ML18043A303

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Forwards Completed Tabulation of Environ Qual of safety- Related Elec Equip Requested by NRC on 780906.States That Equip Addressed Must Ensure Safe Shutdown of Plant During LOCA & Main Steam Line Break
ML18043A303
Person / Time
Site: Palisades Entergy icon.png
Issue date: 11/30/1978
From: Hoffman D
CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To: Ziemann D
Office of Nuclear Reactor Regulation
References
TASK-03-12, TASK-3-12, TASK-RR NUDOCS 7812050119
Download: ML18043A303 (57)
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Text

{{#Wiki_filter:f** \\. } I consumers Power company General Offices: 212 West Michigan Avenue,.Jackson, Michigan 49201

  • Area Code 517 788-0550 November 30, 1978 Director, Nuclear Reactor Regulation Att:

Mr Dennis L Ziemann, Chief Operating Reactors Branch No 2 US Nuclear Regulatory Commission Washington, DC 20555 DOCKET 50-255 - LICENSE DPR PALISADES PLA.l'rr - RESPONSE TO LETTER DATED SEPTEMBER 6, 1978: ENVIRONMENTAL QUALIFICATION © Your letter of September 6, 1978 transmitted a tabulation of information regarding safety-related electrical equipment qualification using a Nuclear Regulatory Commission standard format. Consumers Power Company was requested to complete as much of the table as possible, identify appropriate references and confirm the accuracy and completeness of the table. Attachment I to this letter provides Consumers Power Company's response to your request. As stated in our previous submittal of February 24, 1978, the equipment addressed is: (1) That equipment which must operate to ensure safe shutdown of the plant during a loss of coolant. accident (inside of containment) and a main steam line break (outside of containment) and (2) that equipment that is subject to* a potentially hostile environment due to the above events. You will note that the table, as submitted to Consumers Power Company on September 6, 1978, has been broken down using four ~riteria: (1) By equip-ment manufactur~r, (2) by equipment location (ie, inside or outside contain-ment), (3) by time needed and (4) whether or not the equipment was ~ubmerged. It is Consumers Power Company's conclusion that this breakdown is necessary to ensure that future users of this tabulated data will be able to draw realistic conclusions regarding this equipment. Consumers Power Company concludes that this list provides an adequate basis to support operation of the plant. Included as Attachment II to this letter is an updated copy of the electrical equipment qualification tables in the format as previously submitted by Consumers Power Company (February 24, 1978). This attachment is being REGULATORY DOCKET FILE COPY 78120501t<q

2 submitted in order to ensure that previously submitted information is current. Some revision was required to accommodate newly acquired information and to correct errors found during this review. David P Hoffman (Signed) David P Hoffman Assistant Nuclear Licensing Administrator CC: JGKeppler, USNRC

ATI'ACHMENT I ENVIRONMENTAL QUALIFICATION OF SAFETY-RELATED ELECTRICAL EQUIPMENT NRC STANDARD FORMAT

Reactor: Palisades Systemntic SEP Environment Submittal Time Equipment Type Heference Loe. Needel Parnmeter SJ2CC. Qual.

l.

Solenoid Valve I ~lOmi.n 'I 1emp. {F J 278 283 ASCO/LM 831614 3-1/l,2,3, Pr. (Psia) 66 70 422262728 Rll(~} 100 100 3-note 4 .. -Chem.~ Yes Sat 1-note l 2xio5***, 106 Ra.cl. R Tag No. Sub. Yes Sat sv-0861 SV-0873 SV-0862 SV-0870 SV-0864 SV-01367 SV-0865 SV-0869

2.

Solenoid Valve I ~lOrnin Temp. (F) 278 2is ASCO/NP 831624E Pr. (Psi.a) 66 66 _nu {~} 100 100 Chem. Yes Sat - --- ---*- Rad. {R} 2xio7 .2xio'r Sub.

3.

Solenoid Valve 3-2L226 I 'Vl0min.-.Temp. {F) 278 283 ASCO/ Pr. (Psia} 66 68 WPX UVA 202-301-2F ~a_ lOQ J,QQ ~~r Yes Sat 2xio7 2xio7 'fag No. Sub. No SV-2113 SV-2115 11-22-78 Paee l of 21. E!valuntion Progrnm Quul. Method Heference l'e-s t 6 Time based on small rest 6 break LOCA. rest 6 !!;val Footnote l )irnilarity Footnote 4 !!;val Q S12ec 2Q 1'irne based on smalL

3pf:C 26

..ht:eilk I.OCll

  • S2ec 26 Spec 26 Spec 26 Not jY'et installed; this valve type will replace ASCO LM83lolli during next appropriate plant outage.

c of c 7 Time based on small c of c 7 break LOCA and c of c 7 """"' 11 MST.n c of c 7 c of c 7

11-22-78 Page 2 of 21 l Rcncl;or: Palisades Systematic Evaluation P1*0Brnm SEP Environment Submittal 'fime Qunl. I~quipment 'l'ype Heference Loe. Neede< Parameter S~ec. Qual. Method Reference

11.

Solenoid VaJy:i::: 'i-9/7 I 30da;z~ Temp. {F) 278 283 c of c 7 Time based on need AscoLII'rx 8320 A 16 v Pr. {Pala) 66 68 c of c 7 for long-term __B!!1%l 100 100 c of c 7 cooling. 'l1aa No. -Chem.W Yes Sat c of c 7 2x101 2x1oi c of c 7 SV-~117 llnil n Sub. No '). Solenoid Valve 3-2Ll a 2a3a11 0 1v.lOmin Temp. (F) llO 110 Eva.l Footnote 6 Time based on smal* RGLaurence/ Pr. (Psia} 15 15 Ev al Footnote 6 MSLB. 1251134 wcs llll no 100 100 Eval Footnote 6 110Lll1 wcs Chem. No -- -----Rad. {n} No 'I'ag No. Sl!.b. No SV-O"iO'[A sv-05o*rn II I SV-0505A SV-050'.513

6.

Solenoid Valve .l-lOLa.ll _o __ 30day :_Temp..~ HQ 110 Ev al Footnote 6 Time based on need Magnetrol Inc/ Pr. (Pala} 15 15 Eval Footnote 6 for long-term 18/\\Hl13/\\ ( B-Val ves) HII (j_L_ 9?, 95 Ev al Footnote 6 cooling. U3Al13 (C-VuJ.ves) _Ghcm~ No '.f.'ag No. Rad. R. No Sub. No SV-QTftJl1 ~:iV-0'779C sv-o*rsrm sv-078oc SV-078rn sv-0781c _§_V-0'[82B sv-0782c

ll-22-78. Puec 3 of 21 Henctor: Palisades Systemntic Evaluul;lon Program SEP ~~nvironmen t 8ubmUt11l Time Quul. Equipment 'fype Heference Loe. Neede< Parameter S~ec. Quul. Method Reference

7.

Motor-OEerated Valve i-3La11 I '\\.lOmin Temp. {F} 278 332 'J1est 8 __Tirrie J:iaf.led...QD maaJ J {Motor) i-l1L2. 3 0 11 Pr. (Pnia} 66 J05 '.l'e'>t A ~eak-LOC.A

  • Rel].ance Elec Co/

JUI ('-'} 100 lQO Tes:t 8 11117063 vr -Chem.(R) Yes Sat Test 8 Y220107Al1 BU 1!11d, R 2x107 2xio8 'fest 8 Tag No. M0-3013 Sub. No M0-3007 M0-3066 M0-3009 M0-3068 M0-3062 M0-3010 M0-30611 M0-3012 M0-3011 M0-30111

8.

Motor-Operated Valve 1-11/l I '\\.lOmir Temp. (F) 278 332 Test 8 'rime based on smalJ (Motor) Pr. (Psia) 66 105 'rest 8 break LOCA. Reliance Elec Co _ill[ EtJ 100 100 Test 8 Y22010'7 Al1 BU Chem. Yes Sat. Test 8 -- --- - Rad. (R} 2x107 2 8 XlO Test 8 'rag No. _fu!h. Yes Sat Test,Eval 8 See.Footnote "(. M0-30bf3

9.

i-5/all -1emp. (F) 278 8 Motor-Operated Valve I '\\.lOmi1 332 Test Time based on smalJ {O:Qerator} i-6L2. 3,11 Pr. {Psla). 66 ]Q'1 '£~:2t 8 b1*eal~ LQCA. Lirnitorque/ -~11__ JOO JOO '!'est R SMB-3-100 _J~hcm Yes _sat_ ~'es:!" A 'rag No. Ho.d, {R} 2XJ07 2XJ.08 'rest 8 M0-300'7 M0-3066 Sub. _No M0-'3009 M0-3068 M0-306:-2 M0-3010 M0-306!1 M0-3012 M0-3011 M0-30111 Mn--~m -~

11-22-78 Page !1 of 21 Rene tor: Palisades Systematic Ji~vnluntion Proa rum SEP Submittal 'l'ime Environment Qunl. u:q11ipment Type Heference Loe. Heed et Parameter S£eC. Qunl. Method Heference

10.

Motor-Operated Valve i-6L1 I vlOmin 'I'emp. {F} 218 332

  • rest 8

Tjme based on rnr1a J J (Operator) Pr.(Psin} 66 10~

  • re12t 8

break LOCA. Lind torque/ JUI (i) 100 100 Test 8 SMB-3-100 . -Chem.W Yes Sat '~est A . Bud. R 2Xl07 8 Test A 2Xl0

  • rag No.

Sub. Yes S!:!t

  • rest,g11:aJ A

See E1:iotnot~ +. M0-3008 _ll_,__ Penetration,Electrical 2 _L_ '::.trlrhnr< Temp. (F) 278 300 Test. S]mj arH;)l: 23,2) Thie based on-need Viking IndustriesL'. Pr. (Psia} 66 Bo !l'o;n;:t*,Sjmi.a:ciLy 23,2) for long-term _fill (~) 100 100 Test,Simi.arity 23.2 ~ cooling. Ghem. Yes Sat* Eval 20 Rad. (R) 2x107 2x107 Ev al 20

Sub, No I
12.

Connector 3-11175, b, 7' - _Temp, (F } rv10!1

  • 1011 I

rv 1 s Ev al 10,Foo:!;no.e i:; Amphenol/ 8 Pr. {Psla} rv ] 5* ] 5 ElrnJ J O,Eooh:io *a i:; 7l18bl3-UG59-A-U RH (~} 100* 100 Eval 10,Footno ;e ":i -1Jlmn No

  • 10,Footno ~e 2 (n}

H11,.d, No *

  • 10,Footno ;e '1

'rag No. Sub. No

  • Located in J 32011 Time-based-on-con~

_Loca~cl :in,r 32l1H trol rod e1ecti2!L-accident. Located in.J 322L Lo ca tell ht J 322L

11-22-'(8 PnBe 5 of 21

  • nen.ctor:

Palisades Systemntic Evnluntion ProRrnm SJ!:P Submittal 'l'ime Environment Qunl. Equipment 'fype Heference Loe. Needec Parameter S~ec. Qual. Method Heferenr.e

13.

Connector 2-all I 30da;y:E '1 1emp. {F} 218 283 Test 11 Time based nn nPPfl Viking/ Pr. (Psin} 66 70 Test ll fQI: J QD~-term ~.:U00[-0000 nu {'ii} JQQ ] 00 -.T.esj-, 11 (!00] j !Jg 29-oool1-oooo -Chem.~ Yes Sat

  • ~~st 11 29-0008-0000 ll1.ul, R

2XJ o7 2XJ08 Y. Dat.a___ 11 980-0016-0211 Sub. NQ 980-0016-031 J)1. 'J'ermi na] }1] w.::k 3-1/9, 10 I l\\,l nrni,. 'I'emp. (F) 2is 3\\10 Test l;3 ~ 1 hne base.d.-on-£lmal.l Westinishouse/ 3-13/5 Pr. (Psio.) 66 120 Test J3 bn~a.k liQCll. 805!132 _fill (~) 100 ] 00 Test J3 Chem. Yes Sat* Test 13 Rad. (R) 2x107 . 2Xl0 l Tag No. Analysis 13 Sub. No Located in J 350 J 355 I ,J 521

15.

Junction Box 3-1L2, 10 I 'l.]_Omit -1emp. {F} 218 218 E:i1:11J 13,See Eoo *.nn*l-.P R No Man Lis r,edL 3-13L5 Pr. (Psin} 66 66 Eval 13 2See Foo *note 8 Casketed, No PQ,rt ti ~1)__ JOO JOO E1rnJ -1.-3-)1~. FoQ ~note 8 _Chem Yes Sat Ev al 13,See Foo ~note 8

Ruel, (nJ 2xio'f 2x10T Ev al 13,See Foo *note 8

'1 1ag No. Sub. No J 350 Time balie.ii Qn small J 322 break LOCA. J 521

11-226-78 PllBC of 2i * -1 Hcnctor: Palisades Systematic Evnluntion Program SEP I Submittal Time Environment Qunl. Equipment Type Heference Loe. Needm Parameter S.eec. Qual. Method Heference

16.

Junction Box 3-111/51 6 I h.l s Temp. {F} 278 278 E-val 13,See Foo ;note 8 Ifo Man Listed/ Pr. (Psia) 66 66 Ev al J 3, See Foo ~no:te a* Gasketed1 No Part II ...!!!!..(%} ]QQ JOO EYaJ l 3,See_EoD *note 8 -Chem.(n) Yes Sat Ev al 13,See Foo ;note 8 _lliul. R 2x107 2x107 Eyi;i.J J 3,See! Eoo -~"-+,,, A rrag No. Sub. Yes Si:i.t EYal ] 3,See EGlo -n~+~ A I. J 3251 Time based on con-J 3291 trol 'rod e.jection -- accident.

17.

Junction Ilox 3-ll1f11 8 I 'vl s Temp. (F) 278 278 Eval 13,See l~oc tnote 8 No Man Listed/ Pr. (Psia) 66 66 Ev al 131See Foe tnote 8 No Part # jil[ (ij;) 100 100 Ev al l3 1See Foe tnote 8 Chem. Yes Sat - Ev al 13,See Foe l:;note 8 -- --- - Rael. {R} 2x10'7 2x10'7 8 Ev al 13,See Foe I:. note Tag No.

S11b, No Time based on con-J 320TI trol rod ejection J 32l1R I

accident. UL Cable 1-22/all 0 ru1omin __Tuinp. {F ) lJ.O 226 Test 2 Time bused on small Anaconda Hire Pr. (Pain} 15 65 Test 2 MSLB. and Cable/ nn ('&} 100 100 Test 2 ._Chet'.1'"< No Sat Test 2 -1kl.d Rf No

2. i1xrn7 Test

? Cable Code No Sub. No 21l1

11-22-78 Page r( of 21

  • l Henctor:

Pa1isades Systematic E:vuluntlon Prov,rnm SEP Submittal 'l'ime Environment Quul. l~qu i pment 'l',y-pe Heference Loe. Neede( Parameter SEec. Quul. Methorl Hef'erence

19.

Cable 1-15/all I 30da;p Temp. {F} 278 290 Test 3,See Also Footnote 2 Rome Cable 807 Pr. (Psin} 66 70 Test 3 No Part II l-23L10,,11 JUI{~} JOO JOO Tesj* ~ ---Chem.~ Yes Sa+/- F!m1J. EaatAate ] _Jlml R 2x1ol 2.5x107 Test i Cable Code II Sub. No X-21 'l'.i.me based QD nee_d_ 1112 for long-term cooling.

20.

Cable 1-16L2 I 'llOmii Temp. (F) 2'!8 29(l .Test 3,See Foot 1ote 9 Home CabJ_e l-18/all Pr. (Psin) 66 'lO Test ~ No Part II _ill( (~} lOQ JOO '!'est ~ Chem. Yes Sat - Ev al l"ootnote l -- ----* Rad. {R} 2x10I 2.5x107 Cable Code II Test 3 X-22 Sub. Yes Sat Ev al See F'ootno ;e 9. X-2I1 'rime based on small I break LOCA.

21.

_Tem~fL i Cable 1-23/l,2,3 0 30day 110 290 - Test Time based on need Rome Cable Co/ 11,5,6,7,8 Pr. (Psin} 12 10 Test i for long-term. No Part II JUI {~} 100 100 Test 3 cooling. No _Che1'.1<lif Cable Code 17 nnd. n No 2.5x107 'rest 3 Sub. No J_/12

11-22-78 Pnfle 8 of 21 Henctor: Palisades Systemntlc Evn lun ti on ProBrnm SEP l l Sulnnl ttal 'fime I~nvlronmcnt Qunl. fi:1p1lpment 'fype Heference Loe. Need et Parameter s:gec. Qunl. Method Ilefe.rence

22.

Cable 1-20/all I "J.2hr3 """Temp. (~ 278 290 Test 32 See Footnote q Boston Insul Wire Pr. (Pnin} 66 67 '.I'est 3 & Cable/ IUI (~} 100 100 'l'est 3 No Part # _.c11em.W Yes Sat Ev al Footnote J _Ila_~_ 2x107 2,2x107

  • r~:;ij; 1

Cable Code No Sub. Yes Sat E:val ...E.ooi.nnte..._£ -Z62 Time based. on small break LOCA. --23..,__ Cable l-2:U226,:Ul _I_ t_Qmj n 'l'emp. (F) ...278 29,0 ....Test 3, See Eoc 1*riote ~ _J}Qfits.2JLll1fill.] Wirr; Pr.(Psia} 66 6+ Test. ~ & Cable/ _lllLl'~) J.00 100 'l'est 1 No Part II Chem. Yes Sat - Ev al Footnote -- --- - Rad. (R} 2x10'7 2.5x107 Test 3 Cable Code II Sul.!, No Zh? 'l'ime based on sma]J MSLB. -2lt...__ CalJJe J-211 foJ] _Q_ 30da~~....TemJJ, {F) ] JO _2510 .......Test 'Cj me J)f)ae.d on need 1.loston Insul Wire Pr. (Psln) -12__ _Q] __ Test 1 for long-term & Cable Co/ _!!!!___(1L_ 100 100 Test 3 cooling. No Part 11 _f.bcm No (R) 2.5x1ol Test 3

Had, No Cable Code Sub.

No -zbc>

11-22-78 Page 9 of 21 lleacl;or: Palisades Systematic Evaluation Program SEP I I Submi. ttal 'l'ime Envi.ronment Quul. Equipment 'l'ype Heference Loe. Needec Parameter s.gec. Qual. Method Reference

25.

Cable 3-25/1,2,3,11 -- I -iomir IJ:'emp. {F} 278 290 Test 3,see Alsc Footnote Q General Electric Pr. (Psia} 66 10

  • re:;it,

'=l Col RH(~} 100 100 Test ~ ..A--- No Part # -Chem.(R) Yes Sat Ev al Footnote 2x10'7 2.5x107

Bncl, R

Test 3 Sub. Yes Sat E:val Footnote 9 Cable Code # Time based on smalJ br~aJ~ LOC8-XZ2

26.

Cable i-12L1,2,8 I -1omir Temp. Cf}, 278 ..3W- ---X.ea:t" Cerro Wire & Cable7 Pr. (Psia 66 77 Test 1 No Part "II l!U EO 100 100 Test 1 Chem. Yes Sat. Ev al Footnote 1 -Cable Code II nad. (R} 2x107 2.5x107 Test 1 ..Jillb. Yes Sat Ev al Footnote 10 X-25 Time baseg QD ~malJ b:r~al~ LO@.

27.

Cable I -10rnir _ _Temp * (F ) 278 310 Test 1 Time based on small Cerro Wire & Cable/ 1-19/3,11,5, Pr. (Psia} 66 77 Test 1 break LOCA. No Part # 61.7_ ____. JUI C3L 100 100 Test 1 _£hem. Yes Sat Ev al Footnote] {n} 2.2x107 Harl. 2x107 Test 1 Cable Code # Sub. No X-25

11-22-78 Pnee 10 of' 21 flcnctor: Palisades Systemntic f:vnluutlon Program SEP I I Submittal Time ~~nvironment Q11111. Er111ipment 'l'YJ?e Heference Loe. Neede< Parameter S~ec. Qunl. Method Reference

28.

Cable 1'emp. {F} 278 300 Spec 14 rime based on Gulf General Atomic/ 1-26/all I. -1 s Pr. (PGia) 66 Bo SEec il1 control rod No Part # JUI ('.i} 100 100 . S12ec il1 ejection accident..,__ --Cbem.(R) Yes Sat Eval Footnote 2 _lln.d. R 2x107 8* 1011 "4,,. Spec 111 n-. tQ11 NV Cable Code # Suh. Yes Sat Eval Footnote 2 zcx .22..,_ Cable 'l'emp. (Par 278 280 Test h Rome ca*ble CoL i-11La11 I -1omi1 Pr. (Psia 66 10 Test Footnote 11 No Part # .Jill {~} 100 100 Test 4 Chem. Yes Sat - Eval Footnote 1 -- ---- Rad. {R) 2x107 l1x1ol 11 Test Cable Code #

Suh, Yes Sat Eval Footnote lJ X-23 Time based on small break LOCA.
30.

Cable l-21Lan __1_..JM.gy l_Temp. {Fl 278 280 Test l1 Rome Cab.le Co/ Pr. (Psia} 66 66 Test,Eval 15,Footnot ! 2 No Part # JUI (~} 100 100 Test h __ Chem Yes Sat Eval Footnote 1 Rnd.----utr - 2x10'T l1x1o'T Test 4 Cable Code 71 Sub. No Time based on small LOl break LOCA.

11-22-78 Page 11 of 21 ** flcuctor: Palisades Systcmntic gvaluntion Program SEP Submittal Time I~nvironmen t Qual. Equipment 'fype Hefere1we Loe. Needec Parameter S~ec. Ctual. Method Heference

31.

Cable 3-25/.5 _I._ J..Omiq '11emp. {F"")" 278 3110 Test 12 'l'ime ba§~d QD Eiillfl.] 1 American Insulated Pr. (Psia} 66 12 Test 12 break LOCA. Wire Co/ JUI {'Ji} 100 100 Test 19 No Part # -Cbem.Tnr Yes Sat Test 12 llfl<l. n

  • 2x10I 5x107 Test 12 Sub.

No Tag # 162

32.

Cable l-16L1 22 2 3, I 'lOmin Temp. (F) 278 290 Test 3 2See Foot iote 9 Rome Cable col r~,i) Pr. (Psia} 66 70 Test 3 No Part # _JUf (%,- 100 100 Test 3 Chem. Yes Sat* Eval Footnote 1 -- ---* Rad. {R) 2x10'i' 2.5x107 Test 3 Cable Code # Sul! 1 No X-22 Time based on small I break LOCA.

33.

Cable 1-2379 I 30days -1'elllp. {F ~ 278 220 Test 3 2See Foot 1ote 9 Rome Cable Co/ Pr. (Psia} 66

ro Test 3

No Part # JUI {~}. 100 100 Test 3 _Lb.em Yes Sat* Eval Footnote 1 -- -- nmi.cnr -2x107

  • 2. 2xio' Cable Code Test 3,:

Sub. Yes Sat Eval Footnote 9 1112 Time ]llised on need for long-term cool- .... ~ng.

11-22-78 Pace 12 of 21 f!cmctor: Palisades Systematic F.valuntJon Program SE:P Submittal Time l~nvironment Qunl. I~quipment. 'l'ype Heference I.oc. Needec *Parameter S~ec. Qual. Methocl Jleference 311. Cable 1-2771,2,3, [1 I -1omir '1 1emp. {F} 278 290 rest 3,See Footr ote 9 Bos'Eon InsuI i:.Jire &; Pr. (Psia} bb b7 rest 3 Ca'6Ie7 ~* _!!!!_{$) 100 100 rest 3 No Part # -Chem.~ Yes Sat Eval fi'ootnote 1 2x10I

2. 5x10'7

_llad. R rest 3 Cable Code # Sub. Yes Sat Eval fi'oQtnQtP. 9 Z62 rime based on small MSLB. *

35.

Motor Fan l-2La11 I 30da;yr ~rtr 278 283 Test 16 Gen Elec/ ia 66 70 Test 16 5K-l105-YK232 ~I {~} 100 100 Test 16 Chem. Yes Sat - Ev al Footnote 1 Rael. (H} 2x10'7 lxioB~ 2I1 Ev al Tag II

Syb, No Time based on need VlA I

for long-term V2A cooling. V3A Vl1A

36.

Hydrogen Recombiner 1-BLalJ _L__ 3QdaJ!l; _Temp, {F} 218 286

  • r~st 17 Time based on need Westinghouse/

Pr. {Pala} 66 7.1 Te§t 17 for long-term 5116-CXR-190931-BN RU (i) 100 100 Test 17 cooll.ng. -1]1em Yes 81Jt T~:;it J1 {R} 2XJ07 2XJ08

Hnd, Test J'.l Tag #

Sub. No M69A M6913

11-22-78

  • Page 13 of 2i Henct;or:

Palisades Systemntic Evaluntion ProRrnm SEP I Submittal 'l'ime Environment Qunl. Equipment 'fype Heference Loe. Heede( Parameter S~ec. Qual. Method Heference

37.

Power Range Flux 3-14/1,2,3, I -1 s Temp. {F} 278 300 S~ec 14 .I'ime based on Channel ! I~ Pr. (Psin) 66 80 S~ec iii control rod e,jectio1 14 Gulf General AtomicL _.!!!!_{%) 100 100 Spec accident. NP-6 -.Chem.Tnr No Had. R 2x10I ~ ~ 109 */..,. Spec 111 }t~:t_ Tag II Sub. No N005 N006 N007 N008

38.

'1 1ransmitter 2 Pressure 3-1La11 I -1211 'l'emp. (F) 218 2Q6 Test h Foxboro/6llGH Pr. (Psia) 66 70 Test 6 _llll (ij;) 100 100 Test 6 Chem. Yes Sat - Eval Footnote l Tag 11 ---*- Rad. (n} l* 2xid5'll' *\\Hf 1Xl07 i

  • 2'l.
  • Footr V Data. 2 Evr
  • ates 3. !:i]}d~).2 Suh.

Yes Sat Eval Footnotes l and 12 PT 0103 'l'ime based on small I break LOCA.

39.

Transrn]tter, Pressure i-12L226 27 / I -1orni1...Temp. {F ) 278 281

  • r~st

!r:; Foxboro]bll GM ...fr. (Psia} 66 70 'l'est 6 rm 100 100

  • rest 6

'l'ag II ...fllCID Ye~ fiat Eva] EQQtDQ'te 1

R11rl,

{n) r5. 2x105*

    • 1x10~ V Data, Ev.1 22. Foot ote 3 P'l' 0752A Sub.

No PT 0752B Time bused on small 'P.lf 0752C MSLB. P'r 07520

Heacl;or: Palisades SEP Submittal 'fime l~quipment 'fype Heference Loe. Needec t10. '.Pransmitter. Press11re 3-13/1,2,3,11 I -iomin Foxborolbll GM Tag # PT OID2A -PT OJ02B 1P-n102c PT 0102D 111. Transmitter, Pressure ~-J2lJ,2,3,11 _L_ -, nm; T Fox1)oroL611 CJM Tag # PT 0751A PT 075113 PT 0751C P'r 0751D 112. JYP Convertors 1-llLan _Jl_ 3Qgayf Fisher Governor cQ[__ T.v12e 5116 ~'ag No E7P 0779 E/P 11'7tm -J!\\7P Oflh E/P 0782 Systematic Environment Parameter S~ec. QU:al. Temp. {ry-278 286 Pr. (Psia} 66 70 JUI('&} 100 100 --Chem.(R} Yes Sat -1!n<l. R rn105**~* ix107 Sub. Yes Sat Temp. {F) 2~~ 206 Pr. {Psia} 70 .JUI (~} 100 100 Chem. Yes Sat - Rad. {R} 9x105**** ixio7 Sy}l, Yes Sat _Temp. {F~ ))Q 320 Pr. {Psia) ] 5 90.3 Hll {~} 95 100 -.Chem No Hud,{nf_ No Sub. No 11-22-78 Page 14 of 21

  • F.vnluntion Program Qual.

Method Heference rest 6 l'est ~ 'rest 6 Eval B'ootnote 1 "l Data. Evi] 25. Eootr Inti:. ~ Eval Footnote l Time based on smalJ break LOCA. 'Tu!a+. I(; Test 6 Test 6 I!,'val Footnote 1 V Data, Evi 1 22, Foot! ote 3

  • E:val Footnote 1 Time based on smalJ I

MSLB. Test J8, 5 Test J8, 5 , 'J.'est

18. 5

'l'ime based on need for long-term cooling.

11-22-78 Pa3c 15 of 21 flenct.or: Palisades Systemntic Evaluation Pro~rnm SEP Environment I Submittal Time I QuaL E~111i pment 'fype Heference Loe. Heede( Parameter I S_eec. I Qunl. Method Reference

  • Specification reduced based on time of use (time needed) argument.
    • Time needed is based on the time when the circuit could be de-energized without interfering with functions needed to mitigate accident consequences.

In some cases spurious energization by a hot short of the proper voltage with substantial and continuous current carrying capacity (low resistance short) could interfere with the desired equipment function. These kinds of shorts are judged to be highly unlikely.

      • 'I'he FSAH value of 2xl0 7 R is for a 30-day LOCA dose, assuming 100% core melt, plus a normal l10-year dose.

The specification value was reduced to 2xl05R based on the following: (1) Time needed is approximately 10 minutes in the worst case which corresponds to 2xl06R. (2) A realistic assumption of 10% core melt which corresponds to 2xl05R.

        • 'l'he specification value was reduced based on time needed and location geometry ( ie, mounted against substantial concrete wall).

General Note --- To the best of our knowledge, no cable splices exist at the Palisades Plant. I I

FOOTNOTES 11-22-78 Page 16 of 21

l. The safety-related equipment at Palisades that could be exposed to Environ-ment #l but does not have chemical environment qualification data available is listed on Table l. The chemical portion of Environment #1 has been de-fined as the containment spray water-containing boric acid (1580 m.g/l to 2410 m.g/l) and sodium hydroxide in solution at a pH between 7 to 8.3.

An effort was made to determine the exterior surface material of this equip-ment. A search was made in Perry's Chemical Engineer's Handbook and Kirk-othmer' s Encyclopedia of Chemical Technology for an indication of the relative corrosion or chemical resistance of the materials in slightly alkaline solu-tions and dilute boric acid. The solenoid valves have exterior surfaces of brass and painted carbon steel. Brass and carbon steel were found to have rat{ngs of fair to good for re-sistance to slight alkaline and dilute boric acid solutions. The terms "fair" and "good" were not defined in terms of specific corrosion rates (such as mils/yr) but were presented in the references as guides for selecting materials for processing equipment where long-term exposures are involved. The solenoid valves on the attached sheet are part of the service water con-trol for the containment air coolers. A containment high-pressure signal that initiates the sprays would at the same time generate an SI signal which requires action by the solenoids on the service water discharge from the coolers. These solenoids would, therefore, have no requirement to wi.thstand the chem.ical environment in order to function in response to an SIS. Corro-sion failure of the solenoid valves could occur during the long post-LOCA period. The casi.ng material on the containment air cooler fan motors was not mentioned in the* available file references. It is assumed to be painted steel, but fhe type of material is unimportant since the motors will not be exposed to the full chemical environment. The FSAR describes the fan motors as being directly connected to the fan wheel; the fans are vane8.x:ial type. Paragraph 6.4.2.3 of the FSAR states that the aluminum fan blades will be unaffected by the containment spray solution due to dilution with condensate and re-moval in the pathway through the filters and cooling coils. The drive motor casings,*then, would likewise not be exposed to the chemical sprays. It appears that qualification for temperature, pressure huin.idi ty and radiation parameters would be adequate for continued operation. The pressure transmitters listed were described as having aluin.inum top covers. Corrosion of aluin.inum in a caustic and boric acid spray environment will occur and has been addressed in the FS.AR under hydrogen generation in post-LOCA conditions. The location of these pressure transmitters provides them with shielding from the sprays by the 607 1 El floor slab. For similarly located

11-22-78 Page 17 of 21 aluminum the FSAR assumed no corrosion for hydrogen generation. Some of these transmitters w'"ill become submerged at which time failure by seal leakage and internal shorting would be competitive with corrosion. PT-102 A through PT-102 D will have served their function prior to submergence. PT-0751 A - D and PT-0752 A - D are required only for steam line and feed line break events. The effects of submergence on these pressu=-e transformers is discussed in our March 23, 1977 submittal. For the cables listed on the attached sheet the known exterior (jacket) materials are polyvinylchloride (PVC) and chlorosulfonated polyethylene (Hypalon). The jacket material for cable ZCX is unknown; the material is not mentioned in the Palisades cable description list or any known purchase specification. For PVC and Hypalon the references mentioned earlier describe both materials as being resistant to dilute alkali and mineral acid solutions. It is inferred from this that these materials would not undergo chemical attack by the sodium hydroxide and boric acid_in the spray water. The cable ZCX, for which the jacket material is unknown, is the coaxial cable for the power range safety Channels N005 through N008. It is not possible to offer an opinion on the chemical resistance of this cable. However, again, the protection functions will have been completed prior to initiation of containment sprays *. As mentioned earlier, the chemical resistances were obtained from standard references. Unless a material was listed as being "resistant" or having "excellent resistance"*to chemical attack by dilute boric acid or slightly alkaline solutions, it was assumed that failure due to corrosion would occur. 2.. The cable testing was conducted at at least 49 psia which is less than the required 67 psia. However, both temperature and relative humidity met design conditions. Since the pertinent qualification criteria are temperature and humidity. for cables, _it is concluded that the qualification data is accept-able.*

3.

The radiation qualification data cited in these sections is the result of vendor contact or purchase specification requirements. In no case is it evident that the equipment was actually tested to failure. Thus, it is felt that in all these cases the radiation levels cited are the minimum levels with.Un.specified margin to failure. Further, for the case of the pressure. transmitters (with the exception of FT-103) the safety function is over within the first few minutes and, consequently, they would not be subject to the full LOCA doses. 4.. Due ta lack of conclusive data relating to the environmental qualification (radiation) of the ASCO valve model Number LM-831614 replacement valves have been ordered and will be installed during the next appropriate outage after receipt of the new valves. The failure mode of the existing valves (LM-831614) is identical ta.the failure mode of ASCO valve model Number HT-83l6A77 as noted in the Big Rock Point Plant (Docket No 50-155) Environmental Qualification submittal dated February 24, 1978 (ie, solenoid valve failure will result in the venting of the control valve and the valve will remain open)

  • 11-22-78 Page 18 of 21
5.

The nuclear instrument channels are included in the list since they provide a reactor trip function and are used in the accident analysis to terminate a variety of over power transients. A review of the currently effective accident analysis has shown that credit for over power trip is taken in only one analyzed accident of the type that involves breach of a pressure boundry and the consequent adverse environment. For this incident (rod ejection) the trip occurs less than one.second after breach of the pressure bound.."""Y and it is antici-pated that at the time of actuation the environment at the location

6.

T. of the equipment would still be essentially the normal environment. The nuclear instruments provide a backup trip for small break accidents. however, current analysis (CENPD-l3TP) takes credit only for the low-pressurizer pressure trip. Although the time frame may be longer than one second these trips also occur relatively early in the incident (see for instance, top of Page 131 of CENPD~l3TP). Special Report Number 6, Revision 3 dated 6-30-75, Paragraph 9.4.l states that Items 3-1/1,2,3,4 were located outside of the MSPR and are redundant to SV-0508, 0510,. 0514 and 0524. The vendor data sheet for Items 3-9/1,2,3,4 indicates that these solenoid valves are rated to operate with80-100 psig air at 300°F maximum.. Paragraph 9.4.2 of Special Report Number 6 addresses Items 1-10/all. These solenoid valves were relocated outside the fan room in a weather-tight cabinet with tornado protection. M0-3008. is a part of the SIS System and receives the safety injection actuation s.ignal (SIAS), within seconds following a LOCA to open the valve. Operation of the valve will be unaffected because water elevation in the containment will not reach its maximum until approximately 20 minutes fallowing a LOCA. If M0-3008 fails at this time, the valve will fail "as-is" in the open_position. (Reference 9) During* testing of similar Limitorque operators (FTRL F-C3441) the test units were subjected to severe flooding with steam condensate during the first few days of the test due to clogging of the condensate trap on the test chamber. The units performed satisfactorily throughout the test in spite.of the flooding.

8.
  • The pertinent parameters for junction box qualification (Items 3-10 and 3-15/5) are pressure and submergence as the terminal blocks within the junction boxes have been qualified for all Environment l parameters (Reference 13).

None of the above referenced junction boxes are sub-merged. Further, these junction boxes have a 1/4" hole drilled in the lowest* point to allow for pressure equalization and drainage. For the junction boxes referenced in 3-14/5,6,T,8 the equipment asso-ciated with these boxes functions early in the postulated accident while the environment is essentially normal

  • ll-22-78 Page 19 of 21
9.

FIRL F-C2870, Page 4, states that the cable was subjected to an air temperature of 290°F for fifteen minutes during irradiation. The cable was subsequently subjected to a steam environment. The temper-ature-time profile during the test closely approximated that calculated for a large break LOCA. Since the environment the cable would be subjected to, if submerged, is not more severe with respect to temperature and chemistry, then the unsubmerged environment, the cable can be expected to perform satisfac-torily submerged.

10.

The submerged and environment is not more severe than the unsubmerged environment with regard to temperature and chemistry; therefore, the cable can be e..""Cpected to perform satisfactorily when submerged. ll. Cable X-23 (Item l-17/all) can be shown to be-constructed of the same materials as cable X-22 (Item l-16/all). Cable X-22 successfully with-stood testing with a pressure of 70 psia. Cable X-23 (Item 1-17/all) will be submerged. The submerged environ-ment is not more severe than the unsubmerged environment with regard to temperature and chemistry; therefore, the cable can be expec_:ted to perform satisfactorily when submerged *

12.

Pr-0103 instrument provides indication only; no control function. PI1-0l04 installed during the 1978 refueling outage has a range of 0-~00 psig and provides an additional source of pressure indication. F'T-0104. is a Rosemount model Number ll52 pressure transmitter with design qualifications.verified by Rosemount Qualification Test Report Number ll74l5. It meets Environment 1 re~uirements with the exception that radiation qualification is to 5 X lO R

  • ll-22-78

?age 20 of 21 TABLE l PALIS.JI.DES SA..t<~TY-RELATED EQUIPMENT (Without Chemical Qualification Data for Environment #1) Instruments (Palisades Tag No) SV-0861 SV-0862 SV-0864 sv-0865 SV-0867 SV-0869 SV-0870 SV-0873 PT-0103. PT.;.0102.A to.D Pr-0751 A to D Pr-0752 A to D V-lA Motor V-2.AMotor V-3A Motor V-4A Motor Ex-terior Surface (1) (l)Brass Body, Painted Steel Coil Cover (l)Brass Body, Painted Steel Coil Cover (l)Brass Body, Painted Steel Coil Cover (l)Brass Body, Painted Steel Coil Cover (l)Brass Body, Feinted Steel Coil Cover (l)Brass Body, Painted Steel Coil Cover (l)Brass Body, Painted Steel Coil Cover (2)Brass B~dy, Painted Steel Coil Cover (2 )Bourdon Tube Housing. Aluminum Top(?) . ( 2 )SS316 Bellows Housing, Aluminum Top (2 )ss316 Bellows Housing, Aluminum Top SS316 Bellows Housing, Aluminum Top (?) (?) (?) (?)

  • Cable (Palisades Cable Code)

X2l.. X22 X23. X24.. X25 z62 101 XZ2 zcx g~Automatic Switch Co (ASCO) Catalog (3)Fo:x:boro Co Equipment Manual Palisades Cable Description ~;~Polyvinylchloride (3)Polyvinylchloride (3)Polyvinylchloride (3)Polyvinylchloride (3)Polyvinylchloride (3)Polyvinylchloride ("=<)Chlorosulfonated Polyethylene ~ Polyvinylchloride (?)

l.
2.

3,

4.

5,

6.

7,

8.
9.

10.. FIRL F-C2404-l FIRL F-C2525 FIRL F-C2870 PALISADES DOCUMENTATION RE._"'ERENCES Laboratory Technical Information Report, File #6710-8 ll-22-78 Page 21 of 21 Special Report #6, Rev 3, Dated 6-30-75, "Analysis of Postulated HELE Outside of Containment 11 FSAR, Paragraph 6.1.3.2 ASCO Engineering Report #112, 6-4-76 FLttL F-C3441 Letter Bixel to Purple, 2-25-76, ECCS Analysis Discussing Fail-Safe Function Letter Bixel to Schwencer, 2-24,....78, Response-to Letter of 12-23-77, Environ.mental Q;ualification ll. Letter Hoffman to Keppler, 4-6-78, Addendum to IE Bulletins 77-05

12.
13.
14.
15.
16.
17.
18.
19.

20 *. "1 22 *.

23.
24.
25.
26.

and 77-05A Response Letter Hoffman to Ziemann, 4-12-78, Revision to Environmental Qualification Letter of 2-24,....78 Letter Beckius to Narutsch, 4-13-78, Qualified Terminal Blocks for Palisades Junction Boxes Engineering Specification for a Neutron Flux Monitoring System, Specification Number 2966-421,.-S-004., 11-28,....67 FSAR Section 14.o Cable Environmental Testing Wyle Laboratory Test Report Number 51542-3 FSAR Paragraph 6.6.2.2 Fisher Controls Co, Laboratory Report #4, Dated 6-12-73 FIRL *F-C4197-l Qualification of Electrical Penetration Assemblies for the Palisades Plant, ST.AN 07,....78, 7-20,.-78 Letter Bixel to Keppler, Response to IE Bulletins, 77-05, 77-05A, 12-8-77. Affidavit of.Anthai::J.y A Glowacz,. Former Vice President of Viking Industries Inc, 12-6-77 Viking Industries Inc, Qualification Test Procedures for Electrical Penetration Assemblies, #118, ll9, 120 Letter H V Ackerman of GE to R Wischhusen of Buffalo Forge, 10-12-78, and letter R Wischhusen to D Moeggenberg, 10-16-78 Letter D E Moeggenberg to SEP File, 11-20,....78 Engineering Specification for Instrument and Control Equipment, M-234-A, 3-13-78

ATTACHMENT II ENVIRONMENTAL QUALIFICATION OF SAFETY-RELATED ELECTRICAL EQUIPMENT CONSUMERS POWER COMPANY FORMAT

i.:1111111111e11t. I.lot ( £1!!1l) lie c ti 011 A 1 1.oo:a u on 1'::11 J1yu~1ul __ r1111ell~- Areolfu!!t.1 000111 nv 11061 Imm ll'rovidu Cooling I q rll0* 111i1 .. :BU lluter Lo Contuin* meut Cooler ne-1:lrcul11l1ng Funo BV Oll62 llllfl f leo I llV 011611 mm I I Yeo t flV 01165 mm t

  • Yeo 6V 007J aun t
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I teo av 01169 1nw11 I I UO

  • J 350 I sws I Junction Box for c

No Control Wiring to Sc:t"v. I/tr. CV'* tor Cont~in. Air Coolers VllX-1 VIIX-~. J 355 I ' I Junction D~x tor I C I No I Control lllrlng to Sorvlce Water CV for Contsln. Alir Cooler VllX-2 1.l1111l h11' ~II v I t'l)l.Ulf!ll Lr. l llu11ufacl.urc1'/IQ11ol I flcollon HM~lJ!JP.tl_ __!1tJL(:rl!__ I Autoriiotl c 611 I Euvl roument Co Ho l Ut-831,61*1 I

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  • Steel Box I Environment W/Ga11lteted No l Hinged Cover W/Ha11ting-hou11a Stylo No. 8o5l132 Terminal Block

.I Rev 1* (4-11.;.78) EuvJru1wenl11l lloulgn lltu1l lflcuLlon rulln111h>0 1::----,r.::-----:--1=--:~.,-,,--~----l llheet.

  • l l'reouure Tt:IApgrnlure lln*ldlly Rrutl-

* ol' ---~L_ __

J!l!L. __:x, ____ i_ !l!JJ!!! Che111leal11 Mol.l101I, 1 f Ct11111f l'J C:U lf 1111 70 283° 100% llll J.O li **ootuote 10" l lltulo f I I I t t t t f I I I I t f I I t t t t I t t I f

  • 1 120 31100 100% nu 2xio 'l Footnote Rads i

~ ,a, I -l:?f }.3.2(d) 1allflcatlon by Valve ffcgtlon for Sindlar

  • Refer to Footnote 3 1111d Ii.

r.! 01"f-U1u-flhel r Ite11 ks a.r" q1111ll tied for Report fZ~-TR-77-83 er 13, 1977 on! llortheut vice Col:!f*ony Report t~d ~larch 2'l, 1976. rsdlotlon by engineering Weatlnsbouso Research O.Above. lllxel 'l'o ruqtla llute ] A11ulyul11 lllnc11011Jna f'tmcllon" te e

Llw ILh13 OllldCl)lo.l flcol.1011 ler!ll l.ocat.lon Envh* 'l'nn I l Function -:---ii~~~--1 Ho1111f1aclurer/ (}110\\l _JI!!_. yu cm _______ 1,A._r_...e_.o Bub lloom (fodel (TIJ!!L _lli:l VlA mm Gonlnl11me11t c No F.!lS Coqlcr Heclrcu-* lotion Fan ~bLor V:!A c No V]A .c No Vl1A c Ho llil lrlcnerul Elcc 5K-1105-YK (Motor) for 68K-55li8 (Fun) I Envlr llo l onment I B11vlm1111:qnlnl l>t::11lgn ClunllflcnLlon P1*011.c111re *renapgrolurt: llu111ldlt:1 Rodl-f'olo. [ t oUon Chc11tlr.11olll I 10 263° 10~ 1111 8 Footnote !~?,.. R. l I I I Rev 2 (11-22-78) l'allarulco Sheet 2 Of 27* ---- H*:lhocl of li,111111 f J,!al.111:1 mAR. Paaeu 6.2-1/6.2-2/6.2-3 -23. 6-21, l/6.J.11.2 (Motoru) Pugce 6 Purueroph 6.3.2. f,elter lleport* Gl uatl to 6\\lurte b). lln<Jlntlon uu vc11Jo1* dunce. 3/10/10 (Wyle I.fl l11t11 obt.olncd fa** ' co.rrcu11on II

  • l.ocatlon I

t'um:Llon Monuraclurer/ Ar!!..Dub ~ Hoole l (*rxne l T111!

  • lyutcm

-11!.!_ IP r.rn Control c llo 1111 llel1an9e Eleo I/a lvu (I.ti tor) Com11any *ladel II) ]00"( i,::J:.J Mt.117061 L'l' IU.j009 Elm t c Ho

  • I 1¥1 ]062 ms t

c Ho t HO 30611 E:IS t c Ho t t ,..,, lOll Efl:l t c Ho m 301] ~11 I c Ho IU Jo66 ~:J I c llo Ill ]060 l!:BU I c llo t t l.l111lLinR !41v J ro11monl.ul Peu J en flunl ~nv l 1*on111c11t6l Quall flcotlon rreeoure Tt'lllpgrnlure llumldlly Criteria _f!!!a_ f Environment 105-35 332°-220° 100 RH Ho 1 t t t I I

  • I lficntlon Pal1&1uleu

...------* Sheet. 3 uf _. ___ 21.;.__~ Rudl- !!Im! ChcmlcD111 2xio6 Dorio Acid f F3AR Pagea 6-12 1 Pora 6.1.3.2 Pagtta

  • 6-l2b, 6-12c Usina Limltorqno *lodol IS*lll-0 Valve "1th Polluade11 'l'yt>e OJ>crutora Document (Certification)

Frankl in Institute Research Lab - Report Qual 'J'c&t of L1111llorque Valve 011eretoro In Simulated llx Contnl11u11:11t Pout-Accident Steam En vi ronn1ent Sept 1912 F-C311l11

Tog l.ocatlon lyulc111 Funcl.lon _U2___

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Ul ]010 WI ]01:? O* c c Yeo 1 1~1 llo Ho llo Ll111l lh111 l*:nvl romacnl&l HonuCocl11rer/ QurtU f!cot.l.011 Hodel {IYJ>e} Uri terlo

  • Relidl_lce Elec l!:iav I romnen t.

Compuny Hmlel llo 1 IY22010'1A~ Dll t:i1vfron11c11l~ol 1Jc0Jg11 CIU11ll l'reeoure *re111pgri:ilure Humidity l'ula [ ~ Rndl-at.tou Cbc11lcalll 105-15 112°-220° 100% Rll 2xio8 Borio Acid I l'all 6R*IUO Sheet. ~ Helhod of* Clllll ll r Jeri I.I Oil FBAR Pg 6-12* Poru 6.J.3.2 Pg 6-12b 1 6-12c Ualng Llmllorque lbdel 131-W-O Vulva With Pallendee Type 011e1*bt.c.r. llocmueut. (Cert.iflcat.ion) Rer: Franklin Inotltute Reueorch Lab Re1iort Qual '!'eel of l.imitorque Valve 011urat.ore ln 61mulated Rx Contlllnrnent Poot.-Accldent Ot.eum ~:nvlromuent Sept 1972 IF-c311l11 Ref Letter Bixel To l'ul"l*le llut.o 2/25/76 ~CCU A11olyeh

l.ocatlon 'l'ug 1 l Po.111utloii

  • .--..----* Munuract.urer/

_ff!!._ yu can __.. _. _____,Area.!ML.J!!2L tt~el Cr.11!£L m ]007 1ma llP 813 Control C llo VuJ.ve (Operator) m ]009 c Ho IU.)0112 c Ho m ]Otila c !lo l*kl ]011 c llo m 1013 c Ho m ]0{.6 c rlo m ]060 c llo ll1 l Phil *~ear - l.11111 torque Hod IB.. D-3-10 ( 1.lmll;/'l'orque 8\\1) t 1.1111 t.lnn F.nv I roruncnt&l Qulllll fl cu Lion C.-llerja En v l rumnent llo 1 I t t I li!i1vlro11111enlnl llcul611 Qun1JflcnL1011 rrcauure Te111pgrALure llu11ldl ty na11l-Che*lceln ro 111 [ ~ otJ.m! 105-35 375° 100 1111 !xl06 Borio Acid t I t I t I I

  • I I

I PaUumloo 6heeL ~ _ er 2*r 111111 rao.:al11111 Helho*I of Q f'9AR Pg 6-12, Pu ra 6.1.J.2 U'g 6-12b, 6-12e I l:1l11g l.lml lorquo Ve with

  • bdel ISHll-0 Vol Wallaudeu Type 01 1erutors

)ocument ( CerlUl cat.lon) Ref1 11-'ranklln lnalltut e Research l~b - lleport Quul 'l'eat of Operators Contulnmeut .lmltorque Valve ln Blmulaled Ux

  • oet-Accldent Bt euw 1':nv I romucm t l

lept 1912 IF-CJl1l1

Ll11l Lina rnnunt.11.i I col.Ion crjo. 1.ocu.t.lon ~nvlro 1'n1: --,,--.,.----* Manufacturer/ Quollf _fl!!_ lyGlc111 __ 1_*,_11_1c_i._1_o_n __ i\\reo.. ~ -11!!2!9.. l:lodel (l*xJ!!:.L Jr.!! MO 1008

  • .:m1 IJ> 1113 Control C. Yea Volve (Operator) 1'13 Phil *qear -

Ei1viro mnent Llull tor1111e Ho l llid llJMD-l-10 1111 ]OLO C No 110 1012 C llo C !lo ~1vJ.&*on111q11l.ol lhmJ sn Q1u1ll Cl cnllo1' r1*eouure *rcmpgrnlurc llumldlty Rodl-Che111lcalll ..J.!!L. l ~ 9llo11 105-35 3"/5° lOO:C 1111 !>tl08 Dorla Aclol I rolhn*l*m Sheet 6 oa* 2'( H*ilhoil or* 'l*1:i 11 f lcnllon ~'SAR rs 6-12 Poro 6.1 PR 6-12b, 6-12c U11J11g .].2 Llmltorque 'ulluodeu -lodol ISMJJ-0 Vulve \\I/I l'ypo Operator* l.Jocument (Cortlflcati Franklin Inutltute Re Lab - Report Qunl Teo l.l111ito1*q11e V11l ve 011er In Simulated Rx Conlo on) Ref uenrch t of ntore 1111n1mt 1vlronment Poot-Accident Stenm Ea lept 1912 n*-c3l1l11

e.

l.l111l l l1111 l.oca ti 00 l~uv h*onaacnlr. l Toa lyolcw ruucLlon --,,--.......,~--*Ho11uf11clur11r/ lluol I fl cation _Ji!!_ _______ 1Area 1M.!_ _.Il22!l. tloitol (Tyl!£}_ Cr! Lel'ln Pl' 0101 l'rooourlzor llld.12-llonae ~ndlco.tor c Yeo Foxbo'ro Co l*lodel

  • 1611011 ErivlronnienL Ho l Rev 1 (4-11-78J Rev 2 _(11-22-78.)

"~1vlrn11u1.:nl.nl 1lc11lu11 Qu111lf11:nLlo11 Pul 161111.u; rrcooure Tcmporolure ilumldll.y R11itl-1l('I 1 1 Hclhml of ltnal ll'lcnl.lon l'ola of ~ !!tlou. 'ie* ca II ------------------ Bl1eeL _ _...T_--'-. of _ _E __ _ 10 100% 1111'.1Xl07R t'oo~note lof1

  • ~ '.. ;

l FflAll Pa 6-l:!c. P11.r11 6.L 3.2(c) \\1* 1 ~ J 'l'eot Model 1611 - Added Ret B11eO llo lOP-010. 1'3 0103 0~1* 010]) Jnut1*111uent l'rovldes Ir11Jlcutlon OnJy 1 llo Control **uuctJon. llu*llu-tlon Quul UlcuLfon ll11l11.

by.vendor contact. Refer to

! Footnot' 3. l'T-Oioli 1nalnllc4 4u1*ing the 19'/6 refulelng oulnr,u bu 11 rung" ot 0-600 pslg and provhlc:s on mldlUonul snm*ce ot preu11rc lmllcaqc*11. 1"r-01ot1 ls 11 Roaeo.ont n.. ll'l nuniber 1152 p1*enaurc tran111ultte1* vi Lh deolr.n quull fic11tlon11 vcrlrled by llooct:Dnt Qunlirlcntlon Teut Report llo 11711\\5, Hee to f!nv l ronm-,nt No l requl rc111e11tu vi lh the excc1*tl 9n that -l'adlnllon qu~Utlcatlon la to 5:dQtJll,

l.ocatlon 'foe lyolcm t'1111cLlon _f!2_

  • --------*~ 1.§!!!L _J!2ga_

M 69A VAii llydroaen Recom-C VAf.l blnen for II Control (Poul-Accldunt) c Ho li20 Ho Ll111ILh1B E11v I ror1n11mta l Ho1111raclurer/ Quall fl cot.Ion rJode l {I.H!!!} n[}t.erJa WeuU11shou110 Environment 5li6-cxn-Ho 1 190931-DN ffeuttnghouue 5116-cxn-190931-Dll t:nvfronmenLRl Pculgn QuuUflcnLlon l'al111uclct1 ShceL 8 of 21 1're111mre Te111J13rolure Humidity Radl-Cbe111lcalli Ht:lhod or* Q.11allflc11L1011 folo. f ~ otlon 11 286° 100% 1111 ~xl~6 pll 10.5 11er1 Tech Hunuo.l (Heut1ngbou9e)

!500 Pl'H Electric llydrouen Recom-llorlo blner Date Auguot 6 1 1975.

Acid Document l/26/12 - Ga*ecm fHAOll to Hayuord Indicules USAEC/DRL Witnessed Performance Testu 11 266° 100% IUI ?x108 pll 10.5. Ref a 'l'ech Hunual (lleutln15houoe) 2500 PPM Bame as Above Borio Acid fHAOll I i

1.11111 Linn l.oc:atlon f:J1 v I ro1:111c11 t.r;. l 'J'or, Hanufoclurer/ Quoll fl call on _Jf!L__ Jy11lo:in ru11r.L1011 Ar£!.lli!!L 1!00111, Hodel f'J'Jme} -.Jkl!illa. I flV 0507A M:l:I CJ ouo Hal 11 (Von I. 'J'D* No n 0 r.ounmco llonoal Ulq111* Iool allo11 f.bdel 0 125~311 Envlro11me11t Vulveo CV 0510 Ii llC3 O~)Ol UV 050"1U HJU Ho UV 0505A mu lllouo Muln 'I'll 110 RGLaurence fll11W11 Iuol atJ 011 Model Vulvaa CV 0510 Ii llOll.4 WCS 0501 UV 050511 KJl:J !lo 3V 2113 l.'t'C: c No Aut.oauu tJ c: flw l::uv h*o11111011t. eve 011c1*ul.:u Chu1*~l11, Co llo f'* l.iuu Vul v11 WPxllVA 202-301-:!F

JV 2U5 J.'l'l!

c Ho Aulo1111lllc fl11 cvu 011or11Lco Churgl11 C*> t.1 nc Vul ve WP11llVA 202-101-2~*

JV 2117 l,'J'C c

llo A11Lo1uullc "flw eve 011crulcB l'1*cu-Co 11111'1 z.,,. t1111*uy Vulvc u*rx 632UA l6V t:i1vlrnrno1111l.11l Pc11l191 Cl1111llflcf&Llo11 Prcusure *r e111rgr11 l11 re lluraldl Ly Racll-Chc*lcalli fglg. r ll t.I flll 15 \\!l '.,., i~---llO f*:*.' fioo\\1. llA HA I 115 . I llO

  • 1 100 ~

HA HA I 60 203 loo nu

!11)07 Uorlc Ac14 i' pll 5.5-6.5 I

~11101 60 203 100 1111 lorlc i'\\cld.. 1111 i.5-6.5 66 28] 100 1111 !xl07 lol'Jc \\cl4

  • pH i.5-6.5 i

Rev 1 (4-ll-78) -Rev 2 (11-22-78) P11l I &1ulllo Dheel 9 uf 2*1 tloLhod of c11111 ll f h: 111.1011 nororence ll1>eclul llopoa*t. Rov 3 llatod 6/30/"/5. Re Outsldu Main Bleum Panel 110011 Redundent. llc:t of llV f:IV-0506, 0510, 05111 1111d (Paro 9.11.1) As 11bovu.,xce11t - 16, locale ii 1*utlo11. o lo 05:!11 llodundunt se't of 8Vs to 05o6

  • 0512 und 0513 (Paa*

flV 0502, 11 9.11.l) lluf llUl"ChUSll UjlCC uud C complluuco AUC.'O fon11 llo o:rt of 211511!11 1ccrJ11g Jute i./13/'/6 1 AUCO lo:uuh llllllOI"~ 1112 Jutu 6/11/"/6. Ao !)hove. lef 1*urcbuoe u11ec unJ cc 1*t ol' 2*15U111 11:.:rJ11u !oru11l la11cu AflCO 1'01*111 llu late l/15/'16. AllCO Enuli loport IH2 dutc 6/l1/'f6. i ll i I I I ' i

11 I
i.

Rev 2 (11-22-78) ,. I I .,_.,M _Jl:B ly11tcm FuncLlon llV 0'1'1911 m:i Operutlon Bteo11 I AD f uo i::i.de Dlunt> Vul vee fR cv OH9. o*roo 0781. 0762

1v u*1011u I 1-tiiJ I I AD Illa I
  • 1.l111ILh1R

~ivlroo111entlll lk!ulen Qiutllflcnllcm l'oiJ u~ l~nv I 1*on111c11tlll Sheet f.lo11ul'acl.urer / Quall fl cot.Ion P1*eaoure 'fe111p3ralure llumlcUly Reill-l!od11l {Tn1e} C[I terJa . ra10 [. t ntlon Che*lcal11 "'lllho1I of Q11"1lflcoLJon Magnetrol/ ;J L Helocated -" 15.,\\\\:. d 110**1'./ 1~:1{_70 ' HA HA lloference Repoa*t 6H 16 D11.ted

  • 1*

18A43 I Outuldo of i Rev l 6/]0/15.. Relocated Out-I' tilde Fun Room (FIR) In Weotber-I Envlroruacnt llo Ii l'ight Cobinet. Wlt.h 'l'ornudo Protection (Para 9.li.2) e r.v 0*1u1n 11:m I ' I AD ro I

  • nv O'fO:w lll:J
  • AD llo t

UV U7'19C ma I I AD INo I

  • UV O'fllOC l-tl9 AD llo Magnetrol/ i 18AR43A t

t t ~ i nv O'ffllc 1-U:J I AB Ho UV O'fU2C IU:J AD No I e I

T1111 ly u t.c111 Fune t.l on _JIQ_ t:/I' O"l'f!> rm "'" 0"{00 1-:/P O"llll l~/r O"fU2 011erutlon *:1te111u AD No 1lu111p V11.l VCB GV OH9, 0780 OJ!h, 0702

  • 1*1*01mrt.lon I n11 Coutrol.

AD Ho AB No AD llo iutuidc. Flutui~ FR Governor Company

  • r1pe 5116 1.11111L11111 F.nvlro11me11t11l Quall fl cation crlt.erla llor11111l Envl romnent.

t l::uvfronmcnLnl lleulsn Q1ulllflcnllo11 Preouure *rempgr11Lure lluDll ci It.~ Oadl-Cbeial ca 11: 1*11111 f nllon 90.1 . 320° 100% Rll >x101 Boric Acid t t I PnUsudeu 5heeL __ n __ of 21 Hclho.J or Cl11111lflcnl Ion

Reference:

L.

12.
l.

1

  • Opecinl Report. 16, Re v ]

a Led In vlth u*u Dated 6/30/75, Reloc out.aldo fun room (FR) vee.t.11ert.l 11ht. cub! nut tornado 11rotectlon (Pi 9.li.2). Fluher Controls l~tte I.ob Repo1*t Ho 11 Ii 9 d 0/12/17 :* Lett.er of Radiation Q cation dated l/2li/'fU. r v/ uted Ullll fl-l.et.t.er to llRC-Dlxel-P1 ll'ple li/15/16.

Llrul Lina ~nvl ronrucnta.:i. Quell fl cat.Ion C£lt.crl11 'J'11c l.ocat.lon Hen11CacL11rer/ __Jill__ lyalcui __ "_1_11_0_t._10_11 __ ,A.,..r_e_n-.-B:::-11-:-b-.--""'n_oo_!!!_1 tlo.lel fTxJ!!tL l"l' O"l51A ~":1

Jc1*111a lluoclor r.

C

  • Yea Envlronmont (Jloue HuJn lllcwn luolullon Vulvce lli2 Foxbdro Co tt:>del 1611 m I flo l 05W & 0501 From (ll1l I.iv l'a*cuuun*

1*1* 0751u c Yea r*1* 0-/5lC c Yee I n o-15rn c Yoe I I l"i' ff/52A c llo rr 0-15211 c Ho l'I' 0'152!! c Ho I I l"r O'l5W c Ho

1.

I Rev 2 (11-22-78) ** Envla*on11onl.11l PeuJga1 Q1111lUJc11L1011 P11llsndl!u Sheet. 12 of rreaoure *re111113ral11re ll11111l1Uly Rodl-Cl l l l'ole

  • t:

i at.Jon 1em ca 11 Helhod or" <l113 I I fl Cl l 70 206° 100 Rll l 1Xl07 R Foot.note Ret; FBAR Ps 6-12(e, ,~.. 1 Pera 6.1. 3.2(c, ' I'\\; 4t 'l'eot. f.l11lel 1611, _!1 __ _ 1llon Spec1f1Cut.1on Ho lOP-010 (CE) I llmUalJou <luul l flc11Llor~ D1U1ed on I_ Vendor cori~a~ ll11L11

t. '.. :

I I ,1*._ I I t I. I I t I I I I t I t I I I I I

l.ocaLlon 1'oR lynlem f\\111cllon

  • ~--.-:=---:--.-:~-* Honufaclurer/

_ll!!._

Areo.!ML..J!2!!a.. U!!de! (l)llL_

1w1* OlO:?A 111'8 PreQBurlzer C Yeo Pruuo flufety InJoctJon & lle-aclc.r flcru1q Chun 1el 1*1* 0102u C Yea l"r OlO:?C C Ya11 n 01o:w C Yea I J 521 Rl'S 'Junction Box for C Ho Control Wiring for* l"r-01020 Foxbdro Co 1.f6u-iiu Steel Box .1f/Guoketed Hinged Cover . W/westing-houoe Style

  • llo. 8o5l132

'l'ermir.al Block Lh*1IL1nn ~llV I l"llllnlllllt&:i. Quoll fl ca lion C£l t.crlo Euvl ronmunl Ho 1 I I Environment Ho 1 EuvJ ro11me11l.ol Peol1111 Qunll rlcnlloia l'reaourc _}~ Te11porot.ure of l1111111dlt.y Rodi-Che111lcalli ~ ntf 011 10 206° 100% Hll ~~ii l"ooluole l I I I I I I 120 3~0~ 100% llll 2xio7 Footnote Radii l I Rev 1 * (4,.1v.78~;,. Rev 2 (11-22-78) P11lla11duo Sheet 13 or 27 Helhool of l}m1llfJcnll1111 FBAll Pg 6-1~ Pera 6.1.3.2(c) lludlotJou Quul HlcuL1011 lluLo Doucd ; vendor contact, Ref e . :f'>"i 'l Footnote 3. / ~nine ea J350 Above-race 1. r to,

~

1'PB l.ocatlon _Ji!!_ lyot.1:111 Fune Lion Area !M!....lli!2!L N 005 111'3 Pu1u:r Rongo C* llo Fl ux Cb:11111e l u N 006 Ho 11 007 llo 11 000

  • ffo J 325L RPS Junction Box for c Tea Connecting Manuf acturer11 Wlre to ln11tru-ment Wlre tor H-005 J 329L RPS For H-oo6 c

Yes J 320R RPS For u-001 c Ho J 321111 Rl'S For H-008 c Ho vhonauml.nl llcuJg11 Cjuullflcnllon 1.11111LI1111 t.:11 t;uvl ro11m1:11t.e.l. e 'te1111mr11 lure o[ H1m11f11clurer/ Quoll rlcnt.1011 Prnoour Model (1'yntl_ <:rlterl.!!_ _ __l!l!_ OuU' "(leueral Envia*omnent Atomic NP-6 No l I Steel llox W/Oasketed Hinged Cover . Connect~rs . are A'"l'henol 7'1fl66-UG59-A-U ~- ~ Environmant Uo 1 Refer to Footnote 5. ~- l i Oo 300 I I ~ J, .1,

i.

llu111ldlly lln1U- ~ nl.!011 Cbc111lc*lli 100 RH ylOS HA R/11 1110U 11v I I I I I I t i I .i, .J, t .i. .J, I, i I Rev i {4.:.li~78).* Rev 2 (11-22-78) r11l lemh*11 SlaceL 111 Of --~ "*~lhol F1111ct.lon HonuCaclurer / Quoll fl co Lion I Arco Bub 000111 Hodel (l)l!e) crtterla X 21 VAD V-lA

  • c Ho Roma"Cuble Environment Company Ho l V-2A c

llo I V-JA c llo V-l1A c Uo E11vfranmo11lul lk:ulan Q111lllfAc11Llon rre11aure Tempgrolure l111111ldl ty Radl-Che111lcDlP ra10 illill! r 70 290 100 2.5 x Footnote 101 l llAOO f I i r0Ua1ulco Oheet 15 or 2 1 Hctl1od of Cl1101lrtc11llo n Franklin Inatitute lleaeorch I.ab 70 lleport No F-r.2670 - Bept 19

Lim I Linn onmental l'lcot.lon <:ni..te l.ocatlon i;nvh* C I I l "'***iut.lon ---o---r----*Houufaot.urer/ Quall O* e yo cm ~ --- --- ------~ilk£!.1ML ~Model (Tyl!£L-1!!:! led a X **') E:m 1¥l-3009 IU-)1162 m-306~ 1-10-3011 1()-30011 ltl-30l0 C llo C llo C Ho C Ho C Yeo C Ho Romo'Cnblc Com11ony Envlr Ho 1 orw1ent L I t Eovla*onmonlr*l llunlun Qunllflcnt.lon l'roooure *re111pgrol11r<<: lli1111ldlty Rodi-Chemlcaln _ _j'olo [ '.Ii otlon TO 290 100 2.5 x Foot.note io1 l RADS t I i Pal I e111lco Sheet. 16 of 2 *1 Hfllhod or <<l1111llflcnllo II Franklin Reoearch Inotltute lleport Ho F-c2870, Sept 197 I I f.ub 0

R~y_.2 (ll-22-78)° .... 111.11111 Culole l.ocatlon Rnv I 1*0111111:nl.r.l Manufacturer/ Qud l fl cal 1011 Coi)e Jy11lcu1 Function Ar~! ~ .J!!!2!L ttodel {Tl'l!e} Crl lcrla E11vla-onD1enlol Poolun Q1111\\lflcoU011 rallsu1lco Sheet II of 21 l're11oure Tempera lure Uumldlty Ro1U-Cbemlcal** H11lho1I of <l11nllfk11t.lon f11fg' o[ gtlo11 X-23 Sll:J BV-0070 C* Yea Romo *cn1Jl CJ

  • .:nvl ronment company Ho l
70.

200 100 ~.o ll. FootnoLe Rome Cable: 1.11boralo1*y 'l'eclual-to7 ) cal Infor11111tlon Repoa*t. File irlAOO llo 6710-8

  • poc 1961, Materials same.as for coble mm 6V-08"f]

c Yea t X-22 which was subjected to 70 Psia. LJtll.i SV-Oll6"f c Yen t t mm tiV-0116!,1 c Yea I i

J,hul Lh111 r:uble J.ocatl 00 l~nv I ro11rut:11t1> l C ' I l f**ncLloii ---*-~~--1 Monuf11cl11rer/ Quol l flcot.1011 °'*6 yo cu', ________,!\\[!!. !ML Jtoo11 Hodel (TYl!llL !;t*I terJa x-2*1 mm av-006*1 c Yea mm av-0665 C Yee Rome '(!oble Company Envlronu1unt No 1 t:11vfronn1e11t.nl Ihm Jan Q11n.ll flcnt.1011 rroaoure *renip3 ro lure llumldlty Rodi-l'ulo t' i . ll!fill Chemlcaln 19 290 100 !.5 x **ooLnot.e ol l IADS I I r11Us111luu BheeL 16 of 2*1 Hclho1I of oluo 11 f I c11 I.I on Frcmkltn. Jnetl tute Heu ~leport ffo F-C26'{0, flop 1

  • \\

I eorch Lab t 19'(0

Cubit: Coile l1yute111I F1111ctlon J,o I 1Areo r J,la1 I LI llll En v J ro1111e11 Lal 1ku1 J 611 Qoo ll fl call on ralleadeo i:aLlon l!:nvlro11111c11tal Jjheet 19 of 27 HonuCecl.urer/ Quoll fl cation Preno11re *remporolure llu111ldlly RodJ-Che11lcal1i HoLhod or Q*tn 11 fl en I.Ion fu!1!__ _lli!ru!.. l:!mlul (I.n!e) C[!lo[ln ' l'ula o[ !!!!on X-25 I mm I BV-0061 c Yes Cerro"Ulre l Envlromnont 1'l 310 100 2.5 :ii footnote Frllllklln Institute lloseorch l.o.b Gable Co No 1 107 1 l!eport Ho Fc2liol1-l, June 1969 RAIJ.'J and Bechtel Lutter, l/ 30/70, RUlllbaugb to ~eeley e m~a I ov-0662 I c 1':0fl 140-300"/ I c Yes I Ho I I t0-301] c Ho IU-3066 c Ho I I tl0-3060 c llo I J.11)-]0l:? I : 110-30111 llo Yea I I I e I I i I

lluhtc t.:o11e lyolcm __ r_1_m_c_t._1_o_n ___ 1Area J.lrulllna t:i1vl 1*011a1c11l.C&l llculsn Q1u1Uflcol.1011 Poll audcu l.ocatlon Envlronmcnt&l Bheot 20 of 21 M11n11facl11rer/ QuoU flcut.lon Pressure 'fe111p3ralure llumlcllly Rodl-Che111lcaln HcLhod or "lluo ll fl Cll LI"" .!ML~ Model (1'tne} C[I t.crla __j'11l11 [ ~ otlon Z 62 llP3 l"l'-0103 C* Yeo Boat.op Inou-Environment 6'1 290 100 2.5 x Footnote Cuble of aimllur couslruct.lon lated \\lire Ii llo l io1 I" wuu 11111111 flcJ liy Frunklln Re-Cable Co111po11y RAlJS seurch lnulltute l.ulJOa*utory Hc:1xl1' t. *'c-2n*10. I I

f:uble Cu*le 1.1n LI ml l.11111 1.ocat.lon H11vl 1*orn11cntr.l 1 t Fnnct Ion M11nufocl.11rer/ Quull flcot.lc11 yo cm ------- Areo fu!1L....ftllil!!.. Hodel (]'ye[_ C1*llcrta VAil 11-69A C Ho VA3 H-6911 C No Roma"Coble Company Environment llo l ~IV Jron11cnt11l ll.:?ula11 Clunllflcat.1011 Preoaua*e J!!J4 Tem113r11l.ure llmaldlly RruU-Che111lcalll f i allol!

  • 61 !

200 100 11.0 x Footnote

    • 1./

101 l RAOO I Rev 2 (11~22-78) P11Uu11deo Sheet 21 _of 2'1 Cl1111llflcnl1011 Helho1l of* Roma Coble : I.a borutory *rect.nl-cal Information Report, Pile No 6710-0, Dec 1961 i Refer to Flle Jucket 111.0 1 11 for Bechtel, re1rnqndc11~a.. Re f1:1* CP Co, Rome cor to Footnote ~ t or explanation of pressure a ting

r

LI c;uble l.ocat.loia Manuraclurer/ Quol ,~uvl -~~--'lyote1111 Function li\\reo l.fu!h..LB2.21!Jl4odel {Tno} _Qr_ 21*1 1-1:111 I 11V-0505A BV-05050 DV-050lA t IBV-050'10 A/U IHo 'l'U A/U IHo 'J'B A/D lllo TD A/D IHo

  • ro Anocd~da UlrelEnvi 0114 C11bl11 Ho 5 Compony 1nlLh1a ro11mc11t6l l f ico t.I Oil lterja ror1ment L

t Eiavfro1111<mtul PeuJgia QunllrlcnUon Pal I en*leo Sheet 22 or 21 Prcooure Tempgralurr. ll1111ldl ty Hadl-Clle11I calP Hclhod of Cln:allflcnt.1011 £olo. E I. ~* otlou 65 296 100 .?.la x >II 1. 5 Franklin Reeeorch lnaUtute Lab lOl L.5% Dorl* Report IF-C2525 '1ADS 1\\014 e t I e 1 Heed only to quuU fy ror temp an4 b111uld1ty (Jooo.tlon outulde cont)

  • Ll111IL11111 Cul>le t:o*le ly11t.cm t'uncllon

~~-*~~ ~~~~~~~ 1 Areo l.ocat.lon Env h*ouracnt& l l411nufael.urer/ Quall flc11Llo11 Oub -1!!!!!.I!_ llodel (type) Crll:crlo mu (jV-fff19D A/U No Rome*~ollle f.nvi ronment Com puny Ho 3 ov-01000.

  • Ho I'

UV-0'(01Q

  • Ho I

I DV-0'/020 I No I I DV-07'19C I Ho I I BV-0'/600

  • No I

I fiV-0701 I!

  • flo flV-0"/02C
  • Ho I

Envfrorunent liV-:.!llJ c Yeo No l . I

JV-:!ll ~

llo I I IJV-:!Jl'/

  • llo I

I ~nvfron111e11Lal llculan Q1u,.l lflcALlon Preoo11re 'l'empgroLurf! lluml d I Ly Rodl-Chc11l ca lll l'o la [ I 4.* .!!.llm! 10 290 100 2.5 x HA io1 RAll3 I I I I I f f I I I t I I I I I I I I I I I I I I I ----. Footnote I l I I I I I I

  • ~
  • Rev 2 (11-22-78)

Pallemleu Bheet. 23 <Jf Helhod or Q*111 I l Franklin Reoearch In Luborllt.ory Report: I I I I t t I t

  • Heed only to quul 27 rlcralloli otltute c2070 temp u111l lawnldlty lfy for (locatJon outoldo conL)
  • 1.11111 L11111 Cqble l.ocallon F:nv h*onmcntc;.l Mu1111raclurer/ Quull fl co lion Code lyult:m t*unc L I on

~.!ML~ Uode l {I.v.n!L t:rl Leri a Z6::? I.Cl[) 1!./P-OH9 AO Ho Booton Inau-Envh*onnumt O/FR lated Wlra lo No l Cabla Company E/P-O'(UO AU llo U/FR E/P-0"/81 AO !lo U/Fll 1!./P-0182 All II~ II/Fil l::nvlro111icntol UouJB11 QunlUi&:uU011 Preauure 'fe111pgro lur1P. llmnldlty Rodl-Che11lcal11 rain [. s* ol1011 I 61 290 100 ~.5 Jt llA 101 1AD3 I i l'nlls1uleu 6bt:et 2~ Of __ __£/ __ _ Helhl>il of* C!1111IIf1.:n LI 011 Coble or almllur co11u1.1*11cllon 1100 quuli fled by *'r1111k U 11 llceeorch Inelllul.c I.ob llc1>0rl. **c-20*10. 1 Heed only to 11uaU fy for temp and hmnldl ty ( locut 1011 ontelde cont).

XZ2 llPIJ P'1'-0l02A rr-01020 Pr-0102c l"r-01020 162 PCS Pl'-0102D* c Yea t YeP t Ye11 t Yell C Ho Oenornl El.ec Co1npu~7 American Insulated Wire Co, E11vlroume11L llo l. Environment lfo 1 E11vh*ona;c11lnl l>c11Jc11 Quall fJr.oUon Preo1111re* *re111p3rolure llu111ldlly Roell-Chc1Alcah l'olo [ ~ J!llOI! 10 290 100 !.5 x Foolnot.u b07 1 lAD3 f 75 31,0° 1~ 5xio7 l 9.5 pll Rods Borated Oolutl~n I I Rev.l-{4-11-78)~ Pnl ls1ufo11 Bheet 25 _or __ _E_ __ u:il lfkotlun HcLhoil of Cl Franklin Reaourcl 1 InaUtuLo I.ab O, 9e11t 1970 leport No F-c287 t Franklin Reaearc Reports IF-C 3'46 h Institute 3 & r-c li191-1 I I

  • A porth>n or the cable for Pl'-01020 ule4 ln the orlsl11ol waa not Incl llUbDJlttal p

Cull le CoJti lyulem Function Aren zcx lll"J UY CllAll.5 c III CllAll.6 c Ill Clll\\Jl.1 c Ill CllAN. I) 0 l.ouat.lon .!ML...1!22!!.. Yee* Yee Yeo* Yeo Jlo1111rocl11rer/ ~ llendor 'luppUed f,h1l l111g ~nvl.1*ornnc11tiil Quoll flcaLlon t}£1Lcl'J11. Environment Ho'l EnvJ.-ona1onl11l lluulgu Qunl l rJcnllon Prcuuure '1'e111pgro lurtJ llumldlly Rodl-Cllc111lcalli r.fil_ [ at.Ion fJO 300 100 yl05 Foot no le ,(l/b 1 111011 11v t I Rev 2 (11-22-78) J'nll en*leo 26 Sheet. or 21 Hclho1I or (11111 ll f lo: n lion Quall fled 11er NeuLron ~* lux Ho*n* ~tori 1115 f I. 21-S-OOli tJ11ecl flcuLlon No 'i2966-ij 'J-boxeo uud co1111e1:to1*u uuoo-elraled wltb 11005 u11J Iii 10*1. llccoultl l rune l.1011 e11Lme1*ged uft.e1* couLro hnu been 1:ompleLe1J,

l!oblc Cod~1 l.halllnR l.ocatlon l'!nvlro11111c11L&l lyulcin t'unctlon

  • --~------*Hu11ufacl.urer/ Quall flcat.lo11 1A:::r:...;;e"'o §illL Boo* Model h'xpe} _

Crllcrla 1*'11!1 l"l'-0'151A C Yea ("l'-0'1510 Yea l"i'-015lC t Yea 1"1'-0151 D Yea 1Hr-0152A Ho 1~1*-0-15~0 l'fo P'l'-Ol52G Ho l"l'-O'l521l ffo llootdn Inuul Envh'onD111nt Wire i. Cuble Ho 1 Coo1111111y I .\\ t:iav la*o1111e11l.n1 tlcu I au Q1u1 ll fl ca LI 011 Pul I eu1leo Sheet 27 of 2*1 Proaoure 1re111p31*olure 1111111&11 ty Rodi-Che1alca111 Holhod or Qu:a ll fl Cir tlo11 1'11 la [ ~ ollo!I (,*t 290 100 2.5.x **ootnot.o Cuble of uhdlur 1:011otru1!llon " us LOl 1 qualified by Fa*uuklln lleocurch llAOO foot.I lUf.e Luboi*utory lle11<Wl FC-2870, I I I I

FOOTNOT:::S

l. The sa.i'ety*rela.ted equipment a.t Pa.lisa.des tha.t could be e~osed to Environ-ment #l. but does not have chemical envi=-ocment q,ua.li:f'ica.tion data. a.va.ila.bl.e is listed. on Ta.ble l..

The chemical. portion of Envi.""Onment #l ha.s been de-fined a.s the containment spray water containing boric acid (1580 mg/l to 2410 mg/l) and sodiu:n hydroxide in solution a.t a. pH betveen 7 to 8. 3. An effort vas made to determine the exterior surface materia.1 of this equip-ment. A search was ma.de in Perry's Chemical Engineer's Handbook and Kirk-Otbmer 1 s Encyclopedia. of Chemical Technology.for a.n indication of the re1a.tive corrosion or chemical. resistance o:f' the materials in slightly aJ kaline solutions e.:ad dil.ute boric a.cid. The solenoid valves lla.ve exterior su.."'"f'a.ces of brass a.nd pa.illted carbO?i steel.. Brass and carbon steel were found to ha.ve ratings of fair to good for re-sistance to slight alkaline and dilute boric a.cid solutions. The terms "fa.ir" and "good" vere not defined in ter.:.s of specific corrosion rates (such a.s m-i:i s/yr) but were presented in the references as g-.lldes for selecting ma.teria.ls for processing equipment vb.ere l..ong-te::::i. e:c;iosures a.re inYOlved.. The sole:loid valves on the a.tta.ched sheet a.re pa.rt of the se.."'"Vi.ce water con-trol for the contaimtent a.ir coolers. A co:C:ta.;.,.... ent high-9ressure sia;:U that initiates the s-pra:ys vould a.t the same time generate an SI sig:a.l i;.'ilich requi:es a.ctio:c. by the solenoids on the service w"'a.ter discharge fro:. the coolers. These sol.e:c.oids vould, tb.e....-efore, lla.ve :c.o require?:ten"t to ;;i thsta.nd the chedcal envL"'"Onm.~t

  • i:c. order to.:f."u:lction in res~onse to a.n SIS.

Cor::"O-sion.f'ailm:-e of the sole:icid valves could occur d.u.-ing the long post-10CA period. The ca.sing ma.teria.l on the eontaimient ei..,.. cooler :fe.:a motors.... -as not mentioned. in the *a.va.ila'ble ~-l.e references. It is

  • a.ssum.ed to be pa.illted steel, but the*tne of material. i.s unimportant since the motors will not be exposed to the full che:ica.l envL""O:i:mz.ent.

The FSAE describes the fa.n motors a.s being di:ect.ly connected to the fan vb.eel.; the fans a.re Va.nea:dal tne. Pa...~pb. 6.4.2.3 of the FSAR states that the aluminum :fa.:c. blades will be unaffected. by the conta.inment spray solution due to dilution vi.th condensa.-:e a.:c.d re-mcva.l i:l the pa.thva.y through the filters a.nd coolillg coils. 'Die drive motor casings, then, voUL.d likewise not be ex;osed* to the che::ica.1 sprays. It a.ppee.rs that q,'Ua.li.t."ica.tion for ten-pe:a.ture, pressure hciidi ty and. ra.dia.tion

a.
-s.:ieters would be a.dequa.te for continued operation.

The pressure tra~sn-itters listed vere described a.s ha-r.-:ig.a.1.u::i:::um top cove:-s. Corrosion of aluminum. in a. caustic a.nd boric a.cid S'Pray envirci::=.e:t V-i..ll occur and has been addressed i!1. the FSAR und.e.r hydrogen generation in post-LOC.A. cond.i tions. The location o:f' these pressure tr2.Il.Smi tte.rs ~rovid.es tb.e?:t... -~::h sh!e1.C..:... g.f'::-om tb.e S?rays by t!le 607' :::. floor sl.a.b. For s.:.,..-1-;a::l.y !.oc2:teC. l

aluminum the FSAE e.ssuc.ed. z:.o cor=osion for b.yd...-ogeo. generation. So:c.e ot: these tra.nsI!tit~ers *.11.ll become submerged. at wcic!l t:i!Ile failure by seal les.ka.ge a.nd inte!"!lal shorting *.. -ould. be competitive with cor:-osicn. ?T-l02A through PT-102!> riil have served their :f'u:cticn :prior to sub:ergence. PT-075L~ - D a.nd ?T-0752 A - D are req,ui:ed. only for steam line and. feed.- line break events. The effects of submergenc~ on these ~ressure transfor::ers

  • is discussed iJl our March 23, 1977 submi tta.l.

For the cables listed on the a.tta.ched sheet the ktlo'Wll exterior (jacket)

materials are pol~.lchlorid.e (PVC) and chlorosul!onated :polyetbylene (H:yi:lalon).

The Jacket material for cable zcx is Ullknown; the material is not mentioned. in the *Palisades ca.Cle d.esc:-iptio:c. list or SJJ:'J' ktlovn :purchase $l)eci!'ica.tion. For PVC a.nd Rypa.lon the references mentioned. ear.lier describe both :materials a.s bei!lg resistant to dilute alkali a.nd mineral acid solutions. !t is UU'erred from this that these :ia.terials would* :c.ot undergo cile"'.; cal attack by the sodi'IJ:l.. byd.roxide a.nd boric acid in the spray va.ter. Tb.e cable ZCX, for Wicll tb.e ja.clt.et material is '!mktlo-m, is the coe.:d.a.l cab.le for the :power range saf"ety cb.a:c.:c.el.s N005 th.""Ough N008. !t is not

possib.le to offer a.n o:pinion on the chemical.resistance of this cable.

However, a.ga..;-,., the ~otecticn tunctio:c.s..r..11 have been com.pieted :p:-io= to i:d tia.tion of co::l:ta.im::.e:nt sprays. As mentioned earlier, the cb.e:ica.l resista:ices were obtained :'ron stacda:d reterences. unless a :::ateria.l *.ra.s listed. a.s *oeing "resistant" or 'b.av:::! ""lg "excellent resista:ice" to chemical a.ttac.k by dilute boric a.cid or sllg!It.ly al "!a J ine so.lutio:c.:s, it vas assumed tl:a.t !a.i.lu:-e due to. cor:-osion *'"Ould. oceur.

2.

~e cable test~ng w'"a.S; conducted at a.t least 49 :psia. vi:lich is less than the requi:ed 67 ~sia. Eowever, both tem-perat'ure and re1ative humidity met des~g: conditions. Si!lce the :pertinent qua.li!ication cri te!"ia. a.re te:ipe:-ati.U"e and ~i.miidit7 for cables, it is conc.luded. that the qi1~ 1 ~fic~tion data is acce~t able.

3.

'r.c.e ra.dia.tion qualification d.a.ta. cited ill these sections is the result of' vendor co:c.ta.c~ or pu...-cha.se specit'ica.tio:c. re~uirements. 1 I!l no case is it -evident that the equi~nt *-as a.ct~ tested to failure. Thus, it is felt that in a.ll these cases the ::-a.dia.tion levels cited a.re the :c:i!U..mu:l. levels vi th unspeei!ied,.,...,.gin to :f"a.il.ure. Fu...-ther, for the ca.Se o:f" the pressu:e tra.ns::li tters (;.'"1th the e:a:eption of PT-103) *the safety !'unction is over vi thin the fi:st fev minutes and, conseq,uently, they *.rould not be si.:.bj ect to the full LOCA doses.

4.

Due to lack of conclusive data relating to the environmental. qualification Eradiation).of the ASCO valve model n1.2!%1ber LM-831614 replacement valves have been ordered and will be installed during the next-a"PPropriate outage af'ter receipt of the new valves. The failure mode of the existing valves (LM-831614) is identical to the failure :node of ASCO valve model number HT-8316A77 as noted in the Big Rock Point Plant (Docket No. 50-155) Environmental Quali:f"ica.tion submittal dated February 24, 1978 (ie. solenoid valve failure will result in the venting o:f' the cont?'ol valve and the valve will remain open)

  • 2
Rev 9 1 (4 78)

i'_age l 7 of.~20... The nucleu inst:rmnent channe1s are included in the list since they pro'1de a reactor trip t"unction and ere used in the accident analysis to ter?:linate *a variety of over power transients. A review of tbe currently e:f'i'ective acciient !.llalysis has shown that credit for over-power tril' is ta..~n in only one aoalyzed accident cf the type that involves breach of a pressure bo'Ulldry and the conse~ent adverse envil"on::ent. For this incident (rod ejection) the tti~ occurs less than one seco~ ai'ter breach of ~he pressu.-e boUJ:ldry alld it is anticipated that at the ti?I:e of actuation the e!l'Vi:ron~nt at the location of the eqi.ti.pment wollld still be essentially tbe noi:nal environment.

6.
7.

. a. The nuclear inst:-cments provid.e a backup trip ~or small break accidents, however, *CmTent a.nalysis (CEN?D-137P) takes credit only far the low pressu.-ize:r :press'Ure trip. Although the time frame r:.ay be longer t'hall one second these trips also occ'tlr relatively esriy in the incident (see for instance, tcp of :page 131 of CEHPD-l37P). Special Report number 6, reVision*3 dat~ 6-30-75, para.graph 9.4.l states that items 3-9/1,2,3,4 were located outside of the MSPR and are redundant to SV-0508, 0510, 0514 and 0524. The vendor data sheet for items 3-9/l,2,3,4 indicates that these solenoid valves a.re ra.ted to operate* with 80-100 Psig a.ir at 300°F maxlmum.. Paragraph 9.4.2 of Special Report number 6 addresses items l-10/a.ll *. These solenoid valves, :f'urnished. by Bla.w Knox, were relocated out-side the fan rccrn in a weather tight cabinet with tornado protection. MO 3008 is a pa.rt of the SIS System and receives the safety il:jecticn actuation signal. (S~), within seconds following a LOCA to open the valve. Operation of the valve will be-unaffected because water elevation. in the containment will not reach its :maximum until approxllla.tely 20 minutes following a LOCA. If M0-3008 fails at this time, the valve will fail "as-is" in the cpen position. {:Reference 9) During'testing of similar Limitorque operators (FI:RL F-C344l) the test units were subjected to severe nooding with steam condensate during the first f'ew ~ys o'f the test due to clogging of the condensate trap on the test chamber. The units performed. satisfactorily throughout the test in spite of the :f'looding. The pertinent parameters for junction box qua.lii'ication (items 3-10 and 3-13/5) e.re pressure and submergence as the terminal blocks within the junction boxes have been qilalified. for all environment l parameters (reference 13). None of the a.bove referenced junction boxes are sub-merged. Further, these junction boxes have a 1/4" hole drilled in the lowest point to a.11ow for pressure equalization and drainage. For the junction boxes referenced in 3-14/5,6,7,8 the* equipment asso-ciated with these boxes functions early in the postulated accident while the environment is essentially normal

  • Rev 2 (11-22-78)
9.

FIRL F~C2870, page04, states that the ca.ble was subjected to a.n air temperature of 290 F for fifteen minutes during irradiation. The cable was subsequently subjected to a steam environment. The temperature-time profile during the test cl.osely appro."':imated that calcula.ted for a large break LOCA. Since the environment the cable would be subjected to, ii' submerged, is not more severe;with respect to temperature and chemistry, than the unsubmerged environment, the cable can be expected to perform satisfactorily _submerged.

10. The submerged environment is not more seveI_"e than the unsubmerged environment with regard to temperature and chemistry-; therefore, the ca.ble ca.n be expected to perform satisfactorily when submerged.

ll. Cable X-23 (it~ l-17 /a.ll) ca.n be shown to be const::ructed of the same materials a.s cable X-22 (item l-16/all). Ca.bl.e X-22 succ:ess-

fulJ.y withstood testing with a pressure. o:f' 70 Psia.

Ca.ble X-23 (item l-17 /all) will be submerged. The submerged envirocment is not more severe than the unsi.;bmerged. e."lviromnent with regs.rd. to temperature and chemistry; therefore, the cabl.e can be exoected to perform satisfactorily when submerged.

12. Pr-0103 instrument provides indication onl.y; no control function.

Pr-0104 installed during the 1978 refueling outage has a range o:f' 0--poo Psig and provides an additional source of pressure indication. Pr-0104 is a Rosemount model. number 1152 :pressure transmitter with design qualii'ications verified by Rose:!lC!"Uilt Q;ua.lifica.tion Test Report numbel" 117415. It meets Environment l. re~irements with the e:cc_eption

  • that radiation qualilica.tion is to 5 X 10 R
  • Rev 2 (lJ.~22-78).

-4

l ll fl TABLE l P.~ES SA.t-~TY-REI.A.'BD EQUIPMENT (Without Checical. Qualification Data for Enr.aroDment #l) I:lstr.lI:!.e~ts (Palisades Taa No) sv-0861 sv-0862 SV-0864 sv-0865 sv-0867 sv-0869 - SV-0870 sv-0873 PT-0103 PT-0102 A to D PT-0751 A to D PT-0752 A to D V-lA Motor V-2A Motor V-3A Motor V-4A Motor Cables (Palisades Cable Code) X21. X22 X23 I24 X25 Z62 I.Cl IZ2 zcx g~Automa.tic S;.'-1.tcb. Co (ASCO) Ca-ca.log Foxboro Co Equil=e!lt Me.nual (3)?2.l.isades Cab.le Descri:ptio~ Exterior Surface ~~~Brass Body, Painted Steel Coil Cover (l):Srass Body, Painted Steel Coil Cover - ( 1 )Brass Body, Painted Steel Coil Cover (l)Bra.ss Body, Painted Steel Coil Cover (, )Brass Body, Painted Steel Coil Cover Ci)Brass Body, Pa.i:ited Steel Coil Cove: (l)Brass Body, ?a.inted Steel Coil Ccver ( 2 ):Brass Body, Painted Steel Coil Cover ( 2 ):ao~don Tube Housing, Aluminum Top(?) (2 )SS3l6 Bellows Housing, Aluminum. Top (2 )SS3l6 Bellows Housing, Alumi:mm Top SS 3l6 Bellows Eousil:lg, Al:uminum. Top (?) (?) ( 'l ) (?) ~3~017-V"~ic!llo.ri.de (~)Po.ly'vinylchloride (3)Po.ly-v-i-nylchloride ( )Polyvinylchloride 3 Pol.y'vieylchlcrid.e - ( 3 ),Polyvinylchloride C3)Chlorosulfonated ?ol:t'"eti:cy'lene (3)Pcl.y'vieylc:!l.loride ( 'l )}}

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