ML17244A578

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Submits Info Re Seismic Qualification of Mechanical & Electrical Equipment & Fluid & Electric Distribution Sys. Includes Test Repts,Tech Specs & Oversized Drawings
ML17244A578
Person / Time
Site: Ginna Constellation icon.png
Issue date: 09/16/1966
From:
ROCHESTER GAS & ELECTRIC CORP.
To:
Shared Package
ML17244A579 List:
References
TASK-03-01, TASK-3-1, TASK-RR NUDOCS 7907050240
Download: ML17244A578 (412)


Text

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RO-22049-16-66L'B't'OPCQH'.~>"GalK"I1:CO1'011:021:031:C'!.3:0>1:C61e071.081:091:102:GO2:012:022:033".004:GOI.01I.'024:03GEiX~db~~'EQUXHKII';ITS Genei.'Q"

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byOak"-rsDesic~aDaisDATAHEQ4wREDUXTHPROPOSALPBXCEIAM)D:L'J~,)DY PricesDGCeSopSu1zflssion o~PzoposQsDele.%'ci'pPAG41111'2233335566 1:00GENERALREQUIREMENTS 1:01General1:01.11:01.21:01.31:02,ThisRequirement Outlineincludestheessential information requiredbythemanufacturers ofpowerplantequipment tosubmitaproposalforfurnishing theequipment coveredbytheDETAILREQUIREMENTS, section2:00.Theequipment willbepartofanuclear-electric generating stationhavinganominalcapacityof450MWe.Thisequipment willbeinstalled aspartoftheNo.1UnitastheGinnaProject>Rochester GasandElectricCorporation, locatedinWayneCounty,approximately 18mileseastofRochester, NewYork.Thiselectricgenerating unitisscheduled forcommercial operation onJune1,1969.PROPOSALS 1:02.11:02.2Proposals shallbedrawninthenameofGilbertAssociates, Inc.asConsulting Engineers andAgentfortheWestinghouse ElectricCorporation,.

AtomicPowerDivision, thePrimeContractor.

Proposals shallbesubmitted asfollows:Originalandfive(5)copiesto:GILBERTASSOCIATES, INC.525Lancaster AvenueReading,Pennsylvania 19603103.Attention:

Mr.H.F.UlmerChiefPurchasing AgentDEFINITIONS 1:03.1OWNERshallmeantheRochester GasandElectricCorporation.

1:03.21:0331:03.41:04PRIMECONTRACTOR shallmeantheWestinghouse ElectricCorporation, AtomicPowerDivision.

ENGINEERshallmeanGilbertAssociates, Inc.,anAgentforthePRIMECONTRACTORS MANUFACTUPER shallmeanthesuccessful Bidderforallequipment coveredbythisRequirement Outline.EQUIPMENT UALITYAllequipment andservicesofferedbytheBiddershallbeofsuchqualityastomaketheequipment safewithhighavailability.

Tothisend,allitemsoffered,including allaccessories, shallbeofprovenreliability.

1I 1051:05.11:05.2CODESANDSTANDARDS Allequipment offeredshallbedesignedandmanufactured inaccordance withacceptedcurrentstandards oftheelectricutilityindustryandshallsatisfyallapplicable codes,including stateandlocalordin-ancespertainirg tothedesignandoperation ofsuchequipment.

Whererequired, theMANUFACTURERS shallhave.allpressurepartsstampedbyacertified insurance inspector andthree(3)copiesofthecertified inspection reportforwarded totheENGINEER.

1:06INSPECTION 1:06.1Inspection Shopfabrication andfielderectionshallbesubjecttoinspection andapprovalbythePRIMECONTRACTOR and/orENGINEER.

Anyinspection bythePRIMECONTRACTOR and/orENGINEERshallnotbeconsidered asawaiverofanywarrantyorotherrights.ThePRIMECONTRACTOR and/orENGINEERshallhavefreeaccesstotheMANUFACTURER'S shopsforinspection ofconstruction andforobserving shoptests.Alltestsrequiredfor:certification ofequipment shallbemadeattheexpenseoftheMANUFACTURER.

1:06.2FactoryInspection andTestsPriortostartofmanufacture, theENGINEERistobenotifiedinwritingatleastfifteen(1$)daysinadvanceofthosetestsandinspections thatheand/ortheORNERwishtoobserve.Four(4)certified copiesofallfactorytestdataaretobefurnished totheENGINEERforalltestsnormallysuppliedorasrequiredtosatisfycodesandregulatory bodies.1:06.3FieldTestsAfterinstallation, thePRIMECONTRACTOR reservestherighttomaketestsathisexpensetodemonstrate theabilityoftheequipment furnisned bytheMANUFACTURER tooperateundertheconditions speci-fiedandtomeettheguaranteed performance.

Thesetestswillbeconducted inaccordance withthelatestapplicable TestCodeineffectatthetimeofthetestwithsuchmodifications asmaybemutuallyagreeduponbetweenthePRIMECONTRACTOR andtheMANUFAC-TURER.Iftheresultsofthetestsconducted indicatethattheequipment doesnotmeetitsguaranteed performance, thelSNUFACTURER shall,athisexpense,makeallnecessary adjustments orchangestoimprovetheperformance tomeettheguaranteed performance, Allsubsequent testsuntilacceptance bythePRIMECONTRACTOR shallbemadeattheMANUFACTURER'S expense;TheBiddershallfurnishalistofanyfieldtestsoftheequipment whichmustbemadeduringinstallation andinitialstart-up.

.31071:07.1DRALGNGSANDINSTRUCTION BOOKSQuotedpriceshallincludethecostoffurnishing three(3)reprodu-ciblesandtwo(2)copiesofcertified drawingstobesubmitted forapprovalandthree(3)reproducibles offinalapproveddrawingsforrecord.Ifreproducibles arenotavailable, quotedpriceshallin-cludecostoffourteen(14)printsforapprovalandfourteen(14)printsofapproveddrawingsforrecord.1:07.2Quotedpriceshallincludetnecostofthirty(30)copiesofinstruc-tionbookscoveringallequipment beingfurnished.

1081:08.1CLEANINGPAINTINGANDPROTECTION Everyeffortshallbemadeinthedesignandfabrication oftheequip-menttoavoiddirttraps.Internalsurfacesshallbefreeofdirtandscalepriortoshipment.

1:08.2Allexposedmetalsurfaces, unlessotherwise finishedinamannerstandardtoaparticular manufacturer, shallbepaintedbytheMANUFACTURER inamannerapprovedbytheENGINEER.

1:08.3Allmachinedsurfacesshallbeadequately protected againstcorrosion anddamageduringshipment, andstorage.1:08.4Allequipment shallbeshippedwithadequatepackingandprotection providedtopermitoutsidestorageattheplantsitewithnoaddi-tionalprotection.

1:09PIECEMARKINGTheseparatepiecesofequipment shallhavematchingmarkstofaci-litateassemblyduringerection.

Tofacilitate unloading anderection, theweightofeachmajorcomponent shallbemarkedinaconspicuous locationthereonwithpaintednumeralsatleastthree(3)incheshigh.1:10MOTORSANDMOTORCONTROLS1:10.1MotorsAllelectricmotors,wherespecified asbeingfurnished bythebidder,shallbeinaccordance withtheLatestrevisionoftheENGINEER'S Specification No.SP-5201.BiddershallsupplyThomasflexiblecouplings andcouplingguardsbetweenthemotoranddrivenequipment.

1:10.2MotorControlsAllmotorcontrolequipment willbefurnished byothersexceptasspecified.

RO-22049-16-662:002:01DETAILREQU1aKPSHTS Equipment tobeSupaliedTheequipmnttobesuppliedshall.'nclude, butisnotlimitedtothefollowing items.2:01.1Four(4)MotorDrivenVerticalStationServic3~'aterPm@ps.2:01.2Mountingofdrivemotorsandanyrequiredcouplings.

2:022:02.1Equipment SupliedbyOthersThefollowing itemswillbefurnished byothers:Foundations, anchorboltsandshims.2:02.2Four{4)Nestinghouse A.C.drivemotorsformountingbymanufacture.

2:032:03.1DesinDataGeneralPumpsshallbeoftheverticalcentrifugal typearrangedfordischarge abovethemountingplateandshallbeequippedwithasuctionstrainerdesignedforprotection ofthepumpinternals withnotlessthan3/8"openings.

2:03.2PumpsPumpsshallbeoftheverticalturbinetypewithopenlineshafttypeconstruction, enclosedtypeimpellers, waterlubricated metalshaft.bearings, astructurally rigiddischarge headandapackedtypeshaftseal.Pumpshallbedesignedforhighreliability andlongbearinglife.2:03.3PumpMaterials Discharge HeadColumnPipeShaftXmpellers BowlLiearingRingBearingsStrainerCastXronorFabricated SteelSteelStainless SteelBroneCastIronBronzeBronzeStainless SteelorEonFerrous2:03.4ServiceConditions Eachpumpshallbedesi.gned forthefollowing serviceconditions:

Capacity, GPHPumpDischarge PressureTemperature PumpBaseElevation MinimumMaterLevelMaterSourcePump'iiellBottomElevation cj30075Psig80oF2g3I61k229'-0"LakeOntario212'-6'achpumpmustbecapableofoperating inparallelwithallotherpumps.

4~RO-22049-16-665Alternate GsBX!DFB3.83Goues'ted tosub"I"tG3.'i;GrnQ'VG bidsfox'nJ'ifferent desi(infe"-tures Yhicll'IIill~I""Grove t"Grcliabilit j'xlhesepumpsandreducemaintcn;"nce.

P."zt>>cu.'laxnAtentionisca""led'~omethcdsofc:ctend'~vg 1ife~Seimic0"s"gnPecu'-'rements ireStationServ.'ceInterPcshallbecapableof>i~'~11sianding seisIIi.c loadsG0LP..valentI toA/2gin'thever'vical andhorizon't81 cU.rectrions 1rl~hbo+amotionsocurrings93mltaneously, Thereshhi2.oenolossof:.unction ofthepumps;,"hen subJGcted totheseaccelerations.

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>Ithhisproposalcomple'te datafortheeciuipment offcrcd.inisdatash"->>include,outisnot1<ilni'~ed tothefolloming:

Outlinea!dsection.Idra1Iings sho1ringprincipall dimensions, operating cadmainicnanceclemances mid.vei~1;so.."M~components.

S'tab6'.Gn'cofguarantee 1)ascdondesignconM.'Lions

~Tabul";ti3n oxaU.components sho-.iing materials ofcons.truction andthicknes>

orsize,Performarxce curvessho>IinvTDI."II<.&ZIefflcenceand.brUcehorsepoUer forvarixuscapacities.

Veigito::"heaviestpiecetobehandledforwintenance.

Minimum:t'lov.

Pumpspe~d.Descript,.on of~esses>lhicharespecified, orrecolmended.

Timerecilxired, i;osubmitcertixnicd dra~ri.ngs a&eravardofcontract.

Timerecou.red.

fordeliverym.tera;Iardofcontract.ListofrecommendGQ.

spareparts.HGIIibcrQI~shaftbearingsandti'JUG~t'rlearanC!:

rGCiuireQ..i;O rerOVGpumpfOrmaintenI3nCC.

Statem~~ai:

ofpumps-.biligtorect,recluirelu ntsofSecton2:03.6.23XCZKiEI17%7.iJa~i.Y PginosQuots~ior.s

.'h:Q1besubmi~tcd on"-llmlpumbcsisincluding transpcr'ca1'ion to"~hejcbciC.Bi&ler"hallcle"~'lystatehisde1;ailed pricepolicJo:Xd'~czn::ofoaynlcni;.

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i'prQctobey'j.c+07i e~'1 I>~eIENTSPECIFICATION COVERSHEET'VGNOUSEFORM54064AIIPMENTSPECIFICATION676228DATED('iI"Ilt'.6REVISIONNO.DATEDORIGINALISSUESUPERSEDES I'REVIOUS XREVISIONS ATTACHMENTS ROBERTBRETTGINNANUCLEARPOWERSTATION-UNITNO.1SHOPORDER:RGE210SYSTEM:ALLSYSTEMSEQUIPMENT7AUXILIARY HEATEXCHANGERS Westinghouse DIFg.498B932Westinghouse EDSK329359Westinghouse PS-292722 Westinghouse Prelim:.nary OutlineSketchest MC-1257MC-1258MC-1259MC-1260MC-1261MC-1262MC-1263FORSUPPLIER'S CONVENIENCE

.";-.=.=..:.I.:~1I,.!.O.IIAIZD S..J.hI..,;.,:;,..

/7,:"'~REV~Nb.REVISIONENTEREDBYQDATEWESTINGHOUSE ELECTRICCORPORATION AtomicPowerDivisionP.O.Box355Pittsburgh, Pennsylvania,*

15230ORIGINALISSUEAPPROVALREVeIREVREV.3REV~4AUTHORSHOPORDERHOLDERPROJECTMANAGER(8F~/T~~/'OVER SHEEs.'ageofPegos1 Ig~ggg'CPi,EQUIPMENT SPECIFICATION

)Thisdocumentcontainsproprietary information ofWestinghouse ElectricCorporation (AtomicPowerDivisions) andistobere-turneduponrequest.Xtscontentsmaynotbedisclosed toothersorusedforotherthantheexpressed.

purposeforwhichloanedwith-outthewrittenconsentofWestinghouse (AtomicPowerDivisions).

1.0 SCOPETheintentofthisspecification

istosetforththegeneralandspecificrequirements ofdesign,,fabrication, inspection,"

testing,cleaning, andpackaging fortubularheatexchangers intended.

foruseintheauxiliary systemsofanuclearpowerplant.2.0CODESANDSTANDARDS REFERENCED Theheatexchangers shallbeinaccordance withthereferenced codesandstandards whichareapplicable tothedesign,fabrication, in-spection, testing,cleaning, andpackaging oftheequipment.

Allreferences shallrefertothelatestrevisions, addenda,codecases,and.interpretations inforceasofthedateofthisEquipment Speci-fication.

2.1.-References NotAttached:+)2.1.12.1,2Standards ofTubularExchanger Manufacturers'ssociation (TEMA).ASMEBoilerandPressureVesselCode,SectionIX-MaterialSpecifications 2.1.3ASMEBoilerandPressureVessel'L~r2.1.4.ASMEBoilerandPressureVesselVessels-plusaddendaCode,SectionXII-NuclearVesselsCode,-SectionVIII-UnfiredPressure2.1.52.1.6AmericanStandardforPipeThreads,ASAB2.1AmericanStandardforSteelPipeFlangesandFlangedFittings, ASAB16,5r2.1.72,1.9..American AmericanStandardforSteelButtWeldingFittings, ASAB16.9StandardforSteelWeldFittings, ASAB16.11~~WESTINGHOUSE EIZCTECORPORATION ATMECPOWERDIVISIONWAPDFORM412RevisionNo.,0toSpec676228Page1of23Pages EQQPMENTSPECIFICATION 2.2.22232.2.4References AttachedPWestinghouse Drawing498B932,"WeldPreparation forStainless SteelPipe"Westinghouse Specification PS-292722, "Cleaning andPackaging Requirements" APDEDSK329359,"TubeSealWeldRequirements" Westinghouse Preliminary OutlineSketches:

NumberMC-1257MC-1258MC-1259MC-1260MC-1261MC-1262MC-1263MC-1264.~EqufentRegenerative HeatExchanger Non-regenerative HeatExchanger ExcessLetdownHeatExchanger SealWaterHeatExchanger ResidualHeatExchanger Component CoolingHeatExchanger SpentFuelPitHeatExchanger SampleHeatExchanger

.3.0GENERALDESIGNREQUIRE~KNTS ANDCONSTRUCTION DATA31Thedesignandconstruction oftheheatexchangers shallbebasedontherequirements giveninpages1thru7ofthisequipment specification exceptasmodifiedbyspecificrequirements fortheindividual heatexchangers.

Anyexceptions aredescribed ontheExchanger Specification Sheets(pages8thru23)andshallapplyonlytotheparticular heatexchanger.

Three(3)extrasetsofmainflangegasketsshallbefurnished foreachheatexchanger andshallbetagged"Westinghouse ErectionSpares".ASMEBoilerandPressureVesselCodeComlianceIThedesign,material, fabrication, inspection, andtestingoftheheatexchangers shallcomplywiththeASMECode.Theapplicable sectionoftheCodeandtheclassification ofeachoftheheatexchangers areindicated

'bytheSpecification Sheets.AllunitsshallbeCodestampedandshallbeassignedaNationalBoardNumber.WESTINGHOUSE ELECTRICCORPORATION ATOMCPOWERDIVISION)WAPDFORM412RevisionNo.0toE-Spec.~66m8Page2of~2Pages e.',FggPMENTSPECIFICATION

)TEMAStandards asBasisofDesinandConstruction Theheatexchangers shallbedesignedand.constructed totherequirements oftheStandards forTubularExchanger Manufacturers'ssociation for.Class"R"heatexchangers withthefollowing qualifications:

3.2.1Theheatexchangers andanyoftheircomponent partsshallbedesignedtoresistearthquake forcesresulting fromaccelerations inthehorizontal andverticaldirections equalto0.52gand0.52grespectively, appliedsimultaneously atthecenterofgravityandtoreceiveandtransmitsuchforcesthroughthesupportstothefoundations.

Theseismicstressesshallbeinterpreted asaprimarystressandthesumoftheprimarystressesshallnotexceedthosepermitted inSectionIIIoftheASMECode.322Heatexchangers withremovable shellsorbundlesshallhavehubtypeshellflangeswhicharebutt-welded totheshell.Theshellflangesshallbedesigned.

forconfined.

gaskets.323Flangedjointsshallbedesignedforthroughboltsusingstudboltsandshallhavetwonutsoneachside.'i3.2.hApartialwrappershallbeattachedtothetubesupportbafflesoppositetheshellinletnozzletopreventdirectimpingement oftheinletflowonthetubebundle.InU-tubeheatexchangers theshellshallbelongenoughsothatflowenteringtheshellthroughthenozzleneartheU-bendshallnotimpingeuponthetubes.32.'53~2~6Alltubes.(exceptintheComponent CoolingHeatExchanger) shallbesealweldedtothetube-sheet inaccordance withWAPDEDSK329359.Allnozzlesandshellsshallbedesigned.

towithstand anyloadthattheadJacentpipingcouldimposeuponthemwhenthepipingisatitsyieldpoint.'2'7Theunitsshallbecapableofwithstanding fullshelldesignpressureandtemperature withatmospheric pressureonthetubeside,andgulltubedesignpressureandtemperature withatmospheric pressureontheshellsi'de.WESTINOHCUSE ErZCTRICCORPORATION ATEPOWERDIVISIONWAPDFORM412RevisionNo.OtoE-Spec.676228Page3of23Pages

i>>>.C~<gE<.'!"jPNENTHPECXPICA'"XO'>>

Carbonsteo3.butt-veld nozzlessna13hv>>enc.,preparedfor!!eldingi:!accordance withASA!316.5.9Socket-veld nozzlesshallbeinaccordance vitnAHA816.11.:,2.3O.Flangedno'le.,shallbeofthcraised;face typeconforming toASAF>3.6.2,.r~.LlHcrevedconnections shallbeinaccordance withAHAB2.1.f"AT'RIALSOFCONHTBUCTXO!>>

All!;aterials usedinthcconstruction oftheheatexchangers shal."cor"espond to."specification inSectionXXoftheAH?~ilCodeandnha3'..;r's specif'ed ontheL'xchangcr Ssecification Sheet.5OI"."C"XO!I'i'I".."i'.~".XNG A!IDID%!ITX:ICATION5.1I!!nj!ection 5.1.1I'.atcrial Xnan<:ction T::ematerialinspections reouircdbrtheAH!~:CodeforthcC"assofvessc3.:halloeperformed.

Xna<'.dition.

thefollowing inspecticns

.,'".=ll'oeperformer'.:

15~~~'.,3.ltubingshallbeultrasonically examinedinaccordance withPara-.:;r"ph>>I-324.3 ofSectionXXIoftheAH!9".Codebeforebendirg.Thesuppliermay,athisoption,usetheeddycurrentproce<!ure inaccor.'ance withP<ua<!raghN-32I!.I!ofSectionXXIoftheAH."!I".Code.5,1.1.~I:otorco3.;formedpartssuch'ashead,,shells,etc.shallbepcnc-r!!tinspccL'ed ona3.1surfacesfollowir.,";

fir...lfor!",ing anQcleaning, b!:t>rior>>;o:::;nor!b3y inaccor<'.ance withParar,.ph;':-t 27ofSectionXIIofthcA>!C.'o'e.53Wel<'nsI>oct 1on5.3..3Th>>)<~3<'!'~"-<~<

I'o>>'~<In!rc<!'gvt!>>A~>II~<"Co<efortheClasso,vcs.<>)sha3.1beperfor..ed.

Xr.addition, thefo"lovinginspecio!!sshalloeperfor!.".ed:

A3.1fcrrom!magnetic veldssha3.1bemapncticp"rtic'<:

ins.!<.ctcd ir!accord'ncc withParagraph

!!-626ofSectionIIXoftheAS'.."".Code.~L'cfcctive wel<'.sQi'closed oythisinspection shallbe'chir>ncd o!t.rc-vcl~',ed, an<'.re-inspcctcd.

VFSTINGHOU'~

HLZCTRXCCORPORATION ATGKECPOWERDIVISIONWAPDFOM412RevisionNo.0top-S3>ec,6(C!cc!8Pape':of2..Pages EQ'IPHENT SPECXFICATXON

.'.1.3.20-)Allparamagnetic ornon-magnetic weldsincluding tubesealweldsshallbeliquidpenetrant inspected.

withpenetrant according toParagraph N-627ofSectionIXIoftheASNECode.Defective weldsdisclosed bythisinspection shallbegroundout,re-welded, andre-inspected.

525.2.152.2523FinalTestinAndInsectionWestinghouse oritsdesignated agentshallhavefreeaccesstothe.supplier's shopatalltimesduringthedesign,fabrication, andtestingof'theequipment.

Eachheatexchanger shallbesub)ected toashellsidegasleaktesttodemonstrate theintegrity ofthetubetotubesheetpoints.Thistestshallbeperformed beforeanyhydrotest.

Anyleakageshallbegroundsforrefection oftheweld(s).Thesuppliershallsubmithisprocedure forthistestforWAPDapproval.

Eachheatexchanger shallbehydrostatically testedontheshellandtubesidesinaccordance withtheapplicable paragraph oftheASMECodeexceptthatthepressureshallbemaintained aminimumofthirty(30)minutes.Thereshallbenodetectable leakage.Thetestwatershallhaveachloridecontentoflessthan10ppm.Thefollowing shoptestsandinspections willbewitnessed byWAPDoritsdesignated agent.ThislistmaybeexpandedatsomelaterdateandWAPDmayelecttowaivewitnessing ofanyofthesetests.a.Shellsidegastestb.Shellsidehydrostatic testc.Tubesidehydrostatic testInspection ofma)orrepairstopressurecontaining memberse.Finalcleaningand.inspection priortoshipmentf.Dimensional checkofvesselfThesuppliershallnotifyWAPDofeachofthetestsatleastten(10)dayspriortothetest.53'dentification Thesupplier's nameplate shallbeofstainless steelorbrassandshallbepermanently attachedtotheheatexchanger shell.Iftheunitistobeinsulated, theplateshallbemountedsothatitwillbeflushwiththeoutersurfaceoftheinsulation.

Thenameplate shallbearthefollowing information:

a.WAPDEquipment XtemNumberb.Supplier's NameandSerialNumberc.DesignPressureWESTINGHOUSE ELECTRICCORPORATION ATOMXCPOWERDIVISIONWAPDFOM412RevisionNo.toSpec7228Page5of23Pages f1~Ip(~EQJIPMEhT SPECLMCATXON

.6.od.DesignTemperature e.Hydrostatic TestPressureand.,Temperature f.YearBuiltg.ASIACodeStampandNationalBoard.NumberCXZANINGAllinternalstainless steelsurfacesshallbecleanedinaccordance withPS292722 Allcarbonsteelsurfacessha13.becleanedtotheintentofParagraph 2.8ofOil'IPS292722-1.

7.0PAINTING8.oTheexternalcarbonsteelportionsoftheheatexchangers shall'begivenacoatofprimer.Stainless steelportionsoftheheatex-changersshallnotbepainted.PACKAGING 8.1Following cleaningand.drying,allnozzlesshall'becovered,and.sealedtopreventtheentryofdirtorotherforeignmatterduringtransitorstorage.8.2Theheatexchangers shallbeadequately skidmountedtoassuredeliverytotheplantsiteinanundamaged and.cleancondition.

9.0 INFORMATION

TOBESUBMITTED BYSUPPLIER9.1WithQuotation Thesupplier's quotation sha13.includethefollowing detailedinformation.

a.Preliminary outlinedrawingshowingoveralldimensions, nozzlelocations and.dimensions, supportdetails,and.specification ofallmaterial.

'b.Acompleted exchanger datasheetgivingsurfacearea,tubeandshe3.1pressuredropsatdesignflowrates,dryandf3.oodedweights,tubediameterand.wallthickness, and.hydrostatic testpressures, c.Listofspecificexceptions tothespecification withawrittenjustification foreachexception.

d.Recommended listofsparepartswithprice.WESTINGHOUSE E7ZCTRXCCORPORATION ATCNXCPOWERDIVXSIONWAPDFOEC412RevisionNo.0to676228PageofPages623

/<<~~EQJIPMENT SPECIFICATION 9.2FollowinOrderPlacement 9.2.1Afterreceiving afirmorderforthespecified.

equipment thesuppliershallsubmittwo(2)reproducible copiesofcertified.

outlineandgeneralassembly'rawings forWAPDapproval.

Thefollowing information shallbeincludedonthedrawings:

a.Overalldimensions andgeneralassemblydetailsofunitb.Locationandsizeofallconnections c.Locationandsizeofallfoundation boltsd.Weights(dry.andflooded)e.Designpressureandtemperature f.Testpressureandtemperature g.Surfaceareah.Identification ofequipment (WAPD'spurchaseordernumber,supplier's ordernumber,equipment nameandequipment itemnumber.9.2.2ThesuppliershallsubmitastressreportasrequiredbyParagraph N-142ofSectionIIIoftheASMECode.Thereportshallbesubmitted whentheoutlinedrawingsaresentforWAPDapproval.

9.2.3Thesuppliershallsubmitone(1)reproducible copyorfive(5)copiesofallweldingand.non-destructive testprocedures for'WAPDapproval.

Thissubmittal shallincludeevidenceofweldingprocedure qualification

~inaccordance withParagraph N-541ofSectionIIIoftheASMECode.~9,2,4Thesupplier's shallfurnishone(1)completesetofdetaildesigndrawingsforWAPD'sinformation anduse.9.3PriorToShimentOfEquimentPriortoshipmentoftheequipment thesuppliershallfurnishthefollowing:

a.Two(2)reproducible copiesofthedrawingdescribed inSection9.2.1showingcertified as-builtdimensions.

b.Five(5)copiesoftheASMECodedataform(N-1)/c.Two(2)copiesof,chemicalandphysicaltestreportsforallmaterials usedfortheheatexchangers.

d.Two(2)reproducible copiesofmaintenance instructions indicating recommended torquevalvesforflangebolts(ifused)anddescribing therecommended tubepluggingmaterialandprocedure.

WESTINGHOUSE EIZCTRXCCORPORATION ATOMXCPOWERDIVISIONWAPDFORM412RevisionNo.toE-Spec,676228Page7of23Pages

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4g"E@DPMENTSPECIFICATION SUPPLENEil'P, TOEXCHANGER SPECIFICATION SHEETS-AandAa~SA.1TheRegenerative HeatExchanger shallmeetalltherequirements ofSectionIIIoftheASMECodeforaClassANuclearVesselandshallbesostamped.SA.2Theheatexchanger shallbedesignedtowithstand thethermalstressesresulting from24,000stepchangesofshellsidefluidtemperature from130oFto552.2oF.SA.3Insulation clipsshallbeprovided, ontheshellfor3inchesofinsulation.

SA.4TheattachedWestinghouse sketchMC-1257showsthegereralsizeandarrangement ofthesubjectheatexchanger assumedforplantlayoutpurposes.

Thesupplier's baseproposalshall'beinaccordance with'hissketch.However,should.someothersizeorarrangement bemoreeconomical, thesuppliershall.submithisalternate designandpricewithhisquotation.

SA.gThesuppliershallsizetheRegenerative HeatExchanger basedonthedatapresented, onPage8.Heshallthenindicatetheoutlettemperatures andpressuredropswhich'hisunitwillyieldwhenoperating underthetwoalternate conditions setforthonpageSa.SA.6ThethreeshellsoftheRegenerative HeatExchanger shallbestackedvertically onsaddlesorbrackets'"..tneshop.Allinterconnecting pipingshallbeinstalled inthesupplier's shop.WESTINGHOUSE ELECTRICCORPORATION ATOKICPOWERDIVISIONWAPDFORM412RevisionNo.0toESpec676228Page9of3Pages Ilt'~<<'BOP)KF.IC.Mr/it=.l

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0 PEQQPMENTSPECIFXCATION SUPPLEMENT TOEXCHANGER SPECXFICATXON SHEEP-BSB.1SB.2SB-3ThetubesideoftheResidualHeatExchanger shallmeetalltherequirements ofSectionXIIoftheASMEBoilerandPressureVesselCodeforaClassANuclearVesselandshallbesostamped.TheshellsideoftheResidualHeatExchanger shallmeetalltherequirements ofSectionXXXoftheASMEBoilerandPressureVesselCodeforaClassCNuclearVesselandshallbesostamped.Theheatexchanger shall'bedesignedtowithstand thethermalstressesresulting from200stepchangesoftubesidefluidtemperature from85oFto35ooF,TheattachedWestinghouse sketchMC1261showsthegeneralsizeandarrangement ofthesubjectheatexchanger assumedforplantlayoutpurposes'he supplier's baseproposalshallbeinaccordance withthissketch.However,shouldsomeothersizeorarrangement bemoreeconomical, thesuppliershallsubmithisalternate designandpricewithhisquotation.

WESTINGHOUSE ELECTRICCORPORATION ATOMICPOWERDIVISXONIWAPDFORM412RevisionNo.OtoSpec676228Page11of23Pages

POFr(sRTEAi&ETiCI)IVh.NUCLEARPOi/PEP,PlL~liSERVICEOFUNIT~El(hLWkIEP~Hi:AlE.~CH&i)Cgai~ITEMIIO.I:-3Ok)=.P,:-QLII@I"-0TYPE$1-(~LLi%0-7()SKCONNECTED INSURFACKPERUi)ITFLUIDCIRCULATED TOTALFLUIDENTERINGVAPORLIQUIDSTEAPLHONCONDKHSAGLES FLUIDVAPORIZED ORCONDENSED STEAMCONDHEEDGRAVITY-LIQUIDVISCOSITY

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EQUIPMENT SPECXFXCATXON SUPPLI~2%rNT TOEXCHANGER SPECIFICATION SHEET-C'<<SC.1SC.2TheSealMaterHeatExchanger shallmeetalltherequirements ofSectionIIIoftheASMECodeforaClassCNuclearVesselandshallbesostamped..

TheattachedMestinghouse sketchMC-1260showsthegeneralsizeandarrangement ofthesubjectheatexchanger assumedforplantlayoutpurposes.

Thesupplier's baseproposalshallbeinaccordance, withthissketch.However,shouldsomeothersizeorarrangement bemoreeconomical, thesuppliershallsubmithisalternate designandpricewithhisquotation.

WESTXNGHOUSE ELECTRICCORPORATXON ATQ4XCPOWERDIVISIONWAPDFORM412RevisionNo.0toZ-Sine.~66n8Page~lof~2Pages

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'UPPORTEXCHANGER SPECXFICATXON SHEET-DSD.1SD.2TheComponent CoolingHeatExchanger shallmeetalltherequirements ofSectionXIIoftheASMECodef'raClassCNuclearVesselandshall'besostamped.TheattachedWestinghouse sketchMC-1262showsthegeneralsizeandarrangement ofthesubjectheatexchanger assumedforplantlayoutpurposes.

Thesupplier'sbaseproposalshallbeinaccordance withthissketch.However,shouldsomeothersizeorarrangement bemoreeconomical, thesuppliershallsubmithisalternate designand.pricewithhisquotation.

WESTXNGHOUSE ELECTRICCORPORATXON ATOtCICPOWERDIVISIONWAPDFORM412RevisionNo.toE-Spec,'76228page15of23Pages tId

~4SERVICEOfUg~l1-X(eS'SLETDOW(I'Vi-A, iC/(l~ANCIEP, ITCMNO.Ot'-REEQUIP.E.D SURFACEPERUNITTYPESHEL',U-TLIGHTSHELLSPCRUNITCONNECTED INSURFACEPERSHKUFLUIDCIRCULATED TOTALFLUIDENTERINGVAPORLIQUIDSTEAMNON.COHDEHSABLES FLUIDVAPORIZED ORCONDENSED STEAMCONDENSED GRAVITYLIQUIDVISCOSITY

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EQJXPMENT SPECIFICATION SUP~ENTTOEXCHANGER SPECIFICATION SHEEZ-ESE.1SE.2ThetubesideoftheExcessLetdownHeatExchanger shallmeetalltherequirements ofSectionXXIoftheASMEBoilerandPressureVesselCodeforaClassANuclearVesselandshallbesostamped.TheshellsideoftheExcessLetdownHeatExchanger shallmeetalltherequirements ofSectionXXXoftheASMEBoilerandPressureVesselCodeforaClassCNuclearVessel.andshallbesostamped.Theheatexchanger shallbedesignedtowithstand thethermalstressesresulting frcm12,000stepchangesoftubesidefluidtemperature from85oFto555oF.SE.3TheattachedWestinghouse sketchMC1259showsthegeneralsizeandarrangement ofthesubjectheatexchanger assumedforplantlayoutpurposes.

Thesupplier's

'baseproposalshallbeinaccordance withthissketch.However,should.someothersizeorarrangement bemoreeconomical, thesuppliershallsubmithisalternate designand~pricewithhisquotation.

WESTINGHOUSE EIZCTRICCORPORATION ATCPZCPOWERDXVXSXONWAPDH)RH412RevisionNo.0to<-Bxec.~66n8Page~lof~2Pages

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CLEAN5/Sa.IN.!c+/Q.IN.~FLENGTH(50PC)0PITCHr~(EILIP'.P5/Sa.IN.5/Sa.IH.~FSHELLS:X-IO:-;C..~~SHELLCOVER.+Eh,"2S/oC">CHANNEL.~r'L-/~C/(o=

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'HICKNESS THICKNESS GABKt5"r'IlrrL.L'.

'>J,EEct'~'-I t.DA~:C.iQGIVdi~r-Li-.v-'Ir/'.I.ICGP.(=I".9/L-CONNECTIONLeesHELL IEHgL,E.,'E(~fir,IOUT4'Cg'L)SERIESI~>0L5ILIFLAMCSi5crAI,HEL-I.i4"~L.I-(.hcl'UTg"scI-I.4c5sERisspYdCORROSION ALLO'E/ANCE~HELL SIDEEQEEEEEEEE""'M'NEE CCC'S.1~Acr19-BUNDLEV/EIGHTS-EACHSHELLTUBESIDETEMACLASSFVllOrV/ATE'RNOTErINDICATEAFTEREACHPARTV/HETHERSTRESSRELIEVED(S.R,)AHDWHETHERRADIOGERAPHED (X.RIREMARKS;I'.l'.~"Ia"'/,.T",LIif.'vIT')

'I'.1>Lgl*I'I'.':r.~TDL.LILYING/"E ICELSH(L-l-.cC~C.iWAPDIF'314PACE.I'SCF23pAGE'.,'

EQJIPMENT SPECIFICATION SUPPLZMEN TEXCHANGER SPECIFICATION SHEET-FSF.lSF.2TheSpentFuelPitHeatExchanger shallmeetalltherequirements ofSectionIIIoftheASMECodeforaClassCNuclearVesselandshallbesostamped.TheattachedWestinghouse sketchMCl263showsthegeneralsizeandarrangement ofthesubjectheatexchanger assumedforplantlayoutpurposes.

Thesupplier's baseproposalshallbeinaccord-ancewiththissketch.However,shouldsomeothersizeorarrange-mentbemoreeconomical, thesuppliershallsubmithisalternate designandpricewithhisquotation.

WESTINGHOUSE EIZCTHXCCORPORATION ATONXCHNERDXVISIONWAPDFORM412RevisionNo.0toE-SpecPage9of3Pages tl~~'PO!FP1EMMCT7C~)Ih)ibMUC).EPiR PO)NC7PLP))7SERVICEOFUNIT--AMPi"VihIE/E,CHANC".R ITEMNO.O~ICR~guIRKDTYPEONE.SH"'-'L.;

E<<ECO)lIDI)IBEX'ONNECE>>D INp!tEr75lLLSURFACEPERUN)I'LUID CIRCULATED

'OTALflVIDENTERINGkbE/NPVAPORLIQLHDt.//AE-r.)-~8/H".STEAM(rh'I')~~HO..NONCOiNDENSABLES flUIDVAPORIZED ORCONDENSED STEAMCONDENSED GRAVITY-LIQUIDVISCOSITY

-LIQUIDMOIECULAR WEIGHT-VAPORSSPECIFICHEAT-LIQUIDSSHELLSPERUNITPERFOR/tlANCE 03'REUIEIITSHiillSIDEWATcP20OOO20QOQB.T.U./rSURFACEPERSHEU.209ZooI~O~20B.T.U./<<TUBESIDE'UEoc'!E" ITt)E'6SITt)E'T-C20c))20920"LATENTHEATVAPORSTEMPERATJREIN10b.OB.T.V./<<&RP~0B.T.U./F=.OI/,'::.."F TEMPERATURE OVT'PERATING PRESSURENU)hsEROFPASSESVELOCITYPRESSUREDROP-.1<<IW..ALLO;Q.al.s1~~0.0'I5r<</Sa.IN.>>FT./ScC25.C/sa.LN12!0I"l.0I)7.70'f2/"F'>gor/SaIN<<W..D)"k~./Sa.LNFOL)LI4!=.!I=/CTOP.-NI"T'""ttT:O.OOQ'50OOO~I0OOO~I0OnO,HEATEXCHANGED

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AILi<)".L30KD Cnfd-TLlclIGI-3THICXNESS CONNECTIONS

-SHELL-INZ"OUTSERIESSoctI"--T-vut-L.DCHANNEL-IN-'<</>~"O.D.ILIBE.OVT~/p."O.D.tOL<<E.SERIESSO<<<<<-L'ILL->CORROSION ALLOWANCE~HELL SIDETUSESID>>coDEREQVI.KMNTsSL'=SQ,IP/E.CILP2ITE/hACLASSWEIGHT~>>cACH SHELLEEiEEEEFULLOrV/ATERNOTE!INDICATEAFTEREACHPARTWHTHERSTRcssRELIEVEDIS.R,)ANDWHETHERRADIOGRAPH'ED IX.R)REMARXsi'ii'E+rTPt, 1Q11/.IPPt.)L)IPQfv)QP$'16C'r/EE.!!'I~'VPPI,FEh.'It,I-1i10E.k(.)zhh r..-,c".'E

..ST!'FCIL=ICATIOQ GWt:.t.-Ci"rDVrtyWAPD8314RcULSI08NO,TOgPI=C,67(='28PA,CK200F23PA~i1 EQJIPMENT SPECIFICATION SUPPLEMENT EXCHANGER SPECIFXCATXON SHEET-GSG.1Thetu'besideoftheSampleHeatExchanger shallmeetalltherequire-mentsofSectionXXXoftheARKBoilerandPressureVesselCodeforaClassANuclearVesselandshall'besostamped..

TheshellsideoftheSampleHeatExchanger shallmeetalltherequirements ofSectionXXIoftheARKBoilerandPressureVesselCodeforaClassCNuclearVesselandshallbesostamped.SG.2SG.3SG.4SG.5Theheatexchanger shall'bedesignedtowithstand thethermalstressesresulting from36,000cyclesofstepchangesoftubesidef'luidtemperature from8>Zto665F.Theheatexchanger shallhavethreeseparatetubesideflowpathscoiledwithinasingleshell.Eachtubeshallbesuitablefortheheattransferdutyspecified onpage20.Thetubesshallbesealweldedat.thetube-to-shell joints'he attached>lestinghouse sketchMC1264showsthegeneralsizeandarrangement ofthesubjectheatexchanger assumedforplantlayoutpurposes.

Thesupplier's baseproposalshallbeinaccordance withthissketch.However,should.someothersizeorarrangement bemoreeconomical, thesuppliershallsubmithisalternate designandpricewithhisquotation.

MESTXtQHOUSE ELECTRICCORPOMTION ATOMICONERDIVISIONWmmW412Rev1skcmHo.OtoEmpec.676228page21of23Pages r~LsE>>Y)ccofUu!T:I)iiR)-'@le.<i)

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ClEANDESIGNPRESSURETcSTPRESSUREDESIGNTEMPERATURE TU">>S5/i.Z)5iL)"O;or3LC)NO.SHELLQI)<Io.qC.'.5eSHEllCOVER&p<,O.D.I.D.O.D.~l.)O':/SQ.IN:-!l/SQ.Iu.r)>>q~FDWG.LENGTHTH)CKHKSSFLOATIHGHEADCOVERPITCH"/SQ.IH.-"/SQ.IH.~FCHANNEL~<-j.-)"07gPi.+<>r<OF:3)6TUBEsHEETTATIQNARY

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'I\t~~~EQJIFMENT SPECIFICATION SOPPiZIENT TOEXCHANGER SPECIFICATION SHEET-JandJ'SJ.lThetubesideoftheNon-Regenerative HeatExchanger shallmeetalltherequirements ofSectionIIIoftheASMEBoilerandPressureVesselCodeforaClassANuclearVesselandshallbesostamped.TheshellsideoftheNon-Regenerative HeatExchanger shallmeetalltherequirements ofSectionIIIof,theASMEBoilerandPressureVesselCodeforaClassCNuclearVesselandshallbesota!nped.SJ.2TheNon-Regenerative HeatExchanger shal'bedesignedtowithstand thethermalstressesresulting fran24,000stopchangesintubestepchangesintubesidefluidtempraturefrom85oFto300F.SJ.3SJ.4ThesuppliershallsizetheNon-Regenerative HeatExchanger basedonthedatapresented onPage22.Heshallthenindicatetheoutlettemperatures andpressuredropswhichhisunitwillyieldwhenoperating underthetwoalternate conditions setforthonpage22a.TheattachedWestinghouse sketchMC12>8showsthegeneralsizeandarrangen!ent ofthesubjectheatexchanger assu!nedforplantlayoutpurposes.

Tne"upplier's baseproposalshallbeinaccordance withthissketch.However,shouldsomeothersizeorarrangement bemoreeconomical, thesuppliershallsubmithisalternate designandpricewithhisquotation, WESTINGHOUSE EIZCTRICCON'ORATION ATMZCPO'~DIVISIONWAPDFORM412RevisionNo.toESpec,676228Page23of23Pages 0

~~'WESTINGHOUSE ELECTRICCORPORATIOHATOMICPO",lERDIVISIOHDUTYREQUIREMEHTS PRELIHINARYOUTLIHESKETCHPQUIPMENTSAMPLEHATEXCHAHcRSYSTEMSAMPLINGPROJECTITEMNO.SPECIALREQUIRFMENTS, 4FEATURESpygmy.IHL'CVS>/g"sm7iQi-SHCLLQu'FLEDgllgQI!yC,0'yoPVIE.WIb"=BRACKETFpjIIALLMOUNTING~ITljSEOLITLi=T'>

g3/p'SW4HOTE:DIMENSIONS SHOWNAREAPPROXIMATE AHDAREGIYENFORREFEREHCE ONLYSKETCHISHOTTOSCALE.APPROX.DRY'g/T.5OOLP-;SKETCHNO.MCl264SKETCHREFERENCE DATE'EHGINEER 5-24-GCi/WESTINGHOUSE FORM5iI3I94 0

~'ESTINGHOUSE EIECTRICCORPORATION ATOMICPOWERDIVISIONPRELIhIINARYOUTLIHESKETCHOUTYRE(UIREMENTS a-Iu/uA,=-7O,SoaE(UIPMEHT HO>EI-PR"C.<I-LEF'h7I'i't:.

sYsTEMCH~IIlcibi'iUQLul~"~CE"-<YLbhPROJECT(iIWQ4ITEMNO.SPECIALRE(UIREMENTS, 4FEATURES~lG'-o"SHELLOUTLET4"ISO"FLC",SCH.4G/RTUBElhIL~72sv>SCHWA'erSHELI.lH..71)"-l50'"FL<.Q~~gp.L.OALLOVERIB~R~~=0~LLF',FIlOVtVTUBEOu'TLEI2"SsvSc,H40~topDDSITS SIDS)QigiiygIHSTALLED YERTICALLYNFHOR-.IZO)I'TALQ APPROX.DRYNT,I7OQL~~.NOTE:0IIRIENSIONS SNOVINAREAPPROXIMATE ANOAIREGIVENFORREFEREHCE ONLY~SKETCIIISHOTTOSCALEEREECRREFEREIICE XATSKETCHHOp:=-wlhDATE3-pgQQg5EHGIHEERli'ESTIIIGNOUSE FORM5EI3I6 lh WESTINGHOUSE ELECTRICCORPORATION

.ATOMICPOWER.DIVISION'RELIIIIHARY OUTLINESKETCHDUTYRE)UIREHEHTS UA=8<op/iia"v.iE(UIPMEHTEMCP55Lc.TDOWMHE>"VF<CI-IR~ISYSTEMCI-IE-;IiICu,L'lIIOLUMc.COW-C.PROJECT6IklhJA,ITEMHO.SPECIALRE(UIREMEHTS.

bFEATURES5'-0"SHELLgOUTLET'2"150~FLQ,~SQ'H~AOTOBElh!Lgy.,@"SW'eeSHiELLIulCT'-I.<<<<.SCH.e'0IPl'LOW4PTFOR.ShIKU-Rc,lvlOVAL VTUBEOuvcc.T.~sw1IIi+RHORIZONTALLY APPROX.DRYNT.200LBS.SKETCHREFEREHCE WESTIHGNOUSEFORM593I6HOTE'IMEHSIOHS SHO'r'IHAREAPPROXIMATE AHOAREGIVEHFORREFERENCE OHLYSKETCHISHOTTOSCALESKETCHHO~OATEEHGIHEERlviC-l259~tv.cb.5--c

~4I~~WESTINGHOUSE ELECTRICCORPORATION ATOMICPOWERDIVISIONPRELIIIINARY OUTLINESKETCHDUTYREIlUIREHEHTS L)l+=211OOO/HR.~pBTOfE(UIPIIEHT SPRATt.u~LPitkELT4V<'YSTEM A,UTILARC<O'LAD<PROJECT.GthlhJb,ITEHNO.SPECIALRE(UIREHEHTS, EFEATURESSHELLp,OUNCEt4"-iSoeF'LC~ice.HoTUBE4"BsM'cH.445SHELLlh!LE.T'"-150LB.PLQ,see.40AIL.omI-I5Fr.FoRSveiL.Rawovb1.TUBEOozed.Tsee.405SKETCHHODATERGB'EIIISTALLEO VEF@ZZGi~i HORIZOHTALLY1pppgag.pgyiqy.7&OOI.BS.(FLOODED'2,500 LGS.)NOTE:DltlEtISI OHSSHOWNAREAPPROXIMATE AtIOAREGIVENFORREFERENCE ONLYSKETCttISHOT70SCALEQC-I2@3QKV3-Z4-6C8-s-c.cSKETCHREFERENCE EHGIHEERWESTINGHOUSE FORN543IG

c~0)~~0/ESTINGHOUSE ELECTRICCORPORATIONATOMICPOMIERDIVISION'RELIMINARY OUTLINESKETCHDUTYRE/)IREHEHTS5UA=IO,74~IOE(UIPHEHT COMPO'>EI.I-:

CC~(ILIA<

HASTSTEgKACYILI/~PMCCGL.C'wW (PROJECT5I>ilITE.HHO,SPECIALRE(UIREIIEHTS, EFEATURESSHELLGOTLC.r.io".BW-scv.4oSHELLll4LRiio"-sw-sc~.so'Z-QGLEARAtiCE RE(UIREDTORODBUNDLEITUBE1%e.i.Is-Bw-scH.40lgIIIII/g/r'iITUBEOUTLEii8'-Ex-scs 4oX~UNITI~a..ixMOUNTED~3fEIt'.HORIZONTALLY OMPRTI:GA'LE APPROX.DRYWT.270<HOTE:OliIEHSIOHS SHO'(<HAREAPPROXIMATE

.AHOAREGIYEHFORREFEREHCE OHLY.SKETCHISHOTTOSCALESKFTCHREFEREHCE Q/X~CSKETCHHO.HC-l2(~~T'EViDATE3-P4-Ci(~agq;,(,EHGIHEERMESTIHGHOUSE FORH543l5 4~I

~~~~~~0+e~o k."~k tR~r'RIWESTINGHOUSE ELECTRICCORPORATION

.ATOMICPOWERDIVISIONPRELIHINARYOUTLINESKETCHDUTYRE(UIREMEHTS LIA=IR2MO/HP,MEI+IPMEHT SFAL+4EiRHEATSYSTEMCHEIXFICOSIVOLUaCDQTL~PROJECTG1@A4ITEMHO.SPECIALRE(UIREMEHTS, 8FEATURESIO-OSHELLQUTLKE2.I50"FLCi,Scg.dOTUBEIDLE,T3IS~H.@ASF'ASTSHELLINLYTZ-150"-"FLCq.SCH.404.LOm9rr.FOV'SHGLLREMOVALTUBEQUTLDIHSTALLED YERTICALLY SCH.4OS(CIPCSlTCSIDE.QlAPPROXPRY>>n'.800LBS.NOTE:OIIIENSIONS SNOWSAREAPPROXIMATE ANOAREOIYEIIFOIIREFERENCE ONLYSKETCHISHOTTOSCALESKETCHREFEREHCE 8ASKETCHHOMC-I~~0w--u.DATE3-24-6&8-5-CigEHGIHEERWESTIHGHOUSEFORM5EI3I6 IaiWESTINGHOUSE ELECTRICCORPORATION ATOMICPOWFRDIVISIONPRELIMINARY OUTLINESKETCH.DUTYRE(UIREMENTS peurLfP,=78GOO/HRF(TOTAL)E(UIPMEHT SYSTEMPROJECTITEMHO.,REGENERATIVE HEATEXCHAIlgQ CHEMICAL&VOLUMECONTROL6Iut44SPECIALRE(UIREMENTS.

&FEATURESASiVE5ECTIOHWCLASSASHELL~OULETslavTUBElI4LRTZl'WIIe(Sona~g~apA0Uh)O'5))iSHELLIAiLET2"SWl5-aI.UiIITSREQUIRED.

TOBEPIPEDItlSERIES.2UNITSZiFZZEMiOUNTED~z:'ERHORIZONTALLY GMERZKAi3H'UBE OVTiE.Y2"sw.iCAI/%.~w5HC)PhlE:&5t~~sv~elrlELDS3;OAIVSVOBEST'ACr'GD VE.lZtIC/LLgPI.IDI<lEQCOQAI=CTIO&$

MADE.PYSup'PLIE,R

.NOTE:DIMiENSIONS SHOWNAREAPPROXIMATE ANDAREGIYENFORREFERENCE ONLY.SKETCHISNOTTOSCALE3Ihl'5<LATAO'KETCH REFERENCE SCElTSKETCHHO~DATEENGINEERMG-)257WESTINGHOUSE FORM5iI3IVA Qs~m~t"WESTINGHOUSE ELECTRICCORPORATION TUBESEALIT'ELDtRE

'UlREHENTS

~gcoe:Thisdocumentsetsforththeminimumrequirements orthedesign,procedure, materials, inspection, andtgestingoftubetotubesheetsealweldsofauxiliary heatexchangers.

~Desin:Acceptable sealweldconfigurations areshownbelow.Inallcases,thesealweldmusthaveaminimumweld.throatthickness atleastequaltothetubewallthickness.

Alltubesmustberolledbeforesealwelding.I0(p'0't-x-+'uesh~~tFig.1(Preferred)

Fig.2TUB5~TOST~p'Kig.3Fig.4NOTE:Tubesheetholeshallnotbegrooved.WAPDE.DsK.329559PA,GE.lOF3 e>sss4WCSTIHOMOUNL POllMZ444DWESTINGHOUSE ELECTRICCORPORATION Procedure:

Theweldingprocedure tobeusedshallbeapprovedby4.'APDandshallbeinaccordance withthefollowing generalrequix'ements:

Fillermetalisrequiredwhenthefollowing mater'als areused:TubeSheetTubesSA-106oranyCarbonSteel(NoCladding)

SA-213TP304,SA-213TP316SA-83CarbonSteelSA-240type304orType316InconelXnconelInconelFillermetalisnotrequiredwhentheused:following materialcombinations areTubeSheetSA-240Type304or316Tubes,SA-213TP304or316Carbonsteelplatecladwitheithertype304or316stainless steelonthesealweldedsideSA-213TP304or316NOTE:Althoughnotrequired, shouldthesupplierelecttous@iliermetalfortheabovematerialcombinations, thefillermetalshallbeinaccofdance withSA-)71.Beforewelding,thesealveldareasshallbecleanedtotheintentofIlestinghouse PS-292722.

'accordance withthefollowing:,

1.ForClassAheatexchangers:

AS~KCode.'2.ForClassCheatexchangers:

perParagraphs N-541.1;N-541.la(1),

(2)and(3);N-541.lc(l),

(2),(3),(5),(6)',and(?);N-541.2;N-541.3;andN-541.4ofSectionIIXoftheASiIECode.eIns"ection:

Therootandfinalpassofeachsealweldshallbeliquid.oenetrant inspected.

inaccordance-with-Paragraph

-N-627-of-Section XXI'f'heASMECode.Any~defectsdisclosed shallbegroundoutre-welded andre-inspected.

Defectsaredefinedasanyslagorporosity.

\perParagraph N-540ofSectionIIIoftheKAPDE.OSK.32cI559PRATE2OF3 WKSTINOHOUSC FORMSdddOWESTINGHOUSE ELECTRICCORPORATION s4~Testin:BothaBasleaktestandahydrostatic pressuretestshallheperformed todemonstrate leaktightness ofthesealwelds;l.Agasleaktestprocedure shallbeproposedbythesupplierandsubm'tted forWAPD'pproval.

Thegasleak'testshallbeperformed priortoanyhydrotest.

2.Thehydrostatic testpressurerequiredbythe,applicable sectionoftheASthRCodeshallbemaintained fornotlessthanth'rty(30)minutes.Thereshallbenoleakage.1eIs~s5APDEDSK-329359PAGE.3oFB

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Theattachedtableshowsthestatusoftheinformation retrieval phaseofthisreview,whichisessentially complete. TABLEOFCONTENTSFORTABLEISYSTEMEmergency PowerSystemsControlRoom-MainControlBoardControlRoom-ReactorTripRacksRelayRelayRelayRelayRelayRelayRelayRelayRoomRoomRoomRoomRoomRoomRoomRoomRelayLogicandTestRacksMiscellaneous RacksAuxiliary RelayRacksSafeguards RacksReactorCoolantSystemRacksChemicalandVolumeControlSystemFeedwater ControlRackSafetyInjection SequenceRackRacks~~I~...II(a).II(b).III(a).III(b)..III(c).III(d).III(e).III(f).III(g).III(h).Referenced Documents 5.6.1.Worthington Corp.letterfromR.R.Zeferjahn toR.E.Smith2.G.A.I.Requirement OutlineRO-2239(DieselGenerators) 3.G.A.I.Preliminary Spec.(BatteryChargers) 4.G.A.I.Tech.Spec.SP-5375(CableTrays)G.A.I.Requirement OutlineRO-2612(Aux.RelayRacks)FoxboroTestReportTl-1070A7.FoxboroTestReportT4-10308.Westinghouse SeismicReportonTypeW-2ControlSwitch9.SeismicCertification forMotorControlCenters1Land1M10.G.A.I.Tech.Spec.SP-5466(Instrument BusDist.Panels)11.G.A.I.Requirement OutlineRO-2400(Batteries andRacks)12.WyleLaboratories ReportNo.49343-113.Limitorque ValveActuators SeismicQualification (Reportonfile)14.LetterfromEI.G.SaddocktoD.L.Ziemann(Enclosure onfile) TABLEICLASS1EELECTRICAL SYSTEMSI.EMERGENCY POWERSYSTEMSITEMfowVoltageSwitchgear (600V)~lotorControlCenterMOVMotorOperators (AC/DC)D.C.MotorStarterInst.Dist.Panel1A61CMANUFACTURER Westinghouse ElectricCorp.Westinghouse ElectricCorp.Limitorque Westinghouse ElectricCorp.Westinghouse ElectricCorp.TYPEDB-1525g50g75Type"W"w/HFA&HFBunitsSMBA200SeriesTypeWEB2EB-10018EB-15Ckt.BreakersSPECIFICATION Cat.No.A210527StyleNo.43E4985GAISP-5466Ref.10.REMARKSWCAP7821Supp.4(1)TestedtoIEEE344-197'1). Ref.9.SeismicQualification perIEEE344-75Limitorque Corp.(4/1/75). Ref.13.(4)West.WCAP-7821 Supp.2,Add.1(3)Inverter/CVT Batteries BatteryRacksBatteryCharger150ABatteryCharger75ADieselGenerators ReactorBldg.CablePenetrations Solidstate ControlsInc.GouldNationalBatteries, Inc.GouldNationalBatteries, Inc.SV12075/TSNB/TSMB/ RLR12075FTA-19S-44372Westinghouse ElectricCorp.GouldGRF120T75150AMPRectomatic Crouse-Hinds AlcoProductsInc.Model16-251-EWYLEReportNo.43943-1GAIRO-2400Ref.11.GAIRO-2400Ref.11.GAITech.Spec.Ref.3.GAITech.Spec.GAIRO-2239Ref.2.TestedtoIEEE344-1975(1).Ref.12.(2)LowSeismicDesignRack(1)(1)(1).Ref.3.Worthington Corp.Letter.Ref.1.Ref.Penetration FaultStudy.Ref.14. TABLEI.nt'd)CLASS1EELECTRICAL SYSTEMS'.EMERGENCY PONERSYSTEMSITEMConduitandTraySupportsMANUFACTURER TYPESPECIFICATION GAISP-5375Ref.4.REMARKSRef.Fukushima Earth-quakeReportSANCOReport51053-21.1-4 Electrical Equipment Anchors(Seeindividual itemfor.anchoring details)Notes:(1)Equipment anchoredtofloorfourplaceswith4"expansion bolts(2)Jarsstrappedtorack(3)Anchoredtowall(4)Unistrutsupports TABLEIont'd)II(a).CONTROLROOM-MAINCONTROLBOARDSwitchITEMMANUFACTURER Westinghouse TYPESPECIFICATION REMARKSWest.Astronuclear LabTestReport(2/9/70). Ref.8.Switch(P.B.)Ind.LightInd.LightInd.Light'nd.LightIndicator Voltmeter AmmeterWattmeter Freq.MeterSynchroscope Switch'ariable Transformer RheostatSwitch(P.B.)Electronic Controller Electronic Controller Indicator Westinghouse Westinghouse Micro-Switch Micro-Switch OT2Minilite2F2032F207/2B4/2A70 Westinghouse Westinghouse Westinghouse Westinghouse Westinghouse BaslerElec.BaslerElec.BaslerElec.BaslerElec.-FoxboroFoxboroKA-241KA-241KP-241KX-241KI-241M/67HTGM/62H-5EWestinghouse VX-252MasterSpecialties 800SERIESTELLITECompanyFoxboro65-PX-W252-V NotSeismicCat.INotSeismicCat.INotSeismicCat.INotSeismicCat.INotSeismicCat.IFoxboroTestRefReportT4-1030FoxboroTestRefReportT4-1030FoxboroTestRefReportTl-1070A~7~~7~6.NotSeismicCat.INotSeismicCat.INot.SeismicCat.INotSeismicCat.INotSeismicCat.INotSeismicCat.I.NotSeismicCat.INotSeismicCat.INotSeismicCat.INotSeismicCat.I TABLEI(Cont'd)II(b).CONTROLROOM-REACTORTRIPRACKSSTRUCTURAL: TheReactorTripRacksintheControlRoomconsistof2fourcabinetassemblies, withdimensions ofeachcabinetbeing9011/16"X221/16"X30".Thecabinetsareboltedtoeachotheratthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.SeismicqualificationbyNCAP-7817, (12/71).INTERNALMODULES:MANUFACTURER FoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroTYPEM/66GT/665,2860Hi-LowCurrentSelectorM/63ImpulseSummingAmpLead-LagM/610AM/66B610M/63UM/66T/66ADeltaT/LagController SPECIFICATION REMARKSNCAP-7817 NCAP-7817NCAP-7817 NCAP-7817 NCAP-7817 NCAP-7817 NCAP-7817 NCAP-7817 NCAP-7817 NCAP-7817 NCAP-7817 FoxboroTestReportTI-1070A. Ref.6.FoxboroTestReportTI-1070A. Ref.6.NCAP-7817 NCAP-7817 NCAP-7817 TABLEI(Cont'd)III(a).RELAYROOM-RELAYLOGICANDTESTRACKSFUNCTIONAL: TheRelayLogicandTestRacksareassociated withsteamflowandpressure, feedwater flow,primarycoolantflow,pressurizer levelandpressure, andturbinefirststagepressure. STRUCTURAL: TheRelayLogicandTestRacksintheRelayRoomconsistof2fivecabinetassemblies, eachcabinetmeasuring approximately 90"x24"x30".Thecabinetsareboltedtoeachotheralongthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.INTERNALCOMPONENTS: ITEMRelayRelayRelayRelayRelayInd.LightSwitch(P.B.)RecorderMANUFACTURER Westinghouse Westinghouse Westinghouse Westinghouse Westinghouse DialcoReesRustrakInst.TYPEBF66FBFD66BFD66SBF22F5072A49G12 Model92SPECIFICATION GAI-R0-2612(1).Ref.5. GAI-RO-2612(l).Ref.5. REMARKSWCAP-7817(2) WCAP-7817(2) WCAP-7817(2) WCAP-7817 (2)Note(1):Note(2):Inreference toAuxiliary RelayRacksInreference toSafeguards Racks TABLEI(Cont')III(b).RELAYROOM-MISCELLANEOUS RACKSFUNCTIONAL: TheMiscellaneous Racksandnuclearinstrumentation. areassociated withmotoroperatedvalves,boricacidblending, STRUCTURAL: 'heMiscellaneous RacksintheRelayRoomconsistofatwocabinetassembly, eachcabinetmeasuring approximately 90"X24"X30".Thecabinetsareboltedtoeachotheralongthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.INTERNALCOMPONENTS: ITEMRelayRelayRelay~RelayLatchRelayMANUFACTURER Westinghous eWestinghouse Westinghouse Westinghouse Westinghouse AgastatTYPEBF66FBFD66BF44FBFD120BFLF2400seriesSPECIFICATION GAIRO-2612(1) Ref.5.REMARKSWCAP-7817(2) WCAP-7817(2) WCAP-7817(2) NOTE(1):Inreference toAuxiliary RelayRacksNOTE(2):Inreference toSafeguards Racks TABLEI(Cont'd)III(c).RELAYROOM-AUXILIARY RELAYRACKSSTRUCTURAL: TheAuxiliary RelayRacksintheRelayRoomconsistofonesinglecabinetassemblyandonetwocabinetassembly, eachcabinetmeasuring approximately 90"X24"X30".Thecabinetsareboltedtoeachother,andtoadjoining units,alongthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.INTERNALCOMPONENTS: ITEMRelayRelayRelayRelayRelayRelayRelayRelayLatchRelayMANUFACTURERWestinghouse Westinghouse Westinghouse Westinghouse Westinghouse Westinghouse C.P.ClareAgastatWestinghouse Westinghouse TYPEBFD-44BFD-44SBF-22FIiG-6BFD-84'4E4919HG2A2400SeriesBFDLSBFD66SSPECIFICATION GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. GAI-R0-2612. Ref.Ref.Ref.Ref.Ref.Ref.Ref.Ref.Ref.Ref.REMARKS5.5.5.5.5.5.5.5.WCAP-7817 (1)5.5.Note(1):Ref.Safeguards Racks TABLEI(Cont'd)III(d).RELAYROOM-SAFEGUARDSRACKSSTRUCTURAL: TheSafeguards Racksin'heRelayRoomconsistof(2)twocabinetassemblies, eachcabinetmeasuring approximately 90"X24"X30".Thecabinetsareboltedtoeachother,andtoadjoining units,alongthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.Seismicqualification byWCAP-7817. INTERNALCOMPONENTS: ITEMRelayRelayRelayRelayLatchInd.LightSwitch(P.B.) Transformer RelayMANUFACTURER Westinghouse Westinghouse $Jestinghouse LJestinghouse Westinghouse DialcoReesUTCAgastatTYPEBF66FBFD66766A253G12 MG-6SEP-1971820-2701-01-502 SC-52400SeriesSPECIFICATION GAI-RO-2612(1) Ref.5.REt1ARKSWCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 Note(1):Ref.Auxiliary RelayRacks TABLEI(Cont'd)III(e).RELAYROOM-REACTORCOOLANTSYSTEMRACKSSTRUCTURAL: TheReactorCoolantSystemRacksintheRelayRoomconsistofatwocabinetassembly, eachcabinetmeasuring approximately 90"X24"X30".Thecabinetsareboltedtoeachother,andtoadjoining units,alongthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.Seismicqualification byWCAP-7817. INTERNALCOMPONENTS: MANUFACTURER FoxboroFoxboroFoxboroFoxboroFoxboroFoxboroTYPEM/63M/610AM/694A610M/63UT/66ASPECIFICATION REMARKSWCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 FoxboroTestReportTI-1070A. Ref.6.WCAP-7817 TABLEI(Cont'd)III(f)~RELAYROOM-CHEMICALANDVOLUMECONTROLSYSTEMRACKSSTRUCTURAL: TheChemicalandVolumeControlSystemRacksintheRelayRoomconsistofatwocabinetassembly, eachcabinetmeasuring approximately 90"X24"X30".Thecabinetsareboltedtoeachother,andtoadjoining units,alongthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.Seismicqualification byHCAP-7817. INTERNALCOMPONENTS: fIANUFACTURERFoxboroFoxboroFoxboroFoxboroFoxboroRochester Inst.SystemsTYPEM/63M/610T/66A.H/610AM/694AET-215Temp.AlarmSPECIFICATION REMARKSWCAP-7817NCAP-7817 HCAP-7817WCAP-7817 NCAP-7817 NCAP-7817 TABLEI(Cont'd)III(g).RELAYROOM-FEEDWATER CONTROLRACKSTRUCTURAL: TheFeedwater ControlRackintheRelayRoomconsistsofasinglecabinetmeasuring approximately 90"X24"X30".Thecabinetisboltedtoadjoining unitsalongthesidesandanchoredtothefloorineachoffourcornerswith3/8"expansion bolts.Seismicqualification byWCAP-7817. INTERNALCOMPONENTS: MANUFACTURER FoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroFoxboroWestinghouse Potter-Brumfield TYPEM/66BHi-LowCurrentConverter DynamicCompensator M/63M/610A610M/66CRatioUnitBF44FRelay,KR-1483-1 RelaySPECIFICATION REMARKSWCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 TABLEI(Cont'd)III(h).RELAYROOM-SAFETYINJECTIONSEQUENCERACKSTRUCTURAL: TheSafetyInjection SequenceRackintheRelayRoomsinglecabinetmeasuring approximately 90"X24"X30".Thetoadjoining unitsalongthesidesandanchoredtothefloorcornerswith3/8"expansion bolts.Seismicqualification byINTERNALCOMPONENTS: consistsofacabinetisboltedineachoffourWCAP-7817. MANUFACTURER FoxboroFoxboroFoxboroFoxboroFoxboro.FoxboroFoxboroTYPEM/63M/610A610M/694AM/66BM/66AT/66ASPECIFICATION REMARKSWCAP-7817WCAP-7817WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WCAP-7817 WORTHINGTON -'ORPORATION 205Walbridge

Building, 43CourtStreet,Buffaio,NewYork14202Tcic:8535150Area716february8,196VBochsterGasand.ElectricCorp,89Eas6AvenueRochester, Newporfzlg60dAttention:

Referee:ce: R.Z.SmithEn-ineering Dept,DieselGenerator UnitsGinnaStation(Vestingl ouseA.P.D.RO-PPw9Gentlemen: ITherei",ereseveralitemswhichwerenotfullyansweredduringourrecentmeeting.I1ingseveralcoziesofThoAlcoSchoolSchedulefor196V.ThisKillshowthetyoeofcoursesofferred, lengthoi.courses,etc.vfi11,Itmsure,beofinteresttoyou.Second,aep."oposedptl"0edunitsYfillmorthancomplywiththcSeismicdes"gnifd'nparagraph 2':05.2ofthespcific."-.tions. SimilarLIlitslimitsspec3.e3.nprgaIIdt'euTIitsinnormallocomouive service,willexperience aoo~togs,areofthesaIaedesign.Theloadingofthegenerator diodesisaparoximately 19ampsperd3.ode.hd~'uedVOampsendtherefore isleadedtoonly2V>o.sEach3.oaezsrauevotsewhichra3.ngisQoeachdiodeisrated.1000P.I.V.peakinverse1g,'1uldfak1itcanfi(5)tesnorsialexc'tervoltage.lfadioaoshou.bdetected. bylossofvoltegeorfailuretobuilupgsveimd.uvoltae.ThisdataepIiestotheElectricMachinery generator wmclteeuecehisofferedasanalter-O..-nate.Theinstruction manualswill,ofcourse,covrppertheroerprocouretofollowtotestandreplaceanyde~fective diodes.However,theveryconservative diodeIatingsassurereliability, othoseroosedoritostattheAlcoPlant$7eexpecttohavesimilarunitstooseproposillbbltohavemonthandinMrex.specificdatesinthenearfuture,peana,IhoethatY'ewyouandanyoneelse"interested,, visitourplantoseoXfyouhaveanyauestions, pleaseletmeknov.poursverytrulypVr'ORT.":ZNGTON CORP./lM~.~p~R~RPofcr~ahnEQUIPMENT FORI.(QUIDANDGASHANDLINGANOFORTHECONVERSION OFCNCRGYINTOUSEFULWORKAIRCONDITIONING COMrANY~MACHINERY GROUP~ELECTRICANDCON(no(.GROUPoe~cahinhF(l:aSHARR(SONNEWJCI(SFY I;,S<LL,..) r>S.-...-EC:.;.>,.pGI?,~,v-.n! IAT.!i5~". P~SE'.I.')~.r.S7:Z4 /I1'L'17SRI.I! )IyF~'I"IYAII.AarqurnI'.Wr;! .'.;C.;;.I;~~~BhG~KiiOOD "hi~JKC'1'e3-2 )39ovrt>li:".:. i",19Sb~IGXTBl',YI.CASS.S'.D"L'll'SXPC..HtlGIt!EL'RS525Lan".atcrhvenv."-Heaciing, Pcnn~y7vania ss)~'jr)rs)Ih(?(Icn)U!:112/>/66.hnc?cndtun B12/7/:.6Hovioion11~~>4,6,7, 3-8-67~s~It'.C;H'I~) B0-223911-25-66TableofConten'sXt:-.m2002:012:022032:03.12:03.22:03.32:03.420352:0:.62:0372:03.82:03.92:03i103,004:005005:Ollip5:0355-'05'!'i'r.!aDZTAXLF~".QUXFP~~I ~l(JHouipaent toboSup@liedEo!ii)a7(.'nv S31iedbyOthers~!'ESXG.'1 AJJDOF~BI!TXllC COJJDXTXGFJS Dcs1EngineEngiineStar(sing GenelB'1CoPJ1'o.sandyaccssoriesAutoa";icEngineStartingControlEngineXnstrlzIentFanelSt~~n("~':dsLoadTo3Served~DATAHJg+UEPD1'JXTJHPBOiCHALZQUXli!ZiJTTZSTS:HXCH;l!;D 1:ELEVERYPricesPiei.(.'~xenresenia iQ'2Alternatives Date'forSubPissionofPcoposals Deli;re.yPQf(i~44444556778910ll1214141515 100GENERALREQUIREMENTS 1:OlGeneral1:01.3ThisRequirement Outlineincludestheessential information requiredbythemanufacturers ofpowerplantequipment tosubmitaproposalforfurnishing theequipment coveredbytheDETAILREQUIREMENTS, section2:00.Theequipment willbepartofanuclear-electric generating stationhavinganominalcapacityof4501%e.Thisequipment willbeinstalled aspartoftheNo.1UnitastheGinnaProject,Rochester GasandElectricCorporation, locatedinWayneCounty,approximately 18mileseastofRochester, NewYork.Thiselectricgenerating unitisscheduled forcommercial operation onJune1,1969.1:02PROPOSALS 1:02.1Proposals shallbedrawninthenameofGilbertAssociates, Inc.asConsulting Engineers andAgentfortheWestinghouse ElectricCorporation, AtomicPowerDivision, thePrimeContractor. 1:02.2Proposals shallbesubmitted asfollows:Originalandfive(5)copiesto:103GILBERTASSOCIATES, INC.525Lancaster AvenueReading,Pennsylvania 19603Attention: Mr.H.F.UlmerChiefPurchasing AgentDEFINITIONS 1:03.1OWNERShallmeantheRochester GasandElectricCorporation. 1:03.2PRIMECONTRACTOR shallmeantheWestinghouse ElectricCorporation, AtomicPowerDivision. 1:03.31:03.41:04ENGINEERshallmeanGilbert'Associates, Inc.,anAgentforthePRIMECONTRACTOR. MANUFACTURER shallmeanthesuccessful Bidderforallequipment coveredbythisRequirement Outline.EQUIPiKNT QUALITYAllequipment andservicesofferedbytheBiddershallbeofsuchqualityastomaketheequipment safewithhighavailability. Tothisend,allitemsoffered,including allaccessories, shallbeofprovenreliability. 1:05CODESANDSTANDARDS 1:05.11:05.2106Allequipment offeredshallbedesignedandmanufactured inaccordance withacceptedcur'rentstandards oftheelectricutilityindustryandshallsatisfyallapplicable codes,including stateandlocalordin-ancespertaining tothedesignandoperation ofsuchequipment. Whererequired, theMANUFACTURERS shallhaveallpressurepartsstampedbyacertified insurance inspector andthree(3)copiesofthecertified inspection reportforwarded totheENGINEER. INSPECTION 1:06.1Inspection Shopfabrication andfielderectionshallbesubjecttoinspection andapprovalbythePRIMECONTRACTOR and/orENGINEER. Anyinspection bythePRlhIECONTRACTOR and/orENGINEERshallnotbeconsidered asawaiverofanywarrantyorotherrights.ThePRIMECONTRACTOR and/orENGINEERshallhavefreeaccesstotheMANUFACTURER'S shopsforinspection ofconstruction andforobserving shoptests.Alltestsrequiredforcertification ofequipment shallbemadeattheexpenseoftheh1ANUFACTURER. 1:06.2FactoryInspection andTestsPriortostartofmanufacture, theENGINEERistobenotifiedinwritingatleastfifteen(15)daysinadvanceofthosetestsandinspections thatheand/ortheOWNERwishtoobserve.Four(4)certified copiesofallfactorytestdataaretobefurnished totheENGINEERforalltestsnormallysuppliedorasrequiredtosaisfycodesandregulatory bodies.1:06.31:06.4FieldTestsAfterinstallation, thePRIMECONTRACTOR reservestherighttomaketestsathisexpensetodemonstrate theabilityoftheequipment furnisned bytheMANUFACTURER tooperateundertheconditions speci-fiedandtomeettheguaranteed performance. Thesetestswillbeconducted inaccordance withthelatestapplicable TestCodeineffectatthetimeofthetestwithsuchmodifications asmaybemutuallyagreeduponbetweenthePRIMECONTRACTOR andtheh1ANUFAC-TURER.Iftheresultsofthetestsconducted indicatethattheequipment doesnotmeetitsguaranteed performance, thehMNUFACTURER shall,athisexpense,makeallnecessary adjustments orchangestoimprovetheperformance tomeettheguaranteed performance. Allsubsequent testsuntilacceptance bythePRIMECONTRACTOR shallbcmadeatthehKtiUFACTURER'S expense:TheBiddershallfurnishalistofanyfieldtestsoftheequipment whichmustbemadeduringinstallation andinitialstart-up. 1:071:07.11:07.2DRAWINGSANDINSTRUCTION BOOKSQuotedpriceshallincludethecostoffurnishing three{3)reprodu-ciblesandtwo(2)copiesofcertified drawingstobesubmitted forapprovalandthree(3)reproducibles offinalapproveddrawingsforrecord.Ifreproducibles arenotavailable, quotedpriceshallin-cludecostoffourteen(14)printsforapprovalandfourteen(14)printsofapproveddrawingsforrecord.Quotedpriceshallincludethecostofthirty(30)copiesofinstruc-tionbookscoveringallequipment beingfurnished. 1:081:08.1CLEANINGPAINTINGANDPROTECTION Everyeffortshallbemadeinthedesignandfabrication oftheequip-menttoavoiddirttraps.Internalsurfacesshallbefreeofdirtandscalepriortoshipment. 1:08.2Allexposedmetalsurfaces, unlessotherwise finishedinamannerstandardtoaparticular manufacturer, shallbepaintedbythel1ANUFACTURER inamannerapprovedbytheENGINEER. 1:08.3Allmachinedsurfacesshallbeadequately protected againstcorrosion anddamageduringshipmentandstorage., 1:08.4Allequipment shallbeshippedwithadequatepackingandprotection providedtopermitoutsidestorageattheplantsitewithnoaddi-tionalprotection. 109PIECEMARKINGTheseparatepiecesofequipment shallhavematchingmarkstofaci-litateassemblyduringerection. Tofacilitate unloading anderection, theweightofeachmajorcomponent shallbemarkedinaconspicuous locationthereonwithpaintednumeralsatleastthree(3)incheshigh.1:10MOTORSANDMOTORCONTROLS1:10.1MotorsAllelectricmotors;wherespecified asbeingfurnished bythebidder,shallbeinaccordance withthe'latestrevisionoftheENGINEER'S Specification No.SP-5201.BiddershallsupplyThonnsflexiblecouplings andcouplingguardsbetweenthemotoranddrivenequipment. 1:10.2MotorControlsAllmotorcontrolequipment willbefurnished byothersexceptasspecified. "(")Vi<.1111.l'll'i!"rj'7' i(1'ji)ciniyl,1e,'ic(1n::T'icnl: too(:.Ii.".j)..Lcda)i(l~.i:is(:.'L:.1'n'>'ii.lcfol)oTi:oi2'(inr.oi)x(".:!L.rC;eric( dieai,lQ!'1;;";.,". 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Thegenerator unitanditscor>'>Openus SI>all":..~sobedesi>rned toensurenolossoffunction'i.e. rcaiu~>pel..b" ~;'.hansvbjec;ed toeait~ouake foxcesI'esultivg from:<<nacccler:lticn occul"in'imultaneously inthex'ertic.1nc.hcri"ontaldirectioilsvithb"thcomponents equaltoO.I:.7.2:033Dies"-1Engine2:4-3.:-Theenline.".hallbeassembled ~rith'hegenerator, ncc'ssories oncommonsl'id"ypebedplatctoformaself-cont"in dunitvi'4suit:.bleguardsfoiplovec410'II1'omI'0Catingpits~'i"hepeQG.~Iihiseauipment shallnotbclassth;n720rm.Theen~incunii;shallirclude'~hefollouing aaturs:2i03o~~i.Lubricating systemincluding anenginedrivenlub."oilpump,oilfilters,~mmersion oilheaterand-.ratercooledoilccolers.2:03.3~3Cc=-piete fueloilsystemin'eluding day-tankpunipsandtiaincl". Theday-tankmaybeincorporatea. intnabaseorsuppliedasaseparatetan';:.Theday-tanksh3.1hveacapacityforaminimumof3hoursofopxationatrated,load.T¹fue3.levelin'heicy-I.allLeautomatically maintained. 2:0%.3.'> Typeo:fue~~ill.beIfo.2fu1oil.2'03~">2:03.5.6F;irfiltersandsilencers forni'ntake. (Bidder"hallspecifyilsminimumtemi;alatureisrequiredofthecoolnGairtnmi.stainI'apidsval7~)Vibration Qflfilpencr s~)~033ilL~saustRuf'ler~2:03.g.62:03~3.::I;hauct:aani fold.~g1(~~4'ncsystemha1Ibe+ns~Q1leQui>xJIIn'~lilImmersAo~~he""~v'lndel<ctricmotordrjven~u>'n>coautom';".ii nil~nilintnin n"'ina<'atejemperatur inIedin-sIorIa.t:telt.i'33eg0Aclosedlcop~ypeofcoolingsystemshallbeprox:'idcd fo-eachen-i.>>>usin,':cii'culating pumpr.".Oilnt dontheen.,i.ncandsei>ar.>t,ely mountedheat e-chan~er. Iieate.",chanser shallbeiesignedtooperate':ii:.1C'ndlor.ercoolingx'1"teratamaimamprcssureof1;-;>ps'. c~.'03.3.11 ~~7h"cn~:nc);I);]11bect:]]l~:" cl::;i.:1) r')]J.';-.'.)'I~I~~".".",."ico:)s.i;.".n". lo>I!~.))">.v.li.::.': I!Qlii"~'..>".'.)'.:*~]Jl.]'A.>3] (t~>..I'""'..(; ."-'I;t'.a..z oi..".i":(ab>'>.'.'~"!'~~,~>I~W(IiOV,16(c~.'03.3.1 ~illa.C3('I)'I '.>t..'.>>'Aa" ):;;V.:.'>.C:).:>i] ~a".~>,<<.'.))'L.t "',iCI)al'I'ii:)>i.n:~;>'Zttt>."..i".)]>: i.13t':.'i'>.]J..t i)(I>>It):inn>V,)Or~.0"..3.13!)11))-,i>le)It~)ial'4C>. (>I;".iCra!"'3)j,",jlr)':()I'r)1,".al(t3i~'">I.)1a)C1()'i3.'.n IlC(l'aCnS)]i'i:!>ly)i!".;i":(rn> iCIi)in(a.)Il1C.CCOi.)i'10(t'.a'Q CU:>"4O>>iQI'a COi.:i>]C.I.i>;>.>'l.n>,": ~1fr)~'h,>..03.)tr~..03.4.1 IIO'iO]'~:.]'XiijCC'rir>i) G3.')>'i>.".,:g.>a:rrj'.i.'>, )3'a'Cl':r.,'CI'ac::;I.'ia.i" \O:!1>).!(;5,)a) ~>.\~I(~(inc~03"I'PanlttheC;)~~uOfOP4$30COD60>'I3li.S>)"11t)Qi;gZn'.Si:Qc.'>.ta)I~a')ia>li.i~t.'.3'?...a!Ž<~'>: ~~IOCOPOa'ai.I'!) jCrt,:i.cn:;;-,=,'i)Cr.. 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I!II!IIIII!/l!I 'J!l/!IIJ!I.I Il(I/'fll ':0~.6()o!xi;rol.". andAcce"-Doric::. 2:G.i.6.1Aflee-.4.d9ncont)G3.clioict.c.R:?Vslvi)e3Acllcl(iQl>>'.",'41).;.J'.J)(l3.LL<<~p)ovioedoi'lDo'i'iio(i)l)nt1L)fLrn9.'.1)ed:xB(l '?)allco:";'n"i.'.-.folio)!il) =,contro3.feature!:: 2G~+~6~11Voltt)cerc.lilp.'d'or i[it?)(Ln::9J,ui) 'cil'tv9.(yof3)ill"or,).:.L)u: Je1centnn(llilithvolt).,!cJQQt)3ztior rilco,ia'icont)ol~'J'?)L:);c,'.i'.. ~,'o"."?)Ouldprovidefieldforrir<<(lf tile(-.Cntl)!~to)! forra))i(l.:)~nr"'.:i.", ofthe3argc)rocoro.o(0612VO3.'aceadieu"ting rheo.".'iia't, forrem()tiei)i)un'<ting 2:03.6.2- .":o."-,.6.1. 32)03.6.1. lt2:03,6.1.5 2:03.6.3..6 2:Op.6.1.7

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Generator ore)(rl'crflc3.ar'no.(a"(ttio'i.or opc)'ai:ctl). S?)un'olc)(citera:mncter. i..'ever.",e po:"crrelay.'it;nnir<< i;9meii!c'cer. Al.lct)r)'cnt an(1'tt!ntiL)3. t'rvr."fol'lite) -'L)':L)",(fc)'hcrc(l'lirci. inn'l1Lli~cnt0tJelle '0 T:!efpl}.c:invl(i3.3ba;lx'ovided o;:-other"o!Ipane'.li!1'u.".o'.!""I3.cont"..l.rco;-:l".Or"e"..Ot'c ucs<<ui:=C's deisi}cdin;!:.rc;-;.ra'x': 2:03~"(.7:1s.;achro".!i::ing (u}SQ.'.eclGrS!1..'Ch(Siop-<<!uio-Test) (b!VoltageI'eall-'iox'elpoiox Sl!itchau'uo-E~n'!Xl(:'o:.ill:eiex'ith phaseselecio:. s<<itch(d,'".!eierl!iihphaseselectorsl!iica('";I.'weiter an.~eier(enex'~<<ized f:.Omshunt,2:03.6.3..!) (i!!anualsynchronizing !'itch".it!lSynchroscop~ (i)Ce>>raLorbxeafcercnnurolSU::.tch, l'oxuseinr!3nu3(,j,.Ourii!lg "orvolta'.-adlusieritem2:03(l~,Co!rurolsmitchforI'heos'L'ai iie!n2:03(1'.:Oovernor!loiprcontrols:-!it,ch Autcw."-.u::.c EngineStariinc<<COI!irol .!Iauio!!aij.c enj.nesiariingcp:!'i;:. pshallbegrovfi.edtpauto"!Poetical..y stax'iandsi'ppi.!eun~t~Thissinruinpconix'olshal1belo'iedin.uŽheen"i>>e-penex'amor conirolcubic3.e. Thaa:.o."::atic envinesiariingcon';rolsilallba!;aaufaciur dbyc."i".uj.c S<<iihCo."ipany. }3ulleiin 1025-13)>~ pracpx'pved eo!!31.I';shel:.opra"efromanengines"ariingconiacifurnished hyo".hers.K!enenginefires,startingcprix.plsha'..'Lauio!Caiically disccnneci C."an!v.".<<con.'I ols.Thecrankingdisconnect neanssh!3.1baelecl;r'cally se3.fre.".elating topreventrecran!!in~a foradefinitecire~~axiersourcevolia"-3haasreducedioalo!!'alue. S;artf.n<<contxol circuiusshallbearrant:ed snthaiGran}ping l!illco."iE'ez!ce iHlKu!~atelyaf'certherello<e=siaI'iin r,contacicloc0onfaj.luxeofnox':";31 po"erand/ol'safetyinjection sienalcontct,c"osuxe-I'iveclankingcyclesshallbepl.ovided byaa:oiordriveninsta"..ianeous reseitypetiex.Tir.intervals ofC."an}~ng shallbeinaccoxdance !ariththeenginenznuxaciurer's raccm~endations. Pauliindicating lieilisshallbeorpvidedforine1"olio!.'ir!g to;;ether !!iihouipuuconiacusfromeachfo:."acon:r.:on re!..Otalar.".u(a)!'aicrHi~hTc!lperature (b)LubeOili..i~i!Teri:pe!a<<uure (c)FQ:.'3.Oi}.>..ol!Pre6our(d)1"'Ual013.0!1Lvel(e)Pailuxcios:art Bo-'='"-3o Z1:".:-66 li";);ube0'1Lo!'ressure !,g)Oversped(h)B.verse."-.o>erTl:econtrolshall'oearrangedsothat!tems'a","h">and'e'!illalarmonly,item"f':.illalarn!alo>>-prssu!candstoptheengineatalo.::erpressure>>hile items"~'nd"h"!>il.lalarm:.nd alsostoptheengine,loclcin~. outthc"ortroland.regui"ingrmotemanualresetting. Contactsfrom'f","g',"h"andthee(:sociaced loc'routandresetting relaysha3.1be!~iredtoterminalbloc!..foruseinsafeguard. logiccircuits. Provi:ionsshallbeincorporated forperiodictc.tingofthecompletesequenceofstartingandloadingofthcun'ts",'romtl:eplanemaincontrolroom.Ath"e>>positionse3.ec-.or s>>~itchinVnecontrclro"m!(illprovidefor{1oo,{2)auto!n."-.tic, and(3)en-"i.etestpositions. 3nthetestpos..tion ofvhes'~i'vch, ~hcstaxti!!,"; contxolcircuitsshallsimulate<<n!utomatic st":.tsignal,bxiogtheunituptoratedspeed,andvoltage.Agovcr!!or con.rol!iritchxnt;econ'tx03.room'.villpermitthopertortosynchroni.:.e tothl>80voltsy"i;mandloadtheunit.Allco"'!:onent oftheautomatic <<nginestartin[;:ontrol ..ndalarm'ystemshallfunctionon125voltsd-cavailabl>> frmilcu!tomer'stationbat.:.ery. Operating limits>>ill befromI>0to1>0volts.indicating lamps,pushbuttonsendse3.ector s;!itchshallbeac"cs-s'olefromchef-ont!rith enclosuraoorclosed.Fcture"G"(SHrelay)andFeature"D'PRrelay)shallbei!!eluded with~aeconu~ols~Zn"inc.'rust.urintPanel'Zhea@gineins~rvaent panelsna13.ofurnished andec.uippcd !;ithgaugesLndinsi.LRents asfollobs.'z."~us'as pyrometer forechcg'3.inder. 1.ucoilprcssuregauge.Airmanifoldpressure@au-":e.I'uel".':3.prcssuregauge.v'aciet'!!aterpressll"eguse~Tu'bool!arge: lubeoilpressu.epe"c{jfthccn!;:.uci"t!uhocharg;cd;. llnull""arepuhoutton. ~~hY-V:.'3<'; .-bb1CAi!'vnrtv..3.ve>12.,Y>8"c~')~~s~A1'i;tl"ccn'hl203oTh>>'"oi:.".:.:i!!~ s~;.ncaxds si!allZx.n"yaxtoxthisaequi:"mentoutline:I:-c"th<<va"eam'lic.".o3>> anQ.:st,i').u'~e>r~.;;x.";-I: 1:0.l.DieselInGineHand~'ac'u".e"s'" o"iation(DEJA}Stan(Iaxc". Lacticesfo"S-'."-."'io'.-:.az'f DieselEnginesA",erican SocietvxoTetin"iae.ci1s(AST~I)St~Lc'4u!.-4SteelPltesDie".'..uelCilsA!i~ex'icall StQQQ'FQS Associa'viol'2>SA, r"'!113.T>ill~P C-50.:.GnerntosC-"':=i+iiicIl~ieax'-:;oxic:!! Socie'~vo~l'.echanic 3.E!x>"..eex's,AS!II,'vx;:.:;e~. P:ssurYeseCodeZa':ion1"lcc'~"ical I!anu-"act;uex sAssoc-lion(iikiI!Y> a~!0'40"sX".-:-.'.55'9 X:.cus'-"ial Enrlosuxe" 3vi.usv.i'ialCop.'u03.G~o:.o:-'xx'cui i'ci.\ibex's '.:C--.':-.'~ '"'c::ci.S::iichgc rl.s-e...olios \;1...l ~lec'jc1Tn</icyg,ir.,T!!:;tpu.erj;sI.ui.'.." on<a>>>ig<.)>he'.<> r .4 C~~~2.0.>.10!io'u)Io'.::b.""<'oI,p4LbVf2:0".10.1 '--"o'--::'-:3::-'--n1bc::-:::::~'i)A'i'I'III/'t I'",.I>'. f~ItlI~iin':"l;iii"'.""ni.':<~Žv:: oui.li;i: j/~/pg>g.,j.~~p./Ff/l/'~I.

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'/,"/,/l-'i'/i/I//'/.'//J'f~f/Yl/!/,'/!/I/'i'i/Ili'!;! ~//i'.//,%3'J-'Al/I (~X.:'Jl~p'(lp]1inblock:londo/Ir/"/'%//.%/'/%//'%'I-""'/::% .Rc.:idn:.. H.'a';P's.ip(1)///-"'.C.) '/-'I'/-'I I//-'I-:"/I::I/:.-/'I:I$c~).c'ie,f Dl;Jecsion."'!::yo(2)3r~jg'/i:p(cnch)II"I"'I'"'I '/'I'I"I"I"I'I""'I-'i'>Sc::qric;. U.".tc;1v:;.>(l)300IMP/'-.I'-/In//-IIcI':I"/'/'IIIICont~.iBY<c'alt 3'i'2)2j0yii-'osch) Asm.i:cod"tcr5't:.'>y(1)/'PIA'./A'II/~V:. 250Ill'G)~Cg'ntaiyyrci>nt .Siy:ayA~sp(1)~';~+lIP'\I':/~%"'"/'/- 7//%P"-I:%/:.'/:%I In/I/'/c/:7'I-6'/yr/I/<I-'"/I%JQ~~'los>~v~btai"~""'cdy,'.n:.~33./pt,'n>>'ll.N-~eiusAto('.The"cinc3;:.lc: (R!FirePc!~3(0:.I:Lbl'cr)~ Clv'i.'(ei~C';I-.:'"lcI).':rod.A..:; 200yl:)5i',UDc.cio:.'!l>.':.;Q<< '111'"..r~.".31I..:.nijt1TtcooloMvillbentnrtc6inthrccocrucntial logic~owillcntiono ofeyiro:yi""3"CGOhpz:Mnmforc~cboyp3zcation. 'I'hc$.niti..lcog.~licnticn tobcvithin1010oocondoinaccord.".ncc vith2:03.4.3.. Onc..chc-.)p3i.cntion of000hy,thcvoltncFiickrhallbolimited.to3l~pbolosnorr~~3.vithvolta~arccoivrytopeofnormalinonesecond. (e';'ji)a3)'a1a~fj()g~Jni+"l1s'(.l.lc!3jQ.",~ai~C~a.'iI((~76(.aIx"q3..a.o)3JI(aiOCa.V/I<~'1',a~P(a-:,)ar(;I"a(Iaa((1~A(.":a)ai'1QT~a.re07.1Fii(n~~'ila'1(i,.u7.ileul(!.107.3.Fa".ar'aiU17 I1aaYgatVIA)a~'(Ag)QcaT)gg,"~7."."Iif!.'~OO(~("':.a7'.l.='.7I':17."."Ii(in+Cwira-lr~Pu~)B.A.Tn~.))"fcv Pu.rgB,":"(llil'.t)!!3TiIi':.130j.'6>.'!P.f 1"(I".I)'~-1~(jE'-1/2GPD7.(I(lePS l8.3..a.11.))na.( a".a.ii.l1'17.::Fi".r,aOli('.3. Ca...'aal73,etc (.ri-".i.a".'.)!"e(al)7naC aaiOQ'e"e(a. ~!J'lj::0"a:-;.'.7:113. aDC3aa(IQ11>ta10~L'll.",~belii.isa)Q('1 to"uhef.'o3.1";::.1 ":3:61.3.gl'..:().'(yju7ye (3ga;eo)iCal3Qgili."),)CXi; i,"7oe3.'l(7(7.liile(a ai;1:.'.*, 'Dl/:(V..'o:.'4 +Ill;Ol)~if1)13.(G(l(l1'an'~ui,'aa,': 0I'D.,;:ti)(Ij1'1j3t11':(.3II,(.a,0"ic'iaI2i)).'vcr3.QI;.C( c"7:~o'l~'i';i (C,:lC'v~e(luj).e(l(C'a,)iI(:n(bel'f (.jl.1il~iQVu ',e',J3oreanQs'i;"oke{;1)P7.Gaol), (alia)')1(a.ceiuel) i(g;Tsweof'"ocliL;jcr.ufo(l:::;10 ta(1)eof<<i="rl).I;aci(l)'1".a.'.aIVQ nfy)Vea..~O( OZ3.1(b)';a.CO.T,i Oi>.":,aI"i,C(n(1'I(te(l)o(3 oZy)l:;Col) (.'os.():~ (1)I'(Q4a'loci Ofi~u~i.4ila~:L))C11't aa))taa)C(~Llama'(.aa.cl'I'LQ ",.1)(lraiiivV(73.V..C17rll(I"'a'7't.llneB'i7()l'~.) (1i'll'li.il I'P~le'uc(ieOCp).'0)'O(()Q((Q$'(n1lillC1QCCC':.Ol.'7eu"3:O.l..3I ~~

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ofe<.uip3>ent aI~ek'n)'oval ox13anuIc.c-3:01.5w:01.62'ue'<<:,'uik-.entsforen.;incat50,7g,1CO:110-;>><.'J.'. 1>><:a-...';,".u.. Iatin'uIic:.'Cion oilrate~~:01.73:01.8Coolin..'@~ter re<3uired -;ithBOcoolingu<kte"~e!aperatu e.Govern=rspeedregulation range.3:01.9Co."..piete characteristics forgenerator andc3citer,including adssc"ption oinsulation systemforstatornnd."otor.Tiverenuiradforenginetoreachoperating speedfromst"ndstill. 3:Ol.llHecoz"'sndations concernirg fueltan!<supplypiping.3:01.12BecozPcnd tiolsIeg&rding4'ee.<lytrialrunof.un"tuntonded.Themanufacturer sha3.1clearlystateinhisproposalghateffectsperiodicunloadedtestrunstrillhavecnhisen~incandincludrccoRllendations regarding loadinr.ifnecesary,mainten.nceWorkinvolved, etc.~:Ol.lj>wperience recordoIdieselenginesofthetypeproposedinoriertoall~';:evaluation ofrapidstart,3oadingandrelicoi3.ity. Evaluation ofpro'.=osals '.;-illconside"historyofunitsand<.o:rponents. apoiselevelo".theunitopeatincatraid)<-outputlndbatspecikied dstance,unenclosed. 3:01.15Bidersh".13skse<.'ify arllnimuak tez!A'erature ifanvthatisrei)ui'lcd ofthecoolingairtomaintainrapidstart.3:Ol.16Fi<3ders3allspecifywhet'.;er air~ittersandsi3.cncers 2:0".3.5"nde::husv!Yaf;ler2:03.3.7:~ill adveksely <<ffeettheIapidstarting0'heun3.t'4.ooEAUX"-i"C<VZTi:STD4:0'rio'ies 4Stoship'~.".ent, ~heenine,generi;or-nde>:nitershallbegivenml:Ircomrerci1tes'ttheirpt.aceofi.".anufacturc. Thesesh;:llincludethefolio'<in@: (a)"I'"tionatratedload.".oraniniuuulperiodof2hours(o)Operation atca~i<oroverload. Iati'agforarani.via!m oI1/2hour(c}S~aktin., tirrechec".(d)C.".p"oi;.l'cy ofst'artilS';fsvcm toprovidether.Quirednu:nberr>~Its:.'Otor:tartin~ ca~"bili"y: ut"lizinQa1g.,otoro;:;otor. Of'.Fratin~nolesst3.anthevz~":.u.",. ratin~listedun"cr2:0-.10.3 ~'ll2;-()o<,'V()lta.8rccver$Lponapplicauion ofBotol'""to'-s;8)al<)o(eCovernorsuabilitv andc'2:oo.,", fortest(ajab<jveT?)ese"!.ecto$!'estsaresubjectto':IitI)css inGcco'canc'!ithpaiaf;'I(iph1:01.l.Anyo'"th(i,abo~:eteststhat()8)!notbeperformed intheI"actoryshallbedemonstrated inthefieldasp;irtofthtes<,."!ftcrin"('allation. AfueI'nstallaconoft?18egu'p)rentismade,thcontractor lriththeas:istanceoftheenginemanu"actujersrepre:(.nuative shalloperat(!thee(Ljji7",.ent i)jcluc;in@ am:iliaries, atparti(!1loadfoIsu<:hperiodasnecs"arytodeter@='ne itisfur)ctioning prop<<3V.Such.a(ljust).-.ents asarenecessary shallbemadetoI!lacetheeouilj-~i(!nti!1first-class o~ejatin(', co'1ditioll 338forefi)lalapprov.l> 'eun::tsshallshot>i'hati'hey>rillstaruautomaticall~<'i'in t?nS3!ecif:.ed time,piclcupandcarryload.andoeca..blcofsatls-'.Qctorilystartngthe?1ouor'.~An"er2:03~10.1.Tl!cysi!.11alsobe:))arual:'$ -(jchronized. Volt.".t,e andfr<<auency vari"tion"durin('oth s-.edy-sti;8andtransient operation shallbe.<<asuredbysuiIj)lo.< 8insur4>I8)Its 0agreedI!uon.5:GOFB1CJ'I!C~~Dj');LXV!;BY 5..01Rvic(!s5:01.1Quot)"i:i<msshallbcsubmitted onalumpsumoasis.Coaglete1'ithti'8(le;ailcd pricem":.Reupusedinarriving, atthelunI)sumprices.5;Ol.2Tl:elja:icxroposalshallcove"thminengine-s:cner toretandslxcified cccesso"ies andsp<<cialuools,includin" allstetiorary aPc:re!.ovable parts(ihetnerspecified l!8'einornot,t,oprovi(:.e ac)Iijlece~l op'ableinstallation, an(Ishallinclude(.eliver$ toplani;;;te.Thebasicp"ouosashall<<isoinclude"listofreccr"-endeC. Suarepartsandaseparatepicethere'oI. 5:02T'i(!1())iea<resentative The3)e:."diemrateforfurnis?!in' (lua.'Lified fieldrepresentative s.~z.llbe()noted.5!03.~lkiern!tivcs'))If.cedaI<)eipati)esbitIQ!i'hthebidder83ievesheI-.;$.of,erasu?j"-:."io.; e()ui::gntor8lunctionali-'ompar!!blc e(:ui.=)".,ent l:.llbe 'I~e~~~~C~lsutil):.q'j.:; Cj.gqa~~.".~r."p~g~0,1C"r:-.-as;.i',"npr='".-sra=-ib=ir.'circei>.'..c'.s ,I"J.'.""'-"3J.i'lp5'-,."""".lQ1ADQv~'Hid.=.Q5:059v)'.reptrfq~<;eall';.",]g'.~t pest,QgG,.~pj.lab).e az.'~heBj'(efori!z>ta,l,.aticl; (.J ~IIIgig<i';f,'~~~'Yt~; 'f~"~p<-'v.~(r~"~I'4mliIUsp~jeg~p<'p~ t(,@a~i.Qp)tp,@gali'si"AC"C":.rj~",ij'YC gg,g8:ill,'lb-g.' Z3iCVwi.Cdirtz'Li.ACi)'X.,l.pigrA(lQCIl0lLUl A12/5/66 7\0r73911-25-GGADDHi!DU)i 2Decer:;bar 5,1966Bidderire:,uested toadviseonthepossibility ofhisunitasauotedtostartalloftheloads(A)through(6),asdetaledin2:03.10.1, sir>ultaneously inlieuofinscnucnccascalledzorin2:03-10.1. ifthereouiredcapability forsimultaneous starcin~o"theloadscanbeprovidedthroughmodifications oradditional e:iuipment, thebidderisreouestcd tolistthQRod=ications andpriceadditonrcouired, rC,C.)l<(!r<gwgqyi..q~wt,spq+.-.fI+.1,.f(l,C."~Y>f1,'f<>hat.~Wt6Q'IJrPt)g.iC'ClistL)w'.,kr~(,'s.iL031Wit'l'L~'gg~.")'f(~")$:;~J(1~T<i$L>i'm't.'lw". isa~1't'aiJZL,'iI.+ri~-rr.Ll~i.'v.3u::> .'iddedn6u!a31"/"('/66 IIO-2239ll-25-66ADDHHDUil 3Dece"iver 7,lgo6Section2:03.1.2, .page-'>,lastline;deletetheword"mininum" /Ipl~~f,')~~~.15't1~I+1'~~~0 ~~ aOJQCv2>J0JIJ0PQDQi>'aQ408i>AJ,>>,li>>aCQ~4'l1aCJ>>J'4lr>J>'>>>Cy>J>Jv4>> Q>>'v>>14~'v'rGYrJ~sC>C$>>,'l'>1C>Q)SA,f~i.i>>>f,h>'>~>>la~ri7.'ifL~l'i':.':C;Q:.QC:. OgJ>26>;0~C:.>C-'1'x$0=.>..l'O'7'~'01Q'>. 3$'".SGQ'.QQfn'0y..>>JQ'",>01Olirigloo>,S'f>'f(~'>.'>C'X'~":>gQ g'>'l~"'g','-QIQgQgv~l'C~>g1r>>~y,""reŽ~ g>O~>>PPf>)~>.>i(6>,>.~rnl)i]~JYQStIMOI"$Q~Q'LQS>'~>lL'" i"Q..'I'0'l..>>'~L.GITE"P>'iY"1OI'CO"QBl.~OI>~ilQ'"J.".>.f."ti':JjO'>P'J,)QCr>', gi'>'>3Q(l>i'.>.$ '>.>>QjjgJ">J7101,>ÃvOZJJQ>>>,C3%>J>>Jv>>>>;>I>>>SQC1CIi>>I>>Qa~>>'>>QCOiSiC-'=I3<:.'~G.i!').VQ1'I Big':"VC$ ~,~w~~~~CQ)'07Qg~l'.3e!1ConneC'0! 'ie;,'0~nc~G'L'kr:-)qTF~+7~~~7.!).n,ig~n~si.~tne.(iD[italo~>ri'r.,~..1nip'nn',w~~~y~"n~ra~1~-'Pqpl~q;-lQ~qysa)q->~~7'~2.O).1<L!O':Go;). 'esr."!~<>nclgL"e~r!>>cosgo~~;9'>I~nlpgco')'scsc.'is"~::ucY:;on D~O.SCOVe':.n'- 0(LGQu).S...'Gnt '"1lv,-c.eC.SOG-'.P~s..u.;.l: "neL,:'::~ec')ie~0'-co'endec! sl)3e~Fr'ts.'!is'ti;:;))0'rn."s'lee.a2:Co:,0a~c.'02;CglDII'I0,A"0's.Is,I!3~Ioedg"l!inn'onen~pŽGfp1..L:)ert ssQi3n~con.ult"2g<hiftiILGG/'send:;pen'~ zor%heilesti~'.QQL'seE.Lcc'tlicCor'I)oi': vionpo~cPo'!GrKx'"on>theP'icCon"'c'!CBI2o~aoselssaRllvesuoLlv4GQ,es01Obs!Cric;".31 en(~yco"esto:Gi3:oertAssoc:.".Pes, Inc.:)2>EPzlcs~verAveru):33ding~ Gns~'lvc'.ni3 1'A+034Gent'n>>3':r.H.T'.Ul::0-rP3a&OZSTG;A!!D0i'BAT".22 CC.'EOXTXC'".!S 3:OlG=.ral3.Ol~l2"it)terycl!harpers sh311ccsealeds.licondiodes)".Or"~leakinve.":sc volte"GOfsiliconrectiier 1'voeMich))8"i'Qetlc~ll3T full!3verectific."Pion u)ichvillxri.thsendt!icctiKnsno'!Peldc0})r3tingvoltege~3:Ol.23:Ol~3rperssgnllconsistently pq-,!n~-... i'j;edcQu-'@gal vol3econsgsnt, ..C",i".-c".i:..cvolt',~G-.'iatioa andl"!:ilia.tne1LlitsOi.Gircurntre'iin@ooucpu~y~/:.nngsjslioe~nuggp>tic3lQ10'4tcg,7QscfeveluesA0rcircL!iiec'ost.ed-coutpU.~she'll..Qt1'cul.ti!1QninsvMsn-coustrip.norcaused"~>>~~gto.thecl.3rgcr. 3!01.!giGntrols..h"llber"Guide:'."'OrflontolGrualis'.",0:.)cru'": on.~&'tilechQ>'grss!isl1Dc)rovidedUi~i'lh.'3'l10.!inL',wn"LT1L!CO~.L)les".n't 01Qccc-.ssorics: (a)r.~<>.t.~l:;"cter c)3-Ccrcuii'=3::er ~(:.t'Sgl\I'~I1IhtIOTA'7>'I1t)01hp'll'IO~+rv~\al4M~M~pl<<Id&~'.".::~e!'S S..1De(L0"Q(pe(LSOtLl""6tjl-p'elj )'te0".).'"ate(l;) tu(..~te'cLCJs8)(LPhjLtf'hit'GQ4 (B(espJxesu'Gpsu314GIj'~fI%(.'!.'!-'r:,e, $'ttt11L)eoz'Gt~QGultttz,'/p< su)gGslLE)Gt".Gs:t out.oQ'Ocec'MQ'c'(.iiS2'<',c~'Gc'i;)"erspealtp)Gl)-.oi",GQ:)etl pigG'titsi:Dz'.'t;te',r '.(:Deck.. QQse0"'-cpo"::;a..iJ.'az G.l(Lt~'.cac:~'Gz'&ill.Lu't'2)-.G'e3.lv 2'Gsu2LBix.O-e"Ct'.u't'~Fr't t.F.t~.TG:.??le)1 P..-Cgo.)e~.S1'GS'GOX'e(L. Fice'~'i'i~ e~s1':.....ueru>~iStlegMid,)>>use.):.'jp (.'1)'Ot,CCt,Pri-.".ls1iIL()VGI'.'iccttDGQt~0'ilto'i'te;)."oil/ L)8'(Y$'30'.~Ž't t$u)0)l"Hstslt.x'10.mes.tQ1'shcceztPGL)B.tl9Ellxougj)'cG.t)G(L."tv'DceLe(L0"v"Lcs.i;":'sec'.i~'t.e:"fPD~ic't') o:}~0110')e(l "Ltx(1."L)'r0ix".~.vJP~'cP.'v 1I'~'".cc".0(2gc.)""L-.,'(-:rs cot:-et'Gn Z)y~csst)ec~'."" (t,'olshdlQNGPectc':-'i J.c)e~L)1't,e(LbsP.(0"~1~1(;i))gseqic.-,.;):i)] p.60QG11lep(j~ci(LL)(Ltte)gr'.Gq-s)le>>L)e:l.E.CO.Zciel)!o.1"-Mi:1'j0, (jcsi":lGQ X'or-)to0volt,33)j:~se,OOc>rcla-ci):.))u'r, sac1"0attl)eLG, <30olt(::-c'".0.itlZ~outcut. rrgb'.Pr"rXI!E('G7I'RP.NOH 'gES~iX'PGrIOibr." Br,";,'irBXC rO":r'POl',.'irlrO?r J>'PO:isa PO"~i:aD!:VrSXO. PXTÃ3r<<UB(rH, Fuj?WHZTrVP!'! I;Sp,<<civics+,icu SP-'r.:38)gr.r.<<-j"675375 'Osp-g3753-17-67ltdll:OJ3.Ol2:00l3COPHOPUO""'iGenera.lBC".OUIlibelI'O'IS2:Oj.g~0'l2.0)3'004rOO5:00C".Ccs"o0'l~aci3.a.'elan V2i)dOX'le~~L'i"0'1t:'1C'0 Dsip@Dai;aerd.Drov1ugsle"."RIAL AijDZ'IllISHDETAIIPEQUIHEt!E'IiJS OI'ABI'i.'B/~YS l.11.2 8sP-53753-17-671SCOP:.".01'OldiGene:".al Thisspecification coverscabletraysfor9:ndooruse,andfor,useinacaoletunnel.tThetraysaretobeinstalled inconnection withtheinstallation ofUnitIio.1oftneHoberCEmmettGinnaSta'Cion> Hochester Gsend,Elec-tricCorp.,locatedinliayneCo@'nty,approximately 18mileseatofHochester, I<emYorlc.~The'Craysaretobeprocuredandinstclled bytheHecntelCorporation hereafter referred'CostheCOIITBACTOR. Thetraysshallbescheduled fordeliveryasrequired. bytheCOII'I'FACTOR, .IThecabletraysmillbeusecltosupportsinglelayersof4Icvtriplexed powercables;multip3.e layersof480voltpower,120/208voltpower,120volta-cand125voltd-cmulticonducCor controlandinstrumentation cablsintermingled; ormu3.tiple'ayers of'ourlevelanalogsignalinstrumentation cables.The30cvpo:xc!rca'olsarenottoberuninthesametraymithanyothervoltage.Lomvoltageanalogcircuitsarenottobeintraysmithanypowercircuitsor08-01Pcontrolcircuits. TheCOill'RACTOH millinstalla3.1cable"intraysclesign<<ed.by theEI'lGIHEEH. Thcsbletraysspecified hereinar.tobefurnishecl instrictaccordance vi'Chtne..espcifications. HOWZHE~mlTS CodesanclStandards 'Theequirment furnished. "hallbedesignedandn'.anufactured inaccordance arithacceptedelectricutilitystandards andthestandards ofASIK;IBEE,(AZEE~,I'3JA,ASA,ASXilandmithparticular attention toMEDIANo.VEl-lo65. Vendor13arranties Tl!ematerialsuppliecl underthissuecification shallbefullymarranted bythevendoragainstfaultymaterialandfactory~rorlcmanship. Fnemarrantyperiodshal3.beforaperiodofon(1)yearafterplantacceptance; anclthemarrantyonanyrepaire9. orrep).aced itemshallbeextended..for one(1)yeorfro;ndateof'epairorreplacement. QcsippData~ndDra":linf.:s Drawingssubmitted'by th'endorshallprovideallinformation requiredtoerectthecompleCetroysystemsandshallincludethefollowing: 4"4 SP-537517c.'.03~3.Vhysicn'L dl(!!rn;ssho!rin;.o(!tli?les andz>!)>lnting varioustr~>>rsections, Z>.ttin,)3 nl!daccesscries en'.support3.ocatious asrcqui.rad tofac:ilit"te d-?tail>-'l!rithpieceerection, a.'Llthemark'ngs> ~2:03.2P.:03-351nterial so".Cificntions fo'reachitcinNacessary instructions forfieldass=-(Lbly,",nd. Qp;ls'eparts3.ists31003101Xnstall"..bio)) designinfor)ration (deflection andlou3.>data)tXnad(Litic!5 toapprovals recuiredbythcCOG'r'IMC'lOB theVendorshallfurnishthcforcsoing; dry)inrs forappz'ova3. bythe'HX?8CO?(TBA(ROB (u)d/orthcH>iGXHEEH 11>U.'EB::A'. A>JDl'*XIIXS?l illJ;;.;,vearctobeL(alvenisad st<)el,(hotdippedgalvanized afterfabrication) 3;00Ste..lusc(:forrable"',raysshallr>!c<)tthe1>U.n~.m!1?n ?rechanic;Q pro'pcrties ofAX!>X"Standard Steel.s.C-1008(>s3.istedintheStealPoducts1>anua.Lco!'pri?)g CarbonStee3.Sheet>s~Cabletraysfor,(7+1serv(.ceQhal1beprotactc<3. a('ain-'t cor).onionbyl)93n(',})ctMl)G83v(515i'>>ed >:,fterfao"i(')ioninRccordG!5ce WiththehS'i.'?i"SL"e(.'ifications Ior>>>in(.Coatina(HotDip)onAsscmb:Lr.d Steal,Prod!!c!>, "A386;C;100!i,~01D<~l'AI.. BEgiJXio",Jim(ixS OFCALX>=.;TPA.'>t8~L>~Wtl4I>lI>~'I>l>~>Allt:".aysshall.beoitheventilated bottcutrou<<bt~~pe(not1"ddertgwe):Ve(ltil.".tion 33otsshallextendacr<>Q::tllbottomofthetrrgat.asu.".).'icie!5t n>>~aberoi'ntervals toprov).ale ate(>u(>te ventilation; 'L'hrs'.Lots!;hell.beno5riderChen3inches.4102;ri<'(t'>5";, (,'l>i"sXXfor32"(!nd18"lridtl!.Q, 3<i'.(L<i":,h.l; b>>(il()81<Ol.'r)?i<gC..(>>QXXXfor2'7~30an(lEI'I>>(034:04~Z!1>><"...'<7 .f?>>etc.5.fo)>'(>('hlilvft'aiesh1.11)<)Q()ecifi('.0. L)1th.propos>als i'"o<>s'e")-(;:h!.c'-5~~- 3e>-(1th;n7'l.J>sr-<.evL.;.Lbe>c(cpt~b3."i>. \>>b3eL.~oq>sshallbea3se?11)3 e>;!ritC)'"thohi.>!QgtQtend(>>rds (1);'worl(:>!en>> sh.'.1).. 'F>!<-'c(: '~nndcoP'!.'uc'I:i<)ll 0fthecol>istra<Qsha3.lbesecithatac.".i)lc'7>)(!:.inr> of100poi>en<i" perlire>."1foot,i'oz'ny ofthesuecifi(>d cw(73.CJ'~a~;=iltl!s csi'(:>>.",rr).(?d ~.-tl!etr>>y;!itl.out r,oiethan1/1}~~~~~~>~'~r.>>y>~~~9.>1<;(><'<.c(:ti(!nr?tl">(l.-'.)'t)"'1 llhenc!Q(iu3.%ted 0?".9sil'(173e bec(('ase.n> <I7!cr".l)>>i'i+rin<isg>'<)n(ll'!..b'?(le(lip'>led to>Qu>)pol. c<ib3,c3os<le<>lus:.')("o:>n((1'.n."zl'l".Ln>i alyl)i>n:action -,1inctr-"<~hpl0-'gscl()3..33in(l'>r<!t>>'~/i!c>3")'1'nile>) rlo>T<>blsacti>ac>i sur>'QO5I'enter3.'Lllc>( ".3<)5"<;.rtost>:.;>'!'i.i'.!ln tile3>)3>:'lcdde.lcctiorl ."~tt>l(especif..e<llo>l<.'.;1!1<',L'.l 1)ro'losr.L sh.'>L3.in<ic.'>'tlMr:.Il!12'5>( A!'.1">i) .r')7.0>'.pl)OY't ISP-i3753-17-673center).ine for.theentirecabletrayinsta3lation The7vdnoethatthecridthsand.depthsofallcab3.c:traysarelistedasinsideimensions. Sidebarmcmbesshallnoter:ceed1in.inwidth.4:06All4)cvAll)lcvpo)re'rcabletray"shallbeprovic)ccl irithcover.",. Allcabletraysusedfor6COvoltcableserviceandf'rcontrolcb3.esshallbeprovicled )rithcoversonallverticalrunsonallt'~,~~~onaseciousunderplacfor)n gratingandina~ea,consiclered hazardous, andotherareasaspccif'iecl onchedracrings. Thec.oversshallbesuchthatthereisatotaloffourin.orsi:<in,c).earas">'squired unclerthecovertot)l~trecab3.~the)lHGIJ)EEB. ya).esupportrio.Coverfasterer"shallbeapprovd.bey4:07The;Iointclosurebet)reensectionsofcabletra"shallb:1'"yare'abe,fastmethodusingself-aligning boltsand.nutsorothermeansapprovedbythcENG3i)EEB. ThisJoint,closureshalloecapab3.eofcarryingthespecified loadtrithoutexceeding .thespecified maximumdeflection. ,.'4:08)):09Fouikvpocrertrays"hall.bc4"nomina3.totaldeptharithstandard18"radiiunlessother)rise notedonthedracriugs. Traysforlo)rvoltagepo~;erandcontrolcab3.essh-ll'6".oaldepthwithstndard8"radiiunlessother;;ise notedonthedra;rings. I):10Fittingsshallbeprovidedforhorizontal bandoforallcornersTees.,oracorners.reducers, crosses,verticalinsideandoutsidebends.boxconncto".cropouts(endtype,bottomframetype".nclsidetype)shallbeprovidecl asrcc)uirecl. Etcxnuts,nasl!ers, boltspsp3.iceplatesandallnecessary hard)rare sha3.3.beincludecl fortraysplicesanda3.1ofthea5ov>>fittings, tees,.etc.Allharsh>arc <<nddevicesshallbehotQiedgalvanized. eo'ppe4:ll4:3.2g:00$'01Cabl>>travcridthssh*11beasnotedonth>>clra~rings ~SrEC:<re.il'3:0)E DBW;Qnr,S .The'".o3.io)ring Specification D-214-011 D-214-0i2 preliminary dracrings arhe);ebymodea.partofthisandservea"abasisforthec)uotation: "~TurbineBrea-Mezz.Floor,)lest8:CableTunnel,TurbineArea-klczz.Floor,East&CableTunnel1)angersandallnecessary materials forsupporting thecabletrays<rillbefurni<hedbytheCONTRACTOR, sP-53753-17-67D.P31,OPl.D->I.I;-022 D-214-031 D-214-032 D-214041D-214-042 D-21I;-OI "D-2140"3bfIlcacior Containment -"'czz:I'loo,.Itc.".ctor Aim~:.Building-llzz,;loorTurbineArea-Oper,.Floor-V~.stTurb'.n.Area-Oper.~Floor-EastHccctorContainment -Oper.Floor,Jnt.'uilding .Hlev.2tG'->"andCableTunne3.I(c.'.ctor Aux,Building-Opr-FloorIntermdiateBvildinp>>UpperPlevations ControlsndBelayHciomThesedra>>ingsarenotfina3.andquantities mayvaryinfinalinstallation. ,BiddersshallincludeunitpricesforitemsquotedasabasisforadJusting finalorderoraddingadditional items. 1q';'1(.-r>lc.;7 .';g;roc,<, <s'!!;sl>"~~/lett71']ll.';.ll:.:4i<).lo's.1'l,.'l.)<<-')X.C1!0)'(,';L)LC '>t<<1'~<'<]"..',>t'j)1'."! ~J<.'!:~t):.Y C"n>}Ll.<'.~I~('::i)i': i:,o(:."OQ>:<(3. $'.Qx'ppili:3!<).'. >:.!".."<Ltc"svl'M'<'.<'..x'ctt!.).8 s)'lcw31. <)s..w'J,t.'.'L.)>. c,<-.."..l.>7o",:<>'i;)Jcol<7')'.).;":1))L..!c.tt s'.<)Ql,.>rt(:,c<l<):<'(l<t)}cQ s".'1,>)1yo:i!':iC!i)]!<3.">".:.s!(1 ()l".>}~)LSlpw 3fO:.-.".);::!1:.:.);-(1 l')i.".-))n..l)}Ot;:1J)q:"-(i l'.3."s]L)5.'!r'<t <:o;1(i>)i'); e..':llc'i'o"'l i.n>."'Q(*=:;..1!p "s:srp.i'~.c(:t:p.on 8'?-('->&l. <'..(-').1I'>3L:..Jt.lt: c~n>>.';!L)<>3J.)>Qv.,)'<).On'I..;'::)}c}x.".pocit'Jci (>o~l)e<h(L)pirq",. 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Oj;!l(!1C\:;q)1(;irriJiL<al>;l)~.:.::.ep.'.So:{s,a,.>,li.sl())t'.,(>'1I:"-::):.!:i'; t:l.3('I o;p.<I'I;jllO'I'r.l'.>GI)1'.:;)) )::";.a'li'r'.)..:a'cIA)..e.<.l')X'c!Hl'X u)('a.QO;<Qy)(1.."I)(!.3.3.:!(! {)O)>1(M(!0'IiliYtQO.~>.,1-~.;;;.a '.....)(:.1.)as).g::j':.I) I'.)y<),S")Q<1a:813.S>g>">".ii>c<, S~1!OTil>S'~('.)'w<>>s: ~i>'II1wiC<>)Jar~'~a~'I):plO)J,<'(i!7V'.1'r)'a .':s,'">r)'.)'Q fi'Ir)'>G,S> Oj'>)Il,'f">',c,-,'>{I CI;531Be{>.'4Q"!!1-'>~('.r.,l:i~lc>X'0':l'<3'.f.~.!a...(1J>Is'<,1g'<))>a<i (O))<1i,{r0)IS>C(~lrr({(,"I.-..<'i>))1ii:..".l')'3C()r"r'1~31O>>>Xp'(Q.3hf~Zs~=1)<ii)'>;Ilef'.",))<) 'O<jl)-))'9))fs ..~a<~apa~~~'a'P<!".'".3.....Q c.!)'.".)<,'>r '!o.">>C8'!9.>)')Q;;::.';"'>osr))Q:.0.'Q4 b~'l)I()p i!>!()csi)QCLf'i~' I'~(".'.r'..:,'.3 'r(ap.<1...~PI:e)'Irz'j.irill~.'!a)(l1I)D'<,(1i)"4(.;>> (~137<))>) ('S<1St{a{>iQ<>Xe'3a';a,'I;'1 >'<*eSr"a<(,,{')Vil'J(.'>1Os>I!CCofl(>0'l <rjori))QCO7))f'E.~Pl<'ar'f'. 3tc"O)'<r')'>,f')'<'!)()!)(r,'>r><<it>>)< <I),'O'I'> i>,a<!ra>I)61.1I)QVI~(.'L<l'<:f....."=-b"".):.({<)O<s.i.:.'i.e:>:);) I.'(<)(I!(x);).));..:, ."));{l".;.;).',3. Ii(.Q))Q:.se(>'<'l.s. '.{'<>!s). i)(!(.>':.:i."()j.',r'a"l)l",). Ci<)CX'I"rai,>If;Ii";!(>.I3. J>i"('0!'aC,'{a'.;C Q>l:'a,'.';a. ">Q"!>."<(>>.I>i.':f)Oa'g'iev">f )e.>,.QQ'>i j(<3)p)~,'.ari'<'3lfopaai's)'iQ~aaI(i~'.!,(!C<P':r "Ca,!>'IC""..)'.'.>.Or!.'<Sa) '~")r;f)>3I1:C'.>.9""':.a".')'""')L'L)) 3-~""lar~a~i>ar\r~ra~aararara~1 (I(lll,'(lltf>I'YtfQ33all)+%3Erf 07("STIHGHOUSE ELECTRICCOHB3BATXOB AT01~iXCPOliiRDX'VISXO~il PZTTSSUPGH~ PEKISZLVAiiXAPZQUX&sCKNT Ob>LH!EBHOODiOOD PBOJZCTB0-2612BUQVX21,i/68CI""-VZASSOCIATL'S IHC.,ZI<GVT~S525LnetterAvenueHeacL~ng, Pennsy"mni ~(~I~'0-26122<<21-o8Xt,em1:001:011:021'031:0~+1:051:061:072:GO2'012:022:032:042:052:062:072:082:OPTETEOPCOD>".EBLIS I!ERALHHQUXPZ)W(P>S CeneralPL"onosals Defini+ions Zauizment QualityCodesmd.Standards Tes(sanfXns+Qction Dra~rin~~ and.Xnst'uctionBoo!csDETAT.Lm.QUlR:(K.'FMEquipment. To:3eSunplied. Desi@6ReouireagentsSeis'DicDesi~Pi1nishMiringNamenlatsRelaysDr(-(UJ,ngs xoeI"urnished,3yN~~ufac(iurerReferences Attached. 11111"-22N22555~%~UP ~~H0>>26122-21-6811:COGK'TBP~LR<iQUX<<"'Q<:!'>S~~1:Clt:.Gneral 1:01.3.Tni3Beouirement Outlineincludestheessential inzormat<<onrequiredb<<themanu"acturers ofpo:perplantequipment tosuomitaproposalforfu"n~hingtheG,.u9.pment coveredbytheDc">AX~BEQUXBl.APTS sect"on2:OOoTheequipment Villbepartof8nuclear<electric genez'ating siuionhavinganominalcapacityof4+0ifple1:01.2Thisequipment CinnaProjectpHaguepCountypbeinstalled aSpartOftheHow1Vni'u.at'?G Bochester 6sandFleet=lcCorpo~~tionp locatedinapprox)a~ately 38mileseastofBoheoterpi~7evYorh.1:01.3hiselectricgenerating m9.tisscheduled forcommercial opera-ion on8'une1,1/69.1:021:02.1PmnoralsProposals shalloed'"anninthenameofCil'oe.+e, Associatesp Xnc.asConsulting En~nee"san6.Agentfor'uheiJGstinghouse ElectricCo~~oration, AtomicPOElerMvisioQpSheR"imeContractor ~1:02.2Proposalo shallbesubmitted asfolly;s;Originaland;five(g)cop9.esto:GXIZEuTASSOCXATESp Xl'fC~g2jLncasterAvenelBeading,Pennsylvania 19603Aci'uention'G ~HIi'UlmerChiefB1rchasing Agent1;031:03-13.:03.2Defini~uiOQS OHi'IMshallmeantheBochester CasandElectricCorporation. PH~~COIGRKCTOB shallmeantheHestinghouse Lplectric Cozrorationp AtomicPoorerDivision. 1:03.3E>GXMRshallmeanGilce<Assoc'ates, Xnc.,anAgentforthePHXlKCOI~i<ACTOB. 1:03.41-04IR>RPACYUBEH shallmeanthesuccessful BidderforallequipmntcoveredbythisBequizement Outline.Emd.cement 01alit.gOAllcquiI.ment andservic"offeredbytheBiddershallbcofsuchqualityastomaLetheequipment safe1rithhighavai3biU.ty.Tothiscndpa1itemsoffoz'odp including allccessoriosp shallbe~ofprovnreliability. ~e~~RO-26122-21-68201:OyCortesandStandards 1:05.11:061:Co.lAl"eciuipment oferedshallbedes"@edandmanufactured inaccorQance withacceptedcurrentstandards oztheelectricutilityindustryandsha>>satisfyallapplicable codes,including stateandlocalordin-ancespertaining tothedesignandoperat'on ofsuchequipment.. TMTSQllRXQDpCY'LOB Xnspection Shopfabrication shallbesubjecttoinspection e<dapprovalbytheFit%COIFZK4CTOB and/orKiGL~EEB. "Anyinspection by'mePRDZCOi)T:ACTOR and/orZEfG~KZBshallnotbecons'dered.as a~~verofanyUarrantyoz'therrights~TnePKC"COiPLMCTOB and/orZMGli~BshallhavefreeaccesstothebMR:ACTUS'S shopsforinspection ofconstruction andforobse~r3ng shoptests.Alltestsreauiredforcertification ofecluipment shallbea~<de'atthee~.-.ense oftheKQviK~CTb~R. 1:Oo.21:06.2.11:06.2.2Factory>mspection and>estThePJ4~ACxb: 'sshalLconductteststovr>>'fJtheanterityofthedesignandconstruction. Thesesha>>includeproduction testing,vari.ring chec~~ngand.electrical testingsofrelays.Potent'.al testsshallbeconducted bythesupp>>eronallequipment inaccorc"ncewithMENStat'sdard iC-3.-2.><2, 196$.1:071;07.13.:07.233?"pBlnsand,~nscx'uct<onBOOL'sQuoted,p"ices¹Llincludethecostoffurnishing three(")repzodu-ciblesand'cairo(2)coposofcertified, drawingstobeoubmitted for.approvalanQ.three(3)repro~uciblesozfinalGY)D"oved drab'>ngs forrecord.AQuotedpriceshal3."nc"udethecostofthirty(30)copiesofinstruc-tionboo!csccvez.~.ng a3~e.",uipment beingfuo~~shed. 2:00DBZCXKPZZ3iXBH> Z~~rZS2:012:0111Zau'/:ament ToJ3eSu%)gled.8 'ThecQl~"gzent tobefurnished consistsof.thee:peltryrachspcompletecrithremysandallraclcvi,ring,formiscellaneous'a~liary re3aysreauirecL forcontxol,interlocl:ing andcomputerin~utcircuits. ~IHO-2o3P2-21-CB32:01.2IThe$gQ~!!j)Cj:Qg~i'hal3 beresponsible forprocurement of".<11r~l~'Jtsascalledfor'<DthisBeau<rementOutli<noand,theIRj<lUI<'~MTUR"'8 shallbe"espons'Ole fo"'4"1emacha<nical desi+oftheraclcsandenclosure physical. ~~:r~>>pimcnt orelayr;cad.thedesignofinter-connecting liiz'"ngbetweenre'0J<0and/0fromro~l~JGtoOQcpoingcixcQi<<'rminabl~clrs>4e,ting>cleaning> pac~g~ngandshiTxoin<<', 2:022:02.1P<02*203$xMHeoUirements Fneracersshallcons"otofvertica"prefabricated. enclosures seriesI'X78192gmanufactured bp'<<'CO~~~sneering CCQKs'Kp'p liiththerelGQGarranaed, oninte~~lSupports(desiredQToupiM's sho<3Qonreference 2:09.<)andvz'edinaccordance ~iit!1dra~iings aotabulated inrefercncoo 2:09.2and2:09.3.Eachrac'hailoeprovided1i.thafabricated 4-inchchannelironbase.2:02-3Hinaed,doorsshallbeprov"dei~ont,andrearandeachdoorshallbeprovidedvithaheylo"~edhand.3.e. Onehe<@shallopenallracsdoors.2:02.42:02.5'ne duplozconvenience outlet(120Volt,a-c,15amp)sha3"beInstalled ineachz'ackmodulejA1-inchb~J1/4-inchcorn;ergroundbussha~Lberunlengthen.se ofeachrac~zmodQleataconvenient locationJustabovetheMountingbase~2:03SeismicBesig2:042:Ot>.lThezachssha3loeassembled andhhemountingand1iizingofaLl.relaysand.components shall.bedesi~~edsothat,thefunctions oftheetwjsGDO.liiringvPl1perfo"UUhensub)ectedtoseismicaccelezacions of0.21ginthehorizonta3. direction andintheverticaldirection sip~i.~aneously, gnaddition~ themountingandyiiriDSofallrelaJGshallnotd"slodgecz'eGQl'D BD'J<lossorchangesoffunctionofc"z'cnitsozeLBJS EihenGQb)ectedtoseismicaccelex'a'cions of0.$2gactingintheverticalandhorisontaL planessimultaneousiy-piD.lshAllsterolmarl'ashailbethorou~ply cleanedafcorfabrication andpz'<EedYiithdu'ntI~o.6)JO)gDALuzcQra)primer-GQQacer ~Finishpainttooedioni<o.207Li~~tGreen,Semi-gloss, 53~preflectance valuepaintz'educedi;opzoperccnsiotencJ withduPontIlo.T-31803QL<ncchinnor~ ~~~/~~H0-26122-21-682:04.2T"i:terior surfacesshallbefreefromwarps,buc<<les,sags,dentsandolcmishesr2:052:05.1WiringgAl:lrirlngshaLlhaveamnnimumofOOOvo'insulat.ion lrithflame-resistant insulation {K"lr'u~'cene" 'cypeSl'SorapprovedGquimlent) andshallbeadec!nate ysized.based.oncurrentcarryingcapacities asse-orthbycheE~ational ElectricCode.XnnocaseshallwiresmallerthanL'<o."4A.H,G.~strandedbeused.2:05.2AlllriringforG:eternal circuitsshallteminateonterminal'olocksforfieldconnections. Aminimumox10'~spareterminals, evenly6iscributed throughout theboard,shallbeprovided. 2:05.g2:05.!sTerminalblocksshnllbesoarrangedastoallolrinterconnections totoen'certhecontrolenclosure frombo'chthe'copandbottomofeachcabinet.Onesideofeachfie36connection terminalblockshallbereserved. exclusively xorfielduse.Terminalblockssha3.1belocated.inaconvGQiencly Rccess9ble Breafox'as8inmaintenaQce ox'estinTneyshaDnotimpairtheaccessibility totherearoxanyrackmountedrelay.Terminalblocksforf'816connections shal3.beStatestyneNTorStanwickElectric&"oductssLidinglinklrthmarkerstrip.2:05.5I2:05.62:05.7lJiressha>>beident9.f9.86 byindiv'dua1 lrirenumbersorlettersat.allterminalpoints.T'nisshal3.beaccomplished bypaintedorprinted.let;cering onoradjacenttoterminals orby9.ndividual wiremarkersontheendof'achwireateacncermination. Sleeves,9.fused.,sha13.bef3ame-resistant, non-conducting, aminimumofone{1)inchinlengchandletteredlengthwise. Asanalternate, continuous wiremark'gmaybeused.Whichever methodisse3ected, itshallthanbeusedthroughoutr Uix'c9.6GQtif9cation shallcorrespond tothatsho'ivoncheGlem~nta?~J diagamssuppliedMiringshallbeinstalled. 9.naneatand,orderly~~er.Lcingoflriringortheuseofwire-lrays suchas"2~elC~~el"orequivalent shallbeused.tAlaxmcontactvires:r9th thesamewiemarksshallbeconnected togetherintexzally andas9.ng"ewireforeachw9.remarkshallthenbebroughttotheoutgoingterminalblock.(.02:Oo2:Oo,l~IIgmnlnnnn!ramplatesoflaminated, micartalrithlrhitelettering onablackbackground shall'oeprovided. foeaŽhrelayandeachpairofxuses.Theyaretobcfastened. Securelytothepewelsinamannersotheycannotoccomedislodged duringshipmen'c orinstallation. r CC.~~~r~C.,P.RO26122-21-6852:06.2T'arne~late andlettering si"eshaUbesuitabletoadecuately &sp~~ythengraved. 'form..tion. 2:07~Re3s2:07.1tlestinghouse claysshallbeused.except>rhereothrrelayshavebeenspcified.intheremedytabulation orhavebeenspecifically approved.c 2:07.22:07.32:0(.42:082:08clD-Ccontrolpowervillbefuxw~shed, fromeic',hroftwo125voltd-coatteries. Alld.-cre~~ycoilsmustbesui:cable for129voltnorvmloperating vo"tageYFLthoperaGing limisfrom90to140volts~Periodically thevoltage~rillbemantained.a140voltsx"orapprozimately 8hourstoeaualisethechax'geonthebatteries. Allt"estinghouse 3PDtyperelaysshallbe4poleminimuin. All"timingrelays,except~rherespecified. inthetabulation, shallbe"Agastat'400 serieselect"icallyactuated. pneumatically timed.relays~rithfrontt;erminals andxrontmountingbracket.DrwvingstooefurnisheR bythemanufacturez shallincludethefolloirhng: Hiringdiagramsoxallpanels,including groupingofoutgoingleadsand.identification bycixcuitnumberinaccordance ~withcableschedulevhichvillbex%mnished tothe74G'!UFACTURW bytheEiUGXHEM. 2:08.22:08.3,Completepanelarxangement dmuingsshowering xrontand.rearviews.Outlinedrawingshovingweight,locetionofelectzical connections, provisions foxentryofelectrical cables,and.methodsofsecuringtheeouipment tothefloox.2:08c4Hamenlaeengraving listprattachedre~mytabulation- 'Nameplate andlettering toconx"ormto2:06.2.2:092:09.12:09.2References AttachedDesireclrela)arrangement psfietchSS-JS-22068. Llementary diagrams4993425,sheets315,316,317, 318,320,321,2o6,267p268p32'3'4p114p116'55'56p 165'66@238'99p2692:09.3Au:ciliary RelayTa'aleSfietcnSS-Sl."-pG-M3 Sheets1to6jO DEPT.383TESTREPORTNO.Tl-1070ATestReportofSeismicVibration TestingofSpecificFoxboroInstruments ThisreportisanexcerptfromTestReportNo.Tl-1070.Itisamoredetailedreportthantheoriginalandwillbesubmitted toBechtelasqualification oftheincludedH-lineinstruments. gd II DEPT.383TESTREPORTNO.Tl-1070A(Supplement toTestReportT1-1070)TestReportofSeismicVibration TestingofSpecificFoxboroInstrumentation June25,1974TestConducted By:L.W.HeweySeniorTest5Evaluation EngineerTheFoxboroCompanyApprovedBy:jgg,IWr.K.G.McCasland, Supervisor Test&Evaluation Laboratory Department 383 INDEX1.0TestItems2.0TestObjective 3'Conclusions 4.0Comments5.0TestResults6.0TestProcedure 7.0Drawings8.09.0Diagram'IActonEnvironmental TestingCorporation Laboratory TestReportPage1Page2Page3Page4Page5Page9Pages10thru15Page16Page17'NY 1.0TestItems1.1Manufacturer: FOXBOROCO.ModelPage1SerialMo.'a~b.C.d.-f.g,h.1.J~k.l.m.M/62HF-5E-OH-L, StyleC,Controller M/62H8-4E-OH, StyleC,BatchController M/6420HF-O, StyleA,RecorderM/63U-AC-OHAA, StyleB,Alarm-M/66DC-OH-4, Style8,Multiplier/Divider M/66,SpecialLowSelectorM/66AC-OH-XP, StyleE,Sq.Rt.Converter M/693AT-OA-6, StyleC,Converter M/610AC-OH, StyleC,PowerSupplyN0140AB,PowerSupplyN0140MA,Distribution PanelEH4-D,Consotrol Shelf2075-E,Thermocouple Assembly2532962242345424626372532963253308924075692532960253296125331601.2Manufacturer: WESTINGHOUSE Modela.VX-252,VerticalIndicator 1.3Manufacturer: GENERALELECTRICModela.SBMTypeSwitch ~~2.0~T<<Ob'age 2Todetermine theabilityoftheinstrumentation specified withintofunctionduringandaftersubjection tothefollowing Seismicenviron-ments:Testswereconducted intheverticalandtwoorthogonal horizontal planesatfrequencies from1to30Hzwithaccelerations oflgat1Hz,rampedto2g'sat1.5Hzandconstantat2g'sto30Hz.Sweepratewas1octave/min. RefertoDiagramNo.l. ~~~3.0Conclusions Page3Theoutputsofallelectronic rackorshelfmountedinstruments, withtheexception oftheM/6420HF-0 RecorderandVX-252VerticalIndicator, changedlessthanO.lpercentduringvibration testsinallthreeplanes.SeeSection5-Nand5-Lforresultsontherecorderandindi-cator.Withtheexception oftheM/6420HRecorder, M/66D-OH-4 Multi-plier/Divider andVX-252VerticalIndicator themaximumcalibration changesnotedonallotherelectronic instruments aftertestswerecom-pletedwerelessthan0.1percent.Themaximumcalibration changesnotedonthoseinstruments were-Od90,-0.45,and+1.7percent,re-spectively.. tIopermanent electrical orphysicaldamagewasnotedonanyoftheinstrumentation aftertestswerecompleted. Wherethefunctionoftheunitundertestprovidedanaloginputsand/oroutputsignalswhichcouldbemonitored continuously, theseweremoni-toredbyoscillographic recorders withspansettingsof+5/offullsignalspan.Duetothelengthoftheserecordercharts,theyarenotincludedinthisreport.Rather,thedataaresummarized underSection5.0TestResults.Copiesoftherecordings areonfileinDept.383d~f 4.0CommentsPage44.1Theshelf-mounted units(62HFContro'Iler, 62H8Controller, 6420Recorder) wererestrained attheirfrontfacesbyaspecialretain-ingbarusedonotherseismicapplications. (SeeDrawingNo.1.)Theuseofthisretaining methodalongwithanotherhold-down assemblyattherearoftheunitsisrecommended. 5.0TestResultsPage5a.M/62HF-5E-OHL Controller Thecontroller wastestedperDrawingNo.2.Thelocalsetpoint,remotesetpoint(derivedfromad/ptransmitter poweredfromthecontroller's ForceBalancePowerSupply)andcontroller outputweresetat100/,50/and50/respectively. Thesesignalsweremonitored onstripchartrecorders duringalltestsandwerecalibrated forspansof10%(i.e.100+5%,50+5%and50+5%forthethreesignals). Allmonitored signalschangedlessthanO.l/duringseismictestsinanyofthethreeplanes.Themaximumcalibration changeofthelocalsetpointandcontroller outputsaftertestingwaslessthan0.1/.b.c~M/62HB-4E-OH Controller Thecontroller wastestedperDrawingNo.2.Thelocalsetpoint,remoteset(derivedfromad/ptransmitter poweredfromthecontrol-ler'sForceBalancePowerSupply)andcontroller outputweresetat100%,50/and50%respectively. Thesesignalsweremonitored onstripchartrecorders duringalltestsandwerecalibrated forspansof+5/(i.e.100+5%,50+5%and50+5/forthethreesignals). Allmonitored signalschangedlessthan0.1/duringtestsinanyofthethreeplanes.Themaximumcalibration changeofthelocalsetpointandcontroller outputsaftertestingwaslessthan0.1%.HM/66D-OH-4 Multilier/Divider d.Themultiplier/divider wastestedperDrawingNo.3.Bothinputs(oneinputwasderivedfromad/ptransmitter poweredfromthe'ultiplier/divider 'sForceBalancePowerSupply)andtheoutputweresetat80%,25/and50%respectively, Thesesignalsweremoni-toredonstripchartrecorders calibrated forspansof10/.Allmonitored signalschangedlessthanO.l/duringseismictestinanyofthethreeplanes.Themaximumcalibration changenotedaftertestingwascompleted was-0.45%.M/66LowSelectorThelowselectorwastestedper.DrawingNo.3.InputNos.1and2andtheoutputweresetat52/,50%and50/respectively. Allthreesignalsweremonitored onstripchartrecorder's withspansof10/.Theoutputoftheselectorchangedlessthan0.1%duringseismictestsinanyofthethreeplanes.Themaximumcalibration changenot'ed'after completion ofall'tests waslessthan0.1/.---- 5.0TestResults(Cont.)Page6e.H66A-OH-XP S.Rt.Converter Thesq.rt.converter wastestedperDrawingNo.4.Theinput(derivedfromad/ptransmitter poweredfromtheconverter's internalForceBalancePowerSupply)andtheoutputwassetat55%and75%respectively. Bothsignalsweremonitored onastripchartrecordercalibrated forspansof10%.Neithersignalchangedmorethan0.1%duringanyseismictestinanyofthethreeplanes.Themaximumcalibration changenotedaftertestingwascompleted waslessthan0.1%.h.H/693AT-OH-6 Converter Theconverter wastestedperDrawingNo.4.Theinputandoutputwerebothsetat50/.TheinputwassuppliedbyanElectronic Development Corporation Millivolt Standardandtheoutputwasmoni-toredonastripchartrecordercalibrated to50+5%ofspan.Theoutputchangedlessthan0.1%duringseismictestsinanyofthethreeplanes.Themaximumcalibration changenotedafteralltestswerecompleted waslessthan0.1%~H/63U-AC-OHAA AlarmThealarmwastestedperDrawingNo.5.Thesetpointandinputweresetat50%and48%respectively, andthealarmwasdeenergized. Theinputandoutputweremonitored onstripchartrecorders. Theinputrecorderwascalibrated to48+5%whiletheoutputrecordermonitored anyalarmfiring.Thealarmdidnotfireduringanyseismictestinanyofthethreeplanes.Themaximumfiringpointcalibration changenotedaftertestingwascompleted waslessthan0.1%.H610AC-OHPowerSu1ThePowerSupplywastestedperDrawingNo.5.Duringtests,thepowersupplywasloadedwithoned/ptransmitter. Thetransmitter outputcurrentwasmonitored onastripchartrecordercalibrated for50+5/ofspan.TheoutputcurrentchangedlessthanO.lpercentduringvibration testinanyofthethreeplanes.Theunitfunctioned properlyafteralltestswerecompleted. N0140ABMultilePowerSun1ThePowerSupplywastestedperDrawingNo.6.Duringtests,thepowersupplywas'oaded with'ne"d/ptransmitter. The-transmitter '=..outputcurrentchangedlessthan0.1percentduringvibration testinanyofthethreeplanes.Theunitfunctioned properlyafteralltestswerecompleted. 5.0TestResults(Cont.)Page7j.N0140i~QDistribution PanelThedistribution panelfunctioned properlybeforeandaftervibration testsinallthreeplanes.Thepanelwasnotmonitored duringtests.k.2075-EThermocou leAssemblThethermocouple assemblyfunctioned properlybeforeandaftervi-brationtestsinallthreeplanes.Thethermocouple wasnotmonitored duringtests.l.VS-252VerticalIndicator Calibrations weremadebeforeandaftervibration testsinallthreeplanes.Theresultsareasindicatedbelow:ZeroError,%SpanError,XMaximumError,'Am.G.E.TeSBMSwitchBeforeTests+0.2-0.9-0.9AfterTests+0.8-0.5+0.8Contacts1,3,5,56werewiredinseriesandmonitored intheclosedpositionduringtesting.Thecontactsdidnotbreakduringvibration testsinanyofthethreeplanes.n.N/6420HFRecorder1.VerticalPlaneDuringvibration inthisplanethefollowing happened: a)Thepenlifterandbracketassemblyliftedcausingthewholechartdriveassemblytovibrateagainstthefrontfaceplate.Ib)Theretaining clipontherightsideplateassembly(P/NG103TK)releasedthechartguidebarcausingthechartpapertoliftoffthesprocketassembly. Thepensthere-foreinkedinonlyonespotleavinglargeblotches. One=pen,thered,actuallyworeaholeinthepaper.c)Theredandgreenpensshiftedamaximumof+4.2and-3.2percent,respectivelyduringvibrationtests.d)Aftertestingwascompleted inthisplanethechartdriveassemblywasopenedforinspection. Numerousscrewswerefoundloose,notablythoseontherightsideplate.Novisualphysicaldamagewasnoted.Thescrewsweretight-enedandtestswereresumed. ~~5.0TestResults(Cont.)Page8n.M/6420HFRecorder(Cont.)2.Horizontal Plane(MotionParalleltoInstrument Face)Theredandgreenpensoscillated duringvibration inthisplane.Themaximumoscillation bandwidths were+3.2per-centfortheredpenand+2.8percentforthegreenpen.Themaximumpenshiftforeitherpenwaslessthan0.5per-centduringthevibration tests.3.Horizontal Plane(MotionPerpendicular totheInstrument Face)Theredandgreenpensoscillated duringvibration inthisplane.Themaximumoscillation bandwidths were+2.6percentfortheredpenand+2.8percentforthegreenpen.Themaxi-mumpenshiftforeitherpenwaslessthan0.5percentduringthevibration tests.4.AfterTestsThemaximumcalibration changesnotedaftertestswerecom-pletedwere-0.9percentonthegreenpenandlessthan0.1percentontheredpen. ~~C'i6.0TestProcedure Page9Calibration orfunctionofthetestGemswerecheckedpriortostartofvibration testsandrepeatedatthecompletion oftestinginallplanes.Inputsandoutputsweremonitored perencloseddrawingsduringthevibration testsineachplane.Allthetestitemsweresubjected tothefollowing testsintheverticalandtwoorthogonal horizontal planes:Frequency Range:1to30HzSweepRate:1octave/min. Acceleration: lgat1Hzrampedto2g'sat1.5Hzandconstantat2g'sto30HzTheH/62HFController, H/62HBContr'oiler andM/6420HFRecorderweremountedinaEH4-DConsotrol ShelfwhichwasplacedinafixturemadebyActonEnvironmental TestingCorporation. Thefixturehadatrans-missibility ratioof1.Allotherinstruments weremountedintestfixturesmadebyActonEnvironmental TestingCorporation suchthatthefixturehadatransmissibility ofl. ~'INIrDRAHICNQ.tPage104RETAINING BAR'-'NiNNNri0BSHELFI.PLATEA(Attached toShelfandPanelFace)(Attached toPlateAandPanelFace)RETAINING BARO4O0~g'lNNPLATEBPANELFACE'PLATEA~N~~'.---SHELFJNN 1TESTSETURFOR,li/52&IFJ)PAwlNt82PagellM/&2.HFloos2.iooALOCALM'7PD(H1looAQiHOTE5'b>Hltoo~CELLCuCHRccoRbaR, 2TEDse'tvpmod0/S2H5>o0sl.100~V4LOCLI.SA.PolHTlaos'oo~,WcxSETRNHT9/p ~~j)RAwiNcN.3-feSV,<l.~~For.Y.t',&9Pagel2II!'/pCELLIflOOX?.Lf~gIM/&SDy'vCICIOOA<educ,wtIIII~lICH~CH!!Ci)l;2]RKcORBSigiIl-ci.uPv-oR~l&&='a>>"LC:.CVOf>>. I"rt'0"8T~.hips/luPegPly~~H/gal.aWSIi(-~-~vpA<oz,'vR.g,cHT~F00Q.gevRCKVI'{'QR.'(LCO~'HPOT4.3"4T~1ttPg~~.i~,-Icq)>cdl2rIcH, XP.b.Hiu6Page13ot'c'w,5(a&4tJl'cuaz~r-:- <00M>SddRCG~~1g/&4>AScenVlf~A~i00$lI~III'-IClliILc~lRecoADCa.--~.lKENT~~t"TOP7:OkN~69@t'IGCTAGK'Nt'4'iyllHj693pocQ.W:-"vl+~<l's'-lOO~L~~[cuGCoA.DQQ.

~i'giverIwGWo5Page14~sSr6v.TvVFoPt/6~~UlIGG~<I~i'~+iC~II00%PCI'iLL Page15 fQW(Q~5xoi'a%INcxd608ez7X10INCHCSssDCIsv.S.l.~KCUFFCI.5CSSCRCO,1IJUNE97LI TestReportNo9154No.ofPogosReportolTestonSEISMICVIBRATIOHofSELECTEDFOXBOROCOMPAHYCOMPOHEHTS forFOXBOROCOMPANY.underPURCHASEORDERHO.681841A.JENVIRONMENTAL '.I,.YiiC 'iEQi.!"COQPORATION Februar231972DotSignedDotePreporedR.Gi1foyMLT:RG/hfdf CheckedA.GrouxARP"QVodiM.L.To1f Ig,/;)0.7'Q AGP1lAl~.f'BI,)YO 9813gualification SeismicVibration ofselectedFoxboroCompanyinstruments. FFOXBGROCOf1PAHYFOXBORO,MASS.rMolN~Seelistinparagraph 2.0below.~~FoxboroCo.TestProcedure forSeismicVibration TestingofspecificFoxboroinstruments forGulfGeneralAtomicCo.TestHo.T1-1070,datedOec.1971.Seelistinparagraph 2.0below.NONEFebruary4,1972A.Giroux/R.Gilfoy ReturnedtoFoxboroCompany.Therewasnoevidenceofdamageordeteriora: .-'.;tiontoanyoftheFoxboroCompanycomponents asaresul:ofthe'Se'.smic Vibration Testspecified inparagraph 2.0below,ReportNo.9154Page1ENVIRONMENTAI TESTINGCORPORATION 1.0TESTREOUIR"-~'E"'TS TheFoxboroCompanyinstruments specified inpara.2.0belowarerequiredtopasstheSeismicVibration Testspecified inparagraph 2.0belowwithoutevidenceofdamageordeteriorat'.on. TheFoxboroComoanyinstruments mustbecapableofoperating withintheirspecified parameters beforeandafterthespecified vibration test.2.0TESTPROCEDURES Forthepurposeofthesubsequent Se'.smicVibration Test,theFoxboroCompanyinstruments wereseparated intothefollowing groups.Eachgroupwastestedasasingleunitonspecialvibration testfixturesmanu-facturedbyActonEnvironmental TestingCorporation underthispurchaseorder.GROUP1l10DELHUil'3ERSERIALNUMBERa)t</62HF-5E-OH-L,Style C,Controller 2532962b)H/62HB-4E-OH,Style C,Sa+chControl'.er 2423<54c)b1/6420HF-O,Style A,Recorder 2462657d)EH4-G,Consotrol Shelfe)2075-El"QVO,Thermo CoupleAssemblvReportNo.9154pago2 GROUP1(continued) NODELNUt".BERf)!1/57SRG2-H,Style B,Consotrol Suboanela)t1/58P4-FMC-SCC,Style F,Controller h)VX-252,Vertical Indicator SERIALNUMBER2533161GROUP2a)H/13HAl-HK2,Style C,d/pTransmitter 2532964GROUP3a)E11GHGROUP4a)H/63U-AC-OHAA,Style B,Alarmb)i'/66,Special LowSelectorc)N/693AT-OA-6,S.yle C,Converter d)H/610AC-OH,Style C,PowerSupplye)N0140YA,Distribut'on Panel2532963240756925329612533160*GROUP5a)-H/66DC-OH-4, StyleB,Multiplier/Divider b)tl/66AC-OH-XP,Style E,Sq.Rt.Converter c)N)14CAB,Power Supplyd)Generallee.ricSBi~TypeSwiten25330892532960GPOUP6a)8114YL",Selector RelayReportNo.9l54KNVlAOHMCNTALghCTQMCQRBOAATlOHPago3 Eachtestgroupwasindividually mountedtoitsspecifictestfixtureandthetestfixture/test itemassemblywasmounedonthemovingelementoftheAETCivTSYodel294-63Hydraulic Actuator. Priorto8estartofthevibration test,'hetestitemswereoperatedbyFoxboroCompanypersonnel presentatthetimeoftest.Following theinitialoperation, thefollowing testwasperformed: FREOUENCY TESTLEYEL1to1,5Hz1.5Hzto30Hz20"DA2g'speakOne(1)acclerometer wasmountedonthetestfix-tureandmonitored theappliedvibration. Theabovespecified testwasperformed ineachofthree(3)mutuallyperpendicular axes.Allthevibration or,.allunitswascompleted inoneaxisbeforeswitching tothenextaxis.Following completion ofthevibration testin'eachReportNo.9154 i,~~J~axis,thetestitemswereoperatedbyFoxboroCompanypersonnel presentatthetimeoftest.3.0TESTRESULTSTherewasnoev'.dence ofdamageordeterioration toanyoftheFoxboroCompanyinstruments asaresultofthevibration testspecified inparagraph 2.0above.DuringthecourseofGroup4testinqinthefirstaxis,acatastrophic failureofahydraulic couplingoccurred. Thetestwasabortedatthispointwhiletheareawascleanedupandthelinewasrepaired. Following completion oftheclean-upandrepair,thefirstrunonGroup4testitemswasre-performed. Alloperational dataontheFoxboroCompanyinstru-mentssubjected to+heabovespeci;idtestweremon.'tored byFoxboroCompanypersonnel onFoxboroCompanyinstrumentation. /~/'~jReportNa.9154ENVIRONMENTAL. Pago l)AHE))FGR.TESTEgUIPHENT LISTMODELSER.NO.RANGECAL.ACCURACYINV.IIFRE(}.Accelerometer SweepOscillator Oscilloscope Amplifier Chargel)ydraulic ActuatorHTS204.63BS.K4335Spec.DynamicsSD104-5IITektronix '64Unh-Dickie 011HGSV1.350362190271-122Hzto6KHz.005Hzto50KHzDCto10)1CHz1-1000g2Hz-20KH"DCto300Hz25,000forcepounds25"DAmax.+252X+2'5+552XFreq.SXAmpl.AC326SG315OS311AH3331yr3mont6moflt~Vickers443.115PVA120ITVHBal1intine310AHydraulic ActuatorController HTSHydraulic PowerSupplyi5580DCto2000Hz120GPHto170GPHMax.3000to5000psimax.250HP1.0Hzto2HHz0-100voltsN/AHY3053month TheFo:<bonR,;.beany TestReportho.Tf-103026AUG75SeismicLtibration TestOTSpecific"HuLineTnstrurrent'tion Fo:<boror;ortpany S0Ho73"-55013 -Tes.edat-eActonEnvironmental Te"ingCorporation, Acton,Hass.s~~>>e>>>>~~F':H7C.{SArtF({..rrt.coilL(.QQt{{'(p't(t(rll{{']IACCSPT.t~,tf~illJ,.ctur(ng tnnyOroccc'~( 2QACCePT.P'c:c!recut,ming c{(ff<ccd{tu(cr'tot0'l].4nu:'cturir.- (n..'yprocccd.ggNOTflCC~CPtAOLE-Sc'on>(ncnts. gQBetll('tlttts: .C.Childs,StaffEngineerNclearPowerProductsApprovedby:((K.G.MCCaslan,Supervisor TestandEvaluation Laboratory TestConduct.by:IL.1<eweyC~j-.SeniorTe.t{tEvaluation EngineerTestardEva1uationLabo>atoryand'.PriorTes.TecItnician TestandEvaluation Laboratory OCT]]o7g ~\eTheFo."bo!a".~..pany TestReportho.TI1-103026AUG75SeismicYibb,ationTest,OTSpecific"H"Linelnstrullent'ionFo:<boror'oripany S0No73'I-55013 restedat-ActonEnvironmental Te"tingCorporation, Acton,tlass.Akeeeoeee ~teee.er$~SECHYPEV'('G~le.l;QQ(Q,ftS~I/el)f$e(er.y.rCCSPT.;.d r.,f~~>u..ctursng rtlniP.OCCC2QACCisPT.Pec:~r. rceeueyg/E"QACt".PT'V/ttgO;"-"T~~,,corrtccdu~~icr4teozt.lnu:cturinsnuy t,rocccd. NOT/(CCFPlROLE.St.c:luncnts. 5QRCt)'AttKS: rau~tJJsle1:<~/~on!C:rO )gl)L~Ol@cart'eeelceg.C.Ch>lds,StaffEngineerNclearPowerProductsTestConduct,by:>-)IL.HeweyC~/fSeniorTet3Evaluation EngineerTestandEvaluation Laboratory Approvedby:I/~n~K.G.McCaslan,Supervisor TestandEvaluation Laboratory I'PriorTes.TechnicianTestandEvaluation Laboratory OCT1Lo7gee s%e1lpC1INDEX1.0TestItems2.0TestObjective

3.0 Observations

&Conclusions 4.0SummaryofTestResults5.0TestProcedures

6.0 TestEquipment

7.0TestSequence8.0TestReportfromActonEnvironmental TestingCorporation Page1Page2Page3Page4Page17Page19Page2".AttachedLISTOFILLUSTRATIONS Photographs ofTestInstruments andTestFixtureSeismicAcce1erationTestLevelsInstrument TestSetupsPhotographs 1&2FigureNo.1DrawingNos.1thru7 ' ~I~yves1.0TestItemsThetestitemswereasfollows:.23Instrument M/62H-4E-OJ M/67HTG-OJ l1/610AT-OI ~StleCCCSerialNo.294302429430313086130Controller Auxiliary StationPowerSupplyWeieht10lbs.9lbs.6lbs.Note:Thiswasaspecially modifiedunit,manufactured perECEP8262p45678M/66AT-OJ M/63U-BT-OJER M/66BT-2J M/EH4-0EBDNAM/6403HF-OJ Note:Thiswasaspecially 3091846modifiedunit,294300831038513005446NARecordermanufactured perECEP8847Sq.RootConverter AlarmCurrentRepeater.Shelf30lbs.9lbs.8lbs.3lbs.1.1Instrument Weiht8CenterofGravitCenterofGravitIn.)Item1235678Weihtlbs.109630983NA~Heiht25/8"31/8"25/8"21/8"21/2"23/4"25/8"Width11/8"11/4"11/4"23/4"1"11/8"1"Len<eth12II)2II51/2"107/8"105/8"75/8"8IINote:Heightmeasuredfrombaseofinstrument, Widthmeasuredfromleftsidewhenfacingfrontofinstrument andLengthmeasuredfromfrontplate.er~"rt~rsrer\~I~h,ly~~ e ~~~~~~~(2)~M)2.0~T<<Ob'odetermine iftheinstruments listedunderTestItemsperformperAcceptance CriteriaofBechtelSpecification 0000-J820, Rev.0,dated9/74whentestedinaccordance withFoxboroTestProramforaSeismicVibration ualification TestofSecific"H"LineInstrumentation, Rev.2,datedApri7,l975andapprovedbyBechtelCorporation underNo.6600tl2204-AC-027-5C.~k~~v'A4"'~,rI~8Ille,~~~lir>'S,~esq~~'~~.~4I~~ I~~s~)3.0Cbservations 5Conclusions Withthexception ofM/6403H-f-OJ, StyleC,Recorder, alloftheinstru-mntslistedinSction1.01'estItemsoperatedwithintheirratedaccuracybothduriingandai'terallrcsonncesearchandrandomtestsandperformed withinthecceptance criteriastatedinTestObiectiv=. Thelargestcalibration shiftsaftereachtestoroutputshiftduringeachtestfortheM/668CurrentRepeat"r, M/67HTGAuxiliary StationaridM/62HController werelessthan0.2%.Also,theoutputcurrentofd/ptrans-mittersuppliedbytheM/610PowerSupplychanged<0.2%duringanytesi.ThM/66A'q.RootConvertrandM/63UAlarmcalibration shiftsaftereachtestwerelessthan1.04.Theoutputshiftsduringeachtestalsowerelessthan1.0%.TheM/6ifHRecorderhadcalibration shiftsaftereachtestofgreaterthanitsratedaccuracynf'-0.6",.withmaximumshiftsof2.8%,2.5%and1.Q/forthegreen,redandbluepens,respectively duringanyonetest.Howev"r,themajorityofthecalibration shiftswerelessthan0.5/(seeSectionS.7).Thepentensiononallthreepenschangedduringeachtestcausingthepe..stoliftfromthepaper.Thetensionwasreadjusted aftereachtestbeforecalibration datacouldbetaken.Twoscrews(P/NX0115CM)whichholdthechartdrivemotorassemblytoth=motormountingplatewerefoundlooseduringthetests.Thiscausedthechartdrivetobecomeinoprative,Neitherscrewhadlockinghardware. ~,i~~~,'I.iQ1'I~

I~I,I>>>>aa~~(4)4.0SummarofTestResultsNote:Allcalibration shiftsaftereachparticular testarereferenced todatatakenbeforeeachtestandalldataarelistedinorderoftesting.4.1H/62H-4E-OJ Controller BatedAccuracy: 0.5%4.1.1Resonance SearchPlane50%PointShift>>>>i>>TI100%50'e0Calibration ShiftsAfterTest,%VerticalSide-to-Side Front-to-Back <0.1<0.1<0.1+0.1-0.1+0.1<0.1<0.1-0.2<0.1<0.1+0.14.1.2RandomTestsPlane50%PointShiftDurinTestCalibration ShiftsAfterTest,%0%50%100%Five1/2SSE'sVertical/Horizontal (Back-to-Front) Five1/2SSE'sVertical/Horizontal (Front-to-Back) Five1/2SSE'sVertical/Horizontal (Right-to-Left) Five1/2SSE'sVerti.cal/Hori zontal-(Left-to-Right)OneSSEVertical/ Horizontal (Back-to-Front) -0.2+0.1<0.1<0.1<0.1-0.2<0.1<0.1<0.1<0.1-0.2<0.1<0.1<0.1<0.1-0.2<0.1<0.1<0.1<0.1r>>I>>>>t~I>>>>0>>~~a~aa>>~I>>1~~~>>>>' lge~'p~~~(5)4.0SummarofTestResults(Cont.)4.IH/62H-4E-OJ Controller (Cont.)4.1.2RandomTests(Cont.)Plane50%PointShiftDurinTest,%100%0'0%Calibration "ShiftsAfterTests,%OneSSEVertical/ Horizontal (Front-to-Back) OneSSEVertical/ Horizontal (Right-to-Left) OneSSEVertical/ Horizontal (Left-to-Right) +0.1+0.1-0.1+0.1<0.1<0.1<0.1<O.1+0.1<0.1<0.1<0.14.1.3CommentDuringallresonantsearchandrandomteststheinternalforcebalancepowersupplyoftheN/62HController wassupplying aE13d/ptransmitter. Thetransmitter currentchangedlessthan0.1%duringanyonetest.0<4.2H66AT-OJS.RootConverter RatedAccuracy: aboue50%output25to50%outputZOt'o25%outputhelotZ0%output+0.5%+0.75%+l.0%o+3'%4.2.1Resonance SearchPlane70%-Point-Shift-TCalibration Shifts-After-Tests; -%0%50%00VerticalSide-to-Side Front-to-Back <0.1<0.1<0.1+0.5-0.2-1.0<0.1<0.1<0.1-0.1+0.2<0.1~f~S~'I'aa~~s~e"".i,~.~'r~I~eIl,~ 1aa~C4.0SummarofTestResults(Cont.)oL4.2tl66AT-OJS.RootConverter (Cont.)4.2.2RandomTestsPlane70%PointShiftl<<,KCalibration ShiftsAfterTest00%100"Five1/2SSE'sVertical/Horizonta1(Back-to-Front) Five1/2SSE'sVertical/Horizontal(Front-to-Back) Five1/2SSE'sVertical/Horizontal(Right-to-Left) Five1/2SSE'sVertica1/Horizonta1(Left-to-Right)<0.1<0.1<0.1<0.1+0.5-0.3-0.3+0.5<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1OneSSEVertical/ Horizontal (Back-to-Front) <0.1+03'01<0.1OneSSEVertical/ Horizontal(Front-to-Back) <0.1-0.8<0.1,'<0.1OneSSEVertical/ Horizontal (Right-to-Left) OneSSEVertical/ Morizontal (Left-to-Right) <0.1<0.1+0.7-0.7<0.1<0.1<0.1<0.1(g~,a~II~e~ea~~I f(7)4.0SummarofTestResults(Cont.)4.3H/66BT-2J CurrentReeaterBafedACCTaCy:0.5/e4.3.1Resonance SearchPlane50/PointShift~tliT,C50%0%Calibration ShiftAfterTest,%100~VerticalSide-to-Side Front-to-Back <0.1<0.1<0.1<0.1<0.1<0~1<0.1<0.1<0.1<0.1<0,1<0.14.3.2.RandomTestsPlane50%PointShiftDoiot0%50/100/Calibration ShiftAfterTestFive1/2SSE'Vertical/Horizontal (Back-to-Front) <0.1<0.1+0.1<0.1Five1/2SSE's.Vertical/Horizontal (Front-to-Back) Five1/2SSE'Vertical/Horizontal(Right-to-Left)Five1/2SSE'sVertical/Horizonta1(Left-to-Right )OneSSEVertical/ Horizontal (Back:to-Front) OneSSEVertical/ Horizontal (Front-to-Back) <0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0~1<0.1<0.1<0.1ff.~"~I~~N,~~I

4.0SummmarofTestResults(Cont.)4.3t1/66BT-2J CurrentReeater(Cont.)4.3.2RandomTests(Cont.)Plane50%PointShriftDurinTest,%50%l00"0%Calibration ShiftsAfterTestOneSSEVertical/ Horizontal (Right-to-Left) OneSSEVertical/ Horizontal (Left-to-Right) <0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.14.4t167HTG-OJAuxi11arStationRatedAccuracy: 0.Si".4.4.1Resonance SearchPlane50/PointShift~rir,l50%0'eCalibrationShiftsAfterTest100%VerticalSide-to-Side Front-to-Back <0.1<0.1<0.1<0.1<0.1+0.2<0.1<0.1<0.1<0.1<0.1<0.14.4.2RandomTestsPlane50/PointShift~ri<<.rCalibration ShiftsAfterTest50%'l00%0'jra~rfive1/2SSE'sVertical/Horizontal (Back-to-Front) Five1/2SSE'sVertical/Horizontal (front-to-Back) )~r+0.1+0.1<0.1<0.1<0.1<0.1<0.11IIrr1rI~

~&~ya0'e4.0SuomarofTestResultsCont.4.4M/67HTG-OJ AuxiliarStation(Cont.)4.4.2RandomTests(Cont.)P'Iane501PointShift~0iT50100%0%Calibration ShiftsAfterTest,%Five1/2SSE'sVertical/Horizontal(Right-to-Left) Five1/2SSE'sVertical/Horizontal (Left-to-Right) .OneSSEVertical/ Horizontal (Back-to-Front) OneSSEVertical/ Horizontal (Front-io-Back) OneSSEVertical/ Horizontal (Right-to-Left) OneSSEVertical/Horizontal. (Left-to-Right) P7-GHAT4.5M63U-BT-OJER AlarmRatedAccuracy: 2$4.5.1Resonance Search"<0.1+0.2+0.1+0.1+0.1+O.1<0.1<0.1<O.1<0.1<0.1<O.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1<0.1Calibration ShiftAfterTestPlaneLowAlarmGreen0~505~100HighAlarm(Red)05VerticalSide-to-Side Front-to-Back +0.6<0.1-O.1<0.1-0.2+0,5<0.1<0.1<0.1<0:1-0.3+0.4<0.1-0.3+0.2<0.1-0.8<0.15~~~~ ~~~eI'(10)4.5M63U-BT-OJER Alarm(Cont.)4.5.1Resonance Search(Cont.)4.5.2RandomTestsCalibration ShiftAfterTestHihAlarmowarm50ll1005505Ole100~Plane0%Five1/2SSE'sVertical/Horizontal (Back-to-Front) ~five1/2SSE'sVertical/Horizontal(Front-to-Back) +0.3+0.3-0.3-0.6+0.1+0.3<0.1-0.3-0.2,+0,5-0.4-0.3Five1/2SSE'sVertical/Horizontal (Right-to-Left) <O.1I+0.4+0.1<0.1-0.2+0.4Five1/2SSE'sVertical/Horizontal (Left-to-Right) +0.2OneSSEVertical/ Horizontal (Back-to-Front) <O.l-0.1+0.4+0.5<0.1<0.1+0+0.2-0.3-0.3-0.1OneSSEVertical/ Horizontal (Front-to-Back) +0.2-0.3-0.4+0.3-0.3+0.2OneSSEVertical/ Horizonta1(Right-to-Left) OneSSEVertical/ Horizontal (Left-to-Right) -0.6<0.1+0.6-0.1<0.1-0.3+0,4+0.3-0.6+0.3<0.1<0.1~~s~\~%~s~~t,pr~~eOuringallteststhelowandhighsetpointsweresetat49and51%,rspectively. Theinputwasat50/andbothoutputsweremonitored withequipment capableofdetecting 100usopeningsorclosures. Noclosure,openingorchattering ofeitheralarmoccurredduringanyresonance searchtest. ~4e~~~~4I44.0SummarofTestResults(Cont.)I.I~III-I-IIIIAI(II.i4.5.2RandomTests(Cont.)Duringallteststhelowandhighsetpointsweresetat49and51%,respectively. Theinputwasat50%andbothoutputsweremonitored withequipment capableofdetecting 100usopeningsorclosures. Noclosure,openingorchattering eitheralarmoccurredduringanyrandomtest.Q46M/610AT-OI PowerSuool.vRatedAccuracy: NotAppHcable Note:TheM/610wassupplying ad/ptransmitter (tosimulatenormaluse)duringa>>tests.Thecurrentoutputwasmonitoredthroughout alltests.(SeeFigureNo.4)4.6.1Resonance SearchPlaneVerticalSide-to-Side Front-to-Back 4.6.2RandomTests12mAOutputShiftDurinTest,/<0.2<0.2<0.2PlaneFive1/2SSE'Vertical/ Horizontal (Back-to-Front) 12mAOutputShiftDurinTest,%<0.2Five1/2SSE'sVertical/Horizontal (Front-to-Back) Five1/2SSE'sVertical/Horizontal(Right-to-Left)Five1/2SSE'sVertical/Horizontal (Left-to-Right) <0.2<0.2<0.2I'4~444IIad

~e~~~~e4.0SummarofTestResults(Cont.)o4.6M610AT-OIPowerSu1(Cont.)4.6.2RandomTests(Cont.)OneSSEVertical/ Horizontal (Back-to-Front) OneSSEVertical/ Horizontal (Front-to-Back) OneSSEVertical/ Horizontal (Right-to-Left) OneSSEVertical/ Horizontal (Left-to-Right) 12mAOutputShiftDurinTest<0.2<0.2<0.2<0.2.4.7M/6403H-F-OJ RecorderRabedAccuracy: 0.5R4.7.1Resonance Search4.7.1.1GreenPenCalibration ShiftsAfterTest,APlaneVertica1Side-to-Si de,Front-to-Back 0/o+0.3-0.2<0.150%+0.1-0.5<0.1100K-0.9+0.7<0.14.7.l.2RedPenVerticalSide-to-SideFront-to-Back -1.0+0.7+0.1-0,4-0.2<0.1-1.0+0.7-0.5~~rr~~r4~~l4g~~~e~~

I~~~~C~~I(13)4.0SummarofTestResults(Cont.)4.7M/6403H-F-OJ Recorder(Cont.)4.7.1Resonance Search(Cont.)Calibration ShiftAfterTest,%4.7.1.3BluePenVerticalSide-to-Side Front-to-Back 0%-0.2+0.1-0.2lofr-0.3-0.9<O.l+0.4<0.1-0.34.7.2RandomTests4.7.2.1GreenPenPlaneFive1/2SSE'sVertical/Horizontal (Back-to-Front) Five1/2SSE'sVertical/Horizontal (Front-to-Back) Five1/2SSE'Vertical/Horizonta1r(Right-to-Left) Five1/2SSE'sVertica1/Horizonta1(Left-to-Right) OneSSEVertical/ Horizontal (Back-to-Front) 0'/+2.7-2.8<0.1<0.1-0.1Calibration ShiftsAfterTest%%d50/o+0.3+0.2l00%+2.0-1.2+0.2+0.4-0.2ry~r1AwOneSSEVertical/ Horizontal (Front-to-Back) OneSSEVertical/ Horizontal Right-to-Left) OneSSEVertical/ Horizontal (Left-to-Right) +0.2-0.2-0.3+0.2+0.1-0.4~rr-0.1+0.1-0.2rrr~a~~

~~I~\I%~'~~IS(14)4.0SummarofTestResults(Cont.)4.7N6403H-F-OJ Recorder(Cont.)4.7.2RandomTests(Cont.)4.7.2.2RedPen~:PlaneFive1/2SSE'sVertical/Horizontal (Back-to-Front) Five1/2SSE'sVertical/Horizontal (Front-to-Back) Five1/2SSE'sVertical/Horizontal(Right-to-Left) Five1/2SSE'sVertical/Horizontal (Left-to-Right) -0.1+1.6+l.9+0.4Calibration ShiftsAfterTest,A50%+0.2+1.2+2,1+1.0100%+1,00.1+2.1+0.5OneSSEVertical/ Horizontal .~,=';,(Back-to-Front) OneSSEVertical/ Horizontal {Front-to-Back) OneSSEVertical/ Horizontal (Right-to-Left)OneSSEVertical/ Horizonta1{Left-to-Right) +0.1+0.5+2.2+0.2+0.6+0.2+2.5+0.4+0.3+0.1'2.5-0.1JIII~,,~I'K~'K~~III~J~r',I~JIIKrIJuc4

la~<~4.0SummarofTestResults(Cont.)..eJ4.7H6403H-F-OJ Recorder(Cont.)4.7.2RandomTests(Cont.)4.7.2.3BluePenPlaneOloCalibration ShiftsAfterTest,%50I1001Five1/2SSE'sVertical/Horizontal (Back-to-Front) Five1/2SSE'sVertical/Horizontal (Front-to-Back) Five1/2SSE'Vertical/Horizontal(Right-to-Left) Five1/2SSE's~Vertical/Horizontal (Left-to-Right) OneSSEVertical/ Horizontal (Back-to-Front) OneSSEVertical/ Horizontal (Front-to-Back) OneSSEVertical/ <<i:.Horizontal (Right-to-Left) OneSSEVertical/ Horizontal (Left-to-Right) +1.5+O.1-0.3+0.2-0.2+0.5-0.3-0.1+1,3I<0.1-0.2+0.2-0.3+0.3+0.1-Of2+1.8<0.1<0.1+0.1-0.1+0.3+0.2-0.1~,l~)~~~~'~'arff'rlal,fIl*~~lI~r~f~Ill~Ille~~=~~tf%I%Vl:,ec~f~ h~tt~~(16)SummarofTestResults(Cont.)4.7tl/6403H-F-OJ Recorder(Cont.)4.7.3Comments1.Aftereachrandomtestitwasnecessary toreadjustthepentensiononallthreepens.2.AfterTestNo.4(five1/2SSE'sinthehorizontal back-to-frontplane)twoscrews(P/NX0116CM)whichholdthechartdrivemotorassemblytothemotormountingplatewerefoundlooseandrattlingnearthefrontdoorandcausedthechartdrivetobecomeinoperative. ~t~I~II~I~r(,~I~tI~I"r'II'h~r 4~~1~~>e~'g~5.0TestProcedure 5.1.1Rack-Mounted UnitsTheunitsweremountedinatestfixturewhichsimulates normalrackinstallation (seePhotograph Ho.1).Thefrontterminalplatesoftheunitsweresecuredtothetestfixturebyscrewsthroughtheholesprovided. Atapointapproximately threequartersofthedistancefromthefrontterminalplatetotherearofeachinstrument, supportsaboveandbelowtheunitswereinstalled tolimitverticalmovement. Thisrearretention simulates theuseofUnistrutinpresentrackinstallation. 5.1.2Shelf-Mounted UnitsThefour-unit shelfwasmountedinatestfixturesecuredfrontandrearbynormalinstallation means.Threeadditional seismicmodifications weremadetothestandardEHshelfforthistest.Thefirstmodificationwastheadditionofaretention barwithspringloadedclipsmountedtowardstherearoftheshelftominimizeverti-calmovementoftheinstalled units(seePhotograph Nos.1&2).Thesecondmodification wastheadditionofspringloadedclipstotheprimarytophorizontal memberoftheshelf,againtolimittheverticalmotionoftheinstruments. Thethirdmodification wastheadditionofpawlmechanisms (seePhotograph No.2)whichareactuatedbyscrewsbelowthefrontplateofeachinstrument. Eachscrewrotatesapawlwhichengagesaslotinthebottomofeachinstrument housingtoassurethattheinstruments willremainintheshelfduringaseismicevent,5.2TestMonitorin 'heinstruments wereoperational duringalltests.Calibrations weremadebeforeandaftereachtestandeachoutputwasmonitor>..d duringalltests.'hetestsetupswereasinDrawingNos.1through7.I5.3Resonance SurveAresonance searchatoneoctaveperminuteusingasinusoidal inputof0.3gatfrequencies of1through40Hzwasrunineachofthethreemajor,perpendicular axes.15.4RandomTestTherandominputwassimultaneous biaxial,performed inthehorizontal Aandverticaldirections andinthehorizontal 8andverticaldirections. Thetestfixturewasthenrotated180'romtheoriginaldirection and'.-bothhorizontal/vertical components wereequalandresultedinaTRSwhich'enveloped thecurvesofFigureHo.l. ~~5.4RandomTest(Cont.)Thetestdurationwas30secondsforeachbiaxialtest.Thefrequency rangewasfrom1to40Hz.Five1/2SSEtestsineachof.thefourplanespreceeded oneSSEineachofthefourplanes.tI~I>>I~~(I~h,~~'IIr~>>yr(t%'~~~((>>(1a(a'\~~~q',$(l(",

i'~a'aiee~e~~~a(19)6.ili~i1tode1SerialNo.DateCa1ibratedNextCa1>brationDate"--'-=-EDCCurrentSourceCR-100t77772/21/78-8/21/78BrushRecorderHark28015-6327-10 7797/26/747/26/75BrushRecorderHarkEEHewlettPackard4ChannelRecorderRD-2521-00 1107754A1135A00104 6,'l5/752/17/753/768/17/75Fairchild DigitalHultimeter EDCVoltageSourceEDCVoltageSource7000AHV-105HV-105112251184785."/755)/c'.3/75 4/7/758/7512/23/754/7/76~)~aIa~~II1~a~~i~;r~s ~~~~(2O)y4;>0~hhTestHo1235678910llResonance SearchResonance SearchResonance SearchRandomTest(Five1/2RandomTest(Five1/2RandomTestFive1/2RandomTestFive1/2RandomTest(OneFullRandomTest(OneFullRandomTest{OneFullRandomTestOneFullSSE's)SSE's)SSE's)SSE's)SSE)SSE)SSE)SSE)PlaneVerticalSide-to-Side Front-to-Back Horizontal, Back-to-Front Horizontal, Front-to-Back Horizontal, Right-to-Left Horizontal, Left-to-Right Horizontal, Back-to-Front -Horizontal, Front-to-Back Horizontal, Right-to-Left Horizontal, Left-to-Right w~y~~h=~h~I4~g~~wh~~y~~Iq"~l>>w*y'Ih.wf~y~~hh.I,~I,~~hI'II,~w'h.-yIlhy~4.wyy!ay,

I~~~~II'~I~DrawingNo.1EDCCURRENTSOURCEINPUT4-20mAH/66BT-2J STYLEDCURRENT250AREPEATEROUTPUTRECORDER~~II~Iy'~~W'll,I~I~III~I~I'~S~I"~.I~~

a~~DrawingNo.2EDCCURRENTSOURCE4-20mAINPUTALARMALARM263U-BT-PgER ALARM1STYLEBl100usRELAYCHATTERING MONITOR~~'I~~~'~~~~8g+'f',5j ~~~tIDrawingNo.367HTG-OJSTYLECSSTPOINT~AUX.STATION250l.RECORDERI>>,IE>>>>IIIt>>I~~'tttr)>>~~hll1ett1AtIIII~rI~~~<<I(+ht

~~~IDrawingNo.4610AT-OISTYLECPOWERSUPPLYr'"X~d/p250nRECORDER ~~~IDrawingNo.5EDCCURRENTSOURCE4-20mAINPUT66AT-OJSTYLEESQUAREROOTCONVERTER 250OUTPUTRECORDER~y,.1*'"~hif(t,'>>s'~~~iIr"5~~,~4~I~Ir>~~y 4~~DrawingNo.6INPUTBLUEPENN/6430H-F-OJ ~$EDGECURRENTSOURCE4-20NAREDPENGREENPEHSTYLEA3-PENRECORDER~i'7'b~~,1l,g(~I4~Ij1gtia\1%~I1hI~~~~1$~~'~'~I,~~.

~IDra>zingNo.7d/pRECORDER<,2500LOCALS.P.62H-4E-OJ StyleCCONTROLLER 250@IRECORDER4~K~~f~rJ~~ ti<<I"5I~IOII~2I~e~<<~e;'.1~'~II1!I~I~1~I"II~II~~II~~II~'LtI~IsIItT'g:ate~fI"It!IIg'lrgI~~l,le'IIisI':11as.ii~I~~I.'~I'II~IiIpeg!.I,,~1i~~er~!l~lIIIIaIII'~a\'I'eIIIj'elI1~tla~1I':~aI~sitttislIIia~ia~1'i.aaa~agsaoavooe~le~g,i,i~a~leiIeI~<<II~!.II~<<4~'iia~I~'ili~.I~~II~I~'a~alIa!.11eJssit!~'II~sI~e~1aI~~IIi~IlI-'}-!~gIl4'~IIII.I!lt11~!1~,IelIsalIeI~~'~Ig~II~1~I'1.0'eAvCe~IiIii'1I.s!11~I~~IFigureHo.1\-<<4'~-~IAcceleration ResponseSpectrumTakenfromHechtelSpecification 6600-C-2102 Figure10Damping-2%Elevation -386'ate7/22/75II~~~Ii~I'.iIi~a'1'I'!1!l!j~I'Inir.~\~II~I~I",;II~~I'lIIg~tJI.I~'gila~t~.'.I'I.1Il:,tiilis'I"I~ieii,'iaIellI;~~tI~IjiI,I'I'!'i,Ilgsa~ttIt~lFullSSE(Fig.10x1.5).'L.st!~gila~Iil'Ie1~eel~\TI~t~I'I~'ileli1T.g~I'iIeIItaII~~"~~s~I!I~'IlItIa'Iis!aI~I,!tIj.",IjI~aatI~II~I~j.Itst~~la.~iI~II.~ilI~~t!~isII.Ij',.'}1!:I~ef,'I'ia~1li',a1/2SEl~ea<<1ala1!I~IeI~eI!Iis~I+--T~j~eIel~tssI~a1~~!e1<<I~<<t'iaeat,,1st'it'ill"I~eI~aI~!",}~~'Its~a~I~~-~I'~!<<,~IIIe.'ll;III'~!~t'itITe!a!I'~I;IIs!~'Ie~sggI~~!I~I~I~iII'!<<~I~I~a10Freauency (ft~'4V~eat+Vyy+()~IeIII~,tg~I~14~I~JI.II~I~~~I~~~~i~~'Iii;II'al~i~~II~Ieg~iIiaI,~l.ie'le:I~iJi'1',IiIjaiI~J~J'A"rt-~!~I"'1'Iee1~I<<~1~~iglI1'aiI.~e,I'~~~I'~I~I~~~i,li~~~~Ie'I,,I'llaig~,~~eg~~;I~~~I~~~'~I100

~~~~Photograph No.1FrontViewofTestFixtureandInstruments Tested4*rI'E~~t5:j4>p'i4'b)-j-,):,"-. 0QO>~II;I~I~C>lT~~pic+I~<<1>444>~~i1~I'444w4tI>'.140It.t'>44"J~,p,.)t>lRearViewof'estfixtureandInstruments Tested~I~I~CICEP,tSe"~~>-Stt+0V~~y,t'~>t4.,44np,"-~4MMtfk~~'t'I: "RAu'~t'~i;4'-~4'.>~~'tt4I4.4I444~~4>,t4~H>t>.~I*~'4~) 0~II~l~~Photograph No.21>>~CornerViewof"H"LineShelfVerticalRestraint Bracket~ll>>j:.'l'III~~IIll.qadiIllIII~~I~.I>>If"g'LIIn.'.'.'th.q.~QPAAIFrontViewShowingLatchLockingMechanism for"H"Lin>>DisplayInstruments Pri>j*~VIPlfjig~II\IIIIP~~~~"~IPIlIIjII~>>lP~~PP

g~~,~~n~TheFoxboroCompanyAddendumtoTestReportHo.T4-10309SEPT75SeismicVibrationTestof.M/64HRrderand~/63UAlarm87-Testedat-ActonEnvironmental TestingCorporation, Acton,Mass.\eviewedby:J.C.ChildsStaffEngineerHuclearPowerProductsApoedy:-K.G.McCasland, Supervisor Test5Evaluation Laboratory TestCoctedb:L.W.eSeniorTestE=Evaluation Engineer=---Test5Evaluation Laboratory OCTgtg7g~K~aI'a~"*I>>'-a~ 1.0TestItems2.0TestObjective

3.0 TestResultsandConclusions

4.0TestProcedure

5.0 TestEquipment

6.0TestLevelPage1Page2Page3Page4Page5FiqureNo.1IIJ1~~ ~5I~~1.0TestItemsInstrument H/6430HF-OJ N/6420)IF-OJ H/63U-BT-OJER ~StleStyleAStyleBStyleBRecorderRecorderRecorderSerialNo.309184629430333103851-S1e~I~rl,LI<i'AE~j~p <<4v~'02.0~0b'ective Determine ifthemodifiedtl/64Recorderchartdrivefunctions properlyandremainsattachedtothemotormountingplateduringfourfullSSE'sasnotedonFigureNo.l.InitialtestsT4-1030,dated26AUG75,indicatedthatthechartdriveassemblybecameinoperative becausetwoscrewsholdingthemotorassemblytothemotormountingplatebecameloose.t1odifications tothechartdriveassemblies ofthetwoth/64HRecorders wereasfollows:l.UnitSerialNumbered3091846hadLoctite@242appliedtothetwoscrewsattaching thechartdriveassemblytothemotormountingplate.2.UnitSerialNumbered2943033hadlockwashers addedtothetwoscrewsattaching thechartdriveassemblytothemotormountingplate.Also,steptheinputoftheN/63UAlarmandmonitortheoutputstoassureproperoperation duringseismictests.1h~I~'~~e,~~>~~eei~h~41~~iitbr',~~' sfIc,~~I'l-3-3.0TestResultsandConclusions ThechartdrivesofbothN/64HRecorders remainedoperational duringalltests.TheH/63UAlarmoperatedproperlywhensteppedduringalltests.BoththeN.O.andN.C.contactsofeachalarmoutputweremonitored andoperatedproperlyduringeachtest.~'I~~,'>~~'II'~'6~tgfsgl ~I,g~~V44.0TestProcedures 4.1M/64HRecorders Thetworecorders weremountedinafour-unit shelfwhich,inturr;,wasmountedinatestfixturesecuredfrontandrearbynormalinstallation means.Threeadditional seismicmodifications weremadetothestandardEHshelfforthistest.Thefirstmodification wastheadditionofaretention barwithspring-loaded clipsmountedtowardstherearoftheshelftomini-mizeverticalmovementoftheinstalled units.Thesecondmodi-ficationwastheadditionofspring-loaded clipstotheprimarytophorizontal memberoftheshelf,againtolimittheverticalmotionoftheinstruments. Thethirdmodification wastheadditionofpawlmechanisms whichareactuatedbyscrewsbelowihefrontplateofeachinstrument. Eachscrewrotatesapawlwhichengagesaslotinthebottomofeachinstrument housingtoassurethattheinstruments willremainintheshelfduringaseismicevent.4.2M63UAlarm4,3Thisunitwasmountedinatestfixturewhichsimulates normalrackinstallation. Thefrontterminalplateoftheunitwassecuredtothetestfixturebyscrewsthroughtheholesprovided. Atapointapproximately threequartersofthedistancefromthefrontterminalplatetotherearofeachinstrument, supports'above andbelowtheunitswereinstalled tolimitverticalmovement. Thisrearretention simulates theuseofUnistruPinpresentrackinstallation. TestMonitorin 4,4'P.~~IITheM/64HRecorderchartdrivewasoperational duringalltests.Checksweremadetodetermine ifthechartdrivewasoperational before,duringandaftereachtest,TheM/63UAlarmwassteppedduringalltests.Theoutputwasmoni-toredwithequipment capableofdetecting 100usopeningsorclosings. RandomTestTherandominputwassimultaneous biaxial,performed inthehorizontal Aandverticaldirections andinthehorizontal Bandverticaldirections. Thetestfixturewasthenrotated180'romtheoriginaldirection andbothhorizontal/vertical directions runagain.Themagnitude ofthehorizontal andverticalcomponents wereequalandresu'ited inaTRSwhichenveloped thefullSSEcurveofFigureNo.1.Thetestdurationwas30secondsforeachbiaxialtest.Thefrequency rangewasfrom1to40Hz.OneSSEineachofthefourplaneswastested.tIIqk 5.4~TEDescriotion EDCCurrentHewlettPackard4-ChannelRecorderl~iodelCR1007754ASerialNumber47171135A00104 DateCalibrated8/19/758/75Ca1i',';ionHatrix,FalseContactmonitor202D310Cal.Interval6r.'.o.;.'554I(Ie5~~54~a~(5PyaEe

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a~<vrrIVlICOSIiIroirrr640IF,~1trFVACHhSEA WCStUIghauSCVIESTINOHOUSE OEHEAAIOAOEANO,AFPhAATVS SHOPOAOEANO.OAI-'lan5ARTIHOI(1r"n~d-QLLhcQLLa~"~ULQQSL~m~>~m~ 1h4i'i~~oodcondibion sn.ont;t;.h~-rhwruNriFI.">>risi,if..Earliertest:sshouteds'inbreaicaebutwit;h~dIiit;ionoft;efiontubin-und'ersrinmechanical lifewasr-at;l.e>:andedI,:i.feof0million.o>erat;ions ivascomoleted onaheavloadsrint;hat;is'uchst;ronierChanusedinnres<<en'oduct;ion. IvcIrn~0021ohmsndt;I:I'i>ws000ohr."c'.o-~t-}is';-:C',.ct;r""sf;incofstandrdont'4roland.r" lIlosoclO'I<<II~T.i~<:0'rami'vo~it'"'i:(asfoun1htcont',c-sfhno"nrru8onocurrntfor6mr'i's'i.ncudst;heoratioofII>dtumsisinj't;hout; cont;act; Irheels~I)rmi>>~i1OIi.MII'I':!glii~~i~tsv'v':g~~Z"I'O~IQEhIIEIShTAVEhNOCOAAECTAECOADOFOhThOQThINEOFROMTESTSATTHEWESTINGHOUSE EI.ECTAIC COAFOAhTION. ~'I)IWOAKSOF5K~OI'~I'ACES'ICNEOr'I~P.a'>i.1VIuGENCINEEA P it1.L'.-.-'~:.'L"":stinghouse RelayInstrument DivisionIQ...IsL%~.>>.vV/ESTINGHOUSE RELAY-INSTRUMEN IDIVISIONPROTECTIVE RELAYSEISMICEVALUATION TESTPROGRAM--.I(,(,pt.5~iheWestinghouse Relay-Instrument DivisionProtective I<claySeismicEvaluation TestProgram,followsforthemostpart,thcguidclincs setforthintheIEEESTD-344,"GuideforSeismicQualification ol'ClassIElectrical Equipmcnt forNuclearPowerGenerating Stations." Eachtestisbasically conducted intwoparts.PartAofthetestconsistsofaresonance searchofthetestrelayandPartII,thedetermination ofitsmaximumseismicoperating fragility levelunderseismicvibration. Thcrcsonancc searchofarelayundertestisaccomplished byaoncoctavepcrminutesinusoidal waveswccpol'notlessthan0.2ginputlcvcloverafrcqucncy spanofI.5to35hertz.Anyobservedresonance ofthctestrelayisnotedbyolTfrequency stroboscopic inspection. Themaximumseismicoperating acceleration leveltestconsistsofapplyingsinebeatinputsatdiscretefrcqucncics inthreemu(ual)ypcrpcndicular axessimultaneously (east-west, north-south, andvertical). Thesediscretefrequencies aredctcrmincd bycomputeranalysissuchthatanyrelaytestsampleresonance isexcitedtoatleastI/2peakamplitude. Forasinebeatexcitation ofIOcycles/beat thcdiscretefrcqucncies of'1.25,l.7,2.25,3.2,4.25,5.9,8.0.II.I,I5.4,2I.25,294,and35arcappliedforassurance thatanynaturalresonance ofthetestspecimenwhichwouldalfcctitsfunctional capability vvouldbcdctccted. Ateachfrequency thcsineheatinputlevelinacceleration (g)isincreased untilthereisachangeinstateofanyol'thcmonitored relaycontacts. Thctestconsistsofaminimumof5sinebeatseachofl0cycles/beat withatleasta2-secondintervalbchveenbeatsasshowninExhibitI.Theinputacceleration isappliedata45-dcgrec angletotherelaymajorhorizontal axisandata56.3degreeangletothcverticalaxis.Thisprovidesaverticalforcexvhichis2/3ofthehorizontal forces.Avectordiagramofthcresultant lorcesisshownonthcseismiccapability curveI'oreachtyperelay.Afterthctestingofthespecimenhasbccncompleted withthcaboveorientation, therelayisrotatedI80'nthehorizontal planeandthefragility testsarcrepeated. Thisadditional parameter isbasedonthcIEEESTD.344-l973whichrecommends thatifthctestinputsinthetwoaxesareidentical andinphasethatthetestbercpcatcdwiththeinputsI80'utofphase.Thepurposeofthisnewtestistoinsurethatallmodesofcouplingwillbccxcitcdsincerelaysarcassymetrical duetotheirstructural characteristics. Thcresultant vectorswillthusexciteanytestrelayrcsonancc inthcI.Oto35Ilz.rangeinanyofthe3testplanes.Atninimumnf3relaysofeachpatticulartypemechanism selectedatrandomfrowncalibrated production rchysisusedtoestablish thcscisnticwithstand capability curveofthcprotcctivc relay.Thccapability curveforeachtyperelayisestablished bythelowest((g)Icvclpointsofanyo('herelaystested.AIinaltestrcportcapability curveismadeataslightlylowerIcvclthanthc'bovecstablishcd curvetoallowforthcnorntalmanufacturing contingcncics. Thestateoftheprotective relayundertestisinaccordance withitsnormalapplication. Foranormallycncrgizcd relay,thccurrentcircuitsarcenergized at75%oftheirratingandpotential circuitsareencrgizcd atl00%.Asanexample.atypeCO-8ovcrcurrcnt relaywithatapsettingof8ampswillbecnergizcd with6ampsACinitscurrentcircuit.Allcriticalcontactsincluding auxiliary elementsnortnally furnished inthetestrelay(ICS,IIT)arcmonitored byatimingcircuittodctcctandmeasurechangesinstatusofsuchcontacts. Thclossoffunctioncriterion forthcrelaytestprogramisach'angeofstatusol'anycriticalrelaycontactforadurationoftwomilliseconds orgreaterandIOmilliseconds orgrcatcr.Inordertoestablish positivedocumentation as(othccapability ofeachrelaytypeunderscisrnicvibration tcs(ing.itisnecessary totesttherelayunderatleasttwoofthefollowing threemodesofoperation: (I)itsnormalnon-operating modeenergized atacurrentandorvoltagelevelwhichdocsnotcauseitsoperation (quiescent) (2)thcrelayfunctional changetoanoperatemodeduringthesinebeattestwhcrcthccu'rrcnt, voltageordifcrcntial changeisapplied,depcndcnt ontherelayundertest,forascer(jinment oftheproperfunctional operation ofthcrelayinaseismiccnvironmcnt and(3)theoperatemode,ifapplicable, suchasalatchingauxiliary relay.ExhibitIIisacomprchcnsive listofthctestequipment usedinthcprotective relayseismictestprogram.FigureIisacloseupvicivofthcrelaymountingtestfixtureattachedtothcUnholtz-Dickie Model6"Shaker.Thehorizontal andverticalaccelcromcters arcshoivnrigidlymountedtothetestfixtureadjacenttothctestrelaysoastoaccurately dctcrmine andrecordthctypeandamplitude ofthevibration appliedtotherelaymountingsurface.Figurc2showsthetestcontrolandmonitoring cquipmcnt. Aspeciallightweight, yetruggedrelaymountingfixturewasdesignedtoobtaintheminimumdistortion ofanyvibration sequenceappliedbythcshakershal'tandtoaccommodate testingofthemanysizesandtypesof.relaycases.Thcrelaymountingfixtureivillpermit,withtheuseofadapterplates,theapplication ofvibration inatleast(7)directions withrcspccttothetestrelay.Thesinebeatmethodlendsitselftothcseismicfragility testingofprotective relays.Thcprotective relayisarelatively smallcoinplexmechanical assemblywhcrctherearcnoapparentmarkedpeakresonances sothatthclossoffunctionisamorccriticaldesignproblemthananobviousstrengthfailure.ltshouldbeapparentfrom'theabovetestprocedure thateachtypeofrelaymechanism issubjected toagreatmanytestsinordertodocumentitscapability underallmodesofoperation overthecriticalfrequency range.Thesinebeatmethodlimitsthcquasi.resonance build-upandavoidsexcessive fatigueinthecquipmcnt. Thistestprogram,therefore, shouldbcaccurateandadequateforthesatisfaction ofthercquircment forseisiniccapability documentation. Thisprogramisparticularly significant bccauscthctestedrelayssimulatetheactualelectrical conditions foritsnor(nalcnvironmcnt including allcomplemcn(ary devicessuchasindicating contactor switchand'ndicating instantaneous tripunitsoverthecompletefrequency spanofIto35Hz.Thctestingofindividual relaybasicmechanisms withouttheirnormalcomplements ivouldpresentinconclusive evidcnccofthescisrniccapability ofaprotcctivc relay.ExhibitIVis'acopyofDr.E.G.Fisher'streatiseontheSine'Beat Methodforseismicqualification ofclcctrical testequipmcnt. Thisrcportshouldclarifyanyquestions whichmayariser'cgarding our.sinebeatmethodoftesting.Tliistestprogramdescription PartI,coversthatportionof.thetestprogramwhichiscommontoallrelayseismictesting.Separatecapability curves,PartIIattached, are'issued foreachtypeofrelay.,TIMEBETWEENBEATSIOCYCLESPERBEATPEAKACCELERATION ONEBEAT5BEATSTOTALEXHIBITI-SINEBEATINPUTFORTESTING

Relay-Instrument DivisionSeismicProgramEXHIBITIITESTEQUIPMENT A.Shaker:Unholtz-Dickie Model6capableofgenerating 1000poundsofforcefromD.C.to1000Hz.AVitha6-inch.peak-to.peakstroke.II.FunctionGenerator: WavctckModel114andModel136whichgenerateallstandardwaveshapes aswellassinebeat.C.IsIotionSensing:ThrccUnholtz-Dickie accelerometcrs andamplifiers D.MotionI<ccording: ThreeEndevcoivIodel2954APeal'eading Meters.E.MountingFixture:IIVcstinghousc-designed fixturetopermittesting'ofrelaysinone,twoorthreedirections 'imultaneously andinphase.F.Timettlonitoring: IIVcstinghousc tirncmonitoring fixturefordetection ofcontactorcircuitstatuschange.'.l,,~'4!WCtljte.,ijPrTi,>>tL~ti~8'fq,I-.'(11.*.PII;.IIArtTSSI'"1"tfY',I1ij,-ACCELEROMFTERS .ir'r'Y1SIIAKER~li>1pe@IS',,~oRELAY*">>.t"TYPICALRELAY~~'.,-g>>j."'t'YFIXTURESKISMICTESTIHGs>)p>r>>I,','EIIER>>,j(,YI,.I 'ti>>ISCHALTORS>>AIlYIiPEAKRKAI'I.1~.1".AMPLIFQ..I,NSlIii~0~tlMXYXOaeC4.~,>>OIHG"IACCELERATIOH METERS*PACCELEROMETER AMPI.IFIERSSIIAKEREzt.t.IJ~I~t>>S>>I~'I1r'zxI~>>TY>>III,AYCk>>>>-'-'-T~':~~I1",L'iSIGHALGKHKRATOR COHTACTGAINCOHTRGLSoISCOHTINUITY TIYYKRtir>>J<~A.~L-,-~~>>St JtTT~,ES"4'>>>>C~~jsP+j+ggttrt.>>,giVpl+ <<g'I;.';>"~'-"-S~Afg~':)sjYP%4)t

MAXIMUMSEISMIC.OPERATING ACCELERATION tr~1096I-5h3O:30=Relayfragility exceeds,thetestequipment limit.NG-6Relay6"NO"5."NC".nontactsG2Prea.atwhich.contactswhicharenormally(Closed)withthecoil'energized), changestatefor'(lo)mill'seconds.. 02468.101214-161820.22FORCEAPPLIEDAT'REQUENCY-HERTZ 45'ORELAYMAJORHORIZ.AXESANDAT56.3~TOTHEMAJORVERTICALAXIS.242628303234'WESTINGHOUSE REI.AYINSTRUMENT DIVISIONENG.~+-'ATE: MAXIMUMSEISMICOPERATING ACCELERATION 107Iz0I-UJO03t4G-6Relay4."HO"52"HC"contacts05Preq.ati~hichcontac'ts i-hichare.normally(Closed)ariththecoil(Energized) changestatefor(2)milliseconds'. =Relayfragility exceeds=the testequipment limit.00246.810121416182022FORCEAPPLIEDATFREQUENCY-HERTZ 45'ORELAYMAJORHORIZ.AXESANDAT56.3~TOTHEMAJORVERTICALAXIS.242628303234WESTINGHOUSE RLAYINSTRUMENT DIVISIONENG.~DATE: /UP//'v6/arA)r"~tC/ay//,8//geFULLSEISMICCERTIFICATION FORTHEGINNASTATION.MOTORCONTROLCENTERSDESIGNATED 1Land'lM'NTRODUCTION A%)SUIQfARY*PAcomputer-aided analysishasbeenmadeofaType"<4"motor,controlcenter'which wasoriginally testedatHyleLaboratories, Huntsville ~AL,inOctober-1972 tomeetthese'ismicrequirements recommended byIEEEStd344-1971. Thesecalculations determined theacceleration g-levelsandtypeofmotionresponsethatwasexcited,,intheequipment byasimultaneous horizontal andverticalsinebeat\teoypfmotioninput(5cycibeat, 4%%ddamping). \Subsequently, asimilardynamicanalysiswasmadeofthe~equipment asmodifiedfortheGinnaStation,withattention 'focusedonthe,newpanelboard anddistribution transformers. "Hence,acomparison .canbemadeoftheoriginaltestresponsespectrumandtherequiredresponsespectrum(4%damping).for thisnewequipment application. Thewell-known "normalmode"methodwasusedtoevaluatebothPI'.multi-direction andmulti-frequency effectsasrecommended bythelatest(1975)revisionofIEEEStd344..Thecomparison ofinputresponse. spectra,aswellascorresponding g-levelssustained intheequipment, ~showsthattheoriginalfragility-level testspexformed atWyle1Laboratories werequite'severe(1.49grms)andcannowbeusedtofullyqualifytheGinnaStationequipment forthespecified seismicenvironment. COMPUTERMODELOFMOTORCONTROLCENTERFigure1showsacutawayphotograph ofthetypeofmotorcontrolcenterthatwastestedwithavarietyoftypicalcontroldevicesaccording to'he1971seismicstandard. Thecomputermodelwasbaseduponsimplestaticloadand"snap-back",vibration testsofasinglecabinet1, 0.Ceunit,whichwasbuiltupoutof-,actual structural members(channelandanglebeams,flatplates)usingthefiniteelementmethod,.The'inalfour-cabinet model,astested,wasassembled using4single-cabinet substructures (socalled"superelements" ).Thebasespringatta'chment wassubsequently ad)ustedsothatth'ecomputermodelhadnaturalfrequencies inagreement i~iththe1972prototype testvalues.Figure2showsaschematic diagramoftheoriginalTypeWequipment asmodifiedfortheGinnaStation.Specialattention waspaidtothemodelingofthepa'nelboard andthethree(75 lbeach}distribution transformers. Ingeneral,thenewassembly, was.madeupofacombination ofdifferent substructures basedupontheoriginalsinglecabinetasfollows:ThebaseremainedOriginalcabinet,exceptincreased to20in,deep.Originalcabinet,exceptreducedto14.5in.wide.(Usetwice)Originalcabinet,exceptaddedweightfortoppanelboard andfortransformers inthebottomthreedrawers.springattachments forboththeoriginalandthenewassemblies thesame,andwerenotpartofthe.substructuring. Thenaturalfrequencies andmodaleffective weightsdetermined fromthenormalmodeanalysisareshowninTableI,.'Theoriginalequipment assemblyasmodifiedfor,theGinnaStationhadsimilarmodalPfrequencies andmodaleffective weightssothattheseismictestresultsontheoriginalTypeWmotorcontrolcentercansafelybeappliedto'themodifiedequipment bymeansofthecomputer-aided dynamicanalysis. Ingeneral,onlythefirstthreenormalmodeswereintheseismicfrequency range(1to33Hz)andinadditioncouldbeeffectively excitedbythebasemotioninput.Thevertical(14th)normalmodeofvibration wasintroduced bythebasespringattachment inthecomputermodel,butiswell-above theseismicfrequency rangeandhaslittleinfluence onthefinalseismicresponseoftheequipment. ~~~~~~~~~~'I~~~~~~~~I~~~~~I~~~~~~~~~~~~~~1~~I.~~~~~~~~~~~~~~~~~~~ O.X.-dir(fronttorear)=.707(.56)0,4pgY-.dir(sidetoside)=.707(.56)~p,4pgZ-dir(vertical) =1'.ppp(.56)=p.5682ZPA(rms)=.56(.707)+(.707)+(l.p)'~p.'79gInthe3-dimensional computer-aided

analysis, ineachcoordinate direction, except,that'the'portioned asshownabove.theSSEspectrumisappliedordinatevaluesarepro-Figure3'alsoshowstheresponsespectrumforthe5cyc/beathorizontal direction inputatHyleLabduringtnequasi-resonance sinebeattestatthe8.5Hzmeasurednaturalfrequency intheequipment assembly.

Inaddition, thesimultaneous ver'tical direction inputwasCequaltotwo-thirds ofthesinglehorizontal component givingatotalvectorinputasfollows:'!'X-dir(fronttorear}=,.'707(1.35)~0,95gY-dir(sideto.side)~";707(1.35)=0.95g~IIZ-dir(vertical) '.667(0.95)=0.64gZPA(rms)=0.95(1)+(1)+(2/3)"~1.49g*'t"Theresonance searchspecified byIEEEStd344-1971indicated amajorresonance at8.5Hzand,asmuchas5-10%dampingmeasuredintheequipment atthemaximum1.49gsinebeatacceleration input.However,rthesubsequent couiparison ofequipment responsevalues-hasbeenmadeataonly4/damping,thelargestvalueappearing intherequiredresponsespectrasuppliedforthe'Ginna Station.1Inadditiontothetestat8.5Hz,similarquasi-resonance dwell-tests (5beatsat5cyc/beat} wereperformed atthesixmostsigni-,.ficantresonantfrequencies intheseismicrangefrom1to33Hz.ECorresponding g-levelinputandSDF(singledegreeoffreedom)responseareshowninTableII'

4TableII-RfSInputandSDFResponseFrequency Horizontal Vertica3.'-Level InputRHSg-LevelResponseax258.51720330.721.351.350.820.680.450.34,0.640'4"0.400.370.210.801.49~1.49'.910.770.50-6.912.912..97'.96.74.34.99.19.15.64.73.1Ingeneral,thecalculated SDFg-leveltestresponsevaluesarewell-above 1.5timestherequiredSSEresponsespectrumvaluesforItheGinnaStation,(see Figure3).Thelatterfactoraccountsforpossiblemulti-frequency effectsofatypical,broadband seismicmotioninputcomparedtotheoriginal, single-frequency testsatWyleLabinOctober-1972. 'ICO".PARISON OFEUIPHENTRESPONSE-LEVELS-Thenormalmodeanalysisprovides.asummation oftheg-levelresponseatany'ocation in.theequipment corresponding tothe3-direction seismicinputspectraillustiated byFigure3.Acomparison oftheover-'IallseverityoftheWyleLabtestversustheGinnaStationdesignIspecification hasbeenmade'ntermsoftheg-levelresponsecalculated atthetop-left-front cornerofthecabinetassemblies shownbyFigures1and2.TableIIIshowsthatforX-dirresponseonlythefirsttwo'modesareimportant, whileforY-dirresponseonlythefirstmodeisimportant. .(Note:TheZ-dirsummation hasbeenarbitrarily increased totheZPAvalueas'amaximumrepresenting thecontributions ofthemanymodesabove33Hzwhichwerenottabulated.) Ingeneral,asalsoshownbyTablesIVandV,theg-levelsPthroughout theequipment wereatleast2timesgreaterwhencalculated for5cyc/beattestat8.5HzcomparedtotheGinnaStationspectrum, TableIII-Equipment ResponseatTop-Left-Front-Corner HodeNo.~Frequency (Bz).Equipment Responseg-levelXYZ(FronttoRear)(SidetoSide)(Vertical) IHyleLabTestInput12358.59.924.030.533.81.664.98.02.015.19~ll'.29.02'.20.02..01Summation: 1-dir(rms)3-dir(rms)5.257.42~5.20ZPA.64GinnaStationDesignInput1.2~358.410'22.730.131.5.982.07.01.012.26.14~17.07.01.Ol.01Summation: 1-dir(rms),3-dir(rms)2.293.27*.2.27ZPA".56*'hecalculated equipment responsefortheseismictestoftheoriginalTypeMmotor'controlcenterwas2.3(=7.42/3.27) timesgreaterthanspecifiedforthemodifiedGinnaStationequipment atthetop-left-front-corner ofthecabinetassembly', 6

TableZV-Equipment ResponseatPanelboard LocationEquipment Responseg-levelHodeNo.Frequency (Hz)X(F'ronttoRear)Y(SidetoSide)z(Vertical) MyleLabTestInput,'123'.58.59.924.030.5-33.8.714.21.014.87:ll.63~.08.05.01.01Summation: 1-dir(rms)3-dir(rms)14.276.54*4.91ZPA.64GinnaStationDesignInput123458.410.3'22730.131.5,421.862.12.13.11';03..01.01Summation: 1-dir(rms)3-diz(rms)~1.902.91>>2.13ZPA.56*Thecalculated equipment responsefortheseismictestoftheoriginalTypeMmotorcontrolcenterwas2.2(6.54/2.91) timesgreaterthanspecified forthemodifiedGinnaStationequipment atthepanelboard location.

~~TableV-Equipment ResponseatTopTransformer LocationModeHo.Frequency (Hz)Equipment Responseg-levelX,.Y(FronttoRear)'Side,to Side)Z(Vertical) WyleLabTest,Input12358.59.924.030.533,8.221.281.23F01.96.10'18.01.01Summation: 1-dir(rms)3-dir(rms)1.30l.57ZPA.64GinnaStatS.onDesignInput1'23458.410.322.730.13105.1357.57.02.30.03.08.Ol.OlSummation: 1-dir(rms)'-dir (rms).611.05*.65ZPA.56IThecalculated equipment responsefortheseismictestoftheoriginalTypeHmotorcontxolcenterwas2.1(~2.14/1.05) timesgreaterthanspecified forthemodifiedGinnaStationequipment atthetoptrans-formerlocation. bothat4%damping.Inaddition, theoriginalsinebeattestswereperformed atothersignificant frequencies asshowninTableII,CONCLUSIONS Theforegoing dynamicanalyseshavebeenusedtoshothattheGinnastationequipment asmodifiedaccording toFigure2wouldbeabletoperformsatisfactorily inaseismicenvironment liketheTypeWequip-menttestedatHyleLabaccording to.IEEEStd344-1971. Inotherwords,themoredrasticg-levelsandfatigueeffectsappliedtosimilarstructures anddevicesontheseismicshakingtablemeansthatstrengthfailuresormalfunctions willnotoccurintheGinnaStationseismicenvironment asspecified. Inparticular, theHFBbreakerunits,thepanelboard NQPbreakersandthe5KVAdistribution transformers canwithstand 2timestheg-levelsanticipated fortheGinnaStationonthebasisoftheoriginalsuccessful HyleLabtestsinOctober-1972. "EdwardG.FischerConsulting Engineerkiechanics Department -401-2A2ResearchLaboratories Ql4~'il,2Ql~~~gr~106I~~(I78~~,a'1If~:~-.-.--'"~'Pi';.fit"~n114'r,>~'I>'>I;:P,,"iy ~.L>>ulplsL>)~qti~>rzq9>>~' 12Ir)'IS"1'-'l.4il>"1gli>'>>dP'118 >~~)pj'.RK~",fI'"leal"-"'>>-']>W>I ">i<>riI>> -'".>>4~1>j~ ~'Ij1>Paf~~l]dHgAQBiil> >;,c>>:.".:>11, f>isi>1IZ/~~I>>>>>glTilfl>>,>>>in>~(cia,fifI.'IiI.CoverPlates,2,Structural Uprigh'tHembers(Front)3.EndCoverplate-4~Horizontal Bus5.IncomingLineLugs(350IfCNHax)-6.'orizontal BusBarriers. UpperDividerPans,andShelfofHorizontal WiringTrough7.VerticalBus8,VerticalWirewayCoveredbyHingedDoors9.IO..,II.,l2.13.I4.IS.'i6.l7.I8.'B8'ottonCondu3tandWiringSpaceHorizontal BusBarrierandRearofHorizontal WiringTroughUnitDoor.DrawOutUnitStarterComponents GuideRail.UnitLatchDisconnect Operating IIcchanism ControlDevices,, MasterTerminalBlocks(Bottom)Figure1-Cutawayofmotorcontrolcenter> ComputerINodeiSut,structu -EII-P<<>Panel-Board0g~4pp.5in.9-kiCCmod~fiedforpinnaStation ,Curve685458-A3,4g8.2'Ilf.f-:.f.I=I//Wy(eL4Test(Oct-1972) 5cyc/beatat8.5Hz.(UseforH.direction, only)0.56g1.35gGinnaStation.SSE-Required ResponseSpectrum.(UseforbothHandVdirections) 12-16Frequency, Hz2024Fig.3-Seismic responsespectraatN.criticaldamping MAXIMUM;SEISMICOPERATING ACCELERATION rt~106I-lsjUJONG-6Relay6"NO"5"NC"contactsG8Preq.atwhichcontacts. whicharenormally(Open)withthecoil'De-energized). changestatefor(2)milliseconds. =Relayfraqility exceedsthetest.equipmont limit.,.00246.810..1214'61820.FORCEAPPLIEDATFREQUENCY-HERTZ 45'ORELAYMAJOR563oHORIZ.AXESANDAT563oTOTHEMAJORVERTICALAXIS.22242628303234WESTINGHOUSE RELAYINSTRUMENT DIVISIONENG.~<'ATE: ~+>~ ig('~~,-~./.I/.-----.--CEreIrXCAXIOn0~c',(.'t(~>1IOCK-STI'ORli'S-"07-A-2IEQUI!"r~lH'.COlsTHACT 1,'0,DAG$-167-1',hG.2140 EH:STI1Xi!10US"". 6""1ZBALOiJ3'"R11A<<(4100-ZX TESTCO!QUOTED OH."T1KLC'/VOLAGE)ETAL,E1'CLOSED PG1KRCHJ1ZERF;ETC!'.GEAR I'013MAZEAPBHEPOiYZ1'irrITTE11 HY~~~f/'~~SoKovsGO~'eve'loel' l9Ko.'.Asserablod Switchgeox'nd DevicesDepartr>ont, )westinghouse Elec"x"i'Ccrpor3.ticn EastPittsburgh, Penasglv~q O.SL'atoofPennylv-nia,)CountyofAlleghen(y, )(~'I~('(~(~~~iAS>io(.ntp<ndsul!-nzibeQ boffopethis$deyof.'.11ovenbe"~ 1960.(1cg>.i~ca-~lie'I:a:ry 1'ublicHyCn-smL~sion c>q:5xesI"ob=u~ql,X96lF

CiJ."'llT33'3:CATION C'l"Si~O('KTl'GT1."0thMS-~,O'A-2 LV'!'H:it'M>' l.'anu.f:.:."..hu'e'"eNo.-Univer;-:sl TramscoiIslration.g.'erialNco--ShcpOrder235'.5799. 'h.Remarhs-~T)).~'ment+ostedisthe~fttcl:ear.in'":ion cftheequ"'1:",nent ~5:exanÃnal 1000kvapcwercenterthatsillbeinstalled inaZone"0"shockarea.~'e3.lfethodofTc"C'leer.formed ',Descend.ptinn ofTestApp'.~ptas kIIVhotestwerccond.ctod onatrapezetester.Thecompleteexp3anation of)the',testing fack.lit" eoistivoninthedocumentofSept:.ember 123.60onbttled"'ll"sttndhou.-o ShockTest='nSFactlllicsandProcedures" .t[CiPajarrr3~I~",meI,~Thisas.".t.mbly wastootedaoatypical3.owvoltageowitchgcer asscmb3ysuppliedonthiscontract. ~~II'A 'Css!>"(~~1)Test.Pro"cdu)'o\~Thcg"!itcl)[car 'assembly Ma"l)olt(.d. totheplatform~in sixdifferent, -oi'io>>a>toapplvashocl:tostooualtoa30,0.165acc.,half<<i!.inputpulse(nl0':.)inbothc3.rections parall(:l tocaenofth)col~r:.-.-s--,. .'c(c.Foreachofsi-.positions anaccclox'o.".'tcr oftheunbondd.;--=--gapets>Tcqlasus(J(tortotc'."!ii.cift/hctcr~>,',!as/e(luiv~'2 on>tM)thb/sshock.rc(luirc!"..ent. Thopulcobtainedfromtheacccloro".:>etor-visicc--er combination >!asanal,rodby,thcdigitalcc.~outer. Tho(latanbt~Xnsd;= .plott"donashocl:spectracuxve.(RefertoAppendixj/lfordataar."'>hc-'< spectra.) \(l)Thebreakersi!eretootedinopenposition,to chockcontactclc-ingandinclosdposition~!ithsinglophasocurrenttcchecl".contactopenin(;i Anoscillograph recordwasusodinorder.todetox.d.ne 'contactclosihgorcontact-openigg, .(2)Theriioldodcasobreed<ortestvasmado~!ith80~~ratedcurrent,andtheDH-$0bxcJ(ert,estssith100,"'ated current.~~~I(3)ThereactorWasenergized c!ith400volt,60cyclo'voltage. c.TostData:Refertopppendixjjl.IAtotal/Locationuheic.Test~!asCondctcd VIof16testshiero'conducted. >1Ucstinghouse ElectricCorporation FscLstPittsbur(>h'lor1cs EastPittsburgh,, Pa.~/~~~5.XndMdualLaboratory orArencvUitnes.ingTest~/I'r'asPs,c~d.osIIsXncU.vidual! slee'-~-"-',-,.*-~,I'IRegistration llo.'andSt,ato/Agencyor'.~boratory ->lestinghouso 11ighPorkierLaboratory 'IDateofTost;s-Ootot>sr19,20,2'l,24,2/r,26/MereShockhoxint;0usedinthisTost't-.NoApparentResultsof.Tost(l),Hesu3.ts ofTestsI(a)Thosteelhousingspassedallt,ots,',.(b).Thcmolded-caoo breakerspassodalltests..r~*~~I~/Is/V z(c)IThoDP-"0brea!ccrs passedalltes(slbi4)'.s;g1<c);p< invert,,)calpo.ition-">it!>rearfacing))ic,";p". ngs,;here ".>;aone-cyclo cont;ac); bounceonopen1:l3-q'0bre,~J..ers. 7)its;;:; theon)ypositionwhencontactbouncewasdetectednnop.nIgJo'c)'hes'i'oundindicating lamp<<ssemblies, th"mainb"-andc~-..-n=ctions, and'hcr'eactorpasseda17.tests.(2)He.corm..nd-".ions Hone.Datamcrclysubmitted. g.PostShock);x;minaticn Besu7.ts(1)ThereHasnocrackingofMolds.r(2)Allbreakermechani.s<a operated. normallyonclosi<g~andtripping, (3)Thegxoundindicating 'lampassemblies anDthere'actorie"einta:-..(4)Therewasnomovement; ordeflection'f bussesan9connctions.(5)Allnutand.bolt.<~sembU.es ren>ained tight.'hoPostS)rockTes<.ResultsI'hes~itchve<ar "i)astestedand.satisf<~ctorily operatedinaccordance wit)>t)>emanufacturer~s specifications forelectrical verfor.".an'e. ~4The.smalliiirinvandthebussesbreakersand,reactorspasse"'.. standardhighpotential tosts.*XsXtemofEquipment Acceptable. Thisthree-used;l: switchgehr asemblyisaccep"a'oleforho.kZcn~:C".'Xtpassedalltestsv(it)>out malfunction ordisabling distort.on.R~03~~RRR~WAV~~~R%~~~~~ ~~APPZHDXXIP~~ Tlioat~achedpulse.Xroiii!hie)iapcctnunx!asobtained, is<'q>ical of)ior).::oi:.ay xcrliccl@adtranavex'sc horizonLa.. teatsper>.'ox-,~c<l'>> Mmthx'ec-un).t lo;ivr>>.',aio1si!itch~-,ear, i.":idthctestspcctriun isabove%lierequiredspcctxmmfortlie>>""zoil'T!i~'olio:!Lid~ listincludescJ'ltc'ateatnu"l>eraandt)ieconditio"" ""c~"-;iarytoprodiucethcrequiredresponsespectrum, PlusDirection Horizontal Tost1,'o.'.DateConditions ~23.~410-19-6010-20-6010-20-60.10-20-606-5/8uDrop.30Sprin:-s5'i,Drop25Springs.Drop28Springs5-1/4"Drop)0Springs1IiixusDirectiOn. 1Iorizontal .'*10-21-60.~5-l/2"'rop \30Spr"ngs10-21-605-1/2"Drop30Spx'in~a10>>26-60lo-26-6o5-l/2"Drop6-1/2"Drop30Springs30Spriiigs.PlusDirection ',Transvo'rse Horizontal 7810-2l)-60 10-21)-60 Drop~,5-1/ll"Drop30Springs30Spriiiga1linusDi~'ection Transverse IIorizontal .910P:10-21)-60 lo-2)I-60 PlusDirection Verticalg-1/2"Drop30'prings 5-1/2"Drop30Soriij;s1210-25-60lo-2g-605-1/2"Drop30Spriiicsg<<3./2uDrop30Springs' 0 ':fITo~tlto.1li)al.'I DDcch3.on~."Vorl:3.ca1 Daf;oICond'ono10-26-6010-26-605-1/2"Drop30Spqiq~q5-/.",o030SD,R~'\;t44~,II~4I~4I4~I~~~~I hlCd+NZ'r'ZGgl Zr=ZZ/~iV

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'J~.PjI'"i'<r1,a.I.'.i'.<J.'(~rK(ii<<')"i<C~~II<I,((!<<CIit.r'-).(/fII:E.i,.-(I~~'C~<~I..I.i..!!1i.~Sr.2..w,.It~~i~r<~~'~A~/T.iI3I.',ZrCICOS030t>></~lr.ArCCC.ZC00.3025C'CTCOEO~Mir(IirJIIg<eo>>,CPs25CCC'SCC150.,NO.cr>>I.<<C<<r)~(~iCri).C<rv(i~-rI'i~ ~~~~~0~gl~~H'TEwiSPFC1NFt"..HOUi<IlIiGPLATE.~~)jc.A,RPFSTlhlC I~Ol&1O~~T'AI>>~~AI4~~t&&QLQQf(C)\c~hl(DPOX~H/7777~~A,STPCzH.DlVl~lOIQ '-l:STFR-E.TuPFORSi-lOCY-lt-&Yll<C, P YpYif>!4<<'4~YYY"'~YN~l)Y.L~,,~4S;-;OCK"DIRECTt'CiMPox1 FULLSEISMICCERTIFICATION FORTHEGINNASTATIONMOTORCONTROLCENTERSDESIGNATED 1LandINTRODUCTION ANDSENARYAcomputer-aided analysishasbeenmadeofaTypeWmotorcontrolcenterwhichwasoriginally testedatWyleLaboratories, Huntsville ~AL,inOctober-1972 tomeettheseismicrequirements recommended byIEEEStd344-1971. Thesecalculations determined theacceleration g-levelsandtypeofmotionresponsethatwasexcitedintheequipment byasimultaneous horizontal andverticalsinebeattypeofmotioninput(5cyc/beat, 4%damping). Subsequently, asimilardynamicanalysiswasmadeoftheequipment asmodifiedfortheGinnaStation,withattention focusedonthenewpanelboard anddistribution transformers. Hence,acomparison canbe,'madeoftheoriginaltestresponsespectrumandtherequiredresponsespectrum(4%damping)forthisnewequipment application. Thewell-known "normalmode"methodwasusedtoevaluatebothmulti-direction andmulti-frequency effectsasrecommended bythelatest(1975)revisionofIEEEStd344.Thecomparison ofinputresponsespectra,aswellascorresponding g-levelssustained intheequipment, showsthattheoriginalfragility-level testsperformed atWyleLaboratories werequitesevere(1.49grms)andcannowbeusedtofullyqualifytheGinnaStationequipment forthespecified seismicenvironment. CO>PUTERMODELOFMOTORCONTROLCENTERFigure1showsacutawayphotograph ofthetypeofmotorcontrolcenterthatwastestedwithavarietyoftypicalcontroldevicesaccording tothe1971seismicstandard. Thecomputermodelwasbaseouponsimplestaticloadand"snap-back" vibration testsofasinglecabinet unit,whichwasbuiltupoutofactualstructural members(channelandanglebeams,flatplaces)usingthefiniteelementmethod.The'inalfour-cabinet model,astested,wasassembled using4single-cabinet substructures (socalled"superelements" ).'hebasespringattachment wassubsequently adjustedsothatthecomputermodelhadnaturalfrequencies inagreement withthe1972prototype testvalues.Figure2showsaschematic diagramoftheoriginalTypeWequipment asmodifiedfortheGinnaStation.Specialattention waspaidtothemodelingofthepanelboard andthethree(75lbeach)distribution transformers. Ingeneral,thenewassemblywasmadeupofacombination ofdifferent substructures basedupontheoriginalsinglecabinetasfollows:I.Originalcabinet,exceptincreased to20in.deep.II.Originalcabinet,exceptreducedto14.5in.wide.(Usetwice)IXI.Originalcabinet,exceptaddedweightfortoppanelboard andfortransformers inthebottomthreedrawers.Thebasespringattachments forboththeoriginalandthenewassemblies remainedthesame,andwerenotpartofthesubstructuring. Thenaturalfrequencies andmodaleffective weightsdetermined fromthenormalmodeanalysisareshowninTableI,Theoriginalequipment assemblyasmodifiedfortheGinnaStationhadsimilarmodalfrequencies andmodaleffective weightssothattheseismictestresultsontheoriginalTypeWmotorcontrolcentercansafelybeappliedtothemodifiedequipment bymeansofthecomputer-aided dynamicanalysis. Ingeneral,onlythefirstthreenormalmodeswereintheseismicfrequency range(1to33)/z)andinadditioncouldbeeffectively" excitedbythebasemotioninput.Thevertical(14th)normalmodeofvibration wasintroduced bythebasespringattachment inthecomputermodel,butiswell-above theseismicfrequency rangeandhaslittleinfluence onthefinalseismicresponseoftheequipment. ~l~~~~~~~o~~~~'I~~~~~~f~~~~~~I~~~~~~~~0~1~~~~~~~~~~I~~~~~~~~~~~~~~~~~~~~~~~~~ X-dir(fronttorear)=.707(,56)~0,40gY-dir(sidetoside).707(,56)=0.40gFZ-dir(vertical) 1.000(,56)~0.568ZPA(rms)=.56(.707)+(,707}+(l.0)~0,79g222Inthe3-dimensional computer-aided

analysis, theSSEspectrumisappliedineachcoordinate direction, exceptthattheordinatevaluesarepro-portioned asshownabove.Figure3alsoshowstheresponsespectrumforthe5cyc/beathorizontal direction inputatl<yleLabduringt'nequasi-resonance sinebeattestatthe8.5Hzmeasurednaturalfrequency intheequipment assembly.

Inaddition, thesimultaneous verticaldirection inputwasequaltotwo-thirds ofthesinglehorizontal component givingatotalvectorinputasfollows:X-dir(fronttorear)=.707(1.35)=0.95gY-dir(sidetoside)=.707(1.35)0.95gZ-dir(vertical).667(0.95)0.64gZPA(rms)=0,95(1)+(1)"4-(2/3)~1.49g222Theresonance searchspecified byIEEEStd344-1971indicated amajorresonance at8.5Hzandasmuchas5-10%dampingmeasuredintheequipment atthemaxi@urn1.49gsinebeatacceleration input.However,thesubsequent comparison ofequipment responsevalueshasbeenmadeatonly4%damping,thelargestvalueappearing intherequiredresponsespectrasuppliedfortheGinnaStation.Inadditiontothetestat8.5Hz,similarquasi-resonance dwelltests(5beatsat5cyc/beat) wereperformed atthesixmostsigni-ficantresonantfrequencies intheseismicrangefrom1to33Hz.Corresponding g-levelinputandSDF(singledegreeoffreedom}responseareshowninTableII. I~~~I~I~~~I~I.aI~~~~~~~~~~II~~~~~~~~~-~I'~II'~~)0~~~l~~~I~~~~~~~~~~1~~~I~~~~\~~~~~~~~~~~~~~~~~~~~ t~~t~~~~t~~~~~~~I~~~~t~~~~II~~~~~~~ ~~gTablelV-Equipment ResponseatPanelboard LocationEquipment Responseg-levelNodeHo.Frequency (Ha)X(FronttoRear)Y(SidetoSide)z(Vertical) WyleLabTestinput123458.59.924.030.533.8.714.21.014.87.11.63.08,05.01.OlSummation: 1-dir(rms)3-dir(rms)4.276.54*4.91ZPA.64GinnaStationDesignInput123458.410.322.730.131.5.421.862.12.13.11.03.01.01Summation: 1-dir(rms)3-dir(rms)~1.902.91*2.13ZPA.56Thecalculated equipment responsefortheseismictestoftheoriginalTypeWmotorcontrolcenterwas2.2(6.54/2.91) timesgreaterthanspecified forthemodifiedGinnaStationequipment atthepanelboard location. ~~~~~~~~~~).~~~~~~~~~I~~~~~~ ~~bothat4Xdamping.Inaddition, theoriginalsinebeattestswereperformed atothexsignificant frequencies asshowninTableII.COilCLUSIOiVSTheforegoing dynamicanalyseshavebeenusedtoshowthattheGinnastationequipment asmodifiedaccording toFigure2wouldbeabletoperformsatisfactorily inaseismicenvironment liketheTypeWequip-menttestedatHyleLabaccording toIEEEStd344-1971. Inotherwords,themoredrasticg-levelsandfatigueeffectsappliedtosimilarstructures anGdevicesontheseismicshakingtablemeansthatstrengthfailuresormalfunctions willnotoccurintheGinnaStationseismicenvironment asspecified. Inparticular, theHFBbreakerunits,thepanelboard HQPbreakersandthe5KVAdistribution transformers canwithstand 2timestheg-levelsanticipated fortheGinnaStationonthebasisoftheoriginalsuccessful HyleLabtestsinOctober-1972. Edwax'dG.FischerConsulting Engineerhfechanics Department -401-2A2ResearchLaboratories ~w10~;'112~I'I'1415IP,)<<gI>>~>Ac.>>I:<IS~+I)IIg.~"~ryan/~ Is)'g17J1,-]::IAP@OI.),I.,I14f~)cg1r)IIIIvj)1$+~g~f4,,r'fL)Iygj)q~'gwt~>>1)j))I@~",e([II(q~I<l?,<rI'ti~s)./I~.II.g~~In.)>>~)i11I IQ>~,a.)),.1~...44~.+I,MI'8I~203~4.5.6~7~B.CoverPlates1Structural UprightMembers(Front)EndCoverplate Horizontal BusIncomingLineLugs(350MCMMax)-Horizontal BusBarriers. UpperDividerPans,andShelfofHorizontal WiringTroughVerticalBusVerticaIWirewayCoveredbyHingedDoors9.BottomConduitandWiringSpaceIO.Horizontal BusBarrierandRearofHorizontal WiringTroughII.UnitDoorl2.DrawOutUnitl3.StarterComponents I4.GuideRailIS.UnitLatchl6.Disconnect Operating Mechanism I7.ControlDevicesIB.MasterTerminalBlocks(Bottom)Figurei-Cutawayofmotorcontrolcenter. ii~ygI0II>>gIjII~gs I'~~Curve685458-A3.dg8.24gIIlIlIfI///GinnaStationSSE-Required ResponseSpectrum(UseforbothHandVdirections) 0.56g1,35g~(NyleLkTest(Oct-1972) 5cyclbeatat8.5Hz(UseforHdirection, only)012l6Frequency, Hz20Fig.3-Seismicresponsespectraat4%criticaldamping RevI.sad. Psgng1,2,G.3Octo'ocr14,1go9 3C".LlS'lP CAB'QH)iI"C'IlXCCG3'"VRTXOiiBCOE~~~S"~Y~P., iK~HYORK"ZZ:-.2C022liP.CTOB iKSTXit"=~GUS." 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A13.yane3.boards sh"1ba!0'aan(iuc(.'stedWithah-la'istan33icgblejsSA>AXE~cndiiii;)ih~ stacnndar(1$ andsh"'Ll)neeti)Q('.Gr"=1 Qa':cification sc-P-11"a, forPane3.boards and!.'Qderal S"-ecific-'on:l-C-37)a fo.Ci'cuit33reake:" Q~024:30VendorVa"rant3('"ihnE3tcrialsuoelii.'1 undeir'I;?!3)coificatio!!sheillbeful3g!I)arranted l)ythevcrdo!,a(>>a-!!'"au"y).!aterial andfactory!;or?a~anshi3). "ihe:sarrantp periodshal'eforane:icaofone(1)pearafs;eralan"accm"-nce a!!dthe!'iarranup cna!'!J".Qoairedorre')laced it(Dl.hallbcextendedforonet,l)pea'.i.".a d"=teo.;r(!n1'.o"reolaccmc!)t. i)s>8~17'fGciHi'l.i'cenCC?)icsofc.".!i)~I)'ue'oaanels)oa!rd dra"lial~cs >sho:)lancisi0a!!darrange-);antof>>raai(ers<<nd)slainbalesections, andi'rontelo.ations ofu~s,icala!)G.boardsl!cllbGSub!aittcd tothcs">>'Q!'ilg".f forGgxovhbeforereleaseforn'.anuact!!:G.g'aj0ITi,)1isis>>ss>>(I>>I "-Il',c;aael'oii'd1I.w!.3.be')roV'.CCd;)i';:1 n"-.,e'Ol tQSOflc!>>',inated COnStruCVion ~~6:ooC'T)')SP-S.;C6Hvtsedlo-1$go6:ot6:0""..8.)atell)-rds,'p(.al,')e 40>>surfce:!!or); in~'(.<<Ij,.;!')aa" lv<<r's,"hall ..0!'!isv0:;oneIisin-nd3x!eu").Fl 1)u0rvo-"sin:le)<a!!8scux'0?dnaor-nchcircuiusaSec':-).on 9;COgn(bo'a<aIs.>>LLh8iceil!!0I',ecnan'Lcally xnverloc'(' !f<gxnbrea1(ers~Pn1!)Oerdssh11bede".d-:.ron'e..eel tyne.(ODCL;ZEST33~<v<7~~r.,<3 (:01Albranchcircui(breal!ers sha.3.Ce'ch'ol'edca.e)'Ul<rI!61I"sgne'vl ct)yn~'liic8."ia(e) (iuc~(-br(:=.1') tx'i'9ireecozzloac~lpend'Fee~very sea'dco0>>erce"-2t'retin.-;sl)ec.xiedvUCreeperssnailbevTr'eiJASlabs,:18003e,)nrs"'l@sess'nc!!non~>~lelbarddet"ild("'csex".'Aloni 9'h<;;jsli"ll68el<!biens co."~gensa vedI(0%:).10eal(exs"';i'llb.t';!eboltePconnection type,an.theysh=llindj.ca'ce clear+;)he"'her theya"8inthe"0'!"or"Oi'osi'cio'> ier!ninals 'hallbecold<~l8-i')~e~uretyae8:oo8:GlPane3.box(en"losuressh."illoeconsvructedofralvani>><!dcodequa":esheets;eel,!Iithvari!nzo!ux'vj..lg i'lan-'es benivoi!1si.deel3.<!round,andofsuf-"."'c.'eI.'ize toL)rcvide"r.'kn'v.'cu-<! nv';ersneceoffou.i!!chesonallS'dSLv.nelOO(SSS<!a11beXorSurtacergouqti>>g 1Qp~e',(Oujs jnl;01)~~'qdbot'co@ofbo:.:.c'osu;-es -;1:notbeeruired.8:0="Pan"=>>'ooxenclosures anQaron"iri!I.ssexbly sha11beofHKi~h-1cons-'ruc-, tionn8!03A..3.".ml~o<r(.in';Crier brcal(er=ectonssha11..befaci)oryassembled cc1!-piece;sivh circuicbreaL(ers. Interiors sha11bedesi~nc<1 andaasclrbled Go'll(!t,anyin'.v'Qua..breskexcanb"re@lac6~ithou'cd.sturbing ad~acnt,bx'eal!<"rs 0'./il!Cut) re!Qov<nfrw.-inbus0'<')ranch c>>rcu$(on!ecors8:0<<nc1boai<ssha3.1h~vhin,"cd(1<os!!ndshallbeprovided'!i'vhcbin"<ncJ3..<.nd<!i'. CcLan'<!<'h~!).cll'!l3.Ocl<sl(cy<ll'!'.il813ix'cctory cr"'(<cai"dl!01er!<a11<)8vgaovjdc(1onthaj<,sj!0of<!acl!dcoi,pllca"as<<1.,11'.1,".v<3 b.anchcircu'inic:";".a'vion 'vy'CQt!-reol!Cadsllbenole-st'.:anlinc;.Os!;idby8inchs10.1~.8!05413.1rcn)priv.sh<il3.b<!SdooicadeI~au~<8I"<!1!Yniccd s.:eelscel!IiiharuJt)-ii)h<i<) 'nQoatinxan'Flls<<s(! <!ithg"+I!"61~~(!y(!nFselT3a'+~ 1~r09;GoZAi:.:;T,~C ~ni:-,-i.!y,;(.; i!vi.a.<<y~ugp<one]r-:r'"::xinin~""~r~nr-c.i'ourg./*r!ii)"llQl.b'rs"<s Qba"~1b~LJ.b,c')c<,p'+a/'o'LsoII!Qnl'vopesP->4C)13.-Q.~3Revised3.0-15-o,-liU!~i~ter "cure~~.~<<"G~er')na~)e3.1)voltG03ire~-':-c4~me~,~.<<'InI,~~<<'741folio<;~"'+>"nn~'eran<r~tin':ZQE1berofBrenchCircuis A!frereP.a.i:inc Trl4zc20AzQl(1r9:04c:0J.gr'.c:.pnLf"rc..zis ills.'.1oefvQished'r.'iGh8p~~q<<ngpss)1yw)~<<~<<+~':!ii.anweplat4e'naccordncn;!ith..5:...hcc:eaign-"tions sno13.beaszollows3.0:CO10:01B.ne~'~l-X!,'87Rcl!:izi7. MS-3.r,!I(IPA~x.xLBOfBD ~.":~3ExA...9(Be@Qated. XnstrumtSu1)ol<<Pnc'~ .Sizp="ve3.boards Ghalb~'"urnisaed. each'Uii'h0'cAccd20me8r10:02100$Hachpanelshallhuvsonema<nad0'sndmsndmillbesupplied+'romnneuz'abusandm.=.5vo4rcyQ.ating tzansfoz-er source.\,zenchcircui'4breakerssi>s13.b-tp)ZAsin.'1e,snp~1epoleratecl15amperewith1!i"-.>>.hp=-.elboard sha3'4hneten,(3.0) 1C:05theut3.'o"a'h"o"'h-"3.E.'chpanelboard si1.11bcxuza~isheQ i!ith"."ep~cc4icng:~Rhnd.sigv~tions sh".11beasfclloi7si!s,If"n'1>f1-w>X'!COaXSX::iXPJ..XO",t Pzlmz>>uZP.n3j'2-x~lXPCOXl;Ti,XUT'..iP!:IHL-lE2Panel;r3-Ti"XftCODX'21"iX!.'U7 0"f1"":iV.'K -17<<3.P.nel;;4-TllXi!"0OXG.GXZZYOli PAXL-12Panel>j5-TiXi'QODXSTDXZ~~<<XO IPli";i~T.-10Panel:,i",6 -TilXl!"0l)T;Bc~XF~TXO.:t xiii)"-E ~~~C~~p..r-546611-14-6711.npS;0'~;1:01G-P..Pb6I4nJ.~1:Pl.lH:,e.j.fic..tion cversfolzr"<<cniDc'..'Gr 0utri3ut"on',c:-'381caresforthedist='"oz!; ion'20:cl';sin:>>e.Chasea-casreouired"-v'tail3,.s'vuKez'u.iu",ona"dotiierKine133'neo(zs ciQuits rec'Uir3ngar<31'bleIIscurceo.12v'o"us~n!alec.haseDos!Gr1.0~2Th(."ou:"..can..3.boards ez'8tcbeinst813.ed asY)artofthel'Jo.1UPiuati,hc~oG'.",:brett CiP..,'iucle-.r j:o(;e.>1ntpochester Gasar.,electricCcrOEration 3.OC-,tedin~'(('1>ne -'{unuy-'D'Qrc"i <ately18!!lilesSeatOfBcch>>ste'1<~8~8Yo*iE1:01.3Thedistribtz'uion llnelboar(3o a"cescribed inthePanelboard De.,uoils shallbeasn!anufactzzxed b>>destinghouse L'lectric Cornoration, TJ-oeI~an(lshallbefv-nished anc~.insuelle:! 'OyuheCCIl3Ãz;Ul."ZQH. 2:00D::.IZ"'r"HYDeliex'.tojo(>siteofc(!u:Dlete DSPGlboavds includinp boxerclosu;cs and7'real(er sectonshallbescheduled asre(3uired bytheCp.lS!'.PUCTQPi. 3:00H."Q.:3:::B~"<3l JTS3:01Cc((c..andStand"::is Tile."anelboarQS shallbeof!3odcrndesi~("ninallrespcct3andshal3.be3nuxactuz Gd'('2t!1szatcz."a'and('!orc~+anshl'g offir"tqualityandinaccord-ance"!i+'zac(:ected electricutilitystan('w~'ds. A3.1eanelbcards shallbea.SG.bledandtested('iththelatesta'<'oplicable ASA>ATFZandiG<'4si"aPax'dandshallmeetFederalHp~cification W-P-17.-"", forPanelboards and!."(!deral Q2Vendertfarranties 4:poTiGr:ate'alupplicdunderthispecif3.cation sha3.1beful~l-uaxrant.ed byti..evendorFE~ainst~.au:.tyslaterial andfi.ctory%!orQ~anshlp~The'8"-xr"nt j'ger:.Oc. "il1"befoa:eriod ofCPS{1)yea'ex'lnccptance)aridtho(arrantyOP.arqrCDCr<dOXrellaoe(!itoaShallbee.'(tended fOro~~("y<c."'o'3etco:;rona>>orxelllacer! .-nt.D(!7;i'i.'!GH 'iftoncoY)iosGfco".in!c"(!"3:lne"boar(.Qrallil<s)Jizo:.'i:Q izeslidar.nce-'!zsntoibrea'.'c"s<<nd)uainbullsections>iandfron't(!lcvatio. so.";up)icananelboard s."~=.3.3 bub-3ittc(t uo";hc(-.'Ti[n't.'8 fozaoprovclbcfornre7.caseforr..anufactlu G.5:GpZac'.~panelbo"'-+ "iX=11'3C",rori..ed(;it.xr..~:le<>lates of1~Llinatdcors"ructionLp~hitiz1/.lhl."'.1(!h"te13(".!z'n~r~vid Bizc.03.ac!oac.(fjrcuPd ii>('SP-g46611-"'>-676:oo6:olGeneGl6:o2<'a)2;.c."boa'.."<ssha:."ba-'Or<<u(';aceBaunt6:c3::our<Gna".boc'd s>ell(.On".'.s.'. ofo:!<.rxain2ndGneu~ralbu!fo"1Os"n9'le0!GscsoK.2ndb"Gl'c!1circui'Cs ~P.ll')Gnelbordssh;:.1h20-'or!CchGnically in~;eric'!(edrliainbrcEar;;.6o~panoboardssf!2']bedead-fran'bsafetyi1j)a7:ooCYNIC!i%~~~!."-'K""'0 7oo17:c2P>>bnchcircuitbra!-.assh211betheweldedcase,thr'21-w"natic tyne:cul-:12!:c, ouic!<-bra"-:.:, t:r!,orae,.Co!montripGnfee~rysenedPP,llbre"-.hers sh-:11betyre2'ssin~levole,inr~vin~sGshcHnonth>>Pena.board detaileddascr:i.v';ion. TheyshallbeGrabientcozoensat;ad. 7:o3'llbre..hers "hallbatheboltcQconnac.ion ~y1)a,2ndtheysha"1indicstacla2)'1f"!set:her 'iheyere"n'bhcici!or"OI'Ti"posiion.Ter1)inals shGllbas<ldarless, passuret;>>a.8.oo8:018!ozPA!.~~'J>EOZ !.:nC!O"->!irZS Ai::0Al)HF!i!DIZPane.'.bo;.enc<o.:ures shallbaconstructed ofgal~ranized cede~~2>esheetsi;aa.'., !lith~r.'.r!mountingf1un;.:Cs bc'nt';oin"ide211Ground,enc.ofsux-fici(:n'; size~",oprovideGmi1i.--.~~(! gut%exsneceo..Xourinchesona.side::.'.Penal bozesshallbeforsurfacem()u:!ting. Knoc".cuts intop2ndbot'~<ggofhp;:enclosures yiillnotbcrequiredP.!elbO<cn(.'loux'cs2nd::ro".ltd x'"":!Gs"831ysha1beofKE!Aconsiruc-tion8'o3AllAan'oa'rdikY'rio'"ca'lar secoicnsshnllbefGcCoryBssclhbled cciQ-ablate(li'hcircuitbraG!<i.'sXnteriprs shGllbed<!Signed 2ndassembled Dot~GtGnyind"Eiduclbr(?Gkarc"nba"'cj)".aced 'tlithouG distu1'hing Gd,iacent bxeG!:ersozithou'(: re:.'"Ov:.n': s!".inbusorbx'Gnchcir(!u"uconnac'cors ~8:o!lt)1i~()c".rd'GX'rt~bcn<ane1co-,!Qsshoal1'.f::hin.-,c.Qoc!'GvdshD11bc'oroyi('.ad 'i.'ithcionc".Li.nc.o.". 10!;Gn"cutch0thGlllocl<skeyedGlize.Directory 2ndcardho1~orchal:.b>>oxovidcdnthainsi(lcofeachQc"x'.Al1si.'sllhavebranchc.rcuibinfo".1,":.1:ion typed'~hereon. CGrdssh=1le"sthan)!.nche"".i(;cbyvxn"h-long.All~~i~8GCalixont.t,."..msh.'l.l"-a;:dcoxcode~.u<e;;Glv.";ni:;ed shoatsccal(;it,hinhioit'! 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XPSTRUI!EI!2 Z!JSRUBTs%DOi>1131QGATI FGBD.C.PO'ri"BP.-.CGii~i'RGL 3ATTERIHS ROBHB7Ei@KTTGX1:IBAi~!UCLEAR Pl>"iRP~ÃZUi>XTNO."1R"-l':ST'BGASAHDEL'CTHICCORPGBATXGI'l B&HESTEB, iF"liYOREPRI?ZCOi~lTRACTOR".li.STXIIGBCUSE ELECTRICCGRPGBATXŽ~~l ATTICPOWERDXVXSXOl'l PITTSBURGH, PEliilSYL>/AliXA BG2l;QQOI~D".fi"ASSGCIATSpI!lC.525Lanca-'~sr AvenueB::adding, Pr:nn'-Ylvania1/603 0 BEqUIQEir P>ZQJTLIi~~D,C.PGtlERC.CGhTHGLBATTERIES BOanr~TEV'r..TOIrmA>@CLEARPO';rHP~VirUNITNO.lB~"RZSTEB GASAiJDELECTRICCORPGRATIOP. ROCHESTER, IP"tJYORKPBI?ZCGi~iTBACTOR

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'ELECTRIC CORFGBATXKf ATQifICPG')ZHDIVISIONPITTSBURGH, PEllltSYIiVAl~iXA BO-24COGILB.";Ii." .KS'KIAT"S~ IHC.52'nnCR't8 l'VCQQGH."..aQ:np,Penn"ylvania1/603~lrg7TAS T,'iZLF.OFCoi":ZEj:lTS TitleSCOPEOF4'QBKQneal2:OO2:Ol2:022:032:O42:0$2:O6BEQUZBElKHTS CcodesanQ.StanQ~rds Inspection and.TestingLlarranty DrawingsXns'cracks>>on 1!oo!csanlSv."-,reParisListProposals l12223:CoDATABHQUXBZD'HXTHPROPOSAL4:OO4O4;O2,DESXGHANDOi~BATIiJG COI1DXTXOiXS GeneralD'cailReouiremnts33 PO5-2>'-'>'( 1:01iQnaz'--'. 1:Ol.lTh'sHcquiral":ant Outlinecovcx'stlo(2)12i>yrolt.COca',1stavioncavyriesUighQaccss~ry raclzsandaccessories ~1:01,21:01.3'Thc"8'ttcriasaratoca.'nstallec! aspartofthe1!o.1L'nitaG";!18GXi<<lA.>t<ztion Boc¹starGasand.ElecuricCorporation. loca'GedinVaynaCounty,apnro:cinataly 10milesas.GofBochestaz', Hair/or!;.Thi"electricgenerating unitisschad.>>ad. forcovanrcial oprationrnJune1.lg6p.T}'.ebatteries specified, her>>nsha3.3.bafurnisheGl instrictaccor9anca lr'ththesespecifications. Hosubstitutions lrillbe83.lolrect. 2:CO:AEQUI.'i .i&ilS2Ol.COGles.":.ndStanc'pro.s A31ran:ariel 'urnisheo. shsl3.bozmoderndesignina3.respects"nd.sha3.bGnvf,c'Cured, KiiGhL'Ptez'ials and.E.orkRsnship oifiz'stqualit;,~ =nd.inaccordance tritoacce'3'o-0 818ctz'ic ut"lity8'iKl&rdGnclstndard.sofXFCEA,PSA,XE1.E(AXEE)and,iEKY.2'2!:r,:nor'I:d'or.an.l"es.c1".,< 2:02.1T'aneterialcov~rao.byth<"3eqllirar cntOutlinesr=3.3.baccvo3.c~. lyassembled. in'Ghafactoryand.Ghoroughl;r testaGt.inccor<~nca <riththalatestapnlicabla standards ofXRZA,XEEF(AXEE)and,BElC.2:02.2Cez"Gifiad, tstapoztssh.llbasublittccl'GoahaEHGDT'8priortoshipm"=nt. 2:02.3TheE.'Iaido!EER resarres'Gharighttoinspectthisequipntatpointof5&nufacture and.Go1'ritQass I'outizla factoryGastsano.Ouchothertestsasv"ybrequiredtopzovathcorrectness ofoperation..~any znspaction oythaE;"".CXiGHR s'rollnotbconsideracl asnl;-aiverofanylraz'zanty orothezrighri;s. 2:03!L~rr"n'..'~Therateria3. 81lnplied..ndar 'GhisBequireivant Outlineshallcfu13.yI'arraneda~in:GflultyFiatrialand.factoryltor!1':.~nship. T!'1-';r".>I'rioO.sh~33.bazor8paz'iod.oz(1)ysrafterPlantAccep'ncai ant'l,Ghaz~~zI'azlG<ODanyIapaired.orrap'4cad.itQBlsh'3.be<-Gclxc.ad1(1)yet!Ixz'o!0i:8cfI'.}"I:rOI'ep3ucel".ent. P0 2,~.~Ti".""Co~~! coniosofbat'<,eries a?1racl".s"':hallbeGubmivbe"l (iotheZ:;!C-!t'".:,Hfo~t.ppro-r.l. Qgn.",tru(.'Cion 'Boorsanc.SpareParbsLisb20)r.lCuoC(3.prieshel.lincludChecosCoffi%ceil(lp,'opies ofins'Cruc'Cion bool(scol'erin@ eauipi..ntbeingxu'nished.2:0~.2i"ift=ncop'esofcoom:..nded.spaeparCSlist,shalll)efurn::;she~ ~2;062:06.1Proi)osals roposalsst!allbeOzalinintnenameofGilberCAssociaCes, inc.asConsul'bing Hng1neers and,ki+entfort¹Vestinghouse "lect~icCorpo:."ation i<ComicPolierDivision, thePrimeCon'~raccor. 2:06.2Proposals shal3.besubmitteQ, asfololrs:Origi;-~~3. anrl(p)copies~o;.Cilber~Assoc.'a'C s,Xnc.52'ane'~,s'Cer fLvenueHea(lin~P) Penns3~lvania lor~03~n>o-i"r.H.P.UlzrCh:efPurchasing Ag;.n"l;gCOVAV;K.+Q!3XBED i!XTHP."<<lQPCSAL "-'Qlg:03..lP."Mozshalls.lbmitlnthhisproposalcompleteda-';afortheerpxpentoffere41,/hisQs'Cashallinclu(k!)buCnotnecessari!~Jbelimited.~Go~~hefolloliing: \'Descri3)~ive dai;aincludirp di>r:nsionoantnet,veir!hts, construction o.pos3.'Cive nn(lxlcpj9'Cive pla'Ccs)eiic~P:Ol.2Dischwrge curves,inamperesperposi'iveplate,forbat~;)3'ies cuotea.2~Ql3~+,Q3.lyAmoienttemper:Au3'e 3.imitations onbabterJlii'"'n".. 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Qfe3ctrQ"lytoit~lerbyburnedring(oreauivalent) 8-618orbycol)lprss'onfitt)ngop vhicilshallbedscribed,lnthproposal. Ql,6C"lssilalllieveanoK.rI'-l 1speciicGravityox3.~200to3.~220a>>77m~':Then2@117cha"~4(Xand.SLa11havesu:ficien'lectrolyte toprovi(1~fu13.4;01.6Sufficient sec~ilr.nt,spaceshallbeprovl{3ed sot¹'catt.ryx)i31noti)avetobecleane(1. outc'.urin~~ itsno">>~llife.i.:01.7">>lcctr~iyt lere3.lir.=oshallbeU)ar!(e(1. on13.fours)(l=sofeachcokltaincr~4:01.83z'ter':es shul.."'e shinqedfu13ychartTedand,fille(1")ithe3.ccvro3.yte ~J,~P1.9A3.3.n"{."Soaryhatterlrackssh-0.3.'oefurl)'he0. Irl'ththe'hatter.'.eo, coiup3.8" eUl."h{lll7'e(luir4ld boltsarO.fas'onerfI~ThIoyGhal.!Gll)ceOXv1)0Step'od.f~!I~.i-attIS.T reel(so,allu~8j;ccl1i)I'IXanaci(i7'eoiot'(n i.ll).sn. 'Batter.'.c sl)21.'.l8of't2ll(ar{lcill.11respe{:t~ill'ha;anypart)xay)Ire.I.g':1XI'eI>73ac'-(1,>;I,tIhTI',.a)II,I.I.Qct IXOI.8!toe~(parI8~l,.01~11i):01.12SuDD')'()rI'll@guarn<,wIGn~'~)o~{)uogc(,(racityQtQItte'lrhbndeJvered~I'seeinstalled uateriesandsupporting rocksmustbecapaoleofresiotin;; cari:hauake foresreou"tinT,fro:3anacceleration ocurringoio)ultaneously lnthevcIiica3ardi~ozizoÃtal directior*", Ui{'.hoothcomponents ea~alto0.21'pplied uttncenterofb'av.ty.lnadditionthebatteries andrac!:oshallno';diolodre, causere)..".~ive eave{>>e)1~ ~1.resultinarvlossorchanceo7"1>>~rct"onofth.'oatter'es @hensu'objected to"eior'caccel-erationsof0.52Gact,'n~intheverticalandhori"ontal p'enesSf.rultan-eouslyo VI~~~~~Vti<.02I/rr~~~'i)0.~'l0-~~td'or"cscQ';croc'.ot'Axs3'Q"rozQ13'g0%51~)jsQ7"'QlC'"ll ~~VVJV.b~v301,fV'"f109,vGMXQvXOQo

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cs))Grc311.~CI8AOrQ~iCSF't" 8hoursQO'lcS1QO'Llr1?F'1V:~v8 133.ap-re*-3.0)0Drag.T!rs,2fOGTfap8rC'.8 52~~GPuPQrGs1169unpareo

'e/II SCIENTIFIC SERVICESANDSYSTEMSGROUP~~i~~ij+9 4~"PPA~W~'CA'iiA~VJMV~ik>~>W~ PIHXH%0%%80%%00<%DpQD SEISMICSIMJLATION TESTPROGRiQiONA7.5kVASTATICINVERTERSOLIDSTATE CONTROLSg INC.600OAKLANDPARKAVENUECOLUiMUS, OHIO43214Wyleshallhavenoliability, ordamagesofanykindtopersonorproperty,including specialorconsequential damages.resulting fromWyle'sproviding theservicescoveredbythisreport. AgIf',icI),5,~~~ra~gIIII'y'.'cw,abrI'II,xj>>,g+'OP.REPORTNO.WYLEJOBNO.43943CUSTOMER13919P.0.NO.PAGE1OF62March23,1978DATESeeReferences SPECIFICATION (S)inSection7.0PAGEREPORTSEIShAtCSIAAULATloN TestReport1.0CUSTOMERADDRESS2.0TESTSPECIMENs~Solidstate

Controls, Inc.600OaklandParkAvenue,Columbus, Ohio432147.5kVAStaticInverter3.0MANUFACTURER

4.0 SUMMARYSolidstate

Controls, Inc.A7.5kVAStaticInverter, hereinafter calledthespecimen, wassubjected toaSeismicSimulation TestProgramasrecLuired bytheSolidstate
Controls, Inc.,PurchaseOrderNumber13919,andWyleLaboratories'eismic TestPlan541/0075/GH, datedFebruary28,1978,RevisionA.Thetestprogramconsisted ofbiaxialrandommultifrequency testingandresonantsearchtestingineachoftwotestorientations.

Thespecimenwasinstrumented withaccelerometers andmonitored forfunctional operation duringthetestprogram.Itwasdemonstrated thatthespecimenpossessed sufficient integrity towithstand, withoutcompromise ofstructure orelectrical

function, theprescribed simulated seismicenvironment.

Ala.Professional Eng.LicenseNo.7112COUNTYOFMADISONjWilliamW.Holbrookdeposesandsays:Theinformation contained inthisroportistheresultofcomplotcandcarefully conducted testssndistotebestofhistrnowled9e 'truesndriailrespets.SUOStBEDandsrnbofremethisdayof~~,192B~~NotaryPuicinandforthcCountyofMadison,StateofAlabama.MyCommission expires.~19PREPAREDBYR.TornerryAPPROVEDBYIWYLEQ.A.L.M.DaviesSCIENTIFIC SERVICESANDSYSTEMSGROUPHUNTSVILLE, ALABAMA 5t4 VVYLE'uuBQRMZ55lEB SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.REPORTNO.4.0SULTRY(Continued) TableXcontainsadescription ofthetests.Figures1and2showthehorizontal andverticalSafeShutdownEarth-quakeRequiredResponseSpectra.Photograph 1showsthespecimeninstalled intheside-to-side/ve ticalorientation fortestingontheWyleHultiaxis SeismicSimulator. Photographs 2through6showthespecimenresponseaccelerometer locations. IAppendixXcontainsthetransmissibility plotsofthespecimenresponseaccelerometers dividedbythecontrolaccelerometers romtheresonantsearchtests.AppendixXXcontainsTestResponseSpectraplotsofthecontrolandspecimenresponseaccelerometers fromtheSafeShutdownEarthquake testineachorientation. 0AppendixXXXcontainstheXnstumentation LogSheetsandtheXnstrumen-tationEquipment Sheets.AppendixXVcontainstheWyleSeismicTestPlan541/0075/GH, datedFebruary28,1978,RevisionA. hj4ERIK'AKNXRNKN5EB SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.REPORTNO.5.0TESTREQUZREbKNTS 5.1SecimenMountinandOrientation ThespecimenshallbeplacedontheWyleMultiaxis SeismicSimulator Tablesuchthatthebaseofthespecimenisflushwiththetopofthetable.Themountingbaseofthespecimenshallbeboltedtothetesttableineachtestorientation. Themountingofthespecimenshallsimulatethein-service mountingconfiguration ascloselyaspractical. Thespec'menshallbeinstalled suchthatitslateralaxisshallbeco-linearwiththelongitudinal axisofthetesttable.Forthesecondaxisoftests,thespecimenshallberotated90degreesinthehorizontal plane.5.2Resonance SearchAlow-level (approximately 0.2ghorizontally andvertically) biaxialsinesweepshallbeperformed todetermine majorresonances inboththeside-to-side/vertical andthefront-to-back/vertical orientations. Thesweeprateshallbeoneoctaveperminuteoverthefrequency rangeof1Hzto35Hz.5.3RandomMultifrecruenc TestsThespecimenshallbesubjected to30-second durationsimultaneous horizontal andverticalinputsofphase<<incoherent randomwaveformmotionconsisting offrequency bandwidths spacedone-third octaveapartoverthefrequency xangeof1Hzto40Hz.Theamplitude ofeachone-thirdoctavebandwidth shallbeindependently adjustedineachaxisuntiltheTestResponseSpectra(TRS)enveloptheRequiredResponseSpectra(RRS).Thehoriontalandverticalcontrolaccelexometers shallberecordedonoscillograph andFMtaperecorders. Theresulting tablemotionshallbeanalyzedatfivepercent(5%)damping,andplottedatone-third octavefrequency intervals overthefrequency rangeofinterest. Thespecimenshallbesubjected tofive(5)Operating BasisEarthquake (OBE}tests,followedbyone(1)SafeShutdownEathquake(SSE)test,ineachtestorientation. TheSSERRSareshowninFigures1and2.TheOBElevelRequiredResponseSpectrumis80percentoftheSSElevelRequiredResponseSpectrum. %AQJE'UVKKRNfUREB SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENQ.REPQRTNQ.4394315.05.4TESTREQUIREMENTS (Continued) SaecimenResonseAtotalofsix(6)uniaxialpiezo-electric accelerometers shallbelocatedonthespecimentomonitortheresponseofthespecimentotheseismicexcitaton. Theplacement oftheseaccelerometers shallbeatthediscretion oftheSolidstate ControlsTechnical Representative andtheWyleTestEngineer. FMtapeandoscillograph recorders shallprovidearecordofeachaccelerometer responseduringthetestprogram.Trans-missibility plotsofthespecimenresponseaccelerometers dividedbythecontrolaccelerometers fromtheresonance searchtestsshallbeprovided. TRSplotsofthespecimenresponseaccelerometers fromtheSSEtestineachtestorientation analyzedatfivepercent.(5S)dampingshallbeincludedinthetestreport.5.5Electrical PowerElectrical powerof480VAC,single-phase, 60Hzatapproximately 80amperesorless,and105-140VDCat80amperesorless,shallbepro-videdforoperation ofthespecimenduringthetestprogram., 5.6Electrical Monitor'ng Three(3)electrical monitoring channelsshallbeurnishedtomonitoroperation ofthespecimen. Theeleccrical monitoring channelscanbeusedtoascertain electrical continuitv, curent/voltage levels,spuriousopeation,contactchatter,etc.before,duringandaftertheseismicexcitation. 5.7Electrical LoadinASolidstate-furnished electrical loadshallbeconnected totheInverter120VACoutputduringtheseismictests. Ph MAfLE"I.ABQRNPOHEB SCIENTIFIC SERVICESANO'SYSTEMS GROUPPAGENO.REPORTNO.43943-16.06.1TESTPROCEDURES ANDRESULTSSecimenMountinandOrientation Procedures ThespecimenwasplacedontheHyleMultiaxis SeismicSimulator Tablesuchthatthebaseofthespecimenwasflushwiththetopofthetable.Themountingbaseofthespecimenwasboltedtothetesttable,usingfour(4)1/2"-13Grade5bolts,ineachtestorientation. Themountingofthespecimensimulated thein-service mountingconfiguration ascloselyaspractical. Thespecimenwasinitially installed intheside-to-side/vertical orientation asshowninPhotograph 1.Forthesecondaxisoftests,thespecimenwasrotated90degreesinthehori-zontalplanetothefront-to-back/vertical orientation. 6.2Resonance SearchProcedures Alow-level (approximately 0.2ghorizontally andvertically) biaxialsinesweepwasperformed todetermine. majorresonances inboththeside-to-side/vertical andthefront-to-back/vertical orientations. Thesweepratewasoneoctaveperminuteoverthefrequency rangeof1Hzto35Hz.6.2.1Resonance SearchResultsAdescr'ption oftheresonance searchtests,including testnumbers,axes,andinputaccelerations iscontained inTableI.Transmissibility plotsofthespecimenresponseaccelerometers dividedbythecontrolaccelerometers fromtheresonance searchtestsarepresented inAppendixI.6.3RandomMultifreuencTestProcedures Thespecimenwassubjected to30-second durationsimultaneous horizontal andverticalinputsofphase-incoherent randomwaveformmotionconsisting offrequency bandwidths spacedone-third octaveapartoverthefrequency rangeof1Hzto40Hz.Theamplitude ofeachone-third octavebandwidth wasindependently adjustedineachaxisuntiltheTRSenveloped theRBS.Thehorizontal andverticalcontrolaccelerometers wererecordedonoscillograph andFMtaperecorders. Theresulting tablemotionwas.analyze'd atfivepercent(5%)damping,andplottedatone-third octavefrequency intervals overthefrequency rangeofinterest. Five(5)OBEtests,followedbyone(1)SSEtest,wereperformed ineachtestorientation. TheSSERRSareshowninFigures1and2.TheOBElevelRequiredResponseSpectum,was80percentoftheSSElevelRequiredResponseSpectrum. ilI' %PAPEVUBCRAYKHES SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.REPORTNO.439436.0TESTPROCEDURES ANDRESULTS(Continued) RandomMultifreuencTestResultsItwasdemonstrated thatthespecimenpossessed sufficient integrity towithstand, withoutcompromise ofstructure, theprescribed simulated seismicenvironment. TableIcontainsadescription ofthetests.TheTRSplotsofthecontrolaccelerometers fromtheSSEtestineachtestorientation analyzedat5%dampingarepresented inAppendixII.6.4SecimenResonseProcedures Atotalofsix(6)uniaxialpiezo-electric accelerometers werelocatedonthespecimentomonitortheresponseofthespecimentotheseismicexcitation. Theplacement oftheseaccelerometers wasatthediscretion oftheSolidstate ControlsTechnical Representative andtheWyleTestEngineer, andisshowninPhotographs 2through6.Thehorizontal accelerometers wereorientedintheside-to-side direction duringtheside-to-side/vertical testingandwerere-oriented tothefront-to-back direction duringthefront-to-back/vertical testing.SecimenResonseResultsTransmissibility plotsofthespecimenresponseaccelerometers divided'ythecontrolacceleometersfromtheresonance searchtestsarepresented inAppendixX.TRSplotsofthespec'menresponseaccelerometers fromtheSSEtestineachtestorientation (TestNos.7and14),analyzedat5%damping,arepresented inAppendixXI.6.5Electrical PowerinProcedures Electrical powerof106VDCatapproximately 80amperesorlesswasconnected totheinputterminals, and480VAC,60Hz,single-phase atapproximately 80amperesorless,wasconnected tothealternate inputterminals, foroperation ofthespecimen. )SYlLE'NCBAI~ES SCIENTIFIC SERVICESANDSYSTEMSGROUP.PAGENO.REPORTNO.6.06.6TESTPROCEDURES ANDRESULTS(Continued) Electrical Monitorin Procedures Three(3)electrical monitoring

channels, asdescribed below,werefurnished tomonitoroperation ofthespecimen.

Theelectrical monitoring channelswereusedtoascertain electrical continuity, voltagelevels,spuriousoperation, contactchatter,etc.before,duringandaftertheseismicexcitation. /Atapproximately 20secondsintoeachtestrun,theDCinputvoltagewasremoved.ChannelFunctionMonitored DCVoltageInputACVoltageOutputNormallyClosed(NC)AlarmContact6.6.1Electrical Monitorin Results:lOItwasdemonstrated thatthespecimenpossessed sufficient integrity towithstand, withoutcompromise ofelectrical

function, thesimulated seismicenvironment j6.7Nospuiousoperation, contactchatter,etc.wasnotedduringthetestprogram.Electrical LoadinProcedures ASolidstate-furnished electrical load(approximately 33amperes)wasconnected totheInverter120VACoutputduringtheseismictests.

I .4]MMJEVQKHPilPXBEB SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.843943-1REPORTNO.

7.1REFERENCES

TheSolidstate

Controls, Enc.,PurchaseOrderNumber13919.7.2WyleLaboratories'eismic TestPlan541/0075/GH, datedFebruary28,1978,RevisionA.7.3ZEEEStandard344-1975entitled"Recommended Practices forSeismicQualification ofClass1Electrical Equipment forNuclearPowerGenerating Stations".

MAX'ABQRA7085ES SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.REPORTNO.439431TABLElTESTRUNDESCREPTEONS lNPUTACCELERATION ()TESTRUNNO.TYPETESTOREENTATXON LEVELHZPAVZPA1014SineSweepSineSweepSS/VSS/VSS/VSS/Vss/vSS/VSS/VFB/VFB/VFB/VFB/VFB/VFB/VFB/VOBEOBEOBEOBEOBESSEOBEOBEOBEOBESSE0.21.41.351.41.41.42.10.21.451.451.51.451.452.20.20.690.610.580.540.550.680.20.55'.580.570.570.570.66LEGEND:HZPA=Horizontal ZeroPeriodAcceleration VZPA=VerticalZeroPeriodAcceleration SS/V=Side-to-Side andVerticalFB/V=Front-to-Back andVerticalRMF~RandomMultifrequency OBE=Operating BasisEarthquake SSE=SafeShutdownEarthquake

  • 120VACoutputloadwasinadvertently leftoffduringrun.

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~~PageNo.20ReportNo.43943-1jFULLSCALETRANSMISSIBILITY 0.1Q1.0CI10Q100IZf1000Cl-10Is~I~I~~~~~I~~~I~IttI~I~,sIIItI~ts~.410987III,II~II~I~~IIIIIIII~I~~t'tI~'~stIill~st1~I:~I~~tI~s~I~~~II~Itll~IllI~II~Ilit~I~I~It~~II/IIIII'ltlIIilIiII~~III~IIIlitIsI'0157wKGSQv310xo9ng8<tst~ttt4I5ar4Si~"~~~~I~~~'l't~sI~III',Is~~~IIII~I~III~~tiIIts~I~stst~,~IIII~I~III~ttt,'.~~III~N3/JIs~I,\ItIJt'IIIIIl~\~IIsisIIs~I,'litI~I~IIIIIIIIltIIlittIIs~I~I~iIilittk!I"IIs.I~~~tIIIltlIIIII~33456789103345678910101003345678910200Frequency (Hz)AXXSACCFLNO~+NO.~>TESTRUNNO.~ v~tFULLSCALETRANSMISSIBILITY 0.1CJ1.00100100H1000QpageNo.21Repo"tNo.43943-1LO987310~'IltltIl~~~I~I'KtttIIIItIIIItIIIII\KltlIIIIIKtlllt,tII~IlIIIIK~I~~,.TK-IKI~III~I~K~~'I~~~I~tII~III~'IIIIII~~~~I.I~ttI~I~~,"I~23456789101023456789!0100Frequency (Hz)23456789'.0200AXISVF.7ACCZL.NO~>5-,gO.jlCATESTEONNO.~

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~~PageNo.26ReportNo.43943-1FULLSCALETRANSMISSIBILITY t0.101.0G10C3100@1000010987I~ttI~ttI~~I~'II~I~~I~~~'I"~'ttI~~II~109876pl~~I~~I~11I~,~~ItlI'.lliIiilI~I~IIIII'IiI~~t~~tIIII~~II~II~I.~11tIt~I~I~IIII~~t~IIII~III~~'ItiIi~-iIIItI'I~II.~I'llIlit~~t~tttII'~"I~~~I~~~tlI~,,t~I~llI*III~III~iit~IIIII~I~II~III,II'-~~t~~It~~tt,~~~II~~I~~III~~III~ILP3~II~~I~~I~11~IIillIIIItIII~IIIIl,ltIItI~~~t~It~I,llili'Ii~;I,tllIIIIIil~~'II~iIIII23456789102345678"910234567891010100200Frequency (Hz))0AXXSACCELiTO~~'NO~VTESTRUNNO. PageNo.27Report,No.43943-1FULLSCALETRANSMISSIBILITY 0.1Cl1.0Q100100N1000Cl1098765411'I~I~I4~~4109876t~1I~II~1~~.'ItSIIII~I~'III.lillIlclilI4I41stI~I~1144~41~4~'14I4SIIIII~:ItI~II4~III~I4lIlIIiIIIIII~I~I~~I~I~III~III~.I4I~II~IIi'44Cp80101~R0182Ci45CffSCJ*10xs876J~Cls0:444I'teIIII4;1111~~4I~'I144I4~'I~III'~~4~~414II'l'li'4~4~4III~~44II~~~,~"~!Fs~.'III~4~4'IIIIIIlfsl4N314II~II'I11~I1~IIltI~II1I~lc1st'~,eI~4I'I1~4~'ICsl11'IIIII~i1II~I'I~III.~Il,llllseIlf;tIC~II~t4.'~~II423456789102134567891010'i10023456789102000(Freauency (Hz)tAXISACCEL.$O.~-:NO.C8TESTEUCITCCO.~ ~~PageNo.28ReportNo.43943-1FULLSCALETRANSMISSIBILITY o.xCIx.opxoOzoo5(oooo010~I~~t~~~IIt"~I~~II~~I~Itl1098~I~~I(~~~tI~~III~tI~ilI~I'IIIII.t~t~II'IItII'Ittlt~II~ttt~III~~t~IIIItII~7Z46o:dOw4I~~~II~I~IIt~I1I~I*~~I~~~ItI~I~~I~I~~I~II~~f1II',I~tIIIIil~iII~~Ill~IIIItt~~tttI~III~~I~~IItt~il~'~~~I~IIiIIIIliItilIII~It~2345678910234567891010100Frequency (Hz)2345678910200mXSlVACCEL.NO.'4H-,NO.~TESTRUNNO.~ 0I~FULLSCALETRANSivfISSIBILITY 0.1CI1.0CI10CI100g(1000ClpageNo.29ReportNo.43943-11098~tII)i~I~~I)I~~I~~II109876I~II~ItI~~IIIII~III~I~I~j~III~~I~~III))I~IIdyll~t~t~I~tI~I~II~jtIII~~~jIII~tI~I~~III~III~'~~~II)IItIIIIIIIIIIIIIIII;III~t'llII'll"III~tt~tt~t~~~~I1O~~~I~~I~II'~IIII~~I'III~II)IIIII'jI~~III'I')~~I~)I~~~~~t~)III~II~"\~tI~II~it)1IIt'I))II~IIt~IIil'II~IIllj>I.'I'I~'I,'~'~~~II'!'III')llIt~~)"'l~I~2455789102345678910101002345678910200Frequency (Hz)AXZS:EACCEL.N0.4~-.N0.~TESTRUNNO.~ PageNo.30ReportNo.43943-1FULLSCALETRANSivfISSIBILITY 0.101.0010+100I1000010987654I44\,444~4I44I~I\~I'44I~,I~~4~'I~I4II10987~\I~I4~II~III~IIIIIIIIII~I'444444'llII'I\~I~IIII~I'I4~II~I4~~4I~\4~II~I'I~IIII44II'4ttltI4II~I44~I4,IIII~4I~~II4~~~44IltI~IitII'l~Itl'll'l,I~I4IIII~tIt'444~t4II~~~\4N34I~I4~IIII444'"~I~444,.4~II,II.II~IIII~;~"~.ItIIIIIIIIIIIII~4I4~-r.02345678910234567891010aooFrequency (Hz)misACCEL.NO.CuF~-NO.~TESTRUNNO.2345678910200 0 K~"MBGAMZ85EB SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.REPORTNO.43943APPENDIXIITESTRESPONSESPECTBAPLOTSTESTNO.AXESSide-to-Side/Vertical Front-to-Back/Vertical ~\PageNo.32ReportNo.43943-1FULLSCALESHOCKSPECTRUM(gPeak)1.00100100IZ10000DAlvfTvTNG10~~tI~t~tII~tttIt~II~~II~10987I~III~'ltt~11~'llIIIIIII'.ll!vlIIIIIIIt~~\I~~1tvI~~~I~I~It~III~~II~~II~IIII~~I~;IlitII~:ItIIi't~~tIto.4l41gs0310XGXitnit87I6id0it4I~~~I~~~Itt.tII~'titttIIvI~~I~III~I~~I'I~I'ttI~II~~~~ItI"IIIll'I~t~ttIIIIIitt,~~~t~t~II11'~II\tII~It,t'llItI:~\I~IItIII~I,I;tIIt~I~I~~~III~lAl3I~I~\,tIIIIt~II~~I~'I"IIIII~1~tIII~IiIIIIIII1jt,t~I,'I;'IIItIIIIIt'I"~iII~III~I11~II102345678910234567891023456789101001000Freqver1cy (Hz)-(0AXISLOCATIONNO.~ttl-TESTRUNNO~ ~\pageNo.33Report:No.43943-lFULLSCALESHOCKSPECTRUM(gPeak)1.0010C3100Cg1000Cl10987~'I~DAMPING~%I'ItII~Iii~'~C7109870I~iI~~~t~~'~IIIatI~~~'.ll~IIIII<Ill<III~I~~t't~~'Itt~t~It~Itt~I~~I'~tt~t~'I~~IIII~II'IIliilII'I~I~~IIIIIIIIII~It'~IIIliIt~I'It~<I~Ilit'<I~'l~Cl~W8v<110x'<<ng8u<I<ZQ6JCIA5gz~ttI'.IIt~I'~I,II~I~Itt~I~~It~ttIIIIItI'IItt~~II~~'III'<IIill<'~I~I~-I~~~~~~IttI~IIIi~~I3~tI~IIIt~~<I~tt't~~tt~'tI~II~<IItI:IlIl~II~IIII.:III~'<t:.<II~~I<III~IIII~I<III:I~II~I'IIII~I~Ii<.litt~III~~ItI~~~I~10245678910234567891023456789101001000Frequency (Hz))eAXISLOCATIONNO.~<8TESTRUNNO.

4PageNo.34ReportNo.43943-110FULLSCALESHOCKSPECTRUJvf (gPeak)1,00100100@10000DAMPING~%~~4~II~~I14~44I,~~~~43~4I4::II14IIIII~IIIIIIII~IIIIII~II11144IIIII111444IIIIIIIII~II~4'14114I~II~I~I~144,441~1II4I4'~~4I~44t41~~~I41~I~411III444144\'cbr414Il~;I444'44~44~I~'.~ltI4II~I411141III:I~IIIIIIIIIIIIIII~II~III~It~~'4444I~11I~11~II'4~~.4~4I4~~~I~444II4~4II~~I44444)4~I'I~III4~~4~~4~II~I1I44~1.~14IIIIIIII~414~ltII~~I'4IIII444IIllIIII111II~I~41~4II;III4I4III1~'4~234567891023456789781010023456789191000Frequency (Hz)IOAXISLOCATIONNO.CS.sTESTRUNNo. PageNo.35ReportNo.43943-1,1098FULLSCALESHOCKSPECTRUM(gPeak)1.0CI10CI100El10000DAMPING~/o~II'~t~I~~~~I\I~109,87IIII~II~t~t~ItII~IIIt~IIIIII'ttgII~II~~~~~~~~III~II~IIIIIIlI.I~It~t~~IIII~tIIIIII~ItI~'It~~~'II~I3C0Q41ILIV~5<v8c10xSrtg86I'II.II~tillIII~,It~~II~III~~II~~IIft~II~IIII'~I.IIIIt~II~~I~III~tIII'II'll~~\II'I'tII~~IllI~tI\tlIlltIll'456789101023456789102345678+101001000Frequency (Hz)AXISLOCATIONNO.~ZTESTRUNNO. l,'ICI 'PageNo.36ReportNo.43943-1FULLSCALESHOCKSPECTRUM(gPeak)1.0C110010051000010DAMPINGg7/aI,~III1I~~11I'ItIII'I~I~I~~~I~11I~~I~I~I~1'~II'~~II~~~I~~I~~I~~110987I\II'littI~IIIII~IIltllllIltlII~I~.IIltsIII~l~~IIl~~I'III~~III~11st;IIts,II~~1~IIII~I~~~,IIIII'I~Ito.414)Vv31O)cS~c8Vst725I6JN3~III~,I1II',III11I'~I'It~II~Il1II~II~~~I'I~I11~II11~I~IIIIII'IIIIIl'll~IIIII.tII,'ItlII'1IIII~~I~~s'~.I,II'I~I~~~1I~~~""I~"I~II':I'!II~~tltIIls~IIIll~Il~I~IIIII~I'IIIII~'~I~I~Ill"III'IIIlltllltIttt~III)l~~IIIIIIII~tI23456789102345678910234567893010100lOO0Frequency (Hz)WX15LOCATIONNO.~~TESTRUNNO. PageNo.37ReportNo.43943-110987I~FULLSCALESHOCKSPECTRUM(gPeak)1.0010CI100IU10000DAiviPTNG ~%\~II~It~II~Ih'~I~~IIIII~'IIIIII'I'I~t~IIt~I~~Itt'~'I~I10987I~11I~I'lIIII~littII11I~II~IIII;IIIIIIIII!IIII~I~~II~II'III:IIttIII~III'iI'll'.IlIIIIIIII'3c0p41QQtt!~~uJCO*1Oxatlat:8xQOIttI>tt6JCtt5<<4t340ttI~~tI~~II111~:tlIll'~~,I~IIIII~I~I~~~~t~~aditiIII~~*~1111,11IIII",IIi~'II'I!th~I~~I~~T~IW3'III"IIII"II11Ill111I1'Itill~~I~II~IIIt~III~IIII~I~I,li'I~IIiitIt!I~~II~I~23456789102345678910234567891010100Frequency (Hz)AXlSLOCATIONNO.~&i'ESTRUNNO.

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~1PageNo.45ReportNo.43943-1FULLSCALESHOCKSPECTRUM(gPeak)1.0C3100100531000010987DAhlPTNG~Io\I,~~stI~I~t.~'~1I~~~C7I1I~t*tI~1~~S\I~~I~IS~~It~III~I~t1098III'I'.'IliltItl'It,lIIIIII!I!I.!ItsIIllIIIIIII~I!III~!~III';~Ij.'1ill~I~II~~I'II'I\I1!.11~ItI~~11~11I~~~t1t'II~It~1I~I~It'1I~:le3c0pCPIDQCv81Oo9'vQ62d11,1t11ItisI~ltIlittS.'Itl'I~.'st~"IIIIII~ststt\~tII~IIIIII~I!IIII'.It~;st;ItillIts1st~II~~I'.11I~II'Il~ltl!~~I~1istlI~'It~~~hLP3I1~1IIII11~I~~I't1stII~III'1t'llI1II~III~stlirt~I.!~II~IIIIII~1~~~I1t,III~,~II','I.IIIII~~~1IIIISIII'IItIIIII'234567891023456789101010023456789101000Frequency (Hz)AX)SLOCATIONNO.I~JR'JTESTRUNNO. 4C pageNo.46ReportNo.43943"1FULLSCALESHOCKSPECTRUM(gPeak)1.0CI100100Kj1000CIDAivfPING10987~~'~I0C7c)10987~I~IIIIIIIICIII~~\I~I'III',IIi,IIIIII~IlittIItt~I~~I'I~~~I~~~I~CI~~I~ICI~~~~,It~I~tI~~II~Itttt'~I~ttttltt'II,'C0eQ4)OJ5Oy10xanlrb80CctE56J~I,'0:ttOII.O~dYN3~III~'II~III'II~Iltt~I~I~~II~ICII\I~I~'I~t~IIttl~III~tI~III~II'I~~IIIItI~I~t~~'1II"~~I~IIll,IIII'~llI~IIttllIIltIIIClt'IIII~~I23456789102345678910101002345678410lOCOFrequency (Hz)AX[SLOCATIONNO.~l PageNo.47ReportNo.43943-1FULLSCALESHOCKSPECTRUM(gPeak)1.0010C3100IXI10000DAMPING~la109~ff~ff~~~If~~~~~~~)I~~~~'ilffII~I~'IIfifl~IIIllIIII'lj'III~Ii'~II,IIII;IIIjllIII~~I~~II~I~II~II~~~~'III~~~IIIII'~~llfIf~~fII~III~~f~~If~IIII~\If\I~I~~'I~I6SiJjjjfI~~~~II~~~'~tf~ffI"II~~IIIII~!~.'II~IIII~~I~IIIIjjli!fill~~I~Ii.f~~I~IIII~I~II"~I'~~,fI~'II~~IfI~'~I~f~~~IfII~I~II'III~'='I~I~'~IIIi'\IIllf~f~I~I~If"'i~I~II~~IIIIIIIII~~IIIIIifIjllIIflIIIIIII~III,jfj~jlIIf234567891023456789102345678910101001000Frequency (Hz)AXISLOCATIONNO.9~2j'TESTRUNNO. VARSY'AKSRAlZ55KB SCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.REPORTNO.APPENDIXIIIINSTRUMENTATION LOGSHEETSANDINSTRUMENTATION EQUIPMENT SHEETS W322JOBNO.CUSTOMER~leWYLELABORATORIES INSTRUMENTATION LOGSHEETLOGPAGENO.TESTENGINEEROF'ATETIME(IncludeRunNumber,PartChanges,ShiftChangesREMARKSandallotherpertinent data)litutPQt00ft00lOI JW322JOBNO.~HDlbBCUSTOMERMauasTTR~aTTFFaLSYYLELABORATORIES INSTRUMENTATION LOGSHEETI.OGPAGENO.TESTENGINEEROF~,DATETIMEREMARKS(includeRunNumber,PartChanges,ShiftChangesandallolherpertinent data)5IlDFaaA-0Q00~EFTORaFI

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INSTRUMENTATION EQUIPMENT SHEETTechnician <~FJobNo.CustomerTestArea+t~Typefest's&ts~Ho.Instrument Manufacturer ModelHo.SerialHo.WyleorGov'tHo.RangeAccuracyOnCalibration Due00OA&&GRowc. TKRWtWzI@Ia~G~~GQogC~wag~~5%>n-aR'tt.l 4-.'Il-l4.n.acARRE~pio/3/5rPlvVmPg8ltJORrnfWAmrc8PWAnric, 848rnlc-7oQ//gj/N(~77780~~o~~Ho0-77I/43D.7D.Tg/4.QO~77/.C.z3.)'79'7~0-7737dz>7'S't0'g00f.i'-Wg-M.~F~~Instrument TestEngineert"fii-1029 Checked&ReceivedBy DateTechnician JobNo.Customer~dD7'estAreaTypeTestNoInstrument /~DZmg48ZlJDA'm4vs/Manufacturer Q4EM~ModelNo.SerialNo.WyleorGov'tNo.C/k/RangeAccuracyWSE/z+~Tog.SAzOnCalibration Due/-JS-7g2-4-7737-787-u.78"T.7.r8'/-/4. 77X-/+.7F~.grz~</.2-a-7f/S'-T7770/P5A'7da5'WlO.OltcP'Dv'/5W.~7.reTDd7g+Mum-~~so r~48ro~mOSkrZ~~CS Weil(~CB&Beni&t5aoa//ag~v~uP0.5nsy-~o.ggd.5wd-~O.>~8~@.~o-gag/./azd4-/>rS'->/.7S'.z-re 8448'.7fr"<-~/.77374m1C68Mmes~/d>~/~f5Zyg/Spy+fo/.S.7f/-/8~SJ-/.P8'3'r4./F70g~0/P7sl/~if'7W~S-78'nstrument TestEngineerNH-1029Checked&ReceivedBy DateTechnician JobNo.CustomerTestArea/TypeTesthIInstrument NC,Manufacturer ModelNo.SerialNo.WyleorGov'tNo.RangeAccuracyOnCalibration DueAtm~Wf'fMM~~ngtbO-P0-DuJr.~0~tJ~.A'$'-700~UlIInstrument TestEngineerWll-l029Checked8ReceivedBy )NYlLE'HKÃRA1l9$ 5EBSCIENTIFIC SERVICESANDSYSTEMSGROUPPAGENO.REPORTNO.APPENDIXIVSEISMICTESTPLAN TESTPROCEDURE PageNo.56ReportNo.43943-1541/0075/GH TESTPROCEDURE NO.SCIENTIFIC SERVICESANDSYSTEMSGROUPP.O.BDX1008~HUNTSVILLE. ALABAMA35807TWX1810>728.2225~TELEPHONE 12051827~11DATEFebruary2B,197BRevisionASEISMICTESTPLANFORA7.5kVASTATICINVERTER0'506FORSOLIDSTATE

CONTROLS, INC.COLUMBUS, OHIOAPPROVEDBY:FOR:APPROVEDBY:FOR:APPROVEDBY:FOR:APPROVEDBYPROJECTMANAGEAPPROVEDBYQUALITYENGINEER:

PREPAREDBYPROJECTENGINEER: CREVISIONS FORM1054\Rev.4/74REV.NO.DATEPAGESAFFECTEDBYAPP'L.OESCRIPTIOM OFCHANGES3andFigure3RTRTA3-20-7B3andFigures1and2RTPara.2.3-RevisedRBSPara.2.4-Deletedhigherlevelmultifrequency testoptionPara.3.3-Revisedpowerrequirement from120VAC,single-phase to4BOVAC,single-phase COPYRIGHT BYWYLELABORATORIES. THERIGHTTOREPRODUCE, COPY,EXHIBIT,OROTHERWISE UTILIZEANYOFTHE'1ATERIAL CONTAINED HEREINWITHOUTTHEEXPRESSPRIORPERhIISSION OFWYLELABORATORIES ISPROHIBITED. THEACCEPTANCE OFAPURCHASEORDERIMCONNECTION 'LVITHTHEMATERIALCONTAINED HEREINSHALLBEEQUIVALENT TOEXPRESSPRIORPER'AISSION. n44 PageNo.57ReportNo.43943-1VNA.ELABCIRAiRMIES SCIENTIFIC SERVICESANOSYSTEMSGROUPI541/0075/GH TESTPROCEDURE NO.PAGENO.1.0MOUNT3:NG SecimenOri'entat'on A7.5kVAStatic3:nverter, 36inchesdeepby29incheswideby83incheshigh,weighingapproximately 1500pounds,hereinafter ca'leathespecimen, willbeinstalled ontheWyleMultiaxis SeismicSimulator Tablesuchthatitsfront-to-back direction willbecolinearwiththelongitudinal axisofthetable.For.thesecondaxisoftests,thespecimenwillberotated90degreesinthehorizontal plane.1.2SCIecimen Tie-DownThemountingholepatternofthespecimen's mountingbasewillbetrans-ferredtothetesttable.Themountingholeswillthenbedrilled'nthetable,andthespecimenattachedusingavailable bolts,nutsandwashers.Thespecimenwillbeattachedinamannerthatsimulates t:heactualin-servicemountingcondition ascloselyaspractical. LiftinganglesforhandlingthespecimenwithanoverheadcranevillbeprovidedbySolidstate. 2.02.1EXC3:TATEON Simultaneous BiaxialExcitation Eachhorizontal axiswi3.1beexcitedseparately, buteachonewillbeexcitedsimultaneously withtheverticalaxis(longitudinal simultaneously withvertical, thenlateralsimultaneously withvertical). Thehorizontal andverticalinputacceleration levelswillbephaseincoherent duingthemultifrequency t:ests.2.2ResonantSearchAlow-level (approximately 0.2g)biaxialsinesweepwillbeperformed inboththefront-to-back/vertical andtheside-to-s'de/ve ticalorienta-tions.Thefrequency x'angeofthesinesweepwillbefrom1Hzto33Hzatasweeprateofoneoctaveperminute.)02.3Mu3.tifre uencyTestsThespecimenw'llbesubjected to30-second durationsimultaneous hor'-zontalandverticalinputsofphase-incoherent randomwaveformmotionconsisting offxequency bandwidths spacedone-third octaveapartoverthefrequency rangeof1.0Hzto40Hzasnecessary toenveloptheRequiredResponseSpectra(RRS).Theamplitude ofeachone-thidoctavefrequency willbe'ndependently adjustedineachaxi'suntiltheTestResponseSpectra(TRS)ehveloptheRRSwithinthelimitat'ons ofthetestmachine.Thex'esulting tablemotionwillbeanalyzedbyaspectrumSoliastate analyzerat:fivepercent(5S)damping,unlessotherwise p'f'boiase,andplottedatone-third octavefrequency intervals ovethefrequency rangeofinterest. Form1054.2Rov.4/74 ll,yPageNo.58ReportNo.43943-1TESTPROCEDURE NO.5440075rGHPAGENO.RevisionAFive(5)Operating BasisEarthquake (OBE)testswillbeappliedtothespecimenpriortotheapplication ofaSafeShutdownEarthquake (SSE)testineachtestaxis.TheZeroPeriodAcceleration (ZPA)aswellasotherareasoftneRRScouldbeexceededinordertomeetthepeakresponses ofthecurves.TheSSERequiredResponseSpectrumisshowninFigures1and2.TheOBElevelRequiredResponseSpectrumwillbe80percent(80%)oftheSSElevelRequiredResponseSpectrum. Theapproximate testmachinecapabilities areshowninFigure3.3.0lNSTRUHENTATXON 3.1Excitation ControlThehorizontal andverticalcontrolaccelerometers willbelocatedonthetesttableasnearthebaseofthespecimenaspractical. 3.2SpecimenResponseSix(6)uniaxialpiezo-electric accelerometers willbelocatedonthespecimenundertest.Theplacement oftheaccelerometers willbeatthediscretion oftheSolidstate ControlsTechnical Representative. FHtapeandoscillograph recorders willprovidearecordofeachaccelerometer response. TRSplotsofthespecimenresponseaccelerometers analyzedatfivepercent(5%)dampingforanSSEtestineachtestorientation willbeprovidedinthetestreport.Transmissibility plotsofthespecimen-mountedaccelerometers willbeprovidedfromtheresonartsearcntests.3.3Electrical PowerElectrical powe"amperesorless,operation oftheof480VAC,single-phase, 60Hzatapproximately 80and125VDCat80amperesorless,willbeprovidedforspecimenduringthetestproqram.rForm10542Aev.4/74 PageNo.59ReportNo.43943-1541/0075/GH TESTPROCEDURNO.IPAGENO.3.4Electrical Nonitorin Three(3)channelsofelectrical monitoring willbefurnished fordetermining operational conditions ofthespecimenduringtheseismictesting.Thesechannelswillbemonitored byanoscillograph recordertoascertain electrical continuity, current/voltage levels,spuriousoperation, contactchatter,etc.before,duringandaftertheseismicexcitation. Additional channelscanbeprovidedandarequotedasanoption.3.5Electrical LoadASolidstate-furnished electrical loadwillbeconnected totheInverter120VACoutput.duringtheseismictests.4.0IN-PROCESS INSPECTION Therecordswillbecheckedforequalityofperformance aftereachtest.Thespecimens willbeexaminedforpossibledamagefol'owing allviolenttestssuchasataseverestructural resonance. Allimportant vibration effectswillbelogged.Photographs willbetakenofanynoticeable physicaldamagethatmayoccur.5.0REPORTTen(10)copiesofacertification-type reportwillbeissuedsubsequent tocompletion oftesting.ThisreportwillbesignedbyaRegistered Professional Engineerandw'llsummarize theresponsespectrumplotsofthetablemotion,resultsandconclusions, detailsandrecommendations concerning deficiencies andrepairs,pnotographs oftestsetups,failures, etc.Thereportwillalsocontainalistoftesteauipment used,calibrations, andInstrumentation LogSheets.)0"FOPm10542ReV.4/74 t l'~pt4e'1w]r.tpt~to~'lII~~rP' SEISMICQUALlFSCATlONLimitorque ValveActuators TestsperXEEE344-75Testsperformed startingAprill,l975PreparedbyLimitorque Corporation

ROCHESTER GASANDELECTRICCORPORATIOM ~89EASTAYEHUE,ROCHESTER, H.Y.1~649HARRYC.SADDDCKVICCPRCSIOCNf /'pril12,1979s<sica~<a(C.irH546.2700DirectorofNuclearReactorRegulation ATTN:Mr.DennisL.Ziemann,ChiefOperating ReactorsBranchNo.2U.S.NuclearRegulatory Commission Washington, D.C.20555

Subject:

Systematic Evaluation ProgramTopicVIII-4,"Electrical Penetrations ofReactorContainment" R.E.GinnaNuclearPowerPlant,UnitNo.1DocketNo.50-244

DearMr.Ziemann:

Enclosedistheinformation regarding electrical penetrations ofthereactorcontainment attheR.E.GinnaStation,asrequested inyourDecember8,1978letter.Verytrulyyours,AvP,~~~,p,t'~Ws,gtHarryG.SaddockEnclosure}}