ML20217C165

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Rev 0 to Calculation 13-NC-QB-200, Calculation for Holophane Availability
ML20217C165
Person / Time
Site: Palo Verde  Arizona Public Service icon.png
Issue date: 08/24/1990
From:
ARIZONA PUBLIC SERVICE CO. (FORMERLY ARIZONA NUCLEAR
To:
Shared Package
ML20213E767 List:
References
FOIA-90-570 13-NC-QB-200, NUDOCS 9107100173
Download: ML20217C165 (20)
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ENGINEERING SKETCll PAD REV 0.1 anQy Wi orm svanct suuno i SiniwnTC)gns7 August 23,1990 CALCULATION OF llOLOPilANE Page 1 of 6 Ntu.o onov.au Lukic. y oAn AVAILABILITY l

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1.0 PURPOSE...................................................................................................2 2.0

SUMMARY

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4,.0 INP,UTDATA...........................................................................................3 5.0 CALCULATION AN D RES ULTS..................................................................... 3 I

SLJ1ethod......................................................................................................3 i

j 5.2 Scope...................................................................................................3 j

5.3 Calc ul ati o n P r o c e ss.............................................................................. 4I

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^Results...............................................................................................4 6.0...

i RE FEREN C ES......................................................

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TABLE 1 Input Da a and Calculated Known and Estimated Unavailable Days................. 5 TAB LE 2 Calculation of Unit and P!ar* Availabilities................................................. 6 I

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CALCULATION ' OF - HOI OPHANE Page 2 of 6 SIGIT NOa cuos nanu AVAILABILITY Tovan [.'ukid-g/a y/fa l

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This calculation is perfonned as part of the PVNGS response to NRC Inspection Report 90 -121, Pages five and six of that repon provide failure data on Holophane, Exide and Emergi Lite units; The data is presented.

I on a reliability _ basis, e.g.,4 of 4 Holophane units (100%) failed in Unit 1 in 1988. The conclusion is drawn -

that the emergency lighting is not reliable.

While the failure numbers used by the NRC in the repon are an accurate reproduction of data provided to the -

NRC in the June 29,1990 letter, their method of portraying failures can t e misleading. The purpose of this study is to provide a more proper way of portraying the failures of the Halophane units, 2.0

SUMMARY

An average unavailability indicator was developed. The unavailability indicator for each component (and group of components)is calculated for a specific time period by dividing the total number of unavailable days by the total number of days in the time period. Thus, a value of zero means a component was always available, A va3e of one implies a component was never available. This method is basically the method em-h ployed by INPUYo monitor the rer.diness ofimportant safety systems to respond to off nonnal events or acci-dents. An availability indicator is obtained by subtracting the unavailability from one.

The resulting average availability indicators for the various units and Holophanes as a whole, based n a"ne =

period from June 29,1989 to June 30,1990 are as follows:

Unit 1: 0,99 Unit 2: 0.94 Unit 3: 0,87

-Unit Average: 0.93-3.0 CRITERIA AND ASSUMPTIONS There are no applicable design criteria, design assumptions, codes, standards, or other requirements for this calculation. The basic equation used to calculate the average estimated unavailability for a Holophane unit is to divide the total number of unavailable days by the total number of days in the selected time period;-

The details involved are described in Section 5, Two assumptions are made in this cale, The 1st assumptions deals with estimating the calendar date when the Holophane failed. Following an accepted reliability approach the failure is assumed to have occurred mid-point between the last date the component is known to have been operational and the component failure dis-covery date. The second assumption is that is for each Holophane unit there are no failures in the time period from the last Holophane unit test to 6/30/90. This is the assumption as made for INPO's safety system unavail-ability monitoring,i.e. if the failure is not observed then it assumed that there has not been a failure.

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Shawn Rodge J August 23,1990 CALCULATION OF HOLOPHANF Page 3 of 6 orm AVAILABILITY oimo onovan Lukichk;. gp v[9a mnoNC-QB 200 13-4.0 INPQITDXIA The input data for this calculation is a series of failure data for each Holophane urtit that identify the failure diss covery date, the component repair date, and the last date that component is know to have been operational. This l information is used to calculate a known unavailable time and an estimated unavailable time as described in I Section 5.1. The failure data (subject to verification, action: Craig Cooper) is based on a review of Holophane work orders performed by an EED Electrical task force related to Emergency Lighting.

l The failure data is contamed in Table 1.

5.0 CALCULATION AND RESULTS 5.1 Method An unavailability indicator was developed to quantify the readiness of Holophane units to respond to situations

{jn which they would be required. The indicator for each component (or or a specific time period by dividing the total number of unavailable days by the total number of days in the j 4ime period.Thus, a value of zero for a component means the component was always available. A value of onei

,means a component was never available. This method is basically the method employed by INPO to monitor l the readiness of important safety systems to respond to off-normal events or accidents.

4 The method requires the development of known and estimated unavailable time periods. The known unavail-ble time periods are the times a component is not available for service when the beginning and ending time of.

he unavailability due to a failure are known,i.e. failure discovery time and repair time respectively. The esti-ated time periods are the average times a component was in a failed state prior to failure discovery. This time is estimated as one-half time interval measured from the last time the component is know to be operable to the time it is discovered as failed. Thus, for a component which failed an eight-hour discharge test, the estimated unavailable time would probably be one-half the time since the last successful eight-hour discharge test for that component. A more recent preventive maintenance would be used if a determination could be made that the l

.specific failure mode would have been detected by the maintenance. The unavailable times described above are j ionly those stemming from events judged to be component failures.

5.2 Scope The scope of this evaluation includes all Holophane Units in Units 1,2, and 3.The time period begins on June 29,1989 (Unit 2 restart). The process of determining failure dates, repair dates, and last known available dates requires extensive review of work orders. These work orders are not intended for this purpose and chronologi-,

cal reconstructions can be difficult and tbne consuming. The selection of 6/29/89 as a start date ur this calcula-jtion is based on it being both representative and recent. An end riate of 6/30/90 was chosen as the conclusion of'

,the time period for this study.The basis for the selection of this end date is that it allows for an extended history.

without having to consider open work orders. Although the limited time period is based on time and resource constraints, a one-year period is considered adequate to estimate Holophane availability.

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- Sh vn RodgersO August 23,1990 CALCULATION OF HOLOPHANE Page 4 of 6 uc onn AVAILABILITY grpermgukiy.a 3/.:~/'po 13 NC-QB 200

mauo, ovan 5.3 Calculation Process LL eniculation process used is straight fonvard. For each failure event, three dates are required as input data: l

,the failure discovery date, the component repair date, and the last date the component is known to have been I hvailable. The time between the failure discovery date and the component repair date is the known unavaila

, hours as discussed in Section 5.1. Le estimated unavailable time is one half the time between the last time the l component is known to be available and the failure discovery date. An exception to this calculation of the estiJ mated unavailable time is made for cases in which the estimated unavailable time period is prior to the June 29,1 1989 stan date. In those cases, the estimated unavailable time is taken to from the start date to the faib ee date, i

The calculated known and estimated unavailable days are shown with the input data in Table 1. Ono.a known and estimated unavailable days are determined for each component, they are entered into a spreadsheet which: (1) totals the known and estimated unavailable days for each component; and. (2) calculates the compoJ nent average unavailability indicator by dividing this total by the total time period for the component (366 l

days). The spreadsheet also sums the unavailable days and the total time periods for all the components in a l

pait, and then calculates a unit average. This process is repeated for all three units. A Holophane overall plant l pnit average is calculated. De spreadsheet calculations were manually verified. The spreadsheet is duplic:*ed I

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The resulting average availability indicators for the various units and Holophanes as a whole, based, m :,1ne period from June 29,1989 to June 30,1990 are as follows:

Unit 1: 0.99 Unit 2: 0.94 i

Unit 3: 0.87

,,, Unit Averagc: 0.93

6.0 REFERENCES

l. August 30,1989 letter from Terence J. Sullivan ofINPO to William F. Conway Enclosure 2 l

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TXIIIll. Input IJata and Calculated Enuwn and istimated Unavailable Days Equipment ID Discovery Repair Last Known Unavailable Unavailable Unavailable Date Date Available Date Known Days Estimated Days Total Days IEQBNN01_

No Failures

1EQBNN02, 08-May 90 26-May-90 08 May 90 18 0

18 1EQBNNO3 No Failures l'EQBNN04

' No Failures 2EQBNN01'. 06-Mar 90 16 far90 22 Nov-89 10 52 62 2EQBNN02 -

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15.5 18.5 2EQB 'N04 Il May-v0 12-May 90 17 Apr 90 1

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26 3EQBNN02 No Failures 3EQBNNO3 03 May-90 18-Jun-90 05-Oct-89 46 105 151 3EQBNN04 07 Feb-90 16-Feb 90 07 Feb-90 9

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  • The actual discovery date was June 8. The June 29 date is the start time for the availability evaluation.

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MCLCPHANES Unit 1 Kn0wn Estimated

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19 1464 Average Availability 99.3%

Unit 2 Known Est; mated T0tal Unavail. Unava:1.

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!:tals 14 79.5 93.5 1464 Average Availart.ity 93.6%

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l Totals 81 105

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Average Availacality 37.2%

Consolidated Totals 113

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Average Plant Availability 93.21 4

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'.e DAT A ST ARI DATE. 6ft9.19 (UNIT 7 kt31 ART) l 6

e m0wipi 7M.'89 7h49 MONTttY IN511 Cl10N / U ST OK h

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e to3fc702 70949 7/29.$9 MONTIti.Y IN511 CnON/105TO.'

C n==

  • / # C
  1. 0037550 4/21,19 879,19 MOVillLY IN511CIK)N / TEST OK C

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e (40676700 (10/199 100,94) MovillLY IN5PI Cn0N /ItsT OK Oh e*x "m

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  1. K043244 (IW30nt. I tr)o.19) MOYn D ins!'t.cnON /Ti.57 OK

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O o-a Mt7ml (lln9/tt. M SNO)iJ'D HOARDS FOUND OLT Of CA!111ILAT10N (INDICAT10N ON!M UNTT oQ It'NC!!ON AL 1157tD OK) UNTT 1U liti klJ'1ACLD Al l%RT 01 1 MOD 154 QL)-W7 IlY WO # 424921 Wm

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b o co3t9550 0171#9 1250491 MOYMILY INSPI ct1oN /11.57 IIAD t.OW Hilly (27 4 Vtx')11Actu ON a

24 IloLlR f.QUAll/E CllAkOE. AD1QUATE MARGIN AVAllAHij itM &. IlOl'R lt1UMINADON O

g 6

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a C-e t0393215 (1/16hD 1/17he) MOYn tLY IN5f1.CnON / TIST OK 9 T C

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  1. WO98430 (2 nth 0 2nl#0) MONT10.Y IN%M CTION /TI.37 OK O,a==]

C 8 (xW t t 90 (177h0 3/2,90) MONTILY IN5 MCI KW / TLST OK F

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e e agita 4o untso. 4nsso) Movn u INsnrnoN /1Tsi ox C

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e (sa193:9 (5/2190 1/23ho) MONmil.Y ins!1:c11oN / TEST OK pX *>

enants <mtho.m2so):Nsm.CnoN or n.Uousaxt :Jairts wArrAcc / oK

c. E5 e ndd 72 (M190 miso):Nsrt CnoN or ituoktactxi tJOttis wArtAot /oK 3 M B-f,

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8 (OWi>03 O/1149 7/l119) MOVilti Y IN51tCI10N / T15 T OK y

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h f, w a Olor40t4 O/1919 7/5/tv) MOVT11!Y INSPLC110N /1151 OK d

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n j FF m

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M pr MM 4 (037827) (9/2449 9/1849) MONf1!!Y !Nili CT10N / Titt OK N

m QQ MM ik 4,

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m WuGLI)itAVt: 4 how 1D1.0 6. rivLk IllLMiNA110X 3

8 (WM0315.'(2/aNo. 2/2:40) MONTil1Y IN511.CilON / TisT OK -

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mM co Z

a 0W1264I (4S@0 4/30sM0 MONTlllY IN5firI10N IllST OK GBE e (r423875 (1/tho. 5/ll/m) 8_ SK!t'R D.!scl(ApolyET OK a 42W140 (5/3h0) MONT1 fly INSMrTION / T1 ST OK

b. o c.8 w

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a (KOMW2 (LU9. AMV) MON 1111Y LN5f1 C110N /1011 OK Mkh c

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  1. W31513100/3149 10S149) MOVD t1 Y INil1 (TION / T15T OK

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e m0894 m tllh H. D A A9d irt A(TD I 10 !! % win t l ONO ljf I t,10lf fi Q@Z 4q / l Q

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  1. to398846 (1/23h0 1/21,90) MOVn(1.Y INSPf CDON / T1.5i OK

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  1. (6424858 (Sh90 SMW) Ot?!'rtTT YOt.1 ADE TAfst;N /OK
'd o uM2m03 (Shlho $Alf*0) MOVn!!Y IN5ftCMON/113T OK _~D9E f

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WMI)IN$f1 CTLD IJOIff 5 (WAIT)/ OK g

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DATA $1 AtV D-.i f ;(.4ji','A. ;

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2 Z ~; > n y< F { C m m.e s

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f uG93W4 (1/Ilho.1/1$M1) t ilOUR DISCitAROliTi.510K, ~

3 8 uu96L47 (1G190. Id38M) MOYT10Y IN%fifnON / TI.ft, D Al*!1:NY CI:116 2 D lt/ D t DW IHV 014 VDC) % O e 4101 A6 INT 11AltD10 kLPt.Act 8A1TI'RY Cl.11 e 28 e2 3

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WOULD ilAVE I'ROY1DLI)l llOUR ilLUMINA110N a I.-

p a muienes(yls.w. 4n 90ucur..u, n n wrrev cm e LnilOUn Disen$nat1ttr OK,~

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ton 29914 (6n9&o 7A90(RI.rtAcla n Ani ati's Pi a Msca in cli mi.a41tOUP.D150LARUl;TL5I OL _

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()A1A $1 ART DATE M9/19 (UNTT 2 kl.51 ART) h 8 (1057544 (7M49 7/1/1l9) MOM 11tlY IN5 ftfl10N / Tl ST OK i

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  1. (K973829 (1,W9 80999) INDICATOR I.101ff NUT IVM'f10N'INO M

WOULD ll AVL PROV!DLD 8. HOUR ll1UMW A110N N #( 8C c

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g 4 (UJ74631 (9/$/R9 9.419) MONTI(1Y IN$ltC110NITtST OK O

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(3 0 99 VDC) % 0 0 41018) IN1HATl 010 kl PLACL BAllt.R y C111 a 211 Q

WOUlD llAVE PROY1DI D 8. IiOUR !!LUMIN ATION A

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( WO e 4:0185 PRIA10UhtY INir! ATI DlO RLM.ACL H AT11 RY Cl218 2D).

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e p.g 4 (XM(NA) (#5/90 4M/0) MOVn tlX INSPCCT10 NIT 13T OK H

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  • 1 8 (VB44txW (4/11S0. en 990) BAT 71 RY fT1.f # dM pm AfTD Dtt TO R A h W{ {[Djyp) {};p pglOg I

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g iOO$L CONNI.CTION % Ol'1D ll'.YE PROVIDID 8. IlOUR 111.UMINAllON M

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(11.54 % DC;, WO s %64 INill Aill)10 kl P(ACI D AT~il RY Cl 11 e 1 A Zp #

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155UED TO RLJ1 ACE T10i POTI.NTIOMLT.R lit.CAUSL NOIUK110 JL ADJU51 MENT WA5 AVAILAhll) p l

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  1. INMa%I4 (2A 9h0 2fA90) MOY11tlN IN5PLCRON /115T OK Cs o

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  1. (Kuo9twil (33390 34390) MOVill13 INSPECTION t T1.5T OK

.c e (#W0$149 OcWh 333hotTROlfD!ISIKUT AND AIUUST B APITRY VOL.TAGE IUT TO RL501.YE Tilt !.ACK OFlUKrilLR ADJUSTMI.NT IDINiinLDIN WOs 3934rL NO PRODLIM lOUND OR 5%KTS RLPt.ACLD.

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  1. 00424294 (6A 2h0. M190) MOVillLY INSPLCTION / T13T OK

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EXJ5'IS ONi t ON 11tl5 Cil ART IOR 11tL ilOlOPilANI S REVlilON Z

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CURR!NI DR AW. w 0 0 Sw 390 !)5L1.010 KI.11.Act. Ci(Ja 81A AND 311 3

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