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{{#Wiki_filter:CATEGORY1REGULATORYINFORMATIONDISTRIBUTIONSYSTEM(RIDS)ACCESSIONNBR:9809150164DOC.DATE:98/09/08NOTARIZED:NOFACIL:50-335St.LuciePlant,Unit1,FloridaPo~er&LightCo.50-389St.LuciePlant,Unit2,FloridaPower&LightCo.AUTH.NAME.AUTHORAFFILIATIONSTALL,J.A.FloridaPower&LightCo.RECXP.NAMERECIPIENTAFFILIATIONRecordsManagementBranch(DocumentControlDesk)DOCKET0500033505000389
{{#Wiki_filter:CATEGORY1REGULATORY INFORMATION DISTRIBUTION SYSTEM(RIDS)ACCESSION NBR:9809150164 DOC.DATE:
98/09/08NOTARIZED:
NOFACIL:50-335 St.LuciePlant,Unit1,FloridaPo~er&LightCo.50-389St.LuciePlant,Unit2,FloridaPower&LightCo.AUTH.NAME.AUTHORAFFILIATION STALL,J.A.


SUBJECT: Forwardsrev2toEmergencyResponseDataSys(ERDS)DataPointLibrariesforStLucieUnits1&2.Submittalcompletescorrectiveactionsforviolationsnotedininsprepts50-355/98-07650-389/98-07.DISTRIBUTIONCODE:A026DCOPIESRECEIVED:LTR1ENCLSIZE:ITITLE:EmergencyResponseDataSystem(ERDS)NOTES:AE'ECIPIENTIDCODE/NAMEAEOD/IRB01'NTERNAL:ACRSAEOD/DOA/IRB'GN2ERCCOPIESLTTRENCL11111111RECIPXENTIDCODE/NAMEGLEAVES,WLCENTERRGN2FILECOPIESLTTRENCL1'111111EXTERNAL:NRCPDR11NOTETOALL"RZDS"RECIPIENTS:PLEASEHELPUSTOREDUCEWASTE.TOHAVEYOURNAMEORORGANIZATIONREMOVEDFROMDISTRIBUTIONLZTSORREDUCETHENUMBEROFCOPIESRECEIVEDBYYOUORYOURORGANIZATION,CONTACTTHEDOCUMENTCONTOLDESK(DCD)ONEXTENSION415-2083TOTALNUMBEROFCOPIESREQUIRED:LTTR9ENCL9 FloridaPower5LightCompany,6501SouthOceanDrive,JensenBeach,FL34957FPLSeptember8,1998L-98-22410CPR50AppendixEU.S.NuclearRegulatoryCommissionAttn:DocumentControlDeskWashington,D.C.20555RE:St.LucieUnits1and2DocketNos.50-335and50-389EmergencyResponseDataSystem.DataPointLibRevision2Pursuantto10CPR50,AppendixESectionVI.3.a.,FloridaPower&LightCompany(FPL)submitsRevision2oftheEmergencyResponseDataSystem(ERDS)DataPointLibrariesforSt.LucieUnit1andUnit2.Therevisionsprovidex'eplacementpagesandfollowtheformatxecommendedbyNUREG1394,EmergettcyResponseDataSystem(ZRDS)Implementation,Revision1AppendixC(DataPointLibrary).ThelastrevisionoftheSt.LucieUnit1andUnit2EmergencyResponseDataSystem(ERDS)DataPointLibrariesweresubmittedbyPPLletterL-92-300datedOctober22,1992.Thissubmittalcompletesthecorrectiveactionsfortheviolationof.minorsignificancediscussedinparagraphE1.2.bofNRCIntegratedInspectionReportNos.50-335/98-Iand50-389/98-07.ThefailuretonotifytheNRCofminorERDSDataPointLibruydatachangesinaccordancewith10CPR50,AppendixEVI.3wasclassifiedasaviolationofminorsignificanceintheinspectionreportandwasnotsubjecttoenforcementaction.Attachment1isthexeplacementpagesfortheSt.LucieUnit1ERDSDataPointLibrary.Attachment2isthexeplacementpagesfortheSt.LucieUnit2ERDSDataPointLibrary.Inpreparationofthissubmittal,FPLidentifiedapotentialomissionin10CPR50.4(b)(5),Emergencyplanandrelatedsubmittals.ThepotentialomissionisthattheERDSDataPointLibruysubmittalsxequixedby10CFR50,AppendixEVI.3shouldbeaddedto10CFR50.4(b)(5),andthat10CPR50,AppendixEshouldbemodifiedtoxefexence10CPR50.4.Thiswouldeliminateanyconfusionxegardingtheaddresseeordistributionofthexettuiredsubmittals.Pleasecontactusifthereareanytluestionsxegardingthissubmittal.Verytrulyyours,J.A.StallVicePresidentSt.LuciePlantJAS/GRM9809k50'4980908PDRADOCK05000335'PGRcc:RegionalAdministrator,RegionII,USNRCSeniorResidentInspector,USNRC,St.LuciePlantanFPLGroupcompany St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment1Attachment1St.LucieUnit1ERDSDataPointLibraryUpdates St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224AttachmentIUNIT1DPLUPDATESPaePlantPointDescrition%POWERWIDERANGEAVERAGE3CPSPOWERLEVEL12FEEDWATERFLOWA13FEEDWATERFLOWBOriinalRane1.0E-08to150%0.0to1.0E+30.00to6.0E+06LBM/HR0.00to6.0E+06LBM/HR'datedrane2.0E-08to20000%0.0to1.0E+50.00to6.040E+06LBM/HR0.00to6.038E+06LBM/HRReasonforUdateNewNuclearInstrumentationwasinstalledNewNuclearInstrumentation'wasinstalledAcalibrationrangechange,toimproveinstrumentaccuracy,wasmadeAcalibrationrangechange,toimproveinstrumentaccuracy,wasmade141516AUXFEEDWATERHEADERAFLOWAUXFEEDWATERHEADERBFLOWAUXFEEDWATERHEADERCFLOW0.00to400.00GPM0.00to400.00GPM0.00to600.00GPM0.00to500.00GPM0.00to500.00GPM0.00to1000.00GPMArangechangetosuorthiherflowArangechangetosuorthiherflow'rangechangetosuorthiherflow St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224AttachmentlSL1DATAPOINTLIBRARYREFERENCEFILEPage2of47REV02Date'/23/98ReactorUnit:....SL1DataFeeder:.N/ANRCERDSParameter:.....................NIINTERRNGPointID:PWR-WR-%-1PlantSpecPointDesc:...................~..%POWERWIDERANGEAVERAGEGeneric/CondDesc:.NuclearInstiuments,Inter.RangeAnalog/Digital:.~~~~~oAEngrUmts/DigStates:......................%EngrUmtsConversion:.....................LOGMuumumInstrRangeooooooooooooooooooooo2oOE48/R02MaximumInstrRange:....................200/R02ZeroPointReference:.......................N/AReferencePointNote:.......................N/APROCorSENS..PNumberofSensors:..........................4HowProcessed:.AVERAGEWITHEXPANDEDQUALITYSensorLocations:..OUTERCIRCUMFERENCEOFREACTORVESSELAlarm/TripSetPoints:......................V~LENIDetectorPowerSupplyCutoffPowerLevel:.......................N/ANIDetectorPowerSupplyTurneonPowerLevel:.......................N/A'nstrumentFailureMode:...................N/ATemperatureCompensationfofDPTransmltterso~oo~o~~~ooo~~~~~ooo~~~~~~LevelReferenceLeg:........................N/AUniqueSystemDescription:................ThisparameterisderivedfromfourReactorProtectionSystem(RPS)channels.Below1000cpsthesechannelsareconfiguredforsourcerange.DatainputstothisparameteraretheReactorPowerWideRangesignalsJI001-P-1,JI002P-1,JI003-P-1,andJI004-P-1whicharelogarithmic.Thesesignalsareprocessedbyanalgorithmwhichprovidesanaveragewithexpandedquality.Thisfunctionobtainstheaverageofallvalueswithagoodstatus.Italsosetsthequalityoftheresultbasedonthenumberofvalueswithgoodstatus,versusthetotalnumberofinputs.Thepossiblestatusvaluesare:Greaterthan50%ofallinputshavegoodstatus,resultisgood;Onlyonegoodvalueandthetotalinputsare3ormore,theresultispoor;Whentherearenogooddatavaluesbuttherearesomewithpoororsuspect,theresultispoor;Theresultissuspectforallothercasesexceptallbad,inthiscasetheresultisba St.LucieUnitsland2DocketsNos.50-335and50-389L-98-224AttachmentlSL1DATAPOINTLIBRARYREFERENCEFILEPage3of47REV02Date..................~.............7/23/98ReactorUnit:SL1DataFeeder:.N/ANRCERDSParameter:.....................NISOURCRNGPointID:.QA0040-IPlantSpecPointDesc:......................CPSPOWERLEVELGeneric/CondDesc:.........................NuclearInstruments,SourceRangeAnalog/Digital:.AEngrUnits/DigStates:......................CPSEngrUnitsConversion:.~...................LOGMuumumIns'trRange~~~~~~~~~~~~~~~~~~o00MaximumInstrRanget....................1.0E+5/R02ZeroPointReference:.......................N/AReferencePointNote:.......................N/APROCorSENS.PNumberofSensors:..........................4HowProcessed:.AVERAGEOFGOODVALUESSensorLocations:................OUTERCIRCUMFERENCEOFREACTORVESSELAlarm/TripSetPoints:......................VARIABLENIDetectorPowerSupplyCut&IfPowerLevel:.......................>1000CPSNIDetectorPowerSupplyTurinPowerLevel:.......................(1000CPSInstrumentFailureMode:...................N/ATemperatureCompensationforDPTransmitters:.........................LevelReferenceLeg:........................N/AUniqueSystemDescription:................ThisparameterisderivedfromfourReactorProtectionSystem(RPS)channels.Theyareactiveinthesourcerangeupto1000cps.DatainputstothisparameterarethesignalsJI001-C-1,JI002-C-1,JI003-C-1,andJI004-C-1whicharelogarithmi St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment1SL1DATAPOINTLIBRARYREFEIKNCEFILEPage12of47REV02Date:..7/23/98ReactorUnit:SL1DataFeeder:.N/ANRCERDSParameter:.....................MNFDFL1/APointID:.QA0025-IPlantSpecPointDesc:......................FEEDWATERFLOWAGeneric/CondDesc'......StmGenAMainFeedwaterFlowAnalog/Digital:.............AEngrUnits/DigStates:......................LBM/HREngrUnitsConversion:.....................N/AMinimumInstrRange:.~....................0.00MaximumInstrRange.....................6.040E+06/R02ZeroPointReference:.......................N/AReferencePointNotes:......................N/APROCorSENS'..PNumberofSensors:.-.3HowProcessed:.REDUNDANTSENSORALGORITHMSensorLocations:TURBINEBUILDING43FT.LVLAlarm/TripSetPoints:......................VARIABLENIDetectorPowerSupplyCut-OffPowerLevel........................N/ANIDetectorPowerSupplyTurn-onPower,Level........................N/AInstrumentFailureMode....................N/ATemperatureCompensationfofDPTfansnutters~~~oo~~~~~~~~oo~~~~~~oo~~~LevelReferenceLeg:..................~.....N/AUniqueSystemDescription:..........~.....Thisparameteristhe"A"steamgeneratormainfeedwaterflow.ItisderivedfromSteamGeneratorMainFeedwaterFlowsignalsFT09-3A1-1,FT09-3A2-1,andFT09-3A3-1whicharesquareroots.Thesesignalsareprocessed"witharedundantsensoralgorithm.Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatisticalmajorit St.LucieUnitsland2DocketsNos.50-335and50-389L-98-224Attachment1SL1DATAPOINTLIBRARYREFHKNCEFILEPage13of47REV02Date:7/23/98ReactorUnit:..~.SL1DataFeeder:N/ANRCERDSParameter:.....................MNFDFL2/BPointID:..QA0026-IPlantSpecPointDesc:......................FEEDWATERFLOWBGeneric/CondDesc:......StmGenBMainFeedwaterFlowAnalog/Digital:AEngrUnits/DigStates:..............~..~....LBM/HREngrUnitsConversion:.....................N/AMinimumInstrRange:......................0.00MaximumInstrRange:....................6.038E+06/R02ZeroPointReference:.......................N/AReferencePointNotes......................N/APROCorSENS'PNumberofSensors:.........,................3HowProcessed:.REDUNDANTSENSORALGORITHMSensorLocations:..TURBINEBUILDING43FT.LVLAlarm/TripSetPoints:.....~................VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:.......................N/ANIDetectorPowerSupplyTurn-onPowerLevel:.......................N/AInstnunentFailureMode:...................N/ATemperatureCompensationforDPTransmitters:.........................LevelReferenceLeg:........................N/AUniqueSystemDescription:................Thisparameteristhe"B"steamgeneratormainfeedwaterflow.ItisderivedfromSteamGeneratorMainFeedwaterFlowsignalsFT09-3B1-1,FT09-3B2-1,andFT09-3B3-Iwhicharesquareroots.Thesesignalsareprocessed.witharedundantsensoralgorithm.Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatisticalmajorit e St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment1SL1DATAPOINTLIBRARYREFERENCEFILEPage14of47REV02Date7/23/98ReactorUnit:.....SL1DataFeeder:..............N/ANRCERDSParameter:.....................AXFDFL1/APointID:......FT09-2A-1'lantSpecPointDesc:......................AUXFEEDWATERHEADERAFLOWGeneric/CondDesc~....~..............StmGenAAuxiliaryFWFlowAnalog/Digital:..........AEngrUnits/DigStates:......................GPMEngrUnitsConversion:.....................LINEARMuumumInstrRange:0~~~~~~~~~oo0000MaximumInstrRange.....................500.00/R02ZeroPointReference:...........~...........N/AReferencePointNotes:......................N/APROCorSENS:..........................~...SNumberofSensors:..........................1HowProcessed:.N/ASensorLocations:.............................ST&MTRESSEL23FT.LVL.Alarm/TripSetPoints:......................VARIABLENIDetectorPowerSupplyCut4ffPowerLevel:.......................N/ANIDetectorPowerSupplyTurn-onPowerLevel:.......................N/AInstrumentFailureMode....................N/ATemperatureCompensationforDPTransnutters:.........................LevelReferenceLeg:,~.....................~.N/AUniqueSystemDescription:................Thisparameteristheauxiliaryfecdwaterflowtothe"A"steamgenerator.Itisconvertedtoengineeringunitsusingalinearequation.Thefeedflowsuppliedtothe"A"steamgeneratorcanbesuppliedbythe"A"andor"B"auxfeedpumps,dependingonthevalvelineup.Flowsuppliedby"A"and"B"auxfeedpumpswillbemeasuredbythisinstrument.Theflowelementisupstreamofthepumpsdischargecrossties.Howeverflowsuppliedto"A"steamgeneratorfrom"C"auxfeedpumpdoesnotgothroughthisflowelement.Feedflowtothe".A"generatorfrom"C"auxfeedpumpismeasuredatFT09-2C-1sensorandmaybeonlyapartialrepresentationoftheflowtothe"A"steamgeneratorifthe"B"steamgeneratorisbeingfedatthesametimefromthe"C"feedpum St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment1'L1DATAPOINTLIBRARYREFERENCEFILEPage15of47REV02Date7/23/98ReactorUnit:SL1DataFeeder:..............N/ANRCERDSParameter:......~..............AXFDFL2/BPointID:.FT09-2B-1PlantSpecPointDesc:......................AUXFEEDWATERHEADERBFLOWGeneric/CondDesc'StmGenBAuxiliaryFWFlowAnalog/Digital:.AEngrUnits/DigStates:......................GPMEngrUnitsConversion:.....................LINEARMinimumInstrRange:......................0.00/R02ZeroPointReference:.......................N/AReferencePointNotes:......................N/APROCorSENS'SNumberofSensors~~~~~~et~~~~~~~~~~~1HowProcessed:..N/ASensorLocations:.........STEAMTRESSEL23FT.LVL.Alarm/TripSetPoints:......................VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:.......................N/ANIDetectorPowerSupplyTurinPowerLevel:.......................N/AInstrumentFailureMode:...................N/ATemperatureCompensationforDPTransmitters:.........................LevelReferenceLeg:........................N/AUniqueSystemDescription:................'Msparameteristheauxiliaryfeedwaterflowtothe"B"steamgenerator.Itisconvertedtoengineeringunitswithalinearequation.Thefeedflowsuppliedtothe"B"steamgeneratorcanbesuppliedbythe"A"andor"B"auxfeedpumps,dependingonthevalvelineup.Flowsuppliedby"A"and"B"auxfeedpumpswillbemeasuredbythisinstrument.Theflowelementisupstreamofthepumpsdischargecrossties.Howeverflowsuppliedtothe"B"steamgeneratorfrom"C"auxfeedpumpdoesnotgothroughthisflowelement.Feedflowtothe"B"generatorfrom"C"auxfeedpumpismeasuredatFT09-2C-I'sensorandmaybeonlyapartialrepresentationofflowtothe"B"steamgeneratorifthe"A"steamgeneratorisbeingfedatthesametimefromthe"C"feedpum St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment1SL1DATAPOINTLIBRARYREFERENCEFILEPage16of47REV02Date:.7/23/98ReactorUnit:SL1DataFeeder..N/ANRCERDSParameter:.....................AXFDFL3/CPointID:..........FT09-2C-1PlantSpecPointDesc:......................AUXFEEDWATERHEADERCFLOWGeneric/CondDesc'tmGenA/BAuxiliaryFWFlowAnalog/Digital:.AEngrUnits/DigStates:......................GPMEngrUmtsConverslonoe".~.ee~~oooooooooo.LINEARMinimumInstrRange:......................0.00MnxnnumInstI'angetooooeoooooooeooooooo1000@00/R02ZeroPointReference:...................~...N/AReferencePointNote:.......................N/APROCorSENSSNumberofSensors:..........................1HowProcessed:............~.~....N/ASensorLocations:.STEAMTRESSEL23FT.LVL.Alarm/TripSetPoints:..........~..~.~......VARIABLENIDetectorPowerSupplyCut-OffpowerLevel:.......................N/ANIDetectorPowerSupplyTurinPowerLevel:.......................N/AInstrumentFailureMode:...................N/ATemperatureCompensationforDPTransnutters:.........................LevelReferenceLeg:........................N/AUniqueSystem'Description:.......,........Thisparameteristhe"C"auxiliaryfeedwaterpumpheaderflow.Itfeedseitherthe"A"or"B"steamgenerator.The"C"auxiliatyfeedwaterpumpisdrivenwithasteamturbineenginewhichreceivesitssteamsupplyfromeitherthe"A"or"B"steamgenerator.Itisconvertedtoengineeringunitsusingalinearequatio St.LucieUnitsIand2DocketsNos.50-335and50-389L-98-224Attachment2Attachment2St.LucieUnit2ERDSDataPointLibraryUpdates
FloridaPower&LightCo.RECXP.NAME RECIPIENT AFFILIATION RecordsManagement Branch(Document ControlDesk)DOCKET0500033505000389


St.LucieUnits1and2DockctsNos.50-335and50-389L-98-224Attachment2UN1T2DPLUPDATESPaePlantPointDescrition12FEEDWATERFLOWA13FEEDWATERFLOWBOriinalRane0.00to6.0E+06LBM/HR0.00to6.0E+06LBM/HRUtedRane0.00to6.388E+06LBM/HR0.00to6.388E+06LBM/HRReasonforuteArangechangetosurtnewventuriArangechangetosurtnewventuri St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment2SL2DATAPOINTLIBRARYREFERENCEFILEPage12of47REV02Date:.7/23/98ReactorUnit:~SL2DataFeeder:.N/ANRCERDSParameter:.....................MNFDFL1/A"PointID:.QA0025-2PlantSpecPointDesc:......................FEEDWATERFLOWAGeneric/CondDesc:...StmGenAMainFeedwaterFlowAnalog/Digital:.~~...AEngrUnits/DigStates:.....................'.LBM/HREngrUnitsConversion:.....................N/AMmunumInstrRange:...0~~~~~~~~~~00000MaximumInstrRange:....................6.388E+06/R02ZeroPointReference:..............'.........N/AReferencePointNotes:......................N/APROCorSENS::.~...........................PNumberofSensors...3HowProcessed:.REDUNDANTSENSORALGORH'HMSensorLocations:............................TURBINEBUILDING43FT.LVL.Alartn/TripSetPolntst~oct~~owe~~~~~~~~~~~e.VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:................~..N/ANIDetectorPowerSupplyTumePowerLevel:.......................N/AInstrumentFailureMode:...................N/ATemperatureCompensationforDPTransmitters:.........................LevelReferenceLeg:........................N/AUniqueSystemDescription:............~...Thisparameteristhe"A"steamgeneratormainfeedwaterflow.ItisderivedfromSteamGeneratorMainFeedwaterFlowsignalsFT09-3A1-2,FT09-3A2-2,andFT09-3A3-2whicharesquareroots.Thesignalsareprocessedwitharedundantsensoralgorithm.Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatisticalmajorit St.LucieUnits1and2DockctsNos.50-335and50-389L-98-224Attachment2SL2DATAPOINTLIBRARYREFERENCEFILEPage13of47REV02Date:....~~~~~~~~~~~~~~~~~~~7/23/98ReactorUnit:SL2DataFeeder'N/ANRCERDSParameter:.....................MNFDFL2/BPointID:.QA0026-2PlantSpecPointDesc:..................~...FEEDWATERFLOWBGeneric/CondDesc:.StmGenBMainFeedwaterFlowAnalog/Dlgltalt~~~~~~~~tAEngrUnits/DlgStates:~~~~~~~~~~~~~~~~~~~~~tLBM/HREngrUnitsConversion:.....................N/AMmunumInstrRange:.........~...~..~..~..0.00MmmtmInstI'Rttngetttttttttttttttttotttt6t360E+06ZeroPointReference:.............~..~..~.~.N/AReferencePointNotes:...........~..........N/APROCol'ENS~t~~~~~~~~~~~~~~~~~ttt~~tPNumberofSensors:........~.................3HowProcessed:........................REDUNDANTSENSORALGORITHMSensorLocations:..........TURBINEBUILDING43FT.LVLAlarm/TripSetPointst~~~~~~~~~~~~~ttt~~tVARIABLENIDetectorPowerSupplyCut-OffPowerLevel........~....~........N/ANIDetectorPowerSupplyTurinPowerLevel:.......................N/AInstrumentFailureMode:...................N/ATemperatureCompensationforDPTransmitters~~~~~~~~~~~~~~~~~~~~~~~LevelReferenceLeg:..................~.....N/AUniqueSystemDescription:................Thisparameteristhe"B"steamgeneratormainfeedwaterflow.ItisderivedfromSteamGeneratorMainFeedwaterFlowsignalsFT09-3B1-2,FT09-3B22,andFT09-3B3-2whicharesquareroots.Thesesignalsareprocessedwitharedundantsensoralgorithm.Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatisticalmajority./R02 l.
SUBJECT: Forwardsrev2toEmergency ResponseDataSys(ERDS)DataPointLibraries forStLucieUnits1&2.Submittal completes corrective actionsforviolations notedininsprepts50-355/98-07 650-389/98-07.
 
DISTRIBUTION CODE:A026DCOPIESRECEIVED:LTR 1ENCLSIZE:ITITLE:Emergency ResponseDataSystem(ERDS)NOTES:AE'ECIPIENT IDCODE/NAME AEOD/IRB01'NTERNAL:
ACRSAEOD/DOA/IRB
'GN2ERCCOPIESLTTRENCL11111111RECIPXENT IDCODE/NAME GLEAVES,W LCENTERRGN2FILECOPIESLTTRENCL1'111111EXTERNAL:
NRCPDR11NOTETOALL"RZDS"RECIPIENTS:
PLEASEHELPUSTOREDUCEWASTE.TOHAVEYOURNAMEORORGANIZATION REMOVEDFROMDISTRIBUTION LZTSORREDUCETHENUMBEROFCOPIESRECEIVEDBYYOUORYOURORGANIZATION, CONTACTTHEDOCUMENTCONTOLDESK(DCD)ONEXTENSION 415-2083TOTALNUMBEROFCOPIESREQUIRED:
LTTR9ENCL9 FloridaPower5LightCompany,6501SouthOceanDrive,JensenBeach,FL34957FPLSeptember 8,1998L-98-22410CPR50AppendixEU.S.NuclearRegulatory Commission Attn:DocumentControlDeskWashington, D.C.20555RE:St.LucieUnits1and2DocketNos.50-335and50-389Emergency ResponseDataSystem.DataPointLibRevision2Pursuantto10CPR50,AppendixESectionVI.3.a.,FloridaPower&LightCompany(FPL)submitsRevision2oftheEmergency ResponseDataSystem(ERDS)DataPointLibraries forSt.LucieUnit1andUnit2.Therevisions providex'eplacement pagesandfollowtheformatxecommended byNUREG1394,Emergettcy ResponseDataSystem(ZRDS)Implementation, Revision1AppendixC(DataPointLibrary).
 
ThelastrevisionoftheSt.LucieUnit1andUnit2Emergency ResponseDataSystem(ERDS)DataPointLibraries weresubmitted byPPLletterL-92-300datedOctober22,1992.Thissubmittal completes thecorrective actionsfortheviolation of.minorsignificance discussed inparagraph E1.2.bofNRCIntegrated Inspection ReportNos.50-335/98-I and50-389/98-07.
 
ThefailuretonotifytheNRCofminorERDSDataPointLibruydatachangesinaccordance with10CPR50,AppendixEVI.3wasclassified asaviolation ofminorsignificance intheinspection reportandwasnotsubjecttoenforcement action.Attachment 1isthexeplacement pagesfortheSt.LucieUnit1ERDSDataPointLibrary.Attachment 2isthexeplacement pagesfortheSt.LucieUnit2ERDSDataPointLibrary.Inpreparation ofthissubmittal, FPLidentified apotential omissionin10CPR50.4(b)(5),
Emergency planandrelatedsubmittals.
 
Thepotential omissionisthattheERDSDataPointLibruysubmittals xequixedby10CFR50,AppendixEVI.3shouldbeaddedto10CFR50.4(b)(5),
andthat10CPR50,AppendixEshouldbemodifiedtoxefexence 10CPR50.4.Thiswouldeliminate anyconfusion xegarding theaddressee ordistribution ofthexettuired submittals.
 
Pleasecontactusifthereareanytluestions xegarding thissubmittal.
 
Verytrulyyours,J.A.StallVicePresident St.LuciePlantJAS/GRM9809k50'4980908PDRADOCK05000335'PGRcc:RegionalAdministrator, RegionII,USNRCSeniorResidentInspector, USNRC,St.LuciePlantanFPLGroupcompany St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1Attachment 1St.LucieUnit1ERDSDataPointLibraryUpdates St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment IUNIT1DPLUPDATESPaePlantPointDescrition%POWERWIDERANGEAVERAGE3CPSPOWERLEVEL12FEEDWATER FLOWA13FEEDWATER FLOWBOriinalRane1.0E-08to150%0.0to1.0E+30.00to6.0E+06LBM/HR0.00to6.0E+06LBM/HR'datedrane2.0E-08to20000%0.0to1.0E+50.00to6.040E+06 LBM/HR0.00to6.038E+06 LBM/HRReasonforUdateNewNuclearInstrumentation wasinstalled NewNuclearInstrumentation'was installed Acalibration rangechange,toimproveinstrument accuracy, wasmadeAcalibration rangechange,toimproveinstrument accuracy, wasmade141516AUXFEEDWATER HEADERAFLOWAUXFEEDWATER HEADERBFLOWAUXFEEDWATER HEADERCFLOW0.00to400.00GPM0.00to400.00GPM0.00to600.00GPM0.00to500.00GPM0.00to500.00GPM0.00to1000.00GPMArangechangetosuorthiherflowArangechangetosuorthiherflow'rangechangetosuorthiherflow St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment lSL1DATAPOINTLIBRARYREFERENCE FILEPage2of47REV02Date'/23/98 ReactorUnit:....SL1DataFeeder:.N/ANRCERDSParameter:
.....................NI INTERRNGPointID:PWR-WR-%-1 PlantSpecPointDesc:...................
~..%POWERWIDERANGEAVERAGEGeneric/Cond Desc:.NuclearInstiuments, Inter.RangeAnalog/Digital:.
~~~~~oAEngrUmts/DigStates:......................
%EngrUmtsConversion:
.....................LOG MuumumInstrRangeooooooooooooooooooooo2oOE48
/R02MaximumInstrRange:....................200
/R02ZeroPointReference:
.......................N/A Reference PointNote:.......................N/A PROCorSENS..PNumberofSensors:..........................4 HowProcessed:.
AVERAGEWITHEXPANDEDQUALITYSensorLocations:
..OUTERCIRCUMFERENCE OFREACTORVESSELAlarm/Trip SetPoints:......................V~LE NIDetectorPowerSupplyCutoffPowerLevel:.......................N/A NIDetectorPowerSupplyTurneonPowerLevel:.......................N/A'nstrument FailureMode:...................
N/ATemperature Compensation fofDPTransmltterso
~oo~o~~~ooo~~~~~ooo~~~~~~LevelReference Leg:........................
N/AUniqueSystemDescription:................
Thisparameter isderivedfromfourReactorProtection System(RPS)channels.
 
Below1000cpsthesechannelsareconfigured forsourcerange.Datainputstothisparameter aretheReactorPowerWideRangesignalsJI001-P-1, JI002P-1,JI003-P-1, andJI004-P-1 whicharelogarithmic.
 
Thesesignalsareprocessed byanalgorithm whichprovidesanaveragewithexpandedquality.Thisfunctionobtainstheaverageofallvalueswithagoodstatus.Italsosetsthequalityoftheresultbasedonthenumberofvalueswithgoodstatus,versusthetotalnumberofinputs.Thepossiblestatusvaluesare:Greaterthan50%ofallinputshavegoodstatus,resultisgood;Onlyonegoodvalueandthetotalinputsare3ormore,theresultispoor;Whentherearenogooddatavaluesbuttherearesomewithpoororsuspect,theresultispoor;Theresultissuspectforallothercasesexceptallbad,inthiscasetheresultisba St.LucieUnitsland2DocketsNos.50-335and50-389L-98-224Attachment lSL1DATAPOINTLIBRARYREFERENCE FILEPage3of47REV02Date..........
........~............
.7/23/98ReactorUnit:SL1DataFeeder:.N/ANRCERDSParameter:
.....................NI SOURCRNGPointID:.QA0040-IPlantSpecPointDesc:......................
CPSPOWERLEVELGeneric/Cond Desc:.........................
NuclearInstruments, SourceRangeAnalog/Digital:
.AEngrUnits/Dig States:......................CPS EngrUnitsConversion:
.~...................
LOGMuumumIns'trRange~~~~~~~~~~~~~~~~~~o00MaximumInstrRanget....................1.0E+5
/R02ZeroPointReference:
.......................N/A Reference PointNote:.......................N/A PROCorSENS.PNumberofSensors:..........................4 HowProcessed:
.AVERAGEOFGOODVALUESSensorLocations:................OUTER CIRCUMFERENCE OFREACTORVESSELAlarm/Trip SetPoints:......................
VARIABLENIDetectorPowerSupplyCut&IfPowerLevel:.......................
>1000CPSNIDetectorPowerSupplyTurinPowerLevel:.......................
(1000CPSInstrument FailureMode:...................
N/ATemperature Compensation forDPTransmitters:
.........................
LevelReference Leg:........................
N/AUniqueSystemDescription:................
Thisparameter isderivedfromfourReactorProtection System(RPS)channels.
 
Theyareactiveinthesourcerangeupto1000cps.Datainputstothisparameter arethesignalsJI001-C-1, JI002-C-1, JI003-C-1, andJI004-C-1whicharelogarithmi St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFEIKNCE FILEPage12of47REV02Date:..7/23/98 ReactorUnit:SL1DataFeeder:.N/ANRCERDSParameter:
.....................MN FDFL1/APointID:.QA0025-IPlantSpecPointDesc:......................FEEDWATER FLOWAGeneric/Cond Desc'......
StmGenAMainFeedwater FlowAnalog/Digital:
.............
AEngrUnits/Dig States:......................LBM/HR EngrUnitsConversion:
.....................
N/AMinimumInstrRange:.~....................0.00 MaximumInstrRange.....................6.040E+06
/R02ZeroPointReference:
.......................
N/AReference PointNotes:......................
N/APROCorSENS'..PNumberofSensors:.-.3HowProcessed:
.REDUNDANT SENSORALGORITHM SensorLocations:
TURBINEBUILDING43FT.LVLAlarm/Trip SetPoints:......................
VARIABLENIDetectorPowerSupplyCut-OffPowerLevel........................N/A NIDetectorPowerSupplyTurn-onPower,Level........................
N/AInstrument FailureMode....................
N/ATemperature Compensation fofDPTfansnutters
~~~oo~~~~~~~~oo~~~~~~oo~~~LevelReference Leg:..................~.....
N/AUniqueSystemDescription:..........~.....
Thisparameter isthe"A"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3A1-1, FT09-3A2-1,andFT09-3A3-1 whicharesquareroots.Thesesignalsareprocessed
"witharedundant sensoralgorithm.
 
Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majorit St.LucieUnitsland2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFHKNCEFILEPage13of47REV02Date:7/23/98ReactorUnit:..~.SL1DataFeeder:N/ANRCERDSParameter:
.....................MN FDFL2/BPointID:..QA0026-IPlantSpecPointDesc:......................
FEEDWATER FLOWBGeneric/Cond Desc:......Stm GenBMainFeedwater FlowAnalog/Digital:
AEngrUnits/Dig States:..............
~..~....LBM/HR EngrUnitsConversion:
.....................
N/AMinimumInstrRange:......................0.00 MaximumInstrRange:....................6.038E+06
/R02ZeroPointReference:
.......................N/A Reference PointNotes......................N/A PROCorSENS'PNumberofSensors:.........,................3 HowProcessed:
.REDUNDANT SENSORALGORITHM SensorLocations:.
.TURBINEBUILDING43FT.LVLAlarm/Trip SetPoints:.....~................
VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:.......................N/A NIDetectorPowerSupplyTurn-onPowerLevel:.......................N/A Instnunent FailureMode:...................N/A Temperature Compensation forDPTransmitters:
.........................
LevelReference Leg:........................
N/AUniqueSystemDescription:................
Thisparameter isthe"B"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3B1-1, FT09-3B2-1,andFT09-3B3-I whicharesquareroots.Thesesignalsareprocessed
.witharedundant sensoralgorithm.
 
Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majorit e St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFERENCE FILEPage14of47REV02Date7/23/98ReactorUnit:.....SL1DataFeeder:..............
N/ANRCERDSParameter:
.....................AX FDFL1/APointID:......FT09-2A-1
'lantSpecPointDesc:......................
AUXFEEDWATER HEADERAFLOWGeneric/Cond Desc~....~..............
StmGenAAuxiliary FWFlowAnalog/Digital:
..........
AEngrUnits/Dig States:......................GPM EngrUnitsConversion:
.....................
LINEARMuumumInstrRange:0~~~~~~~~~oo0000MaximumInstrRange.....................500.00
/R02ZeroPointReference:
...........
~...........
N/AReference PointNotes:......................N/A PROCorSENS:..........................~...S NumberofSensors:..........................1 HowProcessed:.
N/ASensorLocations:.............................
ST&MTRESSEL23FT.LVL.Alarm/Trip SetPoints:......................
VARIABLENIDetectorPowerSupplyCut4ffPowerLevel:.......................N/A NIDetectorPowerSupplyTurn-onPowerLevel:.......................N/A Instrument FailureMode....................N/A Temperature Compensation forDPTransnutters:.........................
LevelReference Leg:,~.....................
~.N/AUniqueSystemDescription:................
Thisparameter istheauxiliary fecdwater flowtothe"A"steamgenerator.
 
Itisconverted toengineering unitsusingalinearequation.
 
Thefeedflowsuppliedtothe"A"steamgenerator canbesuppliedbythe"A"andor"B"auxfeedpumps,depending onthevalvelineup.Flowsuppliedby"A"and"B"auxfeedpumpswillbemeasuredbythisinstrument.
 
Theflowelementisupstreamofthepumpsdischarge crossties.Howeverflowsuppliedto"A"steamgenerator from"C"auxfeedpumpdoesnotgothroughthisflowelement.Feedflowtothe".A"generator from"C"auxfeedpumpismeasuredatFT09-2C-1 sensorandmaybeonlyapartialrepresentation oftheflowtothe"A"steamgenerator ifthe"B"steamgenerator isbeingfedatthesametimefromthe"C"feedpum St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1'L1DATAPOINTLIBRARYREFERENCE FILEPage15of47REV02Date7/23/98ReactorUnit:SL1DataFeeder:..............
N/ANRCERDSParameter:
......~..............
AXFDFL2/BPointID:.FT09-2B-1 PlantSpecPointDesc:......................
AUXFEEDWATER HEADERBFLOWGeneric/Cond Desc'StmGenBAuxiliary FWFlowAnalog/Digital:.
AEngrUnits/Dig States:......................
GPMEngrUnitsConversion:
.....................LINEAR MinimumInstrRange:......................0.00
/R02ZeroPointReference:
.......................
N/AReference PointNotes:......................
N/APROCorSENS'SNumberofSensors~~~~~~et~~~~~~~~~~~1HowProcessed:
..N/ASensorLocations:
.........STEAM TRESSEL23FT.LVL.Alarm/Trip SetPoints:......................
VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:.......................N/A NIDetectorPowerSupplyTurinPowerLevel:.......................
N/AInstrument FailureMode:...................
N/ATemperature Compensation forDPTransmitters:
.........................
LevelReference Leg:........................
N/AUniqueSystemDescription:................'Ms parameter istheauxiliary feedwater flowtothe"B"steamgenerator.
 
Itisconverted toengineering unitswithalinearequation.
 
Thefeedflowsuppliedtothe"B"steamgenerator canbesuppliedbythe"A"andor"B"auxfeedpumps,depending onthevalvelineup.Flowsuppliedby"A"and"B"auxfeedpumpswillbemeasuredbythisinstrument.
 
Theflowelementisupstreamofthepumpsdischarge crossties.Howeverflowsuppliedtothe"B"steamgenerator from"C"auxfeedpumpdoesnotgothroughthisflowelement.Feedflowtothe"B"generator from"C"auxfeedpumpismeasuredatFT09-2C-I
'sensorandmaybeonlyapartialrepresentation offlowtothe"B"steamgenerator ifthe"A"steamgenerator isbeingfedatthesametimefromthe"C"feedpum St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFERENCE FILEPage16of47REV02Date:.7/23/98ReactorUnit:SL1DataFeeder..N/ANRCERDSParameter:
.....................
AXFDFL3/CPointID:..........FT09-2C-1 PlantSpecPointDesc:......................AUX FEEDWATER HEADERCFLOWGeneric/Cond Desc'tmGenA/BAuxiliary FWFlowAnalog/Digital:
.AEngrUnits/Dig States:......................GPM EngrUmtsConverslono e".~.ee~~oooooooooo.LINEAR MinimumInstrRange:......................0.00 MnxnnumInstI'angetooooeoooooooeooooooo 1000@00/R02ZeroPointReference:
...................~...N/A Reference PointNote:.......................N/A PROCorSENSSNumberofSensors:..........................1 HowProcessed:............
~.~....N/ASensorLocations:.
STEAMTRESSEL23FT.LVL.Alarm/Trip SetPoints:..........
~..~.~......VARIABLENIDetectorPowerSupplyCut-OffpowerLevel:.......................N/A NIDetectorPowerSupplyTurinPowerLevel:.......................N/A Instrument FailureMode:...................
N/ATemperature Compensation forDPTransnutters:
.........................
LevelReference Leg:........................
N/AUniqueSystem'Description:.......,........
Thisparameter isthe"C"auxiliary feedwater pumpheaderflow.Itfeedseitherthe"A"or"B"steamgenerator.
 
The"C"auxiliaty feedwater pumpisdrivenwithasteamturbineenginewhichreceivesitssteamsupplyfromeitherthe"A"or"B"steamgenerator.
 
Itisconverted toengineering unitsusingalinearequatio St.LucieUnitsIand2DocketsNos.50-335and50-389L-98-224Attachment 2Attachment 2St.LucieUnit2ERDSDataPointLibraryUpdates
 
St.LucieUnits1and2DockctsNos.50-335and50-389L-98-224Attachment 2UN1T2DPLUPDATESPaePlantPointDescrition12FEEDWATER FLOWA13FEEDWATER FLOWBOriinalRane0.00to6.0E+06LBM/HR0.00to6.0E+06LBM/HRUtedRane0.00to6.388E+06 LBM/HR0.00to6.388E+06 LBM/HRReasonforuteArangechangetosurtnewventuriArangechangetosurtnewventuri St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 2SL2DATAPOINTLIBRARYREFERENCE FILEPage12of47REV02Date:.7/23/98ReactorUnit:~SL2DataFeeder:.N/ANRCERDSParameter:
.....................MN FDFL1/A"PointID:.QA0025-2PlantSpecPointDesc:......................FEEDWATER FLOWAGeneric/Cond Desc:...StmGenAMainFeedwater FlowAnalog/Digital:
.~~...AEngrUnits/Dig States:.....................'.
LBM/HREngrUnitsConversion:
.....................N/A MmunumInstrRange:...0~~~~~~~~~~00000MaximumInstrRange:....................6.388E+06
/R02ZeroPointReference:
..............'.........N/A Reference PointNotes:......................
N/APROCorSENS::.~...........................P NumberofSensors...3HowProcessed:
.REDUNDANT SENSORALGORH'HM SensorLocations:
............................
TURBINEBUILDING43FT.LVL.Alartn/Trip SetPolntst~oct~~owe~~~~~~~~~~~e.VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:................
~..N/ANIDetectorPowerSupplyTumePowerLevel:.......................N/A Instrument FailureMode:...................
N/ATemperature Compensation forDPTransmitters:
.........................
LevelReference Leg:........................
N/AUniqueSystemDescription:............~...
Thisparameter isthe"A"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3A1-2, FT09-3A2-2,andFT09-3A3-2 whicharesquareroots.Thesignalsareprocessed witharedundant sensoralgorithm.
 
Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majorit St.LucieUnits1and2DockctsNos.50-335and50-389L-98-224Attachment 2SL2DATAPOINTLIBRARYREFERENCE FILEPage13of47REV02Date:....~~~~~~~~~~~~~~~~~~~7/23/98ReactorUnit:SL2DataFeeder'N/ANRCERDSParameter:
.....................MN FDFL2/BPointID:.QA0026-2PlantSpecPointDesc:..................~...FEEDWATER FLOWBGeneric/Cond Desc:.StmGenBMainFeedwater FlowAnalog/Dlgltal t~~~~~~~~tAEngrUnits/Dlg States:~~~~~~~~~~~~~~~~~~~~~tLBM/HREngrUnitsConversion:
.....................
N/AMmunumInstrRange:.........~...
~..~..~..0.00MmmtmInstI'Rttngetttttttttttttttttotttt6t360E+06 ZeroPointReference:
.............
~..~..~.~.N/AReference PointNotes:...........~..........N/A PROCol'ENS~t~~~~~~~~~~~~~~~~~ttt~~tPNumberofSensors:........~.................3 HowProcessed:
........................REDUNDANT SENSORALGORITHM SensorLocations:..........
TURBINEBUILDING43FT.LVLAlarm/Trip SetPointst~~~~~~~~~~~~~ttt~~tVARIABLE NIDetectorPowerSupplyCut-OffPowerLevel........~....~........
N/ANIDetectorPowerSupplyTurinPowerLevel:.......................N/A Instrument FailureMode:...................
N/ATemperature Compensation forDPTransmitters
~~~~~~~~~~~~~~~~~~~~~~~LevelReference Leg:..................~.....
N/AUniqueSystemDescription:................
Thisparameter isthe"B"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3B1-2, FT09-3B22,andFT09-3B3-2 whicharesquareroots.Thesesignalsareprocessed witharedundant sensoralgorithm.
 
Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majority.
 
/R02 l.
}}
}}

Revision as of 15:35, 29 June 2018

Forwards Rev 2 to Emergency Response Data Sys (ERDS) Data Point Libraries for St Lucie Units 1 & 2.Submittal Completes Corrective Actions for Violations Noted in Insp Repts 50-335/98-07 & 50-389/98-07
ML17229A859
Person / Time
Site: Saint Lucie  NextEra Energy icon.png
Issue date: 09/08/1998
From: STALL J A
FLORIDA POWER & LIGHT CO.
To:
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
50-335-98-07, 50-335-98-7, 50-389-98-07, 50-389-98-7, L-98-224, NUDOCS 9809150164
Download: ML17229A859 (19)


Text

CATEGORY1REGULATORY INFORMATION DISTRIBUTION SYSTEM(RIDS)ACCESSION NBR:9809150164 DOC.DATE:

98/09/08NOTARIZED:

NOFACIL:50-335 St.LuciePlant,Unit1,FloridaPo~er&LightCo.50-389St.LuciePlant,Unit2,FloridaPower&LightCo.AUTH.NAME.AUTHORAFFILIATION STALL,J.A.

FloridaPower&LightCo.RECXP.NAME RECIPIENT AFFILIATION RecordsManagement Branch(Document ControlDesk)DOCKET0500033505000389

SUBJECT: Forwardsrev2toEmergency ResponseDataSys(ERDS)DataPointLibraries forStLucieUnits1&2.Submittal completes corrective actionsforviolations notedininsprepts50-355/98-07 650-389/98-07.

DISTRIBUTION CODE:A026DCOPIESRECEIVED:LTR 1ENCLSIZE:ITITLE:Emergency ResponseDataSystem(ERDS)NOTES:AE'ECIPIENT IDCODE/NAME AEOD/IRB01'NTERNAL:

ACRSAEOD/DOA/IRB

'GN2ERCCOPIESLTTRENCL11111111RECIPXENT IDCODE/NAME GLEAVES,W LCENTERRGN2FILECOPIESLTTRENCL1'111111EXTERNAL:

NRCPDR11NOTETOALL"RZDS"RECIPIENTS:

PLEASEHELPUSTOREDUCEWASTE.TOHAVEYOURNAMEORORGANIZATION REMOVEDFROMDISTRIBUTION LZTSORREDUCETHENUMBEROFCOPIESRECEIVEDBYYOUORYOURORGANIZATION, CONTACTTHEDOCUMENTCONTOLDESK(DCD)ONEXTENSION 415-2083TOTALNUMBEROFCOPIESREQUIRED:

LTTR9ENCL9 FloridaPower5LightCompany,6501SouthOceanDrive,JensenBeach,FL34957FPLSeptember 8,1998L-98-22410CPR50AppendixEU.S.NuclearRegulatory Commission Attn:DocumentControlDeskWashington, D.C.20555RE:St.LucieUnits1and2DocketNos.50-335and50-389Emergency ResponseDataSystem.DataPointLibRevision2Pursuantto10CPR50,AppendixESectionVI.3.a.,FloridaPower&LightCompany(FPL)submitsRevision2oftheEmergency ResponseDataSystem(ERDS)DataPointLibraries forSt.LucieUnit1andUnit2.Therevisions providex'eplacement pagesandfollowtheformatxecommended byNUREG1394,Emergettcy ResponseDataSystem(ZRDS)Implementation, Revision1AppendixC(DataPointLibrary).

ThelastrevisionoftheSt.LucieUnit1andUnit2Emergency ResponseDataSystem(ERDS)DataPointLibraries weresubmitted byPPLletterL-92-300datedOctober22,1992.Thissubmittal completes thecorrective actionsfortheviolation of.minorsignificance discussed inparagraph E1.2.bofNRCIntegrated Inspection ReportNos.50-335/98-I and50-389/98-07.

ThefailuretonotifytheNRCofminorERDSDataPointLibruydatachangesinaccordance with10CPR50,AppendixEVI.3wasclassified asaviolation ofminorsignificance intheinspection reportandwasnotsubjecttoenforcement action.Attachment 1isthexeplacement pagesfortheSt.LucieUnit1ERDSDataPointLibrary.Attachment 2isthexeplacement pagesfortheSt.LucieUnit2ERDSDataPointLibrary.Inpreparation ofthissubmittal, FPLidentified apotential omissionin10CPR50.4(b)(5),

Emergency planandrelatedsubmittals.

Thepotential omissionisthattheERDSDataPointLibruysubmittals xequixedby10CFR50,AppendixEVI.3shouldbeaddedto10CFR50.4(b)(5),

andthat10CPR50,AppendixEshouldbemodifiedtoxefexence 10CPR50.4.Thiswouldeliminate anyconfusion xegarding theaddressee ordistribution ofthexettuired submittals.

Pleasecontactusifthereareanytluestions xegarding thissubmittal.

Verytrulyyours,J.A.StallVicePresident St.LuciePlantJAS/GRM9809k50'4980908PDRADOCK05000335'PGRcc:RegionalAdministrator, RegionII,USNRCSeniorResidentInspector, USNRC,St.LuciePlantanFPLGroupcompany St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1Attachment 1St.LucieUnit1ERDSDataPointLibraryUpdates St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment IUNIT1DPLUPDATESPaePlantPointDescrition%POWERWIDERANGEAVERAGE3CPSPOWERLEVEL12FEEDWATER FLOWA13FEEDWATER FLOWBOriinalRane1.0E-08to150%0.0to1.0E+30.00to6.0E+06LBM/HR0.00to6.0E+06LBM/HR'datedrane2.0E-08to20000%0.0to1.0E+50.00to6.040E+06 LBM/HR0.00to6.038E+06 LBM/HRReasonforUdateNewNuclearInstrumentation wasinstalled NewNuclearInstrumentation'was installed Acalibration rangechange,toimproveinstrument accuracy, wasmadeAcalibration rangechange,toimproveinstrument accuracy, wasmade141516AUXFEEDWATER HEADERAFLOWAUXFEEDWATER HEADERBFLOWAUXFEEDWATER HEADERCFLOW0.00to400.00GPM0.00to400.00GPM0.00to600.00GPM0.00to500.00GPM0.00to500.00GPM0.00to1000.00GPMArangechangetosuorthiherflowArangechangetosuorthiherflow'rangechangetosuorthiherflow St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment lSL1DATAPOINTLIBRARYREFERENCE FILEPage2of47REV02Date'/23/98 ReactorUnit:....SL1DataFeeder:.N/ANRCERDSParameter:

.....................NI INTERRNGPointID:PWR-WR-%-1 PlantSpecPointDesc:...................

~..%POWERWIDERANGEAVERAGEGeneric/Cond Desc:.NuclearInstiuments, Inter.RangeAnalog/Digital:.

~~~~~oAEngrUmts/DigStates:......................

%EngrUmtsConversion:

.....................LOG MuumumInstrRangeooooooooooooooooooooo2oOE48

/R02MaximumInstrRange:....................200

/R02ZeroPointReference:

.......................N/A Reference PointNote:.......................N/A PROCorSENS..PNumberofSensors:..........................4 HowProcessed:.

AVERAGEWITHEXPANDEDQUALITYSensorLocations:

..OUTERCIRCUMFERENCE OFREACTORVESSELAlarm/Trip SetPoints:......................V~LE NIDetectorPowerSupplyCutoffPowerLevel:.......................N/A NIDetectorPowerSupplyTurneonPowerLevel:.......................N/A'nstrument FailureMode:...................

N/ATemperature Compensation fofDPTransmltterso

~oo~o~~~ooo~~~~~ooo~~~~~~LevelReference Leg:........................

N/AUniqueSystemDescription:................

Thisparameter isderivedfromfourReactorProtection System(RPS)channels.

Below1000cpsthesechannelsareconfigured forsourcerange.Datainputstothisparameter aretheReactorPowerWideRangesignalsJI001-P-1, JI002P-1,JI003-P-1, andJI004-P-1 whicharelogarithmic.

Thesesignalsareprocessed byanalgorithm whichprovidesanaveragewithexpandedquality.Thisfunctionobtainstheaverageofallvalueswithagoodstatus.Italsosetsthequalityoftheresultbasedonthenumberofvalueswithgoodstatus,versusthetotalnumberofinputs.Thepossiblestatusvaluesare:Greaterthan50%ofallinputshavegoodstatus,resultisgood;Onlyonegoodvalueandthetotalinputsare3ormore,theresultispoor;Whentherearenogooddatavaluesbuttherearesomewithpoororsuspect,theresultispoor;Theresultissuspectforallothercasesexceptallbad,inthiscasetheresultisba St.LucieUnitsland2DocketsNos.50-335and50-389L-98-224Attachment lSL1DATAPOINTLIBRARYREFERENCE FILEPage3of47REV02Date..........

........~............

.7/23/98ReactorUnit:SL1DataFeeder:.N/ANRCERDSParameter:

.....................NI SOURCRNGPointID:.QA0040-IPlantSpecPointDesc:......................

CPSPOWERLEVELGeneric/Cond Desc:.........................

NuclearInstruments, SourceRangeAnalog/Digital:

.AEngrUnits/Dig States:......................CPS EngrUnitsConversion:

.~...................

LOGMuumumIns'trRange~~~~~~~~~~~~~~~~~~o00MaximumInstrRanget....................1.0E+5

/R02ZeroPointReference:

.......................N/A Reference PointNote:.......................N/A PROCorSENS.PNumberofSensors:..........................4 HowProcessed:

.AVERAGEOFGOODVALUESSensorLocations:................OUTER CIRCUMFERENCE OFREACTORVESSELAlarm/Trip SetPoints:......................

VARIABLENIDetectorPowerSupplyCut&IfPowerLevel:.......................

>1000CPSNIDetectorPowerSupplyTurinPowerLevel:.......................

(1000CPSInstrument FailureMode:...................

N/ATemperature Compensation forDPTransmitters:

.........................

LevelReference Leg:........................

N/AUniqueSystemDescription:................

Thisparameter isderivedfromfourReactorProtection System(RPS)channels.

Theyareactiveinthesourcerangeupto1000cps.Datainputstothisparameter arethesignalsJI001-C-1, JI002-C-1, JI003-C-1, andJI004-C-1whicharelogarithmi St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFEIKNCE FILEPage12of47REV02Date:..7/23/98 ReactorUnit:SL1DataFeeder:.N/ANRCERDSParameter:

.....................MN FDFL1/APointID:.QA0025-IPlantSpecPointDesc:......................FEEDWATER FLOWAGeneric/Cond Desc'......

StmGenAMainFeedwater FlowAnalog/Digital:

.............

AEngrUnits/Dig States:......................LBM/HR EngrUnitsConversion:

.....................

N/AMinimumInstrRange:.~....................0.00 MaximumInstrRange.....................6.040E+06

/R02ZeroPointReference:

.......................

N/AReference PointNotes:......................

N/APROCorSENS'..PNumberofSensors:.-.3HowProcessed:

.REDUNDANT SENSORALGORITHM SensorLocations:

TURBINEBUILDING43FT.LVLAlarm/Trip SetPoints:......................

VARIABLENIDetectorPowerSupplyCut-OffPowerLevel........................N/A NIDetectorPowerSupplyTurn-onPower,Level........................

N/AInstrument FailureMode....................

N/ATemperature Compensation fofDPTfansnutters

~~~oo~~~~~~~~oo~~~~~~oo~~~LevelReference Leg:..................~.....

N/AUniqueSystemDescription:..........~.....

Thisparameter isthe"A"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3A1-1, FT09-3A2-1,andFT09-3A3-1 whicharesquareroots.Thesesignalsareprocessed

"witharedundant sensoralgorithm.

Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majorit St.LucieUnitsland2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFHKNCEFILEPage13of47REV02Date:7/23/98ReactorUnit:..~.SL1DataFeeder:N/ANRCERDSParameter:

.....................MN FDFL2/BPointID:..QA0026-IPlantSpecPointDesc:......................

FEEDWATER FLOWBGeneric/Cond Desc:......Stm GenBMainFeedwater FlowAnalog/Digital:

AEngrUnits/Dig States:..............

~..~....LBM/HR EngrUnitsConversion:

.....................

N/AMinimumInstrRange:......................0.00 MaximumInstrRange:....................6.038E+06

/R02ZeroPointReference:

.......................N/A Reference PointNotes......................N/A PROCorSENS'PNumberofSensors:.........,................3 HowProcessed:

.REDUNDANT SENSORALGORITHM SensorLocations:.

.TURBINEBUILDING43FT.LVLAlarm/Trip SetPoints:.....~................

VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:.......................N/A NIDetectorPowerSupplyTurn-onPowerLevel:.......................N/A Instnunent FailureMode:...................N/A Temperature Compensation forDPTransmitters:

.........................

LevelReference Leg:........................

N/AUniqueSystemDescription:................

Thisparameter isthe"B"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3B1-1, FT09-3B2-1,andFT09-3B3-I whicharesquareroots.Thesesignalsareprocessed

.witharedundant sensoralgorithm.

Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majorit e St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFERENCE FILEPage14of47REV02Date7/23/98ReactorUnit:.....SL1DataFeeder:..............

N/ANRCERDSParameter:

.....................AX FDFL1/APointID:......FT09-2A-1

'lantSpecPointDesc:......................

AUXFEEDWATER HEADERAFLOWGeneric/Cond Desc~....~..............

StmGenAAuxiliary FWFlowAnalog/Digital:

..........

AEngrUnits/Dig States:......................GPM EngrUnitsConversion:

.....................

LINEARMuumumInstrRange:0~~~~~~~~~oo0000MaximumInstrRange.....................500.00

/R02ZeroPointReference:

...........

~...........

N/AReference PointNotes:......................N/A PROCorSENS:..........................~...S NumberofSensors:..........................1 HowProcessed:.

N/ASensorLocations:.............................

ST&MTRESSEL23FT.LVL.Alarm/Trip SetPoints:......................

VARIABLENIDetectorPowerSupplyCut4ffPowerLevel:.......................N/A NIDetectorPowerSupplyTurn-onPowerLevel:.......................N/A Instrument FailureMode....................N/A Temperature Compensation forDPTransnutters:.........................

LevelReference Leg:,~.....................

~.N/AUniqueSystemDescription:................

Thisparameter istheauxiliary fecdwater flowtothe"A"steamgenerator.

Itisconverted toengineering unitsusingalinearequation.

Thefeedflowsuppliedtothe"A"steamgenerator canbesuppliedbythe"A"andor"B"auxfeedpumps,depending onthevalvelineup.Flowsuppliedby"A"and"B"auxfeedpumpswillbemeasuredbythisinstrument.

Theflowelementisupstreamofthepumpsdischarge crossties.Howeverflowsuppliedto"A"steamgenerator from"C"auxfeedpumpdoesnotgothroughthisflowelement.Feedflowtothe".A"generator from"C"auxfeedpumpismeasuredatFT09-2C-1 sensorandmaybeonlyapartialrepresentation oftheflowtothe"A"steamgenerator ifthe"B"steamgenerator isbeingfedatthesametimefromthe"C"feedpum St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1'L1DATAPOINTLIBRARYREFERENCE FILEPage15of47REV02Date7/23/98ReactorUnit:SL1DataFeeder:..............

N/ANRCERDSParameter:

......~..............

AXFDFL2/BPointID:.FT09-2B-1 PlantSpecPointDesc:......................

AUXFEEDWATER HEADERBFLOWGeneric/Cond Desc'StmGenBAuxiliary FWFlowAnalog/Digital:.

AEngrUnits/Dig States:......................

GPMEngrUnitsConversion:

.....................LINEAR MinimumInstrRange:......................0.00

/R02ZeroPointReference:

.......................

N/AReference PointNotes:......................

N/APROCorSENS'SNumberofSensors~~~~~~et~~~~~~~~~~~1HowProcessed:

..N/ASensorLocations:

.........STEAM TRESSEL23FT.LVL.Alarm/Trip SetPoints:......................

VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:.......................N/A NIDetectorPowerSupplyTurinPowerLevel:.......................

N/AInstrument FailureMode:...................

N/ATemperature Compensation forDPTransmitters:

.........................

LevelReference Leg:........................

N/AUniqueSystemDescription:................'Ms parameter istheauxiliary feedwater flowtothe"B"steamgenerator.

Itisconverted toengineering unitswithalinearequation.

Thefeedflowsuppliedtothe"B"steamgenerator canbesuppliedbythe"A"andor"B"auxfeedpumps,depending onthevalvelineup.Flowsuppliedby"A"and"B"auxfeedpumpswillbemeasuredbythisinstrument.

Theflowelementisupstreamofthepumpsdischarge crossties.Howeverflowsuppliedtothe"B"steamgenerator from"C"auxfeedpumpdoesnotgothroughthisflowelement.Feedflowtothe"B"generator from"C"auxfeedpumpismeasuredatFT09-2C-I

'sensorandmaybeonlyapartialrepresentation offlowtothe"B"steamgenerator ifthe"A"steamgenerator isbeingfedatthesametimefromthe"C"feedpum St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 1SL1DATAPOINTLIBRARYREFERENCE FILEPage16of47REV02Date:.7/23/98ReactorUnit:SL1DataFeeder..N/ANRCERDSParameter:

.....................

AXFDFL3/CPointID:..........FT09-2C-1 PlantSpecPointDesc:......................AUX FEEDWATER HEADERCFLOWGeneric/Cond Desc'tmGenA/BAuxiliary FWFlowAnalog/Digital:

.AEngrUnits/Dig States:......................GPM EngrUmtsConverslono e".~.ee~~oooooooooo.LINEAR MinimumInstrRange:......................0.00 MnxnnumInstI'angetooooeoooooooeooooooo 1000@00/R02ZeroPointReference:

...................~...N/A Reference PointNote:.......................N/A PROCorSENSSNumberofSensors:..........................1 HowProcessed:............

~.~....N/ASensorLocations:.

STEAMTRESSEL23FT.LVL.Alarm/Trip SetPoints:..........

~..~.~......VARIABLENIDetectorPowerSupplyCut-OffpowerLevel:.......................N/A NIDetectorPowerSupplyTurinPowerLevel:.......................N/A Instrument FailureMode:...................

N/ATemperature Compensation forDPTransnutters:

.........................

LevelReference Leg:........................

N/AUniqueSystem'Description:.......,........

Thisparameter isthe"C"auxiliary feedwater pumpheaderflow.Itfeedseitherthe"A"or"B"steamgenerator.

The"C"auxiliaty feedwater pumpisdrivenwithasteamturbineenginewhichreceivesitssteamsupplyfromeitherthe"A"or"B"steamgenerator.

Itisconverted toengineering unitsusingalinearequatio St.LucieUnitsIand2DocketsNos.50-335and50-389L-98-224Attachment 2Attachment 2St.LucieUnit2ERDSDataPointLibraryUpdates

St.LucieUnits1and2DockctsNos.50-335and50-389L-98-224Attachment 2UN1T2DPLUPDATESPaePlantPointDescrition12FEEDWATER FLOWA13FEEDWATER FLOWBOriinalRane0.00to6.0E+06LBM/HR0.00to6.0E+06LBM/HRUtedRane0.00to6.388E+06 LBM/HR0.00to6.388E+06 LBM/HRReasonforuteArangechangetosurtnewventuriArangechangetosurtnewventuri St.LucieUnits1and2DocketsNos.50-335and50-389L-98-224Attachment 2SL2DATAPOINTLIBRARYREFERENCE FILEPage12of47REV02Date:.7/23/98ReactorUnit:~SL2DataFeeder:.N/ANRCERDSParameter:

.....................MN FDFL1/A"PointID:.QA0025-2PlantSpecPointDesc:......................FEEDWATER FLOWAGeneric/Cond Desc:...StmGenAMainFeedwater FlowAnalog/Digital:

.~~...AEngrUnits/Dig States:.....................'.

LBM/HREngrUnitsConversion:

.....................N/A MmunumInstrRange:...0~~~~~~~~~~00000MaximumInstrRange:....................6.388E+06

/R02ZeroPointReference:

..............'.........N/A Reference PointNotes:......................

N/APROCorSENS::.~...........................P NumberofSensors...3HowProcessed:

.REDUNDANT SENSORALGORH'HM SensorLocations:

............................

TURBINEBUILDING43FT.LVL.Alartn/Trip SetPolntst~oct~~owe~~~~~~~~~~~e.VARIABLENIDetectorPowerSupplyCut-OffPowerLevel:................

~..N/ANIDetectorPowerSupplyTumePowerLevel:.......................N/A Instrument FailureMode:...................

N/ATemperature Compensation forDPTransmitters:

.........................

LevelReference Leg:........................

N/AUniqueSystemDescription:............~...

Thisparameter isthe"A"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3A1-2, FT09-3A2-2,andFT09-3A3-2 whicharesquareroots.Thesignalsareprocessed witharedundant sensoralgorithm.

Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majorit St.LucieUnits1and2DockctsNos.50-335and50-389L-98-224Attachment 2SL2DATAPOINTLIBRARYREFERENCE FILEPage13of47REV02Date:....~~~~~~~~~~~~~~~~~~~7/23/98ReactorUnit:SL2DataFeeder'N/ANRCERDSParameter:

.....................MN FDFL2/BPointID:.QA0026-2PlantSpecPointDesc:..................~...FEEDWATER FLOWBGeneric/Cond Desc:.StmGenBMainFeedwater FlowAnalog/Dlgltal t~~~~~~~~tAEngrUnits/Dlg States:~~~~~~~~~~~~~~~~~~~~~tLBM/HREngrUnitsConversion:

.....................

N/AMmunumInstrRange:.........~...

~..~..~..0.00MmmtmInstI'Rttngetttttttttttttttttotttt6t360E+06 ZeroPointReference:

.............

~..~..~.~.N/AReference PointNotes:...........~..........N/A PROCol'ENS~t~~~~~~~~~~~~~~~~~ttt~~tPNumberofSensors:........~.................3 HowProcessed:

........................REDUNDANT SENSORALGORITHM SensorLocations:..........

TURBINEBUILDING43FT.LVLAlarm/Trip SetPointst~~~~~~~~~~~~~ttt~~tVARIABLE NIDetectorPowerSupplyCut-OffPowerLevel........~....~........

N/ANIDetectorPowerSupplyTurinPowerLevel:.......................N/A Instrument FailureMode:...................

N/ATemperature Compensation forDPTransmitters

~~~~~~~~~~~~~~~~~~~~~~~LevelReference Leg:..................~.....

N/AUniqueSystemDescription:................

Thisparameter isthe"B"steamgenerator mainfeedwater flow.ItisderivedfromSteamGenerator MainFeedwater FlowsignalsFT09-3B1-2, FT09-3B22,andFT09-3B3-2 whicharesquareroots.Thesesignalsareprocessed witharedundant sensoralgorithm.

Thisfunctionobtainstheaverageofthecurrentvaluesthathaveagoodstatusandareclosetothestatistical majority.

/R02 l.