ML17262B225

Rev 1 to Specification SP-EE-146, PA 83-068 Specification for Millstone Unit 1 Replacement 125 Volt Station Batteries

ML17262B225
Person / Time
Site:	Millstone
Issue date:	02/02/1984
From:	Ewing R, Regan J NORTHEAST UTILITIES SERVICE CO.
To:
Shared Package
ML17262B224	List: B13942, Forwards Addl Info Related to EDG Monthly Surveillance Testing,Motor Overcurrent Alarms & Dc Sys Design Basis,Per 910930 Meeting to Discuss Findings from Electrical Distribution Sys Functional Insp 50-245/91-81 ML17262B223 ML17262B225 ML17262B226 ML17311A112 ML17311A116 ML17311A117 ML17311A118 ML17311A119 ML17311A120
References
SP-EE-146, NUDOCS 9110170221
Download: ML17262B225 (39)

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$~ t+WAr 8431OriO94 SPEC IF I CATION SP-EE-146 P.A. 83"068 SPECIFICATION FOR MILLSTONE UHIT OHE REPLACEHENT I25V STATIOH BATTERIES NORTHEAST UTILITIES SERVICE C(NPANY FOR H""

~ST HUCLEAR ENERGY COHPANY 0A CATEGORY I

REV. I/DATE Rev.

0 I2/I/83 Rtv.

I 2/7/84 DESCR IPTIOK ISSUE FOR BIDS ISSUE FOR PROCUREMENT ORIGINATED BY REVIEWED BY l2 i P'Q QA PROVAL APPROVED BY

-Pc~.

2 2 86

O.

TABLE OF CONTENTS a

Section 1.0 2.0 3.0 4.0 5.0 6.0 7.0 Tltie Description Technical Requirements Testing, Qualifir ation, s Documentation (Deleted)

Schedule Requirements Quality Assurance Packaging 6 Shipping 5 K-I

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2 I p)

Environment Prof i le Seismic Curves Attachment (I) 5,6,7 8-12 I Cl).

SP-EE-I46 Pg.

I This specification is for furnishing two (2) replacement station batteries for the millstone Unit 1 (JP-I) Nuclear Generating Station, located in Materford, Connecticut.

These batteries are a basic component of the plant's nuclear Class 1E power system.

Accordingly, the Supplier is subject to the provisions of Part 21, Chapter I of Title 10 of the Code of Federal Regulations.

I (i) 2.0 Technical Re uirements 2.1 Batteries shal I be lead calcium flat plate type for 125 VDC nominal operation, manufactured by Gould National Batteries, Inc.,

(GNB).

Gould cell type shall be NCX-2550 with physical charac-teristics as shown on Attachment (I), manufacturer's specification sheets.

2.2 Standard accessories shall be included per Supplier catalog.

Inter-tier and inter-step connectors and cable connectors shall be supplied to acconeadate the battery arrangement as shown on SK-I, Rev. I, attached.

3.0 Testin uglification E Documentation 3.1 A factory acceptance test shall be performed on each battery per IEEE 450-1980 to demonstrate capacity to be 904 or greater of rated capacity at the eight (8) hour discharge rate, corrected to 77'F.

3.2 Batteries and are required to be qualified per IEEE 323-1974 and IEEE ww-,1975 for the environmental and seismic condi-tions attached.

The method of qualification shall be by certification that the batteries furnished are substantially similar to those tested through the Supplier's generic qualification type tests to the above standards.

For racks

supplied, seismic certification shall be by calculation using acceleration values from the attached response spectra.

3.3 The following documentation will be required to be submitted for Purchaser's approval at least three weeks prior to shipment.

I (i) 3.3.

1 Reproducible (mylar) and two copies of assembled racks and assembly details, cell details, and complete material and parts list.

3.3.2 Battery rack seismic calculations (2 copies).

3.3,p Rack assembly and 'nstallation ii.structions (5 copies).

3.3.4 Battery instal lation and maintenance instructions (10 cop'es).

SP-EE-146 Pg.

2 3.4 The following documentation will'e required to be shipped with the batteries.

Certification to the qualification requirements stated above and that the equipment supplied was manufactured under the Supplier's QA/QC program for nuclear plant orders (2 copies).

3.4.2 Certification that each battery has successfully passed the acceptance capacity test; including a sunmary of the results (2 copies).

3.4.3 Complete set of all data taken during the acceptance test of battery capacity for each battery (2 copies).

4.0 (Deleted) 5.0 Schedule R

uirements 5.1 Documentation per Section 3.3 shall be submitted for Purchaser's approval no later than three (3) weeks prior to scheduled shipping date.

5.2 Shipment of batteries and racks shal I

be no later than eight (8) weeks after receipt of order.

5.3 Batteries and racks shall be received by Purchaser no later than one (1) week after shipment from factory.

6.1 Purchaser's QA representative shall witness the factory acceptance test of battery capacity and verify through review of manufacturing records that the items supplied were built in accordance with the same requirements as those used for qualification per manufacturer's generic test reports.

6.2 This procurement is to be processed in accordance with your Quality Assurance Program for nuclear work.

7.0 Packa in C Shi in 7.1 Packaging and shipping shall be in accordance with ANSI N45.22-

1972, Level B.

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~gpss TecAoeer eaqafreo Aiyaeac eet later thee keCeot I, 15' eill accept yrfoc Aiyaeet.

Teller Aoll a&ries ektpyiag schekaL eitheet sakes 4Loy.

trioiog shell bs Aces oa s ~ts "TRZCZaC ZaTR SRRXZ" ottecheO hecate cad feemioe

~ ~ hereof, 5eceyc so asyceooly aedifieO heroic,

~Il teras sai ceaLitieao ef this Osetroct reeeie Mchesgef os'sII

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600 VOLTS Single Conductor (Cop poc or Aluminum), High Temperature Kerlte (HTK) fnsutatfon, Flame Retardant (FR) Jacket V

12 10 600 VOLTS Ch&p Net WhleAC M

~

NL WildPL 40

~ SO 027 45 37 40

~

Sa 42 40 w 50 73 50 SS w 50 L$7 107 72

'145 80 55

~ 50 045 203 11 ~

2 58

~ 50 LSI 292 140 1

aS e 50 QST 355 18S 1'5 e 50 LSI 441 214 20 85 e 50 CI85 537 251 3iro 85 e 50 020

'58

'95 85 SO a78 Iti 349 250 OS 7 420 350 80

~ 50

~0

'1292 541 500 8O

~ SO tm 1788 715 750 95 80

't 3S 2738 1124 95 80 150 3559 1412 1250 110 95 151 4t84 1478

'110 1750 110 1 to 75IO 8194 2434 2000 110 125 2.'I 0 7088 2787 2250 125 125 227 8027 3186 2500 125 125 '38 8884 34M

'I25 245 9709 3744 3000 125 I2S 254 I0530 4025 I:o temfinsfinr. snd sohcin9 instructions re!o rc o ms fy/QT 2Ns and 5 2Ns ccnstlt fsctory ror tnts sirifSOfe fOr nvCteV sOOriCShdns

'Sor utitity genMtrn9 sfsf.~. ecc'Cstions <<e rtMmmend thst" t rscrief wstt tnicriness in these sites oe increessK to 6 chft Cibte dismefers witt inc.eesr

. y G 03 incnes ttie diemefeissild wei9ftfs snoNrn ve soororrimst ~ vfdve strotecf tQ Anhsf rnvrtrlechrnn9 hffwrenCeS 3480

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5~ gag ~Ct~

ggf

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~ appllcalots aytb~h (3

sensile, Nexural and compfeaahFe strength {uaea where machininy or hwnltwty ctwacled ties ae not important)

Nyh humidity teslatanca; good dimensional stably, excellent resistance io spkNny Eiectficsf Insulation In appficstiona requiring lowtSelecttfc ksaaea in severe huntly conditiotw Low IOdycfe power tactor-Low cold flow and dielectric constant Econctmicsl plate with tetr etectncaf strength Cold shearing Snd cokf punching under normal conditions; low ksss at Ngh humidity. Excellent electncsf pfoPefties.

~xttngutshtng: punchsble. good dimensional stability Excellent cold punching and cold shearing chsraclsftsdcs under normal conditions; punchsble up through 3I32 thickness only.

Switchboard panels; relay and switch baa PaneOoerda

, Punched parts fofelectronic equipment Tapcttangef boards-Transformers Panefboerda Radio and TV terminal boards CofwTlefelaf computer lsfttllnsl boards Intricate puf)chad parts fagldring little or no preheating Good warm shearin and warm punChing under normal Conditions:

punchabie up through 3/32 thmneas only. laminate shoukf be pfahtseted between 100'-II'.

Intricate pUnctted parts fagulrlng Iftffeor no pfehead fig Same as above grade St Pss pkss ftsrrw retardance. 94-Vo when tested per LLLTnethod 04. Good ~lectncal insulation under humid conditions.

Peportia simba to HEM'0L Switchboard panels, control panels, appliance panels, fafsy and switch bases, pane~g Same as above Qyado S1 p54)

Low mofsture absorption; toughness; tetr dimensional stability Good mechanical properties with esofs >'gh impact strength Low moisture absofpoon; good dimensional stability: pood resistance to actdS Snd Stkaka

~fsge. Iow-frequency eteetnesf performance: mechantcsi perfofmanc rnoderatety hund conebons Paper miffdoctor bfsda; pump valves:

marine bearings; piston snd pecking nngs Fine toottt gears; radio parts; isfmtnsl boards GesFL ptnions; spacers Gears; plnksns Vahes and plating tanks Marine swiichboard panels; small gears snd ns; radio parts Lowcoeffctent of fnctioft. sett.tubfgstihg fgraotttte fitted)

Good mecttsnicst hest resistance snd low bfasioFnt High mecttsntcsf strengm snd hsrtatess. high arc snd heat resistance:

excetteftt stectnest pfopeftteS under dry conditions; setf~utxhtng Retenbon ot high mechsntesf Strength st temperatures UP lo 150'C:

~xttngwshxvg: tetsnfdn Of 50% of tntttsf flexural Strength at 1S0 C Gooci machining qustittes; htoh flexural. impact snd bond strength sf Toom temperatures good etectncs jpopeFties Undef dry snd humid condthons s ou"J not he Used Under Fr<ctshAdst load sl elevated ssmpetetwa High mechsniCST Strer,JT. htgrt srC Shd fwst Featstsnee'f Cettent ~leetneal preps oa UF:csf dry sr:d humd conditions. scH~xttng Jx ng Selfwxtiftgutsftmg. good msctttntftg snd punching tfustttta. htgft flexural.

tmpsct sfttf bo tc sffwlgm sl room temper xtu s, sfioutd nof be Used Under mecttsncst iosit St elevated tempeFSTW

.S Excstlsftt hest snd sre resistance.

good stecfncst properties Under humid

<<Ofdiftonx: good mechsniest propeftieS. Wtfwxttngutxtting Excellent hest Fesistsfics-setfwxttrtguisning Excetteftf mechsfttcst s d mscrtittittg properties stsote st Fiigtt tsmperstwe Good heal fssistsrics Excsttsftt mscttsttcst snd mscttifting properties Textile mill bearings: pistons. Packing nrtgx 8esrtngs: skst wedges snd gears. A reptsot ment for asbestos in many~~

Swnchboard panels: are bsfffefa; Ckeutf-breaker parts; structural eiectncat parts Rotof-slot Ineufsdon. structural FTieittbefs st

~coveted tempore Electricst-mechsnicsf applications for high humidity sfsas.

~nninsl boards Manna SWifehbOSFd Oaneix Srd StruCTWSl Parts Tefmtftsl bnafds Class H insutshon: heehng appliance insulation High lem persture mechanical s pot test Forts Cvsskets. seats: s replacement for asbestos tn mslly Spplteafloflx

GrNdt Selection Guide

's>carta Tree

~t3

$ 73 off to%

W 513aPSQ LP51'an Tan Tan LP 513a-PBEP Phoncgi FR-3 Chocotate Blaca Ta~. Bt Tan M~15035-F BE F>ne weave tat>r>c Tan Red4o nyo-gue.

Gray-8 Tan M ainu Phenolic

'3

'le H 25000 H-25135 H-24731 5'!F33 H-3$907 ASS-2 H.1~7+

H 14010 H 17a35 H.353tg S1G15 G-11 G-10 FRw M>t-P-tying, M>t-P-15035-FB t M>W'5035-FBM

~-tx035-FBM M>t-P-15035.FBG M~ 15035-F BG Mit-P-1503~BG M>IW-5431 MM-15177< EB M>t&-1 81 77~ Ef M>I.P-15037@ME M>t& tb177%EE M>I~713-GSG Fine weave tabnc Fine weave tabnc Med>um weave taor>c Medium weave tat)nc Synthet>C t>per Glass cloth Gtass cloth'lass cto>h Glass cloth Glass cloth Glass c'0th Glass Cloth Nahuatl Tan Natural Natural Natural Natural Natural Natural Natural Btact>

Black Gray Gray Greer>

White White Natural PhenCg>C Phenohc Phenol>c t>c Epoxy Epoxy L44am Epoxy S>leone S>l+Qtle l>c

3aWW bonding ttangttt t

&1I105 A

A A

D44/23 T-23/50 S2 115 0$

~

100 0.4

~

1'10 41ANO 26ANO

'l4At00 30.000 17AXN 15,000 3SAXtO 20,000 11AXXt 30.000 17,000 H-1g720 H4NO H 1CE21 H-18322 H 14333 33 1'15 33 105 0.4 100 03 10S 27.000 42,000 30.000 14ANO 30.000 20.000 24AXN 12,000 22At00 1.100 H 1Ã2$

H-1$242 H-19243 3b'4.000 51877

.Oig 5.0 110 10.000 11At00 40.000 19,CCO H-25CN S~

291

.049 51F35 H-24721 2N, 404

.049 1.7 110 12AXN 36 tXXt 20,000 10,000 36AXXt 16.000 13AKO 37AXtO 1g.000 13,000 45.000 21.000 H-23542

.070 H

H-22033,067 H 12420

.074 H-17t25

.064 H-25210,064 0.4 OAtS 02 0.02 115 115

'f 15 60.000 75.0001 Condition A-Condihpned tor 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> anCt teSted in laburafory atmosphere t2.

C,~ R>,

fhrS iS repreSentative data tatien lrom prtxtuction maferIat properties may ~ry slightly, but in all cases are guarantees to meet the applicable NCMA stanttaros only values based on!/16" laminate

lnpect Stonnylh Pew fHbAL fncrtctt)

ElecNca1 PropeNes Qoalpxtton Qelec3tk 98CIOr ~

COnetant lOI cyelea/aec)

{1OIggde8/

)

~8C) tlNOOhAICClI hl8QOtlfI mao 'es

=4'45/3540 C48I3MO A

T~

T~

I OOl5 5.4 7AXO 800 p

0.037 52 0040 49 O.ON e 60 cy 4x10'x10'x10'X10I H.17900 H-18720 550 0.035 4.1 550 OAXH 42 8.0 x 10i 2x 10i S.O x 10' x10'00 H.18331 H 18332 H 18333 51088 H-19242 H-19243 5.1 7x10'x10'21.

431

~ 7

~

1 1 gOO 14 1,4 2,0 l00 100 13 0'1ANO 10,000 200 15 000 0.019 0.017 Ox 10'x lit 180 Sx 10' x10'-25129 51F80 51F33 H.2472!

286, 496

'l0 0 130 85 l90 0.018 0 032 5.0 4.2 44 8 x 10' x 10i 100 1.5 x 10'5 x 10'80 H 22033 H 12429 H.1782 5 H-25219 cfairia 50er ot corrc'!ro/I A tleaurat strerigth at E.l/150" c, 7 tsrr c 'These "ati/ea are lor 1/t4 inch thickheaa.

'Uo to 1/8 iwh tt>>gaheaa ortty

." 'Tolersnces.o+

Molded Plate Tlrtcfrheaa toterenc>> grabs) 21$

21$

254

~22

$1 F77

$1PN H421$ 3 H447$ 5 H4$95 H4454 H-17900 H 19321 H-15222 H'15222 H-1912$ ~

H-10242 H-1924$

H42555 221 282 jlf50

=

H4$000 22$

291 205 495

$1FQ H44721 H4$12$

H44907 250-2 H-1501 0 H.1242$

H-17I25 H42tO2 H4$$42 H-25219 1I15 7/15 1/2

+AO35

+AO45

'AtOS

+Atm

+ AN5 rlA69

+Atlg

+A7t1

+Att2

+Att45

+ At17

+Attg

+ At21

+ At24

+At27

+mS

+mS

'AXeS

+AN55

+At055

+AtOSS aANM

+AN75 ~

+AO75

+Att5

+AO75 elt05

+ AO5 AtmS

-AN75 e A)15

+ANTS

+AXt7

~

+Atm

+AXe

+AXO

-At15

+At00

+At05

+At05

+A710

+A710

'AN

+At12

+AXO

+A00 e Atll

+Atll

+At24

+015

+Atla

+AtlO

+Att25 el7125 'At24

+Atlg fAtt 1

+ Atl1

+ Atli

+Atli ~

+At25

+At21

+At24

+At12

+AXN eA715

+At22

+At20

+A7145

+AOS

+A7175

. +AO4

+At25

+At34

+e7

+ At40

'AN

+At35

+mO

+~

+ At1 0 4 At44

+ At22

+Atzt

'2

" fAt21

+ At45

+At24

+At45

+At25 r

+At45

+ At24

+ At53 e At27 rlAto

+At40

+Atsi

+ At27 t A55

+ At20

+ At55

+At43

+AXtO

+At50

+AOO

+At3t 4 At75

+ At35

+CP

+Atss

+AXt3

+ Atss

+ CO

+ At55

+09 2At73

~Axt7

+At73 f N7

+.105

+l65

+ Anil

+Abel

+

Admit e At51

+ 941

+.124

+ A%1

+ At45

~AI9

+uS

+ At50

+Atis

+.144

+At57

+ Di9

+A67

+'At40 e At07

+ A140

+.1eO

+Atn NOTE: Tolerance ot length and width of tnmmed plate is plus or minus 1

from sandard see. To minimize warpage matenat should be stored ttat. not on edge.

~ '

8431027097 Res.

2 i Date 9/83 Page 5/4-4 ATTACjHENT l ALARA DESIGN REVIEM CHECKLIST.

PA No.

PDCR Xo. /-W4-I<

Title 5 I

54774'

< AC &M pixel Vill this project assigaaent or design change require sore than one person-res to install or coeplete2 T~ENO Villthis design change create a nev radiation source or nev radiation area onsite or cause an incr~sac in dose rates froe an existing source2

~yes O

Villthis design change creite or increase routine aaintenance, operation.

service, or surveillance requireaents in a R ation area2 YES0)

If any ansver is "7ES" - coeplete the applicable sections.

Applicable Sections (Circle) l 2-3 4

5 6

7 8

If all three ansvers are W' no further action is required.

ALARA Design Reviev Coapleted by Project ngineer Date W /2 Date Cb.

Reed debeye RCP R&B erUefr ALA:RAyreeeee'b

/

y /d y'y

aIIIQI See. iQ Nee.t OeoL m Oph 55ei*L H NAII55.

IHITIAL5 FILE IIO.

SUNECTt NORTHEAST LI I ITIES SERVICE ONFANT TEL.EPHOHE HE<<ORAHDON tROJECT INSTRUCTIOHS: Svsvsotfa ~ yow'teIephose Jiacvt ~los, sotisI potticlpost ~ eM 4eto

~4 tis ~ of co)l, is&cot~ Boisei rovtfsp ~ I HIht 4II teportw <<eat isattt Fii~ Hvsbei, Soiioi Hvabe~'on4 Svbject j~) is opocea

~ Loco.

Fil~ Ctwb teL ~ ~ cot ~ of chroselopicol Fil~ copy.

CALL PA E

TI<<E A<<

~>wCO<<IHC Q OVYCOINC LETrEEH HA<<E KVtm VI" CQtcpAHY IIA<<E JU05co CC:

Cae ~ oloaicol fsly CALI. REPORTERS ItA<<E i DATE zC 5VW4ARYt

ATTACHMENT No.

3 ENCLOSURE No.

6 Millstone Unit 1 Original 125vdc System Design Specifications And Sizing Calculations

i 0