ML17157B071

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Rev 0 to Calculation M-SLD-003,Steam Leak Detection Calc-RHR Pump Rooms.
ML17157B071
Person / Time
Site: Susquehanna  Talen Energy icon.png
Issue date: 09/27/1989
From:
PENNSYLVANIA POWER & LIGHT CO.
To:
Shared Package
ML17157B072 List:
References
M-SLD-003, M-SLD-003-R00, M-SLD-3, M-SLD-3-R, NUDOCS 9203090246
Download: ML17157B071 (54)
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Text

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I=y,1 TABLEOFCONTENTSCalc4M-SLD-003 Page2of201.0PURPOSE~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~32~03.0ASSUMPTIONS

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~5REFERENCES~~~~~~~~~,~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~44'METHODOLOGY

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~65~0RESULTS/CONCLUSIONS

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

12ATTACHMENT 1COTTAPOutputforRHRPumpRoom(I-13/I-103) 5GPMLeak(Summer)ATTACHMENT 2COTTAPOutputforRHRPumpRoom(I-13/I-103) 5GPMLeak(Winter)ATTACHMENT 3COTTAPOutputforRHRPumpRoom25GPMLeak(Summer)COTTAPOutputforRHRPumpRoom25GPMLeak(Winter)(I-13/I-103)

(I-13/I-103)

ATTACHMENT 5ATTACHMENT 6ATTACHMENT 7ATTACHMENT 8COTTAPOutputforRHRPumpRoom(I-14/I-104) 5GPMLeak(Summer)COTTAPOutputforRHRPumpRoom(I-14/I-104) 5GPMLeak(Winter)COTTAPOutputforRHRPumpRoom(I-14/I-104) 25GPMLeak(Summer)COTTAPOutputforRHRPumpRoom(Z-14/I-104) 25GPMLeak(Winter)APPENDIXAAPPENDIXBDataInputSection-RHRPumpRoom(I-13/I-103)

DataInputSection<<RHR'umpRoom(I-14/I-104)

Calc0M-SLD-003 Page3of20,1.0PURPOSEThepurposeofthiscalculation istopredicttheroomtemperature profileexpectedwhenasmallwaterleakisintroduced intheUnit1RHRPumpRooms.Theresultsofthiscalculation willbeusedasabasisfordevelopment ofSteamLeakDetection Systemsetpoints.

2'REFERENCES Calc4M-SLD-001 Page4of202~1Calc4M-RAF-024, Rev.0"RBPostDBATransient Temperature Analysis" 2.2'echtelCalcg176-18,Rev.5"RBCoolingModes"2.32~4~2'SEA-EE-129, Rev.0"SSESUnit1andUnit2ReactorBuildingHeatLoads"DravingsIP&IDM-176,Rev.20P&IDM-151Sht3,Rev.2P&IDM-151Sht4,Rev.1V-29-1,Rev.9V-29-2,Rev.12V-29-3,Rev.11V-28-1,Rev.15V-28-2,Rev.14V-28-3,Rev.17C-105,Rev.20C-106,Rev.16C-134,Rev.15C-135,Rev.16C-156,Rev.12C-157,Rev.13C-111,Rev.15C-117,Rev.17HBB-111-1, Rev.6HBB-111-2, Rev.4HBB-110-1, Rev.9GBB-104-1, Rev.7GBB-104-2, Rev.4GBB-105-1, Rev.6GBB-116-1, Rev.6GBB-106-1, Rev.8M-199PipingClassSheets2.6SEISPipelineGeneralIndex2'28CraneTechnical PaperNo.410,23rdPrintingASHRAE1985Fundamentals Handbook2.9FSARTable3.11-62~102~112'2FSARSection5.2.5.1.3 CalcgM-PAF-001, Rev.1"HVACEnvironmental Analysis-ReactorBuildings

&ControlStructure" ICOTTAP-2TheoryandInputDescription Manual(User'sManual),Rev.1,dated1/27/89.

lp~lt0)hl'J1P CalcgM-SLD-003 Page5of203'ASSUMPTIONS 1)2)3)4)5)Plantisoperating undernormalconditions priortointroducing asteam/water leak.Alladjacentroomswillbemaintained attheirdesignmaximumtemperature forsummerconditions andattheaveragetemperature forthe,monthof.January(ifblue-boxdataisavailable) forwinterconditions.

Wherewintertemperature dataisnotavailable, thedesignminimumtemperature of60~Fwillbeused.Theroomunderconsideration willnotbeallowedtopressurize, astheblowoutpanelwillrelieveatapproximately 0.5psid.Therefore, aleakagepathoutoftheroomwillbeusedtomaintainpressureascloseto14.7psiaaspossible.

Thetemperature effectsduetoslightroompressurization areassumedtobenegligeble.

Theeffectsofadjacentroomheatuparenotconsidered inthisanalysis(i.e.adjacentroomtemperatures areheldconstant).

Thisresultsinaconservative temperature profilefortheroomunderconsideration.

Theactualadjacentroomheatupduetothewaterleakisexpectedtobeminimal(whenconsidering conductive heatlosses).TheCOTTAPmodelassumesperfectmixingoftheairandwater/steamintheroomunderconsideration.

Theoriginal'BechtelCalc4176-23usedtheSteamCondensing ModeofRHRasthebasisforthesteamleaktotheRHRPumprooms.Inpreviousoutages,thismodeofRHRwasremoved.Thehighenergypiping(steamlinefromHPCI)associated withthismodeofoperation nolongerexistsintheRHRPumprooms.Therefore, thiscalculation willusetheShutdownCooling(SDC)modeofRHRasthebasisforthewater/steam leakintheRHRPumprooms.TheSDCmodeinitiates onthe98psig(RXPressure) permissive.

At98psig,thelinesarewarmedbyprocedure forapproximately 2hoursbeforeSDCmodeactuallystarts.Duringthistime,theRXisbeingcooleddownat,amaximumallowedrateof90~F/hr.Forconservatism, thiscalculation willusesaturated waterat14.7psiaand212Fasthestartingconditions fortheleak.Theseconditions approximate theminimumrequiiements whichdefinehighenergypiping.RHRSDCisconsidered highenergypipingforaveryshortperiodoftime(i.e.<14ofthetime).

1npA1'l

4.0 METHODOLOGY

CalcgM-SLD-003 Page6of20TheCompartment Transient Temperature AnalysisProgram(COTTAP)wasusedtoanalyzetheaffectsofasteam/water leakinvariousroomswithintheplant.Theprogrampredicted temperature profilesfortheroomunderconsideration withthefollowing setofconditions 1)5gpmwaterleak(Summer)2)5gpmwaterleak(Winter)3)25gpmwaterleak(Summer)4)25gpmwaterleak(Winter)Theindividual roommodelsweredeveloped fromvarioussourcesofinformation, asidentified inSection2.0References.

TheresultswillconsistoftheCOTTAPoutputandtheplotsofvariousprofilesfortheconditions statedabove.Thefollowing discussion isprovidedtooutlinethestepsusedindeveloping theindividual roommodels.4.1GeneralDataForRoomsRoomVolumesInitialPressureInitialTemperature TheroomvolumewastakenfromReference 2.1fortheroomunderconsideration.

Adjacentroomvolumesweresettoalargevalue(i.e.1.0EE15cu.ft.)tomaintainconstantproperties suchastemperature, pressureandrelativehumidity.

Allroomswereassumedtobeataninitialpressureof14.7psia.Allroomswereassumedtobeattheirmaximumnormaldesigntemperature initially forsummerconditions.

Actualwinterdatawasused,whereavailable, asastartingpointforthewinterruns.Thewinterdatawastakenasthe"blue-box"averagetemperature forJanuary1988.TheJanuarydatawasconsidered tobemoreconservative thanFebruarydata.Whereactualwinterdatawasnotavailable, thedesignminimumroomtemperature of60'wasused.Wherewinterdatawasnotavailable fortheroominquestion, theroomwasstartedatatemperature whichallowsittoreachasteady-statewithitsadjacentrooms.

0ip4' Calc0M-SLD-003 Page7of20RelativeHumidityRoomHeightTheoutsideambienttemperature wastakenas'9~F(summer)and264F(winter).

ThesummerambientwastakenfromReference 2.8asthe24hourdailyaveragetemperature, baseduponthe14ASHRAEdesignvalue,,fortheWilkes-Barre/

Scrantonarea.ThewintervaluewastakenastheactualmonthlyaverageforJanuaryovertheyears1986thru1989.ThisaveragewasbaseduponSSESMeteorological Datatakenfromtheplantcomputer.

Acomparison ofFebruarydataoverthissametimeperiodindicated thattheJanuarydatawasmoreconservative.

Therelativehumidityforallroomsconnected byventilation orleakagepathsisbaseduponoutsideairtemperatures of92FDB/78FWB(summer)and-5FDB/-5~FWB(winter).

Airatthese"conditions wasthenallowedtoheatuporcooldown(sensible heating/cooling only)totheinitialroomtemperature, andthecorresponding RHvaluecalculated orreadfromthepsychrometric chart.ThisvalueisnolongerusedbyCOTTAP.It'originalpurposewasassociated withthewallcondensation calculation usedwithinCOTTAP.COTTAPhasbeenrevisedandnolongerusesthisinformation.

Therefore, avalueof10.0ftwasinputtedforeachroom.Thisvaluehasnosignificance tothecalculation.

Notethattheactualroomheightwasusedinthecalculation ofroomvolume.4.2AirflowandLeakagePathDataAirflowDataThedesignairflowisprovidedfortheroomunderconsideration.

Allflowpathsareidentified (i.e.supply,exhaustandtransferair).ThesourceoftheairflowdataistheP&IDassociated withtheparticular ventilation systemforthatroom.Thedataidentifies theroomfromwhichtheaircomes,andtheroomtowhichtheairgoes.Sinceairflowsarebalancedtog104accuracy, aconservative valueof1760scfmwasusedforroomI-13/I-103 (1600scfmx1.1).Avalueof1210scfmwasusedforroomI-14/I-104 (1100scfmx1.1).

$+k90CrfWXK, Calc4M-SLD-003 Page8of20LeakagePathDataAswiththeairflowdata,allroomsconnected totheleakagepathareidentified.

Theleakagepathareaisonlyusedtoscaletheleakage'flowrates fortheentirecompartment underconsideration.

Theintentoftheleakagepathistopreventcompartment pressurization.

Formostrooms(exceptRWCU),onlyoneleakagepathisused,aqdavalueof1.0sq.ft.isinputtedfortheleakagepatharea.When.morethanoneleakagepath'xists, actualleakageareascanbeinputtedtobetterunderstand leakageflowsbetweenadjacentcompartments.

4.3HeatLoadDataHeatLoadTypeThetypeofheatloadwasidentified usingthefollowzng nomenclature Type123458Description LightingElectrical PanelsMotorsUnitCoolersPipingMisc.Mechanical Equipment HeatInputRateTheheatrateinputinBtu/hrfortheassociated heatload.Thevaluesforheatloadtypes1thru3wereobtainedfromReferences 2.2&2.3.Theheatrateinputsfortype4heatloadsareinputtedasnegativevaluessincetheunitcoolersremoveheatfromtheroom.Theheatinputratefortype5heatloadswere'inputas-1.ThisvaluedirectsCOTTAPtoobtainpiping'information necessary tocalculate thepipingheatloads.Theheatinputratefortype8heatloadswasobtainedfromReferences 2.2&2.3,asnecessary fortheappropriate room.Toachieveaninitialsteady-state condition, amiscellaneous heat'load (positive ornegative) wasaddedtothemainroomtobalanceallothertimezeroheatloads.Thisheatloadwasinputtedastype8.

$f>1 Calc4M-SLD-003 Page9of20NotethatCOTTAPneglectscoldpipeandequipment asheatsinks.Thisrepresents non-conservatism inthiscalculation.

Asamplerunmadetodetermine theeffectsoftheseheatsinksindicated thatresultant temperatures wereonlyslightlylowerthanthevaluespredicted whenneglectinq theseheatsinks.Therefore, thiscalculation assumestheeffectsoftheseheatsinksarenegligable.

Forwallsandfloorsincontactwithground,themodelpredictsaconservative valueofheatlosstoground.Theslabsareassumedtobeincontactwithsoilatatemperature of55F.Tomodeltheheatlosstoground,alargevalueofsurfacefilmconvective heattransfercoefficient'(100 Btu/hr-sq ft-F)hasbeenintroduced onthegroundsideofthefloorsandwallstoachieveagroundcontacttemperature of55~F.4.4PipingInputDataOnlypipingwithadesign.temperature greaterthanthatofthenormalroomdesigntemperature wasincluded, sinceCOTTAPignorescoldpipeasaheatsink.Thisgenerally meantthatpipingatorclosetoReactorconditions wasincluded.

Alsonotethatthiscalculation neglectsheatlossfromsmallpipe(i.e.lessthan2"OD).PipeODPipeIDInsulation OD'ipeLengthEmmisivity Insulation kValueTheoutsidediameterofthepipewasobtainedfromReference 2.4ThepipeschedulewasobtainedfromReference 2.5.Knowingtheschedule, theinsidediameterwasobtainedfromReference 2.7Theinsulation ODwasobtainedfromReference F11ThepipelengthwasobtainedfromReference 2.4Theemmisivity wasobtainedfromReference 2'1Theinsulation thermalconductivity (k)wasobtainedfromReference 2.11.PipeFluidTemperature

Thedesignfluidtemperature wasobtainedfromReference 2.6 Dgt1l('/iV'IUQ Calc¹M-SLD-003 Page10of20FluidPhaseThestateofthefluidwasdetermined byreviewing thesystemP&ID'sanddesigntemperatures/pressures.

Ifaparticular line-couldcarrysteamorwater,itwasassumedtobeliquidforconservatism.

4.5GeneralDataForThickSlabsRoomID¹"onSide1RoomID¹onSide2Thickness HeatTransferAreaTheroomnumberononesideoftheslab.Theroomnumberontheothersideoftheslab.Whenslabisadjacenttoground,aroom¹of"0"isused.Thethickness oftheslabwasobtainedfromReference 2.4TheareaoftheslabwasobtainedfromReference 2.4.Thedimensions werescaledfromplantventilation drawings.

Theslabareasarecalculated intheDataInputSection(RefertoAppendixA).ThermalConductivity

Thethermalconductivity oftheconcreteslabswereobtainedfromReference 2.8,Chapter23Table3A.Avalueof1.0Btu/hrsq-ftFwasusedforallconcreteslabs.DensitySpecificHeatThedensityofallconcreteslabsisassumedtobe140ibm/cuft.ThisvaluewasobtainedfromReference 2.8,Chapter23Table3A.Thespecificheatforallconcreteslabswasassumedtobe0.22Btu/ibmFasobtainedfromReference 2.8,Chapter23Table3A.4.6FilmCoefficient DataForThickSlabsTypew/rtoRoomonSide1,ThetypeofslabwithrespecttotheroomonSide1wasdefinedusingthefollowing codesType1Type2Type"3VerticalWallFloorCeiling

.pi0PgJl1CJe CalcfM-SLD-003 Page11of20h1&h2:Allfilmcoefficients (h)forinsidewallswerecalculated byCOTTAP.Thefilmcoefficient forwallsincontactwithoutsideairwereinputtedas4.0Btu/hr-sq ft>>F6.0Btu/hr-sq ft-F(PerReference 2.8,Chapter23,Table1)Avalueof100Btu/hr-sq ft-Fwasinnuttedforvallsincontactwithground.Thisvaluehelpstosimulateavali(orfloor)incontactwithsoilat55~F.Thiswillresultinaground.conservative prediction oftheheatlosstoss04.7PipeBreakDataFluidPressureMassFlovThefluidpressurewithinthepipe(psia).TheRHRPumpRoomsusedsaturared fluidconditions of14.7psia,whichwasconsidered representative ofnormalReactorconditions duringtheShutdoCoolingmodeofRHR.euownThetotalmassflovexitingthepipebreak(ibm/hr)wasinputt'ed asfollowsfor5gpmwater/steam leak:5gal/minx1cuft/7.48galx60min/hr/.016719cuft/ibm2400ibm/hrvf~Q.Q16719cuft/ibm614.7psiaand212F(perASMESteamTables)for25gpmvater/steam leak:5x2400ibm/hr~120QQibm/hrThebreakoccursatt0.5hrs.Thisallowstheroomtoreachequilibrium conditions priortoinitiation ofthebreak.lnallroommodels,linethebreakmassflovisallowedtoincrarly(ramp)from0ibm/hrtoitsmaximumncreasevalueover0.1hrs.

5.0RESULTS/CONCLUSXONS Calc4M-SLD-003 Page12of20Thefollowing pagesprovidethetemperature profilesresulting fromtheRHRPumpRoommodelsfortheconditions statedbelow:1)5gpmwaterleak(Summer)2)5gpmwater.leak(Winter)3)25gpmwaterleak(Summer)~4)25gpmwaterleak(Winter)TheCOTTAPoutputforeachcaseabovecanbefoundasAttachments 1thru8,respectively.

Eachoutputprovidesasummaryofthedatainput,andtheresultsofeachtimestepwithinthe24hourruntime.AttheendofeachCOTTAPoutput,asummarytableofTempvsTimeinformation, isalsoprovided.

RHRQPROOM(I-13,105)HEATUPEVALUATION (5GPMWATERLEAK/SUMMER) 135130AIIAPUIIPAoostl-)3,103)

IIEA)uPEvaLUAIIOR

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LL(3bJ90Ld800L!3I-70'IIIIE)IIR)0.000O.1000.2000.3000.4000.5000.5500.6000.7000.600O'.Son1.0001.5002.0002.5003.0003.5004.0004.5005,0005.5006.0006.5002.0002.5006.0009.00010.000II.00012.00013.00014.00015.00016.00017.000IS.00010.00020.00021.00022.00023.00024.000RooilrI66.0066.0065.9965.0965.9966.0076.2463.7101.9005.5496.9397.6)00.2290.03100.32100.)210105,101.38101.60101.96102,21102.43102.62102.66103.IO103.29103.65103.06104.29104.56104.0~105.II105.34105.50105.0I105.92106.23106.43I07.I)102.0'IIo).16107.33AooilrROollrRooilr)EIIPERAIUAE IOEGF)AooiirRooiirAooiirAooarAuoii~60010TIME(HRS)2025 RHRPUMPROOM(I-13,103)HEATUPEVALUATION (25GPMWATERLEAK/SUMMER)

\180160RIIRPUIIPROOIIE)13,103)IIEA)UPEVALUAYIOII (25GPIIUAIERLEAILISUIUIER)

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RHRPUMPROOM(I-13;103)HEATUPEVALUATION (25CPMWATERLEAK/WINTER)

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)OEGF)RooiirROORrRooiirRooiirRoollrRoourRooii~Rooilr9PG'QoS)iSIgrI001015TIME(HRS)2025 RHMPROOM(l-14,104)

HEATUPEVALUATION (5CPMWATERLEAK/WINTER)

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RHRr'OOM(1-14,104)

HEATUPEVALUAION(25GPMWATERLEAK/SUMMER)

-180160RIIRPUSPROOII(I14~104)HBA)UPBVALUAI)OS(25GPIISAIBRLBAAISUSS(K)4(3140I-QCL4J1207188(IIR)0.0000.1000.2000.3000.4000.5000.5500.6000.7000.8000.900I.OOU1.5002.0002.5003.0003.5004.0004.5005.0005.5006.0006.5007.0007.5008.000Q.ooo10.00011.00012.00013.00014.00015.00016.00017.000IB.0001900020.00021.00022.00023.00024.000Roolle'104.00104.0'I104.01104.0O104.00104.02130.13143.4615175153.83154.')915506156.48157.14158.2915$.99159.45'59.68159.59Ieo.97161.47161.$7161.8616248162.79163.13163.0316416164.63164.9916502165.86166.02166.0'I166.56167.35167.ee167.88168'.le168.3$167.$4168.75Roose76SPERA)UR(

(OEGF)RooseRooseRooseRooseRooseRooseRoose10001015TIME(HRS)20 RHRPUMPROOM(I-14,104)HEATUPEVALUATION (25GPMWATERLEAK/WINTER) 160140RNRPUIIPRooll(I14,104)IIEATUPEVALUATION I25CPIIWATERLEAKININTLR)

(3120CLI-100CL80IIIIEINR)0.0000.1000.2000.3000.4000.5000.5500.6000.7000.8000.9001.000I.5002.0002.5003.0003.5004.000,4.5005.0005.5006.0006.5007.0007.5008.0009.00010.000II.OOO12.00013.00014.00015.00016.00017'.OOO18.00019.00020.0002'1.00022.00023.00021.000ROOllr66.0066.0065.9966.0165.9865.60101.4~122:10135.72137.87140.29140.69112.39143,7114153145.12146,23147,79147.27147.IoI~8.41149,05150.56150.0615014150.49151.56151.90152.07152.89153.48153.80ISA.36151.92156.70155.56155,76155.89156.22156.19157.00157.61RoollrTENPERATURE IOECfIR00NrRoollrRoolirRoollrRoolirRooilrRooll~0rP60010152025roODTIME(HRS)

RHRPUMPROTIMER(HR)0.0000000.1000000.2000000.3000000.4000000.5000000.5500000.6000000.7000000.8000000.9000001.0000001.5000002.0000002.5000003.0000003.5000004.00QOOO4.5000005.0000005.5000006.0000006.5000007.0000007.5000008.0000009.00000010.000000 11.000000 12.000000 13.000000 14.00000Q 15.000000 16.000000 17.000000 18.000000 19.000000 20.000000 21.000000 22.000000 23.000000 24.000000 OM(I-14,104)

HEATUPEVALUATION (50GPMWATERLEAK/WINTER)

TEMPERATURE (ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹,ROOM¹OOM¹166.,0065.9965.9966.0065.9965.87125.31146.15154.12155.46155.&0156.62158.91160.49161.47161.78163.46163.83165.12165.26165.78166.32167.01166.52167.65167.98168.71170.23170.11170.48170.31171.26172.04171.93172.80173.06173.23173.26173.34174.18174.69174.94SUMMARYOFMAXIMUMCOMPARTMENT TEMPERATURES ANDTIMEOFOCCURRENCE ROOM¹MAXTIMEOFTEMP(F)OCCURRENCE (HR)1174.9424.0000RHRPUMPROOM(I-14g104)

HEATUPEVALUATION (50GPMWATERLEAK/WINTER)

PRESSURE(PTIMEROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM e(HR)0.0000000.1000000.2000000.3000000.4000000.5000000.5500000.6000000.7000000.8000000.9000001.0000001.5000002.0000002.5000003.0000003.5000004.0000004.5000005.0000005.5000006.0000006.5000007.0000007.5000008.0000009.00000010.000000 11.000000 12.000000 13.000000 14.000000 15.000000 16.000000 17.000000 18.000000 19.000000 20.000000 21.000000 22.000000 23.000000 24.000000

-114.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.717000 14.704000 14.701000 14.700000 14.700000

~14.700000 14.701000 14.699000 14.700000 14.699000 14.700000 14.700000 14.699000 14.700000 14.700000 14.700000 14.700000 14.699000 14.700000 14.700000 14.700000 14.699000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.699000 14.700000 14.701000 14.701000 14.700000 14.700000 14.700000 14.700000 SUMMARYOFMAXIMUMCOMPARTMENT PRESSURES ANDTIMEOFOCCURRENCE ROOMSMAXTIMEOFPRES(PSIA)OCCURRENCE (HR)1RHRPUMPTIME(HR)0.0000.10014.7170.55ROOM(I14rl04)HEATUPEVALUATION (50GPMWATERLEAKtWINTER)

RELATIVEHUMROOMSROOMgROOMgROOMgROOMgROOMgROOMgROO10.1000.099 0.2000.3000.4000.5000.5500.6000.7000.8000.9001.0001.5002.0002.5003.000'.5004.0004.5005.0005.5006.0006.5007.0007.5008.0009.000-10.00011.00012.00013.00014.00015.00016.00017.00018.00019.00020.00021.00022.00023.00024.0000.0970.0960.0950.0940.0150.0090.0070.0070.0070.0060.0060.0060.0050.0050.0050.0050.0050.0050.0050.0050.0050.0050.0050.0040.0040.0040.0040.0040.0040.0040.0040.0040.0040.0040.0040.0040.0040.0,040.0040.004SUMMARYOFMAXIMUMCOMPARTMENT RELATIUEHUMIDITYANDTIMEOFOCCURRENCE ROOM4MAXTIMEOFHUMIDITYOCCURRENCE (HR)0.100.00 RHRPUMPROOM(I-13TIMEROOM¹R(HR)10.00000066.000.10000065.950.20COOO65.950.30000065.940.40000065.890.50000066.000.550000134.540.600000153.870.700000160.700.800000161.510.900000162.011.000000162.881.500000164.662.000000165.912.500000166.973.000000167.953.500000168.174.000000169.324.500000169.455.000000169.985.500000170.506.000000170.846.500000171.257.000000171.697.500000172.328.000000172.439.000000174.1010.000000 173.4711.000000 174.0712.000000 173.9013.000000 174.5714.000000 175.2015.000000 175.3716.000000 175.9817.000000.

176.0518.000000 176.5219.000000 176.7420.000000 177.0521.000000 177.1022.000000 177.3223.000000 177.9424.000000 179.47,103)HEATUPEVALUATION (50GPMWATERLEAK/WINTER)

TEMPERATURE (OOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹SUMMARYOFMAXIMUMCOMPARTMENT TEMPERATURES ANDTIMEOFOCCURRENCE ROOM¹MAXTIMEOFTEMP(F)OCCURRENCE (HR)1178.4724.0000RHRPUMPROOM(I-13,103)

HEATUPEVALUATION (50GPMWATERLEAK/WINTER)

PRESSURE(PTIMEROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM (HR)0.0000000.1000000.2000000.3000000.4000000.5000000.5500000.6000000.7000000.8000000.9000001.0000001.5000002.0000002.5000003.0000003.5000004.0000004.5000005.0000005.5000006.0000006.5000007.0000007.5000008.0000009.00000010.000000 11.000000 12.000000 13.000000 14.000000 15.000000 16.000000 17.000000 18.000000 19.000000 20.000000 21.000000 22.000000 23.000000 24.000000 114.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.711000 14.706000 14.700000 14.700000 14.700000 14.701000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.701000 14.700000 14.700000 14.699000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.701000 14.700000 14.699000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 SUMMARYOFMAXIMUMCOMPARTMENT PRESSURES ANDTIMEOFOCCURRENCE ROOMSMAXTIMEOFPRES(PSIA)OCCURRENCE (HR)OMg1RHRPUMPTIME(HR)0.0000.10014.7110.55ROOM(I-13,103)

HEATUPEVALUATION (50GPMWATERLEAK/WINTER)

RELATIVEHUMROOMSROOMSROOMSROOMgROOMgROOMSROOM4ROO10.1000.098 0.2000.3000.4000.5000.5500.6000.7000.8000.9001.0001.5002.0002.5003.aoa3.5004.0004.5005.0005.5006.0006.5007.0007.5QQ8.0009.00010.00011.000=12.00013.00014.00015.00016.00017.00018.00019.00020.00021.00022.00023.00024.0000.0960.0940.0920.0910.0110.0070.0060.0060.0050.0050.0050.0050.005Q.0040.0040.0040.0040.0040.0040.0040.0040.004o.oa40.0040.0040.0040.0040.0040.0040.0040.004o.oa40.0040.0040.0040.0040.004,0.,0040.0040.004SUMMARYOFMAXIMUMCOMPARTMENT RELATIVEHUMIDITYANDTIMEOFOCCURRENCE ROOMN'AXTIMEOFHUMIDITYOCCURRENCE (HR)0.100.00

'M¹RHRPUMPROOM(I-13,103)TIMEROOM¹ROOMa(HR)10.000000104.000.100000103.750.20DOOO103.650.300000103.560.400DDO103.600.500000103.570.550000150.530.600000159.520.700000161.800.800000163.180.900000162.821.000000164.711.50DOOO167.092.000000167.722.500DOO169.503.000000170.383.5000DD171.364.000000172.064.500000171.885.000000173.325.500000173.9i6.000000174.126.500000172.937.000000174.407.500000175.748.000000176.049.000000176.2010.000000 178.4011.000000 177.9912.000000 178.3613.000000 178.5514.000000 179.5515.000000

'180.0416.000000 180.'1817.000000 180.7918.000000 180.8319.000000 181.3720.000000 180.9521.000000 182.2122.000000 182.4823.000000 182.4324.000000 182.6350HEATUPEVALUATION

(&GPMWATERLEAK/SUMMER)

TEMPERATURE (OEGF)R00MsRODM>>RDDM¹RDDM¹R00M>>RDDMaR00M>>RDDM>>RDDM¹RDDM>>ROOM¹RDOM>>OOM>>SUMMARYOFMAXIMUMCOMPARTMENT TEMPERATURES ANDTIMEOFOCCURRENCE ROOM>>MAXTIMEOFTEMP(F)OCCURRENCE (HR)'1182.6324.0000RHRPUMPROOM(I-13.103)HEATUPEVALUATION (25GPMWATERLEAK/SUMMER)

PRESSURE(PSIA)TIMEROOM¹ROOM¹ROOM¹ROOM¹ROOM>ROOM¹ROOM¹ROOM>ROOM¹ROOM>ROOM>ROOM>>ROOM¹ROOM>>

(HR)0.0000000.1000000.2000000.3000000.4000000.5000000.5500000.6000000.7000000.8000000.9000001.0000001.5000002.0000002.5000003.0000003.5000004.0000004.5000005.0000005.5000006.0000006.5000007.000000..5000008.0000009.00000010.000000 11.000000 12.000000 13.000000 14.000000 15.000000 16.000000 17.000000 18.000000 19.000000 20.000000 21.000000 22.000000 23.000000 24.000000 114.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.706000

'14.702000 14.70100014.700000 14.697000 14.700000 14.700000 14'0100014.700000 14.700000 14.700000 14.700000 14.700000 14,700000 14.700000 14.699000 14.699000 l4.69900(

>4.70000~

14.700000 14.70'l000 14.696000 14.699000 14.700000 14.701000'14.700000 14.700000 14.70100014.700000 14.700000 14.700000 14.699000 14.700000 14.700000 14.700000 14.699000 SUMMARYOFMAXIMUMROOMSMAXPRES(PSIA)COMPARTMENT PRESSURES ANDTIMEOFOCCURRENCE TIMEOFOCCURRENCE (HR)ROOM@1RHRPUMPTIME(HR)0.0000.10014.7060.55ROOM(I-13,103)HEATUPEVALUATION (25GPMWATERLEAK/SUMMER)

RELATIVEHUMIDITYROOMcROOMPROOM/ROOMNROOMA'OOMt ROOMiROOMiROOMSROOMPROOMPROOMSROOMNROOMN10.3800.383

0.2000.3000.4000.5000.5500.6000.7000.8000.9001.000'1.5002.0002.5003.0003.5004.00O4.500S.OOO5.5006.0006.5007.0007.5008.0009.OOr.'10.Ooi11.00C12.00013.00014.00015.00016.00017.00018.00019.00020.00021.00022.00023.00024.0000.3840.3840.3840.3840.1080.0870.0820.0790.0800.0760.0720.0710.06e0.06>0.0660.0640.0650.0630.0620.0620.0630.0610.0590.0590.0590.05:.0.0560.0560.0560.0540.0540.0540.0530.0530.0520.0530.0510.051'.0510.051SUMMARYOFMAXIMUMCOMPARTMENT RELATIVEHUMIDITYANDTIMEOFOCCURRENCE ROOMNMAXTIMEOF.HUMIDITYOCCURRENCE (HR)0.380.50 OM>>RHRPUMPROOM(I14OQM>>R1104.00103.79103.68103.64103.71103.82143.49153.57'157.56158.43'I58.85159.65161.95163.38164.92166.07166.67167.62168.48'168.97169.73170.6"170.71177.56171.79172.30172.90173.82174.12175.45175.56176.20.176.63177.43177.46178.22178.25178.77179.07179.4'I179.76179.96TIMER(HR)0.0000000.1000000.2000000.3000000.4000000.5000000.5500000.6000000.7000000.8000000.9000001.0000001.5000002.0000002.5000003.0000003.5000004.0000004.5000005.0000005.5000006.oooooe6.5000007.0000007.5000008.0000009.00000010.000000 11.000000 12.000000 13.000000 14.000000 15.000000 16.000000 17.000000 18.000000 19.000000 20.000000 21.000000 22.000000 23.000000 24.000000

,104)HEATUPEVALUATION (WGPMWATERLEAK/SUMMER)

TEMPERATURE (OEGF)OOM>>ROOM>>ROOM¹ROOM>>ROOM¹ROOM¹ROOM¹ROOM>>ROOM>>ROOM>>ROOM>>ROOMtROOM>>SUMMARYOFMAXIMUMROOM>>MAXTEMP(F)COMPARTMENT TEMPERATURES ANDTIMEOFOCCURRENCE TIMEOFOCCURRENCE (HR)OQM>>1179.9624.0000RHR'UMPROOM(I-14,104)

HEATUPEVALUATION (25GPMWATERLEAK/SUMMER)

PRESSURE(PSIA)TIMEROOM¹ROOMtRQQM¹ROOM>>ROOM>>ROOM>>ROQM>>ROQM>>ROOM¹ROOM>>ROOM>>ROOM>>ROOMtROOMt (HR)'0.00000014.700000 0.10000014.7010000.20000014.700000 0.30000014.700000 0.40000014.700000 0.50000014.700000 0.550000'14.708000 0.60000014.702000 0.70000014.701000 0.80000014.701000 0.900000'14.700000 1:00000014.700000

-1.500000 14.700000 2.00000014.700000 2.50000014.700000 3.00000014.700000 3.50000014.700000 4.00000014.700000 4.50000014.700000 5.00000014.701000 5.50000014.700000 6.00000014.701000

-6.50000014.700000 7.00000014.69700C 7.50000014.70000C 8.00000014.700000 9.000000'14.699000 10.000000 14.700000 11.000000 14.700000 12.000000 14.699000 13.000000 14.700000 14.000000 14.700000 15.000000 14.700000 16.000000 14.699000 17.000000 14.700000 18.000000 14.700000 19.000000 14.700000 20.000000 14.700000 21.000000 14.699000 22.000000 14.700000 23.000000 14.700000 24.000000 14.700000 SUMMARYOFMAXIMUMROOMPMAXPRES(PSIA)COMPARTMENT PRESSURES ANDTIMEOFOCCURRENCE TIMEOFOCCURRENCE (HR)ROOM@114.7080.55RHRPUMPROOM(I-14,104)HEATUPEVALUATION (25GPMWATERLEAK/SUMMER)

RELATIVEHUMIDITYTIMEROOMiROOMSROOMSROOMPROOMSROOMSROOMS'OOM>>

ROOM4ROOMPROOMPROOMiROOMiROOMi(HR)10.0000.3800.1000.382 0.2000.3000.4000.5000.5500.6000.7000;8000.9001.0001.5002.0002.5003.0003.5004.0004.5005.0005.5006.0006.5007.0007.5008.OOO9.00010.00(11.OOC-12.00013.00014.00015.00016.00017.00018.00019.00020.00021.00022.00023.00024.0000.3830.3840.3830.3820.1290.1000.0910.0890.0860.0860.08"0.0790.0760.0740.0730.0710.0700.0690.0680.0670.0670.0570.065O.O64G.06.C.06.0.06"0.0600.0600.059O.OSe0.0570.0570.0560.0560.0550.055,0.0550.0540.054SUMMARYOFMAXIMUMCOMPARTMENT RELATIVEHUMIDITYANDTIMEOFOCCURRENCE ROOMJI'AX TIMEOFHUMIDITYOCCURRENCE (HR)0.380.30

OM>>RHRPUMPROOM(I14m104)ROOM>>TIMEROOM>>(HR)10;00000066.000.10000065.990.20000065.990.30000066.000.40000065.99o.soooooss'.860.550000159.710.600000173.800.700000176.500.800000177.300.900000'77.75 1.000000178.261.500000179.502.000000181.082.500000l81.783.000000182.493.500000182.474.000000183.244.500000184.285.000000184.6&5.500000185.336.000000185.716.500000185.397.000000186.017.500000186.'138.000000186.669.000000187.1910.000000 187.8011.000000 187.8212.000000 188.2513.000000 188.0814.000000 188.8615.000000 189.50'6.000000

'I89.7317.000000 190.0418.000000 190.2819.000000

'190.0120.000000 190.6821.000000 190.6622.000000 190.6523.000000 19'1.6324.000000 191.30HEATUPEVALUATION (100GPM'WATERLEAK/WINTER)

ROOM>>ROOM/ROOM>>ROOM>>ROOM>>RTEMPERATURE (OEGF)>>ROOM>>ROOMsROOM>>ROOM>>ROOM>>ROOM>>ROOM>>OOM>>ROOMSUMMARYOFMAXIMUMPOMPA>>MAXTIMEOFRTMENTTEMPERATURES ANOTIMEOFOCCURRENCE TEMP(F)OCCURRENCE (HR)1191.6323.0000RHRPUMPROOM(I-14104H)EATUPEVAI.UATION (100GPMWATERLEAK/WINTER)

TIMEROOM>>ROOMSROOM>>ROOM>>RoPRESSURE(PSIA)ROOM>>ROOM>>ROOM/ROOM>>ROOM>>ROOMOROOM>>ROOM>>ROOM>>ROOMP

Ppf~rP<'1l,Cl' (HR)0.0000000.1000000.2000000.3000000.4000000.5000000.5500000.6000000.7000000.8000000.9000001.0000001.5000002.0000002.5000003.0000003.5000004.0000004.5000005.0000005.5000006.0000006.5000007.0000007.5000008.0000009.00000010.000000 11.000000 12.000000 13.000000 14.000000 15.000000 16.000000 17.000000 18.000000 19.000000 20.000000 21.000000 22.000000 23.000000 24.000000 114.700000 14.700000 14.700000 14.700000

'I4.700000 14.700000 14.716000,14.703000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.699000

'I4.700000 14.700000 14.700000 14.700000

'14.700000 14.698000 14.70100014.700000 14.699000 14.700000 14.700000 14.700000 14.700000 14.699000 14.699000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.696000 14.700000 SUMMARYOFMAXIMUMROOMOMAXPRES(PSIA)COMPARTMENT PRESSURES ANDTIMEOFOCCURRENCE TIMEOFOCCURRENCE (HR)ROOM$114.7160.55RHRPUMPROOM(I-14,104)HEATUPEVALUATION (100GPMWATERLEAK/WINTER)

RELATIVEHUMIDITYTIMEROOMSROOMl'OOMS ROOMSROOMsROOMsROOMiROOMiROOMS(HR)10.0000.1000.1000.099ROOMSROOMtROOMiROOM/ROOMI 0.2000'000.4000.5000.5500.6000.7000.8000.9001.0001.5002.0002.5003.0003.5004.0004.5005.0005.5006.0006.5007.0007.5008.0009.00010.00011.00012.00013.00014.000.15.00016.00017.000'18.000'19.00020.00021.00022.00023.00024.0000.0970.0960.0950.0940.0060.0040.0040.0040.0040.0040.0040.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.003SUMMARYOFMAXIMUMCOMPARTMENT RELATIVEHUMIDITYANDTIMEOFOCCURRENCE ROOMSMAXTIMEOFHUMIDITYOCCURRENCE (HR)0.100.00 OMtRHRPUMPROOM(I-13,103)HEATUPEVALUATION (100GPMWATERLEAK/WINTER)

TEMPERATURE (OEGF)OOM>>ROOMtROOMtROOM>>ROOM>>ROOM¹ROOM>>ROOM>>TIMEROOM>>R(HR)10.00000066.000.100000-65.950.20000065.950.30000065.940.40000065.890.50000066.000.550000"'69'10.600000'179.830.700000'181.560.800000182.080.900000182.301.000000183.131.500000184.242.000000184.652.500000185.543.000000186.203.500000186.99'.000000187.214.500000187.405.000000187.865.500000188.336.000000189.476.500000189.007.000000188.977.500000188.708.000000189.579.000000190.1110.000000 190.3211.000000 190.7112.000000 190.64'13.000000 191.0914.000000 191~9815.000000 191.3916.000000 192.0417.000000 192.4118.000000

'192.4519.000000 192.66'0.000000 192.7921.000000 193.0522.000000 192.9923.000000 193.1024.000000

'192.96ROOM¹ROOM$ROOM>>ROOM>>ROOMtOOM>>SUMMARYOFMAXIMUMCOMPARTMENT TEMPERATURES ANDTIMEOF,OCCURRENCE ROOM>>MAXTIMEOFTEMP(F)OCCURRENCE (HR)1193.1023.0000RHRPUMPROOM(I-13,103)HEATUPEVALUATION (100GPMWATERLEAK/WINTER)

PRESSURE(PSIA)TIMEROOM>>ROOM>>ROOM¹ROOMtROOM>>ROOM>>ROOM>>ROOMsROOM>>ROOM¹ROOM>>ROOM>>ROOMtROOM>>

(HR)0.0000000.1000000.2000000.,300000 0.4000000.5000000.5500000.6000000.7000000.8000000.9000001.0000001.5000002.0000002.5000003.0000003.5000004.0000004.5000005.0000005.5000006.0000006.5000007.0000007.5000008.0000009.00000010.000000 11.000000 12.000000 13.000000 14.000000 15.000000 16.000000 17.000000 18.000000 19.000000 20.000000 21.000000 22.000000 23.000000 24.000000 114.700000 14.700000 I4.700000 14.700000 14.700000 14.700000 14.71000014.700000 14.700000 14.700000 14.70100014.70100014.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.70100014.700000 14.700000 14.699000 I4.699000 14.700000 14.700000 14.700000 14.700000 14.700000 14.697000

'I4.70100014'0000014.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 14.700000 SUMMARYOFMAXIMUMROOM¹MAXPRES(PSIA)COMPARTMENT PRESSURES ANDTIMEOFOCCURRENCE TIMEOFOCCURRENCE (HR)ROOM¹114.7100.55RHRPUMPROOM(I-13,103)HEATUPEVALUATION (100GPMWATERLEAK/WINTER)

TIME(HR)0.0000.100RELATIVEHUMIDITYROOM¹ROOM¹ROOM¹ROOMsROOM¹ROOM¹ROOM¹ROOM¹ROOM¹ROOM/ROOM¹ROOM¹ROOM¹ 0.2000.3000.4000.5000.5500.6000.7000.8000.9001.0001.5002.0002.5003.0003.5004.0004.5005.0005.5006.0006.5007.0007.5008.0009.00010.00011.00012.00013.00014.00015.00016.00017.00018.00019.00020.00021.00022.00023.00024.0000.0960.0940.0920.0910.0050.0040.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030'030.003SUMMARYOFMAXIMUMCOMPARTMENT RELATIVEHUMIDITYANDTIMEOFOCCURRENCE ROOMSMAXTIMEOFHUMIDITYOCCURRENCE (HR)0.100.00 0*J0,I

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