ML17320A661
| ML17320A661 | |
| Person / Time | |
|---|---|
| Site: | Cook  |
| Issue date: | 11/30/1975 |
| From: | ISOMEDIX, INC. |
| To: | |
| Shared Package | |
| ML17320A662 | List: |
| References | |
| REF-SSINS-6820 NUDOCS 8308160311 | |
| Download: ML17320A661 (97) | |
Text
QUAYXFXCATXOJ'"3STOFELl'iCTRXC CA".L)"SUNDERASXlIULA'I'iDLOCA/DBEBYSlt!Ufr'.I"ANEOUS EXPOSURETOENVXRONHEINTS OlSi'EAl",/CHEHXCAL-SP.
>.Y'IDPuXDXATXON cPERFGK"'D FORESSEXXNTERNATXONAL PO'lZRCONDUCTOR DXVXSXONLAFAYETTE iXNDXANA*BYTHECO"1PONENT TES'J.'XNG DXVXSXONqaO0C.iliOESER,I+OAn~lJKeYrIDRQs 2~XSOYAI)XXrXNC.IPARSXPPANY~
NEhJERSEYs.REF,CXP,NOVP.ID3ER, 19758308i603ii 8308i0'tPDR*DOCK050003i5PDRACCEPTEDFOfig/ABYEl.ll'"i(tlv GEHERATlOH SErl0$~f.!"'..C, ll.Y,ACCEP7EDCY:M+W,tt:~~M.~~'iki.Mr&<~'~~-~rIatiltdi>lt-rt.-2~FO.ttnnSiSi~dPO-ilip~nyt"0yJ.t"y(201)GO'i'i'00 tT'g~{gCIIIChGO0I'VIGIOrt
~tsstlirrct jidcrcss:
nnstolfisctiox117,I'nriltrt~ny, I':csvJerseyolOq42020NpicAvc.,ttorlonCrorr,Illtnnts00083('312)".00IIGO TAnLrO>"Co'iTiWTSSection1.Xntroduction andSununary...-------.--..---..-.-.
2.Description ofCableSamplrs..
~-.--~-~-~-------Page~~~00~~~010~00~0~0030TestProgram........................o...........
~s~%I~~~~0~~0~4301Purpo4)e~~0~~0~0~00~0~0~0~0~0~~~0~0~0~0~0~~~~~~00~~~4h~3.2Dlscusslonss
~~00~~0~0~-.~~~00~~~~~000000~0~0~0~~~~~~~43.2.1Phasel.0tThermal/Radiation Aging--'--~-~00'0043.2.2.PhaesXXandXXX-,.LOCASimulat:ion Post-LOCA Cooldomn....-.-.-'.-------
and~~0~~0~003.2.3Post-LocATests.............
-.'-.-----~----0.054estProcedure................;.....-.--
~......00~0~00~07~rr-';1Cable'3dounting'.
r.'..."..
000000~~004.2Lrlectrical Energizing andXnt:erconnections.........7 4.3DoseUnl.forml.ty................'..',........'........'.8 4.4Neasuremen tsofXnsulat.ion Resistance(IR).........
84.5HighVolt:ageNithstandTests(Hi-Pot).....
rTeStReSultS0~0~000000000000~~00~0000~0~010h000~0~0sltl5.1'ctual Temperhtur'e
'Pro+i3,e....'........".....
0r'5.1.1Thermal/Radiati'on Aging........--.-.
000~~~.5.1.2PhasesIXa>>dXXX-I'OCASimulation Post,-LOCA Cooldsson.................
and~~0~0'0~135.2Performance ofTest:Cables....
-.-.-.-----------~-0155.3Xnsulation Resist:ance Hcasurements...
~shs000~~~0~~0'1515.4HighVolt:agetJithstand Te't(Hi-pot)J0~0~000~~0\..186rg~Cert1flcatlon..........,..............
AppendixA-Radiation Certification 000~0000000~~19 L'EST01'IGUlU'.S FigureNo.PageSpecified Environmental ExposureProfile..........;6 2.Schematic representation
.ofT'.nergizing Ccircuitry.;.........................
14~00~4~0~193.ActualTemperature ProfileObtainedDurgingTest....................,...................12
'~I~)0~I~.I~,
(TableNo.LXSTOFTAf3T.ESPageDescription ofCableSamples.........----
~0t~~~~~00~~32.SummaryofCableRemovalFromEnergizing C'rcuztry...........................
os~~'oo~e~a163'.Measurements ofZnulationResistance.........
-.-.-l7~~~~4~Resultsofgati-potTestsPerformed atConclusion of37DayEnvironmental Exposure......18
~k!~'~I~~~h:~~I!~q 1-SECTXON1XNTRODUCTXON ANDSUHL'IARY
'qualification,test onelectriccables~rasperformed 9.naccordance withthesuggestion contai.ncd inXLEH323-1974, F"IEEEStandardforQualifying ClasslEEquipmc>>t forNuclearPowerGenerating Stations",
andXHEE383-1974, "XEEEStandardFforTypeTestofClasslEElectricCables,FieldSplice1~CandConnections forNuclearPowerGenerating Stations."
~~~~Fr,Twenty-five 1/c-12Awgcablesamplesweresubjected to',a.7daysimultaneous t:hermal/radiati.on agingexposure, F~~~followedby'a'30'ayimultancious e'xposurc toenvironments.
~~ofradiat:ion stcamandchemical-spray, whileelectrically
~~~~~nergizedatratedvolt:ageandcurrentloadi.ng.
Thisloading*consisted ofapotential of600volts(a.c.)betweenconductors andtogrounQandcurrentloading.of15-20Amps.on,eachFconQuct.or.-
totheexposureenvironments.
FFFIApproximately 50,.feetofeachpablesamplewassubjected Thcsample.srcreirradiateQ in,aCobalt.-60 fieldofgammaradiation atarateresulting inatotalaccumulat;eQ exposureof200megarads, airequivalent, Fovertheentiretestperiod.
~o~~~~tl~easurcrncnts ofinulationrcsi.tanccworemade0periodically durin'gthoexpo"urcperiodat500volts(d-c-).'Elighvoltagewith.tendtctswercconducted at:thccndoftheexposureperiodfollowing a40diametermandrelbondZtestwiththecablesimrncrsodinwater.'I~lThirteencablesampleswithstoodtheentiretestexposureand.succesfullycomplctedthehigh-pottostperformed't theendoftheprogram.Thehigh-pottest::-'E~gasconducted atavoltagelovelof2.2HVACcorresponding I'tobaizether'edvol'thq'e..plus"'a
.1000'olts A.C.'Current
I\leakagemeasuredduringthehigh-pottostvaried'otweon
~~~C~~~1.2milliarnps and5.5milliamps.
1~rThetestprogramwasconducted duringOctoberand.>>Novemberof1975"atthetest'facilitics ofme'dix,'nc..'
~~inParsippany, NewJersey.C0'ECTION2.DESCRIPTION OPCABLESA)4PLHS~!.Twenty-five cable.arnpleswerereceivedI,CfromE,ex,ranginginsizesfrom.162ODto.230"OD.Thefollowing tabledescribe" thesamplesastheywerereceivedfromEssexwiththesamplenumbersasaffixedtothocable1)yE.scxandthecorresponding tagnur'aberaffixedbyXsomedix.
~~XsomedixTalJo.2~TABLE1DRSCRXPTXOH OFShlaPLHEssexTagNo.Dosoription
~ofSamloNhite,brittleBrown,brittleSr~~(3478910ll1213~'(~,~(35,,'.s'~s\..6.~~82610121314~hNhite,brittleBrown,brittleNhitc,brittle.Nhite,flcxi'ble
..Black,flexible(~Black,flexiblefbi:te,flexible.'
~~rBlack,flexibleBlack,flexibleBlack,flexibleGrey,pongy.h,rBrown,brittle'.'\~.--15'.618~(1S17.Brmrn;brittlePurple,brittle.Black,flexibleBlack,flexibleBlack,flexible
omedixTagHo.Essex'L'agHo.Descry>Lion ofSneple20~2122202122Yellower, brittleBlack,flexibleBrown,flexible23'24.i~2324(~4.25.".,':Black,flexible~~s:.'rorrn,flexibleFGrey,'spongy~~~~SECTXON3-TESTPROGRAM,'3.1PURPOSL..
'I~~II~Thepurposeoft:1ieprogramwasto'prove.de qualify'.cation testsonelectriccablesinaccordance withthesuggestions' I~~~~~~...contained inXEEE323-1974,'XFEE Standards forQualifying ClasslEEquipment forNuclearPoweredGenerating Stations",
I,andXEEE.38'3-197.4, "XEEES,t.andard.
forTyp.e.TestoflE'.~'A..'I'ElectricCables,FieldSplicesandConnections forNuclearPowered.Generating Sta'tions".
~'f'I~~,~~~III3.2DXSCUSSXONS.
rC3.2.1PI)ASE1.T1IEIU4AL/RADXATXON AGXNGThecablesamplesvereinstalled insideofpressureIvesselandplacedinaradiation chamberandsubjctedto'a7.daythermal/radiation agingenvironment with.thetemperature 4insidethevesselmaintained at250F.FRadiation
~iasfrom aCobalt-60 sourceofgainmaradiation atanexposureratereultinginanaccumulated equivalent airdoseof50megaradsduringthisperiod.3.2;2P)iA."ESXXANDXXX-XOCA.XHUIATXONANDPOST-LOCA COOKDOh~ilIAttheconclusion of'h'issimulated installed-life agingcycle,thesamplesveree>:posedtoasimulated
.loss-of-coolant accident'LOCA) environment bysimultaneous
~~application ofradiation/stcam andchemical-spray fora'eriodof30daysinaccordance withthetemperature
\..:.profile s)io~min.Figure'Al..of ApperdixAog-'XEf,E 323-an,dasshownonFigurel.Thesampleswerecontinuously h5sprayedwithachemicalsolutionconsisting of3000ppmboronasboricacidinsolutionwith0.064mo3.arsodiumthiosulfate bufferedwithsodiumhydroxide to'pH\0".between9andllatroomtempexature.
ThespravratewasI,approximately..
2..gpmcorresponding to.0.15,gpm/ft2ofthesurfacearea.ofthemandrel.IrC~CThecablesamplesreceivedanadditional radiation doseof.150megarads, airequivalent, duringthi"portionofthetestprogram.3.2.3POST-LOCA TESTSAttheconclu.ionofthesimulated LCrCAevent,thevesselwastakenoutoftheradiation chamber.Tnesamples j'h~~~~~\~~.~~~=.~.L~PHASE'1-"'-":'.".'PHIZ:II'"'-.'.-.':".-.-..'3'-PHASEIIIQGcPlrG09sAm~g0~)..CCJThermal/Radiation.
~ging(T/R')I.I.tIi250/0II'50gBrade...~335/95
',..-)P).IR':"~315/69.IR265/28.Pot-LO~Cooldovnt1(S/C/R)I-:::j...280/70siithin10sec.~*h~~e~'~jp'Ih~~~~I~h~~I~14D/0~l50.'.TR::-.(daily)215/2'.Iegaradr~r'I~'5~,~.t:.I'::IiII,Twl.ceEachweekLOCASimulation by.simultaneous.:
..:."..:.'.'nviron.
en(:a.lZ-closure (S/C/R)....-
'."...'-.'46/113sitin).-5IQ3..h.":-3'HR.:".'."i'9hZ.
',.1HZ.1aZ.:.:.4Days,,'.~.,:.'."-.."....-
...'...'...:
Days'-'hK-rIR'RTemperature/pressure p"ofile'or simlation ofloss-of-coolant accident(LOCA)designba"isevent(DBZ)'y.simultaneous steam/chemical-spray/radiation environ-mentalexposure(al.terXZZE323-197~ficroreAlofAppendivA)Di1,hh~~'jr 7CABLEHOUNTXNG~~Thecablesamplesweremountedonholdingrodspositioned betweenthoroendcapflangesofa'vertically II~~hei'd'etal mandrel,approximate'ly 2'0'inchesindiameter.
tSteelwirewasusedtosecurethecablesinpo.,ition
/relativetotheverticalrods.Approximat:ely fourfeetofeachcableendwasbroughtupthroughthemiddleofthe,magdr 1.Theseends'tere broughtthroughhead.~)wereremovedfromthemandrel,straight:ened andrecoiledaroundamandrelwhosecliamcter was40.timesthecablediameter.
Whileso-wound,thecableswereinpectedforIIIcracks,inneredin~raterandubjectedtohighvoltagewithstand tetsat80v/mil(a.c.)ofinsulation.
tSECTXON4.TESTPROCEDURE
~~41penetrations inthepressurevessel,s'ealedandconnected to-'heenergizing leadwire.'ealing~raseffectedbyIsecuringthecableendsinaluminumtubeswithan.epoxycompound.
Thet.ubesweresecuredtot:hevesselbyIstandardtubefittings.
4.2ELECTRXCAr.
EwERGXzXr)G ANDXNTERCONWECTXONS Thecableendsfrere-ecuredtoterminalblocksmountedontheveelhead.Theleadwire,suppliect byEsexXnt:ernational, connected theenergizing wi.t:ht:hetestcable.sat.tl>c.tc.nninal'lock onsvritc)>boxtheve..e'1\'g
head-Theswitchboxcon..isted ofknifeswitchesarrangedsothateachcablecouldbeindividually monitored; removedfromthecircuitifafailure.occurcd, orisolated\1duringmeasurements ofinulationresitance.Figurc2isaschematic diagramshowingtheenergizing circuitry andcableconnections.
~~rr4.31~1$,;~",DOSEUNXPOHHXTY
~~(~Doseun'.formitywasobtai>>edbyrcpositioningthe'5'5'5Cobalt-60 sourceatvariousstagesthroughout theexposure'ycleandbyrotating.thevessel..Rotationwasperformed
'%Bays-aft'e'r',initiating
'belie.sevendaythermal/radiation agingandagainfifteendaysaftertheinitiation ofthe5~(steamexposurecycle'.1111AppendixAcontainsthecertification ofradiation
..exposure anddescribsthedoseditributiori andsourceI\positioning.
r4~4MEASVRFMENTS OPXNSUI,ATXON RHSXSTANCE (XR)'1XRmeasurements wercmadeperiodically duringtheexposurecycleaa>neansofmonitoring therelativedegradation ofthe'estsatnplcs.
Specifically, theXRmcaurcmentswercmadeat/hefollowing timeduringtheproqr<<m:l.Uponreceiptofsamples,priortoradi<<tion aging,whilewrappedontheinandrcl<<ndirrtncrscd inwater.~Iyl
1$.CUf<Rf:NTTRANSf'R!1i'R/.~3PPOTENTI.ALTRANSf'ORALR~/,4leaf.CUPPFNTTRANSFOR!!ER
'~~,r~~,~ODD~aYEN~(5r~~ODD15~~151719.21'3~~I~,r~~~rP~~II~~~.~'EYEN'..~4~'.4~~6~P~8~1012,'.41S.20,22\"~,24r+~Il~~'4~~..r.",":,PIG,VQE.~~~rr~~~rr2SCHEMATI.Cr~~~~~2II~~'\~,REPRESENTATION
-OF.ENERGIZI r~~~r~rNG,CI.RCUITRYt.'.:"i;'+~~2I'r~\~,'i~~~~'rI~-.~~rP~'.',1~~~~~~
- C2.EEalfwaythroughtheeven<laytlrcrmal/radiation agingperiod.3.Attheendofthethermal/radiation agingper'iod..
~:.1I~~~~~~~r('4.Ateachdwellduringthehightemperature phases.oftheSteam/Chemical/12'.Qiation exposureperioQ.5.'nceeachdayduringthefourdaydwellat265.P.16.Twiceperweekduringthebalanceof'he30Qay~\.tperiodandattheconclusi'on oftheexposurecycle.S,r~~~'LTheme'asurernents weremadea.fterapplication ofI500Vdcheldforoneminute','nless specifically notedothe'"ise, 4~,~,,jbyreadingbetweentheconcluctor'irectly toaround.:'..4P3~..~~"~*~~~~~Priortoactual'ly.-mr~king themeasurements, thec)~-.'.'.'urrent andpotential loadwereremoveclforapproximately tentofiiteenminutes.Attheconclusion.oi
.theIRmeasuiements, allcableswere.putbackintothecircuiting
.,!r~~~,,'unlessexcessive leakagewasobservedthatpronibited theI~,7.--"-'..:..";"applic'ation ofthhfull-potential loador.ifshort-circu'it
~,J,'.'"I:.'.,-'"togroundhadoccured.~,~.~'5~,r~',~1'.5HIGHVOLTAGENITEESTAND TESTS(EEI-POT)
Samplesthatjerformedsatisiactorilv duringthe~Ienvironmental exposureperiodwereremovedfromthevessel;r,straightc.nod andwoundaroundamandrelhavingadiameter*40timesthecablediameter; Theamplesimmersedinwatewasconnected towireinserteQQiwhilewou>>Qonthemandrel,wererwiththeendsfree.Theconductor thehighvoltageleadandthegroundrectlyinthewater.Therequiredtestvoltagewas2200Vac,ortwicerateQvoltage,plus1000U.tr~$~Thespecified voltagelevelwasappliedfora1~perioQof5n>inutesafterwhichtimethechargingcurrentwas'ecorded.
I~~Thermal/Radiation AgingThetemperature profileactualtestphasesisshownwasinitiated by'nergizing SECT1ON5.TESTRl'SULTS5.1ACTUALTE;biPI'iRATURH
'AOFXLE511obtainedduringtheinFigure3.Thetestthecablesandplacing~~thecobaltsourceinposition.
4...Stripheatersonthe.vessel,Here utilized.
Iinconjunction withthecablecurrent.heatingloads'oraisethetemperature fromroomambienttotheaginglevel..EEeatercontrolsandcurrentloadswereadjuted'othatthetemperature remainedat250+10E"throughout theremainder ofthesevendayI
';ndls't..Tra.".sient 33814or~~P~~~loI,'I314+2or:',~kIf~~~~:ncrease".~'.to338orwithin5min.-~g~$'r~I~1~~~~~~~266P2oP~I~V~~~".'41"L'UAh'J.'5i'i"j"LCAYUJ(e'i6..'L t05'L'A~B~U UUlCLLVU~..~',".~SXYiGLTANEOUS S~"A~i/CHB<"
78~-SPBAV/RADIATZO~I
':ENVXRONYiEa<TAL SiJiiErI~~I~'Ii-Indicates XRread--.c~0~~~~8~I~o330~~~II'~1~40>>~jIf~4~'I~0~g~g6-)-4r~~g~'I'tartofSp'C/R'Exposure
~~~~,I~~~'LI~WI~w~~~t~~O~~I'~~~';,:5org),"i.."EndTest25505035~~8ElapsedTimeI~-.11'.".-'.15rw~~~(ET)Hrs.Frc.StartofS/C/R.Exposuie 96723
~~period.Fourandone-halfdaysafterstarting,
'.thesystemwasshutdownsothatXRmeasurement
~~I5.1.2couldbemade.PhasesXXandXXX-LOCASimulation andPo't-LOCA Cooldown~~~~I'~,~+~1'I~:.At.thestartof.the.steamexpoure,the)~~cableswereenergized and.theambienttemperature was140F.Thecobalt'ource remaineddownuntilItheexposurewasunderway.
~:Toinitiatetheexposure, steamwasrapidlyIadmittedraising-thetemperaLure" andpres'sure II~~~to'38oFand112psigwithin10minutes.hApproximately fifteenminuteslater,aleakwasdetectedinapresurefittingthatnecessitated adrop.inpressuretoatmospheric duringthenext.~twenty-five minutes..Thesteamremainedoffforaperiodof6hours,'whilethetemperature wasmyintaiiied at240Fus'ing~~electricheaterstoavoidaseverethermalhockwhenthesteamwasreinitiated.
Thenecesaryrepairs'were madetothefitting0andtheexposurewasresumedbyreintroducing steamthatincreased theteriperature from260>"to340oFduringthenext.fiveminutes.Thetemperature wasmaintained at330~doFCortheremainder ofthethreehourperiodofthetransient.
1lIQ))()()ll~o+peraturc (lr((l)"'e<')pora turotoofthiperiod,'controlled initiated thatreducedtheoverthenextl.5hour".transient wasthen'nitiated
>5and10.5.gl)((l,l:)thatr.i'cdthotemperature byLntroducin(J pfv'.minutesandheldit.atthat".o338FwitI)i>>>,.t'"hreehours.po>nt.fortherasthenreducrereducin330Fandhc1(~3140'j(il.~nadditional fourliours-314Fandhol(~'((ll..tiulel'a-co)ltrollod dropwas,'I"~,.('lu:.cd thetemperature to268oFinitiated that~~~~'If,~I()))t}minutesandw>lsmaintained overthenov.tgt~)cbalanceoffourdaysatwhich..at266+2oFnor.,,turcwasreducedoverthenext*ti)nethetemp())"'II'L~h1,t7/+I(nomina1,fortheremainder halfhourto~>'~~',~I~,~*'I'~ao..;of'the.expeisur()
.<.'A...>>,,lysolutionwas injectedintoThe))l't~r..I\onominuteoftartingthethochamberw~,(~cofappro'ximately l.5gpmexposureat0~>>tc(lwithin.thenextovenminutes.an(lwasrocir('<'~,)
~,.)y.olutionp?fwasbetweenho:;praywastuinodoff(lurillg~,f,<<frperiod(ndturnodbackonsixhourwasrcinitiatcd.
Thespray>h('-nthecxp(l('>>'
J(1()haut thoromai)ldor OCt?lerclnaincd on
~~evposure.
~~AtanElapsed!ime(t'.T}of539hours,thesyternwasshut:downanQ'he'essel rotated100otomaintainuniformity
.ofthedosedistribution.
Atatotaltesttimeof37days,'helast'Isetofreadingfreremadeandthesystemshut.Qo;rn.Thevesselwasremovedfromthecell,thesamplesremovedfromthevessel,inspected andmesurementsI ofwithstand voltagemade.~~I5.2'ERFORMANCE OFTESTCABLES~"~,,Thecables.frereelectrically energi?ed at*a.'.'otential of600Vacbetweenconductors throughout the(entireevposurcperiodexceptduringvcselr'otation andperiodswhenXRmeasurements
~reremade.'I'IThecurrentloadsweremaintained withinl5.5anQ19.5Ampsduring'theentiretest"period..Table,2shocksthetimeswhenthecableswereremovedfromthet~~energizing circuitry.
5.3.INSULATION RESISTANCE NEASURFHENVS
'Measurements ofXRfreremadeatthetimespreviously mentioned andthercultsareshownipTable3asafunctionoftheenvironmental parameters.
TABLE2II4~~~~~SUixlMARX OFCABLEREEK)VALFPOwlEel'RGIHXHG CX'RCUXTRY SampleNo.ElapsedTime(hours)
PhaseofTest'3~18~24*:.;'185.3During1sttransient of$/(simultaneous phase.1."':"."'..'191g'uring2nd'transient.
- ,'23*.'"'::"..:..:
.225.5,DuringdK'1ellat265oF.'0....,"
":'::282.1.;.;.'.:.DuringPost-LOCA Cooldo.rn.
4,2..':...:.205.1...':.DuringPot-LOCACooldoirn.
'.';:'4,':."'22.7,'.DuringPost-LOCA Coolcro'rn.
5,-.15,,16..'25.7
.,DuringPost-LOCA Coolc~o;;n.
..10~..55..1'uringPost-LOCA Cooldo!~n.
~.::.'.'2,':658.7.;'uringPost-LOCA Cooldo"In.
.".'.;.'.
-.13,'-.,"..'.',"".,."....,';".
778.0...':.DuringPost-LOCh, Coolclo'.~n.
I,i~I'III'r'~,I~~'lI~~~J'~~,%~~~\~,~',I'I~~'I~~~~~~~'C...~'."Put.back intocircuitat.elapsed.
timeof253.0hours.g~~~,gr,~I~t~c,r.~'IS~'~~~~4 TAaLE3(1).MEASUREMENTS OFINSULATION RESISTANCE (1)Elapsed(2)Time(hrs.)PhaseTempPress(3)oFsi.123'.68xlp'.Sxlp.2.4xlp?4000(7)2000(7)7.5xl02(7) 2.8(7)800(7)90Q.(7).800(7)75(7)1000(7)1200(7)1.104(7)0.9xl011resistance Radiation JPr'e7001.1xlp91.4xlp991.7TIR24000.78x100.78xlp184.5ENDTIR10102.1xlp.1.8xlp187.3LOCA3391100.51x106(4) 1.1xlp"192.9.LOCA33610511(7),1.2xlp?197.5LOCA3167414(7)3.1xlp'204.1LOCA2682513(7)13x1082773LOCA2663013(7)1Sx108,,251;2:PostLOCAF68,...:.>0,.:.13.(7)-...~:1,.6x108-...
282.5PostLOCA214.0'16'(7)'3x104(7) 325.4PostLOCA218213(7)400(7)420.0PostLOCA'06013(7)480(7)15.3PostLOCA194017(7)1300(7)92.1PostLOCA216013(7)'50(7)683.1PostLOCA205012(7)600(?)756.4PostLOCA204013(7)'00(7)'P6.6PostLOCA?P.Pl.gxlP110.55xlP11
'iest'(1')'Al'1'easuremens made'at500Vdc,heldfor1minute,.a'ndallvaluesinohms,unlessotherwise noted.(2)ElapsedTime(ET);totalthsttimefromthestartofThermal-.(3)Testphis'esp'er'outline described insection.'-
(4)Measurement madeat300Vdc.(5')'easurement niadeat100Vdc.(6)Measurement madeat75Vdc.(7)Measurement madeat3Vdc.(8)Measurement madeat200Vdc.(9)Measurement madeat10Vdc.
6707xlp120.8xlp3.ZxlO90.7x1070.7v107'.4x1070.68x1080.68x108.0.58xl08
- 2;8xl07'70.0"(7:)2200(7)6000(7)00(7)00(7),00(7l4.3xlol"V3xlpllSx1070.74x107052x106(5) 058x106(5lxl06(5Sx106S.2xl07(5) 2.1v106(6)
.-':1;1xl'06
'(7)'-7(7)10(7)7(7)7(7)8(7)1.5x1070.88xlviz4.4x1071.8x107'3x1061.7xl063.5x1061.3xl07"1.7x1072.1xl07'S.ox1075.Ox'1'071.6xl080.54x1092.0x1084.6x1080.64xl094xlpllxlpl2l..Ox102.2xlo90.8x1060.55y106,O.7xlO65.7xl06S.ox1064.5xl06S,px1073.0x107'.5x107 24x1.085Ox1071.0x108l.lv1081P100.64xlplz 1.25xlajl.Sxlp12x1060.56xlo(8)0.61xlf(S32.4xloZ.ZxlO62.0xlo1Sxlo"k;-4x1072.2yl071.3x1083.0xlp"4.Sx1070.52>x)OS 4xlO"2.Zx]pll4.9-1O61.57xlo1.ZxlOS(6) 1.3ylo~(6)
SxlO4(7)2.2x105(6) 1.1xlo~(9) 5;Ox105<'6) a.'lxla5,"6)
--L3.0xlp~(6) 1.2x105(6) 1.2x105(6)
Z.ZxlpSC6) 0.76xj05(6) 3xloP/R)aging.~~,~1
10.66x1II.4xlpg..Oxlp.Sx107~5x10682x106.Ox107.2xl'07.'.25x1g?..1xl.p"',
.Oxl07(7)(7)xlplp0.78x1312 2.221.01.7xl05.0xl065'x1066.8x1073.5x1072.lx1071.56x1.0.7.
1;2xl.p~:
.:-.0.82xlps0.83xlQ84.0xlp"O.sx1081.4xl081.3x1084.4x107124.5xlpgll 5.2xlpg2.2xlp1.2x1071.3x1071.7x1071.6xl082.0xlps-2'.Oxlps 0;94x3.gg-'.9vlp" 0.9xlpg1.8xlpg1.05xlpg240(7)300(7)0.95xlp.S.10113.Zx1084.0x1061.Zx1061:SX<opx1>0611>1013xlp3x.lo8o"6o'1)3PxlP0.81ilfpx)0p9)i106280(7)220O(7)1.7x10192 1.2x10101.5xlp1.7x1072x107Sx1072.4x105(6) 3.4xlps3..4xlps."1..4xlpg 14(7)24(7)40(7)34(7)36(7)35(7)2..8%105x1pll5.10g2.0xlp0.74x1070.92x1072x1071.1xlps1lvlps1;lvlps'0;.53x~pg;,
12(7)10(7)13(7)7.5(7)8(7)S.37)5x101~iso~rr~~~
0~~-l'jc-161819203.5xloll3.4x109S.oxlp6500(7)1.5xlp"(7)~2.-6x105~2;4xlps(6) 2.1x105(6) 4.5x106(7)7)85.4(7)S.S.(7).6.5(7).3;SK10.0.SX1012p9xlp121.2X10121.2xlpl.lxlp0.6xlp1.7xlp1.0xlo2.6xlp1.4xl068000(7)2.1xl07p.8xlp61.2x104(7) 1.5X107l.lxlp6l.sx10"(7) 1.5xlo~p7xlp715xlp.-13xlp..p.'75xj.p7'6'3.03;'(7);
1.;4~107.
'.56xl'07 12x103(7)1.4x107S.pxlp713xlo~(7)l.lx1088SxlP74SOO(7)'.4xlo5Ox107120(7)2.1xl086>lp8190(7)0.88xlg4.5x10770(7)2.4xlo~078xl0870(7)4.5x1080.74xlplp*"'p55lp931.59xlg1.7xlp0.64xlOS1.x10~(I)42x>03(7)30"x103('7.)'8'103(7)1207150(7)5007100(7)9O(7)5xlpllSx1061.6x1080.7x1063.5xlps(6)
S.lx105(6) 2..6xlos(6)
,2lxlps.(6.).
2.2xl05$6)0.52xlp~(S) 1.6X10~(6) 2.1X105$6)082xlgo1.7X10>(6) 2.2xlps(6) 2.5x105j6) 1.9xlp~~~~
~~221.5xlo0.53x199~1.1xlolo0.96x1071.05x1072.5x1071.4xl081.35xlg81.3xlo~~...'.0.S8x197S.oxlo~'3.6xlO81.3Sx1093.0xlo~'.slx109 0.54xlg0.7x1023O.gxjo3xlo0.72x1080.8x105$6)0.71xlQS(6)
O.'8xlOS(6) 1.4xlos(6) 2.x104(7) 1.15xlos(6)
.2.8xl055 632.6xlos6f-0.86xlo(6)1.6x1062.6xlos(6) 1.4x105(6) 3.0x/II~I;6)
SxloSxlo0.8xl072.8x107l.sx10561.2xlOS51..Sxlos(5)SSx103(7)2.0xlos(6) 3.0xlos(6) 1.8x10564.0x105(6) 1.1x1060.88xlOS(6) 0.9xlos(6) 0,9x10556) 0.57xl0>1 251.8x10101.4xl070.52xl090.8xlOS6'.2xlUS(6) 1.6xl05(6) 1.8xlos(6) 1,.5x105,{6)
.4.4x1A~S65.4x106(6 2Ox1062.8xlos(6) 1.7xlos(6) 2.0xlgs(6)
SxloluIr~g~~r~~
4EIXGE{VOX,TAG{"
NXTIISTAND TI!TS(E{X-POT)
Table4present"thexe.,ultsof-thehi-pottestsperformed attheconclusion ofthetestprogram.P~~Tahar.E";
4PerfoIwr'-:SampleNo.l5~.~i,789.11~.':17..'-.-
.:~-1924'25Resultrmed'at'onclusi'o>>'equired
'ctualCuren&(m.A)Comments242~'2.22f2~'.22.2~'.2..'.2-.2.2.22.22-2'.2.22.22.22.22421.5.2'2.22.22.22-.2:,"2.2'2-22.2'.22.22.22.-2~~5.5>15~152.1.2.21.61.9,1.9'.12401.92.4.1.9'.2'eldfor5min.Didnot.hold.Iieldfor5min.'eldfor5inin..'E{eldfor5min."E{eldfor5min..Heldfor5.min.~...Spliceinc1atereldfor5mirn.'E{eldfor5min.Heldfor5min.'..Heldfox5min.Heldfor5min.,'Iqldfor5min.Heldfor5min.of'Ii-pot Testso'f37DayI".nvironmen{='al Expo.urer~~~~~I~~
1~~~II'I~~'I~~E~II~1\,Et,~';IE1,~19I~~I~1(,I<'fON6.CERTXFXCWZXON
~~.r1'11E,~Theundera.gnedcertifies thatthisreportpre'entaI11I1I'I1accountofthe.testconducted andtheresultsobtained.
~~EEI~~II~hI'~~'~)I'~~~.Nissenl1.gurineii>r:'a'nage.-,,C'.ornponent Testing~~1~,~,.'.,'~..,~~',I1'~I~IEl'I~,~~~I~~~r1~rr~~'~',...II1.:I'~~'I~~~~~tIl1I~~~~~LE~'*<I~j~~~,~'.~1~~~I~~~~'~,',*...rI~~r,,':~~'~','I~~II~II~.,~,~1I~~~~~~III'~1~jI1II1~~.-':,:I11~~J1~1
~~~~~..~I1;I~',I~.~~~I~~i~.';r."....:
~~r:'l:;~~~~~~~~~~~II~.~1~~'tl~,'I~APPE51DXX AII'RADXATXON CERTXPXCATXON 1~~1II'~~4~II'/I~I~"'.gr.~~4I~~~rtr',~~4~',~~~~@iF' November21,1975XnterCompanyMemo.<ce'oi(f~"'i4-DlcLr~'IManager,Radiation
~irvicesI~~To:NissenM.Burt:c'in'Manager,Qualification Testing4':~'.r,.II'I,From:,'GeorgeR.DietzManager,Radiation Services\~I~~Thi,"swillsurrimarize theparameters periir>ent totherecntsimultaneous
- ...'te',
chemicalsprayandradiation exposuretestconducted for~EssexXniernational, Xnc.Xrradiation forthePhaseX7QaytestwasbegunonOctober10,1975andconcluded onOctober18,1975.DuringPhaseX;checablesre-~-.:~ceived,aminimumQoseof.51.1Mrad'andmaxiInumof53.Mrad.Jshere"':possi:ble, weu'tilized
-theirradi'.ltor coproc<.ssother'x-oduct con-."':.currentl~j with.the'.6st;jhich'neccss'stated'ccasional short'periods
'heret=heradiation fieldwasreducedtozsz-o.Thedetailsofsourceosi.'tioning, dose.ratesandtoialdoseis.)rowninFigurel.IaseXXofthetest.beganonOctober21,1975ancEconcluded on'."November20,1975.Duringt:heapproximat:ely 705hourradiation
'."exposure, withsimultaneous stcam/chemical sprayperyourprofilef:.cablesreceivedanadditional minimurrI doseoflj)8.8Nrad,and,.."ma>:imumdoseof152.0Mrad.The.'etails ofirradiaiion areshown-"in'Figure2.~.=.':::'......:
..'....:~-
~s'~~~~Xn'",su~as~,
'totaldosetothelcablesoverth'eentiretestperiod~;>angedfrom;200to205;4-"Mrad,-~d.th anestimated sourcepositioning'.
- ",errorof+5-o'indoserate.I~~~Dosinetry wasperformed usingaVictoreen'Model 555,Xntegrating DoseRate)1eterandProbe.Theunitwascalibrat:ed onOctober16,1975by'theVictoreen Xnstrument Company',
usingcobalt-60 andcesium-137
~'.'whosecalibration" aret:raceable t:otheU.S.NationalBureauofStandards.
BackupQo"imetry usingaRedPerspex..ysiemprovidedbyAtomicEnergyofCanada,Lt:Q.confirmed thcVictoreen readings.
llt~4'losures D:kmIslsornocix
)nc.25I:0sreasss 000',PsrsirsIany, tlo.vJisey(201)co7470)hljllhsgAddscssspostossicoIsnxIll,pjsslp..jny, I'lcwjcsscy070)4CHICAGOOIVISIOhi
~yil"0IljrjlcAvc.,hsotSonGrove,Illinois000jlIDII000sJG0
Il~~~Doe<<50Hrad-(...,::.i'D'60/:::,.:i/304~:',.'"',,~~)~~.~.'..".,".,:
'4:.X(~,'~~,~~DoeRate'>>d1330~.00.lI10"Ji.15003.3'0~.g'otalDo.,e7006IISoLlX'cecenterline 5~~~I1.'.-Numbers.
on'.figure.represent
'dose'rates (kiloxad/hr) atle'ttex'ed poil1tswhentsourceis-located asshownIrelaLivetothecables.~~~a'diation wasconducted
)lylocatkncJ lhc..OLlrceatI)qLladxant.
ofthedizLloncll;lmbcr.,
withatypicalluc'ltio>>
how]1above.Nhe>>equaladj.ati.on timesareadministered ineachofthcsourcelocat'ons, theaveragedoserateatapointistheaverageofthesumofthec)osexa'esrec'eived ineachposition.
Rotationofthevesselandpositioning thesoux'cein-two.guadrants eachtimehadthearneeffectasiftheouxce'ere.relocate
~~four.times.
~~~~rAverageDoseratesatA,C,EandGare:1/4<A,C,E,G.
=1/4<700+330+330+230
=;.1590=397Kza0/hr.andatB,D,PandH1/4~BID@PandHg1/4E500+260+260+500 1520380Krac>/hr~~rrConsidering irregularities intheactualcontai)lm ntveselpaabsorption factorwasapplied.1fenceactualdoseratesat.A,C,EandGwexe.88x397or349.0Krad/hr(maximumclosexate)andatB,D,FandH,.88x380or334Krad/hr(minimumdoserate).I\Theminimumdoseadministered overthe7dayperiod.t:0positi.ons B,D,PandHfromthe153hourexposurewas'l53hrx.334Yirzd=51.1Nradhx'themaxi.mumdose,topositiolls A,C,LandGgwashrx349Nrsd=-53;I)Hrad,/~lrn'tlation.'r huilc)upfhoL'orb.io'rL)lccontel1ts ofthcchambc.r(mandrel, cable,ctc.)wercnotconsidered inthcabovebccau.'.e oftheIra>>c)oiIncsoft)leixlocations.
Pha'XX-30days7oai~0~C~r~,s~~~II~~I~~~240"-.--~'.'3~0.I's'III370g'16(3~~I,r.p'].30~'~\~C'as~p,160':'.10II',.2II.~12II/:I+"../'/,'/e~.~~~I~.~..r2-i~.0""..Pig2DoseHatesandTotal.De~~~~I~~~Snuxce-'enterline
~r~~~~ll~ir~,%i~rNu&erson.figuxerepre'sent'dose rates(kiloxad/hr)
'tletteredpointsvhan,'rt:he's'ource
'islochted's sho~in",'elative
-t:othecabl.'es..-:-...-:
'.:.'.':.gr'radiation irasconducted by'ocating thesource't4quadrants of'".:'rradiation chamber,irithatypicallocationsholemabove.Nhenequaloisationtinesareadministered ineachofthesourcelocations, averagedoserateata'ointistheaverageofthesumoftheBose'ratesreceivedineachposition.
'ota':ion of.thevesselandposi.tioning "the.sour'cc.in, t~"orquadranteachtimehad'thesameeffectasifthesource'~vere-relocated fourtimes.A.erageDosexatesA,C,EandGare:fl'~I~'~~.~'.e~~'-,',"-.1/4,AC,L'=1/44370+240+130",2)0=
and.atBfD'tFfandHJ.,.',,'.'.:'"'".'..':
.':.-'.s'":.:~'""~.-.;."'l..
1/48D,PH+1/4+320+3.60+160+370=
96P=24PBrad/hr':.,~'sConsic~cxing ixxegul.arit'ics intheactualcont:ainmcnt vessel,a1absorpti.on fact:oxrasapp3.3.cd.
Henceactua3.do.".eraCesatA,C,EandG.88x2$5or215.66ad/hx(maximumdoerata)andat0DPd88x240or..'211Exad/hx(minimumdocrate).I~~,~~s~~~~ihei~inimumdoeadministered ovexthe30day(705hrs.ofi,xradi,gati..op) pexLodWas7P5hx~x~211-148,8andthemaximumdose~Ih~~'.705hr.x,.215.6-'-'
-.152.0Brad,uat3.qnorbiiildupfact:ox"'ox.thecontentsofthc.h4,(ccamex,(mandrel, c".bios,spi-ay,li.<quid, ctc.)wovenotcon.".idorcd i.>>t..hcaboveb'ecuseofthexandomnc"s oftheirlocations.
~~~~
CyprusVVire8.CaoteCompanyHVICRrf-SHpIndiana5MichiganPowerCo.D.C.CookPlantConstruction P.O.Box458Bridgeman~
Mi.II9106Dory~..6/16/76MILLORDERNO.I~Indiana80MichigamPowerCo.D.C.CookPlantConstruction 5"MilesNorthofBridgeman Michigan,~QualityAssurance department Certification
!.Cverornor'e Ordere~'ornoCableOrderNo.05526-821-5 EUN034227866878669ItemHo.QuantityDescription Applicable Specification ee51,790Ft.~..,,/():>P>CTriolexed
!'.1$-7/.;0305.Tin, Copper,030".EzW.015'eopreneJacketedPowerCable"'00"Volt.
A.E.P.DCCEE-171-~":l Sept.8,1975lI,815Ft.~CT~rilexeme5~e/lgm10-7.0385TinCopper,.030"EPR.015HeopreneJackceeePowerCable600VoltDONALDC.COOKhUCLEARPLAr;TACCEPTEOFORQIABYELECTRiCGEt(ERATl0
<SECIIOftA~~F"wt'.,
h.Y.ACCEPTEDBT:J~~DATE.FjLE.'.=96-~c5~86"~.~ili~ir'-Iherebycertifythatthematerialdescribed abovewasinspected undermygeneralsupervision andcomplieswiththetestrequirerr entsA.E.P.SpecDCCEE-leak-ACN Set3t.8,1975RomeCableQualityAssurance Procedures priortobeii.g'placed intostockorreleasedforshipment.
TestrecordswillbekeptonfileTwrequest.oyearsfromdateoftestagAOC.ItlOEXSEIt.s4'++DATEKE'ire.'r
,CJJZu2~se4,s.IIEP.EXPondwillbemadeavailaole forexamination byauthorized personsuponcPn
~"wi r,2CyprusWire&CableCompany421RidgeStreet/Rome,NewYork13440~~.~.~Telephone 315)337-3000PostOtticeBox71TWX510)243-9732J~e16,1976.P~Indiana&ttichigan PowerCo.D.C.CookPlantConstruction P.O.Box458Bridgeman, Mi.49106Gentlemen:Vecertifythataradiation resistance qualification'test hasbeenperfo~ecI'on cable'sampl'eh of"sitttilar-construe't:ien.'employing iden-.~.".ticalinsulating materials tothecablesonthisorder.Thetestprocedure usedwasthatinIEEEStd.383-1974Para.2.3.3butwitha2X10rdradiation doseratherthan5X107rd.Allcablesamplespassedthetest.Theradiation qualification testcon;ductedwasmoreseverethanthatrequiredinPara.VI.A.3ofSpec-ification DCCEE-171-QCN.
.L.A.Doyl'eniorAnlyst','Q;A; LAD:csDO'ihLBCCCOKiiUCLiL~1ACCEPTEDFORQ/AB"iE'HiC0"?""'"'"'i
~'"T!OHr.'..:....,..
Y..;nq~~DhlE~/gI OA-24Cyprus'Wt!e'iataft<a-:"<UCvtdc<<I<camp<ay QLJEfmis"JF AS:LJrance D:.,:i>ttfT:CTTt"~TostDatafsc"Pr'oH3/cTriplezed, 12-7/.0305Tin.CopperJ~030"EPRJ.015'eoprene.l'"cketed PowerCable600Volt.\M.o.78668DATE6/16/76REPQRTNO.3525SHEET1Of5cvsTO<<RindianagcMichiganPowerCo.ORDcRNO.ENN0342205526-821-5 sPEcoA.E.P.DCCEE-171-QCN-Sept,8ACCclRATEDVJATERA8SORPTION TESTSPHYSICAIPROPERTIES IHSVlA<IONCotonoveragestresscyclesJACKETKLKCTRICAL ShEfttOD<
ln<cscrsed ot!ofvoltson<ivoltaperrnil.PEASEIH'C'-ledays.%TESTj'JESEi:lfl::D ihlHfST'LVEPECIFIFDtAINTESTVALVKSPECi:Lilr<H<~!~ORIG!'IAL 1156--2/0eyn.clAf'RAG!."!Gmodse'f'c<EINS!C.y-!4dnys,%ST<S8!LI!
I';ACT<mT ArTER!CDAYS,%~)rrL'.f".!
~':I:TstdaDi I<oarrrsionfor0an~atLELP~r'!p!<'<-':'!!':.'<<<<,'.
r:;I!~:*WaIJgd<l!IQQn Jp.h7~jit.iLP~~CAPACITYANDPOWKRFACTORS'fESTS'..~.atC..JpslTii'ldE.:0elr<~.~<<:<<I'0':!l...l'..!,iaiAuO'RHTESTI<<svt181C:neosa<.J'itoIvct<~otterSPEClflC!NVVCstVF.
CA<PACIT.
POWERFAGION.%oIHSUl'ATION Doy(~)anwaterotChhlSCELlANEOVS TESTSA!R"'lcS>VRK IILh!IfSfsI~~,cllCoi<dpslla!.e:LE,
":e~<I<i..ial!LCHGATIOtt.
'.<.<<toriginal~fHa<I!f.;oto<!~.<<olfit::<IIAftori.
":oior'nol3llr.0'neResistance I.030[>-NoCrackingJACKPlVertic:Ll FlameTestPassedPer"ParaVI-A-2ofSpec.DCCEE171-QCNIhrsotlfavltE.!<a olci!~~olflct<GAIIOH,
'<ila<i!sinai OILVrL<<IERSION TEST~~~~~eo~o>~CDCD~~rnDOflALDC.COOKNUCLEARPLAff~ACCEPTEDFORg/ABYELECTR/CGECRATED~~ECTtOACCEPIEDBY:DATE~4-j7CD'<<t<<<<n~"<.I~aolthecoLl~atvac~!bedoh<aye.
Q.A.-247F.'arr~:,"Ca hieOivGiorv0FCYPRUSMINLSCORPORATION QualifyAssurance Department Electrical TestDataDE"RI>>!GN 30Triplexed 12-7/.0305 TinCopperp~Q3QEPR,.015"NyopreILe JL,".dieted POLIerCable600VoltsM.o.7\REPORTNo.35I25.DATE6/16/76.SHEET2OP5Indiana&.MichiganPowerCo.ORDERNO.ENNQ3422c.o.No.Q5526-821<<5 5PEclflcATIQN A.E.P.DCCEE-3.71-QCN Sept.8~1975REELNUM3ERSIZENO.STDS.DIA.STDS.WALLCONSTRUCTION rLENGTHFEET.ACVOLTAGECTIMEDCVOLTAGETIEACTUALSPECINSULATION RESISTANCE ICOFIme@ohms-IOQQ'ORONA I.EVELLvACTUALSPECMISCELLANEOUS TESTS73639732yl->r)Apip'g.<<r4.IDXiI3-r<Ahi-I3:-"~='I3245.73305.-7325o+7r0~Ql"+~3IQov.2vv5-123/c7.0305.030.0154o4o0.025252065138566o3401500465'.42o450.8lo152092Q182042'102085.35(317693(35832(3)7456(3)8o45(3)181o8(3I18812(315300(3)b816(3)47538(3.2617DAGA0FlCONTINUITY OK'5'QIMALOC.COOKNUCLEARPLANTCEPTEOFORQtAgyELECTRlCNERATIOHSECT(OHAEpSCgyCErrIo8r.Cc.4TE:~-2i->c,E.Pg'~s~~..r M.0.Q.A.-24P.-'-Cabff.'.s~;:<ANOFCYPRUShfINESCORPORATIONQualityAssurance Department Electrical
.TestDataDEscRIPTIGN 3/CTriplevecl, 12-7/.0305 TinCopper,.030"EPH,.015NeopreneJacketed, PowerCable600Volt,RB'oRT'o.
+25~DATE6/16/765HEET3OF5cusTGMERInliana8oMichiganPowerCo,oRDERNo.ENN03422c.o.No.05526-821-5 spEcfficATIGN A.E.P.DCCEE-3.71-QCN Sept8F1975RE.ELNUMBERSIZENO.STDS.0IA.STDS.CONSTRUCTION WALLLENGTHFEETACVOlTAGEhvTIMEkvTIMEDCVOLTAGEINSULATION RESISTANCE (40F)megohms-f000'PECACTUALACTUAlSPECCORONALEVELMISCELLANEOUS TESTS37)43'3I505
~<g<so.37503'375K
,IO~few/3P]<1I-733K)I<-043i50673=4fr;.,0)(3:oo)0305.030.015285535454o4o174o54o1730161o197012602775358o4oo54.o26176182(3)9332Ii(3) 28752(3)2-(311(3) 49140(-3) 21588(3~~CONTINUITY OK'ONACC'GENACCDATFILELDC.COOKNUCLEARPLANT.PTEDFORQIABYELECTRICRATIONSECTIONAEPSC,N.Y.PTEDBY:age'4'<fot<~<I<<i.<<<fhF<<!.:<Ii<~<bfesfsecir<<<sho<<.
M.Q.7866sl<~c'4CyprusWtrelpuiv)i~~~ECableCompanyQuEflfiyhs:uran'ce DepurtfTscnt TestData3/CTriplexed 10-7/.0385 TinCopperf.Q3QEPR~,Q3QNeopreneJ"cketedPowerCable600VoltsREPORTNO.DATE6167SHEET~.OfcUsTOMERcIndianaEcMichiganPowerCo.OROcRNO.ENN03422c.o.No.05526-821-5 spEclflcAT,oN A.E.P.DCCEE-171-QCNSept.8,PHYSICALPROPERTIES ACCELERATED WATERABSORPTION TESTSINSULATION JACKETTES>-LJE,SPECI.
I%OrRIN.TESTVALUESPECIFIKO rAINOstterlttssL
~CIs3ELECTRICAL METHOD:Imm"Hedatof'oltsandvoitspermilI!tCPErSc:tfSIC.I-I4dovs,'rcItiCREASE INSIC,?-I4dnys,%Isssssssssssrs:.
"ssssnssss,sass.CCotanaveragestresscyclesTESTVALUESPtJ350..mQf.ast..:.""'Sf!
.'.'.:LSIOSsI.~ilr(S7CSI1.2ts-TMO-:.rs.otCondpsiAFT'RssErINsrs CAPACITYANDPOVIERFACTORSTESTSvswsssre'J nt9lcvclevoltrOo:.Is)insvateratCSPEt.lfIC:rturyCTIVE CAPACITYS.fssr:sr.
'.'IS'tot:s.:Aito~.
'.s..f.rsinolsslRCZ*)tIST1.'.assotlst'CPOWFfsFA.TOR.%INSUL~,TION MISCELLANEOUS TESTS~tsSILE.'ss~tsnoiSlotsosnfloss.'olor:rrinal AIRIsRLSSUAE IIEATTEST:hrsotCondpsiTE!I>ILE.",sLosssisllnol!LONCA'floss,
~ssolcls9inolhrsotIEIISILE,
"'s.Issri.snal LLONGAfloft...olorsgsnolnOILIMMERSION TEST3Hx.OzoneResistance 8.03+No'Cracking JACK!".VVerticalFlameTestPaesedperParaVI-A-2ofSpec.DCCEE171-iLCNOONALDLC.COOXNUCLEARPLANTCCEPTEDFORQ/ABYELECTRlCGENERATloN SECnoNAEPSC,NY.ACCEPIEDBY:C~rsDATE~g7dPILE:~'I:i>
~~~~'~~~~~~~~~~4o~~~~~~~~~'~~~~~'~~~~)WESRSR~MAR)RRMCRESRKH%
~~~~~~II)IISi~~~~)~
~F<~~*EGQN98S88o1BoRE+~7DONALDC.COOKNUCLEARPLANTEQUIPMENT QUALIFICATION FILEUFDATETRANSHXTTAL FORMAttachedFormschecked:9-~~rORIGINATED BYDATE:~~~cP/(SystemEngineerSignature)
APPROVEDBYDATE://+@o(..F)gv<I'ure)DATE:ZP'IGSManagerSignature) 2.TOBECOMPLETED BYAEPSCNSFiLSECTION@ACCEPTED-TRANSMIT TOAEPSCQUALITYASSURANCE
@REJECTED-RETURNTOCOGNIZANT AEPSCSECTIONMANAGERREASONFORREJECTION:
ISNRCSUBMITTAL REQUIRED?
@YES@NOIFYES,GIVESUBMITTAL LETTERNUMBERAEP:NRC:APPROVEDBY:DATE3.TOBECOMPLETED BYAEPSCQUALITYASSURIiNCE TRANSMITTAL FORMANDDATARECEIVEDBY:(In>.tz.als)
DATE:CEEQFPILEINDEXUPDATEDBY:XIl1'tl5DateDATAFILEDBY:Inst'.al.',.
DateCEEQFPILENUMBEROFDOCUMENT:
4.COPYOFCOMPLETED FORMTOBERETURN'HD 0ORIGINATOR
'KiVC.GENERATION SECTION.Tobeincorporated inRFCfileatclose-out.
AMERICANELECTRICPOWERSERVICECORPORATION gRIE>I~44gcy.CWE'RBYgT+DATE:BJECT4November20,1981AddendEnvironmental Qualification forectricalCablesOutsidetheReactorContainment (Ref.165}FRpg>LFCasoTPsNRCIEBulletin79-01BCentralFileInreference toTableIinthe.or'iginal
- document, ge.havecontacted thecablemanufacturers thereinlisted(~acondy,<
Continental, andEssex);ourrequestforin4ormati'on andthei'.Zresponses.
areattachedtothisaddendum, Insummary,Anacondaadvisedthattheircablewasqualified underFIRLtestreportF-C4350-3 (200Mrads).;Essexadvisedthattheircablewasqualified for100Mrads;Continental answeredthattheydidnothaveradiation dataonthesubjectcable.TheCyprusCompanycablelistedinTableIIisusedforapplications outsidethereactorcontainment.
Ithasbeenqualified forradiation totheextentof200Nradsandithaspassedanairovertestof250Fforsevendaysandanimmersion testforsevendays.Thearguments developed intheoriginalissueofthi'sreference I65fullyapplies.aswelltotheCyprusCompanycable.Therefore, weconcludethatthiscableisfullyqualified foritsapplication outsidethereactorcontainment.
LFC/jalAPPROVEDINTRABARTOLA L.F,Caso'INTRA-SYSTEM CableDescription CyprusCable31/C412ItemN324600VoltLocationinPlantOutsideContainment'able Insulation/
JacketMaterial'PR/Neoprene CableQualification CyprusReportN3525Cyprusstatement of6/16/76CyprusCable31/C~gl0ItemN325600VoltEPR/Neoprene CyprusReportI3525Cyprusstatement of6/16/76CyprusCable31/CN2ItemN31025kVEPR/CSPECyprusReportN3658Cyprusstatement of8/14/76 0
AMERICANELECTRICPOVfERServiceCorporation 2Broadway, HemYork,KY.l0004(212)440-9000CableforCookNuclearPlantSeptember 16,1981Mr.J.L.Steiner,ChiefEngineerEssexGroupPowerConductor DivisionP.O.Box1000Lafayette, Indiana47902
DearMr.Steiner:
Cablewhichwepurchased fromEssexsometimeagoisinstalled inourD.C.CookNuclearPlant.Thecableisoutsidethecontainment and,thus,wasnotrequiredtobequalified inaccordance withournuclearenvironment forcontainment use.However,duetorecentdirectives fromtheNRC,wenowmustprovideadditional testorengineering datatoconfirmqualification ofthecableforoutsidecontainment serviceforthefollowing conditions:
250Ffor10seconds,plus18.26megaradsofradiation, totalaccumulated dose.~,Newouldbemostgratefulifyouwouldreviewyourrecordsand'iles, andfurnishtestorengineering datawhich..meets'orexceedstheabovecriteria, forthecablelistedontheattachedsheet..Yourprompt.attention
.tothisrequestand.earliestreplywouldbegxeatlyap'prec'iated.
Verytrulyyours,TJM/galcc:H.S.J~T.L.R.K.T.J.MassarElectrical Engineering DivisionN.Scherer,Jr.-ColumbusH.HorowitzM.Intrabartola E.KingF.CasoVolkF.KroegerShiu
AEPP0503694-821-3 dated5/29/73EssexOrder5114-2548 EssexCertification ofCompliance dated2/13/74,2/28/74,5/31/74,11/18/74, 12/20/74and6/ll/75100,000ft.3-1/Ctwisted512AWGstrandedcopper.030"EPRinsulation,
.015"Neoprenejacket,600V.AEPItem324.~r~(~
KlfLJIVIIPkJTECHNQLOGIESESSEXGROUPEastUnionSt.8SagamoreParkwayP.O.Box7000Lafayette, Indiana47903317/447-9464 PowerConductor DivisionOctober,8, 1981AmericanElectricPower2Broadway.NewYork,N.Y.10004Attn:Mr.T.J.Massar-EE Div.Subj:CableRadiation SThermalResistance Ref:CookNuclearPlantAEPOrd.03694-821-3, item324EssexOrd.114-2548
DearMr.Massar:
Weareinreceiptofyourletterof9-16-81requesting radiation andthermalresistance dataonthe3x1/CN12EPinsulated/neoprene jacketedsubjectcable;Attachedtoandmadeapartofthisletteraredatagenerated ontheinsulation materialandthejacketing material-usedonthiscable.Thesedatashowsuitability foruseafter100Megarads(gamma)radiation plus7dat136C(276F)fortheEPinsulation and50Megarads(gamma)radiation plus7daysat121C(250F)fortheneoprene.
Thesetestlevelsreadilyen-velopetherequirements of20Mradsand10secondsat121C(250F).
We"trustthismaterialwillbeadequateforyourpresentneeds.Vetrulyyours,.sephLzSteinerhiefEngineerJLS/fbcc:E.K.DuffyJ.C.RoseA.W.ReczekP.Bernard TESTDATAESSEXGROUPENCDCCookPlantAEP/EP-Neoprene (non-containment}
UnagedTensileStrength(psi)Elongation
(%)EP(T035)1200350Aged7dat136CTensileStrength(psi}Elongation
(%)1000350Aged100MRadsTensileStrength(psi)Elongation (I)90030Aged7dat3.36Cand100MRadsTensileStrength(psi)Elongation (8)110024ActualdatatypicalvaluesJ.L.Steiner TESTDATAESSEXGROUPINCDCCookPlantAEP/EP-Neoprene (non-containment)
UnagedTensileStrength(psi)Elongation
(%)Neoprene(T450)1800450Aged7dat121CTensileStrength(psi)Elongation (0)1500110Aged50.MRadsTensileStrength(psi)Elongation
(%)1300120Aged7dat136Cand50MRadsTensileStrength(psi)Elongation (8)200035Actualdat'a'ypical valuesJ.L.Steiner DONALDC.COOKNUCLEARP<~MTEQUIPMENT QUALIFICATION FILEUPDATETRANSMITTAL FOR'0$6F47ol..TOBECON>LTEDBYCOGNIZ'HTAEPSCS~CT>SUBJECTORIGINATED BY:(Sinature)APPROVEDBY-4'"Z~(gnatu"g.)fqvJt-cQQPQciz4viPAggi<'<~DATE:DATE:~$2W3~(SagreDATE:2o'TOBECOMPLETED BYAESCMS'SECaIOA@ACCEPTED-TFMPSMIT TOAEPSCQUALITYASSURANCE j@REJECTED-RETURNTOCOGNIZANT AEPSCSECTIONMANAGERREASONFORREJ'ECTION:
ZSNRCSUBMITTAL.REQUIRED?
@YES@NOZFYES,GIVESUBMITTAL LETTERNUMBERAEP:NRC:APPROVEDBY:DATE:3.TOBECOHPLTEDBYAEPSCQUALITYASSUPA'.0CE TRANSNITTAL FOR'4fANDDATARECEIVEDBY-(Inz.tiara.s
)DATE:CEEQFFILEINDEXUPDATEDBY:naturasDateDATAFILEDBY:In'tealsDate"Iv'sDwROcvvC4A'LDNL~
48DayStreetSeymour,Connecticut 06483(203)888-259t@hekermit:ecompanyiApril18,1980AmericanElectricPowerServiceCorporation 2BroadwayNewYork,NewYork10004Attention:
L.F.CasoRe:A.E.P.PurchaseOrderNo.05601.-821-2 A.E.P.CableNo.3127KeriteNo.B-3230Radiation Qualification D.C.CookNuclearGenerating StationGentlemen:
PerthereuestofoyurMr.W.R.Farguharson andyourtelephone conversation withourMrJMPkthedocumentation fortheabovereferenced itemars,weareenclosingtoc'all.Xfwemaybeofanfurtheryrassistance, pleasedonothesitateYourstruly,THEKERXTECOMPANYyRobertJ.henryCustomerServiceRepresentative RJH:salEnc.asubsidiary otHARVEYHUBBELLINCORPORATEO
(/(pekeritecompany4pJuly27,1979AMERICANELECTRICPOWERSERVICECORPORATION
,DONALDC.COOKNUCLEARGENERATING STATIONRADIATION QVALIFICATICN SamplesofKeriteunagedandaged600voltand1000voltHTK,FHjacktedpowercables,withandwithoutsplices,havebeentype-tested to200megaradsatarateoflessthan1.0megaradsperhourinaCobalt60GammaField.Onthe*basis=of thistesting,itisconcluded thattheKerite1000voltHTKFRjacketedcables,assuppliedforthesubjectinstallation, wil)operateafterexposureNradiation levelsuptotheseverityofthosesimulated inthetest.The200megaradtes.'evel is1.33timesthe150megaradlovelgivenintheMay30,1979lettertotheKeriieCompanyfromWilliamH.Farcpiharson, AmericanElectricPower.:HEP/icR.E.Fleming~/NuclearDevelopmen~gineer APPROVED.Gar((ner, V..~o~'(-(((e ringSubscribed andsworntobeforemethis47dayofJuly,1979.~(((E'5~(~~'~~(
MP1~0405603
-821-2hl."PCable!.'-3127(KeriteB-3230)Nay30,1979TheKore.teCompany'l9Dc,l)'tJ;e'.'l'eymour, Conn.06483Attention:llr.J.$1.Campbell, Jr.Gentlemen:
Subjectpowercable,3-1/Ctwisted52N1Gstrandedcopperwithtl.T.K.insulation andPRjacketwasqualified to120Yir.dsofradiation inyourreportofApril30,1970entitled, "RcportontheEffectsofGaimnaRadiation and1iuto-clavingonKeritePowerandControlCables".l'ewouldverymuchliketohaveinourfileanaddition:;'eport whichwillqualifythesubjectcableto1SOblradsofradiation.
Doyouhavesuchareportavailable?
Ifso,pleaserespondbyforwarding acopyatyourearliestconvenience.
Ifnot,pleaseadvise.Yourprompt.attention tothiscorrespondence willbemuchappreciated.
A!.'!'.0'v'0 Verytrulyyours,MA"~~~I~e~%!hilliamR.Farquharson l:.'ev>trical Engineering Divisionl~Ii.~".Ccc:Qso
AMERICANELECTRICPOWERServiceCorporation 2Droadway, HowYork,/.Y.I000d(818)d40.9000AEPP0005601-821-2 AEPCableN3127(KeriteB-3230)July23<1979TheKeriteCompany49DayStreetSeymour,CN06483Attention:
Mr.C.A.LundGentlemen:
OnMay30,1979,Iwroteyou(copyofthatcorrespondence attached).
OnJune19,1979,youcalledremyletterandadvised"youwouldgetbacktome".Iwonderifatthistimeyouareinapositiontoforwardeitherareport(asrequested inattached) oran"offical" Keritestatement (letter)attesting thatthecableidentified abovewill,orwillnot,withstand 150Mradsofradiation.
Yourresponseonewayortheotheriscriticaltoaresearchprojectbeing'onducted byus(AEPSC),therefore apromptreplyfromyouwillbeverymuchappreciated, Thankingyouinadvance,Iam,WRF/jalAPPROVEDVerytrulyyoursr-WilliamR.Farquharonlectrical Engineering Divii'.>:iJ..NTRABARTOLA cc:L.aso~&tA4
~~~PAMERICANELECTRICPONERServiceCorporation 2Oroadu'ay, XcuYork,S.Y.Iooo.s(zs)~co-ooooPreviousCorrespondence onKeritePowerCableEnvironmental Qualifications April10,1980Mr.C.A.LundyTheKeriteCompany49DayStreetSeymour,CT06483
DearMr.Lundy:
Attachedfor'yourreference, findourcommunications of5/30/79and7/23/79thatMr.S.H.Horowitzreferstoinhis'recenttelephone conversation withyou.Verytrulyyours,LFC/jal"'APPROVEJ.M.,XiuTRABARTOLA
/cc:'S.=H.HorowitzT.E.=-KingpL.F.asoElctricalEngineering Division
'DONAIDC.COOc(NUCL=ARP~~VTEQUIPMENT QUB~I~:CWZI'ON "ZIr~UPDATETKMVSMZTTAL FORML.TOBECpte>>ETED BYC.".G~J:Z
.i-.~.EPSC~"-C>>~SUBJECT'RXGZNATM BY:APPROVEDBY97Y7u)..;--su'Signa@
'(xc71P'i'e)~~il/pj~s-(S-..avde)DATDATE:0fDATE:2.TOBECOMP~=DBY.-.PSCNSGLSEC'FZO>J QACCEPTED-
'AUS'-lXT TOAZPSCQUALXTASSUR~~NC REJCTED-RETURNTOCOGNZZAVP AEPSCSECTIONHc4JAGc.R REASONcORREJCTZON:'ISNRCSUBi4Z~TALHEQUZRED7 QYS+NOIYESgGXV"SUBMZ~ALLETTERNUPDERAEP:NRC-APPROVEDBY:DATE:3.TOBECOMPLETED 3YAEPSCQUALITYASSUM.i~JCE PTRANSPZTT3~
FOPiiANDDATAREC"ZVEDBY-(XnitiaLsl DAT.~QPc.ZLE~i1CEZUPDATEDBY:n'=as)DateDATA"ZLEDBY-In>"xas)
~)CANElpc~AMERICANELECTRICPOWERSERVICECORPORATION WKRSYSYSeptember 28,1982TheKeriteCompanyCab}eEnvironmental Qual!tie;;~~'.On L.F.Caso79-818CentralFileTheattachedletter~FogtheKeriteCompanydated9/21/82shouldbemadeparto~o~~,I.Jimentqualification documentreference numbers63,68,70and72.2.4/LFC:jal L.F.CasoAPPROVEJ,Mrg/~pe~(ABARTOLA
Vthekevitecompany49DayStreetSeymour,Connecticut 06483(203)888-2591MellAllCorrespondence To:P.O.Box452Seymour,Connecticut 06483September 21,1982AnericanElectricPowerServiceCorporation 2BroadwayNewYork,NY10004ATTENTlON:
T.J.HASSAR-ELECTRICAL ENGlNEERING DIIIIS10N
DearSir:
SUBJECT:
DONALDC.COOkNUCLEARPLANT
REFERENCE:
QUALlFlCATIONUPDATEMehaveenclosedLOCAprofile(excerpted from"TestsofElectrical CablesUnderSimultaneous ExposuretoGammaRadiation, Steam,andChemicalSprayMhileElectrical iyEnergized"
-March,i1985;FinalReportPF"C4020-2; Figure1)whichdescribes a100-daytestconducted bytheFranklintnstitute
'esearchLaboratories.
ThistestprovidedasodiumboratechemicalsprawithapHof10.5for100dayscontinuously.
Theattachedprofileandraecemicaspraythefollowing resultsareofferedasdocumentation ofkeriteinsulatio dIIIII.ieinsuaionanJacketmaterials
.Long-Term" (threemonths)immersion performance inasodiumboratesolution.
IThetwocablesamples(testedinreferenced report)arerepresentat iveofeachI/Cwhichformthe3/Ccable.Bothsamples(agedandunaged)aredescribed asfo11ows:1/C,g6AMG,65mi1HTK(N-98)insulation and65mi1FR(HC-711)jacket.Eachsamplewasirradiated to200megaradswhileinstalled intheautoclave.
lnsugary,bothcablesmaintained theirelectrical loading(1000vac,50amps)throughout thetest.Eachcablepassedthe5minutevolt.-gewith"standtestof80voltsacpermilofconductor insulation.
Thitestwasperformed aftercompletion oftheLOCAexposureandpriortodiassemblyofthetestvesselwhilethecableswerestiilonthe'andrel.
asubsldlary orHARVEYH'ioOELLINCORPORATED HuaaCtt AmericanEIectricPowerCorp.September 2l,1982IWetrustthatthisissufficient information toenableyoutoanswertheinquiryoftheNRC.Verytrulyyours,THEKERlTECOMPANYFromtheofficeof:CDA.LundyMetropolitan SalesManagerGALr/NHD/ss Enclosure Si.gne.e:NqrmaH.OubeAdministrative SalesAssistant 840320PIIASEICOMPINEOTHERMALANORADIATION AGING.[50MEGARAOSGhhlMARAOIATION)0GR3)5F/69psigPHASEJESIMULTANEOUS STEAM/CHEIhlCAL-SPRAY/RADIATION EXPOSURE(!50MEGARAOSGAMMARADI'ATION) 346'F/II3psigWITHIN3TO5MIN.335'F/95psigPh~STEAMANL.SPRAYEXP%(NQGAMMARAb~4.<250I-4J~200l22iF(50ic)MAXIMUM280'Fl70psig(min)WITHINIOSEC.DAILY265~F/28psig6INSULATIONRESISTANCE MEASUREMENT 2)2'F/0psigQoNCEPERWEEKSTARTINGAT5DAYSl40122OCABLESATROOMCONDITIONS DURINGRELOCATION OFTESTVESSELTOOUTSIDEOFTHERADIATION HOTCELL.PREHEATTOl40iFMAXIMUMiIMMEDIATELY PRIORTOTEST77DAYSIO3.57DAYSSECHRHR8IIHRHR15HR4DAYSTIME~23DAYSIOODAYSIFigure1.Specified Temperature, PressureandRadiation TestProfile DONALDC.COOKVUCLEAR?~~ITR,~4=7~EQUXP."KVT QUALX"ECAZTON cXLUPON~~WNSÃXTT>Z FOB<1.TOBECO%~~ED3YCCGVXZAVT AEPSCSC~..nVSUBJECTCgwORXGXVATED BY:U~ROV"DBY(Si-natu.)(Sign+,are)
DATE:(Sie),2.TOBECOMPLETED BYAEPSCNSeLSC'DIXON+ACCEPTED-TRAVv.
SEXTTOAEPSCQVALXTYASSUR~2lCE
~QBZ=CH3-RE~JR%TO.CCGNXZANT AEPSCSZCTXONHAiVAGERREASONFORREJCTXON:XS'HRC.BWTALREQUXRED.
/YES@HOYES,GXV-S'UBMXTTAL LETTERHUPAERAEP:NRC:APPROVEDBY:DAT-:3'.TOBZCOMP~=-TED BYA"-PSCC,UALX~"ASSUHAVCE TRMS~<TTAL PORNANDDATA'ECOAT DBY:(Xnitia3.s
)DATE:C-~QPFXLZ~JDEXUPDATEDBY:in'-'as)DateDATAPXLEDBY:Inxcz.as)Date
~g(cANE'4pc~l~AMERICANELECTRICPOWERSERYICECORPORATION
-SUBJECT!September 28,1982TheKeriteCompanyCableEnvironmental Qualification A~CAStat<FROM<TosL.F.Caso79-81BCentralFileTheattachedletterfromtheKeriteCompanydated9/21/82.shouldbe.madepartofourequintqualification documentxeference numbers63,68,78and72.I2.4/LFC:jal APPROVEJ.MoABARTOLAL.P.Caso4
f'e.R\thekeritecompany49DayStreetSeymour,Connecticut 06483(203)888-2591MailAllCorrespondence To:P.O.Box452Seymour,Connecticut 06483September 21,.1982"~~inIAmericanElectricPowerServiceCorporation 2BroadwayNewYork,NY10004ATTENTION:
T.J.MASSAR-ELECTRICAL ENGINEERING DIVISION
DearSir:
~~.
SUBJECT:
DONALDC.COOKNUCLEARPLANTQ,gA~~/-7i~
REFERENCE:
QUALIFICATIONUPDATEWehaveenclosedLOCAprofile(excerpted from"TestsofElectrical CablesUnderSimultaneousExposuretoGammaRadiytion, SteamandChemicalSprayWhileElectrical lyEnergized"
-March,i1985'~FinalReportIIIF-C4020-2, Figure1)whichdescribes a100"daytestconducted bytheFranklinInstitute ResearchLaboratories.
ThistestprovidedasodiumboratechemicalspraywithapHof10.5for100dayscontinuously.
The'attached profileandthefollowing resultsareofferedasdocumen'tation ofKeriteinsulation andjacketmaterials'Long-Term" (threemonths)immersion performance inasodiumboratesolution.
Thetwocablesamples(testedinreferenced report)arerepresentative ofeach1/Cwhichformthe3/Ccable.Bothsamples(agedandunaged)aredescribed asfollows:1/C,g6AWG,65milHTK(N-98)insulation and65milFR(HC-711)jacket.IEachsamplewasirradiated to200megaradswhileinstalledintheautoclave.
Insummary,bothcablesmaintained theirelectrical loading(1000vac,50amps)throughout thetest.Eachcablepassedthe5minutevolt."gewith"standtestof80voltsacpermi1ofconductor insulation.
Thitestwasperformed aftercompletion oftheLOCAexposureandpriortodiassemblyofthetestvesselwhilethecableswerestiIIonthe'andrel
~asubsidiary ofHARVEYHUBDELLINCORPORATED HUoocLL
-~~ricanElectricPowerCorp."2"September 21,l982Wetrustthatthisissufficient information toenable.youtoanswertheinquiryoftheNRC.Verytrulyyours,THEKERITECOHPANYFromtheofficeof:Signee:C.A.LundyMetropohitan SalesHanager>LNrmaH.DubeAdinistrative SalesAssistant CAL/NHD/ss Enclosure r
340320PHASEICOMBINEDTHERMALANDRADIATION AGING(50MEGARADSGAMMARADIATION)
PHASERSIMULTANEOUS STEAM/CHFMICAI.
SPRAY/RADIATION EXPOSURE(l50MEGARADSGAMMARADIATION) 346F/II3psig WITHIN3TO5MlN.335'F/95psig3I5'F/69psig'HASE'3KSTEAMANDCHEMICAL-SPRAYEXPOSURE(NOGAMMARADIATION)
W<250I-W~20012VF(50ic)
MAXIMUM280'Fl70psig (min)WITHINIOSEC.-'DAILYQIINSULATION 265F/2epslgRESISTANCE MEASUREMENT 212~F/Opsig 60NCEPERWEEKSTARTINGAT5DAYS-I40I22CABLESATROOMCONDITIONS DURINGRELOCATION OFTESTVESSELTOOUTSIDEOFTHEtRADIATION HOTCELL.PREHEATTO140FMAXIMUMIMMEDIATELY PRIORTOTEST77DAYS70AYSIO3.5SECHRHR8IIHRHRl54DAYSTIME~23DAYSIOODAYSIFigure1.Specified Temperature, PressureandRadiation TestProfile K~o'-EGQI'9UDONALDC.COOKNUCLEARPLANTEQUIPMENT QUALIFICATXON FILEUPDATETRANSMITTAL F'l..TOBECOMPLETED BYCOGNIZANT AEPSSF(>>RFCDCAttachedFormschecked:'6)ORIGINATED BY:DATE:(SystemngineerSignature)
G~il~sIsaAPPROVEDBY(eigryxre)DATE:rgDATE:g0(EGSManagerSignature) 2.TOBE.COMPLETED BYAEPSCNS&LSECTION+ACCEPTED-TRANSMIT TOAEPSCQUALITYASSURANCE
@REJECTED-RETURNTOCOGNIZANT AEPSCSECTIONMANAGERREASONFORREJECTION:
,XSNRCSUBMITTAL REQUIRED?
@YES@NOIFYES'IVESUBMITTAL'ETTER NUMBERAEP:NRC:APPROVEDBY:DATE:3.TOBECOMPLETED BYAEPSCQUALXTYASSURANCE
.TRANSMITTAL FORMANDDATARECEIVEDBY:(Inxtxals)
DATE:CEEQF".FILE;INDEX "UPDATEDBY:XnxtxasDateDATAFXLEDBY'.Inxtz.als Date4.COPYOFCOHPLETED FORMTOBERETURNEDTOORXGINATOR ELEC.GENERATION SECTION.Tobeincorporated inRFCfileatclose-out.
p)+ANce,gcrlpA)IERICA}(ElECTRICPOYIERSERVICECORPORATiONJanuary7,1902Ar~>><<~~,'Lucre'sr~-79-OllaSubmittal U"JLCT'~,uipmcnt Qualification Co>>tn.i.ament SpraypHF(,og:P.A~FisherTO:3.-:--R;--1:":-Dodd--
y.c.SQQ/<~/g/~i~/&ENehavereviewedtheattachedlistofelectrical materials withrespecttothestatedtestreportpH'svsthepostulated 0.5to11pHrangeforthecontainment sprayfollowing aLOCA.Thepostulated pHbracketsallbutthreeofthethirtyfivepHvalueslisted;Ofthethreeitems,onewastestedatapHrangeof7.67to10.5.Theuppervalue,fallswithinthepostulated pHxange.Theothertwoitemstestedat.astatedpHof7.67,axelistedas"steelorcastIronenclosure".
Thesematerials woulddefinitely notbeaffectedanymoreignificantly atapostulated upperpHlimitofthespraysolutionthanatthelowex'.67 pHtestvalue.Therefore itisI:hoChemicall',nginecring Section's considered opinionthatthedifferences betweenthepH'slistedforthetestreportsandthatpostulated for.thesprayareinsignificant.
Consequently, forallpractical
- purposes, thepHvalueslistedmeetthepostulated spraypHcriteiion.
M.O'Keefe's memo'ofNovember3,1901addressed theubjectofelectrical andmechanical materials inmqredetail.Thismemo,therefore, istobeconsidered aspertinent reference information onthissubject,partic-ularlyinregardtoinstrument component materials'ompatability withthepostulated pHrangeofthecontainment spray.MP:mmcc:E.Casoi)GILLIAN C.COOKHUCL"ARPEAilT:zCCEPP-.',g
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IAMERICANELECTRICPOWERSERVICECORPORATiON November3,1981E'Reve<~VEquipment Qualification MeetingM.J.O'Keefez~iet~~.<</YJ'/i~~<<l5fs'/3.S.H.Steinhart 4.S.M.TothThismemoisinresponsetoquestions raisedduringtheOctober2Equipment Qualification Meeting.ThepHrangeof8.5to11.0usedtoassesstheresistance ofvariousmaterials
.tothecontainment sprayisgiveninbothUnit1andUnit2Technical Specifications.
Therei:snoneedtoconsiderthecorrosion effectsofdemineralized watersihceduringandafteranaccidentthewaterinthecontainment wi.llcontainchemicaladditives.
The"alkaline" sprayinthecontainment willbeaweaklybasicsodiumborate(borax)solutionformedbythereactionbetweentheboricacid~~~~~~inthereactorcoolantandthesodiumhydroxide sprayadditive.
The.longtermffectofthissolutiononstainless'teel, copperwire,andpolysulfone wouldbe'nimal.Polysulfone, aUnionCarbideCorp.product,isusedasasealantforcontainment penetrations.
UnionCarbiderecommends polysulfone foruseupto250Fina50%sodiumhydroxide
- solution, whichhasapHofapproximately 14.'hissolutionwouldbemuchmoreaggressive thanthecontainment spray.Thecomponents oftheHydrogenRecombiner specified byElectrical
.,Engineering Divisionare300-Seri~
stainless steel,carbonsteel,Inconel-600, Incoloy-800, andmagnesium oxide.Themagnesium oxideisaninsulating materialsheathedintheIncoloy-800.
Thespraysolutionwouldnotadversely affectthestainless steel,Inconel-600 orIncoloy-800.
Themagnesium oxidebecauseiscontained intheIncoloy-800 willnotbecontacted bythesprayandwillnotbeaffected.
Thecarbonsteelcomponents wouldrust,unlesscoated,astheywouldinanymoistureladenatmosphere, suchaswouldexistinthecontainment afteraloca.Neoprene, crosslinked polyethylene, chlorosulfonated polyethylene, andethvlene-propylene elastomer whichareusedinsidethecontainment acabl:.insulation, allexhibitlongtermresistance tobasicsolutions.
Chlorosulfonatod polyethylene andethylene-propylene whosetradenamesarcHypalonandNordelrespectively, alongwithNeoprenearerecommended foruseinboricacid,sodiumborate,andsodiumhydroxide solutions.
~~~~~'w(OL~M4(lt'444l~Il'lopylenehavecorrosion resistance tobaicsolutions.
Thecarbonsteelandcastroncomponents oftheinstruments azecoatedwith~nercoat66.Thiscoatingisanepoxy-polyamide "esistant tobasic.olutions.
IHTRA~SY5TCM Thissubmittal inputwaspreparedusingthesourcesofinformation shownontheattachedSSDLandis,tothebestofmyknowledge, technically curate,factual,andcomplete.
MJO:mm~po~M.J.O'Keefecc:+1~(@~raJ.Castresana TBN/GWP/File AECIhavereviewedthisdocumentandhaveverifiedthatitisfactual.by:reviewofinformation sourcesonSSDL;discussions withpreparer; anddiscussions with.otherparties.Tothebestofmy.knowledge, thi;ssubmittal inputis'technically
,.'accurate, responsive tothe'ActionItem"andcomplete.
NRCSllHlllTTAL SOURCEDI.)CUBI)ENT LISTIOHITEMs.P.IOEHT.HC.OLI4l,':IOASOgftCf5OlIt'fOIIMA~IOffFORf'llEPAPAfIOhOF1HFAIIAClCORNCClifIll'IAL~\!OrICSOF1llCSEPer..fACifCAi>I,AlAlIAliiIlCRetfil~a4~1llFCOCAIIO'ISPECIFIFOPACEPARA.SUBhIITTAL STATEI!ENT SOURCEDOCUhIEIIT DESCRIPTION TITLE,NUMOER,RfVISION,ETC.CURREII'I'OURCE DOC.I.OCATION go34/037