Text

Forwards Wa Nuclear Project 2 Environ Equipment Qualification Rept for Safety-Related Equipment, Vols 1,2 & 3,in Response to NRC 800221 Ltr.Rept Will Be Incorporated Into FSAR Amend
	ML17276B640
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Site:	Columbia
Issue date:	09/15/1982
From:	Bouchey G; WASHINGTON PUBLIC POWER SUPPLY SYSTEM
To:	Schwencer A; Office of Nuclear Reactor Regulation
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	GO2-82-782, NUDOCS 8210070141
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D REGULATORY INFORMATION DISTRIBUTION SYSTEM (RIDS)

ACCESSION NOR:8210070141 DOC,DATE: 82/09/15 NOTARIZED; NO DOCKET ¹ FACIL:50"397 WPPSS Nuclear ProjectE Unit 2E Washington Public Powe 05000397 AUTH,NAthE, AUTHOR AFFILIATION BGUCHEY,G,D, Washington Public Power Supply System RECIP ~ NAME RECIPIENT AFFILIATION SCHNENCEREA ~ Licensing Branch 2 qK

SUBJECT:

Forwaf ds "WA Nuclear Project 2 EnYir on Equipment Qualification Rept for Safety>>Related Equipmenti" Vols 1E2 8, 3rin response to NRC 600221 ltd Rept will he incorporated into FSAR amend. @~4/ee,'8 DISTR ISUTIDR CODE: AOASS COPIES RECEIVED:LTR i ENCL'~ SIZE'.

QoL- (-3 I ~

TITLE: OR/Licensing Submittal: Equipment Qualification NOTES:

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'P.Q. Box 968 Public Power Supply System 3000 George Washington Way Richland, Washington 99352 (509) 372-5000 Docket 850-397 September 15, 1982 G02-82-782 Hr. A. Schwencer, Chief Licensing Branch No. 2 Division of Licensing U.S. Nuclear Regulatory Commission Washington D.C. 20555

Subject:

NUCLEAR PROJECT NO. 2 QUALIFICATION OF SAFETY-RELATED ELECTRICAL EQUIPHENT

Reference:

Letter, D. F. Ross (NRC) to Operating License Applicants, "Qualification of Safety-Related Electrical Equipment",

dated February 21, 1980 Enclosed are twenty (20) copies of the WNP-2 Environmental Equipment Qualification Report for Safety-Related Equipment. This report will be incorporated'nto an amehdment to the WNp-2 FSAR."

c G. D. Bouchey, Hanager Nuclear Safety and Licensing cc: R Auluck, NRC WS Chin, BPA (399)

R Feil, NRC JE Kennedy, NRC H Yost, EG&G oA i ~ ~id.

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WNP-2 NUREC 0588 ENVIRONMKM'TAL'QUIPMENT QUAILIIPI.CATIIQN.

RE PORT

. Volume 1 September 1982

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Washington Public Power Supplly System Richland, Washington- 993S2~

1 ~ Ia TROTH," V(Qi 'h.'.

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~re;>>:~ '. e~ " e ~ L t'> p I, gC't C ra ."sv,'.+r'fbi:g sn+ai.o3, 4a r~. wing~ j p ' ENGINEERING REPORT WNP-2 ENVIRONMENTAL QUALIFICATION REPORT FOR SAFETY RELATED E(UIPMENT PREPARED BY: S'Z J L. Sullivan, Lead Engineer,'Equipment gualification R. L. Abbott, Lead Technical Reviewer, Equipment gualif ication APPROVED BY: J.. Rhoads, Progr am Manager, 'quipment gualification B. A. Holmberg, Manager,. WNP-2 Engineering I -DA~ P ?TPN!l,'.(;.>'I/(:-" rt g'fly'rtA) 6+t"Q~ < ( ~ ~ ' ~ inca(a.-'adroit '<I. i.~ L. r"I"::9'r. TVRRYIA Y(0 '~> V"',(0"';"'".. l( 'C lt! gr C~ ~numnI s,fn:(.'~~n r 'y)(! q J ( pt'tI.".; ((.g a'aspPsr ~a-;o'. ~ 5'r toil pr a~nemnoarvl",=( 5.>.<4 =.'r .'S.t-( I Clt 'I C C ~ k ~f ~ I [, I ~ P Ii (r;-"g q-ri q ~ ~r I j, II ~, (gg(r m'g'qgq sq II HOiT~.,",3~(. fI;;.~ I TABLE OF CONTENTS t VOLUME 1 PAGE

1.0 INTRODUCTION

1 2.0 CLASS 1E EQUIPMENT LIST 3 3.0 ENVIRONMENTAL SERVICE CONDITIONS 5 3.1 NORMAL AND ABNORMAL CONDITION 5 3.2 ACCIDENT CONDITIONS - HARSH ENVIRONMENTS 5 3.2.1 Temperature/Pressure Inside Containment 5 3.2.2 Spray 6 3.2.3 Radiation Inside and Outside Containment 6 3.2.4 Flooding 7 3.2.5 Temperature/Pressure Outside Containment 8 3.3 MILD ENVIRONMENT AREAS IN SECONDARY CONTAINMENT 9 4.0 QUALIFICATION METHODS 11 4.1 EQUIPMENT EVALUATIONS 11 4.2 TECHNICAL APPROACH 12 l'

4.2.1 Equipment Inside Primary Containment 13 4.2.2 Equipment Inside the Reactor Building (Seconary Containmen't) 'I 14 4.2.3 Equipment Located in Mild Environments 15 4.3 MARGIN 15 4.4 AGING 16 4.5 SAFETY RELATED MECHANICAL EQUIPMENT 17

4. 6 DOCUMENTATION 19 5.0 QUALIF I CATION RESULTS 23 5.1 EFFORTS TO DATE 23 5.2 ON-GOING ACTIVITIES 23 6.0 JUSTIFICATION FOR INTERIM OPERATION 25 7.0

SUMMARY

28

8.0 REFERENCES

30 APPENDIX A - CLASS lE EQUIPMENT LIST APPENDIX B - ENVIRONMENTAL SERVICE'CONDITIONS VOLUMES 2 AND 3 APPENDIX C EQUIPMENT QUALIFICATION REPORTS ...

APPENDIX D - JUSTIFICATION FOR INTERIM OPERATION

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1. 0 INTRODUCTION

'he original equipment qualification requirements for Washington Public Power Supply System (Supply System) Nuclear Project Number 2 (WNP-2) were described in the PSAR. These requirements specified that NSSS equipment be designed to good nuclear industry practices and Balance 'of Plant equipment be qualified to IEEE 323-71. Initial equipment purchases were made to these requirements.

In November 1974, Regulatory Guide 1.89 was issued identifying IEEE 323-74 as the generally acceptable level for qualification of Class 1E equipment.,

Based on construction permit requirements, the Supply System was not required to upgrade the qualification status of the 'equipment. A review- was made to determine the impact of the revised requirements. Based on this review, it was determined that there was not' need'for general upgrade of equipment.

NUREG-0588 (Reference 1) was issued for comment in December 1979 to promote a more orderly and systematic implementation .of equipment qualification pro-grams by the industry. It also provided guidance to the NRC staff for its use in ongoing licensing review for new as well as for the near-term-oper-ating license plants. The WNP-2 Construction Permit SER was issued prior to July 1, 1974; therefore, the basis for the WNP-2 review was the Category II requirements.

In February 1980, the NRC requested (Reference 2) that the Supply System perform a review of the existing environmental qualification program to identify the degree to which the program complied with the criteria and positions in NUREG 0588. Deviations from the NUREG were to be justified.

The Supply System provided comments to the NUREG in April 1980, taking exception to certain criteria and positions. Revision 1 of the NUREG was issued with answers and clarifications to the Supply System's concerns as

well as other concerns:raised by the industry. Resolution of these concerns are still underway with a conclusion to be achieved as part of a planned rul@3aa>jpg': ~AQQ; =~sue, r - u-'sli.'fso"-a~o;.:

Tp@@upg<h~fS~tqg},paqltupdertaken an aggressive equipment qualification pro-i.pygmy;)q,a@ure Ql,,glpss,.1E equipment is qualified to NUREG 0588, Category II. Cl.~f1E-ggujpmengyt WNP-2 have been identified. Normal, abnormal and accident service conditions have been defined for plant areas that could be ypqoyp$ ;tq@ haqsh yqyironment. A detailed review of the available qualification data has been made for the equipment in harsh environments.

Actions have been initiated to upgrade the qualification documentation where deficiegp. ~g tp,g egpqlifycomponents, when necessary. This report describes'%%'kethbdoTBjf 'and

,O~DSS~ QM,~'!BfP ' s'ummarizes the current status of the equipment ifioa4j@ 2acgyg~t iis::;,

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This, report also provides an, analysis of the capability of operating WNP-2 du) AQ~S'~'ffbNrS p&i"od"between "September 1983 and November 30, 1985. This Ju&i4iM6Yfrtrf65 Bifeb'fm".Qpd'ra'tion identifies critical electrical equipment required for safe~6pertt'i'on.'.':It-'also identifies equipment requiring further environmental qualification corrective actions and establishes the priority foratuYn'eAPh'dln45Cffglkliffcation activities until commercial operat'ion.

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2.0 CLASS 1E EQUIPMENT L'IST'"on:~= ='-': P! ='>>

,~.'i" <'SK f&bni> j [i" ~~5 A list of all Engineered Safety Feature Systems and-'a<socffatdtf'G!Toss'CP'u~

equipment was prepared. All parameters required to perform'the qualifica-tion evaluations have been determined, including'normal:"a@f:"ae'eideriU!opera-tional requirements, operating time and manufacturer"'s'ata-. ='Whe"'equi"i/ments'ocations have been verified to fully define the servt'c'e!dond%ions; J BV (v~92 3'!'&O'3' Class 1E was defined according to IEEE 323-74 "(Referdfi'c'e 'S)'8" The<ol'ldwing definition was used:

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The safety classification of the electri'c"eq'uipmkiit'nd ZyVtems '-'"-'hat are essential to emergency reactor, shutdowp,~pqptyingent,.g<,-,=,

isolation, reactor core cooling, and containment and reactor heat removal, or otherwise are essential in pr'ev'equi'ng"Wign'iA'-~"'~

cant release of radioactive material to the environment.

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Instrumentation for the operator to follow-,the-course.-of; yq>acrjd~twps<<b also defined as Class 1E. This includes instrumentation'd~tifiqd !as.w<[.

result of TMI-2 Lessons Learned and Regulatory Guide;1,$ 7+,-z oi g~g<!>>9.

f 76'~ '!'!SDf: ff~~ AS".!no"'vive Based on this definition, specific criteria:were~'develqpe4!!~ide@rmiqgqc-.

the equipment that is Class 1E. The criteria and instructions for,,appli--

cation of the criteria are contained in Reference 4. All plant systems were reviewed in accordance with these criteria. The sources of informa-tion for the review were the FSAR, Technical Specifications, System Flow Electrical Diagrams and Technical Manuals. The review, identi- 'iagrams, fied the Class lE equipment in each system by equipment number.

Additional operational data were determined during the documentation review. The following information was determined for each Class 1E component:

I o Use. The equipment use during accident and/or normal'lant shutdown conditions. This field 'is based on the categorization of equipment suggested in Item 2, Appendix E of NUREG 0588.

o Safety FOhction". The Class 1E function or functions a piece of equipment or system is required to perform or monitor. Safety f[- ;o0 Qnebjeryi include emergency reactor shutdown, containment'sola-

.:L zasJ.",iLiroh>iMecton~'gore cooling, containment heat removal, reactor heat II

.w0;amos'.and'.prevention of release of radioactive material to the environment.

o Re uired 0 eratin Time. The time a component is required to be

-Gseoo .am%un~'on@1 'or. retain its pressure integrity following a Design v sui arEammrAccirdent.so 8 >'ir~)flRGQH ~ G bAG

%he rappl1i~i'an:faf..theses"definitions and the codes used are fully described in Appendix A.

A p3iant m~deWAas=.performed to determine the manufacturer's data for Class 1E components. The walkdown included verifying manufacturer, model, serial number -and location. These data were obtained directly from the nameplate for, installed equipment'. Equipment in the warehouse or on order was identified through applicable purchase and receiving documents.

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&e.A%0owh".'he'<location of the equipment in the plant was docu-mented to assist with the definition of the required service conditions and the calculation of the integrated radiation exposure.

edi nr ease".:nr:r" The opepV6'oh+piaputcaoturej s and location data for all Class 1E equipment were tabulated and computerized. For the purposes of this submittal, the Class 1E equipment that will experience the environmental conditions of design basis accidents for which 1't must function or through which it must not fail are provided. This list is included in Appendix A.

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ClaMi1'8%qu~nt'-whtch willi experience the environmental accident condi-

"N:@fM<Nd'CN~&a1 irf~rty:"manner and not be detrimental to plant safety or acefdQnWiNgato~ds provided along with the justification in Appendix D.

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3.0 ENVIRONMENTAL SERVICE CONDITIONS y~e-:s?

)Qmo 'ci The normal, abnormal and accident service conditions'wereafef>net for all areas of primary containment and the reactor building<<dntaQfin'g Class 1E equipment. The ser'vice conditions were defined as-'des'e.ab'ef'tbeWw.

3ARIP"j('v!>3 3.1 NORMAL AND ABNORMAL CONDITIONS The temperature, pressure and humidity ranges expected .'during'!no+mal opera-"

tion were defined based on Reference 5 and 6. Abnormal:xdnd1it~ons due to temporary HVAC failure are also defined in Reference 5 and 6. Appendix B presents the normal and abnormal conditions'or pr imany'ontrinment'arrd .the reactor building. / f op&('G>".

The 40-year normal radiation dose is included 'in, the ra'di:ati0n- doses'~di's' cussed in Section 3.2.3 of this report. f ~

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3.2 ACCIDENT CONDITIONS - HARSH ENVIRONMENTS ...,:ie".;:z.".,nj "r"~ s",etsmg,,

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. iv" ~;)oo <ns J<<> 'r<L4~F c",~Mr The primary containment and most areas of the reactor building will be exposed to a harsh environment following a postul'ated; LGM/HELB. ~.A>

har'sh.'.'nvironment is defined as: ~ iw .-ai:-zs c."'=.~r'sr An area that would be exposed to a significant increase in the maximum temperature, pressure and humidity during, desigq basis ..

events AgD/OR the total radiation dose (normal + "a8c~ide'rft'P's's'"'-

above 10" rad. ; ".",;! >Qon& 4&5~) U(l.> 9 au<

inBA:q I'<3'il~~ 33. i:.!Z: i 3.2.1 Tem erature/Pressure Inside Containment .;-.'; .n-h-.:~vj.- e,-a;... g; p~'.

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The accident environments inside primary containment are defined according to Reference 5 and the WNP-2 FSAR (Reference 6).- Theracc;ident;proNlqs~.)

presented in Appendix 8, were determined, from a:General Electra.'nelyais;..of the response of a BWR Mark II containment to=,a full, speetrumrof;ipossghleo>

LOCA/MSLB. This analysis was modified by a WNP-2 plant specific analysis'o

prese@~a yp+iil+,4hpt>,is representative of the response of the WNP-2 con-tainmeht g8eferen'c'e RO);= The accident conditions due to a main steam line break are included by the specified profile.

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GpemhorwsLnC'Fa5ien of a-..demineralized water spray could be used in primary cg+<inyynt,ytogtg-.2-to mi.tigate the effects an an accident. No credit for this operatmr~actmn= has'.been taken in defining the temperature/pressure conditions inside containment, however, spray impingement on affected Class

-0&'equi@mnt~9tas: keen;revaluated.

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Xi@.3~rBadiQard8inside;-.and: Outside Containment

@dan +s6" be~on sd b c;: L Thb.ac'comb";.ra4iWi;ore. environments in the primary containment has been dsfithd'-'Mcoetri+ ciao'ecti:on II.B.2 of NUREG 0737 (Reference 7) and NURESQM&;i'%hh & ;.Tihe calculated accident environment is based on the most severe nonmechaiiistkc"design'asis accident during or following which equipment must function. This includes consideration of the entire spectrum of FSAR Chapte'r 15 accidents which can lead to a degraded core condition.

The source term assumptions for postulated accidents are consistent with those'hWAfSI ~ MREEl<0588 and Regulatory Guides 1.3 and 1.7. The source

'turfs QVO ~cU~T'atfed 'using the ORIGEN code (Reference 8).

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F4i" CKe PS@':At>defamed"in this report the radiation environment in the

'prim~ aaiitaCNaehbmas!defined per Reference 19. This is a plant specific evaluYt'Ah:. ~MVS.=ence'1'9 co'ntains the methodology and results of this evaluation. The results of this evaluation are provided in Appendix B for

'gents%'8~a~'s df~ t:he do%taiwment and Reactor Building and also in Appendix C Wo'Wf5hhtP'@dN f~fd "equ fpment';

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The radiation environment in the reactor building is defined according to SectiMYI B:F-'of'4UREGH)737 (Reference 7) and NUREG 0588, Rev. 1 and iso'hlded<BHMecof dn ect accident gamma dose, airborne gamma dose and 40-year normal gamma dose. The airborne dose is conservatively based on the maximum primary containment to reactor building leakage rate.

Airborne activity in both the containment and reactor ~bbildi'ng:%as cN='-'":".

culated using the plateout assumptions of NUREG CR-0009'.(9eferen'c'e 9P;-'i..:.

>'9'. - Jt'f ~ aE The reactor building was divided into zones to define the equipment doses.

The worst target (Class 1 component with the highest dose) in each'zone.'.was then choosen . The total integrated dose (TID) to this component was calcu-lated using the gAD-P5A computer code (Reference 10)."- T'his'< TI9:waeesed:s's the requir ed qualification level for most equipment <<i'n 't'ai'i'zone..".'~'-In~bades--

of multiple components specific TID's were calculated for,'m~zoae,'.e;eq" -'-..'s The methodology and results of the zone dose radiation"evaluations""are docu-mented in calculation packages in Reference 11. Appendix B of this report contains a table of the radiation doses inside prima~r. 'contaihmaiiC"and-the radiation zone maps for the reactor building. It should be noted that the containment and the reactor building radiation levels .are;Six:mteth':i'ate<"'~

grated doses. Doses for equipment with shorter. operatisrg.gtimes;ware>deter-.

mined from the calculated packages in Reference'1.and are ref'ai,lM".~inX".~:.)!'ppendix C on Equipment gualification Report Summary:,'Sheehwqo> ~~=-vo-. ~,.;>,"

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3.2.4 ~Floodin . 5 w~.i'"-56.') 4A=R .o

"~ up<il, ~ rg p; ~gg xi~i.fUor". 90' The top of the main vents from the drywell to. the npprepsieA goo'l=,@re~-od approximately 12 inches above the drywell floor. This',=the;maximum flood level since any excess water would drain to the suppression pool. No Class 1E equipment or connections are located between the:diaphr~ ,floor; an/ the~

top of the downcomer vent pipes inside the wet-wel.l;excephWon;Ah+wet'mien,l level system which is totally enclosed in a water .tight.awndui~t,syst~

As required by NUREG 0803 (Reference 15), the effects due te, l:i:ne,:brea'in the Control Rod Drive system have been evaluated, ~rNo<safety::,re>lptqd~,equip-ment would be submerged due to a break in this system (Reference 16).

I' rg.-~!!InC:; jfo f; C. f bf ~ '>>, I The possibility of flooding in the reactor building,.is:,,currently;undy',-.~~;.

evaluation. The reactor building flooding analysi,s.-mi~11':4e:,compl'etediia'rrd~:

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3";i;g ' '.io v f60'"<q mum/'x5'ti

afgecthd.mquiyient a'dentiiied by the audit and available for NRC review.

'The."prrocedurdrbemg"'used.in this evaluation consists of the following sequential'a'bmtepsi: Le i

~o:3.~. Mou~late::the maximum source flow (gpm) for each room.

093n929 < %%or'rea used to determine water depth excluded floor 9>9w .".9nr'"-.~ning 'areas, in order to allow for curbs and lips.

E o Twenty minute operator reaction time was allowed per NRC

86 .id 9orf gue~trien 211 059.

o No exit flow was considered.

3., Perform a field walkdown to identify room exit paths (for drain-age) and equipment located below conservative flood level for impacted ar eas.

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4 x~@hWNdblate <flood level considering water exit paths.

26w f~nu:> Lr~".eQ>pment 'still, flooded following recalculation.

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Per%'im'~i'safe~ shutdown analysis.

2,n. IAAF~ fbqm03 TO Pl.);i" 9>< "%5~qq6ist" Fhbo'dedi'eq'uipment required for safe shutdown.

8. Protect, relocate, or qualify equipment required for safe shutdown 2~n9-"'-"Rat~is" '-fmjacted by flood analysis.

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"';8$f fitemjFdi atu're/Pressure Outside Containment io ~ fQ b9bf YC IQ not -6"".9s.,

Clast,"IE Vjufpl'eNti"i6'he 'reactor building could be exposed to two postu-lated accident types: a LOCA/MSLB in primary containment or an HELB in the 0

reactor building. These conditions were determined from.Refeperrces~B;;:!6;".

and 12. As explained in Section 4.0 of this report, equAymeht nisi:eva>luate'd to the worst accident environment in which it is required to,Nnctiion.~~..:>'

LOCA/MSLB in primary containment would cause an increase'iini;hhe rea'ctor building s temperature and humidity. The maximum conditions are presented in Profile 4 of Appendix B (Reference 21). "" =.ai>;~>s3 The effects of all postulated high energy line breaks in'~the reactor building were determined. Breaks in the following..high;energy lines were considered:

26" main steam line (envelops feedwa4er'. line break) 4" RCIC steam line 6" RWCU steam line 0" 6 4" RWCU steam line 4" Auxiliary steam 3" Auxiliary steam Temperature/pressure profiles were developed for all areas that could be affected by these breaks. These profiles are presenteg>;in"Appegdix .9,.

The accident profile due to a main steam line break in;;the,stpam, tunnel was determined from Reference 5. The remaininq temperature/pressure profiles in the reactor building were developed using the RELAR4 and, COMPARE; MODIA computer models (References 13 and 14). Detailed modeling of compartments and fluid flow paths were made. Heat sinks were, modeled,;qsing:appropriate heat transfer correlations.

A safe shutdown analysis has been performed for all postulated.,accidents.

This analysis is contained in Section 6 and Appendix D of this report (labelled "Justification for Interim Operation" (JIO).,-, All;..i>t~s.;in Table 8 of the JIO will be evaluated and qualification documentation provided prior to full power operation. Corr ective action planned on;thesy-items -arq ;,~-;

provided in Table B. '"~"" >>- t'">.~f><

3.3 MILD ENVIRONMENT AREAS IN SECONDARY CONTAINMENT

-,;A. mi-.ld envigt}pmen0.is an area in which the maximum temperatures, pressures and,huqi$ itp'ry pot,expected to chanqe significantly during or following

,<.dej~qp,gasps evpyts... In addition, the cumulative radiation dose to equip-oyP jz;,tty~qrpas is, below 104 rad (Reference 17).

.."aoqsR nor5s=i".'>.i. "..-.

Soyeioj~thqy~or.control center rooms in the reactor building are classi-fan&;.as qi;ld,,environments. These rooms are isolated and serviced by Class 1 HVAC systems so the temperature, pressure and humidity conditions will not change significantly. Also, the total radiation dose (normal + accident) in these rooms is less than 104 rad.

The fg11zwigg.aeyvice,conditions for these areas have been determined:

max = 108 "

Pmax = atmospheric R.H.

gOg pr q.rg q~l'o> Radiation less than 104 rad. TID

~2 H s( < e 2 fobn&v ~n.':<j; Seqtjpq+P.,3-pygy4ges, the Supply System's position on environmental qualifqicat',jog; of..safety related equipment in a mild environment.

nor05arti'Gup ~,'.er;

-S>f i'! 'n9 i.'; n9G'P."','

~ ~059 F .~

f".,'lk'OPPEDi Tf'j GU'f<Pm0

~ Llibqo[ uvQb pf,a(,

'y.f qau2 et!1 "LG;-i'NS~ rq

4. 0 QUALIFICATION METHODS The purpose of the equipment qualification evaluations is'Vo~ ens'dr'f that'all Class 1E equipment will perform its safety function during i'inst'al'Ted"'"

period and in the harsh environment following a LOCA or H6.'-B;~ :To'"accomplish this, the Class 1E equipment at MNP-2 was evaluated in accor'dan'ce'wi'th in NUREG 0588, Category II. The Equipment Qualification Reports phd'uidelines in Appendix C summarize the evaluations that have been'performed'8 and calculations are contained on file at'the"Suppl~y"'ystem's Backup"-'ocumentation offices.

4.1 EQUIPMENT EVALUATIONS The following steps are involved in evaluating the qua'lifihiti~n"6f the" Class 1E equipment:

a. Data Collection Available test data and analyses were sought for the Class 1E equipment. Data sources included the equipment vendors,, the NSSS supplier (General Electric), the architect/eng'ineer '-(Burns"'aiYd'-"<

Roe) and other utilities with the same equipment.~'dditiona'lly>,"

the Supply System is participating in the generic qualification activities of the BMR Utility Equipment Environmental Qualifica-tion Group and the EPRI Equipment Qualification Data Bank.

b. Acce tance Criteria Definition The acceptance criteria to which Class 1E equipment qualification plans, tests and analyses are evaluated have been developed.

These criteria are based on NUREG 0588, Category II. The Supply System Engineering Procedure, titled "Acceptance Criteria for WNP-2 Safety-Related Equipment Qualification" (Reference 18),

documents the criteria that have been developed. Section 4.2 of this report highlights the major points of the acceptance criteria.

,...,;,,c, b.D umentation Review e" 'gd b a " fefof

.~.";.mu<<bsT~~ual i )ication data are evaluated to determine whether the

..-...;, ~ equipment i,s.qualified in accordance with the acceptance criteria.

as bpggplementary analyses are performed to complete the documenta-tion, when necessary. The Equipment gualification Reports in Appendix C summarize the evaluations that have been performed.

-"ut ~ooze'>e ed b"nor

.;,; Ao-.-.@esol.ution of uglification Deficiencies 8';)0." bs E'u"'~o: .

,,;:.gp cases-,where insufficient documentation is available, requalifi-

,i;-,-; g;,q. J'a/ion, is- initiated. The requalification method is chosen based on a number of factors, including the available test data, the severity of the accident environment and the complexity of the

, q <,,>mopoyponept.=. Evaluations, such as analysis of the materials of con-qptruc0ion; and failure modes and effects analysis, are performed

@Pepraqui.red. Replacement, testing, shielding and relocation are also used to resolve qualification deficiencies.

4.2 TECHNICAL APPROACH

Thg techrri'oalpapproach, contained in Reference 18,'was used to determine the qual;i4'icytiygg.~el of- each component. This meets the intent of the guide-lo.n'e~--i.y NUREG,.O)88; Category II, and in many cases are more conservative.

eF.Y; < c'.Ao. 7 ~bno" a 5:.

.F.h.e-'.s33:e~~og;<f~,qua.lification methods is based on the severity of the acci-Jceyt ~conditjops end, the. function of the component. Two controlling types of harsh enviygqmygts;.have been determined at WNP-2.

+95w 'TBV&'Vo~

~,;;qq,l.;;~ Severe, Harsh environments--This environment is created by a v; ~s>45$ A/PSLB,,inside containment and is characterized by high temper-

-;'gures;,~;high pressures, high radiation levels, steam conditions, o--,>q pslPQJ relative humidity and possible demineralized water spray.

This condition .is found only in the primary containment.

2. Moderate Harsh environments This environment.i,s'.:;.'ciea%ed by a high energy line break outside containment and is characterized by high to moderate temperatures, steam conditions and ih'cre'hk'ed humidity.

Neither high pressure nor high radiation are pre'sent'-wn this envi-ronment. flooding analyses are currently being'prepai'ed as described in Section 3.2.4 of this report.

i,." '4:.~G$ 34 These conditions can produce harsher environments than would be present dur-ing normal operation. With the exception of the SGTS, .HyK'ogen&ecombiner, and ECCS spaces which have high radiation levels during postulated LOCA conditions, the Reactor Building is characterized by moderate'hdiation, temperature and humidity levels. Significant changes in'res'sure and steam conditions would not occur. Jp" 5 g nt In conformance with Appendix E of NUREG 0588, safety relaNd-"equipment that must function during a harsh environment has been classified;='~The specific environment that this equipment will experience has been"p'rovided in the Equipment gualification Reports in Appendix C. t iP'P VZl'0 4.2.1 E uipment Inside Primar Containment In the containment, where equipment will experience the dir'ect:effe'cts~ of" a LOCA, a rigorous set of criteria was established. This approach'ivas t'akin'ue to the severe harsh environmental conditions that occur'..-'~:.seq'u'entia'1'est (aging, radiation, temperature/pressure under steam conditions) was a required element of the documentation. Test data was evaluated:Co~=IEEE-'323,,

1974. The evaluation included verifying the'stimated'i'fe,- rad'iat'i'on e'x'p'o-sure, steam temperature/pressure levels and duration were =adeqliate"to

"-~'-'nvelop the containment environmental service conditions. However, when test durations were less than the required period of operabili'ty", evaluations were performed to establish the test duration deficiency was"adequately covered by a greater than required post LOCA test condition'-.""'The test results were reviewed to verify that the component met its'"required perfor-mance characteristics before, during, and after testing.'"" "'-~."'3

4:2;2=oq z Ul ment Inside the Reactor Buildin (Secondary Containment) c::."6'5~ 2~l'i""

Class equipment in the reactor building is not required to function

'ost 1E for both the steam line br eak accident and the secondary harsh environment created <by 'the':LOCA inside containment.

~ ."tin(i 'g+ fd RA)

For~.'equipm'ent"in the: Reactor Building radiation zones that must function duriNg:the:LPGA'ut is not required to function to mitigate the effects of a steam .live~:break . a less rigorous evaluation criteria was used. Analysis of

-material:thermal. and radiation capability was allowed . In most cases, ele-vated temper ature testing with steam conditions and high relative humidity Y.test'iMg'ata'asavailable to demonstrate the components'apability to the thermal and humidity conditions. Missing in the documentation was infor-mation addressing the components capability to withstand the radiation levels. Evaluation to verify that the material functional threshold levels were greater than the service conditions was performed to supplement the documentation.t'">This" material radiation analysis was limited to equipment that dgeein'ot".(contain sensitive transister and integrated circuit solid state components.

The functiona'lsrgdiation threshold for a component was based on the material and!Vunctiions':of reach:non-metallic part. The applicable material property (ice., compress:.i;on,'~set,'longation, etc.) was considered. In some cases the ma'terial"fiunctiohal,threshold was found to be greater than the radiation

~..level that f~imst" causes a noticeable change in the material (threshold level). These cases were generally static applications such as gaskets and O-rings.

Material handbooks were consulted to determine the humidity susceptability ofi'selectedzmateri.als of construction such as gaskets and 0-rings. Test la4a1was requi'red'Vor nonsealed electrically energized parts such as motor wintUDgss:and yoilenoid coils.

For equipment located in the Reactor Building high radiation-:. zqries previ-..

ously mentioned, radiation testing documentation which demonstrates the components capability was required.

s P4 v I For equipment that must function during a LOCA and also fuyctiep >to miti-.

gate the steam line break accident, testing to the steam line break condi-tions was a required element in the documentation review; .However;,i.sequen=

tial radiation testing in conjunction with the steam line;break,.Its" not:"ai required element. Material radiation effects evaluation as-'desCribed pre-.

viously was allowed. This approach is acceptable because it .is:-Inot,required to postulate that both these events occur simultaneously. -Therefore; the.-

steam conditions and the radiation conditions would not occur;. simultaneously as they are produced by separate accidents. e ~ c I 4.2.3 E ui ment Located in Mild Environments A mild environment is defined to be an environment that would 4s-ao more.

severe than would occur during normal power plant operation;.:or:during anti ci pated oper at i ona1 occurrences. . ln99~0<<:3; Class, lE and safety related mechanical (SRM) equipment 1'ocated~'in'mi1d" environments satisfy general quality and surveillance requix.ements"-:

oenign applicable to safety related equipment, including 10CFR50 Appendix-B. -The Class 1E and SRM equipment purchased and documented under the .above quality requirements satisfy the environmental qualification requiremen'ts-'or safety related equipment located in mild environments.

~

oni I

4. 3 MARGIN Margin, or conservatism, is added to the aspects of the equipmen%'qualifi'-.

cation procedure. This is done to account for normal vari.atians.- in-.comer-cial production of equipment and reasonable errors in defining Iacceptab'1'e N'erf ormance.

The qualification requirements were established using conservative assump-tions',qnd.aqalytical procedures. The reactor building thermal hydraulic profiles have been developed using conservative computer codes. The required; radiati.on doses were developed using conservative source terms, as

=

discussel'>in-;Section 3.2.3 of this report.

A.,qi.ojmum .operating time of one hour was used for most of the equipment that is requir~d- to- perform its safety function within a short time into the event and, once its function is complete, subsequent failures are not detri-mental to plant safety. In the specific cases where less than one hour was used, a system and component function evaluation was performed to determine a more realistic, yet conservative operating time.

4.4, AGING,.

The, purpose of. evaluating equipment aging is to assure that equipment will perform;;its safety function in an advanced life state during or following the hostile environment following a LOCA/HELB. The program developed by the Supply System addresses this issue within the context of current aging ttgchnolocp Q~,r,: -.;.

An estimated life has been determined for Class 1E equipment located in both harsh and benign environments. The life is calculated based on accelerated agingtest.,data and current analytical techniques (Arrhenius model, 10oC Rule). Monufacturer's recommendations are also evaluated when determining ag.,estimated, =.1=i fe.

t i'ging .of equipment in the reactor building will be addressed through pre-ventive.maintenance/surveillance programs. These programs will assure that all. Class 1E equipment in these ar eas will be capable of performing its safety function during and following an accident. Inspection programs are being developed to track component degradation. Rebuild and replacement schedules are being established based on materials known to be age suscep-tible. Operating experience at other plants and manufacturer recommenda-tions are being utilized. Since the reactor building is accessible during plant operation, these activities will be performed on a regular b'asia.

degradation will be tracked and equipment upgradeU.'a'4"required. 'omponent Common mode failure of Class 1E equipment due to aging effects is aA-'"

unlikely event, in any case. Structural isolation of the Class'OE.'equipment restricts the effects of a postulated accident. This, and the equipment estimated life calculations coupled with surveillance/maintenance pr'ograms provide adequate engineering protection against common mode failure of" safety related equipment.

4.5 SAFETY RELATED MECHANICAL E UIPMENT (HARSH ENVIRONMENTS "

Mechanical equipment has not generally demonstrated the degree of sensitivity to environmental exposure that the electrical equipment.:h'ave.

The metallic parts of the mechanical equipment comprise the major portion and non-metallic parts are generally utilized in the equipment. in='such that the degradation of mechanical properties will not substahtially a'anner affect the required active safety function of the equipment. ".

/T1 l l1 Although we are confident in the ability of mechanical equipment-to"-perform required safety functions, a reevaluation of this equipment's ability to function under harsh environmental conditions will be made.

The Supply System intends to implement the following reevaluati'on program upon concurrence by the NRC to document the safety related mechanical equipment environmental qualification. Safety related mechanical equip'ment (SRM) is broken down into equipment sets as illustrated by Figure 4-1. This equipment may be required to function during and after an accident to mitigate the consequence of an accident, and to safely shut- down 4he reactor. The SRM equipment that require environmental quali'fication are defined to be active valve and pump sub-sets exposed to a harsh 'environment that must function during an accident. See Figure 4-1.

~ srgi gql'~

The environmehtal parameters, and assigned margins, are identical to those used in the environmental qualification of the Class 1E driving component, e.g., valve actuator, pump motor. These parameters are:

y p Radiation Temperature

".b Pres'sure

- - Water spray Steam/humidity Submergence.

In.,addjtion; the fluid conditions (temperature, pressur e, radiation fluid chemistry)"processed by SRM equipment is considered in the environmental qualification.. The qualification of this equipment also considers the individual"equi'pment operating time required for performance of the safety function. The environmental parameters are contained in Appendix B of this report- .Chapter 3 of the FSAR contains the design requirements for SRM

'equipment'-lendlii:ng process fluids. Where process fluid conditions are equal owmore:. severe~ than the accident environmental service conditions, the SRM equipment!-'is~ c'onsidered environmentally qualified without further evaluation.

The program methodology for environmental qualification of SRM equipment is de'pendent 'o'n 'loc'a'tion of the equipment. SRM equipment located in mild environments is: addressed in Section 4.2.3.

SRM equipment that must function during an accident located in areas suscep-tible to LOCA and HELB effects are qualified through a materials analysis in addition.'to the surveillance and maintenance program activities. The equip-ment:.and. materials analysis identifies any susceptibility and weakness to radiatio'n,= h1'gh temperature, high pressure, steam, water spray and submer-gence. Any effects from the above are factored into the surveillance/

maintenance program. Where the analysis clearly indicates a part failure, a failure modes and effects analysis is performed to determine the part failure impact on the equipment s ability to perform the safety function.

The evaluation criteria used to perform this equipment and,materjalsi" .

analysis is as follows:

o Non-metallic materials (seals, gaskets, lubricants, hydraulic fluids, phenolics, etc.) are analyzed for susceptibi]ity to the normal and accident environmental parameters, mentioned previously.

The tools used in this analysis include Arrhenius..methods, the material's temperature rating, pressure rating (if'app'licable),

radiation resistance, and susceptibility to chemical= and moisture exposure.

o Non-metallics (valve packing, O-rings, etc.) exposed to process'=-

fluids (primary water, etc.) are evaluated for their abi~lity to .

operate properly under the accident conditions. The "tools, above, are used here in addition to manufacturer's recommendation; o Active metallic components (valve stems, pump shafts,): are evalu'-

ated against susceptibility to corrosive attack due'4o.~exposure .to-steam, water spray and submergence. The tools employed- here". are; proper engineering design and design reviews, as.wells as.- qual:i4y; assur ance inspection and surveillance/maintenance programs.

o In addition to the above criteria, the evaluation;;takes into'con-sideration advisory communication from the NRC Staff (-IE: Bulle--

tins, Notices, etc.) and industry (EPRI efforts, manufacturer's bulletins, and other utilities).

The results of the equipment and materials analysis are then-,coupled with; the surveillance and maintenance program to provide proper .qualific'ation 'of safety related mechanical equipment located in harsh, inaccesible .areas:. "

4. 6 DOCUMENTATION The Class lE Equipment Qual'ification Reports in Appendix C summarize the qualification evaluations that have been performed. Tests, analyses and other documentation used to demonstrate that each component is qualified for its application and meets its specific performance requirements are on file at the Supply System.

r E

I P

SRM Equipment in tSild Areas SRN Equipment in Harsh Areas

+J Ql O 'U Vl Q

~r H 0 Accident environ-c 0C V cd ment greater than cd 8 normal process Vl cd fluid environment QJ Vl CCl I cd 2 ~I

~c Cl cd E A O ff Vl CL M Accident environ-0 ment less than O C cC cd CL MM process fluid environment Active pumps and valves that must function during an accident that will be qualified by November 1985

)

Cl ff Vl Vl cd Q

All SRM Equipment Active pumps and valves that must function during an accident located in mild environment Active pumps and valves that must function during an accident to reach one path to cold shutdown as defined by the justifica-tion for interim operation Fi ure 4-1

- 21

5.0 UALIF ICATION RESULTS The environmental qualification status of the components identified on the Class 1E Equipment List (Appendix A) has been evaluated. The status of the evaluations is presented on the Equipment (}ualification Reports in Appendix C.

5.1 EFFORTS TO DATE The Class lE List (Appendix A) identifies the safety related electrical equipment, along with its respective qualification status. The available qualification documentation has been obtained and reviewed for this equip-ment. The reviews, supplemented by engineering analyses, have determined that most of the components meet the intent of NUREG 0588, Category II. In some cases, it has been determined that there is insufficient documentation to support complete qualification. These cases are being resolved as the qualification evaluation is completed. The method for completing the quali-fication isipcluded on the individual Equipment gualification Reports in Appendix C.

5. 2 .ON-GOING ACTIVITIES Evaluation and requalification of Class 1E equipment at WNP-2 is continu-ing. The following activities are being performed:

o gualification documentation is being obtained for recently identified equipment. This includes equipment being procurred to address Reg. Guide 1.97 concerns.

o LOCA 'tests have been completed on terminal blocks. Test speci-fications are being developed for other equipment types.

o Certain components, such as limit switches, solenoid valves and motor operators, are being replaced with components qualified to IEEE 323-74.

22

o Where required, motor control center rooms are shielded from direct radiation to make them mild environments (TID 104 rad).

o A preventive maintenance/surveillance program is being '.developed to address equipment aging.

o The impact of NUREG 0803 on the equipment qualification program is being evaluated.

In addition to the activities to resolve component specific qualification deficiencies, the Supply System is pursuing a number of generic qualifica-tion activities. These activities, which are being performed to keep abreast of the current equipment qualification technology, include the following:

o The Supply System is a member of the EPRI Equipment (}ualifica-tion Advisory Group. The Supply System is also participating in a BWR Utility Equipment Environmental gualification Group (EQUATE).

o New Class lE equipment located in harsh environment areas currently being order ed are specified to be qualified:.to IEEE 323-74, unless sound reasons to the contrary exist.

o IE Bulletins, Circulars and Information Notices ar e being reviewed to determine their impact on the WNP-2 equipment qualification program.

o The Supply System is participating in other industry'cost-sharing groups.

o Direct service contracts are in place with testing laboratories to perform equipment qualification testing.

23

6.0 JUSTIFICATION FOR INTERIM OPERATION To obtain an operating license for WNP-2, the Supply System has been noti-fied (Reference 2) that safety-related electrical equipment shall be reviewed using NUREG 0588, Category II, "Interim Staff Position on Environmental gualifications of Safety-Related Electrical Equipment", as the basis for determining the adequacy of the safety-related equipment's documentation. Furthermore, the NRC staff has informed (Reference 22) the Supply System that where there are deficiencies, the Supply System should commit to corrective action consistent with the requirements to establish qualification. If fuel loading occurs before complete qualification can be obtained, justification for operation until corrective actions are completed must be. provided.

In addition, the NRC Staff's proposed final rule 10CFR50.49, regarding envi-ronmental qualification of safety-related electric equipment, states that "the applicant-for an operating license shall perform an analysis to ensure that the plant can be safely operated pending completion of environmental qualification." For WNP-2, the Equipment gualification Program is in process and, as demonstrated by this report, many components have been shown quali-fied by existing documentation. However, it is unlikely that all safety-related electrical equipment will be fully documented before desir ed full power operation of WNP-2. Therefore, a Justification for Interim Operation (JIO) has been performed. It is concluded that, upon documentation of the qualification of a minimum set of safety-related electrical equipment, WNP-2 can be safely operated pending completion of the Environmental gualification Program for all safety-related electrical equipment.

The basis for this conclusion is in establishing the ability to accomplish the following six safety functions with a minimum set of safety-related electrical equipment.

l. Emergency Reactor Shutdown

2. Containment Isolation

3. Reactor Core Cooling

4. Containment Integrity

5. Core Residual Heat Removal

6. Prevention of Significant Release of Radioactive Material to the Environment The methodology and results of this JIO analysis are provided herein (Refer-ence Appendix D, Justification for Interim Operation Report). The following are the main elements of the analysis.

o Accident Definition The accidents that potentially result in a harsh environment inside the primary containment or reactor building were identi-fied. Seven types of accidents were identified: three Loss-of-Coolant Accidents (LOCAs) and four High Energy Line Breaks (HELBs).

The environmental conditions (pr essure, temperature, humidity, and radiation) associated with these accidents, and the areas of the plant affected, were determined.

o Safety Sequence Analysis A Safety Sequence Analysis was performed to determine all of the safety-related systems required to achieve the six safety func-tions. For each postulated accident, Safety Sequence Diagrams (SSDs) were prepared. The SSDs identified the systems required to mitigate each accident, shut down the reactor, and maintain it in a safe condition by accomplishing the necessary safety functions.

o Safety-Related Equipment The safety-related electrical equipment for the systems identified in the Safety Sequence Analysis was taken from the safety-related equipment list.

o Failure Modes and Effects Analysis A Failure Modes and Effects Analysis (FMEA) was performed for all safety-related equipment, in the systems identified by the SSA, that need not function to achieve the six safety functions. All equipment whose failure was determined to have no adverse effect on plant safety or accident mitigation need not be qualified for any accident environment, but it will be qualified for its normal service environment. The analysis included determining the justi-fication for classifying the equipment that need not be environ-mentally qualified for a harsh environment.

o Selection of Minimum Required Equipment Safety-related electrical equipment, in the systems identified by the SSA, that is required to operate to achieve the six safety functions, or must not fail in a manner detrimental to the six safety functions, was evaluated. A minimum set of this equipment in a single success path to achieve the required safety functions, for all evaluated accidents, was determined. This minimum set of equipment will have documentation of environmental qualification, or adequate justification will be provided, prior to full power operation of WNP-2. The documentation of this minimum set of safety-related electrical equipment ensures that the requir ed safety functions will be achieved for all evaluated LOCAs and HELBs that potentially result in a harsh environment.

The safety-related electrical equipment not requiring documenta-tion prior to full power operation, including redundant or diverse systems and fuel pool cooling, will be documented to establish its qualification prior to November 30, 1985.

7.0

SUMMARY

This document summarizes the evaluation of environmental qualification of Class lE equipment in WNP-2, performed in accordance with NUREG 0588, Category II. It provides a summary of the Environmental Qualification Program that is being undertaken by the Supply System. The program will ensure that all Class 1E equipment will perform its safety-related function during normal, abnormal and postulated accident conditions.

The present status of the evaluation is as follows:

o Normal, abnormal and accident service conditions in primary con-tainment and the reactor building (harsh environments) have been defined. flooding is currently being evaluated.

o Class lE equipment has been identified by the tag number along with its required safety function, use, and required operating time. The location and manufacturer's data for most of this equipment have been determined.

o The qualification status of identified Class 1E equipment has been determined. The status of some equipment not installed will be determined as additional data is received.

o Corrective actions .are being taken to resolve qualification docu-mentation deficiencies.

Of the Class 1E components identified, qualification data has been evaluated and a qualification status has been determined for 3078 (96K) of these com-ponents. The status of the equipment evaluations is as follows:

o 2716 (85K) components are qualified to the environmental service conditions 27

o 94 components are being replaced or purchased qualified o 119'components are being type tested o 149 components are being qualified by engineering evaluations.

o 120 components require additional data to determine the qualifi-cation status The qualification status of each component is described on the Equipment gualification Reports in Appendix C.

This report documents the current status of the environmental equipment qualification program at MNP-2.

8.0 REFERENCES

1. NRC Office of Nuclear Reactor Regulation, "Interim Staff Position on Environmental gualification of Safety-Related Electrical Equipment",

NUREG 0588, Rev. 1.

2. NRC Division of Project Management, "gualification of Safety-Related Electrical Equipment", letter from D. F. Ross (NRC) to Operating Licenses Applicants, February 1980.

3. The Institute of Electrical and Electronics Engineers, Inc. (IEEE),

"IEEE Standard for gualifying Class 1E Equipment for Nuclear Power Generating Stations", IEEE Standard 323-1974.

4. EDS Nuclear Inc., "Review of 1E/1M Equipment Lists for Safety-Related Systems", Project Instruction No. 7, Job No. 1140-001, Revision 3, October 12, 1981.

5., General Electric Environmental Design Specification No. 22A3008, Revision 5, Apr il 1977.

6. Washington Public Power Supply System, "WNP Final Safety Analysis Report".

7. NRC Office of Nuclear Reactor Regulation, "Clarification of TMI Action Plan Requirements", NUREG 0737, Rev. 0, October 31, 1980.

8. ORIGEN, "Isotope Generation and Depletion Code", RSIC Computer Code Collection, Oak Ridge National Laboratory, Updated September 27, 1979.

9. NRC Office of Nuclear Reactor Regulation, "Technological Bases for Models of Spray Washout of Airborne Contaminants in Containment Vessels", NUREG CR-0009, 1978.

10. gAD-P5A, "Point Kernel General Purpose Shielding Code", RSIC Computer Code Collection, Oak Ridge National Laboratory.

11. EDS Nuclear Inc., Zone Dose Calculations, Series 0740-004-xxx.

12. Washington Public Power Supply System Calculations:

NE-02-81-06-0 NE-02-81-13-0 NE-02-81-17-0 NE-02-81-07-0 NE-02-81-14-0 NE-02-81-18-0 NE-02-81-08-0 NE-02-81-15-0 NE-02-81-19-0 NE-02-81-09-0 NE-02-81-16-0 NE-02-81-20-0

13. Idaho National Engineering Laboratory; "RELAP4/MOD5, A Computer Program for Transient Thermal Hydraulic Analysis of Nuclear Reactors and Related Systems", Volumes I and II, ANCR-NUREG 1335, September 1976.

14. COMPARE MOD1A - NUREG/CR-1185.

15. NRC Office of Nuclear Reactor Regulation, "Generic Safety Evaluation Report Regarding Integrity of BWR 'Scram System Piping", NUREG 0803.

16. Washington Public Power Supply System, "Supply System Response to NRC SER Issue - Pipe Breaks in BWR Scram Discharge Volume", Memo R. 0. Vosburgh to C. D. Taylor, December 30, 1981.

17. EPRI, "Radiation Effects on Organic Materials in Nuclear Plants",

Report NP-2129, Project 1707-3, November 1981.

18. Washington Public Power Supply System, "Acceptance Criteria for WNP-2 Safety Related Equipment gualification", Engineering Instruction No.

EDI-4.8.

19. WNP-2 Final Shielding Evaluation Report, September 1982.

20. Washington Public Power Supply System Calculation NE-02-82-39-0.

21. Washington Public Power Supply System Calculation NE-02-81-14-0.

22. NRC Office of Nuclear Reactor Regulation, "Safety Evaluation Report",

NUREG-0892, March 1982.

1 APPENDIX A CLASS 1E E UIP/1ENT LIST

Appendix A contains the following information:

o Class 1E List Users Manual: a description of the use fields and A-1 abbreviations on the Class lE List

~ System Code List: a list of system abbreviations used on the A.10 Class lE Equipment List

~ Component Table: a list of the component abbreviations used on A. 14 the Class lE Equipment List

~ Class 1E Equipment List

Cl WNP-2 Class 1E E ui ment List Users Manual: .Description of codes used on the Class 1E list Column Desi nation Descri tion

1. CONTRACT The contr act under which the equipment was purchased.

The contracts beginning with 02 and Contract 59 were with the NSSS supplier. The two-digit contracts are for equipment purchased through our A/E and the three-digit contracts indicate equipment purchased through contrac-tors at the construction site.

2. COMPOSITE NO. The composite, such as instrument rack or valve, on which a component is located.

3. EQUIPMENT NO. The equipment piece number (EPN) is listed. It is com-posed of the system designation (a complete list is enclosed), a component code ( list enclosed) and a unique identifier.

4. MFG Manufacturer: Contains the code prepared for the indus-try by Southwest Research Corporation indicating the com-pany who manufactured the equipment. In a few cases where the manufacturer has not been determined, the sup-plier's code was put in this column until the manufac-turer has been determined.

5. MFG MODEL NO. The manufacturer's model number. In the cases where this has not been determined, General El ectric purchased part drawing number or other applicable information is s upp 1 i ed.

A. 1

0 The Qua'lification Identification is a six-digit number indicating a file which contains all the qualification documentation for that EPN along with summary forms and plant walk-through records.

Level assigned to equipment. An identifier which will permit the sorting of the lE/1M list into major pieces of equipment, instrumentation and subcomponent parts.

Level 1: Class 1E/1M composite equipment which requires qualification of the overall assembly. Each Composite piece of equipment will 5e identi-fied with a unique Equipment Piece Number (EPN) and will have the symbol "+" added to the end of the EPN. Motor operated valves would be listed as composite equipment with a level designation of 1.

Other examples would include the diesel gener-ator skids, pump skids, air handling units, filter/dryer assemblies, air compressors, etc.

Level 2: A Class 1E/1M component or instrument function which requires individual qualification.

The instrument function is described by an instrument loop which could include a sensor, a switch, an alarm, an indicator and/or a controller. Whenever an instrument loop is identified as Safety-Related, the sensor will receive a Level 2 designation and all other instrument loop components will be designated Level 3.

A.2

Example.l: For a motor-operated valve, the valve body, valve motor, and external limit switches (if they have a Safety-Related function) are all Level 2 components.

Example 2: An instrument consisting of a flow element, flow transmitter, flow switch and flow indi-cator would have the flow element as Level 2 with the other components as Level 3.

Level 3: Any 1E/1M instrumentation component not included in Level 2.

Example: A flow transmitter associated with a 1E/1M flow element would be designated as Level 3.

Level 4: A subcomponent of a class 1E/1M component.

Example: Internal limit switch to motor operators for valves, dropping resistors, pressure trans-mitter circuit boards, wiring, indicating lights, etc.

tionss The Class 1 action that a piece of equipment or a system

8. EC is required to perform or monitor that makes it Safety Related.

A component may provide one or more of the safety func-listed below.

~S>bol Function A. Emergency Reactor Shutdown including SCRAM Signals and Reactivity Insertion.

A.3

Stol Function B. Containment Isolation Bl Primary Containment B2 Reactor Building C. Emergency Core Heat Removal D. Containment Atmosphere Control E. Core Residual Heat Removal, including Long-Term Cooling F. Prevention of the Release of Radioactive Material to the Environment G. No Active Safety Function but a Passive Integrity Function Emergency Electrical Power Systems, AC and DC.

Instrumentation to Follow the Course of an abilityy Accident Compartment Heat Removal for Equipment Oper-or Personnel Habitabi lity

9. PLANT LOCATION The location of the component within the plant by build-ing, elevation and coordinates.

A.4

10. Q.S. Qualification Status (second column) indicates the envi-ronmental qualification of the equipment. The following list shows the meaning of the codes used.

A - Acceptable, thermal aging completed B - Acceptable, thermal aging being covered by surveillance C - Acceptable, not installed O - No documentation in files G - Being requalified by modification of the hard-ware or the environment M - Being requalifi ed by analysis N - Not Acceptable, requalification method not yet determined P - Purchasing qualified repl acement R - Not revi ewed T - Being'requalified by test The first column shows the seismic qualification status.

11. F/0 HOURS The time, in hours, a component is required to function following an accident.

12. EQUIPMENT A description of the equipment function.

OESCRIPT ION A.5

I Cl

13. DRAW ING The plant PAID on which the component appears.

14. USE Contains codes which describe equipment use during acci-dent and/or normal plant shutdown conditions. The USE field is based on Item 2 Appendix E of NUREG 0588.

The "USE" input field is a two-digit field. The first digit shows the equipment operability requirement for accident mitigation and the second shows the equipment operability requirements for Hot or Cold shutdown conditi ons.

X X The equipment is not required before, during or after an accident.

Example: Equipment in this category provides no active function, but may provi'de a passive function by containing radioactive material outside the Reactor Buil'ding. It need not be qualified to demonstrate operability, even under non-accident service environments.

Equipment that will experience the environ-mental conditions of design basis accidents for which it must function to mitigate said accidents, and that wi 11 be qualified to demonstrate operability in the accident envi-ronment for the time required for accident mitigation with safety margin to failure.

A.6

Example: Equipment in this category is required for accident mitigation of ac'cidents analyzed in the FSAR. This includes: pumps, valves, electrical equipment, instrumentation to follow the course of an accident, etc.

Equipment will experience environmental condi-tions of design basis accidents through which it need not provide an active function for mitigation of said accidents, but through which it must not fail in a manner detrimental to plant safety or accident mitigation, and that will be qualified to demonstrate the capability to withstand any accident envir on-ment for the time during which it must not fail with safety margin to failure.

Example: Equipment in this category must not actively fail in a manner detrimental to plant safety, e.g., a motor operated valve that is normally shut would be categorized as a "2" if its inadvertent opening would be detrimental to plant safety. Equipment that provides only a passive integrity function on a potentially contaminated system will be categorized as a "2" and will have a "G" placed in the "EC" column.

Category 2 will include all manual boundary, integrity, test and root valves which may be exposed to post-LOCA and radioactive drain systems components (FDR and EDR).

A.7

Equipment that wil experience environmental 1

conditions of design basis accidents through which it need not function for mitigation of said accidents, and whose failure (in any mode) is deemed not detrimental to plant safety or accident mitigation, and need not be qualified for any accident environment but will be qualified for its nonaccident service environment.

Example: Equipment in this category is limited to the 1E/1N equipment in the "harsh environments" which is Safety-Related only to prevent the release of radioactive material and will not be exposed to post-LOCA radioactive fluids.

This category will include the components of the Reactor Water Clean-up System downstream of the second containment isolation valve.

Equipment that will not experience environmen-tal conditions of design basis accidents and that will'e qualified to demonstrate opera-bility under the expected extremes of its accident service environment. This equipment would be located outside the Reactor Building.

Second Digit X X The equipment is not required to operate to shut down the plant during normal conditions.

The equipment is required to operate for Hot Shutdown only during normal plant conditions.

The equipment is required to operate for Cold Shutdown only during normal plant conditions.

The equipment is required to ope'rate for both Hot Shutdown and Cold Shutdown during normal conditions.

A.g

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0 PROGRAH Cl 0 MASHINGTON PUBLIC POM SUPPLY SYSTEH PAGE NO 0001 o
~P~CLAS~f EkQIE5E DAZE 09CQB/8 1
STATUS , oo ~ SEISHIC IS) PARAMETERS' KENYA IE) PARAMETERSo PN DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN
]) 3 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE
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$1 R 572 HE 7/7 ' R73
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NH91JI002F2L18 M554 R S.I Il J o 8/SoS H6 A T
'61 110001 P Y 85 21 00 '09 CALfLVUB 4320
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2 CAC-EQO- Cg/2A I286 NK91JKQ32F2218 2) 320.
ELECTRO-HYD OPER FOR CAC-FCV-2A R S58 M~ 2/7 ~ 1 R63 RSOI CAC-FCV-2A 42A 2 A 1 0 ~ 0 Gl1 CAC-EHO-FCV/28 l206 NH91J1002F2118 A T 110004 P Y 21 00 4320 ELECTRO-HYO OPER FOR CAC-FCV-28 R 563 6 '/HE 5 R66 CAC-FCV-28 Us 51 G6 3 CAC-EHO-FCV/3A 0
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I PROGRAH C1E-STD CONTRACT EPN LEVEL DESCRIPTION EC USE HFG SAFETY FUNCTION HANDEL A/E
..0 MASHINGTON PUBLIC POMER SUPPLY SYSTEH RR 6 =KJ: L6 66 I R.APRIL! PJKRLJ. I 6 BLDG ELEV ORAMING A/E STATUS DETAIL ZONE
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PAGE NO DBE C COHPOSITE EPN 00002
.DAT.E 3) 9LOB/82 PARAHETERSi
.HOURS .,..
I
~
0 0
P CAC-EHO"FCV/38 1206 NH41J4002F2118
'~R 110004 6
A T P Y 21 00 09 4320
~ ELECTRO-HYD OPER FOR CAC-FCV-38 kiRXZ 6 42A 2 0 CAC=EQL.38 A 1 0 H 554 C6 CAC-EHO-FCV/4A ELECTRO-HYD OPER FOR CAC-FCV-4A 495 8 '/HE A320 R 6 R33 R214 CAC"FCV-4A 42A 2 A 1 0 D H 554 E11 I
'AC-EHO-FCV/48 1206 NH91 J4002F2L18 A T 110004 P Y 21 00 09 4320 ELECTRO-HYD OPER FOR CAC-FCV-48 R 493 N~ 4/6 ' R33 R206 CAC-FCV-48 42A 2 A 1 0 D H554 E6 I
CAC-EHO-FCV/5A 1206 NH91H4070F3L 16 A T 110004 P Y 21 00
'. 09 4320 EHO FOR CAC-,FCV.-SA 6 676 I! 666 ~ 6 71 2 A 1 0 0 H 554 SR'14
'AC-EHO-FgV/58 EHO FOR CAC-FCV"58 I206 ~QQIH30XGF3j..16 R 573 Has/765
~~6666~ R73 43PQ 71 2 A 1 0 D H554 F2 SCAC EHO FCV/6A 1206 NH92 110001 P r 21 00 09 4320
!I EHO FOR CAC-FCV~GA R 572 HE 6/6 ' R73 71 2 A 1 0 0 H 55~
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~ CAC-EHO-TCV/48 1206 NH92 A T 110001 21 00 P N 33 4320 EHO FOR CAC-TCV-48 R 573 HE 5/7 ' R73
~. 71 2 A 1 0 0 H554 nh CAC-EHO-V/IA 1206 NH95H2670F3L2 A T 110002 P 21 00 EHO FOR CAC-V-1A N 33 4320 SAUNDERS VLV 71 ChC=3L1A 2 A 1 0 D H 554 F15 CAC-EHO-V/18 1206 NH95H2670F3L2 A T 110002 P N 21 00 33 EHO FOR CAC-V-18 4320 SAUNDERS VLV R 573 H~ 5/7 ~ 4 R 63 CAC-V-18 71 2 A I 0 D H554 F2
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CAC E'HO-V/2A 1206 NH91H207 OF3L2 I 110004 A P N 21 00 33 4320 ELECTRO HYO OPERATOR FOR CAC-V-2A R 573 HE 5/6 ' . R73 CAC-V-2A 71 2 A I 0 D H554 F12 CAC-EHO-V/28 '206 NH91H2070F362 A T 110004 P N 21 00 33 4320 EHO FOR CAC-V 28 SAUNDERS VLV R 573 H~ 5/7 ~ 4 R63 7 2 A 1 0 D H554 Fh
I C PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY. SYSTEH PAGE NO 00003 M BP=2&LKS~~QMKtKNI.LI DATE A9/QQ/82 STATUS ~ ~ >SEISHIC (S) PARAHETERS ~ <+ *ENV~ IE) PARAHETERS~
DESCRIPTION BLDG ELEV 5 E.
DETAIL AID ZONE JB HLJ~HL ROON E{LC~KR AGING DBE C .HOURS.
ACCURACY CORPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAVING A/E ZONE CAC-EHO-V/3A 1206 NH91H2070F362 A T 110004 P N 21 00 33 4320 5L~a5L6i. 1 N554 D12 CAC-EHO-V/$ 8 EHO FOR CAC-V 38 U2~EHIIROIPFNil 320 SAUNDERS VLV R 573'N ~ 5/Toh - R.63 CAC-V-38 71 2 A 1 0 0 N 554 04 CAC-FIG-67A 8042 50-701003AAAA1 A A 139001 F Y 21 00 09 FIC FOR CAC-FCV-6A M.559 R 576 N~ 3/5 ' R73 R604 E-CP-CAC/HR1A+
4320 CAC-FIC-678 8042 50 701003AAAA1 A A 139001 F Y 21 00 09 4320
~
. F 71 I CmgL.CAC=H Y=&a 3 A I 0 D H554 B~LJ4&fBiA Fh
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CAC.-FS 6$ ERR MCA/5=2QIADQ=MQ FLOM SMITCH FOR CAC-FCV-6A 71 3 A 1 0 0 8554 R 576 Ne3/5 F12
' R73 R604 E-CP-CAC/HR 1 A+
4320 CAC-FS-68 H422 OCA/4-20HA/0-X2-X3 A A 154002 F 21 00 Y 09 FLOM SMITCH FOR 7+
CAC-FCV-68 I~ )15&
R 576 N~ 5/8 ' R73 R604 E-CP-CAC/HR18+
4320 CAC-FT-1A R369 1OPSO22T0003PB 8 156005 14 R N 00 33+ 4320
,.FT TO CAC=FIC-..1A R M1 5aUHiB 8 220 3 A I 0 D 8 554 Jll CAC-FT-18 FT TO CAC-FIG-18
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220 3 A I 0 D R554 J5 CAC-FT-2A R369 IDPSO2270003PB R 8 156005 N 14 00 33+
ET TO CAC-F I C-2A 4320 220 3 1~~ .%5M R 551 5 ~ 8/H o8 R63 E-IR"67+
3 ~
CAC-FT-28 R369 1DP5022T0003PB R 8 156005 N 14 00 33+ 4320
~F 220 fQ CAC-FIC-25 3 A I 0 0 A~1. 8 ~ 2L t4.7 G5 lL6 +@=68+
CAC-FT-3A FT TO CAC-FI C-3A 220 3 A I GPSQ, 0 0
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CAC-FT-38 R369 115 IDPSD22T0003PB R 8 156005 N 14 00 33+
FT TO CAC-FIG-38 4320 R 50'I L4/9 ~ 3 R43 E-IR-63+
220 CAC-FT-4A R369 115 1GP5022T0003PB 8 156005 14 R N 00 33+ 4320 QT TO. CAC "FIC-4h 8 504 NS/5e5
. R90 M=IR"66.t 220 3 A 1 0 D 5554 F11
0 O PROGRAH C1E-STD 0
WASHINGTON PUBLIC POWER SUPPLY SYSTEH
~ 00004 QN~P" .Q.AS~~llJEIIEK~ ~AJX Il9l.08/SP.
PAGE NO I
STATUS s ~ sSEISHIC (S) PARAHETERS+*i +ENV ~ lE) PARAHETERS+ ',
0 EPN HODEL ..S..E~Q I5. BLAS% d8~{LC ESEQ~GISQ~QE C HOURS.
HFG'ESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CAC-FT-48 R369, FT TO CAC-FIC-48 220 3 A 1 0 D
~S~RLki9 1151-DPS022TOOO 3PB H 554 FS R 8 156005 N 14 00 33+
-.I1LSA+
4320 C'
CAC-FT-5A 8080 386 SCRUBBER lA INLET FT 52tL SM R 473 HE 3/6o8 R73 8604 CAC "HR-1A+
71 3 A 2 0 G 8554 G14 i CAC-FT-58 8080 386 A 156004 F N 21 00 09 4320 SCRUBBER 18 SM INLET FT R 578 HE 3/7 ' R73 8604 C AC-HR-18+
'>8 71 3 A 2 0 G H554 G CAC-FT-6A 1204 386 A A 156004 F Y 21 00 FT TO CAC-FC-67A 4320 R 515.JI:5ISi5 JC =HILDA 71 3 A 1 0 D H554 F12 CAC-FT-68 FT TO CAC-FC-678 I204 386 l~A559, F R 575 Hi5/To3 R73 8604 CAC HR 18+
71 3 A 1 0 D H554 Fh CAC-FT-7A 1204 386 A, A 156004 F Y 21 00 09 FT TO CAC-FIC-67A 4320 R 575 H~ 3/6 06 R73 R604 CAC-HR 1A+
71 3 A 1 0 0 H554 Fu CAC-FT-78 I204 386 A A 156004 F Y. 21 00 09 FT TO CAC-FIG-678
. 4320 R. &~6 He2EI~B 82k Rk& CJLC=HLJJ+
71 3' I 0 0 H 554 Fh C>>
CAC-LS-1A H422 DCA/4<<20HA/0-X1-X4 A A 207009 F Y 21 00 LEVEL IND ~ SMITCH IN CAC-HS-IA R 579 H03/5 ~ 8 873 R604 E-CP "CAC/HR I A+
71 3 A 1 0 D H 554 D14
~
713A10D CAC-LS-18 Q ~CAC-LT-IA H422 LEVEL IND ~ SMITCH IN CAC-HS-18 1204 OCA/4 20HA/D 386 X1 H554 X4 R 579 HE 5/8 '
D3 A A A A 207009 209002 R73 F
F Y
R604 21 21 00 00 09 E-CP"CAC/HR18+
4320
~
Y 09 4320 LT FOR HS "IA P 574 g>3/gq8 R73 ~0 WLHB"lb+
71 2 A 1 0 D H 554 D13 CAC-LT 18 1204 386 A A 209002 F 21 00 Y 4320 LT FOR HS" 18 R 574 HE 3/Te5 R73 R604 CAC-HR-18+
Q 71 2 A 1 0 0 8 554 03 CAC-H-FN/1A M120 75D42473 A A 213048 Y 21 00 09 4320 25HP/TA HOTOR 71 FOR CAC-FN-1A R 572 HS/6 ' . R73 R604 CAC-HR-1A+
2 A 1 0 D H554 E13 Q i CAC-H-FN/18 M120 75D42473 A A 213048 Y 21 00 09 4320 25HP/7A HOT OR FOR CAC FN 18 R 572 H5/7 ~ 4 R 73 R604 CAGER-IB+
71 2 A 1 0 D 'l 554 F3
0 VASHINGTON PUBLIC PONER SUPPLY SYSTEH PAGE NO 00005
.NNP~ CLASS 1~QLIIPJfEN ~ATE 09/DBl82 s Egg IIEG DESCRiPTION
.~ OBEL BLDG ELEV STATUS S
DETAIL E~IQ ZONE aesSEISHIC (S) PARAMETERS++i II HLUESLALEQ ~EG~lNG ROOH C
ACCURACY sENV ~ (E) PARAMETERS COHPOS DBE IT E C
EPN HOURS
~
CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CAC-HO 11 L200 000-5/D564 SHB 6XJLSltl~5 A A 221001 . N 14 00 35 4320 Q.ZMMI~BAIQB CAC=Y=ll CHIC-YD 41A 2 A 1 0 0 H554 G6 CAC-M0-13
~ 361HP/3 'A HOTOR ~aa OPER ~ CAC-V 13
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41A 2 A 1 0 D H 554 C AC-HO-15 L200 SHB-000-5/D56A 221001
~ 361HP/5 'A HO FOR CAC-V-15 R 570 J ~ 8/6 A A
' R61 Y
R509 14 00 35 CAC-V-IS+
4320 41 0 CAC MO-17 L200 SHB 000-5/D56A A A 221001 N -14 00 4320 ehklIIEZkaQAMQIDB 41A 2 QUEER~ ChCM~
I
~QLZa A 0 D H 554 D6 CAC-M0-2 MOTOR OPERATOR CAC-V-2 BfLJ.~6156 R 558 H~
~~mLI 2/7 ~ 1 '73 R604. CAC-V-2+
%$ 20 41A 2 A 1 0 D HSSI G10 CAC-HO-I
'A MOTOR L200 SHB 000-5/D56A A A 221001 N II 00 35 4320
~ 361MP/3 41A 2 OPER A
~ CAC V 0
R 495 M+2/7 ' R33 R206 CAC-V-hi CAC-MO-6 L200 SHB-000-5/D56A A A 221001 14 00 35 N 4320 HOTOR 4)A l}PEBATOB+gg-g-f 2 A I 0 D H554 B 515 1 &5 H10 ki M-f+
CAC-MO 8 MOTOR OPERATOR CAC-V-8 L200 SHB 000 5/D56A R 480
~.-6 22~u'33 H~ 8/4 ~ 3 R206 CAC-V-8+
4320 41A 2 A 1 0 D M 554 DIO CAC-PS 68A H422 DCA/I-20HA/DX1-X4 A A 256012 F 21 00 09 Y 4320 PS TO HOIST SEP 1A R 576 H~ 3/So 8 R73 R60I CAC-PT-68A+
71 3 A + 0 D .255%
CAC-PS-688 H422 DCA/4"20HA/C-Xl Xh A A 256012 F Y 21 00 ~
09 4320 PS 71
~O~~OS ' PEP Ig A 1 0 D H554 5.7Z Ite5lB ~ .Q E3 Lu ~fi0 a~-68m CAC-PT 1A 0-30 PSIG FOR CAC-FN-1A 04 386 A 8 D&QQ~ 432Q R 572 MES/6+6 R73 C AC "HR" I A+
71 2 P 2 0 G H554 F13 CAC-PT-18 I204 386 A A 259006 F 0-30 PSIG 4320 FOR CAC-FN-IB R 575 HE 5/Tih R73 CAC-HR-18+
71 2 P 2 0 G 8554, F3 CAC"PT-68A TRANS ON CAC-MS-1A 1204 386 A 259006 4320 ',0 PRESS. R... 5.7.2 .H ~,5/6t6.......R73 ~AC.=MR= I At 71' 2~
A 10 n %554 D13 I
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C) PROGRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00006 NP=2 Cl..A$5 1J K.kUJRHKN~ IlKLJIB/ 0 L/B.P STATUS * ~ iSEISHIC IS) PARANETERS+ ~ ~ KENYA (E) PARAHETERSi EPN HFG $ O' ID 15 N~CSLJ!Sl EQU~MBEQ DESCRIPTION BLDG ELEV DETAIL MING. DBE C= .jlQUB.S...
ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CAC-PT-688 1204 386 A 259006 4320 PRESS TRANS ON CAC-HS .18 5I2 5.<<SLIT% EI5 " 868t 71 2 A 1 0 D H554 D03
'> CAC R/I 4A 8015 50-~320CAA 4.320 CURRENT RESET ON CAC-HR-1A R 577 HE 2/5 ' CAC-HR-1A 9'l 71 3 A 1 0 0 7 1-00-0104 O C AC -R /1-48 8015 50 740320CAAA1 8 A 271001 4320 H2 RECOHBINER OUTLET TENP R 572 N~ 5/8 ' R73 R604 E-C P-C A C/HR 18+
71 3 A 1 0 0 71 00 CAC-RLY-1A A500 RK225-052-CP R T 283011 4320 CONTROLRELAY FOR .CAC.-.fcv-lA 218 3 A 1 0 0 E519/15 B~ YKJlel/Qt.3 011
~3~I296
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CONTROL RELAY FOR CAC-FCV-18 8 475 Ne0/8 ~ 3 . R33 R206 CAC-PP"TB/R363+
C' 21 8 3 A I 0 D E519/15 H2 CAC-RLY-2A - A500 RK225-052-CP R T 283011 4320 CONTROL RELAY FOR CAC-FCV-2A 475 I/O ~ 3 R33 R206 218 3 A I 0 55192.LL~
h R N~ CAC-PP-TB/R364 +
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0/8 ~ 3 T
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283011 RBOS CAC=.DRUB/R363,t 4320 CAC RLY-3A CONTROL RELAY FOR CAC-FCV 3A A500 RK225-052-CP R 475 N~
~RS.kill 1/9 ~ 3 R33 R206 CAC PP TB/R364 +
4320 .
C/ 218 3 A 1 0 D E519/15 Hl CAC-RLY-38 ASOO RK225"052-CP R T 283011 4320 CONTROL RELAY FOR CAC-FCV-38 R 475 N~ 0/8 ' R33 R206 CAC PP-TB/363+
.DA.R/1 5 N CAC-RLY-4A A500 RK225-052-CP R T 283011 4320 CONTROL RELAY FOR CAC-FCV-4A B 4.75 Nt.l/.9. ~ 3 .CAC=RPUBl8364 t 218 3 A I 0 D Hh
~~~2'519/15 CAC "RLY-4A/1234 A500 INTLK CAC-V-4 'tFCV-.)AD 4A CACHR-1A RK225 052CP R 475 N~
A T, 1/9 ~ 3 283911, R73 T
R604 2~0 E-CP-CAC/HR1A+
4320 0 /
71 3 A 1 0 0 E519 CAC-RLY-48 A500 RK225-052-CP T 283011 4320 3,
R 0 ~
CONTROL RELAY FOR CAC-FCV-48 218 A 1 0 D ..., ... E5,45/12 R
475 N~ 0/8 ~ 3 R33 R206 CAC-PP TB/363+
0'AC 713A100 "RLY JNTLK "48/1234 A500 V-13 '5)FCV-18 '8,, CAC-HR-18 RK225-052CP E519/15 R 475 N~
A T 283011 0/8+3,..... R73 Y
R609.
21 00 09 E-9 P=,CA C/HR 18+
4320
PROGRAM CIE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00007 MNP.=2 CLASS 1E..EQUIPMENT. L OAl.C 09L08/82 (1 ~
Q ) CONTRACT
. EPN LEVEL DESCRIPTION EC USE HFG ...H SAFETY FUNCTION OOEL A/E BLDG ELEV STATUS S..~ID DETAIL IONE o'ooSEISHIC IH ROON lS ) PARAMETERS o o o HL~~N~OM ~EG ~GING ACCURACY oENV 5 OBE--C
'lEI PARAMETERS COMPOSITE EPN HOURS=-
~
ORAMING A/E IONE I
0 ) CAC-RLY-CR5A A109 A 283013 4320 71 ID lKLhY EOR CAD=V=lb RMI2 Ko6/6 ~ =CELIAC/Hklio 3 A 1 0 71-00-0104 CACMLX-CR58 kl09 C'1 HR2+ RELAY FOR 3
CAC-V-18 A I 0 71-00-0104 R 572 HE 6/6 ' E-CP-CAC/HRIB+
43.20.
I)
'AC-RLY-CR6A A109 283013 71,.
A 4320 HR I+RELAY FOR CAC V 3A R 572 MD 6/6 ' E-CP-CAC/HRI.A+
3 A J 0 D 71=.00=0104 713410D CAC
'HR2+
RLY-CR68 i ChC=.JO$
RELAY FOR CAC=Y-38
-14, A109 D012AH 71-00-0101 R.. 572 Hah/8 '
A 283013 33800m E=CP=.CAC/MRIB+
1320 4320 TIHE DELAY FOR INST 3 A MARH-UP I 0 0 71-00-0104 R 571 H2/5 G12
' E-CP CAC/HR1Ao

CAC-TOS-18 A109 7012AM A 338002 1320 TIME DELAY FOR INST ~ MARM-UP R 574 H5/8 ' E-CP-CAC/HRIBo I 0 D M1-.Q 0.=.0138 CAC-TE 1A

'CtL~
71 ELEMENT.
2 A 100 T165 DISCliXRQM CAC=EN=IA 80500 M554
&FIJI 52& E13 A A
~ &~)5 339006 F Y R&R 21 00 CAWHR=I&
4320 INPUT TO TEMP RECORDER
~.1.65 1A 3LG'5 00 580 o5/6 6 k~)552 1320..
R H ~ R73 R604 CAC-HR-1 A+
71 2 P 2 0 G H551 E13 CAC-TE-IA2 A A 339018 F 21 00 TEHPERATURE ELEHENT ON CAC-EHC-lA Y 4320 R 576 Ho3/6oh R73 CAC-CR-IA+
M 55.%
I CAC "TE-1A3 A A 339018 F 21 00.
Y 1320 IKHP XLKNKNl ON CAC=EHC=Ih 71 2 2 0 It .57&. II ~ 5&& ~ \ .~2 ~AC=CR=IA+
P G HSS1 Dlh CAC TE-JA&l TEMP ELEMENT ON CAC"EHC-lA 576 3/6 ~ 1
& ) 5595)R~R73 RL~O 1320 R H~ CAC CR-1A+
71 2 P 2 0 G M554 D14 CAC-TE-1AS '
A 339018 F 21 00 TEHP ELEMENT ON CAC-EHC-I A Y 4320 576 3/6 ~ 4 R73 CAC-CR-1A o 71 2 ..P 2..0 ,G .'I '55.'ll R H~
...........D 1.4 CAC-TE-1Ae T165 PO-004-1371-109 A A 339018 F 21 00 TgMP Q.EJECT.
Y 4320 PN~hC EHC-.1A R.. 57.3.Mo3/651. R73. .CAC=CR=IAt
)l 554 D14
Q PROGRAtl C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00008 Mtl~LbS~E EQUIPIIEtO LIS. DA.IX 02/08/.82 STATUS ~ ++SEISMIC tS) PARAMETERS ~ ~ + 5ENV ~ lE) PARAMETERS ~
EPN DESCRIPTION S K AM ~5. HL IFSX hHLXQ 0 ~BEQ,JLQINQ DBE. C JtoltRS BLDG El.EV DETAIL ZONE Rootl
'165 ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAjIING A/E ZONE PO-004-1371-109 A A 339018 F 21 00 C'AC-TE-1A7 TEtlP ELEHET 71 ON 2
OUTLT OF CAC-EHC-lA P 2 0 G tl 554 R~M. HMl.&ah D14 Y
35=33 ~I 4320 CAC TE 18 T165 P/D-004-13+~19 JLb TEMP ELEMENT DISCH FROH CAC-FN-18 R 577 H~ 5/7 ~ 4 R73 R604 71 CAC HR-18+
2 A 1 0 0 tl 554 E3 CAC-TE-181 'T1 65 805 00 A A 339018 F Y 21 00 09 4320 INPUT TO TEHP RECORDER 18 71 R 580 Ho5/7 ' R73 R604 CAC-HR-18+
~1 2 P 2 0 G H554 CAC-TE-182 7165't A A 339018 F Y 21 00 4320 TEHP EPEHENT gQ CAC-EHC-11 fl 575JI 5Q hCMtLil+
71 2 P 2 0 G H 554 E3 CAC TE 183 TEHP ELEMENT ON CAC-EHC-18
~T 65 A A R 576 Ho3/7 ~ 2 R73 CAC-CR" 18+
71 2 P 2 0 G M554 D2 712,P20G CAC-T E-184 T165 A A 339018 F Y 21 00 TEHP ELEHENT ON CAC"EHC IB 4320 C5 R 576 H~ 3/7 ~ 2 R73 CAC-CR-18+
. M55$ QP
'AC-TE-185 T165 A A 339018 F Y 21 00 4320 TEHP, ELEHEttT ON CAC-E HC 18 3=37fi II ~ 377 ~ 3 71 2 ChC=CLiB+
P 2 0 G M 554 D2 Qr
~ CAC-TE-186 TEHP ELEMENT ON CAC-EHC-18 T165 PO-004-137-109 R 573 H~3/7%2 3& 335575~53~
R73 CAC CR 18+
%320 71 2 P 2 0 G tl 554 02 CAC-TE-187 T165 PO-004-137-109 A A'39018 F Y 21 00 4320 TEMP ELEHENT ON CAC-EHC-18 R 573 HE 3/7 ' R73 CAC-CR-IB+
71 2 P 2 0 G IL554 CAC-TE-2A PREtIEATER IA HI TEMP ALARH 71 2 A 7765 1 0 0 80500 M 554 5 3ll5 A A Il 5/3Lfi E13
~3~
339006 F Y 21 00 k~~h+
4320 C AC-TE-28 PRElIEATER 18 HI TEMP ALARH 71 2 T165 80500 R 582 H~ 5/7 ~ 4 3355ll&
R73
> ~9~
R604 CAC-HR 18+
43.20 A 1 0 D H554 E2 CAC-TE-3A 7165 80500 A A 339006 F 21 00 09 Y 4320 PREHEATER 1A III TEHP ALARH R 577 M~ 5/6 ~ 6 ~ R73 R604 CAC-HR-1A+
71 2 A I 0 D H 554 E14 CAC-TE-38'165 80500 A A 339006 F Y 21 00 09 4320 PRE/EATER IB tJI, T.,EMP.ALARM 8 .5?7. H5.5l? ~ 4..., ~7.3 Rktt4 ABC=HE=I 8.+
71 2 A 1 0 D 'l554 E2
~ ~
~
PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH LAS~~nule' PAGE NO 00009 C)
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1
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DESCRIPTION OOOEL BLDG ELEV STATUS DETAIL E~lO RE~~~I EILJ'REQ ZONE
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ORE PARAHETERS+
.O RQORB 0 5 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE ROOH ACCURACY COHPOSITE EPN '
1 C' CAC-TE-4A T165 80500 ,A 339006 A F Y 21 00
~
IEI!R~EHEILT~SCB fRDH~C=BR=IS 6 AWLJA+
1320 71 2 A 1 0 D 8551 Elh CAC TE 48
" 73:
C'l TEHP ELEHENT DISCH FROH CAC-HS-18 2 A I 0 D- .8554 '
R 578 H~
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5(7 ~ 4- .. R601 .
' ', CAC HR-48+
320 CAC-T E-5A T 165 80500 339006 A A F Y 21 00 09 4320 PREHEATER lA HI TEHP SHUTOOMN R 577 H~ 5/6 ~ 6 - R73 R601 CAC-HR-1A+
7 I
.CAC-TE-58 PBQKAJEB 18 II.IMEHL SHllnlQMH T165 HL 61385
~ZLJte5C l A 339006' Y 21 00 1320 71 2 A 1 0 0 H554 02 CRIP=IE.".5 ~OR10 HOISTURE SEPTR 2
1A HI TEHP SHUTOOMN A 1 0 D H554 R 578 HE 5/6 E13
' R73 '601 CAC HR 1A+
%320 C-TE-68 7165 80500 A A 339006 21 00 09 HOISTURE SEPTR 18 Hl TEHP SHUTOOMN Y, 1320 R 578 HE 5/Teh R73 R601 CAC HR-18+
Q CAC-7 I C-4A 8045 50 701003AAAA1 A A 311001 Y 21 00 . 09 4320 I0 MPNILM.KK54f=ti8.34 ~OER E CP=CAC/HRla+
71 3 A 1 0 0 H551 E13 CAC TIC-48 8015 50-701003AAAA1 TEHP CNTL DISCH CAC-HS-18 1320 R 572 HE 5/8 ~ 0- R73 R601 E"CP-CAC/HRIB+
71 3 A 1 0 0 8551 Eh r
CAC TS-1A H122 RBA/3M-100/0-Xl-X4 A A 355007 F 21 Y 00 4320 TEMP SMITCH OISCH CAC-FN-1A R 575 HE 2/5 ' R73 R601 E-CP-CAC/HR IA+
$1 3 A ~0 I
CAC UE HP 71 "TS-18 5 MLTCH DlSC f C44EN=N 3 A 1 H122 0 D
~515 RBA/3M-100/0-Xl-X4 H 554 5 .BC8dl E3 A A 355007 F BI~ORB Y 21 00 09
-CL=CAUB818t 4320
'AC-TS 2A H422 RBA/RIM 400/D-.XI-XQ b~5%091. &320 0 1500F ON CAC EHC IA R 575 H 3/5 ' R73 R601 E CP-CAC/HR1A+
71 3 A 1 0 D H 554 E13 I
ICAC-TS-28 H422 RBA/3M-400/0-X] X4 A A 355007 F Y 21 00 09 0-1500F ON CAC-EHC-18 4320 R 575 H~ 5/8 ~ 0 R73 R604 E-CP-CAC/HRIB+
71 3 A 1 0 D H554 ... K2 CAC-TS-3A H422 RBA/3M-100/0-X1-Xh 0,1200$
71 ON CAC-.EHC-)A 3 A 1 0 0 II 554 R 575.,.H ~ 3l55 E13 8, 355007R.lk...R6,0%
A A F Y 21 00 09 E-C P=C A C /H 8 1 A+.
4320
Ctt'ROGR Att C1E-ST 0 WASHINGTON PUBLIC POWER SUPPLY SYSTEH Xff~P- C.LaSS I~QUlf'ftEffJmrSJ PAGE NO 00010 Q
~hLE L9/06/BR I
STATUS +4+SEISMIC IS) PARAMETERS'++ ~ ENV ~ IE) PARAMETERS~ '3 ffL~~ffL&ff.~
EPN HFG tjOOEL ffID ..Ttf DESCRIPTION BLDG ELEV 5 E DETAIL ZONE ROOH ACCURACY
~REQ AGlftG. DBE C COHPOSITE EPN
.MQURS .... ~
CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE CAC-TS-38 H422 RBA/3W-400/0-Xl-Xh A A 355007 F Y 21 00 09 4320 0-1200F ON CAC-EHC-18 71 3 A I 0 D H554 E2 E.-.C I'=.CkC/jff9 6,+
CAC-TS-5A 0-1500F DISCM CAC-EMC-1A 71 3 A 1 H422 0 0 RBA/3W-400/D-Xl-Xh M554 R 575 tl ~ 3/5 ~ 8 E13 A A
'73 5 R604 0
E-CP-CAC/HR I A+
9320 CAC-TS-58 H422 RBA/3W-400/0-XI-Xh A A 355007 F Y 21 00 09 4320 E-CP-CAC/MRIB+
71 3 A~ 0~ M55 R 575 HE 5/8 ' R73 R604 E-CP-CAC/MRIB+
CAC-TS-6A H422 RBA/3W-100/0-XI-Xh 355007 21 0-340F .Q,JSgft f;AC:HÃ=lh 1 0 0 H 554
>~5 &i3/5E1358. A A F Y 00 09 C=9 ~4 9!5Ill4 I 4320
'AC TS-68 5519 &54!59:.159!5-41=49 ILA~C Ci 0-340F OI SCM CAC-HS-18 71 R 575 H ~ 5/B ~ 0 ", R73 R604 E-CP-CAC/HR)8+
4320..
3 A 0 D H 554
~
1 E4 CAC-TT-4A 8045 TYPE 740 A 3570OI F 21 09 P Y OO 4320 Cc TEHP TRANS OISCM CAC-HS-IA R 575 H~ 0/5 ~ 8 R73 R604 CAC-MR-IA+
~ 71 3 A 1 0 0 H554 U CAC-TT-48 8045 8045 TYPE 740 P 357001 F 4320 I
TEMP TRANS 71 OISCtf CAC" MS.-f 8 3 A 1 0 0 H554 9~5 l45/5 Eh 9 ~ IC55. ~49=Hi=15
("5 C CAS-V 453 H095 MV250 4 1" GLOBE ROOT CTRL 4320 SO WW VAC BRKRS R 479 HE 3/705 CAS-V-453+
0 I 215 2 A 2 0 81 H510 KB CEP-LHS-1A N007 EA74080100 A 8 200015 CEP-V-IA 4320 LHS FOR R 563 J ~ I /55 4 CEP-V IA+
68 2 A 2 3 BlyF st I.
C'EP-LHS-18 N007 1703100 A 8 200009 4320
~
LMS FOR CEP-V-18 ft ~jt.3 +eh.ggq3 2 A 2381 ~F a J13 GEE.3fL+
CEP-LMS"2A N007 EA74080100 A 8 00015 $ 32.g Q'8 I LHS FOR CEP-V-2A 2 A 2 3 815F tt 543 R 558 J ~ 1/5 ~ 4 J13 CEP-V-2A+
CEP-LHS-28 N007 1703100 A 8 200009 4320 LHS FOR CEP-V"28 68 2 A 2 3 BIFF It543,, R 559 J ~ 4/5 J13
' CEP-V-28+
CEP-LHS-3A N007 74080100 A A 200015 4320 LHS FOR CEP-V-3A R 491 N54/5th CEP-g-3A+
68 2 A 2 3 Ol ~ F Clh
PROGRAN C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH . ~ ~ - PAGE NO 00011 MNP=.2 CLAS~~QtlIEHE DAZE 09/08lB I
STATUS aatSEISNIC (Sl '
.EES IIFG DESCRIPTION
~OOEE.. BLDG ELEV DETAIL PARAHETERS&ta III EG ~GEO~GEOG aENV ~ lE)
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O I
s CEP-LNS-38 N007 17031100 A A 200009 1320
~
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68 2 A 2381 ~ F Clh
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~eaZ ~080IZ R 191 H ~ 5/5 ~ 6 RQR1 432D CEP-V 4A+
68 2 A . 2 3 BIFF N 543 Clh CEP-LHS-48 N007 71080100 A A 200009 4320 LHS FOR CEP-V-18 R 495 HE 5/5 ' CEP-V-48+
68 A 2 3 ~IAAF CEP-SPV-1A
~'., SQLEBQIl}
58 Q PJLQT J.QR 2
A499 CEP=Y=IS~=6.l A 2 3 BIBF VJHT831A76 N543
~GG~GEB K12 A 8
~&X 315004 F N Jlss 21 00, 33+
ZR~ 4320 I9 G..=IN as &51 & 55 ~X15
'KL'"SRY=IJl SOLENOID PILOT FOR CEP-V-18 58
'EP-SPV-2A 2 A 2 3 A199 IR-67 BltF VJHT8316A76 N513 R
'13 555 5 ~ 8/N ~ 8 R63 R501 U
E"IR"67+
4320. U I
8 315004 G~ 21 00 33+
N 4320
'5 SOLENOID PILOT FOR CEP-V-2A IR-68 554 8 '/N ~7 R61 E-I R-68+
I 2 .Bl E ~GS R R501
'EP-SPV-28 A499 VJHT831654 A 8 315001 21 '00 33+
N 4320 SQLENOJD 58 AILQLXJlR CEP.,=V=26 18=68 2 A 2 3 81 ~ F N513
~5A MWCJIW J13 Rkl R5A " JLSS.t I
C$ P-SPY-3A SOLENOID PILOT FOR CEP-V-3A-b GI99 IR-62 VJH T831659.
R 471 Hah/6i8
& ~12555~~ R31 R206 E-I R-62+
.. 4320.
I' 58 2 A 2 3 BltF N543 C15
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5 2 5. 51 &9 .
.II&55 C CEP"SPV-4A A499 VJHT8316A76 A 8 315001 21 00 33+
N 4320 SQLEHQJD~JLDT .E91 CEP=V.=4S IR=63 a GGE Ew25.5 RG Gas E=IR=63+
58 2 A 2 3- 81 ~ F N543 C15 CKP=.SP V=46 A4$ 9 . VJHT8316A54 ..G O.~lssss. II 21 GO SOLENOID PILOT'OR CEP-V-48 IR-63 R 501 L ~ 4/9 ~ 3 R13 R305 E-IR-63+
58 2 A 2 3 BIFF N543 C14 C IA-HO-20 L200 SHB-000 A A 221001 P N 14 33 HOTOR OPERATOR 21.5 . 2, CIA-V-20 b,l. 3 Bl ........ 8556 R 525 Ja3/7
....J6 R51 CIA-V 20+
E C IA-NO-30A L200 SH8-000-5/P48 A A 221001 14
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HFG TO N2 BOTTLES SPY AS L200 3
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e 58 3 A 1 0 CIA-PROG-18 A611 182081020XX A 7 251001 F N 21 00 1320 20 STEP PROGRaTO N2 BOTTLE SPV~S R S56 He7/Be2 R61 R501 E-IR-68+
58 3 A 1 0 CyE +556 C'. I A-PS-21 A 1201 0288 8 A 256007 F N 25 00 ~ 33+ 1320

C DIV41 CIA, Ng HDR PRESSURE IR 67 R .557 5 ~ Bllo.B R63~595. -I8=61.+

a 58 2. A I 3 C~E H556 J6 CIA-PS-218 1204 0288 132.0 01 V+2 CIA N2 HOR PRESSURE IR-68 R 518 H7/8 ~ 1 R61 R501 E-IR-68+
58 2 A 1 3 C~E H556 F6 4320 e~
C IA-PS-22 A A499 S811AKR/TG10A32 A 256024 REHOTE LOCAL PS R 518 R63 E-IR 67+
220 2 A 2 3 G H 556 CIA-PS-228 A499 881 1 AKR/ TG10 A32 8 A 256001 N 14 00 50 4320 CIA NITROGEN HEADER PRESSURE IR-68 E-Il~+
220 2 A 2 3 G H 556 G7 PQ CIA-PS 29 8 256023 4320 ~
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PRESS SCOTCH CONTAINHENT SUPPLY R 522 R51
) /Q 220 2 P 2 0 G H556 K07 CIA-PS 39A H239 OAM7023-804 A A 256011 F N 25 00 33+ 4320 CIA CROSSTIE TO CN BACKUP IR-71 R 525 HE 8/7 ' RSI R408 E-IR "71+
58 2 A 2 3 G H556 4L CIA-PS-398 8235 OAM-7023 804-RBS H556 e~ klL 1~1 GT A A 256011 N
~e 25 00 33+
MR D~ 4320 712203 eeeeem el320 CJ A-P T 20 G080 E-IR-71+
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CIA HEADER 59 PRESS'R-67 2 A 1.3. 55.56 R
518 H~
J6 R63 ea CIA-PT"218 R369 1151GP7A22T0003 8 A 8 259003 4320 PRESS'R-68 550. 7,/8 ~ 2....,....... R.6L E=J.R-.68+
a CIA HEADER 59 2 A 131 'l556 H~
F6
PROGRAH Cl 'ASHINGTON PUBLIC POW IJPPLT SYSTEN PAGE NO 013 WN~CLPRS ~OQIRIEHT LISJ .6 J.E.A.RLO 8/S STATUS = otoSEISHIC IS) PARANETERS ~ o* oENV ~ lE) PARAHETERSo EPN HFG NODEL E E E\B -JE4-AL. TEXI 4ELXO B~E~RIE~BE L BQIIRB DES CR IP T I ON BLDG ELEV DETAIL ZONE ROOH ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE 4 CIA-RLY-21A S140 219XBXP H 283011 CONTROL RELAY CLOSES ON LO PRESS 4320
~
R 548 H~o/Se~
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~329 CONTROL RELAY CLOSES ON LO PRESS 218 3 A 1 0 CeE E519/18 R
- 'F6 550. H>7/Bo2 H
E IR-684 CIA-SPV-10A N090 HV229HQ-S2 T T 315023 1320 0 ~ 5" SOL PILOT ON N2 BOTTLE DISCH R 140 Nol/I~ 3 R23 R105 215 2 A 1 0 C N 556 CIA SPV-108 N090 MV229NO-S2 T T 315023 4320 0 ~ 5" SOL PILOT ON N2 BOTTLE DISCHo 215 2 A I 0 C N556 FB
~ CIA-SPV I iA H090 HV229HO S2 No T T 3 5 3 %3.2Q 0 ~ 5" SOL PILOT ON N2 BOTTLE DISCH R 410 N~ 1/I ~ 3 R23 R105 215 2 A 1 0 C N 556 GB CIA-SPV-118 H090 NV229NQ-S2 T T 315023 4320 0 ~ 5" SOL PILOT ON N2 BOTTLE DISCH R 110 N ~ 1/7 ~ 0 ~
R23 R105 215 2 A I 0 C H556 FB CIA-SPV-12A -
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. H090 HV229HO-S2 T 315023 1320 4 Oo5" SOL PILOT ON N2 BOTTLE DISCH R 140 No//I ~ 3 R23 R10S 215 2 A 1 0 C N556 GB CIA-SPV-128 H090 HV229HO-S2 T T 315023 4320 Oo5" SOL PILOT ON N2 BOTTLE OISCH R 140 N~ 1/7 ~ 0 . R23 R105 215 2 A I 0 C 8556 FB CIA-SPV-13A 8090 HV229HO-S2 T T 315023 1320 0 ~ 5" SOL PILOT ON N2 BOTTLE DISCH R 410 N~ 1/I ~ 3 R23 8105 215 2 A I 0 C 8556 GB CIA"SPV-138 H090 HV229NQ-S2 T T 315023 1320 0 ~ 5$ SOL PILOT ON N2 BOTTLE OISCH R 410 N~ 1/7 ~ 0 R23 R105
'215 2 A 1 0 C H 556 FB C IA-SPV-IIA H090 HV229HQ S2 T T 315023 4320 6.5 215 SOi PICKY 5M 82 65fTii bfSCH ~RI 5 Ki/4 ~ 3 R23 R105 2 A 1 0 C N 556 - GB IA=SPV=HB T T 315023 4320
~ 5" SOL PILOT VLV ON N2 BTTL DISCH R 140 R23 R1 05 215 2 A 1 0 C 8 556 FB

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PROGRAM C1E-STD MASHINGTON PUBLIC POUER SUPPLY SYSTEM PAGE NO 00014 UNP 2 CLASS 1E EQUIPME~N ST DATE 09/08/82 STATUS aaaSEISHIC IS) PARAHETERSaei eENV; IE) PARAHETERSe EPN HFG MODEL S E QID 'fH~J~E~At}L FO C FREtt QG~G DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN
~ CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE
' 4320 CIA-SPV-158
~ 5% SOL PILOT VLV ON N2 BTTL H090 D ISCH HV229HQ-S2 R 440 N~i/7e T
' 315023 3 R 05 'B 215 2 A 1 0 C 8 556 l
CIA-SPV-168 H090 HV229HQ-S2 T T '15023 4320
~ 5" SOL PILOT VLV ON N2 BTTL DISCH 410 N~ 1/he3...".:
'B R23 '105 215 2 A 0 C H556 =
CIA-SPV-178 H090 MV229HQ-S2 T T 315023 4320
~ 5" SOL PILOT VLV ON N2 BTTL D ISCM R 440 N~ 1/7 ~ 0 R23 R105 215 2 A 1 0 C H556 FB CIA "SPV-188 8090 HV229MQ-S2 T 315023 4320 0 ~ 5" SOL PILOT 215 2A1081 ON N2 BOTTLE DISCM ~
8556 R 440 NF 1/he3 FB R23 8105 CIA-SPV-198 H090 HV229HQ S2 7 T 315023 4320
~ 5" SOL PILOT VLV ON N2 BTTg DISCH R 440 N~ 1/7e0, R23 R105 215 2 A 1 0 C H556 FB CIA SPV 1A MO90 HV229HO-S2 T T 315023 4320 0 ~ 50 SOL PILOT ON N2 BOTTLE DISCH R 440 N~ 0/4 ~ 3 R23 R105 215 2 A I 0 C H556 GB CIA-SPV-18 H090 MV229HQ-S2 T T 315923 4320
~ 5" SOL PILOT VLV ON N2 BTTL D)SCIL 215 2 A 1 0 C H556 FB
. CIA-SPV-2A H090 HV229HQ-S2 T 315023 . 43.20.
~ Se SOL PILOT VLV ON N2 BTTL D ISCM R 440 N~ I/4 3 R23 R105 215 2 A 1'0 C H556 GB CIA-SPV 28 M090 HV229MQ-S2 T T 315023 4320
~ 5% SOL PILOT VLV ON N2 BTTL D ISCM R 440 N~ 1/7 ~ 0 R23 R105 215 2 A 1 0 C H556 FB CIA-SPV-3A 215 5% SOL PILOT VLV 2
ON A I M090 N2 BTTL DLSCM 0 C HV229M0-S2 H 556 R
GB T 7 IIII N ~ 311 ~ 3 ~R 315023 4320 CIA-SPV-38 H090 MV229HQ S2 T T 315023 4320
~ 5" SOL PILOT VLV ON N2 BTTL DISCM R 440 NF 1/7 ' R23 R105 215 2 A 1 0 C H556 FB C I A-S P V-4A H090 HV229HO-S2 T T 315023 4320
~ 5" SOL PILOT VLV ON BTTL 0 ISCM R 440 N~ 1/4 ~ 3 R23 R105 215 2 A 1 0 C M556 GB CIA-SPV-48 M090 MV229HQ-S2 T T 315023 4320
~ 5" SOL PILOT VLV ON N2 BTTL D ISCM R 440 N~ 1/7 ~ 0 R23 R105 2 5 I 0 C M 556 FB
0 PROGRAN C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00015 VNP-2 CLASS 1E EOU$ PQQfT~)S+ DATE, 09/08/82 STATUS oo>>SEISHIC IS) PARANETERSoo>> >>ENV ~ IE) PARANETERSo EPN HFG NOBEL S E IO 1'H HL TEST ANL FO C Q FREO AGING OBE .C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE J
C' C I A -.S P V-5 A H090 HV229HQ-S2 T T 315023
~ 5>> SOL PILOT VLV ON N2 BTTL OISCH 4320 215 2 A I 0 C N 556 GS CIA-SPV-58 H090 NV229NQ-S2
~ 5" SOL PILOT VLV ON N2 BTTL OISCH R, 140 N~ 1/7 ~ 0 "
R23 R105
%3k0 215 A 1 0 C 8556 'FS CIA-SPV-6A H090 NV229HQ-S2 I T 315023 5" 4320
~ SOL PILOT VLV ON N2 BTTL DISCH R 410 N~ 1/I ~ 3 R23 R105 215 2 A I 0 C 8556 GS CIA-SPV 68 H090 HV229HO-S2 7 T 315023 o5>> SOL PILOT VLV 1320 ON N2 BTTL DISCH R. Ih0 N~ 1/TAO I@3 215 2 A 1 0 C N556 FS CIA-SPV-7A H090- HV229NQ-S2 T T 3lgg23 5" SOL PILOT VLV ON N2 BTTL 0 ISCH 4320
~ R IIO N~ I/O ~ 3 R23 R105 215 2 A I 0 C N556 GS CIA-SPV 78 H090 NV229NO-S2 T T 315023 o5" SOL PILOT VLV 1320 215 ON N2 BTTL OISCH R 110 N~ I/7 ~ 0 R23 R105 2 A I 0 C N558 FB CIA SPV-BA H090 HV229HO-S2 7 T 315023
~ 5>> SOL PILOT VLV 4320 ON N2 BTTL OISCH R Ih 0 N~ 1/4o3 R23 R105 215 2 A 1 0 C 8556 CIA-SPY-88 H090 HV229HQ-S2 T T 315023 5" SOL PILOT VLV ON N2 BTTL OISCH 43/0
()
~
215 R 410 N~ I/To 0 R23 R105 2 A 1 0 C 8556 FB o
CIA-SPV-9A H090 HV229HO-S2 T T 315023 5" 1320
~ SOL PILOT VLV ON N2 BTTL 0ISCH R 440 N~ 1/I ~ 3 R23 R105 215 2 A I 0 C H556 GS CIA-SPV"98 H090 NV229HQ-S2 T T 315023
~ 5>> SOL PILOT VLV ON N2 BTTL OISCH 4320 R 410 Nol/7 ~ 0 R23 R105 215 2 A I 0 C 8556 FS CIA-TOS-1A H SEC DELAY FOR CIA-PROGR 1A 1320 R 550 H~ 8/5 ~ 8 E-IR-67+
I 3 A 1 0 CUE E 519/I 8 n6 A=TOE=ib H 0 3 SEC DELAY FOR CIA-PROGR-18 R 548 HE 7/8 ' E-IR-68+
4320 3 A I 0 CeE E519/18 ne CIA-V-39A H090 NV229HS-S2 T I 361008 5" 1320
~
215 SOL ~ AIR TIE TO N2 HOR R 540 K~ 0/I ~ 3 R 52 CIA-V-39A+
2 A I 0 81 8556 H7
S 0
PROGRAM C1E-STD MASHINGTON PUBLIC P01JER SUPPLY SYSTEM PAGE NO 00015 DATE 09/08/82 STATUS +ooSEISHIC (S) PARAlIETERS ~ oo oENV ~ IE) PARAHETERSo EPN NFG NODEL S E QIO TM H TEST ANL FO C FREQ AGING.. DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCT ION A/E DRAMING A/E ZONE I
C' CIA SPV-5A H090 HV229HQ-S2 T T 315023 5i SOI. PILOT VLV 4320 215 2 ON A
N2 BTTL DJSCH 1 0 C N 556 R P1$ No) lg+o R.g3 ~1 05
. GS CIA-SPV-58 5"
H090 HV229HO-Sg I I iig0+ 4320
~ SOL PILOT VLV ON N2 BTTL DISCH R 110 N~ 1/7o0 R23 R105 215 2 A 1 0 C II 556 FS CIA-SPV-6A N090 MV229HQ-S2 T T 315023 5" SOL PILOT VLV ON N2 8TTL D ISCH 4320
~ R 110 N~ 1/1 ~ 3 R23 8105 215 2 A I 0 C ll 556 GS CIA-SPV-68 H090 I
~ 5" 215 SOL PILOT VLV ON N2 BTTL DISCH 2 A 1 0 C MV229HO S2 N 556 R 410 N~ 1$ 7e0 FS T
~3 315023 RglIS 4320 CIA-SPV-7A H090 HV229HQ-S2 7 T 315023 4320
~ 5" SOL PILOT VLV ON N2 BTTL DISCH R 140 N~ 1/4 ~ 3. R23 R105 215 2 A 1 0 C N 556 GS CIA SPV-78
~ 5" SOL PILOT VLV H090 NV229MQ-S2 I T 315023 1320 ON N2 BTTL 0ISCH R 140 N~ 1/7 ~ 0 R23 R105 215 2 A I 0 C Il 556 FS CIA-SPV-SA M090 HV229HQ-S2 T 7 315023 SOL PILOT VLV 4320
~5 ON N2 BTTL DISCH R 410 N~ 1/1 o3 R23 R105 215 2 A 1 0 C N556 GS CIA-SPV-SB N090 NV229HQ S2 T T 315023
~ 5" SOL PILOT VLV 4320 ON N2 BTTL DISCH R 140 No 1/7o0 R23 R105 215 2 A 1 0 C GI 556 FS II CIA-SPV-9A H090 HV229NQ S2 T T 315023 4320
~ 5" SOL PILOT VLV ON N2 BTTL DISCH R 440 Nol/4 ~ 3 . R23 R105 215 2 A 1 0 C H556 GS CIA SPV 98 H090 HV229HQ-S2 T T 315023
~ 5" SOL PILOT VLV 4320 ON N2 BTTL DISCH R 440 N~ 1/7 ~ 0 R23 R105 215 2 A 1 0 C 'I 556 FB CIA-TDS-1A 4320 o
CCC OCCK~OR CTA-PROGR-~I 3 E519/18 R 550 HoS/5 ' E-IR-67+
A 1 0 COE 06 I
OS~8 N 4320 3 SEC DELAT FOR CIA-PROGR-18 R 548 HE 7/8 ' E-IR"68+
3 A I 0 C~ E E 519/18 06 CIA-V-39A H090 HV229NS-S2 T T 361008 4320 5"
215 SOL AIR TIE TO N2 HDR 2 A I 0 81 N556 R 540 K '/4H7
~ 3 R52 CJA-V-39A+
0 0
0 PROGRAN C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEN CLASS lE EO~U~PQQJ LJ,S~
PAGE NO 00016 t'NP-2 SILIS~SLSS/JIS 3
STATUS >ioSEISNIC (S) PARAHETERSoa ~ oENV ~ (E) PARANETERSo ,'0 EPN NFG DESCRIPTION BLDG ELEV SD DETAIL 5IR ZONE BLJILMSS~SI ROOH DLJ'EQ.
ACCURACY
~LSR SS~ IIOSILS CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCT TON A/E DRAVING A/E ZONE C I A-V-398
~ 5" 215 SOL ~ AIR TIE 2
TO N2 HOR A I N090 0 81 HV229HS-S2 N556 R 0 H F7 T T 361008
- - 'IS'320 CHS-AY-1 H202 ANALTZER 928 2 A 8135 1 3 SR-13 I
7CIH2)ANO 755{02)
H513 518 N6/ho5
. ~
E6.
P A I;;
025002 R63 S SR 134 1320 CHS-AT 2 8135 7C{H2)ANO 755 (02) P A 025002 H202 ANALYZER 4320 R 518 N6/ho5 S-SR-1h+
928 "2 A 1 3 I N543 ) l1 I CHS-LT-1 R369 1151 8 0 209007 N 14 00 IR- 24 SUPPRESo CHANB ~ VTR ~ LEVEL HONIT ~ R 165 Jo5/I ~ 3 R3 R 6 2 A I 3 I 8543 Bih CHS-LT-2 R369 IOPI022T 003PB 8 8 209007 N 11 00 50 21 R 161 H~ 2/7 ~ 7 R33 R211 59 2 A 1 3 I H513 '86 CHS NH P017 600 09A P 0 217002 21 gi 3 HE FOR DRTVELL C 536 190 0 AZ C15 220 2 A 1 3 I H543 E13 CNS-NE 2 P 017 600 09A P D 217002 NE FOR ORYVELL R 536 195 D AZ RI6 220 2 A 1 3 I 5) 513 F7 (3,
CHS-HC-3 P017 600-09A P 0 217002 HE FOR OKVQCLL 24 53561~S 3 51 5 Ih 220 2 A 1 3 I H513 E7 5$
CHS-HE-I P017 600-09A P D 217002 HE FOR ORYVCLL 24 R 536 190 0 AZ R54 220 2 A I 3 I H543 E13 CNS-HE 5 P047 600-09A P 0 21 7002 HE FOR ORYVELL 24
~
R 536 15 0 AZ R56 220 2 A 1 3 I 8513 E7 CHS HT 1 P 047 H26E 0 ~
224001 Ht Fdf 5RVQ 24 Lt C 536 C15 220 3 A 1 3 I 5543 E13 CNS-NT-2 P047 N26E D 221001 NT FOR ORTVELL 21 R 536 R16 220 3 A 1 3 I H543 F7 CHS-NT-3 P047 H26E 0 221001 HT FOR DRYVELL 24 R 536 220 3 A I 3 I SS 543 5 i)
MASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP-2 CLASS 1E EQUIPHENT LIST PAGE NO 00017 I
ATE 09/08/82 STATUS ~~+SEISHIC IS) PARAHETERS+~* ~ENVt IE) PARANETERS+
EPN NFG 0 ') DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE
)
l Q e CHS-HT 4 P017 H26E D 221001 21
) NT FOR OR YMELL R 536 54 220 3 A 1 3 I H513 E13 CHS-HT-5 P047 N26E D 22100 HT FOR DRYIIELL 21 R 536 R52 220 3 A 1 3 H 543 ET CHS-PT I R369 1151GP4A22NBGE3 A 8 259003 R N 14 00 07 4320 CONTAINHENT PRESS ~ HONITORING IR-6 R 555 5 '/HE 8 R63 E-IR-67+
58 2 A I 3 I H543 F13 CHS-PT-2 R369; 1151GP7A22HBGE3 A 8 259003 11 00 R N 07 4320 CONTAINHENT PRESS HONITORING 1R-68 55) 8+2/Hol R61 R E-)R-6))+
58 2 A 1 3 ! I H543 GT I
CNS-PT-2R R369 163C1564P442203 A 8 259003 PRIIIARY CONT ~ PRESS 4320
~ R 550 HoT/8 ~ 2 R61 E-IR-68+
59 2 A 2 0 G H513 G7 CHS-PT 3 R369 115iGPZA22NBGE3 8 259003 A R N 11 07 4320 SUPPRES ~ CHAHB ~ PRESS ~ HONITOR IR-66 R 501 N~ 0/5 ~ I R43 R305 E-IR-66+
59 2 A I 0 I H513 C15
( CHS-PT-4 ~
R369 1151GPZA2278GE3 A 8 259003 R N. 14 07 4320 SUPPRES ~ CHAHB ~ PRESSoNONITOR IR-63, R 50$ L ~ )$ 9~3 Rhl R305 f-HtQ+
59 2 A 1 0 I H513 86 C"
- CHS-PT-5 R369 1151GTTA22NBGE3 A 8 259003 R N 11 07 4320
~ CONTAIAHEflf PAESSiHONTORINC IR-6'7 R 555 5 '7Ro8 R63 R501 E-IR-67%
H543 G13
,,I
!CNS-PT 6 8 259003 A R N 14 07 4320 CONTAINHENT PRESS ~ HONITORING IR-68 R 551 8 '/HE 7 R61 R501 E-IR-68+
59 2 A 1 3 I H513 H7 CHS-PT-6R CONTAINHENT PRESS 9 2
~
A R369 HIGH RANGE 2 0 G IGP7A22T0003PB
'I 513 R 550 N
~ A o7/8 o2 HT 8 259003 R61 R N 14 07 E IR 68'320 CHS-RE-12A "RE'FOR DRYQELL 1320 S-SR 20+
2 A 1 3 I )I 543 F13 I
CITS=RE=f28 o[
o~
RE FOR "92B DRYMELL
'"2 CNS-RE-278 2
"A" A
RE FOR LOCA DRYIIELL MONITOR 1
13 3
R220 f'543 I
RS-Ch-1606-203 H544" R 526 K~
F6 3/7 ~ 1 0 277005 R57 S-SR-21+
4320 4320
PROGRAH C1E-STO 'MASMINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00018 NNP-2 CLASS 1E EQUIPHENT LIST SITE 99/OSTSO ~
STATUS 4+4SEISHIC IS) PARAHETERSiaa iENV ~ (E) PARAMETERS>> 8 91~ST /~EST EPN HFG HODEL 3 2 DETAIL 32tl DLC~FO AOTEG OSE 2 HOURS DES CR IP T I ON BLDG ELEV ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE, 9
CHS-RE-27D R220 RS-C4-1606-203 0 277005 4320 RAD ELEMENT ELEVATED RELEASE PT~ R 611 Hi 3/6 ~ RB 928 2 A I 3 I H544 03 TCHS-TE-21 H329 TC-2370-88-A-250-TT 339002 '
D N 4320 REACTOR DRYMELL C 515 264 DEG AZ C38 218 2 A I 3 I H543 '- 010" CMS-T E-22 H329 TC-2370-88-250 TT D N 339002 Y 4320 REACTOR ORYIIELL C 515 276 DEG AZ C38 218 2 A 1 3 I M543 DIO CMS-TE-23 M329 TC-2370-BB-A-250-TT D N 339002 Y 4320 REACTOR ORY'NELL C 5/5 7+ DEG AZ C38 218 2 A 1 3 I 'I 543 C10 CHS-TE-41 M329 TC-L13X-T-A-24-3 9 H~339 SS 9 TE FOR SUPPRESSION POOL VATER C 451 2 DEG AZ C25 218 2 A 1 0 I H543 813 CHS-TE 42 H329 TC-113X T-A-24-3 D N 339002 Y TE FOR SUPPRESSION POOL AIR C 492 225 OEG AZ C36 218 2 A 1 0 I M543 86 I'HS-TE 43 H329 TC-113X T A 24 3 D N 339002 Y 24 TE FOR SUPPRESSION POOL VATER C 451 225OEG AZ C26 218 2 A 1 0 I 86 CHS-7 E-44 M329 TC-113X- T-A-24-3 D N 339002 Y 24 TCFOR SUPPRESION PODL AIR C 492 2 DEG AZ C35 218 2 A 1 0 I 8543 813 CRA-H 1A1 R165 /365TCZ H 213039 Y 0 MOTOR FOR 67 CRA-FN-1A1 2 A 2 3 M543 C 501 62 0 AZ R30 012 C45 CRA-FC-IA+
~ N CRA H 1A2 R165 /444TCZ H 213040 Y MOTOR FOR CRA FN 1A2 CMC=3k+
67 2 A 2 3 N M543 D12 CRA-H-181 R 165 /365TCZ M 213039 Y MOTOR FOR CRA-FN-181 C 501 182 D AZ R30 C46 CRA-FC-18+
67 2 A 2 3 N M543 Dl 1
.I CRA-H-1 B2 R165 /444TCZ H 213040 Y MOTOR FOR CRA-FN-182 C 501 186 D AZ R30 C56 CR A -F C-18+
67 2 A 2 3 N H543 Dll Q CRA-H-l Cl
~
R165 /365TCZ H 213039 Y MOTOR FOR CRA-FN-lcl C 501 271 0 AZ R30 R46 Cgt A-F C-1C+
67 2 A 2 3 N M543 D9 CS
il 0
PROGRAM ClE-STO IIASHINGTON PUBLiC POVER SUPPLY SYSTEM MAP-2 CLASS 1E EOUIPHEtt, S PAGE NO 00019 Q A~09++ 8/Q 2 STATUS * ~ +SEISMIC lS) PARAMETERS+14 +ENV ~ IE) PARAMETERS+
I. EPN MFG MODEL S E 010 TH HL TEST ANL FO
~ C FRED AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOM ACCURACY COMPOSITE EPN CONTRACT L E V EL EC USE SAFETY FUNCTION A/E ORAlliNG A/E'ONE C'RA-M-1C2 R165 /4IITCZ H 213010 Y MOTOR FOR CRA-FN-1C2 501 2/5 0 3 67 2 A 23 N M 513 C
08 A~Z C41 CPA~-Ig+
CRA-H-2AI R165 13G5TCZ 75HP/37o6A MOTOR FOR CRA-FN-2A1 C 522 270 OEG R55 CRA FC 2A+
67 2 A 23 N H513 Hl 1 CRA M 2A2 R165 M 30HP/65-36A MOTOR FOR CRA-FN-2A2 C 522 270 DEG RSI CRA-FC-2A+
I 67 2 A 2 3 N M513 Hll CRA-H-281 Y 75HP/TA HOTOR FOR CRA-FN 281 C 522 R56 CRA FC-gB+
67 2 A 2 3 N 9543
~ CRA-H-282 25HP/?A MOTOR FOR CRA FN-282 C 522 R56 CRA"FC-28+
67 2 A 2 3 N H543 H9 CRA-H-3A R165 600287-8/AOH S 213037 14 00 H Y 60 4320 IOHP/17oIA MTR DRIVER CRA-FN-3A C 531 50 D AZ R17 855 CRA FN-3A+
22A 2 A I 3 0 M543 F 2 I
CRA-H 38 R165 600287-8/AOM S M 213037 Y 11 00 60 4320 10)IP/17 ~ 1A 22 A MTR 2
DRIVER CRA-FN-38 A I 3 0 9513 534 19.9 F9 Q.DZM~SI CBA-~F- +
CRA-H-3C R165 600287-8/AOM IOHP/17oIA HTR DRIVER CRA-FN-3C C 531 60 0 AZ R17 R51 CRA-FN"3C+
22A 2 A I 3 0 M543 FB CRA-M-4A R165 600287-9/AOH S M 213038 Y 11 00 60
() 4320 i 7 'HP/TA MTR DRIVER FOR CRA-FN-4A C 572 330 D AZ R17 R71 CRA FN IA+
22A 2 A I 3 0 H513 J10 I ~ CRA-H-48 R165 '00287"9/AOH S H 213038 Y, 11 00 60 4320 ToSHP/TA HTR DRIVER FOR CRA FN 40 C 572 206 0 AZ R17 R74 22 A SJA =EN~L+
2 A 1 3 0 MSI3 J9 G ~
CRA-H-5A R165 FRAME 032ITCZ S M 213050 Y I 00 10)IP/17+ lA MTR DRIVER CRA FN SA C 572 180 D AZ R17 R71 CRA FN 5A+
22 A 2 A 1 3 0 543 JS CRA-M-58 R165 FRAHE 0324TC Z S M 213050 Y 11 00 60 4320 IOHP/17olA HTR DRIVER CRA-FN-58 C 572 20 0 AZ R17 ~ R74 CRA-FN-58+
22 A 2 A I 3 0 M543 Jll CRA-H-SC R165 FRAHE 0324TCZ S 8 213050 Y 14 00 60 1320 IOHP/17eIA HTR DRIVER CRA-M"5C C 572 270,D AZ R17..R74 CRA-~F-SC+
22A 2 A I 3 0 H543 HB
C PROGRAM C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00020 4 MNP-2 CLASS 1E EOUgPMQ~
DV.f&M~ 9.8/90 I
STATUS oo~SEISHIC IS) PARAHETERS+o+ ~ ENV ~ IE) PARAHETERSo ',0 EPN DESCRIPTION BLDG ELEV DETAIL OUl ZONE I~~X~H~Jl~EEf5~Ã!Ui ROOH ACCURACY MK 0 COHPOSITE EPN HOU8$ .
CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRA-H 50 165 600287-8/AOH '
R S H 213037 i4 00 60 4320 10HP/17olA 22 A HTR DRIVER CRA-FN-SD 2
C,~9@} g 7 I A 1 3 D H 543 Hl 1 CRO-E/P-1 G080 15887013P7 D 101001 1 ~0 ELECTRIC/PNEUHAT I C CONVERTER R 521 H~ 8/3 ~ 8 02 2 A 2 1 A H 528 CB CRO-LS-13A CRO LEVEL 02C12 2 A 1 HOIO 3
A 5o 0-751-1X-HPG-S 13HY H528 R 522 J2/6 ~ 9 Jll A 8
'51 207004 M N R404 ll 00 00 ~ 17 C' CRD-LS-138 H040 5 ~ 0-751-1X-HPG-S13HY A 8 207001 M N 14 00 00 ~ 17 CRD LEVEL R 530 J2/6 ~ 9 = ~ R 51 Rl 01 02C12 2 A 1 3 A 8528 CRO-LS-13C HOI0 5o0 751-iX HPG H13HY A 8 207004 'M 14 00 N 00 L7 CRD LEVEL 02C12 R 532 J ~ 4/4 ' R52 R401
~
2 A 1 3 A H528 J6 CRO-LS-130 H040 5 ~ 0-751-1X-HPG-H13HY 207004 I/I 9 8 A M N 14 00 00 CRD LEVEL F 17 R 532 J ~ ~ R52 RIOI 02C12 2 A 1 3 A H528 J7 CRD-LS-13E H010 5~ 0-751 2X-HPG<<H1IHY A 8 207004 14 00 M N 00 ~ 17 CRD LEVEL R 528 J ~ 4/I ~ 9 R52 RI 08 02C12 2 A 1 3 A H528 H7 CRO-LS-13F H040 5 ~ 0-751-2X-HPG-H14HY A 8 207004 ll N 14 00 00 ~ 17 CRb LEVEL 02C12 2 I 3 8 52S Jol/I o9 R52 R408 A A H 528 H7 o CRD-POS-1260219 H302 8 F 17 IQ 41 POSITION S'MITCH R 522 L5/8 ~ I CRD-HCU" 0219+
02C12 3 A 1 0, A H528 CI CRD-POS-1260223 H302 ~ 17 POSITION SMITCH R 522 L5/8 ~ I MKVNQ+
02C12 3 A 1 0 A H 528 Cl CRD-POS-1260227 H302 POSITION S'MITCH R 522 LS/8 ~ I CRO-HCU-0227+
02C12 3 A 1 0 A 8528 Cl CRD "POS-1260231 H302 8 17 L5/8 '
~
POSITION SMITCH R 522 CRD"HCU-0231+
02C12 3 A 1 0 A H528 C4 CRD-POS-1260235 8302 POSITION SMITCH ~ 17 R 522 K2/S'il Cg-QLU-0235+
02C12 3 A I 0 A 8528 C4
.)
Q PROGRAM C1E-STD
. ~
MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00021 4
VNP=R CLA.SS~F EGMIRIEHL~S ~f.~0/08/8?
STATUS saiSEISHIC IS) PARAMETERS+a* aENV ~ IE) PARAMETERS+
EPN DESCRIPTION MFG . MODEL BLDG ELEV S
DETAIL QJQ ~T ZONE QL Tg+T AN~ g ~FE1) AGING PBE C ..tIOugs....
ROOM ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE I
CRO-POS-1260239 M302 8 POSITION SMITCH ~ 17 R 522 K2/8+4 R~gU 0239+
02C12 A I 0 A H 528 Cl CRD POS-1260243 M302 8 POSI TION SMITCH R 522 K2/804 F 11 02C12 CRO-HCU-02434 3 A 1 0 A M528 Cl CRD-POS-1260615 H302 8 POSITION SMITCH F 17 R 522 LS/8 ~ 4 CRO-HCU-0615+
02C12 3 A 1 0 A M 528 C4 C'RO-POS-1260619 H302 8 POSITION SMITCH ~ 17 R. 5?R..LS/J.el CBO=HQI=R6.19+
02C12 0 A M528 Cl
," ~ 'CRD-POS-1260623 H302 POSITION SMITCH R 522 LS/Bol . ~ Ig CRO-HCU-0623+
02C12 3 1 O' M528 Cl CRD-POS 1260627 H302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRD-HCU-0627>
02C12 3 I 0 A M528 Cl CRD-POS-1260631 M302 8 ~ 17 POSITION SMITCH 02C12 3 A I 0 A M 528 R 522 L5/Sol Cl CgP -liC U~.63.1 i CRO-POS-1260635 H302 POSITION SMITCH ~ 17 I R 522 K2/F 4 CRO-HCU 06351 02C12 3 A I 0 A M528 C4 CRD-POS-1260639 H302 8 POSITION SMITCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-0639+
02C12 3 A I 0 A 'I 528 C4 CRD-POS-1260643 H302 POSITION SMITCH F 17 R 522 K2/F 4 CSO.-HCU"0643+
02C12 3 0 A H528 C4 CRO-POS-1260647 H302 8 POSITION SMITCH 17 R 522 K2/8 ~ 4 CRO HCU 0647+
02C12 3 A 1 0 A 5528 Cl
.. CRO-POS-126ioii H302
~ 17 Q POSITION SMITCH R 522 L5/8 ~ 4 CRO-HCU-1011' 02C12 3 I 0 A II 528 C4 CRO-POS-1261015 H302 POSITION SMITCH ~ 17 R 522 L5/F 4 CRO-HCU-10 15+
1 02612 3 A 0 A H528 Cl p
Cl I
II f
PROGRAH C1E-STD
~EP-2 MASHINGTON PUBLIC POMER SUPPLY SYSTEH CgS~~EE OJETLEETEJJST PAGE NO 00022 Agf ILt/08/82 STATUS ~ ++SEISHIC IS) PARANETERSo+o ~ ENV ~ IE) PARAHETERSo EPN HFG HOOEY DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRO-POS-1261019 N302-. 8 ~ 17 POSITION SNTTCIT 2JP~Sa CRUKILI.O.I%+
02C12 3 A I 0 A N 528 CRO-POS-1261023 H302 POSITION SMITCH R 522'.5/8 ~ 4 CRD-HCU"1023+
02C12 3 1 0 A N528 '
C4-'
CRD "POS-1261027 N302 ~ 17 POSITION SMITCH R 522 L5/8 ~ 4 CRD HCU-10274 02C12 3 A I 0 A JI 528 C4 CRD-POS-1261031 H302 ~ 17 POSITION SMITCH R Sgg LS/+oh S=UQldJLQ+
02C12 3 A I 0 A 'I 528 Ch CRO-POS-1261035 H302 POSI ZION SMITCH R 522 K2/Boh CRO-HCU 1035o 02C12 3 A I 0 A N528 Ch CRD-POS-1261039 N302 F 17
~ POSITION SMITCH R 522 K2/Boh CRO HCU-1039+
02C12 3 A 1 0 A N528 CRD-POS-1261043 H302 8 POSITION SMITCH 02C12 3 A I 0 A N528 R '52? K~/~ Ch QLhHS&9.3o
~ 17 CRO-POS-1261047 N302 POSITION' SMITCH R 522 K2/8 ~ 4 CRO HCUii0474 02C12 A 1 0 A H528 Ch CRO-POS 1261051 H302 ~ 17 POSITION SMITCH R 522 K2/8 ~ 4 CRO-HCU" 1051+
02C12 3 A 1 0 A H 528 C4 CRO-POS 1261407 H302 ~ 17 R Sgg LS//oh NPMM=1597+
I 0 A H 528 C4 CRO-POS-1261411 N302 ~ 17 POSITION SMITCH R 5 22 L 5/ 8 ~ 4 CRD "HCU-14 11+
02C12 3 1 0 N528 C4 CRD-POS 1261EI15 8302 ~ 17 POSITION SMITCH R 522 L5/Boh CRD HCU 141St 02C12 3 A I 0 A N 528 Ch
- CRO-POS 1261419 H302 8 ~ 17 POSITION SMITCH *P R 522 L5/8 ~ 4 CRO "HCU-1419+
02C12 3 A 1 0 A 'I528 C4
PROGRAM ClE-STD WASHINGTON PUBLIC POWER SUPPLY SYSTEM
<< VNP-2 CLASS IE EOULPQE~T~(ST PAGE NO 00023 DA~T 09~08/82 l
STATUS ~ <<<<SEISHIC IS) PARAHETERS<<<< ~ <<ENYO tE) PARAHETERS*
EPN MFG HOOEL OIO S E TH HL TEST ANL FO C FREO AGING OBE C lkOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOM ACCURACY CONTRACT COHPOSITE EPN LEVEL EC USE SAFETY FUNCTION A/E ORA'WING A/E ZONE CRD-POS-1261423 H302 8 POSITION SWITCH ~ 17 R 52/ L5/8<<4 CRD HCg-1423<<
02C12 3 A 1 0 A HS28 Ch CRO-POS-1261427 M302 POSITION SWITCH 02C12 3 A 1 0 A 528 R 522 L5/8 ' CRD-HCU-1427+
~ 17 M C4 CRD-POS-1261431 H302 8 POSI T SWITCH ~ 17 ION R 522 L5/8 ~ 4 CRD-HCU-1431+
02C12 3 A I 0 A H528 C4 CRD-POS-1261435 M302 POSITION SWITCH ~ 17 R 522 Kg/8 ~ Cgg-HCM-1435+
02C12 3 A 1 0 A M528 Ch CRD-POS-1261439 H302 POSITION SWITCH 7 R 522 K2/8 ~ 4 CRD-HCU-1439+
02C12 3 A 1 0 A 8528 C4 CRO-POS-1261443 H302 8 C'OSITION SWITCH R 522 K2/8 ~ 4 CRO-HCU-1443+
F 17 02CI 2 3 A 1 0 A M 528 C4 I
CRO-POS-1261447 M302 8 POSITION SWITCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-144 ++
02C12 3 A I 0 A M528 Ch CRD-POS-1261451 H302 POSI ION SWITCH R 522 K2/8 ~ 4
~ Ig CRD-HCU-1451<<
Q 02C12 3 A I 0 A 8528 Ch CRO-POS-1261455 H302 POSITION SWITCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-1455+
02C12 3 A I 0 A M 528 Ch CRO-POS-1261803 H302 8 POSITION SWITCH ~ 17 R 522 L5/8<<4 CRD-HCU-1803+
02C12 A 1 0 A H528 Ch CRD-POS-1261807 H302 POSITION SWITCH ~ 17 R 522 L578 ~ 4 CRD-HCU-1807+
02C12 A 1 0 A 8528 C4
. CKD-POS-i2618Ti H302 POSITION SWITCH ~ 17 R 522 L5/8%4 CRO-HCU-IBII+
02C12 3 A 1 0 '
M528 Ch CRD-POS-1261815 M302 8 POSITION SWITCH <<17 R 522 L5/8 ~ 4 CRO>>HCU-1815+
02C12 A 1 0 A 528 Ch
PROGRAH C1E-STO MASHINGTON PUBLIC POIJER SUPPLY SYSTEH PAGE NO 0002'I 4
V~P-95~55~~%tUEHEH D.AII HL986k I I
2 EPN HFG MOOQ.
STATUS 5~033 SEISHIC J~L tsl 2~355I PARAHETERS ~,ENV ~ (E) PARa.tETERS*
Sti 20 5 ~SE31 RGSRG PBS C UPIIRS DESCRIPTION BLDG ELEV DETAIL 0 3 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE ZONE ROOH ACCURACY COHPOSITE EPN I
0 5 CRO-POS"1261819 H302 8 17 2 POSITION SlJITCH 522 ~5/Beh
~
02C12 3 A I 0 A H528 R
Cl R>u-1$ U+
Q ~
CRO-POS-1261823 H302 17 POSITION SMI TCH R 522'S/Bel CRD-HCU" 18231
~
C 02C12 3 1 0 a H528 C4- 6+
CRO-POS-1261827 H302 8 O'OSITION Sltl TCH R 522 LS/8 ~ 4 CRO-HCU-1827+
F 17 JI2C12 3 A I 0 A H528 Cl CRD-POS-1261831 H302 17 POSIT'ION SMITCH 02C12 3 A I 0 A H528 R 522 L5/8 ~ 4 Cl R - U-183 i ~
ACRO-POS-1261835 H302 POSITION SQI RH ~ 17 R 522 K2/8 ~ 4 CRD 02C12 3 A 1 0 A HS28 Cl CRD-POS-1261839 H302 HCU-,1835'RO-HCU-18391 IOtJ SIJI TCH F 17 POSIT R 522 K2/Bel 02C12 3 A 1 0 A It 528 Cl I
~ CRD-POS-1261843 H302 8 POSITION SMITCH ~ 17 R 522 K2/Beh CRD CU" 1843+
02C12 A . 1 0 A H528 C4 CRD-POS-1261847 H302 2)
P581TfoA ~ 17 AFT'2C12 522 K2/8 ~ 4 CRD HCU 1847+
3 A 1 0 A H528 C4 RRI-POS $ 261851 H302 I POSITION SMITCH F 17 R 522 K2/Bel CRO-HCU 18511 02C12 3 I 0 A 'I 528 C4 CRD-POS-1261855 H302 POSITION SIJITCH ~ 17 R 522 K2/8 ~ 4 C~R- CU-35556 02C12 1 0 A H528 CRO-POS-1261859 tl302 ~ 17 R 522 K2/8 ~ 4 CRO HCU-1859+
02C12 3 1 0 A H528 Ch CREDOS-3262263 H302 POSITION SMITCH ~ 17 R 522 L5/Bah CRO-HCU-2203+
02C12 3 1 0 A 8528 Cl CRO-POS-1262207 H302 POSITION SMITCtt ~ 17 R 522 LS/8, 4 CRD HCU 22071 02C12 3 1 0 A H528
'1
PROGRAH CIE-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH IINP-2 CLASS IE ESU~IPNENT L ST PAGE NO OA 00025 I E 09/08/82 '
0 I
STATUS >>>>>>SEISHIC (S) PARAHETERS>>>>>> >>ENYO (E) PARARETERS>>
EPN HFG NODE L S E OID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE i 2 CRO-POS-1262211 H302 8
~
~
POSITION SMITCH 02C12 3 A 1 0 A 4 528 R
522 LS/8 ' C 0-HCU"2211+
~ 17 C4 I'RD-POS-1262215 H302 POSITION SMITCH R 522 L5/8 ' CRO HCU"2215+
~$ 7 02C12 3 A I 0 A H528 Ch 8 ~ 17 POSITION SMITCH R 522 L5/8 ~ 4 02C12 CRD-HCU-2219>>
3 A 1 0 A H528 Ch CRD-POS-1262223 H302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 1 CRO HCU 2223+
02C12 3 A I 0 8528 Ch "CRD-POS-1262227 H302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRD HCU-2227+
02C12 3 A I 0 H528 Ch CRO-POS -1262231 H302 8 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRO-HCU-2231>>
02C12 3 A 1 0 H528 Ch I, CRO-POS-1262235 H302 8 POSITIOt] SMITCH R 522 K2/8 ~ 4
~ 17 ~
0 C 2 3 CJO-HCU 2235>>
A 1 0 A .'I 528 Ch
.I CRD-POS-1262239 H302 8 POSITION CMtTCH ~ 17
~ ..
522 K2/8 ~ 4 CRO"HCU-2239+
02C12 3 A I 0 A H528 C4 CRD=POS=1262243' 8302 8 POSITION SVITCH ~ 17 w ~
R 522 K2/8 ~ 4 CRD-HCU-2243>>
02C12 3 1 0 A H528 C4 CRO-POS-1262247 H302 POSITION SMITCH ~ 17 R 522 K2/8 ~ 1 CRO-HCU-2217>>
02C12 3 A 1 0 A 'I 528 C4 CRO-POS-1262251 H302 POSITION SMITCH F 17 R 522 K2/8 ~ 1 "HCU-2251+
02C12 3 A I 0 A H 528 C4 CRO I
Nb=MS='f26225S H302 17 POSITION SMITCH 02C12 R 522 K2/8 ' CRD-HCU-2255>>
~
3 A 1 0 A II528 C4 CRO-POS-1262259 H302 8 POSITION SMITCH ~ 17 R 522 K2/8 ~ 4 CRD-HCU 2259>>
02C12 3 A I 0 A 'l528 I C1
0 PROGRAH C1E-STO VASHINGTON PUBLIC POVER. SUPPLY SYSTEH
>> PAGE NO 00026 IIIIP=P, gLL1>> LE LSIIIL'IILII~ISI DAJ.EMAIL/,K2 I
STATUS *>>>>SEI SHIC IS) PARAHETERS>> ~ >> 8 EPN HFG DES CR IP TION BLDG ELEV 0 E DETAIL JUQ I~I, ZONE ROON IKSJMBI EQ C ACCURACY
~f.~klSQ
~ ENV ~ IE)
OBC COHPOSITE P ARAHE TERS>>
C EPN
.HOURS...
~
CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRD-POS-1262603 H302
~~.L>>11>>
1 8 17 POSITION SMITCH ~
02C12 3 A I 0 A H528 CRILHQLRkk3>>
C4 I
I~
CRO-POS-1262607 H302 POSITION SMlTCH R 522 L5/8 ~ 4 CRD"HCU-2607+
02C12 3 A I 0 A 8528 C4 I CRO-POS-1262611 H302 POSITION SMITCH 02C12 3 A I 0 A H528 R 522 L5/8 ' CRD-HCU-2611+
~ 17 C4 I
CRD-POS-1262615 H302 POSI T ION SMI TCH ~ 17 02C12 R.MZR&5/Ba IULHC.VM15+
3 A 1 0 A H528 C4 CRO-POS-1262619 H302 POSITION SNITCH R 522 LB/8>>4 . ~ 1.7 1 02C12 3 CRO-HCU-2619>> I r
A 1 0 A 8528 C4 CRO-POS-1262623 H302 I
'v POSITION SMITCH R 522 L5/8 ' ~ 17 02C12 CRO-HCU-2623>>
3 A 1 0 A H 528 C4
'; .CRO-POS-1262627 H302 POSITION SMITCH 02C12 3 A 1 0 A H 528
~522 Lgle ~ 1 C4 8
C ~O- CQ-52.7>>
~ 17 I'RO-POS 1262631 H302 I POSITION SMITCH 02C12 3 A 1 0 A H528 R 522 L5/8 ' CRO-HCU"2631+
~ 17 CRO "POS-1262635 H302 B POSITION SMITCH 02C12 3 I R 522 K2/8 ' CRO"HCU"2635+
~ 17 A 0 A H528 C4 CRO-POS-1262639 H302 POSITION SMITCH ~ 17
~
R 522 K2/8 ~ CP D~C+-26)9+
02C12 A I 0 H 528 C4 ACRO-POS-1262643 H302 POSITION SMITCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-2643>>
02C12. 3 A I 0 H52S C4 ACRO-POS-1262647 H302 POSIT ION. SMITCH 02C12 3 A 1 0 A H528 R 522 K2/8 C4
' CRO-HCU-2647+
~ 17 CRO-POS-1262651 POSITION SMITCH ~ 17 522 K2/8 ~ 4 C/O-,HCU;2651>>
02C12 I 0' H528 C4 3.
PROGRAH CIE-STO 0
MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE No 00027
'MNP-2 CLASS 1E EQUIPHENt LJST DATE 0$ /Og/82 STATUS aa*SEISHIC (S) PARAHETERSaaa aENV ~ (EI PARAHETERSa EPN HFG NODE L S E 0 D TH HL TEST ANL Fo C FRED AGING OBE, C HOURS DES CR IP 7 ION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONtRACT LEVEL COHPOSITE EPN s EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE o CRD"POS-1262655 H302 8 POSITION SMITCH F 17 I R =522 K2/8 ~ 4 Cgp>>(C~U- 655a 02C12 3 A 1 0 A H528 C4 ll
~ CRD-POS-1262659 H302 8 POSITION SMITCH ~ 17 R 522 K2/$ 44 CRD-HCU-2659a 02C12 3 A 1 0 A H528 Ch CRO-POS-1263003 H302 POSITION SMITCH 02C12 3 A I 0 A H528 R 522 LS/8 ' CRD HCU-3003a
~ 17 C4 I
CRD-POS-1263007 H302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 "ElLXOOX+
02C12 3 A 1 0 A H528 Ch CBD
~ CRO-POS-1263011 H302 POSITION SMITCH .v1 7 R 522 L5/Sah CRO HCU 3011+
02C12 3 A I 0 A H 528 C4 CRD POS 1263015 H302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRO HCU 3 015a 02C12 3 A 1 0 A H52S Ch II
' CRO-POS"1263019 H302 '
POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CJQ=HCU=3919a 02 C12 3 A 1 0 A H 528 C4 CRD-POS -1263023 H302 r'Poet f1oN siilicH F 17 R 522 L5/Seh CRD"HCU"3023a 02C12 3 A 1 0 A H528 Ch CRD-POS-1263027 H302 17 POSITION SMITCH 02C12 3 A R 522 L5/8 ' CRO-HCU-3027a
~
1 0 A H528 C4 I . CRO-POS-.1263031 H302 v
POSITION SMITCH 02C12 3 A 1 0, A H528 R 522 K2/8 C4
' CRD"pCU 3031a F 17 CRD-POS 1263035 H302 8 Po81TtoQ CMftco ~ 17 R 522 K2 T8 CRD HCU 3035a 02C12 . 3 A 1 0 A H528 Ch H302 8 17 POSIT ION SMITCH 02C12 3 A R 522 K2/8 ' CRD-HCU-3039a F
1 0 A H528 Ch CRO-POS-1263043 H302 8 POSITION SMITCH F 17 R 522 K2/804 CRO-HCU-3043+
52CI2 3 A
il I
IJ lt 1
I I
1
PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH IINP-S CLASS IE EOUTPNE~LS~ PAGE NO 00028 0 STATUS t ~ +SEISHIC (S) PARAHETERS~o a ~ENV ~ (E) P ARAHETERS +
EPN HFG HODEL S E GTO ill LIL TES~OL EO~REO AGING OOE C HOURS I
OE SCRIP T ON BLDG ELEV OEI'AIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE o CRO-POS-1263047 H302 B POSITION SMITCH ~ 17 R 52/ 2 8 D.JKUU- %42+
02C12 3 A 1 0 -A H528 Ch I~
CRO-POS-1263051 H302 POSITION SMITCH ~ 17 R 522 K2/Boh CRD-HCU-3051t 02C12 3 A 1 0 A H528 C4 CRD-POS-1263055 H302 17 POSITION SMITCH 02C12 R 522 K2/8 ' CRO-HCU-3055+
~
A 1 0 A H 528 C4 CRO-POS 1263059 H302 ~ 17 POSITION SMITCH R 522 K2/8 ~ 4 R -HCU-3059+
02C12 3 A 1 0 A 8528 Ch
~
CRO POS-1263403 H302 POSTTEON 02C12 SUITEH 3 A 1 0 A HS28 R 522 L5/8 Ch
' CRO-HCU-3403+
~ 17 I
CR -POS-1263407 H302
! ~ 17 POSITION SMITCH R 522 L5/8oh CRD-HCU-3407+
02C12 3 A 1 0 A H 528 Ch I
s CRO-POS 1263411 H302 ~ 17 POSITION SMITCH R 522 L5/8 ~ 4 C~R HCU-3411+
02C12 3 A 1 0 A s(528 C4 CRO"POS-1263415 H302 75YIT I'On ~ 17 SMYTH R 522 LS/8 ~ 4 CRO-HCU 3415+
02C12 3 A 1 0 A H 528 Ch CRt)-POS-1263419 H302 POSITION SMITCH 02C12 3 A 1 0 A H528 R 522 L5/8 Ch
' CRO-HCU-34191
~ 17 CRD-POS 1263423 H302 ~ 17 POSITION SMITCH R 522 L5/ah CJR)~U34 $ 3+
02C12 1 0 A H528 Ch CRO-POS-1263427 H302 17 OSfTYOH Sti(TCH 02C12 R 522 L5/8 ' CRD-HCU-3427+
~
3 1 0 A H528 Ch H302 8 F 17 POSITION SMITCH R 522 K2/8 ~ 4 CRO-HCU-3431+
02C12 3 ) 0 A s(528 Ch CRO-POS-1263435 H302 8 ~ 17 POSITION SMITCH ~,
R 522 K2/8 ~ 4 CRO-HCU-34351
~ 02C12 3 A 1 0 A '(528 C4 I
0 PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEN SSP-2 CLASS!E ESU~PSESS PAGE NO 00029 LS .DAI.~PLtil8.
STATUS -
aaaSEISNIC IS) PARAHETERSai* ~ENYO IE) PARANETERS+
EPN AGING OBE C,. HOURS, DESCR IP I ION BLDG ELEV DETAIL ZONE ROON ACCURACY CONTRACT LEVEL CONPOSITE EPN s EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE p ~ CRD-POS-1263439 H302 POSITION SMITCH F 17 R 522 K2/8 ~ 4 CBL¹U=B3'I+
~ 02C12 3 A 1 0 A H528 . Cl I
CRO-POS-1263443 H302 8 POSITION SMITCH R 522 K2/824 02C12 CRO-HCU"3443+
3 A 1 0 A N 528 Cl
( CRO POS-1263447 N302 (I POSITION S'MITCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-3447+
02C12 3 A 1 0 A H528 C4 CRD "POS-1263151 H302 8 POSITION SMITCH R 522K2/By 4 02C12 3 CRD=HCU=3351>.
A 1 0 A H 528 Cl CRD POS 1263455 H302 POSITION SMITCH R 522 K2/8 ~ 1 CRD-HCU-34554 02C12 3 A 1 0 A N528 Cl CRO-POS-1263159 H302 8 POSITION SMITCH ~ 17
~
R 522 K2/8 ~ 4 CRO HCU-34591 02C12 3 A 1 0 A H528 Cl CRO "POS-1263803 H302 POSITION SMITCH F 17 02C12 3 A 1 0 A SLIICX9803+
CRO-POS-1263807 H302 8 POSI Tf ON SMITCH ~ 17.
R 522 L5/8 ~ 1 CRD-HCU 3807+
02C12 3 A 1 0 A N528 C4 I
CRD-POS-1263811 N302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 1 CRO-HCU 3811+
~ 02C12 3 A 1 0 A N528 Cl CRO-POS-1263815 H302 8 ~ 17 POSITION SMITCH R 522 L5/F 4 C ~D- CU-3g~t 02C12 A I 0 A N528 C4
~ CRO-POS-1263819 N302 8 POSf ff ON ClifTCtl R 522 L5/8 ~ 4 CRO HCU-3819>
ol7 02C12 3 A I 0 A N528 Cl (CRD-POS-1263823 N302 8 POSITION SMITCH ~ 17 R 522 L5/8 ~ 1 CRO-HCU"3823+
02C12 3 A I 0 A H 528 C4
( CRO-POS -1263827 H302 8 17 POSITION SMITCH 02C12 3 N 528 R 522 L5/8 ' CRO-HCU-3827+
~
A 1 0 Cl
0 PROGRAH C1E-STD VASHINGTON PUBLIC POMER SUPPLY SYSTEH VNP-2 CLASS Qf EQU~~l PAGE NO 00030 DAJE OHPGE82 STATUS i+ ~ SEISHIC (S) PARAHETERS~i~ iENV~ (E) PARANETERS ' I 0
EPN DESCRIPTION BLDG ELEV DETAIL 0.18 I8 ZONE
.Bl M~HL ROON EQ C~KQ ACCURACY AG$ 89 DBE C . HOWS ~
CONTRACT LEVEL COHPOSITE EPN s EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE I i e CRO POS 1263831 H302 8 POSITION SMITCH ~ 17 e
R 5~?g/8+4 02C12 A I 0 H 528 Ch CRO-POS-1263835 H302 POSITION SMITCH R 522 K2/84 4 02C12 3 c
CRD-HCU"3835+
A 1 0 A H528 Ch ~
CRO "POS-1263839 H302 8 POSITION SMITCH ~ 17 R 522 K2/F 4 CRD"HCU-3839+
02C12 3 A I 0 A H528 C4 I
~
CRO-POS-1263843 H302 POSITION SMlTCH ~ 17 R 522 K2/Q ~ jlk=ttQl.263+
02C12 3 A 1 0 A H528 C4
. CRO-POS "1263847 H302 POSITION SVITCH R 522 K2/Bah CRD-HCU 3847+
02C12 3 A 1 0 A H528 Ch
.CRO-POS-1263851 H302 POSITION SNITCH F 17 R 522 K2/Brh CRD-HCU 3851+
02C12 3 A 1 0 A 8528 C4 I'RD-POS "1263855 H302 POSITION SMITCH ~ 17 s
R 522 K2/Boh 02C12 3 A 1 0 A H528 Ch
. CRO-POS-1263859 H302 POSITION SMITCH ~ 17 R 522 K2/Bah CRD-HCU 3859+
02C12 3 A 1 0, A N5?8 Ch CRD POS 1264203 H302 17
) i 'POSITION SVITCH 02C12 3 I R 522 L5/8 ' CRO-HCU 4203+
~
~ . A 0 A 8528 C4 CRD-POS-1264207 H302 POSITION 8'MITCH ~ 17 R 5/2 L5/A+4 DDGll=i?j7+
02C12 3 A 1 0 A H528 C4 CRD-POS-1264211 H302 8 ~ 1.7 POSITION SMITCH R 522 LS/Bo 4 CRO"HCU-4211+
02C12 3 A 1 0 A H528 C4 I
CRD "POS-1264215 H302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRO HCU 4215+
02C12 3 A I 0 A H528 C4 CRD-POS-1264219 H302 POSITION SMITCH F 17 R 522 L5/8 ~ 4 CRO-gCU 4?19~
02C12 3 A I 0 H528 =
Ch
I PROGRAH C1E-STD
~
VASHINGTON PUBLIC POVER SUPPLY SYSTEH VNP-2 CLASS 1E EQUIPHENT L IS T
. 0 PAGE NO 00031 DATE 09/08/82 STATUS'+iSEISHIC IS) PARANETERS~** ~ENYO IE) PARANETERS ~
EPN HFG DESCRIPTION BLDG ELEV 2 2 DETAIL
((2Q~U(
ZONE 2222~2$
ROON 22 Q fl(2O~O(UG OOE 2 ~OUIIO, ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE H302 'RO-POS-1264223 POSITION SMITCH 02C12 A I 0 A N528 R 522 LS/8 ' (2=22 U -2224
~ 17 C4 CRO-POS-1264227 N302 8 17 POSITION SMITCH 02C12 3 A I 0 A H 528 R 522 LS/8 ' CRO-HCU"4227@
~
C4 CR5-POS-1264231 H302 POSITION SMITCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-4231+
02C12 3 A I 0 A N528 C4 CRD "POS-1264235 H302 POSITION SVI TCH F 17 R 522 K2/Po4. CRQ"NCU~35+
02C12 3 A I 0 A H528 C4 CRO-POS-1264239 H302 8 POSITION SMITCH 02C12 3 I R 522 K2/8 ' CRD"HCU-42391
~ 1,7.
A 0 A H528 C4 CRO-POS-1264243 H302 17 POSITION SMITCH 02C12 3 R 522 K2/8 ' CRD-HCU 4243+
~
A 1 0 A N 528 C4 CRO POS 1264247 N302 POSITION SMITCH ~ 17 R 522 K 2/8% 4 EILttC&2.Q+
02C12 3 A I 0 A N528 C4 CRO-POS 1264251 N302 8 POSITION SNITCH R 522 K2/8~4
~ I CRD-HCU 4251+
02C12 3 1.0 A H528 C4
.CRD-POS-1264255 N302 17 J (( POSITION SMITCH 02C12 3 I R 522 K2/8 ' CRD-HCU-4255+
~
0 A 8528 C4 CRO"POS-1264259 H302 8 ~ 17 POSITION SMITCH 522 K2/8 ~ 4 02C12 3 A I 0 A N528 R
C4 CBQ=fQ228+
CRO-POS 1264607 H302 17 POSi T f0'MITCH 0 A 8 528 R 522 LS/8 ' CRD-HCU 4607+
F C4

ND'-POS=X2e46f i H302 17 2 'OSITION 02C12 SVITCH I 'A R 522 LS/8 ' ~

A 0 N528 .C4 CRO-HCU-4611'RD.-H{;U CRO "POS-1264615 N302 B F 17 POSITION SMITCH R 522 L5/8 ~ 4 "46]5+
02612 3 A 1 0 A 8528 C4
Cl PROGRAN C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00032 DAT ~929MB STATUS *>>>>SEISHIC (S) PARANETERS>>>>>>>>ENV ~ IE) P ARANETERS>>
EPN HFG NODEL DESCRIPT ION BLDG ELEV DETAIL ZONE ROON ACCURACY, CONTRACT LEVEL CONPOSITE EPN EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE e CRD-POS-1261619 M302
~ POSITION SVITCH 02C12 3 A I 0 A
~R52 N528 L5/8 ~ 1 C4 C ~D- C~U- )9t
~ 17 CRD-POS-1261623 N302 8 POSITION SVITCH ~ 1 R 522 LS/8>>4 CRD-HCU-4623>>
02C12 3 A 1 0 A N528 C4 CRD-POS-1264627 N302 POSITION S'VITCH ~ 17 R 522 LS/8 ~ 4 CRD-HCU-4627+
02C12 ~ 3 A 1 0 A N528 Ch CRD-POS-1264631 H302 POSiTION SNITCH ~ 17 R 522 K2/Bah C D gCCU ~,3j 02C12 3 A 1 0 A N528 Ch
~
CRO "POS-1264635 H302 POSfifOOD SVITCH R 522 K2/8 ~ 1 CRD-HCU 4635>>
02C12 3 A I 0, A N 528 Ch CRO "POS-1261639 H302 POSITION SVITCH ~ 17 R 522 K2/8 04 CRO HCU 4639+
02C12 3 A I 0 A H528 C4 1
528'h CRD POS-1264643 H302 8 POSITION SMITCH 02C12 3 'A 1 0 A H R 522 K2/8 ' CRD- CU-4643>>
~ 17 CRO-POS-1264647 H302 P58lt'IM O'QftcH R 522 X2/8 ~ 4 CRD-HCU-4647+
F 17 02C12 3 A 1 0 A N528 Ch CRO-POS-1264651 H302 8 POSITION SVITCH ~ 17 R 522 K2/8 ~ 1 CRO-HCU-4651+
02C12 3 A 1 0 A N 528 Ch CRD-POS-1261655 H302 POSITION SVI TCH ~ 17 R 522 K2/8eh CRD-HCU 4655+
02C12 A I 0 A N 528 Ch CRD-POS 1265011 H302 17 POSITION SVfTCA 02C12 3 A 1 0 A 8528 R 522 LS/8 ' CRO HCU 5011+
~
C4 I
CRO POS 1265015 H302 8 17 POSITION SMITCH 02C12 3 1 0 A N528 R S22 LS/8 ' CRD-HCU-5015+
~
Ch CRD-POS-1265019 H302 '8 .
~ 17 POSITION SVITCH R 522 L5/8 ~ 4 "'.,CR 0."HC U,5 0 1 9+
02C12 3 A 1 0 A N528 Ch

,'I

PROGRAH CIE-STO MASHINGTON PUBLIC POMER SUPPLT SYSTEH PAGE NO 00033 MNP-2 CLA~SS E EOUHJk8LJ.I$ ,D A L~&/.8!8 8 Sl'ATUS ~aiSEISHIC (S) PARAHETERS ~ ~ ~ ~ENV ~ tE} PARAHETERS+
EPN HFG HOOEL S E DID Ql PL TEST AllL fO g LREO lIGIQG DBg C POURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCT ION A/E ORA'MING A/E ZONE CRD-POS-1265023 H302 8 F 17 POSITION SMITCH, B~Zk,.L%/8 a 4 1~
BD=HCM=5923+
02C12 3 A 1 0 A H528 Ch CRO-POS-1265027 H302 POSITION SMITCH 02C12 3 A 1 0 A 8528 R
522 L5/8 Ch
' CRO-HCU-5027+ I CRD-POS-1265031 H302 8 ~ 1T POSITION SMITCH R 522 K2/8 ' CRD-HCU-5031+
02C12 3 A I 0 A H528 C4 CRD-POS-1265035 H302 8 F 17 POSITION SMITCH R 5/2 Kg//of CRILjiCUDV5+
02C12 A 1 0 A H528 C4 CRO-POS-1265039 H302 ~,1I POSITION SMITCH R 522 K2/804 CRO"HCU-5039+
02C12 3 A 1 0 A H 528 C4 CRO-POS-1265043 H302 POSITION SMITCH 02C12 3 A I 0 A H528 R 522 K2/8 C4
'I CRO-HCU-5043+
~ 17 CRO-POS 1265047 H302 8 ~ 17 02C12 I I POS I ION SMI CH 3 A I 0 A H 528 R 522 K2//eh C4l B lLÃ.M=5 K+
CRD-POS-1265051 H302 F 17
~ POSITION SMITCH R 522 K2/8 ~ 4 CRD HCU-5051+
02C12 3 A I 0 A H 528 Ch CRO-POS-1265415 H302 ~ 17 POSITION SMITCH R 522 LS/8 ~ 4 CRO-HCU-54 15+
02C12 3 A 1 0 A H528 C4 CRO-POS-1265419 H302 8 F17 POSITION SMITCH R 522 L5/8 ~ 4 N!L-.HCIl=5.8 19+
02C12 3 A 0 A H528 C4 ACRO-POS 1265423 H302 8 ~ 17 POSITION SMITCH R 522 L5/8 ~ 4 CRO-HCU-5423+
02C12 A 1 0 A 8528 Ch C 0 POS-1265427 H302 0 ~ 17 POSITION SMITCH R 522 L5/F 4 CRD<<HCU-5427+
02C12 3 0 A II 528 C4 4
CRO-POS-1265431 H302 8 ~ 17 POSITION SMITCH

R 522 K2/8 ~ 4 CRO-HCU-5431+

52Ci2 A 1 0 A H528 C4
PROGRAH C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00034 VNP 2 CJ.PSS $ $ f, UJ~P OA 0 9./ g Qgg.g STATUS *iaSEISHIC (S) PARAHETERSi ~ ~ IE)
EPN DESCRIPTION HODEL BLDG ELEV s K DETAIL OUI~5 HLME5~5~Q ZONE ROOH g~fJI ACCURACY
+ENV ~
.A+JIG IIBK s PARAHETERS+
COHPOSITE EPN llpUJ!s s CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE s
s CRO-POS-1265435 H302 B POSITION SMITCH ~ 17 R 522 K2L$~ 4 QKJiQLS%35+
02C12 3 A 1 0 A H 528 C4 I

CRO-POS-1265439 H302 POSITION SMITCH R 522 K2/8 ~ 4 CRO-HCU-5439+

U 's 02C12 3 A 1 0 A H 528 C4 CRO-POS 1265443 H302 POSITION SMITCH 02C12 3 A I 0 A H528 R 522 K2/8 C4
' CRO-HCU-54431 F 17 CRO"POS 1265447 H302 POSITION SMITCH ~ 17 R 522, K2/8 ~ 4 gg=)LCQ = 5 '+
02C12 3 A 1 0 A II528 C4 CRD-POS-1265819 H302 POSITION SMITCH 02C12 3 1 0 A H528 R 522 L5/8 '
C4 CRD-HCU-5819+
~1 7.. s CRD POS 1265823 H302 8 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRO-HCU-58231 02C12 3 A 1 0 A iI 528 C1 I
s CRO-POS 1265827 H302 B POSITION SMITCH ~ 17 R SQP LP/Q ~ 4 02C12 3 A 1 0 A 5528 C4 <JIQ=II<ILsssss.'RO-POS-1265831 H302 POSITION SMITCH R 522 K2/8 ~ 1 CRO-HCU 5831+
02C12 3 A I 0 A H528 C4 CRO-POS-1265835 H302 POSITION SMITCH ~ 17 R 522 K2/Ra4 CRD-HCU-5835+
02C12 3 A 1 0 A H528 C4 CRO-POS-1265839 H302 POSITION SMITCH ~ 17 02C12 R ~Sg KQ/~~
3 A 1 0 A 'I528 C4 CRO-POS-1265843 H302 POSITION S'MITCH R 522 K2/8~4 02C12 CRO-HCU-5843+
A 1 0 A II 528 C4

CRD POS 1270219 H302 8 POSITION SMITCH F 17 R 522 LS/8 ~ 4 CRD-HCU-0219+

02C12 A 1 0 A H528 C4 CRO-POS-1270223 H302 8 POSITION SMITCII ~ 17 R 522 L5/8 ~ 4 CRO-.HCU-0223+
02C12 3 A 1 0 A 'I 528 C4
PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP-2 CLASS IE'OU[P~H(T~JST PAGE NO 00035 OAT+ 09/08/82 STATUS tsiSEISHIC (8) PARAHETERSia a ~ENYO lE) PARAHETERS+
EPN HFG HOOEL S E 0 D TH HL TEST ANL FO C FREG AGIN G OBE C HOUR 8 DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRD-POS-1270227 H302 8 ~ 17 POSITION SMITCH 02C12 R 522 LS/8 ~ 4 R - CU-022)+
3 A 1 0 A H 528 C4 C'-
CRD-POS-1270231 H302 POSITION SMITCH ~ 17 I R 522 LS/844 CRO-HCU-0231+
02C12 3 A I 0 A H528 ch CRD POS-1270235 H302 8 POSITION SMITCH 02C12 3 I 0 A H528 R 522 K2/8 C4
' CRO"HCU-0235+
~ 17 CRO POS-1270239 H302 8 POSITION SMITCH ~ 17 522 K2/8 4 CRD-HCU-0239+
02C12 3 I 0 A H 528 Ch CRO-POS-1270243 H302 1I POSI I ION SMITCH R 522 K2/8 ~ 4 CRD-HCU-0243+
F 17 02C12 3 1 0 A 8528 C4 CRD"POS-1270615 H302 8 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRO-HCU-0615+
02C12 3 1 0 A H528 C4 CRO POS 1270619 H302 8 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 ~CR -HCU-0619+
02C12 3 A 1 0 A 'l528 Ch CRO-POS-1270623 H302 8 5 5 IT i ON f SQI Cif R 522 L578 ~ 4 CRD-HCU 0623+
~ 17 02C12 3 A I 0 A H528 C4 H302 CRO=POS-"1570627'OSITION
~ 17 SMITCH R 522 L5/8 ~ 4 CRO-HCU-0627+
02C12 3 A 1 0 A H528 Ch CRD-POS-1270631 H302 8 POSITION SMITCH ~ 17 R 522 L5/Bo 4 CRD-HCU-0631+
2C12 3 A I 0 A H528 C4 CRD-POS-1270635 H302 55TT'f59 Clif?'cH ~ 17 R 522 K278 ~ 4 CRD-HCU-0635+
02C12 3 A I 0 A '3528 C4 HO=Pi@=I'K75t59" HSO2 17 POSITION SMITCH 522 K2/8 ' ~
0'RO-HCU-06431 R CRD-HCU-0639+
02C12 3 A I 0 A H528 C4 CRD-POS-1270643 H302 8 17 POSITION SMITCII Hi'2 3 A
"I" R 522 K2/8 ~ 4
~
PROGRAH ClE-STD MASHINGTON PUBLIC POVER SUPPLY SYSTEH IINP-2 CLASS IE EQUJ~PNENE L SS PAGE NO 00036 OA I E~9/08/82 STATUS 000SEISHIC {S) PARANETERS000 0ENV ~ (E) P ARANETERS0 EPN NFG DESCRIPTION HODEL BLDG ELEV 2 g DETAIL Sgg iI! jL VS~Sr 2 PS~CA 2 AGING OBE C .HOURS ZONE ROOH ACCURACY CONPOSITE EPN 0$ CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE 2
QS CRD "POS-1270647 N302
~ 17 2 POSITION SMITCH R~52 K2/8 4 R - UIIUI'L? t 02C12 3 A 1 0 A N528 Cl CRD-POS-1271011 H302 POSITION SMITCH ~ 17 R 522 L5/F 4 CRD-HCU 1011t 02C12 3 A 1 0 A N 528 C4 CR -POS-1271015 H302 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRO HCU-1015+
02C12 3 A I 0 A 'I 528 Cl CRD-POS-1271019 H302 POSITION SMITCH ~ 17 R 522 L5/804 CU 0 9+
02C12 3 A 1 0 A N528 CRO-POS-1271023 H302 8 POSI T ION
~ 17 SMI TC H R 522 L5/804 CRD-'HCU-10231 02C12 3 A 1 0 A N528 Cl CRD-POS-1271027 H302 POSITION SMITCH F 17 R 522 LS/8 ~ 4 CRO-HCU-1027+
02C12 3 A 1 0 A N528 C4 CRD-POS-1271031 N302 POSITION SWITCH ~ 17 R 522 L5/Sg4 ILIAt'U=193 1+
02C12 3 A I 0 A N528 C4 CRD-POS-1271035 H302 POSITION SVI TCH 03.7 R 522 K2/8 ~ 4 CRD-HCU "1035>
02C12 3 A I 0 A N528 Cl CRD-POS-1271039 N302
~ 1?
POSITION SMITCH R 522 K2/8 ~ 4 CRD-HCU-1039+
02C12 3 A 1 0 A 'I 528 C4 Il.
CRO-POS-1271043 N302 ~ 17 POSITION SVITCH 522 K2/804 02C12 3 1 0 A N528 R
C4 DBILtlN=1830 CRO-POS 1271047 H302 A
POSITION SMITCH R 522 K2/8 ~ 4 CRO-HCU-104?t 02C12 3 1 0 A N528 Cl CRO-POS-1271051 H302 8 F 17 POSITION SMITCH R 522 K2/8 ~ 4 CRD-HCU 1051+
02C12 3 A 1 0 A 'I 528 Cl CRD-POS-1271407 H302 8 POSITION SMITCH ~ 1?
R 522 L5/8 ~ 4 CRQ -H C U.-l 4 0 7+
02C12 3 A 1 0 A 8528 C4
Cl PROGRAH ClE-STD
~ .
MASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00037 VNP-2 CLASS IE EOUIPNENT LIST OAT E 09/08/82 STATUS +iiSEISHIC TS) PARAHETERSiii sENV ~ IE) PARANETERSa EPN NFG HODEL S E 010 TH HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE
~ CRO POS 1271411 N302
~ POSITION SMITCH R 522 LS/8 ~ 4 CRD-HCU 14 II+
02C12 A 1 0 A 8528 II CR 0 "POS-12714 1 5 H302 POSITION SMITCH F 17 R 522 LS/8 ~ 4 -
CRD-HCU-1415+
02C12 3 A I 0 A N528 C4 I
CRO-POS-1271419 N302 POSITION SMITCH ~ 17 R 522 LS/8 ~ 4 CRO-HCU 14191 02C12 3 A I 0 A N528 C1 1
CRD-POS-1271423 N302 POSITION SMITCH ~ 17 I
R 522 LS/8 ~ 4 CRD-HCU 1423+
02C12 3 A I 0 N528 C4
~ CRO-POS-1271427 H302 P051T iON SMi f CH ~ 17 1 R 522 LS/8 ~ 1 CRD-HCU 1427+
r 02C12 3 A I 0 A 8528 Ch CA5=P65=i271431 HSO2 POSITION SMITCH ~ 17 R 522 L5/8 ~ 4 CRO-HCU-143li 02C12 3 A 1 0 A N528 C4 I
. CRD-POS-1271435 H302 POSITION SMITCH ~ 17 R S22 K2/8 ~ 4. CRD-HCU-1435+
55Ci2 3 A 1 0 A 5528 I'.
CRO-POS-1271439 N302 POSl f 1ON'Vi'tCH F 17 R 522 K2/8 ~ 4 CRO"HCU~1439>
02C12 3 I 0 A N528 Ch
. Ckb=Po 5=i 2 7 i443 H302 17 J i POSITION SMITCH 02C12 3 A I 0 A %528 R 522 K2/8 ' CRO"HCU-1143+
~
C4 1 - CRO-POS-1271447 H302 F 17 POSITION SVITCH R 522 K2/8 ~ 4 CRO-HCU-1447+
8528 CRO"POS-1271451 H302 17 ITI SMITCH OSITION T R 522 K2/8 ~ 4 CRO-HCU-1451+
~
02C12 3 A I 0 A N528 C4 L'R D=P'OS-'I 2 71% S5 N302 ~ 17 POSITION SMITCH R 522 K2/8 ~ 4 CRO-HCU" 14554 02C12 3 A I 0 A N528 Ch
.CRO-POS-1271803 H302 D ~ 17 POSITION SVITCH 522 L5/8 ~ 4 CRO-HCU-1803+
OICi2 a 10 A 'I 528 Ch
S PROGRAH CIE-STO MASHINGTON PUBLIC POWER SUPPLY SYSTEH 5 MNP-2 CLASS 1$ EQMJPgfJQ LI~ PAGE NO 00038 STATUS i <<SEISHIC IS) PARAHETERS<<a 21 1 EPN HFG
~ ~ <<ENYO (E) PARAHETERSU 'I ~
DES CR IP T ION BLDG ELEV DETAIL ZONE ROOH ACCURACY LEVEL COHPOSITE EPN 9 CONTRACT EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE

CRD-POS-1271807 H302 8 POSITION SMITCH ~ 17 R %2 LSLB 4 U 0~+

02C12 3 A I 0 A ?I 528 C4 II CRO-POS-1271811 H302 POSITION SMITCH R 522 L5/8 ~ 4 CRD-HCU-'1811+
02C12 3 A 1 0 A H 528 C4 I CRO-POS-1271815 H302 8 POSITION SMITCH 02C12 3 A I 0 A H528 R 522 LS/8 C4
' CRO HCU-1815+
~ 17 CRO-POS-1271819 H302 8 POSITION SMITCH <<17 2 522 L5/8 csg,-'R~UU-I 19I 02C12 3 A I 0 A H528 C4 CRO-POS-1271823 H302 17 POSITION SMITCH 02C12 3 R 522 L5/8 ' CRD-HCU-1823+
%1. I A 1 0 A ?I 528 C4 RCRO-POS-1271827 H302 17
~
POSITION SMITCH 02C12 3 A I 0 A H528 R 522 LS/8 ' CRO-HCU-1827+
~
C4 I'RO-POS-1271831 H302 POSITION SMITCH ~ 17 R 522 L5/8 CROILCU-183)<<
02C12 3 A I 0 A ?I 528 C4 CRO-POS-1271835 H302 POSITION SMITCH F 17 R 522 K2/8 ~ 4 CRD-HCU-1835+
~
02C12 3 A 1 0 A JI 528 C4 R CRO-POS-1271839 H302 POSITION SMITCH ~ 17 R 522 K2/8~4 CRD-HCU-1839+
02C12 3 A I 0 A H528 C4 CRD-POS "1271843 H302 8 POSITION SMITCH ~ 17 R 522K2/8 gsL CFUK3L1IL4.3<<
02C12 3 A I 0 A ?I 528 C4 CRD-POS-1271817 H302 8 POSITION SMITCH R S22 K2/8 ~ 4 CRO-HCU-1847+
02C12 3 A I 0 A 'I 528 C4 CRO POS 1271851 H302 POSITION SMITCH ~ 17 R 522 K2/8 ~ 1 CRO-HCU-1851+
02C12 3 A I 0 A H528 C4 CRO-POS-1271855 8302 POSITION SMI TCII ~ 17 1
R 522 K2/8 ~ 4 CRO-HCU 1855<<
02C12 3 0 H528 A
o' A 1
Cl Cl
Ptl OGR AH C 1E-ST D MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00039 MNP-2 CLASS gg $ 0UJPH~ LIST DATE 09/08/82 STATUS ~~ 4SEISHIC (S) PARAHETERS~ia iENV ~ (E) PARAttETERS+
EPN OESCR HFG IP T ION BLDG ELEV S E DETAIL 0 ID TH ZONE HL TFS~Atjg~g ROOH Q~Rf 0 ACCURACY AGING OBE C COMPOSITE EPN HOURS CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRO POS-1271859 H302 8 ~ 17 POSITION Sill TCN R 522 K2/Boh CRO"tLCU 1859+
02C12 3 A 1 0 A H528 Ch CRO-POS-1272203 H302 ~ 17 POSITION SMITCH R 522 LS/8 ~ 1 CRO HCU-22034 02C12 3 A I 0 A H528 Ch CRO POS 1272207 H302 ~ 17 POSITION SMITCH R 522 LS/8 ~ 1 CRO HCU-2207+
02C12 3 A I 0 A 8528 Ch CRO-POS-1272211 H302 8 ~ 17 POSIT IOti SMITCH R 522 LS/8oh gQQU 22(1+
02C12 3 A I 0 A H528 Ch CRD "POS-1272215 H302 ~ 17 POSITION SMITCH R 522 LS/Bob CRO-HCU-2215+
02C12 ~ 3 A 1 0 A 8528 Ch CRO-POS-1272219 H302 8 ~ 17 POSIT IOtl SMITCH R 522 L5/8 ' CRD HCU-2219+
02C12 3 A I 0 A Ch CRD POS-1272223 H302 8 ~ 17 POSIT IOtl SMITCH R 522 LSL8%.1 Ril~U 2223+
02C12 3 A 1 0 A H 528 C4 CRO-POS-1272227 tI302 ~ 17 POSIT IOtl SMI TCH R 522 LS/8 ~ 4 CRO-HCU-2227+
02C12 3 A 1 0 A 8 528 Ch CRlt-POS-i 272231 H302 8 F 17 POSITION SMITCH R 522 L5/8 ~ 1 CRD-HCU-2231+
02C12 3 A I 0 A N 528 C4 CtlO-POS-1272235 H302 8 ~ 17 POSITION SMITCH R 522 K2/8 ~ 4 CRO-HCU-2235+
02612 1 0 o 8528 Ch CRO POS-1272239 H302 8 ~ 17 5MT fOA=Siii'T'Cii R 522 K2/8+4 CRD HCU 2239t 02C12 3 A I 0 A 8528 C4 IIO=I'oo=TXVo~ IIOoo 8 F 17 POSIT ION SMITCH R 522 K2/8 ~ 4 CRO"HCU-2243+
02C12, 3 A I 0 A 4528 C4 CRO POS 1272247 H302 8 17 POSITION S'MITCH R '22 K2/8 ~ 1 CRO HCU-2247+
~
02 12 i 0 8528 Ch
PROGRAH C1E-STD WASHINGTON PUBLIC POWER SUPPLY SYSTEH PAGE NO 00040 WNP-2 CLASS 1E EDUC)LEQJ ST V~A. U/OBL6.2 I
STATUS ~ ++SEISHIC (S) PARANETERS~
C4 CRD-POS-1273435 H302 8 17 POSITION SMITCH 02C12 3 I R 522 K2/8 ' CRO"HCU-3435+
~
A 0 A H528 C4 CRO-POS-1273439 H302 8, POSITION SMITCH ~ 17 R 522 K2/8 ~ 4 CR~CQ-3139+
02C12 3 A 1 0 A H528 C4 ACRO-POS-1273443 H302 POSITION SVI TCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-3443+
02C12 3 A 1 0 A H528 C4 CRO-POS-1273447 H302 POSITION SMITCH ~ 17 R 522 K2/8+4 CRO-HCU-3447+
02C12 3 A I 0 A H528 C4 I
CRO-POS-1273451 H302 8 17 POSITION SMITCH 02C12 3 A 1 0 A H528 R 522 K2/8 ' CRP-gC~345!+
~
C4 CRO-POS-1273455 H302 8 17 POSITION SMITCH 02C12 3 A I 0 A R 522 K2/8 ' CRO-HCU-34554
~
C4 CR5-POS-1273459 H302 POSITION SMITCH ~ 17 R 522 K2/8 ~ 4 CRD-HCU 3459+
02C12 3 A I 0 A H528 C4 CRO-POS 1273803 H302 POSITION SMITCH 02C12 3 A 1 0 A H528 R 522 L5/8 C4
' CRO-HCU-3803+
~ 17 CRO-POS 1273807 H302 17 5 SIT 02C12 I F SMITCH I IOA 3 A I 0 H528 R 522 L5/8 ' CRO-HCU-3807+
F C4 R =POS=H$ $ 811 H302 17 POSITION SMITCH 02C12 3 I R 522 L5/8 ' CRO-HCU 38II+
~
A 0 A H528 C4 CRD-POS-1273815 H302 8 17 POSITION SMITCH 02C12 A I 0, A II528 R 522 L5/8 C4
' CRO-HCU 3815+
~
PROGRAH C1E-STO IJASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00044 V~~~- CLIMA< GL~IPJKHI D~BLO.BJ.k EPN JIOOEL..
STATUS *!+SEISMIC IS) PARAHETERS<+
S,~kID &II~QESLkttl EQ C~lEQMfiISQ
~ +ENV ~ IE) PARAMETERS+
RQE.. C HDtlRS
'8 I
~
DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAIJING A/E ZONE '
o CRO-POS-1273819 H302 8,
~ POSIT IOtt SVI TCH 02C12 3 A I 0 A M 528
~22~ LLa C4 R.Jft;1)U812+
~ 17 CR 0-P OS -1 2 73823 M302 POSITION SVI TCH 02C12 3 A 1 0 A II 528 R 522 LS/8 ' CRD HCU-3823+
C4 CRD-POS-1273827 H302 17 L5/8 '
~
POSITION SIJITCH R 522 CRO"HCU-38274 02C12 3 A 1 0 A H Sf/ 4 CRO-POS-1273831 H302 8 POSIT I Ott SVI TCH 02C12 3 A 1 0 A JI528
~2~&/~M C4
-SHLX831 i
~ 17 I
'CRD POS-1273835 H302 1; POSITION SVITCH R 522 K2/Bo4 02C12 CRD HCU 3835+ I 3 A 1 0 A H 528 C4 ,'
CRO-POS-1273839 M302 POSITION SVITCH ~ 17 R 522 K2/8 ~ 4 CRO-HCU-3839+
02C12 3 A 1 0 A MSg CRO-POS-1273843 H302 17 POSITION SIJI TCH 02C12 3 R 5~K 2/~ o - C.ll=3j)93'7
~
A 1 0 A H528 C4 CRO-POS-1273847 H302 POSITION SVITCH R 522 K2/8 ~ 4 CRO HCU 3847+
02C12 3 A 1 0 A M528 C4 CRO-POS-1273851 H302 8 17 POSIT 02C12 IOIJ SIJITCH 3
R 522 K2/8 ' CRD-HCU-3851+
~
A 1 0 A H 528 C4 CRD"POS-1273855 H302 8 ~ 17 POSITION SIJITCH 5+/ KQ/Bo+
02C12 3 R
.BRIC jJ "385.+
A 1 0 A M528 C4 CRO-POS-1273859 H302 POSITION SVI TCH R 522 K2/8 ~ 4 CRD HCU 3859+
02C12 3 A 1 0 A H528 C4 I
CRO-POS-1274203 H302 17
-'4 ' ~
POSITION SVITCH R 522 LS/8 CRD HCU-4203+
02C12 3 A 1 0 A H528 CRD-POS-1274207 H302 ~ 17 POSITION SIJITCH R 522 L5/8 ~ 4 CRO.ffCU-$ 207+
02C12 3 A I 0 A M 528 C4
PROGRAH C1E-STO IIASHINGTON PUBLIC POWER SUPPLY SYSTEM VNP-2 CLASS 1E EOUIPHENT LIST PAGE NO 00045
. 8 R~CC 8/ 8 8 /8 8 STATUS +++SEISMIC (S) PARAHETERS~tt iENV ~ (E) P ARAME TERS ~
EPN HFG MODEL S OIO E TH HL TEST ANL FO C FRED AGING OBE C HOUR S DES CR IP T I ON BLDG ELFV DETAIL ZONE ROOM ACCURACY CONTRACT LEVEL COMPOSITE EPN EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE 8 CRO-POS-1274211 H302 8 POSIT IOtl SWITCH 17 8
02C12 3 A 1 0 A H528 R 522 LS/8 ~ 4 ~CR ~CU 8811 F
C' CRO-POS-1274215 H302 POSITION SWITCH +$ 7 R 522 LS/Bo4 CRD-HCU-4215+
P ~
02C12 3 A 1 0 A H 528 Cl CRO-POS-1274219 H302 POSITION SIIITCH ~ 17 R 522 L5/8 ~ 4 CRO-HCU 1219+
02C12 3 A 1 0 A tt 528 Cl CRO-POS-1271223 H302 POSIT ION SWITCH ~ 17 I
R 522 LS/804 02C12 A 1 0 A H528 Cl CRAU 4223+
V CRD-POS-1274227 13 H302 POSI T I ON SWITCH F 17 R 522 LS/8 ~ 4 CRO-HCU-1227+
02C12 3 A 1 0 A H 528 Cl CRD-POS-1274231 M302 POSITION .SWITCH ~ 17 R 522 K2/8 ~ 1 CRO-HCU-4231+
02C12 3 A 1 0 A H528 Cl
. CRD-POS-1274235 POSITIOtt SNITCH ~ 17
~ ~
3** R R 522 K2/8 ~ 4 CRP~C1t~(35+
02C12 A 1 0 A H528 O'I CRD-POS-1274239 H302 POSI IOtl SIII TCH ~ 17
~
R 522 K2/8 ~ 1 CRO-HCU "1239+
02C12 3 A 1 0 A H528 Cl CRO-POS-1274243 A'I H302 8 17 POSITION S'ItI TCH R 522 K2/8 ' 42431
~
~
~212 3 A 1 0 A H528 C4 CRD HCU
. CRD-POS-1274247 H302 8 POSITION SIIITCH ~ 17 522 K2/8 ~ 4
/
5RI Ci F 3 jo 528 R
C4 CRD HCU 4217+
CRD-POS-1274251 M302 '
IIOSITIOfi"SQIMH ~ 17 R 522 K2/8 ~ 4 CRD HCU 1251+
02C12 3 A 1 0 A M 528 Cl RD'M=IKNf55' '
'h'62 8 POSITION SItITCH ~ 17 R 522 K2/8 ~ 1 CRD-HCU-4255+
02C12 3 A 1 0 A 'I 528 C4 CRD-POS-1274259 H302 8 17 POSITION S'WITCH 52CA- 3 A'" " '"A R 522 K2/8 ' CRD-HCU 4259+
~
1 0 4528 C4
(i 4 PROGRAH C1E-STO 'MAS HING TON PUBLIC POINTER SUPPLY SYSTEH PAGE NO 00046 MNP-2 CLASS 1E EOUIPHENT ST PAT~09/~08/ 2 EPN STATUS 4 ~ +SEISHIC IS) PARAHETERS++t . +ENV ~ IE) PARAHETERS+
HFG tlODE L S E QIO TH HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEM DETAIL ZONE ROON ACCURACY CONTRACT LEVEL COHPOSITE EPN
} EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE 0 o CRO-POS-1274607 H302 17
) POSI T ION SllITCH 522 L5/8
~
02C12 3 A 1 0 A H528 R
Ch Q-H(V~4 0)t CRD-POS-1274611 H302 POSI TIOJJ SMITCH F 17 R 522 L5/8 ~ 4 CRO-HCU "4611+
02C12 3 A I 0 A tt 528 Ch.
~
CRD-POS-1274615 H302 POSITION SMITCH 02C12 3 A I 0 A H528 R 522 LS/8 ' CRO-HCU 4615+
~ 17 Ch CRO-POS-1274619 H302 8 17 POSITION SVITCtt 02C12 3 A 1 0 A H528 R 522 L5/Bih C4 g Ig~41+4
~
CRO-POS-1274623 H302 POSI TI Ott SMITCH R 522 L5/8 ~ 4 e.1.7 .
02C12 CRD-HCU"4623+
3 A 1 0 A 8528 Ch
. CRD-POS-1274627 H302 8 t! POSITION SMITCH R 522 L5/8 ' +17 02C12 3 A I 0 A H 528 Ch 11 i .. CRO-POS-1274631 H302 8 CRO-HCU-4627'RO-HCU-+6314 POSITION SMITCH ~ 17 02C12 R 522 K2/ah 3 I 0 A H 528 C4 I
CRD POS-1274635 H302 II POSITION SMITCH ~ 17 R 522 K2/8 ~ 4 CRO HCU 4635+
02C12 3 A I 0 A H528 Ch CRD-POS-1274639 H302 8 17 POSITIOtt SMITCH 02C12 3 A 1 0 A H 528 R 522 K2/8 ' CRO-HCU"46391
~
C4 CRO-POS-1274643 H302 8 17
~
POSITION SMITCH 02C12 3 R 522 K2/8 ' QP~HC 4)431
~
A 1 0 A H528 Ch CRD-POS-1274647 H302 8
~
POSiTIOtt SVlTCH 02C12 3 1 0 A 't 528 R 522 K2/8 ' CRO HCU-4647+
C4 I
"CRD-POS-1274651 H302 POSIT IOtJ SVI TCH
~ 17 R 522 K2/8 ~ 4 CRO-HCU-4651+
02C12 3 1 0 A )t528,... . C4.
CRO-POS-1274655 H302 8 POSITIOtt SMITCH ~ 17 R 522 K2/8 ~ 4 CRD-HCU-4655+
02CI2 I 0 A 8528 C4
PROGRAH ClE-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH VNP-2 CLASS IE EOUIPHENT LIST PAGE NO 00047 O.A I ~/Q8/8 STATUS aaiSEISHIC IS) PARAHETERS ~ ++ ~ ENV ~ IE) PARAHETERS+
EPN HFG HOOE L S E 010 TH HL TEST ANL FO C FRED AGING OBE C DES CR IP I ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN HOURS CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAVING A/E ZONE 3
Q, CRO-POS-1275011 H302 8 POSITION SVI TCH 02C12 3 A 1 0 A H528 R 522 L5/8 C4
' CRO-HCU-5011+
~ 17 CRD-POS-1275015 8302 POSITION SVITCH F 17 R 522 L5/804 CRO-HCU-50154 02C12 3 A 1 0 A H 528 C4 CRD "POS 1275019 H302 8 17 POSITION SVI TCH R 522 L5/8 ' CRD-HCU-5019+
~
02C12 3 A I 0 A H528 C4 C' CRO "POS-1275023 H302 8 17 L5/8 '
~
POSITION SVITCH 522 02C12 3 A 1 0 A H528 R CR ~U-3333 C4 CRD-POS-1275027 H302 .
POSITION SVI TCH F 17 R 522 L5/804 CRD-HCU"5027+
02C12 3 A 1 0 A 8528 C4 CRO POS 1275031 H302 17 POSITION SNITCH 02C12 3 R 522 K2/8 ' CRO-HCU "5031+
~
A 1 0 A H528 C4 C: CRO POS-1275035 H302 17 POSITION SVITCH 02Ci2 3 A 1 0 A H5 28 R 522 K2/8 ' CR~O- CU 5035+
~
C4 CRO-POS "1275039 H302 P55j tloti 'SQf tcA ~ 17 R 522 K27 Bo 4 CRO HCU-50391 Q 02C12 3 A 1 0 A 8 528 C4 CRO-POS-1275043 H302 8 '
l7 POSITION SVI TCH 02C12 3 A 1 0 A 8528 R 522 K2/8 C4
' CRO-HCU-5043+
CRO-POS-1275047 H302 POSITION SVITCH ~ 17 R 522 K2/8 ~ 4 CRD-HCU-5047+
Mere A 1 0 A H528 C4 CRD-POS-1275051 H302 memory-~arrcu- ~ 17 R 522 K~28 ~ 4 CRO HCU-5051+
02C12 3 A 1 0 A 8528 C4 U=Rllf=f37&13=
POSITION SVITCH
'3iIR R 522 L5/8 ' ~ 17 CRD-HCU-5415+
02C12 3 A 1 0 A 8528 C4 CRO-POS-12754 19 H302 8 ~ 17 POSITION SMITCH R 522 L5/F 4 CRO"HCU-5419+
02 C12 3 A 1 0 A H528 C4
PROGRAH C1E STO MASHINGTON PUBLIC POMER SUPPLT SYSTEH PAGE NO 00018 VttP-2 CLASS 1E EOUIPHEtlT LIST DATE 09/08/82 STATUS eeeSEISHIC IS) PARAHETERS!ee KENYA IE) PARAHETERSe EPN HFG HODEL S RT~RTR TEST Rli E E FO E FREE AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACT COHPOSITE EPN CONTRACT LEVEL EC USE SAFETT FUNCTION A/E ORA'MING A/E ZONE, F
s CRD-POS-1275423 H302 17 5 2 MLS 8 ~ I
~
F POSITION SVITCH 02C12 R
0 "lit'U-5423+
3 A 1 0 A H528 CI
}I CRO-POS-1275427 H302 17 POSf T I ON SVI TCH 02C12 3 R 522 LS/8 ~ I CRD-KCU 5427+
~
A 1 0 A H528 CI CRO-POS-1275431 H302 POSITION SMITCH ~ 17 R 522 K2/8%1 CRD-HCU-5431+
02C12 3 A I 0 A H528 C4
}
CRD POS 1275435 H302 17
'522 K2/ Be I
~
POSITION SMITCH R CRD-HCU '5135+
02%1 2 1 0 A H528 CI CRO-POS-1275439 H302 17 PATTToai SQTHH 02C12 3 R 522 K2/Sq I CRD-HCU-5439+
~
A 1 0 A H 528 CI
. CR6-POS-H$ 5443 H302 ~ 17 POSITIOtt SMITCH R 522 K2/8 ~ I CRO "HCU-5443+
02C12 3 A 1 0 A H528 C4 I
CRD-POS "1275417 H302 17 POSITION SMITCH STETS 3 i R 522 K2/8 ~ I CRD-HCU-5447+
~
0 a H528 C4 CRO-POS-1275819 H302 ~ 17 El}TSFI M}TER R .522 L5/8 ~ I CRO-HCU 58191} ! 02C12 3 A 1 0 A H528 C4 RD-POS-i275823 H302 ~ 17 POSITIOtt SVITCH R 522 L5/8 ~ I CRO-HCU-5823+ 02C12 3 A 1 0 A H528 C4 CRD-POS 1275827 H302 ~ 17 POSITION SMITCH R 522 L5/8 ~ I CRD-HCU 5827+ 02C12 3 A I 0 A 8528 CRD-POS-1275831 H302 ~ 17 OSfTTtttt SQITCn 02C12 R 522 K2/8 ' CRD-HCU-5831+ A 1 0 A H528 C4 I CR -POS"1275835 H302 ~ 17

} POSITION SMITCH R 522 K2/8 CRD-HCU-5835+

02C12 3 A 1 0 A H528 C4 CRD-POS-1275839 H302 8 ~ 17 POSITION SMITCH 02C12 3 R. 522 K2/8 ~ I CRP-HgU-5)39+ A 1 0 A H528 CI
t 1
P PROGRAH CIE-STO VASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00049 o VNP-2 CLASS 1E EOUQPMENT Q I S j DA~ 09/08/ STATUS oooSEISHIC IS) PARAHETERSooo oENV ~ (EI PARAMETERSo EPN MFG . MODEL S E Olo TH HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-POS-1275843 H302 8 POSITION SMITCH 02C12 3 A 1 0 A M528 R 522 K2/8 C4

' CRO-lfCU-5843+

F 17 C' CRO-PS 130/0219 8069 81T GH32SS A 8 2560 9 F N 11 01 17 L5/8 '

~

ACCUM PRESS 970-940 PSIG OECREAS R 522 R53' CRD "HCU-0219 02C12 2 A I 3 A M528 C4

~ CRD-PS 130/0223 8069 81T-GH32SS A 8 256019 F N 11 01 F 17 ACCUH PRESS 970-940 PSIG OECREAS R 522 L5/8%4 R53 CRD-HCU-0223o 02C12 2 A 1 3 A H528 C4 I

0 CRO-,PS-130/0227 ACCUH PRESS 970-940 PSIG 8069 DECREAS 817-GH32SS

. 522 L5/8 A 8 256019 F N il 01 ~ 1'7 02C12 2 A 1 3 A H528 R

C4 4 R53 CBKBI.C u~21+ n CRO-PS-130/0231 8069 817 GH32SS A 8 256019 01 L5/8 ' 1 ACCUH PRESS 970 940 PSIG OECREAS R 522 R53 CRO-HCU-0231+ 02C12 2 A 1 3 A M528 C4 CRO PS-130/0235 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG OECREAS R 522 K2/8 ' R51 CRD HCU-0235+ F 2 A 1 3 A 8528 C4 CRO-PS-130/0239 ACCUH PRESS 02C12 970-940 PSIG 2 A I 3 8069 OECREAS A 81T-GH32SS II 52L II2/P A l 8'56019

~5~ F N 11 01 BlLHMHQ+ ~ 17 CRO-PS-130/0243 8069 817-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A 1 3 OECREAS A H528 R 522 K2/8 ' R51 CRO HCU 0243+ ~

C4 CRD-PS-13070675 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 970"940 PSIG DECREAS R 522 LS/Bo4 R53 CRO-HCU-0615' 02C12 2 A 1 3 A M528 C4 Q CRO-PS 130/0619 8069 81T-GH32SS A 8 256019 F N 11- 01 ~ 17 ACCUH PRESS 970-940 PSIG OECREAS R 522 L5/8 ~ 4 R53 CRD-HCU-0619o 02C12 2 A 1 3 A 5528 C4 CRD-PS-130/0623 8069 81T-GH32 SS A 8 256019 F N 11 01 F 17 O'COH PRESS 970 940 PSIG DECREAS R 522 L5/8 ~ 4 R53 CRO-HCU-0623+ M528 C4 RD-PS-130/0627 8069 . BIT-GH32SS A 8 256019 F N 11 01 ~ 17 ACCUM PRESS 970-940 PSIG OECREAS R 522 L5/F 4 R53 CRO-HCU-0627+ 02C12 2 A 1 3 A M 528 C4 Q CRD-PS-130/0631 8069 81T "GH32SS A 8 256019 F N 11 01 ~ 17 ACCUH PRESS 970-94 0 PSIG DECREAS R 522 L5/8 ~ 4 R53 CRO HCU" 0631+ 2C2 2 A i 3 l1528 C4
Cl PROGRAM CIE-STO MASHINGTON PUBLIC POIIER SUPPLY SYSTEM ~ 4 I IINP-2 CLASS ~EEOU+~E~JJSQ D~ PAGE NO 00050 0/AM.B. STATUS asaSEISHIC IS) PARAMETERS+a* +ENV ~ (E) EPN DESCRIPTION HFG . .. . HODEL BLDG ELEV S DETAIL

); ILIO~~gS~A)

ZONE ROOM FM C ACCURACY F PARAMETERS'OMPOSITE CONTRACT LEVEL EPN s EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE e

~

CRO-PS-130/0635 ACCUH PRESS 02C12 8069 970 940 PSIG DECREAS 2 A 1 3 A 81T-GH32SS

~R)P H528 I))l~~)

Ch A 8 256019 F N 'l 01 CQD->>OQ5+ F 17 I CRD-PS-130/0639 8069 81T GH32SS ACCUH PRESS 02C12 970-940 PSIG 2 A OECREAS I 3 A H528 R 522 K2/8 Ch

' R51 CRO"HCU-06391 CRD-PS 130/0643 8069 81T-GH32 SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A OECREAS 1 3 A K528 R 522 K2/8 ' R51 CRO HCU-06431 ~

C4 CRO-PS-130/0647 8069 A 8 256019 F N 11 01 970-940 PSIG ~ 17 ACCUH PRESS OECREAS R 52~22/ A ~ 4 R5 g JRR-pl~4++ 02C12 2 A 1 3 A H 528 Ch ACRO-PS-130/1011 8069 81T-GH32SS A 8 256019 F N 11 0 ACCUH PRESS 02C12 970-940 PSIG 2 A DECREAS 1 3 A H528 R 522 LS/8 ' R53 CRO-HCU-1011+ Ch CRO-PS 130/1015 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 02C12 970-940 PSIG 2 A I OECREAS 3 A H528 R 522 L5/8 ' Ch R53 CRD-HCU 10 1St F 17

~ 'R 0 -PS -130/1019 8069 817-GH32SS A 8 256019 F N 11 01 17 ~. ACCUH PRESS 970-940 PSIG DECREAS R 522 L5/ Ro 4 R53 ~

02C12 2 A 1 3 A HS28 Ch CSLBCILlkl9+ I CRD-PS-130/1023 8069 817-GH32SS A 8 '256019 F N 11 01 AHUH PRiSS 970-'940 PSIG ~ 17 DECREAS R 522 L5/8 ~ 4 R53 ~ CRD-HCU-1023+ 02C12 2 A 1 3 A H 528 C4 CRO-PS-130/1027 8069 81T GH32SS A 8 256019 F N 11 01 17 L5/8 '

~

ACCUH PRESS 970-940 PSIG OECREAS R 522 R53 CRO-HCU-1027+

~ 02C12 2 A I 3 A H528 Ch CRO-PS-130/1031 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSJG ~ 17 OECREAS R S22 LS/8 ~ 4 R53 ):)Jl~U=) II )

02C12 2 A 1 3 A K528 Ch CRD-PS-130/1035 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 910-940 PSIG ~ 17 OECREAS R 522 K2/8 ~ 4 R51 CRD-HCU-1035+ 02C12 2 A I 3 A M528 C4 CRD-PS-13071039 5069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSIG ~ 17 DECREAS R 522 K2/804 R51 CRO-HCU-1039+ 02C12 2 A I 3 A MS28 Ch CRO "PS-130/1043 . 8069 81T-GH32SS A 8 256019 F 11 01 ACCUH PRESS 970-940 PSIG N ~ 17 DECREAS R 522 K2/8 ~ 4 R51 CRO-HCU" 10431 02C 2 2 A 1 3 A H528 Ch

.Q

I I I
PROGRAH ClE-STO llASHINGTDN PUBLIC POMER SUPPLY SYSTEH PAGE NO 00051 VNP-2 CLASS 1E EQUIPHENT LIST DATE 09/08/82 4 STATUS ~ ~~SEISHIC (S) PARAHETERSa ~~ +ENV ~ (E) PARA4ETERS+ EPN HFG HOOEL S QIO E TH HL TEST ANL FO C FREQ AGING OBE C HOURS OESCRIPT10N BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCTION A/E ORANING A/E ZONE C' C'RD-PS-130/1047 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH 02C12 PRESS '970 94 0 PSIG DECREAS A I 3 A 528 R 522 K2/8 ' R5 CRO HCU 1047+

~

H C4 CRO-PS 130/1051 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSIG ~ 17 OECREAS R 522 K2/804 R51 CRD-HCU 02C12 2 A 1 3 A 8528 C4 1051'RD CRO-PS 13&01407 8069 81T GH32SS A 8 256019 F N 11 01 ACCUH PRESS 02C12 970-940 PSIG 2 A 1 3 DECREAS A H528 R 522 L5/8 ' R53 HCU 14070

~ 17 C4 CRO-PS-130/1411 ACCUH PRESS 970-940 PSIG 8069 DECREAS 81T" GH32SS R 522 L5/8 A

4 8 256019 F 853 N li 01

- Q+)11+ ~ 17 C

02C12 2 A 1 3 A H528 C4 CRD-PS-130/1415 8069 81 7-GH32SS A 8 256019 F N 0 ACCUH PRESS 970"940 PSIG 1 ~ 17 DECREAS R 522 LS/8 ~ 4 R53 CRO-HCU-1415+ 02C12 2 A 1 3 A H528 C4 CRO PS 130/1419 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSIG ~ 17 OECREAS R 522 L5/8 ~ 4 R53 CRO HCU 1419t 02C12 2 A 1 3 A H528 C4 CRD-PS 130/1423 8069 81T-GH32SS ~ A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSIG ~ 17 OECREAS R 522 L5/8 ~ 4 R~5 CR~O- C~U- 4P.3t 02C12 2 A I 3 A %528 C4 CRO-PS-130/1427 8069 81T-GH32SS A 8 256019 F 11 01 ACCUH PRESS 970-940 PSIG OECREAS R 522 LS/8~4 R53 CRD"HCU 14271 02C12 2 A 1 3 A H528 C4 CRO-PS-130/1431 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A OECREAS 1 3 A H 528 R 522 L5/8 ' R53 CRO "HCU-1431+

~

C4 CRO-PS-130/1435 8069 81T-GH32SS A 8 256019 F N 11 01 970-940 PSIG ~ 17 ACCUH PRESS 02C12 2 A DECREAS 1 3 A H528 R 522 K2/Bo4 C4 R51 CR -ljCU +St CRO-PS-130/1439 8069 81T-GH32SS A 8 256019 F N 11 01 0 ACCUH PRESS 02C12 970-940 PSIG 2 A DECREAS 1 3 A 4528 R 522 K2/8 ' R51 CRO-HCU 1439+ C4 I CRO-PS 130/1443 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSIG F 17 OECREAS R 522 K2/8 ~ 4 R51 CRO-HCU-1443+ 02C12 2 A I 3 A H528 C4 CRO-PS-130/1447 ACCUH PRESS 970"940 PSIG 8069 OECREAS 81T-GH32SS 522 K2/8 ' A 8 256019 R51 F N ll 01 ~ 17

- I 3 R CRD-HCU-)$ 47+

02C12 2 A A H528 C4 0 ~ I
Cl PROGRAH CIE-STO 'MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE NO 00052 I MNP-Z CLN~f EQQIE5f AI.~QIEE82 ip dI EPN DESCRIPTION RFR .~0855 BLDG ELEV STATUS 5 DETAIL

~ID ZONE ++aSEISHIC (S) PARANETERS+++ ~HL~EI RIII ROON EIL5i~EQ ACCURACY +ENV ~

68185 (E) 08E PARAHETERS+ 0 =II0085 CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRO-PS-130/1451 0069 81T-GH32SS ACCUH PRESS 02C12 970-940 PSIG 2 A OECREAS 1 3 A H528

~P ~8 C4 4

A 8 256019 F N 11 01 ~ 17 CRO-PS-130/1455 8069 81T-GH32SS AB 2 09 F N 11 01 ACCUH PRESS 970"940 PSIG OECREAS R 522 K2/8 ~ 4 Rsi CRO-'HCU" 14554 02C12 2 A 1 3 A H528 C4 CRD<<PS 130/1803 0069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUN PRESS 02C12 970-940 PSIG 2 A DECREAS 1 3 A N528 R 522 L5/8 ' R53 CRO-HCU 1803+

~

C4 CRO-PS-130/1807 8069 81T-GH32SS 8 256019 F 11 01 ACCUH PRESS'970-940 02C12 2 A PSIG OECREAS 1 3 A H528

~088 L~F C4 ~

A 5 N tLBQl~+

~ 17 CRO-PS-130/1811 8069 81T-GH32SS ~68 0560 9 F ACCUH PRESS 970"940 PSIG oj7 DECREAS R 522 LS/F 4 R53 CRO HCU IBII+

C 02C12 2 A 1 3 A N528 C4 1 CRO-PS-130/1815 8069 81T-GH32SS A 8 256019 F N 11 01 0 .. ACCUN PRESS 970-940 PSIG OECREAS R 522 L5/8 ' R53 CRO-HCU-1815+

~ 17 02C12 2 A 1 3 A II 528 C4 1

CRO "PS 130/1819 8069 81T-GH32SS A 8 256019 F' 11 01 ACCUH PRESS 970-940 PSIG ~ 17 OECREAS R 522 LS/Bi4 R53 EER=IIMR. I8 I

.02C12 2 A 1 3 A H528 C4 CRO-PS-130/1823 8069 81 T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970 940 PSf5 ~ 17 DECREAS R 522 LS/8 ~ 4 R53 CRO HCU 18234 02C12 ~ 2 A 1 3. A H528 C4 CRO-PS 130/1827 0069 81T-GH32SS A 8 256019 F N 11 01 ~ 17 ACCUH PRESS 970-940 PSIG OECREAS R 522 LS/8 ~ 4 R53 CRO-HCU 1827+

02C12 2 A I 3 A C4 Q CRD-PS-130/1831, . 8069 01T-GH32SS A 8 256019 F N 11 01 F 17 ACCUH PRESS 970-'940 PSIG 02C12 2 A DECREAS I 3 A '1 528 522 L5/8 ~ 4 C4 R53 C QCU ]$31+ CR ACCU 02C12 r CRO-PS-130/1835

=

PRESS 970 940 PSIG 2 A 8069 DECREAS 1 3 A 81T-GH32SS 8528 R 522 K2/8 C4 A 0 256019 R51 F N 11 01 CRO-HCU"1835+ I CRD-PS-130/1839 8069 81T-GH32SS A 8 256019 F N 11 01 17 Q ACCUN PRESS 02C12 970-940 PSIG 2 A 1 OECREAS 3 A 8 S28 R 522 K2/8 ' R51 CRO-HCU-1839' C4 CRO-PS-130/1843 0069 BIT-GH32SS ACCUH PRESS 02C12 970-940 PSIG 2 ' 1 DECREAS, 3 A N528 R 522 K2/gt4 C4 A 0 256019

. R51 F N 11 01 CRO QCQ 1843+ ~ 17

PROGRAH CiE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH

. ~

PAGE NO 00053 MNP-2 CLASS I E EOUIPtl~EN ST .A~70 l.08/82 ills s STATUS +++SEISHIC IS) PARAHETERS+i~ IENV (E) PARAHETERSi EPN DESCRIPTION BLDG ELEV DETAIL 010 ZONE Jg HQ~E~Ag~g ROON g~g f~GIQQ ACCURACY

~

PBE C COMPOSITE EPN HOURS CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRO-PS-130/1847 ACCUH PRESS 02C12 CRO-PS-130/1851 970-940 PSIG 2 A I 8069 OECREAS 3 8069 A 81T-GH32SS H 528 II~RLJ!2ssss CI s~ A 8 256019 F N - 11 01 CRQ=HClLL89.7+

~ 17 BIT..-GH3? SS. Q!12 ACCUH PRESS 970 940 PSIG OECREAS R 522 K2/8 ~ I R51 CRD-HCU-18514 02C12 2 A 1 3 A H528 CI CRO-PS-130/1855 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2

DECREAS R 522 K2/8 ~ I Rsi CRD-HCU 1855+ F A 1 3 A H528 C4 C' CRO-PS-130/1859 ACCUH PRESS 970-940 PSIG 8069 DECREAS BIT-GH32SS R A 8 522. K2/8 ~ I 256019 51 F N li 01 '+ 17 02C12 I 3 CBOQCUDJNB 2 A A 8528 CI

~

CRO-PS-130/2203 ACCUH PRESS 970-940 PSIG 8069 OECREAS BIT-GH32SS R 522 A +~5 L5/8 ~ I 6' R53 CRO"HCU 2203+ 02C12 2 A I 3 A H528 CI CflO-PS 130/2207 8069 817-GH32SS A 8 256019 F N 11 01 970-940 PSIG ~ 17 ACCUH PRESS OECREAS R 522 L5/8 ~ I R53 CRO-HCU-2207+ 02C12 2 A 1 3 A H528 CI CRO-PS-130/2211 8069 817 GH32SS A 8 256019 F 11 01 N 17 ACCUH PRESS 02C12 970-940 PSIG 2 DECREAS 1 3 H 528 R 522 L5/Bpl ~3 O&$=22 II i

~

A A CI CRO-PS 130/2215 8069 81T-GH32SS ACCUH PRESS 970-940 PSIG OECREAS R 522 A L5/8 ~ I 8 256019 R53 F 11 01 CRO-HCU-2215+ el' << 0 s 02C12 2 A 1 3 A 5528 C4 CRO-PS-130/2219 8069 81T-GH32SS A 8 256019 F 11 01 N 17 ACCUH PRESS 970-940 PSIG OECREAS R 522 L5/8 ~ I R53 CRO-HCU-2219+ 02C12 2 A 1 3 A- H528 CI CRD "PS-130/2223 ACCUH PRESS 970-940 PSIG 8069 OECREAS 81T-GH32SS R 522 A L5/8 ~ I 8 256019 R53 F N il 01 CRO-HCU-2223' F 17 02C12 2 A 1 3 A H528 C4

~ CRO-PS-130/2227 8069 81T-GH32SS A 8 256019 F N 11 01 17 L5/8 ~ I ~

CCUH PRESS 970-900 PSIG OECREAS R 522 R53 CRD-HCU-2227+ 02C12 2 A I 3 A H528 CI CR6 PS-i30/22$ T 8069 RIT-GH32SS A 8 256019 F N 11 01 17 L5/8 ' F ACCUH PRESS 970-940 PSIG OECREAS R 522 R53 CRO-HCU-2231+ 02C12 2 A 1 3 A H528 CI CRO-PS-130/2235 8069 81T-GH32SS A 8 256019 F N 11 01 ~ 17 ACCUH PRESS 970-940 PSIG OECREAS R 522 K2/8 ~ I R51 'CRD HCU 2235+ 02 12 2 A 1 3 A H 528 C4
Q PROGRAH C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00054 MNP+ GLASSIE EQUIP~EgLJ.J

&A.~,09/Q.Z e'PN i)i CONTRACT LEVEL DESCRIPTION EC USE HFG SAFETY FUNCTION MODEL BLDG ELEV A/E ORAIIING STATUS DETAIL A/E 20NE 2 --QI~Q~~QLQQI ZONE ROOH IULQ <<<<<<SEISMIC IS) PARAMETERS*<<<<

ACCURACY

~ ENV ~ <E) P ARAMETERS<<

288Q~GJQP 882. 8- HGUIIG COHPOSITE EPN

'0 I

0 CRO-PS-130/2239 8069 81T-GM32SS A 8 256019 F N 11 01 17 ACCUH PRESS 970-940 PSIG OECREAS IL.>22 2228 F 02C12 2 A I 3 A M528 Ch ELHC.ILR28+ 0 CRD-PS-130/2243 8069 81T-GLI32SS A 8 ACCUH PRESS 02C12 970-940 PSIG 2 OECREAS R 522 K2/8 ' RSI CRD-MCU-2243+ A 1 3 A M528 Ch I~ CRO-PS-130/2247 8069 81T-GM32SS 8 256019, F N 11 01 C 'CCUH PRESS 970-940 PSIG OECREAS F 17 R 522 K2/Bah RSI CRO HCU-2247+ 2~ 02C12 2 A I 3 A .M 5/8 CRD-PS-130/2251 8069 81T-GH32SS A 8 256019 F N 11 01 970-940 17 ACCUH PRESS 02C12 2 A PSJG I OECPEAS 3 A H528

~22M228 Ch -Cll~l<< ~

I'RD-PS-130/2255 Qt 8069 81T-GH32SS b ~5kQL2 ACCUH PRESS 970-940 PSIG OECREAS 522 K2/8

~ 17 R R51 CRD-HCU-2255+

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~

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Q PROGRAH C1E-STD MASHINGTON PUBLIC POllER SUPPLY SYSTEH PAGE NO 00055 MNP-2 CLASS IE EOUIPHENT IS DATE 09/09/82

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~ 17 CRD-PS-130/2635 8069 81T-GH32SS A 8 2560 9 F N 11 01 ACCUH PRESS 970-940 PSIG ~ 17 OECREAS R 522 K2/Bah R51 CRD-HCU-2635+

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~ 17 4 02C12 2 A I 3 A H 528 CI CRD-PS 130/2643 ACCUH PRESS 970-940 PSIG 8069 OECREAS 81T-GH32SS R

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~ 17 . 0 02C12 2 A 1 3 A 8528 Ch ;0

PROGRAH C1E-STD UASHINGTON PUBLIC POMER SUPPLY SYSTEH UNP-2 CLASS 1E EQU/PHENT LIST PAGE NO 00056 D~A E 09/08/82 I STATUS +*+SEISHIC (S) PARAHETERS ~ ~~ <<ENYO (E) PARAHETERS+ ', 0 EPN DESCRIPTION HFG HOOEL BLDG ELEV S 5 DETAIL 030 ZONE Tll SELLS~ST NL GO~SF ROOH ACCURACY E~IG G 085 C UOURS, CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCTION A/E DRAYING . A/E ZONE I CRD-PS 130/3023 ACCUH PRESS 8069 970 940 PSIG OECREAS 81T-GH32SS R~OR 5/5 A 8 I 256019 F N'l 01

- SQ F 17 02C12 A 1 3 A H528 C4 CRO-PS-130/3027 8069 817 GH32SS A 8 256019 F 01 ACCUH PRESS 02C12 .

970-940 PSIG 2 A DECREAS 1 3 A H528 R 522 L5/8 C

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~ /

ACCUH PRESS 02C12 970-940 PSIG 2 OECREAS R 522 K2/3 ' R52 CRD-HCU-3043+

~ 17 I '. 9 A 1 3 A 8528 C4 II I

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~ ~I A A C4 0

CRO-PS-130/3055 Q I ACCUH PRESS 970 940 PSIG 8069 OECREAS 81T-GH32SS R 522 K2/3 ~ 7 A 8 256019 R52 F N ll 01 ~ 17 I I. CRO-HCU-30551 02C12 2 A 1 3 A H528 C4 CRD "PS-130/3059 806 9 817-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSIG F 17 DECREAS R 522 K2/3a7 R52 C~O- CU 0551 02C12 A 1 3 A H528 C4 CR D -P S-13 0/34 03 8069 81T-GH32SS A 8 256019 F N 11 01 L5/3 ' $7

~

A CUH PRESS 970-940 PSIG OECREAS R 522 R53 CRD-HCU-3403+ Q 02C12 2 A 1 3 A H528 C4 I CRD-PS-130/3407 8069 81T-GH32SS A' 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A I 3 OECREAS A H 528 R 522 L5/3 ' R53 CRO-HCU-3407+

~

C4 CRD-PS-130/3411 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 970 940 PSIG 02C12 2 A DECREAS 1 3 A H520 R 522 LS/3 ' C4 R53 CRDJgU-341 $ i ~ Ci
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~ 17 Ch CRO-PS-130/3423 8069 BIT-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A DECREAS I 3 A II 528 R 522 L5/3 ' R53 CRD-HCU-3423+ ~

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~

A A H528 CI CRO-PS 130/3435 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG OECREAS R 522 K2/3 ' R52 CRO-HCU-3435+

~

A 1 3 A 8528 Ch CR D-PS-130/3439 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 970-940 PSIG ~ 17 DECREAS R 522 K2/3 ~ 7 R52 CRD~CU-39391 02C12 2 A I 3 H52R Ch CRO PS-130/3443 8069 81 T-GH32SS A 8 256019 F 11 01 ACCUH PRESS 970-910 PSIG 02C12 2 A DECRE AS 1 3 A H528 R 522 K2/3 Ch

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~

2 A 3 A H 528 C4
i PROGRAM C1E-STO NASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00058 MNP 2 CLASS 1E EQUIPHENT +1ST I VIX U/9.~/2 EPN DESCRIPTION HFG MODEL BLDG ELEV STATUS S DETAIL L'IO ZONE

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~ 17 A

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~

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~

H C4 CRO-PS 130/3831 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A I 3 DECREAS A 8528 R 522 K2/3 ' R52 CRD HCU-383)+

~

C4 CRO"PS-130/3835 8069 BIT-GH32SS A 8 256019 F N 11 01 17 ICCUH PRESS 970 940 PSIG 02C12 2 A 1 3 DECREAS A M528 R 522 K2/3 ' R52 CRD-HCU 3835+

~

C4 CRD-PS 130/3839 8069 81T-GH32SS A 8 256019 F N 11 01 0 ACCUH PRESS 02C12 970-940 PSIG 2 OECREAS R 522 K2/3 ' R52 CRO-HCU-3839+

~ 17 A 1 3 A H 528 C4 (j CRO-P S-130/3843 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2

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~

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02C12 A I 3 A %528 C4 0 CRO PS 130/3855 ACCUH PRESS 970-940

~

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PROGRAH C1E-STD llASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP-2 CLASS 2E EGUIPHENT LIST PAGE NO 00059 DATE 09/08/82 STATUS i*+SEISHIC IS) PARAHETERS+H+ !ENV~ IE) PARAHETERS+ EPN HFG HODEL S E OTO Tll HL TEST AIIL FO C FRE AS 5 OSE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPH CONTRACT LEVEL EC USE SAFETY F UNCT ION A/E ORAMING A/E ZONE C' CRO-PS 02C12 130/3859 ACCUH PRESS CRO-PS-130/4203 970-940 PSIG 2 A 8069 DECREAS 1 3 8069 A 81T-GH32SS 81T-GH32SS sl 528

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02C12 2 A 1 3 A H528 Ch CRO-PS-130/21219 8069 81T GH32SS 8 256019 A F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A 1 OECREAS 3 A H 528 R 522 L5/3 ' R53 CRD-HCU-4229+

~

C4 CRO-PS-130/4223 8069 81T-GH32SS A 8 256019 F N 11 01

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~

7, A A H 528 C4 I 8069 81 7-~H32$ S A 8 256019 F 11 01 0 ACCUH PRESS 970-940 PSIG DECREAS R 522 K2/3 ~ R 52 N CRO-HCU"4243+ F 17 02C12 2 A I 3 A H528 Ch 0 CRD-PS-130/424 7 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 970-940 PSIG A OECREAS I 3 A H528 R 522 K2/3 ' R52 CRO-HCU-4247+

~

C4
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PROGRAM C1E-STO VASHINGTON PUBLIC POllER SUPPLY SYSTEM VNP-2 ASS PAGE NO 00060 C OU~P

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~

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~

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~

A 1 A M528 C4 0 RAP l 3 0 II6 0 7 8069 81T-GH32SS A 8 256019 F N ll 01 ~ 17 ACCUH PRESS 970-940 PSIG DECREAS R 522 L5/3 ~ 7 R53 CRO-HCU-4627+ 02C12 2 A 1 3 A 5528 C4 CRO-PS-130/4631 8069 81T "GH32SS A 8 256019 F 11 01 ACCUM PRESS 970-940 PSIG N ~ 17 OECREAS R 522 K2/357 R52 ~R- CUQQ3)+ 02C12 2 A 1 3 A M528 C4 0 I CRD PS-130/4635 8069 81T GH32SS A 8 256019 F N 11 01 ~ 17 ACCIJH PRESS 970-945 PS IG OECRFAS R 522 K2/3 7 R52 CRO-HCU-4635+ 1528 C4 CRO-PS-130/4639 8069 81T-GH32SS A 8 256019 F N 11 01 ~ 17 I ACCUM PRESS 970-940 PSIG OECREAS R 522 K2/3 ~ 7 R52 CRO HCU-46390 02C12 2 A 1 3 A M 528 C4 CRD-PS 130/4643 8069 81T-GH32SS A 8 256019 F N 11 01 17 ACCUH PRESS 02C12 970-940 PSIG 2 A DECREAS 3 A M528 R 522 K2/3 ' R52 C[0-IfCU 46434 F 1 C4
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PROGRAH C1E-STO I II AS HINGT ON PUBLIC POMER SUPPLY S YS MNP-2 CLASS 1E EOUIPHENT LIST TEN PAGE NO 00061 DATE 09/08/82 "STATUS iiiSEISHIC IS) PARAHETERS+++ *ENYO (E) PARAHETERS+ EPN HFG NODE L S E 010 TH HL TEST ANL FO C FRED cp AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CI S CONTRACT LEVEL EC USE SAFETY FUNCT ION A/E ORA'NING A/E ZONE S C ~ CRO-PS-130/4647 8069 81T GH32SS A 8 256019 F N 11 01 F 17 t ACCUH PRESS 970-940 PSIG OECREAS R 522 K2/3%7 R52 ROQCU-4647+ C'2C12 2 A I 3 A H 528 C4 CRO-PS" 130/4651 8069 81T-GH32SS A 8 256019 F N 11 01 ACCUH PRESS 02C12 970-940 PSIG 2 A OECREAS 1 3 A H528 R 522 K2/3 C4

' R52 CRO HCU-46514 ~ 17 CRO-PS-130/4655 8069 81T GH32SS A 8 256019 F N 11 01 C'-

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~

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PROGRAM C1E-STO 0 MASHINGTON PUBLIC POIJER SUPPLY SYSTEH PAGE NO 00069 IINP-2 CLASS 1E EOUIPMENT LIST DATE 09/08/82 STATUS +i+SEISMIC (S) PARAMETERS oo+ ~ENVe IE) PARAMETERSo EPN HFG HODKL DES CR IP T ION BLDG KLEV S DETAIL E QID TM ZONK HL TEST AN FO C ROOM ACCURACY FRED ~N AG NG OBE C ,,HOURS CONTRACT COHPOSITE EPN LEVEL EC USE SAFETY FUNCTION A/E ORAlllNG A/E ZONE I QR CRO-S V-l1 7/2615 A61 0 HVA 904 052- J A A 315020 SCRAH SOLENOID PILOT 02C12 2 A CRO-V-1266127 3 H52S R 522 L5/8 ' C~RR- CU- 665 1~0 1 A 02 CRO-SV-117/2619 A610 HVA904052-J A A 315020 1~0 SCRAM SOLENOID PILOT CRD-V-1266127 R 522 LS/804 CRO-HCU-2619+ 02C12 2 A 1 3 A M528 02 CR0-S V-117/2623 A610 HVA904052 J A A 315020 SCRAM SOLENOID PILOT CRO-V-1266127 R 522 L5/8 ~ 4 I~ 0 CRD-HCU-2623+ 02C12 2 A I 3 A M528 02 CRO-S V-117/2627 4610 HVA904052-J 315020 SCRAH SOLENOID PILOT CRO-V-1266127 A A I~ 0 R 522.L5/8 ~ 4 CRP~RU 6576 02C12 2 1 3 A 8528 02

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OOE. PARAMETERS+ 8 HOIIRR CONTRACT COMPOSiTE EPN LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE

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PROGRAH ClE-STO VASHINGTON PUBLIC POWER SUPPLY SYSTEH 4 VNP-2 CLASS 1E EQUIPHENT LIST PAGE NO 00071 DATE 09/08/82

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PROGRAM CIE-STO MASHINGTON PUBLIC POWER SUPPLY SYSTEH PAGE NO 00072

.MNP-2. Cl 4SQ .IE rOUI~PlQ IJ.S.I ~kILJlRCJlIllI1 STATUS ~ a~SEISMIC (S) PARAMETERS'~+ ~ENV ~ IE)

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PROGRAH t CIE-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP-2 CLASS IE EOUIPHENT LIST STATUS +++SEISHIC IS) PARANETERS+++ PAGE NO 00081 DATE 09/08/82

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PROGRAH ClE-STD UASMINGTON PUBLIC POIIER SUPPLY SYSTEH PAGE NO 00082 VNP-2 CLASS lE EOUtPHggT J, ST 04 j~E9 / 0 8 /Q 2 . STATUS +++SEISHIC IS) PARAMETERS~~+ +ENVs IE) PARAHETERS+ EPN DESCRIPTION HFG HODEL BLDG ELEV 8 E DETAIL QIO $g ZONE g~f~TQj ROON fO~~IIQO ~6+$ 5 ACCURACY QBE 0 ~OURS CONTRACT COHPOSITE EPN LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E 20NE CRO-SV-118/2211 A610 HVA904052-J 315020 SCRAH SOLENOID PILOT CRO-V-126K)27 A A I~ 0 02C12 2 A 1 3 A H528 02 ~ CRO-SV-118/2215 A610 HVA904052-J A A 315020 go0 SCRAH SOLENOID PILOT 02C12 2 A CRO-V-126CI27 I 3 A H 528 R 522 L5/F 4 02

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CRO SV 118/2219 A610 HVA904052-J 315020 SCRAH SOLENOID PILOT CRD-V-1264127 R 522 L5/8 ' A A I~ 0 02C12 CRO-HCU-22191 2 A 1 3 A H528 02 CRO-SV 118/2223 A610 HVA 904 052- J 315020

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1 ~ 0 CRO SV 118/2231 A61 0 HVA904 052- J A A 315020 SCRAH SOLENOID P ILOT CRO-V-1268127 R 522 L5/8 ~ 4 CRD-HCU-2231+ 02C12 2 A I 3 A H528 D2 CRD-SV" 118/2235 A610 HVA904052-J A A 315020 1 ~0 SCRAH SOLENOID PILOT CRD-V-1265127' R Sing K2/ga "HM45+ 02C12 2 I 3 A H 528 02 CRO SV 118/2239 A610 HVA904052 J A A 315020 RRQ SOLKNOl5 PILOT CRD, V i 266127 R 522 K2/8 ~ 4 CRO-HCU"2239+ 02C12 2 A 1 3 A H528 D2 CRO-SV-118/2243 A610 HVA904052-J SCRAH SOLENOID PILOT CRO" V-.1266) 27 522 K2/8 ~ 4 A A 315020 I~ 0

~

R CRO-HCU-2243+ 02C12 2 A 1 3 A H528 02 CRO-SV 118/2247 A610 HVA904052-J A A 315020 1 ~0 SCRAH SOLENOID PILOT CRD-V-)268127 S.. >R> IIRE6 ~ BDBClL2217+ 02C12 2 A 1 3 A H528 02 CRD-SV 118/2251 A610 HVA904052-J A A 315020 ZSRAH SOLENOID PILOT CRO-V-126A127 R 522 K2/8 ~ 4 CRO-HCU-22511 02C12 " 2 A 1 3 A H528 02 CRO-SV-118/2255 A610 HVA904052-J A A 315020 1~ 0 SCRAH SOLENOID PILOT CRD-V-1264127 R 522 K2/8 ~ 4 CRO", HCU-2255+ 02C12 2 A I 3 A H528 D2 CRO-S V-118/2259 A610 HVA904052"J A A 315020 I~ 0 SCRAH SOLENOID PILOT CRO-V-1268127 R 522 K2/8 ~ 4 CRO HCU 2259+ 02C12 2 A I 3 A H528 D2

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PROGRAH ClE-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEM o Mttp-2 CLASS 1E EOUIPHENT LIST PAGE NO 00083 DATE 09/08/82 Ov STATUS sooSEISMIC IS) PARAHETERSo ~o +ENV ~ IE) I'> EPN MFG MODEL S E GIB TH HL TEST ANL FO C FRED DBE PARAMETERS'GING C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT COMPOSITE EPN LEVEL EC USE SAFETY FUtJCT ION A/E DRAMING A/E ZONE v v Q e CRD-SV 118/2603 A610 HVA904052"J A A 315020 v SCRAH SOLENOID PILOT 02C12 2 CRO V 1266127 R 522 L5/8 ' R~HU 2603+ 1~0 A 1 3 A M528 D2 Q CRO-S V-118/2607 A610 HVA 904 052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 LS/Boh CRD HCU-26071 02C12 2 A I 3 A H528 D2 CRD-SV-Ti872611 A610 HVA904052-J A A 315020 1~0 SCRAM SOLENOID PILOT CRD-V-1266127 R 522 LS/8 ~ 4 CRD-HCU-2611o 02C12 2 A I 3 A H528 02 CRD-SV-118/261S A61 0 HVA904 052- J A A 315020 1~0 SCRAM SOLENOID PILOT CRO-V-1266127 R 522 LS/8 ~ 4 02C12 2 CRD HCU 2+15o A 1 3 A M528 02 CRD-SV-118/2619 A610 HVA904052-J A A 315020 SCRAM SOLENOID 02C12 2 PILOT CRD-V-1266127 A 1 3 A M528 R S22 LS/8 ' CRO-HCU-2619+ D2 CRD SV-118/2623 A610 HVA904 052-J A A 315020 SCRAH SOLENOID 02C12. 2 PILOT CRO-V-1266127 3 M528 R 522 LS/8 ' CRD-HCU 26231 1~0 A 1 A 02 CRO-SV" 118/2627 A610 HVA904052-J A A 315020 1 ~ 0 SCRAM SOLENOID PILOT CRO-V-1266127 522 LS/Boh C+0-BCU-26g7+ 02C12 2 A 1 3 A M528 02 CRO-SV-118/2631 A610 HVA 904052-J A A 315020 SCRAF SOLENOID PILOT CRO-V-1266127 l.o 0 R 522 L5/Boh CRO-HCU 26314 02C12 2 A I 3 A M528 D2 CRD-SV-118/2635 A610 HVA904052-J A A 315020 SCRAM SOLEN010 02C12 2 P I LOT CRO-V-1266127 R 522 K2/8 ' CRO-HCU-263So 1 ~ 0 A 1 3 A H528 02 "SV-118/2639 JIVA904052-J CRD SCRAH SOLENOID A610 PILOT CRD-V-1266127 'R 522 K2/8 ~ 4 A A 315020 1 ' 02C12 2 A 3 CRAJKU R$39~ 1 A H528 D2 1

~ CRD-SV-118/2643 A610 HVA 904052-J A A 315020 S RIB SOLi'JJOi5 PiLOT CRO=V-"126di27 02C12 2 A 1 3 A M528 522 K2/8 ' CRO HCU 26431 1 ~0 D2 I

C 0 SV 1188t22~T A610 HVA904052-J A A 315020 SCRAM SOLEJJOID 02C12 2 PILOT CRO-V-1266127 3

~

R 522 K2/8 ' CRD-HCU-26471 1 ~ 0 A 1 A M528 02 CRO-SV-118/2651 A610 HVA904052-J A A 315020 1 ~0 SCRAM SOLENOID PILOT CRD-V-1266127 3 R 522 K2/8 ' CRD-HCU-2651+ C 2 A 1 A HS?8 02
0 PROGRAH C1E-STO WASHINGTON PUBLIC POWER SUPPLY SYSTEH PAGE NO 00084 WNP-2 CLASS I~EOUIPH~~TLSS A~ 9&ON. STATUS aaaSEISHIC (S) PARAHETERSi~t wENV'i IE) PARAHETERS~ EPN HFG DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE 2 CRD-SV-118/2655 A610 HVA904052 J A A 315020 1~0 ~ SCRAH SOLENOID PILOT CRO-V-126 AI 27 522 02C12 2 A 1 3 A H528 R D2 Q~U-gQg+ II CRD-SV-118/2659 A610 HVA 904 052-J A A 315020 SCRAH SOLENOID 02C12 2 PILOT CRO-V-1268127 A 3 A H528 R 522 K2/8 ' CRO-HCU-26591

~ 0 1 D2 CRO-SV-118/3003 A610 HVA904052-J A A 315020 1 ~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 L5/8%4 CRO-HCU-3003+

02C12 2 A I 3 A H528 02 lI CRD-SV-118/3007 A610 HVA904052-J 315020 SCRAH SOLENOID PILOT CRO V 1266127 'R 522 LS/824 A A I~ 0 02C12 CRD-HCU~00 2 A 1 3 A H528 02 CRO-SV-118/3011 A610 HVA904052-J A A 315020 lo0 SCRAH SOLENOID PILOT 02C12 2 A CRO-V-1266127 3 8 528 R 522 L5/8 ' CRD-HCU-3011+

~

1 A 02 CRO-SV-118/3015 A610 NVA904052-J SCRAH SOLENOID PILOT CRO-V-1266127 522 L5/8 ' A A 315020 I ~ 0 R CRD-HCU-3015+ 22212 2 A I 3 A H528 02 I CRD-SV-118/3019 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1264127 R SR2 L5/8 ~ 4 02C12 2 A I 3 A H 528 02 CRD-SV 118/3023 A610 HVA904052-J A A 315020 S R 02C12 SOLENOID PILOT CRO-V 126LI27 2 A 1 3 A H 528 R 522 L5/8 ' 02 CRO HCU 3023+

~ 0 CRO-SV-118/3027 A610 HVA904052-J A A 315020 I~ 0 ~ SCRAH SOLENOID PILOT CRO-V-1260127 R 522 L5/8 ' CRO-HCU-3027+

02C12 2 A I 3 A H528 02 ~ CRD-SV-118/3031 A610 HVA904052"J A A 315020 I~ 0 SCRAH SOLENOID 02C12 2 PILOT CRD-V-2264127 A I 3 A H528 R 522 K2/8 ' D2 ARRAN=N.kl+ CRO-SV-118/3035 A610 HVA904052-J A A 315020 S R 02C12 H SOLENOID PILOT CRO-V-1266127 I R 522 K2/8 ' CRO-NCU-3035+ 2 A 3 A H528 02 I CRD-SV 118/3039 A610 HVA904052-J A A 315020 I~ 0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522 K2/8 ~ 4 CRO-HCU-3039+ 02C12 2 A 1 3 A 5528 02 CRO-S V-118/304 3 A610 HVA904052"J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522...K2/8 ~ 4 02C12 2 H528 02
PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00085 MNP-2 CLASS 1~0U+PgfgT ~ST EPN STATUS 0 ~ 0SEISHIC I 8) PARAHETERS*0 ~ 0ENV ~ lE) P ARAHETERS t 3 DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAUING A/E ZONE I 3 CRO-SV-118/3047 A610 HVA904052-J A A 315020 1~0

~ SCRAH SOLENOID PILOT CRD-V-1266127 5R~REkah 02C12 3 CUQ 2 A 1 A H 528 02 II CRD-SV 118/3051 A610 SCRAH SOLENOID PILOT CRO-V-1266127 HVA904052-J A~NQ R 522 K2/804 CRD-HCU 3051+

02C12 2 A I 3 A H 528 D2 I CRO-S V-118/3055 A610 HVA904052-J A A 315020 SCRAH SOLENOID 02C12 2 PILOT CRO-V-1266127 3 R 522 K2/8 ' CRD-HCU-30550 1~0 A 1 A H528 D2 ~ CRD-SV-118/3059 A610 HVA 904 052 J 315020 SCRAH SOLENOID PILOT CRO-V-1266127 522 K2/Q ~ 4 A A I~ 0 02C12 2 A 1 3 A . 8528 R 02 80=88%59~

~

CRD-SV-118/3403 A610 HVA 904052-J A A 3~5020 SCRAH SOLENOID PILOT 02C12 CRD-V-1266127 R 522 LS/8 ' CRO-HCU-3403+ I A 1 3 A H528 02 CRO-S V-118/3407 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522 LS/804 CRO-HCU>>3407+

~ 02C12 2 A 1 3 A H5 28 D2 . CRO-SV-118/3411 A610 HVA 904052- J 315020 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 LS/8 '

A A I~ 0 CRU~CU 3 33 02C12 2 A I 3 A H 528 D2 L CRO-SV-118/3415 A610 HVA904052-J A A 315020 SIRRAH SOLENOID 02C12 2 PILOT CRO-V-i 266127 A 1 3 A 8528 R 522 L5/8 D2

' CRD-HCU 3415+

1~0 CRD-SV-118/3419 A610 HVA904 052- J 315020 SCRAH SOLENOID PILOT V-1266127 A A I~ 0 CRO R 522 LS/804 CRD-HCU-34 19+ 02C12 2 I 3 A H528 02 CRD "S V-118/3423 A610 HVA904052"J 315020 SCRAH SOLENOID PILOT CRO-V-1266127 A A I~0 R 522 L5/804 CROQCU 3423+ 02 12 2 A I 3 A H528 02 t I CRO-SV-118/3427 A610 IIVA904052-J 315020 CRAH 55LE45iD*PiLOT CRO-V-1246i 27 522 L5/804 A A I~ 0 R CRO HCU 3427+ 02C12 2 A 1 3 A H528 02 AD=IV=ii8/3It3i " SCRAH SOLENOID

"'610 PILOT CRO-V-1266127.

HVA904052-J 522 K2/8 ~ 4 A II 315020 1 ~ 0 02C12 2 A 1 3 A 'l 528 R 02 CRO-HCU-3431+ 0 c'2ci2 'ILOT CRO-SV-118/3435 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID CRD-V"1266127 R 522 K2/8 ~ 4 CRO-HCU-3435+ A 1 3 A H528 D2 lo
Cl Cl
PROGRAM C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEM MNP-2 CLASS..1E'OU jP~ENT JEST PAGE NO 00086 CONTRACT EPN LEVEL NFG DESCRIPTION IIODEL BLDG ELEV STATUS 8 g,a IOZONEj~'gQ~SJ DETAIL ROOM QHL fg~ll to~SEISMIC (S) PARAMETERSas ACCURACY

~

0 iENV ~ CE) PARAMETERS+

~BINS l>BE 0 COMPOSITE EPN HOURS EC USE SAFETY FUNCTION A/E DRAUING A/E ZONE CRO-SV-118/3439 A610 HVA904052 J A A 315020 SCRAM SOLENOID 02C12 PILOT CRD-V-126L127 I

R 5 2 ~22 I8 g+~U-3 39+ 1~0 2 A 3 A 8528 . 02 CRO SV 118/3413 A610 HVA901052-J A A 315020 S SOLENOID PILOT CRD-V-1264127 ~ 0 R H R 522 K2/Bah CRD"HCU 34434 02C12 . 2 A 1 3 A H528 02 CRO-S V-118/3447 A610 HVA904052-J A A 315020 SCRAM SOLENOID PILOT CRD-V-1268127 R 522 K2/8 ~ 4 i+0 02C12 CRD-HCU-3447+ 2 A I 3 A H528 02 I

.CRO-SV-118/3451 A610 HVA904052 J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-126ti27 .522 K2/844 02C12 2 A 1 3 A M528 R

D2 SLCM51+ CRO-SV-118/3455 A610 HVA901 0S2-J A A 315020 SCRAM SOLENOID PILOT CRD-V-1264127 R 522 K2/8 ~ 4 CRD-HCU-3455+ 02C12 2 A 1 3 A 8528 D2 I-CRO-S V-118/3459 A610 HVA901052-J 315020 SCRAH SOLENOID PILOT CRO-V-126L127 R 522 K2/8 ~ 4 A A I~ 0 CRD"HCU-34591 02C12 2 A 1 3 A M528 02 CRO-S V-118/3803 A610 HVA904052-J 315020 SCRAM SOLENOID PILOT CRO-V-1268127 R 522 LS/Bob A A I~ 0 02C12 2 A 3 A M 528 02 CRO-SV-118/3807 A610 HVA904052-J A A 315020 SCRAM SOLENOID PILOT CRD-V-1266127 re 0 R 522 LS/8 ~ 1 CRO-HCU 3807+ ) - 02C12 2 A I 3 A H528 D2 CRO-S V-118/3811 A610 HVA 904052-J SCRAM SOLENOID PILOT CRO-V-1264127 R 522 LS/8 ~ 4 A A 315020 I~ 0 CRD-HCU-3811+ 02C12 2 A 1 3 A H528 D2 CRO-SV-118/3815 A610 HVA904052-J 315020 A A I~ 0 SCRAM SOLENOID..PILOT CRO-V-126L127. R 522 L5/8 ' JIM5+ 02C12 2 A 1 3 A 8528 02 CRD-SV 118/3819 A610 HVA901052-J A A 315020 PILOT CRO-V 1266127 go0 SCRAM SOLENOID R 522 L'5/8 ~ 4 CRO HCU-3819+ 02C12 2 A 1 3 A M 528 D2

CRD-SV 118/3823 A610 HVA904052-J A A 315020 I~ 0 SCRAM. SOLENOID PILOT CRO-V 1266)27 R 522 L5/8 ~ 4 CRO-HCU-3823+

02C12 2 A 1 3 A M528 D2 CRO-SV-118/3827 A610 HVA904052 J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-126t,127 R 522 L5/8 ~ 4 CRO-HCU-3827+ 02C12 2 A 1 3 A M528 DP
Cl PROGRAH ClE-STO IJASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00087 MttP-2 CLASS 1E EOUlPHENT LIST DATE 09/08/82 STATUS ~~ *SEISHIC IS) PARAHETERSoow oENV ~ IE) PARANETERSo EPN HFG NODE L S 010 TH 16 E HL TEST ANL FO C FREO AGING DBE C HOURS OESCR IP TI ON BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE s CRD SV. 118/3831 A610 HVA 904052- J A A 315020 1~0 6 SCRAH SOLENOID ILOT CRO-V-126tl27 R 522 K2/Boh 02C12 CRD IICD 3331 ~ 2 A 1 3 A tt 528 02 II CRO-SV-118/3835 A610 HVA904052 J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 K2/8 ~ 4 CRD-HCU "3835+ 02C12 2 A I 3 A H528 D2 1 I CRO SV-11813839 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 K2/8 ~ 4 CRO-HCU-3839+ 02C12 2 A 1 3 A N528 02 CRD-SV-118/3843 A61 0 HVA 904 052- J A A 315020 1 ~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 K2/8 ~ 4 02C12 2 A 1 3 A 8528 D2

~ CRO-SV-118/3847 A610 HVA904052 J A A 315020 SCRAH SOLENOID 02C12 2 PILOT CRO-V-126L127 A 3 A tt 528 R 522 X2/8 ' CRD-HCU-3847+

1~ 0 1 02 CRO SV 118/3851 A610 HVA904052-J A A 315020 1 ~0 SCRAH SOLENOID PILOT CRD-V-1260127 R 522 K2/8 ~ 4 CRD-HCU-38511 02C12 2 A 1 3 A H528 02 I

. CRD-SV-118/3855 A610 HVA904052-J A A 315020 1 ~ 0 SCRAH SOLENOID PILOT CRD-V-1264127 R 522 K2/8 4 C 0- C -@$ 5+

02C12 2 A 1 3 A H528 02 CRO-SV-118/3859 A610 HVA904052-J A A 315020 1~0 SCRIR SOLENOIO PILOT CRO-V-1264127 02C12 R 522 K2/8 ' CRD"HCU 3859+ 2 A 1 3 A 8 528 D2 R5-SV-118/4203 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 L5/8 ~ 4 CRO-HCU-4203+ 02C12 2 A 1 3 A H528 D2 CRD-S V-118/4207 A610 HVA904052-J ~ A A 315020 1 ~ 0 SCRAH SOLENOID PILOT CRO-V-1268127 522 L5/8 4 02C12 2 A 1 3 A H528 R D2 C P~U 4/07+ CRD-SV-118/4211 A610 tIVA904052-J A A 315020 SC~RN SOLCNDCD PCLOI CRO V-SR661PS ~ 0 R 522 L5/804 02C12 2 A I 3 A Rt 528 02 I CRO-HCU-4211'RO-HCU-4215+ C 0-KV-1187421% A61 0 HVA904 052- J A A 315020 1~0 SCRAtt SOLEtlOI 0 PILOT CRO-V-126SI27 R 522 LS/8 ~ 4 02C12 2 A I 3 A 't528 D2 CRO-S V-118/4219 A610 tIVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V"1266127 R 522 L5/8 ~ 4 CRO+tCU 4219<

'RtCH 2 A 1 3 'A N 528 02

Cl PROGRAH C1E-STO WASHINGTON PUBLIC POUER SUPPLY SYSTEH PAGE NO 0 00088 Q MNP-2 CLASS IE~OUQQPKIQ~ST 0~A',~0 I~0/ / EPN HFG DESCRIPTION HODEL BLDG ELEV STATUS S~ DETAIL lg~ ++*SEISHIC (S) PARAHETERS+8+ ZONE 7 SV '2 ROON ECC ACCURACY FREg

<ENYO AG~G (E) 08E COMPOSITE EPN PARAHETERS+

C IISURS 2 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE ; 0 CRD-SV-118/4223 A610 HVA904052- J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1266127 2~52 S 8 02C12 2 A I 3 A H528 D2 CRO-SV-118/4227 A610 HVA 904052-J A A 315020 o0 SSRIH SOLEN015 PILOT CRO-V-1266127 R 522 L5/8 ~ 4 CRO-HCU 4227+ 02C12 2 A I 3 A H528 02. RS-SV 118/\231 A510 800904052-J A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 K2/8 ~ 4 CRD-HCU 4231+ 02C12 2 A I 3 A H528 02 CRO-S V-118/4235 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522 K2/8 4 C 02C12 2 A 1 3 A H528 D2 CRO-SV-118/4239 A610 HVA904052-J A A 315020 U-4235'RD"HCU-4239+

~ 0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522 K2/Soh 02C12 2 A 1 3 A H528 02 CRD SV 118/4243 A610 HVA904052-J A A 315020 I ~ 0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522 K2/8 ~ 4 CRO"HCU-4243+

02C12 2 A I 3 A H528 D2 CRD-SV-118/4247 A61 0 HVA 904052- J A A 315020 1 ~0 SCRAH SOLENOID PILOT CRD-V"126C127 R 522 K2/8 CRO 'HCU-4247+ 52~02 2 A I 3 A H528 D2 CRO SV 118/4251 A610 HVA904052 J A A 315020 I+0 CKXH EGCN5f5 I TT.o~A5=V=TRK T2i R 522 K278 ~ 4 CRD "HCU 4251+ 02C12 2 A I 3 A H528 D2 Rff-S~1874255 A610 HVA904052- J A A 315020 I~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 K2/8 ' CRO-HCU-4255+ 02C12 2 A 1 3 A H528 D2 CRD"SV 118/4259 A610 HVA904052- J A A 315020 1~0 SCRAH 'SOLENOID PILOT CRO-V-126C127 R 522 K2/ah C~R~UA 2 5 9 I 02C12 2 A I 3 A H 528 D2 CRO SV-118/4607 A610 HVA904052-J A A 315020 0 HHHOFHODIPTLOT CRfl V 1266127 R 522 L5/8 ~ 4 CRO-HCU-4607+ 02C12.; " 2 A I 3 A H528 D2 CRD SV IIST4611 4610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 L5/8 ' CRD "HCU-4611+ 02C12 2 A I 3 A 21 528 02 CRO SV-118/4615 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522 L5/8 ~ 4 CRD-HCU-4615+ 02C 2 2 A 1 3 A H528 DR
PROGRAH C1E-STD VASHINGTOfl PUBLIC POVER SUPPLY SYSTEM PAGE NO 00089 VllP-2 CLASS 1E.EQUIPHENT LIST DATE 09/08/82 EPN STATUS ~ + ~ SEISNIC IS) PARAMETERS++* +ENVo IE) HFG NODEL S E QIO TN HL TEST ANL FO C PARAMETERS'GING FRED OBE C HOURS DESCRIPTION BLDG ELEV, DETAIL ZONE ROOH ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE 4 1 o CRO-SV 118/1619 A610 HVA904052-J A A 315020 SCRAN SOLENOID PILOT CRD-V-1266127 1~0

~

R 522 L5/ Bo4 CR QCU 4619+ 02C12 2 A 1 3 A N 528 D2 tl CRD-SV 118/4623 052- J SCRAH SOLENOID PILOT A61 0 CRO-V-1266127 HVA904 R 522 L5/8 'I A A 315020 CRO-HCU-4623+ 1 ' 02C12 2 A 1 3 A H528 02 CRO-SV-11871627 A610 HVA904052-J

~

SCRAH SOLENOID PILOT CRO-V-1266127 R 522 LS/Ro4 A A 315020 I~ 0 02C12 CRO-HCU-4627+ 2 A 1 3 A M528 D2 i CRO-SV 118/4631 A610 HVA904052-J A A 315020 SCRAH SOLENOID PILOT CRD-V-1266127 1~0 R 522 K2/8~4 C.RPMCQ=4k) 4+ 02C12 2 A 1 3 A H528 02

~ CRD-SV-118/4635 A610 HVA901052-J A A 315020 SCRAM SOLENOID 02C12 2 PILOT CRD-V-1266127 A 1 3 A M528 R 522 K2/8 ' CRO-HCU 4635+

D2 A... CRD-S V-1 18/4639 A610 HVA904052-J A A 315020 SCRAH SOLENOID PILOT CRO"V-1266127 02C12 ,A R 522 K2/8 ' CRO"HCU-46391 1~0 2 1 3,, H528. D2

i. C I

RO-S V- 118 /46 4 3 SCRAN SOLENOID 02C12 2 A 1 A610 PIL0$ CRO-V-1266127 3- A HVA901052-J N528 R,522 K2/ge4 D2 A A 315020 CRA -HC.~ Ed 3 i 1~0 CRD-SV-118/4647 -A610. HVA904052-J A A 3)5020 SCRAM SOLENOID PILOT CRD-V-1266127 - R 522 K2/8 ~ 4 CRD HCU"4647+ 02C12 2 A 1 3 A M528 02 ~ CRO-S V-118/4651 A610 HVA904052-J 315020 A A le0 SCRAH SOLENOID PILOT CRO-V-1266127 02C12 2 I 3 R 522 K2/8 ' CRO-HCU-4651+ A A H528 02 CRO-S V-118/1655 052-J SCRAH SOLEIIOIO A610 PILOT CRO-V-1266127 HVA 904 R

~

522 Kg/Rg4 A A 315020 1 ' 02C12 2 A I 3 A 528 SSn=mu>655+ M D2 I CRD-SV-118/5011 A610 HVA904052-J A A 315020 SCR ~HSOL ENOI D PILOT CRO-V-12661 27 $ 40 R 522 LS/8 ~ 1 CRO-HCU-SOII+ 02C12 2 A I 3 A M528 02 I CRD-SV-11875015 A610 HVA904052-J A A 315020 L5/8 ' 1~0 SCRAM SOLENOID PILOT CRO-V" 1266127 R 522 CRD-HCU-5015+ 02CI 2 2 A I 3 A ll528 02 CRD-SV-118/5019 A610 HVA904052-J A A 315020 1~0 SCRAM SOLENOID P I LOT 02C12 2 CRD-V-1266127 3 R 522 LS/8 ' CRP-HCUUOI9i A 1 A M528 D2
PROGRAH C1E STD l}ASHINGTON PUBLIC POllER SUPPLY SYSTEtl PAGE NO 00090 M(P 2 CJ ASS~E [Q!QP@tg J.g D4I.K O'K/ORES I EPN STATUS oN o++SEISHIC lS) PARANETERSoo+

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02C12 2 A 1 3 A H528

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}-

RO-SV 118/5043 D610 HVA904052 J A A 315020 1~0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522 K2/8 ~ 4 CRO-HCU-50431 02C12 2 A I 3 A H528 02 50~ II CRO-S V-118/5047 A610 HVA904052-J A A 315020 1~0 s SCRAH SOLENOID P I LOT CRD-V-1266 127 522 K2/8 ~ 4 C~OCU 02C12 A I 3 A %528 D2 I CRO-S V-118/5051 A610 HVA904052-J A A 315020 SCRAtl SOLENOID PILOT CRO-V-1266127 ~ 0 R 522 K2/8 ~ 4 CRD HCU 5051+ 02C12 2 A 1 3 A N 528 02 CRO-SV 118/5415 A610 llVA904052-J A A 315020 SCRAtl SOLENOID PILOT CRO"V-1266127 ~ 17 R 522 L5/Boh CRD-HCU-5415o

~ 02C12 2 A I 0 A N528 D2 CRD-SV-IIB/5419 A610 HVA904052"J A A 315020 lo0 SCRAH SOLENOID PILOT CRO-V-1266127 R 522, L$ /Bo4 .CMlCM32+

02C12 2 A 1 3 A 'I 528 D2 CRO-SV 118/5423 A610 HVA 904 052-J A A 315020 l.o.t} SCRIH SOLCNOlb PILOT CRD-V-126L127 02C12 2 I 3 R 522 LS/8 ' CRO-HCU"5423+ A A H528 D2 CRO-SV-118/5427 A610 HVA904052-J A A 315020 L5/8 '

~ 0 SCRAN SOLENOID PILOT CRO-V-1266127 R 522 CRO-HCU-5427' 02C12 2 A 1 3 A N528 n2 CRO-SV-118/5431 A610 IIVA904052 J 315020 A A I~ 0 SCRAH SOLENOID 02C12 2 PILOT CRD-V-1266127 A 1 3 A N 528 R 522 K2/8 '

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PROGRAN C1E-STO 'MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00091 MNP-2 CLASS lE EQUIPMENT LIST DATE 09/08/82 STATUS i~+SEISMIC IS) PARAMETKRSaw+ ~ENVe IE) P ARAMETERS* EPN HFG MODEL S E QID TH HL TEST ANL FO C FRED AGING . OBE C HOURS DESCRIPTION BLDG KLEV DETAIL ZONE ROOM ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E'ONK I s CRO-SV-118/513S A610 HVA904052"J A A 315020 " 1~0 SCRAH SOLENOID PILOT CRD-V 1264127 R 522 K2/8 ~ 4 CRO HCU 54351 02~12 2 A 1 3 A N528

'2 II CRD-SV-118/5439 A610 HVA904052-J A A 315020 RllH SOLENOI5 PILOT CRO-V-1266127 1~0 S R 522 K2/8 ~ 4 CRO-HCU-54391 02C12 2 A I 3 A N528 02 C 0-SV=Iia/5443 A610 HVA904052 J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1264127 R 522 K2/8 ~ 4 CRD-HCU-54431 02C12 2 A I 3 A M528 02 I

CRO-SV-118/5447 A61 0 HVA 904052- J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1266127 R 522 K2//oh 02C12 2 A I 3 A N528 CSPMC~>< .7+ 02

~ CRO-S V-118/S819 A610 HVA904052-J A A 315020 SCRAM SOLENOID PILOT CRO-V-1266127 I+0 R 522 L5/8 ~ 4 CRD"HCU-5819+

02C12 2 A 1 3 A M528 D2 CRD-SV-118/5823 A610 HVA904052-J 315020 SCRAM SOLENOID PILOT CRO-V-1264127 R A A 522 LS/8 ~ 4 I~ 0 02C12 2 A 1 3 A M528 02 CRO-HCU-5823'R~D-1 CRO-S V-118/5827 A610 HVA904052-J A A 315020 1~0 SCRAH SOLENOID PILOT CRD-V-1264127 R 522 LS/8~1 CU-5!L27+ 02C12 2 A 1 3 A 4528 02 CRO-S V-118/5831 A610 HVA904052-J A A 315020 ~ 0 SCRAH SOLENOID PILOT CRD-V-126LI27 R 522 K2/8 ~ 4 CRD-HCU-5831+ 02C12 2 A 1 3 A M528 02 N5-SSS-ii 875885 A610 HVA904 052-J A A 315020 SCRAM SOLENOI0 PILOT CRD V 1266127 R 522 K2/8 ~ 4 CRO-HCU-5835+ 02C12 2 A 1 3 A H528 02 I CRD-SV 118/5839 A610 HVA 904052- J A A 315020 0 1 ~ SCRAN SOL END I D P ILOT CRO-V-126 t127 R 522 K2/8 ~ 4 020 2 CRD-(CUD~5 39+ 2 A 1 3 A N528 02 I CRD-SV 118/5843 A610 HVA901052-J 315020 SLRIA C5HAOi 0 PIiOT CRn=V-"I'RMi27 R 522 K2/8~4 A A I~ 0 CRO-HCU-5843+ 02C12 2 A 1 3 A M 528 02

~ C%0 SV-i~052i9 A610 HVAi709662A A 8 324007 4320 ~ 5"SOLENOID MITHORAM EXHAUST VALVE R 522 LS/8 ~ 4 CRD-HCU-0219+

02C12 2 A 2 0 A ~ 81 H528 Ch CRO-SV 120/0223 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID IIITHOR AM EXHAUST VAL VE 4320 R 522 LS/8 ~ 4 CRO HCU 0223+

bfCi2 2 A 0 0 A ~ 81 8528 Ch 0
0 8
PROGRAH C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00092 MNP-2 CLASS lE EOUIP IIENT LIST DA T E 9/~8/8

.'STATUS SEISIIIC IS) PARAIIETERS >4 ~ ENV ~ if) PARAIIETERS DES CR IP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COXPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-S V-120/0227 A&10 HVA1709662A A 8 321407 h320 ~ 5NSOLENOIO VITHDRAII EXHAUST VALVE s ~sss sje i 02C12 2 A 2 0 At81 II528 Ch ILsss1'RD-SV-120/0231 A610 HVA1709662A A 8 321007 1320 ~ 5 "SOLENOIb MITHDRITV EXHAUST VALVE R S22 5/Bah CRD-HCU 02314 02C12 2 A 2 0 A ~ Bl II 528 - Ch" CRO SV 120/0235 A610 HVA1709662A A 8 321007 4320 ~ 5"SOLENOID MITHDRAM EXHAUST VALVE R 522 K2/Bah CRO-HCU-0235+

02C12 2 A 20 A ~ 81 II 528 Ch CRD-SV-120/0239 A610 HVA1709662A A 8 321007 4320

~ SiSOLENOIO MITHDRAM EXHAUST VALVE R 522 K2/8 ~ 4 CRD- CU-0239+

02 CT2 2 A 2 0 As81 H528 Ch CRO-SV-120/0213 A610 HVA1709662A A 8 324007 4320 R 522 X2/8 ~ 4 CRD HCU 02434 N528 C4 CNID-SV 20/0615 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID MI INDRA'V EXHAUST VALVE R 522 LS/Bah CRO HCU-0615+

02C12 2 A 2 0 A+81 N 528 Ch CRO SV 120/0619 A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID VITHORAV EXHAUST VALVE R 522 LS/804 CRO C 6191 02 ia 2 A 2 0 481 Il 528 C4 CRO-SV-120/0623 A610 HVA1709662A A 8 324007 1320 MCEQ~DHDKIV E'RHAVsf vlLvE R 522 LS/8 ~ 1 CRD-HCU-06231 02C12 2 A -2 0 A~ Bl H528 Ch A 8 324007 1320 ~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 LS/8 1 CRO"HCU-0&27+

02C12 2 A 2 0 A ~ Bl 8528 Ch CRD-SV.-"120/0631 A610 HVA1709662A A 8 324007 4320 s5"SOLENOID MITHORAM EXHAUST VALVE R 522 L5/8 ~ 4 CRO HCU 0631@ 02C12 . 2 A 2 0 AD 81 II528 C4 CRO-SV 120/0635 A610 HVA1709662A A 8 324007 4320

~ OCEHOI~~IHtIKAM ' EXHAUST VlLVE R 522 K2JB ~ 4 CRD-HCU-06354 02C12 A 2 0 Ay81 8528 Ch CRO V-120 0639 A610 HVA1709662A A 8 324007 4320 ~ SssSOLENOID MITHORAM EXHAUST VALVE R 522 K2/R ~ 1 CRO-HCU-06391 02C12 2 A 2 0 A ~ 81 H528 C4 CRO "SV-120/0613 A&10 HVA1709662A A 8 324007 4320 5 "SOLENOID MI TIIORAM EXHAUST VAt.VE 522 K2/8 ~ 4 CRD-HCU-0643@ ~

02C12 2 A 2 0, As81 II 528 R Ch
PROGRAH C1E-STD VASHINGTotJ PUBLIC POMER SUPPLY SYSTEH

'VNP-2 CI.ASS 1E EOUIPHENT LIST PAGE NO 00093 DATE 09/08/82 I EPN HFG STATUS 4++SEISHIC tS) PARAHETERSa st ~ ENV ~ IE) PARAHETERS+

HODEL S E 010 TH HL TEST ANL FO C FREO 'AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CON'TRACT LEVEL EC IJSE SAFETY FUNCT ION A/E DRAlJING A/E ZONE e CRO-SV-120/0647 A610 HVA170966 2A A 8 321007 4320

~ ~ 5"SOLENOID lJITHDRAV EXHAUST VALVE R 522 K2/8 ~ I 02C12 2 A 2 0 = A ~ 81 H 528 CI I

CRD-SV-120/1011 A610 HVA1709662A A 8 321007 4320

~ SSSOLENOIO 02C12 VITHDRAV EXHAUST VALVE 2 AMBI H528 R 522 LS/8 ' CRO-HCU-1011+

A 2 0 CI CRO-SV 120/1015 A610 HVA1709662A A 8 324007 5"SOLEtJOID IJITHORAM EXHAUST VALVE 4320

~ R 522 L5/8 ~ I CRO"HCU-10151 02C12 2 A 2 0 A ~ 81 H 528 C4 I

CRO-SV-120/1019 A610 HVA170966 2A A 8 321007 4320

~ 5 "SOLENOID lt I TIJORAlt EXHAUST VALVE R 522 L5/8 ~ I 02C12 2 A 2 0 Ae81 %528 CI ~

CRO-SV-120/1023 A610 HVA1709662A A 8 321007

~ 5"SOLENOID MITHDRAM EXHAUST VALVE 13 0 R 522 LS/801 CRO HCU 1023+

02C12 2 A 2 0 A ~ 81 H528 CI CRD SV-120/1027 A610 HVA1709662A A 8 321007 4320

~ SSSOLENOIO 02C12 MI THDRAIJ EXHAUST VALVE R 522 LS/8 ~ I CRO-ttCU-10274 2 A 2 0 Ar81 H 528 CI I CRD-SV-120/1031 A61 0 HVA 1709662 A A 8 324007 4320 ~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 LS/804 02C12 2 2 0 Ai81 RO+CU-103~+ ~ A H528 CI CRD-SV-120/1035 A610 HVA1709662A A 8 321007 4320 ~ 5 "SOLENOID QI THORAIJ EXHAUST VALVE 02C12 2 2 0 A ~ 81 R 522 K2/8 ' CRO-HCU-1035+

A H528 C4 CRO-SV-1207j039 A610 HVA1709662A A 8 321007

.5"SOJ.ENOIQ MITHDRAV EXHAUST VALVE ,

R 522 K2/8 ~ 4 CRO"HCU 1039+ 02C12 2 A 2 0 A ~ 81 H528 CI CRD-SV 120/1043 A610 HVA1709662A A 8 324007 4320 05%SOLENOID MITHDRAV EXHAUST VALVE 02C12 2 A 2 0 A ~ Ol H528 522 K2/Ba4 CI CRD-PGU-~0 ' CRD SV 120/1047 A610 HVA1709662A A 8 321007 1320

.S .sao<ao>a uVHbttAM ExttAUsT YALvE R 522 K2/804 CRD-HCU 1047+

02C12 . 2 A 2 0 Awol H528 C4

. M5-KV-Tf0/%54 A6i0 HVA1709662A A 8 324007 4320 ~ SHSOLENOID lIITHORAlt EXHAUST VALVE 522 K2/8 ~ I CRD-HCU-1051+

02C12 2 A 2 0 Ae81 ~ '528 C4 CRO-SV-120/1407 A610 HVA1709662A A 8 324007 4320

~ SSSOLENOID MITHDRAM EXHAUST VALVE R 522 L5/BtI CRO-HCU-14071 Hi2 2 k 2 0. A,OI H528 CI ;0

Cl PROGRAM CIE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE NO 00091 MNP-2 Cj,ASS IE EOUIPNENT~ISJ DLIK~.~0.l0 STATUS +w+SEISNIC IS) PARANETERS~~~ ~ ENV (E) EPN DESCRIPTION BLDG ELEV g E DETAIL OIn gff~~~~P~~ ZONE ROON ACCURACY

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q COMPOSITE EPN

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CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE t CRO-SV-120/1411 A610 HVA1709662A A 8 324007 4320 ~ ~ 5 "SOLENOID 'MI THDRAM EXttAUST VALVE 02C12 2 2 0 R 522 L5~/ ~ I Cft 8>> ffCM~I ++ A AD 81 N528 CI II CRD-SV-120/1415 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID 02C12 MITHDRAM EXHAUST VALVE 2 A 2 0 A ~ 81 N528 R 522 L5/8 ~ I CRD HCU 1115+

C4 CRD SV-120/1419 A610 HVA1709662A A 8 321007 4320

~ SNSOLEttOIO 02C12 MITHORAM EXHAUST VALVE 2 Dl R 522 LS/8 ~ I CRD-HCU-1419+

A 2 0 A~ N 528 CI CRO-SV 120/1423 A610 HVA1709662A A 8 321007

~5 "SOLEtlOIO MITHORAM EXHAUST VALVE 1320 02C12 2 A . 2 0 A ~ Ol lt 528 R 522 I 5/8+I CI -CMQ+

CRO-SV-120/1427 A610 HVA1709662A A 8 324007 5"SOLENOID MITHDRAM EXHAUST VALVE R 522 LS/804 02C12 CRO"HCU-1427+ -e 2 A 2 0 Ae81 N 528 CI r ~CRO-SV-120/1431 A610 HVA 1709662A A 8 324007

~ SRSOLENOIO MITHORAM EXHAUST VALVE 4320 R 522 LS/801 CRD HCU-1431+

02C12 2 A 2 0 AyDI N528 CI 1I c CRO-SV-120/1135 A610 HVA1709662A A 8 324007 5 "SOLENOID MITHDRAM EXtlAUST VALVE 4320

~

02C12 R 522 Kg//ah "tfCjf=L135+ 2 A 2 0 Ae81 N528 CI I CRD-SV 120/1439 A610 HVA1709662A ~ A 8 324007

~ 5 "SOLENOID MITHDRAM EXHAUST VALVE R 522 K2/8 ~ 4 CRO-HCU 1139+

02C12 2 A 2 0 A ~ 81 N 528 C4 CRO-S V-120/1443 A610 HVA1709662A A 8 324007 1320 5 "SOLENOID MI THDRAM EXHAUST VALVE R 522 K2/8 ~ I CRD-HCU-1443m ~. 02C12 2 A 2 0 A ~ Bl N528 C4 CRD "SV-120/1447 A610 HVA1709662A A 8 324007

~ 5t'SOLENOID MI THORAM.EXtlAUST VALVE 4320 R 522 K2/8+1 C fg~CQ-J,~7+

02C12 2 A 2 0 A ~ BI N 528 C4 CRD-SV 120/1451 A 610 tIVA1709662A 324007

. A..B tf 320 ~ 5 "SOLENOID MITHORAM EXHAUST VALVE R 522 K2/8 ~ I CRO-HCU-)1511

~ 02C12 2, A 2 0 A ~ 81 N 528 C4 CRO-SV 120/1455 A610 HVA1709662A A 8 324007 4320

~ S"SOLENOID MITttDRAM EXHAUST VALVE R 522 K2/8 ~ I CRD-HCU 1455+

02C12 . 2 A 2 0 . At81 N 528, C4 CRO-S V-120/1803 A610 ItVA1709662A A 8 324007 1320

~ 5~SOLENOID 02C12 MI THOR AM EXHAUST VALVE 2

R 522 LS/8 ~ I ., CRO ftCM-IftP3+ A 2 0 A ~ 81 N528 C4
PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00095 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/08/82 STATUS ~ ooSEISHIC lS) PARAHETERSo ~ o oENV ~ lE) PARAHETERSo EPN HFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN Q s CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRD-SV-120/1807 A610 HVA1709662A A 8 321007

~5 "SOLENOID 'M ITHORAM EXHAUST VALVC 4320 g 522 L5/halo C+0 HC~@gt 02C12 2 A 2 0 Ao31 'l 528 CI CRO-SV-120/1811 ~ SSSOLENOID 02C12 M

2 A A610 ITHORAlt EX)IAUST VALVE 2 0 Ae81 HVA1709662A H5 28 R

~A' 522 LS/8 C4 CRO-.HCU-1811+

132 CRD-S V-120/1815 A610 HVA1709662A A 8 324007 1320

~ 5 "SOLENOID MITHORAM EXHAUST VALVE R 522 L5/8 ~ I CRD-HCU 1815+

02C12 2 A 2 0 A~ 81 H528 CI CRO-SV-120/1819 A610 HVA1709662A A 8 324007 1320

~ 5 "SOLENOID MITHDRAM EXHAUST VALVE 02C12 2 2 0 Ae81 H 528 R 522 LS/8 ' CRD-H~CU- I/i A CI CRO-SV-120/1823 A610 HVA1709662A A B~310II7 1320 ~5 02C12 "S OL EttO I 0 MI THOR Alt EXHAUST VALVE 2 2 0 At81 R 522 LS/8 ~ I CRO-HCU 1823+

A H528 CI i CRO-SV-120/1827 A61 0 HVA 1709662A A 8 324007

~ ~ 5$ SOLCNOIO MITHORAM EXHAUST VALVE 02C12 2 A 20 A ~ 81 H528 R 522 L5/8 CI ' CRD-HCU-1827+

1320

. CRO-SV-120/1831 A610 HVA1709662A A 8 321007 5 "SOLENOID MITHDRAM EXHAUST VALVE 4320 ~ ~. 522 L5/8 4 ACPBCu-193.Lo 02C12 2 A 2 0 AMBI tl528 C4 CRO-SV-120/1835 A610 HVA1709662A A 8 321007 20 ~5 02C12 "SOLENOl0 MITHORAM EXHAUST VALVE 2 2 0 Ae81 H528 R 522 K2/8 ' CRO-HCU '1835o A CI CRD-SV-120/1839 A610 HVA1709662A A 8 324007 J ~i 5 "SOLENOID ltl THORAM EXHAUST VALVE 4320 ~ R 522 K2/Bo1 CRO-HCU-1839+

02C12 2 A 2 0 Ae81 H528 C4 CRD-.'V-120/1843 A610 HVA1709662A A 8 324007 5"SOLENOID MITHDRAM EXHAUST VALVE 4320

~ R 522 K2/8 ~ 4 CUR "RLll53+

02C12 2 A 2 0 Ae81 H528 C4 1 CRO-SV-120/1847 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID 02C12 MITHORAM EXltAUST VALVE 2 2 0 R 522 K2/8 ~ I CRD-HCU 1817+

A Ao81 H528 C4

~ CRD-SV-120/1851 A610 HVA1709662A A 8 324007 5 "SOLCtlOID ltITHDRAM EXHAUST VALVE 1320 ~ R 522 K2/8oI CRO-HCU-1851+

02C12 2 A 2 0 Ae91 H528 C4 CRO"SV 120/1855 A610 HVA1709662A A 8 321007

~ 5 "SOLENOID MITHORAM EXHAUST VALVC 4320 R 522 K2/Bo4 CRD HCU-$ 855+

02C12 2 A 2 0 Ai91 H 528 C4
PROGRAH C1E-STO

~

WASHINGTON PUBLIC POWER SUPPLY SYSTEH PAGE NO 00096 VNP-2 CLASS~E~OUIPHLN~T~S P/tN/9 2 STATUS <<<<<<SEISHIC (S) PARAHETERS<<<<<<<<ENV ~ (E) PARAHETERS<< EPN HFG DESCRIPTION QODEL BLDG ELEV DETAIL E OIQ I~LA~ST ZONE ROON

'E~C EIK9~12~2E,E USUAL ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE 2 CRO-SV"120/1859 A61 0 HVA1709662A A 8 321007 ~5 02C12 "SOLENOID MITHORAW EXHAUST VALVE 2 A 2 0 Aehl H ~~522 528 2/8 C4 h RJL-BgU- @j+

4320 II CRD-SV-120/2203 A 8 324007

~ 5"SOLENOID VITHDRAW EXHAUST VALVE 1320 R 522 L5/8<<1 CRD-.HCU"2203<<

02C12 2 A 2 0 Ae81 H 528 Ch, CRD-SV-120/2207 A610 HVA1709662A A 8 321007 4320

~ 5<<SOLENOID VITHDRAM EXHAUST VALVE 02C12 2 R 522 LS/8 ~ I CRO-HCU-2207<<

A 2 0 AD 81 H528 Ch CRO-SV-120/2211 A610 HVA1709662A A 8 324007 5"SOLENOID WITHDRAW EXHAUST VALVE 1320

~ R 52~LS/OUI K<<

02C12 2 A 2 0 Ae81 8528 CI

~ CRO-S V- 120/22 I5 A610 HVA1709662A A 8 321007 ~320 ~ 5"SOLENOID 02C12 MITHORAV EXHAUST VALVE A<<BI R 522 LS/8 ~ I CRO HCU-2215<<

2 A 2 0 H528 CI CRD-SV 120/2219 A610 HVA1709662A A 8 321007

~ 5 SOLENOID MITHORAM EXHAUST VALVE 4320 R 522 LS/Bih CRD-HCU-2219<<

02C12 2 A 2 0 A<<81 H528 CI I CRO-SV 120/2223 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID WITHDRAW EXHAUST VALVE R S22 L5/8 ~ I CR - V~223<<

02C12 2 A 2 0 Ae81 H528 C4 CRO-S V>>120/2227 A610 HVA1709662A A 8 321007 HOI 1 IIITIIOREII EXHAUST VALVE 1320

~ 5 SO R 522 LS/8 ~ I CRD-HCU 2227+

02C12 2 A- 2 0 Ae81 H528 CI CRD SV 120/2231 A610 HVA1709662A A 8 321007 4320

~ 5<<SOLENOID WITHDRAW EXHAUST VALVE 02C12 2 2 0 A<<81 R 522 LS/8 ~ I CRO-HCU-2231+

A H528 C4 CRO-S V 120/2235 A610 HVA1709662A A 8 324007 4320 OS "SOLENOID 'MI THORAV EXHAUST VALVE ll 522 K2/Aih 02C12 SEILBEO=ERE 2 A 2 0 A ~ 81 H528 CI CRO-SV-120/2239 A610 HVA1709662A A, 8 324007

~ '5 02C12 "SOLENOID WITH RAV EXHAUST VALVE 2 0-R 522 K2/8 ~ I 'RD-HCU-2239<<

2 A A<<81 8528 Ch CRD-S V-120/2243 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID WITHDRAW EXHAUST VALVE R 522 K2/8 ~ I CRO-HCU-2243+

02C12 2 A 2 0 Ae81 'l 528 C4 CRO-S V-120/2217 A610 HVA1709662A 8 324007 A 1320

~ 5 "SOLENOID VITHORAM EXHAUST VALVE 02C12 R 522 K2/8 ' CRD tjCV 22471 2 A 2 0 A ~ Bl H52A Ch

PROGRAH C1E-STO MASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 0 00097 IINP-2 CLASS 1E EOUIPHENT LIST

~

DATE 0 /0~/2 STATUS <<<<<<SEIStIIC 1st PARAIIETERS<<<<<< EPN HFG DESCRIPTION HOOEL S E 'IO TH HL TEST ANL FO C FRED

<<ENYO 'fEt PARAHETERS*

AGING OBE C HOUR S BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN I CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE a CRO SV 120/2251 5 "SOLENOID VI TtIORAll

'610 EXHAUST VALVE HVA1709662A R 522 K2/8 ~ 1 A 8 321007 CRO HCU 2251+

4320 02C12 2 A 2 0 A ~ 81 tl 528 C1 II CRO SV 120/2255 A610 HVA1709662A A 8 324007 5>>SOLEttOIO MITHDRAM EXHAUST VALVE 4320

~ R 522 K2/8<<1 CRO HCU 2255<<

02CI2 2 A 2 0 A<<81 H 528 C4 CR5-SV l20/2259 A610 HVA1709662A A 8 321007

~5>>SOLEttOIO MITHDRAV EXHAUST VALVE 1320 R 522 K2/8 ~ 4 CRO-HCU-2259<<

02C12 2 A 2 0 A<<81 H528 C1 I CRD-S V-120/2603 A610 HVA1709662A A 8 321007

~ 5>>SOLENOIO MITHDRAM EXHAUST VALVE 1320 R 522 L5/8 ~ 1 CRO-HCU 2603<<

02C12 2 A 2 0 a ~ 81 H528 C1

~ CRO-SV-120/2607 A610 HVA1709662A A 8 324007 "SOLENOID MITHDRAM EXHAUST VALVE 1320 R 522 L5/8 ~ 4 CRO-HCU-2607+

02C12 2 A 2 0 A ~ 81 H528 C4 CRD-SV 120/2611 A610 HVA1709662A A 8 324007 1320 aS"SOLENOID MITHORAM EXHAUST VALVE R 522 L5/8 ' CRO-HCU-2611+ K 02C12 2 A 2 0 A<<81 H528 C1 1 CRD "SV-120/2615 A610 HVA1709662A A 8 324007 5"SOLENOID MITHDRAM EXHAUST VALVE 4320 I

~

02C12 2 A 2 0 A ~ 81 H528 R 522 LS/804 C1 CRD HCU ~f5+ CRD-SV 120/2619 A610 HVA1709662A A 8 324007

~ 5>>SOLKNOIO VI THDRAV EXHAUST VALVE 4320

~ R 522 LS/8 ~ 1 CRO-HCU-2619<< 02C12 A 2 0 A<<BI tl5 28 C1 CRO-SV-120/2623 A610 HVA1709662A A 8 321007 5"SOLENOID MITHORAM EXHAUST VALVE 4320

~ R 522 LS/8 ~ 4 CRO-HCU-2623+

02C12 2 A 2 0 A ~ 81 H528 C4 CRD-SV-120/2627 A610 HVA1709662A A 8 321007

.5>>SOLEttOIO MI THORAV EXHAUST VALVE 1320 522 L5/8 ~ 1 CAR:H~~-86 Rl.+

02C12 2 A 2 0 A<<81 H528 C1 1 CRO-SV-120/2631 A610 IIVA1709662A A 8 324007 5>>SOLEttOID MITHDRAV EXHAUST VALVE 1320

~ R 522 LS/8 ~ 1 CRO-HCU-2631<<

02C12 2 A 2 0 A<<81 H528 C1 CR -S -120/2635 A610 HVA1709662A A 8 321007 4320

~ 5>>SOLENOID 02C12 MITHDRAV EXIIAUST VALVE 2 a 2 0 A ~ 81 '4528 522 K2/8 ' CRO"HCU-2635+

C4 CRO-S V-120/2639 A610 HVA1709662A A 8 324007 4320

~ S "SOLENOID VITHDRAII EXHAUST VALVE R 522 K2/8 ~ 4 CRO~CU-2639+

02C12 2 a 2 0 A<<Ill H528 C4
PROGRAH C1E-STD VASHINGTON PUBLIC POMER SUPPLY SYSTEN MNP-2 CLASS 1g IQUIPfggT QJS PAGE NO 00098 DMA E AXUk/$2 STATUS i+ ~ SEISNIC IS) PARANETERSH++ +ENV ~ (E) PARANETERS+ EPN HFG DESCRIPTION BLDG ELEV DETAIL 3 QSD SH ZONE H~~HLSD~BISSL~HSHS,DDK ROON 3 HOURS ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRA'MING 4/E ZONE CRO-S V-120/2613 A610

~ 5 "SOLENOID VITHDRAV EXHAUST VALVE 02C12 2 4 2 0 4 ~ Bl HVA1709662A N528 R~ C4 A 8 321007 CRlLHCUDH3.+

4320 CRO-SV-120/2647 A610 HVA1709662A A 8 3 4007

~ 5"SOLENOID 02C12 MITHORAM EXHAUST VALVE 2 A 2 0 4181 N528 R 522 K2/8 Ch- ' CRD-HCU-2647+

3 3~3 CRD SV-120/2651 A610 HVA1709662A A 8 321007

%5$ SOLENOIO VITHDRAM EXHAUST 4320 VALVE'2C12 R 522 K2/Beh CRO-HCU-2651+

2 4 2 0 ADBI N528 Ch CRO-SV-120/2655 A610 HVA1709662A A B. 324007 5"SOLENOID MITHORAV EXHAUST-VALVE 4320

~ R 522 gg/Be h -CQ.AQ5+

02C12 2 4 2 0 A ~ 81 N528 Ch ~ CRD-SV 120/2659 A610 HVA1,709662A A 8 321007

~ 5~SOLENOID VITHORAM EXHAUST VALVE 13/0 R 522 K2/804 CRD-HCU-2659+

02C12 2 4 2 0 AMBI II 528 Ch CRD-SV-120/3003 A610 HVA1709662A 4 8 321007

~ 5"SOLENOID VITHORAM EXHAUST VALVE 4320 R 522 LS/8 ~ 4 CRO-HCU-3003+

02C12 2 A 2 0 4%81 N528 C4 CRO-.SV-120/3007 A610 HVA1709662A 4 8 324007 a5 "SOLENOID MITHORAM EXHAUST VALVE 4320 R 522 L5/Re 02C12 2 A 2 0 A ~ 81 H528 Ch CRO SV-120/3011 4610 HVA1709662A A 8 324007 "SOLENOID MITHORAM EXHAUST VALVE 4320

~5 R 522 L5/8 ~ 1 CRO HCU-30111 02C12 2 4 2 0 A ~ 81 II 528 Ch CRD-SV-120/3015 A610 HVA 1709662A A 8 324007 4320 ~ 5 "SOLENOID VI THORA V EXHAUST VALVE R 522 L5/8 ' CRO-HCU-3015+

02C12 2 A 2 0 AI 81 'I528 Ch CRO-S V-120/30 19 A610 HVA1709662A A 8 324007

~ 5 SOLENOID MITHORAM EXHAUST VALVE 4320 R 522 L5/8 ~ 4 JUuiM.919+

02C12 2 A 2 0 A ~ 81 N528 Ch CRO-SV-120/3023 A610 HVA1709662A A 8 324007 4320

~5 "SOLENOI 0 MI THOR AV EXHAUST VALVE R 522 L5/8 ~ 4 CRD"HCU-3023+

02C12 2 4 2 0 A ~ 81 H528 C4 I CRO-SV. 120/3027 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID VITHORAM EXHAUST VALVE 02C12 2 R 522 L5/8 ' CRD-HCU-3027+

4 2 0 A ~ 81 H5?8 C4 CRO-SV-120/3031 A610 HVA1709662A A 8 321007

~5 "SOLENOID VITHDRAM EXHAUST VALVE 4320 *4 , R 522 K2/8 ~ 1 . CRDQCU-3031+

02C12 2 2 0 4 ~ sl1 8528 Ch

.0

O PROGRAH CIE STO QASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00099 MtIP-2 CLASS 1E EOUIPQQQQ~JS 047E 09DIEBL8 STATUS ++>SEISMIC lS) PARAMETERS+++ wENV ~ (E) PARAMETERS+ EPN NFG MODEL S E OlD TN HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE E Q E CRD-S V-120/3035 A610 HVA1709662A A 8 324007

~ 5"SOLENOID VITHORAM EXHAUST VALVE 4320 R 522 K2/Ooh CRO HCU 3035+

02C12 2 A 2 0 AMBI H528 C4 CRD-SV-120/3039 A610 HVA1709662A A 8 321007

~5 "SOLENOID VITHORAM EXHAUST VALVE 4320 R 522 K2/8 ~ 4 CRO"HCU-3039+

0 I 02C12 2 A 2 0 Ay81 M528 Ch CRO-SV 120/3043 A610 HVA1709662A A 8 321007 0 ~

~SSSOLENOIO VITHDRAM EXHAUST VALVE R 522 K2/8 ' CRD-HCU-30431 4320 02C12 2 A 2 0 As81 N528 Ch CRD-SV-120/3047 A610 HVA1709662A A 8 321007 5$ SOLENOID IIITHORAM EXHAUST. VALVE 4320 ~ R 522 Ã2/8 1 02C12 2 A 2 0 At81 NS28 Ch CRO-SV-120/3051 A610 HVA1709662A A 3240 7 SNSOLENOID IIITHDRAV EXHAUST VALVE 4320 ~ R 522 K2/8 ~ 4 CRO-HCU-3051+

02C12 2 A 2 0 Ai81 N528 Ch CRO-SV 120/3055 A610 HVA1709662A A 8 324007 0 ~ SSSOLENOID MITHORAM EXHAUST VALVE R 522 K2/8 ~ 4 CRO-HCU-3055+ 4320 02C12 2 A 2 0 A181 N528 Ch CRO-SV 120/3059 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID MITHORAlt EXHAUST VALVE 1320 R 522 K2/8~4 02C12 2 A 2 0 Ae81 N528 Ch I CRD-SV 120/3403 A610 HVA1709662A A 8 324007 ~ SNSOLEIIOIO MITHORAM EXHAUST VALVE 4320 R 522 L5/8 ~ 1 CRO-HCU-3103+

n 02C12 2 A ? 0 At81 N528 Ch CRD SV 120E)3407 A610 HVA 1709662A A 8 321007 5 "SOLENOID VITHDRAM EXHAUST VALVE 1320

~ R 522 LS/8 ~ 1 CRD-HCU-3h07+

02C12 2 A 2 0 A181 N528 Ch Q CRD-S V-120/3411 A610 HVA1709662A A 8 324007 1320

~ 5 "SOLENOID MITHORAM EXHAUST VALVE 52Cia 2 A 2 0 Atoll H528 522 LS/8 C4 ' CRO"HCU 3hgi CRO-SV-120/3415 A610 HVA1709662A A 8 '24007 "SOLENOID MITHDRAV EXHAUST VALVE 4320 ~ R 522 LS/8 ~ 1 CRD-HCU-3415+

Q 02C12 ? A 2 0 A ~ 81 N528 C4 I V-15075K 9 A610 HVA170966?A A 8 324007 4320 5 "SOLENOID Ml THDRAII EXHAUST VALVE R 522 L5/8 ' CRO-HCU-3419+ 02C12 2 A 2 0 A~ 81 H528 C4 P CRD-SV 120/3423 A61 0 HVA 1709662A A 8 324007 1320

~ 5 SOLEtIOID MITHORAM EXHAUST VALVE S22 LS/Bah R CRO-HCU-3123+

6&i2 ? A 2 0 A~ Bl 'I 528 Ch
PROGRAH CIE STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH IINP-S CLOS~ST~EON PDEJGMJSJ PAGE NO 00100 AI~LHlk I EPN HFG .. HODEL STATUS E OJD~N

++iSEISHIC IS) PARAHETERS+ + ~ +ENV i I E) P ARAIIETERS + ',

0 DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL Ec USE SAFETY FUNCTION A/E ORAMING A/E ZONE O Q CRO-SV-120/3427 5 A610 HVA1709662A A 8 321007 1320 IA

~ 5"SOLENOTO~UTNDRAII EXIIAUST VALVE 02CI2 2 A 2 0 .ADO1 Il 528 C4 I

CRO-SV 120/3431 A610 HVA1709662A A8320 I

'e NSNSOLENOID VITHORAM EXHAUST VALVE R 522 K2/8 ~ 4 02C12 "5 -' CRO HCU 3431+

A 2 0 ADDI II528 Cl P I ~ CRO-S V-120/3435 A610 HVA1709662A A 8 324007 5"SOLENOID MITHDRAM EXHAUST VALVE 4320

~ R 522 K2/8 ~ 4 CRD-HCU-3435+

02C12 2 A 2 0 ADDI H528 Cl CRO-SV-120/3139 A610 HVA1709662A A 8 '24007 4320

~ SNSOLENOIO 02C12 VITHDRAV EXHAUST VALVE 2 A 2 O,A ~ 81 Il 528 R 522~2/Bo Cl H~~t CRD-S V-120/3143 A610 HVA1709662A A 8 324007 ~ 5 "SOLENOID VITHDRAM EXHAUST VALVE 43 R 522 K2/8 ~ 1 CRO-HCU 34431 02C12 2 A 2 0 A ~ Bl II528 Cl <<CRD SV 120/3447 A610 HVA1709662A A 8 324007 ~ SNSOLENOIO VITHDRAM EXHAUST VALVE 4320 R 522 K2/F 4 CRO-HCU-3447+

02C12 2 A 2 0 AD 81 8528 Cl CRD-SV-120/3451 A610 HVA1709662A A 8 321007 aS"SOLENOID VITHDRAM EXHAUST VALVE 4320 R 522 .K2/Bx 02C12 2 A 2 0 A@81 H 528 C4 CRO-SV 120/3455 A610 HVA1709662A 8 321007 1320

~ 5"SO LE NO ID M I TH 0 RAM EXHAUST VALVE R 522 K2/8 ~ 4 CRD-HCU"3455>

02C12 2 A 2 0 A~ 81 8528 Cl

~ CRD-SV-120/3459 A61 0 HVA 1709662A A 8 324007 4320 ~ 5 SOL END I D MI THDR AM EXHAUST VALVE R 522 K2/8 ~ 4 CRO-HCU-34594 02C12 2 A 2 0 A181 H528 Cl CRO-SV-120/3803 A610 HV A1709662A A 8 321007 4320 ~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 LS/8 ~ 1 02C12 2 A 2 0 A ~ 81 DI5 28 C4 CRD-SV-120/3807 A610 HVA1709662A A 8 324007 43 0 ~ 5"SOLENOID VITHORAV EXHAUST VALVE R 522 L5/8 ~ 4 CRD"HCU-3807+

02C12 2 A 2 0 A ~ 81 II528 C4 UCRD-SV 120/3811 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID VITHORAV EXHAUST VALVE R 522 L5/8 ~ 1 CRO-HCU"38114 02C12 2 A 2 0 A181 H528 Cl CRD "SV-120/3815 A610 HVA1709662A A 8 324007 1320 ~ 5 "SOLENOID VI THORAV EXHAUST VALVE R 522 LS/8 ~ 4 CRP-HQU-3O15+

02C12 2 A 2 0 A581 8528 Cl
Q PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH ~ PAGE NO 00101

'MNP-2 CLASS 1E EOUIPHENT LIST 0~82 09/08/82 STATUS +++SEISHIC lS) PARAHETERS+~+ +ENV ~ (E) PARARETERS<

EPN HFG HODEL S E QID Tll HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOM ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRO SV 120/3819 A610 HVA1709662A A 8 324007 5%SOLENOID MITHORAM EXHAUST VALVE 4320

~ R 522 L5/8 4 C ~CU 38lgt 02C12 2 A 2 0 AMBI H528 Ch CRO-SV-120/3823 A610 HVA1709662A A 8 324007 5SSOLENOIO MI'THDRAM EXHAUST VALVE 4320 ~ R 522 L5/8 ~ 4 CRD"HCU-38234 02C12 2 A 2 0 AMBI ll 528 C4 CRD-SV-120/3827 A610 HVA1709662A A 8 324007 ~ 5"SOLENOID MITHDRAM EXHAUST VALVE R 522 L5/8~4 CRD-HCU"3827+

02C12 2 A 2 0 ADA1 N528 C4 CRO-S V-120/3831 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID.M1THORAM E'XHAUST VALVE.

4320 52$ Kg/Qgh 02C12 2 A 2 0 A ~ 81 11528 Ch ACRO-SV-120/3835 HCU-3835'320 A610 HVA1709662A A 8 324007 4320

~ 500SOLENOIO MI THORAM EXlll1UST VALVE R 522 K2/8 ~ 4 CRD 02C12 2 A 2 0 A%81 8528 Ch CRO-SV-120/3839 A610 HVA1709662A A 8 324007 4320 0 ~ 5~SOLENOID MITHORAM EXHAUST VALVE R 522 K2/8 ~ 4 CRO HCU-38391 02C12 2 A 2 0 AD BI H528 C4 ) CRD-SV 120/3843 A610 HVA1709662A A 8 324007 4320 ~ 5 "SOLENOID MITHORAM EXHAUST VALVE 522 K2/Ash 02C12 2 A 2 0 At81 8528 R

C99~g V-38hz+ C4 CRO-SV-120/3847 A610 HV A1709662A A 8 324007

~5 "SOLENOID MITHORAM EXHAUST VALVE 4320 R 522 K2/8 ~ 4 CRO-HCU"3847+

02C12 2 A 2 0 Ay81 H528 Ch CRO-SV-120/3851 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID MITHORAM EXHAUST VALVE 522 K2/8 ~ 4 R CRO-HCU-3851+

02C12 2 A 2 0 A ~ 3)1 H528 Ch CRO-S V-120/3855 A610 HVA1709662A A 8 324007 4320

~5NSOLENOID MITHORAM EXHAUST VALVE R 522 K2/884 C D+CP-3855+

02C12 2 A 2 0 AUAI 8528 Ch CRO-SV-120/3859 A610 HVA1709662A A 8 324007 4320

~5 "SOLEN0$ 0 MI THORAM EXHAUST VALVE R 522 K2/8 ~ 4 CRD-HCU-3859+

02C12 2 A 2 0 Agl)1 '1 528 Ch CRO-SV-120/11203 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID MITHDRAM EXHAUST VALVE 522 LS/8 ~ 4 R CRD-HCU-4203+

02C12 2 A 2 0 A ~ 81 H528 C4 CRO-SV-120/4207 A610 HVA1709662A A 8 324007 4320 85 SOLENOID MITHDRAM EXHAUST VALVE R 522 L5/8 ~ 4 CRO-HCU 4207+ 02C12 2 A 2 0 A ~ 81 N528 C4
Q 4 4 PROGRAH C1E-STO

'PN VtlP-2 CQAS~SE f OUI'~L!22222R VASHINGTON PUBLIC POVER SUPPLY SYSTEH STATUS E~OQ SEISHIC (S) PARARETERS~~

BAZ~BI

~ ~ENV ~ 1 IE)

PAGE NO 00102 PARAHETERS4' HFG DES CR IP T I ON NODE L BLDG ELEV 5 DETAIL I5 ZONE ROON DLI~EEQ ACCURACY h5l86 DGK C HOURS CONTRACT LEVEL COHPOSITE EPN

~

EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE 2 Q 2 CRO-S V-120/'l21 I A610 HVA1709662A A 8 324007 5"SOLENOID 'VITHORAV EXHAUST VALVE 1320 02C12 2 A 2 0 At81 528 R ~522 Q~ oh MBM4 H C4 0 4 CRO-SV-120/4215 A610 HVA1709662A A 8 321007

~5"SOLENOID VITHDRAV EXHAUST VALVE 1320 R 522 LS/814 "HCU 4215+

02C12 2 A 20 A ~ Bl H528 Ch CRD CRO-S V-120/4219 A610 HVA1709662A A 8 324007 5 "SOLENOID VITHORAM EXHAUST VALVE 1320

~ R 522 LS/804 CRD HCU-42191 02C12 2 A 2 0 A ~ 81 H528 Ch CRO-SV-120/4223 A610 HVA 1709662A A 8 321007 .5~SOLENOID MI THORAV EXHAUST yaLyE 1320 R 522 LS/8 ~ 4 2 2 ~C ~ 2234 02C12 2 A 2 0 A ~ Bl 'I528 Ch CRO-S V-120/4227 A610 HVA1709662A A 8 324007 5 "SOLENOID V I THORAV EXHAUST VALVE 4320 R 522 LS/8 ~ 4 CRD-HCU 42271 02C12 2 A 2 0 At81 H 528 Ch CRO SV 120/4231 A610 IIVA1709662A A 8 324007 ~5 "SOLENOID VITHDRAV EXHAUST VALVE 1320 R S22 K2/8 ~ 4 CRO"HCU"4231+

02C12 2 A 2 0 A+81 H 528 C4 I CRD-SV-120/4235 A610 HVA1709662A A 8 321007 5"SOLENOID VITHDRAM EXHAUST VALVE 1320

~ R 522 K2/Bib ~C D-QCJJ>>4235+

02C12 2 A 2 0 Ai81 H528 C4 CRD-SV-120/4239 A610 HVA1709662A A 8 324007 "SOLENOID Ui THI5%AM EXHAUST VALVE 1320

~ R 522 K2/8 ~ 4 CRD-HCU 4239+

02C12 2 A 2 0 A~ 81 H528 C4 CRC-34-12~24243 A610 HVA1709662A 8 324007 5 "SOLENOID MITHORAM EXHAUST VALVE 4320

~ R 522 K2/8 ~ 'l CRO HCU-4243+

02C12 2 A 2 0 A ~ Bl II 528 C4 CRO-SV-120/4247 A610 HVA1709662A A 8 321007 5"SOLENOID MITHDRAV EXHAUST VALVE 1320

~ R 522 K2/8oh 02C12 2 A 2 0 AiBi II528 Ch CRO SV-120/4251 A610 HVA1709662A A 8 321007 1320 ~ S~ OL NOIO VITHORAM EXHAUST VALVE 522 K2/8 ~ 4 R CRO-HCU-4251+

02C12 2 A 2 0 Ae81 R528 C4 CRO-SV 120/4255 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID VITHORAV EXHAUST VALVE 02C12 2 A281 R 522 K2/8 ' CRO-HCU"4255+

A 2 0 H528 C4 CRO-SV-120/4259 A610 HVA1709662A A 8 324007 4320

~ 522SOLENOIO VITHORAM EXtlAUST VALVE R 522 K2/8 ~ 1 CRD"HCU-1259+

02C12 2 A 2 0 AMBI 'I528 C4
0 PROGRAH C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00103 MNP-2 CLASS I E EQUIPHENT LIST DATE 09/08/82 ! ~ 1 STATUS ~ + ~ SEISHIC (S) PARANETERS++* *ENV~ IE) PARANETERS+ EPN NFG NODEL S E QIO TH HL TEST ANL FO C FREQ AGING OBE HOURS DES CR Il T ION BLDG ELEV DETAIL ZONE ROON ACCURACY C COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE

~ CRO SV-120/4607 A610 HVA1709662A A 8 324007 SiSOLEN010 MITHDRAll EXHAUST VALVE 4320 ~ ~ R 5/2 L5/8+ D=NM=1kB+

02C12 2 A 2 0 A@81 N 528 CI II I CRO-SV-120/4611 A610 HVA1709662A A 8 3 007 1320

~5 "SOLENOID MITHORAM EXHAUST VALVE R 522 L5/8 ~ I CRD-HCU-16l It 02C12 A 2 0 Ao81 8528 CI I

CRO-SV 12074615 A610 HVA1709662A A 8 321007 1320

~ 5 "SOLENOID MIT}lORAM EXHAUST VALVE 02C12 2 R 522 L5/8 ~ I CRO-HCU-161St A 2 0 Ae81 N528 CI I

CRO-SV-120/4619 A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID MITHORAM EXHAUST VALVE R 522 L5/8 ~ I CQD=QCU-46]~+

02C12 2 A 2 0 A%81 H 528 CI

~ CRO-SV 120/4623 A610 HVA1709662A A 8 321007 ill 4320 ~ 5 "SOLENOID 02C12 2 THDRAM EXHAUST VALVE A 2 0 Ao81 N528 R 522 LS/8 CI ' CRO-HCU-1623+

x CRO-SV 120/4627 A610 HVA1709662A A 8 324007 4320 I

~ SSSOLENOIO MITHDRAM EXHAUST VALVE 02C12 2 R S22 LS/8 ~ I CRO-HCU-1627+ 1 x A 2 0 Aq81 }l 528 CI 120/4}631, 4

CRO-SV A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOIO llITHORAM 02CI2 2

EXHAUST VALVE Ai81 R 522 K2/8 ' R =tlt'LLNL+ 4 A 2 0 N528 CI I CRO-SV-120/4635 A610 HVA1709662A A 8 324007 4320

~ SSSOLCNOIO 02C12 MITHORAM EXHAUST VALVE 2 A 2 0 Ae81 R 522 K2/8 ~ I CRO-HCU" 1635+

H5 28 CI CRO-SV-12074639 5610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID MITHDRAM EXHAUST VALVE R 522 K2/8 ~ I CRD-HCU-16391 02C12 2 A 2 0 A ~ 81 H528 CI CRO-SV-120/4643 A610 HVA1709662A A 8 324007 SSSOLENOID MITHDRAM EXHAUST VALVE 4320 ~ R 522 K2/Bah CRO HCU 1613+

02C12 2 A 2 0 A~ 81 N528 Ch I CRO-SV-120/4647 A610 HVA1709662A A 8 324007 4320

0 "SOLENOID MITHDRAM EXHAUST VALVE R 522 K2/8 ~ 4 CRD HCU-46174 02C12 2 A 2 0 A ~ Dl 8528 Ch I

C -SQ 12074651 A610 HVA1709662A A 8 324007 1320

~5 "SOLENOID MITHDRAM EXHAUST VALVE R 522 K2/8 ~ 4 CRD-HCU-4651+

02C12 2 A 2 0 Anil N528 C4 CRO SV

~5 120/4655 "SOLENOID 'MITHDRAM EXHAUST VALVE A610 . HVA1709662A R 522 K2/804 A 8 321007 CRO "HCU-4655+

1320 ,0 I 2 2 A 2 0 At81 H528 C4}
Q PROGRAH C1E STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00104 MNP-2 CLASS 1E EOUIPHENT S A$~09 0 ~l u)~fiasSEISHIC STA'TUS IS) PARAHETERSia+ +ENV ~ lE) PARAHETERS+ EPN DESCRIPTION HFG t) BLZX$~LXQ 0 ~Ru ~5G DBK C NkUR S BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRO-S V-120/5011 A610 HVA1709662A A 8 324007 4320

~ 5NSOLENOIO 'MITHDRAM EXHAUST VALVE R~5$ $ 5I ~ ~ @UK'"

02C12 2 A 2 0 Ao81 H 528 C4 CRD-SV-120/5015 A610 HVA1709662A A 8 324007

~ 5"SOLENOID MITHDRAM EXHAUST VALVE 02C12 2 A 2 0 Ae81 H528 R 522 LS/8 Ch ' CRD"'HCU-50I5+

4320 CRO-S V-120/5019 A610 HVA1709662A A 8 32h007

~ 5"SOLENOID MITHORAM EXHAUST VAL VE R 522 L5/8 ' 4320 02C12 2 A 2 0 As81 H528 ~C CRO-HCU-50194 CRO-SV-120/5023 A610 HV A1709662A A 8 324007 5 "SOL END I 0 MI THDR Alt ExttAUSTVALVE 4320 R 5$ $ g L5/+oh 02C12 2 A 2 0 A ~ 81 ll 528 Ch CRO-S V-120/5027 A610 HVA1709662A A 8 3 4 7 ~ 5 "SOLENOID MITHDRAM EXHAUST VALVE R 522 LS/8 ~ 4 02C12 CRO-HCU-50271 2 A 2 0 Ae81 H 528 Ch CRO SV-120/5031 A610 HVA 1709662A A 8 324007 ~ 5%SOLEt$ 010 MITHDRAM EXHAUST VALVE 4320 R 522 K2/Boh CRO-HCU-5031+

2C12 2 A 2 0 A~ 81 H528 Ch O-S V-120/5035 A610 llVA1709662A A 8 324007 4320

~ 5%SOLENOID llITHDRAM EXHAUST VALVE 02C12 2 A 1 3 G H528 R 52/ K2/Qqh Ch lUI~~$

CRO-SV-120/5039 A610 HVA1709662A A 8 324007

~ 5"SOLENOID MITHORAM EXHAUST VALVE R 522 K2/8 ~ 4 02C12 CRD HCU-50391 2 A 2 0 Ay81 H528 Ch CRD-SV-120/5043 A610 tlVA1709662A A 8 324007 4320 O ~, ~ 5NSOLENOIO MITHDRAM EXHAUST VALVE 02C12 2 A 2 0 A ~ 81 tl 528 R 522 K2/8 ' CRO-HCU-5043+

C4 CRD-SV-" 120/5047 A610 HVA1709662A A 8 324007

~ 5"SOLEttOID MITtlORAM EXHAUST VALVE 4320 R 522 .K2/8yh ROME "ZB7.+

02C12 2 A 2 0 A ~ Bl M 528 C4 CRO-SV-120/5051 A610 HVA 1709662A A 8 324007

~ 5 %SOLENOID MI THORAM EXIlAUST VALVE R 522 K2/8 ~ 4 CRO-HCU"5051+

02C12 2 A 2 0 Ay81 'l528 Ch CRO-SV 120/5415 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID MITHORAM EXHAUST VALVE 02C12 2 A 2' Ae81 H528 R 522 L5/8 ' CRD-HCU 541St Ch CRO-SV-120/5419 A610 HVA1709662A A 8 324007 5 "SOLEttOIO MITtlDRAM EXHAUST VALVE 4320 ~

R. 522 LS/8 ~ 4 CRO-QCP 5I)9+ 02C12 2 A 2 0 Ay81 8520 C4
PROGRAN CIE-STD 0 MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE No 00105 ' VNP-2 CLASS 1E EOUIPNENT LIST DATE 09/08/82 9 EPN HF G II DOE L STATUS S E QID

+4+SEI SNIC IS) PARANETERS ~ + ~

TH HL TEST ANL FO C FREQ

+ENV ~ IE) PARANETERS+

AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE EPN Q, CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONC e CRO-SV-120/5123 A610 HVA1709662A A 8 321007 5"SOLENOID MITHORAM EXHAUST VALVE 1320 e ~ R 522 L5/8 ~ 1 CRD-HCU-54234 2Ci2 2 A 2 0 A ~ 81 N528 II CRO-Sv-120/5127 A610 HVA1709662A A 8 321007 "SO EtloIO VITHDRAM 1320

~ EXHAUST VALVE R 522 L5/8 ~ 1 CRD-HCU 54274 02C12 .2 A 2 0 AMBI N528 Ch lFKV=TiFiPA A610 HVA1709662A A 8 324007 1320 ~ 50SOLENOI D 02C12 MI THORAV EXHAUST VALVE 2 A 2 0 Ao81 H528 R 522 K2/8 ' CRD-HCU-5431+

C4 I CRO-SV-120/5435 A610 HVA1709662A A 8 321007 5+SOLEIIOID VITHDRAM EXHAUST VALVE 1320

~ R 522 K2/F 4 CRD-HCU-5435+

1 02C12 2 A 2 0 A ~ 81 N528 C4

~ CRD-Sv" 120/5439 A610 HVA1709662A 321007 .Kl'soiEHoi'5"M'itiibRAM ExiiAUsT vALvE 02C12 2 A 2 0 A ~ Bl N528 R 522 K2/8 ~ 4 Ch A 8 CRO HCU 5439'320 CRO-Sv-120/5443 A610 HVA 1709662A A 8 324007 5"SOLFNOIO MITHORAM EXHAUST VALVE 4320 ~

R 522 K2/8 ~ 4 CRD-HCU"5443+ %3 02C12 2 A 2 0 At 81 II 528 C4 I CRD-SV-120/5447 A610 HVA1709662A A, 8 321007 5NSOLENOIO MITHDRAM EXHAUST VALVE 4320

~ R 522 K2/8 ~ 1 CRP~CU 5it7 ~

02C12 2 A 2 0 A ~ 81 H528 Ch I ~

~ CRO-Sv 120/5819 A610 HVA1709662A A 8 324007 " '5"soLEAOID MIiHDRAM ExiiAUST VALVE 1320 R 522 L5/8 ~ 4 CRO-HCU 5819+

02C12 2 A 2 0 A ~ 81 N528 Ch CRO N~ 120/5823 A61 0 HVA 1 709662k 8 324007. 1320

~ 5 SOLENOID VITHORAV EXHAUST VALVC 02C12 2 2 0 AMBI R 522 L5/8 ' CRD"HCU-5823+

A N528 Ch CRD-Sv-120/5827 A610 HVA1709662A A 8 324007 5 "SOLENOID MI TIIORAll EXHAUST VALVE 4320

~ R 522 L5/8 ~ 4 CRO-HCU-5827+

2C12 2 A 2 0 At01 N528 C4 I CRO-Sv-120/5831 A610 HVA1709662A A 8 324007

~ QRSOLENOIO QI THORAX'XIIAUST VALVE 4320 R 522 K2/R ~ 4 CRD-HCU-5831+

02C12 2 P 2 0 Awol N528 Ch CtT5-EV-i2575535 A6io' iivA17o9662A A 8 324007 1320

~ 5"SOLENOID 02C12 MITHORAM EXHAUST VALVE 2

R 522 K2/8 ' CRD-HCU-58350 A 2 0 A~ 81 N528 Ch CRD "SV-120/5839 A610 HVA 1709662A A 8 324007 4320

~ 5"SOLENOID VITHDRAV EXHAUST VALVE R 522 K2/Reh CRO HCU 5839+

ii2Ci2 2 A '2 0 A ~ Dl 'I 528 C4
PROGRAH CIE-STO VASHINGTON PUBLIC PO'VER SUPPLT SYSTEN

~

PAGE NO 00106 hTK QQQIMM 0 I CONTRACT EPN LEVEL MFG DESCRIPTION BLDG KLEV

~E STATUS DETAIL + ~ +SKISHIC ZONE ROON IS) PARANETERS++ ~

ACCURACY

+ENV ~

MID XLl'IIML'~IILEILC-~IILIIllIIIII9 IIM ~0IIRS. IK) PARARETERS+ COHPOSITE EPN 0 EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE ', 0 I 0 ~ CRD-SV-120/5843 A610 HVA1709662A A 8 321007 1320

~ 5 "SOLENOID V/JHOQAV EXHAUST .VALVE ~22MRLS 02C12 2 A 2 0 At81 8528 Ch IIMDU&jl!B CRD-SV-121/0219 A610 HVA1709662A A 8 324007 ~5 "SOLENOID INSERT EXHAUST VALVE 13 0 R 522 LS/Bah CRD HCU-02191 .02C12 2 A 2 0 A ~ Bl 8528 Ch CRO-SV-121/0223 A610 HVA1709662A A 8 321007 ~ 5"SOLENOID INSERT EXHAUST VALVE 1320 R 522 LS/8 ~ 1 CRD-HCU-0223+

02C12 2 A 2 0 AIBI CRO-SV-121/0227 A610 HVA1709662A A 8 321007 a5 "SOLENOID INSERT EXHAUST. VALVE 1320 02C12 2 Ae01

~RR-LSMI eh .IIILIEII~RZ~

A 2 0 8528 Ch CRO SV

~5 121/0231 A610 SOLENOID INSERT EXHAUST VALVE HVA1709662A R 522 LS/8 ~1 ~~Q CRO HCU 02314 1

I {j 02C12 2 A 2 0 AoBI 8528 Ch ) CRO-SV 121/0235 A610 HVA1709662A A 8 324007

~ 5"SOLENOID INSERT EXHAUST VALVE 4320 R 522 K2/8 ~ 4 CRO HCU 0235+

02C12 2 A 2 0 A ~ 01 8528 C4 CRO-'SV-121/0239 A610 HVA1709662A A 8 321007

~ 5IISOLENOIO INSERT EXHAUST VALVE 1320 02C12 8 5H jl26!*. !LBClLtLG2+

2 A 2 0 Ae81 8528 Ch CRO-SV 121/0243 A610 HVA1709662A A 8 32100 i5 "SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ 4 CRO-HCU>>0243+

%320 02C12 2 A 2 0 Ar01 8528 Ch K I

CRO-SV-121/0615 A61 0 HVA 17096 62A A 8 324007

~ 5"SOLENOID INSERT EXHAUST VALVE 4320 8 522 LS/Boh CRD HCU-0615+

02C12 2 A 2 0 A ~ 81 8528 C4 CRO-SV-121/0619 A610 HVA1709662A A 8 324007 5 "SOLEN~OO INSERT EXHAUST VALVE 4320

~

02C12 g 522 ~/noh RA>fll9619+ 2 A 2 0 A ~ 81 H528 C4 CRO-SV 121/0623 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID INSERT EXHAUST VALVE 13.2.0 R 522 LS/8 ~ 4 CRD-HCU-0623+

02C12 2 A 2 0 A ~ 81 8528 C4 CRD SV-121/0627 A610 HVA1709662A A 8 324007

~ 5"SOLENOID INSERT EXHAUST VALVE 4320 R 522 L5/8 ~ 4 CRD-HCU-06271 02C12 2 A 2 0 A101 H 520 C1 I

CRO-SV-121/0631 A610 HVA 1709662A

~5 "SOLENOID INSERT EXHAUST VALVE R A 8 522 LS/ Bo 4 324007 SHQBCUdkN~

1320 '. 0 02C12 2 A 2 0 A ~ 51 H 528 C4

',0

l 0 5 h
PROGRAH C1E-STD

.0 UASHINGTON PUBLIC POQER SUPPLY SYSTEH PAGE NO 00107 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/08/82 I

STATUS ai~sEISHIC lS) PARAHETERs~ia +ENV ~ lE) PARAHETERS* EPN HFG HODEL S E QIO TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN Qs CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAIJING A/E ZONE I Q e CRO-SV 121/0635 A610 HYA1709662A A 8 324007

~ 5 SOLENOID INSERT EXHAUST VALVE 4320 ~

R 522 K2/8 ~ 4 CRO HCU 06351 h 02C12 2 A 2 0 At81 H 528 Ch Q CRO-SV-121/0639 A610 HVA1709662A A 8 324007 4320 a5 "SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ Bl ll 528 R 522 K2/8 ' CRO HCU-0639+ Ch tRti-SV-i21/0643 A610 HVA 170966?A A 8 324007 4320 Q ~

~5 "SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 Ai81 H528 R 522. K2/8 ' CRO-HCU-0643+

Ch I CRD-S V-121/0647 A610 HVA1709662A A 8 324007 a5 "SOLENOID INSERT EXHAUST 4320 VALVE R 522 K2/8 ~ 4 CRD-HCU-0647+ 02C12 2 A 2 0 At81 H528 Ch CRD-SV-121/1011 iaaf A610 HVA1709662A A 8 324007 4320 5 "soi:ENo'2D iAsERT ExHAUsT YALYE 02C12 2 A 2 0 At81 Jl 528 R 522 L5/8 ' CRD HCU-1011+ Ch C R OD$ D

- 12 I Il0 I 5 A610 HVA1709662A A 8 324007 ~ SSSOLENOIO INSERT EXHAUST VALVE R 522 LS/8e 4 CRO HCU-1015+

02C12 2 A 2 0 Ay81 H528 Ch 0 CRO-SV-121/IO19 A610 HVA1709662A A 8 324007 CU-1019'320 4320

~5 "SOLENOID INSERT EXHAUST VALVE 522 L5/8 '

cii Jl5 28 R Ch CRD-CRD-SV-121/1023 A610 HVA1709662A A 8 324007 4320 CRO-HCU-1023+ eit5=5~ H72'62t %62 HVAi709662A 4320 a5"SOLENOID INSERT EXHAUST VALVE ,R 522 L5/8 ~ 4 CRO-HCU" 1027+ 02C12 2 A 2 0 A+81 H528 C4 0 CRO-S V-121/1031 A610 HVA1709662A A 8 324007 4320

~ 5 OSOL END I 0 ILJSER I EXHAUST VALVE R 522 L5/8 ~ 4 CRO-HCU 1031+

52Ci2 2 A 2 o A.81 8528 C4 CRO-SV-121/1035 A610 HVA1709662A A 8 324007 4320 LEAoTD iAsEKt ExHAUst vALvE R 522 K2/8~4 CRO-HCU 1035+ 02C12 2 4 2 0 A~ 81 H528 Ch

- ~fi7rtU9 A6io HVAito9662A A 8 324007 4320 G ~ ~ 5"SOLENOID 02C12 INSERT EXHAUST VALVE 2 A 2 0 A ~ 81 H528 R 522 K2/8 ' CRD-HCU-1039+

C4 P CRO-SV-121/1043 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID INSERT EXHAUST VALVE C 2 P. A 2 0 A ~ 81 H528 R 522 K2/8 ' CR D-'llCU-I0 43+

0 ~
PROGRAM CIE STO MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00108 A ~9/kS./jL CONTRACT EPN LEVEL HFG DESCRIPTION EC USE SAFETY FUNCTION HODEL A/E BLDG ELEV BRAVING A/E S DETAIL

~

STATUS>>>>>>SEISHIC OUI ZONE H HL ES ROON (S) PARAMETERS>>>>>>>>EtlV ~ (E) N F C ACCURACY F E~AG~G DBg PARAMETERS>> C COMPOSITE EPN g~lRS ZONE e CRO-SV-121/1047 A610 HVA1709662A A 8 321007 1320

~ ~ 5"SOLENOID ltlSERT EXHAUST VALVE 02C12 A>>81 R 522 /

2 A 2 0 H 528 Cl I CRO-SV-121/1051 A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID 02C12, ItlSERT EXHAUST VALVE 2 A>>BI R 522 K2/8 ~ I 'RD"HCU"1051>>

A 2 0 H528 CI CRO SV 121/1407 A610 HVA1709662A A 8 321007 1320

~ 5"SOLENOID INSERT EXHAUST VALVE R 522 LS/8 ~ I CRD-HCU-1107+

02C12 2 A 2 0 A>>81 H528 CI I CRO-SV-121/1411 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID 02C12 INSERT EXHAUST VALVE R 522~5/8 ' -~U- ~+

2 A 2 0 A>>81 H 528 C4

~

CRO-SV-121/1415 A610 HVA1709662A A 8 324007 a5 "SOLENOID INSERT EXklAUST VALVE 4320 R 522 LS/8>>4 CRD-HCU "1415>> 02C12 2 A 2 0 A>>81 H528 C4 CRO SV 121/1419 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID INSERT EXHAUST VALVE R 522 L5/8 ~ I CRO-HCU-1419>>

02C12 2 A 2 0 A>>81 H528 Cl ~ s CRO-SV-121/1423 A610 HVA1709662A A 8 324007 4320

~5$ SOLENO10 INSERT ExtlAUST VALVE 02C12 A ~ 81 R 522 LS/8 ~ I C O~CQ-1423+

2 A 2 0 5528 CI I'RD-SV 121/1427 A610 HVA1709662A A 8 324007 1320

~ "SOLENOID ItlSERT EXHAUST VALVE 02C12 '

R 522 LS/8 ~ I CRD-HCU"1427>> 2 A 0 As81 H528 CI CRO-SV-121/1431 A610 HVA1709662A 8 321007 4320

~ 5 "SOLENOID INSERT EXHAUST VALVE R 522 LS/8 ~ I CRD-HCU-1131>>

02C12 2 A 2 0 A>>BI H528 C4 CRD-SV-121/1435 A610 HVA1709662A A 8 321007 1320

~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 R 522 K2/8 ' Cgj-M-JLS +

2 A 2 0 A>>81 H528 Cl CRO-SV-121/1439 A610 HVA 1709662A 8 324007 A 3/0

~ 5>>SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ 81 H528 R 522 K2/8 ' CRO-HCU 1439+

Cl I CRO-SV-121/1413 A610 HVA1709662A A 8 321007 5"SOLENOID INSERT EXHAUST VALVE 1320

~ R 522 K2/Bel CRO-HCU-1443+

02C12 2 A 2 0 A ~ 81 H528 C4 CRO-SV-121/1447 A610 HVA1709662A A 8 324007 oS~SOLEttOIO INSERT EXtlAUST VALVE: 1320 R 522 K2/8 4. CQO-Ltd-$ 447>> 02C12 A 2 0 A ~ 81 H528 C4 0
O PROGRAH CIE-STD WASHINGTON PUBLIC POWER SUPPLY SYSTEH PAGE NO 00109 llS~P- CL~ASS E EAU ~PQg LSSJ L9.8/ STATUS aiiSEISHIC JS) PARAHETERStsa tENVa tE) PARAJJETERS ~ EPN HFG DESCRIPT IofJ

, HOOEL BLDG ELEV S

DETAIL E OgO~~L ZONE IK~AHL EQ~ ERE.Q~ISQ QAE M WARS ROOH ACCURACY COHPOSITE EPN OS CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE CRO-SV. 121/1451 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID INSERT EXHAUST VALVE 4320 02C12 2 A 2 0 AMBI H5 28 Ch MIQLU%1+

CRO SV-121/1455 A610 HVA1709662A A 8 32 00

~ SNSOLENOIO IJJSERT 3 0 EXHAUST VALVE R 522 K2/8 ~ 4 CRD"HCU-1455+

02C12 2 A 2 0 AMBI H528 Ch CRO-SV-121/1803 A610 HVA1709662A A 8 324007 5%SOLENOID INSERT EX)IAUST VALVE 4320

~ R 522 LS/8 ~ 4 CRO-HCU-1803+

02C12 2 A 2 0 Ay 81 H528 Ch CRO-S V-121/1807 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT EXHAUST VALVE 4320 R 522 $ 5/PE 4 02C12 2 A 2 0 A ~ 81 H 528 Ch o"I "SV-121/1811 CRD A610 HVA1709662A A 8 324007 a5 "SOLENOID INSERT EXHAUST VALVE R 522 L5/8th CRO-HCU-1811+ 02C12 2 A 2 0 Ay81 H528 C4 CRO-S V-121/1815 A610 HVA1709662A A 8 324007

~ 5 SOLEtJOIO INSERT EXHAUST VALVE 4320 R 522 L5/Boh CRO-HCU-1815+

02C12 2 A 2 0 AE81 H528 C4 I 0 CRO"SV"121/1819 A610 HVA1709662A A 8 324007 4320 5 "SOLENOID INSERT EXHAUST VALVE 522 $ 5/8 ~ 4 02C12 2 A 20 A ~ 81 H528 Ch BD&U-ly0+ Q. CRO-SV-121/1823 A610 HVA1709662A A 8 324007 5 "SOLENOIO INSERT EXHAUST VALVE: 4320 R 522 L5/8 ~ 4 CRD-HCU 1823+ 02C12 2 A 2 0 At81 H528 C4 CRD-SV-i2171827 A610 HVA1709662A A 8 324007 4320

~5 "SOLENOID INSERT EXHAUST VALVE 522 L5/8 ~ 4 CRO HCU 1827+

02C12 2 A 2 0 A ~ 81 H528 C4 CRO-SV-121/1831 A610 HVA1709662A A 8 324007 P5 "SOLENOID INSERT EXHAUST VALVE 4320 02C12 2 A 2 0 A ~ 81 H528 R 522 LS/8 ~ 4 CRD-HCU 1831 t C4 CRO-SV-121/1835 A610 HVA1709662A A 8 324007 4320 5 "SOLENOID INSERT EXHALJST VALVE R 522 K2/8 ~ 4 CRD HCU 1835+ 02C12 2 A 2 0 A~ 81 H528 Ch eRD'=SV=I20$ 539 4610 HV A I 709662A A 8 324007 4320

~ 5~SOLENOID 02C12 If/SERT EXHAUST VALVE 2 0 R 522 K2/8 ' CRO-HCU-1839+

2 A A~ 81 H528 C4

CRD "SV-121/1843 A610 HVA1709662A A 8 324007 4320

~ 5~SOLENOID INSERT EXHAUST 02CI2" "4 k 0 0 VALVE Arel R 522 K2/8 ' CRD-HCU-1843+

H528 Ch
PROGRAM C1E-STD MASHINGTON PUBLIC POIIER SUPPLY SYSTEM 4 MNP-2 CLASS 1E EQUIPHE~NT PAGE NO 00110 ST DATE 09/08/8 CONTRACT EPN LEVEL DESCRIPTION EC USE SAFETY FUNCTION BLDG ELEV A/E ORAUING STATUS 0 E DETAIL A/E ZONE 0!0 ~ ZONE i+iSEISHIC IS) PARAkETERS*ii 5~I~SR ROOH L 0~ E~EO ACCURACY

*ENYO !SINO lE)

OSE PARAMETERS+ 0 COHPOSITE EPN llPIIES I 0 CRO-SV-121/1847 A610 HVA1709662A A 8 324007 1320 0 ~ 5 SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 Ai81 H 528 R 52/ ~QCI 0 II CRD-SV 121/1851 A610

~ S"SOLENOID IttSERT EXHAUST VALVE HVA1709662A R 522 K2/8 ~ I A 8 32400 CRD-HCU 1851+

43~ 02C12 c4-

"NEILB~O'RO-SV-121/1855 2 A 2 0 Ai81 M 528 A610 HVA1709662A A 8 324007 4320 ~5 "SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ I CRD-HCU-1855+

02C12 2 A 2 0 AiBI H528 T CRO SV 121/1859 A610 HVA 17096 62A A 8 324007

~ 5"SOLENOID INSERT EXHAUST VALVE 4320 02C12 R SRFMk! Oak 2 A 2 0 A ~ Sl M528 CI CRD-SV-121/2203 A&10 HVA1709662A 10 7 050ll ~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 2 2 0 R 522 LS/8 ~ I CRO-HCU 2203i A A081 H528 C4 CRO-SV-121/2207 ~ A610 HVA1709662A A 8 324007 4320 ~ SiSOLENOID INSERT EXHAUST VALVE R 522 LS/8 ~ I CRD-HCU-2207+

02C12 2 A 2 0 Ai81 H528 C4 CRO-SV-121/2211 A610 tIVA1709662A A 8 324007

~ 50SOLEN01D INSERT EXHAUST VALVE 4320 R 522 Lg/Rq4 .EO~ILEEI I ~ ~ 02C12 2 A 2 0 A ~ 81 H 528 CI CRD-SV-121/2215 A610 HVA1709662A A 8 324007 4/20 ~ 5 "SOLENOID INSERT EXtlAUST VALVE R 522 LS/8 ~ I CRO-HCU 2215+

02C12 2 A 2 0 Ai81 M528 CI CRO-S V-121/2219 A610 HVA1709662A A 8 321007

.5 SOLENOID It<SERT EXHAUST VALVE 4320 R 522 LS/F 4

~ 02C12 2 A 2 0 A~BI M528 Ch CRO-HCU"2219'PMLL222. CRO-SV-121/2223 A610 HVA1709662A A 8 324007 4320 5 SO~I~NOT INSERT EXNXOST VALVE 02C12

.R 5?Z LSAi +

2 A 2 0 A~ Bl M 528 Ch CRO-SV 121/2227 A61 0 HVA1709662A

~ 5 "SOLENOID INSERT EXHAUST VALVE R 522 LS/8 A 8 3240)7 ' CRO-HCU-2227+ ~32 02C12 2 A 2 0 Ai81 8528 C4 'RO-SV-121/2231 A610 HVA1709662A A 8 324007 4320 ~5 "SOLENOID INSERT EXtlAUST VALVE R 522 L5/8 ~ I CRO-HCU-2231+

02C12 2 A 2 0 A081 H528 C4 CRO "S V-121/2235 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID INSERT EXtlAUST VALVE 522 K2/Bqh, 02CI2 R .CRO-ffgU-2235+

2 A 2 0 A ~ 01 H5 28 C4
PROGRAH C1E-STD UASHINGTON PUBLIC POMER SUPPLY SYSTEH

~

PAGE NO 00111 UNP.-2 CJ.ASS lE~QUJP~~L,I 0.4 J.~l.OB./8 STATUS ~ +++SEISHIC IS) PARAHETERSiaa ~ENYO (E) PARAIIETERS ~ EPN DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY G BI't QQE A COHPOSITE EPN HONG CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE e CRD-SV-121/2239 A610 HVA1709662A A 8 321007 4320 e ~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ 81 .'I 528 52~8&>> ~kSCU=RRB~ Ch II CRD-SV-121/2243 A610 HVA1709662A A 8 321007

~5 "SOLEtIOIO INSERT EXHAUST VALVE R 522 K2/Bah CRO-HCU-2243+

02CIZ 2 A 2 0 A>>81 II 528 Ch D-SY-12172247 A610 HVA1709662A A 8 324007

~5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 K2/8 ~ 4 CRO-HCU-2247>>

02C12 2 A 2 0 A>>81 H528 Ch ll

. CRO-SV 121/2251 A610 HVA1709662A A 8 324007 ~ 5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 K2/8 ~ 1 HI!=ill:ILIA>l ~

02612 2 A 2 0 A>>81 H528 Ch

~ CRD-SV-121/2255 A610 HVA1709662A A 8 321007 4 g0 ~ 5"SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ 4 CRD-HCU 2255+

02C12, 2 A 2 0 A%81 H528 Ch CRD-S 121/2259 A610 HVA 1709662A A 8 321007 1320

~ 5 "SOLENOID INSERT EXHAUST VALVE R 522 K2/ Be 4 CRO-HCU-2259+

02C12 2 A 2 0 A ~ 01 H528 Ch CRO-S V-121/2603 A610 IIVA1709662A A 8 324007

~ 5 "SOLENOID INSERT EXHAUST VALVE 1320 R 522 L5/8 ~ 4 C JC C 2603+

02C12 2 A 2 0 A>>81 H 528 Ch CR0-S V-121/2607 A610 HVA 1709662A A 8 321007

~ 5 "SOCEQOM INSERT EXHAUST VALVE 4320 R 522 LS/Boh CRO-HCU 26071 02C12 2 A 20 A ~ Bl II 528 Ch CRf)-SV-12172611 A610 HVA 1709662A A 8 321007 1320 ~ 5 "SOLENOID ItlSERT EXHAUST VALVE R 522 LS/8 ~ 4 ' CRO-HCU-2611+

02C12 A 2 0 A>>81 H528 C4 CRO-SV-121 /2615. A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID INSERT'XHAUST VALVE 522 L5/8 ~ 1 02C12 R CRO HCU 26ISt 2 A 2 0 A ~ 01 H528 C4 I

'RO-SV 121/2619 A610 HVA1709662A A 8 324007 4320

. >>SOaaOIr Ittee'RT EXHAUST VALVE R 522 LS/8 ~ 4 CRD-HCU 2619+

02C12 2 A 2 0 A>>BI H 528 C4 V-121/262 EV 12 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ Bl II528 R 522 LS/8 ' CRD-HCU-2623>>

Ch CRD-S V-121/2627 A610 HVA1709662A A 8 324007 4320 e5"SOLENOID INSERT EXHAUST VALVE R 522 L5/RE 4 CRO HCU-2627+ 02C12 2 A 2 0 A>>81 H528 Ch
PROGRAH C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH MnP-R CLAN IX PAGE NO 00112 fQMIMERI .IKJ}9LRBl STATUS aa+SEISHIC lSI PARAKETERS ~ ~+ EPN HFG DESCRIPTION

.NODAL BLDG ELEV DETAIL R K ~lP~LJ~BL-EQ ZONE ROON C

ACCURACY

'~KQ +ENV ~

llltIJIII TET PARARETERS< RBE~G COHPOSITE EPN VII 8. CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE 0 CRO-SV-121/2631 A610 HVA1709662A C4'RD

~

A 8 324007 4320

~ 50SOLENOID INSERT EXHAUST DR~SL8 2 A 2 0 VALVE'2C12 A~ Bl 'I 528 B

Ch SLBN=2Q + CRO-SV 121/2635 A610 HVA1709662A

~ O'ISOLENOIO INSERT EXHAUST VALVE R 522 K2/Bih 02C12 2 HCU-26354 A 2 0 Ao81 Il 528 CRO-S V-121/2639 A61 0 HVA 1709662 A A 8 324007 ~ 5"SOLENOID INSERT EXHAUST VALVE 4320 R 522 K2/Bah 02C12 2 A 2 ~048! H528 CRD-HCU-2639+

CRO-SV 121/2643 02C12 2 A 20 A61P

~ 5 "SOLENOID INSERT EXHAUST VALVE A~ Bl HVA1709662A 8528 ~ MRKJQLBeh Ch A 8 324007 4320 CR D -S V-121/264 7 A61 0 HVA 1 7096 62A A 3 4 0 ~5 02C12 SOLENOID INSERT EXHAUST VALVE 2 2 0 Ae81 H528 R 522 K2/8 ' CRD"HCU 2647+

320

'PER A Ch CRD-S V-121/2651 A610 HVA1709662A A 8 324007 ~ 5SSOLENOIO INSERT EXHAUST VALVE 4320 R 522 K2/8 ~ 4 CRO-HCU-2651+

02C12 2 A 2 0 A ~ 81 H528 Ch CRO "S V-121/2655 A610 HVA1709662A A 8 324007 4320 s~soLENOID INsERT ExHAusT vALyE 02C12 VUS55+ A 2 0 Ae81 H 528 C4 CRO-SV-121/2659 A610 HVA1709662A A 8 324007

~ 5$ SOLENOIO INSERT EXHAUST VALVE R 522 K2/F 4 02C12 CRD"HCU"2659+

2 A 2 0 AD 81 II 528 Ch CRO SV 121/3003 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT EXHAUST VALVE 4320

~

R 522 L5/8 ~ 4 CRO-HCU-3003+ 02C12 2 A 2 0 At81 H5 28 4 CRO-S V-121/3007 .A610 HVA 1709662A A 8 324007 4320

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 R Sgg. Ly/8 BPMLL39JIL+

2 A 2 0 A~ 81 8528 Ch CRO-SV 121/3011 A610 HVA1709662A A 8 324007 "SOL t)010 It)SERT EXHAUST VALVE 320

~ R 522 L5/8 ~ 4 02C12, 2 A 2 0 AMBI H528 Ch CRD-Hcu-3011'RO-HCU-3015+

CRD SV-121/3015 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID 02C12 INSERT EXHAUST VALVE 2 A 2 0 A ~ 81 'I 528 R 522 L5/8 '

C4 CRD-S V-121/3019 A610 HVA1709662A A 8 324007 a5 "SOLENOID INSERT EXHAUST VALVE 4320 R,522 L5/8 ~ 4 CRAB.CIL30.12+ 02C12 2 A 2 0 A ~ 81 M528 C4
Q PROGRAH C1E-STO 0 UASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00113

<< ltNP-2 CLASS 1E EGUIPHENT LIST DATE 09/08/82 STATUS <<<<<<SEISMIC (S) PARAHETERS<<<< ~ <<ENYO IE) PARAtIETERS<<

EPN MFG HOOEL S E OIO Ttl HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE'OON ACCURACY C-' COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAUING A/E ZONE CRD-S V-121/3023 A610 HVA1709662A A 8 321007 4320

%5$ SOLENOID INSERT EXHAUST VALVE R S22 L5/8 ~ I CRP KCU 33330 02C12 2 A 2 0 A ~ 81 M528 CI CRO-SV-121/3027 A610 HVA1709662A A 8 324007 4320 ~ 5"SOLENOID INSERT EXHAUST VALVE R 522 LS/8 ~ I CRD HCU 3027+

02C12 2 A 2 0 A<<81 M528 CI R

~ -SV-121/3031 5 "SOLENOID '610 ItlSERT EXHAUST VALVE tIVA1709662A R 522 K2/Bo1 A 8 321007 CRO-HCU-3031+

4320 02C12 2 A 2 0 A<<81 M528 C4 CRO-SV-121/3035 A610 HVA1709662A A 8 324007

~5 "SOLENOID INSERT EXHAUST VALVE 4320 8 522 K2/Bol CRO-HCU-3035+

02C12 2 A 2 0 A<<81 tl528 CI CRO-SV 121/3039 A610 HVA1709662A A 8 321007 4320

~ 5 "SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ I CRO-HCU-3039<<

02C12 2 A 2 0 A ~ 81 M528 C4 CRO-SV-121/3043 4610 HVA1709662A A 8 321007 5 "SOLENOID INSERT EXHAUST VALVE 1320

~ R 522 K2/804 CRO HCU 3043<<

02C12 2 A 2 0 AD 81 M 528 CI jl CRO-SV-121/3047 A610 HVA1709662A A 8 324007 1320

~ 5<<SOLENOID INSERT EXHAUST 02C12 2 2 0 VALVE A<<81 R 522 K2/8 ~ I CRD-HCU 3947+

0. A M 528 CI o CRO-SV-121/3051 A610 tIVA1709662A A 8 321007 4320

~ 5 "SOLENOf 0 IttSERT EXHAUST VALVE 02C12 2 R 522 K2/8 ~ I CRO-HCU-3051<<

A 2 0 A<<81 M528 C4 CRD:SV:f203055 A610 HVA1709662A A 8 324007 1320 Q ~5 "SOLEttOID INSERT EXHAUST VALVE R 522 K2/8 ~ I CRO-HCU 3055+ 02 C12 2 A 2 0 A<<81 31 528 Ch

~ CRD-S V-121/3059 A610 HVA1709662A A 8 321007 1320 oS<<SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ Ol tl 528 R 522 K2/8 ' CRQ-HCU 3059<<

CRO-SV-,121/3403 A610 ' lIVA1709662A A 8 324007 4320

~ "SOt:EHOiO IFiSERT 'EXHAuS'T VALVE R 522 L5/8 ~ I CRD HCU 3403<<

02C12 2 A 2 0 A<<81 M528 C4 A 8 324007 1320

~ 5 "SOLENOID It(SERT EXHAUST VALVE 02C12 2 2 0 A<<BI R 522 LS/8 ' CRD-HCU 3107+

A M528 C4 CRD-SV-121/3411 A610 HVA1709662A A 8 324007 1320

~ S"SOLENOID IttSERT EXHAUST VALVE ZC 2 2 0 A<<BI R 522 LS/8 ~ I CRO+CU-34 1 I <<

A H528 CI
li o
PROGRAH C1E-STD CONTRACT EPN LEVEL HF G DESCRIPTION EC USE SAFETY FUNCTION VASHINGTON PUBLIC POVER SUPPLY SYSTEH LIODE L BLDG ELCV A/E ORAVING STATUS DETAIL A/C ZONE ai+SEISH IC TS) PARAHETERS00> ZONE ROON

~L BLC ACCURACY EBFA wENV ~

N?399 PAGE NO 00111 IE) hJ.E&2/.N./.8. PARARETERS DBE. 0 COHPOSITE EPN NOUBS

~ . ',I 5 /

CRO-SV 121/3415 A610 HVA1709662A A 8 32h007 4320

~ 5"SOLENOID INSERT CXHAUST VALVE 02C12 2 A 2 0 A ~ 81 8528 522MMSI45 CI MJKLLll.iS.+

CRD-SV-121/3419 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID INSERT EXHAUST VALVE R 522 LS/F 4 CRD-HCU-3419+

02C12 2 A 2 0 At81 H528 CI . ,' II C8O-S V-121/3423 A610 HVA1709662A A 8 321007 1320

~ SsSOLENOIO INSERT EXHAUST VALVE R 522 LS/8 ~ I CRD-HCU-3123+

02C12 2 A 2 0 A081 M528 Ch CRD-SV-121/3427 A610 HVA1709662A A 8 321007 1320,

~ 5"SOLCttOID INSERT EXHAUST VALVE R 522 L5/8 ~ I g-BC~4210 02C12 2 A 2 0 A081 8528 CI CRO-S V-121/3431 A610 HVA 1709662A A 8 321 0 4320 05 "SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ I CRO"HCU 3431+

02C12 2 A 2 0 A%81 tt 528 Ch CRD-S V-121/3435 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ I CRO-HCU-3h35+

02C12 2 A 2 0 AMBI H528 Ch CRD SV-121/3439 A610 HVA1709662A A 8 321007 1320 05 "SOLENOID INSCRT EXHAUST VALVC II 5??58/858 ~ C~D- QCJ)~4390 Q 02C12 CRD-SV-121/3443 2 A 2 0 A610 A081 HVA1709662A 8528 CI 321007 4320

'9 A 8 . ~ 5 "SOLEN015 INSERT EXHAUST VALVE R 522 K2/8 ~ 4 CRD-HCU~3143+

0 02C12 2 A 2 0 A ~ 81 H528 Ch CRO SV-121/3447 A610 HVA1709662A A 8 324007 1320

~ SHSOLENOID INSERT ExtIAUST VALVE R 522 K2/8 ~ I CRO>>HCU-3447+

02C12 2 A 2 0 A~ Bl C4 CRO-SV" 121/3151 A610 HVA1709662A A 8 324007 1320 5 "SOLENOID It(SERT EXHAUST VALVE R S22 K2/8 ~ I BLLHQI~$1+ 02C12 2 A 2 0 A?81 8528 C4 CRD SV 121/3455 A610 HVA1709662A A 8 324007 ,80.20 05~SOLENOID INSERT EXHAUST VALVC R 522 K2/804 CRO-HCU 3455+ 02C12 2 A 2 0 A ~ Bl 8528 C4 CRO SV-121/3459 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLEtJOIO IttSCRT EXHAUST VALVE R 522 K2/8 ' CRD-HCU 3459+

02C12 2 A 2 0 A ~ BJ tt 528 C4 0 CRD-SV-121/3803

~ 5"SOLENOID A610 It)SERT EXHAUST VALVf:

HVA1709662A R 522 L5/F 4 A 8 321007 CRO-jjCQ-38031 1320 02C12 2 A 2 0 A?61 8528 C4 f I.I
Q PROGRAtl ClE-STO WASHINGTON PUBLIC POWER SUPPLY SYSTEtl PAGE NO 00115 4 WNP-2 CLASS 1E EOUIPHENT LIST DATE 09/08/82 STATUS ~ ++SEISHIC ISl PARAtiETERSw+* +ENV ~ IE) P ARAHETERS* EPN HFG tlOOEL S E QIO TH HL TEST ANL FO C REQ AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAiIING A/E ZONE CRO-S V-121/3807 A610 HV A1709662A A 8 324007 4320 a5 "SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ 81 H 528 R 522 LS/8 ' CRO~CU 380Ta CRO-SV-121/381 1 A61 0 HVA 1709662A A 8 324007

~ 5"SOL&015 IttSERT EXHAUST VALVE 4320 R 522 L5/804 CRD-HCU 38111 02C12 2 A 2 0 Ai81 tl528 C4 CRO-S V-12l ) 3815 A610 HVA1709662A A 8 324007 0 ~ SNSOLENOID INSERT EXHAUST VALVE 4320 R 522 L5/8 ~ 4 CRO-HCU-3815+

1 02C12 2 A 2 0 A ~ 81 tl528 Ch CRO-S V-121/3819 A610 HVA1709662A ,A 8 324007

~ 5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 L5/8%4 CRO HCU-38194 02C12 2 A 2 0 At81 tl 528 C R O-S V- 12 I /3823 A610 HVA1709662A A 8 324007 5 "SOLENOID INSERT EXHAUST VALVE 4320 ~ R 522 LS/Beh CRD-HCU 3823+

02C12 2 A 2 0 A ~ 81 M528 Ch CRO-S V-121/3827 A610 HVA1709662A A 8 324007 4320

~5 "SOLENOID ItJSERT EXHAUST VALVE R 522 LS/Roh CRD-HCU-3827+

02C12 2 A 2 0 AMBI H528 C4 CRD-SV-121/3831 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID IttSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ 81 'l 528 R 522 K2/8 ~ I Ch C 0- CU~33~ ~~

CRD-SV-121/3835 A610 HVA1709662A A 8 324007

~5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 K2/8 ~ 4 CRO-HCU-3835+

02C12 2 A 2 0 At81 8528 C4 CRD-SV-121/3839 A610 tIVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 R 522 K2/8 ' CRO HCU-3839+

2 A 2 0 A ~ 81 tl5 28 C4 CRD-SV-121/3843 A610 HVA1709662A A 8 324007 4320 02C12'.

~ 5NSOLENOID INSERT EXIIAUST VALVE A 2 0 Ay81 tl 528 522 K2/8 Ch ' CRO-HCU-3843+

CRO-SV 121/3847 A610 HVA1709662A A 8 324007 4320

~ +S~mO> a-INSERT 02C12 2 EXHAUST VALVE A 2 0 Ar81 H528 R 522 K2/8 ' CRD-HCU 3847+

C4 A 8 324007 4320 e5"SOLENOID INSERT EXHAUST VALVE 522 K2/RE 4 CRD-HCU-3851+ 02C12 2 A 2 0 A ~ 81 8528 Ch CRO-SV 121/3855 .=. A610 HVA1709662A A 8 324007 4320

~ 5SSOLENOIO INSERT EXHAUST VALVE 2C12 2 A 2 0 At81 H528, R 522 K2/8 ~ 4 C4 CRD-HCU"3855+

PROGRAH C1E-STD IIASHINGTON PUBLIC POVER SUPPLY SYSTEH MNP-2 CLASS 1E EOU P PAGE NO 00116 S ~DATE 9/R)E/JIR STATUS ~ aeSEISHIC IS) PARAHETERS*ae eENV ~ (EI PARARETERSe EPN .HFG JODY L OE S CR IP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN OR CONTRACT LEVEL EC USE SAFETY FUNCTION 4/E ORAMING 4/E ZONE

..'RO 0 CRD-S V-121/3859 A610 HVA1709662A A 8 321007 4320 ~ SNSOLENOIO INSERT EXHAUST VALVE 02C12 2 A ~ 81 ~RS I R-A 2 0 H528 CI CRD-SV-121/1203 A610 HVA1709662A A 8 324007 ~ 5"SOLENOID INSERT EXHAUST VALVE 43 R 522 L5/Bah HCU 1203e 02C12 2 4 2 0 Ae81 ,

H528 CI CRO-SV 121/4207 A610 HVA1709662A A 8 321007

~ 5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 LS/8 ~ 4 CRD-HCU-1207+

02C12 2 A 2 0 Ae81 Il 528 Ch CRO-SV-121/4211 A610 HVA 17096 62A A 8 321007

~ 5"SOLENOID INSERT EXHAUST VALVE 1320 02C12 2 A 2 0 Ae81 H528 Ch CRO "SV-121/4215 A610 HVA1709662A A 8 321007 4320 ~ 5",SOLENOID INSERT EXHAUST VALVE R 522 L5/8 ' CRO HCU-1215e 02C12 2 A 2 0 Ae81 H 528 CI r CRO-SV-121/1219 A610 HVA1709662A A 8 321007 ~5 "SOLENOID INSERT EXHAUST VALVE 4320 ~ R S22 LS/Boh CRD-HCU 4219+

02C12 2 A 2 0 A ~ Bl ~ H528 CI CRO-SV 121/4223 A610 HVA1709662A 4 8 321007

~ 5"SOLENOID INSERT EXHAUST VALVE 4320 5 RRg L5)~)A 02C12 2 A 2 0 A ~ 81 !I 528 CI CRO-S V-121/4227 A610 HVA1709662A 8 324007 ~ SWSOLENOIO INSERT EXHAUST VALVE R 522 A

L5/8 ~ I ~20 CRO-HCU" 1227+ 02C12 2 A 2 0 Ae81 H528 CI CRO-S V-121 /1231 A610 HVA1709662A A 8 321007 4320 p ) ~ 5 "SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ 4 CRO-HCU-4231+ 02C12 2 A 2 0 A%81 H528 CI CRD-S V-121/4235 A610 HVA1709662A 4 8 321007

~ 5 "SOLENOID INSERT EXHAUST VALVE 1320 R S22 ~2/8ih RD=HQLBMe 02C12 2 A 2 0 A ~ 81 5! 528 C4 0

CRO-SV-121/4239 A610 HVA1709662A A 8 324007

~ 5)RSOLENOIO INSERT EXHAUST VALVE 02C12 2 2 0 Ae81 R 522 K2/8 ' CRD-HCU-1239+

A H528 CI CRO-S V-121/1213 A610 HVA 1709662A A 8 324007

~ 5 "SOLENOID INSERT EXHAUST VALVE 1320 R 522 K2/RD4 CRO-HCU-4243+

02C12 2 A 2 0 A ~ 81 H528 C4 CRO-SV 121/4247 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ I 02C12 2 A 2 0 A581 H528 C4

Q PROGRAH CIE-STD WASHINGTON PUBLIC POWER SUPPLY SYSTEH PAGE NO 0 00117 4 WNP-2 CLASS 1E KOULPPIEt{T J IS/ DA E 9 8+Bg EPN HFG DESCRIPTION, 'ODEL,, BLDG EI.EV STATUS S DETAIL E 010

<<<<+SEISHIC IS) PARAHETERS ~ a*

TH ZONE HL TEST ANL FO C ROOH ACCURACY FRED

- iENV ~ lE)

I t<<hS AGJ¹'>BE PARAHETERSi C COHPOSITE EPN URS HOUR CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE Q V CRO-S V-121/1251 A610 HVA1709662A A 8 321007 4320 V <<5 "SOLENOID ItlSERT EXHAUST VALVE R 522 K2/8 ~ 4 CRO ~CU-4251+ 02C12 2 A 2 0 A ~ Bl H 528 Ch CRD-SV-121/1255 A610 HVA1709662A A 8 324007

~ 5"SOLfNOIO INSERT EXHAUST VALVE 4320 R 522 K2/8 ~ 1 CRD HCU-42551, 02C12 2 A 2 0 AMBI H528 Ch CRO-S V-121/4259 A610 HVA1709662A A 8 321007 4320 ~ 5"SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ 4 02C12 CRO HCU 4259+

2 A 2 0 A ~ Bl vI528 Ch CRO-SV-121/4607 A610 HVA1709662A A 8 321007 5"SOLENOID INSERT EXHAUST VALVE 4320

~ R 522 L5/8 ~ 1 OMM.=4%07+

02C12 2 A 2 0 A ~ 81 H528 Ch CRO-SV-121/1611 A610 HVA1709662A A 8 321007 4320

~ 8 "SOLENOID INSERT EXHAUST VALVE '02C12 2 R 522 L5/8 ' CRD-HCU-4611+

A 2 0 AV81 H 528 Ch CRD SV 121/4615 A610 HVA1709662A A 8 321007 5 "SOLENOID INSERT EXHAUST VALVE 4320

~ R 522 L5/8 ~ 4 CRD" HCU-4615+

02C12 2 A 2 0 Av81 Ch CRO-SV-121/1619 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID INSERT EXHAUST VALVE R 522 L5/8 ' CRD HCU-4619+

02C 2 2 A 2 0 AMBI vl528 Ch CRO-S V-121/4623 A610 HVA1709662A A 8 324007 iLf i o ItlSERT EXHAUST VALVE "SOLEtlOID 4320

~ R 522 L5/8 ~ 1 CRO-HCU<<4623+

02C12 2 A 2 0 A ~ Sl H528 C4 ii~~li7~62f h6i0 HVAi709662A A 8 32100T 4320

~ 5<<SOLENOID INSERT EXHAUST VALVE 522 LS/801 02C12 R CRD HCU 46271 2 A 2 0 Av81 8528 Ch CRO-S V-121/4631 A610 - HVA1709662A A 8 321007 4320 ~ 5"SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ 4 4631+

CRO HCU V 2 12 2 2 0 ~ Bl H528 Ch 0 CRD-SV-121/4635 A610 HVA1 I09662A A 8 324007 4320

~ 86LENDID INSEiif EXiIAUST VALVE R 522 K2/8<<h CRO-HCU-4635+

02C12 2 A 2 0 A ~ Ol H528 C4

-VV=VVDVVV9 A6f O i iiVA TO9662A A 8 324007 1320 ~ 5NSOLENOIO 02C12 INSERT EXHAUST VALVE 2 0 BI 522 K2/8 ' CRO.-MCU-4639+

2 A A~ H528 Ch CRO-SV 121/4643 A610 HVA1709662A A 8 321007

~ 50SOLENOID INSERT EXHAUST VALyE 1320 R 522 K2/8 ~ 4 CRO-HCU-46434 02C12 2 A 2 0 Av81 "

H528 Ch Q V
PROGRAH CIE-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH VNP-2 CLASS I E~O~JPQE g~ PAGE NO 00118 IL9 g OIL/8 STATUS . + +! SEI SHIC IS) PARAHETERS ~ + + +ENV e 'IE ) P ARA IETERS + DESCRIPTION BLDG ELEV

5. E DETAIL IIID~S~LZIM ZONE hBLXQ k ~KQ~J86 IIBE C COLOURS ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE s CRD-SV-121/4647 A610 HVA1709662A A 8 321007

~ a5"SOLENOID lgS/R7 E/HAUST VALYE 4320 522 lM fJEMLLkkQ+

02C12 2 A 2 0 A@31 8528 Ch I CRO-SV-121/4651

~5 A610 "SOLENOID INSERT EXHAUST VALVE HVA1709662A, R S22 K2/8oh A 8 3 ~ CRD HCU "4651+

02CI2 2 A 2 0 Ay81 H528 C4 c CRD-SV 121/4655 A610 HVA 1709662A A 8 321007

~ SNSOLENOIO INSERT EXHAUST VALVE 4320 522 K2/8 ~ 4 ~

R 02C12 2 CRO-HCU-4655+ A 2 0 A ~ 81 8528 ~C a~ I i CRO-SV 121/5011 A610 HVA 1709662A A 8 321007 i5"SOLENOID INSERT EXIIAUST VALVE 4320 02C12 NRM5f6 2 A 2 0 ArOI H 528 C4 CRO-SV-121/5015 A610, HVAI?09662A 3ZIH

~ SNSOLENOIO INSERT EXHAUST VALVE 02C12 2 A 2 0 At81 H 528 R 522 L5/8 Ch ' CRD "HCU-5015>,

M~.2 P

;CRD-SV-121/5019 A610 HVA1709662A A 8 321007 ~5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 LS/8 ~ 1 I

02C12 2 A 2 0. AMBI..... H528 H CRO HCU 50191 CRD-SV-121/5023 A610 HVA1709662A A 8 321007 5~SOLENOID lNSERT EXHAUST VALVE 4320 02C12 R~22MS/8~ 2 A 2 0 A ~ 81 8528 Ch I CRO-S V-121/5027 02C12 2 A A610

~ 5 "SOLENOID INSERT EXHAUST VALVE .

2 0 A ~ 81 HVA1709662A H528 R 522 L5/8 ~ 4 Ch A J 32400 CRD"HCU"'5027+

~M9 CRO-SV-121/5031 A 61 0 HVA 1709662A A 8 321007 ~ 5~SOLENOID INSERT EXHAUST VALVE 4320 R 522 K2/8%4 CRO-HCU-5031+

02C12 2 A 2 0 At81 H528 Ch CRO-SV-121/5035 A610 HVA1709662A A 8 321007 5"SOLENOID INSERT EXHAUST VALVE 4320 02C12 2 A 2 0 AMBI E!LHCIl&35~ I CRO-SV-121/5039 A610 HVA1709662A A P 32400

~5 "SOLENOID INSERT EXHAUST VALVE R 522 K2/Bo 4 CRD-HCU 50391 02C12 2 A 2 0 At81 8528 C4 I

CRO SV 121/5013 A610 HVA1709662A A 8 321007

~ 5"SOLENOID INSERT EXHAUST VALVE 1320 R 522 K2/8 ~ 1 CRD"HCU-5043+

02C12 2 A 2 0 A)BI H528 Ch CRD-SV-121/5047 A610 HVA1709662A A 8 324007

~ SsSOLENOIO INSERT EXHAUST VALVE 1320 R 522 K2/Bah CRO.=OUI=5.0%7+

02C12 2 A 2 0 AMBI H528 Ch 0
Cl PROGRAM C1E-STO

~

MASHINGTON PUBLIC POMER SUPPLY SYSTEM 0 PAGE NO 00119 MNP-2 CLASS 1E EOUIPHENT LIMS Tf Hio.IL//I STATUS ~ *+SEISMIC (S) PARAMETERS+++ , +ENV ~ IE) PARAMETERS+ EPN DESCRIPTION S E QID TH HL T)~S-~A~F0 C FRED A6$ QQ Pgf C ILOURS BLDG ELEV DETAIL ZONE 0 1 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE ROOM ACCURACY COMPOSITE EPN Q CRD-SV-121/5051 e A610 HVA1709662A A 8 324007 4320

~ ~ 5+SOLENOID INSERT EXHAUST VALVE R 522 K2/F 4 02C12 2 A 2 0 Ai81 M528 Ch ~RMX~U- 9H+

CI I CRO-SV-121/5415 A610 HVA1709662A A 8 324007 "SOLENOID INSERT EXHAUST VALVE 4320

~ R 522 LS/804 CRO"HCU-5415+

02C12 2 A 2 0 A ~ 81 M528 Ch I

~

CRO SV-121/5419 A610 HV A1709662A A 8 324007

~5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 L5/8 ~ 4 54191 02C12 2 A 20 A ~ 81 M528 Ch CRO HCU I

CRO SV-121/5423 A610 HVA1709662A 8 324007 5 "SOL'ENOID INSERT EXHAUST VALVE 4320

~

R 522 LS/8oh C 0-H ~53+ 2C12 2 A 2 0 At81 M528 Ch ACRO-SV-121/5'l27

~ '610 5"SOLENOID INSERT EXHAUST VALVE HVA1709662A R 522 LS/804 A 8 324007 CRD"HCU"5427+

4320 02C12 2 A 2 0 Ay81 M528 C4 CRO SV 121/5431 A610 HVA1709662A A 8 324007 j ~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 " 2 A 2 0 A181 M528 R 522 K2/8 ' Ch CRO-HCU-5431+ 4320 I I. CRO SV-121/5435 A610 HVA1709662A A 8 324007

~ 5OSOLENOID 02C12 INSERT EXHAUST VALVE 2 A 2 0 Ae81 'I 528 R 522 K2/8 '

Ch BHHJLXQ5+ 4320 CRO-S V-121/5439 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 2, A 2 0 A ~ 81 H528 R 522 K2/8 ' CRD-HCU 5439+

Ch CR5-"S V:12$75445 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ 4 CRO-HCU-5443+

02C12 2 A 2 0 A ~ 81 M528 C4 CRO-SV-121/5447 A610 HVA1709662A A 8 324007

~5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 K2/8 * ~4 CRO-HCU-544.7+

02C12 2 A 2 0 Ai81 M 528 C4 I CRO-SV-121/5819 A610 HVA1709662A A 8 324007 EXHAUST VALVE 4320 R 522 LS/8 ~ 4 CRD-HCU-5819+ A 2 0 Ao81 8 528 C4 I CN 0-SV-121/5823 A610 HVA1709662A A 8 324007 4320

~ SiSOLENOIO 02C12 INSERT EXHAUST VALVE 2 A 2 0 A ~ Ol 8528 R 522 LS/8 ' CRO-HCU-5823+

C4 CRD-SV-121/5827 4610 HVA1709662A A 8 324007

~5 "SOLENOID INSERT EXHAUST VALVE 4320 R 522 L5/8 ~ 'I CRO-HCU"58274 52ciV 'I 528 Ch

PROGRAN C1E-STO MASHINGTON PUBLIC POllER SUPPLY SYSTEH PAGE NO 00120 MNP-2 CLASS 1E EQUIP ENT ST ALE 0~/ggg.Q

'TATUS ~+ ~ SEISHIC IS) PARAllfTERS++a 'ENVi IE) PARARETERS+ 'EPN DESCRIPTION HFG NOOEL SLOG ELEV DETAIL ZONE I

ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE e CRO-SV 121/5831 A610 HVA 1 709662A A 8 321007 4320

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 2 A 2 0 A ~ 81 8528 R 522 K2/804 CI R <<U 3 II ACRO-SV-121/5835 A610 HVA1709662A A 8 321007 43 ~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 2 2 0 A181 528 R 522 K2/8 ~ I CRD"HCU 5835+

A R CI I CRO-SV 121/5839 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT EXHAUST VALVE 1320

~ R 522 K2/BoI CRO-HCU"5839+

02C12 . 2 A 2 0 AD 81 H528 C4 CRO-SV 121/5843 A610 HVA1709662A A 8 321007 4320

~ S"SOLENOID INSERT EXHAUST VALVE R 522 K2/8 ~ I C -g)-

02C12 2 A 2 0 Ae81 8528 CI

~

CRD-SV-122/0219 A610 HVA1709662A A 8 32100

~ 5"SOLENOID MITHORAM DRIVE VALVE 4320 R 522 LS/804 CRO-HCU 02194 02C12, 2 A 2 0 Ae81 N 528 C4 C

C RO-S V-122/0223 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID MITHDRAM DRIVE VALVE 02C12 2 A 2 0 Anil 1528 R 522 LS/8 C4 ' CRO HCU-0223+

1320 I CRO-SV-122/0227 A610 HVA1709662A A 8 324007

~5 "SOLENOID VITHDRAM DRIVE VALVE 4320 R 522 $ 5/8 ~ 4 C C-~C~~0$ .7+

02C12 2 A 2 0 A ~ 81 8528 CRD-SV-122/0231 A610 HVA1709662A A 8 324007 5".SOLENOID V I THOR AM I VE VALVE 4320

~ OR R 522 LS/BoI CRD-HCU~0231+

02C12 2 A 2 0 A~ 81 8528 CI CRD-SV-12270235 A610 HVA1709662A A 8 324007

~ 5"SOLENOID 4320 MITHORAM DRIVE VALVE R 522 K2/8 ~ I CRO-HCU-0235+

02C12 2 A 2 0 A ~ 81 H528 C4 CRD-SV 122/0239 A610 HVA1709662A A 8 324007 4320 iS"SOLENOID VITHORAV DRIVE VALVE R 522 K2/8 ~ I C 0 HCUQ 02C12 2 A 2 0 As81 8528 CI CRO SV-122/0243 A610 HVA1709662A A 8 321007 4320

~ "55CEllOfD RTHORAV ORHAVE VALVE R 522 K2/8+4 CRO-HCU-0243+

02C12 2 A 2 0 Ao81 8528 CI

~ CRD-SV-122/06 5 A610 HVA1709662A A 8 321007 4320 ~ 5"SOLENOID MITHDRAM DRIVE VALVE 02C12 2 A 2 0 A181 8528 R 522 LS/8 ' CRD-HCU-061St C4 CRO"SV" 122/0619 A610 HVA1709662A A 8 321007 ~ 5"SOLENOID MITHORAM DRIVE VALVE 4320 R 522 LS/8+4 02C12 2 A 2 0 Ar81 ll 528 CI

4 PROGRAH C1E-STO

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

MSSHINGTON PUBLIC POMER SUPPLY SYSTEH MNP"2 CLASS 1E EQUIPHENT LIST

~

PAGE NO 00121 DATE 09/08/82 STATUS, +i0SEISHIC IS) 'PARAHETERSa** ~ ENV ~ I E) PARAIIETERS0 EPN HFG HODEL S E 410 TH HL TEST ANL FO C FRED "AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE 0 CRD SV 122/0623 A610 HVA 1709662A A 8 324007 i 05 "SOLENOID MITHDRAM DRIVE VALVE 02C12 2 A 2 0 A081 II 528 R 522 L5/8 Ch

' CRO CU 0623i 4320 0 'RO"SV-122/0627 4610 HVA1709662A A 8 324007 4320 05 "SOLENOID VI THDRAM DRIVE VALVE R 522 LS/804 02C12 0 . CRD HCU 0627+

2 A 2 0 A ~ 81 H 528 Ch I 55-S~2270631 A610 HVA1709662A A 8 324007 4320

~ 5 NSOL END I 0 'M I THDR AM OR I VE VALVE tI 522 L5/804 CRO-HCU-0631+

02C12 2 A 2 0 A%81 H528 Ch I CRO SV 122/0635 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID 'MITHORAM DRIVE VALVE 02C12 2 A081 R 522 K2/8 ' NJLHQLkk )%i A 2 0 H528 Ch ~ CRD-SV-122/0639 A610 HVA1709662A A 8 324007 5"SOLENOID MITHORAM DRIVE VALVE 43 ~ R . 522 K2/8 ~ 4 CRD HCU-0639+

02C12 2 A 2 0 A@81 H528 Ch CRO-SV-122/0643 A610 HVA1709662A A 8 324007 05OSOLENOID MITHORAM DRIVE VALVE 4320 R 522 K2/804 CRD-HCU-06430 02C12 2 A 2 0 A ~ 91 H528 Ch I CRO-SV-122/0647 A610 HVA1709662A A 8 324007 5"SOLENOID MITHDRAM DRIVE VALVE 4320

~ R 522 K2/804 C Q~C 0~4+

02C12 2 ~ A 2 0 A@81 8528 Ch CRD-SV-122/1011 A610 HV A1709662A A 8 324007

~ 5"SOAEN010 lIITHORAM ORIVE VALVE 02C1 2. 2 A 2 0 Ay81 H528 R 522 L5/8 Ch ' CRO "HCU 1011+

4320 CRO SV 122/1015 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID 'MITHORAM DRIVE VALVE 522 L5/804 R CRO "HCU-10154 02C12 2 A 2 0 AMBI H 528 C4 CRO-S V-122/1019 A610 HVA1709662A A 8 324007 4320 ~ 5 "SOLENOID 'MITHORAM DRIVE VALVE R 522 L5/8 ' MCD ACLIMi%0 02C12 2 A 2 0 A ~ 81 H528 C4 CRO-S V-122/1023 A610 HVA1709662A A 8 324007 "SOLENOItI MI 4320 ~

THOR'2C12 DRIVE VALVE R 522 L5/804 CRD-HCU-10230 2 A 2 0 A081 H528 Ch 1 R - V-122/1027 A610 HVA1709662A A 8 324007 4320

~5 0S OL ENO I 0 I THD R A'M DRIVE M VALVE R 522 L5/8 ~ 4 CRO-HCU-1027+

02C12 2 A 20 A ~ 81 'I 528 Ch CRO-SV 122/1031 A610 HVA1709662A A 8 324007 4320

~ 5 "SOL EN 0 I 0 M I THDR A'M DRIVE VALVE 522 L5/8 ~ 4 R CRO-HCU"1031+

02C12 2 A 2 0 A ~ 01 H 528 C4
0 Cl
PROGRAN C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00122 O VNP.-R CLASS If f;qutPtlE~NIRT ~k.L~OMLR STATUS <<<<<<SEISHIC (Sl PARAHETERS<<<<<<<<ENV (El PARANETERS<<

~

EPN HFG DESCRIPTION IIOOEL BLDG ELEV O DETAIL O' io Ill ZONE OILJl<<~liiL 6! O~O~OOO!i I!K ROON O ilOUOO ACCURACY COHPOSITE EPN CONTRACT LCVEL CC USE SAFETY FUNCTION A/E ORAVING A/C ZONE CRD-SV-122/1035 A610 HVA1709662A A 8 321007

~5 "SOLENOID VITHDRAV DRIVE VALVE 4320 R 522 K2/Qoh 02C12 A 2 0 A ~ 81 N528 CI CRO SV 122/1039 A610 HVA 1709662A A 8 321007 1320 ~ 5"SOLENOID MITHORAM DRIVE VALVE 02C12 2 2 0 A<<81 N 528 R 522 K2/8 ' CRO "HCU-1039+

A CI ~~ CRO SV 122/1043 A610 HVA1709662A A 8 321007 1320

~ SNSOLENOIO VITHORAM DRIVE VALVE R S22 K2/8 ~ I CRD-HCU-10430 02C12 2 A 2 0 A<<81 H528 CI CRD-S V-122/1047 A610 HVA1709662A A 8 324007 ~ 5 "SOLENOID MITHDRAll DRI VC VALVE 1320 R 522 K2/801 02C12 2 A 2 0 A<<81 N528 CI CRD-SV-122/1051 A610 HVA1709662A 324007 2A20A A 8 43R9 05<<SOLENOID MITHORAV DRIVE VALVE R S22 K2/8 ~ I CRD HCU 1051+

02C12 ~ Bl 8 528 CI CRO SV 122/1407 A610 HVA1709662A 8 324007 4320

~5 "SOLENOID MITHDRAV DRIVE VALVC 02C12 2 0 R 522 LS/8 ~ I CRD"HCU-1107+

2 A ATB1 H528 CI .CRO SV-122/1411 A610 HVA1709662A A 8 324007 5"SOLENOID VITHORAM DRIVE VALVE 1320

~ R 522 L5/804 02C12 2 A 2 0 A ~ Ol N 528 C4 CRO-SV-122/1415 A610 HVA1709662A A 8 321007 4320 ~5 "SOLENOID MITTtDRAV DRIVE VALVE 02C12 2 A 2 0 A<<81 N528 R 522 L5/8 ' CRD-HCU "14 15<<

C4 CRO "SV-122/1419 A610 HVA1709662A A 8 321007 4320

~5 "SOLEtlOIO VITHORAM ORlVE VALVE R 522 LS/801 CRD-HCU-1419<<

02C12 2 A 2 0 A<<81 N 528 CI CRO-S V-122/1423 A610 HVA1709662A A 8 324007

~ 5 "SOLEN010 MITHDRAV DRIVE VALVE 4320 HR I 5/Reh CSDAJLHQ<<

02C12 2 A 2 0 A ~ 81 H528 C4 CRO-SV-122/1427 A610 HVA1709662A A 8 321007

~ 5<<SOLENOID MITHORAV DRIVE VALVE 02C12 2 R 522 L5/8 ~ I CRD"HCU-1127+

A 2 0 A<<01 H528 C4 CRO-SV-122/1431 A610 HVA1709662A A 8 324007 1320 05 "SOLEtlOIO MITHDRAM DRIVE VALVE R 522 LS/8 ~ I CRD-HCU-1131+ 0 02C12 2 A 2 0 A ~ 01 N528 CI CRD-SV-122/1435 A610 HVA1709662A A 8 324007 1320

~ 5 "SOLENOID Ml TtlORAV DRIVE VALVE 522 K2/8 ~ 4 02C12 R QO-/CD $ 438<<

2 A 2 0 A ~ 81 H528 C4

. 0

PROGRAN C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH ~ PAGE NO 00123 MNP-2 CLASS 1E EOUIPHE~T LIST OATS 09/00/02 STATUS e ee SEISNIC IS) PARAHETERSe e e eENV ~ IE) P ARANETERSe EPN HFG HODEL S E SIR TH~HTEST 'AHA Fd FREO C AGING OBE C HOUR S DES CR IP T I ON BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE A CRD-SV-122/1439 A610 HVA1709662A A 8 321007 5 "SOLENOID MITHDRAV DRIVE VALVE 1320

~ R 522 K2/8 ~ 1 gU 14394 02C12 2 A 2 0 A ~ 81 H528 Ch CRD-SV-122/1443 A610 HVA1709662A ~A 3 4 0 SOSOLENOID MITHDRAM DRIVE VALVE 3+0 ~ R 522 K2/Beh, CRO HCU-14431 02C12 2 A 2 0 A ~ Bl H528 Ch CRO-SV-122/1147 A610 HVA1709662A A 8 321007 SeSOLENOID MITHORAM DRIVE VALVE 1320 ~ R 522 K2/8 ~ 4 CRO-HCU-1117+

02C12 2 A 2 0 A ~ 81 N528 Cl CRO-S V-122/1451 A610 HVA1709662A A 8 321007

~ 5"SOLENOID MITHDRAM DRIVE VALVE 4320 R 522 K2/ Re 1 CR~O- CU 11Si+

02C12 2 A 2 0 At81 H 528 Cl ~ CRO-SV 122/1455 A610 HVA1709662A A 8 32100 4320

~ 5 "SOLENOID MITHORAM DRIVE VALVE R 522 K2/8 ~ 4 02C12, CRO HCU 1155+

2 A 2 0 AO81 H528 Cl CRO-S V-122/1803 A610 HVA 1709662A A 8 324007 5 "SOLENOID MITHDRAM DRIVE VALVE 4320

~ R 522 L5/8 ~ 4 CRD-HCU 1803+

02C12 2 A 2 0 A ~ 81 N528 C4 CRD-SV-122/1807 A610 HVA 170 9662A A 8 324007

~ SNSOLENOID MITHDRAII DRIVE VALVE 1320 R 522 LS/Beh C ~CU 8 9 02C12 2 A 2 0 A ~ 81 H528 Cl CRO SV 122/1811 A610 HVA1709662A A 8 321007 4320 ~5 "SOLENOID MITHORAM DRIVE VALVE R 522 L5/Be 1 HCU"1811+

CRD 02C12 . 2 A 2 0 A ~ Bl N 528 Ch CRO-SV-122/I815 A610 HVA 1709662A A 8 321007 4320

~ 5"SOLENOID MITHDRAM DRIVE VALVE R 522 LS/8 ~ 4 CRO "HCU-1815+

02C12 2 A 2 0 A ~ Bi H528 Cl CRO SV 122/1819 A610 HVA1709662A A 8 321007 1320 SsSOLENOIO MITHDRAM DRIVE VALVE 522 LS/8 ~ 4 02C12 R C~R HCU~819+ 2 A 2 0 Aq81 H528 C4 / CRD-SV-122/1823 ' A610 HVA1709662A A 8 324007

"'SOLEHO15 Mt TfibRVM bRIVE VALVE 4320 ~ R 522 L5/8 ~ 4 CRD HCU 1823+

02C12 2 A 2 0 AHBI I D-SV-122/ 827 A610 HVA 1709662A A 8 324007 1320

~5 NSOL ENO ID 'MI THOR AM OR I VE VALVE 02C12 2 2 0 AO81 R 522 LS/8 ' CRD-HCU-1827+

A OI 528 C4 CRO-SV" 122/1831 4610 HVA1709662A A 8 324007 4320 5 "SOLENOID MITHORAM DRIVE VALVE R 522 L5/8 ~ 4 CRD-HCU-'L831+ 02C12 2 A 2 0 AHBI H528 Ch
PROGRAH C1E-STD VASHINGTON PUBLIC POMER SUPPLY SYSTEll DDP 2 CJ,A~DS PAGE NO 00121 DDDJMPDJI D tLUJ'!&848 CONTRACT EPN LEVEL EC USE DrD DESCRIPTION SAFETY FUNCTION DDDDI. A/E BLDG ELEV ORAMING

~~JQ~D~~~

A/E STATUS DETAIL ZONE ZONE i00SEISllIC lS) PARAllETERS00 ~ ROON ACCURACY 0ENV ~ tE) PARAHETERS0 COHPOSITE EPN CRO-SV 122/1835 D ~ II 02C12 2 A A610

~ 5+SOLENOID VITHDRA'M DRIVE VALVE 2 0 A ~ 81 HVA1709662A ~LJfD tl 528 CI A 8 321007 1320 CRO SV 122/1839 A610 HVA 1709662A A 8 4 7 ~ 5"SOLENOID MITHDRAV DRIVE VALVE R 522 K2/Bah -a"'CRD"HCU 02C12 1839+

2 A 2 0 A0B1 H528 C4 ~ CRD-SV-122/1843 A610 HVA1709662A A 8 321007 1320

~ 5%SOLENOID VITHDRAV DRIVE VALVE R 522 K2/8 ~ I CRO-HCU-1813+

02C12 P A 2 0 A081 ll52 CI CRO-SV 122/1817 02C12 2 A A610 5 "SOLENOID MITHDRAV DRgVE VALVE 2 0 A081 HVA1709662A 8528 i M22&2CA CI A 8 4 321007 1320 CRO SV-122/1851 A610 HVA1709662A A 3

~5 "SOLENOID MITHORAV DRIVE VALVE 02C12 R 522 K2/8 ~ I CRO-HCU 1851+

2 A 2 0 A081 8528 . CI

CRO-SV-122/1855 A610 HVA1709662A A 8 324007 5"SOLENOID MITHDRAM DRIVE VALVE 1320

~ R 522 K2/F 4 CRO HCU-18550 02C12 2 A 2 0 A 8 H52 CI CRD-SV-122/1859 A610 HVA1709662A A 8 324007 4320 ~ 5"SOLENOID MITHORAM DRIVE VALVE 02C12 2 A081 H528 ~.2~2C90 ED~1859.0 A 2 0 CI CRD-SV 122/2203 A61 0 lIVA17096 62A A 8 321007 1320 ~ 5"SOLENOID MITHDRAV DRIVE VALVE R 522 L5/8 ~ I CRO"HCU"22030 02C12 2 A 2 0 A%81 ll 528 Ch CRD-SV-122/2207 A610 HVA1709662A A 8 321007 1320 ~ 5 "SOLENOID MITHORAM DRIVE VALVE R 522 L5/801 CRD-HCU-2207+

02C12 2 A 2 0 At81 'l 528 Ch CRO-S V-122/2211 A610 HVA1709662A A 8 321007

~5"SOLENOID MITHDRAV DRIVE VALVE 02C12 2 A 2 0 A ~ 81 N528 ~~28 .L54 1.0%

CI Naacp.=2211+ 4320 CRD SV 122/2215 A610 HVA1709662A A 8 324007 320

~5 "SOLENOID MITHDRAV ORIVE VALVE R 522 LS/8 ~ I CRO HCU-22154 02C12 2 A 2 0 A ~ 81 'l 528 CI D

CRO-SV-122/2219 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID VITHDRAV DRIVE VALVE R 522 L5/8 ' CRO-HCU-2219+

02C12 2 A 2 0 A001 H528 CRO SV-122/2223 A610 HVA1709662A A 8 324007 4320 D

~ 5OSOLENOID VITHDRAV DRIVE VALVE 522 L5/8th R CRD-HCU-22230 02CI2 2 A 2 0 A081 8528 CI ,O

PROGRAtl C1E-STD

~ .

MASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE No 00125 VNP-2 CLASS lE EOUIPHENT LIST DATE 09/08/82 STATUS **~ SEISNIC CS) PARAttETERSaia ~ENYO lE) PARAttETERS% EPN HFG HODEL S E GIO TH HL TEST ANL FO C FREO AGING OBE C ~OURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAVING A/E ZONE 2 2 CRO-SV-122/2227 A610 HVA1709662A A 8 321007 5 "SOLENOID MITHDRAM DRIVE VALVE 1320 2 ~ R 522 LS/8%4 CRD HCU-2227+ 02C12 2 A 0 A%81 H 528 Ch II CRO-S V-122/2231 A610 HVA 1709662A A 8 321007 1320

%5%SOLEttolo VI THORAlt DRIVE VALVE 02C12 R S22 LS/8 I CRO-HCU 2231+

w A 2 0 A ~ 81 8528 C4 CRO-SV-12272235 A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID MITHDRAM DRIVE VALVE 02C12 2 R 522 K2!8 ~ I CRO-HCU-2235+

A 2 0 A%81 H528 CI I CRO SV 122/2239 A610 HVA1709662A 321007 5"SOLENOID ltITHORAV DRIVE VALVE ' A 8 1320

~ 522 K2/8 ~ I CRD-' 2239+

02C12 2 A 2 0 A ~ Bl 2t 528 Ch ACRO-SV-. 122/2243 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID MITHORAV DRIVE VALVE 1320 R 522 K2/8%h CRD"HCU 22431 02C12 2 A 2 0 Awol N528 C4 CRO-SV 122/2247 A610 HVA1709662A A 8 32h007 ~ 5 "SOL END I 0 V I THOR Alt DRIVE VALVE 1320 R '522 K2/8 ~ I CRD-HCU-22471 02C12 2 A 2 0 Ai81 tl 528 C4 I

CRD-S V-122/2251 A610 HVA1709662A A 8 321007 1320

~ 5"SOLENOlo VITHORAV DRIVE VALVE 02C12 2 A 2 0 A%81 H528 R 522 K2/8 CI ' C P~U-gg5$ +

CRO "SV-122/2255 A610 HVA1709662A A 8 324007 4320

~ 5"SOLEttOI5 QITHDRAM DRIVE VALVE R 522 K2/8%1 CRD"HCU-2255+

02C12 2 A 2 0 Awol N528 Ch CRO SV IF272259 A610 HVA1709662A A 8 324007 4320

.5 "SOLEtlOIO Ml THORAV DRIVE VALVE R 522 K2/8%1 CRD-HCU-2259+

02C12 2 A

~

2 0r

" Ay81 H528 C4 I

CRD-SV-122/2603 A610 HVA1709662A A 8 324007 II %5$ SOLENOIO VITHORA'll DRIVE VALVE 4320 R 522 L5/8%4 CRD-LtCU-2603+ 02C12 2 A 2 0 A%81 tl 528 Ch r'RO-SV 122/2607 A610 tlVA1709662A A 8 324007 4320

%5"SOLENOlD QITHORAV DRIVE VALVE 02C12 2 A 2 0 A ~ 81 8 528 R 522 LS/8 ' CRD-HCU-2607+

C4 I

. C D SV 122/2611 7 A610 HVA1709662A A 8 324007 4320 ~5 "SOLENOID ltITHORAM DRIVE VALVE R 522 LS/8%4 CRD-}ICU 2611+

02C12 2 A 2 0 A%81 H 528 Ch CRD-SV-122/2615 A610 tIVA1709662A A 8 321007 4320

~5 "SOLENOID IIITHDRAV DRIVE VALVE 02C12 2 A 2 0 A ~ Ol H528 R 522 LS/8 ~ I C4 ~CO QC 2615

0 PROGRAM CIE-STO MASHINGTON PUBLIC POWER SUPPLY SYSTEN

,MNP-2 CLASS $ Q EQU JQHfgJ ~ PAGE NO 00126 IIEE ILIE>E/ER !

0 EPN STATUS +~<SEISNIC (S) PARANETERS+ ~ i iENV ~ IE) PARANETERS+ ',e DESCRIPTION HFG NODE L, BLDG ELEV

>.E DETAIL QEQ I>

ZONE HLME~>L.EDM~EE.. ROON A>>E> GEE C Il>UE> ACCURACY ~ COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAM ING A/E ZONK '. 0 CRO-SV-,122/2619 A610 HVA1709662A A 8 321007 1320

~ SWSOLENOID MITHDRAW DRIVE VALVE 02C12 2 A 2 0 As81 H528 R 5'SCBCh QULHC.LL2$1 +

CRD-SV 122/2623 A610 . HVA17096&2A I3

~ SWSOLENOIO WITHDRAW DRIVE VALVE R 522 L5/8 ~ 1 02CI2 CRD-HCU-2623+

2 A 2 0 At81 N 528 Ch CRO-SV-122/2627 A610 HVA1709662A A 8 321007 AS%SOLENOID WITHDRAW DRIVE VALVE 1320 R 522 L5/8 ~ 4 CRD-HCU-2627+ 02C12 2 A 2 0 AIGI. H528 Ch CR D-S V-122/2631 A610 HVA 1709662A A 8 321007 4320 aS"SOLENOID WITHDRAW DRIVE VALVE 02C12 2 A 2 0 A+81 H 528 R 52'~~/ Ch

~

RMML+ CRO-SV-122/2635 A610 HVA1709662A A 8 32100 i5 "SOLENOID MITHDRAW DRIVE VALVE R 522 K2/ Bo 4 CRO-HCU-2635+ 02C12 2 A 2 0 AMBI N528 Ch ~CRO-SV-122/2639 A610 HVA1709662A A 8 324007

~ 5"SOLENOID VITHDRAV DRIVE VALVE 1320 R 522 K2/8 ~ 1 CRO "HCU-2639+

02C12 2 A 2 0 At81 N528 Ch CRO-S V-122/2613 A610 HVA1709662A A 8 324007

~ SNSOLENOIO WITHDRAW 1320 OR I VE VALVE 52~22~/

02C12 2 A 2 0 'y81 H528 R Ch

~ 4 ELHClL2B4+

CRD-SV-122/2647 A610 HVA1709662A A 8 321007

~ 5 "SOLENOID WITHDRAW DRIVE VALVE R 522 K2/Bah 02C12 CRD"HCU"26471 2 A 2 0 A ~ 81 N528 Ch CRO SV 122/2651 A610 HVA1709662A A 8 321007 4320 ~5 02C12 "SOLENOID WITHDRAW DRIVE VALVE 2 A 2 0 A ~ 81 II 528 R 522 K2/8 ' CRO-HCU"2651+

C4 CRO-S V-122/2655 A610 HVA1709662A A 8 32100'7

~ SI SOLENOID WITHDRAW DRIVE VALVE 4320 R 522 Ki/Bah 02C12 2 A 2 0 At81 N528 Ch EMCILRAB'RD-SV 122/2659 A&10 HVA1709662A A 8 324007 ~ 5"SOLENOID WITHDRAW DRIVE VALVE 522 K2/8 ~ 4 R CRD HCU-2659+

02C12 2 A 2 0 anl H528 C4 CRO-SV-122/3003 A610 HVA1709662A A 8 324007

~5 "SOLENOID MITHORAV DRIVE VALVE 4320 R 522 L5/8 ~ 1 CRO-HCU-3003>

02C12 2 A 2 0 A+81 H528 C4 CRD-SV-122/3007 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID IIITHORAV DRIVE VALVE 02C12 2 A 2 0 Ay81 >I 528 R 522 L5/8 ' .CRO-HCU-3007+

Ch
PROGRAN C1E-STO VASHINGTON PUBLIC PolJER SUPPLY SYSTEH

.'VNP-2 CLASS IE EOUIPHENT LIST PAGE NO 00127 0)~00/0 /00 EPN STATUS o ~ oSEISHIC (Sl PARAHETERSooo ~ ENV ~ (E) PARANETERSo NFG NOOEL S E OID Tll HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT COHPOSITE EPN LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE 0

0 CRO-SV-122/3011 A610 HVA1709662A A 8 324007 4320 0 ~5 SOLENOID MI THDRA'M DRIVE VALVE R 522 LS/8 ~ I CRO~CU-30)) ~ v 02C12 2 A 2 0 AOBI N528 Ch Rl I~

~

CRD-SV-122/3015 A610 HVA1709662A A 8 321007 4320

~ 5 "SOLENOID MITHDRAM DRIVE VALVC R 522 L5/8 ~ I x CRD-HCU-3015+

02C12 2 A 2 0 A591 528 Ch 0) I CRO-SV 122/3019 A610 HVA1709662A A 8 324007 4320

~5 "SOLENOID lJI THDRAV DRIVE VALVE R 522 LS/8 ~ I CRO HCU-3019o 02C12 2 A 2 0 A%81 N528 Ch I

CRO-S V-122/3023 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID MITHORAM DRIVE VALVC R 522 L5/8 ~ I .KO=HS&3R) o ~ 02C12 2 A 2 0 A ~ Bl N528 Ch ~RO-SV 122/3027 A610 HVA1709662A A 8 324007 4320 ~ 5."SOLENOID MI THDRAM DRIVE VALVE R 522 L5/8 ~ I CRO-HCU 30271 02C12 2 A 2 0 As81 8528 Ch CRO-SV 122/3031 A610 HVA1709662A A 8 321007 ~5 "SOLENOID VITHDRAM DRIVE VALVE 1320 R 522 K2/Boh CRD-HCU-3031+

x 02C12 2 A 2 0 Ao81 )1 528 C4 I. CRD-S V-122/3035 A610 HVA1709662A A 8 321007 5 "SOLENOID 'VITHDRAlJ DRIVE VALVE 4320 R 522 K2/Bo1 C~RO- 00-30350 02C12 2 A 2 0 A~ Bl N528 Ch J CRO-SV-122/3039 A610 HV A1709662A A 8 324007 4320

~5 "SOLENOID VlTHORAV DRIVE VALVE 02C12 2 A ~ 81 R 522 K2/8 ~ I CRO HCU 30391 A 2 0 N528 Ch C 0 SV-122/3043 A610 HVA1709662A A 8 324007 4320 ~ 5 "SOLENOID lJITHORAV DRIVE VALVE 02C12 2 2 0 R 522 K2/8 ~ I CRD-HCU-3043+

A AMBI N528 C4 CRO-SV-122/3047 A610 HVA1709662A A 8 321007 5"SOLENOID MITHDRAM DRIVE VALVC 4320

~ R 522 K2/Boh Cg D QC~34 7+

02CT2 2 A 2 0 AUDI HS28 Ch

/

0 CRO-SV-122/3051 A610 HVA1709662A A 8 324007 1320

~ "50LEFJO16 VETHORAM DRIVE VALVE R 522 K2/8 ~ I CRD-HCU-3051o 02C12 2 A 2 0 AOBI NS28 CI FFR33= AW5= iiVAiTO56i2A A 8 324007 4320 ~5 "SOLENOID MITHDRAV DRIVE VALVE R 522 K2/Bob CRD HCU 3055+

02C12, 2 A 2 0 Ao81 H528 Ch CRO SV-122/3059 A610 HVA1709662A A 8 321007 4320

~5 "SOLENOID IJI THORA'll DRIVE VALVE R 522 K2/8 I CRO-HCU-3059+

FCH A 2 0 A~ til 'l 528 C4

,Q

PROGRAH CIE-STD MASHINGTON PUBLIC POVER SUPPLY SYSTEH VNP-2 CLASS 1E EOUIPHENT LIST PAGE NO 00128 0 4~09/ 0~8 0 STATUS 100SEISHIC (SI PARAHETERS ~ ih 0ENV ~ (E) P ARAHETERS0 EPN HFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING OBE C. HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH .ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE I O CRD-SV-122/3403 0 A610 HVA1709662A A 8 324007

~ a5+SOLENOID MITHORAM DRIVE VALVE R 522 LS/8 ~ 4 CRD-HCU 3403+

02C12 2 A 2 0 A081 H528 C1 Q CRO"SV-122/3407 A610 HVA1709662A A 8 324007 SOOOAOI0 MI THORAM DRIVE VALVE 4320 R 522 LS/8 ~ 1 . CRO-HCU "3107+ Q 02C12 2 A 2 0 A ~ BI 8 528 Ch CRO-SV 122/3411 A610 HVA1709662A A 8 324007

~ 5"SOLENOID VITHORAV DRIVE VALVE 1320 R 522 LS/801 CRO-HCU-3411+

02C12 2 A 2 0 A081 H528 C4 CRO-SV 122/3415 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID VITHORAM DRIVE VALVE 1320 R 522 L5/8 ~ 1 CRD-HCU 3415+

02C12 2 A 2 0 A081 H528 Ch

~

CRO-S V-122/34 19 A610 HVA1709662A A 8 321007

.5~SOLENOID Vl THORAM DRIVE VALVE 1320 R 522 L5/8 ~ 4 CRD-HCU 3419%

02C12 2 'A 2 0 A081 H528 Ch

~CR5-SV-122/3423 A610 HVA1709662A A 8 324007 ~ SSSOLENOID MITHDRAV DRIVE VALVE R 522 L5/ah gRP-gg-31270'320 CRD-HCU 31230 4320 02C12 2 A 2 0 A ~ 81 H 528 C4 CRD-SV 122/3427 A610 HVA1709662A A 8 321007 ~ 5 "SOLENOID MITHDRAV DRIVE VALVE 1320 R 522 L5/8 ~ 1 02C12 2 A 2 0 A081 H528 Ch CRO-SV-122/3431 A610 HVA1709662A A 8 324007 ~ 5"SOLENOID MITHORAM DRIVE VALVE 43gg R 522 K2/8 ~ h CRD HCU-3431+

02C12 2 A 2 0 A081 H528 Ch CRO-SV-122/3435 A610 HVA1709662A A 8 324007 4320

~ SNSOLENOID MITHDRAV DRIVE VALVE 02C12 2 A 2 0 A%81 H 528 R 522 K2/8 C4 ' CRD-HCU-3135+

CRD-SV-I?2/3439 A610 HVA 1709662A A 8 321007 1320

~ 5 "SOLENOID 'MITHORAM DRIVE VALVE 522 K2/804 02C12 R 80-QCU-313'+

2 A 2 0 A081 H528 C4 CRD SV-122/3443 A610 HVA 1709662A A 8 324007 43/0

~ 5 "SOLEN01~M THDRAM OR 02C12 2 A IVE VALVE 2 0 A ~ 81 '{528 R S22 K2/8 ' CRO-HCU 3113+

Ch I CRO SV 122/311 7 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID MITHORAM DRIVE VALVE R 522 K2/8 ~ 4 CRD-HCU-3447+

02C12 2 A 2 0 A081 H528 C4 CRO-.S V 122/34 5 1 A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID MITHORAM DRIVE VALVE 02C12 2 A 2 0 A081 'l 528 R. 522 K2/8 ' CRO.-HC{l-yg51+,

Ch
PROGRAH CiE-STD IJASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00129 VNP-2 CLASS 1E EGUIPHENT LIST OAT E 09/08/82 STATUS ii~SEISHIC IS) PARAHETERS+iA KENYA (E) PARAHETERS+ EPN HFG HOOEL S E alo TH HL TEST ANL FO C FREO AGLNG DBE C HOURS DES CR IP T ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN s CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAIJING A/E ZONE s CRO-SV-122/3455 A610 HVA1709662A A 8 32400T e5 "SOLENOID VITHORAV DRIVE VALVE 1320

~ R 522 K2/Bah CRO-HCU 34551 02C12 2 A 2 0 A ~ 81 H5 28 Cl lt CRD-SV-122/3459 A610 HVA 17096 62A A 8 324007 ~5 "SOLENOID MITHORAV DRIVE VALVE 4320 R 522 K2/Bah CRD"HCU 34591

. ~ 02C12 2 A 2 0 AD 81 H528 Cl ts ACRO-SV 122/3803 A610 HVA1709662A A 8 321007

~ 5 "SOLENOID IJI THORAM IVE VALVE 4320 OR R 522 L5/Boh CRD-HCU-38031 02C12 2 A 2 0 A~ 81 H528 C4 t

C RD -S V-122/3807 A610 HVA1709662A A 8 324007 4320

~ 5~SOLENOID MITHORAV DRIVE VALVE 522 L5/Bel 02C12 ' A 2 0 A ~ 81 H528 . R Ch CSLHQl&Ã~ ~ CRO SV-122/3811 A610 IIVA1709662A A 8 321007 ~ 5OSOLENO VITHDRAV DRIVE VALVE 4320 D R 522 L5/8 ~ 1 CRD-HCU 3811+

02C12 2 A 2 0 Ae81 JI528 Cl 1 RO SV 122/3815 A610 HVA1709662A A 8 321007

~5 "SOLFNOID Ml TIIORAIJ DRIVE VALVE 4320 R 522 L5/8 ~ 1 CRO-HCU 3815+

02C12 2 A 2 0 Ay81 H528 C4

. CRD-SV-122/3819 A610 HVA1709662A A 8 321007 4320 ~ 5 "SOLENOID VITHORAIJ DRIVE VALVE R 522 L5/8 'J CBPMMU- 819~

02C12 2 A 2 0 A ~ 81 H528 Cl CRO-SV 122/3823 A610 'VA1709662A A 8 324007

~ 5"SOLEJJOID VITHORAV ORlVE VALVE 4320 R 522 L5/Bah CRO-HCU-38231 02C12 2 A 2 0 A ~ 81 H528 Cl ~ CAD-5V-122T3827 A610 HVA1709662A A 8 324007 4320 ~ 5 "SOLENOID VI THORAIJ DRIVE VALVE R 522 L5/8 ' CRD-HCU-3827+

c 02C12 2 A 2 0 AMBI 'I528 C4 CRO"SV 122/3831 A610 HVA1709662A A 8 321007

~ 5"SOLENOID VITHORAV DRIVE VALVE 4320 R 522 K2/8 ~ 4 02C 2 2 A 2 0 At81 H528 C4 N

CRD-S V-122/3835 A610 HVA1709662A A 8 321007 4320

~ 5 "SOLEAOItJ VITHORAM DRIVE VALVE 02C12 2 2 0 A ~ 81 H528 R 522 K2/8 ' CRD-HCU-3835+

A Cl I A5-EV ifll885'5 A6i0 HVA1709662A A 8 324007 4320

~5 "SOLENOID VITHDRAIJ DRIVE VALVE 522 K2/8 ~ 1 CRD HCU 38391 02C12 2 A 2 0 A ~ Dl H528 Ch CRD-S V-122/3843 A610HVA1709662A A 8 324007 ~ 5"SOLENOID VITHORAM DRIVE VALVE 4320 " ""2 522 K2/8 ~ 4 CRO-HCU-3843+

02CX2" A 2 0 AeDI H528 C4 I
PROGRAH C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00130 MNP-2 CLASS If EOUJPlfENT Q S AT g 9~/ 8 /8 EPN HFG DESCRIPTION NODE L BLDG ELEV STATUS S DETAIL 2lC~II 000SEISHIC IS) PARAHETERS000-'ENV ZONE ILMK~22&l ROOH BI~3222 ACCURACY

.~2229 IE) P ARAHETERS ~

IIIIC 2 IIICCIIC 2 CONTRACT LEVEL COHPOSITE EPN 2 EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE I 2 CI CRD SV-122/3817 A610 HVA1709662A 8 321007 2

~ 5'ISOLENOID MI TllDRAU DRIVE VALVE R 2/8 A

1320 " 02C12 2 A 2 0 A081 H528 5~22 ~4 R~CU-3847+ I) Ch I CRO<<SV-122/3851 A610 HVA1709662A A 8 321007

~ 50 OLENOIO MITHORAM DRIVE VALVE 1320 I R 522 K2/801 CRD-'HCU-3851+

02C12 2 A 2 0 At81 H528 Ch CRO SV 122/3855 A610 HVA1709662A A 8 324007

~5 "SOLENOID I THOR All DRIVE VALVE 4320 M R 522 K2/8 ~ 4 CRD-HCU-3855+

02C12 2 A 2 0 A ~ 81 H528 Ch C RO-S V-122/3859 A610 HVA 1709662A A 8 321007 1320

~ 50SOLENOIO MITHORAM DRIVE VALVE 02C12 2 A 2 0 A@81 8528 R 522 K2/8 ' Cgg fJCM-3859+

C1 CRO-SV 122/4203 A610 HVA1709662A A 8 321007

~ 5"SOLENOID MITHORAM DRIVE VALVE 4320 R 522 LS/8 ~ 1 CRD HCU 1203+

02C12 2 k 2 0 A081 H528 C1 CRO-SV 122/4207 A610 HVA1709662A A 8 321007 4320

~ 5 "SOLENOID MITHORAM DRIVE VALVE R 522 LS/804 CRO-HCU-4207+

02C12 2 A 2 0 A ~ Bl H528 C4 I CRO-S V-122/1211 A610 HV A1709662A A 8 321007 4320

~ 50SOLENOIO MITHORAU DRIVE VALVE R 522 L5/8 ~ 2 D-HCU-22II 02C12 2 A 2 0 A081 Il 528 C4 CRO-SV-122/4215 A610 HVA1709662A A 8 321007 ~ 5~0L ftOEO Mf THDRAM bRIVE VALVE 1320 R 522 L578 ~ 4 CRD-HCU~42154 ~2 02C12 2 A 2 0 AD Bl H528 C4 Q

CR5-S V-122/1219 A610 HVA1709662A A 8 321007

~ 5"SOLENOID MITHDRAM DRIVE VALVE 4320 02C12 R 522 L5/ah CRO "HCU-1219+ ,.'

2 A 2 0 AMBI H 528 C4 0 I CRO SV-122/4223, A610 HVA1709662A A 8 321007 1320 Q

~ 5 "SOLENOID UITHORAM DRIVE VALVE R 522 L5/8 ' CCC.=IICIL2222I 02C12 2 A 20 A ~ 81 8528 Ch CRO SV 122/4227 A610 HVA1709662A A 8 321007 ~ 5"SOLENOID MITHORAM DRIVE VALVE R 522 LS/804 02C12 CRO-HCU-4227<

2 A 2 0 A081 H528 C4 CRO-SV-122/4231 A610 HVA1709662A A 8 324007 50SOLENOIO MITHDRAM DRIVE VALVE 4320

~ R 522 K2/F 4 CRO-HCU "4231+

02C12 2 A 2 0 A081 H528 C4 CRD-SV-122/4235

~ SOSOLENOIO MITHORAM DRIVE VALVE A610 HVA1709662A 522 K2/8 '

A 8 321007 4320 ',0 02C12 R CRg+CQ-42350 I 2 A 2 0 A081 H528 C4
PROGRAH C1E-STD

~ .

MASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00131 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/08/82 STATUS 0 'SEISHIC IS) PARAHETERS00+ ~ ENV ~ IE) P ARAHETERS0 EPN HFG HODEL S E 1 ID Tll HL TEST ANL FO C FRFO AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN QR CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAVING A/E ZONE 3 QR CRO-S V-122/1239 A610 HVA17096624 A 8 324007 4320 05"SOLENOID MITHDRAM DRIVE VALVE R 522 K2/804 CRg-HCU-3333 h 02 12 2 A 2 0 A ~ 81 H528 Ch 0 CRD-SV-122/4243 A610 HVA1709662A A 8 321007 S~SOLEAOID Mf THDR4M ORIVC VALVE 4320

~ R 522 K2/804 'RD-HCU"4243+

02C12 2 A 2 0 As 81 II 528 Ch CN5 EV 1521)f217 4610 HVA 1709662A A 8 321007

~ 5 0SOL END I 0 V I Tlf DRAM OR I VE VALVE 4320 R 522 K2/8 ~ 1 CRD-HCU-4247+

02C12 2 A 2 0 As 81 11528 C1 C' CRD "S V-122/1251 A610 HVA 1709662A A 8 321007

~ 5 "SOLENOID MI THDRAV DRIVE 4320 VALVE'ci%

R 522 K2/8 ~ 4 CRO-Hcu-4251s 2 A 2 0 As81 H 528 CI CRO-SV-122/4255 A&10 HVA1709662A A 8 324007 4320 R 522 K2/801 CRO HCU-4255+ H528 Ch

~122/425 4610 HVA1709662A A 8 324007 4320 ~ 5 "SOLENOID VITHDRAM DRIVE VALVE R 522 K2/804 CRO-HCU 4259+

02C12 2 A 2 0 A081 H528 Ch I

. CRD-SV-122/1607 4610 HVA17096&2A A 8 321007 5"SOLENOID MITHORAM DRIVE VALVE 4320 ~ R 522 L5/8 ~ 1 CRD-flCU 4607+

02C12 2 A 2 0 A ~ 81 'I 528 C4 CRO-SV-122/1611 A610 HVA1709662A A 8 321007 1320

~5 "SOLENOID MITHORAM DRIVE VALVE R 522 LS/801 CRD-HCU h&Ils 02C12 2 A 2 0 A ~ Dl H 528 Ch A 8 324007 1320 ~ 5%SOLENOID VITHDRAM DRIVE VALVE 522 L5/F 4 R CRO-HCU-16150 02C12 2 A 2 0 As81 il 528 C4 CRO-SV-122/4619 A610 HVA1709662A A 8 321007 4320 ~ 5"SOLENOID MITHORAV DRIVE VALVE 522 L5/8 ~ 1 R CRD-HCU-1619+

02LlY 2 il H528 C4 CRD-SV-122/1623 A610 HVA1709662A A 8 324007 1320

~ .EOt:EH5'ID Ql'TTIDRAM DRIVE VALVE CRD HCU 46230 02C12 2 A 2 0 A ~ 81 2i746~f 4610 HVA1709662A A 8 324007 4320 ~ 5%SOLENOID MI THDRAV DRIVE VALVE.

02C12 2 A 2 0 A001 'f528 R 522 L5/8 ' CRD "HCU-16270 Ch CRO-SV ).22/4631 A&10 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID MITHORAV DRIVE VALVE R 522 K2/8 ~ 4 CRO-HCU-46310 02C12 2 A 2 0 AsD1 H 528 C4

0 0
PROGRAH C1E-STO VASHINGTON PUBLIC PO'VER SUPPLY SYSTEM PAGE NO 00132 VNP-2 .Q.MZ IE EGUIE5EHI LIMNI LLE&9LQBXB2 . Sl'ATUS e ~ eSEISHIC {S) PARAMETERSe+e >ENV ~ IE) PARAMETERSe EPN DESCRIPTION BLDG ELEV DETAIL III~~LJESLJIBI ZONE EILI'VEIL SBIBB DBE.M IIDDRS ROON ACCURACY COHPOSITE EPN 0$ CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORA'MING A/E ZONE CRO-SV-122/4635

~5 "SOLENOID 'Ml THORAV 02C12 2 A OR A610 IVE VALVE 2 0 A~ Sl HVA1709662A 5528 ~BB~ Ch A 8 324007 4320 CRO-SV 122/4639 A610 HVA1709662A ~ 5"SOLENOID MITHDRAV DRIVE VALVE R 522 K2/8 ~ 4 HCU-'4639e CRD 02C12 . 2 A 2 0 Ae81 M528 " Ch-CRD-SV-122/4643 A610 HVA1709662A A 8 324007 ~5 "SOLENOID VITHORAM DRIVE VALVE 4320 R 522 K2/8 ~ 4 CRD-HCU-4643+

02C12 2 A 2 0 A ~ 81 H528 4 CRO-S V-122/4647 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID MITHORAV DRIVE VALVE 4320 R 522 K2/8 ~

02C12 2 A 2 0 A ~ 01 H528 Ch

'RO-SV-122/4651 ' ~A3~+0 A610 HVA1709662A 5"SOLENOID VITHORAM DRIVE VALVE 320 ~ R 522 K2/8 CRD-HCU-4651+

02C12 2 A 2 0 A ~ 81 8 528 Ch CRO-S V-122/4655 A610 HVA 1709662A A 8 324007 5"SOLENOID VITHDRAV DRIVE VALVE 4320

~ R 522 K2/8 ~ 4 CRO-HCU-4655e 02C12 ~

2 A 2 0 A ~ 81 H528 Ch

.CRO-SV-122/5011 A610 HVA1709662A A 8 324007 ~ SNSOLENOID 4320 VITHDRAM DRIVE VALVE IL 522 $ 5/8 ~ 4 RQBClL5.Ql I.e 02CI2 2 A 2 0 A~ 01- II 528 C4 CRO-SV 122/5015 A610 HVA1709662A A 8 32400 5 "SOLENOID MITHORAV DRIVE VALVE 43+/ ~ R 522 LS/8 ~ 4 CRO "HCU"5015+

02C12 2 A 2 0 AB01 H528 Ch CRO SV 122/5019 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID MITHORAV DRIVE VALVE R 522 L5/8 ' CRO-HCU-5019e 02C12 2 A 2 0 AB01 H 528 Ch CRO-SV 122/5023 A610 HVA1709662A A 8 324007 4320 ~ 5 "SOLENOID VITHDRAM DRIVE VALVE L,5/Reh 02C12 ORE RDDCII=502K+

2 A 2 0 Ae01 H 528 C4 CRO-SV-122/5027 A610 HVA1709662A A 8 324007 5"SDL IIDI UIVIHIRAV DRIVE VALVE R 522 L5/8 ~ 4 CRO 5027e HCU 02C12 2 A 2 0 ABBl 'I 528 C4 CRO-SV-122/5035 A610 HVA1709662A A 8 324007 4320

~ SeSOLENOID MITHDRAV DRIVE VALVE 522 K2/8 ~ 4 R CRO HCU 5035+

02C12 2 A 2 0 Ae01 HS28 C4 CRO-SV-122/5039 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID MITHORAM DRIVE VALVE R 522 K2/854 Cgg-HCU .503$ e 02C12 2 A 2 0 A ~ Dl H5PR C'I

0 PROGRAM C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00133 VNP-2 CLASS 1E EGUIPHENT LIST DATE 09/08/82 ~ S EPN HFG NOBEL STATUS S E OIO a* ~ SEISHIC (S) PARAIIETERS+~~ TH HL TEST ANL FO C

~ENV ~ I E) P ARAIIETERS i FREQ AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOII ACCURACY COHPOSITE EPN s CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE I CRD-SV 122/5043 A610 HVA1709662A A 8 324007 ~ 5"SOLENOID MITHDRAV DRIVE VALVE 1320 s R 522 K2/8 ~ 4 CRD HCU-5043+

02C12 2 A 2 0 AMBI H528 Ch II CRO-SV-122/5017 A610 HVA1709662A A 8 321007

~ 5 "SOLEHO ID VI THORAV DRIVE VILVE ~

1320 R 522 K2/8 ~ 1 CRD-HCU 5047+ 02C12 2 A 2 0 A~ 81 II 528 Ch CR5-S V-12275051 A61 0 HVA 1709662A A 8 321007

~ 5"SOLENOID VITHDRAM DRIVE VALVE 4320 R 522 K2/8eh CRD-HCU-5051+

02C12 2 4 2 0 Ae81 H528 Ch CRO "SV-122/5115 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID MITHORAV DRIVE VALVE R 522 L5/8 ' CRO HCU-51151 02C12 2 A 2 0 A ~ 81 II 528 Ch CRD SV 122/5II19 A610 HVA1709662A A 8 321007 ~5 "SOLHNOIO MI THORAM DRIVE VALVE 4320 R 522 LS/8 ~ 4 CRO HCU 5419+

02C12 2 A 2 0 A ~ 81 8528 Ch CRO SV 122/5423 A610 HVA 1709662A A 8 321007 5"SOLENOID MITHDRAV DRIVE VALVE 4320

~

R 522 L5/8 ~ 4 CRD-HCU-5423+ a 02C12 2 A 2 0 A ~ Ul 8 528 Ch I. CRO-SV-122/5427 A610 HVA 1709662A A 8 324007 4320 5"SOLENOID MITHDRAV DRIVE VALVE R 522 L5/8 ' CILD~CJI-5127+ 42C12 2 A 2 0 A ~ Bl H 528 Ch i CRO-SV-122/5431 A610 HVA1709662A A 8 321007 5 "SOLENOID MITHDRAM DRIVE VALVE 1320

~ R 522 K2/8 ~ 4 CRO-HCU 5431+

02C12 2 A 2 0 At81 H528 Ch CRO-SV<<122/5435 A610 HVA1709662A A 8 321007 5 "SOLENOID MITHDRAM DRIVE VALVE 4320

~ R 522 K2/ah CRD-HCU-5435+

02C12 2 A 2 0 AD Bl )I 528 Ch CRD-S V-122/5439 A610 HVA1709662A A 8 324007 1320

~ ) e5 "SOLEtlOIO Ml THDRAV DRIVE VALVE = R 522 K2/8 ~ 4 02C12 2 A 2 0 A~ 81 H528 Ch CRD-PCU-5439'RO CRO-SV" 122/5143 A610 HVA1709662A A 8 324007 ~ 5 "SOLENOID MI THORAM DRIVE VALVE 4320 R 522 K2/8 ~ 1 HCU-54434 02C12 2 A 2 0 Ae81 H528 C4 I ~ CRO-SV-122/5447 ' -A610 HVA1709662A A 8 324007 1320 5 "SOLENOID MITIIORAM DRIVE VALVE R 522 K2/8 ~ 4 CRO-HCU 5447+

02C12 2 A 2 0 A ~ 81 H528 C4 CRO-SV-122/5819 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID MITHDRAV DRIVE VALVE R 522 L5/8 ' ~SSMSIS=ISIS ~

02C12 2 A 2 0 Ae81 H 528 Ch
O PROGRAM C1E-STO MASHINGTON PuBLiC POMER SUPPLY SYSTEM PAGE NO 00131

..MHf.'.XL4S,$ IF EQMIB5EN MEE 49')ELB I

STATUS is*SEISMIC IS). EPN DESCRIPTION HFG...MODEL .... BLDG ELEV DETAIL E~ IQ.. BI~~~BL PARAHETERSiaa EQ C EBEtL~LNB iENVi (El DBE PARAMETERS+ C ~DUBS 0 > CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE ZONE ROOM ACCURACY COHPOSI 7 E EPN 0 ~ CRO-SV-122/5823 A610 HVA1709662A A 8 324007 1320 02C12 2 A 2 0 A ~ 81 HS28 ' C4 0' 0 5"SOLENOID VITHORAV DRIVE VALVE 02C12' R 522 L5/8 ~ I CRD-HCU-5827+ A 2 0 Ay81 8528 Cl CRO-S V-122/5831 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLENOID MITHORAM DRIVE VALVE R 522 K2/8 ~ 4 02C12 2 CRO-HCU-5831@

A 2 0 A ~ 81 H528 CRD-SV 122/5835 A610 HVA1709662A A 8 324007 1320 02C12 2 A 2 0 Ai81 8528 Cl Q=HCILmii CRO SV-122/5839 A610 HVA1709662A

~ SSSOLENOIO MITHDRAV DRIVE VALVE R 522 K2/8 ~ I HCU-5839+ ~.29 02C12 ' A 2 0 At81 8528 Cl CRD CRD-SV-122/5843 A610 HVA1709662A A 8 321007 ~ 5~SOLENOID MITHDRAM DRIVE VALVE R 522 K2/8 ~ I CRO-HCU-5843'320 02C12 2 A 2 0 . AY81.. H528 ~C CRO-SV 123/0219 A610 HVA1709662A A 8 324007 1320 ~ 5 "SOLENOID I/SERT DRIVE VALVE 522 LSCSe ILII21%~

2 A- 2 0 A ~ 81

'2C12 HSZB C4 CRO-S V-123/0223 A610 HVA1709662A A 8 321+07 4.320 Qi el ~ 5"SOLENOID INSERT DRIVE VALVE 02C12 2 2 0 A ~ 81 R 522 LSIB ~ I CRO-HCU"0223+

A H528 Cl CRO "SV-123/0227 A610 HVA1709662A A 8 321007 1320

~ SNSOLENOID 02C12 INSERT DRIVE VALVE A)81 R 522 L5/8 ' CRD-HCU"0227+

2 A 2 0 8528 Cl CRD-SV-123'/0231 A610 HVA1709662A A 8 321007

~ 5 "SOLENOID INSERT, DRIVE VALVC 1320 02C12 2 2 0 At81 .BO=BQLQQI+

A M 528 CI P r CRO SV-123/0235 . A61 0 HVA 1709662 A A 8 321007 0

~ 5"SOLCNOIO 02C12 INSERT DRIVE VALVE 2 A 2 0 A ~ 81 R 522 KZ/Be I CRD-HCU-0235i MSZB CI I

CRO-SV 123/0239 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID INSERT ORIVC VALVE 4320 R 522 K2/Bel CRO HCU 0239+

02C12 2 A 2 0 AD 81 H528 CI CRO-SV 123/0243 5"SOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A610 A181 HVA1709662A R 522 KZ/Bo I A 8 324007 CRD., HCU 0243+ 4320,, Q M528 CI
PROGRAH C1E-STD 'WASHINGTON PUBLIC POWER SUPPLY SYSTEH WNP-2 CLASS...1E EOUlPHE~TQ~S PAGE NO 00135 00/g 00/00/02 STATUS ooiSEISNIC tS) PARAHETERSoo ~ oENV ~ IE) PARAHETERSo EPN o NFG H ODEL S E QID TH HL TEST ANL FO C FREO AGING ~ OBE C HOUR S DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY I COHPOS 7 E EPN Q0 CONTRACT LEVEL EC USE SAFETY FUNCT ION A/E DRAWING A/E ZONE 0 Q0 V-123/0615 A610 HVA1709662A A 8 324007 C'RD-S ~ 5 "SOLENOID INSERT DR I VE VALVE R 522 LS/Bol CRO-HCU-0615o 4320 02C12 2 A 2 0 A281 N528 CI 0 CRD-SV" 123/0619 A610 HVA1709662A A 8 321007

,'; 9 ~ "SOLENOID INSERT I VE VALVE 4320 OR R S22 LS/Boh CRO "HCU "06191 02C12 . 2 A 2 0 A~ Bl 8528 CI CRD-SV-123/0623 A610 HVA 1709662A A 8 324007 4320 ~ 5"SOLENOID INSERT DRIVE VALVE R 522 LS/8 I CRO-HCU-0623o 02C12 2 A 2 0 At81 H528 CI C-' CRD-SV-123/0627 A610 HVA1709662A A 8 324007 5"SOLQJOIO INSERT DRIVE VALVE 4320 ~ R 522 L5/8 ~ 4 C D HCU 0627+

02C12 2 A 2 0 A ~ 81 8528 CI CRO-SV-123/0631 A610 HVA1709662A A 8 321007 I NSER I 4320

~ "SOCFHOT5 OR I VE VALVE R S22 LS/Boh CRO-HCU-06311 02C12 2 A 2 0 Ae81 8528 CI CRCC-SV>>123/0635 A610 HVA1709662A A 8 324007 ~ 5'SOLENOID INSERT DRIVE VALVE 1320 R 522 K2/Bol CRO-HCU-0635+

02C12 ~ 2 A 2 0 A ~ 81 8 528 C4 CRO-SV-123/0639 A610 HVA 1709662A A 8 321007 4320

~ SNSOLENOIO INSERT DRIVE VALVE 02C12 2 Ao81 R 522 K2/8 ~ I CRD~CU 0639+

A 2 0 N528 CI CRD SV 123/0643 A610 HVA1709662A A 8 321007

~ 500SOMEA0$ 0 fASERT DRTVE VALVE 1320 R 522 K278oh CRO HCU 0613o 02C12 - 2 A 2 0 Ao81 H528 Cl CII0-00-12020002 A610 HVA1709662A A 8 321007 C>> 4320 ~5 "SOLENOID INSERT DRIVE VALVE 522 K2/8 ~ I CRO-HCU 0647+

02C12 2 A 2 0 A ~ 81 8528 C4 CRO-SV-123/1011 A610 HVA1709662A A 8 324007 1320 00 Q

~ 5"SOLENOID INSERT DRIVE VALVE 02ci 2 2 R 522 LS/8 ~ I CRD-HClL LO I lo A 2 0 A~ 81 H528 C4 CRO-SV-123/1015 A610 HVA1709662A A 8 324007 4320 ~ ~oOCEAO f~AKCKT OR I VE VALVE R 522 L5/8 ~ 4 CRO"HCU 1015o 02C12 2 A 2 0 Ao81 8528 CI tT~='if3/%1Y Ai i5 HV Ai 769662A A 8 324007 1320 ~5 "SOLENOID INSERT DRIVE VALVE R 522 L5/8 oh CRO-HCU-1019o 02C12 2 A 2 0 Ao81 H528 C4 CRO-S V-123/1023 ~ SOSOLENOID INSERT DRIVE VALVE A610 HVA1709662A R 522 A 8 L5/8 ~ I 321007 CRO-HCU-1023o 1320 '0 C 2 A 2 0 Ao81 H528 rh 0

0
I t Il 1
PROGRAH CiE STD WASHINGTON PUBLIC POllER SUPPLY SYSTEN PAGE NO 00136 MNP-2 CLASS 1E~OUIPJENT~ IS T I 0 4 T~E9/ 0 8 8 g CONTRACT EPN LEVEL DESCRIPTION EC USE HFG,SAFETY FUNCTION NOBEL A/E BLDG ELEV STATUS S g DETAIL 0 IO LN ZONE

'~fag. ~ o ~ SEISNIC ROON IS) PARAttETERSoi4 Q}

ACCURACY R oENV ~ tNg IE). P ARANETERSo QgE COHPOSITE EPN C HOJJRS ORAMING A/E ZONE I 0 s CRD"SV-123/1027 A610 HVA1709662A A 8 321007 4320

.5 SOI.ENOIO INSERT DRIVE yALVE 02C12 2 A 2 0 AMBI N 528 CI SLSlLlBZ+

CRD SV 123/1031 A610 HVA1709662A A 8 321007

~ 5"SOLENOID lttSERT DRIVE VALVE 02C12 .A ~ 81 R 522 L5/8 ~ I CRD-HCU 1031+

2 A 2 0 H528 Ch. CRD-S V-123/1035 A610 HVA1709662A A 8 321007 1320 Q ~ 5"SOLENOID INSERT DRIVE VALVE R 522 K2/Boh CRD-HCU-1035+ 02C12 2 A 2 0 Ay81 8528 CI Q CRD-SV-123/1039 A61 0 HVA 1 709662 A A 8 321007 4320

~ 5~SOLENOID INSERT DRIVE VAl.VE 522 K2/Boh 02C12 2 R -@ V~03)4 A 2 0 Ae81 N528 CI CRD-SV-123/1013 A610 HVA1709662A A 8 324007 ~5 "SOLENOID INSERT DRIVE VALVE 0 R 522 K2/Boh CRO HCU 1013+

Q 02C12 2 A 20 A ~ Bl N 528 Ch CRO.SV 123/1047 A610 HVA 17096 62A A 8 321007 1320

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 2 2 0 A ~ 81 N528 R 522 K2/8 ' CRO-HCU-1047+

A CI CRD-SV-123/1051 A610 HVA1709662A A 8 321007 5"SOLENOID IttSERT DRIVE VALVE 4320

~

02C12 2 A, 2 0 Ai81 N 528 R Sg2 gg/Bog C4 Cg)~.~ J 5 I 4 CRO-SV-123/1407 A610 HVA1709662A A 8 324007 4320 AS"SOL NOID INSERT OR IVE VALVE R 522 L5/8 ~ I CRD"HCU 1407+ 02C12 2 A 2 0 A~ 81 N528 CI CRO-SV 123/1415 A610 HVA1709662A A 8 324007 1320 Q o5"SOLENOID INSERT DRIVE VALVE R 522 L5/8 ~ I CRD-HCU" 1415> 02C12 2 A 2 0 A ~ 81 8528 C4 Q CRD-SV-123/1419 A610 HVA1709662A A 8 324007 4320

~5 "SOLENOID INSERT DRIVE VALVE R 522 L5/8 ~ I .BlLIKQ JM+

02C12 2 A 2 0 Ao81 N528 CI CRO-SV-123/1423 A610 HVA1709662A A 8 324007

~ "SOLENOID INSERT DRIVE VALVE R 522 L5/8 ~ I CRO HCU 1123+

0 02C12 2 A 2 0 AMBI N528 CI CRO-SV-123/1427 A610 HVA1709662A A 8 324007 5 "SOLENOID INSERT OR IVE 1320

~

VALVE'2C12 R 522 LS/8 ~ 4 CRD-HCU-ih 27+ 2 A 2 0 A ~ 31 H528 Ch CRO-S V-123/1431 A610 HVA1709662A A 8 324007 1320

~5 %SOLENOID INSERT DR I VE 2 A 2 VALVE'2C12 0 A~ Bl N528 R 522 LS/8 ' CRD-,JCU.-ih 31,+

C4 ..
0 0 PROGRAH ClE-STD WASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP-2 CLASS lE EQUIPHENT LIST PAGE NO 00137 ATE 09/OO/ 2 STATUS +0<<SEISHIC lS) PARAHETERS<< ~ ~ <<ENV<< IE) PARAHETERS<< EPN HFG HODEL TH HL TEST AN 0 C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCT ION A/ E DRAMING A/E ZONE 6 CRD"SV-123/1435 A610 HVA 1709662A A 8 324007 1320 2 05<<SOLENOIO INSERT DRIVE VALVE 02C12 2 R K2/8 522 K I QP~CU+435+ A 2 0 A<<81 H528 Ch II

~ CRD-SV-123/1439 A610 HVA1709662A A 8 321007 ~ 50SOLENOID INSERT DRIVE VALVE 4320 R 522 K2/801 "HCU-1439<<

02C12 2 A 2 0 A~ 81 H528 CI CRD CRO SV 123/1443 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID 02C12 INSERT DRIVE VALVE 2

R 522 K2/8 ~ I CRO-HCU-1443<< A 2 0 A<<BI 8528 C4 CRD-S V-123/1447 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT 02C12 2 OR IVE VALVE 2 0 A<<81 R 522 K2/8 ~ I .CgD-Qgg-Lhhl<<

A 8528 CI

~

CRO-SV-123/1151, A610 HVA1709662A A 8 321007 050SOLENOIO INSERT DRIVE VALVE 4320 R 522 K2/8 ~ I CRO-HCU-1451+ 02C12 2 . A 2 0 A<<81 8528 Ch CRD-S V-123/1455 A61 0 HVA 1709662 A A 8 321007 4320 05 "SOLENOID INSERT DRIVE VALVE 02C12 2 R 522 K2/8 ~ I CRO-HCU 1IS5<< A 2 0 A<<81 H528 C4 I CRD SV 123/1803 A610 HVA1709662A A 8 321007 "SOLENOID INSERT DRIVE VALVE 4320

~5 R 522 L5/8 ~ I RJ)~~803+

I 02C12 2 A 2 0 A<<81 H528 CI CRO-SV" 123/1807 A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID INSERT 02C12 2 DR A

I VE VALVE 2 0 A<<BI R 522 LS/8 ~ I CRD-HCU~1807+ H528 CI CRO 89 12311811 6618 RVA!1896626 A 8 321007 4320

~ 5 "SOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A<<81 H528 R 522 L5/8 CI ' CRD-HCU-1811+

CRO-SV" 123/1815 A610 HVA1709662A A 8 321007 1320 058ISOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A ~ 81 8528 522 L5/8 C4

' C 0+CjI+815+

I CRO SV 123/1819 A610 HVA1709662A A 8 324007

~ "SdLEA070 I NSERf DRIVE VALVE 4320 522 L5/8<<4 CRO-HCU-1819<<

02C12 2 A 2 0 A<<91 H528 C4 I 5-SY-1YYT1823 4610 HVA1709662A A 8 324007 5<<SOLENOID INSERT DRIVE VALVE 1320

~

522 L5/804 CRD HCU 1823+ 02C12 2 A 2 0 A<<BI H528 CI CRD SV-123/1827 A610 HVA1709662A A 8 324007 1320 OUI' A'2

<<5"SOLENOID INSERT DRIVE VALVE R 522 L5/8 ' CRO"HCU-1827<<

0 0 A<<31 H 528 CI-=- --.
PROGRAN C1E-STD 0 VASHINGTON PUBLIC POMER SUPPLY SYSTEH VNP-2 CLA~SS E EOUIPHENT LIST

. PAGE NO 00138 JJ 99CO,Cog . ' 0 STATUS 1*0SEISNIC IS) PARARETERS00> 0ENV ~ IE) PARARETERS0 DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY CONTRACT LEVEL CORPOSITE EPN Ec USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-SV-123/1831 A610 HVA1709662A 8 324007 ~ 50SOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A ~ 81 H528 R 522 L5/

Ch

~

A I C-C-3 1320 CRO-SV-123/1835 A610 HV A1709662A A 8 324007 0SOLEFIOID INSERT OR IVE VALVE 4320

~ R 522 K2/801 . CRO-HCU-1835+

02C12 2 A 2 0 A%81 H528 C4. ~ CRO-SV 123/1839 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID INSERT DRIVE VALVE 4320 R 522 K2/804 CRD HCU 18390 02C12 2 A 2 0 A081 8528 Ch CRO SV 123/1843 A610 HVA1709662A A 8 321007 4320 5 "SOLENOID INSERT DRIVE VALVE R 522 K2/8! I 02C12 2 A 2 0 A ~ 81 N528 Ch CRO-SV-123/1847 A610 HVA1709662A A 8 321007 5".SOLENOID INSERT DRIVE VALVE R 522 K2/801 02C12 CRD-HCU-.1817+

2 A 2 0 A081 H528 Ch CRD-SV-123/1851 A61 0 HVA 170 9662A A 8 321007

~5 "SOLENOID INSERT DRIVE VALVE 1320 522 K2/801 02C12 2 A 2 0 A ~ 81 8528 R

CI CRD-HCU-18510 , 9 VALVE,

~'

) 9 CRO-SV-123/1855 A610 HVA1709662A A 8 324007

~ 5"SOLENOID INSERT DRIVE 4320 02C12 2 A 2 0 A ~ 81 8528 R 522 K2/801 Ch C )~I-1+55+

CRO SV 123/1859 A610 HVA1709662A A 8 321007 05 SOL END I 0 INSERT I VE VALVE ,4320 DR R 522 K2/8 ~ 4 CRO "HCU"18591 02C12 2 A 2 0 A~ 81 8 528 Ch CRO-S V-123/2203 A610 HVA 1709662A A 8 324007 1320

~ 5 "SOLENOID INSERT DRIVE VALVE 02C12 R 522 L 5/8 ~ I CRO HCU-22030 2 A 2 0 . A~ 81 H5 28 C4 CRO-SV-123/2207 A610 HVA1709662A A 8 324007 4320 ~ 5"SOLENOID INSERT DRIVE 'VALVE 522 L5/801 02C12 2 9

A 2 0 A081 H528 R CMKlL220.I+ C4 CRO-SV 123/2211 A610 HV A1709662A A 8 324007 1320

~ 5 "SOLEN015 ItJSERT DRIVE VAL'VE R 522 L 5/8 ~ I CRO-HCU-2211+

02C12 2 A 2 0 A081 8528 C4 CRO-SV 123/2215 A610 HVA1709662A A 8 321007 4320 05"SOLENOID INSERT 02C12 OR I VE VALVE R 522 L5/8 ' CRO-HCU-22150 2 A 2 0 A~ Bl 8528, . C4 9 CRO-S V-123/2219 A610 HVA1709662A A 8 321007 4320 0

~ 5"SOLENOID INSERT DRIVE VALVE R 522 L5/F 4 CRD-.ljgg,221.9,+

02C12 2 A 2 0 A ~ Ol 8528 -- CI

. 0

PROGRAN C1E-STO

~

UASHINGTON PUBLIC POMER SUPPLY SYSTEH

. ~

PAGE NO 00139 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/08/82 R STATUS **0SEISNIC (S) PARANETERS000 KENYA IE) PARARETERS0 EPN HFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOU+S DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY CONTRACT LEVEL CONPOSITE EPN EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE R CRO-SV-123/2223 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT DRIVE VALVE 4320

~ ~ R 522 L5/8 ~ 4 CRD HCU 2223+

2C12 2 A 2 0 A ~ 81 8528 Ch 0 RR CRD-SV-123/2227 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID 02C12 E INSERT DRIVE VALVE 2 A 2 0 AMBI 8528 R 522 L5/8 Ch ' CRO HCU 22271 4320 I "%25T22$ i A610 HVA1709662A I ~

02C12 2A20A 5"SOLENOID INSERT DRIVE VALVE

~ 81 8528 R 522 LS/804 Ch A 8 324007 CRD-HCU-2231+

4320 CRO-SV 123/2235 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT DRIVE VALVE 4320

~ R 522 K2/804 CRO-HCU~2235+

02 12 2 2 0 A081 8528 Ch

~ CRO-SV-123/2239 A610 HVA1709662A A 8 324007 4320 ~5 "SUCEHOf6 fNSERT bR IVL'ALVE R 522 K2/8 ' CRO-,HCU-22394 8528 C4 CRO SV 123T2243 A610 HVA1709662A A 8 324007 ~5 02C12 "SOLENOID INSERT DRIVE VALVE 2 A 2 0 A ~ 81 H 528 R 522 K2/8 ' CRO-HCU 2243<

k 4320 Ch R. CRO SV-123/2247 A610 HVA 1709662A A 8 324007 05NSOLEN01D INSERT DRIVE VALVE 4320 R 522 K2/8 4 CRR HCU-~RR R 02C12 2 A 2 0 A ~ 81 8528 Ch CRO-SV-123/2251 A610 HVA1709662A A 8 324007

.5 SOLENOID"INSERT DRIVE VAL'VE 4320 R 522 K2/8 ~ 4 CRD-HCU~2251+

02C12 2 A 2 0 A ~ 81 %528 Ch A 8 324007 4320

~ 5"SOLENOID INSERT DRIVE VALVE R 522 K2/8 ~ 4. CRO-HCU"2255+

02C12 2 A 2 0 A081 8528 Ch CRD-SV-123/2259 '610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT DRIVE VALVE R 522 K2/804 CRD"HCU-2259+

02C12 2 A 2 0 Aedl H528 Ch R

~ CRD-SV 123/2603 A610 HVA1709662A 8 324007 ~ 5 "S5LNO 02C12 Ill INSERT DR I VE VALVE R 522 LS/8 ~ 4 A

CRO-HCU-2603+ 4320 2 A 2 0 A081 8528 Ch eRlJ=SV-$ 25726~0 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT ORIVE VALVE R 522 L5/8 ' CRO-HCU-2607+

02C12 2 A 2 0 AMBI 'I 528 Ch CRO-SV"123/2611 A610; HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT DRIVE VALVE 522 LS/8 ~ 4 R CRD-HCU-261i+

02C 2 2 2 0 F81 H 528 Ch--
PROGRAH C1E-STD UASHINGTON PU8LIC PO)tER SUPPLY SYSTEH, ~ PAGE NO 00140 tLfJ;~CCu.e STATUS 000SEISHIC IS) PARAHETERS*a ~ <<ENV ~ IE) PARAHETERS0 EPN DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN Q3 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE 0 ~ CRO-S V-123/2615 A610 tIVA1709662A A 8 324007 4320

.5 SOLENOID INSERT DRIVE VALVE 2~522 5/2 ~ \ CM!JLRklk+

02C12 2 A 2 0 A201 H528

~ CRD-SV-123/2619 A610 HVA1709662A A 8 32400 050SOLENOIO INSERT OR I VE VALVE R 522 L5/804 CRD HCU 26194 02C12 2 A 2 0 A81 H528 Ch . ~,2.- 'I Pp CRD-SV 123/2623 A610 HVA1709662A A 8 324007 ~ 5"SOLENOID IttSERT DRIVE VALVE R 522 1.5/8 4 CRD"HCU-26231 02C12 2 A 2 0 A281 H528 Ch CRD-SV-123/2627 A610 HVA1709662A A 8 324007 4320 5 "SOLENOID'NSERT DRIVE VALVE R 522 L5/8 ~ 4 HCU- +

02C12 2 A 2 0 A281 H528 Ch

~

CRD-SV-123/2631 A610 HVA1709662A A 8 324007 3, 0

~5 "SOLENOID INSERT DRIVE VALVE R 522 L5/8 ' CRD-HCU 26311 02C12 -

2 A 2 0 A ~ 81 H528 Ch CRO-S V-123/2635 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT DRIVE VALVE R 522 K2/8 ~ 4 CRO-HCU-2635+

02C12 2 A 2 0 A081 H528 Ch I CRO-S V-123/2639 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT ORIVE VALVE R 522 K2/8e4 CRD~CU 2639 'RO-HCU"2643'320 02C12 2 A 2 0 A281 H528 CRO-SV-123/2643, A610 HVA1709662A A 8 324007 4320 0 "SOL NOf5 INSERT ttRIVE VALVE R 522 K2/804 02C12 2 A 2 0 A281 H528 C4 CR SV 1237264 7 A610 HVA1709662A A 8 324007 4320 ~5 "SOLENOID INSERT OR IVE VALVE R 522 K2/8 ' CRO-HCU-2647+

02C12 2 A 20 Aal 'i 528 Ch CRO-,SV-123/2651 A610 HVA1709662A A 8 324007 4320

~ 5"SOLENOID INSERT DRIVE VALVE R 522 $ 2/8 ~ 4 J lLEMMA+

02 C12 2 A 2 0 A~ 81 H528 C4 CRD SV 123/2655 A610 HVA1709662A A 8 324007 2322

~ "SOCEE01D INSERT OR IVE VALVE R 522 K2/8 ' CRD-HCU-26551 02C12 2 A 2 0 A281 H 528 Ch I

CRD-SV- 2372659 A610 HVA 1709662A A 8 324007 4320

~ 5 "SOLEtlOIO INSERT OR I VE VALVE R 522 K2/8 ~ 4 CRO-HCU-26591 02C12 2 A 2 0 A~ 81 H528 C4 CRO SV 123/3003 A610 HVA 1709662A A 8 324007 4320 ~ 5"SOLENOID INSERT DRIVE VALVE R 522 L5/8 ~ 4, CRP-PCU-30031 02C12 2 A 2 0 A ~ 81 'I 528 Ch

PROGRAM C1E-STO QASHINGTON PUBLIC POllER SUPPLY SYSTEH PAGE NO 00141 VttP 2 CLASS 1E EQUIPMENT'IST ATE 09/08 82 EPN STATUS ~ ++SEISHIC IS) PARAHETERS~a ~ ~ ENV ~ IE) HFG MODEL S E OIO TH HL TEST ANL FO C FRED PARAMETERS'GING OBE C . tIOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCUNLCY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRD-S V-123/3007 A610 HVA1709662A A 8 324007

~ S "SOLENOID INSERT DRIVE VALVE 4320 R 522 L5/Bag CRD HCU 30071 02C12 2 A 2 0 Ai81 M528 Ch CRD-SV-123/3011 A610 HVA1709662A A 8 324007 43 ~ 5~SOLENOID INSERT DRIVE VALVE R 522 L5/8 ' CRO "HCU 3011+

0 02C12 2 A 2 0 A ~ 81 8528 Ch CRO-SV-123/3015 A610 HVA1709662A A 8 324007 4320

~ 5 "SOLEttOIO INSERT DRIVE VALVE R 522 L5/8 ' CRD-HCU-3015+

02C12 2 A 2 0 A ~ 81 H528 Ch I CRO-SV-123/3019 A61 0 HVA 170 9662 A A 8 324007 4320

~ 5 "SOLENOID IttSERT ORIVE VALVE .02C12 2 A 2 0 A ~ 81 M528 R 528 L5/8 ' @BMOC. D012+

Ch

~ CRD-S V-123/3023 A61 0 HVA 1709662A A 8 324007 ~ 5 "SOLENOID INSERT DRIVE VALVE 4320 R 522 L5/Bah CRO-HCU-30231 02C12 2 A 2 0 A ~ 81 H528 Ch CRO-SV-123/3027 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT DRIVE VALVE 4320 ~

R 522 L5/Beh CRD-HCU-3027+ 02C12 2 A 2 0 Ag81 5528 Ch I CRO-SV-123/3031 A610 HVA1709662A A 8 324007 is%SOLENOID INSERT DRIVE VALVE 4320 ~ 02C12 R 522 K2//ah 2 A 2 0 At81 M528 Ch CRD-SV-123/3035 A610 HVA1709662A A 8 324007 4320

~5 "SOLENOID INSERT DRIVE VALVE 02C12, 2 A 2 0 AD 81 M528 R 522 K2/8 ' CRO-HCU-30351 Ch CR O-S V-123/3039 A610 HVA1709662A A 8 324007 5~SOLENOID INSERT DRIVE VALVE 4320 ~

R 522 K2/8 ~ 4 CRO-HCU"3039> 02C12 2 A 2 0 A ~ Bl M528 Ch CRO<~~jj 5528 R 522 K2/8 ~ 4 CRD HCU 3055+ Ch~~
PROGRAH C1E STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH VNP-2,CLASS fE EOUI~PEtg PAGE NO 00142 . S kU 92L9AL0.2 STATUS i~iSEIS/IC IS) PARANETERSiii +ENV ~ IE) P ARAHETERS ~ ', 0 EPN HFG HODEL DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY Ag~g OQ f /~DUBS l LEVEL CONPOSITE EPN 'ONTRACT EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE I Q CRO-SV-123/3059

~ A610 HVA 1709662A 8 321007 ~5 "SOLENOID INSE'RT IVE VALVE 1320 e

DR %>>MR/Ri 02C12 2 A 2 0 A181 N 528 CI 6 Qlll~lLXll59':i CRO-SV 123/3403 A610 HVA1709662A 324007 Q

~ 5 "SOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A ~ Bl N528 R 522 LS/8 'I CI A

8

. CRD"HCU 3103+

CRO-SV 123/3407 A610 HVA1709662A A 8 321007 Q 5 "SOLENOID INSERT DRIVE VALVE 1320 I~

~

R 522 L5/8 ~ I CRO"HCU-3407+ ' 02 C+2 2 A 2 0 AMBI N528 C4 CRO-SV-123/3411 A610 HVA1709662A A 8 321007

.S.SOLENOID INSERT DRIVE VALyE 4320 R 522 LS/Bah SLCU&11+

02C12 2 A 2 0 A+81 NS28 CI 0 CRO-SV-123/3415 A610 HVA1709662A A 8 321007

~5 "SOLENOID INSERT DRIVE VALVE 43~0 R 522 LS/8%4 CRO-HCU 341S+ ~

02C12 2 A 2 0 At81 N528 CI 8 RD SV 123/3119 A610 HVA1709662A A 8 321007

~ 5"SOLEttOID INSERT I VE 1320 DR VALVE R 522 L5/8 ~ 4 CRO-HCU-3419+

02C12 2 A 2 0 A)81 8528 Ch i CRD-SV-123/3423 A61 0 HVA 1 709662 A A 8 324007 1320

~ 5 "SOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A ~ 01 N528 R 522 LS/8 C4 ' BM.(US.z.k+

CRO-SV-123/3427 A610 HVA1709662A A 8 321007 1320 a5"SOLEN0$ 0 INSERT DRIVE VALVE 02C12 2 Ay 81 R 522 LS/8 ~ I CRD HCU 3127+ A 2 0 N528 CI CR D-S V-123/34 31 A610 HVA1709662A A 8 324007 1320

~ S "SOLENOID IttSERT DRIVE VALVE R 522 K2/8 ~ I CRD-HCU-3431+

02C12 2 A 2 0 A ~ 81 tt 528 CI C R0-S V-123/34 35 A610 HVA1709662A A 8 321007 1320

~ 5"SOLENOID INSERT DRIVE VALVE R S22 K2/8 02C12 2 330-lLCCt~ 3%+

A 2 0 A ~ 01 8 528 CI CRD-SV 123/3439 A610 HVA1709662A A 8 324007

~ 5"SOLENOID INSERT DRIVE VALVE R 522 K2/8 ~ I CRD"HCU-3439+

02C12 2 A 2 0 A~ Bl H528 CI CRO-SV-123/3443 A610 HVA1709662A A 8 324007 4320

~ SSSOLENOIO INSERT DRIVE VALVE R 522 K2/8 ~ I CRO-HCU-3143+

02C12 2 A 2 0 At01 N528 Ch CR0-SV 123/3447 A610 HVA1709662A A 8 321007 1320

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A ~ 01 H528 R 522 K2/8 ' CRO HCU-3117+ .

C4
PROGRAH C1E-STD MASHINGTON PUBLIC PONER SUPPLY SYSTEH MNP-2 CLASS lE EOUIPHENT LIST PAGE NO 00143 DATE 09/08/82 STATUS oo ~ SEISHIC (S) PARAHETERSo ~ o @ENYO IE) PARAHETERSo EPN HFG HODEL S E OIO TH HL TEST ANL FO C FREO AGING DBE C HOUR 8 DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE Q I CRO SV 123/3451 A610 HVA1709662A A 8 324007 I ~ SoSOLEN010 INSERT 4320 DRIVE VALVE R 522 K2/Beh CRD-HCU 3151 i 02C12 2 A 2 0 A ~ 81 H 528 Ch II I CRD-SV-123/3455 A610 HVA1709662A A 8 321007 4320 e5 "SOLENOID 5 INSERT DR I VE VALVE R 522 K2/8 ~ I CRD HCU-34554 H528 C4 RO-S V-123/3159 A61 0 HVA 1709662A A 8 321007 1320

~ 5 "SOLENOID INSERT DRIVE VALVE 02C12 2 Bl R 522 K2/8 ~ I CRO-HCU-3159o A 2 0 A~ H528 C4 CRO-SV-123/3803 A610 HVA1709662A A 8 324007 eS"SOLENOID INSERT DRIVE VALVE 4320 R 522 L5/ Boh CRQ ffCU-3803o 02C12 2 A 2 0 Ao81 8528 Ch CRO-SV-123/3807 A610 HVA1709662A A 8 321007 5 "SOLENOID INSERT DRIVE VALVE 1320 ~ R 522 L5/Beh CRO-HCU-3807o 02C12 2 A 2 0 Ao81 H5 28 C4 CRO-SV-123/3811 A610 HVA1709662A A 8 324007 1320 ~5 02C12 SOLENOID INSERT DRIVE VALVE A ~ 01 R 522 LS/ Be I CRD-HCU 3811+

2 A 2 0 H 528 CI I

) CRO-SV-123/3815 A610 HVA1709662A A 8 321007 1320 ~ 5"SOLENOID INSERT DR I VE VALVE 522 L5/8 ~ I 2C2 2 A: 2 0 ACBI H 528 R

Ch C~R CU 3823) CRO-SV-123/3819 A610 HVA1709662A. A 8 321007 1320

~ 5 SOLENOID INSERT OR I VE VALVE R 522 L5/8 ~ I CRD-HCU "38191 02C12 2 A 2 0 A ~ 81 H528 CI CRO-SV-123/3823 A610 HVA1709662A A 8 324007 4320 ~ SoSOLENOIO INSERT DRIVE VALVE R 522 LS/8 ~ I CRD-HCU-3823+

02C12 2 A 2 0 Ai81 H 528 Ch CRO-SV 123/3827 A610 HVA 1709662A A 8 321007 1320

~ SOSOLENOIO INSERT DRIVE VALVE R 522 LS/8 ~ I CR~O- CU 3827+

02C12 2 A 2 0 Ao81 H528 C4 CRD-SV-123/3831 A610 HVA1709662A A 8 321007 1320

~ 5oMLEAOfa fASERT OR IVE VALVE CRO HCU 3831 o 02C12 2 A 2 0 Ao01 -KV-iD738H A6i0 HVAi709662A A 8 321007 1320 ~5 "SOLENOID IflSERT OR IVE VALVE R 522 K2/8 ~ I CRD"HCU-3835+

02C12 2 A 2 0 A~ 81 H528 Ch CRD SV-123/3839 A610 HVA1709662A A 8 321007 1320

~

0 5"SOLENOID INSERT DRIVE VALVE C 2 2 A 2 0 Ae91 H 528 R 522 K2/8 CI

' CRO HCU 38391

PROGRAH CIE-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00144 hZK 9.9/Gl/.82

CONTRACT EPN LEVEL HFG DESCRIPTION EC USE SAFETY FUNCTION IIOOEL A/E

~E~O BLDG ELEV DRAMING STATUS DETAIL A/E ZONE +++SEISHIC Jjj~f~

ZONE ROOH IS) PARAHETERS+r ~ ACCURACY rENV ~ 89 lEI 99C PARAHETERS ~ C~OUM COHPOSITE EPN CRD SV, 123/3843 A610 HVA1709662A A 8 321007

~ 5rSOLENOIO INSERT DRIVE VALVE 02C12 2 A 2 0 Ar81 ~REE H528 EEIJi.

Ch 1320 CRD-SV 123/3847 A610 HVA1709662A A 3 I 7

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 Ar81 R 522 K2/8 ~ I E ..CRD-HCU"3847+

2 A 2 0 )I 528 CI ~ CRD-S V-123/3851 A610 HVA1709662A A 8 321007 4320

~ 5 SOLENOID INSERT 02C12 2 OR IVE VALVE R 522 K2/8 ~ I CRO-HCU-3851+

A 2 0 Ay81 H528 CI CRD-S V-123/3855 A610 HVA1709662A A 8 321007 1320

~5"SOLENOID INSERT DRIVE VALVE 02C12 2 A 2 0 A ~ 81 H528 R 5~$ /8 Ch CRD-SV-123/3859 A610 HVA1709662A A 8 321007 ~ 5rSOLENOIO INSERT DRIVE VALVE 02C12 2 Ar81 R 522 K2/8 ~ I CRO HCU 3859+

A 2 0 H528 CI CR D-S V-123/4203 A61 0 HVA 1709662A A 8 321007 4320

~ ~5 "SOLENOID INSERT ORIVE VALVE R 522 L5/8 ' CRD-HCU-4203+

02C12 2 A 2 0 A~BI H528 CI CRO-SV-123/4207 A610 HVA 1709662A A 8 321007

%5$ SOLENOIO INSERT DRIVE VALVE 1320 IL EEE J.ECB SLHQLH9.7+

02C12 2 A 2 0 Ar81 H528 CI CRD-SV-123/4211 A610 5rSOLENOID INSERT DRIVE VALVE HVA1709662A A832 0 9329

~ R 522 L5/Seh CRO HCU-'1211+

02C12 2 A 2 0 A ~ Bl H528 Ch CRD-SV-123/1215 A610 HVA1709662A A 8 324007 4320

~5 "SOLENOID INSERT DRIVE VALVE R 522 LS/8 ~ I CRO HCU 4215+

02C12 2 A 2 0 A ~ 81 8528 CI CRO-S V-123/1219 A610 HV A1709662A A 8 324007 4320

~ 5 "SOLENOID INSERT DRIVE VALVE 52< L5//eh.

02C12 2 A 2 0 Ar81 II 528 BPZgudk19+ C4 CRO-SV-123/4223 A610 HVA1709662A A 8 324007

~ 5"SOLENOID INSERT DRIVE VALVE R 522 L5/8 ' CRD-HCU-4223+

02C12 2 A 2 0 Ar81 H528 CI CRO-SV-123/1227 A610 HVA1709662A A 8 324007 1320

~5 "SOLENOID INSERT DRIVE VALVE L5/8 ~ I 02C12 2 A 2 0 A ~ 81 H 528, R 522 Ch CRD-HCU 1227+

CRD "S V"123/4231 A610 HVA1709662A A 8 324007 4320

~ 5rSOLENOID I))SERT DRIVE VALVE R 522 K2/8 ~ I CBD=HCU.=0251+

02C12 2 A 2 0 A ~ 81 H528 C4
Q PROGRAN C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO

. ~ 00145 'MNP-2 CLASS 1E EOUIPHENT LIST OA E 09/08/Bg EPN HFG STATUS +o+SEISNIC IS) PARAMETERS'+ > ENV ~ l E) P ARAMETERS i , 120DEL S E OIO - TH HL~EST~kL FO C ~ FREQ AGING OBE C HOURS DESCRIPTION . BLDG ELEV DETAIL ZONE ROOM ACCURACY Q CONTRACT LEVEL COMPOSITE EPN a EC USE SAFETY FUNCT ION A/E ORAIJING A/E ZONE I

Q o CRO-SV 123/4235 A610 HVA1709662A A 8 324007 4320

~ ~ 5 "SOLENOID INSERT DRIVE VALVE 522" K2/Boh 02C12 2 A 2 0 A~ 81 N 528 R

Ch C ~CU-4[35+ 0 CRO-S V 123/4239 A61 0 HVA 17096 62A A 8 324007

~ 5 "SO ENOID fNSERT DRIVE VALVE 4320 R 522 K2/8 ~ 4 0 02C12 2 - A 2 0 Ae81 8528 C4 CRO HCU"4239+

CRO-SV 123/4243 A610 HVA1709662A A 8 324007 0 ~ 5"SOLENOID INSERT DRIVE VALVE R 522 K2/RE 4 CRD-HCU-4243+ 4320 02C12 2 A 2 0 Ay81 H528 Ch 0 CRO-SV-123/4247 A610 HVA1709662A A 8 324007 4320

~ SiSOLENOIO INSERT DRIVE VALVE R 522 K2/8 ~ 4 02C12 CRP-HCU-4247+

2 A 2 0 Ae81 N528 Ch

~ CRO-SV 123/4251 A610 HVA1709662A A 8 324007 ~ "SOIEN025 INSERT DRIVE VALVE 4320 R 522 K2/Beh CRO-HCU 4251+

0 02C12 ~ 2 A 2 0 Ae81 M528 Ch ' CRO-SV 123/4255 A610 8 324007 0 e5 "SOLENOID INSERT DRIVE VALVE R 522 K2/F 4 CRO-HCU-4255+ 4320 02C12 2 A 2 0 Ae81 N528 Ch I CRO-SV-123/4259 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT DRIVE VALVE 4320

~ R 522 K2/8 ~ 4 CRg-HCU-4259+

C 2 A 2 0 A~ Bl H528 Ch CRD-SV 123/4607 A610 HVA1709662A A 8 324007

~ 5 eSOLN025 2 flSER 7 IVE VALVE 4320 DR R 522 LS) 8 ~ 4 CRD-HCU 4607+

02C12 2 A 2 0 At81 M 528 C4 t'.l1~~23746if A610 HVAi709662A 8 324007

~ 5NSOLENOIO INSERT DRIVE VALVE R 522 L 5/8 ~ 4 CRO "HCU-4611o 02C12 2 A 2 0 Al Bl .'1528 C4 CRD-SV-123/4615 A610 HVA1709662A A 8 324007 ~5 "SOLENOID INSERT IVE VALVE 4320 OR R 522 LS/8 ~ 4 CRD HCU 4615o 0 2 2 A 2 0 Ae81 '1 528 C4 1

CRO-SV 123/4619 A610 HVA1709662A A 8 324007 4320

.5~50LEM26 2HSEKf"DRfVE VALVE 522 L5/8 ~ 4 CRD "HCU 4619+

02C12 2 A 2 0 AD Bl N528 Ch 1 RD=SV=22$ 74523 Argo HVA2709662A" '12'b

824507 4320

~ 5"SOLENOID INSERT DRIVE VALVE R 522 L5/Beh CRO-HCU-4623o 02C12 2 A 2 0 A ~ Bl N528 Ch CRD "SV-123/4627 A610 HVA1709662A . A 8 324007 4320 ~ 5 "SOLENOID INSERT DRIVE VALVE R 522 L5/8 ~ 4 CRO-HCU-4627>

02L22 2 A 2 0 Ao81 N528 Ch
o PROGRAH C1E>>STO MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE ND 00146 MNP-2 CLASS lE EGUIPNENT LIST DATE 09/08/82 STATUS + ~ +SEISIIIC (S) PARAIIETERS++* IE) EPN HFG DESCRIPTION IIOPEL,, 3, E OTO Tll H~TES AH~FR~VER iENV ~ AG 'lN NG DBE PARANETERS+ C HOURS BLDG ELEV DETAIL ZONE ROOII ACCURACY COHPDSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE dS CRO "S V-123/4631 A610 HVA 1709662A A 8 324007 4320

.5~SOLENOID INSERT DRIVE yALyE 02C12 2 Al81 R 522 K2/Bo~ C UKMQI+

A 2 0 8528 Ch CRO-S V-123/4635 A610 HVA 1709662A

~ S~SOLENOIO INSERT DRIVE VALVE AAA SR~IT 32 R 522 K2/8 ~ 1 A CRO HCU-1635+

02C12 2 A 2 0 Assi N528 Ch ~ 3 I CRO-S V-123/4639 A610 HVA1709662A A 8 324007

~ 5 "SOLENOID INSERT DRIVE VALVE 1320 R 522 K2/Bah CRO-HCU-4639+

02C12 2 A 2 0 Ai81 N528 Ch CRO-S V-123/1643 A610 HVA1709662A A 8 321007 1320 a5 "SOLENOID INSERT DRIVE VALVE 02C)2 2 A 2 0 At81 H5 28 R 522 II?LBM Ch CER "Cll~+ 0 CRO-SV-123/4647 A610 IIVA1709662A A 32 00

~ 5 "SOLENOID INSERT ORIVE VALVE R 522 K2/Beh &32.0 02C12 CRD-.HCU-4647<

2 A 2 0 -Ay81 H 528 C4 CRO SV 123/4651 A610 HVA1709662A A 8 321007 4320

~5 "SOLENOID INSERT DRIVE VALVE 02C12 2 R 522 K2/8 ' CRO-HCU-4651+

A 2 0 A181 II528 Ch CAD-S V-123/4655 A610 HVA1709662A A 8 324007

~ 5"SOLENOID INSERT DRIVE VALVE 1320 02C12 R 52?M?.LR~S SO&EH~M 2 A 2 0 AH81 H528 Ch CRD-S V-123/5011 A610 HVA1709662A A 8 324007 ~ 5"SOLENOID INSERT DRIVE VALVE 02C12 R 522 L5/8 ~ 1 CRD HCU"5011+

2 A 2 0 Ai81 8 528 Ch CRD-SV-123/5015 A610 HVA1709662A A 8 324007 0 ~5 "SOLENOID INSERT DRIVE VALVE 4320 R S22 I.S/8.1 CRO HCU 5015+ 02C12 2 A 2 0 A ~ 81 II52S Ch CRO-.SV-123/5019 A610 HVA1709662A A 8 324007

~ 5+SOLENOID INSERT DRIVE VALVE 4320 02C12 2 A 2 0 A~ Bl 'I 528 .R 52? .L'k/8~4 Ch QSMMB.i+

CRO SV 123/5023 A610 HVA1709662A AB 324007

~SOL HDITI IHSERT ORTVE VALVE R 522 Ls/8 ~ 1 ~3.2.%

CRO-HCU-5023+ 02C12 2 A 2 0 AMBI II 528 Ch CRO-SV 123/5027 A610 HVA1709662A A 8 324007 1320

~ 5"SOLENOID INSERT DRIVE, VALVE R 522 Ls/8 ~ 4 CRO-HCU-50271 02C12 2 A 2 0 A ~ 81 Rs?8 Ch CRD"SV 123/5031 A610 HVA1709662A A 8 324007 5"SOLENOID INSERT ORIVE VALVE 1320 ~

R 522 K2/8 4 CRDQCU-503)+ 02C12 2 A 2 0 A ~ Ul II528 C4 0
0 0
O PROGRAH C1E-STO 0 MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00147 1tNP-2 CLASS IE EOUIPHENT LIST DATE 09/08/82 STATUS o ~ oSEISHIC IS) PARAHETERSooo oENVi (E) PARAHETERSo EPN t'.FG HOOEL S E DID TH HL TEST ANL FO C FREO AGIN6 OBE C HOURS DESCRIPTION . BLDG ELEV DETAIL ZONE Q, CONTRACT LEVEL A/E ROOH ACCURACY COHPOS IT E EPN EC USE SAFETY FUNCTION ORAMING A/E ZONE I Q, CRO-SV-123/5035 A610 HVA1709662A A 8 324007 4320

~ 5oSOLENOIO INSERT DRIVE VALVE R 522 K2/8 ~ I CRD-HCU-5035o I 02C12 2 A 2 0 A ~ Bl 8528 CI Q

CRO-SV-123/5039 A610 HVA1709662A A 8 321007

~5 "SOLENOID INSERT DRIVE VALVE 1320 R 522 K2/Bel CRO-HCU-50391 Q 02C12 2 A 2 0 AoBI H528 CI A 8 324007 1320 ~5 "SOLENOID INSERT DRIVE VALVE 02C12 .

R 522 K2/8 ~ I CRD HCU-5043+ 2 A 2 0 Ao81 H528 Cl I Q CRO-SV-123/5017 A610 HVA1709662A A 8 321007 4320

~ 5"SOLENOID IttSERT DRIVE VALVE 522 K2/Bol .. R CRO HCU 50471 02C12 2 A 2 0 As81 H528 CI Q ~ CRO-SV-123/5051 A610 HVA1709662A A 8 321007 4320 Q ~5 "SOLEt(OIO INSERT DRIVE VALVE 02C12 2 A ~ 81 R 522 K2/8 ~ I CRD-HCU 5051+

A 2 0 H528 Ch CRO-SV-123/5415 A610 HVA1709662A A 8 324007 5 "SOLENOID INSERT DRIVE VALVE 1320

~ R 522 L5/Bol CRD-HCU-541St 02C12 2 A 2 0 At81 H528 C4 CRO-S V-123/54 19 A610 HVA1709662A A 8 321007 h320 ~ 5oSOLENOIO INSERT DRIVE VALVE R 522 L5/8 ~ I CRD HCU-54$ 9o 02C12 2 A 2 0 At91 H528 Cl CRO-SV-123/5423 A610 HVA1709662A A 8 321007 1320 e5"SOLENOID INSERT DRIVE VALVE R 522 L5/Bol CRD HCU 5123+

Q 02C12 . 2 A 2 0 At81 H528 Cl YV 1 3 512 A610 HV A1709662A A 8 321007 5 "SOLENOID INSERT DRIVE VALVE 4320

~ R 522 LS/Bo4 CRO-HCU-5127+

02C12 2 A 2 0 Ao81 Cl CRO-S V.-123/5431 A610 HVA1709662A A 8 321007 4320

~ 5 "SOLENOID INSERT DRIVE VALVE 522 K2/Bol 2C12 52C1 R CRD HCU SI31+

2 A 2 0 At81 A H528 CI CRD-SV-123/5435 A610 HVA1709662A A 8 321007 1320

~ ~55L'EH5TD THEEKT DRIVE'AL'VE R 522 K278 ~ I CRO HCU 5135+

0 I 02C12 2 A 2 0 Ao81 H528 CI

-I237573% AS A i HVA 'f 09662A A~324007 4320 Q ~ SoSOLENOIO INSERT DRIVE VALVE R 522 K2/Bo4 CRD HCU-54391 02C12 2 A 2 0 A ~ 81 H 528 CI CRO "S V-123/5443 A610 HVA1709662A A 8 321007 4320 ~ SNSOLENOID INSERT DRIVE VALVE R 522 K2/8 ~ 4 CRD-HCU "5hl3+

. ~ PROGRAH C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00118 MNP 2 CLASS 1E EOUIPHENT LIST DATE 09/08/82 STATUS iaiSEISHIC'S) PARAHETCRSias iENVO IE) PARAHETERS+ CPN HFG HODEL OT~OTR DESCRIPTION S E L~TES HL FO C RHEO~AS HG OSE C 'OORS BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN OS CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE F 0 CRD"SV 123/5417 A610 HVA1709662A A 8 324007 1320 G a5"SOLENOID INSERT DRIVE VALVE R 522 K2/8 ~ I 02C12 2 A 2 0 AMBI H528 C4 CRAU 5147+ 0 CRO-SV-123/5819 I A610 HVA1709662A A 8 324007 SOL HNOI~SE~RT OIIIV VALVE 4320 R 522 L5/804 "HCU "5819< 02C12 2 A 20 A ~ 81 H528 CI CRD R5 SV 123/5523 A610 HVA1709662A A 8 321007

~ 5$ SOLENOID INSERT DRIVE VALVE 4320 R 522 L5/8 ~ I CRD-HCU-5823+

02C12 2 A 2 0 AOBI 8528 C4 CRO-SV-123/5827 A610 HVA1709662A A 8 324007 AS%SOLENOID INSERT DRIVE VALVE h320 R 522 L5/8oh CRO-HCU 58271 02C12 2 A 2 0 A~ Bl 8528 C4 CRO-SV-123/5831 A610 HVA1709662A A 8 321007 1320

~ 5iSOLENOIO INSERT DRIVE VALVE 02C12 2 A 2 0 AMBI H528 R 522 K2/8 ' CRO "HCU-5831+

CI CRD SV 123/5835 A610 . HVA1709662A A 8 321007 4320

~ 5"SOLENOID INSERT 02C12 2 DR I VC VALVE 2 0 R 522 K2/8 ~ I CRO HCU-5835+

A AHB1 H528 CI CRO SV 123/5839 A610 HVA1709662A A 8 321007

~ 5%SOLENOID INSERT DRIVC VALVE 1320 R 522 K2/8oh =CRD- CU-5839t 02C12 2 A 2 0 A~ 81 8528 C4 CRD-S V-123/5843 A610 HVA1709662A A 8 321007 ~ 5 "SOLENOID INSERT DRIVE VALVE 43+0 R 522 K2/Bah CR .HCU~5843+

02C12 2 A 2 0 AMBI H528 C4 CRO V 110A A499 HVA-103-632 A 8 316007 1~0 1 ~ 5~ SOL ~ CAS-F-6 OISCH ~ R 529 Ho6/3 ~ 8 R53 02C12 2 A I 3 A H 528 D13 CRD 1

'-l 5"

108, SOL ~ CAS-F-6 DISCHARGE A499 flVA-103-632 A 8 316007 1~0

~ R 528 HA8~38 R53 02C12 2 A 1 3 A H528 Dll CSP-OP IS-4 8080 288A 8 A 086001 14 00 N 04 1320 PRIHARV SECONDARY CONTAIN ~ IR-63 R 501 Ll/9 ~3 R43 R305 C-IR-63+

0 58 2 A I 3 G H543 C14 CSP-DP IS-5 8080 288A 8 A 086001 N 11 00 01 1320 ATHOS ~ SECONDARY CONTAIN~ IR-64 58 2 A I 3 G H543 R 501 N~ 0/5 C6

' R43 R305 I E-IR-61+

CSP-OPUS-6 8080 2ABA 8 A 086001 11 00 04 N 1320 ATHOS ~ SECONDAR Y CONTAIN ~ I R-64 58 R 501 N~ 8/5 ~ 5 R43 R305 -I R-Q+ 2 A 1 3 G 8513 C6
O." 0 '
Q PROGRAM C1E-STD MASMINGTON PUBLIC POMER SUPPLY SYSTEN PAGE NO 00149 MPP"2 Cj,ASS IK K%M.IEHDILJ.I$ DjLTT 3!2Lk8/. EPN HFG DESCRIPTION NODE L BLDG ELEV STATUS R DETAIL

~RP~ Jf~o~l ZONE SEISHIC ROOH tS) ~~R~RIPR PARAMETERS ACCURACY i+ oENV tE)

PRE PARAMETERS P COHPOSITE EPN tlRRRR CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAIIING A/E ZONE Bled R QR CSP-LHS-I N015 D24 OOX C 8 200009 LNS FOR CSP-V-l 4320

~R ~R 68 2 A 2 3 F H543 DS CSP LHS 2 N015 D21 OOX C 00 LNS FOR CSP-V 2 508 No5/7 ~ 4 N68 R CSP V-2+

2 2 3 BIFF N513 06 CSP LNS 3 N015 024 OOX A 8 200015 LHS FOR CSP-V-3 1320 R 181 N~ 6/7 ~ 6 CSP V>>3+ 68 2 A 2 3 812 F 8513 05 0 CSP-LNS-4 N0 1 5 024 0 OX A 8 200015 1320 LHS FOR CSP-V-1 ll Pili% I 68 2 A 2 3 BIFF H543 RRR CS QLVJo 0 CSP-LNS-5

' 8~2/gSR43 ~

N015 D21 OOX C 1 00 35 LHS FOR CSP-V 5 R 475 HAT/8 CSP-V 5+ 68 2 A 2 3 81 ~ F N513 C5 l CSP LHS 6 N015 021 OOX C 8 200015 N 14 00 4320 0 LNS FOR CSP-V-6 R 480 H~ 5/7 ~ 7 R13 CSP-V-6+ 68 2 A 2 3 81 ~ F N513 8/4 l Oo CSP-LNS-9 N015 02400X C 8 200015 1320 LHS FOR CSP-V-9 490 9/$ ~ 1 68 2 A 2 3 BIPF PI543 R N~ RRX '6 CRP~+ CSP"POS "10P1 A415 1-3869-001 A 218002 POS FOR CSP-V-10 13 2 0 R 491 H~ 9/5 ~ 1 CSP-V 10+ 2 A I 3 I E519/11 E3 CSP-POS-10P 12 A415 04-3869-002 A 21 8002 CSP-V-10 4320 POS FOR R 491 N~ 9/5 ~ 1 CSP-V-l 0+ 2 A 1 3 I E519/11 E3 CSP -P OS -10P 2 A415 04-3869-001 A 21 8002 POS FOR CSP V 10 1320 R 491 HE 9/Sol RSM~- U3L+ 2 A 3 I E519/11 E3 CSP-POS-10P3 A415 04 3869-001 A 24 8002 4320 POS FOR CSP-V 10 " R 191 N~ 9/5 ' CSP V-1 0+ 2 A 1 3 I E519/11 E3 CSP-POS-loph A415 04-3869-001 A 248002 4320 POS FOR CSP-V-10 R 491 HE 9/5 ' CSP-V-10+ 3 2 A 1 3 I E519/11 E3 CSP POS 10P9 A415 04-3869-002 A 248002 4320 POS FOR CSP. V 10 R 191 HE 9/5 ' CSP V 10+ 2 A 1 3 I E519/11 E3

',. 0

Qi PROGRAH CIE-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEN MNP 2 CLASS 1E f OUI~P frST PAGE NO 00150 DA~ gg/O8/82 .

.i 0 I

EPN HFG ...... STATUS .

~g <<<<<<SEISNIC (S) PARAllETERS<<<<<< <<ENV>> lE) PARAIIETERS* '" " ',

DESCRIPTION BLDG ELEV S DETAIL g O.ID ZONE gQ gf S~QL PQD~~If.g +GJQG DBE C .HOURS. ~ 0 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORA'MING A/E ZONE ROON ACCURACY COIIPOSITE EPN

',0 0'SP-POS-7P 1 A415 04-3869-001 8 A 218002 POS FOR CSP-V-7 1320 IC A 1 3 I E519/11 47> Ra%LX E3 p>>>>

CSP-POS-7P 12 A415 04-3869-002 A 248002 POS FOR CSP-V-7 R 175 N>>5/7>>7 CSP V 7>> 2 A I 3 I E519/11 E3 CSP-POS-7P2 A115 04-3869-001 8 A 218002 1320 POS FOR CSP-V-7 2 I R 175 N>>5/7 ' CSP-V-7+ A 1 3 E519/11 E3 0 CSP-POS-YP3 A415 04-3869" 001 A 21 8002 I POS FOR CSP-V-7 A 1 3 I E 519/11 R 475 N~ 5/7 E3

' 4320 CSP-POS-7P4 A415 04-3869-001 A 218002 320 5/7 '

POS FOR CSP-V-7 I R 475 N~ CSP V-7+ 2 A 1 3 I E519/11 K3 CSP-POS-7P9 A115 04-3869-002 C A 218002 1320 POS FOR CSP-V-7 R 175 N~ 5/7 ' CSP V-7+ 2 A 1 3 I E519/11 E3 CSP-POS-Bpi A115 04-3869-001 8 A 218002 POS FOR CSP V-B 4320 R 191 He 6/6 ~ 0 2 A 1 3 I E519/11 E3 CSP-POS-BP12 A115 01-3869 002 A 248002 OS FOR CSP-V-8 1320 R 191 H~ 6/6 ~ 0 CSP-V-B+ 2 A I 3 I E519/11 E3 CSP"POS-BP2 A415 04-3869-001 8 A 248002 POS FOR CSP-V-B 1320 R 492 H~ 6/6 ~ 0 CSP-V-8+ 2 1 3 I E519/11 E3 CSP -P OS-BP 3 A415 04-3869-001 8 A 218002 POS FOR CSP-V-B 1320 R 191 H~ 6/6 ~ 0 QLX9>> A 1 3 I E 519/11 E3 CSP-POS BP4 A4) 5 04 3869 001 8 A 218002 POS FOR CSP-V 8 1320 R 191 H>>6/6 ~ 0 CSP V-B>> A 1=3 I E519/11 E3 CSP-POS BP9 A415 04 3869-002 8 A 248002 POS FOR CSP-V-8 1320 R 491 H~ 6/6 ~ 0 CSP-V 8+ 2 A 1 3 I E 519/11 E3 CSP "RLY"I OCR 8440 219 BBXP A 283041 RLY CLOSE IND CSP"V-10 VB-lA 4320 PNL R 474 H~ 6/8 ~ 2 R31 R212 E-CP"VB/1A+ 213 3 A 1 3 I E519/11 F.'I e
PROGRAH CIE STO WASHINGTON PUBLIC POWER SUPPLY SYSTEM PAGE NO 00151 WNP 2 CLASS lE EQUIPHENT LIST DATE 09/08/82 STATUS SEISHIC tS) PARANETERS+, + ENV ~ (E) PARAMETERS+ EPN I I HFG HODEL S E QIO TH HL. TESI'NL FO C REO AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOM ACCURACY I CONTRACT COHPOSITE EPN LEVEL EC USE SAFETY FUNCTION A/E DRAWING A/E ZONE B 1 B CSP-RLY-IORl D121 ME741EX2 8 A 283017 N 21 00 33+ RLY CLOSE IND CSP-V-10 VB-lA 4320

~

PNL R 474 HE 6/802 R31 R21 EC~PV1I I 213 3 A I 3 I E 519/11 E4 II CSP-RLY-10R2 0121 WE-74/EX-2 8 A 283017 N 21 00 33+ 4320 RLY CLOSE INO CSP-V-10 213 3 A I PNL VB-1A 3 I E519/11 R 474 Ho6/8 ' R31 R212 E-CP-VB/1A+ E4 CSP R Y 10RS 0121 WE-74/EX-2 8 A 283017 N 21 00 33+ 4320 RLY OPEN INO CSP-V-10 PNL VB-IA R 474 HE 6/8 ' R31 R212 E-CP-VB/I A+ 213 3 A I 3 I E519/11 04 CSP-RLY-7CR S440 219 BBXP A 283041 RLY CLOSE INO CSP-V-7 PNL VB-1A 4320

.. R. 474 H+6/8 ~ 2 3 BELII 213 3 A I 3 I E519/11,E4 2 2 C ~ CSP-RL Y-7R 1 0121 ME-74/EX-2 8 A 283017 N 21 00 33+ 4320 RLY CLOSE INO CSP-V-7 PNL VB-1A R 474 HE 6/8 ' R31 R212 E-CP-VB/1A+

213 3 A 3 I E 519/1 1 E4 CSP-RLY-7R2 0121 ME-74/EX-2 8 A 283017N 21 00 33+ RLY CLOSE INO CSP-V-7 PNL VB-1A 4320 R 474 H~ 6/8 ~ 2 R31 R212 E-CP-VB/1A+ 213 3 A 1 3 I E519/11 E4 I

, CSP-RLY 7R5 0121 ME-74/EX-2 8 A 283017 N '2l 00 33+ 4320 RLY OPEN INO CSP-V-7 VB-IA 213 3 A PNL 1 3 I E519/11 04 R3I~R)g E-C~P- ~B/I 4 a CSP-RLY-BCR S440 219 BBXP A 283041 3+0 RLY CLOSE IND CSP-V-8 PNL VB 1A 474 6/8 ' RSI R212 E-CP-VB/1A+

213, 3 A 1 3 I E 519/11 R HE E4 SP RLY BR 1 0121 ME-74/EX-2 8 A 283017 N 21 00 33+ 4320 RLY CLOSE INO CSP-V-B 213 A 1 PNL VB-1A 3 I E519/11 R 474 Ho6/8 ' R31 R212 E-CP-VB/IA+ E4 CSP "R LY-BR2 D121 ME-74/EX-2 8 A 283017 N 21 00 33+ 4320 RLY CLOSE IND 213 CSP-V"8 PNL V8-1A I R 474 Ho6/8 ' R31 R21

.K-CP=.JQ/I +

A 1 3 E519/11 E4

~ CSP-RLY-BR3 RL CLO E IND CSP V 8 PNL VB IA R 471 HB3/8 ~ 0 E-,CP VB/1A+

3 A I 3 I E519/11 E4 1 CSP-RLY-BR 4 A RLY CLOSE IND CSP-V-8 PNL VB-1A R 471 H~ 3/8 ~ 0 E-CP-VB/lA+ 3 A 1.3 I E519/11 D4 CSP-RLY-BR5 D121 WE-74/EX-2 8 A 283017 N 21 00 33+ 4320 RLY OPEN IND CSP-V-8 PNL VB-lA R 474 H~ 6/8 ~ 2 R31 R212 E-CP-VB/1A+ 213 3 A I 3 I E519/11 D4
PROGRAH C1E-STD O MASHINGTON PUBLIC POMER SUPPLY SYSTEH

.Mtt=2 CAMS ~QIIIP.HKBL. PAGE NO 00152 92.QR/8 Os 7

CONTRACT EPN LEVEL DESCRIPTION EC USE SAFETY FUNCTION A/K BLDG ELKV DRAMING

~~

STATUS DETAIL A/E ZONE IQ ZONE 4++SEIStlIC (S) PARAHKTERS~+4 M~L~SLJSLXa~ ROOH ACCURACY EBDI

'ENV ~

hSIM CK) PARAHETERSa GEE C CPtlPPSITE'PN

~Outa.

4 0 CSP-SP V-1 '" SOLENOID PILOT FOR CSP-V-1 IR-66 se 2 A 1 A199 3 BID F ItJHT0316A76 H 543

~l~aJll 05 A 8 315001 N 21 00 33+ 4320 CSP-SPV-10A A499 MJHT831654 A 8 315001 N 2 00 3+ 1320 SOLENOID PILOT(OPEN)CSP-V-IO IR-65 R 171 N~ 0/3 ' R33 R206 - * :-:i' E. IR 65+

58 2 A 1 3 BIFF H513 86 CSP-SPV-108 A499 ltJHT831651 A 8 315004 N 21 00 33+ 4320 SOL ~ PILOT (CLOSE) CSP-V-10 IR-65 R 171 N~ 0/3 ' R33 R206 E" IR-65+ 58 2 A 1 3 81 ~ F H543 86 CSP "SP V-2 A499 SOLENOID PILOT FOR CSP-V-2 IR-63 MJHT8316A74 R A 8 501 L ~ 1/9 ~ 3 315001 3 N 21 305 ' 00, ~ .. 33+

- R-1320 58 2 ~

A I 3 81 yF tl 543 06 CSP-SPV 3 A499 MJHT8316A 76 A 8 315001 21 00 N 33+ 0 SOUND)0 PILOT FOR CSP-V-3 IR 65 R 171 N~ 0/3+9 R33 R206 . .;:- "" E IR-654 58 2 A I 3 81 iF H513 05 CSP SPY-4 A499 MJHT8316 A74 8 315001 21

- A N 00 33+ 1320 SOLENOID PILOT FOR CSP-V-4 IR-61 R 501 N~ 0/5 ~ 1 R43 R305 E-IR-61+

58 2 A 1 3 81 ~ F H513 Ch I Q CSP-SP V-5 A499 MJHT8316A71 8 315001 N 21 00 33+ 1320 SOLENOID PILOT FOR CSP-V-5 IR-61 R 501 N~ 0/Se 1 R13 R309 58 2 A I 3 81 ~ F H 543 C5 CSP-SPY-6 A199 MJHT8316A54 A 8'15001 N 21 00 33+ 1320 HXEIIQI~TLOT FOR CSP-V-6 IR-63 R 501 LE 4/9 ' R13 R305 ' E-IR-634 H513 814 CSP SPV-TA A(99 MJHT831654 A 8 315004 N 21 00 33+ 1320 Q SOLENOID PILOT(CLOSE)CSP-V-7 IR-65 R 471 N~ 0/3 ~ 9 R33 R206 E-IR-65+ 58 2 A 1 3 81 ~F H543 CS Q CSP-SPV-78 A499 MJHT831654 A 8 315001 N 21 00 33+ 4320 SOLENOID PILOT tOPEN)CSP-V-7 IR-65 R 171 N~ 0/3 o9 833 R206 E-Q f5+ 58 2 A 1 3 81 ~ F tl513 CS CSP-SPV-BA A499 MJHT831651 A 8 315004 21 00 33+ SOL PILOT OPEN FOR CSP-V-8 N 1320 R 471 H ~ 4/6 ~ 8 R32 R206 E"IR-62+ Q 58 2 A 1 3 BloF II 543 815 I CSP-SPV-88 A199 ItJHT831651 A 8 315001 21 00 33+ N 1320 SOL PILOTCLOSE FOR CSP-V-8 R 471 H ~ 4,/6 ~ 8 R32 R206 E-I R-62+ 58 2 A 1 3 81 tF H5'I3 815 O CSP-SPY 9 A499 MJHP8316A74-E A A 315015 N 21 00 33+ 4320 1 SOLENOID PILOT FOR CSP-V-9 IR-64 R 504 N~ 0/5 ~ 1 R43 R305 E R-61+ 58 3 A I 3 Bl ~ F H543 86
0 PROGRAH C1E-STD NASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP-2 CLASS 1E EQUIPHENT LIST PAGE NO 00153 DATE 09/08/82 STATUS 0 0! SEI SHIC (S) PAR AHETERS*+ 4 oENVj (E) PARAHETERSo EPN HFG HOOEL S E OID TH HL TEST ANL FO C FRED - AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN Q s CONT'RACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE s E 42 CAC/1AFDR 1005 TYPE ~G~ A A 392001 F 4320

~ FEEDER TO RECOHBINER VLV ACTUATORS R 572 Hel/5 ~ 8 C 7 +

49 2 A 1 0 D E503/1 2 0 E-42-CAC/1BFOR 1005 TYPE ~ Go A A 392001 F 4320 FEEDER TO RECOHBINER VLV ACTUATORS

' R 572 HE 7/8 ' E-HC-8884 49 A I 0 0 E 503/12 s E~GC~Hc 1 1005 TYPE G A A 392001 DISC TO CAC-EHC-1A 4320 R 572 H~ 7/6 ~ 0 E-HC-788+

49 . 2 A 1 0 H E503/12 11 E-42-CAC/EHC18 1005 TYPE G A A 392001 DISC TO CAC EMC 18 4320 R 572 H~ 5/8 ~ 2 ~E- C-EBB+ A 1 0 H

-'E-4 2- CA C/F N 1A 1005 TYPE "Bo A A 39200 NEHA 2 HOTOR STARTER TO 49 2 A CAC-FN-1A I 0 H R 572 HE 7/6 ' E-HC 788+

320 E-42-CAC/FN18 1005 TYPE 8 A A 392001 CAC-FN-18 4320 NEHA 1 HOTOR STARTER R 572 H~ 7/6 ~ 0 E"HC-BBB+ 49 2 A I 0 H E 503/12 I' E-42-ELP/78A 1005 TYPE "Go A A 392001 4320

~

4 DISC TO ELP TBA 49 2 A 2 3 H E503/12 R 572 HE 7/6 C15 1 1

- E-42-ELP/788 1005 TYPE "G" A A 392001 5fhC YO"Ei:P 788 4320 ~

R 522 HE 4/Boi E-HC 78+ A 2 3 H E503/8 G9 E 42 ELP/86A 1005 TYPE "G" A A 392001 DISC TO ELP 8BA 4320 R 572 H 05/802 E-HC"BBA+ 49 2 A 2 3 H E503/7 Gl E-'42-ELP/888 1005 TYPE G A A 392001 DISC TO ELP BBB 4320 R 526 N ~ 0/3 ~ 8 E-HC-BB+ 49 2 A 2 3 H E 503/8 C14 1 E-.42-FPC/V153 1005 TYPE,O A A 392001 4320

,0 fiEHAf RTA STR'f't C=V-iS3 '9 R 522 N~ 0/F 9 E-HC 88A+

2 A 2 3 JCF081 E503/7

=W=FPi.'7Vf54 " '005 TYPi b A A 392001 4320 NEHA1 HTR STR FPC-V-154 R 522 HE 7!8 ' E-HC-TBA+

49 2 A 2 3 JIF082 E503/7 E-42-FPC/V156 I005 NEHA1 HTR STR FPC-V-156 TYPE 0 R 522 H07/8 A A 392001 E-HC-78A+ 4320 . 0 2 A 2 3 JtF002 E 503/7
PROGRAH C1E-STO 0 VASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00154 VNP-2 GLASSIEEOUI~PEtt,gS . 02/MLlL2 STATUS L

*++SEISHIC IS) PARAHETERS+++ iENVi tE) PARANETERSt EPN HFG OJO Ill gJE~>5L.BLC~f~ggglS ~

K 9IIE DESCRIPTION C llpUILS BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION AIE DRAYING A/E ZONE 0 ~ E-42-FPC/V172 uenas vis sin ~~c-y-tzg 49 2 A 2 3 I005 TYPE 0 J ~ F ~ 82

.= ~<

E503/7 ZLZZ!~~ A A 392001

+

4320 E 42 FPC/V173 I005 TYPE 0 A A 392001

$ 20 NEHA1 HTR STR FPC-V-173 R 522 N~ 0/3 ' E-HC BBA+

49 2 A 2 3 JIFFY 82 E503/7 E-42-FPC/V175 1005 TYPE D A A 392001 NEHA1 HTR STR FPC-V-175 4320 R 522 No0/ht0 E"HC-BBA+ 49 2 A 2 3 H E 503/7 E 42 FPC/V181A 1005 TYPE ~ De A A 392001 F NEHA 1 HOTOR STARTER FOR FPC-V181A 4320 49 R 522~ e~/8 ~ 3 A 2 3 G E 503/7 E-4 2-FP C/V 181 8 I005 TYPE 0 A A 392001 NEHA1 HTR STR FPC-V"154 R 522 N~ 0/3 ' E-HC-BBA+

%3.20 49 2 A 2 3 J ~ Fe82 E 503/7 ~E-42-FPC/VI84 1005 TYPE F 0 A A 392001 F HOTOR STARTER FOR FPC-V-184 4320 1 522 0/3 ~ 9 'EHA R N~ E-HC-88A+

49 2 A 2 3 81 E503/7

. E-42-LPCS/FCV11 I005 TYPE 0 A A 392001 NEHA HTR STR LPCS-FCV-11 4320 1 R 522 Ho7/8 3 a +

49 2 A 1 0 H E 503/7 E-42-LPCS/P2 1005 TYPE A4 A A 392001 NEHM2 49 TR STR 2 LPCS-P-2 A 1 0 H E503/8 R 522 Hs3/8 ' E-HC 78+

%349 E-4 2-L P CS/ V 1 1005 TYPE 0 A A 392001 NEHAl HTR STR LPCS"V-I 4320 R 522 Ha7/8 ~ 3 E-HC-78A+

49 2 A I 0 H E503/7 E-42-LPCS/V12 1005 TYPE 0 A A 392001 NEHA1 HTR STR LPCS-V 12 49 2 A 2 0'l E503/7 p 522 HE 7/8 ' 4320 E-42-LPCS/VS 1005 TYPE D A A 392001 432/ NEHA1 HTR STR LPCS-V 5 49 2 A I 0 H E503/7 R 522 HE 7/8 ' E-HC-78A+ E-ea-nslvrva 1005 TYPE 0 A A 392001 4320 NEHA1 HTR STR HS-V 67 A R 522 HE 7/8 ' E-HC-TBA+ 49 2 A 1 0 H E503/7 E-42-HS/V678 l005 TYPE 0 A A 392001 4320 NEHA1 HTR STR 49 HS-V-678 R 522 HE 7/8 ' E-HC-78A+ 2 A 1 0 ll E 5 03/7
l PROGRAH C1E-STO IIASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00155 4 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/08/82 STATUS ~+*SEISMIC (Sf PARAMETERS+++ +ENV ~ IE) PARAMETERS+ EPN MFG MODEL S E alo TH HL TEST ANL FO.C FRED AGING DBE C HOURS DESChiPTiON BLDG ELEV DETAIL ZONE Q CONTRACT. LEVEL A/E

~

ROON ACCURACY COMPOS IT E EPN 2 EC USE SAFETY FUNCTION DRAMING A/E ZONE Q E-42-HS/V67C 2 1005 TYPE D A A 392001 4320 NEHA1 HTR STR HS-V"67C R 522 H07/8 ~ 3 E HC-TBAi

%9 0 H E503/7 Q

E"42-HS/V670 1005 TYPE 0 A A 392001 KRH NTR ~SR V-675 4320 MS R 522 H ~ 7/Bo3 E HC TBA+ 2 A 0 H E503/7

- ~BI.C7FHI 2

A A 392001 NEHA1 HT'R STR MSLC-FN-1 49 2 A I 0 H E503/7 R 526 HAT/8 ' E-HC-78A+

. E-42-HSLC/FN2 1005 TYPE D A A 392001 STARTING COIL FOR HSLC-FN-2 R 522 N~ 0/3 ' E HC 88+

49 2 . A 1 0 H E503/8

~ E-42-HSLC/V]A 1005 TYPE D A A 392001 4320 NEMAN H1R 5TR HSLC-V IA E503/7 R 522 Ho5/8 ' E "MC .78 A+

2 22-HStC7222 1005 TYPE F 0 A A 392001 F 4320 1 HOTOR STARTER FOR HSLC-V-18 'EHA R 522 HE 7/8 ' E-MC 78AO 49 2 A 2 0 F E503/7 I E-42-HSLC/V1C 1005 TYPE ~ DE A A 392001 F NEMA 1 MOTOR STARTER FOR MSLC-V-1C 4320 R 522 HAT/8+3 E-HC 78A+ 49 2 A 2 0 F E503/7 E-42-HSLC/V ID 1005 TYPE ~ D~ A A 392001 F ERA i&5TOAMTAKthR FOR MSLC=V='IO" 4320 R 522 Ho7/Bo3 E-HC 78A+ 49 E503/7 5-NSLC7VD 1005 TYPE D A A 392001 4320 NEMAI HTR STR HSLC-V-2A 49 R 522 Ho5/8 ' E-HC 78A+ 2 A 1 0 H E 503/7 2 E-42-HSLC/V28 1005 TYPE AD~ A A 392001 F 4320 NEHA 1 MOTOR STARTER FOR HSLC-V-28 2 0 E503/7 R 522 HE 7/8 ' E-42-HSLC/V2C 1005 TYPE eO ~ A A 392001 F 4320 ER~HOTOR 49 STARTER FOR HSLC-V-2C 2 A 2 0 F E503/7 R 522 H07/8 ' E"HC 78A+

=IIELC7IT20 'I'Eii2'ET'E A A 392001 F 4320 1 MOTOR STARTER FOR HSLC-V-2D 2'EHA R 522 H~ 7/8 ~ 3 E-HC-7BA+

49 2 A 2 0 F E503/7 E 42-HSLC/V3A 1005 TYPE 0 A A 392001 4320 NEHA1 HTR STR HSLC-V-3A R 522 MD 5/8 ' E-HC"78A+ 2 A 1 0 H E503/7
PROGRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00156 VNP 2 CLASS iE EOUIPHENT LIST DATE 99/SS/SE, STATUS +++SEISMIC tSS) PARAMETERS+41 '~ENV ~ IE) PARAMETERS~ EPN HFG MODEL S~ 0$ T T ST DESCRIPTION BLDG ELEV DETAIL ZONE CONTRACT LEVEL A/E DRAVING ROOM ACCURACY COMPOS IT E EPN EC USE SAFETY FUNCTION A/E ZONE T OS E-42 HSLC/V38 1005 TYPE ~ 0~ A A 392001 F 4320 NEHA I MOTOR STARTER FOR HSLC-V-38 R 522 HD7/8 H- A+ 19 2 0 F E5 03/7 E-12-HSLC/V3C 1005 TYPE ~ D~ A A 392001 F

~RDTDR STARTER 1320 R 522 HE 7/Bo3 E HC TBA+

49 ~ 2 A 2 0 F E 503/7 A A 392001 F 4320 NEHA 1 HOTOR STARTER FOR HSLC-V-3D 49 2 A 2 0 F E503/7 R 522 M+7/8 ' E-HC-TBA+ E-I 2- MS LC/ V9 1005 TYPE D A A 392001 NEHA 1 MOTOR STARTER 49 2 A FOR-HSLC-V-9 I 0 M E 503/8 R 522 N~ 0/3 ' 1320 E-12 OBLGT/CP 1005 TYPE G A 392001 bfH 4320 19 tO OBSNe 2 LLI NT CP A 2 3 H E503/12 R 572 HAT 6 ' E HC-788+

CS E ~2RC~CV104 1202 TYPE D A 392001 1320 NEMA HTR STR 49 RCC-V-104 2 A I 0 81 ep E503/7 R 526 N/3 ' E"HC BBA+

I E-12"RCC/V129 1005 TYPE 0 A A 392001 "V-129 1320 NEHAI HTR STR RCC 95 R 522 N~ 0/I ~ 0 E-HC-BOA+ 2 A I 0 F E 503/7 E-42"RCC/V21 49

~T~T~C I 1202 Blep TYPE 0 R 527 HD7/8 A A ' 392001 F E-HC 78A+

1320 2 A 0 E503/7 E-42-RCC V40 1202 TYPE 0 A A 392001 F 4320 NEHA1 HTR STR RCC-V-40 R 527 HE 7/8 ' E-HC-78A+ 49 2 A I 0 81 ~ F E503/7 E-42",RCC/VS 1005 TYPE 0 A A 392001 F NEHAI HTR STR RCC-V-5 1320 R 527 H~ 7/Bi 0 E-HC-TBA+ 2 A I 0 81 ~ F E503/7 E 42 RCIC/V13 1005 TYPE ~ MD A A 392001 F R~H6 TER 5 fXKTER FOR RCIC-0-13 R 171 M.7/7.8 E-H C-S 2/1 A+ 19 2 A 2 1 BIDC E 505 E 42-RCIC/V63 1005 TYPE 0 A A 392001 NEHA1 HTR STR RCIC-V-63 R 522 N~ 0/3 ' E-HC-BOA+ 49 2 A 2 I C E503/7 E-42-RC IC/V64 1005 TYPE

~R ~F ~ A A 392001 F 21 NEHA 2 HOTOR STARTER FOR RCIC-V-61 R 471 H~ 7/7 ~ 8 C - S 9 /! 4 9 49 2 A 2 1 81DC E505 ,0

PROGRAN C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE NO 00157 MNP-2 CLASS IE EGUIPNENT LIST DAT 09/0~/ 2

~ EPN HFG NOBEL STATUS S E QIO ii SEISNIC Tll ~ IS) PARAHETERSyaa ~ENV ~ IE) PARANETERS+

NL TEST AIIL FO C FREQ AG NG DBE C HOURS DESCRIPTION RLOS ELEY RETAIL ZONE ROON ACCURACY CONTRACT LEVEL COHPOSITE EPN I EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE R E<<42-RCIC/V69 1005 TYPE ~ H~ A A 392001 F ~ RCIC-V-69 21

~ NEHA 1 NOTOR STARTER FOR R 171 H~ 7/7 8 E-NC S2/ I+

49 2 A 2 1 Bl ~ C E 505 II E-42-RC IC/V76 1005 TYPE 0 A A 392001 F NEHA1 NTR STR RCIC-V 76 R 526 N~ 0/3i8 NC'BOA+ 19 2 A 2 I Bl eC E503/7 E I E-12-RHR/FCV64A 1005 TYPE D A A 392001 NEHA1 NTR STR RHR-FCV-61A R 522 HE 7/8 ' E-NC-TBA+ 1320 9 2 A 1 3 COE E503/7 I E-12-RHR/FCV618 I005 TYPE 0 A A 392001 4320 NEHAI HTR STR RHR-FCV "648 R 522 N~ 0/3 ' K.")IC=SJ A+ 49 2 A I 3 CQE E503/7

~ E-42-RHR/FCV64C 1005 TYPE 0 A A 392001 NKHil HTR STA RHR-FCV 64C 1320 R 522 N~ 0/3 ~ 8 E-HC-BBA+

19 2 A 1 0 CtE E503/7 E-1 2-RH R P3 1005 TYPE A A A 392001 F NEHA2 HTR STR RHR-P-3 49 2 A 2 3 CiE E503/8 R 522 H>>7/8 ' E-NC"88+ 1320 I E-12" RHR/V115 l005 TYPE "D" A A 392001 NENA1 NTR STR RHR-V"115 4320 R 573 H~ 7/802 E-IlC A~RA 49 . 2 A 1 0 CeE E503/12 I'-42-RHR/V116 I 005 TYPE "D" A A 392001 >> NEflA1 HTR STR RHR-V-1,16 1320 R 576 N~ 7/8 ~ 2 E-HC 8884 49 2 A 1 0 CiE E503/12

. E&2-4HR7V11A I005 TYPE 0 A A 392001 4320 NEHA1 HTR STR RHR-V-11A 49 R 522 HOT/8 ' E NC-78A+

2 1 1 C~E E503/7 E-42-RHR/V118 1005 TYPE D A A 392001 NEHA1 HTR STR RHR-V 118 19 2 A 1 1 CUE E503/7 R 522 N~ 0/3 ' E-PC BOA+ 1320 I E-12-RHR/V123A 1005 TYPE D A A 392001 4320 EHAi RTF"StR 'KHR=V=I23A'9 R 5/2 N~ 0/3 ' E HC BA+ 2 A 2 3 CtE E503/7 h7vi255 1005 TYPE 0 A A 392001 4320 NEHA1 HTR STR RHR-V-1238 R 522 N~ 0/3 ' E-NC-BOA+ 19 2 A 2 3 CyE E503/7 E-12-RHR/V124A I 005 TYPE "0" A A 392001 4320 R NEHA1 HTR STR RHR-V-121A 49 A 1 CEE 'RSO3i7 R 522 HE 7/8 ' E-NC-7BA+
PROGRAM C1E-STO IJASHINGTON PUBLIC POQER VNP 2 CLA~SIE EQU~PME~QBJ SUPPLY SYSTEM PAGE NO 00158 aXE qSL0.8gH 0 0 EPN DESCRIPTION BLDG ELEV STATUS

.s DETAIL +++SEISMIC. (S) ~~}}} zs.~~aux~} PARAMETERS+<+

ZONE ROOM r~F~}}.~us} ACCURACY

+ENV IE) PARAMETERS~ ~ }}}} C ~}}u}}S ,0 }

CONTRACT COMPOSITE EPN LEVEL EC USE SAFETY FUNCTION A/E A/E DRAMING ZONE

; 0 E-4 2-R HR/ V 124 8 1005 TYPE 0 A A 392001 I

NEHA1 HTR STR RHR-V-$ 218 19 2 A 2 I CsE E 503/7 R~~Q E=}}f~}}h 4320 0 E-4 2-RHR/V125A I 005 TYPE "D" A A 39200 NEHAI HTR STR RHR-V 125A 32g. R 522 N~ 0/3i8 E HC BBA+ 49 2 A 2 1 CoE E503/7 ~ } E-42 RHR/V1258 1005 TYPE ~ DE A A 392001 F NEHA 1 MOTOR STARTER FOR RHR-V1258 4320 R 522 N~O/3+9 E-MC-BBA+ l9 2 A 2 1 C E503/7 E-42-RHR/V134A 1005 TYPE "Di A A 392001 4320 NEHA1 HTR STR RHR-V-134A R 52/ gogJB~O - Cdlb+ 49 2 A I 0 C~ E E503/7 E-42-RHR/V 1348 1005 TYPE "Oi A A 392~00 NEHAI HTR STR RHR 2 V A 1348 1 0 CeE E503/7 R 522 N ~ 0/3 ' .E HC-BBAi 2-R HR/ V 1 6 A 1005 TYPE ODN A A 392001 24 MOTOR START COIL FOR RHR-V-16A R S72M4/ST 49 2 A I 0 CIE E5 03/12 E-42-RHR/V168 NEHA2 HTR STR RHR-V-168 2 ' I 1005 0 CtE TYPE D E503/7 522

. A A N ~ 0/3m~~

392001 f-IlC -}}}}~ 24 E-42-RHR/V17A 1005 TYPE "D" A A 392001 NEMA2 HTR STR RHR-V-17A 572 el/5 ~ 7 R M E-HC"788+ 49 2 A 1 0 C~E E503/12 E-42-RHR/V178 1005 TYPE D A A 392001

~ NEHA2 HTR STR RHR "V-178 R 522 N~ 0/3 ~ 8 E"HC-BBA+

49 2 A 1 0 CTE E503/7 E-42-RHR/V21 1005 TYPE D A A 392001 F 4320 NEHA 1 MTR STR RHR-V-21 C Ai 49 2 A 1 0 H E503/7 E-42-RHR/V23 1005 TYPE AH~ A A 392001 F RHR-V-23 ~320 NOMA 1 MOTOR STARTER FOR R 471 H~ 7/7 ~ 8 E-MC S2/IA+ 49 2 A 1 3 81 ~C ~E E 505 E 42 RHR/V24A 1005 TYPE 0 A A 392001 4320 NEHA1 HTR STR RHR-V-24A R 522 N~ 0/4 ' E-HC-7BA+ .'a 49 2 A I 0 CeE E503/7 E-42-RHR/V248 TOGS TYP E O A A 392001 4320 NEMA1 HTR STR RHR-V-248 R 522. N~ 0/3 ~ 8 . E.-HC-SPA}+ 49 A 1 0 CtE E503/7
0 PROGRAH C1E-STD 0 MASHINGTON PUBLIC PONER SUPPLY SYSTEH VNP-2 CLASS lE EOUJPME~ PAGE NO 00159 STATUS - e~eSEISHIC TS) PARAMETERSeee +ENVQ lE) PARAMETERS>> EPN MFG HODEL S, E OIO TH ML TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN O 8 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE 2 Q E'2-RHR/V26A 8 1005 TYPE D A A 392001 4320 8 NEMA 49 1 MTR STR RMR-V-26A R 522 N~ 0/li0 2-HC-TPA+ ( 2 A 1 1 CyE E 503/7 Q E-42-RHR/V27A I 005 TYPE "D" A A 3920$ NEMAI HTR STR RHR-V-27A R 522 NQO/leO E MC-TBA+

~ 49 2 A 1 0 CQE E503/7 s

E-42-RHR/V42A I005 TYPE "D" A A 392001 NEHA2 HTR STR RHR-V-42A 4320 R 522 N~ 0/4 ~ 0 E-MC 78Ae 49 2 A 1 0 CQE E503/7 I E-42"RMR/V428 I005 T'YPE "0" A A 392001 4320 NEHA2 HTR STR RMR-V-428 49 R 522 Ne0/3 ~ 8 - Hkh~ 2 A 1 0 C~E E503/7

~

E-42-RHR/V42C 1005 TYPE NOTR A A 392001 HE~HE IITR RTR RIIR-8-422 4320 R 522 N ~ 0/3QB E-HC BOA+ 49 2 A I 0 CeE E503/7 E 42 RHR/V47A 1005 TYPE "0" A A 392001 4320 NEHA1 HTR STR RHR-V-47A 572 4/5 ~ 8 R H~ E-MC-788+ 49 2 A 1 3 CQE E 503/12 I E-42-RMR/V478 1005 TYPE "D" A A 392001 4320 NEHA1 HTR STR RHR-V-478 49 R 572 MD 7/8 ~ -C- + 2 A 1 3 CeE E 503/12 E 42-RHR/V48A 1005 TYPE "D" A A 392001 e NEHAi HTR STR RHR V-IBA 4320 R 572 Hel/5QB E-HC 788+ 49 2 A 1 3 CQE E 503/12 E~RRH~RVh88 1005 TYPE "D" A A 392001 4320 NEHA1 HTR STR RHR-V-488 R 578 MD 7/8 ' E-MC-BOB+ 49 2 A 1 3 C~E E 503/12 E-42-RHR/V4A 1005 TYPE "D" A A 392001 4320 NEHA1 HTR STR RHR-V-4A R 522 N~ 0/3 ~ 8 49 C.=TJI.I! 4 2 A 2 0 C~ E E 503/7 I E-42-RHR/V48 1005 TYPE "0" A A 392001 F 4320 N HA1 HTR STR RHR V 48 R 522 N~ 0/4 ~ 0 E-HC-BOA+ 49 2 A 1 0 CQE E 503/7 I

~E- 2-RRTR7VV 1005 8-10 A A 392001 F 4320 NEHA1 HTR STR RHR"V-lc R 522 NO/4 ~ 0 E-HC-BOA+

49 2 A 1 0 CQE E 503/7

. E 42-RHR/V52A 1005 TYPE "D" A A 392001 4320 NEHA1 HTR STR RHR-V-52A 9 2 A 1 I CUE E 503/12 R 572 Het/5 ' E-MC 788+

PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP 2 CLASS I+ fOU IPMgg, PAGE NO 00160 A E k9&8l8.2= STATUS e 4eSEISNIC IS) PARAMETERS'at* (El d' s CONTRACT EPN LEVEL EC I USE MFG DES CR IP ION SAFETY FUNCTION MODEL A/E BLDG ELEV DRAIJING DETAIL A/E'ONE RIP~LJE~LJUI~~SfJI ZONE ROON ACCURACY aENV ~ dSIB9 COMPOS AIIE IT P E C . ARAIIETERSa EPN IUNH 6 s E-42 RHR/V528 1005 TYPE "D" A A .392001 4320

~ NEMA1 HTR STR RHR-V-528 R~57 g ~7 19 2 A I 1 CoE E 503/12 0

E-42-RHR/V53A 1005 TYPE "0" A A 392001 NEHA1 II'TR STR RHR V 53A

49. 2 A I 3 CoE E503/7 R 522 He7/8 ' E NC 78At 1320 E-12-RHR V538 1005 TYPE "Dh A A 392001 NEMA1 IITR STR RHR-V-538 1320 R 522 He7/ST 3 E"HC 78A+

49 2 A 1 3 CD E E503/7 E-42-RHR/V68A 1005 TYPE "0" A A 392001 4320 NEHA1 HTR =-STR RHR V-68A R 572 HE 7/6 ' ZM + A 2 0 C~ E E503/12

~

E-12-RHR/V688 1005 TYPE "0" A A 392001 4320 NEMA M R T RHR-V<<688 R 572 N~ 5/5 ' E-HC 888+ 19 2 A 2 0 C~E E 503/12 E-12-RHR/Y68 1005 TYPE "0" A A 392001 F NEHA1 NTR STR RHR-V-68 1320 R 522 Ne0/1 ~0 E-NC"SBA+ 49 2 A 1 3 CeE E 503/7 E 42 RHR/V73A 1005 TYPE D A A 392001 4320 NEHA 1 HTR STR FOR RHR-V-73A 49 R 572 Ne5/Se2 '-HC 7884 2 A 1 3 H E503/12

/

E-42-RHR/V738 "Di E~~Ta 49 Si~V- 38 1005 TYPE R 572 N~ 7/Se2 A A 392001 E-HC 888@ 4320 2 A 1 3 CeE E503/12 1005 TYPE "0" A A 392001 NENA1 NTR STR RHR-Y-74A 4320 R 572 Hel/5 ~ 8 E-HC-788+ 19 2 A 1 3 C~ E E 503/12 E-42-RPR/V718 1005 T'YPE "D" A A 392001 4320 NEHA 1 HTR STR 49 2 RHR-V-718 A 1 3 CeE E 503/12 R 572 MD 7/8 ' E-' + E-42-RHR/VS 1005 TYPE H A A 392001 F 432@) EMA 2 MOTOR ARTER FOR RHR-V 8 471 He 7/7 ~ 8 E-,HC-S2/IA+ 19 2 A 1 3 H E 505 1 E-12-RHR/VS7A 1005 TYPE D A A 392001 NEHA1 HTR STR FOR RHR-V-87A 4320 R 572 H~ 5/8 ~ 2 E-HC-788+ 19 2 A 1 I H E503/12 E-42-RHR/V878 1005 TYPE "0" A A 392001 1320 NENA1 NTR STR RHR-V-878 R 572 N~ 7/8 ' E-jIC-8881 45 2 A I 1 CeE E 503/12
O ClE-STD

~ .

PROGRAtl VASHINGTON PUBLIC POVER SUPPLY SYSTEtl VNP-2 CLASS lE EQUIPMENT LIST PAGE NO DATE 00161 09/0 /82 I 0 STATUS s +a SEISMIC I S) PARAMETERS> + ~ +ENV ~ IE) PARAMETERS ~ EPN HFG IIOOEL S E QID Ttl HL TEST ANL FO C FREO AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAVING A/E ZONE E-42-.RHR/V9 1005 TYPE "D~ A A 392001 F NEHA1 HTR STR RHR-V"9 4320 R 522 NoO/4 ~ 0 C 88A+ 19 2 A 1 3 CtE E503/7 E-12-RRA/FN1 1005 TYPE A A A 392001 F NEHA1 HTR STR RRA-FN-1 1320 R 522 N~ 0/3 ~ 8 E HC-881 19 2 A 1 3 H E 503/8 E-42-RRA/FN10 1005 TYPE "A" A A 392001 F 1320 NEHA 1 MTR STR FOR RRA-FN-10 19 2 A 1 3 J E503/8 R 522 NO/3 tlat ' E-HC-BB+ E-12-RRA/FN12 . 1005 TYPE ~ A~ A A 392001 F 1320 NEHA 1 HOTOR STARTER FOR 49 2 A I RRA-FN-12 0 H E503/8 R 522 M+5/8 ' ~EEC Si E-12-RRA/FN15 1005 TYPE tA A A 392001 F 43 NEHA 1 MOTOR STARTER FOR RRA-FN-15 49 2 A 1 0 J E 503/12 R 572 4/5 ' E-HC 788+ 0 4 I E-42-RRA/FN17 1005 TYPE ~ AD A A 392001 F E ttEHA 1 MOTOR STARTER FOR RRA-FN-17 1320 R 572 H ~ 7/Ba2 E-MC-BOB+ 49 2 A 1 0 J E503/12 E-42-RRA/FN20 ~ 1005 TYPE IAAF A A 392001 F 4320 NEHA 49 1 HOTOR STARTER FOR 2 A RRA-FN-20 1 3 J E503/7 R 522 N~ 0/3 ' -gC"88ljt E-42"RRA/FN3 1005 TYPE A A A 392001 1320 NEHA1 HTR STR RRA-FN-3 R 522 N~ 0/3 ' E"HC-88+ 19 2 A 1 0 H E503/8 12 RRCTV16A 1005 TYPE "D" A A 392001 1320 NEHA1 HTR STR RRC-V-16A R 522 HE 7/8 ' E-HC-BOA+ 49 2 A 2 0 J E503/7 E-42-RRC/V168 1005 TYPE ~ D~ A A 392001 F 1320 NEHA 1 MOTOR STARTER FOR RRC-V-168 R 522 H ~ 7/Bo3 g-LlC TBA+ 49 2 A 2 0 J E503/7 E-42-RltCU/Vh 1005 TYPE ~tl ~ A A 392001 F 4320 NEHA 1 HOTOR STARTER FOR RVCU-V-1 R 171 He7/7 ~ 8 E-.H C S2/1 A+ 49 2 A 1 0 Bl E 505

. E-42-SGT/EHC181 1005 TYPE IEGN A A 392001 4320 DISC TO SGT-EHC-181 R 572 HE 7/6 ' E<<HC-788+

19 2 A 1 0 H E-42-SGT/F N1A2 1005 TYPE ~A ~ A A 392001 F 4320 NEMA 2 HOTOR STR FOR 45 SGT-Ftt-IA-2 E503/12 R 572 HAT/8 ' E-MC-BBB+
PROGRAH C1E STD NASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00162 E UNP 2~CASES' 0U J P ~~sEJ h~9l.OBL82 EPN IIEG, DESCRIPtION IIUQEU BLDG ELEV STATUS l DETAIL E

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TYPE 0 E503/12 R 575 Hah/5>>7 A A 392001 F E-HC 788+ 4320 NEHAI HTR STR SGT-V-382 R 575 HE 7/8 ' E-HC 888<< 49 2 A I 0 0 E 503/12 I E-42" SG T/V4A2 1005 TYPE D A 392001 ' NEHAI HTR STR SGT-V-1A2 1320 R 573 H~ 8>>2 I 49 2 A 1 0 D E503/12 1 E-42-SGT/V481 hQ 1005 TYPE 0 A- A 392001 F NEHA1 HTR S1R SGT-V-481 432( ( R 578 H~ 4/5>>7 E-HC-788+ 49 2 A I 0 0 E 503/12 E-42-SGT/V482 1005 T'YPE D A A 392001 F 1320 NEHAI HTR STR SGT-V-482 R 576 HE 7/8 ' E-HC-888+ 49 2 A I 0 E503/12 E-42-SGT/VSAI 1005 TYPE 0 A A 392001 F NEMA1 HTR STR SGT-V-SA1 1320 R 576 Hoh/5>>7 E-HC 78 + 49 2 A I 0 0 E503/12 E-42-SGT/VSA2 1005 TYPE D A A 392001 F 4320 A~H R 5TR SGT-V-SA2 R 578 HE 7/8 ' E"HC-888+ 49 2 A 1 0 0 E 503/12 I E 12 SGT/V581 1005 TYPE 0 A A 392001 NEHA1 HTR STR SGT-V-581 1320 R 575 H~ 4/S>>7 E-HC-788+ 19 2 A 1 0 D E 503/12 E" 12"SGT/VSB2 1005 TYPE D A A 392001 NEHA 1 HTR STR SGT V-582 1320 R 575 HAT/8>>2 E-HC-888+ 9 2 A 0 D E 503/12

.,0

Ql PROGRAN CIE-STD IJASHINGTON PUBLIC POWER SUPPLY STSTEN PAGE NO 00163 WNP-2 CLASS 1E EOUIPNENT LIST = DATE 09/08/82 STATUS ~+ ~ SEISNIC IS). PARAMETERS*it +ENV ~ lE) PARAMETERS+ EPN HFG MODEL S E 110 TN HL TEST ANL FO C FREO AGING DSE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACT CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAWING tlatA/E ZONE QG E "12-SGTEHC1A2 I005 TYPE "G" A A 392002 4320 DISC TO SGT EHC-IA2 2 A 1 0 0 E503/12 R 572 5/8 ' E tlC 888+ E-42-SGTEHC181 I 005 56410 TYPE 006" A A 392002 4320 49 - R TO KR T SGT-ERC-181 T 2 A 1 0 D R 578 HEI/5 ' E-NC 7881

-EPTEII~CBP 0005 50410 TYPE '0 A A " 392001 1320 BRKR TO SGT EHC-182 R 572 N ~ 7/Se2 E HC 888+

49 2 A 1 0 0 E-42 SLC/P1A 1005 TTPE 0 A A 392001 F 1320 NEHA 3 NOTOR STARTER FOR SLC-P-IA R 522 Hh/8 ~ 1 E-NC 78+ 2 A 1 0 0 E 503/8 E-12"SLC/P18 1005 TTPE 0 A A 392001 F 4320 NEN 3 HOTOR STARTER FOR SLC-P-18 R 526 N/3aS E-HC-SB+ 49 2 A 1 0 0 E503/8 E-I 2-SlT/V I A I005 TYPE 0 A A 392001 F 4320 NENA 3 MOTOR STARTER FOR SLC-V-1A R 522 HI/8 ~ 2 E-NC-78+ 49 2 A 1 0 0 E 503/8 E 42-SLC/V18 1005 TTPE 0 A A 392001 F 1320 NEHA 1 MOTOR STARTER FOR SLC-V-18 R 526 N/3 ~ 8 E-HC 884 i9 2 A 1 0 0 E 503/8 E-12-SW/V187A I005 TYPE ~ 0~ A A 392001 F HEMI f H5765 STARTER FOR SV-V-18fk R~5 2 HAT/8 ' E-HC TBA+ 19 E503/7 E=42=517i7A f8 1005 TYPE F 0 ' A 392001 F NEHA 2 MOTOR STARTER FOR SW-V-1878 R 522 N~ 0/3a9 E-NC SSA+ 49 2 A 1 3 E E 503/7 E-12-Slt/V21 A 1005 TYPE 0 A 392001 F 4320 NEHA 1 MOTOR STARTER FOR SW-V-24A R 522 HI/801 E-tlC 78+ 2 A 1 3 C E503/8 E 12-SW/V248 I005 TYPE 0 A A 392001 F 4320 HERA f ROTOR 5TARTEtl FOR Slt-V-218 R 522 NO/I ~ 0 E HC BOA+ 0 I 49 2 A 1 3 C E503/7 PPPPPPE f005 TYPE 0 A A ~ 392001 F 4320 NEMA 1 HOTOR STARTER FOR SW-V-24C R 522 NO/.4 ~ 0 E"MC-BSA+ 49 2 A 2 3 C E503/7 0 E-12-SW/V44 1005 TYPE D A A 392001 F 1320 NEHA 1 HOTOR STARTER FOP. SW-V-44 R 522 HI/8 ~ 2 E-MC-78+ 9 2 A 1 0 C E503/8
Q PROGRAH C1E-STD IIASHINGTON PUBLIC POIIER SUPPLY SYSTEM PAGE NO 00164 4 VNP-2 CLASS 1E EOUJPME~N JS kkLR STATUS *~tSEISHIC lS) PARAMETERS*it IE) 0 EPN DESCRIPTION HFG +ODE L.. BLDG ELEV DETAIL

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. 2 A 1 SM-V-758 0 E E503/7 R 522 HE 7/8 ' ~ , . E-MC 78A+

4320 E-42-TT/TV I005 TYPE ~ H~ A A 392001 F 0 NEHA 1 STR FOR TUR TR IP-THROT'TLE V R 471 HE 7/7 ~ 8 E-HC-S2/1A+

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~ E-CB-HC/88/8 1005 TYPE H A A 0350 4 BRKR TO E MC 888 R 522 N~ 0/3 ' E HC-88+

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)E-CB HC788 1202 A A 035024 4320 BRKR TO E-HC-TBB R 52 H 3/8 '

49 2 A 3 H E 5 03/8 E-CB-RPT3A V120 2479836811 D M 035007 F UIL TRIP BRKR TO RRC-P-lA R 475 LE 9/9 ' E-SH-9+ O 47A 2 A 2 0 E E502/4 Jlh E-CB-RPT38 V1 20 24 Y9836811 D M 035007 F N 4320 Q i DUAL TRIP BRKR TO RRC-P-18 R 475 K ~ 3/9 ~0 E-SH-10+ 47A 2 A 2 0 E E 502/4 JB E"CB-RPT4A N120 24Y9836811 D H 035007 F DUAL TRIP BRKR TO RRC-P-IA N 4320 47A E SH-ll+ 2 A 2 0 E E502/4 Glh E-CB-RPT48 9120 0 H 035007 F N 4320 DUAL TRIP BRKR TO RRC"P-18 R 527 HE 7/6 ' E-SH-12+ P >> 47a 2 A 2 0 E E502/4 HB E-CONN X100A/01 A380 AHPHENOL JACKA82-503 R T 049001 Y 4320 SOURCE RANGE NI CONNECTOR C 507 98 D AZ R40 R47 55 3 P I 3 H E539/30 Q E-.CONN-X100A/02 A380 AHP HENOL PLU G%2 8650 R 7 049002 Y 4320 SOURCE RANGE NI CONNECTOR C 507 98 D AZ R40 R47 55 3 P I 3 H E539/31
PROGRAH C1E"STD MASHINGTON PUBLIC POIIER SUPPLY SYSTEH

.0 PAGE NO 00165 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/08/82 STATUS ~i+SEISHIC (S) PARAHETERS ~ ~ ~ +ENV ~ IE) PARAHETERS+

EPN HFG HODEL S E DID TH HL TEST ANL FO C 40 FREO AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN Q ) CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE

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4 E CONN-X1008/01 A380 AHPHENOL JACKN82-503 R I'49001' 4320

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~ E-CONN-XI GOD/01 A380 AMPHENOL JACKX82-503 049001 3P13H T R 4320 SOURCE RANGE 55 NI CONNECTION C sll 322 D AZ R40 C44 E539/30 CONN-X100D/02 A380 AHPHENOL PLUGN28650 R T 049002 Y 4320 SOURCE RANGE NI CONNECTION C 511 322 D AZ R40 C44 55 3 P 1 3 H E 539/3 1 I

I E CONN X102A/01 A382 SOLIDSTRAND 34130 A 049006 Y 4320 CONNECTOR (SPL ICE ) C 534 185 D AZ R40 R56 218 3 P 3 H E539 I'I E-CONN-X102A/02 R098 VCSF N SHRINK TUBE A 049007 Y CONNECTOR 4320 C 534 185 D AZ R90 218 3 P 1 3 H E 539 E-CONN-X1028/01 A382 SOLIDSTRAND 34130 A 049006 Y 4320 CONNECTOR (SPLICE ) C 534 219 D AZ R40 R56

~ 218 3 P 1 3 H E539 E-CONN-X1028/02 R 098 MCSF-N SHRINK TUBE A 049007 Y 4320 CONNECTOR C 534 219 D AZ R40 218 P 1 3 H E 539 E CP-CAC/HRlA+ A136 S/N P-2040 A A 050106 HYDROGEN RECOHBINER CONTROL PNL 1A R 572 HE 4/5 '

1 1 0 0 71-00-0104 E-CP-CAC/HR IB+ A136 S/N P-2041 A A 050106 HYDROGEN RECOHBINER CONTROL PNL 18 R 572 HE 7/8 ' I 1 0 D 71-00-0104 E-CP-VB/1A+ A VAC BRKR RLY PNL R 471 H7/8 ~ 3 218 1 P 1 1 H E 545/158
PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH Mt{P-2 CLASS fE EQPIPtjE PAGE NO 00166 hlE 99.6lB./82 I STATUS '*eSEISHIC (S) PARAHETERS4~4 -

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PROGRAH C1E-STD

. ~

NASHINGTON PUBLIC POMER SUPPLY SYSTEH NNP-2 CLASS 1E EOUIPHENT LIS PAGE NO 00167 ZX ~0/ Lik STATUS iiiSEISHlC lS) PARAHETERSate iENV ~ lE) PARARETERS+ EPN HFG NOBEL S E QIO TH HL TEST A L FO C FREO AG G OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY CONTRACT EPN 'OHPOSITE LEVEL EC USE SAFETY FUNCTION A/E DRAVING A/E ZONE E-IR-72+ CONT INSTRU AIR INSTRU RACK R 522 J7/8~3 A A 185002 F N'1 Rh 01

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PROGRAM C1E-STD UASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00169 0

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- H=CACFNiF S440 21988XP A 283041 4320 RELAY CUB/8D R 574 MD 9/8 ' E-MC-888+ 0 49 3 A 1 0 D E535/56A-E Q E-RLY-LPCSFCVll S440 21988XP A 283041 4320 RELAY CUB/18 R 522 HE 7/8 ' E-MC-TBA+

9 A 1 0 C E535/43A-H C)
0 PROGRAN C1E STO VASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00170 VNP-2 CLASS 1E EQUIPNENQ LIST 8822 89/22J~8 0 STATUS ~i ~ SEISllIC (S) PARAHETERS++> 4ENVi lE) PARAHETERS+ EPN NFG NOBEL AG G DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOII ACCURACY CONPOSITE EPN CONTRACT LE VEL EC USE SAFETY FUNCTION A/E DRAQING A/E ZONE E-RLY-LPCS V1 S440 219BBXP A 283041 1320 8, RELAY CUB/18 49 R 52/ H AT/Q~ - C- A+ 3 A I 0 C E535/43A-H E-RLY-LPCSV12 RELAY,CUB/18

19. 3 A 2 0 S410 C

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8 E-RLY-LPCSV5 $ 440 2198BXP A 283041 4320 RELAY CUB/18 R 522 HE 7/8 ' E-HC-78A+ 19 3 A 1 0 C E 535/1 3A-H E=RLT NSLCHTRA S440 2198BXP A 283041 RELAY CUB/80 21 8 52~2 F 2 8 ~3 e a7 49 A 1 0 F E 535/1 3A-H E-RLY-NSLCHTRB S440 21988XP A 28304 KARLAT CUB /BD R 522 HAT/Bo3 NC-78A+ E 49 3 A 1 0 F E535/13A-H 4 '-RLY-NSLCHTRC S440 21988XP A 283041 RELAY CUB/BD 24 R 522 H87/8 ~ 3 E NC 78A+ 49 3 A 1 0 F E535/43A-H I E-RLT-NSLCHTRD 8440 21988XP A 283011 RELAY CUB/AD 21

. R QRR He.L/0.4 aQ a +

49 A 1 0 F E535/43A-H E-RLY-NSLCV10 S440 21988XP A 283011 RELAT CUBTTE R 522 N~ 0/3 ' E-HC-88+ 49 3 A 1 0 F E 535/51A-F E-RLT-NSLCV12 S440 21988XP A 283011 4320 RELAY CUB/TE CTRL 2A88 ~ CeD R 522 N~ 0/3 ' E-HC-88+ 19 3 A 1 0 F E 535/51A-F E-RLY"HSLCV1A S440 219 88XP A 283011 4320

~ ~

RELAY CUB/4C 522 II87/8 49 3 A 1 0 F R E535/43A-H

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E-RLY HSLCV18 S440 21988XP A 283011 R 19 LIY CU574C 3 A 1 0 F R E535/13A-II 522 Ho7/8 ' E-HC-78A+ I

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19 3 A 1 0 F E535/JI3A"H E-RLT-NSLCV10 S440 21988XP A 283041 1320 RELAY CUB/4C R 522 II ~ 7/8 ~ 3 E-HC-78A+ 49 3 A 1 0 F E535/43A-II
O PROGRAH C1E-STO MAStlINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00171 4 MNP-2 CLASS lE EQUIPHENT LIST DATE 09/08/82 EPN HFG MODEL STATUS '<<<<SEISHICHL" CS) PARAllETERS<<<<* <<ENVe (E) PARAtlETERS ~ S E QIO TH TEST ANL FO C FREQ AGING OBE C HOURS

~

DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY CONTRACT LEVEL A/E DRAllING COHPOS IT E EPN EC USE SAFETY FUNCTION A/E ZONE E RLY-HSLCV2A SIIO 21988XP A 283011 4320 RELAY CUB/BD R 522 H<<7/Bi3 T E-KC TBA+ 19 3 A 1 0 F E 535/I 3A -H E-RLY-HSLCV28 S440 2198BXP A 283011 Qi R 49 CZV GUS'PXC 3 A 1 0 F R E 535/13A-H 522 Ho7/8 ' E-HC 78A+ 1320 K=IKEY=HSLCV2C Shh 0 219 88XP A 283011 RELAY CUB/BD 4320 R 522 H<<7/8 ~ 3 E-HC-TBA<< 49 3 A I 0 F E535/43A-H E-RLY-HSLCV20 S410 2198BXP A 283041 4320 RELAY-CUB/IC R 522 HE 7/8 ' -H~TBA<< 49 3 A 1 0 F E535/43A-H E-RLY-HSLCV3A SII 0 21988XP A 283041 4320 RELAY CUB/BD R, 522 H<<7/8 ~ 3 E HC TBA+ 19 3 A 0 F E535/43A-H E-RLY"HSLCV38 S440 219BBXP A 283041 1320 Q RELAY CUB/BD R 522 HE 7/8 ' E" HC-TBA+ 49 3 A 1 0 F E535/13A-H E-RLY-HSLCV3C SIIO 21988XP A 283041 4320 RELAY CUB/80 3 A 1 0 F R E535/43A-H 522 HE 7/8 ' E'C 7I7AA<< E-RLY-HSLCV30 SII 0 21988XP A 283011 4320 RELAY CUBPIC R 522 HE 7/8 ' E-HC 78A+ 19 3 A 1 0 F E535/13A-H tlat E-RLY-HSLCVI S440 2198BXP A 283011 0 RELAY CUB/TE R 522 N~ 0/3<<5 E-HC-88+ 1320 49 3 1.0 F E 535/5 IA -F 0 E-RLY-HSLCV5 SIIO 219BBXP ~ A 283011 4320 RELAY CUB/TE R 522 N~ 0/3o5 19 3 A 1 0 F E535/5IA-F 0 E-RLY-HSLCV9 S440 21988XP A 283041 R ~Tc 57~7 R 522 N~ 0/3 ' E-.H C-88+ 32I} 0 I 49 3 A 1 0 F E535/54A-F

-RLY R ICV65 S410 2198BXP A 283011 21 RELAY CUB/TC R 522 0/3 ' E-HC-BBA+

49 3 A 2 1 81<<C E535/55A"F Q E-.RLY RHRV11A SIIO 2198BXP A 283041 4320 RELAY CUB/4C R 522 HE 7/8 ' E-HC TBA+ Ke 3 A 1 1 BleCeE E535/43A-H e 0
0 PROGRAM C1E-STD VASHINGTON PUBLIC POIIER SUPPLY SYSTEM PAGE NO 00172 C~$~S~OUJP

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M+P 2 N CQL~B.LQ8l8 STATUS <<<<<<SEISHIC lS) PARAMETERS<<<<<< '"

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%KGiv CU57fc R 522 N~ 0/F 9 E-HC-BBA+

49 3 A 1 0 81)C)E E535/55A-F E-R LT-R HR V 2 1 S440 21988XP A 283041 RELAY CUO/7C 1320 R 522 N~ 0/3<<9 E-HC-BOA+ 19 3 A 1 0 81)C)E E535/55A-F E-RLY-RHRV21A S440 21988XP A 283011 4320 RELAY CUB/18 R 522 HAT/8 ' E HC 78A+ 3 A 1 0 81 ~ C)E E535/13A-H E-RLY-RHRV26A S440 21988XP A 283041 1320 ECLAT CU5746'9 3 A I 1 C)E E535/13A-H 522 H~)7 8 ' E-MC 78A+ E=EE~IIK)kkk= EER! Hlkkkxa 283041 1320 RELAY CUB/7C R 522 N ~ 0/'3 ~ 9 E-HC-BBA) 49 3 A I I C)E E535/55A-F E-RLY-RHRV27A SI40 21988XP A 283011 21 RELAY CUB/18 A 1 0 81)CUE E R 535/13A-H 522 H)7/8 ' E-HC 78A<< E-RLY-RHRV278 S440 21988XP A 283041 21 RECIV mS77C R 522 N~ 0/3 ' E-HC BBA+ 49 3 A I 0 Bl)CUE E535/55A-F

- CPKHRVTll S440 21988XP A 283041 4320 RELAT CUD/RB R 575 HE 5/5 ' E-HC-788+

19 3 A 1 3 CUE E535/44A-E E-RLY-RHRV42A S440 21988XP A 2830II1 4320 RELAY CUB/18 81)C)E R 522 HAT/8 ' E-HC-78A+ A 1 0 E 535/4 3A-H
MASHINGTOtt PUBLIC POMER SUPPLY SYSTEH PAGE NO 00173 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/08/82 STATUS asiSEIStllC TS) PARANETERS ~ ai iENV~ {E) PARAtlETERS+ EPN HFG HODEL S E alo TH HL- TEST ANL FO C FREa AGING OBE C HOURS i%SCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACT COHPOSITE EPN CONTRACT LEVEL EC USE " SAFETY FUNCTION A/E DRAMING A/E ZONE E RLY-RHRV128 S440 21988XP A 283011 1320 RELAT CUB/18 R 522 N~ 0/3 ' E-HC BBA+ 49 3 A I 0 81 ~C ~E E535/55A-F E-RLY-RHRV42C S440 2198BXP A 283041 REiEV KB)'KB 1320 R 522 N~ 0/3+9 8'iE E NC BOA+ 19:

- V=aaRVVVa 3

A 1 0 S440

- 21988XP E535/55A"F A 283011 4320 RELAY CUB/88 R 575 HE 5/5 ' E-HC-7881 19 3 A I 3 CeE E 535/44A-E E "R LT-R HR V 478 S440 219BBXP A 283041 RELAY CUB/BC 1320 R 576 N~ 9/8 ~ 3 E-'tlC-888+

49 3 A I 3 CUE E535/56A-E E-RLT-RHR V18A S440 219BBXP A 283011 4320 ELAY CUB/88 R 575 HE 5/5 ' E HC-788+ 49 3 A 1 3 CtE E 535/11A-E

-RLY-RHRV488 S440 21988XP A 283011 1320 RELAY CUB/BC R 576 HE 9/8 ' E tlC-888+

49 3 A 1 3 CsE E535/56A-E E"RLY-RtlRV4A S440 219BBXP A 283011 4320 RELAY CUB/18 R 522 Ho7/8 ~ 3 E-tlC 78Ai E-RLT-RHRV48 RELAT CUB/18

'410 A 2 0 81 ~ CeE 21988XP E535/43A-H R 522 N~ 0/3 '

A 283011 E tlC-BOAS 1320 1 0 BltCeE E535/55A-F K-RCYYHRV4f S410 2L9BBXP A 283011 4320 RELAY CUB/18 R 522 N ~ 0/3+9 E-tlC-GBA+ 49 3 A I 0 81 ~ CtE E535/55A-F E-RLT-RHRV52A S440 219DBXP A 283011 1320 RELAY CUB/88 4'9 ""'A ' R 575 HE 5/5 ' E"HC 788+ 3 C~ E E535/44A-E E-R LT-RHRV528 ' A 283041 1320 RELA'l CUB)8C R 576 H~ 9!8 3 E"HC-888+ 3 A I I CeE E535/56A"E ~LV=AHfU53A S440 219BBXP 283041 4320 RELAY CUB/18 49 I R 522 Ho7/8 ' E-HC-78A+ 3 A 3 81 ~C ~F E535/43A-H E RLY-RHRV538 S440 21988XP A 283041 4320 RELAY CUB/80 ' R 522 HAT/Be3 E-tlC-78A+ 49 . 3 1 3 IeCsE E535/43A-H
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PROGRAH C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00171 VNP 2 CLASS ~E EOUIPHENJ QJS

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EPN STATUS ee ~ SEISHIC (Sl PARAHETERSeee eENV ~ (E) PARAHETERS* DESCRIPTION 2 0 IILJILJER~RI BLR El!ER ~3322 202 2 RRSR3 BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN* 3 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRA'VING A/E ZONE I 3 E-RLY-RHRV68A S410 21988XP A 283011

~ RELAY CUB/88 R 5~5 ~ 5/5 ' -HC +

4320 c 49 3 A 2 0 C0EeF E 535/I IA E 1 E-R LY-R HR V688 S440 2198BXP A 283011 R L T CU8780 4320 R 571 HE 9/8 k E HC-8884 3 A 2 0 CeE ~ F E 535/56A 1 I E-R LY-R HR V6 A SIIO 21988XP A 283011 RELAY CUB/18 1320 R 522 H~ 7/803 E HC-78A+ 49 A 1 3 C0E E 535/I 3A-H E-RLY-RHRV68 RELAY CUB/18 I 8410 3 C~E 2198BXP E535/55A 2 322 F 0'0(3'~ llew A " 283041 1320 E-R LY-RHR V87A S410 219BBXP A 283~01 4320 RELAT CUB/88 R 575 HE 5/5 ' E-HC 7880 49 3 A . 1 1 C0E E535/IIA-E . E-RLY-RHRV878 S44 0 21988XP A 283041 RELAY CUB/BC 1320 R 576 9/803 E"HC-888e 19 3 A 1 1 CeE E535/56A-E I E RLY-RHRV9 S410 219BBXP A 283011 RELAY CUB/18 4320 B.. 52k R09/309 5-RG~32+ 1 3 81 ~C ~E E535/55A-F E-R LY-8 GT/5A2 S440 21988XP A 283011 RELLLY CUB/85 SGTVSA20FN3A2 INTCONN R 572 N~ 7/8 ' E-HC-888+ 3,29 49 3 A 1 0 OiF E535/56A-E E-RLY-SGTEH1A1 S440 21988XP A. 283011 RELAY CUB/2F 1320 R 575 HE 5/503 E-HC-788+ 19 3 A 1 0 DRF E535/4IA-E E-RLT-SGTEH181 S140 21988XP A 283041 1320 RELAT CUB/2F 19 R .$ 75 He.g/.ga~ - CMB+ A 1 0 D0F E535/44A-E E-RLY-SGTEHC1A2 S440 21988XP F83941 RELAY CU872A 572 HAT/8 ' A ~320 R E-HC-888+ 49 3 A I 0 OeF E535/56A-E 1 E RLY-SGTEHC182 S440 21988XP A 283041 1320 RELAT CUB/2A R 578 HE 5/8 ' E-HC-888+ 19 3 A I 0 D0F E535/56A-E E-RLY-SGTFN1A1 S440 219BBXP A 283041 RELAY CUB/2F 1320 R 575 H~ 5/5 03, E HC-788+ 49 A I 0 00F E535/IIA-E

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0 O PROGRAN C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00175 e VNP-2 CLASS 1E EQUIPHENT LIST DATE 09/08/82 EPN NFG NOOEL STATUS S QID eeeSEISHIC lS) PARAHETERSeee eENV ~ 'E) PARAHETERSe E TM HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY Os CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCTION A/E ORAVING A/E ZONE I Qo E "RLY-SGTFN1A2 SII0 21988XP A,283011 s RELAT CUB/2A 49 1 0 OeF R E535/56A-E 578 N~ 5/8 ' E-HC-888+ 4320 O,s

E-RLY-SGTFN181 S440 21988XP A 283011 RELWT 4320 CU572l-'9 R 575 Ho5/5+3 E-HC-788+

3 1 0 DeF E535/14A-E E-RLV=CCTFNi82 S140 21988XP A 283011 4320 RELAY CUB/2A R 577 HE 5/8 ' E-HC-888+ 49 1 0 DeF E535/56A-E E-RLT-SGTTK281 SII 0 219XOXP A 283041 1320 RELAT CUB/18 572 HEI/5 ~ 8 49 R E-llC 788+ 3 A 1 0 OeF E535/IIA-E E-RLT-SGTV1A S440 21988XP A 283011 RE L AT CU 8 78 8 49 3 A 1 0 DeF E R 535/I IA-E 575 HE 5/5 ' E-MC 788+ 1320 E-RLT-SGTV3A1 S440 21988XP A 283011 4320 RELAT CUB/2F R 573 HE 5/5 ' E-NC-788e 49 3 A 1 0 DE F E535/IIA-E E-RLY-SGTV3A2 S440 21988XP A 283041 RELAY CUB/2A 4320 R 578 H.5/8.3 E+C~8+ 19 3 A 1 0 DE F E535/56A-E E"RLT"SGTV381 S440 21988XP A 283011 RELAY CUB/2F 4320 R 573 HE 5/5+3 E HC 788+ 49 1 0 DeF E 535/I IA-E

-RLT-SG T V 382 SI 40 2 198BXP A 283011 RELAY CUB/2A 1320 R 578 M+5/Bo3 E-HC-888+

49 3 A I 0 D~ F E535/56A"E E-RLT-SGTV4A1. S440 21988XP A 283041 RELAY CUB/2F 1320 R 573 M~ 5/5 ~ 3 E-HC 788e 19 3 A 1 0 OeF E 5 35/I 4A -E E-RLY-SGTVIA2 S140 2198BXP A 283011 EESSzs'ESSE7EX 4320 R 572 Ne7/8 ~ 2 E-HC 888+ 49 3 A 1 0 DeF E535/56A-E s SII0 2198BXP A 283011 4320 RELAT CUB/88 R 575 HE 5/5 ' E-HC-788+ 49 3 A 1 0 DeF E535/I IA-E E RLY-SGTV482 S440 s 219BBXP A 283041 1320 RELAY CUB/BC 49 3 A 1 0 DeF E535/56A-E R 576 MD 9/8 ' E-HC-888+
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PROGRAH C1E-STO VNP 2 CI,ASS )~QQI~E~ ~ IIASHINGTON PUBL jc POLIER SUPPLY SYSTEH PAGE NO 00176 A LQ CONTRACT EPN LEVEL EC USE HFG OESCRIPT10N SAFETY FUNCTION HODEI. A/E BLDG ELEV BRAVING A/E STATUS 5 E OETATL ZONE BIO ~~L ZONE I~ t++SEISHIC. (S) PARAHETERSia~ ROOH ACCURACY

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AGJBQ QJK C COHPOSITE EPN HOURS

~ E RLY-SGTVSA1 S440 21988XP A 283041 '*

RELAY CUB/88 49 3 A 1 0 0~F 8~~+5 E535/44A-E 4320 II E-RLY-SGTV5A2 S440 219OBXP A 3041 RELAY CUB/BC 49 3 A 1 0 0~F R E535/56A-E 576 He9/8 ' E-.HC 888+ E RLY-SGTV581 S440 29188XP A 283041 RELAY CUB/88 4320 R 575 H~ 5/5 ~ 0 E-HC-788+ 49 3 A 1 0~OF E 535/4 4A -E E-RLY SGTV582 S440 21988XP A 283041 RELAY CUB/BC 4320 R 576 HE 9/8 3 A 1 0 DeF E535/56A-E E RLY-SLCP1A S440 2198BXP A 283041 RELAY CUB/BA R 522 HE 5/8 ' E HC 784 49 3 A 1 0 A E 535/4 2A "E ~E-RLY-SLCP18 S440 219BBXP A 283041 4320 RELAY CUB/7E R 522 N~ 0/3 ' E"HC-BB+ 49 3 A 1 0 A E535/54A-F E-RLY-SLCV lA S440 21988XP A 283041 4320 ~ RELAY CUB/BA 49 R 522 He5/8 ' A 1 0 A E535/42A-E E-RLY-SIIV44 S440 219 88XP A 28304 RELAY CUB/BA 49 3 A 1 0 CiJ R E535/42A-E 522 Ho5/8 ' E-HC-78t 4320 E-SH-10+ 'N12 0 75 DHP-5 00 0 H 305001 F N I R 471 L2/9 ~ 0 47A P 2 3 H E502/4 JB E SH-11+ II 120 75-OHP-500 D H 305001 F N R 522 HE 8/Tel 47A P 2 3 H E 502/4 G14 E SH 12+ N120 75-OHP-500 0 H 305)0) F N R 522 HE 5/8 ' 47A P 2 3 H E 502/4 GB E-SH-9+ II120 75 DHP-500 D H 305001 F N R 471 K3/900 47A 1 P 2 3 H E 502/4 J14 E TR-78A S250 122091-3 G A 349004 F 21 00 76 N 4320 ELP-78-A 218 TRANSFORHER A 2 3 E503/12 R 606 J ~ 6/3 ' R81 R70 E-E)~BA+ H 815 C)
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PROGRAH C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00177 VNP-2 CLASS ~EEOC~PE~ H CONTRACl'TATUS I 8 EPN 'FG HODEL S E QIO

+++SEISHIC (S) PARAHETERS+++

LHHIL TES AN FO C FRED

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0 PROGRAM C1E-STO VASHINGTON PUBLIC POVER SUPPLT SYSTEH 4 MNP-2 CLASS 1E EOUIPMENT JEST PAGE NO 00178 STATUS +i+SEISMIC IS) PARAHETERS~i~ ~ENVi (El P ARAMETERS+ EPN HFG MODEL AGING OBE C []OURS DESCR IP ZION BLDG ELEV DETAIL ZONE ROOM ACCURACT COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCT ION A/E BRAVING A/E ZONE 2 ~ E-TRB-X1050/02 TERMIN AL BLOCK FOR 55 3 X-1050/02 P 2 3 7282 H TRV-CINCH ¹13-541 S

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PROGRAH C1E-STD

-0 MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE KO 00179 MNP-2 CLASS IE EOUIPNENT LIST DATE 09/08/82 STATUS ~ + ~ SEISNIC lSI PARANETERS++* +ENV ~ tE) PARANETERS~

EPN HFG NOBEL S E OIO Tll HL TEST ANL FO C - FREQ .AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE E X 102A M120 55-00-0002 8 A 382003 Y 4320 riC AND RTD ELECTRICAL PENETRATION C 534 189DAZ R56 55 3 P 2 3 H S796 E-X-1028 M120 55-00-0002 8 A 382003 Y 4320 C AND RTD EL'CCTR ICAL PENETRATION C 534 218DAZ R56 Ss* 3 . P 2 3 H S 796 X~OX M120 55-00 0 002 R A 382003 Y 4320 llED VOLTAGE POMER ELECTRICAL PENET C 534 203DAZ R56 55 3 P 2 3 H S 796 E X-1038 'M120 55 00-0002 R A 382003 Y 4320 llEO VOLTAGE POMER ELECTRICAL PENET C 534 212DAZ - R56-55 3 P 2 3 H S796 ~ E-X-103C M120 55-00-0002 R A 382003 Y 4320 HEO V5LTA~POMER ELECTRICAL PENET C 534 305 D AZ R54 55 3 P 2 3 H S 796

-X- 035 M120 55-00-0002 R A 382003 Y HED VOLTAGE POMER ELECTRICAL PENET C 534 322OAZ R54 55 3 P 2 3 H 8 796 E-X-104 A M120 55 00 0002 8 A 382003 Y 4320 LOM VOLTAGE POMER ELECTRICAL PENET C sii 112DAZ R47 55 3 P 2 3 H S 796 E-X-IO48 M120 SS-00-OOO2 8 A 382003 Y 4320 M BOLTAGE POMER ELECTRICAL PENET C 511 115DAZ R47 55 3 P - 23 H 3 796 ~x- oat M120 55-00-0002 8 A 382003 Y 4320 LOM VOLTAGE POMER ELECTRICAL PENET C 534 192DAZ R56 55 3 P 23- H 5 796 E-X-1 04 0 M120 55-00-00 02 8 A 382003 Y 4320 l.OM VOLTAGE POMER ELECTRICAL PENET C 534 222DAZ R56 P 2 3 H S796 E-X-105A M120 55-00-0002 8 A 382003 Y 4320 C )lTR5C A)lD INDIA ELECTRICAL PLANET C 507 100 D Az R47 55 3 P 2 3 H S797 EB 1

E 058 'M120 55-00-0002 8 A 382003 Y 4320 CONTROL ANO INOIC ELECTRICAL PENET C 511 135 D AZ R47 55 P 2 3 H S 796 E-X-105C M120 55 00-0002 8 A 382003 Y 4320 CONTROL AND INDIC ELECTRICAL PENFT C 534 195 D AZ R56 3 2 3 H S796
S PROGRAH C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00180 V NP-2 CQ AS S 1E~OU ~PI~JS QSJJk EPN HFG HODEL STATUS + ~ ~SEISHIC IS) PARAHETERS ~ + 6 ~ENV ~ IE) P ARAHETERS a ',0 DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN S CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAVING A/E ZONE I eE X 105D V120 55-00-0002 8 A 382003 Y 4320 s( ~ CONTROL AND INOIC ELECTRICAL PENET C 53122 0A 6 55 3 P 2 3 H 8 796 II

. E-X-107A V120 55-00-0002 8 A 382003 Y LO VOLT PVR/CNTL/INO ELECT PENET 17552 55, 3 P 23 H S 796 C D AZ C35 -x-107 5 V120 55-00-0002 8 A 382003 Y 4320 LO VOLT PVR/CNTL/ INO ELECT PENET C 475 240DAZ C36 55 3 P 2 3 H S 796 F15 -SP V-19 EOR PILOT VALVE FOR CONT A199 ISO VLV V-19 VJHT831654 A 8 315004 N, 21,00'~ 33+ 4320 13 R10 58 2 A I 0 81 H537 D9 ~ EOR-SPV-20 A499 VJH T83 1651 8 8 315001 N 21 00 33+

58 2 A 1 0 81 H537 R 171 N~ 0/3 09

' R33 , R206 ~ . '. , ~ . E IR"654 4320 FOR-LS-11 R D LD RHR PHP RH A 4320 R 122 R12 215 2 A 1 0 F H 539 811 I

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PROGRAM C1E-STD UASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00181 IJNP-2 CLASS 1E EOUIPHENT LIST DATE 09/08/82 STATUS +++SEISMIC CS) PARAMETERS++a +ENV ~ IE) PARAMETERS + EPN HFG MODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOURS 5ESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAYING A/E ZONE o FPC-OPIC-1 F130 A F/OH BYPASS FLOU CONTROL DP 4320

~ R 476 HE 4/6o8 R61 E IR 62+

3 A 2 0 G H526 C9 FPC-OPIS-11 l204 F/OM BYPASS FLOV CONTROL DP 220 2 A 2 0 H526 R 471 H44/6 Ci0

' E IR-62+

4320 I

. FPC DPIS-12 1204 A F/OH BYPASS FLOLI CONTROL 4320 OP R 471 Ho 4/6 ~ 8 E "IR-62+

220 2 A 2 0 G M526 C10 I FPC-F IC-21 FUEL POOL RECIRC FLOiI CONTROL 4320 R 606 R73 220 3 A 1 3 I H526 J10 FPC"FT-16 R369 1153084 C P FLOV TRAPS 4320 R 522 N~ 0/F 1 R61 E-IR 69+ 220 3 A 1 3 I M526 F9 F P t!=F'T=T7 C P 156009 FLOU TRAN OF FPC-V-746 6 747 R 467 R61 215 2 2 3 A~ G H526 F10 4 FPC-LIS-1A 1204 289A A A 198009 21 33+

'/6J9 ' 00 FP C- TK-1A Y 4320 I HIGH-HIG)I LEVEL R 572 K R71 "2i5 2 2 0 F 8526 I

FPC-LIS-18 1204 289A A A 198009 Y 21 00 33+ 4320 FPC-tR-f6 Hfi5A-HfGR LEVEL R 572 HE 0/6 ' R73 215 Fr C=Lf'~A f204 289A 198009 21 00 33+ FPC-TK-1A LEVEL CONTROL HIGH SIDE 215 2 2 0 F M526 R 572 K '/6J9 'A A R71 Y 4320 FPC L IS-28 1204 289 A A A 198009 Y 21 00 33+ FPC-TK-18 LEVEL CONTROL HIGH SIDE 4320 R 572 HE 0/6+8 R73 2 0 F M526 JB FPC LIS 3A1 1204 289A 198009 FPC=TR=fA LEPEL'bN'tR5L LbQ SIDE 215 2 2 0 F R 572 K '/6 ' A A R71 4320

. FI'L-CA=SA2 f204 289A A' 198009 FPC-TK-1A 215 LOW LOLI 2

LEVEL 2 3 F M526 R 572 K '/6 ' H9 R71 4320 FPC-L IS-381 1204 289A A A 198009 4320 FPC TK-18 LEVEL CONTROL LOW SIDE R 572 He 0/6 ~ 9 R73 f1 5 0 4 0 F 8526 J8
Cl PROGRAM CIE-STO MASHINGTON PUBLIC PONER SUPPLY SYSTEM PAGE NO 00182 MNP 2 CLASS IE EOU~PH~T~QS OA~ E~lg~l Is)

'320 STATUS ~ ~ ~SEISMIC PARAMETERS+~~ 4ENVU IEl PARAMETERS ~

EPN DESCRIPTION NOBEL SLOG ELEV S OETAIL Q QQO ZONE Q~Q~TS~~f~~RQO ROOH ACCURACY A~Qg Qgg~ HOURS COMPOSITE EPN CONTRACT LEVEL Ec USE SAFETY FUNCTION A/E ORAMING A/E ZONE 02 3 FPC-L IS-382 FPC-TK-18 LOM-LOM LEVEL 220 2 2 3 1204 F 289A H526 R 572 N+06a9 HB A A

'73 198009, '

21 00 17 4320 FPC-LS-4 UEL POOL LEVEL R 572 R71 215 2 A 2 3 Fi82 M526 C-LS-5 H FUEL POOL LEVEL 4320 R 572 R71 215 2 A 2 3 82tF 8526 J10 FPC-LT-21 FUEL POOL LEVEL 4320 R 606 R73 220 3 A 2 3 F H526 JIO FPC-H IA VI20 TAO P/326TS P P 213014 SOHP/SBA FPC-P 1A 4320 MOTOR FOR R 550 H ~ 2/BoS R63. ,FPC-P IAt 215 2 2 3 F H526 D13 FPC H 18 II120 TAOP/326TS P P 213014 4320 50HP/58A HOTOR FOR FPC-P-18 R 549 HE 2/3 ' R63 FPC P-IBt 215 2. 2 3 F M526 C13 FPC-HO-153 L200 SMB-000"5 S A 221001 HO FOR FPC-V-153 4320 R 452 K/F 9 R21 FPC +f53+ 41A 2 I 3 81 M 526 811 FPC-HO-154 L200 SHB 000 5 S A 221001 F0C-V-154 4320 HO FOR R 452 J9/8 R21 FPC-V "154+ 41A 2 2 3 81 M526 811 FPC-HO-, 156 L 200 SHB-00 A 221001 G 4320 HO FOR FPC-V-156 R 468 K2/8 ~ 2 R21 FPC-V-156+ 41A 2 A I 3 81 t H 526 C11 FPC-HO" 172 P P 221001 4320 HO FOR FPC-V 172 41A 2 A 13 82 H526 R 471 K~ 9/9 ~ 0 C9 Fl5M ZR+ FPC-HO-173 O'OR FPV'-V=I iS 41A 2 A 1 3 82 H526 R 471 K/9 ~ 4 P P 221001 FPC-V-173+

~323 CB PPC IIO-IVO P P 221001 4320 MO FOR FPC-V-175 R 550 FPC-V-175+

41A 2 A 23 82 H526 C10 0 FPC-H0-,181 HO FOR A FPC-V-181A P P 221001 4320 R S48 FPC-V-181A+ 41A 2 3 F 8526 E14
O PROGRAM C1E-STO

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VASHIKGTON PUBLIC POVER SUPPLY SYSTEM 4 VNP-2 CLASS lE EQUIPHENT LIST PAGE NO 00183 DATE 09/08/82 STATUS we+SEISMIC IS) PARAMETERS+ee ~ ENV ~ IE) PARAMETERS* EPN MFG MODEL S E QID TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOM ACCURACY CONTRACT COMPOSITE EPK LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE FPC-HO .1818 P P 221001 HO FOR FPC-V-1818 *R 1320 518 ~ FPC V-18+1+ 2 3 F H526 Dlh FPC-M0-184 P P 221001 0~OR F P C hlA V 2A1382 181 H526 R 471 LE 0/9eh C9 FPC Ve1844 4320 FPC=PC=KA 5075 DRT-HISOSS A A 256018 1320 PUHP SUCTION PRESSURE 58 2

~ P-1A 3 F R 522 J ~ 0/6 ' R51 E IR-71+

A 1 M526 Elh FPC-PS 68 8070 02T-HI50SS A A 256018 PUMP SUCTION PRESSURE P-18 4320 R 552 N/Bel R53 E IR-69+ 58 2 A 1 3. F M 526 011 FPC-PS"9A 8070 827-H12SS A A 256002 PUMP DISCHARGE PRESSURE 1320 P 1A R 522 N~ 0/Sel R51 E IR-71+ 58 2 A 1 3 F H 526 013 PC-PS-98 8070 82T-H12SS A A 256002 4320 PUMP DISCHARGE PRESSURE P-18 R 521 MD 0/8 ' R53 E-IR 69+ 58 2 A 1 3 F H 526 013 FPC-RHS-'P/1A P 4320 RHS FOR FPC-P 1A 3 2 3 H526 R 522 J ~ 0/6 ' A G Elh FPC-RHS-P/18 Lj RMS FOR FPC"P-18 4320 R 522 N~ 0/8 ~ 1 3 A 2 3 G M526 011 A499 VJNP831651E 8 A FPC-V-1 F/DH BYPASS 4320 R 171 Heh/6 ~ 8 R61 E-IR-62+ 220 2 A 1 3 F H526 C9 FPC SPV-.113 A199 'VTHT831651 315004 A A R N 21 00 4320 FPC CLEANUP BYPASS SOLENOID OPER 525 0/ST 215

~ R N~ 0 R51 E-fR 69+

2 A 2 3 G M 526 Clh FPC-TE-6 EASURES TEMP OF RECIRC ~ LINE 1'67 1320 R R61 215 2 A 1 3 F M 526 F9 FPC-TE-7 FUEL POOL 1320 R 572 R31 215 2 A 1 3 F M526 Hll FPC-TE 8 FUEL POOL 4320 R 572 R31 2i5 2 A 1 3 F H526 M10

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CONTRACT FPC TI 6 EPN LEVEL TEMP IND FOR FPC TE 6 215 FPC-TI-7 3 DESCRIPTION EC A USE 4 3 SAFETY FUNCTION BLDG ELEV A/E BRAVING

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PAGE NO COMPOSITE EPN 00184 IuL~RLRBLR lE) PARAMETERSi 4320 I e D FUEL POOL R 471 R32.:r:" " 0 S 215 3 A 4 3 I M526 " H10 FPC-T 1-8 FUEL POOL 4320 R 471 R31 215 3 A 4 3 I M 526 H10 HPCS-DPIS-9 I204 288 A N A 086001 HPCS BREAK LOGIC H22-P024 02E22 3 A I 0 C H520 J7 EZ + HPCS-F I S-6 1204 289 140001 A A N 14 00 33+ HPCS P 1 DISCH H22"P024 R 475 LE 2/3~9 R33. R206 E-IR P02h+ 02E22 3 A 1 0 ' H 520

. C 84 HPCS-FT-5 G082 50 555 IICHA4MCF A P 156003 14 00 N 33+

2/3 ' HPCS-P-1 DISCH 24 R 471 LE R33 R206 E-IR P024+ 02E22 3 A 1 0 I M520 84 HPCS-LHS-5 N007 84836-0577 R P 200007 Y 24 LHS FOR HPCS-V 5 CONT ISOL 69 A 2 0 C H520 C 549 247 D AZ R17 ES" -+ HB HPCS LS-2A HOh0 3 ~ 5-751 IX-MPG H148Y A 8 207002 N 14 00 S RESSION POOL LVL HPCS VLV CNTL R 465 Je5/hei 2 A I 0 C H543 814 R32'2E22 HPCS LS 28 H040 159C4294 P002 A 8 207002 14 N 00 SUPPRESSION 02E22 POOL LVL HPCS VLV CNTL 2 A I 0 C H543 R 471 H/8 ' 85 R33 24 HPCS-H-I G080 5K6357XC10A 8 A 213013 Y 01 3000HP/373A

. 24 HOTOR IVER HPCS-P-1 02E22 2 OR A 1 0 C SXL+

HPCS-M-3 V120 7504786 A 8 213016 15HP/18K HOTOR FOR HPCS-P-3 R 430 LE 5/3 ' R13 R11 HPCS P-3+ 35A 2 A 1 0 C H520 C6 HP S-HO-1 L200 SM 8 -00 0-25/P 125 A A 221001 N 14 00 33+ 24 1 'HP 3ehA HOTOR OPER ~ HPCS-V-1 R 435 Ho0/4 ~ 0 R13 R11 HPCS-V It 02E22 2 A 1 0 C 8520 C7 HPCS-HO-10 26 ~ OHP HOTOR OPERATOR HPCS-V-10 L200 SMB-3-150/C215Y R 451 H/348 N A 221001 R23 Y R106 14 00 ',0 OP US= V=1.0+ 'I 02E22 2 A 1 0 C H520 E3
PROGRAH C1E-STO MASHINGTON PUBLIC POVCR SUPPLY SYSTEH PAGE NO 00185 MNP 2 CLASS 1E EOUIPtlENT LIS 0~AT ~OQI~~ STATUS ooSEIStlIC CS) PARAHETERSo* ~ EPN DESCRIPTION HFG . HOOEL... BLDG ELEV S E.. DETAIL OIO 20NE

~

TH HL TEST ANL FO C ROOH ACCURACY FREQ oENV ~ lE) PARAHETERSo AGING OBE C HOURS COHPOSITE EPN CONTRACT LEVEL EC USC SAFETY FUNCTION A/E BRAVING A/E 20NE HPCS-HO-11 L'200 SH8-3-150/C212Y 8 A 221001 N, 11 00 33+ 9 '5HP HOTOR OPERATOR HPCS-V-i 1 21 02E22 2 A 1 0 C H520 R 151 Q/3eo E3 R~ ' 06 tl C~S- -~o HPCS-HO 12 L200 SHB 2-40/C18IY 2~222 2 3+ 5HP 8ehA HOTOR OPERe HPCS V 12 R 130 H/3 ~ I R13 Rl1 HPCS-V-12+ 02E22 2 . A 1 0 C H520 85 HPYS HO 15 L200 SHB 2 8 A 221001 N 11 00 33+ HOTOR OPERATOR HPCS-V-15 R 455 L ~ I /3 ~ 8 R23 R106 HPCS V 15+ 02E22 2 A 1 0 C ti 520 07 HPCS"HO-4 L200 SHB-I 8 A 221001 P N 11 00 33+ 21 26HP 35A HOTOR OPERATOR HPCS-V-I R 540 HE 3/7 ' R53 R 01 IL22 2 02E22 2 A 1 0 C H 520 G7 HPCS P IS 13 1204 H288A A A 215001 N 11 00 33+ HPCS-P-3 LOM DISCH ALARH H22-P021 R 475 L ~ 2/3e9. '33 R206 E IR"P024+ 02E22 3 A I 0 H 520 CI HPCS-PS-12 S382- SN-AA3-X105TT A 256016 N 11 00 33+ HPCS-P-1 DISCH 1320 H22-P021 R 171 L ~ 2/3 ~ 9 R33 R206 E-IR-P024+ 02E22 2 A 1 0 CoE H520 85 HPCS PS-3 R210 SP-222-C A A 256013 HPCS-P I SUCTION 4320 R 171 LE 2/3e9 R33 E-IR-P024+ 2622 F t1520 C6 LO-TE-18A P427 282-N1A72 A H 339001 N 01 99+ 24 LO TE RHR EauiP AREA AHB TEHP R 168 tl ~ 7/9 ~ 0 02E31 2 A I 0 F ~ 81 8 07E154TC/ 38 CO->~2r P 427 282-Nl A72 A H, 339004 01 99+ 21 LO TE RHR EOUIP AREA AHB TEHP 0/9 ~ 0 2 02E31 2 A 10F ~ Bi R 807C154TC/ 165 K~ 3F 0 LO-. TE-18C LO TE RHR EOUIP AREA AHB TEHP P427 282-NIA72 A H 339001 N 01 99+ 24 R 468 H~ 7/9e0 02E31 2 A 1 0 F ~ 91 807E154TC/ 38 LD-TE-18D . P427 282-N1A72 H 339004 N 01 99+ 24 5 TE ttHR EOUIT'REA AHb TEtlP R 165 K~ 0/9 ~ 0 02E31 2 A 1 0 Fo81 807E151TC/ 3F

=TE=I A N 070 1 45 C3221 P0 01 tt H 33900II M N 01 99o LO TE RitCU PtlP flH 1 INLET VENT R 532 He8/I e7 02E31 2 .A 1 0 F ~ 01 807E15ITC/ 282 LO-TE-18 0070 115 C3224 P001 A H 339004 M N 01 99+ 21 LD TE RMCU PHP RH 1 INLET VEtlT R 532 H~ 6/4 ~ I 2E A 1 0 F ~ 81 807E154TC/ 2F2

0 PROGRAM ClE"STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH MNP-2 CLASS lE EQUIPHENT i,/ST PAGE NO 00186 STATUS " oaaSEISMIC IS) PARAMETERS+we iENV ~ IE) PARAMETERS+ EPN DESCRIPTION HFG ... . HODEL BLDG ELEV OET'AIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE LO-TE-1 c N070 145C3221P001 A H 339001 'M N 01 99+ 21 LO TE RMCU PHP RH 2 INLET VENT R .5>~~4%i 02E31 2 A 1 0 FIBI 8 07E15ITCI 281 LO TE-10 N070 564 1-R OACAR A M 339004 L TE RMCU PMP RH 2 INLET VENT R 532 No2/5th 02E31 2 A 1 0 Fy81 807EISITC/ . 2FI LD-TE 1E P427 N145C322IP1 A H 339004 N 01 99+ LO TE RMCU HEAT EXCH RM INLET VENT R 554 K~ 1/3 ~ I 02E31 2 A 1 0 F ~ Bi 807E15ITCI 285 I LO-TE iF P427 N145C322IP1 A M 339001 N 01 991 I LO TE RMCU HEAT EXCH RH INLET VENT R 554 Ko1 /3+i 02E31 2 A 1 0 = F ~ 81 807E154TC/ 2F5 0 LD- TE-21A N070 N145C322 Ipl A H 33~001 ' 99+ LO TE RCIC H 02C31 PIPE ROUTING ARCA AHB R 167 2 A 1 0 FeBI 807E151TCI LO TE-218 N070 N145C322 IP1 339001 A M N 01 99+ 21 LO TE RCIC PIPE ROUTING AREA AMB R 167 02E31 2 A 1 0 Fl81 .807E+SITCI 2f LO-TE 258 LO TE RCIC 02E31 LD-TC-26A

. 2 A 1 N070 PIPE ROUTE.INLET VENT 0 F ~ 81 N145C322 IP1 R

807E151TCI 136 2F 8 H 339001 N 01 99+ 21 N070 N145C322IPl 8 H 339001 99+

-Cn-TL RCIC PIPE ROUTC OUTLET VENT R 167 N

02E31 2 A 1 0 F181 8 07E151TCI 2E LD-TE 268 N070 N145C3224pi 8 H 339004 N 01 99+ 21 LD TE RCIC PIPE ROUTE OUTLET VENT R 167 0 02E31 LO-TE-27A 2 A 1 LD TE RHR EQUIP AREA INLET VENT 02E31 2 A 1 0 0 N070 F ~ 81 Fq81 N145C3224P1 807C154TCI R 807E154TCI 432 2K 8 H L5/9 ~ I 389 339004 R13 N 01 '- =99+ 21 LO- TE-278 N070 N145C3224PI 8 H 339004N 01 99+ LD E RHR EQUIP AREA INLET VCNT R 432 K9/9 ~ I R11 R6 0 I 02E31 2 A 1 0 Ft81 8 07E151 7 CI 3F9 LD-TE-27C .N070 N115C322IPI 8 ll 339004 N 01 99+ 21 Q LO TE RHR EQUIP AREA INLET VENT R 432 LS/901 R13 R7 02E31 2 A 1 0 Fo81 807E15ITCI 38 LD-.TE-270 N070 N145C3224P1 8 H 339004 N 01 99+ 21 LO TE RHR EQUIP AREA INLET VENT 02E31 R 432 K9/9 I Rll R6 2 A 1 0 F ~ 81 807E154TCI SF j C
Q PROGRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00187 VNP-2 CLASS 1E'QUIPHENT LIST DATE 09/08/8 I STATUS ~+ ~ SEISHIC lSI PARAHETERSoo+ +ENYO (El PARAHETERSo 3 EPN HFG NODE L S EQID TH HL TEST ANL FO C FREQ AGING 085 C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN QR CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE

; 0 I

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'1 99+ 24 I

2 1 2 A I 0 FoOi 807E154TCI 3F5 LO- TE "290 N070 N145C3224P1 8 339004 L'5 fE'N STH LINE TUNNEL INLET VEN R 502 H~ 4/6 ~ 2 H Rll R310 01 99+ 24 02E31 2 A 1 0 F ~ Bl 807E154TCI 3F6 L TE 2A P427 102-9039-08 A H 339004 V 01 99+ 0 LD TE RVCU PHP RH 1 OUTLET VENT R 532 HE 3/4 ' 24 02E31 2 A I 0 F181 807E154TCI 2E2 LO-TE-28 P427 102-9039-08 A H 339004 V N 01 99+ 24 LO TE RVCU PHP RM 1 'OUTLET VENT R 532 H~ 3/4 ~ 5 02E31 2 A I 0 FRB1 807E154TCI 2K2 LD TE 2C P427 102-9039-08 A H 339004 V N 01 99+ 24 6 fE RMCO IRRP AH 2 OUTLET VENT R 532 H ~ BJ5 ~ 4 02E31 2 A 1 0 F~ Bl 807E154TC/ 2E4

=7 L'-fb P42f 102-9039-08 A H 339004 V N 01 99+ 24 LO TE R'VCU PHP RH 2 OUTLET VENT R 532 MD 8/5 '

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" 'OTEi54tCi R 570 'E5 4 ~ 4IL~ 9 R62 R510

Q PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00188 MNP-2 CLASS 1E EQUIPHENT LIST DkXX~9/00// STATUS . = Ao ~ SEISHIC'IS) PARkHETERSllr iENVo) lE) P ARAHE TERS + EPN HFG DESCRIPTION HODEL BLDG ELEV DETAIL ZONE ROON ACCURACY A ~Q~~ COHPOSITE EPN HOUR S CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE LO TE-2F P427 288F9734 A H 339001 -- N 01 994 21 LD TE RMCU HEAT TEKCH RH OUTLET YEN R 570 I~Il ~9 6 .R 02 E31 2 A 1 0 Fr 81 807E15ITC/ 2K5 LO-TE-30A LD 02E31 E HN STH t.lNE 2 PI27 TUNNEL OUTLET V Fr81 102-9039-08 R 807E15ITC/ 8 528 Jo0/5 ~ 9 ' H

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PROGRAM C1E-STO WASHINGTON PUBLIC POWER SUPPLY SYSl'EH

'WNP-2 CLASS 1E EOUIPHENT LIST PAGE NO 00191 DATE 09/08/82 STATUS a ~ oSEISMIC IS) PARAHETERSooo 4ENV ~ IE) PARAMETERS+

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MASHINGTON PUBLIC POMER SUPPLY SYSTEN IttJP-2 CLASS lE EOUJPQ$ $ ~$ J PAGE NO 00193

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8 PROGRAM C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00191 MNP-2 CLASS IE EOUIPHENT STATUS +4oSEISMIC IS) PARAMETERSoo+ IE) EPN HFG, DESCRIPTION HODEL BLDG ELEV S DETAIL E SIS~I1 ZONE

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I~E05$ I PRESSURE II22-P005 R 526 N~ 8/5 ' R53 N R404 00 E IR P005+ 02822 2 A 1 0 A M 529 HS HS-PS 23D 8069 164 C53 59 PO 01 R02 A 8 256002 F N 11 00 33+ 21 HIGH VESSEL PRESSURE H22-P026 R 524 JU9/465 R52 R101 E-IR-P026+ 02822 2 A O' H529 J13 HS-PS-45A 8069 164C5359P001R03 A 8 256002 F N 'l4 00 33+ HS PRESSURE H22-P026 R S24 J US/4 ~ 5 R52 R101 ~E- R-P RP 02822 0 C M 529 J13 HS-PS-45C 8069 164 C5359P001R03 A 8 256002 F N 11 00 33+ 7/6 ' I 02822 ~ 2 A H22 P027 0 C M 529, R 524 MD J5 R53 R104 E-IR-F027+

'0 HS PS SI SD 0069 164C5359P001R03 A 8 256002 F N 11 00 33+ 21 HS PRESSURE ll22-P027 R 521 H~ 7/668 R53 R404 E-IR-P027+

02822 2 0 C RI 529 J5 HS" PS-17A S382 17N-AAS-SLOTT DRYVELL R 575 J ~ 5/Tel A A 256016 R51 F N 14 00 33+ E-IR-P0lbh+ 21 '.

~ I 0

02822 2 A 1 0 C H 529 012

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Cl PROGRAH C1E-STD MASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00197 MNP 2 CLASS 1E EOUIPHENT LIST DATE 09/08/82 EPN HFG HODEL STATUS S g 010 1i ~ SEI SHIC IS) TH PARAHETERS ~ HL TEST ANL FO C FREO ii iENVI IE) PARAHETERS+ AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE CONTRACT LEVEL USE SAFETY FUNCTION A/E ROON ACCURACY COHPOS IT E EPN EC DRAMING A/E ZONE R

~

HS-PS-178 DRYMELL PRESS FOR HPCS S382 H22 F005 12N-AAS" X10TT R 526-Nek/5 A A 256016, R53 N,. ih RIO

'0. 33+ 21 02822 A 1 0 C H529 Gh I

HS PS 17C 8382 12H-AAS X10TT A A 256016 F N 11 00 33+ I ORYIJELL PRESSURE R 575 JiS/7 ' R51 E-IR "P0041 21 02822 2 A I 0 C 8 529 G12 HS-PS-470 S382 12N-AAS-NOTT A A 256016 N 14 00 33+ 21 DRYMELL PRESS 02822 2 FOR HPCS A H22"P005 0 C H529 R 526 No8/5 ' R53 RIOI E-IR-P005+ 1 Gh I HS PS 48A S382 12-AA5-X1051TT 256016 00. A A F N 11 33+ 21 ORYMELL PRESSURE tI22-P026 R 535 J+5/I oS R5 R-RR-MPRfj 02822 2 A I 0 C H529 G12 HS PS-188 S382 12-AAS-X1051TT A A 256016 F N 11 00 33+ ORYMELL PRESSURE 02822 2 A I H22-P027 0 C H529 R 527 HE 7/6 G5

' R53 RIOI E-IR P027+

21 HS PS 18C S382 12N-AA5-X1051TT 256016 A A F N 11 00 33+ 21 DRYMELL PRESSURE H22-P026 535 J ~ 5/I ~ 5 R R52 R401 E-IR-P026+ 02822 2 A 1 0 C H 529 G12 HS PS-480 $ 382 12N-AAS X1051TT A A 256016 F 21 ORYMELL PRESSURE 02822 2 A 1 H22-F027 0 C H529 R 527 HE 7!608 G5 R53 RIOI -I - + I HS PT-51A 8012 556 259001 85 PRESSURE - - tl22-P026 R 523 J01/701 A P R52 F N RIOI 11 00 33+ E-IR P026+

.24 02822 2 A 0 I H529 H12 HS PT 518 8012 556 259001 HS PRESSURE - - H22-P027 R 523 HE 7/6 '

A P R53 N RIOI 11 00 33+ E-I R P0 27+ 21 02822 2 A I 0 I 5529 Jh ~ HS-RE 3A G080 237X731G001 0 277002 HAIN STEAH LINE ~A" RADIATION 21 508 HT/5~9 R42 R310 02017 2 A I 0 A H502 02 1 R HS-.RE 38 G080 237X731G001 0 277002 21 HilN 5)EAR'NE "8" RADIATION R 508 H7)5~6 R12 R310 02D17 2 A 1 0 A H 502 01 HS-RE-3C "

. G086 237X73I GOOf 0 277002 21 HAIN STEaN LINE "C" RADIATION R 508 H7/6 ~ 4 R41 R310 02D17 2 A 1 0 A H502 D2 HS RE-3D G080 237X731G001 D 277002 21 HAIN STEAH LINE""0" RADIATION R 508 H7/6 ~ 1 RII R310 ttfDX7 "1 'A 1 0 A 8502 01

PROGRAH C1E-STO 'MASHINGTON PUBLIC POMER SUPPLY SYSTEH PA6E NO 00198 4 'MNP-2'LASS I E EOU IP RENT~+6 I 0~AT 00/00282 EPN HFG HOOEL STATUS S

'aiSEISHIC 'ID CS) PARAHETERS*++ +ENV ~ IE] PARAHETERS ~

E TH HL TEST ANL FO C FRE4 AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT LEVEL COHPOSITE EPN 0 EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE 0 HS SPV-22A2 P P 315011, Y HS-V-22A PILOT SOLENOID ~ 170 C 513 5 0 AZ R27 C45 n 02822 2 A I 3 81 H529 J3 11 ~ HS-SPV-22A3 P P 315011 Y HS V- 2A PILOT SOLENOID F 17 02822 2 A 1381 8529 C 513 5 D J3 AZ R27 C45 HS SPY 2282 P P 315011 Y HS-V-228 PILOT SOLENOID ~ 17 C 513 15 D AZ R27 C45 02822 2 A 13 81 H529 J3 HS-SPV 2283 315011 P P Y ol7 HS-V-228 PILOT SOLENOID C 533 35 8 AAZ 0 0 005 02822 2 A 1 3 81 8529 J3

~ HS-.SPV-22C2 A449 P P 31501 Y HS-V-22C PILOT SOLENOID C 513 345 D AZ R27 Chh' I

02822 A 13 Bi 529 83 .1" HS SPV 22C3 A449 P P 315011 Y HS-V-22C PILOT SOLENOID F 17 C 513 345 D AZ R27 Chh 02822 2 A 1 3 81 H529 J3 I

.HS-SPV-2202 P P 315011 - Y HS-V-220 PILOT SOLENOID ~ 17 C 513 355 0 AZ Rg7 C~h 02822 2 ~

A I 3 81 H 529 J3 HS-SPV 2203 P P 315011 Y HS V-22D PILOT SOLENOID ~$ 7 C 513 355 D AZ R27 Chh 02822 2 A 1 3 81 8529 J3 HS-SPV-28A2 P P 315011 HS-V-28A PILOT SOLENOID F 17 R 513 H3/5 ~ 9 R42 HS V 28A+ 02822 2 A 1 3 F 81 8529 F13 HS SPV-28A3 HS-V-28A PILOT SOLENOID 2822 2 A 1 3 81 H 529 503 5 515 F13 P P 0 ~AP 315011 ~ 17 I HS SPV-2882 P P 315011 H RUB PILOT SOLENOt 0 513 H3/5 ~ 6 R42 HS-V 288+ 02822 2 A 1 3 81 H 529 E13 I AllS SPV-2883 P P 315011 I HS-V-288 PILOT SOLENOID F 17 R 513 H~ 3/56 R42 HS-V-288+ 02822 2 A 1 3 81 8529 E13 HS-SPV-28C2 P HS-V 28C F17 P ILOT SOLENOID R 513 H3/6 ~ 4 Rhl HS-V 28C+ 028 2 2 A 1 3 81 11529 '04
PROGRAM C1E-STO MASHINGTON PUBLIC PoltER SUPPLY SYSTEH VNP-2 Cl.ASS IE Eault MENT l.IST PAGE NO 00199 DATE 09/08/82 STATUS + ~ +SEISMIC lS) PARlHETERS~*+ *ENYO (E) PARAMETERS+ EPN HFG HODEL S E QID TH HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOM ACCURACY COHPOSITE EPN s COttTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZOttE

~ tlS SPV 28C3 P P315011 HN STH ISO VLV 28C PILOT SOLENOID ~ 17 R 513 He3/6+I = 'R41 HS-V-28C+

02822 2 A 1 3 81 tl529 FOI II i HS-SPV-28D2 P P 315011 17 MS~280 PILOT SOLENOID 02822 2 A 13 Bl M 529 R 5)3H36 ~ I EOI R II HS V 2801

~ ))-))o3 P P 315011 ~ 17 HS-V-28D PILOT SOLENOID R 513 3/6 ~ 1 Rhi H~ tlS-V 28D+

02822 2 A 13 81 EOI 1 HS-SPV-,3DA A613 C-5216 R R 315008 Y AOS PILOT FOR HS-RV-30 4320 C 517 310 OEG AZ R51 S V-3D+

) 02822 tl 529 K15 ) ~ HS-.SPV-308 A613 C-5216 R R 315008 C 517 310 DEG AZ, RSI HS"RV-30+

M529 "08 HS SPV IAA A613 C-5246 R R 315008 Y AOS PILOT FOR HS-RV"4A 1320 C 517 62 OEG AZ RSS HS-R V-IA+ 02822 2 A I 0 CtE H529 K15 I tIS-SPV-4AB A613 C-5246 R R 315008 Y AOS PILOT FOR HS-RV-4A 1320 C 517 62 DEG AZ RSS S-RV 4 02822 2 A 1 0 CyE tl 529 K15 HS-SPV-IBA A613 C-5246 R R 315008 Y A5 S PILOT HS-RV 48 1320 OR C 547 75 DEG AZ R55 tlS-RV-48+ 02822 2 A 1 0 CtE H529 K15 HS-Sr V-488 A613 C-5246 R R 315008 Y AOS PILOT FOR MS-RV-48 1320 C 547 75 DEG AZ R55 HS RV 18+ 02822 2 A 1 0 CeE 8529 K15 HS-SPV-ICA A613 C-5246 R R 315008 Y 4320 ADS PILOT 02822 FOR 2 HS-RV-4C A I 0 C~E H529 C 547 285 DEG AZ KIS R54 $ ~C+ I MS-SPV-4CB A613 C-5246 R R 315008 Y AOS PILOT FOR RV-4 C 1320 HS C 517 285 OEG AZ RSI HS RV IC+ 02822- 2 A 1 0 CUE H529 K15 I HS-SPV-IOA A613 C-5246 R R 315008 Y 4320 ADS PILOT FOR HS-RV-4D C 517 300 DEG AZ R5h HS-RV 10+ 02822 2 A I 0 CIE tl 529 K15 tls'SPV-4DB A613 C-5246 315008 R R Y 4320 ADS PILOT FOR HS-RV"4D C 547 300 OEG AZ RSI HS"RV-4D+ 62822 2 A i 0 Cyf )t 529 K 15
PROGRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00200 VS~PS G ASS~IVV PIEE QRLlL888 STATUS ~ + ~ +SEISMIC IS) PARAHETERS~a ~ +ENVy IE) EPN DES CR IP T I ON HOOEL BLDG ELEV S DETAIL E~E ZONE 75 HLME~I BLD ~IK~QIS9 SIIE~ISUSS PARAMETERS'FG ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAVING A/E ZONE 2 HS SPV-SBA A613 C-5246 R R '15008 Y. ~ 4320 ~ AOS PILOT FOR NS" RV-58 02822 2 A I 0 CUE H529 Kk&f K15 ll NS-SPV 588

, ADS PILOT FOR NS-RV-58 02822 2 A I A613 0 C~E C-5246 sl 529 C 517 80 K15 R

DEG AZ R 315008 RSS, "" "'.".' '

'v. 'v'. P 'S RV 58+

7 4320 HS-SPV-SCA A613 C-5246 315008 R R Y 1320 AOS PILOT FOR HS-RV-SC C 547 275 OEG AZ RSI MS-RV-SC+ 02822 2 A I 0 CUE M529 K15 NS-SPV-5CB A613 C-5216 R R 315008 ADS PILOT FOR HS-RV-5C 4320 Qe5 02822 2 A I 0 C~ E H529 K15

~

NS TE I A P427 13309679P001 T H 339020 Y 00 YE 5VVVPT~~ONS-RV-2A C 511 Jh/I ~ 8 C45. -. 02822 - 2 A 1 0 M 529 F10 HS-.T -18 PI 27 13309679P001 339020 T H Y 00 00 21 TE DVNSTRM OF NS-RV-28 C 511 L2/I~ 2 C45 02822 2 A I 0 I N 529 FIO I HS TE-hC PI27 13309679P001 T M 339020 00 00 TE OVNSTRN OF HS-RV-2D 24 C 541 J5/7 ~ 2 Chh 02822}}

ML17276B640

Contents

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SUBJECT:

Subject:

Reference:

1.0 INTRODUCTION

SUMMARY

8.0 REFERENCES

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8.0 REFERENCES

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ML17276B640

Text

SUBJECT:

Subject:

Reference:

1.0 INTRODUCTION

SUMMARY

8.0 REFERENCES

SUMMARY

8.0 REFERENCES

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