ML20062J627
| ML20062J627 | |
| Person / Time | |
|---|---|
| Site: | North Anna  |
| Issue date: | 10/31/1980 |
| From: | Sylvia B VIRGINIA POWER (VIRGINIA ELECTRIC & POWER CO.) |
| To: | Harold Denton, Youngblood B Office of Nuclear Reactor Regulation |
| References | |
| RTR-NUREG-0588, RTR-NUREG-588 886, CLI-80-21, NUDOCS 8011040312 | |
| Download: ML20062J627 (450) | |
Text
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"" y,gy 4 p1 9 01 October 31, 1980 Mr. Harold R. Denton, Director Seria,1,No.';igfggy;ggg Office of Nuclear Reactor Regulation N0/RGS:jmj}gg Attn: Mr. B. Joe Youngblood, Chief Docket No.: 50-339 Licensing Branch 1 License No.: MPF-7 Division of Licensing U.S. Nuclear Regulatory Commission Washington, D.C. 20555
Dear Sir:
NUREG-0588 (NOVEMBER 1,1930 SUBMITTAL) NORTH ANNA POWER STATION UNIT NO. 2 This is in response to NUREG-0588: " Environmental Qualification of Safety-Related Electrical Equipment" and the licensing requirement for compliance to the NRC " Memorandum and Order (CLI-80-21)" dated May 23, 1980 on environmental qualification of electrical components. . The results of this review are provided in the enclosed report: VIRGINIA ELECTRIC AND POWER COMPMY NORTH ANNA POWER STATION UNIT 2 NUREG-0588 REVIEW REVISION 1 NOVEMBER 1980 The details of any modifications or component environmental test programs resulting from this review will be submitted by December 1,1980. If we can be of assistance in clarifying or interpreting this report, please advise. Very truly yours,
.R Sylvia Mahager - Nuclear Operations and Maintenance Enclosures (7)
I cc: Mr. Victor Stello, Director (Enclosures-2) ! NRC Office of Inspection and Enforcement Division of Reactor Operations Inspection THIS DOCUMENT CONTAINS Washington, D.C. 20555 POOR QUAllTY PAGES Dr. Zoltan R. Rosztoczy, Branch (' lief (Enclosure-1) NRC Equipment Qualification Brancu Division of Engineering i Washington, D.C. 20555 8 0110 + 03;g f l
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CITY OF RICliMOND ) Before me, a Notary Public, in and for the City and Common-wealth aforesaid, today personally appeared B. R. Sylvia, who being duly sworn, made oath and said (1) that he is Manager-Nuclear Operations and Maintenance of the Virginia Electric and Power Company, (2) that he is duly authorized to execute and file the foregoing statements in behalf of that Company, and (3) that the statements are true to the best of his knowledge and belief. Given under my hand and notarial seal this :;r ,/. day of
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TABLE OF CONTENTS 1 NUREG 0588 ' L Section Title Page j f INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . I-1 DISCUSSION . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 t L 1 ESTABLISHMENT OF THE QUALIF.ICATION PARAMETERS ( FOR DESIGN BASIS EVENTS (DBE) . . . . . .. . . . . . . . 1-1 1.1 TEMPERATURE AND PRESSURE CONDITIONS INSIDE CONTAINMENT - LOSS-OF-COOLANT ACCIDENT (LOCA) . . . . . 1-2 I 1.2 TEMPERATURE AND PRESSURE CONDITIONS INSIDE I CONTAINMENT - MAIN 3IEAM LINE BREAK (MSLB) . . . . . . 1-3 1.3 THE EFFECTS OF CHEMICAL SPRAY . . . . . . . . . . . . . 1-5 i 1.4 RADIATION CONDITIONS INSIDE AND OUTSIDE ; CONTAINMENT . . . . . . . . . . . . . . . . . . . . . . 1-5 ; t 1.5 ENVIRONMENTAL CONDITIONS FOR OUTSIDE CONTAINMENT . . . 1-11 1 2 QUALIFICATION METHODS . 2-1 ( (' 2.1 SELECTION OF METHODS . . . . . . . . . . . . . . . . . 2-1 l 2.2 QUALIFICATION BY TEST . . . . . . . . . . . . . . . . . 2-3 2.3 TEST SEQUENCE . . . . . . . . . . . . . . . . . . . . . 2-7 ; L 2.4 OTHER QUALIFICATION METHODS . . . . . . . . . . . . . . 2-8 [ 3 MARGINS . . . . . . . . . . . . . . . . . . . . . . . . . 3-1 h 4 AGING . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1 , 5 QUALIFICATION DOCUMENTATION . . . . . . . . . .. . . . . 5-1 ; 6 INSTALLATION INTERFACES . . . . . . . . . . . . . . . . . 6-1 7 RESPONSE TO SUPPLEMENT 2, IE BULLETIN 79-018 . . . . . . 7-1 i 8 ZONE CONDITIONS . . . . . . . . . . . . . . . . . . . . . 8-1 i Zone Map , Zone Description Tables j Zone Description Table References i 9 MASTER LIST . . . . . . . . . . . . . . . . . . . . . . . 9-1
.. Revision 1 11 November 1, 1980 t
i I TABLE OF CONTENTS (Cont) Section Title Page 10 QUALIFICATION AND EVALUATION SHEETS . . . . . . . . . . 10-1 l 1 i i 11 REFERENCES . . . . . . . . . . . . . . . . . .. . . . . 11-1 { l ,i 12 CONCLUSIONS . . . . . . . . . . . . . . . . . . . . . . 12-1 ( i I .l ) i 4 i e d < l f i } t i 1 i r i 1 l I iii hevision 1 i November 1, 1980 r t i I
l l i INTRODUCTION 1 I i i 4 l Revision 1 November 1, 1980 l I-i
INTRODUCTION () The review of electrical equipment qualification contained in this report is supplied in response to the February 19, 1980 NRC letter to nearterm operating plant licensees. That letter , required that the previous submittals of reports for Class IE [ electrical equipment qualification be compared against the latest - version of the draft NUREG-058 8. The earlier reports on environment qualification of Class IE electrical equipment were l generated in response to IE Bulletin 79-01. These reports were ' forwarded to the NRC by VEPCO letters dated September 17 and November 2, 1979; and February 25, 1980. A previous report on NUREG-0588 was issued by VEPCO letter dated June 20, 1980. This report has been divided into the following sections: I Introduction Discussion This section includes a point by point response Section 1-7 to NUREG-0588 and applicable questions , from IE Bulletin 79-01B, Supplement 2. Zone Conditions Zones have been developed based on normal and Section 8 accident environments. The zones are depictec ! and described on a plot plan or the site. The i environmental parameters of each area are tabularized on the zone description tables. s_) Master List This section includes the computerized Master Section 9 List of all equipment required to operate for i mitigation of the postulated accidents. The Master List gives tne equipment mark number and description, manufacturer, system, ' accident function, and file number. The file . number refers to a file in which is located l the equipment specification, qualification documentation and zone definition. The tile i number is also the qualification sneet page number. Any 1E equipment which is not ! required to operate in a narsh environment to mitigate an accident does not have a tile number or qualification sheet and is indicated by NA on the Master Lists. L The Master List provided has been sorted on . the five following tields: A. File Number ! D. Equipment Description ) () I-1 Revision 1 November 1, 1980 i _ . - _ _ _ - . _ _ _ _ _ _ _ _ _ - _ _ . _ _ _ _ . . . . _ . _ _ __ _ ____U
[D 'q) C. Manufacturer D. System E. Mark Number A sheet defining the various caccident functions is also provided. Qualification and This section includes all equipment which will ~ Evaluation Tables see a harsh environment while performing its Section 10 function to mitigate an accident. On single sheet tables, the left column on the sheet lists equipment information, accident function, description of accident environment, and operability requirements. The right column gives the environment to which j equipment is qualified, operability demonstrated, qualification documents, and deficiencies and reconsnended solutions. References The reference sheet includes listing of all Section 11 the qualification documentation referenced in the report. Conclusion A detailed conclusion which lists all O Section 12 outstanding items and provides a replacement, testing schedule and/or justification. Tne conclusion section identifies all outstanaing items. Included in this section is tne justification for continued plant operation along with a replacement or re-test schedule. l l O I-2 Revision 1 November 1, 1980
DISCUSSION I O D-i Revision 1 November 1, 1980
SECTION 1 O ESTABLISHMENT OF THE QUALIFICATION PARAMETERS FOR DESIGN BASIS EVENTS (DBE) g This review of environmental qualification of Class IE electrical equipment and components for North Anna Unit 2 is based upon the guidelines outlined for Category II plants as defined by NUREG-0589, " Interim Staff Position on Environmental Qualification of Safety-Related Electrical Equipment." NUREG-0588 is in draft form at this time; the version used for this review was issued to operating license applicants by an NRC letter on February 5, 1980. In addition to the guidelines listed in pages 5 through 17 and Appendices A through D of the subject document, discussions between VEPCO and NRC staff were considered in this review. Differences between the NUREG-0588 guidelines and the methods specifically employed in the reevaluation are detailed below. The numbers in parentheses following the specific paragraphs y reference the NUREG-0588 section numbers'. 1.1 TEMPERATURE AND PRESSURE CONDITIONS INSIDE CONTAINMENT - I LOSS-OF-COOLANT ACCIDENT (LOCA) l The time-dependent temperature and pressure established tor the design of the containment structure are described in FSAR I O' Section 6.2.1. These parameters have previously been found acceptable by the NRC staff, and are used for equipment 1 qualification. (See NUREG-0588 Section 1.1, Subsection 1) The methods used to calculate mass and energy release rates following a loss-of-coolant accident (LOCA) and a main steam line break (MSLB) have been accepted by the NRC for the containment functional design, as noted in the North Anna Safety Evaluation Report NUREG-0053 (Section 6.2.1 for a LOCA, and Section 6.2.1 of Supplement 3 for an MSLB). The mass and energy release rates for i both the LOCA and MSLB were calculated with the LOCTIC computer coce using data from the Westinghouse REFLOOD code for the reflood phase of the LOCA, and using data from the Westinghouse - FRUTH code for the post-reflood phase of the IOCA. (Sect 1.1, Subsect 1) LOCTIC is also an equivalent industry code to CONTEMPT-LT and, therefore, is deemed acceptable for calculating containment transients. The assumption of partial revaporization, which was I not used in the North Anna MSLB analysis, is now allowed. Lack of use of this assumption increases the conservatis.n of the present MSLB analysis. (Sect 1.1, Subsect 1) O 1-1 Revision 1 November 1, 1980 l l
l l l l The time-dependent temperature pressure criteria for a LOCA are I established by methods described in Sect 1.1 above; NUREG-0588 j Section 1.1, Subsections 2, 3, and 4 do not apply for this O review. 1.2 TEMPERATURE AND PRESSURE CONDITIONS INSIDE CONTAINMENT - MAIN I STEAM LINE BREAK (MSLB) Environmental profiles for an MSLB were developed for a plant-specific model in the FSAR and have been reviewed and accepted by the NRC staff. The model utilized for the MSLB environment is described in Section 1.1 above. (Section 1.2, Subsect 1 through
- 4) 1 i
The suitability of LOCA equipment qualification as a basis f or qualification to MSLB is documented in FSAR Section 3C and the response to Comment 7.17, and has been reviewed and accepted by the NRC staff. (Sect 1.2, Subsect 5) 1 For most equipment, heat tr'ansfer calculations showed that the peak surface temperature of the component did not exceed the LOCA qualification temperature. For that equipment for which the peak surface temperature was shown to exceed the LOCA qualification temperature, further investigations were performed to show that 1 this equipment maintained its functional capability at the higher i temperature calculated for the MSLB. This procedure was found acceptable to the NRC staff as stated in Section 3.10.2 of Supplement No. 8 to the Safety Evaluation Report (SER) . (Sect 1.2, subsect 5)
) 1 The peak equipment surface temperatures have been calculated for
, an MSLB using methods which result in higher tenperatures than those methods listed in Appendix B of NUREG-0588. Appendix B, Item 2.b, states "A convective heat transfer coefficient should be used when the condensing heat flux is calculated to be less than the convective heat flux." The North Anna -2 equipment temperature transients were calculated by adding the heat tlux from condensation and convective heat transfer. Tnis calculation results in a slight overprediction of heat transfer to the equipment and is therefore a conservative assumption. (Sect 1.2, 1 Subsect 5) Appendix B, Item 2.b, ofNUREG-0588alsogivesacorrelationoflj the velocity as a function of the blowdown rate and containment volume. A constant velocity of 30 ft/sec was used in the North Anna-2 analysis. For the North Anna-2 blowdown rates, the correlation gives a velocity areater than 30 f t/sec for a few seconds after the rupture. However, the velocity continually decreases with time as the blowdown rate decreases and is less than 30 ft/sec after the first few seconds. Use of a constant value of 30 ft/sec is conservative with respect to heat transfer to the equipment. (Sect 1.2, Subsect 5) ( 1-2 Revision 1 November 1, 1980
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1.3 THE EFFECTS OF CHEMICAL SPRAY t The effects of caustic spray were addressed in Section 6.2.3 of l O the FSAR. Single failure was considered, so that the most severe caustic spray environment was addressed and is reflected on the equipment / component qualification and evaluation sneets. (Sect 1.3) 1.4 RADIATION CONDITIONS INSIDE AND OUTSIDE CONTAINMENT The radiation environment for qualification of equipment and components is based on the normally expected radiation environment over the life of the plant (40 years) , plus that associated with the most severe design basis accident (DBA). The radiation dose rates are based upon results ontained from the NUREG-0578, Section 2.1.6b design review. Consideration was given to source strength, source volume, structural shielding arrangements, and piping locations. (Sect 1.4) 1 The analysis to determine the LOCA radiation environment 4t North Anna is based on the instantaneous release from the fuel to the atmosphere of 100 percent of the noble gas, 50 percent of the iodines, and 1 percent of the remaining fission products. The only non-LOCA accident considered for radiological equipment qualification is an MSLB. The analysis to determine the MSLB radiation environment is based on instantaneous release from the fuel of 5 percent of the noble gases and 5 percent of the iodines in the fuel cladding gap. Additionally, the steam generator f' activity prior to MSLB was assumed to be that due to a 10 gpm ( primary-to-secondary leak with 1 percent f ailed fuel. (Sect 1.4, Subsect 1) I The radiation qualification for equipment required to operate for an MSLB is in excess of the calculated radiation environment using NUREG-0588 source terms. Using the NUREG-0588 LOCA source term, the containment centerline 120-day integrated dose for LOCA l' is calculated to be 1.8 x 107 rads. When added to the 40-year normal operating dose of 3 x 107 rads, the total dose is
; 4.8 x 107 rads, which is the value used in this review for i
components inside the crane wall. The use of LOCA doses for radiation qualification for MSLB results in conservative doses for MSLB radiation qualification. (Sect 1.4, Subs ect 1) I , The analysis for the radiation environment assumed a release uniformly distributed in the containment, which is consistent with NUREG-0588, Appendix D, Page D-5, for a PWR. (Sect 1.4, Subsect 2) 1 See response to the above paragraph which refers to NUP.EG-058, Sect 1.4, Subsect 3, Description of Activity. Revision 1 l U 1-3 November 1, 1980
The analysis for the LOCA or MSLB radiation environment does not take into account the removal of airborne activity in the containment by the engineered safety features (ESF) systems or s_/ leaxage. It does account for radioactivity decay. It also assumes that 50 percent of the lodine released from the fuel plates-out in a very short time in accordance with Regulatory , Guide 1.4. The present analysis results in higher airborne i activities than those calculated by the method of NUREG-0588, . Appendix D, and is therefore conservative. (Sect 1.4, Subsect 4) i The present LOCA and MSLB radiation environment assumes 50 percent instantaneous plate-out of the iodine released from the core in accordance with Regulatory Guide 1.4. This assumption is conservative as stated in NUREG-0 58 8, Page D-6. (Sect 1.4, Subsect 5) , The present LOCA and MSLB radiation environment calculates the dose and dose rate at the center point of the containment; these values are used for unshielded equipment qualification. The dose rate for unshielded equipment is evaluated with respect to dose contribution of location-dependent sources, such as the sump water. (Sect 1.4, Subsect 6) 1 Integrated dose calculated for equipment qualification is based on a gamma source only. All cables used in the North Anna-2 containments, except the 300 V instrument cable supplied under Purchase Order No. NA-265/1265, and the electrical penetrations including splicing material, are qualified to 2 x los rads. When O the beta dose was added to the presently calculated gamma dose in accordance with NUREG-0588, the total dose did not exceed 2 x 108 rads; this qualification affects all cables which are required for accident mitigation. The 2 x 10* rads dose has been found acceptable. (Sect 1.4, Subsect 7) Shielded components were qualified based on a gamma source in accordance with NUREG-0588. (Sect 1.4, Subsect 8) The beta dose to unshielded equipment and components has been evaluated for the 300 V instrument cable and electrical penetrations. NRC IE Bulletin 79-01B, Section 4.1-2, provides amplifying instructions to NUREG-0588 with regard to the effects of beta radiation dose to electrical equipment. IE Bulletin 79-01B, Section 4.1-2, states that "the conservative Deta surf ace dose of 1.4 x 108 rads reported in Appendix D of NUREG-0588 would be reduced by approximately a factor of 10 within 30 mils of the surface electrical cable insulation of unit density. An additional 40 mils insulation (total of 70 mils) results in another factor of 10 reduction in dose. Any structures or other equipment in the vicinity of the equipment of interest would act as shielding to further reduce beta doses. If it can be shown, by assuming a conservative unshielded beta surface dose of I 2.0 x 108 rads and considering the shielding tactors ciscussed Revision 1 1-4 November 1, 1980 2
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1 here, the beta dose to radiation sensitive equipment internals would be less than or equal to 10% of the total gamma dose to which an item of equipment has been qualified, then that O equipment or component may then be considered qualified for the total radiation environment (gamma plus beta) .* Since the 300 V instrument cable and electrical penetrations have been qualified to a gamma dose of 1 x 108 rada, they can be considered qualified for the total radiation environment (garuna plus beta) if 70 mils of insulation and/or jacketing is present. Review of equipment l and components at North Anna-2 indicates that this requirenent is i satisfied. (Sect 1.4, Subsect 9) I l l i The integrated dose calculated for the North Anna-2 containment ! paint coating is based on a gamma source oniy. Addition of the beta dose to the presently-calculated gamma dose results in a calculated dose in excess of 1 x 108 rada. (Sect 1.4, Subsect 10) 1 North Anna paint coatings that were used on steel are qualitied for 1 x 10' rada. Paint coatings used on concrete were tested to 1 x 10* rads, and other data for tested coatings comparable to coatings used for containment indicated that good results were , obtained for 1 x 10' rad dose. (Sect 1.4, subsect 10) l1 The present analysis to determine the radiation environment tor Emergency Core Cooling System (ECCS) components is in accordance with NUREG-0588. (Sect 1.4, subsect 11) 1 O During the evaluation of NRC IE Circular 78-08 and Bulletin 79-01, Stone & Webster (SSW) used a radiation " threshold" of 2,500 rads and considered all equipment exposed to less radiation to be exempt from specific qualification requirements. This threshold value was based on an engineering review of material susceptibility to radiation damage as presented in existing literature. This threshold ot 2,500 rads is believed to be reasonable and acceptable. (Sect 1.4, Subsect 12) I See responses to (Section 1.4, Subsections 7-12) (Section 1.4, Subsect, Qualification Acceptance 13) A conservative analysis of equipment has been used as detailed in responses to Section 1.4, Radiation Conditions Inside and Outside Containment. (Section 1.4, Subsect 14) 1.5 ENVIRONMENTAL CONDITIONS OUTSIDE CONTAINMENT 1 The high energy line break (HELB) analysis of equipment located outside containment is addressed in FSAR Appendix C, and Comment S7.17. Although specific environmental conditions and durations are not identified in these documents, SSW has utilized postulated worst-case conditions for the equipment qualification I review. Required equipment whose quallfication has not been Revision 1 1-5 November 1, 1980
h demonstrated to these worst-case conditions has been identified. l In some cases, specific environmental conditions may be developed to demonstrate the acceptability of qualification to less severe environments. (Sect 1.5, subsect 1) { k The equipment required for accident mitigation located in general , plant areas has been identified, as well as ventilation systems utilized in these areas and 40 year and accident radiation levels. (Sect 1.5, Subsect 2) > i Equipnent located in areas where a loss of the environmental l support system may expose some equipment to environments that ; exceed their qualified limits are provided with ambient , temperature monitors, which will alert the operator that abnormal i conditions exist, and permit an assessment of these conditions in order to determine corrective action. (Sect 1.5, Subsect 3) i j i i f O l I 1 l t O 1-6 Revision 1 November 1, 1980 i I I 1
i i SECTION 2 QUALIFICATION METHODS 2.1 SELECTION OF METHODS j The qualification methods used conform to the requirements defined in IEES Standard 323-1971, except for equipnent procured prior to acceptance of IEEE-323 by the Atomic Energy Commission, or equipment qualified under the current daughter standards. A discussion of the qualification methods used is found in FSAR Section 3.11 and the response to NRC Questions referenced , therein. (Sect 2.1, Subsect 1) 1 i Testing is the primary method of qualification. Analysis has been used to verify or amplify test results. For equipment inside the containment exposed to MSLB conditions, special 1 analytical methods were used in conjunction with type testing. The ten degree Celsius (10 *C) rule was the primary means used to determine post-accident operability. (Sect 2.1, Subsect 2) 3 r i A detailed discussion of analytical techniques and conclusions is presented in Appendix 3C of the FSAR, the response to Comment 7.17, and Section 3.10.2 of Supplement 8 or the SEk (NUREG-0053) . (Sect 2.1, Subsect 2) 1 The basis for the time interval required for operability of a j O component is an analysis of the accident and the function or the component. The resulting operability requirements under harsh i conditions are identified on the qualification and evaluation j sheet for the component. Operability and failure criteria are , discussed in Section 2.2; margins are discussed in Section 3. . (Sect 2.1, Subsect 3) 1 Equipment that must function in a harsh environment resulting i from an accident in order to mitigate the accident will be qualified to demonstrate its operability for the time required by test or as described in Sections 2.2 and 2.4. (Sect 2.1, I Subsect 3a) l Analysis of equipment that need not function in order to mitigate
- an accident for its affects on plant operation will be handled by i
response to NUREG-0585 "TMI-2 Lessons Learned Tasx Force Final Report" when it is implemented by the NRC. (Sect 2.1, i Subsect 3b, 3c) 1 The criteria used for North Anna-2 environmental qualification of equipment or components subject to events other than DBA are that qualification must be demonstrated by actual tests, analysis, or operati.ng history, or a combination thereof. (Sect 2.1, l Subsect 4) 1 O' l Revision 1 2-1 November 1, 1980 l )
! 2.2 QUALIFICATION BY TEST l Operability requirements are defined in the procurement s documents. Any failures identified during the environmental qualification effort are reviewed and evaluated. relative to their effect on the ability of the component to perform its required function. (Sect 2.2, Subsect 1) The results of the tests demonstrated that the equipment can 1 perform its required functions. The subject of margins is addressed in Section 3. (Sect 2.2, Subsect 2) The qualification methods and documentation concerning test procedures, when not specified in accordance with Section 5.2 of IEEE-323-1971, were judged to be acceptable as they specify the accident-based environmental conditions in which the equipment i may be expected to function. (Sect 2.2, Subsect 3) 1 Separate profiles were developed for a LOCA and an b1SLB, as described in the FSAR, Sections 15.4 and S7.17. (Sect 2.2, Subsect 4) 1 The flood level has been addressed as referenced on the equipment / component qualification and evaluation sheets. (Sect 2.2, Subsect 5) 1 The temperature to which equipment is qualified, when exposed to the simulated accident environments, is verified by temperature O measurements consistent with the specified requirements. For example, if ambient temperature is specified, test reports were be reviewed to ensure that ambient temperature readings were taxen during testing to verify the adequacy of the test. (Sect 2.2, Subsect 6) 1 Qualification documentation was reviewed to ensure that the operability of equipment (reference Section 2 .1. 3) was demonstrated. Verification of equipment performance characteristics throughout its range of required operability did not necessarily require verification periodically during testing, nor was continuous monitoring of the operability status necessarily required. For example, when testing was being performed to simulate long-term effects on operability, testing and/or continuous monitoring during the test was not required. Operability of the equipment was verified before and alter sucn i testing. (Sect 2.2, Subsect 7) 1 i When testing was being performed to verify performance characteristics over a range of environmental conditions, verification of operability at the most , extreme conditions demonstrated operability for the intermediate conditions. (Sect 2.2, Subsect 7) 1 0 2-2 Revision 1 November 1, 1980 l
- The temperature and pressure conditions at which caustic spray ;
was applied during testing of components has been reviewed. l Sect 2.2, Subsect 8) The operability status of equipment in response to NUREG-0588 I Section 2.2, Subsection 9, is justified above in the discussion of verification of performance in response to NUREG-0588 1 l Section 2.2, Subsection 7. L (See response to Section 2.2, Subsection 7. (Sect 2.2, Subsec 9, , Operability Status) [ t Application of expected extremes in power supply voltage range and frequency during testing to extreme environmental conditions , was not specified in procurement specifications nor required by i IEEE-323-1971. (Sect 2.2, Subsect 10) i l The expected extremes in power supply voltage and frequency were ' specified as design parameters for all safety-related equipment. f The results of an analysis of the 4 xV and 480 V power systems ; indicate that proper voltage levels are maintained. (Sect 2.2, Subsect 10) 1 ( In order to further ensure that adequate voltages exist on the emergency 4 kV and 480 V systems, a degraded bus voltage i protection system has been installed. This system will ensure ' that the emergency power system voltage does not remain degraded I
-% below 90 percent (reference VEPCO letter to NRC, dated 10/29/78) . '
(Sect 2.2, Subsect 10) I q j i The vital bus system which provides power to safety-related i instrumentation is powered from a regulated power source designed i to maintain a voltage of 118 V *2 percent and treguency of ( 60 Hz 12 Hz (reference FSAR Section 8. 3.1.2) . (Sect 2.2, [ Subsect 10) I t The 125 Vdc ouses are normally fed from batteries that are maintained by battery chargers. All de equipment is specified to ; operate over the voltage range encountered during normal ana , accident conditions. (Sect 2.2, Subsect 10) 1 ! All Class IE electrical equipment is enclosed in NEMA Type 1 through 12 enclosures as defined in Publication No. IC4-1958, i thereby guarding against the adverse affects of dust. (Sect 2.2, ' I Subsect 11) i Cobalt 60 is considered an acceptable gamma radiation source for l environmental qualification. (Sect 2.2, Subsect 12) t i I O~ Revision 1 2-3 November 1, 1980 l l l l
I 2.3 TEST SEQUENCE 1 O The test sequence selected has been reviewed and, when determined to be unjustified, has been identified on the qualification sheets. (Sect 2.3, Subsect 1) 1 Tests performed were reviewed to ensure that postulated environments were simulated as closely as practicable. (Sect 2.3, subsect 2) 1 The qualification methods and documentation concerning test procedures, when not in accordance with Section 5.2 of IEEE 323-1971, were considered to be acceptable if determined that they specified the required accident environmental conditions and equipment operability requirements. (Sect 2.3, Subsect 3) 1 Any deviation from sequential testing were addressed and evaluated on the applicable qualification sheets. (Sect 2.3, Subsect 4) 1 2.4 OTHER QUALIFICATION METHODS Any deviation from actual qualification testing is addressed on the applicable qualification sheets. (Sect 2.4) 1 O s- Revision 1 2-4 November 1, 1980 l
Sr.CTION 3 O I Q MARGINS For equipnent inside the containment, the discussion and conclusion of margins in the qualification program is discussed in Section 3.10.2 of tne SER Supplement 8. (Sect .$, subsect 1, 3 2, 3) MSLB conditions are more severe than LOCA tor all environmental parameters except for radiation. Radiation quallrication is discussed in Section 3.10.3 of Supplement 9 of tne SER. This report uses radiation values computed under the gulaelines or NUREG-0578, thus adding to the conservatism or the enveloping parameters. (Sect 3, Subsect 1, 2, 3) 1 All equipment is quallfled for time periods in excess of those required to provide equipment's safety runction. The guideline that a .31nimum of 1-nour duration for quallfled lire De demon strated was not promulgated at tne time this equipment was tested. (Sect 3, Subsect 4) i O v Revision 1 3-1 November 1, 1980
SECTION 4 () AGI.NG j Equipment that has known aging mechanisms is addressed on the applicable qualification sheets. (Sect 4, subsect 1) 1 j All Class IE electrical equipment is assessed for operability at specified time intervals by systematic application of the plant's periodic test program (see VEPCO es Technical Specifications for surveillance requirements of safety equipment) . When this , program detects .any inoperable equipment, the equipment or ; component will be analyzed. If equipment inoperability is determined to be caused by aging, the equipment or component will - be reviewed to determine necessary action. (Sect 4, Subsect 2) 1 , Equipment or component operability is defined as that condition [ which meets the requirements of the manuf acturer 's technical ; specification. (Sect 4, Subsect 2) I i The use of the periodic test program, coupled with a detailed analysis of all Class IE inoperable equipment and other sources ; of information, should satisfy the aging requirement and provide assurance that Class IE equipment and components will perform ! when needed. (Sect 4, Subsect 2) 1 The other sources of information principally would be derived ! from: (Sect 4, Subsect 2) i
- 1. Licensee event reports filed by other utilities.
- 2. NRC ISE Circulars and Bulletins.
- 3. Vendor specific data reports. l l
i i I i O Revision 1 4-1 November 1, 1980 l l
SECTION 5 p QUALIFICATION DOCUMENTATION ! d . During the review of submitted qualification documentation, when it is determined that actual test data were not submitted (i . e. , test summaries and/or certificates of conformance only were submitted) actual test data was requested. If such data cannot be submitted because it is considered proprietary by the manufacturer, an audit of this data was made. Testing summaries
'and/or certificates of conformance was not considered acceptable on their own merit. (Sect 5, Subsect 1) 1 A final determination of the acceptability of qualification documentation considered the requirements of IEEE-323-71.
(Sect 5, Subsect 1) 1 In preparation of the NUREG-0588 response, equipment was classified into three categories: (Sect 5, Subsect 2) 1
- 1. Actual Test Report, or Audits of test data:
Reports supplied detailed information on the test methods. Direct correlation with actual plant environment were made. () f- When this form of documentation was used to qualif y equipment, a copy of the actual test report or an audit of records was arranged to verify the contents.
- 2. Summary of Testing:
These documents provide a summary of the actual test data. In many cases, the acceptability of the equipment described was demonstrated.
- 3. Certification of Compliance:
No determination of environmental acceptability was made on the basis of the certificate. Vendors were contacted to provide the basis for certifying compliance with the technical requirements of the purchaser document. If the basis for compliance was a method described in NUREG-0588, arrangements were made for an audit of the data used. Revision 1 5 -1 November 1, 1980 l
t SECTION 6 , () INSTALLATION INTERFACES i To ensure the validity of the listed information, an as-built QA F test program (Reference Special Test-28) has been developed to i l verify the required component identification information and the ' i installed termination method and cable entry sealing. I ! This has been done to ensure the applicability of the test documentation to installed equipment. j Any items found not to have sufficient qualification ! documentation will be replaced. [ VEPCO's schedule for completion of this test program is February 1, 1981. i f I I L r i L i f i t i t l l I O~ ' 6-1 Revision 1 l November 1, 1980 l i t
i SECTION 7 : RESPONSs TO SUPPL 6 MENT 2, 79-01B
'N' 7.1 COMMENTS ON GENERIC VUESTIONS AND ANSWERS TO Ish-79-01B AND j 14EMORANDUM AND ORDER (CLI-80-21) DATED MAY 23, 1980 ;
Q.1 Derine the scope of review with respect to the June 1982 ! deadline. What is required beyond the June 1982 date - for qualification? l A.1 By June 30, 1984, all sarety-related electrical f equipment potentially exposed to a harsh environment in , nuclear generating stations, licensed to operate on or [ before June 30, 1982, shall be quallfled to either tne l DOR guidelines or NUdEG-0588 (as appilcanie) . sarety- l relatea electrical equipaent are tnose required in , l bringing the plant to a cold snutdown condition and to i mitigate the consequences or the accident. Tne j qualtication of safety-related electrical equipment to : tunction in environmental extremes, not associatea with i accident conditions, is the responsin111ty or the ; licensee to evaluate and document in a form that will be i available Ior the NRC to aduit. Qualitication to assure i functioning in mild environments must be completed by i June 30, 1982. l i The quallrication schedules are being developed tor
- consideration or one dynamic loading of satety-related l equipseent (electrical ana mecnanical) ana the ,
environmental qualitication review or mechanical : equipment. It is tne intention of the starf to l initiate this erfort as soon as possible.
. VE.PCO 1 Equipment addressed in this report includes all Class ld equipment artected by and required to mitigate an 4
[ accident and/or safely shut down the plant, as aetinea ( by the guidelines of m.nclosure 4 to lh bulletin 79-01b, i and as clarlfled by answers 1 and 2 Irom NRC letter l dated Fenruary 29, 1980. This encompasses cquipment l exposed to harsh environments including tnose where l 11uids are being recirculated trom inside containment to I accomplish long-term cooling tollowing a loss-or-coolant l accident (LOCA). Equipment required to nvaintain minimum ! boration capability has been addressed as to the effect l or any high energy line breax (HELb) to wnich it may ne
~
l t sunjected, even thougn it is not required to mitigate l the Um.R accident. rquipment necessary to bring the ' plant trom not to cold shutdown, however, is not {
.incluced as tnis is not a licensing requirement to ;
acnieve safe shutdown for this plant. (heter to NRC letter dated February 29, 1980, Generic Questions and Answers to IE Bulletin 79-01is, Answer 3, page 1.) )! l k 7-1 l Revision 1 November 1, 1980 i
i Prior to receipt of IE Bulletin 79-018 Supplement No. 2, we were addressing our licensing requirement - which is ( co hot shutdown. Due to time restraints between ene , I receipt of Supplement No. 2 on October 6, W80 ana tne required update of our review on Novemoer 1, 1980, the area or cold shutdown could not De addressed in the detail which is required. The equipment necessary to nring tne plant from hot to cold snutdown w111 be addressed by a supplement to our equipment qualification review. (Reference VEPCO consnent to Question $, Page 7_9 ) Tne question or equipment quallrication to mild t environment will be addressed prior to June .50, 19o2. c (O i I (O ; 7-2 Revision 1 November 1, 1980
Q.2 Clarify the required submittal dates for ops, NTOLs, and cps. What about OLs whose 100 percent license is not expected by June 1982? VEPCO 2 No comment. O 1 i O 7-3 Revision 1 November 1, 1980
Q.3 Define the requirements and applicable criteria for ors, NTOLs, and OLs. Specifically address the NTOLs whose CP SER is prior to July 1974 and after July 1974. Can a CP O whose SER is prior to 1974 use the DOR guidelines? VEPCO 3 No comment. t l l l l I t i i : 1 7-4 Revision 1 November 1, 1980
Q.4 Clarify the reporting requirements for LERs with respect . to Part 50.55e vs 79-018. ! Are only those items known to be unqualified immediately reportable? Are items for which there are no data or , for which there sare insufficient data open items to be resolved, but are not immediately reportable? ' A.4 The requirement for reporting in IEB 79-01B does not change the reporting requirements defined in the license l conditions. In general, cps should report via 50.55e. t Operating plants should use the LER. When a determination has been made that reasonable assurance does not exist to ensure that the Class IE, electrical equipment component (s) can perform their safety-related tunction, that is reportable. Inadequate : or no data are factors in this determination. The time and technical judgements required to majce the
- determination snould be based on the signiticance of ,
this specific equipment, components, and the ' discrepancies. t VEPCO 4 LERs will be generated for any items required by FSAR and found not qualified to the accident environments specified in the FSAR. O ! l i l l l f i l l O l 7-5 Revision 1 November 1, 1980 : t
Q.5 How does the "Q" list review interface with the EQB effort? Can the NRC provide more specific guidance on p how to pick out the required safety-related equipment? O A.5 The "Q" list provides a source from which the required equipment may be selected. The information required to ' be submitted by November 1, 1980 is for safety-related electrical equipment potentially exposed to a harsh environment resulting from an accident. Safety-related equipment are those required to help bring the plant to cold shutdown and to mitigate the accident (LOCA, HELB inside or outside containment). " Mitigate" includes safety-related functions such as containment isolation and prevention of significant release of radioactive , material. In order to " pick out" the safety-related equipment, the licensee should generate a ~ list of safety functions typically performed by plant safety systems. Examples are listed in Table II. For each safety function tdentified in Table II list the systems, subsystems, or components assumed available in the plant FSAR or. emergency procedures to perform that function during an LOCA or any HELB inside or outside containment. If a plant-specific safety function not listed in table II is identified, that function and the corresponding systems or equipment to perform the function should be added to the licensee's list. The systems and equipment identified above should be included regardless of the original classification when the plant received its operating license; i.e., some control grade equipment ,ill w probably be named in emergency procedures. However, if plant emergency proceoures specify a preferred mode of accident mitigation involving. equipment recognized by the licensee as unlikely to meet environmental qualification criteria, an alternate mode of performing the safety function and qualifiable equipment may be identified. In such cases, the emergency procedures must clearly indicate how the operator is to use environmentally qualified satety-related display instrumentation to diagnose failure to perform such safety functions. Plant emergency procedures typically include provisions for the operator to sample or monitor radioactivity levels or combustible gas levels, to confirm that valves ; are in the correct position, to monitor tlow or ! temperature, etc. Some of these functions are essential l for correct operator action to mitigate accidents and ' prevent radioactive releases. When this is the case, the radiation sensors, valve postion indicators, pressure transmitters, thermo-couples, etc. , should be O 6 Revision, 1 November 1, 1980
I i qualified to function in the relavant accident environment. Licensees should therefore, review their emergency procedures to determine the electrical components needed to perform the functions of Safet}-Related Display Information, Post-accident Sampling and Monitoring, and Radiation Monitoring. When equipment implied by the emergency procedures is not listed, justification must ,- be provided that failure of such equipment would not prevent accident mitigation or release of radioactivity. 7 Equipment now indicated in energency procedures in response to TMI-2 Lessons Learned should be listed.
; Equipment which is or will be installed due to TMI i Lessons Learned should be addressed similar to other !
existing safety-related equipnent (e.g., saturation , meter, sump level indicators, toras water volume, etc.) . ! The licensee should document anticipated service conditions in every portion of t.he plant where the i environment could be influenced by the accident or its consequences. These service conditions should also be correlated with the safety-related l systems and i subsystems identified above. If an item of satetv- ; related equipment may be located in an environment outside the range of normal conditions (due to the harsh ! environment resulting from the accident) and that i j equipment is needed to mitigate the consequences of the ! accident, place it on the list of equipment in a : potentially hostile environment. Conclusions which show I that equipment is unaualified should include a basis for ,
, continued plant operation.
i t r l l O 7-7 Revision 1 November 1, 1980 4
I TABLE II TYPICAL EQUIPMENT / FUNCTIONS NEEDED FOR MITIGATION OF AN O LOCH OR MSLB ACCIDENT Engineered Sateguards Actuation Reactor Protection Containment Isolation Steamline Isolation Main Feedwater Shutdown and Isolation Emergency Power Emergency Core Cooling Containment Heat Removal Containment Fission Product Removal Containment Combustible Gas Control Auxiliary Feedwater Containment Ventilation k Containment Radiation Monitoring Control Room Habitability Systems (e .g . , HVAC, Radiation Filters) Ventilation for Areas Containing Safety Equipment Component Cooling Service Water Emergency Shutdown Post-accident Sampling and Monitoring Radiation Monitoring Safety Related Display Instrumentation
- 1. These systems will differ for PWRs and BWRs and for older and newer plants. In each case, the system teatures wnich allow for transfer to recirculation cooling mode and establishment of long-term cooling with boron precipitation control are to be considered as part of the system to be evaluated.
7-8 Revision 1 November 1, 1980
- 2. hnergency shutdown systems include those systems used to bring the plant to a cold shutdown condition following accidents which do not result in a breach of the reactor i
O. coolant pressure boundary together with a depressurization of the reactor ccolant system. Examples of rapid l such systems and equipment are the RHR system, PORV, RCIC, , pressurizer sprays, chemical and volume control system, and steam dump system. i
- 3. More specific identification of these types of equipment can :
be found in the plant emergency procedures. ! VEPCO 5 Equipment addressed in this report includes all Class IE equpment affected by and required to mitigate an accident and/or safely shut down the plant as defined by , the guidelines of Enclosure 4 to IE Bulletin 79-01B, and L as clarified by answers 1 and 2 from NRC letter dated r February 29, 1980. This encompasses equipment exposed { to harsh environments including those where fluids are t being recirculated from inside containment to accomplish long term cooling following a loss-or-coolant accident (LOCA) . Equipment required to maintain minimum boration capability has been addressed as to the etfect ot any L high energy line break (HELB) to which it may be i subjected, even dimgh it is not required to mitigate the HELB accident. Equipment necessary to bring the plant i from hot to cold shutdown, however, is not included as l this is not a licensing requirement to achieve sate i fs) s/ shutdown for this plant. (Refer to NRC letter dated February 29, 1980, Generic Questions and Answers to IE Bulletin 79-01B, Answer 3, page 1.) , l We will complete our review of equipment qualification for equipment required for cold shutdown and for in- [ stalled TMI action plan equipment by February 1, 1981 as ! indicated in Supplement 3 of IE Bulletin 79-01b. l t i l V 7-9 Revision 1 1 November 1, 1980 l l
t i Q.6 NURhG-0588 was issued for comment. Will any changes t impact the requirements established by the Lonunission j memorandum and order? Will the daughter standards : referenced be corrected / changed? l VEPCO 6 No comment. ! i l l i f i k i i I l 1 l i 4 I l I i i i r l l l 1 1 1 l l l 7-10 Revision 1 November 1, 1980
Q.7 Can IEEE Std. 650 (Standards for Qualification of I Class IE static battery chargers and invertors for ; nuclear power generating stations) be used for l qualifying the balance of plant components which are not exponsed to harsh environments? [ [ VEPCO 7 No comment. j l i l o l f I i i I I i. l l l i I l i I r t h i i i l l 7-11 l Revision 1 November 1, 1980 I
l ! i i l Q.8 Provide the stattes definition of " central location" for qualification documentation. What doctanentation is l O expected to be maintained? Will it be acceptable to maintain summary test reports at the utility central file and provide a reterence to the NSSS Vendor's file l for actual test reporta? Does NRC require test reports , to be submitted to support qualification? ! A.B Tne central location should be at the utilities ' corporate headquarters or plant site. Both the DOR guidelines and NUREG-0588 specify that sufficient information must be available to verify that the ; safety-related electrical equipment has been quallried ; in accordance with tne guidance and requirements. I Details for the information and documentation required , for type tests, operating experience, analysis, and ! extrapolation of test data trom operating experience are provided in Section S of NURhG-0588 and Section 8 ot ; IEEE Std. 323-74. i i The start will accept summary test reports maintained at i the utility's central file wnicn references the actual ! test reports and data available in a single location at the NSSS vendor's facility. Tne Licensee / Applicant must , make tne determination that necessary information ana ! documentation, to support quailfication of equipment, is in conformance with DDR guidelines and NURhG-0588. This vendor information tile must be maintained current, i auditable ano available throughout the life of the reterencing plant. ; Test reports are not required to be suomitted. Test , report references must be included in the plant , submittals and these reports must be available for staft ! review on demand. VEPCO 8 We are establishing the qualification rlles for all or our Nuclear Units in our central office. We will retain control over tnis documentation and will distribute the , Information to the stations. Should a discrepancy i arise, the resolution will be controlled by tne central i office. [ Once a resolution to all of the outstanding equipment ! qualification issues has been formulated and implemented ! at the stations, responsibility for IE equipment records l will be turned over to the station. however, the l central office will still be responsible for the : resolution of any engineering assessments concerning the l acceptability of qualification methods and criteria.
)
O 7-12 Revision 1 November 1, 1980
Q.9 The staff was directed to codity, Dy Technical Specification, some of the requiressents of the Order. O Can you give some of the details of this requirement, how the staff expects to meet this directive and when? VEPCO 9 .90 comrnent. O l
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l l I l i lO j 7-13 I ' Revision 1 November 1, 1980 i
- = . . . . . . - . - -. _ .. - _ - . - - _ . . . . _ _ _ - - _ _ _ _ _ _ _ _ - _ _ _ _
I i t I l Q.10 With respect to the NRC data base, how will ut111tles address and obtain information from it'l l I VEPCO 10 No conunent. i l p l l I i; 1 i i l i t i i i I 4 i i , I ,i I 4 1 l l l i l i i i ! l
)
i I
- 7-14 Revision 1 November 1, 1980 l
i
i Q.11 How should suomittals containing data and qualification information be submitted? What format should we use if we have several tacilities at dif ferent stages (Oh, NTOL, CP) ? c VEPCO 11 No Comment. l l i I t L l t t i 1 ! I l r e I l t i a i l t 6 i 1 l i l i l l t i i l 1 I 7-15 Revision 1 November 1, 1980 i
, .,_-.-,----.--..----.,c.,_- - -g - , , , - ,
1 i Q.12 Is testing required of equignent which completes its t satety-related function within the tirst minute (s) or a LOCA or HELB (e .g . , nuclear instrumentation or otner ; j instruments providing RPS inputs, isolation valves, i etc.) , i A.12 The stafr does not require that the nuclear I instrumentation and its associated components be ; environmentally qualified for a LOCA or HELB. The nuclear instrumentation system is used for transient conditions but is not required for a LOCA or HELb. I The starf does require tnat equipment designea to i perform its saf ety-relatea runction within a short time j into an event ne qualltled for a period of at least i 1 hour in excess of the time assumed in the accident l analysis. The staff has indicated that time is the most significant factor in terms or the margins required to ; provide an acceptable conridence level that a safety- ; related function will be completed. Our Judgment or at l 1 east 1 hour is based on the acceptance ot a type test ' dor a single unit and the spectrum of acclaents (small l ana large breaks) bounded by the single test. Also see l answer to questicn 21. ' VEPCO 12 Tne basis for the time interval required for operability of a component is determined by an analysis of the ; ac.'ident and the function ot the component. The ! O, resulting conditions operability requirements under are ident1ried on the qualitication and narsn l l evaluation sheet ror the component. Operability and failure criteria are discussed in Section 2.2; margins are discussed in Section 3. (Section 2.1, Subsection 3) ! b r F t 7-16 Revision November 1, 1980 ;
I Q.13 Testing is currently being performed on some equipment, i and contracts have been issued for testing additional A equipment specitying conformance to IrJ4 Std. 323-1971. Q For sequential testing, how do we ractor in aging? early test failure occurs due to "non A-Q" mechanics, It can tne test ne extrapolated using analytical metnods? A.13 Sequential testing requirements are specitled in NOREG-0588 and the DOx guidelines. Licensees raust follow tne test requirements of the applicable occument. :
- 1. If the test has been completed withou.: aging in i sequence, justitication for such a deviation must '
be sutxnitted. t
- 2. If testing of a given component has been scheduled !
but not initiated, the test sequence / program should I ne modirlea to include aging. l
- 3. Test programs, in progress snoulu be evaluated ,
regarding the ability to comply by incorporating : aging in the proper sequence. Tnese woula then fall in tne first or second category. ; When a tallure occurs due to a non-EQ related mechanism, acceptability of analysis to extrapolate tne test dots would De dependent on several considerations (e.g . , the specific Iunction being cemonstrated, the follare mecnanism, when tne rallure occurred, etc.) , may be very ! difficult to achieve. If such a tallure occurs it may [ ce more prucent to correct tne rallure and continue witn ; the test. VEPCO 13 1. Reference Discussion Section 4 ,
- 2. Further testing that is required on the subject or aging will be incorporated into the sequence.
Credit will be taken tor any natural aging as allowed unaer answer 22 or tnis supplement.
- 3. No comment.
1 i i i 1 O 7-17 Revision 1 November 1, 1980
Q.14 What is the definition of harsn environment? How are the environmental profiles defined outside containment'l A.14 Harsh environment is aefinea by the limiting conaltions, as specified in IE Bulletin 79-01B, resulting from the entire spectrum of IDCAs HELBs. Spec 1tically, the harsh environment from a LOCA considers the worst parameters resulting over the spectrum or postulated break sizes, break locations and single failures. Similarly, the HELBs inside and outside of containment consider the spectrum or breaks including main steam and teedwater line breaks. The parameters to be considered are: temperature, pressure, humidity, caustic spray, radiation, duration of exposure, aging and submergence. Mechanical and flow .;nduced vibrations and seismic effects will be considered separately. Bnvironmer cal protiles for HELB outside of containment nave not been generically established oue to the uniqueness ot each racility. Service conditions for areas outside containment exposed to a HELB must be evaluated ou a plant-by plant basis. hach or the parameters listed above must be considered. Acceptable , engineering methods should be used for this calculation. Temperature and pressure history may De available from earlier HELB evaluations. The radiation source terms are discuseed under Question 18 below. Furtner guidance , tor selecting the piping systems ud conducting the O review are delineated in Regulatory Guide 1.46 and Standard Review Plans 3.6.1 and 3.6.2. i VEPCO h Rererence Discussion Sections 1.1 through 1.5. I L l I i l l l O ! 7-18 i Revision 1 November 1, 1980 l i l
Q.15 The DOR Guidelines and NUREG-0588 give time and g temperature parameters. Can we use different values of these parameters? Will plant-spec 1 tic prorlies still be with the guidance provided? Q.15 For minimum nign temperature conditions in pressure-suppression-type containments, we do not require tnat 3400F for b houJ:s be used tor BWR drywells or that 3400F for- 3 hours be used for PWR ice condenser lower compartments. These values are a screening device, per the Guidelines, and can be used in lieu ot a plant-specitic profile, provided that expected pressure and humidity conditions as a function or time are accounted ror. In general, the containment temperature and pressure conditions as a function of time should De based on analyses in the FSAR. Howevel, enese conditions shoula bouna tnose expected for coolant and steam line breaxs inside the containment with aue consideration or analytical uncertainties. The steam line break conaltion should include superheated conditions: the peaA temperature, and subsequent temeprature/ pressure profile as a function et time. If containment spray is to De usea, the impact of tne spray on required equipment snould be accounted tor.
'N The auequacy or a plant-specitic prof 11e is dependent on the assumption and design consloerations at the time the profiles were developed. The DOR guidelines and NOREG-ubb8 provide guidance and the considerations required to determine if the plant-spec 1ric prot 11es encompass the LOCA and Bkth inside containment.
Vt.PCu 15 Reference Discussion Sections 1.1 through 1.5. i l i
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7-19 Revision 1 November 1, 1980
r I L 4 Q.16 Could you elaborate on what the staff expects with ! regard to quality assurance? If parts or subcomponents are purchased from a vendor ! who does not have a quality assurance program, can it be l qualifieo to meet IEEE Std. 232-74 requirements? I VEPCO 16 No mrnrnent. ! i I 1 i
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I i l [, I l i t L
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i l i i, t l I i i i l i
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I i 7-20 l i Revision 1 ! November 1, 1980 l
Q.17 Define the requirements for " replacement parts." Are they the same for " spare" parts? Clearly discuss the l
< alternatives for existing inventories or parts / components. It equipment is ordered to meet IEEE Std. 323-1974 standara but lead time exceeds June 1982, can we use IEEE Std. 323-1971 quallfled components in the interim?
VEPCO 17 We have developed a replacement criteria for the ! purchase of equipment based on postulated nonnal and ! accident environment. l l l O . r i i I i i O 7-21 l Revision 1 November 1, 1980
l Q.18 DOR Guidelines, NUREG-0588 and NUREG-0578, define or l give guidance tor calculating radiation cource terms. O dowever, since one is more restrictive than the otner, Q which do we use? A.18 Both the DOR gulaelines and NUREG-0588 are similar in that they provide the methods for determining the radiation source term when considering 1DCA events inside containment (1001 noble gases / bon lodine /12 particulates) . These methods consider tne radiation source term resulting from an event wnich completely aepressurizes tne primary system and releases the source term inventory to the containment. NUREG-0578 provides tne radiation source term to be used for determining the qualitication doses for equipment in close proximity to recirculating Iluid systems inside and outside or containment as a result 01 LOCA. This method considers an IDCA event in which the primary system may not depressurize and the source term inventory remains in the coolant. NUntG-0588 also provides the radiation source term to be used ror qualifying equipment rollowing non-LOCA events both inside and o sr. side containment (10n noble gases /lon lodine /0h particulates) . When developing raciation source terms for equipment O qualitication, the licensee must ensure consideration is given to conditions. those events whicn provide the most bounding The tollowing table summarizes these considerations: IDCA NON-1DCA HBLB Outside Containment NUREG-0578 NUREG-0588 (100/50/1 (10 / 10/ 0 in hCS) in RCS) Inside Containment Larger or NUREG-0588 NURzG-0586 (100/50/1 (10/10/0 in contain- in RC6) ment) or NURdG-0578 i (100/50/1 l An ECb) 7-22 Revision 1 November 1, 1980 i
VEPCu 18 NUREG-0578 requires minimum source terms equivalent to source terms speciried in Regulatory Guide 1.3, 1.4, 1.7 , 1.89 and Standard Review Plan 15.6.5. The actual source term used was a combination or h 1.4 (ror pressurized water reactors), RG 1.7, and TID-14844. Three separate source terms were usea in calculating radiation dose to equipment.
- 1. Activity in the primary coolant (assuming no release to containment atmosphere)
- a. 1005 noble gas RG 1.4/TIO 14844
- b. SOA halogens TID-14844
- c. In solid tission products TID-14844
- 2. Activity in containment atmosphere (assuming activity release to containment atmosphere)
- a. 1005 noble gas RG 1.4/ TID-14844 l l
- b. 25n halogens RG 1.4
- c. On so11d tission products RG 1.4
- 3. Activity in containment sump water (assuming reactor coolant system is ruptured, spills to the containment sump, ano is recirculated)
- d. 01 noble gas sunip water degased
- o. 50% nalogens RG 1.7
- c. 1% so11d rission products RG 1.7 These source terms usen in equipment quallrication provide boundary conditions ror radiation exposure. The LOC 4. event and source terms usea ror calculatung doses Irom primary sample lines and RCS piping to equipnent outside containment conservatively consider that activity inventory remains in tne coolant. In addition, a dose is calculated wnich results trom activity in the containment atmosphere, shine through walls penetrations, atmosphere sample lunes, sump water recirculated tnrougn ECCs systems, drain lines, etc.
Tne last two source terms consider that activity is depressurized and releasea outside the primary coolant boundary. For integrated doses to equipitent inslae containment, a conservative source term was usea in whicn the activity is assumed to ne released to the containment atmosphere. 7-23 Revision 1 November 1, 1980
t It accounts for radioactive decay and assumes 501 of the lodine released platesout in a very short time (per RG 1.4). It does not account for removal ot airoorne activity as a result of ESF systems operation and is theretore more conservative than tne metnod given in NUREG-OSd8, Appendix D, Page D-b. O 7-24 Revision 1 November 1 i 1980
I i l 1 I Q.19 Can ganusa equivalents be used ratner tran beta exposure l j for radiation qualification? { VdPCO 19 slo comument. I i i i 4 i i 1 A i 4 I i f 1 l, l lO I i f i l I i l I } l l l 1 i i 4 !O 7-25 Revision 1 November 1, 1980
Q.40 It a piece of equipment will become submerged atter completing its requried act.lon, must it be quallfled ror submergence? (~% A.20 If tne equipment (1) meets the guidance and requirements of the DOR guidelines or NUREG-0588 ror the IDCA and H ELis (small and large breaks) accidents and (2) licenses demonstrate tnat its tallure will not adversely atfect any safety-related function or mislead tne operator after submergence, the equipment could be considered exempt trom that portion (submergence) of qualification. VBPCO 20 m.quipment located below this level are identitled on the system component qualif1 cation sneets ana were reviewed for qualification in the submergea condition. O O l-O l V t 7-26 Revision 1 l l November 1, 1980 l l l
t l Q.21 What qualirication is required ot Reactor Pressure Vessel internal instrumentation (e.g., thermocouples) and new instruments required as the result of TMI g Lessons Learned? A.21 TMI Lessons Learnea instrumentation will be considered in the February 1, 1981 SER. This equipnent is suoject to tne same requirements as other satety-related electrical equipment. The gulaance ana requirements of NuREG-0588 referenced daughter standards, and heg Guides will be used by the statf in assessing the adequacy or the qualirication information. The in-core environment should consider tne worst source term for radiation etfects, tne worst humidity for the corresponding temperature, and high temperatures consistent with that of a damaged core. VEPCO 21 The thermocouples currently installed at Surry and North Anna in the Reactor Vessels were supplied by the NSSS vendor, Westingaouse. The rhermocouple system was not designed as a Category IE system. The environment in which tne thermocouples presently exist is quite extreme, >6009, >2,000 psi, radiation consisting or gamma, beta, and neutrons, and humidity which is constantly 1005. We feel that the installed thermocouple system will provide the necessary information during the postulatea O accidents. We do not plan replacement of these devices. to do any testing or O 7-27 Revision 1 November 1, 1980
l u I
; Q.22 In qualification "by use" an acceptable method (e.g
CRIMs in BWRs)? VEPCO 22 No comment. , i i i 8 J 1 1, e l i 1. i 1 i 1 l i i 1 l t ' 7-28 Revision 1 l November 1, 1980 1
l Q.23 How long should "long term" equipment be quallried for environmental qualitication? l A.23 "Long term" for the purpose or qualifying equipnent for a harsh environment is variable. A determination of ,
"long terma for qualification of equipment shoula be !
based on the considerations listed below for each ! postulated accident scenario. Justitication for the value used should be provided witn the equipment 7 qualification documentation. : l
- 1. The time period over which the equipment is i required to bring the plant to cola shutdown and to i mitigate the consequences of the accident. (
- 2. The ability to change, modify or aad equipment daring the course of the accident or in mitivpting i its effects which will provide the same sarety-related runction.
t VEPCO 23 1. Our licensing conruitment f or North Anna and Surry i has always Deen for a hot shutdown condition re-garding safety equipment. Therefore our basis for long > term equipment quallrication has been based on acnleving : a hot shutdown conaltion.
- 2. We will evaiuate the equipment required to reach a cold I shutdown condition and we will taxe into account (O a11owances ter reeeir or regiacement et tais eeusem.at.
(Reierence VEPCO Comment to Question 5 page 7-9 ) . i i l r 1 I i
?
l l l (O l 7-29 : l l Revision 1 j November 1, 1980 l 1
. .-. . . -- _-. . - . - - .- . . - - . - . . _ . - - - _ - = . _ .
d Q.24 Why do we want cosaponent surface temperature rather than i l the bulk environment temperature? i VEPCO 24 No comment. t l l l t I L 1 I i l I i [ l 7-30 Revision 1 November 1, 1980
1 i l i 1 i i l l I t I f 1 i f I I t i SECTION 8 , 1 ZONE CONDITIONS l i i f I e i i i i i f l I t l Revision 1 November 1, 1980 8-i f I i i
NOTES 'IU ZONE Df. SCRIPT 10N TAHthS
- 1. Ambient temperature anonitoring alarms provided (104 0F) .
- 2. a specaric calculation was performed for the rollowing equipment (Reterence No. 16) :
Mulpment Mark No. 40 yr Normal Dose 120 aay II>CA Dose H,A-HC-100 & 200 800 raas 2.5x106 rods
- 3. bpecitic calculations were performed to determine LuCA doses for tne rollowing equipment:
xeterence r4ulpment Mark No. O yr LOCA Dose No. Ts-HV2229 130 rads lu Muu-HV2229, 24.$0 190 rads 18 Ts-HV2230 9.bx105 roas 1d 1 4dOV 6witchgear, 2-ra. -SS-04 1.7x10* raos 19 O d 4dOV Switchgear, 2-sE-SS-03 b2 rads zu 2-HV-F-6dASB 190 rads 18
- 4. A spec 1 tic calculation was performed to deternalne tne LOCa dose for the following equipment (Rererence No. 22) :
Mulpment Mark No. 40 yr Normal Dose b mos LOCA Dose 1-HV-F-uA,b,C 880 rads 120 raos
- 5. A specific calculation was perrormed to netermine the LOCA doses for tne following equioment (Rererence No. 33) :
Equipment Mark No. 40 yr Normal Dose O mos LUCA DOSE 2-HV-F-40A 880 raas < BOG raus 2-HV-F-40s 880 rads (2500 rods O Revision 1 Noventer 1, 1980 3-11
INDEX ZONE DESCRIPTIONS Zone Page AB-244A 8-1 AB-244B 8-2 AB-259A 8-3 AB-259B 8-4 AB-274 8-5 AB-280A 8-6 AB-291A 8-7 AB-291B 8-8 AFWDH-1 8-9 FB-1 8-10 FOPH , 8-11 MSVH-271A 8-12 MSVH-271B 8-13 QSPA-271A 8-14 QSPA-271B 8-15 Recom-1 8-16 RC-216A 8-17 RC-216B 8-18 RC-241A 8-19 RC-241B 8-20 RC-262A 8-21 RC-262B 8-22 RC-291A 8-23 RC-291B 8-24 % SB-254A 8-25 SB-254B 8-26 SB-271A 8-27 SB-271B 8-28 SB-291 8-29 SFGD-1 8-30 Screen-1 8-31 SWPH-1 8-32 Valve-1 8-33 Yard-1 8-34 O 8-iii Revision 1 November 1, 1980
. . - . _ . . . _ _ _ _ . - . . _ . _ .. . _ m. . __. . _ _ . .. _ _ _ _ _ . . . . - . . _ _ , _ _ _ _ _ _ . . _ . _. . ._ _ . _ . . . _ , _ .
f >
. ZONE AB-244A Revision 1 November 1, 1980 i DESCRIPTION Auxiliary Building - Elev. 244'-6" - Pipe Penetration Area, Ch. Pump Cubicles, and Nonregen. Hx Cubicles PARAMETER REF* REF* REF* REF.
ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TMENE PF) . 104 to 176 in 3 sec 204 at 30 sec 192 at 5000 sec 12 50-120 11 NA NA See Note 1 124 at 24 hr 4 ,
. , , , , - - - r,
~
- , PRESSURE (PSIA) -
~
~
[ 14.7 j NA NI 14.96 12 .i
, ; = -'.." RELATIVE ' HUMIDITY (Z) NC NA NA 100 12 i
1 CHEMICAL SPRAY ,
,NA NA NA NA l
RADIATION (RADS) 2x10 5 14
- 3. 6x1'O' 14 (100 26 <100 26 3
e , SUBMERGENCE (ELEV) j i NA NA NA
- NA i
g_y NA = Not applicable ' NR = Not required NO = Not calculated All numbers in Reference Colu:en are referenced in the back of this Section 1 o.
,L I E 1
A
, ~
i, ; , ;! . t !* . ' t ii y ! 1 2 8 0 8 n o i 9 . 2 2 2 6 i 1 F 1 1 1 2 t E c R e S O
- 11 c s nr e i
h oe
;i b s t sm 3 e f T e o e ,i e N ncs vv eo E i e s0
# k c
M RN N 6 700 0 A a O 135 6 0 A 0 N b R 9 0 N 0 I ott 1 e 1 V t aa* 4 h N 1 t E 442 009 n i 1 21 d e c
- n e
6 r F 2 e E f _ R e r e r ~ a n n . m T u
-1 N l E o M C N 0 - O A A A A 0 A e R N N c N N N 1 n
I V N
< e r
E f e - e R
~ n
, i
.. s
- r
. F 4 e E 1 b R m u
n. l L
- l A
T N
' E M
N O A A A A '0 A N - R N N N N 1 s I x a V 1 e N r E A l d a e r t e a n l e u G
- c F l
- E 1 5 a R 1 1 c 6 t
~ - o N
'4 2 =
2 C T N v N e E l 8 d E M 1 N 0 e , O 0 e 1 r
- R 2 t x i g I 1 o 7 0 3
u q n V N 0- N 4 C A A e i E 5 e 1 N N 5 N r d e -. l S t i u o N . B
=
y r R
- B a ) N 4 i %
4 l ( 2 i
- x
)
V e B u Y ) E l
) T b A A P ) I S L a R .* A D Y D E c
- E ( I I A A ( i T S M R R l E E P U P ( E p N M ( H S C p O .W O A N N a I R T E E L O E T A A R V A I G t.
P P R U I C T R A I E S T I E N R S A M I M E C E L E D B = N S M R E R H C A R U S O E T P A Z D N
!! ! ) ! 1! , : l!', )41 1! i, ; j ,i ;ii5 ri!'! ,
O V
,8
(] N ("%. V I i i 20NE AB-259A Revision 1 DESCRIPTION Auxiliary Building - Elev. 259'-6" - General Areas November 1, 1980 4 b PARAMETER REF* REF. REF. REF. ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 104 to 176 in 30 sec 204 at 30 sec 50-120 11 NA NA 192 at 5000 see 12 See Note 1 124 at 24 hr PRESSURE (PSIA) 14.7 NA NA 14.96 12 RELATIVE HUMIDITY (%) NC NA NA 100 12 1 CHEMICAL SPRAY NA NA NA NA f 1 RADIATION (RADS) 5.30x10' 15 1x10' 14 <100 26 < 100 26 See Note 2 See Note 2 SUBMERGENCE (El.EV) NA NA NA NA 8-3 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Colu:nn are referenced in the back of this Section l
. . _ . . _ . _ - . . _ . _ . _ . _ _ _ _ _. _ . ._ ._____m_.. _ ._. _ _ _ _ _ . . _ . . . . _ . _ . _ . . _ _ . .. . . . . . . --
k ZONE AB-259B Revision 1 i DESCRIPTION November 1, 1980 Auxiliary Building - Elev. 259'-6" - Electrical Penetration Area ELB PARAMETER REF. REF. REF* REF* ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT Tlb*ERATURE (*F) ,, t 11 NA NA NA I 70-120 See Note 1 9 PRESSURE (PSTA)
- i NA NA NA i 14.7 RMATIVE HUMIDITY (%)
NA NA NA l NC i CHEMICAL SPRAY 4 NA NA NA NA i RADIATION (RADS) 3.1x10' 17 < 100 26 <100 26 5.3x10 8 17 SUBMERGENCE (ELEV) NA NA NA NA 8-4 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section l l l
%s '
'J U ~
Revision 1 DESCRIPTION Auxiliary Building - Elev. 274'-0" - General Areas November 1, 1980 l PARAMETER REF* REF. REF. REF. ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 104 to 176 in 3 see 50-120 11 NA at 30 see NA See Note 1 192 at 5000 see 12 124 at 24 hr PRESSURE (PSIA) 14.7 NA NA 14.96 12 r RETATIVE HUMIDITY (%) NC NA NA 100 12 CHEMICAL SPRAY NA NA NA NA RADIATION (RADS) 5.30x10 8 15 1x10' 14 <100 26 <100 26 l
$UBMERGENCE (ELEV) NA NA NA NA 8-5 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
, - - - =_. . - . - . . ~ . . - - .- . . - . . . . - - - - _. . .. ._ . . . . . -.
s_ s (J k ZONE M-28 0A Revision 1 DESCRIPTION Auxiliary Building - Elev. 280' - MCC General Area November 1, 1980 t PARAMETER REF* REF* REF* REF. ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 50-120 11 NA NA NA See Note 1 .1 PRESSURE (PSIA) 14.7 NA NA NA RELATIVE HUMIDITY (%) . NC NA NA NA r CHEMICAL SPRAY l NA NA NA NA 1 1 RADIATION (KADS) 8.8x10 2 18 5.9x10" 18 (100 26 NA See Note 3 SUBMERGENCE (ELEV) NA NA NA NA 8-6 l NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section I
,. . .~. _- - . - . - _-. .-
(~. (_. f s V} ZONE AB-291A Revision 1 DESCRIPTION Auxiliary Building - Elev. 291'-10" - General Area November 1, 1980 PARAMETER REF* REF* REF* REF* ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 104 at 0 sec 115 at 5 min 50-120 11 NA NA 145 at 30 min to 12 See Note 1 7 hr 115 at 24 hr PRESSURE (PSIA) 14.7 NA NA 14.9 12 i REIATIVE HUMIDITY (%) NC NA NA 100 CHTMICAL SPRAY NA NA NA NA RADIATION (RADS) 5.30x10 8 15 1x10' 14 <100 26 <100 26 See Note 4 See Note 4 SUBMERGENCE (ELEV) 8 NA NA NA NA B-7 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section a
O C h (,) ( [O ZONE AB-291B Revision 1 DESCRIPTION Auxiliary Building - Elev. 291'-10" - Charcoal Filter Cubicles November 1, 1980 PARAMETER REF* REF. REF.
" REF.
EtWIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 104 at 0 sec 50-120 11 NA NA t 30 n to See Note 1 7 hr 115 at 24 hr PRESSURE (PSIA) 14.7 NA NA 14.9 12 REIATIVE HUMIDITY (%) NC NA NA 100 12 CHEMICAL SPRAY NA NA NA NA
.tADIATION (RADS) 2x10' 14 3.6x10' 14 <100 26 <100 26 SUBMERGENCE (ELEV)
NA NA NA NA 8-8 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section 4 i
9 8 0 8 n 9 o
. i 1 F t E c
, R e 11 S s
f(\ nr i oe h t ib sm f i e T o vv N A eo E M A A N A N A N A N N k c RN N N a O b R I e V h N t E n i . d e c n e r F. e . E f _ R e r e r a n _ m . T u _ N l E o M C N A A A A A A O N N N N N N e R c I n V e N r E e f e R _ n i s
- 8 r F
E 2 e b R m u - n l l A { T N E M A A A A 2 A N N N K N 3 N O R I V N E d e _ t _ a l u 5 c T l E 1 2 a 1 R c t o N e = s u C o T N H N p E m M d u N 4 e P O 0 r R 1 7 i r I
- 0 u V q e N 0 4 C A 6 A e t
E 5 1 N N 2 N r - a w t d o e N e F = y R r ) N 1 a %
- i (
H l ) e P i Y V l x Wu A A R
)
F
)
A T I D Y
)
S D E L E b a c _ E ( I I A A ( i _ T S M R R l E E P U P ( E p _ H S C N M R ( p _ O A U N N a _ I R T E E L O E
!8b T P
I A P A R E R U S V I T A C I I T A G R E N t o R I S A M I M g C M E I E D B = N S E R E H A U O E T P R C R S A Z D N l j ,!; l
- - __ . _ _ - .. ._ .. . . _ . - . _ = . . - -- _
O O J < ZONE FB-1 Revision 1 DESCRIPTION Fuel Building November 1, 1980 l PARAMETER REF* REF* REF* REF. ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATI'RE (*F) 70-120 11 NA NA NA PRESSURE (PSIA) 14.7 NA NA NA J RELATIVE HUMIDITY (%) NC NC NA NA CHEMICAL SPRAY NA NA NA NA I 5.3x10 8 23 28 6 <100 26 NA SUBMERGENCE (ELEV) NA NA NA NA 8-10 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the sack of this Section i I
. . _ . . _ _ _ . . . . _ . . . . ~ . _ . _ , _ . _ _ _ . . - . . _ , . - . . - . - . _ . _ . , _ . . _ , . _. . . _ _ . . _ _ , . _ _ _ . . _ . _ , . _ . _ , . . _ . - . _ . , . _ . . . . _ . . _ . . _ _ _ _ _ _ _ _ . . . _ - . . _ . , _ _ , . . , _ . _ _ . _ - - _ _ . _ . -
C D O ZONE FOPH-1 Revision 1 DESCRIPTION Fuel Oil Pump House November 1, 1980 PARAMETER REF* REF* REF*
" REF*
ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 15-104 11 NA NA NA PRESSURE (PSIA) 14.7 NA NA NA 8 l RELATIVE HUMIDITY (%) NC NA NA NA CHEMICAL SFRAY NA NA NA NA RADIATION (RADS) 260 31 43 31 NA NA
. SUBMERGENCE (ELEV)
-{ NA NA NA NA
; 8-11 1 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
. . _ . . _ _ . _ . . _ . - . . . . _ . . . . . _ . _. . _ _ __ _ _ . . _ , . _ . . . . . . _ . . . _ _ . . .-_ . . _ .. . . _ __ . . _ . _ . . . _ . _ . ~
1 O ZONE MSvH-271A Revision 1 , Main Steam Valve House - Elev. 271' and Above November 1, 1980 DESCRIPTION PARAMETER REF* REF* REF*
" REF.
i, ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT I TEMPERATURE (*F) 4 40-120 11 NA NA 325 I I FRESSURE (PSIA)
! 14.7 NA NA 16.33 i
RELATIVE HUMIDITY (%) l NC NA 100 100 I-CHEMICAL SPRAY NA NA NA NA L t f ). j RADIATION (RADS) d 260 23 1.5x10' 25 NA 1.3x10' 5 9 SUBMERGENCE (ELEV) NA NA NA NA i 8-12 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
3 1 8 n o
" i 5 t c
e
' S h' )- 1 i
s n h o t i f s T o i
- N v E k e E M "0 c a
R L N _ A A A A 1 A E O N N N N x N b H R I 3 e V 1 h N t E n i . d e _ c n e
- r e
f e . r e r a n m T u m N l E o B M C L O N e S M IR A A A A A A c N N N N N N n V e N r - E e f e R i n s 5 r _. 2 e b m u n l m l A T N E A M 0 C N O 1 _ OR A A A A x A
. L I N N N N 4 N m V 5 N
E d w e o t l a e l _ B u c d 1 3 l
._ n 1 2 a a c t
- '1 o 7 N 2
=
v C i e T N . l N E L E A M d
- N 0 e
e MO R 2 r O IR i s 1 7 u u N V - 0 q o N 0 4 C A 5 A e H E 4 1 N N 2 N r e t v o l a N V = B a m R . ) N 1 7 e t ( 2 S ) V e
- Y l H n ) T ) E b V i F ) I S L a S a R
- A D Y D E c MM E ( I I A A ( i T S M R R l E E P U P ( E p _
N M R ( H S C p O A U N N a R T E E L O E O I T P I A P A R E R U S V I T A C I M I T A I G R E M t N o E R C P M S E A I E D B = N S E R E H A U O E T P R C R S A Z D N 4 1 1 ! i 1 1i .;1 ' ii. 1I
[ o \ r \ V V U ZONE QSPA-271A yg j DESCRIPTION Quench Spray Pump Area - Elev. 271' and Above November 1, 1980 PARAMETER REF* REF* REF. DEF. ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 70-120 11 NA NA NA PRESSURE (PSIA) 14.7 NA NA NA RELATIVE HUMIDITY (Z) NC NA NA NA CHEMICAL SPRAY NA NA NA NA 260 23 4.8x10 2 25 NA <100 26 SUBMERGENCE (ELEV) NA NA NA NA 8-14 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
il l1 5 1 8 i 0 n 8 o 9 . i 1 F 6 t E 2 c
, R e S
O 11 s nr i h oe t ib n sr f ie T o vv N E k eo M c RN N A a _ O A A A A 0 b R N N N N 0 N _
"I 1
< e V h _
N t E _ n i d e c n e
. r F e E f R e r
e r a n m T u N l E o M C N O e R c I A A A A A A n V N N N N N N e N r E e f e R n i s 5 r F e E 2 b R m u n l O l A T N E M
'0 1
N x O 4 R A A A A A I N N N N 5 N V N E w d o e l t e a B l 0 u d
- c n F 1 3 l a
a E 1 2 c R
'1 t 7 o 2 N
. =
v C e N l T E N E
- M d N 0 e a O 2 r e R 1 7 i r I - 0 u A V 0 4 C A 6 A q N 7 1 N N 2 N e p E r m
u t P o N y a = r B p
)
R 1 S % N 7 2 h (
- c )
V e A n Y l P e ) T ) E b S u F ) I S L a Q Q R
- A D Y D E c E ( I I A A ( i T S M R R l E E P U P ( E p N M R ( H S C p O N O A U N a I R T E E L O E T A A R V A I C t P P R U I C T R o I E S T I A E N R P S A M I M E C M E I E D B =
N S E R E H A U O E T P R C R S A Z D N
- . . _ . _ - . . .- ._~ _ ..
/~%
\. w) uJ ZONE RECOM-1 Revision 1 DESCRIPTION Hydrogen Recombiner Cubicles O * # '
PARAMETER REF* REF* REF. REF. , 3 ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT I TEMPERATURE (*F) 15-120 11 NA NA NA PRESSURE (PSIA) i 14.7 NA NA NA i RELATIVE HUMIDITY (%) NC NA NA NA CHEMICAL SPRAY NA NA NA NA RADIATION (RADS) 880 23 1x10' 29 NA NA
- (120 days)
SUBMERGENCE (ELEV) NA NA NA NA 8-16 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section i i
\ Nj 'd IONE RC-216 A Revision 1 DESCRIPTION Reactor Containment Elev. 216'-11" - Inside Crane Wall NORMAL LOCA MSLB HELB PARAMETER REF. * *
- NROME ENVIRONMENT ENV120NMENT ENVIRONMENT TEMPERATURE (*F) 280 for 0-30 min 430 for 0-2 min 86-105 1 280 to 150 for 30-60 280 for 2 to 60 min min 3 33 150 for 120 days 150 for 120 days 59.7 for 0 to 30 min l PRESSURE (PSIA) 59.7-14.7 for 30 Use LOCA NA
! 9.5-14.7 4 2 Parameters 14.7 f r days RELATIVE HUMIDITY (%) NC 5 100 2 100 3 NA Boric acid (2000-CHEMICAL SPRAY 2100 ppm boron) buf fer-ed to a pH of 8.5 to Use LOCA NA 11.0 with NaOH for 0 cc 7 Parameters NA 4 4 hrs pH then reduced to 7.8 to 9.0 for 120 days RADIATION (RADS) 3.5x10 5 10 1.8x10 7 10 1.3x10' 5 NA SUBMERGENCE (ELEV) NA To 226'0" elev. 9 To 226'0" elev. 9 NA 8-17 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
f \ f
'q) \d (
ZONE RC-216B Revision 1 DESCRIPTION Reactor Containment - Elev. 216'-11" - Outside Crane wall NORMAL LOCA MSLB PARAMETER *
- REF* RFF.
ENVIRC'IMENT ENVIRO!etENT ENVIRONMENT ENVIRONMENT N ERA M E (.F) 280 for 0-20 min 430 for 0-2 min 280 to 150 for 30-60 280 for 2 to 60 min min 150 for 120 days 86-105 1 150 for 120 days 2 3 NA PRESSURE (PSIA) 59.7 for 0 to 30 min 59.7-14.7 for 30 to 60 min Use LOCA 9.5 - 14.7 4 14.7 for 120 days 2 Parameters 3 NA REIATIVE HLMIDITY (%) NC 100 2 100 3 NA CHEMICAL SPRAY Boric acid (2000-2100 ppm boron) buffer- Use LOCA 2;A ed to a pH at 8.5 to 7 Parameters NA 11.0 with Na0li for 0 to 4 hrs pH then reduced to 7.8 to 9.0 for 120 days RADIATION (RADS) 3.5x10' 8 7.5x10' 8 1.3x10' 5 NA SUBMERCENCE (ELEV) To 226'0" elev. A 9 To 226'0" elev- 9 NA ) 8-18 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column ate referenced in the back of this Section l
/~~% a O jd ZONT RC-241A Revision 1 DESCRIPTION November 1, 1980 Reactor Containment - Elev. 241'-0" - Inside Crane Wall N
PARAMETER REF* REF* REF* REF. ENVIRONMENT ENVIRODtENT ENVIRONMENT ENVIRONMENT TEMPERATt!RE (*F) 280 for 0-30 min 4 r 0-2 min 86-105 1 280 to 150 for 30-60 2 0 for 2 to 60 min 3 NA min 150 for 120 days 150 for 120 days 59.7 for 0 to 30 min PRESSURE (PSIA) 59.7-14.7 for 30 to 9.5 - 14.7 4 60 min 2 Use LOCA 3 NA 14.7 for 120 days Parameters RELATIVE HDtIDITY (%) NC 100 2 100 3 NA CHEMICAL SPRAY Boric acid (2000-2100 ppm boron) buffer-NA ed to a pH at 8.5 to Use LOCA NA 7 11.0 with NaOH for 0 to Parameters 4 hrs pH then reduced to 7.8 to 9.0 for 120 days A ON W ) 3.0x10 7 10 1.8x10 7 10 1.3x10" 5 NA I i SUBMERGENCE (ELEV) NA NA NA NA 8-19 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
% s LJ 'u J v ZONE RC-241B Revision 1 DESCRIPTION Reactor Containment - Elev. 241'-0" - Outside Crane Wall PARAMETER * ' *
- ENVIRO HENT ENVI O TENT ENVI O ' MENT ENVIRON' MENT E N RE ( T I' "" 430 for 0-2 min 86-105 1 2 3 NA 280 to 150 for 30-60 280 for 2 to 60 min min 150 for 120 days 150 for 120 days 59.7 for 0 to 30 min PRESSURE (PSIA) $9.7-14.7 for 30 t 2 Use LOCA 3 M 9.5-14.7 4 60 min Parameters 14.7 for 120 days REIATIVE HLHIDITY (%)
NC 100 2 100 3 NA CHEMICAL SPRAY Boric acid (2000-2100 ppm boron) buffer-NA 7 NA ed to a pH at 8.5 to 11.0 with NaOH for 0 to Use LOCA 4 hrs pH then reduced Parameters to 7.3 to 9.0 for 120 days RADIATION (RADS) 6.77x10 8 1.3x10" 5 NA 3.4x104 10 10 SUBMERGENCE (ELEV) NA NA NA NA 8-20 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
- . - ,- . . . . - . - --.- _ __ _ . . . . . _ . ~ . . . . . - . . - - . - . - -- - - .-
, O O O ZONE RC-262A Revision 1 Reactor Containment - Elev. 262'-10" - Inside Crane Wall November 1, 1980 , DESCRIPTION l_ NORMAL LOCA MSLB HELB PARAMETER ENVIRONMENT ENVIRON' TENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 86-105 1 280 for 0-30 min 2 430 for 0-2 min 3 NA , 280 to 150 for 30-60 280 for 2 to 60 min min 150 for 120 days ' 150 for 120 days 59.7 for 0 to 30 min , PRESSURE (PSIA) 59.7-14.7 for 30 to Use LOCA ' 4 2 9.5 - 14.7 60 min Parameters 14.7 for 120 days REIATIVE HUMIDITY (%) N; 100 2 100 3 NA i t i LH M m SPRAY Boric acid (2000- 7 Use LOCA NA 2100 ppm boron) buffer- Parameters NA ed to a pH at 8.5 to 11.0 with NaOH for 0 to 4 hrs pH then reduced to 7.8 to 9.0 for 120 days RADIATION (RADS) 3.0x10 7 10 1.8x10 7 10 1.3x10" 5 NA SUBMERGENCE (ELEV) . NA NA NA NA d I _ 8-21 ' NA = Not applicable NR = Not required NC = t;ct calculated All numbers in Reference Colu m are referenced in the back of this Section I ! L
C O O ZONE RC-262B Redsion 1 November 1, 1990 DESCRIPTION Reactor Containment - Elev. 262'-10" - Outside Crane Wall NORMAL LOCA MSLB HELB PARAMETER * *
- REF*
ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE ('F) 86-105 1 280 for 0-30 min 2 430 for 0-2 min 3 NA 280 to 150 for 30-60 280 for 2 to 60 min min 150 for 120 days 150 for 120 days 59.7 for o to 30 min PRESSURE (PSIA) 59.7-14.7 for 30 to Use LOCA 9.5 - 14.7 4 60 min 2 Parameters 3 NA 150 for 120 days RELATIVE HUMIDITY (Z) NC 100 2 100 3 NA l CHEMICAL SPRAY Boric acid (2000-2100 ppm boron) buffer-l ed to a pH at 8.5 t NA 11.0 with NaOH for 0 cc 7 Parameters NA 4 hrs pH then reduced to 7.8 to 9.0 for 120 days l l RADIATION (RADS) 3.4x10" 10 6.77x10' 10 1.3x10" 5 NA SUBMERGENCE (ELEV) NA NA NA NA l 8-22 l l NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column ere referenced in the back of this Section l
%J . %J N ZONE RC-291A Revision 1 e r 80 DESCRIPTION Reactor Containment - Elev. 291'-10" - Inside Crane Wall ,
PARAMETER REF* REF* REF* REF. ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT 280 for 0-30 min 430 for 0-2 min 86-105 1 280 to 150 for 30-60 2 280 for 2 to 60 min 3 NA min 150 for 120 days 150 for 120 days 59.7 for o to 30 min PRESSURE (PSIA) 59.7-14.7 for 30 to Use LOCA 60 min Parameters 9.5-14.7 4 14.7 for 120 days 2 3 NA REIATIVE HUMIDITY (%) NC 100 2 100 3 NA CHEMICAL SPRAY Boric acid (2000-2100 ppm boron) buffer-NA ed to a pH at 8.5 to 7 Parameters NA 11.0 with NaOH for 0 to 4 hrs pH then reduced to 7.8 to 9.0 for 120 days RADIATION (RADS) 3.0x10 7 10 1.8x10 7 10 1.3x10' S NA SUBMERGENCE (ELEV) NA NA NA NA 8-23 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
(^ ( (v3 O V 20ST RC-291B Revision 1
# 80 DESCRIPTION Reactor Containment - Elev. 291'-10" - Outside Crane Wall ' -
PARAMETER REF* REF* REF* REF* ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 80 for 0-30 min 430 for 0-2 min 86-105 1 280 to 150 for 30-60 2 280 for 2 to 60 min 3 NA min 150 for 120 days 150 for 120 days 59.7 for o to 30 min PRESSURE (PSIA) 59.7-14.7 for 30 to Use Loca 9.5 - 14.7 4 60 min 2 Parameters
^
14.7 for 120 days RELATIVE HLHIDITY (%) NC 100 2 100 3 NA CHEMICAL SPRAY Boric acid (2000-2100 ppm boron) buffer-ed to a pH at 8.5 to Use LOCA NA 11.0 with Na0li for 0 to 7 Parameters 4 NA 4 hrs pH then reduced to 7.8 to 9.0 for 120 days RADIATION (RADS) 3.4x10" 10 6.77x10' 10 1.3x10" 5 NA SUBMERCENCE (ELEV) , NA NA NA NA 8-24 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
. _ . . - _. . . ____ _. _ . _ m _ _ . , -
f . ( \
%.- '% - \,.
ZONE SB-254A Revision 1 DESCRIPTION Service Building - Elev. 252'and 254'- General Areas (Except Chiller Room) November 1, 1980 PARAMETER REF* REF. REF. REF. ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 70-85 11 NA NA NA PRESSURE (PSIA) 14.7 NA NA NA RELATIVE HUMIDITY (%)
-50 13 NA NA NA CHEMICAL SPRAY NA NA NA NA RADIATION (RADS) 260 23 <1.0 23 NA <100 26 i ,
- SUBMERGENCE (ELEV)
NA NA NA NA 8-25 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section a
., . , ~ .
,,8 p~3 .,-~t
/ A . g
'q ,/
,Y ZONE SB-254B Revision 1 DESCRIPTION Service Building - Elev. 252'- Chiller Room November 1, 1980 REF. REF.
" REF.
PARAMETER REF* ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 70-104 11 NA NA 186 24 PRESSURE (PSIA) 14.7 NA NA NC REIATIVE HUMIDITY (%) NC NA NA 100 CHEMICAL SPRAY NA NA NA NA RADIATION (RADS) 260 23 <1.0 23 NA <100 26 SUBMERGENCE (ELEV) NA NA NA NA 8-26 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section
7 2 8 1 0 n 8 o 6 i 9 F ,\l 2 t 1 E c R e
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- r F 3 e E 2 b R m u
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_ .- ._ _ . _ . - - . . . .- - . = . 4 f J - G ZONE Screen-1 Revision 1
- DESCRIPTION Screenwell Cubicles - Intake Structure November 1, 1980 PARAMETER REF. REF* REF* REF.
ENVIRONMENT ENVIRONMENT ENVIRONHENT ENVIRONMENT TEMPERATURE (*F) , 70-120 11 NA NA NA PRESSURE (PSIA) 14.7 NA NA NA RELATIVE HUMIDITY (%) NC NA NA NA CHEMICAL SPRAY
, NA NA NA NA
.i RADIATION (RADS) 260 31 43 31 NA NA I SUBMERCENCE (ELEV) NA NA NA NA i 8-31 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Eection r 1
2 3 8 0 n 8 . o i 9 F t 1 E c R e
, S 11 s
i nr h oe t _ ib f sm T N o ie vv E M k c eo N a RN O A A A A A A b R N N N N N N "I e V h N t E n i d _ e c _ n e
. r F
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- r F e E b R m u
n l . l A T . N E M N O A A A A A A R N N N N N N _ I V
- N _
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=
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- i ) e H v Y V l Wer S S R
)
F
)
A T I D Y
)
S D E L E b a c E ( I I A A ( i T S M R R l E E P U P ( E p N M R ( H S C p O A U N N a I R T E E L O E T A A R V A I G t _P P R U I C T R o I E S T I A E N R P S A M I M C M E T E D B = n o S E E T R P E R H C A R U S A Z D N
f% f~5 7g k ) ( )
%_/ %d' %/
ZONE Valve-1 Revision 1 Service Water Valve Pit November 1, 1980 DESCRIPTION PARAMETER REF* REF. REF. REF. ENVIRONMENT ENVIRONMENT ENVIRONME..T ENVIRONMENT TEMPERATl;RE (*F) 104 to 176 in 3 sec 50-120 11 NA NA 204 at 30 sec 12 192 at 5000 sec 124 at 24 hr PRESSURE (PSIA) 14.7 NA NA 14.96 12 RELATIVE HUMIDITY (%) NC NA NA 100 12 CHEMICAL SPRAY NA NA NA NA RADIATION (RADS) 260 32 <l.0 32 <100 <100 26 ; SUBMERGENCE (ELEV) NA NA NA NA 8-33 NA = Not applicable NR = Not required NC = Not calculated All nu:nbers in Reference Column are referenced in the back of this Section
t O O ZCNE Yard-l Revision 1 DESCRIPTION Yard November 1, 1980 PARAMETER REF* RET
- REF* REF.
ENVIRONMENT ENVIRONMENT ENVIRONMENT ENVIRONMENT TEMPERATURE (*F) 50 - 120 NA NA NA PRESSURE (PSIA) 14.7 NA NA NA RELATIVE HLHIDITY (Z) NC NA NA NA l CHEMICAL SPRAY NA NA NA NA RADIATION (RADS) 260 23 NA NA NA SUBMERCENCE (ELEV) NA NA NA NA 8-34 NA = Not applicable NR = Not required NC = Not calculated All numbers in Reference Column are referenced in the back of this Section l
ZONE DESCRIPTION TABLE REFERENCES ; f'T, ! v 1. Technical Specification 3/4.6-7. ;
- 2. FSAR Section 15.4, 6.2.1.
- 3. Safeguards calc. 11715-ES-173-0.
- 4. Technical Specification 3/4.6.
- 5. Radiation Protection Calc. 12050-RP-066-0. f
- 6. Radiation Protection Calc.
- 13075-PR (B)-025-0. !
- 7. Safeguards Cales. 11715-ES-186-1, 11715-ES-207 -1, 13075.55-ES-231-0. ,
- 8. Radiation Protection Calc. 13075-PR (B) -026-0.
- 9. Saf eguards Calc. 13075.49-ES-194-1.
- 10. Radiation Protection Calc. 12050-RP-106-0. l
- 11. FSAR Table S7.16-6. ; ,
t
- 12. Safeguards calc. 13075.49-ES-230-0.
[ () 13. FSAR Section 9.4.1.1.
- 14. Radiation Protection Calc. 12050-RP-078-0.
- 15. Radiation Protection Calc. 13075-PR (B) -023 -0. ;
- 16. Radiation Protection Calc. 12050-RP-117-0.
- 17. Radiation Protection Calc. 13075-PR (B) -027-0.
t
- 18. Radiation Protection Calc. 120 50-RP- 100-0.
- 19. Radiation Protection Calc. 12050-RP-104-0.
- 20. Radiation Protection Calc. 13075-PR (B) -024 -0.
- 21. Safeguards Calc 13075.49-ES-232-0.
- 22. Radiation Protection Calc. 13075-PR (B) -017-0. ;
- 23. Radiation Protection Calc. 13075-PR (B) -023-0. I i
- 24. Radiation Calc. 11715-V-29.
- 25. Radiation Protection Calc. 13075-PR (b) -095-0. {
fr d Revision 1 8-35 November 1, 1980 ; i
- 26. Radiation Protection Calc. 13075-RP-069-0.
- 27. Specification NAS-383, Yard-1, Temperature 400-1200F.
i
- 28. Radiation Protection Calc. 1307-PR(B)-008-0. l
- 29. Radiation Protection Calc. 12050-RP-133-0. j
- 30. Radiation Protection Calc. 12050-RP-091-0.
- 31. Assume same as Casing Cooling Pump House.
- 32. Assume same as 254 level of Service Building.
- 33. Radiation Protection Calc. 13075. 49-PR (B) -029-0.
O O Revision 1 8-36 Noverber 1, 1980
l DOCU, _ h i I PAG I PUIE . l l
\
l ANO. wovosit i l NO. OF PAGES
/ l 5
REASON l 0 PAGE ILLEGIB1 j PDR CF O HARD COPY FILED AT. I OTHER
/ J_
O BETER COPi REQUESTED ON _ PAGE 100 LARGE TO FILM. PDR { CF HARD COPV FILED AT: I OTHER l s ILMED ON APERTURE CARD NO goWO l I
l 1 1 i I i l I l i l l SECTION 9 i 1 ' MASTER LIST t
?
i i 1 I l i I i 1 i l l l l l Revision 1 9-1 November 1, 1980
ACCIDENT FUNCTIONS REFERENCED IN MASTER LIST O 1. Containment Isolation
- 2. Emergency Core Cooling / Core Heat Removal
- 3. Engineered Safety Feature
- 4. Post Accident Monitoring ;
- 5. Design Basis Accident (Loss-of-Coolant Accident and/or Main Steam Line Break) Mitigation
- 6. Control Room Habitability
- 7. High Energy Line Break (Outside Containment) Mitigation j
- 8. Supplies Power to Safety Systems
- 9. Service Building Heating, Ventilation, and Air-Conditioning System
- 10. Safeguards Area Ventilation
- 11. Minimum Charging and Boration Capability for High Energy Line Break in Auxiliary Building
- 12. Rod Control Room Ventilation :
- 13. Service Water Isolation l
- 14. Ventilation to Safety-Related Equipment I
1 i Revision 1 9-11 November 1, 1980 l i
O O DATE 10/30/80 VIPGI'iI A ELECTPIC APO PCWEP CCMPAtif PAGE 1 l HCRTH AtclA pct:EP STATICH t? LIT 2 i O EcU1PMEnT OAur1 CATION ntSTER uST # l FILE / MARK ILHDER SOPT CPDER 12345678901234 2-HV-E-4A CHILLEP, CCNTPOL Ato PELAY POCM WESTItGHOUSE HV 1247 6 01 O 9 2-HV-E-4B CHILLER, CCtiTROL AND PELAf POOM WESTIt!GHOUGE HV 1247 6 01 2-HV-E-4C CHILLER, CCNTPOL Ato PELAY PCCM WESTItGHCUSE HV 1247 6 01 2-HV-S-1A STPAINEPS, CHILLER PCOM ELLIOT HV 1299 6 02 2-HV-S-1B STRAltlERS, CHILLER POC!1 ELLIOT HV 1299 6 02 2-HV-F-24 FAN, EQUIFt1Et1T ROOM SUPPLY AEPOVENT FAH CO. HV 1241 6 03 2-HV-P-20A PUMP, CHILLuR POOM A/C BINGHAM-WINIAMETTE HV 1276 6 04 2-HV-P-20B PUMP, CHILLER R00t1 A/C BIllGH A M-WINI AMETTE HV 1276 6 04 2-HV-P-20C PUMP, CHILLER POOM A/C BIttGHAM-WINIAMETTE HV 1276 6 04 2-HV-P-22A PUMP, CHILLER POOM A/C BItlGHAM-WINIAMETTE HV 1276 6 04
~
2-HV-P-223 PUMP, CHILLER POOM A/C bit!GHAM-WINI Att TTE HV 1276 6 04 2-HV-P-22C PUMP, CHILLER ROCM A/C BINGH Att-wit 4I AME T T E HV 1276 6 04 2-DB-P-10A PUMP, CHILLER POCH SUMP JCHMSTON PU!1P DB 1421 6 05 O 2-CB-P-10B PUMP, CHILLER POOM SUMP JOHHST0t1 PUMP DB 1421 6 05 e tGA-20 CABLE, 1/C 250 MCM CVOtlIT E ED 1128 8 06 -O l NGA-21 CABLE, 1/C 2/0 AWG. OK0t1ITE ED 1128 8 06 O l IMD-15 CABLE, TRIPLEX #4 AWG CVCtlITE ED 1128 8 06 i O NGB-16 CABLE TRIPLEX #6 AMG Oh0HITE ED 1128 8 06 e-l ( ttGB-17 CABLE, 3/C sS AWG OMCt1ITE ED 1128 8 06 lO CABLE, 3/C #10 AWG OKOHITE 112S 8 06 9 i _tGB-18 ED tGB-19 CABLE, 3/C #12 AWG OVotlITE ED 1128 8 06 NGA-15 CACLE, TRIPLEX 250 MCM CEPPO WIPE ED 1359 35 07 NGA-19 CABLE, 2/C #2 AWG CERPO WIPE ED 1312 8 08 NGA-34 CACLE, 1/C #14 AWG CERRO WIRE ED 1312 8 08 O e O O O O e __ll_ __________ _ _ _ _
)
DATE 10/ b d0 VIPGINI A ELECTRIC At:D FCWEw'tC'WAHf PAGE 2 s flCPTH At#fA FCWER STATICtl UNIT 2 d, f-ECUIFMENT 04LIFICATICt1 MASTER LIST h FILE /MAPK HUMDER SCRT CRDER 12345678901234 NGA-35 CABLE, 2/C #14 AWG CEPPO WIRE ED 1312 8 08 HGA-36 CABLE, 3/C #14 AWG CERRO WIRE E7 1312 8 08 trA-37 C AB L E , 5/C #14 AWG CEPRO WIRE ED 1312 8 08 NGA-38 CABLE, 7/C #14 AWG CERRO WIPE ED 1312 8 08 NGA-39 CABLE, 9/C #14 AWG CERRO WIRE ED 1312 8 08 HGA-40 C AB LE , 12/C R1 + AMG CEPRO WIRE ED 1310 8 08 tGA-44 CABLE, 1/C #12 AWG CEPPO WIRE ED 1312 8 08 tGA-45 CABLE, 2/C #12 ARG CERPO WIRE ED 1312 8 OS ffGA-47 CABLE, 4/C #12 AWG CERPO WIPE ED 1312 8 08 , 113A-49 CABLE, 7/C #12 AWG CEPRO WIRE ED 1312 8 08
~
HGA-57 CABLE, 4/C #10 AWG CEPPO WIRE ED 1312 8 08 NGA-77 CABLE, 4/C #10 ARG CEPPO WIRE ED 1312 8 08 HGB-43 CABLE, 2/C #8 AWG CEPPO WIPE ED 1312 8 08 tE8-44 C ABLE , 2/C #6 A RG CEPPO WIRE ED 1312 8 08 NGB-45 CABLE, 4/C #6 AWG CERRO WIRE ED 1312 8 08 NGA-67 CABLE, 19/C #16 AMG BIW ED 1265 2345 09 HGA-68 CABLE, 12/C #16 AWG BIW ED 1265 2345 8 09 NGA-69 CABLE, 2/C #16 AWG BIW ED 1265 2345 09 flGA-70 CABLE, 18/C #16 ARG BIW ED 1265 2345 09 _HGB-35 CABLE, 2/C #16 AMG BIW ED 1265 2345 09 HGB-39 CABLE, 3/C #16 AMG BIW ED 1265 2345 09 g (g> W NGB-40 CABLE, 4/C #16 AMG BIW ED 1265 2345 09 NGB-55 CABLE, 45/C #16 AWG B1W ED 1265 2345 09 _tlGA-10 CABLE, 1/C 2000 MCN GENERAL CABLE ED 1055 9 10 O e
l O O DATE 10/30/80 VIRGINIA ELECTRIC AttD PCWEP COMPANY PAGE 3 TIC 9TH At2fA FCWER STATIOtt U' LIT 2 EQUIFt'EtiT QALIFICATIOtt MASTER LIST h FILE / MARK flUTCER SCRT l _._ .___ .__........... .____ ___ ___ __........___________ ._ _ ________ __.__ ___ _ . ____ _.._____ _. ___ ___ CRDER 12345678931234 NGA-12 CABLE, 3/C 1000 MCN ALUt1IllUN ARMOR GENERAL CABLE ED 1255 9 10 HGA-13 CABLE, 3/C 4/0 AWG. ALUMIllUN ARNOR GEtlERAL CABLE ED 1255 9 10 NGA-3 CADLE, TRIPLEX 1000 MCN 1255 10 O, ttGA-4 CABLE, 3/C 500 f*CN ALUNINUN art 1CR GENEPAL CABLE GEtiERAL CADLE ED ED 1255 8 8 10 e flGA-5 CABLE, 3/C 1250 MCN STEEL ARMCR GDIEPAL CABLE [D 1255 8 10 NGA-6 CABLE, 3/C 1250 NCfl ALUNINUN ARMOR GENERAL CABLE ED 1255 8 10 NGA-9 CABLE, 1/C 1500 t'CN GENERAL CABLE ED 1255 8 10 0 8 NGA-13 CABLE, 3/C 4/0 AWG CKCt1ITE ED 1375 8 11 NGA-14 CADLE, TRIPLEX 4/0 AWG CVCNITE ED 1375 8 11 , ilGA-3 CABLE, TRIPLEX 1000 HCN CKCNITE ED 1375 8 11 t1GA-4 CABLE, 3/C 500 MCN CMCtlIT E ED 1375 8 11 HGB-11 CADLE, TRIPLEX 2/0 AWG OK0tlITE ED 1384 8 12 ffGB-12 CABLE, TRIPLEX #1 AWG CVOtlITE ED 1384 8 12 74GB-5 CABLE, TRIPLEX 500 MCN OKCtlITE ED 1384 8 12 NGB-7 CABLE, TRIPLEX 250 MCN CKCi4ITE ED 1384 8 12 NGA-67 CADLE, 19/C #16 AMG CERRD WIRE ED 1392 123456 8 13 HGA-68 CABLE, 12/C #16 AWG CEFRO WIPE ED 1392 123456 13 itGA-70 CABLE, 18/C #16 AMG CERRO WIRE ED 1392 123456 13
!!GB-35 CABLE, 2/C #16 AWG CERRO WIRE ED 1392 2345 13
_NGB-39 CABLE, 3/C #16 AWG CERRO WIRE ED 1392 123456 13 NGB-11 CABLE, TRIPLEX 2/0 AWG GENERAL CABLE ED 1256 8 14 NGB-12 CABLE, TRIPLEX #1 AWG GENERAL CABLE ED 1256 8 14 ilGB-5 CABLE, TRIPLEX 500 NCH CEt1EPAL CABLE ED 1256 8 14 _t1GB-7 CABLE, TRIPLEX 250 MCN GEtlERAL CABLE ED 1256 8 14 O e O O O O e _--_ I L -_ _-_- - ___ _ _ _ _ ______
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k DATE 10/30/80 VIPGINIA ELECTRIC At:0 PCUER CCMPAtif FAGE 13 fw flORTH At!'fA PCWER STATION Ut4IT 2 d EQUIPt1ENT CALIFICATIOt3 MASTER LIST h FILE /MAPK 11 UMBER SCRT () M/PK ffD. DES 2RIPTI0tl MAtUFACTU9EP MODEL t:3. SYS PURCH. ACCIDENT FU':CT FILE PAGE w CCCER 12345678901234 ,3 507-2D-2003 SOV, STE AM GEN BLCL*)0 Mil ISOLATICt1 VALVE ASCO CI 1125 7 63 L) SOV-CD-200H SOV. STEA.M GEN ELCWCCW14 ISOLATIC'l VALVE ASCO C1 1125 7 63 SOV-ED-200J SOV. STEAM GEN BLCMDCWri ISCLATIO*4 VALVE ASCO CI 1125 7 63 TS-HV2230 TEMPERATU9E SWITCH HOttEYWELL HV ttA 2 64
- MOV-HV200A MOV, C0t4TAltE1EtlT SUPPLY LIMITCPQUE HV 198 1 65 65 h
MOV-HV200C f*0V, CCtiTAlt MEtiT FUDGE LIMITCPCUE HV 198 1 g POO-HV163A MCD, CENTPAL APEA EXH AUST DISCH DAtirERS HotlEY!? ELL HV 22436 23 1 6 t> d MCO-HV1638 MOD, CENTRAL APEA EXHAUST DISCH DAMPERS HCNEYHELL HV 22436 23 1 66 m f*CD-HV163C MOD, CENTRAL APEA EXHAUST DISCH DAMPERS HONEYWELL HV 22436 23 1 66 b SOV, CCtiTAIt: met 4T VACUM FUMP SUCTIOtt CI 1125 135 67 h SOV-CV-250A ASCO SOV-CV-250B SOV, C0t4TAIttt'EtiT VACUM FUMP SUCTIOtt ASCO CI 1125 135 67 k,) SOV, CONTAlt1 MENT VACUM FUMP SUCTIOt1 CI 1125 135 67 h SUV-CV-250C ASCO SOV-CV-2500 SOV, CCflTAItiMEtiT VACUM PUMP SUCTI0tl ASCO CI 1125 135 67 o SOV-SS-202A SOV, PRIMART COOLANT COLD LEG SAMPLE ASCO CI 1 68 e-SOV-SS-206A SOV, PRIMARf CCOLANT HOT LEG SAMPLE ASCO CI 1 68 O~ O SOV-LM-201A SOV, CC?tTAIPMENT LEAKAGE N0f tITOR ASCO CI 1163 1 69 SOV-LM-201B SOV, COtiTAIt!MU;T LEAKAGE MCt11TOD ASCO CI 1163 1 69 SOV-LM-201C SOV, CCt(TAltmEtiT LEAVJGE MONITOR ASCO CI 1163 1 69 SOV, CONTAItJMEtiT LEAKAGE M0t4' TOR 1163 69 O. SOV-LM-2010 SOV, AIR CCOLER EMERG SUFPLY ASCO ASCO CI SH 1 3 70 e _ SOV-SW-201A-1 SOV-SM-201A-2 SOV, AIR COOLER EMERG SUPPLY ASCO SW 3 70 SOV-SW-2018-1 SOV, AIR COOLER EttERG SUPPLY ASCO SW 3 70 SOV-Sil-201B-2 SOV. AIR CCOLER EMERG SUPPLY ASCO SW 3 70 0- 8 _ LT-2474 TRAttSMITTER, STEAM GEN. LEVEL ROSEMOUNT FW 1486 5 71 o h o 8 8 8 h 11 - --- -- - _- . - . - _ . - - - -
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DATL 10/3vev0 t VIPGINIA ELECTRIC AND FOt!Ev-CO*1PAHf PAGE 14 (V) g PJORTH AM1A FOWER STATIO'l UtlIT 2 V EQUIPMENT QALIFICATIO*4ftASTER LIST h FILE /t1APK t!U'iBER SORT OPDER 12345678901234 LT-2476 TR AHSttIT T E R , STEAM GEH. LEVEL POSEMOUtlT FW 1486 5 71 LT-2486 TRAtiSMITTER, STEAM GEN. LEVEL POSEMOU'IT FW 1486 5 71 LT-2494 TRAtlSMITTER, STEAM Cell. LEVEL ROSEMOUNT FW 1486 5 71 LT-2495 TRANSMITTER, STEAM GEH. LEVEL ROSEMOUtiT FW 14S6 5 71 TE-AM-100A AMBIENT TEt1PERATURE MONITORS ROSEMOUtiT AM 1363 8 72 0 TE-AM-100B AM31EllT TEMPEPATU7E t10NITORS POSEMOUNT AM 1363 8 72 4 TE-AM-101A AMSIEtlT TEMPEPATURE MONITORS POSEMOUNT AM 1363 8 72 TE-AM-101B AMBIENT TEt1PERATUQE MOtlITORS ROSEttCUt1T AM 1363 8 72 TE-AM-102A AMBIENT TEMPERATUPE MONITORS POSEt10UtiT AM 1363 8 72 , TE-AM-102B AMBIENT TEMPERATURE t10'4ITORS POSEMOUNT AM 1363 8 72 TE-AM-103A AMBIEllT TEMPERATURE ttOflITORS POSEMOUt1T AM 1363 8 72 O 1363 0: TE-AM-103B AMBIENT TEMPERATURE MONITOPS ROSEMOUt3T AM 8 72 TE-AM-104A AMBIEtiT TEMPERATURE MOtlITCPS ROSEf10UHT AM 1363 8 72 O, G TE-AM-104B AMSIEtiT TEttPERATUPE ttotIITOPS POSEMOUNT AM 1363 8 72 TE-AM-105A AMBIEtiT TEMPERATURE F10tlITORS POSEMOUtli AM 1363 8 72 TE-AM-105B AMBIENT TEttPERATURE ttOtlITORS ROSEt1CUtlT AM 1363 8 72
- f. TE-AM-106A Af!DIENT TEMPERATURE tictlITORS POSER 10Utli AM 1363 8 72 u
TE-AM-106B AMBIENT TEMPEPATURE M0tlITOPS ROSEMOUNT AM 1363 8 72 9 TE-Ati-107A AMDIEt1T TEMPEPATU'?E MO'1ITORS POSEt10U'IT AM 1363 8 72 bx 4 h _TE-AM-107B AMBIENT TEMPERATURE MONITORS POSEttOUNT AM 1363 8 72 TE-AM-108A AMDIEtiT TEMPERATL9E MC*lITORS ROSEMOUt4T AM 1363 8 72 TE-AM-108B AMBIENT TEMPERATURE MONITORS ROSEMOUtlT AM 1363 8 72 ' g MOV-SH-210% RECIPC. AIR COOLING COILS LIMITORQUE SW 3 73 m -- v W tiOV-SH-210B RECIRC. AIR C00 lit!G COILS LIMITOROUE SW 3 73
\._/ w O e
n p U v DATE 10/30/80 VIPGINIA ELECTRIC AND FOWER COMPANF PAGE 15 NOPTH AtP4A FCMER STATICil U'4IT 2 m/ EQUIFt1ENT CALIFICATICil MASTER LIST FILE /MAPK t!UMCER SORT (, V MAPK t:0. OESCPIPTICtl MANUFACTUDER ttODEL t10. SYS PUPCN. ACCIDENT FUt:CT FILE PAGE W CPDER 12345678901234 t"0V-0W-214A RECIRC. AIR C00LIliG COILS LIMITORGUE !W 3 73 g MOV-SW-2148 PECIRC. AIR COOLING COILS LIMITORQUE SW 3 73 MOV-CS-200A MOV, PEFUELIf!G WATER STCPAGE TANK LIMITCEOUE GS 1242 35 74 ' MOV-GS-2003 t10V, PEFUELING WATER STORAGE TANK LIMITOPOUE QS 1242 35 74 2-EE-SS-04 SWITCHSEAR 480V (2J1) ITE ED 10?8 8 75 2-EE-ST-02 TPAtlSFCOMER 480V (2J1) ITE ED 1083 8 75 FT-2414 TRAtiSt1ITTEP, REACTOR COOLANT FtCW L1 FOXECR0 RC 1010 0 5 WOI FT-2415 TRAttSt1ITTER, REACTOR COOLAfti FLOW L1 FOxBOPO RC 1010 2 5 W31 FT-2416 TRANSitITTER, REACTOR CCOLAtlT FLCW L1 FOXECPO PC 1010 2 5 WO1 0- 9 FT-0404 TRAllSMITTER, REACTOR COOLANT FLOW L2 FOXBCFO RC 1010 2 5 WOI FT-2405 TRANSt1ITTER, PEACTOR CCOLAt1T FLCW L2 FOXEOPO PC 1010 2 5 WOI FT-2426 TRAtist1ITTER, REACTOR COOLANT FLOW L2 FOXBORO RC 1010 2 5 W01 FT-0434 TRANSMITTER, REACTOR COLLANT FLOW L3 FOXCO?O PC 1010 2 5 W01 FT-2435 TRANSt1ITTER, P!ACTC7 COLLANT FLOW L3 FOXDCR0 PC 1010 2 5 W01 FT-2436 TRANSMITTER, PEACTCR COLLAtlT FLOW L3 FOXEOPO RC 1010 2 5 WOl U-1010 S LT-2459 TRANSt11TTER, FRESSU'JIZER LEVEL BARTCil PC 23 5 W32 LT-2460 TP ANSt11TT ER , FPESSU9IZER LEVEL GARTCH PC 1010 23 5 WO2 LT-2461 TRANSMITTER, F"SSU9IZER LEVEL DARTCH PC 1010 23 5 W32 PT-2474 TRAtlSt1ITT ER , STET.M GEtt 1 FRESSURE FOXUCTO tis NA 5 W33 _ PT-2475 TRANSMITTER, STEAM GEN. 1 FPESSURE FOXCOPO MS NA 5 WO3 PT-2476 TRANSitITTER, STEAM GEN. 1 FPESSURE FOXE090 its NA 5 WO3 PT-2484 TRANSMITTER, STEAM GEN. 2 FPESSURE FOXBCPO tis NA 5 W33 PT-2435 TRAN!MITTER, STEAM GEN. 2 FRESSURE FOXBOPO MS NA 5 W33 _ PT-24?6 TRANSMITTER, STEAM GEN. 2 FRESSURE FOXBORO MS NA 5 403 o 8 8 8 e - - - - - I l - - -- _ - - - - -- ___ _ ___ - _ _ _ _ _ _ - - - - - - _ _
f] O Q L) DATE10/3wjo VIPGIt11A ELECTRIC At3D FCWUrdCMPAt{Y PAGE 16 'd q tt0RTH AfDIA PCWEP STATICt1 UttIT 2 g v EQUIFt1EMT QALIFIC ATICtl MASTER LIST W FILE /MAPK ff'XDER SORT (/ M LR K t!O . DESCRIPTIC'1 mat:UF ACTU'? ER MODEL NO. SYS FURCH. ACCIDENT FUt:CT FILE PAGE W CRDER 12345678901234 PT-2494 TPAttSMITTER, STEAM GEtl. 3 rRESSURE FOXbORO t13 ti A 5 WO3 PT-2495 TPANSMITTER. STEAM Gell. 3 PPESSURE FOXBCR0 MS HA 5 WO3 PT-2496 TP A NSt1IT T ER . STEAN GEtl. 3 FRESSURE FOXBORO t13 NA 5 W33 HCV-2200A LItfIT SWITCH, REGEll. HEAT CUTLET ttAMCO CI 1010 1 WO4 lit 1IT SWITCH, REGEN. HEAT OUTLET hat 1CO C1 1010 1 WO4 HCV-2200B LIMIT SWITCH, REGEH. HEAT OUTLET tlAMCO CI 1010 1 WO4 ffCV-2200C ttOV , LHSI PUMP SUCTIC's lit 1ITCRQUE SI 1010 23 5 WO5 MOV-2060A LIMITCROLE SI 1010 23 5 WOS MOV-26608 tiOV. LHSI PUt1P SUCTI0t1 LIMITCPQUE SI 1010 23 5 W35 MOV-2885A tt0V , LHSI PECIPC VfLVE t10V, LitSI PECIPC VALVE LIMITORQUE SI 1010 23 5 H05 t10V-28853 "i LIMITORQUE 1010 1 5 WO6 MOV, RCP SEALWATER RETUPf3
. NOV-2380 h l?
TRAt15tfITTER, FRESSURIZER PRESSURE BAR Tott PC 1010 23 5 W37 PT-2455 TRAt1SMITTER, FRESSURIZER FRESSURE CARTott PC 1010 23 5 WO7 e; PT-2456 O- TRAttSMITTER, FRESSURIZER FPESSURE BARTON PC 1010 23 5 WO7 PT-2457 SI 1010 23 5 WC8 O t10V-2890 A SOV-2200A-1 MOV, LHSI LINE STOP VALVE SOV, LETDOW11 lit 1E LIMITCRCUE ASCO CI 1010 1 WO9 e! CI 1010 WO9
!OV-20006-1 SOV, LETDOWil LIlfE ASCO 1 9
O- SOV, LETDOMI LItiE ASCO CI 1010 1 WO9 SOV-2200C-1 CI 1010 1 W10 SOV-2460A SOV, LETDCM1 LINE LOOP 1 & 2 ASCO hi CI 1010 1 WIS SOV, LETDCM1 LINE LOOP 1 & 2 ASCO SOV-24600 LIMITORQUE SI 1010 23 5 W11 ttOV-2862A t10V , LHSI FUMP SUCTICtl SI 1010 23 5 Wil t10V, LHSI PUt1P SUCTICt1 LIMITORQUE t10V-2862B RCSEtt00t/T PC 1010 1 345 W12 TE-24120 RTD, PCS HARPCW rat!SE POSEMOUtiT RC 1010 1 345 W12 RTD, RCS HARROW rat:SE _ TE-2412D
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lO O DATE 10/30/80 VIRGINIA ELECTRIC Aff0 POWER CC*1PAttf PAGf 17 HORTH Atc?A P2WER STATICN UNIT 2 . O EQUIrnEnT QAtIrIC u IC, nASTER LIST S . FILE /t1 ARK ttUMEER SOPT 4 J O narx >>0. oESCP1PTI0ti Mir.uriCTuPER n0DEt no. STS PtPCH. ACCIoEnT rUnCT rite PAGE S OFDER 12345678901234 t __________... . . . _ _ . _ _ _ _ . . . . . __.__.________.____.._.__ ____......__________ __________ ___ ______ _________..___ _____ -. . a TE-24223 RTD, FCS HARROW RAllGE ROSEMCUtiT PC 1010 1 345 W12 TE-2422D RTD, RCS HiPRCW rat!GE POSEMOUNT PC 1010 1 345 W12 TE-24328 PTD, RC3 NAPPOW PAttGE POSEt10Ut1T PC 1010 1 345 W12 TE-24300 RTD, RCS HARPCW PANGE POSEttOUt1T PC 1010 1 345 W12 I
; 2-SI-P-1A PUf1P. LOW HEAD SArETY IllJECTIOtt WESTItGHOUSE SI 1010 2 5 W13 O O 2-SI-P-1B PUttP , LOW HEAD SAFETY ItlJECTICH WESTIM0 HOUSE S1 1010 2 5 W13 MOV-2863A 110V, LHSI DISCH VALVE LIMITCPQUE SI 1010 23 5 W14 i
O MOV-28633 MOV, LHSI DISCH VALVE LIMITCRCUE SI 1010 23 5 W14 e l I MOV-2264A MOV, LHSI DISCH VALVE LIMITORQUE SI 1010 23 5 W15 1O t*0V-22 648 MOV, LHSI DISCH VALVE LIMITORQUE SI 1010 23 5 W15 O'i t*0V-2115C MOV, CHARGIttG PUMP SUCT. FPOM VCT LIMITOPOUE CH 1010 23 5 W16 O t*0V-2350 MOV, EMERGENCY BCRATION LIMITORQUE CH 1010 23 5 W17 e: MOV-22678 MOV, LHSI TO CHARGING PUtiP LIMITORQUE CH 1010 23 5 W18 t'0V-22698 MOV. LHSI & VCT TO CHARGING PUMP lit 1ITCPQUE CH 1010 23 5 W18 MOV-227C8 f t0V, LHSI 8 VCT TO CHARGING PUtiP LIMITOPQUE CH 1010 23 5 W18 MOV-2370 MOV, CHARGING PUMP TO SEAL WATER PECIRC. LIttITCPQUE CH 1010 23 5 WIS ff0V-2 373 MOV, CHARGItiG PUMP TO RECIPC. SV lit 1ITCRQUE CH 1010 23 5 W18 MOV-2069A tt0V, CH/.RGING PUttP SI STOP VAINE LIMITORQUE SI 1010 23 5 W18 MOV-28698 t10V, CH ARGING PUMP SI STCP VALVE LIMITORQUE SI 1010 23 5 W18 _ M3V-2206A MOV, CHARGIllG PUt1P DISCH. LIMITCRQUE CH 1910 23 5 W19 MOV-2206B MOV, CHAPGIt G PUMP DISCH. LIMITCFQUE CH 1010 23 5 W19 t10V-2086C t10V, CHAPGING PUMP DISCH. LIMITCRGUE CH 1010 23 5 W19 MOV'2287A MOV, CHARGIt:G PUMP STOP VALVE LIMITORQUE CH 1010 23 5 P19 _MOV-2287B MOV, CHARGIttG PUMP STOP VALVE LIMITOPQUE CH 1010 23 5 > W19 O O O A L__
tfU f ,O. () DATE10/$ 0 VIRGINIA ELECTRIC At0 POWEve bCrirAtlY PAGE 18 t1CRTH At1!1A FCMER STATICH UNIT 2 g q'v EQUIFMENT CALIFICATION t* ASTER LIST W FILE / MARK t1UtCER SORT V t1MK tt0. DESCRIPTICtl mat 1UFACTUPER MCDEL 110. SYS FUPCH. ACCIDEttT CL"!CT FILE PAGE W C90ER 12345678901234 MOV-2237C MOV, CH APGIt!G FUMP STOP VALVE lit 1ITCRQUE CH 1010 23 5 W19 0- 9 2-CH-P-1A FUMP, CH C GIttG (HHSI) WESTIt!GHOUSE CH 1010 2 5 WOO 2-CH-P-18 PUMP, CHARGING (HHSIl WESTINGHOUSE CH 1010 2 5 W20 Vq O 2-CH-P-1C PUt1P, CHARGIt1G (HHSI) WESTINGHOUSE CH 1010 2 5 W20 f*CV-2 26 7A tt0V, LHSI TO CHARGIt1G FUMP LIMITO? CUE CH 1010 23 5 W21 t10V-2269A t"JV , LHSI 8 VCT TO CHARGING FUMP LIMITORGUE CH 1010 23 5 W21 f*0V-2270A MOV, LHSI & VCT TO CHAPGIttG PUttP LIMITORQUE CH 1010 23 5 W21 0-1010 4 MOV-2289A t10V, CH APGING PUttP DISCH. LIMITC7QUE CH 23 5 W21 MOV-2239B MOV, CHAPGING PUMP DISCH. LIttITCPCUE CH 1010 23 5 W21 t:GV-2115B ft0V, CHARGIttG PUMP SUC FROM PWST LIMITORGUE CH 1010 23 5 1 W22 tt0V-21150 MOV, CHARGIt1G PUMP SUC TPON PWST LIr1ITORQUE CH 1010 23 5 1 W22 Qf- S FT-29'40 TRANSt1ITTER, SI HEADER FLOW HOT LEG BART0ti SI 1010 W23 FT-2943 TR ANSt11T T E P , EOROM INJ, TK. HEADER FLOW DARTC'1 SI 1010 W23 ftOV-2867C MOY, CHAPGING PUMP STOP VALVE LIttITOPQUE SI 1010 23 5 W24 n !!OV-2057A t10V, CHAPGING PUttr STOP VALVE LIMITORc"JE SI 1313 23 5 W25 o S NOV-28678 t10V, CHARGING FUMP STOP VALVE LIMITOROUE SI 1313 23 5 W25 t*0V-O c 67D tt0V, CHAPGIllG /UtP STOP VALVE LItfITORQUE SI 1313 23 5 W25 SOV-2059 SOV, SAFETY IHJECTION ACCUMULATOR ASCO / CI 1010 1 W26 TE-2410 RTD, PCS WIDE RANGE ROSEtt0UtiT RC 1010 , 5 WL7 O- O _TE-2413 RTD, PCS WIDE RAtGE POSEMOLHf PC 1010 4 H27 TE-2420 DTD, PCS WIDE RANGE POSEMOUt4T RC 1010 4 W27 O O. TE-2423 RTD, RCS WIDE RANGE ROSEMOUNT PC 1010 4 W27 TE-2430 RTD, PCS WICE PAf!GE POSEMOUtiT PC 1010 4 W27 O TE-2433 RTD, PCS WIDE pat:GE ROSEMOWT. ., RC 1010 4 W27 9-T
- O O O e A
O O DhTE 10/30/E0 VIPGIMI A ELECTRIC ANO POWER COMPAtl( PAGE 19 HOPTH ant!A FCMER STATICN UNIT 2 O Ecu1rnEtT OAtIrICAT1Cri niSTER tIST # FILE /t1ACK tlUt:EER SCRT ORDER 12345678901234
, t10V-Ce 65 A t10V, ACCU!1ULATOR TAtM 1 COLD LEG LIIIITCRCUE SI 1010 23 5 W28 t*0V-206ED MOV. ACCUMULATOR TAtX 2 COLD LEG LIMITCROUE SI 1010 23 5 WOS t*0V-2065C MOV. ACCU'1ULATOR TAtlK 3 COLD LEG lit 1ITORGUE SI 1010 23 5 W28 t'OV-2836 t10V, COLD LEG CIRC VALVE LIMITCRCUE SI 1010 23 5 W29 SOV-2804A SOV, COROM It1JECTIOtt tat:K TO BATCH TK ASCO SI 1010 23 5 W30 SOV-2C34B SOV, BOROH IHJECTICtl TA!!K TO BATCH TK ASCO SI 1010 23 5 W30 SOV-2034C SOV, 20RCil IllJECTI0tt tat!K TO BATCH TK ASCO SI 1010 23 5 W30 EP HCV2186 E/P FOR hat:D CotiTROL VALVE HCV-2186 FISHER W31 SOV-2000A-2 SOV, LETDOWil LIffE ASCO CI 1010 1 W32 SOV-2000B-2 SOV, LETDOWN lit 1E ASCO CI 1010 1 W32 SOV-2000C-2 SOV. LETDO*44 LINE ASCO CI 1010 1 W32 O SOV-2936 SOV, ACCUMULATOR VEtiT LIttE FLOW ASCO CI 1010 1 W33 0:
MOV-2275A MOV, CHAPGIt1G PUt1P TO RECIPC. SV LIMITORQUE CH 1010 23 5 W34 t10V-2275 C t10V, CHARGIt:G PUt1P TO RECIRC. SV LIMITORQUE CH 1010 23 5 W34 t10V-2381 t10V, SEAL WATER RETURN SV LIMITORQUE CH 1010 23 5 W35 MOV-2115E t10V, CHAPGIt:G PUMP SUCT, FRON VCT LIMITORCUE CH 1010 23 5 W36 t*0V-22753 MOV, CHARGIt:G PUMP TO RECIRC. SV LIMITOPQUE CH 1010 23 5 W37 t*0V-2835C MOV, LHSI RECIPC TO CHAPGIt:G PUt1P VALVE LIMITORQUE SI 1010 23 5 W38 MOV-28850 t10V, LHSI RECIRC TO CHARGItfG PUMP VALVE lit 1ITORQUE SI 1010 23 5 W38 _t*0V-28908 t10V, LHSI LIllE STOP VALVE lit 1ITOFGUE SI 1010 23 5 W39 1 1010 LIMITOPQUE 23 5 W39 e l t*0V-2890C MOV, CHARGItiG PUt1P SUCT. FPOM VCT SI O MOV, LHSI lit:E STOP VALVE LIMITORCUE SI 1010 23 5 W39 MOV-28900 i SOV-2842 RADIATION t'OtlITCRING LINE ttAMCO CI 1010 1 W40 FLOW SWITCH BD 6 *H/A _FS-BD-2038 O e O O O O ' il - - - - - - - - . - - - - - - -
. J
DATE 10/$wd0 VIRGINI A ELECTRIC Ato PCWE'rtCMPAtlY PAGE 20 O N09TH At?!A POWER STATIO't LB4IT 2 O EQUIPMEt1T CALIFICATICf3 t1 ASTER LIST h FILE /ttARK t!Ut:3ER SORT ORDER 12345678901234 FS-DD-201D FLOW SWITCH BD 6 + tt/ A FS-ED-203F FLOW SWITCH ED 6 *H/A FS-CD-203G FLOW SWITCH ED 7 *ti/A FS-CD-20311 FLOW SWITCH CD 7 *t1/A FS-ED-203J FLOW SWITCH 00 7
- ti/A FS-ftV-2207A FLOW SWITCH, BATTERY ROOM 2-1 VENT HV 9 *N/A FS-HV-20078 F LOW SWITCH, BATTERY ROOM 2-2 VENT HV 9 *H/A FS-HV-2207C FLOW SWITCit, BATTERY RCOM 2-3 VENT HV 9 *H/A HC-2186 E/P FOR SEAL WATER FLOW CO?iTROL CH 2 5
- tt/A
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HCV-FW-200A LIMIT SbITCH, FW COtiTROL TO STEAM GCH 1A FW 57 *H/A 57 O HCV-FW-2008 LIMIT SWITCH, FW CotiTPOL TO STEArt GEN ID LIMIT SWITCH, FW CO?tTROL TO STEAN GEN IC FW FW 57
*ti/A
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HOV-FW-200C LCV-2460A LCV, LOOP 1 LETD2Wtl LINE CCtlT. W CI 1 *tt/A < l O TRAHSt1ITTER, RF WATER STORAGE TAtlK QS 35 *H/A LT-QS-200A LT-OS-2000 TRAHSMITTER, RF WATER STORAGE tat 1K QS 35 *N/A LT-QS-200C TRAH!?1ITTER, RF WATER STORAGE TAHK QS 35 *H/A LT-OS-2000 TRANSt1ITTER, RF WATER STr' AGE TAHK QS 35 *t1/A l LT-2474 TRAHSPITTER, STEAM GEN LEVEL FW 5 *H/A 5 .O l LT-2475 TRANSitITTER, STEAN GEtt LEVEL LCV, LOOP 2 LETDOWil LINE CO?tT. W FW CI 1
*ti/A
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_ LVC-246CB MOV-FW-200A MOV. AtN STEAtt GEtt FD PP DISCH FW 57 *H/A t*0V-F W-2 0 00 MOV, AUX STEAM GEH FD PP DISCH FW 57 *H/A MOV-FM-200C tt0V, AUX STEAt1 GEtt FD PP DISCH VV FW 57 *H/A -- M07-HV-204-1 MOV, CotITROL ROOM EMER AIR SUPPLY HV 7 *H/A O e O nc
- y - - - - - _ - _ _ . .- . - . _ . . - . . . _ . _ . . . - . . . - - - - - . . . - . - . . . _ - . _ . - _ - - . . - . ._ . _ - . - - . . - - - - . . _ . _ .
O O DATE 10/33/80 VIRGIllI A ELECTPIC At1D F04EP C0tiPAtif PAGE 21 t10RTH AP2R FCb'ER STATIC'l U' LIT 2 EQUIrt1EtlT QALIFICATI0tt titSTER LIST O FILE / MARK tlU!1SER SCRT O -- MARK HO. DESCRIPTION t1 A t'UF ACTUR ER t10 DEL l10. SYS PURCH. ACCIDEtiT FUttCT FILE ORDER 12345678901234 PAGE e MOV-HV-204-2 MOV, CotiTROL ROOM EMER AIR SUFFLY HV 7 *ti/A ft0V-QS-202A t10V, RF WATER CHEM. ADD TAttK QS 35 *N 'A MOV-OS-202B MOV, PF WATER CHEM ADD tat.K QS 35
- t1/A MOV-SW-100A PtOV SW RETURti TO RERVOIR ISOLATI0t1 SW 23 5 *tt/A Pt0V-SW-1008 MOV, SW RETURN TO RERVOIR ISOLATI0?1 S;J 23 5 *N/A MOV-Stt-110A tiOV, SW 3 *H/A ttOV-SW-1103 MOV. SW 3 *Pl/A MOV-SW-114A t10V , SW 3 *H/A MOV-SW-1140 NOV, SW 3 *t1/A O c.:
MOV-SH-115A MOV, AUX SW PUt1P ISO VALVE SW 23 5 *H/A f*0V-CW-1158 ff0V, AUX SW FUtip ISO VALVE SW 23 5
- t1/A MOV-!W-117 t10V, CIRC WTR SW FUt1P ISOLATION SW 23 5 *N/A f*0V-SW-IIS tt0V, CIRC WTR IllTAKE TO SW PUtiP SW 23 5 *ti/A '
ff0V-SW-119 110V, MAKE-UP ISOLATI0f1 SW 23 5 *N/A t*0V-!W-2 0 0 A tt07, SW RETURf1 TO PERVOIR ISOLATI0tl SW 23 5
- tt/A MOV-SW-2006 t10V, SW RETLT<H s0 RERVOIR ISOLATION SW 23 5
- tt/A tt0V-!W-2030 tt0V, SW TO RECIRC SPRAY SW 35
- t1/A ttOV-SW-210A MOV, SW 3 *tt/A f f0V, l
O MOV-SM-2108 t10V, SW SW 3 3
*ti/A
- t1/A e
_ MOV-SW-214A MOV-SW-214B tt0V , SW 3 *tt/A f*0V-SW-215A tt0V, AUX SW PUt1P ISO VALVE SW 23 5
- ti/A t*0V-SW-21SD MOV, AUX SW PUt*P ISO VALVE SW 23 5
- ti/A
_MOV-SW-217 t10V, CIPC WTR SW FU11P ISOLATION SW 23 5
- tt/A O e O # # # e 11 - - - - - - - - - - - - - _ _ - - - . _ _ _ _ ___ -____ _ _ _ _ _ _ __ _ _ _ _ _ _ _____ _______ _ _ _ _ _
O O DATE
!n) 10/3ww0 VIPGINIA ELECTRIC Ato POWEV COMPAffY (o) PAGE 22 -
O t! ORTH AtatA PCWER STATI0t4 (flit 2 E0u1PnEt4T OAtIrICATIOt,tiASTER tIST FILE /MAPK ffdMEER SORT e CPDER 12345678901234 M7/-SW-219 MOV, MAKE-UP ISOLATI0tl SW 23 5
- Pl/A MOV-SW-220A MOV. SW TO CIPC TUtElEL SW 3 *N/A fs MOV-SW-22CB MOV. SW TO CIRC TU'lilEL SW 3 *fi/A d h PS-EG-2JA PRESSURE SWITCH, EMER GEN 2J COMP ED 8 *H/A PS-EG-2J3 PRESSURE SWITCH, EMER GEN 2J COMP ED 8 *H/A PT-t15-2 01 A TRANSMITTER, MAIN STM LP I PRES C0t4 TROL MS 2 *H/A PT-t13-0018 TRANSt1ITTER, MAIN STM LP II PRES CoflTROL MS 2
- t1/A PT-MS-201C TRANSMITTER, t1AItl STM LP III PPES C0tiTPOL MS 2 *tt/A PT-2404 TRANSt1ITTER STEAM GEN O PRESSURE MS 4
- t1/A PT-24SS TRAt1SMITTER, STEAN GEN 2 PRESSURE MS 4
- tt/A PT-2494 TRAi!St1ITTER, STEAM GEtt 3 PRESSURE MS 4
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PT-2495 TRANSMITTER. STEAN GEtt 3 PRESSURE MS 'e *H/A e-PM-SW-224 RADI ATIDH F10tlITORS, SW PAD MotlITORS SW 4 *H/A . Pti-SW-225 RADIATI0tl MONITORS, SW RAD MotlITORS SW 4 *N/A PM-Sk!-226 RADIATI0tl Mot 1ITORS, SW RAD MONITORS SW 4 *tt/A RM-SW-227 RADI ATI0tl MotlITORS, SW RAD Mot 4ITORS SW 4 *ti/A PPS-EG-2HA PRESSURE SWITCH, EMEPG GEN 2H Cot 1P ED 8 a ti/A PPS-EG-2HB PRESSURE SWITCH, EMERG GEN 2H COMP ED 8
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O O DATE 10/30/80 VIRGINIA ELECTRIC Atic FCWER COMPAtiY PAGE 23 NCRTH AtiffA FCMER STATI0ra unit 2 5 EQUIFMEtti QALIFICATICtl NASTER LIST FILE /NAFK IUMEER SCRT OPDER 1234567S901234 SOV-HV-215A-1 SOV, FLUSH VALVE SERVICE BLDG STRAltJER CI 1 *N/A SOV-tfV-215A-2 SOV, FLUSH VALVE SERVICE BLOG STRAlttER CI 1 *t t/A SOV-HV-2158-1 SOV, FLUSH VALVE SERVICE BLDE STRAIT:ER CI 1 *tt/A SOV-HV-2158-2 SOV, FLUSH VALVE SERVICE BLOG STRAlt4ER CI 1 *tt/A SOV-HV-2200A SOV, VALVE FOR 2-HV-P-20A HV 9 *H/A SOV-HV-22003 SOV, VALVE FOR 2-HV-P-22B HV 9 *N/A SOV-HV-2000C SOV, VALVE FOR 2-HV-P-22C HV 9 *H/A SOV-HV-23004 SOV, BOTTLED AIR SYSTEM HV 6 *H/A SOV-HV-23008 SOV, BOTTLED AIR SYSTEN HV 6 *H/A SOV-HV-2300C SOV, BOTTLE 0 AIR SYSTEN HV 6 *ti/A SOV-HV-23000 SOV, 20TTLED AIR SYSYTEN HV 6 *ti/A T SOV-HV-2306A SOV, COTTLE0 AIR SYSTEN HV 6
- t!/A SOV-HV-2306B SOV, EOTTLEO AIR SYSTEN HV 6
- t t/A SOV-HV228-1 SOV, EXHAUST TO IODINE FILTER BAffK HV 23 5 *ta/A SOV-HV228-2 SOV, EXHAUST TO IODIt:E FILTER BAtfK HV 23 5 *H/A SOV-MS-201A-2 SOV, NAIN STEAM lit!E TRIP CI 1 *H/A SOV-MS-201A-5 SOV, NAIt1 STEAM LIttE TRIP CI 1 *H/A SOV-ttS-2018-2 SOV, NAIN STEAN LINE TRIP CI 1 *H/A SOV-MS-2018-4 SOV, NAIH STEAM lit!E TRIP CI 1 *H/A
_ SOV-NS-201C-2 SOV, NAIN STEAM LIllE TRIP CI 1 *N/A SOV-NS-201C-4 SOV, NAIN STEAM lit!E TRIP CI 1 *H/A SOV-NS-201C-5 SOV, NAIN STEAN LINE TRIP CI 1 *H/A SOV-MS-210A SOV, CI 1 *H/A SOV, CI 1 *tt/A _ SOV-MS-2108 O e O O e
O DATE 10/3wu0 n VIPGINI A ELECTRIC Ato POWEW CCMPANY O PAGE 24 O O t10RTH AtitlA POWER STATIOtt UNIT 2 Eau 1Pnt,iT Oit1F1 CAT 10,1tiiSTER tIST e FILE / MARK tlUMBER SORT CPDER 12I45678901234
!OV-2311 50V, CH 5 *H/A SPV-MS-201B-5 SOV, MAIN STEAM LINE TRIP CI 1 +H/A TS-HV-2229 TEtiPERATURE SHITCH HV 3
- tt/A TS-HV1968 TEMPERATURE SWITCH, EMER GEtt RCCM OH HV 9 *H/A TS-HV1960 TEMPERATURE SWITCH, EMER GEtt ROOM 2J HV 9 *tt/A TV-SW-101A TRIP VALVE, SH 3 *ti/A TV-SH-101B TRIP VALVE, SW 3
- ti/A TV-SW-201A TRIP VALVE, SW 3 *ti/A TV-SW-201B ttGV , S4 3 *H/A .
1-HV-F-22B FAtt, EXHAUST FAti EMER GEH ROOM 2H HV 9
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1-HV-F-22D FAtle EXHAUST FAtt EMER GEN POOM 2J HV 9 *N/A 1-SW-P-1A PUMP, SW PUMP MOTCR A SH 23 5 *t1/A 1-SM-P-1B PUMP, SW PUMP MOTOR B SW 23 5 *H/A - 1-SM-P-4 PUMP, AUX SERVICE HATER PUMP SW 23 5 *H/A 1-SM-S-1A STPAltlER, EW TRAVELIllG HATER SCREEllS SH 23 5
- t1/ A 1-tW-S-1B STRAINER, SW TRAVELIt!G NATER SCREEUS SM 23 5 *H/A 2-BY-B-01A BATTERY, STATI0tl CATTERY 2-1 ED 8 *t1/A 2-BY-B-01B BATTERY, STATICtl BATTERY 2-1 ED 8 *H/A 2-BY-D-02A BATTERY, STATI0tl BATTERY 2-2 ED 8
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_ 2-BY-B-02B BATTERY, STATI0tl BATTERY 2-2 ED 8 *tt/A 2-BY-B-03A BATTERY, STATIC!l BATTERY 2-3 ED 8 *t1/A 2-BY-B-03S BATTERY, STATIOl BATTERY 2-3 ED 8 *ti/A 2-BY-B-04A BATTERY, STATICtl BATTERY 2-4 HV 8 *ti/A - _ 2-BY-B-04B BATTERY, STATI0tl BATTERY 2-4 HV 8 *H/A O # O 9 - - - - I l - - - - - _- - - - - - -- - - --- - _-- - -- - -- - - - _- - -- - - - - - _ - - _ _ - _ _
lO O DATE 10/30/80 VIPGINIA ELECTRIC AMD Fot;ER COMPAtlY PACE 25 f.'0*JTH AfDIA FONER STATI0tl L' NIT 2 O EauIrnEnT OAttr1 car 10ti nASTER t1ST # FILE /ftARK tlUMCER SORT ORDER 12345678901234 2-BY-C-02 BATTEPY CHARGER ED 8 *tf/A 2-DY-C-03 BATTERY CHAPGER ED S
- tt/A 2-BY-C-04 BATTERY CHAPGER ED 8 *ti/A 2-BY-C-05 BATTERY CHAPGER ED 8
- ti/A 2-DY-C-06 BATTERY CHARGER ED 8 *t4/A 2-BY-C-07 BATTERY CHARGER ED 8 *t!/A 2-CB-P-108 PUMP, CHILLER ROOM SU*tP 6 *tt/A 2-EE-EG-02A GENERATCR, EMERGEt:CY GEH EH ED 8 *H/A 2-EE-EG-02B GENERATOP, EMER Gell 2H CCHTPOL BOX ED 8 *t1/A 2-EE-EG-02C GEt!ERATCR, ENER GEtt EH CONTROL CAB ED 8
- tt/A 2-EE-EG-4A GEtlERATOR, Et1ERGEt4CY GEt1ERATOR 2J ED 8 *ti/A 2-EE-EG-4B GENERATOR EMEPG GEN 2J C0tlTROL BOX ED 8 *H/A 2-EE-EG-4C GEtlERATOR EMER GEN 2J C0tITROL CAB ED 8
- t1/A 2-EE-SS-01 SWITCHGEAR, 480 V SS BUS OH ED 8 *H/A 2-EE-SS-02 SWITCHGEAR, 480 V SS BUS 2J ED 8
- tt/A 2-E E-Sil-01 SWITCHGEAR, 4 KV BUS 2H ED 8 *H/A 2-EE-2G-4D GEllEPATCR, EMER GEH 2J BATTERY ED 8 *t1/A 2-EG-AC-2HA COOLER, AFTER COOLER EMER GEN R00f12H ED 8 *t1/A 2-EG-AC-OHB COOLER, AFTER COOLER EMER GEN ROCH OH ED 8
- tt/A
_ 2-EG-AC-2JA COOLER, AFTER COOLER E*1 ERG GEtt POON 2J ED 8 *H/A 2-EG-AC-0JS COOLER, AFTER COOLER EMERG GEH FOOM 2J ED 8 *tt/A 2-EG-B-006 GENERATOR, Et1ER GEli OH BATTERY ED 8 *ti/A 2-EG-C-2HA COMPRESSOR, EMEPG GEH AIR COMP 1 ED 8 *ti/A C0tlFRESSOR EMERG GEH AIR COMP 1 ED 8 *H/A _2-EG-C-CHB O # a0 __ _ _ .
UU C DATE 10/3(1r80 n n VIPGItJIA ELECTRIC AtG FCWErCOMFAtty PAGE 26 O-tiORTH At3!A PCMER STATIOtt U'11T 2 g O EQUIFt1EtIT OALIFICATIC?t MASTER LIST W TILE / MARK tlU"CER S07T l L a G s-~~~- L--t t----- G- R-[- L-~~~ ~rL,---~~ r E -- G O -- r- s t2-~~-----~~~~~~~~~~~o eE~i----~~~-~~~--------- G CRDER 12345678901234 2-EG-C-2JA COMFRESSCR, EMERG GEH AIR CCt1P 1 ED 8 *H/A 2-EG-C-2JB COMPRESSOR. EMEPG CEN AIR COMP 2 ED 8 *PI/A 2-EG-P-2HA FUMP, Et1ERGEt CY Git 2H FUEL OIL PUM*' SH 8 *H/A 2-EG-P-2H3 PUMP, EMEPGEHCY GEN 2H FUEL OIL PUMP ED 8 *H/A 2-EG-P-2JA PUMP, Et1EPGENCY GEtt 2J FUEL CIL PUMP ED 8 + tt/A 2-EG-P-2JB PUMP, Et1ERGENCY GEN 2J FUEL OIL PUMP ED 8 *tt/A 2-EI-CB-01 CADINET, MAIN CONTROL B0f.RD ED 2345 *H/A 2-EI-CB-02 CABINET, MAIH CONTRC' 00APD ED 2345 *N/A 2-EI-CD-03 CADItiET, MAIt1 cot 1TPOL COIPO ED 2345 *ti/A 2-EI-CB-04 CASItfET, MAIH C0t1TFOL ECaRD ED 2345 *H/A 2-EI-CB-05 CABINET, MAIH CONTPOL E0AFD ED 2345 *H/A O CABINET, AUX S!'UTDOMti PAtlEL ED 23 4 *H/A e? 2-EI-CD-06A r 2-EI-CB-06B CABINET, AUX SHUTDCMI PANEL ED 2345 *H/A < 2-EI-CB-07 CADIHET, VENTILATICf4 CONTROL BOARD ED 6 9
- tt/A 2-EI-CD-08A CABIt4ET. EMER GEtt 2H CC?iTROL PAtDIEL ED 8 *tt/A 2-EI-CB-008 CABIttET, t JtER GEH CH CCt1 TROL PAfDIEL ED 8 *H/A 2-EI-CB-156A CABIttET, C0t4TFDL CAB FOR AIR SfS ED 6 *H/A 2-EI-CB-156B CABINET, C011 TROL CAB FCR AIR SYS ED 6 *H/A 2-EI-CB-23A CABINET, PRCCESS RACK ED 2345 *H/A
_ 2-EI-CB-23B CABINET, PROCESS RACK ED 2345 *H/A 2-EI-CB-23C CABINET, FROCESS RACK ED 2345 *tt/A 2-EI-CB-230 CABINET, FROCESS RACK ED 2345 *tt/A 2-EI-CB-47A CABINET, SOLID STATE PROTECTICH ED 135
- ti/A
_ 2-EI-CB-47B CABINET, SOLID STATE PROTECTION ED 135 *H/A O e IL--------- -- _ - -- -- ___ - - - - - _ _ _ - - - - - - - - -
_g. - -- . _ _ _ _ ___ _ O O DATF 10/30/E0 VIPGINI A ELECTRIC Ato PCWER CC" Patty PAGE 27 flCRTH ant!A FCMEP STATIC?1 UNIT 2 g O EQUIFMEtlT Q ALIFICATICt1 MASTER LIST W FILE / MARK t: UMBER SCRT C? DER 12345678901234 2-EI-CD-47C CABItlET. SOLID STATE FROTECTICt1 ED 135 *t1/A 2-EI-CB-47D CABIt!ET, SOLID STATE FPOTECTION ED 135 *N/A 2-EI-CD-47E CABItlET SOLID STATE FRDTECTIC!t ED 135
- t1/A 2-EI-CB-47F CABIt!ET, SOLIO STATE FROTECTI0tl ED 133 *ti/A 2-EI-CD-51 CABItlET, FROCESS PACK 1 ED 135 *N/A 2-EI-CB-52 CABINET, FROCESS PACK 2 ED 135 *H/A 2-EI-CD-53 CABINET, PROCESS PACK 3 ED 135 *tt/A 2-EI-CB-54 CABINET, PROCESS RACK 4 ED 135 *N/A 2-EP-CB-04A CABINET, VITAL BUS CAB 2-1 ED 8 *ti/A O e ,-
2-EP-CB-04B CABINET, VITAL EUS CAB 2-2 ED 8
- t t/A 2-EP-CB-04C CABINET, VITAL BUS CAB 2-3 ED 8
- ti/ A 2-EP-CB-04D CABINET, VITAL BUS CAB 2-4 ED 8 *N/A 2-EP-CD-12A CABINET, DC CA31 NET 2-1 ED 8 *ti/A 2-EP-CB-12B CABIttET, DC CABINET 2-2 ED 8 *N/A 2-EP-CB-12D1 CABIt!ET, DC DISTRIBUTION PAttEL 2-2A ED 8 *N/A 2-EP-CD-12C CABI1ET, DC CABIffET 2-3 ED 8
- ti/A 2-EP-CB-120 CABINET, DC CABItlET 2-4 ED 8 *tt/A 2-EP-CD-12J1 CABINET, DC DISTRIBUTICM pat 4EL 2-4A ED 8 *N/A 2-EP-CB-19A CABINET, VITAL SOV PAffEL ED 8 *N/A
_ 2-EP-CB-19B CABIttET, VITAL SOV PANEL ED 8 *N/A 2-EP-CB-23A CABItfET, DC DISTPICUTIOtt PA?!EL 2A ED 8 *H/A 2-EP-CD-238 CABINET, CC DISTRIEUTI0tl pat:IL 28 ED 8 *H/A 2-EP-CD-28 CADINET. AUX PELAY CAB CASIt!S CCOLING ED 2 *N/A _ 2-EP-CB-28 CABINET, AUX PELAY CAB CASING COOLING ED 2 *H/A O 9 o ____Il _
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DATE 10/3 0 VIPGINIA ELECTRIC AND FCWE CMrt tif PAGE 28 NCRTH At01A FCUER STATICtl UNIT 2 O EQUIPMENT QAUFICATICH MASTER UST h' FILE /MAFK NU"SER SORT C? DER 12345678901234 2-EP-CB-20A CADIt:ET. AUX PELAY CADItiET A ED 23 5 78 *H/A 2-EP-CB-CPB CABINET, AUX PELAY CABIttET B E7 23 5 78 *N/A 2-EP r.B-34 CADINET, CCtiTPOL PAffEL FCR CCtiTROL PCOM A ED 6
- ti/A 2-EP-CB-35 CABINET, CC*1 TROL PANEL FCR CCtlTPOL ROCM A ED 6 *H/A 2-EP-CB-20A CABIMET, INST DISTPIEUTIC?1 FAtMEL 1 ED 8 *tt/A 2-EP-CB-808 CABIllET INST DISTRIDUTIC?l Pati!!EL 2 ED 8 *H/A I
2-EP-CB-80C CABIttET ItlST FISTRIEUTICtl PAN?iEL 3 8
- t1/ A I
O 2-EP-CB-8CD CABINET INST DISTRIBUTION PAtelEL 4 ED ED 8 *t1/A e 2-EP-MC-10 MCC, 2H1-1 ED 8 *H/A 2-EP-NC-Il MCC, 2J1-1 ED 8
- t t/A 2-EP-MC-12 MCC, 2H1-1A ED 8 *ti/A 2-E P-MC-13 MCC, 271-1A ED 8
- t t/A 2-EP-MC-41 NCC, 2H1-4 ED 8 *H/A 2-FW-P-3A FUMP, STM GEH AUX DP MOT A FW 57 *H/A 2-FW-P-3B PUMP, SIM GEtt AUX DP MOT B FW 57 *tt/A 2-tiV- AC- 06 CCOLER, EMERGEHCY SWITCHGEAR ROOM A/C HV 9 *H/A I
2-HV-AC-07 COOLER, EMEPGENCY SWITCHGEAR ROOM A/C HV 9 *ti/A O COOLER, AFTER CCOLER EMER GEN POOM 2H
- ti/A 4
2-HV-AC-03 ED 6 l 2-HV-AC-09 COOLER, AFTER COOLER EMER GEN ROOM 2H ED 6 *t1/A O O _ 2-HV-F-41 FAti, CCt(TROL ROOM EMER VENT HV 6 IQ-8 *H/A I 2-HV-F-42 FAH, EMERGENCY SWITCHGEAR VENT HV 9 *H/A
.O ! 2-HV-F-52B FAH, BATTERY ROCM 2-2 EXHAUST HV 9 *N/A O
2-HV-F-57A FAH, BATTERY PCCM 2-1 EXHAUST FAH HV 9 *H/A O O-2-HV-F-57C F AH, BATTERY ROON 2-3 EXHAUST HV 9 *H/A m O 9 1 'O # 11 _ -- _- _ _ _ - - _ . _ . - .
O O DATE 10/30/80 VIPGItil A ELECTRIC AND FC. ER CCriPAtlY PAGE 29 ff07TH ANNA FCWER STATICtl LHIT 2 EQUIPMENT CALIFICATICH MASTER LIST h FILE /MAPK !?J'TER SORT ORDER 12345678901234 2-HV-F-57D FAH, E ATTERY PCCt1 2-4 EXHP,UST FAH HV 9 *H/A 2-HV-F-68A FAti, 1H SUPPLY FAtt HV 1 *H/A 2-HV-F-6EB FAH, IJ SUPPLY FAtt HV 1 *tt/A 2-HV-2207D FLCW SWITCH, EATTERY RCott 2-4 VEtlT HV 9
- t t/A 2-GS-P-1A PUMP, QUEHCH SFRAY PUMP 1A QS 35 *ti/A O
2-QS-P-1B FUt1P, QUEttCH SPRAY PUt1P IB QS 35 3 *H/A e! ' 2-RS-P-34 PUMP, CASItS CLG RECIRC SPRAY FUttP RS 35
- t t/A 2-RS-P-33 PUMP, CASItG CLG PECIRC SPRAY PUf1P RS 35 *H/A 2-SW-P-1A PUMP, SW FUMP MOTER A SW 23 5 *tt/A .
2-SW-P-1B PUMP, SW PUt1P MOTCR B SW 23 5 wH/A - 2-SH-P-4 FUt10, AUX SERVICE WATER FUMP SW 23 5 *N/A O STRAINER, SW TRAVELINS WATER SCREEMS O[: 2-CH-S-1A SW 23 5 *H/A 2 -011-S-1B STRAINER, SW TPAVELItG WATER SCREENS SH 23 5
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- 2-VB-I-01 ItNERTER, VITAL BUS ItNERTER 2-1 ED 8 *H/A 2-VB-I-02 IPUERTER, VITAL EUS ItNERTER 2-2 ED 8 *H/A 2-VB-I-03 ItNERTER, VITAL BUS ItNERTER 2-3 ED 8 *H/A 2-VB-I-04 ItNERTER, VITAL DUS ItNERTER 2-4 ED 8 *H/A O O1 689 PEC090S FRINTED O G' O e 1, O Ol 99 O S
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U O O DATE 10/30/80 VIPGIt(IA ELECTRIC APO POWER CCMPAtiY PAGE 1 NO9TH Atit!A PCMER STATICM U'1IT 2 EQUIPMENT C ALIFICATICt1 t1 ASTER LIST h DESCRIPTI0ti/ FILE SCRT O MAPK tO. DESCRIPTICt1 MAtiUFACTURER MCDEL ll0. SYS PURCH. ACCIDEt4T FUtfCT FILE CFDER 12345678901234 PAGE h TE-AM-217D AMSIENT TEt1P. MCtlITOR SERV. BLDG. ROSEtt0UtiT At1 1363 7 47 TE-AM-217C AMOIEtiT TEMP. N0tlITOR SERV. BLOG. ROSEtCUtiT AN 1363 7 47 TE-Ati-217B At1BIENT TEMP. t!CNITOR SERV. BLDG. ROSEMCUtiT AM 1363 7 47 TE-AM-217A Att3IENT TEMP. t10tlITOR SERV. BLDG. POSEMOUtiT AN 1363 7 47 T E- Art- 216 AMBIENT TEt1P. f10t4ITOR SERV. BLDG. ROSEMOUtli AM 1363 7 47 0f- h TE-AM-21S At*BIENT TEt1P. tiot4ITCR SERV. BLDG. POSEtt0UtiT AM 1363 7 47 TE-AM-100A AMSIEllT TEt1PERATUPE Mot 1ITORS POSEttCUNT AM 1363 8 72 TE-AM-101A AM3IENT TEMPERATURE MotlITORS ROSEMOUtiT AM 1363 8 72 TE-Ati-1008 At13IEt3T TEMPERATUDE ttCtlITORS POSEMOUtiT AM 1363 8 72 Ox h TE-AM-103A AMBIEt4T TEttPERATURE MONITORS ROSEMOUt!T AM 1363 8 72
-- TE-AM-102B AttBIEtiT TEMPERATURE MCtiITORS POSEMCUtiT AN 1363 8 72
(). h TE-AM-102A Att3IENT TEt1PERATURE MC!iITORS ROSEMOUtiT AM 1363 8 72 TE-AM-101B AMBIENT TEMPERATURE MCNITORS ROSEttOV*lT AM 1363 8 72 TE-AM-108B AMBIEt3T TEMPERATURE N0tlITCPS ROSEMOUNT AN 1363 8 72 n TE-AM-108A AMBIENT TEMPEPATURE M0tlITORS ROSEMOUt!T AM 1363 8 72 V h TE-AM-107D AMDIENT TEMPERATURE MOrlITORS POSEtiCUtiT AM 1363 8 72 f TE-AM-107A AMBIENT TEMPERATURE t10tIITOPS ROSEMOU'IT AM 1363 8 72 h TE-AM-106B AMDIEtIT TEt1PEPATURE MotlITORS ROSEtt0UNT AM 1363 8 72 TE-AM-106A A?1SIENT TEt1PEPATURE tiotlITORS ROSEtt0UtiT AM 1363 8 72 _ TE-Att-105B AMBIEtiT TEt1PERATURE tt0tlITORS ROSEttCUtiT AM 1363 8 72 TE-AM-105A AMBIENT TEttPERATURE t1Ctf1 TORS ROSEt10UtIT AM 1363 8 72
- 0. 0 TE-AM-104B AMBIENT TEMPERATURE MCtlITORS ROSEMOUtiT AM 1363 8 72 TE-AM-104A At1BIEffT TEMPEPATURE t:0? ITORS ROSEMOUtiT AM 1363 8 72
_ TE-AM-103B AMBIENT TEt1PERATURE MotlITORS ROSEMotPIT AM 1363 8 72 O h 8 O 9 e - - -m,1-----------------_
7 O O DATE 10/3-~20
!-) VIRGINI A ELECTRIC Af tD P0utes0MPAt1Y (n) PAGE 2
(,)- 110RTH At:lla rCWER STATI0tl UttIT 2 0 ~IrnEtiT oitir1 CAT 10H niS1ER t1ST DESCRIPTI0ft/ FILE SCRT e O n,9x tio. DESCR1RTICti nit:uricreneR n00Et tro. SYS ruaCH. ACCIoENT ret:CT rite eAGE
- CFDER 123'456789 012 3'+
2-BY-C-07 BATTEPY CHARGER ED 8 *tt/A 2-BY-C-06 BATTERY CHARGED ED 8
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, 2-DY-C-05 BATTERY CHAPGER ED 8 *tt/A 2-BY-C-04 BATTERY CHARGER ED 8 *t4/A 2-BY-C-03 BATTERY CHARGER ED 8
- ti/A 2-BY-C-02 BATTERY CHARGER ED 8 *ti/A 2-BY-B-04B BATTERY. STATICH BATTERY 2-4 HV 8 *N/A 2-BY-B-01B BATTERY, STATI0'1 BATTERY 2-I ED 8
- ti/ A 2-BY-B-01A BATTERY, STATIO?1 BATTERY 2-1 ED 8
- t 4/A 2-BY-B-02B BATTERY, STATImi BATTERY 2-2 ED 8
- tt/A 2-BY-B-02A BATTERY, STATICtl BATTERY 2-2 ED 8 *t1/A 2-BY-B-033 BATTERY, STATI0t1 BATTERY 2-3 ED 8 *N/A 2-BY-B-03A BATTERY, STATICt1 BATTERY 2-3 ED 8 *N/A 2-BY-B-04A BATTERY, STATIG4 BATTERY 2-4 HV '8 *tt/A 2-EP-CC-28 CABINET, AUX RELAY CAB CASIttG C00LIttG ED 2 *tt/A 2-EP-CB-28 CABItiET, AUX RELAY CAB CASItfG COOLIllG ED 2 *N/A 2-EP-CB-2Et CABINET AUX RELAY CABIttET A ED 23 5 78 *H/A 2-EP-CB-2CB CABIllET, AUX RELAY CABINET B ED 23 5 78 *t1/A 0-EI-CB-06B CABIt!ET, AUX SHUTDOWN PANEL ED 2345 *N/A
_ 2-EI-CB-06A CABINET, AUX SHUTD0ut3 PANEL ED 2345 *N/A 2-EI-CB-156B CABIffET, CotiTROL CAB FOR AIR SYS ED 6 *t4/A O 6 Sl 2-EI-CB-156A CABItlET, CC'4 TROL CAB FOR AIR SYS ED *tt/A 2-EP-CB-35 CABItlET, CotiTROL PAtlEL FOR C0tiTROL ROCM A ED 6 *N/A _ 2-EP-CB-34 CABIllET, C0tITROL PAttEL FOR C0tiTROL ROCM A ED 6 *H/A O 4 O 9 1_ - - - - - - _ - - - - - _ - - - - _ - - . ___ _ _ _
O O DATE 10/33/83 VIPGINIA ELECTRIC AND PCWER COMPANY PAGE 3 NCPTH AN'!A POWER STATIO*4 UtlIT 2 O EQUIPr!ENT QALIFICATICH MASTER LIST DESCRIPTI0ft/ FILE SORT ORDER 12345678901234 2-EP-CB-12A CABINET, DC CABIttET 2-1 ED 8
- t t/A O S,l 2-EP-CB-12B CABIrlET DC CABIIIET 2-2 ED 8 *H/A 2-EP-CB-12C CABIttET, DC CABINET 2-3 ED 8
- ti/A 2-EP-CB-12D CABINET, DC CABIllET 2-4 ED 8 *H/A 2-EP-CB-12B1 CABIt!ET, DC DISTPIBUTIOil PANEL 2-2A ED 8 *H/A 2-EP-CD-12D1 CABIt1ET, DC DISTPIBUTION PAttEL 2-4A ED 8 *H/A 2-EP-CB-23A CABItlET, DC DISTRIBUTIOtl PA!!EL 2A ED 8 *H/A l 2-EP-CB-23B CABIllET, DC DISTRIEUTION PAffEL 2B ED 8 *H/A 2-EI-CD-OCB CABIllET, EMER GEtt 2H C0tiTROL PAN!!EL ED 8 *N/A I 2-EI-CB-08A CABINET, EMER GEH 2H COHTROL pat!!1EL ED 8 *H/A i
2-E P-CB-80 A CABIHET, INST DISTRIBUTICH PAtitlEL 1 ED 8 *ti/A 2-EP-CB-80B CABIllET, IllST DISTRIBUTICH PANNEL 2 ED 8 *ti/A i
, 2-EP-CB-80C CABIt1ET, IllST DISTRIDUTION PAtPIEL 3 ED 8 *H/A
!O O l 2-EP-CB-80D CABINET, INST DISTRIBUTI0tl PANNEL 4 ED 8 *H/A i i CABINET, MAIN C0t4 TROL BOARD ED 2345 *H/A 1O 2-EI-CD-05 2-EI-CB-04 CADINET, MAIN CONTROL BCARD ED 2345 *H/A e l . c-EI-CD-03 CACINET, MAIti CCHTROL BOARD ED 2345 *ti/A
) 2-EI-CB-02 CABIllET, MAIN CONTROL BOARD ED 2345
- ti/A I CACINET, MAIN CONTROL BOARD ED 2345
- tt/A
' O + 2-EI-CB-01 4 _ 2-EI-CB-23A CABINET, PROCESS RACK ED 2345 *H/A I 2345 O 2-EI-CB-23C CABIt4ET, PROCESS RACK CABINET, PROCESS RACK ED 2345
*H/A e
2-EI-CB-23B ED *H/A < 2-EI-CB-23D CABINET, PROCESS RACK ED 2345 *tt/A _ 2-EI-CB-51 CABIt1ET, PROCESS RACK 1 ED 135 *H/A
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lO S !c ' A J-
O O DATE 10/3.~ 0 O VIRGIllIA ELECTRIC At:0 POW
)'Ct1 Patty PAGE 4 C) v t:CRTH At"lA POWER STATICt1 Ut.*T 2 O EW M NT QAUFICATICH MASHR *.IST h DESCRIPTIO*l/ FILE SCRT OPDER 12345678901234 2-EI-CB-52 CABIttET, PPOCESS RACK 2 ED 135 *ti/A 2-EI-CB-53 CABItiET, FROCESS RACK 3 ED 135
- tt/A 2-EI-CB-54 CABIllET, FPOCESS PACK 4 ED 135
- t1/A 2-EI-CB-47F CABIt1ET SOLID STATE FROTECTIOtt ED 135 *tt/A 2-EI-CB-47E CABIttET, SOLID STATE PROTECTICtl ED 135 *tt/A 2-EI-CB-470 CAB 114ET, SOLIO STATE FROTECTI0tl ED 135 *tt/A 2-EI-CB-47C CABIt:ET SOLID STATE PROTECTI0tl ED 135 *t1/A 2-EI-CB-478 CABIttET SOLID STATE FROTECTI0tl ED 135
- tt/A 2-EI-CB-47A CABItlET, SOLID STATE PPOTECTI0tt ED 135
- t1/A 2-EI-CB-07 CABItlET, VEtiTILATICtl CCllTROL COAPD ED 6 9
- tt/A 2-EP-CB-04A CABItfET, VITAL EUS CAB 2-1 ED 8
- tt/A 2-EP-CB-04B CABIllET, VITAL EUS CAB 2-2 ED 8 *tt/A 2-EP CB-04C CABItiET, VITAL BUS CAB 2-3 ED 8 *t1/A 2-EP-CB-040 CABIt!ET, VITAL EUS CAB 2-4 ED 8
- t1/A 2-EP-CB-19B CABIt:ET, VITAL SOV PA?!EL ED 8
- t1/A 2-EP-CB-19A CABIt1ET, VITAL SOV pat!EL ED 8 *tt/A ff08-35 CABLE, 2/C #16 AWG BIH ED 1265 2345 09 t10B-39 CABLE, 3/C #16 AWG BIW ED 1265 2345 09 t!GB-40 CABLE, 4/C #16 AWG BIW ED 1265 2345 09
_tlGB -12 CABLE, TRIPLEX #1 AWG GEttERAL CABLE ED 1256 8 14 ffGB-12 CABLE, TRIPLEX #1 ARG Ot:Ot4ITE ED 1384 8 12 t:GB-15 CABLE, TRIPLEX #4 AUG OK0tlITE ED 1128 8 06 t'GB-16 CABLE, TRIPLEX #6 AltG Ct'Ct!IT E ED 1128 8 06 t!GA-3 CABLE, TRIPLEX 1000 NCM GEttERAL CABLE ED 1255 8 10 _ t O e O O A_ .
O O DATE 10/30/80 VIRGIt4I A ELECTRIC At1D PCWER CCMPAtti PAGE 5 tic 7TH AtttfA FORER STATIO*1(flit 2 O EauIrtittT oAtIrICATICn nASTER t1Sr DESCRIPTIC!!/ FILE SCRT e CODER 12345678901234 fGA-3 CABLE, TRIPLEY 1000 MCM CKOtlITE 1375 8 11 ED g tSB-11 CADLE TRIPLEX 2/0 AWG 0"CtlITE ED 1384 8 12 ICB-11 CABLE, TRIPLEX 2/0 AWG GEt:ERAL CABLE ED 1256 8 14 tG A-15 CABLE, TRIPLEX 250 MCM CERRO WIRE ED 1359 35 07 ttGS-7 CABLE, TRIPLEX 250 MCH OK0t3ITE ED 1384 8 12 tlG3-7 CABLE, TRIPLEX 250 MCM GEllERAL CABLE ED 1256 8 14 t!GA-14 CABLE, TRIPLEX 4/0 AMG OKCtlITE ED 1375 8 11 t!GB-5 CABLE, TRIPLEX 500 MCM OYCt1ITE ED 1334 8 12 t:GB-5 CABLE, TRIPLEX 500 MCM GEtiERAL CABLE ED 1256 8 14 flGA-44 CABLE, 1/C #12 AWG CEPRO WIRE ED 1312 8 08 t:GA-34 CABLE, 1/C #14 /WG CERRO WIPE ED 1312 8 08
!!GA-9 CABLE, 1/C 1500 MCN GEtlERAL CABLE ED 1255 8 10 i:GA-21 CABLE, 1/C 2/0 AWG. CKOt4ITE FD 1128 8 06
!!GA-10 CABLE, 1/C 2000 MCN GEllEPAL CABLE ED 1255 9 10 tGA-20 CABLE, 1/C 250 MCN CKotlITE ED 1128 8 06 t!GA-40 CABLE,12/C #14 AMG CERRO WIRE ED 1312 8 08 t?GA-68 CAOLE, 12/C #16 A!!G BIW ED 1265 2345 8 09 tiGA-68 CABLE, 12/C #16 AWG CERRO WIRE ED 1392 123456 13 tiGA-70 CADLE, 18/C #16 Al:G BIH ED 1265 2345 09
_tGA-70 CABLE, 18/C #16 AWG CEPRO WIRE ED 1392 123456 13 i:GA-67 CABLE, 19/C #16 AWG BIW ED 1265 2345 09 t1GA-67 CABLE, 19/C #16 AWG CERRO WIRE ED 1392 123456 8 13 i IGB-01 CABLE, 2/C #10 AWG OKOtlITE ED 1404 8 16 I t!G A-45 CABLE, 2/C #12 AWG CERRO WIRE ED 1312 8 08 O e lO E 1 -__ _ _ __ s'
O DATE 10/3.40 VIRGIttIA ELECTRIC Ato F0WkeCOMPAPIY PAGE 6 HORTH AfNA FCRER STATI0tl UttIT 2 p)
% EQ'JIFttEt4T CALIFICATICti MASTER LIST DESCRIPTIO!!/ FILE SCRT g
U MADK tio. DESCRIPTI0tl t*AttUFACTURER MCDEL tio. SYS PURCH. ACCIDEllT FLHCT FILE PAGE w 07 DER 12345678901234
?!GA-35 CABLE, 2/C #14 AMG CERRO WIRE 1312 8 08 ED g
ICA-69 CABLE, 2/C #16 AMG BIW ED 1265 2345 09 tlG3-35 CABLE, 2/C #16 AWG CERRO WIRE 1392 2345 13 ED g tGA-19 CABLE, 2/C #2 AWG CERRO WIRE ED 1312 8 08 g !!GS-44 CABLE, 2/C #6 AMG CERRO WIPE ED 1312 8 08 g v W tt053-43 CABLE, 2/C #8 AMG CERRO WIRE ED 1312 8 08 tlGB-1 B CABLE, 3/C #10 ARG OVotlITE ED 1128 8 06 tlGB-19 CABLE, 3/C #12 AWG OMot4ITE ED 1128 8 06 g !GA-36 CADLE, 3/C #14 AWG CEPRO WIRE ED 1312 8 08 g. V W NGB-39 CABLE, 3/C #16 ARG CERRO WIRE ED 1392 123456 13
!!08-17 CABLE, 3/C #8 ARG OVCt4ITE ED 1128 8 06 t!G A-12 CABLE, 3/C 1000 MCM ALUMItlUM ARMOR GENERAL CABLE ED 1255 9 10 PfGA-6 CABLE, 3/C 1250 MCM ALUMIt1Ur1 ARr10R GEt4ERAL CABLE ED 1255 8 10 t!GA-5 CABLE, 3/C 1250 MCM STEEL ARMOR GEttERAL CABLE ED 1255 8 10 NGA-13 CABLE, 3/C 4/0 ARG OM0!1ITE ED 1375 8 11 Os O NSA-13 CABLE, 3/C 4/0 AWG. ALUMIllUM ARMOR GEi!ERAL CABLE ED 1255 9 10 t:GA-4 CABLE, 3/C 500 MCM OM0t1ITE ED 1375 8 11 tGA-4 CABLE, 3/C 500 ffCM ALUMINUf1 ARMOR GENLRAL CABLE ED 1255 8 10 flGA-57 C ABLE, 4/C #10 AMG CERRO WIRE ED 1312 8 08
_ HGA-77 CABLE, 4/C #10 AMG CERRO WIRE ED 1312 8 08 ftGA-47 CABLE, 4/C #12 AWG CERRO WIRE ED 1312 8 08 tGB-45 CABLE, 4/C #6 AWG CERRO WIRE ED ?.312 8 08 t:GD-55 CADLE, 45/C #16 AWG BIW ED 1265 2345 09 Os O _t4GA-37 CABLE, 5/C #14 AMG CEPPO WIRE ED 1312 8 08 I __ - - - - _ _ - _ _ __ __ _ _
O O DATE 10/30/83 VIRGIt1I A ELECTRIC At!D PCMER COMPAtlY PAGE 7 l10RTH At;!!A POWER STATICtt Ut4IT 2 b- EQUIPMEtIT OALIFICATICt1 MA?TER LIST h DESCRIPTICH/ FILE SCRT CFDER 12345678901234 It" A-4 9 CABLE, 7/C #12 AW3 CERRO WIRE ED 1312 8 08 NGA-33 CABLE, 7/C #14 AWG CERRO WIRE ED 1312 8 08 t1G A-39 CABLE, 9/C #14 AWG CERRO WIRE ED 1312 8 08 0- 9 2-HV-E-4C CHILLER, CCt4TPOL At!D FELAY POOM WESTIt1GHCUSE HV 1247 6 01 2-HV-E-43 CHILLER, CCtITROL Af D RELAY POON WESTItfGHOUSE HV 1247 6 01 g '%) O 2-HV-E-4A CHILLER, CCtlTROL Ato RELAY ROOM WESTIttGHOUCE HV 1247 6 01 2-EG-C-2JA Cot 1FRESSOR, EMEPG GEH AIR COMP 1 ED 8
- t1/A 2-LG-C-2FB CCMPRESSCR, EMERG GEtt AIR COMP 1 ED 8 *tt/A 2-EG-C-2HA COMPRESSOR, ENERG GEtt AIR COMP 1 ED 8
- tt/A 2-EG-C-2JB COMPRESSOR, EMERG GEH AIR CCt1P 2 ED 8 *ti/A
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00V-IA-202B C0tlTAINMENT It!STPUMElli AIR ISOLATI0tl ASCO CI 1125 1 30 O,- 9 SOV-IA-202A CCtlTAIMMEtIT It4STFU'1ENT AIR ISOLATICt1 ASCO CI 1125 1 , 30 2-HV-AC-09 CCOLER, AFTER COOLER EMER GEtt ROOM 2H ED 6 *t1/A 2-HV-AC-08 COOLER, AFTER COOLER EMER GEil POOM 2H ED 6 *tt/A 2-EG-tC-2HB COOLER, AFTER COOLER EMER GEH ROOM 2H ED 8
- t t/A 2-EG-AC-2HA CMLER, AFTER COOLER Et1ER GEf 3 ROOM 2H ED 8 *tt/A 2-EG-AC-2JS COOLER, AFTER COOLER EMEPG GEH ROOM 2J ED 8 *H/A 2-EG-AC-2JA COOLER, AFTER COOLER EMERG GEN ROCM 2J ED 8 *H/A 2-HV-AC-06 COOLER, EMERGEt10Y SWITCHGEAR ROOM A/C HV 9 *H/A
_ 2-HV-AC-07 COOLER, EMERGEtiCY SWITCliGEAR ROOM A/C HV 9 *tt/A 2P '!CV2186 E/P FOR hat:0 CCtITPOL VALVE HCV-2186 FISHER W31 HC-2186 E/P FOR SEAL WATER FLOW C0tiTPOL CH 2 5 *tf/A E/P FC-2122 E/P, CHARGIt!G FLOW CCtITP0L COPES-VULCt ti CH 61 0e 9 _1-HV-F-8C FAti, AU>( BLDG EXHAUST WESTItt0 HOUSE HV ffUS-71 23 1 45 O e O O O O e I _- __ _ __
y PAGE 8 VIRGIttIA ELECTRIC Ato FCWE' CMPAtif unrE Ic/f G HORTH AM'I A PCMER STATICt1 UtlIT 2 O touIrnEt.T OiuFICiT1CH n:STtR uST DESCRIPTIC't/ FILE SORT CODER 12345678901234
--- ..---- .. -----------------------------.----- ----- 23 1 45 WESTIt!GHOUSE HV 1:US-71 1-HV-F-fB F Atl. AUX BLOG EXH AUSI '
HV HUS-71 23 1 45 FAH, AUX BLOG EXHAUST WESTING!fCUSE 1-HVJ-E4 2-HV-F-57A F AH. DATTERY FCCM 2-1 EXH AUST F Att HV 9 *N/A g HV 9 *t1/A 2-HV-F-52B F Ati, D ATTERf RCCM 2-2 EXH AUST HV 9 *H/A 2-HV-F-57C F Atl. DATTERT RCCM 2-3 EXH AUST HV 9 *H/A 2-HV-F-570 FAH, BATTERY FOGli 2-4 E>HAUST FAH HV 6 IQ-8 *N/A 2-HV-F-41 F AH. cot!TPOL PCOM EMER VENT HV 9 *tt/A 2-HV-F-42 FAti, EMERGENCY SWITCHGEAR vet 4T HV 1241 6 03 AEROVEtiT F AH CO. 2-HV-F-24 F Atle EQUIPMENT RCON SUFFLY HV 9 *H/A 1-HV-F-228 FAti, EXHAUST FAH EMER GEH ROOM 2H HV 9 *tt/A 1-HV-F-220 FAtt, EXMAUST F Att Et1ER GEtt POCM 2J HV 1296 0 18 _ F AH, SAFEGAURDS AREA VEtiTILATI0tl BUFFALO FORGE 2-HV-F-40A - HV 1296 0 18 CUFFALO FORGE 2-HV-F-40B F Atl. S AFEGAURCS AREA VEllTILATICtl HV 1201 0 21 FAti, SAFEGAUROS AREA VENTILATIOtt JOY mat!UFACTURItlG 2-HV-F-71A HV 1201 0 21 F Ati, SAF!GAURDS AREA VEf fTILATIO!4 J0f NAt:UF ACTURIt:G 2-HV-F-71B HV 1 *H/A 2-HV-F-68A FAtl.1H SUPPLY FAtt HV 1 *ti/A 2-HV-F-683 FAti, IJ SU, PLY ' FAN EO 7 *ti/A FS-BD-203J FLf%4 SWITCH ED 7 *ti/A FS-EO-203H FLOW SWITCH EO *H/A FS-CD-203G FLOW SWITCH CD 6 *tt/A FS-BD-2030 FLOW SWITCH BD f *tt/A FS-BD-203B FLCW SWITCH ED 6 *H/A FS-BO-203F FLOW SWITCH HV 9 *H/A FS-HV-2207A F LOW SWITCH. BA.TTERY ROOM 2-1 vet lT W O O O I .- . __. . _ _ _ _
DATE 1C/30/80 VIPGINI A ELECTPIC At:0 FCWER COMPANY PAGE 9 t:09TH ant!A PCWER STATIOtl UNIT 2 bm EQUIFMENT C ALIFICATICtl MASTER LIST h DESCRIPTICt1/ FILE SCRT 090ER 12345678901234 g FS-HV-2207B FLCW SWITCH, BATTERY RC0t12-2 VEtlT HV 9 *tt/A v FS-HV-2207C FLOW SWITCH, DATTERY ROCM 2-3 VEtlT HV 9 *H/A 2-HV-2207D FLC'.i SWITCH, BATTERY POOM 2-4 VENT HV 9 *H/A 2-EG-B-02B GEt!ERATCR, EMER GEtl 2H DATTEPY ED 8 *N/A 2-EE-EG-02B GEtlER ATC'? , EMER GEtt 2H CCitTROL BOX ED L
- tt/A 2-EE-EG-02C GEllEPATCR, EMER GEtt 2H CotiTROL CAB ED 8 *H/A 2-EE-2G-40 GENERATOR, EMER CEtt 2J DATTERY ED 8 *H/A 2-EE-EG-4C GEtlERATCR, EMER GEH CJ C0tITROL CAB ED 8 *H/A 2-EE-EG-4B GENERATCR, EMEPG GEH 2J COffTPOL COX ED 8 *H/A 2-EE-EG-02A GEllERATOR, Ef1ERGENCY GEtt 2H ED 8 *tt/A
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2-EE-EG-4A GENEPATOR, FMERGEtiCY GENERATOR 2J ED 8 *H/A H2A-HC-100 HYDR 00Ett AHALYZER CENDIX HC 1332 4 42 H2A-HC-200 HYDPOGEH ANALYZER BEtIDIX HC 1332 4 42 g - q W V 2-HC-HC-1 HYDROGEN RECOMBINER ROCKWELL INT. HC 1365 35 43 1-HC-HC-1 HYDPCGEH RECOMSIt!ER ROCVWELL IflT. HC 1365 35 43 2-VB-I-01 Itr/ERTER, VITAL BUS ItNERTER 2-1 ED 8 *H/A 2-VB-I-02 Itr/EPTER, VI(AL BUS ItNERTER 2-2 ED 8 *H/A 2-VB-I-03 ItNERTER, VITAL BUS ItNERTER 2-3 ED 8 *H/A 2-VB-I-04 ItNERTEP, VITAL EUS ItNERTER 2-4 ED 8 *H/A _LCV-2460A LCV, LOOP 1 LETDCuti LINE C0tlT. W CI 1 *H/A LCV, LCOP 2 LETDOW1 LINE CC!lT. VV CI 1 *H/A O~ LVC-24508 9 HCV-FW-200A LIMIT SWITCH, FW CCHTPOL TO STEAM GEtt 1A FW 57 *H/A HCV-FN-200B LIMIT SWITCH, FW CCtlTPOL TO STEAM GEtt IB FW 57 *tt/A O- O _ HCV-FW-200C LIMIT SWITCH, FW COtlTROL TO STEAN Gell IC FW 57 *N/A O *, o O e 9 e 1 - - _ - - _ -
DATE 10/ L ,!0 VIRGINIA ELECTPIC AND POWEV COMPAtti PAGt 10 ft07TH Att'tA PCftER STATIO?4 UNIT 2 O EOuIPnENT citinCATION nASuR uST # DESCPIPTIO'!/ FILE SORT CRDER 12345678901234 HCV-2200C LIMIT SWITCH, PEGEH. HEAT CUTLET 1n10 1 WO4 tif,tiCD CI g HCV-2200B LIMIT SWITCH, PEGEH. HEAT OUTLET HAMCD CI 1010 1 WO4 HCV-2200A lit 1IT SWITCH, REGEtl. HE AT CUTLET ttAMCO CI 1010 1 WO4 1-EP-t*C-19 MCC-1H1-2H KLOCKttER MOELLER ED 1176 8 22 1-EP-MC-20 MCC-1H1-2S KLOCKNER MCELLER ED 1176 8 22 1-EP-MC-21 MCC-1J1-2H KLOCVitER MOELLER ED 1176 8 22 1-EP-t10-22 MCC-lJ1-2S KLCCKilER ttOELLER ED 1176 3 22 2-EP-MC-19 MCC-2H1-2H KLOCVilER MOELLER ED 1176 8 22 2 - E P-t *C- 2 0 'il-2S KLOCKNER MOELLER ED 1176 8 22 e-t' O 1176 8 2-EP-tfC-21 MCC-2J1-2H KLOCKHER t"0ELLER ED 22 2 -E P-tic-2 2 MCC-2J1-2S KLOCKHER tiCELLER ED 1176 8 22 2-EP-tic-10 MCC, 2H1-1 ED 8 sti/A 2-EP-fiC-12 ffCC, 2H1-1A ED 8 *tt/A 2-EP-MC-41 MCC, 2H1-4 ED 8 *H/A 2-E P-tic-11 ftCC, 2J1-1 ED 8 *H/A 2-EP-MC-13 MCC, 271-1A ED 8 *H/A t*CD-HV163C MCD, CEHTPAL AREA EXHAUST DISCH DAMPERS HONEYWELL HV 22436 23 1 66 MOD-HV163B tt00, CEHTPAL AREA EXHAUST DISCH DAMPERS HottEYWELL HV 22436 23 1 66 Ma0-HV163A MCD, CEtiTRAL A9EA EXHAUST DISCH DAMPER 3 HONEYWELL HV 22436 23 1 66 _ MOV-2269B MOV. LHSI 8 VCT TO CHARGING PUMP LIMITORQUE CH 1010 23 5 W18 tiOV-SW-212B MOV. SW 3 *tt/A MOV-SW-210A MOV, SW 3 *H/A MOV-SM-1108 t!OV, SW 3 *H/A _t*0V-SW-110A F10V , SW 3 *H/A O e O 2_-__ O-
l 1O 1 O CATE 10/30/80 VIRGINIA ELECTRIC APO F0WER CCt1 pat 4Y PAGE 11 t:CRTH At:MA PCWER STATICN UNIT 2 O EoU1Prit><1 cAtIFICATIOit,iSTER tIST # DESCRIPTI0ft/ FILE SORT CRDER 12345678901234 TV-!W-2018 MOV, SW 3 *ti/A MOV-SW-214B tt0V, SW 3 *t1/A MOV-SW-214A MOV. SW 3
- ti/A MOV-SW-114B MOV. SW 3
- ti/ A t10V-CW-114A MOV, SW 3 *ti/A f.
MOV-2865A MOV. ACCUMULATCR tat!K 1 COLD LEG LIMITORQUE SI 1010 23 5 W28 MOV-2855B MOV, ACCUttULATOR TAMK 2 COLD LEG LIttITCPCUE SI 1010 23 5 W28 tiOV-2865C MOV ACCUt1ULATOR tat!K 3 COLD LEG LIMITORQUE CI 1010 23 5 M2B MOV-FW-200B NOV, AUX STEAM GEtt FD FP DISCH FW 57 *H/A MOV-FW-200A MOV, AUX STEAM GEN FD PP DISCH FW 57 *tt/A MOV-FW-20CC tt0V, AUX STEAM GEti FD PP DISCH VV FW 57 *ti/A .O t*0V-SW-2153 MOV. AUX SW PUMP ISO VALVE SW 23 5 *ti/A e MOV-Sil-215A MOV. AUX !W PUttP ISO VALVE SW 23 5 ( O tt0V-SM-115B MOV, AUX SW FUMP ISO VALVE SW 23 5
*tt/A
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t10V-!W-115A MOV AUX SW FUMP ISO VALVE SW 23 5 *H/A M07-22e6A MOV, CHARGIllG FUMP DISCH. LIMITORQUE CH 1010 23 5 W19 tt0V-2286C MOV, CHARGIt!G PUt1P DISCH. LIMITOPQUE CH 1010 23 5 W19 MOV-22860 MOV, CHARGIt!G PUMP DISCH. LIMITOPQUE CH 1010 23 5 Wlo MOV-22898 MOV, CHARGIttG PUt1P DISCH. LIMITOROUE CH 1010 23 5 W21 _tt0V-2 289 A MOV, CHAPGIt!G PUMP DISCH. LIMITCPQUE CH 1010 23 5 W21 MOV-2E698 MOV, CHARGIt!G PUMP SI STOP VALVE LIMITOPQUE SI 1010 23 5 W18 tt07-2869A MOV, CHARGIt1G PUl1P SI STOP VALVE LIMITORQUE SI 1010 23 5 WIS MOV-2237C MOV, CHARGIt3G FUMP STOP VALVE LIMITORQUE CH 1010 23 5 W19 _ t10V-2287B MOV, CHAPGING PUMP STOP VALVE LIMITORQUE CH 1010 23 5 W19 O # g 9 9 9 , I _ __ _ ___ _ _ _ _ _ - - - - - - - - - - - - - - - -
u ~~ - - - __ ?' DATE 10/3 n 0
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O VIRGItlIA ELECTPIC AtG PCHEVCCMPAtty PAGE 12 q ' HCRTH AtPIA PCMER STATI0tl LeIIT 2 O EQUIeMonT cAtIrICAT1C>iriASIER tIST OESCRIPTIC?t/ FILE SCRT e CRDER 12345678931234 t'OV-2287A t"CV, CHARGItG PUtiP STOP VALVE LIMITCRQUE CH 1010 23 5 W19 g t*0V-2 ? 67C MOV, CHARGIMG PUMP STCP VALVE LIMITORQUE SI 1010 23 5 W24 t:0V-28670 MOV, CHAPGItG PUMP STOP VALVE LIMITCRQUE SI 1313 23 5 W25 t*0V-2867B MOV CHARGItG PUMP STOP VALVE lit 11TCRQUE SI 1313 23 5 W25 t*0V-2867A MOV, CHARGItG PUMP STOP VALVE LIMITCPQUE SI 1313 23 5 W25 MOV-2115D tt0V, CHAPGING PUMP SUC FP0t1 RWST LIMITCRQUE CH 1010 23 5 1 W22 MOV-21150 t10V, CH ARGItG PL*1P SUC FPOM FWST LIMITORQUE CH 1010 23 5 1 W22 ipV-2115C MOV, CHAPGItG PUMP SUCT. FROM VCT LIMITCRQUE CH 1010 23 5 W16 ttOV-2115E MOV, CHARGItG PUMP SUCT. FR0tt VCT LIMITORQUE CH 1010 23 5 W36 l'OV-2390C MOV, CH ARGIt!G PUMP SUCT. FROM VCT LIMITCRQUE SI 1010 23 5 W39 MOV-2373 MOV, CHARGItG PUMP TO RECIRC. SV LIMITCPQUE CH 1010 23 5 W18 MOV-2275C MOV, CHAPGItG PUMP TO RECIRC. SV LIMITORQUE CH 1010 23 5 W34 M07-2275A MOV, CHARGItG PUMP TO RECIRC. SV LIMITOPCUE CH 1010 23 5 W34 t*0V-22758 MOV, CHAPGItG PUMP TO RECIPC. SV LIMITORQUE CH 1010 23 5 W37 t'OV-2370 MOV, CHAPGItG PUMP TO SEAL WATER PECIPC. LIMITCRQUE CH 1010 23 5 W18 MOV-SW-113 MOV, CIPC WT,t INTAKE TO SW PUMP SW 23 5
- ti/A tt0V-SW-217 ft0V, CIPC WTR SW PUMP ISOLATIC?1 SW 23 5 *tf/A MOV-Su-117 F10V, CIRC WTR SW PUMP ISOLATI0tl SW 23 5 *N/A ttOV-2836 MOV, COLD LEG CIRC VALVE LIMITCPCUE SI 1010 23 5 W29 g
_t'0V-HV200C 110V, CONTAltlMENT PURGE LIMITORQUE HV 198 1 65 f MOV-HV200A MOV, C0tlTAltu*1ENT SUPPLY LIMITORQUE HV 198 1 65 g (3) w MOV-HV-204-2 MOV, CONTROL ROCt1 Et1ER AIR SUPPLY HV 7 *H/A t'0V-HV-204-1 MOV, CCtITPOL ROCM EMER AIR SUPPLY HV 7 *ti/A _ MOV-2350 tt0V, EMERGENCY BCRATI0tt LIMITORQUE CH 1010 23 5 W17 O 9 O e
i l f f% V U DATE 10/30/80 VIRGIt1IA ELECTRIC At:0 PCWER CCMPAtlY PAGE 13 fs it0RTH Ati?!A PCUER STATIC *l LitIT 2 m V EQUIPMEttT QALIFICATICtl MASTER LIST W CESCRIPTIOtt/ FILE SCRT ORDER 12345678901234 g MOV-HV-215-1 MOV, FLUSit VALVE LEFT FOR STPAIt ER ELLIOT HV 1299 6 17 V h MOV-HV-216-1 MOV, FLUSH VALVE LEFT FOR STRLIllER ELLIOT H. 1299 6 17 MOV-HV-215-2 MOV, F LUSH VALVE RIGHT FC9 STRAltlER ELLIOT HV 1299 6 17 b,. h tt0V-HV-216-2 t:0V, FLUSH VALVE RIGHT FOR STRAIT!ER ELLIOT HV 1299 6 17 MOV-SW-213B MOV, FUEL PIT COOLER VALVE LIMITCRQUE SW 1193 23 3 53 0 MOV, FUEL PIT COOLER VALVE 9 MOV-SW-213A Lit 11TCRQUE SW 1193 23 3 53 it0V-SW-20&B t1CV, ItllET HEADER VALVE LIMITORQUE SW 1193 23 3 53 d-1193 23 53 h ttOV-SW-208A MOV ItiLET HEADER VALVE LIMITORQUE SW 3 MOV-2270B t10V, LHSI & VCT TO CHARGItG PUMP LIMITORQUE CH 1010 23 5 WIS Qf_ t10V-22704 MOV, LHSI & VCT TO CHARGIt:G PUMP LIMITCRQUE CH 1010 23 5 W21 e MOV-2269A MOV, LHSI & VCT TO CHARGIttG PUMP LIMITORQUE CH 1010 23 5 O-t*0V-2e623 MOV, LHSI DISCH VALVE LIMITCRQUE SI 1010 23 5 W21 W14 e MOV-2C63% MOV, LHSI DISCH VALVE LIMITORQUE SI 1010 23 5 W14 f*0V-2064A MOV, LHSI DISCH */ALVE LIMITCRQUE SI 1010 23 5 W15 n MOV-22643 tiOV , LHSI DISCH VALVE LIMITORQUE SI 1010 23 5 W15 g U w tt0V-2890A iOV. LHSI LIllE STOP VALVE LIMITORQUE SI 1010 23 5 WOS TOV-28908 HOV, LHSI lit:E STOP VALVE LIMITORQUE SI 1010 23 5 W39 ttOV-2890D ttOV, LHSI LIllE STOP VALVE LIMITCRQUE SI 1010 23 5 W39 t*0V-2060 A MOV, LHSI PUMP SUCTIC'1 LIMITORQUE SI 1010 23 5 WO5 _tiOV-28603 MOV, LHSI PUMP SUCTICt1 LIMITORQUE SI 1010 23 5 WO5 g tiOV-2862A MOV, LHSI PUMP SUCTICtl LIMITORQUE SI 1010 23 5 W13 m (> W MOV-2860B HOV, LHSI PUMP SUCTIC'l LIMITCRQUC SI 1010 23 5 W11 r MOV-28S50 ttOV, LHSI RECIRC TO CHARGIt!G PUMP VALVE LIMITCRQUC SI 1010 23 5 W33 V 9 _ MOV-2085C t10V , LHSI FECIRC TO CHARGItG PUMP VALVE lit 1ITORQUE SI 1010 23 5 W38 O
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y n (m) V DATE 10/30/80 VIRGItilA ELECTRIC At:D PCWER COMPAtlY PAGE 15 PlO7TH ate!A FCMER STATIC!I Uti1T 2 O<- EQUlrt1EtiT Q ALIFICATICH F1 ASTER LIST h DESCRIPTIC?t/ FILE SORT V MARK tt0, DESCRIPTICt1 mat:UFACTURER MODEL tio. SYS PURCH. ACCIDEt4T FUt4CT FILE PAGE W 07 DER 12345678901234 MOV-PS-255B MOV, RECIRC STRAY SUCTIOtt lit 1ITORQUE RS 1042 35 23 b-MOV-RS-255A MOV, RECIRC SFRAY SUCTION LIMITORQUE RS 1242 35 23 MOV-QS-2003 t10V, REFUELIt G MATER STORAGE TAttK LIMITOFQUE QS 1242 35 74 b- G f*CV-OS-200A MOV, REFUELIttG WATER STORAGE tat K LIMITORQUE QS 1242 35 74 n MOV-QS-202B t10V, RF WATER CHEM ADD TA!!K QS 35 *H/A g V W MOV-QS-202A MOV, RF WATER CHEM. ADD TAtK QS 35 *H/A g MOV-2381 MOV, SEAL WATER RETUtil SV lit 1ITCRQUE CH 1010 23 5 W35 . v W MOV-SW-204A MOV SERVICE WATER FROM RECIRC SPRAY CLR LIMIT 07QUE SW 1194 35 50 MOV-SW-204D MOV SERVICE WATER FROM FECIPC SPRAY CLR lit 11 TORQUE SW 1194 35 52 ft0V-SW-204C MOV SERVICE WATER FROM RECIRC SPRAY CLR LIMITORQUE SW 1194 35 52 MOV-SW-204B t10V, SERVICE WATEP FROM RECIRC SFR AY CLR LIMITORQUE SW 1194 35 52 9. MOV-SM-203B MCV, SERVICE WATER TO RECIRC SFRAY COOLER LIMITORQUE SW 1194 35 50 - MOV-SW-203D MOV, SERVICE WATER TO RECIRC SPRAY COOLER LIMITORQUE SW 1194 35 52 b- h> MOV-SW-203C MOV SERVICE WATER TO RECIRC SPRAY COOLER LIMITORQUE SW 1194 35 52 MOV-SU-203A MOV SERVICE WATER TO RECIRC SPRAY COOLER lit 1ITORQUE SW 1194 35 52 ,3 L) O MOV-PS-201B MOV, SUPPLY VALVE CC RECIRC SPRAY LIMITCRQUE RS 1242 35 57 n MOV-PS-201A MOV, SUPPLY VALVE CC FECIRC SFRAY LIMITOROUE RS 1242 35 57 U h MOV-RS-2008 MOV, SUFPLY VALVE CC RECIRC SPRAY LIMITOR2UE RS 1242 35 57 g it0V-RS-200A MOV, SUPPLY VALVE CC RECIPC SFRAY lit 1ITORQUE RS 1242 35 57 V h _ MOV-SH-2000 NOV, SW RETURN TO RERVOIR ISOLATICH SW 23 5
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- tt/A k) h MOV-SW-203B MOV, SW TO RECIRC SPRAY SW 35 *tt/A TYPE IB pet!ETR ATICtl ASSEMBLIES (C0tiTROL) C0tlAX ED 1313 8 24 v 9 TYPE IB pet!ETRATICtl ASSEMDLIES (CotITROL) C0tlAX ED 1313 8 25 TYPE IA PEtlETRATIDH ASSEMDLIES (INSTPUMEllTATIOtt) C0!!AX ED 1313 8 24 TYPE IA PEtiETPATIOtt ASSEMBLIES (IttSTRUMEllTATIOtl) C0t!AX ED 1313 8 25 TYPE IC pet!ETRATI0tl ASSEMBLIES (LO4 VOLTAGE FMR) C0tlAX ED 1313 8 24 TYPE IIB PEHETRATICil ASSEMBLIES (LOW VOLTAGE Pb7 ) cot!AX ED 1313 8 24 gS TYPE IIA pet!ETPATIOtt ASSEMDLIES ( LOW VOLTAGE Pb'R) CCtlAX ED 1313 8 24 ..
V TYPE IIE PEtlETRATICtl ASSEtiBLIES ( LOW YOLTAGE PWR I C0tlAX ED 1313 8 24 1313 8 24 0-TYPE IID PErlETRATICil ASSEtfBLIIS ( LOW VOLTAGE PWR) C0tlAX ED 1313 8 24 e TYPE IIC PEllETRATICtl ASSET'DLIES ( LOW VOLTAGE PMR) C0tlAX ED , g TYPE IIC PEllETRATI0tt ASSErf3 LIES ( LOW VOLTAGE Pb7 ) CotlAX ED 1313 8 25 v TYPE IID PEHETRATI0tl ASSEM9 LIES ( LOW VOLTAGE Pb7) CONAX ED 1313 8 25 TYPE IIE PEllETRATIOtt ASSEMBLIES ( LOW VOLTAGE FWR ) C 0tl AX' EO 1313 8 25 TYPE IIA PEllETRATICtl ASSEMBLIES ( LOW VOLTAGE Pb7 ) CCtlAX ED 1313 8 25 1313 25 0-TYPE IIn PEllETRATICH ASSEMBLIES ( LOW VOLTAGE PWR ) C0tlAX C0tlAX ED 1313 8 8 25 e TYPE IC FEt!ETRATI0tt ASSEMBLIES ( LOW VOLTAGE PWR ) ED TYPE IV pet!ETRATI0tl ASSEM0 LIES (THEPMOCCUPLES) CollAX ED 1313 8 24 _ TYPE III PENETRATI0tl ASSEf'8 LIES (TRIAXIAL) C0tlAX ED 1313 8 P4 FS-EG-2JB PRESSURE SWITCH, EtiER GEN 2J COMP ED 8 *H/A PS-EG-2JA PRESSURE SWITCH, EMER GEt3 2J COf1P ED 8 *H/A PPS-EG-2HB FRESSUPE SUITCH, EriERG GEH CH COMP ED 8 at1/A O. e-PRESSURE SWITCH, EMEPG GEtt 2H COMP ED 8 *H/A _ RPS-EG-2HA On
- O O DATE 10/30/80 VIPGIMIA ELECTRIC At:D PC'JER Cor1PAHY PAGE 17 es i407TH At!!!A POWER STATIO*J (JtlIT 2 3 U EQUIFFEHT QaLIFICATICTIt1ASTEP LIST J DESCRIPTICtt/ FILE SORT C" DER 12345678901234 I
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N DATE 10/ b 40 VIRGIflIA ELECTPIC At!D PCW 9'CCMPA?tf PAGE 18 f 4CRTH AtalA PCWER STATICtl UtlIT 2 O tQu1PntnT QAurICuICn nASuP ust 8 DESCRIPTICtVFILE SCRT O nARx no. DESCRIPTICtl t1AnJrACTURtR f1CDtt t10. S1S PURCH. ACC1DEt4T rut 4CT RILE PACE e CRCER 12345678901234 2-SI-P-1B PU!1P , LOW tiEAD SArETY IllJECTICtl WESTIt4SHOUSE SI 1010 2 5 W13 2-SI-P-1A PUMP, LOW HEAD SAFETY IHJECTI0tt WESTIllSHOUSE SI 1010 2 5 W13 2-QS-P-IA PUMP, QUEllCH SPPAY PUMP 1A QS 35 *tVA 2-QS-P-1B PUt1P, QUEllCH SPRAY PUt1P IB QS 35 3 *tVA 2-SW-P-6 PUt1P, RADIATIC'l MCf4ITCR MARATHOtt ELECT. SW 1083 4 41 2-!W-P-5 FUMP, RADIATIOtt fictlITOR MARATHott ELECT. SW 1033 4 41 2-SM-P-8 PUMP, RADIATI0tl MCflITOR t1ARATHCtl ELECT. SW 1083 4 41 2-SH-P-7 PUt1P, RADIATICtl MO*l W 7 t1ARATHCtl E LECT. SW 1083 4 41 2-PS-P-2A PUt1P , PECIPC. SPRA) GENEPAL ELECTRIC RS 1127 3 44 2-RS-P-28 PUl1P, RECIRC. SPPAY GEt4ERAL ELECTRIC RS 1127 3 44 2-FW-P-3A PUMP, STr1 GEtt AUX DP f10T A FW 57 *tVA 2-FW-P-3B PUMP, STM GEN AUX DP tiOT B FW 57 *tt/A 2-SW-P-1A PUMP, SW PUMP MOTER A SW 23 5 *H/A 1-SW-P-1A PUt1P, SW PUt19 itJTOR A SW 23 5 *ti/A 1-SW-P-1B PUt1P , SW PU'1P MOT 07 B SW 23 5 *tVA 2-SW-P-10 PUt1P, SW PUMP t10TCR B SW 23 5 *tVA SOV-2842 RADIATICtl t1Ct1ITORIt4G LIllE tlAMCO CI 1010 1 W40 P!1-SW-224 RADIATICtl MCtlITCRS. SW RAD h04ITORS SW 4 *t1/A Pt1-SH-227 RADI ATICtl MONITCRS. SW RAD F10tlITORS SW 4 *tt/A _ RM-SW-226 RADIATI0tl MotlITCRS, SW RfD t10tlITORS SW 4 *tVA Pti-SU-225 PADIATIOtt 110tlITORS, SW RAD t'OtlITORS SW 4 *tVA t10V-SW-210B RECIRC. AIR COOLIl4G COILS LIMITORQUE CW 3 73 MOV-SM-210A RECIRC. AIR CCOLIt4S COILS LIMITCRQUE SW 3 73 _ MOV-SW-214B RECIRC. AIR CCOLIt4G COILS LIMITORQUE SW 3 73 O # O O x L. _ _ _ _
l l DATE 10/30/80 VIPGIt11A ELECTRIC At?O PCWER CC!iPAtif PAGE 19 NCRTH AtNA POWEP ST ATIC!4 UttIT 2 O- EvaIPnEt:T OttIrICAT1Cri nisTtR tIST
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- O O' DATE 10/i i 3 n O VIRGIrlIA El EC7IC At'0 FCtlErtC'1 PAP 1Y PAGE 20 4
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N O O DATE 10/30/c0 VIRGItlI A ELECTRIC AfD FCMER CCMPAtlY PAGE 21 73 tic 9TH A!!"A FCUER STATIC'1 L*!IT 2 g V EQUIFMEttT QALIFICATIC!I t1ASTEP LIST T DESCRIPTICrt/ FILE SCRT CRDER 12345678901224 SOV-Lti-2010 SOV, CC*tTAIt: met 1T LEAKAGE t1CtIITCR ASCO CI 1163 1 69 g SOV-LN-201C SOV, COffTAltit1ENT LE AKAGE t10t31 TOR ASCO CI 1163 1 69
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O O DATE 10/a 0 VIRGINIA ELECTPIC AfD FCWEFCCMPAstr g PAGE 22 O t;CCTH AN'IA FOt:EP STATICH L*4IT 2 EwIn TNT mtIrICAT1C . MASTE uST e DESCRIPTIC!UrILE SORT CCDER 12345678901234
!OV-24608 SOV, LETD01:'1 LINE LCCP 1 & 2 ASCO CI 1010 1 W10 SOV-2460A SOV LETC0t4'4 LII;E LOOP 1
- 2 ASCO CI 1010 1 W10 SOV-MS-201A-2 SOV, MAIti STEAM LIIE TRIP ASCO CI I (O SOV-MS-201A-1 SCV, MAlti STEAM LIIE TRIP ASCO CI 1 60 SOV-MS-2013-2 SOV, MAIN STEAM LItiE TRIP ASCO CI 1 60 SOV-t15-2018-1 SOV, MAlti STEAM LINE TRIP ASCO CI 1 60 SOV-t1S-201 A-5 SOY, MAIN STEAM lit!E TRIP ASCO CI 1 60 SOV-MS-201A-4 SOV, MAlti STEAM lit;E TRIP ASCO CI 1 60 SOV-MS-201C-5 SOV, MAIN STEAM LITE TPIP ASCO CI 1 60 20V-MS-201C-4 SOV MAIN STEAM LINE TPIP ASCO CI 1 60 SOV-t1S-201C-2 SOV, MAIt1 STEAM LINE TRIP ASCO CI 1 60 SOV-MS-201C-1 SOV, MAIll STEAM LIllE TRIP ASCO CI 1 60 50V-t15-201B-5 SOV, MAIN STEAM LITE TPIP ASCO CI 1 60 SOV-t13-2018-4 SOV,t1A1H STEAM lit:E TRIP ASCO CI 1 60 SOV-MS-201C-5 SOV, MAlti STEJti LINE TPIP CI 1 *tUA 50V-t1S-201C-2 SOV, MAIH STEAM LI"E TRIP CI 1 *tvA 50V-M3-201A-5 SOV, MAlti STEAM LINE TRIP CI 1 *tVA SOV-MS-201B-2 SOV, MAlti STEAM LItiE TRIP CI 1 *tVA 20V ,S-201A-4 SOV, MAIN STEAM LIN! TRIP CI 1 *H/A
_ SOV-MS-201A-2 SOV, MAIti; STEAM LIttE TRIP CI 1 *tVA SPV-MS-201B-5 SOV, MAIH STEAM LINE TRIP CI 1 *N/A SOV-MS-2010-4 SOV, MAIH STEAM LItlE TRIP CI 1
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SOV-SI-201 SOV, HITPOSEN SUPPLY LINE ASCO CI 1125 1 30 SOV -SI-200B SOV, NITROGEH SUPPLY LIllE ASCO CI 1125 1 30 O e I _ __ . _ _ _ _ - _ _ _ _ - - - - - - _ - - - - _ _ - _ - _ - _ _ - - - _ - -
M l in V Q U DATE 10/30/83 VIPGIt4I A ELECTRIC Ato POWER CC**PANY FACE 23 tiCRTH Ata:A FCt!!R STATION UttIT 2 bm EC'J!FitEtlT C ALIFICATICtl MASTER LIST h DESCRIPTICt1/ FILE SCRT CRDER 12345670901234 I SOV-SI-200A SOV,f4ITROGEtt SUFPLY LITE ASCO CI 1125 1 30 i bq h SOV-SS-204B SOV, FPESSURE RELIEF TAIM SAMPLE ASCO CI 1163 1 37 SOV-SS-2003 SOV, FRESSURIZER LIQUID SPACE ASCO CI 1163 1 37 SOV-SS-200A SOV, FRESSURIZER LIQUID SPACE ASCO CI 1 62 l SOV-SS-20'+A SOV, FRESSURIZER RELIEF tat:K GAS SPACE ASCO CI 1 62 U,_, $ SOV-SS-201B SOV, FRESSURIZER VAPCR SAMPLE ASCO CI 1163 1 37 SOV-SS-201A SOV, FPESSURIZER VAFCR SPACE SAMPLE ASCO CI 1 62 SOV-2519A SOV, FRIM GRADE WATER TO FRT ASCO CI 1010 1 46 SOV-SS-202B SOV, FRIMARY C00LAtlT COLO LEG SAMPLE ASCO CI 1163 1 33 SOV-SS-202A SOV, FRIMARY C00LAllT COLO LEG SAtiPLE ASCO CI 1 68 SOV-SS-206B SOV, FRIt1ARY C00LJtlT HOT LEG SAttFLE ASCO CI 1 4 33 g3 v h SOV-SS-206B, SOV, FRIMARY CCOLAt3T HOT LEG sat 1PLE ASCO CI 1 4 62 SOV-SS-206A SOV, FRIt1Ak( C00LAt1T HOT LEG sat:FLE ASCO CI 1 68 SOV-0G-200A SOV, PRIt1ARY DRAIN TRAt!SFER FUMP DISCHARG ASCO CI H/A 1 15
-s 50V-DG-2003 SOV, FRIt1ARY ORAIN TRA!!SFER FUMP DISCHARG ASCO CI 1 62 U h 50V-VG-200A SOY, FRIMARY CRAIti TRAttSFER TAtlK VEtiT ASCO CI 1105 1 30 SOV-VG-2003 SOV, FRIr1ARY DRAIri TRAtSFER tat:K VENT ASCO CI 1 62 7.s V $
SOV-RM-2003 SOV, PADIATI0tl MD'IITCRIriG A!CO CI 1125 1 30 SOV-Fit-200A SOV, RADIATICt1 M0tlITCRIt:G ASCO CI 1125 1 30 _ SOV-Pr1-200C SOV, RADIATI0t1 M0tlITORItlG ASCO CI 1 62 SOV-DA-200A SOV, FC SUMP FUMP DISCHARGE ASCO CI 1125 1 30 SOV-CC-202F SOV, RCP BEARIt:S C00LIttG ASCO CI 1 58 SCV-CC-200D SOV, RCP BEARItiG CCOLIt:G ASCO CI 1 58 _ SOV-CC-2008 SOV, RCP BEARIllG C00LIttG ASCO CI 1 58 O # l u O O O e a
Y DATE 10/3..~0 VIRGINIA ELECTRIC Ato PCW1v'2CMPAt4Y PAGE 24 V q H07TH AtatA FCWER STATICtl O' LIT 2 V EQUIFMEt1T OALIFICATICtl MASTER LIST h DESCRIPTICtt/ FILE SCRT ORDER 12345678901234 50V-CC-2044-1 SOV, RCP COOLER It!LET OUTSIDE A!CO CI 1125 30 1 g SOV-CC-204A-2 SOV, RCP COOLER ItiLET CUTSIDE ASCO CI 1125 1 30 SOV-CC-202C SOV, RCP C00LEP RETL7t1 HEADER ASCO CI 1125 1 30 SOV-CC-202E SOV, RCP COOLER RETURN HEADER ASCO CI 1125 1 30 00V-CC-2004 SOV, RCP CCOLER RETURt1 HEADER ASCO CI 1125 1 30 0- 9 50V-CC-204B-1 SOV, RCP COOLERS IllLET OUTSIDE ASCO CI 1125 1 30 50V-CC-204C-1 SOV, PCP CCOLERS It1LET OUTSIDE ASCO CI 1125 1 30 bg h SOV-CC-204B-2 SOV, RCP COOLERS IllLET CUTSIDE ASCO CI 1125 1 30 SOV-CC-204C-2 SOV, PCP COOLERS INLET OUTSIDE ASCO CI 1125 1 30 SOV-CC-201B SOV, RCP THERMAL DARRIER HEADER ASCO CI 1 62 50V-CC-201A SOV, RCP THERMAL BARRIER RET HEADER ASCO CI 1125 1 30 bm) SOV-CC-20SA SOV, RECIRC Alet COOLERS OUTLET INSIDE ASCO CI 1 62 SOV-CC-205C SO'/, RECIRC AIR COOLERS CUTLET It1 SIDE ASCO CI 1 62 SOV-CC-205B SOV, RECIRC AIR COOLERS OUTLET IllSIDE ASCO CI 1 62 SOV-CC-200C SOV, RECIRC. AIR COOLER OUTLET CUTSIDE ASCO CI 1125 30 O-50V-CC-200D SOV, RECIRC. AIR COOLER OUTLET CUTSIDE ASCO CI 1125 1 1 30 e SOV-CC-200A SOV, PECIPC. AIR COOLER CUTLET CUTSIDE ASCO CI 1125 1 30 Os S SOV-2204 SOV, REGEtt HEAT EXC. DUTLET VALVE ASCO CI 1010 1 46 SOV-CC-2038 SOV, RHR HEAT EXCH RETURf1 ASCO CI 1125 1 30 _SOV-CC-205A SOV, RHR HEAT EXCH RETURtl ASCO CI 1125 1 30 SOV-SS-203B SOV, PHR OUTBOARD ISOLATI0tl VALVE ASCO CI 1163 1 37 SOV-SS-203A SOV, RHR OUTE0ARD ISOLATI0tl VALVE ASCO CI 1 37 SOV-SS-207B SOV, PHR SAMPLE LINE ASCO CI 1163 1 56 fm %) & _ SOV-SS-207A SOV, PHR SAMPLE LITE ASr0 CI 1163 1 56 O 8 O . O
O O VIRGItlI A El ECTPIC Atc FCtJED CCMPAtli PAGE 25 DATE 10/30/80 t CRTH AtP:A F01 ER STATICH UtlIT 2 # O EauIrrett4T oatIrICATICli f:ASTtR tIST DESCRIPTICit/ FILE SCRT CPDER 12345678901234 ASCO CI 1010 1 W26 S3V-2859 SOV. SAFETV It!JECTICt1 ACCUMULATCR ASCO CI 1125 7 63 SOV-ED-200J SOV. ST.. AM GEH BLCt!DCR4 ISOLATICH VALVE ASCO CI 1125 7 63 SOV-ED-200H SOV. STEAM GEtt BLCWDCR4 ISOLATICH VALVE SOV, STEAM GEH BLCWOCR4 ISOLATI0tl VALVE ASCO CI 1125 7 63 SOV-ED-200G SOV, STEAM GLil BlotCOM1 ISOLATICtl VALVE ASCO CI 1125 1 7 63 SOV-CD-200F SOV, STEAM GEtt BLCtDCM1 ISOLATICtl VALVE ASCO CI 1125 1 7 63 S07-00-2000 SOV, STEAM GEtt BLOWDCMI ISOLATIC'1 VALVE ASCO CI 1125 1 7 63 SOV-ED-2003 SOV, STEAM Gell SAMPLE ASCO CI 1 62 SOV-SS-212A SOV, STEAM GEH sat 1PLE ISOLATICtl ASCO CI 1163 1 37 O SOV-SS-212B 9 ASCO CI 1125 1 51 SOV-t!S-213C-2 SOV. STEAM GEH TRIP ASCO CI 1125 1 51 I O SOV-t15-213C-1 SOV. STE AM GEtt TRIP 9 SCV-MS-2118-1 SOV, STEAM GEtt TRIP ASCO CI 1125 1 . 51 50V, STEAM GEH TRIP ASCO CI 1125 1 51 - SOV-t'S-213 A-2 SOV-MS-213A-1 SOV, STEAM GEN TRIP ASCO CI 1125 1 51 l l l ASCO CI 1125 1 51 SOV-t13-2138-2 SOV STEAtt GEtt TRIP SOV, STEAM GEH TRIP ASCO CI 1125 1 51 SOV-t15-209B ASCO CI 1125 1 51 507-MS-209A SOV STEAM GEli TRIP SOV, STEAM GEH. BLOWDDRI ISOLATI0tl ASCO CI 1125 1 30 SOV-CD-200C SOV STEAM GEtl. CLCt!DOMI ISOLATICH ASCO CI 1125 1 30 SOV-CD-200A ASCO CI 1125 1 30 j _ SOV-ED-200E SOV STEAM GEN. BLOWJ0M1 ISOLATI0tl SOV, VALVE F02 2-HV-P-20A HV 9
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DATE 10/3-J0 VIRGI54I A ELECTRIC At:D FCWErCCMPAtlY FAGE 26 tiCRTH At:f f A FCWER STATI0tl L'11IT 2 O EwIrnEnT ouIrICATICH MASuR tIST # DESCRIPTIC?t/ FILE SCRT 12345678901234
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i SP SPLICES CCtAX H/A 1313 9 27 SP SPLICES RAYCHEM IVA t:A 9 34 2-S4-S-1B STRAITER, SW TRAVELIt!G 6:ATER SCREEtts SW 23 5 *tuA L-SM-S-1A STRAIMER, SW TRAVELIt:3 WATER SCREEt:S SW 23 5 *H/A 1-SW-S-1B STRAIT:ER, SW TPAVELIt!G 5:ATER SCREENS SW 23 5 *lUA 1-SW-S-1A STRAItiER, SW TRAVELINS WATER SCREEtiS SW 23 5 *tVA 2-HV-S-1B STRAltlERS, CHILLER ROcti ELLIOT HV 1299 6 02 2-HV-S-1A STRAIllERS, CHILLER FOCH ELLIOT HV 1299 6 02 2-EE-SS-03 SWITCHGEAR 480V E 2H1) ITE ED 1088 8 31 2-EE-ST-01 SWITCHGE AR 480V (2H1) ITE ED 1C88 8 31 2-ZE-SS-04 SWITCHGEAR 480V E2J1) ITE ED 1038 8 75 2-EE-SW-01 !WITCHGEAR, 4 KV BUS 2H ED 8
- tu A 2-EE-SS-01 SWITCHGEAR, 480 V SS EUS 2H ED 8 *tVA 2-EE-SS-02 SWITCHGEAR, 480 V SS EUS 2J ED 8 *tUA SOV-MS-201C-4 SOV, MAIti STEAM LINE TRIP CI 1 *tVA TS-HV2230 TEMFERATURE SWITCH HO?4EYWELL HV HA 2 64 TS-HV-2229 TEMPEPATURE SWITCH HV 3 *tUA TS-tiV1968 TEMPERATURE SWITCH, EMER GEtt RCOM CH HV 9 *tVA TS-HV196D TEMPERATURE SWITCH, EMER GEH ROCM 2J HV 9 *N/A
_TB TERMINAL BLCCKS CottNECTION INC. tVA 1313 9 19 TB TERMIHAL BLOCKS MAtlY H/A f1A 9 32 TT TERMItlATICtl TAPE CY 0tlITE HA HA 9 33 TM TERMIllATI0 tis RAYCHEM H/A N/A 9 39 _ 2-EE-ST-02 TRAt1SFORMER 480V (2J11 ITE ED 1088 8 75 O 9 1 1O
- O DATE 10/30/80 VIPGItlIA ELECTRIC f t:0 PCWEP CCMFAtlY PAGE 27 fm ?!O9TH AFMA FCMER STATICri Utili 2 g V EQUIFMENT QALIFICATIC?ituSTER LIST w DESCPIPTICil/ FILE SC2T CRDER 12345678901234 FT-2943 TPAtlS?lITTEP, BORCil IHJ, TK. HE ADER FLCW BARTO?1 SI 1010 W23 LT-PS-251B TRANSMITTER, Cot 1T WATER LEVEL GEMS FS 1333 4 20 LT-RS-251A TPAtlSt11TTER, CCHT WATER LEVEL GE t15 PS 1333 4 20 LIT-RS-251B TRAlist1ITTER, CCNT WATER LEVEL GEt15 RS 1333 4 49 LIT-PS-251A TR Atist1ITT EP , CONT WATER LEVEL GEMS PS 1333 4 49 PT-LM-200A TRAftSMITTER, CCNTAIt31EHT FPESSURE FOXCCPO LH 1215 135 48 PT-LN-200D TRAN0t1ITTER, C0!! TAIT 2*EHT FPESSURE FOXEOPO LN 1215 135 48 PT-LM-200C TRANSt1ITTER, CCitTAIt21EtiT PESSUPE FOXEORO LH 1215 135 48 PT-LM-2003 TRA!!St1ITTER, CotiTAIt21ENT FPESSURE FOXECPO Lt1 1215 135 AS O- O FT-tis-201A TRAHSt1ITTER, HAIN STM LP I FPES CCtlTROL MS 2 *t1/A PT-MS-201B TPAtlSMITTER, hA1H STM LP II FPES CCtITPOL MS 2
- ti/ A PT-t1S-201C TRAtiSMITTER, t1Alti STN LP III FRES CCt47ROL tis 2 *tt/A LT-2461 TRAf!SMITTER, FPESSURIZER LEVEL DARTCH PC 1010 23 5 WO2 LT-2460 TRAllS!11TTER, FRESSURIZER LEVEL BARTott RC 1010 23 5 WO2 LT-2459 TRAtlSt1ITTiR, FRESSURIZER LEVEL D AR tot t PC 1010 23 5 WO2 PT-2455 TRANSt1ITTER, FRESSURIZER PPESSUPE BART011 RC 1010 23 5 WO7 g PT-2457 TRAtiSMITTER, FRESSL9IZER FRESSUPE BARTCti RC 1010 23 5 WO7 O $
PT-2456 TRANSMITTER, FPESSURIZER FPESSURE BARTCt1 RC 1010 23 5 WO7 g FT-2436 TRANSt11TTEP, PEACTOR COLLANT FLCW L3 FOXSCPO PC 1010 2 5 WOI U _FT-2435 TRANSMITTER, REACTOR COLLANT FLOW L3 FOXBCR0 PC 1010 2 5 Wul n FT-2434 TPAHSt1ITTER, REACTCR COLLAtiT FLCW L3 FOX 2070 PC 1010 2 5 WOI U h FT-2414 TRAtist1ITTER, REACTOR C00LAtIT FLCW L1 FOXEORO PC 1010 2 5 Wo1 n FT-2416 TRAllS?1ITTEP, PEACTCR COOLANT FLOW LI FOXEORO RC 1010 2 5 WC1 u O TRA!!S?1ITTER, REACTCR C00LAtiT FLCW L1 FOXBCRO PC 1010 2 5 WOI _ FT-2415 o O 9 9 e 1 - - __ _ _ - _ _ - _
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DATE 10/1 0 VIRSINIA ELECTRIC AND FCWEr tOMPANY PAGE 28 tCUTH AtN A FCMER STATICH U!!IT 2 O EQUIrtEtT QatIrICAT1Ct4t1 ASTER t1ST h DESCRIPT10ft/ FILE SCRT CRDER 12345678901234 FT-2426 TRANSMITTER, REACTOR CCOLAtlT FLCW L2 FOXECRO RC 1010 2 5 WOI l O FT-2425 h ( TRAttSt1ITTER, REACTOR COOLANT FLOW L2 FOXEOPO RC 1010 2 5 WOI FT-0424 TRAttst1ITTER, REACTOR COOLANT FLOW L2 FOXEORO RC 1010 2 5 WOI LT-QS-2000 TRAttSMITTER, RF WATER STORAGE TAMK QS 35 *H/A LT-QS-200C TRANSt1ITTER, RF WATER STORAGE TAttK QS 35 *N/A LT-QS-200B TRAtt2t1ITTER, RF WATER STORAGE tat 1K QS 35
- tt/A LT-OS-209A TRAtlSt1ITTER, RF WATER STCRAGE TAtlK QS 35 *H/A FT-2940 TRANSMITTER, SI HEADER FLOW HOT LEG BART0t1 SI 1010 W23 LT-2475 TRA?!SMITTER STEAft GEN LEVEL FW 5 *tt/A (mJ h' LT-2474 TRANSMITTER. STEAM GEN LEVEL FH 5 *H/A PT-2484 TRANSt11TTER, STEAM GEN 2 FRESSURE MS 4 *H/A _
PT-2485 TRAt1St11TTER, STEAM GEN 2 FRESSURE MS 4 NN/A PT-2494 TRAMS?IITTER, STEAM GEtt 3 PRESSURE MS 4
- t4/A PT-0495 TRANSt11TTER, STEAM GEH ! PRESSURE ?!S 4 *H/A n FT-2495 TRtt!St1ITTER STEAM GEN. FLOW ROSEMOUNT MS 1426 23 5 35 k) h FT-2494 TRANSt1ITTER, STEAM GEN. FLOW ROSEMOUtiT MS 1486 23 5 35 FT-2485 TRAtlSt1ITTER, STEAt1 GEH. FLOW ROSEMOUt1T MS 14E6 23 5 35 FT-2484 TRAt:2!1ITTER. STEAM GEN. FLOW ROSEf 0Ut1T MS 1486 23 5 35 FT-2475 TRAf1St1ITTER. STEAM Gell. FLCW ROSEMOUtiT MS 1486 23 5 35
_FT-2474 TRAt;St1ITTER, STEAM GEN. FLOW ROSEMOUtlT MS 1486 23 5 35 LT-2475 TRAt:S!!ITTER, STEAM GEtt. LEVEL FOSEMOUtiT FW 1486 5 54 LT-2485 TRANSt1ITTER STEAM GEN. LEVEL ROSEMOUNT FW 1486 5 54 LT-2484 TRAttsr1ITTER, STEAM GEN. LEVEL ROSEttOU11T FW 1486 5 54
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O O DATE 10/30/80 VIFGIflIA ELECTRIC At0 PCMER CCMPAHf PAGE 29 ICRTH At:NA PCMER STATI0tl UtiIT 2 (q) EQUIPMEtli QALIFIC ATICt1 FIASTER LIST h DESCRIPTIC!!/ FILE SORT O nARx t:0. DESCRIPTIOt1 mat;UFACTURER t'0D E L I!O. SYS PURCH. ACCIDEtiT FUtCT FILE PAGE CRDER 12345678901234 LT-2495 TRAH!t1ITTER STEAM GEH. LEVEL ROSEMOUtIT FW 1486 5 71 LT-2494 TRA!!SMITTER STEAM GEN. LEVEL FOSEMottIT FW 1406 5 71 LT-2406 TPAttSt1ITTER, STET,ft GEti. LEVEL ROSEt:0UtIT FW 1485 5 71 LT-2476 TRtHSt!ITTER, STEAM GEH. LEVEL ROSEMOUtiT FW 1486 5 71 LT-2474 TRANSttITTER STEAt1 Gell. LEVEL ROSEt cut 4T FW 1486 5 71 PT-2475 TRAN!?"ITTER, STEAtt GEN. I FRESStPE FOXBCR0 t1S HA 5 WO3 FT-2474 TRAttS!1ITTER, STEAt1 GEH. 1 FRESSURE FOXCORO HS ti A 5 WO3 PT-2476 TRAftS!!ITTER. STEAN GEN. 1 FRESSURE FOXBORO MS HA 5 WO3 PT-24t6 TRANSMITTER, STEAM GEH. 2 FRESSURE FOXBORO MS 11 A 5 WO3 PT-2434 TRAttSHITTER STEAM GEN. 2 PRESSURE FOXCCR0 MS HA 5 WO3 PT-2495 TPAtlSHITTER, STEAN GEN. 2 FRESSURE FOXGCR0 MS ti A 5 WO3 PT-2495 TRAtCf1ITTER, STEAft GEH. 3 FRESSURE FOXECRO NS NA 5 WO3 PT-2494 TRANSifITTER, STEAt1 GEtl. 3 FRCSSURE FOXECR0 MS HA 5 W33 PT-2496 TRANSMITTER, STEAN Gell. 3 PRESSURE FOXCORO MS HA 5 M03 TV-SW-101B TRIP VALVE, SW 3 *H/A TV-SM-1 CIA TRIP VALVE, SH 3 *H/A TV-SM-201A TRIP VALVE, SW 3 *tt/A 689 REC 6kDS PRIHTED O # O S
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() DATE 10/ L JO VIRGINI A ELECTRIC AND PCWWCCMFAttY (m) PAGE 3 NO9TH AttlA PCMER STATIC!l UtlIT 2 O EcuIrnENT OitIFICATIC?ltiiSTER tIST t1AHUFACTURER/ FILE SORT e CRDER 12345678901234 MOV-SM-219 MOV, MAKE-UP ISDLATICtl SW 23 5 *H/A t10V-SM-119 MOV, MAKE-UP ISOLATICtl SW 23 5 *H/A MOV-SM-118 MOV, CIRC WTR IHTAV,E TO SW PUMP SW 23 5 *H/A MOV-SH-217 tt0V, CIRC WTR SW PUMP ISOLATION SW 23 5 *ti/A MOV-!W-117 MOV, CIRC WTR SW PUMP ISOLATICH SW 23 5 *H/A g%s a W Rii-SM-227 RADIATICtlit0tlIT09S, SW PAD MONITORS SW 4 *tt/A Rfi-SW-226 RADIATI0tl MONITORS, SW RAD 11CflITORS SW 4 *H/A RM-SW-225 RADIATION t10NITORS. SW R AD t10!1ITOPS SW 4 *H/A Rt!-SW-224 RADI ATICtl t10NITORS, SW RAD MCtlITORS SW 4 *tt/A MOV-SM-215B MOV AUX SW PUMP ISO VALVE SW 23 5 *ti/A MOV-SW-215A MOV, AUX SW PUMP ISO VALVE SW 23 5 *t1/A T MOV-SH-115B t10V, AUX SW PUt1P ISO VALVE SW 23 5 *tt/A MOV-SW-115A MOV. AUX SW PUMP ISO VALVE SW 23 5 *H/A MOV-SM-200B MOV, SW TO CIRC TUtit!LL SW 3 *H/A tt0V-SM-220A MOV. SW TO CIRC TUNtlEL SW 3 *t1/A PT-2495 TRANSMITTER STEAM GEN 3 PRESSURE MS 4 *H/A PT-2494 TRANSMITTER, STEAM GEN 3 PRESSURE tis 4 *H/A PT-2485 TRAll3MITTER, STEAtt GEN 2 PPESSUPE MS 4 *t1/A ,,g P T- 2484 TRANSMITTER, STEAM GEN 2 PRESSURE MS 4 *ti/A g \_) W _ FS-ED-203F FLOW SWITCH ED 6 *t1/A FS-BD-203D FLOW SWITCH ED 6 *H/A FS-ED-203B FLOW SWITCH CD 6 *t1/A E/P FOR SE AL WATER FLOW r^tlTROL CH 2 5 *H/A b, HC-2186 h- - - _2-DB-P-10B PUMP, CHILLER ROOM SUMP 6 *t a/A O e 11
O O CATE 10/30/80 VIRGINIA ELECTPIC Ato FCt:EP COMPANY PAGE 4 HC9TH AN':A FCWEP STATIO?1 L'!!IT 2 g O ECUIPMEtiT CALIFICATICH MASTER LIST W mat?JFACTURER/ FILE SO9T OPDER 12345678901234 LVC-24600 LCV, LOOP 2 LETD0'Oi LINE CCtlT. VV . CI 1 *tUA LCV-2460A LCV, LOOP 1 LETDCWtl LINE CO'IT. VV CI 1 *tVA SOV-CV-200 SOV CONTAINMEtiT VACUUM EJECT I'4LET CI *tVA 1 g COV-MS-201C-5 SOV,itAIll STEAM lit:E TRIP CI 1 *!UA S OV-t1S- 201C-4 S0V, MAIN STEAM LINE TRIP CI 1 *tVA SOV-MS-201C-2 50V, MAIH STEAM LINE TRIP CI 1 *H/A SOV-t1S-201A-5 SOV, MAIN STEAM LINE TRIP CI 1 *tVA SOV ,S-201A-4 SOV, MAIll STEAM lit:E TRIP CI 1 *tVA SOV-115-201 A-2 SOV, MAIN STEAM LINE TRIP CI 1 *tVA . STV-MS-2018-5 SOV, MAIN STEAM LINE TRIP CI 1 *tVA SOV-MS-201B-4 SOV, MAIN STEAM LINE TPIP CI 1 *tUA SOV-MS-2018-2 50V, MAIH STEAM LINE TRIP CI 1 , *H/A MOV-SW-203B MOV SW TO RECIRC SFRAY SW 35 *tV A -. LT-2475 TRANSMITTER, STEAM GEH LEVEL FW 5
- tVA LT-2474 TPANSMITTER. STEAM GEH LEVEL FW 5 *N/A SOV-2311 SOV, CH 5 *H/A TV-SW-101B TPIP VALVE, SW 3 *H/A TV-SW-101A TRIP VALVE, SW 3 *H/A FS-ED-203J FLOW SWITCH DD 7 *tUA
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O O DATE 10/3-J0 n O VIRGItlIA ELECTPIC AND POWW'CCMPAN( PAGE 5
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MOTTH A?3fA F0WER STATICH Ut!IT 2 O EcuIrnENT cAur1CATIe, MASTtR uST # T1AtfJFACTUPER/ FILE SCRT 12345678901234 __.........._ ...... ..._.. .._....___.____________._.. ...________.._______ _......___ ... C"_ DER _ .... ..__________.. ..__. .... t*0V-SW-210 A MOV, SW 3 *H/A g t"JV-SH-1103 MOV, SW 3 *H/A MOV-SW 110A 3 *H/A tt0V, SW g TV-SW-201B MOV, SW 3 *H/A TV-SW-201A TRIP VALVE, SW 3 *H/A MOV-SW-214B MOV, SW 3 *N/A t:0V-SW-214A tiOV, SW 3 *H/A MOV-SM-114B NOV, SW 3 *H/A MOV-SW-114A MOV, SW 3 *H/A . 2-QS-P-1B FUMP, QUENCH SPRAY PUMP IB QS 35 3 *N/A 2-QS-P-1A FUMP, QUEt4CH SFRAY PUMP 1A QS 35 *H/A TS-HV-2229 TEMPERATURE SWITCH HV 3 *H/A .- 2-HV-F-68B FAH, IJ SUFPLY FAtt HV 1
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gg _ _ _ _ _ _ _ _ . . - - _ - _ __ O O DATE 10/30/E0 VIPGINIA FLECTRIC / TID PCMER COMPANY PAGE 6 N09TH AfDIA FCMEP STATICH UNIT 2 O EQUIFitENT QALIFICATIO!1 MASTER LIST Y 11ANUF ACTUPER/ FILE SCRT O n n no. DESCR1erICH nateriCTuRE2 neaEt tio. STS PuvCH. ACCIDEtlT reNCT rite C? DER 12345678901234 PAsE e 2-EW-S-1B STPAIllER, SW TPAVELING WATER SCPEEllS Sil 23 5 *H/A 2-SW-3-1A STRAIllER, SW TRAVELIt!G WATER SCREEtlS SW 23 5 *H/A 1-SM-S-1B STPAINER, SW TR AVELING WATER SCPEEtis SW 23 5 *ti/A O, h 1-SW-S-1A STRAINER, SW TRAVELING WATER SCREEllS SW 23 5 *N/A 1-5W-P-4 FU'tP, AUX SERVICE WATER FUMP EW 23 5 *H/A 2-EM-P-4 FUt1P, AUX SERVICE WATER FUMP SW 23 5 *H/A 2-EP-MC-11 ffCC, 2J1-1 ED 8 *N/A , 2- E P-t:C-41 ?"CC, 2H1-4 ED 8 *H/A 2-EP-MC-10 11CC , 2H1-1 ED 8 *H/A 2-VD-I-04 IINERTER, VITAL EUS IPUERTER 2-4 ED 8 *tt/A 2-VB-I-03 INVERTER, VITAL CUS IirvERTER 2-3 ED 8
- ti/A 2-VB-I-02 ItNERTER, VITAL EUS ItNERTER 2-2 ED 8
- ti/A 2-VB-I-01 ItNERTER, VITAL CUS ITNERTER 2-1 ED 8 *tt/A 2-EP-CB-120 CABIllET, DC CABIllET 2-4 ED 8 *tt'A 2-EP-CD-12C CABINET, DC CABIllET 2-3 ED 8 *H/A 2-EP-CD-120 CABIllET, DC CABIllET 2-2 ED 8 ati/A 2-EP-CD-12A CABINET, DC CABItlET 2-1 ED 8 *t1/A O
2-EP-CD-288 CABINET AUX RELAY CABINET B ED 23 5 78 *tt/A e 2-EP-CD-28A CABIllET AUX FELAY CABINET A ED 23 5 78 *H/A _ 2-BY-C-07 BATTERY CHARGER ED 8 *H/A 2-BY-C-06 BATTERY CHARGER ED 8 *H/A 2-BY-C-05 EATTERY CHARGER ED 8 *H/A 2-BY-C-04 BATTERY CHIRGER ED 8 *H/A _ 2-BY-C-03 BATTERY CHARGER ED 8 *H/A O e O 4 11 _ _ _ _ _ - - - - - - - _ _ - - _ - - - _.
O O DATE 10/ L-u0 O f~) VIRGINI A ELECTRIC A!!D FOG'COMPAtlY PAGE 7 (D m U t!CRTH ANN 4 FO'AER STATICH LHIT 2 EQUIFriENT QALIFICATIC'l MASTER LIST MANUFACTURER / FILE SC*tT CRDER 12345678901234 2-BY-C-02 BATT2RY CHARGER ED 8 *ti/A b~ 2-EI-CB-230 CABINET, PROCESS PACK ED 2345 *tVA 2-EI-CB-23C CABItIET, FPOCESS RACK ED 2345 *tVA 2-EI-CB-23B CABINET, PROCESS RACK ED 2345 *tVA 2-EI-CB-23A CABINET, FFOCESS RACK ED 2345 *tVA 2-EI-CB-06B CABIt:ET, AUX EHUTDORI PANEL ED 2345
- tU A 2-EI-CD-06A CABINET AtN SHUTD0ml PANEL ED 2345 *tVA 2-EE-SW-01 SWITCHGEAR, 4 KV BUS 2H ED 8 *H/A 2-EI-CB-53 CABINET, FROCESS RACK 3 ED 135 *tVA 2-EI-CB-52 CABINET, PPOCESS RACK 2 ED 135 *H/A 2-EI-CB-51 CABIt!ET, FROCESS RACK 1 ED 135 *H/A g_
g) % W 2-EI-CB-47F CABINET, SOLID STATE FROTECTION ED 135 *H/A 2-EI-CD-47E CABINET, SOLID STATE FROTECTION ED 135 *tVA 2-EI-CB-47D CABIt!ET. SOLID STATE FROTECTICH ED 135 *H/A 2-EI-CB-47C CABINET, SOLID STATE FROTECTICH ED 135 *H/A 2-EI-CB-47B CABINET, SOLID STATE FROTECTI0tl ED 135 *H/A 2-EI-CB-47A CABINET SOLID STATE FROTECTION ED 135 *tVA E0V-HV-2306B SOV, BOTTLED AIR SYSTEM HV 6 *H/A SOV-HV-2306A SOV, BOTTLED AIR SYSTEN HV 6 *tVA _ SOV-HV-2300D SOV, BOTTLED AIR SYSYTEN HV 6 *tVA SOV-HV-230CC SOV, BOTTLED AIR SYSTEN HV 6 *tVA SOV-HV-23008 SOV, COTTLED AIR SYSTEN HV 6 *tVA SOV-HV-2300A SOV, BOTTLED AIR SYSTEN HV 6 *tVA n 9-u _ SOV-HV-2200C SOV VALVE FOR 2-HV-P-22C HV 9 *tVA O e 11
I O O DATE 10/30/80 VIRGINIA ELECTRIC APID FCWER COMPANY PAGE 8 NCRTH ANilA FO',fER STATION UNIT 2 h, EQUIFi'ENT GALIFIC ATIC4 MASTER LIST MAffJFACTURER/ FILE SCRT CRCER 12345678901234 O, SOV-HV-200CB SOV, VALVE FOR 2-HV-R-22D HV 9 *tt/A
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f'\ f} L L/ VIRGI!1IAELECTRICAtl0FCdwCCMPAttf PAGE 9 M DATE 10/ L O 110PTH AN'la FCMER STATI0t1 UttIT 2 pd J EQUIPMENT QALIFICATICtl MASTER LIST mat!UFACTURER/ FILE SC9T U,, M/FK 110. DESCRIPTI0t1 MANUFACTURER MODEL HO. SYS FURCH. ACCIDEtIT FUNCT FILE PAGE CRDER 12345678901234 FAH, BATTERY P00t1 2-1 EYHAUST FAH HV 9 *H/A f-- 0 2-HV-F-57A h FL0t1 SWITCH, BATTERY PC0t12-1 VEtlT HV 9 *tuA FS-HV-2207A 2-Bf-B-01B BATTERY, STATICt1 BATTERY 2-1 ED 8 *fuA BATTERY, STATICt1 BATTERY 2-1 ED 8 *tVA 2-BY-B-01A CABINET, VITAL BUS CAB 2-4 ED 8 *tuA 2-EP-CB-04D l CABIt1ET, VITAL BUS CAB 2-3 ED 8 *tVA 2-EP-CB-04C CABINET, VITAL BUS CAB 2-2 ED 8 *tVA 2-EP-CB-04B C 4 BINET, VITAL BUS CAB 2-1 ED 8 *tuA 2-EP-CB-04A CABINET, DC DISTRIBUTION PAf1EL 2B ED 8
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O O DATE 10/30/80 VIRGIt1IA ELECTPIC AND PCHER COMPANY PAGE 10 NCPTH AN!A PCWER STATICit UtIIT 2 O E UIFt:ENT CAtIr1 cit 1CH t1 ASTER t1ST # Mit1UFACTURER/ FILE SORT CROER 12345678901234 2-EI-CB-15(B CABIttET, COtlTPOL CAD FCR AIP SYS ED 6 *H/A 2-EI-CB-156A CABINET, CCNTPOL CAB FOR AIP SYS ED 6 *N/A 2-EI-CB-0CB CABIt1ET, EMER GEN 2H CONTPOL PANNEL ED 8 *H/A 2-EI-CB-08A CABItET. EMER GEH 2H CCt1 TROL PANNEL ED 8
- tt/A 2-EI-CB-07 CABINET. VENTILATIO!4 CCt1TPOL 00ARD ED 6 9 *tt/A 2-EI-CB-05 CABIHET. MAIN CONTROL E0APD ED 2345 *H/A 2-EI-CD-04 CABINET MAIN CCNTROL COAPD ED 2345 *H/A 2-EI-CB-03 CABINET. MAIN CONTROL BOAPD ED 2345 *H/A 2-EI-CB-02 CABIt1ET. MAIH CCNTFOL COARD ED 2345 *H/A .
2-EI-CB-01 CABIllET, MAlti CCt1 TROL E0ARD ED 2345 *H/A 2-!fV-F -41 FAH. CCt3 TROL R00!1 EMER VENT HV 6 IQ-3 *tt/A O 2-HV-AC-09 COOLER, AFTER COOLER EMER GEN ROCM 2H ED 6 *H/A e ": 2-HV-AC-C8 COOLEP. AFTER COOLER EMER GEN ROC!1 2H ED 6 *N/A 2-EG-AC-2HB COOLER, AFTER COOLER EMER GEN ROOM 2H ED 8 *H/A 2-EG-AC-2HA C00LEP. AFTER COOLER EMER GEN POCt1 2H ED a *H/A PS-EG-2JB FRESSURE SWITCH, EMER GEtt CJ COMP ED 8 *tuA PS-EG-2JA PRESSURE SWITCH. Et1ER GEH 2J COMP ED 8 *tVA TS-HV1960 TEt1PERATURE SWITCH, EMER GEH ROOtt 2J HV 9 *tt/A 2-HV-F-24 FAli, ECUIP! TENT RC0!1 SUPPLY AEROVENT FAH CO. HV 1241 6 03 Of SOV, PRIMARY DRAIN TRAtlSFER PUMP DISCHARG ASCO CI H/A 9 _ SOV-DG-200A 1 15 COV-IA-202B C0?4TAIti!1ENT INSTRUt1Et4T AIR ISOLATICil ASCO CI 1125 1 30 SOV-IA-202A CCtiTAIHMENT INSTPUt1EtiT AIR ISOLATION ASCO CI 1125 1 30 50V-IA-200C SOV, CCHTAINt1EtiT ItIST AIR ISOLATION ASCO CI 1125 1 30 _ SOV-IA-2008 SOV. COHrAlt: MENT INST AIR ISOLATION ASCO CI 1125 1 30 O e O 11
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SOV-CC-202E SOV, RCP COOLER RETURN HEADER ASCO CI 1105 1 30 O, 9: 50V-CC-202C SOY, RCP COOLER RETURN HEADER ASCO CI 1125 1 30 SOV-CC-200A SOV, PCP COOLER RETURN HEADER ASCO CI 1125 30 1 e m G3 507-CC-201A SOV, RCP THERMAL BARRIER RET HEADER ASCO CI 1125 1 30 50V-CC-200C SOV, RECIRC. AIR COOLER DUTLET OUTSIDE ASCO CI 1125 1 30 SOV-CC-2000 SOV, RECIRC. AIR COOLER DUTLET OUTSIDE ASCO CI 1125 1 30 1125 ,3 , SOV-CC-200A SOV. RECIRC. AIR COOLER CUTLEi OUTSIDE ASCO C1 1 30 g %) w SOV-ED-200E SOV, STEAH GEN. BLONDOWil ISOLATI0tl ASCO CI 1125 1 30 SOV-CD-200C SOV. STEAN GEH. BLOWDOWH ISOLATI0tl ASCO CI 1105 1 30 _ SOV-ED-200A SOV, STEAM GEN. BLOWDOWN ISOLATICH ASCO CI 1125 1 30 1125 30 Os SCV-VG-200A SOV-SI-201 SOV. PKIMARY DRAlti TRANSFER TANX VENT SOV. HITROGEN SUPPLY lit:E ASCO ASCO CI CI 1105 1 30 e f, 50V-SI-2000 SOV. HITROGEH SUPPLY LINE ASCO CI 1125 1 30 t> G -- - _ SOV-SI-200A SOV, NITROGEN SUFPLY LIllE ASCO CI 1125 1 30 v O # 11 -
y. DATE 10/30/80 VIPGINIA ELECTRIC Ato F0WER CO*1 PANT PAGE 12 U g NORTH APNA PUEFe STATION UttIT 2 ECUIFtiENT QALIFICATICN t1 ASTER LIST g mat!UFACTURE9/ FILE SCRT CPOER 1234567890123'+ 50V-RM-200D SOV. PADI ATION MONIT07It:3 CI 1125 30 q U ASCO 1 g SOV-RM-200A SOV. RADIATI0tl t10tlIT09It!G ASCO CI 1125 1 30 r 50V-MS-211B SOV. AUX FEED PU'1P Tt.r?B CPIVE ASCO MS 1125 2 67 36 O, SOV-MS-211A SOV, AUX FEED FUMP TUTB CRIVE ASCO MS 1125 0 67 36 ,q SOV-SS-2008 SOV. FRESSURIZER LIQUID SPACE ASCO CI 1163 1 37 g V W SOV-SS-2128 SOV. STEAM GEN SAMPLE ISOLATION ASCO CI 1163 1 37 SOV-SS-204B SOV, FRESSU9E PELIEF tat:K SAMPLE ASCO CI 1163 1 37 SOV-SS-203B SOV, RHR OUTBOARD ISOLATION VALVE ASCO CI 1163 1 37 g SOV-SS-203A SOV. RHR OUTBOARD 100LATI0t1 VALVE ASCO CI 1 37 V h~ SOV-SS-201B SOV, PRESSURIZER VAFOR SAMPLE ASCO CI 1163 1 37 SOV-S3-202B SOV FRIMARY C00LAt1T COLO LEG SAMPLE ASCO CI 1163 1 38 O SOV-SS-2068 SOV. FRIMARY COOLANT HOT LEG SAMPLE ASCO CI 1 4 38 ei SOV-Lt1-2008 SOV. CONTAIt#1ENT LEAKAGE MotiITOR ASCO CI 1163 1 40 - SCV-LM-200A SOV. CC*lTAIMMEtiT LEAKAGE t1Ct1ITOR ASCO CI 1163 1 40 SOV-LM-200H SOV, CCNTAItMEt4T LEAKAGE tt0HITOR ASCO CI 1163 1 40 SOV-Lit-200G SOV. Cot 4 TAIT #iENT LEAKAGE MotlITOR ASCO CI 1163 1 40 SOV-LM-200F SOV, CCilTAItNENT LEAKAGE MCHITOR ASCO CI 1163 1 40 O. h 50V-LM-200E SOV. CCfiTAItdEHT LEAKAGE tiOHITOR ASCO CI 1163 1 40 SOV-LM-2000 SOV, CCHTAIPO1ENT LEAKAGE MCHITOR ASCO CI 1163 1 40 _ SOV-LM-200C S0.. CONTAItmENT LEAKAGE tiONITOR ASCO CI 1163 1 40 CI 1010 46 O-SOV-2519A SOV. FRIM GRADE WATER TO FRT SOV, REGEH HEAT EXC. DUTLET VALVE ASCO ASCO CI 1010 1 1 46 e SOV-2204 SOV-SV-203 SOV, AIR PEMOVAL SYSTEM ASCO CI 1125 1 51 g d h _ SOV-SV-202-1 SOV, AIR EJECTOR VENT ASCO CI 1125 1 51 o O O O e 11
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O v (3 v DATE 10/30/20 VIRGINIA ELECTRIC APO F0HER CCMPANY PAGE 18 IlORTH Atali FOWER STATI0t1 LHIT 2 b- EGUIFMEt4T CALIFICATICtl t1 ASTER LIST h MAfrJFACTURER/ FILE SORT CRDER 12345678901234 tlSA-70 CABLE, 18/C c16 AWG CERRO WIRE ED 1312 123456 13 TYFE IA PEHETRATI0t1 ASSEMBLIES (ItiSTRUMEllTATIC'1) CONAX ED 1313 8 24 TYFE IV PEtlETPATIOt1 ASSEM3 LIES (THERMOCOUPLES) C0tlAX ED 1313 8 24 TYPE III FENETRATICH ASSEMBLIES (TRIAXIAL) C0tlAX ED 1313 8 24 g TYFE IIE PEllETRATIOtl ASSEtSLIES (LOW VOLTAGE FWR) COtlAX ED 1313 8 24 U $ TYPE IID FENETRATIOtt ASSET'BLIES ( LCW VOLTAGE FL9 ) C0tlAX ED 1313 8 24 TYFE IIC PENETRATI0t1 ASSEMDLIES (LCW VOLTAGE FL7) CCtlAX ED 1313 8 24 TYPE IIB FEHETRATI0t1 ASSEMBLIES ( LOW VOLTAGE FL9) CONAX ED 1313 8 24 s TYPE IIA PEHETRATIDH ASSEM3 LIES (LOW VOLTAGE FWR) C0!!AX ED 1313 8 24 CJ S.- TYFE IC PENETPATICH ASSEMBLIES ( LOW VOLTAGE FLW) CONAX ED 1313 8 24 TfrE IB FENETPATICH ASSEtSLIES (CotiTROL) CONAX 0 1313 8 24 TYPE IB PENETRATION ASSET"BLIES (CotiTROL) C0tlAX ED 1313 8 25 1 g TYFE IC PEHETRATION ASSEtiBLIES (LOW VOLTAGE FWR) C0tlAX ED 1313 8 25 1313 h TYFE IIA FEHETRATICt1 ASSET 3 LIES ( LOW VOLTAGE PL7) C0!!AX ED 8 25 n TfrE IID FEt'ETRATICH ASSE!!DLIES ( LOW VOLTAGE FLW ) CONAX ED 1313 8 25 [ U h TYPE IIC FEHETRATION ASSEMBLIES (LOW VOLTAGE PL7) COtlAX ED 1313 8 25 TYPE IID FEMETRATIDH ASSEtSLIES ( LOW VOLTAGE FL7) CCHAX ED 1313 8 25
? TYPE IIE FENETRATION ASSEMBLIES ( LOW VOLTAGE FUR) C0tlAX ED 1313 8 25 g TYFE 9 FEt ETRATI0tl ASSEMBLIES (INSTRUMENTATI0ti) CONAX ED 1313 8 25 1
U _SP SPLICES CONAX N/A 1313 9 26 l SPLICES CotlAX N/A 1313 9 O-SP TB TERitIHAL BLOCKS CONNECTION INC. II/A 1313 9 19 e l E/P FC-2122 E/P CHARGING FLOW CONTPOL COPES-VULCAN CH 61 (3) h l 0-HV-S-1B STRAINERS, CHILLER ROOM ELLIOT HV 1299 6 02 O e o m G G G e
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/N DATE 10/ L WO O VIRSINIA ELECTRIC AND PCWVCCMPAtty O FAGE 19 (l g fl0RTH AtO!A FCWER STATIC?l UttIT 2 m V EQUIFitENT CALIFICATICt1 MASTEP LIST W MANUFACTURER / FILE SCRT ORDER 12345678901234 2-HV-S-1A STRAIT 1ERS, CHILLER RCOM ELLIOT HV 1299 6 02
!!OV-HV-216-2 MOV, FLUSH VALVE RIGHT FOR STRAIllER ELLIOT HV 1099 6 17 q MOV-HV-216-1 MOV, FLUSH VALVE LEFT FCR STRAlt1ER ELLIOT HV 1099 6 17 g V W tt0V-HV-215-2 MOV, FLUSH VALVE RIGHT FOR STRAIflER ELLIOT HV 1299 6 17 t:0V-HV 215-1 t10V, FLUSH VALVE LEFT FCR STRAINER ELLIOT HV 1299 6 17 EP HCV !186 E/P FOR HAf!D CONTPOL VALVE HCV-2186 FISHER W31 m PT-LM-200A TRAttSMITTER, CotITAIt#1ENT PRESSURZ FOXDCRO LM 1215 135 48 g V W P1-Lit-2000 TRANSt1ITTER, CONTAIt: met 1T ESSURE FOXECR0 LM 1215 135 48 g P T- Lii-200C TR.NSMITTER, CCt4TAINMEt. PRESSURE FOXCORO LM 1015 135 48 .
U W_ PT-Lii-2003 TRAP St1ITTER, CONTAIt21Et1T PRESSURE FOXBORO LM 1215 135 48 g FT-2414 TRAf1SdITTER, REACTCR COOLANT FLCW L1 FOXCORO RC 1010 2 5 WOI gh W V FT-2416 TRANSt11TTER, REACTOR CCOLAftT FLOW L1 FOXECR0 RC 1010 2 5 WOI FT-2415 TRANSMIT.ER, REACTOR CCOLAtlT FLCW L1 FOXCCRO RC 1010 2 5 WOI FT-2436 TRP'*"' .ER, REACTOR COLLANT FLOW L3 FOXCORO RC 1010 2 5 WOI FT-2435 TRAt:SMITTER, REACTOR COLLAtiT FLOW L3 FOXCORO RC 1010 2 5 WOI O. O FT-2434 TRAt:SMITTER, REACTCR COLLAtlT FLOW L3 FOXGORO RC 1010 2 5 401 s FT-2406 TRAttSMITTER, REACTOR C00LAt4T FLCW L2 FOXECR0 RC 1010 2 5 N01 O FT-2425 TRAtist1ITTER, REACTOR COOLANT FLOW L2 FOXBORO RC 1010 2 5 WOI FT-2424 TRAlist1ITTER, PEACTCR COOLANT FLCW L2 FOXCCR0 RC 1010 2 5 WOI bf h _ PT-2486 TRANSMITTER, STEA!1 GEH. 2 FRESSURE FOXCCR0 t1S HA 5 WO3 PT-2476 TRANSMITTER, STEAM GEN. 1 FRESSURE FOXCCRO MS NA 5 WO3 PT-2495 TRAllSf1ITTER, STEAM GEtt. 3 FRESSURE FOXECR0 MS HA 5 .03 g PT-2485 TRANSMITTER, STEAM GEN. 2 PRESSURE FOXDORO MS HA 5 WO3 g V W PT-2475 TRANSMITTER, STEAM GEN. 1 PRESSURE FOXECR0 MS HA 5 WO3 O # O, , 8
p) ! Q l DATE 10/30/80 VIPGINIA ELECTRIC AND FCMER CCNRANY PAGE 20 NCOTH APOA FCMER STATICN UtJIT 2 O Ecu1PMtNT citIrICATIer, MASTER tIST # MAffdFACTLPER/ FILE SCRT CRDER 123/*5678901234 0-PI-2494 TRAtiSMITTER. STEAN GEtl. 3 FRESSURE FOXEORO t1S HA NA 5 WO3 WO3 e FT-2484 TRAt1SMITTER. STEAN GEN. 2 FRESSLEE FOXEORO M5 5 PT-2474 TRAtlSi1ITTER. STEAN GEN. 1 FRESSURE FOXDC?O NS HA 5 W33 f_ h \ PT-2496 TR A NSt1ITTER . STEAN GEN. 3 FRESSURE FOXBCR0 MS HA 5 WO3 0 LT-RS-251B LT-RS-251A TRAt13t1ITTER CCtlT WATER LEVEL TRAt4SMITTER. CCt1T WATER LEVEL CENS GEtts RS RS 1333 1333 4 4 20 20 9l ' LIT-RS-251B TRitiSHITTER, CCt4T WATER LEVEL GEMS RS 1333 4 49 p o S LIT-RS-251A TRANSHITTER CONT WATER LEVEL GEt1S RS 1333 4 49 l ED 1255 8 10 CABLE. 3/C 1250 MCM ALUNIt!UM ARMCR GENERAL CABLE O. li3A-6 GEttERAL CADLE ED 1255 8 10 e. NGA-5 CABLE. 3/C 1250 t'CN STEEL ARNCR l NGA-9 CABLE. 1/C 1500 MCM GENEPAL CABLE ED 1255 8 10 i f hj NGA-4 CABLE. 3/C 500 MCM ALUNItJUN ARMCR GEtiERAL CACLE ED 1255 8 10 -l l 1255 8 10 0f. NGA-3 CABLE. TRIPLEX 1000 MCM GEt!ERAL CABLE GEtlERAL CABLE ED ED 1255 9 10 e i;GA-13 CABLE. 3/C 4/0 AWG. ALUMINUN ARNCR NGA-12 CABLE. 3/C 1000 MCM ALUNINtf1 ARMCR GENERAL CABLE ED 1255 9 10 t;GA-10 CADLE. 1/C 2000 t*CN GENERAL CABLE ED 1255 9 10 NOD-11 CABLE. TRIPLEX 2/0 AUG GENERAL CABLE ED 1256 8 14 f.s U h f4GD-12 CABLE. TRIPLEX c1 AMG GEtlEPAL CABLE ED 1256 8 14 8 14 O iGB-7 CABLE. TRIPLEX 250 MCM GEllERAL CABLE ED 1256 1256 8 14 e _NGD-5 CABLE. TRIPLEX 500 HCN GENERAL CABLE ED 2-RS-P-1A PUt1P. It1 SIDE PECIRC. SFRAY GEt4EPAL ELECTRIC RS 1355 35 28 m U h 2-RS-P-1B PUt1P ItlSIDE RECIRC. SPPAY GENERAL ELECTRIC RS 1355 3 28 2-RS-P-1B PUMP. INSIDE RECIRC. SPRAY GEt!ERAL ELECTRIC RS 1355 3 29 0f. 9 PUf1P . ItfSIDE RECIRC. SFRAY GEllERAL ELECTRIC RS 1355 35 29 _ 2-RS-P-1A O h o,nn G 9 8 e
tn> m pJ V DATE 10/ L O VIRGINI A ELECTRIC Att3 POWWCCMPAN( NE 21 t;CRTH At!!!A POWER f *TIcti UNIT 2 O EQuirnEnT citIr1Ci- t:iSTER tISr 9 ttAtlUF ACTUF R .E SORT ( I 1 U, t1 ARK NO. DESCRIPTION MANUFACTURER t:0DFL NO. SYS PURCH. ACCIDENT FUt:CT FILE PAGE h ORDER 1234S67890123'e 2-RS-P-2A PUMP, RECIRC. SFRAY GENERAL ELECTRIC RS 1127 3 44 2-RS-P-28 LUMP, RECIRC. SPPAY GENERAL ELECTRIC RS 1127 3 44 64 g 0 TS-HV2230 TEMPEPATURE SWITCH HONEYWELL HV 11 % 23 2 66 e t:03-HV163C MOD, CENTRAL ADEA EXHAUST DISCH DAMPERS HONEYWELL HV 22436 1 t:09-HV163B MOD, CENTRAL AREA EXHAUST DISCH DAMPERS HONEYWELL HV 20436 23 1 66 MOD-HV163A MOD, CENTRAL AREA EXHAUST DISCH DAMPERS HONEYWELL HV 22436 23 1 66 2-EE-ST-01 SWITCHGEAR 480V (2H1) ITE ED 1088 8 31 2-EE-SS-03 04ITCHGEAR 480V (2H1) ITE ED 1088 8 31 2-EE-SS-04 SWITCHGEAR 480V (2J1) ITE ED 1088 8 75 2-EE-ST-02 TRANSFORt:ER 480V (2J1) ITE ED 1083 8 75 { DB 1421 6 05 Cg 2-DB-P-10B PUMP, CHILLER POOM SUMP JOHitST0t1 PUt1P g' 2-03-P-10A PUMP, CHILLER ROOM SUMP JOHNST0tl PUMP DB 1421 6 05 2-HV-F-71A FAti, SAFEGAURDS AREA VEtiTILATICil JOY Mtt!UFACTURING HV 1201 0 21 2-HV-F-718 FAN, SAFEGAURDS AREA vet 4TILATIOtl JOY MANUFACTURING HV 1201 0 21 2-EP-t!C-02 MCC-1J1-2S KLOCKNER MOELLER ED 1176 8 22 1-EP-MC-21 NCC-1J1-2N KLOCKNER MOELLER ED 1176 8 22 2-EP-itC-20 MCC-2H1-2S KLOCKNER MOELLER ED 1176 8 22 2-EP-t!C-19 NCC.2H1-OH KLOCKNER MOELLER ED 1176 8 22 1-EP-t!C-20 MCC-1H1-2S KLOCKNER ff0ELLER ED 1176 8 22 MCC-1H1-2N KLOCVNER MOELLER ED 1176 8 22 _ 1-EP-tic-19 2-E P-liC-22 NCC-2J1-OS KLOCKNER MOELLER ED 1176 8 22 n V h 2-EP-ftC-21 MCC-2J1-2H KLOCVNER MOELLER FS 1176 8 22 i t:0V-QS-201B MOV, CUENCH SPR AY PUMP DISCH LIMITCRQUE QS 1242 35 23 Os O- -- MOV-QS-201A MOV, QUEtiCH SPRAY PUt1P DISCH LIMITORQUE QS 1242 35 23 O e O nn- Oll
v v DATE 10/30/80 VIRGINIA ELECTRIC AFC FCWER COMPAtlY FAGE 22 NORTH AN'fA FCWER STATICt1 (NIT 2 () O ECUIFriENT CALIFICATICM MASTER LIST h MAffJFACTURER/ FILE SCRT (q ,/ MARK t:0. DESCRIPTICil MANUFACTUREP MODEL NO. SYS FURCH. ACCIDENT FtNCT FILE PAGE W CROER 12345678901234 g MOV-RS-256B MOV. RECIPC SFR G DISCH LIMITCROUE RS 1242 35 23 g v W t:0V-RS-256 A MOV RECIRC SFPAY DISCH lit 1ITCRQUE RS 1242 35 23 m MOV-RS-2558 t10V, RECIRC SFRAY SUCTID'l LIttITCRCUE RS 1242 35 23 k.) MOV-RS-255A t10V. RECIRC SFRAY SUCTICH LIMITORQUE RS 1242 35 23 MOV-SW-201D MOV, RECIRC SFRAY HEAT EXC. HEADER ItiLET 1194 50 O-MOV-SW-201C t10V, RECIRC SFRAY HEAT EXC. HEADER INLET lit 1ITCPGUE lit 1ITCROUE SW SW 1194 35 35 50 e i0V-SM-201B MOV. RECIRC SFRAY HEAT EXC. HEADER INLET LIf11TCRQUE SW 1194 35 50 dc t!OV-SM-201A MOV RECIRC SFRAY HEAT EXC. HEADER IHLET LIMITCRGUE SW 1194 35 50 h t10V-SW-2038 MOV SERVICE WATER TO RECIRC SFRAY CCOLER LIttITCRQUE SW 1794 35 50 . MOV-SW-204A MOV. SERVICE WATER FRCM RECIRC SFRAY CLR LIriITORQUE SW 1194 35 50
!!DV-SW-206B MOV, RECIRC SFRAY HEAT EXC. HEADER OUTLET LIMITOROUE SW 1194 35 50 O tt0V-SW-206A MOV, RECIRC SFRAY HEAT EXC. HEADER CUTLET LIMITCRQUE SW 1194 35 . 50 h :7 t10V-SW-205D MOV, RECIRC SFRAY HEAT EXC. HEADER CUTLET LIMITORQUE SW 1194 35 50 o dg MOV-SW-2050 MOV RECIRC SFRAY HEAT EXC. HEADER OUTLET LIMITCRGUE SW 1194 35 50 h
g MOV-SW-2058 ff0V. RECIRC SFRAY HEAT EXC. HEADER CUTLET LIMITCRQUE SW 1194 35 50 v tt0V, RECIRC SFRAY HEAT EXC. HEADER CUTLET LIMITCROUE 1194 35 8 MOV-SW-205A SW 50 f:0V-S!4-2030 t10V, SERVICE WATER TO RECIRC SFRAY CCOLER LIf1ITCRQUE SW 1194 35 52 b,. MCV-SW-203C MOV. SERVICE WATER TO RECIRC SFRAY CCOLER LIMITCRCUE SW 1194 35 52 h g t:OV-SW-203A tt0V, SERVICE WATEP TO RECIRC SFRAY CCOLER LIMITCRQUE SW 1194 35 52 d & _t:0V-SW-2043 MOV. SERVICE WATER FRC*l RECIRC SFRAY CLR LIMITORQUE SW 1194 35 52 MOV-SM-20'4D MOV. SERVICE WATER FRCf1 RECIRC SFRAY CLR lit 1ITCROUE SW 1194 35 52 O- 9 I MOV-SW-204C MOV. SERVICE WATER FRCt1 RECIRC SFRAY CLR LIMITORCUE !W 1194 35 52 t:0V-SW-202B MOV, INLET HEADER VALVE lit 1ITCROUE SW 1193 23 3 53 _t!OV-SW-208A MOV. INLET HEADER VALVE LIMITCRQUC SW 1193 23 3 53 Q o O O O e il _ _m _d
n g V k r i \ DATE 10/ L-40 VIRGINIA ELECTRIC AND FCW W CCMPANY PAGE 23 s NCRTH AI,UA FCWER STATICti LHIT 2 pd EQUIPMENT QALIFICATIOt! MASTER LIST h tiANUFACTURER/ FILE SCRT ORDER 12345678901234 it0V-SM-2138 !?OV, FUEL PIT CCOLER VALVE LIMITCRQUE 1193 23 53 SW 3 g t;0V-SW-213A MOV, FUEL PIT COOLER VALVE LIMITCRQUE SW 1193 23 3 53 MOV-FS-201B MOV, SUFPLY VALVE CC RECIRC SPRAY LIMITORQUE RS 1240 35 57 bg h t:0V-RS-2 01 A MOV. SUPPLY VALVE CC RECIMC SPRAY LIMITCRQUE RS 1242 35 57 tt0V-R S -2008 ft0V, SUPPLY VALVE CC RECIPC SPRAY lit 1ITCRQUE RS 1242 35 57 0-- 57 9 t!OV-R S-200 A tt0V, SUPPLY VALVE CO RECIPC SPRAY LIMITCRQUE RS 1242 35 ff0V-HV-201 MOV, RC PURGE SYSTEM BYPASS lit 1ITOROUE HV 1 59 ft0V-HV-2000 MOV, PC PURGE SYSTEM EXHAUST LIMITCROUE HV 1 59 if0V-HV-2008 MOV, RC PURGE SYSTEM VALVC lit 1ITORQUE HV 1 59 O 193 9: t!OV-HV200C MOV, CONTAINtfFNT PURGE LIMITCRQUE HV 1 65 tt0V-HV200A MOV, CCt4TAlt: MENT SUPPLY LIMITORQUE HV 198 1 65 0_ I!OV-SW-010B RECIRC. AIR COOLIt:G COILS LIMITORQUE SW 3 73 9 _ _ ttOV-SW-210A RECIRC. AIR CCOLIt3 COILS LIMITORQUE SW 3 73 U NOV-SM-2148 RECIRC. AIR COOLING COILS LIMITORQUE SW 3 73 S-t:0V-SM-214A RECIRC. AIR COOLIt:G COILS LIMITORQUE SW 3 73 O- G MOV-QS-2008 t10V, REFUELIttG WATER STORAGE TANK LIMITORQUE QS 1042 35 74 MOV-GS-200A MOV, REFUELING WATER STORAGE TANK LIMITCRQUE QS 1242 35 74 O. MOV, LHSI RECIRC VALVE SI O MOV-2885B LIMITORQUE 1010 23 5 WO5 ff0V-2CS5A t0V, LHSI RECIRC VALVE LIMITCRQUE SI 1010 23 5 WO5 _tt0V-28608 MOV, LHSI PUMP SUCTICt1 LIMITORQUE SI 1010 23 5 WO5 NOV-2860A MOV, LHSI PUMP SUCTIOtl LIMITCRQUE SI 1010 23 5 WO5 O. t!OV-2380 MOV, RCP SEALWATER RETURN LIMITCRQUE 1010 1 5 WO6 e it0V-2890A MOV, LHSI LINE STOP VALVE LIMITORQUE SI 1010 23 5 WO8 m--
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DATE 10/30/80 VIPGINI A ELECTRIC Ato FCWEP COMPAtlY PAGE 04 NORTH AtNA PC;:EP STATION UNIT 2 O Eaurrt:Et,T ail 1rICi1ICN tiiSTER LIST MANUFACTURER / FILE SCPT e Q MARK tG. CESCPIPTIC!1 ME"JF ACTUR E R MCDEL t:0. SYS PURCH. ACCIDENT FUNCT FILE PAGE W 00 DER 12345678901234 j - f:OV-20608 t'0V, LHSI FUMP SUCTION LIMITCROUE SI 1010 23 5 W11 1 0 t10V-2263A MOV, LHSI DISCH VALVE 1010 W14 9 LIMITORQUE SI 23 5 ft0V-0863B t10V, LHSI DISCH VALVE LIMITCRQUE SI 1010 23 5 W14
!!OV-2864 A MOV, LHSI DISCH VALVE LIMITCROUE SI 1010 23 5 WIS MOV-0864D MOV, LHSI DISCH VALVE LIMITCRQUE SI 1010 23 5 W15 C- h t:0V-2115C t'0V, CHARGItG PUMP SUCT. FROM VCT LIMITCRQUE CH 1010 23 5 W16 g t10V-2 350 ff0V, Et1ERGENCY BCRATION LIMITOPCUE CH 1010 23 5 W17 u 8 tiOV-22708 MOV, LHSI & VCT TO CHARGING PUttP LIMITORQUE CH 1010 23 5 W18 t*0V-20698 MOV. LHSI 2 VCT TO CHARGING FUMP LIMITCPOUE CH 1010 23 5 WIS MOV-2373 MOV, CHARGItG PUftP TO RECIPC. SV LIMITCRCUE CH 1010 23 5 W18 MOV-0370 MOV, CHARGING FUMP TO SEAL WATER RECIRC. LIMITORQUE CH 1010 C3 5 W18 O tiOV-28693 MOV, CHAPGItG FUMP SI STOP VALVE lit 1ITCRCUE SI 1010 23 5 W18 ei -
tiOV-2859A MOV, CHARGItG PUt1P SI STOP VALVE LIMITCRCUE SI 1010 23 5 W18 ,_ O fl0V-2267B MOV, LHSI TO CHARGItG FUt1P LIMITORQUE CH 1010 23 5 W18 e ICV-2086A MOV, CHARGItG PUMP DISCH. LIMITORCUE CH 1010 23 5 W19 t10V-2287C MOV, CHARGItG FUt1P STCP VALVE LIMITOROUE CH 1010 23 5 W19 m MOV-2287B MOV, CHARGING PUMP STOP VALVE LIMITCRCUE CH 1010 23 5 W19 MOV-2087A MOV, CHARGItG FUMP STCP VALVE LIMITCRQUE CH 1010 23 5 W19 h t:0V-0286C ttOV, CHARGI!G PUMP DISCH. LIMITCRQUE CH 1010 23 5 W19 f .s U MOV, CHARGING PUttP DISCH. LIMITOROUE CH 1010 23 5 h _t:O -V 0006B W19 p t10V-028?A t'0V CHARGItG PUt1? DISCH. LIMITCRQUE CH 1010 23 5 W21 o t:0V-22898 tt0V, CHARGItG PUtiP DISCH. LIMITORCUE CH 1010 23 5 W21 O tiOV-2269A MOV, LHSI 2 VCT TO CHARGING PUMP lit 1ITORQUE CH 1010 23 5 WOI O h MOV-2270A tt0V, LHSI & VCT TO CHARGING PUMP LIMITCRQUE CH 1010 23 5 WOI O e O O 8 8 e il - - - - _ _ _ - _ _
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DATE 10/L JO f,) VIRGINIA ELECTRIC AND POWin'CCMPANY ( , PAGE 25 (m gs NORTH At?lA POWER STATION UNIT 2 d EQUIFr!ENT QALIFICATICN ttASTER LIST h MANUFACTURER / FILE SORT CRDER 12345678901234 tt0V-2267A tt0V, LHSI TO CHARGItG PUMP LIMITCRQUE 1010 W21 CH 23 5 g tiOV-2115D MOV, CHARGING PUMP SUC FROM RWST LIMITORQUE CH 1010 23 5 1 W22 tiOV-2115B tt0V, CHARGING EVtP SUC FFOM RMST LIMITOPQUE CH 1010 23 5 1 W22 ft0V-2867C tt0V, CHARGING PUMP STOP VALVE lit 1ITORQUE SI 1010 23 5 M24 MOV-28670 t10V, CHARGING PUMP STOP VALVE LIMITCRQUE 1313 W25 SI 23 5 g MOV-28678 tt0V, CHARGItG PUMP STOP VAltE LIMITORQUE SI 1313 23 5 W25 MOV-2867A MOV, CHARGIts PUt1P STOP VALVE LIMITCRQUE SI 1313 23 5 W25 ft0V-2665A MOV. ACCUMULATCR TANK 1 COLD LEG LIMITORQUE SI 1010 23 5 W28 MOV-2865C MOV. ACCUMULATOR TANK 3 COLD LEG LIMITOROUE SI 1010 23 5 W28 t10V-2865B NOV. ACCUMULATCR TANK 2 COLD LEG LIttITORQUE SI 1010 23 5 W28 f t0V-2836 MOV, COLD LEG CIRC VALVE LIMITORQUE SI 1010 23 5 W29 ? O tt0V, CHARGItG PUMP TO RECIRC. SV 1010 23 5 9i MOV-2275C LIMITORQUE CH W34 t10V-2275A MOV, CHAPGItG PUtiP TO RECIRC. SV LIMITORQUE CH 1010 23 5 W34 t10V-2331 MOV SEAL MATER RETURN SV LIMITORQUE CII 1010 23 5 W35 m itOV-2115E MOV, CHARGIfG PUMP SUCT. FPOM VCT LIMITORQUE CH 1010 23 5 W36 U h (10V-2275B MOV, CHARGING PUMP TO RECIRC. SV LIMITORQUE CH 1010 23 5 W37 t10V-2885D MOV, LHSI RECIRC TO CHARGItG PUMP VALVE LIMITORQUE SI 1010 23 5 W38 0f t10V-2885C tt0V, LHSI PECIRC TO CHARGING PUMP VALVE LIMITORQUE SI 1010 23 5 W38 e t10V-289CB tt0V, LHSI LINE STOP VALVE LIMITORQUE SI 1010 23 5 W39 _ MOV-28900 MOV, LHSI LINE STOP VALVE LIMITORQUE SI 1010 23 5 W39 it0V-2890C MOV, CHARGING PUt1P SUCT. FROM VCT lit 1ITORQUE SI 1010 23 5 W39 O- 9 Tb TERMINAL BLOCKS MANY N/A NA 9 32 2-SW-P-6 PUMP, RADIATI0tl M0tlITOR MARATHOtt ELECT. SW 1083 4 41 _2-SM-P-5 PUt1P RADIATION MONITOR MARATHott ELECT. SW 1083 4 41 O e O i II - 4
O O DATE 10/30/80 VIRGINIA ELECTRIC Ato FCWER COMPAtly PAGE .?6 NORTH AN!!A FCWER STATION UNIT 2 O EOuIrnENT CAtirICAT1CN niSTER LIST S MANUFACTURER / FILE SCRT , l 0? DER 12345678901234 2-SW-P-8 PUMP, PADIATIC*l MONITCR 1033 4 41 MARATHCf1 ELECT. SW g 2-SW-P-7 PUMP, RADIATICt3 t'ONITOR MARATHON ELECT. SW 10S3 4 41 HCV-22000 LIMIT SWITCH, REGEN. HEAT CUTLET NAMCO CI 1010 1 WO4 HCV-2200B LIMIT SWITCH, REGEN. HEAT CUTLET HAMCO CI 1010 1 W34 HCV-2200A LIMIT SWITCH, RECEN. HEAT DUTLET HAMCO CI 1010 1 W34 50V-2842 RADIATION MONITORIt:G LINE NAMCO CI 1010 1 W40 i:GA-21 CABLE, 1/C 2/0 AMG. CK0!!ITE ED 1128 8 06 NGA-20 CABLE, 1/C 250 MCM OKONITE ED 1128 8 06 i;0B-15 CABLE, TRIPLFX '4 AWG OKO!1ITE ED 1128 8 06 , NGB-17 CACLE, 3/C #8 ARG OKONITE ED 1128 8 C6 N33-16 CABLE TRIPLEX #6 AWG OMotlITE ED 1128 8 06 -l t:33-19 CABLE, 3/C #12 AWG CKONITE ED 1128 8 06 NGG-18 CABLE, 3/C #10 AWG CEONITE ED 1128 8 06 o NGA-4 CABLE, 3/C 500 MCM OVONITE FD 1375 8 11 e'l j tGA-13 CABLE, 3/C 4/0 AWG CKOtlITE ED 1375 8 11 HGA-14 CABLE, TRIPLEX 4/0 AMG OK0!!ITE ED 1375 8 11 NSA-3 CABLE, TRIPLEX 1000 MCM OKOtlITF ED 1375 8 11 t?GB-5 CABLE, TRIPLEX 500 MCM OK0ftITE ED 1384 8 12 tJ00-7 CABLE TRIPLEX 250 MCM CKONITE ED 1384 8 12 _ NGB-12 CABLE TRIPLEX #1 AMG OKONITE ED 1334 8 12 t:0B-11 CABLE, TRIPLEX 2/0 AWG OKONITE ED 1384 8 12 HGB-01 CABLE, 2/C #10 ARG OKONITE ED 1404 8 16 TT TERMIHATION TAPE OK0tlITE HA NA ? 33 _SP SPLICES RAYCHEM H/A HA 9 34 O ii - - - -
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(7 /m a p (., G p) t ! l { ) DATE 10/ L JO VIPGINIA ELECTPIC Atto FCWMCOMPAttf PAGE 27 v NCRTH AfDIA FCUER STATIOtt t? LIT 2 b- ECUIFMENT CALIFICATICt1 t1 ASTER LIST h itANUFAC*URER/ FILE SCRT CPDER 12345678901234 TM TERMItlATIC?ls PATCHEN ti/A N/A 9 39 1-HC-HC-1 HYDROGEN RECCt'BINER PEOKWELL INT. HC 1365 35 43 2-HC-HC-1 HYDPOGEH RECCti3INER ROCKWELL INT. HC 1365 35 43 FT-2475 TRAHSt1ITTER. STEAM GEN. FLOW POSEt10UHT NS 1486 23 5 35 FT-2474 TRAt1SMITTER. STEAN Gell. FLOW ROSEMOUNT MS 1486 23 5 35 FT-2495 TRAtlSMITTER. STEAN Gell. FLOW ROSEt10UNT MS 1486 23 5 35 FT-2494 TRANSitITTER. STEAM GEtl. FLOW ROSEMOUMT MS 1986 23 5 35 FT-2485 TRANSMITTER. STEAM GEH. FLOW ROSEMOUt1T MS 1686 23 5 35 FT-2434 TRANSt1ITTER. STEAM GEN. FLOW ROSEMCUtlT MS 1486 23 5 35 !), f
- h. -
TE-AN-215 AMDIENT TEMP. MOMITCR SERV. BLOG. RCSEtt0UtlT AN 1363 7 47 - T E- Ati-217C At1BIENT TEt1P. Mot 1ITOR SERV. OLDG. ROSEMOUNT At1 1363 7 47 hx' TE-Ati-217B AtiBIENT TEttP. tiotlITOR SERV. BLDG. ROSEMOUtlT Att 1363 7 47 TE-Ati-217A At1 DIET 1T TEMP. F10tlITCR SEPV. BLEG. ROSEtt0UNT AM 1363 7 47 . TE-AM-216 AttBIEtlT TEttP. MotlITCR SERV. BLDG. ROSEMOUtlT AM 1363 7 47 TE-Att-217D AMBIENT TEMP. t10HITOR SERV. BLDG. POSEtt0UtlT AN 1363 7 47 LT-2475 TRAtGi1ITTER. STFAN GEH. LEVEL ROSEt:0Ut1T FW 1486 5 54 f.s LT-2485 TRANSMITTER. STEAM GEN. LEVEL POSEMOUtlT FW 1486 5 54 d LT-2484 TRAtiSMITTER. STEAt1 GEN. LEVEL ROSEtt0UNT FW 1486 5 54 h n .g LT-2496 TRAt1ST1ITTER. STEAM Gell. LEVEL POSEMOUNT FW 1486 5 54 o h _ LT-2495 TRAtlSt1ITTER. STEAN GEH. LEVEL ROSEtt0UNT FW 1486 5 71 f LT-2494 TRANtt:ITTER. STEAM GEH. LEVEL POSEt1 CUNT FW 1486 5 71 h LT-24S6 TRANSMITTER, STEAN GEH. LEVEL ROSEMOUNT FW 1486 5 71 LT-2476 TRAt1St1ITTER. STEAN GEH. LEVEL ROSEt10UtlT FW 1486 5 71 bm h- - - LT-2474 TRAt1SMITTER. STEAM GEN. LEVEL ROSEMOUNT FW 1465 5 71 O h O' h
l f DATE 10/30/80 VIRGINIA ELECTRIC AND POWER CottPAtit PASE 08 !p NCRTH ANNA POWER STATIOtt UNIT 2 g lV EQUIPitENT QALIFICATICH MASTER LIST MAtlUFACTURER/ FILE SORT T l ____ ____ ____________________ ____ ________________________ _ ______ _____ ___ ___ __ _____ ___ _____ CPOER 12345678901234 TE-Att-100A Att3IENT TEttPERATURE M0tlITORS ROSEMOUNT 1363 8 72 AN g TE-AN-101A AMBIEllT TEMPERATURE t*CtlITORS ROSEMOUtiT AN 1363 8 72 g TE-Ari-1008 AttBIENT TEttPERATURE MONITORS ROSEti Ut4T At1 1363 8 72 m V W T E- Ati-10 3 A At*BIENT TEttPERATURE NOt4ITCRS ROSEttOUNT AN 1363 8 72 TE-Att-102B At1BIEtlT TEttPERATURE tt0NITORS ROSEtt0UNT At1 1363 8 72 TE-AN-102A AMBIEtiT TEt1PERATURE tt0NITORS POSEt10UNT AN 1363 8 72 TE-AN-101B AttBIENT TEMPERATURE tiONITORS ROSEtt0UNT AN 1363 8 72 g f3
%.) w TE-AN-108B AMBIENT TEMPERATURE MONITORS ROSEMOUtiT Af1 1363 8 70 TE-AN-108A At1BIENT TEttPERATURE mot 1ITORS ROSEMOW4T AN 1363 8 72 O, e ,-
TE-AN-107B AttBIENT TENPERATURE tt0NITORS ROSEtiOUNT AN 1363 8 72 1363 g)
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TE-Aff-107A TE-AH-106B AttBIENT TEtiPERATURE tt0tlITORS AttBIENT TEMPERATURE Mot 4ITORS ROSEMOUNT ROSEMOUNT AN AN 1363 8 8 72 72 h[ . TE-Art-106A ArtCIENT TEt1PERATURE MONITORS ROSEtt0Ut4T AN 1363 8 72 0~ TE-AN-1058 AtBIENT TEMPERATURE mot 1ITORS ROSEttOW4T AM 1363 8 72 9 TE-AN-105A ArtBIENT TEMPERATURE MotlITORS ROSEtt0Ut47 AN 1363 8 72 TE-AN-104B AtiBIENT TEttPERATURE MONITORS ROSEMCUNT AN 1363 8 72 TE-AN-104A Ati3IENT TEMPERATURE ttCNITORS ROSEtt0UNT AN 1363 8 72 TE-Att-103B ArtBIEtiT TEttPERATURE HOtlITORS ROSEMOUNT AN 1363 8 72
, TE-24120 RTD, RCS NARRCW RAtlGE POSEt! CUNT RC 1010 1 I e5 W12 L,)
RTD, RCS NARROW RANGE ROSEtt0UtiT RC 1010 1 345 W12 h _TE-2412B TE-2432D PTD, RCS NARROW rat;GE ROSEtt0UtiT RC 1010 1 345 W12 O-RTD, RCS 11 ARROW RAtlGE S TE-2432B ROSEt10UNT RC 1010 1 345 W12 f3 TE-24223 RTD, RCS tlARROW RANGE ROSEMOUtiT RC 1010 1 345 W1? m V W _ TE-2422B RTD, RCS NARROW RAttGE ROSEMOUNT RC 1010 1 345 W12 O e 11 . . . _ _ ___ __ _ _ _ _ _ _ _ _ _ _ _
O O l DATE 10/ ., 0 VIRGINIA ELECTRIC Atc FCWL CC'1PANY t;CQTH Atit A FCWEP STATION LPIIT 2 PAGE 29 O O EauIn4ENT ciurICATIcH nASTER uST S MAPAJFACTUPER/ FILE SCRT CFDER 12345678901234 TE-2430 RTD, PCS WIDE PANGE PCSEMOU'iT PC 1010 4 M27 TE-2423 RTD, RCS WIDE RANGE POSEMOUt4T RC 1010 4 W27 TE-2433 RTD, PCS WIDE rat!GE POSEMOUtiT RC 1010 4 W27 TE-2420 RTD, PCS WIDE RAliGE POSEMOUtlT RC 1010 4 W27 TE-2413 RTD, RCS WIDE PAtGE POSEMOU'4T PC 1010 4 W27 TE-2410 RTD, RCS WIDE RAtlGE ROSEMOUNT PC 1010 5 W27 2-HV-E-4A CHILLER, CCt4TPOL AP:D RELAY ROOM WESTINGHCUSE HV 1247 6 01 2-HV-E-4C CHILLER, CCt1TRT_ AtJD RELAY POCM WESTINGHCUSE HV 1247 6 01 2-HV-E-4B CHILLER, CC'4 TROL AND RELAf RCCM WESTINGHOUSE HV 1247 6 01 , 1-HV-F-8A F Ati, AUX BLDG EXHAUST WESTIllGHOUSE HV NUS-71 23 1 45 1-HV-F-EC FAN, AUX BLDG EXHAUST WESTIt!OHOUSE HV HUS-71 23 1 45 I 1-HV-F-8B FAN, AUX BLDG EXHAUST WESTIt:GHOUSE HV IJUS-71 23 1 45 .- 2-SI-P-18 FUMP, LOW HEAD SAFETY ItWECTION WESTIt1GHCU3E SI 1010 2 5 W13 - 2-SI-P-1A FLHP, LCW HEAD SAFETY INJECTICt4 WESTINGHOUSE SI 1010 2 5 W13 2-CH-P-1A FUMP, CHARGING (HHSI) WESTINGHOUSE CH 1010 2 5 W20 2-CH-P-1C FUMP, CHARGIis, (HHSI) WESTINGHOUSE CH 1010 2 5 W20 2-CH-P-1B FUMP, CHARGIt:G (HHSI) WESTINGHOUSE CH 1010 2 5 W20 689 RECOPDS FRINTED O # O # en O # 11 ._ _ _ _ . . _ _ _ _ _ _
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(') s i () r U DATE 10/ L O VIRGINIA ELECTRIC Atto POW.u-tCMPAt4Y PAGE 1 ' NORTH AtfNA POWER STATION U'1IT 2 b,- ECUIFriENT QALIFICATION MASTER LIST $ SYSTEM / FILE SORT d MARK HO. DESCRIPTION MAtiUFACTURER MOCEL tlO. SYS PURCH. ACCIDEt4T FUtiCT FILE ORDER 12345678901234 PAGE h MOV-2380 MOV. RCP SEALWATER RETURN lit 1ITOROUE 1010 1 5 WO6 EP HCV2186 E/P FOR HAtiD C0tiTROL VALVE HCV-2186 FISHER W31 2-08-P-lCB PUMP, CHILLER ROOM SUt1P 6
- ti/A Os 47 9
TE-AM-217D AM3IEllT TEMP. MONITOR SERV. BLDG. ROSEMOUNT Ari 1363 7 TE-AM-217C AMBIENT TEMP. MONITOR SERV. DLDG. ROSEMCUNT AM 1363 7 47 TE-AM-2173 Att3IEllT TEMP. MotlITOR SERV. ELDG. ROSEMOUNT Att 1363 7 47 TE-AM-217A AMBIENT TEMP. MotlITOR SERV. BLOG. ROSEMOUNT AM 1363 7 47 TE-AM-216 Att3IEtiT TEMP. MCliITOR SERV. BLOG. POSEMOUtiT AM 1363 7 47 TE-AM-215 At1SIENT TEMP. MD'lITOR SERV. BLOG. ROSEMOUNT AM 1363 7 47 TE-AM-100A AMBIEtiT TEMPERATURE t10tlITORS ROSEtt0UtiT AM 1363 8 72 TE-AM-101A AMBIEtiT TEMPERATURE MotlITORS ROSEMOUNT AM 1363 8 72 TE-AM-1008 AMBIENT TEMPERATURE MCNITORS ROSEMOUNT AM 1363 8 72 . TE-AM-103A AMBIENT TEMPERATURE MONITORS ROSEMOUtiT Art 1363 8 72 TE-AM-102B AM3IENT TEMPERATURE MONITORS ROSEtt0UtiT AM 1363 8 72 TE-AM-102A AMBIENT TEMPERATURE MONITORS POSEMOUtiT AM 1363 8 72 TE-AM-101B Att3IEtiT TEMPEPATURE MONITORS ROSEttOUNT AM 1363 8 72 TE-AM-108B AMBIENT TEMPERATURE MONITORS ROSEMOUNT AM 1363 8 72 b- AM 1363 8 72 h TE-AM-109A AM3IENT TEMPERATURE MONITORS ROSEMOUNT TE-AM-1073 AMBIENT TEMPERATURE MONITORS ROSEMOUNT AN 1363 8 72 _TE-AM-107A AMBIEl4T TEMPERATURE N0!1ITORS ROSEMOUNT AM 1363 8 72 TE-AM-106B AMDIENT TEMPERATURE M0!1ITCRS ROSEtt0UNT AM 1363 8 72 0 9 TE-AM-106A AMBIENT TEMPERATURE MONITORS ROSER 10UNT AM 1363 8 72 AMBIENT TEMPERATURE t40NITORS ROSEMOUNT AM 1363 8 72 O~ TE-AM-105B 8 9 At!DIENT TEMPERATURE MONITORS ROSEMOUNT AM 1363 72 _TE-AM-105A O # On O
O O CATE 10/30/80 VIRGINIA ELECTRIC AND PONER COMPAtM PAGE 2 NCRTH AMNA POWER STATI0t1 UNIT 2 O EQu1PnEnT QAurICiTIOn niSIER uST SYSTEM / FILE CORT e ORDER 12345678931234 TE-AM-104B AMBIENT TEMPERATURE MCt1ITORS ROSEMOUllT AM 1363 8 72 TE-AM-104A AMDIENT TEMPERATURE MONITORS ROSEMOUNT AM 1363 8 72 TE-AM-1033 AMSIENT TEMPERATURE MONITOPS ROSEMOUNT AM 1363 8 72 FS-ED-2030 FLOW SWITCH BD 6
- ti/A FS-BD-2033 FLOW SWITCH DD 6 *N/A FS-BD-203F FLOW SWITCH ED 6
- t t/A FS-ED-203J FLOW SWITCH CD 7 *N/A FS-ED-203H FLOW SWITCH ED 7 *t1/A FS-DD-203G FLOW SWITCH OD 7 *N/A E/P FC-2122 E/P, CHARGING FLCW C0t1 TROL COPES-VULCAN Cil 61 MOV-2115C MOV, CHARGING PUMP SUCT. FRON VCT LIMITORQUE CH 1010 23 5 W16 MOV-2350 NOV, EttERGENCY CCRATICH LIMITORQUE til 1010 23 5 W17-MOV-2270B MOV, LHSI & VCT TO CHARGING PUMP LIMITORQUE CH 1010 23 5 W18 MOV-22698 MOV. LHSI & VCT TO CHARGING PUMP LIMITORQUE CH 1010 23 5 W18 MOV-2373 MOV, CHARGING PUMP TO RECIRC. SV LIMITORQUE CH 1010 23 5 W18 MOV-2370 MOV, CHARGING PUMP TO SEAL J TER RECIRC. LIMITORQUE CH 1010 23 5 W18 MOV-2267B NOV, LHSI TO CHARGING PUMP LIMITORQUE CH 1010 23 5 W18 MOV-2286A MOV, CHARGING PUMP DISCH. LIMITORQUE CH 1010 23 5 W19 MOV-2287C MOV, CHAPGING PUMP STCP VALVE lit 1ITORQUE CH 1010 23 5 W19
_ MOV-2287B MOV CHARGING PUMP STOP VALVE LIMITORQUE CH 1010 23 5 W19 t10V-2287A MOV, CHARGING PUMP STOP VALVE LIMITORQUE CH 1010 23 5 W19 MOV-2286C MOV, CHARGItiG PUMP DISCH. LIMITORQUE CH 1010 23 5 W19 MOV-2286B MOV, CHARGING PUMP DISCH. LIMITORQUE CH 1010 23 5 W19 _ 2-CH-P-1C PUMP, CHARGING (HHSI) WESTINGHOUSE CH 1010 2 5 W20 O e o O O 9 e I
DATE 10/1.~ 0 a VIPGIti!A ELECTRIC AND POWirdOMPANY n PAGE 3 ( L f} NORTH AtalA POWER STATION UNIT 2 O EQu1PntNT OitIPICATION niSTER LIST SYSTEM / FILE SCRT e
- ORDER 12345678901234 2-CH-P-1B PUMP, CHARGING (HHSI) WESTINGHCUSE CH 1010 2 5 W20 2-CH-P-1A PUMP, CHARGING (HHSI) WESTINGHOUSE CH 1010 0 5 W20 MOV-2289A MOV, CHARGIMG PUMP DISCH. lit 1ITORCUE CH 1010 23 5 W21 MOV-20898 MOV, CHARGING PUMP DISCH. lit 1ITORQUE CH 1010 23 5 W21 MOV-2269A MOV, LHSI & VCT TO CHARGING PUMP LIMITORQUE CH 1010 23 5 W21 MOV-2270A MCV, LHSI & VCT TO CHARGING PUMP lit 1ITORQUE CH 1010 23 5 W21 MOV-226 A MOV, LHSI TO CHARGING PUMP LIMITORQUE CH 1010 23 5 W21 t*0/-21150 MOV, CHARGING PUMP SUC FPOM RWST LIMITORQUE CH 1010 23 5 1 W22 f*0V-2115S MOV, CHARGING PUMP SUC FROM RWST LIMITORQUE C11 1010 23 5 1 W22 MOV-2275C MOV, CHARGING PUt1P TO RECIRC. SV LIMITORGUE CH 1010 23 5 W34 LIMITORQUE CH 1010 23 5 W34 g
o MOV-2275A it0V-2381 MOV, CHARGING PUMP TO PECIRC. SV t10V, SEAL WATER RETUPri SV LIMITORQUE CH 1010 23 5 W35 e tt0V-2115E tt0V, CHARGING PUMP SUCT. FROM VCT LIMITORQUE CH 1010 23 5 W36 MOV-22758 MOV, CHARGING PUMP TO RECIRC. SV LIMITORCUE CH 1010 23 5 W37 HC-2186 E/P FOR SEAL WATER FLOW C0tiTROL CH 2 5 *N/A Om O SOV-2311 SOV, CH 5 *ti/A SOV-DG-000A SOV, PRIMARY DRAIN TRANSFER PUMP DISCHARG ASCO CI N/A 1 15 SOV-IA-202B C0tiTAINMENT INSTRUMENT AIR ISOLATI0tl ASCO CI 1125 1 30 1125 30 O, SOV-IA-202A CONTAINMENT INSTRUMENT AIR ISOLATI0tl SOV, CONTAINMENT INST AIR ISOLATION ASCO ASCO CI CI 1125 1 1 30 e _ SOV-IA-200C SOV-IA-2003 SOV C0t4TAINMENT INST AIR ISOLATION ASCO CI 1125 1 30 SOV-IA-200A SOV, CCNTAINMENT INST AIR ISOLATION ACCO CI 1125 1 30 SOV-DA-200A SOV, RC SUMP PUMP DISCHARGE ASCO CI 1125 1 30 _ S0V-CC-204C-2 SOV, RCP COOLERS INLET CUTSIDE ASCO CI 1125 1 30 O O O, # t
O O-DATE 10/30/80 VIRGINIA ELECTRIC Afic F0WER CCt1PANY PAGE 4 NORTH APNA F0WER STATION UNIT 2 e, O EcuIRnENT aturICmOn tuSTEa uST SYSTEt1/ FILE SORT
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12345678901234 _________.... _______ ..______________________________. _...._...______ ____ ..... ____ ___ OR D L'_1____ _ ______________ _____ .... { SOV-CC-204C-1 SOV, RCP COOLERS I!1LET OUTSIDE ASCO CI 1125 1 30 SOV-CC-204D-2 SOV, RCP COOLERS INLET CUTSIDE ASCO CI 1125 1 30 SOV-CC-2048-1 SOV, RCP COOLERS INLET OUTSIDE ASCO CI 1125 1 30 SOV-CC-204A-2 SOV, RCP COOLER INLET OUTSIDE ASCO CI 1125 1 30 SOV-CC-204A-1 SOV, PCP COOLER INLET OUTSIDE ASCO CI 1125 1 30 SCV-CC-203B SOV, RHR HEAT EXCH RETURt1 ASCO CI 1125 1 30 SOV-CC-203A SOV, RHR HEAT EXCH RETURN ASCO CI 1125 1 30 SOV-CC-202E SOV, RCP CCOLER RETURN HEADER ASCO CI 1125 1 30 SOV-CC-202C SOV, RCP COOLER RETURN HEADER ASCO CI 112.5 1 30 SOV-CC-202A SCV, PCP COOLER RETUpti HEADER ASCO CI 1125 1 30 SOV-CC-201A SOV, RCP THERMAL BARRIER RET HEADER ASCO CI 1125 1 30 SOV-CC-200C SOV, RECIRC. AIR COOLER CUTLET CUTSIDE ASCO C1 1125 1 30 SOV-CC-2003 SOV, RECIRC. AIR COOLER OUTLET OUTSIDE ASCO CI 1125 1 30
- O SOV-CC-200A SOV, RECIRC. AIR CCOLER OUTLET CUTSIDE ASCO CI 1125 1 30 e
SOV-ED-200E SOV, STEAM GEN. BLOWDOWi4 ISOLATI0t1 ASCO CI 1125 1 30 4 O SOV-ED-200C SOV, STEAM GEti. BLOWDCWt4 ISOLATION ASCO CI 1125 1 30 e SOV-ED-200A SOV, STEAM GE!4. BLOWDOWN ISOLATION ASCO C1 1125 1 30 50V-VG-200A SOV, PRIMARY DRAIN TRANSFER TANK VENT ASCO CI 1125 1 30 SOV-SI-201 SOV, HITROGEN SUPPLY LINE ASCO CI 1125 1 30 _SOV-SI-2000 SCV, HITROSEN SUPPLY LINE ASCO CI 1125 1 30 SOV-SI-200A SO, HITROGEtt SUPPLY LINE ASCO CI 1125 1 30 4
! O e, SCV-RM-2CCB S0\', RADIATION MONITCRING ASCO CI 1125 1 30 SOV-RM-200A SO' f , RADIATION P10HIiORItiG ASCO CI 1125 1 30 SO 1, FRESSURIZER LIQUID SPACE ASCO CI 1163 1 37 l _ SOV-SS-2000
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m gm V - O PAGE 5 V DATE 10/S m c VIPGIt!IA ELECTRIC ANO PCWt--dCMPANY NORTH Ai,'HA FCNER STATION Ut4IT 2 O EQUIPM llT QALIFICATICN MASTER LIST h SYSTEM / FILE SORT ORDER 1034567C901034 SOV-SS-0108 SOV. STEAM GEN SAMPLE ISOLATION ASCO CI 1163 1 37 0- 9' SOV-SS-204B SOV, PRESSURE RELIEF TANK SAttPLE ASCO CI 1163 1 37 SOV-SS-2030 SOV, PHR CUTEOARD ISOLATION VALVE ASCO CI 1163 1 37 O_ O SOV-SS-203A SOV, RHR OUTCOARD ISOLATION VALVE ASCO CI 1 37 SOV-SS-201B SOV, FRESSURIZER VAPOR SAMPLE ASCO CI 1163 1 37 SOV-SS-2000 50V, PRIMARY COOLANT COLO LEG SAMPLE ASCO CI 1163 1 38 SOV-SS-206B SOV, PRIMARY C':0LANT HOT LEG SAMPLE ASCO CI 1 4 38 SOV-LM-0003 SOV, CONTAltif1ENT LEAKAGE MONITOR ACCO CI 1163 1 40 SOV-LM-000A SOV, CONTAINMENT LEAKAGE MONITOR ASCO CI 1163 1 40 SOV-LM-200H SOV, CONTAINMENT LEAKAGE MCNITOP ASCO CI 1163 1 40 SOV-LM-000G SOV CONTAIt, MENT LEAKAGE M0ttITOR ASCO CI 1163 1 40 m O h SOV-LM-200F SOV, CONTAIt,TIENT LEAKAGE MONITOR ASCO CI 1163 1 40 SOV, CCHTAIt4MEllT LEAKAGE MONITOR ASCO CI 1163 1 40 O SOV-LM-000E CI 1163 1 40 e; SOV-LM-2000 SOV, C0flTAIt; MENT LEAKAGE MONITOR ASCO l CI 1163 1 40 n u SOV-LM-000C SOV, CONTAIt4 met 4T LEAKACE MONITOR SOV, PRIt1 GRADE WATER TO PRT ASCO ASCO CI 1010 1 46 o SOV-0519A SOV-0004 SOV, REGEN HEAT EXC. DUTLET VALVE ASCO CI 1010 1 46 SOV-SV-003 SOV AIR REMOVAL SYSTEN C0 CI 1105 1 51 SOV-SV.000-1 SOV. AIR EJECTOR VENT ASLL CI 1125 1 51 ASCO CI 1125 1 51 _ SOV-MS-213C-0 SOV, STEAM GEtt TRIP SOV-MS-0130-1 50V, STEAM GEN TRIP ASCO CI 1105 1 51 SOV-MS-0133-1 SOV STEAM GEN TRIP ASCO CI 1125 1 51 SOV-MS-013A-2 SOV, STEAM GEN TRIP ASCO CI 1125 1 bl ASCO CI 1125 1 51 _ SOV-MS-213A-1 SOV, STEAM GEN TRIP C) n _. ___ ________ _ _ _ _ _ _ _ _ _ _ _
O O DATE 10/30/80 VIRGINIA ELECTRIC AND PCWER CCMPANY PAGE 6 NORTH ANNA POWER STATION Ut1IT 2 O EcuIrntNT oAtIrICATION nASTER LIST G SYSTEM / FILE SCRT ORDER 12345678901234 SOV-MS-2138-2 SOV, STEAt1 CEN TRIP ASCO CI 1105 1 51 SOV-MS-2090 SOV. STEAM GEN TRIP ASCO CI 1105 1 51 SOV-MS-209A SOV. STEAM GEN TPIP ASCO CI 1125 1 51 S07-IA-001A SOV, CONTAINMENT INSTRUMENT AIR ASCO CI 1 55 SOV-SS-007B SOV, RHR SAMPLE lit 1E ASCO CI 1163 1 56 SOV-SS-007A SOV, FHR SAMPLC LINE ASCO CI 1163 1 56 SOV-CC-200D SOV, RCP DEARING COOLING ASCO CI 1 50 SOV-CC-2020 SOV PCP DEARING CCOLIfl3 ASCO CI 1 SS SOV-CC-000F SOV, RCP BEARING COOLING ASCO CI 1 58
- ~ SOV-MS-201C-5 SOV, MAIN STEAM LINE TRIP ASCO CI 1 60 SOV-MS-201C-4 SOV, MAIN STEAM LINE TRIP ASCO CI 1 60 SOV-MS-201C-2 SOV, MAIN STEAM lit 1E TRIP ASCO CI 1 60 SOV-MS-201C-1 SOV, MAIN STEAM LINE TRIP ASCO CI 1 60 SOV-MS-2018-5 SOV, MAIN STEAM lit
- E TRIP ASCO CI 1 60 SOV-MS-0010-4 SOV, MAIN STEAM LIllE TRIP ASCO CI 1 60 O 50V-MS-201B-2 SOV, MAIN STEAM LINE TRIP ASCO C1 1 60 e
SOV-MS-2018-1 SCV, MAIN STEAM LINE TRIP ASCO CI 1 60 0 SOV-MS-201A-5 SOV, MAIN STEAM LINE TRIP ASCO CI 1 60 .! 50V-MS-201A-4 SOV, MAIN STEAM LINE TRIP ASCO CI 1 60 O SOV-MS-201A-2 50V, MAIN STEAM LINE TRIP ASCO CI 1 60 e'
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SOV-MS-201A-1 SOV, MAIN STEAM LINE TRIP ASCO CI 1 60 SOV-DG-0000 SOV, PRIMARY C,?AIN TRAt4SFER PUMP DISCHARG ASCO CI 1 62 SOV-DA-2003 SOV, C0tiTAINMENT SUMP DISCH ISOLATION ASCO CI 1 62 O CI 1 62 O SOV, RCP THERMAL DARRIER HEADER ASCO _ SOV-CC-001B O e' O O O # OR
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( f% VIRGINIA ELECTRIC ANO PO' b a OMPANY PAGE 7 - DATE 10/$ 0 O NCRTH ANNA PCWER STATION UNIT 2 ECuIrnENT OALIPICAT10ii MASTEa tIST e SYSTEM / FILE SORT ORDER 12345678901234 SOV. RECIPC AIR COOLERS OUTLET INSIDE ASCO CI 1 62 50V-CC-205A SOV PECIPC AIR COOLERS CUTLET INSIDE ASCO CI 1 62 SOV-CC-205C SOV, PECIRC AIR COOLEPS OUTLET INSIDE ASCO CI 1 62 SCV-CC-205B ASCO CI 1 62 SOV-SS-212A SOV STEAM CEN SAMPLE 62 O. SOV-SS-206B, SOV, PRIMARY COOLANT HOT LEG SAMPLE ASCG CI CI 1 4 1 62 e SOV-SS-204A SOV, PRESSURIZER RELIEF TANK GAS SPACE ASCO SOV, PRESSURIZER VAPOR SPACE SAMPLE ASCO CI 1 62 SOV-SS-201A SOV, PRESSURIZER LIQUID SPACE ASCO CI 1 62 SCV-SS-200A CI 62
-3 LJ SOV-Rif-200C SOV, RADIATION MONITORING ASCO CI 1
1 62 e SOV-VG-20CD SOV, PRIMARY ORAIN TRANSFER TAf1K VENT ASCO CI 1125 7 63
- O, SO - O-VC 200J SOV, STEAM GEN BLOWDOWt1 ISOLATION VALVE ACCO CI 1105 7 63 e
SOV-E,D-2 0 0 H SOV, STEAM CEN BLOWOOWN ISOLATION VALVE ASCO CI 1125 7 63 ~
- O SOV-BD-2003 SOV, STEAM GEN BLOWDOWN IEOLATION VALVE ASCO CI 1125 1
1 7 63 e SOV-00-2000 SOV STEAM GEN Cl OWDOW74 ISOLATICH VALVE ASCO SOV, STEAM GEN DLOWDOW74 ISOLATION VALVE ASCO CI 1125 7 63 0-SOV-ED-200G 9 SOV, STEAM GEN CLOWOOW74 ISOLATION VALVE ASCO CI 1125 1 7 63 SOV-CD-200F SOV, C0tlTAINMENT VACUM PUMP SUCTION ASCO CI 1125 135 67
, SOV-CV-2500 SOV, CONTAINMENT VACUM PUMP SUCTION ASCO CI 1125 135 67 SOV-CV-250C ,
SOV, CONTAINMENT VACUM PUMP SUCTION ASCO CI 1125 135 67 SOV-CV-250B SOV, CollTAIta1EtiT VACUM FUMP SUCTION ASCO CI 1105 135 67 _ SCV-CV-250A SOV, PRIMARY COOLANT HOT LEG SAMPLE ASCO CI 1 68
,_ SOV-0S-206A SOV, FRIMARY COOLANT COLD LEG SAMPLE ASCO CI 1 68 SOV-SS-202A SOV, CONTAINMEtiT LEAKAGE MONITOR ASCO CI 1163 1 69 50V-LM-2010 0, 9 SOV, C014TAINMEt1T LEAKAGE MONITOR ASCO CI 1163 1 69
_ SOV-LM-201A O, G
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ORDER 12345678901034 ASCO CI 1163 1 69 50V-LM-2010 SOV. CCNTAINMEllT LEAKAGE MCNITOR SOV, COtlTAll: MENT LEAKACE MONITOR ASCO CI 1163 1 69 SOV-LM-001C l 0 HCV-0000C LIMIT SWITCH, REGEN. HEAT OUTLET tiAMCO CI CI 1010 1010 1 1 WO4 WO4 e HCV-00003 LIMIT SWITCH, RESEtl. HEAT OUTLET iAMCO LIMIT SWITCH, RE0E!1. HEAT OUTLET NAMCO CI 1010 1 WO4 HCV-2000A SOV, LETDCW?4 LINE ASCO CI 1010 1 WO9 S0/-20003-1 SOV, LETDOWN lit?E ASCO CI 1010 1 WG9 SOV-2200A-1 SOV-00000-1 SOV, LETCOWN LIf1E ASCO CI 1010 1 WO9 SOV-04608 SOV, LETDomi LINE LOOP 1 & 2 ASCO CI 1010 1 W10 00V-0460A SOV, LETDOM1 LINE LOOP 1 & 2 ASCO CI 1010 1 W10 SOV-2859 SOV SAFETY INJECTION ACCUMULATOR ASCO CI 1010 1 WO6 SOV-0000A-2 SOV, LETDOWN LINE ASCO CI 1010 1 W32 SOV-0000C-2 SOV, LETDOWN LINE ASCO CI 1010 1 W32 SOV, LETDOM4 LINE ASCO CI 1010 1 W32 SOV-0000D-2 50V-0936 SOV ACCUMULATOR VENT LINE FLOW ASCO CI 1010 1 W33 SOV-0040 PADIATICH M0!!ITORING LINE flAMCO CI 1010 1 W40 0CV-MS-0010-2 SOV, MAIN STEAM LINE TRIP CI 1 *H/A SOV ,S-201A-4 COV, MAIN STEAM LINE TRIP CI 1 *t1/A
$0V-MS-001A-2 SOV, MAIN STEAM LINE TRIP CI 1 *H/A CI 1 *N/A
_ SPV-MS-2018-5 SOV, MAIN STEAM LINE TRIP SOV-MS-201D-4 SOV, MAIN STEA!1 LINE TRIP CI 1 *N/A LCV, LOOP 2 LETDOW!4 LINE CONT. W CI 1 *t1/A LVC-04608 LCV-0460A LCV, LOOP 1 LETDOWN lit 4E CCt4T. VV CI 1 *N/A SOV, cot 4TAINMENT VACUUM EJECT INLET CI 1 *N/A _ SOV-CV-000 O e 9 4 4 4 0
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F 8 O lO l n l ( ,l t. E PAGE 9 b 1 DATE 10/1 W O VIRGIt1IA ELECTRIC AND PCWLer-COMPA!1Y O NORTH ANtlA POWER STATION UNIT 2 CaulPMEnT OiurICATION nASTER LIST e SYSTEM / FILE SCRT ORDER 12345678901234 SOV-MS-201C-5 SOV, MAlti STEAM LINE TRIP CI 1 *tt/A SOV-MS-201C-4 SOV, MAIN STEAM LINE TRIP CI 1 *N/A SOV-MS-201C-2 SOV, MAIN STEAM LINE TRIP CI 1 *N/A SOV-MS-201A-5 SOV, MAlti 5 TEAM LINE TRIP CI 1
- tt/A SOV, CI 1 *N/A SOV-MS-2103 CI 1 *N/A 50V-MS-210A SOV, CI 1 *N/A SOV-HV-2158-2 SOV, FLUSH VALVE SERVICE BLDG STRAINER SOV-HV-2150-1 SOV, FLUSH VALVE SERVICE DLDE STRAIllER CI 1 *N/A CI 1 *ti/A SOV-HV-215A-2 SOV, FLUSH VALVE SERVICE BLOG STPAINER SOV-HV-215A-1 SOV, FLUGH VALVE SERVICE BLDG STRAINER CI 1 *N/A PUMP, CHILLER POOM SUMP JOHt1ST0l4 PUMP DB 1421 6 05 2-DB-P-10B 9,
- O 2-08-P-10/ PUMP, CHILLER ROOM SUMP JOHNSTott PUMP DB 1421 6 05 I
OK0tlITE ED 1128 8 06 1 20 N00-19 CABLE, 3/C #12 AWG el CABLE, 3/C #10 AWG OKCHITE ED 1128 8 06 NGS-13 i .O HGS-17 CABLE, 3/C #8 AWG OKONITE ED 1128 8 8 06 06 e CABLE, TRIPLEX #6 AWG OKOl LITE E0 1128 NGB-16 CABLE, TRIPLEX #4 AWG OKONITE ED 1128 8 06 NGB-15 CABLE, 1/C 2/0 AWG. OK0!!ITE ED 1128 8 06 NGA-21 CADLE, 1/C 250 MCM OKONITE ED 1128 8 06 NSA-20 CABLE, TRIPLEX 250 MCM CERRO WIRE ED 1359 35 07 _ NGA-15 CABLE, 2/C #2 AWG CERRO WIRE ED 1312 8 08 NGA-19 CABLE, 9/C #14 AWG CERRO WIRE ED 1312 8 08 NGA-39 CABLE, 7/C #14 AWG CERPO WIRE ED 1312 8 08 NGA-38 CABLE, 5/C #14 AWG CERRO WIRE ED 1312 8 08 _ NGA-37 O e Og e
O O DATE 10/30/83 VIRGINIA ELECTRIC AND POWER CCMPAtlY PAGE 10 t1CRTH ANNA PCWER STATION UNIT 2 O EcuIrnENT cittr1CATIO 4 niSTER LISr SYSTEM / FILE SCRT e ORDER 12345678901234 NGA-36 CABLE. 3/C #14 AWG CERRO WIPE ED 1312 8 08 NGA-35 CABLE, 2/C #14 AWG CEPRO WIPE ED 1312 8 08 NGA-34 CABLE, 1/C #14 AWG CER'<0 WIRE
. ED 1312 8 OS NGA-77 CASLE. 4/C #10 AWG CEPRO WIRE ED 1312 8 08 tGB-43 CABLE, 2/C #3 AVG CEPRO WIRE ED 1312 8 08 tGA-57 CABLE. 4/C #10 AWG CERRO WIRE ED 1312 8 08 NGA-49 CABLE, 7/C #12 AMG CEFR0 WIRE ED 1312 8 C8 NGA-47 CABLE. 4/C #12 AWG CERRO WIRE E3 1312 8 08 NGA-45 CABLE, 2/C #1. AWG CEPRO WIRE ED 1312 8 03 NGA-44 C AS LE . 1/C #12 "4G CEPPO WIPE ED 1312 8 08 PGA-40 CABLE. 12/C #14 AWG CERPO WIRE ED '.!12 8 CS NGB-45 CABLE, 4/C #6 AWG CEP90 WIRE ED 1312 8 08 NGO-44 CABLE. 2/C #6 AWG CERRO WIRE ED 1312 8 C8 NGB-55 CADLE. 45/C #16 AWG BIH ED 1265 2345 07 NGA-70 CADLE, 18/C #16 AWG BIW ED 1265 2345 09 NCA-69 CADLE, 2/C #16 AWG BIW ED 1265 2345 09 NGA-68 CABLE, 12/C #16 AMG BIW ED 1265 234F 8 09 i O
NGA-67 CABLE, 19/C #16 AWG BIW ED 1265 2345 09 e1 NGB-40 CABLE, 4/C #16 AWG BIW ED 1265 2345 09 __NGD-39 CABLE, 3/C #16 AWG BIW ED 1265 2345 09 NGB-35 CABLE, 2/C #16 AMG DIW ED 1265 2345 09 NGA-9 CABLE, 1/C 1500 MCM GENERAL CABLE ED 1255 8 10 NSA-6 CABLE. 3/C 1250 MCM ALUMINUM ARMOR GENEPAL CABLE ED 1255 8 10 O
,,NGA-5 CABLE. 3/C 1250 MCM STEEL ARMOR GENERAL CABLE ED 1255 8 10 el O #!
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U DATE 10/1 0 VIRGIt4IA ELECTRIC AND PCWD COMPANY PAGE 11 flGRTH ANNA FCWCR STATIC'4 UttIT 2 O EcuIrMENT oitleICATIct,nAsTEa tIST SfSTEN/ FILE SORT e CRDER 12345678901234 NGA-4 CADLE, 3/C 500 MCM ALUMIt!UM ARMCR GENERAL CABLE ED 1255 8 10 NGA-3 CABLE TRIPLEX 1000 MCM GENERAL CADLE ED 1255 8 10 NGA-13 CASLE, 3/C 4/0 AWG. ALUMINUt1 ARMOR GENERAL CADLE ED 1255 9 10 t:OA-12 CABLE, 3/C 1000 MCM ALUMINUM ARMOR GENEPAL CADLE ED 1255 9 10 I NGA-10 CABLE, 1/C 2003 MCN GENERAL CABLE ED 1255 9 10 i O 1375 8 11 9
!!GA-13 CADLE, 3/C 4/0 AWG OKONITE ED NGA-14 CADLE, TRIPLEX 4/0 ANG CKONITE ED 1375 8 11 I HGA-3 CABLE, TRIPLEX 1000 MCM OKONITE ED 1375 8 11 i
NGA-4 CABLE, 3/C 500 MCM OK0tlITE ED 1375 8 11 NGB-7 CABLE TRIPLEX 250 MCM CK0tlITE ED 1384 8 12 CABLE TRIPLEX 500 MCM 1384 8 12 i:O
. NGB-5 NGB-12 CADLE, TRIPLEX #1 AWG OKG? LITE CKONITE ED ED 1384 8 12-e
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NOS-11 CABLE, TRIPLEX 2/0 AWG OKOtlITE ED 1384 8 12 NGA-67 CABLE, 19/C #16 AWG CERRD WIRE ED 1392 123456 8 13 1392 123456 13 O NGA-63 CABLE,12/C #16 AWG CABLE, 18/C #16 AWG CERRO WIRE CERRO WIRE ED ED 1392 123456 13 e NOA-70 NGB-35 CABLE, 2/C #16 AWG CERRO WIRE ED 1392 2345 13 ' t;GS-39 CABLE, 3/C #16 AWG CFRRO WIRE ED 1392 123456 13 i t NCB-11 CACLE TRIrLEX 2/0 AWG GENERAL CADLE ED 1256 8 14 CABLE TRIPLEX #1 AWG GENERAL CABLE ED 1256 8 14 i _ NGB-10 NCD-5 CABLE, TRIPLEX 500 MCM GENERAL CADLE ED 1256 8 14 NGB-7 CABLE, TRIPLEX 250 MCM GENERAL CABLE ED 1256 8 14 NCS-01 CABLE, 2/C #10 AWG OKONITE ED 1404 8 16
; 1-EP-MC-20 MCC-1H1-2S KLOCKNER HCELLER ED 1176 8 22 O O OgL _ _ G
O O DATE 10/30/80 VIRGINIA ELECTRIC AND POWER CCMPAtlY PAGE 12 O fl0RTH ANilA FCWER STATIO*4 Ut1IT 2 EcuIPnEt<T aAtzrICATI0t4 nASTER tIST e SYSTEM / FILE SORT CRDER 12345678901234 1-EP-MC-19 MCC-1H1-2N KLOCKilER MOELLER ED 1176 8 22 2-EP-MC-22 MCC-2J1-2S KLOCKilER MOELLER ED 1176 8 22 2-EP-MC-21 MCC-2J1-2N KLOCKNER NCELLER ED 1176 8 22 2-EP-MC-20 ftCC-OH1-2S KLOCKNER MOELLER ED 1176 8 22 2-EP-MC-19 MCC-OH1-2tl KLOCKNER MOELLER ED 1176 8 22 g o 8 22 h 1-EP-MC-22 MCC-1J1-2S KLOCKNER MCELLER ED 1176 1-EP-MC-21 MCC-1J1-2N KLCCKNER MOELLER ED 1176 8 22 TYPE IV PENETRATI0tl ASSEMBLIES (THERMOCCUPLES) CONAX ED 1313 8 24 TYPE III PENETRATICri ASSErf0 LIES (TRIAXIAL) CONAX ED 1313 8 24 TYPE IIE PENETRATICH ASSEMCLIES ( LCW VOLTASE PWR ) CONAX ED 1313 8 24 TYPE IID PENETRATICt1 ASSEMDLIES ( LCW VOLTAGE PWR) CONAX ED 1313 8 24 TYPE IIC pet!ETRATION ASSEMDLIES ( LOW VOLTAGE PWR) CONAX ED 1313 8 24 TYPE IIB PEffETRATICH ASSEMDLIES ( LOW VOLTAGE PWR) Cot 4AX ED 1313 8 24 TYPE IIA PENETRATION ASSEMBLIES ( LOW VOLTAGE PWR ) CONAX ED 1313 8 24 1313 8 24 (3> TYPE IC PENETRATIO!1 ASSEMSLIES ( LCW VOLTAGE PWR ) pet 4ETRATI0t1 ASSEMBLIES (Cot 1 TROL) CONAX CONAX ED ED 1313 8 24 e TYPE ID 1313 8 24 O, TYPE IA PENETPATION ASSEtSLIES (INSTRUMEt4TATICN) CCt4AX CC'4AX ED ED 1313 8 25 e TYPE IA PENETRATIOt1 ASSEliDLIES (INSTRUMENTATION) TYPE IB PENETRATION ASSEMDLIES (CONTROL) C0t4AX ED 1313 8 25 PENETRATION ASSEM3 LIES ( LOW VOLTAGE PWR ) CONAX ED 1313 8 25 _ TYPE IC TYPE IIA PENETPATION ASSEMBLIES ( LOW VOLTAGE PWR I CONAX ED 1313 8 25 TYPE IIB PENETRATICM ASSEMBLIES ( LOW VOLTAGE PWR I CONAX ED 1313 8 25 l TYFE IIC PENETRATION ASSEMBLIES ( LOW VOLTAGE PWR) CONAX ED 1313 8 25 n v ED 1313 8 25 6 PENETRATION ASSEMDLIES ( LOW VOLTAGE PWR ) CONAX _ TYPE IID v 0 0 9 e A ___-_____--__ _ - - ____-_ _ . _ _ _ _ _
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O O; l DATE 10/30/80 VIRGINIA ELECTRIC AND FCWER COMPANY PAGE 14 NORTH ANNA PCWER STATION UttIT 2 O EcuIP::ENT cALIrIC=:IOri nASTEa tIST SYSTEt;/ FILE SORT e
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- t t/A 2-EP-CD-04B CABIt1ET, VITAL BUS CAB 2-2 ED 8 *H/A 2-EP-CD-C4A CABINET, VITAL BUS CAD 2-1 ED 8 *N/A 2-EP-CD-233 CABIt ET, DC DISTRIBUTION PANEL 2B ED 8 *N/A 2-EP-CD-23A CADINET, DC DISTRIBUTION PANEL 2A ED 8 a ti/A 2-EP-CD-198 CABINET, VITAL SOV PANEL ED 8 *N/A 2-EP-CD-19A CABINET, VITAL SOV PANEL ED 8
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O O DATE 10/30/30 VIPGINIA ELECTRIC Atc FCMER COMPANY PAGE 16 NCPTH AN'4A PCWEP STATIC'4 LHIT 2 O EcuIPnu n ciu u Cir m a nisTER LIST SrSTEn/ FILE SCRT e
...___.._______._______..__._............__________..._..._____________.. ________..._...._.....____ __ ___ - ___ 1 'O nm to. uSCRIPTICN ne.r ACTuRER nCDEt to. Sv5 rURCH. ACCIDan re.CT rite ORDER 12345678001234 PAGE et l
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O O DATE 10/3' .3 VIFGI'4IA ELECTRIC AfC FCW CMPANT PAGE 17 NORTH ANNA PCWER STATICt4 04IT 2 O EcuIrnENT cALIrICATICN nASTER tIST S4STEtVFILE SCRT ei O ... __________._ Mm to. .___...._ .....__...___ cESCRIPTICH n = riCTm ER nCCEt NO. sis rURCn. ACCIoENT re4CT RILE CRDER 12345673901234 PAGE e' I-EI-CS-52 CABINE1, PFOCESS PACK 2 ED 135
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i O O DATE 10/30/80 VIR0!NIA ELECTPIC A!O PCWER COMPAtif PAGE 18 NC?TH ANNA FCWEP STATICN U'i1T 2 O E:uIrMENT :uIrICATICN niSTtR uST Sj SYSTEM / FILE S07T CROER 10345678901:34 } MOV-FW-000A MOV. AUX STEAM GEN FD PP DISCH FW 57 *N/A O 9: LT-0475 TPAtCMITTEP, STE AM GEtt LEVEL FW 5 *tt/A LT-2474 TPAtCMITTER, STEAM GEN LEVEL FW 5 *N/A HCA-HC-100 HYOPCGEN ANALYZER CEtCIX HC 1330 4 40 HCA-HC-000 HYCROSEN AtIALYZE2 EsttCIX HC 1332 4 42 O HC 1365 35 43 9t 0-HC-PC-1 HfC900EN PECCM0!NER PCCVWELL It4T. 1-HC-HC-1 HYDPCSEN PECCMBIt4E0 PCCKWELL INT. HC 1365 35 43 O 2 HV-E-4A CHILLER, CCNTFOL AtO PELAY ROOM WESTIt:3 HOUSE HV 1047 6 01 ei 2-HV-E-4C CHILLER. CCtITPOL AND RELAY ROON WESTINGHCUSE HV 1247 6 01
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O O, DATE 10/3; ., 0 VIRG!!!IA ELECTRIC AtC FCW CMPA'I f PAGE 19 O NOPTH A'MA POWER STATIOtt Laiti 2 O t uIPMEnT cAttrICATIO,i nASTER tIST SYSTEM / FILE SCRT e CRDER 10345678901234 2-HV-F-40A FA!!, SAFEGAUPOS A9EA vet 4TILATICH EUTFALO FOPGE HV 1296 0 IS O 2-HV-F-71A F Ati, SAFEGASOS AREA VEtITILATIC?e e. JOY MAtCTACTURItis HV 1001 0 01 2-HV-F-718 FAH, S AFEGAUCOS APE A VEtfTILATIOtt JOY MANUFACTURING HV 1001 0 21 O e, 1-HV-F-SA F Ati, AUX BLCG EXHAUST WESTINGHCUSE HV t4US-71 23 1 45 1-HV-F-EC FAN, AUX BLCG EXHAUST WESTIt4GHOUSE HV NUS-71 23 1 45 l 1-HV-F-CD F Ati, AUX BLDG EXHAUST WESTINGHCUOE HV NUS-71 23 1 45 MOV-HV-0000 MOV, PC PUPGE SYSTEM VALVE LIMITOROUE HV 1 59 MOV-HV-001 MOV, RC PURGE SYSTEM CYPASS LIMITCRQUE HV 1 59 i t*0V-HV-0000 MOV, PC PUPGE SYSTEM EXHAUST lit 1ITORQUE HV 1 59 O e! i~ TS-HV0030 TEMPEPATUPE S ITCH HONEWE LL H/ PIA 2 64 MOV-HV000C MOV, CCliTAINMEliT PURGE LIMITORQUE HV 198 1 t> 5
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'O O L --_-- _ _ _ _ _ _____ __ _ ____ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ - - - - _ _ _ _ _
l O O DATE 10/30/80 VIRGINIA ELECTRIC AND FCWER C0",PANY PACE 00 NCRTH ANNA FCWEP STATICH UNIT 2 O E uIrnENT ciurICATICH niSTea uST SYSTEM / FILE SCRT 4 n2Rx No. O _______.____...____._.._.__._____________ etS:RIPTION M NurACruRER nCOEL NO. Sv5 ruRCH. ACCIcENT rVNCT FItE eAcE ei _____________ _____..__________________________________ _. _________________ ________._ __. $$$I$. $$_I!I_!$$ $$ _____ ____ SCV-HV-23063 SOY, EDTTLEO AIR SYSTEM HV 6 *H/A SOV-HV-0306A SOV ECTTLEO AIR SYSTEM HV 6 *N/A . SOV-HV-03000 SOV. BOTTLE 0 AIR SrSfTEM PV 6 *N/A O HV 6 *N/A e! SOV-HV-0300C SOV. COTTLED AIR SYSTEM O SOV-HV-0300B SOV-HV-0300A SOY, EDTTLEO AIR SYSTE'1 SOV. BOTTLE 0 AIR SYSTEM HV HV 6 6
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i O O DATE 10/30/30 VIRGINIA ELECTRIC AND FCLER CCMPAN( PACE 20 NO4TH ANNA PCWER STATION LUIT 0 0 EcuIPMENT ciurICu!CN MASTER uST SYSTEM / FILE SCPT e1 ' C90ER 1034567S901234 ! PT-2474 TRANSMITTEP, STEAM CEN. 1 FRESSURE FOX 3CFO MS HA 5 WO3 PT-0496 TPANSMITTEP, STEAM GEN. 3 PRESSURE FOXDCRO MS NA 5 WO3 - t PT-MS-201C TP ANSMITTEP, MAlti STM LP III FRES CCNTROL MS 0 *tVA PT-MS-0013 1 P ANG'1ITT E 9, MAIN STM LP II FRES CONTPOL MS 2 MUA PT-MS-001A TP ANS*1!TTER , MAIN STM LP I FRES CCNTROL MS 2 atVA PT-049S TRANSMITTEP, STEAM GEN 3 FRESSUCE MS 4 MUA PT-2434 TPANSMITTER. STEA'1 GEtt 0 PRESSUPE MS 4 *tVA O PT-0494 TRANSMITTER, STEAM GEtt 3 PPESSUPE MS 4
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CATE 10/3.x VIRGINIA ELECTRIC AND FOWE CMPANY PAGE 23 t:CRTH A?OiA FC:.ER STATION UNIT 2 O Ecu!PntNT =Aur1CATICN uSTER uST O SYSTEM / FILE SCRT CSDER 12345678901234 LT-GS-200C TR AtiStiITT ER , RF WATER SiCPAGE TANK QS 35 *ti/A LT-GS-20C3 TRANSMITTER, RF WATER STCPAGE TANK CS 35 *ti/A LT-CS-200A TRANSMITTER, RF WATER STC7 AGE TANK GS 35 *ti/A 2-QS-R-1B PUt"R CUENCH SFRAY PUM' 10 05 35 3 *ti/A FT-2436 TR ANSMITTER, REACTCR CCLLANT FLCW L3 FOXECR0 RC 1010 2 5 WOI
'T-2435 TRANSMITTER, REACTOR COLLANT FLCW L3 FOXCCR0 RC 1010 2 5 WOI FT-2434 TRANSMITTER. REACTOR COLLANT FLCW L3 FCXECR0 RC 1010 2 5 W31 FT-2426 TRANSMITTER, REACTCR COOLANT FLCW L2 F0YBCR0 RC 1010 2 5 WO1 rT-2425 TRANSMITTER, REACTCR COOLANT FLCW L2 FOXE.ORO RC 1010 2 5 WOI FT-2424 TRANSt1ITTER, RE ACTOR CCCLANT FLCW L2 FOXBCR0 RC 1010 2 5 WOI FT-2414 TRANSMITTER, REACTCR CCOLANT FLOW L1 FOX 3CR0 PC 1010 2 5 WOI FT-2416 TRANSMITTER, REACTOR COOLANT FLOW L1 FOXSORO RC 1010 2 5 W01 FT-2415 TR ANSMITTER, REACTCR CCOLAPIT FLOW L1 FOXBORO RC 1010 2 5 WD1 LT-2460 TRAtiOMITTFJ *RESSURIZER LEVEL BARTON RC 1010 23 5 WO2 LT-2459 TRANSMITTER, FRESSURIZER LEVEL CARTOtt PC 1010 23 5 WO2 LT-2461 TRAtiSMIrTER, FRESSURIZER LEVEL B ARTCil RC 1010 23 5 WO2 RT-2457 TRANSMITTER, PRESS"RIZER PRESSURE C AR T014 RC 1010 23 5 WO7 PT-2456 TRAtiSMITTER, FRESSURIZER PRESSURE CART 0tl RC 101u 23 5 WO7 PT-2455 TR Atist1ITTER , PRESSURIZER FRESSURE BARTON RC 1010 23 5 WO7 RTD, RCS NARROW RANCE POSEttCUNT RC 1011 1 345 W12
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O O DATE 1C/30/63 VIPGIN!A ELECTPIC Ato POWER CCMPANY PAGE 24 NO7TH ANNA PCWER STATION UNIT 2 O tCuIPMENT CiurICAT1Cu nASTra uST e;
!YSTEt*/ RILE CCRT i
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!O O CATE 10/3. _2 VIRGINIA ELECTRIC AN") PC L CMPANY PAGE 25 NORTH A!3:A PCKE9 STATION L"4IT 2 O touIrMEra CuIFICATIeN fuSTtR uSr e, SYSTEM / FILE SCPT CODER 12345678901234 MOV-PS-203A MOV, SUPPLY VALVE CC RECIrc SFRAY LIMITORQUE PS 1:42 35 57 2-RS-P-3D PUMP, CASING CLG RECIFC SPPAY FUt1P RS 35 *N/A i
2-PS-P-3A PUMP, CASING CLG RECIFC SFRAY FUMP RS 35 *N/A O 1010 O. MOV-2005B MOV. LHS! PECIRC VALVE LIMITOROUE SI 23 5 WO5 t'OV-2SS5A MOV, LHSI PECIRC VALVE LIMITORQUE SI 1010 23 5 WO5 MOV-2660B MOV. LHSI PUMP SUCTION lit 1ITCRCUE SI 1010 23 5 WC5 MOV-2860A tiCV, LHSI PUMP SUCTION LIMITCRCUE SI 1010 23 5 W35 O MCV-2890A MOV, LHSI LINE STOP VALVE LIMITCRCUE SI 1010 ?t 5 WOS e MOV-2C62A MOV, LHSI FUMP SUCTICN LIMITORCUE SI 1010 23 5 Wil MOV-28623 MOV, LHSI PUMP SUCTION LIMITORQUE SI 1010 23 5 W11 2-SI-P-1B PUMP, LGW HEAD SAFETY INJECTION WESTIt:GHOUSE SI 1010 2 5 W13 2-SI-P-1A PUMP, LOW HEAD SAFETY INJECTICN WESTINGHOUSE SI 1010 2 5 W13 I MOV-2863A MOV, LHSI DISCH VALVE LIMITORQUE SI 1010 23 5 W14 110V-266 33 MOV, LHSI DISCH VALVE LIMITCRQUE SI 1010 23 5 W14 NOV-2E64A MOV, LHSI DISCH VALVE LIMITORQUE SI 1010 23 5 WIS iOV-20648 MOV LHOI DISCH VALVE lit 1ITORQUE SI 1010 23 5 W15 t10V-28693 MOV, CHARGItlG PUMP SI STOP VALVE LIMITORCUE SI 1010 23 5 W18 ff0V-2C69A MOV, CHARGIt G PU 1P SI STOP VALVE LIttITORQUE SI 1010 23 5 Wie < FT-2943 TRANSMITTER, SORON INJ, TK. HEADER FLCW BARTON SI 1010 W23 1 _ FT-2940 TPANSMITTER, SI HEA0ER FLCW HGT LEG DARTCN SI 1010 W23 MOV-2867C t1CV CHARGING PUMP STOP VALVE LIMITORQUE SI 1010 23 5 W24 O tiCV-2267D MOV, CHAPGING PUMP STOP VALVE LIttITORQUE SI 1313 23 5 H25 e! [ MOV-2E678 MOV, CHARGING PU'1P STCP VALVE LIMITCRGUE SI 1313 23 5 W25 MOV-2067A MOV, CHA'?GING PUMP STOP VALVE LIMIT 02QUE SI 1313 23 5 W25 O O O #' I _ ___ .- _.. _. __ _ .____ _ - - _ _ _ _ . _ _ . _ .---._ .--._ _ . - _ _.. _ _ _ .
O O DATE 10/30/80 VIRGINIA ELECTRIC At.*J PCWER CCMPANY PAGE 26 HORTH APEA POWER STATICM Ut11T 2 e 6 O EauIrMmT CAurICATIC" niSTER uST SYSTEM / FILE SCRT O ___-__--__.__._ ni=K f:0. __.....-__.._-_-_________._-_-_ CtSCRIPTION _-___ - - _ MANUTACTURER MODEL I40. SYS PURCH. ACCIDENT FUt:CT FILE PAGE 9[ i'
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U O O DATE 10/3- 3 VIRGIti!A ELECTRIC Af13 FCWEh 'CMPAtif PAGE 29 O O NC?TH ANNA POWER STATION UtlIT 2 EcCIrnENr cAurICuICN n2STtR uST e SYSTEtVFILE SO7T CRDER 12345678901234 MOV-SW-1140 MOV, SW 3
- tVA MOV. SW 3 *N/A MOV-SW-110A MOV, SW 3 a tVA TV-SW-201B TP!P VALVE, SW 3 *N/A TV-SW-201A MOV, SW 3 *tVA MOV-SW-2148 MOV, SW 3 *N/A MOV-SW-210B MOV. SW 3 *tVA MOV-SW-210A MOV, S4 3
- tuA MOV-SW-110B SW 3 *N/A TV-!W-101B TRIP VALVE, TRIP VALVE, SW 3 *N/A TV-EW-101A 2-EG-P-2HA FUMP, EMERGEtiCY GEN 2H EUEL OIL FUMP SW 8 *tVA STRAlttER, SW TPAVELIt2G WATER SCREEtiS SW 23 5
- tVA' 2-EW-S-1B _
STRAItfER, SW TRAVELING WATER SCREENS SW 23 5 *tt/A 2-SW-S-1A STRAINER, SW TRAVELINS UATEP SCREENS SW 23 5 *tVA 1-SW-S-10 STRAIT;ER, SW TRAVELING WATER SCREENS SW 23 5 *N/A 1-SW-5-1A PUMP, AUX SERVICE WATER PUMP SW 23 5 *tVA 1-SW-P-4 PUMP, AUX SERVICE WATER PUMP SW 03 5 *tVA 2-SW-P-4 689 RECCRDS PRINTED O e O e O 9 AW O, O O, -------__ _-_ e
O - O' DATE 10/30/80 VIRGINI A ELECTRIC Ato FCMER TC!TAtiY PAGE 1 N07TH At.*lA FCMER STATIC'1 Ut41T 2 a ! O EQUIFriEtiT QALIFICATICtl MASTER LIST W MARK IUM2ER SORT C70ER 12345678901234 E/P FC-2122 E/R, CHAPGING FLOW CCtiTROL 61 CCPES-VULCAtl CH g EP HCV2186 E/P FCR HAto CCtiTROL VALVE HCV-2126 FISHER W31 FS-CD-203B FLCW SWITCH ED 6
- ti/A FS-ED-203D FLCW SWITCH ED 6
- t1/A FS-ED-203F FLCW SWITCH ED 6 *N/A FS-ED-2033 FLCW SWITCH BD 7 *?t/A FS-20-203H FLCW SWITCH ED 7 *H/A FS-B3-203J FLCW SWITCH ED 7 *N/A FS-HV-2207A FLCW SWITCH, BATTERY ROOM 2-1 VEtlT HV 9 *H/A FS-HV-2207B FLOW SWITCH, EATTERY ROOM 2-2 VENT HV 9 *tt/A FS-HV-2007C FLCW SWITCH, EATTERT ROCM 2-3 VENT HV 9 *H/A FT-2414 TR At:SMITT ER , REACTOR COOLAfiT FLOW L1 FOXECR0 RC 1010 2 5 WOI FT-2415 TPA?;St1ITTER, REACTCR CCOLAtiT FLOW L1 FOXBCR0 RC 1010 2 5 WOI FT-2416 TRAtEMITTER, REACTOR CCOLAtlT FLCW L1 FOXCORO RC 1010 2 5 WOI FT-2424 TRAtEt1ITTER, REACTOR COOLANT FLOW L2 FOXBORD RC 1010 2 5 WOI FT-2425 TRAt:0MITTER, REACTOR COOLANT FLOW L2 F07 BORO RC 1010 2 5 W31 i
FT-2426 TRANSMITTER, REACTOR CCOLANT FLCW L2 FOXECR0 RC 1010 2 5 WOI FT-2434 TRAP 1SMITTER, REACTOR COLLA!!T FLOW L3 FOXBORO RC 1010 2 5 WD1 FT-2435 TRAtiSMITTER, REACT 07 COLLAtIT FLOW L3 FOXBCR0 RC 1010 2 5 WOI _F T-2436 TRANSMITTER, REACTOR COLLANT FLOW L3 FOXCCR0 RC 1010 2 5 WOI F T-24 74 TPAt:StfITTER, STEAM GEtl. FLCW ROSE!!CUtIT MS 1486 23 5 35 FT-2475 TRAtEMITTER. STEAM GEH. FLCW ROSEMC'JHT MS 1486 23 5 35 FT-24S4 TRAtEMITTER, STEAM GErl. FLCW POSEMOUtiT MS 1486 23 5 35 FT-2405 TRAtEt1ITTER STEAM GEtl. FLCW ROSEMOUtiT MS 1486 23 5 35 O e Og #
iO O j CATE 10/ 0 VIRSINI A ELECTPIC At:0 FCW FCC"FA?4Y PAGE 2 O O I;CPTH At?tA FCWER STATION UNIT 2 EcumtnT oAur1 CAT 1cn nASTER uST e MARK t?#SER SCRT e r O ._._.......___ nm in. _...._ ............_......._.......___ otSCRIpTICn _...._..._.._____._...................._ n m ,CructR n~:E t no. ____..............____....__._...._.. STS FURCH. ,CCictnT rw CT F1tE PiSE CPDER 12345678931234 FT-24% TPAtCMITTER. STEAM GErl. FLCH POSEMODIT tis 1486 23 5 35 FT-2405 TPMCMITTER. STEAt1 GEtt. FLCH ROSEt10UtiT MS 1406 23 5 35 F T-2%0 TPAftSMITTEP. SI HEADER FLCW HCT LEG EAPTCH SI 1010 W23 FT-2%3 TRAtiSt11TTER. ECOC*l IIIJ. TK. HE ADER FLOW BARTCt1 SI 1010 W23 HC-2186 E/P FC7 SEAL WATER FLCW CCtlTFDL 2 5 O HCV-FW-200A LIMIT SWITCH FW CCt4TPOL TO STEAt1 GEH 1A CH FW 57
*H/A
*tVA e
HCL-FW-2000 LIMIT SWITCH. FW CCtiTROL TO STE AM GEH 18 FW 57
- tVA HOV-FW-200C lit 1IT SWITCH. FW CCNTPOL TO STEAM GEtt IC FW 57
- tVA HCV-2200A LIMIT SWITCH. REGEN. HEAT CUTLET t!AMCO CI 1010 1 W34 _
HCV-22000 LIMIT SWITCH. FEGEH. HEAT OUTLET HAMCO CI 1010 1 WO4 FCV-2200C lit 1IT SWITCH. PEGEN. HEAT DUTLET hat 1CO CI 1010 1 WO4 H2A-HC-100 HfDROGEN A!!ALYZER bet: DIX HC 1332 4 42 H2A-HC-200 HYCPOSEH At!ALYZER EE! DIX HC 1332 4 42 O O LCV-2460A LCV. LOOP 1 LETDCWil lit 4E CCtiT. W Cl 1 *tVA LIT-PS-251A TPANSMITTEP. CCtlT WATER LEVEL GEMS RS 1333 4 49 LIT-PS-251B TRAHSMITTER. C0 tit WATER LEVEL GEtis RS 1333 4 49 LT-QS-200A TRAttSt1ITTER, PF WATER STCRAGE tat:K QS 35 atVA LT-GS-2003 TRAtiS!1ITTER. PF WATER STO9 ACE TAtA' QS 35 atVA LT-QS-200C TRAtiS!11TTER RF WATER STCPAGE T AtlK 35
- tVA O
TRAt:SMITTER RF WATER STCPASE TANK QS CS 35 *tUA e _ LT-GS-2000 LT-PS-251A TRAllSMITTER C0tlT WATER LEVEL GEMS RS 1333 4 20 LT-RS-251B TRAllSMITTER. COMT WATER LEVEL GENS RS 1333 4 2 ~, i LT-2459 TPA!!st1ITTER. FRESSURIZER LEVEL BARTCtl RC 1010 23 5 WO2 _ LT-2460 TPAtist1ITTER. FRESSURIZER LEVEL BARTCH RC 1010 23 5 WO2 O e O e A __- ____ _ ____ _ _ _ _ _ _ __ _ _ _______ __ __ _ _ _ _ _ - - - - - - - _ - - - - - - - - - _ _ - - -
O O DATE 10/30/83 VIFGINIA ELECTRIC AtfD F".JEP CCTA?tf FAGE 3 n NOPTH AN':A FCKER STATIO:4 LNIT 2 V ECUIFMENT GALTFICATICtl MASTER LIST MAPK NU"BER SCRT i CPCER 12345678901234
- LT-2461 TPANOMITTEP. FPESSUPIZER LEVEL BARTC'a 1010 PC 23 5 WD2 g
LT-2474 TPAttSMITTEP. STEAM GEtt. LEVEL PCSEMOtf4T FW 1456 5 71 LT-2474 TRA?CMITTER. STE AM GEtt LEVEL FW 5 *H/A g LT-2475 TPAtCMITTER. STEAM GEN LEVEL iW 5 *H/A I' LT-2475 TPAtCMITTER. STEAM G ll. LEVEL FCOEMOUNT rw 1466 5 54 tO LT-2476 TPAHSMITTER. STEAM GEH. LEVEL POSEt!OtA4T FW 14e6 5 71 9 LT-2484 TRAttSMITTER. STEAM GEtt. LEVEL PCS EMOL"lT FW 1486 5 54 LT-04?5 TPAtCMITTEP. STEAM GEH. LEVEL POSEMCUNT FW 1486 5 54 LT-24*6 TPAtCMITTER. STEAM GEN. LEVEL PCSEMOU!IT FW 1426 5 71 LT-24% TRAtCMITTER. STEAM GEN. LEVEL POSEMOUt3T FW 1486 5 71 LT-2495 TPAttSMITTER. STEAM GEtl. LEVEL POSEMOL"lT FW 1486 5 71 LT-2406 TP AtiSMITTEP . STEAM GEtl. LEVEL POSEMOUNT FW 14E6 5 54 LVC-24608 LCV. tCDP 2 LETD0'Al LINE CCMT. W CI 1 *t1/A t:00-HVI634 M00. CEtITRAL AREA EXHILUST DISCH DAMPERS HONEYWELL HV 22436 23 1 66 fro-HV163B M00. CEtiTPAL ADEA EXH AUST DISCH D AMPERS HCt:EYWELL HV 22436 23 1 66 t"'0 -H V16 3C t*CO. CENTRAL ARE A EXHAUST DISCH DAMPERS HONEYWELL HV 22436 23 1 66 MOV-FW-200A MOV. AUX STEAM GEN FD FP DISCH FW 57
- tt/ A MOV-FM-2008 MOV. AUX STE AM GEN FD FP DISCH FW 57 *N/A MOV-FW-20CC MOV. ILUX STEAM GEN FD FP DISCH W FW 57 *t1/A
_t*0V-HV-2 0 C B MOV, PC FUPGE SYSTEM VALVE LIMITORCUE HV 1 59 MOV-HV-2000 MOV. RC FUPGE SYSTEM EXHAUST LIMITOPCUE HV 1 59 MOV-HV-201 MOV. RC FURGE SYSTEM BYPASS LIMITCRQUE HV 1 59 MOV-HV-204-1 MOV, CCtiTPOL PCOM EMER AIP SUPPLY HV 7 *H/A _t*07-HV-2 0 4 - 2 MOV. CONTPCL RCCM EMER ATR SUFFLY HV 7 all/A O e: O # # # .i _ _11 . __ _ _ - _ . _ __ _ _ - - _- _ _ - _ _ _ _ _ . _ _ _ - - -- -
s O DATE 10/ 3 VIRGINIA ELECTPIC tt:0 FOR L-PANr FAGE 4 O FCPTH AN?tA FCKEP STATIC'4 UNIT 2 O ECUIrt*ENT GALIFICATIC'l f*ASTEQ LIST MARK IUTER SORT O? DER 123456739 0123 '+ f*7/-H /-215-1 MOV, FLU *H VALVE LEFT FCR STPAIt;ER ELLIOT HV 1297 6 17 P7/-HV-215-2 tv/, FLU % '.mLVE PICHT FOR STRAIriER ELLIOT HV 1299 6 17 t*0V-HV-216-1 t10V, FLU"H VALVE LEFT FCR STPAINER ELLIOT 1299 6 17 HV g POV-HV-216-2 MOV, FLUSH VALVE RIGHT FCR STR AIllER ELLIOT HV 1299 6 17 ; l t*0V-HV2CCA MOV, CCNTAIttENT SUPPLY LIMITCPQUE HV 193 'l 65 O #l' POV-tf720?C MOV, CO*iTAIte*ENT Ft93E LIMITCPOUE HV 198 1 65 t*0V-CS-200A t*0V, REFUELING WATER STCPAGE TAtX LIMITC? CUE QS 1242 35 74 g t*CV-OS-2 0 03 t@!, PEFUELItG W ATEP STCPAGE TAHK LIMITCPGUE CS 1242 35 74 ft0V-QS-201A MOV, CUENCH SFRAY FUMP DISCH LIMITCPOUE QS '1242 35 23 ttOV-GS-2013 MOV, CUENCH SFPAY TVt? DISCH LIMITOPC'JE QS 1242 35 23 M0 /-GS-2C2 A t*0V, RF WATER CHEt1. ACD TAMK QS 35
- tt/A MOV-QS-202B t*0V, PF WATER CHEN ADD TANK CS 35 *tVA MOV-PS-200A MOV, SUPPLY VALVE CC PECIRC SPPAY lit 1ITCPCUE RS 1242 35 57 t!OV-PS-20CB MOV, SUPPLY VALVE CC PECIPC SPPAY LIMITORQUE RS 1242 35 57 MOV-PS-201A t!OV, SUPPLY VALVE CC RECIPC SrPAY LIMITCRCUE RS 1242 35 57 tv/-P S-2 01B t*0V, SUPPLY VALVE CC PECIRC SPPAY lit *ITOCOUE RS 1242 35 57 l l
tt3V PS-255A P10V, PECIRC SrPAY SUCTICtt LIMITCPGUE RS 1042 35 23 O el; MOV-PS-2553 ttCV, RECIRC SPPAY SUCTICH LIMITCPCUE RS 1242 35 23 l l M07-PS-256A f*0V, PECIPC SFRAY DISCH LIMITCPOUE PS 1242 35 23 _t*CV-RS-256B MOV, PECIRC SFPAY DISCH LIMITOPCUE RS 1242 35 23 ' MOV-JW-100A MOV. SW PETUPts TO REHVOIR ISOLATICH SW 23 5 *tVA MOV-!W-1008 MOV SW RETUPH TO RERVOIR ISCLATION SW 23 5
- t t/A MOV-SW-11CA ttOV, SW 3 *tVA
_ MOV-SW-11CB ?!OV , SW 3 *tVA O #
O G O) DATE 10/30/80 VIRGINIA ELECTPIC A?O F0WID CCMFANY PAGE 5 tCRTH tR!A FCWEP STATIC?1 UNIT 2 b- EOUIPMENT CALIFICATICtl MASTER LIST h MARK hut *3ER SCRT V ttAPK to. DESCPIPTIC?4 MU:UFACTUPER MCEEL to. SYS M CH. ACCIDEllT FU';CT FILE FAGE w CEDER 12345678901234 t*T/-SM-114 & *tV A Os MOV-SM-114E MOV. MOV,
!W SW 3
3 *?UA e f t7/-SM-115 A t*7/, AUX SW FUMP ISO VALVE *tVA O7 MOV-SW-115B t*0V, AUX SW NJMP ISO VALVE SW SW 23 5 23 5 +H/A e t:0V-!!1-117 t'0V, CIRC WTR SW FW P ISOLATICH SW 23 5 *N/A t**V-!M - 118 MOV, CIRC WTR INTAKE TO S;J FUMP SW 23 5 +WA MOV-Su-119 MOV MAKE-UP ISOLATIC'l SW 23 5 *tU A MOV-SM-200A MOV, SW RETURN TO FERVOIR ISOLATICt1 SW 23 5 atVA r l'07-SM-2 0 C B t'OV. SW PETURN TO PERVOIR ISOLATICtl SW 23 5 *!UA b h MOV-0W-201A MOV, RECIRC SFRAY HEAT EXC. HEADER IllLET LIMITCRQUE SW 1194 35 50 t'07-Sil-2 010 t*0V , PECIPC SFPAY HEAT EXC. HEADER IHLET LIMITCEGUE SW 1194 35 50 Ug it0V-SM-201C MOV, PECIRC SFPAY HEAT EXC. HEADER IHLET LIMITCEUE SW 1194 35 50 e. MOV-SW-2010 t'0V, FECIRC SFRAY HE AT EXC. HEADER INLET LIMITCROUE SW 1194 35 50 t*07-SM-203A MOV. SERVICE WATER TO RECIRC SFRAY COOLER LIMITCRCUE SW 1194 35 52 t10V-SW-20!B P10V, SERVICE WATER TO RECIPC SFPAY CCOLER LIttITORQUE SW 1194 35 50 t'0V- S!!-20 3D MOV. Su TO RECIRC SFPAY SW 35 *H/A tt0V-!ti-20 3C MOV. SERVICE WLTER TO RECIPC SFPAY CCOLER LIMITCPOUE SW 1194 35 52 t!OV-SM-2030 MOV SERVICE WATER TO RECIRC SFRAY CCOLER LIMITOROUE SW 1194 35 52 MOV-SW-204A MOV, SEPVICE WATER FR0t1 RECIRC SFRAY CLR lit:ITOROUE St4 1194 35 50 q V _ MOV-SW-2043 tt0V, SERVICE WATER FRCM FECIRC SFRAY CLR LIMITORQUE SW 1194 35 52 t'0V-SM-204C MOV SERVICE WATER FROM FECIFC SFRAY CLR LIMITCPCUE SW 1194 35 52 g MOV-Su-204D MOV, SERVICE WATER FRCM PECIRC SFP AY CLR LIMITCRCUE SW 1194 35 52 l t*0V-Su-205 A MOV, RECIRC SFFAY HEAT EXC. HEADER OUTLET lit 1ITORCUE SW 1194 35 50 O 9 _ MOV-SM-2053 MOV, RECIRC SFPAY HEAT EXC. HEADER OUTLET LIMITORCUE SW 1194 35 50 n v G G G e N - -__- _ _ _ _ . .- -
O O' DATE 10/ 3 VIPGI'3IA ELECTRIC At'0 FC;' C"PANf FAGE 6 O t:CRTH AtNA FCWIR STATICM Uf1T 2 O E7nentnT caur1Cmen MASTER uST #. MAPK t?J"ER SC7T i C90ER 12345678901234 l t*7/-SW-2 C 5 C MOV, PECIPC SFP AY HEAT EXC. FEADER DUTLET LIMITO?OUE SW 11 % 35 50 g M7/-!tJ-2050 MOV, DECIFC SFPAY HEAT EXC. HEACER CUTLET LIMITCc0UE SW 1194 35 50 MOV-SW-206 A MOV, PECIFC SFDAY HE AT EXC. HEADER CUTLET LIMITC97JE SW 1194 35 50 t'0V-SM-2 06 B t"0V, PECIFC SFPAY HEAT EXC. HEADER CUTLET LIMITCPCUE SW 1194 35 50 t'07-CW- 2 0 8 A MGV, INLET HEADER VALVE LIMITCRCU SW 1193 23 3 53 MOV-SW-2CES NOV. INLET HEADER VALVE LIMITCR7JE SW 1193 23 3 53 t*0 /-SM-210 A RECIPC. AIP CCOLItG COILS LIMITCRQUE SW 3 73 M7/-!W-210 A MOV. SW 3 *tVA ! MOV-SU-21CB MOV, SW 3 *tVA MOV-Sit-210B FECIPC. AIP C00 lit:G COILS LIMITCPCUE SW 3 73 FCV-SW-213A MOV, FUEL PIT COOLER VALVE LIMITOR7JE SW 1193 23 3 53 f:OV-!W-2133 MOV, FUEL FIT COOLER VALVE LIMITC90UE SW 1193 23 3 53 l M0 /-SW-214 A PECIRC. AIR CCOLING COILS LIMITORQUE SW 3 73 i O 9i - it07-!W-214A t"0V , SW 3 *H/A M7/-0W-2148 t*CV , SW 3 *tUA MOV-!W-214B PECIRC. AIR COOLING COILS LIMITCRCUE SW 3 73 i:CV-SM-215A MOV. AUX SW FUMP ISO VALVE SW 23 5 *tPA tt0V-SW-215B t*0V, AUX SW FUMP ISO VALVE SW 23 5 *tVA t:0V-SM-217 ff0V, CIPC WTR SW FL't1P ISOLATIC*l SW 23 5 *tVA _tiOV-SW-219 t*07, MAKE-UP ISCLATICf3 SW 23 5 *tVA if0V-!W-220A t:07 SW TO CIPC TU'INEL SW 3 *tVA MOV-SW-220B t*0V, SW TO CIPC TUf 2iEL SW 3 *tUA
!!OV-21150 ft0V, CHa.pGItG Fur:P SUC FROM FWST LIMITORQUE CH 1010 23 5 1 W22
_ MOV-2115C tfJ/, CMAPGItG FUMP SUCT. FROM VCT LIMIT 09QUE CH 1010 23 5 W16 !O 8 O e
lO i O' CATE 10/IO/80 VIPGINIA E LECTPIC f *G F^WEP CC"PANY FAGE 7 PCOTH A'?'A FC' !R ST ATIC'4 LNIT 2 O u.UImtta OiurICAT:c, tuSTEP uST MAPK ??JOER S0WT e> C70EP 12345678901234 ' j ____......... _._____...____.... ...____......_____..._ _____.__________..._ _.._______ ___ ____.. ___._......___ _____ ._.. I t'0V-21150 MOV, CHAPGItG FUMP SUC FPCM P'ST LIriITCPGUE CH 1010 23 5 1 W22 , O MOV-2115E t*0V, CH APGI!G Fut? SUCT. FPCM VCT LIMITCiGUE CH 1010 23 5 W36 e' ' MOV-2267A MCV, LHSI TO CHAPGItG PLHP LIMITC 7JE CH 1010 23 5 W21 t"7/-22673 FC/, LHSI TO CHAPGItG PU"? LIMITCP7JE CH 1010 23 5 W18 ftOV-2269A MOV, LHSI & VCT TO CHA:GItG FLHP LIMITC??JE CH 1010 23 5 W21 O ei - MOV-22693 t*0V . LHSI & VCT TO CH APGItG FtNP LIMITCP7JE CH 1010 23 5 W18 MOV-2270A MOV, LHSI & VCT TO CHAPGItG FU"P LIMITCPOUE CH 1010 23 5 W21 t*0 /-22 70B MOV, LHGI & VCT TO CHAPGItG FLt3 LIMITCPOUE CH 1010 23 5 W18 , IGV-22 75 % MOV, Ch APGItG NMP TO RECIPC. SV LIMITCc7JE CH 1010 23 5 W34
?"0V-2275B PGV, CHAPGItG FLtP TO RECIPC. SV LIMITCP7JE CH 1010 23 5 W37 t"0 /-22750 MOV, CHAPGItG PutP TO PECIPC. SV LIMITCPOUE CH 1010 03 5 W34 t'OV-2226 A FGV, CH APGItG F"J1P DISCH. LIttITOP7JE CH 1010 23 5 W19 ! ?!OV-2006B MOV, CH!PGItG PLUP DISCH. LIMITCPOUE CH 1010 23 5 W19 ft07-20 %C MOV, CHAPGItG PL,tP DISCH. LIMITCPCUE CH IC10 23 5 W19 I
l r*0V-22 S 7A t*0V , CHAPGItG PLTtP STCP VALVE LIMITC00UE CH 1010 23 5 W19 r O el ItOV-22570 t*0V, CHAPGItG RTP STCP VALVE LIMITO70UE CH 1010 23 5 W19 l l t'0V-2 2 87C tGV, CHAPGIfG FLTtP STOP VALVE LIMITC77JE CH 1010 23 5 W19 -O l'0V-2087A MOV. CHAPGItG FV'P DISCH. LIMITCPOUE CH 1010 23 5 W21 e l l !!07-20093 FGV, CHAPGItG FUMP DISCH. LIMITC77)E CH 1010 23 5 W21 _ MOV-2350 MOV, Et!EPSEtiCY EC9ATICH LIMITCP7JE CH 1010 23 5 W17 O
!!0V-23 70 tGV-2373 r10V, CH APGIIG FtRtP TO SE AL MATER RECIRC.
MOV, CHAPGItG FLMP TO PECIPC. O, LIMITC??JE LIMITCP7JE CH CH 1010 1010 23 5 23 5 W18 WIS e' , t:0V-23CO t'OY, PCP SEALWATER PETLTH LIMITCP7JE 1010 1 5 WO6 e. _ MOV-23SI MOV. SEAL MtTER PETURif SV LIMITCPQUE CH 1010 23 5 W35 O e O O e 11 - _ _ _ _ _ _ _ _ _ __ _ _ - _ _ - - - - _ _ _ _ - - - - - _ _ - _ _
DATE 10/ 3 VIRGINIA ELECTPIC UD FC*A CMPANT FAGE 8 IGTH Af 2:1 FCWIP STATICN UNIT 2 O ECuIrntn1 cu1nCAT1CN MiSTE, uST O tu W tL*CER SCRT CRDER 12345678901234 MO /-20 36 MOV COLD LEG CIFC VALVE LIMITCPOUE SI 1010 23 5 W29 MOV-2260A MOV. LHSI FV1P SUCTION LIMITORGUE SI 1010 23 5 WOS 4 O t'OV-206 CS t'OV . LHSI FU*tP SUCTICH LIMITCPOUE SI SI 1010 1010 23 5 23 5 WO5 Wil e
! MOV-2360A MOV, LHSI FUMP SUCTION LIMITCPCUE MOV-2C628 MOV. LHSI FUt1P SUCTICN LIMITCROUE SI 1010 2; 5 Wil i
O e. l MOV-2e63 nov, tHSI DISCH vAtvE tInITCno;E SI 1010 23 5 Wi+ SI 1010 O MOV-2C63B MOV. LHSI DISCH VALVE LIMITOROUE 23 5 W14 e> 1 MOV-2C64A MOV. LHSI DISCH VALVE LIMIT 02 CUE SI 1010 23 5 W15 'I t'OV-2 E 6 4B tiOV. LHSI DISCH VALVE LIMITCROUE SI 1010 23 5 W15 O O t'OV-2E65A MOV. ACCUMULATCP tat'K 1 COLD LEG LIMITCRCUE SI 1010 23 5 W28 fOV-20653 t07. ACCUttULATCR TANK 2 COLD LEG LIMITCOCUE SI 1010 23 5 W28 MOV-2C65C MOV. #CCUt1ULATCP TAMK 3 COLD LEG LIMITCRQUE SI 1010 23 5 K'8 MOV-2867A MGV. C!:APGIMG FUMP STOP VALVE lit 1ITC20UE SI 1313 23 5 W25 f"OV-20678 MOV. CHAPGIllG FUMP STOP VALVE LIMITCPCUE SI 1313 23 5 W25 t10V. CHARGING FUMP STCP VALVE LIMITCPCUE SI 1010 23 5 W24
?!OV-2C670 g
t1CV-28670 NOV. CHARGING FUttP STOP VALVE lit 11TCPOUE SI 1313 23 5 W25 ftOV-2069A MOV. CHAPGING FUMP SI STOP VALVE LIMITCRQUE SI 1010 23 5 W18 MOV-20698 MOV, CHAPGIllG FUMP SI STOP VALVE LIMITCPCUE SI 1010 23 5 WIS itOV-2CCSA tiOV. LHSI PECIFC VALVE LIMIT 0FCUE SI 1010 23 5 WOS _ MOV-28953 tiOV. LHSI PECIFC VALVE LIMITO? CUE SI 1010 23 5 WOS
?!OV-2CSSC MOV. LHSI FECIRC TO CHAPGING FUMP VALVE lit 1ITCPQUE SI 1010 23 5 W33 MOV-2005D MOV. LHSI PECIPC TO CHAPGING Fl!MP VALVE LIMITCPQUE SI 1010 23 5 W38
!!OV-2890A tt0V, LHSI LINE STCP VALVE LIMITOPQUE SI 1010 23 5 WOS O O,
_ MOV-2890B MOV. LHSI LIllE STOP VALVE lit 1ITCRCUE SI 1010 23 5 W39 O e-O e!
._ 11 _. . -- __ . - _ _ _ _
O O OATE 10/30/80 VIFGINIA ELECTPIC AtG FOWE9 CO'icANT FAGE 9 NCRTH AtNA FOUER STATIC +1 UNIT 2 -O EcuIFnon ciurICAT1CN MASTER uST #* t"RK t."J'5ER SCRT i , CPCER 12345678901234 i fiOV-2870C MOV. CHADGItG FUiP SUCT. FFCM VCT LIMITC7 CUE SI 1010 23 5 W39 ftCV-2890D t*0V . LHSI LIllE STCP VALVE LIMITORCUE SI 1010 23 5 W39 tGA-10 C AB LE . 1/C 2 00 0 t'CM GEPEPAL CABLE ED 1255 9 10 tGA-12 CABLE. 3/C 1000 MCM ALUMINUM ARMOR GEtJERAL CABLE ED 1:55 9 10 tGA-13 CAELE. 3/C 4/0 AWG OYollITE ED 1375 8 11 tGA-13 CABLE. 3/C 4/0 AWG. ALUMINUM AFMOR GENERAL CABLE ED 1:55 9 10 tGA-14 CAELE. TRIFLEX 4/0 AWG OKONITE ED 1375 8 11 NSA-15 CABLE. TRIPLEX 250 MCN CEFR0 WIPE ED 1359 35 07 fGA-19 CABLE. 2/C 52 ARG CEPRO WIRE ED 1312 8 03 IGA-20 CABLE.1/C 250 t*CM OKONITE ED 1123 8 06 tGA-21 CABLE. 1/C 2/0 AWG. CYCNITE ED 1128 3 06 tGA-3 CADLE TPIFLEX 1000 MCM GEt!!RAL CABLE ED 1255 8 10
!!GA-3 CABLE. TRIPLEX 1000 MCM CKCNITE ED 1375 8 11 PGA-34 CABLE, 1/C 314 AWG CERRO WIRE ED 1312 8 03
#GA-35 CACLE. 2/C #14 AMG CEPPO WIRE ED 1312 8 CS PGA-36 CABLE. 3/C 214 AMG CERPO WIRE ED 1312 8 CS tGA-37 CABLE 5/C #14 AWG CEPP3 WIRE ED 1312 8 03 i
O O. ICA-38 CfDLE. 7/C 314 AWG CEPRO WIRE ED 1312 8 CS tG A-39 CADLE. 9/C 314 AWG CEFR0 WIRE ED 1312 8 03 O 8l _tG A-4 CADLE. 3/C 500 MCM ALUMINUM ARMOR GEttERAL CABLE ED 1255 8 10 i:GA-4 CABLE. 3/C 500 hCM CKCNITE ED 1375 8 11 tCA-40 CADLE 12/C #14 AMG CEPPO WIRE ED 1312 8 08
!!3A-44 CABLE. 1/C #12 AWG CERRO WIFE ED 1312 8 08 O 9-
_t G A-45 CADLE. 2/C R12 AMG CERRO WIRE ED 1312 8 08 O S' O e
!I . - - . - - - - - -- - --
DATE 10/ 0 VIEGINIA ELECTPIC M G FCU M C"TU1Y FAGE 10 0 NC7TH AtNA FCMEP STATIC *1 UNIT tauIrMENT oitIr1CATIC,t4AsTEu tIsT MARK i L*EER SORT e
~
O nux to. Ct =PIgTIC?, M m ACTu En M= Et to. srs et,ca. ACCID mi rect rite CROEP 12345678701234 riGE e I ............. ........................................ .................... . ........ ... ...... .............. ..... .... ! tGA-47 CABLE. 4/C 210 AMG CEPPD WIRE ED 1312 8 03 3 t G A-49 CABLE. 7/C 312 ARG CEFFD WIRE ED 1312 8 03 1 tCA-5 CABLE. 3/C 1250 MCM STEEL ACMC7 8 4 O PGA-57 CAELE, 4/C 310 ARG CENEPAL CAELE CEFFD WIPE ED ED 1055 1310 8 10 03 e tGA-6 CABLE 3/C 1250 MCM ALUMItJUM ARMOR GEtiEPAL CABLE ED 1055 8 10 tGA-67 CABLE, 19/C 316 AWG BIW ED 1065 2345 09 PGA-67 CABLE. 19/C 316 Ar# CEFRD WIPE ED 1390 103456 8 13 PGA-6S CABLE 12/C #16 A r, BIW ED 1065 0345 8 09 IGA-63 CACLE. 12/C 216 AMG CERPD WIPE ED 1392 123456 13 iCA-69 CAELE. 2/C #16 AMG BIW ED 1065 2345 09 tGA-70 CADLE. IS/C #16 AMG CEPPD WIPE ED 1390 103456 13 . ICA-70 CADLE, 18/C #16 AVG BIM ED 1065 2345 09 tCA-77 CABLE, 4/C 310 A r, CEPPD W1RE ED 1312 8 ' 08 , ICA-9 CABLE, 1/C 1500 MCM GEfERAL CABLE ED 1055 8 10 108-01 CAELE. 2/C #10 AMG OKCtlITE ED 1404 8 16 ttC3-11 CADLE, TPIPLEX 2/0 AMG GENERAL CABLE ED 1056 8 14 103-11 CABLE. TPIPLEX 2/0 AMG CVO? LITE ED 1304 8 10 ICD-12 CABLE, TRIPLEX R1 AMG OMCt1ITE ED 1394 8 12 tCS-12 CABLE. TPIPLEX #1 1056 8 14 l O Ar, GE!!EPAL CABLE ED 1128 8 e _tCO-15 CAELE TRIPLEX 24 AWG CKCitITE ED 06
!!CS-16 CADLE. TPIPLEX 36 AMG CKCHITE ' ED 1128 8 06 t:GS CABLE, 3/C CS AWG CKCHITE ED 1103 8 06 i
. IG3-13 CABLE. 3/C #10 AMG CK0t4ITE ED 1128 8 06 _HCC-19 CABLE, 3/C 512 AWG CKCt4ITE ED 1128 8 06 O e O e __ _H- __ _____ ________ __ _ ____ _ .__________ ._ _ _ ._ _ _ ._ _ __ _ ____
, O O DATE 10/30/80 VIRGINI A ELECTPIC ANJ FCMEP CC**DANY FAGE 11 tC'JTH Ah*TA PO*.:ER STATIC'1 UNIT 2 iO EcuIr= OiurICiT1C', nASTtP uST t*APK IC'E ER SCPT CFPE2 12345678901234
!!23-35 CAELE. 2/C 316 AW3 BIW E0 1265 2345 09 h03-35 CABLE. 2/C 816 AMG CEPPO WIPE ED 1392 2345 13 t:03-39 CAELE. 3/C 316 AMG CEPRO WIRE ED 1392 123456 13 ICC-37 CABLE. 3/C 316 ARG BIH ED 1265 2345 09 tCS-40 CAELE. 4/C 316 AMG BIW ED 1265 2 F+ 5 09 ICD r+3 CABLE. 2/C RS AWG CEPPO WIRE ED 1312 8 08 PCO-44 CACLE 2/C 86 AMG CERPO WIPE ED 1312 8 03 tCS-45 CABLE, 4/C 86 AWG CEPPO WIPE ED 1312 8 03 tCD-5 CABLE. TPIPLEX 500 t*CM GENERAL CABLE ED 1256 8 14 tC3-5 CABLE. TPIPLEX 500 t*Cr1 CKCtlITE ED 1384 8 12 IC3-55 CAELE. 45/C #16 AW3 EIW ED 1265 2345 09 tCS-7 CADLE. TRIPLEX 250 MCt1 GEt!EPAL CABLE ED 1256 8 14 tCD-7 CABLE. TPIPLEX 250 MCt1 OKO'llT E ED 1334 8 12 PS-EG-2JA FRESSURE SWITCH. Et1ER CEtl CJ COMP ED 8 *N/A FS-EG-2JB PRESSUDE SWITCH. Et1ER GEN 2J CC'iP ED 8
- tUA PT-Lit-200A TRANSMITTER. C0tiTAIt31EtiT PRESSU'7E FOXBOPO LN 1215 135 43 PT-Lii-2006 TPAtCMITTER. CotiT AIt!'1E!!T .7ESSUPE FOXECPO LH 1215 135 48 PT-Lti-200C TPA!!St1ITTER. COtiTAIPCtENT FRESSUPE FOXECPO LH 1215 135 48 PT-Lt1-2000 TPA!!SMITTER. C0ffTAlt2*EllT FPESSURE FOX 0090 Lt1 1215 135 48
_ PT-t15-201A TRANSMITTER, MAIti STM LP I FRES CotiTPOL MS 2 *tvA l PT-MS-201B TPANSMITTER. MAlti Siti LP II FPES C0tiTPOL tts 2 *tUA PT-tts-201C TRANSt1ITTER MAlti Siti LP III FRES CCHTROL t1S 2 *tVA I PT-2455 TRANSMITTER. FPESSURIZER FRESSUPE BARTott RC 1010 23 5 WO7 _ PT-2456 TRAtish1TTER. FRESSURIZER FPESSURE BART0t1 RC 1010 23 5 WO7 O O O O e
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O O CATE 10/30/20 VIRGINIA ELECTPIC At:D PC1!EP CCFANr PAGE 13 t:037H AtNA PCWEP ST ATIDI L* LIT 2 O E0=ttu CAu,1CATIcH nASTER uST MARK PL?icER SORT e CRCER 12345678901234 50V-EO-2903 SOV. STEAM CEtt BLCLOO'24 ISCLATIC?t VALVI ASCO CI 1105 7 63 1 g 007-ED-200E SOV. STEAM GEtl. BLCkCC"JI ISCLATICtl ASCO CI 1125 1 30 507-EC-200F SOV. STE AM GEN BLOLOCL*1 ISOLATION VALIE CI 1125 7 63 t lO 507-EO-200G SOV. STEAM GEH BLCLOC'41 ISCLATI0tl VAtVE ASLO ASCO CI 1125 1 7 63 e S OV-E D-2 0 0H SOV. STEAM GEH BLCbt0k?4 ISOLATICH VA.VE ASCO CI 1125 7 63 S07-E,0-200J SOV. STEAM GEli BLCL'DC' t1 ISCLATICH VALVE ASCO CI 1125 7 63 00V-CC-200A 00V. PECIFC. AIR CCOLER C'JTLET CUTSIDE ASCO CI 1125 1 30 50V-CC-2000 00V. PECIPC. AIR COOLER OUTLET ClfTSIDE ASCO CI 1125 1 30 007-CC-200C 57/. PECIRC. AIR CCOLEP CUTLET CUTSIDE ASCO CI 1125 1 30 SOV-CC-201A SOV. PCP THEPMAL B APRIER RET HEADER ASCO CI 1125 1 30 SOV-CC-203B SOV. PCP THEPitAL BARRIER HEADER ASCO CI 1 62 00V-CC-202A SOV,. FCP COOLER DETL'RN HEADER ASCO CI 1125 1 30 OCV-CC-2003 SOV. PCP EE ARitG COOLING ASCO CI 1 53 SCV-CC-202C 507. PCP COOLER RETURif HEADER ASCO CI 1125 1 30 COV-CC-200D 50V. PCP BEARIrG CCOLItG ASCO CI 1 SS SOV-CC-200E SOV. PCP COOLER RETUPti HEADER ASCO CI 1125 1 30 SOV-CC-202F SOV. PCP BE ARItG CCOLItiG ASCO CI 1 58 00V-CC-203A SOV. PHR HEAT EXCH PETURt1 AS'.0 CI 1125 1 30 SOV-CC-203S SOV. PHR HE AT E)'CH PETUPN ASCO CI 1125 1 30 _ 00V-CC-204A-1 SOV. PCP CCOLEP IllLET OUTSIDE ASCO C1 1125 1 30 00V-CC-204A-2 50V. PCP COOLER I'lLET CUTSICE ACCO CI 1125 1 30 00V-CC-20'40-1 SOV. PCP CCOLEPS IllLET CUTSICE ASCO CI 1105 1 30 50V-CC-2C48-2 SOV. PCP CC"LEPS ItiLET CUTSICE ASCO CI 1125 1 30 _ COV-CC-204C-1 SOV. PCP COOLERS IllLET CUTSIDE ASCO CI 1125 1 30 O e 3 - _ _ _ _
CATE 10/ 6 0 VIPSINIA ELECTRIC Ato FC L -CCMPAtit PAGE 14 p flC7TH ANNA FCMEP STATICtl UNIT 2 d ECUIFMENT CALIFICATIC!l MASTEP LIST b3 MARK i."JOER SCRT O__. ttAPK t10. DESCPIFTICH MAtluFACTURER MCDEL NO. SfS F'# C H . ACCIDENT FUtlCT FILE FASE O CPDER 12345673901234 00V-CC-204C-2 SOV. PCP CCCLEPS IrlLET CUTSIDE A?CO CI 1105 1 30
-s U h SOV-CC-205A SOV. FECIRC AIR COOLEPS C'JTLET ItiSIDE ASCO CI 1 62 O
SCV-CC-205B SOV. PECIPC AIR CCOLEPS OUTLET IllSIDE ASCO CI 1 e2 e 1 00V-CC-205C SOV, RECIRC AIP CCOLEPS CUTLET INSIDE ASCO CI 1 62 50V-CV-200 SOV. CC?iTAIN!!ENT VACUUM EJECT IHLET CI 1 *N/A SOV-CV-250A SOV, CCt4TAIUt1EllT VACUM FUMP SUCTIC?l ASCO CI 1125 135 67 l 50V-CV-250S COV. CotiTAIRiENT VACUM Ft.*iP SUCTICt1 ASCO CI 1125 135 67 O, O SOV, CONTAIttiErli VACUM PUMP SUCTIC!I ASCO CI 1125 1 35 67 - I SOV-CV-OSCC 00V-CV-2500 SOV, CCtlTAIllMEllT VACUti FUMP SUCTICtl ASCO CI 1125 135 67 00V-DA-200A SOV, PC SUMP FUMP DISCHA9GE ASCO CI 1125 1 30 00V-DA-2000 SOV. CC'ITAItLEt!T SUMP DISCH ISOLATICtl ASCO CI 1 62 SOV-CG-200A SOV. FRIMARY CPAlti TPAHSFER FUMP DISCHARG ASCO CI H/A 1 15 SOV-CG-2003 SOV, FPIMARY CRAIll TPAtlSFER FUMP DISCHAPG ASCO I 1 62 q V "CV-ifV-160-1
. SOV. CCtlTROL A?O PFt.AY PCOM DAMPER HV 6 *N/A 00V-HV-160-2 SOV CCilWOL Ato PEL AY PCOM D(!trER HV 6 *N/A i ^
l SOV-HV-16I-1 SOV, CCtlTROL AND PELAY PC0t1 DAt1PER HV 6 *H/A SOV-IIV-161-2 SOV C0tlTROL A?O PELAY POCH DAriFER HV 6 *N/A n u 8 SOV-HV-215A-1 SOV, FLUSH VALVE SERVICE BLDG STRAINER CI 1 *tt/A S0V-HV-215A-2 SOV, FLUSH VALVE SERVICE BLDG STRAffl{R CI 1 *N/A O- O
, CI 1
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_ SOV-HV-2153-1 SOV. FLUSH VALVE SERVICE BLDE STPAIPiER SOV-HV-2159-2 SOV. FLUCH VALVE SEPVICE BLDG STRAIllER CI 1 *t1/A b- h SOV-HV-2200A SOV, VALVE FOR 2-HV-P-22A HV 9
- t1/A 50V-HV-22006 SOV, VALVE FOR 2-HV-P-22B HV 9 *t1/A q
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_-_g-___ _-_- _ _ O O DATE 10/30/80 VIRGINIA ELECTRIC AND PCWER CONFANY FAGE 15 NC7TH Af flA FCL'ER STATICH LHIT 2 l O E0ulrMENT CAtIrICATIe,firsTtR tIST e MA K t:UM3ER SCRT CPDER 12345678901234 SCV-HV-2300A SOV. EDTTLED AIR SISTEM HV 6 *N/A S07-HV-23000 SOV BOTTLED AIR SYSTEM HV 6 *N/A SOV-HV-0300C SOV. BOTTLED AIR SfSTEM HV 6
- PFA SOV-HV-23000 SOV. EOTTLEO AIR SYSYTEt1 HV 6 *H/A SOV-HV-2306A SOV. EDTTLED AIR SYSTEN HV 6 *tUA SOV-HV-2306B SOV. ECTTLED AIR SYSTEM HV 6 *N/A SOV-HV223-1 SOV. EXHAUST TO ICDINE FILTER BANK HV 23 5
- rVA SOV-HV228-2 SOV. EXHAUST TO ICDIllE FILTER BANK HV 23 5 *H/A SOV-IA-200A SOV. C0tiTAItNENT ItiST AIR ISCLATION ASCO CI 1125 1 30
$0V-IA-2008 SOV. CC'ITAItR1EtfT INST AIR ISOLATICtl ASCO CI 1125 1 30 SCV-IA-200C SOV. CCtiTAlt# TENT It1ST AIR ISCLATICt1 ASCO CI 1125 1 30 SOV-IA-201A SOV. C0t1TAItdENT INSTFUt1EP'T AIR ASCO CI 1 55 SCV-IA-202A C0!1TAlt#1EtiT IttSTPLMElli AIR ISOLATICt1 ASCO CI 1125 1 30 SOV-IA-202B C011TAII:1ENT INSTRUMENT AIR ISOLATION ASCO CI 1125 1 30 SOV-LM-200A SOV. CCt1TAltniENT LCAKAGE MCt4ITOR ASCO CI 1163 1 40 00V- Lit-20 08 SOV. cot 4TAINMEllT LEAKAGE M0tlITOR ASCO CI 1163 1 40 00V-LM-2000 SOV. CCtlTAIt01EtiT LEAKAGE MotlIT07 ASCO CI 1163 1 40 SOV-LM-200D 30V, CONTAItNEtiT LEAKACE MONITOR ASCO CI 1163 1 40 SOV-Ltt-200E SOV. CONTAIt#1ENT LEAVAGE Mot 1ITOR ASCO CI 1163 1 40
(
- SOV-LM-200F SOV CONTAIt#1EtiT LEAKAGE MONITOR ASCO CI 1163 1 40 1
SOV-LM-2003 SOV. CotiTAlt01ENT LE AKAGE Mot lITOR ASCO CI 1163 1 40 i SOV-LM-200H SOV. CCtlTAftetENT LEAKAGE MCNITOR ASCO CI 1163 1 40 l SCV-L*1-2 01 A SOV CCNTAIt1 MENT LEAKAGE F1CHITOR ASCO CI 1163 1 69 SOV-LM-201B SOV CONTAlt01ENT LEAKAGE M0tlITOR ASCO CI 1163 1 69 0 e O #
O lO DATE 10/Te o VIRGItlIA ELECTPIC ANO PC'Af C"r'ANY PASE 16 O P. ORTH A?24A FC'4EP STATIC'4 UNIT 2 O Ecu1PntHT cAuE1CiTIO , niSua uST MARK tC SER SC9T e C70ER 12345673901234 50V-Lf1-201C SOV. CCNTAIN'1ENT LEAKAGE MCNITCR ASCO CI 1163 1 69 O # SOV-LM-2010 SOV. CC'ITAIt2 TENT LEAVAGE F10NITCR ASCO CI 1163 1 69 SOV-fts-201A-1 SOV PtAIH STEAM LINE TRIP ASCO CI 1 60 SOV-r13-201 A-2 SOV. MAIH STEAM LINE TPIP ASCO CI 1 60 SOV-t!S-2 01 A-2 SOV. MAIN STEAM LIP E TRIP CI 1 *N/A SOV-fi3-201A-4 SOV MAIN STEAM LINE TRIP ASCO CI 1 60 SOV-MS-201A-5 SOV. MAIH STEAM LIllE TRIP ASCO CI 1 60 SOV-it3-201 A-5 SOV,t1AIH STEAM LINE TRIP CI 1 *N/A SOV-tis-2 018-1 SOV MAIN STEAN LINE TRIP ASCO CI 1 60 O O, 50V-MS-2018-2 SOV MAIN STEAM LINE TRIP ASCO CI 1 60 SOV-tS-201B-2 SOV MAIN STEArt LIllE TRIP CI 1 *N/A SOV-M3-2010-4 SOV. MAIN STEAM LINE TRIP CI 1 *N/A SOV-ftS-2 018-4 SOV. MAIH STErM LINE TRIP ASCO CI 1 60 - SOV-MS-2018-5 SOV MAIN STEAM LINE TRIP ASCO CI 1 60 SOV-t:3-2 01C-1 SOV MAIN STEAM LINE TRIP ASCO CI 1 60
$0V-!13-201C-2 SOV,itAIN STEAf1 LINE TRIP ASCO CI 1 60 SOV-tt3-2 01C-2 SOV MAIH STEAM LINE TPIP CI 1 *N/A SOV-t15-201C-4 S0V,t1AIH STEAM LINE TRIP CI 1 *N/A 50V-tts-201C-4 SOV MAIN STEAM LINE TRIP ASCO CI 1 60
_ SOV-tt3-201C-5 SOV. PfAIN STEArt LINE TRIP ASCO CI 1 60 SOV-t!S-201C-5 SOV, t1AIN STE AM LIf!E TRIP CI 1 *N/A l SOV-MS-209A SOV. STEAf1 GEH TRIP ASCO CI 1125 1 51 , SOV-t13-209B SOV. STEAM GEN TRIP ASCO CI 1125 1 51 _ SOV-t1S-210A SOV. CI 1 *H/A 1 O e l O 9 I R_ .___ __ . _. _ _ _ _ _ ._ _ _ __
O O DATE 10/30/80 VIRGINIA ELECTPIC APO FC'4R CCMPAN( PASE 17 NC"fTH AN'iA FCWER STATICN C' LIT 2 O Ec.nrnENT CuIrICA11cn mSuR uST S MAFK t'U!SER SCRT CPDER 12345678901234 SOV-MS-210B SOV. CI 1 *N/A g S 'V-its-211 A SOV. AUX FEED PUt1P TUPB CRIVE ASCO F13 1125 2 67 36 50V-!!S-211B SOV. AUX FEED FUMP TURB DRIVE ASCO MS 1125 2 67 36 SOV-tis-213 A-1 SOV. STEAM GEH IFIP ASCO CI 1125 1 51 SOV-tis-213A-2 SOV, STEAM GEH TRIP ASCO CI 1125 1 51 SOV-its-2133-1 SOV. STEAt1 CEH TRIP ASCO CI 1125 1 51 SOV-MS-213B-2 SOV. STEAtt GEH TPIP ASCO CI 1125 1 51 SOV-itS-213C-1 SOV. STEAt1 GEN TPIP ASCO CI 1125 1 51 50V-tts-213C-2 SOV. STEAt1 GEN TRIP ASCO CI 1125 1 51 SOV-Pit-200A SOV, RADIATION M0?lITORING ASCO CI 1125 1 30 SOV-F tt-2 008 SOV, PADIATICil t10NITORING ASCO CI 1125 1 30 SOV-Rti-200C SOV. RADIATION MONITORING ASCO CI 1 62 SOV-SI-200A SOV. *lITRCGEN SUPPL ( LINE ASCO CI 1125 1 30 SOV-SI-2003 SOV. HITROGEN SUPPLY LINE ASCO CI 1125 1 30 SOV-SI-201 SOV. HITPCGEH SUFPLY LINE ASCO CI 1125 1 30 SOV-SS-200A SOV. FRESSURIZER LIQUID SPACE ASCO CI 1 62 SOV-SS-2003 SOV. PPESSURIZER LIQUID SPACE ASCO CI 1163 1 37 SOV-SS-201A SOV. PRESSUPIZER VAPCR SPACE SAMPLE ASCO CI 1 62 SOV-SS-201B SOV. PRESSURIZER VAPOR sat 1PLE ASCO CI 1163 1 37 _ SOV-SS-202A SOV. FRIt1ARY C00LAf4T COLD LEG sat 1PLE ASCO CI 1 63 S07-53-202B SOV, PRIt1ARY C00LAtiT COLD LEG sat 1PLE ASCO CI 1163 1 33 SOV-SS-203A SOV. RHR OUTBOARD ISOLATION VALVE ASCO CI 1 37 50V-SS-203B SOV. RHR OUTE'OAFD ISOLATICH VALVE ASCO CI 1163 1 37 SOV-SS-204A SOV PRESSURIZER RELIEF TAliK GAS SPACE ASCO CI 1 62 O e O O e - _ _lL_______ __
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---N O O DATE 10/M0 n VI;GINIA ELECTRIC AND PCWS Ct,P AN Y PAGE 26 O NO7TH AtalA POWEP STATICN L'iIT 2 O EcuIP::ENr citIrICAT1Ct, t,1SIER tIST S ttARK h*JMSER SC7T CFCER 12345673931234 2-EP-CB-C4B CABINET, VITAL EUS CAB 2-2 ED 8 atVA 2-EP-CD-04C CABIt!ET, VITAL BUS CAB 2-3 ED 8 *tU A 2-EP-CB-04D CABIt1ET, VITAL BUS CAB 2-4 ED 8
- tU A 2-EP-CB-12A CABINET, DC CABINET 2-1 ED 8 *tUA 2-EP-CB-12B CABINET, DC CABINET 2-2 ED 8 *tu A 2- E P-CE>-12 B1 CABIt4ET, CC DISTRIBUTICt3 PANEL 2-2A ED 8 *tUA 2-EP-CB-12C CACINET, DC CABIt:ET 2-3 ED 8 + tvA 2-EP-CB-120 CABINET, DC CABINET 2-4 ED 8 a tt/A 2-EP-CD-1201 C A3INET, DC DISTRIBUTI0t4 PANEL 2-4A ED 8 *N/A CABINET, VITAL SOV pat EL ED 8
- tu A 2-EP-CD-19A 2-EP-CD-15B CABINET, VITAL SOY rANEL ED 8
- tV A 2-EP-CB-23A CADIt4ET, DC DISTRIBUTICf3 pat:EL 2A ED 8 *N/A CABINET, DC DISTRIBUTI0tl PANEL 2B ED 8 *tUA 2-CP-CB-23B ED 2 *tUA 2-EP-CB-28 CABINET. AUX RELAY CAB CASIt!G COOLING CABIt!ET, AUX RELAY CAB CASING CCOLING ED 2 etUA 2-EP-CB-28 CABINET, AUX RELAf CABINET A ED 23 5 78
- tuA 2-EP-CD-28A j O t 2-EP-CB-208 CABIt:ET, AUX PELAY CABINET B ED 23 5 78 *PUA e
CABINET, CCtiTRCL PANEL FCR C0t(TROL ROCr1 A ED 6 *tuA 2-EP-CD-M CABINET, CONTROL PANEL FOR CCNTROL R00:1 A ED 6
- tu A 2-EP-CD-35 CABINET, INST DISTRIEUTION PAf#iEL 1 ED 8 *tV A
_ 2-EP-CB-SOA CABINET. INST DISTRIEUTIOtt pat #1EL 2 ED 8
- tUA 2-EP-CB-8CS CABINET, INST DISTRIBUTION PAtiNEL 3 ED 8 atUA 2-EP-CB-00C ED 0 *tVA 2-EP-CB-8CD CABINET, INST DISTRIBUTICN pat #:EL 4 ED 8 *tVA 2- E P-t10-10 NCC, 2H1-1 .,
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O O DATE 10/30/80 VIPGINIA ELECTRIC A!O FCMER CCMFANY PAGE 27 tiCETH AMIA FCUER ST ATIC'4 C' FIT 2 O EcuirnEt<T aitIrICATICu niSTER tIST 4 MARK h"ZLER SCRT CRDER 1234567S901234 2-EP-t!C-11 MCC 2J1-1 ED 8 *N/A 2-EP-MC-12 t1CC 2H1-1A ED 8 *H/A 2-EP-MC-13 MCC. 271-1A ED 8 *N/A 2-EP-MC-19 MCC-2H1-2H KLOCKNER MOELLER ED 1176 8 20 2-E P-NC-2 0 MCC-2H1-2S KLCCKNER MOELLER ED 1176 8 22 2-EP-MC-21 MCC-2J1-2N KLCCKNER MCELLER ED 1176 8 22 2 -E P-itC-22 MCC-2.4-23 KLOCKt:ER MOELLER ED 1176 8 20 2-EP-MC-41 NCC 2H1-4 ED 8 *H/A 2-FW-P-3A PUMP. STM GEN AUX DP MOT A FW 57
- t t/A 2-FW-P-3B PUMP, STM GEN AUX DP MOT B FW 57 *N/A 2-HC-HC-1 HVDROGEN PECOMBINER POCKWELL INT. HC 1365 35 43 2-HV-AC-06 COOLER. EMERGENCY SWITCHGEAR ROOM A/C HV 9 *N/A 2-HV-AC-07 CCOLER. EMERGENCY SWITCHGEAR RCOM A/C HV 9 *N/A 2-HV-AC-08 CCOLER. AFTER CCOLER Ef1ER GEN RCOM OH ED 6 *N/A 2-HV-AC-09 CCOLER. AFTER CCO'ER EMER GEN PCOM 2H ED 6 *N/A 2-HV-E-4A CHILLER, CCHTPOL APO PELAY ROCH WESTIN0 HOUSE HV 1247 6 01 2-HV-E-4B CHILLER CONTROL AND RELAY POCM WESTIN0 HOUSE HV 1247 6 01 2-HV-E-4C CHILLER CONTPOL Atto RELAY POOM MESTINGHOUSE HV 1247 6 01 2-HV-F-24 FAff. EQUIPMENT ROOtt SUPPLY AEROVENT FAN CO. HV 1241 6 03
_2-HV-F-40A FAtl SAFEGAURDS AREA VENTILATICH BUFFALO FORGE HV 1296 0 18 2-HV-F-42B FAN SAFEGAURDS AREA VENTILATION BUFFALO FCRGE HV 1296 0 18 2-HV-F-41 FAN. CCitTROL ROOM ENER VENT HV 6 IQ-8 *N/A 2-HV-F-42 FAN. EMERGENCY SWITCHGEAR VENT HV 9 *H/A FAN BATTERY ROCM 2-2 EXHAUST HV 9 *N/A _ 2-HV-F-50B O 9 xO __ _ . _- _. _ _ ._ _ - _ - __. -__
O o" (~) O PAGE 28 C DATI 10/1 % 0 VIPSINIA ELECTRIC AN3 PCRE Cr AN Y tCRTH At2fA PC'.!!R ST ATION UNIT 2 EQUIrt'ENT CALIFICATICN t* ASTER LIST O MARK I!Ut'CER SORT C7 DER 12345678921234 2-NV-F-57A F AN, B ATTERY RCOM 2-1 EXHAUST F AN HV 9 *N/A FAN, BATTERY RCCt1 2-3 EXHAUST HV 9 *N/A 2-HV-F-57C FAN, CATTERY RCOM 2-4 EXHAUST FAN HV 9 afUA 2-HV-F-570 FAN, 1H SUFPLY FAN HV 1
- t1/ A 2-HV-F-68A FAN, IJ SUFFLY FAN HV 1 *N/A 2-HV-F-628 2-HV-F-71A FAtl SAFEGAURCS AREA VENTILATI0tt JOY MANUFACTURIt!G HV 1201 0 21 F AN, SAFEGAUPDS AREA VENTILATICH JOY mat UFACTURING HV 1201 0 21 2-HV-F-718 FUMP, CHILLER ROC *1 A/C BINSHAM-WINIAMETTE HV 1276 6 04 2-HV-P-20A 2-HV-P-2CB FUt1P, CHILLER ROOM A/C BINSHAM-WINIAMETTE HV 1276 6 C4 2-HV-P-2CC FUMP, CHILLER ROOM A/C BINSHAri-WI'tI At1ETT E HV 1276 6 04 O
2-HV-P-22A PUt1P , CHILLER R00t1 A/C BINSHAti-WINIAMETTE HV 1276 6 04 e 2-HV-P-22B PUMP, CHILLER ROC!1 A/C BIP:SH Ati-WINI AME TTE HV 1276' 6 C4 l l' O 2-HV-P-22C FUtiP CHILLER ROOM A/C BIllGH AM-WINI At1E TTE HV 1276 6 C4 e 2-HV-S-1A STRAINERS, CHILLER R00t1 ELLIOT HV 1299 6 02 2-HV-S-ID STRA!HERS, CHILLER ROCM ELLIOT HV 1299 6 02 FLOW SWITCH, BATTERY RCOM 2-4 VENT HV 9 *N/A 2-HV-22070 2-QS-P-1A FUMP, CUENCH STRAY FUt1P 1A QS 35 aN/A 2-QS-P-1B PUMP, GUENCH SrPAY PttfP IB CS 35 3 *N/A , 2-RS-P-1A PUt!P , INSIDE RECIRC. SPRAY GENERAL ELECTRIC RS 1355 35 29 PUMP, INSIDE RECIRC. SFRAY GENERAL ELECTRIC RS 1355 35 28 _ 2-RS-P-1A 2-RS-P-1B PUt1P , INSIDE RECIRC. STRAY GENERAL ELECTRIC RS 1355 3 29 p d h 2-RS-P-JB FUtiP, INSIDE RECIRC. 9 PRAY GENERAL ELECTRIC RS 1355 3 28 2-RS-P-2A PUMP, RECIRC. SPRAY GENERAL ELECTRIC RS 1127 3 44 FUMP, RECIRC. SPRAY GENERAL ELECTRIC RS 1127 3 44 _ 2-RS-P-28 i lO O 1 i O O _ 11 - . ,
DATE 10/30/80 VIRGINIA ELECTDIC AND FCWER CcMPANY PAGE 29 NCUTH At?!A F7.EP STATICH L*iIT 2 O EcuIrnmT cAurICAT1CN niSTER tIST # MARK !?Jt2ER SORT C2 DER 12345678901234 2 -R S- P-3 A FUMP. CASIt:G CLG FECIFC SFRAY FUMP RS 35 *N/A 2-RS-F-38 FUMP. CASD:3 CLG RECIRC SPRAY FtkiP PS 35 *N/A 2-SI-P-1A FUMP. LCW HEAD SAFETY INJECTICtl WESTI!!OHCUSE SI 1010 2 5 W13 2-SI-P-1B FUMP. LCW HEAD SAFETY Ill)ECTION WESTIllGHOUSE SI 10.0 2 5 W13 2-SW-P-1A FUMP. SW FUMP MOTER A SW 23 5 *N/A 2-SW-P-1B FUMP SW PUMP MOTCR B SW 23 5 *N/A 2 0W-P-4 FUMP AUX SERVICE WATER FUMP SW 23 5 *N/A 2-SW-P-5 FUMP RADIATICH M0tlITCR MARATHOtt ELECT. SW 1083 4 41 2-SW-P-6 PttiP. RADIATICtl MONITOR MARATHCN ELECT. SW 1083 4 41 2-SW-P-7 PUMP. PADIATICH MONITCR MARATHCtl ELECT. SW 1033 4 41 2-SW-P-8 FUMP. RADIATI0tl MCtlITOR MARATHON ELECT. SW 1083 4 41 2-SW-S-1A STPAINER. SW TRAVELIt!G WATER SCREEll3 SW 23 5 *N/A 2-SW-S-1B STRAINER. SW TRAVELING WATER SCREENS SW 23 5 *N/A ( 2-VD-I-01 ItUERTER. VITAL EUS ItuERTER 2-1 ED 8
- tt/A 2-VB-I-02 IPNERTER VITAL EUS ItNERTER 2-2 ED 8 *N/A 2-VB-I-03 IPNERTER. VITAL C03 ItWERTER 2-3 ED 8 *N/A 2-VB-I-04 IPNERTER, VITAL EUS ItUERTER 2 4 ED 8 *H/A 689 RECOPDS FRIllTED O #
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! 1 I I i 1 1 I i 4 .; i i ., l 1 i j i i I i i l SECTION 10 QUALIFICATION AND EVALUATION SHEETS 1 l l J l ! l I i I i l l i [ i Revision 1 November 1, 1980
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'uJ \ v Revision 1 November 1 1180 TABLE 1 QUALIFICATION AND EVAZEATION 90DIPMS3FF DESCRIPTIOft. AC Chillers OPERABILITT DdMONSTMATED smp0FAC1tRER Nestinghouse Electric Corporation. Model reo. PC006N MSLB in Turbine Bu11 ding: None SUPPLIO: Same as above ENVIPONMEBFP TO WHICH EOUIPMFJT IS OUALIFIED gg an.gje7 MSLB in Turbine Buildinot Hone FUNCTION. Control Room sabitability MAm8ER OF OUALIFICATICIf 14 CATI 0s. SB-25aB MSLB3 None pggg yn,g OUALIFICATIOle DOCUMIFF 2-eV-E-e4, Control and Relay ar-= AC Chiller "8bOI UU"'
R 1 OOALIFICATION DEFICIENCIES AND RECDf9 TENDED SOLUTIONS DESCRIPTTON OF &Jf7IROg8tE8f? IISUO g3 gg A. Deficiencies: MSLB in Turbine Bu11dinas Equipment not qualified for exposure tos
- reda NA 1. High ambient tesaperature. 196*F rads 2. Saturated atmosphere, 1005 hanS temp 186 0-M man B. S ut i nst
*F in the event of an MSLB in either turbine building and the corn sponding press NA failure of a main steam stop valve to shut, temprature in the control roosa pela AC chiller room will approach 186*F at 100 percent relative huslaity due to steam blowdown entering the chiller rom . AC chiller systems are not MOS qualified to withstand these environmental conditions. In order to maintain tus habitable temperatures in both Units' control rooms under the above conditions it is necessary to operate two AC challers in the unaffected unit.
gesLB in Turbine Bu11dinos 30 man at 166*F Conti.vued operation of Unit 2 can be justified on the basis of always having two Unit 1 AC chillers, one Unit 1 emergency diesel generator and two Unnt 1 N RSQUIPOEB3ff$t Not required emergency buses availante. Since the analysts aan mes a mata steam tsap valve fetis to shut, no other single failure need be postulated per Regulatory Guide 1.81. Therefore, only one tnit 1 diesel generator moed be available to operate two AC chillers (this requires tying emergency busee 1N and 1J) . s 1 t
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Revision 1 noven er 1, 1980 TAALE 2 QCAI.IFICATION Arc EVALUATION EOUIPME?er DESCRIPTIOtt: Air Conditioning Self-Cleaning Strainers OPEPABILITY CEMONSTPATED MANUFAC'!UPER : Elliot Cbepany, Mcdel No. ECA MSLB in Turbine Snidano: hone SUPr:,IER: same as above E!c'IPW"ENT TO WICH EttIPwurr IS OQLIFirD EaSat 1UL-1299 MSLB in Turbine Bu11dina: None PUNCTION: Control Room nabitanility MANNER OF OUALIFICATION 10 CATION: 58-2543 MLSB in Turbine Building: None PIAplt je), OUALIFICATION Dotwir 2-IN-S-1A, Self-cleaning Strainers MSLB in Turbine Bu11dina: None 2-SV-S-15, Self-cleaning Strainers OUALIFICATION CEFICIENCIES AND REcopett2CDED SOLMIWS DESOIPTION OF ENVIROPDtENT MSLB in Turt.ine Buildinor LOCA: NA A. Defleiencies: MSLB in Turbine Bu11dina:
- 1. High ambient testperature, 186
- F g 2. Saturated atmaspnere, 100% hat rMs B. Solutions:
temp 186 W Bh
#F In the event of an MSLB in either turbine building and the corresponding failure of a main steam stop valve to shut, tesserature la the control room press NA AC chiller room will approach 18s*F at 100 percent relative h uidity due to psia steam blowiown entering the challer roam . AC chiller systema are not qualitted to withstand these envisonnental conditions.
hat 1002 In order to maintain hahitable temgwratures in Doth Units' control romans OPEPABILITY PEOUIREME?rFS * * * *** * *
,4 MSLs an Turbine Buildina: 30 man at 196*F Continued oreration of Unit 2 can be justified on the basta of always having two Unit 1 AC ch111ers, one Unit 1 emergency diesel generator ami two Unit 1 ACCtntACY PEC.WIIREMENTS: Not required emergency buses available. Since tne analysis assmes a main steam trip valve falls to shut, no other single f aibare need be post ulat ed per Regulator y Guide 1.01. Theref ore, un ty one tmat i diesel generator need be available to Operate two AC chillers (this sequires tying emergency imoes 1M and DJ).
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Revisica : TABLt 3 Ncvenier 1 1980 QUALIFICATION AJED EVAIJ3ATION zw 2 rrv, rrr DESCRIFFION: Fropeller Fan OPERABILITY Di M S N TeD MANUFACTURER: Aerovent Fan f'7any, Inc., Model No. 7-216: Ins. Class F MSLB in Turbine Buildtwa None SUPPLIER: Aerovent Fan Cosq>any, Inc., Model No. 7-216: Ins. Class F ENVIRUNMf?ff TO WHICH FCCIPMENT IS CUALIFIED R,z2a MA-1241 MSLB in Turbane Buildinca None M ION Control Room Habitability MANNF.R OF UUALIFICATION: M LOCATIQN 4 $3-2$4B NALIFICATION DOCUMENT: None MAP 3 ;e0,2 2 W -F-24, Equipment Room Supply Fan OUALIFICATION Df.FICIENCIES AND RECDPMENDED SOLUTIONS DESCRIPTION OF ENVIROf9 TENT MSLB IDCA: NA A. Deficiencies: MSLB 1a ?urbine Bu11dina Equipment aot qualified for exposure tot rada NA rada 1. High ambient temperature, 186*F
- 2. Saturated atmosphere, 100s has temp 186 0-30 min
*r B. Solutions:
press NA In the event of an nsLb in either turbine building and the corresponding paia f ailure of a main steam stop valve to shut, tengerature in tie control room ' AC challer room will approaca 186*F at 100 percent relative haardity due to steam blowdown entering the challer rome. had 100s AC challer systems are not qualitted to withstarkt these environmental conditions. In order to maintain
. OFERABILITY REOUIREMENTS haD1 table temperatures in both Units' contrul rooms under the above cmditions it is necessary to operate two AC chillers in the unaf f ected unit.
MSLB in Turbine Buildina 30 min at 186*r Continued operation of Unit 2 can De justified on the basis of always having MACY REOUIREMENTS: Not required two Unit 1 AC chillers, one Unit 1 emergency diesal generator and two Dnit 1 emergency Duses ava11aDie. Since the analysis assumes a main steam tztp valve tails to shut, no other single tallure need be postulated per Regulatory Guide 1.81. Therefore, only one Unit 1 diesel generator need be available to operate two AC chillers (this requires tying emergency buses 18 and 1J) . 3
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Revisics 1 Ncvember 1, 1930 TABLE s WALIFICATION AND EVALDATION EQUIPMEW OEtOIPTION: In-line Pumpa OPERABILITY DDtONSTPATED MANUFA 3)PER: MSLB in Turtine BuilS1MG3 None Bingham-Williamette Company ENVIPotwunrr TO WHICIf ZOUIPacNT IS CUA.LIFir.3 Model 20's No.17185s1Ge7 Type *B* insulaticas Model 22's No. 77385s1G31 Type "B" insulation EE.3 in Turbin Buildina: None SUPPLIER Same as above MANNER OF Ot;ALIFICATION hs NA-1276 MSLB in Turtine Buildinat None FUNCTION Control rocra habitat 111ty OUALIFICATION M;PM IDCATTCPI $3-2543 *t3LB in Turbine Bu11dina hone MARE NO. DUALIFICATION DEFICIENCIES AND FACOgerED soLUTID%s 2-E/-P-20A, In-line pump - Air Conditioning MSLB in Turbine Building: 2-HV-P-203, In-line pump - Air Conditicming 2-HV-P-20C, In-line pump - Air Conditioning A* ACI'"I 2-HV-P-22A, in-line panp - Air Conditioning 2-HV-P-22B, In-line pump - Air Conditicating Equipernt not qualified for exposure tot 2-HV-P-22C, In-line purp - Air Conditioning
- 1. Hign ambient temperature, 18t*F DESCRIPTf0N OF ENVIRONMtNT * "* * * "*
m: MA B. Soluti ms : MSLB in Turbine Building: In the event et an MSLB in either turbine building ard the corressending reda failure of a maa.n steam stop valve to shut, tesq=rature in the control room NA AC chiller room will approach es6*F at 100 percent relative huraidity due to rada steam blowdown entera.ng the cn111er room. AC chiller systems are not qualified to withstand these environmental conditions. tmp 106 30 min
*F in order to maintain habitable ocuperatures in both Units' control rooms press under the above conditions at is necessary to o[* rate two AC chillers in tne l NA unaffected unit.
psia had Continued operation of Unit 2 can be justified on the basis of always having 100% two Unit 1 AC challers, one Unit 1 emnergmey diesel generator arkt two Urtit 1 emergency buses available. Since tne analysis asetunes a main steam trip OPERABILITY REOUIPEMENTS valve tails to shut, no other single ta11ure need be postulated ger Regulat:ary Guide 1.81. Therefore, only gn.e Unit 1 diesel generator need be MSLB in Turbine B'111dina: 30 man at 1s6*F * * * * * * "9 9 ** ACCURACY PEOUIREMENTSt Not required 4
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'J Pievis ien 1 1Geveitler 1, 1983 TABLE 5 QUALIFICATION AND EVALUATION EOUTPP'ENF DESCRIPTION: Stanp Ptnaps OPEPA3ILITY DEPONSTRATED MA!sUFACPJPER : Jormston Ptsap Frumpany, Ptodel No. Type IG1V MSLB in Turbine Buil31na; Nee M PLIER. Sase as above ENVIRON.t WP TO WRICM EMIPatENT IS CTALIFIED: None ha NA-1421 74ANhER OF CUALIFICATION FUNCTI(RI: Control Rocan Habitability MS!B in Purbine Bu11 din 1 Test IN ATION: SB-2 sob OUALIFICATION DOCT) MENT MAPR NO. MSLB in Turbine Buildin(Is None 2-DP-P-10A, Chiller Room Sump Punq>s OCALIFICATIUM DEFICIENCIr5 AND REtrMMFNCED SOLtTIOsts 2-DB-P-108, Challer Room Sump Pumps MSLB in Turbine Buildino:
DESCPIPTION OF ENVIPONMES"? A. Deficiencies M: NA Equyanent not qualitted for exposure to: MSLB in Turbine Buil11not 1 Eigh ambient teraperature, 186*F radn MA 2. Saturated atmosphere, 100% had reds B. Solutions: temp 186 0-30 min ey in ene event of an MSLB in either turbine building and the corresponding press NA tailure of a main steam stop valve to snut, temperature a.n the control rom psia AC challer room will approach 18ter at 100 percent relative humidity due to steam blow $own entering the chiller rocas . AC chiller systesw are not had 1001 qualified to withstand t.hese envaronmental conditions. In order to maintais habitable temperatures in totn Units
- ountrol r-e under the above conditions it as necessary to operate two AC chillers in the unaf f ected unit.
OPERABILITY REOUIREMENTS MSLB in Turbine Buildicia 30 min at 146*F Continued oFeration of Unit 2 can be justified on h e basis et always having two Unit 1 AC challers, gg.g Unit 1 emergency diesel generator amt two Unit i emergency buses ava11 ante. Since the analysi s assmacs a main steam trip ACCUPACY PEOUIREMENTS: Not required valve taals to shut, no other sisg le tallure need be post ulat ed per Regulatory Guide 1. ell. Theretore, only one Unit i diesel generator need be available to operate two AC castlers (this requires tyang emergency buses la and 1J). 5 1
_ > , . - . . - . . cn....-,..,_._-. .w._-n- . . - . - . . . - - - . . - ,. . _ . . . . . _ . ~ . . . . ~ pm - 4 \ . Revisten 1 TAhIA 6 OPkxA.3fLITY D&M.AISTRATr.D '
. QUAI.1FICATIuis AND AVAILAT10m Poet laJC4 taurinal aqimp is greater than 4.9 years at 130*F pez s w Calc. 13075.49-3.
883L81 anJUIPMMrF DasatIPTions t00 V Cu Power Canle See above seh>UFACTWAR umanate Jacaets Wooprene . AJIVIRoesturP TO WHIC2R LUUIPuta.ts? 13 CM1.1Fith Insulatanns ARAylene Propylene aubber IllCA = MSLs SUFFLlam: Same as ard:ree Aging 16s hr at 250*F
. Pag.1: mA-112e rada a u IG*
FUNCTIOesa Supplies Power to Safety Systems rads IasCATIoss Insace and Outside Catasname.t temp PWM 32*
- hr
*F 252 7 days M W,3 WR Jh 0-SS min 3** SS man-3 hr 20 min HGA-20, 1/c 250 Mcet 340 3 hr 40 man Is;A-21, 1/c 2/9 Ash. e nr 27 mia Ikit-1S, Triplex No.
- Ask 2Se 1 day Isaa-16 Trapies hu. 6 AbsG 212 it#0 days NGB-17, 3/c ho. s AneG 259 Last to hr .
leGB-la, 3/c no. 10 AWG IIGa-19 3/c an). 12 AasG press seh 54.7 ' e hr 30.4 7 any DescsIFFION OF &ae#IkOleturf bhia 11s.7 0-SS min 11s.7 SS man-3 na 40 mia LUCA: 85.7 3 Pr 20 man e hr 27 mia rada 1.s a 10' (14CA) + 3.0 a 108 (+0 yr) 23.7 1 day reds = e.4 x 107 14.7 100 days 34.7 last to hr temp 250 0-30 man er 280 to 150 31-60 mia ne same caoles taet lave been exposeo to trw PesR accament cunaations were taen 150 7 60 man exposed to a fiask samilar accident condition. press 59.7 0-30 min Pt4NNEd OF UUALIFICATION '
. psia S9.7-1*.7 30-60 min 14.7 7 60 man M2!;& Teat sequential I
spray Solution or norte 0-e hr M1.B : Test-Analysis acid (2,000-2,100 ppen boron) buttered - 00ALIFICATION DOCbstFNT31gg to pat og 4 5-11 with Ilaond IAaCA Ostonat e's Engineering Regert No. tot dated J/29/74 IEEE Transactaca Paper T 740-44-4 Samilar solution ) e hr with pH of 7.4 Addit 3cnal Support 1na Ducmentet wutline et Frana11a Instatute hesearca laboratory
-9.0 keport C-369e ggg,g g i stone 6 teeDeter Caic. No. ES-215-0, Cable Temperature Transcient! dated s/10/79. <
Omonate letter dated t/J1/80. reda 1.3 x 10* teeSLat e (40 yr) rr,da = 3.0 3 107 OUALIFICATIOh daEICIE1CIES App RaOM""9 SonETIUW8, temp 430 .0-2 min M
*F 430-2110 2-40 man 150 > 60 min Deficiencies hone oss 59.7 0-30 min stSI.s Wit Acataan basse m andependent test encs anatyans. aach 01 ,
59.7 -14.7 30-60 min tne qualttacatam parameters (obtained trias andependent test and analystal escesos 14.7 ) W man the currespondtng stSLh ryttessents. Kpray 6asse as IDCA Amend FSAA aa stated in *Vua11titatie Document *. OPERASILITT R3WUIRaMENTS X mm ce N a surtace temperature hring lamating m ao MS*F which ooes not excsed qualificatam temperature 01 34* *F given an lefR exposure portaan og gg;3: i40 aars at iS0*r Luca qualatacataan, per Cale. no. as-2iS-0. AhL8: 120 aays at 150*r ACCURACT REWUISBN5b73 LUCA & ftSL81 Itot required L __ _ _ _
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(, % r . i s .. ( Fevisica 1 Nevente r 1,' 19 0 0 TkBLE 7 CPEFAb1LIIT ttJ*0MSTRAT&IDCA: 120 days, 150*F QtRI.IFICATION AND EVALUATION BELg See above ENVIFUIsGDf? TO kHICH EOUIPMJ3rT IS OUALIFIED E3CIFMENT DESQt!PTI@s Righ Temperature Cable 14CA & MSLB IthEFFAC70 Raps Cerro Wire and Cable % =ay: Jackets Asbestos Braid, Insulation
. 4111 cone nu e.e.=r rada 2 x 10*
rads SUFFLIBR: Same as above
- temp 276 0-12 1:s M NA-135) *F PURCTIOp press 64.7 0-12 hr psia 19.7 12-hr day 1.' Engineered $atety Feature
- 2. - Dan (Iack s MSLa) Mitigation spray 0 0-10 hr Solution of boric acid 10-12 hr IDCATION. Ins 11e Conta ht (1,720 ppm baron)
Same as above 12 hr to unspecatied ISR5 WD.: 24=15, Triplex 250 NO: 47 days Motes . eCA-15 is required for the inside recirculation spray pumps.
- DE3Q31F11011 OF EleVimosetBIIT F-C2750 indicates that in an earlier test the spray was buttered with Be05 to ph of 9 '
M: I rada 1.8 x 107 (IDCA) + 3.0 x 10' (40 yr) MANNER OF OUALIFICATION rade = 4.8 x 10' m Test - Sequential temp 280 0-30 min 8F 280 - 150 30-60 min _MEI:E 8
- 150
>60 min Temperature - Analysis
, press 59.7 0-30 min Pressure and Radiation - Test
.pela 59.7-14.7 30-40 min Ref er to IDCA Qualifications OUALIFIchTIoss DOCDEENT spray Solution of boric 0-4 he acid (2,000-2,100 ppe E8 boron) buttered to of,8y5 to 11 Franklin Institute Research laboratory (FIRL), Report F<2857
, Cerro's Supplassent to FIRL, Report F-C2857 FIRL, Report F-C2750 Similar solution with De hr Ceno's Supplet to FIE, Report F-C2750 pII of 7.8 to 9.0 MSLB M1 FSAR Section 3C and response to Ctsesent 7.17.
rada 1.3 x 10* (MSLB) + 3 x 10' (s0 yr) Rocitbestos' letter dated 4/25/77 IacA qua1111 cation docusants. rade = 3 a 10, F-C2750 indicates that is. an earlier test, the spray was buttered with NaOu to pa of 9. g-F 4,30 0 2_.20m min,n Each of the qualification par amet er s (obtained trum independent test and an.1ysis) e ceeds the com .s - a, Sui re,uir.ments. 150 >60 min
. prses ?)ALIFICATION Dr.riQm155 AND r_a_ '-- rw HOLUTIOBES 59.7 6-30 min psia 59.7-te.7 30-60 min M 14.7 >60 min A. Defielenc:est spray same as IDCA Qualificattera documents do not address:
I" "
- 1. 276*F, 0-30 min vs 200*F.
'M: 120 days at 150*F 2. 1,750 ppm boron vs 2,000 ppm
- 3. Iong-term post-accident ging: 120 days at 150*F
, ACCURACY REQUIREMENTS: NA -
7 Continued on next page
, . . . . ~ . . . ~ . . - , -.... . - .-. - .. - . - -. . -
' ? l l I e e e k P i Kevision 1 Ncventirr 1, 1980
?
B. Sol ut ions ; .
- 1. The above 276*F through first 30 min is within tolerance of the 14KA e "emperature transient profile - FSAR Fig. 6.2-02 (Amendment No. 65). (
i, l
- 2. The cable jacaet is of an asbestos braid which w been shown to be k resistant to all diluted alkaline solutions. Therwiere, since the 2DCA f I
spray is in the range of a diluted alkaline solution, it should have no i significant effect on the cable. t - } 3. The cable (Nrd-15) insulation is rated for 125*C conductor temperature k at rated capacity, and it can be shown by standard industry practices j that the cable is capable of operating in a 150*F annient continuously. i t, l I . t t I ! l
- i I
l i ; 1 i I t I i I l ! i i 4 i ! I h 4 i 6 i I i t t i
. b r
7a i ,j continued from preceding page 1
-.- .-. ---,-n.-- - , -- ., e-- .- , , - , . . - , , - - - . , - -r--, - _ . _ - - ,
, . . _ . _ . __ ___.___ _ _ _ _ ___ _ _ , _ _ _ _ _ , . _ _ . _ _ .._ __ , _ . . _ . _ _ . . m.. _ _ . _ . . _ . _
, (. A " t Revisica 1 hovember 1 1980 TABLE 8 QGALIFICATIOti AND EVALCATIOa1 SDUIP8Earr DESCRIPTION: 600 V Control Cable OPERABILTTY REOUIkEM57 FPS
!1NEUPACWP&p s Cerro Mire and Caole Jackett Neoprene; Insulation: Cross-LinRed IDCA & MSLB 120 days at 150*P Polyetayianes Pyro-thor II ACCUPACT REcurptJegar?St Not required fa2.t3 IIA-1312 FUNCTTuls: Supplies Power to Safety Systema I4 CATION. Inside and Outside Cbntainment '
80 lute IO. : leGA-19, 2/c No. 2 AMG .IsGA-e5, 2/c No. 12 AuG 1eGA-34, 1/c Mo. 14 AMG ' IBGA-47, 4/c Mo. 12 AteG IIGA-35, 2/c Iso. 14 AleG IeGA-49, 7/c po.12 AuG IBGA-36, 3/c No. 14 At0G NGA-57, 4/c No. TO A88G NGA-37, 5/c IIo. 14 AleG 10GA-77, 4/c 900 10 AWG IBGA-78, 7/c 150, 14 AlfG NGB-43, 2/c Blo. 8 JlleG IIGA-39, 9/c No.14 AssG .leGB-44, 2/c No. 6 AMG # i IIGA-40,12/c seo.14 AlfG MGB-45, 4/c 100 6 AMG NGA-4 4, 1/c 300 12 AssG DBSCRIPTIOtt OF SlewIROI8 tsp? LOCA: rada 4.8 x 107 (I4CA) i
+ 3.4 x 10* (40 yr) rada =4.8 x 107 temp 280 0-30 min SF 280-150 30-60 min 150 260 min prssa 59.7 6-30 min psia 59.7-14.7 30-60 rin 14.7 740 man '
spray Solution to boric acid 0-4 hr (2,000-2,100 ppm baron) buttered to EJI of 8.5 to 11 with BenOS Similar solution with pH >4 hr of 7.8 to 9.0 M rada 3.4 x 10* (40 yr) rads
. temp 430 0-2 min tF 280 2-60 min 150 i
>60 min psia 59.7 0533 min psia 59.7-14.7 30-60 min 14.7 >60 min spray Same as LOCA 8
Continued on next page j 1
l y % ' r s v " Revision 1 November t. 1983 WBAABILITY D4MDMSTRAMD B. Soluticmas
'M: 270*F for 12 hr,160*F tar 6 days After testing, it was concluded that the performance of the cable tus -
Post IDCA thezzal aging is equivalent to 71 days at 150+F. acceptable under simulated IDCA and btSLB mndations without any loss of per SW Cale. 13075.49-3 per f ormance. Therefore, it is believed the M attianal elevated tesverature Mt See Qualification Deficiencies will have little effect. Ea#1Rossamfr TO WHICH EOUIPMDrr IS Ot:AI.IFIED ' toCA e ie:a A. Deficiencies: Aging Qualification temperature 3 4 *F for 13 min is below proposed accident 1300 hr at 150*C temperature, e30er for 2 min. rad 2 x 108 + B. Solutions: temp 276
- 0-li hr rF 164 12 hr-unspecified furface torpera* ure will reach a maxim d of 3558F after 2 mia at 43J8F.
160 7 d.sys-unspecaried Therefore, 1pe temperature requiresea:s are met. 376 c a ti ela 376 13-15 min - 366 -
, 15-20 min 337 *- ^
20-25 min
, 337-242 25 man-3 hr 36 min ' '
press 64.7 ," 0-12 hr - "
- pela 19.7 12 hr-? days 72.7 0-13 nda "
76.7 13-15 mi.m a
'76.7 74.7 15-20 sin " N 20-25 min 74.7 25 mir. to 3 hr 36 man spray Solution of boric acid 10-12 hr gapprox. 1,720 ppe boron)
Same as above 12 hr-unspecitted SWWNIER OF QUALIFICATIvet % Ms Sequential Test llEdit Sequential Test QUALIFICATION DOCUMENT M2 Fr&nalin Institute Research Laboratory Report (FIRL) F-C2857 Cerro's Supplement to FIAL Report F-C2857 Rockbestos Company Report (13-10407-E) Ss-13-2 Test was performed on cable or a Einilar construction as that supplied in P.O. 54-312/1312 FSAR Section 3C and response to h nt 7.17
- OOALIFICATIOtt DEFICIMcCIES AMD H N " " SOLUTIONS Mt A. - Deficierwies Post IOCA & MSIA thermal operability not equivalent to 120 days at 15u'F. g, Continued from preceding page
.k>r . ~ s O
4 Revision 1
, Novetter 1 19C0 QUALIFICATION A.ND EVA1 CATION ,
EDUIPNaprr DESQtIPTI0 Ira 300 V Instrument Cable psia 59.7 0-30 men p8ufUPACTURERS: - Boston Insulated . Wire and Cable Jactet: Ileoprenet Insulation: 59.7-14.7 30-60 min Cross-11amed Polyethlene 14.7 >t3 min
' SO N ER:' h as h - 8 Pray same as LOCA
, OPERABII.ITY REOUIft EMFrrtS LQChr 120 days at 150*r
, 1. amergency core Cooling / core seat Removal M: 120 days at 150*F ,
- 2. Engineered Safety Feature
- 3. Post-accident monitoring - ACCTRACY R20UIREMENTS Not required l i
4
- 4. DBA CACA & MSLB) Mitigation
' LOCAT30ers . Inside and outside Catainment flhAK 1504 NGA-67 19/c No. 16 AMG *NGB-35 2/c Iso.16 AMG IBGA-68 12/c 100. 16 AMG *I8GB-39 3/c Mo. 16 AWG IBGA-69 2/c Iso. 16 AMG *NGB-40 4/c No. 16 AhG IBGA-70 18/c Iso.16 AtoG IsGB-55 45/c No.16 AMG 4
- Denotes cables that are used inside containment en Class 1E circuits.
- DESattr7IQIs OF EasVIRosesarr Mf reda 1.8 x 107 (taCA)
+ 3.0 x 10' (40 yr)
' reds
- 4.8 a 10' temp 280 0-30 min
'F 280-150 30-60 min 150 >60 min press 59.7 0-30 min psia 59.7-14.7 30-60 min 14.7 >60 man
- spray - Solution of boric acid 0-4 hr (2,000-2,100 pgsa baron) buffered t.a pH of u.5 to 11 with Ilmoil Similar solution with be hr pII of 7.8 to 9.0 h
- rada 1.3 X 10* (MSLB) +
3.0 x 10' (40 yr) rada = 3.0 X 10' t tamp 430 .0-2 min i #F 280 2-60 man I 150 >60 min 9 Continued on next page
---. _ _ . -., ,- - - . . - . _ - . ~ . . . . , . . _ _ . . . ~ . - - - - . - . .-- ._. - . _ . . _ . . . . . . . _ , . ~ . - - - . . _ , . . . -
- - - - _ _ _ _ _ _ __ - _ - ___.___,m . _ _ . . _ _ . _ _ - . .
b ) Revisiert 1 November 1, its?
, ~~.
OPMt*/tLITT Dale 0W375 LATE
,s.. 2. Temperature - Analysas of maximum calculsted surf ace temperature during IQGhz It has been. comeladed that the cable showed no evidence of blistering, limiting MSLB is 2 72*F, which does not ex eed qualification temperature cracting or other damage. et 310*F.
^ -
MSLB1 See above
' EIfWIRGstEarr TO WHICH EDUIPetElrF IS OUALIFIED IDCA $ IRSLB rada 1 x 108 i rada tamp 60-310 0-10 min fF 310 10-25 man 290 25-s5 min 2t3 85 min-26 hr 1
press 0-94.7 0-10 man psia 94.7 ' 10-25 min ' 69.7 25-85 min 14.7 85 min-26 hr ( i spray 0.26 molar bo-ic as bcric acid with a t
~;
0.019 molar solution ' ' oi MaOH to give a-
-,.,t.-_ pa c2 8.0-8.S 6 Mins 6Ntm OF OUALIFICATIGO8 s
1998: Sequential Test 1 QUhLIFICATIOEI DOCUMENT Lo(As B.I.W. Imtters dated: 1/17/72, 12/14/71
- S.I.W. Letter dated 6/25/80 l
psSLas FSidt Appendix 3C Table 3.C-2 dated 9/28/77 ' 5.I.W. Letter dated 10/12/76
- . IDCA Qus11fication documents
,s E.2.W. Ietter dated 6/25/80 QtRLIFICATIOtf Larisimm xES AltD em, _ _ sp soLUTi g -
M % MlO E r A. Defic &enciess
- 1. pIf a to 8.S va pH 8.5 to 11
- 2. Does not meet qualification tyature S. Solgtionss '
- 1. Tine cable jacket is of a neoprene material which was shown to be resistent to all diluted alkaline solutions. Tnerefore, we believe that since the IDCA spray is in the range of a diluted alkaline solution, it -
should have no significant effect on the cable. '
~~n. 9a
- ~
,, Constnued rrom precedin, pa,e g ,
_ ~
. , , , , _ , . , . _ . - % . . _ - . - - - _ . 1re
_ _ _ - - - . _ _ _ _ _ _ _ _ . .. . . ~ . .~ _. . - .. _ - s e
'[
( i Revision 1 Novembe? 1e 1900 TABLE 10 QUALIFICATION AND EVAIDATION EDUIPMarf ',ESQtIPTION: 5 kV Altaa Power Cable OPERABII.ITY DEMONSTPATED MA88UFACTURAft LOCA & HEIA: Cable was concluded to De functional af ter susulated test. General Cableg Jackett Neoprene 3 Insulation: Ethylene Propylene Rubbeg ENVIRONMEIrF TU WHICH EOUIPIEEPrP IS OUALIFIED SUPPL 13Jt: Same as above LOCA and HELB: Ms NA-1255 reda 2 x 10
- rads PugeCTIup: Supplies Power to safety Systems temp 340 LOCATIOgs: Outside Containment #F 0-4 hr 340-310 4-5 hr i 260 5-*8 hr l
press 74.7 i MGA-3, Triplex 1000 sect 0-9 sec I seGA-4, 3/C 500 nos Alsamintas Armor Psia 114.7 9 15 see r NGA-6, 3/C 1250 MOG Altaningua Armor 114.7 15 sec-4 hr I NGA-5, 3/C 1250 not Steel Armor 76.7 4-5 hr 4 NGA*10, 1/C 2000 MOg 34 7 5-48 nr i NGA-12, 3/C 1000 NOt Aluminum Arimor spray NA NGA-13, 3/C 4/0 AB8G. Alustinten Armor
'IIGA-9, 1/C 1500 hog MANNER OF OUALIFICATION DL90 !PTIOtt OF E3fv11t000tRNT M Test LocA OuALIFICArroes Dotw rah 3.6 a 10* At MO: General Cable Istter dated 12/22/71: Audit performed on 8/27/80 at General
+2 X 10e (40 yr) cable Co., Research Center, Edison, N.J.
rads *5.6 x 10+ Report 1F43125 dated W. (Proprietary) Reviewed Franklin Inst. Research Lam. temp NA
*F OUALIFICATION DI:FICIENCIES AND Prd___ SED SOIRTIOessa he press MA -
psia spray asA had IRA 3g[,33 1e111 not see a changing envirarament due to an MSLB. EElati j redn 2t 10* (40 yr) rads temp 212 er press 14.96 psia had 1006 CPERABILITY JtagIREpsprs LOCA 6 E513: 30 min at 212*F and ambient for 120 days ACCURACY REQUIRBIENTS: Not required 10
- g. - - - . _ .. __-._ . . - _ _ _ . . m __ __ _ . _ _ . .
_ _____mm__ .m-.._
\ t
%/ Y Pevision 1 TAgLg 33 November 1, 1990 QUAI.1FICATION JUEJ LVAABATION ROUIPMdNT DESOIPTruh8 5 Rv Aluminum Power Cable OP/.RABILITY DLJ40985TRATED '
84NIVFhC7UkAR3 UKonate gAx*A 6 He1J It we concluaed tbt maspies witnatood accident cuand1*.lona. SUPPLIEk. 8488 as aDDet k.WIRttelt.NT Tu hMICJI a.601PMLTF *J LUALIFIs.D F 2,18 NA-1375 rada 4 x 10* rads FUlsCTI st!: Supplies Power to Safety Systems IOCATruHg outside tbntatamant temp 324 0 - ohr
*F 2$2 4 hr - 7 days MARE lh>.1 press 94.7 p-e nr pela 30.7 4 hr - 7 days
- NGA-14, Tripleg 4/0 ANG spray NA NEA-1, Triplex 1000 Mon IIGA-13, 3/c No. 4/O AbuG Bad 1006 DESO!Pfluse OF aJsVIAugSthat? MANNER DF utALIFICATION
@J LOCA1 Test - sequential rada 3.6 x 10* ( !!SLg Test - Analysis rada - S x to.IhCA)
- J z 10* (e0 yr)
OUALIFICATION DOCUMENT temp asA er IMCAC UILunate's Engineering Report ho. 141 dated 2-19-72 press ash psia Addational Suwortu.a Iccuments: outline og Fransita Institute rpray MA Research Lacoratory Report F-C369e ' las.a Transaction Paper T740-se-a fund agg Okonite letter dated 4/21/s0 85LS: N111 Let see a enanging environment chae to an 70E12. Stone 6 Monster Calc. No. AS-215-0, Canle Tasaperature Transient, dated s/10/75 QUALIFICATIJN DEFTCIENCII.S A2e RECufGtENDED SOLOTIuBE HELS LOC 4: rada 0.2 a 10*g40 yr) reds Defaciencies: Boone tamp 212 0-30 min MSI.S t 69 Vualitication based on independent test analysis. aach ot the qualiticatten prias 14.96 0-30 min paramet ers tubtained trcus 1smsependent test and analysis exceeos the corres y= mag pela MSIA requirements. Isad 1006 Mas 1:mma calculated surf ace temperature during limitiang M:mLis is 33S*F, wuch does OFSiuusILITY REUIRJtRNTS not exceed qualificatus temperat.ure c,t 3eS*F given in aest expw are gestion of LOCA qua1111 cation, per Calc 880. ES-21$-0. IdJCA 6 HELB 30 m1A at 212*F and ambient tor 120 days ACCUltACY R3 PUB 34AssFSr Not required 11 38 l
fr.w [h 7-n \ ()
)
/
b Revision 1 Ncventer 1, 1980 TABLE 12 QUALIFICATION AND EVALCATIUN EOUIPMirrt DESCRIPTION: 600 V Alum. Power Cable O X RA3.ILITY DEMONSTRAT!D MANUFACTF1EE 150*F per SEW Calc. 13075.49-3Post LOCA thermal aging as greater than J.9 years at Okonate: Jaczet: Neoprene Insulatima: Ethylene Propylene Rubber SUPPLIEP Same as above .ENV1MONMErrP TO WHICH EOUIPMENT IS CUALIFIED E, 2 : NA- 138 4 WA 8 MSI2 aging 250*F FUNCTION: Sumlies Power to Safety Systems 168 hr 1/JCATION redn Inside and Outside Cmtainment rads 2 x 108 MAPK NO.t t emp NGa-5, Triplex 500 MOg *F NCB-7, Traplex 250 MCM PWR 324 4 hr NGB-11, Triplex No. 2/0 AWG 252 7 days telB-12, Traplex No. 1 AWG BWR 309 346 55 min- 3 hr 20 man DESQtIPTION OF ENVIRONMENT 3 hr 20 min 320 e hr 27 man WA 2S6 1 day 21A 1J0 days rada 259 rada 1.8 x 10' (IDCA) + 3.0 x 10'(40 yr) last 10 hr
= 4.8 x 107 Press temp pala 280 0-30 min PWR
*F 280-150 99.7 e hr 30-60 min 30.8 150 >60 man 7 days press BWR 118.7 59.7 0-30 min 0-55 min psia 118.7 59.7-14.7 30-60 sin 89.7 55 min - 3 na 20 min 14.7 760 min 3 hr 20 min - 9 hr 27 min 49.7 1 day rpray solution of 34.7 0-e hr last 10 hr boric acid (2,000 spray 2,100 ppm boron) Solution of boric 0-7 days buf f ered to pH of acid (10,000 pgsa 8.5 to 11 with NaOH boron) buffered to pH ot 10.5 with
* " " Nautt p of to 9 The same cables that have been exposed to the PWR accident conditions were then MSLB exposed to a BWR simulated accident conditAon.
rada !!!Lt*NER OF OUALIFICATION rada 1.3 x 10*(MSIa + 3.0 x 40'(40 yr)
= 3.0 x 107 IDCA: W at - Sequential trop 430
'F 0-2 min MSL8: Test - Analysis 280 2-6 min 150 >60 min OUALIFICATION DOLMNT prass 59.7 psia 0-30 min IDCA: uktmite's Engineering Report No. 141 dated February 19, 1972 59.7-14.7 30-60 min (pray IEEE Transaction Paper T 74 044 4 Same as IDCA OPERABILITY REOUIPE.MENTS ADDITIOhAL SUPPORTING DOCUMENTS: M: 120 days at 150*F Outline of Franklin Institute Research Laboratory Report F-C3694 Okonite letter, cated 8/21/80. ACCURACY REOUIREMENTS: Not required Stone & Webster Calc. No. ES-215-0 Cable Temaperature Tran91ent, dated 8/10/15. 12 Continued on next page w _
A l P4 vision 1 i Neverber . 1980 l l l QUA1.1FICATION DEFICIENCIES ANJ REWNDED SOLUTIONS LOCA: Def icierries t Nor e MSL8: Oualification Based on andapendent test and analysis, each of the qualification parameters (obtained from independent test analysis) exceeds to corre6 ponding MSim requiressents. Maxistus calculated surf ace temperature daring limiting MSIA is 335*F which does not exceed qualitication temperature of 34%*F given in bwR ez Wsure portion of IM.A qualification per Calc. No. 13-215-0. i l [ i t 12a 12 Continued from preceding page
=_ . - _ - - .. - .-. . - . . . . . . .~ - -
( ( l Revision 1 Novwnder 1 1910 TABIA 13 spray name as LOCA QUALIFICATIOEs AND EVAIDATIUN OPLPABII.ITT R2v01hlAENTS M A: 120 days at 1$0*F
&WUIPIS3FF Dkn31'PTION: 300 V Instrument Cable W: 140 days at IS0*F MApuPACWPJuths Cerro hire and Cable, JacKeta aeropreme ACCUPACT PAVOIRtJ4KNfS3 Insulation: Cross-Linked Polyethylene Not required WPPLIsp. Same as amove fiQ,it MA-1392 rumerfow.
- 1. Containment IFMation
- 2. Emergency Core Cooling A re Beat Atemoval
- 3. Engineered Safety Feature
- 4. Poet-accident monitoring
- 5. Dbh (10C4 or MSIA) Matigatics
- 6. Service Isu11aang aabitatellity 14CATIOW. Inside and outside Contain=.mt salts is:
IBGA-47, 19/C ho. Ib AIIG
, nGA-be, 12/c Mo. 16 AleG NGA-70,1s/c sea. 16 AgeG .
IBGB-3$, 2/c No. 16 AlfG NGB-39, 3/c No. 16 Ann. 1 DESQl1PTI(El 0F DN1**-**T _ rada 1.8 m 10' (IDCA) + 3.0 x 10' (e0 yr) rada a e.e a 10' temp 240 0-30 min
#F 2mo -150 30-60 man i 150 > 60 man press 59.7 0-30 min pela 59.7-14.7 30-60 man 14.7 > 60 min t
spray Solution et Doric 0-e hr acid (2,000-2100 (1mm boron) kant-1ered to pas of 8.5 to It with NaOta similar solution wath pit of 7.8 to 9.0 > e nr BEsk rada 1.3 x te* (MSLal + 3.0 x 10'(e0yr) rada a 3.0 a 10' tesop 430 0-2 min SF 280 2-60 min 4 150 ) e0 man press $9.7 0-30 min 59.7 -14 .7 30-60 man - 14.7 7 60 min a i 13 - conti. .4 on next page i i I
- __ . - . . . -_ . _- _. _ _ .n~- -- - _ -. -
^g w b' ,
Revision 1 OFfJtA3f LI77 DG000tS7 MATED November 1, 1980 M [QCA: 30 c.sys at or above J12*F Deficienciest mone I ' Punt 14G thermal aging is equivalent to 320 days at 150*y per S&W Calc. 13075.49-3. MSLS: cannent Bigegt h=+ as IdJCA I Vuelitication based orn indeperdent test and anal} sis. aach of the qualiticatioun tarVIAussahart Tu hil2Cs 1ANIPMaJrf IS CtALIf].gg parameters obtained trem ladeperksent test and analysis exceeds the corresponding stS1JB requiremments. . IAJCA & MSLat t Mazam'aa calculated surf ace tevrature during 11alting MSLas as Jo3e unach does agirg 1300 hr at. 150*C not exceea qual 111 cation temperature et Aet* given an hocaLestos (tormerly cerro) letter dated e-25-77. Pressure and Radiation-test reter to lhCA Vualitication. rada 2 x 108 reds , tausp 200 0-10 sec
#F 200-346 10 sec-5 man 3oe 5 man-3 nr Jet-140 3-Snr 140-J80 5 fr-5 hr 10 sec 280-346 3 hr 10 suc-5 hr 5 min 3*6 5 hr 5 min-e nr 335 8-11 hr 315 11-15 hr 256 15 hr-4 days i 212 4-30 days Af ter testing, esposed an additional 100 days et 200*F.
press me.7 0-10 see psia 127.7 10 sec < 5 sia , 127.7 5 man-3 nr 127.7-84.7 3-Shr so.7 5 nr-5 nr to sec I 127.7 5 hr 10 sec-5 hr 5 min ! I 127.7 5 nr 5 man-9 hr i 107.7 e br-11 2 83.7 11-15 nr 42.7 15 hr-e days 14.7 e days-30 days , spray solution of the 0-24 hr tollowing campositions 0.48 molar afs 80, , { , 0.06e molaz Ma, s, 0, [
>:.ifered to pit between 9-11 with 18ault 1-30 days original solution at 200*F 30-100 days '
4 8thilltER W *A&LIFICATIcel LOCA Test - Sequential M Temperature Analysis F QUALIFICATI91f DUCupisser f Jegas RockDustos (tornarly Cerro) Imtter dated 2-21-79 anti its attached report g ! i FSAA Section 3C ana response to hnt 7.17, Rocabestos letter dated e-25-77, L4ya qualiticatius document
""IOTIGII DAFINWS Aalo ks&-""" SDLUTIOt&S 13.
Continued from preceding page
r%
%l O Revision 1 TABLE 14 Novester 1 1980 QtAI.IFICATION AIO EVA!mATION SQUIPME'TT DESCRIPTION: 600 V Alum. Power Cable OPERABILITY DD00NSD ATt;D MANUFACTURER:
Fropyiene Rubber General Cable (Pirelli) JacRets theoprenes Insulation 3 Ethylene If!$At 163 hr at 260*F SUPPLIER: Same as above Post-IDCA thermal aging is equivalent to 490 days at 150* F per S&W Cale. 13075.49-3 r,.o_,.A nA-1256 ENVIROftU.NT TO WHICH EVUIPMENT IS 00ALIFIED LOCA 8 MSLB2 FUNCTIUM Supplies Power to Safety Systems rada 2 x 10* IDCATMs Inside and Outside Containment rads MlWut vs. si temp 340 0 - 4 hr
*F 340 - 310 e - 5 hr MGB-5, W iplex 500 Moe 260 MGa-7, Triplex 250 MCM 5 - 4 8 hr leGB-11, Triplex 2/3 ARIG press 7s.7 leGa-12, Triplex No.1 AMG 0 - 4 hr psia 11s.7 9 - 15 see DESCRIFFIQel OF ElevrpoteqENT 114.7 15 sec - 4 hr 76.7 4 - 5 hr 34.7 5 - 48 hr IDCA:
spray solutam of boric rada 1.8 x 10' (1MCA) + 3.0 x 10' (40 yr) acid (2,000 ppa rads = 4.8 x 10' boron) buf fered to pH of 9.0 with ItaOH temp 280 0 - 30 min EF 280 - 150 33 - 60 min MANNER OF OUALIFICATION 150 > 60 min mz sequential Test prsse 59.7 0 - 30 min psia 59.7 - 14.7 30 - 60 min OUALIFICATION DOCUMENT 14.7 > 60 min IDCA: spray Solution of boric acid 0 - 4 hr (2,000 - 2,100 ppe General Cable Letter dated 12-22-71. boron) buttered to pH of 8.5 to 11 with MnOlt Audit performed on U-27-80 at General Cable Oz. Research Center, Edison, N.J. Reviewed Franklin Inst. Research tab. Report No. F-C3125 dated September 1971 Similar solution with > 4 hr (Proprietary). pH of 7.8 to 9.0 OUALIFICATION DEFICIENCIES A3D RECOpWERIEDED SOLUTIONS MSLD: IMCA: teone rada 1.3 x 10' (MSLB) + 3.0 x 108 (40 yr) rads = 3.0 x 10' temp 430 0 - 2 min
*F 200 2 - 60 min 150 > 60 min prsse 59.7 0 - 30 min psia 59.7 - 14.7 10 - 60 min 4 14.7 7 - 60 min spray Same as IDCA OPERABILITY REDUIRaftRNTS m 120 days at 150*F ACCIBACY ltRQUIREMByTS jf!C& not required 1.
.. ,m -, _.
, - sm,--- - - - - - - - - _
- _ _ _ _ __.._--_..._..__m
, __ ...._____,.__.m__ m._ m_. . _ _ - .. . . _ , . _m __ _ m . m.__m .. -. _
v 1 Revisics 1 Noveeber le 1980 i TABLE 15 QUALIFICATION AND EVAIEATION SQUIPUENT DEsotIPT10ef t Solenoid Operated valves OPERABILITY DEMONSTRATED felW8UFACTURERS Autamatic Seitcta Crampany,7004e1 No. HB-030281U LOCA tiDV performed required saf ety function after receiving radiation dose. SUPPLIERS Seme as almve ENVDGIGMENT TO WHICH EQUIMENT IS OUALIFIED I.t.913 Mi FUleCTICOs Containment Isolation rada 5 a 10' rads IACATIQII: Ab-254A temp e60 0-2 min MARR 310.s SOV-DG-200A, Primary Drain Tranater Pump Discharge eF 340 2-6 man 335 6-25 min DSSQtIPTION OF EstVIDOISWIT 240 25-35 min 2st 35-45 man 14CA: 159 45-61 min 150 5 days 7 hr 12 min - radn 3.6 x 106 (IOCA) + 2 x 10*(e0 yr) reds 5.6 x 106 13 days 21 hr 30 min press 129 0-2 min temp NA psia 119 tF 2-8 man 118 S-25 min press 25 25-35 min MA 2'6 ' psia e5-61 min 13.8 5 days 7 hr 12 man - spray NA 13 days 21 nr 36 min had 1001 OPSRASILITY REQUIREME8frS MhMNER OF OUhLIFICATION M8 SOV will perform its function of closing isolation valve within 60 seconds of receiving mignal. ouALIFIchTION DocunaNT ACCURACT REQUDEBENTS Not required MI e Franklin Institute Research Laboratories (FIRL) Test Report F-Cs539,toestinghouse letter MS-457706 OUALIFICATIOII DLFICIEleCIES AND PE*""" SOLUTIONS Mt A. Defleiencies: Valve seat leakage detected in the energized condition. B. Soluticst s when esposed to a radiatian dose of 5 x 10' rads, name plastic internals of the SW did disintegrate causing the valve to lean. alouever, the valve was . able to< exhaust its accumulated pressure and perform its safety function. (W 4 letter ass-ss77060) and no valve seat leakage was detectable in tas de-energized condition. 1 15
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Revision 1 TABLE 96 OPERABILITY DIAONSTkATED NO" * kUALIFICATION AND EVALUATION IMCA: 27 days at 211*F. WUIPMENT pk3CRIPTIOtis 600 V Cu Power CaDie - Beat Tracing Post ADCA thermal aging is equivalent to 2916ays at 150*F per S&W Calc. 13075.49-3. aJsVIRUNMENT TO W!!!CH EOUIPML?rF IS ODALIFIED , MANOFM*l1JR&P t IDCA: Ononite, Jacaet t trypalon, Insulation: Cross-Inked Polyetnylene aging 14 days at 250*F3 ! SUPPLIAR - Same as above Izrediated to 5 a 10* rads and aged at
. Eng.g NA*1eGe 250*7 tor 7 days FUNCTION: Supplies Power to Satety Systema radn 5 x 10' rads LOCATIOgls Inside and Outside Containment temp 280 0-10 acc MAAR No.: teGh-01, 2/c No. 10 Alas *F 346 to sec-5 min DR30tIPTION OF ENVIRoletENT 3*e $ man-3 nr 100 3-S nr 2u0 5-5 hr, 10 sec IDCAI 346 S hz 10 sec-S hr S man rada 1.s x 108 (ujC,4 + 3.0 x 10 8 (so yr) Jet S hr 5 man-e hr rads = 4.8 x 10' 335 s-11 hr 315 11-15 hr temp 2 80 0-30 min 265 1% hr-e cay er 2so-150 30-00 man 212 4-31 day 150 > 60 min press p e .7 0-10 sec press $9.7 0-30 min Psia 127.7 10 sec-S min psia $3.7-14.7- 30-60 man 127.7 5 man-3 hr 1e.7 > 60 man Ue.7 3-5 nr 127.7 $ hs-S man -
Epray aiolution of boric 0-e hr 147.7 5 hr 5 man-8 hr ! acid (2,000-2.100 109.7 s-11 hr ppm boron) butterea 83.7 11-15 hr to pH of u.S-11 e2.7 15 nr-e day with NaOH. spray 14.7 e-31 day Slallar solution with > 4 hr ce tinuously for a 31 aay pertort. Solution of pH of 7.e-9.0. 2,000 ppe boron as boric acid buttered with MauH to a pH of 5 to 11. Arraalated to 1.S z 10e reds HMagt Not required to mitigate an MS1Ja. during the 31 day period. hJtal 2 a 10' rada. OPalAABILITY FMUERAIMENTS IMCA: Sequential Mt 120 days at 150*F OUALIFICATIOst DOCUMENT IMCA: Frans11n Institute Research laboratory Report F-C365e Additional Supoortina Dates IEas Transaction Paper T 7e Oee De OUALIFICATION DEFICIEhCIh3 AND REOUfetENDED buw?IugeS LUCA; Deficienciest None 16 i
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Noventer 1, 1980 TABLE 17 QUALIFICATION AND EVAILATION EQUIPMENT DLSCRIPTTOP: Motor Operated valve OPEFABILITY DEJ10NSTRATED MANUFAC2VPD : Elliot W ay, Model No. MAR 25 MSLB In Turbine Bullsina None SUPPLIER: Same as above ENVIRONMEWP TO WHICH EDUIPMEFF IS OUALIFIf.D 7aS.g: NA-129% MSLB in Turbine Bu11dina: None M Control Room Habitability OULLIFICATION DOLN IDCATIUel SB2548 MSLB in Turbine Bu11dina None MARR NO. OUALIFICQ.{0N DEFICIENCIES AND RECX)f9tr.NDED MIRTIONS MOW-HV-215-1, Flush Valve Lett for Stralner MSLB in Turbine Bu11dina
' MDW-HV-215-2, Flush Valve Right for Strainer MDW-ttv-216-1, Flush Valve Lef t for Strainer A. Deficiencies:
MOF-HV-216-2, Flush Valve Right for Strainer
- 1) High azDient tertperature, 186*F DESOtIPTION OF ENVIROletENl 2) Saturated atmosphere Ms B. Solution:
rm 260 60 Y*) In the event of an MSLB En either turbine building and the correspond 1thg rads f ailure Of a main steam stop valve to shut, temperature in the control ro am 4 p AC challer room will approach 186*F at 100 percent relative humidity due to NA steam blowdown entering the chiller rocaa . AC cniller systems are not qualafted to withstand these environmental conditions. pass R In order to maintain habitable tenverature in both units
- control rooms under pais the above ccendations at is necessary to operate two AC chillers in tr e unaffected unit.
m ay NA Conunued operation of Unit 2 can be justified on the basis of alwass hawir>g MsLa In Turnine nuildina
- Unit 1 E chmers, e m i emergem diese generator w the m Unit 1 emergency buses available. Since the analysis assumes a main steam rMn NA trip valve fails to shut no other single failure need be postulated per Regulatory Guide rada 1.41. Therefore, only g Unit 1 diesel generator need be available to operate two AC chillers (this requires tying sumergency buses la temp - 186 0-30 min and la .
*F press un psia.
had 100S OPERABILITY REUIREMENFS MEL3 in Turbine au11dina: 30 min at 196 *F ACCURACY REQUIREMENTS: Not required 17
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i N g g - I Revision 1 i gg . November 1, 1954 + GHAL1rICAT10N AND EVAI4ATIOni SQUIPMEle? DasGt1P730pi: Centrifugal Fana ' op u gnin p a yp3 m j M8CF O MJt buttalo Pbage %any, Model 3a0, 660B10DGS1 g 4g u MW: as am ENVIRueWtff TO WHICH EQUIPMs.2iT IS OUALIFIED r p_a: mA-12Se m, M 10sla matequards Area ventalation MANuz.at or buALIFICATION 14JCAff0gt: An-291A gogg, ' M'I UGALIFICATION DUCUME!rf a-nV-r-=oA, sateguara Aree Venulation 2-HV-r-=08, Saf eguard Area Ventilatica M: NR DESCRIPTION OF ENVIRO!GtIJfT 00ALIFICaTION Dc.FlCIENCILS AND h* N _W ED SOIETIOess 3A>CA : None re os0o tim C'"in wr: n.alati a telow taxeshato or asoo saca rads NA tf.
# Delete - No Qualitication necessary3 radiation below threshold
[ a press un t pela ; 2 Pray mA .j lE.Isk 3 rada <2500(MSLB) rads er i N N Y l psia i j ryray un jegas mA l AcconwT nacornamwrs: Not required r i f a 18 i i
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