Rev 2 to JNS-PSL-204, First Ten-Year Inservice Inspection Interval Inservice Testing Program for Pumps & Valves, St Lucie Nuclear Power Plant,Unit 2.| ML17227A601 |
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Saint Lucie  |
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| Issue date: |
08/11/1992 |
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FLORIDA POWER & LIGHT CO. |
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| Shared Package |
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| ML17227A598 |
List: |
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| References |
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| JNS-PSL-204, NUDOCS 9209240430 |
| Download: ML17227A601 (544) |
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Category:TECHNICAL SPECIFICATIONS & TEST REPORTS
MONTHYEARML17309A9961999-06-30030 June 1999
Rev 35 to HP-90, Emergency Equipment.
ML17309A9941999-06-17017 June 1999
Rev 1 to COP-06.06, Guidelines for Collecting Post Accident Samples.
ML17241A3541999-06-0101 June 1999
Proposed Tech Specs Section 3.5.2,allowing Up to 7 Days to Restore Inoperable LPSI Train to Operable Status
ML17309A9951999-05-27027 May 1999
Rev 0 to COP-06.11, Establishing Remote Lab for Analyses of Accident Samples.
ML17241A3451999-05-24024 May 1999
Proposed Tech Specs 3/4.5.1 Re Safety Injection Tanks
ML17229B0711999-03-19019 March 1999
Proposed Tech Specs Pages Requested by NRC for Use in Issuance of Proposed License Amend Re SFP Storage Capacity, Per Soluble Boron Credit
ML17229B0441999-03-0202 March 1999
Cycle 11 Reactor Startup Physics Testing Rept. with 990304 Ltr
ML17229B0201999-02-23023 February 1999
Proposed Tech Specs 3/4.1.2.9 Re Reactivity Control sys- Boron Dilution
ML17229B0361998-12-22022 December 1998
Rev 20 to Procedure C-200, Odcm.
ML17229A9551998-12-16016 December 1998
Proposed Tech Specs Pages Revising Administrative Controls & Incorporating Specific Staff Qualifications for Multi- Discipline Supervisor Position
ML17229A9161998-11-25025 November 1998
Proposed Tech Specs Pages,Replacing Insert-A,attachment to 971231 Submittal & Revises LCO 3.4.9.11 & Associated Bases
ML17229A9251998-11-22022 November 1998
Proposed Tech Specs Revising Thermal Margin SL Lines of TS Figure 2.1-1 to Reflect Increase in Value of Design Min RCS Flow from 345,000 Gpm to 365,000 Gpm & Change Flow Rates Stated in Tables 2.2-1 & 3.2-1
ML17229A9131998-11-19019 November 1998
Proposed Tech Specs,Revising Administrative Contols TS 6.3, Unit Staff Qualifications & Incorporating Specific Staff Qualifications for Multi-Discipline Supervisor (MDS) Position
ML20155C3061998-10-29029 October 1998
Proposed Tech Specs Pages Revising Terminology Used in Notation of TS Tables 2.2-1 & 3.3-1 Re Implementation & Automatic Removal of Certain Reactor Protection Sys Trip Bypasses
ML20153G0781998-08-26026 August 1998
Rev 19 to Plstqp, Guard Training & Qualification Plan
ML17229A8441998-08-24024 August 1998
Proposed Tech Specs Removing Obsolete License Conditions & Incorporating Revs Which Clarify Component Operations That Must Be Verified in Response to Containment Sump Recirculation Actuation Signal
ML17229A7731998-06-15015 June 1998
Proposed Tech Specs Pages 6-20,6-20a & 6-20c,correcting Info Supplied by Fuel Vendor Relative to Titles of Approved TRs That Are Referenced in Proposed TS 6.9.1.11.b
ML17229A7601998-06-0303 June 1998
Proposed Marked Up TS Pages Modifying Explosive Gas Mixture Surveillance Requirement 4.11.2.5.1 to Provide for Use of Lab Gas Partitioner to Periodically Analyze Concentration of Oxygen in Svc Waste Gas Decay Tank
ML17229A7441998-05-27027 May 1998
Proposed Tech Specs Providing for More Efficient Use of on- Site Mgt Personnel in Review & Approval Process for Plant Procedures
ML17229A7481998-05-27027 May 1998
Proposed Tech Specs Section 3.5.1,removing Requirement for SITs to Be Operable in Mode 4,which Will Minimize Potential for Inadvertent SIT Discharge During RCS Cooldown/ Depressurization Evolutions
ML17229A7511998-05-27027 May 1998
Proposed Tech Specs Section 6.2.2.f,revised to Allow for Use of Longer Operating Shifts of Up to Twelve Hours Duration by Plant'S Operating Crews
ML17229A6751998-03-27027 March 1998
Cycle 15 Reactor Startup Physics & Replacement SG Testing Rept. W/980402 Ltr
ML17229A6501998-03-0303 March 1998
Proposed Tech Specs 3.4.7 Re RCS Chemistry/Design Features/ Administrative Controls
ML17229A6381998-02-12012 February 1998
Rev 19 to C-200, Offsite Dose Calculation Manual.
ML17229A6151998-01-12012 January 1998
Rev 0 to ISI-PSL-1, St Lucie Nuclear Plant Unit 1 ISI Plan.
ML17229A6141998-01-12012 January 1998
Rev 0 to ISI-PSL-1, Third Interval ISI Program for St Lucie Nuclear Power Plant,Unit 1.
ML17229A5691997-12-31031 December 1997
Proposed Tech Specs Pages Modifying TS 5.6.1 & Associated Figure 5.6-1 & TS 5.6.3 to Accomodate Increase in Allowed SFP Storage Capacity
ML17309A9131997-12-29029 December 1997
Proposed Tech Specs Modifying Specifications for Selected cycle-specific Reactor Physics Parameters to Provide Reference to St Lucie Unit 2 COLR for Limiting Values
ML17229A5851997-12-12012 December 1997
Rev 0 to ADM-29.01, IST Program for Pumps & Valves.
ML17229A5491997-12-0101 December 1997
Proposed Tech Specs Revising Units 1 & 2 EPP Section 4, Environ Conditions & Section 5, Administrative Procedures to Incorporate Proposed Terms & Conditions of Incidental Take Statement Included in Biological Opinion
ML17309A9171997-11-26026 November 1997
Rev 0 to PSL-ENG-SENS-97-068, Spent Fuel Pool Dilution Analysis.
ML17229A5931997-09-26026 September 1997
Rev 4 to Procedure QI-5-PSL-1, Preparation,Rev,Review/ Approval of Procedures.
ML17229A5921997-09-18018 September 1997
Rev 0 to Procedure ADM-17.11, 10CFR500.59 Screening.
ML20211Q5841997-09-10010 September 1997
Rev 18 to Training & Qualification Plan
ML17229A4621997-08-22022 August 1997
Proposed Tech Specs Pages,Revising Specification 4.0.5 Surveillance Requirements for ISI & Testing of ASME Code Class 1,2 & 3 Components,To Relocate IST Program Requirements to Administrative Control Section 6.8
ML17229A4341997-08-0101 August 1997
Proposed Tech Specs,Extending semi-annual Surveillance Interval Specified in Table 4.3-2 for Testing ESFAS Subgroup Relays to Interval Consistent W/Ceog Rept CEN-403,Rev 1-A for March 1996 & Associated SE
ML17309A8951997-06-11011 June 1997
Rev 0 to PL-CNSI-97-004, Transportation & Emergency Response Plan for St Lucie Unit 1 SG Project.
ML17229A3601997-05-29029 May 1997
Proposed Tech Specs Incorporating Administrative Changes That Improve Consistency Throughout TSs & Related Bases
ML17229A2981997-03-0606 March 1997
Final Analysis of Radiological Consequences of Main Steam Line Break Outside Containment for St Lucie Unit 1 NPP Using NUREG-0800 Std Review Plan 15.1.5 App A.
ML17229A1831996-12-20020 December 1996
Proposed Tech Specs Re Safety Limits & Limiting Safety Sys Settings
ML17229A1611996-12-0909 December 1996
Proposed Tech Specs 1.9a Re Core Operating Limits Rept
ML17229A1191996-10-31031 October 1996
Proposed Tech Specs 6.0 Re Administrative Controls
ML17229A1111996-10-30030 October 1996
Proposed Tech Specs 3/4.9.9 Re Containment Isolation Sys & 3/4.9.10 Re Water level-reactor Vessel
ML17229A1061996-10-28028 October 1996
Proposed Tech Specs 1.6 Re Channel Functional test,1.7 Re Containment Vessel integrity,1.8 Re Controlled leakage,1.9 Re Core alteration,3/4.6 Re Containment Systems & 3/4.6.1 Re Containment Vessel
ML17229A1091996-10-28028 October 1996
Proposed Tech Specs Rev to Allow Type A,B & C Containment Leakage Tests to Be Conducted at Extended Intervals Determined by performance-based Criteria
ML17229A0951996-10-24024 October 1996
Rev 0 to 00000-OSW-16, In-Situ Pressure Test Results for St Lucie Unit 1 Spring 1996 Outage.
ML17229A0861996-10-18018 October 1996
Startup Physics Testing Rept. W/961018 Ltr
ML17229A2441996-09-23023 September 1996
Rev 18 to Offsite Dose Calculation Manual (Odcm).
ML17228B5641996-07-15015 July 1996
Revised Tech Specs Re Core Alteration Definition
ML17229A0961996-06-12012 June 1996
Rev 0 to TR-9419-CSE96-1101, Test Rept - SG Tube In-Situ Hydrostatic Pressure Test Tool Hydro Chamber Pressure Determination.
1999-06-30
[Table view]
Category:TEST/INSPECTION/OPERATING PROCEDURES
MONTHYEARML17309A9961999-06-30030 June 1999
Rev 35 to HP-90, Emergency Equipment.
ML17309A9941999-06-17017 June 1999
Rev 1 to COP-06.06, Guidelines for Collecting Post Accident Samples.
ML17309A9951999-05-27027 May 1999
Rev 0 to COP-06.11, Establishing Remote Lab for Analyses of Accident Samples.
ML17229B0361998-12-22022 December 1998
Rev 20 to Procedure C-200, Odcm.
ML20153G0781998-08-26026 August 1998
Rev 19 to Plstqp, Guard Training & Qualification Plan
ML17229A6381998-02-12012 February 1998
Rev 19 to C-200, Offsite Dose Calculation Manual.
ML17229A6151998-01-12012 January 1998
Rev 0 to ISI-PSL-1, St Lucie Nuclear Plant Unit 1 ISI Plan.
ML17229A6141998-01-12012 January 1998
Rev 0 to ISI-PSL-1, Third Interval ISI Program for St Lucie Nuclear Power Plant,Unit 1.
ML17229A5851997-12-12012 December 1997
Rev 0 to ADM-29.01, IST Program for Pumps & Valves.
ML17229A5931997-09-26026 September 1997
Rev 4 to Procedure QI-5-PSL-1, Preparation,Rev,Review/ Approval of Procedures.
ML17229A5921997-09-18018 September 1997
Rev 0 to Procedure ADM-17.11, 10CFR500.59 Screening.
ML20211Q5841997-09-10010 September 1997
Rev 18 to Training & Qualification Plan
ML17309A8951997-06-11011 June 1997
Rev 0 to PL-CNSI-97-004, Transportation & Emergency Response Plan for St Lucie Unit 1 SG Project.
ML17229A2981997-03-0606 March 1997
Final Analysis of Radiological Consequences of Main Steam Line Break Outside Containment for St Lucie Unit 1 NPP Using NUREG-0800 Std Review Plan 15.1.5 App A.
ML17229A2441996-09-23023 September 1996
Rev 18 to Offsite Dose Calculation Manual (Odcm).
ML17229A0971996-06-10010 June 1996
Rev 0 to TP-9419-CSE96-2104, Steam Generator Tube In-Situ Hydrostatic Pressure Test Tool Hydro Chamber Pressure Determination.
ML20137P3651996-05-20020 May 1996
Rev 5 to Procedure 1-1220055, Calibration of Area Radiation Monitoring Sys (Arms)
ML17228B4921996-04-22022 April 1996
FPL St Lucie Unit 1 SG Program.
ML20137P3381996-03-0404 March 1996
Rev 0 to Procedure 1-1400207, Calibr of Containment Process Monitor
ML20137K6111995-12-0707 December 1995
Auxiliary Feedwater Pump 1C Disassembly Insp & Reassembly Mechanical Maint Procedure for St Lucie Plant,Unit 1
ML17228B3461995-11-16016 November 1995
Rev 0 to Plant Administrative Procedure 2-0010024, Inservice Testing Program for Pumps & Valves.
ML20137P3061995-08-31031 August 1995
Rev 2 to Procedure 2-1220057, Functional Testing of RM-80 Power Supply Assemblies
ML17228B0491995-02-0303 February 1995
Rev 0 to Subsequent Inservice Exam Plan for Pressurizer Instrument Nozzles.
ML17228B0171995-01-0606 January 1995
Rev 5 to Second 10-Yr ISI Interval IST Program for Pumps & Valves St Lucie Nuclear Power Plant Unit 1.
ML17228A8811994-09-28028 September 1994
Rev 0 to PSL-200-AOA-94-1, St Lucie Nuclear Plant,Unit 2 ISI Interval Request for Authorization of Alternative Exam. W/Attachment Re Implementation of Reg Guide 1.150
ML20137M1611994-09-15015 September 1994
Rev 2 to Procedure 1-1220053, Calibr of Control Room Outside Air Intake Monitors
ML20080M4881994-06-14014 June 1994
Rev 15 to Chemistry Procedure C-200, Odcm
ML20080M4791994-01-14014 January 1994
Rev 14 to Chemistry Procedure C-200, Odcm
ML17228A4621994-01-14014 January 1994
Rev 4 to Second Ten-Yr ISI Interval IST Program.
ML17228A2471993-07-24024 July 1993
Rev 0 of PSL-201, St Lucie Nuclear Power Plant,Unit 2 Second ISI Interval ISI Selected Component Schedule.
ML17228A2461993-07-24024 July 1993
Rev 0 of PSL-200, St Lucie Nuclear Power Plant,Unit 2 Second ISI Interval Program Plan & Schedule from 930808- 200808
ML20137P3551993-03-0808 March 1993
Rev 1 to Procedure 1-1220055, Calibration of Area Radiation Monitoring Sys (Arms)
ML17227A6011992-08-11011 August 1992
Rev 2 to JNS-PSL-204, First Ten-Year Inservice Inspection Interval Inservice Testing Program for Pumps & Valves, St Lucie Nuclear Power Plant,Unit 2.
ML20141M4901992-07-30030 July 1992
Rev 14 to Training & Qualification Plan
ML20137P3431992-04-10010 April 1992
Rev 1 to Procedure 1-1220053, Calibration of Control Room Putside Air Intake Monitors
ML17223B2931991-10-10010 October 1991
Rev 3 to JNS-PSL-203, Second 10-Yr Inservice Insp Interval Inservice Testing Program for Pumps & Valves,St Lucie Nuclear Power Plant,Unit 1.
ML20137P2971991-07-0303 July 1991
Rev 1 to Procedure 2-1120070, Containment High Range Radiation Monitor Calibration
ML20070T9761991-03-12012 March 1991
Rev 10 to Training & Qualification Plan
ML17223A5771990-03-0707 March 1990
Rev 10 to Emergency Procedure 1-0030143, Total Loss of Ac Power.
ML17223A4501989-12-15015 December 1989
Rev 2 to JNS-PSL-203, Second 10-Yr Inservice Insp Interval Inservice Testing Program for Pumps & Valves.
ML17308A1901988-08-24024 August 1988
Vols 1 & 2 to Rev 0 to JNS-PSL-100, St Lucie Plant Unit 1 Second 10-Yr Insp Plan.
ML17221A7041988-04-0404 April 1988
Rev 0 to Pump & Valve Inservice Test Program.
ML17342B0641987-12-30030 December 1987
Rev 1 to Independent Mgt Appraisal Program Plan for Florida Power & Light Co.
ML17308A1831987-09-0202 September 1987
Rev 0 to Inservice Insp Second 10-yr Summary Program.
ML17221A3781987-08-11011 August 1987
Inservice Testing Program,Section I,Valve Test Program & Section Ii,Pump Test Program.
ML17221A3961987-01-28028 January 1987
Rev 1 to St Lucie Unit 1,Extraction Steam Piping Insp Program Guidelines.
ML17347A2241986-12-22022 December 1986
Emergency Plan Implementing Procedures,Including Procedure 1101, Duties of Emergency Control Officer,Offsite Emergency Organization & Procedure 1102, Duties of Recovery Officer,Offsite Emergency.... W/861222 Ltr
ML17216A6651986-06-17017 June 1986
Rev 4 to Maint Procedure 2-0910053, 12-Month Test of Automatic Load Sequence Relays.
ML17216A6661986-03-26026 March 1986
Rev 5 to Maint Procedure 2-2200063, 2B Emergency Diesel Electrical Insp.
ML17216A6671986-03-26026 March 1986
Rev 4 to Maint Procedure 2-2200062, 2A Emergency Diesel Electrical Insp.
1999-06-30
[Table view] |
Text
FLORIDAPOWERandLIGHTCOMPANYNUCLEARENERGYSERVICES700UniverseBoulevard t'unoBeach,Florida33408FIRSTTEN-YEARINSERVICE INSPECTION INTERVALINSERVICE TESTINGPROGRAMFORPUMPSANDVALVESST.LUCIENUCLEARPOWERPLANTUNITNO.2DATEOFCOMMERCIAL OPERATION:
AUGUST8,1983FLORIDAPOWER&LIGHTP.O.BOX128FT.PIERCE,FL.34954NRCDOCKETNUMBER:50-389DOCUMENTNUMBER:JNS-PSL-204 REVISION2ST.LUCIEPLANTREVIEWSANDAPPROVALS:
PREPAREDBY:PSLLANTISTENGINEERDATE'PPROVED BY:PSTST&CODESUPERVISOR DATE:9209240430 5000389IPDRADQCKoPDR6
Revision208/01/92TableofContentsPacaeTableofContentsRecordofRevisions
1.0 Introduction
2.0Applicable Documents 3.03.13."23.33.4Inservice TestingProgramForPumpsCodeCompliance Allowable RangesofTestQuantities TestingIntervals PumpProgramTableReliefRequestsforPumpTesting4.14.24.34'4.54.6Inservice TestingProgramForValvesCodeCompliance TestingIntervals StrokeTimeAcceptance CriteriaCheckValveTestingValveProgramTableReliefRequestsForValveTestingABCDEPumpProgramTablesPumpProgramRequestsForReliefValveProgramTablesValveProgramRequestsForReliefColdShutdownJustifications Revision208/01/92RECORDOFREVISIONS REVISIONNUMBER0DESCRIPTION OFREVISIONREASONFORTHECHANGEInitial10yearsubmittal ProgramUpdateProgramUpdateforGenericLetter89-04DATEREVISEDAPPROVALS 08/08/8301/30/8708/01/92
~)4Il4t4I'PI Revision208/01/92INSERVICE TESTING(IST)PROGRAMPLANST.LUCIEUNIT
21.0INTRODUCTION
Revision2oftheSt.LucieUnit2ASMEInservice Inspection (IST)Programwillbeineffectthroughtheendofthefirst120-month (10-year) intervalunlessrevisedandreissuedforreasonsotherthantheroutineupdaterequiredatthestartofthesecondintervalper10CFR50.55a(g).
Thefirstinspection intervalisdefinedasfollows:BeceinsAugust8,1983EndsAugust8,1993ThisdocumentoutlinestheISTProgramforSt.LuciePlant,Unit2,basedontherequirements ofSectionXIoftheASMEBoilerandPressureVesselCode,1980Edition,including alladdendatheretothroughWinter,1980(theCode).References inthisdocumentto"IWP"or"IWV"correspond toSubsections IWPandIWV,respectively, oftheASMESectionXI,1980Edition,unlessotherwise noted.Theinservice testingidentified inthisPlanaretobeperformed specifically toverifytheoperational readiness ofpumpsandvalveswhichhaveaspecificfunctioninmitigating theconsequences ofanaccidentorinbringingthereactortoasafeshutdown.
,t,D.<+i-Q.i~va'>L4l:et+Vt~ac)~a:ii~e.
Revision208/01/922.0APPLICABLE
.DOCUMENTS ThisProgramPlanwasdeveloped pertherequirements
-andguidanceprovidedbythefollowing documents:
2.12.22.32.42.52.62'.72.82.92.102.112.12Title10,CodeofFederalRegulations, Part50NRCRegulatory Guides-Division1StandardReviewPlan3.9.6,"Inservice TestingofPumpsandValvesFinalSafetyAnalysisReport,St.LucieUnit2St.LuciePlantUnit2Technical Specifications ASMEBoilerandPressureVesselCode,SectionXI,1980EditionandAddendathroughWinter,1980NRCGenericLetter89-04,"Guidance onDeveloping
~Acceptable Inservice TestingPrograms" MinutesofthePublicMeetingsonGenericLetter89-04.St.LucieUnit1-InterimReliefFromtheInservice TestingProgramforPumpsandValves(TACNo.74794)Supplement toMinutesofthePublicMeetingsonGenericLetter89-04byJ.G.Partlow,26September
.1991Requestfor-Industry/NRC-Accepted Interpretation on"Practical" asAppliedbyASMECodeSectionXI,IWV-3412(a)byMartinJ.Virgilio, Assistant DirectorforRegionsIVandV.St.LucieUnit2-Inservice Testing(IST)ProgramReliefRequest,5December1991
~~l.i~a41hi0~L4%~tUIbsf Revision208/01/923.0INSERVICE TESTINGPROGRAMFORPUMPS3.1CodeCompliance ThisISTProgramforpumpsmeetstherequirements ofSubsection IWPoftheCodeandanyinterpretations oradditional requirements imposedbyGenericLetter89-04.Wheretheserequirements havebeendetermined tobeimpractical, conformance wouldcauseunreasonable hardshipwithoutanycompensating increaseinsafety,oranalternative testprovidesanacceptable levelofqualityandsafety,relieffromCoderequirements isrequested pursuanttotherequirements of10CFR50.55a(g)(5)(iii) andGenericLetter89-04.3.2Allowable RangesofTestQuantities Theallowable rangesfortestparameters asspecified inTableIWP-3100-2 willbeusedforallmeasurements ofpressure, flow,andvibration exceptasprovidedforinspecificreliefrequests.
Insomecasestheperformance ofapumpmaybeadequatetofulfillitssafetyfunctioneventhoughtheremaybeavalueofanoperating parameter thatfallsoutsidetheallowable rangesassetforthinTableIWP-3100-2.
Shouldsuchasituation arise,anexpandedallowable maybedetermined, onacase-by-case
.basis,inaccordance withIWP-3210andASMECodeInterpretation XI-1-79-19.
3.3TestingIntervals Thetestfrequency forpumpsincludedintheProgramwillbeassetforthinIWP-3400andrelatedreliefrequests.
Abandof+25percentofthetestintervalmaybeappliedtoatestscheduleasallowedbytheSt.LucieUnit2Technical Specifications toprovideforoperational flexibility.
Revision208/01/923.4PumpProgramTableAppendixAlists-those pumps'.included in'theISTProgramwith.references toparameters tobemeasuredand*'pplicable requestsforrelief.3.5ReliefRequestsforPumpTestingAppendixBincludesallreliefrequestsrelatedtopumptesting.
0QJet444x1 Revision208/01/924.0'INSERVICE.TESTING PROGRAM'OR VALVES.H4.1CodeCompliance ThisISTProgramfor'alves meets'therequirements ofSubsection IWVoftheCodeandanyinterpretations oradditional requirements imposedbyGenericLetter89-04.Wheretheserequirements havebeendetermined tobeimpractical, conformance.
wouldcauseunreasonable hardshipwithoutanycompensating increaseinsafety,oranalternative testprovidesanacceptable levelofqualityandsafety,relieffromCoderequirements isrequested pursuanttotherequirements of10CFR50.55a(g)(5)(iii) andGenericLetter89-04.4.2TestingIntervals Thetestfrequency forvalvesincludedintheProgramwillbeassetforthinIWP-3400andrelatedreliefrequests.
Abandof+25percentofthetestintervalmaybeappliedtoatestscheduleasallowedbytheSt.LucieUnit2Technical Specifications toprovideforoperational flexibility.
Wherequarterly testingofvalvesisimpractical orotherwise undesirable, testingmaybeperformed duringcoldshutdownperiodsaspermitted byIWV-3412(a).
Justifications forthisdeferredtestingareprovidedinAppendixE.4.3-StrokeTimeAcceptance
-Criteria Whenrequired, theacceptance criteriaforthestroketimesofpower-operated valveswillbeassetforthinGenericLetter89-04.4.4CheckValveTestingFull-stroke exercising ofcheckvalvestotheopenpositionusingsystemflowrequiresthatatestbeperformed wherebythepredicted fullaccidentcondition flowratethroughthevalvebeverifiedandmeasured.
Anydeviation tothisrequirement mustsatisfytherequirements ofGenericLetter89-04,Position1.
Revision208/01/924.5.Valve.ProgramTable-Appendix:C lists'those valvesincludedin-theISTProgramwithreferences torequiredtesting,respective testintervals, andapplicable
'requests forrelief.4.6ReliefRequestsforValveTestingAppendixDincludesallreliefrequestsrelatedtovalvetesting.
Revision208/01/92AppendixAPumpProgramTables e'4g~--e FLORIDAPOWERANDLIGHTCOMPANYREVISION:
2PUHPTABLESDATE:08/01/92SaintLuciaNuclearPlant-Unit2PAGE:1PUHPNUMBERDESCRIPTION INLETDIFF~FLOWBEARINGCLCOORDSPEEDPRES~PRES~--RATEVIBRA.TEMP.REHARKSAFM2AAFW28AFW2CBAH2AAUXILIARY FEEDWATER PUMP3N-13NAAUXILIARY FEEDWATER PUMP3M-13'AAUXILIARY FEEDWATER PUMP3K-13YBORICACIDMAKEUPPUMP28-5NAYYY:PR-4YYY:PR-4YYY:PR-4Y:PR-8YY:PR-5N:PR-1Y':PR-1N:PR-1YN:PR-1BAH28BORICACIDMAKEUPPUHP2C-5NAY:PR-8YY:PR5YN:PR-1CCM2ACCW28CCM2CCMG2ACHG28CHG2CcsccDOT2ADOT28HPSI2AcMPSI28HYD2AHYD28ICW2AICW28ICW2CLPSI2ALPSI28COMPONENT COOLIHGWATERPUHP3F-16NACOMPONENT COOLINGMATERPUHP3F-17NACOMPONENT COOLINGWATERPUMP3F-16NAYYYYYYYYYYYY2C-32E-3CHARGINGPUMPNACHARGINGPUMPCHARGINGPUMPCONTAINMENT SPRAYPUHPCONTAINMENT SPRAYPUMPDIESELOILTRANSFERPUMPDIESELOIL"TRANSFER PUHPNA2G-3NA2G-4NA,Y:PR-15Y2H-4HA.Y:PR-15Y3J-12HA3L-12NAY:PR-16YY:PR-16YHIPRESSSAFETYINJECTION PUMP2D-6NAY:PR-15YN:PR-1N:PR-1YN:PR-1YY:PR-12N:PR-1Y:PR-12N:PR-1Y:PR-12N:PR-1Y:PR-6Y:PR-6H:PR-1N:PR-1Y:PR-7YN:PR-1Y:PR-7Y:PR-9YN:PR-1YN:PR-1Y:PR-9N:PR-1HYDRAZINE PUMPSHYDRAZINE PUMPSINTAKECOOLING'WATERPUMP-"INTAKECOOLINGWATERPUMPINTAKECOOLINGWATERPUHP2C-11Y2D11Y3M-43H-7NANA3H-5NAN:PR-17N:PR-17 Y:PR-17Y:PR-14N:PR-1N:PR-17N:PR-17 Y:PR-17Y:PR-14N:PR-1Y:PR-11YYY:PR-13N:PR-1Y:PR-11YYY:PR-13N:PR-1Y:PR-11YYV:PR-13N:PR-1LOPRESSSAFETYINJECTION PUMP2E-6NALOPRESSSAFETYINJECTION PUHP2D6NAY:PR-15YY:PR-10YY:PR-15Y.Y:PR-10YN:PR-1N:PR-1HIPRESSSAFETYINJECTION PUHP28-6NA':PR-15Y 10V Revision208/01/92FloridaPower&LightCompanyINSERVICE TESTING-PUMPTABLESSt.LucieNuclearPlant-Unit2PAGE:2LEGENDPUMPNUMBERDESCRIPTION Numerical designator indicated ontherespective flowdiagram.Genericname/function ofthepump.CLCOORDTestParameters ISIClassification pertheassociated ISIboundarydrawing(s)
Corresponds totheflowdiagramcoordinates ofthepump.The-table.indicates-by a"Y"(yes)or"N"-(no)thatthespecificparameter ismeasured, evaluated, andrecordedpertheapplicable Coderequirement.
Ifa"N"isindicated, theassociated reliefrequestnumberisalsonotedinthesamecolumn.PR-XXWhereindicated thisreferstothespecificreliefrequest(SeeAppendixB)relatedtoanydeviation regarding themeasurement oranalysisofaparameter.
Revision208/01/92AppendixBPumpProgramReliefRequests Ia%1&iki4f~ARE~t-'"-vw Revision208/01/92RELIEFREQUESTNO.PR-1COMPONENTS:
AllpumpsintheProgramSECTIONXIREUIREMENT:
Thetemperature ofallcentrifugal pumpbearingsoutsidethemainflowpathandofthemainshaftbearingsofreciprocating pumpsshallbemeasuredatpointsselectedtoberesponsive tochangesinthetemperature ofthebearings.
(IWP-3300, 4310)BASISFORRELIEF:Thedataassociated withbearingtemperatures takenatone-yearintervals provideslittlestatistical basisfor.determining theincremental degradation ofabearingoranymeaningful trendinginformation orcorrelation.
Inmanycasesthepumpbearingsarewater-cooled andthus,bearingtemperature isafunctionofthetemperature ofthecoolingmedium,whichcanvaryconsiderably.
Vibration measurements areasignificantly morereliableindication ofpumpbearingdegradation thanaretemperature measurements.
Allpumpsintheprogramaresubjected tovibration measurements inaccordance withIWP-4500.
Althoughexcessive.
bearingtemperature isanindication ofanimminentorexistingbearingfailure,itishighlyunlikelythatsuchacondition wouldgounnoticed duringroutinesurveillance testingsinceitwouldmanifestitselfinotherobviousindications suchasaudiblenoise,unusualvibration, increased motorcurrent,etc.Anypotential gainfromtakingbearingmeasurements, whichinmostcaseswouldbedonelocallyusingportableinstrumentation, cannotoffsetthecostintermsofdilutionofoperatoreffort,distraction ofoperators fromotherprimaryduties,excessive operating periodsforstandbypumpsespecially underminimumflowconditions, andunnecessary personnel radiation exposure.
B-1 4t~p Revision208/01/92RELIEFREQUESTNO.PR-1(cont.)BASISFORRELIEFcont.Basedonthereasonssimilartothosesetforthabove,,theASMEdeletedtherequirement forbearingtemperature measurements inASMEOMCode,Subsection ISTB,therevisedversionoftheCodeforpumptesting.ALTERNATE TESTING:None.B-2 4->>V<4%4.,>g4'+f~~'~i,e~aMIaICo Revision208/01/92RELIEFREQUESTNO.PR-2COMPONENTS:
VariousSECTIONXIREUIREMENT:
Thefull-scale rangeofeachinstrument shallbethreetimesthereference valueorless.(IWP-4120)
BASISFORRELIEF:TableIWP-4110-1 requirestheaccuracyofinstruments usedto>>".measure temperature andspeedto-beequal.toorbetterthan+5percentfortemperature and+2percentforspeed,bothbasedonthefullscalereadingoftheinstrument.
Thismeansthattheaccuracyofthemeasurement canvaryasmuchas.+15percentand+6percent,respectively, assumingtherangeoftheinstruments extendedtotheallowedmaximum.TheseISTpump-parameters areoftenmeasuredwithportabletestinstruments wherecommercially available instruments donotnecessarily conformtotheCoderequirements forrange.Inthesecases,highqualitycalibrated instruments willbeusedwherethe"reading" accuracyisatleastequaltotheCode-requirement.
forfull-scale accuracy.
Thiswill-ensurethatthemeasurements arealwaysmoreaccuratethantheaccuracyasdetermined bycombining therequirements ofTableIWP-4110-1 andParagraph IWP-4120.
ALTERNATE TESTING:Wheneverportableinstruments areusedformeasuring pumpspeedorbearingtemperatures, theinstruments willbesuchthatthe"reading" accuracyisasfollowsTemperature Speed+5percent+2percentB-3
's);h'iwLiiL,f Revision208/01/92RELIEFREQUESTNO.PR-3COMPONENTS:
Applicable toallpumpsintheProgramSECTIONXIREUIREMENT:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.
(IWP-3300)
Pumpinletpressureshallbemeasuredbeforestartingapumpandduringthetest.(TableIWP-3100-1) tBASISFORRELIEF:-.Ifthepumpsbeingtestedareinoperation asaresult.of-plantorsystemneeds,itisunreasonable toreconfigure systemlineupssimply-toprovideformeasurement ofstaticinletpressure.
Inletpressurepriortopumpstartup-isnotasignificant parameter neededforevaluating pumpperformance oritsmaterialcondition.
.ALTERNATE TESTING:Whenperforming atestonapumpthatisalreadyinoperation
""-~due-tosystemor.plantrequirements,:
inletpressurewillonlybemeasuredduringpumpoperation.
B-4 l~w.rg~)~r4.fC&~~l~
rr,l'.IQo~Villi>>AWED~w Revision208/01/92RELIEFREQUESTNO.PR-4COMPONENTS:
Auxiliary Feedwater (AFW)Pumps2Athru2C(2998-G-080, Sh2)SECTIONXIREUIREMENT:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.
(IWP-3300)
Pumpflowrateshallbemeasuredduringthetest.(TableIWP-3100-1)BASISFORRELIEF:'Thereareonlytwopractical flowpathsavailable forperforming inservice.testing oftheAFWPumps.Theseincludetheprimaryflowpathintothemainfeedsupplylinesandthencetothe.steam.generator,
,andtheminimum-flow recirculation (mini-recirc*and-bypass testloop)whichreturnstothecondensate storagetank.Theformerisprovidedwithflowratemeasuring instrumentation howeverthemini-recirc lineisafixedresistance circuitwithnoflow..instrumentation.
Pumpingfromtheauxiliary feedwater systemintothesteam,;;generators during':plant'otoperation isimpractical andundesirable forthefollowing reasons:Duringauxiliary feedwater injection viathemainfeedwater lineswhiletheplantisoperating atpower,alargetemperature differential (approximately 375deg-F)couldexistthatwouldresultinsignificant thermalshockandfatiguecyclingofthefeedwater pipingandsteamgenerator nozzles.Basedontheexpecteddurationofthetestingandtheflowrateofthepumps(150to200gpm),itisexpectedthatthecooldownofthesteamgenerator wouldinducecooldownandcontraction ofthereactorcoolantsystemresulting inundesirable reactivity variations andpowerfluctuations.
B-5 (e~A41~5illI1>>II~~t$
Revision208/01/92RELIEFREQUESTNO.PR-4(cont.)ALTERNATE TESTING:Duringquarterly testingoftheAFWpumpswhilethepumpsareoperating throughthefixed-resistance mini-recirc line,pumpdifferential pressureandvibration willbemeasuredandevaluated perIWP-3200andIWP-6000.
Duringtestingperformed atcoldshutdown, pumpdifferential
- pressure, flowrate,andvibration willberecordedperIWP-3200andIWP-6000.
Testingduringcoldshutdowns willbeonafrequency determined byintervals betweenshutdowns asfollows:Forintervals of3monthsorlonger-eachshutdown.
Forintervals oflessthan3months-testingisnotrequiredunless3monthshavepassedsincethelastshutdowntest.Thisalternate testingagreeswiththe-requirements ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal.
B-6 i,~~r~I1~1l4',wII,gtt~ggV')V Revision208/01/92RELIEFREQUESTNO.PR-.5COMPONENTS:
BoricAcidMakeup(BAM)Pumps2Aand2B(2998-G-078, Sh121)SECTIONXIREUIREMENT:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTable-IWP-3100-1.
(IWP-3300)
Pumpflowrateshallbemeasuredduringthetest.(TableIWP-3100-1)BASISFORRELIEF:Therearethreepractical flowpathsavailable forperforming inservice testingof'theBAMPumps.Theseincludetheprimaryflowpathintothechargingpumpsuctionheader,arecirculation lineleadingbacktotherefueling watertank,andtheminimum-flow
.recirculation (mini-recirc andbypasstestloop)whichreturnstotheBAMTanks.Noneoftheseflowpathsistotallysatisfactory forthefollowing reasons:*.Operating theBAM-Pumps.discharging into,the,chargingpumpsuctionheaderrequirestheintroduction ofhighlyconcentrated boricacidsolutionfromtheboricacidmakeuptankstothesuctionofthechargingpumps.This,inturn,wouldresultin'headditionofexcessborontotheRCS.Thisrapid,insertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization.
Alargeenoughboronadditionwouldresultinanunscheduled planttripandapossibleinitiation ofSafetyInjection Systems.Duringcoldshutdown, theintroduction ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldbeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreaseitsboronconcentration.
B-7
'tL;~r4rypCI><<iE/a'va~.X*()w~""Yw~~f s<<gii>iN*yss~tv,tr~w4>>>>i)"XWiCt~.Rl'.<a<<~i',8~244-~'V Revision208/01/92RELIEFREQUESTNO.PR-5(cont.)*.-Thesecondcircuit:recirculates watertothe-Refueling WaterTank(RWT)ortheVolumeControlTank(VCT).Duringnormalplantoperation atpoweritisundesirable topumptotheRWTanddepletetheBAMTankinventory.
OneofthetwoBAMTanksismaintained atTech.Spec.levelwhiletheotherisusedasrequiredforplantoperation.
TheTech.Spec.BAMTankcannotbepumpedfrombecauseitmustbemaintained atalevelnearthetopofthetank.TheotherBAMTank'slevelwillvaryfromtesttotestbyasmuchas15to20feet.Thisvarianceinpumpsuctionpressurewillhaveadirectaffectonpumpheadandflowsuchthattestrepeatability wouldbequestionable.
- Theminimum-flow recirculation flowpathisafixedresistance circuitofoneinchpipecontaining aflowlimitingorifice.Noflowratemeasuring instrumentation isinstalled in-thisline.Pumpingboricacidfromtanktotankwouldbepossiblebuttheflowrateswouldbesmall,.limiting
.pumpoperation,to, thehighheadsectionofthepumpcurve.Inaddition, one=ofthetwoBAMTanksismaintained atTech.Spec.level.whiletheotherisusedasrequiredfornormalplantoperation.
TheTech.Spec.BAMTankcannotbepumped,frombecauseitmustbemaintained atalevelnearthetopofthetank.Thisnarrowbandlimitstheamountthatcanbepumpedtoitor'romittoonlyafewhundredgallons.TheotherBAMTank'slevelwillvaryfromtesttotestbyasmuchas15to20feet.Thisvarianceinpumpsuctionpressurewillhaveadirectaffectonpumpheadandflowsuchthattestrepeatability wouldbequestionable.
B-8 Ikl~4,.~!i)i".<>g.'<>'%Upi Revision208/01/92RELIEFREQUESTNO.PR-5(cont.)ALTERNATE TESTING:Duringquarterly testingoftheBAMpumps,whilethepumpsareoperating throughthefixed-resistance mini-recirc line,pumpdifferential pressureandvibration willbemeasuredandevaluated perIWP-3200andIWP-6000.
Duringtestingperformed ateachreactorrefueling outage,jumpdifferential
- pressure, flowrate,andvibration willberecordedperIWP-3200andIWP-6000.
-'his>>alternate testingagreeswiththerequirements ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal; B-9
~+ec Revision208/01/92RELIEFREQUESTNO.PR-6'COMPONENTS:
Containment Spray(CS)=Pumps2Aand2B(2998-G-088)
SECTIONXIREUIREMENT:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.
(IWP-3300)
Pumpflowrateshallbemeasuredduringthetest.(TableIWP-3100-1)BASISFORRELIEF:.Therearetwopractical flowpathsavailable forperforming
..inservice testingofthe.CSPumps.TheseincludeonethatpumpsboratedwaterfromtheRWTtotheRCSviathelow-pressureinjection headerandtheother,minimum-flow recirculation (mini-recirc andbypasstestloop)whichreturnstotheRWTThefirstwouldrequiremodifying theshutdowncoolinglineupwhileincoldshutdown; however,theshutdowncoolingsystem...;..cannot
-providesufficient
.letdownflowto,theRWTtoaccommodate fulldesignflowfromtheRWTwhilemaintaining thenecessary corecoolingfun'ction.
Thus,theonlypractical time-fortestingthesepumps=via'this,flowpathisduringrefueling outageswhenwaterfromtheRWTisusedtofilltherefueling cavity.Theminimum-flow recirculation flowpathisafixedresistance circuitcontaining aflowlimitingorificehowevernoflowratemeasuring instrumentation isinstalled.
ALTERNATE TESTING:TheCSpumpsrecirclinedifferential perIWP-3200areoperatedthroughthefixed-resistance mini-duringthequarterly pumptesting.Pumppressureandvibration aremeasuredandevaluated andIWP-6000.
IgNzlr,aP Revision208/01/92RELIEFREQUESTNO.PR-6(cont.)ALTERNATE TESTING:cont.Duringthepumptestingperformed eachreactorrefueling, pump.differential
- pressure, flowrate,andvibration willberecordedperIWP-3200andIWP-6000.
Thisalternate testingagreeswiththerequirements ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal.
4a4taW4IrI~j" Revision208/01/92RELIEFREQUESTNO.PR-7COMPONENTS:
DieselFuelOilTransferPumps2Aand2B(2998-G-086,
-Sh1)SECTIONXIREUIREMENTS:
Flowrateshallbemeasuredusingarateorquantitymeterinstalled inthepumptestcircuit.(IWP-4600)
Theallowable rangesofinservice testquantities inrelationtothereferenc'e valuesaretabulated intableIWP-3100-2.
(IWP-3210)
BASISFORRELIEF:Therearetwoflowpathsavailable forperforming inservice testingonthesepumps:thenormaldaytankfilllineandthetransferlinesusedtotransferfueloilbetweendieseloilstoragetanks.Neitheroftheseflowpathshaveinstalled flowinstrumentation.
Thedaytankwouldhavetobedrainedtouseitastheflowpathforapumpflowtest.Todrainthedaytankwouldrequirethepumptobedisabledandadditional diesel-,generator run.timetouse-upthefueloilor.drainingover-200gallonsoffueloilinto55gallondrums.Neither.drainingmethodisacceptable.
Evenifthetankcouldbedrained,the--'-.length"of thepump"test"would
-belimited=bythesmallvolumeofthedaytank.Themostpractical methodofdetermining pumpflowrateisbycalculating thetransferrateoffueloilbetweenstoragetanks.Thepumpflowtestisdividedintotwosections.
Thepumpisrecirculated for15minutestoitsownstoragetank(A)forthefirstsectionoftheflowtest.Duringthese15minutes,thepumpiswarmedupandvibration measurements aretaken.Priortotheendofthe15minutes,thepump'sdischarge valveisthrottled toapresetvalue.Thepumpisstoppedandthevalvelineupischangedsothatflowisnowdirectedtotheotherstoragetank(B).
Pell~l~4<<J~~'21twp Revision208/01/92RELIEFREQUESTNOPR-7(cont.)BASISFORRELIEF:Whilethepump'slineupis-changed, thepump'sstoragetank(A)levelismeasured'byhandusingatapemeasure.Thepumpisthenstartedandallowedtotransferaminimumof3inchesoffueloil,5to6inchesispreferred.
Afinalstoragetank(A)levelismeasuredattheendofthetest.Thepump'sflowrateiscalculated byconverting thestoragetank(A)levelchangeintoavolumechangeandthendividingitbythenumberofminutesthepumpwasrun.ALTERNATIVE TESTING:Duringquarterly testingoftheDieselGenerator FuelOilTransferPumps,pumpdifferential
- pressure, flowrate,,andvibration willberecordedperIWP-3200andIWP-6000.
Flowratewillbebasedonthestoragetanklevelchangesoverameasuredperiodofpumpoperation.
Theallowable rangesforthetestparameters asspecified inTableIWP-3200-2 willbeusedforallmeasurements exceptforflow.Inaccordance withIWP-3200andASMEInterpretation XI-1-79-19, thenewpumpflowlimitsandtheircalculations willbespecified intherecordoftests(IWP-6000).
+2Sigma+2Sigma+2Sigma-2Sigma2Sigma-2SigmaF(avg)]F(avg)]F(avg)]F(avg)]F(avg)]F(avg)][1.02x[1.02x[1.00x[0'6x[0.94x[0.94xTheLowerAcceptable limitincorporates a40rangeforasmallamountofpumpdegradation.
ThisisthesameamountthatisincludedinthelimitslistedinTableIWP-3200-2.
Aseriesofatleast.fourflowtestswillbeperformed, foreachpumptoestablish anewpumpbaseline.
Thecalculated averageflowrate,F(avg),ofthesetestswillbeusedforthe"pump'sreference value."The"mean errorfortheindividual flowratesandaverageflowratewillbecalculated andcombinedbythesumofthesquarestoformacombinederror(Sigma).Thecombinederrorwillthenbedoubled(twostandarddeviations) toachievea95.44accuracythatallacceptable flowratetestswillfallwithinthisrange.Thenewpumplimitswillbeasfollows:RequiredActionUpperAlertUpperAcceptable LowerAcceptable LowerAlertRequiredAction 444>>>>~4+>>Sgl~4a4w44N>>P$444(t>>tp4,~gy4g~>>4~/>>4 Revision208/01/92RELIEFREQUESTNO.PR-8COMPONENTS:
~BoricAcidMakeupPumps2Aand2B(2998-G-078, Sh121)SECTIONXIREUIREMENTS:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinservice testeachyear.(IWP-3300)
BASISFORRELIEF:Thesysteminstallation doesnotprovideanymechanism formeasuring pumpsuctionpressures, andthus,therequirement formeasuring suctionpressureandpumpdifferential pressures cannotbesatisfied.
Ameasureofpumpsuctionpressurecan;however,bedetermined byacalculation usingtheheightofliquidintheboricacidmakeuptanks.Sincethereisessentially fixedresistances between,thetanksandthepumpsthiswillprovideaconsistent*
valueforsuctionpressures.
Sincethetanklevelsarenotexpectedtovarysignificantly duringthetests,tanklevelsandassociated calculations will,....,only.
be"takenonce-during each.testinstead of.priorto..pumpoperation andduringoperation asrequiredbyTableIWP-3100-1~'IALTERNATE TESTING:TheBoricAcidMakeupPumpsuctionpressures willbecalculated basedontheheightofliquidintheassociated
.tankonceduringeachinservice test.Subsequently, thesecalculated valueswillbeusedtodetermine pumpdifferential pressures forevaluation ofpumpparameters.
B-14
'4Jy),ST~i(t~~>6I~~~[rv,v~.,~CpIIVNJ~
Revision208/01/92RELIEFREQUESTNO.PR-9COMPONENTS:
HighPressure=Safety-Injection (HPSI)Pumps2Aand2B(2998-G-078, Sh130)'ECTIONXIREUIREMENT:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.
(IWP-3300)
BASISFORRELIEF:Duringquarterly testingoftheHPSIPumps,thepumpscannotdevelopsufficient discharge pressuretoovercomeRCSpressure.
Flowisrouted.throughaminimumflowtestline..leading totheRWT.Thislinehasnoinstalled flowratemeasuring instrumentation andmeasuring
.flowrateduringquarterly testingisnotpractical.
Duringcoldshutdownconditions, fullflowoperation oftheHPSIpumpstotheRCSisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical
..Specifications,
.Section3.4.9.3.NRCGenericLetter89-04,Position9,allowselimination of"minimum.flow~testline-flowratemeasurements providing inservice testsareperformed duringcoldshutdowns orrefueling underfullorsubstantial flowconditions wherepumpflowrateisrecordedandevaluated.
ALTERNATE TESTING:Duringquarterly testingoftheHPSIPumps,pumpdifferential pressureandvibration willberecordedperIWP-3200andIWP-6000.Duringtestingperformed ateachreactorrefueling, pumpdifferential
- pressure, flowrate',andvibration willberecordedperIWP-3200andIWP-6000.
Thisalternate testingagreeswiththeguidelines ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal.
h+~VII<<f~t~layI~ltg~l Revision208/01/92RELIEFREQUESTNO.PR-10COMPONENTS:
..Low-Pressure..Safety Injection (LPSI)Pumps2Aand2B(2998-G-078, Sh131)SECTIONXIREUIREMENT:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.
(IWP-3300)
BASISFORRELIEF:Duringquarterly testingoftheLPSIPumps,thepumpscannotdevelopsufficient discharge pressuretoovercomeRCSpressure.
Flowisroutedthroughaminimum'flowtestlineleadingtotheRWT.Thislinehasnoinstalled flowratemeasuring instrumentation
.andmeasuring flowrateduringquarterly testingisnotpractical.
Duringcold"shutdown,'the"LPSI
'pumpsareusedforresidualheatremoval.Thesubstantial flowtestscanbeperformed atthistime.Pumpdifferential pressureandflowratewillberecorded.
However,duetothevibrations inducedinthe..system, pipingwhilethe-.Reactor.CoolantPumpsarerunning,.
pumpvibration readings=willonlybemeasuredduringcoldshutdowns wheretheRCPsaresecured.B-16 E5vvI'pI~k Revision208/01/92RELIEFREQUESTNOPR-10ALTERNATE TESTING:Duringquarterly testingoftheLPSIPumps,pumpdifferential pressureandvibration willberecordedperIWP-3200andIWP-6000.Substantial flowtestingwillbeperformed duringcoldshutdowns.
Pumpdifferential
- pressure, flowrate,andvibration (ifRCPssecured)willberecordedperIWP-3200andIWP-6000.
Testingwillbeonafrequency determined byintervals betweenshutdowns asfollows:Forintervals of3monthsorlonger,-eachshutdown.
Forintervals of.lessthan3months-testingisnotrequiredunless3.monthshavepassedsincethelastshutdowntest.B-17
)'I' Revision208/01/92RELIEFREQUESTNO.PR-11COMPONENTS:
IntakeCoolingWaterPumps2A,2Band2C(2998-G-082)
SECTIONXIREUIREMENT:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.
(IWP-3300)
Pumpinletpressureshallbemeasuredbeforestartingapumpandduringthetest.(TableIWP-3100-1)
BASISFORRELIEF:Thepumpslisted,above.areverticallineshaftpumpssubmerged intheintake,structure withnopractical meansofmeasuring pumpinletpressure.
Theinletpressure, however,canbedetermined bycalculation using,asinput,the'measured heightofwaterabovethepumpinletasmeasuredattheintake.Duringeachinservice test,thewaterlevelintheintakepitremainsrelatively
- constant, thusonlyonemeasurement oflevelandtheassociated suctionpressurecalculation needbeperformed.
ALTERNATE TESTING:Duringtestingofthesepumps,onevalueofinletpressurewillbecalculated basedonwaterlevelattheinletstructure.
B-18 04'I'NIa>>k'<rpp~'Ig+'h Revision208/01/92RELIEFREQUESTNO.PR-12COMPONENTS:
ReactorCoolantCharging.Pumps2A,2B,and2CSECTIONXIREUIREMENT:
Thefrequency responserangeofthereadoutsystem(forinstrument usedtomeasurevibration amplitude) shallbefromone-halfminimumspeedtoatleastmaximumpumpshaftrotational speed.(IWP-4520(b))
BASISFORRELIEF:Thereactorcoolantchargingpumpsoperateatapproximately 210-215rpmwhichequatestoarotational frequency of3.5Hz.Inaccordance withtheASMECode,thefrequency responsefor.thevibration instruments wouldhavetobeonehalfofthisor.1.75.Hz.Following anextensive investigation ofavailable andpotentially suitableinstrumentation, ithasbeendetermined thatinstruments satisfying thisrequirement forthechargingpumpsarecommercially unavailable.
ALTERNATE TESTING:Duringtestingofthesepumps,vibration willbemeasuredas'required byIWP-4510, exceptthatthelowerfrequency responsefortheinstruments willbe10Hz.B-19 S~d%aWIla~rJ>4a,~..4si'llir(~.Ip~")l3~t<<ize,~~jc')-c-4 Revision208/01/92RELIEF.REQUESTNO.PR-13COMPONENTS:
IntakeCoolingWater-Pumps 2A,2B,and2CSECTIONXIREUIREMENT:
Thefrequency responserangeofthereadoutsystem(forinstrument usedtomeasurevibration amplitude) shallbefromone-halfminimumspeedtoatleastmaximumpumpshaftrotational speed.(IWP-4520(b))
BASISFORRELIEF:TheSt.LuciePlanthasrecentlycompleted amajorupgradetoitsASMEpumpvibration programtobettercomplywiththeCode.Aspartoftheupgrade,newvibration instruments were-purchased.
Theinstruments werechosenfortheireaseofuseandreliability; however,'he instrument's lowerfrequency responsedoesnotcomplywiththeCodewhenusedontheIntake.CoolingWaterpumps.-Theintakecoolingwaterpumpsoperateatashaftspeedofapproximately 885rpm.BasedonthisspeedandtheCoderequirement, theinstrumentation usedtomeasurevibration (displacement) wouldrequirearesponserangedownto7.38hz.Thenewinstruments arecapableofalower.frequency responseto10..hz,2.62HzhigherthantheCode.Theimpactofprocuring instruments alongwiththeaccompanying re-training thatwouldberequiredisclearlyunwarranted atthis'imesimply.togaina'slightly betterfrequency response.
ALTERNATE TESTING:Duringtestingofthesepumps,vibration willbemeasuredasrequiredbyIWP-4510, exceptthatthelowerfrequency responsefortheinstruments willbe10Hz.B-20 4kt~,tt*JIg~yf,~f4~~f<<l~f5~
Revision208/01/92RELIEFREQUESTNO.PR-14COMPONENTS:
Hydrazine Pumps2Aand2BSECTIONXIREUIREMENT:
Thefrequency responserangeofthereadoutsystem(forinstrument usedtomeasurevibration amplitude) shallbefromone-halfminimumspeedtoatleastmaximumpumpshaftrotational speed.(IWP-4520(b))
BASISFORRELIEF:Thehydrazine pumpsoperateaslowas105rpms.Thisequatestoarotational frequency of1.75Hz.Inaccordance withtheASMECode,thefrequency responseforthevibration.
.:instruments wouldhavetobeonehalfofthisor0.875Hz.Following anextensive investigation ofavailable andpotentially suitableinstrumentation, ithasbeendetermined thatinstruments satisfying this.requirement forthehydrazine pumps'are commercially unavailable.
ALTERNATE TESTING:Duringtestingofthesepumps,vibration willbemeasuredas.<<;.~required byIWP-4510,-except.
thatthelowerfrequency responsefortheinstruments willbe10Hz.B-21 lLP5~',Iy~yMV~<f+~>fM:">1J~"~~vvfPA
"~IlJ4~l,I../<Mg<JlwI Revision208/01/92RELIEFREQUESTNO.PR-15COMPONENTS:
Containment SprayPumps2A-and2B(2998-G-088)
HiPressSafetyInject.Pumps2Aand2B(2998-G-078 SH130)LoPressSafetyInject.Pumps2Aand2B(2998-G-078 SH130)SECTIONXIREUIREMENTS:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinseryice testeachyear.(IWP-3300)
BASISFORRELIEF:The.systeminstallation doesnotprovideanyinstalled suctiongages.Ameasureofpumpsuctionpressurecan,however,bedetermined bycalculation usingtheheightofliquidintheRefueling WaterTank.Duringthequarterly pumptests,theflowrate,throughthe.suction-piping.,is verylow,therefore, theamountofheadlossisnegligible.
Thisisnotthecaseduringthesubstantial flowtests.Theflowratesusedduringthesetestswouldcauseanoticeable headlossinthesuctionpiping.Since.thetanklevelsarenotexpected'to vary-significantly duringthequarterly tests,tanklevelsandassociated
..calculations, will..only be.taken.once.duringeachquarterly testinsteadofpriortopumpoperation andduringoperation asrequiredbyTableIWP-3100-1.
ALTERNATE TESTING:Duringthequarterly pumptests,thepumps'uction pressures willbecalculated basedontheheightofliquidintheassociated tank.Subsequently, thesecalculated valueswillbeusedtodetermine pumpdifferential pressures forevaluation ofpumpparameters.
Duringthecoldshutdownorrefueling substantial flowtestingofthesepumps,temporary suctiongageswillbeinstalled tomeasurepumpsuctionpressure.
B-22 1'4J"~I,II~-~'yFP~II Revision208/01/92RELIEFREQUESTNO.PR-16COMPONENTS:
DieselOilTransferPumps2Aand'2B'(2998-G-086 SH1)SECTIONXIREUIREMENTS:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinservice testeachyear.(IWP-3300)
BASISFORRELIEF:Thesysteminstallation doesnotprovideanyinstalled suctiongauges.Ameasureofpumpsuctionpressurecan,however,bedetermined bycalculation usingtheheightofliquidinthe.DieselOilStorageTank.Duringthequarterly pumptests,the,flowratethroughthesuctionpipingisverylow,therefore,=
theamountofheadlossisnegligible.
Sincethetanklevelsarenotexpectedtovarysignificantly duringthequarterly tests,tanklevelsandassociated calculations willonlybetakenonceduringeachquarterly testinsteadofpriortopumpoperation andduringoperation asrequiredbyTableIWP-3100-1.
ALTERNATE TESTING:Duringthequarterly pumptests,thepumps'uction pressures willbecalculated basedontheheightofliquidintheassociated tank.Subsequently, thesecalculated valueswillbeusedtodetermine pumpdifferential
'pressures forevaluation ofpumpparameters.
B-23
&llHLR*r.!.'-ck,p Revision208/01/92RELIEFREQUESTNO.PR-17'OMPONENTS:
Hydrazine Pumps2Aand2B(2998-G-088)
SECTIONXIREUIREMENTS:
Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinservice testeachyear.(IWP;3300)
Symmetrical dampingdevicesoraveraging techniques maybe*'used"to,reduce
'instrumentfluctuations towithin24oftheobservedreading.(IWP-4150)
BASISFORRELIEF:TheHydrazine Pumpsarepositivedisplacement pumpswithavariablespeeddrive.They-operate ataverylowrpmandflowrate(0.71to0.82gpm).Theflowinstrument orificeislocatedinthepump'ssuctionline.Itsoutputsignalpulsatessharplywitheachstrokeandcannotreadilybeaveraged.
Theflowrecorderforthehydrazine pumps,FR-07-2-2,displaysawidetraceforflowrate..Theonlywaytoknowthetrueflowrateofthepumpsistocollectthepumpsoutputinacontainer andmeasureit.Duringthe1992Unit2refueling outage,severalflowtestsperhydrazine pumpwereperformed.
Thedischarge ofonepumpwasdirectedtoacontainer ofaknownvolume.Theamountoftimetofillthecontainer wasmeasuredandthenusedtocalculate anaverageflowrateforthepump.Eachoftheflowtestsforeachpumpwereperformed atadifferent pumprpm.Acorrelation betweenpumprpmandaverageflowratewasdeveloped andcomparedtotheexpectedvalue.Themeasuredandtheexpectedcorrelations betweenrpmandflowratewereincloseagreement.
Theexpectedcorrelation wasbaseduponpistondiameter, pistonstroke,andpumprpm.Basedupontheseresults,hydrazine pumpflowrate.canbeaccurately setbyselecting theproperpumprpm.B-24 kg~i~JkC"<<j'~'lfe(p, 4Is~'~>fjSacraqlSIJe'44J~~)r~
Revision208/01/92RELIEFREQUESTNO.PR-17(cont.)BASISFORRELIEFcont.Frequentperformance oftheabovementioned flowtestingcannotbeperformed.
Hydrazine isahighlyflammable liquidwithcumulative.
toxicaffectswhenabsorbedthroughtheskin,inhaled,oringested.
Ithasalsobeenidentified asaknowncarcinogen.
ALTERNATE TESTING:""Duringthe.quarterly pumptests,eachpump'srpmwillbemeasuredtoverifytherequiredflowrateof0.71to0.82gpm.Pumpflowwillberecordedbutnotalerttrendedandvibration will-bemeasuredduringthequarterly tests.Duringeachrefueling outageatleastoneflowtestwillbeperformed foreachpumptoverifyproperperformance.
Pumpvibration.
willbe.,measured, duringthisflowtest.B-25 0
AppendixCValveProgramTables P)~=~)~
Revision208/01/92FloridaPower&LightCompanyINSERVICE TESTING-VALVETABLESSt.LucieNuclearPlant-Unit2PAGE:1LEGENDVALVENUMBERTheplantalpha-numerical designator forthesubjectvalveCOORDCLCATSIZEThecoordinate locationofthevalveonthedesignated drawing.TheISIClassification ofthevalveaspertherespective ISIboundarydrawingsThevalvecategoryperParagraph IWV-2200Thevalve',snominalsizeininchesTYPEA/PACT.TYPENORMPOS.REMINDFAILMODEThevalvetypeTheactive(A)orpassive(P)determination forthevalveperIWV-2100.
The,valve.actuator type-.asfollows:AOAir-operated DO-.Diaphram-operated MOElectricmotor-operated MANManualvalvePOPiston-operated S/ASelf-actuated SOSolenoid-operated Designates thenormalpositionofthevalveduringplantoperation atpowerNotesifavalvehasremotepositionindication Identifies thefailuremode(openorclosed)foravalve.FAIindicates thevalvefails"asis".
J/MJeMfEIari1'.",l-~i4*
Revision208/01/92ForidaPower&LightCompanyINSERVICE TESTING-VALVETABLESSt.LucieNuclearPlant-Unit2PAGE2LEGENDCont.EXAMIdentifies thetestrequirements foravalveasfollows:CV/CCV/0.CV/POECEEEOFSINSPPECPISLT-1SLT-2SLT-3SRVCheckvalveexercisetoclosedposition.
Checkvalvefull-stroke exercisetoopenposition.
'Check-valvepartial-stroke exercisetoopenposition.
Exercisetoclosedposition.
ForallcategoryAorBpower-operated valvesstroketimeswillbemeasuredunlessexcludedbyanassociated reliefrequest..
Exercisevalvetoverifyproperoperation andstrokingwithnostroketimemeasurements.
Requiresobservation ofsystemparameters orlocalobservation ofvalveoperation.
Exercisetoopenposition.
ForallcategoryAor.Bpower-operated valvesstroketimeswillbemeasuredunlessexcludedbyanassoci'ated reliefrequest.FailsafetestDisassembly andinspection ofcheckvalvesPartialclosureexerciseforpower-operatedvalves~Positionindication verification Seatleakratetestper10CFR50,AppJSeatleakratetestforpressureisolation valves.Seat'leakagetestofairaccumulator checkvalves.Setpointcheckforsafety/relief valves 0>~~"1~',~C$
Revision" 208/01/92FloridaPower6LightCompanyINSERVICE TESTING-VALVETABLESSt.LucieNuclearPlant-Unit2CPAGE:3LEGENDCont.TESTFREQTherequiredtestintervalasfollows:QRCS2YRFSPQuarterly (duringplantoperation)
ColdshutdownasdefinedbyTechnical Specification Every2yearsEachreactorrefueling outage(cycle).Inthecasewherethisisdesignated forsafety/relief valvesrefer,toTableIWV-3510-1.
Other(Seeapplicable RequestforRelief)RELIEFREQ.Referstothe-specific reliefrequestassociated withtheadjacenttestrequirement.
(SeeAppendixD)
~<>~
FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaint-Lucie NuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:4P8ID:2998-G-078 SH107SYSTEH:REACTORCOOLANTSYSTEHACT.NORMREHFAILTESTRELIEFVALVENUHBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS~INDMODEEXAHFREQREQ.REMARKSV-1460G-628F000GLOBEASOLCYESFCEOCSPl2YV-1461G-62B1.000GLOBEASOLCYESFCEOPICS2YV-1462E-6281.000GLOBEASOLCYESFCEOPICS2YV-1463E-6281.000GLOBEASOLCYESFCEOPlCS2YV-1464D-42B1.000GLOBE'SOLCYESFCEOCSPl2YV-1465E-4281.000GLOBEASOLCYESFC'OCSPl2YV-1466G-5281.000'GLOBE ASOLCYESFCEOCSPI2Y
~$f FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:5P8ID:2998-G-078 SN108SYSTEM:REACTORCOOLANTSYSTEHACT~NORHREHFAILVALVENUHBERCOORD.CLCAT~SIZETYPEA/PTYPEPOS.INDMODETESTRELIEFEXAHFREQREQ.,REMARKSV-1474F-6183.000GLOBEASOCYESFCEOCSPI2YV-1475D-61B3.000GLOBEASOCYESFCEOCSPI2YV-1476F-51B3.000GATEAHO0YESFAIECrPI2YV-1477D-5'183.000GATEAHO0YESFAIECQRPI2Y
%kgI'f~Wp~
FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE6P8ID:2998-G-078 SN109SYSTEH:REACTORCOOLANTSYSTEMACT.NORHREHFAIL.VALVENUHBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAMTESTRELIEF'FREQREQ.-REMARKSV-1200G-61CF000SAFETYAS/ACNOSRVRFV.1201G61C3.000SAFETYAS/ACNOSRVRFV-1202G-61C3.000SAFETYAS/ACNOSRVRF
FLORIDAPOMERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:7P8ID:2998-G-078 SN120SYSTEH:CNEHICALANOVOLUHECONTROLACT.NORHREMFAILTESTRELIEFVALVENUMBERCOORSCLCAT.SIZETYPEA/PTYPEPOS.INDHOOEEXAMFREQREQ.REMARKSV-2522E-72A2.000GLOBEADO0YESFCECFSPlSLT-1CSCS2Y2Y
FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:8PIIID:2998-G-078 SH121SYSTEM:CHEMICALANDVOLUMECONTROLACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPE-POS~INDMODEEXAMFREQREQ~REMARKSFCV-2210Y C-22B1F000GLOBEADOCYESFCECQRFSQRPI2YV-2177C-32C3.000CHECKAS/ACNOCV/0RFVR-5CV/POCSV-2190D-6'C3.000CHECKAS/ACNOCV/CQRCV/0RFVR-5CV/POCSV-2191E-32CF000CHECKAS/ACNOCV/0RFVR-5CV/POCSV-2443C-42C3.000CHECKAS/ACNOCV/CQRCV/0RFVR-6CV/POQRVR-6V-2444B-42C3.000CHECKAS/ACNOCV/CQRCV/0RFVR-6CV/POQRVR-6V-2501F-42B4.000GATEAMO0YESFAIECCSPl2YV-2504F-32B3.000GATEAMOCYESFAIECEOPlCSCS2YV-2505G-72A1.000GLOBEADOCYESFCECFSPlSLT-1CSCS2Y2YV-2508C-62B3.000GATE'MOCYESFAIEOQRPl2YV-2509C-7283.000GATEAMOCYESFAIEOPlQR2YV-2512F-52BF000GLOBEADOCYESFCECQRFSQRPI2Y y~I~~'I FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2CRCCCRCP8ID:2998-G-078 SH121(cont)SYSTEM:CHEMICALANDVOLUHECONTROLREVISION:
2DATE:08/01/92PAGE:9ACT.VALVENUMBERCOORD.CLCAT~SIZETYPEA/PTYPEHORNREMFAILPOS.INDMODETESTRELIEFEXAMFREQREQ.REMARKSV-2514C-32B3.000GATEAMOCYESFAIEOQRPI2YV-2524F-72A1.000GLOBEADOCYESFCECCSFSCSPI2YSLT-12YV-2525E4284.000GLOBEAMOCYESFAIECQRPI2YV-2526E32C4.000CHECKAS/ACNOCV/0RFVR-5CV/POCSV-2650B-4281.000GLOBEADOCYESFCECQRFS'RPI2YV-2651D-4281.000GLOBEADOCYESFCECQRFSQRPI2Y Xf-l~0 FLORIDAPOUERANDLIGHTCOMPAHYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISIOH:
2DATE:08/01/92PAGE:10P8ID:2998-G-078 SH122SYSTEM:CHEMICALANDVOLUHECONTROLACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SI2ETYPEA/PTYPEPOS.INDMODEEXAM-FREQREQ.REMARKSSE-02-018-61B2.000GLOBEASO0YESFOEcEOFSPIQRQRQR2YSE-02-02B-7182.000GLOBEASO0YESFOEcQREOQRFSQRPI2YSE-02-03D-7182.000GLOBEASOLCYESFcEcCSEOCSFSCSPI2YSE-02-04D-71B2.000GLOBEASOLCYESFcEcCSEOCSFSCSPI2YV-2167G-22CF000CHECKAS/ACNOCV/CQRCV/0QRV-2168E-22C2.000CHECKAS/ACNOCV/CQRCV/0QRV-2169C-22C2.000CHECKAS/ACNOCV/CQRCV/0QRV-2324C-22C1.500RELIEFAS/ACHOSRVRFV-2325E-22C1.500RELIEFAS/ACNOSRVRFV-'2326G-22CF500RELIEFAS/ACNOSRVRFV-2431D-81C2.000CHECKAS/ACNOCV/0CSV-2432C-81C2.000CHECKAS/ACNOCV/0QRV-24338-81C2.000CHECKAS/ACHOCV/0QRV-2440G-22C2.000CHECKAS/A0NOCV/0CSV-2462B-62C2.000CHECKAS/ACNOCV/0QR 0O'e'4I~a FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:11P8ID:2998-G-078 SN122(cont)SYSTEM:CHEHICALANDVOLUHECONTROLACT.NORMREHFAILTESTRELIEF---VALVENUHBERCOORD.CLCAT~SIZE.TYPE-A/PTYPEPOS.IND'MODEEXAH-FREQ-REQ.-REMARKSV-2515F-81B2.000GLOBEADO0YESFCECCSFSCSPI2YV-25'16F-71A2.000GLOBEADO0YESFCECCSFSCSPI2YSLT-12YV-2523B-6282.000GLOBEPDOLOYESFOPI2YV-2553F-2282.000GLOBEAHO0YESFAIECQRPI2YV-2554D-22B2.000GLOBEAHO0YESFAIECQRPI2YV-2555<<C-2282.000GLOBEAHO0YESFAIECQRPI2YV-2598C-6283.000GATEAHO0YESFAIEO*CSPI2Y A,Apl'7 FLORIDAPOWERANDLIGHTCOMPANYREVISION:
2VALVETABLESDATE:08/01/92SaintLuciaNuclearPlant-Unit2PAGE:12P8ID:2998-G-078 SH130SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAILTESTRELIEF--VALVE-NUMBER COORD.CLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAM'FREQREQ;=-REMARKSFCV-3301E-22B10.000BUTFLYAMOLOYESFAIECQRPI2YFCV-3306F-42B10F000BUTFLYAMOLOYESFAIECPIQR2YHCV-3512E-22B10~000BUTFLYAMOLCYESFAIEOPIQR2YHCV-3657F-42810.000BUTFLYAMOLCYESFAIEOQRPI2YSE-03-2AG-22A2.000GLOBEASOCYESFCECFSPISLT-1QRQR2Y2YVR-4SE-03-2BG-22A2.000GLOBEASOCYESFCECFSPISLT-1QRQR2Y2YVR-4SR-07-1AE-72C0.750RELIEFAS/ACNOSRVRFSR-07.18D-82C0.750RELIEFAS/ACNOSRVRFV-07000F-72C14.000CHECKAS/ACHOCV/0CV/PORFVR-7QRVR-7V-07001E-72C14.000CHECKAS/ACNOCV/0RFVR-7CV/POQRVR-7V.3101H-32C2.000CHECKAS/ACHOCV/0RFVR-32CV/POCSVR-32V-3102D-62C2.000CHECKAS/ACNOCV/CCV/POINSPCSVR-30QRVR-30RFVR-30V-3103D-52C2.000CHECKAS/ACHOCV/CCSVR-30CV/POQRVR-30INSPRFVR-30 xf4aI'lI FLORIDAPOMERAHDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:13P&ID:2998-0-078 SH130(cont)SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAIL'"TESTRELIEFVALVENUMBERCOORSCLCAT~SIZETYPEA/PTYPEPOS~IHDMODEEXAMFREQREQ.REMARKSV-3104E-62C2.000CHECKAS/ACNOCV/CCSVR-28CV/0RFVR-28CV/POQRVR-28V-3105D-62CF000CHECKAS/ACNOCV/CCV/0CV/POCSVR-28RFVR-28QRVR-28V-3106F-52C10.000CHECKAS/ACNOCV/0CSV-3107E52C10.000CHECKAS/ACNOCV/0CSV-3401D-72C6.000CHECKAS/ACNOCV/0RFVR-8CV/POQRVR-8V-3410B-72C6.000CHECKAS/ACNOCV/0RFVR-8CV/POQRVR-8V-3412C-42CF000RELIEFAS/ACNOSRVRFV-34148-52C3.000S/CHEKAS/ACNOCV/CQRCV/0RFVR-9CV/POQRVR-9V-3417D-4.2C1~000RELIEFAS/ACNOSRVRFV-34270-52C3.000S/CHEKAS/ACNOCV/CQRCV/0RFVR-9CV/POQRVR-9V-3430G-62C1.000RELIEFAS/ACNOSRVRFV-3431H-62C1.000RELIEFAS/ACNOSRVRFV-3432E-72814.000GATEAMOLOYESFAIEcPIQR2YV-3439F-32C1.000RELIEFAS/ACHOSRVRFV-3444E.72814.000GATEAMOLOYESFAIEc'lQR2YV-3456G-42810.000GATEAMOLCYESFAIEOQRPl2Y 40~)-ICy+e' FLORIDAPOWERANDLIGHTCOHPANYREVISION:
2VALVETABLESDATE:08/01/92SaintLuciaNuclearPlant-Unit2PAGE:14PBID:2998-G-078 SH130(cont)SYSTEH:SAFETYINJECTION SYSTEHSRCCtHCACT.NORHREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.INDHODEEXAHFREQREQ.REMARKSV-3457F-22B10.000GATEAMOLCYESFAIEOQRPI2YV-3463G-22A2.000GATEPHANLCNOSLT-12YV-3495G-62B6.000GLOBEASOLOYESFCECQRFSQRPI2YV-3496G-52B6.000GLOBEASOLOYESFCECQRFSQRPI2YV-3507F-12C1.000RELIEFAS/ACNOSRVRFV-3517N-62812F000GATE,AHOLCYESFAIEOQRPI2YV-3522B-42C3.000CHECKAS/ACNOCV/0RFVR-10V-3523A-22B3.000GLOBEA'HOLCYESFAIEC"QREOQRPl2YV-3540C-22B3.000GLOBEAMOLCYESFAIECEOPIQRQR2YV-3547C-52CF000CHECKAS/ACNOCV/0RFVR-10V-3550C-22B3.000GLOBEAMOLCYESFAIECQREOQRPI2YV-3551A-2283.000GLOBEAHOLCYESFAIECEOPIQRQR2YV-3570C-32C1.000RELIEFAS/ACNOSRV-RFV-3654B-52B6.000GATEAMOLOYESFAIECORPI2YV-3656D-5'2B6.000GATEAMOLOYESFAIECQRPl2Y
',CVecV FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:15P8ID:2998-G-078 SN130(cont)SYSTEM:SAFETYINJECTION SYSTEHACT~NORHREHFAlL"VALVENUMBER,COORD.CLCAT.SIZE.TYPEA/PTYPE'POS~INDHODETESTRELIEFEXAM'"FREQREQ.REMARKSV-3658G-72812.000GATEAMOLCYESFAIEOPIQR2YV-3659G-6283.000GATEAHO0YESFAIECPIQR2YV-3660G-5283~000GATEAMO0YESFAIECQRPI2Y 4~re FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:16P8ID:2998-G-078 SH131SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREHFAILVALVENUMBERCOORSCLCAT~SIZETYPEA/P'TYPE'POS~INDMODE'XAMTESTRELIEFFREQ'EQ.,REMARKSHCV-3615H-7286.000GLOBEAMOCYESFAIEOQRPl2YHCV-3616G-7282~000GLOBEAMOCYESFAIEOPlQR2YHCV-3617G-7282.000GLOBEAMOCYESFAIEOQRPI2YHCV-3625F-7286.000GLOBEAMOCYESFAIEOQRPI2YHCV-3626E-7282.000GLOBEAMOCYESFAIEOQRPl2YHCV-3627E-7282.000GLOBEAMOCYESFAIEOQRPl2YHCV-3635D-7286.000GLOBEAMOCYESFAIEOQRPl2YHCV-3636C-7282.000GLOBEAMOCYESFAIEOQRPl2YHCV-3637C-7282.000GLOBEAMO-CYESFAIEOQRPl2YHCV-36458-7286.000GLOBEAMOCYESFAIEOQRPl2YHCV.3646A-7282.000GLOBEAMOCYESFAIEOQRPI2YHCV-3647A-7282.000GLOBEAMOCYESFAIEOQRPl2YV-3113G-72C2.000CHECKAS/ACHO'V/0RFVR-11CV/POSPV-3114H-72C6.000CHECKAS/ACNOCV/CCSCV/0CSV-3124F-72C6.000CHECKAS/ACNOCV/CCSCV/0CS
+4a+c FLORIDAPONERANDLIGHTCOMPANY-~VALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:17P8ID:2998-G-078 SH131(cont)SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAlLTESTRELIEF'VALVENUMBERCOORD.CLCAT.SIZE-TYPEA/P'YPE"'POS.'IND'MODE""EXAM'FREQ'REQ~-"REMARKS V-3133C-72C2.000CHECKAS/ACHO'V/0RFVR-11CV/POSPV-3134D-72C6.000CHECKAS/ACNOCV/CCSCV/0CSV-3143A-72C2.000CHECKAS/ACNOCV/0RFVR-11CV/POSPV-31448-72C6.000CHECKAS/ACNOCV/CCSCV/0CSV-3469D-52C0.750RELIEFAS/ACNOSRVRFV-3480E-31A10.000GATEAMOCYESFAIEOPlSLT-2CS2YSPVR-29V-3481E-41A10.000GATEAMOCYESFAIEOCSPlSLT-22YSPVR-29V-3482E-42C0.750RELIEFAS/ACNOSRV'FV-3524F-5'IACF000CHECKAS/ACHOCV/CSPVR-12CV/0RFVR-12SLT-2SPVR-2V-3525F-41AC3.000CHECKAS/ACNOCV/CSPVR-12CV/0RFVR-12SLT-2SPVR-28VR-12V-3526C-51ACF000CHECKAS/ACNOCV/CCV/0SLT-2SPVR-12RFVR-12SPVR-2V-3527C-41AC3.000CHECKAS/ACNOCV/CCV/0SLT-2SPVR-12RFVR-12SPVR-28VR-12V-3536E-82BF000GLOBEAMOLCYESFAIECPIQR2YV-3539C-B284.000GLOBEAMOLCYESFAIECQRPl2Y
FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:18P8ID:2998-G-078 SH131(cont)SYSTEH:SAFETYINJECTION SYSTEMACT.NORHREMFAILTESTRELIEFVALVENUHBER-COORS-CL=CAT..SIZE-"-TYPE"A/P-"TYPE-POSINDHODE'EXAM'FREQREQ.-REMARKSV-3545E-41810.000GATEAHOLCYESFAIEOCSPI2YV-35718-4181F000GLOBEADOCYESFCECFSPIQRQR2YV-3572F-41B1.000PLOBEADOCYESFCECQRFSQRPi2YV-3651D-31A10.000GATEAHOCYESFAIEOPISLT-2CS2YSPVR-29V-3652D-51A10.000GATEAHOCYESFAIEOPISLT-2CS2YSPVR-29V-3664E-62810.000GATEAHOLCYESFAIEOCSPl2YV-3665C-62B10.000GATEAHOLCYESFAIEOPlCS2YV-3666D-62C6.000RELIEFAS/ACNOSRVRFV-3667E-62C6.000RELIEFAS/ACNOSRVRFV-3766E-72C2.000CHECKAS/ACNOCV/0RFVR-11CV/POSP kl,g7 FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:19P.RID:2998-G-078 SH132SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAILTESTRELIEF..,,.VALVE NUMBER,.COORD..CL CAT.SIZETYPE-A/PTYPEPOS.-IND.MODE--
EXAM.-FREQREQ."-REMARKS HCV-3618E-7181.000GLOBEADOCYESFCECQRFSQRPI2YHCV-3628E-4181.000GLOBEADOCYESFCECFSPIQRQR2YHCV-36388-7181.000GLOBEADOCYESFCECQRFSQRPI2YHCV-36488-4181.000GLOBEADOCYESFCECQRFSQRPI2YSE-03-1AF-3281.000GLOBEASONCYESFCECFSPICSCS2YSE.03-18F-7281.000GLOBEASONCYESFCECFSPICSCS2YSE-03-1CC-7281F000GLOBEASONCYESFCECFSPICSCS2YSE-03-1DC-3281F000GLOBEASONCYESFCECFSPICSCS2YV-3215F-52AC12.000CHECKAS/ACNOCV/CIHSPSLT-2SPVR-13SPVR-13SPVR-2V-3217E-61AC12F000CHECKAS/ACNOCV/CCV/POIHSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3225F-22AC12.000CHECKAS/ACNOCV/CSPVR-13INSPSPVR-13SLT-2SPVR-2
FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:20P8ID:2998-G-078 SH132(cont)SYSTEH:SAFETYINJECTION SYSTENACT~NORHRENFAlLTESTRELIEF.VALVE.NUHBER
'COORD..CL CAT~SIZETYPE-A/P-.TYPE-POS.INDNODEEXAN-FREQ-REQ~.REHARKSV-3227E-61AC12.000CHECKAS/ACNOCV/CCV/POINSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3235F-22AC12.000CHECKAS/ACNOCV/CINSPSLT-2SPVR-13SPVR-13SPVR-2V-3237E-61AC12.000CHECKAS/ACNOCV/CCV/POINSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3245F-22AC12.000CHECKAS/ACNOCV/CINSPSLT-2SPVR-13SPVR-13SPVR-2V-3247E-61AC12.000CHECKAS/ACNOCV/CCV/POIHSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3258F-21AC6.000CHECKAS/ACNOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2V-3259F-51AC6.000CHECKAS/ACNOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2V-32608-51AC6.000CHECKAS/ACNOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2V-32618-21AC6.000CHECKAS/ACHOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2 AIhis4wWwkbI FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:21P8ID:2998-G-078 SH132(cont)SYSTEH:SAFETYINJECTION SYSTEHACT.NORMREHFAILTESTRELIEFVALVENUMBER.=COORD.CLCAT.SIZETYPE-A/PTYPEPOS~INDHODE"EXAH'"FREQ.REQ.-REMARKSV-3611F-6281.000GLOBEAAOCYESFCEC,CSFSCSPI2YV-3614F-61B12.000GATEAMOLO.YESFAIECCSPI2YV-3621F-3281F000GLOBEAAOCYESFCECCSFSCSPl2YV-3624F-31812.000GATEAHOLOYESFAIECCSPl2YV-3631B-62B'1.000GLOBEAAOCYESFCECCSFSCSPl2YV-36348-61812.000GATEAHOLOYESFAIECCSPI2YV-3641B-32B1.000GLOBEAAOCYESFCECCSFSCSPI2YV-3644B-31B12.000GATEAHOLOYESFAIECCSPI2YV-3733G-7281F000GATEASOCYESFCEOCSPl2YV-3734G-72B1.000GATEASOCYESFCEOCSPI2YV-3735G4281.000GATEASOCYESFCEOCS'I2YV-3736G-4281.000GATEASOCYESFCEOCSPIV-3737D-7281.000GATEASOCYESFCEOCSPI2YV-37380-7281.000GATEASOCYESFCEOCSPI2Y
+0 FLORIDAPOWERANDLIGHTCOHPANYVALVETABLES.SaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:22P8ID:2998-G-078 SN132(cont)SYSTEM:SAFETYINJECTION SYSTEHACT.NORHREHFAILTESTRELIEF,VALVENUHBER<<COORSCLCAT~SI2ETYPEA/PTYPE=POS.INDHODE.EXAMFREQ-REQ.-REMARKSV-37390-4281.000GATEASOCYESFCEOPI'CS2YV-3740D-4281.000GATEASOCYESFCEOCSPI2Y 44JI' FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:23P8ID:2998-G-078 SN153SYSTEH:SAMPLINGSYSTEMACT.NORMREMFAILTESTRELIEF~BIVALVENUHBERCOORD.'LCAT~'iZE.TYPE'A/P-TYPEPOS~"INDHODE--'EXAM'REQ"REQ."REMARKSSE-05-1AG-72A0.375GLOBEASOCYESFCECQRFSQRPl2YSLT-12YSE-05-18F-72A0.375GLOBEASOCYESFCECQRFSQRPI2YSLT-12YSE-05-1CE-72A0.375GLOBEASOCYESFCECQRFSQRPI.2YSLT-12YSE-05-1DC-72A0.375GLOBEASOCYESFCECQRFSQRPI2YSLT-12YSE-05-1EG-52A0.375GLOBEASOCYESFCECQRFSQRPI2YSLT-12YV-5200F-62A0.375GLOBEADOCYESFCECORFSQRPI2YSLT-12YV-5201E-62A0.375GLOBEADOCYESFCECFSPlSLT-1QRQR2YV-52020-62A0.375GLOBEADOCYESFCECFSPISLT-1QRQR2YV-5203F-52A0.375GLOBEADOCYESFCECQRFSQRPl2YSLT-12Y FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2SHCSCCR55ÃtSHJRCCC 0ZCQ555CCR5R5RCHXE 5$5RIIRCCRRiiRCP8ID:2998-G-078 SN'153(cont)SYSTEH:SAHPLINGSYSTEHREVISION:
2DATE:08/01/92PAGE:24ACT~NORHREHFAILTESTRELIEFVALVE,NUHBER..COORD..CL CAT.-SIZE'TYPE-A/PTYPEPOS;-INDNODE""EXAH-=-FREQ=REQ.REHARKSV-5204E-52A0.375GLOBEADOCYESFCECFSPISLT-1QRQR*2Y2YV-5205D-52A0.375GLOBEADOCYESFCECFSPISLT-1QRQR2Y2Y
FLORIDAPOHERANDLIGHTCOMPANYVALVETABLES.SaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:25P8ID:2998-G-078 SH160SYSTEM:llASTEMANAGEMENT SYSTEMCIZKRRCRI SZtO5500555C5C5C5I5105ZXACT.NORMREMFAILVALVENUMBER.COORD..CL CAT~-SIZE.TYPE-A/PTYPE=POS~-INDMODE=.EXAMTESTRELIEF-FREQREQ.--REMARKS V-6341E-72A3.000DIAPHAAO0YESFCECFSPISLT-1QRQR2Y2YV-6342E-62A3.000DIAPHAAO0YESFCECQRFSQRPI2YSLT-12Y FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:26P4ID:2998-G-078 SH163SYSTEM:WASTEMANAGEMENT SYSTEMACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORSCLCAT.SIZETYPEA/PTYPEPOS~INDMODEEXAMFREQREQ.REMARKSV-6718E-72AF000DIAPHAAO0YESFCECFSPISLT-1QRQR2Y2YV-67418-22A1.000GLOBEAAO0YESFCECQRFSQRPI2YSLT-12YV-6750E-72A1.000DIAPHAAO0YESFCECQRFSQRPI2YSLT-12YV-6792C-72ACF000CHECKAS/ACNOCV/CCSVR-17SLT-12Y 40 FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:27P5ID:2998-G-079 SN1SYSTEM:HAINSTEAHSYSTEHACT.NORMREHFAILTESTRELIEF.VALVE.NUHBER
.=COORD.CL-CAT~SIZETYPE.A/P-TYPEPOS."~INDMODEEXAM--FREQ-REQ.-REMARKSNCV-08-1A K-132B34.000GLOBEAPO0YESECCSPECQRPI2YHCV-08-18 K-132834F000GLOBEAPO0YESECCSPECQRPI2YHV-08-12N-8284.000GATEAHOCYESFAIEOQRPI2YHV.08.13N-10284.000GATEAHOCYESFAIEOQRPl2YMV-08-14K-82B10.000GATEPHO0YESFAIPI2YMV-08-15K-102B10F000GATEPHO0YESFAIPI2YHV-08-16D-102810~000GATEPHO0YESFAIPI2YHV-08-17D-82810.000GATEPHO0YESFAIPI2YMV-08-18A J-82810.000ANGLEAHOCYESFAIECQREOQRPI2YMV-08-188 0-102810.000ANGLEAMOCYESFAIECQREOQRPI2YHV-08-19A J-102810.000ANGLEAMOCYESFAIEC'REOPIQR2YHV-08-198 D-82810.000ANGLEAHOCYESFAIECQREOQRPI2YMV-08-1AK-132BF000GLOBEAMOCYESFAIECQRPl2YHV-08-18C-13283.000GLOBEAHOCYESFAIECPIQR2Y la1a FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:28P8ID:2998-0-079 SH1(cont)SYSTEM:HAINSTEAMSYSTEHACT.NORHREHFAILTESTRELIEF.VALVE,NUMBER"COORS-CL-CAT.SIZETYPE.A/P-TYPEPOS.'INDHODE'EXAM-"FREQ-REQ.REHARKSHV-08-3N-'143B4.000GLOBEAHOCYESFAIEOQRPI2YSR-8201J-122C6.000SAFETYAS/ACNOSRVRFSR-8202J-122C6.000SAFETYAS/ACNOSRVRFSR-8203J-122C6.000SAFETYAS/ACNOSRVRFSR-8204J-122C6.000SAFETYAS/ACNOSRVRFSR-8205C-112C6.000SAFETYAS/ACNOSRVRFSR-8206C-112C6.000SAFETYAS/ACNOSRVRFSR-8207C-112C6.000SAFETY'S/ACNOSRVRFSR-8208C-112C6.000SAFETYAS/ACNOSRVRFSR-8209J-122C6.000SAFETYAS/ACNOSRVRFSR-8210J-122C6.000SAFETYAS/ACNOSRVRFSR-8211J-122C6.000SAFETYAS/ACNOSRVRFSR-8212J-122C6.000SAFETYAS/ACNOSRVRFSR-8213C-112C6.000SAFETYAS/ACNOSRVRFSR-8214C-112C6.000SAFETYAS/ACNOSRVRFSR-8215.C-112C6.000SAFETYAS/ACNOSRVRFSR-8216C-112C6.000SAFETYAS/ACNOSRV.RFV-8130L-103CF000CHECKAS/ACNOCV/0CSCV/POQRINSPRFVR-31V-8163L-103C4.000CHECKAS/ACNOCV/0CSCV/POQRINSPRFVR-31 jI' FLORIDAPOMERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:29P8ID:2998-G-080 SH2SYSTEM:FEEDNATER SYSTEMACT.NORHREMFAILTESTRELIEF,-VALVE:NUHBER COORD.CLCAT.SIZE-"-TYPE.A/PTYPEPOS.'IND'HODEEXAHFREQREQ.REMARKSHCV-09-1A 8-142820.000GATEAPO0YESFOECFSPECPICSCSQR2YHCV-09-18 8-132820.000GATEAPO0YESFOECCSFSCSPECQRPI2YNCV-09-2A E-132820.000GATEAPO0YESFOECCSFSCSPECQRPI2YNCV-09-28 E-132820.000GATEAPO0YESFOECFSPECPICSCSQR2YHV-09-09G-16284.000GLOBEAHOCYESFAIECQREOQRPI2YHV-09-10I-1528F000GLOBEAHOCYESFAIECEOPIQRQR2YHV-09-'I1 G-12284.000GLOBEAHOCYESFAIECEOPIQRQR2YHV-09-12I-12284.000GLOBEAHOCYESFAIECQREOQRPI2YHV-09-13M-17382.500GATEAHOCYESFAIEOQRPI2YMV-09-14H-17382.500GATEAMOCYESFAIEOQRPI2Y M
occcssca5NCRRRtIR10555iRZCCSl55555 5SRC101a5>>5ROSCSCCggFLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:30P&ID:2998-G-080 SH2(cont)SYSTEM:FEEDWATER SYSTEMRRSSSR50155541CCC0150II0ZRCSSSSACT~NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT~SIZETYPEA/PTYPEPOS.IHDMODEEXAMFREQREGSREMARKSSE-09-2K-15384.000GATEASOCYESFCECEEEOFSPICSVR-33QRVR-33CSVR-33QR2YSE-09-3J-15384.000GATEASOCYESFCECEEEOFSPICSVR-33QRVR-33CSVR-33QR2YSE.09-4H-1138F000GATEASOCYESFCECEEEOFSPlCSVR-33QRVR-33CSVR-33QR2YSE.09.5l-1138F000GATEASOCYESFCECEEEOFSPlCSVR-33QRVR-33CSVR-33QR2YV-09107M.148C4.000CHECKAS/ACNOCV/CCSCV/0CSV-09119G-152C4.000CHECKAS/ACNOCV/0CSV.09123L-148C4.000CHECKAS/ACNOCV/CCSCV/0CSV.091351-152C4.000CHECKAS/ACNOCV/0CSV-09139J148C6.000CHECKAS/ACNOCV/0CSV-09151V-09157.G-122C4.000CHECKAS/ACNOCV/0CSI-122CF000CHECK.AS/ACNOCV/0CSV-092528162C18.000CHECKAS/A0NOCV/0QRV-09294E-162C18.000CHECKAS/A0NOCV/0QR FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISIGH:2DATE:08/01/92PAGE:31P8ID:2998-G-080 SH2(cont)SYSTEM:FEEDWATER SYSTEMACT.NORMREMFAILTESTRELIEF.VALVENUMBER,COORD.:CL,CAT~SIZE=TYPE'/P"TYPE'OS."cIHD MODEEXAM'-.".'FREQ.REQ:"-.-~REMARKSV-09303L-133C2.000CHECKAS/ACHOCV/POINSPQRVR-27RFVR-27V-09304M-123C1'00CHECKAS/ACHOCV/POINSPQRVR-27RFVR-27V-09305N-'133C1.500CHECKAS/ACNOCV/POQRVR-27INSPRFVR-27 UgI.'bh~4<
FLORIDAPOLIERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:32P8ID:2998-G-082 SYSTEH:INTAKECOOLINGUATERSYSTEHACT~NORMREHFAILTESTRELIEF-.--~VALVE~NUMBER COORD..CL SCAT.--SIZETYPEA/P-.TYPE'POS.-IND"HOOE
'EXAH"-FREQ.REQ.-"REHARKS HV-21-2E-53824.000BUTFLYAHO0YESFAIEcPIQR2YHV-21-3E-43824~000BUTFLYAHO0'YESFAIEcQRPI2YHV-21-4AI-3383.000BUTFLYAHO0YESFAIEcQRPI2YHV-21-48I-338~3.000BUTFLYAHO0YESFAIEcQRPI2YTCV-14-4A 8-33830.000BUTFLYAAO0NOFOEcQRVR-34FSQRTCV-'14-48 8-43830.000BUTFLYAAO0NOFOEcQRVR-34FSQRV-21162H-43C30.000CHECKAS/ACNOCV/CQRCV/0QRV-21205H-63C30F000CHECKAS/ACNOCV/CQRCV/0QRV-21208H-73C30.000CHECKAS/ACNOCV/CQRCV/0QRV-21431H-53C1.000CHECKAS/ACNOCV/CQRCV/0QRV-21434H-53C1.000CHECKAS/ACNOCV/CQRCV/0QRV-21523C2.000CHECKAS/ACNOCV/0QRV-21524I-73CF000CHECKAS/ACNOCV/0QR 4ai>eP~c~
FLORIDAPSIERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:33P8ID:2998-G-083 SYSTEM:COMPONENT COOLINGSYSTEMACT.NORMREHFAlLTESTRELIEF.VALVE.NUHBER
...COORD..CL CAT~.,SIZETYPE-A/PTYPEPOS~:.IND-MODE EXAM'"FREQ'REQ.'EMARKSHCV-14-1C-62A8.000BUTFLYAAO0YESFCECCSFSCSPI2YSLT-12YVR-48VR-16HCV-14-10 H-153816.000BUTFLYAAO0YESFCECQRFSQRPl2YHCV-14-2C-12A8.000BUTFLYAAO0YESFCECCSFSCSPI2YSLT-12YVR-48VR-16HCV-14-3A L-33B14F000BUTFLYADO0YESFOEO.CSFSCSPI2YHCV-14-38 M-33814.000BUTFLYAOO0YESFOEOCSFSCSPl2YHCV-14-60-22A8.000BUTFLYAAO0YESFCECCSFSCSPl2YSLT-12YVR-48VR-16HCV-14-7D-62A8.000BUTFLYAAO0YESFCECFSPlSLT-1CSCS2Y2YVR-48VR-16HCV-14-BA G-143816.000BUTFLYAAO0YESFCECQRFSQR,PI2YHCV-14-8B G-153816.000BUTFLYAAO0YESFCECQRFSQRPI2YHCV-14-9G-153816.000BUTFLYAAO0YESFCECFSPIQR2Y
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2VALVETABLESDATE:08/01/92SaintLucieNuclearPlant-Unit2PAGE:34P5ID:2998-G-083 (cont)SYSTEH:COHPONENT COOLINGSYSTEHACT~NORHREMFAILTESTRELIEFVALVENUHBERCOORD.CLCAT~SIZETYPEA/PTYPEPOS.INDHODEEXAMFREQREQ.REMARKSMV-14-1D-163824.000BUTFLYAMO0YESFAIECQREOQRPl2YMV-14-10C-9288.000BUTFLYAHO0YESFAIECQRPI2YHV.14-11C-102B8.000BUTFLYAHO0YESFAIECQRPl2YHV-14-12C-10288.000BUI'FLYA,HO0YESFAIECPlQR2YHV-14-13C-8288.000BUTFLYAHO0YESFAIECQRPI2YHV-14-14C-82B8.000BUTFLYAHO0YESFAIECQRPI2YHV-14-15C-92B8.000BUTFLYAHO0YESFAIECQRPI2YMV-14-16C-82B8.000BUTFLYAHO0YESFAIECQRPI2YMV-14-17G-'l33812.000BUTFLYAHO0YESFAIECQRPl2YMV-14-18G-133B12.000BUTFLYAHOLCYESFAIECPIQR2YMV-14-19G-123812.000BUTFLYAHO0YESFAIECQRPl2YHV-14-2D-173824.000BUTFLYAMOCYESFAIECQREOQRPI2YHV-14-20G-123812.000BUTFLYAMOLCYESFAIECQRPI2YHV-14-3G-163824.000BUTFLYAHO0YESFAIECEOPIQRQR2Y fl,~-~,ILIES4si~t>
FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:35P/4ID:2998-G-083 (cont)SYSTEH:COHPONENT COOLINGSYSTEHACT.NORHREMFAILTESTRELIEFVALVENUHBER.,COORD...CL:
CAT.,SIZETYPEA/P>>TYPEPOS."INDHOOEEXAM-FREQREQ.*REMARKSHV-14-4G-173B24.000BUTFLYAHOCYESFAIEcQREOQRPI2YMV-14-9C-10288.000BUTFLYAHO0YESFAIEcQRPl2YV-14'l43E-163C20.000CHECKAS/ACNOCV/CQRCV/0,QRV-14147E-173C20F000CHECKAS/ACNOCV/CQRCV/0QRV-14151E-163C20.000CHECKAS/ACNOCV/CQRCV/0QR
FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:'08/01/92 36PAGEP8ID:'2998-G-084 SYSTEH:HAKEUPWATERSYSTEH.VALVE.NUMBER
,COORD.CLCAT..SIZEACT~NORHREHFAILTESTRELIEFTYPE-A/PTYPEPOS."IND"HODE "EXAM'FREQ
- REQ.~-REMARKSNCV-15-1N-172A2.000GLOBEA000YESFCECFSPIQRQR2YSLT-12YV-15328I-172AC2.000CHECKAS/ACNOCV/CCSVR-18SLT-12Y FLORIDAPCMERAHDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:37P8ID:2998-G-085 SH1SYSTEM:SERVICEAIRACT~NORHREHFAILTESTRELIEFVALVENUHBERCOORS.CLCAT.SIZETYPE,A/P,TYPE-POS..IND MODE-EXAH-FREQREQ.--REMARKSHCV-18-2H-62A2.000GLOBEAAOCYESFCECFSPiSLT-1QRQR2Y2YV-181270H-52AC2.000CHECKAS/A0/CNOCV/CCSSLT-12YV-18797G-62A1.000BALLPHAHLCNOSLT-12Y U0 FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:38P&ID:2998-G-085 SH2SYSTEM:INSTRUMENT AIRACT.NORMREMFAILTESTRELIEF,VALVENUHBER-COORSCLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAM"FREQRED.REMARKSHCV-18-1G-72A2.000GLOBEADO0YESFCECCSFSCSPI2YSLT-12YV-18195G62AC2.000CHECKAS/ACNOCV/C2YVR-19SLT-12YV-18279J-22AC0.500CHECKAS/ACNOCV/CCSSLT-3CSV-18283J-12AC0.500CHECKAS/ACNOCV/CCSSLT-3CSV-18290L-1NCAC0.750CHECKAS/ACNOCV/CCSSLT-3'SV-18291L-12AC0.750CHECKAS/ACNOCV/CCSSLT-3CSV-18294M-12AC0.750CHECKAS/ACNOCV/CCSSLT-3CSV-18295M-12AC0.750CHECKAS/ACNOCV/CCSSLT-3CS FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:39P&ID:2998-G-086 SH1SYSTEM:MISCELLANEOUS SYSTEMSACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORSCLCAT.SIZETYPEA/PTYPEPOS~IHDMODEEXAMFREQREQ.REMARKSFCV-23-3D-14282.000GATEADO0YESFCECFSPIQR2YFCV-23-5D-15282.000GATEADO0YESFCECQRFSQRPl2YFCV-23-7D-17280.500GLOBEADO0YESFCECQRFSQRPI2YFCV-23-9D-18280.500GLOBEADO0YESFCECQRFSQRPI2YSR-17221SR-17222J-133C0.750RELIEFAS/ACHOSRVRFL-133C0.750RELIEFAS/ACHOSRVRFV-17204J-133C2.000CHECKAS/ACHOCV/0QRV-17214L-133C2.000CHECKAS/ACNOCV/0QR t'li%~
FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:40P8ID:2998-G-088 SYSTEM:CONTAINMENT SPRAYSYSTEHACT~NORHREHFAILTESTRELIEF.VALVENUHBER.COORD..CL
.CAT.SIZE-'--TYPE:.A/P TYPE'POS.'~IND'MODE
""EXAM"~FREQREQ.'REMARKS FCV-07-1A F-122812.000GATEADOCYESFOEOFSPIQRQR2YFCV-07-18 F-122812.000GATEADOCYESFOEOFSPIQRQR2YLCV-07-11A I-142A2.000GLOBEADO0YESFCECFSPISLT-1QRQRLCV-07-118
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FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:41P8ID:2998-G-088 (cont)SYSTEM:CONTAINMENT SPRAYSYSTEMACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS~INDMODEEXAMFREQREGSREMARKSSR-07-2A8-102C1.500RELIEFAS/ACNOSRV.'FSR-07-28C-102C1.500RELIEFAS/ACNOSRVRFV-7119J-72C24.000CHECKAS/ACNOCV/POQRVR-20CV/PORFVR-20INSPRFVR-20V-71201-72C24.000CHECKAS/ACNOCV/POQRVR-20CV/PORFVR-20INSPRFVR-20V-7129H-52C12~000CHECKAS/ACNOCV/0RFVR-21CV/POQRVR-21V-7130H-62812.000GATEAMAN0NOEEQRV-7143G-52C12.000CHECKAS/ACNOCV/0RFVR-21CV/POQRVR-21V-7145G-62812.000GATEAMAH0NOEEQRV-7170G-132AF000GATEPMANLCNOSLT-12YV-7172J-102C24.000CHECKAS/ACNOINSPRFVR-22V-7174I-102C24.000CHECKAS/ACNOINSPRFVR-22V-7188G-142A3.000GATEPMANLCNOSLT-12YV-7189G-142AF000GATEPMANLCNOSLT-12YV-7192E-142C10~000CHECKAS/ACNOINSPRFVR-23V-7193E-142C10.000CHECKAS/ACNOINSPRFVR-23V-7206G-132A3.000GATEPMANLCNOSLT-12YV-7231A-132C2.000CHECKAS/ACNOCV/0QRV-7232A-132CF000CHECKAS/ACNOCV/0QRV-7256E-82C1.500CHECKAS/ACNOCV/0RFVR-'24V-7258F-82CF500CHECKAS/ACNOCV/0RFVR-24 P
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2DATE:08/01/92PAGE:42P&ID:2998-G-088 (cont)SYSTEH:CONTAINHENT SPRAYSYSTEHACT.NORHREHFAILTESTRELIEFVALVE,NUHBER
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FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:43P8ID:2998-G-091 SYSTEM:MISCELLANEOUS SYSTEMSACT.NORMREHFAILTESTRELIEF,,,VALVE,NUHBER
.COORD..CL CAT.*-.SIZE-TYPEA/P-TYPEPOS:"IND'HODE EXAH'-FREQ"REQ.=.""REMARKS V-00-101B-62A8.000GATEPHANCNOSLT-12YVR-48VR-16-V.00.139L-102A0.375GLOBEPHANLCNOSLT-12YV-00-140M-102AF000GLOBEPHANLCNOSLT-12YV-00-143M-112A1.000GLOBEPHANLCNOSLT-12YV-00-144L112A0.375GLOBEPMANLCNOSLT-12Y C
FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:44PFID:2998-G-092 SH'ISYSTEM:MISC.SAMPLINGSYSTEMSACT.NORMREMFAILTESTRELIEFVALVENUMBER..COORD.CL.CAT~SIZETYPE-A/PTYPEPOS.IHD'MODE-EXAM""FREQREQ.-REMARKSFCV-26-1G-22A1.000GLOBEADO0YESFCECQRFSQRPl2YSLT-12YFCV-26.2G-42A1.000GLOBEADO0YESFCECQRFSQRPl2YSLT-12YFCV-26-3H-22A1.000GLOBEADO0YESFCECQRFSQRPI2YSLT-12YFCV-26-4H-42A1F000GLOBEADO0YESFCECQRFSQRPI2YSLT-12YFCV-26-5I-22A1.000GLOBEADO0YESFCECFSPISLT-1QRQR2Y2YFCV-26-6I-42A1.000GLOBEADO0YESFCECFSPISLT-1.QRQR2Y2YFSE-27-10 B-132A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR2Y2YFSE-27-11 C-132A0.375GLOBEASOCYESFCECEOFSPlSLT-1QRQRQR2Y2Y I'
FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:45P8ID:2998-G-092 SN1(cont)SYSTEH:MISC.SAMPLINGSYSTEHSACT.NORMREHFAILTESTRELIEFVALVENUHBERCOORSCLCAT~.SIZETYPEA/P'TYPEPOS.'INDHODE'XAM'REQREQ.REMARKSFSE-27-12 8-152A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR'Y2YFSE-27-138-152A0.375GLOBEASOCYESFCECEOFSPISLT.1QRQR2YFSE-27-14 B-152A0.375GLOBEASOCYESFCECEOFSPlSLT-1QRQRQR2Y2YFSE-27-15D-132A0.375GLOBEASOCYESFCECQREOQRFSQRPl2YSLT-12YFSE-27-16 0-132A0.375GLOBEASOCYESFCECQREOQRFSQRPl2YSLT-12YFSE-27-17 D-142A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR2Y2YFSE-27.18 D-142A0.375GLOBEASOCYESFCECQREOQRFSQRPI2YSLT-12Y
FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucia'Nuclear Plant-Unit2~~~CAR5~RE5CC55CCC1055~SRP8ID:2998-G-092 SH1(cont)SYSTEM:MISC.SAMPLINGSYSTEMSREVISION:
2DATE:08/01/92PAGE:46ACT.NORMREMFAILTESTRELIEF..VALVE.NUMBER,COORSCLCAT.,SIZETYPE-A/PTYPEPOS:INDMODE'EXAM"""FREQ"'REQ.--'REMARKSFSE-27-8A-132A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR2Y2YFSE-27-98-132A0.375GLOBEASOCYESFCECQREOQRFSQRPI2YSLT-12YV-271018-142AC0.375CHECKAS/A0/CNOCV/CCSVR-25CV/0QRSLT-12YV-271028-142AC0.375CHECKAS/A0/CNOCV/CCSVR-25CV/0QRSLT-12Y
~44 FLORIDAPSIERANDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:47P8ID:2998-G-096 SH1SYSTEM:EMERGENCY DIESELGENERATOR 2AACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAMFREQREQ.REMARKSFCV-59-1A1 M-63BF500GATEAAOCNOFcEOSPVR-26FCV-59-2A1 FCV-59-3A1 J-103B'500GATEAAOCNOFcEOSPVR-26C-103B1'00GATEAAOCNOFcEOSPVR-26FCV-59-4A1 M-23B1.500GATEAAOCNOFcEOSPVR-26SE-59-1A1 B-163BF500GLOBEASOCNOFcEcEOFSQRQRQRSE-59.1A2 K-13B1.500GLOBEASOCNOFcEcQREOQRFSQRSE-59-3AL-63B00GATEASOCNOFcEOSPVR-26SE-59-4AL-33B1F500GATEASOCNOFcEOSPVR-26SE-59-5AJ-93B1.500GATEASOCNOFcEOSPVR-26SE-59-6AC-103B1F500GATEASOCNOFcEOSPVR-26SR-59-3AJ-123C0.750RELIEFAS/ACNOSRVRFSR-59.4AJ-113C0.750RELIEFAS/ACNOSRVRFSR-59-5A.
J-93C0.750RELIEFAS/ACNOSRVRFSR.59-6AJ-83C0.750RELIEFAS/ACNOSRVRFV-59156M-123C1.250CHECKAS/ACNOCV/CSLT-3QRQRV-59158M-103C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59159M-83C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59236M-113C1.250CHECKAS/ACNOCV/CQRSLT-3QR a')g~g FLORIDAPOl!ERAHDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:48P8ID:2998-G-096 SH2SYSTEM:EMERGENCY DIESELGENERATOR 28ACT.NORM,REMFAILTESTRELIEF,.VALVE, NUMBER.COORSCL'CAT.-SIZETYPE-A/P"TYPE'OS.
- IHD"MODE "EXAM'*'-FREQ REQ.REMARKSFCV-59-181 C-10381.500GATEAAOCNOFcEOSPVR-26FCV-59-281 M2381.500GATEAAOCHOFcEOSPVR-26FCV-59-381 J-1038'1.500GATEAAOCNOFcEOSPVR-26FCV-59.481 M-5381.500GATEAAOC,NOFcEOSPVR-26SE-59-181 8-16381.500GLOBEASOCNOFcEcEOFSQRQRQRSE-59-182 K-1381.500GLOBEASOCNOFcEcQREOQRFSQRSE-59-38L-6381.500GATEASOCNOFcEOSPVR-26SE-59-48L-3381.500GATEASOCNOFcEOSPVR-26SE-59-58K-9381.500GATEASOCHOFcEOSPVR-26SE-59-68D-10381.500GATEASOCNOFcEOSPVR-26SR-59-38J-123C0.750RELIEFAS/ACNOSRVRFSR-59-48SR-59-58J-93C0.750RELIEFAS/ACNOSRVRFJ-113C0.750RELIEFAS/ACNOSRVRFSR-59.68J-83C0.750RELIEFAS/ACNOSRVRFV-59203M-123C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59204M-113C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59205M-103C1.250CHECKAS/ACNOCV/CSLT-3QRQRV-59206M-93C1'50CHECKAS/ACHOCV/CQRSLT-3QR Ai~
FLORIDAPONERANDLIGHTCOMPAHYREVISION:
2VALVETABLESDATE:08/01/92SaintLucieNuclearPlant-Unit2PAGE49P&ID:2998-G-878 SYSTEM:HVACACT.NORMREMFAILTESTRELIEF.VALVE.NUMBER,.COORSCLCAT.-SI2ETYPEA/P.'TYPE-POS.IND'MODE-
'"EXAMFREQREQ."'REMARKS FCV-25-1C-2NC848.000BUTFLYAPOCYESFCECFSPICSCS2YFCV-25-2J-152A48.000BUTFLYAPOCYESFCECFSPlSLT-1CSCS2Y2YVR-4&VR-16FCV-25-3J-152A48.000BUTFLYAPOCYESFCECFSPlSLT-1CSCS2Y2YVR-4&VR-16FCV-25-4K-122A48.000BUTFLYAPOCYESFCECFSPlSLT-1CSCS2Y2YVR-4&VR-16FCV-25-5K-122A48.000BUTFLYAPOCYESFCECCSFSCSPI2YSLT-12YVR-16FCV-25-6C-8NC848.000BUTFLYAPOCYESFCECFSPlCSCS2YFCV-25-7L-122A24.000BUTFLYAPOCYESFCECEOFSPlSL'7-1QRQRQR2Y2YVR-16FCV-25-8L-122A24.000BUTFLYAPOCYESFCECEOFSPlSLT-1QRQRQR2Y2YVR-16V-25-20C-132AC24.000CHECKAS/ACNOCV/CCSCV/0CSSLT-12YVR-16 1~
FLORIDAPOWERAHDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:50P8ID:2998-G-878 (cont)SYSTEM:HVACLLCCACT.NORMREMFAILTESTRELIEF,VALVENUMBER.COORD.-CLCAT..SIZE-TYPEA/PTYPEPOS.'.IND.MODE
-EXAM'REQ-REQ.'REMARKSV-25-21C-132AC24.000CHECKAS/ACNOCV/CCV/0SLT-1CSCS2YVR-16 A4Hll>
FLORIDAPOMERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:51PIIID:2998-G-879 SN2SYSTEM:HVACACT.NORMREHFAlLTESTRELIEF.VALVE.NUHBER
,.COORS-CL-CAT.-SIZE~TYPE-A/P-~TYPEPOS.-IND"HODE
-EXAH-FREQ-REQ;REMARKSFCV-25-14 E-63B12.000BUTFLYAMO0YESFAIECQREOQRPI2YFCV-25-15 E-73B12.000BUTFLYAMO0YESFAIECQREOQRPl2YFCV-25-16 E-53B12.000BUTFLYAMOOYESFAIEC,QREOQRPI2YFCV-25-17 E-8'B12F000BUTFLYAHO0YESFAIECEOPlQRQR2YFCV-25-18 C-163B6.000BUTFLYAHO0YESFAIECQRPI2YFCV-25-19 C-173B6.000BUTFLYAHO0YESFAIECQRPI2YFCV-25-24 A-163B10.000BUTFLYAMO0YESFAIECPlQR2YFCV-25-25 A-173B10.000BUTFLYAHO0YESFAIECQRPI2Y US'~%4W FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:52P&ID:2998-G-879 SN3SYSTEH:MVACACT~NORMREHFAILVALVENUHBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.'NDHODETESTRELIEFEXAMFREQREQ.REMARKSFCV-25-11 N-42816.000BUTFLYAHOCYESFAIECEOPIQR"QR2YFCV-25-12 J-42816.000BUTFLYAHOCYESFAIECQREOQRPI2YFCV-25-13 I-142812.000BUTFLYAHOCYESFAIEOQRPI2YFCV-25-20 J-122A8.000BUTFLYAPOCYESFCECFSPISLT-18VR-16FCV-25-21 J-112A8.000BUTFLYAPOCYESFCECFSPISLT-1QRQR2Y2YVR-4!LVR-16'CV-25-26 K-162A8.000BUTFLYAPOC'ESFCECFSPlSLT-1QRQR2Y2YVR-48VR-16FCV-25-29 K-328F000BUI'FLYAHOCYESFAIECQRPI2YFCV-25-30 M-42820.000BUTFLYAHOCYESFAIECEOPIQRQR2YFCV-25-31 J-42820.000BUTFLYAHOCYESFAIECQREOQRPI2YFCV-25-32 N-42830.000BUTFLYAMO0YESFAIECQREOQRPl2YFCV-25-33 J-42830.000BUTFLYAHO0YESFAIECQREOQRPI2Y yi FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:
2DATE:08/01/92PAGE:53P8ID:2998-G-879 SH3(cont)SYSTEM:HVACVALVENUMBERFCV-25-34 ACT~NORMREMFAlLTESTRELIEFCOORS,CLCAT.SI2ETYPEA/PTYPEPOS.INDMODE*EXAM'-FREQREQ~REMARKSH-2284.000BUTFLYAMOCYESFAIECQRPl2YFCV-25-36 K-152A8.000BUTFLYAPOCYESFCECFSPISLT-1QRQR2Y2YVR-4&VR-16V-25.23J-42C24.000CHECKAS/ACNOCV/0QRV-25-24H-42C24F000CHECKAS/ACNOCV/OQR 0Wet("4l~sI1 AppendixDValveProgramRequestsforRelief 0
Revision208/01/92RELIEFREQUESTNO.VR-1SYSTEM:VariousCOMPONENTS:
Anyvalvestestedduringcoldshutdownconditions.
CATEGORYVariousFUNCTION:
VariousSECTIONXIREUIREMENT:
IValvesshallbeexercised
...unlesssuchoperation isnotpractical duringplantoperation.
Ifonlylimitedoperation ispractical duringplantoperation, thevalveshallbepart-strokeexercised duringplantoperation andfullstrokeexercised duringcoldshutdowns.
Fullstrokeexercising duringcoldshutdowns forallvalvesnotfull-stroke exercised duringplantoperation shallbeonafrequency determined bytheintervals betweenshutdowns asfollows:Forintervals of3monthsorlonger-exerciseduringeachshutdown.
(IWV-3412, IWV-4315andIWV-3522)
BASISFORRELIEF:Inmanyinstances testingofallvalvesdesignated fortestingduringcoldshutdowncannotbecompleted duetothebrevityofanoutageorthelackofplantconditions neededfortestingspecificvalves.IthasbeenthepolicyoftheNRCthatiftestingcommences inareasonable timeandreasonable effortsaremadetotestallvalves,thenoutageextension orsignificant changesinplantconditions arenotrequiredwhentheonlyreasonistoprovidetheopportunity forcompletion ofvalvetesting.ASME/ANSI OMa-1987, Operation andMaintenance'Of NuclearPowerPlants,Part10(Paragraphs 4.2.1.2and4.-3.2.2) recognizes thisissueandallowsdeferredtestingassetforthbelow.D-1
\"l~'>"+~i4'~'IK,4a~~4 Revision208/01/92RELIEFREQUESTNO.VR-1(cont.)ALTERNATE TESTING:Forthosevalvesdesignated tobeexercised ortestedduringcoldshutdown, exercising shallcommenceassoonaspractical aftertheplant'reaches astablecoldshutdowncondition, as.definedbytheapplicable Technical Specification, butnolaterthan48hoursafterreachingcoldshutdown.
Iftheoutageissufficiently longenoughforthetestingofallthecoldshutdownvalves,thenthe48-hourrequirement neednotapply.Ifthe48-hourrequirement iswaved,thenallcoldshutdownvalvesmustbetestedduringtheoutage.Valvetestingneednotbeperformed moreoftenthanonceeverythree(3)monthsexceptasprovidedforinIWV-3417(a).
Completion ofallvalvetestingduringa.coldshutdownoutageisnotrequiredifthelengthoftheshutdownperiodisinsufficient tocompletealltesting.Testingnotcompleted priortostartupmayberescheduled forthenextshutdowninasequencesuchthatthetestscheduledoesnotomitnorfavorcertainvalvesorgroupsofvalves..Theprogramtablesidentifythosevalvesto-whichcoldshutdowntestingapplies.RefertoAppendixEfordiscussion ofthereasonsandjustification forallowingcoldshutdownvs.quarterly testing.D-2 kSKCt'~4~'4EI<<,feEPII+II Revision208/01/92RELIEFREQUESTNO.VR-2SYSTEMSafetyInjection (2998-G-078, Sh.131&132)COMPONENTS:
V-3217V-3258V-3215V-3524V-3227.V-3259V-3225V-3525V-3237V-3260V-3235V-3526V-3247V-3261V-3245V-3527CATEGORY:
A/C(CheckValves)FUNCTION:
These-checkvalvesopen-toprovideforhigh-pressure andlow-pressuresafetyinjection totheRCS.Eachofthesevalvesisdesignated asapressureisolation valve(PIV)andprovidesisolation ofsafeguard systemsfromtheRCS.SECTIONXIREUIREMENT:
Theleakagerateforvalves6-inchesor.greatershallbeevaluated perSubsection IWV-3427(b).
(IWV-3521)
BASISFORRELIEF:Leaktestingofthesevalvesisprimarily forthepurposeofconfirming theircapability ofpreventing overpressurization andcatastrophic failureofthesafetyinjection pipingandcomponents.
Inthisregard,specialleakageacceptance criteriaisestablished andincludedin,the.St.Lucie2Technical Specifications (Table3.4-1)thataddresses thequestionofvalveintegrity inamoreappropriate mannerforthesevalves.Satisfying boththeTechnical Specification andtheCodeacceptance criteriaisnotwarranted andimplementation woul'dbedifficult andconfusing.
Specifically applyingthetrendingrequirements ofIWV-3427(b)wouldresultinfrequentandexcessive maintenance ofthesevalves.Thecontinuation ofastrictleakrateacceptance criteriaandmorefrequenttestingthanspecified bytheCodegivesahighdegreeofassurance thatthesevalveswillsatisfactory performtheirsafetyfunction.
D-3
~Iyt+P Revision208/01/92RELIEFREQUESTNO.VR-2(cont.)ALTERNATE TESTING:Theleakagerateacceptance criteriafor"these valves-will beestablished pertheSt.LucieUnit2Technical Specifications, Table3.4-1.Leakageratesgreaterthan.1.0gpm-areunacceptable.
EachoftheReactorCoolantSystemPressureIsolation Valvecheckvalveshallbedemonstrated operablebyverifying leakagetobewithinitslimits:1.Atleastonceper18months.2.PriortoenteringMODE2whenevertheplanthasbeeninCOLDSHUTDOWNfor72hoursormoreandifleakagetestinghasnotbeenperformed intheprevious9months.'~4~Priortoreturning thevalvetoservicefollowing maintenance, repairorreplacement workonthevalve.Following flowthroughvalve(s)whileinMODES1,2,3,or4~5.A.Within24hoursbyverifying valveclosure,andB.Within31daysbyverifying leakagerate.Following flowthroughvalve(s)whileinMODES5or6:A.Within24hoursofenteringMODE4byverifying valveclosure,andB.Within31daysofenteringMODE4byverifying leakagerate.D-4
'14tIII%Jf(s,=~i>>c,P')><ssa"~4~~>lertg Revision208/01/92SYSTEM:RELIEFREQUESTNO.VR-3VariousCOMPONENTS VariousCATEGORY:
VariousFUNCTION:
~ThisisagenericrequestforreliefSECTIONXIREUIREMENT:
If,forpower-operated valves,anincreaseinstroketimeof504ormoreforvalveswithfull-stroke timeslessthanorequalto10secondsisobserved, thetestfrequency shallbeincreased toonceeachmonthuntilcorrective actionistaken,atwhichtimetheoriginaltestfrequency shallberesumed(IWV-3417 (a))BASISFORRELIEF:Thestroketimemeasurements takenduringtestingoffast-actingvalves=(thoselessthan2seconds)aresubjecttoconsiderable variation duetoconditions unrelated tothematerialcondition ofthevalve(eg.testconditions, operatorreactiontime).Inaccordance withGenericLetter89-04,Position6,analternate methodofevaluating stroketimesisconsidered acceptable.
ALTERNATE TESTING:Thestroketimeevaluation forthosevalvesdesignated inthePlantTestProcedures as"fast-acting" willnotaccountforsuccessive increases ofmeasuredstroketimeperIWV-3417(a) withthechangeintestfrequency asrequired.
Inlieuofthis,theassignedmaximumlimitingvalueofstroketimewillbeestablished at2seconds.Uponexceeding the2-secondlimit,thevalvewillbedeclaredinoperable andcorrective actiontakeninaccordance withIWV-3417(b).
D-5 l
Revision208/01/92SYSTEM:RELIEFREQUESTNO.VR-4PrimaryContainment COMPONENTS:
PENETRATION NO.DRAWINGNO.VALVES10112324415456572998-G-878 2998-G-878 2998-G-083 2998-G-.083 2998-G-078 Sh1302998'-G-091 2998-G-879 2998-G-879 FCV-25-4andBlankFlangeFCV-25-2andFCV-25-3HCV-14-1andHCV-14-7HCV-14-2andHCV-14-6SE-03-2AandSE-03-2BV-00101andBlankFlangeFCV-25-36 andFCV-25-26 FCV-25-20 andFCV-25-21 CATEGORY:
AorA/CFUNCTION:
Thesevalvesareclosedtoprovidecontainment isolation.
SECTIONXIREUIREMENT:
CategoryAvalvesshallbeseatleaktestedandamaximumpermissible leakagerateshallbespecified.
Individual'valve leakageratesshallbeevaluated perIWV-3426andIWV-3427.
(IWV-3426, IWV-3427, NRCGenericLetter89-04):-BASISFORRELIEF:Forseveralcontainment systems,individual leakageratetestsareimpractical duetotheconfiguration ofthesystem'spipingandcomponents.
Inthese.casesitiscustomary toperformleakagetestswiththetestvolumebetweenvalvesinseriesorbehindvalvesinparallelpaths.D-6
~ygg'sI<rp"y'p't Revision208/01/92RELIEFREQUESTNO.VR-4(cont.)BASISFORRELIEFcont.Inthesecaseswhereindividual-valve testingis.impractical; thevalveswillbeleaktestedsimultaneously inmultiplevalvearrangements.
Amaximumpermissible leakageratewillbeappliedtoeachcombination ofvalvesorvalveandblankflange.Ineachofthevalvepairs,thetwovalvesareequalinsizeandtype,andtheleakagelimitisinproportion totheirsize.Theblankflangesusedintestingpenetrations 10and54havediameters similarinsizetotheirassociated valves,FCV-25-4 andV-00101.Theleakagelimitassignedtoeachpairissuchthatexcessive leakagethroughanyvalve,o'..flange, wouldbe..detectable andtheappropriate corrective.
actiontaken.ALTERNATE TESTING:Theabovestatedvalvesandblankflangeswillbeleakratetestedinpairs.Leakagemeasurements fromtestsofmultiplevalvesorblankflangeswillbeevaluated inaccordance withIWV-3426andIWV-3427.
D-7 P~lggPI4'JCh~r"~rj Revision208/01/92RELIEFREQUESTNO.VR-5SYSTEM:ChemicalandVolumeControl(2998-G-078 Sh121)COMPONENTS:
V-2177V-2190V-2191V-2526CATEGORY:
FUNCTION:
V-2177andV-2526opentoprovideaflowpathforemergency borationfromtheboricacidmakeuppumpstothesuctionofthechargingpumps.Likewise, V-2190openstoprovideaflowpathforemergency borationviagravitydrainfromtheboricacidmakeuptankstothesuctionofthechargingpumps.V-2190closestopreventrecirculation tothe,boricacidmakeuptankswhentheboricacidmakeuppumpsareinoperation.
ValveV-2191openstoprovideaflowpathfromtherefueling watertank(RWT)tothesuctionofthechargingpumpsasanalternate supplyofboratedwaterforboration.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEFTestingthesevalvesintheopendirection requirestheintroduction ofhighlyconcentrated boricacidsolutionfromtheboricacidmakeuptankstothesuctionofthechargingpumps.This,inturn,wouldresultintheadditionofexcessborontotheRCS.Thisrapidinsertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization.
Alargeenoughboronadditioncouldresultinanunscheduled planttripandapossibleinitiation oftheSafetyInjection Systems.D-8 11%'wIII4gd'>iJQI~Q+illfIt~p~ttLIE.)J Revision208/01/92RELIEFREQUESTNO.VR-5(cont.)BASISFORRELIEFcont.Duringcoldshutdown, theintroduction.
ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldalsobeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreasetheboronconcentration.
Sincetheboronconcentration isincreased forshutdownmarginpriortoreachingcoldshutdown, apartstrokeexerciseofthesevalvescouldbeperformed atthattime.ALTERNATE TESTING:CheckvalveV-2190willbeverifiedclosedquarterly.
Allofthecheckvalveswillbepartstrokeexercised duringeachcoldshutdownperVR-1andfullstrokeexercised duringeachreactorrefueling outage.D-9
/~e41 Revision208/01/92RELIEFREQUESTNO.VR-6SYSTEM:,Chemical andVolumeControlSystem(2998-G-078, Sh121)COMPONENT:
V-2443V-2444CATEGORY:
FUNCTION:
Thesevalvesopentoprovideaflowpathfromtheboricacidmakeuppumpstotheemergency borationheader.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Full-stroke testingthesevalvesrequiresoperating theboricacidmakeuppumpsatornearratedflowandverifying fullaccidentflowthrougheachvalve.Suchtestingwouldcausetheintroduction ofhighlyconcentrated boricacidsolutionfromtheboricacidmakeuptankstothesuctionofthechargingpumps.This,inturn,wouldresultintheadditionofexcessborontotheRCS.Thisrapidinsertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization.
Alargeenoughboronadditionwouldresultinanunscheduled planttripandapossibleinitiation ofSafetyInjection Systems.Duringcoldshutdown, theintroduction ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldbeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreaseitsboronconcentration.
D-10 Fw0 Revision208/01/92RELIEFREQUESTNO.VR-6(cont.)BASISFORRELIEFcont.Asecondcircuitthat-recirculates watertotheRWT-hasflow-ratemeasuring instrumentation installed-however itislimitedto30gpm.Duringanaccident, eitherpump'sdischarge checkvalvemustbeabletopassaminimumflowcapableofmatchingthedemandofthetworunningchargingpumps(greaterthan80gpm.).ALTERNATE TESTING:Eachofthesevalveswillbepartialstrokeexercised quarterly.
Duringtestingofthe.boricacidmakeuppumpsperformed duringeachreactorrefueling (SeeReliefRequestPR-5),systemflowratewillbemeasuredtoverifyfullstrokeofthesevalves.
T1t Revision208/01/92RELIEFREQUESTNO.VR-7SYSTEM:SafetyInjection (2998-G-078 Sh130)COMPONENTS:
V-07000V-07001CATEGORY:
FUNCTION:
Thesevalvesopen,to,provideflowpathsfromtheRWTtothesuctionoftheassociated low-pressure safetyinjection pump.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising thesevalvestotheopenpositionrequiresinjection
-intothe,RCSviatheLPSIpumps.Duringplant.operation this="is-precluded becausetheLPSIpumpscannotdevelopsufficient discharge pressuretoovercomeprimarysystempressure.
Atcoldshutdown, theshutdowncoolingsystemcannotprovidesufficient letdownflowtotheRWTtoaccommodate fulldesignflowfromtheRWTwhilemaintaining thenecessary corecoolingfunction.
Thus,theonlypractical.
opportunity fortestingthesevalvesisduringrefueling outageswhenwaterfromtheRWTisusedtofilltherefueling cavity.D-12 ZR~1gIFte<<W1 Revision208/01/92.RELIEFREQUESTNO.VR-7(cont.)ALTERNATE TESTING:Thesevalvesw'illbepartial-flow exercised during-quarterly testingoftheLPSIpumpsviatheminimumflowcircuitandfull-flow exercised duringeachreactorrefueling-outage.
ŽD-13 h
Revision208/01/92SYSTEM:RELIEFREQUESTNO.VR-8SafetyInjection (2998-G-078 Sh130)COMPONENTS:
V-3401V-3410CATEGORY:
FUNCTION:
Thesevalvesopento.provideflowpathsfromtheRWTandthe-containment sumptothesuctionoftheassociated high-pressuresafetyinjection pumps(HPSI).SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising thesevalvestotheopenpositionrequiresinjection viathe'HPSIpumps=intotheRCS.Duringplantoperation thisisprecluded becausetheHPSIpumpscannotdevelopsufficient discharge pressuretoovercomeprimarysystempressure.
Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.D-14 AgII,4~II4Npq0 Revision208/01/92RELIEFREQUESTNO.VR-8(cont.)ALTERNATE TESTING:Thesevalveswillbe.partial-flow exercised'during quarterly testingoftheHPSI.pumpsviatheminimumflowcircuitandfull-flow exercised duringeachreactorrefueling outage.Thisalternate testingsatisfies therequirement ofGenericLetter89-04,Positionl.D-15 gg'Ib>>t~lelkt4IalS,pc~CgsgkVfg4 Revision208/01/92RELIEFREQUESTNO.VR-9SYSTEM:SafetyInjection (2998-G-078 Sh130)COMPONENTS V-3414V-3427CATEGORY:
FUNCTION:
Thesevalvesopentoprovideflowpathsfromtherespective-HPSIpumpstothehigh-pressure safetyinjection headers.Theyclosetopreventrecirculation throughanidlepump.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising thesevalvestotheopenposition~requiresinjection
-into"the RCSviathe"HPSIpumps.Duringplantoperation thisisprecluded becausetheHPSIpumpscannotdevelopsufficient discharge pressuretoovercomeprimarysystempressure.
Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.Partialflowexercising ofthesevalvesi'sperformed wheneveritsassociated HPSIpumpisusedtorefillaSITank.Theacceptable SITanklevelbandspecified bytheTechnical Specification isverynarrow.TheSITanksareonlyrefilledonanasneededbasis;therefore, thepartialflowtestcannotreadilybeincorporated intoaquarterly test.
k Revision208/01/92RELIEFREQUESTNO.VR-9(cont.')ALTERNATE TESTING:Thesevalveswillbeverifiedclosedquarterly andfull-flow exercised totheopenpositionduringeachreactorrefueling outage.Thesevalveswillbepart-stroked openwhilerefilling aSITasplantconditions warrant.D-17 XaIIM7I>s'v~~w-kl-&E, Revision208/01/92RELIEFREQUESTNO.VR-10SYSTEM:SafetyInjection (2998-G-078 Sh130)COMPONENTS:
V-3522V-3547CATEGORY:
FUNCTION:
Thesevalvesopentoprovideflowpathsfromthehigh-pressure safetyinjection pumpstotheRCSforhot-leginjection.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating ahighpressuresafetyinjection (HPSI)pumpandinjecting intothereactorcoolantsystemthroughthehotleginjection system.Atpoweroperation thisisnotpossiblebecausetheHPSIpumpsdonotdevelopsufficient discharge pressuretoovercomereactorcoolantsystempressure.
Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.D-18 4INI Revision208/01/92RELIEFREQUESTNO.VR-10ALTERNATE TESTING:Atleastonceduringeachreactorrefueling outagethesevalveswillbefull-stroke exercised totheopenposition.
Thisalternate testingsatisfies therequirement ofGenericLetter89-04,Position1.D-19 h\'sh4~QVI'i>I Revision208/01/92RELIEFREQUESTNO.VR-11SYSTEM:-SafetyInjection (2998-G-078 Sh131)COMPONENTS:
V-3113V-3133V-3143V-3766CATEGORY:
FUNCTION:
Thesevalvesopentoprovideflowpathsfromthehigh-pressure safetyinjection headerstotheRCS.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF.,Fullstrokeexercising of:thesevalveswouldrequireoperating ahighpressuresafetyinjection (HPSI)pumpatnominalaccidentflowrateandinjecting intothereactorcoolantsystem.Atpoweroperation thisisnotpossiblebecausetheHPSIpumpsdonotdevelopsufficient discharge pressuretoovercomereactorcoolantsystempressure.
Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.Partialflowexercising ofthesevalvesisperformed wheneveritsassociated SITankisrefilled.
Theacceptable SITanklevelbandspecified bytheTechnical Specification isverynarrow.TheSITanksareonlyrefilledonanasneededbasis;therefore, thepartialflowtestcannotreadilybeincorporated intoaquarterly test.D-20
Revision208/01/92RELIEFREQUEST-NO.VR-11(cont.)ALTERNATE TESTING:Thesevalveswillbepartialflowexercised wheneveritsassociated SITankisfilled.Atleastonceduringeachreactorrefueling outagethesevalveswillbefull-stroke exercised totheopenposition.
D-21
~-~'lf's~asa1-IVfA4k Revision208/01/92RELIEFREQUESTNO.VR-12SYSTEM:SafetyInjection (2998-G-078 Sh131)COMPONENTS:
V-3524V-3525V-3526V-3527CATEGORY:
A/CFUNCTION:
Thesevalvesopentoprovideflowpathsfromthehigh-pressure safetyinjection pumpstotheRCSforhotleginjection andclosetoisolatethesafetyinjection headersfromthehighpressureofthereactorcoolantsystem.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating ahighpressuresafetyinjection (HPSI)pumpatnominalaccidentflowrateandinjecting intothereactorcoolantsystem.Atpoweroperation thisisnotpossiblebecausetheHPSIpumpsdonotdevelopsufficient discharge pressuretoovercomereactorcoolantsystempressure.
Duringcoldshutdownconditions, operation ofthe.HPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.D-22 IIIfttNW~~4P~iCg Revision208/01/92RELIEFREQUESTNO.VR-12'(Cont.)BASISFORRELIEFcont.Thesearesimplecheckvalveswithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Performing leaktestsofV-3524andV-3526involvesaconsiderable effort.Thetestconnection forthesevalvesarelocatedinahighradiation areainthepipepenetration room,andoneofthetwoconnections islocatedover12feetabovethefloor.Testingduringoperation orateachcoldshutdownoutagewouldconstitute anunreasonable burdenontheplantstaff.Theothercheckvalves,V-3525andV-3527,.haveupstreampressurealarms.Shouldeithervalveleakby,thepressureinstruments woulddetecttheincreaseandalarminthecontrolroomwhenthealarmsetpointisexceeded.
ALTERNATE TESTING:Thesevalveswillbefull-stroke exercised totheopenpositionatleastonceduringeach,reactorrefueling outage.Thissatisfies therequirements ofGenericLetter89-04,Position1.Atleastonceevery18monthsthesevalveswillbeverifiedtocloseinconjunction withPIVleaktesting(seeVR-2).Inaddition, V-3525andV-3527willbeleaktestediftheupstreampressuremonitorsindicatealarmduringnormaloperation.
D-23 J~eAeF,S4J' Revision208/01/92RELIEFREQUESTNO.VR-13SYSTEMSafetyInjection (2998-G-078 Sh132)COMPONENTS:
V-3215V-3225V-3235V-3245CATEGORY:
A/CFUNCTION:
Thesevalvesopentoprovideflowpathsfromthesafetyinjection tankstotheRCSandclosetoisolatethetanksfromthehighpressureofthereactorcoolantsystemandthesafetyinjection headers.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3.months, exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising of.thesevalveswouldrequireinjecting fromatankundernominalpressureintoade-pressurized reactorcoolantsystem'.Atpoweroperation thisisnotpossiblebecausetheSITankpressureisinsufficient toovercomereactorcoolantsystempressure.
UnderalargebreakLOCAaccidentconditions, themaximum(peak)flowratethroughthesevalveswouldbeapproximately 20,000gpm.Duringcoldshutdownorrefueling therequiredtestconditions fordeveloping thisfullaccidentflowcannotbeestablished.
D-24 ItJtI~AIC'rlt~l1+')~<bcH~ea.'t.Nt~i"f4T$Af Revision208/01/92RELIEFREQUESTNO.VR-13(Cont.)BASISFORRELIEFcont.TheSITdischarge isolation valvesaremotoroperatedvalveswithanominalstroke"timeof52seconds.Therefore, theisolation valvecannotbeusedtosimulatetheLOCAflowconditions byopeningitwithafullorpartially pressurized SIT.Thedischarge.
flowratewouldonlyincreasegradually duetothelongstroketimeofthedischarge isolation valve.Theflowratewouldnotbeanywhereneartheexpectedpeakblowdownrateof20,000gpm.expectedduringalargebreakLOCA.FP&Lhasreviewedtheoperating andmaintenance historyofthesevalvesandsimilarvalvesusedthroughout theindustry-undercomparable conditions.
Basedonthesereviews,thereisnoevidenceofvalvedegradation withrespecttotheirabilitytoopenandsatisfactorily passtherequiredflow.Itisapparentfromthefailuredatathattheprimarymodeoffailureisrelatedtovalveleakage-bothpasttheseatandexternalthroughthebody-bonnet andhingepingasketjoints.Itshouldalsobenotedthatthesevalvesarenotsubjected toanysignificant flowduringplantoperation aswell-asmaintenance periods;thusitisunlikelythatthesevalveswouldexperience anyservice-related damageorwear.Althoughcheckvalvedisassembly isavaluablemaintenance toolthatcanprovide,a greatdealofinformation aboutavalve'sinternalcondition, duetothedifficulties associated withthesemaintenance activities, it'should onlybeperformed underthemaintenance programatafrequency commensurate withthevalvetypeandservice.Inthislight,FP&Lconsiders thefrequency of=inspection forthesevalvesofonceeach10-yearinspection intervaltobeadequatetoensurethecontinued operability ofthesevalves.Thesearesimplecheckvalveswithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thebackflowtestsareperformed aspartofthepressureisolation testingperVR-2.D-25 II*Dli.1%,TItI4iI'A.
Revision2.08/01/92RELIEFREQUEST,NO.
VR-13(cont.)ALTERNATE TESTING:AtleastonceduringeachISI(10year)inspection intervaleachofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.
Shouldavalveunderinspection befoundtobeinoperable, thentheremaining threevalveswillbeinspected duringthesameoutage.Assurance ofproperreassembly willbeprovidedbyperforming aleaktest'orpartial-flow testpriortoreturning avalve'toservicefollowing disassembly.
Thesevalveswillbeverifiedclosedinconjunction withPIVleaktesting.SeeVR-2forPIVtestingfrequency.
D-26 Ifhh Revision208/01/92RELIEFREQUESTNO.VR-14-SYSTEMSafetyInjection (2998-G-078 Sh132)COMPONENTS:
V-3217V-3227V-3237V-3247CATEGORY:
,A/CFUNCTION:
Thesevalvesopentoprovideflowpathsfromthesafetyinjection headerstotheRCSandclosetoisolatetheheadersfromthehighpressureofthereactorcoolantsystem.SECTIONXIREUIREMENTCheckvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising ofthese,valveswouldrequireinjecting fromatankundernominalpressureintoade-pressurized reactorcoolantsystem.Atpoweroperation thisisnotpossiblebecausetheSITankpressureisinsufficient
.toovercomereactorcoolantsystempressure.
UnderalargebreakLOCAaccidentconditions, themaximum(peak)flowratethroughthesevalveswouldbeapproximately 20,000gpm.Duringcoldshutdownorrefueling therequiredtestconditions fordeveloping thisfullaccidentflowcannotbeestablished.
D-27 gS~4f4~t0.
Revision208/01/92RELIEFREQUESTNO.VR-14(Cont.)BASISFORRELIEFcont.TheSITdischarge isolation valvesaremotoroperatedvalveswithanominalstroketimeof52seconds.'herefore, theisolation valvecannotbeusedtosimulatethe'LOCAflowconditions byopeningitwithafullorpartially pressurized SIT.Thedischarge flowratewouldonlyincreasegradually duetothelongstroketimeofthedischarge isolation valve.Theflowratewouldnotbeanywhereneartheexpectedpeakblowdownrateof20,000gpm.expectedduringalargebreakLOCA.FP&Lhasreviewedtheoperating andmaintenanc'e historyofthesevalvesandsimilarvalvesusedthroughout theindustryundercomparable conditions.
Thesefourvalveshavebeeninoperation inUnit2sincethe'lantstartupin1983.Atotalof2plantworkordershavebeeninitiated forwork.onthesevalves.Ofthetwoworkorders,onewastorepairseatleakageidentified byaseatleakagetestandtheotherwasfordisassembly andinspection perGenericLetter89-04.AsearchoftheNuclearPlantReliability DataSystemforproblemswithvalvessimilartotheserevealed12reports-7duetoseatleakageandtheremaining 5wererelatedtogasketleaks.Basedonthesereviewsthereisnoevidenceofvalvedegradation withrespecttotheirabilitytoopenandsatisfactorily passtherequiredflow.Itisapparentfromthefailuredatathatthe-primary modeoffailureisrelatedtovalveleakage-bothpasttheseatandexternalthroughthebody-bonnet andhingepingasketjoints.4Inordertodisassemble andinspectthesevalves,thereactorcoolantsystemmustbeplacedinmid-loopor"reducedinventory" condition forseveraldays.InresponsetoissuesraisedinNRCGeneric'Letter 88-17,FPS<Lisconcerned aboutcontinued operations withtheplantinacondition of"reducedinventory."
Duringtheseperiods,theriskofover-heating thecoreisincreased duetothehigherprobability ofanincidentwhereshutdowncoolingislost.Thisriskiscompounded bythereducedvolumeofwateravailable toactasaheatsinkshouldcoolingbelost.Since1982therehavebeenatleastsix(6)reportedeventsintheindustrywherecoolingflowwaslostwhilea.plantwasina"reducedinventory" condition.
D-28 "l,tNWf4e~i~,Lf<
Jf$3'MLJ4ya('a.~>t(.+=J.3al4l,tR4Pe Revision208/01/92RELIEFREQUESTNO.VR-14(Cont.)BASISFORRELIEFcont.Althoughcheckvalvedisassembly isavaluablemaintenance toolthatcanprovideagreatdealofinformation aboutavalve'sinternalcondition, dueto.thedifficulties associated withthesemaintenance activities, itshouldonlybeperformed underthemaintenance programatafrequency commensurate withthevalvetypeandservice.Giventhelackofevidencethatthesevalvesareexperiencing significant failureswithrespecttotheircapability ofpassingthedesignflowratesandtheapparentsensitivity ofthevalvestoleaktesting,afrequency ofinspection forthesevalvesofonceeach10-yearinspection intervalisadequatetoensurethecontinued operability ofthesevalves.Thesearesimplecheckvalveswithnoexternal'eansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thebackflowtestingisperformed asstatedinVR-2.Inadditiontoperiodicleaktesting,theupstreampressureofeachvalveismonitored byapressureindicator andalarm.Shouldanyofthesevalvesbegintoleakby,theupstreampressurealarmwouldalertplantpersonnel oftheleakage.ALTERNATE TESTING:Duringcoldshutdownandrefueling periods,each,ofthese-valveswillbepartial-stroke exercised withapproximately 3,000gpm(20percentofmaximumaccidentflow)usingtheLPSIpumpsperReliefRequestVR-1.AtleastonceduringeachISI(10year)inspection intervaleachofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.
Shouldavalveunderinspection befoundtobeinoperable, thentheremaining threevalveswillbeinspected duringthesameoutage.Assurance ofproperreassembly willbeprovidedbyperforming aleaktestorpartial-flow testpriortoreturning avalvetoservicefollowing disassembly.
Thesevalveswillbeverifiedclosedinconjunction withPIVleaktesting.SeeVR-2forPIVtestingfrequency.
D-29
~9ta4Nth0%%ZEWs.)s.<~i.r-.laa1 Revision208/01/92RELIEFREQUESTNO.VR-15SYSTEM:SafetyInjection (2998-G-078 Sh132)COMPONENTS:
IV-3258V-3259bCATEGORY:
V-3260V-3261A/CFUNCTION:
Thesevalvesopentoprovideflowpathsfromthehigh/lowpressuresafetyinjection headerstotheRCSandclosetoisolatetheheadersfromthehighpressureofthereactorcoolantsystem.SECTIONXI*REUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Sincenofull-flowrecirculation pathexists,fullstrokeexercising ofthesevalveswouldrequireoperating alowpressuresafetyinjection (LPSI)pumpatnominalaccidentflowrateandinjecting intothereactorcoolantsystem.Atpower,operation thisisnotpossiblebecausetheLPSIpumpsdonotdevelopsufficient discharge, pressuretoovercomereactorcoolantsystempressure.-
Partialflowexercising ofthesevalvesisperformed wheneveritsassociated SITankisrefilled.
ThesevalvesarePressureIsolation Valveswhichrequiresthattheyareverifiedclosedandleaktestedwithin24hoursfollowing flowthroughthem.Theacceptable SITanklevelbandspecified bytheTechnical Specification isverynarrow.TheSITanksareonlyrefilledonanasneededbasis;therefore, thepartialflowtestcannotreadilybeincorporated intoaquarterly test.D-30 I,kl.'Lj't~fr,i~"fs Revision208/01/92RELIEFREQUESTNO.VR-15(cont.)BASISFORRELIEFcont.Thesearesimplecheckvalveswith-noexternal-means.ofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.ALTERNATE TESTING:Thesevalveswillbepartialflowtestedandthenverifiedclosedwheneveritsassociated SITankisrefilled.
Thesevalveswillbefull-stroke exercised totheopenpositionduringcoldshutdownperiodsperReliefRequest'VR-1.Thesevalveswillbeverifiedclosedinconjunction withPIVleaktesting.SeeVR-2forPIVtestingfrequency.
D-31
,3glAi,yAsJ\,
Revision208/01/92SYSTEMRELIEFREQUESTNO.VR-16PrimaryContainment COMPONENTS:
Valves6-inchesNPSandlargersubjecttoleakageratetestingper10CFR50,AppendixJ.CATEGORY:
A/C(CheckValves)A(Motor-operated valves)FUNCTIONEachofthesevalvesis=designated asacontainment isolation valvemaintaining theleakrateintegrity oftheprimarycontainment inthecaseofanaccident.
SECTIONXIREUIREMENT:
Theleakagerateforvalves6-inchesnominalpipesizeandlargershallbeevaluated perSubsection IWV-3427(b).
(IWV-3521)BASISFORRELIEF:Theusefulness ofapplyingthisrequirement doesnotjustifytheburdenofcompliance.
Thispositionissupported bytheGenericLetter89-04,Position10.ALTERNATE TESTING:Leakratetestresultsforvalves6-inchesnominalpipesizeandgreaterwillbeevaluated perIWV-3426andIWV-3427(a) however,therequirements ofIWV-3427(b) willnotb'eapplied.Thissatisfies therequirements ofGenericLetter89-04,Position10.D-32
~H Revision208/01/92RELIEFREQUESTNO.VR-17SYSTEM:WasteManagement (2998-G-078, Sh163)COMPONENT:
V-6792CATEGORY:
A/CFUNCTION:
Thisvalveclosestoprovideprimarycontainment forthepenetration relatedtothenitrogengassupplylinetothecontainment building.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thisisasimplecheckvalvewithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktest'rbackflowtest.Thiswouldrequireaconsiderable effort,including entryintothecontainment building.
Duetoaccesslimitations thisisimpractical duringplantoperation.
ALTERNATE TESTING:Thisvalvewillbeverifiedtocloseduringcoldshutdowns asperVR-1.~D-33 II4'k'L+
Revision208/01/92RELIEFREQUESTNO.VR-18SYSTEM:MakeupWater(2998-G-084)
COMPONENT:
V-15328CATEGORY:
A/CFUNCTION:
Thisvalveclosestoprovideprimarycontainment forthepenetration relatedtothemakeupwatersupplylinetothecontainment building.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thisisasimplecheckvalvewithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thiswouldrequireaconsiderable effort,including entry.intothecontainment
- building, whichisimpractical duringplantoperation.
ALTERNATE TESTING:Thisvalvewillbeverifiedtocloseduringcoldshutdowns asperVR-1.Atleastonceeverytwo(2)years,thisvalvewillbeverifiedtocloseinconjunction withtheAppendixJleaktestingprogram.D-34
~,EthNt~'J' Revision208/01/92RELIEFREQUESTNO.VR-19SYSTEM:Instrument Air(2998-G-085, Sh2)COMPONENT:
V-18195CATEGORYA/CFUNCTION:
Thisvalveclosestoprovideprimarycontainment forthepenetration relatedtotheinstrument airsupplylineto,thecontainment building.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thisisasimplecheckvalvewithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleak.testorbackflowtest.Thiswouldrequireaconsiderable effort,including entryintothecontainment buildingandsecuringallinstrument airinsidethecontainment.
Thereareover'50valves,instruments, andcontrollers suppliedbythisoneline.Duringanormalrefueling outage,analternate instrument aircompressor mustbeconnected totheisolatedsectionofinstrument airlineinordertosupplyairtothesecomponents duringtheAppendixJlocalleakagetesting.Thehosefromtheaircompressor totheinstrument airlinemustberoutedthroughthecontainment maintenance hatch.Openingthishatchforthistestalonewouldextendtheamountoftimethattheunitwouldspendincoldshutdown, thusextending theoutage.Testingofthisvalvewouldbeanunreasonable burdenontheplantstafftoperformwhileincoldshutdown.
D-35
Revision208/01/92RELIEFREQUESTNO.VR-19(cont.)ALTERNATE TESTING:Atleastonceeverytwo(2)years,thisvalvewillbeverifiedtocloseinconjunction withtheAppendixJleaktestingprogram.D-36 IIIIi4h+'I.hI Revision208/01/92RELIEFREQUESTNO.VR-20SYSTEM:Containment Spray(2998-G-088)
COMPONENTS V-07119V-07120CATEGORY:
FUNCTION:
Thesevalvesopentoprovideflowpathsfromtherefueling watertank(RWT)tothecontainment spray'andsafetyinjection suctionheaders.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequiresimultaneous operation ofoneHPSIpumpandoneLPSIpumpinjecting intotheRCS,andonecontainment spraypumpinjecting intoitssprayheadertoverifythemaximumdesignaccidentflow.Suchatestisnotpractical duringanyplantoperational modes.ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswillbepartial-stroke exercised viarecirculation throughtheminimumflowtestcircuitsofthevarioussystems.Thevalveswillalsobepartial-stroke exercised duringtheseriesofpumpsubstantial flowtestsandcheckvalveexercises performed eachrefueling outage.D-37 Revision208/01/92RELIEFREQUESTNO.VR-20(cont.)ALTERNATE TESTINGcont.Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected,
-andmanuallystrokedtoverifyoperability.
Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated.
Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal.
D-38
'IINIIIt Revision208/01/92RELIEFREQUESTNO.VR-21SYSTEM:Containment Spray(2998-G-088)
COMPONENTS:
V-07129V-07143CATEGORY:
FUNCTION:
Thesevalvesopentoprovideflowpathsfromtherespective containment spraypumptothecontainment sprayheaders.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating eachcontainment spraypumpatnominalaccidentflowrate.Sinceexercising thesevalvesthroughthenormalcontainment sprayflowpathwouldresultinsprayingdownthecontainment, theonlypractical flowpathavailable forsuchatestrequirespumpingwaterfromtheRWTtotheRCSviatheshutdowncoolingloops.Atcoldshutdown, theshutdowncoolingsystemcannotprovidesufficient letdownflowtotheRWTtoaccommodate fulldesignflowfromtheRWTwhilemaintaining thenecessary corecoolingfunction.
ALTERNATE TESTING:Eachofthesevalveswillbepartial-stroke exercised quarterly inconjunction withtestingofthecontainment spraypumpsviatheminimumflowtestline.D-39 00 Revision208/01/92RELIEFREQUESTNO.VR-21(cont.)ALTERNATE TESTINGcont.Duringeachrefueling outage,eachvalvewillbeexercised atleastoncetodemonstrate fullstrokecapability.
Thecontainment spraypumpwilltakesuctionfromtheRWTanddischarge intotherefueling cavityviatheshutdowncoolingsystem.D-40
,I'4 Revision208/01/92RELIEFREQUESTNO.VR-22SYSTEM:Containment Spray(2998-G-088)
COMPONENTS:
V-07172V-07174CATEGORY:
/CFUNCTION:
Thesevalvesopentoprovideflowpathsfromthecontainment sumptothecontainment sprayandsafetyinjection suctionheadersduringrecirculation.
YSECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Therearenoprovisions forexercising thesevalves.Inordertopassfullflowthroughthesevalves,thecontainment sumpwouldhavetobeflooded.OneSITrainofpumps(HPSI,LPSI,andCont.Spray)wouldthenhavetobeoperatedatfullflow.AsstatedinVR-21,runnigallthreeSIpumpsatfullflowisnotposible.ALTERNATE TESTING:Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.
Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated.
Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal.
P~%4~V)1~e'~4aM Revision208/01/92RELIEFREQUESTNO.VR-23SYSTEMContainment Spray(2998-G-088)
COMPONENTS:
V-07192V-07193CATEGORY:
FUNCTIONThesevalvesopentoprovideflowpathsfromtherespective containment sprayheaderstothecontainment sprayrings.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3monthsgexceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating eachcontainment spraypumpatnominalaccidentflowrate.Sinceexercising thesevalvesthroughthenormalcontainment sprayflowpathwouldresultinsprayingdownthecontainment, thisisconsidered impractical.
Sinceflowthroughthesevalvesisnotposible,non-intrusive testmethods,shouldtheybecomeapproved, wouldnotworkonthesecheckvalves.D-42 tV(~
Revision208/01/92RELIEFREQUESTNO.VR-23(cont.)ALTERNATE TESTING:Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability..
Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated.
Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal.
D-43 eV Revision208/01/92RELIEFREQUESTNO.VR-24SYSTEMContainment Spray(2998-G-088)
COMPONENTS:
V-07256V-07258CATEGORY:
FUNCTION:
Thesevalvesopentoprovideflowpathsfromthehydrazine pumpstotherespective containment spraypumpsuctionheader.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Testingthesevalvesusingtheonlyflowpathavailable (viathehydrazine pumps)wouldcontaminate thecontainment spraysystemandrefueling watertankwithhydrazine.
Eachofthehydrazine pumpsdischarge throughitscheckvalveintothesuctionpipingofitscontainment spraypump.Thehydrazine wouldthenbepumpedtotheRWTduringthequarterly containment spraypumpCodetestusingthemini-flow recirculation line.Continued testingwouldbuilduptheconcentration ofhydrazine intheRWTanddepletethelevelinitsstoragetank.ALTERNATE TESTINGDuringeachreactorrefueling outagethesevalveswillbeflowtested.D-44 V4el~i,LL~l1,"5<j,~Jf11 Revision208/01/92RELIEFREQUESTNO.VR-25SYSTEM:Miscellaneous Sampling(2998-G-092 SH1)COMPONENT:
V-27101V-27102CATEGORY:
A/CFUNCTIONThesevalvesclosetoprovideprimarycontainment.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thesearesimplecheckvalveswithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thiswouldrequireaconsiderable effort,including entryintothecontainment
- building, whichisimpractical andwouldbeanunreasonable burdenontheplantstafftoperformduringoperation.
Inordertoperformbackflowtestingonthesevalves,thesystemmustbebreachedbyremovingcappedventsinthetubing.Thisactionwouldresultinonlyasinglecontainment isolation boundaryforthesepenetrations.
Thissituation cannotbeallowedwhilecontainment integrity isrequired.
Therefore, theplantmustbeineitherMode5orMode6toperformthistest.ALTERNATE TESTING:The'sevalveswillbeexercised openonceeachquarter.Atleastonceeverycoldshutdown, thesevalveswillbeverifiedtoclose.LeaktestingperAppendixJduringrefueling outagessatisfythevalveclosuretest.D-45 0hC Revision208/01/92RELIEFREQUESTNO.25(cont.)ALTERNATE TESTING:cont.Atleastonceevery2years,thesevalveswillbeleak.testedinconjunction with.theAppendixJleaktestingprogram.D-46 Revision208/01/92RELIEF"REQUEST NO.VR-26SYSTEM:Emergency DieselGenerator AirStartSystem(2998-G-096, Sh1&2)COMPONENTS:
FCV-59-1A1 thruFCV-59-4Al FCV-59-1B1 thruFCV-59-4B1 SE-59-3AthruSE-59-6ASE-59-3BthruSE-59-6BCATEGORY:
FUNCTION:
Thesevalvesopentosupplystartingairtotheemergency dieselgenerators.
SECTIONXIREUIREMENT:
Thestroketimeofallpoweroperatedvalvesshallbemeasuredtothenearestsecond,...,wheneversuchavalveisfull-stroketested.(IWV-3413(b))
BASISFORRELIEF:Thesevalvesareintegralwiththedieselairstartsystemforeachemergency dieselgenerator.
Thesevalveshavenovalvepositionindication mechanism and,assuch,thereisnopractical methodformeasuring thestroketimesofeachindividual valve.Ifoneofthesevalvesweretofailtostroke,oneofthefourpairsofairstartmotorswouldfailtooperate.Sinceonepairofairstartmotorsisabletostartthedieselgenerator, thedieselgenerator airstartsystemhasaredundancy offourforthesevalves.D-47 E'l4 Revision208/01/92RELIEFREQUESTNO.VR-26(cont.)BASISFORRELIEFcont.Thesurveillance forstartingandrunningeachdieselgenerator isperformed eachmonth.Theairstartmotorsurveillance isperformed every6months.Thissurveillance isolatesthreeoftheairstartmotorpairsandthefourthpairhasairthrottled toit.Adieselgenerator startsignalismanuallyinsertedandtheun-isolated motorpairisobservedforproperoperation.
Theprocessisrepeatedfortheotherthreepairs.The6monthsurveillance frequency waschosentomaximizethesystemreliability whileminimizing theamountoftimethedieselgenerators aremaintained outofserviceforsurveillances.
ALTERNATE TESTING:Thesevalveswillbeexercised inconjunction withtestingoftheemergency, dieselgenerators.
Boththe2Aand2Bdieselgenerators willbestartedeachmonth.Every6months,these16airstartsystemvalveswillbetestedforproperoperation byobserving theoperation ofeachassociated pairofairstartmotors.Thestroketimesoftheindividual valveswillnotbemeasured.
D-48 0l4k~I~II*
Revision208/01/92RELIEFREQUESTNO.VR-27SYSTEM:Feedwater System(2998-G-080, Sh2)COMPONENTS:
V-9303V-9304V-9305CATEGORY:
FUNCTION:
Thesevalvesopentoprovideflowpathsfromtheauxiliary feedwater pumpdischarge tothecondensate storagetanktoensureadequatepumpcoolingduringlowflowconditions.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thereisnoflowrateinstrumentation available toverifyvalvefull-stroke exercising ofthesevalvesasrequiredbyGenericLetter89-04,Position1.ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswillbepartial-stroke exercised viarecirculation throughtheminimumflowtestcircuitswithnoflowmeasurements.
D-49 Revision208/01/92RELIEFREQUESTNO.VR-27(cont.)ALTERNATE TESTINGcont.Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.
Shouldavalveunderinspection befoundtobeinoperable, thentheothertwovalveswillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated.
Thissatisfies therequirements ofGenericLetter89-04,Position2.D-50 4
Revision208/01/92RELIEFREQUESTNO.VR-28SYSTEM:SafetyInjection System(2998-G-078, Sh130)COMPONENTS:
V-3'104V-3105CATEGORY:
FUNCTION:
Thesevalvesopentoprovideformini-flow recirculation flowpathsfromthelowpressuresafetyinjection pumpstotherefueling watertank.Thisminimumflowthroughtherespective pumpsremovespumpheatintheeventtheyareoperating underlowornoflowconditions.
Thevalvescloseduringshutdowncoolingandlong-term recirculation topreventrecirculation throughtheidlepump(s).SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thereisnoflowrateinstrumentation available toverifyvalvefull-stroke exercising asrequiredbyGenericLetter89-04,Position1.ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswillbepartial-stroke exercised (open)viarecirculation throughtheminimumflowtestcircuitswithnoflowmeasurements.
D-51 ll Revision208/01/92RELIEFREQUESTNO.VR-28(cont.)ALTERNATE TESTINGcont.Duringcoldshutdown, thesevalveswillbebackflowtested....During each.reactorrefueling outagethesetwovalveswillbeflow,tested.Thetestwillcalculate
'theflowthroughthemini-flow linebydrainingtheRCSthroughthelinewhileobserving thePressurizer leveldroporRWTlevelincrease.
Thelevelchangedividedbythetimecanbeusedtoverifythefullflowexerciseofthetwocheckvalves.D-52 IIII'>'H Revision208/01/92RELIEFREQUESTNO.VR-29SYSTEM:SafetyInjection (2998-G-078, Sh.131)COMPONENTS:
V-3480V-3481V-3651V-3652CATEGORY:
A(Motor-operated valves)FUNCTION:
~~isolation ofsafegSECTIONXIREUIREMENT:
Themotor-operated valvesopenforresidualheatremovalrecirculation duringshutdown.
Each'ofthesevalvesisdesignated asapressureisolation valve(PIV)andprovidesuardsystemsfromtheRCS.Theleakagerateforvalves6-inchesorgreatershallbeevaluated perSubsection IWV-3427(b).
(IWV-3521)
BASISFORRELIEF:Leaktestingofthesevalvesisprimarily forthepurposeofconfirming theircapability ofpreventing overpressurization andcatastrophic failureofthesafetyinjection pipingandcomponents.
Inthisregard,specialleakageacceptance criteriaisestablished andincludedintheSt.Lucie2Technical Specifications (Table3.4-1)thataddresses thequestionofvalveintegrity inamoreappropriate mannerforthesevalves.Satisfying boththeTechnical Specification andtheCodeacceptance criteriaisnotwarranted andimplementation wouldbedifficult andconfusing.
D-53 Revision208/01/92RELIEFREQUESTNO.VR-29(cont.)ALTERNATE TESTING:,
Theleakagerateacceptance criteriaforthesevalveswillbeestablished pertheSt.LucieUnit2Technical Specifications, Table3.4-1.1~Leakageratesgreaterthan1.0gpmbutlessthanorequalto5.0gpmareacceptable ifthelatestmeasuredratehasnotexceededtheratedetermined bytheprevioustestbyanamountthatreducesthemarginbetweenmeasuredleakagerateandthemaximumpermissible rateof5.0gpmby504orgreater.2~Leakageratesgreaterthan1.0gpm,butlessthanorequalto5.0gpm,areunacceptable ifthelatestmeasuredrateexceededtheratedetermined bytheprevioustestbyanamountthatreducesthemarginbetweenmeasuredleakagerateandthemaximumpermissible rateof5.0gpmby504orgreater.3.Leakageratesgreaterthan5.0gpmareunacceptable.
EachReactorCoolantSystemPressureIsolation Valvemotor-operatedvalvesshallbedemonstrated operablebyverifying leakagetobewithinitslimits:1~Atleastonceper18months,and2~Priortoreturning thevalvetoservicefollowing maintenance, repair,orreplacement workonthevalve.D-54
'!o Revision208/01/92RELIEFREQUESTNO.VR-30SYSTEMSafetyInjection System(2998-G-078, Sh130)COMPONENTS:
V-3102V-3103CATEGORY:
FUNCTION:
Thesevalvesopentoprovideformini-flow recirculation flowpathsfromthehigh,pressuresafetyinjection pumpstotherefueling watertank.Thisminimumflowthroughtherespective pumpsremovespumpheatintheeventtheyareoperating underlowornoflowconditions.
Thevalvescloseduringshutdowncoolingandlong-term recirculation topreventrecirculation throughtheidlepump(s).SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thereisnoinstalled flowrateinstrumentation available toverifyvalvefull-stroke exercising asrequiredbyGenericLetter89-04,Position1.D-55
Revision208/01/92RELIEFREQUESTNO.VR-30(cont.)ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswill.bepartial-stroke exercised (open)viarecirculation throughtheminimumflowtestcircuitswithnoflowmeasurements.
Duringcoldshutdown, thesevalveswillbebackflowtested.During-eachreactorrefueling outageatleastoneofthetwoHPSIpumpvalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.
Inspections shallbescheduled suchthatvalveswillbecheckedinarotatingsequencesuchthateachvalveissubjecttoinspection atleastonceeverythree(3)years.Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated.
Thissatisfies therequirements ofGenericLetter89-04,Position2.St.LucieUnit2wasgrantedaonetimereliefbytheNRCforthedisassembly ofV-3103duringthe1992refueling outage.Bothcheckvalvesmustbedisassembled duringthenextrefueling outageinthefallof1993.SeeNRCSERletterfromHerbertN.BerkowtoJ.H.Goldbergdated2June1992.D-56
~I Revision208/01/92RELIEF'EQUEST NO.VR-31SYSTEM:MainSteam(2998-G-079, Sh1)COMPONENTS:
V-08130V-08163CATEGORYFUNCTION:
Thesevalvesopentosupplysteamtothe2CAuxiliary Feedwater Pump(AFW)turbine.Thesevalvesclosetopreventunrestricted releaseofsteamfromanunaffected steamgenerator intheeventofasteamline ruptureupstreamofanMSIV.SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:Thereisnopractical meansorprovision forpressurizing thepipingdownstream ofthesevalvesinordertoverifyclosureofthesevalves.ALTERNATE TESTING:Duringthemonthlytestofthe2CAFW,thesevalveswillbepartial-stroke exercised.
Duringeachreactorrefueling outagebothofthesevalveswillbefull-stroke exercised duringtheAFWPumpsubstantial flowtestsD-57 Hll' Revision208/01/92RELIEFREQUESTNO.VR-31ALTERNATE TESTINGcont.Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.
Shouldavalveunderinspection befoundtobeinoperable, thentheremaining othervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated.
Following valvere-assemblynotestingispossible(partial-flow orleaktesting)priortoplacingthevalvesinservice,thusnonewillbeperformed.
Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal.
D-58 41'"'
Revision208/01/92RELIEFREQUESTNO.VR-32SYSTEM:SafetyInjection (2998-G-078, Sh130)COMPONENTS:
V-3101CATEGORYFUNCTION:
ThisvalveopenstoallowflowfromtheSITstotheVCT.This.flowpathisnecessary toassuresufficient waterinventory forplantcooldown-shouldtheRWTbecomeunavailable.
SECTIONXIREUIREMENT:
Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.
(IWV-3521)
BASISFORRELIEF:LininguptheSITstodischarge intotheVCTwouldresultintheintroduction ofhighlyconcentrated boricacidsolutiontothesuctionofthechargingpumps.This,inturn,wouldresultintheadditionofexcessborontotheRCS.Thisrapidinsertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization.
Alargeenoughboronadditionwouldresultinanunscheduled planttripandapossibleinitiation ofSafetyInjection Systems.Duringcoldshutdown, theintroduction ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldbeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreaseitsboronconcentration.
Therefore, onlyapartialflowtestcanbeperformed duringcoldshutdown.
D-59
Revision208/01/92RELIEFREQUESTNO.VR-32(cont.)ALTERNATE TESTING:Thischeckvalvewillbepartialflowtestedduringcoldshutdowns perVR-1.Thecheckvalvewillbefullflowexercised onceeveryrefueling outage.D-60 Q1 Revision208/01/92RELIEFREQUESTNO.VR-33SYSTEMFeedwater (2998-G-080, Sh2)COMPONENTS:
SE-09-2SE-09-4SE-09-3SE-09-5CATEGORY:
FUNCTION:
ThesesolenoidvalvescycleopenandclosedduringanAFASactuation tocontrolauxiliary feedwater flowtothesteamgenerators.
SECTIONXIREUIREMENT:
If,forpoweroperatedvalves,anincreaseinstroketimeof25%ormorefromtheprevioustestforvalveswithfull-stroke timesgreaterthan10sec.or504ormoreforvalveswithfull-stroke timeslessthanorequalto10secisobserved, testfrequency shallbeincreased toonceeachmonthuntilcorrective actionistaken...(IWV-3414(a))
BASISFORRELIEF:Thesefourvalvesarepiloted,normallyclosed,solenoidglobevalvesmadebytheTargetRockCorporation.
Whentheirsolenoidcoilisenergized, themagneticforceliftsthePilotDisk,openingthePilotOrificeintheMainDisk.AnypressureinthechamberabovetheMainDiskcannowventoffthroughthePilotOrificetothedownstream sideofthevalve.WiththepressureventedabovetheMainDisk,theupstreampressureactingonthelowersideoftheMainDiskcannowliftifofftheMainSeat,rapidlyopeningthevalve.Intheabsenceofapressuredifferential, nopressureforceexiststendingtoseatthedisc,therefore themagneticforceoftheSolenoidCoilissufficient, actingthroughtheStem,PilotDisc,andPin,todirectlylifttheMainDiscofftheseat,openingthevalve.
,J1~~
Revision208/01/92RELIEFREQUESTNO.VR-33(cont.)BASISFORRELIEF:cont.Thestroketimesmeasuredwithoutdifferential
.pressure arenotonlyslower,theyalso.varysignificantly fromtesttotestcausingthevalvestobeplacedintoalertunnecessarily.
Therefore, St.LucierequestsrelieffromIWV-3417(a),
thealerttrendingofvalvestroketimes,forthequarterly stroketest.ThevalvesrequiretheAFWpumpstoberunninganddischarging intothesteamgenerators todevelopthedifferential pressureforthestrokingofthesevalves.Pumpingfromtheauxiliary feedwater intothesteamgenerators duringnormaloperation isimpractical andundesirable.
Injecting therelatively cold,auxiliary feedwater intothemainfeedwater lineswhiletheplantisoperating atpowerwouldcausealargetemperature differential (approximately 375deg-F).Significant thermalshockandfatiguecyclingofthefeedwater pipingandsteamgenerator nozzlescouldresult.ALTERNATE TESTING:Duringquarterly testing,thesevalveswillbeexercised andfailtestedduringwhichtheirstroketimeswillberecorded.
However,thevalves'troke timeswillnotbetrendedforalerttesting.Ifthemaximumallowedstroketimeisexceeded, thenthevalveswillbeplacedoutofservice.Testingperformed duringcoldshutdownwillrecordandtrendthevalves'troke times.Shouldavalve'sstroketimeexceeditsalertlimit,itwillbeplacedinalertandwillbeaddressed priortostartup.Coldshutdowntestingwillbeconducted perVR-1D-62 I4a Revision208/01/92RELIEFREQUESTNO.VR-34SYSTEM:Component CoolingWater(2998-G-083)
COMPONENTS:
TCV-14-4A TCV-14-4B CATEGORY:
FUNCTION:
These..control va1vesregulatetheamountof.IntakeCoolingWaterflowingthroughtheComponent'ooling Systemheatexchangers.
Intheeventoffailure,thesevalveswillfailopen.SECTIONXIREUIREMENT:
If,forpoweroperatedvalves,andincreaseinstroketimeof25%ormorefromtheprevioustestforvalveswithfull-stroke timesgreaterthan10sec.or50%ormoreforvalveswithfull-stroke timeslessthanorequalto10secis.observed, testfrequency shallbeincreased toonceeachmonthuntilcorrective actionistaken...(IWV-3414(a))
BASISFORRELIEF:Thesetwovalvesareoperatedviaairsignalsfromtheirtemperature controllers.
Thevalvescanbeoperatedbyplacingtheircontrollers inmanualandvaryingtheairsignalfromthecontrollers.
However,duetotheresponsetimesofthecontrollers, thevalvestroketimesvaryfromtesttotestsufficiently toplacethevalvesintoalertoccasionally.
Thevalvescanalsobeoperatedbyclosingthevalvemanuallyusingthecontroller andthenisolating andthenventingthecontrolairsignaltothevalves.Thetimeittakestoisolateandthenventthecontrolairisdependant upontheoperatorperforming thetest..D-63 it,LA Revision208/01/92RELIEFREQUESTNO.VR-34(cont.)BASISFORRELIEF:cont.Theratethattheairisventedhasadirectaffectonthevalves'troke times.The-stroke timesvaryfromtestto,testsufficiently toplacethevalvesintoalertoccasionally.
Therefore, St.LucierequestsrelieffromIWV-3417(a),
thealerttrendingofvalvestroketimes.ALTERNATE TESTING:Bothofthesevalveswillbeexercised andfailtestedquarterly duringwhichtheirstroketimeswillberecorded.
However,thevalveswillnotbetrendedforalerttesting.Iftheirstroketimesexceedthemaximumallowedstroketime,thenthe'valveswillbeplacedoutofservice.D-64
AppendixEValveProgramColdShutdownJustifications
'Iilk Revision208/01/92AppendixE:COLDSHUTDOWNJUSTIFICATIONS Thisappendixisintendedtoprovidethejustification forperforming valveexercising onlyatcoldshutdownconditions aspermitted byIWV-3412(a),
3415and5322.Specifically includedinthiscategoryarethefollowing:
- Avalvewhosefailureinapositionotherthanitsnormalpositioncouldjeopardize theimmediate safetyoftheplantorsystemcomponents;
- Avalvewhosefailureinapositionotherthanitsnormalpositioncouldcausealltrainsofasafeguard systemtobeinoperable;
- Avalvewhosefailureinapositionotherthanitsnormalpositionthatmightcauseatransient thatcouldleadtoaplanttrip;or*Whentestrequirements orconditions areprecluded bysystemoperation oraccess.Coldshutdowntestingisperformed underconditions outlinedinReliefRequestVR-1.ReactorCoolant2998-G-078 Sh107V-1460thruV-1466--ReactorCoolantSystemGasVentsThesevalvesareadministratively controlled inthekey-locked closedpositionwiththepowersupplydisconnected topreventinadvertent operation.
SincetheseareClass1isolation valvesforthereactorcoolantsystem,failureofavalvetocloseorsignificant leakagefollowing closurecouldresultinalossofcoolantinexcessofthelimitsimposedbyTechnical Specification 3.1.3leadingtoaplantshutdown.
Furthermore, ifavalveweretofailopenorvalveindication failtoshowthevalvereturnedtothefullyclosedpositionfollowing exercising, prudentplantoperation wouldprobablylikelyresultinaplantshutdown.
E-1 A~P'Vipski&f1+l Revision208/01/92ReactorCoolant2998-G-078 Sh108V-1474andV-1475Power-Operated ReliefValves.Duetothepotential impact.oftheresulting*transient shouldoneofthesevalvesopenprematurely orstickintheopenposition, itis=considered imprudent tocyclethemduringplantoperation withthereactorcoolantsystempressurized.
Chemical&VolumeControl2998-G-078 Sh.120V-2522"LetdownLineContainment Isolation ValveClosingthisvalveduringoperation isolatestheletdownline.fromtheRCSandwouldresultinundesirable pressurizer level..transients withthepotential foraplanttrip.'favalvefailedtoreopen,then-an-unexpected plantshutdownwould.berequired.
Chemical6VolumeControl2998-G-078 Sh.121V-2501VolumeControlTankOutletValveClosingthisvalveduringoperation ofachargingpumpwouldisolatetheVCTfromthechargingpumpsuctionheaderdamaginganyoperating chargingpumpsandinterrupting theflowofchargingwaterflowtotheRCSwiththepotential ofRCStransients andplanttrip.V-2504RWTDischarge ValveOpeningthisvalveduringoperation wouldresultininjection ofRWTboratedwaterintothereactorcoolantsystem.Thiswould,inturn,resultinoverboration withanadversereactioninreactorpower,and thepotential forapowertransient.
E-2
""AVIIh'Iit"hLAk*~I Revision208/01/92V-2505andV-2524RCPControlBleedoffIsolation ValvesExercising eitherofthesevalvestotheclosedpositionwhenanyofthereactorcoolantpumps(RCP's)areinoperation wouldinterrupt flowfromtheRCPsealsandresultindamagetothepump(s).Chemical&VolumeControl2998-G-078 Sh.122SE-02-03andSE-02-04Auxiliary Pressurizer SprayValvesOpeningeitherofthesevalves(orfailureintheopenposition) duringplantoperation wouldcauseanRCSpressuretransient thatcouldpotentially adversely affectplantsafetyandleadtoaplanttrip.Inaddition, thepressurizer spraypipingwouldbesubjected toundesirable thermalshock.~V-2431Auxiliary Pressurizer SprayCheckValveInordertotestthisvalve,eitherSE-02-03orSE-02-04mustbeopened.Openingeitherofthesevalves(orfailureintheopenposition) duringplantoperation wouldcauseanRCSpressuretransient thatcouldpotentially adversely affectplantsafetyandleadtoaplanttrip.Inaddition, thepressurizer spraypipingwouldbesubjected toundesirable thermalshock.V-2440ChargingPumpDischarge CheckValveToSafetyInjection Openingthisvalverequiresoperating achargingpumpanddischarging intotheRCSviathesafetyinjection nozzles.PerTechnical Specification 3.5.2,thermalcyclingofthesafetyinjection nozzlesisundesirable andshouldbeavoided.E-3 Revision208/01/92V-2515andV-2516LetdownLineIsolation ValvesClosingthesevalvesduringoperation isolates..theletdownlinefromtheRCSandwouldresultinundesirable pressurizer leveltransients withthepotential foraplanttrip.Ifavalvefailedtoreopen,thenanunexpected plantshutdownwouldberequired.
V-2598ChargingLineIsolation ValveClosingthisvalveduringoperation isolatesthechargingpumpsfromtheRCSandwouldresultinundesirable pressurizer leveltransients withthepotential foraplanttripandpotential damagetothechargingpumps.Ifthevalvefailedto'reopen,thenanunexpected plantshutdownwouldberequired.
SafetInectionResidualHeatRemoval2998-G-078 Sh130V-3106andV-3107LPSIPumpDischarge CheckValvesDuringnormalplantoperation, theLPSIPumpscannotdevelopsufficient discharge pressuretopumpthroughthesevalvestotheRCSandexercisethemintheopendirection.
Theonlyothertestflowpathavailable isthroughtheshutdowncoolinglinerecirculating totheRWT.Duringthistesttherewouldbesignificant backpressure onbothLPSIminimumflowdischarge linessuchthatthetheremaynotbeadequatecoolingtothenon-testLPSIPumpshouldaccidentresponseberequired.
ThiscouldresultinbothLPSIPumpsbeing.effectively inoperable.
.SWtlrrsea0 Revision208/01/92SafetIn'ection ResidualHeatRemoval2998-G-078 Sh131V-3114,V-3124,V-3134,andV-3144LPSIColdLegInjection CheckValvesDuringnormalplantoperation, theLPSIPumpscannotdevelopsufficient discharge--pressure topumpthroughthesevalvestotheRCSandexercisethemintheopendirection.
V-3480,3481,3651,and3652ShutdownCoolingRCSIsolation ValvesThesevalvesareprovidedwithelectrical interlocks thatpreventopeningwheneverReactorCoolantSystempressureexceeds275psia.Thisprecludes exercising thesevalvesinanyotherplantcondition thancoldshutdown.
V-3545,V-3664,andV-3665ShutdownCoolingIsolation andCrossConnectValvesThemotor-operated valvesV-3664andV-3665areisolation valvesforshutdowncooling,and V-3545isthecrossconnectvalvebetweenthetwotrainsofshutdowncooling.Thesevalvesarenormallylockedclosed.Afailureofthesevalvesinanyotherpositioncouldjeopardize theintegrity oftheLowPressureSafetyInjection System.SafetIn'ection ResidualHeatRemoval2998-G-078 Sh132SE-03-1Athru1DSITankDrainValvesStroketestingthesevalvescouldallowtheassociated SITanktodropbelowitsTechnical Specification intankpressureand/orlevel.FailureinthismodewouldrendertheSITankinoperable andrequireaplantshutdown.
V-3611,V-3621,V-3631,andV-3641SITankFillValvesStroketestingthesevalvescouldallowtheassociated SITanktodropbelowitsTechnical Specification intankpressureand/orlevel.FailureinthismodewouldrendertheSITankinoperable andrequireaplantshutdown.
E-5
~tU+o Revision208/01/92V-3614,V-3624,V-3634,andV-3644SITankDischarge Isolation ValvesStroketestingthesevalvesinthecloseddirection duringnormaloperation isnotpossible.
Thevalvesarenormallylockedopenwiththeirbreakeropened.Alsotheyareinterlocked toopenwhenRCSpressureexceeds500psia.Therefore, thevalvescannotbecycledexceptduringcoldshutdowns whenRCSpressureis(500psia.V-3733thruV-3740SITankVentValvesOpeninganyofthesevalvesduringnormalplantoperation withtheSITankspressurized isundesirable sinceifavalveweretofailtore-closetheresultwouldbedepressurization ofthe,affectedSITankand-pressurization ofthecontainment buildingwiththepotential forsafetysystemactuation.
MainSteam2998-G-079 Sh1HCV-08-1AGBMainSteamIsolation ValvesDuringplantoperation atpower,fullclosureofeitherofthesevalvesisnotpractical asitwouldrequireisolating asteamgenerator whichwouldresultinaseveretransient on.the'steamandreactorsystemsandapossibleplanttrip.V-8130andV-8163Steam-Driven AFWPumpSteamSupplyCheckValvesVerifying closureofthesevalvesatnormaloperating pressures wouldrequiredisolating theassociated steamgenerator fromthesteamsupplylinesandventingthepipingbetweentheclosedisolation valveandthecheckvalve.Itisconsidered tobeimprudent toisolatethesteamsupplyduringoperation and,inaddition, itisundesirable tosubjectplantpersonnel tothehazardsassociated withventingthesteamlineattheseoperating conditions.
Fullstrokeoperation ofthesevalvesrequiresoperating 2CAFWPumpandfullaccidentflowratewhichisnotpractical duringplantoperation atpower.(SeeReliefRequestPR-4)E-6 hVV Revision208/01/92Feedwater 2998-G-080 Sh2HCV-09-1A&BandHCV-09-2A&BMainFeedwater Isolation ValvesDuringplantoperation atpower,closureofanyofthesevalvesisnotpractical asitwouldrequireisolating asteamgenerator whichwouldresultinaseveretransient onthesteamandreactorsystemsandaplanttrip.V-9107,9123,and9139Auxiliary Feedwater PumpDischarge CheckValvesFull-stroke exercising ofthesevalveswouldrequireoperation oftherelatedauxiliary feedwater pumpandinjection ofcoldwater(85deg-F)intothehot(450deg-F)feedwater supplypiping.This,inturn,wouldresultinunacceptable thermalstressonthefeedwater systempipingcomponents.
V-9119,9135,9151,and9157Auxiliary Feedwater SupplyCheckValvesFull-stroke exercising ofthesevalveswouldrequireoperation ofarelatedauxiliary feedwater pumpandinjection ofcoldwater(85deg-F)intothehot(450deg-F)feedwater supplypiping.This,.inturn,wouldresultinunacceptable thermalstressonthefeedwater systempipingcomponents.
ComonentCoolinSstem2998-G-083 HCV-14-1,2(6
&7RCPCoolingWaterSupply/Return Isolation ValvesThesevalvesarerequiredtobeopentoensurecontinued coolingofreactorcoolantpumpauxiliary components andthecontrolroddrives.Closinganyofthesevalvesduringplantoperation wouldresultinsevereRCPandCRDdamageleadingtoplantoperation inapotentially unsafemodeandasubsequent plantshutdown.
E-7 PlIT Revision208/01/92HCV-14-3A&BShutdownHeatExchanger ReturnValvesTestingeitherofthese.valvesduringplantoperation, wouldresultinanunbalanced flowcondition intheaffectedCCWtrainanddecreased flowtoessential equipment.
Thiscouldresultincomponent damageoranundesirable planttransient.
ServiceAir2998-G-085 Sh1V-181270ServiceAirContainment Isolation CheckValveDuringnormalpoweroperation, theserviceairsupplytothecontainment buildingisisolated.
Thecontainment isolation valves,HCV-18-2, isanormallyshutvalveusedtoisolatetheserviceairsysteminsidecontainment.
Testingacheckvalveinanisolatedsection.ofasystemisnotwarranted.
Thecheckvalvewillbebackflowtestedduringcoldshutdowns whenthesectionof-theserviceairsysteminsidethecontainment buildingisinservice.Instrument Air2998-G-085 Sh2HCV-18-1PrimaryContainment Instrument AirSupplyClosingthisvalveisolatesoperating airtocriticalcomponents inthecontainment buildingincluding thepressurizer sprayvalvesandCVCSletdownisolation valvesandcouldcausesevereplanttransients andaplanttrip.Failureintheclosedpositionwouldcauseaplantshutdown.
E-8 phdV44=IIIya Revision208/01/92V-18279andV-18283Maintenance HatchDoorSealAccumulator AirSupplyPerforming theclosedtestonthesevalvesrequiresentryintotheShieldBuildingandisolating
.theair,.supply
.to,thevacuumreliefvalves.Duringoperation thisisaneutronradiation area.DuetoALARAconsiderations, thesecheckvalveswillonlybetestedduringcoldshutdowns.
"HeatinAirConditionin AndVentilation
&AirConditionin 2998-G-878 FCV-25-1thruFCV-25-6PrimaryContainment PurgeandVentValvesThesevalvesarerequiredtoremainclosedatalltimeswhentheplantisoperating inModes1.through 4,thustheyarenotrequiredtooperate(close)duringoperational periods.Duetothelargesizeofthesevalvesandthepotential fordamageasaresultoffrequentcycling,itisnotprudenttooperatethemmorethanisabsolutely necessary.
V-25-20andV-25-21Containment VacuumBreakersThesevalvescanonlybeexercised manuallyrequiring directaccesstoeachvalve.,Sincethesevalvesarelocatedwithinthecontainment
- building, accessislimitedandnotroutinely practical.
,E-9
REACTORCONTAINMENT BUILDINGINTEGRATED LEAKAGERATETESTFINALREPRTSTL.UCIEUNITNO2.NUCLEARPOWERPLANTFTPI.ERCE,ELDOCKETNUMBER50-3899209250218 1
IIIIIII ST.LUCIEPLANTUNITNO.2NUCLEARPOWERPLANTFT.PIERCE,FLORIDADOCKETNO.50-389REACTORCONTAINMENT BUILDINGINTEGRATED LEAKAGERATETESTPreparedBy:DuaneMumperILRTEngierReviewedBy:JimCnorTest&CodeLeadEngineerApprovedby:D.H.WestTechnical Supervisor DateofTestCompletion:
June17,1992
I.INTRODUCTION ANDSUMMARYIX.TESTDISCUSSION A.Description oftheContainment B.Description ofILRTInstrumentation 1.Temperature Instrumentation 2.HumidityXnstrumentation 3.PressureInstrumentation 4.FlowInstrumentation 5.Instrument Selection Guide(ISG)Containment Pressurization Equipment Description oftheComputerProgramDescription oftheTestingSequenceCa~~~lculatson2'246788991011III.ANALYSISANDXNTERPRETATION A.Instrumentation SystemPerformance B.Temperature Stabilization PhaseC.LeakageSurveyPhaseD.Integrated LeakageRatePhaseE.Verification Controlled LeakageRate~~~~Phase~~~~~~~~~~~~161618192021SECTIONA.B.C.D.E.F.IVFIGURESRTDLocations andVolumesRHDLocations andVolumesFlowDiagramforPressureSensingandLeakageDataCollection Output,andStorageFlowDiagramforPressurization SystemSt.LucieUnit2ILRTSequence~~~~~~~~~~~~~~~Controlled
~~~~~~~~~~~~~~~~~~~~22232425262728SECTIONVAPPENDICES APPENDIXA.TABULATION OFnASFOUNDnANDi<ASLEFTnILRTRESULTS~~~~~~~~~~~~~~~~~~~~~ACorrection ofILRTResultfor"AS-FOUND"CaseB.Correction ofILRTResultsfor"AS-LEFT" CaseAppendixB:ILRTRawDataandGraphical Interpretations
~~~~~~~~~~~~~~~~~~~~~~~~Stabilization DataFigureGStabilization PeriodAirMass&VaporPressureFigureHStabilization PeriodAverageTemperature
&VaporPressureFigureIHistorical vsLatestILRTVaporPressureTrendsFigureJ4RHbyElevation DuringStabilization FigureKTemperature ByElevation DuringStabilization ILRTDATA~~~~~~~~~~~~~~~~~~~~FigureLILRTContainment AbsolutePressureFigureMILRTWeightedAverageTemperature FigureNILRTWeightedAverageVaporPressure293131323334646566676869868788 Figure0ILRTCalculated AirMassFigurePILRTBn-TopRatesRelativeToLimits~~~~~~~~~~~~~~~~FigureQLocalSensorDeviations AffectsAirMassCalculation FigureRILRTCLRTAirMassandFittedLeakageRatesCLRTDATA..........~.~~FigureSCLRTContainment AbsolutePressureFigureTCLRTWeightedVaporPressure'igure UCLRTWeightedAverageTemperature FigureVCLRTCalculated AirMassFigureWCLRTBn-TopRatesRelativetoLimitsAPPENDIXCLOCALLEAKAGERATETESTINGCONDUCTED SINCE198989909293103104105106107108VI.LOCALLEAKAGERATEPROBLEMSSINCELASTILRT......119A.MainPurgeExhaust(FCV-25-5)
...........119B.Personnel AirLock....'............120 III I.INTRODUCTION ANDSUMMARYAperiodicType"A"Integrated LeakageRateTest(ILRT)wassuccessfully conducted ontheprimarycontainment structure oftheFloridaPower&LightCompanySt.LuciePlantUnitNo.2Pressurized-WaterReactor.Thistestwasperformed atfullpressureinaccordance withthefacilityTechnical Specifications.
ThisILRTtestwasperformed usingthe"Absolute Method"oftestinginaccordance withtheCodeofFederalRegulations, Title10,Part50=AppendixJ,"PrimaryReactorContainment LeakageTestingforWater-Cooled PowerReactors,"
inaccordance withANSIN45.4-1972,AmericanNationalStandard, "LeakageRateTestingofContainment Structures forNuclearReactors,"
andthemethodology andcalculational requirement ofTopicalReportBN-TOP-1, Revision1,"TestingCriteriaforIntegrated LeakageRateTestingofPrimaryContainment Structures forNuclearPowerPlants."TheILRTwasperformed atapressureinexcessofthecalculated peakcontainment internalpressurerelatedtothedesignbasisaccidentasspecified intheFinalSafetyAnalysisReport(FSAR)andtheTechnical Specifications.
Thisreportdescribes andpresentstheresultsoftheperiodicType"A"leakageratetesting,including thesupplemental testmethodutilizedforverification.
Inaddition, FloridaPower&LightCompanyperformstypes"B"and"C"testinginaccordance withtherequirements of10CFR50,AppendixJ,andtheTechnical Specifications.
Theresultsoftypes"B"and"C"testingperformed sincethelastILRTareprovidedinthisreport.
I Theresulting reported"as-found" Type"A"containment leakageat42.3psigis0.052percentofthecontained massperday.Thisvalueincludesthedifference betweentheas-foundandas-leftminimumpathwayTypes"B"and"C"localleakagemeasurements asrequiredbytheNRCI6EInformation Notice85-71.Theresulting reported"as-left" Type"A"containment leakageat42.3psigis0.052percentofthecontained massperday.Theacceptance criteriaforthistestascontained inthefacilityTechnical Specifications isthatleakagecannotexceed0.375percentofthecontained airmassperdayforeitherthe"as-found" or"as-left" case.II.TESTDISCUSSION A.Description oftheContainment Thecontainment.
vesselcompletely enclosestheentirereactorandreactorcoolantsystemtoensurenoleakageofradioactive
'materials tothe,environment intheunlikelyeventofalossofcoolantaccident.
Thecontainment systemdesignincorporates afree-standing containment vesselsurrounded byalow-leakage concreteshieldbuilding.
Afour-foot annularspaceisprovidedbetweentheouterwallofthecontainment vesselandtheinnerwalloftheshieldbuildingtoallowfiltration ofcontainment vesselleakageduring III accidentconditions tominimizeoff-sitedoses.Thefree-standing containment vesselisatwo-inchthickr'ightcircularcylinderwithaone-inchthickhemispherical domeandtwo-inchthickellipsoidal bottom.Theoverallvesseldimensions are140-footdiameterby232-foothigh.Thevesselwallthickness isincreased toaminimumoffourinchesadjacenttoallpenetrations andopenings.
Thevesselisfabricated ofASME-SA516Grade70fullykilnedpressurevesselqualitysteelplate.Thenetfreevolumeofthecontainment vesselis2.5x10~cubicfeet.Thecontainment vesselstructure includesonepersonnel airlock,oneemergency escapelock,onefueltransfertube,oneequipment maintenance hatchandoneseal-welded construction hatch.Allprocesspipingandelectrical penetrations areweldeddirectlytothecontainment vesselnozzleswiththeexception ofthemainsteam,mainfeedwater, andfueltransfertubepenetrations.
Thesepenetrations areprovidedwithtestablemultipleplyexpansion bellowstoallowforthermalgrowthorbuildingdifferential motion.Thecontainment vesselisdesignedandconstructed inaccordance withtherequirements forClassMCvesselscontained inSectionIZZoftheASMECode.Thecontainment vesseliscodestampedforadesigninternalcontainment pressureof44psigatatemperature of264'F.Thecontainment vesselandallpenetrations IIIIIII aredesignedtolimitleakagetolessthan0.5percentbyweightofthecontained airperdayattheabovedesignconditions.
Thecalculated peakaccidentpressureforthedesignbasisaccidentfortheSt.LuciePlantNo.2is41.8psig,inaccordance withTechnical Specification 3.6.1.2.a.1 B.Description ofILRTInstrumentation Thecontainment systemwasequippedwithinstrumentation topermitleakageratedetermination bythe"absolute method."Utilizing thismethod,theactualmassofdryairwithinthecontainment iscalculated.
Theleakageratebecomesthetimerateofchangeofthis,value.Themassofair(Q)iscalculated according tothePerfectGasLawasfollows:where:P-Containment TotalAbsolutePressurePv-Containment WaterVaporPressure(Average)
V-Containment NetFreeVolumeR-GasConstantT-Containment AbsoluteTemperature (Average)
Theprimarymeasurement variables requiredarecontainment absolutepressure, containment relativehumidity, andcontainment temperature asafunctionoftime.Duringthesupplementary verification test,.containment bleed-off flowisalsorecorded.
Averagecontainment absolutetemperature isdetermined bymeasuring discretelocaltemperatures throughout thecontainment andapplyingamassandvolumeweightedaveraging technique.
Thevolumefractionforeachsensorisdetermined baseduponsolidgeometrical calculations:
vs-=E-TTxwhere:T-Containment AbsoluteTemperature (Average)
T>-LocalTemperature forSensoriVf;-VolumeFractionforSensoriAveragecontainment watervaporpressureisdetermined bymeasuring discretelocalrelativehumidities throughout thecontainment, converting thesetolocalvaporpressures usinglocalgrouptemperatures andapplyingamassandvolumeweightedaveraging technique.
Thevolumefractions fortherelativehumiditysensorsaredetermined inthesamemannerasforthetemperature'ensors above.Pv>=SRH>*Psat forT>
where:4RH;-RelativeHumidityforSensorjPsatforT;-SteamTableSaturation PressureforlocalPvPvVF)groupaveragetemperature nearsensorjCalculated localvaporpressureforsensorjContainment Watervaporpressure(Average)
Containment AbsoluteTemperature (Average)
VolumeFractionforsensorjLocaltemperature forsensorjTheInstrument Selection GuideorISGisusedtodetermine theabilityoftheinstrumentation systemtomeasuretheleakagerate.Thecalculated ZSGforthistestmetallacceptance criteriaforalltestinstrumentation systems.1.Temperature Instrumentation Fortyprecision Resistance Temperature Detectors (RTDs)werelocatedthroughout thecontainment toallowmeasurement oftheweightedaverageairtemperature.
Thelocationofthetemperature detectors inthecontainment isdepictedinFigureA.EachRTDsensorwassuppliedwithacalibrated resistance versustemperature curveaccurateto+0.5'F.Thesensitivity andrepeatability ofeachRTDsensorislessthan+0.01'F.Thesignalconditioning circuitandreadoutfortheRTD
sensorswasaFluke2280Bdataloggeroperating inaconstantcurrentmode.Theoperating parameters fortheRTDconstantcurrentcardareaccurateto+0.16'Fandhasaresolution of+0.01oFEachRTDwasinsitucalibration checkedafterinstallation toverifycorrectoperation.
Thedataloggeroperating asatotalloopwithanRTDinthecircuithasarepeatability of+0.01'Fandaresolution of+0.01'F.2.HumidityInstrumentation TenResistance HumidityDetectors (RHDs)werelocatedthroughout thecontainment toallowmeasurement oftheweightedaveragecontainment vaporpressure.
ThelocationoftheRHDsinthecontainment isdepictedinFigureB.Thecalibrated accuracyoftheRHDsis+2.5percentRH,therepeatability oftheRHDsis+0.01percentRH,andthesensitivity oftheRHDsis+0.1percentThereadoutdeviceusedfortheRHDswasaFluke2280BdataIlogger.Therepeatability*of thisdeviceis+0.01percentRHwhiletheresolution ofthedeviceis+0.01percentRH.EachRHDwasinsitucalibration checkedafterinstallation toverifycorrectoperation.
3.PressureInstrumentation Twoprecision vibrating cylinderelementpressuresensorswereusedtodetermine containment absolutepressure.
Thearrangement oftubingconnections betweenthepressuresensorsandthecontainment isshowninFigureC.Eitherpressuresensorcouldbeusedastheprimarypressuresensorforleakageratecalculations withtheremaining sensorbeingconsidered.
asabackup.Thecalibrated accuracyofthemanometers is+0.015percentofreading.Thesensitivity, repeatability, andresolution ofthepressuresensorsis+0.002psi.BinaryCodedDecimal(BCD)outputfrombothpressuresensorswasconnected totheFluke2280Bdatalogger.4.FlowInstrumentation Avariableareafloat-type rotameter wasusedtosuperimpose leakageduringthesupplementary CLRT.Thepipingconnection betweenthe'otameter andthecontainment isshowninFigureC.Theaccuracy, repeatability, andsensitivity fortherotameter inunitsofSCFMandconverted toequivalent leakagevaluesisgivenbelow:PeakPressureRotameter AccuracyRepeatability sensitivity SCFg+0~20+0.05+0.05Equivalent Laa~acae+0.00314/day+0.00084/day+0.00084/day
5.Instrument Selection Guide(ISG)Calculation TheInstrument Selection Guideisamethodofcompiling theinstrumentation sensitivity andresolution foreachprocessmeasurement variableusedduringtheILRTandevaluating thetotalinstrumentation system'sabilitytodetectleakageratesintherangerequired.
TheISGformulaisdescribed inAmericanNationalStandardANSI/ANS56.8-1987.
AlthoughtheISGisaveryconservative measureofsensitivity, thegeneralindustrypracticeforthistesthasbeentorequiresensitivity atleastfourtimesbetterthanthecontainment allowable leakageorISG<0.25La.Thecalculated ISGfortheinstrumentation usedforthistestwas0.0078percentperday,for'n8hourtest.Theallowable valueforthistestis0.25Laor0.125percentperday,foran8hourtest.TheISGcalculation metallrecommended criteriaanddemonstrated theabilityoftheILRTinstrumentation systemtomeasurecontainment leakagewithasensitivity exceeding thatrequiredbytheappropriate industrystandards.
C.Containment Pressurization Equipment Theequipment usedtopressurize thecontainment isshowninFigureD.The'nineoil-freeindustrial diesel-driven aircompressors hadatotalnominalcapacityof13,200SCFM.Thecompressed airwasthenroutedtowater-cooled aftercoolers,
moistureseparators, andrefrigerant airdryers.Thisequipment assuredthatcleananddryairwasusedtopressurize thecontainment.
D.Description oftheComputerProgramTheEbascoILRTcomputerprogramisaninteractive programwrittenspecifically forfast,easyutilization duringallphasesoftheILRTandCLRT.Theprogramiqwritteninahigh-level,
- compiled, structured languageandisoperatedonportableMS-DOSpersonalcomputer.
Theprogramhasbeenverifiedandmeetsallrequirements oftheEbascoandFloridaPower&LightQualityAssurance Programs.
Asnecessary, dataentryandmodifications arereadilyaccomplished bythedata'cquisition team.Inadditiontoextensive dataverification
- routines, theprogramcalculates, ondemand,totaltimeandmasspointleakratesaswellasthe95percentUpperConfidence Levelfortheseleakageratecalculations.
Calculations andmethodology oftheprogramarederivedfromAmericanNationalStandardANSIN45.4-1972, ANSI/ANS56.8-1987 andTopicalReportBN-TOP-1, Revision1.Inputdatamaybedeletedforagiveninstrument inthecaseofasensormalfunction.
Thedeletionofagiveninstrument isperformed onallsamplesinthedatabase.Weighting factors,ifapplicable, arethenrecalculated fortheremaining instrument 10 IIIIII sensorsofthattype(seesectionIII.A).Dataevaluations areenhancedbytheflexibledisplayofeithersensorvariables orvariouscomputedvaluesintabularorgraphical formonthecomputerscreenorprinter.Dataisrecordedonmagneticmediatopreventlossduringthetesting.Alldataisstoredonthecomputersysteminuse,withretrieval capability toanydesireddatabasethroughout thetesting.Ancillary portionsoftheprogramassisttheuserindetermination oftemperature stabilization, determining theILRTtermination
- criteria, performing ISGcalculations, performing insituinstrument loopperformance calculations anddetermination ofacceptable superimposed CLRTleakageverification.
Temperature, pressureandhumiditydataaretransmitted fromtheILRTinstrumentation systemtothecomputerviaanRS-232linkat20minuteintervals.
Computerverification andcheckingroutinessupplement dataverification bythedataacquisition team.Modifications arepromptlymadewhenerrorsaredetected.
E.Description oftheTestingSequencePreparations topressurize thecontainment fortheconductoftheILRTincludedinternalandexternalinspections ofthecontainment structure; installation andcheckoutoftheILRT11 instrumentation; Types"B"and"C"LocalLeakageRateTests;alignment ofvalvesandbreakersfortestconditions; andtheinstallation andcheckoutofthetemporary pressurization facilities.
Thesepreparations werecompleted onJune15,1992.IAllILRTin5trumentation wasdeclaredoperablewithperformance withinmanufacturers'olerances, withtheexception ofTE-20andTE-38.Theseweredeletedfromcomputercalculations andthevolumefractions adjustedaccordingly.
PressuresensorNo.1wasselectedtobetheprimarypressureinstrument, asithadexhibited betterrepeatability andstability duringtheinsitutesting.Threepenetrations wererequiredtobeinserviceduringtheILRTandwerenotlineduptosimulateaccidentconditions; P-7(PrimaryMakeupWater),P-52D(ILRTPressureSensingLine),andP-52E(ILRTControlled BleedoffLine).Primarywatertothecontainment isrequiredforfireprotection, andthetwoILRTpenetrations areusedtoconductthetest.Theminimumpathwayleakageforthesepenetrations, determined duringType"C"localtesting,isaddedtothemeasuredILRTleakagetoaccountforthesepenetrations beinginserviceduringthetest.(P-54ILRTpressurization lineisnormallyisolatedwithablankflangeandonevalve.DuringtheTesttheonlyisolation isthevalveoutsidecontainment isshut.Asaconservative measuretheleakageforthispenetration isalsousedinAppendixAfor12 calculation ofthe"as-left" condition.)
Pressurization ofthecontainment startedat10:10hoursonJune15,1992.FigureEpictorially depictsthesequenceoftestingatpressure.
Thepressurization ratewasmaintained at4.4psi/hr,andatargetpressureof58.48psiawasachievedat20:00hourson6/15/92.Thistargetpressurewas1.98psiabovetheminimumtestpressuretoaccountfortheexpectedpressuredecreaseduetotemperature stabilization andtoallowforsomeleakagemarginduringthetestsequence.
Dataacquisition andanalysisduringthetemperature stabilization phasebeganat20:00hoursat.20minuteintervals.
Duringpressurization, LeakSurveyTeamsfoundnoindication jofanysignificant leakageonanyoftheleakchasepointsThecontainment temperature stabilization criteriawasmetat00:00hoursonJune16,1992,afteracquisition offourhoursofdata.Duringthisperiod,thetemperature andpressuredecreases followedpredictable trends.Becauseofhighrelativehumidityreadings, andindications ofinstability inthevaporpressurecalculations stabilization wasconservatively continued until15:20on'/16/92.Formoredetaileddiscussion seeAnalysisandInterpretation Section.The8.67hourperiodofleakagemeasurements startedat15:20hoursonJune16,1992,andwassuccessfully terminated at00:00I13 IIIIII hoursonJune17,1992,withacceptable leakagevaluesdetermined.
Thedataaccumulated displayed thefollowing leakagerates:SimpleBN-TOP-1LeakageRate=-0.02324/dayFittedBN-TOP-1LeakageRate=-0.01044/day954UpperConfidence Level(UCL)=0.05164/dayTheleakageplothadanegativeskewafter8hours.Theacceptance criteriaforthistestis0.75Laor0.3754/day.ToverifytheresultsoftheILRT,averification Controlled LeakageRateTest(CLRT)wasconducted.
Usingthevariableareafull-pressure rotameter, asuperimposed flowof17.79SCFMwasaddedtotheleakagealreadypresentinthecontainment.
Thissuperimposed flowisequivalent toleakageof0.264percentperday.Aone-hour stabilization periodwasallowedtolapseafteradditionofthisleakageinaccordance withtherequirements ofTopicalReportBN-TOP-1.
Dataaccumulation fortheCLRTwasstartedat01:00hoursonJune17,1992andtheCLRTwasconducted fora4.4hourperiod.ThemeasuredCLRTleakageratesforthisperiodwere:SimpleBN-TOP-1LeakageRate=0.25244/dayFittedBN-TOP-1LeakageRate=0.25294/dayTargetCLRTLeakageRate=0.2534/day14 IIIIII ThetargetCLRTleakageforthistestwas0.253+0.125percentperday,orwithinthecriteriaasmeasured.
Asshowninfiguregthecalculated airmassandfittedleakageratequicklychangedwhenthecontrolled leakratewasintroduced.
TheILRTandCLRTweredeclaredsuccessful at05:30hoursonJune17,1992.At05:31hoursonJune17,1992,depressurization ofthecontainment wasinitiated atarateof6psi/hr.Containment entryforpost-test inspection purposesoccurredwhenthecontainment pressurewasapproximately 1.6psigat14:00hoursonJune17,1992.Thepost-test inspection detectednoanomalies ordamageotherthanseveralbrokenlightingfixturecovers.Particular attention waspaidforevidenceofanyleakagethatmayhavecontributed tohighhumiditylevels,nonewasfound.Corrections weremadetothemeasuredILRTleakagetoaccountforthethreepenetrations whichwereinserviceduringtheILRTandtoaccountforthedifference betweentheas-foundandas-leftminimumpathwaylocalleakagevaluesasrequiredbyNRCI&EInformation Notice85-71.954UpperConfidence Level(UCL)duringILRT=5.16x10~4/dayCorrections forLocalLeakageMeasurements
=8.5x10~~~aTotalReportedContainment UCL=5.25x10~4/dayThisvaluesatisfies theacceptance criteriaforthetestofbeinglessthan0.375percentperday.15 IIIIII III.ANALYSISANDINTERPRETATION A.Instrumentation SystemPerformance Allofthe38temperature detectors inservice atthestartofthetestperformed asexpectedwithnoanomalous behaviordetectedbytheEbascoILRTcomputerprogramerrorcheckingroutinesduringtheconductofthetest.Thiscomputerprogramalsodetermines thein-situtemperature looprepeatability whichconsistsofprocessmeasurement variations aswellassensornoise.Theaverageinsitulooprepeatability forthe38operating temperature sensorswas0.0104'F.Thisperformance compareswellwiththevendor-claimed temperature sensorlooprepeatability, excluding processvariations, asgiveninSectionII.B.1.HoweverseveralRTD'sshowedasignificantly highercalculated repeatability thanthegroupasawhole.Adetailedreviewofthedatagatheredrevealsthatbetweentestsamples85and100thereweresomeoscillations inRHD-6,RHD-7andTE-13,TE-21,TE-22,TE-27.Thesedeviations arebelievedtoindicateadensityturnoverandarenotbelievedtoindicateanysensorfailure.Howeverthisdataalsoshowsthesensitivity ofleakagecalculations whensmallleakageratesarebeingmeasured.
Thisdoesnotnecessarily indicateasensormalfunction, butmayindicatelocalvariations inprocessaswell,seefigureP.Tenrelativehumiditysensorswereinstalled inthe16 IIIIII containment fortheILRT.Alltenchannelsforhumidityoperatedasexpectedwithnoanomalous behaviordetectedbytheILRTcomputerprogramerrorcheckingroutines, exceptasnotedabove.Theaverageinsitulooprepeatability fortherelativehumiditysensorswas0.07percentRH.Atthestartofthestabilization periodgroupaveragehumidityrangedfrom444atthelowestelevation to644attheupperelevation.
Becauseofthehighhumiditylevelsexperienced duringthetestthehumiditygroupatthetopelevation reachedsaturation levelsasthecontainment atmospheric temperatures equalized withthestructure temperatures.
Alsobecauseofthestratification ofhumiditybyelevation; mixingandstabilization wereslowtooccur.Sensorresponsewasmonitored duringthetest,phaseanddepressurization phase.Allsensortrendsfollowedgrouptrendsandexpectedresponsebasedonpressureandtemperature changes.Twopressuresensorswereinstalled fortheILRT,withoneutilizedfortestingandoneconsidered asaspare.Priortocontainment pressurization, computeranalysisdemonstrated thatpressuresensor1wasmorestableoveraneight-hour periodthantheothersensor.DuringtheILRT,thein-situpressurelooprepeatability forbothsensorswas0.0002psi.Thisperformance compareswellwiththevendor-claimed pressuresensorlooprepeatability, excluding processvariations, giveninSectionII.B.3.Thevariablearearotameter performed asexpectedwithno17 IIIIIII evidenceofunstablereading,floatsticking, ormoistureinthefloat.tube.Insummary,alloftheILRTtestinstrumentation performed inanadequatemannertoallowdetermination ofcontainment leakageratestothesensitivity
- required, asverifiedbythecontrolled leakageratetest.B.Temperature Stabilization PhasePriortopressurization ofthecontainment, theatmospheric conditions wereveryunstable.
In-situhumiditychecksvariedfrom59%to75%,depending onthedaytheywereperformed.
ForseveraldayspriortotheILRTthesitehadexperienced severeafternoon thunderstormswithhightemperatures inthe90's.Priortopressurization thecontainment waspurgedwithtwoofthepressurization compressors anddryersforseveralhoursinanattempttoreduceaveragehumiditylevels.Averagehumiditywasreducedfromapproximately 754to604.Duringpressurization, thecoolanddryairintroduced atthebottomofcontainment actsasa"piston"andcompresses andheatstheairatthetopofcontainment.
Attheendofpressurization, theaveragetemperature was102.9'Fwithamaximumspreadoftemperature fromthehighestreadingsensortolowestreadingsensorof24.4'F.Theresultsofthetemperature stabilization phasearepresented inAppendixB.l.Theacceptance criteriagiveninTopicalReport18 BN-TOP-1, Revision1,aredescribed inNote2inthatappendix.
HoweverasseeninfiguresF,G,andHvaporpressuredidnotstabilize asquicklyastemperature.
Thisshowsthatmodelingthecontainment withadiscretenumberofsensorscanoverstate theeffectsofthevaporpressurecorrection totheIdealGasLaw,duringperiodsofhighunstablehumidity.
Thedatapresented showsthatasmoothandpredictable temperature stabilization occurred.
Attheendofstabilization, theaveragetemperature was91.1'Fwithamaximumspreadoftemperature fromthehighestreadingsensortothelowestreadingsensorof7.4'F.Thisdemonstrates thattheheatsinksofconcreteandsteelinthecontainment werereturning thecontainment atmosphere toastabletemperature condition.
C.LeakageSurveyPhaseLeakagesurveyteamsfoundnoindications ofanysignificant leaksduringthetestatanyoftheleakchasedetection points.SincethetotaltypeB&Cminimumpathleakagewas1.17SCFM(1.75X10~
4/day)thisresultwasnotunexpected.
Leakageratemeasurements onthecontainment werestartedafterthetemperature stabilization phaseusingthetotaltimeleakageratemethodsofTopicalReportBN-TOP-1, Revision1.Asanadditional diagnostic tool,masspointleakageratemeasurements,
-asdescribed inANSI/ANS56.8-1987, wereconducted inparallel.
Themasspointleakagecalculations arenotsensitive tothestartingpointofthe19 I
testandwilldetectchangesincontainment leakagemorerapidlythanthetotaltimemethod.D.Integrated LeakageRatePhaseLeakagemeasurements werestartedat.15:20hoursonJune16,1992.ThetotaltimeBN-TOP-1resultsfor8.67hoursof.leakagemeasurements arepresented inAppendixB.3.Asummaryofthemeasuredleakageaftereighthoursis:BN-TOP-1TotalTimeSimpleLeakageRateFittedLeakageRateUpperConfidence LevelTypeB&CMinimumPath-0.02324/day-0.01044/day0.05164/day0.01754/dayThehigherUpperConfidence LeveloftheBN-,TOP-1 measurements isduetothenatureofperforming regression analysisonsimpleleakageratesinsteadofregression analysisonmassesandthemoreconservative statistics utilizedbyBN-TOP-1.
.Aconservative calculation oftheminimumpathleakagebasedontheType"B"&"C"test'program is0.01754wt/day.Thissmallvaluecombinedwiththeinstabilities described insectionIII.Bhelpexplaintheverysmallcalculated leakagerates.Ifthetemperature sensorwiththelargestsampletosampledeviation isdeletedthenewcalculated leakageratesare:fittedleakagerate0.0193,andUCLof0.0810.20
Asallacceptance criteriaforaReducedDurationBN-TOP-1ILRTweremetafter8.67hoursaspresented inAppendixB.2,thelLRTwasdeclaredacceptable.
AppendixApresentsthecorrections tothemeasuredZLRTleakageratesforlocalleakageratemeasurements forboththe"as-found" and"as-left" cases.E.Verification Controlled LeakageRatePhaseSubsequent totheacceptance oftheILRTresults,asuperimposed leakageequivalent to0.264percentperdaywasaddedtotheexistingcontainment leakageusingthevariablearearotameter.
Aone-hourstabilization periodwasallowedtolapse,afteradditionofthisleakageinaccordance withtherequirements ofTopicalReportBN-TOP-1.
Leakagemeasurements wereinitiated toverifytheresultsoftheZLRT.TheminimumdurationfortheControlled LeakageRatePhasewasdetermined tobe4.33hoursinaccordance withTopical'eportBN-TOP-l.
Aspresented inAppendixB.3,theleakagemeasurements mettheacceptance criteriafortheverification phase.BN-TOP-1TotalTimeSimpleLeakageRateFittedLeakageRate0.2524/day0.2534/day21
SECTIONIVFIGURES22 II RTDLOCATIONS ANDVOLUMES3RTD'sel.194VOLUME242,055CUFT.9RTD'Sel.171'OLUME 453,235CUFT10RTD'Sel.130'OLUME 669,627CUFT'l0RTD'Sel.84'OLUME600,926CUFT8RTD'SEL.40'OLUME534,157CUFTFigureA IIIIIIII RHPLOCATIONS ANDVOLUMES3RHD'Sel171'OLUME 1,049,347 CUFT4RHD'Sel84'OLUME900,640CUFT3RHD'Sel40'OLUME550,0'l3CUFTFigure8 IIIIII FLOWDIAGRAMILRTPRESSURESENSINGBcCONTROLLED LEAKAGEINSTRUMENTS preclsfon vtbrotfng cyffnderpresswesensorINSIDECONTAINMEQ OUTSIDECONTAINMENT precfsfon vfbratfng monitored ventCODE/SATEPO-fan%--~"~B~L5pCODESATEPLYARIABLAREAROTAMETER ILRTINSTRUMENTATION DIAGRAMDATACOLLECTION, OUTPUT,ANDSTORAGERTDVolumetrics PressureSensor40FlukeDataLoggerIBMPCEBASCOSoftwareHumidityDetector10HumetcpDataCol}ection
- DataAnalysisDisketteIBMPCEBASCO*IISoftwareDiskette IIIIIII ILRTPRESSURIZATION Bcl3EPRESSURIZING SYSTEMTOATMOSPHERE IiTOUNITNO.1ILRTPENEIRATION dlIppotIlPlIPIoutsidecontainment Iinsidecontainment IIIIIII8"blindflangeremovedforilrtP545refrigerant dryerswigmoistureseperators Dieseldrivenindustrial 100Fooilfreeircornress0pors/(13.200aimtotal)/(9COITlpl'BSSWS) l-agc-~a/c~a/d St.LucieUnit2ILRTSequenceABCDE6055506)L.NU)0CLtQcaCCI0C0O403020A.Pressurization B.ContainrrIent StabC.,Integrated LeakagD.Verification TestControlled LeakagE.Depressurizaiion
.4.psi/lizationRateThreriost(~RT)RateT6psi/st(ILRT}1020HoursintoTest4060 IIIIIIIIIII SECTIONVAPPENDICES 29
APPENDIXATABULATION OF"AS-FOUI'6) 326)"AS-LEFT" ILRTRESULTS30 IIIIII APPENDIXA:TABULATION OF"AS-FOUND" AND"AS-LEFT" ILRTRESULTSACorrection ofILRTResultfor"AS-FOUND"CaseInaccordance withNRCI&EInformation Notice85-71,additions arerequiredtotheILRTresultsduetorepairsand/oradjustments madeduetoLocalLeakageratetestingduringanoutageinwhichanILRTisconducted.
Thecorrections includeonlyrepairsoradjustments madetocontainment leakageboundaries whichweremadepriortotheILRT.Thesecorrections arethedifference betweenthepre-repair andpost-repair leakagescalculated intheminimumpathwaycaseandcorrected foruncertainties inthemeasurements.
Duringthe1992refueling outage,threesuchcorrections arenecessary.
Penetration TotalMinimumPathwaReaiUncertaint ILRTTotalP-28ASITSampleP-50SparePersonnel Airlock40sccm55sccm20,000sccm1'91'934741.7956.7920,347Thetotallocalminimumpathwayleakageplusuncertainty mustbeaddedforthepenetrations whichareinuseduringtheILRTandwhosecontainment Penetratio isolation valvesareTotalMinimumPathwaLeakaeUncetaitILRTTotalnottestedduringtheILRT:P-52DILRTTestP-52EILRTTestP-7PrimaryWaterP-54ILRTTest100sccm80sccm400sccm900sccm1.791.7912.8109101.7981.79412.8100931 IIIII Thetotal"as-found" correction canbefoundaddingtheaboveILRTtobothcorrections.
Correction ofILRTresultsfor"as-found" orMeasuredILRTleakageata954UCLReported"as-found" ILRTresultsAcceptance Criteria(75%La)case22,051sccm1.167x10~4/day+5.16x104/day5.172x10~0/day0.3754/dayB.Correction ofILRTResultsfor"AS-LEFT" CaseTheonlycorrection forthe"as-left" ILRTcaseinvolvesthepenetrations whichwereinuseduringthetest,P-52D,P52E,P-54,andP-7.Fromtheabovesection,theILRT"as-left" correction canbedetermined.
(Note:Aconservative simplification wasmadebynotperforming aroot-mean-scpxare summation ofthelocaluncertainties.)
Correction ofILRTresultsfor"as-left" MeasuredILRTLeakageata954UCLReported"as-left" ILRTresultsAcceptance Criteria(754La)case1605.4sccmor8.49~4/day+5.16x10'/day5.25x10'/day 0.3754/day32 IIII AppendixB:ILRTRawDataandGraphical Interpretations 33 III SampleNumberTESTTIMEStabilization DataRTD1RTD2DEGFDEGFRTD3DEGFRTD4DEGF3132333435363738394041424344454647484950515253545556575859606162636465:666768697071727374757677789~81710.1510.48310.81711.15011.48311.81712.15012.48312.81713.15013.48313'1714.15014.48314'1715.15015.48315.81716.15016.4831681717.15017.48317'1718.150"18.48318.81719.15019.48319'1720'5020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724.15024.483.24.81725.15025.48389.34488.09387.89187.75087.65387.55787.48387.42987.38787.34487.31087.29087.25787.23287.20387.17887.14987.14087.10687.09587.07587.05387'3987.03287.01086'7986.99086.96786.96786.96786.95686.94786.94786.92586.92586.89386.89386.89386.87186.87886.86086'4986.82886.86686.84086'2886.82886.82891.79189.79289.10888.83088.64788.54088.42388.33888.26288.20988.15588.10188'7088;03487.99487.95887.94387.88987.86787.83587.81387.79387.79787.77087.74887'1787.70687.68587.68587.65287.64387.62187'2187.60987'8987.57887.56787.55687.54787.53187.52487.52487.50287.48987.48287.46087.47187.44888.97187.74187.49487.40987.37887.32487.27087.21787.18587.14387.09887.06787.04487.01986.99386.96686.93986.92886.89486.88586.87486'6386'4@86.82086.79886.79886.77886.77886.76686.75586.74686.73586.72486.72486.71386.70186'9286.68186'8186'7786'4886.65986.64886'4586.62786.62786.63986.61688.29687.23987.01386.89686.83186.77786.72486.69286.63986.59686.56586.52086.50086.48486.44686.43086.40386.38186.36186.35086.32786.31886.31486.28586.27486.26586.25386.25386.23186.22086'1186.20086.20086.18886.16886.15786.15786.15786.14686'4186.13586.12486.11586.11086'0386.09286.09286.08134 IIIIII'IIIII SampleNumberTESTTIMEStabilization DataRTD1RTD2DEGFDEGFRTD3DEGFRTD4DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327'1728.15028.48328.81786'1786.80686.80686.79786.78686.80186.76386.78686.75286.76387.43987.42887.42887.41787.40687.41387.39787.38687.37587.37586.61686'0586.59686.59686.60586.60186.58586.59686.59686.59686.08186.07086.07086.07086.06186.06886.05086.05086.05086.05035
SampleNumberTESTTIMEStabilization DataRTD5RTD6RTD7DEGFDEGF-DEGFRTD8DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313.81714.15014.48314.81715.15015.48315'1716.15016.48316'1717.15017.48317.81718.15018.48318.81719'5019..48319.81720'5020.48320.81721.15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324.81725.15025.48388.00187.06186.82586.72986.61086.53686.50386.48286.44086.41786.38686.36486.34386.32886'9086.28586'6786.23686.22586.22586.20286.19386.17786.16086'4886.13986'2886.11786.10686.09786.09786.08686.07486.07486.06386.05286.04386.03286.04386.02786'0986.02085.99885.99685.98985.98985.97885.96788.81587.99187.73387.64887.58387.50987.43387.37087.31687.26287.21987'7587.14387.11887.06987.04287.00486'7386.95086.92886.89686.87686.86086.83186.81186.78986.76986.75786.73586.72686.70386.69286'8186.67286.66186.65086.63886.62786.61886.61486.60786.59686.59686.58286.57686.56486'5386.54289.15088.18887.97287.85687.75987.67287.58787.53387.47987.42587.39487.34087.30887.27387.22387.18587.15887.12587.10487.07387.05187.02887.02686.99786.97486.96586.94386.93286.92386.91286.88986.87886.86986.85886.83586.82686.81586.80486.793.86.78886.77386.77386.76186.75786.73986.72886.72886.71988.28087.18786.98586.88886.82386'6986.72786.69386.65086'0886.58886.54386.51186.49686.46986.45386.41586.40486.38386.36186.35086.33086'3686.30786.28786.27686.26586.25386.24286.22286'1186.19986.19186~17986.16886,16886'5786.14686.13786.13286.12586.11486.10386.11086.09486'09486.08386.07236 SampleNumberTESTTIMEStabilization DataRTD5RTD6RTD7'DEGFDEGFDEGFRTD8DEGF7980818283848586878825~81726.15026.48326.81727.15027.48327'1728.15028.48328.81785.97885.95585.95585.94785.94785.94285.93585.92485.92485.92486.54286.53186.53186.52286.51186.51786.49986.49986.48886.49986.70886.69686.68586.67686.67686.67286.65486.65486.64386.64386.07286.06086.04986.04986.04086.04786.04086.02986.02986.01837 I
SampleNumberTESTTIMEStabilization DataRTD9RTD10RTD11DEGFDEGFDEGFRTD12DEGF313233343536.37383940414243444546474849505152535455565758596061626364'5666768697071727374757677789.81710~15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313'1714.15014'8314'1715.15015.48315'1716'5016.48316.81717.15017.48317'1718.15018.48318.81719'5019.48319.81720'5020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724.15024.48324.81725.15025.483107.34105.33103.91103.09102.51102.08101.70101.38101.08100.89100.63100.'46100'1100.0299.74999.52099.25599.00998.79698.55898.30298.10797.87897.69097.48697.29397.12096.95096.76696.59696.44696.29596'2395.98495.84595.69595.57695.42695.30995.20895.07494.96694.84794.74694.62394.5279441994.312105.85103.61102'5101.55100.92100.49100.0799.69699.31898.98698'0798.44898.22198.00397.78197.57497.36397.17096.98596.80396.63096'5996.31696.14796.01995.86995.72995.57995.44895.30995.20195.08594.95494.85894.76194.65394.54694.44094.33294.24294.13994.00993.91293.83493.71993.62293.53793.429107.57105.41103.80102.94102'0102.03101'9101.44101'9100.95100'3100.51100.2599.98099.69599.42499'4998.90298.65698.40998.18397.94897.74297.52097.32897.13596.95296.77096'9896.43996.26696.10595.95595.80595.66795.53995.38995.25095.13295.01194.88594.76794'5094.53994.42494'1794'1294.104107.52105.12103.62102.78102'1101.90101.53101.18100.88100.59100.35100.1399.86799.57399.27699.03698.76298.54698'1998.05297.85997.63297.40397.18196.97696.80696.61396.44096.26996.07695.93495.77595.61395.46395.31395.21695.05494.94794.79694.66494.53894.41094.30294.20194.07893.95993.86293.77738 IIIIIIII SampleNumberTES'9TIMEStabilization DataRTD9RTD10RTD11DEGFDEGFDEGFRTD12DEGF79808182838485868725.81726.10026.48326.81727.15027.48327.81728.15028.48394'1594.11994.01193.91593.83093.74093.62693.53993.46593.33393.25693.14993.07592.98992.92092.82892.74292.67794.00893.91293.81693.70893.61293.53293.42993.34493.27093.68193.55193'6593.35893.27293.19493.09992.99492.90639 IIIIIIII Stabilization DataSampleNumberTESTTIMERTD13DEGFRTD14DEGFRTD15DEGFRTD16DEGF31323334353637383940414243444546474849505152535455565758596061626364656667686970717273.747576779.81710.15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313'1714.15014.48314.81715'5015.48315.81716.15016.48316'1717.15017.48317'1718'5018.48318'1719.15019.48319'1720.15020.48320.81721.15021.48321'17,22.15022.48322.81723.15023.48323.81724.15024.48324'1725.150107.14104.86103.37102.55101.96101.52101'3100.82100.56100.29100.0799.90599.65899.46099.28399.05498.79098.53298.31698.10397.85797.66197.43397.24497.02996.86896.67596.48296.32196.13995.97895'1895.66895.53895.37995.23895.11094.98294.84194.72094.62894.52194.40294.28194.15594.16694.144107.64105.32103.74102.74102.16101.70101.43101.16100.90100.63100.35100.0799.81799.56599.25798.98298'1998.50398.26798.029.97.79397.52597'0597'4096.90096'9696.48296.29896'3895.98895.79295.63295.44895.32095'3895.00894.85794.72994.59994.48894.30994.16993.98793.88693.80393.72993.601106.96104.60103.22102.24101.64101.17100.80100.51100.2399.94799.71199.46299.23899.00998.80998.62398'1298.23998.04697.90797.84297.66197.59197.41497.26497.09196.90996.74896.57796.40596.25496.09395.95495.79295.65395.51495.37595.24595.10695.00594.87194.75294.63594.53594.40994.30194.196106.33104.80103.33102.39101.70101.21100.82100.49100.1999.91099.64399.40799.1898.97298.75298.55498.35498.17098.04297.97797.90397.72297.57897.41097.22897.05596.87396.70196.53996.38096'189,6.03495.90695.76795'1795.47895.33995.19895.07094.93794'1294.70494.57694'7594.36194.25394.15740 IIIIIIII SampleNumberTESTTIMEStabilization DataRTD13RTD14RTD15DEGFDEGFDEGFRTD16DEGF787980818283848586878825.48325.81726.15026.48326'1727.15027.48327.81728.15028.48328'1794.05993.94093.88993'12.93.70593.62093.54193.45893.35193.25493.19293.50293.37493.27793.15893.05392.95492.83392.75292.68792.60192.45194.08993.99293.88493.78893.70393'0493.51593.42393.33893.25293~17694.04993.94493.84893.77193.68693.60193.52093.42893.35493.24793.15941 IIIIIIII SampleNumberTESTTIMEStabilization DataRTD17RTD18RTD19DEGFDEGFDEGFRTD20DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313.81714.15014.48314.81715.15015.48315'1716.15016.48316'1717.15017'8317.81718'5018.48318.81719.15019.48319.81720'5020.48320'1721.15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324.81725.15025.483107.85105.55103.93102.90102.41101.98101.57101'7100.84100.58100.31100.0799.86599.59099.31699'9698.84198.56298.30498.05697.82997.51997.33297.11096.87496.65896.42296.06695.90495.73495.54995.38795.228'5.02394'1594.7659463794.50694.37894.23494.10894.01293.89593.74993.64593.58393'6393.378107.98105.65104.01103.03102.44102.05101.71101.43101.18100.95100.74100.41100.0899'1599.53999'9099'1498.74598.52098.29698.04997'4597'4897.43797.23397.05196.86796.68696.51396.33196.17096'2095.87095'1995'8095.43095.291'5.16395.03394.93394.78794.65994.55294.44094.31694.22094.11294.005101.5899.53398.49298.04197.45197.10896.76496.60396'1096.20696.03595.88595.71295.56995.41295'9195.14595.02694.89894.76894.66194.55594.45494.34094.24494.13694.02893.94393.84793.75093.65493.58993.49393'19,93.33193.24693'7093.09693.02292.95292.87292.79592.73092.67492'9192.54992'6492.410DeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted42 I
SampleNumberTESTTIMEStabilization DataRTD17RTD18DEGFDEGFRTD19DEGFRTD20DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327'1728.15028.48328.81793'8193.18593.09792.98092.90492.82592.72292.64892.52992.45293.89793.79093.69393.60893.51293.42293'1993.23493.15893.06192.34592.28092.21792.16392.11092.05191'9191.93791.88391.820DeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted43 SampleNumberTESTTIMEStabilization DataRTD21RTD22RTD23DEGFDEGFDEGFRTD24DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071'27374757677789.81710.15010.48310.817,11.15011.48311'1712.15012.48312'1713.15013.48313'1714.15014.48314.81715.15015.48315'1716.15016.48316.81717.15017.48317'1718.15018.48318'1719'5019'8319'1720'5020.48320'1721.15021.48321'1722.15022.48322'1723.15023.48323'1724.15024.48324.81725.15025.48399.57597.81796.92696.33595.91695.45595.22095.03694.86594.73794.61894.49094.37194.23794.13694.02893.91193.81593.71893.62093.53593'1893.33093.23493.14993.06392.96792.89192.80592.76992.68992.61992.53892'6992.38892.28092.23392'4192.08892.01191.98091.91591.85291.79491.74491.70291.63791.583,99.30097.80096.76096.24795.85095.62495.41195.23095.04694.89694.76894'4194.51194.38794.27594.16894.06393.95593.85993.77293.66693.57993.49493.40993.32493.23693.16293'7792.92792.83892.75592.67792.59692.52692.44692.33892.29192.20092.13592.07092.00791.94291.87791'3091.76191.69691.64291.60044100.0998.11296.95696.32496.09795.83195.72395.57395.36095.19995'8094.94194.82594'1094.61094.50294.38694.32194.24494'7194.06393.978.93.88293.78593.72093.62493.55093'8593.41193.34293.26193'7293.10093.04292.95092.88592.83892.74692.70392'1892.57692.51192.44692.39092.32992".26592.21192.13799.83298.13396.91196.44996.15995.91295.68795.48395.33395.17195.03294'8194.78594.68294.59294.48494.37694.29194.19494.09893.98193.91693.82093.73493.61593.56193'6593.36893.31493'1393.15393.11793'1492.94692.86392.77892.75392.67092.61692.53192.50092.44692.36192.33492.25392'1092.15692.102
SampleNumberTESTTIMEStabilization DataRTD21RTD22RTD23DEGFDEGFDEGFRTD24DEGF7980818283848586878825.81726.15026.48326.81727.15027.48327.81728.15028.48328.81791.52091.46691.42491'7991'1691.26291.20890.74690'1590.67291.52691.46191.40791.36591.32291.28091.23791.18391.15091.09692.08392.02991.98791.93391.87991.84891.80691.76191'18'1.67692.04991.96391'1091.86791.80291..73991'6391.62091.56691.50145 SampleNumberTESTTIMEStabilization DataRTD25RTD26RTD27DEGFDEGFDEGFRTD28DEGF31323334353637383940414243444546474849505152535455565758596061626364656667686970717273'4757677789.81710.15010.48310.81711.15011.48311'1712'5012.48312'1713'5013'8313.81714.15014.48314.81715.15015.48315'1716.15016.48316.81717.15017.48317.81718.15018.48318.81719.15019.48319'1720'50'0.483 20'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724'5024.48324.81725.15025.483105.78103.61102.45101.74.101.22100.80100.48100.1999.92499.67799'3199.20698.99198.76998.56398.37998.19798.00597.83497.65097.49197.30797.13796.98796.82596.66696.51696.36696.20596.06195.89395.77295.61595.48395.33795'1995.09894.96394.83394.70594.58794.48194.37494.25194.13994.04293.94493.83999.62997.94096.83496.29795.89995.62095.40595.23495.08394.97594.79394.68594.58994.44394.31994.19194.07293.96693.87093.80593.68593.58093.52693.42993.32193.23693'7193.09593.00992'1992.83892.79192.75192'1592.59192.50692.44892.3449229092.23692.19492.11792.06692.0189194791.88191.83991.7744698.99897.35796.50196'3095.80495.53795.34495.18394.99094.85194.70194.58394.44494.30994.19794.09293.97393.85493.75893.67393.55693.48093.39593.31993.22393.14993.07392.99992.91492.83392.75292.67492.60292.54492.45292.37892.34292.23992.17492.12192.02491.97191.90691.85091.77891'9391'1791'4399.18797.66496.48595.60695.28695'7194.86994'1994.58094.45094.31194'5094.01193.87793.78793.69193.58393.51893.42293.29493'0993.12293.04892.95192.84492.80192.72792.69492.60992.51992.48192.41292.34092.26292.19292.12792'9192.00091.94691.88191.82791.77391.70891.66491'9291'4991.49691.420 IIIIIII
'SampleNumberTESTTIMEStabilization DataRTD25RTD26RTD27DEGFDEGFDEGFRTD28DEGF7980818283848586878825~81726.15026.48326'1727'5027.48327'1728'5028.48328'1793.73193.63593.53893.45393.35793.26193'7393.08893.00392'1891.74291.66891'1491.57191.50691.47591.44191.37891.35691.28291.47891.41391.33991.28691'1291'5891.08291.00890.93290.83591;37791.33491.30391.22791.19691~13191'8891.03490.98190'0747 SampleNumberTESTTIMEStabilization DataRTD29RTD30RTD31DEGFDEGFDEGFRTD32DEGF3132333435363738394041424344454647484950515253545556575859606162.636465666768697071727374757677789~81710.15010.48310'1711.15011.48311.81712.15012'8312.81713'5013.48313.81714.15014'8314.81715.15015.48315.81716'5016.48316~817'7~15017.48317'1718.15018.48318'1719'5019'8319'1720.15020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323.81724.15024.48324'1725'5025.483110.36107.61105.73104.44103.67102.99102.52101.90101.49101.04100.70100.39100.0899.77499.50299.22298.95598.69798.43998.19297.97897.74397.55997.32397.11996.93796.74496.56296.39096.21596.03795.91495.75795.60495.45695.32995.20795.03994.91194.80494.67694.55794'3894.32894'1494.09593.99993.893112.32109.41107'1105.82104.73103.80103.10102'1101.93101.47101.06100.65100.2599.88699.58199.23798.95998.66998.42298.17597.92897.71597.48897.27597.05996.85596'6296.49196.298.96.13295.96695'1195'3195.49995.32295'8295'7094'1394.77494.66694.55094.39994.29194.17994.07693.95993.85293.744112.16109.35107.29105.68104.56103.75103.00102.38101.79101.27100.85100.47100.0999.71899'1399.08298.79398.47198.20497.86297.66997.39297.04996.81296.59996.33196.10795.94695'3395.54895.33795.16194.96294.79894.63094.48194.34994.20394.01193.87293.68093'1993.34993'2693.13492.99592'8892.749112.40109.53107.35105.92104.82103.94103.28102.67102.11101.63101.11100.73100.41100.0899.78899.50999.22098.95098.69298.45698.2009'7.96297.73897.51397.28797.09496'1296.73996.54696.38296.20396.05095.87095.76095'9295.43095.30995.16395.01394.90594.77894.65994.55194.43094'1594.20894.13493.99448 IIIIIIIIII SampleNumberTESTTIMEStabilization DataRTD29RTD30DEGFDEGFRTD31DEGFRTD32DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327'1728'5028.48328'1793.79793.70093.59393.49693.40093.31293.22793.14293.05792.96993.63693.52993.44393.34793.25093.15493.05792.97292.89692.82292.64292.53592.43092.33492.23892.14192.04391.91691.81991~68193.88793.76893.68393.68393.57593.49093.35193.26593'1293.14749
SampleNumberTESTTIMEStabilization DataRTD33RTD34DEGFDEGFRTD35DEGFRTD36DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311'1712.15012.48312'1713.15013.48313'1714'5014.48314'1715.15015.48315.81716.15016.48316'1717.15017.48317.81718.15018.48318'1719.15019.48319.81720.15020.48320.81721.15021.48321.81722.15022.48322'1723.15023.48323.8172415024.48324.81725.15025.483112.76109.82'107.57106.12105.10104.18103.44102.82102.18101.70101.27100.88100.46100.0999.77799.46599.16798'9898.60898.36198'1497.89097.65497.45097.24697.03196.84996.67896.48596.30896'5195.98795.83095.68795.66995.51095.36695.20995.07994.97494.84494.72794.59794.48794.3629425494.11594.072111.99109.44107.56106.06105.02104.12103.42102.77102.19101.73101.30100.91100.54100.2099'0899.58499.30699.02798.78098'2198.27498.04997'3397'1997.40497.21097.00696.83596.65196.48796'0996'5495.98595.84295.68495.55695.43595.27895'3695'3094.90094.78394.66494.55494.43994.32094.22494.107111.14108.53106.63105.36104.27103.40102.70102.12101.65101.22100.82100.45100.1199.79299.47599.16598.86498'7498.27398.03897.77997.55597.31997.08196.87996.66496.45996.26696'6295'0995'1895'1295.32395.21195.02394'0794.67594.50694.36794.25194.10993.97093.87493.74193.62793'1093.36093.252111.66109'6106.94105.62104.47103.71103.01102.36101.81101.27100.93100.61100.1199.82699'1299.20098'6498.71798.46198.16997.9249.7.70997.49397.25797.05396.87196.66796'9696.30396.16095.99195.82795.6709549395.38195.20895.09894.96194.80294.69494.56494.43694.33994.21894.10493.98593.87793.78150 IIII SampleNumberTESTTIMEStabilization DataRTD33RTD34RTD35DEGFDEGFDEGFRTD36DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327.81728'5028.48328.81793.95393.84893.74093.63393.54893.44093.35593.25893'8693.02394.01993.90393.80693.70993.62293.51693.42093.33293.24793.16193.18793.04892.96392.82492.72792.61992.51292.40492.20292.06193.67593.56793.49193.38693.28993.19393.11693.02092.93592.85051 III'IIIIII SampleNumberTESTTIMEStabilization DataRTD37RTD38RTD39DEGFDEGFDEGFRTD40DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.10010.48310'1711.15011.48311.81712.15012.48312'1713.15013.48313.81714.15014.48314'1715.15015.48315'17,16.15016.48316.81717.15017.48317.81718.15018.48318'1719.15019.48319'1720'50'0.483 20.81721.15021.48321.81722.15022.48322'1723.15023.48323.81724.15024.48324'1725.15025.483112.37109.63107.43106.12105.02104.29103.38102.78102.21101.68101.23100.82100.46100.0999.77299.44999'4898.85098'1298'7698.10997.91797.68197.45497.24197.04696.85396.68396.46896'1596.15895.98195.83595.69295.50395.37695.26395.10694.97994.84094.72194.58294.47494.36494.23994'4294.03593.927DeletedDeletedDeletedDeletedDeletedDeleted'eletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted111.64108.70106.54105.06103.94102.97102.23101.50100.92100.3599.86199.44399.02498.65398.28597.95197.65397.36397'9496.83696.60196.34396'1895'0395.69095.48695.30495'2394.93994.77594.59694.43294.27594.13293.96393.83693.72493.55893.43993.30093.17293.05392.92692.81392.69992.59292.48692.379112.16109.81107.66106.27105.13104.22103.48102.88102.17101.63101.20100.75100.37100.0199.69899.38299'6398.74298.47398.21797.95997.74497.52697.30497.06896.87596.67196.48796'1796'4495.98295.81295.66295.48095.36195.18995.04994.92294.79294.64894.53694.38694.27894.16694.05293.93593'1693.66652 IIIIIIII SampleNumberTESTTIMEStabilization DataRTD37RTD38RTD39DEGFDEGFDEGFRTD40DEGF7980818283848586878825.81726.15026.48326.81727.15027.48327.81728.15028.48328.81793.81193.70393.60793.52193.41493.32993.25393.15693.07192.986DeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted92.28292.17592.07891.98291.88691.78991.70491'0891.52091.43593.56993.44293.35493.24993.16193.08392.98092.89592.78792.72253 IIIII SampleNumberTESTTIMEStabilization DataRHD1RHD2RHD3RHRHD4RH313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767.7789.81710.15010.48310.81711.15011.48311.81712'5012.48312'1713.150.13.48313'1714.15014.48314.81715.15015.48315'1716.15016.48316'1717.15017.48317.81718.15018.48318.81719.15019.48319.81720.15020'8320'1721.15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324'1725.15025.48341.7542.6042.8743.2543.5443.6643.7943.9044.0644.2344'144.5944.8245.0645.3345.5545'346'146.3046'846.8147.1247.4347.6947.8648.1548.5448.7349.0249.26.49.6149.7649.9250.1550.4850.7150.9851.1951.4551.6251.9652.2252.5152.7652.9353.1853'653.6947.5148.5249.2649.8249.9950.3951.0051.5552.1152.6853'153.8454.3254.7655.1055.4955.8456.2256.4756.8057.0957'057.8258'158.5758'659'759.5459'160.0960.3960.6760.9661.2561.5561.8462.1162.3662.6362.8863.1763'963'663.8864.1364.3564.6264'139~3139.8840.8841.6243.4345.2746.3447.1847.7748.2949.0249.5950.1850.7651.2851.7752.2752.7853.2053.6354.0454.45.54.8555.2155.5555'156.2056.5256.8057.0657.4457.7958.1858'058.8159.1559'559'660.0460.3660.6460.9161.2061.4961.7762.0362.2962.5752.1957.2160.0856.5263.0566.9972.3572'872.4873.8074.5375.3676.0677.2477.8777.9078.5879.0879'179.6079.82'79.9680.1180.2380.1380.1880.2480.5580'780.5180.5180.6780'880.8980.8081F0080.9281.0881.1481~2481.3081.2881.2981.2681.3881.3081.3681.4254 SampleNumberTESTTIMEStabilization DataRHD1RHD2RHD3RHRH%RHRHD4RH7980818283848586878825~81726.15026.48326.81727.15027.48327.81728.15028.48328.81753.9054.0654.2654.5054.6854.9455.1055.3155.5055.6765.0465.2565.4665.6965.9266.1366.3166.4966.6866.8462.8063.0763.3063.5563.8264.0664.2864.5364.7764.9981.5881.5481.5281.4581.5681.5581.5781.5781.4881.4655 SampleNumberTESTTIMEStabilization DataRHD5RHD6RHD7RHRHRHRHD8RH3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310'1711.15011.48311.81712'5012.48312'1713'5013.48313.81714.15014.48314.81715~15015.48315.81716.15016.48316'1717.15017.48317'1718.15018.48318.81719'5019'8319'1720'5020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724.15024.48324.81725.15025.48380.2881.4781.8986.5679.8487.8387.5286.8187.2387'986.7486.2885.7785.9885.6585.5185.51'5.6785.7185.4985.3884.7784.5584.2984.1984.1884.3084.6084.4784.3684.4184.5684.3684.3984.5084.6084.6384.9685.2285.2785'485.0185.1585.1885.1685.0885'284.8183.184.5385.2882.3381'480.8577.8377.1076.8776.0876.0474.6973.6373.3673.1672.8371.7271.4870.0369.5370.4369.8569.3170'870.0070'270'970.5870.6071.1271.6171.8570.8171.5671.6372.0471.9371.6071.6871.2671.3971.1270'871.2271.3271.3671.1172.2478.0581'382'683.0582.6382.1981.6181.2180.8680.9580.9081.0081.0181.0281.0581.2581.1780.9080.9080.8880.8280'280.6980.8680.5780.4280.4480.6680.7080.6880.5680'380.6980.7180'880.4780.4980.5780.2180.0980.0980.3780.4280.4179'879.5179.5979.6457.5660.9362.8864.8368.4172.7078.7982.4984'186F0086.4786.6987.3587.8488.2489.0089.9689.8490.3691.5691.2891.7192.2392.4693'193.3893.5493.9595.0494.6194.7995'395.4295'896'296.30.96.5797.6897.0897.2797.4497.6797.9098.0299.1299.1298.6099.2756 IIIIIIIII sampleNumberTESTTIMEStabilization DataRHD5RHD6RHD7RHRHRHRHD87980818283848586878825.81726.15026.48326'1727.15027.48327.81728.15028.48328.81784'184.9784.9585.0585.1285.1785'585.1685.2085'472.3571~6472.4871.2372.6772.5472.3072.2072.8472.8579.4279.4278.9678.9678.9278.93.79.0779.3579.2979'199..3899.2599.2899.7499.72100.12101.01100.42100.46100.7057
SampleNumberTESTTIMEStabilization DataRHD9RHD10RH4RH3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311'1712'5012.48312.81713.15013.48313'1714.15014.48314.81715.15015.48315.81716.15016.48316'1717.15017.48317'1718.15018.48318.81719.15019.48319;81720.15020'8320.81721'5021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324'1725.15025.48360.0461.8765.5368.2069.5871.4973;0075.5878.4479.6680.7781.7782.6783.4284.1384.8085.3985.9986'787.0487.5788.0788.5788.9389.3989.8490.2790.6390.9691.3491.7392.0292.4392.7393.0693.3493.7294.0594'194.6995.0195.2895.5895.9496.2696.6197.0297.3464.6065.8363'663.9164.5466.7370.7673.9376.6177.7478.7879.8080.8381.6582.4183.1483.7584.3584.9485.4685'786.4687.0487.3787'688.3288.7089.0789.5589.9290.2690.4690.9591.1791.4991.8992.2292.3892.6092.9593.2593.7393.9894.3194.6795.0295.4495.6658 SampleNumberTESTTIMEStabilization DataRHD9RHD10RH4RH7980818283848586878825~81726~15026.48326.81727.15027.48327'1728.15028.48328.81797.6697.9998.3398.6198.9199'799.4499.6799.89100.1295.8796.1496.6196.8097.2397.4497.7298'798.4598.5759
SampleNumberTESTTIMEStabilization DataVAPORCONT.PRESSUREPRESSUREPSIAPSIA31323334353637383940414243444546474849505152535455565758596061626364656667686970717273747576779.81710.15010.48310.81711.15011.48311.81712'5012.48312'1713'5013.48313'1714'5014'8314'1715.15015.48315.81716.15016.48316.81717'5017.48317.81718.15018.48318'1719.15019.48319'1720'5020.48320'1721'50'1'8321'1722.15022.48322.81723.15023.48323.81724.15024.48324.81725.1500.71210'8790.66730.65430.64840.66060.67000.67390.67770.67670'7510.67230.67000.66890.66690.66510.66320.66070.65810.65680.65500.65250.65070.64930.64750.64660.64520.64420'4350.64180.64070.64040.63780.63750.63650.63600.63530.63520.63320.63230.63140.63060'2960.62940.62950.62860.627458.48058.21958.09558.01457.95457.90557.86357.82757.79457.76557.73757'1257.68957.66757'4657.62657.60757.58957.57157.55457.53857.52257.50757.49357'7857.46557.45257.43957.42657.41457.40257.39157.38057.36957.35857.34857.33857.32857.31857.30957.30057.29157.28257.27357'.26557.25657.24860
SampleNumberTESTTIMEStabilization DataVAPORCONT.PRESSUREPRESSUREPSIAPSIA787980818283848586878825.48325.81726.15026.48326'1727.15027.48327.81728.15028.48328'170.62800.62740.62600.62590.62480.62540.62510.62520.62410.62380.623557.24057.23257.22457.21757.20957.20257.19557.18757.18057.17457.16761 SampleNumberTESTTIMEStabilization DataCONT.DELTAT/HRDELTAT/HRAVERAGELAST2HRSLAST1HRTEMP1HRto2HRDELTAT/HRCHANGE31323334353637383940414243444546474849505152535455565758596061626364656667686970717273747576779.81710.15010.48310'1711.15011.48311'1712.1501248312.81713.15013.48313.81714.15014.48314.81715.15015.48315.81716.15016.48316.81717.15017.48317.81718.15018.48318.81719.15019.48319.81720.15020.48320~81721~15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324.81725.150102.892100.89299.60398'1098.25397.81397.45197.13996.84796.59096'6296.14795.94095'3995.54995.36795'8595.01494.85594.70094.55094.40294.26594'2093.98393.85493.72693.60493.48393'6993.25593'4893'4192.94292.83892.73792.65292.55192.46192.37792.28992.20492.11992'4691'6391.89291.820-2.721-1.877-1.378-1.110-0'46-0.833-0.756-0.700-0.649-0.612-0.589-0.567-0.543-0.520-0'00-0.483-0.460-0.447-0.436-0.423-0'12-0'99-0.391-0.376-0.364-0.353-0.343-0'31-0.323-0.316-0'02-0.299-0.290-0.283-0.275-0.267-0.,267-0'53-0.249-0.243-0.235-4.082-2.639-1.790-1.359-1.114-0.966'-0.861-0.777-0.700-0.650-0'23-0.598-0.573-0.554-0'35-0.512-0'85-0.464-0.453-0.435-0.430-0'19-0.411-0.394-0.379-0.371'0.357-0.349-0.335-0.328-0'13.-0'10-0.304-0'90-0.287-0'76-0.275-0.262-0'57-0'58-0.243-0.241-0.227-0'260.7630.4120.2490.1690.1330.1060.0770'510.0390.0350.0320.0310.0350.0360.0300.0250.0170.0170.0120.0180.0200.0200.0190.0150.0180.0150.0180.0130.0120.0120.0120.0140.0080.0130.0100.0090.0100.0080.0160.00962
SampleNumberTESTTIMEStabilization DataCONT.DELTAT/HRDELTAT/HRAVERAGELAST2HRSLAST1HRTEMP1HRto2HRDELTAT/HRCHANGE787980818283848586878825.48325.81726.15026.48326'1727.15027.48327.81728.15028.48328.81791.74391.67291.59791.53191.46591.39991.33891.26991.19591.13091.066-0'31-0.224-0.225-0'16-0.214-0.211-0.203-0.202-0.201-0.201-0.200-0.220-0.220-0.223-0.212-0.207-0.198-0.193-0.196-0.204-0'08-0.2030.011*0.004*0.002*0.004*0.007*0.013*0.010*0.006*0.003*0.008*0.004*NOTES1)THE1HOURAND2HOURDELTATEMPERATURE VALUESARENOTVALIDUNTIL1HOURAND2HOURS'ESPECTIVELY'AVE PASSEDINTHETEST2),THESTABILIZATION CRITERIAISMETWHEN:-THEHOURLYAVERAGEDELTATFORTHEPRECEDING HOURDIFFERSFROMTHEHOURLYAVERAGEDELTATFORTHEPRECEDING 2HOURSBYLESSTHAN0.5DEGREESF.OR-THEHOURLYAVERAGEDELTATFORTHEPRECEDING 2HOURSISLESSTHAN1.0DEGREESF.-THESTABILIZATION PERIODISAMINIMUMOF4HOURS3)THE"*"INDICATES THATTHESTABILIZATION CRITERIAHASBEENMET.63 IIII M&MMMMMMMMMIbs693,100Stabilization PeriodSt.LucieUnit2June1992psia0,7693,000692,900692,800IZ)692,700ChQ692,600PTemperature Stabilization
~~CriteriametILRTStart0.680.660.64692,500692,400101520TestTime250.6230AirMassNoteinversetrendsofairmassvsvaporpressureWeightedvaporpressure IIII DegE104StabiizationPeriodSt.LucieUnit2June1992PSICI0.721021009896cnC9492Temperature Stabilization CriteriametILRTStart0~A40.70.680.669.640.6290101520TestTime250.630Avg.T~eraeratureStabilization extendedaftertemperature criteriametduetovaporpressureaffectsAvg.VaporPressurewamaQe~
0.8Comparison ofDifferent VaporPressureTrendsHistorical vsLatestILRTsatSt.LucieVaporPressure(psia)0.5OA50.75OA1Z)0.35(D~~~~~~~~~~~~~~~~~t~~~F4'~~OlttO~~~~~~~~~I~~Oyy~~~~~1'~~~~0~~~~~1~~~yy~1~~'~ill~yy~~~~~~~~1~~~0~~g~y~g4~ygoto~~0~~~~0~~g~~~0~++~+~~+~+0.70.650.3~%%%a~~~~~~W&W~W&WAWW&&&%%%%&%%&&&%a~~~&%%%%%%&&AM&%&&%%%w&%&ma&AM&&~%&ww&%&
0.60.25898c90Stabilization SamplenumberPSL21989PSL11990PSL219920.5592PSL21992YoporPressUreScoleOffset IIIIII
%RHbyElevation DuringStabilization PeriodSt.LucieUnit2June1992e*Saturation reachedatupperelevation astemperature stabilized 1009080-ri70600)~500040101520TestTime2530RH40f't.%RH84ft.%RH171ft..---o---Noteminimalofmixingofwatervaporbyelevation IIIIII TempbyElevation DuringStabilization PeriodSt.LucieUnit2June1992DEGF115110'l05100Z)95cD90L~~~WAN~~~ooo~O~~oooo~~~~~os~~~ooooo~~o~~~O~Oo~~ooo~oooo~~~ooo~O~ooooo~~~~~~~~~~o~o~o~~~o~~o~~o~o~~~~~~o~o~~~o~~~O~o~~o~o~o~~o~~~~~~~~~~~~85101520TestTime30DEGF40ft.DEGF84ft.DEGF130ft.DEGF171ft.DEGF194FT.Noteconvergence ofallgroupsabove62ft.operating deck
.IIIIIIII ILRTDATA69 IIIIIII SampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730'5030.48330.81731~15031.48331.81732.15032.48332'1733.15033.48333'1734'5034.48334'1735.15035.48335.81736.15036.48336'1737.15037.48337~817RTD1DEGF86.77086.75286.74386.75286.75286.73286.74386.74386.74386.71086.73286.72186.73286.72186.72186.72186.72886.72886.70586.71086.71686.69886.69886.69886.68986'0586'98ILRTDat:aRTD2DEGF87.37087'5287.34387.34387.34387.32187.32187'1087.31087.29987.29087.29087.27887.27887.27887.26787.26387.26387.25287.24787.24387.22587.22587.21487.21487.20987.202RTD3DEGF86.59286.58586.58586.57486.57486.58586.57486.56286.57486'7486.56286.56286.56286.57486'6286.56286.55886.55886.55886.54286.55886.55186.54286.55186'4286.54986.542RTD4DEGF86.04586.03886.02786.01886.02786'1886.01886.01886.01886.00786.00786.00785.99685.99685.99685.99686.00386.00386'0385.98585'9185.98585.98585.97385.98585.99185.98570 ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730.15030.48330.81731.15031.48331.81732.15032.48332.81733.15033.48333.81734.15034.48334.81735.15035.48335.81736.15036.48336.81737.15037.48337.817RTD5DEGF85.93185.92485.91385.91385.91385.90285.90285.91385.90285.89385.89385.89385.88285.88285.88285.88285.89985.88885.88885.88285.88885.88285.88285.88285.88285.87785.870RTD6DEGF86.48486.47986.47986.46886'5786.45786.45786.45786.44686.44686.43486.43486.42586.42586.42586.41486.42186.42186.42186.40386.41086.40386.40386.39286.39286.39886.392RTD7DEGF86.63886.62286.62286.62286.61186.60086.60086.60086.58986.58986.58986.57886.57886.57886.56986.56986'7586.57586.56486.55786.56486.54686.54686.54686.54686.54286.526RTD8DEGF86.02486.00786.00786.00785.99585.98685.99585.99585.98685.99585.97585.97585.96485.97585.97585.96485.97185.95985.95985.95385.95985.95385.95385.95385.94485.94885.94471 IIIIIIIIIIII SampleNumberTESTTIMERTD9DEGFILRTDataRTD10DEGFRTD11DEGFRTD12DEGF8990919293949596979899100101102103104105106107108109110ill11211311411529.15029.48329'1730.15030.48330.81731.15031.48331~81732.15032.48332.81733.15033.48333.81734.15034.48334.81735.15035.48335.81736.15036.48336.81737.15037.48337.81793.26892.51193.18792.41993.11192.34593.02692.26892.94992.194'2.87692.11892.79992.05592.73791.97992.62991.90592.56491.84b92'1091.76392.43791.70992.37291.65892.31891'9392.25391.53992.17991.47492'3291.41592.06791.35292'1391.29991.95391.23891.89791.20291.836.91'5391.77191.11091.72991.13091.66491.06591.62890.99891'7990.89593.10493.01392.93792.86392.78792.71392.63792.56392.49892.43392'7192.29592.22192.15692.10292.03791.99391~91791.86391'0391.74591.68691.63391.57991.52591.49091.42992.77492.66092.58692.50092.42492.35992.28592.20092.13592.08191.99591.93091.85691.80391.72691.65291.60591.54091.48691.39491.36791.29891.24491'7991.13691.08991.02872 IIIIIIIIII ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114TESTTIME29.15029.48329.81730.15030.48330'1731.15031.48331.81732.15032.48332'1733.15033.48333'1734.15034.48334'1735.15035.48335'1736'5036.48336.81737.15037.483RTD13DEGF93.10293.04292.96592.85892.82792.75092.67692.60092.52692.11992'1592.20492.15292.08792.01191'8091.99891'7991'4891.79891'4091.65991.63791.60691.51891.494RTD14DEGF92.37092.25792.19292.09692'1991.93491.80691.75291.68791.62291.54891.49491.40891.34391.26791.23591'7791.08091'1890.93490.87690.82790.78490.71090.64590.575RTD15DEGF93.08792.98392.89892.83392.74892.67292.59892.53392.45992.38392.30992.24492.17992.12592.06292.00991.92891'6591.82391.75191.70491.63291.57891.52591.48291.426RTD16DEGF93.06992.97892.89292.81692.75392.677,92.56192.33492.23892.19592.09992.03491.94991.89591'3091.76791.72991.72091.65591.5949'1.54791.49891.43391.37091.32591.27873 II ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329'1730'5030.48330'1731.15031'8331'1732.15032.48332.81733'5033.48333'1734.1503'4.483'34~81735~15035.48335.81736'5036.48336'1737.15037.48337.817RTD17DEGF92.40592.31392.22792.16292.08891.99291.93891.85291'0791.74491.69191'1491.54091.43291.40191.32491.28891.22391.16091.07791'3090.98190.88490.83090.81990.76390'91RTD18DEGF92.99292.88992.81592.73992.66592.58092.50492.45092'6592.30092.25792.19492.10792.04492F00091.94691.89091.81491.75191.69091.64391.56091.50791.44491.39091.34391.303RTD19DEGF91.78591.72491.67091.61691.57491.54091.49891.45591.41391.37091.32791.26291.23191.19791.16691'3591.10891'03490.98090.95190'15'0.877 90.84390'1290.78190.78790.727RTD20DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted
SampleTESTNumberTIMERTD21DEGFILRTData,RTD22DEGFRTD23DEGFRTD24DEGF899091929394959697989910010110210310410510610710810911011111211311411529.15029.48329'1730.15030.48330.81731.15031.48331'1732.15032.48332.81733.15033.48333'1734.15034.48334.81735.15035.48335.81736.15036.48336.81737'5037.48337'1790.57690.52290.45790.39490.32990.28790.22290.15990.10590.02989.96289.89089.79389.70889.51589.43589.38589.25789.20489.21589.18389.15089'7689.03389.01188.97988'1491.06591.01190.96890.92690.88390.84190.79890.76590.72291.01191.08391.07691.10791.09690.98090.95390.92690.87290.79890.76590.77690.72290.64890.60690.56190.51090'7691.59191.55991'1791.48391.45291'9891.35691.32491.30291.22691.12791.05590.95990.89490.87490'7090.84190.78990.74490'1390'7090.63990.58590.55290.52090.49890'7891.45891.4'0591.37391.30891.27791.21291.14991.11591.06190.99890.97290.92290.85990.84890.82690.79090.71890.68790.62290.57990.51690.51690.50590'490.30190.27890.24775 l
SampleNumberTESTTIMERTD25DEGFILRTDataRTD26DEGFRTD27DEGFRTD28DEGF899091929394959697989910010110210310410510610710810911011111211311411529.15029.48329.81730.15030.48330.81731~15031.48331~81732.15032.48332'1733.15033.48333.81734'5034.48334.81735'5035.48335.81736'5036.48336.81737.15037.48337'1792.86492.78892.69292.61892.54292.46892.39292'1892.24292.17992.09892.04091.97591.89991.83691.77891'1891.65591.60191536.91.47191'1891.35591.30191.25991'9491'5191.20591'6391.10991.06691'3590.99290.94790.90490.87390.83090.80390.76590.72290.70090.65790.63390.59490.56190'4190.50790.47590'4490.42290.39090.35990'1490.30590.78290'1990.67690'1290.53890.49390.43090.33490'9190.10890.06189.55389.34989.18889.08189.01388.89988'1488.64288.57988'7288.40788.36488.29988.24888'1888.05690.91890.87590.82290.77990.74690.71490.67290.61890.53390.51190.48690.39290.37290.34990'8790'6090'9990'9090'3790'9490.07290.06190.02989.98789.97589.92289.89076 IIIIII ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29~15029.48329.81730'5030.48330.81731.15031'8331.81732.15032.48332.81733.15033.48333.81734.15034.48334.81735.15035.48335.81736.15036.48336.817'7.150 37.48337.817RTD29DEGF92.87392.78892.70292.64992.54192.45692.35992.29492.22092.12492.06691.9859192091.84691.78191.72391.63191.56691.50391.41691.35391.27791'2391.16991.09591.03090.988RTD30DEGF92.72592.65192.55392.46792.39392'1792.24392.18992.10492.03991.97291.88991.83591.76191.69691.63791.55791.50391.44991.37591.33291.26791.21391'4891.10691.05290.998RTD31DEGF91'7391.48991.38191.32891.22091.13591.03990'1290.88990.80490.73590.59090.54890.51690.45190.33190.25990'8590'2190.03689.99389'1789.86489.80189.72589'6289.555RTD32DEGF93.08293'1992.92292.84692.75092.66492.59092.50392.40692.29092.29692.22592'7192.09792.02191.95391.88291.81791.75491.7009'1~64691.57091.52791.47391.43191.36891.32377 ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114TESTTIME29.15029.48329'1730'5030.48330.81731.15031.48331.81732.15032.48332.81733'5033.48333.81734.15034.48334.81735'5035.48335.81736'5036.48336.81737.15037.483RTD33DEGF92.95892.87392.79792'1292.61592.51992.46592.41192.40092.29292.20392'3392'9192.01591.94191.94791.73791.73791.71491.76891.68391.57591.52191.45991'8391.318RTD34DEGF93.09692.99992.92592.84092.76492'7892'1392.52892.46392.38992.33092.25892.19592'4192.06592.00991'4891.89491.82991.76691.71291.65991.59391.54091.49791.443RTD35DEGF91.95591.85991.79491.70991.60191.52591.23591'7391'0891.04390.99590.89290.82990.77690.72290.64390'0390.54090.46490'1090.35690.29490.27190'1790.16390.089RTD36DEGF92.76292.68892.60392.52692.45292'6592.30292.21792.14192.08792.02091.93791.87491.80991.74491.67691.61691.55191.48691.43491.38091.30491.27391.20891.15491'0078 III.IIIIIIIII SampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730.15030.48330.81731'5031.48331'1732.15032.48332.81733.15033.48333.81734.1503'4.48334.81735.15035.48335'1736.15036.48336.81737.15037.48337'17RTD37DEGF92.90192'1392'1792.63292.56792.49392.42892.34392.27892.204'92.16892.08592.02291.95791.89291.83691.77691.72291.66891.61491.56191.50791.45391.39991.35791.31491.240ILRTDataRTD38DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedRTD39DEGF91.36191.26591~18991~10491.03990'5390.87990'1490.73890.65390.59590.52590.46090.39690.32290.27490.20390'4090'8690'2189.97989.89489.84089'18'89.74489.69089.658RTD40DEGF92'3292.5492.46492.36892.30592.22992.16492.07992'1491.95191.86391.80191.72491.66291'1791.56591.51891.44291.37791'0891.26191.20091.13591.08191.02790.99290.90079.
ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329'1730.15030.48330.81731.15031.48331'1732.15032.48332.81733.15033.48333'1734.15034.48334'1735.15035.48335.81736.15036.48336'1737.15037.48337.817RHD1RH55'156.1156.2956'656.6156.8156.9757.2157.4257;7357.9058.1858.4458.6358.9259.1459.3259.5659'159.9960.2360.4660.6260.8561.0661.2761.48RHD2RH67.0367.1867.3467.5167.6567.8267.9768.1168.2768.4268.5668'168.8669.0369.1669'969.4369'769'169.8369.9770.1070.2170.3570.4870.6070.73RHD3RH65.2565.4565.6765.9066.1166.3166.5366.7366.9167.1167.3167.5267.7367.9368.1268'768.5868'468.9569.1769.3669.5369.6769.9070.0670.2470.35RHD481.6081.3881.5881.6281'181.3881.4881.2781.2481~4281~2481~1181.3681.2681.1581.2881.1081~1281.0981.00'81.0481~0281.0681~0780.6880.9280'880 SampleTESTNumberTIMERHD5RHILRTDataRHD6RHRHD7RHRHD8RH899091929394959697989910010110210310410510610710810911011111211311411529.15029.48329.81730'5030.48330.81731.15031'8331.81732.15032.48332'1733.15033.48333'1734.15034.48334'1735.15035.48335.81736.15036.48336'1737.15037.48337.81785.1385.0885.0585.0484.9984.9584.9984.9284.9384.9284.8084.7584.7784.7784.6284.6184.5884.4784.5084.37'4.3384.2584.1784.1184.0084.0383.7572.8572.8273.3473.5473.5774.7574.5275.2076.1477.0677.0776.8077.3776.7177.9378'078.65'8.9879.2179.4078.9779.7279.4579.8579.8279.9079.8079.8579.8979.7979.8979.7879.5879.6179.3581.9879.8879.6779.4379.5981'880.2979.8079.5679.5079.4479.4979.3079.3679.1879.2279.2979.1779.06100.85101.47101.50101.68101.08102'9102.25101.35102.36102.16102.19101.93102.77102.02101.88102.00102.76103.18102.44102.72102.20102.22102.35102,15102'1102.39102.8081 I
ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730'5030.48330.81731'5031.48331.81732.15032.48332.81733'5033.48333'1734.15034.48334'1735.15035.48335.81736.15036.48336.81737.15037.48337.817RHD9RH100.33100.51100.76100.91101.03.101.17101.32101.41101.53101.66101.79101.82102.02102.07102.11102.22102.24102.31102.41102.44102.50102.55102.57102.58102.62102.71102.66RHD10RH98.8698.9699.1199.4299.0999.6399.6399.94100.04100'499'399.68100.42100.56100.78100.65100.98100'1100.99101.00101.10100.87101.17101.35101.41101.43101.24CONT.PRESSURE57.16057.15457.14757'4157.13557.12857.12257.11657.11057.10557.09957.09457.08857.08357.07757.07257.06757.06257.05757.05257.04757.04257.03857.03357.02957.02457.020VAPORPRESSURE0.62330.62280.62260.62240.62030'2170.62060'1910'2190'2010.61860.61710.61890.61800.61740.61680.61710.61690.61570.61530'.61400.61340.61290.61250'1190.61160.610582 IIIIIII SampleNumberTESTTIMEAVERAGETEMPILRTDataAIRMASSLEAKSIM4/DAYLEAKFITUCL4/DAY4/DAY899091929394959697989910010110210310410510610710810911011111211311411529'5029.48329.81730.15030.48330.81731.15031.48331.81732.15032.48332.81733.15033.48333'173415034.48334'1735.15035.48335'1736.15036.48336.81737.15037.48337'1791.01090.94590.88890.83090.77790.72090.66290.60490.55490.49790.45690.39290'3990.29190.23990.19790.15390.10390.05590.01189.97489.92789.88789.84889.80789.76889.724692744692757692747692747692767692735692750692766692722692754692750692789692760692769692768692767692758692763692775692775692776692781692789692780692791692783692802-0~134-0.015-0.011-0.0590.019-0.009-0.0330.028-0'12-0.006-0.042-0.014-0.020-0.018-0.016-0.009-0.011-0.018-0.017-0'17-0.018-0.021-0.016-0.020-0.016-0'230.009-0.0200.0130.0140.0020.0200.0170.0160.0030.0020.000-0.002-0.003-0.002-0.002-0.003-0.004-0.005-0.'006-0.008-0.008-0.009-0.009-0'100~4670.2820.2040.1680.145~0~1440~1320.1230.1120.1040.0960.0900.0850.0810.0780'740'700.0670.0640.0610.0590.0560.0540.05283 IIIIIIII CONTAINMENT INTEGRATED LEAKAGERATETESTLEAKAGERATEISMEASUREDUSINGTHEABSOLUTEMETHODANDISCOMPUTEDUSINGTHETOTALTIMEMETHODINSTRICTACCORDANCE.
WITHTOPICALREPORTBN-TOP-1(REV1)TESTPERIODSTARTEDAT15:20HOURSON6/16/92TESTCONDUCTED FOR8.67HOURSFREESPACEVOLUMEOFCONTAINMENT IS2500000CUFTCONTAINMENT WASPRESSURIZED TO57.16PSIAFITTEDTOTALTIMEILRTLEAKAGERATELamUPPERLIMITOF95%CONFIDENCE LEVELUCLCONTAINMENT DESIGNLEAKAGERATELaILRTACCEPTANCE CRITERIA75%La-0.010%/DAY0.052%/DAY0.500%/DAY0.375%/DAYBN-TOPREDUCEDDURATIONILRTTERMINATION CRITERIA-THETRENDOFTHETOTALTIMECALCULATED LEAKAGERATESHALLINDICATETHATTHEMAGNITUDE OFTHELEAKAGERATEISTENDINGTOSTABILIZE ATAVALUELESSTHANOREQUALTO75%OFLa.La=0.500%/DAY75%La=0.375%/DAYLam=-0.010%/DAYwithaNegativeSkew-ATTHEENDOFTHEILRTTHEUPPERLIMITOFTHE95%'ONFIDENCE LEVELSHALLBELESSTHANOREQUALTO75%OFLa.UCL=0.052%/DAY-THEMEANOFTHEMEASUREDLEAKAGERATESOVERTHELAST5HOURSOR20DATASETS,WHICHEVER PROVIDESTHEMOSTPOINTS,SHALLBELESSTHANOREQUALTO75%OFLa.MEANOFSIMPLELEAKAGEFORSAMPLES=-0.016%/DAY84 IIIIIIIIIII DESCRIPTION OFVARIABLES AVETEMP-CONTAINMENT MEANTEMPERATURE CALCULATED FROMVOLUMETRICALLY WEIGHTEDRTDSENSORINDICATIONS; PRESSURE-PRIMARYCONTAINMENT PRESSUREINDICATION.
VAPORPRES-CONTAINMENT VAPORPRESSURECALCULATED FROMVOLUMETRICALLY WEIGHTEDHUMIDITY/DEWPOINT SENSORINDICATIONS.
LEAKSIM-SIMPLETOTALTIMEMEASUREDLEAKAGERATE.LEAKFITLEAKAGERATECALCULATED FROMFIRSTORDERREGRESSION OFSIMPLETOTALTIMELEAKAGERATEDATA.954UCL-UPPERLIMITOFTHE954CONFIDENCE LEVELOFFITTEDLEAKAGERATEDATA.AIRMASS-CONTAINMENT AIRMASS.NOTESFORTABULARDATA-1.TABLEVALUESOFZEROSIGNIFYTHEDATAISNOTAPPLICABLE TOTHECALCULATION.
2."DELETED" SIGNIFIES THESENSORWASDELETED.SENSORVOLUMEFRACTIONS TEMPERATURE SENSORS1to56to1011to1516to2021to2526to3031to3536to400.0267080.0267080.0267850.0267850'267080.0267080.020144"0.0201440.0267080.0267080'267850.0267850'267080.0267080'201440.0201440.0267080.0267080.0267850'267850.0267080.026708, 0.0201440F0000000.0267080.0267850.0267850'267080.0267080'201440'201440.0484090'267080.0267850.0267850.0000000.0267080.0201440.0201440.048409HUMIDITY/DP SENSORS1to50.0733350.0733350.0733350.0900640.0900646to100.0900640.0900640.1399130.1399130.139913NOTE:VALUEOFZEROINDICATES ADELETEDSENSOR.85
)SlGILRTContainment AbsolutePressure57.257.1cOrm<5/I56.956.83034TestTimeContainment Pressure ILRTWeightedAverageTemperature St.LucieUnit2June1992DegF92~90Zt888630TestTimeAverageContainment TemperatUre El IIIIIIII ILRT~A~eighted AverageVaporPressureSt.LucieUnit2June1992psIG0.70.680.660.64u3c0.62(D0.60.580.563034TestTimeVaporPressure Lbs693,400693,200693,000692,800a3c692600692,400iLRTCaculatedAirMassSt.LucieUnit2June1992692,200692,0003034TestTimeContainment AirMoss ILRTBn-TopRatesRelativeTolimitsSt.LucieUnit2June1992.wt.7/day0.60.50.40.30.20.100~10~0~0~0~~0~~~0F000F000'00'0'0~~~~POOO05$'0~00~~00~~~0~~0~0~~~0~~~~~~~~0~~~~~~0~~~~0~0~~~~~0~0~~0~0~0~0~0~0~~~~~~~0~0~~~~~~~(o.<)3034.TestTimeLa0.75LaBn-TopUCLFittedLeakageTypeB8cCminpathNoteType88cCexpectedMinimumpathleakage IIIII'yk~~IIIIII LocalSensorDeviation EffectonAirMassCalculation DegF94919089888730~Os~(jss+0,~
~38RTD13RTD-21RTD-22RlD-22%RelativeHurT1idity 84828078767472Lbs692,9003032RHD-DSRH+OT36692,850692,800692'75c692,70030WestTime341LR~TAiMassFigureQ91 IIIIIIIIII LRT2CLRTAirmassandFittedLecikageRatesPoundsMasswt.%%uo/Day692,90004692,800692,700I692,600692,500XI69240028.30tJtCIIII1343638TestTime400.30.20.1(o.~)AirmassFittedIeakageOWP%~&~0Noterapidchangeincalculated massandleakageratewhenknownleakof17.79SSCM(0.264wt.%/Day)addedathour37.9 lII CLRTDATA93 I
CLRTDataSampleNumber118119120121122123124125126127128'29130131132TESTTIME38.817039.15039.48339.81740.15040.48340'1741.15041.48341.81742.15042.48342.81743.15043.217RTDDEG86.67886.68586.67486.67486.65686.66786.67486'5686.65686.65686.65486.65486'3686.63186.'642RTDDEG87'7187.16787.16787.15587.15187'4087.14787.12987.12987.12987.12487.12487.10687.11387.113RTD3DEGF86'3186.52786.52786'2786.50986.50986'1586'2086.52086.52086.51586'0486.50986.51586'04RTD4DEGF'5.96585.96085.97185'7185.95385.95385.96085.95385.95385.9538594985.94985.94285.94985'49SampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339.81740.15040.48340'1741'5041.48341.81742.15042.48342.81743.15043.217RTDDEG85.87085.87785..86685'7785.85985'4885.86685.85985.82885.84885.85585.85585.848.85.84685.846RTDDEG86'7186.37886.37386'7886'7186.37186.37886.36086.36086.36086.36786.35686.34986.35686.356RTD7DEGF86.51586.51086.51086.51086.49286.49286.49986.49286.49286.48186.48886.47986.47286.48886.479RTD8DEGF85.92185.93985'2985'2885.92185.92185.91785.91085'1085.91085.91785'1785'9985.91785.90694 IIIIIII CLRTDataSampleNumberTESTTIMERTD9DEGFRTD10DEGFRTD11DEGFRTD12,DEGF118119120121"12212312412512612712812913013113238.81739.15039.48339~81740.15040.48340.81741.15041'8341.81742.15042.48342.81743.15043'1791.42991.37091'1791.28591.23691.19391.14691.09791.06391.01090.97490'3190.88290.84690.83590.77690.74090.68690.64390.60590.67990.67590.54090.49790'6290.43990.39690.35890.32090.32091.26891.22191.17991~13691.08791'3390.99890.94890.90490.87290.83790.79490.75490'1890'1890.86790.82090.76390'1490.67490.63190.57390.53590.50490.46190.42390.37190.32090.28490.284SampleNumber118119120121122123124125126127128129130131132TESTTIME38~81739.15039.48339.81740'5040.48340'1741.15041.48341.81742.15042.48342'1743.15043217RTD13DEGF91.28391.26791'6791.24791'9891.15591.10891.05990'6390.92990.85190.80890'5990'1290.701RTD14DEGF90.32190.26590.20090'6990'1990.05489.93189.92489'0489'6189.83489.79189,.68889.64189.641RTD15DEGF'1.21591.16891.11591'7291.01290.96990.91190.88290.82890.79790.76190.70790.66990.59990.633RTD16DEGF91~05991.01291.03590.93590.94090.90890.89390.85590.80190.77090.74390.70090.60890.57290.57295 IIIIIIII CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740'5040.48340.81741.15041.48341.81742.15042.48342.81743.15043'17RTD17DEGF90.59490.54790.50490.46290.43390.43390.35490.32590.27190.23990.19290.14990.15490.11890.127RTD18DEGF91.11091.06391.02190.96790.90690.86490'1790.76890.72590.70590.67890.63590.58690.56290.55RTD19DEGF90.56690.55090'1390.45490.40490.37390.33790.29790.29790.25490'0790.17690.09590.07990.068RTD20DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedSampleNumber118119120121122123124125126127128129130131132TESTTIME38.8173915039.48339'1740'5040.48340.81741.15041.48341.81742.15042.48342'1743.15043'17RTD21DEGF88.84988.84088.81388.81488.79688.76488.76488.78288.75388.75388.77188.72288.76088.74988.749RTD22DEGF90'6990.32690.29590.27990.25290.23090.19890.17490.14590'2290.06690.04990.04490.01390.013RTD23DEGF90.37190.33990.30590.28190.25290.22190.18990.1629012490'0490.10090.05990.03590.00390.003RTD24DEGF89.94689.81889.74289.67589.62689.58389.51889.48289.45389.43389.41789.39089.38689.35289.35296
CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339.81740.15040'8340.81741.15041.48341.81742.15042.48342.81743.15043'17RTD25DEGF90.97990.92790.88290.84790.78690.74490.69090.64390.60590.56290.52690.47790.45090.40890.397RTD26DEGF90.20890.17590.15490'2790.10090.06790.03590.02089.98189.96189.93489.90789.88089.84989.849RTD27DEGF87.90687.83087.79787.76287.74587.70287.61787.60187.52187.47687.46387.42587'9887.35587.344RTD28DEGF89.79489.77289.77289.74789.72989.68789.65589.66289.60289.57989.57589.54889.52189.50189.501SampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740.15040.48340.81741.15041.48341.81742.15042.48342.81743.15043.217RTD29DEGF90.82690.77590.72190.66390.60290.53790.49490.45990.40990.34490.32090.28190.22390.18190.201RTD30DEGF90.83990.79690.74290.70490.64690.60190.55990.52390.47390.41990.38490'3490.29890.26590.256RTD31DEGF89.405'9.330 89.28789.22989.19189.16089'2889.08289.04189'2188.97488.94588'1388.70688.695RTD32DEGF91'15391.05691.00390.97890.91790.86390.86390.79490.76790.70290.67790.61790.59290.54790.53897 CLRTDataSampleNumber118119120121122123124125126127128129130131'32TESTTIME38~81739.15039.48339'1740.15040.48340.81741'5041.48341.81742.15042.48342~81743.15043'17RTD33DEGF91.29791.26691.21291.11191.01990.95590.89090.85490.90190.83690.76990.71990.69290.63090.618RTD34DEGF91.27291'0791.15391.12991.05791.03490.99290.94490.89590.85290.80590.76790~73190.70990.688RTD35DEGF89.83289.77889.63989.5808952089.43589.42389.35689.27689.22289'5289'2989.00288.98288'71RTD36DEGF90.89890.83390.80290.75590.70590.67290.61890.57190.53390.50190'5490'1490.37890.33590.324SampleNumber118119120121122123124125126127128129130131132TESTTIME38'1739.15039'8339'1740.15040.48340'1741'5041.4834181742.15042.48342.81743.15043'17RTD37DEGF91.07991.02590.98390.94790'0690.86490.81090.78590.72590.69490'5890.62990.59390'5090.550RTD38DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedRTD39DEG'89.48689.43289.39089.35489'0589'6289'0889.18489'3289.10189.05489.01688.98988.94688.946RTD40DEGF90.73890.70290.64990.60690.55790.49290.45690.41890.36490.32290.-28390.25290'1490.18790'7898 IIIIII CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740.15040.48340.81741.150--41.48341.81742.15042.48342.81743.15043.217RHD1RH62.0162.1962.3562.5362.7362.9263.0863.2863.4263.6463.7663.9564'464.3864.42RHD2RH71~0471.1371.2771.3971.5271.6671.7571~8971.9872.1172.2372'372.4672.6772.70RHD3RH70.7870.8971'471'171.3771.5071.6771.8871.9672'272.2272.3772.5472.7772'6RHD4RH80.3380.3980.1380.3080.0780.1280.1179.8979.8379.9079.8179.48.79.7379.5679.65SampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.150.39.4833981740.15040'8340.81741.15041.48341.81742.15042.48342.81743'5043'17RHD5RH83.3383.2983'783.2483.2283.1283.0282.9282.7882.6982.5582.4382.3982.5082.52RHD6O'H79.4879.4579.4779.3779.3479.3179.2179.1379.0678.9878.9678.9278'078.9779.00RHD7RH78.1578.2278.4378.4278.3978.3578.4678.2978.0377'077.9878.1577.9878.3578.40RHD8RH102.31102.25102.62102.38101.99103.04102.58102'1102.26102.70101.91101.27100.7099.75100.7099
CLRTDataTESTTIMERHD9RHRHD10RH38'1739.15039.48339'1740.15040.48340'1741.15041.48341.81742.15042.48342.81743.15043'17102.6102.61102.63102.66102.70102.79102.76102.76102.82102.89,102.87102.91102.87102.89102.92101.19101.29101-.31101.47101.44'01.41 101.46101.47101.63101.49101.80101.43101.53101.69101'1100
CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740'5040.48340.81741'5041.48341.81742.15042.48342.81743.15043.217VAPORPRESSUREPSIA0.60680.60620.60600.60540.60420.60480.60380.60270.60200.60180.60070.59890.59780.59700'981CONT.PRESSUREPSIA57.00056.99456.98756.98156.97556.96956.96356.95756.95156.94556'4056.93456.92856.92356.922,AIRMASS692753692734692694692668692657692615692595692574692552692512692502692491692471692455692433LEAKFIT4'/DAY0'1520.28450.29240.28880.28270.27630.27870.27430.26660.26000.25340.2529101
FITTEDTOTALTIMEILRTLEAKAGERATELamCONTAINMENT DESIGNLEAKAGERATELaSUPERIMPOSED CLRTLEAKAGERATELoFITTEDCLRTTOTALTIMELEAKAGERATELc-0.0104/DAY0.5004'DAY0.2644/DAY0.2534'DAYLo+Lam-La/4<=Lc<=Lo+Lam+La/40.264+-0.010-0.125<=0.253<=0.264+-0.010+0.1250.129<=0.253<=0.379102 IIIII CLRTContainment AbsoutePressureSt.LucieUnit21992PslG57.'i57.05lC:OCA56.9556.938404'tTestTimeContainment AbsolutePressure psia0.615CLRTWeightedVaporPressUreSt.LucieUnit2June19920.610.6050.60.5950.590.585384041TestTimeVaporPressure IIII CLRTWeightedAverageTemperature St.LucieUnit2June1992DegF9089.889.689AZ)89.2OQ8988.888.64041TestTimeContainment AverageTemperature IIIIII Lbs692,800692,750692,700692,650692,600692,550692,500692,45069240038CLRTCalcUlated AirMassSt.LucieUnif2June19924041TestTimeAirMass IIIIIIII CLRTBn-TopRatesRelativetoLimitsSt.LucieUnit2June1992wt.r./DayOo50.40.3%%%%%%%%%aaaa
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aaOo20.1~oooosoo~~~~so~oooooQo~~~~~oQoo~~oo~oOooo~~~oQo~oooo+sos~~ooQooo~oooQo~~~~oQo~ooo~oQo~~oooo'os~ooQo~~~~~oQo~~oosOooooo
~o(iP~~s~~0384041TestTimeCLRT~UperLimitFittedleqkageRateaaaCLRTLovterLimit~oooooQobassos IIIIIIII APPENDIXCLOCALLEAKAGERATETESTINGCONDUCTED SINCE1989108 IIIIII TYPEBTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION PERSONNEL AIRLOCKEMERGENCY ESCAPEHATCHDATE09-11-8902-20-9008/20/9011-17-9005-07-9110-31-9106-11-9209-11-8902-20-9008-20-9002-12-9108-07-9106-06-92ASFOUNDSCCM4600020000200002000070000570002200030001603000200030002000ASLEFTSCCMREMARKS300016030002000,300020006500SeeSectionVI20000200002000037000SeeSectionVI22000SeeSectionVI17000SeeSectionVIMaintenance Hatch01-12-902020109 TYPECTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION DATEASFOUNDASLEFTSCCMSCCMREMARKSMAINPURGEVALVESP-10EXHAUST06-05-8908-30-8911-28-8901-05-9002-16-9003-29-9007-08-9010-01-9011-12-9001-17-9104-03-9110-09-9104-21-9206-13-923,171,84020908,9702,500122,00060,000220010,0001500300017'28004500800200204002500400400220010,0001500300017.928004500800SeeSectionVISeeSectionVISeeSectionVISeeSectionVIP-11INLET06-05-8908-30-8911-28-8902-15-9008-15-9010-01-9001-17-9107-01-9101-07-9204-22-9206-11-92202020202020900030060011020020000202020202020900030020000600200
TYPECTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION DATEASFOUNDSCCMASLEFTSCCMREMIGESHYDROGENPURGEVALVES06-06-89P-56INLETBYPASSLEAKAGE08-28-8911-27-8902-21-9005-16-9008-15-9011-20-9002-07-9105-22-9108-06-9111-08-9102-04-9206-13-92HYDROGENPURGEVALVES06-09-89P-57EXHAUSTBYPASSLEAKAGE08-28-894002507008208808005,0008,4009,60010,90020,00020,00060020204002507008208808005,0008,4009,60010,90020i00020,000600202011-27-8902-21-9005-16-9008-15-9011-07-9002-07-9120202020202020202020202005-22-9113013008-06-9111-08-9102-04-9206-07-9210020300201002030020111 IIIIIIIIIII TYPECTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION DATEASFOUNDASLEFTSCCMSCCMREMAMCSP-48AH~Sample08-22-892020ReplaceFSE-27-10 P-26Letdown01-06-905525RepackV2516112 REFUELIHG OUTAGETYPE8TESTINGSINCE1989REFUELIHG1990REFUELING PEH.HO.TYPESERVICEVALVEHO.DATEASFOUNDSCCNNIH.PATHASLEFTSCCNNIH.PATHASFOUNDASLEFTSCCNSCCNNAX.PATHNAX.PATHRENARKS2550HAINSTEANBELL2AHAINSTEANBELL28FEEDNATER BELL2AFEEDNATER BELL2BFUELTRAHSBELLFUELTRANSTUBEOUTAGEAUXPENNAINTHATCHTAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1FLANGE0RIHGBLANKFLANGESGASKETINTER-SPACE10.03.9010-03-9010-03-9010-03-9010.12-9010-04.9011-09-8710-01-902035202020202020203520202090202020352020202020202035202020902020A-1THRUE-10ELEC.PEN.NA0929-876125619561256195TOTALTYPEBLEAKAGE(SCCN)630063006370113 IIIIIII ECTESTINGELINGEFUELINGSINCEOUTAGETYP1989REFU1990REFUELINGtill*1***
PEH.NO.llltltlll*111111*llllltl**tliltllllllt*
VALVEHO.TYPESERVICEDATE1****11*l*11*t**1***
ASFOUNDASLEFTSCCHSCQIHIH.PATHHIN.PATH~llllltt1111111111**
111111111 ASLEFTSCCHHAX.PATH1*****i**
ASFOUNDSCQIHAX.PATH*llttl**1*
REHARKS**********1 1*1PRIHARYHAKEUPMATER8STATIONAIR9IHSTRUHEHT AIRV-15-328HCV-15-1HCV.18.2V-18-1270 SH-18-797 V-18.195HCV-18-110.03-9010-1.9011.03-9020100027020100027030004&006003000BYPASS4800BYPASS600BYPASS14HITROGEHSUPPLYV.6792V.674110-12-90202035.735+7BYPASS23RCPCOOLIHG24RCPCOOLING26LETDOMHLINE2&ASITSAHPLE288HOTLEGSAHPLE29APRESSSAHPLE298PRESSSAHPLEHCV.14-1HCV.14.7HCV-14.2HCV.14.6V-2516V-2522I-SE-05.1AISE.05.18ISE-05-1CI-SE051DI-SE05-1EV.5200V.5203V.5201V.5204V-5202V-520510.26-9010-26.9011-08.9010.10.9010-05.9010-08-901005-902020202020202020202020202020202020080305520020BYPASS20BYPASS1500BYPASS80BYPASS30BYPASS55BYPASS200BYPASS31RCBVENTHEADERV-6718V.675010-11-90155155200200BYPASS41SITTESTLINEI-SE-032A8I.SE.03.28 V-346310.05-90300300300300BYPASS42CONTSNIP43RDTPNIPSUCTRCPBLEED-OFF FUELPOOLCLEANUPFUELPOOLCLEANUPLCV-0711ALCV.07.118 V-6341V.6342V2524V-2505V-7189V.7206V-7188V-717010.05-9011-12.9010058710-05-9010.05.902074020207020740202020452000020100-15045BYPASS20BYPASS100BYPASS150BYPASS200BYPASS114 IIIIIIIIIII
REFUELING OUTAGETYPE8TESTINGSINCE1989REFUELIN1992REFUELING lltll*ill PEN.NO+1111111111*111111*1111***11*11**11**111 1*1111*11*
ASFOUNDSCCHHIN.PATH***1*11111 VALVENO.TYPESERVICEDATEtlllt**11*t ll*lltt11111111111*11*11*111 1111111111 ASLEFTSCCNHIN.PATH*1111*1***
- 11111*1111***1111 ASFOUNDASLEFTSCCHSCCAHAX.PATHHAX.PATH1*****1*111*11**tll 1*lltlt*111111 REHARKS*t**1**1111***
HAINSTEANBELL2AHAINSTEANBELL28FEEDNATER BELL2AFEEDNATER BELL28TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹25-22-925-22.925-22-925-22-922020202020202020202020202020202025FUELTRANSBELLTAP¹15-22-922020202050A-1THRUE-10FUELTRANSTUBEOUTAGEAUXPENHAINTHATCHELEC.PEN.IFLANGEO.RINGBLANKFLANGESGASKETINTER-SPACENA4-28-924-23.924-22-924-28-922038202020207800202078002020207800TOTALTYPE8LEAKAGE8015116 IIIIIIIII.I REFUELIHG OUI'AGETYPECTESTINGSINCE1989REFUELIN1992REFUELING
- t**t*****ttt*t*ttt*t*tt*ttttt*********tttttt**ttt*ttt*tt*tttt*tt*tt**t*tttt**l**ttt*t*1**tt*ttttttt PEH.HO.TYPESERVICEVALVENO.DATEASFOUNDSCCNNIH.PATHASLEFTASFOUNDSCCHSCCNNIN.PATHHAX.PATHASLEFTSCCHHAX.PATH*****tt*REHARKStt*****tt*ttt*
PRIHARYHAKEUPHATERV-15-328HCV1514-27.9240040028002800BYPASSSTATIOHAIRSH.18-797 HCV-18.2V-18-1270 6-13-921300130016,0001300BYPASS14242628829A2983141424347IHSTRQLEHT AIRNITROGENSUPPLYRCPCOOLINGRCPCOOLINGLETDOHNLINESITSAHPLEHOTLEGSAHPLEPRESSSANPLEPRESSSANPLERCBVENTHEADERSITTESTLINECONTSINPRDTPUHPSUCTRCPBLEED-OFF FUELPOOLCLEANUPFUELPOOLCLEANUPV.18.195HCV-18-1V-6792V-6741HCV14-1HCV14-7HCV.14-2HCV-14-6V-2516V.2522I-SE.05.1A I-SE05-18I-SE-05-1C I-SE-05-1D I-SE051EV-5200V-5203V-5201V.5204V-5202V-5205V-6718V-6750I-SE-03-2A 8I-SE-03-2$
V.3463LCV-07-11A LCV.07-118 V-6341V-6342V-2524V-2505V-7189V.7206V-7188V.71706.11.924-25-925-1-925-19-926.12.926-14-924-24-92'-12-924-27-924-27-924-27-924-27-925-21-925-20-924-25.924-25.9265020202020402020202020203502020206502020205020202020202020350202020900502020185205002020400202020900502020205002020704002020110BYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASS117
REFUELIHG OUTAGETYPECTESTINGSINCE1989REFUELIHG 1992RFUELIHG111111111 ASLEFTSCCHHAX.PATH**1111**1 8011***1************11 ASFOUNDASLEFTSCCHSCCHHIN.PATHHIN.PATH11111111111111111111 2020111*11111 PEN.NO.111*111111 ASFDUHDSCCHHAX.PATH*111*1*1**
80F11111111111111*111111111111*llllll*111 VALVENO.TYPESERVICEDATE11111111111111*llllllllll 111*111111148AH2SAHPLEFSE-27-8FSE-27-9FSE-27-10 FSE.27.11 FSE-27.15 5-5.921111111*11*111 REHARKS1***111*1*1**1 488H2SAHPLE51AH2SAHPLE51$H2SAHPLEV-27-101FSE-27-16 FSE.27.12 FSE27-13FSE-27-14 FSE-27-18 V.27-102V-27-175-5.925-5.925-5-92202020202020300060.500300050052852C52E67RCBATHOSRADHOHITORSRCBATHOSRADHOIITORSRCBATHOSRADHONITORSILRTTESTCOHNECTIOH ILRTTESTCNNECTIONILRTTESTCNHECTIOICOHTAINHENT VACUUHRELIEFCOHTAIHHENT VAmlRELIEFFCV-26-1FCV-26-2FCV-26-3FCV-26-4FCV-26-5FCV-26-6V-00140V-00143V-00139V-00144V.00101V-25-20FCV-25.7V-25-21FCV.25.85-1-925-1-925-1-925-6-925-6-9204-24-926-6-9204-24-929501102010020900402095011020100209004020120013010018003502001200'30300100180020200BYPASSBYPASSBYPASSBYPASSBYPASSBYPASSTOTALTYPECLEAKAGE5240524029,98514,030TOTALBYPASSTYPELEAKAGE5100510025,79525,465118 IIIIIII VI.LOCALLEAKAGERATEPROBLEMSSINCELASTILRTA.MainPurgeExhaust(FCV-25-5)
DuringroutinetestingonJune5,1989FCV255(48"butterfly valveonmainpurgeexhaustP-10)wasfoundtobeleakinginexcessoftheTechnical Specification limits,seeLERs389-89-004, 389-89-009, and389-89-009 Revl.Improperadjustment ofvalveclosurestopwas.originally thoughttobethecauseoftheexcessive leakage.OnNovember28,1989thevalveagainfailedLLRT.Afteradjusting thevalveclosurestopagaintostopleakagethetestingfrequency wasincreased.
AfteranotherLLRTfailureablindflangewasinstalled perEngineering SafetyEvaluation JP¹PSL-SEMJ 039.Becausetheflangeisoutsidetheshieldbuildingthismakesleakagefromthispenetration nowbypassleakage,andplantprocedures werechangedtocorrectly accountfortheTechnical Specification limitonbypassleakage.Duringthe1990refueling outagerepairandrootcausedetermination wasnotdoneduetopersonnel safetyconcernsoverperforming maintenance onthe48inch.butterfly valvewithoutajackingdevicefortheactuatoravailable toholdthevalveopen.AnEngineering Requesthasbeensubmitted tomaketheblindflangepermanent.
119 IIlI B.Personnel AirLockBetweenthe1989and1992refueling outagethepersonnel airlockexhibited highleakageduringthe"overallleakagetest"(strong-back test)ofTechSpec4.6.1.3.b onSeptember 20,1990.Theairlockwasrepairedbyreplacing theouterdoorreachrodshaftpacking.Reducingtheoverallleakagefrom46,000sccmto6,500sccm,thelimitbeing47,250sccm.Aftersuccessful testsonFebruary20,1990,August20,1990,andt,November17,1990,thepersonnel airlockfailedthestrongbacktestonMay7,1991.RepairswereagainmadetoreachrodshaftsealsbeforetheLimitingCondition forOperation (LCO)3.6.1.3timelimitwasexceeded.
Similarproblemswereexperienced afterthe1990refueling onOctober31,1991.Duringthe1992refueling outage(priortotheILRT)thereachrodshaftswererebuiltandsealagainreplaced.
120 IIIIIIIIIIII