ML20082T180

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Rev 0 to 125 Volt Battery DC Sys Sizing
ML20082T180
Person / Time
Site: San Onofre  Southern California Edison icon.png
Issue date: 08/17/1989
From:
SOUTHERN CALIFORNIA EDISON CO.
To:
Shared Package
ML13302B426 List:
References
E4C-017, E4C-017-R00, E4C-17, E4C-17-R, NUDOCS 9109180140
Download: ML20082T180 (27)
v • d • e


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Attach:ent 9 I

I PREl.1HINARY EVA1, VAT!0!i 0F $0!!CS DL.ACKOUT SCISARIO 5

Purpose / Scope

.i A.

Verify that..oring a Blackout Scenario the duty aycles for the Unit 2 t

and Unit 3 Class 1E

  • A*,
  • S",

'C' and *D* batteries are at least t

four (4) hours. Because of sta11arity botveen units, only Unit 2 has been evaluated, 5.

Because the Unit 1 Emergoney Safo shutdovn Die sel Cer.o rator is h

ia available within the present Unit 1 Class 1E battery duty cycles, Unit 1 blackout battery evaluations are not required, 13 e4 C.

Identify the heat due to DC powered electrical equip =ent losses in each unit by area, except for those loads added by DCP's during the Cycle $ outage, se 11.

Blackout Scenario

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t is A review of the one line drawings (30101,30107,M 3/,30109 and 32109) i indicates that Main Control Room HVAC can be maintained by operatir.g a Kirk f

Key $ witch and associated circuit breakers to change the povar supply for 88 the Auxiliary Building Emergency Chiller from the blacked out unic to the f

3, operatins unit.

t A review by SCE has estabitsbed that the following equipment is either not

[

88 as operated or can be Js. energized by operator action:

t t

8' DC Current Blackout operating h

it 81,,.

Imad Deserf etion Chennel

( Ane s F Time Perici

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1 HS$$ Protection operator action prior at Cabinet A

33.1 to 30 minutes will open (4 breakers per B

40,3 the associated DC supply channel)

C 40,7 breakers D

33,8 l

8' so I

2 Shutdom Cooling i

System Isolation C

60,00 Valve operation not

[

Valves D

60,00 required

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(' A CALCULATION SHEET 50HC5 263 18740 298 PA0 JECT __

JOB NO.

- CALC. NO. - E4C.017 SUBJECT 125 Vol.T BAMEAY_ D. C. $YSTEM SIZING SHE ET NO. T110 atv o n_i_c is a v o n oart "curexam ~"oArc

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DC 81sekoit 0;eratis.;

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tend Deserfetien Channel Current Tir's Pe ried 3

3A Reduction in Vital Aus A

Note IB 1.28 Reduction applies to Inverter Current B

Note 15 2.04 the entire d sty syclo Due to Averaging C

Note 1A 6.96 The Duty Cycle D

Note 1A 6.10 t

Voltago 33 Reducticn in R. duction applies to e

Shutdovn Cooling C

Note 1A

.69 the entire duty cycle System Isolaston D

Note 1A

.70 Valve I nve r'.e r 8'

Current Due to Averaging The Daty Cycle Voltage es 4

Diesel Cenerator Reduction applies to u

Control Panel A

12.60 duty cycle after (1)

Tuel Pri=ing B

12.(0 one minute is Pump 5

Mesel Cenerator Load addleton to se Starting at End A

(75.60) account per starting of Blackout B

(75.60) of the diesel g

Generator and closing so the diesel generator breaker during 3,

blackout recovery (i.e. last minute of gi the blackout duty cycle).

as Notes: 1 The initial battery open circuit voltage was determined from the Average capacity of Mean. Size Cells curvo in calculation E4C.017.

This va'.uc and the end of duty cycle voltage are then averaged. The 4:

resultant averge voltage is used to determine an average inverter

current, as A.

For the

'A' battery se Vn,- (107.8

  • 105.4)/2 - 106.6 38 sa 34 OPCVP806 34 L ag.gg g e g preg

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3 CALCULATION SHEET PROJECT W at

  • J00 NO.

18740 293 calc. no, lic.017

$UBJECT 1 " Uni t Wirty n. c_ i;YSTD4 $121NC

$HEETNO. TIII

-~i oniematon - TE*79 t a c n nc oAvr nry oniomaron parr cuccman oave

!h }W/dE el Oli?8t hdb fWY O(g g--

- ~ ~ ~ - ~ ~ e,

e S.

Tor the "B* battery a

8 V,,, - (109.0 + 105.4)/2 - 107. 2 4

C.

Tor the

'C' battery e

V,,, - (121. 0 + 10 5.4)/2 - 113. 2 D.

For the 'D* battery V,,, - (121. 3 + 105.4)/2 - 113.4 to.

The above lead reductions vere applied to the present duty cycles contained in calculation E4C.017 Rev 9 (issued for review) to obtain the Load Profile Tables Cell sizing sheets and 1. cad Profile Curves it shovn in Figures 1 to 4 and Tables 1 to 7.

III. DC tiectrical Equipment Heat loads During the Blackout n

is The 125VDC. 250VDC and 120V AC Inverter one Line D143 rams vere reviewed against general plant layout drawings and the Circuit er.d Racevay schedule to establish heat loads by area. Since the DC or inverter loads are purely o

resistive their load values were directly converted to heat.

The lead values vere obtai..ed f rom the appropriate ba ttery sizing calculations.

Vhere the battery calculation used a c>easured current for a distribution n

panel, the heat for each panel load was distributed in proportion to its circuit breshe rating, si The resultant heet loads were entered into a 14tus table so that total heat loads by room could be determined.

These heat loads are shovn in Table 8 for Unit 1 and Tablo 9 for Unic 2.

23 I V,.

Conclusion By implementing the load reductions discussed in Section II above, blackout as duty cycles for Bacteries

'A',

'B",

'C',

and

'D' were extended beyond the nintuu: 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> as calculated in Tables 4 through 7 and summarized below:

47 as Battery Plackout duty evele A

261 min or 4.4 hrs.

i 30 B

271 nin or 4.5 hrs.

3, 38 C

751 min cg 12.5 hrs.

)

l D

860 min or 14.3 hrs.

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All DC povered electrical equipmJnt heat losses were sun.: arized by area 8

and are shown in Tables 8 and 9 for Unic 1 enil Units 2 & 3 respectively.

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References a

S 1.

Calculation E4C 017 Rav 9 -(+ sewed-for rrek4 41l%

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Unic 2 and 3 FSAR Chapter 0 3.

Maintenance Vork order 88061296 1

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?8.40 28.11 0.00 79.19 1 00 33.59 193.41 p

0.6't.0 1.04 l.10 15.40 18.12 0.C0 M.lt

$.50 33.59 130.41 1.0 1.1 1.b3 1.50 ft.c3 11.12 0.C0 79.19 5.03 10.59 306,11 8

1.1+1.5 1.C3 1.10 ft.03 II.11 0.00 79.19 l.00 30.59 106,gt 1.4 G.5 1.C0 1.50

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0.00 M.it 5.00 30.19 145.31 3.5 $.0 1.C) 1.10 33.C3

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20.0 23.l 4.03 1.10 28,00 ff.it 0.C0 M.lt

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" The 4.16 kV Initchgese 6td 480V switchesse turrent has t.een rodilled to show that the flesel 9merster e

43 daes tot start h the first mirute.16e broener estlees in the first tm snorts of the first alrvte 34 are the sarne es Cettvletten (4C.01F. At ten seconds, the elesel generster to ie r doe s,not sles e ned the tags m l007 tectne the tent f rwus teses, hten the elesel generator sis': does Newt eller 88 4 hwes. the breaker settens are telmillated 10 setores (rite testart. this has to ret ef fHt m the sueleus first altwte Leed.

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19. 0 43.12 3.10 119.10 1.03 194,13 3.5 5.0 11.03 11.$0 15.40 Is.it 3.40 119.$0 1.00 194.32 as 5.0 1,1 11.00 11 $3 15.40 18.12 3,40 119.30 5.00 1:.t.33 1.1 6.1 161.t4 1.10 11,80 18.12 3.M 119.$ 0

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" the 4.16 kV switchseer med 160V sultchgest everent has t4en treified ta show that the dieset generator j;

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  1. es ret start in the first etsute. The breaker ottime in the flett tm serends of the first strwt.

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23 are the smas et Catsutstion (&C 0tT. At ten sectruss, the diesel fe".erster breiter ooes twt 4tose arvt the it, ads on BC.A tecem the contfreus toeds. iAen the dieset gemrator start ooes occur ef ter II

% hosr*, the twester actleria are retnittsted 10 seconds lete restart. This has to twt ef fect en the ass Urst al.ute lead, i

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.tOB NO.

C A L C. NO..

125 VOLT BATTERY D. C. SYSTEM SIZING SUBJECT.

SHE ET NO.

ncy ouiciNaron oatr' -~cMccxca cave se r v o nIcin a t o n oatt cwrewen can N C'.[Scd G.I 8l9 E9 bYh hh l

t 3

AttaC O =f 9 3

4 16ble 3 1

18 121V CC Load Profile f or Bleekowi y

' M (AHP3)

Disti f tulles 5.Itc>tzartl 203 Olstritution tvitthtcard 234 Che w t C iettery 28007 Cheval 0 8sttery 60t0 t

fire (siNt es t flee (elrutes) to 01 1 30 Coastsat 01 1 30 C estant I

l teatter trip Cirewit l

3.H 0.C0 0 ='O l

3.M 0.00 0.C4 trester C4Mre s 24'33 l

l 12 1

1 13 6111 Aelllary teley l

0.20 0.2; 0.20 l

0.20 0.20 L.J3 C atirw.* 2t' ?)

l l

I is Centrats of tw blee of l

2.C0 2.C0 2.00

[

e Iwrtim Criven Alv

{

l I

A M tioNL to wn l

5.00 5.00 l

5.00

$.C0 5.00 gy for fwtwre D;7s l

l tt l

l lurblae Stop Velve for l

14.17 14.97

  • l Afw tw pleg av.6714
  • l l

r zo l

I Vital 84 inverter l

93.T6 f3.58 12.M l

54.M M.14 46.3&

I' l

I UC lastation l

9.31 9.31 f.11 1

9.30 9.33 9.31 vene in.orier l

l 28 I

I l

l 10f at (estisfirg rudra lead) l 114.29 110.C9 49.37 l

94.64 94.67 60.25 85 1

1 tet. e s 4:a t o+4 l

16.57

'6.57 1

0.00 27

  • 1. u(Nte aard M totf I6 8attery titing calculotten
s le 3.

36 32 31 14 d

11 It e

sao.n es e e e es

-~

-.. ~..

e e

$NC $ Q$ l) A.$

f lQ Q

CALCULATION SHEET 10NCS JOI NO.

1sn o.298 CALC. ido, tec.017 PROJ8CT

$UEJECT.__ MS VOLT RATTERY D. c. SYSTEM $121NC SHE ET NO. _ T122 mEv o n t olH At o ft Daft CMtcMtp OATg nKV cneClHATOR DATC C M C C M t rl DATE g

h 44iVr6%)

Mike (2Jild Ph//1 h

?*

b t

2 AllACamfkt 9 3

8 Table 4 ill*WC 8411tti ll2ING CALCutaticut 8411887 8007 6

towest tapHted tiestrolyte ts pt minleus Cell Yeltages Cell af s Colt typet Poe, platest t

t 60

  • f 1.45 WC Ez!:t C4 15 7

4 tegatred $ntim $lte Change in Dura t t e fles to Ird C?pelty et (3)/(6) e Positive Flates teef toed of Pericd of testion I m!n tete Period (Amores)

(A v res)

(m iraa t e s)

(alrist e s ) Arps/ Pes, Pt Pos. Ystwo bes. Vatwe

-l (1)

(2)

(3)

(t)

(5)

(6)

(73 it intim 1. first Period only. Id A2 is greater thes A1. so to section 2 13 1

Al e A1 0 e at e i e M1 e 443.1 41.3.1 1

1 Itl.to 4.60 Id SettlM 11 Ietet 4.60 lettim 2. First Ivo Perleds Osty. If A3 is treater 946 A2, so to settim 3 it I

Al e At.Oe Mt a 1 e M1.r2 a

&&3.1 413.1 1

30.00 ti.00 3. 73 2

Al e At. At e n2 e i e >2 a 163.7 319,4 29 29.C0 85.00 3.76 1e Ser,lm 24 $

  • tetsi 1.75 3.76 88 total 1.99 38 teetlen 3. First three Pericos bity. If At la greater thm A3 se to lectim 4 1

A1 e At. O e at e i e Mt.m2.m3 e 143.1 40.1 1

260.00 33.00

14. 4 2

A2 e A2. A t.

. m2 e r e m2.m3 e 163.7 319.4 29 259.00 33.00 9.68 33 3

A3 e A3 A2 e m3 i e m3 130.4 33.1 230 230.00 35.00 0.95 24 sectim 3 s

  • 1 stat
14. 4 10.62 3'

Tetel 4.02

. SNtim 4. First f our Periods only. If A5 is greater then A4. so to settim 5 29 1

At.

. At. 0 =

mi e T

  • M1.m2.al m4-e

' 27

&L3.1 47.3.1 1

261.00 33.00 14.64 2

A2 =

A2. A1 e at a 7 a m2.m3.mt e

. 's a 1&3.7 319.4 20 240.00 33.00 9.68 3

A3 e

. A3. A2 4

- m3 i e m3.n4 e a'

130.6.

33.1 230 231.00 33.00 0.95 4

A4 e gs. A3 e at i e M4 3'

206.2 73.6 1

1.00 1C5.00 0.72 settle 48

$

  • Tetet 14.64 9.90 3g 32 I83*I 4.I4 33 34 33 Si taoisese i e.a s

E N C 4. 0 S U 12 6 2

?

l)

CALCULATION SHEET sv,.

p' '.g'bJ 5,C.'50HCS 2&3 JOB NO.

18740 298 CALC. NO.

E4C 017

.v, SUBJECT' 125 VOLT RATTERY D. C. SYSTEM SIZING

$H E ET NO. __T12 3 RCv CRICIN ATOR l OATE CHECNER DATE

,R E ' ~

O RIGIN A T O R

~

DATE C H E C K E ft A

n e=ttlL.J Mp4s AJ,El t/n}M b Ql

/\\

/\\

1 3

AflACMMiti 9 3

avukra teed Cnly (If mee$ed) (MtWrlh8 SIler Ilf 8134 SM.)

d 4

Me A4 + 0

  • Me T e Mt s 30.6 30.6 1.00 1.00 105.00 0.29 g

Mas. Sec t.

A s%n lect.

  • Urserrested

$lte llat Slas

+

?

A.74 0.29 5.C3 (Pas. Plates) 8 Ale UrWorrHted Carrett( m I gep. r g t ye, gegd,q li8e I

fatter I

faster e

site 5.C3 1,1).

1.11 6.97 (sos. #Letes) go A*4ll*DLe teeted Avellable 3 usegin t

(

8ise site

) /

sige x 1:3 %

Capacity o

42 I

4.tI

?

0.37-43

' 14 clars snt { m glge nog es$eq, get getr4{ dent with first M!riste ras.

- l 15 le 17 18 19

+

30 Il 23 33 34 Il 34 37 38 Il 30 at 33

- 33 34 33 36 kau.svg e a p.es A.

e-v-

a w

w wg,

w 9

-ca-yts

=p

+

+74-s?

m yr 7--=9 0F

$ N & L O S U /2 A 2

?A 6 e /1-CALCULATION SHEET SONCS 263 JCB NO.

1R7t.0 298 CM.C. NO, EI.C.017 M0 JECT -

SUtJECT 125 VOLT BATTERY 0. C. SYSTEM SIZINC SHEET NO. 7124 MCv o miclH A T o st DAfr CHECwan DATE

' rt t v '

calclN ATOR DATC~~

CHECdER - b A T s-g b

/W4L-t 9/nk: SS W!'llI h th A

A W

t 3

AttAc utui 9

?

3 N

tette 5 8

125MC LA11ttf stilts CALCmallCNs SAttitY 80M

'S testst isN cted llectrolyte t o :

Minism Celt vettage Cett af 1 Call type Pos. Pletes:

t 7

60

  • F 1.&4 V7C IIt!!

C4 1$

7

+

s' i

t equir ed S ec t ion 8 t t e 8

Cha. age in Ovra t im flee to trd Capacity at (31/(4) e festtlve Plates tsu

. t eM of Period of testica 1 Min tale Perled

( As pre s )

{A geres)

(mirwtes) talrules) A ms/Pos. P1 Pes. Yetwo Leg. Yatw r

-- i t (1)

(2)

(3)

(4)

($)

(6)

(7) i:

tectica 1

  • First Peded Cnty. If At is greater than A1. go to sectim 2 43 1

Al e' A1

  • 0
  • M1 e i e M1 =

409.9

&M.9 1

l 111.00 3.49 84 Section 1:

1stal 3.49

'I sectie 2

  • first fwa Pericos only
  • If O is greater than 42, se te sectlen 3 1

At e A1 O e at e - 1 e M1.m2 e g,

409.9 409.9 1

30.00 8F.00 4.71 y

it 2

A2 e A2 At e M2 e i e M2 e 170.5

+239.4 29

-29.0C 4.3.00 2.72 i

te section 2 s a tet t 4.71 2,72 88 Totat '

1.99 i

to sectica 3'* First three Periods Cnty. If At is steater skm A3, se de sectlen 4

~

.1 Al e A1

  • O e M1
  • I e Pl*M4*O c I'

409.9 409.9 1

270.00

.3.00 12.42 2

A2 e A2 e Al e A2 e i e m2 4 e 170.5 2.39.4 29 249.00 33.C4 7.26 23 3

A3 e A3

  • A2 =

4 i e M3 130.2

  • t0.3 240 240.00 35.00
  • 1.15 2e sectim 3:

54.tetst 12.42 4.41 Total 4.02 II section 4

  • First Four 9erlees only = If A3 !s greater than A4. go to seulen 5 1

Al e A1

  • 0 e Mt 1 1 e mien 2 *3.>4 e 8

Sy 109.9 409.9 1

271.00 33.00 12.42

+

2-A2 e At a Al e at e T = x2*n3*mA e to 170.5 2.39.4 29 -

270.00 13.00

'7.24 i

l.

3 A3 e A3. A2 e m3

-t e x3.y.4 e 28 130.2 40.3 240 241.00 31.00

+1.15

!I 4

A4 e A4. A3 e k4 1 e E4 3'

205.8 73.6 1

1.00 111.00 0.64 3,

Settlen 4:

SA. fetal 12.42

  • ?.73 r

3 total 4.70 f

33 f

k 34 3C

[

i i

p se..s........

p

. ~ _.

i t

i BNMoS un. C ' 2 HGS

/3 i

g. g[g..:(

CALCULATION SHEET f

. b..,.. o y

' g-[CT _

shwht 1A1 JOB NO.

18740 298 CA LC. NO.

E4C.017

..; s,

T SUBJECT 1' WT "

"Y h 'i' SY' ITEM SIZINC

$HEET NO. T,lM ohsc8HATom DAff C H E C '< t n oAft arv o n i c t w r. T o m oATE c M t e n t ri ~~ ME'~

msv

/d\\ M&L4 0lt>fM OdrN llnlli A lTll l

A A

I

's 3

t AlfAciuntui 9

[

3 t eru$ce ( s.ad tmt y ( i f twe eded) ( oc c.ur ir*3 a f t e r f i r s t 34 s et. )

t At e A4 +.

Mt e ieue u.7 u.7 i...

i.e.

iii.

r

...................................................................................n 5

Mas. Sect.

IL%33 feet, e Urcor r ec t ed

?

Slas

+

$ts.e e

line F

4,73

.31 3.Ct (Pes. Plates) i 4

Agt vrcerr ec t ed Correttim Imretwre keesed

'l

'3ite I

faster I

fetter a

lite

$.C\\

1.2$

1.11 6.M (Pes. Pistes) in Avalltble-beeded Avaltable z karsin Site tite 3 /

$13e 1 103 x e

Capacity =

i la 7

6.9) 7 0.72 13 i

' saV:ra sectlen slie ret W. het cofra:Ident with firs t mire.te ras.

14 f

45 14 i

$7 1a is to i

31 j

t 33 L

23 h

24 35 L

3.

37 t

- 3e s

a at 30 ll l:

33

[

33 l

l i

34 L

33 34 P

Lao.asse e seen e

..m._,

e

,,w_.._

e.

,,,_m

-4

m

__m

_ __= _____.. -_. -.

4 I

u.<

P.," h.' N,1

[N b O $ l./ /2.6

_ h)$6 /h

(

CALCULATION SHEET 4

~

pfgjgg7 50NC$ 2&3 JO8 HO.

18740 2'/S C Al.C. NO.

E f. C. 017 1

. SUBJECT -

125 VOLT MATTEstY'D. C.

SYSTD4 S121HC SHEET NO. _ T12G

._. m ~

C M C C M E 84 OAfg g

agv omic NATOR DAfr' C H E C K E R DATE.

REV ORICIN ATOM OATC A xm:nua um 42 J /No A d'

b.

\\

f s

3 4

Af!ACEMINI 9 3

4 5

i i.ui -

g 125 v0C IAtttti 8!!!hG Cate'AAttens sattgaf 3009

[

?

towes't (spected (l*4trolyte f"p Wintnen Cell Volleget Celt kfg Cell 1r74: Pos. Plotst s

. 60 ' 7 l.54 V7C III;I CUl?

8 f

10'

-r gg 8e9Jired lectico site.

i (Anage in owc a t iec, IIM 10 (fd Caktity 43 (3)/(4) e Fes(gtve plates 7

.is tems toad

-of Petted of sectim f Min ante PerIDI.

( ATT>e r e t)

(4?$We tt )

(MINtes)

(8 Lint e s ) 4#@$/E48. PL PC1. Y5tW.bes. V81ue l

13 (1)

(2)

(3)

(4)

(5)

(4)

(7)

I settim 1

  • first Period only
  • If A2 is sreste* then A1, sa to section 2 i

Ai e Ai.Os ni e t o.i e 114.3 114.~4 1

1 112.00 l.C2 g,

Sectico 1:

Total 1.C2 F

I?

Settlen 2

  • Fltst Two Perlecs Crity
  • If A3 is srester them A2, so to testica 3

[

1 Al e At. O e al e f e M1 p2 e 114.3 114.3 1.00 31.00 24.00 1.30

' 19 2

. A2 e A2 Al e M2 e f a M2 e 110.1 4.2 30.00 30.00 24.00

.0.05 t

I

_.to g,g g l,,g g g g @ fetal 1.30 0.05 l

I Total 1.25

+

21 r

--tection 3 a first three Periods only

  • If A4 is greater than A3. se to Section 4 i

23 1-A1 =

At. O e M1 e T e M1+M2*M3 e

.114.3 114.3 1

T51.00 13.00 4.?9 l

24 2

A2 e A2 1..

e h2 e i e M2 m3 e I

110.1 4.2 30 730.00 13.00 0.32

.i 33 3

A3 e A3 a A.2 e A3 i e n,3 49.4 a40.7 T20 720.00

-14.00

  • 2.91 l

gg Sectlen 3: $ @ fetat 8.19 3.13 I

27 tetet 5.54 7

.l 1,

i i

t*

II 35

_i 3)

[

t 34 i

88 14

. u.eesee o.e i

l.

,,. - - - - -... - ~ ~ -., -.,

+,

W;

pway,

~~

es.

I Exctos use 2

fyse ir

'hj7 <

CALCULATION SHEET

pngg soxcs n+

.,0 un..

imo m cuc. uo.

m.on x.n. c.

..!'($UBJECT ' ' W YO N F M 8Y D. C. SYSTT.M sf21NC SHEET NO. T127 mgy onlGIN ATOM

.. DATE

_CHECMtm l OATE ACV ORIGif4 ATOR CATC CMECMER' OATC t

' /o\\ x, men us, BA

&In /\\

y!

A

~

A

'd 1

  • 3 A11ACKMiht 9 3

Avu$ea toed Cnty (if het"Jed) (ocswring af ter first 34. set )

o.

u.0 n.

17.0 17.0 1.00 1.03 ~

112.00 0.11 s

ra.a. Sett.

to issa s n t.

  • Uncorruted 8tte 31 e Site 7

$.56 0,11 -

f.71 (Pes. Plates) e Age umstrM ted Cart w tfon f eccg r a tur e k e,4H

-time I

factor X

isster

$1 e 5.71 1.25 1.11 1.13 (Pos. Plates)

Avaltable lie eded Available

  • Martin 1

Site lite 3 /

Stat I 100 %

Capetity

.t3

-8 7.93 8

0.92 43

~

  • 8 Nkza settleo slae ret Hues, ust coincident vitti first miru.te ras.

f 14 i

18

[

t to

[

11 e

et

)

+

It

- 20 3

34 at S

23 t

24 l:

Il l

- to i-l 27 l-as T

l l-as l.

I 3g l.

30 s

32 I

i 33 34 j

?

35 34 l

t t

L...

kao. sees i 3,e s

~

S N c40$ uttG-

'2.

A4 GE R CALCULATION SHEET JA011CT.

8 M C8

"'3 J08 NO.

187t.0 298 CALC.f40.

It.c.017

$UBJECT 1 H V01T MATTERY D c SYSTEM Sitil!C

$HE ET NO. _ T12 8 j

atv onio N Af on DAfr cHtckte OATC Inty omiclN ATOR Daft j CHECMER Daft g

A

'7 M A J RWM hk. fbl/l b l

/\\

A t

i i

3 AttACnMth-f 9 f

1.sie r 3

til*W: B&T!tti tillb3 CALC (F. Atlatt 3Altit? 1010

_j

'4 Mints'un Celt Vet teges (ell higg (gl{ typog peg, plgtegg

.j towest Impected (legtrolyte t y pt i

--8 M+f-1.2,4 VPC (s[$$

CW.17 g.

i io i

.gy 8eostred lettleo lite ChaNe in.Curstle6 Ilse to trW Capaalty at (3)/t6) e Posittse Plates

+

lt te+4 temd of Period of sectisn i nin tete

(

-Perl44 (Asperes) (Apperes)

(Mirutes)

(alrutes) Arp:/Pos. pl Pos. Ystwo neg. Value

' 13 (1)

(21-(3)

(')

(5)

(43

(?)

i 14 ledtite 1

  • First Period Only
  • If Al le greater them Al. go te lestloo 2 II 1

&i e

-l.1

  • 0 e M1 e i e at e

)

fl.6 -

98.6 1

1 112.00 0.4.3 j

8ettlao 18 letst 0.&5

'It fettien 2 = first two Periods ety

  • If A3 le greater t?an AI. So to lettloo 3 tt 1

Al e A)

  • A e M1 e i e pleal,

~93.4 98.6 1.00 30.GC f.1.00 1.12 l

Is 2

A2 e

'A2

  • At e al e T e M2 e,

t

$4.7

  • &.0 27.00 29.C41 90.00

+0.C4 30 tettloo it 1

  • letal-1.11
  • 0.04

[

8' t

j l

ici.i i.e.s it Settien 3

  • first three perleds only If At la treeter thm A3. to to Section &

t 33 1

11 e.

At

  • 0 e ht e f e nhui m3 e

[

i.

- 98.6.

90.6 1

340.00 -

11.00 8.97 i

l to 2

A2 e A2 A1 =

M2 e i e M2*n3 e 94.7

+4.0 29 359.00 11.50

+0.3$

Is r

3 g,

- g,g, g

g,,3 1

ta 30.9

+33.8 130-

_830.00 11.$0

+2.f4 j

5ettle 3 t e letel 8.97

+3.28 at total S.64 te t

- 3, i

38 l

h at t:

3 33 33 I

34 33 t

-3s t

r tae.nese i t.a s i

In

_ _ - _ _ _ _ _ _ - _ _ _ - ~ - -

l 4

s >.;

,;v. e

. g $,$N. ',

[N( / 0,$ ()/2,E 2 fg g /7

['h.

- CALCULATION SHEE T FROJECT SONGS 263 gos no, 18MO.298 CALC. NO.,_ E&c.017

$UBJECT 125 VOLT PATTERE D. c. SYSTE.4 SIZINC l

SHEET NO Tl19 nrv o.UQlNATom DAtt' CHkCMtp OAft Rtv c itic lS A T C n Daft CHECMER JAfg g

h ZWN Nll0.W YO

/\\

A V

I 2

AlfACRMINT 9'

)

.3 d

tandes toed kly (if reeded) (eccurirg af ter first 34 sec.)

I 1

AA e At. O e nt e i e h4 e 0.0 0.0 1.00 1.00 3

...................................................................112.00 0.00 g

hu. SNt.

8&f438 $ttt, '

UN trr et t ed site

+

Ilse e

lite

.7 3.63.

0.C3 3.f4 (Pos. Plateal

)

I :-

e Age Unctrrected Correttite fe P rotvre keeded j

l Site X

Facter I

faster a

lite 5

i0 3.63 1.2$

1.11 7.29 (Pel. Pl6tes)

-~

gi Available needed Avallable

Mnrgla lite'

. $lte

) /

Ilse I t00 2 C apaci t y ta 8

F.49 4

1, u, p

43

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L ss I

If 17 et i.

33 le i

at t

l 22 l

23 L

l 34 g

as L

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- Y 5 5 5 5 {/@db hhl/ffOlf A

2-n

/

1 7

l

.9.

-.~.

t t

geK*5'tv l

t L3 titA 33101F J!0H)4 ##J 4C 4lvtnat yl48J $t310(

'l 0lstagturtl3V $*lt3 AMP 208 oowot v stimA 2:0c2 8

usss v"**

se m icep.

ljN

?* t9 JP )ti tiCA iH 1~ W 3+u' saltA 384' gatsteJ &>ld Allet gat TN 3v1J1' 10171

)s sa tu;s t tstu tr0t So.t !tct ZOC02 li'll li t)? 3D 533 601 JFnnee 4lA*' nulC( issimiN lit 051 lit 3t85 3J'tI' d'u'l li tic 3'A' lia t( I W^J1J 430 4 io*P'

? NAt2.f C y s,p.rt t a er 8

t 0'0 0't ni 3C 2*)C fO ?C lt*tI

!TC Ltt*64 S'CC

!? 2

  • t.t 0*l C'9 itL*CO TL*lC lC *iC li*ti t'tt itt *61

$*00 tll'46 io O'9 t*0 L9l*30 tleC li'tO 25'12 1**!

itt*6/

l'0C 10F'46 t'0 t*t 69L*3c tL*tC 6t'0C ZC*LI t ' d'C LLt'ni S'00 71!'t6

'8 t*t t'9 21 '3 C tt'5C 6t*3C tS*tZ t'3C itt*62

$*00 lit't6 3C ll'ti C*2C LLt'64

$*00 itt*t6 l#'rC li t'9 t*t ll'00 tI'1C ti lF *LZ C*20 tli'6 4

$'3C 2:9't6 t'5+$'c tt*30 ll'tC ig

$'C 5*t

!t'0C ti'50 tI'00 lC'LZ t'#C ttI'61 5*00 22t*t6

$'l 9*l tiL'2C t'lC CC'3C lf'tI s'tO itt*64

$*00 t'9'I(

?'1*LC'O ll'30 l'SC C!'0C lF*tI IPC itt*64 l*30 209*t4 L

tt*tC t'5C 2t'00 ll*LZ t'10 titT2 S*00

!tl't6 lC'3 tC'c 81 LC* tat $'

LTC t'50 28*DC

!t'tI i'iC tit *64

$'00

%91*t6 6/

S'CC L39'4(

ttI'oJ te t$'0 ll'L 9TC t*lC ZS*00 29'ti t'9C llt*

5'00 L9t*t6 t$'t.20 O t'0C L*SO

!C'30 ZC'tl C*fC ZC*0 lct t'3C l'SC 7E'00 lf*LE C*TC t it *61 S'CO Lft*tt lC'nalf*0 t'00 t'$C 28'30 lC*L(

t'10 itt*62

$'00 ISL't6

!t'O 2$'l e'00 n'tC 2S'00 Z8'tI t'1C t t E '62

$*00 137*t6 16 25*! tC'O t*30 t'5C 29'00 ll'ti t'lO ttt*64 S'00 teL*t6 CC'C IC*t 9*00 1'lC IS*00 ZS*LI t'20 ttI'64 S'00 L 37 *16 CC'l t$*0 L*00 L *t0 ZC*OC 20*t2 C*10 itt *61

$*00 t9t*te te ts 0 ts t 9*3c t 't C 29'00 ZS'tI t*CC t ni'62

$'00 ts9'tl ti t5*L.tt*0 t'00 t*SC 28'CC tf*LI t'GC 111'62

$*00 tSt*t(

tf 19*0 90'0 t'00 t*$C 29TO tf*Ll t'7C t t t '62 S'3C fC'S6 19t't4 t.M )eiwC L*00 t*10 29 tS*tl OTC tni'64 S*00 iC'56 124'56 ti

. t. $turne loop tu gtnaJA s)ttuO 3t)?nlep'00 Ju I'

tt te ti te l

1 t.

j tO Ct I

tt CC tt tt t8 1' W O

  • ll e t 9 8 95

f e

4 d

y w 705nvs.

2

)%

Ib

}.W, dQ'l OVl DD7VL. ION SH33.r.

d! tor 331 FOG NO' tetyo.g4g 3v13' N O' aoToTL SOH.tS 39(

NOI 115 AO!.,g, gy114,7gA a 3 sisI3g gggggo SH331 NO' ivs

.!',~3

" _ ^ " '" D ' N ' 1 O J,,,ffi,'

, 13 "_L..?,',18.,,h',^L.S.$,7. f,',,Jf, O -- _

3*"3 C'^3 3H52W2H 0'

VK :t7~%Gt"f FWU /Y."bifl ftfI

~

' 5h

~

(-

~...

t.a. s if 8

n nu 03 ne,,.,n.,. 60,.i~i..,o.. siu <

4 0ltnJIAtniev $a h t490.JP lC(

34.sni 8 8.ti.,A tf009 t

. n i,....

.... n.

tim,. t, u,,,,m n,

.,...i 3...

.. i.,.s,.... n 80 s n.i..

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,on,

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$./*t 7vM 3M't !tCf 2:001 2,*ll 21.g;g )yg tsy tog jnsnaa Alas

  • nAt4M ) ' 8 i # ! 3*f c n,,,,

t n ;,,, 3 ii.. i 2,.,ti 3.s ls.tt lo-,, t002 t.

.,,445

. m.e. n.o 4

0 0'L

?'3C 2'tC tt*tC lf'lE C*tC tdl*Si

$*00 2tC'29 go 0*l*0'9 tl*3C si 5C 49'tO 20'12 t*1C L2l'ti

$'30 t!.('t9 O'9 t*0 tI*0C IL*SC li'10

'9*Ll t'9C ttl'tf S'00 lit'C%

t'O t'L 8l*00 tt'5C 6i*00 49*42 t'2C tit *t?

l'CC

?tt W

1 t'l t'9 tt*30 tt rC 6l'00
t*12 t'2C tll'ti

$'00 24t*6f l'9 t's iL*OC ll'CC lC'00 lC'tI t'7C 12l*lt S'DC ZM*M ot t'$ l*0 tt*00 ll'$0 tI'30 tr'ti t'1C tll*Si 5*00

!tf*39 s'O S*t ll'0C ll'5C tI'00 ZT'll t'30 tll*$t

$*0C 22(*31 t's.9*l t9t*30 l*SC tt'0C 2f*n2 C*lC tll*$t

$*0C tit 's'9 t5 9't.tO*O lt*se t'5C ti'00 2t'42 t'SC n2l'51

$*00 21t'69 lC*L0*t tl*OC l'lC 28'00 tt*LZ t*3C ill'it

$*00

.?ll'6f t

tt*OC lC't2 t'90 12l*lf s'00 L M

  • 59 I

is lC*lett*0 l*3C t y' $,1 tt*0C lf*'l C*tC tll'tt 5'00 569*59 ts'0.l$*l 9'00

'd 45*l !e'0 l'30 l'5C le'0C

!t'll t'2C tll'ti

$*00 taS*ot fO'C*lC*1 9'0C l'5C

!t'00 ll'tl C*lC tll*St

$*0C ta'f'69 lC*t.25'r n*00 t'$C tt*3C 2t'LZ t'9C tll'ti

$*00 tM*69 64 ll*0 25'l 9*30 t'$C 2C*00 lt*LI C*SC tll*%1 S'CD lot'69 25't CC*0 l'00 L*SC tt*00

!t'll s' t'C 12l'51

$*00 lit'69 ro CC'0'CC'L 9'00 l*lC lf*OC tt*tI t'30 L!t*Gt S'0C let*69 CC't tS'O l'00 8'lO ff*00

't'LZ t'tC tll*lt '

S'00 t M

  • 69 rt l

ts'0.ts'L 9*00 l'50 lC'00 tt*tl t'30 tlI"1 S'00 lat*39 ta t$'l tt'O t'00 n 'lC ll'00 tt*tl

[*30 tll'tt

$'00 L M

  • 69 tt*0 90'O l'00 l*SC tt*00 29'ti t'9C lll'ti

$*00 ti'91 t M '69 I'

L*00 l'50 28'00 29*42 OVO tll'it S'0C ft'91 tts't9 na6O )=iv(

tt

6. w;,ni. go.p pu g.33.,A 3 g.0 >.tsni. )ov 89

!i 1

te ts tc te tt tt tt CE

-.~.-.-

Y.U"E

=

4

4 GNaosuw 2

Pa y z o

~

th!P CALCULATION SHEET Pn0'MCT

$0!!CS IM g go, 18710 298 CALC. NO. __.F4 C - Op suancT 125 vot f 2 ATTERY D. C. SYSTF.MIZINC SHEET NO. _ Tf.3

~ ~ kg c M E se Tr77f7]

ostIdNd' t"'l~o~[T't

~

o A T r ' ~cS[c'K't'I[*YoE[*[ sit'v hv c

onaose foa

'f h

D*4,1 /

Jh4 v6 W

A 8

2 Table 5.ic 3

ti 125v DC teaJ #rofile for 450 Mirutas Af ter sistCs a

tfAD IA.Vil Disteltutico SwitchWard 203 Olstributtsa f aitchteard 204 Chav.e4 C Cettery 28M9 Charret 0 04ttery 28010 3

4

? tra (uirutes) llw (min,rt es)'

I fs. '

l.33 30430 01 1 30 30.(20 i

1 seacter trip Circuit l

3.80 U.00 0.C0 l

3.80 0.00 0.C0 tresker Cabires 2L.33

[

l 1

1 4

18

  1. 515 Acitf ery 8 stay l

0.20 0.20 0.20 1

0.23 0.20 0.20 Cabir.et it.71 l

l l

1 32 Centrots of furbine of l

2.C )

2.C0 2.00 l

1.r:'bine Drive AFV l

l 43' l

l Additier.at torf for

.l 3.su

$.00 3.00 l

5.00 5.00 5.C0

,4, f uture CCPs

{

l 13 l

l Turbins Steo Valve for l

16.97 *

]

14 Afw furbird MV 4716

  • l l

l 1

Isted Inverter Load 0ua to j

60.00 "

]

60.00 **

the Operatico of 50C lietatlon j

j g,.

Velves NV.93T71 NY 9370 '

l l

i$

I I

Vital sus Imerter j

[

(resp <tively Y003 L Y004) l 100.94 103.94 100.94 l

f4.4%

84.M lo.LL I'

(resM<tively Y306 & 7007) l 10.C6 10.06 10.04 l

10.C4 10.04

?0.04 at 1

^l 22 Load 2eam: tion "'

l 33.30.

l 32.03 I

I 33 10f AL (entusing rarecen lead) l 121.59 115.19 77.39 l

105.50 101.70 69.70 Totat earri:rn Lead 73.97 60.00 2S E8 l

  • l' Mltute thruka teod in Battery sigin; tsLCulatico 27

" This 3.Mirute tardcas tosd la Conservatively Assured to be (quet to lated lnverter Capacity 23 of 70A Mirus a Constant 10A Inverter toed 29 l

"* Redstion of Lead on Inverters 1003 (30.3) ard 1004 (32.0) After teetter trip.

3, Essed on the toad Meesurements Perforewd Urder M0's 87100 484 ord 81100 498.

31 33 33 3a as I-34

- - - - = * =. - - * * ' " '

i l

L AO.l et e e F to i.

e e

M 0$ U U 2

fa e.,

hS CALCULATION SHEET 18760 293 UC.0U SONCS 263 g gg, CAL.C. NO. _-

PR WECT-T48 125 VOLT BATTERY D. C. SYSTE.t SIZING SHEET NO SUBJECT

.. ~

.,.. ~,. -

,_.. _ g..-OntClP# ATOn DAYE C H ECK Cit oAfg g

CATE CHECKED DATE j nCV rt E V l O R IGif 4 A T *3 84 l

$**i

~

n S A 1.n a oIn _Iu $ 8 &ltf_K L

b 3I l

3 feble 1.34 2

125.WC 1A11(31 ko soot $12lvG CAL (y( AlloN). $$ (((($ ((kgere( A) se a

tcwest (spected (tectrolyte f orps mieleta Cell voltaget Cell Mfst Cell fyNa Pos. Plates

?

g 60 F 1.5$ VeC (s101 C01) s t e<N'. r ed l ec t i co li s e I

Ow atica fire to led Capacity at (31/(6)

  • Pesitive Plates Change in r

y l.ead toad

'offaticJ of Sectic.n ! Min late P ftc4

( Artwr e s )

( Ar pres )

(Hinutes)

(alr.Jt e s ) DOsdos. Pt Pos. Valbe he1. T8IWe 1

80 (1)

(2)

())

(4)

($)

4)

(f) tection 1. first Paried Caly. If A2 is greater thga A1. Se to section 2 1

Al e A1 0 e at a

! e n1 a

,3 4!4.4

&&4.4 1

1 105.00 4.61 12 Section it f)tal 4.41 Section 2 First fue Periods Cnly. If A3 is greater tnas a2 go to lat( M 3 i

1 Al e A1. O e MI e f a m1.e2 e gy 454.4 454.4 1.00 N.01 13.00 4.35 is 2

A2 e a2 Al e ut a

! * >2 e

!?7.6 304.4 87.00 11.00

$$.C0 1.29

'I lution 21 s o.tetal a.35 5.29 fatal 3.04 to a arinn t o ad cal y ( i f ne eded) t oc cur irw; a f t e r f i r s t 34 s e c. )

g, 4

At e At.Oe at e i e na e 88 33.4 30.e 1.c0 1.co 105.00 0.29 l

mas, lect.

sa w a tect.

  • Vecorrected Site e

Site as Site 4.61 0. '. 3 4.61 (Pos Pletes) 23 I

urwor r ec t ed Corre<tlen fe v reture Needed I

24 23 Sise x

factor x

inster e

tite 4.61 1.25 1.11 4.40 (pos. Plates) te I

Available

  • trded Avaltable 1 Mar 0 n Capac it y l

.lte

) /

slie 100 1 e

II

(

Site

. 40

  • tardei sectica sise twt eoded, wet coincident with first minute us.

30

    • For toed profile see Page T41, f or CM.15 $ cweves See f ase t31 i

3e 33 33

.a 33

~

as s o.a sse, a en

. - ~. -...

~ -

- ~. -.--.

.~.

~ -. - -. -

e N d 4 0.5 u A E 1

P 2.p

($f CALCULATION SHEET 50 tlc 3 20 187t.0 293 E4C. W

.. Pft0 JECT _

,K)3 N o.-

CALC. f 40.

SUBJECT 125 Vol.T CATTinY D. C. SYSTEM 5171110 SHEETHQ T#'9 f

C HEC M EH 1_U A f t1_n g v i (MICIN A T o m_.. _ _.l DAfr

-.CHECNCI M.

-..D..A T.C. g z

l.. -DATE

=

nev omdiNATOR j.. /\\-

R,,

=

p/7

..mM ens, st..

s t

3 table 5.33 3

12$ WC 8Af fit? NO. 8004 51282C CALCV'. Allt.$ * $8 Citts (Chawl 3) "

Lowest tvetted flettrolyte femt alalous Cell Voltater Cell ufst Celt 1 p : Pos. Platest 3

W P l.44 VPC tilet Cm.15 -

7 4

R egJlr ed tes t len 51 s t I

Chante in Duratiws ' fir.t to trd Carecitr at (3)/(63 e Positive Plates ta+1 tsad of Pee'Itd of testice i Min Rate Pa risJ '

( A..pe r e s )

( Arger e s )

(Mieutes)

(nimtes) Aros/ Pas. Pl Pes. Value seg. Value 9

(I)

(2)

(3)

(4)

(5)

(6) ll) to

$sttire 1

  • First eerlo$ Cnly. if A213 greater than A1. gt te lectica I 1

Al e Al. O e Hj e t e es t e 412.0 (12.0 t

i 111.00 3.71

-ta 13

$tttiset 18 fetal 3.78 14 lettlee 2. first tw Psrieds Only

  • If A3 is greater th.n A2, go to lettlett 3 93 1

Al e A). O e M1 e i e kl.k2 e to 612.0 412.0 1.00 90.C3 M.00 6.8?

2

' 42 e A2. At e p2 e I e m2 185.2 226.5 47.00 49.00 40.00 3.7s

';ectices la I & fotat 4.87 a3.78 is fotet 3.09 to taNan La.d Only (if reedall toccurtr4 af ter first 36 set.)

20

.A ~

At e A2

  • 0
  • mt s i e Ha e 34.7 34.7 1.00 1.00 111.00 0.31 g,

3 ites. Sect.

C armb:se s ec t.

  • Uncorrested a

$tse

. Site

.$lte 23 3,71 0.00 3.T1 (P s. Plates)

24 28 Uncorrected Correctlen f reperature N e e<44 tite.

I fattoe I

factor

' lite is 3.71 1.2$-

4.11

$.15 (Pos. Plates)

II Available Needed Avalls;le 3 Mergin Capcity site

] /

sih 2 100 1 e

g,

(

tiae o

T

.$.15 7

26.43 19

~3' ttlen site not added. Not telncloent with first Minute NS.

  • t arv1 38 ter 40&2 prtfile see Pate 142, f or CMal) $ Curve 9 See P49e III 32 1

33 14 al 34 i.ao.n e e s i sees

~

&vaoSURE 2

?4j e 23 rh,;

CALCULATION SHEET r

I U 0M Pn0 JECT J03 NO.

M]p0 2H CALC.NO.

125 V01.7 BATTEJLY D. C. SYSTDi SIZIlld SHECT NO. #

SUBJECT wa m

~ ~

~ ~~

n u s.s..a m _..

~

~.

I >t t y '

o micir4 A vo n DATr c e s s c x t ry DAtt. trCV o rtioif 4 A f ort D A T (.

.-CHCCKER ATE g'

/3s rs.w eL u ve,t. Wa/B 7/F5 84 d/

i r

i:

a table 5.3:

3 135 WC 4A11ttf k3. soc 9 st21er: CALCutaticals.18 ettts (Cha. met C) "

4 tesest tapacts4 (I6ttrolyt e f arpt Minisus Cett Vetteges Cell Hfst C all f yves Pos. Plates:

3 64 f 1.14 vtc (I104 CM 12 8

6 segstred lection lite y

ChaNe in Duratica fle.e to (rd Capacity at (3)M6) e Positive Plates 8

toad toed of Period of st<tico 1 Min 8 ate Parlsd (Aapres)

( Att:er e s)

(Mirutes) talrutes) A*pt/Pos. Pl Pos. Value heg. Yalue to-(1)

(2)

(3)

(6)

(5) to)

(?)

p

$3 lastien 1 = first Perlsd only

  • If A2 la greater then A1, go to section 2 1

41 e A1 0 e kl e t = ni e

,a 122.0 122.0 1

1 112.00 1.00 is 3,g g i,3 it t e s,.g i,c9 64 se<tica 2 first twa Peric44 mty. If A.) le treeter than A2, go to sectie 3 is 1

A1 e A1 0

  • M1 I e al w2 e 122."

122.0 1

30.C3 (J.C0 1.39 2

A2 e A2 A1 e k2 e t, w2 e 118.2 3.8 09 29.03 90.C3 0.04 l

Section 2: 5 & fotal 1.37

+0.04

[

t 18 Total 1.34 g,

6 20 Settlen 3

  • first three Perioda Cnly. If A% le greater than A3, go to tettica 4 1

Al e A1

  • O e M1 e I e kleM2 M3 s I'

122.0 122.0 1

480.00 23.00 4.10 2

AI

  • AI ' AI '

M2

  • I ' P2'RI
  • i 24 118.2
  • 3.8 27 4?9.00 21.C3 0.18 23 3

43 A3. A2 e u,3 g e p3 79.9 34.3 454 450. %

21.C3

  • 1.82 3,

Secti n 3: ! @ Total 4.10 2.00 is letel 4.09 as 27 28 29 30 31 31 33 3

34 l

I 3s r

3e

_ _ =

uo.n e s e i e as f

I

, _ _.. _ ~

..,m

FN C 4 0 50 /L G 2

?Q}(

29

[4, Q,e;a CALCULATION GHEET Pfl0)ECT __ S W 2 0 Jogg o J m o.298 CALC. NO.

06C 017,

SYSUJ45121NC SHE.E.T NO. _T H

[

!UBJECT J.- 25 V01,TJ4TIfQY U. Cm m-

.m w

l OfelGIN ATOM DAff CMgegge O A T r _ { rt L V ore s cif 4 ATO R l DATE CHtCKEst Daft p

tu v 1 9 n 8 & $ fir /i[l [/ 5 h 1DMn t..)_ I ob shy i

l-V

!L\\

m c

A 1

tord;.s Lead only (If renfNI) It<turing ef ter first 33 utn.)

r a

ue u.Oe

  1. ts e I e lit =

i 3

T/.0 77.0 1.C1 1.00 112.00 0.49 fies. Sect.

tersAd tett, o Urcorrested i

3

$lle

$1se e

life 4.09 0.47 4.78 (res. Platest 4

A3e y

Dcerretted Cstretticn it gereture n e eerd

$18e X

fac*er I

factor a

tise 6.78 1.25 1.11 6.64 (Pos. Plates) s Avellahie h eede d Avallable 1 margin Site

) /

lite a 103 1 C apac i t y

(

lite S

4.66 0

17.04 i,

i et

  • 2ar sco sectie $lte is s31ed sirse essista sectim stae is af ter 3D elmtes.

e 13

f or load preflie 6e0 Page 13. f or C4 lT 5 curves see Pace f 32 g4 13 to 47 to 19 to 21 38 23 2a 3$

t is 31 34 i

is 30 36 33 33 i

t' 35

^ ~ ~

uo.in e e i s.ee i

f

h ENato f u /LE 7,

fcy 2,$-

n

[i CALCULATION SHEET 18 740.J_9 8 CALC.NO.

_-EI.C 017 SOHCS2fil J0 0 NO. _

Pil0 JECT _

SUBJECT 125 VOLT BATTERY D. C. SYSTCt $1ZIIIC SHEET NO. T52 T r tx mis r % T r v e n -* m r m T m :7;rt r 7 m r v c & n m-T Ml0 N51i~TNh [& _.

05N

> kin /

l[h.....

6

.\\

e i.w. s. o 3

125 ntC BAltitt 60. 8010 lltin? CAtCVLAlical * $6 Cttti (CPteral D)

te est taputad flutrolyte twp wir,1.rus *ett vollstel Cell Mfts Cett type: Pos. Platesi g

44 f 1.4'. VPC t3104 Co 11 8

e Be'Nired let tion llt e y

Cheme in Dwrstten f ic. to Ird CancitP at (3)/te) e Positive Plates e

Lott toad of Perled of testle.n 1 min sete Period

( Awr e s)

(tsperes)

(Hirut e a l (mirut e s ) A.*ps/Pos et Poe. Vetue Weg. Vetue 60 (1)

(2)

(3)

(4)

(5)

(4)

(?)

setices I a first Pericd Cnty + If At is greater than A1, ss to sectice) 2 1

Al s A1 0 e Mi e t

M1 e gg 101.1 10$.)

i 1

112,C0 0.94 13 section 1:

fatal 0.94

$stilen 2

  • flest two Parltd4 C sty
  • If A3 is prester than A2. 30 ts $citim 3 in 1

A1 e Al 0 e M1 =

1 e minu2 e 105.5 10$.$

l.c0 33.00

  • S.C0 1.20 2

A2 e A2

  • At e ut e i e >2 e 101.7 3.8 29.00 29.C0 90.C0 0.04

,y setG.e 2 1.b fo:al 1.20

+0.04

s total 1.16 it 39 settien 3 First three Perle 44 Cnty
  • If A4 la greeter then A3. so to tactim 4 1

At e A1 0 =

H1 e f a M1+M2*k) e 88 101.5 101.5 1

480.00 20.C0 s.2F 2

A2 e A2 a Al e M2 e 1 e M2*M3 e 101.7

.].8 19 4??.00 21.C0

'0.10 R3 3

AJ e A.1 A2 =

M3 i e ml 69.7 32.0 410 450.C0 21.00

  • 1.52 Section 3: t & totet 5.27
  • l. 71, 23 totel 1.l?

24 27 28 29 3e 3t it 33 34 I

31 l'

34 l

vo.s....

l

C_

fay gg ENC LOS U /2.E 2.

,s.

d CAL.CULATION SHEF.T P ROJE CT - MW N -.

,KM N O.

U76.0. W CA LC. NO.

%C 017

~

syaJEcT m m?t.JA1. TIM.D. C. 523IT.'.u.SIUFC

...._ SH E ET No...T,,})_

L

........ - _,..., ~..

nsv olllCIN Atott OAft C H K C 6t t a :,f,a A T C #f,_C V _'

O rt i f".IN A T Q tt DATE C H gC K E se __

vg y

f s h tl*)4 h& J

.ftll$,'

0 L%ilLLe.r*.

m

,Y- -

.s~...-

a._.~

I Y

t '

3 Bardwe Lead Mty (lI FWMed) tecturirw) af ter first 30 aln.)

8

  1. 8 e A2
  • 0 e x2 e i e ed a 3

40.0 60.0 1.00 1.C0 112.00 0.54 Mas. Sect, p art /se let t. e uncorrected 3

$las lite lite e

3.57 0.54 c.11 (Pes. Pletes) e A$s d

y uncorrected Cctrection tsperature Ne Med site I

factor a

factar e

stav 4.11 1.25 1.11 5.10 (Pos. Plates) s.

I Avellable heeded Availalle

% aler$ n Capacitr

(

siae tire

! /

$1:e I 103 1 e

8 5.10 8

2S.11 gg

.I3

  • 24@2 secticvi slie is adhd s tr<a maalma sect cs) site is after JU minutes.

i 1

13 for losd pr$ file see Page f 45, f sr C11'171 curvet tee Page 152 g4 13 le 17 88 19 30 al 41 33 24 25' 4

38 27 18 29 30 34 32 33 34 3S 36 Co......

b

?

k k

' f L

9 I

I t

a

.I

't s

k P

t V

D E

L s

E

.I m

f

)

t I

f i

N l

4 4

4 n-

?

o L

Y r

?

r v

-I b

I i

t 6

1 6

m y

4

.--c

.m..

m,

- - -,

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