ML20010G148
| ML20010G148 | |
| Person / Time | |
|---|---|
| Site: | Rancho Seco |
| Issue date: | 09/08/1981 |
| From: | Walbridge W SACRAMENTO MUNICIPAL UTILITY DISTRICT |
| To: | Stolz J Office of Nuclear Reactor Regulation |
| References | |
| IEB-79-01B, IEB-79-1B, TAC-42507, NUDOCS 8109150383 | |
| Download: ML20010G148 (55) | |
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()SMUD SACRAMENTO MUNICIPAL UTILITY DISTRICT O 6201 S Street, Box 15830, Sacramento, California 95813; (916) 452 3211 September 8, 1981 6
S M
DIRECTOR OF NUCLEAR REACTOR REGULATION k(,f
)(C ATTENTION JOHN F STOLZ CHIEF OPERATING REACTORS BRANCH 4 2
14 lg g ^
U S NUCLEAR REGULATORY COMMISSION WASHINGTON D C 2055.i F
M DOCKET 50-312 RANCHO SECO NUCLEAR GENERATING N
STATION UNIT NO 1 The attached report is in response to your May 29, 1981 letter, on
" Environmental Qualification of Safety-Related Electrical Eruipment".
System Component Evaluation worksheets revised by this submittal will be submitted by November 1, 1981.
Should you have any questions, please contact me.
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,La i^ m Wm. C. Walbridge f
General Manager 0
paaTeM! a!83)*;;
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L a4 i irr-c y.its t v<4 vou
,as can.oco in in, n,A r r; i t,. i rrasi.
Sacranento fiunicipal Utility District Responuo to Sciety Eveluttion Report by thc Office of 1;uclect Ecactor Resuletion Equipment Quclification Drcnch Docket 11 o. 50-312 Rcncho Seco 11uclear Generati'tg Station Unit lio. 1 I
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L1 Corgletenecc of Scfety-Related Ecuipacnt Additional Infort..ation Requested - Provide all systcras required to cchieve or support:
(1) emergency reactor
- shutdoun, (2) contcinraent isolation, (3) reactor core cooling, (4) containracnt hect r e:aovcl, (5) core residual heat renoval, and (G) prevention of cignificant relecce of radioactive raaterial to the environi.cnt.
';'ni e liLL
- r. hull include cyst e:ac both inside and outside potcaticily hirch environuents.
At the July 1981 I..eeting with the IIR C, a copy of the utEff-Levelopc.d acster Eyetent list uns prccented to SI;UD.
These systenu nre cudressed as follows:
IH'.C Sys t c n Sf:UD Syrten nerctor Coolcat Reactor Coolant (1)
Een c'.,r Protection Recctor Protection (1)
SLee ucruc Actuction Safety Features Actustion s
(1)
Chemical and Volurac Scal, Injection, and Control 11cke up (1) i:Lin Steca Icolaticn iicin Stean Syste!.. (3)
Ilain Pced,; ster Isola-1;&in Stecn Systen (1) tior.
Contcinraent Isolation Containucnt Isolation (1) liigh Prcosure Injeca Seal, Injection, and tica I:ake up (1)
Low Pressure Injec-Deccy, !! eat Syntou tion (1)
Accumulatorc Core flood SyLten (1)
I?nC Systen S!:UD Systen Containucat Spray Reactor Building Spray (1)
Containuent Vcntila-Heating and Ventilating tion / Cooling Systcu (1)
Containuent Suup Decay Hect Systcu (1)
Rccirculation Recicual Heat Re-Decay Heat Systcu (1)
- n. oval PretLurizer Spray (6)
Reactor Coolant Pouct Operated Re-Reactor Coolant lier Valves (6)
I:ain recaucter Hain Fceduater (1)
Au;;iliary Pecduater Auxiliary Feeduater (4)
Hain S tear..
Main Steau (1)
Steau Duup Main Steau (4)
Couponent Cooling Couponent Cooling unter Guter (6)
Service Uater nuclear Service Cooling Unter (1)
Iodine Eer.. oval Reactor Euilding Spray (1)
Containt.ent Air Pur-Heating and Ventilating ification (1)
Containuent Cou-Containuent Isolation /
Luctibic Gau Control Hydrogen Purge (1)
Containuent RLdiction Radiation Honitoring Monitoring Systeu (5)
Containment Radiation Radiation Monitoring sampling Syste.1 (5)
MP.C Sycten SMUD Systen Emergency Power Energency Generator Systen (4)
Safety Equipment Decay IIect (1)
Aren Ventilation Control Roou 11abit-licating and Ventilating ability (4)
Uctcu (1)
Sy u l eI.. provided to the URC in the October 31, 1980 rec once to 79-ole cn6 in cubacquent Ia.uaendmen ts.
e (1)
Ite:.. nur.berc corresponc to those in the URC's Safety Evaluation Report.
(3)
Steau Icolation 10 achieved by Feeduater isolation and closure of stecn Throttle valven.
Vslveu are located in a non-harch environment.
(4)
Locc not contain any electrical equip:aent in a hcrdh environnent.
(5)
Coaponents covered as part of THI-2 lessons learn-ed.
(G)
This cysten is not requirca to achieve safe shut-down followincj cn accident.
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Ac.ditioncl inf orn.ation requested - /, con.plete list of all display instrument: tion contioncd in the LOCA or llELD emergency procedures r.;u u t be provided.
The District hc.s revietted the LOCA and !!CLE energency procedurec.
The display instrumentation is listed in Ap;. cadi:: A.
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3.2 Service Conditions Equipuent inside contai nt. ten t Additional Inf o rr;.a ti oli RequcLted should be qualified for an I:SLE accident.
Cr.lculations were performed, comparing equipr.ien t t el;.po r a tu r e rise duc to 11SLD to te.q:eraturc rise due to LOCA tcsting.
Those calculationc chow that although the i.c a k vapor temperature is greater for an LISLE, the equig..cnL t cr..pc r a t u r e risc during LOCL testing is greater.
The calculations were perf orscG in accordence with DOR Guidelines.*
- CUS Calculation " Eq u i pr..en t The rr.,a l Analysis", File f 17 90-23, dated 7/14/81.
3.3 Tenperature, Precoure, and Huraidity Conditions Incide Contcin:,ent.
Ac.citional Inforr.iation P.equestcC - The miniraum tempercture profile for equipraent c;ualification purposes should include a saa rsin to account for higher-than-average teraperatures in the upper regions of contcinuent due to stratification.
The Laturation teapers.ture corruct.onding to the total builoing pressure
( u t c a:..
plus cir) should oc used.
Tne District hca perforued cn analyLiu to detern.ine the possiuilities of higher-than-avert.ge t empe r z.tu r cu in c on ti.i ns ie n t.
Thic analysis is as follous:
'.'he precouro of 52 psis corresponcu to the ua;;i;au..
c ontt.i nne r.t preccure resulting frou a 5.0 cquarc foot rupturc of the p rir..a ry cysteu.
The bulk containnient accurction temperature corresponding to this mainua prc: surc ic 275 P.
A 1..cxiraun containment bulk teuperature of 206P uas c ub;..i t t e d to the 1 RC.
This corresponGc to the vepor saturction temperaturc when the contcinuent bull; prcasure is equcl to the containuent structure design prccoure.
(59 pois)
The District cannot justify the use of 299 F at a qualification teuperature because:
1)
The teuperature profile is alrec6y
conservctive by at leact 11r; 2)
Rancho Seco e:aployc uppcrdone air circulatore to help prevent stratification and; 3) 1:o cafety relcted electrical equipr.ient is loccted above the 125 foot elevation.
The District itill continue to use 206 P ac the c c u t t iii;;. a t. i.
L 3Ci.
terligc r atu r e for equipucot
- t. u c.1141 cc t i vre.
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O c;tt re, PretEure, and liu:.iidity Conditions Outside Contairncnt.
Additional Informaticn Eccuected - The licencee should include the ef f ects of a steau line break in roo:a 053.
A I CL3 in ro or.1 053 would result in the locu of 1:ish Preasure Injection Pur.:p A.
Locs of this pur.ip would not i:.ipci r plant scfety becauce r edun6 ant. puupc P-236 cn6 P-230E uoulu oc available for Ilich Pressure Injection.
Avaitionclly, electrical ec uigicnt in r o ot.. 053 is not necessary f or raitigation of the HELB.
The District 10 in the prococc of purchcsing autoi.iatic isolution devices for this auxiliary s t. c ar..l i ne.
Delivery of these devices will e:: tend beyonu June 30, 1982.
A r.;anual isolation valve vill be inctclieu in the line during the 1982 outage.
Plant c1.urtting procedurcL uill be uodified to ensure ugera.cion.iith the line isolated when the Boric hciu Conccntratur or I;iccellancouc i aste Evaporator iu noc in uce.
Profilec for r o o..i 053 uill be provided to ti.e IinC a. t c. r t' i t incualleca..
v.
unt t ioclacion Gevicec iL C04..pieCC.
3.5 S u t.:ic ra en c e Adeltional Inforuution Requested - The licencce should provide an acceccment of the fcilure modes conociated with ec uil:uen c
.:cence.
- : c t r i ct. h c r.,
identified the following equipient as cub 11ergCd.
FT 21026 A,D RPS Flou trancainter L'r 2 0 5 0 3 A, D, C, D i;Fi!S Level transmitter LT 2 0 50 4 A, :., 2, D I n?C Lovel transnitter PT 21052 SFAS Prcccure transmitter SFV 22005 RCS 1;otor operated vc1ve SDV 22005 RCS Ilotor operated valve SFV 22025 RCS i;otor operated valve During the
- February, 1961 refueling
- outage, the followins vere identified ac subuerged.
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LT 21503 Is,L,C RCs Level trar.cuitters I;V 20so.
I;F L.'S I;otor oi.erattu VLlve 1
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Aduitionally, cable to the following devices wac l
l identifieu cc belou the flood level.
LT 26505,6,7,0 CFS Level tranumitterc l
All of thecc devices, with the exception of SPV 22005, l
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20609, SPV 22006, and SFV 22025,uill be either replaced, raovec, or protected from subuergc..ce.
Replacements vill be qualified for submeroence as necessary.
Letdoun cooler isolation valves SPV 22005, SFV 22006, and SFV 22025 uill not fail in a condition which will r..islead the operator or impact plant safety.
Tine valves vill not be replaced, coved, or protecteu because:
1)
Valves serve only as isolation ouvices for a rupture of the letCoun cooler.
F10ccing is not poutulated to occur for this accident.
2)
Tine to reach floouco conditions is at leact 20 uinutes.
Valves function within 1 Liinute of the LOCIs.
3) 7.
chortting of the limit suitch will not cause the valve to novc to an unsafe positioli.
4)
The L.o t o r starter is located in a non-harsh lion subt..crgeu area or tiie plant.
Aduitional Inft.L.ition Requested - The licensee should address the subnergence of SLfety relatcd electrical equipment outside of containment.
The only High Energy Line in the District's response to Bulletin 79-01B is the au::ilicry steam line 61250 to the Fric Aci6 Concer trator.
A break in this line uculd not
- . ca ul t in flooding of any compa r tr.ien t or equipment neceLLary to uitigcte that break.
LG Che:.ical Spray Additional Information Rcquesteo - The licensee should state the boric acid concentration of the spray.
The boric acio concentration of the spray at Rancht Seco is 1875 ppu.
The concentrations of chemical sprayc for various equipuent tests are as follo,;c:
DeuitLent Tcut Report Concentration PPII Li:..itcrque C00190 4400 (1.5t)
Limitorque 600456 4400 (1.5t)
Joy USG/TCS/SC2-A 10000 Fo);bor o 50-0079-00 4480 (1. 5% )
Rosec.ount 50-0261-00 4400 (1.5%)
Conan IPS-49 1900 Cerrt Cable 3-2-78 300C i;ulk c IPS-50G G200 For tcutca equipaent, the chemical spray uccts or exceede the necessary levelc.
The compent evaluation ucrkcueens vill be updateo.
For equipmenc without chcuical spray
- testing, an analycis was perforined.*
I;c equipuent failure voula result frca the caustic effects of the spray.
- IiUS Corporation
" Response to Equipiaen t Evaluation L2 port by office of URR".
Subject:
Chemical Spray
3.7 Isging Additional Inf or...ati on Requested - The licensee shall subuit supplemental information to verify and identify the degree of conferr..ance to the fo' wing requirements.
(1)
I;ske a detailed comparison of existing ecuipuent and the unt : rials liientifica in Appendix C of DOR Guidelines.
(2)
Estcolish an ongoing prograv to revieu surveillance an6 umintcnence records to identify potential age relatec doc raGationL.
(3)
Establich maintenance and replacement schedules which incluGe consicerations of agins characteristics or the installed c o:aponen ts.
(1)
Tuc Distr'ct is participating in E & U and EPRI sponsered aging pro g ra:as to resolve anj potential age-related problei.ia, j
( 2 ), ( 'a )
The District currently has written uaintenance c
i.nd surveillance procedures.
Thecc procedurcu are uting revie. ice anc modified to enccrapas s the concerns of 70-OlL.
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4.1 Ecuipment P,ecuirina Inraediate Corrective Action The follouing equipraent was identified as being deficient with regard to qualification docuraentation.
Asco Solenoid Vcives ticraco Lirait Switches I!cletron pressure switches Foxboro flou transmitter The District will proceed with the following schadule for resolution of these ituus.
Ouclified replacements are Asco Solenoi6 Vclves ucheduled to be purcnased and installed curing the 1902 rtfueling outc3e.
1:anco Liuit Switches Cuclified replacements are scheduled to be purchase 6 an6 instciled during the 1982 refueling outcge.
i:clotron 1,rcusure switches - Thc District is purchcsing c:.u instciling an Energen<j Peedwater Initiation and Control Systen (EFICS) as part oi a Ti;I-2 raodificati on.
Part of this systen will incluoe steauline pressure transuitters.
These pressure transmitters will replace the function currently perforue6 by the I;eletron pessure switches.
This systec is schuculed to be raa de opcrational dur:ng the 1984 refueling outagc.
'T
I'oxuoro flou transmitter - This trancaitter f unctions in 1: ode 2 operation f or long tern cooling f ollowing a LOCli.
The transmitter nuut be qualified for 200 days following a LOCA.
The District is LWLiting completion of the transmitter testilig being cone by VI'P CO.
The Foxboro transuitter 1:ill be replaced at the firCt Lajor outage follouing ciaalification and purchase of this trancaitter.
4.2 Ecuincent Ilec'uirinc Additional Infortantion anc;/or_ Corrective Action.
The licensee is required to suppleraent the information presented by providing reLolutions to the deficiencies.
The District ht.c reviewed the deficiencies outlined in Appendi:: B of the SCR.
Ecch of these deficiencies hcs been c6 dressed and the equipraen t in documented as qualified or a replaceracnt/gualification sche 6ule has beat. included.
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I Appendix A 3
DISPLAY INSTRUMENTATION PARAMETER INDICATOR (1)
TRANSMITTER (H/N) (2) l Reactor Coolant TI 21025D TE 21031 A,B (H)(3)
Average Temperature TI 210258 TE 21032 A,B (H)(3)
TI 21026B TE 21025 A,B (H)(4)
TE 21026 A,B (H)(4)
Reactor Coolant VI 21031 TE21032B(H)(3)
Saturation Temperature UI 21032 PT 21092 (H)(3)
TE 21031A (H)(3)
PT 21042 (H)(3)
Pressurizer Level LI 21503E LT 21503D (H)(3)
Reactor Coolant PI 21043 PT 21042 (H)(3)
Pressure PI 21043A PT 21043 (H)(3)
Makeup Tank LI 23502 LT 23502 A,B (H)(4)
Level Core Flood Tank LI 26505 LT26505(H)(3)
Level LI 26506 LT 26506 (H)(3)
LI 26507 LT26507(H)(3)
LI 26508 LT 26508 (H)(3)
Main Steam Pressure PI 20519B PT 20519 A,B H 4 i
PI 20520B PT 20520 A,B H 4 Main Feedwater Flow FI 20535 FT 20535 A,B (N)(4)
FI 20536 FT 20536 A,B (N)(4)
Pressure Relief Tank LI 21905 A,B LT 21905 (H)(4)
Level / Pressure PI 21920 PT 21920 (H)(4)
Reactor Coolant FI 23603 FT 23603 (H)(4)
Makeup Flow Neutron Flux SR:
(A) XI 00001 XE 00005 (H)(4)
(B)
XI 00002 XE 000% (H)(4)
IR:
(C) XI 00201 XE 00206 (H)(4)
(D) XI 00202 XE 00207 (H)(4)
PR:
(A)
XI 00401 XE 00406 (H)(4)
(B) XI 00402 XE00407(H)(4)
(C)
XI 00404 XE 00408 (H)(4)
(D) XI 00405 XE 00409 (H)(4) i f
..._,_.,,__,_,...,,,,,yr
SUR:
(A XI 00003 XE 00005 (H (4)
(B XI 00006 XE 00006 (H (4)
XE 00206 (H 4)
XE 00207 (H)((4)
(C XI CL203 (D
XI 00204 Reactor Building PI 50606 PT 53606A (H)(4)
Pressure PI 53617 PT 53617 (H)(4)
High Pressure Injection FI 23805 FT 23805 H Flow FI 23806 FT 23806 H FI 23807 FT 23807 (H)(3)
FI 23808 FT 23808 (H)(3)
Auxiliary Feedwater FI 31801 FT 31801 (N)
Flow FI 31901 FT 31901 (N)
Decay Heat Removal FI 26003 FT 26003 (H)(3)
Flew FI 26004 FT 26004 (H)(3)
FI 26048A FT 26048 (H)(3)
FI 26049A FT 26049 (H)(3)
Reactor Coolant Hot TI 2"131A TE 21031 A,B (H)(3)
Leg Temperature TI 21032A TE 21032 A,B (H)(3)
Reactor Coolant Cold TI 21023A TE 21023 A,B (H)(3)
Leg Temperature TI 21024A TE 21024 A,B (H)(3)
TI 21025A TE 21025 A,B (H)(4)
TI 21026A TE 21026 A,B (H)(4)
Reactor Coolant Pump FI 23606 FT 23606 (H)(3)
Seal Water Flow OTSG Level LI 20501 LT 20501 (H)(4)
LI 20501A LT 20501A (H)(4)
LI 20502 LT 20502 (H)(4)
LI 20502A LT 20502A (H)(4)
LI 20503A LT 20503 C,0 (H)(3)
LI 20504A LT 20504 C,0 (H)(3)
Borated Water Storage LI 25001 LT 25001 (N)
Tank Level Decay Heat Pump Inlet TI 26107 TE 26107 (H)(4 Temperature TI 26044 TE 26044 (H)(4 Decay Heat Cooler Outlet TI 26043 TE 26043 (H)(4)
Temperature TI 26044 TE 26044 (H)(4)
Core Flood Tank PI 26501 PT 26501 (H)(4)
Pressure PI 26502 PT26502(H)(4)
ECCS Long Term FI 20001 FT 20001 (H)(3)
Reactor Baron Dilution Flow
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Il Il0TES:
(1) All indicators are located in the control room and are not exposed to a harsh environment.
(2) Location:
Harsh /non-harsh environment j_
(3) Equipment provided to the NRC in the October 31, 1980 response to 79-OlB i
(4) This equipment is not required to acheive a safe shutdown.
The plant operation procedures (emergency) will be ammended so as not to mislead the operator.
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1 Appendix B i
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Appendi: B PLAMT ID.
O P CI! ITEI:
CLARIPICATIOM liv 20G 09 CS,A Chenical Spray:
Specifica-UV20610 CS,A tion: 1875 ppm (3)
Qualif-icction:
Tested in boric acid spray of 4480 ppu, pH 7.67, auration of 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> with no damage noted.(4)
Aging:
Sec report section
3.6. Radiation
Specifi-cation qualificati on 2.04 EC rads. (5) liv 20Gll OT,T,P,H,3,A Letter to Lit.iitorque for cpplicable tcst report.(2)
SFV22023 T,P,CS,R,A Operator is scheduled to be modified.
C??24CO.
CS,A Chemical Spray:
Specifica-SPV4G203 CC,A tion:
1875 ppu (3)
Guclif SPV4GCC7 ication:
Tected in a boric acid spray of 4460 ppu, pH 7.67, duration of 4 hourc vith no danage noted.(4)
Aging:
See report section 3.6 R;diation:
Specifica tien quclification 2.04 CE radu.(5)
SFv53504 CT,T,P,U,CS,R,A Gualified under Limitorque Tect Reportc 600190 and 600376 A. (1)
Revised con-ponent evcluation work cheet attached.
EPV53603 CE,R,A Chemical Spray:
Specifica-tion:
1875 ppm (3) qual i f ict.ti on :
4 hou rs at pi:
7.G7, 4460 ppa boric acid (4)
Rediation:
Qualifiou to 2.04 EG rids.(5)
Aging:
See report section 3.6.
SPV53605 OY,T,P,H,CS,R,A Qualified under Lir..itorque Test Reportc 600150 cnd 60 0376 A. (1)
Reviseu co;.i-ponent evaluation vork sheet attLche6.
SPVC0001 CS,A Chouical Spray:
Specifica-tion:
1875 ppu (3)
Qual-ification:(5)
Aging: See report scction 3.6.
SFV60003 R,A Radiation:
Qualified motor scheduled for replacement.
Aging:
See report cection 3.6.
SFV70001 OT,T,P,U,CS,R,A Valve actuator qualified SPV70003 unoer LiLitorcue Test Re-port !!o. 600456, outed 12/
9/75.(1)
Revised coupon-ent evaluation vork cheet attached.
SFV72501 CS,R,A Chemical Spray:
Specirica-tion (3)
Cualitication (4)
Raciatio:1:
Qualified to 2.04 EU raus.(5)
Aging:
'; c e r cs c L acwic.,1.5
._ :E05 OT,T,P,U,CS,R,A ScheCule6 ror replacement, LT2C500 see attached replaccLonh
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LiourcJ. accesecule for equipuent tyi.e.
Raciatiori O nlific:.tien incorrectly stated as engineering analysis, actual type test conducted and functional checun perf oruco catlutact-ory (7)
P2Cln 0.1 Gualification actboo con-P261B sidereo acceptable.
Exten-7ive uaterial analysis of l
Lotor insulation for this equipuent has been perfori..-
ed and shown to Iaeet clie requircuents of the DOR Guidelincu.
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l FT2G048
- , A Hargin
Tine postulated FT25049 accident ter..perature in roou 051 uill be bett;een TSAT ano T vapor becauce the break is assuwed to t
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occur in the adjacent rocu.
Therefore, sufficient tou-perature uargin exists.
Aging:
See report section 3.6.
PT26003 CY, T, P,ll, R, A, RPS Scheduled for rcplacement.
PT2GC04
!!V20001 CS,A Chouical Spray:
Specifica-liv 20002 tion 1875 ppu (3)
Qualifi-cation (4)
Aging:
See re-port cection 3.6 liv 20003 OY, T, P,II, CS, R, A Letter to Liuitorque for applicabic tcat r ei,o r t (2) 1;V26000 Y,u,A Teuperature/l:crgin:
The IIV2G 03 0 postulated post accioc:st room temperature vill uorc clonely follou the TSAT profile because of the breci; occuring in the a6j-acent r o oi...
Aging:
Scc rc ort cection 3.6 e
liv 26105 R,A Qualifica uotor, limit ano ilV2G106 torque cuitchen scheduleu for replaccuent SFV25003 T,F.,A Teuperature:
Isolation of the auxiliary utcan line qualifico thic equie:.ieat for ISLL.
Radiation: Limit anu torque cuitcheu qualif-ied to 2.0 x 107 rauc, qualified uotor scheculeu for replaccuent.
Aging:
See report ucction 3.6 SPV25004 R,A Radiation:
Liuit and torque suitchec qualified to 2.0 x 107 radc, qualif-ied uotor ccheduluu for re-pl a c e;..e r. t.
Aging:
See report section 3.6 SPV2600$
T,R,A Temperature:
Isolation of SPV26006 the auxiliary steau line qualifies this equipuent f or IISLL.
Radiation: Liuit and torque suitches qualif-ied to 2.0 x 107 rado,
qualiried notor schedulr:d for replacement.
Aging:
See report section 3.6 SPV2CO39 T, i '., A Teape ratu re/I:crgin:
Icola-SPV2G040 tion of the auxiliary steau line and room temperature more closely follous the TSAT profile qualifies this equipnent for HELL.
Aging:
See report ucction 3.6 i:V2 00 01-3 00 T,P,li,CS,A These liuit cuitches i:V200 0 2-33 0 require a sealed connector to accure qualification (15)
Guclified Conc:. connectors scheuuled for instL11ation in 1902.
Specifica-A532A-D tion 1875 ppa (3)
Cualific ation: tested in boric aci6 cpray of 10,000 ppu, pli G.3, durc. tion of 7 ccyL vith no dauage noted. (10)
Aging:
See report cection 3.6.
LT20503l.-J CS,A,S,n Chenical Spray / Submergence:
LT20504A-D Installation of protective boxec is scheduled to be installed.
Radiation:
In-ctallation of untertight bo::es vill reduce total radiation dole to tranL-uitter to lecc thin speci-fico.
Aging:
See repore section 3.6.
SPV26016 T,U,A Teiape r atu r e/ucr yin :
Iuola-SPV26010 tion of the auxiliary uteau line and room teiapercture more clocely follouc the TSAT profile quclifies this equipuent.
Agins:
See report section 3.6 SPV50005-12 n,A Radiation:
Qualified to 2.0 E8 rads (5)
Aging: See report section 3.G.
P291A CII, A Qualification acthod con-P291C sidered acceptable.
E;;t en-
cive unterial analysis of notor insulation for this equipment hes been perf orr.:-
ed and shown to meet the requirements of the DDR Guidelines.
Aging:
See report section 3.6.
SPV29015 n,A Radiation:
Cguipment gaal SPV25016 ified to a totcl integrated dose of 2 E7 rada.
The post accident integrated dose for the required oper-sting time of one day is 1.6 E7 rads.
Aging:
See report section 3.6.
SPV29107 OY,T,P,U,R,A Qualified under Limitorque SPV25100 Test Reports 600198 and 600376A. (1)
Revised cou-ponent evaluation work sheet attached.
UV21515 GT,T,P,H,R,A Qualified under Licitorque-Test Report G00456.(1) nc-vised couponent evaluation work sheet attached.
liv 21505 CS,A Chemical Spray:
Specifica-HV21517 tion:
1875 ppu (3)
Cual-ificction: (4)
Aging:
See reporn section 3.6.
SPV22005 CS,A,S Cheuical Sprcy:
Specifica-SPV22006 tion 1875 ppu (3)
Cuclifi-cation (4)
Aging:
See re-port section 3.G.
Submer-gence:
See failure uode anclysis section 3.5.
valves perform function prior to submergence.
SPV22025 GT,T,P,H,CS,R,A,S Qualified for all parcue-ters except submergence under Liuitorque Test Re-port 600456. (1)
Subuerge-nce:
See failure mode cnclysis section 3.5. Valve perf orms prior to subraer-gence.
Revised conponent evaluation work sheet at-tached.
-LT21503A-C CS,R,A,S Submergence:
Equipment scheduled for relocation to l
~
above postulated flood level.
Chemical Spray /Radi-ation:
The design of this equipment incorporates a pressure tight enclosure around the electronics.
This 60 psi tested enclos-ure vill prevent chemical spray from affecting the electrical equipuent.
Ad-ditionclly, no Detc rcdia-tion is postulated to enter 4
the enclosure, thereby re-ducing the qualification 4
doce to 4 EG rada.
Aging:
See report section 3.G.
Justification for interim Operation:
The water / pres-sure tight enclcsure is tested to GO psi after cal-ibration.
Thc transnitter vill function after sub-mergence for the required operatin5 tir;e based on expected post-accident pressure.
TE21023A,B On,CS,A,n The Roseuount RTD consists TC21024A,L of a connection head which T321031A,E uill be subjected to a TC21032A,L harsh post-cccident envir-TE21029,21030 onment.
Its explosive-TU21033,2103/.
proof sealable design was tested for sealibility and was pressure tested to 60 poig. (15)
Therefore, the connection head pevents chemical spray from affect-ing performance of the equipment.
Additionally, the qualification radiation dose is reduced to 4.0 EG rads due to Beta shieluing.
Aging:
See report section 3.G.
I FT21027A-D CS,H,A,S Installation of protective PT21020A-D boxcs is scheduled ncrgin:
The enclosure vili reduce total radiation doce to trans;aitter to 4.0 E6 rads
,. ~.,. _ _ _. _
-., _, ~,. _ _ _ _ _ _ - -.... _ _ _
1 (Gamma only) Aging:
See report section 3.6.
PSH53606 QT,T,P,H,R,A Equipment no longer class-PsiiS3617 ified as located in harsh PSH53G19 environuent.
PSH53620.
PT21037 CT,T,P,U,CS,R,A,RPS Scheduled for replacement i
PT2103 8 see attached replacement PT21039 schedule.
PT21040 i
PT21042 CS,R,A,QH Chemical Spray:
Specifica-PT21043 tion:(3)
Qualification:
?T21092 Boric acid Concentration 4400 ppm, pn 9.25 to 10.0 (15)
Radiation:
Tne transmitter sealable design i
vill prevent Deta radiction from affecting the elect-ronics.
Therefore, the total integrated doce to the radiation sensitive components is 4 E6 rads.
The transmitter is qual-ified to 1 E7 rads (16)
Aging:
See report section l
3.6.
PT53606L T,R,A,OH Temperature:
Isolation of i
the auxiliary steam line qualifies this equip;.xnt for HELB.
Additionally, temperature vill more i
closely follou TSAT profile vice T vapor Radiation:
the aquipuent is qualified to a total integrated dose of 1 E7 rads.
(15)
The j
post accident integrated doce for the required oper-l ating tiue of 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> is 3.8 E6 rads.
Aging:
See report section 3.6.
PT53607 R,h,GH,H Radiation:
The equipment PT63600 is qualified to 1 E7 rads (15)
The total integrated dose for the requircd oper-ating tile of 12 is 4.2 E6 rads.
Margin:
The postul-l ated post accident roca i
I
.1 4
temperature uill nore clos-ly follou the TSAT profile because of the break occur-ing in the adjacent roca.
Aging:
See report section l
3.6 PT21099 CS, R, A,0:1 Chemical Spray:
Specifica-tion (3)
Qualification:
Boric Acid Concentration of 4480 ppu, p11 of.'.0.5.
rad-iation:. The equipuent is l
qualified to 5 EG rads. The 1
total integrated dose is predicted to be 4 EG rado, based on gamua radiation only.
TL_ design of the transaitter vill prevent the Deta radiation frcu af-fecting the electronics.
Aging:
See report section 3.6.
A529A,B,C T,A,OM Tcuperature:
Ec;uipr. ent hac Class L motor insulation.
UEGA Standards Section 1;G l-12.42 gives an allouable teuperature rice of 85 C (185 F) for this insula-tion Class.
Ilaxinua rocu l
temperature vill occur during a IIELL and operation of thic equipuent will not be required.(17)
Thic expected temperature is be-lou the rca;;imum allcuable temperature rise during normal operation.
Aging:
See report'section 3.G 4
P23G T,A,QH Temperature:
The most cen-P23CA,E sitive portion of the ecuipuent to elevated ten-perature is the motor in-i sulation.
Type test of the notor inculation was con-ducted and consisteel of i
- four temperature transients to 150,C (302-F) (18) j Subsequent testing vac saficfactory.
Aging:
See report section 3.6.
i I
e,.-,---v-,,-,-,
+-y-,--.,-*-,-----,
,-.-w-p_,,.
,mp,
,-_,,,,,-,..mym,,y,,,,vy v-.g..ywnm-w.,,.-
4m.,y,-,,...pc.,,,,,,,..,
.y-
..7,,,-7,,.
- - _ =.
i 4
PT23600 QT,T,P,H,R,A Scheduled fcr replacement FT23005 se, attached ;cplaccuent FT23 806 schedule.
FT23807 PT23608 l
HSDP236 QT,T,P,H,R,A Qualification information 2
requested from Broun-Boveri Inc.
HDP23508 QT,T,P,H,R,I.
Scheduled for replaceaent, HOPA529L see attached replace: cent i
echedule.
EV23001 uT,T,P,H,CS,R,A Qualified un6er Liuitorque HV23PC2 Test Report G0045G.(1) ne-
"'V2350L sised couponent-evaluation vork sheet attached.
i I
SPV23604 R,A Radiation:
The equipuent l
SPV23C09 is qualified to 1 E7 radc.
SFV23011 (35)
The total integrated dose for the required oper-ating time of 1 day is 5.14 E6 ra6s. (19). Aging:
See-3 j
report section 3.6 SPV23616 T,H,A Temperature:
Equipnent tenperatere will nore-closely follou the TSAT profile vice the T vapor profile becauce of breah i
occuring in cd3acent roca Hargin:
The total intes-
[
rated dose'for the required operating time of 1 day will be less than the ;ual-ified doce (5.7 E6 vs. 2 C7 (19)
Aging:
See report section 3.G SPV23012 R,A Radiation:
The equipment j
is qualified to 1 E7 radu.
The total integrated dolo.
for the required operating time of 1 day iu 5.7 E7
]
radu (19)
Aging:
See re port section 3.6.
1 SFV23010 R,A Radiation:
Qualified limit switches to be in-i stalled during the 1962.
outage.
See attached re-1 h-
,._...._...._..,m.._._,,._...._.....,_-,,m_.-_._.,_,_,._m......._.,-.
.-.m,-,.,.
placement schedule.
Aging:
See report section 3.6 H7RP CS,n,A Che.aical Spray: Specifica-tion (3)
Gualification:
Doric acid concentrction of 1900 pptc.
duration at 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />, liargin:
Equip-ment qualified to a radia-tion doce equal to e::pectec post accident dose.
Suf-ficient nurgin exists acced upon liuitea Detc raciation doce due to becleo con-nector co-1
- __rt section 3.G cc
. ;1:
3.
C E n n o C L7:LL, T,CS,A Teuperature:
Equiptent IU CO..iAli;I;E; T qualified to greater thcn 300F is shoun An profile 1.9 of SI;UD response to IED 79-G.1L, lu..:.end 1 (21).
Chemical Spray: Specificc-tion: (3)
Gualitication:
Doric ccio concentration of 3000 peu, pI: 9-11, dur-ation of 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
KULi;A TER;;IHLL CS,R,A Che:mical Spray: Specifica-ELOCi;S tion: (3)
Cuclification:
bcric acid contration 6200 pp;a, ph 9.0, duration 4G hours.
PLdiation:
Ecuip-ment qualifieu to 2 CL rada Aging:
Conditioning con-cisted of 16 dcyu at 350 F (22)
S OU A.E " i> "
OT,T,P,H,R,A,RPS Equipuent testing schecule TER;;II;AL ULOCKS for coupletion by December 1901.
SCOTC" OT,T,P,H,CS,R,A,S, Scheduled for replacement.
II;EUL ATIGI!
RPS see attached replacement TLP scheoule.
11V26 007 T,A Tenperature:
Isolation or liv 2G 037 the auxiliary crecm line qualifies this equipuent for EULE.
Aouitionally, it is preuicted thLt cquip-Lent temperature will acre closely follou TSAT profile
vice T vapor.
Aging:
See report section 3.6 UV26046 l'i, A Ilar gin :
The equipment UV26047 temperaturc vill 1.iore closely tollou the TSAT profile vice the T vapor profile due to the break occuring in the adjacent room.
Agirig:
See report section 3.6.
SrV26017 T, i.
Temperature:
Isolation of SPV26 07 9 the auxiliary stem:i line cjualifies this equipuent f or HELI;.
A6ditionally, it is predicted that equi;;-
went temperature will uore closely follou TSAT profile vice T vapor.
Aging:
See report section 3.6.
SPV23645
- 1, A I;argin:
Ecuipment teuper-GrV23G46 aturc vill care clocely follow TSAT profile vice T vapor profile because of break occuring in a non-adjacent rcou.
Aging:
Sec report section 3.6 L e c e :, t.
OT Oualification Tii.e T
Tcuperature P
Precsure L
I;uui6ity n
Rs61ation t.
Agil):j C6 Chet.ical Spray S
Subuercence Qualificaticn liethod Oh
- argin EPS Replace.. tent Schedule
Referer m (1)
Li!..itorque letter from B.
Kidd to Herb Knieriem dated August 17, 1981.
(2)
EHUD letter from IIer b Knieriem to Joe Drab (Limitorque),
aated August 7, 1981.
(3)
S!;UD FSAR Volume II, chapter 7,
table 7.1-1, "Hornal Oper;. ting Conoitions".
Boric Acid Concentration 1575 peu, pC 9.3-S.5, spray duration 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />.
(4)
Linitorcue Test Report 600150 (FIRL-FC2232-01), 1/2/69 pt.ges G, 24-27 (5)
Linitorc;ue Test Ecport 600376A, Appendix D (C)
Siet.. ens - I.llis Ec;uipment Qualification, Appendix A (7)
S.;UD responA;c to IEL 79-01B, paragraph 4.5.2.4, page 4-14 (C)
Lic.itorc;ue Test Report E0003, page 6, paragraph 4.3.1 (9)
Qualification of Haaco Controls Li:..it Switch Model EA-lC0 to IEEE Stant'ardu 344('75),
323('74) and 382('72):
A cic.e Clevelar.C Develop;aent Co.,
March 3, 1970.
(10)
"S t... uu ry and Discussion of Design Considerations and S i;..ul a t.t o Envi ron!.icn t al Testing" Joy Axivane Pan /Gotor for Juclear Containnents, figure ET-5 (11) 1;cchtel letter DSL-1645, dated February 23, 1981 (32)
To,,1 cal Repo r t Eld '-10 0 03, Revision 4, pc.ge A-9 (13)
June 12, 1960 letter to L L U Owners Group frou F.J.
Levandosi;i (14)
Foxboro Co.,
Test Report No. T2-1075, page 4
(15)
E U
nci;io for L
L U
Owners
- Group,
" Envi ron;aen tal Ouslification S ubcon:ai t te e ",
L 12cB ee to F.
J.
L evL.n 60 s); i,
f 2/11/f,0
'lG) nosemount Tect Report 117 415, page 2 (17)
Sieraen s Allis Equipment Qualification,
!!Ei:A Stancards Attachment (18) b eatingilou ce Qualification
- Report, UCAP
- 8754, page 4-3, pcragraph 4-5 (19)
Liuiterque L2alification Type Test Report 50009, page 7 (20)
Cona Prototype Test Rcycrt of Penetration of laceablies, IPS-40, page 19 (21)
Guc.lification of Firevall SR Class IE Electric Cablec 3/78, C/70 (22)
Cona;.
Corporavion Tect Rei: ort I;o.
IPS-506, Revision I.,
9/17/GO
SYSTEM COMPTIENT EVALUATION WORK SHEET RANCPa SECO UNIT 1 Docket: 50-312 ENVIR014ENT 00CUMENTATION REF*
EQ. ' MENT DESCRIPTIO'l QUALIFICATION OUTSTANDING Parameter Specifi-Qualifi-Soecifi-Qualiti-METHOD ITEMS cation cation cation cation System: CIS/HVS Operati ng Simultaneous Plant ID No.
SFV53504 Time 1 day 7 days 1
9 Test Name:
Temperature Simultaneous Motor Operated Valve
( F) 2 9
Test Manufacturer:
Pressure 1.1 and 2.1 Simultaneous (PSIG) 3 l
Limitorque SMB-3 9
Test Model Number:
Relative Simultaneous Serial Number: 184675 Humidity (%)
100%
100%
4 9
Test Shop Order No.:
375955B Chemical (pH) 9.3-9.5 7.67 Simultaneous Spray
[B]
1875 4480 4, 8 9
Test Function: RB Purge Radiation (R) 1 x 108 3
5, 6 11 Separate OW Inlet Isolation Effects Sequential Location: Containment Aging 40 Years 40 Years 7
10 Test Flood Level Elev:
- 16' Above Flood Level: Yes Submergence N/A N/A N/A N/A N/A
- Documer tc%n
References:
Notes:
1.
SMl'd Memo, D. G. Raasch to R. J. Rodriguez, " Operating A) See Master List, Page A-2 Tir.e for Electrical Equipment Following an Accident."
B) See Report Section 4.2.2.1 2.
SAR Figure 14.4-3.
3.
FSAR Figure 14.4-9.
(H B0 -Ha0H) 4.
FSAR Figure 7.1-1.
3 3 5.
FSAR page 14.3-11, paragraph 2:
3.39 x 106 rads (Gamma).
6.
Bechtel Calculation 2211-1-0, dated 10/11/80:
9.62 x 107 rads (Beta).
7.
SMUD Operating License, DPR-54, page 4, paragraph E.
8.
SMUD Technical Specifications, pages 3-19.
9.
Limitorque Test Report 600198 (FIRL-FC 2232-01), Pages 24-27.
(See B-14A)
B-14
Plant ID No. SFV 53504
- Decumentation References (continued)
- 10. Op. Cit., page 5 11.
Limitorque Report 600376A, Appendix D.
B-14A
SYSTEM COMPTIE!!T EVALUATION WORK SHEET RAf!CHO SEC0 UNIT 1 Docket: 50-312 ENVIRO?l1El!T DOCUMENTATION REF*
EQUIPMENT DESCRIPTIO;l QUALIFICATION OUTSTANDING Parameter Specifi-Qualifi-Soecifi-Qualifi-METHOD ITEMS cation cation cation cation System: CIS/HVS Operating Simultaneous Plant ID No.
SFV53605 Time 1 day 7 days 1
9 Test Name:
Temperature Siicultaneous Motor Operated Valve
( F) 2 9
Test See Profiles Manufacturer:
Pressure 1.1 and 2.1 Simultaneous Limitorque (PSIG) 3 9
Test Model Number: SMB-3 Relative Simultaneous Serial Number: 184676 Humidity (%)
100%
100%
4 9
Test Shop Order No.:
375955B Chemical 9.3-9.5 7.67 Simultaneous Spray 1875 4480 4, 8 9
Test Function:
RB Purge Radiation (R) 1 x 100 8
5, 6 Separate l 2.04x10 y
Equalizing Isolation Effects Sequential Location: Containment Aging 40 Years 40 years 7
10 Test Flood Level Elev:
- 16' Above Flood Level: Yes Submergence N/A N/A N/A N/A N/A
- Documentation
References:
Notes:
1.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating A) See Master List, Page A-2 Time for Electrical Equipment Following an Accident."
B)
See Report Section 4.2.2.1 2.
FSAR Figure 14.4-3.
3.
FSAF Figure 14.4-9.
4.
FSAR Figure 7.1-1.
(H B0 -Na0H) 3 3 5.
FSAR page 14.3-11, paragraph 2:
3.39 x 106 rads (Gamma).
6.
Bechtel Calculation 2211-1-0, dated 10/11/80:
9.62 x 107 rads (Beta).
7.
SMUD Operating License, DPR-54, page 4, paragraph E.
8.
SMUD Technical Specifications, Page 3-19.
9.
Limitorque Test Report 600198 (FIRL-FC2232-01), pages 24-27 (See B-16A)
B-16
lI1ll ll
)
deun i
tnoc
(
5 0
s 6
e 3
c 5
ne V
r F
e S
f A
e 6
1 R
D B
I n
o D
t i
n t
x a
a i
l t
d P
n n
e e
m p
u p
c A
o D
A 6
7 300 6
tro pe
.R 5
t es ge aT P
e
,u
.q tr io Ci t
.m pi OL 01 11 1l ll jll
SYSTEM C0:1P0'lErlT EVALUATION WORK SHEET RAtlCHO SECO UNIT 1 Docket: 50-312 ENVIR0*1EtlT 90CUMENTATION REF" EQUIPMENT DESCRIPTIO;l QUALIFICATION OUTSTANDING Para:neter Specifi-Qualifi-Specifi-Qualifi-METHOD ITEMS cation cation cation cation System: CIS/RSS Operating Simultaneous Plant ID No.
SFV70001 Time 1 day 30 days 1
9 Test Name:
Temperature Simultaneous Motor Operated Valve
( F) 2 9
Test Manufacturer:
Pressure 1.2 and 2.2 Simultaneous Limitorque (PSIG) 3 9
Test Model Number: SMB-000 Rela tive Simultaneous Serial Number:
184069 Humidity (%)
100%
100%
4 9
Test Shop Order No. :
374254A Chemical (pH) 9:3-9.5 10.5 Simultaneous Spray
[B]
1875 4480 4, 8 10 Test Function:
Pressurizer P.adiation (R) 1 x 108 2*04x108 5, 6 Sequential
))
Liquid Sample Isolation Test Sequential Location: Containment Aging 40 Years 40 years 7
12 Test Flood Level Elev:
- 16 '
Above Flood Level: Yes Submergence N/A N/A N/A N/A N/A
- Documentation
References:
Notes:
1.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating A) See Master List, Page A-2 Vime for Electrical Equipment Following an Accident."
B) See Report Section 4.2.2.1 2.
FSAR Figure 14.4-3.
3.
FSAR Figure 14.4-9.
4.
FSAR Figure 7.1-1.
(H B0 -Na0H) 3 3 5.
FSAR page 14.3-11, paragraph 2:
3.39 x 106 rads (Gamma).
6.
Bechtel Calculation 2211 1-0, dated 10/11/80:
9.62 x 107 rads (Beta).
7.
SMUD Operating License, CPR-54, page 4, paragraph E.
8.
SMUD Technical Specifications, page 3-19.
9.
Limitorque Test Report 600456, pages 9-10.
(See B-24A)
B-24
Plant ID. SFV 70001
- Documentation References (continued)
- 10. Op. Cit., page 17.
- 11. Op. Cit., Appendix C, pages 37-38.
- 12. Op. Cit., page 1.
r 1
B-24A
SYSTEM CO:1PTIE"T EVALUATION WORX SHEET RANCHO SECO UNIT 1 Docket: 50-312 ENVIRO?! ENT 93CUMENTAT10N REF*
EQUIPMENT DESCRIPTIO:i QUALIFICATION OUTSTANDING Parameter Specifi-qualifi-hoecifi-Qualifi-MF00 ITEMS cati n cation cation cation Simultaneous System: CIS/RSS Operating Test Plant ID No.
SFV70003 Time 1 day 30 days 1
9 Simultaneous Name:
Temperature Motor Operated Yalve
( F) 7.
9 Test See Profiles Manufacturer:
Pressure 1.2 and 2.2 Simultaneous Limi torque (PSIG) 3 9
Test Simultaneous Model Number: 598 -000 Relative Serial Number:
144068 H.midity (%)
100%
100%
4 9
Test S50p Order No.: 3747.54A Chemical ()H) 9.3-9.5 10.5 Simultaneous Spray B]
1875 4480 4,8 10 Test 8
5, 6 11 Sequential Function: Pressurizer Radiation (R) 1 x 109 2.04x10 Gas Sample Isolation Test Sequential Location: Containment Aging 40 Years 40 Years 7
12 Test I
Flood Level Elev:
- 16 '
Above Flood Level: Yes Submergence N/A N/%
N/A N/A N/A
- Documentation
References:
Notes:
1.
SMUD Memo, D. G. Raasc5 to R. J. Rodriguez, " Operating A) See f1aste List, o qe A-1 a
Time for Electrical Equipment Following an Accident."
B) See Report Section 4.2.2.1 2.
FSAR Figure 14.4-3.
3.
FSAR Figure 14.4-9.
4.
FSAR Figure 7.1-1. (H B0 -Na0H) 3 3 5.
FSAR page 14.3-11, paragraph 2:
3.39 x 106 rads (Gamma).
6.
Bechtel Calculation 2211-1-0, dated 10/11/80:
9 A2 x 107 rads (Beta).
7.
SM'iD Operating License, DPR-54, page 4, paragrapS E.
8.
SMUD Techni;al Specifications, pace 3-19.
9.
Limitorque Test Report 600456, pa3as 9-10.
(See B-26A)
B-25
Plant ID No. SFV 70003
- Documentation References (continued)
- 10. Op. Cit., page 17.
- 11. Op. Cit., Appendix C, pages 37-38.
- 12. Op. Ci t., page 1.
B-26A
SYSTEM COMPONENT EVALUATION WORK SHEET RANCHO SECO UNIT 1 Docket: 50-312 ENVIRONMENT DOCUMENTATION REF' EQUIPMENT DESCRIPTION QUALIFICATION 00T5TANDING Parameter Specifi-Qualifi-
"Specifi-Qualifi-METHOD ITEMS cation cation cation cation System:
RBS Operating Simultaneous Plant ID No.
SFV29107 Time 1 day 7 days 1
5 Test Name:
Temperature Simultaneccs Motor Operated Valve
( F) 2 5
Test See Profile 10.6 Manufacturer:
Pressure Simultaneous Limitorque (PSIG) 2 5
Test Model Number:
Relative Simultaneous SMB-00 Humidity (%)
100%
100%
2 5
Test Shop Order No:
Chemical 360208B Spray N/A N/A N/A N/A N/A Function:
RB Spray Radiation Separate 8
Pump P291 A Discharge 1.8 x 107 2.04x10 3
7 Effects Sequential Location: Room 052 Aging 43 Years 40 Years 4
6 Test
- Documenta':on
References:
Notes:
1.
SMUD P-to, D. G. Raasch to R. J. Rodriguez, " Operating Timt 70I See Master List, Page A-15 for Electrical Equipment Following an Accident '
B) See Report Section 4.10.2.1 2.
Bechtel Calculation No. 991-1-0, dated 10/1/80.
3.
SMUD Letter from J. J. Mattimoe (Assistant General Manager) to R. W. Reid (U.S. Nuclear Regulatory Commission), dated April 11,1980, and attachments.
4.
SMUD Operating License, DPR-54, page 4, paragraph E.
5.
Limitorque Test Report 600198 (FIRL-FC2232-01), pages 24-27.
6.
Op. Cit., page 5.
7.
Limitorque Report 600376A, Appendix D.
B-132
SYSTEM COMPONENT EVALUATION WORK SHEET Docket: 50-312 RANCHO SECO UNIT 1 ENVIRONMENT DOCUMENTATION REF*
EQUIPMENT DESCRIPTION QUALIFICATION OUTSTANDING Par ameter Specifi-Qualifi-Specifi-Qualifi-METHOD ITEMS cation cation cation cation Simultaneous System: RBS Operating Test Plant ID No.
SFV29108 Time 1 day 7 days 1
5 Name:
Temperature Simultaneous Motor Operated Valve
( F) 2 5
Test See Profile 9.5 Manufacturer:
Pressure Simultaneous Limi torque (PSIG) 2 5
Test Model Number:
Relative Simultaneous SMB-00 Humidity (%)
100%
100%
2 5
Test Shop Order No:
Chemical 360208B Spray N/A N/A N/A N/A N/A l
Function: RB Spray Radiation Separate 8
Pump P 91B Discharge 2 x 107 2.04x10 3
7 Effects Sequential Location-Room 051 Aging 40 Years 40 Years 4
6 Test l
- Documentation
References:
Notes:
1.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating Time A) See Master List, Page A-15 for Electrical Equipment Following an Accident".
B) See Report Section 4.10.2.1 2.
Bechtel Calculation No. 991-1-0, dated 10/1/80.
3.
SMUD Letter from J. J. Mattimoe (Assistant General Manager) to R. W. Reid (U.S. Nuclear Regulatory Commission), dated April 11,1980, and attachments.
4.
SMUD Operating License, DPR-54, page 4, paragraph E.
5.
Limitorque Test Report 600198 (FIRL-FC2232-01), pages 24-27.
6.
Op. Cit., page 5.
7.
'imitorque Report 600376A, Appendix D.
B-133
]
SYSTEM COMPONENT EVALUATION WORK SHEET j
RANCHO SECO UNIT 1 Docket: 50-312 ENVIRONMENT DOCUMENTATION REF*
EQUIPMENT DESCRIPTI0il QUALIFICATION OUTSTANDING Parameter Specifi-Qualifi-Specifi-Qualifi-METHOD ITEMS cation cation cation cation System: RCS Operating Simultaneous l
Plant ID No. HV21515 Time 1 day 30 days 1
9 Test l
Name:
Temperature Simultaneous Motor Operated Valve
( F)
See Profiles
?
9 Test 1.2 and 212 Manufacturer:
Pressure Simultaneous Limitorque (PSIG) 2 9
Test J
l Model Number:
Relative Simultaneous SMB-000 Humidity (%)
100%
100%
4 9
Test l
Shop Order No:
Chemical 9.3-9.5 10.5 Simultaneous 3Cl319A Spray 1875 4480 4, 3 10 Test J
Function: Pressurizer Radiation 8
ential Vent Valve "A" (R) 1 x 108 2.04x10 5,5 11 i
h"t Location: Containment Aging 40 Years 40 Years 7
12 Flood Level Elev:
-16' Above Flood Level:
Yes Submergence N/A N/A N/A N/A
- Documentation
References:
Notes:
1.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating Time A) See Master List, Page A-16 for Electrical Equipment Following an Accident."
B) See Report Section 4.11.2.1 l
2.
FSAR Figure 14.4-3 and 14.4-9.
3.
SMUD Technical Specifications,
- 4. FSAR Table 7.1-1. (H 80 -Na0H) page 3-19.
1 i
3 3 5.
FSAR page 14.3-11, paragraph 2 3.39 x 106 rads (ramma).
6.
Bechtel Calculation 2211-1-0 dated,10/1/80:
]
9.62 x 107 rads (Beta).
j 7.
SMUD Operating License, DPR-54, page 4, paragraph E.
i 8.
Limitorque Test Report 6C0456, pages 9-10.
9.
Op. Cit., page 17.
See B-136A B-136 3
Plant ID No. HV 21515
- Documentation References (continued)
- 10. Op. Cit., Appendix C, pages 37-38.
- 11. Op. Cit., page 1.
B-136A
SYSTEM COS1PTE"T EVALVATION '40RK SHEET RANCHO SECO UNIT 1 Docket: 50-312 I
U U NTATION &
EQUIPMENT DESCRIPTIO;l QUAL.IFICATION OUTSTANDING Paramter Spacifi-qualifi-uecifi-qualifi-METHOD ITEMS cati n cation cation cation System: RCS Operating Simultaneous Plant ID No.
SFV22025 Time 200 days 200 days 1
9 Test Name:
Temperature Simultaneous Motor Operated Valve
( F) 2 9
Test See Profiles Manufacturer:
Pressure 1.2 cad 2.2 Simultaneous Limitorque (PSIG) 3 9
Test Model Number:
Relative Simultaneous SMB-00 Humidity (%)
100%
100%
4 9
Test Shop Order No. :
Chemical (pH) 9.3-9.5 10.5 Simultaneous 364772A Spray [B]
1875 4480 4,8 10 Test Func tion:
Letdcwn to Radiation 1.0 x 108 2.04x108 5,6 11 Sequential Coolers (R)
Test Sequential Location: Containment Aging 40 years 40 years 7
12 Test Flood Level Elev: -16 '
Above F1ood Level: No Submergence C
- Documentation
References:
Notes:
1.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating Time A) See Master List, Page A-16 for Electrical Equipment Following an Accident."
B) See Report Section 4.11.2.1 2.
FSAR Figure 14.4-3.
C) Exempt from Submergence Requirements.
3.
FSAR Figure 14.4-9.
(H B0 -Na0H) 4.
FSAR Table 7.1-1.
3 3 5.
FSAR page 14.3-11, paragraph:
3.39 x 106 rads (Gamma).
6.
Bechtel Calculation 2211-1-0 dated,10/1/80:
9.62 x 107 rads (Beta).
7.
SMUD Operating License, DPR-54, page 4, paragraph E.
8.
SMUD Technical Specifications, page 3-19.
9.
Limitorque Test Report 600456, pages 9-10.
(See B-143A)
B-143
Plant ID No. SFV 22025
- Documentation References (continued)
- 10. Op. Cit., page 17
- 11. Op. Cit., Appendix C, pages 37-38
- 12. Op. Cit., page 1 B-143A
r SYSTEM COMPONENT EVALUATION WORK SHEET RANCHO SECO UNIT 1 Docket: 50-312 ENVIRONf1ENT 00CUMENTATION REF*
EQUIPMENT DESCRIPTI0tl QUALIFICATION OUTSTANDING l
Parameter Specifi-Qualifi-Specifi-Qualifi-METHOD ITEMS cation cation cation cation "itaneous System: SIM Operating t
Plant ID No. HV23801 Time 1 day 30 days 1
9 Simultaneous Name:
Temperature Test Motor Operated Valve
( F) 2 9
Profile Manufacturer:
Pressure 1.2 and 2.2 Simultaneous Limitorque (PSIG) 2 9
Test Simultaneous Model Number:
Relative l
Test SMB-00 Humidity (%)
100%
100%
4 9
Shop Order No:
Chemical (pH) 9.3-9.5 10.5 Simultaneous 3A1974A Spray [B]
1875 4480 4,8 10 Test Function: Long Term Radiation Sequential 8
Cooldown 1.0 x 108 2.04x10 5, 6 11 Test Sequential Location: Containment Aging 40 Years 10 years 7
12 Test Flood Level Elev:
- 16 '
Above Flood Level: Yes Submergence N/A N/A N/A N/A N/A
- Documentation
References:
Notes:
1.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating Time A) See Master List, Page A-22 for Electrical Equipment Following an Accident."
B) See Report Section 4.14.2.1 2.
FSAR Figure 14.4-3.
3.
FSAR Figure 14.4-9.
(H B0 -Na0H) 4.
FSAR Table 7.1-1.
3 3 5.
FSAR page 14.3-11, paragraph 2: 3.39 x 106 rads (Gamma).
6.
Bechtel Calculation 2211-1-0, dated 10/1/80:
9.62 x 107 rads (Beta).
7.
SMUD Operating License, DPR-54, page 4, paragraph E.
8.
SMUD Technical Specifications, pages 3-19 9.
Limitorque Test Report 600456, pages 9-10 (See B-202A)
B-202
Plant ID No. HV 23801
- Documentation References (continued) 1
- 10. Op. Cit., page 17
- 11. Op. Cit., Appendix C, pages 37-38
- 12. Op. Cit., page 1 B-202A
SYSTEM COMP 0NEP!T EVALUATION WORK SHEET RANCHO SECO UNIT 1 Docket: 50-312 ENVIRONMENT 00CUMENTATION REF*
EQUIPMENT DESCRIPTIO:1 QUALIFICATION OUTSTANDING Parameter Specifi-Qualifi-Specifi-Qualifi-METHOD ITEMS cation cation cation cation I
System: SIM Operating Simultaneous Plant ID No. HV23802 Tima 1 day 30 days 1
9 Test Name:
Temperature Simultaneous Motor Operated Valve
( F) 2 9
Test Profile Manufacturer:
Pressure 1.2 and 2.2 Simultaneous Limitorque (PSIG) 2 9
Test Model Number:
Relative Simultaneous SMB-00 Humidity (%)
100%
100%
4 9
Test Shop Order No:
Chemical (pH' 9.3-9.5 10.5
. ultaneous 395525 A Spray [B]
1875 4480 4,8 10 Function: Long Term Radiation Sequential 8
Cooldown 1.0 x 108 2.04x10 5, 6 11 Test u"
Lecation:
Containment Aging 40 Years 40 years 7
12 t
Flood Level Elev: - 16 '
Above Flood Level: Yes Submergence N/A N/A N/A N/A N/A
- Documentation
References:
Notes:
l.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating Time A) See Master List, Page A-23 for Electrical Equipment Following an Accident."
B) See Report Section 4.14.2.1 2.
FSAR Figure 14.4-3.
3.
FSAR Figure 14.4-9.
(H B0 -Na0H) 4.
FSAR Table 7.1-1.
3 3 5.
FSAR page 14.3-11, paragraph: 3.39 x 106 rads (Gamma).
6.
Bechtel Calculation 2211-1-0, dated 10/1/80:
9.62 x 107 rads (Beta).
7.
SMUD Operating License, DPR-54, page 4, paragraph E.
l 8.
SMUD Technical Specifications, pages 3-19 9.
Limitorque Test Report 600456, pages 9-10 (See B-203A) l B-203
r s
Plant ID No. HV 23802
- Documentation References (continued)
- 10. Op. Cit., page 17
- 11. Op. Cit., Appendix C, pages 37-38
- 12. Op. Cit., page 1 B-203A m
s SYSTEM COMP 0NENT EVALUATION WORK SHEET RANCHO SECO UNIT 1 Docket: 50-312 ENVIRONMENT DOCUMENTATION REF*
EQUIPMENT DESCRIPTION QUALIFICATION OUTSTANDING Paraneter Specifi-Qualifi-Specifi-Qualifi-METHOD ITEMS cation cation cation cation System: SIM Operating Simultaneous Plant ID No.
SFV23508 Time 1 day 30 days 1
5 Test Name:
Temperature Simultaneous Motor Operated Valve
( F) 2 5
Test See Profile 8.0 Hanufacturer:
Pressure Simultaneous Limitorque (PSIG) 2 5
Test Model Number:
Relative Simultaneous SMB-00 Humidity (%)
100%
100%
2 5
Test Shop Order No.:
Chemical 364772B Spray M/A N/A N/A N/A N/A 8
3 6
Sequential Function: Makeup Tank Radiation 2 x 106 2.04x10 Isolation (R)
Test Sequential Location: Room 044 Aging 40 years l 40 years 4
7 Test
- Documentai. ion
References:
Notes:
1.
SMUD Memo, D. G. Raasch to R. J. Rodriguez, " Operating Time A) See Master List, Page A-23 for Electrical Equipment Following an Accident."
B) See Report Section 4.14.2.1 2.
Bechtel Calculation No. 991--l-0, dated 10/1/80.
3.
SMUD Letter from J. J. Mattimoe (Assistant General Manager) to R. W. Reid (U.S. Nuclear Regulatory Commission), dated April 11,1980, and attachments.
4.
SMUD Operating License, DPR-54, page 4, paragraph E.
5.
Limitorque Test Report 600456, page 13-14 6.
Op. Cit., Appendix C, pages 37-38 7.
Op. Cit., page 1 B-207