ML19331B467
| ML19331B467 | |
| Person / Time | |
|---|---|
| Site: | Pilgrim |
| Issue date: | 03/12/1980 |
| From: | Andognini G BOSTON EDISON CO. |
| To: | Grier B NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I) |
| References | |
| 80-50, IEB-79-01B, IEB-79-1B, NUDOCS 8008120292 | |
| Download: ML19331B467 (133) | |
Text
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.=i=> SU PE W6MTENDENT ve6s.. ...T n? March 12,1980 BEco Ltr. #80-50 l Mr. Boyce H. Grier, Director Office of Inspection and Enforcement Regfon I U.S. Nuclear Regulatory Commission 631 Park Avenue King of Prussia, PA. 19406 License No. DPR-35 / Docket No. 50-293 I
References:
- 1) BEco Ltr. #79-55 to NRC; March 6,1979 l
- 2) BEco Ltr. #79-65 to NRC; March 28, 1979
- 3) BECo Ltr. #79-117 to NRC; June 15, 1979
- 4) BEco Ltr. #79-121 to NRC; June 19, 1979
- 5) BECo Ltr. #79-125 to NRC; June 26, 1979
- 6) BECo Ltr. #79-171 to NRC; August 28, 1979
Attachment:
- 1) Pilgrim Unit #1 -IE Bulletin 79-013 45 Day Fesponse
Dear Sir:
i By letter received January 17, 1980 Boston Edison was required by the NRC to address IE Bulletin 79-01B. This Bulletin requested two responses, a 45 day and a 90 day, with information as requested by Enclosure 1 of the Bulletin. The requirements for the 45 days response as outlined in the Enclosure on Page 3 and clarified in the IE Region 1 Meeting held February 7,1980 are:
- 1) Master list of safety related equipment located in hostile areas.
- 2) Written evidence of this equipment's qualifications.
- 3) Environmental profiles for service conditions considered and 4
j qualification tests performed. Boston Edison in Attachment 1 to this letter is providing its 45 day response for i Pilgrim Station #1. We have been unable to supply all the information requested by the NRC at this time. A discussion of our dif ficulties and an outline of the review process we have undertaken to comply with this Bulletin follows. I Availability of Oualification Documentation for PNPS #1 Boston Edison under the direction given by IE Circular 78-08 and IE Bulletin 79-01 initiated QA files searches for all relevant information on the qualification of 9 safety-related electrical equipment. The output of that effort indicated the full gamut of types of qualification documentswere contained in our files. This ranged from none available (for much of the GE NSSS equipment), through manufacturer certificates of conformance to the requirements of procurement specifications, to THIS DOCUMENT CONTAINS -[h_ - 8008120 P00R QUALITY PAGES. A
C = TIN CCN CIMPANY Mr. Boyce H. Crier, Director March 12, 1980 Page 2 detailed copies of type test data and certification of its applicability to Pilgrim. Ihis range of documentation was anticipated based on the development of the 10CFR50 Appendix B criteria during the project procurement and construc-tion phases and the perceived importance of the various components during these periods. Please reference FSAR Amendment 20 Part V, comment D1 dated December 1, 1970. In particular, please note our response to Criteria III, IV, VII (paragraph 2), and XVII. The quality of the documentation found in Edison files is in agree-ment with_the information provided in our FSAR on _ our QA orn=e===. Unfortunately, this level of documentation inhibits a quick response for most equipment requested by Bulletin 79-01B. Edison Position on Existing Component Capabilities Edison believes that the environmental capability of electrical equipment, required to function under accident conditions, did receive adequate consideration, during the design and construction phases of PNPS #1, consistent with the NRC and the nuclear industry's knowledge of those effects at that time. For those electrical components in containment recognized as being emsential to proper safety system performance, (i.e. cable, containment penetrations, motor operated valves), qualification tests to verify their capabilities were performed. _0ther components were designed and installed usina industrial codes meandards and_, _ state _of _the art engineerias nearticts, Component selections considered the range of service condition anticipated. Discussions with A/E person.nel who participated in design evaluations at Pilgrim Station #1, confirmed our understanding that evaluations of safety related equipment capabilities were made. In particular, detailed re-views of the effects of radiation and elevated operating temperatures were conducted. Failure mode and effects analyses were also done to insure that systen function cap-abilities could be demonstrated. Unfortunately retrievable records documenting these processes do not generally exist. The only documented information of these evaluations is contained in the PNPS #1 FSAR which references such efforts in nu=erous sections. Edison's Commitment to Qualification Boston Edison underatands the requirements of Bulletin 79-01B and considers it appropriate to re-evaluate the qualification of the safety related electrical equip-ment used at PNPS #1. We also intend to re-evaluate this equipment's capabilities considering the guidance provided by recent standards, such as IEEE-323 '74, and other documents such as Attachment 4 to IE Bulletin 79-01B. l Edison is committed to supplying qualification information to the NRC in both an accurate and timely manner. We believe our process, which established priorities for equipment reviews. satisfies both the NRC and Edison's objective of insuring adequate equipment performance. Under the scope of 79-01B we believe there are 3 priority levels for equipment in hostile areas. I - Equipment inside containment II - Equipment outside containment located in compartments where pipe breaks occur. _.m...-wa=-
COOTEN ECCON COMPANY Mr. Boyco H. Grict, Dircetsr March 12,1980 Page 3 III - Equipment outside containment located in adjacent compartments which experience reduced effects of these pipe breaks. For each of these categories a review process has been established which involves each of the following: A. Listing of systems and equipment required to function. B. Development of hostile environmental profiles. C. An initial review of equipment capabilities to quickly identify components which may not be capable of functioning in the hypo-thesized environments. D. A formal review of equipment to verify and document equipment capa-bilities in these environments. E. Verification as necessary, of actual installations. F. Further review of equipment to identify components and materials susceptible to significant aging. Numerous activities exist under each of these categories. Boston Edison intends to: 1. Re-examine the documentation which exists to re-verify its acceptability. 2. Re-develop any analyses or tests which were done and not documented using information, testing and operating experience to date. 3. Request additional information, when necessary, from manufacturers, contractors, and sub-contractors to substantiate original certifica-tions or analyses. 4. Request documentation from GE on NSSS components and GE's confirmation on the equipment capabilities to function. 5. Perform tests or modify equipment as needed to insure operability. 6. Request manufacturers anc testing labs to consider aging mechanisms for various materials based on service needs. This process, used to reconfirm equipment capabilities, given the status of existing documentation, is a lengthy one. It cannot be accurately done within a short time frame. If information could Le supplied to the NRC on all safety related electrical equipment within the abbreviated schedule required by 79-01B for PNPS #1, it could suffer from any one of the following problems: - Lack of substantiation for PNPS #1 equipment. - Lack of applicability to PNPS #1 equipment, t 4
l CCCTON EECON COMPANY j Mr. Boyce H. Crier Director March 12, 1980 Page 4 q - Poor definition of the requirements for components (i.e., safety function, required operating times, etc.) - Unnecessary modifications to systems which have performed reliably over 8 years. - A short term intense ef fort to satisfy Bulletin 79-01B which does not establish a process for review of future equipment replacements or modifications. Status of Work to Date and Planned Submittal Schedule Ihe status of the work progress to date is as follows: - For Priority I (Equipment inside containment) Categories A, B, C, D, and E are essentially complete. - For Priorities II, III Category A is completed. Category C has been completed based on general estimates of environmental profiles. Categories B and D are in progress. This submittal provides information on the completed work to date. Future sub-mittals will be provided every 90 days to supplement this information until all the equipment listed in this submittal has been acceptably reviewed. Summary Boston Edison believes that the quality of the information to be provided and the confidence level we can all place on these reviews are directly related to the thoroughness of these evaluations. References 1) thru 6) provided information on our work under Bulletin 79-01. We believe the content of these responses indicates our commitment to reporting and rectifying any conditions which our reviews indicate may involve unqualified equipment. Should you have any questions or concerns regarding this matter please contact us at your convenience. Very truly yours, 4 Commonwaalth of Massachusetts) County of Suffolk ) Then personally appeared before me G. Carl Andognini, who, being duly sworn, did state that he is Superintendent - Nuclear Operations Department of Boston Edison Company, the applicant herein, and that he is duly authorized to execute and file the submittal contained herein the the name and on behalf of Boston Edison Company and that the statements in said submittal are true to the best of his knowledge and belief. My Commiss on expires: j //J f f (Notary Public) .... - ~
COOTON EECCN COMPANY Mr. Boyen H. Crict Directsr March 12, 1980 Page 5 'ec : U.S. Nuclear Regulatory Consr.ission Office of Inspection and Enforcement Division of Rasctor Operations Inspection Washington, D. C. 20555 i 4 i I
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- I Pilgrim Unit #1:
1E Bulletin 79-01B 45 Day Response Please reference Appendix G - Station Nuclear Safety Operational Analysis of Pilgrim Unit #1 FSAR. Appendix G identifies various events (accidents) and the safety systems essential to achieving the required safety actions. For the purposes of this submittal Event 39 - Pipe Breaks Inside Primary Containment and Event 41 - Pipe Breaks Outside Primary Containment were considered as exposing the required equipment to the most hostile environments. The BWR operating States during which this event was considered are States C, D, E and F. 1
PIPE BREAK INSIDE CONTAINMENT i b In Appendix G for Event 39 - Pipe Break Inside Primary Containment up to and [ 9 including a DBE-14CA the following systems are identified as being required: [ t Appendix G Description 79-OlB System Name } f - Main Steam Line Isolation Valves CNTM Isolation - Control Rod Drive System - RHRS (LPCI mode) RHR - RHRS (Torus cooling mode) RHR - HPCIS HPCI - Automatic Depressurization System ADS - Core Spray System Core Spray -Reactor Protection System RPS -Primary Containment and Reactor CNTM Isolation Vessel Isolation -Standby AC Power System -DC Power System -Standby Gas Treatment System 1 -Incident Detection Circuitry (Items included in associated systems) RBCCW l -Reactor Building Closed Cooling Water -Salt Service Water -Main Control Room Environmental Control -Reactor Building Isolation Control 1.) Sec. CNTM Isolation 2.) Standby Cas Treatment -Torus Water Temperature and Safety Related Display Level Indication -Equipment Area Cooling Syste= HVAC ECCS Unit Coolers No components located in containment or in areas outside containment NOTE: exposed to radi gion due to long term core cooling.
PIPE BREAK OUTSIDE CONTAINMENT 4 In appendix G for Event 41 - Pipe Break outside Primary Containment following systems.are identified as being required: Appendix G Description 79-01B System - Main Steam Line Isolation Valves CNTM Isolation - Control Rod Drive System - RHRS (LPCI mode) RHR J - RHRS (Torus cooling mode) RHR j l - HPCIS HPCI 4 1 ? - Automatic Depressurization System ALS - Core Stray System Core Spray - Reactor Protection System RPS 1 i - Primary Containment and Reactor CNTM Isolation Vessel Isolation - Standby AC Power System - DC Power! System - Incident Detection Circuitry (Items included in associated systems) k - Reactor Building Closed Cooling RBCCW Water - Salt Service Water - Main Control Room Environmental Control - Torus Water Temperature and Safety Related Display Level Indications - Equipment Area Cooling System HVAC ECCS Unit Coolers Ne. components located in areas in which pipe breaks occur. NOTE:
- i
~ ~ = i HOSTILE ENVIRONMENTS - EVENT 39 For Event 39 the inside containment environmental profiles developed in the FSAR considered 2 limiring cases.
- 1) Environment due to DBE-LOCA and 2)
Environments due to the envelope of smaller size breaks. The Drywell Pressure, Terrerature, time curves for both cases are shown as S,ervice Profiles (enclosed) la) (Reference FSAR Figures 14.0-31 & 32) and Ib) (Reference FSAR Ammendment 20 Response to comment 5.2.1 Figures 5.2.1.2 thru 5.2.1.4). Radiation exposure due to the DBE-LOCA using the assumptions given in TID-14844 were developed and are presented as FSAR Table 14.0.19-enclosed. The fission product source terms postulated in TID-14844 are conservative considering that the core standby cooling systems are designed + 3 protect against such gross fission product releases. Equipment capabilities were reviewed using their TID-14844 results. No hostile environments (temperature, pressure, humidity) due to DBE-LOCA inside containment are experienced by safety related electrical equipment outside primary containment. Radiation levels due to LOCA at electrical equipment locations in the Reactor Building are significantly below the threshold values for most plastics, elastomers and insulating compounds. The integrated TID-14844 doses for a compartment containing a core spray pump and associated piping are given in Table 14.0!19 as 7.1 x 103 Rads. Based on these consideration, Reactor Building areas do not experience a hostile environment due to Event 39. Equipment located in Reactor Building areas containing post-LOCA recirculation flow have been listed for completeness. In respcase to NUREG-0578 Boston Edison is re-evaluating LOCA Radiation levels outside containment. If the results of this work indicate that the Table 14.0.19 levels are inappropriate, evaluations under 79-01B will be conducted to the revised levels. .we n
HOSTILE EWIRONMENTS - EVENT 41 The environmental effects of PBOC are considerably less severe ther those generated by DBE-LOCA. The principal effects involve high h'tmidity and shott-term elevated temperatures. Radiation effects to electrical equipment are j insignificant as are the effects of the short-term pressurizations. For Event 41, no abnormal environments are experienced inside containment or in the Control Room areas. Effects on other plant areas were formally investigated and presented as Amendment 34 to Pilgrim #1 FTA1. The analysis l as developed in that amendment was primarily concerned with structural and piping system capabilities and the effects of compartment pressurization, jet impingement and pipe whip. The temperature profiles developed by the analysis were extremely conservative particularly for areas removed from the actual breaks. 4 i Thosa pipe breaks outside containment which create hostile environments are breaks in the Main Steam lines, HPCI Turbine Steam Lines, RCIC Turbine Steam Lines and RWCU* System Piping. Closure of the MSIV's due to a steam line break will generate a reactor trit. For breaks in the main steam system termination of blowdown will occur within 5.5 seconds. The maximum duration of blowdown for all other PBOC cases considered is less than 26 seconds. Based on the analysis techniques used in Amendment 34, the most severelyaffected areas will return to normal tempertures in less than 30 minutes, and are below 150 F within 15 minutes. The arrangement of electrical equipment is such that, in general, only i electrical equipment associated with the system within which the break occurs is located in break compartments. Because the affected system
is disabled due to the hypothesized pipe break this equipment need not [ function. i e For the other plant areas affected by these breaks the abnormal environments t are of shorter duration and substantially lower temperatures. The short s term abnormal environments experienced in these less affected areas are considered no more severe than those found in many areas of conventional power i plants and industrial plants where similar devices have satisfactorily performed. The inherent ability of these devices to tolerate short term transients can be established by recognizing that their active intervals are insulated from such short term effects by their enclosures and the conduit systems which interface with them. The capability of enclosures to provide such a level of protection has been well known. The NRC in NUREG-0458, "Short Term Assessment of the Environmental Qualification of Safety Related Electrical Equipment of SEP Operating Reactors", and in various if censing submittals has recognized this capability and acceptably reviewed equipment qualifications based on models which predicted the device's response to such short time events. As the nuclear industry's experience in equipment. qualifications has progressed, the emphasis on the demonstration of qualification has further shifted to type testing. Since that time, a significant amount of testing has been conducted on devices generically similar to those used at Pilgrim #1. The successful completion of these tests demonstrated the inherent ability of such devices to function during short term elevated temperatures and substantiates the i engineering analysis previously conducted which predicted their acceptability. The use of equipment at Pilgrim #1 identical to the type supplied to other BWR's by GE and the specification of generically similar equipment to that used throughout
i the~ industry for' Balance of PJant equipment insures a capability consistent with [ other plants. .j l l Boston Edison is proceeding with searches and evaluations of recent qualification [ l testing applicable to Pilgrim #1 equipment exposed to PBOC environments. In addition we are in the process of developing realistic environmental profiles for all plant areas affected by PBOC. When documentation cannot be found which is [ applicable to the equipment at Tilgrim, scheduled replacement with type tested l 4 units will occur. u The pipe break analysis conducted during Amendment #34 indicated that the most extensive environmental effects in Reactor Building areas are due to the various i guillotine breaks in the 10" HPCI turbine steam line. Until the review process to verify other design issues associated with Amendment #34 has been completed, BECo has throttled closed to approximately 10% open, this line's outside containment isolation valve. The valve's greatly reduced cross-sectional area will significantly limit the mass flows and resultant environmental effects f due to breaks in this line. l I l j
PILGRIM UNIT #1 9 Responses to 79-01B Item 7 J Boston Edison has computerized the output of its investigations for 79-01B to i facilitate future internal work. The format of our response provides all the information required by the NRC for 79-01B. 79-01B Item 7.1,a 'l Safety System Equipment Lists [ ( Enclosed printout #1 provides a listing of components, by system, to be [ \\ reviewed under 79-01B. As required, location information is provided using a coded plant symbol. Refer to attached list " Plant Location Code Designations" t for description of the codes. (code 1.30 is inside containment all others are our',1de containment). Several components have been listed in more than one [ system. In most cases these components have requirements associated with each 6 of these systems. These components will be listed only once on the Component Evaluation List. f i 79-01B Item 7.1.b Component Evaluation Lists Enclosed Printout #2 provides our evaluation of the qualification of the components listed by system in Printout #1. The listing is alpha numeric by equipment t
- number, i
Various categories included in the NRC format are not contained in our reaconse. Generic information on these categories are as follows: Submergence: Pilgrim Unit #1 is a Mark i BWR. The only area with the potential for submerged equipment post-LOCA is the interior of the torus. No safety related electrical equipment exists in the area. Aging: Bostor. ~ddison has focused its initial attention on equipment reviews not considering aging. Aging information on all components is an ..~..
cutetending iten with informatica to b3 cupplisd in futura submittslo. Chemical Spray: Pilgrim Unit #1 is a Mark 1 BWR. No chemical solutions 1 are used in systems required for the accidents presently under coitsideration. Accuracy: As with Aging, Accuracy for the initial group of equipment i reviews has not been considered. Accuracy information is appif. cable to 1 instruments only. Accuracy is an outstanding item with information to be s supplied in future submittals. l 9 79-01B Item 7.1,c I. SERVICE CONDITIONS The attached curves provide the requested information for the following service conditior.. SERMCE PROFILE CONDITION la) LOCA: In-containment Pressure and Temperature (Reference FSAR Fig. 14.0-31 6 32 lb) MSLB: In-containment Pressure and Temperature (Reference FSAR Ammendment 20 Response to Comment L 5.2.1 Fig. 5.2.1.2 thru 5.2.1.4) ic) LOCA: I'.n-containment Integrated Radiation (Reference FSAR Table 14.0.19) 2a) LOCA: Surface 2, in. Sch. 80 pipe (Typical for outside containment line mounted components - MOVs; SOVs) Integrated Radiation. (Reference FSAR Table 14.0.19) 2b) LOCA: Floor of corner compartment (Typical for other outside containment components with post-LOCA recirculation
I flow) Integrated Radiation (Reference FSAR Table 14.0.19) The PBOC pressure, temperature profiles to be used for equipment evaluations I have not been completed. When completed and reviewed they will be incorporated l into future responses. II. QUALIFICATION TEST PROFILES The attached curves, Test Curves #1 thru #22, provide the requested information for various qualification tests conducted. 4 i i i t I i l ) i k i e-
i i 65 l DBE-LOCA Temperature 360 60 DBE-LOC /i Pressure l 340 55 + t 320 50 I I 45 300 ,g l / g-280 y' 40 j \\ G g 260 35 l s e o \\ F w 5 240 30 Ei 6 E N' s ~ ~ - - - - ~ ~ ' ' 25 E w 220 a 200 N 20 \\ 15 180 __ ~ -- -. N 'N 10 160 's i \\, 5 140 l 120 l i I I I 2 3 4 5 6 l 100 101 10 10 10 10 10 3 t TIME - SECONDS
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1 PILGRIM UNIT #1 - DRYWELL PRESSURE-TElfERATURE t seause E PROFf LE l %),
l l Envelope - Small 65 Break Pressures 60 l 360
Envelope - Small 55 3#
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- 1) Preirradiated 1.2 X 10 gg
- 2) l\\% Boric Acid Spray; Ph 9.5 for 2 hours during test.
I 325*F/82 psog/100% ~ ~ 350 (13 hour dwell) i 1 300 = , i 3 e C ( Y b 228*F/Speig/100% i-k 250 (7 day dwell-) 4-Rise time unspecified I f 200 l Decay time -g g j unspecified i L I hi 3 150 l f s . ) a $} f 100 - 7.6 - [ TIME (hrs)(NOT 70 SCAIE) Temperature /Fressure Profile Sketch Kerite Cable From Ii-Xerite Lett'er A/30/70 'j i:-!;' \\ TEST CUA06 - ?: -st 1.
- i. :
g ,g .--*-v---
b mti WM* y i Note: 8
- 1) Preirradiated - 2.7 X 107 ms 330 F/85 psig/100% R.H.
/ (30 min. dwell) 350 = r-l l l g I i 8 300 t s l 733 Rise time to y 85 psig h I ? h ~!50 '+ y l l 30 min drop to 270*F/Opsig i ) t .e 4- ' 46 min. I l ldropto i P l 250*F/1 l 200 jl ' psig l = { l M . e-. g ' k 1150*F/opsig I 7 sec. Rise i 100% R.H time to 85 peig (' 4 A a s
- p. L
)b 150 U 4 e c ( s" A i: a 1 I A i 1 Nll. 100 v 6.Q 7.0 ' 7'7 8.2 8.7 TIM (hrs)(Norf'to SCAI.E) '/4, I Temperature /Fressure Profile Sketch Karite Cable From 'if, Franklin Test F-C2442-02 , [.3 i 3..s YY CU { '. i
- 3
= t
- a a a woe a u. m a e.u-a a e sem *hw mue - m-r *-***f
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5 0 0 0 0-0 0 0 0479 ~ b 944- }/r/To i.] y 120-Sf 3$see RISE TIME ,2 .11 0 - l.i 3 ROAD LINES m01CATE PERIGOS WHEN 104 psig/346*F MEASUREuCNTS OF INSULATION RESISTANCE y104psig/ 4 4 7 AND CHARGING CUR.9ENT WERE,MADE 40 0 - 340*F l flot 8 .i - T5 Preirradiated lx10 Rads 90 - 4 \\ a so- -4hr,27 min 1-i 75 psig/ 320*F ~ 2mia SE.TsuE 4 j.- E 50- .5 --*--'- ~~ -- ~~-' ~'~ ' w j 5 SG- .l m l i M i w g 40-3k 3s ab . r. e sg 30- , l)4 'e 25 psig/272*F--* ISpelg/2SE*F 20 - y p r; 10 - 1 ,.s, *
- l,
- o--
ig
- 4
-2 psig I I 24 ht.'S3 min e SS min 43ht."22 mia p4 6 hr 4 TIM E \\ i 4 OKONITE ENGINEERING REPORT No.~127 9/24/71 Figure 1. Test Profile .TEsr COME l! -1W '
l { l NOTE: p) f%l 3/.r/10 1) 1900 PPM Boric Acid continuour during test
- 2) Rise times & decay times unspecified i
3) curve represents autoclave 325 F/80 psig/100% test conducted prior to irradation 350. (2 hour dwell) to 1 X 108 RADS I j 00*F/68 psig/100% l (15 min, dwell) i l 300 r l l g60*F/35psig/100t l 4 (45 min, dwell) 250*F,35 peig/100% a [ [ (23 Hours) 250 B l g i l 200 l I, i l ).1 150 L j, C I Y - A N ,~ a j 100 0 0.25 1.0 2.0 24.0 r. j TIME (hrs)(NOT TO SCALE) Temperature / Pressure Profile for Conax Penetrations from I., j Test Report IPS-42; Rev.,A i TEST cv ut: i Wf m r SP -? +P N-r - br * ' T
- l" N 2M ^$.M ** ? * ? S EW "ET '^
c Y S 1: Y T ~'.1 ** '
l Note: by Q &{O
- 1) Rise and Decay times unspacified 350
= 00-310*F/56-60 psig/IIelium (15-17 min. dwell) 260 - 280 F/25-29 psig/ Helium M1 ~ (23 hour & 4.",-55 min, dwell) 3* g u \\ h v 250 u ~ 200 i ~ 150 . r, I I 100 0.25 24 f TIME (hrs)(NOT 70 SCAI2) I l Temperature / Pressure Profile For Physical Science 5 KV l Penetration From SPSD - QC - 206 TEST COME j%l
- 6
!c 1 ........ =. I,.... ..~...-
7 ~~ tiote. lj fax,1l }l$U
- 1) Risa and Decay times unspecified 352*F/124 psig/100% (R.H.)
2) EPAQ-055 (30 mn. dwell) -- - EPAQ-007 350 1 309 *F/62 psig/100% (R.II.) (23.5 IIour dwell) 1 i 300 4 I F - _<i [ l N 281 F/63 psig/100% ?* ( 240 hr. dwell ) v g g 250 i l n i 200 l I i 135'F/62 psig/ submerged L. -(3 llour dwell) 150 l l I 1 I I I I I-100 0.5 24 27 240 r i TIME (hrs)(NOT "It) SCALE) i Temperature / Pressure Profile For GE 600 V Power & Control l Penetration,s from EPAQ-055, EPAQ-007 i t Tcs7 coME
- t 7
= =
i e' i Note: Y i) Rise and decay times t.nspecified ~~ 5 350 l ^ 320*F/35 psig/100% R.H. 320 F/125 psig/100% (6 hour dwell) (2 hr. dwell ) 40T/35 psig/. 100% R.ll. ~ I~4 (3 hour dwell) l { 300 I i --4 ( 281 r/63 psig/100% 250*F/25 psig/100% R.H. l ( 240 hr dwelI ) (24 hour dwell) m g 250 l l 200*F/20 psig/100% R.H. (36 hour dwell) 200 -l ? I V I t ] 150 I I, n a a n l I-240 : 100 0.25 3.25 9.25 33.25 69.25 TIME (hrs)(NOT 'ID SCALE) 1 Temperature / Pressure Profile for CE Shielded Signal I Penetraticus f rom EPAQ-060, EPAQ-009, EPAQ-010 ~ i. TEST cuAVE -44 8
I l sote: b %/f/M fLil y
- 1) Risa and Decay times t
unspecified t + i 352*7/124 paig/100% 2.H.
- 2) - ZPAQ - 015 (30 nin. dwell)
- EPAQ - 016 1 350
- 309'F/62 peig/100% R.H.
l," / (23.5 Hour dwell) ( l [281*F/62psig/90-100%R.H. { 3 (348 Hour dwell) 4. 3M h C L l j g 250 l l! l l l-m 2' f 200 l l l [ ~ ] 150 I i f A 100 0.5 24 348 TIME (hre)(NOT TD SCALE) Temperature / Pressure Profile For CE SIS WIRE SI-57275 FROM EPAQ -015 & - 016 I TETT cuevE
- 9 c.
1 Rise time to 90 psig-14 sec. y {h Y }l$YIO fy N tes; 329F/90psig/100k 1) r c 2.cid spray ( 1 hr. dwell ) FIGURE 3 - j b b f Decay - 3 min. z h 80 - 312 F/70 psig/100% SCHEDULE OF TEST ENVIR0ff4ENTS ( 2 hr dwell ) g Saturated Steam Pressure Cycle 70 - 'and h Decay-5 min. Limitorque Operation Cycle g, 60, C 300 F/40 psig/100% y 50 - ( 2 hr. dwell) .h 3 E 4 = ONE VALVE OPERATOR CYCLE y 40 - g A Decay-4 min. S 5g 30 '
- 272-256 IF/20 psig/100%
( 19 hr. dwell) y BORIC ACID [ 247 F/15 psig/1005 SPRAY Decay-7 min ( 6 day dwell) 20, 4 $ _, ( 10 < 1 2 3 4 5 6 23 24 1 2 3 4 5 6 l TIME-DAYS TIME-HOURS TEST OF
- A LIMITOROUE VALVE OPERATOR UNDER A SIMULATED REACTOR f
I from FIRL test' F-C2232-01 : I CONTAINMEilT POST CCIDENT STEAM AND CHEMICAL ENVIRONMENT I part of Limitorque test : TEST OF LIMITOROUE VALVE OPERATOR TO MEET GENERAL REOUIREMENTS OF AN ELECTRIC VALVE ACTUATOR IN NUCLEAR REACTOR CONTAINMENT ENVIRONMENT. g ggy6 TEST REPORT for ORDER # 600198 V Jo
IM M M M M M M M M qM M M m am am an, am num R
- (n.
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- i D
. insutation etsistancas f" 9 vatvt octaarons cvctEn 1 h metasunto ,y ,e %i <oo - uI frg 3/rle 2$ 3.*,,ies esis (.rei ) esisi r 8b5 ' I'# ' I " tiotes: a
- 1) Proirradiated 2.04x10 Rads.
g ~ po*rin esos tie *r/se esisi y* 9 _d y p 25,2 f/i$ Flat p i ,. ~.. oo (,g.,j,,,3,gg,,,,,g,,,
- .lg is..r. th 25:{,t/15 F5:4
(' { h. (at f/al Flis) L.- Q 't ~ ~~ ~ 200 F/ 10 psig/100% E
- ysie esis
' *2 is g e a) 5.c. Res. t. 3%*t/see.[S,it. t:
- =
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- i. s... > - =.i-...
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N 1: d l 340* F/104 o sig WITHIN 3 MIN 15h LEGEND FRESH NO g_ FRESH SPRAYO R ECIRCUL ATED SPRAYA SPRAY l, RESISTANCE SPR AY 1 340-MEASUREMENT" i 335 F/95 psig
- j IR Notes: *An initial mes-sumt at m 315 -
c 315*F/69 p sig temperature was also specified j after the cables k g were installed in the test chamber but before the ~ u D 265- + 265' F/28 psig S/D exposure. N I 0Fresh spray of 'j y f IR demineralized water to W C 4 200 F/70 psig(min) j b WITHIN IO S g 7 reaching 340*F. h1 ) i 200 - Proirrgdiated J[f[(d 2.6x10 Rads N 1 165* F/0 p sig U-1 I I i l l I I h IOs 3h Sh 8h lih 15h /4d 7d '? N ELAPSED TIME + I f rom PillLADELPill A ELECTRIC test: QUALIFICATION TESTS OF TERMINAL BLOCKS t.nd SPLICE-lNSULATING ASSEMBLIES in a SIMULATED LOSS-OF-COOLANT ACCIDENT ENVIRONMENT-PilASE B Figure 16. Specified Temperature / Pressure Profile for the Steam / Demineralized-Water-Spray Exposure 7Es7 col d p /z
i 'i: fr/>/rfV 0 h ~ ASCG TEST REPORT AQS21678/TR NOTE: 6 J-
- 1) Pro!rradia+6.! 2x10 Raos
- 2) 3000 ppm Boris Acid spray:
Ph 10; from +10 soc to end f tost 346/110 '320/75 .c S 300A l 'd 280/70 N c. m D O o e
- 3 th e
Within la 89y 5. sec. che-c mical L j g93 8$g y spray to 1 be start-o :o a i k ed. ZM U .s 8 -Q $"
- 1 M
48 3: M Q [ p 200/10 gg o t' E8 s o z E' g z H i 0 140 F Pre-test Ambient l l l }, g ) 4 i i i 3 5 8 11 4 DAY 3 30 DAYS l IIR !!R llR llR TIME Temperature / Pressure Profile for simulation of loss-of-coolant accident (LOCA) gff (,yg6 design basis event (DBE) by steam / chemical-spray environmental exposure. t = m
- g;
- n M... W. W M
W W W W E E E E ~
I Kotas: )
- 1) Oc:nbined tocal temperature exposure for both tests as follows:
a) above 250*F: 9.3 Hours b) above 310 F: 5.5 Hours '43-345 F/110-117 psig/100% R.H. c) above 340*F: 3.3 Hours 1 -l. 350 ,1 t 300 i i-C L 250 g Decay times to 250 F approx-i 6 Q imately 45 H minutes 200 Rise times g approximately 7 hours ~ 150 l i i 100 r t TIME (hrs)(NOT 'IU SCALE) j j Temperature / Pressure Profile For MSIV SOV's From Rockwell RPT 2792 02, Exhibit 10. i Test curve;,. pt- / + 'l
by fhN N O Sote:
- 1) Risa & Deccy times unspecified
- 2) Preirradiated to 3 X 107 RALS
- 3) Profile repeated 4 times 340*F 65 Paig/100% R'.E.
4 (2 min. dwell) 340*F/45 psig/100 % R.H. 3 hour dwell) 350 320 *F/45 psig/100% R.H. ( (3 hour dwell) 300 = 250*F/25 psig/100% R.H. (90 hour dwell) A e 't a I 250 i 200 150 r I I I 100 3.0 6.0 96.0 i. TIME (hrs)(NOT 'IU SCALE) j Temperature / Pressure Profile For Various SOVS From Test #7 CE Plant { Equipment Design Engineering Memorandum No. 126-62 T50~ cop.2 i.- + /f i A
...a 3.4 INSTRUMENTATION 3.6 IDSS-OF-COOLANT ACCIDENT (LOCA) ENVIRONMENT EXPOSURE Chamber tempIr:tura cnd prcs:uro w;rs g monitored continuously on strip-chart Following the combined radiation-thermal T recorders. Thelocations of the thermocouple aging exposu e. the specimens were simul-junctions were as shown in Figure 5. taneously exposed to steam, chemical-spray and gamma radiation (S/C/R) as illustrated A list of the data acquisition instruments in Figure 8. used in the test program is included as Appendix A. A chemical spray consisting of 3000 ppm boron as boric acid, 0.064 molar sodium Radiation Dosimetry data are included as thiosulfate and adjusted with sodium hydroxide Appendix B. to a pH of 10.5 at room temperature, was applied at the rate of 0.15 gpm per square 3.5 COMBINED RADIATION AND THERMAL AGING foot (100 ml per second per square meter) EXPOSURE of spray area (See Section 3.2). Fresh heated spray solution was used for the first hour The specimens were electrically energized of the profile. Thereafter, the spray solution as stated in Section 3.3, while simultaneously was recirculated from the reservoir at thermally aged at 150*C (302*F) and irradiat-the bottom of the chamber. The pH was ed to an air-equivalent dose of 5 x 10' rads. monitored periodically, and was maintained The vessel was electrically heated. During within the range of 9.5 to 11.0 by addition this exposure air was circulated through of fresh solution. the test vessel by an external blower. Insu-lation resistance measurements were made During the S/C/R exposure, the specimens during and after this exposure. were energized as indicated in Section 3.3. Note: An air-equivalent dose means 3.7 MANDREL WRAP AND HIGH-POTENTIAL that the volume occupied by WITHSTAND TESTS the specimens receives an iso-tropic flux of gamma rodfation After the S/C/R exposure, before the test equivalent to the rodfation dose vessel was removed from the radiation hot that would result if the volume cell, it was filled with tap water and insula-contained only cir. tion resistance measurements and preliminary TH ER M al, ~ AGING S LoCA SIMULATION INCLUotNG RAol4 Tion R aol ATioN 357'F (isi'C1/> 7o ps.g WITHIN 5 MINUTES 3So-g g 3o2*F 27$
- F/3t psig (135
- Cl
- {3oo iso O s E So-2so* F/7o psig(MIN) 2 12*F/=lopsig es troo Ci i g soo -N @ iH5ut ATioN -e-h TwtCE PER WEEK---e= RESISTANCE MEASUREMENT gl4o*F PREMEAT +--R Aot ATio% GAMMA R,otAfioN -tSo MRAos So uR ADS i i e S o._ 3o to S to 4 -=- -ils hours % SEC MIN MR LAYS OATS t 7 o&YSI TI M E --=- Figure 8. Temperature / pressure profile for simulation of Loss-Of-Cooant Accident environment. \\b from FIRL Report: F-C4033-3 ; TESTS OF RAYCHEM THERMCFIT INSULATION SYSTEMS DD UNDER SIMULTANEOUS EXPOSURE TO HEAT, GAMMA RADIATION, N STEAM AND CHEMICAL SPRAY WHILE ELECTRICALLY ._z hy $(/J/)h ENERGlZED_.
g w w w a u w a a w w b FM t/rfra y NOTES: 340 F 0 56 psl9 1) Indicates Insulation 350 Resistance measurement ' Required. i 300 i
- a 0
250 F 9 15 psig i 250 10 min l. i u [' E y I i 3 200 y 5 '[i s Atmospheric O Q ll i 150 Atmospheric o E I I r 1 1 I 0 8 hr I hr 25 hr 26 hr ?l l l TlHE - NOT TO SCALE 3g S U l Accident (LOCA) test on two electrical cable splice assemblies for Boston Edison Co. g S U l E { FIGURE 2 TEftPERATURE-PRESSURE PROFILE ..'[ (W &,R,,* $ J $ l}
T ] ,. / 't 4 '1 2 i 340 - r i 3 t b. INDICATES CYCLING 320 l,4 o OF VALVE ACTUATOR flotes: 280 - 0
- 1) Proirradiated*2.04x10 Ra d.i.
mN m. v os l' E E! 4 p 250 - [ !j' ~ f s o w 91 m gj 4 t-* N Ed >8 e l S ,!j 200 -- 1 - Differential pressure ~ 70 PSI 2 ditto - 70 l/ !, 3 ditto - 40 p,) 4 ditto - 25 5 ditto - 10 ag. ..I f li h, 1.40 -, i l I i l ) I l .M 10 3 5 8 11 V 4 14 30 SEC 11R llR llR IIR DAYS DAYS DAYS 5 HR-10 SEC
- p TIME Fig 1 Test Chamber Temperature Profile for Accident Environment Simulation' p
% i,,.. c. vnce ce nn,Incr8 *487 1472) from test report: QUAllFICATI0tl Of flAMCO CONTROLS LIMIT SWITCH MODEL EA-740 2/20/78 j~ ' _g 7ETT c vn.ac M ~ w/g
- --~~
W f 3 e----
- ~~o
.~ o a aJ L- -.' . ~ - -. ,'M ."W .W LJ 'l-- J be M 1. A F 'l 600 r.. 1 i 2 3 4 5 g,cv,/n 33 NOTE: M j ' j, 'i { 550 5
- 1) Preirridated to 1.7 X 10 RADS 500
- 2) Rise times are 135, 16, 10, 39, l
3 minutes respectively j f 450
- 3) Decay Times are 40, 31, 23, 61,
[';' '! 26 minutes respectively 400 { 7 - ;' t i j 350 f b 1 a. j 300 250 - il - l 200 .) 150 1 Time - Not to Scale
- j
'a Stabilized !i Starting Point ' ] j l if ( Figure 4. Postulated Steam Impingement Environment Profile from WYLE Test Report 43854-1: a test of Fenwal # 17002-40 temperature switch and AMPilENOL Connector 'b TEST cutW6 A /9
NOTE:
- 1) Test Repeated 3 times
- 2) Rise times and decay times 350 unspecified
[305*F/AMB.8/AMB.% (30 minute dwell) f 300 C L g 250 i3 sa d d H 200 ~ 150 I t 100 TIME (hrs)(NOT 1D SCALE) Temperature / Pressure Profile from GE file DV145C3004; Fenwal RPT. 6350 test #5 on a Fenwal #17322-0 temperature switch. I TE5Y C'ARGE # 0i 2 1-s
'~ % [ ua ~ =. = .a Qualification Typa Tost Raport k-i 4'IE#NO 1 Limitorque Valve Actuators / For Class 1E Service -Notes: h 7
- 1) preirradiated to 2x10 radq j
Outside Primary Containment i l Il TCM PERA.TU R C PAonLC f REPOIC NO. B0003 ( h!p [VCNT CvCHT EvcNT CVENT CvCNT [vCNT p,' 3 6 19 21 80 f ? 't r .t ir 1r y j p .3Hns 2.6 hrs 23.4 Has 25.814as 283.5Has ,1 l 25 esic 25esic rf 250- ~ O i ,., I OPssa l gy s.- N i (1. I , l I ?.. l 0 l 1 y g 12 0- 'd 1 soo - I l' l 1 l i i si JJ ff I i i IOSec .5 Hnts 2 Hr,ts 2414Rs 16 Dws ~ 2Ha iOScc. ~li m c-4.( 2 7 E.S T C o R UE e-l
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- p. l y
a 41 QUALIFICATION TYPE TEST REPOR1' -~ ~~~ l ~ LIMITORQUE DC VALVE m mTORS ='- 1 1-- I. I REPORT NO. B-0009 ie FOR NUCLEAR POWER STATION '1 ~__~_~ ) i _. SERVICE CONDITIONS i ~ l< ei ZZ _; ZD UL x___ h _3 ~ ~ y
- f - -~
c. ~ ~ ~~- ~ ~ ~~ 4_ ZZZZZ: I d I f ? f L ZZ:- ~~ - 7 f 7 i d i _ iP" ;. i. i 1 ZZ -- :: Z- ~ ~- --~~ j ~~ ~ Notes; g w po _q' [ ~ ~ ~ ~~ 1 ... 4 Z .: M ~ ~-~ ~ ~
- 1) Preirradiated 1x10
~ ~- 7 Rads .e ..w pp.., i e e>...e ,e, 4 ie >e l".'_fd:b . :ZZ I..:: 1_ -.ZE ~- ~ ~~~ M6 CORUE dh 2, z,. -. __-=._ 1 Z . c: - ( = - -x x: m :
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PILGRIM UNIT #1 79-01g Computsr Printouta s 1 Attached are computer printouts for 79-013. t Printout #1 - Safety System Equipment List-Printout #2 - Component Evaluation List -In containment -Outside containment In order to properly utilize the computerized information the following field descriptions and code interpretations preceed the printouts: I. Description of 79-01B Computer Fields II. Plant Location Codes-III. Equipment Safety Function Codes I. DESCRIPTION OF 79 -01 EQUIPMENT QUALIFICATION FIELDS - EQUIP NO - This is the ur.ique equipment number designator for Pilgrim #1 electrical equipment. 1 DiiSCRIP - This is a generalized description of the equipment listed. Included in this column, if applicable, is the associated P & ID Dwg. number. SYSTEM - This field lists the sytems : eported by this component. MAN /MODEL # - Contains manufacturer, model nu=ber and serial nu=ber information. SAFE FUNG - This field contains both a BECo coded safety function and a brief description of the equipment safety function. Refer to the list attached for safety function code designation.
PLT LOC - This is a coded plant location syd>ol indicating the location of the equipment. Whenever (as is the case for cables) the equipment exists in numerous locations outside containment the word VARIOUS will appear. Refer to attached list for location code designation. Additional information may also be listed to racilitate location information. For instruments mounted on panels such as PNL "C2247A" the panel number is also listed. - OPER TINE REQ / AVAIL - Listed first is the time frame during which the equip-ment is required to perform its safety function. When Boston Edison believes that the available information can not substantiate operation to this required time a second listing will identify a shorter time to which the component is available. DBE EXPOSED - This field lists the DBE, and the environmental parameters under which 'the component must function. DBE ENV REQ.- Contains the information, first on temperature / pressure / ~ humidity (F/#/%), and second on total integrated radiation (RAD-) to I which the component may be exposed. - QUAL ENVIR - Contains the information, first on temperature / pressure / humidity (F/#/%), and second on total integrated radiation (RAD-) to which the component has been qualified. - MET OF QUAL - This field describes the methods of qualification including testing, analysis and an indication of the type of testing done (separate or sequential). As necessary; ether notation will be included to clarify d this information. --= m
SUPP DOC - This field contains a listing of the principal supporting documents which substantiate the values provided in the QUAL ENVIR field. l As necessary, additional notations will be included to clarify this information. t -en ses. - .-......,m.u, a 4.._.-- e-
= ! Bullstin 79-013 Plant Location Codes Ihe follodng codes are used in the Bulletin 79-01B computer printout to define plant locations. Code Building
- Elev, Space Designation 1.1 Reactor
(-) RER and Core Spray Pumps Room "A" 17-6 1.2 Reactor (-) RER and Core Spray Pumps Room "B" 17-6 1.3 Reactor (-) HPCI Pump Room 17-6 1.4 Reactor (-) HPCI Pu=p Panel and Valve Room 17-6 1.5 Reactor (-) RCIC Pump Room 17-6 1.9A Reactor 23-0 RER Piping Room 1.10A Reactor 23-0 RCIC Piping Room 1.10B Reactor 23-0 RER/EPCI Piping Room 1.11A Reactor 51.0 IGCU Ex Ex. & Pump Room 1.30 Reactor Dryvell Interior
- 1.30A Reactor Torus Interior
- 1.30B Reactor Drywell Interior (opposite core inside sacrificial shield).
Steam Reactor Stea= Tunnel Between Turbine Tunnel Building and Dryvell Torus Reactor (-) Compartment surrounding the Torus 17-6 Area
- NOTE:
- No equipment identified in these areas m
3u11etin 79-013 Equipment Safety Function Codes The following codes are used in the Bulletin 79-01 computer printouts to define component safety functions. Code Safety Function 1 SCRAM 2 Primary Containment Isolation 2A Primary Containment Integrity (Electrical Penetrations, Torus Vacuum Breakers) 3 Secondary Containment Isolation 4 Core Cooling (General) 4A RHR (LPCI) 4B KRR (Containment Cooling @ Cats Spray, Torus Spray, Torus Cooling) 4C RBCCW (Support of Core Cooling) 4D Salt Service Water (Support of Core Cooling) 10 Pressure Relief 11 Monitoring (General) 12 Electrical Distribution (To Support Other Functions) V
' ~ 2 - =.._ l . s. t Y ( f Qf I 'l 1 / F ET' 5 S/6M f l t E OlPmElvT ii ~ L/STS h 9 i h"'N- -r ~ - - - - - - - - - - -. M
(g I & fab O k O 'O O O O O O Q Q O O O O O O O O O 089 1 RA M 0 1 I 5 3 93 9: 1 .s 1 1 1 1 1 1 1 1 2 2 2 4 4 4 4 4 4 4 4 4 4 4 E 2 2 2 2 2 2 2 2 2 2 P M M M M M M M M M M D D D HN D D D D S S S HT H HT TM HT H T HT H T D H D H D H CN C CN d C e CN C N A C A C A C d C C 9 TM TM T T T P TM T M T T T 7 T I I I I I I I I I I ail aW C WL DW WL W L WL W L W1 W 0 W1 l S0EA 4 4S 4 SA 4S A SA 8S A CSA DS A Y S0 Y S 6 Y S0 C SD C S0 C S 0 C B3 C S3 C S3 C s3 C A 2 A 2 A 2 M1EO AI R L ARL A R L A-RL A R L A RL A R L PARC P 8R C PA RC DIEO D1 EO D 1ED D9 EO D9E O D9EO D9E O R E2 R E 2 R E2 RL 1U TU 1O 1U 1 U 1U 1 U 1U S1U S 1U S4 U 0B DS 0G 0S 0 S 0S 0 S 0S 5S 5S 6 S 0S OS 0E 0S 0S 0S 0 S 0S E4S C 4S E4 S 1E1 RIE 2 R1E1 R 1E 2 1E1 1E 2 1E1 R 1E 2 R1 E1 R 1E2 R1 E1 MSR. HSR HSR. H SR mSR. WSR. WSR. H SR OSR. O 8R OS R. RPP1 R PP 1. RPP1 R PP 1 RPP1 R PP 1 RP P1 R PP 1 CPP1 C PP 1 CD P1 n n n n n n n n n n n o o o o o o o o o o o o i o l o t o t o i o i o i o i o i o i o i N nt Nnl N nt Nnt N nt Nn t N nt Nn t N nt Nn t N nt oa oa oa oi oa o a oa o a oa o a oa t ic ti c t i c ti c t ic ti c t i c ti c t ic ti c t ic nt o nt6 nt o nt o n t o nt o n t o nt o n t o nt o n t s epL e pE e pL miT ep e pL epL e pL e pL e pL e pL e pL 1 mm1 m m i-mmT m mm i m mi mmi mmi mmi m mi mm 1 5 p~r t eprt o p'r t e prt ep rt e pr t eprt eprt eprt e prt e p
- t E
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- 55
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g O O O 0 0 O O O Q Q O O O O O O O 0 O 089 1 RAM 0 1 7 2 8 5 9: i 1 E LPUO CO H R E L L L L H O O O O 7 J R T R R T T T T N N i N t O O O O G G G G L C C C C N N N N A 4 I I I I 5 R R R R W O O D O T R R R R T T T T E E E E E W W W W C O O O O I I I I N N N N O O O O 4 R P R P P P H N N M K E E T W T W T T T -N N W N L O L O L L L O O O O O P O P O O O R R R R V V V V V T T T T V V U U U U W M V 0 K Y 0 Y 0 Y 0 E E E E O T 0 T 0 T 0 T 0 N P N L 5 6 5 I 6 I 6 I 6 P R R R F i e G O O E E E E N N ,N N N T N N T N T N T N D O O O O O H O O N O N 0 N O o I I Tj I I I I I DT I I I I I I T T T T T T T T T A A N A N A H A A A A A A A R R R R R R Y R R T R T R T R T T T T I T N T T N T N I N T E E E E r. E C E E C E C E C E N N N N N N N N N N P E E E E E E E E E E E P P P P P P P P P D D N N N N L L L L O L L O L O L O L A A A A A A I A A I A I A I A C C C C C C T C C T C T C T C U I U I U I I I I I I I U I I R R R R R R B R R B R B R B R T T T T I T I T T I T I T I T C C C C G C R C C R C R C R C E E E E E E f E E T E T E T E L Y L S L S L S L H Y L Y L V L Y L Y L Y N1 I E E_ D I E I E T E T E T E T E T E T E T I I I D I D D I I I 0 R T0 R T R T T R T 0 T0 T T0 R T R T H L N1 L N9 L N1 N O N9 O N 9 L N9 G N 1 O O N9 O NT W 1 E3 E E. E E A E. E E A E A g A E. E E E. T M I IN E E L T M1 T M1 T M 1 C M1 T M 1 C M1. C M1. C M1 T 9 1 N N N T N N N I N I N I D A-N N N N ) N N U I I R I I I R I R l R I I I I I I I I I I EK KA Y3A CA TAA T8A TAA COT 0 HOT 0 M0T0 HOT 0 TOT 0 HTT 0 C1 T0 H1T0 C2T0 C2T0 C3T0 AA sA CA TON 3 TON 3 I0N3 TON 3 TON 3 T0N 3 f0N3 T0N3 E0N3 E_80N3 E0N3 NID. O. L1 O. NIO7 M1O. NTO . NIO. NtO L1 O. N1 O. L8 O. t cGc1 CGC1 c0C1 CGC 1 cGC1 C 'Q C E0C1 C0C1 E0C1 E0C1 F 0,C 1 1 n n n n n n n n n n n o ~e o o o o o o o o o o i o f o i o I o i o i o i o o i o i o i Nnt Nnt Nnt Nnt N nt Nn t Nnt N n_i N n t_ Nnt N n t. t o oa o a oa oa o a. oa o a. oa - o ~a oa tis t i c ti c ti c ti c t i c_ ti c tic ti c ti c ti c nt o nt o nt o nt o n t o nt o nt o nt o nt o. nt o nt o e pL. epL epL epL epL e pL e pL e pL e pL e pL e pL eprt_. e p r t_. mmi mmi mmi 1 mmi m m i-mmi m m i-mm i mmi mmi m m i~ ~e p r t eprt eprt eprt ap rt opr t eprt e p r't eprt E ti cn ticn Ticn ticn ti cn ti c n ti cn ti cn ti c n. ti cn tl cn. s u s a._ d g el u s a.. sus a G ausa ausa susa susa ausa a6 s a susa susa ygel yqel A yqel yqel yqel yqel yqel y g e,l ygel yqel P SEDP SEDP UEDP SEDP SEDP SEDP GEDP SEDP S E_D P SEDP SEDP 4
O O O Q O Q Q O O O O O 0 O O O O O O = m I o 0 9 o 9 1 RA M 0 1 l 33 8 5 9: m 1 o, s, e E S s t L Y Y P S B U O P P C I I O T T M R E E L f H N N N N N N N N B i O T O O O O O O O O I R T I I I I I I I I M T T T T T T T T N A A A A A A A A O L C C C C C C C C C A I I I I I I I I N D D D D D D Ds D t O N N N N N N N N R I I I I I I I M I E S N N N N N N N W E O O O O D O O O G I I I I T I P I A T T T T T T T T T T I I I I I I I I L L S S S S 8 S E S O O O O O 0 O D O O P P P V 7 D V P P P P D u Y 0 Y W D D D D 5 D O O O O O D O O O u T 0 T L R R R R R R R R e I 6 I t R R O G E E N N N N N N N N N N T N T O O O O O O O O O O N O N I I I I I I I T I I I I I T T T T T T T T T T T A A A A A A A A A A M A M R R R R R W R R R T R T N O L u T T N T N T T T T T T E E E t E E E E E C E U N P N N N N N N N E E E E E D E E E E P r P P P P P P P P N r s L L L L L L L L L A A I A I A A A A A A A C C T C T C C C C C C C I I U I U I I I I I I I R R B R B R R R R R R R T T T T T T T T T T I T T C C C C C C C C C R C R E E E E T E T MN1 E E E E E Y L V E Y L V E S L E m V L Y L Y L Y L Y L T E T E T E T T I E I T E T E T E T E T E D V I I ~ I I I I I I I R T R T0 R T0 R T0 T R T R T R T R T R T 9 O N v U N1 O N1 G N1 L N y C O N9 O N9 O N 9 O N9 O N 9 E E E E. E E . E E. A E . A E T 1 1. T 1 T M 1 T 1 C N 1 C E E E E. E E E E. E E T t N T M 1 T M1 T M 1 T 1 T 1 G N N M N ) N N N E I N I N N N N N N N P N D I I I I I I I I I I I T I I I I I I I T R I R 5A A A BA C A DA EA FA 0A HA - JA TAA T M3T0 M4T0 M 4T6 M1T0 M1T 0 M4T0 M4T0 M4T0 M4T0 M4T0 C5To C T0N3 TON 3 T ON3 T0R3 T6N 3 T0N3 TON; T0N3 TON 3 T0N3 E0Na E 3 O N1D. NTO NIO N1O. NTO-N1D. L1C . C C GC 1 CGC1 C GC 1. CGC1 CGC 1. N1O. CGC 1 cGC1 C eC1 UGc1 EGC 1 E N1 O NI O. N l CGC1 n n n n n n n n n n e o o o o o o o o o o 6 o i o i o i o i o i o i e i o i o i e' s o T Nnt Nn Nnt N nt Nn t N nt Nn t N nt h nt Nnt Nnt 'da - oa oa oa oa Tic oa oa o a oa o a oa ArTM tI c ti 'c ti c tic t i c ti c t ic ti c t i c nt o nt o nt o nt o n t o nt o nt o nt o nt o
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PACE 4 -,2 n,q,,,, ( RF/ EQUAL. 000001148 I Equi pmen t-Me 912-MERITE 9/C STRANDED.12 600v eOwER & CONTROL CABLE O - "**s' tem - - - - - - - - - ELECTRICAL DISTRIBUTION Sy Man /Model MERITE FR INSULATION FR OVERALL JACMET !' O -- Saf ety Func tion - - -- 12 -- ELECTRICAL DISTRIBUTION Plant Location 1.30 VARIOUS O p e r a t i ng-T i me-R e g / Ava i l-C ONT I NUOUS/ ASSUMED O DDE Exposed LOCA (F/e/%) LOCA (RAD) PBOC (F/e/%) --- DBE Env Reg - --- - SERVICE PROFILE-la --SERVICE PROFILE lb RAD-3.5X10E7-Qual Envir TEST CURVE #3 TEST CURVE #2 RAD-1.2X10E0 Me t h o d o f Qual i f i c a t i on-- -- TEST / SEQUENT I AL---- - g Supporting Document FIRL F-CP172-02 MERITE LTR TO BPCo 4/30/70 BPCo SCEO RF/EGUAL 000001031 O -- E g u i p m e n t No - --- - SPLICE -(SOV)- Description SOV 600V CABLE SPLICES O - - - - S y s t em - ---- - ELECTRICAL DISTRIBUTION Man /Model RAYCHEM CORP. WCSF-N Eadety-Fwastien 12----ELEOTH ICAL-DISTR I BUTION Plant Location 1.30 VARIOUS g -__ Operating Time-Reg / Avail - CONTINUOUS /AS6UMED - ~ DDE Esposed LOCA (F/e/%) LOCA (RAD) DBE-Env Reg-- SERVICE - PROF ILE-l a -- SERVICE PROF ILE - 1 b -- R AD-3. 5X 10E7 ----- g --- Gual Envir TEST CURVE #16 RAD-2X10E8 Metho4-08 4ualsation TSST/SIMULTANECM Supporting Document F-C4033-3 FIRL 43905-2 WYLE F-C5022-2 FIRL g RF/ EQUAL : 000000674 Equipment No A0203-1A Description FIRST ISOLATION VALVE AIR OPERATOR & VALVE CONTROL SYSTEM M252 (730E 583) ystem MAIM-Sicans ago mTM-ISOLATIO" c AVCO/C5159(SOV) NANCO/EA740-50100 (LIM SW) O -_ Man /Model Safetg Function 1/2-MSIV SCRAM tLM SW)/MN-STM-ISO-4SOV)- Plant Location 1.30 .! O _ -_ Dp erating _ Time _ Reg /Awall_CONTIulmin/ AM e1ED I DDE Esposed LOCA (F/e/%) LOCA (RAD) } DDIL.Enw_ Rag croVICE_PROFn r i. croVICE PROE.ILE.th " ^ 9-1 5 X 1 M"' Oual Envie TEST CURVE e14 (SOV) TEST CURVE #15 (SOV) RAD-3X10E7 (SOV) TEST CURVE ela (LIM SW) RAD-2.04X10E8 J___ IIIM.SW) Nethod of Gualification TEST / SEPARATE /SIMILAR EGPT (SOV) TEST / SEQUENTIAL (LIM SW) GE_1_TR 0-HK-9-44__ ROCKWELL NPT_S2792-03-02_(SOV.E/S/11 GE-PEDEM 812642 4SOV RAD! MAMCG_ TEST-RPT-FO ' N.-._ Supp or ting Document R MODEL EA-740 2/20/78 (LIM SW) RF/EGUAL 000000675 D ____ Eguipment No._. A0203-1B _ ___ Description FIRST ISOLATION VALVE AIR OPERATOR & VALVE CONTROL SYSTEM M252 (730E 583) System ..._._.._ _ _ MAIN STEAM _.RPS _ CNTM_ ISOLATION. - _ _ O Man /Model AVCO/C5159(SOV) NAMCO/EA740-50100 (LIM SW) n fety.Func. tion 1/2 M41V AroAM_ILIM m l/MN STM_ISG_tSOU1 a Plant Location 1.30 D_ Operating T ime R e g/ Avail - CONTINUOUS / ASSUMED.--. --- ---._--- DDE Esposed LOCA (F/e/%) LOCA (RAD) DDE Env Ret SERVICE. PROFILE la. SERVICE PROFILE -1b RAD-3.5X10E7 O Qual Envir TEST CURVE #14 (SOV) TEST CURVE 015 (SOV) RAD-3X10E7 (SOV) TEST CtRVE #18 (LIN SW) RAD-2.04X10E8 O___. Q u
O _ -PACE - --- -11:ii:i9 -i2 MAa-i9eO --.. (LIM SW)- b _. --. - -Method of Qualification TEST / SEPARATE /SIMILAR EGPT (SOV) TEST / SEQUENTIAL (LIN SW) 6*ppeetang-Desweent - CE-LTR-G-NK-9 - ROCKWELL-RP T-#2792-03 4 60V - F/#/% )-- GE-PEDEM- # 126-62-( SOV -RAD F- - NAMCO - TEST RPT-FO R MODEL EA-740 2/20/78 (LIN SW) 1 I RF/ EQUAL 000000676 d Eguipment No
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Description FIRST ISOLATION VALVE AIR OPERATOR & VALVZ CONTROL SYSTEM N252 (730E 503) Gystem MAIM-6 TEAM--RPG---CNTM IGOLATION --- - AVCO/C5159(SOV) NAMCO/EA740-50100 (LIN SW) O __._ Man /Model g.,ety gunctio.-. . _ _. - ifa _--M61V SCRAM (LIM SW)/NN STM-ISO-(SOV) - - - -- Plant Location 1.30 O- - - - Operating Time Reg / Avail - - CONTINUOUS / ASSUMED DBE Esposed LOCA (F/#/%) LOCA (RAD) DBE-Eny-Reg GERV ICE-PROF I LE-1 e --6ER V ICE-P ROF I LE-l b-R AD-3.- S N l OE7 TEST CURVE #14 (SOV) TEST CURVE #15 (SOV) RAD-3X10E7 (SOV) TEST CURVE 418 (LIM SW) RAD-2.04X10E8 [ O _.- Qual Envir- - - - ( t. I M SW > - ---- ,t Nothod of Qualification TEST / SEPARATE /SIMILAR EQPT (SOV) TEST / SEQUENTIAL (LIM SW) -- Gup p or t ing-Deeweent - GE-LTR HK-9-44 -- ROCKWELL-RPT-#2792-03-02 -(SOV-F/#/X) - -OE-PEDEM-# 126-62 (SOV RAD) - NAMCO TEST RPT FO O R MODEL EA-740 2/20/78 (LIM SW) I RF/ EQUAL 000000677 l U ---Eguipment No A0203-1D 3 Description FIRST ISOLATION VALVE AIR OPERATOR & VALVE CONTROL SYSTEM M252 { System MAIN-GTEAN - RPS - CNTM-ISOLATION ) W Man /Model AVCO/C5159(SOV) NAMCO/EA740-50100 (LIN SW) t 644e4y-Fens 4i:- U3---MG I V-6CR AM-4 LI M-GW >/ MM-6TM -160-4 GOV : Plant Location 1.30 l J Operating-Time-Reg / Avail - CONTINUOUS /A66UMED DBE Esposed LOCA (F/#/%) LOCA,(RAD) j U-DBE-Enw-Ret ' GERVICE-PROFILE-t a-GERVICE-PROFILE-lb-- RAD-3c SM10E7 Gual Envir ' TEST CURVE #14 (SOV) TEST CURVE #15 (SOV) RAD-3X10E7 iSOV) TEST Ct5tVE #18 (LIM SW) RAD-2.04X10E8 f 11M-6W: Method of Qualification TEST / SEPARATE /BIMILAR EGPT (SOV) TEST / SEQUENTIAL (LIM SW) D Gupporting-Decument CE-LTR O M " 04-ROCKWELL-RPT-#2792-03-02-(SOV-F/#/X > GE-PEDElt-4126-62-4 60V-RAD: NAMCG-TEST-RPT-FO 1 R MODEL EA-740 2/20/78 (LIM SW) O RF/ EQUAL 000001149 4 Egwipment 5 86-MERITE j Description 3/C STRANDED #6 600V POWER & CONTROL CABLE D System ELECTRICAL-DISTRIBUTION Han/ Mode 1 KERITE FR INSULATION FR OVERALL JACKET l Gafety function 12 -ELECTR IC AL-DISTR IBUTION J Plant Location 1.30 VARIOUS ) Op e ea 6 4 n 3-T i me-A eg/Avei 1-CONT-INUGU6/ A66UMEO O-- DDE Es posed LOCA (F/#/%) LOCA (RAD) PBOC (F/#/%) DBE Env Reg -6ERVICE-PROFILE-la-6ERVICE PROFILE 1b --RAD-3.-SX10E7 Qual Envir TEST CURVE #3 TEST CURVE #2 RAD-1.2X10E0 1 Method of Qualificatie*i -TEST /SEQUENTI AL -- O 3 Supporting Document FIRL F-C2442-02 KERITE LTR TO BPCo 4/30/70 BPCo SCEO RF/ EQUAL 000001150 G-- - Eguipment No - - - ---- -- B7 - KER I TE- -- 310 MER ITE -- - Description 3/C STRANDED #10 600V POWER & CONTROL CABLE _--- Sy s t em - --- ------ ELECTR IC AL DISTRIBUTION - -- - - - - - -- - - - - - - - - - - .!O Man /Model KERITE FR INSULATION FR OVERALL JACKET O .. u - - ~. - - - - - = -. -,
w j . --- Sa f ety Func t ion 11:11:21-12 MAR 198i Plant Location ELEC TRIC AL-DISTDIBUTION -- ~ ~ 1.30 VARIOUS Op e ra t i ng -T i me -Ceg /Avs t i-CON T INUOUS/ ASSUMED DDE Esposed g LOCA (F/e/%) LOCA (RAD) PBOC (F/e/%) D8E Env Reg Qual Envie -SERVICE PROFILE la SERVICE PROFILE 16 RAD-3.5x10E7 l TEST CURVE #3 TEST CURVE #2 RAD-1.2X10E8 Method g Supporting Documentof Gwalification- -TEST / SEQUENT I AL -- I FIRL F-C2442-02 KERITE LTR TO BPCo 4/30/70 BPCo SCEO g RF/ EQUAL 000001100 g Equipment No - - - - J208 l Description O System A0203-IA LIMIT SWITCH JUNCTION BOX e } Man /Model - - - - --- - MAIN STEAM - CNTM ISOLATION i I safety-Function HOFFMAN BOX WITH BUCHANAN 525 TERM BLOCKS l g Plant Location - la -ELECTRI CAL-DISTRIBU TION 1.30 Operating Time-Reg / Avail - CONTINUOUS / ASSUMED { DDE Esposed LOCA (F/e/%) LDCA (RAD) g - - DBE Env Reg - j Oval Envir SERVICE PROFILE la-Methed-ed-Guelidieetten TEST CURVE #11 SERVICE PROFILE th RAD-3.SX10E7- _ _ - - - Susi,orting Document TEST /SEGUENTIAL/SIMILARRAJ-2,04X10E8 (TERM BLOCK) g LIM 1 TORQUE RPT 600376A/LIMITORGUE LTR TO BPCo 2/17/79 (TERM BLOCK) l E q u i p men t No -- --- -J209-- Description System A0203-1B LIMIT SWITCH JUNCTION BOX-- Man /Model MAIM-STEAM-CNTM-ISOLATION - - Sa f e t y Func t ion - HOFFMAN BOX WITH IdOCHANAN 525 TERM BLOCKS / Plant Location ELECTRICAL-DISTRIBUTION 1.30 ...- Oparating g DDE EsposedTime Reg / Await-.- -CONTINUOUS / ASSUMED - ~ ~ - ~ ~ - - - - - ~ t DSE Enw. Raq. LOCA (F/e/%) LOCA (RAD) Oval Envir croVICE-PROF 4LE-4a i V _ _ --.Me thod.of. Qualification TEST CURVE ett NEVICE-9ROEILC-1b- "AS 3 5X10E? Supporting Document TEST /SEQUENTI AL/SIMILAR _-.---RAD =2.04X10E8 (TERM BLOCK) LIMITOROVE RPT 600376A/LIMITOROUE LTR TO BPCo 2/17/79 (TERM BLOCK). RF/ EQUAL 000001184 ._ Equipment Na . i* Description
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_ MAIM STEAM-CNitt. ISOLATION - - HOFFMAN BOX WITH BUCHANAN 525 TERM BLOCKS J.. - Safety Functi C.-.. - 12 _ ELECTRICAL DISTRIBUTION Plant Location 1.30 4 - Op e ratina--.Ilma. Re4/ Await DBE Esposed erwTIsm ana lR/ A4RI NFn i ' J _-.. DBE Env.Re4_-- LOCA (F/#/%) LOCA (RAD) SERVICE PROFILE. la____ SERVICE PROFILE 1h _ RAD-3 SX10E7 Qual Envir TEST CURVE #11 RAD =2.04X10E0 (TERM B G - Method of Gualification Supporting Document TEST /SEQUENTI AL/SIMILAR -. LOCK ) LIMITOROVE RPT 600376A/LIMITORQUE LTR TO BPCo 2/17/79 (TERM BLOC RF/ EQUAL. 000001186 O_ K) E q u i p m e n t No -_._. --_. J211.-. Description Sustem. A0203-1D LIMIT SWITCH JUNCTION BOX
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l 2 -11:11:23 12-MAR-1900-PACE-7 Eadety-Function 12 -ELECTRICAL-DISTRIBUTION-b- Plant Location 1.30 Operating-Time-Reg / Avail - CONTINUOUG/AGGUMED DDE Esposed LOCA (F/e/%) LOCA (RADI O DBE-Env nog - SERVICE PROFILE-ta-SERVICE PROF I LE - t h - - il AD-3. 5 X 10E7 - --- - ----- - -- - - - Qual Envir TEST CURVE ett RAD =2.04X10E8 (TERM BLOCK) Method e9 Quellfication-TEST /6E00ENTI AL/SIMILAR -- - - O Supporting Document LIMITOROUE RPT 600376A/LIMITORQUE LTR TO BPCo 2/17/79 (TEiiM BLOCK) I RF/ EQUAL 000001181 O Eguipment He - --- - -- --J212 - - - - -- A0203-1A LIMIT SWITCH JUNCTION BOX l Description --- System --MAIN STEAM - RPG - HOFFMAN BOX WITH BUCHANAN 525 TERM BLOCKS O Man /Model Eafety-Fwnstien 13-ELECTRICAL-DISTRIBUTION Plant Location 1.30 0 -- - Operat ing Time-Reg / Avail---CONTINUOUS / ASSUMED--- DBE Esposed LOCA (F/e/%) LOCA (RAD) GERVICE PROF ILE-t a- -- GERVICE PROFILE t b - R AD-3. 5X10E7--- - -DBE Env Reg W Oval Envir TEST CURVE #11 RAD =2.04X10E8 (TERM BLOCK) Method-e&-4welsfication TEST /6EGUENTIAL/SIMILAR Supporting Document LIMITORQUE RPT 600376A/LIMITORQUE LTR TO BPCo 2/17/79 (TERM BLOCK) RF/ EQUAL. 000001183 - - Eguipment-No J213 J Description A0203-18 LIMIT SWITCH JUNCTION BOX Svetem MAIM-GTEAM "r0 HOFFMAN BOX WITH BUCHANAN 525 TERM BLOCKS Man /Model >-- -Gafety Funetien 12-ELECTRICAL-DISTRIBUTION-Plant Location 1.30 . - -- Operat ing-Time-Reg / Avail-CONTINUOUG/ ASSUMED s DDE Esposed LOCA (F/e/%) LOC A (R AD ) GERVICE-PROFILE-te - GERVICE-PROFILE-it ";.0 3.SN10E7 DBE-Env-Re q Oual Envir TEST CURVE #11 RAD =2.04X10E8 (TERM BLOCK) < - - -- Me thod-e # -Gual181s a tion TEST /EEQUENT I AL/SIMILAR - - - ) Supporting Document LIMITORQUE RPT 600376A/LIMITORQUE LTR TO BPCo 2/17/79 (TERM BLOCK) -... ~ _ _ _ -.... _. - _ _ _ _. - l J RF/ EQUAL 000001185 Eguipment & rst A0203-1C LIMIT SWITCH JUNCTION BOX j Description MAIN-STEAM-RPG -
- J
-Sys tem - HOFFMAN BOX WITH BUCHANAN 525 TERM BLOCKS { Nan /Model i - Safety-Function - ELECTRICAL-DISTRIBUTION-Plant Location 1.30 Op e e a t i n 9-T i me-Re g/ Avei 1---CONT INUOU3/ A66UMEO LOCA (F/e/%) LOCA (RAD) DDE Esposed -6ERVICE PROFILE-la -6ERVICE PROFILE Ib - RAD-3c5X10E7 DBE Env Reg -- TEST CURVE #11 RAD =2.04X10E8 (TERM BLOCK) Qual Envir of Ovalification - -TEST /SEQUENTI AL/SIMILAR ----- - - - - ~ JV Supporting Document LIMITOROUE HPT 600376A/LIMITORQUE LTR TO BPCo 2/17/79 (TERM BLOCK) Method RF/EGUAL 000001187 - - - ~ ~ - - --- J215-U -Eguipment No A0203-1D LIMIT SWITCH JUNCTION BOX Description Sgstem - --- - --- -- MAIN STEAM - RPS - HOFFMAN BOX WITH BUCHANAN 525 TERM BLOCKS W Man /Model -ee-.- - - - - + - -
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-~ 11:11:25-12 MAR 1990 - - - O-PAGE O -- - - - - Sa f ety -Func t ion -- - -- 12 --- ELECTRICAL DISTR IBUTION ~- -~ Plant Location 1.30 j Op er a t i ng-T t oe-R eg / Ava t 1 -CONT INUOUS / ASSUMED
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LOCA (F/e/%) LOCA (RADI DBE Esposed 4 DBE Env Reg - -- - - - - SERVICE - PROF ILE la SERVICE PROFILE tb RAD-3.5X10E7 !O TEST CURVE #11 RAD =2.04X10E0 (TERM BLOCK) Oual Envir of Quali fic ation --TEST /SEQUENTI AL/SIMILAR - - - - Supporting Document LIMITOROUE RPT 600376A/LIMITOROUE LTR TO BPCo 2/17/79 (TERM BLOCK) Method O --Eguipment No- -- MO I OO I - - -- - - - ' ~ RF/ EQUAL 000000249 d g MOTOR OPERATOR 20-N14M3 VALVE M241 Description -- -- Sy s t em - -- -- -- -RHR - CNTM -ISOLATION Man /Model LIMITOROUE SMB-2-40 117163 337511C RELIANCE Y232608AILU y 2 / 4 A-SLOCM-VALVE-RHR -6 HUT DOWN-ALL-RHR - PUMP 9 -Gaee4y-Fwne46en g - Operating Time Reg / Avail --CONTINUOUS / ASSUMED -- Plant Location 1.30 DBE Esposed LOCA (F/e/%) LOCA (RADI - R AD-3. 5 X 10E7 g -- DBE Env Reg --- -- -SERVICE-PROFILE la - -SERVICE PROFILE th TEST CURVE #10 TEST CURVE ett RAD-2X10E8 Qual Envir LIMITOROUE LETTER TO SPCO 4-27-79 LIMITOROUE TWX TO BPCO 5-17-79 LIMITOROVE TWX TO BPCO 5-29-79 LIM Me t h od-ee-4wal t 4 6 e a t 6 en TEST /SEGUENTIAL Supporting Document -I TORGUE-TEST-RPTr 600199 2 LIMI TORGUE - TP4T RPT. 600376A j RF/L. h 000000248-- Eguipsont No M01001-63 MOTOR-OPERATOR 4-N14M3--VALVE-M248 Deecr&Ption RHR CNTM ISOLATION 54 stem - LIMITOROUE -- EMS-OO-5 -97274A-3375118 - - ID463515-DV 'g -- Man / Mod e t-- Safatv Function 2 RX. VESSEL HD. SPRAY SLOCK VALVE Plant. Location 1.30 I Operating Time Reg / Avail CONTINUOUS / ASSutED Lea -4E/s/%&-- - LOCA_4 AADS DDE.Esposed SERVICE PROFILE la SERVICE PROFILE tb RAD-3.5X10E7 DDE Env Ret TEST CURVE 810 TEST CURVE.#11-RAD-2X10ES J ._Gual Envir _. 1 IMITORGUE LETTER.TO.3PCO 4-27-79_ LIMITORGUE TWX TO.BPCO.S 17=79. LIMITOROUE TWX TO BPCO 5-29 -- LIM - TEST / SEQUENTIAL Method of Guattfication I._ -. Supporting.. Document ITOROUE TEST RPT 600198 1-2-69 LIMITORQUE TEST RPT. 600376A RF/ EQUAL 000000429 3_. Equipment No M01201 _- - -- - MOTOR OPERATOR 6-N14M3 VALVE M247 Sustem -- RCTR. WTR CLEAN-UP -.CNTH ISOLATION Description - - Man /Model LIMITORGUE SMS-OO-15 99131A 337511H RELIANCE 447271-DU 2 tm REEIRC _.TO CLEANUP SYSTEft-.- PSOE TERit Safetu. Function f Plant Location 1.30 'J. Operatang Time Reg / Avail _.~ CONTINUOUS / ASSUMED DDE Esposed LOCA (F/e/%) LOCA (RAD) i DDE Env Reg .. -..-. SERVICE PROFILE.1a. SERVICE PROFILE lb RAD-3,5X10E7-. 'J Oval Envir TEST CURVE e10 TEST CURVE 911 RAD-2X10E0 - - - - - LIM 3 -_ Method of Qualification-. _ TEST / SEQUENTIAL -. LIMITOROUE TWX TO BPCO 5-17-79 LIMITOROUE TWX TO BPCO 5-29-79 Supporting Document LIMITOROUE LETTER TO DPCO 4-27-79 d ITORQUE. TEST RPT 600198 1-2-69 LIMITORQUE TEST.RPT... 600376A -. - _ ~ RF/ EQUAL 000000048 0 Egunpment No M01301-16 J 6 e .e" i.i o
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- 1. 30..
Operating Time Reg / Avail CONTINUOUS / ASSUMED DDE Esposed- - - - - --- -- - LOC A -( F/ # / % ) - - LOC A -( R AD ) O Dae Env Reg SERVICE PROFILE la SERVICE PROFILE 1b RAD-3.5X10E7 Qua l-Envi r TEST-CURVE-410 --TEST-CUR VE-411-R AD-2 X 10E6 Method of Qualification TEST / SEQUENTIAL O . S,, o r t i ng D.c omen t.-- - LIMITOROUE LETTER TO BPCO 4-27-79 -LIMITORGUE TWX TO BPCO 17-79 -- LIMITORGUE -TWX TO BPCO 5-29-79-- Litt-ITORQUE TEST RPT 600198 1-2-69 LIMITORQUE TEST RPT. 600376A O RF/EoVAL 00000044a Es ipment m O O202-sA Description MOTOR OPERATOR 28 OATE VALVE O System REACTOR - REC IRCULAT ION SYSTEM-RHR ----- ---- ----- Man /Model LIMITOROUE SMB-3 99741A 329731-E2 RELIANCE S/N YF276660A1WA --- Saf ety Func t ion 4A-REC I RC.-PP-DI SCH.-VV - ( LOOP - SEL -LGM ) --- --- - M Plant Location 1.30 Operating-Time-Aet/Aveirl- --CONT INUGUS/ ASSUME" DDE Esposed LOCA (F/#/%) LOCA (RAD) ' J DBE Env Reg SERVICE-PROFILE-te--SERVICE PROFILE -lb - RAD-3.- 5X10E7 Oual Envir TEST CURVE #10 TEST CURVE #11 RAD-2X10E8 Me t h e d -o f-Gwa l i f i c at i... TEST /SEGUENTIAL M Supporting Document LIMITOROUE LTR TO BPCo 6/11/79 LIMITORQUE LTR TO EDISON 0/31/79 LIpITORQus TEST RPT 600198 LIMITOROU E-TEST-OPT-4GO37ia - RF/EGUAL-t-OOOOOO449 ( Equipment No MO202-58 Description MOTOR-OPERATOR-26 OATE-VALVE
- O System REACTOR RECIRCULATION SYSTEM RHR j
Man /Medel LIMITOROUE Or.: : 77742A--329731-EE--REL-I ANCE-9/M-YE68507At Safety Function 4A RECIRC. PP DISCH. VV (LOOP SEL LOK) O Plant-Location 1-30 Operating Time Reg / Avail CONTINUOUS / ASSUMED DBE-Enposed LOC A-(F/#/U LOCA-(RAD) 9 DDE Env Reg SERVICE PROFILE la SERVICE PROFILE lb RAD-3.SX10E7 Ove5-Envir -TEST - CL"VE cle--TEST-CURVE-et 1-RAD-EN!OE9 Method of Qualification TEST / SEQUENTIAL M Suppee6ing-Docweent L I M I TOROUE-LTR -TO-BPC o-6/1 1/79 -L I M I TORGUE-1.TR -TO-ED I SON 0/ 31/ 77 1;I MI TOROUE-TEST-RPT-400199 -- LIMITOReu - E TEST RPT 600376A M RF/EQJAL. 00e000005 Egvipuent-t MOE301-C Deuription MOTOR OPERATOR N14 VALVES HPCI M243 O System NPCI-CNTM-ISOLATION Man /Model LIMITOROUE SMB-2-60 117541 345137N PEERLESS FXO1235 Sa f ety - Fune t s on 2/4-NPCI-INJ-ISO-VALVE---PBOC -TERM O Piant Location 1.30 Operettng-Time-Ret / Avail CONTINUOUS / ASSUMED DBE Esposed LOCA (F/#/%) LOCA (RAD) O DBE Eny-Reg SERVICE-PROF I LE-t e -SERVI CE-PROF I LE R AD-3.-5X 10E7 Qual Envir TEST CURVE #10 TEST CURVE #11 RAD-2X10E8 Method-of-Guelification TES'/SEGUENTIAL .O Supporting Document LIMI.'ORGUE LETTER TO BPCO 4-27-79 LIMITOROUE TWX TO BPCO 5-17-79 LIMITORGUE TWX TO BPCO 5-29-79 LMI D
,.. _ _. % go -11:11 30' 12-MAR 1990 4 - TOROVE-TEiT RPT 400198-1-2 LIMITORQUE TEST RPT. - 600376A -- ---- RF/EGUAL-+-400000672 O Eguipment No MO261-1 NO220-1 Description
MOTOR OPER ATOR 3-N14M4 VALVE -- M252 System NAIN STEAM CNTN ISOLATION g
Man /Medel - - L I M I TOROUE --~ SMB-OOO-5 -- 121778 - 3451370- ~ PEERLESS FXOl632 -- Safety Function 2 MSIV DRAIN BLOCK VALVE plant-Lecation 1-GC O T'"' "^vati CONrINuOUS/ASsVMED g DBE-Esposed- -LOC A-(F/#/X) - LOCA-(RAD) } DDE Env Reg SERVICE PROFILE la SERVICE PROFILE lb RAD-3.SX10E7 g - Ova 1 - Env i e --- - - TEST - CURVE- # 10 -TEST-CURVE - #11 - -- R AD-2X 10E8 - - Method of Qualification TEST / SEQUENTIAL Sup pec t ing-Dee wmen t LIMITOROUE--LETTER-TO-SPCO-4-27-79-- LIMITOR9VE-TWN-TO-9PCO-S-17-79-t IMITOROUE-YWW-TO-9P ITOROUE TEST RPT 600198 1-2-69 LIMITORGUE TEST RPT. 600376A j Litt-- RF/ EQUAL - 000001030 y Eguipment-No GPLICE-4 600W PENETRATIOND - - -- - - --- - - -~ - - - - - - ~ - - - - - Description PENETRATION 600V POWER 1 CONTROL CABLE SPLICES Evotem ELECTRICAL-DISTRIBUTION j Man /Model RAYCHEM CORP. WCSF-N Safety Function 12 - ELECTRICAL-DISTRIBUTION Plant Location 1.30 j _.-- Operating -Time. Reg / Avail-CONTINUOU6/ ASSUMED DDE Esposed LOCA (F/S/%) LOCA (RAD) DDE_Ena_ Rag 9E9 u1CE-PROFILE--&e--SERV I CE_ PROF ILE--1 b-AAD-3c5X 10E7 Qual Envie TEST CURVE el6 RAD-2X10E8 'f Method.of-Oualification TEST /SIMut.TANEOUS Supporting Document F-C4033-3 FIRL 43905-2 WYLE I RF/ EQUAL 000000194 { sw....m ,1 Description CONTAINMENT ELECTRICAL PENETRATION NEUTRON MONITORING _._ Systea.._. CNTM INTEGRITY __..... _ _. _ _ _ __. Man /Model GENERAL ELECTRIC / PENETRATION I____Safets Function 2A _CNTM_ INTEGRITY Plant Location 1.30
- 1. 9 Oparatina_.Ilma Ra4/Avmil cnNTINLKit18/ARRiinrn DDE Esposed LOCA (F/#/X)
LOCA (RAD) .DBE Env Reg . SERVICE _ PROFILE _1a _ SERVICE PROFILE.16..._ RAD-3.5K10E7 I Qual Envir TEST CURVE #8 RAD-1X10E8 (SEALS) .j Method of Qualification TEST / SEPARATE Supporting Document EPAQ-060/EPAQ-OC1/EPAQ-010 (F/e/X) EPN-046 (RAD-SEALS) BPCo SCEG RF/EO'UAL 000000195 Equipment No Q1008 --~ Description CONTAINMENT ELECTRICAL PENETRATION NEUTRON MONITORINO i System .CNTM INTEGRITY Man /Model CENERAL ELECTRIC / PENETRATION Safeso. Function..- __..__ _._2A CNTM. INTEGRITY ~~ ~-~ Plant Location 1.30
- 1. 9 i
Operat?ng Time Reg / Avail CONTINUOUS / ASSUMED DDE Esposed LOCA (F/n/%) LOCA (RAD) DDE Env Reg . SERVICE PROFILE la SERVICE PROFILE 1h . RAD-3.3X10E7 Qual Envir TEST CURVE #8 RAD-1M10Ee (GEALS8 "] es * * """ " * ,a..= ay
W - - PACE 11 11:11:32 12 MAR-1960-b -.- _ M3 t hed o f Coal i f i cat i on - - - TEST /6EP AR ATE -- - --- - ----- -- -~ - - - - - - Supporting Document EPAG-060/EPAG-OO9/EPAG-010 (F/e/%) EPAG-046 (RAD-SEALS) BPCo SCEO RF/ EQUAL 000000196 O Equ i p men t No ._. - - -Q100c - Description CONTAINMENT ELECTRICAL PENETRATION NEUTRON NONITORING 1 System -- --- -- CNTM -INTEGR I TV - ----- l O Man /Model CENERAL ELECTRIC / PENETRATION S:Gety Fenstion OA---CNTM -INTEGR I TV I Plant Location 1.30 1.10 O Operating Tim. R.,/Avest - CONTINUOUS / ASSUMED DDE Esposed LOCA (F/e/%) LOCA (RAD) - DDE. Env Reg SERVICE-PROF ILE--t a - -- SERVICE PROFILE -I b - --- R AD-3. 5X 10E7- - O Gual Envie TEST CURVE #8 RAD-1X10E6 (SEALS) Method-eF-Gualidieet6e-TEST / SEPARATE Supporting Document EPAG-060/EPAG-OO9/EPAG-010 (F/e/%) EPAG-046 (RAD-SEALS) BPCo SCEQ RF/EGUAL 000000197 Equipment-Me G100D O Description CONTAINMENT ELECTRICAL PENETRATION NEUTRON MONITORING Sgotes CNTM-INTECRIT O ___ se,e/Mo d e l CENERAL ELECTRIC / PENETRATION Man t,.Fonction aA _ CNTM.INTEGR TV Plant Location 1.30 1.10 Op e re t i ng--Time-Re,/ Avai l CONTINUOUG/ ASSUMED O DDE E, posed LOCA (F/e/%) LOCA (RAD) t DSE-Eny-Reg GERVICE-PROF I LE-t e----GER V I CE-PROFI LE-I b----R AD-3.-5 M I OE'" t Qual Envir TEST CURVE e8 RAD-1X10E0 (SEALS) jO Me t hed - e F-Gualific at ion TEST / SEPARATE Supporting Decument EPAG-060/EPAG-OO9/EPAG-010 (F/e/%) EPAG-046 (RAD-SEALS) BPCo SCEG lO RF/EGuAt. 0000o019e Eqv6pmen4-5 C10^E Description CONTAINMENT ELECTRICAL PENETRATION LOW VOLTACE SIONAL & THERMOCOUPLE O-- -Eg a tem CNTM -INTEORI TV Man /Nodo! QENERAL ELECTRIC / PENETRATION Safaty-Fune64en 2A-CNTM-INTEGR ITV W Plant Location 1.30
- 1. 9 Op ece t ent--T eme-Ret / Ave 64----CONTINUGUS/AGGUDES DDE Esposed LOCA (F/e/.%)
LOCA (RAD) i W-- -DBE-Env-Reg GERVICE ' PROF ILE-t e-GERV ICE - PROF I LE-l b--R AD-3.-5 X 10E7 l Qual Envir TEST CURVE #8 RAD-1X10EB (SEALS) j., Method-o#-Gwe1446eetion TEST / SEPARATE w Supporting Document EPAG-060/EPAG-OO9/EPAG-010 (F/e/%) EPAG-046 (RAD-SEALS) BPCo SCEG a RF/ EQUAL
- Q--- Equi pmen t - N;00000019f~#
G101A 1 Description ~ CONTAINMENT ELECTRICAL PENETRATION 5 RV POWER System - CNTM-INTEOR I TY -- -O _ nan /Model PHYSICAL SCIENCIES CORP /X101 ## ', #. Gafety-Funettoi, EA-CNTM-INTEGR ITY Plant Location 1.30
- 1. 9 O---- - Op er a t i ng Time-Reg /Ava i t-CONTINUOUS / ASSUMED --- ---
DDE Exposed LOCA (F/e/%) LOCA (RAD) O-DDE Env Reg-- - - SERVICE-PROFILE-la - SERVICE' PROFILE--1b -- RAD-3. SX10E7 ----- - -- Oval Envir TEST CURVE #6 RAD-4.5X10E15 HUMIDITY-100% O _ _. -. ...-m m ,._.__m._~ m_%,,.. . -, ~.
i O _. pace.i2 11:li 33 32 nAR i,a0 Method of Ovalification -- F/#- TEST - RAD-EVALUATION -HUMIDITY-EVALUATION h Supporting Document SPSD-OC-206 BPCo SCEG BPCo CEGE 4 g -- Egu i pmen t No - ----- RF/EGUAL 000000199 - G 1018 System-ELECTR IC AL-DISTR IBUTION - CNTM INTEORITY j Description CONTAINMENT ELECTRICAL PENETRATION 600 VOLT POWER & CONTROL lg Man / Mode! CENERAL ELECTRIC / PENETRATION l t 6efetv-Fwnetier. E A # 12----C NTM-I NTEGR I TV /ELEC Y-D I STR I BUT I ON h Plant Location 1.30
- 1. 9
---Operating Time Reg / Avail-CONTINUOUS / ASSUMED DDE Esposed LOCA (F/#/%) LOCA (RAD) j- -DBE Env R eg- -- SERVICE-PROFILE--le --SERVICE PROFILE - 1b - RAD-3c5x10E7 Qual Envir TEST CURVE #7 RAD-1X10EB (SEALS) Methed-of-eveltf6eetion TEtiT/6EPARATE g Supporting Document EPAJ-055/EPAG-OO7 (F/#/%) EPAG-046 (RAD-SEALS) EPAG-047/AEPAG-3 ( SIS CABLE) BPCo SCEO RF/ EQUAL 000000193 --- Equipment-No G101C- .g Description CONTAINMENT ELECTRICAL PENETRATION 5 KV pot!ER E e4em CNTM-INTEORI T. 9 Man /Model PHYSICAL SCIENCES CORP./X101
- - - Safety Function GA - CNTM-INTEGRITY 1- - --
Plant Location 1.30 1.10 - - Op e r a t i n g - T i me--R e g /Ava 61 - CONT INUOUG/ ASSUMED r --- ,j DBE Esposed LOCA (F/#/%) LOCA (RAD) i DSE Enw Reg EERVICE-RROA LE-S a-_-SER V ICE-hRE-a b-RAD-3.-5X 10E7 Qual Envir TEST CURVE #6 RAD-4.5X10E15 HUMIDITY-100% Method-of_Goalification F / # --TEST-R AD-EVALUAT I ON -- NUM I D I TV-EVALUAT I ON Supporting Document SPSD-OC-206 SPCo SCEG SPCo CEGE ) RF/ EQUAL - 000000200 8quipmen* W 9102^. I Description CONTAINMENT ELECTRICAL PENETRATION 600 VOLT POWER & CONTROL Suatea. ri rCTRICAL_ DISTRIBUTION CNTit_ INTEGRITY Man /Model GENERAL ELECTRIC / PENETRATION - -.- Safetg. Function DA/12_. CNTit INTEGRITY / ELECT DISTRIBUTION '? Plant Location 1.30
- 1. 10 nparating_ Tina Reg /Au=41 n w T p a m sa n m m en DDE Esposed LOCA (F/#/%)
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l Qual Envir TEST CURVE #7 RAD-1X10E8 (SEALS)
.. _ Method.of Gualificatian TEST / SEPARATE __. Supporting Document EPAQ-055/EPAO-OO7 (F/#/%) EPAG-046 (RAD-SEALS) EPAQ-047/AEPAO-3 (SIS CABLE) BPCo SCEO } I RF/ EQUAL 000000201 I _.._ Equipment.Na Q1028-_._ _ __. -____.. - - - -600 VOLT POWER & CONTROL l Description CONTAINMENT ELECTRICAL PENETRATION __Suatem. _ ELECTRICAL DISTRIBUTION _. CNTM INTEGRITY.- i I Man / Mode 1 CENERAL ELECTRIC / PENETRATION ~ Satatg_ Function DA/12 rNTtt_INTEGRIH /FIFcT SISTRIBUTI N - ' ~ ~ Plant Location 1.30
- 1. 9
' - - - - -. Op erat ing Time Reg / Avail._. CONTINUOUS / ASSUMED _ _ - - _- -- DDE Esposed LOCA (F/#/x) LOCA (RAD) DDE Env Req ._..__.___. SERVICE PROFILE._ta.. SERVICE PROFILE _.1b RAD-3.5X10E7. - Qual Envir TEST CURVE #7 RAD-1X10E8 (SEALS) 4 .g ~- .<- ~ *w & " -,, -a. e __.
l I O _. PAGE 13._. in:si:35. i2 MAR-i,00._ of Gualif station - TEST / SEPARATE-1 b -- - - Me t h o d Supporting Document EPAG-055/EPAG-OO7 (F/s/%) EPAG-046 (RAD-SEALS) EPAG-047/AEPAG-3 (SIS CADLE) BPCo SCEO i RF/ EQUAL 000000202 O_ _ - Egoi, ment u.. _ .. G i O3A. Description CONTAINMENT ELECTRICAL PENETRATION 600 VOLT POWER 8 CONTROL O.._.-System -- - -- - -- - ELECTRICAL DISTRIBUTION CNTM INTEGRITY j Man / nod.: CENERAL ELECTRIC /eENETRATION t Gad e ty-Func t ion 2A/12-C NTM-I NTEGR I TV/ELEC T-DI STR I BUT I ON U Plant Location 1.30 1.10 b-- - Op era t ing Time Reg / Avail-- - CONTINUOUS /A66UMED - DDE Esposed LOCA (F/#/%) LOCA (RAD) dO- - DBE Env Reg - - - SERVICE PROFILE-la-SERVICE PROFILE lb - ---R AD-3. 5M 10E7 - Qual Envir TEST CURVE #7 RAD-1X10E8 (SEALS) Me t h ed-ef-Gwa l i fic a tion TEST /6EPARATE I Supporting Document EPAG-055/EPAG-OO7 (F/#/%) EPAG-046 (R/.D-SEALS) EPAG-047/AEPAG-3 ( SIS CABL E) SPCo SCEO O.. RF/ EQUAL 000000203 O - Eguipment No-- G 8 039 ---- -- Description CONTAINMENT ELECTRICAL PENETRATION LOW VOLTAOE SIGNAL 8 THERMOCOUPLE Syste CNTM-INTEGR I-TY CENERAL ELECTRIC / PENETRATION U --- Man / Mod e1 Safety-Funttien 2A - CNTM INTEORITY Plant Location 1.30
- 1. 9 Op e r a t i n g -T i me-R e g / Ava i l-CONT I NUOU6/ A66UME.,
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- 1. 9 Op e ea t i ng-T 4 me-R e g/ Ave 6 &---GONT-INUOUG/ AGGUME D I
DBE Esposed LOCA (F/#/%) LOCA (RAD) 9 DBE-Eny-Reg SERVICE PROFILE-te - SERVICE-PROFILE-lb - RAD-3.-5MtOE7 Qual Envir TEST CURVE #8 RAD-1X10E0 (SEALS) 8 I Method-e#-Gualif teetion TEST /GEPARATE i O Supporting Document EPAG-060/EPAG-OO9/EPAG-OlO (F/#/%) EPAG-046 (RAD-SEALS) SPCo SCEG I" RF/ EQUAL. 000000205 U - --Eguipment-Ne GIO4B Description CONTAINMENT ELECTRICAL PENETRATION ROD POSITION INDICATION Gystem CNTM-INTEORITY D Man /Model CENERAL ELECTRIC / PENETRATION SafetcFwnetien 2 ^. CNTM-INTEGRITY Plant Location 1.30
- 1. 9 O
0, e r a t i n,. T i m.- R e g /Ava t i-CONT INuGUS / ASSUMED DBE Esposed LOCA (F/#/%) LOCA (RAD) O-- DBE Eny-Reg SERVICE-PROF ILE-t e -SERVICE-PROF ILE-1 b-R AD-Sc 5N 10E7 Gual Envir TEST CURVE #0 RAD-1X10E8 (SEALS) ) O w
O _ Pace i4 11:11:38 12 MAR 1980 ---- Method of Cualification --TEST / SEPARATE b Supporting Document EPAG-060/EPAG-OO9/EPAQ-010 (F/#/%) EPAG-046 (RAD-SEALS) BPCo SCEG RF/ EQUAL 000000206 - i O Eguipment No -- - -- Q I O4C j Description CONTAINNENT ELECTRICAL PENETRATION ROD POSITION INDICATION .O Sy s t e m.- CNTM - I NTEGR I TY -- - - - - - - l Man /Model CENERAL ELECTRIC / PENETRATION i C fety-Function 2A-CNTM-INTEOR ITY Q' Plant Location 1.30
- 1. 9 Operating -Time-Reg / Avail--CONTINUOUS / ASSUMED - - - - - - - - --
DBE Esposed LOCA (F/8/%) LOCA (RAD) DBE Env Reg --- SERVICE-PROFILE la - SERVICE PROFILE lb - RAD-3.5X10E7- -- i g -- Qual Envir TEST CURVE #8 RAD-1X10E0 (SEALS) Methed-of-Gualifica44 = TC6T/ SEPARATE y Supporting Document EPAG-060/EPAG-OO9/EPAG-010 (F/8/%) EPAG-046 (R'1-SEALS) BPCo SCEO RF/ EQUAL. 000000207 g - - Equipment No G 104D -- ---- - - - - - - - - - - - Description CONTAINMENT ELECTRICAL PENETRATION ROD POSITION INDICATION .Svotem CNTM-INTEGRITV -g Man /Model GENERAL ELECTRIC / PENETRATION Safety Function 2A-CNTM -INTEGR ITY l '{ Plant Location 1.30
- 1. 9 l
- 3 O p e r a t i n g - T i me -R e g / Ava i l -CONT I NUOUG / AGGUMED l
DBE fsposed LOCA (F/8/%) LOCA (RAD) l DSE_Eno_Aeg EER V 3 CE-P ROF I LE-4 a--GER V I CE-PROF 3 LE-1 b-RAD-3-G M 10E7 Oval Envir TEST CURVE #8 RAD-1X10E8 (SEALS) g Method _of_Gualification TEST /SERARATE g i Supporting Document EPAG-060/EPAG-OO9/EPAG-010 (F/#/%) EPAG-046 (RAD-SEALS) BPCo SCEO i, U RF/ EQUAL
- 000000208
.{ Equipment _ W G10*E 1 Description CONTAINMENT ELECTRICAL PENETRATION ROD POSITION INDICATION O __.._ System CNTft_INTEORITY Man / Mode 1 CENERAL ELECTRIC / PENETRATION ______ Safety Function 9A __-.CNTt1_J NTEGRIIV Plant Location 1.30
- 1. 9 Daarating Ilma ass / Awe 1 cmIpa m/Amwn LOCA (F/#/%)
LOCA (RAD) DBE Esposed DBE Env Reg ___ SERVICE PROFILE _la SERVICE PROFILE.1b _. RAD-3.5X10E7 l 4 Qual Envir TEST CURVE #8 RAD-1X10E8 (SEALS) f Method of Qualification TEST / SEPARATE. 9 Supporting Document EPAQ-060/EPAQ-OO9/EPAQ-010 (F/#/%) EPAG-046 (RAD-SEALS) BPCo SCEO RF/ EQUAL 000000209 ,J. Equipment No ..__. G104F Description CONTAINMENT ELECTRICAL PENETRATION ROD POSITION INDICATION Sustem .CNTM INTEGRITY .2.-_. CENERAL ELECTRIC / PENETRATION " _.__ Man /Model Safatu. Function..._ __. _2A._._CNTfi_lNTEGRITY Plant Location 1.30
- 1. 9
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l O eAGE ---_ . ti:ii:40--i2-MAR 1,e0 I i Method of Qualificatson.. TEST / SEPARATE l lb, Supporting Document EPAG-060/EPAQ-OO9/EPAQ-010 (F/e/%) EPAG-046 (RAD-SEALS) BPCo SCEJ l l RF/ EQUAL 000000210 {O E,ui,.ent No ___- - - ai048 l Description CONTAINMENT ELECTRICAL PENETRATION ROD POSITION INDICATION b TIP SYS j i O-Sy s tem - - - - - --- CNTM INTEGRI TY -- -- nan /nodel GENERAL ELECTRIC / PENETRATION E4iety-Funs4ien 2A CNTM-INTEGAITV 1.30 1.10 } O ___. Plan t Loc a tion J. 0,er. ting T me-R.geAvail-. CONTINUOUS / ASSUMED - l DDE Esposed LOCA (F/e/%) LOCA (RAD) i DBE Env Reg-- SERVICE-PROFILE--la --SERVICE PROFILE lb R AD-3. SX10E7-
- U Qual Chvar TEST CURVE #8 RAD-1X10E8 (SEALS) fle t h od - e 8-Oue 16 4 & se t t en-----TEST / SER ARATE Supporting Document EPAG-060/EPAQ-OO9/EPAG-010 (F/e/%)
EPAG-046 (RAD-SEALS) BPCo SCEO lW--.-.RF/ EQUAL. 000000211 - Eguipment No - G104H -- -- J Description CONTAINMENT ELECTRICAL PENETRATION ROD POSITION INDICATION Sgatem CMTM-INTEGRITV Man /Model CENERAL ELECTRIC / PENETRATION J Sa f e ty-Func t ien 2A---CNTM-INTEGR ITV Plant Location 1.30 1.10 Opereting-Time-Reg /Avain CONTINUOUS /AGGUMEO V DDE Esposed LOCA (F/e/%) LOCA (RAD) / CSE-Env-Req ERV ICE-PROF ILE-t e--SERVICE-PHOFILE-16--R AD-3-6M 10E7 Qual Envir TEST CURVE #8 RAD-1X10E8 (SEALS) J Method-of-Guelification TEST / SEPARATE r-Supporting Document EPAG-060/EaAQ-OO9/EPAG-010 (F/e/%) EPAG-046 (RAD-SEALS) BPCo SCEQ j *J RF/ EQUAL 000000212 E,. .en.-= Cice Description CONTAINMENT ELECTRICAL PENETRATION ROD POSITION INDICATION & TIP SYS J System CNTM-INTEGRITV Man /Model CENERAL ELECTRIC / PENETRATION i Sa#ety-Functien 2A-CNTM-INTEOR I TV 'l O Plant Location 1.30 1.10 j Opece4&ng-Time-Ret AveM C"TINUGUG/ 'f C'MO / DBE Esposed LOCA (F/e/%) LOCA (RAD) g.O DBE-Env-Reg GERVI C E-PROF I LE-t e-6ER V I C E-PROF I LE-l b -R AD--3 -5X i OE7 j Oual Envir TEST CURVE 88 RAD-1X10E0 (SEALS) Methed-et-Guel44&eation TEST / SEPARATE ,fD Supporting Document EPAQ-060/EPAQ-OO9/EPAG-010 (F/e/%) EPAG-046 (RAD-SEALS) BPCo SCEO 4 RF/ EQUAL 000000213
- O - -. -- Egu i, men t - No-
- o1054 - Description CONTAIHMENT ELECTRICAL PENETRATION 600 VOLT POWER & CONTROL O-- Sy s t em - - ----- -- -----ELECTR IC AL-D ISTR I BUT ION -- CNTM-INTEGRI TY Man /Model CENERAL ELECTRIC / PENETRATION t Safety Function R A /12-C NYtt-I NTE9A I T Y/ ELEC T-O l8 YR I Bufl CH Plant Location 1.30
- 1. 9 O-0,er. ting Ti.e aegfay.,3
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W-PAGE % 11 11-41 12-MAR 1980 ] b -- Method of Ovalification---- TEST / SEPARATE - - - - Supporting Document EPAG-055/EPAQ-OO7 (F/e/%) EPAG-046 (RAD-SEALS) EPAO-047/AEPAQ-3 ( SIS CABLE) BPCo SCEO 'O RF/ EQUAL 000000214 ~~-- Eguipment No 01059 Description CONTAINMENT ELECTRICAL PENETRATION 600 VOLT POWER Si CONTROL Sv.t.m O -- Man /Model-- - -- - ----- ELECTRICAL DISTRIBUTION CNTM INTEGRITY CENERAL ELECTRIC / PENETRATION Safety-Function 2 A /12-C NTM -I N TEGR I T Y/ELEC T-D I STR I BUT I ON Plant Location 1.30 1.10 O -- Operating Time Reg / Avail'- CONT INUOUS/A SSUMED -- --- DBE Esposed LOCA (F/e/%) LOCA (RAD) O-8'BE Env Reg- -- GERVICE PROFILE la - SERVICE PROFILE-Ib RAD-3.5X10E7-Qual Envic TEST CURVE #7 RAD-1X10EB (SEALS) Me t h od -of-Gwa l a f i c at i on----TEST /GEPARATE g Supporting Document EPAO-055/EPAQ-OO7 (F/#/%) EPAG-046 (RAD-SEALS) EPAQ-047/AEPAO-3 ( SIS CABLE) BPCo SCEG RF/ EQUAL
- 000000215 g-Eguipment No
-- G 1048 ---- - - Description CONTAINMENT ELECTRICAL PENETRATION 600 VOLT POWER 8. CONTROL System ELECTRICAL-DISTRIBUTION CNTM-INTEGRITY Man /Model CENERAL ELECTRIC / PENETRATION .# -- Safety Function 2A/12-CNTM-INTEGRITY /EL ECT DISTRIBUTION - - - - Plant Location 1.30
- 1. 9 y - - Operat ang Time-Reg / Avail-CONTINUOUS / ASSUMED DDE Esposed LOCA (F/e/%)
LOCA (RAD) DSC-Eau Reg "E" V ICE-paQF I LE-1 a--SER V I CE-PROF I LE R AD-3,- S X t GE'" Oval Envir TEST CURVE #7 RAD-1X10E8 (SEALS) Me thod. of-Oue14 8&ca tie. TE3T/ SEPARATE Supporting Document EPAG-055/EPAQ-OO7 (F/#/%) EPAQ-046 (RAD-SEALS) EPAQ-047/AEPAQ-3 (SIS CABLE) BPCo SCEG I RF/EGUAL. 000000216 Equi nant e eo?n Description CONTAINMENT ELECTRICAL PENETRATION TORUS O System CNTt1_ INTEGRITY } Man / Node 1 CONAX/ MODULAR 1t i -._. Sa f a tg Fundian 2A CNTM INTEORITV Plant Location 1.30 TORUS AREA } Op eraung 71== Dan /Aw=11 NT1mm m/ Am wn DBE Esposed LOCA (F/e/%) LOCA (RAD) ,J..__ DDE Env. Reg SERVICE PROFILE _la SERVICE PROFILE.1b. -RAD-3,5X10E7 Qual Envir TEST CURVE e5 RAD-1X10E8 7 _.. t1ethad.of.Qualificatinn TEST /SEP ARATE/SIMI LAR _-. -___ _--._ - _. -__1 ) Supporting Document CONAX RPT IPS-42 REV. A RF/EOUAL 000000217 J_ Equipment No.._-._ __ -_ 02028. Description CONTAINMENT ELECTRICAL PENETRATION TORUS System .J .CNTM INTECRITY--_. -- ---. Han/Model CONAX/ MODULAR _. Safaty Function _._.. _ __.. _. 2A CNTM INTEGR11Y---- Plant Location 1.30 TORUS AREA E Operating Time Reg / Avail CONTINUOUS / ASSUMED DDE Esposed LOCA (F/e/%) LOCA (RAD) DBE Env Reg SERVICE PROFILE. la SERVICE PROFILE Ib RAD-3.5x10E7 V Qual Envir TEST CURVE #5 RAD-1X10E0 O ._m ,,g .e e .e we .e e-W--**"**-^-*8--**'
O . PACE-17--. 11:i::43 3 2 nA2 1,80_ --Me thod of Quali fica t s on - --TEST / SEPARATE /SIMILAR b Supporting Document CONAX RPT IPS-42 REV. A RF/EGUAL 000000177 O Equi, ment Ne ---sis (cEl Description TYPE SIS SWITCHBOARD WIRE N/A System - - - ELECTRICAL DISTRIBUTION - O Man /Model cE sI-57275 l Eafety-Functier. 12-ELEC T:-- DI ST. Plant Location 1.30 VARIOUS d ---- Op erating Time Reg / Avail-CONTINUOUS / ASSUMED - } DDE Esposed LOCA (F/e/%) LOCA (RAD) .l O-- DBE Env R eg ---- - -6ERVICE PROFILE la-SERVICE PROFILE Ib R AD-3. 5 X 10E7-- - Qual Envir TEST CURVE #9 RAD-4X10E7 ".e thod-ef-evalific at ie. TEST /6EPARATC I Supporting Document EPAG-Ols (F/#/%) EPAG-016 (F/#/%) EPAG-047 (RAD) AEPAG-3 (RAD) el RF/ EQUAL 000000283 U. -- E q u i p m e n t - No - - 6V 1001-95 A - -- - Description SOLENOID VALVE FOR AD 1001-95A M241 System RHR---CNTM-160L ATION Man /Model ASCO NP8320A184E I Safety-Func4 ion G -TEST A BLE-CK-VALVE-B YP ASS-VALVE Plant Location 1.30 -- --- Op era t ing-Time-Reg /Avai l CONTINUOUS /ASSU81ED O DBE Esposed LOCA (F/e/%) LOCA (RAD) D BE-En*--R e g GE RV I6E-P ROF I LE-t e---GERV I C E-PROF I LE--18r---R AD-3.-5 X 10E7 Qual Envir TEST CURVE #13 RAD-2X10E8 O - -- Me t h ed -of-Gwel i f i c a t i on TEST /SEGUENTIAL l Supporting Document ASCO TEST RPT AGS21678/TR l .O RF/Eaual 000000284 l Egwipme*4-5 GV1901-9",0 ' 0 _ Description SOLENOID VALVE FOR AD 1001-958 M241 s. tem. ANR _ cNTn_ ISOLATION v Man /Model ASCO NP8320A184E i Safety-Funetton-2 TEST ABLE--CK-VALVE-8vP A66-VALVE- -- - O etant tocation 1.30 Op eee t ing--Time-Ret /Avei n--CONHNUOUG/AG8UMEO DBE Esposed LOCA (F/e/%) LOCA (RAD) O DBE-En#-Reg sER vI C E-- eROF I Le-l e - serv 1 CE-eROF ILE R AD-3.- s N 10E7 Qual Envie TEST CURVE #13 RAD-2X10E8 -- Me t h e d - o f -Gua l i f l e a t t er. TEST /6EGUENTIAL O Supporting Document ASCO TEST RPT A0621678/TR RF/ EQUAL 000000226 W Eguipment He SV1400-61A i Deecription BOLENOID VALVE FOR A0140051A M242 {W Sve6em CORE-SPR AY-CNTM -ISOLATION 1 Nan /Model ASCO NP8320A184E } Sef ety-Funet t e;. 2 TESTABLE-CM-BYP/.00 W 00V t Plant Location 1.30 lW Op er e t in g - Ti me-Reg / Ave t t -CONT I NUOUS/ ASSUMED i DBE Esposed LOCA (F/e/%) LOCA (RAD) DBE-Env Req SERVI CE - PROF I LE-t e -SERVI CE-PR OF I LE-i b-R AD-3.-S X 10E7 4 # Gual Envir TEST CURVE #13 RAD-2X10E8 O A ' ^ " "~ ~ ~ ~ " - " ~ ~ ~ ~ ^ ~
t 'n- - Mathsd of Guel s ficat s en --TES T/SEQUENTI AL - -- -- i 11:11:43 1k' MAM 19ts0 - [td Supporting Documsnt ASCO TEST RPT AQS21678/TR 'IO ---- Eq u i pmen t No -- - -- - --- --- SV1400-519 RF/ EQUAL OOO W 227 } I Description SOLENOID VALVE FOR A01400-519 M242 Sgstem 'O -- Man / Mod el-- - C RE-SPRAY-CNTM ISOLATION ASCO NP8320A184E Gef ety-Fwne te en 2-TESTABLE--CM-BYPA66-W-SCV g Plant Location 1.30 Op e ra t i n g -Ti me - Re g /Ava i l-CONTINUOUS / ASSUMED-- ----- l DDE Esposed LOCA (F/t/%) LOCA (RAD) f DBE Env Reg Qual Envir -SERVICE PROFILE le - -SERVICE PROFILE-Ib -- R AD-3.-5 X 10E7 - TEST CUfWE #13 RAD-2X10E8 {g Methed-e4-Gua1446=atter. TEST /6EGUENTIAL Supporting Documer.t ASCO TEST RPT AOS21678/TR RF/ EQUAL - 000000682 g -- Equi pmen t - No -~ GV2O3-3A-- - - - - - - - - - ~ Deocription RELIEF VALVE SOLENOID VALVE M252 System NAIN-STEAM-ADS g Nan /Model ASCO HT83OOB64F -- Safety Funetion 10 - ADG-ACTUATION-Plant Location 1.30 iOperating Time-R e g /Avai t HOURS EM 7-b'# 'DBE Esposed LOCA (F/#/%) LOCA (RAD) kg l: '*{(D8E-Eau Reg SER u1CE-RROF ILE, GERVICE-PROkI LE-A b--R f J Gual Envir TEST CURVE #15 RAD-3X10E7 . Method.of-Qualification TEST /SEQUENTIA8 Supporting Document G.E. LETTER Q-HK-9-44 AND ATTACHMENTS DATED 5-3-79 GE PEDEN #126-62 i RF/EOUAL 000000683 rquipman* m cW203-" Deecription ,8 _ __..Sustem RELIEF VALVE SOLENOID VALVE M252 MAIN _ STEAM _ ADS Man /Model ASCO HT83OOB64F -._-._Sa f at v Func tion 10-_._ ADS _ACTUATIOM Plant Location 1.36 Daarating T6.. n.g/Au n t n wu sen DDE Esposed LOCA (F/#/%) LOCA (RAD)
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.... DDE Env_ Reg SERVICE PROFILE _la_SERVICEJROFILE.1b RAD 6 Qual Envir TEST CURVE #15 RAD-3X10E7 .Nethod_of Gualification TEST / SEQUENTIAL _ Supporting Document G.E. LETTER C-HK-9-44 AND ATTACHMENTS DATED 5-3-79 1 OE PEDEM #126-62 RF/ EQUAL 000000684 }.__ _. Equipment No SV2O3-3C - [ Description Sustem RELIEF VALVE BOLENOID VALVE. -. _. M252 Man /Model. MAIN STEAM _. ADS-Safets_ Function ASCO HT83OOB64F _1 O Anst ACTUATim Plant Location 4 1.30 ._ Operating Time Reg / Avail _ 8 HOURS.__. _.. DDE Esposed .. _. - _. - _ _ _. - -.. _ _.. - - - - - -...(*L % lo.---.7 ,'-... DDE Env Reg _.._. __ _ _-.___.LOCA (F/#/%) LOCA (RAD) SERVICE PROFILE _1a _. SERVICE. PROFILE.1b -_ RADM Qual Envir TEST CURVE #15 RAD-3X10E7 - - - -. _ = _.... _. -.. _ 6 4 w 41.6 e .e e _e e --.N.m.%ee .g -am,,. ....gsg,m,,,,,,,,,,,,,, _MMuW --e.i.*g-- e e _e -i.e m _"y_--.-_.,,,... .,._.-m. m. -.. ~ ~.., - .~.--.s . % m m m. i
I ) pAgg-39...._ - lit i t: 47 12-MAR-1900- - Method of Gua118 6c at son - -TEST /GEGUENTIAL- .d Supporting Document C.E. LETTER G-HK-9-44 AND ATTACHMENTS DATED 5-3-79 CE PEDEM #126-62 RF/ EQUAL 000000685 e O-- - Equipment No - - - EV2O3-3D 0 Deecription REL1EF VALVE SOLENOID VALVE N252 lO System MAIN STEAM - ADS - --- nan /nodel ASCO 83OOB64F Gafety-Fwnstion 80 eSS ^.CTUATION j Plant Location 1.30 O_ O,e,atin,. Time Res/ Avail - s NOuRS - - -. 9 DDE Esposed LOCA (F/#/%) LOCA (RAD) f,2 )(10 DBE Env Reg --- -- SERVICE PROFILE -la SERVICE PROFILE-1b - R ADM -- O --. Gual Envir TEST CURVE #15 RAD-3X10E7 Me t h od - e &-4va l i d i s a t 6 en-.-TEST / SEQUENT I AL Supporting Document 0.E. LETTER Q-HK-9-44 AND ATTACHMENTS DATED 5-3-79 CE PEDEM #126-62 RF/EGUAL 000000444 O- -Eguipment-No-SV220-4 4- ---- Description SOLENOID vat.VE FOR AD 220-44 M252 System EE AC TOR -R EC I RCULAT I ON - SY STEM---f,N TM -I SOLAT I ON Man /Model ASCO NPS320A184E
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Plant Location 1.30 - - Op e ra t i n g -T i me-R eg/ Ava i n - CONT INUOU6/ ASSUMED O DBE Esposed LOCA (F/#/%) LOCA (RAD) DBE-Eny-Reg SER VICS-PROF I LE-l e-- SER V I C E-PROF I LE-1 H AAD-G.- 6 N 10E7 Oual Envir TEST CURVE #13 RAD-2X10E0 O. Methed-os.evalification TEST /SEGUENTIAL-Supporting Document ASCO TEST RPT AQS21678/TR < g 73-3 YEMEr-LISTED. %b--.. t 'O e t ,O.___ I
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Method of Qualific ation-- TEST / SEPARATE /SIMILAR EGPT-4 SOV)---TEST /SEGUENTI AL-4 LIM -SW)--- -- - - - - - - - - + - - - 0 Su,,orting Document cE LTR c-en-9-44 ROCxwELL Rei e2792-o3-o2 (SOv F/e/%) cE eEDEM e 126-62 (SOV RAD) NAMCO TEST RPT FO 3 A-MODEL--5A-740-3 /20/78 -4 L I M - SW ! 4 l O. RF/EOuaL + 000000679 Equipment No A0203-28 Des 6eiptien SECOND -I sot.AT I ON -VALVE - A I R - OPER ATOR + V ALVE -C ONTROL-SYSTEM - M252-4 730E-503 ) - O Syaten NAIN STEAM RPS CNTM ISOLATION Man /Medel ^'!CO/C 5159-4 SOV ! NAMCO/EA740-80100-4 L IM-SW! Safety Function 1/2 HSIV SCRAN(LN SW)/MN STM ISO (SOV) %8 Plant Lecation STEAM-TUNNEL I Operating Time Reg / Avail CONTINUOUS ASSUMED DBE Esposed MSLB-4 F/# /%)-LOC A-4 R AD ) td Qual Envir TEST CURVE #14 (SOV) TEST CURVE #13 (SOV) RAD-3X10E7 (SOV) TEST CWVE ele (LIM SW) RAD-2.04X10E8 !L IM--SW 3 Method of Qualification TEST / SEPARATE /SIMILAR EOPT (SOV) TEST /SEGUENTIAL (LIN SW) U -- Supporting-Decument CE-LTR-O-HK-9-44-ROCKWELL-APT-#2792-03-02-4 SOV-F/4/X ) OC PEDEM-4126-62-4SOV-RAD)-NAMCO-TEST-RPT-FO-l R NODEL EA-740 2/20/78 (L1H SW) ed RF/ EQUAL 000000600 Equipment-5 ^O200-20 l Description SECOND ISOLATION VALVE AIR OPERATOR & VALVE CONTROL SYSTEM N252 (730E 583) ' =) Susto: MAIN-STEAM-RPS-CNTM-ISOLATION g Man /Nodel AVCO/C5159(SOV) 84AMCO/EA740-50100 (LIM SW) e Safety-Function 1/2 -MS I V - ECR Ah th-SW ) /MN-STM -I SO -4 SOV ) 'J Plant Location STEAN TUNNEL Op e,a 4 en,--T 4me-Aet/Awa 6 8----CONT 4.. - - - DDE Esposed MSLB (F/e/%) LOCA (RAD) d Gua t-Env i r T ES T-CURVE-# 14-4 SOV 7-TEST-CURVE-# 15r-4 SOY >-R AD--3 N I OE7-4 SOV )-TEST-CUR VE-# 16 -4 L I M-GW >- R AD-Er 04 N ! OE9-(LIM SW) Me t h od-e&-Gue l i f ic a t ion TEST / SEP AR ATE /S IM I L AR - EOPT-4 SOV ) -TEST /SEGUENT I AL--4 L I M-6W ) J Supporting Document CE LTR O-HK-9-44 ROCKWELL RPT #2792-03-02 (SOV,F/e/%) OE PEDEN # 126-62 (SOV RAD) NANCO TEST RPT FO R-MODEL CA-MO 2/20/78-4 L-lM-64 4 l 4 I J RF/ EOUAL-t-OOOOOO681 l Equipment No A0203-2D l Description SEC OND - I SOL A T I ON-VALVE-A I R-OPER A T OR - tr-VALVE-C ONTROt:-SYS T EM-M252-t 730E-503 ) 'O System NAIN STEAN RPS CNTH ISOLATION Man /Model AVCO/C5tS94SOV;
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O-- -Plant Location S TEAM-TUNNEL- - t Operating Time Reg / Avail CONTINUOUS ASSUMED --- DBE-E s po s e d MSLB-( F/ #/% )-LOC A -( R AD ) r- 'O Oual Envir TEST CURVE c14 (SOV) TEST CURVE #15 (SOV) RAD-3X10E7 (SOV) TEST CURVE etB (LIM SW) RAD-2.04X10E8 i to o i O P Aoe. 2_.. _ _ - 12: 20: 00 --12-MAR-198G ,,..~~-n-
w-- P AGE - 12:20:00 12 MAR 1980 -- - b (LIM-GW) Method of Qualification TEST / SEPARATE /SIMILAR EGPT (SOV) TEST / SEQUENTIAL (LIM SW) Gwpporting-Doeveent OC t_TR-9-tet-9-44-ROCKWELL-RPT-#2792-03--02'-t SOV - F/ # /% t GE--PE DEtt- #126-62 6 30V-RADt-NAMCd-TEST RPT-FO-O .....__ _-740 2/20/78_ _ _ _.. _ _.... RN EL EA (LIM SW) RF/EOUAL 000001042 - --- - C22 SO - - O ---Eguipment-No Description INSTRUMENT RACK i l C, stem ELECTRICAL-DISTRIBut TON "*"'"*d'l O l Safety Function 12--- ELECTR IC AL-DISTR IBUTION Plant Location
- 1. 4 RF/EOUAL + 00000llt?
O Equipment No C2303 -- Desc rip tion ENCLOSURES er TERM-BLOCKS FOR-HPC I-TUR S - CNTRLS - --- -- System HPCI g --- Man /Mede! SOUARE-D - TERM BLKS-CLASS-9000 -- --- -- Safety Function 4 HPCI SUPPORT Plant-Lesation
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M i RF/EOUAL. 000000021 0-~8'""*"""*- 'V2 '8-88 -~ Deacription CONTROL VALVE M244 System "'Cl Man /M det ATK MATIC 237826 O Gafety-Fwnstion NP I C--TUR 8 r-- DA NrTO-OLAND-GEAL-40ND. Plant Location
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- 000000022 EquipmenLNo CV9hAA j0 Deacription SOLENOID VALVE M243 j
Resta= wCT Man /Model ATKDMATIC 247214 l 4 l Safaty_ Function 4 _ HPC1_TUR8 EXHAUST t Plant Location
- 1. 3 RF/EOUAL 000000023 Equipment No _ __
._._.. CV90688 _.. O.. _ pescription SOLENOID VALVE M24'? "~ Sustem_ _ __ HPCI_. Man /Model ATKOMATIC 247214 .[J Safety Function 4 HPCI. TURD EXHAUST -._- -._ - Plan atton
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_m e i O e AC E. 3 -. - _ _ _ -.. _ - --.. - - - 12-2o:o3.i2 MAR 1983_ l 1 RF/EOUAL. 000000874 i O l _ _ Egos,m.nt N. _ -Fs23on-2354 - Description FLOW SWITCH N243 Sy s t em ---- HPCI .O n nin ..I sARTON 2894 3664 1 S:fety_Funetten i h"IG-M IM--REGIRG-CONTROL I Plant Location 1 4 C2250 l .O i l i O __ RFf EooAL_,.- ooooooe73 -l Eguipment No FT2338 Description FLOW-TR ANGMI TTER - M243 O System HPCI i ] Man /Mede& OC 666- - 2220-06447 1 Safety Function 4 HPIC MIN. RECIRC. CONTROL I .O Plant-Locatie. 1--4-C2260 - - - - + - - I j O RF/EeUAL-e-o00001 a 2e j Equipment No HPCI TURB CONTROL 2 Description DROPPING-REGISTOR-A66EMBLV - M244 4O Syst.m HPCI .j Men /Medeh ' T "' ?." 0270-26: Safety Function 4 D RF/ EQUAL-e--000001129 I Equipment No HPCI TURB CONTROL 3 1 Desceiption LOW-6 PEED-POTENTIOMETER-M244 1 O System HPCI Man /Meden LT0" "." O 1667-62C i I Safety Function 4 N ---- P i an t - Lec a t i on 1 a D. j l d -- AF/EGUAL - - 000001130 - - Equipment No HPCI TURS CONTROL 4 l - - Description-SPEED -SIGNAL CONVERTER-H244--- O System HPCI 4 O. -_ -. i .._a.,_.._.____.-
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i 9 l O-__ -- P ACE 5. - ~ _. - - - - - - - _ i2 20 12 -i2.nAR-i,o.-._ - De s c r i p t i on -- STOP -W LIMIT SW --- M244 ,! b-Systen HPCI
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Function 4 O__ Sa f e ty l q O ~ ~ ( RF/coVAL wooo:127 Egw 6 pment-M: NiaGI-TUR8 INE-CONTROL-1 Description ECR ACTUATOR ASSEMBLY M244 O 6, s t e n _..- -- HP C I - - -- - - -- - - - Man /Model WOODWARD 8250-133 Safety Function 4-- l t O enant Location
- i. 3 C23o3 4..-
J RF/ EQUAL 000000031 i EguipmenbM: LG23OI-2358 ^. 1 Description LEVEL SWITCH M243 l i D - Sy s t em HPCI i Man /Model ROBERT SHAW SL-702A1 l Safety-Fvnet6en ? -OPEN-HPC I-TORUB SUCTION - D Plant Location TORUS AREA LOCAL MNTD I l l
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Equipment No LS2301-23518 i i Description LEVEL-GWITCH-M243 I j D System HPCI
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Men /Medel ROBERT 0::t.u CL-702A l-i I Safety Function 4 OPEN HPCI TORUS SUCTION it O Plant Losatten TORUS-AREA - LOCAL MNTD i l't d RF/EGUAL. 000000994 --E gw & p menbM: LS23OS-23 M Description LEVEL SWITCH M243 ed Sgstem HPCI-Man /Model ROBERT SHAW SL-305-E7X D70-L226 Safety-Function 4 - HPCI DRAIN POT-CONTROL J Plant Location
- 1. 3 LOCAL MNTD l'
I J RF/EOUAL a 000000033 1 Equipment No LS2301-2369 Description- -LEVEL-SWI TCH - M244 .3 O Systen HPCI Man / Mode 1 ROBER T--SHAW - SL-305-E 7 N Safety Function 4 HPCI DRAIN POT CONTROL M- -- Plant Location - 1; 3 - LOC AL MNTD J RF/EQUC 000000293 l, .mi-
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l C . P Agg_7 _ _ _ _ _ _. _ _ _ -.. _ _ -.- 12 20: 10 --12 MAR-1990 RF/EOUAL +.0000009 73 ----- - I $ Eguipment No LT5049 i Description LEVEL-XMTR M227-l; SAFETY RELATED DISPLAY System O M.n/no o1 _- _ _ . _. - FOxBORO 61785-3xal-32 2330799 --- q I Safety Function 11 TORUS LEVEL INDICATION Plant Location --- TORUS ARE A -- LOCAL MNTD ij' b-- RF/EOUAL e-- 000000261 - lO Eguipment No M01oO1-23A "OTOR-OPER ATOR-10-N26M4 -VALVE--M241 Deoerip4iea RHR CNTH ISOLATION O - - System --LIMITOROUE --- SMB-O 126328-345130E RELIANCE 447107-CV - - - ~ - Man / Me d e l- -- Safety Function 2/4A/4B BLOCK VALVE FOR CNTM. SPRAY Plant-Location -tril' PF/EGU^.L ^^^C^^263 Equipment No M01001-23B O -Description MOTOR-OPERATOR 10-N26M4 VALVE-M241 System RHR CNTM ISOLATION Man /Model LIMITOROUE-6MB-O-122367-345130F - -RELI ANCE-447107-CV 0 Safety Function 2/4A/4B BLOCK VALVE FOR CNTM. SPRAY P lan t--Lesati:n 14-10 ^. 1 0 4 1 RF/ EQUAL. 000000263 Eguipment-Ne NO1001-26A-l O Description MOTOR OPERATOR 10-N26M4 VALVE M241 ~g Eye 4: "; O CNTM-160LATICM Man /Model LIMITOROUE SMB-O 122368 3451300 RELIANCE ???(447107-CV) O ---Saf ety Fwns tion 2/4A/48-BLOCK-VALVE-FOR -CNTM.- SPR AV-.-- - -- - -- ,{. Plant Locatton 1.11A O RF/EOUAL 000000264 j m 1001-26s sg.ipe.nt M: I Description MOTOR OPERATOR 10-N26M4 VALVE M241 RHR--CNTM-I SOLAT ION -- -- - -- - - - - A D-- System Man /Model LIMITOROUE SMB-O 122369 345138H RELIANCE 447107-CV i--- 2 /4 A/43-BLOCK-VALVE-FOR - CNTM.-- SPR AY
Saf e ty-Funs t ion k
O Plant Location 1.10A _. _. ~ d- -- RF / EOUAL 000000273-Equipment No M01001-20A Deacriptton-MOTON - OPERATOR N136SP66 VALVE - M241 - =# System RHR CNTM ISOLATION Man /Medel LIMITOROC-0.0 6--123931-337512A Safety Function 2/4A/4B LPCI THROTTLE CLOBE LOOP A O --- - P l ant Loc a t i on - -- - 1 ; 9 A - -- - - - - ' - - ~~ ~ ~ Operating Time Reg / Avail CONTINUOUS ASSUMED ~-- ~~~ ~ ~~ O-- DBE Esposed -- - PBOC-(F/#/X) - LOCA 4 RAD) Oual Envir TEST CURVE #21 RAD-2X10E7 d.-_. - -1 V T T--9.e -T-t D4-fi-*w* M*4
w __-PAGE O 12:20:22-12-MAR ~196G Mathed-of Cuols ficat aan ---- TEST /SEQUENTI AL/SIMILAR- - BPCo SUPERHEAT EVALATION B ASED ON VENDOR - TEST - --- -- Supporting Document LMTOE LTR TO DPCo 4/27/79 4/30/79 & 6/11/79 LIMITOROUE TEST REPORT B0003 LIMIi :!OVE RPT BOO 27 RF/ EQUAL 000000274 O Equi pmen t-No--- - MOIOO1-289 Deocraption MOTOR OPERATOR 18-NI36SP66 VALVE M241 O ' ' ' ' ' ' ' - - ~ ""R --cNTM ISOLATION - --- Man /Model LIMITOROUE SMB-5 123932 337512A Gefety-Fwnettes 2/4A/49 - LPCI-THROTTLE-OLO9E-LOOP-B O Plant Location 1.108 --- Op e re t t ag T i me Re g / Ava i l - - CONT INUOUS -- ASSUMED------ - - - - - ~ DDE Esposed PDOC (F/#/%) LOCA (RAD) g - MethodOua l Eevi e --- - -- --- TEST - CURVE #21 R AD-2X 10E7 - - -- - of Qualification TEST / SEQUENTIAL /SIMILAR BPCo SUPERHEAT EVALATION BASED ON VENDOR TEST Supporting-Deewment LMTOE--LTR-TO-BPCo-4/27/79-4/OO/79-ti-6/11/79-t IMITOROUE-TEST-REPORT-BOOO3-t:IMITOROUE-RPT-BOC27 - --- RF/ EQUAL-t--OOOOOO252 Equipment No NO1001-29A Description g -- Sy s t em MOTOR-OPER ATOR - lO-N14SP66M3 VALVE ---- M241 - - - - - - - - ~ RHR CNTM ISOLATION Man /Medel '. IMITOROUE-GMG-3-lO93t+--3375 le . g Safety Function 4A/4B/2 BLOCK VALVE /LPIC/ LOOP A
P l ant Loc a t i on
- 8. 9A-Operating Time Reg / Avail CONTINUOUS ASSUMED g-
--DBE-Esposed P SOC -4 F/ 4 /X )---- LOC A ( R AD ) - -- - Qual Envir TEST CURVE #21 RAD-2X10E7 Me t hed -e 8-ev a 14 84 c a t t e&.-----TEST / SEQUENT I AL/S I M ILAA - SPC o -GUPERHEAT-EVAL AT I ON - B ASE D-Op+-VENDOR -TE ST Supporting Document LMTOE LTR TO BPCo 4/27/79 4/30/79 & 6/11/79 LIMITOROUE TEST REPORT B0003 LIMITOROUE RPT BOO 27 g RF/EOUAL 000000253 j __ Equipment _No M01001-292 - - Description NOTOR OPERATOR 18-N14SP66M3 VALVE M241 Myataa NTM-ISOLATION Man /Model LIMITORQUE SMB-3 109315 3375110 . Safety Function _ 4A/4B/2 LPCI LOOP _3 BLOCK VALVE Plant Location 1.108 N._ _Operatins Time Reg / Avail CONTINUOUS _ ASSUMED.- DDE Esposed PBOC (F/#/%) LOCA (RAD) Qual.Envir TEST CURVE 821_RAQ-2110E F Method of Qualification TEST / SEQUENTIAL /SIMILAR BPCo SUPERHEAT EVALATION BASED ON VENDOR TEST [__. Supporting. Document _LMTGE LTR _TO BPCo 4/27/79 4/30/79.46 6/11/79- -LIMITORGUE TEST REPORT BOOO3 LIMITORQUE RPT BOO 27 f RF/ EQUAL. 0000002S1 3 Equipment No NO1001-47 i Description MOTOR _ OPERATOR _20-N14M4 VALVr M241 System RHR CNTM ISOLATION tJ. Man /Model LIMITOROUE .SMD-2 118290 338931A PEERLESS EX98157 _ ____ 1 Safety Function 2/4A BLOCK VALVE-RHR SHUTDOWN-ALL RHR PUMPS lM Plant Locattert MJuuulM 1.9A. RF/ EQUAL 000000430 J Equipment No .M01201-5 .) Deacription NOTOR OPERATOR 6-N14M3 VALVE M247 System O Man /Model RCTR WTR CLEAN-UP CNTM ISOLATION LIMITOROUE SMB-OO 238558 393700A PEERLESS TD22166 'O .u. = - - - - - - - - ' - ^-
i i . O-- PACE O - - - - - - - - - - - - - - - 12: 20: 23 MAR - 1900 i I.C _... Sa f e ty Func t a on ---- -- 2 -- REC IRC.-- TO - CLEANUP - ISO. -- PSOC -TERM ----- t Plant Locatson 1.11A Oval-Envas TES T-CUR VE R AD-t K 10E7 Method of Qualification TEST / SEQUENTIAL O _Su,,o,..n, Document-..-. _ tMToE LTR.TO EDISON 3/12/79 LIMITORGUE TEST RP T BOOO9 - ------ - R F/ EQUAL-+- 000000431--- - O Equi,m.nt No nO1201-DO Deoseap4ien MOTOR-OPERATOR N116M3-VALVE-M247 System RCTR WTR CLEAN-UP CNTM ISOLATION M --- Man / Hod el LIMITORGUE -- SMS-O -- 98031 A -- 337511F - ~ - - Safety Function 2 CLEANUP ISO. 'O- . P l an t Loc a t i on -- -- 1.11 A-- Operating Time Reg / Avail CONTINUOUS ASSUMED Qual-Envle TEST-CURVE-421-R AD-2X 10E7 Method of Qualification TEST / SEQUENTIAL /SIMILAR BPCo SUPERHEAT EVALUATION BASED ON VENDOR TEST u ---- Sup p or t ing - Dec umen t LMTQE-LTR-TO BPCe 4/27/79-4/30/79 &- 6/11/79 - LIMITORGUE -TEST-RPT-BOOO3 -- LIMITORQUE TEST RPT-BOO 27 --- RF / EQUAL-+ 000000049 ' W Equipoent No M01301-17 Desseiptie. SIO TOR-OP ERATOR-N 14-VALVE S-RO I O- - M246 System RCIC CNTM ISOLATION O _-- Man /Me d e t LIMITORGUE-SMB-OOO--268177- ---3B21248 - -- - Safety Function 2 RCIC CONT. ISO. VALVE-OUTSIDE PBOC TERM Plant-Lecation 1-1C- . O DBE E, posed PBOC (F/#/X) LOCA (RAD) / O-c a t-E nvu TEST-CURVE-422 "AO-1M10E7 Method of Qualification TEST / SEQUENTIAL J Supporting-Decumen6 LMTOE-LTR-TO - ED I SON - 3/12 / 79-L I M I TOROUE-TEST - RPT-BOOO9 g RF/EGUAL COOOOOO53r J Equipment No M01301-25 Desee4pteen -MOTOR-OPERATOR-CATE-VALVC lC"~ ". M240 System RCIC CNTM ISOLATION O Man /Medel L I M I TOR OUE - SMB-OOO -- 1 13142 - -- 345130P Safety Function 2 TORUS SUCT (RCIC) BLOCK VALVE - Plant Lesation tv5 J Operating Time Reg / Avail CONTINUOUS, ASSUMED DBE-Espeoed F BOO-4F/#/4 MOCA-4 RAD: Qual Envir TEST CURVE #21 RAD-2X10E7 J -- Me t hod -o f-Guel i f ic a tion T ES T / SEGUENT I AL/S I M I LAR - BPC o - SUPERHEAT-EVALUAT I ON - B ASED-ON-VENDOR -T EST ---- Supporting Document LMTGE LTR TO BPCo 4/27/79 4/30/79 & 6/11/79 LIMITORQUE TEST RPT BOOO3 LIMITORGUE TEST RPT BOO 27 J RF/ EQUAL 000000050 Eqtss poen 6-!b MOlGOn-20 Description MOTOR OPERATOR OATE VALVE 6-29 M245 M-System RC IC - -- CNTM -I SOLAT ION 4 Man /Model LIMITOROUE SMB-OOO 100043 339199A PEERLESS MV84675 'lM Safety Function --2--TORUS-SUCT ~ (RC IC ) BLOCK-VALVE Plant Location
- 1. 5 1
DDE-E s p o s e d PBOC-4 F/# /X t--LOC A-4 R AD) Oval Envir TEST CURVE #21 RAD-1X10E7 N- - Method-of Qualification - TEST /SEGUENTI AL/SIMILAR~ VENDOR EVALUATION OF-INDIVIDUAL-COMPONENTS TO ONES TESTED BPCo EVALUATION-ON NO SUPERHEAT EFFECTS BASED ON VENDOR TEST Suppor ting Document-- -- ----LMTOE LTR TO BPCo-1/3/OO -t MTGE-LTR-TO-BPCo-1/30/80-t IMITOROUE-TEST - RPT-BOOO3- - LIMITOROUE TEST RPT BO d. 009 LIMITOROUE TEST RPT BOO 27 BPCo CEGE O. m
i I, D - P AGE 10 - --- -- - - - - - - - - - - - - - -- 12: 20: 30 MAR 1980 I RF/ EQUAL 000000054 Egwipment-Ne M01301-60 Description MOTOR OPERATOR 2-129 VALVES RCIC M245 O - RC IC --- CNTH ISOLATION --- Sy s t e m -- -- - Man /Model LIMITOROUE SMB-OO 108600 343458A PEERLESS MW96382 - O Safety Function - RC IC PUtP-MINc-FLOW BYPASS Plant Location
- 1. 5
'O gg,EQUAt-: 00o000218 - --- - - -- -~--- - Equipment No M01400-24A O Descrip4&on M T R-PERATOR 10 -- N 14SP66-VALVE - -- M242 -- -- --- - System CORE SPRAY CNTM ISOLATION Man / Mode LIMITOROUE-6MB-3-12OOW -345137E-PERLESS f MOl691 ) Safety Function 4/2 BLOCK VALVE FOR CS INJECTION LOOP A -- - Plant Loc a tion irt1A A- --- RF/ EQUAL-t-OOOOOO220 'g Equipment No M01400-25A Desceip4&e. MOTOR-OPER ATOR-1 G-N 14SP 66M3 -VALVE---M242 System CORE SPRAY CNTM ISOLATION j ,I - -- Man /Mo d e l - LIMITOPCVE - SMB-3 -109313 - - -337511 A - - RELI ANCE--Y232409A2 1 Safety Function 4/2 BLOCK VALVE FOR CS INJECTION LOOP ~ ~ ~ ' - ! O-~~"'*""~'****'** 8 ~ ' 8 ^ -- RF/E _W_ N Equipment No MO2301-10 g MOTOR-OPERATOR-N186-VALVE-NPCI - M243 Description j System HPCI Man /Model LIMITORm
- SMS 119753
'18 31378--PEERLESS-HXO2737 Safety Function 4 HPCI TEST TO COND STOR TK 8' p lan t_.1 oca tie DBE Esposed PBOC (F/e/%) LOCA (RAD) J _Oual.Envir_ TEST _ CURVE. 621_ R AD-1 X10E7 -. Method of Qualification TEST / SEQUENTIAL /SIMILAR VENDOR EVALUATION OF INDIVIDUAL COMPONENTS TO ONES TESTED BPCo EVALUATION ON IELSUPERHEAT_ EFFECTS BASED ON VENDOR TEST--- J __ Supporting Document LNTOE LTR TO BPCo 1/3/B0 LMTOE LTR TO BPCo 1/30/80 LIMITORGUE TEST RPT 90003 LIMITOROUE TEST RPT 90 nne a i n t vne tu r TEST _RP_T_Bnnn nog.o e rras-J ___ RF/ EQUAL _;.000000029 1 Equipment No MO2301-14 i g [ _. MOTOR _ OPERATOR 4 QLOBE VALVE.--. M243 l O -.. Description _.- System HPCI CNTM ISOLATION Man /Model t1M1IOR
- RMR:0 _ 103977 M9590A Safety Function 2/4 HPIC PUMP MIN. RECIRC. BLOCK VALVE
' O _-. _ P l a n t Lo c a t i on_ 1.3__..__._-. 6
- O RF/ EQUAL 000000003 EquipmenL No MQ2301_3 Description MOTOR OPERATOR N14 VALVES HPCI N243 O _.
Sustem HeCI PEERLESS GXOt697 Man /Model LIMITOROUE SMB-1 118198 345137K Safety Function _. _4 .HPCI - STEAM SUPPLY..- - O.- enant tocation 1, 3 O - - - - = * - * * ~ ~ ~ ' * ' ~ ~ ~ ~ ~ r -$a-w,- sy-.u-gm,=-, ,.e-, ,.q.
1 1 _.pAOg.1g _. 12-20:33 12 MAR-1900 DBE Esposed _ _ --.LOCA-4AAD) Oual Envir TEST CURVE #21 RAD-1X10E7 Method-of Ovalisisatsen TEST /SEGUENTIAL/SIMILAR -VENDOR EVALUATION OF-INDIVIDUAL-COMPONENTG-TO ONEG-TESTED -- SPCo -EVALUATION-OP&--- N SUPERHEAT EFFECTS BASED ON VENDOR TEST O-Supporting Document - - LMTOE LTR-TO BPCo 1/3/00 LMTOE LTR TO BPCo 1/30/00- - LIMITOROUE-TEST RPT BOOQ3 LIMITORGUE TEST RPT-BO - 009 LIMITOROUE TEST RPT B0027 BPCo CEGE RF/ EQUAL 000000006 Eguipment No-MC23G8-36 Description MOTOR OPERATOR SUPPRESSION POOL SUCTION LINE VALVE HPCI M243 g System
HPC I- - CNTM -I SOLAT ION --- - -
Man /Model LIMITORGUE SMB-O 114023 339213A PELIANCE 456621-EX -- - 2/4-Helc-T Rus SUCT aLOCK -VALVE O'~ Plant Location
- 1. 3 DBE Esposed PSOG--4 F/##%)
LOCA-4 P AO) Qual Envir TEST CURVE #21 RAD-1X10E7 Method o f Ova l i 9 t c a t t on -TEST / SEQUENT I AL/SIMILAR VENDOR EVALUATION -OF -INDIVIDUAL-COMPONENTS -TO ONES -TESTED -BPCo EVALUATION-ON NO SUPERHEAT EFFECTS BASED ON VENDOR TEST - Sup p or t ing Doc ument- - - --LMTOE-LTR-TO-BPCo-1/3/OO -- LMTOE-LTR -TO-9PCo - 1/30/90-t.IMITORGUE-TEST RPT-90003-LIMITORGUE-TEST-RPT-BO-009 LIMITOROUE TEST RPT BOO 27 BPCo CEGE RF/ EQUAL 9 . 000000007 -Egoipoent No - MO2301-36 Description MOTOR OPERATOR SUPPRESSION POOL SUCTION LINE VALVE HPCI M243 Sy s tem - -- HPC I-CNTM-ISOLATION D Man /Model LIMITOROUE SMB-OO 113573 343977A RELIANCE 463448-CV E48ety-Fwns4&,n 3/4-- HPIG-TORUG--SUGTv-9LOGM-VAL"C Plant Location
- 1. 3 O
-DBE Esposed P BOG-4 F/#/3 )-LOC A-4 RAD) = Qual Envir TEST CURVE #21 RAD-1X10E7 Method-of Gwalificatson TEST / SEQUENT I AL/S I M I LAR - VENDOR - EVALUAT I ON - OF-I ND I V I DUAL-COMPONENTS -TO-ONES-TESTED-9PC e-EVALUAT I ON -ON O NO SUPERHEAT EFFECTS BASED ON VENDOR TEST SupPee4in3-Deeween* LMTGE-4 TA-TO-9PGe--I/3/00-LMiGE-LTR-TO-9PGo-1/30/90---t.-1MITORGUE-TE9T-APT-900&M1991TOReUE-TEST-RPT 00 - 009 LIMITORGUE TEST RPT B0027 BPCo CEGE J_____.-..___._ RF/ EQUAL 000000004 Equipment-No MO23On-5 lJ Description MOTOR OPERATOR N14 VALVES HPCI M243 g &gete: TGI--GMTM-ISOLATION Man /Model LIMITORGUE SMB-1 272114 382124A i J Safety-Functson 2/4 - NPCI-INJ-ISO-VALVE - PSOC-TERM Plant Location 1.108 DBE Esposed PSOG-4 F/#/% )-LOC A-4 R AD ) id Qual Envir TEST CURVE #22 RAD-1X10E7
- i Me t h ed-e+-Gwe l e +4 ee64 a.,
TEST /6EGUENTIAL I Supporting Document LMTQE LTR TO EDISON 3/12/79 LINITORQUE TEST RPT B0009 0 RF/ EQUAL 000000001 -- --- Equ i p me n t - No MO2301 -- O Deacription MOTOR OPERATOR N10 VALVES HPCI M243 Systee CCGI Man /Model LIMITORQUE SMB-1 181297 34207IA PEERLESS AX96796 O Safety Functier, 4 - HPC I-PUMP - DI SCH. -~~ Plant Location 1.10A DBE Esposed P90C H F/# /X)-LOC A-4 R AD ) O Qual Envir TEST CURVE #21 RAD-1X10E7 GM -mo w-w wm w+ m e e. ese&w* 9 N ,- m E - -, m ,m
4!~ t _ _.PAGE 12 ~ 12:20:36 12 MAR 19t10 --- Me t h o d of Guaitfication TEST / SEQUENTIAL /SIMILAR VENDOR EVALUATION OF INDIVIDUAL COMPONENTS TO ONES TESTED BPCo EVALUATION ON ~ NO SUPERHEAT EFFECTS BASED ON VENDOR TEST M --LMTOE-LTR--TO BPCo-1/3/OO-- LMTOE-LTR-TO-BPCo-1/30/80-t;IMITOROUE-TEST-RPT-BOOO3 -tIMITOROUE-TEST-RPT-80-- - Suppect s ng-Documen6 9 LIMIT ROUE TEST RPT BOO 27 BPCo CEGE O RF/ EQUAL 000000002 _..- - Equ i p me n t No - - - -- - - NO2301 - --- --- - - ~ - Description MOTOR OPERATOR N10 VALVES HPCI M243 Gyo4em HPCI Man /Model LIMITORGUE SMB-1 111296 342871A PEERLESS AX96795 Gafety Function --- HPC I-PUMP DI SCH.- y Plant Location
- 1. 3 LOC A -4 R AD F - -- -
g - DBE E s p o s e d -- -- --- - RAD-1X10E7 TEST CURVE #21 Qual Envir TEST /SEQUENTI AL/81MILAR---VENDOR-EVALUATION-OF-INDIVIDUAL-COMPONENTS-TO-ONES-TESTED- -BPCo-EVALUATIO Mo thed-*4-eve 8 6 4 4e a tionNO SUPERHEAT EFFECTR BASED ON VENDOR TEST g - LMTOE LTR -TO BPCo-1/3/OO --LMTOE LTR - TO BPCc -1/30/OO-- LIMITOROUE TEST RPT-SOOQ3 -LIMITOROUE TEST h -- Suppoeting -Decument 009 LIMITORQUE TEST RPT B0027 BPCo CEGE RF/ EQUAL 000000673 E..,me n t_ = = *i-a - nO220-2 Description MOTOR OPERATOR 3-N14M4 VALVE M252 j - MAIN -GTEAM - CNTM - ISOLAT ION ---- - - - -- - - Sy s t em Man /Model LIMITOROUE SMB-COO-S 117776 245137H PEERLESS EXOO553 Safety-Funstion 2 -- M61V-DR AIN-BLOCK-VALVE j Plant Location STEAM TUNNEL nng_Espo.g nBOC-4E/44%)-LOCA-4 RAD? TEST CURVE #21 RAD-1X10E7 Qual Envir TEST /ccru tr4TI AL/SIMILAR VENDOR -EVALUATION. OF--INDIVIDUAL-COMPONENT $-TG ONES-TESTED--BPCo-EVALUATION OH-Method _of_Gualification NO SUPERHEAT EFFECTS BASED ON VENDOR TEST LMTGE LTR TO BPCo 1/3/80--LMTOE LTR-TO SPCo-1/30/SO-LIMITORGUE-TEST RRT-SOCO3-LIMITOROUE-TEST-RPT-BG-Supporting Documan* 009 LIMITOROUE TEST RPT B0027 BPCo CEGE 000000320 I __.___RF/ EQUAL Equipasent_ No MO40n3 Description MOTOR OPERATOR 6-29 OATE VALVE M215 RBCCW_ CNTM _ ISOLATION ___. - I __ __SWstsa. Man /Model LIMITORGUE SMB-OOO 113230 345606A Safatg_Eunct. ion 2/4c nCCu emy wn unsor Plant Location TORUS AREA J ___. Operating Time Reg / Avail _ CONTINUOUS . ASSUMED.- DDE Esposed PBDC (F/e/U LOCA (RAD) Qual Envir...-. .... ___ TEST CURVE m21. RAD-2X10E7 Method of Qualification TEST / SEQUENTIAL /SIMILAR BPCo SUPERHEAT EVALUATION B ASED ON VENDOR TEST j Supporting _ Document LMIDE_i_IR_TQ_Reca 4/22479_A/'o ne L A111/70 1.IMITORGUE TEST Roy nnnn, s_ in g mannc TEST apr 90027 a J._. RF/ EQUAL 000000876____-___-- Equipment No PS2301-2360A Description . PRESS. SWITCH _. M244 System HPCI ~ - ~' . Man / Mode 1 _ MERCOID_ DA23-804 _ 30'/49813 'e ? Safety Function 4 HPIC TURBINE TRIP LOGIC i@ Plant Locatson
- 1. 4 C2250 O
RF/EouAL 00o000877 ' ~ ~ L-
l 1 l l O _. eACE.13 12.20:3a i2 nAR i9eo - -- l Equapaent No -PS2301-23688 h-. Descrapt on PRESS SWITCH M244 l .Svetom. HPCI 1 Nan /Model MERCOID DA23-804 O _.. se,et, Func u an - - - - - HPIC TURsINE TRIP LocIC Plant Location
- 1. 4 C2250
-l eF/EeuAL+ -n PS2360-1 0- -- Equipment No Description- -- -- PRESS - SWITCH N244 l System HPCI I Man /Model- - --- - - --- B ARKSDALE- - D2H-A150-SS i ',M Safety Function 4 HPIC TURSINE TRIP LOGIC Plant-Lesatsen 1, 4--C22 50 Operating Time Reg / Avail CONTINUOUS ASSUMED A-DDE Es o s e d - --- -- P BOC -
LOC A - ( R AD S - -- - -- - --- -
) RF/ EQUAL 000000061 J - Equ i pmen t - No-GV130 4 -- Descriptione SOLENOID VALVE FOR A01301-12 H246 System RCIC CNTM-ISOLATION - - ~ ~ - - - - 0 Nan /Nodel ASCO NP8320A184E l Eafety-Funsti:n 2 RG4G-IGOLAT-ION 1 Plant Location
- 1. 5 O
DBE Esposed P80C-4 F/# /X )-LOC A-4 R AD) Oual Envir TEST CURVE #13 RAD-2X10E8 lJ Mothed-e#-Guelsatie. TEST /SEGUENTIAL Supporting Document ASCO TEST RPT AOS21678/TR I RF/ EQUAL 000001017 l O -- Equ ipmen t-No SV1301-13 4 Deocription SOV FOR A01301-13 N246 l ( S stem R C IC-----CNTM-I SOLAT ION 9 U Man /Model ASCO NP8320A384E l j Ga Ge ty-Fww t s e n 2 SCIG-ISOLATIC" l 4 Plant Location
- 1. 5 l
O DBE Esposed PBOC-4 F/#/X )-LOC Ar-4 R AD) l l Gual Envir TEST CURVE #13 RAD-2X10E0 i f Method-et-Gue16fieetten TEST /SEGUENTIAL O Supporting Document ASCO TEST RPT AGS21678/TR RF/EGUAL - 000000062 O Equipment-No SV1301 i ) 4 Deacription SOLENOID VALVE FOR A01301-34 M245 System RC IC -CNTM ISOLATION O nan /nodel ASCO NP8320A184E Safety-Fune4fer. 2 RC IC-STM-OR AIM-13G l Plant Location
- 1. 5 O
Dee Esposed esOCy Ff #f x,-LOC A -< RAD, Qual Envir TEST CURVE #13 RAD-2X10E8 - Nethod-of-Gualification TEST / SEQUENTIAL- ~ ~ ~ ~ O Supporting Document ASCO TEST RPT AGS21678/TR Q __ e = - - - - - --=-~~e-'- ~~
) -- - - 12: 20: 41 - 12 MAR-1980 - f P AGE --- - --- - ~~ - ~~ _ _. ~ _ _. - _ - -~-.___-._. --. -- - -.. ~~ ~ ~-~~~ S _,._RF/ EQUAL 000005088 SV1301-35 Etuspment-No-SOV FOR AOt301-35 M245 RC IC - CNTH ISOi,AT ION - - ~ - - - De s c r i ga t ion l ) _._.Sustem ASCO NP0320A104E Ga f e ty Func t ion--- - - RCIC'STM LINE DRAIN-ISO - l Man /Nodel g-1 5 --l Plant Location PSOC-( F/#/X >- LOC A -4 R AD ) l DBE-E s p e e e d TEST CURVE #13 RAD-2X10E0 ) Method of Ovalification -TEST / SEQUENTIAL Gual Envir ASCO TEST RPT AGS21670/TR l Supporting Document \\ i RF/ EQUAL Q00000057 l GV13OI-78 Equipment-He SOLENOID VALVE FOR AO 1301-71 M245 -l Deocription - RCIC CNTH ISOLATION - - Gyetem Man /Model ASCO NP8320A104E -- --2 - TEST CHECK BYPASS - - - Safety Fune e i on--~ g - Plant Location STEAM TUNNEL PSOC-4 F/ #/ X )-LOC A-4 R AD) DSE-Esposed TEST CURVE #13 RAD-2X10E0 -- Me thod of - Gualification-TEST /SEGUENTI AL -- - - - - - - - - ~ - Qual Enver Supporting Document ASCO TEST RPT AGS21678/TR RF/EGUAL 000000445 Equapsent_Ne EV220-45 SOLENOID VALVE FOR AO 220-45 M252 Deecription g R E ACTOR - R EC I R CUL AT I ON-SYSTEM-CNTM -I SOLAT ION Sg a t en -- Man /Model ASCO NP8320A104E ~ ~ - - ,f Safety Function 2 - SAMPLE _SYS ISOLATION I Plant Location 1.11A TEST _ CURVE _s13-._R AD=2X1M a l Dual _Enul-Nothod of Qualification TEST / SEQUENTIAL d..._. Supporting. Document ASCO_ TEST..RPT_AGS21678/TR e _ _.RF/ EQUAL A 000000012 SV2301-29 [ Equipment No m m n1D_MALVE_.__21243 ( Deacriptinn HPCI CNTH ISOLATION ld.__.. Man /Moda1_ ASCO _ NP8320A184E _ -__..-- _ ____ System 2/4 HPCI DRAIN TO MAIN COND. f Safety Function 1, _ _. Plant Location.. _1. 3.._ __ ._.LOCA (RAD) DDE Esposed PBOC (F/#/X) IEST_ CURVE._#13___ BAD-211 DES Qual.Envir l Nethod of Qualification TEST / SEQUENTIAL J _.. Sup p or t in g. D o cume n t_._.. _.. _ ASCO TEST.. RP.T AGS21678/TR. RF/ EQUAL 000000013 . SV2301-64 J Equipment No EOLENGID VALVE. M244 .____Deacriptiert _ _. O Man /Model ASCO. NPB320A184E HPCI CNTH ISOLATION System Safety Function 2/4 HPCI GLAND SEAL DRAIN Plant Location
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i 4 l W --- PAGE-15 12:20:44-12 MAR -1900--- 1 Qus! Envar b -- Method - TEST CURVE # 13 - -R AD-2 X 10E8 -- of-Oualification TEST / SEQUENTIAL Supporting-Dosvaent ASCO-TEST-AP T-AOS21678/ TR O RF/ EQUAL. eOoOOoots Eguipment No SV2301-9312 -Deoceiptien O -- SOLENOID VALVE - FOR - AO 9312 ---- H243 - System HPCI CNTN ISOLATION Man /Mede1 ASOO----NP 8320A I B4E " - - - - - - - ~ - Safety Function 2 N2 SUPPLY TO HPCI O- _ Piant tocation - __ _1. 3. _ _ _ DDE Esposed PBOC (F/e/%) LOCA (RAD) ' O- - Oval Envie -- ---TEST-CURVE # 13 - - R AD-2X 10ES --- - Method of Qualification TEST / SEQUENTIAL Swpporting-Decument ? COG-TEST-RPT-A0621678/TR RF/ EQUAL -t 000000019 - Equipment No SV2301-9313
D e s c r i p t i on - --
SOLENOID-VALVE FOR AD 9313 --- M243 - - - - --- - - - - - - - - - - - - O System HPCI CNTN ISOLATION Man /Meden AECO---NP8320A184E-- Safety Function 2 N2 SUPPLY TO HPCI M Plant Location-1.- 3 DDE Esposed PBOC (F/e/%) LOCA (RAD) - -- - ~ Qual-Envir 'O TEST-CURVE-413 - R AD-2 X 10EG-- Nethod of Qualification TEST / SEQUENTIAL supporting-Deewment ."ECO TEST--iWT-AOG2 8679/TR O RF /EOUAL-+-OOOOOOO1 & Equipment No SV2301-94 Desceiptie. GOLENOID-VALVE - M243 O System HPCI CNTN ISOLATION Man /MedeI AOCO NP0320AIOOC Safety Function 2 HPCI/CHK. BYPASS . O ----- P l a n t - L e c a t i on STEAM-TUNNEL DDE Esposed PBOC (F/e/X) LOCA (RAD) Quel-Envie TEST-CURVE-e13-R AD-2 X 10EB d Method of Qualification TEST / SEQUENTIAL Gepperting-Deewment ASCO-TEST-AP T-AOG21678/TR M RF/EGUAL-t-OOOOOO331 Equipment No SV40a4A De s e e i p t i on-A I R - OPER ATOR - 60LENO I D-VALVE-N215 O System RBCCW Men /Medel AOGO--NPO320A10 0C Safety Function 4C HPCI AREA COOLER --Plant Location 1-3 DDE Esposed PBOC (F/e/%) LOCA (RAD) i Oval-Envir 0 TES T-C URVE -# 13 - -- R AD-2X 10E0 Method of Qualification TEST / SEQUENTIAL Cuppoc4ing-Deettnent ASCO-TEST-RPTJAOS21679/TR I RF/ EQUAL t OOOOOO332 Equipment No SV4044B Deoeeiption AIR -OPERATOR -SOLENOID-VALVE-N215-I System RBCCte D g
O __--, AGE _1 ---_-- __- -...- ia: 20: 43 te MAR - 1,no Man /Meden-ASCO-- NP 0320A I G4E - - - - - - - - - --- - h Safety Function 4C HPCI AREA COOLER P l en t-Lec e t t e-5 --3 O DBE Esposed PDOC (F/s/%) LOCA (RAD) j Guo 1 Env t r - ----- TEST-CURVE e13 --RAD-2X 1OES I Method of Qualification TEST /SEGUENTIAL O 8"" *" * * "' ~ D oc ume n t AS(,0-TEST - RP T AOS21670/ TR --- ------- -- --- -GF /EGUAL-t-OOOOOO369 O Eguipment No SV5040A De oe rip 4ien -- AIR OPERATOR SOLENOID VALVE M227 System CNTM. ATMOS. CONTROL CNTM ISOLATION CNTM INTECRITY
- "/Me d e l - -
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De s c r i p t i on ---
AIR-OPERATOR-SOLENOID-VALVE M227 - - System CNTM-ATMOS. CONTROL CNTM ISOLATION CNTM INTEGRITY j --- -- Man /Mo d e l AGCO - NP8320A184E Safety Function 2/2A TORUS VACUUM BREAKERS P l a nt-Lec4 tion 1.-1 ^ ^ DDE Esposed PBOC (F/#/%) LOCA (RAD) -- Qual-Envie TEST-CURVE. # 13 --R AD=2X 10ES Method of Qualification TEST / SEQUENTIAL Sup p er ting - Documan 6 ASCO TEST _ APT AOS21678/TR RF1m w ^^^^^n37S Equipment No SV5041A O Description AIR. OPERATOR nru rNOID VALVEL-. M227 - System CNTM. ATMOS. CONTROL CNTM ISOLATION J._._ Man /Model-A" NPS320A 184E---- - - - - -_-_ Safety Function 2 ISOLATE TORUS NORMAL EXN. Plant Locatina 8 anA d _-. DDE Esposed PBOC (F/e/X) LOCA (RAD) Qua l Envi r - - ~ -- -- TES)_ CURVE #13 -- RAD-2X10ES --- - Method of Qualification TEST / SEQUENTIAL -.-. r .._ Supporting Document _ASCO TEST RP T AGS21678/TR -_-__ -- -- ---. 1 RF/EGUAl-00000037^ 1 Equipment No SV50419 I J., - De s c r i p t i on - --. _- ____ _ -..--__ AIR OPERATOR SOLENOID VALVE M227 .j System CNTM. ATMOS. CONTROL CNTM ISOLATION Man /Model N -. ASCO,NP8320A184E Safety Function 2 ISOLATION TORUS NORMAL EXH. _ Plant Location 1 10A-- _-_. j DDE Esposed* PDOC (F/e/%) LOCA (RAD) J e Qual Envir .. TEST CURVE #13 RAD-2X10E8. Method of Qualification TEST / SEQUENTIAL
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Supporting Document ASCO TEST RPT AOS21678/TR - - -- O e.- w N .I Y' # N. U I 1 I
i sO . PACE.27. _ - --. i2 20- s2 ~ i2 MAR i,8o l 000000357 l b _._. RF/EOUAL Equipment No SV5042A Desce&pt&en AIR - OPER ATOR -SOLENCT D-VALVE-- M227--- System CNTM. ATMOS. CONTROL CNTM ISOLATION l O---- Man /Mo d e a .- AsCo - NT8320490-Safety Function 2 ISOLATE TORUS PURCE EXHAUST - P l a n t Lo c a t i o n - ---- -- 1. I OA --- --- ----- O DeE E.pos.4 eBoC (F/e/%: LoCA (RAo) O _... .__... RF/ EQUAL- : 00000034 5 --------- -- - --- --- - - - -- - 1 O Equipment No SV50428 Dessespt&en AIR-OPERATOR-SOLENOID-VALVE-M227 CNTM. ATMOS. CONTROL CNTM ISOLATION b - System Man /M hi -- AGCO--NP8320A184E-Safety Function 2 ISOLATE TORUS PURGE EXH. - ----- P l a n t Loc a t i on 1 IOA- ~ O DBE Esposed PDOC (F/#/%) LOCA (RAD) l Ova l -Env & r TEST-CURVE-413----R AD-2 X 10E8 Method of Qualification TEST / SEQUENTIAL M-. Supporting Document ASCO-TEST-RPT-AOS21678/TR--- ------ - ---- - RF/ EQUAL-+- 00000040C - - ~ O Eguipment No SV5065-16 Deeaeip4&en EOLENO 3 D-MALME-FOR-40NTROL--VALVE---M227 System CNTM. ATMOS. CONTROL CNTM ISOLATION O - Man /Model ASCO - NPB320A184E ~ Safety Function 2 02 ANALYZER SUPPLY ISOLATION Plant Locatten 1,-l OA ^- O DDE Esposed PBOC (F/#/%) LOCA (RAD) Oval-Env6-TEST-CURVE-ela-RAD-2N ICEO Method of Qualification TEST / SEQUENTIAL O -Supporting-Decument ASCO-TEST-RP T-AOS2 8 678/TR l 'l O
RF/ EQUAL-t-OOOOOO418 g
Equipment No SV5065-23 i Desseiption SOLENO l &-VALVE-FOR-CON TR OL -VALVE-M227 i System CNTM. ATMOS. CONTROL CNTM ISOLATION I O Man /Model ASCO - NPB320A194E 1 Safety Func% ion 2 02 ANALYZER SUPPLY ISOLATION i Plant-Letetten 1:-104 j O DDE Esposed PBDC (F/#/%) LOCA (RAD) 8 Gue l-Envi - TEST-GURVE-410 R AO-EN iOEO Method of Qualification TEST / SEQUENTIAL { O supportin,-Decument ASCO-TEST-ret-AOS2 67e/TR ] --- R F / EQUAL n - 000000660 O Eguipment No Sv70s A Descriptiw, AIR-OPERATOR-90LENOID-vat h M232 System RADWASTE SYSTEM CNTH ISOLATION O M n/Moden AsCO - Ne8320A184E Safrtv Function 2 DRYWELL EQUIPMENT DRAIN SUMP PUMP DISCHAROE Plant-Location TORUS-AREA
- O one e,,,,ed PBoC (F/e/%)
LOCA (RAD) O -.?__ -
'O__._p oe_iS.__ _ - - --_.-- - 32:20 36-.32 MAR - i,so --- Oval-Envie TEST-CURVE - # 13 - R AD-2X 10EO - - jS Nethod of Qualification TEST / SEQUENTIAL Gup p oe t ing-Deewmen t ASCO-TEST-RPT-AGS21670/ TR RF/EoVAL- :- oooooo669 - -- l O I Equipment No SV70118 lO Description AIR-OPER ATOR 'iOLENOI D VALVE -- -- M232 - ------- - I System RADWASTE SYSTEM CNTM ISOLATION l Man /Mede1 J.SCO - NPO32oA104E O S.fety Function 2 DRvWELL Eou PMENT DRAIN SUMP PUMP DISCHARCE Plant Location --TORUS - AREA DBE Esposed PBOC (F/e/%) LOCA (RAD) l
- 1-Env i e --- --
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of Qualification TEST / SEQUENTIAL Guppee4&nt-Deewment ".CCG-TEST-APT-AG621678/TP O _- - RF/EoVAL-e. oooooo67o Equipment No SV7017A Description AIR - OPER ATOR - SOLENOID -VALVE- - M232 --- g System RADWASTE SYSTEM CNTM ISOLATION l Man /Medel ?.SCO - NPS32oAIB4E g Safetg Function 2 SUMP PUMP (DRYWELL FLOOR 3 DISCH VALVE - - Plant -Location TORUS-AREA DDE Esposed PBOC (F/e/%) LOCA (RAD) - -..Owa t Enw i e-TEST-CURVE- # 13-R AD-2X 10E8 l Method of Qualification TEST /SEGUENTIAL Cepporting_Docer-t AMO TEST-RST-AGE 216784TR j O ____RF/EQUA8 000000671 Eguipment No SV7017B Descriptica AIR OPERATOR. SOLENOID VALVE-M232 O System RADWASTE SYSTEM CNTM ISOLATION Man /Modat AMO = S320A&ME Safaty Func4 ion 2 SUMP PUMP (DRYWELL FLOORI DISCH VALVE D Plant _LocatLian TORUS _ AREA DBE Esposed PBOC (F/e/%) LOCA (RAD) . Qual Envir TEST _EURVE_ e13_ RAD-2X10E8 '4 4 __ Nethod of Qualification TEST / SEQUENTIAL s pporting Dar"=nt acen TEST apr inc316781I8 u M .RF/ EQUAL. 000000423 Eguipment No TESO47 Description TEMPERATURE ELEMENT.iRTDi~._ M227- _ - _ _ J System CNTM. ATMOS. CONTROL SAFETY RELATED DISPLAY ManniodeI ri rcTnIC_TIERMonETre n -ag7=.10t93e Safaty Function 11 TORUS WTR. STORACE 8O _._ P1 ant Loeatie . TORUS AREA 5O. .__RF/ EQUAL. 000000424... _. _. Equipment No TESO4B 'O ____. Description ~. ..._ _____ TEMPERATURE ELEMENT. M227. System CNTM. ATHOS. CONTROL SAFETY RELATED DISPLAY O _ _... ...i. .m i__. m_. ,e,,,,,
l D _ -.. PACE 19 -- - - - - - - - - - - - - - - - - - - - - - 12: 20: 50 - MAR-1990 i --- --- ELECTR IC THERMOMETER 447-10*939-- O __._ Man / Mod e l- - Safety Function 11 TORUS WTR STORACE Plant Location EA O __ ____ D l RF / EQUAL-+--COOOOO438 .g Eguipment No TS1291-14C W De sc r i p t i on -- -TEMPERATURE SWITCH -- M247 ~ -- 1 System RCTR WTR CLEAN-UP CNTM ISOLATION Ma n /Me d e 1 - -- FENWAL-17002-40 -- 6902 P- ------ -- I Safety Function 2 CLEANUP LEAK DETECTION PBOC TERM
- 1en t-Les e t 6 :n 8."^
'1^ LL-MOUNTE 0 l Operating Time Reg / Avail CONTINUOUS ASSUMED DBE Esposed PBOC-( F/ e / X ) -- - LOC A (R AD)- l Qual Envie TEST CURVE e19 TEST CURVE #20 RAD-1.7X10E5 l -- Me thod - ee-Gualification TEST / SEQUENTIAL /61MILAR 4 Supporting Document WYLE RPT 43854-1 GE RPT 145C3OO4 RF/ EQUAL. 000000439 d .Eguipment-Ne T61291-14H Description TEMPERATURE SWITCH M247 System RCTR-WTA-CLEAN-W CNTM-ISOLATION . O Man / Mode 1 FENWAL 17002-40 6903 Eafety-Fwas4ien 2 CLEANWP--LE AK-DETEC T I ON-P SOG-TERM Plant Location 1.9A WALL MOUNTED d-Operating-Time-Reg / Avail CONTINUOUS - A66UMED DDE Esposed PBOC (F/#/%) LOCA (RAD) Qua l-Eny t r TEST-CUR VE--# 19-TEST-CURVE-420-R AD-1 -7X 10E 5 ) Method of Qualification TEST / SEQUENTIAL /SIMILAR Evpportine Deeweent UYLE-AFT-4dG64-1----GE-AFT-145G3CC ? -RF/ EQUAL--+ -COOOOO231 Equipment No TB1360-14C Description TEMPERATURE--GWITCH-M248 --~ - I System RCIC CNTM Ir9LATION Man /Mede n-- ."EM '? L !?O20-i 7107 Safety Function 2 RCIC LEAK DETECTION SYSTEM PBOC TERM ,I Plant-Leeatie. 1 :-104-WALL-- MOUNTED Operating Time Reg / Avail CONTINUOUS ASSUMED -- DBE Es posed PBOC-4 F/#/X )- LOC A-( R AD) J ) Qual Envir TEST CURVE #19 TEST CURVE #20 RAD-1.7X10E5 j Method--of--Ovalif teetten---TEST /6EOUENTI AL/61 MIL /.R Supporting Document WYLE RPT 43054-1 CE RPT 145C3OO4 ? RF/ EQUAL 000000237 l8-E qu i p men t No -- ------ T'61360- 14 D - - -- - Description TEMPERATURE SWITCH M245 System ROIC CNTM-ISOLATION 9-Man /Model FENWAL 17023-6 65010 Sa f e t y Func t ion---- --- --- 2 --- RCIC-LEAK DETECTION-SYSTEM-PSOC-TERM-Plant Location 1.10A WALL MOUNTED f-Operating Time-Reg / Avail-CONTINUOUS - ASSUMED-- DDE Exposed PDOC (F/#/X) LOCA (RAD) D + um..
4 w.-- PAGE-20 -- -- -- -' -12:21:00 - 12 MAR 19t90 Cual-Envie -
TEST - CURVE C19-TEST-CURVE C20-- RAD-1; 7X 10E5 - --- - - - - -- ~
~ Method of Qualification TEST / SEQUENTIAL /SIMILAR O ' Suppectint-Deevnent MYLE - R P T--43054-1-OE - RP T-14 5C 3OO 4
- RF/ EQUAL-t--OOOOOO238 4-Equipment No TS1360-15A O
Description - TEMPERATURE SWITCH--M245 System RCIC CNTM ISOLATION Man /Medel FENWAL 1/023 45010 0 Safety Function 2 RCIC LEAK DETECTION SYSTEM PBOC TERM Plant Locatten - -l e 5-WALL MOUNTED ---- --- - Operating Time Reg / Avail CONTINUOUS ASSUMED DBE-E s p os ed - - - -PBOC-(F/#/X) - - LOC A - (R AD) - g - - Qual Envir TEST CURVE #19 TEST CURVE #20 RAD-1.7X10E5 Me t hod-et-Oval d ele e t i er TEST /GEGUENTIAL/SIMILAR q Supporting Document WYLE RPT 43054-1 CE RPT 145C3OO4 l RF/ EQUAL 000000239 Equipment Ne - TS1360-159 --- - q Description TEMPERATURE SWITCH M245 System SCIG M NTM-ISOLATION Man /Model FENWAL 17023-6 65013 , # -- Gefety-Function 2 - RC IC-LEAK - DETEC T I ON - SYSTEM - P BOC -TERM --- Plant Location
- 1. 5 WALL MOUNTED j.---- Op erat ing--Time-Ret Avail-CONTINUOUS-- ASSUMED
/ DDE Esposed PBOC (F/#/X) LOCA (RAD) nual Eawi-TEST-CURVE-#1a TEST-CURVE-420 AD-8,-7X 4 0E 5 Nethod of Qualification TEST / SEQUENTIAL /SIMILAR Suppor4ing-Docuseat WYLE-RP-T-439544-OE-RPT-.145C3OO4 RF/ EQUAL.:_.Onnnnnaan ' M Equipment No TS1360-15C nascriPiiaa TEMPERATURE SWITCM M245 System RCIC CNTM ISOLATION d __ Man /Moda1 FEP
- 17023-6 7306_.
Safety Function 2 RCIC LEAK DETECTION SYSTEM PBOC TERM S __._ Plant Location
- 1. LOA _IN.HV_ DUCT. FROrt TORUS. AREA Operating Time Reg / Avail CONTINUOUS ASSUMED DDE_Emposed P R nt" (Efgf1)
R nt' A fRADn Qual Envir TEST CURVE #19 TEST CURVE #20 RAD-1.7X10E5 'O Method.of. Qualification TEST / SEQUENTIAL /SIMILAR._ _ _._ Supporting Document WYLE RPT 43054-1 GE RPT 145C3OO4 RF/ EQUAL. 000000241 - '[ Equipment Na TS1360-15D Deocription TEMPERATURE SWITCH M245 d..._ System._ _..._ _ ___..._.I?CIC ._CNTH ISOLATION Man /Model FENWAL 17023-6 65010 Safety Function...__.. 2 RCIC LEAK DETECTION SYSTEM PSOC TERM O_ Plant Location 1.10A IN HV DUCT FROM TORUS AREA 1 . Op e ra t ins Time _ Reg / Avail.___ CONTINUOUS _._ ASSUMED....__. 4 DDE Esposed PDOC (F/#/%) LOCA (RAD) N Qual Envir TEST CURVE #19 Tt.dT CURVE #20 RAD-1.7X10ES. .j Method of Qualification TEST / SEQUENTIAL /SIMILAR Supporting Document WYLE RPT. 43854-1 .QE RPT 145C3OO4- - ~ ~ ~ - '~' I _,,_ ( -..:---- a
4 14: s a: us a swa avow t )- PACE-21 ggjggyAg,,,. ivumnngy 1S1360-16C I Equipment No TEMPERATURE-GWITCH - M245 Dessesp4&en RCIC CNTM ISOLATION Ma n / Mod e 1 -- - - FENWAL- --17023-6 6911 System I Safety Function 2 RCIC LEAK DETECTION SYSTEM PDOC TERM Plant Locatten 1: 10A- -WALL MOUNTED- - I Operating Time Reg / Avail CONTINUOUS ASSUMED DSE-Espeeed PSOC--4F/e/%: LOC A -4 RAD: Gual Envar TEST CURVE e19 TEST CURVE e20 RAD-1.7X10E5 ) Method-of Qualification TEST /6EQUENTIAL/6IMILAR -- Supporting Document WYLE RPT 43054-1 OE RPT 145C3OO4 I RF/EOUAL 000000243 Eg wi pme n t-M: TGl360-160 Description TEMPERATURE SWITCH M245 - R C I G -CNTM -I SOLAT ION -- l ---- Sy s t em - Man /Model FENWAL 17023-6 6911 <I-- --Gafety-Function 2-ACIG-LEAK-DETECTION-8YSTEM --PSOC-TERM Plant Location 1.10A WALL MOUNTED Op e ra t i ng -T i me-R e g / Ava i l---CONT I NUGUS ACCtmEO DDE Esposed PBOC (F/e/%) LOCA (RAD) .) -- Qua l Env & TEST-CURVE- # 19 - TEST-CURVE- #20- R AD-i r7 N 10E 5 Nethod of Qualification TEST / SEQUENTIAL /SIMILAR - Sup p et t i ng-Dee wment OYLE-RP T-43054-1-GE-RP T-145C 3OO4 i RF/ EQUAL ^^^^^^2" Eguipment No TS1360-17A 8 Descr6ption TEMPERATURE-GWITCH-M246 System RCIC CNTH ISCu ATION 1 Man /Meden FENWAL - 1702P 4 I Safety Function 2 RCIC LEAK MTECTION SYSTEM PBOC TERM Plan kteeetter. 176---WALL-MOUdf 0 Operating Time Reg / Avail CONTINUOUS AidVMED DDE-Esposed PSOG-4F/e/%b -LOCA-4 RADS Qual Envir TEST CURVE e19 TEST CURVE #20 RAD-1 7X10E5 Methed-e8-Owa148teatter TEST / SEQUENTIAL /SIMILAR Supporting Document WYLE RPT 43054-1 GE RPT 145C3OO4 RF/ EQUAL. 000000245 O Eguipment-N T68360-178 j Description TEMPERATURE EWITCH M245 i Evstom RCIC M NTM-ISOLATION O Man /Model FENWAL 17023-6 Gefety-Fenetter. 2 C I G-LE AM-DETEC T I ON-6YSTEtt-PSOC-TER M Plant Location
- 1. 5 WALL MOUNTED
Op e ra t i ng T i me - R e g / Ava i l-CONT INUOUS - - ASSUMED DDE Esposed PBOC (F/e/X)
LOCA (RAD) 1 -- - Qua l Envir --- TEST-CORVE-e 19 - T EST-CURVE-#20 -- - R AD-1.- 7 N 10E5 O Method of Qualification TEST /SEOVENTIAL/SIMILAR I Copporting-Document WY1.E-RP T-43054-t --4E-RPT-145C SOO4 N RF/ EQUAL t OOOOOO246 - - - - - - ~ - - - - - - - Equipment No TS1360-17C ' -- Description - TEMPERATURE-6 WITCH - M245 O System RCIC CNTH ISOLATICN ~ O
1 PAGE 22 12:21:04 12 MAR'1980 Man / Mods! FEhWAL -17223-6 h-Safety Function 2 RCIC LEAK DETECTION SYSTEM PBOC TERM plant Leemtnon---
1.10A - IN HV DUCT FROM-TORUS AREA Operating Tsme Reg / Avail CONTINUOUS ASSUMED
---DBE Esposed PBOC (F/e/%) LOCA (RAD) Qual Envie TEST CURVE c19 TEST CURVE e20 RAli-1.7X10E5 -- Me t h o d o f-Ou e l l e s c a t i on - - - TEST / SEQUENT I AL/SI MILAR l Supporting Document WYLE RPT 43854-1 GE RPT 145C3OO4 ' g - -- RF/ EQUAL 000000247 Eguspoent No - - -TS 1360-17 D l Deocr&ption TEMPERATURE SWITCH M245 - -- Sy s t em -RCIC -CNTM ISOLATION = Man /Model FENW/,L 17023-6 ---6ed e t y - Fwac t i on 2-RG IG-LE AK-DETECT I ON -6VSTEM ---- P90C-TERM Plant Location 1.10A IN HV DUC T FRGM TCRUE @EA Operating Time Reg / Avail - CONTINUOLS ASSUMED DDE Esposed PDOC (F/e/%) LOCA (RAD) Qual Envie - - - - - - - - --TEST CURVE #19 TEST CURVE #20 - R AD-1. 7X 10E5 - - Method of Qualification TEST / SEQUENTIAL /SIMILAR Swp p ec ting-Dee wment UVLE-APT-43854-4---GE-RPT--8 46G30C 0 - - EF/ EQUAL- +- COOOOOO36- - _ Egulpment No TS2371C De s c r i p t t en -- TEMPERATURE GWITCH -M243 1 System HPCI CNTH ISOLATION .-_ ttanJMede? SL"'M-17023-L 7?Oh Safety Function 2 HPCI ISO PBOC TERM -.. P l a n L Loc a t i on-1.10A-IN-HV -DUCT. FROM-TORUS-AREA-Operating Tine Reg / Avail CONTINUOUS ASSUMED nnE Esposed PSOC-(F/e/%3-LOCA _4 RAD) Oual Envir TEST CURVE e19 TEST CURVE #20 RAD-1.7X10ES tiethof e8 ^mlitic.atte 'ESTJunncuTIAL/SIMILn Cupporting Document WYLE RPT 43054-1 GE RPT 145C3OO4 RF/ EQUAL 000000039 _... Equipment.No TS2371D__ -. Description TEMPERATURE SWITCH M243 9ustem HECT r.MTit InnaaTJnu Man /Model FENWAL 17023-6 7306 s - Safety Function 2_ HRCI__1SO _PBOC TEAM. Plant Location 1.10A IN HV DUCT FROM TORUS AREA Operating. Time _ Reg / Avail CONTINUOUS.___ ASSUMED ___. l DBE Esposed PBOC (F/e/X) LDCA (RAD) Qual _Envie TEST _CURVFL etiS___IEST runW A20 nan _t_7x3ncs Method of Qualification TEST / SEQUENTIAL /SIMILAR .__ Supporting Document. .. WYLE RP.T_.43854-1__._ CF_. RP T _145C3OO4.__ _ , _ RF/ EQUAL.. 000000044 _ _.._ _ g Equioment No TS2373C Description TEMPER ATURE._SW LICH-._M243 { System HPCI CNTN ISOLATION .. Man /Moda1. _ _. _ ____.... FENWAL _.. 17023-6 7306. l Safety Function 2 HPCI ISO PBOC TERM 4 . Plant Location 1.10A IN.HV DUCT FROM. TORUS. AREA Operating Time Reg / Avail CONTINUOUS ASSUMED 1 O' o
i h,. Id. 41: uo a.c rmn avtw - -- DIE-Esposed P DOC-4 F/0/% )--LOC A-4 RAD S - --- ----- - b - Cual Envir TEST CURVE #19 TEST CURVE #20 RAD-1.7X10E5 i Methed-of-Oual&dicatter TEST / SEQUENTIAL /S!MILAR Supporting Document WYLE RPT 43854-1 CE RPT 145C3OO4 RF/EOUAL 000000045 Egu l p m e n t - No---- TS2373D - O De.cription TEneERATURE SWITCH M243 System "J'G I-CNTM -I SOLAT ION Man /Model FENWAL 17023-6 7306 O Se,et,.Fonction 2 _ - NPC I--I SO -- - PSOC TERM -- Plant Location 1.10A IN HV DUCT FROM TORUS AREA Operating-Time-Ret / Avail-CONTINUOUS-- ASSUMED - O DBE Esposed P80C (F/e/%) LOCA (RAD) Oval-Envie TEST--CURVE-# 19 TEST-CURVE-#20--AAD-1--7 N ICE 5 Method of Qualification TEST / SEQUENTIAL /SIMILAR O Supporting-Decument WYLE-RPT-430 54-1 -- GE RP T - 145C3OO4 -- - - -- - ---- ---- -- - - -- - - RF/EOUAL + 000000516 O Eguipment.No TS261-15A Dessesp44** TEMPERATURE-6 WITCH - M252 System MAIN STEAN CNTM ISOLATION 0- Man /Medel - FENWAL-17002-40--73OO - Safety Function 2 MAIN STM LINE LEAK DETECTION PROC TERM Plant-Location J 1.- t OA - I N-HV - DUC T-FROM - STE AM-TUNNEL Operating Time Reg / Avail CONTINUOUS ASSUNED DSS-Esposed PN 'F-/e/%! LOCA-4 RAD: Qual Envir TEST CURVE #19 TEST CURVE #20 RAD-1.7X10E5 O ---Me t h e d - e p-Gual i f i eeti on TEST /6EOUENTIAL/SIMILAR = Supporting Document WYLE RPT 43854-1 GE RPT 145C3OO4 J R[/ EQUAL 000000517 E,. s,.e.m TSau-s Go Deacr1ption TEMPERATURE SW!TC8 M252 c
- O 6 stem MAIN -GTEAM-CNTM-ISOLATION 9
i Man /Model FENWAL 17002-40 7300 Sa#ety-Fwnc44en 2-MAIR STEAM-LINE-LEAM-DETECTION-PSOC-TERM IO Plant Location 1.10A IN HV DUCT FROM STEAM TUNNEL l Opeee t ing-T4me-A+t/ Ave 4 4- -CONT 4NUOL-DDE Esposed PDOC (F/e/%) LOCA (RAD) . O Oval-Envir TEST-CURVE-e19 TEST-CURVE-#20-R AD-1-7M 10E 5 Method of Qualification TEST / SEQUENTIAL /SIMILAR Suppepting-Deeveent WYLE-APT-438M -1 OE RPT-346C3OO4 , O RF/EOUAL 0^^^^^610 Equipment uo TS261-15C . O De s c r i p t 6 en-- TEMPERATURE-SWI TCH--M252 System MAIN STEAM CNTH ISOLATION Man /Model FENWAL-- 17002-40 -7304 -
- O Safety Function 2
MAIN STM LINE LEAK DETECTION PBOC TERM Plent-4 eeett er. 1 -LOA-IN-+(V-DUGT-FROM-6 TEAM-TONNEL e i Operating Time Reg /Avait CONTIPt'OUG ASSUMED
- O DBE-Esposed PBOC - ( F/ e/% )--- LOC A-( R AD )
Qual Envir TEST CURVE c19 TEST CURVE #20 RAD-1.7X10E5 Me t ho d-o p-Oue l i fic a ti on TEST / SEQUENTIAL /SIMILAR ,0 Supporting Document WYLE RPT 43854-1 GE RPT 145C3OO4 s 'O O
.- b.._..- P AG E 24 - - -- - 12:21:09 12 MAR l'rtio 5b RF/EGUAL 000000519 Equ i p m en F No - T6261-15D 'O Description TEMPERATURE SWITCH M252 i j -- Sy s tem -- - - - - --- --- MAIN STEAM CNTM -ISOLAT ION - ~l Man /Model FENWAL 17002-40 7303 ( j O Saf e ty Func t ion-
2 --- MAIN GTM LINE LEAK DETECTION'- PBOC TERM -
l Plant Location 1.10A IN HV DUCT FROM STEAN TUNNEL l Op e r a t a n g -T i me-R e g / Ava t W CON T I NUOU6r---- A66UME&- i g DDE Esposed PBOC (F/#/%) LOCA (RAD) l -- Oval Envir - - - --. ---TEST-CURVE # 19 -- TEST CURVE-#20 RAD-1.7X10ES - - - - - - ~ - - Method of Oualification TEST /SEOUENTIAL/SIMILAR f g - - - Sup por t i ng Doc umen t ------- WYLE-RPT-43054-1---- GE RP T 145C3OO4 - 4 appgm w m ogyru ? Equipment No TSD-41 j - -- -- Desc eip t t en - THERMOSTAT--- M282 - System HVAC ECCS UNIT COOLERS y - - -- Man / Mo d e l --- -- JOHN 60N-CONTROL - - - - - - - - - - Safety Function 4C RCIC AREA COOLER Plant-Lesa n 8-5 b RF/EOUAL 000000705 , g -- Eguipment No T6D-42 - - - - q f Description THERMOSTAT M282 l l Susta= "!^C ECCE-UNIT - rog o Man /Model JOHNSON CONTROL I g __ --.Safaty. Function AC RCIC AREA COOLER Plant Location
- 1. 5
,j - i l { nE/Eaum nnnnnn rnA TSD-43 .J __.-_ Equipment No l Description THERMOSTAT __._M282 i System HVAC ECCS UNIT COOLERS 4 . Man / Mode 1 JnHNSON_CONTRnt
- J -..
Safety Function 4C HPCI AREA COOLER Plan t _ Loca tina 1 ' M J 'l RF/EOUAL 000000707 f Equipment No- _. TSD-4 4 - .J Description THERMOSTAT M282 Susten HVAC_rccR_UNir enru rna Man / Mode 1 JOHNSON CONTROL ,J _ Safetu Function _ 4C__.HPCI_ AREA _CnnaFR._ Plant Location
- 1. 3 6_.
RF/ EQUAL..000000696 Equipment No VAC201A D_ Description...___ _ _._._ _HPCI UNIT COOLER M215 - ------. ___ System HVAC ECCS UNIT COOLERS O._., Man /Model _PUFFALD FORCE CD./1828 _ _ Safety Function 4C hec AREA COOLING O__ ? - -- - - & m
~ DISTRIBUTI0ff RL5P0fiSES TO ~ l BULLETIti;79-01.B l l E. Jordan 3 copies IE FILES 1 copy NRR(Zoltan Rosztoczy) I copy / RAL FILES 1 copy PDR I copy LPDR 2 copies NSIC 1 copy 9 0 4 4 6 ,l-,,,,-.-..,,,- e.---, - -.,.., - - -,, -,, - - - - - - - - -,, - - -.v --,}}