Text

Revisions to Tech Spec Pages 3/4 3-28,3/4 6-22,5-4,5-5 & Table 3.8.1 Re Emergency Feedwater Pump
	ML20052G188
Person / Time
Site:	Summer
Issue date:	05/04/1982
From:	; SOUTH CAROLINA ELECTRIC & GAS CO.
To:	;
Shared Package
ML20052G186	List: ML20052G185; ML20052G188;
References
	NUDOCS 8205140388
	Download: ML20052G188 (38)
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TABLE 3.3-4 '

R8 ENGINEERED SAEETY FEATURE ACIUATIQ1 SYSTD4 INSTIGENTATICN TRIP SETPOIITIS xcn o

L1CD bnctional Unit Total Allowance (TA) (} Z III (S)(1 & 2) Trip Setreint Allowable value ,

Tuo o 4,4 l It

r. Safety Injection See 1 above (all SI setInints)

J. Trips of titin Ebedwater la la la , la la Pumps

> M I Cf. S ura

h. Suction transfer on IIM la ta" la 2442 f t. 4 in.g4} -(Later) - -

Pressure

7. II)SS OF POYER u

a. 7.2 kV Dnergency Das in la la 2 5760 Volts with .h 5652 Volts with a k Undervoltage (Ioss of Voltage) - a 10.25 second s.0.275 second tin p

time delay delay.

S b. 7.2 kv Dmrgency Bus Under- la la in .36576 Volts 2 6511 Volts with i voltage with as3.0 second .5 3.3 seconal tire time delay delay

8. AtTIORTIC SifITOIOVER TO C0tfrAllMEITT SLMP

a. INST Level Iow-Iru la la In 218% 215% ,

Autcmatic Actuation in la la la la b.

Logic and Actuation Pelays. ,

(1) Units in percent synn (2) S = Sensor drift plus sensor calibration accuracy .

(4) Pump suction head at t.hich transfer is initiated is stated in effective water elevation in the condensate storage tank

~

( CONTAINMENT SYSTEMS ELECTRIC HYDROGEN RECOMBINERS 7

FTiy re o.""v"4",,03PY LIMITING CONDITION FOR OPERATION 3.6.5.2 Two independent post accident hydrogen recomeiner systems shall be OPERABLE. ,

g APPLICABILITY: MODES 1 and 2.

ACTION:

With one hydrogen recombiner system inoperable, restore the inoperable system to OPERABLE status within 30 days or be in at least HOT STANDBY within the next 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />.

SURVEILLANCE REOUIREMENTS 4.6.5.2 Each hydrogen recombiner system shall be demonstrated OPERABLE:

( a. At least once per 6 months by verifying, during a recombiner system functional test, that the minimum heater sheath temperature. increases -

to greater than or equal to 700 F within 90 minutes. Upon reaching 700*F, increase the power setting to maximum power for 2 minutes and verify that the power meter reads greater than or equal to 60 Kw.

b. At least once per 18 months by:

1. Performing a CHANNEL CALIBRATION of all recombiner instrumenta-tion and control circuits, 1

l 2. Verifying through a visual examination that there is no evidence l of abnormal conditions within the recombiner enclosure (i.e. ,

loose wiring or structural connections, deposits of foreign (A materials, etc. ), and

3. Verifying the integrity of all heater _ electrical circuits by -

performing a resistance to ground test following the above required functional test. The resistance to ground for any

-heater ph::c shall be greater than or equal to 10,000 ohms.

{ bank L .

SUMMER - UNIT 1 3/4 6-22

/ (- e e R rg m % -

M TABLE 3:8-1 (continued) 3 0

, C0flTAlllHENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i EQUIPff0.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TlHE 480 V SWGR. ,

1) XI N0067A- All PRIMARY XSW1A3/1C. LO!!G TIME- .540 Amps 'irl $ . Sec.

i< 0.17 Sec.

CRDH CLNG. SYS. FAN A Sil0RT TIME 2700 Amps INSTANT: g Amps q30.09Sec.;,

XSWIA3 MAIN INCOMING BACKUP XSWIA3/4B LONG TIME' 4800 Amps <Ji2 Sec.'

, 7 0.50 Sec. '

Sil0RT TIME 7200 Amps INSTANT N/A " N/A

$ BilS TIE TO XSWIC3 BACKUP XSulA3/4C' LONG TIME 3000 Amps .i< 12 Sec.-

7 0'.32 Sec.

Sil0RT TIME A500 Amps INSTANT N/A :N/A ,

w .

x

2) XfN00670-All PRIMARY XSWIA3/BA LONG TIME 540 Amps ! < it Sec.'

CDRM CLNG. SYS. FAN D Sil0RT TIME ' 2700 Amps 17 0.17 Sec.

INSTANT g Amps '3,0,.09Sec.

N XSWIA3 MAIN INCOMING BACKUP XSWIA3/48 LONG TIME 4800 Amps < 12 Sec.

, Sil0RT TIME 7200 Amps 7 0.50 Sec. D g.

, jj INSTANI N/A N/A 3 N.I

.Ca BUS TIE TO XSWIC3 BACKUP XSWIA3/4C LONG TIME 3000 Amps < 12 Sec.

Sil0RT TIME 4500 Amps 7 0.32 Sec. -<.j

N/A INSTANT N/A f5~i I.' ~ !

3) XCR0004-Fil PRIMARY XSWIA3/2C LONG TIME 744 Amps < 98 Sec. -:

REACIOR BLDG POLAR CRANE Sil0RT TIME N/A N/A (. .)

INSTANT 4050 Amps 5 0.09 Sec. .:

l ,

XSWIA3 HAIN INCOMING BACKUP XSWIA3/4B LONG TIME 4000 Amps '< 12 Sec.

i Sil0RT TIME 7200 Amps 7 0.50 Sec.

il INSTANT N/A N/A i

D O

~

D Q M TABLE 3.8-1 (continued)

EE G

. CONTAINMENT PENETRATION CONOUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA . ,

\

E EQUIPtl0.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

3) CONTINUED:

BUS TIE TO XSWIC3 BACKUP XSWlA3/4C LONG TIME 3000 Amps <.12 Sec.

Sil0RT TIME 4500 Amps 7 0.32 Sec.

INSTANT N/A N/A

4) XFN0009A-All PRIMARY XSWIA3/2A LONG TIME 360 Amps < 30 Sec.

R.B., REACTOR COMPART. Sil0RT . TIME 1350 Amps 7 0.17 Sec.

CLNG FAN A u

INSTANT g Amps 30.09Sec.

) XSWIA3 MAIN INCOMING BACKUP XSW1A3/4B LONG TIME 4800 Amps < 12 Sec.

m ,

Sil0RT TIME 7200 Amps 7 0.50 Sec.

g INSTANT N/A N/A BUS TIE TO XSWIC3 BACKUP XSWlA3/4C LONG TIME 3000 Amps < 12 Sec.

Sil0RT TIME 4500 Amps 7 0.32 Sec.

INSTANT N/A N/A .

I

5) XfN00678-All PRIMARY XSW183/20 LGNG TIME 525 Amps < 30 Sec.

=tv a CRDM CLNG. SYS. Fart B Sil0RT TIME 2250 Amps 30.17Sec. ' [.j INSTANT y ^gAmps 5 0.09 Sec. .

f.

XSWID3 MAIN INCOMING BACKUP XSWlB3/4B LONG TIME 9000 Amps <12dec. j . ?o .

Sil0RT TIME 9000 Amps 7 0.50 Sec.

INSTANT N/A R/A f ."i C .j V3I

'~

EMERGENCY FEED FROM BACKUP XSWlB3/3B LONG TIME 4800 Amps < 12 Sec.

XSWlDB1 Sil0RT TIME 6000 Amps 7 0.32 Sec. 'c a INSTANT N/A R/A ((j

6) XFN0009B-All m

PRIMARY XSW103/3A LONG TIME 525 Amps < 12 Sec. I R.B., REACTOR COMPART. Sil0RT TIME 1125 Amps.

CLNG FAN D 30.17Sec. -

INSTANT 1500 Amps 1 0.09 Sec.

D D Q O ~

8 TABLE 3.B-1 (continued)

3 0

. CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i E

EQUIPHb.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

$O $h FltSE XPN 397/ h 3 7fM'II'* ohms N/A XSWlG3 MAIM INCOMING BACKUP X5W100/40 -LONC !!MC 0000 hps s II Su.

SNORT TIMC 0000 h ps ? 0.50 Se .

. INSTANT N/A N/A

-["[RCENCY TEED FR0" Of,CXUP XSU103/30 LONC TI",C 4000 hp; '

12-Sec.

--XWIDat-- %HORT-TIHC G000.hpa ? 0.32-Sec.

-INSrIANT -N/f, R/f.

$ 7) XFN00067C-All PRIMARY XSW1C3/20 LONG TIME 540 Amps 5 30 Sec.

a, CDRH ClNG. SYSTEH FAN C Sl!0RT TIME 2700 Amps < 0.17 Sec.

g INSTANT pfdps 30.09Sec.

XSWIC3 HAIN INCOMING BACKUP XSWIC3/38 LONG TIME 4800 Amps < 12 Sec.

Sil0RT TIME 7200 Amps 7 0.50 Sec.

INSTANT N/A N/A i -

1 c, 1 BUS TIE TO XSWIA3 BACKUP XSW1A3//.C LONG TIME 3000 Amps 5 12 Sec. Fi$

Sil0RT TIME 4500 Amps < 0.32 Sec. CJ INSTANT N/A N/A '8 Co B) HFN00978-All PRIMARY XSWlDB1/60 LONG TIME 525 Amps < 30 Sec. :>

R.B. CLNG. UNIT FAN Sil0RT TIME 1500 Amps 7 0.17 Sec. !sJ XFH64B EMERGENCY MOTOR INSTANT 2250 Amps 5 0.09 Sec. ; .'j 6300 C' XSWIDB1 HAIN INCOMING BACKUP XSW1081/4B LONG TIME 0000 Amps < 12 Sec. l Sil0RT TIME 9000 Amps 7 0.50 Sec. [*.3 INSTANT N/A N/A M

9) HFN00968-All PRIMARY XSWIDB1/78 LONG TIME 1260 Amps $ 30 Sec.

R.B. CLNG. UNIT FAN- Sil0RT TIME 5400 Amps < 0.17 Sec.

XFN640 NORMAL H0 TOR 7200 Amps INSTANT - 30.09Sec. -

5y00

_--- L _ _ _ _ _ _ _ - - - _ _ _ - ----

D D Q O y TABLE 3.8-1 (continued) 2 9

. CONTAINMENT PENETRATION C0!10UCTOR OVERCURREllT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ;

g -

EQUIPHb.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

9) CONTIlluED:

(,,300 XSWIDB1 MAIN INCOMING BACKUP XSW1031/4B LONG TIME ^000 Amps < 12 Sec.

Sil0RT TIME 9000 Amps 7 0.50 Sec.

IllSTANT N/A N/A

10) MfH0096C-AN PRIMARY XSWIDA1/5B LONG TIME 1260 Amps < 30 Sec.

R.B. CLNG. UNIT FAN Sil0RT TIME 5400 Amps < 0.17 Sec.

XIH65A fl0RMAL MOTOR INSTANT g-Amps 30.09Sec.

$ XSWIDAl MAIN INC0llING BACKUP XSW1DA1/4B LONG TIME - N N Amps < 12 Sec.

cn Sil0RT TIME 9000 Amps 7 0.50 Sec.

g i INSTANT N/A N/A

~

11) MfH0097C-All PRIMARY XSW1DA1/6C LONG TIME 525 Amps < 30 Sec. -

R.B. CLilG. UNIT FAN Sil0RT TIME 1500 Amps 7 0.17 Sec.

XIN65A EMERGENCY MOTOR INSTANT 2250 Amps 30.09Sec.

XSWIDA1 MAIN INCOMING BACKUP XSWIDA1/4B LONG TIME Sil0RT TIME 0 Amps 9000 Amps

< 12 Sec.

7 0.50 Sec.

3

.Cb INSTANT N/A N/A 'i,]

12) Mf fl0096A-All PRIMARY XSW10A1/6B LONG TIME 1260 Amps < 30 Sec. C3 R.D. CLNG. UNIT FAN Sil0RT TIME 5400 Amps 7 0.17 Sec. 2 J XFH64A NORMAL MOTOR INS, TANT '^^^ A 7 0.09 Sec. , A 'l

$fmps t-]

XSWIDA1 MAIN INCOMING BACKUP XSW1DA1/4B LONG TIME 9 99 Amps < 12 Sec. Q Sil0RT TIME 9000 Amps < 0.17 Sec. c.)

I!1STANT N/A N/A t.;

%s

13) MFH0097A-All PRIMARY XSW10A1/SC LONG TIME 525 Amps < 30 Sec. %"

j R.B. CLilG. UNIT FAN. Sil0RT TIME 1500 Amps 7 0.17 Sec.

XFN64A EMERGENCY MOTOR INSTANT 2250 Amps 30.09Sec.

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Q y TABLE 3.8-1 (continued)

TE

u

. CONTAINNENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ;

E '

EQUIPtl0.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

17) CONTINUED:

XSWluB2 MAIN INCOMING BACKUP XSWlDB2/4B LONG TIME 4800 Amps < 12 Sec.

Sil0RT TIHE 7200 Amps < 0.50 Sec.

INSTANT N/A N/A 440 Vac CDRM PWR. CAB. IAC, CONTROL BANK A, itc " I- '

18) MECilANISH 1 -

A59-Fu13

'4 .

w XCA1A-CR PRIMARY XCA1A > 40-Milliohms N/A y; T ;: -

9 XCA1A-CR A59-Fu17 BACKUP XCA1A 1 Hilliohms '-' N/A m <t,,

XCA1A-CR A51-Ful PRIMARY XCA1A > 1.4 Milliohms N/A

-.c XCA1A-CR A57-Ful BACKUP XCA1A 1'1.'4 Hilliohms' -

N/A-

, g, , . ,;

XCA1A-CR A59-Fu21 PRIMARY XCA1A 199 Hillichms N/A %

XCA1A-CR A61-Fu45 BACKUP XCA1A Milliohms N/A :3::

c:a

19) MECilANISH 2 - i :

1...l 6 '

XCA1A-CR A59-Fu14 PRIHARY XCA1A

> % Hilliohms N/A i

'c g s [ > _;

XCA1A-CR A59-Fu18 BACKUP XCA1A 1 % Hilliohms N/A '

,e/.[ -

XCA1A-CR A51-Fu2 PRIMARY XCA1A > 1.4 Milliohms N/A f #

XCA1A-CR A57-Fu2 BACKUP XCA1A 1 1.4 Hilliohms N/A 1)

XCA1A-CR A59-F.u22 PRIMARY XCA1A ,

> Milliohms N/A XCA1A-CR A61-Fu46 BACKUP XCA1A 2 -14 Hilliohms N/A

i b h O ~

8 TABLE 3.8-1 (continued)

M g) CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA EQUIP N0.-SYS/0ESCRIPTION DEVICE LOCATION TEST SETPOINT _ RESPONSE TIME -

U CRbHPWR, CAB. LAC, CONTINUED: i 1

H

20) HECllANISH 3-S XCAIA-CR A59-Fu15 PRIMARY XCA1A lie-Milliohms N/A 6

,XCA1A-CR A59-Fu19 BACKUP XCA1A N/A 1-18-Hilliohms XCA1A-CR A52-Ful PRIMARY XCA1A 1 1.4 Hilliohms N/A XCA1A-CR A58-Ful DACKUP XCA1A 1 1.4 Hilliohms N/A

$ XCA1A-CR A59-Fu23 PRIMARY XCA1A 1 Hilliohms N/A i XCA1A-CR A61-Fu47 BACKUP XCA1A 1 Milliohms N/A

21) HECllANISH 4 -

Yo %

X,CA1A-CR A59-Ful6 PRIMARY XCA1A 1-le Hilliohms N/A 3,f XCA1A-CR A59-Fu20 BACKUP XCA1A 1 Milliohms N/A N

XCA1A-CR A52-Fu2 PRIMARY XCA1A 1 1.'4 Hilliohms N/A 6

XCA1A-CR A58-Fu2 BACKUP XCA1A 1 1 4 Milliohms N/A ,i XCA1A-CR A59-Fu24 PRIMARY XCA1A 1-it Hilliohms N/A }-!

y, N XCA1A-CR A61-Fu48 BACKUP XCA1A ~> -le Hil1iohms N/A (. a ,

. \

L>

440 Vac CORH POWER CABINET 1AC, CONTROL DANK C, GROUP 1

22) HECllANISH 1 - *H' f Q3 6

XCA1A-CR A60-Fu25 PRIMARY XCA1A 1-1& Milliohms N/A XCA1A-CR A60-Fu29 BACKUP XCA1A 1 Milliohms N/A

p TABLE 3.8-1 (continued)

M EU C0tiTAllCtENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i

C ,

{

EQUIP HQ -SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

! CRDM PWR. CAB. IAC, CONTINUED: -

XCA1A-CR A53-Ful PRIMARY XCA1A > 1.4 Milliohms N/A XCA1A-CR A57-Ful BACKUP XCA1A 1 1.4 Milliohms N/A 6

XCA1A-CR A60-Fu33 PRIMARY XCA1A 1-te Milliohms , N/A 4 -

XCA1A-CR A61-Fu45 DACKUP XCA1A > -le Milliohms N/A w 23) HECilANISM 2 -

1 XCA1A-CR A60-Fu26 PRIMARY XCA1A > Milliohms N/A iXCA1A-CR A60-Fu30 BACKUP XCA1A > Milliohms N/A XCA1A-CR A53-Fu2 PRIMARY XCA1A > 1.4 Milliohms N/A XCA1A-CR A57-Fu2 BACKUP XCA1A 1.1.4 Milliohms N/A T q T

XCA1A-CR A60-Fu34 PRIMARY XCA1A > Milliohms N/A [j f L b XCA1A-CR A61-Fu46 BACKUP XCA1A N/A

~~> -le-Milliohms f:0

24) HECilANSIMS 3 - 4 >

XCA1A-CR A60-Fu27 PRIMARY XCA1A > -It Mi'lliohms N/A {[:..a i

XCA1A-CR A60-Fu31 BACKUP XCA1A >

Milliohms N/A [

XCA1A-CR AS4-Ful PRIMARY XCA1A > 1.4 Milliohms N/A h* ]

XCA1A-CR A58-Ful BACKUP XCA1A > 1.4 Milliohms N/A %"

6 k I

>-le Milliohms

~

XCA1A-CR A60-Fu35 PRIMARY XCA1A N/A ,

6 XCA1A-CR A61-Fu47 BACKUP XCA1A >-M Milliohms N/A

b O h O '

v, TABLE 3.8-1 (continued) 4 'j] CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA j

b

-4 EQUIP N0.-SYS/0ESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME ,

l ~ CRDM PWR. CAB. IAC, CONTINUED:

25) HECilANISH 4 - ,

XCA1A-CR A60-Fu28 PRIMARY XCA1A 1 Milliohms N/A

,XCA1A-CR A60-Fu32 BACKUP XCA1A 1 Hilliohms N/A XCA1A-CR AS4-Fu2 PRIMARY XCA1A 1 1.4 Hillioh2s N/A XCA1A-CR A58-Fu2 BACKUP XCA1A 1 1.4 Milliohms N/A

$ XCA1A-CR A60-Fu36 PRIMARY XCA1A 1 Milliohms N/A iXCA1A-CR A61-Fu48 BACKUP XCA1A 1 Milliohms N/A 440 VAC CriDM POWER CABINET 1AC, SiluT00WN BANK A, GROUP 1 .

26) HECilANISH 1 -

XCA1A-CR A61-Fu41 PRIMARY XCA1A 1 H.illiohms N/A XCA1A-CR A60-Fu37 BACKUP XCA1A 1 Milliohms N/A ,

.., f I XCA1A-CR , A55-Ful PRIMARY XCA1A 1 1.4 Milliohms N/A -

XCA1A-CR A57-Ful DACKUP XCA1A 11.4 Milliohms N/A l ,, >

XCA1A-CR A61-Fu49 PRIMARY XCA1A 1 Milliohms N/A f-f!

t 6 USi

. XCA1A-CR A61-Fu45 BACKUP XCA1A 1,-l& Hilliohns N/A f c, ,3

v. >

27) HECilANISH 2 - ,

Q'.!

6 J XCA1A-CR A61-Fu42 PRIMARY XCA1A 1-l& Milliohms N/A N.

6 XCA1A-CR A60-Fu38 BACKUP XCA1A 1-le Hilliohns . N/A

D D

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D Q .

i 1

- . l g TABLE 3.8-1 (continued)

M .

9 CONTAINHENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA :

il E EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME I A '

w CROM PWR. CAB. 1AC, CONTINUED: i XCA1A-CR A55-Fu2 PRIMARY XCA1A > 1.4 Hilliohms N/A XCA1A-CR A57-Fu2 BACKUP XCA1A 1 1.4 Hilliohms N/A 4

XCA1A-CR A61-FuSO PRIMARY XCA1A >-le Hilliohms N/A

f- ,

XCA1A-CR A61-Fu46 BACKUP XCA1A , 1-le Hilliohms N/A .

28) HECilANISH 3 - (,

y XCA1A-CR A61-Fu43 PRIMARY XCA1A 1-1& Hilliohms N/A ,

i

? ;XCA1A-CR A60-Fu39 BACKUP XCA1A >

Hilliohms , N/A XCA1A-CR A56-Ful PRIMARY XCA1A > 1.4 Hilliohms N/A -

XCA1A-CR A58-Ful BACKUP XCA1A > 1.4 Milliohms N/A

.T. J -

XCA1A-CR A61-FuS1 PRIMARY XCA1A > Milliohms N/A E:j XCA1A-CR A61-Fu47 BACKUP XCA1A

_f L>~3

-->-le Hilliohms N/A f5

29) HECilANSlHS 4 - g XCA1A-CR A61-Fu14 PRIMARY XCA1A 1 Hi.111 ohms N/A j:g; i XCA1A-CR A60-Fu40 BACKUP XCA1A >

Hilliohms N/A l XCA1A-CR A56-Fu2 PRIMARY XCAIA 1 1.4 Milliohms N/A [*]

.. )

XCA1A-CR A58-Fu2 BACKUP XCA1A 1 1.4 Milliohms N/A' %~

'XCA1A-CR A61-FuS2 PRIMARY XCA1A Milliohms 1 N/A XCA1A-CR A61-Fu48 BACKUP XCA1A >

Milliohms N/A

Q D

~

D D g TABLE 3.8-1 (continued)

EE O C0tlTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA . .

. , i.

E EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT ' RESPONSE TIME A x g 440 VAC CRDM POWER CABINET 2AC, SiluTDOWN BANK A, GROUP 2 -

30) HECilANISM 1 - .

XCA2A-CR A59-Fu13 PRIMARY XCA2A 1 Milliohms N/A 6

, XCA2A-CR A59-Fu17 BACKUP XCA2A 1-to-Milliohms N/A XCA2A-CR A51-Ful PRIMARY XCA2A 1 1.4 Milliohms N/A XCA2A-CR A57-Ful BACKUP XCA2A

, 2 1.4 Milliohms N/A g XCA2A-CR A59-Fu21 PRIMARY XCA2A , l' Milliohms N/A

' 6

? ; XCA2A-CR A61-Fu45 BACKUP XCA2A -> % Milliohms N/A g 1

31) MECilANISM 2 - i XCA2A-CR A59-Fu14 PRIMARY XCA2A 2 Milliohms N/A _

6 XCA2A-CR A59-Fu18 BACKUP XCA2A > % Milliohms N/A ! .].

L . .)

XCA2A-CR A51-Fu2 PRIMARY l'1.4 Milliohms XCA2A N/A [,,j XCA2A-CR A57-Fu2 BACKUP XCA2A 2 1.4 Milliohms N/A C>

.1 XCA2A-CR A59-Fu15 PRIMARY XCA2A 1 Milliohms N/A Qi, XCA2A-CR A59-Fu19 BACKUP XCA2A .

1 M1111 ohms N/A f

32) MECilANISM 3 -

i i

6

[*]

o j XCA2A-CR A59-Fu15 PRIMARY XCA2A f 1-10 Milliohms N/A W XCA2A-CR A59-iu19 BACKUP XCA2A i 1 Milliohms N/A

.~

O

^

O P ;

9 .

E TABLE 3.8-1 (continued)

M

!B e CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA -

i g

4 x .

LQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

]

Cil0M PWR. CAD. 2 AC, CONTI!:UED:

XCA2A-CR A52-Fu11 191 MARY XCA2A > 1.4 Milliohms N/A XCA2A-CR A58-Ful DACKUP XCA2A > 1.4 Millichros N/A 6

XCA2A-CR A59-Fu23 PRIMARY XCA2A

> -M-Hilliohms N/A XCA2A-CR A61-Fu47 BACKUP XCA2A >_ Milliohms N/A to 33) MECilANISM 4 - g 2 XCA2A-CR A59-FufG PRIMARY XCA2A > -M- Millichms N/A

(>

' XCA2A-CR A59-Fu20 BACKUP XCA2A > -M-Millichas

_ N/A XCA2A-CR A52-Fu2 PRIMARY. XCA2A > 1.4 Milliohms N/A .

XCA2A-CR A58-Fu2 BACKUP XCA2A > 1.4 Milliohms N/A []) ,

C.

XCA2A-CR A59-Fu24 PRIMARY XCA2A >

Hilliohms N/A f_.f XCA2A-CR A61-Fu45 BACKUP XCA2A >

Milliohms N/A 440 VAC CRDH POWER CABINET 2 AC, CONTROL BANK C, GROUP 2 , f ,I - l

34) MECilANISH 1- t.j XCA2A-CR A60-F25 PRIMARY XCA2A > . Milliohms N/A Q XCA2A-CR A60-Fu29 BACKUP ' XCA2A -

> Milliohms N/A b

%s XCA2A-CR A53-Ful PRIMARY XCA2A > 1.4 Milliohms N/A XCA2A-CR A57-F'ul BACKUP XCA2A > 1.4 Milliohms

_ N/A

p p E TABLE 3.8-1 (continued)

, CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ;

E EQUIPtl0.-SYS/ DESCRIPTIONDEVICE LOCATION TEST SETPOINT RESPONSE TIME CRDM PWR. CAB. 2 AC, CONTINUE 0: g XCA2A-CR A60-Fu33 PRIMARY XCA2A 1-t& Milliohms N/A XCA2A-CR A61-Fu45 BACKUP XCA2A 1-10-Milliohms N/A

35) HECilANISH 2 - g XCA2A-CR A60-Fu26 PRIMARY XCA2A 2-10-Milliohms N/A XCA2A-CR A60-Fu30 BACKUP XCA2A 1 Milliohms N/A

$ XCA2A-CR A53-Fu2 PRIMAPY XCA2A 1 1.4 Milliohms N/A i

XCA2A-CR A57-Fu2 BACKU. XCA2A 1 1.4 Milliohms N/A 6

XCA2A-CR A60-Fu34 PRIMARY XCA2A 1-te-Milliohms N/A XCA2A-CR A60-Fu46 BACKUP XCA2A 1.-1 Milliohms N/A 1}

36) HECilANISM 3 - 6 e)

XCA2A-CR A60-Fu27 PRIMARY XCA2A 1 -le-Milliohms N/A !,l 4 .

XCA2A-CR A60-Fu31 BACKUP XCA2A 1-10-Milliohms N/A 3

.)

XCA2A-CR AS4-Ful PRIMARY XCA2A 1 1.4 Nilliohms N/A .$? ,

I' .di XCA2A-CR A58-Ful BACKUP XCA2A 1 l'.4 Milliohms N/A Q XCA2A-CR A60-Fu35 PRIMARY XCA2A 1 Milliohms N/A a g %.s XCA2A-CR A61-Fu47 BACKUP XCA2A 1-le- Milliohms N/A N 1 1

C R D Q g TABLE 3.8-1 (continued) 3

[0 CONTAlli!4ENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA QUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

-i i e CRDM POW. CAB. 2AC, CONTINUED:

37) HECl!ANISH 4 -

. 6 XCA2A-CR A60-Fu28 PRIMARY XCA2A > -le Hi11lohms N/A

. 6 XCA2A-CR A60-Fu32 BACKUP XCA2A > M1111 ohms N/A XCA2A-CR A54-Fu2 PRIMARY XCA2A > 1.4 Milliohms N/A XCA2A-CR A58-Fu2 BACKUP XCA2A > 1.4 Hilliohms N/A 6

XCA2A-CR A60-Fu36 PRIMARY XCA2A > -le Hill f ohms N/A

{

XCA2A-CR A61-Fu48 BACKUP XCA2A 1 Milliohms N/A 440 VAC CRDH POWER CABINET 2AC, SiluTDOWN BANK A, GROUP 2

38) HECilANISH 1 -

XCA2A-CR A61-Fu41 PRIMARY XCA2A > Milliohms N/A in f 7

XCA2A-CR A60-Fu37 BACKUP XCA2A >-le Hilliohms N/A

'f }

I.. , _, ,

XCA2A-CR A55-Ful PRIMARY XCA2A > 1.4 Hilliohms N/A p3 ,

XCA2A-CR A57-Fu2 BACKUP XCA2A > 1.4 Milliohms

_ N/A .

XCA2A-CR A61-Fu49 PRIMARY XCA2A >

Milliohms N/A id Cd

, XCA2A-CR A61-Fu45 BACKUP XCA2A > Milliohms N/A g-3 t )

39) HECilANISH 2 - 'j '.-

XCA2A-CR A61-Fu42 PRIMARY XCA2A >

Hilliohms N/A s

XCA2A-CR A60-Fu38 BACKUP XCA2A >-10 Hilliohms N/A

~

D D D ~

l j TABLE 3.8-1 (continued) iN

o

. CONTAltlMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ;

g i -

Ef)UIP t'40.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME CRDM PWR. CAB. 2 AC, CONTINUED:

XCA2A-CR A55-Fu2 PRIMARY XCA2A > 1.4 Milliohms .H/A XCA2A-CR A57-Fu2 DACKUP XCA2A > 1.4 Milliohms .N/A XCA2A-CR A61-Fu50 PRIMARY XCA2A > M1111 ohms N/A 6

XCA2A-CR A61-Fu46 BACKUP XCA2A >-10-Milliohms N/A u 40) MECllANISH 3 - 4 h XCA2A-CR A61-Fu43 PRIMARY XCA2A > Milliohms N/A i XCA2A-CR A60-Fu39 BACKUP XCA2A > Milliohms N/A XCA2A-CR A56-Ful PRIMARY XCA2A > 1.4 Milliohms N/A XCA2A-CR A58-Ful BACKUP XCA2A > 1.4 Milliohms

_. N/A i 7

f. ** n XCA2A-CR A61-FuS1 PRIMARY XCA2A > Milliohms N/A [j XCA2A-CR A61-Fu47 BACKUP XCA2A 1 Milliohms N/A -

41) MECilANISH 4- 4 XCA2A-CR A61-Fu44 PRIMARY XCA2A ~>-le-Milliohms N/A h.y .'i h='y

' f i XCA2A-CR A60-Fu40 BACKUP XCA2A >-le Milliohms N/A .

UQI XCA2A-CR A56-Fu2 PRIMARY XCA2A > 1.4 Milliohms N/A [.' j XCA2A-CR A58-Fu2 BACKUP XCA2A > 1.4 Milliohms c

N/A M -

XCA2A-CR A61-FuS2 PRIMARY XCA2A >-le Milliohms

, N/A

-~

6 '

XCA2A-CR A61-Fu48 BACKUP XCA2A >-te Milliohms

, N/A

D D Q O

~

g TABLE 3.B-1 (continued) r CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ,

f C ~

z Q EQUIP NO.-SYS/0ESCRIPTION OEVICE LOCATION TEST SETPOINT RESPONSE TIME

, s 440 VAC CRDM POWER CABINET.IBD, SilUTDOWN BANK B,iGROUP 1

42) MECilANISM 1 - -

4 XCA18-CR A59-Fu13 PRIMARY XCAIB 1--le Milliohms N/A i

4 XCA10-CR A59-Fu17 BACKUP XCAIB i 1-le Hilliohms N/A ,

i XCAlB-CR A51-Ful PRIMARY XCA1B > 1.4 M{1lichas N/A XCA18-CR A57-Ful DACKUP XCA10 1 1.4 Milliohms N/A s ' f

{ XCA18-CR A59-Fu21 PRIMARY XCA1B >-40 Millichms N/A h XCAIB-CR A61-Fu45 BACKUP XCA1B >--lh Milliohms -N/A

43) MECilANISM 2 -

XCA18-CR A59-Fu14 PRIMARY XCA1B > Milliohms !A a XCA18-CR A59-Fu18 BACKUP XCAIB , 3 Milliohms N/A

1.

XCAIB-CR A51-Fu2 PRIMARY XCAIB 1 1.4. Milliohms N/A l f;.

I

XCAIB-CR A57-Fu2 BACKUP XCA1B 1 1.4 Milliohms , N/A XCA10-CR A59- Fu22 PRIMARY XCAIB >_ 11111tohms N/A .

~

XCA10-CR A61-Fu46 BACKUP XCAIB 1-lhMilliohms N/A f;]

44) MECllANISM 3 - i k i XCA10-CR A59-Fu15 PRIMARY XCAIB ! 1 Milliohms N/A XCA18-CR A59-Fu19 BACKUP XCA1B >_

Milliohns N/A

~

Q f } O E TABLE 3.8-1 (continued) 1 0

. CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ,

E EQUIPflu.-SYS/BESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME CRDH PWR. CAB. 100,' CONTINUED:

XCAIB-CR A52-Ful PRIMARY XCAIB > 1.4 Milliohms N/A XCA10-CR ASB-Ful BACKUP XCA1B > 1.4 Hilliohms N/A 6

XCAID-CR A59-Fu23 PRIMARY XCA1B > -se Milliohms N/A -

6 XCA10-CR A61-Fu47 BACKUP XCA1B > -1& Hilliohms N/A w 45) HECilANISM 4 -

h XCA18-CR A59-Ful6 PRIMARY XCAIB >_ Milliohms N/A -

m 6 g i XCA10-CR A59-Fu20 BACKUP XCA1B >-1& Hilliohms N/A XCAlB-CR A52-Fu2 PRIMARY XCA1B > 1.4 Milliohms N/A T i

..s 1 XCA10-CR A58-Fu2' BACKUP XCA1B >

'.1.4 g

Milliohms N/A I$

( )

XCA10-CR A59-Fu24 PRIMARY XCAIB ~>-10-Milliohms N/A '"

g

$~.n XCAlB-CR A61-Fu48 BACKUP XCAIB >-le- Milliohms N/A :' :a

}.s 440 VAC CRDH POWER CABINET, CONTROL BANK D, GROUP 1 , [ . , ,'

l 46) HECllANISH I - 4 y XCA18-CR A60-Fu25 PRIMARY XCAID >-48 Milliohms . N/A

! XCAIB-CR A60-Fu29 BACKUP XCAIB Milliohms N/A s$

XCA10-CR A53-Ful PRIMARY XCAIB > 1.4 Milliohms N/A E-1 XCA10-CR A57-Ful BACKUP XCAIB > 1.4 Milliohms N/A

D D l D l

l .

E TABLE 3.8-1 (continued) 1

! E!

. CONTAINHENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ;

E EQUIPb0.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME CRDH PWR. CAB. 100, CONTINUED:

fo XCA10-CR A60-Fu33 PRIMARY XCA1B l-le-Hilliohms N/A i 6 XCA10-CR A61-Fu45 BACKUP XCA1B > Hilliohms N/A

47) HECilANISH 2 - .

. f .

XCA10-CR A60-Fu26 PRIMARY XCAIB 1 40 Mi11iohms N/A XCA18-CR A60-Fu30 BACKUP XCAIB >--Iti-Hi l l iohms N/A m XCA1B-CR A53-Fu2 PRIMARY XCAIB > 1.4 Milliohms

_ N/A XCA18-CR A57-Fu2 BACKUP XCAIB 1 1.4 Hilliohms N/A 6

XCA18-CR A60-Fu34 PRIMARY XCA1B >-le Hilliohms N/A ,

XCA10-CR A61-Fu46 BACKUP XCA1B 1 Milliohms N/A

[']

r.. )

48) HECllANISM 3 - f a !)

XCAIB-CR A60-Fu27 PRIMARY XCA1B >-le Hil1iohms N/A '

,,[, #

XCAlB-CR A60-Fu31 BACKUP XCA1B '>

Hi,lliohms N/A A >

ltu XLA18-CR AS4-Ful PRIMARY XCAIB > 1.4 Hilliohms N/A i.]

XCA18-CR A5B-Ful BACKUP XCA1B 1 1.4 Hilliohms N/A [,

a < ,

XCA18-CR A60-Fu35 PRIMARY XCA1B > -le-Hilliohms N/A }g XCA10-CR A61-Fu47 DACKUP XCAID > Hilliohms N/A L-

_ _l

D (* Q D '

E TABLE 3.8-1 (continued) 3 m

. CONTAINMENT PFNETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA j c

i g

DEVICE LOCATION TEST SETPOINT RESPONSE TIME EQUIP NO.-SYS/ DESCRIPTION s

CROM PWR. CAB. 100, CONTINUED:

49) MECilANISM 4 - 6 XCA18-CR A60-Fu28 PRIMARY XCAlu > 48- Milliohms N/A 6

XCA18-CR A60-Fu32 BACKUP XCA1B 2-10-Milliohms N/A XCA18-CR AS4-Fu2 PRIMARY XCA1B > 1.4 Milliohms N/A XCA18-CR A58-Fu2 BACKUP XCAIB > 1.4 Milliohms N/A b XCA10-CR A60-Fu36 PRIMARY XCAIB >_ Milliohms N/A XCA1B-CR A61-Fu48 BACKUP XCAIB >

Milliohms N/A 440 VAC CROM POWER CABINET 100, SiluT00WN BANK B, GROUP 1

50) MECllANISM 1 - z; _

XCA18-CR A61-Fu41 PRIMARY XCA1B N/A 7-

~> -1B- Milliohms I, . '.9 XCA18-CR A60-Fu37 BACKUP XCA1B >-le Milliohms N/A d t.)

XCA1B-CR A55-Ful P3IMARY XCA1B > l'4 Milliohms

. N/A ~J 179 XCA1B-CR A57-Ful BACKUP XCA1B > 1.4 Milliohms N/A :3 XCA10-CR A61-Fu49 PRIMARY XCA1B Milliohms N/A XCAID-CR A61-Fu45 BACKUP XCA1B >

Milliohms N/A

51) MECllANISM 2 - b( $

XCA10-CR A61-Fu42 PRIMARY XCAIB >-1 Milliohms N/A %"

XCA1B-CR A60-Fu38 BACKUP XCA1B Milliohms N/A

b p p b g 8 '

g TABLE 3.8-1 (cont.inued) 7 _

CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PRDTECTIVE DEVICE TEST SETPOINT CRITERIA ;

E .

M EQUIP 140.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME e

CRDM PWR. CAB. IBD, CONTINUED:

XCA18-CR A55-Fu2 PRIMARY XCAIB 2 1.4 Milliohms N/A XCA18-CR A57-Fu2 IIACKUP XCAIB 1 1.4 Milliohms N/A fo XCAIB-CR A61-FuSB PRIMARY XCAIB 1-4& Milliohms N/A 6

XCA18-CR A61-Fu46 BACKUP XCAIB 1-le Hilliohms N/A

52) MECllANISM 3 - g XCA10-CR A61-Fu43 PRIMARY XCAIB 1-le Milliohms N/A

{

G XCA10-CR A60-Fu39 BACKUP XCA1B l-16 Milliohms N/A

]

co .

A56-Ful

~

XCA10-CR PRIMARY XCAIB 3 1.4 Milliohms N/A "O

XCA10-CR A58-Ful BACKUP XCA1B 1 1.4 Milliohms N/A $

XCA10-CR A61-FuS1 PRIMARY XCAIB 2 Milliohms ' N/A -

(, D2 '

XCA10-CR A61-Fu47 BACKUP XCA10 1-le-Hilliohms 'N/A ,; -

53) MECilANISM 4 - g, "0:J

.1 XCA1B-CR A61-Fu44 PRIMARY XCA1B >-le Hilliohms N/A

!] l XCAIB-CR A60-Fu40 BACKUP XCA1B 2 Milliohms !/A {'j 93 XCAID-CR A56-Fu2 PRIMARY XCA10 1 1.4 Millichas N/A W XCA18-CR A50-Fu2 BACKUP XCA1B 1 1.4 Milliohns N/A -

XCA1B-CR A61-fuS2 PRIMARY XCAID 1--18 Milliohms N/A -

XCA18-CR A61-Fu48 BACKUP XCA1B >

Milliohms N/A

b p b g 8 M TABLE 3.0-1 (continued)

I CONTAINMENT PENETRATION CONDUCIOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ,'

E

- I H BEVICE LOCATION TEST SETPOINT RESPONSE TIME EQUIP NO.-SYS/ DESCRIPTION w

440 VAC CRDM POWER CABINET 2 BD, CONTROL BANK B, GROUP 2

54) HECilANISH 1 - 6 XCA28-CR A59-Fu13 PRIMARY XCA2B 1-10-Milliohms N/A 6

XCA28-CR A59-Fu17 BACKUP XCA2B 1--18-Milliohms N/A XCA28-CR A51-Ful PRIMARY XCA2B i 1 1.4 M1111 ohms N/A XCA2B-CR A57-Ful BACKUP XCA2B 1 1.4 Milliohms N/A

$ XCA28-CR A59-Fu21 PRIMARY XCA2B , 1 Milliohms N/A 02 -

G a

[ XCA2B-CR A61-Fu45 BACKUP XCA2B l-10-Milliohms N/A i

55) MECilANISH 2 - /, ,

XCA28-CR A59-Fu14 PRIMARY XCA2B j 1-1B-Milliohms N/A 4 :]

XCA28-CR A59-Fu18 BACKUP XCA2B 146-Milliohms N/A (.; a 8 e XCA28-CR A51-Fu2 N/A PRIMARY XCA2B l 1 1.4 Milliohms f7 's XCA28-CR A57-Fu2 BACKUP XCA28 ,

1 1.~ Millichms N/A j*

G XCA28-CR A59-Fu22 PRIMARY XCA2B > Milliohms N/A i.w.

. .d:*

6 XCA28-CR A61-Fu46 BACKUP XCA2B > Milliohms N/A j (Q;.3

! ( 2

56) MECilANISM 3 - g %>

XCA20-CH A59-Fu15 '

N/A N PRIMARY XCA2B l-18-Milliohms XCA28-CR A59-Fu19 BACKUP XCA2B 1 Milliohms N/A i

.\ \

D f D 8 TABLE 3.8-1 (cont.inued) .

EE R;

. CONTAINHENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA e E

w I H

EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME w

CHDH PWR. CAB. 2 BD, CONTINUED: -

XCA20-CR A52-Ful PRIMARY XCA2B 2 1.4 Hilliohms N/A XCA28-CR ASB-Ful BACKUP XCA2B > 1.4 Hilliohms

.N. /A ,

XCA20-CR A59-Fu23 PRIMARY XCA2B > -le Hillichms N/A XCA28-CR A61-Fu47 BACKUP XCA28 >-lh Milliohms N/A w 57) HECl!ANISH 4 -

) XCA20-CR A59-Ful6 PRIMARY XCA2B > Milliohms N/A G

' XCA28-CR A59-Fu20 BACKUP XCA2B >-1& Hilliohms N/A

XCA28-CR A52-Fu2 PRIMARY XCA2B > 1.4 Milliohms N/A i.

. t XCA2B-CR ASB-Fu2 BACKUP XCA2B > 1.4, Milliohms

. N/A f,I .

XCA20-CR A59-Fu24 PRIMARY XCA2B > Hilliohms N/A .

XCA20-CR A61-Fu48 BACKUP XCA2B >-lhHilliohms N/A f

w ~~ 3 440 VAC CRDH POWER CABINET 280, CONTROL BANK D, GROUP 2

50) HECHANISH 1 - 6 g

q XCA28-CR A60-Fu25 PRIMARY XCA2B > Milliohms N/A XCA28-CR A60-Fu29 BACKUP XCA2B -

> Hilliohms N/A Y N

XCA28-CR A53-Ful PRIMARY XCA2B > 1.4 Milliohms N/A t- 2 XCA20-CR A57-Ful BACKUP XCA2B > 1.4 Milliohms N/A

D D Q D E TABLE 3.8-1 (continued) '

EE O

CONTAINitElli PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ,

E EQUIP ll0.-SYS/0ESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME 3 460 VAC HISC. CONTINUED:

81) PRESS. IITR. GROUP 43, 73, 74 -RC PRIMARY APN4102/7 270 Amps 5 75 Sec.

' tjooo -

/

BACKUP APN4102/HN. -1600- Amps 5 -200- Sec.

0) PRESS. IITR. GROUP 15,16, 40 -RC PRIMARY APN4102/8 270' Amps $ 75 Sec. 4000 i BACKUP APN4102/HN. 1500 Amps 1-200- Sec.

w ) PRESS. IITR. GROUP 46, 77, 78 -RC PRIMARY APN4102/9 270~ Amps 5 75 Sec. i 2 ex i m BACKUP APN4102/HN. 1500 Amps 1-200-Sec.

L I

95) PitESS. IITR. GROUP 9,.10, 32 -RC PRIMARY APN4103/1 270 Amps 1 75 Sec. ~]

3000 7- : L.;

DACKUP APN4103/MN. 2400 Amps i N Sec. CJ 1

97) PRESS. IITR, W k & 11,12, 35 -RC PRIMARY APN4103/2 b8 '8 270 Amps ~< 75 Sec.

.gooo z ,

W' 3

DACKUP APN4103/HN. '2400 Amps 1 -350- Sec. l')

c .*

9/) PRESS. IITR. GROUP 31, 59, 60 - RC PRIMARY APN4103/3 270 Amps i 75 Sec. [.l APN4103/HN. ,

3000 2 C)

BACKUP 2400 Amps 1-350- Sec. .

g..,

9) PRESS. IITR. GROUP 36, 65, 66 -RC PRIMARY APN4103/4 270 Amps *

~< 75 Sec. 9000 Z W DACKUP APN4103hlN. -e400-Amps 5-350- Sec. -

9b PRESS. IITR. GROUP 13, 14, 37 -RC PRIMARY APN4103/5 270 Amps $ 75 Sec. 3000 2 BACKUP APN4103/HN. 2400 Amps 1-350-5ec. .

e l

D D Q D E TABLE 3.8-1 (continued)

D

. CONTAltlMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRIlERIA ,

E x -

EQUIPll0.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME o 460 VAC MISC. CONTINUED:

95) PRESS. IIIR. GROUP 33, 61, 62 -RC PRIMARY APH4103/6 270 Amps $ 75 Sec. 3000 2 BACKUP APN4103/MN. 2000 Amps 5-950- Sec.

7

95) PRESS. IITR. GROUP 34, 63, 64 -RC PRIMARY APH4103/7 270 Amps 1 75 Sec. 3000 2 BACKUP APN4103/HN. --iM00- Amps 5 -350- Sec.

w y 480 VAC HOTOR CONTROL CENTERS 2 9Y) XFN0066A-All. RB CIIARC0AL PRIMARY XMCIA3X/10GK 1500 Amps N/A m CLEANUP UtlIT FAN A A '

200 BACKUP XMCIA3X/10GK 210 Amps -

$-FrSec. 7 -

9 % I

95) XPP0138-ND/ LEAK PRIMARY XMCIA3X/41L 225 Amps N/A 2 DETECTION SUMP PUMP 8'J 5 -J too BACKUP XMCIA3X/41L 45 Amps 5 100 Sec. co G9) XD0 0001-IC/ TERM. 00X FOR INCORE NEUTRON DETECTOR DRIVES A,B,C,0,E-PRIMARY XHCIA3X/3EG 45 Amps -< 100 Sec. Fj E.'

i BACKUP 45 Amps

, I XMCIA3X/3EG, 5 100 Sec. [.:ij

'~

l 104) XVG9593A-CC/MOV REACT. COOL PRIMARY XMCIA3X/9IM

~

33 Amps N/A (m i Pump A TilERMAL Barrier f.j BACKUP XMCIA3X/91M

/00 m 45 Amps 5-30-Sec. 3_

5 e

u

O

~

D D Q 8 TABLE 3.8-1(continucQ IE

'9 2 CONTAlllMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i

E EQUIP 110.-SYS/ DESCRIPTION DEVICE LOCATT3 TEST SETPOINT RESPONSE TIME

-4 i g 2 480 VAC MISC. CONTINUED: ~

10I) XPP0149-SW/0RPI C00LINd PRIMARY XHCIA3X/11AD 225 Amps N/A '

UlllT BSTR. PUMP BACKUP XMCIA3X/11AD 45 Amps 1 100 Sec.

3 10f) Xffl0068Ar SECONDARY COMPT. PRIMARY XHCIA3X/11 Ell 720 Amps N/A (LOOP A) G. FAN A -

BACKUP XMCIA3X/11Eli 150 Amps 1 200 Sec.

R 10$) Xi'N0069A-All/ SECONDARY COMPT. PRIMARY XHCIA3X/10CF 720 Amps N/A (LOOP 10 CLG. FAN A e DACKUP XMCIA3X/10CF 150 Amps 5 200 Sec.

S 10() XFil0070A-All/ SECONDARY COMPT. PRIMARY XMCIA3X/9AD 720 Amps N/A :

(LOOP C) CLG. FAN A 7-m BACKUP XHCIA3X/9AD 150 Amps 1 200 Sec. .

g 105) XPP0051A-WL/R.C. DRAIN PRIMARY XMCIA3X/6CG 720 Amps N/A bd TAllK - Ptr.iP A g3 BACKUP XMCIA3X/6CG. 210 Amps 5 200 Sec. ,' "

! j 7 *

.i 108) XPP0059A-flD/IllCORE INSTR. PRIMARY XMCIA3X/4AD. 225 Amps N/A -

f-!

CllASE SUMP PUMP A ,

-J G".1 BACKUP XHCIA3X/4AD 45 Amps 1 100 Sec. Lj y

10bXPP0115A-ND/R.B. SUMP PRIMARY XHCIA3X/4 Ell 87 Amps N/A PUMP A BACKUP XMCIA3X/4Eli 45 Amps 5 100 Sec.

D D Q O i

E ' TABLE 3.8-1 (continued)

. C0tiTAltiMENT PEllETRATION C0!iDUCTOR OVERCURREllT PROTECTIVE DEVICE TEST SETPOINT CRITERIA .

c ' .

5 EQUIP ht).-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

i 1 400 VAC MCC*, C0tiTINUED:

108) X1F9003-EM/ RECEPTACLE PRIMARY !XMCIA3X/1AC 240 Amps 5 200 Sec.

TRANSFORMER 3 BACKUP ! XMCIA3X/1AC 240 Amps- 1 200 Sec.

Ito

-169) XVG9576-CC/MOV, PRIMARY :XMC182X/SIM 225 Amps N/A ISOLATION RCDT lxMcIB2VSIhl BACKUP 'N/A 60 Amps 5 100 Sec.

o I h 11#) XVG9583-CC/MOV, PRIMARY .XMC102X/3AE 225 Amps N/A GATE EXCESS LETDOWN llX l 9,

u ,

i BACKUP XMC182X/3AE 45 Amps 5 100 Sec.

2.

PRIMARY XMC183X/9AD 87 Amps N/A 117) XFN00078-All/REFUEb{NG HATER SURFACESUPPLYFAft{

l 1

BACKUP XMC183X/9AD 45 Amps 5 100 Sec. yI 3 . II -

119) XFN0066B-f R.B. CllARC0AL PRIMARY XMC183X/10FJ 1,500 Amps N/A f.3^l CLEANUP UN T FAN B 61 fD BACKUP XMC183X/10FJ 210 Amps < 200 Sec. ...,

4 :

r.3 11J) XXP00598-ND/INCORE INSTR. PRIMARY XMCIB3X/3Eli 225 Amps N/A 9:

CilASE SUMP PUMP B

{'{.!

BACKUP XMC103X/3EH ' 45 Amps ~< 100 Sec. U .1

.f kl, 11() XPP01150-N0/R.B. SUMP PRIMARY XMC183X/3IL 87 Amps N/A PUMP B , L %/

BACKUP XMC103X/3IL 45 Amps 1 100 Sec.

D D } O v, TABLE 3.8-1 (cont.inued) h

@ CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT' CRITERIA EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME -

A i s 6 480 VAC HCC, CONTINUED:

115) APN4005-EM/480 VAC PRIMARY XHC103X/SCE 270 Amps 1 200 Sec.

POWER Pill.-FEEDER BACKUP XMCIB3X/SCE 270. Amps 5 200 Sec.

7 Ill) XTF8009-EM/TRAllSFORMER FOR PRIMARY XMC103X/511J 240 Amps 1 200 Sec.

LIGilTillG PNL. 9 (NORMAL LTG.)

BACKUP XMC183X/511J 240 Amps ~< 200 Sec.

3

(" 11'!) XFN0068B-All/ SECONDARY COMPT. PRIMARY XMC183Y/3AD

^

720 Amps N/A (LOOP A)CLG FAN D ~

T '

l'l . BACKUP XHC103Y/3AD 180 Amps 5 200 Sec.

7 11)!) XFl10069B-All/ SECONDARY COMPT. PRIMARY XMCIB3Y/3Eli 720 Amps N/A (LOOP B) CLG FAN B ._

(20 BACKUP XMCIB3 /3Eli 180 Amps 1 200 Sec. ]7 C . .)

-H9) XFil0070B-All/ SECONDARY COMPT. PRIMARY XMC183Y/3IL 720 Amps N/A t .)

M (LOOP C) CLG. FAN B CM .

BACKUP XMCIB3Y/3IL. 180 Amps .

^< 200 S . :. a I Vi 128) APil4012-EM/ WELDING RECEPT. PRIMARY XMC183Y/7GL 600 Amps 1 300 Sec. j f.j PWR. PNL. Q BACKUP XMC1B3Y/7GL 600 Amps $ 300 Sec. ['[*]

2 . o 127) APN4013-EM/ WELDING RECEPT. PRIMARY XMC183Y/9GL 600 Amps ~< 300 Sec. . N PWR. PNL. 1 BACKUP XMC183Y/9GL 600 Amps i 300 Sec.

~

C D Q O

, y TABLE 3.8-1 (continued) i C0llTAINMEllT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRIlERIA ,

o E .

DEV;CE LOCATION TEST SETPOINT RESPONSE TIME e EQUIP Nd.-SYS/DESCRIPTI0ff s 480 VAC MCC, C0tlTIllUED:

122) P.C: PUMP C llEATER-RC PRIMARY XMC183Y/5AD 225 Amps N/A BACKUP XMC183Y/5AD 45 Amps 5 100 Sec.

12 ) R.C. PUMP C, OIL LIFT PHP -RC PRIMARY XMC183Y/SEli 450 Amps . N/A BACKUP XMC183Y/ Sell 75 Amps 5 100 Sec.

C XMC103Y/8GK 720 Amps N/A w 12%) XPP00518-WL/R.C. DRAIN PRIMARY 1 tat 1K PUMP B ca 200 g i BACKUP XMC183Y/8GK 210 Amps 1-06 Sec.

4 s 7 125) XTF8000-EM/TRAtlSFORMER FOR PRIMARY XMC183Y/411T 240 Amps' 5 200.Sec. '

LIG. PNL. 8, UtlDEltWATER LIGilTING y BACKUP XMC183Y/411J 24U Amps 5 200 Sec. ; .; .

7 W

124) XVG95938-CC/MOV,itC PUMP B TilEltHAL BARRIER PRIMARY XMC183Y/4A 225 Amps N/A

!.]

BACKUP XMC183Y/4AE 45 Amps < 100 Sec. : 1 7 ; .1 12).) XFN0068C-All/ SECONDARY COMPT. PRIMARY XMCIC3X/8AE' 1500 Amps N/A i.l (LOOP A) CLG Fall C ,

C.Ji BACKUP XMC1C3X/8AE 210 Amps -< 200 Sec. hl 9 "N

' {

12jr) R.C. PUMP B llEATER -RC PRIMARY XMCIC3X/ Sell 225 Amps N/A BACKUP XMCIC3X/ Sell 45 Amps 5 100 Sec.

D

~

D O s

Q i

M TABLE 3.B-1 (continued) 4 -

CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA ,

E EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

/;50 480 VAC MCC, CONTINUED: -

+f9) R.'C. PUMP B OIL LIFT PUMP -RC PRIMARY XHCIC3X/6Eli 450 Amps N/A BACKUP XMCIC3X/6 Ell 75 Amps 1 100 Sec. .

J PRIMARY XMCIC3X/2Eli 720 Amps N/A i 139) XFN0069C All/ SECONDARY COMPT.

(LOOP B)CLG. FAN C BACKUP XHCIC3X/2Eli 150 Amps 5 200 Sec. i w 1 i

) 137) XFN0070C-All/ SECONDARY COMPT. PRIMARY XMCIC3X/2IL 720 Amps N/A (LOOP C) CLG FAN C 9 '

U BACKUP XMCIC3X/2IL 150 Amps

. 1 200 Sec.

3 132) XIF8006-EM/ TRANSFORMER FOR tIG. PNL. 6, NORMAL LIGliTING PRIMARY XMCIC3X/4CE i

240. Amps 1 200 Sec. ;

i

[

DACKUP XHCIC3X/4CE 240 Amps 5 200 Sec. ;

13 ) XVG9593C-CC/MOV, R.C. PRIMARY XMC1C3X/41H 225 Amps N/A II h l

PUMP C TilERMAL BARRIER .. L, j i BACKUP XMCIC3X/41H 45 Amps D

5 100 Sec. a, J ,

g ,

d 13A) XFH0107-VL/ CONTROL R0D POSIT. PRIMARY XMCIC3X/2AD 450 Amps N/A ,k DATA CAB. CLG FAN 34j ' jl N

BACKUP XHCIC3X/2AD 75 Amps i 100 Sec. c; 3

& t >

13W) R.C. PUMP A HEATER -RC PRIMARY XMCIC3X/ SAD 225 Amps N/A Q! .

BACKUP XMCIC3X/ SAD 45 Amps 1 100 Sec.

i

D Q O D

E TABLE 3.8-1 (continued) 3

. CONTAIN!4ENT PENEb.4TI0il C0ilDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA f E

1 EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TESTdESP0lNT RESPONSE TIME

] ,

7 480 VAC MCC, CONTINUED: . . . .

135) R'.C. PUMP A OIL LIFT PUMP -RC PRIMARY X11CIC3X/6AD 45h Amps N/A BACKUP XMCIC3X/6AD 75 Amps 5 03 3 Sec.

8 ..

131) XFil0007A-All/ REFUELING WATER PRIMARY XMCIC3X/3Eli 87 Amps N,'A -

SURFACE SUPPLY FAN A BACKUP XMCIC3X/3Eli 45 Amps 1 100 Sec.

$ 139) XfN0008-All/ REFUELING WATER PRIMARY XMCIC3X/31L 72U Anips N/A co SURFACE EXIIAUST FAN

<n . .. ..

BACKUP XMCIC3X/3IL 150' Amps 5 200 Sec. ;

140) XVG9605-CC/MOV - R.B. PRIMARY XMCIDh2X/3IM 45' Amps < 100 Sec.

j%.

BACKUP .XMCIDA2X/3IM 45 Amps 5 100 Sec. _t I 141) XVG8701A-Ril/RilR LOOP 1 PRIMARY XMCIDA2X/7FJ 225 Amps N/A I.$

e ,

INLET ISOLATION VLV. ' ~J

.". r BACKUP XMCIDA2X/7FJ 45 Amps 5 100 Sec. g 142) XVG8808A-SI/ ACCUMULATOR A PRIMARY XMCIDA2X/8AE 300 Amps P3 ISOLATION VLV. -< 200 Sec. ' D 3 BACKUP XMC10A2X/8AE 300 Amps 1 200 Sec. ,C7j ::

51 l

D D , O i

l E TABLE 3.8-1 (continued) 9 i E} ,

. CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA f E

~ i !-

EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

[ ,

480 VAC MCC, CONTINUED: 7 143) XVG8808C-SI/ ACCUMULATOR C PRIMARY XMCIDA2X/8Ff 300 Amps 5 200 sec. ;

ISOLAT10fl VLV. i.

BACKUP XMCIDA2X/8FJ 300 Amps 5 200 sec. 144) XVG80000-RC/ PRESS. PRIMARY XMCIDA2X/61M 225 Amps N/A RELIEF ISOLATION VLV.

BACKUP XHCIDA2X/61M 45 Amps 5,100 sec.

co 145) XVG3100A-SW/R.B. PRIMARY XMCIDA2Y/161H 45 Amps < 100 sec,

~

J.

Us Recirc. Unit A -Isolation Vlv. i BACKUP XMCIDA2Y/161M 45 Amps 5 100 sec. i l

146) XVG31088-SW/R.B. PRIMARY XMCIDA2Y/15CG 45 Amps < 100 sec. ] !

Recirc. Unit B - Isolation Viv. ~

l t@.3! .

BACKUP XMCIDA2Y/15CG 45 Amps 5 100 sec. L, j ,

147) XVG3109A-SW/R.B. PRIMARY XHCIDA2Y/1511L 45 Amps < 100 sec. C> s' ' -

Recirc. Unit A - Isolation Vlv. , p;> ! '

.s BACKUP XMCIDA2Y/15llL 45 Amps 3 100 sec. g'.]. ,

148) XVG31098-SW/R.B. PRIMARY XMCIDA2Y/14CG 45 Amps 5 100 sec. c;.3 Recirc. Unit B - Isolation Viv. ( )

%. s . c BACKUP XMCIDA2Y/14CG 45 Amps i100sec.{

e

D O O

~

D .

n d '

U1

[ TABLE 3.8-1 (continued) a 5 .

- 3

i CONTAIN!!ENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA I

EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME 480 VAC MCC, CONTINUED:

149) kVIDI12-CS/ SEAL WATER PRIMARY XMCIDA2Y/3IM 45 Amps $ 100 Sec.

RETURN ISOLATION VLV. !.

. BACKUP XMC10A2Y/31H 45 Amps 1 100 Sec.

$ 150) XVG87018-Ril/RilR LOOP 3 PRDtARY XMCIDA2Y/181H 225 Amps N/A ,

INLET ISOLATION VLV.

9 l BACKUP XMCIDA2Y/181H 45 Amps $ 100 Sec. 151) XVG0000C-RC/ PRESS. RELIEF PRIMARY XMC1082X/8Dil 225 Amps N/A ;

ilS0! ATION VLV.

BACKUP XHC1002X/8Dil 45 Amps 1 100 Sec. 7 152) XVG3108C-SW/R.B. RECIRC PRIMARY , XHCIDB2Y/181H 45 Amps 1 100 Sec. k[$ . j UNIT C ISOLATION VLV.

Gj i.

BACKUP XHC1082Y/181H 45 Amps 1 100 Sec. C3

' 1 153) XVG31080-5W/R.B.RECIRC. PRIllARY XMC1082Y/19IM 45 Amps $ 100 Sec. De ,

UNIT D ISOLATION VLV. ,

g.l ,

BACKUP 45 Amps i

XMCIDB2Y/19IM 1 100 Sec f gy '

154) XVG3109C-SW/R.B. RECIRC PRIMARY XMC1002Y/20 g 45 Amps -< 100 Sec. 5. J UNIT C ISOLATION VLV.

N BACKUP XHCIDB2Y/20lH 45 Amps 1 100 Sec. .

O P Q O M TABLE 3.8-1 (continued) .

, C0tlTAINMENT PEllETRATI0tt CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TES'T SETPOINT CRITERIA '

E x i EQUIP tt0.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

]

480 VAC MCC, C0llTINUED:

155) XVG 31090-SW/R.B. RECIRC. PRIMARY XMC1DB2Y/211H 45 Amps 5 100 Sec.

UllIT D ISOLATION VLV.

~

BACKUP XMCIDB2Y/21IM 45 Amps $ 100 Sec. 156) XVG 8702A-Ril/HilR LOOP 1 PRIMARY XMCID'82Y/4AE ' 225 Amps N/A IllLET IS01f. TION VLV.

w BACKUP XMC1082Y/4AE 45 Amps 5 100 Sec.

k p@ T w 157) XVG 870; Ril/RilR LOOP 3 PRIMARY XMC10B2Y/4FK 225 Amps N/A J, iltlLET IS LATION VLV.

s y

BACKUP XHCIDB2Y/4FSr 45 Amps 5 100 Sec. %

ISB) XVG 88088-SI/ ACCUMULATOR B PRIMARY XHCIDB2Y/161H 300 Amps ~< 200 Sec. :

l ISOLATION VLV.

QI BACKUP XMC1DB2Y/161H 300 Amps 5 200 Sec. j g3 159) XVG 8000A-RC/ PRESS. RELIEF PRIMARY XMCIDB2Y/3IM 45 Amps N/A [3 ISOLATION VLV. ,= ~ 8

. E-J BACKUP XMC1DB2Y/3IM 45 Amps -

$ 100 Sec'. Cl !

W3 160) XVG 8095A-RC/ REACTOR llEAD VENT PRIMARY XMCIDA2X/51H 225 Amps N/A l> -

VLV. TO PRESS. RELIEF TANK ..M i BACKUP ' XMCIDA2X/SIM 45 Amps 5 100 Sec t

C r r O o n 3 .

$ TABLE 3.8-1 (continued) id I i

o e CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i g .

I-

~

EQUIPh10.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME

[

480 VAC MCC, CONTINUED:

161) XVG 80958-RC/ REACTOR liEAD VEN: PRIMARY XMCIDB2Y/23FJ 45 Amps 1 100 Sec.

VLV. TO PRESS. RELIEF TANK ,

t BACKUP XMCIDB2Y/23FJ, 60 Amps 1 100 Sec. ,

162) XVG 8096A-kC/ REACTOR llEAD VENI PRIMARY XMCIDA2X/7AE 225 Amps N/A VLV. TO PRESS. HELIEF TANK i

8ACKUP XMCIDA2X/7AE 60 Amps 5 100 Sec. I cp 163) XVG 80968-RC/ REACTOR llEAD VENT PRIMARY XMC1082Y/121H 225 t.mps N/A g ,VLV. 10 PRESS. RELIEF TANK BACKUP XMC1002Y/121M 60 Amps T , I 1 100 Sec.

k l ff 4) XVG 7503-AC/CRD M COOLING PBIudA'y xmciDn2x/nzM 2254~,s y/g y I WRTEg OUTLET VL V. g g ,,, ~< y .rae , wa gggu P XMC I D41X/II, n.,

a25 9, y ,g t;.JI f65') XVG 7502-AC/cRDM cootMG pgyggRy xycipg2xj,7xg ,

b:1

I wnreg INLET VL V* KA,.rp s 6 I M *c- '~

BCkRP xMc 1DE2)'/91m ( . *.3 f 3

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