I I I I I I I I i V-16-o14 l GA l 6 l MO l AI lO lC l A l1 l EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I i 1 EF4 I si l EF4 I I I I I I I i l I sLT1 1 I sLT1 l l l l l l l l l l ET j l ET t gy_ ceAw1No GE 14sF444 l l l l l l l l l l l 1 IsI neAwINo su 3E-21s_A1 col I i i i i i l I I i i I v.16.o3o I cA l .s l s l A1 lC lC l e l2 l stT1 l l sLT1 l CIosE FOR ecNTAINMENT ISOLATION i l l I I I I I I I I I i l I i l i I I I I I l l l l l l l l l l l l l Ftow DRAwTNG GE 14&P444 l l l l l l l l l l l l Is1 ow2 wino ou 2E-21s_A1_ col l I i i l l I I i I I I V-16-o61 l GA l 6 l MO l Al l0 lC l A l1 l EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l EF4 l si l EF4 l l 1 1 I I i 1 i I SIT 1 i i sLT1 l l l l l l l l 1 l ET l l Er 1 Ftow onAwfNo cE 1 aF444 1 l l l l l l l l 1 l l 1sI op2w1No ou 2E_21s_n .coi I i i i l I i i ! I i I
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OYSTM CPE N INS 1*PVICE TESTING PROGPAM PEVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUIREMENTS PAGE 29 OF 70 SYSTEM 214 SHUIDOWN COOLING j l l l l POSITION l ACTIVE l CO_DE lPEOUIREDl l ACTUAk j VALVE # l TYPE ] SJI,ZE l AC"TUATOR l E l NORM l SAFB l PASSIVE l CLASS l TE J ] RELIEF l TEST j SAFETY FUNCTION v-17-001 l GA l 10 l MO lB l O/C lC l A l1 l EFI l 1 l EF2 l CIASE FOR SYSTEM I6CLATION I I i I I i i i ! ET I i ET I I I I I I i i ! I Er4 ! I EF4 l l l l l l l l l l l l \ FLOW DPAWING GE 147F711 l l l [ j l l l l l l ISI DRAWING GU 3E-214-Al-001 1 I i l i l 1 i l I i 1 V-17-002 l GA l 10 ] MO lB j O/C lC l A l1 ) EF1 l 1 l EF2 l CLOSE FOR SYSTEM ISOLATION I i i i i i i i ! ET I I ET 1 1 I I I I I i 1 1 EF4 l l EP4 l l l l l l l l l l l l l FLOW DRAWING GE 147F711 l l l l { [ ] l l l l ] ISI DRAWING GU 3E-214-Al-001 I I I I I I I I I i i I V-17-003 l GA l 10 l MO lB l O/C lC ] A l1 l EF1 l 1 l EF2 l CIDSB FOR SYSTEM ISCLATION I I I i i i l I I ET I I ET I I i l i l i I I I EF4 l l EF4 l l 1 I i l i I i l I I i FLOW DRAWING GB 147F711 l l l l l l l l l l l l ISI DRAWING GU 35-214-Al-001 I i I I i l I i ! i l I V-17-019 l GA l 14 l MO lB l O/C lC l A l1 l EF1 l 1 l EF2 l CIOSE FOR SYSTEM ISOLATION I I I I I I I i i EF4 I I EF4 l l l 1 1 I I I i l ET I I ET I I I I i l I i l i i i i FLOW DRAWING GE 147F711 l l l l l l l l l l l l ISI DRAWING GU 3 E-214 - Al-0 01 1 I I I I I I I I I I I V-17-054 l GA l 14 l MO lB l O/C lC l A l1 l EF1 l 1 l EF2 l CLOSE FOR SYSTEM ISOLATION I I I I I I I i i EF4 l l EF4 l l l 1 1 I I I I I Er i i ET I I i ! I I i l i l i 1 i FLOW DRAWING GE 147F711 1 l l l l l l t 1 i 1 l ISI DRAWING GU 3 B-214-Al-001 1 I I l l 1 1 I I i l I
OYSTER CPEEK INSERVICS TESTING PROGPAM PEVISION 6 APPSNDIX B TABLE 1 JULT. 1994 VALVE TEST PEOUIPEMENTS PAGE 3 0 OF 7 0 SYSTEM 214 SWJrDOWN COOLING l l l l l POSITION l AC'IVE l CODE lREQUIPEDj j ACTUAL l VALVE # l TYJl SIZE { \CTUATOR l ,C_AI A l NORM l SAFE l PASSIVE l CLASS l TEST l RELIEF) TEST l SAFETY FUNCTION V-17-055 l GL l 8 l MO lG l O/C lC l A l1 l EF1 l 1 l EF2 l CIDSB FCR SYSTEM ISOLATION I i l l 1 1 I I i Er l l ET l l l l l l -l ; l l EF4 l l EF4 l l l l l l l l l l l l l FLOW DRAWING GE 147F711 l l l l l l l l l l l l ISI DPJWING GU 3 E-214-Al-001 I i i l I i l I i l i I V-17-056 l GL l 8 l MO lB l O/C lC l A l1 l EF1 l 1 l EF2 l ClDSE FOR SYSTEM ISOLATION 1 1 1 I i l I I ! ET I I ST I I I i I i i l i 1 EF4 I I EF4 I l l l l l l l l l l l l FLOW D*FAWING GE 147F711 l l l l l l l l l l l l ISI DFAWING GU 3E-214-Al-001 I I f I I I I I I I I i v-17-057 l GL l 8 l MO lB l O/C !C l A l1 l EF1 l 1 l EF2 l CIDSE FOR SYSTEM ISOLATION I i i i l I I I I ET I i Er I I i l i i ! i l l EF4 I I EP' l l l l l l l l l l l l l FLOW DRAWING GB 147F711
! I 1 1 1 1 I I I I i 1 ISI Dmm Ga 2F 214-Al-001 I i l I i l I I i I i 1 m_
OYSTER CR'PK INSERVICE TESTIM; PROGRAM R"WISION 8 APPENDIX B TABLE 1 o'ULY, 1994 VALVE TEST PEOUIPEMENTS PAGE 31 OF 70 SYSTEM 251 FUBL POOL COOLING l l l l l PnSITION l ACTIVE l CODE lPBOUIPEDl l ACTUAL l VALVE # l TYPE l $ 3 l AC"TUATOR l M l NOPM l SAFE l PASSIVE l CLASS l E l RELIEF] M l SAFETY FUNCTION V-18-007 ] CK l 4 l SA lC [ O/C l O/C l A l3 l EF1 l l EF1 ] OPEN FOR FUEL POOL COOLING PUMP FLOW l l l l l l l ] l l l l CICSE FOR PARALLEL PUMP FLOW I I I I I I I I I I I i j ] l l l l l l l l l j FLOW DRAWING GE 237E756 l l l l l l l l l l l l ISI DPAWING GU 3E-251-A1-001 i l I i l i I I I I I I V-18-008 l CK l 4 l SA lC l O/C l O/C l A l3 l EF1 l l EF1 l OPEN FOR FUEL POOL COOLING PUMP FLOW I I i i l l l l 1 i i l CMSB FOR PARALLEL PUMP FLOW l i I I I I i l i l i I l l l l l l l l l l l l FLOW DRAWING GE 237E7s6 l l l l l l l l l l l l ISI DMWIM GU 3E-251+Al-001
- I I I i i l i l i I i V-18-076 l CK l 8 l SA j C lC l O/C l A l3 l EF1 l l EF1 l P-18-001D DISCHARGE CHECK VALVE I I i l i I i ! i i i !
l I I I i i l i I I I i i i l 1 1 I I I i l i i rLOW De2 WING eB 237E7ss l 1 1 I i j i I l l 1 1 ISI DU WING GU 3E-251-Al-001 1 I I I i 1 1 I I I I i V-18-077 l CK l 8 l SA lC lC l O/C l A l3 j EE1 l l EF1 l P-18-001C DISCHARGE CHECK VALVE I I I I I I I i i i i l i 1 1 I I I I I I I i 1 1 I I i i l i l 1 1 l l FLOW DPreING GE 227E7s4 i 1 1 I I I I I I I I I ISI DRAWING Gu 3 E-251-A1-Oc1 t
i i I I I i i l I I I I I
.._ _ __ _ - _ _ _ _ _ _ . . _ _ _ _ . _ _ _ _ _o.m---
OYSTFR CRFSK INS *RVICE TESTING PROGPAQ REVISICFA 8 APPENDTX B TABLE 1 JULT. 1994 VALVE TEST REOUTFEMENTS PAGE 32 OF 70 SYSTEM 213 STANDBY IIOUID CONTPOL l l l l l POSITION l AC"TIVE l CODE l REQUIRED l l ACIUAL l VALVE # l TYPE l SIZE l ACTUATOR l _C.AI l NORM l SAFE l PASSIVE l CLASS l M l RELIEF l TE J l SAFETY u FUNCTION V-19-016 l CK l 1.5 l SA l A1C lC l O/C l A l1 l EF1 l 2 l EF3 l OPEN FOR LIQUID _ POISON INJECTION l l l l l l l l l SLT1 l l SLT1 l CIoSE FOR CONTAINMENT ISOLATION I i l I I i i i i i I !
l l ] l l l l l l l l l FLOW DRAWING GE 148F723 l l l l l l l j l l l j ISI DPAWING GU 3E-213-A1-001 1 I I I I I I I I I I i V 9-020 l CK l 1.5 l SA l AIC l C l O/C ] A l1 l EP1 l 2 l EF3 l OPEN FOR LIQUID POISON INJECTION l l l l l l l l l SLT1 l l SLT1 j CloSE FOR CONTAINMENT ISOLATION 1 I I I i i i l 1 1 I I l l l l l l l l l j j l FLOW DRAWING GE 14BF723 l l l l l l l l l l l l ISI DRAWING GU 3 E-213 - Al-001 1 1 1 I I I i i i l 1 I V-19-037 l CK [ 1.5 l SA lC lC l O/C l A l2 l EF1 l 43 l EF1 l OPEN FOR LIQUID POISON PUMP FLOW l l l l l l l l l l l l CLOSE FOR PARALLEL PUMP FLOW l l 1 1 1 I I i I i i I l l l l l l l l l l l l FLOW DRAWING GE 14BF713 l l l l l l l l l l l l ISI DRAW!!M (U 3E-213-Al-001 i i l i I I I I I I i 1 V-19-038 l CK l 1.5 l SA lC jC l O/C l A l2 l EF1 l 43 l EF1 l OPEN FOR LIQUID POISON PUMP FIoW l l I I I I i i i i i ! CloSE FOR mrw P:Mr FIoW l I i i i l I I i l i i
! ! I I I I I I I I I I FIcW Da* WING GE 14sF723 l l l l l l l l l l l l ISI DPJWING GU 3E-213-A1-001 i l i l i l i i i i l i V-19-042 l RL l 1 l SA lC lC l O/C l A l2 i TF1 l l TF1 l OPEN FOR PRESSURE RELIEF l l l l l l l l l l l l CIoSE To rREvENr SYSTEM rIow IoSSES I i i l i i l l l 1 1 1 l l l l l l l l l l l 1 FtOW DRAWING sE 14sFv23 l j l l l l l [ l ] l l ISI DPANING GU 3 E-213-Al-001 I I I 1 1 I I I I I I i
OYSTER CPEEK INSERVICE TSSTING PROGPAM PEVISION 8 APPENDIK B TABLE 1 JULY. 1994 VALVE TEST PEOUIREMEN'S PAGE 33 + 9 SYSTEM 213 STANDBY LIOUID CONTROL l l l l l POSITION l ACTIVE l CODE lREOUIREDj l ACTUAL l VALVE 3 lMj SJZE j ACTUATOR l M l NOPM j SAFE l PASSIVE l CLASS l TEST l RELIEF l M l SAPETY FUNCTJOt!
v.19 043 l RL i 1 l SA lc 1e i O/c l A l2 1 Til l l Tr1 l OeEN FOR PRESSURE RELIEr l l l l l l l 1 l l l l cwSE TO PREVENT SrSrEM rLOW LOSSES I i 1 i l i l I i l i l i I I I i 1 I i i l i i FLOW DRAWING GB 148F723 l l l l l l l l l l l l ISI DPAWING GU 3E.213_A1-001 I i l i I I I I i i l i V-19-044 j PG l 1.5 l XP lD lC l0 l A l2 l XP1 l l XP1 l OPEN FOR POISON INJECTION TO REACTOR VESSEL I i i i l i I I I I I i l i I i l I i l I I I i l l l l l l l l l l l l PLOW DRAWING GB 14BP723 l l l l l l l l l l l l ISI DPAWING GU 3E-213-Al-001 1 I I I I I i l I i l I V-19-045 l PG l 1,5 l XP lD lC l0 l A l2 l XP1 l l XP1 l OPEN FOR POISON IR7ECTION TO REACIOR VESSEL I I i i i l i l l I i i i l i I I I I I I I I I l l l l l l l l l l l l PLOW DPAWTNG GE 148F723 l l l l l l l l l l l l ISI DRAWING G7 3E-213 Al-001 I I I I I i l i l i i !
OYSTER CRE*7 INS'*RVICE T* STING PROCFAM REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REOUIREMENTS PAGE 34 OF 70 SYSTEM 212 CORE SPRAY l l l l ] POSITION l ACTIVE l M lREOUIREDj l ACTUAL j VALVE # lMl U S_I.S. l ACTUATOR l M l NORM l SAFE l PASSIVE l CLASS) TEST lPELIEP) TEST l SAFETY FUNCTION V-20-003 l GA j 12 l MO lB l0 lO l P l2 l EF4 l l EF4 j OPEN FOR CORE SPRAY PUMP SUCTION I I I I I I I I I I i 1 1 I I I I I I I i l I i l l l l l l l l l l l l FLOW oe> WING GB sasover l l } l l l l l l l l l ISI DRAWING GU 3E-212-Al-001 I i l I i i l i i l 1 i V-20-004 l GA l 12 j MO lB lO l0 l P l2 l EF4 l l EF4 l OPEN FOR CORE SPRAY PUMP St," TION 1 1 I I I 1 1 I 1 1 1 1 I I i i i I I i i l 1 l l 1 l l l t l l 1 l l 1 Flow op2 WING cB esso 7a1 l l l l l l l l l l ] l ISI DRAWING GU 3E-212-Al-001 i l i i i l i l i I I l V_2C_008 l CK l 8 l SA lC lC l O/C l A }2 l EF1 [ 42 l EF1 l OPEN FOR CORE SPRAY MAIN PUMP FLOW I 1 I i l l i I I I I IN3 l CLOSE FOR PARALLEL PUMP FLOW I I i l I i i l i I i i 1 l l 1 1 1 l l l 1 i i FLOW neAWING GB essovel l l l l l l l l l l l j ISI CPAWING GU 3B-212-Al-001 I I I I I I I i l I 1 I V-20-009 l CK l 8 l SA lC lC l A }2 l EF1 l 42 l EP1 l OPEN FOR CORE SPRAY MAIN PUMP FLOW l l l l l l l l { l Im l CLOSE FOR PARALLEL PUMP FIDW i l i l i i i i i i i I i l i l i i l i I i i PLOW DRAWING GE 88so781 l l l l l l l l l [ j l ISI DRAWING GU 3B-212-Al-001 I I I I I 1 I i ! I i i V-20-012 l GA l 8 l lB j O/C l0 l A l2 l EF1 l l EF1 l OPEN FOR CORE SPRAY IILTECTION TO REACTOR I I I I I I I i i Er i i ET I l l l l l [ ] l l EF4 l l EF4 l l l 1 1 ] l l 1 l l l l rLOW owAWING GE seso7 1 l l l l l l l l l l l l ISI CRAWING GU 3E-212-Al-001 1 1 1 I I I I I i I i !
OYSTER CREf"K INSERVICE TESTING PROGPAM REVISION O APPEND 1T B TABLE 1 JULY, 1994 VALVE TES'P REQUIREMEff"S PAGE 35 OP 7o SYSTEM 212 COPE SPRAY l l l l l POSITION l ACTIVE l CODE lPEOUTREDl j ACTUAL l vAtvE , i TYPE I S_I_z_E : ACTUATOR l g g i NowM i sAPE l eAssIvE ICtAssi T_Esir IREtIEFI TEST l SAFETr FUNCTION V-2o-o15 l GA l 8 l MO l A2 lC l O/C l A l1 l EF1 l l EF1 l OPEN FOR CORE SPRAY IIL7ECTION TO REACTOR 1 1 I I I I I I I ET I I ET 1 CLOSE FOR PRIMARY COOLANT PRESSURE BOUNDRY I I i l l I i ! I SLT1 I I SLT1 I l l l l l l l l l EF4 l l EF4 l Flow DPawING GB Se5D781 I i l i l I i i ! 1 1 1 Isf onwIm ou 3E_212-u -ooi i I I I I I I I I I I i V-2o-o16 l CK l e l SA lC lC l O/C l A l2 l EF1 ] 42 l EF1 l OPEN FOR CORE SPRAY MAIN PUMP FIDw I I I I I I I I 1 I I IN3 l CLOSE FOR PARALLEL PUMP FLOW I I i i l i I i i l ! I l l t l 1 I i l 1 l 1 i Plow oRAwINs cE seso7st i l i i i i i ! i i ! I ISI o uwINo ou 3E.212_u .ooi l 1 i i l i I I I I I I V-2o-ole l GA l e l MO lB j O/C l0 l A l2 l EF1 l j EF1 l OPEN FOR CORE SPEAY INJECTION TO REACTOR I I I I I I I I i ET I 1 ET I I I i i l 1 1 1 l Eri i ! EF4 l l l 1 1 I i 1 i i 1 I i rtow onwIm cB sesmet
] l 1 l l l 1 l ; l i i IsI onw1No su 3E_212_u -oct i i i l I I i l l i i 1 V-2o-o21 l GA l 8 l NO l A2 lC l O/C ] A l1 l EP1 l l EP1 l OPEN FOR CORE SPRAY INJECTION TO REACTOR l [ l 1 l l 1 i ! ET 1 i ET l CLOSE FOR PRIMARY coOLANr PRESSURE BouNoRY I I I I i l l 1 1 S:.n 1 i SLn I l l l l l 1 i l l EF4 I I Er4 l Flow onAwINo c5 assovat 1 l l l l l l t l l l t ISI on wino ou 3E_212_u_oo2 1 1 I i l i l i l l I i v 2o-o22 l CK I e l SA lC lC l C/C l A l2 l EP1 l 42 l EF1 ] OPEN FOR CORE SPRAY MAIN PUMP Plow l l l l l 1 l l l l 1 IN3 i CIosE FOR PaAALLEL eoMe Flow 1 I I i i l i i i l 1 i
! I i i 1 t l l 1 l l l rtow onwIm oE sesover 1 1 1 1 I I i ! 1 1 i Isf ruwIm ou 3E-212_u _oot i I i I I I i i i i i i
OYSTER CDEEK INS *RVICE TESTING PROGPM8 FEVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PROUIPEMENTS PAGE 36 OF 70 SYSTEM 212 COPE SPRAY l l l l l POSITION l AC" RIVE l CODE lRBOUIPEDj l ACTUAL l vAtvE , l TYPE l SIZE l AemAroR l gT l NO=MM ! SAFE l PASSIVE lCtASSl TEST lpELIEFl TEST l SAFETY FUNCTION V-20-024 l RL l 2 l SA lC lC l O/C l A l2 j TF1 l l TF1 l OPEN FOR PRESSURE RELIEF i 1 1 I I I I I I i l I CMSE TO PREVENT SYSTEM FLOW LOSSES I i i l i I I i l I I I j l l l l l l l l l l l FLOW DRAWING GE 88sD781 l l l l l l l l l l l l ISI DMWTNG GU 3E-212-Al-001 i i i l i 1 1 I I I I I V-20-025 l RL l 2 l SA lC lC l O/C l A l2 l TF1 l l TF1 l CPEN FOR FRESSURE RELIEF l l l l l l l l l l l l CICSE TO PREVENT SYSTEM FI4W LOSSES I I I I i i i i l I i !
l l l l l l l l l l l l FLOW DRAWING GE 885D781 l l l l l l } l l l j l ISI DRAWING GU 3E-212-Al-001 1 I I I I i l i l i l i V-20-026 l GL l 6 l MO lB l O/C lC l A l2 l EF1 l l EF1 l CLOSE TO PREVENT SYSTEM FLOW IDSSES TO TEST LINE I I ! I I I I I I ET l l ET j l l l l l l l l l EF4 l l EF4 l l l l l l l l l l l l l FLOW DRAWING GE 88SD781 l 1 l l l l l l l l l l ISI DMWING Gu 3E_212-A2 001 1 I I I I I I I I I I I v.20_027 l GL l 6 l MO lB l O/C lc l A l2 1 EF1 l l EF1 l CLoSE TO PREvE>rr SYSTEM FzoW LOSSES TO TEST LINE I I I I I I I 1 1 ET I I ET I l l l l l l l l l EF4 l l EF4 l l l l l l l l l l l l l FLOW DeAWING GB 80sD781 1 1 1 1 1 i i I i i l i ISI DMWING GU 3E-212-Al-001 1 I i i i i i i l l I I V-20-030 j CK l 6 l SA lC lC lO l A l2 l EF1 l l EF1 l OPEN TO PASS PUMP MINIMUM FI4W l i i l I i i l I ! I I I I i l I l t i I l l l l l l l l l l l l l l l FLOW DRAWING GE 88SD781 l l l l l l l l l l l l ISI DMWING GU 3B-212-Al-C01 1 I i i l i l i i i l i
OYSTER CR*SK INSERVICN TRSTING PROGPAM R" VISION 9 APPENDIK B TABLE 1 JULY. 1994 VALVB TEST PROUIREMEttrS PAGE 37 OF 70 SYST'M 212 COPE SPRAY l l l l l POSITION l ACTIVE lCDDE ]PEOUIREDj l ACTUAL l VALVE # l TYPE l SJZB,l ACTUATOR l M l NOPM j SAFE l PASSIVE l CLASS l TEST lPELIEFl TEST l SAFETY FUNCTION V-20-031 l CK j 6 l SA lC ]C lO l A l2 l EF1 l l EF1 ] OPEN TO PASS PUMP MINIMUM FLOW l l I i i i i l i i i I I I I I I I I I i l i !
l l l l l l l l l l l l PLOW DRAWING GE 885D781 l l l l j l l l l l l l ISI DRAWING GU 3E-212-Al-001 i l i I I I I I I I i !
V-20-032 l GA j 12 l MO lB l0 l0 l P l2 l EF4 l l EP4 l OPEN FOR CORE SPRAY PUMP SUCTION I I I i i i i i l i l i l i I I I I I I I I i 1 l l 1 1 l l 1 l [ l I l Plow DRAW 1NG GE saSo781 1 1 I I I I I I I I I I ISI DRANING GU 3E-212-A1-001 1 1 1 1 1 I I I I I I I V-20-033 l GA l 12 l MO lB l0 l0 l P l2 l EF4 \ l EF4 l OPEN FOR CORE SPRAY PUMP SUCTION l 1 1 I I i i l I I I I I l 1 1 I I 1 I i i l I I i l l l ] l l l l j j l l PLOW DPAWING GE 885D7:1 l l l l l l l l l l l l IST DRAWING GU 38-212-Al-001 1 1 i l I i i i l i I I V-20-040 l GA l 8 l MO l A2 lC l O/C l A l1 l EF1 l l EF1 l OPEN FOR CORE SPRAY INJECTION TO REACTOR 1 l 1 l l 1 I i 1 Er i i ET 1 CLOSE FOR PRIMARr COOLANT eRESSURE sOUNDRY I i i l i I I l l SLT1 1 l SLT1 1 1 I I I I i i i ! EP4 I I EP4 l Flow DRAWING GE 885D781 l l l l l ] l l l l ] ) ISI DRAWING GU 3E-212-Al*001 1 I i 1 1 I I i i i i I V-20-041 l GA l 8 l MO l A2 lC l O/C l A l1 l EF1 l l EF1 l OPEN FOR CDRE SPRAY INJECTION TO REACTOR l l 1 l l I I I I ET 1 1 ET l CzoSE FOR PRIMARY COOLANT PREsscRE souNoRY l I i 1 i I I i i SLT1 1 1 SLT1 1 1 I i l i ! I i ! EF4 l l EP4 l FLOW DRAWING GE 885D781 I I i I I i l i i i i i ISr DvAwING Gu 38-212-A2 001 i i ! 1 i i l i I I i !
OYSTER CPEN INSERVICE TESTING 1?POGRAM R* VISION 8 APPENDTI B TABLE 1 JULY. 1994 VALVE TEST REOUIREMENTS PAGE 38 OF 70 SYSTEM 212 CORE SPPAY l l l l l POSITION ] ACTIVE l CODE lPEOUIREDl l ACTTIAL l VALV8 # l TYPE l SIZE l ACTUATOR l M l NOPM l SAFB j PASS 7VE l CLASS l M l RELIEF l TEST l SAFETY FUNCTION V-20-050 l G l 10 l SA lC lC l O/C l A l2 l EF1 l 45 l EF1 l OPEN FOR CORE SPRAY MAIN PUMP FLOW l l l l l l l l l ] l IN3 l CI4SS FOR CORE SPRAY BOOSTER PUMP FIDW I I i I i l l I I I I I l ] { l l l l l l l l l FLOW DFAWING GE 885D781 l l l l l l j l l l l l ISI DRAWING GU 3E-212-Al-001 1 I I I i l I i l i i I V-20-051 l CK l 10 l SA lC lC l O/C l A l2 l EF1 l 45 l EF1 l CPEN FOR CORE SPRAY MAIN PUMP FI4W l l l l l l l l l l l IN3 l CI4SE FOR CORE SPRAY BOOSTER PUMP FIDW l I i l i i I i l i l i l l l l l ] l l l l l l FLOW DRAWING GE 885D781 l l l l l l l l l l l ] ISI DRAWING GU 3E-212-Al-001 i l I i i l I I i i i I V-20-052 l CK l 10 l SA lC lC l O/C j A l2 l EF1 j 37 l EF1 ] OPEN FOR CORE SPRAY BOOSTER PUMP FLOW
] l l l l l l l l l l IN3 l CI4SE FOR PARALLEL PUMP FI4W l 1 I I I ! I I l ! I I l l l l l l l l l l l l FLOW DRAWING GE 885D781 l l l l l l j l l l l l ISI DRAWING GU 3B-212-Al-001 l l l l 1 1 1 1 I I I I V-20-053 [ CK l 10 l SA ]C lC l O/C l A l2 l EF1 l 37 l EF1 l OPEN FOR CORE SPRAY BOOSTER PUMP FIDW l l l ] l l l l l l l IN3 l CLOSE FOR PARALLEL PUMP FIDW I I I I I I I I I I I i l l l l l l l l l l l l FLOW DRAWING GE 885D781 l l l l l l l l l l l l ISI DRAWING GU 3E-212-Al-001 I i i i l I I i l I i i V-20-054 l CK l 10 l SA {C lC l O/C l A l2 l EF1 l 37 l EF1 l OPEN FOR CORE SFRAY BOOSTER PUMP FLOW I l l l l l l l l l l IN3 l CIDSE FOR PARALLEL PUMP FLOW I I i i i i l l I 1 1 I l l l l l l l l l l l l FLOW DPAWING GE 885D781 l l l l l l l l l l l l ISI DRAWING GU 3E-212-Al-001 1 I I i i i l I I i i i
- OYSTER CREET INSEPVICE TESTING PPOGPAM REVISION e APPENDIX B TABLE 1 JULY. 1994 VALVE TEST RWOUIREMENTS PAGE 39 OF 70 SYSTEM 212 CORE SPRAY l l l l l POSITION l ACTIVE l CODE lRBOUIPED] l ACTUAL l vr = e l TYe8 l S_nB l AcrDATOR j CA_T l NOPM l SAFE l PASSIVE lCIASS l E T lPELIEFl TEST l SAFETY FUNCTION v-20-Oss l Cx t 10 l SA lC 1C i O/C l A l2 1 EF1 l 27 l EF1 1 OPEN FOR CORE SPRAr nOOSTER PUMP FLOW l l 1 1 I I I i I i i i IN3 i CM SE FOR PARALLEL PUMP FLOW l i i i i i l I i i l i I I I I I I I I I i i i FLOW DRAWING GE 88SD781 l l l l l l l l l l l l ISI DRAWING GU 3E-212-Al-001 I I i i l I I I I I I I V-20-060 l CK l 6 l SA lC lC l O/C l A l2 l EF1 l 11 l IN3 l OPEN FOR FIRE WATER INJECTION TO REAC" TOR l l l l l l l l l l l l CI4SE TO PREVENT CROSS CONTAMINATION OF SYSTEMS I I I I l l 1 1 I i l !
l l l l l l l l l l l l FLOW DP2 WING GE essD7 1 l l l l l l l l l l l l ISI DRAWItP3 GU 3E-212-Al-001 I I I I I i i l I I I I V-20-061 l CK l 6 l SA lC lC l O/C l A l2 l EF1 l 11 l IN3 l OPEN FOR FIRE WATER INJECTION It ASACTOR l l l l l l l l l l l l CI4SE TO PREVENT CROSS CONTAMINATION OP SYSTEMS I i 1 i ! I I I I I I I l 1 l 1 l l l l l l 1 l PtOW DRAWING GE assDval l l l l l l l l l l l l ISI DRAWING GU 3E-212-Al-001 1 I i i l i I I I I I I V-20-082 l GA l 6 l M lB lC l O/C l A l3 l EF1 l l EF1 l OPEN FOR FIRE WATER INJECTION TO REACTOR l l l l l l l l l l l l CI4SE TO PREVENT CROSS CONTAMINATION OF SYSTEMS I I I I I I I I I I I I l l l l l l l l l l l l FLOW DRAWING GE 885D781 1 I I I I I i i I I I I ISI DRAWING GU 3F-212-Al-001 1 I i i i l i l i ! I I l V-20-043 l GA l 6 l M lB lC l O/C l A l3 l EFI l l EF1 l OPEN FOR FIRE WATER INJECTION TO REACTOR l l l l l l l 1 1 l l l CLoSE TO PREVENT CROSS CONTAMINATION OF SYSTEMS I I I I I I I I I I i i l l l l l l l l l l l l FLOW DRAWING GE 885D781 l l l l l l l l l l l l ISI DPAWING GU 3E-212-Al-001 1 1 I i i i l i l i i i
_,_ _ _ _ _ _ _ _ _ _ _ _ m _
OYSTER CREEK INS N VICE TESTING PROGPAM REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUIREME}rts FAGE 40 OF 70 SYSTEM 212 COPE SPPAT l l l 1 i POSITION I ACTIVE l CME lRBOUIREDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l M l NORM l SAFE l PASSIVE l CLASS l TEST lRELIEFj TEST l SAFETY FUNCTION V-20-088 l CK l 6 j SA lC lC l O/C l A l2 l EF1 l 11 ] IN3 l OPEN FOR FIRE WATER INJECTION TO REACTOR l l l l l l l l l l l l CLOSE TO PREVENT CROSS CONTAMINATION OF SYSTEMS I i 1 I i I I I I I i I l l l l l l l l l l l l FLOW DRAWING GE 885D781 l l l l l l l l l l l l ISI DRAWING CU 3E-212-Al-001 I I I I I i 1 1 I I i i V-20-089 l CK l 6 l SA lC lC l C/C l A l2 [ EF1 l 11 l IN3 l OPEN FOR FIRE WATER INJECTION TO REAC*IOR
] l l l l l l l l l l l CLOSE TO PREVENT CROSS CONTAMINATION OF SYSTEMS I I 1 1 I I i I I i l i l i i I I i i l i I I l FLOW DPAWING GE 885D781 l l l l l l l l l l l l ISI DRAWING GU 3E-212_Al-001 1 ! I I I I I I I i l i V-20-092 l GL l 1.5 l A lB lC l0 l A l2 l EF1 l l EF1 l OPEN FOR MINIMUM FLOW PROTECTION OF PUMPS I I I I 1 1 I I I EF5 l l EFS l 1 I i l i I I I I ET I I ET I l l l l l l l l l EF4 l l EF4 l FLOW DRAWING GE $85D'781 l l l l l l l l l l l l ISI DPAWING GU 3E-212-Al-001 I i i l i i i i ! I i I V-20-093 l GL l 1.5 l A lB lC l0 l A l2 l EF1 l l EF1 l OPEN FOR MINIMUM FLOW PROTECTION OF PUMPS I ! 1 I I I I I I EF5 l l EF5 l 1 1 I I I I i i ! ET I I ET 1 l l J l l l l l l EF4 l l EF4 l FLOW DRAWING GE 885D781 l l l l l l l l l l l l ISI DPAWING GU 3E-212_Al-001 1 I i 1 1 I I I I I i 1 V-20-094 l GL l 1.5 l A lB lC lO l A l2 l EF1 l l EF1 l OPEN FOR MINIMUM PLOW PROTECTION CF PUMPS I i l i I I I i ! EF5 l l EPS l 1 I I I I I I I I ET l l ET l l 1 1 1 l l 1 l 1 EF4 1 i EF4 l FIoW D92 WING GE 885D7s1 l l t 1 l l l l l l 1 i ISr DRAWING GU 3B_212.A1-001 1 1 I i i ! I i l I i I
OYSTER CPEEK INSEPVICN TESTING PROGMM REVISION 8 APPENDIX B TABLE 1 JU"Y. 1994 VALVE TEST PEOUIPEMENTS PAGE 41 OF 70 SYSTEM 212 CORE SPRAY l l l l l POSITION l ACTIVE l CODE l REQUIRED l l ACTUAI l VALVE # l TYPE l SEBE l ACTUATOR l @ l NORM l SAFE l PASSIVE lCIASS l TEST lPELIEFl E l SAFETY FUNC" TION V-20-095 ] GL l 1.5 j A lB lC l0 l A l2 l EF1 l l EF1 l OPEN FOR MINIMUM FLOW PRCYTECTION OF PUMPS l l l l l l l l l EPS l l EPS l 1 1 I i l l I I I ET I I ET I l l l l l l l l l EF4 l l EF4 l FLOW DRAWING GB 885D781 1 I I I I I i 1 1 1 1 1 ISI D MWING W 3E-212-Al-001 1 I I I I I I I I i 1 1 V-20-116 l G l 1 ] SA jC l0 lC ; A l2 l EF1 l ] EF1 ] CLOSE TO PREVENT SYSTEM FIDW LOSSES I I I i l I i i l i l i I i l l I i i ! 1 I I i l j j j j l \ j l l l } FLCW DRAWING GE 885D781 l l l l l l l l l l l l ISI DRAWING GU 38-212-A1-001 I I i 1 1 I I i i i l i V-20-117 l G l 1 l SA lC l0 lC l A l2 l EF1 l l EF1 l CIASE TO PREVENT SYSTEM FLOW IDSSES 1 1 I I I I I I I I I I I I I I I I I I I i i I l l l l l l l l l l l l FIEW DPAWING GE BBSD781 I l l l l 1 1 1 I i l i ISI DRAWI M GU 3E_212.A1-Oo1 I I I I i ! I i i l i i v-20 119 i CK i 1 i SA lC l0 IC l A l2 i EF1 1 1 EF1 l CLOSE TO PREV 5Nr SYSTEM FLOW LOSSsS i l i l l I I I I I i 1 1 I I I I i i i l l I I 1 i i 1 l l l l l 1 l l FLOW DwAWINo GE ea5D7s1 1 I I i I i l i i i 1 i ISI DMWIM GU 3E-212-Al-001 I I I I I I I i 1 1 1 I v-20 150 -l CK l 8 l SA l A2C lC l O/C l A l1 l EF1 l 10 l EF2 ] OPEN FOR CORE SFRAY INJECTION TO REACTOR t l l l l l l l l EF4 l t EF4 i CzoSE PcR rRIMARY COOLANT PEESSURE eOuxDRY l i I I I I i l i SLT1 i l StT1 1 I I l l l l 1 I l l 1 1 FLOW DRAWING GE as5D7e1 I i i i i l i I I I I I ISI DMWING W 2E-212-Al-0 01 I I I I i l i l i i i I
OYSTER CREEK INSERVICE TESTING PROGRAM REVISION 0 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REOUIREMENTS PAGE 42 OF 70 SYSTEM 212 CORE SPPAY l l l l l POSIM ON l ACUVE l CME lFEOUIPEDl j ACTUAL l VALVE # l TYPE l SIZE l ACRTATOR l CAT,l NORM l SAFE l PASSIVE l CIASS] TEST l RELIEF l TEST ] SAFETY FUNCTION V-20-151 l CK l 8 l SA l A2C l C l O/C l A l1 l EF1 l 10 l EF2 l OPEN FOR CORE SPRAY INJECTION 'IO REACTOR l l l l l l l l l EF4 l l EF4 l CLOSE FOR PRIMARY COOLANT PRESSURE BOUNDRY I i 1 I i i I I i SLn l I SLn i l l l l l l ] l l l l l FLOW DPAWING GE 885D781 l l l l l l l l l l l l ISI DRAWING GU 3E-212-Al*001 1 I ! I I I I I I I I I V-20-152 l CK j S l SA l A2C lC l O/C l A l1 l EF1 l 10 l EF2 l OPEN FOR CORE SPRAY INJECTION TO REACTOR l l l ] l l l l l EF4 l l EF4 l CLOSE FOR PRIMARY COOLANT PRESSURE BOUNDRY l i I I I I I I i SLn I i SLn I l l l l l l 1 l 1 l l l FIoW DRAWING GB es5D7 1 l l l l l l l l l l l l ISI DRAWING GU 3E-212-Al-001 1 I I I i l i i l i I i V-20-153 l CK l 8 l SA l A2C lC l O/C l A l1 l EF1 l 10 l EF2 l OPEN FOR CORE SPRAY INJECTION TO REACTOR l l l l l l l l l EF4 l l EF4 l CLOSE FOR PRIMARY COOLANT PRESSURE EOUNDRY I I I I i i 1 1 1 SLn i I SLn 1 l l l l l l l l l l l l npW DRAWING GE assD7al l I l l l l l l l 1 i l ISI DRAWING GU 3E-212-Al-001 1 I I I I I I I i i 1 I V-20-172 l SK l 0.5 ) SA l A1C lO l O/C j A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLn i 25 1 1 CLOSE FOR CONTAINMENT ISOLATION I I I i l i l l I i i I l l l l l l l 1 l l l l FIoW Dw2 WING GE sasDval l l ] l l l l j l l l l ISI DRAWING GU 3E-212-Al-001 1 I I I I i l I i i i I V-20-173 l SK l 0.5 l GA l A1C ]O l O/C l A l1 l EF1 l 25 l EF3 j. OPEN FOR INSTRUMENT OPERAB*LITY l l l ] [ i l l 1 SLn l 25 l l CIoSE FOR CONTAINMENT ISOLATION I i l I 1 i i I I i l i j l l ] l l l l l l l ] FLOW DRAWI M GE 885D781 1 1 1 1 I I i ! I I I i LSJ DRAWI M GU 3E-212-Al-001 I I I I I I I I i ! I 1
OYSTER CREEK INS 7 VICE TSSTING PROGFAM REVISION O APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REOUIREMENTS PAGE 43 OF 70 SYSTEM 212 CORE SPRAY l l l l j POSITION l ACTIVE l CODE lFEOUTREDj l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l M l NOPM j SAFE l PASSTVE ] CLASS l E lRELTEFl TEST l SAFETY FUNCTION V-20-175 j CK l 1 l SA lC ]O lC l A l2 l EF1 l l EF1 l CLOSE TO 1REVENT FLOW LOSSES I i i i i i 1 i i ! I I I I i i I I I I i i l i l l j l l l l l l l l l FLOW DRAWING GE BBSD781 l l l l l l l l l l l l ISI DRAWING GU 3E-212-Al-001 1 I I I I I I i 1 I I I
OYSTER CREEF INSFRVICE TESTING PROGRAM REVISION O APPENDIX B TAftLE 1 JULY, 1994 VALVE TEST PROUIREMENTS PAGE 44 OF 7C SYSTEM 241 CotRAINMElfr SPPAY l l l l l POSITION l ACTIVE l CODE lREOUIREDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l g l NORM l SAFE l PASSIVE l CLASS l M lPELIEFl TEST l FAFFTY FUNCTION V-21-001 l GA l 12 ] MO j B jO l0 l P l2 l EF4 l l EF4 l OPEN FOR CONTAINMENT SPRAY PUMP SUCTION 1 1 I I I I i i 1 1 I I I I I I i 1 1 I I I I i j l l l l l l l l l l l FLOW DRAWING GB 148F740 l l l l l l l j j l l l ISI DRAWING GU 3E-241-Al-001 1 I I I i l I i l i I I V-21-002 l CK l 10 l SA lC jC l O/C l A l2 [ EF1 l l EF1 OPEN FOR CONTAINMENT SPRAY PUMP FLOW j l l l l l l l l l l l CLOSE FOR PARALLEL PUMP FLOW l i I I I I I I I I I 1 l l l l ] l l l l l l l FLOW DRAWING GB 148F740 l l l l l l l l l l l l ISI DPXAING GU 3E-141-Al-001 1 I I I i l l I I I I I V-21-003 l GA l 12 l MO lB l0 l0 l P l2 l EF4 l l EF4 l OPEN FOR CONTAINMENT SPRAY PUMP SUCTION I I I I I I I I i l i I I I I I I I I I I I I I l l l l l l l j j l l l FLOW DPAWING GE 14eF740 l l l l l l l l l l l l ISI DRAWING f J 3 E-2 41- Al-001 1 I I I I I i l i i i i V-21-004 l CK l 10 l SA lC lC l O/C j A l2 j EF1 l l EF1 l CPEN FOR CONTAINMENT SPRAY PUMP FLOW
[ l l l l l l l l l l l CLOSE FOR PARALLEL PUMP FLOW i l i i i i l i i l i i l l l l l l l l l l l l FLOW DRAWING GE 148F740 l l l l l l l l l l l l ISI DRAWING Gu 3 E _2 41. A1 - 001 1 I I I I i i i i i i i V-11 405 l GA l 14 l MO lB l0 l O/C l A l2 l EF1 l l EF1 l OPEN FOR DRYWELL SPRAY MODE l l l l l l l l l ST l l ET l CLOSE FOR TORUS CDOLING MODE l l l l l l l l l EF4 l l EF4 j l l l l l l l l l l l l FLOW DPAWING GB 148F740 l l j l l l l l l l l l ISI DRAWING GU 3 E-241- A1-001 1 I i i l l I I I I I i
i l
OYsrER cRrEx INSERVICE TESTING PnoceAM p-VISION e APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUIREMENTS PAGE 45 OF 70 j SYSTEM 241 CONTAINMENT SPPAY I i l I I PosITIow i ACIvE lsp;tE lREcuIPEDI l ACTUAL l 4 i
vAtvu e I nytE I s n i AeruAm R i s;n l NORM l SAFE l PASSIVE l CLASS l TEST lPELIEFl TEST l SAFETY FUNCION V-21-007 l GA l 12 l MO lB l0 l0 l P l2 l EF4 l l BF4 l OPEN FOR CONIAINMENT SPRAY PUMP SUCTION I I I I I I i i l i i l I i i 1 i ! I I I I i 1 l l l l l l l l l l l l FLOW DRAWING GE 148F740 1 1 1 I i 1 1 I I I I I ISI DMWMG GU 3E-241-Al-001 i l i I I I I I I I I I V-21-008 l CK l 10 l SA lC lC j O/C l A l2 l EF1 l l EF1 l OPEN FOR CONTAINMENT SPRAY PUMP FIDW l l l l l l j l l l l l l CLOSE FOR PARALLEL PUMP FLOW l
l I i ! i 1 ! ! I I I I I I l l 1 1 i l 1 l l 1 FLOW nvAWING GE 148F740 t i 1 I i i i i i i i i ISI DuWmG GU 3B-241-Al-001 I I I i l I i l i I i 1 V-21-009 j GA l 12 l MO lB lO l0 l P l2 l EF4 l l EF4 j OPEN FOR CONTAINMENT SPRAY PUMP SUCTION I I I i ! ! 1 1 I i i I l
1 I i i i i l l I I i l l l l l l l l l j l l ] ] FLOW DMWING GE 148F740 I i l i i i I i i i I i ISI DPAWING GU 3E-241-Al-001 I i I I ! I I i i I i i l
V-21-010 l CK l 10 l SA [C lC l O/C l A l2 l EF1 l l EF1 l OPEN FOR CONTAINMENT SPRAY PUMP FIDW l l l l j l l l l l l l CLOSE FOR PARALLEL PUMP FLOW I 1 I i i ! I I I I I !
l l l l l l } l l l l l FIEW DRAWING GB 148F740 l l l l l l l l l l l l ISI DRAWING GU 3E-241-Al-001 1 1 1 I I I I i 1 1 1 1 V-21-011 l GA l 14 l MO lB l0 [ O/C l A l2 l EF1 l l EF1 l OPEN FOR DRYWELL h.5 Av rgeog i i ! I I I I I I n I I ET I CIDSE FOR TORUS COOLIMG MODE I I I I i i I i i n4 1 l EF4 l 1 I i i l i i I I i i i PLOW DPAWING GE 148F740 1 1 1 1 1 1 I I I I I I Isf DuwmG GU 3E-241-A1-001 I I I I I I I I I I i I
_.__._-___m_ _ _ _ . - _ _ _ . _ _ _ _
OYSTER CREE:t INSERVICE T5 STING PROGRAPI REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REOUIPEMENTS f,A,,,G, E E 46 OF 70 SYSTEM 241 COSTAINMENT SPRAY l l l l l POSITION l ACTIVE l CODE lREOUTREDl l ACTUAL j VALVE # l TYPE l SIZE ] ACTUATOR l g l NORM j SAFE l PASSIVE l CLASS l TEST lPELIEFl TEST l SAFETY PUNC" TION V-21-013 l GA l 6 l MO lB lC l O/C l A l2 ] EF1 l l EF1 l OPEN FOR TORUS COOLING MODE j l l l l l l l l ET l l ET l CICSE FOR DRYWELL SPRAY MODE l l l l l l l l l EF4 l l EF4 l l l l l l l l l l l l l FLOW DRAWING GE 148F740 l l l l l l l l l l j l ISI DRAWING GU 3B-241-Al-001 i i i i l I i l I I I I V-21_015 l GA l 4 l MO ] A2 lC l O/C l A l2 l EF1 ] l EF1 l OPEN FOR SPRAY DOWN OF TORUS l l l l l l l l l ET j l BT l CIDSED TO PREVENT PRESSURIZING TORUS j l l l l l l l l EF4 l l EF4 l l l l l l l l l l SLT1 l 47 l SLT1 l FLOW DRAWING GE 14&F740 l l l l l l l l l l l l ISI DRAWING GU 3E-241-A1-001 1 1 I i i i l I i i l i V-21-017 j GA l 6 [ MO lB lC l O/C l A l2 l ET l l ET l OPEN FOR TORUS COOLING MODE l l l l l l l l l EF1 l l EF1 l CIDSE FOR DRYWELL SPRAY MODE I i i l i l i I I EP4 l l EF4 l l l l l l l l l l l l l FLOW DRAWING GE 148F740 l l l l l l l l l l l l ISI DRAWING GU 3E-241-Al-001 I I I I I I i i i i l I V-21-018 l GA l 4 ] MO l A2 lC l O/C l A l2 l EF1 l j EF1 l OPEN FOR SPRAT DOWN OF TORUS l l ] l l l l l l ET j l ET l CLOSED TO PREVENT PRESSURIZING TORUS l l l l l l l l l EF4 j j EF4 l l l l l } l l l l SLT1 l 47 l SLT1 l FLOW DRAWING GB 148F740 l l l l l l l l l l l l ISI DRAWING GU 3E-241-Al-001 i l i i i l I I i l I i
OYSTER CRE"K INSERVICE TESTING PROGRAM REVISION 8 APPENDIX B TABLE 1 JULY, 1994 VALVE TEST REOUTREMENTS PAGE 47 OF 70 SYSTEM 573 DP1rWELL FLOOR AND EQUIP DRAINS l l l l l POSITION l ACTIVE l CODE lREOUIREDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l M l NORM l SAFE l PASSIVE l CLASS l TEST l RELIEF l TEST l SAFETY FUNCTION V-22-001 l GA l 2 l A l A1 l0 lC l A ]2 l EF1 l l EF1 l CIDSE FOR CONTAINMENT ISOLATION 1 I I I I I I I I EF5 l l EPS l 1 I i I I I i l i ET I I ET I l l l l l l l l l SLT1 l l SLT1 l FLOW DFAWING JC 147434 l l l l l l l l l EF4 l 51 l EF4 l ISI DRAWING GU 3E-570-Al-001 I i i i l i i l i I I i V-22-002 l GA l 2 ] A l A1 lO lC l A l2 l EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION
! I 1 1 I I i i ! EF5 I I EPS l I I I I 1 1 I I I ST I I ET I l l l l l l l l l SLT1 l l SLT1 l FLOW DRAWING JC 147434 l ] l l l l l l l EF4 l 51 [ EF4 l ISI DRAWING GU 3E-570-Al-001 i i i l I i l l I I i i V-22-028 l GA l 2 ] A l A1 l0 lC l A l2 l EF1 l l EF1 l CICSE FOR CONTAINMENT ISOLATION I I I i l I I l 1 EF5 I I EF5 I i i i i i i i 1 ! ET I I ET I l l l l l l l l l SLT1 l l SLT1 l FLOW DFAWING JC 147434 l l l l l l l l l EF4 l 51 l RF4 l ISI DRAWING GU 3E-570-Al-001 i I ! ! I I I I I I I i V-22-029 l GA l 2 l A l Al l0 lC l A l2 l EF1 l ] EF1 l CLOSE FOR CONTAINMENT ISOLATION I i l i i l i I I EFS l l EF5 l l 1 i i I 1 i ! I n l I n I l l l j j l l l l SLT1 l l SLT1 l FLOW DRAWING JC 147434 l l l l l l l l l EF4 l 51 ] EF4 l ISI DRAWING GU 3E-570-Al-001 1 I I I 1 1 I i l i ! I k
OYSTER CPEEK INSEFVICE TI* STING FROGPAM REVISION 8 APPENDIX B TABLE 1 JULT, 1994 VALVE T*sST REOUIPEMENTS PAGE 48 OF 70 SYSTEM 242 CONTAINMENT INEPTING l l l l l POSITION l ACTIVE l g lPEOUIPEDj l ACTUAL l VALVE # jgl SIZE l ACTUAMR l M l NO*M l SAFE l PASSIVE l CLASS l TEST l RELIEF l TEST l SAFETY FUNCTION V-23-013 l BF ] 8 l A l Al l O/C lC l A ] NC l ET l l ET l CLOSE FOR CONTAINMENT ISOIATION l l ] l l l j l l EF1 l l EF1 l 1 1 I I I I I I I EF4 l 51 l EF4 l l l l l l l l l l SLT1 l l SLT1 { FLOW DPAWING SN 13432.19-2 l 1 l l l l l l l EPs ! l EPs l ISI DPAWING l i l i i l I i i i l 1 V_23-014 l BF l 8 l A l A1 l O/C lC l A l NC l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION I I I I I I i 1 1 EF1 i l EF1 l 1 I i l I i i i ! EF4 l 51 l EF4 l l l l l l l l l l SLT1 l l SLT1 l Flow DPAWING SN 13432.19-1 1 ! I I i 1 1 I I EF5 l l EF5 l ISI CPAWING l- 1 I I I I i 1 1 I i i V-23-015 l BP ] 8 l A l Al l O/C lC l A l NC l BT l l ET l CI4SE FOR CONTAINMENT ISOLATION l l l l l l l l l EF1 l l EF1 l 1 1 I i 1 I i l i EF4 l 51 l EF4 l l l l j j l l l l SLT1 ] l SLT1 l FLOW DRAWING SN 13432.19-1 l l l l l l l l l EFS l l EFS l ISI DPAWING l 1 I I I I I I i 1 1 1 V-23-016 l BF l 9 l A l A1 l O/C lC l A l NC l ET l l ET l CI4SE FOR CONTAINMENT ISOLATION 1 1 1 1 I I i 1 1 EF1 1 i EF1 l t i i l I I i l 1 EF4 l 51 l EP4 l l ] l l l l l l l SLT1 l l SLT1 l FLOW DPAWING SN 13432.19-1 l l l l l l l l l EFS l l EFS l ISI DRAWING i l i l i l i I I i i i V-23-017 l GL l 2 l A l Al l O/C lC l A l NC l ET l l ET l CLOSE FOR CONTAIN!8ENT ISOLATION j l l l l l l l l EF1 l l EF1 l l 1 i l I I i i i EF4 l 51 l EF4 l l l l l l l l l l SLT1 l l SLT1 l FLOW I) PAWING SN 1343I.19-1 l l l l l l l l l EFS l l EFS l ISI DRAWING I i i i i i l I i ! I i
OYSTT"R CREEK INSERVICE TESTING FROGPAM RdVISION 8 APFENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUIPEMEPTTS FAGE 49 OF 70 SYSTEM 242 CONTAINMENT INERTING l l l l l FOSITION l ACTIVE l CODE lREOUIPEDl l ACTU*L j VALVE # l TYPE l SIZS l A TJAER ] E l NORM l SAFE l PASSIVE l CLASS l M lPELIEFj E l SAFETY FUNCTION V-23-018 l GL l 2 l A l A1 l O/C lC l A l NC l ET j l ET l CIDSB FOR CONTAINMENT ISOLATION l l j l l l l l l EF1 ] l EF1 l j l l l l l l l l EF4 l 51 l EF4 l l l j j l l l l l SLT1 l l SLT1 l FLOW DRAWING SN 13432.19-1 l l ] l j l l l l EPS ] l EF5 l ISI DRAWING i l i l i i i ! i l i i V-23-019 l GL l 2 ] A l Al l O/C lC j A l NC l ET ] l ET l CIDSE FOR CONTAINMENT ISOLATION j -l l l l l l l l BP1 l l EF1 l l l l l l l l l l EP4 l Si j EF4 l l l ] l l l l l l SLT1 l l. SLT1 ] FLOW DRAWING SN 13432.19-1 l l l l l l l l l EF5 l l EF5 l ISI DRAWING 1 1 I I i 1 i i l i I I V-23-020 l GL l 2 l A l A1 l O/C lC l A l NC l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION !
I i l l I 1 I i i EP1 l l EP1 l l l l l l l l l l EF4 l 51 l EP4 l l l l l l l l l l SLT1 l l SLT1 l FLOW DPAWING SN 13432.19-1 l l l l l l l l l EPS l l EPS l ISI DPAWTNG 1 l l l I 1 1 ! I I I I V-23-021 j GA l 2 l A j A1 l O/C lC l A l NC l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l EF1 l l EF1 l l l l l l l l l l EF4 l 51 l EF4 l l l l l l l l l l SLT1 l l SLT1 l FLOW DRAWING SN 13432.19-1 l l l l l l l l l EF5 l l EF5 l ISI DPAWING l i i 1 I i l i l I I l V-23-022 l GA l 2 l A l Al l O/C lC l A l NC l ET l l ET l CIDSR FOR CONTAINMENT ISOLATION l l j l l l l l l EF1 l l EF1 l l l l l l l l l l EF4 l 51 l EF4 ]
l l l l l l l l l SLT1 l l SLT1 ] FLOW DDAWING SN 13432.19-1 l l l l l l j l l EF5 l l EPS j ISI DFAWING I I I l I i I ! I I I i Y
OYST!"R CPEER INSERVICE TESTING PPOGPAM REVISION O APPENDIX B TABLE 1 JULT. 1994 VALVE TEST PEOUIPEMENTS PAGE $0 CP 70 SYSTEM 242 CO!TTAINME?rr INERTItG l l l l l POSITION l ACTIVE l CODS lPEOUIREDj l ACTUAL j VALVE e i TrPs 1 SIZE j ACIiJATOR l M l NORM ] SAFE l PASSIVB l CLASS l TEST ]PELISPl TBST l SAFSTT FUNCTION V-23-070 l PG l 1/4 l 3 l Al l0 lC l A l NC l SLT1 l l SLT1 l CLDSs FOR CONTAINMENT ISOIJTION I I I I I I I I I arl l I Eri !
i i i i I i l I i srs ! I ars 1 I i l I I i l I I ET I 1 sT I FLOW DPJWING SN 13432.19-1 I I I I I i i i i i i 1 ISI DPAWING I I I I I i l I I I I 1 v-23-3s7 i sr I a i n Ia 10 ie i A I Ne i arl I i nel l IsOLATs N2 sTsTan FOR HARDsNsD vsNT rRon DRr4 ELL i I i 1 I I I I I I i 1 1 I I I I I I i i i i l i i 1 I I i i i i i l l FLOW DPAWING SN 13432.19-1 I i l I I i l I i l i i ISI DFAWIro i l I 1 i i i i i i i I V-23-358 l BF l 8 l M lB lC l0 l A l NC l sF1 l l sr1 l HARDENED VsNT ISOLATION VALVs FOR CONTAINMsNT l l I I I I I I i i i !
i ! i i i l i I I I I i i i i i i I i i i l i i FLOW DP3 WING SN 13432_19-1 I I i i i 1 1 I I I I I ISI DPaWING I I i l i 1 i l i i i !
OYSTr"R CREEK INSNVIC"I %" TING PPOGPAM REVISION Q APPENDIX B TABLE 1 JULY, 1994 VALVE TEST REOUTPEMENTS PAGE 51 OF 70 '
SYSTEM 551 PEAC" TOR SAMPLE l l l l l POSITION ] AC"TIVE l CODE lREQUIPEDj l ACTUAL ]
VALVE # .l M l S_(ZE_ ] ACTUATOR l M l NORM l SAFE j PASSIVE l CLASS l M lPELIEFj M l SAFETY FUNCTION V-24-029 l GL l .75 l A l Al l0 lC ] A l1 l EF1 l l EF1 ] CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l EFS l l EFS ]
I I I I I I I I I ET I I ET I l l l ] l j j l ] SLT1 l l SLT1 ] FLOW DRAWING BR M0012 l l l l l l l l l l j j ISI DRAWING I I I I I I i I I I i i V-24-030 l GL l 75 l A l A1 l0 lC l A l1 l EF1 l l EF1 l CIDSE FOR CONTAINMENT ISOLATION I I I I I I i i i EFS l ] EFS l t i i i I i i ! l ET I I ET 1 l l l l l l l l l SLT1 l l SLT1 l FLOW DPAWING BR Mc012
] l l l l l l l l l l l ISI DRAWING 1 1 I I I i i i l i I I ao m
OYSTSR CR"EK INSERVICE TESTING PROGPAM REVISION 8 APPENDIX B TABLE 1 JULT, 1994 VALVE TEST REOUIPEMEPrPS PAGE 52 01 70 SYSTEM 243 DRYWELL AND SUPPPESSION l l l l l POSITJON l ACTIVE l CODE lRBnUIRED{ l ACTUAL l VALVE 4 lTJY l S R l ACTUATOR l M l NORM l SAFE l PASSIVE l CLASS l TEST lRELIEFj TEST l SAFETY PUN" TION V-26-001 l CK l 18 l SA l A2C l C j O/C l A l2 l EF1 l l EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL l l l l l l l l l SLT1 ] 47 l SLT1 ] CLOSE TO PREVENT PRESSURIZING TORUS I I I I I I I I I EP4 1 l EF4 l l l l l l l l l l TF1 l l TF1 l FLOW DRAWING CU 3E-243-21-1000 l l l l l l l l l l l l ISI DRAWING GU 3E-243-Al-001 i i i l i i I i I I i i
' V-26-002 l CK l 18 l SA l A2C l C l O/C l A l2 l EF1 l l EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL
] l l l l l l l l SLT1 l 47 l SLT1 l CLOSE TO PREVENT PRESSURIZING TORUS I I I I i l l I I EF4 l l EF4 l l l l l l l l l j TF1 l l TF1 l FLOW DRAWING GU 3E-243-21-1000 l l l l l l l l l l l l ISI DRAWING GU 35-243-Al-001 1 I I I I I I I I i 1 1 V-26-OC3 l CK l 18 l SA l A2C l C l O/C l A l2 l EF1 l l EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL l l l l l l l l l SLT1 l 47 l SLT1 l CLOSE TO PREVENT PRESSURIZING TORUS l l l l l l l l l EF4 l l EF4 l l l l t I i ! i i TF1 l l TF1 l FLOW DRAWING GU 3E-243-21-1000 1 I I i l l I I I I I I ISI D m ING GU 3E_243_A1_001 I I I i i l i I I I I I V-26-004 l CK j 18 l SA j A2C lC l O/C j A l2 l EF1 l l SF1 l OPEN TO PROVILE VACUUM RELIEF TO DRYWELL
] l l l l l l l l SLT1 l 47 l SLT1 l CIDSB TO PREVENT PRESSURIZING TORUS 1 I I i l l I i i EF4 i ! EF4 l l l l l l l l l l TF1 l l TF1 l FLOW DRAWING GU 3E-243-21-1000 l l l l l l l l l l l l ISI DRAWING GU 3E-243-Al-001 I I I I I i 1 1 1 1 1 1 V-26-005 [ CK l 18 l SA l A2C lC l O/C l A l2 l EF1 l l EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL l l l 1 l 1 l l l SLT1 l 47 [ SLT1 l CLOsE TO PREVENT PREsSURI ING TORUS i i i i I i l l I EF4 1 1 EF4 l l l l l 1 l l l l TF1 l l TF1 l rLOW DRAWING GU 3E_243 21_1000 l l l 1 l l l l t i i 1 ISI DRAWING CU 3E-243-Al-001 i i i i l i i l i I I I
- t. D I
OYSTER CRPEK INSERVICE TESTING PROGPAM REVISION 6 APPENDIX B TABLE 1 4TULY. 1994 VALVE TEST REOUTREMENTS.
PAGE E3 OF 70 SYSTEM 243 DRYWELL AND SUPPRBSSION l ] l l l POSITION ] ACTIVE l CODE lPEOUIREDl l ACTUAL l VALVR # l TYPE j M j ACTUAWR 8 E l NOPM l SAFE l PASSIVE l CLASS l M lPELIEFl M l SAFETY FUNCTig V-26-006 l CK l 18 l SA ] A2C lC l O/C ] A l2 l EF1 ] l EF1 l OPEN TO PROVIDE VACUUM RELI'aF TO DRYWELL l l l l l l l l l SLT1 l 47 l SLT1 l CIDSE TO PREVENT PRESSURIZJ AG TORUS l l l l l l l l l EF4 l l EF4 l l l l l ] [ ] l l TF1 ) l TF1 l FLOW DRAWING GU 3E-243-21-it00 l l l l l l l l l l l l ISI DRAWING GU 3E-243-Al-001 i i l l i I I I i 1 1 I V-26-007 l CK l 18 l SA l A2C lC l O/C l A j2 l EF1 l l EF1 j OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL l l l l l l l l l SLT1 l 47 l SLT1 l CLOSE TO PREVENT PRESSURIZING TORUS l j j l ] l l l l EF4 l l EF4 l l l l l l l l l l TF1 l l TF1 l FLOW DRAWING GU 3E-243 21-1000 l l l l l \ l l l l l l ISI DFAWING GU 3E-243-Al-001 1 I I I I I I I i 1 I I V-26-008 l CK l 18 l SA l A2C lC l C/C l A l2 l EF1 l l EF1 l O/EN TO PROVIDE VACUUM RELIEF TO DRYWELL l l l l l l l l l SLT1 l 47 l SLT1 l CLOSE TO PREVENT PRESSURIZING TORUS l l l l l l l l l EF4 l l EF4 l l l l l l l l l l TF1 l l TF1 l FLOW DRAWING GU 3E-243-21-1000 l l l l l l l j l l l l ISI DRAWING GU 3E-243-Al-001 1 I I I I i i i l i i I V-26-009 l CK l 18 l SA l A2C lC l O/C l A l2 l EF1 l l EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL l ] l ] l l l l l SLT1 { 47 ] SLT1 l CLOSE TO PREVENT PRESSURIZING MRUS 1 I I i 1 1 I I I EF4 l l EF4 l l l l 1 l l j j l TF1 1 1 TF1 l rLOW DRAWINs Gu 3E.243_21 1000 l l l l l l l l l { ] j ISI DRAWING GU 3E-243-Al-001 i I i i l i i l i ! I I V-26-010 l m l 16 l SA l A2C lC l O/C ] A {2 l EF1 l j EF1 l CPEN TO PROVIDE VACUUM RELIEF TO DRYWELL l 1 l l l t ! 1 l SLT1 l 47 i StT1 l CLOSE TO rREvENT PR.ESSURIZING TORUS I l l t i 1 I I I EF4 l l EF4 l l l l j l l l l l TF1 l l TF1 l FLOW DRAWING GU 3E-243-21-1000 l [ j l l l l l l l l l ISI DPAWING GU 3E-243-Al-001 1 I I i l I i i i i l I
OYST"R CREEK INSERVICE TESTING PPOGPAM FMISION O APPENDIX B TABLE 1 JULY, 1994 VALVE TEST PROUIPEMENTS PAGE 54 OF 70 SYSTEM 243 DPYWELL AND SUPPPESSION
_______________.____________________________________.. ___.__.___ . ____.____________________ _____.._____..__.._______________________________.____________.__ j l
] l l l l POSITION l ACTIVE l CODE lPECUIRED) l ACTUAL l VALVE # l T JY l SIZE l At~rUATOR l CA_T ] NORM l SAFE l PASSIVE l CLASS l TEST l RELIEF l TEST l SAFETY FUN ("f1ON V-26-011 l CK l 18 l SA l A2C lC l O/C { A l2 l EF1 [ ] EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL l l l l l l l l j SLT1 l 47 l SLT1 l CIDSB *R) PREVENT PRESSURIZING TORUS I i i l I i l i I EF4 l l EF4 l l l l l l l l l l TF1 l [ TF1 l FLOW DRAWING GU 3E-243-21-1000 l 1 I i I I I I I i i i i ISI DRAWING GU 34-243_A1_001 I i l i i i i i 1 -l i I l
V-26-012 l CK l 18 l SA l A2C lC l O/C l A {2 l EF1 l l EF1 l OPEN TO PROVIDE VJOUUM RELIEF TO DRYWELL l l l 1 l l l l l StT1 l 47 l sLT1 l CLOSE TO PREvENI PRESSURIZING m uS l l l l l l l l l EF4 l l EF4 l l l l l l l l l l l l TF1 l FLOW DRAWING GU 3E-243-21-1000 l l l l l l l l l l l j ISI DPAWING GU 3E-243-Al-OO1 1 I I i i i l I I i l I V-26-013 l CK l 18 l SA l A2C lC l O/C l A l2 l EF1 l ] EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL
] l l l j l l l l SLT1 l 47 l SLT1 l CLOSE TO PREVENT PRESSURIEING TORUS I 1 i i I I i ! l EF4 l l EF4 l !
l 1 l l l l l l l TF1 l 1 TF1 l FLOW DRAWIm cU 3E.2 3_21_1000 l l l l l l l l l l l l l ISI DRAWING GU 3B-243-Al-001 1 1 1 I i i l I I I I i V-26-014 l CK j 18 { SA l A2C l C l O/C l A l2 l EF1 l l EF1 l OPEN TO PROVIDE VACUUM RELIEF TO DRYWELL j l l l l l } l l SLT1 l 47 l SLT1 l CLOSE TO PREVENT PRESSURIZING TORUS I I I I I I I I i EF4 I i EF4 l l l j l l l l l l TF1 l l TF1 l FLOW DRAWING G'J 3E-243-21-1000 l l l l l l l l l l l l ISI DPAWTM GU 35-243-Al-001 1 1 1 I I I I I i l I i V-26-015 l CK l 20 l SA l A3C lC l O/C l A j 2 l EFI l l EF1 l OPEN TO PROVIDE VACUUM RELIEF TO TORUS l l l l l l l l l SLT1 l l SLT1 l CLOSE FOR COlfrAINMElfr ISOLATION I I I i 1 i ! I i TF1 l l TF1 l l l l l l l l l l l l l FLOW DFAWI M GU 3E-243-21-1000 l ] l l l l l l l l l l ISI DRAWT M GU 3 B-2 4 3 A1 001 1 I i ! I I I I i i l I
OYSTER CPE N INSERVICE TESTING FROCPAM REVISION 8 APPENDIX B TABLE 1 JULY _ 1994 VALVE TEST REOUIREMENTS PAGE 55 OF 70 SYSTEM 243 DPYWELL AND SUPPRESSION l l l ] l POS] TION l ACTIVE lCCDB lPEOUTREDl l ACTUAL l vat.vE e l TvPE 1 SnB l AcrUATOR l sA_T l nOmM i SAFE l PASSIVE lCtaSSt TEST laBIIHFj T ST l L SAFerr FUNt rION V-26-016 l BF l 20 l A l A3 lC l O/C l A l2 l ET l l ET l OPEN 10 PROVIDE VACUUM RELIEF TO TORUS l l -l l l l } l l EF1 l l EF1 l CroSE FOR CourAIuMENT ISOLATION i l I I I I 1 I i SLT2 I I SLT1 l l l l l l 3
l l l EF4 l l EF4 l FLOW DRAWING GU 3E-243-21-2000 l l l l l l } [ l EPS l l EFE l ISI DPAWItG GU 3E-243-Al-001 1 I I I I I I I I TF1 l l TF1 l V-26-017 l CK l 20 l SA l A3C l C l O/C l A l2 l EF1 l l EF1 l OPEN TO PROVIDE VACUUM RELIIf TO TORUS l l l l l l l l l SLT1 l l SLT1 l CLOSE FOR COFTAINMENT ISOLATION l l l l l l 1 l l rF1 l # TF1 l l l l l l l j l l l l l FLOW DRAWING GU 38-243-21-1000 l l l l l l l l l l l l ISI DRAWING GU 3E-243-Al-001 I I I I I I I I I I I I V 26-018 l EF l 20 l A l A3 lC l O/C l A l2 l ET ] l ET l CPEN TO PROVIDE VACUUM RELIEF TO TORUS l l l l l l l l l EF1 j l BF1 l CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l SLT1 j l SLTA I l l l l l l l l l EF4 l l EF4 l iLOW DPAWING GU 3E-243-21-1000 1 l 1 l l l l l l EPs l l EPs l IS1 DeAWI x3 GU 3E -2 43_ A1 001 i i i ! ! I I I I TF1 l j TF1 l
_ _ _ _ - _ - _ _ _ _ -..__.____m_. ____..m _ m -. _ . --
- - _= = - ---- _- _.. _= -
OTSTSR CRE"K INSERVICE TESTING FROGRAM R" VISION 8 APPENDIX B TABLE 1 JULT. 1994 VALVE TEST PROUIREMENTS PAGE- 56 OF 70 l SYSTEM 922 REACTOR E11LDING VENTILATION l l l l l POSITION l ACTIVE l CODE lREOUIRED) l ACTUAL l VALVE # j Ml M l ACTUATOR l M l NOPM l SAFE l FASSIVE l CLASS] M lFELIEFl TEST j SAFETT FUNCTION V-27-001 l BP ] 18 l A l Al l O/C lC l A l NC l ET l l ET l CLOSE FOR CONIAINMENT ISOLATION I i l i I i l i i EF1 l l EF1 l l 1 I I I i i l i sLT1 ! I sLT1 1 I I I I I i I I l EF4 l 51 l EF4 l FLOW DRAWING BR 2011 l l l l l l l l l EFS l l EFS .{ ISI DRAWING l i l i I I I I I I I l V-27-002 l BF l 18 l A l Al l O/C lC l A l NC l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION I i i i l I i l l EF1 l l EFI l 1 1 1 I I i 1 I I sLT1 I I sLT1 I l l l l l l l l l EF4 l 51 l EF4 l FIOW DRAWING BR 2011 l l l l l l l l l EF5 l l EF5 l ISI DPAWING 1 1 I i l I i l I I i i V.27 003 l BF l 18 l A l Al l O/C lC l A l NC l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION I I i l i l I i ! EF1 l l EF1 ]
I I I I I I I I i sLT1 I I sLT1 l l l l l l l l l l EF4 l 51 l EF4 l FLOW DRAWING BR 2011 i l i ! I i l I l EPs i I EF5 I ISI DRAWING I i l 1 i I i i I I i I V-27-004 l BF [ 18 l A l Al l O/C lC l A l NC l ET l l ET l CIOSE P' R CONTAINMENT ISOLATION I I i l i i l l I EF1 l l EFI l 1 i i l I i i i i sLT1 1 I sLT1 I l l l l l l l l l EF4 l 51 l EF4 l FLOW DRAWING BR 2011 1 I i i l I i l I EF5 l l EPS l. ISI DRAWING i i i i i l i 1 1 I I i V-28-017 l BF l 12 l A l A1 ] O/C lC l A l NC l ET l l ET l CIDSE FOR CONTAINMENT ISOLATION I i i i l I i i ! EF1 l l EF1 l l 1 I I I I i i i sLT1 l l stT1 l l l l l l l l l l EFS l l EFS l FLOW DFAWING BR 2011 I l l l 1 l l l l EF4 1 51 1 EF4 i ISr D92 WING l I I I i l i i i i i I
OYSTER CREEK INSERVICN TESTING PROCPAM RNVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVB TEST REQUIREMENTS PAGE 57 OF 70 SYSTEM 822 REACTOR BUILDING VENTILATION l l l l l POSTTION l ACTIVE l M lPROUIREDl l ACTUAL j VALVE # l TYPE l SIZE l ACTUATOR l E l NOPM l SAFE l PASSIVE l CLASS l E lPELIFFl TEST l SAFETY FUNCTION V-28-018 l BF l 12 l A l Al l O/C lC l A l NC l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l EF1 l l EP1 l l l l l l l l l l SLT1 l l SLT1 l l l l l l l l l l EFE j l EFS l FLOW DRAWING BR 2011 l l l l l l l l l EF4 j Si j BP4 l IJI DRAWING i i I i l i I I i l i I V-28-047 l GA l 2 l A l Al l O/C lC l A l NC l ET l l ET l CLOS 2 FOR CONTAINMENT ISOLATION l j l l l l l l l EF1 l l EF1 l l l l l l l l l l SLT1 l l SLT1 l l l l l l l l l l EPS l l EF5 l FLOW DPAWING BR 2011 l l l l l l l l l EP4 l 51 l EP4 l ISI DPAWING 1 i i i i I 1 I i i i I
OYSTN CRE N INS 7 VICE TESTING PPOGPAM REVISION 9 APPENDIX B TABLE 1 JULY, 1994 VALVE TEST PEDUIREMENTS PAGE SS OP 70 SYSTEM 216 MEAD COOLING l l l l l POSITION l AC"rIVB lCODR lPROUIREDj j ACTUAL l VALVE 9 lgl SIZE l ACTUAMR l M l NOP.M l SAFE l PASSIVB l CLASS l TEST jRELIEPl E l SAFETY FUNCTION V-31-002 l GA l 2 l A l A1 lC lC l P l1 l EF4 ] 51 [ EF4 ) CLOSE FOR CONTAINMENT ISOLATION l l l l l l l l l SLT1 l ] SLT1 l 1 i l I i i ! : 1 I I I l l l l l l l [ j l l l PLOW DFAWING GE 237E487 l l l l l l ] l l j l l ISI DRAWING GU 3E-225-Al-001 1 I I I I I ! I i i I i V-31-005 l CY. ] 2 l SA l A1C l C ]C l P l1 l SLT1 ] l SLT1 l CLOSE FOR CONTAINMENT ISOLATION I I i i i I I i i l I I i l i i i ! I i i l i I l l l l l l l l l l l l FLOW DFAWING GE 237E487 i l l l l j l l l l l } ] ISI DRAWING GU 35-225.A1-001 i i i i l I i l i l i I 4
OYST"R CRPEK INSERVICE TESTING PROGRAM R"*/ISION 9 APPENDIX B TAPLE 1 JULY. 1994 VALVE TEST PEOUIPEMFNTS PAGE 59 CF 70 SYSTEM 223 PECIPCULATION l l l l l POSITION l ACTIVE ] CODE lPEOUIRED j l ACTUA* l VALVE # l TYPE l SIIB j At"TUATOR l E l NOPM l SAFE l PASSIVE lCIASS l TE31 lPELIEPl TEST l _
SAFETY FUNCTION V-37-005 l SK l 0.5 l SA l A1C j O l O/C l A l1 l IJF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY
] j l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I I I I I I l j l l l l l l j l l l FLOW DPAWING CE 2373798 l l l ] l l l l l l l l ISI DPAWING GU 3E-223-Al-001 l 1 1 I I i l i i i i i i V-37-006 l SK l 0.5 l SA l A1C l0 l O/C l A l1 l EF1 l 25 ] EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l ] l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION i i l i I i l I i l i I l l j l l l l l l l l l FLOW DPAWING GE.237E798 l l l l l l l l l l l l ISI DPAWING GU 3E-223-Al-001 i i l i i i i i i i i 1 V-37 0c7 l SK j 0.5 l SA l A1C l O l O/C l A l1 l EF1 l 25 j EF3 l OFEN FOR INST 3UMENT CPERABILITT l l l l j l ] l l SLT1 l 25 l l CIDSB FOR CONTAINMENT ISOLATION I I I I I i l i I i l i .
l l l l l l l l l j [ j FLOW DPAWING GB 237E798 l l j l l l l l l l ] l IS* DRAWING GU 3E-223-Al-001 I i l i I I i i i l I i V.37-COS l SK ] 0.5 l SA l A1C l0 ] O/C l A j 1 l EF1 j 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONIAINMENT ISOLATION I i l i i i l i i l l I
] l l l l l l l l l l ] FLOW DPAWING GE 237E798 l l l l l l l l l l l l 151 DRAWING GU 3E-223-Al-001 1 I I I i i l i I I I I V.37-016 l SK l 0.5 l SA l A1C l0 l O/C l A l1 j EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY
] l l l j l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION i i i i ! I i i l i i 1 l l l [ l l l l l l l l FLOW DPAWIPP3 GE 237E79E l l l l l l l l l l l l ISI DPAWI?P3 GU 3 3-223- A1-001 1 I I I i ! I I I i ! I
OTSTER CR*EK INSEP,VICE TESTING PROGPAM PEVISION e APPENDIX B TABLE 1 JULT. 1994 VALv3 TEST PEOUIPEwENTS PAOE EO OF 70 SYSTEM 223 FSCIP TLATION l l l l j POSITION l ACTIVE l CODE lPEOUIRED] l ACTUAL l VALVE 8 l TYPE l SIIE l ACTUATOR l M l NOPM l SAFE l PASSIVE l CLASS l TEST lPELIEFl E ] SAFETY FUNCTION V-37-017 [ SK l 0.5 l SA l AIC l 0 l O/C l A l1 ] EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I i i I 1 i i i i i i !
l l l l ] l ] l l l l l FLOW DPJwING GE 237E798 l l l l l l l l l l l l ISI DFAWING GU JE-223-Al-001 i i i i i i i I I i i i v.37 01: l SK l 0.5 l SA l A1C l0 i O/C 1 A j1 l EF1 l 25 l EF3 l OFEN FOR INSTRUMENT OPERABILITY l l l l l l l l ] SLT1 l 25 l l CIDSB FOR CONTAINMENT ISOLATION I I I i i i i i l i l I j l l l l j l l l l l l FLOW DPAwfMG GE 237E798 I i i i l i i i i i i i ISI DPAwIM GU 3E-223-Al-001 1 1 1 I i ! I I I I I I v.37-019 l SK l 0.5 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 j OPEN FOR INSTRUMENT OPEPABILITY I I i i i ! I I I SLT1 1 25 I I CI4SE FOR CONTAINMENT ISOLATION 1 I I i 1 1 I i l 1 i i i I i I i i l I i 1 i i FLOW DFAwIM GE 237E798 l l l l l l l l l l l l ISI DRAWING GU 38-223-A1-001 i I i l I I I i i i I i V.37-027 l SK l 0.5 ] SA l Alc l 0 l O/C l A [1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY I I I I I I I I I SLT1 1 25 i i CLOSE FOR CcNTAINMENr ISOLATION I I I I I i 1 i i i i I l l l l l l l l l l l l FLOW DPAwfM GE 237E799 l l 1 1 1 l 1 l [ t l l ISI DPAwIM GU 3E-223-Al-001 i I i i l I i I I i i I V-37-028 l SK ] 0.5 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION 1 I I i i 1 i i I I 1 l l l l l l l l l l l l l FLOW DFAWING GE 237E798 1 1 I i i i ! i l i I ! Isf DPAwIM Gu 33 223-A1 001 i ! i i I i 1 ! ! ! I I b
OYSTi'R CPREK INSERVICE TESTING PPOGRAM REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REOUTPEMENTS PAGE 61 OF 70 SYSTEM 223 RECIRCULATION l l l l l POSITION l ACTIVE l CODE lPEOUIREDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR j M { NOFM l SAFE l PASSIVE l CLASS] TEST lFELIEFl TEST l SAFETY FUNCTION V-37-029 l SK l 0.5 l EA { A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I I I i 1 1 l l l l l l l l l l l l PLOW DFAWING GE 237E798 l l l l l l l l l l l l ISI DRAWING GU 33-223- Al-001 1 1 1 I I I I I I i i I V-37-CJD l SK l 0.5 l SA l AIC lO l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I I I I I i i l i l I l l l l l l l l l l 1 l FLOW DRAWING GE 237E798 l l l l l l l l l l l l ISI DRAWING GU 3 E-22 3 - Al-001 1 I I I I I I I I I I I V-37-038 l SK l 0.5 l SA l AIC l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITT l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION 1 1 I i l i l i i ! i l I i i l l I l l l 1 1 I FLOW DRAWING GB 237E798 l l l l l l l l j l l l ISI DRAWING GU 3E-223-Al-001 I I I i i l i i I ! ! I V-37-039 l SK l 0.5 l EA l AIC l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I i I i l i i ! I I I I l l l l l l l l l l l l FLOW DP. AWING GB 237E798 l l l l l l l l l l l l ISI DRAWING GU 33-223- Al-001 1 1 I I i l I ! l ! I I V-37-040 l SK l 0.5 l SA l AIC l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l S LT1 l 25 l l CLOSE FOR CONTAINMENT ISOL* TION I I i i l i I i i i i l l l l l l l l l l l j l FLOW DFAWING GE 237E798 l l l l l l l l l l l l ISI CRAWING GU 3 5-223 - Al-001 1 1 1 1 I I I I I I I I
OYSTDR CR*T*F INSERVICm TESTING PPOGRAM REVISION 8 APPENDIX B TABLE 1 JULY, 1994 VALVE TEST RECUIREMEhrrS PAGE 62 CP 70 SYSTEM 223 RECIRCULATION
] l l l l POSITION l AC" RIVE l CODE lPEOUIREDl l ACTUAL l VALVE # j TYPE l SIZE l ACTUATOR l QT l M l SAFE l PASSIVE l CLASS) EST lPELIEPl TEST l SAFETY FUNCTION V-37-041 l SK ] 0.5 l SA l Alc l 0 ] O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT CPERABILITY l l l l l l l l l SLT1 l 25' l l CLOSE FOR COhfAINMENT ISOLATION I I I I I i i i i l i !
l l l l l l l l l l l l FLOW DPAWING GB 237E798 l l l l l l l l l l l l ISI DRAWING GU 3E-223-Al-001 1 I I I I I I I I I i i V-37-049 l SK l 0.5 l SA l AIC lO l O/C l A ]1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT CPERABILITY l l l l l l l l l SLT1 l 25 l l CI4SE FOR CONTAINMENT ISOLATION I I I I I I i 1 i i i l i
l l l l l l l l ] l l l FLOW DRAWING GE 237E798 l l l l l l l l l l l l ISI DRAWING GU 3E-223-Al-001 1 I i 1 1 1 1 I i i i l V-37-050 l SK l 0.5 l SA l A1C l0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT CPERASILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION 1 1 I I I i l i I I I I l l l l l l l l l l l l FLOW DRAWING GB 2378798 l l l l l l l l l l l l ISI DPAWING GU 3E-223-Al-001 1 I i i i i l i I I I i V-37-051 l SK l 0.5 l SA j A1C lO l C/C l A l1 l EF1 l 25 l EF3 l CPEN FOR INSTRUMENT CPERABILITY l l l l l l l l l SLT1 l 25 l l CIOSE FOR CONTAINMENT ISOLATION I I I I i l I i i i i l l l l l l l l l l l l l FLOW DRAWING GB 237E798 l l l l l l l l l l l l ISI DRAWING GU 3E-223-Al-001 1 I i l i l i l I i i i V-37 052 l SK l 0.5 l SA l A1C l O j O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 [ 25 l l CLOSE FOR CONTAINMENT ISOLATION I I i l I i I I i i i 1 j j j l l l } l l l l l FLOW DFAWING GE 2378798 l ] l l l l l j l l l l ISI DFAWING GU 3E-223-Al-001 1 1 I I I I I i l I i 1
OYSTER CRE"K INSERVICE TESTING PROGP3JI PEVISION O APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUTPEMENTS M 63 OF 70 SYSTEM 223 RECTRCULATION l l l l l POSITION l ACTIVE l CODE lPBOUTFEDl l ACTUAL l VALVE # l TYPE l SIZE l ACTUATOR l CA_T l NOFM l SAFE ] PASSIVE l CLASS l M lPELIEFl TEST ] SAFETY FUNCTION V-37-066 l SK l 0.5 l SA l AIC l 0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I I I i 1 1 I I i I i l i I I I I I FLOW DRAWING GB 107C5339 I I i i l I i l i i l i ISt DwAWING I I i i i I I I i i I !
V-37-067 j SK l 0.5 l SA l A1C l 0 l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I i i ! I I i i i l 1 i i i i i l i i i i I I i FLOW DRAWING GE 107C5339 I i i ! I I I I I I I I ISI DeAwING I i I I I I i ! i i l i V-37-048 l SK l 0.5 l SA l A1C lO l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l 1 i l SLTt i 25 l l Cr4SS FOR CONrAINMENr ISOLATION I I I I I I i l I i l l I i i i l I i i l I i l FLOW DFAWTNG GB 107C5339 l l l l l l l l l l l l IST DPAWING l i I i 1 1 I I I I I i V-37-069 l SK l 0.5 l SA l AIC lO l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY I I I I I I I I I SLT1 1 25 I I CIASR FOR CONTAINMENT ISOLATION I I i i l ! I i l I I I l l l l l l l l l l l l FLOW DPAWING GB 107C5339 i 1 i l I i ! ! I I I I ISI DPAW1NG l 1 1 1 1 1 I I I I I i V-37-070 l SK l 0.5 l SA l A1C j O l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CI4SE FOR CONTAINMENT ISOLATION I i i I I 1 i i i l I i i l i i l I i i ! I i i FLOW DRAWING GB 107C5339 I I i l i i ! I I I i i ISI D9AWrNG i i l I i i l i I I I I
OYSTER CREEK INSERVICE TESTING PROGRAM PEVISION 8 APPENDIX B TABLE 1 JULY. 19?4 VALVE TEST REQUIPEMENTS PAGE 64 OF 70 SYSTEM 223 RECIRCULATION l l l l l POSITION l ACTIVE l CODE lREOUIRED] [ ACTUAL l VALVE # l TYPE l SIZE l ACTUAPDR l M l NOPM l SAFE l PASSIVE l CLASS l TEST l RELIEF l TEST j SAFETY FUNCTION V-37-071 l SK l 0.5 l SA l AIC l0 l O/C l A l1 ] EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CICSS FOR CONTAINMENT ISOLATION i i l i I i 1 1 I I I i
[ ] j l l l l l l l l l FLOW DRAWING GE 107C5339 l ] l l l l l l l l l l ISI DPAWING I i l i l I i l l I I i V-37-072 l SK l 0.5 l SA l A1C lO l O/C l A l1 'l EF1 l 25 l EF3 ] OPEN FOR IESTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 l l CIDSE FOR CONTAINMENT ISOLATION I i l i l i i i i i l l l l l l l l l l l l l l FLOW DRAWING GB 107C5339 l l l l l l l l l l l l ISI DRAWTNG 1 1 I I I i ! I I I I l V-37-073 l SK l 0.5 l SA l A1C l0 { O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l l l l l l l SLT1 l 25 ] l CLOSE FOR CDNTAINMENT ISOLATION I I i i l I I i l i I i l l l l l j l l l l l l FLOW DPAWING GB 107C5339 I I i 1 1 1 I I I I I I ISr DFAWING I I I I I I I I I I I I V-M-07 4 l SK l 0.5 l SA l Alt jO l O/C l A l1 l EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l ] [ l l j l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I I I I i i l l l l l l l l l l l l FLOW DFAWTNG GE 107C5339 I I I i i i i i i i i i ISI DRAWIKG I I I I i I I i i i l i V-37-075 l SK l 0.5 l SA l AIC l0 l O/C l A l1 j EF1 l 25 l EF3 l OPEN FOR INSTRUMENT OPERABILITY l l l j l l l l l SLT1 l 25 l l CLOSE FOR CONTAINMENT ISOLATION I i i i i i l 1 I i l I j' l l l l l l l [ l ] l FLOW DRAWING GE 107C5339 I I I I I I I I i 1 1 I ISI DRAWING I i i i i i i l I i i l
OYSTER CRR"F INSERVICR TSSTING PPOGP2M PEVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUIPEMENTS PAGE 65 OF 70 SYSTEM 666 HYDROGEN / OXYGEN MONITORIm l l 1 l t POSITION l AcrivE imp 3 lmEOuYaRoi l AcruAL l VALVE e l nfB l SIzB 1 ACToATOR l g_T_ l NOPM l JAF_] l PASSIVE l CLASS) TEST l RELIEF l TE_SI l SAFETY Ft*NCTION V-38-009 l GL l 3/4 l S l Al l0 lC l A l NC l EF1 l 40 l EF3 l CLCSE FOR CONTAINMENT ISOLATION l l l l l l l l l BF5 l 40 l EF7 l l 1 I I i i i I I SLT1 I I SLT1 1 l l l l l l l l l l ] l FLOW DFAWING BR M0012 I I I I I I i l i l i I ISI onAWIm i 1 1 I i i i l i I I i V_38_010 [ GL l 3/4 l S l Al l0 lC l A l NC l EF1 l 40 l EF3 l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I i ! EF5 l 40 l EF7 l 1 1 I i i i I I I SLT1 1 i SLT1 1 I i t I t t l l l 1 l l FLOW ne2 WING sR M0012 I I 1 i i l l I I I I I ISI neAWIm I i l i I i ! i i I i i V-38-016 l GL l 3/4 l 3 l Al lC jC l A l NC l EF1 l 40 l EF3 l CTASE FOR CONTAINMENT ISOLATION I I I i l I 1 I l EPS l 40 l EF7 j i ! i i l 1 1 I i SLT1 l l SLT1 l l l l l l l l l l l l l FLCW DP2 WING GU 3E-666-21-1000 l I I I I I I i i I ! I ISI onAWIm I i l i l I I i l i I l V-38-017 l GL l 3/4 l S l A1 lC lC l A l NC l EF1 l 40 l EF3 l CLOSE FOR CONrAINMENT ISOLATION l l l l l l l l l EPS l 40 l EF7 l I I I I i 1 1 I I SLT1 1 I SLT1 i l l l l l l l l l l [ l FLOW DRAWING GU 3E-666-21-1000 1 1 I I I i l I i i l i ISI ce2 WING I I I I I I I I i i i I V-38-022 l GL l 1/4 l S l Al l0 lC l A l NC l EFI l 40 l EF3 l CLCSE FOR CONTAINMENT ISOLATION I I I i 1 1 i i i EPs i 40 1 EF7 i l I i i i i i ! i SLT1 I i StT1 l 1 1 1 1 1 I i 1 i i i i FLOW DRAWING GU 3E-666-21-1000 l I I I I I I i i i ! l ISI ceAWING i i I I I i l I i i i I
OYSTER CPSEK INSERVICE TESTING PPOGPAM REVISION 8 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST REQUIREMENTS FAGE 66 OF 70 SYSTEM 666 NYDPOGEN/OKYGEN MONITORING l l l l l POSITION l ACTIVE l CODE lREOUIREDl l ACTUAL l VALVE # lMl M B,l ACTUATOR l @ l FORM l SAFB j PASSIVE l CLASS l TEST lFELIEF) TES_T
_ l SAFETY FUNCTION V-34-023 j. GL l 1/4 l S l Al l0 lC l A l NC l EF1 l 40 l EF3 l C14SE FOR CONTAINMENT ISOLATION l l l l l j l l l EPS l 40 l EF7 l l l l l l j l l l SLT1 l l SLTI l l l l l l l l l l l l l FIDW DFAWING GU 3E-666-21-1000 l l l l l l j l l l l l ISI DRAWING I i i i i ! ! I i l i i V-38-037 l GL l 1 l S l A1 l O/C l O/C l A l NC l EF1 l l EF1 l OPEN FOR HYDROGEN MONITORING l l l l l l l l l ET l l ET l CLOSE FOR (DNTAINMENT ISOLATION j l l l l l l l l SLT1 l l SLT1 l l l l l l l j l l EFS l l EFS l FLOW DRAWING GU 3E-666-21-1000 l l l l l l l l l EF4 l 50 l EF4 l ISI DRAWING i i l i i i I i ! I I i V-38-038 l GL l 1 l 3 l A1 l O/C j O/C l A l NC l EF1 l l EF1 l OPEN FOR NYDROGEN MONITORING l l j l l l l l l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION I l l l 1 1 I l l SLT1 l l SLTl 1 l l l l l l l l l EFS l l EFS [ PLOW DRAWING GU 3E-666-21_1000 l l l l l l l l l EF4 l 50 l EF4 l ISI DRAWING I I I i I I i i i l i i V-38-039 l GL l 1 l S l A1 l O/C l O/C l A l NC l EF1 l l EF1 l OPEN FOR HYDROGEN MONITORING l l l l l l l } l ET l l ET l CIDSE FOR CONTAINMENT ISOLATION l l l l l l l l l SLT1 l l SLT1 l l l l l l l l l [ EFS j l EF5 l FLOW DPAWING GU 3E-666-21-1000 l l l l l l j l l EF4 l 50 l EF4 l ISI DPAWING l i l i l i I I I i i i V-38-040 l GL l 1 l S l A1 l O/C l O/C l A j NC l EF1 l l EF1 l OPEN FOR HYDROGEN MONITORING l l l l l l l l l ET l l ET l CICSE FOR CONTAINMEh'r ISOLATION l l l l l l l l l SLT1 l l SLT1 l l l l l l l l l l EFS l l EFS l FLOW DPANING GU 3E-666-21-1000 l l l l l l l l l EF4 l 50 l EF4 l ISI DRAWING I L l I i l 1 i i i i I
OYSTER CREEK INST *RVICE TESTING PPOGRAM REVISION 8 AFPENDIX B TABLE 1 JULY, 1994 VALVE TEST REQUIREMENTS PAGE 67 OF 70 SYSTEM 666 HYDROGEN / OXYGEN MONITORING l l l l l POSITION l AC" RIVE l_COpBE lPEQUIREDl l ACTUAL g VALVE # lMl SIZE l ACTUATOR l M l NORM ] SAFE l PASSIVE l CLASS { E lPELIEFj TEST l SAFETY FUNCTION V-38-041 l GL ] 1 l S l A1 l O/C l O/C l A l NC l EF1 l l EF1 l CPEN FOR HYDROGEN MONITCRING l l l l l l l l l BT l l ET l CLOSE FOR CONTAINMENT ISOLATION I I I I I i l I i i SLT1 I I SLT1 i f l I i i i I i i ! EFS l j EF5 l FLOW DFAwING GU JS-sss-21-1JGO l l l [ l l l l ] EF4 l 50 l EF4 l ISI DRAWING i i i i i i i i i l i I V-38-043 l GL l 1 l S l Al l O/C l O/C l A l NC l EF1 l l EF1 l OPEN FOR HYDROGEN MONITORING l l l l l l l l l ET l l ET l CLOSE FOR COtfrAINMENT ISOLATION
- I l I I I I I I I SLT1 1 i SLT1 1 j l l l l l l l l l EPs l l EFs l FLOW DwawfNG Gu 3E_sss_21 1000 1 1 I I I I I I i EF4 l 50 l EF4 l JSI DFAwING I I I I I I I i l i I I V-38-044 l GL l 1 l 8 l Al l O/C l O/C l A l NC l EF1 l l EF1 l OPEN FOR HYDROGEN MONITORING 1 l l l l 1 1 l l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION I I I I I i l l I SLT1 1 I SLT1 l l l l l l l l 1 l EPs l l EPs l FLOW DRAWING Gu 3E-sss_21-2000 l l l l l l l l l EF4 l 50 l EF4 l ISI DFAwING 1 1 I I I I I i i i l i V-38-04s l GL l 1 l S l A1 l O/C l O/C l A l NC l EF1 l l EF1 l OPEN FOR HYDROGEN MONITORING l l l l l l l l l ET l l ET l CLOSE FOR CONTAINMENT ISOLATION I I I I I I I I i SLT1 1 I SLT1 I l l l l l l l l l EPs I l EPs l Prow De AwfNG Gu 3E_sss_21-1000 1 1 1 I i l l I I EF4 l 50 l EF4 l ISI DRAWING i i l I I I i I I i i i
_.__m___....._ . . _ _ _ . _ _ _ _ _
OYSTN CRf"CK INS 9VICS TNTI G PROGRAM REVISION 0 APPENDIX B TABLE 1 JULY. 1994 VALVE TEST PEOUIREMENTS PAGB 6e OF 70 STSTEM 555 POST ACCIDENT SAMPLING l I i l i eoSITION I Acrivs imag pEcUn sot i Ac rUAt. I vALv5
- i ms l SIIs 1 ACTUATOR l M l M l SAFE l PASSIVE l CLASS l ""EST lPELIBF] TEST l SAFETY FUNCTION V-40-006 l GL ] 3/4 [ s l A1 l LC lC l P j1 ] EF4 l 50 l EP4 l CLOSE FOR CONTAINMENT ISOLATION i l I I i i l I i sLT1 1 I sLn i i l i i l i I I i i l I i l 1 l l 1 l t l l l l FLOW onAw1No en n0012 i l i I i i i i i l l I ISI DPAwI m 1 I I i i i l I i l I i V-40-003 j GL l 3/4 l S l Al l LC lC l P l NC j EP4 j S0 l EF4 l CIDSE FOR CONTAINMENT ISOLATION 1 I I I I i l i i sLn l I sLn i 1 1 1 I I I I I I I I I I I I i l i I I I I I I Flow DR Aw1E BR MG012 I I I I I I I I i 1 I I ISI oRAwIm l I I I i l I ! I i 1 1 I i l l
l V-40-012 l GL l 3/4 l S l Al l LC lC l P l NC l EF4 l 50 l EF4 l CICSE FOR CONTAINMENT ISOLATION I I I I I I i i i sLn I i sLn l I I i i ! i i i l l I i i l l l l l l l l 1 i ; PtOw 09AwINo sa M0012 i
1 1 1 I I I i 1 I I i i ISI omIm l i I i l I i i l i l I V-40-024 ) GL l 3/4 l S l Al l LC lC l P l NC l EF4 l 50 l EF4 l CLOSE FOR CONTAll.1NENT ISOLATION 1 1 I i l I i l i sLn i I sLn I i l i i l i I i i i i I l l l l [ l l 1 l t l l Flow oRAwI m sa M0012 1 1 1 I i i I l l 1 1 1 ISr omrm i i I i l I I i i i i I
OYSTER CRMW INS"RVICE TESTING PPOGRAM PE7ISIOJN APPENDI'C B TABLE 1 JULY. 1994 VALVE TEST PEOUIREMENTS PAGE 69 OF 70 SYSTEM 623 TRAVELING INCOPE PPOBE l l l l l POSITION l Af"TIVE l CODE lPEOUIRED } l ACTUAL l VALVE # lMl SIZE l ACTUATOR l E l NOPM l SAFE l PASSIVE l CLASS l TEST lPELIEFI TEST l SAFETY FUNCTION V-623-0001 l BL l 3/B l S l A1 l O/C lC l A l NC l EF1 l l EF1 l CIDSB FOR CONTAINMENT ISOLATION I I I I I I I I I n i I n i i i i i l l I I I EF5 l l EFS l l l l l l l l l l SLT1 l l SLT1 l FLOW DPXdING GE 147DG699 l l l l l l l l l EF4 l 50 l EF4 l ISI DRAWING 1 1 I I i i i l i i i !
V-623-0002 j BL l 3/8 l S l A1 l O/C lC l A l NC l EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION I I i i l i i i ! ET l l ET l I i i i I I I I .I EPs 1 I EPS l l l l l l l l l l SLT1 l l SLT1 l FLOW DPAWING GB 147D8699 l l l l l l l l l EF4 l 50 l EF4 l ISI DRAWING 1 1 1 1 1 I I I I I I I V-623-0003 l BL l 3/8 l S l Al l O/C lC l A l NC ] EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION i I I i l I i i i n 1 1 n l 1 i i i i ! ! I i EFS l l EF5 l l l l l l l l l l SLT1 l l SLT1 l FLOW DRAWING GB 14708699 l l l l l l l l l EF4 l 50 l EF4 l ISI DPAWING I I I I I I I I I I I i v.623_0004 i BL i 3/a l S l Al l O/C lC l A l NC l EF1 l l EF1 l CLOSE FOR CONTAINMENT ISOLATION i i i l i I I i l ET I I ET I I i i i i i i i ! EF5 l l EFS l l l l l l l l l l SLT1 l j SLT1 [ FLOW DRAWING GB 14708699 l l 1 l l l t i } EF4 1 50 l EF4 l ISI DPAWING I i 1 1 I I I I i 1 1 I v-623-0005 l PG l .37 l XP lD l0 lC l A l NC l XP1 l l XP1 l CIDSE FOR CONTAINMENT ISOIATION I I I I I I I I I I I I i i i l i i i i I i I I i i i i i I i i l I i i M W DPAWING GE 147DS699 I i i i i i l i l i I i ISI DPAWING I ! I I I I I I i i i I
OYSTER CRE'%t TNSE M CM TESTING PROGRAM REVISTON 8 APPENDIX B TABLE 1 JULY, 1994 VALVE TEST PEOUTREMENTS PAGE 70 OP 70 SYSTEM 623 T1tAVELING INCORE PROBE l l l l l POSITION l ACTIVE l C_OD_S lREOUIREDl _ [ ACTUAL l VALVE 4 l TYPE l SIZE l ACTUATOR l E l NOPM l SAFS l PASSIVE l CLASS] TEST lPELTEPl TEST l SAFSTY FUNCTION V-623-0006 l PG l .37 l XP lD lO lC l A l NC l XP1 l l XP1 l CLOSE FOR CONTAINMENT ISOLATION I i l l I I I i i l l I i l i i i i i l i I I !
l l l l l l l l l l l l FLOW DPAwING GB 147D8699 I i 1 1 I .I I I I I I I Isf oRAw1NG l i I I I I I i i l i I V-623-0007 l PG { .37 l XP lD {O lC l A l NC l XP1 l l XP1 l CLOSE FOR CONTAINMENT ISOLATION I I I i i i i l I I i i l i i l 1 i l i i l l l l t I i i t I i t i I I rLOw ceAwrNG GB 147c86,s i I I I i ! i l i ! I i Ist onw:NG I I I i i i i l i I I l V_623 0008 l PG l .37 l XP j D lO lC l A [ NC l XP1 l l XP1 l CIDSB POR ColfrAINMENT ISOLATION I I I I I i l I i ! ! I i i i l i I I I i i I i l I l l 1 l l l 1 t l l Ptow on2wrm GB 147Dases
! I I I I I I I I I i i ISr opA.wim 1 1 1 I I I 1 1 I i i !
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