ML20052G188
| ML20052G188 | |
| Person / Time | |
|---|---|
| Site: | Summer  |
| Issue date: | 05/04/1982 |
| From: | SOUTH CAROLINA ELECTRIC & GAS CO. |
| To: | |
| Shared Package | |
| ML20052G186 | List: |
| References | |
| NUDOCS 8205140388 | |
| Download: ML20052G188 (38) | |
Text
> c co DeJ moo TABLE 3.3-4 R8 ENGINEERED SAEETY FEATURE ACIUATIQ1 SYSTD4 INSTIGENTATICN TRIP SETPOIITIS xcn o
L1CD
(}
III (S)(1 & 2)
Trip Setreint Allowable value,
bnctional Unit Total Allowance (TA)
Z Tuo o 4,4 l
It r.
Safety Injection See 1 above (all SI setInints)
J.
Trips of titin Ebedwater Pumps la la la la la
> M I Cf. S ur 2442 f t. 4 in.g4}
-(Later) -
a h.
Suction transfer on IIM la ta" la 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 kp Undervoltage (Ioss of Voltage) a 10.25 second s.0.275 second tin time delay delay.
b.
7.2 kv Dmrgency Bus Under-la la in
.36576 Volts 2 6511 Volts with i S
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%
b.
Autcmatic Actuation in la la la la 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 FTiy e o.""v"4",,03PY 7
r ELECTRIC HYDROGEN RECOMBINERS 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) 30 C0flTAlllHENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i
EQUIPff0.-SYS/ DESCRIPTIONDEVICE LOCATION TEST SETPOINT RESPONSE TlHE 480 V SWGR.
1)
XI N0067A-All PRIMARY XSW1A3/1C.
LO!!G TIME-
.540 Amps
'irl $.
Sec.
CRDH CLNG. SYS. FAN A Sil0RT TIME 2700 Amps i< 0.17 Sec.
INSTANT:
g Amps q30.09Sec.;,
XSWIA3 MAIN INCOMING BACKUP XSWIA3/4B LONG TIME' 4800 Amps
<Ji2 Sec.'
Sil0RT TIME 7200 Amps
, 7 0.50 Sec.
INSTANT N/A
" N/A BilS TIE TO XSWIC3 BACKUP XSulA3/4C' LONG TIME 3000 Amps
.i< 12 Sec.-
Sil0RT TIME A500 Amps
- 7 0'.32 Sec.
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.
'3,0,.09Sec.
N INSTANT g Amps 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 INSTANT N/A 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.
Sil0RT TIME 7200 Amps 7 0.50 Sec.
i il INSTANT N/A N/A i
D D
Q O
~
M TABLE 3.8-1 (continued)
EEG 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 INSTANT g Amps 30.09Sec.
u
)
XSWIA3 MAIN INCOMING BACKUP XSW1A3/4B LONG TIME 4800 Amps
< 12 Sec.
g Sil0RT TIME 7200 Amps 7 0.50 Sec.
m 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
=tv 5)
XfN00678-All PRIMARY XSW183/20 LGNG TIME 525 Amps
< 30 Sec.
a CRDM CLNG. SYS. Fart B Sil0RT TIME 2250 Amps 30.17Sec.
' [.j INSTANT y ^ Amps 5 0.09 Sec.
g f.
XSWID3 MAIN INCOMING BACKUP XSWlB3/4B LONG TIME 9000 Amps
<12dec.
j. ?o f."i.j Sil0RT TIME 9000 Amps 7 0.50 Sec.
INSTANT N/A R/A C
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 m
6)
XFN0009B-All PRIMARY XSW103/3A LONG TIME 525 Amps
< 12 Sec.
I R.B., REACTOR COMPART.
Sil0RT TIME 1125 Amps.
30.17Sec.
CLNG FAN D 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
$h FltSE XPN 397/
h 3 7fM'II'* ohms N/A XSWlG3 MAIM INCOMING BACKUP X5W100/40
-LONC !!MC 0000 hps II Su.
s SNORT TIMC 0000 h ps
? 0.50 Se.
INSTANT N/A N/A
-["[RCENCY TEED FR0" Of,CXUP XSU103/30 LONC TI",C 4000 hp; 12-Sec.
--XWIDat--
%HORT-TIHC G000.hpa
? 0.32-Sec.
-INSrIANT
-N/f, R/f.
7)
XFN00067C-All PRIMARY XSW1C3/20 LONG TIME 540 Amps 5 30 Sec.
CDRH ClNG. SYSTEH FAN C Sl!0RT TIME 2700 Amps
< 0.17 Sec.
a, g
INSTANT pfdps 30.09Sec.
XSWIC3 HAIN INCOMING BACKUP XSWIC3/38 LONG TIME 4800 Amps
< 12 Sec.
Sil0RT TIME 7200 Amps 7 0.50 Sec.
INSTANT N/A N/A i
1 c,
1 BUS TIE TO XSWIA3 BACKUP XSW1A3//.C LONG TIME 3000 Amps 5 12 Sec.
Fi$
Sil0RT TIME 4500 Amps
< 0.32 Sec.
C J 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 INSTANT 7200 Amps 30.09Sec.
5y00
--- L
D D
Q O
y TABLE 3.8-1 (continued) 29 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 INSTANT N/A N/A i
~
- 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 0 Amps
< 12 Sec.
3 Sil0RT TIME 9000 Amps 7 0.50 Sec.
.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
'^^^ A 7 0.09 Sec.
, A 'l XFH64A NORMAL MOTOR INS, TANT
$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.
R.B. CLilG. UNIT FAN.
Sil0RT TIME 1500 Amps 7 0.17 Sec.
j XFN64A EMERGENCY MOTOR INSTANT 2250 Amps 30.09Sec.
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y TABLE 3.8-1 (continued)
- 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 -
'4 w
XCA1A-CR A59-Fu13 PRIMARY XCA1A
> 40-Milliohms N/A y;
T ;:
XCA1A-CR A59-Fu17 BACKUP XCA1A 1
Hilliohms N/A 9
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 -
1...l i
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
b h
O
~
i 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
i 1
H
- 20) HECllANISH 3 -
S XCAIA-CR A59-Fu15 PRIMARY XCA1A lie-Milliohms N/A 6
,XCA1A-CR A59-Fu19 BACKUP XCA1A 1-18-Hilliohms N/A 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 N6 XCA1A-CR A52-Fu2 PRIMARY XCA1A 1 1.'4 Hilliohms N/A 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 f Q3
- 22) HECllANISH 1 -
- H' 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
- 23) HECilANISM 2 -
w1 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
~~> -le-Milliohms N/A f:0
- 24) HECilANSIMS 3 -
4
{[:
XCA1A-CR A60-Fu27 PRIMARY XCA1A
> -It Mi'lliohms N/A i
..a 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 k
I 6
XCA1A-CR A60-Fu35 PRIMARY XCA1A
>-le Milliohms N/A
~
6 XCA1A-CR A61-Fu47 BACKUP XCA1A
>-M Milliohms N/A
b O
h O
TABLE 3.8-1 (continued) v,
'j]
CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA 4
b EQUIP N0.-SYS/0ESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME j
-4 CRDM PWR. CAB. IAC, CONTINUED:
l
~
- 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!
f USi t
6 XCA1A-CR A61-Fu45 BACKUP XCA1A 1,-l& Hilliohns N/A c,,3 v.
Q'.!
- 27) HECilANISH 2 -
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
Q D
~
i 1
l g
TABLE 3.8-1 (continued)
M 9
CONTAINHENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i l E
EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME I
A CROM PWR. CAB. 1AC, CONTINUED:
i w
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
_ f L>
XCA1A-CR A61-Fu47 BACKUP XCA1A
-->-le Hilliohms N/A
~3 f5
- 29) HECilANSlHS 4 -
g j:g; XCA1A-CR A61-Fu14 PRIMARY XCA1A 1 Hi.111 ohms N/A 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 1
Milliohms N/A XCA1A-CR A61-Fu48 BACKUP XCA1A Milliohms N/A
D D
Q 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 g
1
-> % Milliohms N/A
- 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 XCA2A l'1.4 Milliohms 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, 1
M1111 ohms N/A f
XCA2A-CR A59-Fu19 BACKUP XCA2A
- 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
.~
9 O
^
O P
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
- 33) MECilANISM 4 -
g to2 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 1}
XCA2A-CR A60-Fu46 BACKUP XCA2A 1.-1 Milliohms N/A
- 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'.d i
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 D
Q R
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
CRDM POW. CAB. 2AC, CONTINUED:
e
- 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
- 40) MECllANISH 3 -
4 uh 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
- h..'i
- 41) MECilANISH 4-4 XCA2A-CR A61-Fu44 PRIMARY XCA2A
~>-le-Milliohms N/A y
f i
h='y 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 N/A M
c 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 1-le Hilliohms N/A i
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
>--lh Milliohms h
XCAIB-CR A61-Fu45 BACKUP XCA1B
-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 l
XCAIB-CR A51-Fu2 PRIMARY XCAIB 1 1.4. Milliohms N/A f;.
I XCAIB-CR A57-Fu2 BACKUP XCA1B 1 1.4 Milliohms
, N/A XCA10-CR A59-Fu22 PRIMARY XCAIB 11111tohms N/A
~
1-lhMilliohms f;]
XCA10-CR A61-Fu46 BACKUP XCAIB N/A
- 44) MECllANISM 3 -
k i
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) 10 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
- 45) HECilANISM 4 -
wh 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
'.1.4 Milliohms N/A I$
XCA10-CR A58-Fu2' BACKUP XCA1B g
( )
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
l D
D 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 -
XCAIB 1 40 Mi11iohms N/A XCA10-CR A60-Fu26 PRIMARY f
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 g
i EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME 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
~> -1B-Milliohms N/A
'.9 7-I,.
XCA18-CR A60-Fu37 BACKUP XCA1B
>-le Milliohms N/A d
t.)
> l'4 Milliohms N/A
~J XCA1B-CR A55-Ful P3IMARY XCA1B 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 XCA10-CR A56-Ful 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 "0:J
- 53) MECilANISM 4 -
g,
.1
!]
l XCA1B-CR A61-Fu44 PRIMARY XCA1B
>-le Hilliohms N/A 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
EQUIP NO.-SYS/ DESCRIPTION BEVICE LOCATION TEST SETPOINT RESPONSE TIME 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 1 1.4 M1111 ohms N/A XCA28-CR A51-Ful PRIMARY XCA2B i
XCA2B-CR A57-Ful BACKUP XCA2B 1 1.4 Milliohms N/A XCA28-CR A59-Fu21 PRIMARY XCA2B 1
Milliohms N/A G
02 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 PRIMARY XCA2B l
1 1.4 Milliohms N/A f7 's XCA28-CR A57-Fu2 BACKUP XCA28 1 1.~ Millichms N/A j*
- w..d:*
G XCA28-CR A59-Fu22 PRIMARY XCA2B
> Milliohms N/A
- i..
j (Q;.3 6
XCA28-CR A61-Fu46 BACKUP XCA2B
> Milliohms N/A
( 2
- 56) MECilANISM 3 -
g XCA20-CH A59-Fu15 PRIMARY XCA2B l-18-Milliohms N/A N
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
>-lh Milliohms XCA28-CR A61-Fu47 BACKUP XCA28 N/A
- 57) HECl!ANISH 4 -
w)
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 g
- 50) HECHANISH 1 -
6 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 1
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.
) PRESS. IITR. GROUP 46, 77, 78 -RC PRIMARY APN4102/9 270~ Amps 5 75 Sec.
i w2 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.
C J 1
b8
- 97) PRESS. IITR, W k & 11,12, 35 -RC PRIMARY APN4103/2 270 Amps
~< 75 Sec.
'8 W'
.gooo z
DACKUP APN4103/HN.
'2400 Amps 1 -350- Sec.
l')
3 c.*
9/) PRESS. IITR. GROUP 31, 59, 60 - RC PRIMARY APN4103/3 270 Amps i 75 Sec.
[.l 3000 2
C)
BACKUP APN4103/HN.,
2400 Amps 1-350- Sec.
. g..,
- 9) PRESS. IITR. GROUP 36, 65, 66 -RC PRIMARY APN4103/4 270 Amps
~< 75 Sec.
W 9000 Z
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
$-FrSec.
7 I
9
- 95) XPP0138-ND/ LEAK PRIMARY XMCIA3X/41L 225 Amps N/A 2
8'J DETECTION SUMP PUMP 5 -J BACKUP XMCIA3X/41L 45 Amps 5 100 Sec.
co too G9) XD0 0001-IC/ TERM. 00X FOR INCORE PRIMARY XHCIA3X/3EG 45 Amps
-< 100 Sec.
Fj E.'
NEUTRON DETECTOR DRIVES A,B,C,0,E-i BACKUP XMCIA3X/3EG, 45 Amps 5 100 Sec.
[.:ij I
'~
l 104) XVG9593A-CC/MOV REACT. COOL PRIMARY XMCIA3X/9IM 33 Amps N/A (m
i Pump A TilERMAL Barrier
~
f.j
/00 m
BACKUP XMCIA3X/91M 45 Amps 5-30-Sec.
3_
5 e
u
D D
Q O
~
8 TABLE 3.8-1(continucQ IE
'9 CONTAlllMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA 2
i E
EQUIP 110.-SYS/ DESCRIPTION DEVICE LOCATT3 TEST SETPOINT RESPONSE TIME
-4 i
g 2 480 VAC MISC. CONTINUED:
10I) XPP0149-SW/0RPI C00LINd PRIMARY XHCIA3X/11AD 225 Amps N/A
~
UlllT BSTR. PUMP BACKUP XMCIA3X/11AD 45 Amps 1 100 Sec.
3 10f) Xffl0068Ar SECONDARY COMPT.
PRIMARY XHCIA3X/11 Ell 720 Amps N/A (LOOP A)
G. FAN A BACKUP XMCIA3X/11Eli 150 Amps 1 200 Sec.
R 10$) 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
! XMCIA3X/1AC 240 Amps-1 200 Sec.
BACKUP Ito
-169) XVG9576-CC/MOV, PRIMARY
- XMC182X/SIM 225 Amps N/A ISOLATION RCDT lxMcIB2VSIhl BACKUP
'N/A 60 Amps 5 100 Sec.
I oh 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.
117) XFN00078-All/REFUEb{NG HATER PRIMARY XMC183X/9AD 87 Amps N/A SURFACESUPPLYFAft{
l 1
BACKUP XMC183X/9AD 45 Amps 5 100 Sec.
yI 3
II f.3
^l 119) XFN0066B-f R.B. CllARC0AL PRIMARY XMC183X/10FJ 1,500 Amps N/A 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
.f
~< 100 Sec.
U.1 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 TABLE 3.8-1 (cont.inued) v, h@
CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT' CRITERIA EQUIP NO.-SYS/ DESCRIPTION DEVICE LOCATION TEST SETPOINT RESPONSE TIME A
i 6 480 VAC HCC, CONTINUED:
s 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 3
~< 200 Sec.
("
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 BACKUP XMCIB3 /3Eli 180 Amps 1 200 Sec.
]7 (20 C..)
-H9) XFil0070B-All/ SECONDARY COMPT.
PRIMARY XMC183Y/3IL 720 Amps N/A t
.)
BACKUP XMCIB3Y/3IL.
180 Amps I
^< 200 S.
- . a 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)
C0llTAINMEllT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRIlERIA i
o E
EQUIP Nd.-SYS/DESCRIPTI0ff DEV;CE LOCATION TEST SETPOINT RESPONSE TIME e
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 12%) XPP00518-WL/R.C. DRAIN PRIMARY XMC103Y/8GK 720 Amps N/A w1 tat 1K PUMP B 200 ca i
BACKUP XMC183Y/8GK 210 Amps 1-06 Sec.
g 7
4 s
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.
W 7
124) XVG95938-CC/MOV,itC PUMP B PRIMARY XMC183Y/4A 225 Amps N/A
!.]
TilEltHAL BARRIER BACKUP XMC183Y/4AE 45 Amps
< 100 Sec.
- 1
.1 7
12).) XFN0068C-All/ SECONDARY COMPT.
PRIMARY XMCIC3X/8AE' 1500 Amps N/A i.l (LOOP A) CLG Fall C C.Ji 9
-< 200 Sec.
hl BACKUP XMC1C3X/8AE 210 Amps "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
Q O
s 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 139) XFN0069C All/ SECONDARY COMPT.
PRIMARY XMCIC3X/2Eli 720 Amps N/A i (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 PRIMARY XMCIC3X/4CE 240. Amps 1 200 Sec.
[
tIG. PNL. 6, NORMAL LIGliTING i
i 200 Sec.
DACKUP XHCIC3X/4CE 240 Amps 5
13 ) XVG9593C-CC/MOV, R.C.
PRIMARY XMC1C3X/41H 225 Amps N/A II h
l' PUMP C TilERMAL BARRIER L, j i
D BACKUP XMCIC3X/41H 45 Amps 5 100 Sec.
a, J,
g d,k ' jl 13A) XFH0107-VL/ CONTROL R0D POSIT.
PRIMARY XMCIC3X/2AD 450 Amps N/A DATA CAB. CLG FAN 34j 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 D
Q O
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 3
BACKUP XMCIC3X/6AD 75 Amps 5 03 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
I.$
141) XVG8701A-Ril/RilR LOOP 1 PRIMARY XMCIDA2X/7FJ 225 Amps N/A e,
INLET ISOLATION VLV.
' ~J
.". r BACKUP XMCIDA2X/7FJ 45 Amps 5 100 Sec.
g P3 142) XVG8808A-SI/ ACCUMULATOR A PRIMARY XMCIDA2X/8AE 300 Amps
-< 200 Sec. ' D 3 ISOLATION VLV.
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. 145) XVG3100A-SW/R.B.
PRIMARY XMCIDA2Y/161H 45 Amps
< 100 sec, co J.
Recirc. Unit A -Isolation Vlv.
~
i Us BACKUP XMCIDA2Y/161M 45 Amps 5 100 sec.
i l
146) XVG31088-SW/R.B.
PRIMARY XMCIDA2Y/15CG 45 Amps
< 100 sec.
]
t@.3 Recirc. Unit B - Isolation Viv.
~
l 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 D
O O
~
nd U1
[
TABLE 3.8-1 (continued) 5 a
3 CONTAIN!!ENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i
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 XMCIDB2Y/19IM 45 Amps 1 100 Sec f
i 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
i x
]
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.
BACKUP XMC1082Y/4AE 45 Amps 5 100 Sec.
k p@
w T
157) XVG 870; Ril/RilR LOOP 3 PRIMARY XMC10B2Y/4FK 225 Amps N/A w
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.
Q
,,, I 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
- o I
CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICE TEST SETPOINT CRITERIA i
e 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 I
BACKUP XMC1002Y/121M 60 Amps 1 100 Sec.
T k
l ff 4) XVG 7503-AC/CRD M COOLING PBIudA'y xmciDn2x/nzM 2254~,s y/g y
I WRTEg OUTLET VL V.
wa
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gggu P XMC I D41X/II, g g,,,
n.,
-t;.JI f65') XVG 7502-AC/cRDM cootMG pgyggRy xycipg2xj,7xg a25 9, y,g b:1 I
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