ML071550459

April/May 2007 Exam Nos. 05000327-07-301, 05000328-07-301 - Final JPMs (Part 3 of 3). (Section 1 of 4)

ML071550459
Person / Time
Site:	Sequoyah
Issue date:	05/09/2007
From:	NRC/RGN-II
To:
References
50-327/07-301, 50-328/07-301
Download: ML071550459 (134)

See also: IR 05000327/2007301

Text

{{#Wiki_filter:Final Submittal(BluePaper) SEQUOYAH APRIL/MAY2007EXAMEXAMNOS.05000327/2007301AND05000328/2007301 APRIL9-11,2007 ANDMAY9,2007 (written)1.Administrative JPMs2.In-plantJPMs3.ControlRoomJPMs(simulatorJPMs)

(PR EPARED!REVISEDBY:VALIDATEDBY: APPROVED BY:*JPM 8.1.a Page1o f 10Rev0 SEQUOYAH N UCLEA RPLANT JOB PERFORMANCE M EASURE B.1.a Raise Power to 10-3%O r iginalS ignatures onFile Date!Date!Date!(Operation s T raining Manage r)CO NCURRED:**(Operat ions Representative) Date!/*Validationnot required fo r mi nor enhancements , procedure Rev changes t hat do notaffectthe JPM,or individual s tep changesthatdono t affect t he flow of t he JPM.**Operations Concurrence requiredfor new JPMsan d changes tha t affectthe flow o f the JPM(ifnotdrivenbya procedure revision). /(JPM B.1.a Page2o f 1 0 RevO NU CLEAR T RAINING REVIS ION/USAGE LOG Revis i on Descrip tion Pages Prepared/NumberOfRevis ionVD ate Affected Revised Bv: 0 Initialissue Y 3/08/07 AliRHEvans I I i I v-Specifyif the JPMchange willrequireanother vali dation (Y o r N).Seecove r sheetforcriteria. JPMB.1.aPage3of10Rev0 (SEQUOYAHNUCLEARPLANT RO/SRO JOB PERFORMANCE MEASURE Task: Ra iseReactorPowerto10 .3%JAITA task#: 0010190101 ,OperatetheControlRodDrive Systemtobringthereactorcritical 0010100101 ,ManuallyopentheReactorTripBreakerfromtheControiRoom3110140601,Re spondtoContinuousRodWithdrawalperAOP-C.01 KiA Ratings:192008K1.08 001K5.18 001A3.08 001AK1.01 001AA2.05 3.5/3.6 4.2/4.3 3.9/4.0 3.4'/3.7 4.4/4.6 Task Standard:Reactoristrippedinre sponsetouncontrolledrodwithdrawal.In-Pl ant_x Evaluat ion Method: Simulator===================================================================

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=(Performer: NAMEStartTime Performance Rating:SATUNSATPerformanceTimeFinishTime Evaluator: /SIGNATURE DATE================================================================================ ===COMMENTS (JPMB.1.a Page 4of10Rev0 SPECIA L INSTRUCTIONSTOEVALUATOR:1.Sequenced stepsidentifiedb y a n" s"2.Any UNS AT r equ ire s comments 3.Ensureoperator performsthefollow in g requ ired act ions fo r SELF-CHECKING; a.Identifiesthecorrectunit,train, componen t , et c.b.Reviewsthe intendedact ionande xpected response.c.Comparestheactua l respon setothee xpected response.4.In itialize simulatortoIC-9 1 5.Ensure Aud io-Count RateMult iplierisseto n t he'x t'scale6.Acknow ledgeanyassociatedalarms. Initi a l izeSimulatortoIC-91 Validation Time: CR.21min s Loca l ToolS/Equ ipm ent/Proce dures Needed: 0-GO-2Mark Up , 0-S O-B5-1 Mark Up , Counts Doublingtab l e , 1 1M Plot References' Reference Title Rev N o.A.0-GO-2 U nit Startup f romHotSt andbvtoReactor Critical 26 B.0-50*85*1 Contr olRodDrive S vstem 3 2 C.A OP-C.O lRodControl S ystem Malfunction 1 6READTOOPERATOR DIRECTIONSTOTRAINE E: Iwillex p la inthe initialconditions,andstate t he tasktob e performed.Allcontrolroomstep s shallbeperformedforthi s JP M.I willprovideini t ialing cue s a nd reportsonotheractionswhend irec tedbyyou.Wh enyoucomp let ethetasks uccessfully , theobject ive fort h i sjobperforman cemea sure willbesat isf ied.Ensureyo u indi catetomewhenyou understa nd y our ass ignedtask.To i nd icate thatyou havecompleted yo ur a ssigned taskreturnthe handoutsheet I p ro videdy ou.INITIAL CONDITIONS:Areactor s t artupisin progress in accordance w ith 0-GO-2, Reactor Startup.The following condit ions e xist:*All shutdow n bank rodsa re fully withdrawn.*Control Bank" 0"isat127steps.*T h e es tima ted cri tica l positioni s 155s teps on Control Bank" 0".*Most rece nt 1 1 M predicts 150 steps o n C ontrolBank0*You areatthe e" doubling o f source range cou nts.*Allpre cautions , lim itations , p rer equ isites and pre ceding steps for perfo rmanceofthe task have been met o r successfull y performed.INITIATING C UES: The U n i t Supervisord irectsyouto cont inue w ith the reactor startup and withdraw control rods t o critical ity and increase power to take critica l data i n accor dance with 0-GO-2, Unit Startup from Hot Standby to Reactor Critical, section 5.2, beginning atStep 55, and 0-SO-85-1 section6.3,s tep 41.You are t o notify th e Unit Supervisorwhen c riticaldata has been taken. STEP 1.:[55]((JobPerformance Checklist: STEP/STANDARDIfICRRplottrend indicatesacceptableECC,Theninitiater od withdrawal usingS O-85-1 t o seventhdoubling range(App.C)o r criticality. STANDARD: Candidate d e ter m ines that 7dou bling isapp r o x imat e ly 2400 CPS on eachSRchannel.Determine s that ICRR in dicate s acceptab le ECC (+/-1000 p cm o f e st imated).Initiates rodwithdrawalbyplacing IN-HOLD*OUTswitch1-HS-85-5111 tot heOUTposition.NOTE: Refer to jpm step 3 for critical step on determining reactoris critical.COMMENTS: Procedure note prior to step 56: Steps5.3(56)th rough 5.3(58)maybe repeated as necessaryifrod motion is stopped prior to reaching doublingrangeor criticality. STEP2.[56]Whe nanyofthefollowing conditionsa re met:*SRcountrate reachesorexceedsseventh doublingr ange determined inAppe ndixCo r*B a n k 0 rod s reachfully withdrawnpo sition or*Operatorso r Reactor Engineer determine that rod motions houl dbestoppedTHENSTOPoutwardrodmotion STAND ARD: Thi sstepwillNOTbeapplicablea t this time COMMENTS: JP M B.1.a Page5o f 10 RevO SATIUNSAT_S AT_UNSA T St art Tim e__Critical Step_SAT_UNS A T Note: Candidate may stop rod withdrawal whenP*6is received.WhenP*6is received , action willbetakenper procedure step 62 of D-GO*2 STEP3.[57]If Reactor i s critical,thengotoste p 5.2(59)(NAS tep 5.2(58).-SAT STANDARD: Pe rf ormer determ ine s t he reactor is criticalby observinga stab le-UNS AT startup rat e with n o addition o f positive reactivity prior t o rea ching 10--3%p owerand procedure s tep 58w illbeNA.Cue: If necessary, a sk operatorIf the reactor Is c r itical.Cr itical Step NOTE: If app licant states that the react orIsNOT crit ical,t his i s co nsidered UNSAT performance .CO M MENTS:STEP4.[59]Ifan y o fthefollowing condit ions exist:-SAT*Criticai conditionscannotbe achievedwi thinthe+/-75 0 p cm-UNSAT termination band o r*Criticalconditionscannotbe achievedwithinthe+ /-1000p cm-allowablelimit s o r,*Criticalco nditions cannot be achievedabo verodinsert ionlimitor*Reactor startupmu st beabortedforotherreasons,Thenperfo rmthefollowingtoabort reactor startup:*STOProdwithdrawal*INITIATE insert ion o f controlbanks*PERFORMAppendix D,Actions if reactorstartupmust beaborted*DONOTcontinuethissection STANDARD: Candidate determinesth is stepdoesNOTapply CO M MENTS:STEP5.[6 0]If reactorissubcritica l with rod s at f u lly withdrawnposit ion,the n-S AT performAppendixEActionsif reactorsubcritical withrodsfully UNSAT with drawn.-STANDARD: Candidate determ ines th atthisstep is NA COMMENTS: ((---------._--_.-_._--Job Performance Checklist: STEP/STANDARDJPMB.1.aPage6of10 R evO SATIUNSAT S TEP 6.[61]Ifthereactori s criticalwith SURlessthan 0.3 D PM, a nd-S AT I nt ermed iateRange N IS<P-6 (1E*4%), then perform th e following:-UNS AT*If Bank D controlRodsare BE LOW the fullyw ithdra w n position, the n opera te control r o d s to esta bl is h a positive SUR o f appro ximately0.3 DP M.STANDARD: Candidate evaluates I R SUR and ifnecessary , w ithdrawscon trol ban k Dtoestablisha0.3 DPM S U R COMM ENTS: P rocedurenotesp r iortos tep 62: 1.BlockingtheSRMtr ip wi th HS*92-5001andH S-92-5002 will disablethe detector outputsa nd remove t he audi o c ountrates igna l 2.Step5.3(62)ma y be perf ormed at timeo f c r iticality , i f SourceRange re ac tor tripmustbe BLOC K ED before tripsetpoint o f 10 CP S-STEP7.[62]WhenannunciatorwindowXA-55*4A, windo w D-2isiit , then-S AT*RecordbothSourceRangeread ing s-UNSAT*Reco rd both I ntermed iateRa nge re adings*Ver if yamin i mumof1 I RMchanne l grea ter tha norequalt o 1 F 4%RTP.*B lock sourcerange reactortripbymomentarily placi ng HS-92-C riticalStep 500 1 and HS-92-5002 SRMTRIPRESET-BLOCKhandswitchestoB LOCK.*Verify annunciator window XA-55-4A , C-1, i s lit*SelectNR-45 to record1I R and1PR channel*Ad just NR-45 c hart speedasdesired.STANDARD:A c knowledge P*6annunciator

RecordS RandIR indicationsonMC

B , andv e rify I R ind ication>1 E , 4%.Placesbothswitches in BLOCK ,andobservesannu nc iator XA-55-4A-C1 Selectsone IR a nd onePR indication onNR-45 Cue: I f the c andidate r e ports that SourceRange High FluxTripsh avebeenblo cked , ackn owl e dge an d providedirec tiont o ra ise reactor p o wer t01x10*3%p ow er toobta in c r it i cal data COMM ENTS: ((J ob Perfo r m ance Checklist: STEP/STANDARD JPMB.1.aPage7of10 Re v 0 SAT/UNSAT JobPerformanceChecklist: STEP/S TANDARD JPM B.l.aPage8of 1 0 Re vO SAT/UNSAT (S TEP8.[63]Ensure PAann ouncement made tonotifyplantpe rsonnel whe n-SA Tthereactoriscrit ical.-UNSAT S TANDARD:Announcescriticality overthePAsystem COMMEN TS: Note prior to step 64: Whe n T-avg is less than551 degreesFand Tavg-Tref devia tionalarmIs lit, SR 4.1.1.4.breq uires ver ify ing lo westT-AVGgreater than or equalto5 41 deg rees F a t le ast once eve ry30m inutes.STEP9.[64]IfTa vg-Tref alarm(M-5A windowC-6)islit ,andTavgis less than-SA T551degree s F, Thenperform 0-SI-SXX-068-127.0 to satisfySR 4.1.1.4.b, Minimum TemperatureforCriticality .-UNSAT STANDARD: CandidateverifiesTa vg is547degrees F.Cue: Another operator_will perfo rm the surveillanc e CO MMENTS: Booth Ins tructor: In sert malfunc tion I MFRD01f:48 k:1at thenextrodmotion.Ind icationon1-M-4,Rod MotionRedo r Green Ligh t.STEP 10.[6 5]RAISEr eactor po wertoapproximately1X 10.3%:-SAT[65.1]IfBank0rodsa re below fUllywithdrawnposition,thenoperate-UNSAT con trol rod stoesta b lishapositiveSURofap proximately 0.5 D PM (nottoe xceed1DPM)STANDARD: InitiatesrodwithdrawalbyplacingIN-HOLD-OUTswitch1-HS-85-Critic al S tep 5111totheOU T posit ion.Ensure s SU R is<1D PM COMMENTS: Job PerformanceCh ecklist: STEP/STANDARD JPM B.1.a Page9of 1 0 Rev O SAT/UNSAT (STE P 11.Determines that Bank0Group1isstepping afterreleasing I N--SAT HOLD-OUTswitch-UNS AT STANDARD: Candidate reportsr od movementto SROorattemptstoi nsert Bank 0 rods.Determ inesrodmovementdoesnotsto p Cue:/f candidate reportstoSRO , acknowledge the report.D/rect the candidate to recommend an action COMMENTS:STEP1 2.: Tr ip the reactorin response toinappropriatecontinuousrodmotion.-S AT STANDARD: Cand idate tr ipsthereactor inresponse toin appropriate continuous rod-UNSAT mot ion.Note: Candidate may refertoAOPC.01 for tripp ing reactor Cr itical Step COMMENTS:-EndofJPM CANDIDATE CUE SHEET(TOBERETURNEDTOEXAMINER UPON COMPLETIO N OF TASK)DIRECTIONT O TRAINEE: I w illexplainthe initialconditions,andstate the tasktobe performed.Allcontrol roomstepsshallbeperformedfor this JP M , includinganyrequired communications.I w illprovidein itiat ingcuesand reportsonothera ctions when directedbyyou.Ensurey ouindicatetomewhenyou understand your assigned task.Toind icat ethaty ou have comple ted your assigned task returntheha ndoutsheetIpro vided y ou.INITIAL CONDITIONS: A reac tor startup is i n progress in accordancewith0-GO-2,Reactor Startup.The followingco nditions exist:*A ll shutdownbankrodsare fullywithdrawn.*ControlBank"D"isat127 steps.*Theestimated critical pos i tion is 155stepsonControl Bank" D"..*Most Lecent 1 1M predicts 150steps onC ontrol Bank D*You areatthe6 t h doublingo f sourcerangecounts.*Allp r ecautions, limitations , prerequisitesandprecedingstepsforperformanceof th e task havebee n me torsuccessfullyperformed.INITIATING CUES: The Un it Supervisor d irects you to con t inue with the reactors tartup and withdraw control rods to cr iticality and increase power to take cr itical data in accordance with 0-GO-2, Un it Startup from Hot Standby to Reacto r Cr itical , section 5.2 , beginning at Step 55 , and 0-50-85-1 section 6.3 , step 4 1.You are to notify the Unit Supervisor when critical data h as been t a ken. (((-----,,-._-,--_..__._._-_..Sequoyah Nuclear PlantUnit0GeneralOperat ing Instructions O-GO-2 UNIT STARTUPFROMHOTSTA NDBY TO REACTOR CRITICALRevision0026 Quality RelatedLevelofUse: Continuous Use Effe ctive Date: 12-10-2006ResponsibleOrganization

OPS,OperationsPreparedBy:O.A.Porter

Appro vedBy:W.T.Leary Current Revision DescriptionRevisedtoresolveinterfaceproblemwith0-RT-NUC-000-003.0(PER115799) .AddedcontingencyactionsifControlBank 0reachesfulloutposition .Incorporated variousother enhancements. THIS PROCEDUREIMPACTSREACTIVITY \SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Un it 0TOREACTORCRI TICA LRev.0026Paae2 of 85 Table of Contents PRECAUTIONS AND LIMITAT IONS 6 PRECAUTIONS 6 LIMITATIONS 8 PREREQUiSiTES 9 I NSTRUCTIONS 12Actionstobeperformedp riortoareactorstart up 12 Reac tor Startupafterarefuel ing outage 21 Reac torStartupafte r a non-refueling outage 4 5 REFERENCES 3 Performance References 3 Developmental References 5 F IRST SECTIO N 3 Purpose 3 Scope 3 RECORDS 69 Appendix A: DELETED 70 Append ixB:MODE3TOMODE2 ,1REVIEWAND APPROVAL 71 Ap pendi x C: DETERMING SOURC ERANGECOUNTRATEDOUBLI NG 79 Append ix D: ACTIONS I FREACTORSTARTUPMUSTBE ABORTED 80 Appendix E: ACTIONS IF BANKDRODSREACH FULLOUTPOSITIO NPRIORTO CRITICALITY 81 1.0 1.1 1.2 2.0 2.1 2.2 3.0 3.1 3.2 4.0 5.0 5.1 (5.2 5.3 6.0 Source Notes 83 \" SO NUNITSTARTUPFROMHOTSTANDBY0-GO-2Unit0TOREACTORCRIT ICAL Rev.0026 Pa ge3of85 1.0FIRSTSECTION 1.1 Pu rpose This General Operating(GO)Instruction provides necessary actions t o perform a unit startupfromhots tandby(Mode3)t o reactor critical(Mode2) follow inga reactor shutdown orinitial startup after refueling.1.2 Scope A.This GOcontai ns t hefollowingsectio ns: 1.5.1 Actionstoperformp riortocommencingreactorstartup .2.5.2 Reactorstartupafter a refuelingoutage.3.5.3 Rea ctorstartupaftera non-refuelingou tage.Th is instruction alsoprovides guidance forthecontrol ofreactivity associatedwit h Xen o n whileth e rea ctoris in a hotstandby condition.(2.0 REFERENCES 2.1 Performance References A.0-RT-NUC-0 00-003.0 , Low Power Physics Testing B.0-SI-OPS-000-004.0, Surveillance Requirements P etiormedonIncreased Frequencywit h No Specific Frequency C.0-SO-30-5 , L o wer Compartment Cooling Unit s D.0-SI-SXX-068-127.0 , RCS andPressuri zer TemperatureandPres sur e Limit s E.0-SO-30-6 , ControlRod Drive CoolingUnits F.1-PI-OPS-000-021.1 , Mo de 1-4 Contro lRoomOpe rator MCRDutyStati onSh ift R eliefandSystem Status Checklist G.2-PI-OPS-000-023 .1 , Mode 1-4 Control R o om Operator MCR Duty S tationShift Relief and System Status Checklists H.1 , 2-S0-3-2, Auxiliary Feedwat er SystemI.1 , 2-SI-ICC-092-N41.1, ChannelCalibration of Power Range Nuclear I nstrumentationSystem , ChannelN4 1 \.-------SQ N U NIT STARTUPFROMHOTS TANDBY 0-GO-2 Un it 0 TO REACTOR CRITICAL Rev.0026 Paqe4of85 2.1 Performance References (continued) J.K.L.M.N.O.P.Q.R.(S.1,2-SI-ICC-092-N42.2, Channe l Calibratio n of PowerRange Nuclear Instrumentation System , ChannelN42 1,2-SI-IC C-092-N43.3 , ChannelCal ibration of Po wer RangeNucl ear Instrume ntat ion System , Channe l N43 1,2-SI-ICC-092-N44.4 , Channel C alibration of Power RangeNuc lear Instrumentation System, Channel N44 0-SI-NUC-000-001 .0, EstimatedCritical Co nditions 0-SI-NUC-000-038.0, Shutdown Margin 1 , 2-SO-68-2 , R eactorCoolant Pump s 1-PI-OPS-057-001.0, Fun ctionalTesting o f LowVoltageBus CoolingOil Pumps Core-Operating Limit Repo rt 0-PI-OPS-000-001.0, Initial StartupSystem Parameter Log 0-PI-OPS-301-001 .0, PlantC omputer Point Disablement T.OPDP-4, Annunciator D isablement U.SI-53 , Sp ecific Iodi ne Isotopic Acti vity Concentrationand /or DE 1-131 Determination V.SI-407.2, Radioactive GaseousWasteEfflu ent P arti cul a t eandIodine Dose Rates fr om ShieldandAu xiliaryBuildingExhausts(Week ly/Special)a nd Co nde nser Vacuum E xhaust(Special)W.0-SI-CEM-030-415.0 , Gase ous Effluent Requirements(GrossAlphaNobl e Gas and Tritium)X.0-SO-62-7, Boron Concent rati o n Contro l Y.0-SO-85-1, Control R od DriveandR od Posit i on I n dic a ti onSystem Z.OPDP-1 , ConductofOperationsAA.SPP-10.0 , Plant Operat ions Standard Program BB.SPP-3.1 , Correcti veAction ProgramCC.Technical Requ irementsManual, 3.4.7 DO.Technical Specification s,SR4.1.1.4.a ((\, SQNUNITSTARTUPFROMHOTSTANDBY0-GO-2Unit0TOREACTOR CRITICAL Rev, 0026Page5of85 2.1 Performance References (continued) EE.Technical Specifications, SR 4.1.1A.b 2.2 Developmental References A, GOI-1, Plant Startupfrom Cold ShutdowntoHot Standby B.GOI-2 , Plant StartupfromHotSt andbytoM inimum Load C , O-GO-2-1, Plant StartupfromHotStandby to React or Critical D , FSAR Section 1 3,5 E , SPP-10A, Reactivity Management Program ((\SQNUNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026 6 of 85 3.0 PRECAUTIONS AND LIMITATIONS 3.1 PRECAUTIONS A.Stepsofthisproceduremustbeperformedsequentially ,unlessspecifically stat ed otherw ise.B.Criticalityi s indicatedb y a pos itivestable startup rate(SUR)withn orodmotion.Anticipatecriticality anytimereactivity changesarebeing made.Nuclear instrument ationshallbemonitoredvery closel yinanticipation o f unplanned reactivityrateofchange .C.Dur ingthehotstandb y p eriod ,observethesource and intermediate ran ge in strumentsastheXenontransient progresses t o assurethataninadvertent returnt o criticalitydoes notoccu r.D.Reactor Engineering should becontactedforguidanceoncoreoperating recommendationsduringunusual power maneuvers su ch a s st artup a tendof coreJife.[C.8] E.Ifreactorstartupisanticipated prior toreaching theXenon-free condition,the reactor coolant temperature , ro d position ,andboronconcentrationma y b e used toacco unt fo r time dependent c hanges i n Xenon co n centration.Conditions shoul d be closelymonitored toensurethat shutdown marg in requirements of 0-SI-NUC-000-038.0 ar e maintainedatalltimes.If desired,shutdown rod s ma y bewithdrawn inaccordancewithCOLRspecifications toprovideimmediateinsertionpoison forareactivityexcursion.[C.12]F.Topreserve th e life o f 20ASTand20ET , powermustb e removed from the turbinetrip Bu s AandtripbusB i f unitstartup ise xtended.G.Durin g th e approa chtocriticality Op eratorsshallnotbedistractedbyactivitiessuchasshift turnover and surveillance testing.[SQ99 013 6PER]H.US/SROO vers igh tforcontrolrodman ipu lationshallinclude

1.Prior to RodMovement a.Ensure RPI's withinT.S.range(+or-1 2 steps)b.Verif yontarg etwithR x Engreactivitybalancesheetorwithi nlimitsofE stimated Critical Condition (asappli cable)c.Ensureprocedural requirements met.d.Ens ure n o simultaneous

react ivity man ipulationsinprogress.

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_.(SQNUNITSTARTUPFROMHOTSTANDBY

0-GO-2Unit0TOREACTORCRITICAL Rev.0026Page7 of85 3.1 PRECAUTIONS (continued)2.DuringRod Movementa.EnsureROhaspeercheckb.EnsureROisfollowingprocedure c.EnsureROunderstandscriteriaforstoppingrodmotion(basedupon numberofstepsand/ornuclearinstrumentresponse)d.Watchperformanceofrodmanipulationwhilelisteningtoaudibleindicationofrodstep e.Ensurepeercheckingmeetse xpectations (OPDP-1)f.Re-verifyitemsofinitialevaluation(onpreviouspage) g.Monitorplantforexpectedresponse ( ((SQN UNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICAL Rev.0026Page8 of 85 3.2 LIMITATIONS A.Simultaneous reactivityadditionb yrodwithdrawalanddilutioni sNOTallowed whileinthesourcerange. B.Ifatanypo intduringtheap proachtocriticality ,ONEofthet wosourcerange dete ctors showsanunexplained increaseincount ra te equaltoorgrea ter tha n a factor of 5, orifBOTHsou rce rang edetectorssho wanunexplainedincrease incountrateequaltoorgreaterthanafactorof2 ,theapproachtocriticalityshallbe SUSPENDED IMMED IATELY (i.e.,allrod withdrawalsand /or b oron dilut ionsshallbeterminated) .Further positive rea ctivity changesshalln ot be re sumeduntila n evaluationisperform edandtheShiftManagerauthorizesa resumptionintheapproa ch to criticality .C.After refueling operations ,theNIS indicationsmayb e inaccurate until ca librationathigherpower levels.TheNIScalibrat ionprocedureswilladjust th ePRMtr ipsetp ointstoensurethatthe excoredetectorsdon ot contribute t oanoverpowercondition.Pr i or t o st artup , thePRMh igh ran ge flu x trip setpoint willb eadjustedfrom109to 6 0%, withtherodstop (C-2)remainingat10 3%.[C.3j-.D.Whil e in Mode3 , maint aintheReactor Coolant System b oron concentrationi n accordancewith0-SI-NUC-000-038.0,ShutdownMargin requirements. E.T he stepp ingo r trippingofthe Control R od duringpe r iodswh en coolan t crud l evelareh igh should b ekepttoa minimum.Thi swilllimitthepossibilityo f CR DM m is-steppingduetocrud contaminationofCRDM latch assemblies . ('" SQN UNIT STARTUP FROM HOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICAL Rev.0026 Paae9of85 4.0 STARTUP No.leo'PREREQUISITES Unit I Date NOTES1)ThroughoutthisInstructionwherean IF/THENstatemente xists,thestepshouldbe N/A'd iftheconditiondoesnotexist.2)Prerequisitesmaybecompletedinanyorder.3)ManagementoversightisrequiredforaReactorStartupafteranon-refuelingoutage.AReactorStartupafterarefuelingoutageisaCIPTE. [1]ENSUREInstructiontobeusedisthelatestcopyof effective version.[2]PrecautionsandLimitations. ([3]INDICATEbelowwhichinstructionthis 80isbeingenteredfrom:*0-GO-1(coldshutdowntohotstandby)

• 0-80-6 (30%reactorpowertohotstandby)
• 0-80-7(hotstandbytocoldshutdown)
• 0-80-5(normalpoweroperation)

[4]MAINTAINpressurizerpressurewithinthenormaloperatingbandbyuseofthepressurizerheatersandspray valves.[5]MAINTAIN pressurizer levelgreaterthanorequalto25 %. SQNUNITSTARTUPFRO MHOTSTANDBY O-GO-2 Un it 0TOREACTORCRITICALRev.0026Page10 of 85 4.0 S TARTUP No.Iill PREREQUISITES (co ntinued)Un it I NOTE Duetoinstrument inaccuraciesthestea mdumporSGatmospheric reliefvalve setpoin t o f 84%or 1005p sigmaybe+/-1%or+/-1 2 psigoff.[6]MAINTAIN T AVG st ableat547°Fwithsteamdumpsinpressuremodeorwith SGatmosphericreliefva lves.[7]MAINTAINSGl evelswithinthenormaloperatingrange us ing A u x iliary F eedwater.([8][9]ENSURE all rea ctor coolantpumpsareinoperationin aceordance with 1 ,2-S0-68-2, ReactorCoolantPum p s.[C.12]IFthereactor vesselheadhasbeenremoved , THEN ENSURE conditi onal perfo rmanceof0-SI-S XX-085-043.0, R od D ro p TimeM ea surements , ha s be en p erformed toco mply withSR4.1.3.4.a.\...[10]REQUESTPeriodic TestCoordinatetocon firm th at t he following checklists ha vebeend istributed:[10.1]Mode3toMode2 , 1 , Surveillance Checklist (NA ifpreviously performed f or thisstartup).[10.2]Reactor Trip BreakerChecklist (NA if prev iously performe dforthis startup).[11]ENSUREEast Valve VaultRoomVent ChutedampersOPE N.(i nside doornearSPINGRoom , R ef.PER 03-002446-000). [12]NOTIFYMIGtore-scaleLR-3-43A an d LR-3-98A , Steam Generato r WideRangeLeve l Recorders , t o 80%-9 0%. (SQNUNITSTARTUPFROMHOT STANDBY 0*GO*2 Unit 0TOREACTOR CRITICALRev.0026 Paqe 11 of 85 4.0 STARTUP No./0/PREREQUISITES (continued) Un it I (\.[13]ENSUREeachperformerd ocumentstheirnameandinitials: Print Name Initials Print Name In itials:>..t.f.I tt>-J'.m/" t-ENDOFTEXT (SONUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICALRev.0026Paae12 of 85 5.0 STARTUP No.1182 1 INSTRUCTIONS Un it I Da te Tudry 5.1 Actionstobe performed priortoa reacto r startup[1]ENSURESection4.0. Prerequisites complete.NOTE Steps 5.1[2]through 5.1[11]maybeperformedina ny o rder.[2][3]INTIATE AppendixB,*Mode3to Mode 2 , 1 Review And Approval while continuingwiththis instruction .OBTAIN assistancefrom Systems Engineeringtocomplete Appendi x B ste ps associ ated withPressurizer Sprayline bypas s valves.(NOTE StepsforMFPTstartupmaybeperfo rmedinparallelwithotheractivities.T he MF PT t ripbussesshallbeenerg ized priortoentering Mo de2(LCO 3.3.2.1 o r 3.3.2)exceptas allowedbyLCO 3.0.4.[C.1][4]INITIATEapplicablesection(s)of1 , 2-S 0-2/3-1top repareatleasto ne MF P fo rstartup.whilecontinuing wit h this instruction .(N/AifnoMFPT available) [5]ENSURE TDAFWLCVsarein NORMAL.2fK AfIdP 1st IV (SQNU NITSTARTUPFROM HOTSTA NDBY 0-GO-2 Un it 0TOREACTORCRITICAL Rev.0026Page13 of 85 Actions to be performed p riortoa reactor s ta rtup (continued) 5.1 STARTUP No./at::tCAUTION Rapid changes i n pressurize r enclosure temperature may resultinp ressur izer safety valve s immer.[6]IFlowercompartment coo lers arenoti n service.THE N[6.1]ALIGNlowercompartme nt coo lerstoma intain pressu rizerenclosuretemperaturelessthan110°F inacco rdance w ith 0-SO-30-5.([7][6.2]MONITORPressurizerenclosuretemperatu re_usingPlan t Computerpt.T1001A.IFcontrolroddrivecool ers are notinservice, THEN[7.1]ALIGNcontrolroddrivecoolers to maintain shroudenclosuretemperature less th an 164°F in accor dance with0-SO-30-6.[7.2]MONITOR ReactorCavity Airtemperatu re us ing Plant Computerpt.T10 14A.NOTE New analysisis notrequired fort his startup.Routineanalysis i s sufficientun less therei s reasontosuspectc hemistryhasbee n changed.[8]NOTIFY ChemistrySupervisortha t mode changefrom3to 2 requiressampling i n accordance with 0-SI-CEM-000-050.0. 0-SI-CEM-030-407.2, a nd 0-SI-CEM-030-415.0 requirem ents. (SQNUNITSTARTUPFROMHOT STANDBY 0-GO*2 Unit 0TOREACTORCR ITICALRev.0026 Paae14 of 85 Actions to be performed prior to a reactor s tartup (continued) 5.1 STAR TUP No./4c:f UnitDa te 7<<IA.{(NOTEToprese rve th e life o f20ASTand20 ET , power mu st b e removed fromturbinetripbusAandt rip busBifuni t startupisextended.[9]ENERGIZE main turbi netripbus es by CLOSING th e followingbrea kers (N A break ers notapplicable): U NIT TRA IN BREAKER250VDCPOS ITION INITIA LS RIle buR TRA INA1-BKRD-47-KA/516B A ITBd1C LOSED1stCV 1 i lK IfW?l-1-BKRD-47-KB /516*TRAINB B AITBd2 CL OSED 1 stC V llh:-At",;TRAINA2-BKRD-47-KA/519B A IT B d1CLOSED 1s t CV 2 ,;,nr-*TRAIN B 2-BKRD-4 7-K B/519 B AITBd2CLOSED1st NOTE Step 5.1[10]maybemarkedN /Aifn ot required.[10]PERFORM 0-PI-OPS-047-723.0, 20/AS T, 20/ET , 20-1/0P C , and 20-210PC O pe rability Verification (N/Aifnotperfo rmed). ("SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICAL Rev.0026Page15 of 85 Actions tobe performed priortoa reactor startup (contin ued)5.1 STARTUP No.IM I Un it 1(CAUTIO N Operatio n of the H ic pumps w ithout the turbine being reset will result i n overheat ing of the EHC fluidandpu mps.NOTE Startupof EH C an d turb ine reset ma y b e postponed un til laterinstartu p , (N/A i f po stponed)[11]ENSUREEHCsyst e m i nserviceinaccordance wit h 1,2-50-47-2(NA ifpreviou sly pe rformed),[12]IF 1'\0 MFPT i s ready forstartuppe r 1,2-8 0-2/3-1 , THENGOTOSection5,1[18].[1 3J ENSURE MFPT designatedforstartuphasbee n tested an dreadyforstartup per1 , 2-80-2/3-1 PRIORtoproceedingwiththene xt step ,J sa<</1Xf&c+----Initials Datr 61 n l e-£T ime (SQNUNITSTARTUPFRO M HOT STANDBY 0-GO*2 Unit 0TOREACTORCR IT ICAL Rev.0026 Page16o f 85 5.1 STARTUP No./tA:I Unit I Actionstobe perform ed p rior toareactor startup (continued)Da te 7 m411:\I (NOTES1)StepsforMFPT start upmaybeperformedi n parallelwithot her activities.TheMFPTtripbussessha llbeenergizedprio rtoenteringMode2(LCO3 .3.2.1or3.3.2)e xceptasallowedbyLCO3.0.4 .[C.1]2)Poweri s p lacedononly ONE MFPTtripbu s in Step5.1[14]topreventinadvertent AFW P start.[1 4]ENSURE powerrestored t oONLYONE ofMFPTtrip busses o ntheapp licable un it: (N/Abreakersnotapplicable .)[C.1]PU MP ELECTRICA L BREAKER BREAKER NO.BOARD INITIALS POSITION250vDC MId Zj/tr MF PT 1A 1-BKRD-4 6-KN523 Ba ttery BdICLOSED1st CV 250v D C'P MFPT1 B 1-BKR D-46-KN524 BatteryB d I CLOSED st C V 250v D C At/";,-MFPT2A2-BKRD-46-KB/523 BatteryBd2CLOSED1 s C V 250v D C'b MFPT2B 2-BKRD-46-KB /524 Battery Bd2 CLOSED H t CV (--_._---SQN UN ITSTARTUPFROMHOTSTA NDBY 0-GO-2 Unit 0TOREACTORCR IT ICAL Rev.0026Paae17o f 85 5.1 STARTUP No.1(;(;)(Un it I DateAct ions tobe performed pr ior toareac tor s tartup (contin ued)CAUTION Fa iluretorese taMFPT prio r to energizingthe remain ing MFPT tr ip buss will in itia teanESFac tuat ion.NOTE If 51 signa l o r Hi/Hi steamgeneratorleve lhasoccu rred , Reacto r T r ip B r e a kersw illhavetobec ycled.[15]RESET MFPT energized i n step5.1[14]abo ve.1 st Time 7 rl ey Date (CV NO TE IF the rema iningNON-running MFPTisnotavailable , THENN/Astep 5.1[16]and5.1[17][16]RESTORE powert o remainingMF PT Trip Bus onappli cableun it.(N/A brea k ersnotapplicable) PUMP BREAKER NO.ELECTRICAL BREAKER INITIALS BOARD POSITION 250v D C Battery AJ{#'9>MFPT 1 A 1-BKRD-46-KA/523BdI CLOSEDstCV 250v D C Battery/'4'-II/f(£MFPT 1 B 1-BKRD-46-KA/524 B d I CLOSED 1st C V 250vD C Battery/1/11'9 MFPT 2A 2-BKRD-46-KB /523Bd2 CLOSED CfJ 250v DC Battery MFPT 2 B 2-BKRD-46-KB/524 Bd 2 CLOSED 1s t OV (SQNUNITSTARTUPFROMHOTSTANDBY0-GO-2 Unit 0TOREACTORCRITICAL Rev.0026 Page 18o f 85 STARTUP No./(D I Uni t I Date5.1 Ac tionstobe perfo rmed p r iortoa reacto r startup (cont inued)[17]RESET MFPT ene rgized i nstep5.1[16]above._--J i'M:'----__1st C V&A1ti!q Time 00In Time Date ([18]SELECT o ne sour cerangechannel a nd o ne intermediate rang e channelw iththe highestread ings t o r ecord on NR45.[19]ENSURE audio count ratechanne lisinoperat ionandselec ted f o r sourcera nge channe l wit h highest rea ding.[C.1 1][20]ENSURE all r e a ctorfirst outalarms r eset.NOTE Referto1-P I-O PS-000-021.1 (Unit1)o r 2-P I-OPS-000-023.1 (Unit 2)forupdatingthePlant Computer.[21]IFICSisavaila ble.THENENSUREPlant Computerisres et andupdat in g (N Aifpreviouslyperfor med).[C.5]NOTE Closingofth e RTB's forperforman ceof0-SI-OPS-0 85-01 1.0 (S R 4.1.3.3)i s addressed i n LicensingandNRCTelephone Nisit Report RIMs#S10960521800 .[22]IF 0-SI-OPS-0 85-011.0 isout-o f-frequency , THEN[22.1]CLOSERTB'sprovidedGroup Demand counters have no k nown defi ciencies.Q""'"[22.2]PERFORM 0-SI-OPS-085-011.0 (N A ifabove stepcannotbe performed). (saNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTORCRITICALRev.0026 Page 19 of 85 Actions to be periormed priortoa reactor startup (continued)[23]IFcontrolrodswer ewithdrawn5stepstopreventthermallockupduringRCSheatup, THENINSERTcontrolrodsinaccordancewith0-SO -85-1.5.1STARTUPNo./Ql)1 Unit I [26.1]([24]ENSURERodBan kUpdatecompletedbyperformingthefollowing: [2 4.1]DEPRESSNSSSandBOPbuttononICS mainscreen.[24.2]DEPRESSRODBANKUPDATEButton ANDENSUREallbank positions arezero.[24.3]_DEPRESSF 3tosa ve thes erodbankpositions.[25]VERIFYRod BankUpdatestatusbyperformingt he following:[25.1]DEPRESSNSSSandBOPbuttononICSmainscreen .[25.2]DEPRESSRODINSERTIONLIMITDISPLAYButton.[25.3]VERIFYRodBankUpdateStatusindicates "UPDATED"ingre en lett ers.NOTE TI-28 definesfully withdrawnposition.[26]IFshutdownrodsareinserted .THENPERFORMth e following:VERIFYsufficientshutdown reactivity e xistsUSING0-SI-NUC-000-038.0, Shutdown Margin.[26.2]WITHDRAW Shutdown Rodsto fullywithdrawnpositioninaccordancewith0-SO-85-1.1stCV F ROM: SE QUC YAH OPERATO R TRAI N I N G P H O N E N O.423 843 4339 H p r-, 0 4 200 7 02: 0 0PM P 3 (.r--, saN UnitOUNITSTARTUPFROMHOT STANDBY 0-GO-2TOREACTORCRITICALRev. 0026 PaCle 26 of 85 I CAUTIONNOT exceed a steady startup rate of+1DPM.NOTE un itentersMode2whenthecontrolban ksarefirstw ithdrawn.5.2STARTUPNo. /()c)I Un it'Reactor Startup after a refueling outage (continued) I I I[17]INITIATEareactor start up b y perform ing thefollowing:[17.1].RECORDbothsource rang e readings for ICRRbasecounts. N-31CPS N-32/1 CP S Lk Initials ([17.2]RECORD intermediaterange readings. N-36Plxt,*f,-2IIIL-Initials[1 7 ,3J CALCULATE initialsourcera nge countdoubling valu eUSINGAppendi x C.MODE2[17.4]INITIATEwith drawal o f con trol banksinaccordancewitho-SO-85-1 t o first stop'point:128STEPS CONTROL BANK A___----I.J[17.5]ENSUREM ode2entryislogged (logen try maybe perform ed out o f sequence late-), o (*'SQNUNIT STARTUPFROMHOT STANDBY 0-GO-2Unit0 TO REACTOR CRITICALRev.0026 Pa!le26of85 5.2 STARTUP No./()p{Unit/, ReactorStartupafterarefuel ing outage (continued) CAUTIONDoNOT exceedasteadystartuprateof+1DPM .NOTETheunit enters M ode 2 whenthecont rol ban ks a re firstwithdrawn.[17]INITIATE a reactor startup b y performingthefollowing:[17.1]RECORD bothsource range readings forICRRbasecounts. N-3 2/$oc)CP5.?/Ie: Initials ([1 7.2]RECORD inte rmediate range readings. N-36 t4", rfo[17.3]CALCULATEinitialsourcerange count doubling value USING Appendix C.MODE2[17.4]INITIATE withdrawalofcontrolba nksinacco rdance w it h 0-50-85-1tof irststoppoin t:&tr Initials CONTROLBANKA128STEPS[17.5]ENSURE Mode2entryislogged (logentrymaybe performedoutof sequence later), o SQNUNITSTARTUPFROMHOT STANDBY 0*GO-2 Unit 0TOREACTOR CRITICALRev.0026 P age 27 of 85 Reac tor Startup afte r a refueling outage (continued ) I Unit_-s-_STARTUP No.I IXJ!5.2[18]WHEN controlbank Aisat128steps , THENPERFORMthe following:[18.1][18.2][18.3]STOProdwithd rawal.WAIT for approximatelytwo minutes.NOTIFYR x Eng inee ringtope rform ICRR calculat ion inaccordance with0-R T-NUC-000-003 .0.[C.1 1]CAUTIO N Lowest loop T*avgmustbeve r if ied greate r than o r equalto541°F using 0*SI-SXX*068-127.0 within 15 minutes prior to achieving cr iticality.(NOTES 1)Approximately fivetoseven count doublings areexpected t o resulti n criticality. However,cr iticality shou ldbeanticipatedatanytime .2)Properb ankoverlapmustbever ified us ing 0-80-85-1 a seachsuccessiverodbankiswithdrawn.[19]WHEN concurrence obtainedfrom Rx Engineering , THEN INITIATErodwithdrawa ltofirstcou nt dou bling (determined inApp.C)USING 0-80-85-1. \..SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Uni t 0TOREACTORCRITICALRev .0026Pace28 of 85 Reactor S t artup afte rare fuel ing ou tage (con t inued)I Un it_--L.._STARTUP No./<<';1 5.2 NOTE Steps5.2[20]an d 5.2[21]maybe repeatedas necessary ifrodmotionisstopped prior t o reaching doubling value.[2 0]WHEN a ny ofthefollowi ngconditionsaremet:*Source range countrateisapproximatelyequal tofirstdoub lingvaluedete rm ined inAppendi x C OR*Controlbankbeingwithdrawnreaches 128steps (requiresverifying ov e rlap i n 0-S O-85-1)OR (*Operatorsor R x Engineer determine that rodmot ionshouldb e sto pped THEN STOP outwardro d motion.[21]IFr odmotionwasstoppedpriort o reaching doubling rangeANDUnit S upervisorconcurrence is obtainedtoresume, THENRESUMErodwithdrawaltofir stcountdoubling USING 0-8 0-85-1.[22]IF so urce r ange countrate h as reachedore xceeded firstdoubli ng , THEN PERFORM thefollowing:[22.1]ENSURE rod motionSTOPPED.[22.2]WAIT app ro ximately 2-3 minutestoallowcountrate t o rise.nrti*[22.3]NOTIFY Rx Engineeringto perform ICRRcalc ulat ions in accordancewith O-RT-NUC-000-003.0. [C.11][22.4]DETERMINEnewcountdoublingrange USING AppendixC. SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Uni t 0TOREACTORCRI TICAL Rev.00 26Page29o f 85I Uni t_.L-_STARTUPNo. Ity;(, Reactor Startup after a refueling outage (continued) 5.2[23]IF IGR Rplotindicatescriticalitywillfalloutside +/-1000pcmEGGter m ina tion band , THEN[23.1]NO TIFY SMandDuty PlantManager.[23.2]EVALUATE if EGGshouldberecalculated prior t o continu ingstartup. [23.3]IFstartupmustbeabo rted, THENPERFORM Appendi xD,ActionsifReactorStartupMust 'f-1 Be A b o rted.'-J ([24]WI:IEN concurrenceobtainedfrom R x Engineering, THEN INITIATErodwit hdrawaltose cond doublingrange (de terminedinApp.G)USING 0-SO-85-1.NOTE S teps 5.2[25]and5.2[26]mayberepea tedasnecessary ifrod motionisstoppedpriorto reachingdoubling range.[25]WHENanyo f the followingconditionsa re met:*Source ra nge count ra te reaches o r excee dsseconddoubling rangedetermined i n Appe ndix G OR*Control bankbeing withdrawnreaches 128 steps (requires verifying overlap i n 0-SO-85-1)OR*OperatorsorR x Engineerdeterminethat r od motionshouldbestopped THE N STOPoutwardrodmot ion. cSQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTORCRITICALRev.0026Page30 of 85 I Unit_4-_STARTUP No./cal 5.2 Reac tor Startup after a refuelingou tage (continued) [26]IF rod motionwas stopped prior toreachingdoubling rangeANDUnit Supervisorconcurrence i s obtainedtoresume , THEN RESUMErodwithdrawaltoseconddoubling range USING0-SO-85 -1.[27]IF sourcerange co unt rate ha s reached or e xceeded se cond doubling range , THEN PERFORM the following:[27.1]ENSURErod motionSTOPPED.W E*c[27.2]WAIT approxi matel y2-3m inutes_toa llow countrateto rise.[27.3]NOTIFY R x Engineeringtope rform ICRR calculationsi n accorda ncew ith0-RT-NUC-000-003 .0.[C.11][27.4]DETERMINE n ew count doublingrange USING Appendi x C.[28]IFICRR plotindicatescriticality willfalloutside+/-1000pcm ECCtermination band , THEN[28.1]NOTIFYS M a nd Dut y Plant Manage r.[28.2]EVALUATE i f EC C shouldb e recalcu la ted prior tocontinuing s tartup.[28.3]IF sta rtup must beabo rted , THEN PERFORM Appendi x D,Actionsif Reactor StartupMust BeAborted.[29]IF I CRR p lottrendindicatesacceptable ECC , THENINITIATErodwithdrawaltothird doublin g rang e (determinedinApp.C)USING 0-SO-85-1.\.. (SQN UNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICAL Rev.0026Page31 of 85 5.2 STARTUP No.IfX;JI Uni t I Reactor S tartup after a ref ueling outage (con t inued)NOTE Steps 5.2[30]a nd 5.2[31]mayberepeatedasnecessaryi frodmotion issto pped priort o reachingdoublingrange.[30]WHEN a ny o f t he following co nditions are met:*Sourcera nge count rate reachesorexceeds th ird doublingrangedete rmined i n Append ix C OR*Controlbankbei ng withdrawnreaches128 steps (requ ires verify ing overlap in0-SO-85-1)OR ([31]*OperatorsorR x Engineerdeterminethatrodmotion shou ldbestopped THEN STOP outwardrod motion.IFrodmotionwasstoppedpriortoreachingdoubling rangeANDUnit Supervisorconcurrence is obtainedto resume , THEN RESUMErodwithdrawaltothi rd doublingrange USING 0-SO-85-1.[32]IF sourcerangecountrate has reachedo r exce eded third doubling range, THEN PERFORM the following:[32.1][32.2][32.3][32.4]ENSUREr od motion STOPPED.WAITappro ximately2-3minutes toa llow countratetoris e.NOTIFYRxE ng ineeringtoperformleRR cal culations in a ccordance with 0-RT-N UC-000-003 .0.[C.11]DETERMINE newcountdoublingrange USING Appendix C. (SQNUNITSTARTU P FROM HOTST ANDBY 0-GO-2 Un it 0TOREACTOR CRITICALRev.0026 Paqe32o f 85 5.2STARTUPNo. --I..Od.-Un it I*Reactor Startup a fter a refueling outage (cont inued)[33]IFICRRplotindicatescr iticality willf all outside+/-10 00 pcm ECCtermina tion band, THEN[33.1]NOTIFYSMandDuty PlantMa nager.[33.2]EVALUATE if ECC shouldb e recal culated prior to continuingstartup.([33.3]IF s tartupmustbeaborted, THEN PERFORM AppendixD , Actionsif ReactorStartup Must if'BeAborted.r:![34]IF ICRRplottrendindi cate s acceptable EC C , THEN INITIATErodwit hdra walUSING 0-SO-85-1tofourthdoub ling range (App.C)or criticality. NOTE Steps5.2[35]throug h 5.2[37]ma yberepeated a s ne ce ssary if rodmotionisstopped pr iortoreachingdoub ling rangeo r c riticality .[35]WHEN anyofthe followingconditions aremel:*Source rangecountratereachesore xceedsfourthdoubling rang e determinedinAppendi x C OR*Control ba nk bei ng withdrawn reaches 128step s (requires verifying overlapin0-SO- 85-1)OR*BankDrods reachfu lly withdraw n position OR*.OperatorsorR x Engineerdeter minethatrodmotion shouldbestopped THENSTOPoutward rod motion. (-------SONUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICALRev.0026 Page 33 of 85 (5.2 STARTUP No.Unit I Reactor Startup after a refueling outage (continued) [36]IFreactoriscritica l , THENGOTOStep 5.2[59](N/ASt eps 5.2[37]through5.2[58]).[3 7]IFALL o f the f ollow ingconditionsa re me t:*rodmotionwasstopped p r iortorea ching doublin g rangeo r criticality*Ban kDrodsarebelow fullywithdrawnposition*UnitSuperv isor concurrenceisobtainedt o resume, THENRESUMErod withdrawalUSING0-SO- 85-1tof ourthdoublingra ngeorcriticality (whichever comesfirst).[38]IF sourcerangecountrat e h as re ached or exceededfourthdoublingrang e , THEN PERFORM thefollowin g:[38.1]EN SURErodmotionSTOPPED. [38.2]WAITapprox imately 2-3 minutestoallowcountratetorise .Date/(;""; 0 0[3 8.3]NOT IFY R xEngineeringtoperformICRRcalcul ations in accordancewith0-RT-NUC-000-003.0.[C.11][38.4]DETERMINEne wcountdoublingrang eUSINGAppendi x C.[39]IF reactorissubcriti cal w ithBankDrod satfully withdrawnposition, THENPERFORMAppen di x E , A ct ionsifReactorisSubcriticalwith0RodsFullyWithdra wn. (SQN U NITSTARTUPFRO M HOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICALRev.0026Page3 4 o f 85 Reactor Sta rtup afterarefueling ou tage (contin ued)5.2 STARTUP N o./0l?I Unit I([40]IFICRRplotindicatescriticality w ill falloutside+/-1000pcm ECCterm inat ion ba nd , THEN[40.1]NOTIFYS M a nd D uty PlantMa nager.[40.2]EVALUATE if ECCs hould be recalculated prior tocontinui ng startup.[40.3]IF startup m ustbeaborted , THEN PERFORM Appendix D,Actions ifReactor StartupMust BeAborted.[41]IF I.9RR plottrendindicates acceptableECC , THENINITIATErodwithdrawalUSING 0-SO-85-1 to fifth doublingrange(App.C)o r criticality. NOTE Steps5.2[42]through5.2[44]mayberepe ated as necessaryifrodmoti oniss topped p rior t oreachingdoublingra ngeorcriticality .[42]WHENanyoft h e following conditio nsaremet:*Sourcerangecountrater eachesorexceedsfifthdoubling range determ inedinAppe ndi x C OR*Bank D r ods reachfullyw ithd raw n positio n OR*Operators or R x Eng ineerde terminethatrod m otion should bestopped THEN STOPoutwardrodmotion .[43]IFreactor iscritica l , THENGOTOS tep 5.2[59](N/A Steps 5.2[44]through5.2[58]). (SQN UNIT STARTUP FRO MHOTS TANDBY 0-GO-2 UnitO TO REACTOR CRITICALRev.0026 Pace35of85 (5.2 STARTUP No./cht Unit I Reacto r Startup afterarefuel ing outage (continued) [44]IF ALLofthefollowingconditions aremet:*rod motionwasstoppedpri ortoreaching doubling range or criticality

• BankD rodsarebelo

w fu llyw ithdraw n position*Uni t Supervisor concurrenceis obtained t o resume, THEN RESUMErodwithdr a wa l USING 0-SO-85-1tofift h doubling r ange o r criti cali ty (whichevercomesfirst).[45]IF sour c e rangecount ratehas reachedo r e xceeded fifthdo ubling ra nge , THEN PERFORM thefollowing:[45.1]E NSURE ro d motion STOPPED.[45.2]WAIT approximately2-3minutes toa llow countrateto rise.Da te/do"7[45.3]NOTIFY R x Engineer ingtoperfo rm leRR calculatio ns i n accordancewith 0-RT-NUC-000-003.0.[C.11][45.4]DETERMINE newcoun t doub l ing range USING Appendi x C.[46]IF r eactor issubcrit ical with Ban kDrods atfullywithdrawn position, THEN PERFORM Appendi x E , ActionsifReactorisSubcriticalwit h Rods FullyWithdrawn. SQN U NITSTARTUPFROMHOT STA NDBY 0-GO-2 Unit 0TOREACTOR CRITICAL Rev.00 26Page36 of 85 (5.2 STARTUP No.L@_U n it I Reactor Sta rtup after a refueling o u tage (con tinued)[47]IF IGRR p lotindicatesc riticalitywillfa ll outs ide+/-1000pcmEG Gterminationband , THEN[47.1]NOTIFYSMand Duty PlantManager. [47.2]EVALUATE i f EGGshou ld be r e calculated pr i or tocontinuing startup.[47.3]IFstartupmustbeaborted , THENPERFORMAppendix D,Actions i f ReactorStartupMu st BeAborted.Date 4 NOTE Steps5.2[49]through 5.2[5 1]ma yberepeatedasnecessaryifro d motionisstopp edpriortoreachingdoublingrangeorcriticality .([4 8]IFIGRRplottre nd ind icat es acceptable EG G , THEN INITIATErodwithdrawalUSING 0-SO-85-1tosi xth doubl ingrange(App.C )or c riticality.[49]WHENanyofthe followingconditions are met:*Sourcerangecount raterea chesorexceeds sixth doubl ingrangedeterminedinAppendixC OR*Ban kDrods reachfullywithdraw n position OR*Operatorsor R x Engineerdetermine thatrodmoti on shouldbe stopped THEN STOP outwardrodmoti on.[50]IFreactor is critical, THENGOTOStep5.2[59](N/A Steps5.2[5 1]through5.2[58]). SQNUNITSTARTUPFRO M HOT STANDBY 0-GO-2 Un it 0TOREACTORCRITICA LRev.0026Page37 of 85 (5.2STARTUPNo. /t?i'J1 Un it I Reactor S tart up after a refueling outage (continued) [51)IFALL ofth e follow ingconditionsaremet:*rod motionwasstopped pr ior t o reaching doublingrange or criticality*Bank Drodsarebe lowfullywithdraw n p osition*UnitSupervisorconcurrencei s obtained toresume , THEN RESUMErodwithdrawalUSING 0-SO-85-1 tosixth doubl i ngrangeo r c riti cality (whichevercomesfi rst).[52)IF so urce rang e count r atehasreachedorexceeded si xthdoublingrange , THEN PERFORM th e following:[52.1]ENSURErodmotio n STOPPED.[52.2]WAIT appro ximately 2-3 minutes t o allowcount r a t e t o rise.Date/dcla i[5 2.3]NOTIFYR x Engineeringtoperform ICRR calculationsin accordancewith 0-RT-NUC-000-003.0.[C.11)[52.4)DETERMINEnewcountd ou bling ra ngeUSINGAppendix C.[53)IF reacto rissubcritica lwithBankDrods atfully withdrawnposition, THENPERFORMAppendixE , Actions i f Rea ctoris Subcriticalwith Rods FullyW ithdrawn. (SQNUNITSTARTUPFROMHOT STA NDBY 0-GO-2 Un itOTOREACTOR CRITICAL Rev.0026Pace38 of 85 5.2 STARTUP No.[(J()(Unit I Reactor S tartup after a refuel ing outage (co n tinued)[54]IF IGR R p lotindicatescriticalit ywillfalloutside+/-1000pcmEGGterm ination band , THEN[54.1]NOTIFY SM and DutyP lant Manager.[54.2]EVALUATE if EG G shouldbe recalculated pri or tocontinuingstartup.[54.3]IF s tartup m u s tbeaborted, THEN PERFORM AppendixD,A ctions ifReactorStartupMust BeAbo rted.[55]IFIGRRpl ot tre nd indic ates acceptableEG G , THE N INITIATErodw ithdrawalUSING 0-SO-85-1toseventh doubli ng ra nge (App.C)orcriticality.o (NOTE Steps5.2[56]through5.2[58]maybe repeatedasnecessaryifro d motion isstopped priortoreach ing doublingrangeo r critica lity.[56]WHEN a ny of thefollowingconditions aremet:*Sou rcerangeco unt ra te rea c h esorexceeds se venth doubling rangedetermined i n Appendi x G OR*Ban k Drodsreachfullywithdrawn position OR*Operators orR x Engineer determinethatrodmotio nshouldbestopped THEN STOP outward rodmotion.[57]IF reactoris criti cal , THENGOTOStep5.2[59](N/AStep5.2[58]).DODD (SQNUNITSTARTUPFROMHO TSTANDBY0-GO-2 Unit 0TOREACTOR CRITICALRev.0026Page39 of 85STARTUPNo._ Unit_Date_5.2 Reac to r Sta rtup afterare fuel ing outage (cont inued)[5 8]IFALLofthefollow ingco nditions aremet:*rod motionwas stopped priorto reaching doubling rangeo r criticality*Bank Drodsarebelowfullywithdrawn posi tio n*Unit Supervisorconcurrencei s obtainedto resume , THENRESUMErodwithdrawalUSING 0-S O-85-1toseventhdoub lingrangeo r c riticality (whichevercomesfirst).0000[59]IFanyofthefo llowingconditionse xist:*-critical conditions cannot be achieved within the+/-1000pc m allowablelimits OR*critica lconditionscannotbeach ieved aboverodinsertion limit OR*reactorstartupmustbeabortedforotherreasons, THEN PERFORMthefollo wingtoabort reactorstartup:[C.11][59.1]STOProdwithdrawal. [59.2]INITIATEinsertiono f controlbanks.[59.3]PERFORMAppendix D , Actionsif Reactor Startup MustB e Aborted.[59.4]DONOTCONTINUEthissectio n.o (SQNUN ITSTARTUPFROMHOTSTA NDBY 0-GO-2 Unit 0TOREACTOR CRITICAL Rev.0026Paqe40of85 5.2 STARTUP No.Un it_Reactor Sta rtup after a refueling outage (continued) Date_c....[60]IF reactor issubcritica l with BankDrodsatfu llywithdrawnposition, THEN PERFORMAppendi x E , Actionsif Reactor i s Subcriticalwith RodsFullyWithdrawn. 0[61]IF reactor iscr itical withSU R lessthan0.3DP M AND intermediate rangeNISislesst han P-6 (1X10.4%), THENPERFORMthefollowi ng:[61.1]IFBank D controlrodsare BELOW-fullywithdrawn position , THEN OPERATE control rodstoestablisha positive SURofappro ximate ly 0.3 DP M.[61.2]IF Bank 0 rod s ha ve rea chedfullywithdrawnpos it ionANDR x EngineeringconcurswithRCS dilution , THEN PERFORM RC S dilution (asrecommendedby R x Eng)toestabl ish positive SURofapprox. 0.3 DP M USING 0-SO-62-7. (SQNUN ITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICAL Rev.0026 Page 41 of 85 STARTUP No._Un it_Da te_5.2Rea ctor Startup after a refueling ou tage (continued) I Start of Critical Step(s)NOTES 1)BlockingtheSR M reactor tripwith[HS-92-50011 and[HS-92-50021 will disablethe detect or outputs and removet heaudiocountratesignal. 2)Step5.2[62)maybeperformeda ttimeofc riticalit¥.if required.Sourcerangereactor trip mustbeBLOCKEDbeforetri p setpo ints of10 cps.[62)WHEN annu nciator XA-55-4A, window 0-2 P-6 INTERMEDIATE RANGE PERMISSIVE i sLIT,THEN[C.2) [62.1)RECORD bot h sour ce range readings.N-31C PS N-32 , CPS Initials[62.2)RECORD both intermed iate r a nge readings.N-35%R T P N-36%R T P I n itials[62.3)VERIFYaminimumofone IRMchannel g reaterthano r equa lto1X 1 0-4%R TP.o[62.4]BLOCK sourcerangereactortripby momentarily placing[HS-92-50011 a nd[HS-92-50021SRMT RIP RESET-BLOCK P-6ha ndswi tchestoB LOCK.Initials Date Time (..SQNUN ITSTARTUPFRO M HOT STANDBY 0-GO-2 Unit 0TOREACTORCRIT ICAL Rev.0026Page42 of 85 STARTUP No._Unit_Date_5.2 Reac tor S tartup after a refuel ing outage (contin ued)[62.5]VERIFY annunciatorXA-55-4A, windowC-1SOURCERANGETRAINSA&BTRIP BLOCK i s LIT.I End of Critical Step(s)[62.6]SELECT NR 45to recordone intermediate range channelando ne power rangechannel.[62.7]ADJUSTNR45chartspeed asdesired.(N/A is nochange needed.)[63]ENSUREP A announcementmadeto notifyp lant personnelwhentherea ctoriscritica l.NOTE o o o (WhenT-avgis less than551°F and Tavg-Tre f deviation alarmislit , SR4.1.1.4.b requires verifyinglowestT-avggreater thanor equalt o 5 41°F a tleastonceper30minutes.[64]IFTavg-Trefdeviationalarm[M-5A wi ndow C-6]is LITANDT-avg i s less th an 5 51°F , THEN PERFORM 0-SI-SXX-068-127.0tosatisfy SR 4.1.1.4.b , MinimumTemperatureForCriticality. (SQNUN ITSTARTUPFROMHOT STANDBY 0-GO-2 Un it 0TOREACTORCR ITICAL Rev.0026Page43 of 85 STARTUP No._Un it_D ate_5.2 Reactor Startup after a refueling outage (con t inued)[65)RAISEreactorpowe r to approximately1X10 -3%:[65.1)IF Bank 0controlrods ar e BELOW fullywithdrawnposition , THEN OPERATEcontrolro dstoestablishapositive SUR ofapproximately0 .5 O PM (nottoexceed1 OPM).[65.2)IF Bank 0rodshaverea chedfullywithdrawn pos itionANDR x EngineeringconcurswithRCSdi lution, THENPERFORMR CS dilution(asrecommended by R x Eng)toestablishposit ive SURofappro x.0.5 DP M USING 0-SO-62-7.[65.3]WHEN intermediaterangeNlsindicate appro ximately1X10.3%, THEN PERFORM thefollowing:[65.3.1)STABILIZEreactorpowerusi ng co ntrol rods.[6 5.3.2)RECORD criticaldataindicate d below.Power Level: Rod Position: N-35__%RTP N-36__%RTP R CS Boron concentrationBankStep 1 Initials 2 Date 3 pp m 4 Time[66J MAINTAIN reactorpowerstablewit h control banks above low insert ionl imit USINGrodmovem ent or boration/dilutiontocompensatefor Xenon.o (SQNUNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICAL Rev.0026 Pane 44 o f 85 STARTUP No._Unit_Da te_5.2 Reactor Start up after a refue ling out age (cont inued)[67]IFstartupistoconti nuewithoneorbothMFPTsavailable, THE N[67.1]ENSURE Steps5.1[13]through5.1[15]havebeen completedforapplicable pump(s).[67.2]VERIFY other applicable ac tions Section5.2 complete dorinitiated .[67.3]GOTO 0-GO-3 , Power Ascension From Reactor Critical t o Less Than 5%Reactor Power.[68]IFstartupist ocontinuewithNOMFPT ava ilab le , T HEN[68.1]MARK Steps5.1[13]through 5.1[17]as'ON/A".[68.2]VERIFY other applicable actions inSection5.2 complet edorinitiated.[68.3]GOTO 0-GO-3 , Power Ascension From Reactor Critical to Les s Than 5%Reactor Power.[69]IF startup i s tobe discontinued, THENGOTO 0-GO-6, Power Reduction From30%Reactor Power t o HotStandby.ENDO F TEXT cSQNUNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRI TICALRev.0026Paae45 of 85 STARTUP No._U nit_Da te_5.3 Reac tor Startup after a non-refueling outage[1]VERIFY applicab le actio ns in Section 5.1completed o r initiated.NOTE Steps5.3[3]through5.3[8]ma ybepe rformed o ut o f sequence.[2]IFanyMFPTtripbussisNO T energized , THEN[2.1]ENSURErequirements of LCO3.0.4 a re satisf ied.[2.2]NOTI FY UnitSROthat LCO3.3.2.1 (3.3.2)action20willapplywhen Mode2 isentered.([3]ENSURE Appendi x B , Mode 3 t o M ode 2 , 1 R evi e w and A pprovalhasbeencompletedtoensureallrest raints toMode2 , 1 entryhavebeenresolvedandapprovals formodechangegranted.SM[4]BLOCK Source Range H igh FluxAtShutdownalarm:[4.1]PLACE BO TH HIFL U XATSHUTDOWN swit ches o n M-13 tothe BLOCK position.[4.2]VERIFY annun ci ator XA-55-4B windowC-1, SOURCE RANGE HIGH SHUTDOWN FLUX ALARM i s L1T.[C.2].CLOCK o[5]VERIFY greaterthano r equal to 0.5 cps on t he h ighest reading S R instrument.o (SQN UN ITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICAL R ev.0026 Paae 46o f 85 STARTUPNo._Uni t_Da te_5.3 Reac to r Startup a fter a non-refuelingo utage (continued) NOTE Th e followingcountrates maybe usedasa referencedu ring t he approachtocriticality .[6]RECORDSRcount rates f r o m twoo f thefollowing:[C.2)(N/Ainstrumentsnot used)X I-9 2-5001A(N31)cps X I-92-5002A (N32)cps ORXI-92-5001B XI-92-5002B(N31) (N32)___cps____cps Time Date (([7)IF condition s e xistwhichcou ld cause PowerRangeN IS indicationstobe non-conservative, THE NENSUREP o wer Range hi gh flu xtripsetpoi nts reducedto6 0%inaccordan ce withthefollowing:[C .3)*1 ,2-SI-ICC-092-N41 .1 0*1,2-SI-ICC-092-N42.2 0*1 ,2-SI-ICC-092-N43.3 0*1 ,2-SI-ICC-092-N44.4 0 InstrumentMaintenance Date Tim e (SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTORCRITICALRev .0026Page47 of 85STARTUPNo._Uni t_Date_5.3 Reac tor S tartup after a non-refueling outage (con tinued)[8)VERIFY theestimatedcritical p os itioncalculatedi n accordancewith 0-8 1-NUC-000-001.0, Estimated Critical Conditions. Estimatedc ritical position:Assumedbo ron concentra tion:stepso n bank ppm Initials 8TA Time Time Dat e Date ([9]VERIFYSteps5.3[1]through5.3[8)completed.[10]IF est imated crit ica l boro n concentrationdoesNOT approximately equa l a ctual bo ron concentration , THEN[10.1)DETERM INE theappropriat e boration/dilution requirementstoac hieve critica lity within acceptable limits.D[10.2)DILUTE/BORATE i naccordancewith 0-80-62-7 tot he estimated critica l bo ron concentration .[C.12]D[10.3)OPERATE pressur iz er heate r s/sprayas necessary toequalizeboron concentration (within50p pm)be tween reactorcoolantloops an d thepressurizer.[C.12] D[10.4]WHEN sufficientmi x inghasoccur red , THEN OBTAIN a newboron sample.D[10.5]ENSUREactualboronconcentrationisapproximately equal totheestimated criticalboronconcentration. (saN UNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026Page48 of 85 STARTUP No._Un it_Date_5.3 Reac to r Startup after a non-r efueling o utage (continued)NOTE Termination limitsa re as sociated with+/-750pcmtoleranceba nd.Thesevaluesarewithi n minimumandmaximum ro d positionscorrespondingt o Te ch Spec limit o f+/-100 0 p cm (MinimumandMaximum Allowable Limits).Termination limitsshallb e usedby Reactor Eng ineeringandOperationstodete rmine whetherapproachtocriticality shouldbe termi natedanda n ew ECCcalculated .ECCmustbeterminatedifMinimumorMaximu m AllowableLimits(correspondingt o Tech Spe c limit of+/-100 0 pcm)are approached.[11]RECORD u pper and lowerrodpositio nlimitscorrespondi ng to+/-750pcm Termination Bandasdeterminedb y 0-SI-NUC-000-001 .0.Est imatedCriticalConditions .(Uppe r terminat ionrodpos ition Lowerterminationrod posi tionstepsonbank s teps o n ba nk Initials Time Date[12]RECORDminimumandmaximumrodpositio ns corresponding to+/-10 00pcmALLOWAB LE LIMIT S (Tech SpecLimit)determined by0-SI-NUC-000-001.0, EstimatedCritica l Conditions.[C.11]Min imum allowablerodposition Maximum allowablerodpositio nstepsonban kstepson bank Initials Time Date ([13]VERIFY a ll shutdownrodsarefullywithdrawnin accordance wit h 0-SI-OPS-000-004.0. Surveillence Requirements P erformedon Increased Frequencywith n o Specific Frequency , within15minutespriortowithdraw ing control rod s.Time Date (SON UNI TSTARTUPFRO M HOT STANDBY 0-GO-2 Unit 0TOREACTORCR ITICAL Rev.0026 Pag e 49 of 85 STARTUPNo._Unit_Date_---'__5.3 Reactor Startup afteranon-refue ling outage (co nti nued)NOTE SR4.1.1.4.a requ ir es verifying l o westT-avggreaterthanorequalto541 °F withi n15minutesp riortoa c hie ving critica lity.[14]IF O-SI-SXX-068-127 .0isN OTinprogress, THEN INITIATE applicab le sections o f O-SI-S XX-068-127 .0 tosatisfySR 4.1.1.4.a., Minimum Temper atur e ForCriticality.[15]NOTIFY ons i te pers onnelofreactor s tartupoverP IA system.0 CAUTION Avoid opera tio ns tha t could produce sudden c hanges of temperatu re or unplanned boron con cen tra t ion changes during approach to cr iticality o r low power.NOTES 1)Nuclear ins trumentation shallbemoni to redveryclosely fo r ind icationsofunplanned reactivityrateofchange.[C.11]2)Activitiesthatca n distract operatorsandsupervisors invo lved withreactor startu p , suc hassh ift turnover a nd surveillan ce tes ting d uring approa chtocritica lity , SH ALL BE avoided.[C.12]3)I CS poi nts N0031A , N0032 A,N0035A,andN0036Amaybeuseda s a naidfor monitoringNISindications.[16]MONITOR nucle ar instru ments duringapproachtocriticality:[16.1]MONITOR sou rce ra nge a nd intermediaterange N IStoidenti fy poten tialreactivityanomalies .[C.11][16.2]IF desi redtop laceNR-45recorde rinfastspeed , THEN ADJUST chartspeed t o hi gh.o (SQNUNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICAL Rev.0026Paqe50o f 85 STARTUP No._Un it_Date_5.3 Reac tor Startup aft eranon-refuelingou tage (conti n ued)CAUTIONDoNOT exceedas teady sta rtup rate of+1DPM.NOTE The unitenters M ode2whe nthecontrolbanksarefi rst withdrawn.[17]INITIATE a reactorstartupbyperformingth e following:[17.1]RECORDbothsourcerangeread i ngs f or l eRR ba se cou nts.N-31__CPS N-32 ,__C PS Init ials[17.2]RECORD intermediate range r eadings.N-35%N-36%Initials[17.3]CALCULATE initial sourc e rangecountdoub ling value USI NG Appendix C.MODE2[17.4]INITIATE withdrawal o f control b anks i n accordance w ith 0-SO-85-1t o firststopp oint: CONTROL BANK A128STEPS ([17.5]ENSURE Mo de2entryislogged (logentrymay beperformedoutofsequence later).o (SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Uni tOTOREACTOR CRITICAL Re v.0026 Pane 51 of 85 S TARTUP No._Uni t_Da te_5.3 Reactor Startup after a non-refueling outage (continued) [18]WHENcontrolbankAisat128steps , THEN.PERFORMthefo llowing:[18.1]STOProdwithdrawal.[18.2]WAIT forapproximatelytwomi nutes.[18.3]NOTIFY R x Eng ineeringtoperfor m ICRRcalculat ion i naccordancew ith 0-81-NUC-000-001 .0.[C.11]CAUTION Low est loop T-a vg mus tbever ified g rea ter than or equal to 541°F us ing 0-SI-SXX-068-127.0 within 15 minutes priort o achieving cri ticality.NOTES 1)Approxima tel y five tosevencountdoub lingsaree xpected to resultincr iticality.However, c riticalityshouldbeanticipatedata ny time.2)Properbankoverlapmustbeverif iedusing0-80-85-1 as eachsuccessiverod bank is withdrawn.[19]WHEN concu rrence obta in ed from R x Engineering , THE N INITIATErodwithdrawal to fi r stcount dou bling (dete rmined inApp.C)USING 0-80-85-1.o (SQNUNITSTARTUPFRO MHOTSTA NDBY 0-GO-2 UnitO TO REACTOR CRITICAL Rev.0026 Pace52of85 STARTUP No._Unit_Da te_5.3 Reacto r Startupaftera non-refueling ou tage (continued)NOTE Steps5.3[20)and5.3[21)ma y berepeateda s necessaryif rod motionis stopped pr ior t o reachingdoubling value.[2 0]WHEN a nyofthefollowing condit ions a re met:*Source rangecountra teisappro ximately equa l to f irstdoublingvalue determinedinA ppe ndi x C OR*Control ba nk be ing w ithdrawnreaches128steps (requiresve rif yi ngoverlapin0-SO-85-1)OR*Operators o r R x Engineer determine that rod motion sho u ld b e stopped THEN STOP outwardrodmotion.[21)I F rodmotion w as s topped priort o rea ching doubling rang e AND Unit Sup ervisorconcu rrenceisobtai ned to resume , THEN RESUME rodwithdrawaltofirs t countdoubling USING 0-SO-85-1.[22]IF sourcerange countrat e has reachedorexceeded firstdoubling , THEN PERFORM the following:[22.1]ENSURErodmot ion STOPPED.[22.2]WAIT app ro ximately2-3minutes t o allowc ount ratetorise.DODD DO DD ([22.3)NOTIFY R x Engineeringtoperfo rm ICRR cal c u lations in acco rdance w it h 0-SI-NUC-000-001.0 .[C.1 1]0[22.4)DETERMINEnewco unt doublingrange USING Appendi x C. (SQNUNITSTARTUPFROMHOT STANDBY O-GO-2 Unit 0TOREACTORCRITICAL Rev.0026 Page 53 of 85STARTUPNo._Un it_Date_5.3 Reactor Startup after a non-refueling outage (continued)[23)IFICRRplotindicates criti calitywillfalloutside+/-750pcmECC terminationb and , THEN[23.1)NOTIFYS MandDutyPlantManager.[23.2)EVALUATE i f ECC should be recalculated pr ior to continuingstartup. [23.3]IFstartup m ust b e aborted, THENPERFORMAppendix D ,ActionsifReactorStartupMust BeAborted.0 ([24)WHEN concurrence obtainedf rom Rx Engineering, THE;.NINITIATErod withdrawaltosecond doublingrange (determinedinAp p.C)USING0-SO-85-1.NOTESteps5.3[25)and5.3[26]may b e repeated a s necessaryifrodmotion isstopped pri or toreachingdou bl ingrange.[25)WHENanyofthefollo wing conditionsaremet:*Sourcerangecount ra te reachesorexceeds secondd oubling rangedetermined inAppendi x C OR*Controlbankbe ingwithdrawnreaches128steps (requiresverifyingoverlapin0-SO-85-1 )OR*Oper atorsorR xEngineerdeter minethatrodmotion shouldbestop ped THENSTOPoutwardrodmotion .o 000 0 (SQNUNITSTARTUPFROMHOTSTA NDBY 0-GO-2 Un itOTOREACTORCRITICALRev.0026Page54o f 85 STARTUP No._Uni t_Date_5.3Re a cto r Startup after a non-refueling outage (continued) [26]IFrod motionw as sto pped prior to reachingdoublingrange ANDUnitSupervisorconcurrence i s obtained t o resume , THEN RESUMErodwithdrawalt o second doubling range USING 0-SO-85-1.[27]IFsource rangecount ratehas reachedorexceeded seconddoublingrange , THEN PERFORMthefollowing:[27.1]ENSURErodmotionSTOPPED .[27.2]WAIT appro ximately 2-3 minutestoa llow countrateto rise.0000[27.3]NOTIFY R x Engineeringt operformI CRR calculatio ns in a ccordance w i th 0-SI-NUC-000-001 .0.[C.11]0[27.4]DETERMINEnewcou nt doubling ra ngeUSINGAppendi x G.[28]IF IGRR plot indi catescriticality willf all outside+/-750pcm EGGterminationba nd, THEN[28.1]NOTIFYSMandDutyPl ant Manager.[28.2]EVALUATE ifEGG shouldbereca lculated priortocontinuing startup.[28.3]IF startupmustbeaborted, THEN PERFORM Append i x D , Act ionsif Reactor StartupMust B e Aborted.0[29]IF IGRRplottrend indicatesacceptable EGG , THENINITIATErodwithdrawal to third doublingrange (dete rm ined in App.G)USING 0-SO-85-1.o (-.SON U NITSTARTUPFROMHOT STANDBY 0-GO-2 Uni t 0-TOREACTORCRITICALRev.0026Page55o f 85 STARTUP No._U nit_Da te_5.3 Re actor S tartup a fter a non-re fueling outage (con ti nued)NOTE Steps 5.3[30]and5.3[31]maybe repeated a s necessaryifro d motionisstoppedpriorto reach ingdo ubling range.[30]WHEN a ny ofthefo llowing conditionsareme t:*Source rangecount rate r eaches or e xceeds third doublingrange d et ermined i n Appendi x C OR*Control bank beingwithdrawnreaches128steps (requires ver ifyingoverlapin0-SO-85-1)OR*Operatorso r R x Engineerd etermine t hatrodmotion should be stopped THEN STOPoutwardrodmotion .[31]IFrod motionwasstopp ed prior to rea chingdoublingrangeANDUnit Supervisorconcurrence isobtainedto resume , THE NRESUMErodwithdrawaltothirddoubling range USING 0-8 0-85-1.[32]IF sourcerangecountratehasreachedo r e xceede d th irddoubling range , THEN PERFORMthefollowi ng:[32.1]ENSURErodmotion STOPPED.[32.2]WAIT approximately 2-3minutes toa llow count rat etor ise.DODD 0000 ([32.3]NOTIFYR x Engineeringto perform ICR R calculat ionsi n accordancewit h 0-SI-NUC-000-001.0 .[C.11]0[32.4]DETERMINEnewcountdoubling rangeUSINGAppendix C. ('.SQNUNITSTARTUPFRO M HOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICAL Rev.0026 P age 56 of 85 STARTUPNo._Uni t_Date_5.3 Reac to r S tartup after a non-refuel ing outage (continued) [33]IFICRRp lot i ndicates criticality wi llfalloutside +/-750pcm ECCtermi nation ba nd , THEN[33.1]NOTIFYSMandDuty PlantManager.[3 3.2]EVALUATE if ECCshouldbe recalculated prior tocon t inuing s tartup.[33.3]IFstartupmustbeaborted , THE N PERFORM AppendixD , Actions ifReactor Startup M ust B e Aborted.0[34]IFICRRp lottrendindi cates acceptable ECC , TH_EN INITIATErodwithdrawalUSING0-SO-85-1tof ourth doublingrange(App.C)orc riticality.NOTE Steps5.3[35]t hrough 5.3[37]maybe repeateda s necessaryifrodmotion isstoppedpriortoreachingdoublingrangeorcriticality.[35]WHEN a nyofthe followingconditio ns aremet:*Sou rcerangecount rate rea cheso r e xceeds fourthdoublingrangedeterm ined inAppendi x C OR*Controlban k b ei ng withdrawn reaches128steps (requires verifying overlap in0-SO-85-1)OR*Bank Drodsreachfullywithdrawnposition OR o*OperatorsorR x Engineerdeterminetha t rodmot ion s houldbestopped THENSTOPoutward rod motion.0000 (SQN UN ITSTARTUPFROMHOTSTANDBY O-GO-2 Unit 0TOREACTORCRITICAL RevoOO26Paqe57 of 85STARTUPNo,_ Uni t_Date_5 03 Reactor S tartup after a non-re fueling outage (continued) [36]IFreactoriscrit ical, THENGOTOStep 5.3[59](N/A Steps5.3[37]through5.3[58]).[37]IF AL Loft hefollowingconditio nsareme t:*ro d motio n was stoppedprior to reaching dou bling ra nge o r criticality*Ban k Drodsarebelowfullywithdrawnpos ition*Unit Supervisorconcu rrenceisobtained toresume, THEN RESUMErodwithdrawalUSING 0-SO-85-1 to fourthdo ubling ra nge o r criticality (w h ichever comesfirst).[38]IF source rangecount rate hasrea c hed o r e xceeded fourthdoublingrange , THEN PERFORMthefollowing:[38.1]ENSUREro d motion STOPPED.[38.2]WA IT appro ximately2-3 m inutes t o allowcountratetoris e.0000[3 8.3]NOTIFYR x EngineeringtoperformICRR calculationsin accordancew ith 0-SI-NUC-000-001.0. [C011]0[38.4]DETERMINEnewcountdoublingra ngeUSINGAppendix C.[39]IFreactorissubcritical with BankD rods atfullywithdrawnposition, THEN PERFORM Appendix E , ActionsifReactor i s Subcri ticalw ith Rods FullyWithdrawn.0 cSQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICALRev.0026Page58 of 85 5.3 STARTUP No.U nit_Reactor Startup after a non-refueling outage (continued)[40]IFIGRRplotindicatescriticalitywillfalloutside +/-75 0 pc mEGGtermination band , THEN[40.1]NOTIFYSMandD uty PlantManager.[40.2]EVALUATE ifECGshou ld b e recalculated pr iortocontinu ing startup.Date_[40.3]IFstartupmustbeaborted, THENPERFORMAppendixD , ActionsifReactorStartupMustBeAb orted.0[41]IFIGRR plottr end indicatesacceptableEGG , TH_EN INITIATE rod w ithdrawalUSING0-SO-85-1 t o fifthdoubling range (App.G)orcriticality. NOTE Ste ps 5.3[42]through 5.3[44]ma yberepeat edasnecessaryif rodmotioni s sto pped p riortoreachingd o ub lingrangeorcrit ical it y;[42]WHENan yofthefollowingconditionsaremet:*Sourcerangecoun t rate r e achesorexceedsfifthdoub lingrangedeterminedinApp endix G OR*BankDr ods reach fullywithdrawnpos ition OR o*O p eratorsorR x Engineer det e rminethatrodmotion shouldbestopped THENSTOPout wardrodmot ion.[43]IFreactori s criti cal , THENGOTOStep5.3[59](N/ASteps5.3[44]through5.3[58]).DODD (SQNUNITS TARTUPFROMHO T STANDBY 0-GO-2 Unit 0TOREACTORCRIT ICALRev.00 26 Paqe 59 of 85 STARTUP No._Unit_Date_5.3Re actor Startu p after a non-refueling outage (con tinued)[44)I F ALLofthe followingconditions aremet:*rod moti onwasstopped priortoreach ingdoublingrangeo r cr iticality*Ban k Drodsa re belowfullywithdrawn posit ion*UnitSupervisor concurrenceisobtainedt o resume , THEN RESUMErodwithdrawalUSING0-80-85-1 t o fifthdoublingrange or criticality (whichever comesfirst).[45)IF sour ce ran ge coun tratehas r each edo r excee ded fifthdoub ling range, THEN PERFORM thefollo wing:[45.1)ENSURErodmoti on STOPPED.[45.2)WAIT approximately 2-3 minutes t o allow countrate t o rise.0000[45.3]NOTIFY R x Engineer ingt o pe rform ICRR calcu lationsi n acc ordancewith0-SI-NUC-000-001 .0.[C.11]0[45.4)DETERM INE newcou nt doubling ra nge USINGAppend i x C.l (4 6)IFreactor issubcritical withBan kDrods a t fu lly withdra wn position , THEN PERFORM Appe ndi x E , ActionsifReactoris Subcriticalw ith Rods FullyWithdrawn.o (SON UNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026 Page 60 of 85 5.3 STARTUP No.Uni t_Reacto r S tartup after a non-refueling ou tage (continued) [47]IFICRRplotindicates c riticality willfalloutside+/-750pcm ECC termin ation band , THEN[47.1]NOTIFY SMandDuty PlantManager. [47.2]EVALUATE if ECCshouldbe recalculated priortocontinuing startup.Date_[47.3]IF startupmustbe aborted , THEN PERFORM AppendixD,Actionsi f Reactor StartupMust Be Aborted.0[48]IFICRRp lot trend indicates acceptable EC C , THE N INITIATErodwithdrawalUSING 0-SO-85-1tosix th doublingrange(App.C) or criticality .NOTE Steps 5.3[49]through 5.3[51]may be repeated as necessaryifrod motionisstopped pr ior to reaching doublingrangeorcriti cality.[49]WHEN anyo f thefollowingconditionsaremet:*Source range count rate reacheso r exceeds s i xthdoublingrangedetermined in Appendi x C OR*Bank Drodsreac h fully withdrawn position OR o (,*Operato rsorR x Eng ineer de term ine t hat rod motionshouldbe stopped THEN STOP outwardro d moti on.[5 0]IF reactoriscritical, THENGOTO Step 5.3[59](N/A Steps5.3[51]through 5.3[58]).0000 (SQNUNITSTARTUPFRO M HOT STANDBY 0-GO-2 Unit 0TOREACTORCRITICALRev .0026 PaQe 61 of 8 5 STARTUP No._Uni t_Da te_5.3 Reacto r Startup afte r a non-refueling outage (continued) [51]IF AL Loft he followi ngconditionsaremet:*rodmotionwasstoppedpriortoreaching doubling rangeo r critical ity*BankDrodsa re belowfullywithd rawn position*Unit Supervisorconcurrenceis obtainedto resume , THEN RESUMErodwithdrawal USING 0-SO-8 5-1tosi xt hdoublingrangeorcriti cality (whichevercomesfirst) .[52]IFsourcerangecountrate hasrea chedore xceededsixthdoubling range , THEN PERFORM the following:[52.1]ENSURErodmotio n STOPPED.[52.2]WAITapproximately2 -3 minutestoallowcount ratetorise.DD D D[52.3]NOTIFYR x EngineeringtoperformICRRcalculationsinaccordancew ith O-SI-NUC-OOO-001.0 .[C.11]D[52.4]DETERMINEnewcountdoubling range USING Append i x C.([5 3]IFreactor issubcritical withBank D rodsatfullywithdrawnposition , THENPERFORMAppendix E , ActionsifReactoris Subcritical w ith Rods FullyWithdrawn. D (-------SQN UN ITSTARTUPFROMHOTSTANDBY0-GO-2 UnitOTOREACTORCRITICALRev.0026 Page62o f 85 STARTUP No._Unit_Da te_5.3 Reactor Startup afte r a non-refueli ng outage (cont inued)[54]IF IC RRploti ndicates c riti ca lity w ill falloutside+/-750pc m EGG termination band, THE N[54.1]NOTIFYSMand DutyPlan t Manager.[54.2]EVALUATEifEGCshou ldberecalc ulated prio rtocontinuingstartup .[54.3]IFstartupmus tbeaborted , THEN PERFORMAppendi x D , Actions ifReactorStartupMustBeAborted.D[55]IFIGRRplo ttrendindi cates acceptable EGG , Tf-i!: N INITIATErodwithdrawalUSING0-SO-85- 1tose venth doubl ing rang e(App.G)orcriticality .NOTESteps5.3[56]thro ugh 5.3[58]ma y b e r epeateda snecessaryifrodmotionisstopp ed prio rtoreachingd oublingrangeorcritica lity.[5 6)WHENanyofthe followingconditionsare met:*Source rangecountrate reachesorexceedsseventhdoublingrangedeterminedinAppendix G OR*Bank D rods reach fullywithdrawn positio n OR D (*Operatorsor RxEngineer determine that rodmotion shouldbestopped THEN STOPoutwardrod motion.[57)IFreactorisc ritica l, THENGOTOStep5.3[59](N /A Step5.3[58]).DDDD (SQN U NITSTARTUPFROMHOTSTANDBY0-GO-2 Unit 0TOREACTORCRITICALRev.0026Paqe63 of 85STARTUPNo._Unit_Date_5.3 Re actor St artup aftera non-refueling out age (contin ued)[58]IFALLo f t he fo llowing co nditionsaremet:*rod motionwas stoppedprio rtoreaching doubl ingrangeorc riticality*Bank D rodsare below fullywithdrawnposition*U n i t Supervisorconcurrence isobtainedtoresume, THEN RESUMErodwithdrawal US ING 0-SO-85-1toseventhdoubl ing ra ngeorcritica lity(whichevercomesfirst).0 0 0 0[59)IF a nyofthefollowingconditio ns e xist:*-critical conditionscannotbeach ieved w ithin the+/-750pcmtermination ba nd OR*criticalconditionscannotbeac hieved withinthe+/-1000pc m allowablelimits OR*c ritical conditionscannotbeachieved abo verodinsertion limit OR l*reactorstartupmustbeaborted forother reasons , THEN PERFORM thefollowing t o abort reactorstartup:[C.11][59.1)STOProdwithd rawal.[59.2)INITIATEinsertionofcontrolbanks.[59.3)PERFORM Appe ndix 0 , Actionsif Reactor Startup MustB e Aborted.[59.4)DONOTCONTINUEthissectio n.o (SQNUNITSTARTUPFROMHOTSTANDB Y 0-GO-2 Un it 0TOREACTORCRITICALRev.0026Page64 of 85 STARTUP No._Unit_Date_5.3 Reac tor S t art up after a non-ref ueling outage (cont inued)[60]IFreactor issubcritical withBank 0 r ods at fullywithdrawn position , THEN PERFORM Append i x E , Act ionsifReactori s Subcritical with Rods FullyW ithd rawn.0[61]IF reacto riscritica l wit hSURlessthan0 .3 D PM ANDintermediaterangeNISis less than P-6 (1X10-4%), THENPERFORMthefollowing:[6 1.1]IF Ba nk 0 c ontrolrodsar e BELOWfullywithdrawn position, THEN OPERATE controlrodstoestablisha positiveSURofappro ximat e ly 0.3 DP M.[61.2]IFBank 0 rodsha ve reached fully withdrawnpositionANDR x En g ineeringconcurs withRCSd ilution , THEN PERFORMRCSdilution(asrecommendedbyR x Eng)toestablishpositive SURofappro x.0.3 DP MUSING0-SO-62-7. cSQNUNITSTARTUPFROMHOT STANDBY 0*GO-2 Un it 0TOREACTOR CRITICALRev.0026Page65 of 85 5.3 STARTUP No.Uni t_Reactor Startup afte r a non-refueling outage (continued) I Sta rt of C r it ical Step(s)Date_NOTES 3)Blockingthe SR M reactortripwith[HS-92-50011 and[HS-92-5002] willdisablethe dete ctoroutputsandremove th e aud io countratesignal.4)Step 5.3[62]may bepe rformedatt ime o f cr iticality ,ifrequired.Sour c e range reactor trip mustbe BLOCKEDbefo re tripsetpoint of 1 0 5 cps.[62]WHENannunciatorXA -55-4A , windowD-2 P-6 INTERMEDIATE RANGE PERMISSIVE i s LIT ,THEN[C.2][62.1]RECORD both source range read ings.N-31__C PS N-32 C PS Initials[62.2]RECORDbothintermed iate range read ings.N-35,%R T P N-36%RTP Initials[62.3]VERIFYa minimumofo ne I RM channelgreaterthan o r equalto1X 10.4%RTP.0[62.4]BLOCK sourcerange reactort rip by momentarily placing[HS-92-5001] and[HS-92-5002]SRMTR IP RESET-BLOCKP-6 handswitches t o BLOCK.Initials Ti me D a t e (SQNUNITSTARTUPFROMHOT STANDBY O-GO-2 Un itOTOREACTORCRITICAL Rev.0026Paqe66 of 85 STARTUPNo._Unit_Date_5.3 Reactor Startup after a non-refueling outage (continued) [62.5]VERIFY annunciator XA-55-4A , windowC-1SOURCERANGETRAINSA&BTRIP BLOCK isLIT.I End of Critical Step(s)[62.6]SELECTNR45 tore cordoneintermediate ran ge channel andonepowerrangechannel.[62.7]ADJUST NR 4 5 c hart speedas desired._(N/Aifnochangeneeded).[63]ENSUREPA announcementmade t o not i fy plant personne l when thereactoriscritical.NOTE o o o oWhenT-avgi s lessthan551°F an d Tavg-Trefdeviationa larm is lit , SR 4.1.1.4.brequires verify ing lowestT-a vggreaterthanorequalto 541°F at leastonceper30m inutes.[64]IFTavg-Tref deviationalar m[M-5Aw indowC-6]isLITANDT-a vgisl essthan551°F, THENPERFORM0-SI-SXX-068-127 .0tosatisfySR4.1.1.4.b , Minimum Temperature For Criticality. (SQNUNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026Paae67 of 85 STARTUPNo._Unit_Date_5.3 Reactor Startup after a non-refueling outage (continued)[65)RAISE reactorpowertoappro ximately 1 X 10.3'Yo:[65.1)IFBan k D controlrodsare BELOWfullywithdrawn position, THEN OPERATE controlrodst o establisha positi ve SURofapproximately 0.5 DPM(nottoe xceed1DPM).[65.2)IFBank0rodshavereach edfullywithdra wn positionANDR x Engineer ingc oncu r s withRCSd ilution , THENPERFORMRCSdilut ion(asre commendedbyRxEng)toestablishpositiveSURofappro x.0.5 DPM USING 0-SO-62-7.[65.3]_WHEN intermediaterange NIS ind icate appro ximatel y 1 X 10.3'Yo , THEN PERFORM thefollowing:[65.3.1)STABILIZEreactorpower us ing controlrods. [65.3.2]RECORDcritical da ta indicated below.Powe r Level: N-35%RTP N-36%RTP Ro d Position: Ban k St epRCSBoron concentration ppmLoopT A V G;1 2 3 Initials 4 Time Date[66]VERIFYcontrolrodsabo verodinsertionlimitUSING1 ,2-SI-OPS-000-00 2.0 , Sh ift L og.[67)MAINTA INreactorpowerstablewithcontrolban ks abo velowin sertion limitUSINGrodmovem ent or boration/dilutionto compensateforXenon.o o (SQN UNIT STARTUP FRO M HOT STANDBY 0-GO-2 Un it 0 TO REACTOR CRITICALRev.0026Page68o f 85 S TARTUP No._Unit_Date_5.3 Reactor Startup after a non-ref uel ing o u tage (continued) [68)IFstartup istocontinue w ithoneorboth MFPTsavailable, THEN[68.1)ENSURE Steps5.1[13]throug h 5.1[15)havebeen com pleted forapplicable p ump (s).[68.2]VERIFY other applicableactionsinSection 5.3 co mpletedorinitiated .[68.3]GOTO 0-GO-3, Power AscensionFr om Reactor Critical t o LessThan 5%Reactor Power.[69)IFstartup i s tocontinuewithN O MFPT ava ilable , THEN[69.1]MARK S teps 5.1[13)through 5.1[17]as"N/A".[69.2]VERIFY ot her appli cableactionsin Section5.3 completedori nitiated.[6 9.3)GOTO0-GO-3 , Power A s cen sion From Reactor Critical t o LessTh an 5%Rea ctor Po we r.[70]IF startupi s tobe discontinued , THE NGOTO 0-GO-6 , Power Reduction From30%Reactor P o werto HotSta ndby.ENDOFTEX T (saN UNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026Page69 of 85 6.0 RECORDS Completedcopies shall betra nsmittedtothe Operations Superintendent's Secretary. ((SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICAL Rev.0026Page70 of 85 Appendix A(Page1 of 1)DELETED 1.0 DELETED ('.SQN UNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 T O REACTOR CRITICAL Re v.0026 Paqe 71 of 85 Appendi x B (P age 1 of 8)MODE 3TOMODE2 ,1 REVIEW AND APPROVAL 1.0 S TARTUP No.Unit_MODE 3TO2,1 REVIEW AND APPROVAL NOTE Da te_Steps i n this Appendi xmaybepe rformedoutof sequence , except forthosestepsthat pertaintotheOperations Superintendent HoldPoint.[1]PR IOR toenteringMode2 , 1 , an SROshallreview the follo wi ng: NOTEMode3toMode2 , 1 Chec klist and Reactor T ripBreaker Checklist a retob e attached t o this i nstruct ion.A.Mode3toMode2 ,1 Checklists fromtherespo nsible sections and DETERMINE that therequired surveillance testing forMode2e ntryhasbeencomp leted.Time Date B.Reactor Trip BreakerClosureCheckl ists fromt he responsiblesect io ns and DETERMINEthatrequ ired s urveillan ce testingformodechangehas been completed.Time Date C.Active clearancesformodechangerestraints.[C.10].Time Date D.TACF Booksforou tstanding a lternations on systems pr ior t o declaringaT.S.systemo r component operable.[C.10]Time D a t e (SQNUNITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026Paae72 of 85 Appendix B (Page 2 of 8)1.0 STARTUP No.Unit_MODE3TO2,1REVIEWAND APPROVAL (cont inued)E.O-TI-E X X-O OO-0 01.0 , Electrical JumperControlLogto determineifanypotentialT .S.restri ction exists which w ould preventamodechange.Date_T ime Dat e F.Active Procedures Bo ok t o determineequipments tatus thatma ybeabnormal.Ti me DateG.OPDP-4, Annunciat or Disablement Log f or alarms affecting operabilityo f equipmentrequired f or mode change.Tim e Date H.O-PI-OPS-301-001 .0 Plant ComputerPointDisablementLogforalarmsaffectingoperabilityofequipmentrequired f or modechange.Tim e Dat eI.Boardwalkdowniscompletedtoverifyproperequipm ent alignment.(Refertoappropr iateCROand OATePisforgu idance)[C.10]Tim e Date c-------------SQN U NIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICAL Rev.0026Page73 of 85 Append ix B (Page 3 of 8)1.0 STARTUP N o.Uni t_MODE 3TO2 ,1REVIEWAND APPROVAL (cont inued)Date_NOTE Tech Spec a nd TRM LCO3.0.4governenter i ngMode2if any LCOrequ irement applicableinMode2isnotmet.The refore ,modechangeis notallowedwhileinaTech Specor TR M action U NLESS theexceptionsan d/or allowancesstat ed in L eO3.0.4canb e applied.J.REVIEW all Tech SpecandTRMActionswhichh a v e beenenteredontheaffectedun it and common equipmenttoveri fy t hatmodechangeisacceptab le.S RO SRO Time Time Date Dat e (SQNUNIT STARTUPFROMHOT STANDBY 0*GO-2 UnitO TO REACTOR CRITICAL Rev.0026Page7 4 o f 85 Append ix B (Page4o f 8)2.0 STARTUP No.Unit_DEPARTMENT MANAGERS REVIEW Da te_2.1 Pe riodic Tes t Coord inator:[1]ENSUREthatallsurveillance requirementsformode2e ntry are updateda nd included within themodec hange check list.Periodic T estCoordinatorT im e Dat e[2]ENSUREth at all survei llanc e requirementsforReactor Trip B reaker ClosureChec klistareupdatedandincluded withinthe checklist.[C.9)2.2 Ins trumen t Mainten ance: Periodic Test CoordinatorTime Date[1]ENSURE Wide Range S G L e v el Recorders[LR-3-43A) and[LR-3-98A)areOPERABLE and SETt oarange requestedbytheoperator.(Recommendedrangebetween80and90%of scal e).[C.6]2.3 Fire Ops Section: Instrument Maintenance Time Dat e l[1]ENSURElimitations asstatedin0-TI-SXX-000-016 .0 are not exceeded.FireManager or Designee Time Date (SQN UNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 T O REACTOR CRITICALRev.0026 Paae 75 of 85 Appendix B (Pag e 5 of 8)STARTUP No._2.4 Systems Engi neering Sectio n: Uni t_Da te_[1)REVIEW of modechange checklistis completea nd all surveillance requirementshavemett heiracceptancecrite riaforMode 2 e n try.Shi ft Ma nager[2)REVIEWofR eactor TripB rea ke rClosureChecklistis complete , a ll surveillancerequirementshavemetth eir accep tance criteria ,anda llopenitemst hataffectmode c hange havebeenclosed .Shift Ma nager NOTE Time Time Date Date Theevaluationmadeby th e Systems Engineerinthenextstep willprevent thermal shock tothePZRspraynozz le.[3]ENSUREPZRsprayline bypass valvesa re throttled tomaintainacceptable sprayline temperatureinaccordance w it h 0-SO-68-3.System En g ineer ing[4)IFstartupis followinga refuelingoutage , TH ENENSUREPresentCycle Core Operating Limit Reportare inserted int he u nit's TechnicalSpecification Binder.[C.7)Lice nsingordes ignee Time Time Dat e Date (SQNUNITSTA RTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTORCRITICALRev.00 26 Paqe76o f 85 Appe ndix B(Page6o f 8)STARTUPNo. _2.5M ai ntenance Sec t ion: Un it_Date-r-[1]REVIEW ofmodec hange checkl ist is completea nd all surveillance requirementshave m et their acceptancecriteriaforMode2entry.Sh ift Ma nager[2]REVIEW ofReactor Trip BreakerClosureCheckiist i s comp lete , a ll surveillance requirementshave mett heir a cceptance c r iteria , andallopenitemsthataffect modechangehaveb een closed.S hift Manage r2.6C hemistry Section: NOTE T ime Time Date Da te The followingstepdoes notrequireanew analysis tobepe rformed forthisstartup .Routineanalysisissuffic ientunlessther e is rea sontosuspectchem istry hasbeen changed.[1]ENSUREreactorcoola nt c hemistry w ithin limitsofTechnical RequirementsManual3.4 .7asdeterminedb y theChemical S h i ft Supervisor.ChemicalShiftSupervisorT ime Date (-----------SQN UNIT STARTUP FROM HOT STANDBY 0-GO-2 UnitO TO REACTOR CRITICALRev.0026 Page 77 of 85 3.0 Appendix B (Page 7 of 8)STARTUP No.Unit_SHIFT MANAGER (SM)HOLD POINT[1)ENSUR E Tech Spec andno n-Tech Spe cworkrelated activit ies a re completed o r willnot p roh ibitentryo r impact continued operatio ninMo de 2.Date_S MTimeDate[2]ENSUREnoopen DCN/ECNs that would prohibitam ode change.(SM conc u rrencewitht he Modif icat io ns Manager o r des ig nee).S M TimeDate[3]REV IEW all open work activities re lativetotheun itforthe purpose o f identifying mai nte nance act i vities thatcould a ffect system ope rability priort o modechange l 8M[4]IF any potentialTech Spec.mode cons traint e x i sts , THEN OBTAIN Operations Superint endentresolution prior to p ro ceedingwiththe mode change 8M Time Time Dat e Date (SQN UNIT STARTUP FROM HOT STA NDBY 0-GO-2 Unit 0 TO REACTOR CRI TICALRev.0026 Page 78 of 85 3.0 Appendix B (Page 8 of 8)STARTUP No.Unit_SHIFT MANAGER (SM)HOLD POI NT (continued) Da te_[5]IF th e startup fo llows a reactortriporaneme rgency shutdown, THEN A.ENSURE causeofthetrip/shutdo wnhasbeen determinedandwill notim p act Mod e 2 entry.S M B.ENSURE Reactor tripreport iscomplete.T ime Dat e (O-TI-QXX-OOO-001.0 , EventCritique,PostTripR eport ,_EquipmentRoot CauseandOutage Milestone PER Evaluat ion)S M Tim e Dat e C.ENSURE O-GO-12 , Rea lignment ofSecondary Equipm ent Following ReactorT ripfTurbine Tri p/Emergency shutdown ,iscomplete.SM TimeDate 4.0 OPERATIONS SUPERINTENDENT HOLD POINT Operations Superint endent o r his des ignee con cursandgrants approval to p roceedtoM ode 2 , 1.Operat ion s Superintendent Time Date (SQN UNIT STARTUPFROMHOT STANDBY 0-GO-2 UnitO TO REACTOR CRITICALRev.0026 Paae 79 of 85 Appendix C(Page1 of 1)DETERMING SOURCE RANGE COUNT RATE DOUBLING 1.0 Calculating Doubling Range NOTES 1)Source rangereadingshallbeallowedtostabilizefor approximately 3 minutes aft er e ach reactivitychangeprio rtod et ermining ne wstablecountra te.2)The highest reading channel shouldb e usedwhen determiningstable c ount rate.Digitalindicat ion onshutdown monitor[M-13]i s preferred.3)Doubling rangeisus ed to determine whenrodmo tionshouldb e stopped during approachtocriti cality.Criticalityisexpectedinab out5to7countrate doublings.4)Th is appendix may b e performed and IV'dby operators, ST A,orR x Engineers.STABLE COUNT RATE DOUBLING RANGE INITIALS COUNT RATE (CR)CRX1.75=CRX2.0=1st IV (Lower valuen otused for fi rst doub ling)End of Sect ion (SQNUNITSTARTUPFROMHOTSTA NDBY 0-GO-2 Unit 0TOREACTORCR ITICAL Re v.0026Paqe80 of 85 Appendi x D(Page1 of 1)ACTIONSIF REACTOR STARTUP MUSTB E ABOR TEDSTARTUPNo._ 1.0 Operator Actions Unit_---..,_CAUTION Da te_I f reactor tripi s re q uir ed, E-O sho uld be performedinsteadofthisappe ndix.[1]ENSUREallcon trolbankrod s FUL LY INSE RTEDinaccordancewit h 0-SO-85-1.[2]LOG M ode 3 e ntry innarrative log.[3]VERIFY adequate shutdownmargini n accordancewit h 0-SI-NUC-000-038 .0.[4]Initials DETERMINE andCORRECTcauseo fthed isc repancy.Time Date o\.[5]WHEN reactorstartupistoresume, THEN PERFORM thefollowing:[5.1]RECALCULATE est imated critica l co ndit ionsi naccordancewith 0-RT-NUC-000-003.0 (St artup afte r refueling)or 0-SI-NUC-000-001.0 (Startup afternon-refueling out age).[5.2]DILUTE/BORATE ina ccordance with0-SO-62-7 t o th e estimatedcr itical boro n concentration.[C.12] [5.3]EQUALIZE boro n con centration (within50ppm)between reactorcoolantloops an d pressurizer byope rating pz r heaters a nd spray.[C.12][5.4]RE-INITIATE0-GO-2.End of Documen t (----SQN UNIT STARTUPFROMHOT STANDBY 0-GO-2 Uni t 0 TO REACTOR CRITICAL Re v.0026 Pane81o f 8 5 Appendix E (Page 1 of 2)ACTIONS IF BANKDRODSREACH FULL OUT POSITIONPRIORTOCR IT ICALITY 1.0 Operator Actions NOTE Allowableupperl imitfo r c ritical positionmay beabove thefully withdraw n position o n Bank D.I f Reactor Engineering determi nesthatco re responseiswith in acceptab le limits, thi s appendix allows RCSdilutiontoassistin achieving crit icality.[1]CONSULT Reactor Engineeringto determine ifcoreresponse iswithin acceptable limits.D[2]IF pro jected criticalrodpositione xceeds+1000p cm limit OR startup willbeab orteddueto failingtoa ch ieve criticality, THEN[2.1][2.2]PERFORM Appendix D , A ctions if Reac torStartupMust B e Abort ed.DO NOT CONTINUEthisappendix.D D[3]ENSURE contro l bank 0 insertedto lessthanorequalto estimatedcriticalposition determined in 0-R T-NUC-000-003.0 (Startup afte r refueling)or0-SI-NUC-000-001 .0 (Startupafternon-refue lingoutage).[4]DETERMINE dilution vol um etoincreasecorereactivity by 100pcm OR as recommended b y R x Engineering. _____ga llons R x Engineer I V (SQNUNITSTARTUPFROMHOTSTA NDBY 0-GO-2 Un it 0TOREACTOR CRITICALRev.0026 Paqe82o f 85 Appendix E (P age2of2)STARTUP No._1.0 Operato r Act ions (continued) Unit_CAUTIONDate_NIS indicationsshouldbe carefully moni toredduringandfollowingdilution.[5][6]PERFORM speci fied dilutio n USING 0-SO-62-7.WHENatleast30m inuteshaselapsedfor ReS m i xing AND R x Engineer concurs withresuming startup , TH EN RETURN to appropriat estep(ba sed o n number of doublings)inSect.5.2 (Startup afterrefueling)orSection5.3 (Startup after non-re fueling outage).EndofDocumen t o o (SQNUNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026Page83 of 85 Source Notes(Page1 of 3)Requirements Statement Source Document Implementing Statement VerifyMFWPtr ipbusen ergized before LER 328/88-014 C.1entryintoM ode 2.ReviseGOI-2torequire verificat ion ofNCO89011800 2 C.2 intermediaterange(IR)statusat LER 328/89006 appro ximately20and25 percent , S538905 31 844verifys ource range (SR)statusandJRBtoNRCchannelcheckat power , monitorcoredeltaTsat low-powerlevelsand during poweresca lation and compare with NIS response ,andverifythattheIRrodstopandtripbistablescomeinatthe appropriatepowerlevelduring power a scension.Following refueling operations SOER-90-00 3 C.3 relocationofNISor modificat ionsNCO900107009 affectingtheNISresponse , provideNER1187001 adequate reductionsoftripsetpoint LER 327/90011 R1 and limitationsofreactor power until ac curacyoftheNIS isverified.Also , provide alternate indicationsofpower independent of calorimet ric calculat ionsduringpowerascens ions.Decommitted 3/12/99 C.4 Assu rancethatTSC computerisresetVerbalcomm itment toNRCat C.5priortostartup

defines"reset"andSNPMeeting

10104/90"updating".(ModifiedC .5 permitting relaxing requirement.) Provis ionstoensurethatenhancedNCO890097004 C.6 steam generator level recorders are L44890505805 (operable inthema incontrolroomprio rtoenteringmode2 . (SQNUNIT STARTUPFROMHOT STANDBY 0-GO-2 Unit 0 TO REACTOR CRITICALRev.0026Page84 of 85 Source Notes(Page2 of 3)Requirements Statement Basedupon the requirementsoft he May6,1991PORCmeeting this verif icationhasbe enaddedto implement th e referenced Technical Specification chang e fortheCore Oper ating Limits Report.Consult Reactor Engineering f or guidance durin g evolutionsofunu sual pow er maneu versatendofcorelife .Provide reactortripbreaker c losure checkliststoen sureallsurveillan ce requirements f or reactor tri p brea ker closureare satisfied.ReviseGOI-2t o includ eastepsign offwithth e TACF review,holdorder revie w e t c.sec t iono f GOI , f or th e DutySOStoensureaboard wal kdown to verify proper alignm ent i sperformedbyadesignatedSROpriortomod e change.Operations st artup procedures should: 1)Stress conservative actionsand compliancewithwrittenprocedureswhenrepo sit ioningcontrolrods , 2)Guidanceonactionswhencritical ity willbeachievedoutsidetheECC toleran ce band , 3)Avoidactivities whichdist ract the ope rators , 4)Directions to use pertinent instrumentation to monitorapproa ch to criticality,5)Per iodic pausesduringrod w ithdrawal. Source DocumentPORCMinutes#50880 5/06/91T/S 91-0 8 NER 890794OER89 3497U1C5Outage Critique i tem IIS-92-045 SOER 88-02NER88047400 Implementing Statement C.7 C.8 C.9 C.10 C.11 (-,SQNUN ITSTARTUPFROMHOT STANDBY 0-GO-2 Unit 0TOREACTOR CRITICAL Rev.0026 P age 85 of 85 Source No tes (Page 3 of 3)c.Req ui reme nts St a tement Operator Controlsandmonit oring activ itiesinvolvingpossibleboron concentratio nreductionw hich cou ld result inunpla nned reactivi ty cha ng es.ProceduresthatdoN OT co ntain appropria te ver ification requirem ents w ill be revised.(Thisitem isNO T annotated withinth e procedure , s incethee nt ire procedu re must meetthe verificationprogramrequirements .So u rce DocumentINPOSOER 94-002 TROINC O 970071001 Implementing S ta tement C.12 C.13 ( c.--SQNU NIT STARTUPFROMHOT STA NDBY a-GO-2)Unit a TO REACTOR CRITICALRev.00 25 P age 79 of 85 Appendix C (Page 1 of 1)DETERMING SOURCE RANGE COUNT RATE DOUBLING 1.0 Calculating Doubling Range NOTES 1)Sourcerange rea d ingshallbe allowed t o stabil iz e f or aporo ximately3 minute s aftereac h reactivity change priortodeterminingnew stablecou nt rate.2)Theh ighe streadingchannelshouldbeu sedwhendeterminingstablecountr ate.D i g ita l ind icationonshutdownmon itor[M-13]i s preferred.3)Doub ling range i s usedtodeterm i newhenrodmo tionshouldbestoppedduring approach t o criticality.C r i t icality ise xpectedinabou t5to7coun t r ate doublings.4)Th is appe ndix ma y b e performed andI Vd by operators, ST A , orR x Eng ineers.--STABLECOUNTRATE DOUBLING RANGE INITIALS , COUNTRATE(CR)CRX1.75 =CRX2.0=1st IV ZD (Low er valu e n ot used t.f:6 CY--r;2-for firstdoubling)4:0 7 0 I?O rtL00IS9 c..I27f]('(2-<>::5'50 4?3)2-{.--(j3 5 I{((/270(2-7 D 2 Z2-7.----2 SZi O W'----ur-End of Sec tion c SO NESTIMATEDCRIT ICAL CONDITIONS 0-SI-NUC-000-001 .0 0 Re v 5"::::::::- P a ge35 of 42"'...I I..II" ,l, I APPENDIXC Page8 of 1 0 MONITORING THE APPROACH TO CRITICALITYDATAS HEET C-1ICRRDURINGRODWITHD RAWALFORCHANNELN -32 UNI T\C YCLE DATE ,...-roO o')'ECC: PP MSTEPS T--'.." e"'A o"::::::::::::::::::::::::::: '" ,,,"'I."'I...COUNT S ECS Cr;BANKSTEPS I CRR INITI ALS C RO CR1 C R2 C R3 CR4 C R5 C R6 CR7 C R8 C R9 i q-1.00/"-" 3'1.'1 if r-/7"\';Z-L/A//,5..,,1-.........-';o g'_,tlo---6/'<;'.u)"--1 2.7 U.ciS-../'REACTORENGR R EVIEWED BY----=:-:-::=-=-= 0-==---D ATE_ (l (l TENNESSEE VALLEY AUTHORITY SEQUOYAH NUCLEAR PLANT SYSTEM OPERATING INSTRUCTION 0-50-85-1 CONTROLRODDRIVESYSTEM Revis ion 32 QUALITY RELATED PREPARED B Y: JENNIFER REGAN RESPONSIBLE ORGANIZATION: OPERATIONS APPROVEDBY: W.T.LEARY EFFECTIVEDATE: 1211112006 LEVELOFUSE: CO NTINUOUS USE REVISION DESCRIPTION: Rev isedtoincorporate t he new reactorbreakerclosecontrol switch, 2-HS-99-7 , perDCND21843A.PERFORMANCEOFTHIS PROCEDURE COULD IMPACT REACTIVITY (SQN CO NTROLRODDRIVESYSTEM 0-SO-85-1 1 ,2 Rev32 Page2 of77 TABLEOFCONTENTS Page1 of2 Section Title Page1.0INTRODUCTION 4 1.1Purpose 41.2Scope................................................................................................................4 2.0RE FERENCES.... ............................................. .................................................4 2.1 Performance References 4 2.2 DevelopmentalReferences............ ...43.0PRECAUTIONSANDLIMITATIONS................................................................ 64.0PREREQtJ lSITE ACTIO NS 9 5.0 STARTUP/STANDBYREADINESS................................ ................................. 10 5.1 PlacingMGSet(s)in Standby Readiness.........................................................10 5.1.1Plac ingMG SetA InServ ice W ithMGSetBNOT Operating 12 5.1.2Pla cingMGSetBInServ iceWithMG SetANOTOperat ing 15 5.2 ReseUC lose Reactor TripBreakers 18 6.0 NORMAL OPERATION 21 6.1 Placing MGS etAI n ServiceWith MG SetBOperating 21 6.2PlacingMGS etBInService With M G SetAOperatin g 30 6.3 ManualOperationofRod Control System Below15Percent Power 396.4TransferringfromManua l to Auto Rod Control..... ............................................52 6.5TransferringfromAutotoMan ual Rod Control.................................................53 7.0 SHUTDOWN................... .............................................. ....................... .............5 4 7.1RemovingtheMGSetAFromService 54 7.2 RemovingtheMGSetBFrom Service 5 5 (SQN CONTROL ROD DRIVE SYSTEM 0-SO-85-1 1, 2 Rev32 Page3o f 77 TABLE OF CONTENTS Page 2of2 Sec t ion Title Page 8.0 8.1 8.2 8.3 8.4 8.5 8.6 9.0 INFREQUENT OPERATION.Al t ernateMethod ofParallelingM G SetA..AlternateMethod ofParallel ingMG S et B..Resett ing Step Counters After Withdrawing Rods Above231Steps..Resetting Step Counters After Insert ingRods Below 0 Steps..PlacingMGSetA I n ServiceforMa intenance..PlacingMG SetBInServ iceforMaintenance..RECORDS.56 56 5 8 60 61 62 6 9 76 (SOURCENOTES 77 ATTACHMENTSATTACHMENT1

CONTRO LRODDR I VE S YST EM POWERCHECKLIST1-85

-1.01 ATTACHMENT 2: CONTROLRODDRIVE SYS TEM POW ER CHECKLIST 2-85-1.0 1

---

c SQNCONTROLRODDRIVESYSTEM

0-SO-85-1 1, 2 Rev32Page4 of77 1.0 INTRODUCTION 1.1 Purpose T his instructi o n prov idesthestepsnecessary f or theoperation o f t heControlRod Drive System.1.2 Scope T h isinstruction provides de tailedstepsfo rthefollowing operations: Pl a cingContro l Rod DriveMGSetsin Service Remov ing Control Rod DriveM GSetsfrom Service ParallelOperationof Control Rod DriveMGSetsManualOperat ionoftheControl Rod Drive System Transferring RodControlfromManualtoAu to Transferring Rod Contr ol from Auto toManual 2.0 REFERENCES 2.1 Pe rfo rmance Re ferences A.Procedures 1.0-SI-NUC-000-038.0 , ShutdownMargin 2.1 , 2-P I-IFT-099-0 P 4.0 , Verificat ionof P4Contacts B.Tech Specs 1.3.4.1.2C.Westinghouse Tech.Bull etin NSD-TB-92-05RO 2.2 Developmental Re fe rences A.Tech Specs 1.3.1.3.1 2.3.1.3.23.3.1.3.4 4.3.1.3.5 5.3.1.3.6 ('.c SQNCONTROLRODDRIVESYSTEM 0-80-85-1 1,2Rev32Page5of77 2.0 REFERENCES (Cont inued)B.Techn icalRequirementsManual 1.TR 3.1.3.3 C.F8AR 1.7.7.1.2.1 D.TVADrawings1.45N699-1 2.45N777-33.45N703-1,2,3 ,44.45N1646-4 5.45N2646-4 6._45N1624-1, 2, 3,4, 5 , 8 7.45N2624-1,2,3 ,4 ,5,88.617F619 (SQNCONTROLRODDRIVESYSTEM 0-SO-85-1 1.2 Rev32 Page 6 of??3.0 PRECAUTIONS AND LIMITATIONS A.Rodthermallock-upis NOTaconcernwhenthereactortrip breakers areOPEN.Ifreactortr ip breakersareCLOSEDandanRCScooldownof greaterthan50°Fisplanned ,theshutdownandcontr olbanksshouldbe withdrawnatleast5stepseach .Thiswilllimitthe possibility of"thermalup"oftherods .Thisdoesnotapplyifperformingsections 8.5or8.6.B.Ifbo thMGsetsaretobe shutdo wn , thecontrolrodsandshut down ro ds shallbeinsertedinthecoreandtherea ctor tr ip breakersOPENpriortoshutting downtheMGsets.C.Rea ctor Tr ip Break ers shall NOTbeclosedwhil einMode3unlessin complian cewithLCO3.4.1 .2.D.Failuretoperform1,2-PI- IFT-099-0P4 .0 , VerificationofP4Contact s could resultinthepre ventionofAUTOSIifrequired.E.Undernormalconditions ,thecontrolrodbanksmustbew ithdrawn andinsertedintheprescribed sequence.Forwithd ra walthesequence i sShutdownBankA,ShutdownBan k B ,ShutdownBan kC,Shutdown Ban k D ,ControlBankA ,ControlBan k B , Contr ol Ban k C ,andControlBankD.Theins ertion sequence isthereverseofthewithdrawalse quence.F.Forman ual ban k sequencing ,thepres cribed withdrawalandinsertion sequenceshouldbefollowed .Rodmotionofthe correc tbankshouldbe monitoredbyobservingthegroupstepcounters andtherod position in dicators.G.DuringControlRodw ithdrawal ,theControiBanksshouldbe monitored forbankoverlap .H.Thecontrolbanksmustbe maintainedabovetheirrespectiveinsertionlim its (Low-LowAlarmtoensure adequate shutdown intheeventofareactortrip , toensurethatma ximum possibleejectedrodreactivit y lim itsaremaintainedandtoensureacceptablecore power distributions .I.Beforewithdra w inganyrodbankfromthefully insertedpositi on ,theg roup step countersandtherodposition ind icatorsforthatbankmustbeatzero steps. c SQN CONTROLRODDR IVE SYSTEM 0-SO-85-1 1 ,2 Rev32 Page7o f 77 3.0 PRECAUTIONSANDLIMIT ATIONS (Cont inu ed)J.Deleted K.The Contro l Rodsshall NOTbesteppedortrippedunlessthe RCSpressu re is a t least100psig. L.RPlsandstepcountersshallbe maintained within limits perTS 3.1.3.1 a nd 3.1.3.2.M.Continuous rod motionsha ll comp ly withthese restrictions

CRDM OUTLET RO D MOTIONLIMITS TE MPERATURE" 190°F 10minutesO N 20 minutes O FF" 200°F 6 minutes O N24minutes OFF Tim e limitationsareduetoa lowerairflow rateo f 48 ,000 cfmacross th e shroud combined with a higher temperature(Reference TSIR-97-BOP

-30-636 a nd WestinghouseLetters RIM's#B38931005806, B 38930920800,a nd 8389 31005803).N.Thefollowing failureswillrendertherod controlsystem i ncapab leo f automatic and/o r manua l motion withoutanyannunciationorindication: 1)Hand switc h failure;2)relay failure,and3)failureofboth100vDCpower supplies(PS3an d PS6)simultaneously .O.Defeat ingor resto ring Tavg/DeltaT orNIS channelmaycausestepchange in inputt orodcontrol.A delayo f at least3 minutespriortoreturningrodcontroltoauto matic w ill allo w lead/lagsignal to decay o ff. (SON CONTROLRODDRIVESYSTEM 0-SO-85-1 1,2 Rev 3 2Page8of77 3.0 PRECAUTIONS AND LIMITATIONS (Continued) P.Directional Overcurrent Rela y Targ ets ar eresetb y d epressingtheRelay Target Reset Pushbutton on thepane ltobrea kthet arget coi lsealincircuitandth en liftin g the mechanical resetatthe bottomo f therela y co ver.Q.US I SRO Oversightforcontrolrod manipulat ionshallinclude

1.PriortoRod Movementa.Ensur e RPI'swithinT.S.rang

e (+or-12 steps)b.Ensuredeltaflu xwilln ot be adversely affected c.EnsureTa vgandR x Th ermal powerwill not beadverselyaffected d.VerifyontargetwithR x Engreactivitybalance sheet e.Verify po wer changewillnotexceedhourly rat e f.Ensu renos imultaneou s reactivity manipulationsinprogres s (L e.: borations , dilutions o r turbine loadchanges)2.Dur in g Rod Movement a.Ensu reROh as peer check b.Ensure RO is followingprocedure c.EnsureROunderstands howmany steps theyar e movingrods d.EnsureROhasche ckedalltheabove mentionedite mse.Watchperf ormanceofro d manipulation while listeningtoaudib le indicatio n of rodst ep f.Ensur epeercheck isdoingtheirjob g.Re-verify st epsa-dofinitial evaluation h.Ensur e procedureisfollowed placing rods backtoau to (Tavg-Tref mismatch)LMonitor p lant for expected response .======'----._---- ('SQNCONTROLRODDRIVESYSTEM0-SO-85-1 1,2Rev32Page39of77Unit(Date6.3 Manual Operation of Rod Control System Below 15 Percent Power CAUTION If reactor trip breakersareCLOSEDandanRCS cooldown of greater than 50°F is planned, the shutdown and control banks should be withdrawn at least 5 steps each.This will limit the possibility of"thermal lock-up" of the rods.Thermal lock-up isNOTa concern during unit heatup.NOTEContinuousrodmotionshallcomplywiththeserestrictions

CRDM OUTLETRODMOTIONLIMITS

TEMPERATURE <190°F10minutesON20minutesOFF <200°F 6minutesON24minutesOFF[1]ENSURESection5.2,Reset /CloseReactorTripBreakershasbeencompieted.[2]IFtheshutdownandcontrolrodswerewithdrawn5stepstopreventthermallockupduringanRCScooldown , THENENSURErodsarefullyinsertedpriortowithdrawal.,Itt.1 MM5-1st c v[3]MOMENTARILYPLACE[SUS],RodControlStartup Step CounterResettotheSTARTUPpositiontoresetControlRodDriveSystem. c.NOTE CAUTIONRODCONTROLSTARTUPSTEPCOUNTER RESET(SUSonM-4)Resets:A.AllGROUPSTEPCOUNTERSontheControlBoard .B.The mastercyclerreversiblecounter.C.Allslavecyclercounters.D.Thebankoverlapcounter.E.Allinternalmemoryandalarmcircuits.F.All pulse-to-analogconvertersintheRodPositionIndicationSystem .ROD CONTROLSTARTUPSTEPCOUNTERRESET(SUSonM-4) should never be heldinSTARTUP position for any extended period of time.Holding this switch in STARTUP position may cause damage to the counters. (SQNCONTROLRODDRIVESYSTEM0-SO- 85-1 1,2Rev3 2Page40of77 Un it Date J1l/)"'1 6.3 Manual Operation of Rod Control System Below 15 Percent Power (Continued) CAUTION.Before withdrawing any rod from the fully inserted position , all Group Step CountersandallRod Position indicators mustbeat zero steps.([4]ENSUREallFullLengthRodstepcountersr eset t o zero.[5]VERIFY rod controlI N-OUT direction li ghtsareNOTLIT.[6]DEPRESS [RCAS], R od Urgent FailureAlarmReset.[7]RESET Windo w 6 (A-6),RODCONTROLSYSTEM URGENT FAILURE alarmonpanel [XA*55-4B] using[XS-55-4A] , Annunciator RESET/ACK ITEST Switch.[8]VERIFY thefollowing ro d control system alarmsonpanel[XA-55-4B]areNOTLIT: WINDOWNOTLIT NUMBER N)5 (A5)IB'6 (A6)11(B4)IE"'12(B5)10" 13(B6)iW18(C4)Il:i1 19(C5)27 (06)&r34(E6)1!6 11/ (SQN CONTROL ROD DRIVE SYSTEM 0-50-85-1 1,2Rev32 Pa ge 41 of 77 Unit I Date 110"1 6.3 Manual Operation of Rod Control System Below 15 Percent Power (Continued)[9]ENSURE Plan t computer pointsforr od ban k position are ZERO using th e following computer points: COMPUTERPTROD BANK-,J U0049 Cont rol A[JJ'" U0050 Control B lit" U 0051 C ontrol C Ii;1(U0052 Control D[B'" U0053 Shutdown A I!2f U0054 Shutdown B IB'" U 0055 Shutdown C IB"-U0056 Shutdown D[10]MONITOR ControlRod position USING Ro d PositionI nd icators I CS screen30m inute t rend during SD&C ont rol Ban ks with draw altoai d indetecting rod misalignment.[11]IFIn d ividual Ro d PositionIn dication does notindicate proper rod po s ition during withdrawalo fSDBan ks , THEN[a]STOProdw ithdrawal.f.Zi f?[b]ENSURE subcriticality.k!jJ:J[e]CONTACT MIG AND INITIATE troubleshooting.I!jlt[d]IF troubleshooting does not resolve the problem , OR subcriticality can NOT b e verified , THEN INITIATE Rea ctor TRIP.iliff[12]IFIndiv idual Rod Position Ind ication does no t ind i cate pro per rod po sitionduringwi t hdrawal of Cont rol Ban ks , THEN GO TO AOP-C.01 section2.6Rod Position Indi cator (RPI)Malfun ction-Modes1or2. (SQNCONTROLRODDR IVE SYSTEM 0-SO-85-1 1 ,2 Rev32 Page42of77 Da te TIJ0'1 (Unit.-'-_6.3 Manu al Ope ration ofRodControl Syste m Below 15 Percen t Powe r (Co ntinued)CAUTION Unde r normal co nditions con trol rod banks must be withdrawn and inserted in the presc ribed sequence.For w ithdrawal , the sequence is Shutdown Ba nk A, Shutdown Bank B , Shutdown Bank C, Shutdown Bank D , Cont rol Bank A, Control Bank B , Control Bank C , Cont rol BankD.The insertion sequence is the reve rse ofthew ithdrawal seq uence.NOTE1Startuprate ,Sourcera nge , Intermediate ra nge , Nucle arInstrumentationreco rders , Group Step Countersa nd t he Rod PositionIndica tors s hould be monitored duringeachbankwithdrawal.NOTE21 st C V[13]Th e followingfailureswi ll renderth e rodcontrol sys tem incapableofautomaticand/or manualmotionw ithout a ny annunciationor indication: 1)Handswitchfailure;2)relay failure , and3)simultaneousfailureofboth 100v DCpowersupplies(PS3and PS6)PLACE[HS*S5-511 01,RodControlMode Selector tothe SBA position.[14]VERIFY R od Speed Indicator[SI-412].indicates 64 Steps/minute.1st C V (SQ NCONTROLRODDRIVESYSTEM 0-SO-85-1 1 ,2 Rev32 Page43of77 Unit--:(___ 6.3 Manual Operation of Rod Cont rol System Below 15 Percent Powe r (Continued) NOTE Monitor GroupStep Counters,Rod PositionIndicato r andthe" I N-OUT" statuslights toensureanticipated mo tionaseachbankisbei ng withdrawn.Rodspeed indicator shou ldbereading64steps perminute.1stCV ([15]ENSUREShutdown Bank A de mand positioncounters operationalbyperforming t he following:[C.2][a]BUMP[HS-85-5111] , Rod Contro l S w itchtow ithdraw ShutdownBa nk A one-halfstepatatime, foronefullstep .I/11M(1 s t cv[b]CHECK gro updemandpositio n countersadvanceproperly .[c]BUMP[HS-85-5111]towithdrawShutdown BankA o ne-halfstepatatime ,forthesecondfu ll step.1stC V[d]VERIFYgroupdemandpositioncounters advance properly.[e]IFgroupdemandpositioncountersdo NOTadvanceprope rly, THEN A.S TOP rodwithdrawal..Q2>>.B.INITIATE W Otohavecounter repaired.fi[1r C.WHEN co unterisrepaired , THEN 1.ENSURE ShutdownBankAfully INSERTED.2.RETURNtobeginningofthisstep .,fjd-NOTEThefullywithdrawn position forshutdownan d controlrodsis definedby TI-28,Atl.6.[16]W ITHDRAW Shutdown Bank AtotheFULLYWITHDRAWN position usin g[HS-85-5111] . (SQN CONTROL ROD DRIVE SYSTEM 0-SO-85-1 1 ,2 Rev32 Page44of77 ,(/t(I/UW{1 st C VUnit.1 Dat e'--L"""'"tDJ-_ 6.3 Manual Operation of Rod Control System Below 15 Percent Powe r (Continued) [17]PLACE IHS-85-5110 ], Rod Control Mode Selectortothe SBB posit ion.[18]VERIFY R od SpeedIndicator[51-412],ind icate s 64 Steps/minute .NOTE T he follow ing failures will rendert herodcontrol systemincapable of automatic and/ormanual motionwithout any annunciation or i nd ication: 1)Hand switchfailure;2)relay failure,a nd3)s imultaneous failureofboth 100v D C power supplies (PS3and PS6)..iJtL I AlI'i.1st c v[19]ENSURE Shutdown Bank B dema nd pos ition counters operationalb y performing th e following:[C.2][a]BUMP[HS-85-5111], Rod Control Switch to withd raw Sh utdown Bank B one-ha lfstepa tatime , fo ronefulls tep.[b]CHECK g roup dema nd position counters advance properly.[c]BUMP[HS-85-5111]tow ithdrawShutdown BankB one-half stepata time , for the second fullstep.d If!-I 1I'fJ-'i 1 st c v[d]VERIFY group demand position cou nters advance proper ly.1 st C V[e]IFgroup dema nd pos ition counters do NOT advance properly , THEN A.B.C.STOP rod withdrawal. INITIATE W O to h a v e counter repaired.WHEN counte r is repaired, THEN 1.ENSURE Shutdown Ban k B fully INSERTED an d 2.RETURNtobeginning ofthis ste p.[20]WITHDRAW Shutdown Bank Btothe FULLY WITHDRAWN positio n usi ng[HS-85-5111]. (SQN CONTROLRODDRIVESYSTEM0-SO-85-1 1,2 Re v 32Page45of77 MfI"l.1s t CVUn it.--'-{___Date--l.-=-""=f-_ 6.3 Manual Operation of Rod Control System Below 15 Percent Power (Continued) [21]PLACE[HS-85-5110],RodCon trolModeSelecto r to the SBC po sition.[22]VERIFYRodSpeedIndicator [SI-412], indicates o Steps/minute.1s t CV NOTEThefollowingfailures willrendertherodcontrolsysteminc apable of automatic and/ormanualmotionwithoutany annunciation or indication:1)Handswitchfailure;2)relayfailure , and 3)simultaneousfailureofboth100vDCpo wersupplies(PS 3 and PS6).[23]ENSUREShutdownBankCd emand pos ition counters operationalbyperformingthefollowing

[C.2][a]BUMP[HS-85-5111],RodControlSwitchtow ithdrawShutdownBankCon

efullstep.!JtL I MJVI..1 st C V[b]CHECKgroupdemandpositioncounteradvancesproperly. [c]BUMP[HS-85-5111] to withdraw Shutdo wnBankCasecondfullstep ."-It<I1 st C V[d]VERIFYgroupdemandposition counteradvancedproperly.

flf(I MWJ2 1 st C V telIFgroupdemandpos

itioncountersdoNOTadvance properly , THEN A.B.C.STOProd withdrawa l.INITIATEWOtohavecounterrepaired. WHEN counterisrepaired , THEN1.ENSUREShutdo wnBankCfull yINSERTEDand2.RETURNto beginningofthisstep .[24]WITHDRAWShutdownBankCtothe FULLY WITHDRAWN pos ition using[HS-85-5111]. ( c SQN CONTROLRODDRIVESYSTE M 0-SO-85-1 1 ,2 Rev32 Page4 6 of??Unit I Date 7Tf{Jtry 6.3 M anual Oper ation of Rod Control System Below 15 Percent Powe r (Continued) [25]PLACE[HS-85-511 OJ,RodControlModeSelector t o th eSBDposition..llt..i-I 111M 1s t C V[26]VERIFY Rod SpeedIndicator[SI -412], i ndicates o Steps/minute.I't/I<.I...!J!..1!!l 1 st C V NOTE The followingfailuresw illrendertherodcont rol system incapable of automatica nd/ormanualmotion without a ny annunciation o r indication: 1)Hand switchfailure;2)relay failure,and3)simultaneousfailure of bot h 100v DCpower supplies(PS3a nd PS6).[27]ENSUREShutdown Bank 0 de mand position co unters operationalbyperformingth e following:[C.2][a]BUMP[HS-85-511 1],RodControlSwitchtow ithdraw Shutdown Ban k 0 o nefullstep.J!.l!:S..- I1s t C V[b]CHECKgroupdemandpositio n counter advan ces properl y.[c]BUMP[HS-85-5111] to withdraw Shutdown Ban k 0asecondfullste p.1stC V[d]VERIFYgroupdemandpositioncounteradvancedprope r ly.I!ft I AI W'1st C V[e]IF gro up demand posit ioncountersdo NOT adva n ce properly, THEN A.B.C.STOProdwithdrawal. INITIATEWOtohavecounte r repai red.WHEN counter i s repaired,THEN 1.ENSUREShutdown Bank 0 fullyINSERTEDand 2.RETURN to beg inning ofthis step.[28]WITHDRAW Shutdown BankDt o t he FULLY WITHDRAWN position using[HS-85-5111]. (SQ NCONTROLRODDRIVESYSTEM0-SO-85-1 1 ,2Rev32 Page4 7 of 77 Unit 6.3)Date!7If'1 Manu al Operation of Rod Control System Below 15 Percent Power (Continued)NOTERemainderofthissect ion perfo rmedinconjunction wit h 0-GO-2 or 0-RT-NU C-OOO-003.0.[29]PLACE[ HS-85-5110], Rod ControlMode Selector tothe MANUAL posit ion.[30]VERIFYRodSpeed Ind icator[SI-412], i ndicates 48 Steps/minute.Jl/f(,AIM.1 st cv 11#<., Awl t st C V NOTEThe followingfailures will r e n derthe rod c ontrolsystem incapab leofauto matic and/o rmanualmotionwithoutanyannuncia tion or indication: 1)Ha nd switch failure;2)rel ayfailure,a nd 3)simultaneous failureofbot h 100vDCpower supplies(PS3 a nd PS 6).[31]ENSUREControlBankAdem and positioncounters ope rati onalbyperformingthefollowing:[C.2][a]BUMP[HS-85-5111],Rod ControlSwi t c htowithd raw ControlBankAone-halfstepatatime,forone fullstep.[b]CHECKgroupdemandpositioncounte rs advance proper l y.[c]BUMP[HS-85-5111]towi thdraw ControlBankA one-half step atatime , forthesecondfullstep.!1J.ti..I Atr l s i CV AIIf..1 stC V[d]VERIFYgroupdema nd pos itioncountersadvancep roper ly.QV tel IF group demandpositioncounters do NO T advance prop erly , THEN A.STOProdwithdrawal.B.INITIATEW Otohavecounter repaired.f/'P-C.WHEN counteri s repaired, THEN 1.ENSURE ControlBankAfully INSERTED and Af1J}2.RETURN tobeginn ingofthisstep. (saNCONTROLRODDRIVESYSTEM0-SO-85-1 1,2Rev32Page48of77 Un it (Date 1vl?o9-!p 6.3 Manual Operation of Rod Contro l System Below 15 Percent Power (Continued)[32]CONTINUEwithdrawalofControlBankAusing[HS-85-5111] , IJ lL(RodControlS witchto128stepsorne xt doub ling."'F, NOTEWhenControlBankAisabove20steps .alarmFULLLENGTHRODSAT BOnOM l ight on[XA-55-4B]shouldclear.WhenControlBankAgetsabove20stepsandrodsared rivenbackin ,thealarmwillcomebackin.WhenControlBanksB , C ,and0getabove35 steps ,thendropbelow20steps ,thealarmwillcome back in.[33]WHENControlBankAisabove20steps , THENENSUREWindow 28 (0-7).FULLLE NGTH RODSRODSAT BOnOMalarmonpanel [XA-55-4B] CLEARS. (SQNCONTROLRODDRIVESYSTEM 0-50-85-1 1,2Rev32 Page 49 of 77 Unit I Dat e iWA-y 6.3 Manual Operation of Rod Control System Below 15 Percent Power (Continued) CAUTION When Control BankAis reaches 128 steps, Control Bank B should begin to move.Each successive bank should begin to move when the previous bank reaches 128 steps.[34]WHENContro l Ban kAisw ithdrawnto128step s , THENENSUREControlBan k B demandposition count ers operational b y perf ormingthefollowing:[C.2][a]BUMP[HS-85-5111J,R od Con trol Switcht o withdraw Control Ban kBone-half s tep a t a tim e , f or onefullstep."#fAWt..1s t c v[b]-CHECKgroupdemandpo sitioncountersadvan ce properl y.[e]BUMP[HS-85-5111] to withdrawControl Ban k B one-halfst ep a tat ime , f or th e s econd full st ep..!:!I:L f M CI't t st cv[d]VERIFY group demandpositioncounters advance properly.[e]IFgroupdem and positioncountersd oNOTad vance properly , THEN A.B.C.ST OProdwithdrawal.INITIATEWOtoha ve coun ter repa ired.WHENcounteri s repaired, THEN1.ENS URE Contro lBankBfully INSERTEDand2.RETURNt o beginning of thisste p.[35]CONTINUEw ithdrawalofControlBan k Bus ing[HS-85-5111]to128stepsornextdoubling .c. (SQN CONTROLRODDRIVESYSTEM0-SO-85-1 1 ,2 Re v 32Page50of77 t1.JfL , IIJ-ld-1stC V Unit 6.3{Manual Operat ion of Rod Control System Below 15 Percent Power (Continued)[36]WHENControlBankB i s withdrawnto128steps,THEN ENSUREControlBan kCd emandpositioncounters operational byperforming t he following:[C.2][a]BUMP[HS-85-5111] ,RodCon trol Switch to withdraw Control Ban kCone-half stepatat ime , f oronefullst ep.[b]CHE CKgroupdemandpositioncountersadvance properl y.[c]BUMP[HS-85-5111] t o w ithdrawCon trol Ban k C one-halfste pata time , forthesecond fu ll step.[d]_VERIFYgroupd emand position counter s advance properl y.m , MWI-1 st c v[e]IF groupdemandpositioncountersdoNOTadvance properly , THENA.STOProd withdrawal. R)f B.INITIATEWOt o havecounterrepaired.C.WHEN counterisrepaired , THEN 1.ENSUREControlBankCfully INSERTEDand2.RETURN tobeginn ingofthisstep.[37]CONTINUE withdrawalofC ontrol BankCusing[HS-85-5111]to128st epsorne xt doubling.I.It{NOTE Threestepsar e a dded t othelow-low insertion limit(110 steps@zeropower)un til LEF M isavailable.[38]WHEN ControlBankCis'"113St eps , THEN ENSURE Window14(B-7), ROD CONTROL BANKS LIMIT LOW-LOW ala rmonpanel[XA-55-4B] CLEARS.LIf( (SQN CO NTROLRODDRIVESYSTEM 0-SO-85-1 1 ,2 R ev 32 Page 51of77 Unit I Date]uO""1 6.3 Manual Operation ofRodCon tro l Sys tem Belo w15Percent Power (Continued)NOTEThreestepsa readdedtothe low insert ionlimit(120 steps@zeropowe r)untilLEFMi s avai lab l e.[39]WHEN Control Bank C i s'" 12 3 steps.THEN ENSURE Wi ndow 7 (A-7).ROD CONTROLBANKS LIMIT LOWa larm o n panel[XA-55-4B]CLEARS.[40]WHEN ControlBan kCiswithdrawn to 128steps.THENENSUREControl Bank Ddemandposition counters operationalbyperforming t h e following:[C.2][a]BUMP[HS-85 -5111].Rod Control Switch towithdraw-Contr ol BankDone-half stepata time , foronefull step.JlIf(I NtJ il.1st cv[b]CHECKgroupdemandposition countersadvanceproperly.[i}[c]BUMP[HS-85-5111]towithdraw ControlBank D one-half s tep atatime , fo r t he seco ndfullstep.I/J(if/.1 st CV[d]VERIFYgroupdemand posit ioncountersadvancep roperly.[)"[e]IFgroupdemandpositioncountersd o NOT adva n ce properly.THENA.STOProdwithdra wal.i!1.4 B.INITIATE W O to havecounterrepaired.If/JI C.WHEN c ounterisrepaired, THEN 1.ENSURE Control BankDfully INSERTED an d2.RETURNtobeginningofthisstep .[41]CONTINUE withdrawalofControl Bank Dusing[HS-85-5111]tonextdoublingorcriticality. End of Section 6.3 l (SQN ROD CONTROL SYSTEM MALFUNCTIONS AOP-C.01 Rev.16 I STEP I ACTION/EXPECTED RESPONSE 2.1 Continuous Rod Bank Movement 1.CHECKrodcontro l:a.ENSURErodcontroli n MAN.b.CHECKrodm otion STOPPED.RESPONSENOT OBTAINED b.TRIPth e reactor, andGOTO E-O , Reactor T r ip orSafety I n jection.CAUTION:-Control Rods shouldNOTbe manually withdrawn during a plant transient. 2.CHECKforsteamlin eorfeedwaterline break: (a.CHECKf or ri sing reactorpowe r withdropp in g T-a v g.b.GOTOAOP-S.05 , SteamLineor Feed waterLineBreak/Leak. a.GOTOStep 3.Page 5 of 62 ((PREPAREDI REVISED BY: JPM B.1.b Pag e 1 of 14 Rev.11 SEQUOVAHNUCLEARPLANT JOB PERFORMANCE MEASUREB.1.bJPM 77-2AP Perform DIG Load Test on 1 B-B DIG (with low oil press)Date/VALIDATED BY: APPROVED BY: CONCURRED:

• • • (Operations

Training Manager)(Operations Repres entative)Date l Date l Date/*Validationnotrequiredforminor enhancements, procedure Rev changes thatdonot affecttheJPM ,orindividualstep changesthatdonot affecttheflowoftheJPM.**Operations ConcurrencerequiredfornewJPMsand changes that affec t theflowoftheJPM(ifnotdr ivenbyaproc edure revision). ((, JP M B.1.b Pa ge2of 1 4 Rev.11 NUCLEAR TRAINING REVISION/USAGELOG R EVISION DESCR IPT ION OF V DATE PAGES PREPARED/NUMBER REV ISION AFFEC TED REVISED BY: 7 Revisedtoreflectrevision changesinSI-N 1 0/14/99A ll S R TAY L OR 7B,c hange d c r itica l stepsforconsistency w ithJP M 77-5AP reviewed/approved 4/2 0/99, correctedtyposan d inc orporated comments from1999cycle 5 re qual performancesofJ PM 77-2AP.Flowo ftheJ PM i s not affected.pen link Dele tedstep20basedonrev20o f O-AR*N 8/9/00 5 ,12SRTaylor M26-B ,Updatedre v level penlin k SO-82 rev updateonly N 8/17/00 4SRTay lor pen lin k 0-AR-M26-Brevc hg only N 8/28/00 4 SR Taylo r penlink 0-SI-OPS-08 2-007.Brevchgonly N 6/21/014 W R Ram sey pen/ink 1-SI-OPS-082-007.B rev25Update min or N 09/07/01 ALL WR Ramsey changes relatedtostopwatch usag e8Inc orpo rated pen/inkchanges;updatedto N 8/20/0 2 AllJP Kearneyrecentrev isions of references;noim pactonJPMf low 9 Rev isedremotefunct ions use dtoconform N 1 2/0 1/2003 4,8 , 1 0JJTricogloutone w s im utato r con figuration 10 Updatedtocurre nt revisions and I C.N 8/11/04 AllMGCr o teau 1 1 Updatedto current revisions.Minorfo rmat N 0 1/3 1/07 All RH Evans chan gesv-S pecify iftheJ PM change willrequire another validation (Y orN).Seeco versheetforcriteria. (JP M B.1.b Page3of14 Rev.1 1SEQUOYAHNU CLEAR PLA NT ROISROJOBPERFORMANCEMEASURE T ask: Perf orm D I G Lo ad Teston18-B D IG JAITAtas k#: 06400 2 0 10106400401010640060 101 (RO)KIA Ratings: 064 A4.01 (4.0/4.3)064A4.02 (3.3/3.4)064A2.09 (3.1/3.3)064A1.0 1 (2.0/3.1)064A4.03 (3.21 3.3)064A3.06 (3.3/3.4)TaskStandard: Perform D I G Operability Test p er 1-SI-OPS-082-007. B.spec i f ically man ua ll y start th e D IG.Open a lternate ERCWsup plyvalveandemergency sto p D I G o n lo woilpressureann unc iat or.Evalua tion Method: Simulator_-!:X ,--_In-Plant_===================================================================================Performer: NAM EStartT ime (Perfo rmance Rat ing: SA T U NSAT Performance T ime Finish Tim e Evaluator: I SIGNATURE D AT E====================================================================================COMMENTS (' (SPECIAL INSTRUCT IONSTOEVALUATOR

1.Sequencedstep

s identif iedbyan"s" 2.Any UNSATrequirescomments 3.Acknowledgeanyas sociated a larms.4.Initialize SimulatortoIC-16.5.AConsoleoperator willb e requiredtoentero verr idesandpla y ro leofA UO on Radio.6.When ope rators tart s step#19, insert IM F A N_OV_946f: 2.7.Anextrasimulat oroperatorwillbeneededat step5fortimingtheD/G.8.Ensureoperatorperformsthe followingrequ ire d actions fo r SELF-CHECKING;a.Identif iesthecorrect un it , t ra in , component , etc.b.Review s theintendedac t ionandexpectedresponse.c.Compare stheactualresponsetothee xpected response.Validation Time: CR 1 3 minutes Local_Tools/Equ ipment/P rocedures Needed:Markedupport ions o f 1-SI*OPS-082-007. B:*Section4;*Section6.1;and ,*Append i x" C".O-AR-M26-B windowB-4 References'JPMB.1.b Page4of14 Rev.1 1 (Reference T illeRevNo.1.1-SI-OPS-082-007.B ElectricalPowerSystemDieselGenerator1B-B 39 2.O-AR-M26-B Annunciator O-XA-55-26 B 27 ((JP M B.1.b Pag e 5 of 1 4 R ev.1 1=========================

==

READ TOOPERATOR D i rections t o Trainee:Iwille xplain the initialconditions ,andstatet he tas ktob e performed.Allcontrolroomstepsshall be performed fo r th isJPM.Iwillprov ide initiatingcuesandreportsonotheractionswhe n d irected b y you.Whenyoucomplete t he tasksuccessfully, theob jective for t h is job performance measure willbe satisfied.Ensure yo u indicatetom e w h e n youunderstandyourassignedtask.To i ndicate tha tyouhave completed yourass igned task r eturnthehandoutsheetIpro vided you.INI TIAL CONDITIONS: 1.Bothunit sareat100%RT P.2.A ll systems are OPERABL E , e xcept for the1B-B DIG, 0-GO-16 has been completed o nalltheAtrain equ ipment.3.Ma intenancehasbeen completedonthe1 B-B D IGandtheclearancehasbeenremo v ed.4.The D IGhasbeenrolledand isin stan dbyalignmentusing 0-SO-82-2.5.TheAUOatthe D IG build inghascompletedAppend i xAof1-SI-OPS-082*007.Bandal l pa rametersarewithinlimits .6.The U1Control RoomAUOh asverifiedbreaker1934isremove d.7.SI-166.36isNO T requ ired.8.D/G-DAQ h as been installed.9.Roomfir e protection i s i n service.10.Sect ion 4.0of1-SI-O PS-082-007.Biscomplete. INIT IATING CUES:1.TheU1US/SRO has reviewedthecompletedworkpackagefor the1B-B DIG,allthat remains isto perform 1-SI-OPS-082-007.B forthePM T.2.You a re a n e xtraunitoperatora nd havebeenass igned t o performtheoperabilityrunof D IG1B-Bpe r SI-OPS-082-007.B.1.ThePMTrequire s th e AMB IENT MANUA L S TARTmethodfo r testing.3.NotifytheUSwhenthetestiscomplete. JobPertormance Checklist: STEP/STANDARD JPMB.1.b Page6o f 1 4 Rev.1 1 SATIUNSAT (((STEP1.: Operator obtainsacopyoftheappropriate procedure.-SAT NOTE: Initial conditions cover s tepsupto transi tion to App"C".-UNSAT STANDARD: Operatoro btain sacopyo f 1-SI-OPS*082-007.B.Pertormance o f task StartT ime--willstartwithAppendiX C.COMMENTS: STEP 2.:[1)ENSURE[D-HS

• 82-48).1 B-B D/Gmodese l ec t or switch inthe UNIT-SAT position.-UNSAT STANDARD: O-HS-82-48inUNITpo sition on O-M-26.GreenlightON.COMMENTS:STEP3.:[2)Place[1
• HS*57*74).

D/G 1B-B Synchronize Switchinth e S YN position.-SAT NOTE: O*EI*82*35andO*XI*82*33 will indicate running voltage&freque ncy.-UNSAT STANDARD: 1-HS-57-74i n"SYN" position onO-M-26.This s tepiscr i tica l to allo w to allow DIGtobe synchronized to the Shutdown Bd.Critical Step COMMENTS: JobPerfo rmance Checklist: STEPISTANDARDJPMB.1.bPage7of14 Re v.11 SAT/UNSAT (c STEP4.[3]PERFORMt he fo llo wing to initiatethe D I G start si g nal:-SAT[a]IFthe D/G-DAQisto b e used,THENNOTIFY D/G-DAQ-UNSA TOperatorto STARTthe D/G-DAQ NOTE: Op e rator s houl d coordinatethestart of the D/G-DAQ just priort o D IG st art actua tion.Cue Co nsole operator Play roleo f DIG-DAQ operator:DIG-DAQ compu ter i s runn i ng.STANDARD:Operatornot ifies the DIG-DAQoperatortostartt he DIG-DAQ.COMM ENTS:STEP5.:[b]PROCEED withthecountdown

3 ,2 ,1 , START.-SAT[c]DEPRESS[0-HS-82-46A].DG1B-BEmergencyStartSwitc

h-UNSAT ANDSTART stopwatch.[d]WHENvoltage >6800volt s ANDf requency>58.8Hz, THE N Criti cal Step STOP stopwatch.C UE:Anextraoperatorw ith s top watchis sta nding by.STANDARD: D-HS-82-46Amomentarilydepressed.Green light will g o" out" and redlight willcome"on"abo ve DIGmimic.[Notcrit ical: D IG run n ing aiarm willANNto indicate D IG>40rpm.Incomingvo ltage and freque ncyareverifiedon0-EI-82-34and0-XI-82-32.Port ions of this stepi s critical t o sta rt theDIG.COMMENTS:STEP6.:[4]ENSURE[1-FCV-67-67] , ERCW cooling water supply valveis OPE N.-SA T-UNSAT STANDARD:ERCWvalve1-FCV-67-67isve rified ope n.COMMENTS: Job Perf o rmance Checkl ist: STEPISTANDARDJPMB.1.bPage8of14 Rev.1 1 SAT/UNSAT ((STEP 7.:[5]RECORD t he steadys tate val uesforthefo llo wing:-SAT A.[O-EI-82-3 4].DG1 B-B incomingVo ltage.B.rO-XI-82-3 2 1,DG1B-B incoming Frequency.-UNSAT C.TimefromStopwatch(es): Second s St opwatch ID Number Seconds Stopwatch 10 Nu mber CUE: Time froms top watch.=9.48 second s S TANDARD: Operator records parametersasdirectedandverifies acceptance cr iteria met.D I Gvoltage(as indicatedon INCVoltageGen1B-B0-E I-34)is;:: 6800but:s.7260vo lts a nd frequency(asindicated onIN C FreqGen1B-B 0-XI-82-32)is;:: 5 8.8Hzand s 61.2H z COMMENTS: ACCEPTA NCE CRITERIA: D I G 1 B-B ach ieves ste ady state generatorvoltageof;::6800 and volts and frequency of;::58.8 Hzand:s.6 1.2 Hz.STEP8.:[6]RECORDVoltageRegul ato r Control Current.-SAT Cue: Voltage Regulator Control CurrentI s 1.8 dc amps.-UNSAT STANDARD: Operator recor ds Vol tage Reg ulatorControlCurrent. COMMENTS: ACCEPTA NCE CRITERIA:Volt age Regulato r C ontrol Curren t be tween 1.0-2.5 d c amp s.TheVoltage regulator card mustbefunctioningproperlytoconside r DG operable.S TEP9.:[7]ENSURE D IG1B*B[86LOR]red lightNO T ILLUM INATED , at D I G loca l-S AT relaypanel. -UNSAT Cue:RolePl a ya s D IG oper ator-86 LOR local red lightIsno t Illuminated.S TANDA RD Operator request D IG operato rtoverifyred lighto n86LO R at D I Gisnot i ll uminated.COMM ENTS: J ob PerformanceChecklis t: STEP/STANDARDJPMB.1.b Page9of14 Rev.1 1 SATIUNSAT (((Booth operator: to reset 86LOR ,IRFEGR08f:1

then notify operator86LORIsreset.

NOTEDonot hold[86LOR]inRESETpositionifitdoesnotlatchonthe first attempt.C o il failure may result ifre lay is heldinRESETposition.STEP1 0.:[8]RESET[86LOR]Lockout R e lay.on D I G localrelaypanel. -SAT NOTE: When requested of DIG AUO.reset 86LOR-UNSAT[Booth operator:IRFEGR08f:1 to reset 86LOR;thenno tify opera tor86LOR i s reset)Cr itical Step STANDARD: 86LORis reset.This step is critical to allow paralleling theD/Gto the Shutdown Bd.COMMENTS:STEP1 1.:[9]VER IFY[86LOR]isresetbyamber l ight[0-XI-82-49]ILLUMINATEDon 0-M-26.STANDARD:86L ORamberlighton 0-M-26isverified lit COMMENTS:STEP1 2.:[10]IF the D/G-DAQwasused .THEN-SA TRECORDfrom thetimerequiredtoachieve:2: 6 800 Voltsand z 58.8H Z-UNSAT f rom the D/G*DAQcomputer: Seco ndsCue:Timewas 9.5 seconds for D/G*DAQ.STANDARD:Operatorensuresthe DGacceleratest o a tleast900 rpm(5 8.8-61.2Hz)and Voltagea nd frequen c y a re withinlimit withint he required10 seco nds.(Evaluatorcansignfor Tech Support)COMMENTS: ACCEPTANCE CRITERIA: D/G lB-Bstartfromambientconditionachieve sinlessthanorequalto10 secondsgenerator voltage 2: 58.8 Hz.STEP13.:[11]RECORD startasam bient in0-SI*OPS-082-007.M. -SAT C ue: A n oth er operatorwill recordst art.-UNSAT STANDARD: Ope rato r logs(addresses logging)thestart in0*SI-OPS-082-007.M.COMMEN TS: ST EP 1 4.:[12]RETURNtoSec tion 6.1 ,Step[9]ofthisinstruction .-SAT S TANDARD: Oper ator returnsto theapprop riate sectio nandstepofthep rocedure.-UNSAT (Exit s Appendix C)COMMENTS: EVALUATORNOTE:Followinastepsevaluateproceduresection6 .1.STEP15.:[9]PERFORMthefollo w in g to w ipe theAu tomatic Vo ltag e Contro l Rheostat:-SAT[a]RECORDvoltagefrom [D-EI-82-34].-UNSAT[b]ENSURE[O-HS-82-42] DG lA-AVoltageRegulatorSwitchinthe PULL-P-AUTOposition[c]DECREASEvoltageto6700voltson [O-EI-82-34)USING[D-HS-82-42][d]INCREASEvoltageto7300vo ltson[O-EI-82-34] US ING[O-HS-82-42][e]RETURN volt agetov alue r ecorded in[9Ile].STANDARD: Operator uses0-HS-82-42todec reasevoltageto6700voltsand increa se volt ageto7300volts , thenreturnvo ltagetothevaluereco rdedinstep[g ll e].COMMEN TS: c ((Job Performance Checklist: STEP/STANDARD JPM B.l.b Page10of14Rev.11 S A T/UNSAT Job PerformanceCheck list: STEPISTANDARD JP M B.1.b Page11 o f 1 4 Rev.11 SAT/UNSAT ((S TEP 16.:[10]PLACE[D-HS-82-48],ModeSelectorSwitchin PARALLEL position.-SA T-UNSAT STANDARD: 0-HS*82-48 rotatedtothePARALLELposition.Redlight" on"&green light"off".This step is critical to place speed droop circuit in Critical Step service.COMMENTS: STE P 17.:[11]ADJUST[0-HS-82-431 .D G1B-B Spee d Contro l Switc htoobtaina-S AT synchroscopeindicationofslow lyrotatingin [FAST]d i rect ion.-UNSAT STANDARD: Operatoradjustsspeedcontrolhandswitch 0-HS-82-43such t hat synchroscope (XI-82-31)ismov ing s lowlyinthefast direction(s lowly clockwise). COMMENTS: STEP1 8.:[12]ENSURE [0-HS-82-42].DG1 B-B VoltageRegulator Low-Raise Switc h in-SA T the PULL-P-AUTO position.AND-UNSAT ADJUSTtomatchincoming vo ltagewithrunning voltage.STANDARD: OperatorensuresHS-82-42inPULL-P-AUTOand adjusts DIG voltage Critical Step such that incoming voltage(EI-82-34)and running voltage (EI-82-35)are appro ximately equal.Only the bold port ion of this standard is critica l.This is critical to match voltage o f the DIG w ith the voltage on the Shutdown Bd.COMMENTS: JobPerformance Checkli st: STEP/STANDARD JPM B.l.b Page 1 2 o f 1 4 R e v.11 SAT/UNSAT ((Boo th oper a tor: INSE RT the follo wing IMF AN_OV_946 1:2 whe n oper a tor begins dis cussing thes tep to close D IG Bkr.STE P 1 9.:[13]WHE N th e synchroscopeDG 1 B-B[o-SI-82-31] indica tes12O'Cl oc k-SAT position, THEN CLOSE breaker[19 1 4]v ia[l-HS-57-7 3Aj,1914DG lB-B to SO-UNSA T B D lB-B , AND START stopwatch.NOTE: Whe n operator begins disc ussingthes tep toc lose DIG Bkr , i n sert overr ide I MF A N_OV_9 46 f:2.STANDA RD: O perator discusses c losing D IG 1B*B breaker 1 91 4 , b utshouldstopd ue to annunciator .COMM ENTS: S TEP 2 0.: Re spond to annuciatorpane l 0-M-26Bwi ndow B-4.-SAT STANDARD: O perator pullsAR0-M26-B andcon su lts page for window B-4orTAKES-UNSAT PRUDENTACTIO N TOE MERGENCY STOP D IG.COMMENTS: EVALUATOR NOTE: T he ne xt Perform a nce S tep isfromt he ARP C or rectiveActions.STEP21.:[1]I F D IG run n ingwithn o v a li d accident (blackout o r S I)s ig na l present ,-S AT THEN , ENSURE D IG shu tdo w n b y depressing emergency stoppushbutton 0--UN SAT HS-82-47A.Cue: If contac ted ,EDGAUO reportsEngine 1 LO Pressure i s 15 ps ig and decreasing.C r itical Step STANDARD: Operatorinitiates action[w ithin2 minutes]afte r d e term iningno vali d accident s i gnal, lubeoil pres sur e lowby depress i ng emergencys to p button fo r D ieselGenerator1B-B.This step is critical to prevent damagetoth eD/Gduet o low l ube oil pressure.COMM EN T S: JPMB.1.b Page 13of14 Rev.11JobPerformanceChecklist: c STEP 22.: STEP/STANDARD InformU S/SROofEmergencystopofDiese l Generator 1 B-B.US/SRO instructs operatortos tandby forfurther instructions. SAT/UNSAT SA T UNSA T STANDARD: Operator informs US/SRO of Emergencystopo f Diese l Gene rator1B-B.COMMENTS:StopT ime__ FR OM: SEQU[Y R H OP ERRT O R TRRIN I NG P HONE N O.4 23 843 4 3 3 9'"pr.04 20 07 02: OOPM P 4CANDIDATECUESHEET(TOBERETURNEDTOEXAMINERUPONCOMPLETIONOF TASK)DIRECTIONTOTRAINEE:Iwill explaintheinitial conditions ,andstatethetasktobeperformed.Allcontrolroomstepsshall be performedforth is JPM ,includinganyrequired communications .Iwillprovideinitiatingcuesandreportsonother actions when directedbyyou.Ensureyouindicatetomewhenyouundersta ndyourassigned task.Toindicatethatyouhave completed yourassignedtask return the handoutsheetIprovidedyou. CONDITIONS

Bothunitsareat100

%RTP.Allsystemsare OPERABLE,exceptforthe1B-B D IG ,0-GO-16hasbeencompletedonalltheAtrainequipment. Maintenance h as been completedonthe1B-B D IGandthe clearancehasbe en removed.The DIGhas-beenrolledandIsinstandby alignme nt using 0-80-82-2.TheAUOatthe D IG building has completed AppendixAo f 1-SI-OPS-082-007.Bandall parametersarewithinlimits. The Ul Contro lRoomAUOhasverified breake r 1934isremoved.SI-166.36 isNOTrequired.D/G-DAQhasbeenInstalled.Roomfire protectionisinservice. Sect ion 4.0 of 1-SI-OPS-082-007.B is complete.INITIATINGCUES: The U1US/SROhas reviewed the completed work package for the 18-8 DIG, all.that remains is to perform 1-SI-OPS-082-007.B for the PMT.Youarean extra unit operatorandhave been assigned to perform the operability .run of DIG1B-B per SI-OPS-082-o07.B.ThePMT requirestheAMBIENTMANUALSTART method for testing.NotifytheUS when the test is complete. CANDIDATE CUE SHEET(TOBE RETURNED TO EXAMINER UPON COMPLETION OF TASK)DIRECTION TO TRAINEE: I wi ll explain the initialconditions , and statethetasktobe performed.A ll control roo m steps shall b e performedfor this JPM,i nc ludin g a ny required communicati ons.I will provideinitiatingcuesandreports ono t her actions w hen d irect edbyyou.Ensure you indicate t o me whenyou unde rstand your assigned task.To indicateth atyouhave compl eted your assigned task return the handout sh eet I provided you.INITIAL CONDITIONS:Bothunitsareat100%RTP.Allsystems are OPERABLE, exceptforth e 1B-B DIG, 0-GO-1 6 hasbeencompletedo n all theAtrainequipment.Maintenancehasbeencomp leted on the1B-B D I G andthec learanc ehasbeenremov e d.The D I Ghasbeenro lled a ndisinstandbyalignmentusi ng 0-SO-82-2.Th e AUOatthe D I G buildi nghascompletedAppendix A of 1-SI-OPS-082-0 07.Bandall parameters a re-withinlimits.The U1 ControlRoom A UO hasverified breaker1934isinthe Disconnectposition .SI-166.36isNOTrequired.D/G-DAQhasbeen installed.Applicablestep s of Appendix J , Monitoring th e D I G Starting A ir System,co mpl Room f ire protectionisinservice.l'.Section4.0of 1-SI-OPS-082-007.B iscomple te.INITIATING CUES: The U1US/SROhas reviewed the completed work package forthe1B-B remainsisto perform 1-SI-OPS-082*007.B forthePMT.Youarean extra unit operatorandhavebeen assigned t o perform the operabilityrunof DIG 1B-BperSI-OPS-082-007.B.ThePMT requires theAMBIENTMANUALSTART method for testing.Notify the US when the test is complete. }}