ML17277A854

Quality Verification Program,Vol 1:Overview Rept,Jul-Sept 1983.

ML17277A854
Person / Time
Site:	Columbia
Issue date:	09/21/1983
From:	Harrold L, Knawa R, Leach M BECHTEL GROUP, INC., WASHINGTON PUBLIC POWER SUPPLY SYSTEM
To:
Shared Package
ML17277A853	List: GO2-83-085, Forwards Quality Verification Program,Vol 1:Overview Rept, Jul-Sept 1983 ML17277A854
References
NUDOCS 8309300196
Download: ML17277A854 (457)

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"8309300196 NL%QNGION PUBLIC POWER SUPPLY SYBZEN WNP-2 PKKECT QUALITY VERIFICATION PROGRAN OVERVI El< REPORT B1KHTtZ ~ CORPORATION WASHINGICN PUBLIC POWER SUPPLY SYSTEM E 6'3 PREPARED BY M. N. Leach, DATE R. L. Knawa, DATE Bechtel Reverification Group Quality Verification Pxogram Manager REVI1'-WED BY N. Powell L. T. Harrold, DATE Manager Project Engineering Deputy Program Director, Engineering T. A.

Project Manager r, H. A. Crisp, Construction Manager D. R. Johnson, R. T. hnson DATE Manager of Quality Proj Quality Assurance Manager APPROVED B C. S. Carlisle, WNP-2 Program Director

QUALITY VERIFICATION PROGRAM PROGRAM OVERVIEW REPORT TABLE OF CON TEN TS SECTION PAGE

1.1 Purpose and Scope

. 1-1 1.2 Implementation. l-l 1.3 Re por ts ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 1-2 2.0 SLNMARY AND CONCLUSIONS. 2-1 2.1 Summary . 2-1 2.2 Results..... 2~2

2. 3 QVP/CAT Comparison. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 2-4

2. 4 Conclusions . ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 2-5 3.0 HISTORY. 3-1 3.1 AC Request and Supply System Response. 3-1 3.2 Restart Program . 3-2 3.3 Management System Improvements. . . 3-3 3.4 QVP Planning and Implementation . ~ ~ ~ ~ ~

'-4 3o 5 Audits ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 3-6 3.6 Reporting to NRC. 3-6

4. 0 PROGRAM DESCRIPTION. 4-1 4.1 Scope . 4-1 4;1.1 Summary of Commitments . 4-2 4.1.2 General Instructions . 4-3 4.1.3 Contract Applicability . 4-5 4.2 Active Contracts. 4-5 4.2.1 Contract Applicability . 4-5 4.2. 2 Program Content. 4-8 4.2.3 Plans and Procedures . 4-8 4.3 Prepurchase and Inactive Contracts. 4-8 4.3.1 Contract Applicability . 4-8 4.3.2 Program Content. ~ ~ ~ ~ 4-9

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TABLE OF COWWTS (CONTD)

SECTION PAGE 4.4 Special Tasks . . 4-10 4.4.1 Deficiency Document Review, 4-11 4.4.2 Personnel Qualifications Review. 4-11 4.4.3 Receiving Inspection Review.. 4-12 4.4.4 Grout Evaluation . 4-12 4.4.5 Cast-In-Place Concrete Evaluation. 4-13 4.4.6 NDE Verification . 4-13 4.5 Special Related Programs. 4-13 Attachment 4-1, Commitment Summary.... ~ ~ . Following 4-14

5. 0 PROGRAM MANAGEMENT . 5-1 5.1 Organization. 5-1 5.2 Program Interfaces. . 5-1 5.2.1 Internal Control . 5-1 5.2.2 Management Involvement 5.2. 3 NRC Involvement.

.. 5-3 5-3 5.3 Reporting .

5.3.1 Internal Program Reports . 5-4 5.3.2 Reports to Management. ~ ~ ~ ~ 5-4 5.3.3 R'eports to NRC . 5-4 5.4 Au~tLL1 ts ~ ~ ~ o ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 5-5 5.4.1 Internal Audits. ~ ~ 5-5 5.4.2 Management Reviews . 5-6 5.4.3 NRC Overview and Inspections . 5-7 5.5 Resources and Cost. 5-8 6.0 METH300LOGY. 6-1 6.1 Sampling Rationale. 6-1 6.1.1 Active Contracts . 6-1 6.1. 2 PPAIA Contracts..... 6-3 6.1. 3 Special Tasks. 6-6 6.2 Inspection Philosophy . 6-7 6.2.1 Generic Problem Areas. 6-7 6.2.2 Personnel Independence . ~ ~ ~ ~ ~ 6-7 6.2.3 Insp ction Scope . 6-8 6.2. 4 Inspection Schedule. 6-8

-TABLE OF CONTENTS (CONTD)

SECTION PAGE 6.3 Inspection -Results Evaluation .

6.3.1 Active =Contracts . 6-8 6.3.2 Prepurchase and, Inactive Contracts 6-11 6.3.3 Special Tasks......... .

6-11 7.0 PROGRAM RESULTS. 7-1 7.1 Active Contracts. . . 7-1 7.2 Inactive Contracts. 7-3 7.3 Prepurchase Contracts . ~ ~ ~ ~ 7-5 7.4 Special Tasks . ~ ~ ~ ~ 7-6 7.4.1 Deficiency Document Review... 7-6 7.4. 2 Personnel Qualifications Review. 7-6 7.4.3 Receiving Inspection Review.. 7-6 7.4. 4 Grout Evaluation . 7-7

7. 4.5 Concrete Evaluation. 7-7 7.4.6 NDE Verif'ication . 7-7 8.0 QVP/CAT COMPARlSON . 8-1 8.1 Scope of Evaluation 8-1 8.2 Program Description 8-1 8.3 Evaluation. 8-3 8.4 Comparison Results. 8-3 8.4.1 Electrical and Instrumentation 8-3 8.4. 2 Mechanical Construction... 8-3 8.4.3 Welding and NDE. 8-3 8.4. 4 Civil/Structural Construction. 8-4

9.0 REFERENCES

9-1 LIST OF FIGURES Fig. 1-1 Quality Verification Program Report Hierarchy . 1-4 Fig. 4-1 How Programs Combine to Assure Adequacy of'NP-2. 4-2 Fig. 4-2 List of WNP-2 Contracts With Safety-Related Work. 4-6 Fig. 4-3 Quality Verification Matrix Saf ty-Related Work . 4-7 Fig. 4-4 Special Related Programs. 4-14 Fig. 5-1 QVP Functional Organization . ~ ~ ~ 5-2 Fig. 6-la Contract 215 Large Bore Hanger Population . 6-4 Fig. 6-1b Contract 215 Large Bore Hanger Sample . 6-4 Fig. 6-2a Contract 218 Cable Termination Population . 6-5 Fig. 6-2b Contract 218 Cable Termination Sample . 6-5 Fig. 6-3 QVP Reinspection Process Logic Diagram. 6-10 Fig. 8-1 QVP/CAT Comoarison Logic Diagram. 8-2

OVERVIEW REPORT OF THE WNP-2 QUALITY VERIFICATION PROGRAM WASHINGTON PUBLIC POWER SUPPLY SYSTEM DOCKET NO. 50-397 SEPTEMBER 1, 1983 SECTION 1.0 INTRODUCT ION

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This section identifies the overall purpose and scope of the Supply System Quality Verification Program (QVP); how, when and by whom it was initiated and implemented; and how it is reported. It also provides a guide through the

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sixty-six reports developed during the course of the program.

1.1 Pur ose and Sco e The purpose of the QVP is to verify the adequacy of safety-related con-struction work ccmpleted in the WNP-2 plant prior to Duly, 1980. This is achieved by a combination of hardware reinspection and documentation re-view for a significant sample of both construction activities perform d on sit and fabrication activities performed off site.

The scope of the QVP is all Quality Class I (QC I) and Quality Class II Seis'mic Category I (QC II SC I) work performed prior to Duly, 1980, the time of WNP-2 Stop Work Order No. 009 (SWO 89). This work is all that could be considered to be safety related, and was performed by seventy-one site construction contractors or prepurchase vendors. Each one of these is addressed by the QVP.

The, QVP was administered by the Supply System and was reviewed by the Supply System Project and Corporate Quality Assurance (QA) departments, the NRC and an independent technical consultant, Technical Audit Asso-ciates, Inc.

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The QVP is divided into three specific program elements:

o Prepurchase and Inactive Contracts (PPhIA) o Systems Completion (for active contracts) o, Special Tasks A diverse group of project organizations were involved in the implementa-tion of the QVP. The following list identifies each organization and its respective activities.

Supply System'QVP Office- Manage Program Review and Approve Procedures, and Reports Perform/Administer Special Tasks Element Administer Prepurchase and Inactive Contracts Element Monitor Performance of Participants Supply System Project h Perform PP&IA Document Review Corporate QA Review and Approve Reports Audit and Surveillance Supply System Project/ Perform Reviews for Special Tasks Element Corporate Engineering Review Evaluations of Relat d Programs Provide Technical Support, Construction Manager Manage Active Contracts (Bechtel ) Perform Contract 215 Reverification Perform QVP/CAT Comparison Perform NDE Verification Perform Contractor Surveillance Perform Audits Prepare Reports Contractor Perform Reinspections Prepare Reports 1.3 ~Re orts The QVP reports have been prepared in three levels of detail. First, this Overview Report presents a compendium of the program, the factors which brought about its implementation, the results of the investiga-tions, and the conclusions drawn therefrom. The second level reports are the three program element reports which provide a summary statement of the total activities performed within the three major elements of the program. The third level reports consist of specific individual'reports on activities within the three program elements.

Four volumes c'ontaining 26,books with 66 individually-approved reports comprise the QYP Library.

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The interrelationship of these reports is demonstrated in Figure l-l, QVP Report Hierarchy.

The amount of documentation and background material for the activities performed in the QVP is voluminous. These records are being integrated into a comprehensive file at the Project records vault.

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OVERVIEK REPORT (VOL. I) BOOK I YOH ARE HERE PREPURCIIASE ANO SPECIAL TASKS SYSTEHS INACTIVE CONTRACT (voL.rrl) COHPLETroN (voL.rr) BOOK 1 (voL.rv)

BOOK 1 BOOK 2 3 BOOK 2 3 4 5 6 INACTIVE DEFI IENCY RECEI VIHG CONCRETE CONTRACTS DOCUHENTATION INSPECTION EVALUATION PREPURCIIASE SPECIAL PERSONNEL GROUT N.D.E.

CONTRACTS PPIA I)UALIFICAZIPNS EVALUATION VERIFICATION OOCUHEN REPORT C-213A C-215 C- 16 C- 17 C- 18 C- 19 C- 20 C-234 BOOK 2 BOOKS 3 10,11 12 13 14 TIIRU 7 SYSTEH REPORTS SENTRY F/L J.C.I.

K.B.G.-HECIIANICAL FIRE PROTECTION ELECTRICAL ICC PIPING P.O.H. T.II.C. O.B.C. O.B.C.

CONTAINHENT H.V.A.C.-PLUNGING COATINGS COATINGS IlUALITY VERI FI CATION PROGRAH REPORT HIERARCHY Figure l-l

SECTION 2.0 SNMARY AND CONCLUSIONS The safety-related work completed at WNP,-2 prior to July, 1980, has been ver-ified by the Quality Verification Program. On the basis.of the Program find-ings, .the Supply System concludes that the quality concerns resulting in the NRC's 50.54(f) request are based upon indications of a quality assurance pro-gram breakdown because of poor performance by one mechanical subcontractor, untimely response to NRC questions on construction quality, and failure to limit the backlog of unresolved deficiencies.

The management improvements, coupled with the QVP reviews and reinspections, appropriate corrective actions by the Project, and other extensive special inspection programs, have resolved the quality concerns which brought about the NRC's request. The safety-related work completed at WNP-2 prior to July, 1980, now meets the requirements for safe operation of the plant.

2.1 ~Summar Major quality issues were identified at WNP-2 by the raising of a number of specific issues during the course of construction, such that the over-all quality program in existence prior to July, 1980, was put into ques-tion. The Supply System responded to this question with a program of reviews and reinspections to address the adequacy of hardware in the plant. The focus of the reviews became th'e Quality Verification Program, which embraced 24 special related inspection or corrective-action pro-grams. The QVP is complete, and its results, along with those of these other related programs, some of which are continuing, provide the assur-ance that the quality of work meets the standard required for safe and reliable operation of the plant.

The construction of WNP-2 comprises some 200 contracts. 'Of these, 71 contain safety-related work that was accomplished prior to July, 1980.

The QVP addresses a that prior work by sample hardware inspections and

. document reviews in three major areas:

S stems Com letion (Active Contracts) - This task reviews the work performed by eight site construction contractors active after re-start of construction in mid-1981.

Pre urchase and Inactive Contracts - This task covers 49 procurement contracts, and 3 site construction contractors no longer active at the time of the stopwork in mid-1980.

S ecial Tasks - Six tasks which are not addressed in the other two e emen o e program, respond to specific questions raised in the NRC's 10CFR50.54(f) request.

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The program was conducted by an organization with no direct involvement in construction of the plant. The effectiveness of this independent group was periodic'ally tested by management to assure that the objective of verifying the adequacy of prior construction was met, and that priori-ties were maintained. This was accomplished by management reviews and independent quality assurance audits.

Regular frequent reports were required to inform the Supply System and the NRC of program activities and results. NRC's interaction provided a critical overview of the program to assure commitments were met and implementation was adequate.

It is estimated that about le5 million manhours of effort and 42 million dollars in cost were invested to determine the adequacy of prior con-struction at WP-2, including special related programs.

The process of selecting a representative sample of hardware began with a determination of the population of work completed and accepted prior to Duly, 1980, and not reworked or subsequently reinspected by another spe-cial program. Such special programs were evaluated for their contribu-tion to fulfilling the objectives of the QVP and, if qualified, the rein-spections were not repeated. Hardware samples for reinspection by QVP were selected at random by major commodity from within each contract, and documented prior to inspection.

Reinspections w re conducted in a manner that assured suspected problems based upon previous review findings were sought wherever possible, and that personnel performing the inspections were not those who originally inspected the hardware. The inspections accomplished by the QVP did not include disassembly of plant components (some valuable related programs evaluated by QVP did perform component disassembly and detailed inspec-tion), however, QVP inspections included some specialized testing. Cur-rent work procedures and instructions were used to inspect the work in order to benefit from the improved procedures resulting from, the earlier Restart Program.

Reinspections were performed by active contractors'C inspectors with appropriate surveillance by the Construction Manager (CM), except in the case of the mechanical contract, which was inspected by the CM's own QC Engineers. All other reviews and reinspections were conducted by the Supply System or CM personnel.

Results of the reinspections were compiled and evaluated to determine the safety significance and trends of identified deficiencies. Based upon this evaluation, inspection samples were increased to focus on the speci-fic problems or characteristics identified by. trend analysis.

2.2 Results In the area of mechanical construction, 128 piping isometrics and 661 supports were reinspected. These comprise 10,000 welds. The construc-tion of mechanical components was found to be acceptable, with two exceptions: 1) undersize welds on pipe supports, which was resolved by 2-2

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the Project's initiation of a repeat as-built program, engineering an-alysis, and rework where necessary; and 2) undersize welds on small-bore socket-weld fittings, which was resolved by engineering evaluation and additional reinspection by the Project.

The containment vessel and associated piping and structures were verified by reinspection of 280 feet of welds and 82 hardware items, and review of quality and test records,, resulting in the determination that the con-tainment installation is acceptable. Other indicators of vessel con-struction quality were provided by the NOE Verification Task.

The reinspections -in the civil/structural ar a included 189 structural steel items comprising approximately 2500 welds. Early in the program a large number of minor discrepancies were identified, evaluated, and accepted by the designer. Generic reinspection acceptance criteria were developed to eliminate the repetitious process of documentation, analy-sis, and acceptance of these items. The reinspections resulted in the structural steel being found acceptable with three exceptions: 1) also determined early in the program, bolting of framework in the containment drywell was found to be incomplete, and was resolved by a 100% reinspec-tion/retorque program; 2) two connections uere misaligned and had under-size welds, which were reworked and caused reinspection of the two re-maining like connections (they were acceptable); and 3) two welded beam comections were found unacceptable, which were reworked and caused rein-spection of all remaining similar connections (also acceptable).

Concrete was not reinspected in this. Program. However, a technical eval-uation of procedures, specifications, and quality records was performed revealing that, although there were a number of previously-recorded and accepted deviations from the requirements for reinforcement, consolida-tion, and formwork, the finally-completed concrete structures are accep-table. The NRC Construction Appraisal Team's recent inspection also identified similar deviations. These do not appear to be serious faults affecting the integrity of the concrete structures, however, the Project investigated this matter further and provided a resolution to the NRC.

All types of grout installations were sampled and destructively tested for compressive strength. Sand-cement grout was found to be deficient in certain applications. These deficiencies have been corrected and/or identified for replacement so that all grout is acceptable.

In the heating, ventilating, and air-conditioning (HVAC) area, 109 duct-work items, 25 supports, 'and 18 equipment components were reinspected.

Very few minor deviations (not safety significant) were identified, leading to the d termination that the HVAC installation is acceptable.

The reinspections in the electrical area included 293 cables (comprising 16 miles of cable), 1516 terminations, 13 equipment components, and two containment penetrations. There were only minor deviations from the requirements for this work. One questionable trend was identified, that of crimping on terminal lugs, which is resolved by the,lOOX coverage of terminations in system line-up testing by the Supply System. Aside from this trend, the electrical construction is acceptable.

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Although the majority of electrical raceways and supports were installed prior to Duly, 1980, they were not reinspected in the QVP because they had not been final-inspected and accepted at that time. Inspection of conduits, trays, and supports are covered by current programs using pro-cedures that were approved during the Restart Program.

In the area of instrumentation, 61 instrument racks, 251 local instru-ments, eight miles of tubing, and 4500. supports were reinspected as a part of the contractor's 100K as-built/reverification program. Devia-tions from the requirements for the work were few, but were corrected as part of the program; This 100K examination assures that installation work associated with instrumentation is acceptable.

The applicable portions of fire protection systems in the plant were also reinspected, .including 400 conduit supports and 49 fire-extinguisher brackets. Only a few very minor discrepancies were identifi d in the reinspections, leading to the assessment that the work is acceptable.

Repeat nondestructive examination was performed for 60 radiographs, 60 penetrant tests, and 95 magnetic-particle tests. The NDE work was found to be acceptable. During the repeat examinations a welding problem was identified on a containment attachment, which is currently being addressed by the Project.

Long-lead procurement items were verified by reinspection of 87 equipment

'components, technical review of 155 procedures, industry validation of 35 vendors'ualifications and experience, and review of quality 'records for 49 contracts. Hardware furnished by these vendors was found satisfac-tory. The review of records led to identification of a generic testing deficiency associated with cranes and hoists, which is resolved by a 100K retest program.

Personnel qualifications of engineering, NDE, QC, and construction per-sonnel were verified by acceptability of the work and associated records reviews. Qualifications of the personnel involved in the work were found acceptable.

Receiving inspection activities were found to be generally ffective in identifying discrepant material, as verified by hardware reinspection of installed items and repeat receiving inspection of stored material.

Technical disposition of deficiency and design-change documents was veri-fied by independent review of 807 documents for technical adequacy. All were found to be correct.

QVP/CAT Com arison As the end of QVP activities approached, and the Project neared comple-tion, the NRC Office of Inspection and Enforcement sent a Construction Appraisal Team (CAT) to assess the adequacy of safety-related construc-tion at WNP-2. The CAT devoted some 2000 manhours of inspection effort at the plant to that end. A comparison of the CAT's insp ction results 2-4

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with those of the QVP was requested by NRC, Region V, to determine whether the CAT inspection undermined or confirmed the QVP results. The comparison was performed on reinspected items installed prior to July, 1980, and it was determined that where the same hardware items were in-spected by both CAT and QVP, the results were identical. Where similar hardware components were inspected, the CAT inspections confirmed the findings of the QVP with the following exceptions:

o Concrete - QVP verification of concrete construction in the plant was accomplish d by technical review of requirements and records.

CAT inspections included field tests for compressive strength and physical excavation of cast-in-place members to expose and check reinforcement'. The results in each program have similar findings, and the QVP review shows that the Project identified and addressed deficiencies during installation. A separate report responding directly to the CAT inspection addresses the concrete issues.

o Weld-0-Let Weld Size Undersized welds for weld-o-let fittings were found in the CAT inspections but were not identified by the QVP.

The Project has now reinspected all such fittings for weld size.

2. 4 Conclusions The NRC's 50.54(f) request directed the Supply System to respond with a plan to review completed safety-related work to determine whether the quality assurance program at WNP-2,.was adequate to assure the work was properly performed.

The Supply System has completed its programs of review and reinspection to the depth necessary to respond to questions asked in the 50.54(f) re-quest. These questions are repeated below with summary responses based on the culmination of these programs.

o Were there cases where the required ualit rocedures and s ecifi-cations were not a lied to the work?

The results of the QVP reinspections show that, although there were a few deficient areas and isolated deficiencies, the work is accep-table and, therefore, meets the requirements of the procedures and specifications. The reinspections were performed to current re-quirements to take advantage of the software improvements made in restarting the work in 1981. Review of a sample of procedures in place at the time of the work indicate those procedures would assure production of quality work, in spite of a few procedure discrepancies.

The review of completed work (not already covered by special pro-grams) generally shows that quality procedures were applied and re-sulted in acceptable construction. Two areas of pervasive defic-iency were apparent: crane testing and undersized socket welds on small-bore flange fittings, which were resolved as discussed in Section 2.3.

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L' o Were there instances in which im ro erl uglified ersonnel er-formed and ins ected the work?

QVP reviews show that there were instances in which improperly qual-ified personnel were involved in the work. The reviews also show that the Project's quality programs were effective in identifying those instances, in that the QVP detected only isolated occurrences of improperly qualified personnel being missed by past or current quality programs.

Were recei t ins ection re uirements followed for contractor ro-duced items and wh weren't deficiencies detected durin recei t ins ection?

Procedure deficiencies of a non-technical nature were identified for some contractors'eceipt inspection activities. One contractor was found, by the quality program in effect at the tim, to have:signi-ficant problems with material segregation and storage. QVP reviews, along with other recent reviews performed by the Project, show that safety-related material in storage at the time of restart of con-struction meets, the specified requirements. The hardware reinspec-tions and record reviews conduct d in the QVP have shown that material installed also meets the requirements.

o Were correct dis ositions made for nonconformance re orts desi n chan es field chan e re uests and information re uests?

The results of technical reviews of documents which disseminated technical information, and of the procedures used to control them, show that these documents were dispositioned competently and accept-ably by the A/E's engineers and the contractor's engineers.

On the basis of review of existin records and a sam lin of re-viousl ins ected work are ualit and test records associated with the work cpm lete and accurate'?

The reviews and reinspections of thousands of hardware components show that the quality and test records accurately represent the ade-quacy of the installations in most cases. There were cases of in-adequacy of records and cases of difference between the records and the installation. In those instances, corrective action was initi-ated,to completely resolve the problems, and extend d as necessary to address the generic implications.

The safety-related work completed at WNP-2 prior to Duly, 1980, has been verified by the Quality Verification Program. On the basis of the Pro-gram findings, the Supply System concludes that:

o The quality concerns resulting in the hRC's June, l980, 50.54(f) request are based upon indications of a quality assurance program 2-6

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breakdown because of: 1) poor performance by one mechanical sub-contractor (Leckenby Company), 2) untimely response to NRC questions on construction quality, and 3) failure to limit the backlog of un-

'resolved deficiencies.

Managem nt improvements, coupled with the Quality Verification Pro-gram's reviews and reinspections, appropriate corrective actions by the Project, and other extensive special inspection programs, have resolved the quality concerns which brought about the NRC's 50.54(f) request.

o The major construction-related quality problems at WNP-2 had been identified by the Project prior to commencement of QVP reinspec-tions. Special'programs were established to resolve these problems, with the results that few major problems were identified by QVP reinspections and reviews.

o The safety-related. work completed at WNP-2 prior to Duly, 1980, now meets the requirements for safe operation of the plant.

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SECTION 3.0 HISTORY A complete understanding of the QVP requires some knowledge of the background events leading to development of the program and its implementation. This section provides such a chronology of participants'ctions ultimately leading to verification of the adequacy of hardware in the plant.

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3.1 NRC Re uest and Su 1 S stem Res onse The Director of the NRC's Office of Inspection and Enforcgmqnt (IE) said in his June 17, 1980, request regarding Quality Assurance<1> under 10CFR50.54(f), that the IE staff did not have sufficient information at the time to conclude that WNP-2 was being constructed ig qompliance with the construction permit. On the same date, he notified<2> the-Supply System of a number of items not in compliance with conditions of the facility license, and imposed certain civil penalties.

The 50.54(f) request letter instructed the Supply System to submit a plan and schedule for reviewing completed safety-related work accomplished by contractors who did not have NRC reviewed quality assurance programs, to assure such work was properly performed.

On July 17, 1980, the Supply System responded(3) to the Commission's "

instructions and regulations with a plan and schedule which detailed specific commitments to ryview the completed safety-related work in the plant and issued SWO 89(4> to stop safety-related work until problems were resolved. The Supply System's review plan became known by the acronym RCSW (Reverification of Completed Safety-Related Work), and addressed review of the work by contracts: active site contracts, pre-purchase contracts, and already-closed site contracts. The review covered short term, intermediate, and continuing phases of evaluation, and was accomplished by three task forces:

o Task Force I, which was to expedite the resolution of an outstanding backlog of problems and concerns on the project.

o Task Force II, which was to verify that previously completed work is adequate.

o Task Force III, which was designed to assure that=management systems used to control continuing work were adequate.

Superscript numbers in oarentheses of References correspond to it ms in Section 9.0, List 3 - 1

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The work of Task Force II specifically became the RCSW Program, or "Re-verification Program" and ghq Supply System notified the NRC in its first bi-monthly progress report<>> that because of the enormity of this task, the work was being divided into two phases:

o Phase I would cover review of contractors'rocedures for control of on-going work, and verification of very-recent construction. (This activity becam the Restart Program.)

o Phase 'II would cover verification of safety-related work completed prior to the time work was stopped.

The second progress report('5) informed the NRC that Task Force II was again refocused to delete hardware reinspections from Phase I; that the verification of hardware would be completed at a later date; and that plans for this effort were being formulated and expect d to be in place by February 1, 1981. The main thrust of Project activities at this point became the release of work for construction by commodities following com-pletion of Task Force efforts, with the exception of Task Force II, Phase II. For example, late in January, 1981, repair of the girth weld on the Sacri-ficial Shield Wall was restarted.

Planning for the Task Force II, Phase II effort (which was to eventually become the QVP) began in earnest early in 1981 when management emphasis shifted to verification as restart reviews were being completed. Mean-while, management improvements were being made which would strengthen the project's Nility to complete the plant successfully. These points are discussed later in this section. For completeness of this historical account, some brief information about the Restart Program is provided immediately hereafter, as it related to the QVP.

A plan(7) listing all of the review actions required for the restart of safety-related construction stopped by SWO 89 was provided to the NRC with the Supply System's first progress report. These review actions included:

o Listing of safety-related (QC'I SC I and QC II SC I) contractor work activities.

o Identification and resolution of the backlog of contractors'on-cerns which could affect restart (e.g. NCR dispositions, approved drawings, reviewed procedures, etc.).

o Evaluation of contractors'hen-current work and inspection controls to assure quality controls were effective:

Review of procedures for proper approval; incorporation of SAR, specification, code, and standard requirements; and qualifica-tion of welding and special processes.

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Review of personnel qualifications and training.

Review of documentation to determine the then-current backlog, completeness, traceability, legibility, and adequacy of the contractors'eviews.

Assessment and statusing of 50.55(e)s, Part 2ls, NRC concerns, NCRs, CARs, audit findings, and deficiency trends.

o Independent review and assessment of the results of the above, cul-minating in an objective evaluation of the safety-significant work to be restarted, to assure that:

Minimal risk of quality problems would result from the resump-tion of work.

Reinspection of previously completed work would not be prevented.

Full compliance with the work requirements was achieved.

Upon satisfactory completion of the reviews of the Restart Program, each contractor was released to restart work by Project direction, under NRC observation. All contractors performing safety-related work were re-leased, or conditionally-released, by mid-1981., A conditional release carried with it a commitment to complete a specific review activity, usually on only a small portion of the work. Only upon documented com-pletion of such a commitment was the contractor Unconditionally released for restart of construction.

The summary findings of the Restart Program, which could provide insight into potential areas where quality problems might exist, were us d in planning the reinspections of the QVP, as discussed in Section 6.0.

3.3 Mana ement S stem Im rovements In the same time period as the Restart Program was conducted, the Supply System was strengthening management of its projects. The Supply System decentralized the authority for each project so that more direct manage-ment attention coul'd be provided at the sites for timely response to con-struction problems that arose. Program Directors were assigned at each project. Also, a Corporate Nuclear Safety Director was assigned to as-sist with the resolution of safety issues as they arose.

At the WNP-2 Project, the Bechtel Power Corporation (BPC) was engaged as the Construction Management and Construction Compl tion Contractor, which, in addition to bringing its experience and expertise to the Pro-ject, provided the opportunity to focus the Burns and Roe, Inc. efforts on the Architect/Engineer (A/E) Function. Burns and Roe (BRI) became responsible for only engineering and could concentrate on completing the design. A Richland office having full technical authority was established,

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by the A/E, which significantly improved the A/E's participation in reso-lution of field problems, responsiveness in resolving design problems, and technical interface with Supply System Engineering.

As Construction Completion Contractor, BPC assumed responsibility for the mechanical piping systems, following completion of the bulk construction by the major mechanical contractor. The mechanical contractor was re-sponsible for installation of most of the plant's safety systems, and may have been largely responsible (through lack of control of a subcontract-or) for the quality issues leading to the NRC's 50.54(f) request and work stoppage.

Bechtel continues in this construction-completion role today. As bulk construction is completed by the site contractors, the finish work in each system is accomplished by BPC to the point where each system is ready for "turnover" to the Supply Syst m's Test and Startup (TISSU) or-ganizatiog for preoperational and acceptance testing. A Systems Comple-tion Plan<8> outlining the verification activities to be accomplished on past work taken over by BPC during this phase of construction is part of the original QVP program description.

3. 4 QVP Plannin and Im lementation Early in 1981, with Restart Program reviews well on the way to comple-tion, planning of the verification reinspections of hardware began.

Project management review of each stage of development of the plan for this work was accomplished through detailed presentations and technical discussions and critiques. In May, 1981, the program was sufficiently scoped and d fined for informal presentation and review with NRC Region V repreyeqtatives. This program was titled "Quality Verification Pro-gram"<9> so that a clear distinction could be drawn between this and previous efforts called "Reverification" which did not include reviews of quality records and reinspection of hardware items. It is not d, how-ever, that BPC's participation in the QVP is reported and referred to as "Reverification" because in its construction parlance, "verification" is accceplished while performing its normal quality assurance functions.

For the practical purpose of understanding the many QVP reports, the terms are considered synonymous.

Having evolved from the planning effort, the QVP was established as a program which would address the adequacy of past work and its supporting documentation through an integrated arrangement of record reviews and hardware reinspections, utilizing resources of the Supply System, BPC, and the active contractors. After a series of presentations and reviews conducted throughout its development, the QVP was approved by WNP-2 Pro-ject management in June, 1981, and inaugurated by issuance of an instruc-tion manual at an indoctrination presentation to key managers and Program participants. Personnel training and contractor indoctrination was ac-complished immediately thereafter, and performance qf the review acti-vities by the participants followed. Procedures<10> were prepared for performing the work in this Program, and all participating contractors were required to have approved reverification plans in place prior to commencement of reviews and reinspections.

3-4

0 While a more complete description of the provisionsof the QVP is pre-sented in Section 4.0, the following information is provided to identify the major participants:

o Pro ram Mana ement The Supply System established an independent QVP office attached to its Construction Management Department to manage and report verifi-cation activity. This office, under a QVP Manager, was responsible for,directing and monitoring the efforts of participants and report-ing to Project management in frequent reports and presentations, and reporting to the NC through the Program Director's bi-monthly pro-gress reports.

o S stems Com letion This element of the QVP was established to verify the work of active site contracts and was accomplished by the Bechtel Reverification Group (BRG). The name of this task is derived from BPC's systems completion responsibility. The BRG managed the construction con-

'tractor participation in the program, performed the reviews and re-inspections of the former mechanical contractor's work, and re-gularly reported to the Supply System.

o Pre urchase and Inactive (PPhlA) Contracts This element of the QVP addresses the. verification of work performed by closed site contracts and prepurchase contracts, and was accom-plished by the Project QA organization. Verifying these contracts by record review and contract history review was nearly completed in early 1983, when the NRC raised questions on the ability of such reviews to provide adequate confidence of hardware quality, 'compared to that which can be achieved by sample reinspection. Additional review of the work accomplished in these contracts, including hard-ware reinspection, was performed by BPC forces in mid-1983..

This element of the QVP was established to address issues not logi-cally covered above, and was accomplished by QVP office forces.

There are six issues; three were originally committed and answered specific questions of the t@C's 50.54(f) request, and three were added during the course of the program.

QVP review and reinspection activities commenced late in 1981 and were completed by mid-1983. Technical analysis of results, as well as evalua-tion of deficienci s identified during the course of the work, was per-formed by the A/E, with assistance and consultation by BPC, the Supply System and others. This analysis of results and report preparation got underway in early 1982, and is now complete.

3.5 Audits Beginning with the Project management reviews of QVP planning, this Pro-gram and its participants have been repeatedly scrutinized by Supply Sys-tem management and quality assurance organizations until completion of the Program, including their review and acceptance of this report.

Thirteen formal audits of this Program or its activities were conducted during the course of the work, including thorough management assessment and independent consultant evaluation of the Program philosophy and methods. Seventy-five surveillances by QA/QC organizations verify that review activities met requirements. Periodic presentations were required by'Project management to assure that commitments were met and the Program continued to meet its objectives.

The t@C's regional office sent a team composed of five senior staff mem-bers to the Project site in February 1983, to evaluate performance and results of the QVP. Additional work was committed to resolve questions arising from this evaluation.

The above audits and evaluations of this Program are more fully discussed in Section 5.0.

3.6 Re ortin to the NRC In its response to the NRC's 50.54(f) request, the Supply System stated that reports of the verification activities would be provided to the Region V office at two-month intervals. These bi-monthly progress re-ports were continued until the eleventh report covering May and June 1982, when, by agreement with the Regional Administrator, a quarterly reporting interval began.

I The Supply System's reports summarize the progress and results of the verification activities and generally kept the regional office apprised of quality issues associated with verification of past work. These reports do not address construction in progress.

Periodic presentations were made to the Regio'n V staff during the course of the QVP, usually as a part of Project me tings. During the planning activity, in April 1981, the Program Director addressed the QVP in a me ting at Walnut Creek. In subsequent meetings (which included QVP as an agenda item) the QVP Manager presented timely information of Program interest.-

A more complete summary of Supply System/Region V interactions is pro-vided by the following chronological listing of. major events associated with the QVP. NRC involvement is discussed further in Section 5.0.

06/17/80 10CFR50.54(f) Request Regarding Quality Assuranc, to NO Strand, WPPSS, from Victor Stello, Jr., NRC 07/17/80 Supply System Response, Notice of Violation h Additional In-formation 10CFR50.54'(f), to Victor Stello, Jr., NRC, from NO Strand, WPPSS

07/31/80 WNP-2 Project Restart Plan approved by Supply System 10/16/80 First Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from Rl Ferguson, WPPSS 11/12/80 WNP-2 Management System Description, to RH Engelken, NRC, from RG Matlock, WPPSS 12/29/80 Second Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 01/23/81 WNP-2-WBG-215-F-81-0183, "Release of Sacrificial Shield Wall Girth Weld Repair", to PJ Garcia, WBG, from GI Wells, WPPSS 03/12/81 Third Progress Report 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS - QVP Planning Under Way 05/15/81 Fourth Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 06/19/81 Quality Verification Program Begins: PresentationsEndoctrin-cations, Procedures 07/01/81 Fifth Progress Report 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 09/04/81 Sixth Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 11/06/81 NRC Region V Meeting (Walnut Creek, CA) Project Status Review, QVP Presentation, RG Matlock, et al ll/19/81 Seventh Progress Report 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS - QVP Reinspection Under Way 01/28/82 Eighth Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 03/26/82 Ninth Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 06/10/82 Tenth Progress Report 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 08/09/82 Eleventh Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 10/19/82 -Twelfth Progress Report - 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 01/14/83 NRC Region V Meeting (Walnut Creek, CA) Project Construction Status Review, QVP Presentation, RG Matlock, et al 3- 7

01/24/83 Corporate Licensing 8 Assurance Audit of QVP,, Audit 83-242, conducted Ol/24-31/83 01/27/83 Thirteenth Progress Report 10CFR50.54(f), to RH Engelken, NRC, from RG Matlock, WPPSS 02/15/83 Introductory Presentation to NRC Region V Task Team, Inspection of QVP at WNP-2, conducted 02/15-18/83 03/17/83 NRC Region V Meeting (WNP-2), Task Team Findings on QVP 03/30/83 NRC Region V Meeting (Walnut Creek, CA) Pro,ject Status Review, including QVP, RG Matlock, et al 04/18/83 Transmittal of Commitment Summary in regard to NRC's 50.54(f)

Request dated 06/17/80. Summary dated 04/01/83 04/26/83 Fourteenth Progress Report 10CFR50.54(f), to JB Martin, NRC, from CS Carlisle, WPPSS 05/16/83 NRC Construction Assessment Team (CAT) =Inspection of WNP-2, conducted 05/16-27/83 and 06/07-17/83 06/07/83 NRC Region V Me ting (Walnut Creek, CA), Project Status Review, QVP Presentation, Detailed Work Discussion, DW Mazur, CS Carlisle, et al 06/21/83 NRC Region V Meeting (WNP-2), QVP Presentation, DW Mazur, CS Carlisle, et al 06/22/83 NRC CAT Inspection Exit Meeting 3-8

h I

SECTION 4.0 PROGRAM OESCRIPT ION The basic program to accomplish the reviews and reinspections of hardware at WNP-2 is described in this section. This description includes an overview of the major tasks/elements of the QVP, and the procedures and instructions used by the participants. It also identifies the contracts covered by the reviews and compares the reviews accomplished with. the Supply System's original com-mitments to the NRC.

4.1 ~Sco e The QVP is the last remaining element of the program initiated in July, 1980, following the commitments made by the Supply System in response to the NRC's 50.54(f) letter. The scope of the program is the performance of those activities necessary to verify the adequacy of safety-related work'in the WNP-2 plant completed prior to July, 1980. For the purpose of QVP, safety-related work is d fined as any work which is designated by the Project as QC I or QC II SC I. This work is all that could be con-sidered to be safety-related. A much smaller population of items can be considered critical to the safe operation of the plant; however, the de-finition of "critical" is subject to some engineering judgement. The inclusion of all QC I and QC II SC I hardware in the QVP is a conserva-tive approach to verifying the adequacy of safety-related hardware and installations in the plant.

The verification reinspections conducted in this Program were accom-plished primarily by complete visual techniques. There are exceptions, however, where additional physical testing or destructive work was per-formed. In each such case, the benefits of more complete information were weighed against the consequences of destroying complet d work.

The QVP serves to assure the adequacy of construction at WNP-'2 prior to July, 1980. The work performed after July, 1980, is outside the QVP scope because and QA program.

it has been performed under an improved manag..ment system This is described in Section 6.0. The combination of the QVP to verify past work, and the improved QA programs to control new work, serves to assure the adequacy of all the work performed at WNP-2 during the entire construction period.

The QVP consists of two types of inspection/review activities. The first type is the direct Program activity. This activity is divided into three major elements:

o Active Contracts o Prepurchase and Inactive Contracts o Special Tasks

0 These three elements of the direct portion of the QVP are described in Sections 4.2, 4.3 and 4.4. The second type of inspection/r view activity is the indirect programs which are referred to as "related programs" and are described in Section 4.5. These programs were performed outside the formal QVP organizational structure, but were evaluated to determine compatibility with QVP objectives.

A diagrammatic representation of how all the above programs combine to assure the adequacy of WNP-2 is shown in Figure 4-1.

>>SHED BEFOG<

~0+g 4 a<a 9, SPECIAL ANCHOR TASKS BOLTS PP 6 IA SAc

~Q 0Q CONTRACTS SHLD WALL Q aD Q STRUC. STEEL SYSTEMS SPLT~RS CPMPL

~~CH~+"

'c I'L.Y S~

s goGS>,

AFTER JUI-~'igure 4-1 4.1.1 Summar of Commitments A number of commitments were made to the NRC by the Supply Sys-tem in the response to the NRC's 50.54(f) letter, as discussed in Section 3.0. The Project initiated three task forces to perform these committed actions:

I' o Task Force I- Reduce Problem Backlog o Task Force II Reverification of Completed Saf ty-Related Work Phase 1 - Restart Phase 2 QVP o Task Force III - Management System Improvements The above commitments have been uniquely identified in a docu-ment entitled Summary of Commitments. This document generally describes the activity which responds to each commitment and is included as Attachment 4-1.

General Instructions The instructions for Task Force II are included in the Rgveqi-fication of Completed Safety-Related Work (RCSW) Manual.<>>>

Volumes I and II of the RCSW Manual contain the instructions for the Restart Program (Phase 1 of RCSW). The Restart Program for each contractor has been reviewed by the NRC and will not be discussed further.

The general instructions for the QVP are contained in Volume III of the RCSW Manual. These Quality Verification Instruc-tions (QVI's) are described briefly below:

QVI-Ol - Qualit Verification Pro ram This instruction identifies the activities necessary to verify the adequacy of safety-related work in the WNP-2 plant completed prior to July, 1980. These activities comprise the Program implemented by the WNP-2 Pro.ject.

The Supply System's Construction Management organization is responsible for this Program.

QVI-02 Qualit Verification Or anization and Functional Responsibilities This instruction describes the organization and functional responsibilities for fulfilling the requirements of the QVP. The functions of organizations performing activities in this Program are establish d in this instruction.

QVI-03 - Qualit Verification Pro ram Accountabilit This instruction establishes WNP-2 Project organizational responsibility for the activities necessary to implement the QVP. It is used by Project participants to identify overall scope of their activities, and authorizes them to proceed with the Program.

l QVI-04 De ficienc Document Review This instruction describes the process for performing re-views of deficiency documents to establish whether or not the dispositions of nonconformances, design changes, field change requests, and information requests, were techni-cally correct.

QVI Evaluatin S ecial Reviews for Qualit Verifica-tion Pro ram Credit This is an instruction for evaluating special inspections or reviews performed by Project organizations or site con-tractors to correct identified deficiencies. The objec-tive of this evaluation is to determin'e whether or not those inspections or reviews meet the objectives of the QVP and if so, document the results and acknowledge credit.

QVI-06 - Pre urchase and Inactive Site Contracts Evalua-tion and Se ect on for Reins ection This instruction describes the methods utilized to evalu-ate QC I and QC II SC I prepurchase and inactive site con-tracts to determine the need for verification reinspection.

QVI-07 - Active Site Contracts Evaluation and Selection This instruction describes the methods utilized to record the decision not to perform quality verification reinspec-tion on QC I and QC II SC I active, site contracts.

QVI-08 Reverification Ins ection Team Conce t This instruction describes the team-concept method to be used for verification reinspections of hardware at WNP-2.

The team-concept method encompasses documenting and resolving discrepancies in the field. This QVI is appli-cable to reinspections for those contracts determined on a case'basis by the Supply, System QVP Manager.

QVI-09 - S ecial Structural Steel Reins ection Criteria This instruction describes the criteria to be used to determine the sicpificance of discrepancies discovered during the verification reinspections of structural steel welding at WNP-2.

QVI-08 and -09 were mainly used for the reinspection of hard-ware installed by contract 215, but were also used for rein-spection of piping supports installed by contract 233, under 4-4

t~

t

the special PPhIA program. A description of the development of these two instructions is included in the Contract 215 Reveri-fication Report (Vol. IV, Book 3).

4.1.3 Contract A licabilit The construction of WNP-2 comprises some 200 contracts. Of these, 67 contain safety-related work that was accomplished prior to July, 1980. For the purpose of the QVP, these con-tracts can be categorized as one of the following:

o Active Contract - a contract which installed QC I or QC II SC I hardware prior to July, 1980, and was restart d in 1981.

o Inactive Contract - a contract which installed QC I or QC II SC I hardware prior to July, 1980, and was either closed prior to Restart or realigned at the time of the Restart Program.

o Prepurchase Contract - a vendor supplying QC I or QC II SC I hardware to the Supply System prior to July, 1980.

A list of all contracts which contain safety-related work com-pleted prior to July, 1980, is provided in Figure 4-2. This figure identifies the contracts as active, inactive or prepur-chase contracts, and their respective elements of the QVP. The list in 'Figure 4-2 results from an initial list committed by the Supply System's 50.54(f) response letter, plus others sub-sequently identified. Four of the original contracts listed were found to have not actually furnished safety-related hard-ware; these are also identified in the, figure.

The scope of work within the QVP can be divided into a number of major activities. Figure 4-3, Quality Verification Matrix, shows a method of dividing this work (by critical construction activities), and identifies. the approximate work status as of June, 1980; the contracts responsible for the work; and the direct and indirect elements of the Program which serve to assure the adequacy of the plant.

4.2 Active Contracts 4.2.1 Contract Ao licabilit The Construction Completion Contractor, BPC, was responsible under the Systems Completion element of the QVP for'the re-inspection of nine active site contractors. These contractors are identified in Figure 4-2.

4-5

l e

Contract rkr. Contr ctar Oescriatfcn af Contract Wazk PtttS El~t 2 General Electrfc Nuclear Stem Supply PP 7 Battellc Northwest Meteorological Study PP 17 Pathway Bellows Refuel fng Bellows PP 18 Farr Ccepany Standby Gas Treat~t 4 HEPA FLlters PP 22A Joy Manufacturing HVAC Fans PP 23 Byrcn Jackson Standby Service Water Pumps PP 24 WICO, Inc. Shop Fabricated Tanks PP 28 Buffalo Forge HVAC Fans PP 31A Whiting Overhead Building Cranes PP 32CO Clayton Jfb Cranes PP 35A Crane Co. Pusps and Motors PP 36 Acre Concrete Production 4 Oelivcry of Cancrete PP 41A Velan Nuclear Valves PP 418 Anchor/Oar ling Nuclear Valves PP 42A Ffsher Cantrols Ccntro) Valves PP Q3w Fisher Controls Central Valves FP 47A West~ause Switchg ear PP 48 Westfnghclsc 480 Volt SubstatLan PP 49 I T E Iaperfal Motor Control Centers PP 51A ESB, Inc. Batteries PP 518 Power Conversion Battery Chargers PP c2% Solid State Cantrols Lhfnterruptfble Power Supply PP 53 Stewart Stevcnsan Oicsel Generators PP 55 Mestfnghouse Cantafnscnt Electrical Penctrations PP 57 Kfnesetrfos Acceleroecters PP 58 Jelca Instrrsacnt Racks PP 59 General Electrfc Instrurent 4 Control Boards PP 60Aw Sentry Equi pzent Carp. Saznpf fng 4 Analysis Systese PP 62A Occnftc Electrical Cable PP 628 Rayches Elcctricai Cable PP 62C Rockbcstos Electrical Cable PP 67 H K Porter Air Handling Lhfts PP 68 8 IF IsolatLcn Valves PP 69 Velan Cede Valves PP 71 Afr Products 4 Cheaicals Hydrogen Re~incr PP 73 Elgar 15KVA Inverters PP 90 Leckcnby PLpe Whip Restraints PP 92A Ingersoll Rand Sacpling Probes PP 9K Kaman Scfences Radiation HonitorLng PP 93 GFE Controls , Vaaam Breaker Valves PP 94 8 F Shaw HSRV Ofscharge PP J)5 Stewart Erikson Reactor Buflding Substnscture IA 206 Bavee Crail General Construction IA 206A Peter Kiewit Sons Architectural Constzuction IA 207 Pf ttsburgh~sMofncs Structural Steel IA 209 Rigging International Rigging af Reactor Pressure Vessel - IA 210 Peter Kiewit Sans Azchf tecturaf Construction IA 213 P! ttsburgh~sHofnes Priory Contafrment Vessel IA 213A Pittsburgn~sHofnes Ccntafnnent MadLfications A

'215 MSH/Baecan/GER I. Mechanical A 216 Maldfnger HYAC/P luezr Lng A 217 Sentry Fire Protection A 218 Ffschbach/Lord Electrical A 219 CB cannon Coatings - Orywel1 A 220 Jannson Controls Inst~tatfcn 4 Controls A Paciffc Testing Lab.

221 221A 225 226 233 Pacific Testing Lab.

HcHillan Brothers Size 8 F Shaw Spray Pand Water ~e Constructfon Testing Construction Testing Hake~

Reactor Buildfng Excavation Alteration IA A

IA IA IA 234 OB Camon Coatings - 'Metwell A 235 GE I6SE Reactor Instrurent Hadi fico tions T,A 6426 Wright-SchuchartMrbor Interfrs General Constzucticn IA 6809 Beth fehes Reinforcing Steel PP 6904 Welk Brothers Annular Sleeves PP 6905w Welk Brothers Skhrner Surge Tank PP 6912 Pybus Structural Steel PP 6917 Texas Pipe Pipe Soools PP 7012 Brand industrial Faze Separation System PP 7426 Northwest Cooper Beaust Cuct PP 12409 Buch far Nuclear Products BMR Hfgh<cnsfty Spent Fuel Racks PP A ~ ACtiVe, IA InaCtfVC, PP w PreaurChaae w

+ ~ Review Ldentf fied no safety related hardwax Figure 4-2

- 6

'l Q

)I QUAL ITY 54 0 CONTRACTS>> VERIFICATION CRITICAL ACTIVITY PERFORHING WORK ACTIONS Sofl Mork 100% 20G>20GA>205>210>6426> 2,E,T Zb,Z23 Concrete/Rebar/Embeds (Including Pipe) rB.'m'3 955 205>206>206A>6426>210>

8> 0 0IRECT VERIFICATION PROGRAHS Containment 906 213 3A I - QVP Active Contracts 2 - QVP Prepurchased 6 Inactive Structural Steel 90% 206,206A, 207 210 2,F Contracts i ~ e >N>N>X 3 - QVP Specfal Tasks Equi pment Installation 855 209 2,T

>>fe e 20 e e >0 INOIRECT PROGRAHS EVALUATED SY VP Piping/Valves 855 205,206,206A,213,233, 2,J - Sacrificial Shield Mall 6426 A S - Pipe Whip Restraints Repair

~M

~ e >H> >W C - Concrete Expansion Anchor Bolts(79-02) 0 - Meld Radiograph Review Hangers 80>> 213,233 2,J - Soil Backfill Testing E

~ ~

F - Structural Steel Salting G - Lubrfte Plate Inspection Concrete Inserts/Anchor 206,206A,210,233,6426 2,C H - Sway Brace Bracket Inspection Solts

~ 62 " 820

~ e ~ (Pipe Support)

>C> I - Pipe d Hanger As-Built J - Test 6 Start-Up Component Inspection Cable Tray/Conduit/ 80 218(Installed, not N/A Supports g-Accepted) X - Pre Servfce Inspection

,R L - Coating Rework H - MBG Oacuwntatfon Completion Cable/Termfnatfans 70% 218 N - 541'teel Fabrication Program HVAC Ouctfng/Supports 216 0 - Equipment Qualification Tubfng/Supports/ 605 220 1,J,O P - Arc Strike Inspection Instrumentatlan - Hanger Balancing Q

Cathodic Protection/ 90% 206>206A>210>6426 R - Fire Protection Raceway Support Welds Grounding - BPC Equfptrent Inspection 215 S nsta ed, not T - RPY Set Task Force g-Accepted) U - Bufldfng Settlement Insulation 60>> 215 V - 213 Oocumentatfan Task Force M - Weld-o-let Inspection Coatings . 213 ~ 219 e 234 X - Leckenby Components Inspection NOE 75" Preourchase and 2.3 Inactive Contracts ctive S te Contracts ~ 3

>O>K>if Procurement 90% Supply System and Inactive Contracts ct ve Site Contracts lbjor contracts performing the crftscal actfvfty are underlined.

WNP-2 QUALITY VERIFICATION HATRIX SAfETY-RELATED WORK Figure 4-3 4-7

Contract 221A performed construction testing services only, and did not install hardware at WNP-2. An evaluation of this con-tract was performed in accordance with instruction QVI-07 and is reported in Volume IV, Book 1. The result of this evalua-tion is that reinspection of contract 221A work is inappro-priate.

Contract 210A, Peter Kiewit Sons, for general construction is not listed in Figure 4-2, but was initially in the scope of the Program. However, it was subsequently determined that this contract did not perform any work prior to Duly, 1980, and therefore, is outside the scope of the QVP.

4.2.2 Pro ram Content The Systems Completion element of the QVP consists of reinspec-tion of a sample of work completed prior to July, 1980, and review of the documentation associated with the sample. The reinspection sample, when compared with its documentation, validates the quality records for the entire population of hardware. The inspections were performed by BPC and the con-tractors, as discussed in Section 5.0.

The results of the reinsp ctions are analyzed to determine the nature and number of deficiencies. Following this analysis, a decision is made: either further reinspection is required, or a positive statement is made about the remaining hardware, based upon the results of the sample reinspection. The metho-dology for selecting samples, performing inspections and evalu-ating results is discussed further in Section 6.0.-

4.2.3 Plans and Procedures The verification of active contractors.was performed in accor-dance with BPC Procedure SWP/P-G-14, "Reverification Coordi-nation". This procedure directs the int ractions of BPC Con-struction Management with the Supply System and contractors to meet the requirements of the QVP. A copy of this procedure and BPC's plan for verification are covered in Volume IV, Book 1.

The contractors'lans and procedures used for the verification activities are included in the respective contract reverifica-tion reports.

4.3 Pre urchase and Inactive Contracts 4.3.1 Contract 1 icabilit Forty-nine prepurchase contracts and 13 inactive sit contracts comprise the scope of the PPhIA element of the QVP. These con-tracts are identified in Figure 4-2.

4-8

'I

\

The PPhIA element of the QVP is composed of two phases of work.

First, the reviews outlined in the original program description and second, the special examination conducted in response to ques$ iops raised by the Region V Task Team in February, 1983~>>~. These phases of PPhIA contract verification are covered separately 'below.

4.3.2.1 First Phase, Project QA Review Documentation reviews of the quality records for safety-related hardware are accomplished to establish whether or not the records meet specification, code, and FSAR requirements. These reviews are conducted hy the Project QA organization (PQA) in accordance with established procedures.

A review of the quality histor'y of each contract is then performed by a cooperative effort b tween PQA and the QVP office to determine areas of questionable performance which could ne d further examination or inspection. This review consists of at least the following:

o The collective results of document reviews o Past vendor surveillances o Past NRC-identified problems o Equipment operating history, if any o The collective results of NCRs and CARs The results of the above are considered to identify the need for hardware inspection. If such a need is identi-fied, then hands-on hardware inspection is performed by the appropriate Project organization in much the same man-ner as discussed in paragraph 4. 2. 2.

4.3.2.2 Second Phase, Special PPhIA Review All 62 PPEcIA contracts are candidates for review in this phase of the program, to confirm the effectiveness of the first phase of review. Each of the 62 contracts is eval-uated against four'criteria to determine which contracts warrant application of the full. review process:

o Oid the contractor have an NRC-reviewed QA program?

If so, no further review is necessary as such con-tracts are outside the scope of the 50.54(f) requests.

4-9

o Old the contractor furnish critical or unique com-ponents? If not, drop from further review.

o Can the work or component(s) be meaningfully re-inspected? If not, develop special plan for verification.

o Is the work adequately verified by other related re-inspection programs? If so, drop from further review.

The full review process for contracts selected for further review has three parts:

o Performance His tor Review A determination of the contractor's qualifications as a contractor/supplier to the nuclear industry is ac-complished by reviewing his history of performance on other similar projects prior to and during his work at WNP-2.

o Procedure Review A review for technical adequacy of the contractor's procedures is performed. Procedures are selected from among those the contractor was required to sub-mit for A/E approval, and are those which. are part-icularly critical to the work processes.

o Record Review and Hardware Reins ection A review of quality documentation and a visual re-inspection of a representative sample of the contrac-tor 's work is per formed.

Following the above steps, results of reviews and re-inspections are analyzed for each contract to determine if they are adequate to verify acceptability of the hardware or if deficiencies identified indicate that additional reinspection of a larger sample should be performed.

Inspections are performed and results are analyzed in the manner discussed in Paragraph 4.2.2.

The Special Tasks element of the QVP was initially instigated to address three specific questions contained in the NRC's 50.54(f) letter:

o "Were correct dispositions made for nonconformances, design changes, field change requests, and information requests'?

4-10

o Were there instances in which improperly qualified personnel per-formed and inspected the works o Were receipt inspection requirements followed for contractor pro-duced items and why weren't deficencies detect d during receipt inspection?"

The Special Tasks element of the Program was designed to address these issues because they did not readily fall into the scope of the contract inspection elements of the QVP discussed in Sections 4.2 and 4.3. During the period the QVP was being implemented, three more tasks were incorpo-rated in this element. These three tasks address grout, concrete and nondestructive examination (NDE). The following sections describe the six "special tasks".

4.4.1 Deficienc Document Review The Deficiency Document Review (DDR) was established to deter-mine whether the dispositions of nonconformances, design changes, field change requests, and information requests were correct, and is divid d into two parts:

o Site documentation, subject to disposition by BRI.

o Contractors'nternal documentation, dispositioned by con-tractors'ersonnel, or BRI.

An examination of the procedures governing the control of each document identified for review under this program is conducted to d termine that each disposition was subject to sufficient scrutiny to reasonably assure its adequacy. Where it can oe demonstrated that an independent review for technical adequacy of deficiency-document dispositions or design-change informa-tion was conducted, an investigation is made to d termine that surveillances on these reviews were performed to assure adher-ence to procedures, and to confirm that corrective action was taken where required. Where previous adequat independent re-views cannot be established, or to confirm the adequacy of pre-vious, procedurally-conducted reviews, a random 10X sample of selected documents is reviewed for technical adequacy.

4.4.2 Personnel Qualifications Review The Personnel Qualifications Review (PQR) was established to ascertain that properly qualified personnel performed and inspected the work or where qualifications were suspect, appro-priate corrective action was taken. The review is divided into two parts:

o Examination of A/E engineering personnel competency.

o Examination of contractors'ngineering and non-engineer-ing personnel 's work adequacy.

4-11

0' E

The engineering portion of this review consists of assessment of A/E and contractors'ngineers by analyzing the results of the KR. The reviews conducted there are qualitatively an-alyzed and researched for performance trends.

The second part of this review comprises an analysis of the results of reinspections in other elements of the QVP, previous corrective actions, PQA surveillances, and special reviews to d termine the adequacy of the work and thereby the competence of non-engineering personnel.

Receivin Ins ection Review The Receiving Inspection Review'RIR) was established to pro-vide insight into receiving inspection practices by assuring acceptability of material in the plant, both stored and in-stalled. This task does not wholly verify contractors'ast receiving inspection practices and inspection personnel quali fica tions.

To assure stored material acceptability, analysis of repeat receiving inspections performed on material in storage at the time of the stopwork is performed.

The acceptability of the installed items is verified by review and analysis of hardware reinspection and review of documenta-tion accomplished in other elements of the QVP.

These actions are not directly responsive to the NRC's question on receiving inspection in its 50.54(f) request, because at the time of the stopwork, the plant was approximately 85X complete, and it was considered of less value to assess contractors'ast receiving inspection programs than to provide assurance that the material in the plant was acceptable. The RIR task ana-lyzed the information resulting from the above actions to con-tribute to an assessment of past receiving inspections and con-firm material acceptability.

Grout Evaluation The WNP-2 Project identified a lack of material traceability and quality control -for the installation of sand-cement grout in contract 215. A. field testing program was initiated to d termine suitability of the installations, whereby cores of in-place grout are recovered, tested for compressive strength, and the test results ccmpared with sp cification requirements.

This program was implemented and expanded in three phases:

o Phase I, contract 215 sand-c ment grout o Phase II, all contracts, all grout types o Phase III, expanded sample from Phase II.

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0 1'

The results are analyzed to determine the, adequacy of original installations or the need for replacement.

4.4.5 Cast-In-Place Concrete Evaluation This task was initiated because meaningful reinspection of con-crete and reinforcing steel cannot be accomplished without destructive techniques. A special technical review was con-ducted to collect quality-related information on concrete con-struction in the plant and provide a comprehensive assessment of its structural integrity.

The evaluation of concrete work at WNP-2 includes a technical review of applicable contract specifications and procedures, quality records, related programs, and other investigations. A determination of the adequacy of concrete work is made on the basis of these review results and takes into account the Project's resolution of the NRC's Construction Appraisal Team inspection findings.

4.4.6 NDE Verification This task was initiated late in the Program and responds to an issue rais d in an NRC review of the QVP. It was established to verify that NDE perform d on the Project prior to July, 1980, is of satisfactory quality to conform with requirements.

The task includes repeat NDE on a sample of previously examined hardware and an evaluation of other NDE programs.

4.5 S ecial Related Pro rams A number of special reinspection programs have been conducted at WNP-2 for a vari ty of reasons:

o Project response to IE Bulletin o Project response to a recognized or potential deficiency o Project management attention to a critical activity These special programs were generally performed on 100K of the hardware under investigation, although some of the programs were performed on a sample basis. A list of special programs related to quality verification is provided in Figure 4-4. This figure identifies each program with a brief statement about its content. Each of these programs is either reported within the context of the QVP or an evaluation of the special program is included in a QVP report.

4-13

0 where Reoorted Oescrf tion Vo . No. Bk. NO.

A I SACRIFICIAL SHIELD WALL I IOOX refnspectfcn of accessfbfe I I EVALUATION I welds aid other contract 215) IV 8 I PIFE wHIP REBTRAINTs: ~ I 100x rework/reinspection (90, I REPAIR PRO%AH I 215 C I CONCRETE EXPANSION ANCHOR I Sandie inspection and retozque IV I BOLT EVAL. 79~) I All 0 I WELO RAOIOCRAPH REVIEW I Reread all ASHE radiographs I 215 E I soIL BAOIFILL TEsTING I Sanple density testing, assess-I FROCRAH I cent All)

F I STRUCTUIAL STEEL BOLTING I Saspie retorque (21f, 236, IV I 206A 210)

LUBR ITE PLATE INSPECTION I IO)X refnsoectfon 215) IV H SWAY-STRUT ASSBE)LY INSPEC- I 100X field check (21f) IV I TION FROCRAH I I PIPE 4 HANGER AswUILT I lCOX field check QC I halgers, IV S. 8. io 215 J I TEsT 4 sTARTUP cQIR)NUIT I Open-and-inspect nechanfcal 4 IV 3, 10 I OISPECTION I electrical eoufccnent All)

K I FRE SERVICE DISFECTION I Repeat exaninatfon of ASNE I welds 215)

I L I COATING REWNK Reinspectfon of QC I eccl'rings IV 12, 14 I 219 234) I H I WBG OOCLScENTATION CCMR cTIONI Review cualit records (215) IV .

N I 541L STEEL FABRICATION I 100X reinspection 4 rework 541 ~

IV I PROCRAH I steel 215) 0 I EQJIFHENT 0/ALIFICATION I Field check critical equfpcnent IV I I muntfn All P I CiRC STROPHE INSPECTION I 100X ofoi refnsoectfon 2lf) IV 0 I PANCcR BALANCING I Check aid nd ust hal .rs 215 IV I

R I FPS RACEWAY SUPPCRT WELOS I 100X reinspectfon ot'elds in IV I I fire protection racewa s 217) 5 I BPC EIIIIFHENT INSPECTION I Oocunent review, field check IV I ui nt 215 I

T I RPV SET TASK FCRCE I Hanagenent reviec of RPV fn-I I stalls tion 209 U I BUILDING SETTI nHENT I Hcnitorf orc anl 205)

V I 213 NCUCENTATION TASK I Hanageaent review of qualfty I FLWICE I records 213)

W I WELD%A INSPECTION I 1COX reinspection for weld size I IV 3 I 215 220) I

' I I I I LEG<98Y-FABRIcATED cocR)N- I

'I loox Refnspectfcn (2lf) IV I 3 I &IS INSFECTION I SPECIAL RELATED PROGRAtis Figure 4-4

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1 L

gVP File 1.2.2 COhS I NT

SUMMARY

l 4/1/83 Page 1 of 18 Washington Public Power Supply System Letter No. G02-80-153, 7/17/80 (In Response to USNRC Letter No. EA-80-153, 6/17/80, 10CFR 50.54(f) Request)

COMMITMENT STATEMENTS DISCUSSION Phase I Short Term o Management resources have been allocated to three a) Task Force. I- Problem Backlog:

Task Forces to develop plans to a) expedite reso-lution of outstanding problem backlog at WNP-2, Plans for reducing the backlog of pro-b) verify adequacy of prior work, and c) assure blems were initially outlined in Letter the management systems used to control continuing G02-80-259 to Region V, ll/12/80. Ac-

,work are adequate. tivities to carry out the plans have'var-ied as necessary to respond to ongoing Project developments. Project instruc-tions were issued for specific actions to be accomplished by participants.

b) Task Force II - Reverification:

This Task Force effort, was separated into two phases:

Task Force =II, Phase I The Restart Pro-gram reviewed procedures to assure that work could be resumed with confidence that past problems would not recur.

Task Force II, Phase II The Quality Verification Program was initiated in Dune 1981 to verify work completed prior to June, 1980. Reviews and reinspections were carried out through 1982. Results are now being analyzed.

Supersedes the "COMPARISON" of commitments to Quality Verification Program activities, dated Duly 1982.

c) Task Force III Management Syst Improvements:

Management system improvements were addressed during the restart period.

Measures to assure adequate management controls would be in place were initially outlined in Letter G02-80-259. These were further revised and improved by a new Construction Management Contractor being engaged in 1981 to carry out com-pletion of the Project. The mechanical contract work was assumed by a new Systems Completion Contractor.

o Each Task Force has been directed to review stan- Controls for work methods were checked as a dards of performance and detailed controls for part of the Restart procedures reviews, in work methods. Recommendations for improvements accordance with project instructions developed will be a principal output of the Task Force for that purpose. The actual reduction of efforts. backlogs of problems provides evidence that recommended inprovements were carried out.

o A requirement for approval by the Assistant Director This commitment was revised to require Program of Technology prior to resumption of installation ac- Director approval (IOM F-80-5928, ll/30/80) tivities was placed on the NNP-2 major mechanical instead of the Assistant Director of Tech-contract on Dme 19 pending additional owner evalua- nology. Prior to each contractor's restart tion of work methods, controls, and establishment of of construction, the activities leading to standards of performance. Key personnel were as- restart were reviewed by Task Force personnel, signed to perform the evaluation. Project Quality Assurance, and in some cases, an independent review by corporate personnel was performed. Restart occurred on a commod-ity basis prior to unconditional release of the contractor's work. Shortly thereafter, however, the mechanical work was placed in the scope of NNP-2's Systems Completion Contractor.

A plan has been established to perform summary eval- Review of work controls for contracto er-uations of other contractors'urrent work controls forming safety-related construction work at at WNP-2 to reassure ourselves that quality controls WNP-2 was accomplished by the Task Forces are effective and that resuoption of work following associated with the Restart Program.

the current labor related work stoppage would have minimal risk of quality problems and would not pre-clude inspection of past work.

Accordingly, on July 17, we directed all contractors These contractors were individually released doing safety-significant installation work at the to resume construction by approval of the Pro-site to stop work util these reviews are completed. gram Director following satisfactory comple-tion of reviews and corrective actions. Ac-tual restarts were accomplished in early 1981.

Phase II - Intermediate This phase will last until January 1, 1981, and will These intermediate-term commitments were not include: met on the schedule originally anticipated.

It became apparent early in the Restart activ-o Canpletion of all reviews of safety-related hardware ities that, to perform a thorough review of and records associated with those cases where past prior work, even in only those areas where quality problems occurred and in those cases where past problems occurred, it would be necessary timely review is essential to integrate with the to separate the Task. Force II review actions startup sequence or is essential for timely evalua- into two phases: Restart and Reverification.

tion of management controls. The overall review It was decided that work could be resumed, plan is given in Attachment l. provided new installations did not prevent access to previously-installed hardware for reinspection. It was necessary to complete o The results fry the above reviews will oe applied the evaluation of management controls prior to our evaluation of management controls, and any to restarting construction, but this was done necessary changes will be made to WNP-2 in this without applying results of hardware reinspec-phase. tions. Sufficient knowledge was acquired from the review of procedures and control methods to resume work with confidence that the man-o Reinspection was performed during ongoing con- agement improvements made would result in struction, but its schedule was integrated quality construction. The Restart activities with the system startup sequence. Verifica- were actually completed in June, 1981, and tion reinspections were completed in each sys- the Quality Verification Program activities tem prior to turnover. are scheduled to be complete in July, 1983.

Phase III Continuin o The reviews of safety-related hardware and records These reviews are now (4/83) being completed will be completed in this phase and knowledge gained and the results evaluated. During the course in reviewing past work at WNP-2 will be applied to of all review actions, including those accom-evaluations of management control systems at all plished prior to resuming construction, know-projects. ledge acquired was disseminated to other Sup-ply System Projects for use in evaluating management controls. This was accomplished through a corporate-administered "Lessons Learned" Program.

o Further changes will be made in construction manage- Owner representatives were placed in residence ment systems which increase Owner awareness of con- with some of the contractors during the Re-tractor and subcontractor activities. Where neces- start Program. reviews. However, the methods sary, Owner personnel will be resident with contrac- for completing construction at WNP-2'had been tors for a sufficient time to evaluate work methods altered by engaging a highly-experienced Con-and quality controls. Additionally, certain contrac- struction Manager early in 1981. All work is tor procedures are being individually analyzed and being accomplished ader Bechtel Power Cor-necessary improvements will be made. These actions poration's Quality Assurance Program.

will improve working level commmication with the Owner and will permit more timely action to resolve Contractor procedures used in the ongoing work problems. after restart were reviewed and improved by the Restart Program task forces. Very close direct review and approval of plans for resuming and continuing contractors'anagement work were required prior to release for restart.

o It is recognized that the, resolution of outstanding -

Task Force I reviewed the overall status of concerns and problems at WNP-2 requires additional outstanding prefect issues end made recommen-resources, more management involvement, improved per- dations that backlogs of Requests for Infor-formance standards, and improved tracking systems mation, Project Engineering Directives, Non-designed to inform project management of deviations conformance Reports, Corrective Action Re-from performance standards and require timely reso-- quests, 50.55(e)'s, and NRC Inspection Items lution and followup. Detailed recommendations will be reduced and management controls be estab-be made by the Task Forces. lished to minimize future backlogs. Perform-ance standards have been established for de-ficiency reports, and backlog status is tracked for all items and reported in the Program Director's Report.

The quality assurance program will be augmente by In addition to the normal management i er-more project, construction, and engineering manage- faces on the Project, a Monthly Program Direc-ment awareness and involvement in resolution of qual- tor's Review is conducted to keep management ity problems. informed and involved in significant problem issues. The review format requires partici-pation by the Quality Assurance Department.

In both the intermediate and continuing phases, the fol-lowing conditions will apply:

o Reports on these contract-by-contract reviews will be Bimonthly Reports have been provided to NRC, prepared and given to the NRC Resident Inspector, and Region V until 9/82. Nith NRC concurrence, forwarded to Region V every two months util completion. the frequency of reporting was revised to quarterly.

o Repairs or further action on identified deficiencies The Project has adhered to this commitment will be reported in accordance with 10CFR50.55(e) throughout the course of the Restart Program and Part 2l. Deficiencies not meeting these criteria and Quality Verification Program as evident will be in the periodic reporting and available for from the reports.

review by the Resident Inspector.

o In addition to. the contract-by-contract review pre- The vdrification process was rearranged when sented in the schedule associated with the 50.54(f) the Quality Verification Program (QVP) was response, we have provided a model of our strengthen- prepared. Logic and flow diagrams are used ed system verification process, which provides fur- in the QVP description to illustrate program ther assurance of the acceptability of components activities and to depict the interrelated and structures integrated into a system. elements of the plans.

In conclusion, I reiterate that our corporate energy is As presented to the NRC in regular progress dedicated to ccmpliance with law, our public respons- reports since the Dune l980 Stopwork, the Pro-ibility for nuclear safety and the need to resolve these ject has fulfilled these obligations in the issues on a rigorous schedule. past and continues to do so in its ongoing activities. Enormous resources have been dedicated to sample reinspections by all Pro-ject participants, in order to determine the adequacy of safety-related work accomplished prior to the stopwork.

0 4

he following is a "comparison" of commitments of the plan submitted as Attachment 1 with the activitie c-complished (or under way) by the Supply System in its Restart and Quality Verification Programs. This attach-ment embodies the 50.54(f) Comoitments. Subsequent attachments, also listed hereafter with a brief descrip-tion of the contents, do not record commitments,,per se. Rather, they provide a snapshot of activities under way or envisioned at the time of the response letter.

Revisions to the information in the Attachment 1 comparison subsequent to a Duly, 1982 version (submitted to the NRC with Bimonthly Progress Report No. 11) are indicated by vertical lines in the right-hand margin.

Commitment Statements Discussion A. ~Smear This program describes the plan the Supply System A general description of activities accom-will implement for the review and/or reinspection lished by the Supply System to review and-of completed safety work to determine the ade- reinspect completed safety-related work, and quacy of documentation, installation and hard- therefore comply with the provisions of this ware. Also, included is a schedule for the review plan, is presented here. Although there are of contractors, subcontractors and prepurchased no basic deviations from the objectives and equipment contractors. policies of this plan, changes from specific provisions have occurred.

Because some intermediate-term commitments were not met on the schedule originally planned, and because the amount of review associated with past work was greater than anticipated, another schedule was presented in the Quality Verification Program (QVP) document, QVI-Ol, Section 6.0. This schedule was not periodically updated because there are several contributing schedules involved in planning the work of the QVP, each of which was updated as necessary during the course of work.

B. ~0b ectives The objectives of this program are to:

Determine whether the quality assurance The Restart Program and Independent Review program was adequate in the past to as- Team reviewed on-site contractor quality pro-sure completed safety-related work was grams and that activity resulted in improve-properly performed. ments to those programs. The QVP, while not specifically directed toward assessment of those programs, is dedicated to determining the adequacy of work completed by the con-tractors prior to the stopwork. The accept-ability of that work will provide a relevant demonstration of the ability of past Quality Assurance Programs to confirm that safety- .

related work was performed properly.

Identify need for repairs or further Deficiency-review results and problems identi-action. fied during Restart were used to plan QVP reinspections (reference: Generic Problem Areas List). NCRs or other appropriate non-conformance and corrective-action directives have been written for deficiencies encoun-tered in the QVP.

Apply knowledge gained to the review of QA Applicable knowledge has been disseminated programs at other Supply System Nuclear through the co'rporate-administered Lessons Projects. Learned Program. This process will continue as appropriate through QYP completion.

C. Policies The review and/or inspection of safety-related work at WNP-2 will be acccmplished in accordance with the fol-lowing policies:

o Review of records, installation and hardware will The QVP, like Restart before it, is a Supply be accanplished ader Owner direction and control. System program. It is directed by the Supply System with participation by personnel in all site organizations. Project instructions pro-vided management direction for all activities.

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The review and/or reinspection program will be ac- The process for review and reinspecti of complished by using the following process. The at- past work was rearranged as described in Pro-tached logic diagram depicts the program. gram instructions. The revised implementation process is more compatible with project ac-tivities and still assures that the proper reviews and reinspections are performed.

2.1 Determine the criticality and priority of items for This determination was not made in the same review and/or reinspection. manner described in the original examples given in the other attachments to the Supply System's 50.54(f)-response letter. All QC-I/SC-I hardware items, furnished or in-stalled by seventy contracts; were considered to be candidates for reinspection in the QVP, and reinspection priority was determined by the system turnover schedule.

As the review effort on prepurchase and in-active contracts draws to a close, the Supply System is initiating a special review of hardware furnished or installed by these con-tracts to determine if there are critical components which should be reinspected, re-gardless of other. program reviews which indi-cate otherwise. Procedures and documentation for these components are also covered by this review.

2.l.l Evaluate the significance of the safety fmction, Some of these considerations were made during complexity of construction, time period of con- Restart and in QVP. However, determination of struction or fabrication activity, assessment, and hardware reinspections were more dependent trending of deficiency documentation, and discus- upon results of the documentation review.

sions with selected crafts and quality control Trends of deficiency documentation established personnel. during Restart reviews, along with other identified concerns', were compiled into a Generic Problem Areas Li.st, which was used in the development of reverification plans.

Discussions were not held with craft person-nel, but were held with QA, QC, and Field Engineering personnel to aid in determining past problems.

t2.1.2 Identify all contractors with critical work re in-ing. These contractors will be the first priority for review.

Accomplished in the Restart Program. 0 however, emphasis on systems completion had more properly prioritized reviews and rein-QVP, spections in the field in conjunction with system turnover.

2.1.3 Identify and evaluate all contractors with any work Scheduling of reinspection activities was remaining which could limit access for reinspection accomplished by system priority as stated of ccmpleted critical work. above, not by contractor or commodity. For the randomly selected reinspections performed by the QVP,'o such selected sample of prior work has been identified as having been covered by new work accomplished since Restart.

2.2 Oetermine whether other inspection or evaluation In the QVP, credit is taken for inspections programs have satisfied or will satisfy the require- performed by other programs only if they were ments of this program. These inspections or eval- appropriate and were conducted with sufficient uations will be referred to Engineering for a doc- independence'to be objective. These programs umented .evaluation of compliance with reinspection are reviewed in accordance with established objectives. Quality Assurance and Management will 'uidelines and. the results documented (Ref.

review and approve results. QVI-05). There are a number of such programs which have reviewed work that was already in place at the time of the stopwork.

2.3 Record Review - A review of a significant number of QC-1/SC-1 hardware comprises the candidate quality records for critical items shall be performed. population for review and reinspection (these were considered to be the "critical items").

As identified in the model diagram sent along with the 50.54(f)-response letter, a lOX sam-ple of the QC-I/SC-I hardware and records was to be reviewed. In much of the work, 100'.of the documentation was reviewed.

0 2.3.1 Quality and Work Procedures.

o Verify that procedures incorporate applicable re- Accomplished for current site contractor quirements frcm ths SAR, specification, code, and procedures by the Restart Program. Proce-standards. dures for contracts already closed were not reviewed for technical adequacy, but were reviewed to determine that appropriate engi-neering approval had been obtained. In cer-tain instances in the Special Tasks element of QVP, inactive-contract procedures were reviewed to ascertain appropriate document control measures were in place. Further, a special effort, briefly outlined in Section 2.1, will address technical adequacy of procedures for closed contracts.

o Verify that procedures were approved by appro- Accomplished in QVP review of inactive con-priate approval authorities. tracts, and Restart review of active con-tracts.

o Verify that welding and special procedures were Accomplished in QVP review of inactive con-qualified. tracts, and Restart review of active con-tracts.

2.3. 2 Review personnel (welding/%E/QC/Engineering) qual- Welding, M3E, and QC Inspectors'ualifi-ifications to determine whether they were qualified. cations are covered by document reviews de-scribed in Sections 3.1 and 4.1 of the QVP.

The techniques described in Section 5.2 provide positive information on engineering qualifications by demonstrating individual performance, and are more valuable than less direct methods, such as verification of resume statements and the like. This review is not intended to be a resume search.

2.3.3 Review deficiency reports (NCRs, CARs, IRs, RFIs, etc.) for the following:

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Significance of backlog on quality aspects. Accomplished by Task Force I, Deficiency Reviews.

Quality of disposition as written. Covered on a sample basis by the Special Tasks element of the QVP: Deficiency Docu-ment Review.

Quality of disposition as implemented. Covered on a sample basis by the rein-spections of the Systems Completion element of the QVP.

2.3.4 Review selected sample of work packages for: Covered by QVP, Section 3.0 for active con-tracts, and Section 4.0 for inactive con-Ccmpletion of all required inspections. tracts. In some cases, more than a sample are reviewed: 100K of Contract 2l5 (active)

Use of proper forms. and all inactive contractors'uality docu-mentation were reviewed.

o Completeness of package.

o Adequacy of review by contractor personnel.

2.3.5 If significant problems are identified, escala- The, diagram is not a specific part of the QVP.

tion of Records Reviews will be applied as shown Appropriate consideration is given to esca-in the logic diagram. lation of inspections/reviews in all parts of the Program as outlined in Section 5.1.

2.4 Recei t Ins ection Evaluation of Site Contrac- No specific actions are directed to assessing tor receipt inspection programs will be conducted. the contractors'ast programs, as this is not considered useful. Reinspections of the mech-anical contractor's stored ASME material, and reinspection of owner-furnished, prepurchased material in storage was performed prior to use in the plant. Previously installed material was reinspected as a part of the Systems Com-pletion and Prepurchase and Inactive Contracts elements of the QVP, and this included appro-priate receiving-inspection attributes. Ven-dor drawings and information were utilized as appropriate for these and other inspection points. Deficiencies identified during rein-spection of installed material, although pos-sibly receiving-inspection-related, arWe-solved within the project's corrective action process, and no specific action will be taken to identify their source.

2.4.l Critical Items received by the contractor will be For the purpose of this program, critical identi fied. items are basically defined as QC-I or QCII/SC-I.

2.4.2 Contractor's documented receiving inspection pro-grams will be reviewed for adequacy.- This review shall include the following considerations:

Inclusion of PSAR and Specification Active contractor procedures for receiving Requirements. inspection were reviewed in the Restart Program for inclusion of FSAR and specifi-cation requirements. Results of these re-views are being considered in QVP review of receiving inspection activities.

Receiving Inspection personnel qualifications. Receiving inspection personnel qualifications were checked prior to restart of construction.

Earlier personnel will not be checked because only general requirements existed prior to restart, and verification is not considered useful. A more valuable method was the rein-spection of stored material to verify that it meets project requirements, which indicates whether past inspections were satisfactory.

Use of drawings, vendor data and/or vendor Relevant information provided by the vendor is specifications. utilized in performing verification reinspec-tions of stored and installed hardware.

Review of deficiencies identified subsequent This will not be done. It would provide in-to receipt inspection to determine if they direct information which is inconclusive be-if dis-should have been documented at receipt cause of the difficulty in determining inspection. covered deficiencies existed at the time of receiving inspection. Further, the reviews, inspections, and tests performed by the pro-ject in this and other programs are directed to verifying the in-place end product.

2.4.3 If the receiving inspection program is judged to The Quality Verification Program provided a not be adequate, a significant sample of instal- complete reinspection of the mechanical con-led hardware shall be reinspected. tractor's critical items which had a potential for installation in in the plant, to verify correct initial receiving inspection. With minor exceptions, the material was found sat-isfactory. The Supply System initiated a com-plete reinspection of owner-furnished materi-als in their custody. For hardware already installed, a lOX sample was reinspected to determine its acceptability.

2.4.4 If the receipt inspection program is judged ade- Covered in 2.4.3.

quate, a smaller sample of reinspection shall be accomplished.

2.4.5 Significant problems identified during the rein- For prepurchased material in storage, lOOX was spection program shall result in a progressively reinspected. For the mechanical contractor's larger sample size. ASME material in storage, lOOX was reinspect-ed. For previously installed material, the Quality Verification Program analyzes the nature and number of deficiencies discovered in the reinspection process to determine appropriate increases in sampling.

2.5 Installation Reins ections Installation Reinspec- Installation reinspections are accomplished tions not covered by the reviews performed in 2.2 by the Quality Verification Program.

shall be accomplished as follows.

2.5.1 Critical work activities within the contractor's Covered in Section 2.1.

scope of work shall be identified. Critical work and activities are determined as identified in Section 2.1.

2.5.2 A significant sample of work activities will be Basically, ten percent of the QC-I/SC-I items selected for reinspection. in the plant which are not covered by other inspection or evaluation programs are rein-spected on a systems basis. The reinspec-tions are repeat final vj.sual inspections of the hardware.

t 2.5.3 Reinspection shall independently verify adequacy QC instructions have been provided to c ver of the activity, as well as the accuracy of the the reinspection activities, and review of associated records. quality records. The 'instructions require that independence of the inspectors be main-tained.

2.5.4 If significant problems are fomd in the installa- The QVP analyzes the nature and number of lation, a progressively larger sample will be deficiencies discovered in the reinspection reinspected. process to determine appropriate increases in sampling.

2.6 Deficiencies Deficiencies identified during the Deficiencies are recorded on Inspection performance of record review, reinspection of in- Reports and Nonconformance Reports. The stallations and received material shall be deficiencies are described and the correspond-documented. ing deficiency-documents are identified in the final reports of the QVP.

2.6.1 An analysis of the nuaber and types of deficiencies Many deficiencies were identified and trended identified shall be performed to determine the root in the Restart Program, and subsequent manage-cause of the problem and appropriate corrective ac- ment changes were made at FINP-2. The results tion initiated. Relevant information will be.com- of the analysis of these task force efforts mmicated to all projects. were disseminated to all projects through the corporate-administered Lessons Learned Pro-gram. Likewise, the information on defic-iency trends arising from the QVP are being commmicated through that program.

2.6.2 Deficiencies meeting the requirements of Appropriate reporting to the NRC has been 10CFR50.55(e) and/or Part 21 shall be reported to accomplished during the Restart and Quality the NRC in accordance with approved. procedures. Verification Pzograms. In addition, de-Others shall be summarized in the bimonthly report tailed reports of the reviews and zein-to the NRC Region V Office. spections are being prepared to record the findings of the QVP, and will be published at the completion of the program.

ATTACHMENT 2 of 50.54(f)

Commitment Statements:

This attachment gives an example of the application of Basically all QC-I and SC-I hardware which has review criteria to Contract- 216. It describes a ration- been completed, inspected, and accepted prior ale for selecting hardware for review. to Duly, l980, are candidates for review in the QVP. Not all work will be sampled for reinspection; however, decisions for not rein-specting the work of a contract or a system will be documented in the reports of the rein-spection programs.

ATTACHMENT 3 of 50.54(f)

Commitment Statements: is a description of the features, scopes, Task Force activities have been or are being and functions of the three Supply System Task Forces es- performed in accordance with the provisions of tablished to respond to the 50.54(f) information request. this attachment. Aside from the condition where much of the Task Force III activity was identified and performed within Task Force II, Phase I, there have been and there are no anticipated significant deviations from the provisions of the attachment.

ATTACHMENT. 4 of 50.54(f)

Commitment Statements: is an illustration system verification process.

of a Flow Diagram for a There are no significant departures from eie-ments illustrated. More detailed illustra- ~

tions of the verification processes are in-cluded in the Quality Verification Program description.

ATTACHMENT 5 of 50.54(f)

Commitment Statements: specifically relates to then-near-term ac- Except for some of the verification of past tions for Contract 215. work, these issues were addressed in earlier activities, prior to the restart of construc-tion. The past work is covered in the Quality Verification Program. The construction scope of Contract 215 was transferred to the Sys-tems Completion Contractor.

ATTACHMENT 6 of 50.54(f)

Commitment Statements: described then-recent actions to strengthen This was a historical snapshot of management management control of the Project. actions during the period preceding the ces-sation of work. The attachment contained no specific commitments pertaining to verifica-tion tasks. A number of these activities con-tinue today.

SECTION 5.0 PROGRAM MANAGEMENT This section describes the organization and management activities which con-trol the QVP, and the methods by which close coordination and control were achieved.

The QVP was performed by the Supply System and its Construction Manage-ment Contractor, BPC. The Supply System QVP Manager was responsible for the overall implementation of the program. The QVP Manag r, while re-porting to the Supply System Construction Manager, was not directly involved in the ongoing construction of the plant. Figure 5-1 is a func-tional organization chart which illustrates the activities and responsi-bilities of the Program participants.

5.2 Pro ram Interfaces 5.2.1 Internal Control The activities which comprise the QVP have been performed by a diverse group of participants. This was realized at the begin-ning of the Program, so conscious steps were taken to ensure the Program was properly implemented. This was particularly the case in the Systems Completion element where verification of active contracts was being performed by the Construction Manager and the construction contractors.

5.2.1.1 QVP - Bechtel Reverification Group Oaily interface meetings were held with the QVP Manager, his appropriate staff members, and the BRG lead engineer.

The detailed philosophy for reinspection, progress and results were discussed at these meetings.

The BRG held frequent meetings with the contractors during the preparation and implementation of the Program. The QVP office was kept informed of these activities and part-icipated in many of the contractor meetings.

5.2.1. 2 QVP Pro ject The internal control between the QVP office and other Pro-ject departments was managed by normal administrative pro-cesses. Requests for action were initiated by memoranda, and such actions were monitored by regular interface meetings.

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1 F f

WPPSS MANAGING DIRECTOR CORPORATE WNP-2 QUALITY ASSURANCE PROGRAM DIRECTOR PROJECT PROJECT TEST CONSTRUCTION t tANAGER QUALITY ASSURANCE ENGINEERING AHD STARTUP (PQA) QVP OFFICE (PE TSU QVP TECHNICAL SUPPORT SYSTEM SCOPIHG AUDI T PROGRAM CONTROL SURVEILLANCE PREPURCttASE AHD ACTIVE CONTRACTS SPECIAL TASKS IttACTIVE CONTRACTS DOCUMENT REVIEW-PQA WIANAGEHENT-BRG DDR-QVP/PE QUALITY HIST. REVIEW-PQA/QVP DOCUMENT REVIEW-CONTR./BQC RIR-QVP RE INSPE CTIOl<-BPC/TSU REINSPECTION-CONTR./BQC GROUT-QVP/BPC REPORTING-QVP RESULTS EVALUATION-BRG/BRI CONCRETE-PE AUDIT/SURVEILLANCE-BQA/BQC HDE VERIF.-BRG/PQA/PE PROCEDURE REVIEW-PE REPORTIHG-BRG/CONTR.

VENDOR QUAL. REVIEW-BPC DOCUMENT REVIEW-PE RE INSPECTION-BQC/PE RESULTS EVALUATION-PE REPORTIHG-PE QVP FUNCTIONAI ORGANIZATION Figure 5-1

0 The main Project-related activities were the meetings be-tween the QVP staff and the Project QA department for the control of the PP&IA document review; and the meetings among the QVP staff, Corporate and Project Engineering departments, Project QA, the A/E and active sit contrac-tors for the Special Tasks element of the QVP.

Mana ement Involvement WNP-2 Project management received information on the depth, status and findings of the QYP from a number of regular meet-ings between QVP participants and Project management staff, both Supply System and Bechtel. The major informational m,.et-ings are as follows:

o Oaily meetings with the Supply System Construction Manager o Periodic informal meetings with the WNP-2 Program Oirector o Formal presentations to Project management o Presentation to Corporate Nuclear Safety Review Board o BRG presentations to BPC corporate representatives Project management also obtained information during the pre-paration of presentations to outside organizations, and feed-back from its independent consultants, as discussed in Section 5.4.

NRC Involvement The NRC Resident Inspectors kept themselves informed of the activities of the QVP by a variety of means:

o The Resident Inspector (RI) attended many of the daily interface meetings between the QVP and the BRG, at which time these meetings were extended beyond the normal daily scope to addr ss broader issues.

o The RI attended the program presentations to Project man-agement and some presentations to external auditors.

The RI requested copies of all BRG outgoing correspondence and all significant QVP correspondence. In addition, the RI receives copies of all completed reports.

o The RI was provided additional information or documenta-tion upon request during the course of the Program. These requests were tracked by the QVP office to nsure they were met. Tracked items included those which were re-corded during NRC weekly and monthly exit meetings, as well as the RI's informal requests.

The QVP Manager periodically gave presentations to the NRC Region V staff on the QVP. These presentations have covered a broad spectrum of the Program, including content, -results, status and methodology. Questions on Program content and methodology have, at times, resulted in additional Program commitments.

5.3 ~Re ortin The reports discussed in this section are those periodic reports related to management of the Program. The large number of reports which describe the activities and results of the Program are identified in Section 1.0 and will not be discussed here.

5.3.1 Internal Pro ram Re orts The internal reporting of active construction contracts between the BRG and the QVP consisted of a semi-monthly report which described the status of the program and the major activities occuring during the report period. This report includes the semi-monthly reports submitted to the BRG by each of the con-tractors. These reports describe the status and activities for each contract.

In january, 1983, the frequency of BRG reporting was reduced to monthly because of the reduced level of reinspection activity toward the end of the Program.

5.3e2 Re orts To Mana ement The QVP Manager submitted weekly reports to the Supply System Construction Manager. These reports contained general informa-tion and a section on each of the three major elements of the QVP. Information for the latter sections was prepared by each of the lead engineers in the QVP office. This report provided a detailed and accurate status of the activities being per-formed in the Program.

5.3.3 Re orts To NRC The Supply System provided periodic reports to the NRC Region V office describing the major activities in the QVP during the reporting periods. These reports were initiated to meet a com-mitment made in response to the NRC's 50.54(f) letter. Initi-ally, the report described the activities occurring during earlier phases of the RCSW program'(refer to Section 3.0).

However, from mid-1981 onwards the Restart Program was complete and the reports dealt sol ly with the QVP.

The reports contain a description of the major activities oc-curring during the report period, including a description of any changes in the Program by which the Project was meeting its

0 commitments in the 50.54(f) response letter. The status of the Program is described along with the major findings.

The reports were initially submitted on a bi-monthly basis which continued until the end of June, 1982. From July 1, 1982, the reports were submitted on a quarterly basis, pursuant to an agreement between the Supply System Program Director and the Region V Administrator.

5.4 Audits The QVP was periodically scrutinized through rigorous reviews by auditing agencies, both internal and external to the Project. Thirteen audits and 75 surveillances were conducted during the implementation period of the Program. These are listed below and discussed hereinafter.

Audits h Surveillances Overall Pro ram Audit Jan 82 Project QA Management Assessment Apr 82 Corporate QA Audit Jun 82-Sep 83 TAA Audit Jul 82 Administrative Auditor Surveillance Oct 82 Project QA Audit Jan 83 Corporate QA Bechtel Audit Jun-Jul 82 Bechtel QA Audit Sep 82 Corporate QA Audit Jan 83 Bechtel QA Contractors 5 Audits Jan-Oct 82 Bechtel QA 74 Surveillances Dec-81 Oct 82 Bechtel QC 5.4.1 Internal Audits 5.4.1.1 Bechtel QA Bechtel QA performed two audits of EPC's and five audits of the contractors'VP activities. These audits verified 5-5

0 the implementation of the Program to the applicable proce-dures. They consisted of reviews to ensure compliance with Program requirements and thoroughness of reinspec-tion. The audit reports are included in the appropriate book of Volume IV.

5.4.1. 2 Bechtel QC Bechtel QC performed a total of 74 surveillances of the contractors during the reinspection activities. These surveillances were performed to ensure compliance with Program requirements, and are included in the respective contract reports (Volume IV).

5.4. 2 Mana ement Reviews 5.4.2.1 Management Assessment WNP-2 Project management igitgat d a Management Assessment of the QVP in April, 1982.> The Management Assess-ment Team consisted of senior personnel from the Supply System Corporate QA organization. The objective of the assessment was to provide the WNP-2 Program Oirector with

. an evaluation of the ongoing Quality Verification Pro-gram's capabilities to satisfy the commitments made in the July, 1980, response to the NRC's 50.54(f) request.

The assessment was performed by a thorough review of com-mitments, reports to NRC, QVP procedures and correspon-dence; interviews with a complete cross-section of the personnel involved; and selected observations of the functioning program.

The assessment identifies a number of areas in the Program which required strengthening in order to most effectively meet the commitments. It also identifies a number of strong points, the most important of which was the know-ledge, attitude, qualification, and organization of the personnel assigned to the Program. The Project initiat d corrective action to strengthen the weak areas.

5.4.2.2 Technical Audit Associates (TAA)

The Supply System obtained the services of TAA to perform an independent review of the WNP-2 Plant Verification Pro-gram, of which QVP is a part. The Plagt Perification Pro-gram is described in separate reports.<>4> TAA is a select group of senior management personnel, each of whom has many years of responsible experience in the nuclear industry.

5-6

h TAA performed an ongoing review of the QVP which includes an in-depth review of selected Program reports. These reviews were performed to ensure the technical validity of the Program, its assumptions and conclusions.

5.4.2.3 Corporate QA The Supply System Corporate QA oqgagization performed an audit of. BRG in September, 1982,<~5> and an audit of the QYP in January, 1983.(1~~'hese audits confirm the ade-quacy of the implementation of the Program as well as the inclusion of resolutions to earlier Management Assessment findings.

5.4.2.4 Project QA The Project QA organ)ization performed an audit of the QVP in January, 1982, ~>>~ to ensure the Program was being correctly implemented by its major participants.

Projeqt QA performed a surveillance in October, 1982,<18) to ensure Management Assessment findings had been resolved.

5.4.2.5 Adminis trative Auditor The Supply System Administrative Auditor, who reports to the Board of Directors and interfaces with the Office of the Washington State Auditor, reviewed the Program in July, 1982.

5.4.3 NRC Overview and Inspections The NRC Region V office has comprehensively covered the QVP during the period of its implementation. This has been achi-eved through the events outlined herein as well as by the di-rect involvement of the Resident Inspector discussed earlier.

o In February, 1983, a Region V Task Team reviewed the QVP against the commitments in the Supply System's original response to the 50.54(f) request. This team identified 11 issueg wgich were discussed at a me ting in March, 1983.~>>~ At this meeting, Project responses to the questions raised were provided and additional commitments were made by the Supply System.

o In June, 1983, the Supply System made a QVP presentation at the Region Y office as part of an overall Project stat-us report. This presentation evolved into a work session in which eight additional questions were raised. These questions were answered at a presentation at the Project site later that month, and also included additional commitments. (2O) 5- 7

o Early in the Program, the RI requested notification prior to performing any reinspection activities. This enabled the RI to perform unannounced checks of the adequacy of the reinspections.

o The RI or Region V representatives have reviewed reports generated as a part of the Program. These reviews have included independent inspections of a sample of hardware to confirm the adequacy of the reinspections.

o The RI or Region V representatives have reviewed the implementation of many aspects of the Program during its progress.

5.5 Resources and Cost The .Supply System and its contractors have expended approximately 150,000 manhours of effort in the execution of the QVP. This estimate includes those resources dedicated to reviews, inspections, management activities, and construction-craft support of the Program, but does not include the resources expended in special related programs. An estimate of these manhours, identified by Project organization, is provided below. The total cost of the QVP is estimated to approach $ 10 million.

ESTIMATE OF QVP PERSONNEL RESOURCES ORGANIZATION AVERAGE NO. PERSONNEL MANHOURS X 1000 QVP Office 6 23 BRG Office 6 18 Project Engineering 8 15 Corporate Engineering 5 1 Project QA 6 28 Bechtel QA 2 4 Grout Program 13 6 Contractors 51 53 96 148

'OTALS In addition to QVP resources, the Project has expended in excess of one and one-quarter million manhours and $ 32 million on special related programs to verify the work in place.

5-8

SECTION 6.0 METHOOOLOGY This section addresses the rationale applied to sampling, and the techniques used to select hardware items for reinspection and design change documents for review. It covers the philosophy applied to inspections in this Program and the methods used to perform them. It also addresses the rationale used to evaluate results of the inspections and reviews so that conclusions may be drawn and appropriate corrective actions initiated. The entire process is displayed in the logic diagram'in Figure 6-3 near the end of this section.

6.1 Sam lin Rationale 6.1.1 Active Contracts 6.1.1.1 Oetermine Hardware Population The process of selecting a representative sample of hard-ware begins with a determination of the population of safety-related work compl ted by the construction force and accepted by the contractors'C prior to July, 1980.

The contractors'wn management system control lists are used to do this wherever possible.

Those items constructed and accepted after July, 1980, are excluded from the scope of QVP because of the strengthened construction controls in place at the time of the NRC-approved restart. These improvements in the management system are:

o Contractors'mproved management systems, QA Pro-grams, and procedures reviewed by Restart Program o New Construction Manager/Construction Completion Con-tractor with NRC-reviewed QA Program o Retraining of construction personnel and inspectors to improved procedures o Strengthened A/E responsibility for design by separa-ting design and construction management functions o Realignment of contract scopes to avoid duplication of work types o Supply System management improvements made to strengthen projects.

6-1

0

' t

The next step in the process is to determine those com-ponents which were reworked after July, 1980, either be-cause of redesign or previously identified deficiencies.

If so, the current Project gA Program covers this work, and the components can be removed from the scope of QVP.

The above does not affect the validity of the sampling process or the scope for the purpose of verification, be-cause QVP addresses all safety-related work which was con-structed, inspected and accepted prior to July, 1980, and which remains in place.

The 'final step in the determination of the population is the evaluation of other related programs to determine these programs meet the requirements of the QVP. These if programs were addressed in Section 4.5. If the programs meet the requirements of the QVP, then the population of hardware covered by these programs is eliminated from the scope of reinspection and the overall population for sampling is adjusted.

Select Items The 50.54(f)-response letter committed the Supply System to review a "significant sample" of records and hardware.

The logic diagram in the response letter indicates lOX of the records will be reviewed. Ten percent, therefore, has been taken to define "significant sample" for hardware as well.

For the larger contracts, a lOX sample size is considered to be a very significant amount, which allows statistical results and projections to be determined with a great degree of confidenc .

The sample selection process is as follows:

o Separate each contractor's work scope into similar components, i.e., piping, hangers, duct pieces, etc.

o Select 10M of each component type at random using appropriate random number tables, hand selection, number generators, etc.

o Document the sample selected prior to inspection.

For contracts 215 and 218, because of the large work scope, components are selected from within startup systems to facilitate schedule requirements. The system turnover schedule was used to guide the order of insp ctions for maintaining priority over on-going construction.

6-2

For contract 215, a random 10K sample of piping isometrics was selected within each system. The hangers on those isomtrics comprise the 10K sample of hangers across the contract. A check was made to verify that the sample size of hangers was adequate to cover the total number of hangers installed by contract 215. This sampling process did not negate the randomness of hanger selection, rather, it selected hangers in random sub-groups.

To verify that the random samples represent a typical cross-section of the total population, a check was per-formed for contract 215, mechanical construction, and con-tract 218, electrical construction, the two largest active contracts. This was a comparison of the time of installa-tion of the the sample with the time of installation of the total population. The excellent correlation between the sample and the total population is apparent from ex-amining Figures 6-la and b for contract 215 hardware, and Figures 6-2a and b for contract 218. The graphs are plotted on different scales (10X) to facilitate comparison of the 10K samples with the total populations.

A random selection should provide a correct distribution across time period, personnel performing and inspecting the work, complexity of installation, etc. The time-period check of the sample against the population shows this to be true.

6.1. 2 PPhIA Contracts 6.1.2.1 Determine Population All of the hardware provided in the plant by these con-tracts is subject to verification. Therefore, in the first phase of the PPAIA element of the Program documenta-tion for all safety-related hardware is subject to review, and hardware reinspection is determined by consideration of the results of'he document reviews, contract-quality-history reviews, and special related programs.

In the second phase of this element, the process is orient d to reinspection of hardware, and the methodology for determining the candidate population for reinspection virtually follows that described in Paragraph 6.1.1.1.

6.1. 2. 2 Select Items In both phases, following a decision to reinspect hard-ware, the sampling process for items which lend themselves to discrete counting is identical to that outlined in Paragraph 6.1.1.2. In the case of unique items for which discrete counting is inappropriate, such as, one safety-related crane, a reinspection plan is established.

6 3

720 600 0

7 A XX XX L XX XX XX XX 480 L. XX XX XX XX XX XX XX XX XX XX XX XX H XX XX XX XX XX 360 A N

0 XX XX XX XX XX XX XX E XX XX XX XX R XX XX XX XX S XX XX XX XX XX XX XX XX XX XX XX 240 XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX 120 XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX fgxx XX XX XX XX XX XX XX XX XX 7 9 10 12 I 3 4 6 7 9 10 12 I 3 I 4-6 7 9 10 12 I 3 46 79 10 12 I 3 4 6 7 9 10 12 1 3 4 6 7 9 1975 1976 1977 1978 1979 1980 COMPLETION OATES {QUARTERLY)

CONTRACT 215 LARGE-BORE HANGER POPULATION Figure 6- 1 a 00 00 00 60 00 00 00 00 00 00 S 00 00 A 00 00 48 II 00 00 00 P 00 00 00 L 00 00 00 00 E 00 00 00 00 00 00 00 00 L 00 00 00 00 36 00 00 00 00 00 8 00 00 00 00 00 00 00 00 00 00 H 00 00 00 00 00 00 A 00 00 00 00 00 00 00 00 00 00 00 00 24 N 0

00 00 00 00 00 00 00 00 00 00 00 00 00 E

R 00 00 00 00 00 00 00 00 S 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 12 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 GO 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 7 9 10 12 I 3 4-6 7 9 10 12 1-3 4 6 7 9 10- 12 I 3 46 19 10-12 13 46 7-9 10 12 I 3 46 7-9 1975 1976 1977 1978 1979 1980 COHPLETION OATES {QUARTERLY)

CONTRACT 215 LARGE-BORE HANGER SAMPLE Figure 6-1b

840 720 XX 7 XX 0 XX

~00 T A

XX XX L XX XX T XX E XX

~80 R H

XX XX I XX XX N XX XX A XX XX 360 T I

XX XX XX XX 0 XX XX N XX XX S XX XX XX XX 240 XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX 120 XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX XX re XX XX XX XX XX XX XX XX I 3 4 6 7 9 10 12 I 3 4 6 7 9 10 12 I 3 4 6 7 9 10 12 I 3 4-6 7 9 10 12 1-3 4-6 7 9 1976 1977 1978 '1979 1980 COMPLETION OATES (OVARTERLY)

CONTRACT 218 CABLE TERMINATION POPULATION Figure 6-2a 84 00 72 00 00 00 00 00 00 S 00 00 A 00 00 M 00 00 60 P 00 00 L 00 00 E 00 00 00 00 T 00 00 00 E 00 00 00 00 48- R 00 00 00 00 H 00 00 00 I 00 00 00 00 N 00 00 00 A 00 00 00 00 00 00 00 00 36 I 00 00 00 00 0 00 00 00 00 00 00 00 00 S 00 00 00 00 00 00 00 00 00 00 00 00 00 OO 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 Sl 00 00 00 00 ~00 3 4 6 7 9 10 12 I 3 4 6 7 9 10 12 I 3 4 6 7 9 IO 12 I 3 4 6 7 9 10 12 3 4 6 7-9 1976 1977 1978 1979 1980 OOHPLETION OATES (OUARTERLY)

CONTRACT 218, CABLE TERMINATION SAMPLE Figure 6-2b 6-5

.1. ~1 Tasks 6.1.3.1 Deficiency Document Review The determination of the candidate population of design-change documents, the segregation of documents into generic groups, the evaluation of past activities and special programs, and the random selection follow essen-tially the same process as that described for active con-tracts in Section 6.1.1.

6.1.3.2 Personnel Qualifications Review This task utilizes the results of reviews conducted in other elements of the Program, and does not, in itself',

include a sampling process.

6.1.3.3 Receiving Inspection Review This task uses information obtained from a combination of

1) inspections in other elements of the Program, and 2) repeat receiving inspection of 100K of the hardware in storage at the time of the stop work order. The task does not, in itself, include a sampling process.

6.1. 3. 4 Grout Evaluation 1'he, sampling and testing of'rout microcores was accom-plished in three phases. In the first phase, samples of one type of grout were selected randomly from one contract to determine the extent of an identified problem. This effort was later extended in the second phase to address a total population of all grout types in all contracts.

Sampling of grout microcores was extended in the third phase go meet criteria established in NRC IE Bulletin 79-02,<21) for achieving a 95K confidence level that de-fects .could exist in less than 5X of'he population.

6.1.3.5 Cast-In-Place Concrete Evaluation A technical review of essentially all quality records, procedures, specifications, and test results in all con-tracts which provided QC I or QC II SC I concr te con-struction in the plant, was directed to characterizing the quality of that work. The task does not, in itself, include a sampling process.

6-6

6.1.3.6 NDE Verification The total population of NDE work completed prior to Duly, 1980, was determined by review of all contracts which pro-duced safety-related work. An evaluation was then made of other related programs to ascertain verification activi-ties already performed. Random samples were selected from the resultant population to meet the criteria established in IE Bulletin 79-02.

6.2 Ins ection Philoso h 6.2.1 Generic Problem Areas A set of Generic Problem Areas (GPA's) was developed prior to per-forming any reinspections. These GPA's were compiled from a review of the following items:

o NRC Inspection Reports o 50.55(e) Reports o Restart Findings o System Walkdowns The GPA's consist of a list of 50 areas where problems had been identified on work completed prior to Duly, 1980. The purpose of the GPA's was to ensure, whenever possible, that'einspections adequately addressed the concerns over previous work. For active contracts, this was achieved by assigning the GPA's to all appli-.

cable contractors and requiring that the review process address each GPA. The ability of the reinspection to address the GPA is, of course, dependent upon the extent the problem remains visible in the final configuration.

The list of GPA's is covered more fully in Volume IV, Book I.

6.2.2 P rsonnel Inde endence The hardware inspections and document reviews for active contracts were performed by either the contractors'C inspectors or Bechtel QC engineers. The BQC engineers were obviously independent of the original inspections. The inspections performed by the contract-ors on their own work were performed by subcontractors or by the contractors'wn QC personnel and surveillance of this was performed by BQC. In the latter case, the inspection personnel were not allowed to be those who performed the original inspection.

The PPhlA and Special Tasks elements were performed by Supply Sys-tem or BPC personnel who were independent of the designers and constructors who performed the original work.

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6.2.3 Ins ection Sco e The reinspections of hardware were complete, repeat, final, visual inspections of the hardware components. These inspections were per-formed either to current contractor procedures, which, for active contracts, had been reviewed and approved during the Restart Pro-gram, or to new instructions or procedures. In general, disassembly or destructive work was not performed in order to repeat the inspec-tions. However, sandblasting of major welded components was per-formed in order to adequately and critically examine the weld qual-ity on pipe supports and structural steel.

Inspections of coda-stamped items from ASME vendors were not rein-spected for weld quality, nor were standard off-the-shelf components reinspected, provided that proper surveillance had beyn performed on the vendor. This is documented as Key Occision 82<22~ in the QVP. The code data reports for ASIDE hardware are considered to be objective evidence of acceptability for these items, since they pro-vide legal documentation of an independent inspection.

The, document reviews were repeat technical reviews and were per-form d in accordance with current approved procedures on the quality records that support the hardware selected for reinspection.

The review scope of the Special Tasks element is adequately ad-dressed in the descriptive information provided in Section 4.0.

6.2.4 Ins ection Schedule For active contracts, the inspections were performed and the re-sults evaluated prior to turnover of a startup system from BPC to the Supply System. This maintaaned )he priority over on-going work, and is documented as Key Occision 81<23~ in the QVP. Although some items were inaccessible for reinspection, no items were made inaccessible by work performed after 3uly, 1980.

For inactive contracts, inspections were performed as soon as practical after the need for reinspection was identified.

6.3 Ins ection Results Evaluation This section presents the methodology for evaluating inspection and re-view results.

6.3.1 Active Contracts The scope of reinspections varies greatly from contract to con-tract and hence the complexity of an analysis of the reinspection results also varies greatly. The deficiency evaluation process is described in this section for the most complex contract. The same major st ps were applied to all contracts, but the specific details are simpler. The major steps of the deficiency evaluation process are:

6-8

I o, Sort the negative inspection results for common deficiencies, e.g., undercut, undersize, as-built variance, etc.

o Check for deficiency coverage by a special related 100K inspec-tion program. Eliminat these from further analysis, e.g.:

Arc strike program As-built program Hanger balancing NOTE: Inspection programs performed under SPC's current QA program are corrective programs, where necessary.

o Review common deficiencies (not covered by related programs) for safety significance:

Consider specification and code requirements, SAR commit-ments, etc.

Consider multiple deficiencies on components.

Oetermine remaining design margins with deficiency.

Oetermine likelihood and probable cause of failure, i.e.,

seismic event, design loading, etc.

Extrapolate identified deficiencies to population not reinspected.

o If deficiencies are determined to be safety significant, sort for common causes and examine characteristics surrounding the deficiencies, such as (for contract 215):

Welder QC Inspector System Component o Collect results of individual steps, search for common causes (e.g., QC Inspector vs number of weld deficiencies).

o Perform further reinspection of the identified, problem area.

The entire reinspection and results evaluation process is shown in Figure 6-3.

6-9

IDENTIFY POPUIATION IOENIIFY SCOPE CONPtETEO IDENTIFY REDESIGNEO ANI EVALUATE OTHER RELATED YfS 6/80 (USE CONTRACTOR'5 REMORKED COHPONfNTS PROGRAHS FOR REINSPEC-,

COVERED) I)VI-05 REPORT NAINGEHENT SYSIIHS TO (ELIHIHATE I'ROH SCOPf) TION COVfRING IDENT IF Y) (EL IHIHAIE FROH SCOPE)

REDUCE MORK SCOPE SfLECI RANXH SAHPLE DY SIHILAR REINSPECT COHPONfHTS IH EACH CONTRACT, E.G. - Current Procedures

- IOX Melded Conlenents. - Incorporate GPA's

- - Ouallfled Inspectors DEF ICIENC'Y TOT Plplng IsoaLetrtcs - Independence DOCUHEHTS DISPOSITION REMORK

- IOK Duct Places....etc. - Vellicate Docunentatlon (IICR SoOCIR'5)

COHPONEHT

- Prior to T/0, Hydro.

- Sandblast Maids SELECT ADDITIOIIAL COHPONEHTS

- Speclflc Attribute

- Coaaon Cause YES DEFICIT NCY EVALUATION PREPARE REPORT FURTHER REIHSPECTIOI

'- Trend Analysis RE4' - Deterolne Safety Slgnlflcance QUALITY VERIFICATIO)l PROGRAH REINSPECTION PROCESS LOGIC DIAGRAM Figure 6-3

6.3.2 Pre urchase and Inactive Contracts The major steps of the deficiency evaluation process for FPhIA con-tracts closely follow those for the active contracts:

o Sort the negative inspection or review results for common de-ficiencies (weld undersize, wrong material, etc.) and hy com-modity (valves, pumps, motor control center, etc.).

o Analyze the sorted results to determine the safety significance of deficiencies.

o Analyze the sorted results to determine if generic or repeating trends exist. If so, analyze further for common causes (same welder, same QC inspector, etc.).

o Review the results of trend analysis and the determination-of safety significance. Determine whether further inspection is required.

o If further inspection is required, select additional components for reinspection, based on common causes of deficiencies and specific attributes found deficient.

6.3.3.1 Deficiency Document Review The sequence of steps for the evaluation of document dis-positions found technically inadequate in this review follow essentially the same process as that for active contracts:

o Sort the discrepant documents by type, contract, dis-positioning engineer, discipline, and date of dispos ition.

o Submit the discrepant dispositions for review by PQA and 8RI to determine safety significance and correc-tive action requirements.

o Review sorted documents for generic trends (same dis-positioner, same contract, etc.), and record reslts.

o If additional review is determined to be required, select an enlarged sample based on the trend analysis results (contract, document type, etc.).

6-11

e H 6.3.3.2 Personnel Qualifications Review The Personnel Qualifications Review is an analysis other elements of the QVP which ensures the competency and therefore the qualifications of those associated with quality affecting work. The process for the analysis of deficiencies discovered in these programs is discussed throughout this section. Two general areas are covered:

o Technical inadequacy of dispositions by engineering personnel is addressed in the Deficiency Document Review.

o Substandard performance by nonengineering personnel is addressed in active contracts, PPhIA contracts, M3E review, and others.

If deficiency is found during this review, it ais programmatic addressed through the existing management corrective action request system.

6.3.3.3 Receiving Inspection Review The Receiving Inspection Review is an analysis of the ef-f ctiveness of several site programs to ensure the ade-quacy of material installed or in storage awaiting instal-lation at the time of the stop work order. These programs include the active and PP*IA contract reviews, test and startup program, and special reviews. The process of an-alysis of deficiencies is present d throughout this sec-tion. Generic deficiencies identified in other reviews, as well as programmatic deficiencies identified as a re-sult of this review, are resolved through the existing management corrective action request system.

6.3.3.4 Grout Evaluation The sequence of steps for the evaluation of grout com-pressive-strength-test results which fail to meet sp c-ified requirements is as follows:

o Sort nonconforming results by grout type, installing contractor, use, and date of installation.

o Review sorted results for generic trends (same con-tractor, same grout application).

6-12

o Submit noncomforming results to BRI for a comparison and analysis of test results to design requirements and corrective action if required.

o Increase sample size in accordance with IE Bulletin 79-02 sampling requirements if BRI review of noncon-forming test results indicates the grout strength is not acceptable.

6.3.3. 5 Concrete Evaluation The concrete quality evaluation is a collection, trend analysis, and discussion of quality issues in all con-tracts which installed concrete. Generic deficiencies identified in the contract work were resolved through the management corrective action programs in effect at the time of construction. These formed the basis for the evaluation.

6.3.3.6 NDE Verification The actions associated with evaluation of deficiencies in NOE verification are essentially the same as those for active contracts. Sample sizes are increased in accor-dance with IE Bulletin 79-02 requir ments.

SECTION 7.0 PROGRAM RESULTS This section presents the quantitative results of the QVP" reinspections of hardware and reviews of quality records, procedures, and design change docu-ments. Those instances where further investigation was necessary are also identified.

7.1 Active Contracts 7.1.1 Contract 213A PDM Pittsburgh-Oes Moines Corporation (PDM) was responsible for the installation of components and piping for the containment. A substantial amount of the pre-1980 work was reinspected and/or reworked to resolve a major Corrective Action Request (CAR) generated during Restart. Of the hardware not addressed by the CAR, a sample of 40 items, representing weld pads, pedestal connections, downcomer attachments, and penetrations was se-lected from a population of 208 items. As a result of the re-inspection of this hardware, the sample was increased in two areas (weld pads lOOX, pedestal connections - 20X) for a total sample of 82. The only safety-significant deficiencies were identified on weld. pads, where the inspection covered them all; the ten sicpificant deficiencies were reworked.

7.1.2 Contract 215 WBG Wright-Schuchart-Harbor/Boecon/GERI (WBG) was responsible for the installation of mechanical systems and equipment for the plant, and certain structural steel in the containment dry-well. A large portion of the pre-1980 work has been redesigned and/or reworked, or reinspected by special related programs.

The reworked hardware is not covered in the figures presented below.

Samples were selected in the areas of piping, hangers, and structural steel:

o Piping - A sample of 128 isometrics (1700 welds) was se-lected from a population of 1033. There was one increase in sample size during performance of this program (15, increased to 19 small-bore isometrics because of under-sized socket welds). A total of ll deficiencies identi-fied in the remaining reinspections were reworked, al-though later analysis showed none would have failed in service. Engineering analysis of reinspection results indicated a potential problem, however. To resolve it, the flange-connection socket welds in small-bore high-energy systems are being reinspected for undersized welds.

7-1

o Hangers - A sample of 661 hangers (9000 welds) was se-lected from a population of 6300. There were no increases in sample size. Forty-six deficiencies, identified in the reinspections were reworked, although later analysis showed none would have failed in service. One recurring deficiency in this group was undersized welds, which is in part the reason for the Project's decision to repeat the as-built effort on pipe supports.

o Structural Steel A sample of 152 structural components (1700 welds) was selected from a population of 899 beam connections, and pipe-whip-supports. One increase in sample size was made because of misalignment of members at a particular type of connection (100K, to four beam seats). Forty-two deficiencies were reworked, although later analysis showed none would have failed in service.

Contract 216 TWC The Waldinger Corporation (TWC) was responsible for the instal-lation of HVAC and plumbing systems. A sample of 151 items, representing ductwork, equipment, and supports, was selected from a population of 1495 items. No significant deficiencies were identified and no increases in sample were necessary.

Contract 217 Sentr The Sentry Automatic Sprinkler Company was responsible for the

'installation of fire protection systems. A sample of 449 brackets and conduit supports was selected from a population of 3312 items. No sicpificant deficiencies were identified and no increases in sample were necessary.

Contract 218 F/L Fischbach/Lord Electric Company (F/L) was responsible for the installation of electrical systems and equipment. A sample of 1824 items was selected from a population of 17,700 cables, terminations, equipment, and penetrations. No significant de-ficiencies were identified, but the A/E considered to confirm that terminations were checked for proper crimping it advisable again during system line-up tests. This has been confirmed, and no other increases in sample were necessary.

Contract 219 OBC Oliver B. Cannon and Son, inc. (OBC) was responsible for the containment drywell coating system. Because of construction wear and tear, the coating was fully reinspected and exten-sively reworked.

7-2

7.1.7 Contract 220 JCI Johnson Controls, Inc. (JCI) was responsible for the installa-tion of control and instrumentation systems. JCI performed a reinspection/as-built program on all QC-I and SC-I installa-tions, including 4812 components and 45,000 feet of tubing and piping. Deficiencies identified were corrected as part of this 1K% program.

7.1.8 Contract 234 CBC Oliver B. Cannon and Son, Inc. was responsible for finishing the coating system for the containment wetwell, which also re-ceived a full reinspection because of construction wear and tear, and was reworked extensively.

7.2 Inactive Contracts 7.2.1 Contract 205 S/E Stewart/Erikson (S/E) was responsible for construction of the reactor building concrete substructure. Review of the quality records and contract history, and analysis of concrete place-ment records resulted in no safety-significant deficiencies being identi fied.

7.2.2 Contract 206 B/C Bovee/Crail Construction Company (B/C) was responsible for con-crete and steel construction of major plant buildings and spray ponds. The review of quality records and contract history re-sulted in a d. cision to reinspect a sample of welded steel con-struction. A sample of.37 beams was selected from a population of 186 structural members. One increase in sample size was made because of two cases of deficient welding on beam moment-cornections (100%, to 30 moment-.connections). Concr. te con-struction was not accessible for visual reinsoection (except superficial surface check), but analysis of placement r cords and procedures resulted in no safety-significant deficiencies being identified.

7.2. 3 Contract 206A PKS Peter Kiewit Sons Company (FKS) was responsible for general construction of major plant buildings. The review of quality records and contract history, and the analysis of concrete placement records and procedures resulted in no safety-significant deficiencies being identified.

7.2.4 Contract 207 POM The Pittsburgh-Des Moines Corporation was responsible for the steel superstructure of the Reactor and Turbine-Generator Buildings and the Circulating-Water Pumphouse. The review of quality records, procedures, and contract history resulted in no safety-significant deficiencies being identified; and a cursory field inspection of the Reactor Building superstructure disclosed no deficiencies.

7.2.5 Contract 209 RI/L Rigging International/Lampson, Inc. (RI/L) was responsible for rigging, lifting, and setting the reactor pressure vessel, head, and other reactor components. Review of quality records and procedures resulted in the determination that the services provided by this contractor were acceptably performed.

7.2.6 Contract 210 PKS Peter Kiewit Sons Company was responsible for general and ar-chitectural construction in the major plant buildings, in-cluding doors, siding roofing, concrete, and steel. The review of quality records and contract history, and analysis of con-crete placement records and procedures, resulted in no safety-significant deficiencies being identified. Earlier problems associated with ray-proof doors were resolved by post-1980 construction.

7.2.7 Contract 213 POM The Pittsburgh-Oes Moines Corporation was responsible for con-struction of the ASME containment vessel. Because of the large amount of welding in this work, a sample of 60 weld radiographs and 60 welds were selected to establish a 95K confidence that at least 95X of the original NOE work was adequate. No NDE deficiencies were revealed by this inspection, but lamellar discontinuities were discovered in a weld pad. The Project is currently pursuing the resolution of this issue, including its generic implications.

A sample of 280 feet of weld was also selected for visual rein-spection, resulting in the identification of a fillet-weld undersize condition on attachments to the containment. The records show this condition had already been identified, evaluated, and determined to be acceptable in the past.

7.2.8 Contract 225 McMillan McMillan Brothers Construction Company was responsible for con-struction of the Make-up Water Pumphouse. Review of the qual-ity records and contract history, and analysis of concrete

0 placement records resulted in no safety-significant deficien-cies being identified. A cursory field inspection of the pump-house also disclosed no deficiencies.

7.2.9 Contract 226 Sime Sime Construction Company was responsible for excavation for the Reactor Building foundation, and associated backfilling.

Review of the quality records and contract history resulted in no deficiencies being identified.

7.2.10 Contract 233 Shaw The B. F. Shaw Company was responsible for Spray Pond piping and supports. Review of the quality records and procedures resulted in no safety-significant deficiencies being identi-fied. A sample of eight pipe supports was selected from a pop-ulation of approximately 60, resulting in the addition of Spray Pond supports to the Project's as-built program. Seven pipe supports were reinspected for weld quality, identifying a num-ber of discrepancies which are currently under review by the A/E. If any of these are determined to be significant defi-ciencies, the inspection sample will be increased appropriately.

A sample of piping was also reinspected, including proper weld-out of weld-o-let fittings,...with no deficiencies being identified. Another indicator of pipe welding quality is provided by the NOE Verification Task.

7.2. 11 Contract 235 GE I&SE General Electric Installation and Service Engineering was re-sponsible for modifications to instrument control boards. Re-view of quality records and contract history resulted in no deficiencies being identified. Two major switchgear components containing GE IPSE modifications were reinspected as part of the prepurchase contracts verification. Ho deficiencies were identified.

7.2.12 Contract 6426 WSH Wright-Schuchart-Harbor (WSH) was responsible for interim con-tinuation of the concrete construction begun by the defaulted contract 206. Review of quality records and contract history, and analysis of concrete placement records and procedures, re-sulted in no safety-significant deficiencies being identified.

7.3 Pre urchase Contracts There were 49 prepurchase contracts providing mechanical, electrical, HVAC, and miscellaneous components to the Project. These contracts were reviewed in two phases, as were the inactive site contracts. Results of the major review activities are combined and summarized below.

7-5

o Documents The review of quality records and contract performance histories for all contracts result d in isolated deficiencies being identified, but only in two contracts were there indications of an adverse trend: cranes and diesel-generators. Reinspection follow-up 1) resolved open issues on the diesel-generators, and 2) led to an increase in test-record review for cranes, eventually resulting in a Project program to retest all cranes and hoists.

o Vendor Qualifications - Review of vendor qualifications was accom-plished by sampling the nuclear industry experience history of 45 vendors, resulting in one contractor whose qualifications could not be confirmed (jib-crane vendor, no longer in business).

o Procedures A technical review was perform d by sampling 187 proce-dures from 36 contracts, resulting in no safety-significant defic-iencies being identified.-

o Hardware In addition to the crane and diesel-generator reinspec-tions mentioned above, a sample of 89 mechanical, electrical, HVAC, and other components its selected from a population of 643 items representing 29 individual vendor contracts. No safety significant deficiencies were identified in this equipment.

7.4.1 De ficienc Document Review Burns and Roe was responsible for review and disposition of design-change documents and deficiency documents used on the Project. A sample of 658 deficiency documents was selected for technical review. All dispositions were found to be adequate.

The contractors were also responsible for certain limited de-sign work. A sample of 149 contractors'nternal deficiency documents was selected for technical review, with no disposi-tions found to be inadequate.

7.4.2 Personnel Qualifications Review A qualitative review was performed of 1) 20 site construction contracts and two construction testing contracts, 2) the A/E review of vendor submittals, and 3) the performance of engi-neering personnel dispositioning deficiency documents. The re-view results show that both construction and engineering per-sonnel performed comp tently, and that individual cases of un-qualified personnel involved in prior work had already been identified by the Project.

7.4. 3 Receivin Ins ection Review Repeat receiving inspections of material in storage at the time of the stop work order yielded no significant deficiencies.

7-6

Reinspection of installed material is characterized by the in-formation throughout this Results section of the report. On the whole, receiving inspections were effective.

Grout Evaluation A statistical sampling method conforming with IE Bulletin 79-02 was used to investigate and test the strength of all grout-types installed by contractors at WNP-2. Sand-cement grout was found to be unsatisfactory and was replaced where necessary.

This issue has been separately reported as 10CFR50.55(e) Item No. 73.

Concrete Evaluation Review of concrete quality and placement records for 14 con-tracts responsible for production, installation, and testing of concrete, and review of procedures used for the work of six major concrete contractors at WNP-2, result d in no unresolved deficiencies being identified. Characteristic problems encoun-tered during construction included reinforcing st el misplace-ment, honeycombing, and formwork misalignment.

NOE Verification A sample of 60 radiographs were reviewed, repeat penetrant-testing was performed on 60 welds, and repeat magnetic-particle testing was performed on 95 welds, all to verify the prior non-destructive examination performed by seven NOE contractors. No significant NOE deficiencies were identified, however, a pro-blem with a containment weld pad was identified (discussed in Section 7.2.7).

7-7

SECTION 8.0 QVP/CAT CG4IPARISON The QVP evaluation of the NRC's Construction Appraisal Team (CAT) findings consists of a review to d termine the similarity of conclusions with those of the'VP and to assess the significance of the results. This section presents a comparative analysis of the CAT inspection findings versus those of the QVP.

8.1 Sco e of Evaluation The categories listed below represent the construction areas investigated during verification by. the QVP and inspection by the CAT:

o Electrical and Instrumentation o Mechanical o Welding and Nondestructive Examination o Civil/Structural The analysis included hereinafter is arranged in these categories.

The evaluation is based upon the scope of the QVP and does not, there-fore, address all CAT results. The Project's response to CAT hndings is covered. elsewhere~24~.

8.2 Pro ram Oescri tion The evaluation consists of a review of the report issued by the CAT'to determine all the items inspected, and each item installed prior to July 1980. The hardware items on the resulting list are compared with the list of QVP-reinspected items to identify those specifically reinspected by both programs. Hardware which is similar is also identified, to aid in broader comparison of results.

Next, the findings of each program are compared on both, a specific-item basis and a similar-item basis, to determine the similarity of findings.

Oifferences are evaluated and results are reported. Significant differ-ences requiring corrective action are individually addressed.

A logic diagram for the evaluation process is presented in Figure 8-1.

L 010 CAT INSPECT SAME SPECIFIC ciARDWARE ITEMS COHPARE (YES) COttFIRH RESULTS SIMILAR?

QVP QVP/CAT (tto)

EVALUATE DIFFERENCES 010 CAT INSPECT ~ DETERHINE TECNttt CAL SIGttIF ICANCE SIHiLAR GROUPS ~ DET.RHINE STATISTICAL SIGttlFICAttCE tlARDttARE ITEMS ~ COHPARE CONFIDENCE LEVELS RESULTS (NEGATIVE)

DETERMINE UNDE Rt 1l NE PERFORM INCONCLUSI VE CORRECTIVE QVP ACTION ACTION EVALUATION OF RESULTS OF CAT FINDINGS VS VP - LOGIC DIAGRAM Figure 8-1

8. 3 Evaluation Hardware items inspected by the CAT, which were installed and accepted prior to July, 1980, are collected in the categories identified in S c-tion 8.1, and presented in Tables 8-A through 8-D. The num rical results of the inspections are included and compar d in the tables. CAT-inspected items which do not appear in the tables are those which were completed after July, 1980, or are issues which have arisen after that date.

8.4 Com arison Results 8.4.1 Electrical and Instrumentation There were three cases in which the same hardware items were inspected by both the CAT and the QVP. In two cases, identical findings were recorded. In the third case, Containment Instru-ment Air System, the minor deficiencies identified by the CAT are, most likely, construction damage which occurred since the QVP inspection of that system one year earlier. Otherwise, the results for the third case are also identical.

Overall, the results of both inspections compare favorably, regarding consistency of findings. The CAT report concludes that activities in the electrical and instrumentation construc-tion areas appear to be adequate. This is the same conclusion reached by the QVP.

8.4.2 Mechanical Construction There were no cases in which the same hardware items were in-spected by both the QVP and the CAT so, no direct comparison can be mach. The CAT identified a trend of inconsistency be-tween design drawings and pipe supports, a situation also identified in QVP reinspections.

Even though only limit d information can be discerned from this comparison due to the wide variation in number of items exam-ined by both programs, the CAT results would still appear to support QVP conclusions.

8.4.3 Weldina and NDE There was one area in which the same items were examined by both the QVP and the CAT. Contract 215 (WBG - Mechanical) radiographs of pipe welds previously re-examined by Bechtel and the Supply System were also reviewed by the CAT. Findings were essentially identical, i.e., film density deficiencies exist in the original WBG radiographs, which the Project was aware of and has separately addressed.

8- 3

In the area of piping inspection, the CAT identified a weld undersize condition on weld-o-let fittings, which was not identified by QVP inspections. To resolve the existence of a trend of these deficiencies, the Project has performed a rein-spection of all weld-o-let fittings installed by the mechanical and instrumentation contractors. The weld-o-1 ts and piping in the spray ponds were randomly inspected for this condition.

The QVP identified a problem with undersized welds on small bore flange-connection socket welds. This area was apparently not addressed by the CAT.

Other than the above, conclusions drawn in the reinspection programs are similar.

Civil/Structural Construction There was one area in which the same hardware items were exam-ined in both programs, welded beam connections. Insp ction findings were identical.

In other areas, the CAT checked structural steel bolts retor-qued by the Project's xisting program and found no discrepan-cies. Concrete and reinforcing steel were inspected by CAT by physical testing and destructive examination methods. The QVP addressed concrete construction by technical review of proce-dures and quality records for compliance with requir..ments.-

The basic results of both programs are the same. CAT over the significance of concrete inspection findings members'oncerns have been separately addressed by the Project.

8-4

Items Inspected I Deficiencies Specific Comparison QVP Specific Total by CAT Identified Items of Inspection Items/ Items Installed I by CAT Inspected Specific of I Deficiencies Inspection Inspected Prior I On Pre-7/80 by Both Item Similar Identified Charactistic B CAT to 7/80 Items CAT h QVP Results Items b QVP I Identical I Cable Findings I Routin 18 10 Recorded 293 I No Basis I Cable for a I Identifi- (1) I Specific I cation 18 10 Com arison 5 665 I 2 No Basis I 189 Cable 189 Cable for a -

344 Cable I Cable Ends, 928 Ends, 928 Specific ) Ends 1516 I Termination Terminations Terminations Com arison ) Terminations I 44 I Identical I Electrical Findings I E ui ment 30 30 Recorded 13 I No Basis I for a I Electrical Specific I Penetration Com arison No Basis for a Instrument Specific Panel Com arison 61 No Basis Containment for a Instrument Entire I Entire 8 Specific Air S stem I S stem (Minor) 5 ISOs Com arison 5 ISOs

( )QVP unable to identify actual of identifiers examined by CAT. Multible labels in cables.

(2)QVP unable to sort Pre 7/80 items for this statistic. Number shown indicates total items examined by CAT.

ELECTRICAL AND INSTRlNENTATION STATISTICS Table 8-A

0 0

t

Items I Inspected I Deficiencies Specific I Comparison QVP Specific Total by CAT Identi fied Items of Inspection Items/ Items Installed I by CAT Inspected Specific of I Deficiencies Inspection Inspected Prior I On Pre-7/80 by Both Item Similar Identi fied Charactistic B CAT to 7/80 Items CAT h QVP Results Items b QVP No Basis Pipe 49 7 IFor Specific I 409 Supportsl Su orts Su orts Su orts 0 I Com arison 8000 Welds 25 137 Radial Structural Beam I No Basis Steel Stiffener I For Specific I Members N/A (See Plates Com arison 1500 Welds Table 8-C)

No Basis Piping Specific I

'For Isometrics 18 0 I Com arison 128 N/A MECHANICAL STATISTICS a e

Items Inspected I Deficiencies Specific Comparison QVP Specific Total by CAT Iden tified Items of Inspection Items/ Items Installed by CAT Inspected Specific of -

I Deficiencies Inspection Inspected Prior On Pre-7/80 by Both Item Similar Identified-Charactistic B CAT to 7/80 Items CAT h QVP Results Items b QVP No Basis I Piping I For Specific I Isom tries 24 Com arison I 57 QCP did notl 4 Identify I I Weld Later shown lOeficienciesl I Radiograph Not To Be On Same . I 2690 I Review 126 Oe ficiencies 52 .Items I Radio ra hsl N/A CO I

WELDING ANO NOE STATISTICS Table 8-C

Items Inspected I Deficiencies Specific Comparison QVP Specific Total by CAT I Identified Items of Inspection Items/ Items Installed by-CAT. Inspected Specific of I Deficiencies Inspection Inspected Prior I On Pre 7/80 by Both Item Similar Identified Charactistic B CAT to 7/80 Items I CAT h QVP Results Items b QVP In-Situ I Concrete I Qualit 14 14 N/A N/A I

I Reinforce-I ment Steel I Placeffent 12 12 10 N/A N/A lOOX 100X Structural Inspected I Ins pection I Steel Bolted I By Relatedl I By Related I Cormections 39 39 I Pro ram N/A I Pro ram -

N/A 137 Structural Steel I Structural Identical Members I Steel Welded Findings, Approximate I Connections 40 40 12 I Recorded 1500 Welds CIVIL/STRUCTURAL STATISTICS Table 8-D

48 SECTION

9.0 REFERENCES

1. Letter No. EA-80-020 to NO Strand, WPPSS, from Victor Stello, Jr., NRC, dated 06/17/80

Subject:

10CFR50.54(f) Request Regarding Quality Assurance

2. Ibid., Attached Notice of Violation

3. Letter No. G02-80-153 to Victor Stello, Jr., NRC, from NO Strand, WPPSS, dated 07/17/80

Subject:

WPPSS Nuclear Project No.2, Docket No.50-'397, EA-80-020, Notice of Violation and Additional Information - 10CFR50.54(f)

4. Letter No. WNP2MCL-F-80-0113 to All Contractors from DE Oobson, WPPSS, dated 07/17/80 Sub ject: WPPSS Nuclear Pro ject No. 2, Contract. 2808, Stop Work Order, Quality Class I Work, 8009

5. Letter No. G02-'80-223 to RH Engelken, NRC, from RL Ferguson, WPPSS, dated 10/16/80

Subject:

WPPSS Nuclear Project No.2, Docket No.50-397, First Progress Report 10CFR50.54(f)

6. Letter No. G02-80-287 to RH Engelken, NRC, from RG Matlock, WPPSS, dated 12/29/80

Subject:

WPPSS Nucler Project No.2, Docket No.50-397, S cond Progress Report 10CFR50.54(f)

7. RCSW Manual, Vol. II, Instruction PJT-01, Plan WNP-2 Restart of Safety Related Work, dated 07/31/80, Revision 1, dated 12/17/80, Revision 2, dated 01/26/81

8. Ibid., Vol. III, Instruction QVI-01, QVP Program Description, WNP-2 Quality Class I Systems Completion Plan, dated June 18, 1981

9. Ibid., Vol . III

10. Ibid.

11. RCSW Manual Vol. II - Project Instructions

12. Meeting Agenda, March 17, 1983, at WNP-2 between NRC, Region V and Supply System

13. Letter No. QA-WZ-82-215 to RG Matlock, WPPSS, from RB Glasscock, WPPSS, dated 06/03/82

Subject:

Assessment of WNP-2 Quality Verification Program Report

14. WNP-2 Plant Verification Program, Revision 1, October, 1982

15. WPPSS Corporate Licensing h Assurance Audit No.82-221 of Bechtel Power Corporation WNP-2, dated August 30-September 3, 1982 9-1

16. Letter No. CA-KZ-83-023 to RG Matlock, WPPSS, from TJ Houchins, WPPSS, dated 02/15/83

Subject:

Corporate Licensing and Assurance Audit 83-242

17. Letter No. QA2-82-023 to RG Matlock, WPPSS, from RT Johnson, WPPSS, dated Ol/25/82

Subject:

PQA Audit Report WNP2-82-1, Quality Verification Program

18. WFPSS Surveillance Report No. 82-148-SS, Quality Verification Program dated 10/18-25/82

19. Meeting Agenda, March 17, 1983, at WNP-2 between NRC, Region V and Supply System

20. Meeting Agenda, June 21, 1983 at WNP-2 between NRC, Region V and Supply System

21. NRC IE Bulletin 79-02 to NO Strand, WPPSS, from RH Engelken, NRC, dated 03/08/79

Subject:

Pipe Support Base Plate Designs Using Concrete Expansion Anchor Bolts

22. Letter No. WPBEC-C0500-F-82-283 to TA Mangelsdorf, BPC, from RG Matlock, WPPSS, dated 03/26/82

Subject:

Quality Verification Program Key Decision No. 2

23. Letter No. WPBEC-C0500-F-81-0803 to- TA Mangelsdorf, BPC, from WC Bibb, WPPSS, dated 09/03/81

Subject:

Quality Verification Program Key Decision No. 1

24. Letter No. G02-83-732 to JB Martin, NRC, from CS Carlisle, 'WPPSS, dat d 08/15/83

Subject:

Nuclear Project 2 - Construction Appraisal Team Issues ie 9- 2

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ENGINEERING REPORT NNP-2 ENVIRONMENTAL QUALIFICATION REPORT FOR SAFETY RELATED EQUIPMENT SEPTEMBER 1983

purpose of the plant specific analysis is to demonstrate that sufficient margin exists between the GE Generic Profile and WNP-2 plant specific pro-file and to define. the post accident conditions as required by NUREG 0588 (Figure C2).

3.2.2 ~Sr~a Operator initiation of a demineralized water spray could be used in primary containment at WNP-2 to mitigate the effects of. an accident. No credit for this operator action has been taken in defining the temperature/pressure conditions inside containment. However, since spray impingement could occur (by operator action) its effect on Class lE equipment inside primary con-tainment has been evaluated.

3.2.3 Radiation Inside and Outside Containment The accident radiation environments in the primary containment has been defined according to Section II.B.2 of NUREG 0737 (Reference 7) and NUREG 0588, Rev. I. The calculated accident environment is based on the most severe nonmechanistic design basis accident during or following which equipment must function. This includes consideration of the entire spectrum of FSAR Chapter 15 accidents which can lead to a degraded core condition.

The source term assumptions for postulated accidents are consistent with those defined in NUREG 0588 and Regulatory Guides 1.3 and 1.7. The source terms are calculated using the ORIGEN code (Reference 8).

For the review performed in this report the radiation environment in the primary containment was defined per Reference 19. This is a plant specific evaluation. Reference 19 contains the methodology and results of this eval-uation. The results of this evaluation are provided in Appendix 8 for gene-ral areas of the containment and Reactor Building and also in Appendix C for each specific piece of equipment..

The radiation environment in the reactor building (secondary containment) is defined according to Section II.B.2 of NUREG 0737 (Reference 7) and NUREG 0588, Rev. 1 and includes the sum of direct 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 building was calcu-lated using the plateout assumptions of NUREG CR-0009 (Reference 9).

The reactor building (secondary containment) was divided into zones to define the equipment doses. The worst target (Class 1 component with the highest dose) in each zone was then chosen. The total integrated dose (TID) to this component was calculated using the gAD-P5A computer code (Refer-ence 10). This TID was used as the required qualification level for most equipment in the zone. In some zones multiple target specific TID's were calculated where there was wide variation 'of radiation levels within the zone.

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 primary containment and the radiation zone maps for the reactor building. It should be noted that the containment and the reactor building radiation levels are six month inte-grated doses. Doses for equipment with shorter operating times were deter-mined from the calculated packages in Reference 11 and are detailed in Appendix C on Equipment gualification Report Summary Sheets.

3.2.3.1 Beta Radi ati on The beta radiation effects on equipment important to safety are evaluated.

Beta dose calculation and methods are presented in Reference 19 and 26.

Most equipment important to safety on WNP-2 are installed with watertight electrical conduit and are constructed such that beta produces surface effects only to the external housing of the equipment. Internal sensitive components within the equipment are not exposed. There are, however, some

However, equipment important to safety in primary containment is designed and installed to function in conditions which include high pressure, mois-ture, and water spray. Watertight electrical conduit and non-ventilated NEHA 3 and NENA 4 equipment enclosures are specified. Where required, cable entry ports are sealed using gualified Equipment Sealing methods. Where these conditions exist, beta is shielded from internal components and an evaluation of beta radiation is not required.

Some equipment, even though not of a ventilated design, has the potential during long-term exposure to varying high pressure and beta conditions of receiving some beta exposure. Equipment important to safety within the pri-mary containment is reviewed and three potentially susceptable equipment types (terminal boxes with pressure relieving ports, continuous duty motors, and a few locations where exposed cabling was necessary) are identified.

For these equipment types, detailed evaluation which included beta effects are performed.

Beta Evaluation Status Evaluations have been completed for equipment important to safety identified in the Justification for Interim Operation (Table A, gualified Status) con-tained in Appendix D. The remaining equipment important to safety, Table B and Justified components from Table A, wi 11 be evaluated as described above and any corrective actions completed prior to November 1985.

3.2.4 ~Floodin The top of the main vents from the drywell to the suppression pool are approximately 12 inches above the drywell floor. This is the maximum flood level since any excess water would drain to the suppression pool. No Class 1E equipment or connections are located between the diaphram floor and the top of the downcomer vent pipes inside the wetwell .except for the wetwell level system and wetwell temperature monitors which are totally enclosed in water tight conduit systems.

As required by NUREG 0803 (Reference 15), the effects due to line breaks in'he Control Rod Orive system have been evaluated. No safety related equip-ment would be submerged due to a break in this system (Reference 16).

The possibility of flooding in the reactor building has been evaluated. The reactor building flooding analysis was completed (Reference 23 and Reference 25). The procedure used in this evaluation consisted of the following sequential steps:

1. Calculate the maximum sour ce flow (gpm) for each room. Includes high energy and moderate energy lines.

2. Calculate the water depth using the following assumptions:

o floor area used to determine water depth excluded floor open-ing areas, in order to allow for curbs and lips.

o Twenty minute operator reaction time was allowed per NRC guest i on 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 areas.

4. Re-calculate flood level considering water exit paths.

5. List equipment still flooded following recalculation.

6. Perform a safe shutdown analysis.

7. List flooded equipment required for safe shutdown.

8. Protect, relocate, or qualify equipment required for safe shutdown that is impacted by flood analysis.

Modification of the drain system for 4 NCC Rooms was required by the Mode-rate Energy Pipe Break Analysis. The results of this shutdown analysis for flooding (Reference 24) indicate that WNP-2 can be safely shutdown with alternate safety related equipment not affected by flooding and that flooded equipment will not defeat accomplishment of the safety function. Based on this flooding is not a required qualification parameter for WNP-2 safety related electrical equipment in secondary containment.

The operator is alerted to flooding by leak detection sensors and can take action to initiate alternate safety systems not affected by flooding if required. As the operator is alerted to flooding, instrumentation that may subsequently become flooded and provide erroneous indication will not mis-lead the operator to take inappropriate action.

3.2.5 Tem erature/Pressure Outside Containment Class 1E equipme'nt in. the reactor building could be exposed to two postu-lated accident types: a LOCA/NSLB in primary containment or an HELB in the reactor building. These conditions were determined from Refere'nces 5, 6, and 12. As explained in Section 4.0 of this report, equipment is evaluated to the worst accident environment in which it is required to function.

A LOCA/NSLB in primary containment would cause an increase in the reactor building's temperature and humidity. The maximum conditions are presented in Profile 4 of Appendix B (Reference 21).

The pressure/temperature effects of all postulated high energy line breaks in the reactor building were determi ned. Breaks in the following high energy lines were considered:

26" main steam line (envelops feedwater line break) 4" RCIC steam line 6" RWCU steam line 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 presented in Appendix B. In addition, it was 'ver ified that pressure/temperature affects from moderate energy line breaks in these areas are less than the high energy line breaks.

The accident profile due to a main steam line break in the steam tunnel was determined from Reference 5. The remaininq temperature/pressure profiles in the reactor building were developed using the RELAP4 and COMPARE MODIA com-puter models (References 13 and 14). Detailed modeling of compartments and fluid flow paths were made. Heat sinks were modeled using appropriate heat transf er correl ati ons.

For areas of the reactor building secondary containment where no high energy line breaks affects are postulated but moderate energy line breaks could be present, it has been determined that the pressure/temperature profile number 4 (effects in secondary containment of a LOCA/MSCB inside contain-ment) exceed the moderate energy pressure/temperature conditions. There-fore, equipment in the secondary containment is qualified to at least the pressure/temperature profile No. 4.

3.3 MILD ENVIRONMENT AREAS IN SECONDARY CONTAINMENT A mild environment is an area in which the maximum temperatures, pressures and humidity are not expected to chanqe significantly during or following design basis events. In addition, the cumulative gamma radiation dose to equipment in these areas is below 10 rad (Reference 17).

4P Some of the motor control center rooms in the reactor, building are classi-fied as mild 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 gamaa radiation dose (normal + acci-dent) in these rooms is less than 10 rad.

Section 4.2.3 provides the Supply System s position on environmental quali-fication of safety related equipment in a mild environment.

4' A reasonable effort will be made to procure in kind equipment which are qualified to the requirements of 10CFR50.49. When this is not feasible, sound reasons to the contrary will be established consistent with NRC generic letter No. 8209 (April 20, 1982). Replacements in kind will be used which, at a minimum, preserve the present qualification status of equipment at WNP-2 (NUREG 0588, Category II).

If it is not 'feasible to procure in kind replacements, then a reasonable effort will be made to procure engineering approved substitutes to the requirements of 10CfR50.49. If it is not feasible to obtain such replace-ments then engineering 'approved substitutes will be procured to the present qualification status of equipment at WNP-2 (NUREG 0588, Category II).

Subcom onents In kind spares will be used when available. Subcomponents used as identical spares for existing qualified equipment will be qualified to Category II as a minimum, by virtue of qualification of the related component.

If an identical spare is not employed, an engineering approved substitute, which does not degrade the qualification of the original, may be used.

0 5.0 QUALIFICATION RESULTS The environmental qualification of the components identified on the Class 1E Equipment List and active Safety Related Mechanical List (Appendix A) has been evaluated. The status of the evaluations is presented on the Equipment Qualification Reports in Appendix C. A justification for interim operation pending completion of the full Environmental Qualification Program is com-plete (see Section 6 and Appendix D).

The Class .1E 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. The method for completing the qualifica-tion is included on the individual Equipment Qualification Reports in Appen-dix C. This equipment will be qualified by November 30, 1985.

The following closure activities are being completed for equipment important to safety identified in Table "A", Appendix D (i.e., that equipment required to be qualified or justified prior to fuel load).

o Field verification that equipment whose corrective action is replacement with qualified equipment has been accomplished prior to fuel load.

o -

Completion of corrective action of equipment interface has been accomplished prior to fuel load for pr imary containment equipment.

o Receipt of qualification documentation and completion of QID files (Q'tatus).

The following activities are being completed for equipment important to safety identified in Table S and that equipment statused as "J" in Table A of Appendix D (i.e., that equipment that must be qualified by no later than November 30, 1985).

o Development of a detailed plan that assures final qualification of all equipment important to safety by November 30, 1985.

Gn-going activities that will continue throughout the life of the plant include:

o Review of Design Changes to assure qualified equipment is procured and installed in accordance with 10CFR50.49 as implemented by the WNP-2 equipment qualification program.

o Continuing input to the scheduled maintenance system for equipment replacement or required maintenance based on the Equipment guali-fication Program results.

o Continuing review and modification of the SMS program based on results from Maintenance/Surveillance activities.

o Review of spares and replacement equipment to assure qualification level is maintained and upgraded where necessary.

o Continued participation in and review of industry efforts in the equipment qualification area and review of NRC notices, circulars and bulletins as they are received with respect to the equipment qual ifi cati on.

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

12. Impell Corporation, Reactor Building Environmental Analysis, calcula-tion 0740-032-137-THI, Rev. 0, dated September 9, 1983.

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", TDP 3.32.

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.

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

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 or X - Acceptable, thermal aging completed B or Y - Acceptable, thermal aging being covered by surveillance Acceptable, not installed No'ocumentation in files Being requalified by modification of'he hard-ware or the environment Justification provided Being requalified by analysis Not Acceptable Purchasing qualified replacement Oocumentation not complete Being requalified by test The first column shows the seismic qualification status.

11. HOURS The time, in hours, a component is required to function q/~3

~

following an accident.

Ae6

12. EQUIPMENT A description of the equipment function.

DESCRIPTION

13. DRAWING 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 conditions.

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

Exampl e: Equipment in this category provides no active function, but may provide a passive function by containing radioactive material outside the Reactor Building. 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 will be qualified to demonstrate operability in the accident envi-ronment forthe time required for accident mitigation with safety margin to failure.

A.7

PROGRAH ClE-STD IJASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00001 MNP 2 CLASS If EOUIPHENT LIST DATE 09/06/83 STATUS. o ~ oSE I SHI C I S) PARAHETERSoo ~ eENV ~ (E) PARAHETERSo fPtl HFG NOBEL S E OID TN HL TEST ANL FO C FREO AGING DBE C HOURS DESCRIP 'I ION BLDG ELI'V DETAII. ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USF. SAFETY FUNCT ION A/E DRAIJING A/E ZONE CAC-CIITR"1A 1005 A103D A X .045002 N f21 10 S 1320 CONTACTOR FOR CAC EHC-1A R - 577 R/7e0: R73 71 2 A I 0 n 71 00 0101 . Eli N~ A CAC CNTR 18 1005 A103D X X 045002 Y 621 10 S 4320 CONTACTOR FOR CAC=EHC 18 R,577 tt'e7/Tel R73 71 2 A I 0 D 71- 00" 0104 Dl 1 CAC EHC 1A C332 SA213-7347 SIST A X 109007 N 621 1320 37 KM PREHEATER R 580 N~ 5/6o6. R73 R604 C AC HR 1 A+

71 2 A 0 D H554 Elh CAC-EHC-18 C332 SA213-T317 S ~ Se X X 109007 N 621 1320 37 Kll PREHEATER R 580 N~ 5/Tel R73 R604 CAC HR 18+

71 2 I 0 D N551 E2 CAC-EHO-FCV/IA 1206 NH91 J400 2F 2L 18 A X 110001 .

P Y 121 03 33+ 10143 10 S 1320 EHO FOR CAC FCV-1A R 575 Le9/Se3 R73 R611 A+ 'AC-FCV-1 42A 2 A 1 0 D N551 J10 CAC-EHO-FCV/18 1206 Ntl91 JI002F2L1R 'A X 110001 P Y 121 03 33+ 10113 00 S h320 EHO FOR CAC-FCV-18 R 565 J ~ 6/6eT R6f R509 CAC-FCV 18+

42A 2 A 1 0 0 .N55 I H6 CAC-EHO-FCV/2A 1206 NH91J4002F2218 X 110001 P Y 121 03 334 10143 1,0 S '320 EHO FOR CAC-FCV-2A R 558 N~ 2/Tel R63 A504 CAC FCV 2A+

42A 2 A I 0 D N554 Gll CAC-EHO-FCV/28 1206 NH91 J4002F2118 A X 110001 P Y 121 03 334 10113 00 S 1320 EHO FOR CAC-FCV-28 R 560 N~ I/6e6 C66 CAC-FCV 28+

42A 2 A 1 0 D 8554 G6 CAC-EHO-FCV/34 1206 NH91 JIC02F2L I8 A X 110004 P Y 121 03 33+ 10113 10 S 1320 EHO FOR CAC-FCV XA R 191 N~ 8/I ~ I R33 R206 CAC-FCV-3Ao 42A 2 1 n D H5 54 Dl 1 CAC-EHO-FCY/38 1206 NH91JI002F2L18 A X 110004 P Y 121 03 33+ 10113 00 S 1320 EHO FOR CAC-FCV-TB R 496 J ~ 2/7 ~ I R31 CAC-FCV-38 42A 2 I n D H551 C6 CAC-EHO-FCY/IA 1206 NH91 J1002F2L IG X )1 0004 P Y 121 03 33+ 10143 10 S 4320 EHO FOR CAC-FCV IA R 193 H~ I/7 ~8 R33 R214 CAC-FCV-IA+

42A 2 A 1 0 D I<554 III CAC EHO FCV/48 1206 NII91 J4002FPL IP A X 110001 P Y 121 03 33o 10143 00 S 4320 EHO FOR CAC-FCV-IR R 492 N~ 2/6 ' R33 R206 CAC FCV 48+

42A 2 A I G D N55 4 E6 CAC-EHO-FCY/SA 1206 NH91H4070F3L16 A 110001 P N 121 03 33+ 1 014 3 10 S 4320 t.tin FOR CAC-FCV-~A R 572 HE 6/6 ' FT3 CAC-FCV 5Ao Tl 2 I C D I 14

PROGRAH C1E 'STO IIASHI NGTON PUBLIC POVER SUPPLY SYSTEN . PAGE NO 00002 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS +++SEISMIC tS) PARAMETERS*+ ~ +ENV ~ IE) PARANETERS*

EPN NFG MODEL S E QID TH HL TEST Atll. FO C FRED AGING DBE C HOURS DESCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSI TE. EPN COttTRACT LEVEL EC USE SA FETY FUNCTICN A/E BRAVING A/E ZONE CAC EHO-FCV/SB. 1206 NH91)I4070F3L16 A X 11 0001 P N 121 03 33+ 10143 00 S 4320 EHO FOR CAC-FCV 58 R 573 N ~ 5/ToS R73 CAC"FCV 58+

71 2 A I 0 D H55 1 F2 CAC-EHO-FCV/6A 1206 NH91H4070F3L16 A X 110001 P N 121 03 33+ 10143 10 S 1320 EHO FOR CAC-FCV-6A = R 572 M~ 6/6 o5 R73 CAC-FCV"6A+

71 2 A 1 0 0 H554 612 CAC-EHO-FCV/68 1206 NH91H4070F3L16 A X 110001 P N 121 03 33+ 10143 00 S 1320 EHO FOR CAC-FCV"68 R 573 HE 5/7 ' ,P. 73 CAC FCV 68+

71 2 I 0 O H55 4 Gh CAC-EHO TCY/4A 1206 NH92H9970F3L29 A X 11 0001 P N 121 33+ 10113 10 S 1320 ENO FOR CAC-TCV-4A R 573 N~ 5/6 ' R73 CAC TCV-4A+

71 2 A 1 0 0 H551 D12 CAC-EHO-TCV/48 1206 NH92H9970F3L29 X 110001 P N 121 03 33+ 10113 00 S 4320 FHO FOR CAC-TCV 71 2 48 A 0 H551 R 573 HE 5/7 ' R73 CAC TCV 481 1 D Oh CAC-EHO V/1A I206 NH95H2670F3L2 A X 110002 P N 121 03 33+ 10113 10 S 4320 37 KV PRENEATER R 573 N~ 5/6 e6 R73 R601 . CAC V IA+

71 2 A 1 0 D HSS4 F15 CAC-EHO-V/18 1206 NH95H2670F3L2 A X 11 0002 P N 121 03 33+ 10143 00 S 1320 EHO FOR CAC-V-18 R 573 HAS/Teh R63 CAC V 184 71 2 A 1 0 D H5 54 F2 CAC EHO V/2A 1206 NH91N2070F3L2 A X 110004 P N 121 03 33+ 10143 10 S 4320 EHO FOR CAC-V 2A R 573 H~ 5/6o6 R73 CAC V"2A+

71 2 A 1 0 D H554 F12 CAC EHO-V/28 1206 NH91H2070FSL2 A X 110004 P N 121 03 33+ 10143 00 S 4320 EHO FOR CAC-V-28 R 573 HE 5/ah R63 CAC-V 28+

71 2 A 1 0 0 H554 F1 CAC-BIO V/3A I206 NH91H2070F3L2 A X 110004 P N 121 03 33+ 10143 10 S 1320 EHO FOR CAC-V-3A R 573 N~ 5/6 ~ 6 R73 R612 CAC V 3A+

71 2 A 1 0 0 tl55 4 D12 CAC-EIIO-V/38 1206 tIH91H2070I 3L2 A X 110004 P . N 121 03 33+ 10143 00 S 1320 EHO FOR CAC-V-3II R 573 HAS/7 ' R63 CAC-V-38 71 2 A I 0 II I1554 Dh CAC FT IA R369 1153083 Y X 156009 R N 111 50 4320 FT TO CAC-FTC-IA R 575 L ~ 9/5 ~ 3 063 220 3 2 0 G H55 4 Jl 1 CAC-F T-10 F369 1153803 Y X )56009 R N llh 50 1320 FT TO CAC FIC 18 R 551 He7/8 ~1 R61 220 3 P 2 0 H554 JS 0

G

PROGRAH ClE STO UASHI NGTON PUBLIC PDMER SUPPLY SYSTEM PAGE NO 00003 QNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 EPN STATUS ~ + ~ SEISMIC IS) PARAMETERS++ ~ +ENYO IF.) PARAMETERS+

HFG MODEL S E OIO TH HL TEST ANL FO C FRED AGING OBE C HOURS OESCR IP TI ON BLDG ELEV DETAIL ZONE ROOM ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E OR AMING A/E ZONE CAC-FT-2A R369 1153083

",156009R63 Y X R N 114 50 4320 FIC-2A FT TO CAC 220 3 P 2 0 G M554 R S51

" ' No8/Si7 Gl 1 CAC FT-28 R369 1153083 Y X 156009, 'N 14 50 FT TO CAC FIC-28 '" R 1 4320 220 R 551 Ho7/8ii R61 3 P 2 0 G H554 G5 CAC" F T-3A R369 1153083 Y X 156009 R N 114 50 4320 FT TO CAC-FIC 3A R 501 N ~ 8/SoS R13 220 3 P 2 0 G H554 011 CAC-FT-38 R369 1153D83 156009 111 Y X R N 50 1320 FT TO CAC-FIC-38 R 504 Lh/9+3 R43 220 3 P 2 0 G H554

'S CAC-FT-4A R369 1153D83 Y X 156009 114 50 FT TO CAC-FIC 4A R N 4320 R 501 NB/505 R43 220 3 P 2 0 G. 8551 I 11 CAC-FT-48 R369 1153D83 Y X 156009 111 50 FT TO CAC-FIC-48 R N 4320 R 501 N~ 0/he9 R43 220 3 P 2 0 G H55 4 F5 CAC-FT-5A 8080 386 156001 621 X X N 01653 10 E 4320 SCRUODER 1A SII INLET FT R 173 Hi3/6i8 R73 R604 CAC HR IA+

71 3 P 2 0 G2 85 Sh Gll CAC-F T-58 8080 386 156001 621 X X N 06153 10 E 1320 SCRUBBER 18 SM INLET FT R 578 HE 3/To5 R73 R604 CAC-HR- IB+

71 3 P 2 0 G2 H554 G2 CAC-F T-6A n.080 386 156001 621 06153 X X N 10 E 4320 FT TO CAC-FC-67A R 575 MoS/6oS R73 R601 CAC IIR IA+

71 3 A I 0 0 >554 F12 CAC-FT-68 0 FT TO CAC-FC-678 0080 575 5/To3 X X 156004 R73 N 621 R604 06153 10 E 4320 R HE CAC HR 18+

71 A I 0 0 r55 4 Fh CAC-FT 74 8080 386 156001 621 06153 X X N 10 E 4320 FT TO CAC-FIC-67A R 575 HE 3/6o6 R73 R604 CAC-HR IA+

0 71 3 A I 0 n H554 F12 CAC-.FT-TI3 8080 386 X X 156001 N 621 06153 10 E 1320 FT TO CAC-FIC-678 R 576 H~ 3/7 04 R 73 R601 CAC-HR-18+

71 3 A 1 0 n H554 Fh CAC-LT-IA X X 209002 N 621 06153 10 1320 LT FOR HS-1A 71 2 0 n r554 R 574 HAS/6 ' R73 R604 CAC-HR-I A+

E D13

0 PROGRAH CIE-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00004 VNP 2 CLASS lE EQUIPMENT -LIST DATE 09/06/83 STATUS oooSEISMIC lS) PARAHETERSo>o KENYA lE) PARAHETERSo EPN HFG MODEL S E'10 TH HL TEST ANL FO C FRED AGING DBE C HOURS CONTRACT LEVEL DESCRIPTIO~ BLDG ELEV. DETAIL'ONE ROOM ACCURACY COMPOSITE EPN EC USE SAFETY FUNCTION A/E DR A VINO A/E ZONE 0

CAC-LT-10 LT FOR MS-18 71 2 A I 8080 0 D 386 H551 R 574 )I ~ 3/7 03 X X 5;. '73 209002 N R604 621 06153 CAC HR 18+

10 E 4320 CAC-H-FN/la ) V120 75012473 X X 213018 - 621 HTR FOR CAC-FN-1A N 4320 R S72 Ho5/6o6 R73 R604 C AC HR I A+

71 2 A I 0 D M551 E13 CAC-H FN/18 0

V120 75012173 X X 213018 N 621 1320 HTR FOR CAC FN 18 572 HoS/7oh R73 ~

R601 CAC HR IB+

71 2 A 1 0 0 H551 F3 Cac-Ho-l 1 L200 SMB 000 5 A X 221001 P 114 33+

HOTOR OPERATOR Cap-V" 11 Y 4320

' 560 H ~ 2/6o5 R63 R511 CAC-V"11+

11A 2 I 0 0 H55 1 G6 CAC HO 13 L200 SMB 000 5 A.X 221001 ".

'A MOTOR N- 11 00 35 4320

~

hla 361HP/3 2

OPER'o A

CAC-V-13 I 0 D H551 '6 '

495 Noh/6 R33" io R206 CAC-V-13+

cac-Ho-ls L200 SHB 000 5 ~ a x 221001 P 'Y 111 33o 1320

~ 361HP/5 ~ BA HO FOR CAC V I5 570 do8/6o8, R61 R509 CAC-V<<15o hla 2 A I 0 0 H554 H6 cac-Ho-17 L200 SHB 000 5 A X 221001 P Y 111 33+ 4320

~ 361HP/3 GA MOTOR OPER ~ Ca C-V-17 194 J ~ 0/Toh R31 R211 CAC V 17+

41 A 2 A 1 0 D H554 06 cac Ho-2 L200 SHB-000-5 A X 221001 P Y 114 33o 4320 MOTO)I OPERATOR CAC-V-2 558 MD 2/F 1 R73 R604 CAC-V-2+

41A 2 A I 0 0 H554 610 CAC-HO 4 361HP/3 'A MOTOR OPER L200 CA C-V-4 SHB 000 5 A X 221001 P N llh 33+ 4320

~ ~ 495 Ho2/7o8 R33 R206 CAC-V 4+

41A 2 A 1 0 D H55 4 F10 CAC HO 6 L200 SHP-000-5 a x 221001 P Y 111 33+ 1320 MOTOR OPERATOR CAC-V-6 575 LE 9/ST 0 R 73 R611 CAC-V-6+

41A 2 A I 0 0 H551 010 CAC HO 8 L200 SHB-000-5 A X 221001 P Y 114 33o 1320 HOTOR OPF:RATOR CAC-V 8 41 A 2 A c n H554 480 HE 8/4 ' R33 R206 CAC-V-B+

1 010 cac-pT la 8080 386 X X 259006 N 621 06153 10 E 4320 0-30 PSIG 71 FOR 2

CAC-FN-la P 0 H55 572 HE 5/6 ' R73 CAC.HR 1Ao 4 F13 cac-r 7-18 0

71 30 PSIG rnR 2

cac-FN-lB P 2 0080 0 02 386 l155 4 R 575 8 '/ X X

~1

?")9006 R73 N 621 C AC 06153 HR- 18+

10 E 4320

PROGRAH CIE-STO llaSHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE No 00005 MNP-2 CLASS 1E EDUIPHFNT LIST DATE 09/06/83 EPN STATUS s ~ oSEISHIC IS) PARAHETERS ~ ~ + iENV ~ IE) PARAHETERS+

HFG MODEL S E OID TM HL TEST ANL FO C FRED AGING DBE C HOURS DE SCRIP T ION BLDG ELEV DETAIL ZONE ROOM ACCURACY COMPOSITE EPN CONTRACT LEVEL'C USE SAFETY FUNCTION A/E DRAMING A/E ZONE cAc-pT-68a 8080 386 X. 259006 X 06153 10 E 4320 PRESS TRANS ON cAG-Hs-l a

' 572 5/6 ' "" R73 I a+

71 2 A 1 0 '554 MD

'>>;D13....'

CAC HR CAC-PT-688 8080 386 ~ 259006 . N 621 PRESS TRANS ON CAC-HS-IB 06153 10 E 4320 R 572 M~ 5/7 ~ 4 R73 CAC-HR-IB+

71 2 A 1 0 0 H551 D03 CAC RLY-4a/CRI A500 =

RXHK1 283011 X X 06153 14 1320 OPEN INDICATION RELAY 218 CAC-FCV-4A R 476 N~ I/9 ~ 0 E-JB TB/R 364+

3 A 1 0 I E51 9/13 G3 CAC RLY 4A/CR2 A500 RXMK1 283011 X X 06153 11 4320 CLOSED INDICATION RELAY CAC-FCV-4A R 176 N~ 1/9 ~ 0. E- JB-TB/R364+

218 3 A 1 0 I E51 9/13 G3 CAC PLY-48/CRI A500 RXMKI X X 283011 06153 05 4320 OPEN INDICATION RELAY CAC-FCV-48 176 0/8+3 R N~ E-JB"TB/R363+

218 3 A 1 0 I E519/13 ~ G3 CAC RLY-48/CR2 A500 RXHK1 283011 X X 06153 05 4320 CLOSED INDICATION RELAY CAC-FCV-18 213 3 A 1 0 I E51 9/13 R 176 N~ 0/8 G3

' E JB TB/R363+

CAC RLY FCV IABO A500 RXHKI 283011 X X R N 021 06153 10 4320 POWER AVAIL RLY FOR CAC-FCV-1A R 175 N~ I/9e3 R33 R206 E- JB-TB/R364+

218 3 P 2 0 GI H519/15 Kl CAC RLY FCV1880 a500 RXMK1 283011 X X R N 021 06153 Do 4320 POMER AVAIL RLY FOR CAC-FCV-18 R 475 N~ 0/8 ' R33 8206 E-JB TB/R363+

218 3 P 2 b Gl E51 9/15 Kl CAC-RLY FCV2ARO a500 RXHK1 283011 06153 X X R N 021 10 4320 POVER AVAIL RLY FOR CAC-FCV-2A 218 R 475 N~ I/9 ' R33 R206 E-JB-TB/R364+

P 2 0 Gl E519/15 K4 CAC-RLY-FCV2880 asno RXKKI X X 283011 R N 021 06153 00 4320 POMER AVAIL RLY FOR CAC-FCV 28 R 475 N~ 0/Do3 R13 R305 E-JB-TB/R363+.

218 3 P 2 0 Gl E51 9/15 K4 CAC-RLY-FCV3A80 A500 RXHKI X X 293011 R N 021 06153 10 4320 PCQER AVAIL RLY FOR Cac-FCV 3A R 475 N~ I/9 ~ 3 R33 R206 E JB TB/R3f 4+

218 P 2 0 01 8519/15 F4 CAC-RLY-FCV3DRO AGoo R YMK I X X 283011 R N 021 06153 00 4320 PDMER AVAIL RLY FOR CAC-FCV-38 R 475 N~ 0/8 ' R33 R206 E JB-TB/R363+

218 3 P 2 C Gl E519/15 K4 CAC-~LY-FCV4hRP aBOO R XHK I X X ~83011 R N 021 06153 10 4320 PONE R AVAIL PLY For. Gac-Fcv-4a 8 475 N~ I /9 ~ 3 R33 R206 E JD TD/R364+

21F 3 20 Gl T 51 9/13 H3

PROGRAH C1E-STD UASHINGTON PUBLIC PONER SUPPLY SYSTCH PAGE No 00006 UNP-2 CLASS 1E KQUIPHENT LIST QLTE 09/06/83 STATUS ti+SEISHIC IS) PARAHETCRSatt *ENV ~ (E) P ARAHETERSt CPtt PFG HODEL S C OID TH HL TEST ANL FO C FREO AGING DBE C HOURS OCSCRIP T ION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT COHPOSITE KPN LCVKL EC USE SAI CTY FUNCTION A/C DRAMING .A/E ZONE CAC RLY-FCV4880 A500 RXNXI =X." 283011 R X N 021 06153 00 4320 POMCR AVAIL RLY FOR CAC FCV 48 R 475 N~ I/9 ~ 3 'R33 R206 E JB TB/R363t 21P 3 P 2 0 Gl Es 1 9/I 3 H3 CAC Tf.-1AI TI65 80500 X X 339006 621

'INPUT 'TO TENP RECORDER N 4320 1A R 580 tt ~ 5/6+6 R73 R604 CAC HR 1At 71 2 P 2 0 G N55 4 E13 CAC-TC-I A2 '1165 '0500 X X 339006 N 621 4320 TEHPERATURE 71 fLENfNT 2 P ON CAC-FHC IP 2 0 8554 R 576 tt ~ 3/6 ' R73 CAC HR 1 A+

G f.13 CAC-TE-1A3 1165 80500 X X 339006 621 N 4320 TEHP ELfNENT ON CAC EHC 1A 576 3/6 R73 R HE 4 CAC HR 1 At 71 2 P 2 0 G H554 D14 CAC TC 1A4 T165 80500 339006 X X N 621 4320 TEHP ELFHENT ON CAr.-KHc-lA R 576 N~ 3/6 ~ 4 R73 CAC Hn 1A+

71 2 P 2 0 G H554 D14 CAC TE-1AS T 165 Bnsoo X X 339006 621 N 4320 TCHP ELE>ENT ON CAC-EHC-1A R 576 H~ 3/6 ~ 4 R73 C AC HR I A+

71 2 P 2 0 G N55 4 D14 CAC-TE-IA6 T165 80500 X X 339006 N 621 4320 TKNP ELENCNT ON CAC EHC IA R 575 N~ 3/6 ' R73 CAC HR 1A+

71 2 P 2 0 G N554 D14 CAC-TE 1A7 T165 80500 339006 621 TCt'P CLENET ON OUTLT 71 2 P OF CAC-EHC-IA 2 0 G N554 R 576 HE 3/6 D14 X X R73 N

CAC-HR IA+

4320 CAC-TE lol T165 80500 X X 339006 621 N 4320 INPUT TO TEHP RECOROFR 18 R 580 H~ 5/7 ~ 4 R73 R604 CAC-HR-18+

71 2 > . 2 n G P554 E3 CAC-TE-In2 7 165 80500 X X 339006 N 621 4320 TCNP K'LENENT ON CAC-I HC 18 R 576 N~ 3/7 ' R73 CAC IIR 18+

71 2 P 2 0 G H55 4 F.3 CAC-TE-143 1165 80500 X X 339006 N 621 4320 TENP ELEtlCNT Ott CAC-Lltr-18 R 576 H~ 3/7 ~ 2 R73 CAC HR-18+

71 2 0 r, H55 4 02 CAC- TE-1P4 II65 onsoo X X 339006 N 621 4320 TEtIP ELEHENT ON CAC-EHC-IO P 576 3/7 02 R73 18t 71 2r r. N55 4 N~

D2 CAC HR cAc-TE-105 7165 80500 X X 339006 tt 621 TCNP C FNCNT Ott CAC-Ethic-IO P 576 Ho3 ~ 2 R73 CAC HR 18t 71 2 P 2 0 G N5 54

PROGRAM C1E-STD 'NASHI NGTOII PUBLIC POMER SUPPLY SYSTEN PAGE NO 00007 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 EPN STATUS soaSEISMIC IS) PARAMETERStw i ~ ENV ~ IE) PARAMETERS+

HFG MODEL S E 010 Ttl HL TEST ANL FO C FRED AGING DBE C HOURS DESCR IP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN COIITRACT LEVIL EC USE SAFE'TY FUNCTION,A/E DRAltING A/C ZONE CAC TE 106 T16S 80500 X X; .339006 N 621 4320 TENP ELFHENT ON CAC"I'HC"18 R 57S Il~ 3/7+2 ~, R73 CAC-HR-184 71 2 P 2 0 G , H551 D2 t CAC-TC 147 7165 80500 X" X, 339006 621 TEMP ELEHENT ON CAC-EHC-18 N 1320 R 576 H~ 3/7+2 R73 CAC HR-18+

71 2 P 2 0 G H554 02 CAC-TE-2A 7165 80500 339006 '

621 X X N 4320 PREIIEATCR 1A HI TEHP ALARM R 581 HE 5/6o6 R73 4601 CAC HR I A+

71 I 0 0 N551 E13 CAC-TE 24 7165 80500 339006 621 X X N 1320

~

PREHEATFR 18 HI TEMP ALARH R 581 Has/7 ~4 R73 R604 CAC-HR-'8+

71 2 A 1O 0 H554 . E2 CAC-TE-3A 7165 80500 339006 621 X X N 4320 PREHEATER 1A Hl TENP ALARN R 576 H~ 5/6 ~ 6 R73 R604 CAC HR I A+

71 2 A 1 0 0 H554 Eih CAC-TE 38 T165 80500 X X 339006 K 621 4320 PREHCATER 18 HI TENP ALARM R 576 H~ 5/7 ~ 4 R73 - R604 CAC HR 18+

71 2 A I 0 D Mss1 E2 CAC-TE-4A TI65 80500 X X 339006 N 621 1320 TEtlP ELEMENT DISCH FPOM CAC-NS 10 R 579 Hos/6o7 R73 R601 CAC-HR-I A+

71 2 A I O 0 M554 Elh CAC TE-48 T16S enSOO X X 339006 N 621 1320 TEHP ELCI'lENT 0ISCH FROH CAC. NS 14 R 579 H~ 5/Tos R73 R604 CAC-HR-48+

71 2 A I 0 0 8554 E4 CAC-TE-SA 7165 80500 X X 339006 N 621 1320 PREHEATf:R 1A HI TEMP SHUTDCltk R 576 MD 5/6 ' R73 R601 CAC-HR 1A+

71 2 A 1 0 0 8544 D13 CAC"TE"58 7165 80500 X X 339006 N 621 1320 PREHEATER 71 10 Hl 2

TEMP SHUTDOVtt A 1 e D 8554 R 576 N~ 5/7 02

' 473 R604 CAC-HR-18+

CAC-TE-fiA 7165 80500 X X 339006 N 621 4320 MOI STURC SEPTP. I A Hl TE tlP SHlt'f DOLtt R 578 H~ 5/6 ~ 6 R73 R604 CAC-HR-I A+

71 2 A I 0 0 8554 E13 CAC-TE 64 TI65 80500 X X 33900lfi N 621 1320 NOISTURC SEPTR 14 Hl TEMP SHUT04L'tt R "74 tl ~ 5/7 ~ 4 R73 R604 CAC HR 18+

71 2 A 1 0 0 Mss 4 f.13 CAC-TC-TA T16S POSOO X X 339006 06153 14 E 4320 TCHP ELf:MENT OISCH FROM CAC-FN-It P '580 M~ '5/6a6 CAC-HP-IA+

71 2 A 1 C tt n55 I F13

PROGRAH C1E-STO WASHINGTON PUBLIC PDIIER SUPPLY SYSTEfl PAGE NO 00008 MNP-2 "CLASS IE=CQUIPHENT LIST DATE 09/06/83 STATUS -'ooSCISHIC IS) PARAHCTKRSooo oENV ~ IE) PARAHCTERSo EPN NFG NODCL S E QID TN HL TEST ANL FO C FRED AGING OBE C HOURS DE SCRIP lION BLDG ELCV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LCVEL EC USE SAFETY FUIICTICtt 4/E DRAUING A/E ZONE CAC-TC-78 7165 80500 X X. 339006 06153 TEtlP ELENENT OISCH FIIOH CAC-FN ID 04 E 1320 R 580 HoS/7 ~ 4 CAC-HR-18+

71 2 A I 0 0 N551, E3 CAS-V-453 F095 HV250-1 R X 361009 01014 10 7 4320 SO GI.OBC ROOT CTRL QM VAC BRKRS R 479 HE 3/7 ' CAS V-453+

215 2 A ~

1 0 81 8510 Ke CEP"POS-V/14 N007 EA71080100 A X 200015 4320 POS FOR CEP V 14 R 563 Jol/Soh R62 CEP-V"IA+

68 2 A 1 3 I H51 3 J13 CKP-POS-V/18 N007 CA170 X 20 0009 4320 POS FOR CEP-V 18 R 563 J ah/5o3 R62 CCP V-18+

68 2 A I 3 I N543 J13 CFP-POS-V/24 N007 CA71080100 A X 20 0015 4320 POS f OR CEP-V-2A R SSB J ~ 1/ST 4 -

R62 CEP V-2A+

68 2 A I 3 I H513 "J13 CEP-POS-V/28 N007 EA170 A .-X, 200009 4320 pos foR cEp-v 28 R 559 J ~ 4/5 ~ 3 R62 CEP-V-28+

68 2 4 I 3 I H5 43 ~ J13 CEF-POS V/34 N007 E4740 A X 200015 4320 POS FOR CEP-V-SA 8 491 Hoh/5 ~ 4 R62 CEP-V-3A+

68 2 A 1 3 I N54 3 Clh CEP-POS-V/38 N007 EA170 A X 200009 4320 POS FOR CEP-V 38 R 495 H~ 5/5 ~ 4 R62 CEP-V-38+

6e 2 4 I 3 I 851 3 C14 CEP-POS-V/44 8007 EA740 4 X 20001S 4320 POS FOR CEP-V 4A R 191 H~ 5/5o6 862 CEP V-4A+

68 2 A I 3 N51 3 C11 CEP-POS-V/48 Nn07 E4170 4 X 200009 4320 POS FOR CCP-V 48 R 495 H ~ 5/Soh R62 CEP-V-48+

68 2 4 I 3 I II54 3 C14 CEP-SPV-14 4499 lt JH8316A74 X X 315001 R N 114 03 33+ 4320 SOLEtIOIO PILOT FOR CEP-V 1A IR 67 R 552 HAP/5oe R63 R501 C-IR 67+

58 2 4 1 3 81 ~ F I'51 3 I'12 CEP SPY 18 A499 IIJIIT831654 X X 315004 R N 114 03 33o 1320 SOLCIIO ID PILOT FOR CKP V 18 IR I:7 R .553 H~ F/5 ~ 8 863 R504 E-IR-67+

58 2 4 1 3 Bl iF ".54 3 J13 CEP'SPV-?4 4449 MJHT83tf A76 X X 315004 R tt 114 03 33+

SOLf:N" PILOT FIIR CEP"V-24 IR-At R 554 HE 1 R61 R504 C-IP-68+

se 2 4 I 3 81 iF 854 3

PROGRAM C1E-STO MASHINGTON PUBLIC FOMER SUPPLY SYSTEH PAGE NO 00009 VNP-2 CLASS IE EQUIPMENT LIST DATE 09/06/83 STATUS ee ~ SEISHIC CS) PARAHETERS ~ ee eENV ~ lE) PARAHETERSe EPN NFG NO DEL S E QIO TH HL TEST ANL FO C FRED AGING DBE C HOURS DE SCRIP TION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION .A/E DRAMING A/E ZONE CEP.-SPV-28 )499 MJHT831651 X X.,'315001 111 R N 03 33+ 4320 SOLENOID PILOT FOR CEP-V-28 IR-f6 58 2 A I 3 BI ~ F 'H513, ":

R. 554 r

"He7/8 ~ 1 -'

J13 R61 R501 E IR 68+

CEP-SPV-3A , A499 VJHT831651 X X 315001 R N II ~ 03 33+ 1320 SOLENOID PILOT FOR CEP-V-3A 58 2 A 1 3 IR-&2 BliF N513 R 477 He4/6 CIS

' R31 R206 E-IR-624 CEP-SPV-38 A499

'499 M JHT831651 X X 315001 R N 111 03 33+ 1320 SOLEJJOID PILOT FOR CEP V 3P. IR 62 R 178 H~ I/6 ~8 R31 R206 E IR-62+

58 2 A 1 3 BleF MS I3 Clh CEP-SPV-4A MJHT8316A74 X X 315001 111 03 33+

R N 4320 SOLENOID PILOT FOR CEP-V<<IA CIA IR-63 R 507 L ~ I/9 ~ 3 R43 R305 E-IR 63+

58 2 A I 3 81 iF H513 CI5 CEP SPV-48 A499 VJHT831651 X X 315001 111 03 33+

SOLENOID PILOT FOR CEP V-IB IR"63 R N 4320 R 507 L ~ 4/9e3 R43 R305 E-IR-63+

58 2 A I 3 81 ~ F HS 13 CI I CIA "NO-20 L200 SM8-000-5 A X 221001 111 33+

P N 00 C 24 HOTOR OPERATOR CIA V 20 R 512 Je3/Te0 R51 CIA-V-20+

215 2 A- I 3 81 N556 J6 "MO-30A L200 SHB 000-5 221001 114 33+

A X P N 10 C 1320 IHP MOTOR OPERATOR CIA V 30A R 511 Je5/4 e3 R52 RIOI CIA-V"30A+

215 2 A 13 81 H556 H6 CIA-NO 308 L200 SHB 000 5 221001 114 33+

A X P N 10 C 1320 IHP MOTOR OPERATOR CIA V 308 R 513 N~ 7/6e9 R52 RIOI CIA V 3084 215 2 A I 3 81 H556 F6 CIA-PROG-1A A611 182081Q20XX J 251001 00 33 06153 X F N 21 10 E 1320 16 STEP PROGR ~ TO N2 BOTTLES SPY AS R 554 N~ 8/Se7 R63 R504 E-IR-67+

58 A I 0 Cef 8556 JT CIA-PROG 10 A6)1 182081020XX 254001 X 7 N 21 00 33 06153 10 E 1320 20 STEP PROGR ~ TO N2 BOTTLE SPY AS R 556 H~ 7/8 ~ 2 f'61 R504 E IR 68+

58 A 1 0 CD f N556 F7 CIA-PS-21A 8080 288 .A X 256007 R N 121 09 4320 OIV ~ 1 CIA N2 HDR PRESSURE IR-67 R S57 N~ 8/5 ' R63 R504 E-I R-67+

58 2 A 1 3 C AC M556 J6 CIA PS-218 0080 288 8 X 256007 R N 121 09 4320 DIV~ 2 CIA N2 HDP PPESSU<E IR-68 R 551 H~ 7/8 ~ I R61 R504 E-IR-68+

38 A 13 Cf F6 CIA-PS-22A A449 SO)1AKR X J 756001 R N 111 50 1320 REMOTE LOCAL PS R 552 MD 8/5 ' F63 E-I R-67+

220 h I 3 C~ f I?556 IJ7

PROGRAH C1E-STO "VASHINGTON PUBLIC.POVKR SUPPLY SYSTEII PAGE No 00010 VNP 2 CLASS iE KOUIPHENT LIST OATK 09/06/83 STATUS ooosEISHIC IS) PARAHETERsoo+ oEHV ~ IEI PARAHETKRSo EPN HFG HODEL .S E QIO TH HL TEST ANL FO C FREa AGING DDE C HOUR S DESCRIP ZION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LFVEL EC USE 'SAFETY FUNCTION,A/E BRAVING A/E'ONE CIA-PS-228 A499 S811AXR X 256001 R N 114 50 1320 CIA NITROGEN HEADER PRESSURE IR 68 R 551 Ho7/Bo2 , R61 E-IR-68+

220 2 A 1 3 Ctf' H556 " 87 I A-P T-21A CIA HEADER PRESS'R 67 R369 1151GP7A22T0003PB R 552 H~ 8/5o7 X.X 259003 R63 R N ill 50 E-IR-67+

4320 59 CIA.HKADLR 2 A 1 3 I H55 6 J6 C I A-P T-218 R369 1151GPTA22T0003PB X X 259003 tl 111 1320 PRESS ~, IR '

68 R 550 Ho7/8o2 R61 R

E-IR-68+

59 2 A 3 I H556 F6 CIA-RLY 21 A 8440 219XBXP X J 283011 06153 10 Z 4320 COIITROL RELAY CLOSES ON LO PRESS R 518 tI ~ 8/So7 E-I R 67+

218 3 A 1 0 E K519/18 .. F6 CIA-RLY-218 8440 219XBXP X R 283011 06153 10 Z 1320 CONTROL RELAY CLOSES ON LO PRESS 550 Hi7/Bo2 R I R 68+

218 3 A I 0 Cof E51 9/18 F6 CIA-RLY 22A A109 KGPI 002 X J 283052 06153 11 4320 RLY FOR CIA-PS 22A R 552 H~ 8/507 E IR-67+

218 3 A I 0 CoE E519/1A CI A-RLY-228 A109 EGPI 002 X D 283052 06153 04 4320 RLY FOR CIA"Ps-228 R 518 H ~ 8/Bo2 E-JD-TB/IR68/2+

218 3 A I 0 CoF E51 9/I A CIA-SPV-10A F095 HV252 3 X J 315023 01011 10 Z 4320 0 ~ 5" SOL PILOT ON N2 BOTTLE DISCH R 440 ko I/1o3 R23 R105 215 2 A I 0 C H556 GR CIA-Srv-IOO H095 OoS" SOL PILOT Otl N2 BOTTLE DISCI! ~

HV252 3 X I 315023 01014 10 Z 1320 R 440 N~ 1/7oo R23 RIOS 21S 2 A 1 0 C H55 6 FB CIA St V 1lA H095 HV252 3 X J 315023 01011 10 Z 4320 0 ~ 5" SOL PILOT ON N'7. BOTTLE OI SCI! R 110 Nol /4o3 R23 R105 215 2 A I 0 C HS56 GB

-CIA SPV-110 I'095 HV252-3 X T 31 5023 01014 10 Z 4320 0 ~ 5" SOL.PILOT ON N2 BOTTLE DISCtt R 140 N~ I/7 ~ 0 R23 R105 215 2 A I 0 C M556 F8 CIA-SPY-12A H095 HV252-3 X 315023 01014 10 Z 4320 0 ~ 5" soL PILDT Otl NZ BOTTLE DISCI! R 440 N~ 1/lo3 023 R105 215  ? A I 0 l'. o!55 6 Ge CIA-SPV-128 Hn95 H Y25? -3 X T 315023 0 ~ 5" PILOT ON N2 DOTTLE DISCI' R 440 tl ~ 0 P.23 R105 215 1 0 C 1155 6

PROGRAtl C1E-STO WASHINGTON PUBLIC PollER SUPPLY, SYSTEH PAGE NO 00011 VNP-2 CLASS 1E EOUIPNENT LIST

~

DATE 09/06/83 EPN STATUS .. ++ ~ SEISNIC lS) PARAHETERS++ ~ +ENV ~ lE) PARAHETEPS+

IiF G HODEL S F OID TN HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL. - ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAF ETY FUNCTION,A)E DRAMING A/E" ZONE CIA-St'V"13A 0 ~ 5" SOL PILOT 215 CIA-SPV-138 2 A I H095 Otl N2 BOTTLE DISCH 0 C NV252-3

~ H556;/

R.

4/0: Nil/4o3-r -

GB

- X.J'.315023

~ i,

", R23. RIOS 01014 10 Z 4320 N095 HV252-3  :,-X T -315023 01014 10 Z 4320 0 ~ 5" SOL PILOT Ok N2 BOTTLE OISCH R 440 N~ I/7 ~ 0 R23 R105 2IS 2 A 1 0 C H556 . FB CIA SPV-lhn 8095 HV252 3 X J 315023 01014 '0 Z 4320 OoS" SOL PILOT 215 2 OH n'10C N2 BOTTLE DISCH H5 S6 R 440 N~

I/he3 r-8 R23 R105 CIA-SPV-148 8095 HV252 3 X T, 315023 01014 10 Z 4320

~ 5" SOL PILOT VLV Otl N2 BTTL DISCH 1/7 ~ 0 215 2 A 1 0 C N556>>; R 440 N~

FB R23 R105 CIA SPV 15A N095 . HV252"3 X J 315023 01014 10 Z 4320

~ 5" SOL PILOT VLL 0N tl2 BTTL DIsrH R 440 Nil/4+3 'R 23 R105 215 2 A 1 0 C H556 GB CIA-SPV-158 I'.195 HV252-3 X T 315023 01014 10 Z 4320

~ 5" SOL PILOT VLV ON N2 BTTL OISCH R 440 Nii/7 ~ R23 R105 215 2 A 1 0 C FB 0'556 CIA-Sl'V 168 H095 NY252 3 X T 315023 01014 10 Z 4320

~ 5+ SOL PILOT VLV ON N2 BTTL OISCH 440 No1/ho3 R R23 R105 215 2 A 1 0 C N556 FB C I A-SPV" 178 N095 NV252-3 X T 315023 01014 10 Z 4320

~ 5~ SOL PILOT VLV ON N7. BTTL DISCH hh 0 N~ 1/7 ~ 0 R R23 R105 21S 2 n I 0 C H556 FB C.IA-SPV 188 I'.095 NV252-3 X T 315023 01014 10 Z 4320 0 ~ 5" SOL PILOT ON tl2 BOTTLE OISCH ~ R 440 N~ I/ho3 R23 R105 215 2 n 1 0 C tl55 6 FB CIA-SPV-198 H095 NV252-3 X I .315023 01014 10 Z 4320

~ 5" SOL PILOT VLV ON N7 DTTL OISCH R 440 tl ~ I/7 ~ 0 R23 R105 215 2 A I 0 C H556 rn CIA SPV-IA t'095 HV252-3 X J 315023 01014 10 Z 4320 0 ~ 5" SOL PILOT Otl N2 BOTTLE DISCH R 440 N~ 0/4 ~ 3 R 23 R105 215 2 a I n C N556 GB CIA-SPV-ID Hil95 HV252-3 X I 315023 01014 10 Z 4320

~ 5" SOL PILOT VLV Otl N2 BTTL OISCH R 440 Ne1/7 ~ 0 R23 R105 215 2 A 1 0 C H556 I'0 CIA-Sf'V-7A vn95 NV252-3 X J 31 5073 n1014 10 Z 4320

~ 5" SOL I'ILOT VLV ON N2 BTTI. DISCH R 440 N~ 1/4 ~ 3 R23 R105 215 n I 0 C p556

PROGPAH C1E-STD WASHINGTON t'UBLIC POttER SUPPLY SYSTEH PAGE NO 00012 WNP 2 CLASS IE EQUIPHENT LIST DATE 09/06/83 0 EPN HFG HODEL STATUS RID

+++SEISHIC IS) PARAHETERS+++ +ENV ~ lE) PARAHETERS ~

S E TH HL TEST ANL Fo C FREQ AGING DOE C HOURS DES CR IP TI ON BLDG ELEV . DETAIL ZONE ROON ACCURACY COHPOSITE EPN 0 CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRA'WING A/E ZONE CIA SPV Ztt H095 ttV252-3 X T.. 315023.

~ 5" SOL PILOT VLV 01014 10 Z 1320 ON N2 BTTL DISCH R 110 N~ 1/7 ~ 0 R23 R105 215 2 A 1 0 C H$ 56 FB CIA-SPV 3A 8095 HV252-3 if 315023 5"

X 01011 10 Z 4320

~ SOL PILOT VLV ON N2 BTTL DISCH R IIO Noi/ho5 R23 R105 215 2 A 1 0 C H$ 56 GB C I A-SPV-38 H09$ HV2$ 2-3 X 7 31 5023 01014 10 Z 4320

~ 5" SOL PILOT VLV ON BTTL DISCH 110 1/7 ~ 0 R N~ R23 R10$

215 2 A 1 0 C H556 FB C IA SPV 4A HO~5 HV252-3 X J 315023 01011 5" SOL PILOT VLV 10 Z 1520

~ ON BTTL DISCH R 440 N~ I/hi5 R23 R105 21$ 2 A I 0 C H5$ 6 GB Ct CIA SPV 'IB H095 'HV252 5 X T 315023 01011 10 Z 1320

~ 5" SOL PILOT VLV ON N2 BTTL DISCH R 110 No1/7 ~ 0 R23 R105 O 215 2 A I 0 C H556 FB CIA SPV-5A t{095 HV252 3 X J 315025 01014

~ 5" SOL PILOT VLV 10 Z 4320 215 ON N2 BTTL DISCH R 410 N~ 1/I ~ 3 R25 R105 A 1 0 C H556 GB CIA"SPV-58 0 ~ 5" SOL PILOT VLV Ott H095 OTTL OISCH HV252-3 R 410 N~

X T 1/7 ~ 0 315023 R23 R105 01014 10 Z 4320 215 A I 0 C H556 FB CIA-SPV-6A F095 HV252-5 J 315025 01011

.S. SOL r ILOT VLV X 10 Z 1520 ON BTTL OlsrH P. 110 N~ 1/I+3 R23 R105 0 215 2 A I 0 C H556 GA CI A-SPV" 6 8 H095 HV252-3 X T 315025 01011 10 Z 1520 0 ~ 5% SOL PILOT VLV 215 ON BTTL Dlsctt R 410 N~ I/7 ~0 R23 R105 2 A 1 0 C H556 FB CIA-SPV-7A H095 HV252 3 0 ~ 5" SOL PILOT VLV ON BTTL DlsrH R 440 N~ I/I 3 X

~

J 315023 R 23 R 105 01011 10 Z 4320 215 2 A I 0 C HS56 GR 0 CIA-SFV 78 H095 HV252-3 X T 315023 01014 10 Z 1320

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PROGRAH C1E-STO MASHINGTON PUBLIC POVER SUPPLY SYSTEII PAGE NO 00013 VNP 2 CLASS 1E EQUIPHKNT LIST DATE 09/06/83 STATUS t+ ~ SEISNIC CS) PARAHETERS+ ~ + KENYA IE) PARAHETKRS>>

EPN NFG NOBEL S E 410 TH HL TEST ANL FO C FRE4 AGING OBE C HOURS OESCRIP T ION SLOG ELEV .OETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE, SAFETY FUNCTION . A/E BRAVING A/E ZONE r

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3 A '1 0 CrK E519/18 06 CIA-TOS"18 A109 7022AE 'X 7 . 283013 05273 10 4320 3 SEC DKLAT FOR CIA PROGR 18 R 554 Ho7/8 ~ 2 E-I R-68+

3 A 1 0 C ~ E, E519/18 06 CHS-AT-I 8135 TC R J 025002 06153 10 E 4320 H2 ANALYZER 548 N~ 6/4%5 ~ R63 . CHS SR 13+

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CONTAINHKNT OXYGEN ANALYZER R 548 H~ 6/ho5 CHS SR-13+

928 2 A 1 3 I N54 3 Elh CHS AY 4 8135 755 025002 R 04 E 4320 CONTAINffENT OXYGEN ANALYZER R 548 HE 6/ho9 CHS SR 14+

928 A I 3 I N54 3 Ee CNS-H-SR13/T5 T 185 SSK Z X 166003 15 E 4320 CHS LOCA HEAT TRACE R 548 HE 1/he5 SS 2 A 1 0 I E94 1 CHS-H-SR13/T6 b CHS LOCA HEAT TRACE T185 SSK R 54P N~ I/ha5 Z X 166003 15 E 4320 SS 2 A I 0 I E94 I CHS-H SR13/T7 TI85 SSK Z x 166003 15 E 4320 CHS LOCA HEAT TRACE R 548 N~ I/he5 0 SS 2 A 1 0 I E941 CHS-H-SRI3/TB 7185 SSK Z X 166003 15 E 4320 CHS LOCA HEAT TRACE R 548 Hol/4+5 SS A I 0 I E94 I CHS-II-SR14/I ) I I ff5 SSK Z X 166003 05 E 4320 CHS LOCA HEAT TRACE R 548 Ho I/4 o9 SS A 1 0 I F94 I

PROGRAH CIE-STD VASHINGTON PUBLIC. POMER SUPPLY SYSTEH PAGE No 00011 MNP-2 CLASS '1E EOUIPHENT. LIST DATE 09/06/83 STATUS i<+SEISHIC lS) PARAHETERS ~ + ~ AENV ~ {E) PARAHETERSA EPN HFG HOOEL s E alo TH HL TEsT ANL Fo c FREa AGING DBE C HOURS DES CRIP T ION BLDG ELEV,DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION .A/E DRAMING A/E ZollE

~ ~ k CHS-H-SR11/T6 7185 SSK "Z; X 166003 05 E 4320 CHS LOCA HEAT TRACE R 518 H~ I/449 Ss 2 A 1 0 I E94 1 CHS H SR 11/T7 7185 SSK Z. X' 166003 05 E 4320 CHS LOCA HEAT TRACE R 518 H~ I/ho9 SS 2 A 1 0 I E941 CHS-H-SR14/TB T185 SSK Z X 166003 05 E 4320 CHS LOCA HEAT TRACE R 518 H~ I/ho9 Ss 2 A 1 0 I E91 I CHS-LE 3A E210 NOBEL 616 J 02291 15 E 4320 SUPPRESSION POOL LEVEL ELEHENT C 13S 45 DEG AZ C17 218 2 A I 0 I H54 3 810 CHS-LE-30 SUPPRESSION 218 E210 POOL LEVEL ELEHENT 2 A 1 0 I HODEL 616 H513 C '500. 60 DEO D10 AZ'37 J 02291 15 E 1320 CHS LE"1A E210 'ODEL 616 T 02291 05 E 1320 SUPPRESSION POOL LEVEL ELEHENT C 435 270 DEG AZ C17 218 2 A 1 0 I H513 "

Bi 0 CHS-LE 18 E210 HODEL 616 T 02294 05 E 1320 SUPPRESSION POOL LEVEL ILEHENT C 500 210 OEG AZ C37 218 2 A 1 0 I H54 3 810 CHS-LE 5A f210 NOBEL 616 T 02294 05 4320 E

SUPPRESSION POOL LEVEL ELE PENT C 435 135 DEG AZ C17 218 2 A 1 0 I H543 810 CHS-LE 50 E210 HODEL 616 T 02294 05 E 1320 SUPPRESSION POOL LEVEL ELEl'ENT C 500 60 OEG AZ C37 218 2 A I 0 I HS1 3 810 CHS-Ls-1 F132 8 66 Z X 207024 06153 11 E 4320 LEVEL SMITCH CONT MATER LEVEL C '503 218 2 A 1 0 HSh 3 n7 CHS-Ls-2 F]32 8 "66 Z X 207024 06153 11 E 4320 LEVEL SMITCH CONT MATER LEVFL C 518 218 2 A 1 0 I K54 3 EB CHS-LS-3 F132 8-66 Z X 207024 06153 12 E 1320 LEVEL SMITCH CONT MATEP LEVEL C 55l 218 A 1 0 I K54 3 ill0 CPS-LS-4 F132 8-66 Z X 207024 LEVEL ITCH CONT MA'fER LEVEL C 570 218 2 A I 0 I

PROGRAH CIE-STD VASHINGTOti PUBLIC POVER SUPPLY SYSTCH PAGE NO 00015 VNP-2 CLASS 1E COUIPHENT LIST OA T E 09/06/8 3 STATUS ~ ~ ~SEISHIC IS) PARAHETERS ~ o ~ +ENV ~ CE) PARAMETERS+

EPN HFG HOOEL S C" OIO TH HL TEST ANL FO C FRED AGING DBE C HOURS CONTRACT LEVEL OESCRIP 1 ION EC USE SAFETY FUtlCTION BL04 ELEV A/E BRAVING '/0 DETAIL ZONK, ZONE ROON ACCURACY COMPOSITE EPN CHS-LT I R369 1151DPI022T0003AB', X,X~, 209D07 '. H 14 00 50 1320 SUPPRCSS CHAHB VTR LEVEL HONE TOP. R -'"165 'tl ~ 5/I o3, R32 R206 59 2 A I 3 I tl513' . t " Bil. s CHS-LT-2 SUPPRES R369 11510P1022T0003AB X X '09007 N 14 00 50 4320 CHAMBER VTR LEVEL HONIT IR R 161 H ~ 2/To7 . R33 R211 59 2 A 1 3 I HSI 3 86 CHS-LT-2R SUPPRESSION 59 POOL VATER LEVEL 2 P 2 0 R369 G

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'SI C II CHS-HE-4 F047 600 09A X X 217002 04153 10 E 4320 HC FOR DRYVELL R 536 190 0 AZ C51 220 2 P 2 0 G M513 CI3 CMS-flF-5 F017 600 09A X X 217002 01153 10 C 1320 HE FOR Ca YuELL R 536 45 0 AZ C56 220 2 P P 3 G HSI 3 C7 CtIS-8 T-l R369 1153ABS Y X 156009 114 50 R N 1320 CONTAINHENT PRESS 220 2

~ MONITORING A 1 3 Ilt-6 I tIS 13 R 555 HER/5

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' R63 C-IR 67+

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220 2 A I t I H54 3 CT C

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59 2 P 2 0 0 M513 GT CttS-FT-3 R369 1151GFTE22PO X X 259003 R N 114 50 4320 SUPPRCS ~ CMAMB~ PRESS ~ HONITOR IR-Gf R 501 N ~ 8/S ~3 R43 R305 E-IR-66+

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59 2 A I 0 I 1154 3 I'6

PROGRAM CIE STD UASHI NGTON PUBLIC POltER SUPPLY SYSTEH PAGE NO 00016 ttNP 2 CLASS IE EOUIPMENT LIST DATE 09/06/83 STATUS ~ soSEISMIC (S) PARAMETERS+ ~ ~ ~ENYO IE) PARAMETERS+

EPN HFG MODEL S E OID Ttl HL TEST ANL FO C FREO AGING DBE C HOURS OESCRIP )ION SLOG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL E0 USE SAt ETY FUNCTICN A/E DRAYING A/E ZONE CHS PT 5 R369 1151GPTE22PB X X'59003 R N 111 50 4320 CONTAINHEttT PRESS ~ HOI)ITORIAG IR-67 555 HE 8/5 ' R63 R501 E-IR-67+

59 A I 3 I M513 813 CHS-PT 6 R369 1151GPTE22PS X X 259003 R N 114 50 4320 CONTAlttMENT PRESS ~ HOttITORING IR-68 , R 551 H~ 7/8 ~ I R61 R501 E-IR 68+

59 2 A I 3 I H513 H7 CHS PT 6R R369 1151GPTE22PB X X 259003 R N 111 50 4320 CONTAINtlEttT PRESS+HIGH RANGE 550 N~ 7/8 ~ 2 R61 E IR 68+

59 2 P '2 0 G H513 H7 CHS-PT-7 R369 1153 GST X X 156001 05253 11 E 1320 5 70+3PS/GPTFORO 220 2 I V I CONT oPR ESStlON ~

A 1 3 I M54 3 552 M+8/5 G13

' . R63 E-IR-67+

CMS PT-8 R369 1153-A85 X X 156001 05253 11 E 1320

-57043PS/0 FOR OIVII CONTP RESS ~ MCN R 550 HAT/So2 R61 E-I R-68+

220 2 A I H513 J7 CHS RE"27E V115 875 X X 277007 06153 13 E 1320 OIVI CHS RAO ELEMENTS (I 1 05 R/HFI) C 516 300 DEG AZ V42 218 A I 3,1 H54 3 H12 CMS RE 27F V115 875 X X 277007 06153 03 E 4320 DIVII Ctls RAD ELEMENT(I-1OSR/HR) C 516 15 DEG AZ tt42 218 2 A 1 3 I H513 GS CMS RHS HTP71 0080 CR294078203D Y J 285017 06153 13 E 20 CS FOR CHS LOCA Hf TRACE 518 Mal/4i4 E JB HTP/78/E+

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SS P 2 0 Gl CMS-SP-13+ 8135 771172 X 025002 06303 05 E SAMPLE RACK 13 FOR H202 R 518 M~ 3/4+5 CMS SR 13+

92A 1 P 2 0 H H569 G4 CHS-SR-14+ 8135 771172 X 025002 06303 05 E SAMPLE RACK 14 FOR tl202 R 569 H~ 3/4 ~ 7 CHS SR-14+

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g ( l PROCRAH CIE STO llASAI NGTON PUBLI'C,POQER SUPPLY SYSTEM PAGE NO 00017 NNP 2 CLASS IE EOUIPHENT LISf DATE 09/06/83 EPN MFG

~ 'TATUS. i ~ +SEISMIC CS) PARAMETERS'++ +ENV ~ (E) PARAMETERS+

MODEL S E QiO TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL "

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A 13- I H51 3 .Jl1 CHS TE 14 9108 101 CRA-FN-28 DISCHARGE AIR TEMP 1 A 3 C 8 2 1 X P 339025 06153 11 E 4320 C 511 220 DEG AZ C56 216 A 13 HSI 3 J9 CMS TE 2 I!329 'TC2370CCA2507768()XM7 X-J 339003 05103 11 K 1320 CONT TEHP MONITOR 517 150 OEG.AZ 218 C CIT 2 A 1 H543 Eli Ctl S" I E-24 '329 TC2370CCA250 TT68 J XM7 339003 CONTAINMENT MEAD HONITOR, X R . 06153 01 E 1320 C 596 330 OEG AZ C74 218 2 A I 3 I H51 3 KB CHS-TE-25 P329 TC2370CCA250TT68JXH7 339003 CONTAINMEttT MEAD MONITOR X R 06153 01 E 1320 C 596 210 DEG AZ R76 218 2 A 1 3 I MSI 3 K9 CMS-TE-26 F329 TC2370CC A250 TT68 J XH7 J 339003 CONTAINMFNT HEAD HONITOR

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0 PROGRAH C1E-STO VASHINGTON PUBLIC C POVER SUPPLY SYSTEH PAGE NO 00018 ~

VNP-2 CLASS iE EOUIPMENT LIST DATE 09/06/83 STATUS ~~ +SEISMIC IS) PARAMETERS+ ~ ~ iENV ~ CE)

EPN HFG HODEL S E OIO TH HL TEST ANL FO FRED PARAMETERS'GING C OBE C HOURS DESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL Ec USE SAFETY FUNCTION A/E ORAVING A/E ZONE e CHS-TE 31 H329 TC2370CCA2507768JXHT. X.R 339003 06153 CRA-FC-28 AREA TEHPERATURE 14 E 1320 C 560 288 DEG. AZ C61 I

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0 Ctls-TE-4 H329 TC2370CCA250TT68JXHT'-" " " 0- '339003 X 06153 11 E 1320 AIR INLET RECIRC PUMP MOTOR C 550 280 DEG AZ Chh 218 2 A 1 3 I tl51 3 E7 CHS TE-5 Vios 101 I-A 3-C"8 2-1 X P 339025 06153 11 E 4320 CRA-Fc-1A AIR INLET TEHP C,501 72 OEG AZ C15 216 2 A 1 3 H513 C13 CHS-TE 6 CRA-FC>>IC AIR INLET )EHP V108 1011A3C82"1 X P 339025 06153 -

11 E 1320 C 501 190 DEG AZ C46 216 2 A 1 3 I H513 C12 CMS-TE-7 QIOB 101-1-A-3-C-8-2"1 A P '39025 06153 11 E 4320 CRA-FC 1C AIR INLET TEMP C 501 275 DEG AZ Chh 216 2 A 1 3 M51 3 08 CHS-TE-8 ll108 101 1 A 3-C 8 2" 1 X P. 339025 06153 11 E 4320 CRA-Fc"2A AIR INLET TEHPERATURE C 560 355 OEG AZ . C61 218 2 A 1 3 I tl51 3 H12 CHS-TE-9 CRA-FN-28 AIR INLET TEIIP V108 101 1 A 3-C" 8 "2" 1 C 517 222 DEG.AZ X P 339025 C56 06153 li E 4320 216 2 A 1 3 I H51 3 MB CHS TS 4A ,A499 SC11AR/OT1IA4R J 355020 06153 12 E 1320 SAHPLE RACK 13 MEAT TRACE TEMP SV R 518 H ~ 7/1 ~ 3 218 2 A 1 0 I H513 CMS"TS 48 A499 SC11AR/OT11A4R J 355020 06153 12 E 4320 tlat SAHPLE RACK 13 tlEAT TRACE TEHP SV R 518 H~ 7/4 o3 218 2 A 1 0 I M51 3 CHS-TS 4C A499 SCIIAR/OT11A1R J 355020 06153 12 E 1320 SAMPLE RACK )3 HEAT TRACE TEHP Sl' R 54 A M~ 7/4 o3 218 2 A I I H5 43 CHS-TS-hn A499 SC11AR/OT11A4R J '55020 06153 12 E 4320 SAMPLE RACK 13 MEAT TRACE TEtlP Sll R 5'l8 H~ 7/h ~ 3 218 2 A 1 0 I F54 3 CHS-TS-5A A499 SC11AR/OT)1A4R J 355020 06153 12 E 4320 SAMPLE RACK 13 MEAT TRACE TEMP SVi R 548 HE 7/4~5 218 2 A I n I M54 3 CHS-TS-5B h499 SC11AR/OTIIARR J 355020 06153 12 E 4320 SAMPt ACK 13 HEAT TRACE I EMP Sl' 548 5 218 2 A 1 0 M54 3

PROGRAM CIE-Sfo VASHItlGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00019 VNP-2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS, ~ ~ +SEISMIC tSi PARAMETERS+t+ ~ ENV ~ CE) P ARAMETERS ~

EPN HFG MODEL S E OID, TH HL TEST ANL FO C

~ FRED AGING DBE C HOURS eESCRIP TION BLDG ELEV ,DETAIL ZONE CONTRACT LEV EL EC USE SAFETT FUNCTION A/E BRAVING

" A/E'" ZONg ROON ACCURACT COMPOSITE EPN

>> ~

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218 2 A I 0 I HS13 CHS-TS SR A499 SC11AR/QT11A IR 3S 5020 SAHPLE RACK 14 HEAT TRACE TEMP SV P 06153 02 E 1320 R 518 tl ~ 7/So0 218 2 A I 0 I N51 3 CMS TS SC A499 SC11AR/QT11AIR 35S020 SAMPLE RACK 14 HEAT TRACE TEMP SV P 06153 02 E 4320 R 518 H~ 7/5 i0 218 2 A 1 0 I HSI3 CMS TS-SD A499 SC11AR/QT11AIR 355020 06153 SAMPLE RACK 14 HEAT TRACE.TEMP SV P 02 E 4320 R 518 H~ 7/S ~0 21tt 2 A 1 0 I M543 CMS TS-94 A499 SCl I AR/QT11A4R X P 355020 06153 02 E 4320 SAMPLE RACK 14 HEAT TRACE TCHP SV R 518 H~ 7/5 ~ 0 21P 2 A I 0 I NSI 3 CNS TS 98 A499 SC) 1AR/QTIIA4R X P 355020 06153 02 E 4320 SAHPLE RACK 14 MEAT TRACE TENP SV R 518 H~ 7/S ~ 0 218 2 A I 0 I H513 CMS-TS-9C A499 SC11AR/OTIIAIR X P 3S5020 06153 02 4320 E

SAHPLE RACK 14 HCAT TRACE TFNP SV R 548 M~ 7/5 ~ 0 218 2 A I 0 I MSI 3 CMS-TS-90 AI99 SC11AR/OT11A4R X P 355020 06153 02 E 4320 SAHPLE RACK 14 HEAT TRACE TCHP SV R 548 MD 7/5 '

218 2 A 1 0 I 8543 CRA-H-FN/3A R165 324TCZ X X 213037 Y 03313 10 E 4320 IOHP/17 ~ IA HTR DRIVER CRA-FN-3A C 536 45 D AZ R17 855 CRA-FN-3A+

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PROGRAH CiE-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00020 VNP-2 CLASS IE fOUIPHEtlT LIST DATE 09/06/83 STATUS 444SEISHIC lS) PARAHETERS F 4 4ENV ~ lE) PARAHETERSa EPN HODEL S E OID TH HL TEST ANL FO C FREO

'FG AGING OBE ELEV '.

C HOURS OESCR IP 7 ION BLDG DETAIL ZONE ROOH ACCURACY COHPOSITE EPN COttTRACT l.EVEL EC USE SAFETY FUNCTION,A/E ORAIJ ING A/E ZONE CR A-H-F N/4 A 10HP/17 ~ 1A HTR DRIVER R165 CRA-FN-IA 25ITCZ C

Y X. 213038 572 330 O-.AZ R17 C74

.; Y 03313 CRA-FN-IA+

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2 2 A tl54 3 J9 CRA-H-FN/SA 8165 324TCZ X X 213050 Y 11 00 60 03313 10 E 1320 10HP/17 ~ IA HTR DRIVER CRA FN SA C 564 160 0 AZ R17 C71 CRA-FN SA+

2 2 A 1 3 0 H543 JB CRA H-FN/58 R165 32ITCZ X X, 213050 Y 11 00 60 = 03313 00 E 1320 10HF/17 1A tlTR DRIVER CRA FN 58 C 561 20 0 AZ R17 C74 CRA FN 58+

2 2 A 1 3' H513 Jll CRA-H FN/SC 8165 324TCZ. X' 213050 . Y 14 00 60 . 05253 01 E 4320 10HP/17 ~ 1A HTR DRIVER CRA~FN"SC "C 561 270 0 A? 817 C74 (RA-FN 5C+

2 2 A 1 3 0 H543 HB CRA-H-FN/50 R165 324 TCZ X X= ~ 213050 Y 11 00 '" 60 03313 00 E 1320 10HP/17 ~ I A HTR DRIVER CRA FN 50 C 561 90 0 AZ R17, C74 CRA FN 50+

2 2 A 1 3 D tlSI 3 Hl1 CRD IR 34 8341 X10175Etlh 01 X X ~ 31S021 00 CRD INSTR RACK R 522 H48/3 ~ 8 CRO IR 3+

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207001 06153 02 E 4320 SCRAH 0 ISCllARGE INSTR VOL-A LEVEL 522 J ~ 0/7 '

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02C12 3 A 0 n 85PF eh CRD-POS 1260223 Il302 BZE6-2RN72 Y X 248003 N 612 F 17 POSI TI SVITCH R 528 L5/ CRO IICU 02234 02C12 A H52 0

PROGRAH CIE-STO 'tASHINGTON PUBLIC. POVElf SUPPLY SYSTEtl PAGE NO 00021 VNP-2 CLASS 1E:EOUIPNENT LIST DATE 09/06/83 STATUS ~iiSEISHIC IS) PARAHETERSaei ~ ENV ~ IE) PARAHETERS+

EPN HFG HOOEL S E 1 IO Ttl HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIP 'I ION BLDG ELEV ~

DETAIL . ZONE POOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/h DRAlt I'NG A/E ZbttE CRD POS-1260227 POSITION SMITCH H302 BZE6-2RN72 ~ '-

R,. 528 l 5/8 ~

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0 I,X'48003 N. 612 CRD-HCU-0227+

~ 17 02C12 3 A 1 0 "N528 . CI a >

~

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02C12 3 A 1 0 A tl528 CI CRD POS 1260235 C h302 BZE6 2RN72 Y X 248003 tt 612 ~ 17 I

~

POSITION SIIITCH R 528 K2/8 ~ CRO HCU 0235+

02C12 3 1 0 A H528 . CI ~

CRO"POS-1260239 tl302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SllITCH R 528 K2/Bo4 CRD"HCU 02391 02C12 3 A 1 0 A H528 CI CRO-POS-1260243 H302 -

BZE6 2RN72 Y X '48003 N 612 ~ 17 POSITION SMITCH R 528 K2/8+I CRD HCU 0213+

i.o 612'6153 02C12 3 A H528 C4 CRD POS 1260615 F302 BZE6"2RN72 Y X 248003 N 00 E ~ 17 POSITION SMITCH R 528 LS/801 CRD HCU 0615+

02C12 A 1 0 A H528 ~

CI CRO POS-1260619 8302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITIOH SMITCH R S28 LS/8 ~ I CRO HCU-0619>

02C12 A I 0 A H528 C4 CRD-POS-1260623 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION Sltl TCtl R 528 LS/RaI CRO tlCU-0623+

02C12 3 N528 CI A 1 0 A 0

CRD"POS-1260627 8302 BZE6 2RN72 Y X 248003 k 612 17 POSIT I Ott SMITCH R 528 LS/8 ~ I CRO-HCU-0627+

~

02C12 3 A 1 0 A H5 28 C4 CRO-POS-1250631 H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 L5/8 ~ I CRD HCU 06314 02C12 3 A I 0 A H52 8 CI CRO PAS-1260635 8302 BZF6 2RN72 Y X 248003 N 612 ~ 17 POSIT IOtt SMITCH R 528 K2/P ~ I CRO-HCU 0635+

02C12 3 1 0 A H528 C4 CRO-POS 1260639 II'%02 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMrTCtl R 528 K2/8 ~ I CRD HCU"0639+

02C12 3 0 852 8 r4 CRD-POS-1260643 Y302 RZE6-2Rtt72 Y X 24 8003 N 612 ~ 17 POSITIOH SltlTCH R 5PA K2/8 ' CRD-HCU 0643+

02C12 I 0 A 85 28 r4

PROGRAN CIE STO VASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00022 IINP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS ~ ooSEISHIC IS) PARAHETERS ~ os KENYA (E) PARAHETERSo EPW HFG NOBEL S E 010 TH HL TEST ANL FO C FRED AGING OBE C HOURS 4

CONI'RACY LEVEL OESCRIP TION EC USE SAFETY FUNCTION BLDG ELEV A/E BRAVING DETAIL A/E ZONE-ZONE ROON ACCURACY COHPOSI 7 f EPN e

CRO POS-1260647 r.302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSI I'ION SVII'CH R 528 K2/Bol CRO HCU 0647o 02C12 3 1 0 A N528 CI CRO-POS-1261011 t'302 BZC6-2RN72 7 X 248003, N 612 ~ 17 POSITIOtt SVITCH R 528 LS/8 ~ I CRO-HCU 1011+

02C12 3 1 0 A N528 CI CRO-POS 1261015 8302 BZE6 2RN72 Y X 21 8003 N 612 ~ 17 POSITION SVITCH R 528 LS/8 ~ I CRD HCU 1015o 02C12 3 1 0 A H528 CI CRO-POS-1261019 H302 BZE6 2RN72 Y 218003 N 612 ~ 17 POSITIOtt SVITCH R 528 LS/Ool CRO HCU 1019o 02C12 3 1 0 A H52 8 CI CRD POS 1261023 t'302 BZE6 2RN72 Y 218003 N 612 ~ 17 POSITIOtt SVI TCH R 528 LS/Boh CRO-HCU-1023i 02C12 3 A I 0 A HS28 CI CRO-POS" I?61027 H302 BZE6-2RN72 Y ?I 8003 N 612 ~ 17 POSITION SVITCH R 528 LS/Bol CRD HCU 1027o 02C12 3 1 0 A H5 28 C4 CRD POS 1261031 N302 BZE6-2RN72 Y X'18003 N 612 ~ 17 POSITION SNITCH R 528 L5/8 ~ I CRD HCU 1031+

02C12 3 A I 0 A tl528 CI CRD-POS 1261035 r.302 BZE6"2RN72 Y 218003 N 612 ~ 17 POSITIOtt SNITCH R 528 K2/8ol CRO-HCU 1035+

02C12 3 'I 0 A tl5 28 Cl CRO-POS-1261039 H302 BZC6-?RN72 Y 24 8003 N 612 ~ 17 POSITION SVITCH 02C12 3 H52 8 R 528 K2/8 ' CRD HCU 1039o 1 0 A CI CRD-POS 1261043 8302 BZE6 2RN72 Y 218003 N 612 ~ 17 POSITION SVITCH 1'0 R 528 K2/PE I CRO-HCU-1043o 02C12 3 A H528 C4 CRO-POS 126104 7 r302 RZL6 2RN72 ~ 248003 N 612 ~ 17 P OS I T I OV S'V I T C H R 52P K2/8 ~ 4 CRD HCU 101 7o 02C12 0 1 tl52 8 Ch CRO PPS 1261051 r302 BZC6-2Rt)72 Y 24 F003 N 612 ~ 17 POSITION SVITCH R 528 K2/8 ~ I CRD-HCU 1051o 02C12 3 I 0 A HS? 8 Cl CRO-POS-I?61407 r.302 BZE6 PRN72 Y ?48003 N 612 ~ 17 POSITION SVtTCH R 528 L5/RE I CRD HCU-1407o 02C12 3 0 H52 A C4

PROGRAH CIE"STO VASHI ttGTON PUBLIC POVER SUPPLY SYSTE)l PAGE NO 00023 VNP-2 CLASS 1E EQUIP)IENT LIST DATE 09/06/83 STATUS 00 ~ SEISHIC IS) PARAHETERS F 00 0ENV ~ IE) PARAMETERS0 EPN MFG HODEL S E QIO TH HL TEST ANL FO C FREQ AGING OBE C HOURS OESCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAf ETY FUNCTION A/E BRAVING A/E ZONE CRO POS-1261411 M302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SVITCH R 528 L5/8 ~ I CRD-Hcu-14110 02C12 3 A I 0 A HS28 . > 'C4 ',

',X

~

CRO-POS 1261415 M302 BZE6-2RN72 . , ~

218003 N 612 ~ 17 POSITIOtt SMITCH R 528 LS/8ah CRO-HCU" 141SI 02C12 3 A I 0 A M528 Ch CRO-POS 1261419 H302 BZE6 2RN72 Y 218003 N 612 017 POSITION SVITCH 528 i.S/8 02C12 A I 0 A H528, R CI CRD HCU 11190 CRO"POS-1261423 M302 BZE6-2RN72 Y X 248003 612 N ~ 17 POSI TION SVITCtl R 528 L5/804 HCU-11230 02C12 . 3 1 0 i H528 Cl CRO CRD-POS 1261427 r302 BZE6-2Rtl72 - 218003 612

,T N F 17 POSITION SVITCH R 528 L5/801 CRO HCU 1127+

02C1P. 3 A 1 0 A M52 8 C4 CRO-POS-) 261431 M302 BZE6 2RN72 Y 218003 N 612 ~ 17 POSITION SVITCH R 528 L5/8 ~ I CRD HCU-1431+

02C12 3 A I 0 A H528 Ch CRO-POS 1261135 M302 BZE6-2RN72 Y 218003 N 612 ~ 17 POSITION SVITCH 02C12 3 I R 528 K2/8 ' CRD HCU 1435+

A 0 H528 CI CRO-POS-1261439 8302 BZE6 2RN72 Y 218003 N 612 ~ 17 POSI TI Ott SVITCH 02C12 3 A I 0 H528 R 528 K2/8 '

C4 CRD-HCU 1139+

CRO POS 1261143 r302 BZE6 2RN72 Y 218003 N 612 ~ 17 POSITIOtt SVITCH R 528 K2/804 CRO HCU 11130 02C12 ~

3 A 1 0 A M52 8 C4 CRO POS 1261447 H302 BZE6 2RN72 Y 248003 N 612 ~ 17 POSITION SVITCH R 528 K2/PE I CRO-tlCU-14470 02C12 3 1 0 A M52 8 rh CRO-POS-1261451 M302 BZE6-2RN72 Y 24 8003 N 612 ~ 17 POSITION SVlTCH R 528 K2/804 CRD-HCU 14510 02C12 I 0 / HS 28 CI CRO POS l 261455 OZE6-2RN72 Y 218003 N 612 ~ 17 POSITION SVTTCH R 52e K2/8 ~ 4 CRO-HCU-1455+

02C12 1 0 A 852 8 CI CRO-POS-I?61803 HSr 2 87E6 ZRN72 Y ?I 8003 N 612 ~ 17 POSIT I Ott SVlTCH R 528 L5/8 ~ I CRD-HCU-18030 02C12 3 I 0 F52 8 CI

PROGRAH C1E-RTD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00024 MNP-2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS ~ ~~ SEISHIC IS) PARAMETERS~as wENV ~ lE) PARAHETERS<

EPW MFG MODEL S E OIO TH HL TEST ANL FO C FRED AGING DBE C HOURS OESCRIP T I ON BLDG ELEV DETAIL ZONE ROOH ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZOIIE CRO POS 1?61807 I!302 BZE6 2RN72 Y' '

218003 612 ~ 17 POSITION SMITCH 02C12 3 A 1 0 A M528;, R 528 L5/8 ~ 4 Ch CRD HCU 18074 CRD"PILS-1261811 V302 BZE6 2RN72 Y X 21 8003 N 612 ~ 17 POSI TIOII .SMITCH R 528 L5/8 ~ 4 CRO HCU 1811+

02C12 3 A 1 0 M528 Ch CRO-POS-1261815 V302 BZE6-2RN72 Y 248003 N 612 F 17 POSITION SMITCH R 528 LS/ah CRO HCU-1815+

02C12 3 A I 0 H52 8 C4 CRO-POS-1261819 V302 BZE6 2RN72 Y 248003 N 612 ~ 17 POSITIOtl SMITCH R 528 L5/8 ~ 4 CRD-HCU-1819+

02C12 3 A I 0 A H528 Ch CRD-POS-1261823 '302 BZE6 2RN72 Y 218003 N 612 ~ 17 POSITION SMITCH R 528 L5/804 CRO HCU-1823+

02C12 3 A I 0 H52 8 Ch CRD POS-1261827 M302 BZE6 2RN72 Y 218003 612 N ~ 17 POSITION SMITCH R 528 LS/8 ~ 1 CRO-HCU-1827+

02C12 A I 0 H528 Ch CRO-POS-1261831 V302 BZE6 2RN72 Y 248003 'N 612 ~ 17 POSITYOH SMITCH R 528 L5/8 ~ 1 CRO HCU 1831+

02C12 3 A I 0 M528 C1 CRO"POS I 261835 H302 BZE6-2RN72 Y 218003 N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ 1 CRD-HCU-1835+

02C12 3 A I 0 A M528 CI CRO POS-1261839 V302 BZE6-2RN72 Y 248003 N 612 ~ 17 PDSI'TI ON SMITCH R 528 K2/8 ~ 1 CRO HCU 18391 02C12 3 A I 0 A H5 28 Ch CRD POS-1261843 I'302 BZE6-2RNT? Y 24 8003 ~ 17 POSITION SMITCH R 528 K2/8 ~ 1 CRO-HCU-1843+

02C12 3 I 0 H52 8 C4 CRO POS-l261847 tl302 BZE6 2RN72 Y ?48003 N 612 ~ 17 POSITION SMITCH 02C12 A I 0 M52 8 R 528 K2/8 ' CRO HCU-1847+

CRO-POS"1261851 H302 8 ZE6-2R>l7? Y 248003 N 612 ~ 17 POSITION S'MITCH R 528 K2/8 ~ 1 CI 0-tlCU 1851+

02C12 3 A I 0 LL52 8 C4 CRO-POS-1261855 V302 BZE6 2RN72 Y ?48003 N 612 ~ 17 POSITION SMITCH R 52IL K2/8 ~ 4 CRO IICU 1855+

02C12 3 A I 0 A H528

PROGRAM C1E-STO VASHINGTON PUBLIC FOVER SUPPLY SYSTEH PAGE NO 00025 VNP"2 CLASS IE EOUIPMENT LIST DATE 09/06/83 STATUS ~~ ~ SEISMIC IS) PARAMETERS+ ~ + +ENV ~ IE) PARAMETERS+

EPN MPG MODEL S E OID TM HL TEST ANL FO C ~ FREQ AGING OBE C HOURS DE SCRIP T ION BLDG ELFY DETAIL ZONE ROOM ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAF ETY FUNCTION A/E BRAVING- A/E ZONE CRO POS 1261859 M302 BZE6-2RN72 248003 N 612 POSITION SVITCH ~ 17

' R 528 K2/8 ~ 4 CRO-HCU-1859+

02C12 3 A 0 A M528 C4 CRD-POS-1262203 BZE6"2RN72 X =

248003 ' 612 ~ 17 POSITION SIJITCH 528 LS/8 ~ 4 02C12 R CRO HCU 2203+

3 A 1 0 A H528 C4 CRD POS-1262207 M302 BZE6-2RN72 Y 248003 k 612 POSIT I Ott SVI TCH ~ 17 R 528 LS/8 ~ 4 CRD HCU 2207+

02C12 3 A I 0 A M528 C4 CRD-POS-1262211 M302 BZE6-2RN72 Y X 24 8003 612 N ~ 17 POSITION SVITCH R 528 1.5/8 ~ 4 CRD-HCU-2211+

02C12 3 A 1 0 H528 c4 CRO-POS-1262215 M302 BZE6 2RN72 Y 24 8003 612 POSITIOtt SMITCH N ~ 17 R 528 L5/Bo4 CRD HCU-2215+

02C12 3 A I 0 M52 8 C4 CRO-POS 1262219 t'302 BZE6 2RN72 248003 Y X N 612 ~ 17 POSITIOtt SVITCH R 528 L5/804 CRD" HCU 2219+

02C12 A 1 0 A M528- C4 cRD-pns 1262223 83o2 BZE6 2RNT? Y x 24 eo03 N 612 ~ 17 POSITIOH SVITCH R 528 L5/Bo4 CRD HCU 2223+

02C12 A 1 0 A M528 C4 CRO-POS-1262227 r3n2 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSI Tlotl SVITClt R 528 L5/Bo4 2227+

CRD HCU 02C12 3 A I 0 H52 8 C4 CRO-POS 1262231 II302 BZE6-2RN72 248003 612 Y N ~ 17 POSITION SVITCH R 528 L5/8 ~ 4 CRO-HCU-2231+

n2C12 3 A 1 0 r528 C4 CR D-POS" 1262235 H302 BZE6-2PN72 248003 612 Y N ~ 17 POS IT I Ott SVITCH 52R K2/8 ~ 4 R CRD HCU 2235+

n2C12 3 A I 0 HS? n C4 CRO-PCS-1262239 BZE6-2RN72 Y 248003 N 612 ~ 17 P OS I T I ott SV I I C H 528 K2/8 ~ 4 R CRD-HCU 2239+

02C12 3 A I n r52 8 CRO-POS" 1262243 M302 BZE6-?RNT? Y 248003 N 612 ~ 17 POSITION SVITCH 02C1?. 3 n I tt52 n R 520 K2/8 ' CRO-HCU 2243+

O e4 cRD pns-I?62?47 r302 DZE6-2RN7? Y x 24enn3 N 612 ~ 17 POS IT Iott SVI TCII R 52n K2/8 ~ 4 CRO-HCU-224 7+

02C12 3 't C M5 Zn C4

PROGRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00026 VNP 2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS ~ eoSEISHIC {S) PARAMETERS+ ~ + +ENV ~ (Ek PARAMETERS+

EPN HFG MODEL S E OIO TH HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIP T ION BLDG ELEV , DETAIL ZONE ROOH ACCURAC'Y COMPOSITE EPN CONTRACT LEVt:L EC USE SAFETY FUNCTICN - A/E BRAVING A/E ZONE cRD pns" 1262251 M302 BZE6-2RN72 Y 218003 N 612 17 528 K2/8 ~ I

~

POSITION SVITCtt CRO HCU 225)+

02C12 A I 0 A H52 8 CI 5

CRD-POS-1262255 M302 BZE6 2RN72 Y X '48003 N 612 ~ 17 POSI TI ON SMITCH 528 K2/8 ~ I CRD HCU 2255+

02C)2 3 A 1 0 A H528 CI CRD-POS 1262259 F302 BZE6 2RN72 Y 248003 612 N ~ 17 POSI TI Ott SMITCH R 528 K2/8 ~ I CRD-HCU 2259+

02C12 3 A I 0 A M528 Cl CRD-POS-)262603 M302 BZE6 2RN72 Y 24 8003 N 612 ~ 17 POSITION SMITCH R 528 L5/8 ~ I CRD-HCU-2603+

02C12 3 A 1 0 A M528 CI CRO-POS-1262607 H302 BZE6-2RN72 Y 248003 N 612 ~ 17 POSITION SVITCtt R 528 L5/8 ~ I CRD-HCU-26074 02C12 3 A 1 0 A M528 CI CRO-POS-1262611 M302 BZE6-2RN72 Y 248003 N 612 17 POSITION SMITCH 02C12 3 'A I R 528 L5/8 ' CRD-HCU 26))>

~

0 A H528 CI CRD"POS 1262615 F302 BZE6-2RN72 Y X 248003 N 612 17 POSITION SVITCH R 528 LS/Rob CRD HCU 26)5+

02C12 A I 0 A M528 CI CRO-POS 1262619 N302 BZE6 2RN72 Y 218003 N 612 17 POSITION S'MITCH 02C12 3 I 0 A H528 R 528 L5/8 Cl

' CRD HCU 26)94

~

cp D-pns-1262623 M302 BZE6-2RN72 Y X 218003 N 612 17

~

POSITION S VII'CH R 528 L5/8 ~ I CRO t!CU 26 23+

02C12 3 1 0 M528 C4

'RP-POS 1262627 P302 BZE6 2RN72 Y X 248003 N 612 AD )7 POSITION SMITCH R 528 L5/8 ~ 4 CRO tlCU-2627+

02C)2 3 0 A tl52 8 CI CRO-POS-1262631 k!302 BZE6-2RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCH R 528 L5/8 ~ I CRO HCU-26314 02C12 3 1 0 A M52 8 C4 CR 0-POS-1262635 H302 BZF6 2Rtt72 Y 24 8003 0 612 ~ 17 POSITION SVITCH R 528 K2/8 ~ I CPD-HCU 2635+

02C12 3 0 A M5? 8 C4 CRO-POS-)262639 POSITI Ott SMITCH H3A2 BZE6-2RN72 52> K2/6 ~ 4 Y 24 8003 h'12 ~ 17 R CPO-HCU 2639+

02C)2 1 0

O PROGRAH C1E-STD WASHINGTON PUBLIC POWER SUPPLT SYSTEH PAGE NO 00027 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS >> ~ >>SEISHIC IS) PARAHETERS>> ~ >> ~ ENV ~ (E) P ARAHETERS>>

EPN HFG HODEL S E QIO 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 DRAWING A/E ZONE CRO-POS-1262643 H302 BZE6-2RN72 Y X 218003 . N 612 POS I T loll SMITCH ~ 17 R 528 K2/ah CRO lICU-2613+

02C12 3 A I 0 A H52 8 Ch 0 CR D-POS-1262647 H302 BZE6-2RN72 '18003 Y X N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ 4 CRO HCU 2647+

0 02C12 3 A 1 0 A H528 Ch CRD-POS-1262651 I'302 BZE6 2RN72 Y X 218003 N 612 POSITION SMITCH ~ 17 R 528 K2/801 CRO-HCU-2651+

02C12 3 A 1 0 A H5 28 Ch CRO POS 1262655 H302 BZE6-2RN72 Y X 21 8003 N 612 POSITION SMITCH ~ 17 R 528 K2/Boh CRD-HCU-2655+

02C12 3 I 0 A H528 Ch CRO POS l262659 H302 BZE6 2RN72 Y X 21 8003 N 612 17 POSITION SMITCH 02C12 3 1 0 A H528 R 528 K2/8 ' CRO-HCU-2659+

~

Ch CRO-POS-1263003 8302 BZE6 2RN72 Y X 21 8003 N 612 17

~

POSITIOtl SMITCH R 528 L5/ah CRO-HCU 3003+

02C12 3 A 1 0 A H528 Ch CRO POS 1263007 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 L5/Be 4 CRD-HCU-3007+

02C12 3 A I 0 H528 Ch CRO-POS-1263011 H302 BZE6 2RN72 Y X 248003 612 ~ 17

>OSITIOtt SMITCH R 528 L5/Bah CRD HCU-3011>>

02C12 0 3 1 0 A H52 8 Ch CRO-POS 1263015 - H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSI Tl Otl SMITCH 0 02C12 3 1 0 A H52 R R 528 L5/8 ~ 4 Ch CRO HCU 3015+

CRD-POS-1263019 I'302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POS1TI Ot! SMITCH R 528 L5/8 ~ 1 CRD-IICU-3019+

02C12 3 1 0 A H52 8 Ch CRO POS 1263023 r302 BZE6-2RN72 T X 248003 H 612 ~ 17 POSITION SMITCH R 52P L5/ah CRD-HCU-3023+

02C12 3 1 0 A 8528 Ch CRO" POS-1263027 H302 BZE6 2RN72 Y X 24 8003 N 612 17

~

POSIT I Ott SMITCH R 52II L5/8 ~ 1 CRO-HCU "3027+

02C12 3 I 0 A C4 CRD-POS-1263031 r3!I2 0 POSI Tl 0!I SMITCH BZE6 2RN72 R 528 KF 2/3 '

Y X 248003 N 612 CRD HCU 3031+

~ 17 02C12 3 1 0 A !I52 8 (4 C:

PROGRAH CIE-STD VASHItJGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00028 VNP 2 CLASS 1E EQUIPIICIJT LIST DATE 09/06/83 STATUS >>>>>>SEISHIC IS) PARAHETCRS>>>>o ~ ENV ~ lE) PARAHCTERS>>

EPtt MFG NOBEL S C OID TH .HL TEST ANL FO C FRED AGING OBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL FC USE SAt'ETY FUNCTICN 4/E BRAVING A/E ZONE CRD POS 1263035 8302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SIJITCH R 528 K~ CRD-HCU-3035+

02C12 .

2/3>>7'528 3 4 1 0 A ~ o ~ C4 CRD-POS 1263039 8302 BZE6 2RN72 Y X '48003 N 612 ~ 17 POSITION SVITCH R 528 K2/8>>4 CRO HCU-3039+

02C12 3 4 1 0 A 8528 C4 CRO-POS 1263043 8302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITlott SVITCH R 528 K ~ 2/3>>7 CRO HCU 3043>>

02C12 3 A 1 0 4 H5 28 C4 CRO-POS-1263047 tl302 BZC6-2RN72 Y X 248003 N 612 ~ 17 POS IT I 0>J SIJITCH R 528 K~ 2/3 ~ 7 CRO-HCU 3047+

02C12 3 A I 0 A 8528 CI CPO-POS-1263051 H302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSITION SVITCH 02C12 R 528 K '/3>>7 CRO-HCU 3051+

3 4 I 0 4 H528 C4 CRO-POS 1263055 H302 BZE6 2RN72 Y., X 218003 N 612 ~ 17 POSITIOIJ SVITCH 02C12 R 528 K '/3>>7 . CRO HCU 3055+

3 4 1 0 A H528 C1 CRO-PPS-I 263059 H302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSITION SNITCH R 528 K ~ 2/3>>7 CRO HCU-3059+

02C12 3 A I 0 A H52 8 C4 CRO-POS-1263403 H302 BZE6-2RN72 Y X 24 8003 N 612 ~ 17 POSITION SVITCH R 528 LE 5/3>>7 CRD"HCU"3403+

02C12 3 A 1 0 A H528 C1 CRD POS-1263407 H302 BZE6 2RIJ72 Y X 24 8003 N 612 ~ 17 POSITION SlJITCH R 528 L ~ 5/3 07 CRO HCU-3407>>

02C12 3 A I 0 A H52 8 C1 CRD-POS-1263411 H302 BZE6 2RN72 Y X 248003 N 612 F 17 POSITION SNITCH R 528 L>>5/3 ~ 7 CRD HCU 3111+

02C12 3 A I 0 A 8528 C4 CRO-POS-1263415 8302 PZC6 cRN72 Y X 248003 N 612 F 17 POSITION SIJI TCH R 528 L ~ 5/3 ~ 7 CPO HCU-3415>>

02C12 3 4 I 0 b H52 8 C4 CRO-POS-1263419 I'%82 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 L ~ 5/3 ~ 7 CRO-HCll 3119>>

82C12 3 4 I 0 4 II52 8 C4 CRO-POS"1263423 H3<2 87E6-2RtJ72 Y X 218003 N 612 POSITION SVITCH R 528 1 ~ 5/3 ~ 7 02C1 o t:528

PROGRAH ClE-STO VASHIHGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00029 VNP-2 CLASS IE EOUIPNEHT LIST DATE 09/06/83 STATUS o ~ oSEISHIC fS) PARAlfETERSooo oENV ~ f E) P ARANETERS o EPN NFG NODEL S E DID TN HL TEST AflL FO C FREO AGING DBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONPOSITE EPN COHTRACT LEVEL EC USE SAf ETY FUNCTION A/E BRAVING A/E ZONE 1

CRO-POS 1263427 N302 BZE6-2RH72 Y X, 248003 N 612 ~ 17 POSITION SVITClf R 528 Lo5/3o7 3127+

02C12 3 "A I 0 A H528 .C4, CRO HCU H

CRD-POS-1263431 N302 BZE6-2RH72 Y X 218003 N 612 ~ 17 POSITION SMITCH o R'= 528 K~ 2/3 ~ 7 CRD HCU 3131+

02C12 3 1 0 A N528 CI CRD POS 1263435 N302 BZE6 2RN72 248003 612 POSITION SMITCH 02C12 3 A I 0 A H528 528 K '/3CI 'Y X N CRD-HCU-3135+

F 17 CRO POS-1263439 8302 BZE6-2RN72 Y X - 248003 612 17 POSITIOtl SMITCH 02C12 3 A I 0 A N528 R 528

~

K '/3CI ' H CRD-HCU-3139+

F r CRO-POS 1263143 N302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 Ko2/3o7 CRO HCU 3413+

02C12 3 A I 0 A H52 8 CI CRO-POS-1263447 N302 BZE6 2RN72 Y X 218003 N 612 ~ 17 (x POSITION SMITCH R 528 K ~ 2/3o7 CRO-HCU 3117+

02C12 3 A 1 0 A N528 CI 0 CRO POS I

1263451 POSI I Otf SMITCH N302 BZE6 2RN72 R 528 K '/3CI 'Y 'X 218003 N 612 CRD HCU 3151+

~ 17 02C12 3 A I 0 A H52 8 Q CRD POS 1763455 N302 BZE6-2ntl72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 K~ 2/3o7 CRO"HCU 3455+

0 02C12 3 A 1 0 A N528 CI CR 0 "POS 1263459 83n2 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 K '/3o7 CRD HCU 3159+

02C12 3 A I 0 A ll52 8 C4 CRO-POS-1263t?03 N302 BZE6-2RN72 Y X 248003 N 612 F 17 POSI Tl Off SMITCH R 528 Lo5/3o7 CRD HCU-3803+

02C12 3 A I 0 A H528 CI C' CRD-POS-1263407 F302 BZF6-2RH72 Y X 748003 tl 612 ~ 17 POSI f I Otl SMITCH R 528 L ~ 5/3 ~ 7 CRO HCU-3807+

02C12 3 A 1 0 A 852 8 CI CRO-POS-1263811 N3n2 OZE6-2RN72 Y X 248003 N 612 ~ 17 0 POSITION SlllTCH R 528 LE 5/3 ' CRD-HCU-3811+

02C12 3 A 1 0 A K528 C4 CRO-POS-f263815 v342 BZER 2RN77. 'Y X 240003 N 612 ~ 17 POS l T I Otl 'f CH 528 L o5/3 ~ 7 SMI R CR D-HCU 381 5+

02C12 3 A I 0 A 'i52 8 CI

PROGRAM C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00030 MNP-2 CLASS 1EEbUIPNENT LIST DATE 09/06/83 STATUS ~ + ~ SEISHIC IS) PARAMETERS' * *ENYO IE)

EPN NFG HODEL S.E 010 TH HL TEST ANL FO C FRED PARAMETERS'GING DBE C HOURS DESCRIPTION ~

BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUtlCTION A/E ORAMING "A/E ZONE CRO POS 02C12 1263819 POSITION SMITCH CRD-POS-1263823 POSITION SMITCH 3 A 1 M302 0

N302 A

BZE6 2RN72 BZE6-2RN72 N528 R

', gI 528 Lo5/347.

528~L ~ 5/317 Y

k

~

248003 X, 248003 N

N 612 612 CRO-HCU-3819+

~

F 17, 17 R CRD HCU 3823+

02C12 A 1 0 A NS28 CI CRO-POS-1263827 tl302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 LoS/3+7 CRO HCU 3827+

02C12 3 A 1 0 A H528 CI CAO POS-1263831 N302 BZE6-2RN72 Y X 218003 N 612 F 17 POSITION SMITCH R 528 K '/3o7 CRO-HCU 3831+

02C12 A I 0 A H528 CI CRD-POS-1263835 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION Slt ITCH A 528 K~ 2/3i7 CRO HCU"3835+

02C12 3 1 0 N528 CI CRO-PAS-1263839 N302 BZE6 2RN72 Y X 248003 N 612 F17 POSITION SMITCH A 528 Ki2/3+7 CRO HCU 3839+

02C12 3 A I 0 A N528 CI CAO"POS-1263A43 l'302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 K '/3e7 CRD-HCU 3843+

02C12 3 A I 0 A N528 CI CRO-POS-1263847 P302 BZE6-2RN72 Y X 248003 N 612 F 17 POSITION SMITCH R 528 K '/347 CRD-t!CU-3847+

02C12 3 A 1 0 A N52 8 CI CAD POS-1763fl51 N302 BZE6 2PN72 Y X 248003 N 612 ~ 17 POSITION SMITCH 02C12 3 A 1 0 A H528 R 528 K+2/3 C4

' CRD-HCU 385 I+

CR O-POS-1263A55 H302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POST TIOtl SMITCH R 528 K ~ 2/3+7 CRD-HCU 3855+

02C12 A 1 0 A H52 8 CI CRO-POS 1263859 N302 8286-2RN72 248003 17 POSI TI Otl SMITCH 02C17 3 A 1 0 A H52A R 52A K '/3CI 'Y X CAD-ttCU-3859+

~

CRD-PAS 12&4203 F302 AZE6-2Rtl72 X 24 A003 tl 612 F 17 POSITION SMITCH R 528 L ~ 5/3 ~ 7 CPO HCU 4203+

02C12 3 A 1 0 A H52 8 CI CRO-POS 1264207 H302 DZE6-2Rtl7? Y X ~

24 8003 N 612 ~ 17 POS IT I Otl SIIITCll R 528 L ~ 5/3+7 CPD-HCU"42074 02C12 3 A I n a K528 0

PROGRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00031 VNP-2 CLASS lE EOUIPHENT LIST DATE 09/06/83 STATUS ~ ++SEISMIC IS) PARAMETERS' ~ ENV ~ IE) PARAMETERS+

EPN MFG MODEL S E aID TH HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFFTY FUNCTION A/E GRAVING A/E ZONE cRD-pns 126422 1 H302 BZE6-2RN72 .Y X 218003 . N 612 POSITION SMITCH ~ 17

.R, 528 L o5/3 o7 CRO-HCU 1211+

02C12 3 A 1 0 A H528 C4 c CRO-POS 2264215 POSITION SVITCH H302 BZE6-2RN72 Y. X: 218003 N 612 ~ 17 R 528 Le5/3i7 CRO-HCU 4215+

02C12 3 A 1 0 A H528 C1 CRD-POS-1264219 H302 BZE6 2RN72 Y X 218003 . 612 POSITION SIIITCH N ~ 17 R 528 Le5/3o7 CRD HCU 4219+

02C12 3 A I 0 A H528 C4 CRD POS-)264223 H302 BZE6-2RN72 Y X 218003 N 612 F 17 POSITIOII SVITCH R 528 L ~ 5/3+7 CRD HCU-4223+

02C22 3 A 1 0 A 852 8 C4 CRO-POS-1264227 V302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSI II ON SIIITCH R 528 L+5/3e7 02C1c. 3 A 1 0 A M528 C1 CRO-HCU-4227'RD-HCU-1231+

CRO-POS-I 264231 M302 87E6<<2RN72 Y X 248003 612 N ~ 17 POSI TION 'SMITCH R 528 K~ 2/3 ~ 7 02C12 3 A 1 0 A C4 CR 0-POS- I 261235 M302 BZE6-2PN72 Y X 218003 N 612 ~ 17 POSITION SVITCH 02C12 3 R 528 K '/3o7 CRD-HCU"4235+

A 1 0 A M528 C4 CRO-POS-226 1239 8302 BZE6 2RN72 Y X 218003 612 ~ 17 POSITION SVITCH R 528 K ~ 2/3 o7 CRO HCU 4239+

02C12 3 A 1 0 A M528 C4 CRO POS-2261213 F302 BZE6-2RN72 Y X 24 8003 612 ~ 17 POSITION SMITCH 02C12 3 R 528 K '/3+7 CRO IICU 1243+

A 1 0 A M52 8 C1 CRD-POS-2264247 r302 BZE6-2RN72 Y X 218003 612 ~ 17 POSITION SNITCH R 528 K+2/3+7 CRO HCU-1217+

02C12 3 A I 0 A M528 C4 CRO-PAS-1264251 )1302 BZE6 2PN72 Y X 248003 612 ~ 17 POSITION SQITCH R 528 K 2/3 ~ 7 CRO-HCU-4252+

02C12 3 A 1 0 A M52 8 r.4 CRO-POS 2964255 M302 BZE6 2RN72 24 8003 612 17 POSITIOII SVITCH 02C12 A 1 0 A H5 28 R 528 K '/3C4 Y X 7 CRO HCU 42551

~

CRD-POS-226425< M302 BZE6-PRN77 Y X 748003 612 ~ 17 POSITION SIIITCH R 528 K~ 2/3+7 CRO-IICU-4259+

02C12 3 1 0 A H52R r.4

PROGRAH ClE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00032 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS 000SEISHIC CS) PARAHETERS ~ 40 ~ ENV ~ IEI PARAHETERS0 EPN rIF G HODEL S E OID 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 DRiVING . A/E ZONE CRO-POS-1264607 H302 BZE6-?Rrt72 Y X 218003 612 ~ 17 POSITION S'MITCH 528 L ~ 5/3'07.,':.

02C12 3 A 1 0 4 H528

R

)

'- 'h CRD HCU 46070 CRO-POS 1264611 H302 BZE6 2RN72 Y'. X ?18003 612 ~ 17 POSITION SMITCH R 528 LE 5/301 CRO HCU 4611+

02C12 3 A I 0 A H528 Ch CRO-POS-1264615 tt302 BZE6 2RN72 Y X 218003 612 ~ 17 POSITION SMITCH R 528 L05/307 CRO HCU 4615+

02C12 3 1 0 A H528 Ch CR D-POS-1261619 H302 BZE6-2RN72 Y X 248005 612. ~ 17 POSITION SMITCH R 528 L ~ 5/307, CRO HCU 4619+

02C12 3 A .1 0 A H52 8 Ch CRD-POS-l 264623 I Dsl TIOrl SMITCH 02C12 CRO POS-1264627 3 A 1 H302 0

H502 A

BZE6"2RN72 8 ZE6 2RN72 H528 R

'h 528.L05/307 Y X Y X 2h8003 248003 612 612 CRD HCU-4623>

~

~ 17 17 POSITIOtl SMITCH 528 L ~ 5/307 HCU-4627+

02C12 3 'A' 0 A H528 R

Ch CRD CRO-POS 1264631 H302 BZE6 2RN72 Y X ?48003 612 ~ 17 POSITION SMITCH R 528 K ~ 2/507 CRD "HCU-4631+

02C12 3 A 1 0 A H528 Ch CRO-POS-1264655 H302 BZE6 2RN72 Y X 218003 612 ~ 17 posITIorl sMITcH R 528 K ~ 2/307 CRO HCU-4635+

02C12 3 A 1 0 4 H528 Ch CRO-POS 1264639 H302 BZE6 ?RN72 Y X 248003 612 17 .

F POSITIOtl SMITCH R 528 K '/507 CRD HCU 46390 02C12 3 A i 0 A C4 CRD-POS-1?64643 H302 BZE6-?.Rtl72 Y X 248003 612 ~ 17 POSITION SMITCH R 528 K~ 2/307 CRO-IICU 4643+

02C12 3 A 1 0 A H52 8 Ch CRU-POS-1264647 H302 RZE6 ?RN72 'Y 248003 612 17 POSITIOtl SMITCH 02C12 3 A I 0 4 H52 8 R 528 K '/3rh ' X CRO-HCU-46470

~

CRO-POS 1264651 H302 BZE6-?RN72 Y X ?18003 612 ~ 17 POS ITI Orl S'MITCH R 52R KF 2/3 ' CRD-HCU-4651+

02C12 A I 0 4 852 8 Ch CRO-POS-1264695 I'302 BZE6-2RN7?. Y X 248003 612 ~ 17 POSITION S'MITCH 02C12 R 528 K '/307 CRD ttCU 46554 3 A 1 0 4 H524

PROGRAH C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE'Q 00033 VNP-2 CLASS IE COUIPHEIIT LIST DATE 09/06/83 STATUS oooSEISHIC CS) PARAHETERSo ~ o ~ ENV ~ lE) P ARAHETERS a CPN HFG HOOEL S E QID TH HL TEST ANL FO C FRED AGING DBE C HOURS OESCRIP TI ON BLDG ELEV DETAIL ZONE ltOOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USC SAI ETY FUNCTION A/E DRAVING A/E ZONE o

CRO-POS-1265011 POSITION SMITCH K302 BZC6-2RN72 R. 528 LAS/3+7

. Y X . 218003 '12 CRD"HCU-5011o ol7 02C12 3 A" 0 A H528 4

. CI!-

CRO POS-1265015 H302 BZC6-2RN72 . Y,X'18003

' ~ 612 ~ 17 POST TI Otl SMITCH R 528 Lk5/3o7'528 CRD HCU-5015+

02C12 3 A 1 0 A CI CRO-POS-1265019 H302 . BZC6 2RN72 Y X- 218003 ~ 17 POSITION SMITCH R 528 Li5/3o7 CRD HCU 5019o 02C12 3 A 1 0 H528 CI CRO POS 1265023 F302 BZC& 2RN72 Y X 218003 612 ~ 17 POSITIOtl SMITCH

'1 R 528 Lo5/3 ' CRO HCU 5023+

02C12 3 0 852 8 CI CRD POS-1265027 H302 BZE6 2RN72 ,Y X 218003 612 i17 POSITION SMITCH R 528 I. AS/3o7'I CRD HCU 5027+

02C12 3 1 0 A H5 28 CRD-POS-1265031 H302 BZE6-2RN72 Y X 218003 612 o17 POSIT IOtl SVITCH S28 K~ 2/3o7 CRD HCU 5031+

02C12 1 0 A H52 8 CI CRO-POS 1265035 H302 BZE6-2RN72 Y X 218003 612 ~ 17 POSITION SMITCH 528 K '/3o7 CRD-HCU-5035o 02C12 . 3 I 0 A H528 CI CRD POS>>1265039 H302 BZE6 2RN72 Y X 248003 612 ~ 17 POSITI OII SMITCH 528 K '/3o7 CRO-HCU 50394 02C12 ~ 3 0 A H528 CI CRD POS 1265043 H302 BZE6 2RN72 Y X 218003 612 ~ 17 POST 02C12 TIOtl SMITCH 3 1 0 A H52 8 S28 K '/3CI ' CRO HCU"5043+

CRO POS 1265047 H302 BZE&-2RNT? Y X ?48003 612 ~ 17 POSITIOtl SMITCH 528 K~ 2/3 ~ 7 CRD HCU 5047o tl2C12 I 0 A tl52 8 C4 CRO-POS-1265051 r3 0?. BZC& 2RN72 Y X 248003 612 ~ 17 POSITIOtl SMITCH 528 K~ 2/3 ~ 7 CRO HCU-505 1o 02C1? 3 1 0 H528 CI CRO-POS-1265415 r302 BZC6-ZRN72 Y X 248003 612 ~ 17 POSITION SMITCH 528 L ~ 5/3 7 CRO HCU 5415o 02C1? 3 I 0 H528 CI CRO-POS-12&541'9 H302 BZE&-2RN72 Y X ?48003 612 ~ 17 POSITIOtl SVITCH 528 LES/3o7 CRO-HCU-511 9o 02C12 I 0 852 8 C4

PROGRAH C1E-STD MASHINGTON PUBLIC POVER SUPPLY SYSTEtl PAGE NO 00031 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/06/83

. STATUS ~ +~SEISHIC lS) PARAHETERS ~ >+ ~ENV ~ lE) PARAHETEPS+

EPW HFG NOBEL S- E QID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCR IP T ION BLOB ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USF. SAFETY FUNCTICN A/E BRAVING A/E ZO!JE CRD-POS-1265123 H302 BZE6 2RN72 Y X 248003 612 17 POSITIOW SMITCH 02C12 3 1 0 A H52 8 R 528 LE 5/3 C4

' . CRD-HCU 5423+

~

CRD-POS-1265427 H302 BZE6 2Rlt72 Y X 21 8003 612

>OSITIOtl SVITCH F 17 R 528 L05/307 CRD-HCU-5427+

02C12 3 I 0 A H5 28 C4 CRO-POS-1265431 F302 BZE6"2RN72 Y X 218003 612 ~ 17 POSITION SMITCH 02C12 3 A R 528 K '/3+7 CRD-HCU-543i+

1 0 A H52 8 C1 cR 0-pns- l 265435 H302 8?E6 2RN72 YX 248003 612 ~ 17 POSITION SWITCH 02C12 3 R 528 K '/3+7 CRO-HCU 5435+

1 0 A H528 Cl CP.O-POS-1265439 H302 BZE6 2RN72  ! Y X 218003 612 ~ 17 POSITIOtl SMITCH 02C12 R 528 K '/3o7 CRD-HCU-5439~

3 A I 0 A H528 C1 CRO-POS-1265443 H302 - BZE6 2RN72 Y X. 218003 612 POSI TI 0!I SVITCH 02C12 3 A I 0 A H528 R 528 K '/3 'C1 CRD HCU 5443+

~ 17 CRO-POS-1265447 8302 BZE6 2RN72 A X 218003 612 ~ 17 POSITIOtt SV ITCll R 528 K~ 2/3 o7 CRO-HCU 5447+

02C12 3 1 0 A 8528 C1 CRD POS-1265819 H302 DZF6-2Rtl72 A X 218003 612 ~ 17 POSITION SMITCH R 528 Lo5/3i7 CRO"HCU 5819+

02C12 3 I 0 A H528 C1 CRO-POS-1765823 I'302 BZE6 2RW72 A X 248003 612 F 17 POSITION SMITCH R 528 L ~ 5/3o7 CRO HCU 5823+ ~

02C12 3 8528 C4 CRO POS 1265827 l'30 2 BZE6 7RN72 A X 248003 612 ~ 17 POST TI 0!l SMITCH 528 Le5/3e7 R CRD HCU 5827+

02C12 3 0 A H52 8 C4 CRD-POS-1765831 8302 BZE6-2RN72 A X 248003 612 ~ 17 POSITION SVITCH R 528 K~ 2/3e7 CRO-HCU 5831+

02 C17. 3 tt5 28 C1 CRD-POS-1265835 H302 OZE6-2RN72 A X 248003 ~ 17 POSITION SMITCH R 52R K~ 2/3 ~ 7 CRO-HCll 5835+

02C17 3 ~ l52 8 C4 CRD-POS 1265n3n P302 8?f6-2RN77. 21 8003 612 ~ 17 POSrTION SMITCH 02C17. I 0 A ti52 8 R 528 K '/3 ' A X CRD HCU 5839+

PROGRAN C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00035 MNP 2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS +++SEISNIC (S) PARANETERS+++ ~ENV ~ IE) PARANETERS ~

EPN NFG NODEL S E OID TN HL TEST AHL FO C FREO AGING OBE C HOURS DESCR IP 7 ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVFL CC USE SAFETY FUNCTIOtl A/E ORAMIHG A/E ZONE CRO-POS 1265843 H302 BZE6-?RN72 A- X 218005 612 ~ 17 POSI TIOtl SMITCtt R 528 K ~ 2/3o7 CRD-HCU-5843i 02CI?. 3 A 1 0 A H528 CI CRO-POS 1270219 N302 BZE6-2RH72 Y X 24 8005 H 612 ~ 17 POSITION SMITCH R 528 L5/8 ~ I CRD HCU 0219+

02C1?. 3 A I 0 A H52 8 CI CRO-POS 1270223 H302 BZC6-2RN72 Y 218003 N 612 F 17 POSITI ON SMITCH R 528 L5/8 ~ I CRO-HCU-02?5+

02C12 3 A I 0 A 8528 CI CRD POS-12702?7 8302 BZE6-2RN72 Y 248005 N 612 ~ 17 POSITION SVITCH R 528 L5/8 ' CRD-HCU 0227+

02C12 3 A I 0 A HS28 CI CRD POS 1270731 H302 BZE6 2RN72 Y 248005 N 612 ~ 17 POSITIOtl SVITCH R 528 L5/le 4 CRO-HCU-0231+

02C12 3 A I 0 A H528 CI CRO-POS 1270235 lt302 BZE6 2RN72 Y 248005 N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ I CRO HCU-02350 02C12 3 A 1 0 A tl52 8 C4 C' CRD POS-1270259 8302 BZC6-2RN72 Y 248005 N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ I CRO HCU 0239+

02C1?. 3 A I 0 A N528 . CI CRO-POS 1270243 ti302 BZE6-?RN72 Y 248005 N 612 ~ 17 POS IT I OH 'SMITCH R 528 K2/8 ~ I CRD HCU 0243+

02C12 A 1 0 A N528 Ch CRD-POS 1270615 8302 BZE6 2RN72 Y 24 8005 N 612 ~ 17 POSITION SMITCH R 528 L5/8 ~ I CRO-HCU-0615+

02C12 A 1 0 A N52 8 CI CRO-FOS-1770619 N302 BZE6-2RN72 248005 612 17 0 POSITIOtl SMITCH R 528 L5/Roh Y X N CRO-HCU 0619+

~

02C17. 3 A I 0 A H52 R C4 G CRO-POS-]270623 V502 BZE6-7RN72 Y X 248tt03 N 612 ~ 17 0

POSITION SMITCH R 528 L5/8 ' CRD-HCU-0625+

n2C12 3 A 1 0 tt52 8 C4 G

CRD-POS-1270627 I'302 BZF6-7RN72 Y X 74 8003 N 612 ~ 17 0 POSITIOtl SMITCH It52 8 R 528 L5/8 ' CRO-HCU-0627+

02C12 3 A 1 n Ch CR 0-PnS-1270631 P302 BZE6-2RN7? Y X  ?'t8003 N 612 ~ 17 POST TI 0'l SVITCH R 528 L5/RE 4 CRO-HCU-0631+

02C12 3 A 1 0 vi52 tI C4 0

PROGRAN C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00036 VNi-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 EPII NFG HODEL STATUS oo ~ SEISHIC IS) PARANETERSooo ~ fNV ~ IE ) P ARANE TERS o S E QID TH HL TEST ANL FO C FRED AGING OBE C HOURS OE SCRIP T ION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTICN A/E DRAVING A/E ZONE CRD POS }270635 8302 BZE6-2RN72 Y X 218005 612 POSITION SNITCH N ~ 17 R 528 K2/BoI . ~

CRO HCU 0635+

02C12 3 A 1 0 A H528 CI CR 0-POS-1270639 8302 BZE6-2RN72 Y 8 24 8003 612 N 17.

POSITION SVITCH 02C12 3 I R 528 K2/8 ~ I CRO-HCU-0639o

~

A 0 A H528 CI CRD-POS-1270643 N302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SVITCH R 528 K2/8 ~ I CRO-HCU 0643+

02C12 A I 0 A N52 8 CI cRD-pns-1270647 P 02 BZE6-2RN72 Y X 218003 N 612 }7 528 K2/8 ~ I AD POSITION SVITCH R CRO-HCU 0647+

02C}2 3 A I 0 A 8528 CI CRD POS-1271011 N302 BZE6-2RN72 Y X 21 8003 612 N o17 POSITION SVITCH R 528 L5/8 ~ I CRD-HCU-101}o 02C12 h I 0 A N52 8 CI CRD POS 1271015 v302 BZE6 2RN72 Y X 21 8003 N 612 AD }7,

>OS}I}ON SVITCH R 528 L5/8 ~ I CRO-HCU-}0}54 02C12 3 A I 0 A NS 28 CI CRO-POS 1271019 H302 BZf6-2RN72 Y X 218003 N 612 17 POSIT I OII SVlTCH R 528 LS/8 ~ I CRO HCU }0}9+

~

02C12 3 A I n NS 28 04 CR D-POS }271023 I1302 BZE6-2RN72 Y X 24 8005 N 612 ~ 17 POSITION SMiTCH R 52R LS/F 4 CPO-HCU-}023+

02C}2 3 I 0 H52 8 C4

.CPD POS-1271027 >302 BZE6 ?RN72 Y X 218003 612 I'OS I TI 0'I SVI TCH N ~ 17 R 528 L5/BoI CRO HCU 1027o 02 C I? 3 h 1 0 A A52 8 C4 CRO-Fns-1271031 H302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSITION SVITCH R 528 L5/8 ~ I CPO HCU 1031o n2012 3 A I o.

A A528 CI CRD "POS-] 271035 H3P? BZE6-?RN72 Y X 248003 N 612 ~ 17 POS IT I ON S'MITCII R 528 K2/8 ~ I CRD-HCU-}035+

02C}2 3 A I 0 A 852 8 CI CR 0-POS-1? 710 39 r302 BZE6-?RN72 X ?I A003 N 612 ~ 17 POSITIOII SNITCH 02C12 R 52P K2/8 ~ I CPO-HCU 1039o I:52e C4 cRD pns 1271043 r'02 BZE6-"RN72 Y X ?48003 N 612 AD }7 POSITION SNITCH R 524 K2/8 ~ 4 CAO HCU }043+

02C}2 1 0 A

PROGPAH Clf-STO VASHI MGTON PUBLIC POVER SUPPLT STSI'EH PAGE NO 00037 MMP-2 CLASS 1E EOUIPHEtlT LIST DATE 09/06/83 STATUS iw+SEISHIC (S) PARAMETERS+~~ +EMV ~ IE) P ARAHETERS ~

EPtl HFG IIOOEL S E 010 TH HL TEST ANL FO C FRED AGItlG OBE C HOURS DESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE Shf ETT FUNCTION A/E ORAMING A/E ZONE CRO-POS-1271041 H302 BZE6 2I?N72 T .X 248003 N 612 POSITIOtl SMITCH ~ 17 R '528 K2/8 ~ 4 CRO HCU-1047+

02C12 3 A I 0 A H528 C4 CR D-f'OS-1271051 H302 BZE6 2RM12 Y X.'48003 612 POSI Tloll M ~ 17 SMITCH R 528 K2/8 ~ 4 CRO HCU 1051+

02C12 3 A I 0 A 8528 C4 CRD-POS 1271407 H302 BZE6-2RN72 T X 8003 612 N ~ 17 POSITIOM SMITCH 02C12 3 A 1 0 A H528 R

C4'4 528 LS/Be'4 CRD-HCU-1407+

CRD POS 1271411 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 LS/8 ~ 4 CRO IICU 02C12 3 A 1 0 A H5 28 C4 1411'RO CRO-POS 1271'I15 H302 BZE6-2RM72 Y 24 8003 612 i17 POSITION SMITCH 02C12 3 A 1 0 A H528 R 528 LS/8 ' M HCU 14154 C4 CRO-POS-1271419 H302 BZE6-2RN72 24 8003 tl 612 Y 17 POSITION SMITCH 02C12 3 I 0 A H528 R 528 LS/8 C4

' CRO HCU 1419+

~

CR 0-POS-1271423 H302 BZE6 2RM72 T 248003 N 612 ~ 17 POSITIOtl SMITCH R 528 LS/Bo4 CRO-HCU-1423+

02C12 3 A I 0 A H528 C4 CRD POS 1271427 H302 BZER 2RN72 Y 248003 N 612 ~ 17 POSITION SNITCH R 528 LS/8 ~ 4 CRD HCU 1427+

02C12 3 A I 0 A H52 8 C4 CRD POS 12 71431 8302 BZE6-2RN72 T 24 F003 N 612 ~ 17 POSI Tl Otl SVITCH 02C12 3 I R 528 LS/8 ' CRD-HCU 1431+

A 0 A H528 C4 CRO POS-1271435 F302 RZi:6 2RN72 Y 248003 N 612 ~ 17 POSI TI Ott SMITCII R 528 K2/8 ~ 4 CRO HCU 1435+

02C12 A I 0 A tlS 28 04 CRD "POS-1271439 H302 BZF6-PRN72 Y P48003 N 612 ~ 17 POSITIOtl SMITCH R 528 K2/8 ~ 4 CRO"HCU 1439+

02C12 3 A 1 0 A H528 C4 CRO-POS- l 211443 H302 BZE6-2RN72 Y 248003 N 612 ~ 17 POSI TIOtl SVITCII R 52P K2/F ~ 4 CRO-HCU 1443+

02C12 3 0 t'528 CRO-POS-1271447 F342 RZE6-PRN72 'T 248003 N 612 ~ 17 POSITION SVI TC4 R 528 K2/8 ~ 4 CRO HCU 14471 02C12 3 h I 0 l! H52 8 C4 Cg

PROGRAH C1C-STO MASH INGTON PUBLIC .POVER SUPPLY SYSTEH PAGE NO 00038 MNP-2 ClASS IE EOUIPHENT LIST DATE 09/06/83 STATUS ~ >+SEISHIC IS) PARAHETERS++ ~ ~ENYO (E) PARAHCTERS+

EPN HFG NOBEL .S E OIO TN HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFET'Y FUNCTICN A/E BRAVING A/E ZONE CRD-POS-1271451 Y302 BZC6-2RN72 Y X 218003 N 612 +17 POSITION SMITCH R 528 K2/8 I CRD HCU 1451+

02C12 3 A I 0 H528 C4 CRD-POS 1271455 Y302 BZE6 2RN72 Y.X 218003 tl 612 +17 POSITIOtl SMITCH 528 K2/8 ~ I 02CI2 3 A, 1 0 A H528 R

Cl CRD-HCU 1455+

CRD POS 1271803 F302 BZE6"PRN72 T X 218003 N 612 ~ 17 POSITION SMITCH R 528 L5/8 ~ I CRO-HCU 1803+

02C12 3 A 1 0 A CI CRD POS-1271807 H302 BZC6 2RN72 'Y 248003 N 612 ~ 17 POSITION SVITCH R 528 Ls/e. I CRO-HCU-1807+

02C12 3 A I 0 A tiS2 CI CRO-POS-1271811 H302 BZE6 2RNT2 Y 24 8003 N 612 ~ 17 POSITION SMITCH 8'528 R 528 Ls/Bo4 CRO HCU 1811+

02C12 A 1 0 A CI CRO-POS 1271815 H302 - BZE6 2RN72 Y 248003 N 612 F 17 POSITION SNITCH R 528 Ls/8 ~ I CRO HCU 1815+

02C12 3 A I 0 A H528 CI CRD-POS l 271819 H302 BZC6-2RN72 Y 218003 N 612 ~ 17 POSITION SMITCH R 528 LS/8 ~ I CRO HCU 1819+

02C12 3 A 1 0 A H52 8 C4 CRD POS-1271823 H302 BZE6-2RN72 Y 248003 N 612 ~ 17 POSI TIOtl SillTCH R 528 i.s/e. I CRO HCU-1823+

02C12 3 A I 0 A H528 CI CRO" POS" 1271827 Y302 BZE6 2RN72 Y 248003 N 612 ~ 17 POSITION SMITCH R 528 Ls/8 ~ I CRD-HCU-1827+

02C12 3 A 1 0 A HS2 8 CI CRO-POS-1271831 l'302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SVITCH R 528 Ls/8 ~ I CRO HCU-1831+

02C12 1 0 A H528 C4 CRO-POS-1271835 rsn2 BZE6-2RN72 Y X 21 8003 N 612 ~ 17 POSlTION SMITCH 02C12 3 1 n a H528 R 528 K2/8 CI

' CRO-HCU 1835+

CRO-PCS-1271839 H302 'ZE6-2RN72 Y X 24 8003 N 612 ~ 17 POSITIOtl S'NITCH R 528 K2/8 ~ 4 CRO HCU-18394 02C12 A 1 P A YSZR CRO-POS l271n43 Ysn2 PZC6 2RN72 Y X 21 8003 N 612 ~ 17 POSI Tl Otl SVITCH 02CIP h R 528 K2/8 ' CRO-HCU 1843+

3 1 0 A tl52 8

PROGRAH C1E-STD MASHINGTOK PUBLIC POMER SUPPLY SYSTEH PAGE NO 00039 .

MNP-2 CLASS IE EGUIPHENT LIST DATE 09/06/83 STATUS ~ ++SEISHIC IS) PARAHETERS+a+ aENV ~ lE) PARAHETERS~

EPN HFG tlODEL S E 010 Ttl HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUtlCTICN A/E ORAMING A/E ZONE

\

CRD-POS-1271847 H302 BZE6 2RN72 Y X 218003 N 612 +17 POSITION SMITCH 02C12 3 A I 0 A H528 R

'. 'h S28 K2/8 1 ~

CRO HCU 1817+

CRD-POS 1271851 tJ302 BZE6 2RN72 ~ Y X 21 8003 N 612 17 POSITION SMITCH 02C12 3 A I 0 A H52 8 R 52$ K2/8 C1

' CRO-HCU-1851+

F cRD-pns-1?71855 H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITIOtl SMITCH R 528 K2/8 ~ 4 CRD HCU 1855+

02C12 3 A I 0 A H5 28 Ch CRO POS-1271859 tJ302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ 4 CRO-HCU-1859+

02C12 3 A 1 0 A H52 8 Ch CRO-POS-1272203 8302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSI TI 0>t SMITCH R s2e Ls/e.h CRD-HCU 2203+

l12 C 1? 3 A I 0 A HS 28 Ch CRO-POS-1272207 BZE6 ?RNT? Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 LS/Boh CRO HCU 2207+

0?CI? 3 A I 0 A HS?8 Ch CR 0-P OS-127221 I l'302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCll R 528 L5/8 ~ 1 CRO-HCU-2211+

02C12 3 A 1 0 A H52 8 C4 CRD POS 177?215 r302 BZE6-2RNT? Y X ?48003 N 612 ~ 17 POSITIOll SMITCH R 528 Ls/8 ~ 4 CRO HCU 2215+

02CI 2 3 A I 0 A 8528 C1 CRO-POS-1272219 H302 BZE6-?RN72 Y X 21 8003 N 612 ~ 17 POSITION SMITCII R 528 LS/eeh CRO HCU 2219+

02C12 3 A 1 0 A H52 8 C4 CRO POS-I?72223 H302 BZE6-?RN7? 'f X 748003 N 612 ~ 17 lOSITION SMITCtl 02C12 R 528 LS/8 ' CltO-HCU 2223+

3 A 1 0 A HS?e C4 CR 0-POS-1272727 H302 BZF6-2RNT? Y X ?4 JI003 N 612 ~ 17 POSITIOtt SMITCH R 5?8 LS/p ~ 4 CRO-HCU-22?7+

02C12 3 A I 0 A 8528 CRD"POS-1272?31 tI~02 BZF'6-?RN72 Y X 218003 N 612 ~ 17 POSITI ON S'MITCH R 528 L5/OS 4 CRD-HCU-2231+

02C12 3 a 1 n A HS? 8 Ch CRO-POS-1272?35 P302 RZF6-?RN72 X 248003 tl 612 ~ 17 POSI TIOtl SMITCH R S? 0 K2/I' 1 CRD-IICU 2235+

02C17 3 1 0 A 857 8 r,h

PROGRAH C1E-STD NASHINGTON PUBLIC POttER SUPPLY SYSTEH PAGE NO 00040 VNP-2 CLASS 1E EQUIPttENT LIST DATE 09/06/83 STATUS 0+0SEISHIC (S) PARAtlETERS000 0ENV ~ IE) PARAHETERS ~

EPN rFG HOOEL S E 010 TH HL TEST ANL FO C FRED AGING OBE C HOURS flESCRIP I ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CottTRACT LEVEL EC USE SAFETY FUtlCTIOtt A/E ORAttlNG A/E ZONE CRO-POS-I?72239 H302 BZE6 2RN72 Y X 248003 N 612 17 I OSI TION SUI TCH 02C12 3 A I 0 A H52 8 R 528 K2/8 ' CRO"HCU 2239+

~

.C4

.CRO POS-1272243 H302 BZE6-2RNT? Y X 24 8003 ' 612 ~ 17 POSITION SVITCH 528 K2/801 CRO HCU 22430 02C12 3 A 1 0 A H5 28 C4 CRD-POS-1272247 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SNITCH 528 K2/804 CRO HCU 22171 02C12 3 A. I 0 H528 , C4 CRO POS 127?251 8302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION S'NITCH 528 K2/8 ~ I CRD HCU 2251+

02C12 I I 0 H528 CI CRO-POS-1272?55 P.302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SVITCH 528 K2/804 CRD HCU 2255+

02C12 3 A I 0 H528 CI CRD-POS-1272?59 H302 BZE6 2RN72 Y X 24 8003 N 612 ~ 17 POSITION SttITCH 528 K2/8 ~ I CRD HCU 22590.

02CI? 3 A I 0 A H528 CI CRD-POS-1272603 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SttITCH 528 L5/8 ~ I CRO-tlCU 26030 02C12 3 A 1 0 A H528 CI CRD-POS-l272607 K302 BZI'6 2RN72 Y X 248003 N 612 ~ 17 POSITION SNITCH 528 LS/8 ~ I CRO HCU 2607+

02C12 3 A I 0 H5 28 CI CRO POS-1272611 H302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSI Tlott SNITCH R 528 Ls/804 CRD-HCU"2611+

02C12 3 A 1 0 h t152 8 CI CRO-VOS-1272615 H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SIII TCH R 528 Ls/8 ~ I CRD-HCU 2615+

02C12 3 A I 0 A H528 CR 0-POS-1272619 r302 RZE6-?PN72 Y X 218003 N 612 F 17 POSITION SVITCH 52& L5/804 CRD HCU "26190 02C12 0 A r528 CI CRD-POS-]?72623 H302 PZE6-2RN72 Y X 248003 N 612 ~ 17 POSI T10'I SltITCH P 528 LS/R.I CPD-HCU 2623+

02C12 h ] 0 Its? 8 CI CRD-POS" 1272627 P302 OZE6 2RN72 Y X,248003 N 612 ~ 17 POSITION SNITCH R 52R L5/f' 4 CRD IICU 26?74 02C12 3 A 1 0 A H5 2R

PROGR AH C1E-STD MASHI NGTON PUBLIC POMER SUPPLY SYSTE)l PAGE tlO 00041 MNP-2 CLASS IE EQUIPHENT LIST DATE 09/06/83 STATUS ~ ~ bSEISHIC lS) PARAHETERS*++ bENV ~ lE) PARAHETERS+

EPN FFG HODEL S E OIO TH HL TEST ANL FO C FREO AGING OBE C HOURS OESCRIP 7 ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAf ETY FUNCTION A/E DRAVING A/E ZONE CRO-POS 1272631 V%02 D?E6 2RN72 Y X 248003 N 612 POSITION SMITCH ~ 17 R 528 LS/8 ~ 4 CRD HCU 2631+

02C12 3 A 1 0 A 8528 Ch CRO-POS 1272635 H302 BZE6 2RN72 Y X 248003 612 POSITION SVITCH N ~ 17 R 528 K2/8 ~ 4 CRD HCU 26351 02C12 3 A I 0 A H528 Ch CRD-POS-1272639 8302 BZE6 2RN72 Y X 24 8003 N 612 POSITION SMITCH ~ 17 R 528 K2/each CRO HCU 2639>

02C12 3 A I 0 A H528 Ch CRO-POS 1272643 H392 BZE6 2RN72 Y X 24 8003 N 612 F 17 POSITION SVITCH R 528 K2/8 4 CRO HCU 2643+

02C12 3 A 1 0 A H52 8 Ch CRO-POS-1272647 H302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 52e K2/8 4 CRO-HCU-2647+

02C12 A 1 0 A H528 C4 CRO-POS 1272651 H302 BZE6-2RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCH R 528 K2/Roh CRO-HCU 2651+

02C12 3 A I 0 A H528 Ch CRO-POS-1272655 tl302 BZE6 2RN72 248003 612 POSITION SMITCH R 528 K2/8 ~ 4 Y X N CRO HCU 2655+

F 17 0

02C12 3 A I 0 b H52 8 Ch CRO-POS-127265'9 1302 8?E6-2RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCH R 528 K2/e ~ 4 CRO HCU-2659+

02C12 3 4 I 0 H528 r.h A

0 CRD-POS 1273003 H302 BZE6-2RN72 Y X 248003 N 612 F 17 POSITION SVITCII R 528 L5/8 ~ 4 CRO HCU 3003+

02C12 3 A 1 0 A H52 8 Ch CRD-POS-1273007 H302 8?E6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 L5/8 ~ 4 CRO-tlCU 3007+

02C12 3 I 0 A H5 2R r.h CRO-POS-1273011 8302 RZE6-2Rtl72 'Y X 24 8003 N 612 ~ 17 POSITION SWITCH R 528 L5/8 ~ 4 CRD-HCU 3011+

02C12 3 H528 C4 CRO POS-1273015 H?02 BZE6 ?PN72 Y 7 24 8003 N 612 ~ 17 POSITION SMITCH R 528 L5/Roh CRO" HCU-3015+

02C12 3 1 0 b H52 8 Ch CRD-POS-)273019 8302 B?E6 "Rtl72 0 POSITION Silt TCH R 528 LS/& ah Y X 24 8003 N 612 CRO-HCU 3019+

~ 17 02C12 ) 0 852 8 Ch C/

PROGRAH CIE"STD MASMINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00042 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 ARABLE STATUS ~ ~~SEISMIC IS) PARAHETERS ~ ++ +ENV o lE ) P TERS +

EPtl PFG HOOEL S E PID TH .HL TEST ANL FO C FREP AGING DBE C HOURS OESCRIP I IOtl BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTPACT LEVI'L EC USE SAIFTY FUNCTION A/E ORAMING A/E ZOtlE CRD-Pns-1273023 N302 OZE6 2RNT?. Y X 218003 N 612 F 17 POSITIOtl SMITCH R 528 LS/ah CRD-HCU-3023+

02C12 A I 0 A N528 C1 CRO-POS 1273027 N302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 5?8 LS/ltd 4 CRD-MCU 302Th 02C12 3 A I 0 A N528 Ch CRD-POS" 1273031 N302 BZE6 2RN72 Y 'X 218003 612 N ~ 17 POSITION SMITCH R 528 K ~ 2/3+7 CRD HCU 303l+

02C12 3 1 0 A N52 8 Ch CR 0 "PnS-1273035 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 K ~ 2/3+7 CRD-MCU 3035+

02C12 3 A I 0 A N528 Ch CR 0-POS-1273039 H302 'ZE6 2RN72 Y X 218003 N 612 ~ 17 POSI TIOtl SMITCH R 528 K~ 2/3 ~ 7 CRD-HCU 3039+

02 C 1?. 3 A I 0 A H52 8 Ch CRO-POS"1273043 V302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSITIOtl SMITCH R 528 K~ 2/3 ~ 7 CRO-t<CU "3043+

02C12 3 A I 0 A N5 28 Ch CRO-POS-1273047 H302 BZf 6-2Rtl72 Y X 218003 N 612 ~ 17 l'OSITI Otl SMITCH R 528 K+2/3e7 CRO-HCU 3047+

02C12 3 A 1 0 A H52 8 Ch CRO-POS 1273051 N302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSI TI Otl SMITCH R 528 K '/3e7 CRO MCU-3051+

02C12 3 A I 0 A H52 8 C1 CRD"POS 1273055 N302 BZE6 2Rtl72 Y X 248003 N 612 ol7 POS I II otl SMITCH R 528 K~ 2/3 o7 CRO-HCU-3055+

02C12 3 A 1 0 A N52 8 Ch CRO-POS-1273059 H302 BZE6 2Rtl72 218003 612 17 POS'l 02C12 Tlntl SMITCH 3 A I 0 A 852 8 R 528 K '/3 '

C4 Y X N CRO-HCU-3059+

~

CRO POS-1273403 H302 RZE6-?RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCH R 528 L ~ 5/3 ~ =

CRO"HCU 3403+

92C12 7'4 3 0 N52 8 CRO-PCS-)273407 H302 BZE6-2RN72 Y X 248003 N 612 17 5/3 '

F POSITION SMITCH R 528 LE CRO-HCU 3107+

02CI? lL I 0 4 V528 r,4 CRO POS-1273411 H30? DZE'6-?Rtl72 Y X ?48003 tl 612 ~ 17 POSI TIOtl Slit TCH R 5?P L ~ 5/3 ~ 7 CRO-HCU 3411+

02 C I? 3 A I 0 A F52 8

P R0GR AH C1E-S'I 0 MASHI NGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00013 WNP-2 CLASS IE EGUIPHENT LIST DATE 09/06/83 STATUS +++SEISNIC IS) PARANETERS++i +ENV ~ IE) PARANETERS~

VFG NOBEL S E OIO TN HL 'TEST ANL FO C FRED AGING DBE C HOURS DESCRIP I ION BLDG ELEV DETAIL'ONE ROOH ACCURACY CONPOCT.TE EPN COIITRACT LEVEL EC USE SAI ETY FUNCTICN A/E DRAWING A/E ZONE CRO-POS 1273415 83O2 BZE6 2RN72 Y X,'18003 N 612 ~ 17 POSITION SMITCH R 528 Lo5/5 ~ 7," ~: CRD-HCU 3115+

02C12 3 A I 0 A 85 28 C4 CRO-POS-1273419 tl302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 L+5/3s7 CRO-HCU-3419+

82C12 3 A I 0 A 852 8 C4 CRO-POS-1273423 N302 8ZE6 ?RN72 Y X ?18003 N 612 ~ 17 POSI TION SMITCH R 528 Lo5/3+7 CRD-HCU 3423+

02C12 3 A 1 0 A NS 28 C1 CRO-POS-1273427 8302 BZE6 2RN72 Y X 218003 N 612 17 POSITION SMITCH 02C12 3 A 1 0 A N528 R 528 LE 5/3 C4

' CRO HCU-3427+

~

CRO-POS-1273431 N302 BZE6-2RN72 Y X 218003 = N 612 ~ 17 POSITION SMITCH 02C12 I*0 R 528 K '/3o7 CRO-HCU-3431+

3 A A tl52 8 C4, CRO-POS-1273435 N302 BZE6 28N72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 K ~ 2/3+7 CRD HCU 3435+

02C12 3 A 1 0 H5 28 C1 CR O-POS-1273439 H302 BZE6 2RN72 Y X '248003 N 612 ~ 17 POSITION SMITCH R 528 K~ 2/3o7 CRO-HCU-3439+

02C12 3 A 1 0 A N52 8 C1 CRO-POS-1273443 tl302 BZE6-2RN72 Y X 248003 612 ~ 17 POSITION S'MITCH 02C12 3 A I 0 A 8528 R 528 K '/3 '

C1 N

CRO-HCU 3113+

CR 0-POS-12 7 344 7 F302 BZE6 2RN72 Y X 218003 N 612 F 17 POSITION SMITCH R 528 K~ 2/3 ~ 7 CRO tlCU 34471 02C12 A 1 0 A H52 8 C1 CRD POS-1273151 8302 RZE6-2RN72 248003 612 17 POSITION SVITCII 02C12 A 1 0 A N52 8 R 528 K '/3 '

C4 Y X N CRO-HCU-3451@

~

CRO-FOS-1?73455 r3o2 GZE6-2RN72 Y X 218003 612 17 POSITION SWITCH 02C12 3 A I O A 852 8 R 528 K '/3 '

C1 N

CRO-HCU-3455+

~

CRD-POS-1273459 tl302 OZE6-ZRN72 Y X 24 8003 N 612 ~ 17 POSI Tlotl SMITCH R 528 K~  ?/3o7 02C12 A 1 0 h H528 C4 CRD-HCU-3459'PO-HCU-3803+

CRO-.POS-1273803 I<302 BZE6 ?RN72 Y X 21 8003 tt 612 +17 POSITION SMITCH R 528 LE 5/3 '

0?CI2 3 h I 0 8528 C4

0 PROGRAH C1E-STO VASHI NG TON PUBLIC POWER SUP PL 7 8 YS TEN PAGE NO 00041

'MNP 2 CLASS.1E EOUIPHENT'LIST DATE 09/06/83 STATUS +++SEISHIC IS) PARAHETERS++ ~ +ENV ~ IE) PARANETERS+

EPN NFG HOOEL S E OIO TH HL TEST ANL FO C FRED AGING DBE C -

HOURS DESCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY CONTRACT LEVEL COHPOSITE EPN EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE 4

CRO-POS-1273807 H302 BZE6-2RN72 Y X '18003 N 612 POSITION SMITCH ~ 17 R 528 L ~ 5/3+7 .

CRD HCU-3807+

02C12 A I 0 H528 CI CRO-POS-1273811 POSITION SVITCH H302 BZE6-2RN72 R 528 LES/3L7 Y X. 218003 N 612 ~ 17 4i CRO-HCU-3811+

02C12 3 A I 0 H528 CI CRD-POS-1273815 H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 LES/3+7 CRD-HCU"38151 02C12 3 A 1 0 A N528 CI CRO-POS-)273819 F302 BZE6 2RN72 Y X 218003 612 ~ 17 POSITION SMI'TCH R 528 L ~ 5/3i7 CRO HCU-3819+

02C12 3 A 1 0 A N528 C4 CRO-POS-1273823 8302 BZE6-2RN72 Y X 248003 612 ~ 17 POSITION SMITCH R S28 LES/3o7 CRO HCU-38231 02C12 3 A I 0 A 8528 CI CRO-POS"1273827 H302 BZE6 2RN72 Y X 218003 . N 612 17 5/3 '

~

POSITION S'MITCH 528 LE CRO HCU 3827+

02C12 3 A I 0 A 8528 C4 CRO-POS l?73831 N302 8ZE6 2RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCH 528 K~ 2/3 ~ 7 CRO-HCU-3831+

02C12 3 A I 0 A N528 CI CRD-POS-1?73835 I'302 BZE6"2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH 02C12 528 K '/3+7 CRD-HCU 38351 3 A 1 0 NS 28 CI CRD-POS-1273839 H302 BZE6-2RN72 Y X 218003 6I2 POSITION SMITCH 02C12 3 A I 0 A N528 528 K '/3 '

C4 N

CRD-HCU-3839+

~ 17 0

CRD-POS-1273843 !4302 BZE6-2RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCII 528 K2/8 ~ I CP D -HC U-381 3+

02C12 3 A 1 0 HS 28 CI CRO-POS 1273847 H302 RZE6-2RN72 Y X 218003 N 612 ~ 17 0 POSITION SMITCH 5? 8 K2/A~ I CPD HCU 3847+

02C12 3 A 1 0 H52 8 CI CRO-POS-)273851 I'302 BZE6 ?RN72 Y X ?48003 N 612 F 17 POSITION SVITCH 5?0 K2/8 ~ I CRO HCU 3ASlt 02C12 A I 0 A NS? 8 FI CRO-POS-1273A55 N302 BZE6-ERN72 Y X ?48003 N 612 ~ 17 POSITION S'MITCII 02C12 528 K2/PE I CAD HCU-3855+

A I 0 AS2 8

PROGRAH C1E STD VASHI NGTON PUBLIC POMER SUPPLY SYSTEtt PAGE NO 00045 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STA'TUS . ~~+SEISHIC IS) PARAHETERSi++ OENV ~ IE) PARAHE TERS+

EPN HFG HOOEL S E QIO TH HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIPTION BLDG ELI V DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETT FUNCTION A/E BRAVING A/E ZONE CRD-POS-1273859 H302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH 02C12 A 1 0 H528 R

528 K2/Boh.-

C4 ~

CRD-HCU-3859+

CRO-POS-1274203 H302 BZE6-2RN72 Y.X 248003 - 612 N ~ 17 POSITION SMITCH R 528 L5/8 ~ 4 CRD HCU"4203+

02C12 3 A 1 0 A H528 C1 CRO-POS-1274207 l)302 8ZE6 2RN72 Y X 218003 N 612 ~ 17 POSITIOtl SVITCH R 528 LS/804 CRO HCU 1207+

02C12 3 A I 0 A HS28 Ch CRO-POS-1274211 F302 BZE6 2RN72 'Y X 248OO3 N 612 ~ 17 POSITION SMITCH R 528 LS/8 ~ 4 CRD-HCU-121 1+

02C12 3 A I 0 A Ch '528 CRO-POS 1274215 H302 BZE6-2RN72 Y X 218003 N 612 F 17 POSITION SMITCH R S28 LS/8 1 CRO HCU 4215+

02C12 3 4 I 0 A H52 8 Ch CRD-POS-1274219 H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SVlTCH R 528 LS/8 ~ 1 CRO HCU 1219+

02C12 3 A I 0 A H528 C4 CRO POS 1274223 I'302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SVITCH R 528 LS/8 ~ 1 CRO HCU 4223+

02C12 3 A 1 0 A H52 8 Ch CRO-POS 1274227 H302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SVITCII R 528 LS/8 ~ 4 CRO-HCU-4227+

02C12 3 4 1 0 H528 C4 CRO-POS-1274231 H302 RZE6-2RN72 Y X 248003 N 612 ~ 17 POSI TI 0!l SVITCH R 528 K2/Reh CRD "MCU-4231+

02C12 3 A 1 0 A H528 Ch CRO-POS-1274235 8302 BZE6 2Rtl72 Y X 248003 N 612 ~ 17 POSITIO!l SMITCH C R 528 K2/Roh CRD-HCU 4235+

02C12 3 A I 0 A H52 8 C4 CRO-FOS-1274239 H302 BZE6-2RN72 Y X 24e003 N 612 ~ 17 POS I 7 I ott SVl TCH R 528 K2/8 ~ 4 CRD-HCU 4239+

02C12 A I 0 A H52 8 Ch CRO-f'OS-1274243 t)302 BZE6-2Rtl72 Y X 24 8003 N 612 ~ 17 POSITlotl SMITCH R 528 K2/8 ~ 4 CRD-HCU-4243+

42C12 A 1 0 A H52 8 C4 CRO-POS-1274247 t)302 8286-2RN72 Y X 21 8003 N 612 ~ 17 POSI TI 0!I SMITCH R ) ') )'et)' h CPD "HCU 1247+

02C12 I 0 A u52 8 rh

PROGRAH C1E STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00016 MNP 2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS >> ~ >>SEISHIC IS) PARAMETERS ~ >> ~ ~ ENV ~ IE) P ARAHETERS>>

EPN HFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOURS OESCRIP lION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL FC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRO-POS 1274251 H302 BZE6 2RN72 Y X 218003 ~ 17 POSITION SMITCH R 528 K2/8>>1 CRO-HCU-4251+

02C12 3 A I 0 A .H528 - Ch CRO POS 1274255 H302 BZE6-2RN72 Y X'18003 N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ 4 CRD-HCU-4255+

02C12 3 A 1 0 A H528 Ch CRO-POS 1274259 '302 BZE6 2RN72 Y X 21 8003 N 612 ~ 17 POSITION SMITCH R 52R K2/8 ~ 1 CRD-HCU 4259+

02C12 3 A 1 0 A H528 Ch CRD POS 1274607 H302 BZE6-2RN72 Y X 218003 N 612 F 17 POSITION SMITCH R 528 L5/8 ~ 1 .

CRO HCU 4607+

02C12 3 A 1 0 A H52 8 Ch CRD"POS 1274611 H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 LS/8>>1 CP.D-HCU-4611>>

02C12 3 A I 0 A H528 Ch CRO-POS 1274615 H302 BZE6 2RN72 Y X 218003 N 612 ~ 1,7 POSITION SMITCH R 528 L5/801 CRD HCU 4615+

02C12 A I 0 A HS2 8 Ch CPO-POS-1274619 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 LS/8 ~ 4 CRO "HCU-4619+

02C12 A 1 0 A H528 Ch CRD-POS-1274623 H302 BZE6-2RN72 Y X 21 8003 N 612 ~ 17 POSITION SMITCH R 528 LS/8>>1 CRO HCU 4623+

G2C12 A 1 0 H528 Ch CR 0-POS-1274627 H302 BZE6-2RN72 X 24 8003 N 612 ~ 17 POSITION S'MITCH R 528 L5/8 ~ 4 CRO-HCU-4627>>

02C12 3 A I 0 A H528 C1 CRO-POS-1274631 8302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ 1 CRO HCU-4631+

02C12 3 A I 0 H52 8 C1 CRO-POS-1274635 HZ02 BZF6-2RN72 'Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 K2/Reh CRO-HCU 4635+

02C12 3 A ) 0 MS 20 C4 CRD-POS 1274639 8302 BZE6-2RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCH R 528 K2/8 ~ 4 CRO-HCU-4639>>

02C12 3 A I 0 852 a ra CRO-POS 1274643 BZE6 2RN72 Y X 24 8003 N 612 ~ 17 POSITION SMITCH R 528 K~ 2/3 ~ 7 CRO"HCU"4643+

02CIP 3 A I 0 A H52 8

PROGRAJI C1C-STO VASHINGTON PUBLIC POVCR SUPPLY SYSTEH PAGE NO 00047 MNP-2 CLASS 1E FQUIPJIENT LIST DATE 09/06/83 STATUS ~~ +SEISHIC IS) PARAHETERS+ ~ ~ +ENV ~ (E)

EPN MFG HOOCL 'S E, QID TII HL TEST ANL FO FREQ PARAMETERS'GING C DBE C HOURS OE SCRIP TI ON BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LJ.VCL EC USC SAFETY FUNCTIOtJ AIE BRAVING A/C ZONE 0-POS-1274547 CR POSITION SMITCH 02C12 3 A 1 M302 0 A BZE6-'2RN72 H528 R 528 K ok/3 rh Y X o7:.

218003 N 612 CRO-HCU 1617+

~ 17 CR 0-POS-1274651 F302 BZE6 2RN72 X 218003 N 612 ~ 17 I OSITION SMITCH R 528 K~ 2/3 ~ 7' CRO HCU 1651+

02C12 3 A 1 0 4 H528 Ch CRO POS 1274655 8302 BZC6-2RN72 Y X 248003 N 612 ~ 17 POSITIOtl SMITCH R 528 K ~ 2/3+7 CRD HCU 46551 02C12 3 A I 0 A M528 Ch CRO POS-1275011 M302 DZE6-2RN72 ,Y X 218003 N 612 ol7 POSITION SMITCH R 528 LoS/3o7 CRO-HCU-5011+

02C12 3 A I 0 A M528 Ch CRO POS 1275015 M302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITI OtJ SIJI TCH R S28 LES/3o7. CRO HCU 501St 02C12 3 A I 0 A M528 Ch CRO POS 1275019 8302 BZC6 2RN72 Y.,X. 218003 N 612 F 17 POSI TI Otl 8'MITCH R 528 LiS/3+7 CRO-HCU 5019+

02C12 3 A 1 0 A M52 8 C4 CRO"POS-1275023 H302 BZE6 2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 LES/3o7 CRD HCU 5023+

02C12 3 A I 0 A ti5 28 Ch CRO"POS I?75027 M302 BZE6 2RN72 Y, X 218003 N 612 ~ 17 POSITION SMITCH R 528 L05/307 CRO HCU 5027+

02C12 3 A 1 0 A M528 Ch cRD pns 1275031 M302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSI TI OJJ SIJI TCJI R 528 K~ 2/3 ~ 7 CRO-HCU-5031+

02C12 3 A 1 0 A H52 8 Ch CRO-POS-1275035 t'302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 K~ 2/3 o7 CRO HCU 5035+

02C12 3 1 0 M528 r.h CRO-POS-1275039 M302 BZC6-2RN72 Y X ?48003 N 612 ~ 17 POSITIOtl SMITCH P. 528 K~ 2/3 ~ 7 CRD" HCU "5039+

02C12 3 1 0 M52 8 C4 CRD-POS-1275043 M302 8ZE6-2Rtl72 218003 612 17 POSI TI ON SVITCII 02C12 ~

3 1 n M52 ti R 528 K '/3 '

r,h Y X N CRO HCU 5043+

~

CRO-POS-1275047 M?02 BZE6-?RNTP Y X 24 8003 N 612 ~ 17 P OS I T I 0tl SMI I C H R 520 YA ?/3 ' CRD HCU 5017+

02C12 I 0 SP8 Ch

PROGRAH CIE-STO MASHI NGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00048 MNP 2 CLASS 1E EGUIPHENT LIST DATE 09/06/83 EPN HFG NOOEL STATUS oo ~ SEISNIC (Sl PARANETFRSooo ~ ENV ~ (f) PARAHETERSo S E OID TH HL TEST ANL FO C FRED ~

AGING OBE C HOURS DE SCRIP I ION BLDG ELEV DETAIL ZONE, ROOH ACCURACY COHPOSITF EPN CONTRACT LEVEL EC USE SAT ETY FUNCTION A/E DRAMING A/E ?nNE CPO-POS 1275051 H302 BZF.6-2RN72 Y X ~ 218003 N 612 ~ 17 POSITION SMITCH R S28 K ~ 2/3o7 CRD HCU-5051+

02C12 3 A 1 0 o 8528 '! ~; . Ch CRO-POS-1275415 N302 BZE6 2RN72 V. X 248003 N '612 ~ 17 POSITION SMITCH R 528 L ~ 5/34) CRD-HCU 5115o

.02CI?. 3 A I 0 H5 28 CI cR 0-pns-1275419 8302 BZE6 2RN72 Y X 218003 N 612 17

~

POSITION SMITCH R 528 L ~ 5/3o7 CRD HCU 5419+

02C12 3 A I 0 H52 8 C4 CRO-POS-1275423 H302 BZE6-2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 L ~ 5/3 ~ 7 CRO HCU 54234, 02C12 3 A I 0 A H528 Ch CRD POS-1275427 H302 8?E6-2RN72 Y X 248003 N 612 ~ 17 POSITION SMITCH R 528 L ~ 5/3o7 CRD-HCU-5427o 02C12 A I 0 H528 CI CRO-POS-1275131 H302 BZE6-2RN72 x 21a003 612 POSITION SMITCH 02C12 3 A I 0 N528 R 528 K '/3CI ' Y N CRD HCU 5431+

~ 17 CRD POS-1275435 l!302 BZE6-2RN72 X 248003 N 612 ~ 17 POSITION SMITCH R 528 K '/3o7 CRD"HCU-5435o 02C12 3 A I 0 N528 CI

'/3 r' x CRO POS 1275439 H302 BZE6-2RN72 218003 N 612 ~ 17 POSITION SMITCH R 528 K CRO HCU-5139o 02C12 3 A I 0 H528 Ch CRO-POS I?75443 H302 BZE6 2RN72 Y X 218003 N 612 ~ 17 POSITION SMITCH R 528 K~ 2/3 o7 CRO HCU 5413+

02C12 A I 0 A H528 CI CRO-POS-1275447 H302 BZE6 ?RN72 248003 612 17 POSITION SMITCH 02C12 3 A 1 0 H528 R 528 K '/3 '

Ch Y X N CRO-HCU-5417o

~

CRO-POS-1275819 8302 BZE6-2RN72 'Y X 248003 ll 612 ~ 17 POSITION SMITCH R 528 LE 5/3 ' CRD-HCU-SR19o 02CI2 A I 0 H52 8 C4 CRD-POS-1275823 H302 BZF'6-2RN72 Y X ?18003 N 612 ~ 17 POSITION SMITCH R 528 L ~ 5/3 ~ 7 CRO-HCU 5823o 02C12 3 A I G <<5?. 8 CRO-POS-1275827 8302 BZE6-2RN72 Y X 248003 N 612 ~ 17 POSITION SIITTCH R 528 LE 5/3 ' CRD HCU 5827o 02CI? 3 A I 9 H52 8

PROGRAH CIE"STD MASHINGTON,PUBLIC POVEP SUPPLY SYSTEH PAGE NO 00019 VNP ?. CLASS IE EOUIPHCNT LIST DATE 09/06/83 STATUS, ~ ~ ~ SEISHIC ls) PARAHETERS+++ +ENV ~ IE) P ARAHETERS+

HFG HODEL S E OID TH 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/C BRAVING - A/E ZONE I

CRO-POS-1275831 BZE6-2RN72 248003

',, 612 17 H302 Y X N ~

POSITION SMITCH R 528 K)2/3e7 . CRD HCU 58314 02C12 3 A 1 0 A H528 Ch.

h CRO POS 1275835 H302 BZE6 2RN72 Y, X '2h8003 N 612 ~ 17 POSITION SMITCH R 528 K)2/3i7 CRO HCU 5835+

02C12 3 A 1 0 A H528 Ch CRO-POS 1275839 F302 BZE6-2RN72 Y X 21 S003 N 612 ~ 17 POSITION SMITCH R 528 K+2/3o7 CRD-HCU-5839+

02C12 3 A 0 A H528 C1 CRO-POS-1275843 8302 BZE6-2RN72 Y X 218003 N 612 ~ 17 P OS I I I 0tl SV I TC H R 528 K '/SeT CRO-HCU-584 34 02C12 3 A I 0 A H528 Ch CRO SPV-110A A199 HVA-103 632 X X 315021 1320 I ~ 5" SOL ~ CAS-F-6 OIS CH ~ R 529 Ho 6/3 iS R53 CRD IR 3+

02C12 2 P 2 0 G1 H52 8 D13 CRD-SPV-1108 A499 HVA 103 632 X X 315021 4320 1 ~ 5 SOL ~ CAS F 6 DIS CH ~ R 528 HE 8/3 ' R53 CRO-IR"3+

02C12 2 P 2 0 Gl H5 28 011 CRO-SPV-1170219 A610 HVA901052-J X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V 1266127 R 530 L5/8 CRO-HCU 0219+

02C12 2 A I 0 A H52 8 02 CRO-SPV 1170223 A610 HVA901052 J A X 315020 N 612 F 17 SCRAH SOLENOID PILOT CR0-V-126 $ 1? 7 R 530 1.5/8 ~ 4 CRO-HCU 0223+

02C]2 2 A I n A H528 D2 CRD-SPV 1170227 4610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID t'ILOT CRO V 12661?7 R 530 L5/8 ~ 1 CRD-HCU 02274 02C12 2 A I 0 A H52 8 n2 CRO-SPV-) 170231 A610 HVA904052-J A X 315020 N 612 ~ 17 scRAH snLENoln pILoT CRO V-126A1?7 R 530 ).5/P ~ 1 CRD-HCU 023)i 02C12 A 1 0 A tt52 8 O2 Cho-SPV-1170235 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLEttnl o riLOT CRD-V-)268127 R 530 K2/PE 4 CRO HCU-0235+

02C12 2 A 0 A 852 8 D2 CRD-SPV-1170>39 )610 HVA904052-J A X 315020 'H 612 ~ 17 SCRAH SOLENOID PILOT CRP-V-12641?7 R 530 K2/8 ~ 4 CRO HCU-0239+

02C12 2 A I n A tt528 D2 CRD-SPV-1170243 hf-10 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CR O-V -12611? 7 R 530 K2/4 ~ 4 CRO-ttCU 024 3+

02C12 2 b 0 H52 8 02

PROGRAH C1E STO QASHINGTON PUBLIC POUER SUPPLY SYSTEH PAGE NO 00050 MNP 2 CLASS IE EDUIPHENT LIST DATE 09/06/83 STATUS ~ ~ +SEISHIC (S) PARAHETERSA ~ ~ (E) PARAHETERS+

EPN DESCRIP HFG ION HODEL ' S E 010 TH HL TEST ANL FO C FREO

~ENV ~

AGING DBE C HOURS y

T BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSI 7 E EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORANING A/E ZONE..

T 4 CRO-SPV-1170615 A610 HVA904052-J A X - 315020 N 612 ~ 17 SCPAH SOLENOID PILOT CRD V 126427 530 Ls/804 0615+

02C12 2 A I 0 A R

" H528 ..";c -..02 CRO HCU CRO-SPV-1170619 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID 02C12 2 PILOT CRD-V-1266127 A I 0 A H528 R 530 L5/8 '

02=

CRO-HCU "0 61 9+

~

0 CRO"SPV-1170623 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V 1266127 R 530 Ls/Bo4 CRO HCU-0623+

02C12 2 A I 0 A H52 8 02 CRO-SPV-1170627 4610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID 02C12 2 PILOT A

CRO V-1266127 0 A H528 R 530 L5/8 D2

' CRO HCU 0627+

CRD SPV-1170631 A610 HVA904052-J ~ 'A X 315020 N 612 17 SCRAH SOLENOID PILOT 02C12 2 CRO-V-1268127 I 0 H528 R 530 L5/8 ' CPD "HCU-0631+

~

A A 02 CRO-SPV-1170635 A610 HVA904052 J A X 315020 . N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V"1266127 R 530 K2/8 ~ 4 CRO-HCU-06351 02C12 2 A 1 0 A H528 D2 CRO-SPV 1170639 A610 MVA904052- J A X 315020 N 612 ~ 17 SCRAH SOLENOID 02C12 2 PILOT A

CRO I

V 0

1268127 8528-R 530 K2/8 ' CRO HCU 0639+

D2 CRD SPV-1170643 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V 1266127 R 530 K2/844 CRD HCU 02C12 2 A 1 0 A H528 O2 0643'RD CRD-SPV-1170647 4610 HVA904052 J A X ~ 315020 N 612 ~ 17 SCRAH SOLEND'IO PILOT CRD-V"1266127 R 530 K2/8 ~ 4 HCU 064 7+

02C12 2 1 0 A D2 CRD-SPV-1171011 A610 HVA904052 J A 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V 1266127 R 530 L5/RE 4 CRD HCU-IOIIi

'92C12 2 A 1 0 H52 8 02 CPO SPV 1171015 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLEtl010 PILOT CRO-V-I26AIf7 R 530 Ls/&+4 CRO-HCU-1015+

02C12 2 A 1 0 4 H528 02 CRD-SPV 1171019 A610 HVA904052 J X 315020 N 612 ~ 17 SCRAH SOLENOI D PILOT CRD V-1264127 R 53n LS/8.4 CnO-HCU-1019+

02C12 2 n h 852 8 e2 CRO-SPV-1171023 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V 126 AIPT R 530 Ls/804 CPD-HCU-1023+

02C1' I 0 A HS28

O PROGRAM C1E-STD VASHI NGTON PUBLIC POMER SUPPLY SYSTEEE PAGE NO 00051 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS A~4SEISHIC (S) PARAHETFRS ~ ++ KENYA EE) PARAHETERS ~

EPN EiF G HODEL S E QIO TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESC RIP 7 ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRD-SPV-1171027 A610 HVA904052 J A X 315020 N 612 17 SCRAH SOLENOID P ]LOT CR D"V -] 266] 27 ~

02C12 2 A 1 0, A H528' 530 L5/8 ~ 4.'

D2 CRO-HCU-1027+

CRD-SPY-] 171031 A610 HVA901052 J X 315020 N 612 ~ 17 SCRAH SOLENOID 02C12 PILOT CRO I

V-]266]27 530 LS/8 ' CRO HCU ]03]4 2 0 H528 D2 CRO-SPV-1171035 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENO]O PILOT CRO V-]266]27 R 530 K2/8 ~ 4 CRO-HCU-1035+

02C12 2 A I 0 A H528 D2 CRD SPV-1] 71039 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V ]268]27 R 530 K2/8 ~ 1 CRO HCU 1039+

02C12 2 A I 0 A H528 02 CRD SPV l]71043 A610 HVA904052 J- X =315020 N 612 AD ]7 SCRAH SOLENOID PILOT CRO-V "]267.]27 R 530 K2/8 ~ 4 C RO EECU - I 01 3+

02C]2 A 1 0 A H52 8 D2 CRD-SPV-1171047 A610 HVA904052 J X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V ]266]27 R 530 K2/8 ~ 4 CRD HCU 1047+

02C12 2 A 1 0 A H528 D2 CRO-SPV-1171051 A610 HVA904052 J X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V 1266127i 530 K2/8 ~ 4 CRO HCU 10514 02C]2 2 I n H52 8 D2 CRD-SPV<<I]71107 Af]0 HVA904052 J A X 315020 N 612 17 SCRAH SOLENOID PILOT CRD 02C12 2 A 1 V-12661?7 0 A H5 28 530 LS/8 D2

' CRD HCU ]407i

~

CRD-SPV-l]71411 A610 HVA904052-J A X 315020 N 612 F 17 SCRAH SOLENOID PILOT CRO V-]266]27 530 LS/8 ~ 4 CRD-HCU-1411+

02C12 2 A 1 0 A H52 8 n2 C: CRO SPV-1171415 A6] 0 HVA901052- J A X 315020 N 612 ~ 17 SCRAEE SOLEEEOIO PILOT CRD-V ]266]?7 530 L5/8 ~ 4 CRO-HCU 1115+

02C12 2 A 1 0 A H52 8 n?

Co CRO-SPV-] 171419 AP]0 HVA904052 J X 3150?0 N 612 i]7 SCRAH SOLE:NOIO P]LOT CRO V-]266]27 530 LS/P CRD-HCU-1119+

0?CI? 2 A I 0 A H528 Ii2 CRD-SPY-] ]7]423 A610 HVA90405?-J A X 315020 N 612 ~ I 'I SCRAH SOLENOID P]LOT CRO V-]26A]27 530 L5/8 ~ 4 CRD" EECU 1423+

02C]2 2 A 1 0 A 852 8 n2 CRO-SPV-1 171427 A610 HVA904052-J A X 3] 5020 CE 6]2 ~ 17 SCRAH SOLENOID >]LOT CRO-V ]?66]"7 530 LS/8 ~ 4 CRD-EECU-] 4?7+

92C12 ] 0 h H528 D2 C)

Qr

. PROGRAH Cll', STD EEASHINGTON PUBLIC POEEER SUPPLY SYSTEN PAGE NO 00052 MNP-2 CLASS 1E FOUIPHENT LIST DATE 09/06/83 STATUS +++SEISNIC CS) PARAEEETERS ~~ e +ENV ~ EE ) P ARAEEETERS +

CPN HFG HODEL S C EEID HL TEST AHL FO FREQ TEE C AGING OBE HOURS CONTRACT LEVEL DESCRIPTION BLDG ELEV DETAIL 'ONE ROON ACCURACY C

COHPOSITE EPN EC USE SAFETY FUNCTION A/E ORAMING A/E ZONK CRD SPV 1171431 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAN SOLENOID PILOT CRO-V-1266127 R 530 LS/Beh CRO-HCU" 1431+

02C12 2 A I 0 A ~ H52 8 .02 CRO-SPV-1171435 A610 HVA904052 J A 315020 N 612 ~ 17 SCRAN SOLENOID PILOT CR0-V 126 $ 127 R 530 K2/8 ~ 4 CRO-HCU 1435+

02C12 2 A 1 0 A N528 02 CRD-SPV-1171439 A610 HVA904052 J A X 315020 N 612 F 17 SCRAN SOLEEEOIO PILOT CRD V-1266127 R 530 K2/8 ~ 4 CRD HCU 1439+

02C12 2 A 1 0 A N52 8 D2 CRO-SPV 1171443 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRDH SOLENOID PILOT CRD-V-1266127 R 530 K2/8 ~ 4 CRD HCU 1443+

02CI2 2 A 0 NS 28 02 CRO-SPV 1171447 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAN SOLENOID PILOT CRO-V" 1266127 R 530 K2/Bah CRD HCU 1447+

02C12 2 A 1 n a N52 8 02 C R0-S P V-11 71451 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAN SOLENOID 02C12 2 PILOT CRD V 1266127 R 530 K2/8 ' CRD HCU 1451+

A 1 0 A H528 02 CRD-SPV 1171455 6610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID 02C12 2 PILOT CRO V 1266127 H528 R S30 K2/8 ' CRO HCU 1455+

A 1 0 A 02 CRD-SPV-1171803 A610 HVA904052- J A X 315020 N 612 ~ 17 SCRAN SOLENOID P 02C12 ILOT CRD-V 1266127 R 530 L5/8 ' CRO-HCU-1803+

2 A 1 0 A H528 02 CRD "SPV-1171807 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID E'IL0T CR 0- V -126 6127 R 530 LS/6 ~ 4 CRO-HCU-1807+

02C12 2 A 1 0 A N52 8 n2 CRO SPV-1171811 A610 HVA 904052- J A X 315020 N 612 ~ 17 SCRAN SnLENOID PILO I CR D- V -126612 7 R 530 L5/PE 4 CRD EICU-I BI I+

02C12 2 A 0 A HS RP. 02 CRD-SPV 1171815 A610 HVA904052-J A X 315020 N 612 ~ 17 0 SCRAN SOLENOID P'E LOT CRD-V-1266127 R 530 L5/RE 4 CRO HCU-1815+

02C12 2 A I 0 A N52 8 C2 CRO-SPV-1171819 A610 HVA904052-J A X 315020 N 612 +17 SCRAH SOLENOID PILOT CRD V 1&66127 530 LS/RE 02C12 2 A I 0 A EE528 R

re 4 CRO HCU-1819+

0 CRO-S~V-1171P23 AGE 0 HVA904052-al A X 31 5020 N 612 SCRAH SOLCNOED PILOT CRO-V-1266127 R 530 LS/0 ~ 4 CRO HCU 18? 3+

02C12 2 1 0 M528 O

PROGRAH C1E STO ltASHINGTON PUBLIC POQER SUPPLY SYSTEH PAGE NO 00053 MNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 EPP HFG STATUS w+ ~ SEISHIC tS) PARAHETERS+ ~ i 4ENV ~ IE) P ARAHETEPS+

HOOEL S E DID TH HL TEST ANL.FO C FREQ AGING OBE C HOURS OESCRI P T I ON BLOB ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CAO SPV 1171827 A610 HVA904052-J A X 31S020 N 612 ~ 17 SCRAH SOLENnIO PILOT CRD-V-1266127 R ~

530 LS/Beh- CRD-HCU 1827+

02C12 2 A 1 0 A H528 "D2 CRD SPV 1171831 A610 HVA904052 J V X 315020 N 612 17 SCRAH SOLEtln10 PILOT CRO V 1266127 02C12 I R 530 L5/8 ' CRD HCU-1831+

~

2 A 0 A H528 02 CRO-SPV 1171835 4610 tlVA904052 J A 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-126SI27 R 530 K2/8 ~ I CRO HCU 183S4 02C12 2 A I 0 >>52 8 02 CRO SPV 1171839 A610 HVA904052"J A 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V"1266127 R 530 K2/8 ~ I CRO HCU 1839+

02C12 2 A 1 0 A >>528 02 CRO-SPV-I I 71843 A610 HVA904052- J A 315020 612 N ~ 17 SCRAH SOLENOID PILOT CRD V 1266127 530 K2/Bah R CRO HCU 18434 02C12 2 A I 0 A >>528 D2 CRD SPV 1171847 A610 HVA904052 J A 315020 612 N F 17 SCRAH SOLENOID PILOT CRO V-1266127 R 530 K2/8 ~ I CRO-HCU 1847+

02C12 2 A 1 0 A >>528 P2 CAD SPV-1171851 A610 HVA904052-J 315020 612 A N ~ 17 SCRAH SOLENOID PILOT CRO"V-126CI27 R 530 K2/Bol CRO HCU 18514 02C12 2 A 1 0 A >>528 02 CRD-SPV-1171855 A&10 HVA904052-J A 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V 1266127 R 530 K2/8 ~ I CRO-HCU-1855+

02C12 2 A I 0 A H528 D2 CAD SPV 1171859 A610 HVA904052-J A 315020 612 N 17 SCRAH SOLEtlQID 02CIP 2 I'LOT A

CAD-V 12661ST I 0 A >>5 28 R 530 K2/8 D2

' CRO HCU 1859+

~

CRO-SPV-1172203 A610 HVA904052-J A 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-12661 7 R 530 LS/404 CAD-ttCU-22031 82CI2 2 I 0 A >>52 8 D2 CRO-SPV-1172207 A610 HVA904052 J A X 315020 N 612 ~ 17 SCAAH SOLENOID PILOT CAD-V-126612 7 R 530 LS/8 ~ I CRD-HCU 2207+

02CIW 2 A 1 0 A H528 CRO-SPV-1172211 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-I26C127 A 530 L5/8 ~ I CP.D->>CU-22114 02C12 2 A 1 n t >>52 8 02 CAD-SPV 1172215 A610 HV>904052- t A X 3]5020 N 612 ~ 17 SCRA>> SnLE>>nIO PILOT CAD-V I26%127 R 530 L5/PE 4 CAO" HCU 2215+

02C12 A I 0 A >>528 P.2

PROGRAM C1E STO VASHINGTON PUBLIC PDVER SUPPLY STSTEtl PAGE NO 00054 VNP 2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS i++SEISMIC IS) PARANETERS ~ ~4 +ENV ~

EPN NFG NODEL -.. S E OID'IH HL TEST ANL FO C FRED AGING OBE CE) PARAMETERS~

C HOURS

~

DESCRIPTION BLOB ELEV DETAIL ZONE RODH ACCURACY COMPOSITE EPN COtlTRACT LEVEL EC USE SAFETY FUNCTICN A/E BRAVING A/E 20tlE 0

CRD-SPV-1172219 4610 HVA904052-J A' 315020 ". N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V-1266127 R,'530 LS/804 ' ~ CRD-HCU-22191 02C12 2 A 1 0 A HS 28 02;,,i:

CRO-SPV-1172223 SCRAH SOLENOID 02CIP 2 PILOT A

CRD

=

1 A610 V-1266127 0 A HVA901052 J

- M528-R 530 LS/8 ~

-- 02 I-'X .'15020

=-

N 612 CRO HCU 2223+

~ 17 CRO-SPV 1172227 =

A610 HVA901052 J A X 315020 N 612 ~ 17 SCRAti SOLENOID PILOT.CRO V 1266127 R 530 LS/804 CRO-HCU 22271

.02C12 2 A 1 0 A li528 02 CRO SPV 1172231,CRD-V-1266127 HVA901052 J SCRAH SOLEtlOID PILOT A610 R ~

A X 530 LS/8 ~ I 315020 N 612 CRO-HCU-2231+

~ 17 02C12 2 A 1 0 A N52 8 D2 CRO-SPV-1172235 A610 HVA901052- J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V-1268127 R 530 K2/8 ~ I"' CRD-HCU-2235+

02C12 2 A 1 0 A M528 D2 CRO SPV-1172239 A610 HVA904052-J A X 315020 .' 612 ~ 17 SCRAH SOLENOID 02C12 PILOT CRD V 1264127 R 530 K2/8 ~ I CRD-HCU 2239+

2 A 0 A H$ 28 .02 CRO-SPV 11T2243 A&I0 HVA901052- J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRO V 1266127 R 530 K2/8 ~ 1 CRO-HCU-2243+

02C12 2 A 1 0 A M5 28 D2 CRO-SPY-1172247 AFIO HVA904052"J A X 315020 N 612 ~ 17 SCRAN SOLENOID PILOT CRD-V 1266127 R 530 K2/Bah CRO HCU 2247+

02C12 2 A I 0 A F528 02 CRD-SPV-1172251 A610 HVA901052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD-V-I266127 R 530 K2/8 ' CRD l(CU 22514 02C12 2 A I 0 A M528 02 CRO SPV 1172255 A610 HVA904052 J A X 315020 N 612 F 17 SCRAM SOLFNOIO PILOT CRO-V-1266127 R 530 K2/8 ~ 4 CRO-HCU 2255+

02C12 2 A 1 0 A M528 02 CRD-SPV 1172259 A610 - HVA904052-J A X 315020 N 612 ~ 17 SCRAN SOL ENOI D PILOT CRO V 126A127 R 530 K2/F ~ 4 CRO-HCU 2259+

02C12 A I 0 M528 D2 CRO-SPV 1172603 A610 HVA901052-J A X 315020 N 612 ~ 17 SCRAM SOLEtlOIO PILOT CRO-V 1266127 R 530 LS/8 ~ 1 CRO-HCU-2603+

02C12 A ) 0 A H52 8 D2 CRO SPV-1172607 A610 HVA904052-il A X 31 5020 tl 612 ~ 17 SCRAH SOLF;NOID PILOT CRO-V-I266127 R 530 L5/8 ~ 4 CRO-HCU 2607+

02Cl 2 A ] h A 0

PROGRAH CIE-STD WASHINGTON PUBLIC POMER SUPPLY SYSTEtl PAGE No 00055 VNP-2 CLASS IE EQUIPHENT LIST DATE 09/06/83 F.'PN STATUS ~ ~ isEISHIC Is) PARAHE'IERS ~ ~ ~ +ENV ~ IE)

MFG MODEL 010 Ttl PARAMETERS'GING S E HL TEST ANL Fo C FREO DBE C HOURS DESCP IP lION OLOG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL Ec USE safETY FUNCTION A/E DRAVING A/E ZONE CRD"SPV-1172611 A610 HVA904 052 J A X. 315020 N 612 17

'2

~

SCRAII SOLENOID PILOT CRO-V-1266127 R,530 LS/Bah CRO HCU-2611+

02C12 2 a I 0 A H528 - "

CRD SPY" 1172615 anln HVA904052-J A X 315020 N 612 ~ 17 scRaH SOLENDIO PILOT CRD-V-1266127 R 530 L5/8&h CRD-HCU-2615+

02C12 2 A I 0 a H52 8 02 CRD-SPV-1172fiI9 'aGIO HVA9040S2-J A X 315020 N 612 17 L5/8 '

~

SCRatl SOLEIIOID PILOT CRO V"1266127 R 530 Cno-HCU 2619+

02C12 2 A 1 0 A 8528 D2 CRO-SPV-1172623 A610 HVA904052"J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-)266127 R 530 LS/Boh CRD-HCU 2623+

02C12 2 A I 0 a M528 D2 CRO SPV-1172627 A610 HVA904052-J A X 315020 N 612 F17 SCRAM SOLENOID PILOT CRO-V 1266127 R 530 LS/Bo4 ~

CRO HCU 2627+

02C12 2 a 1 0 A F528 02 CRO-SPV-1172631 a610 HVA90h052 J A X 315020 N 612 17 SCRAM SOLEtlolo PILOT CRO-V-1266127 02C12 2 n H528 R 530 LS/8 02

' CRD HCU-2631+

~

ORO-SPV 1172635 I'610 HVA904052-J a X 315020 N 612 ~ 17 scRaH soLENolo rrt.oi CRO-v-l266127 R 530 K2/8 ~ 4 CRD-HCU-2635+

02C12 2 A 1 0 A M52 8 02 CRO"SPY-)172639 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID I'ILOT CRD-V-126612> R 530 K2/8oh CRD-HCU-2639+

02C12 2 A 1 0 H52 8 02 CRD-SPV-1172643 a610 HVA904052-J A X 315020. N 612 ~ 17 SCRAM SOLENOIO PILOT CRO-V-1266127 R 530 K2/8oh CRD"HCU 2643+

02C12 a I n a H52 8 02 CI?0-SPV-1172647 af )0 HVA904052-J A X 315020

• N 612 ~ 17 SCRAM SOLCIIOIO PILOT CRn-V-)266127 R 530 K2/PE 4 CRD-HCU-2647+

02C12 2 A I n a M52 8 02 CRO-SPV-1172f.51 ailn HVA904052-it A X 315020 tl 612 ~ 17.

SCRAI'OLEtlnl 0 PILOT CI? 0- Y-126612 7 R 530 K2/8 ~ 4 CRO-tlCU-2651+

02C12 2 I n a I;52fl P2 CPD-SPV-1172655 )610 Hva<04052-J A X 315020 N 612 17 scRAH 02C12 snLEItnlo PILOT CRD-V-126f )27 2 a n a tl52 8 R 530 K2/8 02

' CRO-HCU-2655+

~

CPD-SPV" 1172659 a610 HVA904052-J A X 315020 t~ 612 ~ 17 SCRAM SOLENOID PILO> CRO-V 1266), 7 R 530 K2/p ~ 4 Cno-HCU 2659+

02C12 a 1 n ll5 28 f.'2

PROGRAH C1E-STO VASHI NGTON PUBLIC PO]lER SUPPLY SYSTEH PAGE NO 00056 llNP-2 CLASS 1E EGUIPNENT LIST DATE 09/06/83 STATUS +++SEISNIC (S) PARANETERS<<< <ENV ~ ]E] PARAHETERS ~

EPN tlF G NOBEL S E 010 TN HL TEST AtlL FO C FRED AGING OBE C HOURS

'T DES GRIP ION BLDG ELEV DETAIL ZOtlE ROOH ACCURACY CONPOSITE EPN CONTRACT LEVEL Ec USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-SPV-1173003 h610 HVA904052 J A X 315020 tl 612 ~ 17 SCR4N SOLENOID PILOT CRD-V-]266]27 R 530 LS/8<4 CRD-HCU 3003+

nac]? 2 A I 0 h H52 8 02 CRO-SPV-1173007 h610 HVA9040S2-J A X 315020 N 612 ~ 17 SCRAH SnLFNn]0 PILOT CRO-V-]264]27 R 530 LS/F 4 CRD-HCU-3007+

02C12 2 A I 0 A H528 02 CRO-SPV" 11730] I A610 HVA904052-J A X 315020 N 612 ]7 SCRAtl SGLEtlOI0 PILOT CRO-V-]266]?7 02cl?

R 530 LS/8 ' CRD-HCU-30]]+

AD 2 A I 0 A H52 8 02 CR 0-Sf'V-] 1 73 01 S A610 HVA904052 J A X 315020 612 N ~ 17 SCRAN SOLENO]0 PILOT CRO V-]266]< 7 R 53n Ls/F 4 CRD HCU 30]5t 02C12 2 A I 0 A H5 28 02 CRD-SPV-11730] 9 AE]0 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID F'LOT CR 0- V -]? 6A]27 R 530 LS/8 ~ 4 CRO-HCU-30]9+

02cla 2 A I 0 A 852 8 n?

CRD-SPV-] 173023 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V-]268]?7 R 530 ].5/8 ~ 4 CRD-HCU 3023+

02cla 2 A ] 0 A 8528 na CRD-SCV-1173027 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLF:tlO]0 02C12 pIL0T cRD-v ]266]?7

] 0 R 530 LS/8 ' CRD-HCU 3027+

2 A 85? 8 02 CRO-SPV-]]7303] h610 HVA904052-J A X 315020 612 17 SCRht] SOLENOID PILOT 02C12 2 .A CRD-V-]268]27 I 0 A 8528 R 530 K '/3pa ' N CPO-HCU 303]+

~

CRD-SPV ] 173035 AF10 HVA904G52-J X 315020 N 612 ~ 17 SCRAH SOLENOID plL0T cRD-v ]268]27 R 530 K ~ 2/3<7 CRD-HCU-3035+

02C]? 2 A I 8 A H52 8 02 CRD Sf'V-1173G39 h6]0 HVA904052-J A X 315020 N 612 ~ 17 SCPA> SGLEt]0]D PILOT CRO-V ]268]?7 R 530 K ~ ?/3 ~ 7 CRO-HCU-3039+

02C]2 2 l 0 h 8528 02 CRO-Sl'V-I I 7304 3 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAP SOLENOID I'ILn CRD-V-]2681?7 R 530 K 2/3 ~ 7 CPO HCU-3043+

Gael? 2 h I 0 '452 8 na CRD-SFV-]173047 AE 10 HVA904052-J A v, 315020 N 612 ~ ]7 SCRht4 SGLENO]0 PILOT CRO-V-]26W<7 R 53C K~ ?I3 ~ 7 CRO-tlCU 3047+

02C]2 2 h 8 h 85 20 ca CRD-SPV l]7305] 46]0 HVA904052-J A X 315020 tl 612 ~ 17 SCRA~LENAID PILOT CRn-V-]26t.]?7 R 53C K~ 7 CRO HCU-30514 02C]~ 2 h 1 C 4 N52 8

PROGRAH C1E-STO IJASHI NGTON PUBLIC POQER SUPPLY SYSTEM PAGE NO 00057 ItNP-2 CLASS IE EGUIPMENT LIST DATE 09/06/83 STATUS 0 ~ 0SEISHIC (Sl PARAHETERS000 ~ ENV ~ I E l P ARAIIETERS ~

EPN tIF G MODEL S E flin TH HL TEST AtfL FO C f REO AGINI? ODE C HOURS OESCRIP T I ON BLDG ELEV DETAIL ZONE ROOII ACCURACY COMPOSITE EPN COIITRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRD SPV-1173055 /610 HVA'904052-J A X 315020 612 N ~ 17 SCRAM SOLFNOIO PILOT CRO-V-126dl27 R 530 K '/307 CRO HCU 3055+

02C12 A I 0 A H52 8 D2 CRO-SPV 1173059 A610 HVA904052-J A X 315020 H 612 ~ 17 SCRAH SOLENOID P ILO'f CRO-V 126d127 R 530 L ~ 5/3 07 CPO HCU-30S9+

02C12 2 A I 0 H52 8 D2 CRO-SPV 1173403 A610 HVA904052-J A X 315020 N 612 ~ 17

.SCRAM SOLENOID PILOT CRD-V 126d127 R 530 LES/307 CRD-HCU 3103+

02C12 2 A I 0 A D2 CRD-SPV-1173497 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLEttOID PILOT CRD-V 126d127 R 530 L ~ 5/307 CPO-HCU 3407+

02C12 2 A I 0 A H52 8 02 CRO-SPV-1173411 AGIO HVA904052 J A 'X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-126dl?7 R 530 L ~ 5/307 CRO<<HCU-3411+

02C12 2 A 1 0 A H528 n2 C"0-Sf'V-1173415 4610 HVA9040S2-J A X 315020 N 612 17 SCRAM SOLENOID 02CI 2 2 PILOT CRII-V-126d1?7 A 1 0 A M528 R 530 LE 5/3 02

' CRO-HCU" 3415+

~

CRD SPV ll73419 A610 ttVA904052 at A X 315020 N 612 ~ 17 SCRAH SOLI:NOI D PILOT CRO" V-126d1?7 R 530 LE 5/307 CRO-HCU-3419+

02C12 2 A I 0 A M52 8 02 CPO-SPV-1173423, AF10 HVA904052 "J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V-126K l?7 R 530 L ~ 5/3 ~ 7 CRO HCU-3123+

02C1?  ? A. 1 0 A r528 O2 J CRD-SPV 1173427 4610 HVA904052-J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD-V-126dl?7 R 530 .L ~ 5/3 ~ 7 CRO HCU-3427+

02C12 2 A 1 0 r528 D2 CRD SPV 1173431 A610 HVA904052 J 315020 612 17 SCRAM SOLENOID 0 2C12 2 PILOT CRD-V-12681?7 A I 0 A H52 8 R 530 K '/3nz 'A X N CPO HCU 34310

~

CRO-SPV-1173435 AAIO HVA904052-at A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CPD-V-126al?7 R 530 K~ 2/3 ~ 7 CRO HCU 3135+

02C12  ?. A I " 4 8528 02 CRO-SPV-1173439 A610 HVA904052-J 315020 612 17 SCRAM Sf?LEtfOIO 02CI? 2 PILOT CRO-V-126d1 7 A 'I 0 A 05'ZR R 530 K '/30? 'A X N CRO-IICU-34390

~

CRO-SPV-11734'I3 A610 HVA904052-J A X 315020 t! 612 17 SCRAM SOLEttnfo <II.OT CRn-V-l?sdt:7 02CI?  ? A 1 0 A R R 530 K '/3I'2 ' CP 0- HCU -314 3+

~

PROGRAH C1E "STD MASHI NGTOlt PUBI.IC POMER SUPPLY SYSTEH PAGE NO 00058 MNP 2 CLASS lE EQUIP)lENT LIST DATE 09/06/83 STATUS aa+SEISHIC IS) PARAHETERSssr +ENV ~ (E) PARAHETERS ~

EPN HFG ~ NOBEL S E QIO TH HL TEST ANL FO C FREJ) AGING DBE C HOURS OESCRIP TION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT L VEL EC USE SAf ETY FUNCT ICtt A/E ORAMING A/E ZONE 6

CRO-SPV-1173447 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLEtJOID PILOT CRD-V-1268)27 R 530 K ~ 2/3o7 CRO-HCU 3447+

02C12 2 A I 0 A H528 D2 CRO-SPV-1173451 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SALENGID PILOT CRD-V-)266177 R 530 K ~ 2/3+7'2 CRD-HCU-3451+

02C17 2 A 1 0 A H52 8 CRO-S>V-I)73455 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V 126A127 R 530 K ~ 2/3o7 CRD HCU 34551 02C12 2 A I A h H528 D2 CRO-SPV-1173459 AA10 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID 02C12 PILOT CRO-V-)268177 h

R 530 K '/3+7 CRD-HCU-3459+

2 1 0 A H528 O2 CRO-SPV 1173803 AF10 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PTI.OT CRO-V-)2661 .7 R 530 L ~ 5/3i7 CRO-tlCU 3803+

02C17 2 A I 0 A H528 02 CRO-SPV-1173807 AFIO HVA904052 J A X 315020 N 612 F 17 S CR <tl SAL Et J0 I 0 PILOT CRO-V-1268127 530 L ~ 5/3 ~ 7

'610 R CRD HCU 3807+

02C17. 2 A I 0 A H528 D2 CRD-SPV-1173811 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID f'ILAT CRD-V )266127 R 530 L ~ 5/3 ~ 7 CRO HCU-38) I+

')2C12 2 A 1 0 A H5 28 D2 CRO-SPV-1173815 A610 HVA904052"J A X 315020 N 612 ~ 17 SCR4tt SOLENOID PILOT CRO V 1266127 R 530 L ~ 5/3+7 CRO "HCU 3815+

02CI2 2 A I 0 h 852 8 02 CRO-SPV-I)73819 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V 12661 7 R 530 L ~ 5/3 ~ 7 CRO-HCtt-38194 02C12 2 A 1 0 A 852 8 D2 CRO-SPV-)173823 Af 10 HVA904052-J A X 315020 N 612 17 SCRAH SOLEtJOI 0 02C12 2 PILOT CRA-V-126AI "7 A I 0 H528 R 530 LED/3 ' CRO-HCU 3823+

~

D2 CRO-Sf'V-1173877 AF,10 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SALEttnlA PILOT CPA-V-126Al?7 R 530 LE 5/3 ' CRO-HCU-3827+

02CI2 7 A I 0 A 852 8 O2 CRD-SPV-1173831 n610 HvA904052-J A X 315020 N 612 ~ 17 SCPAH SALENAIO PILOT CRD V-)266)77 R 530 K~ 7/3 ~ 7 CRD HCU-3831+

02C12 n A A5 2P. A2 CRD-SPV"1173&35 tlVAA04052-J SCPA~.ENAI 0 PILOT CP AF10 A-V-)768177 R 530 K A

7 X 3) 5020 tt 612 CEO-HCU-38354

~ 17 0 07CI~ 2 A 0 A H52 9

PROGRAH Clf-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00059 VNP 2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS +i+SEIStIIC (S) PARAMETERS'+ ~ +EttV ~ (E) PARAMETERS+

EPN MFG HODEL S E DID TM HL TEST ANL FO C FRED AGING DBE C HOUR S DESCR IP 7 ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAVING A/E ZONE CRO-SPV-) 173II39 AFIO HVA904052-J A X .315020 612 N ~ 17 SCRAM SOLEtIOI 0 PILOT CRD V 126AI?7 R 530 K 2/3 ~ 7 CRO-HCU-3839+

02C12 2 A 1 n a H52 8 02 CRO-SPV-1173843 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAM SOLEtIOIO PILOT CRO V-1266127 R 530 K ~ 2/3e7 CRO-HCU-3843+

02C12 2 A 0 A H52 8 02 CRO-SPV-1173847 A610 HVA904052-J A X 315020 N 612 F 17 SCRAH SOLENOID PILOT CRD-V 1261127 R 530 K ~ 2/3+7 CRO HCU 3847+

02C12 2 A 1 0 A H528 02 CRD SPV 1173851 A610 HVA904052 A X 315020 N 612 17'

~

SCRAM SOLENOID PILOT CRO-V 12661? 7 530 K02/3 ~ 7 R CRD -HCU -385 1+

02C12 2 A 1 0 MS? 8 D2 CRO-SPV 1173855 A610 HVA904052 J 315020 612 17 SCRAM SOLENOID P 02C12 2 IL OT CRO V 1 0 126$ 127 A M52 8 R 530 K '/302 '

A X N CRO-HCU-3855+

CRO-SPV-1173859 A610 HV4904052-J A X 315020 N 612 ~ 17 SCRAM SOLENOID PiLOT CR0-V )26A127 R 530 Koc/3+7 CRD HCU-3859+

0?C12 2 A 1 0 A H528 02 CRD-SPV-1174203 A610 HVA904052-J A X 315020 N 612 +17 SCRAH SOLFNOIO PILOT CRD-V-12661?7 R 530 L ~ 5/3+7 CRD-HCU 4203+

II2CIZ 2 A I 0 n M52 8 02 CRO SPV 1174207 A610 HVA904052 J A X 3150?0 N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V-12661?7 R 530 L ~ 5/3 ~ 7 CRD HCU 4207+

02C1? 2 A 1 0 A H528 02 CRO-SPV-1174211 A610 HVD904052-J A X 31S020 N 612 ~ 17 SCRAH SOLENOID 02C12 2 PILOT CRD V I

126t l?7 tI52 8 R 530 LES/3 ' CRO-HCU-1211+

A 0 A 02 CRO-SPV-1174215 0610 HVA904052-.I A X 315020 N 612 F 17 SCRAII SOLENOID PILOT. CRO"V-126AI?7 R 530 LES/3o7 CRD HCU-4215+

02C12 2 A n Il528 hz CPD SPV-1174219 h610 HVA904052-J X 315020 N 612 ~ 17 SCP.AH Sni Ettni0 P ILOT CRO-V-I?66117 R 530 L ~ 5/3 ~ 7 CRO HCU-4219+

02C12  ? A 1 0 F52 8 PR CRO-SPV-1174223 A610 HVA9040S2-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V 126AI?7 R 530 L ~ 5/3 ~ 7 CIAO HCU-4223+

02C12 2 A I n a M528 02 CRO-SFV-1174227 A410 HVA904052-J A 7 31 s020 tt 612 ~ 17 SCRAM SOLCtIOI0 PIL01 CRO V-126Al ~ 7 R 53I' ~ 5/3 ~ 7 CR D HCU-1227+

02CI?  ? A I h h I'528 C?

PROGRAH C1E-STO WASHINGTON PUBLIC POIIER SUPPLY SYSTEH PAGE NO 00060 MNP-2 -CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS ~~ +SEISHIC TS) PARAHETERS+i+ +ENV ~ (E) P ARAHE TERS ~

EPN HFG HODEL S E OlD TH HL TEST ANL FO C FREQ AGING OBE C HOURS nESCRIp 7lnN BLDG ELEV DETAIL . ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT = LEVEL EC USE SAIETY FUNCTION A/E ORAMING A/E ZONE CRD-SPV-1174231 A610 HVA904052-J A X'315020 N 612 17 2/3 '

~

SCRAH SOLENOID PILOT CR D V 12661? 7 R 530 KF CRD-HCU-4231+

02C12 2 A 1 0 - A H5 28 n2 CRO-SPV 1174235 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID I'LOT CR0-V 12661?7 -R 530 K '/367 CRO-HCU 42351 02C12 2 A 1 0 A HS? 8 02 CRO-SPV 1174239 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-12661?7 530 K '/3+7 CRO-HCU-4239+

02C12 2 A I 0 A H528 D2 CRO-SPV-1174243 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CR 0" V -12661? 7 530 K '/3+7 CRO"HCU-4243+

02C12 2 A I 0 A H52 8 D2 CRO SPV 1174247 4610 HVA904052-J A X 315020 N 612 .17 SCRAH SOLENOID P ILOT CRO V 1266127 530 K ~ 2/3o7 CRO-HCU 4247+

02C12 2 A I 0 H528 0?

CRO-SPV-1174251 A610 HVA904052 J A X 31 5020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V-12661?7 53 6 K~ 2/3 07 CRD-HCU-42514 0?C12 2 A 1 0 A H528 02 CRO SPV-1174255 A610 HVA904052-J 315020 612 SCRAH SOLENOID 02C12 2 PILOT CRO-V 12661?7 A 1 0 H52 8 530 K '/302 ' A X CRD-HCU-'I255+

~ 17 CRO-SPV-1174259 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLI.NOIO piLnI CRO-V-12661?7 530 K '/3e7 CRD-HCU 4259+

02C12 2 A I 0 A I'.528 02 CRO-SPV 1174607 A610 HVA904 052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V-1266127 R 530 LE 5/3 ' CRO-HCU 4607+

02C12 2 A 0 A H52 8 02 CRO SI'V-1174611 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENnln >ILOT CR 0 V -1266 1? 7 R 530 LE 5/3 ' CR0-HCU 4611+

02cl? 2 n I 0 A HS 28 I'2 CRO-S>V-1174615 A610 HVA904052-J A X 315020 N 61? ~ 17 SCRAH SOLENOID PILOT CRO-V 12661?7 R 530 L ~ 5/3 ~ 7 CRO-HCU-4615+

02C12 2 h 1 0 852 8 P?

CRD SPV-1174619 6610 HVA904052-J A Y 315020 I'I 612 ~ 17 SCRAH 02cl?

soirunln I ILnT CRA-V-12661?7 530 LES/3 ' CRD HCU-4619+

2 A 1 0 H528 02 CRO SPV 117'I623 A(10 HVA904052 J A X 3150?0 612 ~ 17 SCRAI'ENCI 0 F I LOT CRn-V-12661 7 P 530 L ~ 7 CPO-HCU-4623+

02CI 2 n 1 g A v52 P

PROGRAM C1E-STO VASHI tIGTON PUBLIC POVER SUPPLY SYS'IEH PAGE NO 00061 VttP-2 CLASS lE EOUIPMENT LIST DATE 09/06/83 EPII MFG HOOEL STATUS s ~ iSEISMIC I Sl PARAMETERS' i DENY ~ IE) PARAMETERS'GING S E DID TM HL TEST ANL FO C FRED OBE C OESC RIP T I ON BLDG ELEV DETAIL ZONE ROOH ACCURACY EPN HOURS'OHPOSITE CONTRACT LEVEL EC USE SAFETY FUttCTION A/E BRAVING A/E ZONE CRO-SPV-1171627 A610 HVA904052"J A X 315020 N 612 F 17 PILOT CRO-V-1264127

'2 SCRAM SOLENOID 530 5/307 R LE CRO HCU 1627+

02C12 2 A I 0 A H528 02 CRO-SPV-1174631 AC10 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOt CRO-V 12661?7 R 530 K '/3o7 CRD HCU 4631+

02C12 2 A I 0 A H528 CRO-SPV-1174635 A610 HYA904052 J 315020 612 17 SCRAM SOLENOID 02C12 2 PILOT A

CRO 1 0 V-12661"7 A rs28 R 530 K '/3 '

D2 A X N CRO-IICU-4635+

~

CRO-SPV 1174639 A610 HVA904052-J A X 31 5020 N 612 F 17 SCRAH SOLENOID PILOT CRO V-12671?7 R 530 K~ 2/3 ~ 7. CRD HCU "1639+

02C12 2 A 1 0 A H528 02 CRO-SPY-1171643 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V-12661?7 R 530 K ~ 2/3+7 CRO MCU 4643+

02C12 2 A 1 0 A H528 02 CRD-SPV-1174647 A610 HVA904052-J A X 315020 N 612 F 17 SCRAM SOLEIIOIO PILOT CRD V-1266127 R 530 K~ 2/3@7 CRO-HCU-4647+

02CI? 2 A 1 0 A H528 02 CRO-SPV-1174651 A610 HVA901052 J A X 315020 N 612 17 SCRAM 02C1?

SnLEttnto 2

P I LOT CRO-V-1266127 A I 0 A tl5 28 R 530 KF 2/3 D2

' CRD HCU 4651+

~

CRD-SPV 1174655 A610 HVA904052-J A X 315020 'N 612 ~ 17 SCRAM SOLENOID PILOT CRO V-1266127 R 530 K ~ 2/3 ~7 CRO-HCU-4655+

02C12 2 A 1 0 A M528 n2 CI?O-S P V- 1 I 75011 Afi10 HVA904052-J A X 315020 N fi12 ~ 17 SCRAM SOLENOID P ILOT CRO-Y-l .661?7 R 5"". L e!:/3 ~ 7 CRD HCII"5011+

02C12 2 0 A M52 8 O2 CRO-SPV-1175015 A@10 HVA904052- J A X 315020 N 61? ~ 17 SCRAM SOLEttOIO PILOT CRD-V-126t l?7 R 530 L ~ 5/3 ~ 7 CRO "HCU 5015+

02C12 2 A I 0 II5? 0 n?

CRO SPV-II75010 A610 HVA904052-J A X 315020 tt 612 ~ 17 SCRAH SOLENOID P ILGWU CRO-V-12611? 7 R 53C LE 5/3 ' CRO HCU-5019+

02C12 2 0 II52 8 D2 CRO-SPV 1175023 Af 10 HVA904052-J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRO-V-12661?7 R 530 L ~ 5/3 ~ 7 CRO-HCU-5023+

02C12 2 n r528 O2 CRO SPV-1175027 A610 HVA901052- J A X 3150?0 N 61? ~ 17 SCRAM SOLENOID P IL OT CRO-V-1266 I I 7 R 53- LE 5/3 ' CRD-HCU 50274 02C12  ? A 1 tI52 P rz

PROGRAM CIE-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEII PAGE NO 00062 VtlP>>2 CLASS IE EOUIPMEIIT LIST DATE 09/06/83 STATUS ++ ~ SEISHIC IS) PARAMETERS++i ~ENYO (E) PARAMETERS+

FPH MFG HODEL S E 010 TH HL TEST ANL FO C FRED AGIIIG DPE C HOURS DESC RIP TI ON BLDG ELEV BETA)I. ZONE ROOH ACCURACY COMPOSITE'PN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRD SPV") 175031 A610 HVA904052-J A X 315020 612 N 17 SCRAH SOLENOID PILOT CRO V 1266)?7 R 530 K~ 2/3<<7 CRD HCU-5031+

02C12 2 A 1 0 A M52 8 02 CRD-SPY-1175035 A610 HVA90405?-J A X 315020 612 ~ 17 SCRAH SOLEttOID PILGT CRD V 12661?7 R 530 K~ 2/3 07 CRO-HCU 5035<

02C12 2 A 1 0 A H5 28 02 CRO-SPV-) 175039 Af10 IIVA904052-J A X 315020 612 SCRAM SOLENOID 02C12 2 PILOT A

CRO l

V-12661?7 0 A H52 8 R 530 K '/302 ' N CRD-HCU 5039'

~ 17 CRO-SPV-1175043 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRO V-)2661?7 R 530 K '/3o7 CRD-HCU-5043+

02C)2 2 A I 0 A M5 28 D2 CRO-SPV-1175047 )610 HVA904052-J A X 315020 612 SCRAM SOLENOID 02C12 2 PILOT CRD-V 1266127 I 0 H52 8 R 530 K '/302 ' N CRO-HCU-5047+

~ 17 CRO-SPV 1175051 A610 MVA904052-J A X 315020 N 61? ~ 17 SCRAH SOLENOID PILOT CRD V-1266127 R 530 K '/3<<7 CRD-HCU-5051+

0?C12 2 A I 0- A 8528 D2 CRD-SPV-1175'I15 A610 HVA904052-J A X 315020 N 612 17 SCRAH SOLENOID 02C12 2 PILOT CRD-V 12661?7 A 1 0 A M52 8 R 530 L<<5/3 02

' CRO-HCU 54)5+

~

CRO-SPV-l)75419 A610 HVA904052 .I A X 315020 N 612 ~ 17 SCRAH SOI.Et)010 PILOT CRO-V 1?661?7 R 530 L ~ 5/3 ~ 7 CRO-IICU 02C12 2 A I 0 A H5? 8 D2 5419'RD CPD-SPV-11'15423 4610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO" V-12661<<7 R 530 L<<5/3<<7 HCU-5423+

02C12 2 A I 0 A 1152 A 02 CRO-S~V-)175427 A&10 HVA904052-J X 315020 N 612 ~ 17 SCRAM SOLENOID P 02C12 2 ILfll CRO-V-12661?7 n M5? 8 R 53C LE 5/3 02

' CRO-HCU 5427+

CRO-SPV-1175431 A610 HVA904052-,l A X 315020 tl 612 ~ 17 SCRAM SOLENOID P ILOT CRO-V-1266)?7 R 530 K ~ ?/307 CRO-HCU 5431+

OZC)? 4 1 0 M5? 8 0?

CRD-SPV-1175435 A6)0 HVA90405Z-<<I A X 315020 . N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V-12661?7 R 530 K~  ?/3<<7 CPO-HCU"5435+

02C1? A I 0 t152 8 I?

CRO-SPV-1175439 A610 HVA904C52-J A X 3150?0 N f )2 ~ 17 SCPA LENOID F )LOT CRO V l?66) ~ 7 R 530 K~ 7 CPP IICU 5439t 02Cl 2 A M52 8

PROGRAH C1E-STO VASHINGTOtl PUB)lC f'OVER SUPPLY SYSTEM PAGE NO 00063 VNP 2 CLASS IE EQUIPHENT LIST DATE 09/06/83 STATUS ~~~SEISMIC IS) PARAHETERS ~ +i *ENV ~ lE) PARAME TERS+

EPW MFG MODEL 8 E OID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL CotlTRACT LEVEL EC USE SAFETY FUNCTION '/E BRAVING A/E ZONE ZONE ROOM ACCURACY COHPOSITE EPN CRO-SPV-1175443 A610 HVA904052 J A X 315020 N 612 SCRAH SOLENOID PILOT CRD V-1268127 ~ 17 R 530 K~ 2/3i7 02C12 2 A I 0 A M528 02 CRO-HCU-5443'RD-HCU-5447+

CRD-SPV-1175447 A610 HVA904052-J A X 315020 N 612 SCRAH SOLENOID PILOT CRO-V 1266)27 ~ 17 R 530 K F 2/3 7 02C12 2 A 1 0 A M52 8 O2 CRO-SPV-1175819 A610 HVA904052"J A X 315020 N 612 ~ 17 SCRbtt SOLENOID PILOT CRO-V-12681?7 02C17 2 A 0 A R 530 K '/3o7 CRO-HCU 5819+

1 M52 8 D2 CRD-SPV-1175823 A610 HVA904 052- J A X 315020 N 612 SCRAH SOLENOID PILOT CRD V-1266127 ~ 17 R 530 K~ 2/3 ~ 7 CRO HCU-5823+

02C I? 2 A I 0 A M528 02 CRO"SPV-1175827 A610 HVA901052 J A X 315020 612 SCRAM SOLENOID 02C12 2 PILOT A

CRO V I 0 12641?7 A H528 R 530 K '/3O2 7

N CRD HCU 5827+

~ 17 CRO-SPV 1175931 b610 HVA904052-J 315020 A X 612 ~ 17 SCRAM SOLENOID PILOT CRO"V l?66127 R 530 K+2/3+7 CRD-HCU 5831+

02C12 2 A I 0 A H528 02 CRD-Sf'V-1175835 A610 HVA901052-J A X 315020 SCRAtt SOLENOID PILOT 02CI? 2 A CRO-V-12661?7 I 0 b 8528 R 530 K '/302 ' CRO-HCU 5835+

F 17 CRD SPV-1175839 b610 HVA904052-J A X 31 5020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD-V-12661?7 R 530 K~ 2/3 ~ 7 CRD-HCU 5839+

02C12 2 A 1 0 A M52 8 02 CRD-Sl'V-1175743 A&10 HVA901052-J A X 315020 612 N ~ 17 SCRAH SOLENOID PIL07 CRO V 12661?7 R 530 K~ 2/3 ~ 7 CRD-HCU-5843+

02C12 2 A I 0 852 8 02 CRO-SPV-1180219 b61 0 HVA904052 l ~ A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CR O-V-I 26 AI? 7 R 530 L5/P ~ 1 CRD-HCU-0219+

02C12 2 A I 0 A M528 D2 CRD-SPV-11802?3 h610 HVA904052-<<I A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRO-V-1268, l?7 R 530 L5/PE 4 CRO-HCU 0223+

02C12 2 n H52 8 n2 CRO-SPV-1180?27 b610 HVA904052-J A X 315020 N 612 ~ 17 SCRAt< SOLENOID PILOT CRP"V-126fl<<7 R 539 L5/PE 4 CRO-HCU-0227+

02C12  ? I 0 A 852 8 P2 CRO-SPV-1180231 AA10 4VA904052-<<l A X 315020 N 612 ~ 17 SCl?All SOLENOID PILOT CRO-V 12681 <<7 R 530 L5/8 4 CRO-HCU" 02314 02C12 2 h 1 0 b ll52 8 t'7

PROGRAH ClE STD 'VASHI NGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00064 VNP-2 CLASS 1E EQUIPHKNT LIST DATE 09/06/83 STATUS ~~+SEISHIC (S) PARAHETKRS~~+ +ENV ~ l E) P ARAHE TERS ~

KPN HF' HOOEL S E OIO TH HL TEST ANL FO C FRED AGING DBE C HOUR S OESCR IP T ION BLDG ELEV DETAIL ZONK ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION -

4/E BRAVING A/E ZONE C e

CRD-Sl'V-1180235 A610 HVA904052 J A X 315020 612 N ~ 17 SCRAtl SOLF.'NOID PILOT CRO-V-I26SI?7 R 530 K2/8 ' CRO HCU 0235+

02C12 2 A I 0 A H52 8 02 CRD-SPV-1180239 A610 HVA904052-J A' 315020 612 N 17 SCRAH SOLENOID 02C12 2 PILOT CRO-V-1266127 A I 0 A HS 28 R 530 K2/8 ' CRD-HCU-0239+

~

O2 C RO-SP V-I 18024 3 A610 HVA904052 J A X 315020 N 612 17 SCRAtl SOLKtlOID PILOT CRO-V-1266127 02C12 2 I R 530 K2/8 ' CRD-HCU 0243t

~

A 0 A H528 O2 CRD SPV-1180615 Afln HVA904052-J A X 315020 N 612 17 SCRAH SOLKHOIO PILOT CRO-V 1266127 02C12  ? A I 0 R 530 L5/8 ' CRO-HCU 0615+

~

A H52 8 D2 CRO-SPV 1180619 4610 HVA904052 J A X 315020= N 612 17 L5/8 '

~

SCRAH SOLENOID F'ILOT CRO-V-126A127 R 530 HCU-0619+

CRO 02C12 2 A I 0 A H528 02 CRO-SPV 1180623 A610 HVA904052 J A X 315020 N 612 17 SCRAH SOLENOID PILOT 02C1? 2 CRD-V-1266127 I n R 530 L5/8 ' CPO-HCU 0623+

~

A H528 D2 CRD SPV 1180627 A610 HVA904052 J A X 315020 N 612 17 SCRAH SOLE NOT 0 PILOT 02C12 2 h CRO-V-126'?7 I 0 H528 R 530 L5/8 ' CRO-llCU 0627+

F A 02 CPO-SPV-1180631 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLF:NOIO PILOT CRD-V-I26AI?7 R 530 L5/AD 4 CRO tlCU-0631+

02C12 2 A 1 0 A H528 O2 CRD-SPV-1180f 35 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V-126Ai?7 R 530 K2/PE 4 CAD HCU"0635+

02C12 2 A I 0 A t15?. A D2 CRD-SPV-1180639 Af 10 HVA904052- J A X 315020 N 61? ~ 17 SCRAH SOLENOID PILOT CRO V-l?681?7 R 530 K2/PE 4 CRD-HCU-0639+

02C12 2 h I n a tt52 8 n2 CRO-SPY-1180fi4 3 bfil 0 IIVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLEtlOID PILOT CRO-V-12f.SI?7 R 530 K2/AD 4 CRO-HCU-064 3+

02C1? 2 A 1 0 A A52 A n?

CRO-SPV-1180647 A610 HVA904052-J A X 3) 5020 N 612 ~ 17 SCRAH SOLENOID Pl l OT CRO V 1?681?7 R 53? K2/f ~ 4 CRO HCU-0647m 02CI?  ? A I 0 A A52A D?

CRD-SPV-1181011 Afln HVA904052-J . A X 315020 N 612 ~ 17 SCRAP .EWOIO r ILOT CRO-V-12661 T 7 R 530 15 CPO-HCU 1011+

0?cl 2 A 1 0 t" 52 8

PROGRAH CIE-STO VASHINGTOII PUOLIC POVER SUPPLY SYSTf H PAGE NO 00065 VIJP 2 CLASS IC EOUIPHCNT I.IST DATE 09/06/83 STATUS +~+SCISHIC CS) PARAHETERS+++ ~ CNVa IC) PARAHETCRS*

CPN HFG HODEL S E OIO TH HL TEST AIJL FO C FREQ AGING DRE HOURS DESCRY IP I ION BLDG CLEV DETAIL ZONE ROOH ACCURACY C

COHPOSITE EPN CONTRACT LEVEl EC USC SAF ETY FUNCTION A/E DRAVING A/E ZOtIE CRD-SPV-1181015 A610 HVA904052"J a X'15020 N 612 ~ 17 SCRAH SOLFNOIO P IL OT CRO V 1266127 R 530 L5/F 4 CRO-HCU-1015+

02C12 2 A I 0 A H52 8 .'2 CRD-SPV-1181019 A610 HVA904052 J A X 31S020 612 SCRAH SOLENOID P II.OT CR O-V-126 6 I? 7 N ~ 17 R 530 LS/8~4 CRO-HCIJ-1019+

02C12 2 A I 0 a H528 D2 CRD-SPV-1181023 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT cRD-v-126al?7 R 530 LS/8 ~ 4 CRO-IICU-1023+

02C12 2 A I 0 A H528 D2 CPD-SPV I I 81027 A610 HVA904052 J A X 315020 612 SCRAI! SOLENOI 0 N ~ 17 P ILOT CRO V-1264127 R 530 L5/F 4 CRO-HCU 1027+

02C12 2 I 0 A H52 8 D2 CRD SPV-1181031 A610 HVA904052 J A X 315020 612 N ~ 17 SCRAH SOLCNOID PILOT CRO-V-12641?7 R 530 LS/F 4 CRO HCU-1031+

02C12 2 h 0 a HS28 D2 CRD-SPV-1181035 A610 HVA904052 J A X 315020 612 N ~ 17 SCRAtt SOLENOID PILOT CRD V-12661?7 R 530 K2/Bo4 CRD-HCU-1035+

02C12 2 A 1 0 A H52 8 D2 CRO-SPV-1181039 A610 HVA904052-J A X 315020 IJ 612 ~ 17 SCRAH SOLENOID PILOT CRO V-1?6a l?7 R 530 K2/F 4 CRO-HCU-1039+

02C12 2 A I 0 A H528 D2 CRO-SPV 1181043 A610 HVA904052 J A X 315020 612 N F 17 SCRAH SOLENOID PILOT CRO-V-12661?7 R 530 K2/F 4 CRD-HCU-1043+

02C12 a 0 A H528 02 CRD-SPV-1181047 A610 HVA904052-J A X 315020 N 612 17 SCRAH SOLENOID PILOT 02C12 2 A CRO-V-176al?7 I 0 a R 530 K2/8 ' CPO HCU-1047+

~

H52 8 O2 CRD-SPV-1181051 A610 HYA~04052-J A 31 5020 N 612 ~ 17 SC 8 a H 8 OLC II0 I 0 PILOT CRD-V-1268127 R 530 K2/8 ~ 4 CRD-HCU-I 051+

02C12 2 A I 0 A H528 n?

CRD-SPV-1181407 A610 HVA904052-J A X 3150?0 N 612 17 SCRAII SQLf NOI 0 rI LOT CRO-V-126CI?7 R 530 LS/f ~ 4 CRO-HCU-1407+

~

02C12 2 A 0 a t'52 8 D2 CRO-SPV-1181411 aclo Hva904052-J A X 315020 N 61?

~ 17 SCRAH SOLftJOIO PILOT 02C12 CR 0-V -126 X I? 7 R 53I'5/F 4 CRD HCU 1411+

2 a I 0 A H52e O2 CRD-Sc'V-11814 I 5 acle HYA904052-.t A 315020 N 612 ~ 17

.scRAH seLftiOID r ILOT CRD-V-126%1. 7 53r L5/e,4 CRO-HCU-14154 02C12 2 a I 0 b ."52 0 I'?

PROGRAM C]E-STO VASHINGTON PUBLIC POllER SUPPLY SYSTEM PAGE NO 00066 IINP-2 CLASS 1F. EOUIPHENT LIST DATE 09/06/83 STATUS ~+tSEISHIC (S] PARAMETERS+++ ~ CNV~ (C] PARAMETERS+

CPN HFG HODCL S E 010 TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIPT]ON BLDG ELEY DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL CC USE SAI ETY FUNCTION A/E ORAllING A/E ZONE CRD SPV-]]81419 AR]0 HVA904052 J A X'15020 N 612 SCRAH SOLCNOIO 02C]2 PILOT CRO-V-]26C]PT R 530 LS/Rob CPO-HCU-1419+

AD ]7 e

2 A 1 0 A H52 8 02 CRD-SPV" 1181423 A610 HVA904052 J A X 315020 N 612 ]7 SCRAM SOLENOID 02C12 2 PILOT CRD-,V-]268]27 0

R 530 LS/8 ' CRD HCU 11234 AD A 1 A H52 8 02 CRO-SPV 118]427 A610 HVA904052 J A 315020 N 612 ~ 17 SCRAH SOLENOID P]LOT CRD-V ]266]27 R 530 LS/8 ~ 4 CRO-HCU-1427+

02C12 2 A 1 0 A M5 28 'D2 CRD-SPV-1]R]431 A610 HVA904052 J A 315020 N 612 ~ 17 SCRAtl SOLCNOID PILOT CRO-V ]264]27 R 530 LS/8 ~ 4 CRD-HCU-1431+

02C12 2 A 1 0 A M52 8 D2 CRO-SPV-1181435 4610 HVA901052 J A 315020 N 612 ~ 17 SCRAH SOLrtlOIO PILOT CRD V 1266127 R 530 K2/Bo4 CRO-HCU 1435+

02C]2 2 A I 0 A H528 n2 CRO SPV-1181439 A610 HVA904052-J A 315020 N 612 17

~

SCRAH SOLFNOID P]LOT CRO Y ]266]27 R 530 K2/8 ~ 4 CRD-HCU 1439+

n2c]2 2 A I 0 A M52 8 02 CRO-SPV-1181443 A610 HVA901052 J A X 315020 N 612 17 SCRAM SOLEtlOID 02C]2 2 PILOT CRO-V -1266]27 A I 0 M528 R 530 K2/8 '

D2 CRD-HCU 1443+

F CRO-SPV 1] 81447 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID I ]LOT CRD Y-]266]PT R 530 K2/8 ~ 4 CRO HCU 1447+

02C12 2 A I 0 A H52 8 D2 CRO-SPV 1]81451 ji610 HVA901052-J A X 315020 N 612 ~ 17 SCRAM SOLFNOIO 02C]2 2 P]LOT A

CRD I

Y 126A127 0 A M528 R 530 K2/8 ' CRD-HCU 1451+

O2 CRD-SPV-] 181455 A610 .HVA904052-J A X 315020 N 612 ~ 17 SCRAM SOLENOID P I l. OT CRO-V-]266]27 8 530 K2/8 1 CRD HCU-1455+

02C12 2 b I 0 4 M528 02 CR D-SPV-1181803 A610 HVA904052-J A 3]5020 N 612 ~ 17 SCR AM SOLF tlOI 0 PILOT CRn-V-]261]27 R 530 LS/I' 4 CRO-HCU-1803+

02C]2 2 ] 0 j! M528 t)2 Ci?0"SPV-]]8]807 IA]0 HVA904052-J D X 315020 N 612 ~ 17 SCRAH SOLCNO]O ~]LOT CRO-V-126)f]. 7 R 530 l.5/P ~ 4 CRD-HCU 1807+

02C]2 2 j) 1 0 A v528 82 CRD-SPV-]]Ii]j)]]

SCRA)" LFNOIO PILOT CRO-V-]26%]27 Af 10 HVA904052-al R 530 L5 A X 315020 N 612 CRD-HCU-18114

'7 '0 02C] 2 A 1 0 H528

0 PROGRAM C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00067 VNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS ~~ >SEISMIC IS) PARAMETERS ~ + ~ ~ ENV ~ I E) P ARAHE TERS ~

EPN HFG MODEL S E DID TH HL TEST ANL FO C FREO AGING DBE C HOURS OESCRIP ION f'C I BLDG ELEV DETAIL ZONE ROOM ACCURACY COMPOSITE EPN CONTRACT LEVEL USE SAf ETY FUNCTION 4/E BRAVING 4/E ZOtth ~

CRD SPV 1181815 A610 HVA904052-J A K'15020 N 612 17 L5/8 '

F SCRAM SOLENOID PILOT CRO V-1260127 R 530 CRD HCU 1815+

02C12 2 a I 0 A H528 02 CRO SPV 1181819 A610 HVA904052 J 4 315020 N 612 17 L5/8 '

~

SCRAtl SOLENOID PILOT CRD-V",1266127 R 530 02C12 CRD-tICU-1819>

2 A 1 0 A M528 D2 CRO Sl'V 1181823 4610 HVA904052 J A 315020 N 612 V"1268127 ~ 17 SCRAM SOLENOID PILOT CRD R 530 L5/8 ~ 4 CRO HCU-1823+

02C12 2 A 1 0 4 H528 02 CR 0-SPV 1181827 4610 HVA904052-J A 315020 612 N 17 SCRAM SOLEttOID PILOT 02C12 2 A CRO I

V"1264127 0 H528 R 530 L5/8 ' CRO HCU-1827+

~

A 02 CRO-SPV-1181831 4610 HVA904052 J A 315020 612 N 17 SCRAM SOLENOID 02C12 2 PILOT 4

CRO V I 0 1264127 H52 8 R 530 L'5/8 ' CRO-HCU 1831+

~

A 02 CRD SPV 1181835 AF10 HVA904052-J 4 315020 N 612 17 SCRAM SOLENOID 02C12 PILOT CRO"V-1268127 I

R 530 K2/8 ' CRO-HCU 1835+

~

2 A 0 A H528 02 CRO SPV-1181839 A610 HVA904052 J A 315020 612 SCRAH SOLENOID 02C12 FILOT CRD-V-1266127 R 530 K2/8 '

N CRO-HCU 1839+

~ 17 0

2 4 1 0 A H528 02 CRO-SPV-1181843 4610 HVA904052 J A 315020 612 N 17 SCRAM SOLf:NOI0 02C12 2 PILOT CRD-V-1 264127 4 I 0 H52 8 R 530 K2/8 ' CRO HCU 1843+

F A 02 CRO-SPV-1181847 AF10 HVA904052-J A 315020 N 612 17 SCRAH SOLENOID 02C12 2 PILOT CRO-V-I26AII7 A 1 0 A H528 R 530 K2/8 02

' CRO-HCU-1847+

~

CP 0-SPV-1181851 AFIO HVA904052-J A X 315020 612 SCRAM SOLENOID PILOT CRD-V-I266127 R 530 K2/8 '

N CRO HCU-1851+

F 17 0

02C12 2 h I 0 A H52 8 02 CRO-SPV-1181P55 A610 HVA904052-J A x 315020 N F 12 +17 0 SCRAM SOLEttOIO PILOT CRO V-12641"7 R 530 K2/Ro4 CP D-HCU-1855+

02C1 2 A 1 0 4 H528 02 0

CRO-SPV-ll81'l59 A610 HVA904052-J A 315020 N 612 17 SCRbtt SOLENOID PILOT CRD-V 02C12 0 I&64127 H528 R 530 K2/8 ' CRO-HCU-1859+

~

02 CRO-SPV-1182203 Ar I 0 tlvn904052-,t A X 315020 N 612 ~ 17 SCRAtl SOLENOID PILOT 02C I? 2 4 CRD-V-f264 1:

I P h 7 R 530 LB/8 '

l'2 CRD HCU-22034

PROGRAH CIE STO IIASHINGTON PUBLIC PoltER SUPPLY SYSTEH PAGE NO 00068 MNP 2 CLASS IE EQUIPHENT LIST DATE 09/06/83 HFG HOOEL STATUS QIO

~ ~ +SEISNIC lS) PARAHETERS~~ ~ +ENV ~ lf) PARAHETERS~

S E TN HL TEST ANL FO C FREQ AGING OBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRO-SPV-1182207 A610 NVA904052 J A X'15020 N 612 17 SCRAN SOLENOID PILOT CRO V 1266127 R 530 L5/8 ~ 4. CRO-HCU 2207+

92C12 2 A 1 0 A N528 . 02 CRD-SPV-1182211 A610 HVA901052- J A X 315020 N 612 ~ 17 SCRAtl SOLENOID PILOT CRO V-1266127 R 530 L5/Bah CRD HCU 2211+

02C12 2 A 1 0 A N528 D2 CRO-SPV-1182215 A610 HVA901052- J A X 315020 N 612 ~ 17 scRAH snLENoro PILOT CRD V 1266127 R 530 L5/8oh CRO-HCU 2215' 02C12 2 A 1 0 A H528 02 CRO SPV-1182219 A610 HVA904052"J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CPO-V-1266)27 R 530 L5/8 ~ 4 CRD-HCU-2219+

02C12 2 A 1 0 A H52 8 D2 CRO-SPV-1182223 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAtl SOLENOID l'ILOT CRO V-1266127 R 530 L5/PE 4 CPO-HCU-2223+

02C12 A 1 0 A H528 02 CRO"SPV-lt82227 A610 HVA904052 J A X 315020 N 612 +17 SCRAH SOLENOID PILOT CRD" V-]266127 R 530 L5/8 ~ 1 CRO-HCU 2227+

02C12 2 A I 0 A H52 8 D2 CRO-SPV-1182231 A610 HVA901052-J A X 315020 N 612 ~ 17 SCRAN SOLENOID PILOT CRO V 12661?7 R 530 LS/8 ~ 4 CRO-HCU-2231+

02C12 2 A I 0 A H52 8 D2 CRD-SPV-1182235 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V 1266177 R 530 K2/8 1 CRO-HCU"2235+

02C12 2 A 1 0 H528 02 CRD SPV-1182239 A610 tlVA901052 J A X 315020 612 N ~ 17 SCRAH SOLENOID PILOT CRO-V-1266177 R 530 K2/8 ~ 1 CRD-HCU 22394 02C12 2 A I 0 A N528 02 CRO-SPV-1182243 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAN SnLENOID PILOT CRD-V-1266 l?7 R 530 K2/P ~ 1 CRO-HCU 2213+

02C12 2 a I 0 t<52 8 02 CRO-SPV-1182247 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOL ENOI 0 PILOT CRD-V 1766177 R 53l'2/8 ~ 4 CRO-HCU-224 7+

02C12 2 A 0 tl528 0?

CRO-SPV-1182751 A610 HVA904052-J A X 315020 tl 612 ~ 17 SCRAH SOLENOID PILOT CRD V 1266127 R 530 K2/P ~ 4 CRO-HCU 2251+

02C17 2 A I 0 857 8 CR 0-SP V-11 8??55 A610 HVA904052 J A X 315020 N 612 ~ 17 SCR>t~ENOIO PILOT CRD-V-12661 7 R 530 K2 CRD-HCU 2255+

02C1~ 2 A 0 A t'.5 28

PROGRAH C1E-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00069 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS cccSEISHIC tS) PARAHETERScc+ ~ ENV ~ IE) PARAMETERSc EPN PiF G MODEL S E OIO TH HL TEST ANL FO C FREO AGING OBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZOtJE ROOtl ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUJJCTION A/E BRAVING A/E ZONE CRO-SPV-1182259 A610 HVA904052 J A X 315020 tl 612 t'ILOT ~ 17 SCRAH SOLENOID CRO V 126$ 127 R 530 K2/F 4. CRD"HCU-2259+

0?cl? 2 A 1 0 A H528 02 CRO SPV-1182603 A610 HVA904052-J A X 315020 612 N ~ 17 SCRAM SOLENOID PILOT CRO-V-126t 127 R 530 LS/804 CRO HCU 2603+

02C12 2 A 1 0 A H52 8 D2 CRO-SPV-1182607 A610 HVA904052-J X 315020 612 N ~ 17 SCRAH SOLENOID PILOT CRD-V-I26$ 127 R 530 LS/8 CRO HCU 260 7+

02C12 2 A I 0 A H52 8 D2 CRO-SPV 118261'1 A610 HVA904052 J A X 315020 612 N ~ 17 SCRAM SOLENOID P I LOT 02C12 A CRD-V-126$ 127 R 530 LS/8 ' CRO-HCU 2611+

1 0 A H528 D2 CRO-SPV 1182615 A610 HVA904052 J A X 315020 612 SCRAtl SOLENOID PILOT CRD-V 126$ 1c 7 N ~ 17 R 530 LS/Bo4 CRO HCU ?615+

02C12 2 A 1 0 A H52 8 O2 CRD-SPV-11826I9 A610 HVA904052"J A X 315020 N 612 ~ 11

.SCRAM SJJLENJJID 02C12 PILOT CRO-V 126$

I lc7 R 530 LS/8 ' CRO-HCU-2619+

~ 2 0 A tl528 02 CRD-SPV 1182623 A610 HVA904052 J 315020 612 A X N ~ 17 SCRAM SOLENOID PILOT CRO Y-126$ lc7 530 L5/8 ~ 4 R CRD-HCU 2623+

02C12 2 A I 0 A H528 D2 CRO-SPV 1182627 A610 HVA904052 J A X 315020 612 N ~ 17 SCRAH SOLENOID PILOT CRD-V 1?6$

02C12 h

lc7 R 530 LS/8 ' CRO HCU 2627+

1 0 A M52 8 02 CRO SPV-1182631 AE)10 HVA904052 J A X 315020 N 612 17 l.5/8 '

~

SCRAM SOLENOID PILOt CRD-V-126$ 1?7 R 530 CRO-HCU-2631+

02C12 2 A 1 0 A H528 D2 CRO-SPV-1182635 A610 HVA904052-J A X 3150?0 N 612 ~ 17 SCRAM SOLEJJOID PILOT CRD-V l?6t.l?7 R 530 K2/8 ~ 4 CRO-HCU-2635+

02C12 2 A I 0 A I'52 A O2 CRO-SPV-1182E)39 A610 HVA90405?-J A X 315020 N 612 ~ 11 SCRAM SOLENOID CRO-V-126$ 1c 7 R 530 K2/AD 4 CRO-HCU-2639+

02C12 2 1 C A M528 l'?

CPD-SPY-1182f 43 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLl.NOI 0 PILOT CRD-Y-I26$ 1?7 R 530 K2/PE 4 CRO HCU 2643+

02C12 2 A 1 0 A M5? A 02 CRO-S>V-I l 82641 AE.I0 IIVA904052-J JL X 315020 N 612 ~ 17 SCRAM SnLENOID PILOT CRD-V-l 2E 41?7 R 53" K?/& CRO-ttCU "2647+

02C I? 2 n J) l'2

PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE No 00070 MNP-2 CLASS IE EOUIPHENT LIST

~

DATE 09/06/83 CPN MFG NOBEL STATUS S E OIO

+~

TN

<<SEISNIC Is) PARAHETERS ~

HL TEST ANL Fo C ii +ENV ~ lE) PARAMETERS ~

FREO AGING DBE C HOURS AESCRIP 7 ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITC EPN CotlTPACt Lf;VCL Ec USE SAFETY FUIICT ION A/E DRAMING A/E ZONE cRD-srv-1182651 A610 HVA9010S2-J A X" 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD-V-126 $ 127 R 530 K2/8 ~ 4 . CPD "HCU 2651+

02C12 2 A I 0 A H528 02 ~ '

CRO SPV-1182655 Ael 0 NVA904052 J 315020 N 612 F 17 SCRAM SOLENOID PILOT CRO-V 126$ 127 530 K2/8 ~ 1 R CRD HCU 2655+

02C12 2 A 1 0 A H528 D2 CRO-SPV-118?6S9 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD V-126$ 127 R 530 K2/8 ~ 1 CRD-HCU 2659+

02C12 2 A 1 0 A H528 02 CRO-SPV-1183003 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD V 126$ 127 R 530 L5/8 ~ 1 CRO HCU-3003+

02cl? 2 A 1 0 A H528 02 CRD-SPV 1183007 A610 HVA904 052 J A X 315020 N 612 ~ 17 SCRAtl SnLCNOID PILOT .CRO-V-126$ 127 R 530 LS/8 ~ 1 CRO-HCU-3007+

02C12 2 A I 0 A H5? 8 02 CRO-SPV 1183011 Aelo HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT 'CRO-V 126$ 1?7 R 530 L5/8<<1 CRD-HCU-3011+

0?C12 2 A 1 0 H5? 8 D2 CRO-SPV II83015 Allo HYA904052-J A X 315020 N 612 ~ 17 SCRAM SnLCNOtO 02C12 2 PILOT CRO V 1266127 N52 8 R 530 LS/8 ' CRD-tlCU 3015+

A 1 0 A 02 CRD-S>V-11830)9 A610 HVA904052 J X 315020 N 612 ~ 17 SCRAN SOLENOID PILOT CRD-V 126$ 127 R 530 L5/8 ~ 1 CRO "HCU 3019+

02C12 2 A 1 0 A H528 02 CRO-SPV-1183023 A610 HVA904052-J A X 315020 N 612 F 17 SCRAH SOLENOID 02C12 PILOt CRO-V-126$ 127 I 0 R 530 L5/8 ' CRO-HCU-3023+

2 A A N528 02 CRO-SPV-1183027 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAN SOLCtlOID I'ILOT CRO-V-126$ 1<<7 R 530 LSIR ~ 1 CRD-HCU 3027+

02C12 2 A 1 0 A N52 8 02 CRD-SPV-I 183031 AGIO HVA904052-J 315020 612 ~ 17 SCR AN SOL CtIOI 0 02C12 2 PILOT CRO-V-126$

A I 0 l<<7 a M52 8 R 53l' '/302 'A X N CRO IICU 3031+

CRO-SPV-1183035 A610 NVA904052-J A 1 315020 N 612 <<17 SCRAM SOLEtl010 PILOT CRD V-I?64127 R 53' ~ 2/3 ~ 7 CRO-IICII-30354 02C12 A I n M52 8 r?

CRD SI'V I 183039 <610 HVA904052-J A X 315020 N 612 ~ 17 SCRA~ ENOID PIL Ot CA'0-V-I?6611 7 530 K~ 7 CRD HCU-30394 02cl~ 2 A 1 0 h N528 R

PROGRAH C1E-STO MASH INGTOti PUBLiC POVf R SUPPLY SYSTEH PAGE NO 00071 MNP-2 CLASS 1E EOUIPtlENT LIST DATE 09/06/83 STATUS s ~ sSEISHIC (St PARAHETERSi~ ~ ~ ENV IE) PARAHETERS+

EPN HFG HODEL =S E OID TH HL TEST ANL FO C FREQ AGING DDE C tlOURS OESCRIP TIOtl BLDG ELEV DETAIL ZONE ROOtl ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAT ETY FUNCTICN A/E ORAllING A/E ZONE CRO-SPV-1183043 A610 HVA904052-J A X'15020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V 1266127 R 530 K ~ 2/3o7 CRO HCU 3043+

02C12 2 A I 0 A H528 02 CRO-SPV-1183047 A 610 HVA904052 J A X'15020 N 612 SCRAH SOLEtlQIO PILOT ~ 17 CRO V 1266127 R 530 K~ 2/3+7 CRO-HCU 3047+

02C12 2 A I 0 A H52 8 02 CRO-SPV-11A3051 A610 HVA904052-J A X 315020 612 SCRAH SOLENOID PILOT CRO-V 1266127 N ~ 17 R 530 K~ 2/3e7 CPD-HCU-3051+

02C12 2 A I 0 A H52 8 n2 CRO SPV-1183055 A610 HVA904052 J A X 315020 612 SCRAH SOLENOID 02C12 2 PILOT A

CRO I

V 0

1266127 A tl528 R 530 K '/3n2 '

N CRD tlCU-3055+

~ 17 CRO-SPV-1183059 A610 HVA904052-J X 315020 612 N ~ 17 SCRAH SOLENOID PILOT CRD-V-1266127 R 530 K ~ 2/3e7 CRO-HCU 30594 02C12 2 A I 0 A H5 28 02 CPO SPV 1183403 A610 HVA904052-J 315020 A N 612 ~ 17 SCRAH SOLENOID PILOT CRD V 1266127 530 L ~ 513 ~ 7 R CRO-HCU-3403+

02C12 2 A I 0 A H528 -

02 CRD-SPV-1183407 A610 HVA904052-J A X 315020 612 SCRAH SOLf NOI 0 PILOT CRD-V-1266127 N +17 R 530 L ~ 5/3o7 ~

CRD HCU 3407+

02C12 2 A 1 0 A H5 28 02 CAD-SPY-1183411 A610 tlVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-1266127 R 530 Lo5/3 ~ 7 CRD-HCU 34 114 02C12 2 A I 0 A H52 8 r2 CRO-SPV<<1183415 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-1266127 R 530 LE 5/3 ' CRO-HCU-34154 02C12 2 A 1 0 A H528 02 CPO-SPV-1183419 A610 HVA904052 J A X 31 5020 N 612 ~ 17 SCRA.'l SOLEtlOID PILOT CRO V 1266127 530 L ~ 5/3 ~ 7 R CRD-HCU 3419+

02C12 2 A I 0 A H528 02 CRO SPV 1183423 A610 HVA904052-J A X 315020 N 612 ~ 1T SCPAH SOLEtlOIO PILOT CRn-V-12661 7 ~ R 530 LE 5/3 ' CRO-HCU-3423+

r2C12 2 A 1 P / t152 8 n2 CRO-SPV-11P3427 At'10 HVA904052-J A X 315020 N 612 ~ 17 SCRA'l SOLENOID PILOT CRO-V-1266177 R 530 L ~ 5/3+7 CRD HCU-3427+

02C12 2 A I 0 A H52 8 n2 CRO-SPV-IIA3431

'/3r2 /'

A610 HVA904052-J X 315020 N 612 ~ 17 SCRAH Snl.ENnrO rrLoY CRn-V-12661" 7 R 530 K CRD tlCU-3431+

02CIP 2 A 1 0  !)52 8

PROGRAH C1E-STD ttASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00072 UNP 2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS oa ~ SEISHIC IS) PARAHETERSaae oENV ~ IE) PARAHETERS ~

EPN HFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOURS DE SCRIP T ION BLDG ELEV DETAIL ZONE Rnott ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION h/E ORAMING A/E ZONE CRO SPV-1183435 h610 HVA904052 J A X 315020 M 612 ~ 17 SCRAM SOLENOID PILOT CRO-V-)26$ 1c 7 R 530 Ko2/3e7 CRO-HCU 3435o 02C12 2 A I 0 A H528 D2 CRO-SPV-1183439 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V-126$ 127 R 530 Ko2/3o7 CRO HCU 3439o 02C12 2 A 1 0 A H52 8 02 CRO-SPV )183443 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V )26$ 127 R 530 K '/3e7 CPO-HCU-3443+

02C12 2 A I 0 A H528 D2 CRO-SPV-)183447 h610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V )26$ 127 R 530 K~ 2/3o7 CRO-HCU 3447+

02C12 2 A .) 0 HS28 O2 CRD-SPV 1183451 h610 HVA904052 J ,h X 315020 N 612 17 SCPAH SOLENOID I ILO7 CRO V-)26$ )27 R 530 K~ 2/3e7 CRO-HCU 3451+

02C12 2 A I 0 A HS 28 O2 CPO-SPV l)83455 h610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-126$ lc7 R 530 K~ 2/3 ~ 7 CRD-HCU 34551 02C12 2 A 1 0 h H52 8 02 CRO-SPV-) 183459 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRO-V-126$ 127 R 530 K~ 2/3e7 CRO-HCU-3459o 02C12 2 A 0 A H528 02 CRO-S~V-)183803 A610 HVA904052 J A X 315020 N 612 ~ 17 SCPAH SOLENOID PILOT CRO-V-)26$ )27 R 530 LE 5/3o7 CRD HCU 3834 02C12 2 A I 0 A H52 8 O2 CRO-SFV-1)83807 h610 HVA904052-J A X 315020 N 612 ~ 17 SCRhH SOLENOID PILOT CRD" V-126$ 1 "7 R 530 L ~ 5/3e7 CPO tlCU-3807+

02C12 2 A ) 0 A t?528 O2 CRO-SPV-1183811 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOL Ett010 PILOT CRD-V-)26$ )27 R 530 L ~ 5/3 ~ 7 CRD-HCU-3811+

02C12 2 A I 0 A H52 8 P2 CRO-SPY-) 183815 hf)0 HVA904052-J A X 3) 5020 t) 612 ~ 17 SCRAH SOLEt)OID PILOT CRO V )26$ )27 R 530 L ~ 5/3o7 CRO HCU-3815o 92C12 2 A I 0 H5 PR DP.

CRO-SPV-1183819 h610 HVA904052-J A X 3)5020 N 612 ~ 17 SCRAH SOLENOID PILOT CRD V )2@hi 7 ~ R 534 L ~ 5/3e7 CRD-HCU-38)9t 02C12 2 h I C h 552 8 P2 CRO-SPV 1183923 A6) 0 ttVA904052- J A X 315020 N 612 ~ 17 scRA~ENnto PILOT CRD-V-126$ )a 7 R 530 LE 7 CRO tlCU-3823+

02C1~ 2 I n t152 8 IM '

PROGRAH C1E-STD VASHINGTON PUBLIC POIIER SUPPLY SYSTEH PAGE NO 00073 VNP-2 CLASS IE EQUIPMENT LIST DATE 09/06/83 STATUS ~ ~ ~ SEISMIC IS) PARAMETERS+ ~ ~ +ENV ~ lE) PARAMETERS+

F.PN MFG MODEL ~

S E 010 TH HL TEST ANL FO C FREO AGING DBE C HOURS I

DESCR IP ION BLDG ELF.V DETAII. ZONE ROOH ACCURACY COMPOSITE Et N CONTRACT LEVEL EC USE Sht'ETY FUNCTION ~ A/E DRAttING A/E ZONE CRO SPV-1183827 h610 HVA904052-J A X' 315020, N 612 ~ 17 SCRAM SOLENOID PILOT CRD-V-126CI27 530 L ~ 5/3~7 CRD-HCU-3827+

02C12 2 A 0 A H528 D2. ~

C') CRO-SPV-1183831 A610 tjVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT cRD v 1266127 R 530 K~ 2/3 ~ 7 CRO HCU 3831+

02C12 2 A 0 A H528 02 CRD-SPV-l 183835 A610 HVA904052 J A X 315020 N 612 ~ 17 C'- SCRAM SOLENOID PILOT CRD-V 1268177 R 530 K ~ 2/3+7 CRO-HCU-3835+

02C12 2 A I 0 A H52 8 02 CRO-SPV-1183839 A610 HVA904052 J 315020

() SCRAH SOLENOID PILOT CRO-V 1264127 R 530 K42/3 ~ 7 A X N 612 CRO-HCU-3839+

~ 17 02C12 2 A I 0 A MS 28 D2 CRD-SPV-)183843 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD-V-126 a 127 R 530 K~ 2/3e7 CRD-HCU-3843+

C' 02C12 2 A 1 0 H52 8 D2 CRO SPV 1183847 hfln HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD-V-1266177 R 530 K ~ 2/3 ~7 CRO HCU 3847+

02C12 2 A n A H528 02 CRO-SPV-1183851 D610 HVA904052 J A X 315020 612 17 O SCRAM SOLENOID PILOT CRD-V-1266)27 R 530 K~ 2/3o7 N

CRD HCU 3851+

~

02C12 2 A 1 0 A H528 02 CRD-SPV-1183855 A610 HVA904052-J A X 315020 -N 612 ~ 17 scRAM snLENOID PILOT CRC-V-126812 7 R 530 K ~ 2/3o7 CRD-HCU-3855+

0 02C12 2 A I 0 A )152 8 D2 CRD-SPV-1183859 h610 HVA904052-J A X 315020 N 612 I ~ 17 SCRAM SOLEttnIO PILOT CRD-V"126K)27 2/3 07 0 02C12 2 A 1 n A H528 R 530 K~

P2 CRO-HCU 3859+

CRO-SPV-1184203 HVA904052,)

0 SCRAH. SOLENOID PILOT A610 CRD-V-)266127 R 530 LoS/3 ~ 7 A X 315020 N 612 CRD HCU 4203+

~ 17 02C12 2 A I 0 A M528 02 0 CRO-SPV-ll84207 A610 HVA904052 J A X 315070 tt 612 F 17 SCRAM SOLENOID I I l.nT CRO-V-1268177 R 530 L ~ 5/3 ~ 7 cRD-McU-4207+

02C12 0 2 A n n tt52 8 02 CRO SPV l)84711 A610 HVA904052-J A X 315020 N 612 ~ 17 scRAH snLENOID Pll.OT CRt)-V-)26A177 530 L ~ 5/3 ~

0 02C12 2 A n H528 R

02 CRD-HCU-4211+

CRO-SPV-1184215 hhl 0 tIVA904052-J A X 315020 tt 612 ~ 17 SCRhM SOLENOID ")LOT CRD-V 176AIPY R 530 LES/3 ' CPO-tlCU-4215+

02C12 2 A 0 n "52 n 02

PROGRAH C1E 870 VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00071 VNP-2 CLASS IE EQUIPMENT LIST DATE 09/06/83 STATUS ~ +~SEISMIC CS) PARAHETERS ~ ++ ~ENV ~ IE)

EPN HFG MODEL S E OIO TM HL TEST ANL FO FREO PARAMETERS'GING C OBE C HOURS OESCRIP IONI BLDG ELEV DETAIL ZONE ROOM ACCURACY COMPOSITE EPN COflTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-SPV 1184219 )610 HVA904052 J ,A X'15020 N 612 ~ 17 SCRAH SOLENOID P I L OT CITO-V-126 612 7 R 530 L+5/3s7 CRO HCU-4219+

02C12 2 A I 0 A H528 02 CRO SPV-1184223 A610 HVA901052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-1266127 R 530 L ~ 5/3o7 CRO HCU 1223+

02C12 2 0 A tlS 28 02 CRO"SPV-1184227 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRO-V 1266127 R 530 LE 5/3 ' CRO-HCU 4227+

02C12 2 A 1 0 A H52 8 02 CRO-SPV-1184231 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT 02C12 CRO-V-1266127 R 530 K '/3o7 CRO-HCU 4231+

2 A 1 0 A H528 02 CRO-SPV 1184235 D610 HVA904052 J A X 315020 M 612 ~ 17 SCRAH SOLENOID PILOT CRO V 1266127 R 530 K~ 2/3 ~ 7 CRO flcU 4235+

02C12 . 2 A I 0 A M52 8 D2 CRD-SPV 1184239 A610 HVA904052"il 315020 612 SCRAH SOLENOID PILOT 02C12 2 A CRD-V-1266127 I 0 A H528 R 530 K '/3 '

D2 A X N CRO-HCU-4239+

~ 17 CRO-SPV-1184243 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAtl SOLENOID P IL OT CRD V 1266127 R 530 K ~ 2/307 CRO HCU 4213+

02C12 2 A 1 0 A M52 R 02 CRO-SPV-1181247 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD V-IP66127 R 530 K ~ 2/3o7 CRD-tlCU-4247+

02C12 2 h 1 0 A I'528 n2 CPD-SPV 118'IP51 A610 HVA904052-J 315020 tl 612 scRAH sOLENPID pIL0T cRO-v-1266127 02C)2 A I 0 A tl52 8 R 530 K '/3n2 ' A X CPO-HCU-4251+

CPO-SPV-1184255 A610 HVA9040S2".I A X 315020 N 612 ~ 17 SCRAf'I SOLENOI0 PILOT CRO-V-12661"7 R 530 K '/3o7 CRD-HCU-4255>

02C12 P A I 0 A F528 n2 CRD-SPV-1184i".59 A610 HVA904052-il A X 315020 61P 17 SCRA" SOLENOID PILOT CRO-V-1266127 02C12 2 A I 0 A M528 R 530 K '/3n2 ' N CPD-HCU-1259+

~

CVO-SPV-1184607 AF1 0 tlVA904052 il A X 31 5020 N 612 ~ 17 F

g,S SCRAM SOLI.'NOIO PILOT CPO-V-1266127 v 530 L ~ 5/3+7 CRD-HCU-4607i 02C12 2 h I n A 8528 np CRn-Sf:V-I I 84r I I AFIO HVA904052-J A X 315020 N 612 ~ 17 scRAH Lrttnl o plLn. CRin-V-1266)27 R ri30 L ~ CRD "HCU-4611+

02cl 2 A 1 v a flrv2 8

PROGRAH C]E-STD MASHINGTON PUBLIC POMER SUPPLT SVSTEH PAGE NO 00075 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS o ~ ~ SEISHIC lS) PARAHETERS ~ ~ ~ o ENV ~ I E) P ARAHf. TERS o EPN HFG HOOEL S E OID TH HL TEST ANL FO C FREO AGING OBE C HOURS OESCRIP T ION BLOB ELEV DETAIL ZONE ROON ACCURACZ COHPOSITE EPtt CONTRACT Lf'VEL EC USE SAFETT FUHCTICN A/E ORA]t]NG A/E ZONE CRO-SPV-1184615 A610 HVA904052 J A X 315020 N 612 SCRAH SOLENO]0 PILOT CRO-V-]268]27 ~ 17 R 530 Los/3o7 CRO-HCU-1615+

02C]2 2 A 1 0 A H528 D2 CRO-SPV 1184619 A6]0 HVA904052-J A X 315020 612 SCRAH SOLENOID PILOT CRD V"]268]27 N ~ 17 R 530 L ~ 5/3 ~ 7 CRO "HCU 4619+

02C12 2 A 1 0 A H528 02 CRD-SPV-11846?3 4610 HVA901052- J A X 315020 612 N 17 SCRAH SOLENOID 02C12 2 PlLOT CRO-V-]268]27 A I 0 A H528 R 530 Lo5/3 ' CRO HCU 1623+

~

D2 CRD-SPV-1]84627 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-]266]?7 R 530 L ~ 5/3o7 CRO-HCU-16?7+

02C]2 2 A I 0 A HS2a 02 CPO" SPV-1184631 A610 HVA904052 J A X 315020 N 612 ~ 17

(! SCRAH SOLEHn]0 PILOT CRO-V-]?66]27 R 530 K~ 2/3o7 CRD t?CU-463]4 02C]2 2 A I 0 H528 02 CRO-SPV-1184635 A610 HVA90h 052- J A X 315020 N 612 ~ 17 SCRIH SOLENOID PILOT CRO V-]268]?7 R 530 K~ 2/3o7 CRO-HCU-1635+

02C]2 2 A 1 0 A H52 8 D2 CRO-SPV 1181639 A610 HVA904052 J A X. 315020 612 17 SCRAH SOLEt]010 02C12 2 PILOT CRO-V-]268]27 A l 0 A Hs 28 R 530 K '/3 '

D2 N

CRD"HCU-4639+

~

CRO-SPV 1184643 4610 HVA904052-J A X 315020 N 612 ~ 17 SCI?AH SOLI't]OID PILOT CRO-V-]26C]?7 R 530 K ~ 2/3%7 CRD HCU-1613+

02C]? I 0 2 A 0 A H528 n2 CRO-SPV 1184647 A6]0 HVA901052-J 315020 612 17 Q.)

SCRAH SOLENOID PILOT CRO 02C]2  ? A 1 V-]26A]?7 0 A H5?8 R 530 K '/302 'A X N CRD-HCU 46474

~

CRD-SPV 1184651 A610 HVA904052-J A X 315020 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-]26$ 1?7 02ci? 2 A I 0 A H52 8 R 530 K '/302 ' N CRD-tlCU 465]+

0 CRO-SPV-] 184655 h610 HVA904052-J A X 3150?0 tt 612 F 17 SCRAH SOLE'NO]0 PILOT CRO-V-]266]27 R 530 K~ 2/3 ~ 7 CRO HCU 4655+

02C]2 0 2 1 n H52tt n2 CRO-SPV-1] 85011 AG]0 HVA904052-J A X 3] <<020 612 ~ 17 SCRAH SOLf:NOIO PILOT CRO-V ]26A]?7 02C]2 R 530 Les/3 ' CRO-HCU-501 1+

2 0 t!52 8 n2 CRO-SPY-1185015 A6] 0 HVA904052- J A 315020 N 612 ~ 17 SCRAM SOLEttOID PILOT CR!] V-]26!t]?7 t? 53e LE 5/3 ' CIO-ttCU-50]S+

02C]? ] 0 A r2

PROGRAH C1E-STO 1IASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00076 MNP-2 CLASS 1E EQUIPHENT LIST DATE Og/06/83 STATUS 000SEISNIC <S) PARANETERS ~ 00 0ENV ~ TE) PARANETERS0 EPN NFG NOD I'L S E QID TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCP IP TION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION: A/E DRAMING A/E ZONE 0

CRD-SPV-1185019 SCRAN SPI.ENOID 02CI? 2 PILOT CRO A610 V-1266127 0 A HVA904052 J N528 R 530 LE 5/3 02

'; '15020 A X N 612 CRO" IICU-50190

~ 17 0

CRO-SPV-1185023 A610 HVA904052 J A X 315020 N 612 F 17 SCRAH SOLENOID PILOT CRO V" 1266127 R 530 LE 5/307 CRO HCU-5023+

02C12 2 A I 0 A N52 8 n2 CRO-SPV-1185027 A610 HVA904052"J A X 315020 N 612 ~ 17 SCRAH SOLErlnIO PILOT CRD V 12661?7 R 530 LE 5/307 CRO-HC U -502 7+

02C12 2 A I 0 A H52 8 D2 CEO-SPV 1185031 A610 HVA904052-J 315020 612 17 SCRAtl SOLENOID 02C12 2 P ILOT A

CR D I

V-126 61? 7 0 A H5 28 R 530 K '/302 'A X N CRO"HCU 50310

~

CRD-SPV-1185035 A610 HVA904052-J A X 315020 612 ~ 17 0 SCRAH SOLENOID PILOT CRD V 12661?7 R 530 K '/307 CRD-HCU-5035+

02C12 2 A I 0 A H52 8 D2 CRO SPV-1185039 A610 HVA904052"J A X 315020 N 612 ~ 17 SCRAH SOLENOID P ILOT CRO V 1266127 R 530 K~ 2/3 ~ 7 CRO HCU 50390 02C12 2 A 0 A N52 8 D2 CRD SPV 1185043 A610 HVA904052 J X 315020 N 612 ~ 17 SCRAN SOLENOID PILOT CRO-V 12661?7 R 530 K~ 2/307 CRO HCU 50431 02C1? 2 A I 0 A HS 28 02 CRD-SPV-1 l 85047 A610 HVA904052-J A X 315020 N 612 ~ 17 0

SCRAH SOLENOID PILOT CRD-V-12661?7 R 530 K~ 2/3 ~ 7 CRD-HCU-5047+

02C12 A I 0 A H52 8 D2 CRO-SPV-1185051 A610 HVA904052-J A X 315020 N 612 ~ 17 SCR>H SOLENOID PILOT CRO V-1266127 R 530 K ~ ?/307 CRD HCU 5051+

02C12 2 A I 0 A It528 D2 CPD-SPV-1185415 A610 HVA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO-V-1266127 R 530 L ~ 5/307 CRD HCU 54150 02C12 2 A 0 852 8 D2 CRD-SPV-1185419 AfIO HVA904052-J A X 315020 0 612 ~ 17 SCRAH SOLENOID I ILOT CRO-V 12661 "7 R 530 LE 5/3 ' CPD-HCU-54190 02C12 2 A I tt A BS?8 n?

CRO-SPV-11854?3 6610 IIVA904052- J A X 315020 I! 61? ~ 17 SCRAH SOLEtlOID PILOT CRD-V-1?6610 7 R 536 L ~ 5/307 CRD IICU-5423+

0?C12 2 A I 0 N52 8 02 CRD-St'V-ll85427 4610 HVA904052 J A X 315020 N 612 ~ 17 SCR4'l:NOI 0 PILOT CRD V-1266lt 7 R 530 LE 7 CRO-IICU-5427+

02C1 2 A n a N52 8

PROGRAH C1E-STO VASHINGTON PUBLIC POVCR SUPPLY SYSTCH PAGE'O 000TT VNP-2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS ~ +~ SEISMIC I 8) PARAMETLRS~~ ~ ~ CNV ~ ff') PARAMETERS+

EPtl PFG MODEL OIO TM HL TEST ANL FO C FRED AGING OBE C HOURS OCSCRIPT ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITC EPW CONTRACT Lf:VEL EC USE SAFE:TY FUNCTION ~

A/E BRAVING A/E ZONE CRO-Sf'V-1185431 A610 HVA904052-J A X'15020 N 612 ~ 17 SCRAM SOLENOID PILOT CRO V 1268127 530 K '/3o7 CRO "HCU-5431+

02C12 2 A I 0 A M528 02 CRO-SPV-1185135 A610 HYA904052 J A X 315020 N 612 F 17 SCRAH SOLENOI 0 PILOT CRO V-)266127 R 530 K '/307 CRO HCU-5435+

02C12 2 A I 0 A H52 8 02 CRO SPV-1185439 A&10 HYA904052 J A X 315020 N 612 ~ 17 SCRAH SOLENOID PILOT CRO V I?661?7 R 530 K ~ 2/3e7 CRO-HCU-5139+

02C12 A 10 A HS 28 D2 CRD-SPV-1185143 A610 HVA901052- J A X 315020 N 612 ~ 17 scRAM snL c NnI 0 PILOT CRD-V-1266127 R 530 K ~ 2/307 CPO HCU 5443+

02C12 2 A I 0 M528 02 CRO-SPV-1185447 4610 HVA904052-J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CRD V-1266127 R 530 K~ 2/3+7- CRD HCU 5147+

02C12 2 A 1 0 )f528 . 02 CRO-SPY 1185819 A610 HVA904052 J A X 315020 N 612 F 17 SCRAH SOLENOID PILOT CRO V 1266127 R S30 LES/3e7 CRO-HCU-5819+

02C12 2 A 1 0 A M52 8 D2 CRO SPV-11858?3 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAM SOLENOID PILOT CR 0- V-126 6 1? 7 R 530 L ~ 5/3o7 CRO HCU 5823+

02C12 2 A I 0 A H528 D2 CRD-SPV 1185827 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRAH SOLENOID P ILOT CRO V 12661?7 R .530 Le5/3o7 CRO-tlCU-5827+

02C12 2 A I 0 A K528 02 CRO SPV 1185031 A610 HVA904052"J A X 315020 N 612 ~ 17 SCRAH SOLENOiD PILOT CRO-V 12681?7 R 530 K~ 2/3o7 CR D "HCU "583 1+

02C12 2 A. I 0 A H52 8 n?

CRO-SPV-1185835 A610 HVA904052-J 315020 612 17 SCRAH SOLENOID 02C12 2 PILOT CRD-V-12661?7 A 1 0 M52 8 R 530 K '/3n2 'A X N CRD-HCU-5835+

~

CRO-SPV 1185839 A610 HVA901052-J 315020 612 17 SCRAH SOLEtlOIO 02C12 2 PILOT A

CRO V I 0 12661 ~ 7 A I'.52 8 R 530 K '/3n2 'A X N CRO-HCU SP39+

~

CRO-SPV-1185843 A610 HVA904052-J A X 315020 N 612 ~ 17 SCRhtl SOLCNOID PILOT CRD-V-12661?7 R 530 K~ 2/So7 CRD-HCU-58131 02CI2 A I n M5 21 n2 CRO-SPV-182 VII30 V070900-458/tll0 P 315026 16 E ~ 17 SOL ~ VALYE TO CRO Y-)RO/181 R S25 J ~ 1/4 ~ 8 02 2 h I 0 API H52P C10

O PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00078 MNP-2 CLASS IE EQUIPHENT L IS T DATE 09/06/83 STATUS os SEIStllC lS) PARAHETERSooo oKNV ~ lE) PARAHETERS*

EPN HFG HODEL ' E DID TH HL TEST ANL FO C FRED AGING OBE HOURS 0 DETAIL, '

C DESCRIP 7 ION BLDG ELEV ZONE ROOH ACCURACY COHPOSITK EPN CONTRACT LEVEL EC USE SA)KTY FUNCTION "A/E BRAVING A/E ZONE CRD SPV-9 V030 V70900-16 P'15026 06 17 I ~ 5" SOLENOID CAS TO CRO-V-IO R 528 do2/Io6 E ~

02C12 2 A 0 A H528 D12 CRO SV-120/0219 A610 HVA1709662A X'X 324007 N 612 ~ 17

~ 5"SOLEtl010 VITHORAV EXHAUST V ALVE R 522 L5/8 ~ I ,CRO-HCU 0219o 02C12 2 A 1 0 A~ ei H528 CI CRO-SV-120/0223 A610 HVA1709662A X X 321007 N 612 17

~ 5" SOL EtlOI 0 VI THOR AM EXHAUST VALVE F

R 522 L5/8 ~ I CRO HCU 0223o 02C12 2 A I 0 A~ Bi H528 C4 CPD-Sv 120/0227 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLEttOIO MITHORAV EXHAUST VALVE

' R 522 LS/8 ~ I CRD-tlCU-0227o 02C12 A 1 0 AoBI HS 28 C4 CRD-SV-120/0231 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLEtlOIO MITHDRAV EXHAUST VALVE R 522 L5/8,'I CRD-HCU-023 lo 02C12 2 A 1 0 A ~ 81 H52 8 CI CRO-S V-120/0235 A610 HVA1709662A X X 321007 N 612 F 17

~ 5oSOLEtlOIO MITHDRAV EXHAUST VALVE R 522 K2/8 ~ I CRO-HCU 0235o 02C12 2 A 1 0 AMBI HS2 8 CI CRO SV 120/0239 A610 HVA1709662A X X 321007 N 612 ~ 17

~ SoSOLEHOIO MI'THDRAV EXHAUST VALVE R 522 K2/Bo I CRO-HCU 0239o 02C12 2 A I 0 A~ Pl H52 8 CI CRO-SV IN 0/0243 A610 HVA1709662A X X 324007 N 612 17 5 SOLEttOID MITHORAV EXHAUST VALVE 02C12 2 I A>e) HS?8 R 522 K2/8 ' CRD-HCU-0243o

~

A n CI CRO SV-120/0615 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLEHOIO VITHDRAV EXHAUST VALVE R 522 LS/8 ~ 4 CRO HCU 0615o 02C12 2 A I 0 AyPI H52 8 CI CRD-SV-120/0619 Ah10 HVAI709662A X X 324007 N 612 ~ 17

~ 5" SOLEtl91D II I THOR AM EXHAUST VALVE' R 522 LS/&F 4 CRD-HCU-0619o 02C12 2 A 0 Aoel H528 CI CRO-SV-120/0623 )610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID 02C12 VITHORAM EXHAUST VALVE A ~ I' R 522 L5/8 ' CRD-HCU 0623o 2 A 1 0

• HS? R CI CRO-SV-120/Oh27 Af 10 HVAI7096624 X X 324007 N 612 ~ 17

~ 5"SOLEtlOIO MI TIN)RAV EXHAUST VALVE 522 L5/n ~ I CPO-ttCU-06274 02C12 2 A l 0 Att I 852 R

CI 0 CRD-SV 120/0631 Ah) 0 tt V A170<662A A X 324007 tl 612 ~ 17

~ 5" S lOI D Vl It<DRAM EXHAUST VALVE R 522 L CRO-HCU-0631o 02C A n A.li HSRR

0.

PROGRAP CIE-STO VASHI NGTON PUBLIC POVER SUPPLY SYSTEII PAGC NO 00079 UNP 2 CLASS IE EOUIPHENT LIST DATE'9/06/83 STATUS +++SEISHIC IS) PARAHETERS~ ~ ~ ~ ENV ~ I E) P ARAHETERS ~

EPN HFG HODEL S E OIO TN HL TEST ANL FO C FREO AGING OBE C HOURS Df'SCRIP TI ON BLDG ELEV DETAIL ZONC ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUtlCTIGN A/E DRAVING A/E ZONE CRO-SV-120/0635 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLEtl010 VITHORAM EXHAUST VALVE Rr 522 K2/Bol CRO-HCU-0635+

02CIP 2 A I 0 AePI N528 -

. C4 CRO-SV 120/0639 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLFtinID VITHDRAU EXHAUST VALVE R 522 K2/Be4 0639+

CRO HCU 02C12 2 A I 0 Ai81 HS2 8 CI C" D-SV-120/0643 A610 HVA1709662A X X 321007 612

~ 5 "SOLENOID MI THOR h!I EXHAUST VALVF.

N ~ 17 R 522 K2/8 ~ 4 CRO-HCU 0613+

02C12 2 A I 0 A ~ Pl N528 CI CRO-SV-120/0647 A610 HVA1709662A X X 321007 N 612 ~ 17-

~ 5"SnLCIIOIO VITHORAM EXHAUST VALVE' 527. K2/8 ~ 4 R CRO-HCU"0647+

02CIP 2 A 0 A ~ Pl tl52 8 C1 CRO-SV 1PO/1011 A610 HVA1709662A X X 321007 612 N ~ 17

~ 5 "SOLCIIGID VITHORAM EXHAUST VALVC 522 LS/Bo 4 R CRD HCU 1011+

02C12 2 A I 0 AMBI N528 Cl CRD-SV 120/1015 A610 HVA1709662A X X 321007 N 612 17

~ 5"SOLFNOID MITHORAM EXHAUST VALVE 02C12 2 A 1 0 AMBI N528 R 522 LS/8 C4

' CRO-HCU-1015+

F CRD-SV-120/101n A610 HVAI709662A X 'X 324007 N 612 F 17

~ 5 "SOLF tt010 Ml TIIDR AV EXHAUST VALVE 02C12 2 I A ~ Pl R 522 LS/8 ' CRO HCU 1019+

A 0 N52 8 C1

. CPO-SV" 120/1023 A61n HYA1709662h X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAV CXHAUST VALVE 522 L5/8 ~ 1 R CRO HCU-1023+

02C12 2 A I 0 A ~ Bl H528 C4 CRO-SV-120/1027 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID VITHORAM EXHAUST VALVE 02C12 2 I 0 R 522 LS/8 ' CRD HCU 1027+

0 A A ~ 61 H528 C4 CRD SV-170/1031 A610 HVA1709662A X X 324n07 N 612 ~ 17

.5"SOLEIIGID MITHDRAV EXHAUST VALVE I? 522 LS/ Be 1 CRD fICU-1031+

OPC12 2 A I 0 Arrl H52 8 C4 CRD-SV 120/1035 h610 HVA1709662A X X 324007 tl 612 ~ 17

~5 "SOLCI'OIO MITtIDRAM f.'XHAUST VALVE OPC12 I PI.

R 522 KP/8 ' CRO-HCU-1035+

2 A 0 A~ H528 C4 CRD-SV-120/1039 AFIO HVA1709662h X X 371007 N 61P 17

~ "SOLENOID MITHDRAV f'XIIAUST VALVE 02CI 2. A I 0 A ~ L'1 HSPP R 522 K2/8 C4

' CRD-HCU-1039+

~

CRO-SV-120/1043 A610 HVA1709662A X X 324C07 N 612 ~ 17

~ 5"SOLCtlOID 'Vl TIIDRAV f:XHAUST VALVC R 522 K2/Pe 4 CRO-HCU-1043+

02C12 2 A 0 hot'I 85 PP r4

PROGRAH CIE-STD MASHINGTON "PUBLIC POIJER SUPPLY SYSTKH PAGE NO 00080 MNP-2>>CLASS IE EQUIPHENT LIST DATE 09/06/83 STATUS ~ ~~SEISHIC (S) PARAHETERS+++ KENYA IE) PARAHETERS ~

CPN IIFG HODEL S C QID TH HL TEST ANL FO FRED C AGING DBE C HOURS OESCRIP I ION BLDG KLEV DETAIL ZONK ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZOIJE CRO-SV-120/1047 A610 HVA1709662A ~ X 321007,, N 612 ~ 17

~ 5"SOLEtJOIO MITHDRAM EXHAUST VALVE 22 "X'2/Bsh, CRO-HCU 104 7+

02C12 2 A 1 0 AD Bl H528 Ch CRO" SV-120/1051 A610 HVA1709662A 'X X 321007 612 N ~ 17

~ 5"SOLENOID VITHDRAV EXHAUST VALVE - R 522 K2/8>> 1 CRO HCU 1051+

02C12 2 Jl 0 Atf'I tl52 8 C1 CRO "SV-120/1407 A&1 0 HVA1709662A X X 321007 N 612 ~ 17

~5 "SOLENOID Ml THORAll EXHAUST VALVK R 522 L5/8%4 CRO-HCU 1407+

02C12 2 A I 0 AiP1 H5 28 CI CRO-SV-120/1411 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID VITtlDRAM EXHAUST VALVE R 522 L5/8 ~ 1 CRO-HCU 1411+

02C12 A I 0 A ~ Pl H528 CI CRO-SV-120/1'l15 A610 HVAI709662A X X 321007 N 612 ~ 17

~ 5 SOLENIIIO MITHDRAM'XHAUST VALVE R 522 L5/8 ~ 4 CRO-HCU-14151 02C12 2 A 1 0 A~ Bl H528 Ch CPD-SV 120/1419 A610 HVA1709662A X X 321007 612 N ~ 17

~ 5"SOLKtJOIO MITHORAM EXHAUST VALVE R 522 L5/8 ~ 1 CRD-HCU-1 hi 9+

02C12 2 A I 0 At&1 H52 8 Ch CRD-SV-120/1423 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAlt EXHAUST VALVE R 522 L5/P. ~ 4 CRO-HCU "I'123+

02C12 2 0 ArPI H52 8 Ch CRO-SV 120/1427 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SJILCtJOID IJITHORAV EXtlAUST VALVE 02C12 I R 522 L5/8 ' CRO-HCU 1427+

0 A~ PI H52 8 C4 CRD-SV-120/1431 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLKJJOIO VITHORAM EXHAUST VALVF. R: 522 L5/8 ~ 4 CRD HCU-14314 02C12 A I 0 A ~ Pl I1528 C4 CRD-SV 120/1435 A610 IIVAI70.662A X X 324007 N 612 ~ 17

~ "SOLENOID Vl THORAM EX1IAUST VALVE R 522 K2/I'h CRD HCU 1435+

02C12 2 A I 0 A ~ Pl 115 28 C4 CRO-SV-120/1439 A&10 HVAI709&62A X X 321007 N 612 ~ 17

~ 5 SOLENOID MITHDRAV EXHAUST VALVE R 522 K2/O>>4 HCU-1439+

02C12 2 A I 0 A~ fl ~l52 8 rh CRO CRO-SV-120/1443 Af 10 HVA1709662A X X 324007 N 612 ~ 17

~ 5 "SOLCIIOID MI THDRAIJ f XHAUST VALVF, R 522 K2/804 CRO HCU 1443+

02C12 2 A I 0 A ~ l11 P528 C4 CRD-SV-120/1447 A610 HVAI70966PA X X 321007 N 612 ~ 17

~ 5"S OIO VITHARA>> EXHAUST VALVE R 522 K2 CF.O-HCU" 1447+

02C1 2 A I 0 A ~ I'.1 +52P

PROGRAM C1E-STD MASHI HGTON PUBLIC POMER SUPPLY 5'YSTEH PAGE NO 00081 VNP-2 CLASS IE EOUIPHENT L,IST DATE 09/06/83 STATUS ~~~SEISMIC IS) PARAHETERS+ ~ w +ENV ~ IE) PARAMETERS+

EPN HFG MODEL S E QIO TH HL TEST ANL FO C FREO AGING OBE C HOURS nESCR IP I ION BLDG ELEV DETAIL ZONE ROOM ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-SV 120/1451 A610 HVA1709662A ' X 321007 N 612 ~ 17

~ 5 "SOLEN010 V I THDR Alt EXHAUST VALVE R 522 K2/8 ~ I . CRD-HCU-1451+

02C12 A I 0 A ~ Dl H528 C4 CRO-SV-120/i455 Af 10 HVA1709662A 'X X 321007 N 612 ~ 17

~ 5"SOLEttOID VITHDRAV EXHAUST VALVE R 522 K2/8 ~ I CRD HCU-1455+

02C12 = 2 A I 0 A ~ Bl C4 CRO-SV-120/1803 A610 HVAI709662A X X 324007 N 612 17

~ 5"SOLENOID ltlTHDRAV EXHAUST VALVE 02C12 2 A I 0 Aiel H52 8 R 522 L5/8 CI

' CRO-HCU 18034

~

CRO-SV-120/1807 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLEtlOIO ltITHORAM EXHAUST VALVE R 522 L5/8 ~ I CRO HCU-1807+

02C12 2 A I 0 At81 H5 28 CI CRD.-SV 120/1811 A610 HVA1709662A X X 321007, N 612 ~ 17

~ 5"SOLENOID VITHDRAV EXHAUST VALVE R 522 L5/8 ~ I CRO-HCU 1811+

02C12 2 A I 0 At81 M52 8 CI CRO-SV-120/1815 A610 HVA1709662A X X, 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 L5/Bil CRD HCU 1815+

02C12 2 A I 0 A ~ Bl K528 CI CRD-SV-120/1819 A610 HVA1709662A X X 321007 N 612 ~ 17

~

~ 5"SOLENOID VITHORAM E'XHAUST VALVE 02C12 2 A I 0 A+8 1 M52 8 R 522 L5/8 '

CI CPO HCU 1819+

CRO-SV-120/1823 A610 HVA1709662A X X 324007 N 612 17

~ 5"SOLENOID VITHDRAV EXHAUST VALVE 02C12 2 A I 0 A>el M528 R 522 L5/8 '

C4 CRO HCU-1823+

~

CRD SV-120/1827 Af 10 HVA1709662A .

X X 324007 N 612 ~ 17

~ 5" SOLEtlOIO MITHltRAM EXHAUST VALVE R 522 L5/8 ~ 4 CRO HCU-1827+

02C12 2 A I 0 AMBI M52 8 Ch CRO-SV-120/1831 A6l0 HVA170966PA X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 L5/8 ~ I CRD HCU 1031+

02C12 2 A 1 0 Arnl M528 CI CRO SV-IPO/1835 A610 tIVA17096624 X X 324007 N 612 ~ 17

. 5 "SOL ENO I 0 MI THOR A V EX tlA US I V ALVE R 522 K2/PE 4 CRO HCU 1835+

02C12 2 A I 0 AeFI M52 8 CI CRO-SV-120/1839 At'10 HVAl709662A X X 321007 N 612 F 17

~ 5"SOLEHOIO MITtlDRAV EXHAUST VALVE R 522 K2/Ria CRO-HCU-18391 02C12 . 2 A I 0 A ~ Pl M528 CI CRD-SV 120/1843 A610 tlVA1709662A X X 324007 N 612 ~ 17

~ 5" SOLEtlOID ltITHORAV EXHAUST VALVE R 522 K2/ne I CRD-HCU 18434 02C12 2 A 1 0 Art' M52 P CI

PROGRAH CIE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTCH PAGE NO 00082 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS ~ ~~SEISHIC lS) PARAHCTERSi ~ * ~ ENV ~ (E) P ARAHE TERS ~

EPN HF'G HOOEL S E OID TH HL TEST ANL FO FREQ C AGING OBE C HOURS OESCR IP 7 ION BLDG ELEV

. A/E ORAMING DETAIL'ONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL CC USE SAFETY FUNCTION A/E ZONE CRO-SV 120/1847 n610 HVA1709662A ' '21007 "

4 X N 612 ~ 17

~ 5"SOLENOID MITHORAM EXHAUST VALVE =

R 522. K2/Beh CRO HCU 1847+

02C12 2 A I 0 A ~ 81 8528 C1 CPO SV-120/1851 A610 HVA1709662A X X 324007 N 612 F 17

~ 5"SOLENOID MITHORAV EXHAUST VAI.VC R 522 K2/8eh CRO HCII 185 I+

02C12 2 A I 0 AMBI H528 Ch CRD-SV 120/1855 A610 HVA1709662A X X 321007 N 612 F 17

~ S~SOLEIIOID MITHDRAM EXHAUSI'ALVE 522 K2/8 ~ 1-R CRO-IICU 1855+

02C12 2 I 0 Ao81 H528 Ch CRO "S V-120/1859 A610 HVA1709662A X X 321007 612-N ~ 17

~ 5"SOLFNOID 'MITHORAlt EXHAUST VALVE R 522 K2/8 ~ 1 CRO HCU 1859+

02C12 2 A I 0 AMBI H52 8 Ch CRO-SV-120/2203 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5 "SOLrtlDIO MITHDRAV EXHAUST VALVE 522 LS/844 R CRD HCU-2203+

02C1? 2 A 1 0 At?1 H528 Ch CRO SV-120/2?07 n610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLEIJOID MITHDRAM EXHAUST VALVE R 522 LS/ah CRO HCU 22071 02C12 2 A 1 0 Ae81 H528 Ch CRO-SV-1?0/2211 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLEIIOIO MITHORAM EXHAUST VALVE R 522 LS/8 ~ 4 CR D-HCU -221 I+

02C12 2 A 0 At? I H528 Ch CRO-SV l?0/2215 A610 HVA1709662A X X 324007 N 612 ~ 17 ~

~ 5"SOLENOID MITHDRAM EXHAUST VALVC R 522 LS/8 ah CRD HCU 22)5+

02C12 2 A I 0 AMBI 852 8 C4 CRO-SV-1?0/2?19 A610 HVA170966?A X X 324007 N 612 ~ 17

~ 5"SOLEtIOIO ltITHDRAM EXHAUST VALVF. R S22 L5/P ~ 4 CRO-HCU-2219+

02C12 2 A 1 0 A ~ Pl H528 C4 CRO-SV 120/2223 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID IIITHDRAV EXHAUST VALVE R 522 LS/PE 4 CRO-IICU-2223+

02C12 2 A I 0 A ~ Pl H52 II C4 CRO"SV-120/2?27 n610 HVA17096624 X X 3241 007 N 612 F 17

.5"soLENOID MITIIDRAu rxHAURT vaLvr. R 522 LS/PE 4 CPO HCU 2227+

02C12 2 A 1 0 AeP1 C4 CRO-SV 120/2231 P610 HVA1709662A X X 324007 tl 612 ~ 17

~ 5"SOLENOID MITHDRAV EXHAUST VALVf. R 522 LS/PE 1 CRO-HCU-2231+

02C12 2 A 1 0 Atf 1 H5 18 C4 CRO-SV-I? 0/2?35 AF10 HVA1709662A X X '321007, tt 612 ~ 17

.S~s~ nlo ul THORAu rxttnusT vnt.vr. R 522 K CRD-I<CO-22354 02CI n I 0 Ari ."<52 8

0 PROGRAH CIE-STD VASHINGTON PUBLIC POMCR SUPPLY SYSTEH PAGE tlo 00083 VNP-2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS +i~SEISNIC (S) PARANETERS+ ~ + ~ ENV ~ (E) P ARAHE TERS ~

EPN HFG HODCL S E 1IO Ttl HL TEST ANL FO C FRED AGING OBE C HOURS OESCRIP I ION BLDG ELEV DETAIL 'ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION 4/E BRAVING A/E ZONE

~ CRO SV 120/2239 4610 HVA1709662A 'X'X =

321007 N 6!I2 ~ 17 I -'

~ SiSOLCNOIO MITtlORAV EXHAUST VALVC R 522 K2/8 CRO-HCU-2239+

02C12 2 4 0 4 ~ Bl N528

' =

Ch CRO-SV 120/2213 4610 HVA1709662A X X 324007 N 612 ~ 17

~ S"SOLEtlOID MI THORAM CXHAUST VALVE 8 522 K2/8 ~ I CRO-HCU-2213+

02C12 2 4 I 0 A,nl H528 Ch CRD SV )20/2247 A610 HV417096624. X X 321007 N 612 17

~ 5"SOLEtlOID VITHDRAM EXHAUST VALVE 02C12 2 4 .1 0 AePI 8528 R 522 K2/8 C4 CRO-HCU 2247+

~

CRO-SV-120/2251 4E10 HVA17096624 X X 324007 612

'l N ~ 17

~ 5"SOLENOID MITHORAM EXHAUST VALVE R 522 K2/'Bih CRO-HCU-2251+

02C12 2 4 1 0 4 H528 Ch CRO-SV 120/2255 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID MITHORAM EXHAUST VALVE R 522 K2!804 CRD-HCU-2255<

02C12 2 4 1 0 A ~ Fl NS28 Ch CRO SV-120/2259 46)0 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID VITHORAV EXHAUST VALVE 02C12 2 4 I 0 AtPI R 522 K2/8 ' CRD HCU 2259+

H52 8 Ch CRO-SV-120/2603 4610 HVA17096624 X X 321007 N 612 ~ 17

~ 5"SOLEtl010 MITHORAV EXHAUST VALVE; 522 LS/Beh R CRO-HCU 2603+

02C12 2 4 I 0 A ~ Bl N528 C4 CRO-SV 120/2607 4610 HVA1709662A X X 324007 N 612 ~ 17

~ 5 "SOLCtlOID VI THDRAll EXHAUST VALVE R 522 L5/F ~ 4 CRO-HCU-2607+

02C12 2 4 1 0 4 ~ I<1 N52 8 C4 CRO-SV 120/2611 4610 HVA17096624 X X 321007 N 612 ~ 17

~ 5"SOLCttnID MITHDRAV EXHAUST VALVE 02C12 4 I A.rl R 522 L5/8 ' CRO-HCU-261 1+

0 HS 28 C4 CRO SV-120/2615 4610 HVA17096624 X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAM CXHAUST VALVE R 522 L5/8 ~ h CRD-HCU-2615+

02C12 2 4 1 0 AoPI r.h CRO-SV-120/2f<19 4610 HVA17096624 X X 324007 4 612 F 17

.5"SOLENOID MITHORAM EXIIAUST VALVE R 522 LS/n ~ I CRO HCU-2619+

02C12 2 P I 0 Aet) l!5 28 r.h CRD-SV-120/2f 23 4610 HVA17096624 X X 324007 N 612 ~ 17

~ 5"SOLENOID VITHDRAM EXHAUST VALVE' R 522 L5/8 ~ 4 CRO-HCU-2623+

02C12 2 A 0 4 ~ l'1 N52 I Ch CRO-SV-120/2627 4610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SnLEtlOIO MITHORAV EXHAUST VAI.VC 02C12 P. 522 LS/8 ' CRD-HCU 2f 27+

2 A 0 AeF1 t<528 C4

PROGRAH C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE No 00081 VNP-2 CLASS 1E EOUIPNENT LIST DATE 09/06/83 STATUS + t+SEISNIC IS) PARAHETCRsiii >ENV ~ IEI PARANCTERSi EP~I HFG OESCRIP I ION NOBEL S E QIO TN HL TEST ANL FO C FRED AGING DBE C HOURS y BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL Ec USC SAf ETY FUNCTION, A/E DRAMING A/E ZONE CRO-SV 120/2F:31 A610 HVA170966?A X. X 324 007 N 612 ~ 17

~ 5"SOLENOID MITHORAM EXHAUST VALVE 522 L5/8 ~ 4:

Atoll R CRO HCU-2631+

02C12 A I 0 A~ Pl N528, . Ch--

CRO-SV-120/2635 A610 HVA1709662A X X 324007 tt 612 ~ 17

~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 K2/Bah CRD HCU 2635+

02C12 A 1 0 45 28 Ch CR 0-SV-120/2639 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLCN910 MITHDRAV EXHAUST VALVE R 522 K2/8 ~ 1 CRO HCII 2639+

02C12 2 A 1 0 A ~ Bl H528 Ch CRD-SV-120/2643 A610 HV11709662A X X 321007 N 612 17

~ 5"SOLENOID MITHORAM EXHAUST VALVE 02C12 2 A 1' A ~ Bl H528 R 522 K2/8 Ch

' CRO HCU-2643>

~

CRD SV 120/2617 A610 HVA1709662A X 321007 N 612 ~ 17

~ 5~SOLCIIOID lt'I THDRAM EXHAUST VALVE R 522 K2/8 ~ 4 CRD-HCU-2617+

02cl? 2 A I 0 Atl'I r28 C1 CRD-SV-120/2651 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5" SOLENOID MI THDRAM EXHAUST VALVE R 522 K2/8 ~ 4 CRO HCU-26514 02C12 2 A I 0 A~ Bl N528 C4 CR0-S V-120/2655 4610 HVA1709662A X X 324007 N 612 17

~ f 5 "SOL ttOI 0 4 I THDR AV EXHAUST VALVC R 522 K2/8 ~ 4 CRO HCU 2655+

~

02C12 2 A I 0 At&1 N52 8 C4 CRO SV I? 0/2659 A610 HVA1709662A X X 321007 N 612 ~ 17 o5"SOLENOID MITHORAM EXHAUST VALVE 02C12 2 A 1 0 A ~ I' N5?8 R 522 K2/8 '

Ch CRO-HCU-2659+

CRO-SV-120/3003 4610 HVA1709662A X X 324 007 tl 612 F 17

.5~SOLrt.oIO ul THORAM EXHAUST VALVr. R 52?. L5/Noh CRO-HCU 3003+

02C12 2 A I 0 A ~ 81 H528 rh CRO-SV-120/3007 A610 HVAL709662A X X 324007 N 612 ~ 17

~ 5"SOLCIIOIO VITHORAM EXHAUST VALVE R 522 LS/Reh CRD HCU 3007+

02C12 2 A I 0 A ~ Pl N528 C4 CRO-SV-120/3011 Af 10 HVA170966?h X X 324 007 N 612 ~ 17

~ 5"SOLCIIOIO MITHORAM EXHAUST VALVE R 522 L5/< ~ 4 CPD HCU-3011+

02C12 2 A 0 A>rI 528 C4 CRO-SV-120/3015 A610 HVA1 70966?A A 324007 N 612 ~ 17

~ 5"soI.ENolo vl THDRnu CXHALIST VALVE R 572 L 5/P ~ 4 CRD-HCU-3015i

-0 02C12 2 A I 0 A~I 1 C4 CRD-SV-170/3019 AG] 0 IIVA170966?A X 324007 N 612 ~ 17

~ 5"S~IOI 0 MI THDR Al! EXHAUST VALVE R 522 L CRD-IICU-3019+

02C~ 2 A 1 0 Ael 1 N52 I'

PROGRAM C1E-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGC NO 00085 VNP-2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS <<<< ~ SEISHIC (S) PARAMETERS<<ii <<ENYO IE) PARAHETERS ~

fPtt- HFG HODEL S E OIO TM HL TEST ANL FO C FRED AGING OOE C )IOURS OESCR IP T ION BLDG ELEV DETAIL ZONE ROOM ACCURACY CONTRACT'EVEL COMPOSITE EPN EC, USE SAFETY FUNCTION - A/E ORAIIING A/C ZONE CRO SV-120/3023 A610 HVA1709662A X X 321007 N 612 5"SOLCNOIO MITHDRAV EXHAUST VALVE ~ 17

~

R 522 L5/811 CRO HCU 30234 02C12 2 A 1 0 A ~ 81 .H528 C1 CRO SV 120/3027 A610 HVA1709662A 324007 X X -

N 612 17

~ 5"SOLE)IDIO VITHORAV EXHAUST VALVE 02C12 2 A 1 0 A ~ Rl M528 R 522 L5/8 '

C4 CRD-HCU 3027+

F CRD-SV-120/3031 A610 HVA1709662A X X 324007 N 612 5"SOLENOID MITHDRAM EXHAUST VALVE ~ 17

~

R 522 L ~ 5/3 ~ 7 CRO HCU 3031+

02clP 2 A 1 0 A ~ 81 H$ 28 C4 CRD"SV 120/3035 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAM EXHAUST VALVF. R 522 K~ 2/3 ~ 7 CRO-HCU-30354 02C12 2 A" 1 0 A ~ Pl M528 C4 CRO-SV 120/3039 A610 HVA1709662A 321007 X X N 612 ~ 17

~ 5"SOLFNOIO MITHDRAM EXHAUST VALVE R 522 K~ 2/3 ~ 7 CRO-HCU-3039+

02C12 2 A 1 0 Ae&l H52 8 C4 CRO-SV-120/3013 A610 HVA1709662A X X 321007 612 5"SOLENOID VITHDRAM EXHAUST VALVE N ~ 17

~ R 522 K ~ 2/3 ~7 CRO HCU 3043+

02C12 2 A 1 0 AqPI H528 Cl CRO-SV-120/3047 A610 HVA1709662A X X 321007 612

.5<<SOLEIIOID VITHDRAV EXHAUST VALVE N ~ 17 R 522 K~ 2/3<<7 CRO HCU 3047+

02C12 2 A 1 0 At81 H52 8 C1 CRD"SV-120/3051 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 K~ 2/3 <<7 CRD HCU 3051+

02C12 2 A 1 0 Aef 1 H52 8 C4 CRD-SV-IPO/3055 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLEtIOID VITHDRAM EXtIAUST VALVC 02C12 R 522 K '/3<<7 CRO-HCU 3055+

2 A I 0 A ~ Pl M528 C4 CRO SV 120/3059 A610 HVA1709662A X X 324007 N 612 <<17

~ 5"SOLENOID VITHDRAV EXHAUST VALVE R 522 KF 2/3 ' CPD-HCU 3059+

02C12 2 A 1 0 Ait'1 C4 CRO SV-120/3403 )610 HVA1709662A X X 324007 N 612 ~ 17

~ 5 "SOLENCID 'III THOR AM EXttAUST VALVE R 522 L ~ 5/3 ~ 7 CRD HCU 3403+

02C12 2 A 1 0 A~ I'l. M52 8 C4 CRD-SV-120/3407 Af ) 0 HVA1709662A X X 324007 ff 6)2 ~ 17

~ 5<<SOLENOID VITIIORAM EXHAUST VALVE R 522 LE 5/3 ' CRD HCU 3407+

02C12 2 A 1 0 As81 H52 8 C1 CRO-SV-120/3411 )610 HVA1709662A X X 324007 N 612 ~ 17

~ 5<<SOLCIIOID ltITHORAlt EXtlAUST VALVI' R 522 LE 5/3 ' CFO HCU-34) 14 02C12 2 4 0 A ~ I' ll52 8

PROGRAM C1E 570 UASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00086 UNP-2 CLASS 1E EOUIPMENT LIST DATE 09/06/83 STATUS - ~ ~ ~ SEISHIC IS) PARAMETERSoio ~ ENV ~ tE)

EPN MFG HOOEL S E OIO TH HL TEST ANL FO C FRED OBE PARAMETERS'GING C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROOM ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION . A/E ORAUING A/E ZONE CRO-SV-120/3415 A610 HVA1709662A =.X )f 324007 "N 612 ~ 17

~ 5oSOLENOIO VITHDRAM EXHAUST VALVE 522 L ~ 5/3o7 CRO-HCU-3415+

02C12 2 A I 0 AoPI M528 R

'=

C4 CRO-S V-120/3119 1610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID VITHDRAV EXHAUST VALVE R 522 LE 5/3o7 -CRD-HCU 3419o 02C12 2 A 1 0 Ae81 H52 8 C4 CRO SV-120/3423 A610 HVA1709662A X X 324007 N 612 ~ 17 o5"SOLENOID VITHORAM EXHAUST VALVE R 522 L ~ 5/3o7 CRD HCU 3123o 02C12 2 A I 0 A ~ Fl M52 8 CI CRD-SV 120/3427 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAV EXHAUST VALVE R 522 LE 5/3o7 CRD"HCU-3427+

02C12 2 A 1 0 A ~ 81 M528 C4 CRO-SV-120/3431 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID UITHORAV EXHAUST VALVE R 522 K '/3o7 .-

CRO HCU 3131o 02C12 A I 0 Aonl H528. CI CRO SV 120/3435 A610 HVA1709662A . X X 324007 N 612 ~ 17

~ 5"SOLENOID VITHORAM EXHAUST VALVE R 522 K '/3o7 CRD-HCU-3435+

02C12 2 A 1 0 A ~ El M528 CI CRD SV 120/3439 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5 "SOLEtlOID UITHORAU EXHAUST VALVE R 522 Ko2/3o7 CRO HCU 3439+

02C12 2 A 1 0 A~ Pl. M528 CI CRD SV 120/3443 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SGLEtlOID MITHORAM EXHAUST VALVE R 522 K2/Bo1 CRD-HCU 3143+

02C12 2 A 1 0 AoRI M528 C4 CRD SV-120/3447 A610 HVA170966PA 321007 612 ~ 17

~ 5"SOLENOID lllTHORAM EXIIAUST VALVE 02C12 2 A I 0 AD P1 M528 R 522 K '/3CI '

X X N CRO HCU 3447+

CPO-SV-120/3451 Af 10 HVA17096624 X X 321007 N 612 17

~ 5"SOLENOID UITHDRAV EXHAUST VALVE 02C12 2 A 1 0 A ~ Pl tl528 R 522 K '/3 '

C4 CRO HCU 3151o

~

CRO-SV-120/3455 A610 HVA17096624 X X 324007 N 612 ~ 17

~ 5"SOLEtlOID VITHORAV EXHAUS'I VAL'VE R 522 K~ 2/3 ~ 7 CRD-HCU-3455+

02C12 2 A 1 0 A ~ l'1 M52 8 64 CRD-SV.-120/34")9 A610 HVA1709662A X X 324007 N 612 17

~ 5"SOLENOID MITHORAM EXHAUST VALVE 02C12 2 A I 0 AiPI H528 R 522 K '/3 '

C4 CRD-HCU 3159o

~

CRO-SV )20/3003 A6)0 HVA170966&A X X 324007 N 612 ~ 17

~ 5"S~GID MITHORAM EXHAUST VALVE R 522 LE 7 CRO-HCU 38034 02C1~ 2 A 1 0 A~ Ll M528 A

PROGPAH CIE-STO VASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00087 VNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS 4 ~ ~SEISNIC lS) PARANETERS++4 4ENV ~ lE) PARANETERS+

CPN HFG NODEL S E OID TH tIL TEST ANL FO C FRED AGING OBC C HOURS OCSCRIP T ION BLDG ELCV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN COtlTRACT LEVEL EC USC SAE ETY FUNCT IOtl 1/E BRAVING A/C ZOtlE CRO-SV-120/3807 A610 HVA1709662A X X'21007 N 612 F 17

~ 5"SOLCtlCIO VITHDRAV EXHAUST VALVE R 522 L ~ 5/3+7 CRD"HCU-3807+

02C12 2 A I 0 A ~ DI -

Ch '528 Q CRD SV 1?0/3811 A610 HVA1709662A 321007 X X N 612 ~ 17

~ 5"SOLEIIOIO MITHDRAII EXHAUST VALVE R 522 LE 5/3 ' CRD-HCU-3811+

0 02C12 2 A 1 0 Atf!I H528 C4 t CRD-SV 120/3815 A610 HVA1709662A X'X 324007 612 N ~ 17 5"SOLENOID MITHORAM EXHAUST VALVC o ~

02C12 2 A I 0 A ~ 81 H528 R 522 LE 5/3o7 Ch CRD-HCU 3815+

CRD-SV-120/3AI 9 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID MITHORAM EXHAUST VALVE R 522 LE 5/3o7 CRO HCU-3819+

02C12 2 A I 0 A ~ Pl N528 C4 CRO-SV-120/3823 A610 HVA1709662A X X 321007 N 612 ~ 17

~ '5"SOLENOID VITHORAM EXHAUST VALVE R 522 I. ~ 5/3+7 CRD-HCU 3823+

02C12 2 A I 0 AtPI HS28 C4 CRO-SY-120/3827 A610 HVA1709662A X X 321007 ~ N '612 ~ 17

' 5%SOLEIIOIO VITHDRAM EXHAUST VALVE 522 5/3o7 R LE CRD-HCU 3827+

02C12 2 A I 0 A~ Bl H52 8 Ch CRO-SV-120/3831 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLEtlOIO VITHORAM EXHAUST VALVE R 522 K ~ 2/3+7 CRD-HCU-38314 02C12 2 A I 0 A481 H5? 8 C1 CRD-SV 120/3835 A610 HVA1709662A X X 321007 N 612 ~ 17

.5 "SOLENOID Vl THDRAM EXHAUST VALVE R 522 Ki2/3+7 CRD-HCU 3835+

(3 02C12 A I 0 A~ Pl H528 C4 CRD-SV-1?0/3fi39 A610 HVA17096621 X X 324007 N 612 ~ 17

.5iSOLEIIOIO VI THORAV EXIIAUST VALVE /307 0 0?C12 2 A 1 0 A~ I'1 H528 R 52? K~ ?

C4 CRD HCU 3839+

CRO"SV 120/3843 AE10 HVA170966?A X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM CXHAUST VAL VF R 52? K~ 2/3 ~ 7 CPD HCU-38434 02C12 2 A I 0 Awful F528 C4 0 CRD-SY-1?0/3847 AG10 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAM EXIIAUST VALVE R 522 K~ 2/3 ~ 7 CPO-HCU 3847+

02C12 0 I 0 A ~ EI H52 8 C4 CRD-SV-120/3851 A610 HYP 170<662A X X 324007 N 612 ~ 17 0 ~ 5"SOLENOID MITHDRAV EXHAUST VALVE R 522 K '/3o7 CPD HCU 38514 02C1? 2 1 0 A ~ I' 8528 rh CPO-SY-120/3855 AG10 tIVA170966?A X X 324007 N 612 +17

~ 5"SOLCII<10 MITHDRAM EXHAUST VALVE R 522 K~  ?/3 ~7 CRO-HCU-3855+

02C12 2 A 1 0 t ~ PI 852 8 C4

PROGRAH C1E STO IIASHINGTON PUBLic POMER SUPPLY S'YSTEH PAGE NO 00088 MNP 2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS iteSEISHIC IS) PARAHETERSttt tENV ~ IE) PARAHETERS ~

EPN HFG NOBEL S E 010 TH HL TEST ANL FO C FRED AGING OBE C DESCR I IP ION BLDG ELEV DETAIL'ONE ROOH ACCURACY CDHPOSITE EPN HOURS CONTRACT LEVEL Ec USE SAFETY FUNCTION A/E.ORAMING A/E ZONE CRO-SV 120/3859 A610 HVA1709662A ,X X 324007 N 612 17

~ 5 "SOLEHOIO MI THDRAlt EXHAUST VALVE 02C12 2 Atll R 522 K '!3of CRD-HCU 3859t

~

A 1 0 ~ H528 c4 CRO-Sv 120/4203 A610 HVA1709662A X X 321007 N 612 17

~ 5"SOLEHOID MITHDRAM EXHAUST VALVE 02C12 2 A 1 0 A ~ I' H52 8 R 522 LE 5/3 C4

' CRO HCU 1203t

~

CRD-SY-120/4207 AG10 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID IIITHORAM EXHAUST VALVE R 522 L'iS/3+7 CRD HCU 4207t 02C12 2 A 1 0 AtPI H5 28 C1 CRD SV-120/4211 A610 HVA1709662A X X 321007 N 612 ~ 17

.5.SOLErrnl 0 ul THDR au EXHAUST VALVE R 522 L ~ 5/3 ~ 7 CRD HCU 4211t 02C12 2 A 1 0 Atcl H528 C1 Ck 0-SV-120/1215 A610 HVA1709662A X X 321007 612 N ~ 17

~ s"sOLEtrnl0 MI THDRAM 02C12 2 A EXHAUST VALVE I 0 A~ Bl H52 8 R 522 LE 5/3 C4

' CRO-HCU 4215t I

CRO-SV-120/1219 AGIO HVA1709662A X X 324007 N 612 ol7

~ 5"SOLENOID MITHDRAM EXHAUST VALVE R 522 LE 5/3 ' CRD-HCU 1219t 02C12 2 A 0 A ~ Pl H528 C1 CRO-SY 120/1223 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID VITHDRAII EXHAUST VALVE 02C12 2 Atrial At81 R 522 LES/3 ' CRD HCU 4223t A 1 0 H528 C1 CRO-SY 120/1227 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID Ml THORAM EXHAUST VALVE: R 522 Lt5/3o7 CRD-HCU-4227t 02C12 - 2 A 1 0 A ~ l'1 HS 28 C1 CRD-SV-IPO/4231 A610 HVA1709662A X X 324007 N 612 ~ 17

.5 SnLEIIOID utTHDRAM EXHAUST VAlVE R 522 KoP/3+7 CRD HCU 1231t 02C12 2 A I 0 H52 8 CI CR 0-SV-12 0/4'F35 hGI 0 HVAI709662A 324007 612 X X N ~ 17

~ 5 "SOLENOID 'MI THORAV EXHAUST VALVE R 522 K~ 2/3 &7 CRO HCU 4235t 02C12 2 A 1 0 A ~ Pl H52 8 C4 CI O-SV-120/4239 Af 10 HVA1709662A X X 324007 N 612 ~ 17

.5" SOLEHnI0 MI THDRAM EXHAUST-vALvE R 522 K ~ P/3 ~ 7 CRD-HCU-4239t 02CIP 2 A 1 0 A ~ f l. rISP8 04 CRD-SV"IPO/4243 A610 HVA17096E 2A X X 321007 612 17

~ 5 "sOLFNnID MITHDRAM ExHAUsT 2 A I 0 YALYE'2C12 A~ f1 H52 P R 522 K '/3 '

C4 N

CRD-HCU-4243t

~

CRD SV 120/1247 A610 HVA1709662A X X 324007 N 612 +17

~ 5" sr" 010 Ml THDRAII EXHAUST VAI.VE R 522 K~ 7 CRD-HCU-424 7t 02CI 2 A 1 0 D ~ fJ. I"52 8

PROGRAH C1E-STO MASHINGTON PUBLIC PO'MER SUPPLY SYSTEH PAGE NO 00089 MNP-2-CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS +iiSEISHIC lS) PARAHETERS+++ KENYA (E) PARAHETERS ~

EPN HFG HODEL S E 0 ID TH 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 4/E ORAVIHG "4/E ZOtlE CRO

~

CRO-SV

~

SV-120/4251 120/4255 2 A 4610 5"SOLENOID VITHDRAM EXHAUST VALVE 02C12, 1 0 5"SOLENOID MITHORAV EXHAUST VALVE AePI HVA1709662A HVA1709662A

- H528 R

R

'h 522 P

522.K K

't3

'/3 '

X X X 7

)r 324007

~

324007

'610 N

N 612 612 CRD "HCU-4251+

CRD-HCU-425'5+

F

~ 17 17 02C12 2 4 I 0 4 ~ PI H52 8 Ch CRD-SV-120/4259 4610 HVA1709662A X X 324007 "'

612 ~ 17

.5"SOLENOID MITHDRAM EXHAUST VALVE R 522 Ko213e7 CRO HCU 4259+

02C12 2 ~

A I 0 A@BI H528 Ch CRO-SV 120/4607 A610 HVA17096624 X X 324007 N 612 ~ 17

~ 5"SOLEtlOID MITHDRAV EXHAUST VALVE 522 L ~ 5/3+7 4607+

02C12 2 4 1 0 4 '1 H528 R

Ch CRD HCU CRO-SY 120/4611 A610 HVA1709662A X X 324007 N 612 . F 17 as"SOLENOID VITHDRAV EXHAUST VALVE R 522 Les/3+7 CRO HCU"461 1+

02C12 2 4 I 0 AD 01 HS28. Ch CRD-SV 120/4615 A610 HVA17096624 X X

• 324007 N 6i2 ~ 17

~ 5"SOLENOID VITHORAV EXHAUST VALVE R 522 L ~ 5/317 CRD HCU-4615+

02C12 2 4 1 0 4 ~ BI H52 8 Ch CRO SV-120/4619 A610 HVA1709662A X X 324007 N 612 17

~ 5"SOLENOID MITHDRAM EXHAUST VALVE 02C12 2 4 I 0 Ahull H528 R 522 Les/3 Ch

' CRD HCU 4619+

~

CRD "SV-120/4623 4610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAV EXHAUST VALVE R 522 L ~ 5/3 ~ 7 CPO HCU-4623+

02C12 2 A 1 0 A ~ Bl H52 8 C4 CRO SY 120/4627 4610 HVA)7096624 X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM L'XHAUST VALVE 02C12 2 4 I 0 A@PI tl52 8 R 522 LE 5/3 Ch

' CRD HCU 46?7+

CRO-SV 120/4631 A610 HVA1709662A X X 324007 tl 612 ~ 17

~ 5"SOLENOID VITtlDRAV EXHAUST Y4LYE 02C12 4 ~ Pl R 522 K+2/3 ' CRD-HCU-4631+

2 A 1 0 Hs?. 8 r4 CRD-SV- I?0/4635 4610 HVA17096624 X X 324007 tl 612 F 17 iS"SOLErta)0 VI TtlDRAV EXHAUST VALVE R 522 K~ 2/3 ~ 7 CRO HCU-4635+

02C12 2 4 1 0 A ~ 01 H52 8 C4 CRO-SV 120/4639 Af)0 HVAI70<6624 X X 324007 N 612 F 17

~ 5"SOLEHOID MITIIORAV EXHAUST VALVE R 522 K~ 2/3 ~ 7 CPO-HCU 4639+

02C12 2 4 1 0 AMBI tts?8 C4 CRD-SY-120/4643 4610 HVA170966?4 324007 612 17

.5"SOLEtt>IO MI TltORA< EXHAU. T VALVE 02C12 2 4 I C 4 ~ Fl H52 P R 52? K '/3 '

Ch X X N CPD-tlCU-464 3+

F

/'q

PROGRAH ClE-STO VASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00090 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS +< ~ SEISHIC (S) PARAHfTERS ~ ~ + ~ ENV ~ (E) PARAHETERS+

EPN HFG HODEL S E OIO TH HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-SV 120/lfi17 4610 HVA1709662A .X X 321007 612 N ~ 17

~ S~SOLEIIOID VITHORA'M EXHAUST VALVE R 522 K '/3o7 CRO-HCU-1647+

02C12 ~ 2 I 0 AtBI H528 Cl C

CRO SV-120/4651 A610 HVA1709662A I X X 321007 N 612 17 2/3 '

~

~ SiiSOLEtti)ID VITHDRAM EXHAUST VALVE R 522 KF CRO HCU 4651+

02C12 2 A I 0 A ~ Pl H52 8 Cl CRO-SV 120/4655 4610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLENOID MITHDRAV EXHAUST VALVE R 522 KF 2/3+7 CRO HCU-1655+

02C12 2 A I 0 Aeel 8528 Cl CRO-SV-120/5011 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLDIOID VITHORAV FXHAUST VALVC 522 L ~ 5/307 R

' CRD HCU 50114 02C12 2 A I 0 4 ~ Pl 8528 Cl CRD-SV-120/5015 A610 HVA1709662A X X 324 007 N 612 ~ 17

~ 5" SOLE tIOI 0 V I THOR AM EXHAUST VALVE 522 L ~ 5/3o7 R CRD "HCU 5015+

02C12 2 4 I 0 AMBI 852 8 C4 CRO"SV 1?0/5019 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLEtIOIO VITHORAM EXHAUST VALVE R 522 LE 5/307 HCU.5019+

02C12 2" A I 0 Ayel 8528 Ch CRO CRO-SV-)20/50?3 4610 HV417096624 X X 321007 N 612 17

' ~

~ 5"SOLCNOIO MITHORAM EXHAUST VALVE R 522 LE 5/3 CRO HCU 5023+

02C12 2 A 1 0 A ~ Bl H528 Cl CRO-SV 1?0/5027 4610 HV417096624 X X 321007 N 612 ~ 17

~ 5"SOLEtIOIO MITHDRAM EXHAUST VALVE R S22 L ~ 5/3+7 ~ CRO HCU 5027+

02C12 2 4 I 0 ABACI Ayel 8528 Ch CRD-SV 120/5031 4610 HVA17096624 X X 321007 N 612 F 17

~ 5"SnLEHDIO MITHDRAV EXHAUST VALVI' 52? K)2/3o7 R CR D-HCU-5 03 1+

02C12 2 4 0 4>PI H528 C4 CRD-SV 120/5035 4610 HVA1709662A 324007 tt 612 17

~ 5"SOLENOID MITHDRAM EXHAUST VALVE 02C12 2 A I 0 Arel H52 8 R 522 K '/3Cl ' X X CRO-HCU 5035+

~

CRO-SV 120/5039 4610 HVAI70<6624 321007

~ 5 "SttLEHOI 0 MTTHORAM EX>AUST VALVE 02C12 2 4 I 0 tl52 8 R 522 K '/3 'Ch X X N 612 CRO HCU 5039+

~ 17 CRO "SV-120/5043 Afi10 HVA I 70966?4 X X 324007 N 612 ~ 17.

~ 5"SOLEtIOIO MITHDRAV EXHAUST VALVE 8 522 K~  ?/3 ~7 CRD-HCU-5043+

02C12 2 4 I 0 A ~ Fl tl52 8 C4 CRO SV-120/5047 4610 HVAI7096624 324007

~ 5 "St'IO MI THDRAV EXHAUST VALVE R 522 K~

X X <<N 612 CRO HCU 58'I74

~ 17 02C1 2 A 1 0 4+I 1 II52 8

PROGRAM CIE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE. NO 00091 MNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS ~ ~ oSEISNIC IS) PARAHETERS ~ oo o ENV ~ (C ) P ARANE TERS ~

CPN MFG MODEL S E OID TM HL TEST ANL FO C FREO AGING DBE C HOURS

~ DESCRIPTION DLOG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USF. SAFETY FUNCTICN A/E DRAVING A/E ZOIIE CRD-SV" 120/5051 A610 HVA1709662A X,X, 324007 N 612 ~ 17

~5 "SOL El4tt I D MI THOR AM EXHAUST VALVE 02C12 2 A I 0 A ~ E'I R 522 K~

-'I 2/3o7'528 CRO-HCU 5051+

CRD "SV-120/5415 A610 HVA170966?A X X 321007 N 612 5"SOLENOID MITHORAV EXHAUST VALVE ~ 17

~ R 522 LE 5/3o7 CRO HCU 5415o 02C12 2 A 1 0 At81 M528 CI CRO SV 120/5419 A620 HVA1709662A X X 324007 N 612 ~ 17

.S.SOLEttolo ' MI THORAV EXHAUST VALVE R 522 LE 5/3%7 CRO HCU 5419+

02C12 A 1 0 A~ Bl N528 CI CRO-SV 120/5423 A610 HVA1709662A 324007 X X N 612 ~ 17

~ 5 "SOL E N0 I 0 M I THDR AM EXHAUST VALVE 02C12 2 .. A I 0 Ao&1 M528 R 522 Lo5/3 CI

' CRD HCU 5423o CRO-SV-120/5427 A610 HVA170966?A X X 324007 612 5"SOLCNttIO 'MITHDRAV EXHAUST VALVE N F 17

~ R 522 L ~ 5/3o7 CRO-HCU-5427o 02C12 2 A 1 0 At81 MS 28 CI CRO-SV 120/5431 A610 HVA1709662A X X 321007 N 612 ~ 17

~ 5"SOLCtlOID MITHDRAV EXHAUST VALVE R 522 K2/8 ~ I CRO HCU-54324 02C12 2 A I 0 A ~ It 1 M528 CI CRD-SV-120/5435 Afol 0 HVA1709662A X X 324007 612

.5.snLEH010 Vl THDRAV EXHAUST VALVE N ~ 17 R 522 K~ 2/3 ~ 7 CRD-HCU-5435o 02C1? 2 A 1 0 A ~ PI M52 8 CI CRO"SV 120/5439 A610 HVA1709662A 321007 612

~ 5"SOLFN010 02C12 MITHDRAM EXHAUST VALVC 2 A 1 0 A ~ 61 H528 R 522 K '/3CI ' X X N CRO HCU 5'l39o

~ 17 CPO-SV 120/5443 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAV EXHAUST VALVC R 522 K~ 2/3 ~ 7 CRO-HCU 5443o 02C12 2 A 1 0 A ~ I'1 tt5? 8 CI CR O-S V- 170/5 44 7 A610 HVA1709662A 324007 612

~ 5"SOLEttOIO VITHORAV EXHAUST VALVE 02C12 2 A 1 0 AoPI H528 P 522 K '/3 ' X X N CRO-HCU-5447o

~ 17 CRD-SV-l20/5819 A610 HVA170966?A X X 324007 N 612 ~ 17 oS"SOLEIIOI0 MI THDRAV EXHAUST VALVE R 522 L ~ 5/3 ~ 7 CRO HCU-5819+

02CI? 2 A I 0 A ~ I' H52 8 C4 CRO-SV 120/5873 A610 HVA17096624 X X 324007 N 617. ~ 17

~ 5"SOLCNOIO 'MITHORA'V EXIIAUST VALVE R 522 LE 5/3 ' CRO-HCU 5823o 02C12 2 4 I 0 Aef I HS 28 C4 CRO-SY-I?0/St'77 AGIO HVA1709662A X X 3?4007 N 612 ~ 17

~ 5 "SOLI Nttl0 Ml 'tHORAV EXHAUST VAI VE R 52? L~ 5/3 ~ 7 CRD-HCU-5827o 0?C1? 2 A I 0 worl t'5? 8 rI

PROCRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00092 VNP-2 CLASS .1E EOUIPHENT LIST DATE 09/06/83 STATUS ~ ++SEISNIC IS) PARANETERS+++ KENYA fE) PARANETERSi EPN NFG NODEL S C 010 TN HL TEST ANL FO C FREQ AGING OBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTICN A/E DRAVING A/E ZntlE CRO-SV-120/5831 A610 HVA1709662A X )f 321007 612

'1 ~ 17 N

~ 5 SOLEtlOID VITHDRAV EXHAUST VALVE R 522 Ki2/3 ~ 7 CRD HCU-5831+

02C12 2 A 1 0 A ~ Pl H528 "

CRD-SV 120/5835 A610 HVA1709662A X X 321007 N 612 ~ 17 i5"SOLEtl010 VITHORAV EXHAUST VALVE R 522 K~ 2/3+7 CRO-HCU-5835+

02C12 2 A I 0 A~ El N528 Ch CRD"SV-120/5839 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"SPLCNOI 0 VITHDRAV EXHAUST VALVE R 522 K F 2/3 7 CRD-HCU-5839+

02C12 2 A 10 A ~ Pl N528 Ch CRO-SV-120/5843 A610 HVA1709662A X X 324007 N 612 ~ 17

~ 5"snLENOID vITHDRAv ExHAUsT YALvE 02C12 R 522 K '/3o7 CRD-HCU-5843+

2 A 1 0 A~ 81 HS 28 Ch CRO-SV 12)/0219 A610 HVA1709661A A X 324007 .

N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 I.S/8.4 CRO-HCU 0219+

02C12 2 b 1 0 A ~ Pl N528 Ch CRO-SV 121/0223 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT EXHAUST -VALVE 528 LS/8 ~ 1 R CRD HCU 0223+

.02C12 2 A 1 0 A iE'1 II52 8 Ch CRD-SV 121/0227 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5" SOLENOID INSERT EXHAUST VALVE R 528 LS/eeh CRO HCU 02271 02C12 2 A I 0 A ~ 81 N528 Ch CRO-SV 121/0231 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT E'XHAUST VALVE R 528 L5/8 ~ 1 CRO-HCU-0231+

02C12 2 A I 0 AiPI N528 Ch CRO-SV-121/0235 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVC R 5?8 K2/8 ~ 4 CRD HCU 0235+

02C12 2 A I 0 A ~ Bl H528 C1 CRO SV-121/0239 A610 HVA1709661A A X 324007 N 612 17

~ 5"SOLCNOID INSERT EXHAUST VALVE R 528 K2/8 ~ 4 CRD-HCU 0239+

02C12 2 A I 8 A~ fl N52 8 Ch CRO SV-121/0243 )610 HVA1709661A A X 324007 N 612 ~ 17

~5 "SOLENOID INSERT EXHAUST VALVC R 528 K2/each "tICU 0243+

02C12 2 A I 0 A~ f'- tI528 C4 CRD CRD-SV-12) /0615 AGIn HVA I Tn966)A A X 324007 N 612 ~ 17

~ 5"SOLENnJD INSERT EXHAUST VALVE R 528 LS/ah CRO-HCU-0615+

02C12 2 A 1 0 A ~ f'I H528 Ch CRD SV-121/0619 A610 HVA170966)6 A x 324007 612 ~ 17

~ 5 "S '010 ItlSERT EXHAUST VALVF R 528 LS C'RO HCU-06194 n2CI 2 A I 0 A~ fl t'52'

PROGRAH CIE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE tlo 00093 ttNP-2 CLASS 1E EOUIPHENT = LIST DATE 09/06/83 STATUS >>>> ~ SEISHiC IS) PARAHETERS ~ 5>> >>ENV ~ tE) PARAHETERS>>

CPtl HFG HODEL .S E OIO TH HL TEST ANL FO C FREO AGING OBE HOURS DKSCR Il 7 ION BLOB ELEV DETAIL ZONK ROOH ACCURACY C

COHPOSITE EPN CONTPACT LEVEL EC USE SAFETY FUNCTIOtl A/E DRAttING A/E ZONE CRO-SV 121/0623 4610 HVA17096614 . AtF' 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE 528 LS/8 ~ I .. CRO HCU-0623+

02C12 2 A I 0 4>>P) H528 CI CRO-SV-121/0627 " A610 HVA1709661A 'A x" 324007 N 612 17

~ 5 "SOLEtlOI 0 It(SERT CXHAUST VALVE' 02C12 2 A>>81 R 528 L5/8 ' CRO HCU"0627>>

~

1 0 H528 C4 CRO-SV 121/0631 A610 HVA17096614 A X .324007 N 612

.5" SOLEtlOID ~ 17 INSERT EXHAUST VALVE R 528 LS/8 ~ I CRO-ttCU 0631+

02C12 2 A I 0 A>>PI HS 28 C4 CRD-SV-121/0635 A610 HVA1709661A A X 32I007 612 N F 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRD HCU 0635>>

02C12 2 A I 0 A>>81 H528 CI CRO SV 12l/0639 A610 HVA17096614 A X 324007 N 612 F 17

~ 5>>SOLKNOIO INSERT FXHAUST VALVF R 528 K2/Bol CRD-HCU 0639+

02C12 2 4 I 0 A ~ Pl H528 CI.

CRO "SV 121/0643 4610 HV41709661A A' 324007 N 612 ~ 17

~ 5 "SOLFtlOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRD-HCU-0643+

02C12 2 4 1 0 A ~ Bl H528 CI CRD-SV 121/0647 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtlOIO INSERT EXHAUST VALVE R 528 K2/R ~ I CRO-HCU-064 7>>

02C12 2 A 1 0 4>>81 H52 8 CI CRD-SV 121/1011 4610 HVA1709661A A X 324007 612 N F 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L5/8 ' CRO-HCU-1011+

02C12 2 4 I 0 4>>01 H528 C4 CRO-SV-121/1015 A610 HVA1709661A 4 X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 LS/8~4 CRD-HCU 1015+

02C12 2 A 1 0 A ~ Pl H52 8 CI CRO-SV-121/1019 4610 HVA17096614 A X 324007 N 612 ~ 17

~ 5"SOLENOID ItlSCRT EXHAUST VALVE R 528 L5/8 ~ I CRD HCU 1019+

02C12 2 4 1 0 4>>81 H528 C4 CRD-SV-121/1023 4610 HVA1709661A A X 324007 N 612

~ 5"SOLCNOID INSERT CXIIAUST VALVF R 528 LS/P ~ I CRD HCU 1023+

02C12 2 A I 0 4 ~ Pl HS28 CI CRO SV-121/1027 4E10 HV41709661A 4 X 324007 N 612 ~ 17

~ 5" SOLEtlOI 0 ItlSCRT EXHAUST VALVE R 528 LS/8 ~ 4 CRO-HCU "1027+

02C12 2 4 I 0 A~ Pl t'528 C4 CAD-SV-121/1031 4610 HV41709661A A X 324007 N 612 ~ 17

~ 5"SOLCtiOID INSERT EXIIAUST VALVf R 528 L5/PE I CRD-HCU-1031>>

02C12 2 4 I 0 4 ~ Pt PS EA CI

PROGRAH C1E STO ttASHINGTON PUBLIC POllER SUPPLY SYSTEH PAGE NO 00094 ttNP 2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS 4<<<<SEISHIC IS) PARAHETERS*<<<< ~ENYO (E) PARAHETERS<<

EPM HFG HOOEL OIO TH HL TEST ANL FO

. S E 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 SV 121/1035 A610 HVA1709661A A X, 324007 N 612 17 528 K2/8 ~ I -.

~

~ 5"SOLENOID IN SERT EXHAUST VALVE R CRO-HCU-1035+

02C12 2 A 1 0 Ay&I HS 28 Ch CRD-SV 121/1039 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID IN SERT EXHAUST VALVE R 528 K2/Bah CRD HCU 10394 02C12 2 .A 1 0 A ~ &1 852 8 CI CRD "SV-121/1043 A610 HVA1709661A A X 324007 N 612 ~ 17

~ S"SOLEtlnIO ItlSERT EXHAUST VALVE R 528 K2/804 CRD MCU 1013+

02C12 2 A I 0 AeRI H52 8 C4 CRD-SV-121/1047 A610 HVA1709661A A X 321007 N 612 ~ 17

<<5"SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRO-HCU-1047+

02C12 2 A I 0 At&I H528 CI CRO-S V-121/1051 A610 HVA1709661A A X 324007 N 612 ~ 17.

~ 5 "SOLEtl010 ItlSERT EXHAUST VALVE R 528 K2/8 ~ I CRD HCU 1051+

02C12 2 A I 0 AMBI tl52 8 CI CRD SV-121/1407 A610 HVA1709661A A X 321007, N 612 F17

.5 02C12 SOLENOID INSERT EXHAUST VALVE 2 A I 0 Ai81 H52 8 R 528 LS/8 ' CRD-HCU 1407+

Ch CRO-SV 121/1411 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID ItlSERT EXHAUST VALVE R 528 L5/8 ~ I CRO-HCU-11114 02C12 2 A I 0 A,BI H528 C4 CRD SV-121/1415 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L5/8 ~ I CRO-tlCU" Ih ISi 02C12 2 A I 0 AoPI HS 28 Ch CRD-SV-121/1419 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSf:RT ExtIAUST VALVE R 528 LS/8<<h CRD-HCU 1419+

02C12 2 A I 0 A ~ Ol H52 8 C4 CRD-SV-I21/1423 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5<<SOLENOID INSERT EXHAUST VALVE 02C12 2 A 1 0 A it'I M52 8 R 528 L5/8 C4 CPO-HCU-1423'RO-HCU-1127+

CRD-SV 121/1427 4610 HVA1709661A A X'24007 N 612 ~ 17

~ 5"SOLENOID ItlSFRT EXHAUST VALVE P 528 LS/8 ~ I 02C12 2 1 0 A ~ Gl 852 8 C4 CRO-SV-121/1431 A610 HVA1709661A A V 321007 N 612 ~ 17

~ 5 "SOLEtlOI 0 INSERT EXltAUST VALVE R 528 L5/8 ' CRO-HCU-1431+

02C12 2 A I 0 A ~ Bl H528 CI CRD-SV-121/143S A610 HVA1709661b A X 324007 N 612 ~ 17

.5<<Sr 'nlO INSERT EXIIAUST VALVf'2C1 8 528 K2 t'RD-HCU-1135+

h 1 0 A~ Fl Vi52 8

PROGPAH CIE-RTO VASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE NO 00095 VNP-2 CLASS IE EQUIPHENT LIST DATE 09/06/83 STATUS +~ +SEISNIC lS) PARAHETERS ~ ~ ~ +ENV ~ (E) PARANETERS ~

EPtl HFG HODEL S E OIO TH HL TEST ANL FO C A'GING FRED OBE C HOURS OESCRIP TION BLDG ELEV DETAIL CONTRACT LEVEL EC USE SAFETY FUNCTIOtl '/E BRAVING A/E, ZONE ZONE ROON ACCURACY CONPOSITE EPN CR D-SV-121/1439 5" SOLEtlOI D INSERT A610 HVA1709661A A'r 324007 .N 612 ~ 17

~ EXHAUST VALVE R 528 K2/8 ~ 4 CRO-HCU-lh 02C12 2 A 1 0 A~ Pl H528 Cl 39'RO CRD-SV-121/1443 A610 HVA1709661A ~

A X 324007 " 612

~ 5"SOLEtlOID INSEAT EXHAUST VALVE N ~ 17 R 528 K2/8 ~ 4 HCU 1443+

02C12 2 A I 0 AMBI H528 C4 CRO-SV-I21/1447 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5~SOLENOID INSERT EXHAUST VALVE R 528 K2/804 CRO HCU 1417+

02C12 2 A 1 0 A ~ 81 N52 8 Ch CRO SV-121/1451 A610 HVA1709661A X 321007 N 612 ~ 17

~ 5~SOLENOID INSERT EXHAUST VALVE R 528 K2/Beh CRD HCU 1451+

02C12 2 A 10 A ~ PI H52 8 Cl CRO-SV-121/1455 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID ItlSF:RT EXHAUST VALVE R 528 K2/8 ~ 4 CRO-HCU-1155+

02C12 2 A I 0 A ~ P:I N52 8 Ch CRD-SV-121/1803 =

A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT EXHAUST VALVE R 528 LS/Boh CRO-HCU 1803+

02C12 2 A 1 0 A ~ Bi N528 Cl CRO-SV-121/1P07 A610 HVA1709661A A X 324007 N 612 17

~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 2 A I 0 AMBI H528 R 528 L5/8 '

C4 CRO-HCU 1807+

F CRD SV-121/1811 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtlOIO INSERT EXHAUST VALVE R 528 L5/8 ~ 4 CRD tICU 1811+

02C12 2 A I 0 A ~ 81 N528 Ch CRD-SV 121/1815 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtlOID INSERT EXHAUST VALVE 528 L5/Oeh R CRO-HCU 1815+

02C12 2 A 1 0 A ~ Bl H528 Cl CRO SV-121/1819 Af 10 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLEtlOID INSERT EXHAUST VALVE 8 528 L5/Bah CRD HCU-1819+

02C12 2 A I 0 AMBI t1528 Ch CRO-SV-121/1823 A610 IIVA1709661A A X 324907 N 612 ~ 17

~ 5"SOLEtlOID INSERT EXHAUST VALVL' R 528 L5/8 ~ 4 CRD HCU-1823+

02C12 2 I 0 A ~ Pl= II5P. 8 C4 CRO-SV-121/1827 A6) 0 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtl010 INSERT EXHAUST VALVE 528 L5/F 4 02C12 2 4 1 0 A~ ll H5 28 R

Ch CRO ttCU 1827+

CRO-SV-1 21/1831 h610 HVA170966 lb A X 324007 ll 612 ~ 17

~ 5"SOLFNOJO 02C12 ItlSERT EXIIAUST VALVF R 528 LB/8 ' CRD-HCU-1831+

A I 0 AD P) 852 8 C4

PROGRAH CIE-STO ttASHINGTON PUBLIC POMER SUPPLY SYSTEtl PAGE NO 00096 ltNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS +++SEISHIC IS) PARAHETERSi ~ + ~ ENV ~ IE) PARAHETERS+

EPN HFG HODEL S E OIO 7ft HL TEST ANL FO C FREQ AGING OBE C HOURS I ION CONTRACT LEVEL OE SCRIP EC USK SAFETY FUNCTION ~

BLDG KLEV A/E BRAVING '/E DETAIL" ZONE

' ZONE ROON ACCURACY COHPOSITE EPN CRD-SV 121/1835 AFI 0 HVA1709661A A X-32 ~ 007 . N 612 ~ 17

~ 5" SOLEtlOID ItlSf:RT f'XHAUST -VALVF. 'R .528 Kk/8 ~ I CRD HCU-1835+

02C12 2 A 1 0 Ae81 H528 ' ~ CI

'I CRO-SV 121/1839 4610 HVA1709661A A X 321007 . N 612 17

~ 5"SOLEttOIO INSERT EXHAUST VALVE 02C12 I 0 A+BI R 528 K2/8 ' CRO-HCU-1839+

~

2 A H528 CI CRO-SV 121/1843 A610 HVA1709661A A X .321007 =

N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVF R 528 K2/8 ~ I CRO HCU 18131 02C12 2 A 1 0 Aibl H528 CI CRO SV-I21/1847 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRD-HCU 1817+

02C12 2 A I 0 A ~ Bl H528 CRO-SV-121/1851 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRO HCU 1851+

02C12 2 A I 0 A~ Bl H528 CI CRO "SV 121/1855 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I , CRO HCU 1855+

02C12 2 A I 0 AiBI H528 CI CRD-SV-121/1859 A610 HVA1709661A 324007 0 ~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I A X N 612

• CRD HCU 1859+

~ 17 02C12 2 A 1 0 Ai&I H528 CI 0 C RO-S V" I 21/2203 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 LS/8 ~ I CRO-HCU-2203+

02C12 0 2 A 1 0 AeDI H52 8 CI CRO-SV 121/2207 A610 HVA1709661A A X 321007 N 612 ~ 17 0 ~ 5"SOLENOID INSERT EXHAUST VALVF 02C12 A ~ 81 R 528 L5/8 ' CRO HCU 2207+

2 A 1 0 HS 28 CI CRO SV 121/2211 A610 HVA1709661A 0 ~ 5"SOLENOID IttSERT EXHAUST VALVE R 52 f! L5/8 ~ I A X 321007 N 612 CRO-HCU 2211+

~ 17 02C12 2 A I 0 A ~ Fl t'S2 8 CI 0 CRO-S V-121/2215 A610 HVA17096f IA A X 324007 N 612 ~ 17

~ SiSOLENOID INSERT EXHAUST VALVE R 528 LS/8 ~ I CRD HCU 2215+

02C12 A ~ Fl 0 2 A 1 0 t!52 8 CI CRO-SV 121/2219 A610 HVA)70966 IA A 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT f'XtlAUST VALVF.

02C12 2 A I 0 A ~ Pl 8528 R 528 LS/8 CI

' CRO-HCU-2219+

CRD SV- 121/2223 A610 HVA1709661A 324007 N 612 ~ 17

~ 5"Si 010 INSERT EXHAUST VALVE R 528 L5 CPD-HCU"22234 02CI 2 A I 0 A ~ f' 852 P

PROGRAH C1E %TO VASHINGTOH PUBLIC POVER SUPPLY SYSTEH PAGE NO 00097 VNP-2 CLASS IE EQUIPNEIIT LIST "

DATE 09/06/83 STATUS 0~ 0SEISHIC (S) PARANETERSi ~ 0 KENYA IE) PARAHETERS0 EPH HFG NODEL S E OIO TH HL TEST AHL FO C FREO AGING OBE C HOURS I

OESCRIP ION BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE, 0

CRO SV 121/2227 A610 HVA1709661A A X' 321007 612

~ 5"SOLEtIOIO INSERT EXHAUST VALVE 02C12 2 A 1 0 AtBI N528- -

528 L5/8 ~

."Cl I; H CRO HCU 2227+

~ 17 CRD-SV-121/2231 A610 HVA1709661A A X 324007 N 612 ~ 17

~

02C12 2 A10A 5"SOLENOID INSCRT EXHAUST VALVE

~ EI N528 R 528 L5/8 ~ I CI CRD HCU 2231+

CRO-SV 121/2235 A610 HVA1709661A A X 324007 612 N ~ 17

~ 5 "SOLENOID INSERT EXHAUST VALVE 02C12 I 0 A ~ E'I R 528 K2/8 ' CRD HCU 2235+

2 A N528 Cl CRD-SV 121/2239 8610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtIOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRO-HCU-2239+

02C12 2 A I 0 At81 HS 28 Cl CRO SV 121/2243 A610 HVA1709661A A .X 324007 N 612 ~ 17

~ 5"SOLENOID INSCRT EXHAUST VALVE R 528 K2/8 I CRD-HCU-2243+

02C12 2 A I 0 A ~ 81 H52 8 CI CRO-SV-121/2247 A610 HVA170966IA A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/801 CRD-HCU 22171 02C12 2 A I 0 AID 1 N528 Cl CRO-SV 121/2251 A610 HVA1709661A A X 321007 N 612 17

.5"Snl.EtIOID INSERT 02C12 2 EXHAUST VALVE A I 0 A081 H52 8 R 528 K2/8 Cl

' CRD-HCU 2251+

~

CRO-SV 121/2255 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtIOIO INSERT EXHAUST VALVE R 528 K2/804 CRD HCU 2255+

02C12 2 A I 0 AiPI H528 C4 CRO SV 121/2259 A610 HVA1709661 A A X 324607 N 612 ~ 17

~ 5"SGLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRO HCU 22590 02C12 2 A 1 0 A0&I H52 8 C4 CRD SV 121/2603 4610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLEtIOID INSERT EXHAUST VALVE R 528 L5/801 CRO-HCU-26030 02C12 2 A 1 0 A081 H528 C4 CRO-SV-121/2607 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 50SOLENOIO INSERT EXHAUST VALVE R 528 LS/804 CRO-HCU-2607+

02C12 2 A 1 0 A ~ P,l N52 8 Cl CRO-SV 121/2611 A610 HVA1709661A A X 321007 N 612 ~ 17

. 05"SOLENOID INSERT CXIIAlIST VALVE 528 L5/8 ~ I 26110 q 02C12 2 A 1 0 A ~ FI H528 R

r.l CRO HCU CRO-SV-IPI/2615 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtJOID IHSCRT EXHAUST VALVC R 528 LS/I ~ I CRO HCU-2615+

02C12 2 A I 0 A ~ Pl I'l52 8 r.h

PROGRAH CIE-STO VASHINGTON PUBLIC POVER SUPPLY SYSTEff PAGE NO 00098 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 CONTRACT EPH LEVEL OESCRIP 7 ION EC USE HFG SAf ETY FUNCTION NOBEL BLDG ELEV A/E BRAVING A/E STATUS DETAILZONE>>'ENV S E OIO

~ ~~SEISNIC Tfl ZONE ROON IS) flL TEST ANL PARAHETERS ~ ~ +

FO C ACCURACY FREO

~ IE)

AGING OBE C PARANETERS ~

CONPOSITE EPN HOURS CRO-SV 121/2619 )610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID ItlSERT EXHAUST VALVE R 528 LS/8 ~ I ." ~

CRO HCU 2619+

02C12 2 -

A I 0 A ~ Bl H528- Ch CRO-SV-121/2623 A610 flVA1709661A A 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT EXHAUST VALVE R 528 LS/8 ~ I CRO HCU-2623+

02C12 2 A 1 0 A~ Bl H528 CI CRO"SV-121/2627 A610 HVA1709661A A 321007 N 612 ~ 17 a5 "SOL ENttI 8 INSERT EXHAUST VALVf: R 528 L5/8 ~ I CRO-HCU-2627+

02C12 2 A 1 0 Ah&1 N$ 28 CI CRO"SV-121/2631 A610 HVA1709661A 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT EXHAUST VALVE R 528 L5/8 ~ I CRO-HCU-263 I+

02C12 2 A I 0 A ~ Bl H528 CI CRD SV 121/2635 '610 HVA1709661A A X 324007 N 612 ~ 17

~ SOSOLENOIO INSERT EXHAUST VALVE R 528 K2/8 ~ CRD-HCU 2635+

02C12 I'4 2 A 1 0 AMBI N528 CRO-SV-121/2639 A610 HVA1709661A X 321007 N 612 F 17

~ 5"SOLEttOIO INSERT EXHAUST VALVE R S28 K2/Bih CRD'HCU 2639+

02C12 2 A. I 0 AMBI H5 28 Ch CRD-SV" 121/2643 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRD HCU 2643+

02C12 2 A 1 0 A ~ Bl H528 Ch CRD-SV 121/2647 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5 "SOLENOID INSERT EXHAUST VALVE R 528 K2/8 ~ I CRD HCU 2647+

02C12 2 A 1 0 A D &1 H528 Ch CRD SV-121/2651 4610 HVA1709661A A X 321007 N 612 +17

~ 5"SOLENOID INSERT EXHAUST VALVE R 526 K2/&~ I CRO "HCU 2651+

02C12 2 A, I 0 A ~ Ol H52 8 C4 CRD SV 121/2655 A610 HVA1709661A 0 ~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K2/&~ 4 A X 321007 N 612 CRO-HCU 2655+

~ 17 02C12 2 A 1 0 At61 N528 CI 0 CRO-SV 121/2659 A610 HVA1709661 A A X 324007 N 612 ~ 17

~ 5 "SOLENOID If lSERT EXHAUST R 528 K2/PE I CRO-HCU-2659+

A ~ Pl VALVf'2C12 0 2 A 1 0 N528 C4 CRD-SV-121/3003 A&10 HVAI709661h A 324007 N 612 ~ 17 SNSOLENOID INSERT EXHAUST VALVE 528 LS/8 ~ I 0 ~

02C12 2 A I 0 A~ fl H52 &

R C4 CPD HCU-30031 CRO"SV-121/3007 P610 HVAI709661A A X 321007 N 612 ~ 17

~ 5 "S~OIO IttSERT EXHAUST VALVf P 52P L CRD-HCU-30074 02CI~ 2 A I 0 A~ f'I H528

PROGRAN Cif;STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00099 NNP-2 CLASS IE EOUIPNENT LIST DATE 09/06/83 EPN SI'ATUS ~ >>>>SEISNIC (8) PARANETERS>> ~ >> >>ENYO EE) PARANETERS>>

HFG NODEL S E OIO TN HL TEST ANL FO C FRED AGING OBE C HOURS DES CRIP T ION BLDG ELEV DETAIL' ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRD-SV 121/3011 0610 HVA1709661A I .A X'24007 =., ~ iN 612 F 17

>>5>>SOLENOID INSERT EXHAUST VALVE 528 L5/8>>4.- i'g CRO-HCU-3011+

02C12 2 A 1 0 A ~ 81 N52 8.

R

-" -'... Cl -":. i" "

~

CRD-SV 121/3015 A610 HVA1709661A X. -321007, 5"SOLENOID IttSERT EXHAUST VALVE A N 612 oi7

~ R 528 LS/8%1 CRD-HCU-30 15>>

02C12 2 A 1 0 A>>ei H528 CI CRO SV 121/3019 A610 HVA1709661A "A X"~ 321007 N 612 ~ 17

~ 5>>SOLENOID INSERT EXHAUS'T VALVE R 528 L5/Bil CRO HCU 3019>>

02CI2 2 A I 0 A ~ 81 NS 28 CI CRO"SV-121/3023 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE 528 L5/Bol R CRO MCU 3023>>

02C12 2 A 10 A ~ 81 N528 CI CRO-SV-121/3027 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L5/8 ~ I CRO-HCU 3027>>

02C12 2 A I 0 A>>BI N528 Cl CRD"SV-121/3031 A610 HVA1709661A A, X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K>>2/3 ~ 7 CRO HCU 3031+

02C12 2 A 1 0 A ~ 81 N528 Cl CRO SV 121/3035 , JL610 HVA1709661A A X 324007 N 612 ~ 17

~ 5>>SOLENOID INSERT EXHAUST VALVE R 528 K '/3>>7 CRO HCU-3035+

02C12 2 A I 0 A ~ 81 NS 28 C4 CRO-SV 121/3039 A610 HVA1709661A 324007 612

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 2 A I 0 A ~ 81 N528 R 528 K '/3CI A X

~7 N

CRO HCU 3039+

~ 17 CRO SV-121/3013 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K~ 2/3>>7 CRO HCU 3013+

02C12 2 A 1 0 A ~ Bl H528 CI CRO-SV-121/3047 4610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R S28 K '/3o7 CRO HCU-3047+

02C12 2 I 0 A<el H528 CI CRD SV-121/3051 A610 HVA170966ll A X 324007 tl 612 ~ 17

~ S~SOLEtlOI 0 INSERT EXHAUST VALVE' R 528 K~ 2/3a7 CRD HCU 3051+

02C12 2 I 0 A>>el H528 CI CRD-SV-121/3055 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 SOLEttOIO INSERT EXHAUST VALVE R 528 K~ 2/3 ~ 7 CRD HCU 3055+

02C12 2 A I 0 A ~ PI V52 8 CI CRO-SV-121/3059 A610 HVAI709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSEP,T EXHAUST VALVE 02C12 A~t I R 528 K '/3o7 cRD HGU 3059+

2 4 t 0 tt52 8 CI

0 PROGRAH CIE"STO VASHINGTON PUBL'IC PO)tER SUPPLV SYSTEH PAGE HO 00100 ttNP-2 CLASS 1E,EQUIPHENT LIST DATE 09/06/83 STATUS ~~ ~SEISHIC lS) PARAHETERS oa ~ ENV ~ lE) P ARAHE TERS~

EPN HFG HODEL S E QIO TH HL TEST ANL FO C FRED AGING OBE C HOURS ~

DESCR IP T ION BLDG ELEV DETAIL ~ ZONE ROON ACCURACT COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAU ING A/E ZONE,

~

l 0

CRO-SV-121/3403 A610 HVA1709661A A 4 324OO7, . N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE 528 L ~ 5/3i7

'610 R CRD-HCU-34034 02C12 2 A I 0 A ~ Bl H528 C4 5

CRO SV 121/3407 HVA1709661A A X 324007 N 612 ~ 17

~ 5%SOLENOID INSERT EXHAUST VALVE 528 l. ~ 5/3+7 CRD HCU 3407+

02C12 2 A 1 0 AMBI H52 8 Ch CRO SV-121/3411 A610 HVA1709661A A X 324007 ~

N 612 ~ 17

~ 5"SOLENOID INSERT. EXHAUST VALVE 528 L ~ 5/3o7 R CRO-HCU-3411+

02C12 2 A 1 0 Ai81 H52 8 Ch CRO SV 121/3415 . A610 HVA1709661A A X 324007 612 N ~ 17

~ 5 "SOLENOID INSERT EXHAUST VALVE 528 Li5/3o7 R CRO-HCU-34154 02C12 2 A 1 0 AoBI H528- - Ch CRO-SV-121/3419 A610 HVA1709661A 324007 612 2A A X N ~ 17

~ 5"SOLEttOIO INSERT EXHAUST VALVE 528 Li5/3+7 02C12 IOA ~ 81 H528 R

Ch CRD HCU 34191 e

CRO-SV-121/3423 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLEttOID INSERT EXHAUST VALVE 528 5/3o7 R LE CRO HCU 34234 02C12 2 ,A I 0 A ~ 81 H528 Ch CRD SV-121/3427 A610 HVA1709661A A X 324007, N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 LE 5/3o7 CRD HCU-3427+

02C12 2 A I 0 A ~ 81 H52 8 Ch CRO-SV 121/3431 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K~ 2/3 ~ 7 CRO-HCU-3431+

02C12 2 A I 0 AMBI H528 Ch CRO-SV-121/3435 A610 MVA1709661A A X 324007 N 612 ~ 17

~ 50SOLENOID INSERT EXHAUST VALVE R 528 K ~ 2/3+7 CRD-HCU 3435+

02C12 2 A I 0 A~ Bl H52 8 Ch CRO SV-121/3439 A610 )IVA1709661A A X 324007 N 612 ~ 17

~5 "SOLENOID INSERT EXIIAUST VALVE R 528 K~ 2/3+7 CRO"HCU 3439+

02C12 2 A I 0 A ~ Ol H528 Ch CRD-SV IPI/3444 A610 HVA1709661A A X 324007 tt 612 ~ 17

~ 5~SOLENOID INSERT EXIIAUST VALVE R 528 K~ 2/3o7 CRO.-HCU-3443+

02C12 2 A 1 0 A~ Fl H528 Ch CRO-SV 121/3447 A610 HVA170966 I A A X 324007 612 17

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 2 A I 0 A ~ t>1 H52 R R 528 K '/3 '

Ch N

CRD-HCU-344 74

~

CRO-SV-121/3451 A610 HVA170966 lb A X 324007 N 612 ~ 17

~ 5"SP OID ItlSERT EXHAUST VALVF. R 528 K~ 7 CRO-HCU-34514 02C1 2 A I 0 A~ 81 H528

PROGRAH C1E-SIO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00101 VNP"2 -CLASS 1E EQUIPtIENT LIST DATE 09/06/83 EPN STATUS o ~ oSEISHIC IS) PARAHETERSiio ~ ENV ~ IE) PARAHETERS ~

HFG tIODEL S E 010 TH HL TEST ANL FO C FRED AGING OBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION 'A/E BRAVING A/E ZONE CRD-SV-121/3455 A610 HVA1709661A A X' 321007 612

~ 5"SOLENOID INSERT EXHAUS7 VALVE N ~ 17 528 Ko2/3o7 CRD-HCU-3455+

02C12 2 'A I 0 AIB1 H52 8:"-' ~ Ch CRD-SV 121/3159 A610 HVA1709661A 'A X 321007 612

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 2 A I 0 AiPI H52 R R 528 K '/3CI ' N CRO HCU 34594

~ 17 CRO SV-121/3803 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L ~ 5/3o7 CRO"HCU 3803<

02C12 2 -A 1 0 A~ Bl H52 8 C4 CRO SV 121/3807 A610 HVA1709661A A X 321007 N 612 F 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 Lo5/3o7 CRD HCU 3807+

02C12 2 A 1 0 Ae81 HS 28 C4 CRO-SV 121/3811 AF10 HVA1709661A 324007 A X N 612 17

~ 5" SOLENOID IttSERT EXHAUST

~

VALVf'2C12 R 528 L ~ 5/3 ~ 7 CRD HCU-38114 2 A 1 0 Aotll H52 8 C4 CRD-SV-121/3815 A610 HVA1709661A A X 321007 N 612 5"SOLCNOID INSERT CXHAUST VALVE ~ 17

~ R 528 L ~ 5/3 ~ 7 CRO-HCU-3815o 02C12 2 A 1 0 AoBI H528 C4 CRO SV 121/3819 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L ~ 5/3 ~ 7 CRD HCU 3819+

02C12 2 A 1 0 A~ P 1 II52 8 C4 CRO SV 121/3823 A610 HVA1709661A 321007 612 A X N ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 Lo5/3o7 CRO-HCU 3823o 02C12 2 A 1 0 AoF1 H52 8 C4 CRO-SV-121/3827 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLCNOID INSERT EXHAUST VALVE R 528 L ~ 5/3o7 CRO-HCU 3827+

02C12 2 A I 0 AMBI HS? 8 C4 CRO-SV-121/3831 A610 tlVA170<661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVC R 528 K~ 2/3 ~ 7 CRD HCU-3831+

02rt? 2 A I 0 A of'1 M528 C1 CRD-SV-121/3835 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLEIIOI0 ItlSERT EXHAUST VALVE' 528  ?/3 R K~ ~ 7. CRO-HCU 3835o 02C12 2 1 0 AoLl H528 C4 CRD-SV 121/3839 A610 HVA170966 IA A X 321007 N 612 ~ 17

~ 5"SOLEttOIO INSCRT FXHAUST VALVf: R 528 K.2/3 7 CRO-HCU-3839o 02C12 2 A 1 0 A ~ 61 H528 C4 CR0-. V-121/3843 h610 HVA1709661A A X 324007 N 612 17

~ 5"SOLEttAID INSERT EXHAUST VALVE 02C12 2 A I 0 A ~ Fl R 528 K ~  ?/3 ' CPD-HCU-3843o F

C4

PROGRAH CIE-STO

'o ftASHINGTON PUBLIC POKER- SUPPLY SYSTEN PAGE NO 00102 ftNP-2.CLASS 1E EOUIP)lENT LIST DATE 09/06/83 STATUS ~ SEISNIC lS) PARAHETERS ~ o ~ ~ ENV ~ (E) PARANETERSo EPN NFG NOBEL S E DID TN HL TEST ANL FO C FRED AGING DBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTIntl 4/E DRAIIING 4/E ZONE CRD-SV 121/3847 4610 HVA1709661A A X' 324007 N 612

~ 5"SOLEtlOID INSERT EXHAUST VALVE

, <<17 528 K ~ 2/3<<7 CRD HCU-3847o 02C12 2 A 1 0 Ao01 N528 C4 CRD SV-121/3851 A610 HVA1709661A A X 324007 N 612 17

~

~ 5"SOLENOID INSERT EXHAUST VALVE 528 2/3<<7 02C12 2 4 1 0 4 '1 N528 R K~

CI CRO-HCU-3851o CRD SV 121/3855 A610 HVA1709661 A A X 321007 . N 612 ~ 17

~ 5" SOLf:NOIO ItlSERT EXHAUST VALVE R 528 K ~ 2/3e7 CRO"HCU-3855+

02C12 2 4 1 0 4~8I N528 CI CRO-SV-121/3859 '610 HVA1709661A A X 321007 N 612 ~ 17

~ 5 "SOLENOID INSERT EXHAUST VALVE R 528 K<<2/3<<7 .CRD HCU 3859o 02C12 2 A 1 0 A ~ 81 'N528 C4 CRO-S V-121/1203 4610, HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L<<5/3 ~ 7 CRO HCU 4203o 02C12 2 A 1 0 AD Pl N52 8 CI CRO SV 121/4207 " 4610 HVA1709661A A X 321007 N 612 ~ 17

~5 "SOLEtlDI0 INSERT EXHAUST VALVE R 528 L<<5/3 ~ 7 CRD-HCU 1207o 02C12 2 A 1 0 A~ Bl N528 CI CRO"SV 121/1211 A610 HVA17096614 A' 32 1.007 612 N ~ 17

~ 5"SOLEtlOI0 INSERT EXHAUST VALVE R 528 L<<5/3<<7 CRD-HCU 42114 02C12 2 A 1 0 A ~ 81 N52 8 CI CRO SV 121/4215 4610 HVA17096614 A X 321007 N 612 ~ 17

~ 5"SOLEtl010 INSERT EXHAUST VALVE R 528 L ~ 5/3<<7 CRO HCU 4215o 02C12 2 A 1 0 Ao81 tl52 8 CI CRO-SV-121/4219 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVf: R 528 L ~ 5/3<<7 CRD-HCU 1219o 02C12 2 A I 0 4 ~ f'1 N528 CI CRO-SV-)21/4223 4610 HVA170966)A A X 324007 N 612 ~ 17

~ 5"SOLEtl010 INSERT EXHAUST VALVf: R 528 L <<5/3 <<7 CRO-HCU-1223o 02C12 2 4 1 0 Ao81 N52 8 CI Cfl 0-SV-121/4227 4610 HVA17096614 A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EX)IAUST VALVf: R 528 L ~ 5/3 ~7 CRO HCU-4227o 02C12 2 A 1 0 A ~ f:1 H5 28 C4 CRO-SV-121/4231 4610 HV417096614 4 324007 N 612 17

~ 5"SOLEtl010 INSERT EXHAUST VALVI. R 520 K~ 2/3 ~ 7 CRD-HCU 1231o 02C12 2 4 1 0 4 ~ Hl tl528 C'l CRO-SV-121/4235 Af 10 IIVAI7046614 A X 324007 612 ~ 17

~ 5"S~)ID INSERT EXHAUST VALVE R 528 K~ 7 CRO-HCU-IP35o 02CI~ 2 4 1 0 4 fl M52 4

PROGRAH ClE STO llASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00103 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS ~~ +SEISHIC IS) PARAHETERS+++ iENV ~ IE) PARAHETERS+

EPN HFG -H ODEL S E OIO TH HL TEST ANL FO C FREO AGING DBE C HOURS DESCRIP T ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CON'TRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE h

CRD-SV-121/4239 A610 HVA1709661A .A; X 324007 ' '

612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE "R 528, K<2/3o7 CRD-HCU"4239+

02C12 2 4 10 A ~ 81 H528 '

=

C4 i

h CRO-SV 121/4243 A610 HVA1709661A X 324007 N 612 ~ 17

~ 5"SOLENOID INSFRT EXHAUST VALVE R 528 K ~ 2/3o7 CRO-HCU-4243+

02C12 2 A 1 0 AMBI H528 Ch CRD SV 121/4?47 A610 HVA1709661A A X 324007 N 612 F 17

~ 5" SOLEtlOIO ItlSERT EXHAUST VALVF R 528 K ~ 2/3e7 CRD HCU 4247+

02C12 2 A 1 0 AiBI H528 Ch CRO SV 121/4251 A610 HVA1709661A X 324007 N 612 ~ 17

~ 5"SOLEtlOID INSERT EXHAUST VALVE R 528 K~ 2/3 ~ 7 CRD-HCU 4251+

02C12 2 .A" 1 0 AiPI H528 Ch CRD SV 121/4?55 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K ~ 2/3o7 CRD HCU 425S+

02C12 2 A I 0 Al81 H528 Ch CRD-SV-121/4259 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K~ 2/3o7 CRO-HCU-42591 02C12 2 A 1 0 AD FI tI52 8 Ch CRO-SV-121/hf 07 A610 HVA1709661A b X 324007 N 612 ~ 17

~ 5 "SOLEtlOIO INSERT EXIIAUST VALVE R 528 LES/3+7 CRD-HCU-4607+

02C12 2 A I 0 At81 H528 Ch CRO-SV-121/4611 A610 HVA1709661A A' 324007 N 612

~ SNSOLENOIO INSERT EXHAUST VALVE R 528 LeS/3+7 CRD-HCU-4611+

02C12 2 A I 0 AMBI H5 28 Ch CRO-S V-121/4615 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L ~ 5/3 ~ 7 CRD-HCU 4615+

02C12 2 A 1 0 AoFI H528 Ch CRO-SV-I?1/4619 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE 528 S/3 ~ 7 CRO-HCU-4619+

02C12 2 A 1 0 A~ fl HS 28 R L~

C4 CRD-SV-121/4623 JL610 HVA1709661A A X 324007 N 612 F 17

.5 SOI.ENOID INSERT EXHAUST VALVE R 528 L ~ 5/3 ~7 CRO HCU-46231 02C12 2 A 1 0 As&1 H528 Ch CRD SV 121/4627 A610 HVA1709661A A X 324007 N 612 ~ 17"

~ 5 "SOLENOID INSERT EXHAUST VALVE

' R 528 LE 5/3 ' CRD HCU 4627+

02C12 2 a 0 A,BI HS 28 Ch CRO-SV-121/4631 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID ItlSERT EXHAUST VALVE R 528 K~ 2/3 ~ 7 CRD-HCU-4631+

02C12 2 n I 0 Art II528 Ch

0 PRGGRAH CIE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00104 MNP-2.CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS oooSEISHIC IS) PARAHETERSoo* o ENV ~ I E) P ARAIIETERS o EPN HFG MODEL S E OIO TH HL TEST ANL FO C FRED AGING OBE C HOURS ~

DESCRIPTION DETAIL- '.

CONTRACT LEVEL EC USE SAFETY FUNCTION -'/E BLDG ELEV DRAMING '/E ZONE ZONE ROON ACCURACY COHPOSITE EPN CRO"SV 121/4635 A610 HVA1709661A A.X.'24007- N 612 ~ 17

~ SeSOLEtl010 INSERT EXHAUST VALVE R 528 K '/3o7 CRO HCU 4635+

02C12 2 A I 0 A~ Pl H52 8 Ch:."

CRO-SV 121/4639. A610 HVA1709661A A X'24007 - -

N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K '/3oT CRO-HCU 4639+

02C12 2 A 1 0 AD 81 'l5 28 Ch CRD SV 121/4643 A610 HVA1709661A 32400T 612 17

'/3 ' A X N

~

~ 5 "SOLENOID INSERT EXHAUST VALVE R 528 K CRO-HCU-4643+

02C12 2 A 1 0 AMBI H528 C4 ~

CRO SV-121/4647 . A610 HVA1709661A 'A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K '/3o7 CRD HCU 4647+

02C12 2 A I 0 AoPI H528 Ch ~

CRO-SV 121/4651 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 SOLENOI D INSERT EXHAUST VALVE R 528 K~ 2/3o7 CRD-HCU-4651+

02C12 2 A 1 0 A~ Pl H52 8 Ch CRO SV-121/4655 A610 HVA1709661A A X 324007 N 612 ~ 17

. 5o SOL EIIOI 0 INSERT EXHAUST VALVE .R 528 K '/3oT CRO HCU 4655o 02C12 2 A. 1 0 A~ P I H528 C4 CRO-SV-121/5011 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID IIISERT EXHAUST VALVE R 528 L ~ 5/3oT CRD HCU 5011o 02C12 2 A 1 0 Ao81 HS 28 Ch CRO-SV-121/5015 A610 HVA1709661A A X 324007 N 612 F 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L ~ 5/3 ~ 7 CRO HCU 5015+

02C12 2 A 1 0 A ~ Pl H528 Ch CRO SV-121/5019 A610 HVA1709661A A X 324007 N 612 F 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 52 8 L 05/3 ~ 7 CRO-HCU-5019+

.02C12 2 A 1 0 Ao81 H528 Ch CRO-SV-121/5023 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLEIIOI0 ItlSERT EXtIAUST VALVE R 528 LE 5/3 ' CRO-HCU-5023o 02C12 2 A 1 0 AoPI H528 Ch CRD-SV 121/5927 A610 HVA170966)A A X 324007 N 612 ~ 17

~ 5oSOLEtlOID INSERT I'XHAUST VALVF. R 528 LE 5/3 ' CRO-HCU-5027o 02C12 2 A 1 0 A ~ I'1 H52 8 C4 CRO-SV 121/5031 D610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEllOID INSERT EXHAUST VALVE 02C12 2 A 1 0 A ~ I~ I" H520 P 528 K '/3Ch

~7 CRD "HCU-503 I+

CRO-SV-121/5035 A610 HVA17096614 A X 324007 N 612 ~ 17 5"S~OIO INSERT EXHAUST VALVE 528 CRO HCU-5035o 1~ 7

~ R K ~

02C 2 A 1 0 A~ I:l H52 8

PROGRAH CIE-STO 'MASHI NGTON PUBLIC POIIER SUPPLY SYSTEH PAGE NO 00105

'NNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS oooSCISHIC (S) PARAHETERS ~ ~ o oENV ~ lE) PARAHETERSo EPN HFG HOOEL S E OIO TH HL TEST ANL FO C FREO AGING DBE C HOURS OESCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE CRO-SV 121/5039 A610 HVA1709661A =324007

.. 612 A X N ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K CRO-HCU 5039o 02C12 2 A 1 0 AMBI

'/3o7'528' CI I

CRD-SV 121/5043 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K ~ 2/3o7 CRO"HCU 5043o 02C12 2 I 0 A<BI 8528 Ch CRD-SV 121/5047 A610 HVA1709661A 324007 A X N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 K ~ 2/3o7 CRD-HCU 5017o 02C12 2 A I 0 A ~ Bl H528 C4 CRO-SV-121/5051 A610 HVA1709661A A X 324007 612 5"SOLENOID INSERT EXHAUST VALVE N ~ 17

~ R 528 K~ 2/3o7 CRO HCU 5051+

02C12 2 A I 0 Ao81 H528 CI CRO-SV 121/5415 A610 . HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L ~ 5/3 ~ 7 HCU-5115o CRO 02C12 2 A 1 0 Ao81 8528 CI CR 0-3 V- 121/54 19 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 LoS/3o7 CRO HCU-5419o 02C12 2 A 1 0 A ~ Bl 852 8 C4 CRO-SV-121/5423 A610 HVA1709661A A X 324007 N 612 F 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 L ~ 5/3 ~ 7 CRD-HCU-5423>

02C12 2 A I 0 AiBI 8528 CI CRO-SV 121/5427 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT CXHAUST VALVE R 528 Lo5/F 7 CRO HCU 5427+

02C12 2 A I 0 AePI H528 C4 CRD-SV 121/5431 t610 HVA1709661A 324007 612

~ SrSOLCNOIO INSERT EXHAUST VALVf 02C12 2 A I 0 AoBI N528 R 528 K '/3CI ' A X N CRO-HCU-5431o

~ 17 CRD-SV-121/5435 0 A810

~ 5" SOLCllOID INSI RT ExHAUST VALVE HVA1709661A R 528 K '/3o7 A X 324007 N 612 CRD HCU 543So F 17 02C12 2 A I 0 Aof 1 852 8 Ch G CR D-S V-121/54 39 A610 HVA1709661A 324007 612

~ 5"SOLENOID INSERT EXHAUST VALVf 02C12 A ~ Pf R 528 K '/3 ' X N CRO"HCU-5439o

~ 17 0 2 1 0 H52 8 Ch CRO-SV-121/$ 443 A610 HVA17096614 A X 324007 N 612 ~ 17 5"SOLENOID INSCRT EXHAUST VALVE, 528 K02/3 ~ 7 0 ~

02C12 2 A 1 0 Aol'I 852 8 R

Ch CRD HCU 5443o CRO-SV-121/5447 A610 HVAI709661t 324007 612

~ 5 "SOLCllO ID 02C1?

INSERT EXHAUST VALVE 2 A I 0 Aot 1 852 8 R 528 K '/3 ' Fh A X N CRO HCll 5447o

~ 17

PROGRAH CiE-STO MASHINGTON PUBLIC POMCR SUPPI.Y SYSTEN PAGE NO 00106 MN P-2 CLASS 1 E EQUIP RENT LIST DATE 09/06/83 STATUS ~ssSEISNIC IS) PARAHCTERSsas ~ ENV ~ lE) P ARANETERSs EPN NFG NOBEL S E OIO TH HL TEST ANL FO C FREQ AGING OBC C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITC EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRD SV l 21/5819 4610 HVA1709661A X X'21007.'28

~ N 612

~ 5"SOLENOID INSERT EXHAUST VALVE R Ls)/3oTst - ' CRO HCU 5819+

02C12 2 A 1 0 4 F 81 ,N528;-. Ch CRD-SV 121/5823 A610 HVA17096614 A X 524007 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVE R 528 LE 5/3oT CRD HCU 5823+

02C12 2 A =

1 0 As81 H528 Ch CRD-SV 121/5827 A610 HVA1709661A A X '321007 612 ~ 17

~ 5"SOLENOID INSERT EXHAUST VALVC R 528 Los/3oT- CRD~HCU 5827+

02C12 2 A ~ i 0 A ~ Bl N528 Ch CRO SV 121/5831 - A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOL CNOI 0 ItlSERT EXHAUST VALVE II 528 K+2/347 CRD HCU-5831+

02C12 2 4 1=0 AiRI 8528 Ch CRO"SV-121/5835 4610 HVA1709661A 321007 ll 612

~ 5"SOLENOID INSERT EXHAUST VALVE 02C12 2 4 1 0 4 F 81 8528 R 528 K '/3 '

Ch A X CRO-HCU-5835+

~ 17 CRO-SV 121/5839 A610 HVA1709661A A X 32400T N 612 ~ 17

~ 5"SOLENOID INSCRT EXHAUST VALVE 02C12 ' 528 K '/307 CRO-HCU-5839s 2 A 0 As81 Hs 28 Ch CRO-SV-121/5843 4610 HVA17096614 4 X 324007 N 612 ~ 17

~ 5 "SOLENOID INSCRT EXHAUST VALVE 528 K~ 2/3 sT CRO"HCU 5843s 02C12 2 A 1 0 As81 tI52 8 Ch CRO SV 122/0219 A610 HV41709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID MITHDRAV DRIVE VALVE 528 L5/8 ~ 4 CRO-HCU-0219s 02C12 2 4 I 0 As81 H528 Ch CRO SV 122/0723 4610 HVA17096614 A X 321007 N 612 ~ 17

~ 5"SOLEtlOID MI THORAV DRIVE VALVE, 528 Ls/8 ~ 4 CRO HCU 02234 02C12 2 A . 1 0 Asel H52 8 C4 122/0227 0 CRO SV

~5 "SOLCtlOID VITHORAM OR 4610 IVE VALVE HVA17096614 S28 LS/e.h A X 324007 N 612 CRO HCU 0227s

~ 17 02C12 2 4 1 0 4 ~ Fl N528 Ch 0 CRO SV-122/0231 4610 HVA17096614 A X 324007 N 612 ~ 17

~ 5 "SOLENOID 'MITHOR AV OR IVC VALVE 528 Ls/II~ 4 CRO HCU 0231+

0 02C12 2 4 1 0 4 ~ Pl sI52 8 C4 CRO SV-122/0235 4610 HVA17096614 4 X 321007 N 612 ~ 17 5"SOLCtIOIO VITHORAV 0 ~

02C12 2 A OR IVC, VALVE I 0 4 ~ Fl ll52 8 52R K2/RE Ch 4 CRD-HCU"0235s CRO-SV-127/0239 AF I 0 HVA1769661 A 4 X 324067 N 612 ~ 17

~ 5 "SI" ID MI TIIDRAV DR IVE VALVE' R 528 K2 CPD IICU 0239s 02ci 2 A 0 As(1 N528

PROGRAH C1E STO VASHINGTON PU8LIC-POMER SUPPLY SYSTEN PAGE NO 00107 VNP 2 CLASS IE KQUIPNENT LIST DATE 09/06/83 STATUS essSKISNIC IS) PARANETERSoaa KENYA (E) PDRANETERS+

EPN NFG NOOEL S E alo TN HL TEST ANL FO C FRED AGING DOE C HOURS

~ DESCRIP T ION BLDG ELEV DETAIL, ZO NE ROON ACCURACY COHPDSITE EPN CONTRACT LEVEL EC USF SAFETY FUNCTIOtl A/E ORAMING A/E ZONK CRO-SV 122/0243 A610 HVA170966iiA A If 321007 N 612 17

~ 5" SOLEIIOIO VITHDRAM DRIVE VALVE 02C12 2 A 1 0 A ~ I'1 .N528, R 528 K2/8 ' ...

CI CRO-HCU 0243+

~

i CRO-SV 122/0615 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5 "SOLEtIOID MITIIDRAM DRIVE VALVI. 528 LS/804 CRO-HCU-0615+

02C12 2 A 1 0 A ~ I:1 N5 28 C4 CRO-SV-122/0619 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID MITHORAM DRIVE VALVE 528 L5/8 ~ 1 CRD HCU 0619+

02C12 2 1 0 AePI H528 C1 CRO-SV 122/0623 A610 HVA1709661A 321007 612 17 2'A10A A X N ~

gs 5"SOLENOID MITHORAV DRIVE VALVE

~ 528 LS/8 ~ 4 CRO HCU 0623+

02C12 ~ 81 N528 C4 CRO SV-122/0627 A610 HVA17096 61 A A X 321007 N 612 ~ 17

~ SOSOLENOIO 'VITHORA'V DRIVE VALVE '528 528 L5/8 ~ 1 CRO-HCU 0627+

02C12 2 A . 1 0 At81 C4 CRO-SV 122/0631 A610 HVA1709661A A X 324007 N 612 ~ 17

.5"SOLENOID VITHDRAM DR IVE VALVE 02C12 2 A 0 As81 8528 528 L5/8 '

C4 CRO HCU 0631+

CRO-SV-122/0635 ACID HVA1709661A A X 321007 tl 612 17

~ 5"SOLEIIOIO 02C12 V I THDRAM 2 A DRIVE VALVE 1 0 Ay81 H528 528 K2/8 ' CRO-HCU 0635+

F C4 CRO-SV-122/0639 A610 HVA1709661A A X 321007 N 612 ~ 17

~ S"SOLEtIOID MITHDRAV DRIVE VALVF 528 K2/Ro4 CRD-HCU-0639+

02C12 2 A I 0 A ~ EI HS 28 C1 CRO-SV-122/OCi43 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID VITHDRAV DRIVE VALVE 528 K2/8 ~ 4 CRD-HCU-0643+

02C12 2

' 0 A ~ I'I H52 8 A C1 CRO-SV 122/0647 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID MITHDRAM DRIVE VALVE 02C12 528 K2/8 ' CRO-HCU 0647+

2 A I 0 AD &I H52 R C4 0 CRO-SV-122/1011 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLLIIOIO VITHORAM DRIVE VALVE 52e LS/PE 4 CRD HCU-1011+

02C12 H528 0 A 1 P A ~ 81 C1 CRD" SV 122/1015 A610 HVA170966IA A X 324007 N 612. ~ 17

~ 5"SOLENOID VITHORAV OR IVE VALVE 528 LS/8 ~ 4 CRO-HCU" 1015+

G 02C12 2 A 1 0 AsFI H52 P C1 CRO-SV-122/1019 A610 HVA170966IA h X 324007 tl 612 ~ 17 AS"SOLENOID IIITIIDPAM OR IVE VALVE 52 R LS/P ~ 4 CPD HCU 10194 02C12 2 A I 0 AeFl HS 2& f4

PROGRAH CIE-STO IIASHINGTON PUBLIC POVCR SUPPLY SYSTKH PAGE NO 00108 VNP-2 CLASS IE EQUIPHENT LIST DAT E 09/06/83 STATUS +++SEISHIC (S) PARAHETKRS++ ~ iENV ~ IE) PARAHKTERS+

EPN -

t?FG HOOEL S E OID TH HL TEST ANL FO FRKO C AGING DOE C HOURS DE SCRIP T ION BLDG ELEV DETAIL COttTRACT LEVEL: 'C USE SAFETY FUNCTION A/E DRAWING A/K ZONE ZONE ROON . ACCURACY COHPOSITE EPN CRD-SV-122/1023 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLENOID VITHORAM DRIVE VALVE 528 LS/8 ~ 4 CRD-HCU-1023+

02C12 2 A ~ Pl H528 CRO-SV" 122/1027 A 1 0 A610 HVA1709661A

'- Ch A X 321007 N 612 F 17

~ 5"SOLENOID MI THORAlt DRIVE VALVE 528 LS/8.1 CRD-HCU-10274 02C12 A 1 0 Ai&1 H528 Ch CRO SV-122/1031 - $ 610 HVA1709661A A X 324007 N 612 ~ 17

~5 "SOLENOID VITHDRAlt DRIVE .VALVE R 528 L5/8 ~ 4 CRD-HCU-10311 02C12 2 A I 0 A ~ 81 H52 8 Ch CRO-SV-122/1035 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID VITHORAV DRIVE.VALVE 02C12 2 I 0 Ae81 R 528 K2/8 ' . = CRD HCII 1035+

A H52 8 C1 CI?D-SV-I22/1039, . A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5 SOLKIJOIO MITIIDRAM DRIVE VALVE R 528 K2/8 ~ 4 CRO HCU-1039+

02C12 2 A I 0 'A ~ 01 8528 Ch CRO SV-122/1043 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLCNOIO VITHORAV DRIVE VALVE R 528 K2/8 ~ 4 CRO-HCU "1043+

02C12 2 A I 0 A ~ 81 H52 8 Ch CRO-SV-122!1047 AGIO HVA1709661A A X 321007 N 612 F 17

~ 5"SOLENOID Ml THOR AM DR IVE VALVE'2C12 R 528 K2/8 ~ 1 CRO-HCU" 1047+

2 A I 0 Ay81 H5 28 C1 CRO-SV-122/1051 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5NSOLENOIO WITHDRAW DRIVE R 528 K2/8 ~ 4 CRD-HCU 1051+

I VAI.VE'2C12 2 A 0 A ~ El H52 8 Ch CRD-SV 122/1407 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5$ SOLENOIO jtITHORAIt DRIVE R 528 L5/ah CRD HCU 1407+

VALVE'2C12 Pl rh 612'RD 2 A 1 0 A~ H52 8 CRO-SV-122/1411, A610 HVA1709661A A X 324007 N ~ 17

~ 5"SOLEttOID ltlTHORAM ttR IVE VALVE R 528 L5/re 4 HCU-lb 1 I+

02C12 2 A I 0 Arel tt528 C4 CRO-SV-122/1415. A610 HVA170966 IA A X 3240tt7 N 612 F 17

.5.SOLKIIOID Ml THORAW DRIVE VAI.VE R 528 L5/ah CFD-HCU-1415+

02C12 2 A I 0 AyPI 852 8 Ch CRO-SV-122/1419 b610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID WITHDRAW OR IVK R 528 LS/I? ~ 4 CRO HCIt 1419+

2 < I 0 VALVE'2C12 A~ I'I H528 Ch CRO-SV 122/1423 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "S OID ltl TIIORAW DRIVE VALVE R 528 L5 CFD HCIJ-1423+

02C1 2 A I 0 A~ fl H52 8

-0 PROGRAM CIE-STO VASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00109 VNP-2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS + ~ +SEISMIC (S) PARAMETERS+++ +KNV ~ lE) P ARAHETERS ~

LPN . HFG MODEL S E aio TM HL TEST ANL FO C FREe AGING DBE C HOURS DES CRIP T ION BLDG ELEV DETAiL "

ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL KC USE SAFETY FUNCTICN A/E DRAMIttG A/E ZONE

'l CRD SV 122/1427 A610 HVA1709661A A X 324007 612 +17

.5"SOLEN010 MITHORAV IVE VALVE 528 L5/Bah "HCU-1427+

02C12 2 A OR 1 0 AMBI H528.

R

~,sCI CRO CRO-SV 122/1431 A610. HVA1709661A A X 324007 .=N 612 F 17

~ 5"SOLENOID VITHDRAM DRIVE VALVE R 528 LS/804 CRD HCU 14314 02C12 2 A 1 0 A ~ Ol CI CRD SV 122/1435 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLENOID MITHORAM DR IVE VALVE R 528 K2/Boh CRD-HCU 1435+

02C12 A 1 0 A ~ 81 H528 C4 CRO-SV-122/1439 A610 HVA1709661A A X 324007 N 612 el7

~ 5+SOLENOID MITHORAV DRIVE VALVE R 528 K2/8 ~ I CRD HCU-1439+

02C12 2 4 I 0 AI81 H528 Ch CRO-SV-122/1443 A610 HVA1709661A ,A X '24007 N '612 +17

~ 5"SOLENOID VITHDRAV DRIVE VALVE R 528 K2/8 ~ I CRO HCU 14434 02C12 2 A I 0 A,ei H528 ".

C4 CRO SV 122/1447 A610 HVA1709661A A:X 612

~ 5"SOLEtlOIO VITHDRAM DRIVE VALVE R 528 K2/8 ~CI'24007 I

N CRO HCU 1447+

~ 17 02CIP -

2 k 1 0 AMBI M52 8 CRD SV-122/14SI . A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM DRIVE VALVE R 528 K2/Bah CRD HCU 1451+

02C12 2 A 1 0 As81 H528 Ch CRO-SV 122/1455 A610 HVA1709661A Ax 324007 612 ~ 17

~ 5"SOLENOID MITHDRAM DRIVE VALVE R 528 K2/8 ~ I Cl?0 HCU 14551 02C12 2 A I 0- A ~ Bl H528 C4 CRD-SV-122/1803 A610 HVA1709661A A X 324007 N 612 >17 a5" SOLEtlOID MITtlDRAM DRIVE VALVE R 528 L5/8 ~ I CRO-HCU-1803+

02C12 2 A I 0 Al81 CI CRD SV 122/1807 A610 HVA1 70966) A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAV 02C12 2 A DR IVE VALVE I 0 A ~ 81 t152 8 R 528 L5/8 '

Ch CRO HCU 1807+

CRD SV-122/1811 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAV DR IVE VALVE R 528 LS/8 ' CRO HCU 1811+

02C12 2 A I 0 A~ Pl H52 8 C4 CRO SV-122/1815 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5" SOLftl010 MITHORAll DRIVE VALVE R 528. L5/8 ' CRD HCU 181St

'2C12 2 A 1 0 ALKI >528 C4 CRD"SV 122/1819 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtlOI 0 MI TIIDRAM DRIVE VALVF R 528 LS/f' 4 CRO-HCU-1819+

02C12 2 A I 0 4~ fl >'52 8 04

PROGRAH CiE STO MASH INGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00110 MNP-2 CLASS iE EOUIPHENT LIST DATE 09/06/83 STATUS ~ i~SEISHIC (S) PARAHETERS44 ~ +ENV ~ (E) PARAHETERS+

EPN HFG HOOEL S E OIO TH HL TEST ANL FO C FREQ AGING DBE C HOURS OESCRIP T ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE.

'2 CRD-SV-122/1823 A610 HVA1709661A 324007 612

~ 5"SOLENOID MITHORAM DRIVE VALVE 02C12 4.' R '28 4 X Ls/8 ~ I".'

N CRD "HCU-1823+

~ 17 0 At81 CRO-SV-122/1827 . - 4610 HVA1709661A X '24007 N 612 17

~

~ 5"SOLENOID MITHORAM DRI)E VALVE R 528 Ls/8 ~ I CRD-HCU 1827+

02C12 2 4 1 0 AMBI H528 C4 CRD-Sv 122/1831 A610 HVA1709661A A 324007 N 612 ~ 17

~ 5 "SOLENOID III THDRAM DRIVE VALVE R 528 Ls/8 ~ I CRD-HCU-1831+

02C12 2 A 1 0 AoP1 H5 28 CI CRO-Sv-122/1835 4610 HVA1709661A A 324007 N 612 ~ 17

~ ~ 5N SOL Etto I 0 02C12 M I THOR Alt DRIVE VALVE A ~ Bl R 528 K2/8 ' CRO-HCU-1835+

2 4 1 0 = H528 CI CRD-Sv 122/1839 A610 HVA1709661A A 321007 N 612 ~ 17

~ 5" SOLENOID MI THDRAlt DRIVE VALVE R 528 K2/8 ~ I CRO-HCU 183'9+

02C12 2 4 I 0 At!i l H528 CI CRD-Sv 122/1843 4610 HVA1709661 A 4 321007 N 612 ~ 17

~ 5" SOLENOID ltI TltORAM DRIVE VALVE R 528 K2/8 ~ I CRO-HCU 18431 02C12 2 A i 0 AMBI H528 CI CRO Sv 122/1847 461 0 HVA1709661A A X'21007 N 612 ~ 17

~ 5 "SOLENOID MITIIDR4lt DRIVE VALVE 02C12 R 528 K2/8 ' CRD-HCU-184 7+

2 A 1 0 AMBI H528 CI CRD Sv-122/1851 4610 HV41709661A A 321007 N 612 ~ 17

~ 5 "SOLENOID MITHORAlt OR IVE VALVE R 528 K2/Go I CRO-HCU 1851+

02C12 2 A I 0 A~ P 1 H52 8 CI CRO-SV-122/1855 ~

A610 HVA1709661A 4 324007 N 612 ~ 17

~ 5"SOLFNOIO MITHORAM ORIVE VALVE R 528 K2/8 ~ I CRO-HCU-1855+

02C12 2 A 1 0 AD 81 Hs 28 C4 CRO-Sv 122/IA59 4610 HVA1709661A A 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM OR IVE VALVE R 528 K2/P ~ I CRO-HCU-1859+

02C12 2 4 1 0 AeP I rS28 CI CRD-Sv-122/2203 4610 HVA170966)4 A 324007 N 612 ~ 17

~ 5 "SOLEIIO ID MI THOR AM OR IVE VALVE R 528 L5/8 ~ 4 CRO HCU 2203+

02C12 2 A I 0 A,rl r528 r4 CRO-Sv-122/2207 4410 HV417096614 A 324007 N 612 ~ 17

.S SnL ENOI O M I THOR AM DRIVE VALVE R 528 Ls/PE I CRD-HCU-2207+

02C12 2 4 0 A,t I tA CRD-Sv-122/2211 4610 HVA17096614 A 324007 tt 612 ~ 17

~ 5 "SOLEttOIO MI THORAlt or lvE, vALvr R 528 L5/PE 4 02C12 2 4 1 0 4 ~ Pl H52 A

PROGRAtl CIE-NTD VASHINGTON PUBLIC PO'VER SUPPLY SYSTEH PAGE NO 00111 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS ~ i+SEISHIC IS) PARAHETERS+++ +ENV ~ (E) PAP ARE TERS+

EPN HFG NOBEL S E OID TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIPTION BLDG ELEV OETAIL . ZONE ROOH ACCURACY CotlPOS IT E EPN CONTRACT LEVEL EC USE SAFETY FUNCTION "A/E DRAMING A/E ZONE CRO-SV-122/2215 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLEttOID MI THOR Alt DRIVE VALVE R 528 LS/Bah 02C12 2 A 1 0 Aiei H528 CRD-HCU-2215'RD CRO SV 122/2219 4610 HVA1709661A A X 324007 N 612 17

~ 5"SOLEN010 MITHORAM ORIVE VALVE 02C12 2 . A I 0 A ~ Bi H52 8 R 528 LS/8 ' HCU 22194

~

Ch CRO-SV-122/2223 ," . A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID VITHORAV DRIVE VALVE R 528 L5/8 4 CRO HCU 2223<

02C12 2 A 1 0 Arel H528 CRO-SV-122/2227 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID VITHORAM DR IVE VALVE R 528 LS/8 ~ 4 CRO"HCU-2227+

02C12 2 1 0 A,el H528 C4.

CRO"SV-122/2231 A610 HVA1709661A A X '24007 N 612 ~ 17

~ 5"SOLENOID MITHORAM 02C12 2 A OR I VE 1 0 VALVC A%el H528 R 528 L5/8 C4

' CRD HCU 22311 CRO-SV-122/2235 A610 ABACI HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtt010 VITHORAV OR IVE VALVE R 528 K2/8.4 . CRD-HCU-2235+

02C12 2 A 1 0 AD &I H528 Ch CRO-SV-122/2239 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID ltlTHDRAV 02C12 OR IVE VALVE R 528 K2/8 ' CRO-HCU-2239+

2 A 1 0 A ~ 01 tl52 8 IC4 CRD SV-122/2243 Afil0 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM DRIVE VALVE R 528 K2/8 ~ 4 CRD-HCU-2243+

02C12 2 A 1 0 H528 Ch CRO-SV 122/2247 . A610 HVA1709661A A K 324007 N 612 ~ 17

~ 5"SOLEttOIO VITHORAM DRIVE VALVE R 528 K2/8 ~ 4 CRO HCU 2247+

02C12 2 A I 0 A ~ el H52 8 C4 CRO-SV-122/2251 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID VITHORAV DRIVE VALVE R 528 K2/PE 4 CRO-HCU"2251+

02C12 2 A 1 0 A ~ 81 H52 8 C4 CRD-SV-122/2255 A610 HVA1709661A A X 324007 N 612 ~ 17

~ S"SOLEttOIO MITHDRAM DRIVE VALVE R 528 K2/8 ~ 4 CRD-HCU 2255+

02C12 2 A 1 0 AiCl t~528 C4 CRO SV 122/2259 AE10 HVAI7096614 A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAV DRIVE VALVE R 528 K2/8 ~ 4 . CRO HCU 2259+

02C12 2 A 1 0 AtP1 H528 Ch CRD-SV-IP2/2603 Afi10 HVAI70~6614 A X 324007 N 612 ~ 17

~ 5"SOLEN010 MITHORAV DRIVE VALVE R SPP L5/P ~ 4 CPO-HCU-2603+

02C12 2 A 1 0 A el tl528 (4

PROGRAH C1E STO CONTRACT CRO-Sv-1?2/2607

~

EPN LEVEL OESCRIP T ION EC USE 5 "SOLEtIOID MI THDRAM DRIVE VALVF.

02C12 2 A I HFG

)610 0

SAFETY FUNCTION A~ Bl HVA17096614 NOBEL C

VNP-2 CLASS 1E EOUiPHENT LIST BLDG ELEV A/E DRAMING H528 R

=

',DETAIL A/E 528 L5/8 ~ 4..1.:,p

-- -, '-;

S

'ENV VASHI NGTON PUBLIC POVER SUPPLT SYSTEII STATUS ZONE Ch,:'

~

E

~ 'I 010 A,X 324007 '

4++SEISIIIC lS) PARAHETERS++ ~

Ttt ZONE HL TEST ANL FO C ROOII 612 ACCURACT FRED CRO AGING

~

HCU-2607+

PAGE No 00112 DATE 09/06/83

{E)

OBE PARAHETERS C

COIIPOSITE EPN HOURS

~ 17

~

CRO Sv 122/2611 A610 . HVA1709661A 4-X'24007 '-"

N 612 ~ 17

~ 5"SOLENOID VITHDRAV ORiVE VALVE 02C12 2 A ." 1 0 4oBI HS 28 R 528 LS/Bah C4 CRO HCU 261 It CRD-SV-122/2615 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID VITHORAM DRIVE VALVE, R 528 LS/8.4 . CRD-HCU-2615+

02C12 2 A 1-0 AlPI H528 Ch CRD-SV-122/2619 A610 HVA1709661A A X 324007 N 612 ~ 17

.5 "SOL ENol 0 Ml THDR Av oR I YE vALvE R 528 LS/804 CRO-HCU-2619+

02C12 2 A 1 0 A ~ Bi 1528 Ch CRD SV 122/2623 A610 HVA1709661A A X 324007 k 612 ~ 17

.S.SOLENOID MITHDRAlt DRIVE VALVE R 528 L5/8 ~ 4 CRO HCU-2623@

02C12 2 A 1 0 A ~ Ri HS 28 Ch CRO-Sv-1??/2627 A610 HVA1709661A A X 324007 . N 612 ~ 17

~ 5"SOLENOID VITHORAM DRIVE VALVE R 528 LS/Beh CRD"HCU-2627+

02C12 2 A I 0 A ~ Pl H528 Ch CRD-Sv-122/2631 = 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAV DRIVE VALVE R 528 LS/804 CRO HCU-2631+

02C12 2 A I 0 A)81 II52 8 Ch CRO Sv 122/2635 A610 HVA1709661A A X 324007 N 612 17 2A

~

~ 5"SOLENOID MITHOR4M DRIVE VALVF 528 K2/8 ~ 4 2635<

02C12 I OA ~ P,i H52 8 R

C4 CRD HCU CRD-Sv-122/2639 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID VITHORAV DRIVE VALVE R, 528 K2/II ah CRO HCU 2639+

02C12 2 A I 0 A~ P 1 H52P C4 CRO-SV-122/2643 Aflo HVA1709661A 324007 0 ~ 5 "SOLENOID IIITHDRAV DRIVE VALVE R 5?R K2/8 ~ 4 A X N .,612 CRO-HCU-2643+

~ 17 02C12 2 A I 0 A ~ t'1 8528 Ch 0 CRO-S V-122/2647 A@10 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEIIOIO VITHORAV OR IVE VALVE R 528 K2/8 ~ 4 CRO-IICU-? 647+

0 02C12 2 A I 0 A ~ 81 8528 CRO SV I?2/?651 AFI 0 HVA170'36614 A X 324007 N 612 17 0 ~ 5 "SOLENOID MITtIORAII DRIVE VALVE 02C12 2 A I 0 A~ tll HS?8 R 528 K2/8 '

f'4 CPD HCU 2651+

~

CRD.-SV-1?.2/26 )5 AFI 0 HVA170'l661A A X 324007 tt 612 ~ 17

~ 5 "SOLEIIOI0 VI THORAV DRIVE VALVE R 528 K2/PE 4 CRD-HCU-2FSSt 02C12 2 A' 0 AsFI H52 8

PROGRAH C1E-STO VASHINGTON PUBLIC POMER SUPPLY SYSTFH PAGE NO 00113 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 ST ATIJS << ~ <<SEISHIC (S) PARAHETERS ~ ~ << <<ENV ~ (C) PARAHETERS<<

EPN HFG HODEL E OIO TH HL TEST ANL FO C FRED AGING OBE C HOURS

~

DESCRIP TION BLDG ELEV . DETAIL ZONE'OON ACCURACY COHPOSI'IE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING ,A/E ZONE CRD-SV-122/2659

~ 5"SOLENAID MITHDRAM DRIVE VALVE 02C12

~

SV 122/3003 2 A, 5 "SOLENOID ltITHORAV DRIVE VALVE 1 0 A610 A610 AtBI HVAi709661A HVA1709661A

= H528

~

'-'I R

R S28 K2/8 528 LS/8<<1 A X I

'RD A X 321007 324007

. N N

612 612 CRD"HCU-2659+

CRD-HCU 3003+

~

~

17 17 02C12 2 , A . 1 0 At&I H52 8 C4

'4 CRO-SV-122/3007 A610 HVA1709661A ' X 324007 N. 612 ~ 17 5<<SOLEtl010 MITHDRAV DRIVE VALVE R 528 LS/Bob CRD HCU 3007<<

02C12 2 1 0 A<<81 H528 CI CRO-SV 122/3011 A610 HVA1709661A A X"'21007 N 612 17

<<5"SOLEtt010 VITHDRAM DRIVE VALVE 02C12 2 ~ A 1 0 AIBI H528 RE 528 L5/8 ' CP,O-HCU-3011+

~

CRO-S V- 122/3015 A610 HVA1709661A ~ A X. 324d07 N 612 ~ 17

~ 5 "SOL Et(OI 0 M I THDR A V DRIVE VALVE R 528. L5/Bi I CRO-HCU 3015+

02C12 2 A 1 0 A<<81 HS 28 CI CR D SV 122/3019 . A610 HVA1709661A A X 321007 '. N 612 ~ 17

~ 5 "SOLENOID illTHOR Alf OR IVE VALVE R 528 L5/8 ~ I ~ CRD-HCU-3019+

02C12 2 A 1 0 AMBI H52A Ch CRO SV-122/3023 A610 ttVAI709661A A X 321007 N 612 ~ 17

~ 5" SOL ENOI 0 Ml THDR Alf DRIVE VALVE R 528 L5/8 ~ I CRO-HCU "3023+

02C12 2 A I 0 A<<I'1 H528 CI CRD "SV-122/3027 . A610 HVA1709661A A X 324007 N 612 .17

~

02C12 2,A 5"SOLBNOIO MITHDRAM DRIVE VALVE I 0 A<<PI H528 R 528 L5/8 ~ I C4 CRD"HCU<<3027+

'CRO-SV-122/3031 A610 HVA1709661A 321007 612 17

~ 5"SOLENOID MITHDRAM DRIVE VALVF 02C12, 2 A I 0 AD 01 H52 8 R 528 K '/3CI ' A X N CRD-HCU 3031+

~

CRD-SV-122/303S h610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEttOIO MITHDRAM DRIVE VALVE R 528 K~ 2/3 ~ 7 CRO HCU-3035+

02C12 2 A 1 0 A ~ Pl C4 CRO-SV-122/3039 A610 HVA1709661A A X 324007 N 612 F 17

~ 5"SOLENOID MITHDRAM DRIVE VALVE R 528 K ~ 2/3 ~ 7 CRD-HCU 3039+

02C12 2 A I 0 A<<01. H52 8 CI

'/3CI '.

CRO-SV-122/3043 h610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLEtl010 MITHORPV OR IVE VALVf' R 528 K CRO HCU-304 3+

02C12 2 h 0 A<<01 852 8 CRO-S V-122/3047 AF10 HVA1709661A A 324007 N 612 ~ 17

.5 "SOLEttnl0 MI THORAV DRIVE VALVf R 52P K~ 2/3 ~ 7 CRO-HCU 3047+

02CIZ A 0 Asf I HSP A Ch

PROGRAH C1E-STD VASHINGTON PUBLIC POMER SUPPLT SYSTEH PAGE NO 00114 MNf-2 CLASS iE EauIPHENT l.lST DATE 09/06/83 EPN STATUS>>>>>>SE ISHIC I 8) PARAHETERS>>>> ~ ~ ENV ~ fEI PARAHETERS>>

HFG HOOEL S E QIO TH flL TEST ANL FO C FREO AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAI'L . ZONE ROOH ACCURACT COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION 4/E DRAM ING 4/E ZONE CRO-SV 122/3051 5"SOLENOID VITHDRAV DRIVE VALVE 4610 HVA1709661A ~ A X -, 324007: N 612 ~ 17

~ ~ R 528 K~ 2/347 CRD-HCU 3051+

02C12 2 4= i 0 Ay&I H528 CI,~ ' ~

CRD-SV-122/3055 . '610 5"SOLENOID MITHORAM DRIVE VALVE HVA1709661A l-, X 324007: '

612 ~ 17

~ R 528 K~ 2/3 ~ 1 CRO HCU 3055>>

02C12 2 4 i 0 AD Oi H528 CI CRD-SV-,122/3059 A610 HVA17096614 A X. '324007' N 612

~ 5>>SOLENOID VI THDRAIf DRIVE VALVE

>>17 52S K ~ 2/3>>T CRO-HCU-3059+

02C12 2 A 1 0 AD Bl H528 CI CRD-SV-122/3403 . ,

5"SOLENOID VITHDRAV DRIVE VALVE

'6io HVA1709661A A X 324007 N 612 F 17

~ 52S L>>5/3>>7 02C12 2 4 I 0 4 '1 H528 R

CI CRD HCU 3403>>

CRD-SV-122/3407 -,

5"SOLENOID MITHDRAV DRIVE

. A610 HV41709661A 4 X'24007 N 612 ~ 17

~ R 528 L ~ 5/3 ~ 7 CRO"HCU-34074 2 - 4 i 0 VALVE'2C12

~ Pl H528 CI CRD" SV-1?2/3411 . A610 HVA170966IA A X 324007 N 612 17 5/3 '

~

.5>>SOLENOID MITHDRAV DRIVE VALVf: R 528 LE CRO-HCU-3411>>

02C12 2 4 1 0 A>>l!1 H528 CI CRD-SV>>122/3415 A610 HVA17096614 A X 324007 '

412 ~ 17

~ 5"SOLENOID Ml THDRAV DRIVE VALVE 528 L>>5/3i7 R CRO HCU-3415+

02C12 2 A 1 0 A>>81 H528 CI CRO-SV-122/3419 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLENOID VITHDRAV DRIVE VALVE R 528 L>>5/3>>7 CRD HCU 3419>>

02C12 2 A I 0 A ~ Bl H52 8 CI CRO-SV 122/3423 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLf:NOID MITHORAM DRIVE VALVE R 528 LE 5/3 ' CRD-HCU"3423+

02C12 2 A 1 0 A~P I H528 CI CRD-SV-122/3427

~

'610 5"SOLENOID MITHDRAM DRIVE VALVf:

HVA17096614 R 528 LE 5/3 A X 324007 N 612 CRO-HCU-3427>>

~ 17 02C12 2 4 1 0 4 ~ f'1 C4 CRO-SV I?2/3431 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM DRIVE VALVE R 528 K~ 2/3 ~ 7 CRO-HCU 3431+

02C12 2 A 1 0 4 ~ l;I 8528 CI CRO-SV 122/3435 4610 HV417h96614 A X 324007 N 612 ~ 17 5 "SOLENOID 'Ml THORAM DRIVE VALVE 528 2/3 ~ 7 3435+

02C12 2 4 I 0 4~ ll H5? 8 R K~

r4 CRO HCU CRO-SV-122/3439 4610 HVA17096614 A X 324007 N 612 ~ 17

~ 5 "SOLENOID MITHORAM OR IVE VALVE R 528 K~ 2/3 ~ 7 CRO-HCU-3439+

02CI? 2 A I 0 4>>BI H528

PROGRAH CIE-NTO VASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00115 VNP 2 CLASS IE EQUIPMENT LIST DATE 09/06/83 STATUS ~ ++SEISMIC IS) PARAMETERS+*+ wENV ~ IC) PARAIIETCRS+

EPN 'tIF G MODEL S E "

QIO TH HL TEST ANL FO C FRED AGING ODE C HOURS OESCR IP 7 ION BLDG ELEV DETAIL ZONE ROD)I ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE CRO-SV-122/3443 A610 HVA1709661A A X' 321007 612 17

~ 5"SOLENOID MITHDRAM DRIVE VALVE R '28 ~ 2/3 oT N

CRO-HCU-3443i

~

02C12 2 A 1 0 A,rl M528 C1 CRD SV 1?2/3447 A610 HVA1T09661A A X 321007 N 6I2 ~ 17

~ 5"SOLENOID VITHDRAM DR IVE VALVE R 528 K~ 2/3 ~ 7 CRD HCU 34474 02C12 2 A I 0 Aigl M52 8 C4 CRO-SV-122/3451, A610 HVA1709661A A X 321007 - tt 612 ~ 17

~ 5"SOLENOID MITHDRAM DRIVE VALVC 02C12 R S28 K '/3oT CRO HCU-3151+

2 A 1 0 AeDI M528 C1 CRD-SV-122/3455 A610 HVA1709661A 324007 k 612 17

('I A X ~

~ 5"SOLENOID VITHORAM DRIVE VALVE ~

R 528 KA2/3sT, CRD-HCU-3455+

02C12 2 A 1 0 A ~ 81 H528 CRD SV 1?2/3459 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5 "SOLCIIOIO 02C12 IIITHDRAM DRIVE VALVE A.el R 528 K '/3iT CRD HCU-3459+

A 1 0 M528 '4 CRO-SV 1?2/3803 A610 =

HVA1709661A A X '21007 ' 612 ~ 17

~ 5"SOLENOID VITHDRAM DRIVE VALVE R 528 L ~ 5/3 7- CRO-HCU-3803+

02C12 2 A 1 0 A ~ Dl M52 8 CI CRO-SV-122/3807 A610 HVA1709661A A X 324007 N 612 ~ 17.

~ 5 "SOL EN010 II I THDR AV OR I VE VALVE R 528 L ~ 5/3 7 CRO HCU 3807+

02C12 2 ' 1 0 AAPI M528 C4 CRO-SV 122/34II A610 HVA1709661A A X 321007 N 612 ~ 17

~ S"SOLENOID MITHDRAM DRIVE VALVE R 528 L ~ 5/3oT CRO-HCU-3811+

02C12 2 A I 0 A ~ 81 M52 8 C4 CRD-SV-122/3815 A610 HVA1709661A A x 321007 N 612 ~ 17

~ 5"SOLCNOIO MITHDRAM DRIVE VALVE R 528 L ~ 5/3 ~ 7 CRO-HCU 3815+

02C12 2 A 1 0 AePI H528 C4 CRO-SV 122/3819 h610 HVA170966)A A X 321007 N 612 F 17

~ 5"SOLENOID VITHDRAM DRIVE VALVC R 528 L ~ 5/3 ~ 7 CRD-HCU-3819+

02C12 A 1 0 A ~ Pl M52 8 C1 CRO-SV-122/3823 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5" SOL EtIOI D Ml THDR A V 02C12 2 A DR TVE VALVE 1 0 Art'1 M528 R 528 LES/3 C4

' CRO HCU 3823<

CRO-SV 122/3827 h61 0 HVA170966 IA x 3z4007 N 612 ~ 17

~ 5"SOLENOID VITHORAM DRIVE VALVE R 528 L ~ 5/3 ~ 7 CRO-HCU-3827+

02C12 2 a 1 0 AIPI C4 CRO-SV-1?2/3831 hf )0 HVA170966)A A X 324007 N 612 ~ I?

.5 "SOLrt OIO Ml THORAX'2C12 DR IYE vALvr R 528 K~  ?/3 ~ 7 CRO-HCU 3831+

2 A I 0 8528 04

L PROGRAH CiE-STD VASHIHGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00116 VNP-2 CLASS IE EQUIPMENT LIST- DATE 09/06/83 STATUS + ~ +SEISMIC (S) PARAMETERS+++ ~ ENV ~ (E) PARAMETERS+

EPN HFG MODEL S E 010 TH HL TEST ANL FO C FRED AGItlG DBE C HOURS DESCRIP T ION BLDG ELEV DETAIl. ZONE ROOH ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION ~

A/E BRAVING A/E ZONE'"

- ~

CRO-SV-122/3835 A610 HVA1709661A lf 324007 '

=-

A 612 ~ 17

~ 5~SOLENOID VITHDRAV DRIVE VALVE R. 528 K ~ 2/3s7 CRD-HCU-3835+

02C12 2 A I 0 A ~ 81 M528 ., ". C4 CRO-SV-122/3839 A It '324007 612 5"SOLENOID MITHDRAV 02C12 2 A M528 R 528 K '/3 'C4 N

CRD-HCU-3839+

~ 17 CRO-SV-122/3843 A610 HVA1709661A A X '21007 N 612 ~ 17

~ 5"SOLENOID MI THDRAM. DRIVE VALVE R 528 Ka2/3e7 CRD-HCU-3843+

02C12 2 , A I 0 AD 81 M52 8 C4 CRO-SV-122/3847 A610 HVA1709661A .A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHDRAM OR IVE VALVE R 528 K+2/3+7 CRD-HCU-3847+

02C12 2 . A 1 0 A~ Bl H528 , C4 CRD-SV-122/3851 A610 HVA1709661A A X 324007 N 612 ol7

.5~SOLENOID Ml TltDRAM DRIVE VALVE R 528 K~ 2/3+7. CRD-HCU-3851+

02C12 2 A I 0 AMBI H52 8 C4 CRO-SV-I22/3IISS '610 HVA1709661A A X 321007 N 612 ~ 17

~ -""SOLENOID MITHORAM DRIVE VALVE 02C12 R 528 K '/3e7 CRD HCU-3855+

2 A 1 0 AoPI MS28 C4 CRO SV-122/3859 A610 HVA1709661A 324007 612 17

~ 5"SOLENOID MITHORAV DRIVE VALVE 02C12 2 A 1 0 A>BI H528 R 528 K '/3 'C4 A X N CRO-HCU-3859+

~

CRO-SV-122/4203 A610 HVA1709661A A X 324007 N 612 F 17 a5 "SOLENOID MITHDRAM DR IV'E VALVE'2C12 R 528 L15/3 ~ 7 CRO-HCU-4203+

2 A 1 0 A ~ 81 H52 8 C4 CRO-SV-122/4207 A610 HVA1709661A A,X 324007 N 612 ~ 17

~ 5 "SOLENOID 02C12 IIITHOR AM OR IVE VALVE R 528 LES/3 ' CRO-HCU 4207+

2 A 1 0 A ~ 81 MSGR C4 CRO SV-122/4211 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM OR IVE VALVE R 528 LE 5/3 ' CRD-HCU 4211+

02C12 2 A I 0 A~ Pl H52 8 C4 CRO-SV-122/1215 A610 HVA1709651A A X 321007 N 612 ~ 17

~ 5" SOLEtlOID MITIIORAM DRIVE VALVE R 528 L ~ S/3 ~ 7 CRO-HCU-4215+

02C12 2 A 1 0 A ~ I' H52 8 C1 CRD SV-122/4219 A610 HVA1709661A A X 324007 tl 612 ~ 17 5"SOLENOID VITHORAV DRIVE VALVE 528 5/3 ' CRD HCU 4219+

fl

~ R LE 02C12 2 A 1 0 h~ II52 8 C4 CRO SV-122/4223 A610 HVA17096f IA A X 324007 N 612 ~ 17

~ 5"SOLENOI0 MITIIORAV OR IVE VALVE R 52f LES/3 ' CRO"HCU-42231 02C12 Ayfl 1

2 A 1 0 t152 8

e P

PROGRAM CIE-STO MASHINGTON PUBLIC POllER SUPPLY SYSTEH PAGE HO 00117 VNP-2 CLASS 1E EQUIPHC!lT LIST DATE 09/06/83 STATUS eeeSEISHIC tS) PARAHETERSee+ eEHV ~ CC) PARAHETERSe EPN HFG HODEL S E OID TH HL'CST ANL FO C FREQ AGING DBE C HOURS DESCRIPTION BLDG ELEV . DETAIL ZONE ROO!l ACCURACY COHPOSITC EPN CONTRACT LEVEL CC USE SAFETY FUNCTION A/E ORAVI!JG A/E ZONE CRD-Sv-122/4227 A610 HVA1709661A A.X 321007, ' 612 17

~ 5 "SOLENOID 'MI THDRAV DRIVE VALVf:

02C12 '2 ' ~ 81 R '28 LE 5/3e7;..  ;, F-N CRD-HCU-4227e

~

=

A 1 0 52 8

'I ~

'CRO-SV-122/4231 A610 HVA1709661A '- -A X321007 N 612 ~ 17

~ 5"SOLCNOID MITHORAV DRIVE VALVE ~ R 528 K ~ 2'/3e7 CPD-HCU-4231+

02C12 2 A 1 0 AeP1 852 8 Ch CRD Sv-122/4235'610 HVA1709661A A X 324007 N 612 ~ 17

~

02C12 2; 5"SOLEHOID VI THDRAV DRIVE VALVE A-"'

R 528 K ~ 2/3e7 " ,CRO HCU 12354

,, AVB1 H528 0 'h-CRO-SV-122/4239 . A610 HVA1709661A A. X . 321007 .

' 612 ~ 17

~ 5"SOLE!JOIO VITHORAM DRIVE VALVE R 528 K '/3e7 CRO-HCU-4239+

02C12 2 ' ' 0 AIP1 H528 ." C4 CRD-Sv" IZ2/4243 ' '610 HVA1709661A A.X" 324007 N 612 ~ 17

~ 5"SGLENOIO MITHDRAM DRIVE VALVE 528'K ~ 2/3 ~ 7 CRO HCU 4243+

02C12 2 I 0 At&1 H528 Ch CRO-SV-122/4247 A610 HVA1709661A A X . 321007 N 612 F 17

~ 5"SOLENOID MITHORAM DRIVE VALVE, R 528 K~ 2/3 e7: CRD-HCU-4247+

02C12 2 A 1 0 A ~ 81 H528 C4 CRD-Sv-122/4251 A610 HVA1709661A 321007 612 17

~ 5 "SOL Etlnl D V I THDR A V 02C12 2 A OR I VE VALVf:

1 0 'tPI H528 R 528 K '/3 '

C4 A X N CR 0 HCU -4 25 1+

~

CRO-Sv 122/4255 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "soLEHnID MI THDRAv 0R IYE YAt.vc R 528 K '/3e7 CRD HCU 4255+

02C12 2 A 1 0 A ~ Pl H528 fh CRO-Sv 122/4259 4610 HVA1709661A A X 321007 N 612 ~ 17

~ 5"SOLEtlOIO MITHDRAV DRIVE VALVE R 528 K~ 2/3 e7 CRO-HCU 4259+

02C12 2 A 1 0 AqPI H528 C4 CRD-Sv-122/4fi07 A610 HVA1709661A A X 324007 N 612 ~ 17

.5 "SOL Ettnl D MI THORA V DRIVE VALVE R 528 L ~ 5/3 e7 CRO HCU 4607+

02C12 2 A I 0 Aqf! I H528 C4 CRD-Sv-122/4611 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLf:tlOID MITHORAV OI? IVfi VALVE R 528 LE 5/3 ' CRO HCU-4611+

02C12 2 I 1 0 Aef I t sze C4 CRO-SV-122/4615 b610 HVA1709661A A X 324007 tl 612 ~ 17

.5"SOLEHnID MI Tt?DRAM ORIvE vALvr R 528 L ~ 5/3 ~ 7 CRD HCU-4615+

02C12 2 A 1 0 Aqf I 8528 Ch CI? D-Sv-122/4619 AA10 HVA17096f 1A A X 324007 H 612 ~ 17

~5 "SOLE!lOID Mt THORAV DR IVE VALVC R 528 L ~ 5/3 ~ 7 C8 0- HCU-461 4+

02CI< 2 1 0 AePI 852 8 C4

PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00118 MNP-2 CLASS 1E EGUIPHENT LIST DATE 09/06/83 STATUS ~ +~SEISHIC tS) PARAHETERS+~+ ~ENV ~ CE) PARAHETERS ~

EPN HFG NOBEL S E QIO TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIP T ION BLDG ELE V DETAIL ZONE ROOH ACCURACY COIIPOSI7E EPN CONTRACT LEVEL EC USE ~

SAFETY FUNCTICN 4/E ORAMING 4/E ZONE '

CRD "SV-122/4623 4610 HVA1709661A X,-321007 N 612 ~ 17

~ 5 "SOL END I 0 lt I THOR AM bR I VE VALVE R .528 L45/3+7 CRO HCU 46231 02C12 2 A 1 0 4 ~ 81 H528 . iC4 -.'x.,

CRD-SV-122/4627 A610 HVA1709661A A X 321007 N 612 ~ 17

~ 5+SOLENOID MITHORAM DRIVE VALVE R 528 LE 5/3 ~ 7- CRO-HCU-4627+

02C12 2 A 1 0 4 ~ Pl 8528 Ch CRO-SV-122/4631

~

. '610 5 "SOLENOID MITHOR4M DRIVE VALVE HVA17096414 R 528 K

=A X

'/3Ch ' 324007 ' 612 CAD "HCU-4631+

~ 17 02C12 2 A. 1 0 AMBI H528 CRO-SV-122/4635 A610 HVA1709661A '4 X 324007 N 612 ~ 17

~ 5" SOLENOID III THDRAQ DRIVE VALVE R 528 K '/3e7 CRD-HCU-4635+

02C12 2 'A 1 0 A ~ 81 8528 Ch CRO-SV-122/4639 Asi 0 HVA1709661A A X . 324007 N 612 sl7

~ 5 "SOL Ett81 D It I THDR AM OR IVE VALVE 02C12 i. 0 R 528 K '/347 CRO-HCU"4639+

2 A AMBI 852 8 Ch CRO-S V-122/4643

~ 5NSOL ENOI D 'Ml THOR AM DRIVE VALVE 02C12 CRD-SV-122/1647 2 A 1 0 4610 A610 AMBI HVA1709661A HVA1709661A H528 R 528

'h K ~ 2/3+7 4

A X X 321007 321007 N N 612 612 CRD-HCU 4643+

~

~ 17 17

~ 5 "SOLEttOID IllTHDRAM DRIVE VALVE R 528 K~ 2/3+7, CRD-HCU-4647+

02C12 2 4 1 0 Ae81 H528 -

Ch CRD-SV-122/4651. - A610 HVA17096614 A 324007 N 612 ~ 17

~ 5"SOLENOID VITHDRAV DRIVE VALVE R 528 K~ 2/3o7 CRD HCU 16S i+

02C12 2 4 1 0 4@81 8528 C4 CRD-SV-122/4655 A610 HVA1709661A A X 324007 N 612 ~ 17

~ S "SOLENOID MI THORAlt DRIVE VALVF. 8 528 K~ 2/3e7 CRD-HCU-46554 02C12 2 4 1 0 At&1 8528 Ch CR D "S V-122/501 1 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM DRIVE VALVE R 528 L ~ 5/3 ~ 7 CRD HCU 5011+

02C12 2 4 1 0 A ~ Ol H5 28 Ch CRD-SV 122/5015 4610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM DRIVE VALVE R 528 L o5/3 ~ 7 CRD HCU 5015+

02C12 2 A 1 0 A ~ 81 ti52 8 Ch CPO-SV 122/5019 A610 HV41709661A A X 324007 N 612 ~ 17 5"SOLEN010 VITHDRAV DRIVE VALVE R 528 L ~ 5/3o7 CPO-HCU-50194 02C12 2 A 1 0 4181 8528 Ch CRO SV 122/5023 4610 HVA17096614 4 X 324007 tt 612 ~ 17

~ 5" SOLE VOID It I TIIDRAV DRIVE VALVE R 528 L ~ 5/3 ~ 7 CPO-HCU"5023+

02C12 2 4 1 8 Ayfl H52 8 t:4

. ~

PROGRAH C1E-STO MASHINGTON PUBLIC POMER SUPPLY. SYSTEH PAGE NO 00119 MNP 2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS o ~ ~ SEISHIC lS) PARAHETERS ~ ~ o oENV ~ lE) PARAHETERS ~

EPN HFG HODEL S E t)IO TH HL TEST ANL FO C FREQ AGING OBE C HOURS OESCRIP T ION BLDG ELEV DETAIL , ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE "

CRO-SV-122/5027 o5iSOLEttOID MITHDRAM DRIYE VALVE

, )610, HVA1709661A I "R

~

' .A X"-324007 528 Lo5/3 ~ 7

~,N 612 ~ 17 CRO-HCU-50?7+

02C12 2 A 1.0 A)BI H528. . Ch; ~ i,'i I

CRO-SV-122/5031 A6i0 HVA1709661A X .'24007 N 612 ~ I '7

~ 5 SOLEttOIO MITHDRAM DRIVE VALVE R 528 Ko2tt3 ~ 7 CRO-HCU-5031+

02C12 2 A i 0 AMBI H52 8 C4 CRD SV 12?/5035 A610 HVA170966 1A A X 324007 N 612 ~ 17

~ 5"SOLENOID MITHORAM DRIVE VALVE R 528 K ~ 2/3o7" CRD-HCU 5035+

02C12 2 A 1 0 A ~ 81 H528 CI" CRO-SV-122/5039 A610 HVA170966IA A X 324007 N 6i2 ~ 17

~ 5"SOLENOID MITHORAV DRIVE VALVE R 528 K '/3o7 CRO-HCU-5039+

02C12 2 A I 0 Ay81 H528 CI CRD-SY 122/5043 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtt010 MITHORAM DRIVE VALVE R 528 K~ 2/3o7 CRO-HCU"5043+

02C12 2 A 0 AMBI H528 C4 CRO-SV 122/5047' '= A610 HVA1709661A 324007 612 17

~ 5"SOLEtlOID MITHDRAM DRIVE YALVE 02C12 2 A 1 0 AMBI H52 8 R 528 K '/3CI ' A X CRO HCU 5047+

~

CRD SV 122/5051 . A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLENOID MITHORAM OR IVE VALVE R 528 K '/3o7 CRO-HCU-5051+

02C12 2 A I 0 AeOI H5 28 CI CRO SV-122/5415 A610 HVA1709661A A X 324007 .N 612 o17

~ 5oSOLEtlOIO MITHDRAM DRIVE VALVE R 528 LE 5/3 ' CRO HCU-5415+

02C12 2 A 1 0 A ~ BI H52 8 CI CRO-SV 122/5419 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLENOID MITHORAM DRIVE VALVE R 528 L o5/3 o7 CRO HCU-5419+

02C12 2 A I 0 AqP1 85 28 CI CRD-SV 122/5423 A610 HVA1709661A A X 324007 N 612 o17

~ 5"SOLENOID llITHDRAM OR IVE VALVE R 528 L ~ 5/3i7 CRO HCU 5423+

02C12 2 A I 0 Ad?i F52 8 CI CRO-SV-122/54?7 A610 HVA1709661> A X 324007 N 612 o17

~ 5$ SOLEtlOIO MITHDRAM DRIVE VALVE R 528 LE 5/3 ~ 7 CRD-HCU-5427+

02C12  ?. A 1 0 A ~ E'1 85?8 C4 CRO-SY-12?/5431 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLE)lOID MI THDR All DRIVE YALVE R 528 K~ 2/3o7 CRD tlCU 5431+

02C12 2 A I 0 A~ Pl H528 CI CRO-SY-122/5435 A610 HVA1709661A A X 324007 tl 612 F 17

.5 ~ SOLEROIO MITIIDRAM DR IVE VALVE'

' R 520 X~ 2/3 ~ 7 CRD-HCU 5435o 42C12 2 0 A ~ f' "5? 8 CI

PROGRAtl C1E STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00120 MtlP-2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS ~~ ~SEISHIC (Sl PARAHETERS+~~ ~ENV ~ IE) PARAHETERS ~

EPN HFG HOOEL S E GIB Tlt HL TEST ANL FO C FREO AGING OBE C HOURS DES CRIP 7 ION BLDG ELEV, DETAIL CONTRAC I LEVEL EC, USE SAF ETY FUNCTION '/E ORAMING A/E ZONE ZONE ROOH ACCURACY COHPOSITE EPN CRD-SV-122/5439 A610 HVA1709661A . A,X '324007 N 612 ~ 17

~ 5" SOLEtl010 MITHDRAM .DRIVE VALVE R 528 K ~ 2/3o7 CRO-HCU 54391 02C12 A 1 0 A>BI H52 8 ~ Ch CRD-SV 122/5443 -  ; A610 HVA1709661A ~

A X 324007 N 612

~ 5 SOLENOID MITHORAM'OR!VE VALVE R 528 K.2/3.7 CRO-HCU-5443+

02C14 2 A. 1 0 A ~ 81 H52 8 Ch CRO-SV-122/5447

~

'610 5 "SOLENOID MITHORAM DRIVE VALVE HVA1709661A R 528 K~ 2/3 o7 A X 324007 N 612 CRO HCU 5447+

~ 17 02C12 2 A 1 0 AMBI H528 Ch CRD-SV 122/5819 A610 HVA1709661A A X 324007 N 612 +17

~ 5"SOLENOID MITHDRAM DRIVE VALVE "R 528 L ~ 5/3 07 CRD-HCIt-5819+

02C12 2 A I 0 AMBI H528 Ch CRD-SV-122/5823 A610 HVA17096614 A X 324007 N 612 ~ 17

+5"SOLENOID MITHDRAM DRIVE VALVE P. ~98 LES/3~7 CRO"HCU-5823+

OPC12 2 A 1 0 AMBI H528 Ch CRO-SV-122/5827 .

A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5"SOLEtlOIO MITHORAM OR I VE VALVE R 528 L ~ 5/3+7 CRO-HCU-5827+

02C12 2 A 1 0 A>ni H528 Ch CRO-SV 122/SR31 A610 HVA1709661A A X 324007 N 612 F 17 5 SOLENOID MITHORAM DRIVE VALVE R 528 Ke2/3+7 CRO HCU 5831+

02C12 2 A 1 0 AyBI H52 8 C4 CRD-SV 122/5835 A610 HVA1709661A A X 324007 N 612 ~ 17

~ 5 "SOLEtlOIO MITHORAM DRIVE VALVE R S28 K '/347 CRO-HCU"5835+

02C12 2 A 1 0 Atnl H52. 8 C4 CRO-SV" 122/5839 A610 HVA1709661h 324007 612 17

~ 5"SOLENOID MITHORA'M DRIVE VALVE 02C12 2 A 1 0 A ~ Fl II52 8 fl 528 K '/3 ' A X N CRD-HCU 5839+

~

CRD-SV" 122/5843 AF10 HVA1709661A 324007 612 17

~ 5" SOL f:NO I D 02C12

'MI THOR AM 2 A DRIVE VALVE I 0 H528 R 528 K '/3 '

C4 A X N CRD HCIJ 5843+

~

CRD"SV-123/0219 AF l0 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE V ALVE R 527 L5/F 4 CRD-HCU-0219+

02C12 2 A 1 0 Ayni C4 CRD-SV 123/0223 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT ORIVE V ALVE R 527 LS/8 ~ 4 CRD-HCU-0223+

02C12 2 A 1 0 4+f.l 852 8 C4 CRD-SV~I23/0227 A610 HVA1709662h A X 324007 tl 612 F 17

~ 5" SOLEtlOI 0 INSL'RT DRIVE VALVE R 527 L5/8 ~ 4 CRO HCU-0227+

02C12 2 A 1 0 A~ I 1

6 PROGRAH C1E-STO UASHI NGTON PUBLIC POMER SUPPLY SYSTF H PAGE NO 00121 QNP-2 CLASS 1E EGUIPHENT LIST DATE 09/06/83 STATUS +++SEISHIC IS) PARAHETERS ~ ~ s ~ ENV ~ (C l P ARAHETERSi CPN HFG HOOEL S E OIO TH HL TEST ANL FO C FRED AGING DBE C HOURS OESCRIP T ION BLDG ELFV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTR'ACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE CRO-S V" 123/0231 A610 HVA1709662A 324007 N 612 ~ 17 5"SOLENOID INSERT DRIVE VALVE 527 L5/8 ~ I

~

02C12 2 A, 1 0 A ~ Bl . H528 R

CRD HCU-02314 CRD-SV-123/0235, . A610 - .

C4'VA1709662A A X . 32I002 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K2/8 ~ I CRO HCU-0235+

02C12 2 A 1" 0 A ~ 01 H528 Ch CRD SV

~

123/0239 "

5"SOLENOID INSERT DRIVE VALVE A610 HVA1T09662A R 527 K2/8 ~ I A X 324007, N 612 CRD-HCU-0239+

~ 17 02C12 2 A 1 0 A ~ Bl tl52 8 C4 CRO SV 123/0243 A610 HVA1709662A A X . 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K2/8 ~ I HCU-0243+

02C12 2' 10 H528 CI CRO CRO SV 123/0615 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 l.5/8 ~ I CRD-HCU-0615+

02C12 2 A 1 0 AMBI H52 8 C4 CRD-SV- L23/0619 '

a A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 52T L5/8 ~ I CRD HCU 0619+

02C12 2 A . 1 0 AMBI tl5 28 CI CRO" S V-123/0623 4610 HVA1709662A A X 324007 N 612 17

~

~ 5"SOLENOID ltlSCRT DRIVE VALVE R 527 L5/Bah CRD-HCU 0623+

02C12 2 A 1 0 AMBI H528 CI CRO SV 123/0627 A610 HVA1709662A A X 324007 N 6i2 F 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 L5/804 CRO-HCU-0627+

02C12 2 A 1 0 A ~ Bl H528 Ch CRO SV 123/0631 A610 HVA1709662A A X 324007 N 612 ~ 17

.5 SOl.ENOIO INSERT DRIVC VALVE 527 L5/804 CRO-HCU 06314 02C12 2 A I 0 Arf 1 H52 8 R

C4 o/

CRO-S V-123/0635 A610 HVA1709662A 324007

~ 5"SOLENOID INSERT 02C12 2 OR IVE VAI VE n H52P R 527 K2/P ~ I C4 A X N 612 rRD-HCU-0635+

~ 17 o/

'CRD SV-123/0639 A610 HVAI709667A A X 324007 tl 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K2/8 ~ I CRO-ttCU-0639i 02C12 2 A I 0 A ~ Pl H528 C4 CRO-SV-123/0643 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5" SOL Etl010 I N SERI DRIVE VALVC R 527 K2/8~4 CRO-tlCU-0643+

02C12 2 A 1 n A~ (I H52 8 Ch CRD-SV-123/0647 h610 HVA1709667A A X 324007 N 612 ~ 17

~ 5"SGLCtlOID INSERT DR IVf VALVE R 527 K2/n, I CRD "tlCU-0647+

CZC12 2 A ] 0 h ~

P'I 8528 r.h

PROGRAN CIE-STO MASHINGTON PUBLIC POMKR SUPPLY SYSTEH PAGE NO 00122 MNP-2 CLASS 1E EOUIPNENT LIST DATE 09/06/83 STATUS iiiSEISHIC IS) PARANETERSo ~ + ~ ENV ~ IE) PARANETERS+

EPN . HFG NODEL S E 010 Tff HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIPTION BLDG ELKV DETAIL . ZONK ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL KC USE SAFCTY FUNCTION A/C ORAffING -. A/E ZONK CRD-SV-123/1011 A610 HVA1709662A -.A X'.4324007 ~ .".'N 612 ~ 17

~ 5 "SOLENOID INSERT DRIVE VALVE R 527 LS/8 ~ 4,. CRO HCU-.1011+

02C12 2 A 1 0 A ~ 81 N52 8 C4 r-'.-

CRO-SV-123/1015 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 .LS/8~4 HCUil 015+

CRO 02C12 2 A I 0 A ~ 81 H52 8 Cl CRO-SV-123/1019 A6i 0 HVA1709662A A X~ 324007 N 612 a17

~ 5" SOLENOID INSERT. DRIVE VALVE R 527 LS/8 ~ 4 CRO"HCU 1019+

02C12 2 A 1 0 A!81 8528 Cl CRO-SV-123/1023 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5~SOLENOID INSERT DRIVE VALVK '

-527 LS/Bel CRD-HCU 10234 02C12 2 -

A 1 0 A!81 H528 Cl-CRD-SV-123/1027, . A610 'VA1709662A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LS/Rol CRO HCU 1027+

02C12 2 A I 0 Ao81 H528 CI CRD-SV-123/1031 =

A610 HVA1709662A A X'- 32!007.- N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LS/Bol CRO HCU 10314 02C12 2 A 1 0 A ~ 81 N528 Cl CRD-SV-123/1035 'A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT DRIVE VALVE 02C12 i A,Bi N528 R 527 K2/8 ' CRO HCU-1035+

2 A 0 C!

CRD-SV 123/1039 A610 HVA1709662A A X 324007 N 612 ~ 17

.5 soLENOID INsrRT DRIvr. vALYE R S27 K2/Bo4 CRD HCU 1039+

02C12 2 A 1 0 At&1 N528 C4 CRO-SV 123/1013 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT OR IVE VALVE R 527 K2/8 ~ 4 CRO HCU 1013+

02C12 ~ 2 A 1 0 A!P1 HS?8 C4 CRO-SV-123/1047 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT DRIVE VALVE R 527 K2/8+4 CRD-HCU 1017+

02C12 2 A I 0 A ~ li1 H528 Cl CRO SV 123)IOSI A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K2/8~4 CRD "HCU-1051+

02C12 2 1 0 Aef'I H528 Cl CRO-SV 123/1407 A610 HVA 1709662h A X 324007 N 612 ~ 17

~ 5"SOLENOID INSFRT ORIVE VALVE R 527 L5/8 ' CRO-HCU 1407+

02C12 2 A I 0 A~ ff f1528 Cl CRD"SV-123/1411 A610 HVA1709662 A A X 324007 N 612 ~ 17

~ 5"SOLrl!OID INSf'RT DRIVE VALVE R 527 L ~ 5/8 ~ 4 CRD HCU 14) 1+

A 1 0 A~ ti H528

PROGRAM ClC STO VASHI NGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00123 VNP 2 CLASS 1E EOUIPHCNT LIST DATE 09/06/83 STATUS +i+SEISMIC IS) PARAMETERS' + ACNE (E) PARAMETERS+

EPW MFG MODEL QIO S E TH PL TEST ANL FO C FRED AGING DBE C HOURS OCSCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USC SAFETY FUNCTION

• A/C DRAQltlG A/C ZONE CRD-SV-123/1415 4610 - HVA1709662A A X'321007 N 612 ~ 17

~ 5 "SOLENOID INSERT DRIVE VALVE R ~ 527 LS/8 ~

'C4 I CRO HCU-141 54 02C12 2 *A 1 0 A ~ FI H528,': .;

CRO-SV-123/1419 A610 HVA1709662A '-* ' "A 'b'524001' 612 ~ 17

~ 5"SOLCN010 INSERT,, DRIVE VALVE A' R 527 LS/8 ~ I CRO HCU 14194 02C12 2 0 Ai81 H528 CI CRO

~

"SV-123/1423 A610 5"SOLENOID INSERT DRIVE VALVE HVA1709662A A X 527 LS/8 ~ I 321007 N 612 F 17 R CRO-'HCU 1423+

02C12 2 A L 0 AD Bl C4 CRD-SV-123/1427 . A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT- DRIVE. VALVE

' R 527 LS/8 ~ I CRO-HCU-1427+

02C12 2 A 0 A~ 81 M528 Ch CRO-SV-123/1431 A610 HVA1709662A A X" 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LS/Boh CRO-HCU-14314 02C12 2 A I 0 A081 H528 Ch CRO-SV 123/1435 A610 ~ HVAI70966PA A X 324007 N 612 ~ 17

~ 5 "SOLEttOIO IfJSERT DRIVE VALVE 02C12 2 I R 527 K2/8 ~ I CRD HCU-1435+

A 0 AePI M528 C4 CRO-SV 123/1439 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLEtl010 INSERT DRIVE VALVE I

R 527 K2/8 ' CRO HCU "14394 02C12 2 A 0 AiPI  !<528 C4 CRO SV 123/1443 A610 HVA1709662A A X 324007 N 612 17

%5NSOLENOID INSERT DRIVE VALVE 02C12 2 A 1 0 Ai81 M528 R 527 K2/8 ' CPO HCU 1443+

F Ch CRO-SV-123/1447 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5"SdLENOIO INSERT DRIVE VALVE R 527 K2/8 ~ I CRO-HCU-1447+

02C12 2 A 1 0 A ~ PI t15 28 CI CRO-SV-123/1451 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLCNOIO IttSERT DRIVE VALVE 02C12 2 A ~ Bl R 527 K2/8 ' CRD-HCU 1451+

A 1 0 852 8 C4 CRO-SV 1".3/1455 A610 HVA1709662b A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT 02C12 2 DR A

IVE V ALVE 0 AePI R 527 K2/8 ' CRD HCU 1455+

1 C4 CRO-SV-123/1803 A<10 HVA170966PA A X 321007 N 612 ~ 17

~ 5"SOLCttOIO INSERT DRIVE VALVE R 527 L5/P ~ 4 CRO-HCU-1803+

02CIP 2 A 1 0 A of'I P528 CI CRO SV-I23/IP07 Af 10 HVA1709662A I X 324007 N 612 ~ 17

~ S "SOLEttOI D IttSFRT OR 1VE VAlVE R 527 L5/8 ~ I CRO-HCU-1807+

02C12 2 A 1 0 Pit'I 852 P rh

PROGRAH C1E STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00121 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS ~ ++SEISHIC IS) PARAHETERS+++ ~ENYO lE) PARAHETERS ~

EPN HFG MODEL S E- OID TH HL TEST ANL FO C FREO AGIN G OBE C HOUR S OESCRIP T ION BLDG ELEV , =DETAIL =

ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE

)

I CRO SV-123/1811 A R ~ 321007 N 612 17 "527 L5/8 ~ I

~

~ 5 "SOLEtlOI D INSERT DR IVE V R CRO-HCU-18II+

02C12 2 A I H528 '

. C4-CRO-SV 123/1815 A X 324007 612 N 17

~ 5 "SOLENOID INSERT DRIVE V 02C12 I R 527 LS/8 ~ I CRO HCU 1815+

~

2 A H528 C4 CRO-SV-123/1819 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE V ALVE 02C12 I 0 AIOI R 527 LS/8 ~ I CRO-HCU 1819+

2 A H528 CI CRO-SV

~

123/1823 5"SOLENOID INSERT OR A610 I VE V ALVE HVA1709662A 527 LS/Bol A I 321007 N 612 ~ 17 R CRO-HCU-1823+

02C12 2 A 1 0 AD 81 H528 C4 CRO-SV 123/1827 A610 HVA170966PA X =

321007 N 612 ~ 17

~ 5 "SOLEtlOI0 INSFRT DRIVE V ALVE R 527 L5/844 CRO-HCU-1827+

02C12 2 A 1 0 AIBI H52 8 CI CRD SV 123/1831 A610 HVA1709662A .-

A X 321007 N 612 ~ 17

~ 5"SOLEN010 INSERT DRIVE VALVE R 527 L5/8 ~ I CRO-HCU-}831+

02C12 2 A I 0 AMBI H52 8 CI CRD-SV-123/1835 A61 0 HVA1709662A A X 321007 N 612 ~ 17

~ 5+SOLENOID INSERT DRIVE VALVE R 527 K2/804 CRD-HCU-l835+

02C12 2 A 1 0 AMBI H528 CI CRO-SV-123/1839 A610 HVA1709662A A X 321007 N 612 17

~ 5 SOLENOID INSERT DRiVE VALVE R 527 K2/8 ~ I CRO-HCU-1839+

02C12 2 A 1 0 A@81 H528 C4 CRO-SV-123/1843 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5 "SOL ENOI 0 INSERT OR IVE VALVE R 527 K2/RE I CRO HCU 18431 02C12 2 A 1 0 AsFl H528 C4 CRO-SV-123/1847 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5" SOLEtlOID INSERT DRIVE VALVE R 527 K2/Bo4 CRD-HCU-1847<

02C12 2 A I 0 A ~ BI HS28 C4 CRO-S V-123/1851 AFIO HVA1709662A A X 321007 N 612 ~ 17

~ 5 "SOLENOID ItlSERT DRIVE VALVE R 527 K2/8 ~ I CRO HCU-1851+

02C12 2 A 1 0 AoPI 8528 CI CRO-SV-123/1855 A610 HVA17096624 A X 324007 N 612 ~ 17

~ 5" SOLENOID INSERT OP. IVE VALVE R 527 K2/RE 4 CPD-HCU 1855+

02C12 2 A 1 0 A ~ 81 P528 C4 CRD-SV-123/1859 A610 HVA17096624 A X 324007 N 612 ~ 17

~ 5 "SOLENOID ItlSERT DRIVF VALVE R 527 K2/R ~ 4 CRO-IICU-1859+

02C12 2 A I 0 A ~ Fi "l52 R lX

PROGRAH C1E-STD VASHIN6TON PUBLIC POVER SUPPLY SYSTEH PAGE No 00125 VNP-2 CLASS 1E EQUIPHENT LIST OAT E 09/06/83 STATUS +iisEISHIC Es) PARAHETERS+i ~ +ENV ~ (Et PARAHETERsi EPN PFG HODEL S E DID TH HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIP 7 ION BLDG ELEV DETAIL ZONE Roott ACCURACY COHPOSITE EPN CONTRACT LCVEL CC USE SAFETY FUNCTICN A/E ORAVING A/E ZONE ~

~ n w '-1 CRO-SV 123/2203 A610 HVA1709662A .A f",32400$ N 612 oi7

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 2 A 1 0 AMBI H526

'R 527 LS/h $ -

'= Cl'",.;

CRD HCU-2203+

CRO-SV-123/2207 A610 HVA1709662A '- '

A X 324007 ' N 612 ~ 17

~ 5"SOLCNOIO INSERT DRIVE VALVE R 527 LS/8.1 CRD-HCU 2207<

02C12 2 A 1 0 A ~ Bi H528 C4 CRO-SV IP3/2211 A610 ~

HVA1709662A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LS/8 ~ I CRO-HCU 2211+

02C12 2 A 1 0 AtBI H528 C4 CRO-SV-123/2215 AE10 HVA1709662A A X -

321007 N 612 ~ 17

.5"SOLENOID INSERT DRIVE VALVE R 527 LS/8 ~ I CRO-HCU 2215+

02C12 A 1 O A<el H528 Cl CRO "SV-123/2219 A610 HVA1709662A A X 321007 N 612 17

~ 5"SOLEttoio IttsERT DRIVE VALVE R'27 LS/804 CRD HCU 2219+

~

10 02C12 CRO-SV-123/2223 2

'E10 A

.S.SOLCNOID INSERT DRIVE VALVE A ~ 81 HVA1709662A H528 R

- Cl 527 L5/8 ~ I A X 324007 N 612 CRO-HCU 2223<

~ 17 02C12 2 A I 0 AYRI H528 Cl CRO-S V-123/2227 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5" soLEkni 0 lksERT 02C12 2 OR IVE VALVE I A ~ Oi R 527 L5/8 ' CRD-HCU 2227+

A 0 H528 Cl CRO-SV-123/2231 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 L5/8 ~ I CRD" HCU 22311 02C12 2 A I 0 A%81 H528 C4 CRO-SV-123/2235 A610 HVA1709662A A X 321007 N 612 ~ i7

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 2 A I 0 Ai81 H528 R 527 K2/8 '

CI CRO-HCU-2235+

CRO-SV-123/2239 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVC VALVE R 527 K2/F 4 CRD tlCU 2239+

02CIZ 2 A 1 0 A ~ t'1 PS PP Cl CRO-SV-123/2243 A610 HVA17096624 A X 321007 N 612 ~ 17

.5"SOLENnlo IttSERT DRIVE'ALVE R 527 K2/8 ~ 4 CRO-HCU-2243+

02C12 2 A I 0 A~ Pl HS?8 Cl CRD-Sv-123/2247 h610 HV11709662h A X 324007 N 612 ~ 17

~ S SOLENOID INSCRT ORIVL VALVE R 527 K2/P. ~ 4 CRD-HCU 2247+

02C12 I 0 Airl H520 Cl CRO SV-1P3/2?51 h610 HVA170966?A A X 3P4007 N 612 ~ 17

~ 5"SOLCNOIO INSERT OR IVC V ALVE R 5? 7 Y2/814 CRO-HCU-PPS14 02C12 2 1 0 h~ el 852 R

PROGRAM CiE-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEtl

~

PAGE NO 00126 VNP 2-CLASS 1E EOUIPMENT LIST DATE 09/06/83 PARAMETERS' EPN HFG STATUS + ++SEISMIC IS) > i +ENV ~ (E) PARAMETERS+

MODEL S E 010 TH HL TEST ANL FO C FREQ AGING DBE C HOURS OESCRIP TION BLDG ELEV DETAIL ZONE ROOM ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION 4/E OR A V ING 4/E ZONE CRD"SV

~

02C12 123/2255 5"SOLENOID INSERT DRIVE VALVE CRO-SV-123/2259 2

A A&10 10 A ~ Bi

, 4610 HVA1709662A HVA1709662A H528 ~,R ..527'2/8 ~ I CI A X A-X 324007 324007 N 612 I

CRO HCU 22551

~

~

17 17

~ 5"SOLENOID 527 K2/8 ~ I 02C12 2,-

INSERT DRIVE, VALVE 4 1;0

~

AtOI H528 R

C4 CRO-HCU-2259+

CRO-SV-123/2603 A&10 HVA1709662A A X 324 007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 L5/8 ~ I CRD-HCU-2603+

02C12 2 A 1 0 Ai81 H528 Ch .

CRO-SV-123/2607 'A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LS/Boh CRD HCU 2607+

02C1? 2 4 1 0 Ae81 H528 CI CRD-SV-123/2611 . A&10,"'VA17096&2A A X 324007 N 612 ~ 17

~ 5"SOLENOID It/SEAT DRiVE VALVE R 527 LS/8 ~ I CRO HCU 2611+

02C12 4 I 0 A ~ 81 H528 C4 CRD-SV-123/2615

~ 5

= '..

"SOLENOlD INSERT DRIVE. VALVE,

'610 HVA1709662A R 527 L5/8 ~ 4 A X'- 324007 N 612 CRO"HCU-2615' 17 02C12 2 4 1 0 AePI H528 . CI CRD SV 123/2619 4610 HVA1709662A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT DR IVE V4LVE R 527 LS/Boh CRD-HCU-2619+

02C12 2 A 1 0 A ~ Pl H52 8 Ch CRO-SV-123/2623 4610 HVA1709662A A X 324 007 N 612 ~ 17

~ 5 SOL ENOI D INSERT OR I VE' ALVE R 527 LS/8o I CRO HCU 2623+

02C12 2 A 1 0 A ~ Bl H52 8 C4 CRD-SV-I?3/26?7 4610 HVA17096624 A X 324007 N 612 ~ 17

~ 5" SOLENOID It(SERT OR IVE VALVE R 527 LS/8 ~ I CRO-HCU-2627+

02C12 2 4 1 0 AMBI H528 C4 CRO-SV-1>3/2631 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R S27 L5/8 ~ I CttD-HCU-2631+

02C12 2 A 1 0 4181 H528 Ch CRO-SV 123/2635 4610 HVA17096624 A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT OR IVE VALVE R 527 K2/P ~ I CRO-HCU 2635+

02C12 2 A I 0 4 ~ 81 H528 C4 CRD-SV-123/2639 Alii0 HVA1709662A 4 X 324007 N 612 ~ 17

~5 "SOLEttOID INSERT DRIVE VALVE R 527 K2/t' 4 CRO HCU 2639+

02C12 2 I 0 a>PI H52 tt C4 CRO-SV-123/264 3 4410 HVA170966?4 A X 324007 N 612 ~ 17

~ 5 "SOLENOI D Itt SERT DRIVE VhLVE R 527 K2/8 ~ I CRO-HCU-2643+

02C12 2 A I 0 A~ Pl H528 Cl

PROGRAN CIE-STD MASHItiGTOtt PUBLIC POMER SUPPLY SYSTEN PAGE NO 00127

)tNP-2 .CLASS IE EQUIPNENT LIST DATE 09/06/83 STATUS  %% +SEISNIC IS) PARANETERS%% ~ %ENV ~ I E) P ARAtlE TERS ~

EPN NFG NODEL S E 010 Ttl HL TEST ANL FO C FREO AGING OBE C HOURS

".; 'ESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE EPN CONTRACT LEVEL" EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE

~'

CRO-SV-123/2647 Af IO HVA1709662A X 324007 612 N ~ 17

~ 5"SOLEtlOID INSERt DRIVE VALVE R 527 K2/8 ~ I CRD-HCU-2647+

02C12 2 A I 0 AMBI N528 .

CI CRD-SV-123/2651, ~ A610 HVA1709662A A X 324007 tl 612 ~ 17

~ 5+SOLENOID INSEltT DRIVE VALVE 527 K2/8 ~ 4 R CRO HCU 2651+

02CI? 2 A 1 0 Al81 N52 8 C4 CRD-SV-123/2655 A610 flVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE'ALVE R 527 K2/8 ~ I CRO-HCU%2655+

02C12 2 A 1 0 A ~ Bl N528 CI CRO"SV-123/2659 A610 HVA1709662A A X 324I507 N 612 ~ 17

%5"SOLENOID INSERT DRIVE VALVE 02C12 2 I 0 AD Bi R 527 K2/8 ~ I CRO-HCU-2659+

= A N528 CI CRO-SV-123/3003 )610 HVA1709662A A X 324007 N 612 ~ 17 5"SOLENOID It)SERT DRIVE VALVE R 527 L5/8%4 CRO-HCU-3003+

02C12 2 A 1 0 AlBI N528 CI CRO-SV-)23/3007 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5 "SOL EtlOI 0 INSERT OR I VE VALVE R 527 L5/8%4 CRO HCU 3007+

02C12 2 A 1 0 A ~ Bl N528 C4 CRD-SV 123/3011 A610 HVA1709662A A X 324007 N 612 4320

.5 SOLEtlnIO INSERT DRIVE VALVE R 527 LS/8 ~ I CRD-HCU-3011+

02C12 2 P 2 0 Asel N528 CI CRO-SV"123/3015 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLEtlOIO INSERT DRIVE VALVE 02C12 2 R 527 L5/8 ' CPO HCU-3015>

A 1 0 A%I<1 N528 CI CRO-SV-123/3019 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT DRIVE VALVE R S27 L5/8 ~ 4 CR 0" HCU-30 19+

02C12 2 A 1 0 A ~ Cl N528 CI CRO-SV"123/3023 A610 HVA170966?A A X 324007 N 612 ~ 17

~ 5"SOLEt)OIO INSERT OR I VE VALVE R 527 LS/8%4 CRD-HCU 3023+

02C12 2 A 1 0 A ~ Pl )<52 8 C4 CRO-SV-123/3027 A610 HVA1709662A A X 324007 N 612 F 17

~ 5 "SOLEtft)ID INSERT DRIVE VALVE R 5?7 L5/8 ~ I CR D -HCU-302 7%

02C12 2 A 1 0 A ~ )<1 P52R C4 CRO-SV 123/3031 A610 HVA1709662A A X 324007 tl 612 ~ 17

~ 5" SOLFtlOI 0 INSERT OR IVE VALVE R 527 K~ 2/3%7 CRO-HCU-3031%

02C12 2 A 1 ri Ail ) )<52 8 r.I CRD SV I?3/3CI35 A61 0 HVA1709662A A X 324007 N 612 ~ 17

.S-SOl.ENnIO INSERT nR)vr Vtl VE R 527 K 2/3 7 CRO tlCU 30354 02C1? 2 A ) 0 A~ l') ll52 P CI

4 PROGRAH ciE sTD. MASHINGTON PUBLIC POMKR 'SUPPLY SYSTEH PAGE No 00128 MNP 2 CLASS 1E EOUIPHENT LfST DATE 09/06/83 STATUS <<<<<<SEISHIC IS) PARAHETERS<<<<<< <<ENV ~ lE) P ARAHE TERS<<

EPN HFG HOOEL S E QIO TH HL TEST ANL Fo C FREQ AGING DBE C HOURS ~

DESCRIPT ION BLDG ELEV DETAIL ZONK ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USK SAFETY FUNCTION iA/E DRAMING . A/E ZONE 0

CRO-SV-123/3039 A610 HVA1709662A .A X:324007 N 612 ~ 17

~5 SOLKtlOI 0 INSERT DR IVE VALVE R 527 K '/307 CRD-HCU-3039+

02C12 2 A ' 0 4<<BI tl52 8 CI CRD-SV-123/3043 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5 soLENOID INsERT DRIYE YALYE R 527 K.2/3.7 CRD-HCU-3013+

02C12 1 o A,ei H528 CI CRO-SV-123/3047 A610 HVA1709662A A,X 324007 N 612 17

~ 5"SOLENOID INSERT DRIVE VALVE . R '27 'K ~ 2/307 CRO-HCU-3017+

~

02C12 2 4 i,o k>BI H528 C4 CRO-S V-123/3051 . A610 'VAI709662A A X 324007 N 612 ~ 17

~ 5 SOLKNOID INSERT DRIVE VALVE R 527 K~ 2/3<<7 = -

CRD-HCU 3051+

02C12 2 A i 0 "Ah&i H528 Ch CRO-SV 123/3055 J610 HVA1709662A. A X'24007 N, 612 ~ 17 e

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K ~ 2/307 CRO-HCU-3055+

02C12 2 A I 0 A<<81 H528 CI CRO-SV-123/3059 A610 HVA1709662A A X . 321007 N 612 ~ 17

~ 5"SOLENOID IttSKRT DRIVE VALVE R 527 K<<2)307 CRD-HCU"3059<<

02C12 2 4 i O A<<I'I H528 Ch CRO-S V-123/3103 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5 "SOL ENO I 0 I tl SER T DRIVE VALVE R 527 L ~ 5/307 CRO HCU 3403+

02C12 2 A 1 0 A ~ P,l H528 Ch CRO-SV-123/3407 4610 HVA1709662A A X 321007 N 612 ~ 17

~ 5<<SOLENOID INSERT DRIVE VALVE R 527 Li5/307 CRD HCU 310 7+

02C12 2 4 I 0 A<<PI H528 C4 CRO-SV-123/3411 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R S27 L ~ 5/307 CRO HCU0341 1<<

02C12 2 A I 0 Ao&l 8528 Ch CRO-SV 123/3415 A610 HVA1709662A A X 324007 N 612 ~ 17 05"SOLENOID INSERT DRIVE VALVE R 527 L ~ 5/307 CRD-HCU 3415<<

02C12 A 1 0 Atol tl52 8 C4 CRD-SV-123]3419 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 L ~ 5/307 CRO-HCU 34) 9+

02C12 2 A 1 0 A ~ I:1 H52 8 C4 CRD-SV 123/3423 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5 "SOLEtlOID INSFRT DRIVE VALVE 02C12 R 527 L05/3 ' CRO-HCU-3123+

2 A 1 0 A ~ P1 852 R CI CRO-S V-123/3427 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSEPT ORIVf V ALVE R 527 LE 5/3 ' CPD-HCU 3427+

02C12 2 A 1 0 A~ II F52 8 C4

PROGRAH ClE-STO MASHlNGTON PUBLIC POQER 'SUPPLY SYSTEH PAGE NO 0012'9 MNP 2 =CLASS iE EOUIPHENT LIST DATE 09/06/83 STATUS e e >S E ISHIC I S) P ARAHETE RS e e e eENV ~ I E) P ARAHETERS ~

EPN HFG HODEL 9 IO

= 8

~ E TH HL TEST ANL FO C FREO AGING OBE C HOURS RIP 7 ION .

BLDG ELEV

'/EDETAIL~

DES C 20NE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION .A/E'RAMING ~ ZONE CRO-SV

~

123/3431 5"SOLENOID INSERT DRIVE VALVE 02C12 2 A = 1 0 A610 AMBI HVA1709662A

.'.'.'.;"*

H528 e

.- " .' lA 527 8 2g3e7 Ch a X"324007,. N 612 CRO-HCU-34 3 1 I

~ 17 CRO-SV-123/3435 '

4610 HVA1709662A

'I 324007

. A. X 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K ~ 2/3eT" CRO-HCU 3435+

02C12 2 A . i 0 A ~ Bl HS 28 CRO-SV-123/3439 - =

4610 HVA1709662A A X 324007 N 612 e17

~ 5"SOLENOID INSERT. DRIVE VALVE R 527 K ~ 2/3e7 CRO-HCU-3439+

02C12 2 4 1 0 Ae81 H528 C4 CRO SV 123/3443 A610 HVA1709662A A X -324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 R 527 K '/3eT CRO-HCU-3443+

2 A 1 0 Ae81 H528 Ch CRO-SV-123/3447 A610 . HVA1709662A 4 X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE" VALVE R 52T K~ 2/3 ~ 7 CRO-HCU "344 Te 02C12 2 4 i 0 Ae81 H528 Ch CRD-SV-123/3451 A610 HVA1709662A 324007 612

~ 5"SOLENOID INSERt DRIVE, VALVE 02C12 2 4 1' AeBI H52 8 "R 527 K '/3 '

Ch A X N CRD HCU-3451+

~ 17 CRO-SV-123/3455 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT OR I VE VALVE R 527 K~ 2/3 e7 CRO-HCU-3455e 02C12 2 4 1 0 AeP1 H528 CI CRO "SV-123/3459 4610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRD"HCU 3459+

02C12 2 A 1 0 4 ~ Pl H52 8 CI CRO-SV-123/3803 4610 HV417096624 A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LE 5/307 CRO-HCU-3803+

02C12 2 A 1 0 AeP1 H5 28 CI CR O-SV-1 23/$ 80 7 4610 HV417096624 A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 L ~ 5/3 07 CRO HCU 3807+

02C12 2 A I 0 AePI H52 8 Ch CRO-SV-123/3411 4610 HVA17096624 4 X 324007 N 612 F 17

~ 5 "SOLf'NOI D 02C12 INSfRT 2

OR 4

IVE V 4LVE 0 4~ fl H52 8 R 527 Le5/3 ' CRD-HCU-381le 1 Ch CRO-SV-123/3815 4610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSFRT DRIVE VALVE R 527 LE 5/3 ' CRO-HCU-3815e 02C12 2 4 I 0 4 ~t I H52 8 Ch CRD-SV- 1 23/3~19 h610 HV4170'e662 4 A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT OR I VE VAI.VE R 527 LES/3o7 CRO-HCU-3819e 02C12 2 4 I 0 AePI "5 2A

PROGRAM C1E-STO VASHI NGTON PUBLIC POVEft SUPPLY SYSTEM PAGE NO 00130 lfNP-2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 STATUS ~ ooSEISMIC (8) PARAMETERSo J ~ oENV ~ (C) P ARAMETERSo CPN MFG MODEL S E OIO Ttf HL TEST ANL FO AGING OBE CONTRACT LEVEL DESCRIPTION SAf'ETY FUNCTION '/E BLDG ELCV DETAIL 'ONE ROOM C

ACCURACY FREQ C COMPOSITE EPN HOURS EC USE ORAVING A/E ZONE CRO-SV-123/3823 A610 HV A1709662A ,.A X'24001 '

612 ~ 17

~ 5 "SOLEtt010 It/SERT ORIVC VALVE 527 L ~ 5/3o7 CRO"HCU-3823>

02C12 2 A 1 0 A ~ Ol M528 '4, '

CRO-S V-123/3827 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 Lo5/3o7 =CRD HCU 3827+

02C12 2 A I 0 AoD1 M528 C4 CRO-S V-123/3831 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5oSOLENOID INSERT DRIVE VALVE R 527 K '/3o7 CRO-HCU-3831+

02C12 2 A I 0 A481 M528 C4 CRD-SV-123/3835 AF10 HVA1709662A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT ORIVC VAt VE R 527 K '/3o7 CRD-HCU-3835o 02C12 2 A 1 0 A ~ Dl M528 C1 CRO-SV-123/3439, A610 HVA1709662A A X 324007 ,N 612 al7

~5 "SOLENOID INSERT DRIVE VALVE R 527 K ~ 2/3o7 CRO-HCU 3839+

02C12 2 A 1 0 'A ~ El M528 C4 CRD-SV-123/3843 A610 HVA1709662A A X 321007 .. 612 17 5"SOLENOID IttSERT DRIVE VALVC 02C12 2 A ~ 1 0 A ~ Bl M528 R 527 K '/3 '

C1 N

CRD-HCU"3843+

~

CRO-S V" 123/3847 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5oSOLENOIO INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRD-HCU-3847+

02C12 2 A 1 0 Ao81 M528 C4 CRD-SV 123/3851 A61 0 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLCNOIO INSERT DRIVE VALVE R 527 K~ 2/307 CRD-HCU 38514 02C12 2 A I 0 Aoel M528 C4 CRD SV 123/3855 A610 HVA17096621 A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRO-IICU-3855+

02C12 2 A I 0 Ao81 MS 28 C1 CRO-SV 123/3859 A610 HVA1709662A A X 324007 N 612 F 17

~ 5"SOLENOID INSf:RT DRIVE VALVE R 527 K~ 2/307 CRO HCU 3859+

02C12 2 A I 0 A ~ CI M52 8 C4 0 CRO SV-123/4203 A610 HVA17096624 A X 324007 N 612 ~ 17

~ 5"SOLEtIOIO INSERT OR IVf VALVE 4 527 LE 5/307 CPO ItCU 1203+

02cic 2 A 0 of'1 t}5 24 C4 C 1 A CRO-SV-123/4207 A%10 HVA170966<A A X 324007 N 612 ~ 17 0 ~ 5"SOLFIIOIO INSCRT DRIVE VALVF. R 527 LE 5/3 ' CRO-HCU 4207+

02C12 2 A I 0 A ~ t'I M52 8 ~ C4 CRO-SV 123/4211 A610 HVAI709662IL 4 X 324007 N 612 ~ 17

~ 5 SOLCtIOIO INSERT OR IVF VALVE R 527 Lo5/3o7 CPO-HCIJ 4211+

02C12 2 A 1 0 Aof 1 H52 8 C4

PROGRAH CIE-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00131 IINP-2 CLASS 1E EQUIPHCNT LIST DATE 09/06/83 CPtt STATUS +++SEISHIC IS) PARAHETCRS++i ~ ENV ~ (E) P ARAHETERS i HFG HOOEL S E aID TH HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL CONTRACT LEVEL EC USE SAFETY FUNCTION '/C ORAMING A/E ZONE ZONE ROOH ACCURACY COHPOSITE EPN CRD-SV-123/1215, A610 HVA1709662A A X 324007 N 612 +17

~ 5"SOLEtiOID INSERT DRIVE VALVE ~ R 527 L ~ 5/Py7.: CRD HCU 4215+

02C12 2 : A 1 0 AMBI = H528:I Ch r CRO-SV 123/4219 A610 HVA1709662A A X 324007 N 612 ~ 17 AS"SOLENOID INSERT DRIVE"VALVE 527 LES/3+7 CRO-HC'U-4219+

02C12 2

=

A 1 0 AiP1 H528 Ch CRO-SV 123/4223,

~5"SOLENOID INSERT DRIVE VALVE A610 HVA1709662A R 527 LES/3o7 A X 321007 N 612 CRO"HCU-4223+

~ 17 02C12 2 - -A I 0 Aeel H52 8 Ch CRD SV-123/4227 A610 HVA1709662A A X 321007 N 612 17

~ 5"SOLEtiOIO INSERT DRIVE VALVE 02C12 2 A 1 0 .Ao81 H52 8 R 527 LE 5/3 Ch

' CRO-HCU 1227+

F CRO-SV-123/4?31 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLEtiOIO INSERT DRIVE.VALVE R 527 K~ 2/3+7 CRO-HCU-4231+

02C12 2 A l., 0 AiBI H528 Ch CRO-SV-123/4235 A610 HVA1709662A A X 324007 N 612 17 Ki2/3 '

~

~ 5 "SOLENOID INSERT DRIVE VALVE R 527 CRO HCU 1235+

02C12 2 ~ A 1 0 AyPI H528 Ch CRO-SV 123/4239 A610 HVA1709662A 321007 612 17

.5 02C12 SOLE<toln INSERT DRIVE VALVE 2 A I 0 Aiel H528 R 527 K '/3 '

Ch A X N CRD HCU-4239+

~

CRO-SV-123/4243 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLCNOIO INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRD"HCU-4?43+

02C12 2 A 1 0 Ate1 H528 C1 CRD-SV-123/ l247 A610 HVA17 09662 A A X 324007 N 612 F 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K ~ 2/3o7 CRD-HCU-4217+

02C12 A 1 0 A,el H52 8 C4 CRO"SV 123/4?51 A610 HVA1709662A A X 324007 N 612 ~ 17 s5"SOLENOID INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRO HCU 4?51+

02C12 2 A I 0 Aee) H52 8 C4 CRD" SV" 123/4255 A610 HVA1709662A 324007 612 17

~ 5"SOLEtiOID ItiSFRT DRIVE VALVC R 527 K '/3 ' A X N CRD-HCU-1255+

~

'4 02CI? 2 A 1 0 AtPI H52 8 C4 CRO-SV-123/4259 A 610 HVA 1 7 096 6? 324 007 612 17

~ 5 "SOLENOID INSERT DRIVE VALVE 02C12 2 h 1 0 Ayel A

HS?8 R 527 K '/3 ' A X N CRD HCU 4259+

~

CRD-SV-123/4607 h(10 HVA170966?h A X 324007 N 612 '+17

~ 5 SOL CN01 0 I tiSC R T DP IVf: VALVC R 527 L ~ 5/3 ~7 CRO HCU 1607+

02C12 I 0 ~ ~ Pl

'h 2 h 852 P

PROGRAH CIE-STD MASHINGTON PUBLIC POQER SUPPLY SYSTEtl PAGE NO 00132 UNP"2 CLASS lE EOUIPHENT LIST DATE 09/06/83

( STATUS +++SEISHIC IS) PARAHETERSi~i iENV ~ lE ) P ARAtlE TERS ~

EPN HFG HOOEL S E OID Ttl HL TEST ANL FO C FREQ AGIttG DBE C HOURS OESCRIP TION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL Ec USE SAF ETY FUNCTION A/E BRAVING A/E ZONE

(

CRD-SV-123/4611 A&10 HVA1709662A  ; A;X '21007 ~ . N 612 ~ 17

~ SNSOLENOID INSERT DRIVE VALVE (R 527 Le5/3o7 CRD-HCU"4611+

02C12 2 A i 0 A~ Bl H528 C1 I

CRO-SV-123/1615, A610 HVA1709&62A A -X 324007* N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LES/3s7; CRD HCU-1615+"

02C12  : 2 A =-

I 0 A ~ Bl H528 C1 CRD Sv-123/4619 . ~ " A610 ~

HVA1709662A X =-

32100'7. N '612 ~ 17 5"SOLENOID INSEtiT DRIVE VALVE 527 LES/3+7 02C12,

~

2 A 1 =0 AyPI H528 c4I -.',

CRD HCU-4619+

CRO "SV 123/4623, . A610 tlVA1709662A A. X 321007 . N 612 17

~ 5"SOLEttOIO INSERT DRIVE VALVE 02C12 2 ., A . f 0 AMBI H528 527 Lob/3 C1

' ( CRO-HCU"4623+

~

CRO-SV-123/4627 A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE"VALVE R 527' ~ 5/3+7 -CRD-HCU-4627>

02C12 2 A I 0 AD 81 H528 C1 CRO-SV-123/4631 A610 HVA1709662A A X 321007 N 612 ~ 17

~ S>>SOLENOID INSF'RT ORIVE VALVE R S27 K ~ 2/3o7 CRO-HCU-46311 02C12 2 A I 0 AMBI tI52 8 C4 CRO-SV-123/4635 , A610 HVA1709662A A X 321007 N 612 ~ 17

~ 5"SOLEttOIO INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRO HCU 46354 02C12 2 A 1 0 Ai&2 tl5 28 C1 CRD-Sv-123/4639 4610 HVA1709662A A X 321007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K '/3o7 CRD HCU<<4639+

02C12 2 A I 0 A ~ PI H528 C4 CRO-SV-123/4643 AEI 0 HVA1709662A A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRO-HCU 4643+

02C12 2 A I 0 AMBI H528 C4 CRO-Sv 123/4647 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRO HCU 4647+

02C12 2 A I 0 AoEI H528 r1 CRO-SV-123/4651 A&10 HVA17096624 324007 612 17

~ 5"SOLENOID lttSERT DRIVE VALVE 02clP 2 A 1 0 A~ Pl K528 R S27 K '/3 '

C4 A X N CRD-IICU 1651+

~

CRO-SV-123/4655 4610 HVA17096624 A X 324007 N 612 ~ 17

.S>>SOI.ENOID INSERT DRIVE VALVE R 527 K '/307 CRO-HCU 4655+

02C12 2 A I 0 A ~ Pl KSP 8 C4 cro-sv-123/5011 4610 HVAITI'96624 4 X 324007 N 612 ~ 17

~ 5"SOLEttOID INSERT DRIVE VALVE 02C12 R 527 LES/3 ' CRO-HCU 5011+

2 4 I 0 Aqt 1 P528 r.4

PROGRAH CIE-STO MASHINGTON PUBLIC PnttER SUPPLY SYSTEH PAGE NO 00133 MNP-2 -CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS ataSEISHIC CS) PARAHETERS+i+ KENYA (E) PARAttETERS+

EPN HFG HOOEL S E QIO TH HL TEST ANL FO C FREQ AGING OBE C HOURS CONTRACT LE'VEI.

DESCRIPTION EC USE SAFETY FUNCTION '/E BLOC ELEV ORAltING DETAIL A'/E ZONE ' ZONE ROON ACCURACY COHPOSITE EPN a

CRO-SV 123/5015 A610 HVA1709662A A-X 324007 612

. N F 17

~ 5 SOLENOID INSERT DRIVE VALVE R 527 LE 5/3o7 CRD HCU-5015+

02C12 2 A 1 0 A~ Bl 8528 C4 CRO-SV 123/5019 '

A610 HVA1709662A A X'24007 N 612 17 5/3 '

~

.5.SOLENOID INSERT DRIVE VALVE 527 LE CRO "HCU-5019+

02C12 2 A 1 0 Ainl H528 C4 CRO-SV-123/5023, . 'A610 5 "SOLENOfn INSERT DRIVE VALVE HVA1709662A A X 324007 N 612 ~ 17

~ L ~ 5/307 5023>

'27 R CRO HCU 02C12 2 A 1,,0 A ~ 81 H528 C4 CRO SV 123/5027 A610 HVA1709662A A X 324007 612 N ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 LE 5/3+7 CRO HCU 5027+ ~

02C12 2 A 10 Atnl H52 tt C4 CRD-SV 123/5031 A610 HVA1709662A 324007 ti 612

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 A i 0 A~ Bl H5 28 R 527 K '/3 '

Ch A X CRO-HCU-5031+

~ 17 CRO-SV-123/5035

~

'610 5 "SOLEt!OID INSERT DRIVE VALVE HVA1709662A R 527 K '/3 ' A X 324007 N 612 CRO-HCU 5035+

~ 17 02C12 2 A I 0 AABI 8528 Ch CRO SV-123/5039 A610 HVA1709662A A X 324007 N 612 17

.5 "SOt.Ettnl o I USER I DRIVE VALVE 527 2/3 e7

~

02C12 2 h 1 O'tnl H52 8 R K~

Ch CRD-tlCU 5039+

CRD-SV-123/5043 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRO HCU 5043+

02C12 2 A 1 0 At&I H528 Ch CRO-SV-123/5047 A610 HVA1709662A 324007 612 17

~

02C12 2, 5"SOLENOID IttSERT ORfVE VALVE A I 0 Aef 1 H528 R 527 K '/3 '

C4 A X N CRO-HCU-50471 F

CRD-SV-123/5051 Af1 0 ltVA17096624 324007 612 17

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 2 A 1 0 Act>1 r528 R 527 K '/3 '

C4 A X N CRO-HCU-5051+ 'I

~

CRD-SV 123/5415 4610 HVA1709662A A X 324007 H 612 ~ 17

~ 5"SALENOIO INSERT nRIVE VALVE R 527 LE 5/3 7 CRD tlCU 5415+

02C12 2 h 1 0 Ao01 H52 8 C4 CRO-SV-123/5419 A&10 HVA1709662A A X 324007 tt 612 ~ 17

~ 5"SOLEtlOIO INSERT DR IVE VALVE R 527 LE 5/3 ' CRO-HCU"5419+

02C12 2 A 1 0 A of'1 tl5 20 r.h CRO-SV-123/5423 DGIA HVA170<662h A P 324007 tt 612 ~ 17

'5"soLFvotn lttscrT DRIVE VALVE R 527 L ~ 5/3o7 CRO-HCU-5423+

02C12 2 A 1 0 A~ Fl r528 r,h

PROGRAH C1E 870 MASHINGTON PUBLIC POQER SUPPLY SYSTEH PAGE NO 00134 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS +++SEISHIC (S) PARAHETERS ~ ++ ~ ENV ~ IE ) P ARAHETERS+

EPN HFG NOBEL S E OIO TH HL TEST ANL FO C FRED AGING DBE C HOURS OESCRIP 7 ION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMIIlG A/E ZONE CRO-SV-123/5427 A610 HVA1709662A A 324007 N 612 5"SOLENOID INSERT DRIVE VALVE ~ 17

~ R 527 L X'5/3+7 CRO HCU 5427+

02C12 2 A 1 0 AtP1 ': H528. C4 CRD-SV-123/5431, A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE

~

R 527 K ~ 2/3o7 CRD-HCU-543i+

02C12 2 A 1 0 At81 C4

.CRO-Sv"123/5435 *- '610 HVA1709662A A X 324007 M 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE R 527 K@2/3@7 CRO"HCU-5435+

02C12 2 - . A 1 0 At81 H528 C4 C8 D-Sv 123/5439 A610 HVA170966?A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSfRT DRIVE VALVE 02C12 2 1'- 0 R 527 K '/3e7 CRO-HCU-5439+

A AMBI H52 8 C4 CRD-Sv"123/5443 A610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DR IVEVALVE R - 527 K ~ 2/3 o7 CRO HCU-5443+

02C12 2 A i 0 At01 H528 C4 CR0-SV-123/5447 A610 HVA1709662A A X 324007 ., N 612 ~ 17

~ 5"SOLENOID INSERT 02C12 OR IVE VALVE R 527 K '/3+7 CRO-HCU"5447+

2 A 1 0 A~ BI H528 C4 CRO"SV 123/5819 h610 HVA1709662A A X 324007 N 612 ~ 17

.5~SOLENOID INSERT DRIVE VALVE R 527 LE 5/3+7 CRD HCU 58191 02C12 2 A 1 0 Ae01 H528 C4 CRO-Sv 123/5823 h610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT DRIVE VALVE 527 5/3o7 R LE CRD HCU-5823+

02C12 2 A 1 0 AyFI H528 C4 ABACI CRD-Sv 123/5827. 4610 HVA1709662A A X 324007 N 612 ~ 17

~ 5"SOLENOID INSERT OR IVE VALVE 527 L ~ 5/3 e7 R CRO MCU 5827+

02C12 A I 0 Ao81 M52 8 C4 C R0-S V- 123/5831 Af I 0 HVA1709662A 324007 612

~ 5"SOLENOID INSERT DRIVE VALVE 02C12 2 A 1 0 AwFI 852 8 R 527 K '/3 '

C4 A X N CRO-HCU-5831+

~ 17 C80 SV-123/5835 h610 HVA17096624 A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT DRIVE VALvf. R 527 K~ 2/3 ~ 7 CRO-HCU-5835+

02C12 2 A 1 0 H528 C4 CRO-Sv 123/5839 A&10 HVA17896624 A X 324007 N 612 F 17

~ 5"SOLENOID INSfRT DRIVE VALVE R 527 K~ 2/3 ~ 7 CRD HCU 5839+

02C12 2 A l 0 A ~ Fl 852 8 C4 CRO-Sv-123/5843

'/3 /'

h610 HVA1709662A X 324007 N 612 ~ 17

~ 5 "SOLENOID INSERT DP.IVE VhLVE R 527 K CRD-HCU 5843<

02C12 2 A 1 0 A ~ Fl 852 fl C4

p PROGRAH CIE-STD NASHINGTON'PUBLIC POMER SUPPLY SYSTEH PAGE NO 00135 QNP-2 CLASS iK EGUIPHENT LIST DATE 09/06/83 STATUS +++SEISMIC lS) PARAMETERS++* +ENV ~ (E)

KPN HFG MODEL S E QID. TH HL TEST ANL FO C FRED DBE PARAMETERS'GING C HOURS nESCRIP 7 ION BLDG ELEV. DETAIL' ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING -" A/E ZONE CSP-DPT-4 R369 1153883 . X X 156009 ~

06153 02 4320 E

SUPP CHHRR ATHOS DIFF PRESS R,' 501 -.L42/9i3, E-IR 63+

220 3 A 1 3 81 H543 ~ = Clg.. "

CSP-DPT-5 . R369 1153DB3 X. X '=

156009 06153 02 E 4320 SUPP CHHBR ATMOS DIFF PRE(8 R 501 N~ I/4 ~8 E IR-64+

220 3 A I 3 81 H54 3 C6 CSP-OPT 6 '369 1153DB3 X X 156009 06153 02 E 4320 SUPP CHHBR ATHOS DIFF PRESS R 501 N~ I/O ~ 8 E-I R-64+

220 3 A 1 ~

3 81 H54 3 C6 Csr -POS-V/I , N007 EA740 A X 200015 4320 POS FOR CSP-V-l 508 o5/7 o5 V-I+

58 2 a-" j 3- ~

I H543 R M D5 CSP 4~

CSP-POS-V/10/P 1 A415 4 3869-002 X X 248002 06153 00 E 4320 POS FOR CSP V 10 R 491 Hc5/5s1 CSP V-10+

58 2 A 1 3 '

E51 9/11 E3 CSP-POS-V/10/P2 A415 4"3869-002 X X 248002 06153 00 E .4320 POS FOR CSP V 10 R 491 H~ 9/5+1 CSP-V-10+

58 2 A 1 I E519/11, E3 CSP-POS-V/10/P3 A415 4-3869 002 X X 248002 06153 00 E 4320 POS FOR CSP-V-10 9/5 ~ 1 2 A 131 E519/11 R 491 H~

E3 CSP. V 10+

CSP. POS-V/10/Ph A415 4-3869-002 X X 248002 06153 00 E 4320 POS FOR CSP"V 10 R 491 HE 9/54k CSP V-l0+

3 2 A 1 3 I E5 19/1 1 E3 CSP-POS-V/10/P9 A415 4 3869 002 X X 248002 06153 00 E 4320 POS FOR CSP-V-10 R 491 H~ 9/5 ~ I CSP - V-l 0+

2 A I 3 I E519/11 E3 CSP-POS-V/2 N007 EA740 A X 200015 POS FOR CSP-V"2 R 508 H~ 5/7oh CSP-V-2+

58 2 A 1 3 I H54 3 n6 CSP POS V/3 N015 EA740-80100 A Ã 200015 4320 POS FOR CSP-V 3 R 483 HE 6/7 ' CSP-V-3+

58 2 P 1 3 I H54 3 n5 CSP POS-V/4 N015 EA740-80100 A X 200015 4320 POS FOR CSP-V-4 R 478 HE 6/7 ' CSP-V-h+

58 2 A I 3 I H5 43 C5 CSP-POS V/5 H015 EA74 0-80100 A Y 200015 N 14 00 4320 POS FOR CSP-V 5 P 477 HE 7/To6 R43 CSP-V-5+

58 2 A 1 3 M54 3 05

PROGRAH C1E-STO UASHINGTON PUBLIC POMER 'SUPPLY SYSTEH PAGE NO 00136 MNP 2 CLASS 1E EQUIPHENT LIST BATE 09/06/83 STATUS aa+SEISHIC (S) PARAHETERSii4 >ENV ~ IEI PARAHETERS+

EPN HFG HODEL S E QIO TH HL TEST ANL FO C FREQ AGING OOE C HOURS DES CRIP T ION BLOG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL.- EC USE SAFETY FUNCTION,A/E ORAQING A/E ZONE r>>

CSP POS<<V/6 'i015 EA710-80100 N X 200015 N 11 00 35 1320

'OS 58 FOR CSP-V-6 2 A H513 '...

R IBB H~

6/6 ~ 1,',

814

. RI3 CSP>>V 64 CSP-POS-V/7/Pi AIIh 1-3869-002 X'X.. 218002 06153 00 E 1320 POS FOR CSP"V 7 R 475 N ~ 5/Ts7 ~- CSP V-7+

2 1'3 I E51 9/11 E3 CSP-POS-V/7/P2 A115 04"3869-002 X X 218002 06153 00 E 1320 POS FOR CSP-V"7 R 475 N ~ 5/707 . CSP-V-7+

2 1 3 I E5 19/11 E3 CSP-POS-V/7/P3 A115 01 3869 002 X X 218002 0 6153 00 F. 4320 POS FOR CSP-V-7 R 475 N ~ 5/747 CSP-V-7+

2 1 3 I E519/11 E3 CSP-POS V/7/P$ AI15 04 3869 002 X X 248002 06153 00 E 4320 POS FOR CSP-V 7 R- 475 N ~ 5/To7 CSP V-7+

2 1"'3 I E51 9/11 E3 CSP POS-V)7/P9 'I1S Ol 3869 002 X X 21 8002 06153 00 E 4320 POS FOR CSP-V A 3 I E519/11 R 475 N45/7 ' CSP-V 7+

E3 CSP-POS-V/R/P1 A415 04 3869 002 X X 248002 06153 00 E 4320 POS FOR CSP-V-8 R 191 H~ 6/6 ~ 0 CSP-V 8+

2 A= 1 E51 9/1 1 E3 CSP "POS-V/8/P2 A415 04-3869-002 X X 248002 06153 00 E 4320 POS FOR CSP-V-8 R 191 H~ 6/6 ~ 0 CSP V 8+

2 A 1 3 I E51 9/11 E3 CSP"POS-V/8/P3 AII5 04 3869 001 X X 218002 06153 00 E 4320 POS FOR CSP-V-8 2 A 1 3 I E519/11 R 491 HE 6/6 ' CSP-V 8+

F.3 CSP POS-V/8/P4 A415 04-3869-001 X X 4118002 06153 00 E 4320 POS FOR CSP, V 8 R 491 H~ 6/6 ~ 0 CSP"V 8+

2 A 1 3 I ESI~/11 F3 CSP POS-V/8/P9 A415 01-386>>9 001 X X. 248002 06153 00 E 4320 POS FOR CSP V-8 R 491 HE 6/6 ' CSP V 8+

2 A 1 3 I E51 9/ll L3 CSP-POS V/9 h015 02400X C X 20000~ 4320 POS FOR CSP-V-0 490 HE 9/F 1 R43 CSP>>V 94 58 2 h 1 3 I H54 3 Oh CSP RLY ARCSPVS ASno RXHK I X 288015 1320 CONTROL RELAY FOR CSP-V-5 R Sol N~ 0/4 ' E-IP 64+

58 3 A 1 BI E51 9/18 KI

PROGRAH C1E-STD ... VASHINGTON PUBLIC POVER SUPPLY-SYSTEH PAGE NO 00137 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS c > iSEISHIC (S) PARA)lETERS ~ c c ~ ENV ~ IE) PARAHETERS ~

EPN HFG HOOEL .' E OID TH, HL TEST ANL FO C FREQ AGING DBE C HOURS DESCRIP I ION BLDG ELEV - DETAIL . ZONE ROON ACCURACY COHPOSIT E EPN CONTRACT LEVEL'C ~

USE SAFETY FUttCTTON ~

A/E BRAVING 'A/E ZONE ~

CSP RLY ARCSPV6 CONTROL RELAY FOR CSP-V-6 A500 RXHK1

01('l . ",,;,

L~

X288015 4/9sk 'c E-IR 63+

4320 58 3;" A I 3 81 E519/18 ': "-/,- .'K5,'" ~ r CSP-RLY-APCSPV9 . A50t] RXHK1 X '"'288015 1320 CONTROL RELAY FOR CSP V 9 R 501 N~ 0/4 ce E-I R-61+

58 3 =A 1 3 Bl E519/18 K4 CSP"RLY CR1:, 440 219XBXP Lsh/9 ~ 4 X 283041' E-I R-63+

1320 58 3; CONTROL RELAY FOR CSP;V-6,"

A,= I ~ 3 81 E519/18 501

~ Kh CSP-RLY-CR5 S440 219XBXP X 283011 1320 CONTROL RELAY FOR CSP-V-5'8 R 501 ~ N~ 0/4 o8, E-I R-64+

3 A' 3 81 E51 9/18 Kh CSP-RLY-CP6 S440 219XBXP X 283011 1520 CONTROL RELAY FOR CSP V 9 R 501 N~ 0/4+8 E IR-64+

58 4 1 5 81 E519/18 ~ Kh CSP-SPV-1 ~ A499 'V JHT8316A76 X X 315004 R N 114 03 35+ 1320

.SOLE]]OID PILOT FOR CSP V-l IR 66 R 505 N~ 7/5os ~

R13 R305 E-I R 66+

58 2 A 1 3 8]wF H51 3 Ds CSP-SPV ]OA A610 VJHT8316A76 X X 315004 R N 111 05 33+ 1320 SOLENOID PILOT ]CLOSE) CSP-V-10 R 171 tl ~ 0/4 ~ 0 R33 R206 E-I R 65+

58 2 A- 1 3 BlsF H543 86 CSP-SPV-]08 A610 VJHT83]6A76 X X 315004 R N 114 03 33+

SOLEtlOID PILOT (OPEN) CSP V-10 R 471 N~ 0/4 ~ 0 833 R206 E-I R-65+ 1320'SP 58 2 A 1 5 81 ~ F H51 3 86 SPV-2 A499 lt JHT83165 4 X X 315004 8 N 114 03 33+ 4320 SOLENOID PILOT FOR CSP V 2 ]R 63 R 507 L ~ 4/903 R43 R305 E-IR 63+

58 2 A 1 3 Bl ~ F H543 06 CSP-SPV-5 4499 VJHT8316A76 X X 315004 R N 114 03 1320 SOLENOID PILOT FOR CSP-V-3 ]R-65 R 176 N~ 0/3o9 R33 R206 E-I R-65+

58 2 A 1 5 B]eF tl54 3 D5 CSP-SPV 4 ~ A499 VJHT8516A74 X X 315004 R N 114 03 4320 SOLEtlOIO PILOT FOR CSP-V-4 IR 64 505 N 0/4 R43 R505 E IR 64+

58 2 A I 3 8]eF tls 43 Ch CSP-SPV-S 4499 VJHT8516A74 X X 315004 P tt 114 03 33+ 1320 SOLE)IDIO PILOT FOR CSP-V-5 ]R-64 R 505 tt ~ 0/4 ~ 8 ~ R43 8309 E-I R 64+

58 2 A ] 3 8]eF F54 3 C5 CSP SPV-4 4499 V JHT8316 451 X X 315004 P N llh 03 53e 4320 SOLF HOI'I PILOT FOR CSP-V-6 ]P.-65 R 501 L ~ 4/9o5 P45 R505 E-I R-63+

58 2 h 1 3 81 ~ F Msh 5 l'14

PROGRAH C)E STD MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00138 VNP-2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS oooSEISHIC TS) PARAHETERSo ~ > oENV ~ TE) PARAHETERSe EPN HFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOURS OESCRI P T ION BLDG ELEV DETAIL CONTRACT LEVEL EC USE SAFETY FUNCTION '/E DRAMING A/E ZONE o

=

ZONE RODH ACCURACY COHPOSITE EPtt o

CSP-SPV-7A 58 2 A 1 A499 SOLENOID PILOT{CLOSE)CSP V 7 IR 65 3 BioF VJHT831654 R

H543 -.e-.

'478.N 0/3 "o9 t '4; ~ CS X X

.;"

~:

315004 R 'N 111 R33. R206 03 33+

E" I R-65+

1320

~O CSP-SPV-TB A499 V JHT831651 tt X 315001 R N 111 03 33+ 4320 SOLENOID PILOTCOPEN)CSP-V-T IR-65 R 176 No0/3e9 R33 R206 E IR-65+

58 2 A 1 3 Bi ~ F H54 3 C5 CSP-SPV-BA . A499 VJHT831654 X X. 315001 R N 114 03 33+ 4320 SOL PILOT OPEN FOR CSP"V-8 R 478 H~ I/6o8 R32 R206 E IR-62+

5R 2 A 1'3 81 ~ F H513 815 CSP-SPV-88 '199 MJHT8316SI X X 315004 R N 114 03 33+ 4320 SOL PILOTCLOSE FOR CSP<<'V 8 R 477 H~ I/6e8 R32 R206 E IR "62+

58 2 A I 3 BleF H51 3 815, CSP SPV 9 A499 MJHT8316ATI X X 315004 R N 1 ih 03 33+ 4320 SOLENOID PILOT FOR CSP"V 9 IR 64 R 505 N~ 0/I o9 R43 R305 E IR-64+

58 3 A 1 3 BioF H513 86 CSP"V"93 T020 . 82H-002 Z X 361015 06303 05 1320 SOLEtIOIO VALVE 171 Hel/7e7 SS 2 A 1381 H78 3

'S CSP"V"96 T020 82H 002 Z X 361015 06303 05 4320 SOLENOID VALVE R 501 H~ 7!le7 SS 2 A i 3 B1 . H783 HI CSP-V-97 7020 82H-002 Z X 361015 06303 15 4320 SOLENOID VALVE 501 H~ lllo7 SS 2 A 1 3 81 H783 Hh CSP-V 98 T020 82H-002 Z X 361015 06303 15 1320 SOLENOID VALVE R 171 H~ 7/lol SS 2 A 1 Bi H78 3 E-CONN-X100A/01 A3AO AHPHENOL JACKC82 503 X X 019001 Y 04293 00 E 4320 SOURCE RANGE NI CONNECTOR C 507 98 D AZ RIO Chl E-X-100Ae 55 3 P 2 H E539/30 E-CONN-X190A/02 AHPHENOL PLUGtt28650 X X 049002 Y 01293 00 E 4320 SOURCE RANGE ttI CONNECTOR C 507 98 D AZ R40 CIT E-X 100 A+

55 3 P 2 It ES 39/31 E-CONN X)008/01 >380 AHPHFtlOL JACKIRP-503 X X 019001 Y 01293 00 E 4320 SOURCE RANGE NI CONNECTOR C 507 102 O AZ RIO R47 E-X-1008+

55 3 P 2 3 H E539/30 E-COttN-X1008/02 A380 AHf HCttOL rLUGA28650 X X 019002 Y 04293 00 E 4320 SOURCE RANGE NI CONttECTOR C 507 102 D AZ R40 CIT E-X-1008o 55 3 P 2 tl E53 9/31

PROGRAM ktASH INGTON'PUBLIC POIIER SUPPLY SYSTEM PAGE NO 00139 CIE-STD-'PN MNP-2 CLASS iC Et)t)IPMENT LIST DATE 09/06/83 STATUS ~4+SEISMIC IS) PARAMETERS~~+ iENV ~ IE) P ARAMETERS ~

MFG MODEL S'C QID TM HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIP TION BLDG ELEV'ETAIL 'ONE ROOM ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFE TY FUNCTION A/E DRAktING A/E ZONE.

C I

E-CONN X100C/01 SOURCE RANGE NI CONNECTION A380 JACKtt82-S03 ~ '..X X'49001

'-315 O'AZ'10

'MPHENOL Y 01293 00 E 4320 C 511 Chh E-X-100C+

55 23

~

3 P .H E-CONtt-X100C/02 A380 E539/30'MPHENOL PLUGN28650 " .g.X .bh 9002 Y 04293 00 E 4320 SOURCE RANGE Ni CONtJECTION C 511 315 0 AZ 'Rho C14 E X 100C+

55 3 P 2 3 H ES 39/31 E COWW X100D/01 A380 AMPHENOL JACKII82 503 j( X 019001 04293 10 E h320 SOURCE RANGE Nl-CONNECTION C 511 322 0 AZ R40 C41 E-X 1000+

55 3 P., 2 3 H E53 9/30 E-COHN-X100D/02 A380- AMPHENOL PLUGII28650 X X 049002 01293 10 E 4320 SOURCE RANGE NI CONNECTION C 511 322 0 AZ R10 C44 E-X-10001 55 3 P 2.3 H E53 9/31 E-CONtt-X102A/OI '

A382 SOLIDSTRAND 31130 .X X .049006 1320 CONNECTOR ISPLICE) C 534 185 D AZ Rho C56 E X 102 A+

210 3 P 2 3 H E539 E-COWtt-X102A/02 "R098 IICSF"N SHRINK TUBE A X 019007 4320 CONNECTOR C 534 185 0 AZ R40 E-X-102 A+

218 3 P 0 3 H E539 E-CONN-X1028/01 A382 SOLIDSTRAWD 31130 X X 049006 Y 4320 CONNECTOR tSPLICC) C 531 219 0 AZ R40 C56 E-X-1028+

218 3 P - 2 3 H E539 E CONN X1028/02 R098 MCSF N SHRINK TUBE A X 019007 1320 CONNECTOR C 534 219 0 AZ Rho E X 1028+

218 3 P 2 3 H E539 E-18-61+ J035 757>>E-518 X X 185002 F N 121 01 24 R BLDG IWSTRU RACK DIV Il R 422 Nl/3 ~ 5 E-I R-61+

58 1 P 2 0 H M567 H10 E I R 62+ J035 757-E-597 X X 185002 F N 121 01 33 R BLDG INST RACK 0 IV I R 471 H4/6 ~ 8 R206 f-IR-62+

58 I P 2 0 H ll56 8 E14 E-IR-63+ J035 DUG 757-C-599 X X 185002 F N 21 01 33 R BLDG INSTRU RACK Dl V II R 501 LE 4/9 ' R305 E-I R-63+

58 I P 2 0 kk M568 C6 E-I R-64+ 0035 OIIG 757-C-652 X X 185002 F N 21 01 33 R BLDG IWSTRU RACK OI V II ~

R 501 N/4 ~ tk 8305 E 58 I P 2 0 H H568 04 IR-64'-l R 65+ J035 7~7 E 520 X X 185002 I' 21 01 33 R BLDG IWSTRU RACK OI V I R 471 N~ 0/4 ~ 0 R206 E-IP-65+

58 1 P 2 0 H M568 I<1 0

PROGRAH C1E-STO ltASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00140 MNP-2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS +++SEISHIC tS) PARAHETERS+++ +ENV ~ (E) PARAHETERS~

EPN HFG MODEL S E OIO TH HL TEST ANL FO C FREO AGING DBE C HOURS

'ESCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION -

A/E ORAQING A/E ZOttE E-IR-66+ J035 757 E-502 -,X X 185002 F N 21 01 33 R BLDG INSTRU RACK DIV I R '501 No8/5i5-, "

i .-, R305 E-IR 66+

58 ~

1 H H56 8 E" IR-67+ J035 757-E"601 X k 185002 F N 21 01 33 R BLDG lNSTRU RACK DIV I>> a R 548 H~ 8/5 7 R504 E-IR-67+

58 1 P ~ 2 0 H M569 Fl E IR 684 J035 757-E-522 X X 185002 F N 21 01 33 R BLDG'NSTRU RACK DIV 11 R 548 Hi7/8 ~ 1 8504 E-"IR 68+

58 1 'P 2 0" H H569 DB E I R-69+ '035 757-E-524 X X 185002 F N 21 01 33 R OLOG INSTRU RACK DIV II R 522 N~ 0/Bef R504 E IR 69+

58 1 P 2 0 H H569 010 E-IR-70+ J035 757 E 526 X X 185002 F N 21 01 33 RCC 58 INSTRU RACK OIV II R 522 J ~ 0/4 ~ 0 R404 E IR 704 P 2 3 H569 Hl4 E" IR-71+ .J035 757-E.-528 X=X 185002 F N 21 01 33 R

58 BLDG INSTRU RACK 1'-P23H DIV I H56 9 R 522 Jo0/6i9 Elh R408 E-IR-71+

E-I R-72+ J035 757-E-516 X X 185002 F N 21 01 33 CONT INSTRU AIR INSTRU RACk R 522 Ho8/Bo3 Rlol E-I R-72+

58 I P 2 3 H F569 014 E-IR-73' 035 757"E-603 X X 185002 F N 21 01 HSIV LEAKAGE CONTROL IR R 522 H~ 4/4 ~ 2 Rloh E-I "73+

R 58 I P 2 0 H569 G15 E-IR-74+ J035 757-E-564 X X 185002 F N 21 01 HSIV LEAKAGE CONTROL IR R 522 H~ 4/740 R404 F-I R-74+

58 1 P ~ 2 0 H56 9 E14 E- I R" P 0 0'1+ 0080 12701819TC r X 185003 F N 121 03 10 LPCS IWSTRU RACK R 47 l K~ 0/4 ~ 2 8206 E-IR"P001+

.02 1 2 0 H H56 8 G13 E I R-P002+ GORO 12701821 IC Y X 185003 F N 121 03 10 RMCU INSTRU RACK R 522 N~ 7/5 ~ 0 R404 E" IR "P002+ ~

02 1 7 3 tl 8569 010 E-IR-aoahi 0080 14 7D1827TC 'Y X 185003 F N 121 03 10 RPV INST RACK A R 522 J ~ 5/7 ~ 2 E-IR P004+

02 1 2 3 H >569 D13 E IR "P00".+ 6080 12701R33TC Y X 185003 F N 121 03 RPV IttST RACK C R 522 N~ 7/5 o6 R404 E-IR-P005+

02 1 2 3 tl >56< F9

4 1

PROGRAH C1E-STD VASHI NGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00141 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS oooSEISHIC IS) PARAHETERSooo ~ ENV ~ lE) PARAMETERSo EPN MFG MODEL S E OID TH HL TEST ANL FO

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PROGRAH C1E"STO ~

VASHINGTON PUBLIC POVER SUPPLY SYSTCN PAGE NO 00242 VNP-2 CLASS -1E EQUIPHENT LIST DATE 09/06/83

=STATUS oooSEISNIC IS) PARANETERS ~ io o ENV ~ lE) P ARANE TERS o EPN l)FG NOBEL -

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PROGRAH CIE-STD MASHI NGTON PUBLIC POllER SUPPLY SYSTEH PAGE NO 00113 MNP-2 CLASS IE EOUIPHENT. LIST DATE 09/06/83 STATUS ~ ++SEISHIC IS) PARAHETERSi ~ + ~ ENV ~ IE) PARAHETERS+

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'IASHINGTON PUBLIC PI5MER SUPPLY SYSTEH PAGE No 00146 NNP 2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS +++SEISMIC CSl PARAHETERSsoa +ENV ~ CE) PARAMETERS*

EPN .. HFG MODEL S E OIO TM HL TEST ANL FO C FREQ AGING OBE C HOURS

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PROGRAM CIE-STD MASHINGTON PUBLIC POMER SUPPLY SYSTEtl PAGE No 00147 MNP-2 CLASS 1E EOUIPHENI'IST DATE 09/06/83 STATUS eeeSEISHIC (S) PARAMETERS++* eENV ~ lE) PARAHETCRSe EPW DESCRIPTION HFG HOOEL S E OIO TH HL TEST ANL FO C FREO 'GING DBE C HOURS BLDG ELEV OCTA IL ZONE ROOtl ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAIIING A/E ZONE HPCS-LS 2A r 040 3.5-751-1X-MPG-HI hHY 'X,X 207002 14 00 06303 SUPPRCSSION 02C22 2 ',.

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1 PROGRAH CIE-STD WASHINGTON PUBLIC POME) SUPPLY SYSTEH PAGE NO 00148 NNP"2 CLASS iE EOUII'MENT LiST DATE 09/06/83 STATUS ~ oSEISHIC (S) PARAHETERSooi oENVo IE) PARAHETERSo EPN HFG MODEL S E 4ID TH HL TEST ANL FO C FREO AGING DBE C HOURS OESCRIP T ION BLDG ELEV DETAIL CONTRACT LEVEL EC USE SAFETY FUNCTION '/E DR)MING,A/E. ZONE "",

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0 PROGRAN CIK-STD VASHI NGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00149 IINP-2 CLASS 1E EQUIPMENT LIST DATE 09/06/83 ST.'TUS ~ s>SEISMIC lS) PARAMETERS'~+ ~ENV ~ lE) PARAMETERS ~

EPtt MFG HODEL S K -

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~ . 1020 '

06153 13 ~ 17 F 75" SOLEN ~ ISO+ VALUE -~

iR 525 JiBP743.'-. ', R51 ~

215 A 0 81 tl530 E13.. >~'~i HY V-35A T020 82N 002 X X 361012 06153 13 ~ 17

~ 75" SOLKN ~ ISO ~ VALVE ' 525 N~ 0/he5 "

R51 215 2 A i 0 ei N530 K13 HY V 358 T020 82N 002 X X. 361012 06153 13 ~ 17

~ 75" SOLKN ~ ISOo VALVE R 525 J ~ 8/743 R51 215 2 1' Bi M530 E13 HY"V-3&A 'III095 HV250 X 361009 01014 13 Z ~ 17

~ 750 SOLEN ~ ISO'ALVE 525 HaO/ho5 R51 215 "A' 0 81 H53 0 R

. E13 HY-V-368 ~ tl095 HV250 X 361009 01014 13 Z ~ 17

~ 75 SOLENt ISO) VALVE R 525 J ~ 8/To3,'13 R51 215 2 A 1 0 Bi M530 LO-TE-ISA " ~ P427 282-N1A72 X X 339004 N 01 99+ 06153 10 E 24 LO TK'HR EQUIP, AREA ANB TEMP R 468 HAT/9 .

02E31 A, I 0 F ~ P1 SOT E151TC/ 38 LO-TE-188 P127 282 NIA72 X X 339001 01 99+ 06153 10 24 LO TE RHR EQUIP AREA ANS TEtlP 02E31 2 A 1 0 F ~ 81 S07E154TC/

R 465 K '/93F ' N E LO-TE-18C P427 282 NlA72 X X 339001 N 01 99+ 06153 10 E 21 l.D TE RHR EQUIP AREA AHB TEMP R 168 NIT/9 ~ 0 02E31 2 A 1 0 F ~ Pl 807 E151TCI 38 LO"TE-18D P 427 282 N1A72 X X 339004 N 01 99+ 0 &153 10 E 21 LO TE RHR EQUIP AREA AHR TEMP R 465 K~ 0/9 ~ 0 02E31 2 A 1 0 Fe81 SOTE151TCI 3F LD-TE-1A LO TE RltCU PHP RH 1 INLET VENT N070 P/P 145C3224P001 R 532 Mo 8/4 ~ 7 X X 339004 lt N 01 99'6153 10 E 21 02E31 2 A 1 0 F ~ Pl 807 E154 TCI 282 LD-TE-18 N070 P/P 145C3224P001 X X 339004 V N 01 99+ 06153 10 E 21 LO TE R'ltCU PNP RH 1 ItiLKT VENT R 532 M~ &/4 ~ 4 02E31 2 A 1 0 FtP1 807 K154 7 CI ZF2 LO-TE-1C N070 P/P 145C3224P001 X X 339004 lt N 01 99+ 06153 10 E 24 LO TE RVCU PMP RN 2 INLET VENT 02K31 FtPI R 532 HAS/5 '

2 A 1 0 807 E154TC/ ZA4 LD-TK 10 NCTO P/P 145C3224 P 001 X X 339004 V N 99+ 06153 10 E 21 LD TK RIICU PttP RM 2 I ttLFT VENT R 532 N~ 2/5 ~ 4 02K31 2 > 1 0 F ~ II 007 E154 TCI ZF 4

PROGRAH CIE"STO VASH INGTOtJ PUBLIC POVER SUPPLY SYSTEH PAGE NO 00150 VNP 2 CLASS IE EQUIPHENT LIS'I

'1 DATE 09/06/83 STATUS ~ *oSEISHIC IS) PARAHETERS ~ ~ ~ oENV ~ IEI PARAHETERS~

EPN , . HFG HOOEL S E QID TH HL TEST ANL FO FRED C AGING DBE C HOURS DESCRIPTION BLDG ELE V DETAIL CONTRACT LEVEL- EC USC SAFETY FUNCTION '/E BRAVING A/E ZONE ZONE ROON ACCURACY COHPOSITE EPN LO-TE-1E N070 P/P 145C3224P001 X'; 339004 99+ 06153 10 E 24 LD TE RVCU HEAT EXCH RH INLET VENT R 551 Koi/3oh 02E31 2 A I 0 Feel 8 07 E151TCI 285 o'

( *p LD-TE-1F t(070 P/P 145C3224P001 X X 339001 01 99+ 06153 10 E 24 LO TE RVCU HEAT EXCH Rtt INLf:T VENT R 554 K~ I /3 ~ 4 02E31 2 ( A I 0 F+Ol 807 E 154 TCI 2F5 LO-TC-27A N070 N115C3224PI X X 339004 N 01 99+ 06153 10 E 21.

LO TC RHR EQUIP AREA INLET VENT R 132 L5/9oh R13 RT 02C31 2 ,A, I 0 Feel 807E154TCI 389 LD-TE-278 N070 N115C3224PI X X 339001 N 01 '9+ 06153 10 E 24 02E31 2A;-10F LO TC RHR EQUIP AREA INLET VENT

~ 81 R

807 E154TCI-432 K9/9o 4 3F9

)

Ril R6 LO-TE-27C N070 N145C3224PI X X 339001 N 01 994 06153 10 E 21 LO TE RIJR EQUIP AREA INLET VENT R 132 LS/9 R13 R7 02C31 2 A I 0 Feei 807 E151TCI 38 LO"TC-270,,

Ln TE RIIR EQUIP AREA N070 INLET VENT N145C3221PI R 132 K9/9 ~ 1 X X ~ 339001 Rll N

R6 01 99+ 06153 10 E 24 02E31 2 A 1 0 Foel 807 Elsh TCI 3F LO-TE-28A P427 282VIA72 X X 339004 N ~ 01 99+ 06153 10 E 24 LO TE RHR EQUIP AREA JJUTLET VENT R 161 L3/9 ' R23 R1ls 02E3'I 2 A I 0 Ftf(l 807E154TCI 3E9 LO- TE-288 F427 282V1A72 339004 01 99+ 06153 10 LO TE RJIR EQUIP AREA OUTLET VENT 02C31 2 A I 0 Foci R

807 E1 54 TCI 165 K '/93XT' X X R21 N

R116 E 24 LO-TE-28C P427 282V1A72 X X 339004 N 01 99+ 06153 10 E 24 LO TE RHR EQUIP AREA OUTLET VENT R 461 L3/9 o3 R23 R115 02E31 2 A I 0 Ftel 807 E151 TCI 3E LD-TE-280 P427 2tt2F9737 X X 339004 N 01 99+ 06153 10 E 24 LO TC RJIR EQUIP ARf:A OUTLET VENT R 465 Ko9/9o3 021 R116 02E31 2 A 1 0 Foci 807 E154 TC/ 3K LD TE-29A N070 N145C3221F I X X 339904 N 01 99+ 06153 10 E 21 LO TE HN STH LINE TUNNEL INLET Vf N R 502 Hah/5 ' R42 R310 02f 31 2 A 1 0 Foel 807 E 154 I CI 385

'LD-TE-298 N070 N145C3224>t X X 339004 N 01 99+ 06153 10 E 21 LO TC HN STH LINE TUNNEL INLET V[tt R 502 Hoh/5 ~ 8 R42 R310 02C31 2 4 I 0 F ~ f' JJO TCI54TC/ 386 LO TE 29C tJ07 0 IJ 145 C322 4P I X X 339004 N 01 99+ 06153 10 E 24 LO TE HN STN LINC TUNNEL ItJLCT VIN R 502 IJ ~ 4/6 o6 R41 R310 02C31 2 A I 0 F ~ t' 007 E154 I r/ 3F5(

0

PROGRAN C1E STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00151 VNP-2 CLASS lE EOUIPNENT LIST DATE 09/06/83 STATUS + ++SCISHIC (S) PARANETCRSi ~ + ~ ENV ~ IE) PARAHETERSi CPN HFG HODEL S C OIO TH HL TEST ANL FO C FREQ AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL . 20NE ROOH ACCURACY CONPOSI I E CPN coNTRAcT LEYEL Ec UsE sAFETY FUNcTI0N A/E DRAMING A/c zoNE LD-TE-290 P427 N145C3224P I X X'39001 N 01 994 06153 10 24

...'", -,. Rll C

LO TE HN STH LINC TUNNEL IttLET Vf N R 502 Hah/6+2 R310 01 02E31 2 A 1 0 Fs82 807E151TCI ',.". "3F6 LO-TE-2A F427 282NI A72 X X" 339001 . M N 01 99+ 06153 10 E 21 LO TE RVCU PMP RN 1 OUTLET VCtlT R 532 H~ 3/4 o5 02E31 2 A 1 0 FtBI 807E151TCI 2E2 LO-TE 28 P427 282NiA72 X X 339001 V N 01 994 06153 10 E 21 LO TE RVCU PHP RN 1 OUTLET VENT R 532 H~ 3/4 ~ 5 02E31 2 1 0 F>BI 807 E151TCI -

2K2 LO'- Tf."2C F427 282N1A72 339004 X X M N 01 99+ 06153 10 E 24 LO TE RMCU PHP Rll 2 OUTLET VENT R 532 N ~ 8/Soh 02E31 2 ,A i 0 F ~ 61 807E154TCI 2E4 LO- TE-2D .F427 282N1A72 X X'R 339001 M N 01 99+ 06153 10 E 24 LD TE RVCU PHP RN 2 OUTLET VENT A'

532 N~ 8/Sih 02E31 2 0 FtBI 807E15ITC/ 2K4 LO"TE"2E P42f 288F9731 X X 339001 N 01 99+ 06153 10 E 24 LD TC RMCU HEAT EXCH RH OUTLET. VEN R 570;L+9/4 oh R62 R510 02E31 2 A 1 -0 kt&i 807E154TCI, 2ES.

LD-TE"2F F427 282NI A72 X X 339001 N 01 99+ '06153 10 E 24 LO TE RMCU Hf:AT EXCH RN OUTLET VfN R 570 L ~ 9/1 ~ 4 R62 R510 02C31 2 A I 0 F ~ 81 807 E151TCI 2KS LD-TE-30A F127 282N1A72 X X 339004 V N 01 99+ 06153 10 E 21 LO TE HN STH LINE TUNNEL OUTLET V R 526 J ~ 0/5+9 R42 8310 02r31 2 A I 0 FiBI 3E5 '07E154TCI LO-TE"300 P427 '82NI A72 X X 339001 M N 01 99+ 06153 10 E 24 LD TE HN STH LINC TUNNEL OUTLET V R 526 J ~ 0/506 R12 R310 02E31 2 A 1 0 F ~ Bl 807 E154TCI 3E6 LO-TE-30C P427 282NIA72 X X 339004 V N 01 99+ 06153 10 E 21 LO TE HN STH 02E31 t.INC TUNNEL OUTLET V R 526 J ~ 0/5 ' Rhl 2 A 1 0 F ~ Pl POTC154TC/ 3K5 LD-TE"30D P427 282NIA72 X X 339004 M N 01 99+ 06153 10 E 24 LO TE HN STM LINC TUNNfL OUTLET V R 526 J ~ 0/6 el Rhl R310 02C31 2 A 1 0 F ~ Pi 807 r1 54 7CI 3K 6 LO-TE-31A K070 N145C3224F I X X 339004I N 01 99+ 06153 10 E 24 LD TC Htt STH LINC TUttNEL ANB TENt R 502 HE 7/5 ' P. 42 8310 02E31 2 A I 0 FoF I 807E154TC/ 387 LO-TC 318 N070 NT45C3224FI A X ~39004 N 01 99+ 06153 10 E Ln TE MN STH LINl TUNNrL Are TEtr R 502 H~T/So6 R42 R310 02E31 2 A I 0 F ~ t'1 807 C154 TC/ 388

PROGRAH CIE STO ..

• PUBLIC PO}IER SUPPLY SYSTEH ZONE'AGE NASH INGTON NO 00152 VNP-2 CLASS iE EOUIPHENT LIST DATE 09/06/83 EPN =

.='FG OE SCRIP T ION HOOEL BLDG ELEV STATUS S

DETAIL E QID ZONE

+I+SEISMIC (S) PARAHETERS ~ ++

TH HL TEST ANL FO ROON C

ACCURACY FRED

+ENV ~ lE) PARAMETERS~

AGING OBE C COMPOSITE EPN HOURS CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAVING A/E LO-TE-31C tl070 N145C3224PI 339004 LD TE Mti STH LINE TUNNEL AMB TEHF 02E31 2 A - 1 0 FtBI R 50208 807 EISITC/ ., '.

'/63F7.A' g Rhl N

R310 01 99+ 06153 10 E 24 t

LO-TE "31O N070 N145C3224P I k X '39004'hl N 01 99+ 06153 10 E 24 LD TE HN STH LINE TUNNEL AMB TEMP R 502 7/6 ' R310 02E31 2 A ,

i 0 Fy81 807E154TC/

HE 3FB LO- TE-3A -'-" P427 282NI A72 X X 339004 01 99< 06153 10 E 24 LD TE RVCU PHP RM i R 552 5/I ~ 6 02E31 2

"" A I'0 'o81 807 E154TC/

MD 289 LO-TE "38 PI27 282N1A72 X X 339004 V N 01 99+ 06153 10 E 24 LD TE RVCU PHP RH 1 R 532 HE 5/I ~6 02E31 2 A 1 0 F ~ Pl 807 E154 TC/ 2F9 LO TE-3C F427 282NIA72 X X =339004 V N . Oi 99+ 06153 10 E 24 LD TE RVCU PHP RM 2 R 532 H~ 8/5e3 02E31 2 A I 0 F ~ Dl -28 '07E154TC/

LO-TE-3D .- P427 282N1A72 X X 339004 V N 01 99+ 06153 10 24 LO TE RVCU PHP RH 02E31 2 A 0 F ~ Pi R

807E15ITC/

532 MD 8/5 2F

'~

E LO"TE-3E P427 282NlA72 X X 339004 N 01 99+ 06153 10 E 24 LO TE RVCU HEAT EXCH RH R 570 L ~ 0/I ~ 1 R61 8510 02E31 2 A 1 0 FtPI 807 E154 I C/ 286 LO"TE-3F P427 282NI A72 X X 339004 N 01 994 06153 10 E 24 LO TE RllCU HEAT EXCH RH R 570 L ~ 0/I ~ 1 R61 R510 02E31 2 A I 0 F ~ Pl 807E154TC/ 2F6 LD TE 4A F427 282NI A72 X X 339004 N Oi 99+ 05153 10 E 2+

LO TE RCIC EQUIP AREA R 467 J ~ 0/7o5 R21 R112 02E31 A 1 0 F ~ 81 807 E154 TC/ 384 LO-TE-48 P427 282N1 A72 X X 339004 N 01 99+ 06153 10 E 24 LO TE RCIC EOUIP AREA R 467 J ~ 0/7o5 R21 R112 02E31 2 "

A 0 FtPI 807 F 154 TC/ 3F <<\

LO-TE-5A 8070 N145C3224PI X X 339004 01 99+ 06153 10 E 24 LO TE RCIC EOUIP AREA INLET VENT R 436 02E31 2 A 1 0 F~P 1 807 E154 TC/ 382 LD-TE-58 tt070 N145C3224P I X X 339004 01 994 06153 10 E 24 LO TE RCIC EOUIP AREA INLET VENT R 436 02E31 2 A 1 0 FeFI 807 E154TC/ 3F2 LO-TE-6A 8070 N145C3224P I X X 339004 N 01 99+ 06153 10 E 24 LO-TE RCIC EQUIP AREA OUTLET VEtlT R 460 Il~ 4/7 ~ 5 R21 R112 02E31 2 A 1 0 FiBI 807E154TC/ 3F2

~?

I PROGRAM C1E"STD MASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00153 MNP-2>>cLAss iE EOUIPMENT LIsT DATE 09/06/83 STATUS oooSEISHIC 4S) PARAHETERSoo ~ ~ ENV ~ TE) PARAHETERSo EPN MFG MODEL S E OID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIP TION BLDG ELEV "

DETAIL ." ZONE ROON ACCURACY COMPOSITE EPN =

CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE LD-TE-68 8070 N145C3224P I X X ~ 339004 01 99+

LD-TE RGIc EOUIP AREA OUTLET VENT 06153 10 E 24 R 460 Hoh/ToS . R21 R112 02E31 2 '

1 0 I y61 '07E154 TC/., 3K2 LPCS-FIG-4 LPCS-P-I DISCM 02E21 3 FLOM A

'i,o c 8080

)?22oP001 289A o

M52 0 R 47S Koo/I+2 Blh

'32 Y,X "'40001

~ ~

N R206 14 00 33+

E-I R-P 0 0 1+

24 LPCS-FT-3 , R369 1151DP5E22-PB LPCS-P-1 OIS 02E21 LPCS H P/1 FLOM TX 3 ,.A I o 0080 c

5K6347XC65A/PZI2 H520 .,

R 473 K '/4@2 814 Y X 156005 213032 R32 N 14 "'00 33+ 05153 E-IR-Pool+

05153 00 P 4320 R X N 10 4320 1500 MP/192A HTR DRIVER 02E21 2 . A P I 0 C M520 R 429 Ko2/3oo.

811 R12 R12 L PCS-P- I+

E LPCS-M-P/2 V120 75040786 213016 06303 X X 01 E 4320 15MP/20A HTR FOR LPCS-P-2 MATERLEG R 422 J ~ 8/36 "

R12 R12 LPCS P-2+

02E21 2 A 1 0 C M52 0 C12 LPCS-MO 1 L200 SHB-0-40 A X 221001 P Y 114 33+ 4320 I ~ 62MP MOTOR OPERATOR LPCS-V-i R 452 K/I ol R12 Rlih LPCS V 1+

41A 2 A I 0 Co81 H520 Dll LPCS MO 11 L200 SHB 000 5 221001 P 114 33+ 4320 MOTOR OPERATOR 02E21 2 LPCS F CV-11 A I 0 C H520 R 425 K '/3813'A X R12 Y

R12 LPCS-FCV 11+

LPCS-MO-12 L200 SMB-3-60 A X 221001 P N 114 33+ 00 C 24 3 '9HP MOTOR OPERATOR LPCS V 12 R 'l54 K~ 0/3 ~ 6 R22 R 114 LPCS-V-12+

418 2 A 1 0 Cool M52 0 E15 Lr CS-Mn-5 L200 SHB-3-100 A X 221001 P Y 114 33+ 4320 9 '5MP MOTOR OPERATOR LPCS-V-5 R 530 L ~ 8/4 ~ 3 R53 RIOI LPCS-V"5+

41A 2 A 1 0 BleC HS 20 Gl 1 LPCS" PI S-1 0290 SP 222-C Y D 245003 03283 00 S 24 LPCS-P-1 OISCM To ADS PERMISSIVE R 475 K~ 0/4 ~ 2 R32 E IR P001+

02T'21 2 A 1 0 C H52 0 I? 13 LPCS-PIS-5 Bnoo 288 Y X 086001 R N 114 33+ 06153 02 E 4320 LPCS-P-I DISCHARGE M22->001 R 471 K~ 0/I ~ 2 R12 R12 E-IR-Pool+

02 2 P 2 0 G MS 20 814 LPCS-PS-9 L?069 P1M-H340S -V Y X 256005 R N 24 LPCS PHP OISCIl PS To ADS PERHISSIV R 471 K~ 0/I ~ 2 R12 R12 E-IR Pool+

02E21 2 A 1 0 C M52 0 O)3 LPRH CONN-12RCO A380 CATo X901-200 R J 949003 06153 11 E ol7 CONNECTOR FOR LPRH OET-I 28 CoD C 501 BENEATH RPV 02813 3 P 2 3 L 807 E163TC

PROGRAH C1E"STD UASHINGTON PUBLIC POttER SUPPLY SYSTEH PAGE NO 00154 IINP 2 CLASS 1E EGUIPHENT LIST DATE 09/06/83 STATUS ~++SEISHIC lS) PARAHETERS+ia ~ ENV ~ lE) PARAMETERS+

EPN " HFG HODEL S E QID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIP TTON BLDG ELEV DETAIL 2ONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL.- EC USE =

SAFETY FUNCTION A/E DRAUING A/E ZOttE LPRH"CONN-13CDA ' A380 CAT ~ X90 1-20 0 J 049003 CONNECTOR FOR 02813 3P23 LPRH-DET-13C ID' 1.

C 807 E163TC 501 BENEATH.RPV 06153 11 E ~ 17 LPRH-COttN-14ABD A380 CAT ~ X901-200 t J 049003" 06153 11 E ~ 17 CONNECTOR FOR LPR H-DE T-1-4 A o8o D C 501 BENEATH RPV 02813 3 P 2 3 LPRH-CONN-15ABC " . = A380 CAT ~ X901-200 =

J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRH-BET~I-SA ~ 8 ~ C C 501 BENEATH RPV 02813 3 , P 2 3 L BOT E163TC LPRH-CONN 168CD . A380 C AT ~ X90 1-20 0 J, 049003 06153, 1(

3P23.L 17

, E ~

CONNECTOR FOR LPRH-DET-I-68tCoD C 501 BENEATH RPV 02813 80 7E163TC LPRH-CONN-21ABC

• A380 ~ CAT ~ X901-200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRH OET-2-1AeB ~ C C 501 BENEATH RPV 02813 3 P 2 " L 807E163TC LPRH-CONN 220AB A380 CAT ~ X901 200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRH "DET 2.2DeA ~ 8 C 501 BENEATH RPV 02813 3 '

2 3 L 807 E163TC LPRH-CONtt-23COA A380 CAT ~ X901-200 J 049003 06153 11 E ~ 17 CONttfCTOR FOR LPRtl DET 2 3C)DeA C 501 BENEATH RPV 02A13 3 P 2-3 L L'PRH CONN 24DCO A380 CAT ~ X901 200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRk "DET 2-48eCyD C 501 BENEATH RPV 02813 3 P 2 3 L 807E163TC LPRH-CONN"25ABC ~ A380 CAT ~ X901-200 J 049003 06153 11 E' 17 COttNECTOR FOR LPRH-DET-?-SAeBtC C 501 BEttEATH RPV 02813 3 P 2 3, L 807 E163T C LPRH-CONN-2f DAB A380 CAT ~ X901-200 J 049003 06153 11 E ~ 17 COttNECTOR FOR LPRH DET 6C ~ 4 ~ 8 C 501 BENEATH RPV 02813 3 P 2 807 E163TC LPRH-CONN-27CDA )380 CAT ~ X901-200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRH-llET-2-7 oO+A C 501 BENEATH RPV 02813 P 2 L 807E163TC I

L PR II-CO NN-3 CD A )380 CAT ~ X901-200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRH DET-3-1C ~ D ~ A C 501 BENEATH RPV 02813 3 P 2 3 L 807fl63TC LPRH COtlW 32OAP. 438 0 CAT. X~OI-200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRH DET 5-20 A~ 8 C 501 BEttEATH RPV 02813 P 2 3 L 407E163TC

PROGRAH C1E-STD UASHINGTOII PUBLIC PDMER SUPPLY SYSTEH PAGE NO 001SS MNP 2 CLASS IE EQUIPHENT LIST DATE 09/06/83 STATUS ~ ++SEISHIC fS) PARAHETERS~+~ iENV ~ f E) PARAtlETERS ~

EPN HFG HODEL S E DID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIPTION BLDG ELEY DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEYEL. EC USE SAFETY FUNCTION ~

A/E DRA'IIING A/E ZONE LPRH-CONN-33ABC 4380 C AT ~ X90 1-20 0 '-'- J', 049003 06153 11 17 CONNECTOR FOR 02813 3 P',3 LPRN-DET-3 3A ~ 84C L 807E163TC C 501'BENEATH -RPV..-

E ~

LPRN-CONN" 34BCO - A380 CAT ~ X901 200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRN bET 3-48eCYD C 501 BENEATH RPV 02813 3 .P 23 L 807 E163TC LPRH CONN~35CDA 'A380 CAT ~ X901-200 J 049003 06153 11 E s1 7 CONNECTOR FOR LPRN-OD 3-SC ~ 04A C 501 BENEATH RPV 02813 3 . P 2 3 L 807 E163TC LPRH-CONN-36DA8 CONNECTOR FOR

'380 LPRH-.DET-3~60 ~ AyB CAT ~ X901-200 C 50i BENEATH RPV J 049003 06153 11 E ~ 17 02813 3 P 2 3 L ~ 807E163TC, I LPRH-CONN 37ABC A380 CAT ~ X901-200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRN-OET 3~74)BeC C 501 BENEATH RPV 02813 3 P 2-3 L 807E163TC LPRH-CONN-41CDA CONNECTOR FOR LPRN-DET" 4-i A380 CION A CAT ~ X901~200 C 501 BENEATH RPV J 049003 ". 06153 'l E a1 7 02813 3 P' 3 L 807E163TC LPRH-CONN-428CD A380 CAT ~ X901-200 J 049003 06153 11 17 E ~

CONNECTOR FOR LPRH-OET-4-28@CD 0 C 501 BENI'ATH RPV 02813 3 P 2 3 L 807 E163TC LPRH COtlN 43ARC A380 CAT ~ X901 "200 J 049003 06153 E' 11 17 CONNECTOR FOR LPRH-DET-'I 3A ~ Bo C C 501 BENEATH RPV 02813 3 P 2 3 L 807 E163TC LPRH-CONN 44DAB A380 CAT ~ X901 200 J 049003 06153

. 11 E ~ 17 CONNECTOR FOR LPRH DET 4 40eAjB C 501 BENEATH RPV 02813 3 P 2 3 L 807 E163TC LPR H CO NN 4 5cft A A380 CAT X901-200 J 049003 06153 10 E ~ 17 CONtlfCTOR FOR LPRH DET 4 SCUD ~ A C 501 BEtlf'ATH RPV 02813 3 P 2 3 L 807 E163TC LPRH"CONtt-46ACD A380 CAT ~ X901-?00 J 04 3003 06153 11 E ~ 17 CONNECTOR FOR LPRtl flET 4-68 'oD C 501 BENEATH RPV 02813 3 P 2 3 L fIO TE163T C LPRH-CONtl 47AOC h3RO CAT X901-200 J 049003 06153 13 E ~ 17 CONtlECTOR FOR LPRH-DET-4-7' AC C 501 BENEATH RPV 02813 3 P 2 807C163TC LPRH CONN-5)ABC CONNECTOR FOR LPRH-PET-<

AiAO 1 AeO ~ C CAT X901-?00 C 501 Bf'Nf ATll RPV J 049003 06153 ll E ~ 17 0?813 3 F  ? 3 L 80 7 f'163 T C

PROGRAH C1E STD ffASHI NGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00156 ff NP-2 CLASS 1E EOUIPHEfIT LIST DATE 09/06/83 STATUS t ~ tSEISHIC fS) PARAHETERSt ~ ~ +ENV ~ (E) PARAHETERS*

EPN HFG RIP T ION HODEL BLDG ELEV S E'flo TH HL TEST ANL FO C FRED AGING DBE C HOURS OESC DETAIL, ZONE ROOH ACCURACY COHPOSITE EPN CohTRACT LEVEL EC USE SAFETY FUNCTICN .

A/E ORAffING A/E ZONE LPR H-CONN-528CO A380 CAT X901 "200 J 049003 06153 01 E ~ 17 CONNECTOR FOP. LPRM-'OET 5'28tCtO C 501 BENEATH RPV 02813 3 P 2 3 L 807E163TC

\

f LPRH-CONN" 53CDA '

A380 CAT X901-200 J 049003 06153 13 E a17 CONNECTOR FOR LPRHiOET"5-3CtO ~ A C 501 BENEATH RPV 02813 LPRH-CONN-540AB CONNECTOR FOR 028f3 3

3 P

LPRff OET P

2 3~

A380 5,40tAtB 2 3 L

L CAT X901 "200 807E163TC 807E163TC C

J 501 BENEATH RPV

'49003 06153 13 E ~ 17 f.PRH-COffN-5548C., A380 CAT X901 200 J 049003 06153 13 E ~ 17 CONNECTOR FOR LPRH"OET-5~5AtBtC C 501 BENEATH RPV

.02813 3 P" 2 3 L 807 E163TC LPRH"CotfN-56BCO- . ~ -. A380 CAT X901-200 J 049003 06153 11 E ~ 17 CONfffCTOR FOR LPRH=DET-5-68tC ~ 0 C 501 BENEATH RPV 02813 '

P 2 3 L 807E163TC LPRH-CONN-57COA A380 CAT X901-200 J 049003 06153 13 +i 7 3P.23L

~

E CONNECTOR FOR LPRH-DET-5-7CtO ~ A C 501 BENEATH RPV 02813 807 E163T C LPRH-CONN-61ABC A380 CAT X901-200 ~ J 049003 06153 11 E ~ 17 CotfNECTOR FOR LPRH-OET 6 IAtBtC C 501 BENEATH ffPV 02813 3 P 2 3 L 807E163TC LPRH-CONN-62OAB A380 CAT X9Ol-2OO J 049003 06153 11 E 017 CONNECTOR FOR LPRH-OET-6-2D ~ AtB C 501 BENEATH RPV 02813 3 P 2 3 L 807E163TC LPRH-CONN-63CDA 4380 CAT X901-200 J 049003 06153 11 E ~ 17 CONNECTOR FOR LPRH-DET-6-3C ~ OtA C 501 BENEATH RPV 02813 3 F 2 3 L 807 E163TC 0

LPRH-CONN 64BCD CONNECTOR FOR LPRH-OET 6 48tCtD A380 CAT Xoo1 200 J 049003 06153 11 E t I7 C 501 BEffEATH RPV 02813 - 3 P 2 3 L 007E163TC LPR H" CONN-65ABC CONNECTOR FAR LPRH-BET 6 SA 8 C A380 CAT X401-200 C

J 049003 501 BENEATH RPV 06153 il E ~ 17 02813 3 f' 3 807E163TC 0 L LPRH-CONff 66DAD A380 CAT X901-200 J 049003 06153 13 E ~ 17 CONNECTOR FOR LPRH-f)ET 6-6CtAtB C 501 BENEATH RPV G 02813 3 P 2 3 L 807 E163TC LPRH" CONN-72DAB A380 CAT X901-200 J 049003 06153 11 17 CONfiECTOR FOR 02813 3 LPRH-OET-7-20 P 2 3

'toL C

807 E163TC 501 BENEATH RPV E ~

PROGRA}l CIE-STD ltASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00157 VNP-2 CLASS IE EOUIPNENT LIST DATE 09/06/83 EPN NFG HOOEL STATUS +++SEISMIC IS) PARAMETERS+ ~ i +ENV ~ IE) PARANETERS ~

8 E OIO TN HL TEST ANL FO C . FREQ AGING DBE C HOURS OESCRIP T ION BLDG ELEV DETAIL- ZONE ROON ACCURACY CONPOSITE EPN CONTRACT LEVEL . Ec USE SAFETY FUNCTION A/E ORAVIN6 A/E ZONE ~

/

C LPRH CONN 73ABC A380 CAT X901-200 ' "', J',

049003 06153 11 E ~ 17 CONNECTOR FOR LPRN"DET 7 3leetc C 501

~ BENEATH'RPV,'2813 3 P 2 3 L. 807 E1637 C LPRM-CONN-74BCD ',

I A380 CAT X901 200 ~ ' J . 049003 06153 I'I E o I7 CONNECTOR FOR t.PRN bET 7 48 ~ CtD C 501 BENEATH RPV 02813 3. -',,P. 2 3 L 80 7E163TC LPRN-CONN"75CDA .' " A380;. 'CAT X901-200 J 019003, 06153 13 E ~ 17 02813 P-23L CONNECTOR FOR 'LPRH "DET 7 5coD ~ A C 807 E163TC 501 BENEATH RPV LPRH-DET-12BCO "

PMR RGE DET ASSN t:H 128 ~ CoO G080 163C1154G1 501 IN RPV X J 067002 V Y 01 ll G ~ 17

'02C51 2.' . A ~ '* 1 0: L C

807E163TC LPRN-OET 13CDA PMR RGE DET ASSH CH 13ctDIA G080 163C1154Gl C 501 IN RPV X J 067002 V Y 01 , li G i%7 02C51 ,A . I 0 L 807 E163TC LPRN OET-14ABD "G080 163C115161 X J 067002 11 6 ~ 17 PVR RGE OET ASSH CH IIAtBID C 501= IN RPV '

02C51 A 1,0 L LPRN-OET-15ABC G080 163C1151 G I J 067002 V Y 01 11 G ~ 17 PltR RGE OET ASSH CH 15Aeeic C 501 IN RPV 02C51 2 A I 0 L 807 E163TC LPRH-DET-168CO G080 163C115461 X J 067002 V Y 04 11 G ~ 17 PltR RGE DET ASSM CH 168 ~C ~ 0 C 501 IN RPV 02C51 2 A I 0 L 807E163TC LPRN-BET "21ABC 6080 1 63C1 1 54 G I X J 067002 M Y 01 11 G ~ 17 PMR RGE DET ASSN CH 2IA,B>C C 501 IN RPV 02C51 2 A 1 0 L 807 E163T C LPRH-OET-22DAB 6080 163C1154G1 X J 067002 M Y 01 11 G F 17 PMR RGE DET ASSN CH 22DiAtB C 501 IN RPV 02C51 2 A 1 0 L 80 7E163TC LPRN-OET"23CDA 6080 163C1154GI X J 067002 11 G ~ 17 PVR RGE OET ASStl CH 23ciOtA C 501 IN RPV 02C51 2 A I 0 L LPRN-OET-248CO G080 163C115461 X J 067002 V Y 04 11 G ~ 17 PMR RGE OET ASStt CH 248ecsc C 501 IN RPV 02C51 2 A 1 0 L 807E163TC LPRN-DET-25APC 0<80 163C1154G1 X J 067002 V Y 11 G ~ 17 PMR RGE OET ASSH CH 25AyeeC C 501 IN RFV 02C51 2 A I 0 L 807 E163) C

PROGRAM CiE-StD EPN

'ASHI tlFG NGTDN PUBLIC .POMER SUPPLY SYSTEN VNP-2 CLASS IK EQUIPHENT LIST STATUS ~~ eSEISNIC IS) PARANETERSe ~+

PAGE NO DATE 00158 09/06/83 eENV ~ CE) PARAHETERSe NOBEL S E OID TH HL TEST ANL FO C FREQ AGING OBE C HOURS OESCRIP T ION BLDG ELEV DETAIL COtlTRACT LEVEL ~* tC USE SAIETY FUNCTICN '/E DRAMING e

A/E ZONE

. ZONE ROOH ACCURACY COHPOSITE EPN I,PRH"OET-26DAB 0080 163C1151 G I

,.X J 067002 V Y 04 11 G ~ 17 PMR RGE OET ASSH CH 260 ~ A~ 8 C 501 IN RPV" 02C51 2 ", - A. - I- 0 L 407E163TC .,

LPRtl-DET-27COA PMR RGE OET ASSN CH 27C ~ OeA G080 163C1151G1 C 502 IN RPV X J '67002 'l Y 04 11 0 ~ 17 02C51 i 0 L 807E163TC LPRM-DET-31CDA . G080 163C 1151 G1 X J 067002 V Y 01 11 ~ 17 G

PVR RGE DET ASSN CH 32CeD ~ A C 502 IN" RPV 02C51 2 A 1 0 807 E163TC G080

.l.'PRM-OET-32OAB 163C 2154 G I X J, 067002 V Y 04 11 G ~ 17 PMR RGE OET ASSH CH 32DeA ~ 8 C 501 IN RPV 02C51 A A .1 0 L 807 E163TC LPRH-DET-33ABC PMR RGE DET ASSH hH 33Ae84C G080 163C1154GI C .501 IN RPV X J 067002 M Y 01 li G F 17 02C51 2 A 1 0 L 807E163TC LPRM"DET "348CD P'MR RGE DET ASStl

.CH

'080 348 ~C~ D 163C1151 Gl C

~

501 IN RPV X J 067002 V Y 04 11 G ~ 27 02C51 2 A 1 0 L 807 E163TC LPRN-DET-35COA G080 163C 1151 G I X J 067002 V Y 13 G ~ 17 PMR RGE DET ASSH CH 35CeDiA C 501 IN RPV 02C51 2 A I 0 L 807 E163TC LPRN-DET-36DAB 0080 163C1254GI X J 067002 V Y 04 11 G ~ 17 PMR RGE DET ASSH CH 36D ~ AtB C 501 IN RPV 02C51 2 A I 0 L 807 E163TC LPRH-DET 37ARC G080 "'H 163C1154G1 X J 067002 It Y 01 11 G F 27 PVR RGE OET ASSH 37AeB ~ C C 501 IN RPV 02C51 2 A 1 0 L 807E163TC LPRM-OET-41CDA G08 0 163C1154G1 X J 067002 It Y 04 11 G ~ 17 PLIR RGE DET ASSM CH 'llCeD ~ A C 501 IN RPV 02C51 2 A I 0 L 80 7E163TC LPRN-DET"42BCO PMR RGE DET ASSN CH 428eC ~ 0 0080 163C115401 C 501 IN RPV X J 067002 lt Y 04 li G ~ 17 02C51 2 A I 0 L 807F163TC LPRM"OET-%3ABC PMR RGE DET ASSN Ctl 43Ae8 G080

~ C 163ci)54Gl C 501 IN RPV X J >67002 M Y 04 li G ~ 17 02C51 2 A I 0 L 807E163TC LPRM-BET-44DAB GPAO 163C1151 G1 X J 067002 M Y 04 11 G el7 PMR RGE OET ASSN CH 44DeA ~ 8 C 501 IN RPV 02C52 2 A 1 0 L 80 7E163TC

PROGRAH CIE STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00159 IlNP-2 CLASS IE EQUIPHENT'IST DATE 09/06/83 i

STATUS ~ ++SEISHIC IS) PARAHETERS+~+ ~ ENV ~ (E) PARAHETERS*

EPN NFL HODEL S E QID TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL'C USE SAFETY FUNCTION "A/E BRAVING A/E ZONE LPRH-OET-45COA LPRM OET 02C51 LPRH-DET-468CD 2

PMR RGE DET ASSH 02C51 47ABC 2

PMR RGE OET ASSH A"

A>>'PRH-OET

, ~ :,

C I

I'0

~

G080 0

G080 G080 L"

L 163C11 163C1154GI 163C1154GI C

C 807E163TC.

807 E163T C 501

, X Dhl RPlg 501 IN RPV 501 IN RPV X

J'67002 067002 J" 067002 II M

N

. Y Y

Y 04 04 04 13 11 13 G.

G G

~ ~

~

~

17 17 17 02C51 2 - A--- i'0 L C

807E163TC i"

LPRH-DET-51ABC puR RGE DET AssK G080 163C1154G1 501 IN RPV:

X J 067002 N Y 04 li G ~ 17 02C51 2 - 'A. 1.0 L C

807E163TC LPRH-DET-528CD PMR RGE DET ASSN G080, 163C1154GI C 501 IN RPV X J 067002 M Y 04 Ii G ~ 17 02C51 2 1 0 L LPRH-OET 53COA G080 163C1154GI X J 067002 V Y 04 11 8 ~ 17 PiIR RGE DET ASSN C 501 IN RPV 02C51 2 1 0 L 807E163TC 1

LPRH-OET-54OAB PVR RGE DET ASSN G080 163C1154G1 C 501 IN RPV X J 067002 N Y 04 ll G ~ 17 02C51 A I 0 L 807E163TC LPRH DET 55ABC 0080 163C1154G1 X J 067002 V Y 11 G oi7 PVR RGE DET ASSR C 501 IN RPV 02C51 2 A 1 0 L 807 E163TC LPRH-DET-56BCD G080 163C1154G1 X J 067002 M Y 04 11 G F17 PMR RGE DET ASSH C 501 IN RPV 02C51 2 A 1 0 L 807E163TC LPRH-DET-57CDA G080 163C1154GI X J 067002 M Y 04 13 G F17 PMR RGE DET ASSN C 501 IN RPV 02C51 2 A I 0 L 807E163TC LPRH-DET 61ARC G080 163C1154G1 X J 067002 M Y 04 11 G +17 P'MR RGF DET ASSN C 501 IN RPV 02C51 2 A I 807E)63TC LPRH-OET 62DAO C080 163C1154GI X J 067002 u Y 04 11 G ~ 17 PVR RGE DET ASSR C 501 IN PPV 02C51 2 A 1 n 807 E163TC LPRH-DET-63CDh 0080 183C1154GI X J n67002 u Y 04 11 G ~ 17 PQR RGE DET ASSN CH 63CiD ~ A c snl IN RPV 02CFl 2 A l 0 L Rn 7E163T C

PROGRAH C1E-STD NGTON PUBLIC POIIER SUPPLY SYSTEH PAGE NO 00160 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 CONTRACT EPN LEVEL

~ DESCRI) TION EC USE HFG L'ASHI SAFETY FUNCTION NOBEL BLDG ELEV A/E BRAVING, A/E STATUS S E DETAIL ZONE QID

+i+SEISHIC TH ZONE ROON CS) PARAHETERSi++

HL TEST AHL FO C ACCURACY FRED

~ ENV ~ IE) PARAHETERS+

AGING OBE C COHPOSITE EPN HOURS LPRH-BET "64BCD,648eCoOC080 163C1154G1 X J..',-067002 M ~

Y 01 11 G ~ 17 PI4R RGE OET ASSti CH C:501 I)t RP V 02C51 2 A 1 0 L BOZE163 TC LPRH-DET-65ABC 0080 163C115IG1 ,X J 067002 'M Y 01 11 G ~ 17 PVR RGE OET ASStl CH 65AiBiC C 501 IN RPV 02CSl A 10 807 E163TC LPRH-OET 66DAB G080 163C115481 X J 067002 M Y 01 13 G 17 PltR RGE DET ASSN CH 660

' '18 C 501 IN RPV

~

02C51 2 1 0 L 80 7E163TC LPRH-OET-72DAB PMR RGK OET ASSH CH 72DiA)B C080 163C1154G1 C 501 IN RPV-X J 067002 M Y 04 ll G ~ 17 02C5) 2 A 1 0 L 807 E163TC LPRH-OET-73ASC 6080 163C1154 G1 X J 067002 M Y 04 )1 G ~ 17 PI4R RGE DET ASSH CH 73AsB AC C 501 IN RPV 02C51 2 A I 0 L 807E163TC LPt4H-OET-TIBCD PVR RGE DET ASSN CH'748 CtO G080 163C1151G1 C 501 IN RPV X J 067002 M Y 01 ll G pl 7 02051 2 A: 1 0 L 807E163TC LPRH-DET 75COA 0080 163C1154G1 X J 067002 M Y 01 16 G ~ 17 PVR RGE OET ASSN CH 75CeDr A C 501 IH RPV 02C51 2 A 1 0 L 807E163TC HS-C04444-V22A/Jl C515 N-111 05-01 X X 019008 06153 14 4320 CONN FOR POS SV-1 FOR VLV HS"V-2?A C 513 5 D AZ R27 HS V 22A+

218 3 P 2 3 Gl E53 9/2 1 HS-CONN-V22A/J2 C515 N-11105 0 1 X X 049008 06153 14 4320 CONN FOR POS SM-2 FOR VLV t'S V 2?A C 513 5 0 AZ R27 tlS-V-22A+

218 3 - P 2 3 Gl ES 39/21 HS-CONN V22A/J3 C515 H-11105-0) X X 04'9008 06153 11 4320 COttit FOR POS SV"3 FOR VLV HS-V-??A C 513 5 0 AZ R27 HS-V-22A+

218 3 P 23 Gi E53 9/2 1 HS CONN-V22A/JI C515 N-11105-0) X X 049008 06153 11 4320 COHN FOR POS S'lt-4 VLV HS-V-??A 5)3 P S- V-22 A+

2)8 P23G1 FOR E539/21 C 5 D AZ R27 HS-CONN V228/Jl C515 H-11105-0) X X 049008 06153 11 4320 CONN FOR POA SV-1 FOR VLV PS-V ?28 C 513 5 D AZ R27 HS-V-228+

2)8 3 P 2 3 6) E539/21 HS-CONN-V228/J2 r515 H-) 1105-01 X X 044008 06153 14 4320 CONN FOR POS SI4-2 FOR VLV PS V ?7~ C 513 15 D AZ R27 tlS-V 228+

218 3 P 7. 3 G) E53</21

PROGRAH C1E-STD VASHI NGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00161 MNP-2 CLASS IE EQUINHENT LIST DATE 09/06/83 STATUS +*+SEISHIC (S) PARAHETERS ~ i+ +ENV ~ lE) PARAHETERS ~

EPN HFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOURS OESCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITK EPN CONTRACT LEVEL EC USE SAFETY FUNCTION . A/E BRAVING A/E ZONE V228/J3 N-11105-01 0 HS-CONN CONN FOR POS SV-3 FOR C515 VLV HS V-228 .C

, X X'= 019008 513 15- D, AZ R27 HS 06153 V 228+

11 1320 218 3 P 2 3 Gl E53 9/21 I

'0 HS-CONN V228/J4 C515 N-11105-01 . - 'X X 019008 06153 11 4320 CONN FOR POS SM-4 FOR VLV I'-V-228 C 513 15 0 AZ R27 HS V 228+

218 3 P 2 3 Gi E53 9/2 1 HS CONN-V22C/Jl C515 N-iii05-01 X X . 019OOB 06153 14 1320 218 3P23G1 CONN FOR POS SM-1 FOR VLV HS-V 22C E539/21 C 513 345 0 AZ R27 . HS-V-22C+

HS-CONN-V22C/J2 C515 N 11105-01 ' X 049008 06153 lh 1320 CONN FOR POS SV"2 FOR VLV PS V-22C C 513 345 D AZ R27 HS V 22C+

218 3 -

P 2i3 Oi ES39/21 HS CONN-V22C/J3 '515 N-liio5-oi * 'X X

019008 ' 06153 14 4320 CONN FOR POS SV 3 FOR VLV HS V 22C 513 345 0 AZ R27 HS V<<22C+

218 3 P 2 3 Ol E539/21 HS-CONN V22C/J4 " C515 N 11105 01 X X 049008 , 06153 lh 1320 CONN FOR POS SM-4 FOR VLV. HS-V"22C C 513 315 D AZ R27 Hk-V"22C+

218 3 P 2 3 Gi E53 9/2 1 HS-CONN V220/Jl C515 N-11105-01 X X 049008 06153 14 4320 CONN FOR POS SV-1 FOR VLY HS"V-220 C 513 355 D AZ R27 HS"V 220+

218 3 P 2.3 Gl E539/21 HS-CONN V220/J2 C515 N 11105 0 I X X 049008 06153 11 4320 CONN FOR POS SM-2 FOR VLV HS-V 22D C 513 355 0 AZ R77 HS V-220+

218 3 P 2 3 Gi K53 9/2 1 HS CONN V220/J3 C515 N-11105-01 X X 049008 06153 14 1320 CONN FOR POS SM 3 FOR VLV HS V 220 C 513 355 0 AZ R27 HS-V-220+

218 3 P 2 3 Gl E5 39/2 1 HS-CONN-V22D/J4 C515 N"11101-01 X X 049008 06153 11 1320 CONN FOR POS SV-4 FOR VLV I'-V-'220 C 513 355 0 AZ R27 HS-V-220+

218 3 P 2 3 Gl E539/21 HS CONN-V28A/Jl C515 N-11105 01 X X 049008 06153 04 1320 CONN FOR POS SM-I FOR VLV HS-V 28A R 513 Ho 7/5 ~ 9 HS-V-28A+

218 . 3 P 2 Gl E5 39/2 1 HS CONN-V28A/J2 C515 N 11105 01 X X 049008 06153 04 4320 CONN FOR POS S'V 2 FOR VLV HS-V-2PA R 513 H~ 7/5eg. HS V 28 A+

218 3 P 2 3 Gl F53 9/21 HS CONN-V28A/J3 C515 N-11105-01 X X 04~008 06153 05 4320 CONN FOR POS SM-3 FOR VLV PS-V-7!'b R 513 H~ 7/ )og HS-V-28A+

21 II 3 r. 7 0) E5 39/21 ri

PROGRIH CiE-STD QASHINGTON PUBLIC POVER SUPPLY SZSTEH PAGE No 00162 VNP-2 CLASS iE EOUIPIIENT LIST 09/06/83

FG DATE STATUS t++SEISHIC (S) PARAHETERSi ~ ~ +ENV ~ lE) PARAHETERS ~

EPN lIODEL S E OID TH HL TEST ANL Fo C FREO AGING DBE C HOURS DESCR IP T ION BLDG ELEV DETAIL. 20NE ROOH ACCURACY COHPOSITE EPN CONTRACT LFVEL EC, USE SAFETY FUNCTION A/E DRAVING A/E ZONE HS CONN-V288/Jl coNN FQR pos sit"I

. C515 Hs-v-288 N 11105 01 . ': "

'X X'04'$008 . 06153 04 4320 5)3 3

~

F0R vLY P 2 3 81 E539/21 R

~:.,HE 7/5oo

' ..'18

~

HS V-288+

AS-CONN-V288/J2 C515 N-21105-Oh ' ' )t X 049008 06153 04 4320 CONN FOR POS SV"2 218 3,P23G1 FOR VLV HS V"288 Es 39/21 R 513 Ho 7/5 ~ 8 'v HS V-288+

HS-CONN-V288/J3 - CSlS N-1110S-Ol X X n49008 06153 4320 3P23GI 04 coNN FCR Pos sv 3 F0R ILV Hs v 288 R 513 Ho7/5 ~ 8 HS-V-288+

218 E539/21 HS CORN V28C/Jl C515 N-li105-01 X X 019008 06153 01 4320 CON>> FOR POS SV-1 VLV HS-V~2PC 513 7/so6 218 3,, FOR 2 3 Gl E53 9/21 R Ho

'I HS-V 28C4 V28C/J2 11105-01 P'S-CONN C515 N x x o49ooo 06153 01 - 4320 CONN FOR POS SV"2, FOR VLV HS V-28C R 513 Hs7/ss6 HS-V-28C+

218 3 P 2 3 Gi Cs 39/2 1 HS-CONN-V28C/J3 ~,: C515 ~

N 11105 01 X X 019008 06153 01 1320 CONN FOR POS Sll 5 I'OR VLV Hs v"2ec R 513 Ho7/se6 HSiv 28C1 218 3 . P" 2.3 Gl E539/21 HS CONN '280/Ji CSiS N-iiiOS-Ol X X 049008 06153 04 1320 CONN FOR POS SV-1 FOR YLv Hs-v 260 R 513 He7/6 ~ I HS-V-280+

218 3 P 2 3 Gl E53 9/21 HS-CONN-V280/J2 C515 N 11105-01 X X 019008 05153 01 4320 CONN FOR POS 218 3, SV-2'OR P

VLV HS-V-280 2 3 Gl C539/21 R 513 H~ 7/6 ~ 1 HS V 280+

M S- CONN- V28D IJ3 C515 N-11105-01 X X 019008 06153 01 4320 CONN FOR POS SQ-3 FOR VLV FS-V"2PD R 513 Ho 7/6 ~ I HS-V-280+

218 3 P 2 3 Gl E53 9/21 HS-DP IS-11A 8080 2RSA Y X 086001 R N 121 09 ~ 17 PCIS HI STH FLOII LINE 0 F22-P015 R 506 H6/7 e3 R41 R305 E-IR "POISE 02H I 0 Bl H529 D3 HS DP IS-118 0080 2 el 8 A Y X 086001 R N 121 09 ~ 17 PCIS HI STH FLOW LINC 0 R 475 Hes/To9 R33 R206 C IR P022+

0 2 ll 3 A 1 0 Bl e I eF 8529 03 HS-DP IS-11C 8080 2PAA Y X 486001 R N 121 09 ~ 17 PCIS Hl STH FLOW LltlC 0 R 475 H~ 5/4 eS R33 R206 C-I R Polo+

02E31 3 A 1 0 Blot ~ F Hs 29 C3 HS DPIS-110 0080 2AAA Y X 086001 P N 121 po ~ 17 PCIS HI STH l LOW LINl D R 505 L~ 9/3 ~ 7 R43 R305 F.-IR-P025+

02H 3 A I Ol ~ I ~ F ties 29 C3

O PROGRAM C1E STO- MASHINGTON PUBLfC POMER SUPPLY SYSTEH PAGE NO 00163 UNP-2 -CLASS 1E FQUIPNENT LIST DATE 09/06/83 STATUS +i+SEISMIC .lS) PARAHETERS4i+ +CNV ~ (E) PARAMETERS~

EPN NFG tlODEL S E QIO TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIP TION BLDG ELCV ..DETAIL CONTRACT LEVEL 'C USE SAFETY FUNCTION '/E ORAMING A/E ZONE ZONE ROOH ACCURACY COMPOSITE CPN HS-DPIS"810A 58 3:A PCIS HI STH FLOM LINE C I

8080 0

288A Bl ~ I ~ F  : ~ 6529 R

' 501 H~

'E3 Y X 7/7 ~ 3 ~

086801 R41 05253 E"IR P015+

11 G ~ 17 HS-DP 58 IS-8108 PCIS HI ST)l FLOM L'INE HS-DP IS-810C k

C 1 0 'l BOSS

." 8080 iI~F 2RSA 2 8SA N52 9 R 471 N ~ 5/To9 E3 Y X '086001 086001 R33 05253 E-IR"P022+

11 G ~ 17

~

0 Y X 05253 01 G ~ 17 PClS HI STtl FLOM LINE. C R 471 N~ 5/I+5 833 E-I R-P 0 10+

58 3 z,- 1- 0 BiyleF N52 9 E3 IS 810D PCIS Hl STN FLOM LINE 58 3 4'S-OP 4

C 1

'080 0 BIII~ F 288A N529 R 505 LE 9/3 '

C3 Y X

'43 086001 05253 I:-IR-P025+

01 G ~ 17 HS OPIS-RA 8080 288A Y X 086001 fl N 12i 09 ~ 17 PCIS HI STN FLOlt LINE A H22 P015 R 505 H ~ 6/7o3 R41 R305 E-IR-P01'54 02E31 3 4 1 0 BliIoF tl529 E14 HS OP IS SB PCIS Hl STH FLOlt LINE 4 = t'22 P022 8080 '88A Y X 086001 R N 121 09 F 17 R 475 H~ 5/Te9 R33 R206 E-IR-P022+

02C 3 A 1 0 81tl ~ F N529 E14 HS OPIS AC 8080 288A Y X 086001 R N 121 ~ 17 PCIS HI STH FLOW Lit)C A R 475 N ~ 5/405 R33 R206 E-IR-POIO+

02E31 3 A I 0 81 el eF M52 9 C14 HS-DP IS RD F080 288A Y X 086001 R N 121 09 ~ 17 PCIS HI STH FLOM LINE A R 505 LE 9/3+6 R43 R305 E-IR "P025+

02C31 3 4 I 0 Biil ~F M5 29 E14 HS-OP IS 9A 8080 PSSA X 086001 R N 121 , 09 F 17 PCIS Hl STH LINE A V22-P 0) 5 R 504 H ~ 6/7+3 R41 R305 E-IR P015+

02E31 4 I 0 81 ~ I IF M529 D14 MS OP IS-"8 8080 2884 Y X 086001 R N 121 09 ~ 17 PCIS Hl STH FLO'M LINE 8 H22-P022 R 475 N~ 6/F 1 P,53 RIOI C-IR-P022+

02E31 3 A 1 0 8) 014 NS-DP IS-9C 8080 288A Y X 086001 R N 121 09 ~ 17 PCIS HI STH FLOM Llt)E 8 R 475 M~ 5/I 05 R33 R206 E IR P010+

02E31 3 A 1 0 81 tl52 I C)4 MS-OP IS-'>0 0080 2RAA Y X 086001 R N 121 09 ~ 17 PCIS HI STH FLOM LINE 8 R 505 L ~ 9/306 R43 R305 E-IR-PO 25+

02E31 3 A 1 0 81 M52 9 C14 NS-FT-33A 0080 5055511)FthIAIPCA 'Y X 156003 4320 MS FLOM " - H22-P010 R 471 M~ 5/4 o5 R33 F-IR-PO IOa 02 P P 3 I: M530 H)2

PROGRAH CIE-STD VASHINGTON PUBLIC POMER SUPPLY SYSTEtt PAGE No 00161 VNP-2 CLASS lE EOUIPHENT LIST DATE 09/06/83 STATUS oooSEISHIC (S) PARAHETERSoo ~ ~ ENV ~ I E) P ARAHE TERS o EPN HFG HODEL S E- OID TH HL TEST ANL FO FREO C AGING DBE C HOURS DESCRIP lION BLDG ELEV DETAIL- ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL. '

EC USE SAFETY FUNCTION A/E DRAltING. ~ A/E. ZONE

~

Q I HS-FT-338 G080 505551110NAAIVCA ' ., Y X ", 156003 1320 HS FLOV - H22-P009 R 171 JQ6/Bol t C3h IR P009+

2:

~

E 02022 P 2 3 G HS30 =

H&

• I HS-FT-33C 0080 505551110NAA4EAH "

Y X 'S&OO3 4320 HS FLOM H22 Polo 8 171 HQ5/I os R33 E IR Polo+

02822 2 P 2 3 H530 H13 HS-FT-33D ~ G080 505551118NAA I MCH Y X 156003 1320 HS FLOM - - H22"P009', R 471 J ~ 6/Sol 'C31 E IR P009+

02022 P. 2 3 0 H530 H5 t

HS-L IS-100A 0080 288A Y X. 086001 06153 i2 G 24 REACTOR llIGH LEVEL R 526 J ~ 5/7 Q2. E IR-Pooh+

02 A o C HS-LI S 1000 8080 288A Y X 086001 06153 12 G 21 REACTOR HIGH LEVEL R 526 JQ5/7Q2 E IR Pooh+

02 2 A 0 C HS-LIS-24A 8080 288A Y X 198001 R 121 24 REACTOR LEVEL 3 AND 8 TRIPS R 526 Jos/TQ2 RSI E IR P004o 020 -2 A I 0 A ~ 81 ~ C H52 9 012 HS-LIS-240 8080 288A X X 198001 R N 121 09 21 RPV LEVEL 3 8 8 TRIPS H22-P027 R 526 J ~ 5/I ~ 7 R53 Rhoh E-IR P026+

O20 2 A 1.0 Aiel H529 Js HS-LIS 24C 0080 288A Y X 198001 R N 121 09 24 RPV LEVEL 36 8 TRIPS H22-P005 R 526 N ~ 7/5QS R53 Rhoh E-IR "Poos+

020 2 A 0 At01 AC H529 H5 HS-LIS-240 Bneo 288A X X 198001 R N 121 09 RPV LEVEL 3 $ 8 TRIPS H22-P026 R 526 HE 5/7Q9 R52 Rhoh E IR P022+

020 2 A 0 Aoel H529 J12 HS" L IS-31A 8080 28RA 198001 0 VESSEL LEVEL FOR HPCS H22 P004 R 526 J ~ 5/7 Y X

' R51 R N Rhoh 121 09 E IR P004+

24 028 2 A 0 C H52 9 014 0 tlS>>LIS-310 POSO 28ttA Y X 198001 R tl 121 09 21 VESSEL LEVEL FOR HPCS t-22-rnns R 526 N~ 7/SQ6 R53 Rhoh E IR Po 05+

020 0529 0 2 A 0 C H4 HS-L IS-31C 0080 2rSA Y X )98001 R N 121 09 21 0 VESSEL LEVEL FOR HPCS P22 POC4 R 526 J ~ 5/7 ~ 1 Rsl R104 E-I R-Pooh+

028 2 A 0 c H529 Hlh ttS L IS 319 DCAO 2FSA Y X ]98001 P N 121 09 VESSEL LEVEL FOR HPCS ttp2 pon5 R 526 tt ~ 7/5 QB Rsl R404 E IR-Poos+

020 2 A I 0 c H52 9 Hh

~"

.0

't

~ ~

PROGRAN CIE-STO VASHINGTON PUBLIC POVER- SUPPLY SYSTEH PAGE NO 00165 VNP 2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS ee*SEISHIC IS) PARANETERSe ~ ~ eENV ~ IE) PARAHETERSt CPtl ~

HFG HOOCL S E OIO TH HL TEST ANL FO C FREO AGING OBE C HOURS OESCR IP T ION BLOG ELEV DETAIL ZONE ROON ACCURACY CONTRACT COHPOSITE EPN LEVEL EC, USC SAFETY FUNCTION A/E ORAVING A/C gONE-;

HS-L IS-36A Y010 44 I BC ~ ~ . 198002 V N 14 00 33+

HS LEVEL H22-P026 Je5/4 ~ T-AX'26

~ R52 E-IR P026+

02822 P,, 0 G H529 ='

J14 ';

HS-L IS-368 Y010 4418C. A X 198002 ih 00 33+

HS LEVEL 24 H22 P027 52& He8/&e6 2'2822 R52 E-IR-P027+

2 P 2 0 0 H529 Jlh HS LIS 36C Y010 '418C A X 198002 F N 14 00 33+ 24 HS LEVEL H22-P026 R 526 N~ 8/6 ~ . R53 E-IR-P0264 02822 2 'P 0 G N529

&'h HS-L IS-360 HS LEVEL 02822 2 " P

= Y010 822 P027 0 G 441BC N529 R 527 H~ 8/&i&

Hh Y X

~,

198002 R53 F N 14 00 33+-

E-IR"P027e 24 HS LI S 37A 8080 288A X X 198001 R' 121 Og 24 RPV LEVEL I C 2 TRIP H22"P026 526 J ~ 7/he7 R52 R404 E IR P026+

028 2 A 0 4 H529 J13 HS-L IS-378 8080 288A X X 198001 R N 121 09 24 RPV LEVEL 1 A 2 TRIP H22-P027 R 526 N~ 8/6 ' R53 R404 E IR"P027+

028 2 0 A H52 9 Hh HS-LIS-37C 8080 28RA X X 198001 R N '121 09 RPV LEVEL 1 6 2 TRIP 822 P026 526 Je7/4 e7 R52 R404 E-IR P026+

028 2 A 0 A H529 J13 HS-L IS-37O 8080 288A X X 198001 R N 121 09 24 7/6 '

RPV LEVEL 1 A 2 TRIP H22 0027 526 HE R53 R404 E-I "P027+

R 028 A 0 A H529 Hh HS-L IS-3BA 8080 288A X X 198001 R N 121 09 RPV LEVEL 3 TRIP P22 P026 524 J ~ 9/4e5 R52 R404 E-IR-P026+

02822 2 A 0 A N529 J12 NS-LIS-388 8080 28AA X X 198001 R N 121 09 24 RPV LEVEL 3 TRIP P22 P027 R 526 N~ 7/6 ' R53 R404 E IR-P027+

028 2 0 A H52 9 J5 HS-LITS-26A 8080 288A Y J 199001 F N 14 00 33+ 04153 10 S 4320 RPV LEVEL 2 TRIP H22-P004 530 J ~ 0/4 ~ 5 051 R404 E IR PO 04+

02822 2 A 1 0 A H529 H13 H.S-L I 'f S-26 8 8080 760 Y X 199001 F N 14 00 33+ 04153 10 S 24 RPV LEVEL 2 TRIf'282P.

526 J ~ 7/4 ~ 8 R53 R404 E-I R P026+

2 A 0 A H52 9 Hh HS-L ITS-26C Pf'RO 760 A R 199001 N 14 00 33+ 04153 10 S 24 RPV LFVf L 2 TRIP H22-Pnf5 526 N~ 7/5 e7 R53 R404 C-I R-PO 05+

02822 2 A 0 A H529 H4

PROGRAM C1E<<STO VASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00166 VNP-2 CLASS IE EQUIPMENT LIST DATE 09/06/83 STATUS ~ ++SEISMIC IS) PARAMETERS+~ ~ ~ENYO IE)

EPN MFG MODEL S E DID TH HL TEST ANL FO C FREe PARAMETERS'GING DBE C HOURS DES CR IP I)ON BLDG ELEV DETAIL ZONE .ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL" . EC USE SA) ETY FUNCTICN -

A/E DRAMING A/E ZONE HS-LITS-26D  :=. 8080 760 . VR',. 199001 N 11 00 33+ 04153 10 S 1320 RPV LEVEL 2 TRIP r22-P026 028 2 A 1 0 A H529, R 526 HAT/6+8 ..

J13 R53 E IR P027+

HS L ITS 44 A 8080 760 Y P 1990 0i 01153 10 P 4320 HS LEVEL TRIo r22-P010 R 175 H~ 7/1 ~ 7 R33 E IR-P0104 02822 2 1 0 I H530 H11 HS-LITS-448 .- -

8080 760 199001 MS LEVEL TRIP '

22-P009 R

Y R 175 J ~ 7/8 ~ 0 C34 N 11 00 33+

E 04153 IR-P009+

10 S 4320 02822 i 0 H530 G6 MS-LT-27 8040 SSS Y X 209005 R 051S3 10 G 1320 HS LEVEL 02H 2 P '-0r22-p027 G H529 R 523 H~ 8/6o6 J4 R53 E IR P027+

HS-M0-16 HOTOR OPERATOR HS V 16 L200 SHB "000 7 ' A X 221001 P Y 114 33+ 1320 C 501 0 D AZ R37 C15 HS-V 16+

41A 2 A 1 3 BloF H529 813 HS HO 19 L200 SMB 000 5 221001 111 33+

0 '6HP 11A 3 'A HOTOR OPERATOR HS-V-19 R 504 HE 8/642 A X R12 P N R310 HS-V"19+

4320 2 A 1 3 BING F 8529 811 MS-HO-67A L200 SHB 000 5 A X 221001 P 111 33+ 21

~ 5 HP MOTOR OPERATOR FOR HS V 67) R 505 HJ2/5 o9 ~

R12 R310 HS-V-6TA+

215 2 A I 3 Bl ~ F H52 9 F13 HS-HO-678 L200 SH8-000"5 A X 221001 P 111 33+ 21

~ 5 HP HOTOR OPERATOR FOR HS V-67P R 505 HE 2/5 ' R42 R310 HS"V"678+

2)5 2 A I 3 81 eF H52 9 D13 HS-HO"57C L200 SMB-000>>5 A X 22 1001 P 114 33+ 24

~ 5 IIP MOTOR OPERATOR FOR HS-V 67C R 505 H~ 2/6 ~ 1 R11 R310 HS V-67C+

215 2 A 1 3 Bf+F H529 F4 HS-MO"67D L200 SMB-000-5 A X 221001 P 114 33+ 24

~ 5 )IP HOTOR OPERATOR FOR MS-V-67'15 R 505 Il ~ 2/6 ~ 1 R11 R310 HS V-67D+

2 A 1 3 81 ~ F M52 9 D4 HS-POE-1A ACOUSTIC POS SENSOR RV IA T068 BBN-424-ISO C 517 24 D AZ X X 24 5001 C55 06153 ll 1320 C0442 2 A 1 3 I H5 29 F1 1 HS-POE 18 7 OAR DBN-424- ISO X X 246001 06153 11 4320 ACOUSTIC POS SENSOR RVIO C 547 45 D AZ CSS C0442 2 A 1 3 I r529 011 HS POC IC 1068 DBN-424 ISO X X ?46001 06153 11 1320 ACOUSTIC POS SEIISOR RV1C C 547 313 D AZ C54 C0442 2 A 1 3 I 852 I F6

PROGRAH CIE-STD -=

MASHI NGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00167 VNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS ++<SEISHIC (S) PARAHETERS+*+ +ENV ~ (E) PARAHETERS+

EPN HFG HODEL S E 010 TH HL TEST ANL FO C FREQ AGING DBE C HOURS DESCRIPTION. BLDG ELEV DETAIL '2ONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL . EC USE SAFETY FUNCTION "A/E DRAMING A/E

~

ZONE 4 ~ ~

KS-POE-10 T068 BBN"124- ISO 'X'16001 ACOUSTIC POS SENSOR RV10 C0442 2 .' ~ = 1-3 I. H529 C S47 333, 0 ET X

AZ, C54 06153 11 . 1320 HS-POE-2A

• 7068'BN 124-ISO X X 246001 06153 11 1320 ACOUSTIC POS SENSOR. RV2A,= C S47 35 CS5 CC442 2 A 1, 3 I HS 29 F10 HS PQE 20 T068,- BBN 424-ISO X X 246001 06153 ACOUSTIC POS SENSOR.RV28- '

11 1320 C 517 60 0AZ C55 C0442 ..'4 I 3

-4 I =

H529 010 HS POE-2C T068 BBN-124-ISO ~ X X 216001 06153 11 1320 ACOUSTIC POS SENSOR RV2C C 517 305 D A2 C54 C0142 2 A 1 3 I H529 " F7 T

HS-POE-2D . 'T068 BBN-121-ISO 21 6001 X X 06153 11 1320 ACOUSTIC POS SENSOR'V20 C 547 321 D A2 C51 C0442 2 A i 3 I H529 ET

'S-POE 3A . ' TO648 124 ISO BBN X X 216001 06153 11 1320 ACOUSTIC POS SENSOR RV3A =

C 547 15 0 AZ" C55 C0442 2 ~- A f 3 I H52 9 F9 HS POE 30 T 068 BBN-124 ISO X X 216001 06153 11 4320 ACOUSTIC POS SENSOR RV38 C 547 67 0 AZ C55 C0442 2 A I H529 D10 HS POE-3C T068 BBN-424- ISO 216001 06153 X X 11 4320 ACOUSTIC POS SENSOR RV3C C 547 293 0 AZ C51 CO442 2 A 1 3 I H52 9 I,B HS-POE-30 TO68 BBN 121 ISO X X 216001 06153 11 1320 ACOUSTIC POS SENSOR.RV3D C 517 315 0 AZ C54 C0442 A 1 3 I H5 29 E8 HS-POE-4A TO68 BBN-121-ISO X X 216001 06153 11 4320 ACOUSTIC POS SENSOR RVIA C 517 60 0 Al C55 CO442 2 A I I H529 F9 HS-POE-48 TO68 BBN-424-ISn X X 24 6001 06153 11 1320 ACOUSTIC POS SENSOR RV48 C 547 75 D AZ . C55 C0442 2 A 1 3 I I'.5 29 D9 HS-POE-4C TO68 BBN 424 ISO X X 246001 06153 11 4320 ACOUSTIC POS SENSOR RV4C C 547 288 0 AZ C54 C0442 2 A 1 3 I H52 9 F8 HS POE 40 TO68 BRN-424-1SO X X 246001 06153 11 1320 ACOUSTIC POS SENSOR RV4D C 547 305 0 AZ C54 C044?  ? A I'I52 9 I:II

0 PROGRAH C1E-STD MASHINGTON PUBLIC POkER= SUPPLY SYSTEH PAGE NO 00168 MNP 2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS +++SEISHIC (S) PARAHETERS+I4 ~ENYO IE) PARAHETERS~

EPN HFG HODEL S E QID, TH HL TEST ANL FO C FREO AGING DBE C HOURS DESCRIP T ION CONTRACT LEVEL'C USE 4

SAFETY FUNCTION BLDG ELEV A/E DRAMING '/EDETAIL ZONE ZONE ROOH ACCURACY COHPOSITE EPN HS POE 58 T068 BBN-421 ISO '.X X< 21 6001 06153 11 4320

'C 547 Btl ACOUSTIC POS SENSOR RV58 C0412 2- 'A ~

1 3 I H529',':.- ":" '9,' D AZ .. C55 HS-POE-5C <<

. ..T068 'BN-121 ISO X' 24 6001 06153 11 1320 ACOUSTIC POS SENSOR PV5C, 517 279 D AZ C54 C0442 2 ~ A i-3 I HS29 FB HS-POS V/22A/1 N007 EA740 86010 . N P 200015 06153 11 P 4320 POS SM 1 FOR VLV HS-V-22A C 513 SD AZ R27 HS-V 22A4 028 A i 3 A)I tl5 29 F12 HS-POS>>Y/22A/2 . N007 EA740 86010 N P 200015 11 P 4320 POS 028 SM-2 FOR VLV HS-V 22A 2 ~~ A'.3 All )l529,, C 513 5D AZ R27

~

F12 HS V 22Ah HS-POS-V/22A/3 . N007 ~ EA740-86010 N P 200015 P 1320 POS SM-3 FOR VLV HS V 22A C 513 SD'AZ R27 HS V "22A+

028 2 ~ A i- 3 Ati H529 F12 HS-POS-V/22A/4 . "- . .'007.. EA740-86010 ~

N P ~

200015 11 S 1320 POS SM-4 FOR VLV 'HS"Y~22A C 513 5D AZ R27 HS-V-22A+

028 2 ~ "k i 3 Atl H529 F12 HS-POS-V/228/1 N007 EATI0-86010 8 P 20,0015 06153 11 P 4320 POS SMITCH-1 EOR VLV HS-V 228 C 513 315 D AZ R27 HS-V 228+

028 A I 3 Ael H529 E12 HS-POS"V/228/2 N007 EA740 86010 8 P 200015 14 P 4320 POS SMITCH-2 FOR VLV HS-V~228 C 513 315 D AZ R27 HS-V"228+

028 2 A 1 3 Ae) H529 812 HS-POS-Y/228/3 N007 EA740-86010 8 P 200015 11 P 1320 POS SMITCH-3 FOR VLV HS-V-228 C 513 315 D AZ R27 HS V 228+

028 2. A 1 3 A~ I H52 9 E12 HS"POS-Y/228/4 8007 EA740-86010 8 P 2tt0015 11 S 4320 POS SltITCH-I FOR VLY HS-V 220 C 513 315 D AZ R27 HS"Y-228+

028 2 A 1 3 A~ I H5 29 E12 HS-POS-Y/22C/1 N007 EA740-86010 N P 2000)5 06153 11 P 1320 POS SMITCH 1 FOR VLV HS-Y-22C C 513 345 D AZ PP7 HS-V-22C+

028 2 A 1 3 AD I t!52 9 F5 HS-POS-Y/22C/2 N"07 EA740-86010 tt P 200015 11 P 4320 POS SMITCIl-2 FOR YLV HS-V-22C C 513 345 D AZ R27 HS-V 22C+

028 2 A 1 3 AD I H529 t5 HS-POS-Y/22C/3 N007 EA740-86010 N P 200015 11 P 4320 POS SMITCH-3 FOR VLV HS-V"22C C 513 345 D AZ 827 HS-V-22C+

028 2 A 1 3 A~ I H5P 9 F5

PROGRAH CiE-STD." MASHINGTON PUBLIC POllER SUPPLY SYSTEH PAGE NO 00169 VNP 2 CLASS IE EOUIPHENT LIST DAT E 09/06/83 STATUS ~++SEISHIC IS) PARAtlETERS ~ ~ + +ENV ~ IE) PARAHETERS+

EPN NFG NOBEL S E OID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIP TION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION 4/E DR4MING 4/E ZONE I

HS-POS-V/22C/4 h007 EA740-86010 N P'-'00015 14 S 4320 POS SMITCH 4 FOR VLV HS-V~22C C., 513 315 D AZ.R27 HS V 2(C4 028 2 A. 1,3 Ay I H529 FS .'y"..' - s ilS-POS-V/22D/1 . h007 EA740-86010 8 P 200015 11 P 4320 POS SMITCH 1 FOR VLV HS V 22D C 513 -355 D AZ R27 HS V 22D+

028 2 A 1 3 AoJ ES HS-POS" V/22D/2 N007, POS SMITCH-2 FOR VLV RS-V 22D E4710 "86010 C 513 355 8 P D AZ 2000i5 R27 HS-V-22D+

11 P 1320 020 2 4 I 3,4oI N529 ES HS-POS-V/220/3 '007 E4740-86010 ~,, 8 P 200015 11 P 1320 POS SMITCH-3 FOR VLV HS V 22D C 513 355 D AZ tl27 HS-V 220+

028 2 A 1 3 A~ I H529 E5 HS-POS-V/22D/4 N007 EA710-86010 8 P 200015 11 S 4320

. POS SVITCH-4 FOR ttLV NS V 22D C 513 355 D AZ R27 HS-V-220+

028 2 4 k 3 Aol HS29 ES HS-POS-V/2RA/I, - ~ -

N007 EA740-86010 8 P 200015- 06153 11 P 4320 POS SIIITCtl 1 FOR VLV

'4

)IS V 28A R 513'o 7/Si9 NS V 2844 028 2 1 3 AII H529 F13 NS-POS-V/28A/2, . N007 . E4740-86010 8 P 200015 11 P 1320 POS Sl)ITCH-2 FOR VLV HS"V 284 R 513 H07/509 HS-V 284+

028 2 A 1 3 AD I H529 F13 HS-POS-V/28A/3 N007 EA710-86010 8 P 200015 11 P 4320 POS SMITCH-3 FOR VLV HS-V-28A R 513 H~ 7/509 NS-V-284+

028 2 A 1 3 AD I tl52 9 F13 HS-POS-V/288/I -

N007 EA740-86010 8 P 20001S 06153 11 P 4320 pos svITGH-I Fop vLY HR-v-288 R 513 He7/So8 tlS V 288+

028 2 ~

A 1 3 4$ 1 H52 9 E13 HS-POS-V/288/2 tl007 EA740-86010 8 P 200015 14 P 4320 POS SMITCH-2 FOR VLV HS-V 288 R 513 Ho7/Son HS V 288+

02n 2 A I ~ Att N52 9 E13 HS<<POS-V/288/3 N007 EA740-86010 8 P 200015 14 P 4320 POS SMITCH"3 FOR VLV NS-V-288 P. 513 He7/5 ~R HS-V 288+

0 C28 2 A 1 3 AD I M529 E13 HS-POS V/28C/1 N007 EA740-86010 8 P 20001b 06153 11 P 1320 POS SMITCH-I VLV Ns-v-Znc 513 He7/So6 HS-V 28C+

0 028 FOR 2 4 I 3 Ae)

R F4 HS-POS V/28C/2 8007 E4740-86010 8 P 200015 11 P 4320 POS SMITCH-2 FOR VLV HS-V-2PC R 513 H~ 7/So6 HS-V-2R C+

02n A 1 3 4 ' HS r4

<< ~

PROGRAH CIE-STD IIASHI NGTOK PUBLIC POMER SUPPLY SYSTEH PAGE NO 00170 MNP"2 CLASS lE EOUIPHENT LIST DATE 09/06/83 STATUS t~+SEISHIC IS) PARAMETERS~i+ >ENV ~ (E)

F.PN HFG HODEL S E OID TH HL TEST ANL FO PARAMETERS'GING C FREG

". DESCRIPTION DBE C HOURS BLDG ELEV DETAIL -

ZONE ROOH ACCURACY COHPOSITE EPN CONTRACT LEVEL ~ '.EC USE SAFETY FUNCTION "A/E DRAMING A/E ZONE,"

HS-POS V/28C/3 t<<007 EA740-86010 8 P 200015 14 P 4320 POS SMITCH-3 FOR VLV HS"V 2RC R 513 Ho7/Ss6 HS V 28C+

028 2 "A 1 3 A~ I ~ 4529 Fh HS-POS-V/280/1 '." N007 EA740-86010 '

P 200015 06153 11 P 4320 POS SMITCH 1 FOR VLV HS lf<< 280 R 513 Ho7/6 ~ i HS V 280+

028 2 A 1 3 AD I 452 9 Eh HS-POS-V/28D/2 ..- - 'N007 *- EA740-86010 8 P 200015 14 P 4320 POS SMITCH 2 FOR VLV ~ hS-V-280 R 513 Ho7/6 ~ 1 HS-V-280+

028 2 . :A 1' AyJ 4529 ' Eh HS-Pns-V/280/3 . '007 EA740-86010 P 200015 14 P 4320 POS SMITCH 3 FOR VLV HS V 20D R 513 Ho7/6<<l HS- V~280+

028 2 ."' ~ 1 3 '='A ~ I tl52 9 Eh HS-POT-1A 7065'048 Z X 249002 06153 11 4320 PREAMP/ACOUSTIC POS SENSOR 1A C 547 24 D AZ C55 C0442 <<3 A 1'3 I E529 Fll HS-POT-18 ~ T068 5048 Z X 249002 06153 11 4320 PREAHP/ACOUSTIC POS SENSOR 18 C 54745 0 AZ C55 C0442 3 i 3 E529 011 HS POT-1C T068 5048 Z X 249002 06153 11 4320 PREAHP/ACOUSTIC POS SENSOR 1C C 547 313 0 AZ C54 C0442 3 A 1-3 I H52 9 F6 HS POT 10 T068 5048 Z X 249002 06153 11 4320 PREAMP/ACOUSTIC POS SENSOR'0 C 547 333 0 AZ C54 C0442 3 A

' 3 I 452'9 E7 HS-POT-2A 706s 5048 Z X 249002 06153 11 4320 PREAMP/ACOUSTIC POS SENSOR 2A C 547 35 D AZ C55 C0442 A I 3 I 4529 F10 HS-POT-28 PREAMP/ACOUSTIC POS SENSOR 28 TC68 5048 C 547 60 0 AZ Z X 249002 C55 06153 ll 4320 C0442 3 A 1'3 I 4529 010 MS-POT-2C TC68 5048 Z X <<49002 06153 11 4320 PREAMP/ACOUSTIC DOS SENSOR 2C C 547 305 0 AZ C54 C0442 3 A 1 3 I 452 ~ FT HS POT-20 Tnf 8 5048 X 249002 06153 11 4320 PREAMP/ACOUSTIC POS SENSOR <<0 C 547 321 D A? C54 C0442 3 A I 3 I M5P 9 f7 HS-POT-3A TO68 5n48 Z X 249002 06153 11 4320 PREAHP/ACOUSTIC POS SENSOR 3A C 547 45 0 AZ C55 C0442 3 A 1 3 I 4529 F9

PROGRAM ClE STD MASHINGTON PUBLIC POVER SUPPLY SYSTEM PAGE NO 00171 QNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS +4<SEISMIC IS) PARAMETERS+a+ ~ENV ~ lE) PARAHETERS ~

EPN FFG HODEL S E OID TH HL TEST ANL FO C FREe AGING DBE HOURS C

DESCRIPTION CONTRACT LEVEL'.

FC USE SAFEtY FUNCTION '/E BLDG ELEV, DRAMING DETAIL A/E 'ZONE ZONE ROON ACCURACY COHPOSItE EPN

-h 4~ V C a ~

NS-POT-38 T068 5048 ,,Zr X 219002 06153 11 1320 C0442 '3, PPEANP/ACOUSTIC POS SENSOR 38 A. 1 3 N529 ~'

C ',547~

67.0 AZ p;-

..'>.DIO.,'a-

~

i C55 I'529 4

llS-POT-3C '068'048 Z f(-i 219002 06153 12 4320 C0442 3, PREAHP/ACOUSTIC POS SENSOR A', 1,'3 3C C 547 293 EB D AZ 'CSI MS "POT-3D C0442 HS-POT-IA, '068 3

PREAMP/ACOUSTIC PDS SENS68

~

A-1-3, 7068;5048 3D I;

5018

~

N529 =,

C 517 293,.0 AZ,

~

EB Z X Z X

.249002

'219002 CSI

\

06153 06153

, 11 11 4320 4320 PREAMP/ACOUSTIC POS SENSOR IA C 51760 D AZ CSS C0442 3 A I 3 I '529 ~ F9 HS-POT-48 7068 5018 Z X 219002 06153 11 1320 PREANP/ACOUSTIC POS SENSOR -48 C 547 7 75 D AZ C55 C0442 A 1 3 I N529 09 HS POT 4C 7068 5048 Z X 219002 06153 11 4320 PREAMP/ACOUSTIC POS SENSOR IC C 517 288 D AZ CSI C0442 3 ' 1 3 H529 =

FB HS-POT 40 7068 5048 Z X 249002 06153 11 1320 PREAHP/ACOUSTIC POS SENSOR 40 C 547 305 0 AZ CSI C0142 3 A 1 3 I N529 EB NS-POT-58 7068 5048 Z X 219002 06153 11 1320 PREAHP/ACOUSTIC POS SENSOR 58 C 522 C55 C0412 A I 3 I M52 9 MS POT-5C 7068 5048 Z X 249002 06153 13 4320 PREAHP/ACOUSTIC POS SENSOR 5C C 547 279 D AZ CSI C0442 3 A 1 3 I F529 FB HS-PS-20A P069 81T-H12SS Y X 256002 R 21 HAIN STEAH ISO ~ VLV SCRAH INTERLPK R 524 J ~ 5/7 o2 R51 E-IR-POOI+

02822 2 A 1 0 A M529 M12 HS PS 200 P069 81T-H12SS Y X 256002 R N 24 HS ISO VLV SCRAM INTLK R 526 J ~ 8/4 e7 R53 RIOI E-IR-F027+

02822 2 A 1 0 A P529 J5 HS-PS 20C 8069 81T-N12SS Y X 256002 R N HS ISO VLV SCRAH INTLK R 524 N~ 8/Sea 8 53. R404 E-IR POOS+

02822 2 A l 0 A M52 9 M5 Ns-ps 200 0069 81T-H12SS Y X 256002 R N 24 MS ISO VLV SCRAH INTLK R 524 lion/6o6 R52 R404 E-IR"F026+

02822 2 A 1 0 A M529 J12

PROGRAtt C1E-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00172 MNP 2 CLASS 1'E EOUIPHENT LIST DATE 09/06/83 STAT'US aa*SEISHIC IS) PARAHETERS4+w *ENV~ IE) PARAHETERS>

EPN HFG HOOEL S E QIO Ttl HL TEST ANL FO C FREQ, AGING DBE C HOURS DESCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY coNTRAcT LEvEL'c UsE sAFETY FUNcTIDN A/E DRAM ING AIE ZONE COHPOSITE EPN HS PS-234 8069 81T-tll2SS .Y X .$ 56002 R N 24 HIGH VESSEL PRESSURE

' R 524 Ji5/Tel'.;, R51 = R404 E-IR Pooh+

02822 ,2 I 0 A H529  ;. H13 .

HS-PS-238 8069 81T H12SS Y X~ 256032 R N 24 HIGH VESSEL PRESSURE R 524 J 8/I ~7 R53 Rhoh E IR P026+

02822 2 A 1 o A H529 J5 HS-PS"23C -, 8069 81T-tli2SS Y X 256002 R N 24 HIGH VESSEL H22 P005 526 N ~ 8/Seo R53 R404 E-IR P005+

' PRESSURE'2822 A. 1 o tl529 HS HS PS 23D F069 81T H12SS Y X 256002 R N HIGH VESSEL PRESSURE, l>22>> P026 .It 524 Js9/IAS R52 Rhoh E IR P026+

02822 -2 i-' H529 J13 j.A'S-PS-39A P.069 81T-H12SS-GE Y x' 256002 R N 432O O RELIEF VLV PRESS "SMITCH

~

2'0 'C R 524 ~ 9/I oS R52 Rhoh E-I R-Po 26+

02822 2 P H529 J13 HS-PS-398 8069 81T-H12SS GE A X 256002 R N 4320 RELIEF VLV PRESS SMITCH Il 524 J ~ 9/I>>5 R52 Rhoh E-IR-P026+

02822 2 ' 2 0 C IIS2 9 J13.

HS-PS-39C 8069 81T H12SS-GE A X 256002 R N 4320 RELIEF VLV PRESS SMITCH R 524 Je9/I o5 R52 R404 E- I R -P 0 26+

02822 2 P 2 0 C H529 J13 HS-PS 390 8069 81T H12SS GE -A X 256002 R N 4320 RELIEF VLV PRESS 02822 2 SMITCH 2 0 tl52 9 R 524 J ~ 9/4 ' R52 Rhoh E IR P026+

P C J13 HS-PS-39F. P.069 81T H12SS-GE A X 256002 R N 4320 RELIEF VLV PRESS SMITCH R 524 J ~ 9/I e5 R52 R404 E IR P026+

02822 2 P 2 0 C H53 0 J15 tlS PS-39F 8069 81T" H12SS-GE A.X 256002 R N 4320 RELIEF VLV PRESS SMITCH R 524 J ~ 9/I 05 852 R404 E-IR P026+

02822 2 P 2 0 C H529 J13 HS-PS 39G F069 81T-H12SS-GE A X 25 6002 R N 4320 RELIEF VLV PRESS SMITCH R 524 J ~ 9/4 05 852 R404 E IR P026+

02822 P 2 0 C !I52 9 J13 HS PS 39H Rn69 81T-HI2SS-GE Y X 256002 R tl 4320 RELIEF VLV PRESS SMITCH R 526 J ~ 9/4 o5 852 R404 E-IR P026+

028 2 P 2 0 C t15 2 J13 HS-PS-39J 0069 BIT-HIPS S GE Y X 256002 F tt 4320 RELIEF VLV PRESS SMITCH R 52F Jo~/I o5 n 52 R404 E-IR-P026+

02022 P 2 n C I(52 t! J13

PROGRAH CIE-STD MASHINGTON PUBLIC POkER SUPPLY SYSTEH PAGE NO 00173 MNP 2 CLASS 1E EOUIPNENT LIST DATE 09/06/83 STATUS oooSEISHIC lS) PARANETCRSo* ~ *ENV ~ (E) PARANETERS*

EPN HFG HOOEL S E OID Ttl HL TEST ANL FO C FRED AGING DBE C HOURS CONTRACT LEVEL 'COESCRIP T ION USE SAFETY FUNCTION BLDG ELEV A/E DRAMING A/E DETAIL ZONE ~

. ZONE ROOH ACCURACY CONPOSITE EPN

',X'.

HS-PS-39K RELIEF VLV PRESS SMITCH 02822 2 . P 2 0 8069 C

BIT H12SS-GE

'S29',. '. R 526 Job/IoS U13.

q; '52 256002 R N

'401 E-IR-P026+

1320 HS"PS-39L . 8069 81T-H12SS-GE A X" 256002 R N 4320 RELIEF VLV PRESS SMITCH R. 526 J ~ 9/I o5 R52 RIOI E-I R "P 0 26+

02822 2 P- 2 0 H529 J13 C'069 HS-PS-39H 81T-N12SS-GE A X'56002 R N 4320 RELIEF VLV PRESSURE SMCH H22-P26 R 521 J ~ 9/4oS R52 RI04 E-IR-P026+

02822 2 P 2 0 C H529 J13 HS-PS-39N 8069 81T H12SS-GE Y X 256002 R N 4320 RELIEF VLV PRCSS SMITCH R 521 J ~ 9/I ~ 5 R52 RIOI E-IR-P026+

02822 2 P 2 0 C N529 J13 HS-PS 39P 8069 81T H12SS-GE Y X 256002 R N 4320 RELIEF VLV PRESS SMITCH R S21 J ~ 9/4oS ' 852 RIOI E-IR-P026+

02822 2 P 2 0 C H529 J13 HS PS-39R 8069 BIT H12SS GE Y X 2S 6002 R N 1320 RELIEF VLV PRESS SMITCH R 524 J ~ 9/I oS R52 RIOI E IR P026+

02822 2 P 2 0 C N529 J13 NS"PS 39S 8069 817-N12SS-GE Y X 256002 R N 1320 RELIEF VLV PRCSS SMITCH R 524 Jo9/4o5 R52 RIOI E-IR-P026+

02822 2 P 2 0 C H529 J13 HS PS-39U 8069 81T H12SS-GE Y X 256002 R N 4320 RELIEF VLV PRESS SMITCH R 524 J ~ 9/I o5 R52 R401 E-IR-P026+

02822 2 P 2 0 C H529 J13 HS PS-39V 8069 81T-H12SS-GE Y X 256002 R N 4320 RELIEF VLV PRESS SMITCH R 52'I J ~ 9/I o5 RS2 RIOI E-IR-P026+

02822 2 P. 2 0 C HS 29 J13 HS-PS-45A PO69 BIT-H12SS-GE Y X 256002 R N 4320 HS PRESSURE I 22 P 026 R 524 J ~ 5/'l o5 R52 R404 E-IR-P026+

02822 2 0 G HS2 9 J13 NS-PS 458 8069 81T-H) 2SS-GE Y X 256002 R .N 1320 HS PRESSURE H22 P 026 R 524 N~ 3/9 ' R52 R404 E-IR-P026+

02822 2 P 2 0 G H52 9 J13 HS"FS-45C F069 81T N12SS GC Y X 256002 R N 1320 HS PRESSURE P22-Pnc 7 R 524 HE 7/6 ' R53 R401 E-IR-P027+

02822 2 P 2 0 G "lS 29 JS HS PS ISD pn69 BIT-H]PSS-GE Y X 2S 6002 P. }l 21 HS PRESSURE l22-PO27 R 524 HE 7/6 ' R53 R404 E- I R P0 27+

02822 2 2 n H52 '4 J5

PROGRAH C1E STD MASHINGTON PUBLfC POMER SUPPLY SYSTEN PAGE NO 00171 MNP 2 CLASS 1E EOUIPHEfiT LIST DA T C 09/ 06/8 3 STATUS o ~ oSEISNIC (S) PARAHETERSo ~

• oENV ~ (E) PARAHETERS ~

EPN HFG fIODEL S E OID TH HL TEST ANL FO C FREQ AGING DBE C HOURS DESCRIP TIOff BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN COIITRACT LEVEL; EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE Hs Ps 47A S382 12N-AA5-X10TT Y X'56016 R - N 111 33+ 24 DRYMCLL R 526 J ~ 5/To2  ;; , RSI E-IR-POOho 02822 2 .A I ~ 0 . ~ C N529 G12 HS f'S-478 DRYMFLL PRESS 02822 2 FOR HPCS I'0 S382

,'22 '005 C

12N AAS~XIOTT H529 R 521

.Y N ~ 8/So8 84 X

'53256016 R N R401 114 33+

E-IR POOS+

21 HS-PS-47C DRYMELL PRESSURE

-S382 ~

12N AA5 X10TT Y X 256016 R N llh 33+ 2h R 521 J ~ 5/To2 851 E IR-POOho 02822 2 A j 0 H529 G12 Hs-Ps 17D 5382 12N A AS XOTT Y X. 256016 R N llh 33+

DRYMELL PRESS FOR Hf'CS H22 P005 R 524 N~ 8/5 ' R53 R101 E IR P005+

02822 2 A 1.0 C H529 Gh

'I HS-PS-48A S382 12N AAS X1051TT A X 256016 R N I1 1 33+ 21 DRYIJELL PRESSURE H22-P 026 R 529 J oS/4 o5 R$ 2 fth01 E-IR P026o 02822 2 -A 0 C N529 G12 HS-PS 488 S382 12N AAS X1051TT Y X 256016 R N 1ih 334- 24 DRYIIELL PREssURE 822 P027 R 526 N~ 7/6 ' R53 8104 E"IR-P027+

02822 2 1'0 C H529 GS flS PS 48C S382 12N AAS-X1051TT A X 256016 R N 111 00 33+ 21 DRYMELL PRESSURE f.22 P026 R 529 J ~ 5/4 ~ 5 R52 R404 E-IR-P026+

02822 2 A I 0 C HS29 G12 Hs-Ps 48D S382 12N AA5-X1051TT A X 256016 R N 114 33+ 21 DRYMCLL PRESSURE H22 P027 R 526 N~ 7/6 ' RS3 R401 E-IR-P027+

02822 2 A 1 0 C H529 GS HS PT 2 8040 556110EAAAllfEN Z X 259001 05033 01 8 1320 PRESS TO REHOTE SHUTDOMN C61 N006 R 522 Ho3/hol M21 02C61 2 f 2 0 8 H5 29 JS Hs PT 5 8040 556 X 259001 G 4320 RF'M PRESSURE R 522 Jo5/7o2 R41 E-IR P004+

02 2 P 2 0 G H529 J13 HS-PT 51A 8040 556110EAAAf VEN Y P 259001 F N 14 00 33o 05153 10 P 4320 HS PRESSURE - H22"P02~ R 523 K~ 0/4 ~ 5 R52 R404 E-I R-P026o 028 2 A 1 0 85 29 H12 HS PT-518 F040 5561 IDCAAAIVCff Y 259001 N 14 00 33+ 05153 10 P 4320 HS PRCSSURE - - ff22 P027 R 523 H~ 7/6o8 853 R404 C IR P027+

028 2 A I 0 I H529 Jh HS-PT-808 8040 Y X 259001 G 1320 H P TURB STH FOR RFV SYS TEH R 522 J ~ 5/7o2 R41 C-IR-P004+

02 2 > 2 0 G H52 H13

PROGRAM CIE"STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGK NO 00175 VNP-2 CLASS IE KOUIPHENT LIST DATE 09/06/83 STATUS +*~SEISMIC IS) PARAMETERS~~* +ENV ~ IE)

EPN

'ESCRIP TIOtt MFG MODEL ,S E QID TN HL TEST ANL FO C 'RED OBE PARAMETERS'GING C HOURS BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE KPN CONTRACT LEVEL.

EC USE SAF KTY FUNCTION ~

A/E ORAVING A/E ZONE HS RE-3A G080 '37X731G001 J'. 277002 05153 10 8 ~ 17 4f/5 ~ 9 02017 2, NS LINE RAO ELEMENT A

'A I 3 L M5 02...,02

. R 508 RI2 R310 NS RK-38 . 6080-:- 237X731G001 R J' 277002 05153 10 8 +17 NS LINE RAO KLEHENT 8 508 HTISo6 R42 R310 02017 2 1~3 L H50 2 02 NS-RE-3C . 0080 237X731G001 R 0 . 277002 051S3 10 8 ~ 17 NS LINE RAD ELEMENT R 508 HT/604 Rhl R310 02017 2 .A f 3 L H5 02 01 HS-RK-30 '" G080 237X731G001 R D 277002 05153 10 8 w 17 NS LINE RAD ELEtiKNT 0 R 508 HT/6 ~ 1 Rhl R310 02017 2 =A 1 3 L N50 2 01 HS-SPY-1AC '710 IHF 2 R R '15021 00 A 4320 SPV FOR HS RV 1A ~ C 543 25 0 AZ R20 C55 HS-RV-lA+

02822 2 P 0 0 G N529 K13 HS SP V 18C 02 FOR HS RV 18 2

'7'PV

'- . C710 IHF 2 H52 9 C 543 30 0 03 R R AZ R25 315021 C55 Y

NS-RV 18+

00 A 4320 HS "SPV-1CC C710 IMF 2 R R 315021 Y 00 A 4320 SPV FOR HS RV-1C C 543 315 0 AZ R25 CSI NS RV 1C+

02822 2 0 G N529 K13 MS-SPV 10C C710 IHF-2 R R 315021 Y 00 A 4320 SPV FOR HS RV 10 C 543 335 0 AZ R20 C54 NS-RV-10+

02822 2 P 2 0 G H52 9 YI3 HS-SPV-22A2 A499 HTX832320V P P 315011 Y 10 P ~ 170 MS-V-22A PILOT SOLENOID C 515 50 AZ R27 CIS NS V 22A+

02822 2 A 1 Bl N529 J3 NS SPV 22)3 A499 HTX8320A20 P P 315011 Y 10 P ~ 17 MS-V-22A PILOT SOLENOID C 515 5 0 AZ R27 C45 NS V 22A+

02822 2 A I 3 81 H529 J3 HS SPV 2282 A499 MTX832320V P P 315011 Y 10 P ~ 17 HS V 228 PILOT SOLENOID C 515 15 0 AZ R27 C45 HS-V-228+

02822 2 A 1 Bl H529 J3 HS SPV 2283 HTX8320A20 P P 315011 Y 10 P ~ 17 MS-V-228 PILOT SOLENOID C 515 15 0 AZ R27 C4'5 HS-V-228+

02822 2 A 1 3 Rt M52 9 J3 HS SPV-22C2 A 4'49 HTX832320V ~ P 315011 Y 10 P oiT HS-V-22C PILOT SOLENOID C 515 345 0 AZ PPT C44 HS-V-22C+

02822 2 A t 3 nt NSPI al3

-* ~,

PPOGRAH C1E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00176 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS ~~ ~SEISNIC (S) PARANETERS+~~ ~ ENV ~ IE) PARANETERS+

EPN HFG NODEL S E QID TH HL TEST ANL FO C FREQ A6ING DBE C HOURS DFSCR IP 7 ION BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE EPN CONTRACT LEVEL. EC USE SAFETY FUNCTION A/E BRAVING A/E ZONE NS-SPV-22C3 A499 HTX8320A20 P P 315011 10 P ~ 17 HS-V-22C PILOT SOLENOID C 515 315 D AZ R27 C41 NS V 22C+

02822 2 A- 1 3 81 H529 . J3 NS-SPV 22D2 A499 HTX832320V P P 315011 10 P ~ 17 HS-V"220 PILOT SOLENaln C 515 355 0 AZ R27 Chh NS-V-22D+

02822 , 2 A . 1 3 81 N529 J3 HS-SPV-2203 ,': A499 HTX8320A20 P P'15011 10 P ~ 17 NS-V"220 PILOT SOLENOID 02022 2 'A '.-3 . 81 8529 C 515 355 D AZ J3 R27 CII HS-V-22+

HS"SPV"28A2 -A499 HTX8320A20 P 315011 10 P ~ 17 HS V 28A PILOT SOLENOID R 513 H3/5 ~ 9 R12 HS V 28A+

02822 2 A 13 Bl N529 ' F13 HS-SPV-28A3 =

"4499 HTX8320A20 P P 315011 10 P ~ 17 NS-V-28A PILOT SOLENOID R 513 Ho3/5 ~ 7 R42 HS V 28A+

02822 2 A I 3 Bl H529 F13 HS-SPV-2882 A499 HTX8320A20 P P 315011 10 P ~ 17 HS V 288 PILOT SOLENOID R 513 H3/5 ~ 6 RI2 HS-V"288+

02822 2 A 1 3 81 N529 E13 HS-SPV 2883 A499 HTX8320A20 P P 315011 10 P ~ 17 HS-V"288 PILOT SOL ENOID R 513 He3/56 RI2 HS-V 288+

02822 2 A N5 29 E13 HS-SPV 28C2 A499 HTX8320A20 P P 315011 00 17 HS-V-28C PILOT SOLENOID 02822 2 A I 3 8] 8529 513 H3/6 ~ I FOI R ll HS V 28Ct P ~

HS-SPV-28C3 A499 HTX8320A20 P P 315011 10 P o17 NN STN ISO VLV 28C PILOT SOLENOID 513 He3/6 ~ 4 R41 NS"V-28C+

02822 2 A I 3 Dl 852 9 F04 HS SPV 2802 A499 HTX8320A20 P P 315011 10 P ~ 17 NS V 280 PILOT SOLENOID R 513 H3/6e I R41 NS-V-280+

02822 2 A 1 3 81 8529 E04 HS SPV-28D3 A499 HTX8320A20 P P 315011 10 P ~ 17 HS-V-280 PILOT SOLENOID 513 He 3/6 ~ 1 R41 NS V 280+

02822 2 A 81 NS29 EOI HS S>V PAC C71 0 I HF 2 R R 315021 00 A 4320 SPV FOR HS-RV 2A 543 30 0 AZ 820 C55 HS-RV-2A+

02822 2 P 2 I G 8529 K13 HS SPV 28C C710 I HF-2 8 R 315021 Y 00 A 4320 SPV FOR NS-RV-28 543 45 0 AZ 825 CS5 HS-RV-28+

02822 2 P 2 0 G 852 9 K)3

PROGRAN CiE $ TD VASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE No 00177 VNP-2 CLASS 1E EQUIPHENT LIST DATE 09/O6/83 STATUS aseSEISNIC (S) PARANETERSas ~ +ENV ~ tE) PARAHETERS+

EPN HFG NODEL S E Q IO TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT, LEVEL EC USE SAF ETY FUNCTION A/E ORAV ING A/E ZONE L

E HS-SPV-2CC C710 INF 2 R R '15021 00 A 4320 SPV FOR NS RV 2C ~

C 513 300 D AZ R25 C54 ."'; NS-RV-2C+

02822 2 "P- 0 "G N529 R13 a

'S-SPV-2OC C7iO INF 2 R R 51502k Y 00 A 4320 SPV FOR HS-RV-20 513 320 0 AZ R20 Csh HS-RV-20+

02822 2 2 0 G N529 K13 HS-SPV-3AC ,-, C710-. INF 2 R R 315021 Y 00 A 4320 SPV FOR HS-RV 3A 513 4S 0 R20 HS-RV-3A+

02822 2

'" P '

C AZ, CSS 2 0 c G H529 K13 E

HS SPV 38C C710 INF~2 R R 315021 Y 00 A 1320 SPV FOR NS RV~38 C 513 67 D AZ R20 C55 HS-RV 38+

02822 2, =-

P 2 0 G N529 K13 NS SPY 3CC >> C710 INF 2 R R 315021 Y OO A 432O SPV FOR HS RV-3C C 513 290 D AZ R20 C51 HS-RV-3C+

02822 2 2 0 H529 ~

K13 HS SPV 3OA C710 INF-2 R P 315008 Y 10 A 4320 ADS PILOT FOR HS-RV 3D C 547 3iO OEG AZ Csh HS RV 3D+

02822 2. A 1 0 CD N529 Kis I'S SPV 3DO '710 IHF-2 R P 315008 Y 10 A 24 02822 2, SOLENOID PILOT FOR HS-RV-30 A 1 0 C H529 C 547 310 DEG AZ K15 C54 HS RV-30+

NS SPV 30C C710 INF 2 R R 315021 Y 00 A 4320 SPV FOR NS-RV-30 C 543 310 0 AZ R20 Csh NS RV-30+

' o2822 2 P 2 0 G H52 9 K15 HS-SPV-4AA C710 IHF 2 R P 315008 Y 10 A 4320 AOS PILOT HS-RV 4A 547 62 HS-RV-4 A+

0 02822 FOR 2 A I 0 c~r N529 C DEG AZ K15 C55 NS-SPV-4AO C710 INF 2 R P 315008 Y 10 A 1320 ADS PILOT FOR NS-RV-4A C 547 62 DEG AZ C55 HS-RV-4A+

l'529 02822 2 A 1 O Cir K15 HS-SPV 4AC C71 0 I HF -2 R R 315021 Y 00 A 4320 SPV FOR HS RV 4A C 543 55 D AZ R20 Css NS-RV-4A+

02822 2 P 2 0 G 8529 K 15.

NS-SPV-484 r710 INF 2 R P 315008 Y 10 A 1320 AOS PILOT FOR NS RV 48 C 547 75 DEG AZ C55 NS-RV 48+

02822 A I 0 C~ N52 9 Kls Hs-spv-408 C710 INK 2 R P 315008 Y 10 A 4320 ADS PILOT FOR NS-RV-48 C 547 75 DEG AZ Css HS-R V-4 8+

02822 2 A 1 0 C ~ f HS 2+ K15

k PROGRAM CiE-STO",; * 'i=h ItASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00178 MNP 2 -CLASS iE EOUIPIIENT LIST DATE 09/06/83 ~

"STATUS +~SEISMIC IS) PARAMETERSt~i wENV ~ (E) PARAHETERS ~

EPtl .. - " -' = HFG ~ HOOEL 8 'E 0IO TH HL TEST ANL FO C FREO AGING OBE

>> ": OEhCRIP T ION HOURS

=

C

~

'SE BLDG ELEV ,'ETAIL = ZONE ROOtl ACCURACY COHPOSITE EPtl CONTRACT LEVELEC. 'SAFETY FU NCTION: A/E BRAVING .. A/E ZONE:,'

~ J ~ 0 NS-SPY-18C ~ .','. ~ -'--C710-:'HF 2  :. 'R R'! 315021

'343. 80'h'D AZ I 8 17; ht. x'55'.';

00 A 4320

';. 'P'.

SPV FOR HS RV 18 ~

. k C MS-R V-1 Bt 02022 . 2 2..-0 >>,-: 8  : 8529 "J.'";:.,;.,'i', lt15 "d';.~'0 '

MS-SPV" 4CA,, .;;, = '.7-',,;: C710 IHF 2 -:. g 'P "3iSOOB.:""-

r-. 10 A 4320 ADS PILOT FOR,MS-RJV-.4JC C '517'285 OEG A2 NS RV 4C~

02822 2 ';;A, -. 1,.' C IE - .

K15 C51'529

'0 J

HS-SPV-4CB '-. C710 . IHF-2 R P 315008 ~, " '4320 A

ADS PILOT FOR HsiRV hc C 547 285 DEG AZ

"" CSI-" *

'S-RV-4Ci .;.

02822 2 A - I 0 .'.CjE tlS29 "- ~ K15 h

k HS-SPV-4CC . "'710 IHF 2 R, 315021

~ ~

. R Y: 00 A 4320 SPV FOR HS RV 4C. C 543 285 D AZ R25 C51 HS RV 4C+

02822 2 P 2 -0 G H529 - - - K15

=

HS SPV 4DA C710 . IMF 2 P -315008 Y 10 A 4320 ADS PILOT FOR HS RV"4D C .SI7 300 DEG A2 CS4 HS-RV-40+

02822 2 A 1 0 CqE H529 K15 NS SPV 108 ~

-,..." ~

C710 IHF "2 R P 315008 Y 10 A 1320 ADS PILOT FOR 02022 2'"

HS-RV-4D A.. I 0 .,CtE' M529 C 547 300,0EG AZ K15 "

C51 MS "R V-4 0<

HS-SPY-40C C710 IMF 2 R R 315021 Y 00 A 4320 SPV FOR HS RV-40 C 543 300 0 A2 R20 C54 HS RV-404 02822 2 - P 2 0 G H529 K15 HS-SPV-5BA C710 IHF-2 R P 315008 Y 10 A 1320 AOS PILOT FOR HS-RV-58 C 517 80 DEG AZ C55 HS RV 58+

02822 2 A 1 0 Ctf M529 K15 J-NS-SPV-588 h-C710 IHF 2 R P 315008 Y 10 A 4320 ADS PILOT FOR HS"RV-SB C 517 80 DEG A2 C55 MS RV-58+

02822 2 ,: .A ,. 0 C~ I M529 KI5 NS-SPV"SBC- C710 IHF-2 R R 315021 00 A 4320 SPV FOR HS RV.58 C 513 80 0 AZ R20 CSS NS RV 58+

02022 ". 2 h P 2 0 G H529 K15 HS SPY 5C4 C710 I HF 2 R P 315008 Y 10 A 4320 AOS PILOT FOR HS-RV-SC C 547 275 DEG AZ C54 HS-RV-SC+

02822 2 A- 1 0 CD I N529 K15 HS-SPV-5CG 0710 IHF-2 R P 315008 'Y 10 A 4320 AOS PILOT FOR HS-RV-5C C 547 275 DEG AZ C51 HS-RV SC+

02822 A 1 0 CUE H529 KIS MS SPV-5CC C710 IHF-2 R R 315021 - Y 00 A 1320 SPV FOR NS-RV SC C 543 280 0 AZ R25 C54 HS"RV-SC+

02822 2 P 2 0 G H52 9 K15

PROGRAH C1E-STO VASMINGTON PUBLIC POVER SUPPLY SYSTEM VNP-2 CLASS 1E EOUIPHENT'IST PAGE NO 00179 DATE 09/06/83 STATUS + ~ +SEISMIC (S) PARAMETERS+I ~ +ENV ~ lE) PARAMETERS+

EPN NFG HODEL S E DID TN .HL TEST ANL FO C FREO AGING DBE C HOURS IP TION 'CSC{?

BLDG ELEV 'DETAIL. . ZONE ROOH ACCURACY COHPOSITC EPN CONTRACT LEVEL CC USE SAFETY FUNCTION =

A/E DRAVING A/E ZONE NS TE IA TE DVNSTRN OF HS-RV.-2A 028 MS" TE-48 TE DVNSTRH OF 2 ~ P HS-RV-28 2

P427 0

P427 G

13309679P001 '

13309679 P 001

)l529 ',,

C 541 45 D AZ f 10 X X X'39020 339020 C45 Y

Y 00 00 00 00 05153 05153 10 10 E

E 4320 1320 C 511 51 0 AZ C45 028 2 P 2 0 G H529 F10 HS TC-IC P427 13309679P001 339020 00 TE OVNSTRN OF HS RV 20 X X Y 00 05153 10 E 1320 028 C 511 306 0 AZ CII 2 P 0 G H529 DT NS-TE-4D P427 -

13309679P001 339020 X X ~ Y 00 00 05153 10 E 1320 TE OVNSTRH OF NS"RV-2C 541 300 0 AZ CII 028 2 -, P 2 0 8 N529 C

F6 HS-TC"IE P427 13309679P001 X X 339020 00 00 05153 HS-RV-18

, Y 10 E 1320 TE OVNSTRH OF C 51117 D AZ CIT 028 2 P 2 0 G M529 011 HS-TC-4F F427 133D9679P001 339020 00 05153

~ X X Y 00 ~ 10 E 4320 TE DVNSTRH OF, HS-RV-28 C 541 60 0 AZ CI7, 028 2 P 2 0 G H529 Dl1 HS-TE-40 P427 13309679P001 X X 339020 Y 00 00 D5153 10 E 4320 TE DVNSTPM OF HS-RV'3C C 511 205 D AZ C16 028 2 P 2-0 G N529 FT NS "TE-4M P427 13309679P001 339020 00 00 05153 X X Y 10 E 4320 TE DVNSTRM OF MS-RV-38 C 511 60 D AZ CIT 02822 2 P 2 0 G F529 010 HS TC IJ P427 13309679P001 X X 339020 Y 00 00 05153 10 E 4320 TE DVNSTRH OF HS RV 1A C 511 29 D AZ C46 028 2 P 2 0 G N529 F11 NS-TC-IK P427 13309679P001 X X 339020 Y 00 00 05153 10 E 4320 TC OVNSTRH OF HS RV 10 C 541 330 0 AZ CII 028 2 P 2 0 G NS2 9 07 NS TC-IL r12T 133D9679P001 X X 339020 Y 00 00 05153 10 E 4320 TE OVNSTRM OF NS-RV 1C C 511 312 0 AZ C44 028 2 P 2 0 G M529 F6 HS-TE 4k P427 13309679POO) X X 339020 Y 00 00 05153 10 E 1320 TC OVNSTRH OF HS" RV-4C C 511 288 0 AZ C46 028 2 P .2 0 G N52 9 FS HS-TL 4N r427 )3389679P001 X X 339020 Y 00 00 05153 10 E 4320 TE DvN. TRH OF Hs-Rv<<'9c C 541 193 0 AZ C46 028 2 P 2 0 N529 FB

PROGRAH CiE STO VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO OD180 VNP-2 -CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS tttSEISHIC IS) PARAHETERS*tt ~ ENV ~ TE) P ARAHETERS ~

EPN HFG HODEL S E QIb TH HL TEST ANL FO C FRED AGING OBE C HOURS DESCRIP I ION BLDG ELE V DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTICN A/E BRAVING A/E ZONE HS-TE 4P F427 133D9679P001 X . 33902D - Y 00 00 05153 10 E 1320 TE OVNSTRH OF HS-RV-40 C 511 303 D;AZ '=

C44 028 , 2 ~ P . 2 0 G H529 DB HS TE 4R P127 133D9679P001 X X 339020 Y 00 00 05153 10 E 4320 TE OVNSTRH OF HS-RV-48 C 511 72 D AZ C47 2 P

'28 20 G H529 D1D HS-TE-4S TE DVWSTRH OF HS RV44A P427- '3309679P001 C 511 57 D AZ X X 339020 C47 Y 00, 00 05153 1D E 4320 028 2 "

P 2,0 8 H529 F9 HS TE-4U "

P427 13309679PDOI X X 339020 Y 00 00 05153 10 E 4320 TE OllNSTRH OF HS RV-58 C 511 88 D AZ C45 028 2 -- P 2. 0 ~ G H52 9 D9 HS TE-4V .P427 133D9679P001 X X 339020 Y 00 00 05153 00 E 1320 TE OWNSTRH OF HS-RV-3D C 511 310 0 AZ C15 028 2 P 2 0 0 H529 DB HSLC-FT-3A R369 1153083 X R 156001 01153 00 E 4320 LOOP "A" TD HANIFD/.0 R 477 H ~ 4/5o7 R32 R206 215 A 1 0 F H557 C5 HSLC"FT"38 R369 1153083 X R 156001 04153 00 E 1320 LOOP "8" TO HANIFOLD R 174 H~ 4/5 t7 R32 R206 215 2 A 1 0 F H557 C5 HSLC-FT-3C R369 1153083 X R 156001 04153 00 E 4320 LOOP "C" TO HANIFOLD R 477 H~ 4/5 ~ 8 R32 R206 215 A 0 F H557 E5 HSLC FT-3D R369 1153DR3 X R 156001 04153 00 E 4320 LOOP SDN TO HANIFOLD R 474 H ~ 4/5 a8 R32 R206 215 2 A 1 0 F H557 E5 HSLC-H A C268 14HTV1 CT Z R 164004 06153 00 E 24 HAIN STH LEAKAGE CONTROL H TR A R 477 H~ 4/5+7 R32 R206 HSLC-H At 215 2 A 1 0 F H55 7 CD HSLC-H At C268 14HTV1 CT Z R 161004 06153 01 E HAIN STFAH LEAK CONTROL HT A CONF'15 R 477 Hoh/5 ~ 7 1 A 1 C F H55 7 ce HSLC-H-B C268 14HTVI-CT 7 R )64004 06153 00 E 24 HAIN STH LEAKAGE CONTROL HTR 8 R 474 H~ 4/5 ~ 7 R32 R206 HSLC-H-Bt 215 2 A 1 0 F H557 C7 HSLC-H Bt C268 14HTV1-Cl Z R 164 004 06153 04 E HAIN STEAH LEAK CONTROL HT P COHP R 477 H~ 4/5 ~ 7 215 1 A 1 0 F H55 7 07

PROGRAH C1E-STD VASHINGTON PUBLIC HOVER SUPPLY SYSTEH PAGE NO 00181 VNP 2 CLASS 1E EOUIPNENT LIST DATE 09/06/83

'STATUS +o ~ SEISHIC IS) PARANETERSo ~ o oENV ~ IE) P ARANETERSo EPN HFG HOOEL S E OID TH HL TEST ANL FO C PREO AGING DBE C HOURS OESCRIP 7 ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION . A/E GRAVING JL/E ZONE

~ '

NSLC-H C NAIN STN LEAKAGE CONTROL. NTR C C268 14HTV1-CT =Z R;.

' 164001R32, 06153 00 E 21 215 2 A I 0 F N557 R

"; ,,';

177 Ho4/5 ~ 8 Ee R206 H SL C-H- C+

HSLC-H C+ C268 11HTV1-CT ZR -161001 06153 04 E HAIN STEAN LEAK CONTROL HT C COHP R 477 H~ I/5o8 215 1 ~ A I 0 F N557 EB HSLC H 0 . case 14HTVI 'CT Z R'61001 06153 00 E 21 HAIN STH LEAKAGE CONTROL'HTR 0 R 471 H~ I/5o8 832 R206 NSLC H"Do 215 2 .A 1 0 F NSST ET I HSLC-H 0o C268 14HTV1-CT Z R 161001 06153 04 E HAIN STEAN LEAK CONTROL Hf' COHP R 477 Hoh/5oe 215 . I .' 1 0 F H55 7 ET HSLC-N-FN/1 VI2P TBFC/213T X X. 213020 4320 HOTOR FOR NSLC-'FN 1 I/6o3 "

1~5 28 HP 2.. A 0 F H557 R 173 H~

EI

~

R3i R206 NSLC FN-1+

NSLC-H"FN/2 1 ~

5HP NOTOR FOR NSLC"FN 2

'120 TBFC/213T R 512 Ho6/To3 X X 213020 RII R305 HSLC-FN 2+

4320 28 ",A;,. i 0 F;. N55 7 H3 .

NSI.C HO 10 L200 SHB 000 5 D X 221001 P 111 4320 I/6 33'SLC-V 1HP HOTOR OPERATOR NSLC-V 10 215 2 A 1 0, F H557 R 504 H~

HS

~6 R12 R310 10+

NSLC-HO 1A L200 SNC-043D9319A A R 221001 00 C 4320 4/5 '

215 2, 1HP HOTOR OPERATOR NSLC-V A 1 IA 0 F H55 7 R 182 HE C7 812 R310 HSL C-V- A+I NSLC-HO 18 L200 SNC-04309319A A R 221001 P 111 33o 00 4320 1HP HOTOR OPERATOR HSLC'V 18 R 177 Ho4/5oT R42 R310 HSLC V 18+

215 2 A 1 0 F H557 C6 HSLC HO 1C L200 SNC 04 3/42 A R 221001 P 114 33o 00 ~ C 1320 1HP HOTOR OPERATOR NSLC-V 1C 8 482 H~ I /5 ~7 Rhl R310 HSLC V 1Co 215 2 A 1 0 F H557 DT HSLC-N0-10 L200 SHC 04-3/42 A R 221001 P 111 o3y 00 C 4320 IHP HOTOR OPERATOR HSLC-V 10 R 477 H~ 4/5 ~ 6 R41 R310 HSLC-V-10+

215 2 A 1 0 F H557 06 HSLC-H0-2A L200 SHB 000 5 A X 221001 P 114 33o 1320 1HP HOTOR OPERATOR HSLC V 2A R 505 H~ 7/5%7 R42 R310 HSLC V-2A+

215 2 A 1 0 F NS57 C8 HSLC-N0-20 L200 SHB 000 5 A X 22 1001 P 114 33o 1320 1HP HOTOR OPERATOR H LC-V-PB R 505 HE 4/5 ' R42 R310 HSL C-V-28o 215 2 A I 0 F H557 C8

PROGRAH CiE STD " .c" NASHINGTON PUBLIC POQER SUPPLY SYSTEM PAGE No 00182 UNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS ~~ oSEISHIC IS) PARAHETERSooo oENV ~ TE) PARAHETERS*

EPN MFB MODEL S E OID TH HL TEST ANL Fo C FREO AGING DBE C HOURS

'/F

'li DESCRIP TION BLDG ELEV DETAiL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRANING ZONE HSLC-HO"2C L200 SHB 000-5 .A X'21001 f' 114 33+ 1320 1HP MOTOR OPERATOR HSLC-V 2C SOS H ~ 7/6o4 R310 HSLC V 2C+

215 2 A- 1 0 F H557 ~

EB HSLC-Ho 2D , L200 . SHB 000 5 A X 221001 P 114 33+ 10 C 4320 IHP HOTOR OPERATOR.HSLC-V 20=

- A R 505 HoS/6oi -

Rli R310 HSLC-V-2D+

215 2 I 0 F H557 EB HSLC-H0-3A' L200 SHB 000-5 A X 221001 P 114 33+ 4320 1HP HOTOR OPERATOR MSLC"VoSA R 505 HE 3/So9 R42 R310 HSLC V 3A+

215 2 A 1 0, F H557 C9 MSLC-H0-38 IHP MOTOR OPERATOR MSLC V~38 215 2 ~ A I 0 L200 F

SHB-000-5 H557 R 505 H~

CB A

3/5 ~ 3 x

'42 221001 P R310 Iih 33+

HSLC-V-384 1320 HSLC-HO 3C '200 SHB 000 5 A X 221001 P 114 33+ 432o 215 2,A IHP HOTOR OPERATOR HSLC-V"3C i 0 F H55 7 R 505 Ho7/6ol E9 R41 R310 HSLC-V-3C+

HSLC-H0-3D, " . --'L200 SMB"000 5 A X 221001 P 111 33+ 4320 1HP MOTOR OPERATOR HSLC Vi3D R 505 Ho3/6 ~ I R41 R310 HSLC V 30+

215 2 I 0 .'F 8557 EB MSLC-HO 4 L200 SHB 000 5 D X 221001 P 114 33+ 1320 I ~ OHP 215 2, HOTOR OPERATOR HSLC A 1=0 V 4 F H557 R 504 Ho3/6ol JS R42 R310 HSLC-V-lo HSLC-HO 5 L2oO SHB 000 5 D X 221001 P 111 33+ 4320 I ~ OHP MOTOR OPERATOR HSLC V-5 R Sol H~ 3/6 ~ 3 R42 R310 HSLC-V-5+

215 2 A I 0 F H55 7 J5 MSLC-MO-9 L200 SMB 000-5 D X 221001 P 114 33+ 1320 I HP MOTOR OPERATOR HSLC-V"9 R 517 Ho 3/6 ~ 2 842 R310 HSLC"V-9+

215 2 A I 0 F H557 HS MSLC-PS-20 8080 288A X X 256007 R N 121 09 4320 REACTOR PRESS INTRLK R 522 H~ 4/7 ~ 1 RSI R404 E "IR-71+

58 3 A I 0 F M557 KB MSLC"PS-24 BPRO 288A X X 256007 R N 121 4320 HEADER PRESS R 522 H~ 4/7 ~ 1 R51 R401 IR 74+

58 3 A I 0 F M55 7 JB HSLC-PS-25 8080 288A x X 256007 R N 121 09 4320 HEADER PRESS R 522 I' A /7 ~ I R51 P 404 F-IP-74+

58 3 A I 0 F M557 JB HSLC-PS-60 PO80 288A X X 256007 R N 121 09 4320 HEADER PRESS R 522 H~ 4/7 o1 RSI R401 E" I R-71+

58 3 A I 0 F HSS 7 J8

PROGRAH C1E-STD WASHINGTON PUBLIC POMER SUPPLY SYSTEtl PAGE No 00183 VNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS a~ +SEISHIC (S) PARAHETERSio ~ +ENV ~ IE) PARAHETERS~

EPN HFO HODEL S E OID TH HL TEST ANL FO C FREO AGING DBE C HOURS nESCRIP 7 ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL, EC USE SAFETY FUNCTION A/E DRAMING A/E ZONE HSLC-PS-70A LOOP 58 "A"

HSLC-f'S"708 "8"

PRESS

~ 3 1, 0 8080 8080

~

F 288A 288A

',. H557 R

'e' X 526 Hohlhi2 j X'! 256007 X

'5225600)

R52 R

R N

Rhoh N

121 121 Oe 09 E-IR 73+

4320 4320 LOOP PRESS

'3 R 526 Hah/ho2 R404 E-I R-73+

58 j/o F H55 7 Fe HSLC PS 70C 8080 288A X X .

256007 R N 121 4320 LOOP "C" PRESS 526 Noh/4 o2 852 Rloh E-IR-73+

58 3 1-0 'F H557 Fe HSLC"PS-70D  ; 8080 288A X X 256007 R N 121 4320 LOOP "D" PRESS R 526 H~ hlho2 R52 Rhol E-IR 73+

58 3 A, i-0 H557 Fe eoeo 2eeA X X 256007 R N 121 09 4320 LOOP "A+ 'SLC-PS-7A R 526 H~ hlh 02 R52 Rhol E-I R-73+

58 3 1 0 F H55 7 GI0 tlSLC PS 78 = 8080 288A X X 256007 R N 121 4320 "8"

LOOP 58 3'."A 1 0 F H557 R 526 H~ hlh o2 F9 R52 Rhoh E-IR-73+

HSLC-PS TC 8080 288A X X 256007 R N 121 09 4320 LOOP "C'8 R 528 Hshlho2 R52 R40 4 E IR 73+

3 . A 1 0 F tlss 7 F10 HSLC-PS-7D 8080 288A X X 256007 R N 121 09 4320 LOOl "O" R 528 Hah/4 ~ 2 R52 R404 E-IR-73+

58 3 A 1 0 F H557 F10 HSLC-PS-BA 8080 288A X X 256007 P N 121 09 4320 REACTOR PRESS IWTRLK R 528 H~ 4/4 ~ 2 R52 Rhoh E-I R-734 58 3 A ~

1 0 F H55 7 G11 HsLc-ps ee 8080 288A X X 256007 R N 121 09 4320 REACTOR PRESS ItlTRLK R 525 H~ 4/4 ~ 2 R52 R404 E-I R-73+

58 3 A 0 F H557 G11 HSLC PS 8C ineo 288A X X 256007 R N 121 09 4320 REACTOR PRESS INTRLK R 526 H~ 4/4 ~2 R52 R404 E-I R-73+

58 3 A 1 G F HSST G11 HSLC-PS-RD enao 288A X X 256007 R N 121 09 4320 REACTOR PRESS INTRLK R 526 H~ 4/4 e2 R52 R404 E-18-73+

58 3 A. I 0 F <557 F11 HSLC-PT-10A P.3f 9 1153-085 X R 156001 05253 13 E 4320 0-8PSIG LEAK PPESS XHI>f R CHL A R 528 HE 3/3 '

220 2 A I 0 I 855 7 re

PROGRAH CIK-STD .'.. ~

MASHINGTON PUBLIC POMER SUPPLY SYSTEN PAGE NO .00181 MNP-2 CLASS IE EGUIPHEI{T LIST'- DATE 09/06/83 P g A EPN

"'... DESCRIPTION NFG HOOEL BLDG ELEV STATUS,

'ETAIL" S E 4ID 'N+oSEISHIC

~ (St PARAHETERSol HL TEST ANL FO "ZONE."ROON; ACCURACY,;;

C o

FRE4 oENV ~ lEI PARANETERSo AGING OBE C 'OURS CONPOSITE EPN CONTRACT "',LEVEL,'..EC'SE ~ SAFETY FUNCTIC N' A/E DRAMING o A/E ~

ZONE

~

.;'.;.

~

NSLC-PT-108 '. ': '369- 1153 GB5 .S.- ';.

.('528 ":XvR.::,IIIGOOI-,.:

'4 05253, 13 1320 Ho 4/3 7 .ir< ','" '-:

E 0-BPSIG LEAK PRESS; XHITER CHL tt 220 ~ 2. '.'.. A.': 0 ..'I.

~ - "",'.,

HSLC PT 10C . "'","~'369 .1153 G85 I lt~<<'j5600i 05253 13 E 1320 8 PS IG LEAK PRESS."XHI TEE .CHL C R S28- H4313a7 A.. i-0 '20 H557, FB HSLC-PT 100 . ,:.:,;- R369, 1153 GBS X R . 156001 05253 i3 E 4320 220 2 'A 0-8 PSIG LEAK.,PRESS.'XHITER CHL

. i.'0 '

D ~

H557

= R 528 H ~ 3/3o7 EB P

HSLC"PT-11 8369 1153-GB4 X*X 156001 05253 13 1320 220 ';.*:A.

QTBOo ISO VLV- HDR,PRESS 0 2 I 0.

PSI6 N557 R 529 Ho3/6o7 JT RI2 E

HSLC-PT 12A .;

0-50 PSIG LEAK PPESS XNITER=CHL 220

.';,A ~, '- 0 il

. "R369 i

A 1155-686 N557 R

526 Ho3/3 ~ 7 '-

~ . G7 X R. 156001. ~ ', P 05255 13 E 1320 HSLC-PT i26 . ot --o',. ~ . =.R369 . 1153 G86 '

156001'-

R . ~ ~ ~;. 05253 13 E, 4320 0 "50 PSIG LEAK PRESS XHITER CHL 8 R, 526,HE 3/3 '

220 2' A,' I N557:

'369 0 N.T

• ~

gV I HSLC-PT-12C . 1155-686 X R, 156001 05253 13 E '320 0

220 50 PSIG LEAK PRFSS Ai.;

XIIITER CHL,=C 1 ~ 0 I R 526 Ho3/3 FT'

' ~

NSLC-PT-120 ',, ...,,".R369 1153 G86 X R 156001 05255 13 E 1320 0-50 PSIG LEAK PRESS 'XNITER CHL D R 526 Hob/3o7 220 I 15>>i N557 2 A 1 0 ET NSLC PT R369 1153 G86 X X 156001 OS253 13 E 4320 OTBD ~ ISO VLV HDR PRESS 0 50 PSIG R 529 Ho3/6o7 R42 220 2 '  ; 1 0 I N557 JT NSLC-PT 23 R369 1151GP9A22NBGE3 X X 259003 R N 114 50 . 1320 HEADER PRESS R 524 H~ 1/7 ~ 1 R51 E-I R-74 o 59 ~

3 2 0 G H557 JS HSLC-PT 6A R369 115IGP9A22I18GK3 X X 259003 R N 114 4320 HS LINE A PRESS R 521 H~ 4/ho2 R52 R404 E-IR-75+

59 3 2 0 G H55 7 G10 NSLC-PT-68 R369 11516P9A22NBGK3 X X 259003 R N 114 50 1320 HS LINE 8 PRESS R 524 H~ 1/4 ~ 2 R52 R104 E IR 73+

59 3 P 2 0 G N557 810 NSLC-PT-6C ~ R369 1151GP9A22NBGE3 X X 259003 R N 111 4320 NS LINE C PRESS R 52S H~ 4/4 ~ 2 R52 R401 E-IR 73+

59 3 P 2 0 G H557 F10

PROGRAM C1E-STD,= '

44ASHINGTON PUBLIC POQER SUPPLY SYSTEM PAGK NO 00185 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 EPN STATUS + ~ +SEISNIC IS) PARAMETERS~+* iENV ~ (E ) P ARAMETERS+

4iFG NODEL S E DID TN HL TEST ANL FO C FREO AGING DBE C HOURS DESCRIP 'I ION BLDG ELEV DETAIL ZONE ROON ACCURACY COMPOSITE EPN CONTRACT LEVEL KC USE SAFETY FUNCTION ~

A/E ORAMING A/E ZONE HSLC-PT-GD HS LINE D PRESS P369 115}GP9A22HBGE3 R .525 Hot/4o2

.X X - 259003 R H

- R52 ..R101 lll 50 E-IR 73+

4320 59 3 P 2 0 "8 N557 -" . '"'.. F}0 HSLC-RL Y-CR/1 ,ASOO RXHH2 '- X X 2830}5 021 OIV 2 ~ HS HSLC CONTR OL IN 7 RL44 R N 06153 10 Z 24 R 526 Hot/F 1 R51 E IR Tt+

58 3 A }i 0 F E51 9/31 J9 NSLC-RLY CR/10 ;i A500 RXNH2 283015 X X R N 021 06153 00 Z 4320 HS I V CLOSURE INTKRLR .

R 527 H 1 4/4+2 R52 E~I R-734

-

A ',

i>. 0 K519/30 El NSLC-RLY-CR/11 ~ P A500 RXHH2 X X 283015 R H 021 06153 00 Z 4320 HS-HSLC CONTROL INTERLK R 527 H~ 4/4 o2 R52 E-IR-73+

58 3 '. A 1-0 F E51 9/30 El MSLC"RLY-CR/12 HS-HSLC CONTROL fHTERLK A500' RXNH2 R 527 Hat/4 ~ 2 X X . 283015 R52 R H 021 E

06153 IR-73+

00 Z, 4320 58 0 ES 19/30 K}

HSLC-RL Y-CR /13 -, A500 RXMH2 X X 283015 R N 021 06153 . 00 Z 4320 58 3, HS-HSLC CONTROL INTERLK A i 0 ES} 9/30 R 527 Hot/4+2 Di R52 E IR 73+

HSLC-RLY CR/1A ~ ASOO RXMH2 X X 283015 R H 021 06153 00 Z 4320 DIV }i HS NSLC CONTROL IH'I RLK R 528 Hat/4 ~ 2 R52 K-IR-73+

58 3 = A 1 0 F E519/30 K13 HSLC-RLY-CR/18 A500 RXNH2 X X 283015 R N 021 06153 00 Z 4320 HS-NSLC CONTROL IHTERLK 8 528 Hat/4 ~ 2 R52 E-IR T3+

58 3 A 0 F E51 9/30 J}3 HSLC RLY-CR/}C A500 RXMH2 A X 283015 R N 021 061S3 00 Z 4320 HS-MSLC CONTROL INTERLf( R 527 H~ 4/4 02 R52 E-IR 73+

58 3 A 1 0 F E5 19/30 F13 HSLC-RLY-CR/}D 4500 R XHH2 X X 283015 R N 021 06153 00 Z 4320 HS-HSLC CONTROL INTKRLK R 527 He 4/4 ~2 R52 E-I R-73+

58 3 A 1 0 F E519/30 E13 MSLC"RLY-CR/3 A500 RXNH2 X X 283015 R N 021 06153 10 Z 4320 DIV 2 ~ ATMOS PRESS CNTRL INTRLK R 526 H~ 4/7 ~ 1 R51 E-I R-74+

58 3 A 1 0 F ES 19/31 J9 MSLC RLY CR/4 AS00 RXMH2 X X 283015 R N 021 06153 10 Z 4320 DIV 2> CONTROL Sv INTRLK R 522 Hot/7 ~ 1 ~ RS} K-IR-74+

218 3 A 1 0 F E51 9/31 HSLC RLY CP/5 S440 2}9XnXP X X 78304} R N 149 }74 06153 10 7 t320 OIV 2 ~ ATNOS PRFSS CONTROL INTRLI'18 R 522 HE 4/7 ' R51 F-IR-74+

A 1 0 F KS} </3}

r

• r PROGRAH CIE-'SIP,; VASHINGTON PUBLIC PO'VER SUPPLY SYSTElt PAGE NO 00186

'VNP-2 CLASS IE EOUIPHENT, LIST DATE 09/06/83 STATUS eooSEISMIC lS) PARAMETERS* ~ ~ oENV ~ lE) PARAMETERSe EPN

.. MFG MODEL S E OID TH HL TEST ANL FO C FREO AGING OBE C HOURS DESCRIPTION . BLDG ELEV DETAIL ZONE ROOH ACCURACY COMPOSITE EPN CONTRACT LEVEL EC - USE SAFETY FUNCTION AIE DRAV ING 4/E ZONE r

r HSLC-RLY"CR/5A1 '500 RXHH2 X,. 283015 . R 'N 021 3: 06153 X 00 Z 4320 HSL PRESSURE INTERLK R 528 Hohlho2 ..- R52 I E-I R-73+

58 A . 1.0 F E51 9/30 H13 MSLC-RLT-CR/5A2 =

A500 RXMKI X X'8301i R N 021 06153 00 4320 HSL PRESSURE ItJTERt.K t60 SEC TD) R 527 Heh/4 ~2 R52 E-IR 73+

58 3 A i.o F ES 19/30 MI 3 HSLC-RLT-CR/581 - '

.4500 RXHK1 283011 021 02 06153

. X X R N 00 Z 4320 HSL PRESSURE INTEKLK t60 SEC TD) R 527 Hoh/4e2 R52 E-IR <<73+

58 3 A I 0 F ESI 9/30 G13 HSLC"RLY"CR/582 4500 RXHK1 X X 283011 R N 021 06153 00 24 HSL PRESSURE INTERLK l60 SEC TD) R 527 Hob/4 ~ 2 R52 E-I R-73+

58 3 A -

I 0 ~ F . E519/30 G13 HSLC-RLY"CR/SCi ' 4500 RXMH2 X X 283015 R N 021 06153 00 Z 4320 HSL PRESSURE INTERLK l60 SEC TD) R 527 H~ hlh ~ 2 R52 E-I R-73+

58 3 A 1 0 F ESI 9/30 D13 HSLC-RLT-CR/5C2 A500 RXMK1. X X 283011 R N 021 . 06153 00 4320 HSL PRESSURE INTERLK t60 SEC TO)= R 528 H ~ 4/4o2 E IR-73+

58 3 A I 0 F E519/30 013 HSLC-RLT-CR/SD1 4500 RXHH2 X X 283015 R N 021 06153 00 Z 4320 tlSL PRESSURE INTERLK l60 SEC TO) R 527 Hoh/ho2 E IR-73+

58 3= A 1-0 F E51 9/30 C13 MSLC-RLT"CR/SD2 4500 RXHK1 X X 283011 R N 021 06153 00 4320 HSL PRESSURE INTERLK l60 SEC TD) R 528 H ~ 4/4 ~2 E-I R-73+

58 3 4 1 0 F ES 19/30 C13 HSLC-RL Y-CR/6A1 4'40 0 RXHH2 X X 283015 R N 021 06153 00 Z 4320 MSL PRESSURE INTERLK l150 SEC TO) R 528 H~ 4/4 o2 R52 E-IR-73+

58 3 A I 0 F E51 9/30 613 MSLC-RLY-CR/6A2 A500 R XHK1 X X 283011 R N 021 06153 00 h320 MSL PRESSURE INTERLK l 150 SEC TD) R 528 He 4/4 e2 R52 E-I R 73 4 58 3 A 1 0 F E5 19/30 013 HSLC-RLY CR/681 A500 RXHH2 X X 283015 R 021 06153 00 Z 4320 HSL PRESSURE INTERLK l150 SEC TP) R 528 H~ 4/4 ~ 2 852 E-IR-73+ I 58 3 A 1 0 F E51 9/30 F13 HSLC" RL Y"CR/682 4500 RXHK1 4 X P83011 R N 021 06153 00 Z 4320 HSL PRESSURE 11JTERLK l150 SEC TD) R 528 H~ 4/4 ~ 2 R52 E-I R-73+

58 3 A ) 0 F ES 1 9/30 F13 MS L C-ttL T-CR /6C1 4500 R XHH2 X X 28 3015 R N 021 06153 00 Z 4320 HSL PRESSURE INTERLK l 150 SEC TD) R 527 tl ~ 4/4o2 E-I R-73+

58 3 4 1 0 F E51 9/30 C13

PROGRAH C1E-STD MASHINGTON PUBLIC POQER SUPPLY SYSTEH PAGE NO 00187 MNP-2 CLASS 1E EGUIPHENT LIST DATE 09/06/83 STATUS ~ ooSEISHIC IS) PARAHETERSooo oENV ~ (E) PARAHETERSo EPN PFG HOOEL S E GID TH HL TEST ANL FO C FREQ AGING OBE '

, HOURS DESCRII TION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORAMING A/E ZONE HSLC" RLY-CR/6C2 = A500 RXHK1 X',283011 021 X R N 06153 00 1320 HSL PRESSURE INTERLK (150 SEC TD) R 52S Hol/lo2 o E IR-73+

58 3 A i 0 F E519/30 C13-, ~

HSL C-RL Y-CR /6D 1 A500 RXHH2 "

2S3015 021 HSL PRESSURE INTERLK (150 SEC TO)

X X R N 06153 00 Z 4320 R 527 Hol/4o2 E-IR-73o 58 3 A i 0 F E5 19/30 813 HSLC-RLY-CR/6D2 .',. - A500 RXHK1 283011 HSL PRESSURE 58 3:

INTERLK (150 SEC'TD)

A ' 0

- A500 F ES1 9/30 R 528 Hol/lo2 813 X X R N 021 E

06153 IR-73+

00 1320 HSLC-RLY"CR/8 RXHH2 X X 283015, 021 06153 R N 00 Z 4520 CONTROL SMITCH INTERLK R 528 Hol/I~ 2 R52 E-IR-73+

58 3 -

A 1.0,F E5 19/30 --.K13. -.

HSLC-RLY CR/<

CONTROL SMITCH INTERLK 58 HSLC TO TK/2 .

3 A,1.0 OIV 2o TIHE DELAY PKUP RLYl60 SEC )

58 HSLC-TO-TK/2A 3 ~ A 1 0 A500 A109 A109 F

F RXHH2 7012AE 7012AE F519/30, E5 19/31 R

R 528 Hol/lo2

~

F13 526 Ho4/7 ~ 1 J9 X X X X

~

283015

=

283013 R52 R N 021 E

06153 IR 75+

05253 E-IR 74+

00 i1 Z 4320 1320 X X 283013 05253 01 4320 DIV 1 ~ TINE DELAY PKUP (60 SEC) 58 A 1 0 F. E51 9/30 R 528 H~ I/IJ13

~2 E IR-73+

HSLC TD-TK/28 A109 7012AE X-X 283013 05253 Oi 4320 DIV 1 ~ TINE DELAY PKUP (60 SEC) R 528 Hol/I ~ 2 E IR 73+.

58 3 A 1 0 F ES 19/30 J13 HSLC TO TK/2C  : A109 7012 AE X X 283013 05253 01 4320 DIV 10 TIHE DELAY PI(UP (60 SEC) R 528 H~ 4/I 2 E-I R-73+

58 3 A I 0 F E519/30 Ei3 HSLC-TO TK/20 A109 7012AE X X 283013 05253 01 4320 OIV lt TINE DELAY PKUP (60 SEC) R 528 Ho4/4e2 E-IR 73o 58 3 A 1 0 F E51 9/30 E13 HSLC-TO-TK/3A 4109 7012AE X X 28 5013 05253 01 4320 DIV I ~ TIHE DELAY PICKUP l60 SEC) R 528 H~ 4/4 o2 E-I R-73+

58 3 A 1 0 F E519/30 J13 HSLC-TO TK/38 A109 7012AE X X 783013 05253 01 4320 DIV. Io TINE DELAY PICKUPleo SEC) R 527 H~ I/4 ~ 2 E>>l R-75+

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PROGRAH C1E"STD MASHI NGTON PUBLIC POMCR SUPPLY SYSTEtt PAGE NO 00189 MNP-2 CLASS lE EQUIPMENT LIST DATE 09/06/83 STATUS oooSEISttIC (S) PARAMETERS' oENV ~ IE) PARAHETERSo EPN HFG MODEL S E OID TH HL TEST ANL FO C FREQ AGING DBE C HOURS DESCRIP TION BLDG ELEV DETAIL 20NE ROOtl ACCURACY CONTRACT LEVEL EC USE . SAFETY FUNCT ION '/C DRAMING A/E ZONE COMPOSITE EPN PI V X250 T028 79TT 001 X X' 321002 05313 11 E 4320 1" SO GATE RAD"RE-12A 220 2, A. 1,0 81 HSI 3 537 Ho8/6o3

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220 2 A I 0 81 MSI 3 E7 P I V"X267 7020 79TT 001 X X 324002 05313 11 E 4320 I" SO GATE CHS-SR 14 INLETtt2 X85E R 522 H~ 8/6 o3 220 2 A 1 0 81 M54 3 87 Pt V-X268 Tn20 79TT-001 X X 324002 05313 11 E 4320 1" SO GLOBE CHS SR-)4 IttLCTNZ X73O R 522 J ~ 5/ho5 220 2 A 1 0 Rl tt54 3 FT

PROGRAN CIE"'STD ttASHINGTON PUBLIC POttER SUPPLY SYSTEH

=

S PAGE WO 00190 MNP"2 =CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS i ~ 4SEISNIC IS) PARAHETERS*+ ~ ~ ENV ~ (E) P ARAHETERS +

EPN NFG NODEL S E QID TN HL TEST ANL FO C FREe AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROON ACCURACY COttPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION - A/E DRAItING A/E ZONE, PI-V-X269 , T020 79TT-001 A X 321002. 0531 3 11 E 4320 IN SO GLOBE CNS"SR-14 INLETN4 X73C R 171 Ho9/4 ~ 8 220 -2 A l. 0 Bi N51 3 06 PSR"V-003/A 7020 82N 001 X 361015 06153 11 E 4320 3/8" SOL VLV RHR LOOt' SYS BNDRY R 432 K '/Bo7 220 2 A 1 0 81 H896 E12 PSR V-003/8 , ~ ~ ~

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D PROGRAH CiE STD -".~:- WUBLlC POMER SUPPLY SYSTEH PAGE NO 00191 VNP-2 CLASS iE EQUIPflENT LIST DATE 09/06/83

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PROGRAH C1E-STD WASHINGTON PUBLIC POWER SUPPLY SYSTEN PAGE NO 00192 WNP-2 CLASS iE EQUIPNENT LIST DATE 09/06/83 STATUS ++~SEISHIC IS) PARAHETERS>+i <<EN'E) PARAHETERS+

HFG HOOEL S E QID Tll HL TEST ANL FO C FREQ AGING DBE C HOURS OESC RIP T I ON BLDG E'LEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION -

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PROGRAM CIE-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00193 VNP-2 CLASS IE EQUIPHENT LIST OAT E 09/06/83 STATUS os oSEISHIC (S) PARAMETERS' oFNV ~ IE) PARAMETERSo EPW HFG HODEL S E t)ID 'lH HL TEST ANL FO C FRED AGING DBE C HOURS OESC RIP T ION BLDG ELEV DETAIL ZONE ACCURACY COHPOSITE EPN CONTRACT LEVEL EC- USE SAFETY FUtlCT ION '/E DRAVING A/E ZONE ROOH o

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215 2 4 I ] 8]oL y5] q E7

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VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00195 VNP-2 -CLASS 1E EOUIPNENT LIST DATE 09/06/83 STATUS aiiSEISMIC tS) PARAMETERS'~~ +ENV ~ CE) P ARAHETERS +

EPN HFG NOBEL S E OID TM HL TEST ANL FO C FREG AGING OBE C HOURS

~

'C

'. DESCRIP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE EPN i, A/E ZO/E,"

CONTRACT LEVEL USE SAFETY FUNCTIO N A/E BRAVING I

RCIC-POS-V/1 N007 D1200G 05253 01 C 21 TURB TRIP THROTTLE VALVE POSIT SV R 127 Hi6/7 ~ 1".. "V 1+

02 "2 '-, A;. I ~ 1 L M519','~~

Eii:" ".- RCI C

"'OOT

X RCIC POS-V/25 .' 18031302 - 200006 -./"., 00 C 24 LIHIT SVITCH RCIC,V,.25'8 M51 9 R 423 )A 5/7 E9

' RCIC-V"25+

2-,P.21'L'CI C-POS-V/26;, <<;NOO) 18031302 R X 200006 00 C'1 LIMIT SMITCH RCfC~Y-26

2. 'P '

~

1 .L H519 R 123 Hi5/7 ~ 0 E9 RCIC V-26+

RCIC-POS-V/4 '?007 18031302 X 200006 00 C 24 LIHIT SVITCH RCIt V h R h23 N~ 5/6o8 RCIC V 4+

58 ,21 L H51 9 810 RCIC-POS-V/5 LIMIT SVITCH RCIL'

",'OOT;18031302 R X 200006 00 C 24 5 R h23 HE 3/6+8 RCIC-V-5+

02 2 P 2 i L M519 810 RCIC">OS V/54 .'" ~ '007 18031302 R X 200006 00 C 24 LINIT SMITCH RCIC'-V 51 P,

R 123 HAT/7 ' R11 RCIC-V"54+

02 2 -. 2,1 L M51 9 F9 RCIC PS 1 499 SC11AR X R 256001 R N Iih 50 06153 05 E 24 AUX'OOLING SUPPLY- R 124 H~ 6/7 i3 R11 220 -

2 P 2 0 M519 G9 RCIC-PS 12A F069 P1K NBSSS V Y R 256005 R N PS 12A FOR TURBINE DISCH H22-F017 R 175 LE 0/8 ' R 33 R206 E-IR P017+

02' A 1 I L N51 9 Cli RCIC PS-128 P069 P1H N85SS V Y R 256005 R N 21 EXHAUST DIAPHRAGH H 22-P 029 R 175 L ~ 0/1 ~0 R32 R206 E-I "P029+

8 02E 2 A 1 1 L M51 9 C11 RCIC-PS-12C 8069 P 1H-N85SS-V Y R 256005 R N 21 PS 12C FOR TURBlttE DISC H22-P017 R 473 L ~ 0/8 ~ 0 R33 R206 E IR P017+

02E 2 A 1 I L M519 C11 RCI C-PS-12D 8069 P 1H-M85SS-V Y R F56005 R N 24 E X IIA US T 0 I APHR AGH H22-P OPc R 473 L ~ 0/4 ~ 0 R32 R206 E-I R-P029+

02E 2 A 1 ) L M51 9 C11 RCIC PS 20 8069 P1H-II340$ S-V Y R 256005 R N 24 RCIC PUMP OISCtl II22-PO1 7 R 474 LE 0/8 ' R33 R206 E-I R "PO 17+

02E 2 A 1 I L M51 9 JB RC IC-PS-21 8069 PIN-MI?5SS-V Y R 256005 R 21 RCIC-P-1 SUCT AL HIGH F22-I 017 R 473 L ~ I /8 ~ 2 C34 E-I R "PO 17+

0 2 II 2 P 2 I L M51 ~ P13

e

'e PROGRAH C1E STD IIASHINGTON PUBLiC POMER SUPPLY SYSTEH PAGE NO 00196 IlNP-2-CLASS 1E EQUIPHENT I.IST DATE 09/06/83 STATUS +++SEISHIC ts) PARANETERS+ ~ ~ +ENV ~ IE) PARANETERSi EPN HFG HOOEt. S E QID TH HL TEST ANL FO C FREQ AGING OBE C HOURS OESCRIP 7 ION BLDG ELEV DETAIL ZONE ROON ACCURACY COHPOSITE KPN CONTRACT LEVEL EC USE SAFETY FUNCTICN =

A/E ORAIIING A/K ZONE

~ ~

RCIC PS 22A P.O69 P1H-H34SS-V A X 256005 R N 24 STN LINC PRCSSURE 02E 2 H22 P017 I Bi ~ L R ~ 414 L ~ 0/8 ~ 0 R33 '206 E-I "P017+

R A 1 . H519 GB RCIC-PS-228 F069 P1H N34SS V A X,256005 R PENETRATION HONITORING H22 '029 R 473 L ~ 0/4 ~0 R32 R206 E IR-P029+

02E = 2 A 1 I BlsL H51 9 FB RC IC-PS 22C ~ = ~ 8069 P]H-H34SS-V Y X 256005 R N 24 STN 02E LINE PRESSURE 2

H22-P011 A 1 1 Bl ~ L H519 R ,475 LE 0/8 GB

' R33 R206 E-IR P017+

RCIC-PS-220 8069 P 1H-8344 S-V A x 256005 R 24 PENETRATION NON170RING H22-P029 R 473 L ~ 0/4 ~ 0 R32 R206 E-IR P029+

02E31 2 . A 1 1

• GAL Nsl 9 - FB RCIC-PS-34 RCIC-P-I SUCTION PRCSSURE

'290 e

e 613 R 437 H~

X R 1/7 o3 256014 R11 U N 03 06303 06 E 24 02E51 2 P 2 0 L N519 C13 RCIC PS 6 ~ .= 8382 6N"AA21 (XIO) VS1TT X R 256016 R N 114 33+ 24 RCIC PUNP SUCTION PRESS H22-P017 R 471 L ~ 0/8 ~ 0 R33 R206 E-I R "P 0 17+

02C51 2 p A 1 1 L H51 9 013 RCIC-PS-7 S345 9012ACII 256015 06153 2-P21L 02 24 X R E RCIC LUBE OIL LOM PRESS St)ITCH R 422 RCIC DT 1+

02 N51 9 011, RCIC PS 9A 8069 P 1H-H85SS V A R 256005 R N 24 RCIC TURBINC DISC PS-9A R 427 H~ 4/8 ~ 5 R33 R206 V 220 2 A 11 t. H5 19 I'12 RC IC-PS-98 F069 P1H-H85SS-V A R 256005 R N RCIC TURBINE DfSC PS-98 R 427 Hoh/Bo5 R33 R206 V 220 2 A 1 I L N519 E12 RCIC-PT 4 P040 556 Y R 259001 03153 10 K 24 TURB STH DISC PRESS 0 200 H22 P017 R 473 K '/Bo2 R33 E-I R-P017+

02 2 P 2 1 L N519 JB RCIC-PT-5 8040 556 259001 RCIC PUNP SUCTfON '22-PO)7 R 473 L ~ I/Be2 Y R R33 R

E-l R-PO)7+

05 S 24 02 2 P 2 I L H519 C12 RCIC-PT-7 .8 04 0 556 R 259001 03153 10 E 24 TB STEAH INLET H22" P 017 R 473 K~ 9/Bo2 R33 C-I "P 0 17+

R 02 ~ 2 P 2 I L N5) 9 FB RCIC PT R. F040 556 A R 259001 R 04 05 S 24 TURBINE EXHAUST PRCSSURC ll22-POI7 R 473 L ~ 0/8 ~ 2 R33 E-I R-P017+

02 2 P 2 I L 8519 812 C)

PROGRAH C1K-STD UASHINGTON PUBLIC PottKR SUPPLY SYSTEH PAGE NO 00197 NNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS iooSEISHIC IS) PARAHETERSoo+ oKNV ~ (El PARAHETERSo EPN HFG HOOEL S E OID TH HL TEST ANL FO C FREQ AGING OBK C HOURS OESCRIP 7 ION BLDG ELEV DETAIL ZONK ROOtt ACCURACY COMPOSITE EPN CONTRACT LEVKL ~ Ec USE SAFETY FUNCTIO N: A/E BRAVING A/E ZONE

~ o T

RCIC"RLY I S41 0 21988 ":" tt 283041 XP Dc CR ~ .

06153 05 E 1320 RCIC-V-45 218 POS 3;,

IND RLY A

" 1' .GioL '"ES16/15 C

R .-422,lfoh/7 ~ )p"

~ . iA.~'.

E"JB TB/R4354 RCIC-RLY CR2 "- S410 21988XP "R '"283041 OC 06153 05 E 21 RCIC-V-45 POS INO RLY R 122 Hoh'/Tif E JB-TB/R135o I'

218 3 . L E546/15 RCIC SK-C002 4 RCIC HAGNETIC PICKUP SENSOR r

'290 "'680"622 R 422 Ho6/Tol X R Si8001

"'CIC 06153 DT

'5 "I>'

G 21 02 A 11 L" t

RCIC-SPV-25 SPV RCIC V

. ~,; A499, 25 STH SPLY LNk IR 62 NP831651E R 178 HE 4/6 '

X 315006 R RSi N 111 R206 03 33+

E-'I R-624 58 2 ~- A -

1'I L"- H519" D9 RCI C-SP V-26 .'499 NP831651K X X 315006 R N 111 03 33+ 21 SPV-RCIC-V 26 STH SPLY LNE DR R 501 'Lsh/9 ~ 3 R13 R306 E IR 63+

58 2 A 1 I L H519 09 ~

RCIC-SPV 4 A499 NP831651E X X. 315006 R N 111 03 33o 21 PILOT VALVE FOR" AO RCic-V 4 IR=&2 R 478 H~ 4/6oe ';, R31

"'206-E IR-62+

58 2 -. A 1-1 ..L H519 810 RCIC-SPV 5 A199 NP831654E X X 315006 R N 114'3 33+ 21 PILOT VALVE FOR AO RCIC-V 5 R 506 L ~ 4/9o3 R13 R306 E IR-63+

58 2 - A I 1 L tt519 810

• Rc Ic-SP V-54 A499 NP831654E X X 315006 R N 111 03 33+

SPV FOR RCIC-V"54 IR-62 R 477 HE 4/6oe R31 R206 E IR"62+

58 2 A I I L H519 E9 RCIC-Ss-i RCIC TURB HKCH OVER SPEED TIIIP F302 BZLN2 R 127 H~

X R 7/6 o9 318001 R N 03 RCI C-OT 1o G '1 02 3 P 1 1 L 807K173TC/ 6 RCI C "SV-C002 GOGO CR9503 X R 31800i R N 03 G 24 TURB TRIP THROT VALVE -

R 423 HE 3/F 1 RCIC-OT io 3 .' 1 I L 807K173TC/ eCB RCIC-TIS-10A A502 1165 318001 06153 02 E 21 RCIC BRG TEHP IttO SM CGOVERtlERt R 122 R11 Rc I C-DT I+

02 2 P 2 1 L H51 9 012 Rc Ic TIS 108 A502 1165 X X 31 8001 06153 02 E 24 RCIC BRG TEMP INO SU (COUPLING) 02 2 P 2 I L H51 9 R 122 012 R li Rcl c-DT-I+

REA-OPT 1AI Ro69 1151OP3022HBGf.01 X X 091001 M N 114 50 1320 SECOt>DARY CONTAIttHttTPRKSS ~ CONTROL R 576 H ~ 3/8o2 R72 R608 59 2 A ) ? F t'54 5 E2

<<w <<

~

PROGRAH'C1E StD ".~~ MASMINGTON PUBLfC POMER SUPPLY SYSTEN PAGE NO 00198 MAP-2 CLASS 1E EOUIPHENT LiST DATE 09/06/83

'.'FG EPH "~

,STATUS

'NooSEISNIC

~ IS) PARANETERS ~ oi oENV i (E) PAR AtlETERS <<

MODEL S E GIO HL TEST ANL FO C FRCG AGING OBE C HOURS DES CRIP T ION SLOG ELEV DETAiL ZONE ROOtl ACCURACY COHPOSITE EPN EC,'SE  :

,','l.,;

CONTRACT LEVEL SAFE TY FUttCTION -A/E'DRAltING A/E ZONE, ~

REA"OPT-lA2 . - '~ - -

R369 1 1510P3022MBGE01, p" . X X) 09 1001 M N 111 50 1320 SECONDARY CONTAINHNTPRCSS'o CONTROL

-,R -576 N 7/3 S,: . R73" 'R601 59 2 -- ~ ~, 1,.3 F H545.'. '. ".=

'X

• ~

a <<

REA-DPT-1A3 <<.' 369 11510P3022NBGE01

• X 091001 M N 114. 50 1320 2,'A SECONDARY COHTAINHNTPRESS ~ CONTROL R =

576 tl ~ 8/3<<9 . R73 R601 59 REA DPT 1A4 <<. -'

)

'" 1'3 F

)

R369 11510P3022HBGE01 H515 El X- 091001

,R71 M N 111=, ~ " 4320 59,...-

SECONDARY COttTAINNHTPRESSo CONTROL 2 -;,',A:, 1,.'3 "' N515 576 .H<<8/9 ~ 1,

' Ei R507 RE A-OPT-181 - ' 'R369 11510P3022HBGE01 x x.-09'iOOI 114 50 M N 1320 SECOttDARY,.CONTAINHHTPRESho CONTROL R 576 H~ 3/5<<3 ',: - ~ = Il501 59 2. '-t . A" "

1 -3 ~ = F,-- N515-: R71't

..'- R369 59, PEA-DPT-182, SECONDARY CONTAINHNTPRESSk CONTROL REA"0>><<T-I83 2 ~

'.A. '<<3 'F

,'. R369 11510P3022HBGE01 11510P3022HBGE01 H545

-'R

~

576 N'<<7/3<<5.

D2

-X X X

~

~

'091001 091001

- R73 M

M N

R605 N

111 111 -: ~

),

50 50 1320 4320 SECOt(DARY CONTAINNHTPRESS<<CONTllOL. R 576 N<<8/7<<6.

• R73 R601 59 2 ."-'- A. 1) 3 .F H51 5 01 REA-DPT-184 .  ;"8369 11510P3022HB GE01 X X 091001-, M H 114 50 4320 SECOttDARY CONTAIHHNTPRESS ~ CONTROL

R 576 N~ 1/9<<h R73 8605 59 2 ..~.>> Aq. -1;-3 . F M515 01 REA"M-AD/8 .

-"),.'. <<) ',8066 NA118 R 221002 06153 03 E 1320 FOR RCA-. AD-8>* 559 L ~ 0/8 ~ 1 REA-AD-Bo

"'OTOR R

2 ~

" A"..;"'1.0 M515 F10

'='<<N007 J.'EA-POS-AD/8,,'>>,

EA70050100 Z R 200014 05123,01 S 4320 P OS FOR RC A-A0-8 -'

LE 0/8 ~ 1 RE A AD-Bo

'<<.'-A 1, 0 J H51 5 F10 REA-POS-V/1 POS S'ltITCH FOR RCA-V-l

.'007 EA740 593 HE 5/6 '

A X 200015 R73 RCA-V lo 00 1320 68 2 ~ 1 3 FI H545 J3 REA-POS-V/2 N007 EA710 A X 200015 00 1320 POS SMITCH FOR REA-V-2 R 593 M<<5/6<<2 REA-V-2 o 68 2 A 1 3 I M515 J3 RCA-RE-9A ~

G080 TYPE 191X927G11 R X 277001 06153 10 f 4320 R BLDG VENT RAO CLEMENT R 591 H~ I/4<<3 R73 02017 2 A 1 3 F<<82 M54 5 K6 REA-RC 98 GOAO TYPE lhh X927Gll R X 277001 06153 00 E 1320 EXM AIR PLENUM RAD DETECTOR R 591 tl ~ 5/4 ~ 3 R 73 02017 2 A I 3 82 ' M54 5 Fl

al PROGRAH C1E STD ', 'ASHINGTON PUBLIC POVER SUPPLY SYSTEH MNP-2 .CLASS 1E EOUIPllENT LIST PAGE NO 00199 DATE 09/06/83 STATUS ~ 0'+SEISHIC (Sl PARAHETERS+ ~ 4 KENYA (E) PARAHETERS ~

EPN HFG HOOEL S E QID TH HL TEST ANL FO C FREO AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE. ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION "A/E DRAMING A(E ZONE z ~ 'I

'6 .,

REA-RE-9C ' 0080 TYPE 194X927G11 X'77001 BLDG VENT RAO ELEHENT R 06153 00 E =

4320 R R , 591 H ~ 5/ho5 R73 02D17 2 . s,-A '

3 . F182 H545

'080

. ~

REA-RE-9D EXH AIR PLENUH TYPE 194X927811 R X '77001" 06153 00 E 4320

"'Df!TECTOR 02017 2 RAD

.'A' 3 82 ~ F H545 R 591 ll ~ 5/ho3 Fl R73 REA-RLY-CR1  : ". A500 RXHKl X X 283011 R N 021 06153 14 4320 CONTROL RELAY FOR ISOLATION VALVES R 527 J ~ 0/6 o9 E-I R-7 1+

59 3 P 3 Gl E519 12 REA-RLY-CR2 A500 RXHKl 283011 021 X X R N 06153 04 4320 CONTROL RELAY.FOR ISOLATION VALVES 554 HAT/Be2 59 R E IR 68+

3 P 2 3 Gl E51 9-12 REA-SPV-V/1 A499 VJHT8316E35 X X 3$ 5004 R N 114 03 33+ 4320 REACTOR BLDG NORHAL EXHAUST PILOT 522 J ~ 0/6o9 R73 R R604 E IR 71+

58 2 A 1 3 82yF H545 K3 REA-SPV-V/2 A499 MJHT8316E35 X X 315004 R N 114 03 33+ 4320 REACTOR BLDG NORHAL EXHAUST PILOT R 551 H ~ 7/Bo2 . R73 R604 E IR-68+

58 2 -

A 1 3:B2 ~ F HSI 5 K3 RFV-OP'I-17 G080 555 Y X 156003 05253 04 G 4320 RFM LEVEL VIDE RANGE 'R 522 HE 8/6o6 E-IR-P027+

02 2 P 2 0 G H529 J5 RFM-DPT 4A F130 546 182001 06153 Y X 04 G 4320 RFM LEVEL CONTROL R 522 J+5/7w2 R51 E-IR-POOI+

02 2 P 2 0 G H529 H12 RFV-OPT-48 F130 546 Y X 182001 06153 04 0 4320 RFV LEVEL CONTROL R 522 HE 8/6 ' R51 E- I R -P 0 27+

02 2 P 2 0 G H5 29 J5 RFM-DPT-IC F130 546 Y X 182001 06153 04 G 4320 RFM LEVEL CONTROL R 522 N~ 7/5 ' R51 I8 PO 05+

02 2 P 2 0 G H52 9 J5 RFV-Hn-65a LP00 SHB 4-250 A X 221001 P Y I14 33+ .4320 32 ~ IHP HOTOR OPERATOR RFM V 65A R 505 Hl/5 ~ 7 R41 R310 RFV V 65A+

41A 2 A 1 3 81 H529 G13 RFM HO 658 L200 SHB-4-250 A X 221001 P Y 114 33+ 4320.

32 ~ IHP flOTOR OPERATOR RFM V 658 R 505 HI/6 ~ 3 Rhl R31 0 RFV V-658+

41A 2 A 1 3 81 H529 GI RFV-SPV-32A1 A4<9 VJHT831654 X X 315004 R N 114 03 33+ 4320 SOLENOID PILOT FOR RP V-V-32A IR-F P R 506 N~ 0/4 o9 P,31 R206 E-IR-6 l+

58 2 A 13 BI y5 nn G12

PROGRAH C1C-STD VASHINGTON PUBLIC ROVER SUPPLY SYSTEH PAGE NO 00200 VNP-2 CLASS 1E EQUIPHCNT LIST DATE 09/06/83 STATUS  ?*>SEISHIC IS) PARAHETERSoo? oENV ~ (E) P ARAHETCRS ~

EPN HFG HODEL S E OID TH HL TEST ANL FO C FRED AGING DBE C HOURS DE SCRIP TION BLDG ELEV DETAIL ZONE ROOH ACCURACY COH~OSITE EPN CONTRACT LEVfL EC USE SAFETY FUNCTIOtl A/E BRAVING A/E ZONE RFV-SPV 32A2 A499 VJHT831654 X X 315004 114 03 R N 33+ 4320 SOLEtlOID PILOT FOR RFV-V 32A IR-62 R 505 N~ 0/4 o9- R31 R206 E-IR 61+

58 2 A I 3 BI H529 G12 RFV-SPV-3281 A499 VJHTB3)654 X X 315001 N 21 00 33+

SOLf:NOT 0 PILOT FOR RF'V-V-328 IR-62 .

4320 R 506 No0/4 ~ 9. R31 R206 E IR 61+

58 2 A I 3 Bl H529 G5 RFM-SPV-3282 A499 VJHT831654 X X 315001 21 00 33+

SOLENOID PILOT RFM-V-328 IR-62 N 1320 FOR R 505 N~ 0/4o9 R31 R206 E-IR 64+

58 2 A I 3. Bl.: H529 --= GS RHR-CC-1A 8]35 CEL-ITISS)X3-002 KGX3S-Y69X2-Y X X 038001 05253 00 4320 CONDUCT IVII'Y ELCHENT FOR RHR-HX-] A 02E12 2 P 2 0 G H52 I/1 R 559 J ~ 8/8 G12

' R61 E

RIIR>>CE ln F135 CCL-ITNESS)X3-002-KGX35-Y69X2-Y X X 038001 05253 00 E 4320 RHR CONDUCTIVITY R 559 H ~ 1/9 ~ 0 R63 02E12 P 2 0 G H52 1/2 G7 RHR-nPIS-12A 8080 288A Y X 086001 11 00 33+

R)IR HIGH FLOM LEAK DETECTICH N 4320 501 J?6/3?6 R42 R305 E-IR-P018+

02E12 2 A 1 0 81 H530 G12 PHR-DPI S-128 8080 288A 086001 11 00 33+

Y X N 1320 RIIR HIGH F LOU LEAK DET'ECTIOh R 505 HE 4/9 ' Rhl 8305 E-IR-P021+

02E'le 2 A I 0 Bl H52 1/I n7 RitR-FIS I OA 8080 288 A X 140001 tl 121 10 sHUTDovtl cooLING Loo~ A" FLnv R 4320 R 505 J ~ 6/3o6 R12 E-I 8 -P018+

02E12 3 A I 0 Cof 8521/1 H12 RHB FIS-)08 F080 288 A X 140001 R N 121 10 4320 SHUTDOVtl COOL ItlG LOOP 02C12 A "8"

1 FLOM 0 C~f t'52 1/2 R 503 Ho9/9 Hh

' R13 E-IR P021+

RHR-F IS-10C P080 288 A X 14 0001 121 "c" R N 10 4320 I.onp FLD'v To YEssEL R 505 HE 7/9 ' R42 E-IR-P021+

02E12 3 A 1 0 C ~ f tl5 21/2 E6 RHR-F T-1 P040 50-555)llf!HANCG )56003 X X 05253 01 E 4320 HEAT EXCll II REHOTC SHUTAOVh R 503 J ~ 3/ah V21 02C61 P 2 0 G P52 1/2 H10 RHR-FT 13 GARO 555-1 1 18H > A4I!CF 156003 X X 4320

, FLOM TRANSHIT TO REACTOR HD SPRAY lRH 11) f\ 552 HE 6/5 ' R63 f'-IR-P021o 02E1 2 3 P 2 3 G 8521/2 J12 RHR-F I-1SA R369 1151DPBC22 )56005 00 o Y X N 11 10 4320 FLOIt TRA lSHI I TO COOL IN" LOOF' R 503 J. ~ 6/? ?6 R42 E-I R -f'018+

02 3 A ) 3 I v52 I/I C10

PROGRAH CIE-STO VASHINGTON PUBLIC POVER SUPPLY SYSTCH PAGE NO 00201 VNP-2 CLASS IE EQUIPNENT LIST DATE 09/06/83 STATUS + ~ ~ SEISNIC (Sl PARAHETCRS< ~ + iENV. IE) PARAHCTERSi LPN tIF G NOAEL S F. OID TH HL TEST AWL FO C f REO AGING DBE C HOURS AESCRIP T ION BLDG ELEV OCTA II. ZONE ROON ACCURACY CotlPOSITE EPtl CONTRACT LEVEL EC USE SAf ETY FUtlCT ION A/E DRAVING A/C ZONE RHR-F T-158 804o 5551110N AA4VCF ,P P 156003 FLOV TRANSHIT TO COOL ING LOPP 8 05153 00 P 4320 R 503 H~ 8/9 ~ 3 R41 E-IR-P021+

02E12 3 A I 3 I N52 I/2 Hl 0 RHR-F I-15C 0040 555111BNAA4'VCF P P 156003 FLO'V TRANSHITTER TO LOOP 05153 00 P 4320 C R 501 H~ o/9+3 R41 E-I R-P021+

02E12 3 JL I 0 I N521/2 E7 RHP-LS-IOA N040 751 SPX-H14 Y X 207011 RHR DRAIN POT 4320 LOOP 8 R 475 tl ~ 4/8 ~ 0 R33 215 2 P 2 I C I'.52 1/2 E4 RHR-LS-100 rn40 751 SPX-N14 207011 Y X 4320 RHR DRAIN POT LOOP 8 R 475 N~ 4/8 ~ 0 R33 215 2 P 2 I C 852 I/2 E4 RHR-LS-10C ro4o 751 SPX N11 207011 RHR DRAIN POT Y X 4320 LOOP 8 R 475 H~ 3/8 ~ 0 R33 215 P 2 I C N521/2 E5 RHR-Ls-10D N040 751 SPX-H11 X X 207011 1320 RHR OR A IN POT LOOP 0 R 475 H o3/8 o6 R33 215 2 P 2 I C F521/2 E3 RHR-LS-IIA Hn4 0 751 SPX-N14 X X 207011 4320 RHR OR A IN PAT LOOP h R 175 K~ 3/8 ~ 0 R31 215 2 P I C H52 1/1 C14 R HR -LS-11 0 I 040 75I-Srx-NI4 X X 207011 4320 RHR BRA III POT LOOP A R 475 K~ 3/8 ~ 0 R31 215 2 P 2 I C H521/I C13 RHR-LS-I IC N040 751 SPX H14 X X 207011 4320 RHR DRAIN PAT LOOP A R 475 K~ I/7 ~ 9 R31 215 r 2 I C N52 I/1 C13 RIIR-LS-11A Hn4o 751-SPX-N14 X X 207011 4320 RHR DRAIN PAT LAOP A R 475 K~ I/7 ~ '9 R31 215 2 P 2 1 C H52 I/I C12 RIIR-LT-BA en80 352/3t8 X X 209001 tl 21 00 00 06153 00 P 4320 LEVFL TRANSNITTI:R IIX A R 548 J ~ 0/8 ' R61 RHR HX- I A+

220 P P, I G ~'52 I /I G13 RHR-LT-Be Ano0 352/368 X X 209001 I! 21 00 OO 06153 00 P 4320 LEVEL TRAIISHI TTFR HX-P R 518 R63 PHR-HX 10+

220 2 P 2 I C N521/2 05 RHR-N-P/PA roBO 5K6339XC122A/PZ36 R X 213032 tl 05153 10 I'320.

HOTOR FOR RHR-P-2A R 42< K '/Ga6 R 11 R6 RHP-P-2A+

02FI2 2 A Cot u52 I/I P12

PROGRAH C]E-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEH PAGE NO 00202 VNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS 44+SEISHIC IS) PARAHETERS ~ ~ ~ 4ENV ~ (E) PARAHETERS4 EPtt HFG HOOEL S E QID TH HL TEST ANL FO C FREO AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE'ontl ACCURACY COHPOS I T E EPII CONTRACT LEVEL EC USE GAIETY FUNCTION A/E BRAVING A/E ZONE RHR-II-P/28 0080 5K6339XC 122A/PZ36 R X 213032 N 05153 OO E 132O HoloR FnR RHR-P 28 R 129 L+8/Bos R]3 RT RHR P 28+

02E]2 2 A I 3 C~ I H52 1/2 ~

Ds RHR-I'I-P/?C ~ G080 SK6339XC122A/PZ36 R X 213032 05153 RIIR-P 2C N 00 E 4320 HOTOR FOR R 129 H~ 7/1 46 R]2 R14 RHR-P 2C+

02E]2 2 A ] o c.r H52 1/2 D6.

RHR-I'I-P/3 V]20 75040786 X X 213016 '4320 HOTOR FOR RHR-P-3 R 422 HE 4/4 ~ 9 R12 Rll RHR-P-3+

35A 2 A 1 3 C ~E H52 1/2 CB RHR-HO-1]A L200 SHB 000 5 A X 221001 P Y 1]1 33+ 24

~ 33HP 4]A

~ 95A HOTOR OPER ~ RHR V-1]A R 47S K '/Bol R31 R213 RHR V 11A+

2 A 1 I 0] H521/I Ell RHR HO-1]O L?00 SHB-000-5 A X 221001 P Y 114 33+ ?4

~ 333!!P ROTOR OPERATOR

'A RHR V-lln R 175 L ~ 8/8 ~ I R33 R214 8 HR - V"I 18+

41A 1 I 81 H52 1/2 C12 RHR-HO ]?4A L200 SHC 043D0583A A X ?21001 14 00 1HP HOTAR OPERATOR 215 2 RHR-V-124A A I 1 BI H52 I /I R 473 K '/6L]4' R31 N

R213 RHR-V-1 24 A+

10 C 24

. RHR-Ho-124n L200 SHC 043D0583A A X 221001 N 14 00 33 10 C 24 5 ~ 3IIP/]FAR-B~ 'Ih HO FOR RHR-V-124E']5 R 173 K~ 9/8 ~ I R31 R213 RHR-V-1248+

2 A ] 1 Bl H52 ]/1 C13 RHR-Hn-]25A L200 SHC 04300"83A A X 22 1001 10 C 24

~ 33HP ROTOR OPERATOR RHP.-V,-]25A R 173 L ~ 7/Boo R33 R211 RHR-V ]25A+

2]5 2 A ] I C Hs 21/2 Dl RHR-Hn-]?58 L?no SHC 043D0583A A X ?21001 N 14 00 33 10 24 6/8 '

C

~ 33 HP HOTOR OPERATOR RIIR-V ]258 R 473 LE R33 R211 RHR-V-1258+

215 2 A 1 I C H52 I /2 . D4 RHR-KO-134 A L200 SHC-04-5 A X 221001 P 114 33y 10 C 4320 HOTOR OPERATOR RIIR-V-]34A R 548 K~ 1/9 ~ 0 R61 R504 RHR-V-134 4+

215 2 A ] 0 0 H521/1 E]1 RHR-HO- 134 8 L200 SPC-04-5 A X 221001 P 114 33+ 10 C 4320 HOTOR OPFRATOR RHR-V-]34P R 55] LS/. ~ 2 R63 R506 R HR - V-131 8+

2]S 2 D I 0 0 u52 1/2 I5 RHR-Hn-16A L2no sn-?-Ao A X ?21001 P 'Y 114 33+ 24

]0 ~ 6HP ]5 ~ RA HOTPR OPED RHP-V-]<A R ss6 L.n/1.4 R63 R510 RHR-V 16A+

4]A 2 h I 0 Ul H521/1 HT RHR-HO-I68 L?OO SO-2-80 A X 22]on] r Y 114 33+ 24 10.6tIP ]a.nh HOTOR 0>ER . RHR-v-I(A R 516 K~ 7/8 ~ I n41 R305 PHR-V ]68+

41 A 2 A I 0 81 H52 I /2 D]0

PROGRAM ClE-STD MASHIIIGTON PUBLIC POllER SUPPLY SYSTEH PAGE NO 00203 MNI'-2 CLASS 1E EQUIPHENT LIST DATE 09/06/83 STATUS ~riSEISMIC (S) PARAMETERS*++ iENV ~ lE) PARAMETERS~

EPN MFG MODEL QIO S E TM HL TEST ANL FO C FREO AGIttG DBE C HOURS DLSC RIP T I ON BLDG ELEV DETAIL ZONE ROON ACCURACY COtITRACT COHPOSITE EPN LEVEL EC USE SAF ETY FUNCTIGN A/E ORAIIING A/E ZONE RIIR-HO-17A L200 S8-2-80 .A 221001 P Y 114 33+ 24 10 ~ 6HP )3aBA NOTOR OPER ~ R IIR-V-17A 556 L ~ 0/4 R63 41A R ~4 R510 RHR V 17A+

? A I 0 81 H521/I H6 ~

RHR-MO-170 L200 S8-2-80 221001 '14 A X N 00 33 24 10 ~ 6HP 13 ~ BA NOTOR OPER ~ R HR-V-170 R 516 K~ 5/8 ~ 0 Rhl R310 RHR-V-170+

41A 2 A I 0 81 M52 1/2 012 RHR-HO-21 L200 SHB-3-80 A X ?21001 P Y 1 lh 33+ 24 5 ~ 3tIP 8 ~ 'IA MOTOR OPER ~ RIIR -V"21 R 455 H ~ 4/5 s2 R22 R113 RHR- V-21+

410 2 A 1 0 BitC ~ E H5 21/2 EB RHR-MO 23 L200 SMB 0 15 A X 221001 P N 114 33+ 24 1 ~ 08HP 4 ~ 7A HOTOR OPFR ~ RHR-V-23 R 552 MD 6/5 ' R63 R511 RHR-V-23+

418 2 A 1 3 01 H52 1/2 J13 RHP.-M0-24A L200 SMA-3-80 221001 A X P 114 33+ 4320 5 ~ 3HP 8 ~ 3A MOTOR OPER 418 2 A

~ RIIR V 2 IA 1 3 Al ~ CiE M521/I R 476 K '/FE10 1 R31 Y

R213 RHR V 24At RHR-HO-?48 L200 SMB 3-80 221001 A X P Y 114 33'HR 4320 5 'HP MOTOR OPERATOR RHR V 2 IB R 476 H 2/8 ~ 1 R33 R214 V 248+

41D ~

2 A I 3 Al tC ~ E M52 I /2 Cl1 RHR-MO-26A L200 SHD 000-5 A X 221001 14 00 Y 35 24 0 '33HP MOTOR OPERATOR RIIR V-26A R 476 K ~ 5/Bo2 R31 R213 RHR-V-26A+

41A 2 A I 0 C ~ F H521/1 F12 RHR-Hn-260 L200 SMB-000-5 A X 221001 P 114 33+

0 ~ 333HP HOTOR OPER ATOR Y 24 RtlR-V-268 R 474 LE 2/Aol R33 R214 RHR-V 268+

41A 2 A I 0 Cif II5 2 1/2 EB RHR-HO 27A 0 ~ 5tIP tlOTOR OPERATOR RHR V-27A L200 SM8-00-7 ' A X 221001 Y 114 33+

R 495 K~ 3/4 ~ I R32 R206 RHR V-27At 41A A 1 0 Dt eCtE H52 1/1 07 RHR-HO-270 1.200 SHA 00-7 ' N X 221001 P Y 114 33y 0 'HP HOTOR OPERATOR RHR V-278 A 493 HE 2/Ta9. P33 R206 RHR -V 2 70+

41A 2 A 1 0 Rl ~ CeE 85 21/2 Cll RHR MO 3A L2')0 SHA 1-40 A X 221001 P N 114 33+

2 ~ 6HP MOTOR OPERATOR RHP. V 3A R 562 J ~ 9/Ro5 R61 R507 RHR-V-3A+

41A 2 A 1 3 Cyl HS21/I Hll RHR-HO-30 L200 SHA 1-40 A X 221001 P N 114 33+ 24 2 'HP HOTOR OPERATOR RHR-V 30 R 560 H~ 2/8 ~ 4 R 63 R505 RHR-V-30+

41A 2 A 1 3 Crf H52 I /2 J9 RIIR-HO-40 L200 SHA-000-2 A X ?21001 P N 114 't 3r 10 C 4320

~ 3HP 410 1 94 MOTOR OPED RHR-Y 40 R 553 HE 6/ah R63 R505 RHR<<V 40+

2 h 1 4 95 21/2 Gh

PROGRAN C1E-STD VASHINGTON PUBLIC POVFR SUPPLY SYSIEH PAGE NO 00201 VNP-2 CLASS lE EOUIPNENT LIST DATE 09/06/83 STATUS +~+SEISHIC IS) PARAHETERS ~ ~ < ~ ENV ~ I E) PARAHETERS+

EPN I'F G HODEL S E QID TN HL TEST ANL FO C AGING DBE C HOURS T lotl BLDG ELEV DETAIL ZONE ROON ACCURACY FRED'ESCRIP CONPOSITE Eptl CONTRACT LEVEL EC USE SAFETY FUNCTION A/E DRAVING A/E ZONE RIIR-HO-42A L200 S8-3 150 A X 221001 114 33+

19 'HP/25 'A NTR OP FOR RHR-V 424 R 528 J ~ 0/6 ' R52 P Y R408 RHR V-12A+

4320 414 2 A I 0 81 'eE H52 1/1 G7 RflR HO 428 L200 S8-3-150 A X 221001 P Y 114 33+ 4320 19 'HP 2S ~ 24 HOTOR OPER ~ RHR-V-428 R 528 N~ 0/So8 R53 R105 RHR V 428+

41A 2 4 I 0 Al ~ C ~ E H52 1/2 012 RHR-HO-42C L200 SO ISO 19 'AP 25 41A

'4 NOTOR OPER ~

I R HR V-4?C Al ~ CeE R 528 J ~ 0/6 A X 221001 RSI P Y R408 114 33+

RHR V 42C+

4320 4 0 H5 21/2 E12 RHR-N0-474 L200 SHA 1 40 4 X 221001 P 111 33+

N 1320 2 ~ 6HP/11 eS 5 ~ 754 HO FOR RHR V 474 R 582 tl ~ 3/8 ~ 4 R71 R606 RHR V 17A+

41A 2 A 1 3 CD E H52 I/I . J14 tlat RHR-HO-470 L200 SHB I 40 A X 221001 P N 111 33+ 1320 2 ~ 6IIP/1 1 ~ 5-5 ~ 7 SA HO FOR RHR-V 47f R 582 II ~ 3/8 ~ 6 R73 R605 R flR - V-4 78+

41A 2 A I 3 CeE N521/2 J3 RHR HO 484 L200 SHB 3-80 221001 114 33+

5 ~ 3HP 8 'A HOTOR OPf:R ~ RHR V-484 R 555 8 ~ 6/Js2 4 X R61 P N R507 RHR V 48A+

4320 418 2 4 I 3 CoE H52 I/1 Hll RHR-N0-488 L200 SHB 3 80 5 'HP 8 410

'4 HOTOP OPER ~ RHR V-488 R 555 8/8 '

4 X 221001 R63 N 114 R505 33+

RHR V-4 88+

4320 2 A I 3 Cef H521/2 JB RHR-N0-49 L200 SH8-000-5 4 X 22 1001 P N 114 33+ 1320 0 '33HP ROTOR OPFPATOR RHR V 49 R S53 H~ 5/BoS R63 R505 RHR-V-49+

41A 2' 1 1 8? N52 I /2 C4 R<IR ilO 4 4 L?00 SHR 0-40 4 X 221001 114 33+ 4320 2 '6HP HOTOR OPERATOR 41A 2 A RHR.

1 V-4A 0 BfiCsf N521/1 R 460 K '/8 'C7 R23 P Y R115 RHR-V-4A+

AHR NiO 4< L;no SH8-0-40 A X 221001 I' 114 33+ 4320 2 '6HP HOTOR OPERATOR RHA V-4A R 'l61 LE 2/Bo2 R23 R115 RIIR-V-48+

41A 4 I 0 Bl ~ CoE "521/2 All RHR-HA-4C

'6IIP NOI'OA OPf'RATOA RHR-V-4C L200 SIIB 0 40 4 X 221001 r Y 114 4320 2 R 450 Jo7/4 ~3 R22 R113 RHR-V 4C+

414 2 A I A) sCiE 'l52 1/2 I!I2 RHR-NO-SRA L240 SNA-00-10 4 X 221001 P N 114 33+ 24 5.2HP HOTOR nPERATOR AHR-V-52A R 578 Ho6/9e2 R71 R608 P>>R-V-524+

42A 2 4 11 fiE 8521/I J10 R HR-H0-5? i8 L200 SHA 00-10 X ?21001 N 114 24 5 'IIP NOTOR OPEAATOP. RHR-V-~?B R 578 Nol/8 ' R73 R605 RHR V-528+

42A 2 4 I T CiE N52 I /2 i)6 C)

PROGRAH CIE-STD IIASHI NGTON PUBI.IC POQER SUPPLY SYSTEH

~

PAGE NO 00205 MNP-2 CLASS lE EOUIPHENT LIST DATE 09/06/83 CONTRACT EPN LEVEL MFG OE SCRIP T ION EC USE SAF ETY FUNCTION HOOEL SLOG ELEV A/E ORAIIING A/E ZONE'ENV STATUS S E DETAIL OIO ZONE o ~ oSEISMIC TM ROOM IS) PARAHETERSooo HL TEST ANL FO C ACCURACY FREO

~ I E)

AGING OBE C P ARAMETERS o COMPOSITE EPN HOURS RHR-HO-53A L200 SHB 2-60 X'21001 114 8 'HP MOTOR OPERATOR RHR V 53A A P T 33+ 10 C '4320 R 515 Ko9/4 ~ 1 R42 R312 RHR V 53A+

418 2 A 1 3 C ~ f: ~ Bl H52 1/1 F6 RHR-HO 538 L200 SMB-2-60 221001 A X P Y 114 33+ 10 4320 7 'HP 10A MOTOR OPER ~ RHR V-538 515 L ~ 2/8 ~ 0 C

R R43 R316 RHR-V-538+

4)II 2 A 1 3 CtEt81 H52 1/2 F12 RHR-MO 64A L200 SHB-000-5 A X 221001 P N 114 33+ 4329 2 '6IIP MOTOR OPE.RATOR RHR FCV-64A R 446 K ~ 2/9o2 R21 R116 RHR-FCV 64A+

42A 2 A I 3 Bl ~ ClE H521/I 812 RHR-HO 648 L200 SMB 000 5 A X 221001 P N 114 33+ 4320 MOTOR OPERATOR RHR-FCV-648 R 448 0/9o2 R23 R115 MD RHR FCV 648+

42A 2 A I BlsCiE I'.52 1/2 87 RHR H0-64C LZno SMB 000-5 A X 221001 P N 114 33+ 4320 HOTOR OPERATOR RHR-FCV 54C 450 J ~ 0/4 ~ 9 R R22 R113 RHR-FCV 64C+

42A 2 A 1 0 81 ~ CoE M521/2 ET RHR-HO 68A L200 SHB-0 40 8 X 221001 P 114 33+ 4320 2 ~ 6HP 5 '5A HOTOR OPE'RE RklR-V-68h R 558 J ~ 1/9 ~ R61 N

R507 RHR V 68A+

41A 2 A 1 3 C ~ E ~F 4/1 "

013 3'I52 RHR MO 688 L200 SHB 0 40 8 X 221001 P 114 33+ 4320 2 'H> '5A5 MOTOR OPER ~ RHR-V 688 R 555 HE 8/9o3 R63 N

R505 RHR V 688+

41A A C ~ EoF M52 4/2 F14 RHR-HO 6A L200 SMB 0-25 A X 221001 P N 114 33+ 4320 2 ~ E6IIP HOTOR OPE'RATOR RHR-V-GA 41A R 430 K '/Bo3 Rll R6 RHR-V-6A+

2 A 1 3 CiE M521/1 88 RHR-HO 68 L200 SMB 0-25 221001 A X P N 114 4320 2 '6HP MOTOR OPERATOR RIIR Y-68 R 'l30 L ~ 8/Bo5 R13 R7 RHR-V-68+

41A 2 A I 3 CoE H52 1/1 -87 RHR-HO 73A L200 SHC-04-5 221001 33+

A X P N 114 10 C 4320 2 ~ OIIP HOTOR OPE;RAT OR RHR-V-73A 590 J ~ 'I/9o2.

'15 2 A 1 3 Csf M521/1 R

H13 R71 R606 RHR V 73A+

RIIR-MO 738 L200 SHC-04-5 221001 F 114 33+

A 10 C 4320 2 ~ OIIP HOTOR OPFRATOR RHR-V-738 R 590 Ho2/9 ' R73 PHR-V-738+

215 2 h I 3 Cof 852 I/2 II4 RHR-HO-74A L200 SMC-04 5 A X 221001 114 33+

P N 10 C 4320.

2oOHP HOTOR OPERATOR RHR-V-74A 215 l R 590 J ~ 9/9 ' R71 PHR-V-74A+

2 A 3 Cof H52 1/1 H13 RIIR-HO-748 LZCC SHC-04-5 A 7 221001 P 11 I %3o 10 C 4320 2.6HP HOTOR OPERhTOP. RHP-V-t48 R 59E MD 3/9 ' R73 Rf 05 RHR V 748+

215 2 4 I 3 Cif 852 1/2 JQ

PROGRAH C1E-STD VASHI NGTON PUBLIC PO'VER SUPPLY SYSTEH PAGC NO 00206 VNP-2 CLASS 1E EOUIPHCNT I.IST DATE 09/06/83 STATUS *e eSEISHIC IS) PARAHETERS ~ e ~ eENV ~ (E) P ARAMETERS ~

CPN MFG HODEL S E QID TH HL TEST ANL FO C FREQ AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPtl CONTRACT LCVFL EC USE SAFE'f Y FUNCTION . A/E BRAVING A/E ZOtlE RHR-80 8 L200 Sl"8-2-80 A X 221001 P Y 114 33e 4320 5 ~ PHP MOTOR OPERATOR RMR-V-8 k '12 t'. )JT ~ 3 R43 R315 RHR-V-B+

4th 2 A I 3 81 ~ CeE H521/ I E7.

RHR MO 874 L200 SHB 00 10 A X 221001 P N 114 33+ 24 3 ~ 89HP MOTOR OPERATOR RHR V 87A R 578 J/9 ' R71 R606 RIIR V 87A+

42A 2 A 1 1 CeE H52 1/I J10 RHR-HO-878 L200 SHB-00-10 X 221001 P tl 114 33e 24 HOTOR OPERATOR RHR-V-878 R 578 MD 8/8 ' R73 R601 RHR V 878+

42A 2 A - 1 I CeE H52 1/2 J6 RHR-M0-9 L2no SHB-2-60 221001 111 33+

A X P Y 4320 10 't!P HOTOR OPCRATOR RHR-V-9 C 511 160 D AZ R23 CI7 RHR-V-9+

41A 2 A I 3 Bl ~ CeE H521/1 I'6 R HP. HO 93 L200 SMB 0 10/'T56 A X 221001 17 4320 2 ~ 6HP 5 75A MOTOP. OPER ~ RHR-V-I 1f R 548 N~ 0/Bo6 R63 R MR- V- 1 1 6+

02GI I 2 A I 0 82 ~ CeF H52 1/2 J9 RHR-MO-94 L200 SIIB-0-40/T56 A X ?21001 07 4320 2 'HP 5A HOTOR OPER ~ RHR V 115 R 54 8 N~ 0/9 ~ 0 R63 RMR -V 1 15+

02G11 2 A I 0 82eCeF H52 I /2 J9 RHR"80-994 L200 SM8-000-5 D X 221001 P Y 114 33+ 10 C 4320 MOTOR OPCRATOR FOR RHR-V-l A3A C 514 95 D AZ R28 C47 RMR V 123A+

215 2 A I 3 RleC ~ E H521/1 f.5 E RHR-HO 9'IB L200 SMB 000-5 D X 221001 P Y 111 33+ 10 C 017

~

MOTOR OPCRATOR FOR RHR-V-I 238 C 510 2700 AZ R27 C14 RHR-V-1238 215 2 A 1 0 Bl H52 I/2 EI3 PHR PIS 2?A 8080 288A Y X 245002 4320 PRI'SSURE INDICATING SVITCH H22-POIR R 505 J ~ 7/3 o7 R42 E- I R-P 0 18+

02 2 P 2 0 H5 21/1 E14 RMR-PIG-?20 POBO 28RJL Y X 245002 R N 111 33+ 4320 PRESSURf. INIIICATING SVI TCHt'?2-PO I R 505 He6/9 ~3 . 841 E-IR-P021+

02E12 2 P 2 3 G t!52 I /? D3 RMR-PIS-22C PO80 2PBA Y X ?45002 4320 PRCSSURC INDICATING SVITCHH2?-I'021 R 503 M~ 6/no3 R41 f:-IR-PO 21+

02  ? r 2 0 r 85 21/2 f5 RHR-PS-16h 8382 5tl-AA3-(X10) STT X ?56016 R N 114 33+ 24 ADS PCRttf SSIVE (10 240 ~ PSI0) R 503 J ~ F/3 ' P42 R305 C-I R-PO I Jte 02C12 2 A 1 0 C~ I II52 1/1 C15 RMR-PS-le'8 ADS PCR)eISSIVE f10-?40 f'SIG)

~P2 5tl-AA3 IX]0)

R X

503 Il ~ f/9 ~ 3 X ?56016 R41 R N R305 114 33'" I R-f'021+ 24 02C12 2 A I 0 CD I H52 I /2 C3

PROGRAH ClE-STD VASHI IIGTOk PUBLIC POVER SUPPLY SYSTEM PAGE NO 00207 VNP-2 CLASS 1E EOUIPHENT L.IST DATE. 09/06/83 STATUS ++tSEISMIC (S) PARAMETERSiit +ENV ~ (E) P ARAHETERS t EPtl MFG MODEL S E OID TH HL TEST ANL FO C FREO AGING DBE C HOUR S DESCRIP I ION BLDG ELEV DETAIL ZONE ROOM ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAf ETY FUNCTION ~ A/E DRAVING A/I'ONE RHR-PS-16C S3(32 5H-AA3-(XI 0) -STT X X 256016 R N 114 33+ 24 AOS PERMISSIVE (10 240 PSIG) R 503 HE 8/9 ' R41 R305 E- I R-P021+

02E12 2 A 1 0 C~I HS2 1/2 DS RHR-PS-18 $ 382 6N6 E45-NX/C I ATT X5 X X 256016 R N 114 33+ 4320 PRESS SltITCH SHUTDOMN COOL SUCT ~ R S07 N~ i/7 '

02E12 2 P 2 0 G H52 1/1 OB I? IIR-PS 19A St82 Stl-AA3 (Xln) STT X X 256016 R N 114 33+

AOS FERHISSIVE (10-240 FSI0) PUHP R 503 Jof /3 ~ 8 R42 E-IR-P018+

02 2 A 1 0 CtE H521/1 C14 RHR PS 198 S382 SN"AA3-(Xln)-STT X X 256016 R N 114 33+ 24 AOS PERIIISSIVE (10-240 PS I G) PUI" f R 503 HE 8/9 ' R41 E-IR-P021+

02 2 A 1 0 CUE H52 1/2 C3 R HR PS 19C S382 SN-AA3-(X10) -STT X X 256016 R N 114 33+ 24 ADS 02 FERHISSIVE (10-240 PSI 0) PUHPC A 1 0 CyE'521/2 R 505 HE 8/9+3 DS R41 E-IR-Pn 21+

RHR-TE-27A F427 117C3485P022 X X 339023 N 01 99+ 06153 10 F. 4320 TEMPERATURE- ELEHENT (PR IHA RY) R 565 J o2/8 ~ 0 R 61 2 2 P 2 G tl52 1/1 M10 R IR-TE-2733 P427 117C3485P022 X X 339023 N 01 99+ 06153 10 f 4320 TEMPERATURE ELEHENT (PRIHAFY) R 565 HE 6/8 ' Il63 2 2 P 2 3 G HS2 1/2 J10 RHR-TE-4A TEHPFRATURE ELEHENT (PRIMARY) 02E12 2 P 7 3 F427 G

117C348SP022 H52 1/1 R 588 J ~ 8/9 ':

X X II10 339023 R71 N 01 99+ 06153 10 E 4320 RHR TE 48 P427 117C3485P 022 X X 339023 N 01 99+ 06153 10 E. 4320 TEMPI R a TURE EL EHEN T (PR )MA R Y) R 588 MD 4/9~0 R73 02E12 2 r 2 t G H52 1/2 J7 RHR TE 5A RHR-IIX-2A SSV OUTLET TEHP P427 I 1 7C 3 4 SS I'22 R 560 J ~ 3/8 X X 339023 R61 N 01 99+ 06153 10 I'320 02F 2 P 2 3 G H524/I C13 RHR-TE 513 P477 117C3485P022 X X 339023 N 01 99+ 06153 10 E 4320 RHR-HX-28 SSV OUTLET TEII+

t R 560 HAT/8 ' R61 02E 2 P G I352 4/2 F13 RHR-V-60A "O4/So5 R63 215 2 A 1 0 82 M52 1 J5 ROA-H-AD/19 8066 HA418 R 221002 06153 14 E 4320 HOToR FoR ROA-An-19 R 560 LE 9/So2 64 2 A 1 0 J H545 FS ROA"POS-V/I N007 70050100 Y J 200014 05033 11 S 4320 POS FOR ROA-V I R 578 N ~ 7/5o7 ROA-V-1+

2 A 1 3 82 ' E519/12 08 ROA-POS-V/2 W007 70050100 Y P 200014 05033 11 S 4320 IOS FOR ROA-V-2 R 578 N~ 7/5 ~ 0 ROA-V-2+

2 A I 3 82oF E51 9/12 08 ROA-RI.Y-CR1A A500 RXHI<<i X X 283011 06153 00 4320 Cnt<<TROL TSOLATION VALVE ROA-V 1 R 556 Noo/6 ~ 0 E-IR-67+

P 2 3. Gl E51 9/12 07 ROA-RLY CR200 A500 RXHKI X X 283011 F 06153 00 4320 CONTROL ISOLATION VALVE Ro A-V-2 R 528 N~ 0/803 E-I R-69+

3 P 2 Gl E51 9/12 D7 ROA SPV-10 A'<<99 HBX8320A-1 X X 315002 0 N 114 03 33+ 4320 Dlv II Mcc RQQN DAMpFR soL PILOT R 524 Ho5/3o9 . R32 R410 216 2 P 2 0 Gl M54 5 f15 ROA SPV 100 A499 MJMT831654 X X 315004 P N 114 03 33+ 4320 ROA V-1 SOL PILOT VA R 553 HE 8/5%7 R63 R504 E-IR-67+

216 2 A I 3 82 ' H54 5 F3 ROA SPY 11 A499 HDX83208-1 X X 315002 0 N 114 03 4320 nlV I HCC ROOH DAHPER SOL PILOT- R 524 II ~ 7/8 ~1 R31 R212 216 2 P 2 0 G<< H54 5 n7 ROA-SPV 12 A499 HBY83208-1 X X 315002 0 N 114 03 33+ 4320 DC HCC ROOM DAHPI:R SOL PILOT R 480 HAS/8 ~ 1 R31 R212 216 20 GI M54 5 C7 ROA-SPV 13 /499 HAX8320A X X 315002 0 I<<114 03 33+ 4320 H2 RECO'.In HCC RI (OIV I) DAMPER .0 R 596 M~ 3/5 o9 R73 R611.

216 2 P 2 0 GI H54 5 Glr ROA-SPV-14 A499 HBXASPOA I X X 315002 0 t<< 114 03 33+ 4320 H2 RECOMB HCC RM IDIV ll) DAMPER S R 59P MD 4/Rol R73 R612 216 2 P 2 0 Gl M9 hoi 614

PROGRAN CIE-STD MASHINGTON PUBLIC POIIER SUPPLY SYSTEN PAGE NO 00209 MNP-2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 STATUS oo ~ SEISHIC lS) PARANETERSoo ~ oENV ~ (E) P ARAHETERSo EPN HFG HODEL S E OID TH HL TEST ANL FO C FRED AGING DBE C HOURS DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY CO)lPOSITE CONTRACT LEVEL EC USE, SAFETY FUNCTION A/E DRAltING A/E ZONE EPN'OA"spv-15 hh99 HBX8320A-I X X ,315002 0 N 114 03 33+ 4320 SOLENOID PILOT VALVE R 563 N~ 8/4 ~ 4 R 63 R516 216 2 P 2 0 G1 ,, H515 G13 ROA-SPY-17 A499 HBX8320A-I X X 315002 D 114 03 33+

ANALYZ'ER RH 18 DANPER SOL PILOT LO N 4320 R S63 N~ 8/4 ~ 4 R63 R512 216 2 P 2 0 Gl N54 5 Glh ROA-SPV-200 A499 MJHT8316E35 X R 315004 P 114 03 33+

V-2 SOL PILOT N 4320 ROA VA R 529 N~ 0/8 o2 C54 R404 E-IR-69+

216 2 A I 3 82 ~ F H54 5 F3 RPS-PS 2A S382 12N-AA4-X10T T 256016 114 Y X R N 33+ ~ 17 HIGH DRYMELL PRESSURE 0<<2 6 PSIH22 P004 R 525 Jo5/Tol R51 R404 E-IR-Ppph+

02C72 2 A 1 0 A 807E178TCI C3 RPS-PS-2P. S382 12N-AA4-X10TT A X 256016 114 33+

HIGH DRYMELL PRESSURE R N ~ 17 Oo2 6 PSI R 52S N~ 8/6<<6 R53 R401 E-IR-P027+

02C72 2 A I 0 A 807EI TBTCI 7C3 R~S-PS 2C S382 12N-AA5"X1OTT 256016 HIGH DRYMELL PRESSURE Y X R N 114 33+, ~ 1'7 0 ~2 6 PSI R 524 N ~ 8/508 R53 R404 E-I R PO 05+

02C72 2 A 1 0 A ROTE178TCI 6J3 RPS PS 20 3382 12N"AA5-X10TT 256016 X X R N 111 03 10 ~ 17 HIGII ORYltELL PRESSURE 0 ~ 2-6 PS I R 529 H~ 4/4 ~ 2 R52 Rhph E-IR-P026+

02C72 2 A 1 0 A 807E178TCI 7J3 RPS-PS 4 8080 288A 256007 121 09 A X R N 4320 PR Ill~

02C72 CONT HIGH PRESS 2 P 2 0 N529 R 522 J5/7 ' R51 R404 E-IR-Ppph+

G H13 RRA-N-FN/1 M120 SOFC/182T X X 213012 4320 3HP/4 ~ 7A tlOTOR FOR RRA f'tl-1 R 445 H~ 7/403 R22 R113 RRA-FC 1+

67 2 A 1 3 N545 814 RRA-H FN/10 M)20 SP.FC 213023 05153 X X 00 4320 3HP/4 ~ 6'5A tlOTOR FOR RRA Ftt-10 67 2 A 0 J tl51 5 R 522 N~ 3/3 ' R53 R110 RRA-FC-10+

1 E15 RRA-N-FN/11 M120 SBFC X X 21 3023 05153 00 4320 3HP/4 '54 HOTOR FAR RRA-FN-11 R 522 H~ 5/8 ~ 0 R51 Rhl I RRA FC 11+

67 2 A I 0 J N54 5 E7 RRA-N-FN/12 lt120 TBAN 213015 05253 4320 5HP/5 'A NOTOR FOR RRA-FN 12 It <<

X X li/ 1 o 0 R31 R212 RRA-FC 12+

01 216 2 A 1 0 J N54 5 C7 RRA-N-FN/13 M) 20 TDAN X X 213015 F 05253 Ol 4320 3ttr/ta tlOTOR FnR RRh-Ft<-13

' R 585 H~ 3/6 ~ 1 R73 R611 RRA-FC-13+

216 h I 0 ol H54 5 ti15

PROGRAH CIE-STD MASHINGTON PUB LIC POMER SUPPLY SYSTEH PAGE NO 00210 MNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS ~ ooSEISHIC (S) PARAHETERSooo oENV ~ IE) PARAMETERS ~

EPN MFG HODEL S K OID TN HL TEST ANL FO C FREO AGING DBE C HOURS DESCR IP T ION BLDG ELEV DETAIL ZONE ROON ACCURACY CONPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUtlCT ION A/E DRAMING A/E ZONK RRA H FN/14 M120 TRAN X X 213015 F 052S3 3IIP/5 ~ 5A MOTOR 01 4320 FOR RRA-FN 14 R 585 H~ 7/9 ~ 0 R73 R612 RRA FC lho 216 2 A I 0 J M545 k13 RRA M-FN/15 1120 TBAN 213015 3HP/5 'A HOTOR FOR RRA FN-15 R 560 HE 5/405 X X R63 R516 R RA 05253 FC 15+

01 4320 216 2 A 1 0 J H54 5 G14 RRA M-FW/17 M120 TBAN X X 213015 05253 01 4320 3IIP/5 ~ TA HOTOR FOR RhA FN-17 R 518 HoS/4 o7 R63 RS12 RRA FC 17+

216- 2 A I 0 J N545 G14 RRA "H-Ftl/19 MIZ0 SBFC Z R 213011 33+ 05153 00 E 4320 3NP oIOTOR FAR RRA FN-19 R 548 L ~ 1 0/8 ~ 1 R63 RRA FC 19+

215 2 A 1 3 J H515 G9 RRA-H-FN/2 M120 SDFC/182T X X 213012 4320 3MP/TA IIOTOR FOR RRA-FN 2 R 115 L ~ 0/8 ~ 3 R21 R116 RRA-FC-2+

67 2 A '1 3 J 8515 88 RRA H FN/20 M)20 TBFC Z R 213011 05153 00 E 4320 3MP HOTOR FOR RRA-FN-2 R 518 L ~ 8/8 ~ 4 R63 RRA-FC-20+

215 2 A 1 H5 45 GB RRA-M-FN/3 M)20 SDFC/1827 ,X X 213012 4320 3MP/4 'SA MOTOR FOR RRA-FN-3 R 145 H~ 0/Bo3 R23 R115 RRA-FC-3+

67 2 A 1 3 J M515 810 RR A-tl-FN/4 M)20 TDFC/2567 X X 213025 05153 00 E 4320 10IIP/7A HOTOR FOR RRA-FN-4 R 441 H~ 4/4 ~ 1 R23 R106 RRA-FC 4+

67 ~

2 A I 0 J N545 812 RRA-H FN/5 M120 SBFC 213013 4320 SHP/6 'A MOTOR FOR RRA-Ftl-5 R 441 K~

X 7/3 ~ 8 X

R22 Rllh RRA-FC 5+

67 2 A I 0 J M54 5 813 RRA-M-FN/6 M)20 TDFC/145T X X 213021 05153 00 21 2IIP/3A NOTOR FOR RRA-Ftt-6 R 441 H~ 6/7 ~ 7 R21 R112 RRA-FC-6+

67 2 A 1 1 L M545 87 RRA-RMS-F!I/I S345 KYC I X R P85002 05253 01 E 4320

.CO!ITROL SMITCH FOR RRA-rtt-I 8 414 H~ 8/4 ~ 3 3 P 2 I J 8545 814 RRA-RHS Ftl/2 5345 KYC I X J 285002 C5253 11 4320 CONTROL S'MITCH FOR RRA-FN R 444 X.Z/8.2 3 P 2 3 J t.54 5 RA RRA-RNS Ftt/3 c145 KYC-I X 8 285002 05253 01 1320 COtlTROL SMITCH FOR RRA FN 3 R 444 L ~ 8/8 o2 3 P 2 3 J M5 45 [s9

PROGRAM CIE-STO VASHINGl'ON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00211 VNP 2 CLASS 1E EOUIPHENT LIST DATE 09/06/83 ii+SEISHIC (S) +ENV ~ fE) PARAHCTERS ~

EPtl PFG MODEL STATUS S E QIO TN PARAHETERS++ ~

HL TEST ANL FO C FREQ AGING OBE C HOURS 6 DESCRIPTION BLDG ELEV DETAIL ZONE ROOH ACCURACY COMPOSITE EPN

. CONTRACT LEVEL EC USE SAFETY FUtlCT ION A/E BRAVING. A/C ZONE RRA RMS-Ftl/4 S345 K YC-I X X 285002 05253 11 4320 CONTROL SMITCH FOR RRA" FN-4 R 444 H~ 4/4+7 3 P 2 3 J H545 . 812 RRA RHS FN/5 S345 K YC-I X X 285002 05253 01 4320 CONTROL SMITCH FOR RRA-FN-5 R 444 K~ 7/3e8 3 P 2 0 J M54 5 813 RRA-RHS FN/6 285002 05253 CONTROL SVI'ICH FOR RRA-FN 6 3 P 2 1 S345 L

KYC 1

,. H545 R lll He6/887 X X

~ 0 01 RRC FT-11A R~69 115IOPF A22HB Y X 259003 05 G ~ 17 FLOV TRANSHITTER R 473 L ~ 6/4 ~ 0 R33 E IR-P006+

02835 3 2 0 G H53 0 GI3 RRC FT-118 R369 1151OPBA22MB 8 X- 259003 05 G F 17 FLOV TRANSMITTER R 473 N~ 6/8 ~ I R33 E-IR-P022+

02835 3 P 2 0 G N530 G5 RRC-MO-16A L200 SMC 04 A X 221001 10 24 2HP tlOTOR OPERATOR FOR RRC V 16A R 506 HE 5/4 ~ 4 R43 R307 RRC V-16A+

215 2 A 1 0 81 H53 0 Cll RRC-HO 168 L200 SHC-04 0 X 221001 10 C 24 2 HP HOTOR OPERATOR FOR RRC V-168 R 506 J ~ 5/7 ~ 6 Rhi R305 RRC-V-168+

215 2 A 1 0 81 M5 30 R14 RRC PS I RA S382 SNAA3Y105TT Y X 256016 R N 114 03 10 4320 PRESSURE SMITCH NON TNO H22 P006 R 475 L ~ 6/h ~ 0 R33 R206 IR P006+

02835 2 A I 0 81 t153 0 G12 RRC-PS 188 F069 81T-N12S S-GE Y X 256002 R N 14 00 33+ 4320 SMITCH NON INO H22-P022 475 6/F 1 R33 R206 E-IR-P022'+

PRCSSURE 028 2 A I 0 81 M53 0 R N~

F5 a 256016 06153 4320 RRC PS 3GA I NHI 8 I I OR Sll I I CH F OR S382 RRC-V-57A 12N-K4 R 54P NOR/5 X X

' R33 E-I R-67+

11 E o

220 2 P 2 0 G M53 0 E10 RRC PS-368 S382 12N-Kl X X 256016 06153 11 E 4320 ItlHIBITOR SVITCH FOR RP.C V-678 R 548 HE 7/8 ~ I R33 E-I R-68+

220 2 D 2 0 G M53 0 I7 RRC PT-30A R369 1152GPBE22T0280PB X 259003 06153 02 G 4320 VCSSEL DOME PRCSSURE R 522 J ~ 5/7 02 IR P004+

02 2 P 2 0 G M529 J14 RRC-PT-3nD R369 1152Gr9C22702ROFB X 259003 06153 02 0 4320 Vf:SSf:L DOME PRESSURf: R 522 MARIE. ~ 6 F -IR-0027+

02 2 P 2 0 M5 29 tl 5

PROGRAH CIE-STD MASHI NGTON PUBLIC POVER SUPPLY SYSTEtl PAGE NO 00212 VNP-2 CLASS IE FOUTP~ENT LIST DATE 09/06/83 STATUS iatSEISHIC lS) PARAHETERSaea ~ ENV ~ lE) PARAHETERS ~

EPN HFG HODEL S E 0 ID TH HL TEST ANL FO C FREQ AGING DDE C HOURS DESCRIP T ION BLDG ELE V DETAIL ZONE ROOK ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E BRAVING -A/E ZONE RRC TE 21 N275 117C3485P083 X'39023 06303 06 E 4320 RRC TEtlP ELEH ~ C 501 C45 02 2 P 2 3 G H523 F13 RRC-TE'3A C080 159C4520F004 X X 339023 06153 RRC TEHP ELENA 05 4320 C 506 148 0 AZ C47 02835 2 P 2 3 G H53 0 C12 RRC-TE 238 COBO 159C4520F004 X X -339023 06153 05 4320 RRC TEHP ELEH C 506 235 D AZ C44 02835 2 P 2 3 G H53 0 C5 RRC TE 28A R369 177 443-4 X X 339027 06153 05 E 4320 RRC TEHP ELEH C 506 148 0 AZ C47 02835 2 2 ~ G H530 C12 RRC-TE-208 R369 177-413-1 X X 339027 06153 RRC TEHP ELEH 05 E 4320 C 506 235 D AZ C44 02835 2 P 2 3 G H53 0 C5 RRC V-19 T020 82H 001 X X 361015 06153 10 24 E

I ~ 0" SOLFNOID SAHP VLV C 509 319 0 AZ R35 C41 RRC V 19+

220 2 A I =0 81 H530 Fll RRC-V-20 tl095 tlV36RP H3 X X 36 1009 01014 10 21 I ~ 0" GOLF tl010 SAHP VLV R 506 JoO/6o9 Rhl RRC V-20+

215 2 A I 0 BI H53 0 F12 RMCU-DPIS-25 8040 289 Y X 086001 05253 13 4320 OPIS PRESS ~ BOUNT ~ FOR 3

FE-35 2 0 H523 R 522 N~ &/5 ' R53 .E-IR-P002+

G P G F15 RVCU-FT 15 804 0 50-555111PLA A4VC J Y X 156003 05033 11 P 24 LO RVCU ISOL FLOll R 522 N~ 8/5 ' R53 E-I R P0 02+

02E31 3 A 1 0 811F H52 3 Rl 1 RVCU-FT-36 RO40 555111BHAA4MRP Y X 156003 R 33+ 05153 10 P 24 lLOM ELEKENT 35 PRESSURf.'OUttDAPV R 524 N~ R/5 ~ 0 P53 E-IR"P002+

02E31 3 A I 0 Bl ~ F 852 3 F15 RVCU-FT 41 804O 5551118HAahMBH Y X 156003 R 05153 10 P 24 FLOM TRANSHITTER P 524 NBA/5oo R53 E-IR-P002+

02831 3 I n Ol,F H523 Hl 1 RMCU-HO-I L2oo ~'HD-0-25 221001 P T 114 33+ 24 1 ~ 6HP 4 ~ OA ROTOR OPE R ~ RMCU-V-1 C 54n 150 DEG C57 PMCU-V-I+

41A ri 10 81 '152 3 F15 RVCU-HO-4 L200 Stln-0-25 A X 22 1001 P Y II4 33y 1 ~ olin 7 ~ 5A ROTOR OPER ~ RVCU V 4 R 53n HE 7/5 ' R53 R406 RMCU V 4+

41A 2 A I 0 8l 8523 E15

~

PROGRAH ClE-STD MASHI NGTON PUBLIC PO'LIER SUPPLY SYSTEN PAGE NO 00213 IINP-2 CLASS IC EQUIPHENT LIST DATE 09/06/83 STATUS oooSEISHIC (S) PARAHETERSo*o oCNV ~ IE) PARAIIETERSo EPN HFG HOOEL S C QIO TH HL TEST ANL FO C FRED AGItIG DBE C HOURS DESCP IP I ION BLDG ELEV . DETAIL ZONE ROON ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SATCTY FUNCTICN 4/E ORAMING 4/E ZONE RMCU-H0-40 L200 SNB-0-25 X'21001 P Y 111 33+ 24 I~6 HP HOTOR OPER 'MCU-V-40o R 515 H~ 6/5 ~ 1 ~

R12 RlICU V 40+

41A 2 4 I 0 81 tl523 011 SGT-DPIS-1A D295 3002LT 086004 01 SGT-FU-1A AP ACROSS SGT-NS-1A LOC X X R 06153 04 4320 R 572 H~ 8/6oh R72 SGT FU>>1A+

18 2 P 2 0 G N544 J13 SGT-DPIS 10 0295 3002LT 086001 04 SGT-FU-1A AP ACROSS SGT-NS-10 LOC X X R 06153 04 1320 579 J ~ 4/6o3 R72 SGT<<FU-18+

18 2 P 2 0 G N544 E13 SGT-DPI S 2A C795 3002LT 086001 04 06153 X X R 04 4320 SGT-FU )A AP ACROSSSGT-FL IA 1 LCC 572 HE 8/6 ' R71 SGT-FU IA+

18 2 P 2 0 G H541 J12 SGT OPIS-28 C295 3002LT X X 086004 R 04 06153 04 4320 SGT-FU Itl AP ACROSSSGT-HF 10-1 LOC R 579 Joh/6o3 R72 SGT-FU-18+

18 2 P 2 0 G H544 C12 SGT-DPIS-34 0295 3010LT X X 086001 R 01 06153 01 4320 SGT-FU-14 AP ACROSSSGT-HF .14-1 LOC 572 HER/6oh R71 SGT FU I A+

18 2 P 2 0 G H51 1 J12 SGT-OPIS-30 0295 3010LT X X 086004 R 01 06153 04 4320 SGT FU 18 AP ACROSSSGT-CF 18-1 LCC 579 J ~ 4/6o3 R72 SGT-FU-18+

18 2 P 2 0 G F544 C12 SGT-OPIS-4A 0295 3010LT X X 006001 R 04 06153 04 1320 SGT FU-1A AP ACROSSSGT-CF-14-2 LOC 572 ko8/ah R72 SGT FU 1 A+

18 P 2 0 G 854 4 Jl 1 SGT-OPIS-48 0295 301 0LT X X 086004 R 04 06153 01 4320 SGT-FU IO AP ACROSSSGT CF 10 2 LGC R 579 J ~ 4/6 o3 R71 SGT-FU-18+

18 2, P 2 0 G N54 4 El I SGT-DPIS-GA 0295 3010LT X X 086004 R 06153 04 1320 SGT-FU-14 AP ACROSSSGT CF-14-2 LOC 18 r 0 0 572 HER/6 ' R71 SGT "FU 14+

2 H54 4 J9 SGT-PPIS-50 02q5 3010LT X X 086004 R 06153 04 4320 SGT-FU-10 AP ACFOSSSGT-HF-18-2 LOC 579 J ~ 4 /6 ~ 3 871 SGT FU-10+

18 2 P 2 0 G '154 4 E9 SGT-DPIS-GA C295 3004LT X X 08fi004 R 04 06153 04 ,

4320 SGT-FU 1A AP ACROSSSGT-HF-)4-2 LPC 572 II ~ 8/6 ~ 4 P71 SGT-FU-IA+

18 2 P 2 0 8 N54 4 JB.

SGT-OP IS-GD P295 3004LT X X 086004 R 04 06153 01 4320 SGT-FU-10 AP ACROSSS"I-IIF- 10-2 I.('C R 579 J ~ 4/6 ~ 3 R7l SGT-FU 18+

P 2 r 0 854 4 CB

0 PROGRAH CIE-STO MASHINGTON PUBLIC POMER SUPPLY SYSTEH PAGE NO 00214 MNP-2 CLASS IE EOUIPHENT LIST DATE 09/06/83 STATUS . ~ eeSEISH]C (S) PARAHETERSe ~ e ~ ENV ~ I E ) P ARAHETERSe Eptt HFG HODEL S E QIO TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIP TION ~ SLOG ELEV DETAIL ZONE ROOH ACCURACY COHPOSITE EPN COttTRACT LEVEL EC USE SAFETY FUNCTION 4/E DRAMIHG A/E ZONE e

SGT-EHC I A I 22 ~ 5 KM ELECTRIC HEATING COIL 18 . 2 4 I C332 DqF 2717199 H5 11 ~ .-

R 576 He7/5e6

X X'109008

~ *

'72 D N R608 200 03 SGT-FU-IA+

4320 H13'747499 SGT-EHC-IA2 C332 X X 109tt08 D N 200 03 4320 ELECTR IC HEATING COIL R 576 H~ 7/5e6 R72 R608 SGT "FU" IA+

18 2 A I C DeF H51 4 H13 SGT-EtlC-181 C332 27-47199 X X 109008 D N 200 03 11 4320 22 ~ 5 KM ELECTRIC HEATING COIL 18 I DiF R 576 J ~ 3/5 ' R72 R607 SGT-FU-18+

2 A 0 H541 D13 SGT-EHC 182 C332 27-17199 X X 109008 0 H 200 03 11 4320 ELECTRIC HEATI)JG COIL R 576 J ~ 3/5 e6 R72 R607 SGT-Flt-18+

18 2 A I 0 DE F H511 D13 SGT-EHO-IAI 1206 NH91GZ073E IF-ZN20 ~ A X 110001 P N 121 03 33+ 10143 10 S 4320 SGT-FN-141 INLET VANES OPER R 575 H~ 5/7e7 RTI R608 SGT-FN IAIDO 28 2 A I 0 0 ' H511 J7 SGT-EHO 1A2 1206 HH91GZ073EIF ZN20 A X '10001 P H 121 33+ 10113 10 S 4320 SGT-FN-142 INLET VANES OPER R 575 HER/7 ' RTI R608 SGT.-FN-I A2+

28 2 4 I 0 DoF H511 GT SGT-E)IO-181 1206 HH91GZ073EIF-ZN20 A X 11 0001 P N 121 03 33+ 10143 00 S 4320 SGT FN-101 INLET VANES OPER R 575 J ~ I/7 e7 R71 8607 SGT-FN-181+

20 2 4 I 0 niF H5 44 CT SGT-EHO-182 1206 NH91GZ073E1F-ZN20 4 X 110001 P N 121 334 10143 00 S 4320 SGT-FN-182 INLET VANES OPER R 575 Jea/7e7 R71 R607 SGT-FH-182+

28 4 I 0 niF H544 E7 0

SGT-FS-242 8080 2894 Z X 154005 F 06153 10 E 4320 SGT-FN-14-1 OISCH ~ LOC-AL- R 572 HE 9/7 ' R71 220 2 4 I 0 0' H5 44 J6 SGT FS 281 F080 289A Z X 154005 F 06153 00 E 4320 SGT FN 18-2 OISCH ~

220 2 LOC->L-1'0 0~f H54 4 R 572 J ~ 2/8 ' R71, A E6 SGT-FT-IAI FLOM AFTER SGT-FN T363 14-1 LOC-AL-PSC(S) 585 HS/Tel X X 156010 06303 SGT-FN-I A I+

16 I'320 R R71 R608 SS 3 A 1 0 Fel r5aa J6 SGT-FT-142 T363 PRCIS) X X 156010 06303 16 E 4320 FLOM AFTER SGT"FN-14-2 LOC-AL- R 585 HS/7 ~ 1 R71 R608 SGT-Ftt 1A24 SS 3 4 1 0 Fel F54 4 66 SGT FT llll 7363 r eels)-4 X X 156010 06303 06 E 4320 FLOlt AFTER SGT FN 18-1 LOC AL- R 585 H8/7 ' R71 R608 SGT Ftt-1814 SS 4 I 0 F ~ I 85ah C6

PROGRAH CIE-STO VASHINGTON PUBLIC POMER SUPPLY SYSTEM PAGE NO 00215 MNP-2 CLASS 1E EQUIPHEHT LIST DATE 09/06/83 ST AT US +>+SEISMIC qlS) PARAMETERS+~ ~ +ENV ~ 4E) PARAtlETERS+

EPtJ HFG 'HODEL S E QID TH HL TEST ANL FO C FREQ AGING OBE C HOURS DESCRIP T ION BLDG ELEV DETAIL ZONE ROOll ACCURACY COHPOSITE EPN CONTRACT LEVEL EC USE SAFETY FUNCTION A/E ORA'MING A/E ZONE SGT-FT-182 FLOV AFTER SS SGT-H FH/IAI 25HP/61-30 'A SGT-FN-18-2 LOC-AL-3 A MOTOR FOR 1

T363 0

M120 SGT-FN F~ I Ill PRC(S)-I TBDP/286T HSII '6 R" 585 HB/7 576 HE 5/7 '

X X X X 156010 213017 R71 R71 F

R608 R608 SGT SGT 06303 FtJ 182+

"I FN 1A1+

I 06 E 4320 4320 2R 2 A 1 0 Otf H51 I J7 SGT-H-FN/1A2 '4120 TBDP/286T 25HP/61-30 'A HOTOR FOR SGT-FN I/2 X X 213017 F, 1320 R 576 Ho9/7o6 R71 R608 SGT-FH- I A2+

28 2 A I 0 0~F H544 G6 SGT-H-FN/181 M)20 TBDP/286T 213017 1320 25HP/61-30 ~ 5A MOTOR FOR SGT FN lri R X X 576 J ~ 2/7 ~ 6 R71 F

R607 SGT-FN-181+

28 2 A I 0 0 ' HSII C6 SGT-H-FN/182 M120 TROP/286T X X 213017 F 4320 25HP/61-30 ~ 5A MOTOR FOR SGT FN-lr2 R 576 J ~ 5/7o6 R71 R607 SGT-FN 182+

28 2 A I 0 OeF HSI I E6 SGT-HE-16A H349 XNAH10205 217001 021 06153 Y X D N 04 E 4320 MOISTURE ELEHENT AFTER SGT-MS-1A R 572 Ho7/5)5 R72 SGT-FU-I A+

18 2 P 2 0 G H544 J13 SGT-ME-168 H349 XNAtl10205 Y X 217001 0 N 021 06153 04 E 4320 MOISTURE ELFHEHT AFTER SGT HS 18 R 572 J ~ 3/5 o5 R72 SGT-FU- I A+

18 2 P 2 0 G HSI I E13

~ SGT-HE-17A H349 XHAtl10205 Y X 217001 0 021 06153 N 04 E 4320 HOISTURt'LEMENT AFTER SGT-HS-1A R 572 HAT/SeS R72 SGT-FU-I A+

18 2 . P 2 0 G HS 41 H13 SGT-HE-1 tD H349 XNAH10205 X 217001 0 021 06153 01 E 4320 MOISTURE ELEHEHT AFTER SGT HS-Ib R 572 J ~ 3/5 )5 R72 SGT-FU-18+

~ 18 2 P 2 0 G l'.Sh I C13 SGT-ME IA H349 XNAH10205 217001 021 06153 X X D N ~

04 E 4320 SGT-FU IA HOIST ~ AFTER SGT FH 1A-1 R 582 H~ 7/6 ~ 2 R72 SGT-FU 1A+

18 2 P 2 0 G H54 4 Hl I SGT-HE-48 H349 XlJAM10205 X X 217001 0 N 021 06153 01 E 1320 SGT-FU-IB HOISTS AFTER SGT HF 18-1 R 582 J ~ 3/6 ' R72 SGT FU-18+

18 2 P 2 0 H544 Cll SGT-HE-6AI ll349 XHS-TAP X X 21 7001 0 N 021 4320 MOISTURE AFTER SGT HS-1 A R 572 Ill 8/SeS R72 R608 SGT"FU-1A+

18 2 A I 0 DeF H54 4 J13 SGT-HE 642 )~349 X)IS-jtf' X X 217001 06153 11 E 1320 MOISTURE AFTER SGT-HS-I R 572 H ~ 8/SeS SGT-FU-lA+

18 A I 0 Def II 5 44 J13

PROGRAN C1C-STD VASHINGTON PUBLIC POVER SUPPLY SYSTEN PAGE NO 00216 VNP-2 CLASS 1E CGUIPHENT LIST DATE 09/06/83 STATUS ~ <<<<SEIS)IIC (S) PARAMETERS<< ~ ~ <<ENV ~ (E) P ARAMETERS ~

EPN t{F G MODEL S E {)IO TM HL TEST ANL Fo FREQ AGING C ~ DBE C HOURS DCSCRI P T ION BLDG ELEV DETAIL ZONC ROOK ACCURAC'Y Cot{POSITE EPN CONTRACT LEVEL EC USE SAf ETY FUNCTION -

A/E BRAVING A/E ZONE SGT-HE-6A3 4349 XHS-7AP X X 217001 06153 14 E 4320

~ MOISTURE AFTER SGT-HS IA R,572 H ~ 8/5<<5 SGT-FU-I A+

18 2 A 1 0 0~F H54 4 ~

J13 SGT-NC-681 t'319 XHS TAD X X 217001 D N 021 4320 HOISTURE AFTER SGT MS 14 R 572 J<< 1/5<<5 R72 R607 SGT FU" 18+

18 2 A 1 0 D F N5 44 I'13 SGT-ME 602 ll319 XHS-7AP X X 217001 06153 04 E 4320 tip ISTURC AFTER SGT-t{S-14 R 572 J<<h/5<<5 SGT-FU" 18+

18 -2 A I 0 0~F N51 1 E13 SGT-ME-683 r349 XMS 7AP X X 217001 , 06153 01 E 1320 HOISTURE AFTER SGT-NS-18 R 572 J ah/505 SGT-FU-18+

18 2 A 1 0 0~ f M544

. E13 SGT-MC-TA1 I-349 XHS TAP X X 217001 D N 021 1320 HOISTURE AFTER SGT NS 1A R 572 H~ 8/5<<5 R72 R608 SGT-FU-1A+

18 2 A I 0 0<<F NSI 1 H13 SGT-NE-7A2 l349 XHS 7AP X X 217001 06153 14 E 4320 HOISTURE AFTER SGT-HS-IA R 572 H~ 8/5 ~ 5 SGT-FU- 1 A+

18 2 A I 0 0~ N54 4 H13 F'349 SGT ME-TA3 XHS TAP X X 217001 06153 11 C 4320 HOISTURE AFTER SGT-rs-IA R 572 H~ 8/5 05 SGT-FU-1A+

18 2 A I 0 0<<F. N54 4 H13 SGT-HF-781 H349 XHS 7AP X X 217001 0 N 021 4320 MOISTURE AFTER SGT-MS 18 R 572 J ~ 4/5 05 R72 R607 SGT-FU" 18+

18 2 A 1 0 0<<F H54 4 C13 SGT-HE-782 r349 XHS 7AP X X 217001 06153 04 E 1320 NOISTURC AFTER SGT-HS-18 R 572 J ~ 4/5 <<5 SGT -FU-18+

18 . 2 A I 0 0<<F M544 C13 SGT-NE-743 H349 Xt{S 7AO X X 217001 pfilS3 01 E 4320 HOISTURC AFTER SI T rS 14 ft ~ f R 572 J ~ 4/5 ' SGT-FU-18<<

18 2 A I 0 t{54 4 C13 SGT-MO-I A L200 SNB-00-10 A X 221001 P N 114 33+ 4320 1 ~ 3HP/4 ' 2 ~ 4A HOTOR OPER Snl V-lh R 582 I{~ 8/5 ~ 2 R72 R608 SGT-V-lA+

68 2 A 0 0<<F M5 44 P15 SGT NO L2On . SMR-OO-lO A X 221001 P N 114 4320 1 ~ 3HP/1 ~ 8-2 ~ 4A HOTOR OPf'R SfiT-V-18 4 582 J ~ 3/5 <<5 472 R60 7 SGT-V 18+

68 2 A I 0 4<<F H54 4 C15 SGT-NO-3AI L200 SNR OO 1 0 A X ?21001 f' 114 33<< 1320 I ~ 3MP 2 'A MOTOR OPER ~ SGT -V 3AI 4 574 HE 7/7 ' R71 4608 SGT-V"3AI<<

6f{ 2 A I 0 0<<f N54 4 GT

PROGRAM C1E-STD VASHI NGTON PUBLIC POVER SUPPLY SYSTEtl PAGE NO 00217 VIIP-2 CLASS IE COUIPNENT LIST DATE 09/06/83 PI! MFG HOOEL STATUS 0 ID

+~ +SEISHIC (S) PARAHETC RSi ~ i +ENV ~ IE) PARAMETERS+

E