ML20153F993
| ML20153F993 | |
| Person / Time | |
|---|---|
| Site: | Summer  |
| Issue date: | 10/22/1997 |
| From: | Lindler G SOUTH CAROLINA ELECTRIC & GAS CO. |
| To: | |
| Shared Package | |
| ML20153F885 | List:
|
| References | |
| FEP-4.0, NUDOCS 9809290314 | |
| Download: ML20153F993 (53) | |
Text
__-
Y SOUTH CAROLINA ELECTRIC & GAS COMPANY VIRGIL C. SUMMER NUCLEAR STATION
)
NUCLEAR OPERATIONS INFORMATION ONLY i
\\
FIRE EMERGENCY PROCEDURE FEP-4.0 CONTROLROOM EVACUATION DUE TO FIRE REVISION 2 SAFETY RELATED 9*0 W O
u1ScietINE
/
E v1SO oi1-i 7/ETf9f
/
APPRO p y 0
/ ' 7 DATE RECORD OF CHANGES CHANGE TYPE APPROVAL CANCELLATION CHANGE TYPE APPROVAL CANCELLATION LETTER CHANGE DATE DATE LETTER CHANGE DATE DATE A
P
- 9464c, r
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i CONTINUOUS USE Continuous Use of Procedure Required.
Read Each Step Prior to Performing.
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9809290314 980924 PDR ADOCK 05000395 P
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NUCLEAR OPERATIONS SAP 139 ATTACHMENTIV COPY NO.
/
PAGE 1 OF 3 REVISION 17 PROCEDURE DEVELOPMENTFORM A
!. DATE: b 7
PROC.#
N"YO REV.# 1 CHG.[
1 COMM. #
T'TLE:
Ca sTILc L, R.R e eV4UAMId Id E'1"O bI N NEW PROC CHANGE MERMANENT[
SAFETY RELATED M
REVl510N RESTRICTED
, FROM TO QUALITY RELATED NON-SAFETY RELATED fV6df)N pp WV6 bY
}wpr w
L L
l REASON FOR CHANGE:
b ~ MO M Ur%# /_ANi 7ngirKorf Sign /Prirft all WILLTHIS REVISION / CHANGE /N EW PROCEDURE:
' YE[
NO N/A 1.
Result in significant increased personnel radiation exposure? (ALARA review)
/
2.
Result in a release of effluents to the Environrnent?
3.
Degrade the effectiveness of the Radia tion Emergency Plan?
4.
Degrade the safeguards effectiveness of the Physical 5ecurity,5afeguards Contingency or Training and Qualification Plans?
- If any question 1 throu@ 4is answered "YE5*, refer to appropriate section of procedure for direction.
l REQUIRED REVIEW AND COMMENT:
RE E ED REVIEW 5:
QRh )NL&OE )CH5
)GMNPO
?
bMP D
V
[)) OPS
) MNTS HP5 GMES
/
/
/./
la
/
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(
y)QA
(.'
6) a4 1 1, QC 7 /Disciplyupervisor Dat'e IV. 10CFR$0.59 SCREENING REVIEW / SAFETY EVALUATION 6 M OM
- /
[ REQUIRED a EXEMPT gP5RC SUPPORTING DOCUMENT:
l giscipliWrvisor concurrence V.
TEMPORARY APPROVAL:
QUALIFIED REVIEWER DATE QA REVIEW DATE TELECON SY TELECON BY SHIFT $UPERVISOR DATE FINAL APPROVAL REQUIRED BY: DATE VI. DISCIPUNE SUPERVISOR FINAL REVIEW:
Vil P/CAPACCEPTASLE7 PSRC REVIEW PRIOR TO IMPLEMENTATION? YES _
NO
~
NL4OE Date l
TRAINING REQUIRED? YE5 _ NO, ESP. M G R.
Date fY 4 72 IF YES, PRIOR TO PROCEDURE IMPLEMENTATION? YES VIIL FINALQAREVIEW(As Applicable)
P/ CAP AFFECTED7 YE5_ NO COMMENTS RESOLVED:
)#^
N
")
/ isciplintflupervisor Date IX. APPROVAL AMORITY-D
~
dh k
//
Y TRAINING COMPLETED:
/
Approydi/ Concurrence
/ / Date e
Discipline Supervisor g[g/g7 Date
/
X.
PSR', REVIEW:
A REVIEWED BY:
B PSRC COMMENTS RESOLVED:
P5RC Chairrnan Date Eesponsible Manager Date COMMENTS:
YES _,,, N O _,_
/
PSRC Chairman Date
~~
NUCLEAR OPERATIONS SAP-139 ATTACHMENTIV COPY NO.
j PAGE 1 OF 3 REVISION 17 PROGDURE DEVELOPMENT FORM A 1.
DATE:11-1A4 PROC. # Y 40 REV.#
"L-CHG.M COMM. #
TITLE: NWW. RAOPA trVAruarm CAltr tt) 1P.r1t.5 NEW PROC CHANGE,1,_ PERMANENT.M.
SAFETY RELATED M
REVISION RESTRICTED _ FROM TO QUALITY P. ELATED NON-SAFETY RELATED S
5 N'
h bww % b+c.4 w p os a h.
j REASON FOR CHANGE:
1.
r_t 61M hf*
7.12. M 1 Onginator '
Sign / Print lit. WILL THis REVl580N/ CHANGE /N EW PROCEDURE:
- YES NO N/A 1.
Result in significant increased personnel radiation exposure? (ALARA review)
_){,,
2.
Result in a release of effluents to the Environment?
Y 3.
Degrade the effectiveness of the Radiation Emerge Plan?
E 4.
Degrade the safeguards effectiveness of the Physical nty. Safeguards Contingency 4
or Training and Qualification Plans?
- If any question 1 through 4 is answered "YE5", refer to apprepnate section of precedure for direction.
REQUIRED REVIEW AND COMMENT:
REQUESTED REVIEWS:
ll GMNPO L9tDM N )
W QR 8 NL&OE ilCHS 6/9f N/
() OPS MNTS HPS
- i GMES j
/
l
/
/ /A
,[
Desapiine Supervisor Date IV. 10CFRSO.59 SCREENING REVIEW / SAFETY EVALUATION e
[ REQUIRED o EXEMPT Q PSRC SUPPORTINGDOCUMENTMEN N Discipline Supervisor concurrence V.
TEMPORARYAPPROVAL:
QUALIFIED f.EVIEWER DATE QA REVIEW DATE TELECON BY TELECON BY SHIFT SUPERVISOR DATE FINAL APPROVAL REQUIRED BY: DATE VI. Ol5CIPLBIE SUPERVISOR FINAL REVIEW:
ViL P/ CAP ACCEiPTABLE7 sf!/d /
C.
YES _ N O,,,,,_
PSRC REVIEW PRIORTO IMPLEMENTATION? YES.,_,_
N O,,,,,,,,
NL&OE
[V //
Date TRAINING REQUIRED? YES _ NO _
- RESP. M GR.
Date IF YES.PRIORTO PROCEDURE IMPLEMENTATIOM YES,,,
N O,,_
Vig. FINAL QA REVIEW (An Applica P/ CAP AFFECTED? YES_ NO Q
rm
/
Date COMMENTS RESOLVED:
5 /!
Discipline Supervisor
/ / Cate DC, APPROVAL AlfiHORffY
/
W-f?/$
74 -- / -l? 97
/
TRAINING COMPLETED:
/
Aoproval/ConcuTrence Date Discipline Super [or Dite O
X.
PSRC REVIEW:
A.
REVIEWED BY:
B.
PSRC COMMENTS RESOLVED:
/
P5Rc chairrnan DaT4 Respor:LTe Enager Date COMMENTS:
YES,.,,,,. NO,,,
I i
NUCLEAR OPERATIONS
~
SAP-139 ATTACHMENTIV PAGE 1 OF 3
~
COPY NO.
1 REVISION 16 l
PROCEDURE DEVELOPMENT FORM - A CHANGEF l
L DATE: ID="Mk PROC. # M 40 REv.# L CwG.1 COMu.,
TITLE:
M.m.ht _ ROOK hMActwr22e out-r Tt 1::me.tr NEW PROC' CHANGE &
PERMANENT d SAFETY RELATED 28'-
REVISION RESTRICTED,,,,,__, FROM TO QUAUTY RELATED NON.5AFETY RELATED IL DE50tIPTION:
p g
W(*$ g. g 3 gQ TM M N'd% l T $% 6 REASON FOR CHANGE:
I W op-o%\\,78%*+AW h bW %M ed.spt4ps egoaba oF %Me%w-sr itRuvat[
Originator I
l lit. Wlu.THIS REVISION /CH.UGGE/NEW PROCEDURE:
' YES NO N/A 1.
Result in significant :ncreased personnel radiation expceure? (ALA RA review)
/
l 2.
Result in a release of effluents to the Erwironment?
Z
,/
3.
Degrade the effectivs ness of the Radiation Ernerge Plan?
V 4.
Degrade the safeguarts effectiveness of the Physical rity, Safeguards Contmgency or Training and Qualif. cation Plans?
- If any eluestion i through 4 is answered "YES", refer to appropriate section of psecedwe for direction.
A REQUIRED REVIEW AND COMMENT:
f l
OOPS
)NL&OE )CHS GMNPO N,
w
/ /
MNTS P&S HPS GMES
- o. G AraA),
5tscmline Supr.4, sot ~
Dated j
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I lCA NPS MNT GMNS$
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St Ig-; Cc-i i
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L IV. 10CFR$0.59 SCREENING REVIEW /$APETY EVALUATICW 03O[
M,-
hEQUIRED D EXEMPT a PSRC SUPPORTING DOCUMENT:
8 bistfisiine rupervisor concurrence V.
TEMPORARY APPROVAL:
l M'M'8 QA REVIEW DATE QUAUFIED REVIEWER 2
TELECON BY
.1 TELECON BY SHIFT $UPERVISOR [MM/ DATE /O'L(t_M FINAL APPROVAL REQUIRED BY: DATE //"'M-E O
Vil P/ CAP ACCEPTABLE 7 l
VL DISQ?LINE SUPERVISOR FINAL REVIEW:
C.
YES __ NO _
- f /
/
j l
NL&OE / V///
Date TRAINING REQUIRED? YES _,,,, NO N.
YES _ NO,_,,
/
/
RESP. MGR.
Date IF YES, PRIOR TO PROCEDU*tE IMPLEMENTATION? YES,,,,,
NO _
Vill F#iAL QA REVIEW (As AppBceble)
P/ CAP AFFECTEO?
YES,,,,,,
NO l
COMMENT 5 RESC,LVED:
L
///!ll/fg CA Corm,strence
/
Date Disopline Supervisor
/ ' Date IX. APPROVAL AUTHORfTY:
fl LAG
/ ll / ff.
proval /Conwrrence
/ /Date X.
Pl4C REVIE#:
g i
A REVIEWYD BY:
B.
PSRCCOMMENT$ RESOLVED:
[D
/
/
PsRc cnairman Daie Resporeinie uaneser s
j.g COMMEllTE:
YES ~~~~ NO ~
/
I TIR Chairman CZIe*
~
NUCLEAR OPERATIONS 4%jsMENTIV i
~
t PAGE 1 OF 3 COPY NO.
i REVISION 16 PROCEDURE DEVELOPMENT FORM. A CHANGEF L DATE: [* M*9d PROC. # IN - N.O REV.# '3 CHG.1 COMM. #
I Tnu: Pose rnt Penn WAcuArrea 04 -CVnts NEW PROC CHANGE ',2C:,
FERMANENT )C 5AFETY RELATED
'75-REVISION RESTRICTED FROM TO QUAUTY RELATED NON 5AFETY RELATED hh b
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Onginator l'L WILL THis REVl580N/ CHANGE /NEW PROCEDURE:
- YES NO N/A l
1.
Result in significant increased personnel radiation exposure? (ALARA review) 1 M
2.
Result in a release of effluents to the Environment?
~
3.
Degrade the effectiveness of the Radiation Emergency Plan?
K i
4.
Degrade the safeguards effectiveness of the Physical Secunty, Safeguards Contingency -
4 or Training and Qualification Plans?
1
)
- If any questie... through 4is answered "YES', referto -, g ^ section of peecedure for direction.
REQUIRED REVIEW AND COMMENT:
ll OPS NL&OE CHS
) GMNPO Nb W*
1
? MNTS P&S HPS 1GMES M:f81 C4.'X7tP*/
4isopline Supervisor Date e TMW 2 13 fed
' QA
) NPS
) MMT j GMN55
?' QC
)T5
)DE LQRf NS 1 L Mau erge
- f.'C f 4
IV. 10CFR50.59 SCREENING REVIEW / SAFETY EVALUATION j
(REQUIRED C EXEMPT APSRC SUPPORT 1NG DOCUMENT:N2'2 N k i
Discipline Supervisor concurrence 1
V.
TEMPORARY APPROVAL:-
QUALIFIED REVIEWER DATE QA REVIEW DATE i
TELECON BY TELECON BY SHIFT SUPERVISOR DATE FINAL APPROVAL REQUIRED BY: DATE l
VI. Dl5GPLINE SUPERVl50R FINAL REVIEW:
Vll. P/ CAP ACCEPTABLE?
j C.
YES NO Al/b I
i YE5 _ NO _ f MOE /
/
Date TRAINING REQUIRED?
N.
YE S.,,,,,,, NO,,,,
I RESP. MGR.
Date
'8 YES, PRIOR TO PROCEDURE IMPLEMENTATION? YES _
NO _
3 j
Vill. FTNALQA REVIEW (As Applicalple) l P/ CAP AFFECTED?
YES_,,,,
NO COMMENTS RESOLVED:
N /8 dtiscipline Supervisor f /Date IL Ar AL AUTHORITY:
- AU'1 W
/ l} /7 J,
p~ofal/Cecurrence
/ Cate d
L P54CREVIEW:
A.
REVIEWED BY:
B.
PSRC COMMENT 5 RESOLVED:
3 P5R?.,~6 airman Data Responstble Manager Date l
COMMENTS:
YE S,,,,,, NO
/
i P5RC Chairman Date
~
I
5^
NUCLEAR OPERATIONS 48$ygg7,y J.-
COPY NO.
I PAGE 1 OF 3 l
REVISION 16
' O PROCEDURE DEVELOPMENT FORM. A CHANGEF v
L DATE: Y"
dI PROC. #
[*'*krO
,JEV. #
CHG.d COMM.#
rirtE: EwrMDL $ABN EVA4U4M (k/ 'fD RAf NEW PROC CHANGE [
PERMANENT I SAFETY RELATED 1
REVISION RESTRICTED,,,,_,, FROM TO QUAUTY RELATED NON-5AFETY RELATED
" "'~97/grfd frAr3.M.b. 9d9 5W/D AVO W. WAn:.12C 9
i$I//rfII@4WTfd Srff &4 A'kniV 4,9'W4 Avt' dafr/d 64 rs A m A l
l REASON FOR CHANGE:
l AW DS'MP g,
' Ongpystor '
/
ML Wit 1 TH15 REVI540N/ CHANGE /NEW PROCEDURE:
' YES NO N/A 1.
Result in significant increased personnel radiation exposure? (ALARA review)
N 2.
Result in a release of effluents to the Environrnent?
1 3.
Degrade the effectiveness of the Radiation Ernergency Plan?
1 4.
Degrade the safeguards effectiveness of the Physicalsecunty, Safeguards Contingency or Training and Qualification Pla ns?
M
- If any aguestion 1 through 41s answered "YES", refer to appropriate section of precedure for direction.
REQUIRED REVIEW AND COMMENT:
g
' M A h 0f[
OPS C NL&OE CHS GMNPO
/
- P&S HPS GMES T
MNTS g
Dfcipline 5upervisor Date 5
E i ON 1 AWRY r IV. 10CFRSO.59 SCREENING REVIEW / SAFETY EVALUATION SUPPORTING DOCUMENT:M[DINO XREQUIRED C EXEMPT %PSRC
" Discipline Supervisor concurrence I
V.
TEMPORARYAPPROVAL:
CJALIFIED REVIEWER DATE QA REVIEW DATE TELECON BY TELECON BY SHIFT SUPERV150R DATE FINAL APPROVAL REQUIRED BY: DATE VII. P/ CAP ACCEPTABLE 7 VL DISCIPUNE SUPERVISOR FudAL REVIEW l:
C.
YE 5,,,,,
N O _,,,
A > /./
NL&OE Date TRAINING REQUIRED? YES.,_,, NO _
l N.
YES,,,,, N O.,,,,,,
/
RESP. MGR./
va*.e IF YES, PRIOR TO PROCEDURE IMPLEMENTATION? YES,,,,,,
NO.,_
l Vill. FWAL QA REVIEW (As Applicabis) i P/ CAP AFFECTED7 YES,,,,,,,,
NO,j,,,,
ncurrence
/
Date COMMENTS RESOLVED:
/
Discipline Supervisor Date IX. APPROVAL AUTHOlUTY:
?=l$~ $
I Approval / Concurrence Date X.
PSRC REVIEW:
j A.
REVIEWED BY:
B.
PSRC COMMENTS RESOLVED:
P5RC Chairman Date ResponsDie Manager Date COMMENTS:
YE5__ NO __,,,
/
PSRC Chairman Date
FEP-4.0 REVISION 2 g
1.0 PURPOSE This procedure provides instructions for plant shutdown from outside the Control l
Room when fire has made the Control Room uninhabitable or fire in t Building has made control and indication unreliable. This procedure assumes a loss of offsite power and no load sequencer action.
2.0 INITIALCONDITIONS 2.1 The Control Room must be evacuated due to uncontrollable fire in any of the following areas:
Control Room zones CB-17.1,17.2 or 17.3.
a.
b.
Cable Spreading Rooms zones CB-4 or CB 15.
c.
Relay Room zone CB-6.
2.2 This procedure is implemented from FEP-1.0.
(
l-1 O
PAGE 10F 10
FEP-4.0 REVISION 2 llO l
CAUTION 3.0
[:
- a. In the event of an emergency not covered by an approved written procedure, operating personnel have the authority to take action to minimize personnel injury or damage to the facility, and to protect the public health and safety.
Such actions shall be documented by the operating personnel.
- b. When a fire is located in the Control Building complex, indications may i
indicate incorrectly, equipment may operate unintentionally and automatic control may not be possible. Due to cable routing and design, Train B equipment will be operable from outside the Control Room after electrical isolation has been achieved.
1 NOTE 3.0 CHG If any electrical component will not operate from the specified location, attempts E
should be made to control it per Attachment VIII, IX, X, or XI.
3.0 OPERATOR ACTIONS NOTE 3.1 through 3.6 Steps 3.1 through 3.6 are Immediate Actions.
3.1 The Shift Supervisor shall perform the following:
a.
Direct implementation of this procedure, b.
Implement the Emergency plan, Alert condition, per EPP-001, Activation and Implementation of Emergency Plan.
3.2 Direct the Control Room Supervisor to implement Attachment I.
3.3 Direct the Nuclear Reactor Operator At The Controls to implement Attachment II.
3.4 Direct the A Nuclear Reactor Operator to implement Attachment III.
3.5 Direct the Intermediate Building Operator to implement Attachment IV.
3.6 Direct the Auxiliary Building Upper Operator to implement Attachment V.
'O PAGE 2 0F 10
~ - -
FEP-4.0 REVISION 2 O
V NOTE 3.7 through 3.12 Steps 3.7 through 3.12 must be completed within 30 minutes ofimplementation of this procedure.
3.7 Direct the Shift Engineer to implement Attachment VI.
3.8 Direct the Electrical Maintenance personnel to implement Attachment VII.
NOTE 3.9 through 3.24
- a. The remainder of this procedure should be coordinated from the CREP.
- b. Primary reliance should be placed on Steam Generator C and its associated CREP instrumentation, LI-497B and IPI2020A-MS.
3.9 Maintain Steam Generator pressure between 1000 psig and 1100 psig by throttling the following:
IPV02000-MS, MAIN STEAM HEADER A POWER RELIEF VALVE a.
(AB-436 W. Pen.).
b.
IPV02010-MS, MAIN STE AM HEADER B POWER RELIEF VALVE l
(IB-436).
IPV02020 MS, MAIN STEAM HEADER C POWER RELIEF VALVE c.
(IB-436 E. Pen.).
NOTE 3.10 If Natural Circulationis not indicated, increased dumping of steam should restore Natural Circulation.
3.10 Verify Natural Circulation as follows:
RCS subcooling is greater than 30*F as determined by the following-a.
l 1)
TI-433A, RCS HOT LEG C WR TEMP.
2)
PI-402D, RCS PRESS.
3)
Steam Tables.
b.
Stt m Generator pressure is stable or decreasing as indicated on PI-N20A, SG-C PRESS.
Reactor Coolant System TH is stable or decreasing as indicated on c.
.O TI 433A, RCS HOT LEG C WR TEMP.
PAGE 3 0F 10 i
m FEP-4.0 REVISION 2 d.
Reactor Coolant System TC is at saturation temperature for Steam l
Generator pressure as determined by the following:
l 1)
TI-430A, RCS COLD LEG C WR TEMP.
2)
PI-2020A, SG-C PRESS.
3; Steam Tc.bles.
NOTE 3.11
- a. If the Turbine Driven Emergency Feed Pump is inoperable, the Motor Driven Emergency Feed Pump should be started per Steps 3.18 through 3.20.
- b. Primary reliance should be placed on Steam Generator C and its associated instrumentation.
3.11 Coordinate with the Shift Engineer to maintain Steam Generator wide range levels 50% to 60%.
3.12 When the NROATC reports Diesel Generator B ready for loading, start one of the followingfrom the CREP:
a.
XPP-0039B, SW PUMP B.
b.
XPP-0039C, SW PUMP C TRAIN B.
NOTE 3.13 through 3.16 Steps 3.13 through 3.16 must be completed within 90 minutes ofimplementation of this procedure.
3.13 Establish Component Cooling Pump Operation, a.
Start one of the following(XSW1DB):
1)
XPP0001B, COMPONENT COOLING PUMP B, using SS-CCO2, CHG UNIT 13.
s 2)
XPP0001C, COMPONENT COOLING PUMP C, using SS-CC04, cac UNIT 11.
p b.
Verify pump discharge pressure is between 60 psig and 70 psig (IB-412).
i O
,v
(
PAGE 4 OF 10 l
FEP-4.0 e
REVISION 2 3.14 When the Auxiliary Building Operator Upper reports Charging Pump B(C) ready to start, have the NROATC start one of the following:
a.
The Charging Pump B using SS-CS06, UNIT IE (XSW1DB 15).
b.
The Charging Pump C using SS-CS08, UNIT 14 (XSW1DB 14).
CEG 3.15 Start HVAC Chiller B(C) as follows:
A a.
Verify the A Nuclear Reactor Operator has XSW1DB1 ready for load.
b.
Verify the Shift Engineer has HVAC Chiller B(C) ready for starting.
c.
Have the NROATC start one of the following:
1)
The Chilled Water pump B and Chiller B using SS-VUO6 (XSW1DB2) 2)
The Chilled Water pump C and Chiller C using SS-VUO8 (XSW1DB2)
C AUTION 3.16
- a. Sealinjection should be restored slowly to avoid thermal shock to the
(
Reactor Coolant Pump seals.
- b. Cooldown should be slow enough to prevent losing control of Pressurizer level.
- c. PI-121A and FI 122B indication and FCV-122 control from the CREP may be unreliable due to fire.
3.16 Maintain Pressurizer level between 25% and 50% as follows:
a.
Have the Auxiliary Bldg Oaerator Up 3er throttle open XVT08389-CS, SEAL INJECTION HEAD 3R FLOW 3YPASS VALVE (AB-436).
b.
Maintain LI-459B, PZR WR LEVEL (CREP), using seal injection flow and cooldown.
c.
If more charging flow is needed perform one of the following:
1)
Restore normal charging.
2)
Open XVG08801A-SI, HI HEAD INJ VALVE (FB-412).
Oo PAGE 5 OF 10
~
FEP-4.0 O
REVISION 2 V
3,17 Maintain RCS subcooling greater than 30'F as determined by TI-433A, RCS HOT LEG C WR TEMP, PI-402D, RCS PRESS, and Steam Tables as follows:
Utilize a very slow cooldown.
a.
b.
Maintain Reactor Coolant System pressure 2200 psig to 2300 psig by having the NROATC cycle the Pressurizer heaters at XSWIDB 05 per Attachment IX.
Log temperature on Attachment XII at least once per 30 minutes when c.
cooldown is m progress.
NOTE 3.18 Step 3.18 should be completed within 120 minutes ofimplementation of this procedure.
3.18 Initiate Reactor Building cooling as follows:
I Verify the A Nuclear Reactor Operator has Service Water aligned to the a.
RBCU's.
b.
Ven'fy Electrical Maintenance has Service Water aligned to th'e RBCU's.
(3 V
c.
Verify the Shift Engineer has reported Service Water Booster Pump suction pressure greater than 20 psig, d.
Have the A Nuclear Reactor Operator start the following at XSW1DB1:
1)
Start Service Water Booster Pump B by placing SS-SWO7, UNIT 5A,in START.
2)
Start XFN-64B in slow speed by placing SS-A{I275X, UNIT 6D, in START.
3)
Start XFN-65B in slow speed by placing SS-AH279, UNIT 60, in START.
NOTE 3.19 through 3.25 The following ste~ pre not required for safe shutdown and may be imaossible for some fire location;. I'ransition to FEP-4.1 may be made at any time. Lf manpower is available and the decision has been made to stay in Hot Standby, the following steps should be performed.
l l
3.19 Have the NROATC close XSW1DB 03, EMERG FD WTR PUMP XPP0021B-EF, per AttachmentIX.
i%
PAGE 6 0F 10 1
FEP-4.0 REVISION 2
^
3.20 Establish flow from Emergency Feedwater Pump B to the Steam Generators j
as follows:
a.
Throttle IFV-3531, MD EFP TO SG A.
i b.
Throttle IFV-3541,MD EFP TO SG B.
i c.
Throttle IFV-3551, MD EFP TO SG C.
3.21 If flow cannot be established, direct the Shift Engineer to manually throttle i
the feed control valves as follows:
a.
Close the Instrument Air Supply Isolation Valve (AV-1) to the affected positioner.
b.
Vent air from the positioner by opening the regulator vent.
c.
Manually operate the handwheel to achieve the desired flow.
~
3.22 Establish Component Cooling flow as follows:
a.
Close the following valves:-
j 1)
XVB09503B-CC, RH HEAT EXCHANGER B CC INLET VALVE (AB-412).
1 2)
XVB09524A-CC,NON ESS EQUIP SUPPLY HDR XCONN VALVE (AB 412).
I 3)
XVB09525A CC,NON-ESS EQUIP SUPPLY HDR XCONN VALVE (AB 412).
4)
XVB09526A-CC, NON-ESS EQUIP CC RETURN HDR XCONN VLV (IB-436).
5)
XVB09687A-CC, NON-ESS EQUIP CC RETURN HDR XCOhT VLV (IB-436),
b.
Open the followingvalves:
1)
XVB09524B-CC, NON-ESS EQUIP SUPPLY HDR ICONN VALVE (AB-412).
2)
XVB09525B-CC, NON-ESS EQUIP SUPPLY HDR XCONN VALVE (AB-412).
3)
XVG09625-CC, RB CC INLET HEADER ISOLATION VALVE (AB-412).
4)
XVG09626-CC, RB CC INLET HEADER ISOLATION VALVE (AB-412).
f 5)
XVG09568-CC, EXCESS LTDN HX INLET CC HEADER ISOL t,
VLV (AB-436 West Pen.).
I PAGE 7 OF 10
l FEP-4.0 G
REVISION 2 6)
XVG09606-CC, RB CC RETURN HEADER VALVE (AB-436 West Pen.).
7)
XVB09687B CC, NON ESS EQUIP CC RETURN HDR XCONN VLV (IB-412).
8)
XVB09526B CC,NON ESS EQUIP CC RETURN HDR XCONN VLV (IB-412).
9)
XVG09600-CC, RB CC SUPPLY HEADER ISOLATION VALVE (IB-436 East Pen.).
3.23 Establish Instrument Air as follows:
l a.
Close XSW1DB108B, SUPPLEMENTAL INSTR AIR COMPR XAC0012A-IA, per Attachment VIII.
b.
Installjumpers around the solenoids to open the following valves:
1)
XVA02659 IA. RB INSTRUMENT AIR B ACK UP SUP ISOL T LV (AB-436 West Pen.).
2)
T02660-IA. RB INSTRUMENT AIR SUPPLY ISOL VLV
,RC) (AB-436 West Pen.).
3.24 Establish n.rmal Letdown as follows:
a.
Open ITV00144-CC, LETDOWN HX CC OUTLET CONTROL VALVE, by closingITV00144 AV1-CC,IAISOLATION VALVE FOR ltV0144-CC, and venting air off the valve.
l b.
Open XVT-8152, LTDN ISOL(CREP),
c.
Close XVG08408 A-CS, LTDN HDR PRESS CONT VLV INLET ISOL VLV (AB-424).
d.
Throttle open XVT08409 CS, LTDN HDR PRESS CONT VLV BYPASS VALVE, three turns (AB-424).
e.
Open the followingvalves(CREP):
1)
LCV-459, LTDN LINE ISOL.
2)
LCV-460, LTDN LINE ISOL.
3)
PVT-8149A,LTDN ORIFICE AISOL.
f.
Cycle PVT-8149A, LTDN ORIFICE A ISOL, as necessary to maintain Pressurizer level between 25% and 50%.
PAGE 8 OF 10
--.s
i FEP-4.0
(]
REVISION 2 V
l g.
Isolate and vent air from the following valves:
1)
LCV00115A-CS, VOLUME CONTROL TANK LEVEL CONTROL (AB-436, Filter Gallery).
2)
TCV00381B-CS, LETDOWN REHEAT HT EXCH TEMP CONTROL VLV ( AB-424).
l h.
Direct Chemistry to sample the Reactor Coolant System for boron concentration.
3.25 If offsite power has been lost, perform the following:
NOTE 3.24.a Some breakers,like the Circulating Water Pump breakers, may have to be opened locally from their respective switchgear, a.
Open all 7.2 KV breakers on the following busses:
1)
ISW1 A,' BUS 1A.
2)
XSW1B, BUS 1B.
OV 3)
ISW10,. BUS IC.
b.
If offsite power is available, verify OCB 8902, MAIN XFMR FEED, is closed.
c.
Close the fc11owingbreakers:
1)
XSW1 A 05, BUS 1A NORMALINCOM[NG BER.
2)
ISW1B 05, BUS IB NORMALINCOMING BKR.
3)
ISW1C 09, BUS 1C NORMALINCOMING BKR.
d.
Energize selected busses and loads at the discretion of the Shift Supervisor.
3.26 Management decision will be made to proceed to FEP-4.1, Plant Shutdown From Hot Star.dby To Cold Shutdown Due To Fire In Control Building, or to re-enter the Control Room and proceed to FEP-3.1, Train B Shutdown From Hot Standby To Cold Shutdown Due To Fire.
/""3 U
PAGE 9 OF 10
FEP-4.0
()
REVISION 2 i V,
- 4.0 FL'. (L CONDITIONS 4.1 Reactor conditions are as follows:
a.
All Rods are inserted.
b.
The Reactoris suberitical.
Shutdown Marginis satisfled.
c.
4.2 Reactor Coolant System conditions are as follows:
a.
SealInjection is established.
b.
Natural Circulation is established.
RCS subcoolingis greater than 30'F.
c.
is 4.3 Plant systems in service are as follows:
Die;el Generator B is supplying XSW1DB loads.
a.
b.
Train B CVCS is supplying Reactor Coolant Pump seals.-
The Turbine Driven Emergency Feedwater Pump is running.
c.
d.
Steam Dumps or one or more PORV's are supplying secondary best removal.
t Train B Service Water System is running, e.
i f.
Train B HVAC Chilled Water System is running, g.
Train B Reactor Building Cooling System is in service, h.
Train B Component Cooling System is in service.
4.4 Additional plant systems that may be in service are as follows:
BOP electrical busses may be energized.
a.
b.
Backup Instrument Air may be supplying the Instrument Air system.
CVCS Letdown may be controlling Pressurizer level between 25% and c.
i 50%.
. d.
Pressunzer heaters n ay be controlling Pressurizer pressure between 2200 psig and 2300 psig.
L Motor Driven Emergency Feedwater Pump B may be in service.
e.
!A 4.5 The plant is in a safe shutdown condition with temperature and inventory beingeontrolled.
I PAGE 10 0F10 I
-~
~
FEP-4.0 ATTACHMENT I PAGE 1 OF 2 j
REVISION 2
.s DUTIES OF THE CONTROL ROOM SUPERVISOR 1.
Take plant keys, portable radios, station log book and a flashlight to the IB-436 (CREP).
2.
At the CREP perform the following switch alignments within 30 minutes:
a.
At XPN-7200A, perform the following:
1)
Place TSC BYPASS to ON.
2)
Transfer the following to LOCAL:
a)
PZR HTRS BU GROUP 1 XFER.
l b)
CHG FLOW CNTRL XFER FCV-122.
c)
SW PUMP A XFER XPP 0039A.
d)
SW PUMP C TRAIN A XFER XPP-0039C.
e)
f)
LTDN LINE 150L XFER LCV-459.
f%
. V g)
LTDN LINE 150L XFER LCV-460.
h)
LTDN LINE A 150LXFER PVT 8149A.
i)
LTDN LINE B 150L XFER PVT-8149B.
j)
LTDN LINE C 150L XFER PVT-8149C.
k)
PORV XFER PCV-445A (Auxiliary Panel 7200A) 3)
Ensure the following are closed:
a)
LTDN LINE 150L LCV-459.
b)
LTDN LINE 150L LCV.460.
c)
LTDN ORIFICE A 150L PVT-8149A.
d)
LTDN ORIFICE B 150L PVT-8149B, e)
LTDN ORIFICE C 150L PVT-8149C.
f)
PORV PCV-445A (Auxiliary Panel 7200A).
j
l t
FEP-4.0 ATTACHMENT I PAGE 2 OF 2 REVISION 2
\\
b.
At XPN 72008, perform the following:
1)
Place on TSC BYPASS to ON.
2)
Transfer the following to LOCAL:
a)
PZR HTRS BU GROUP 2 XFER.
J b)
EMERG BA FLOW CNTRL XFER MVT-8104.
?
c)
SW PUMP B XFER XPP-0039B.
d)
SW PUMP C TRAIN B XFER XPP-0039C.
e)
f)
BA PUMP B XFER XPP-138.
l g)
POR9a OCV-444B (Auxiliary Panel 7200B).
u h)
LTDN ISOL XFER XVT-8152.
1 i)
STEAM TO TD EFP XFER PVG-2030.
j)
TD EFP SPEED CNTRL XFER HC-20348.
O 3)
Ensure the following in their correct position:
V a)
BA XFER PUMP B XPP-138 i; off.
b)
PORV PCV-444B is closed (Auxiliary Panel 72008).
c)
LTDN ISOL XVT-8152 is closed.
J d)
STE AM TO 1D EFP PVG 2030 is open.
3.
Within 30 minutes, evaluate radio and page communications.
4.
After 15 minutes but within 30 minutes, energize N 33 detectoi :ogh voltage.
5.
Verify Reactor power is decreasing or stable in the source range.
l 6.
If power is not decreasing or stable in the source range, do not cool down l
below 550*F.
f l
l i
i l
FE P-4.0 ATTACHMENT 11 PAGE 1 OF 6 REVISON 2 N
DUTIES OF THE NUCLEAR REACTOR OPERATOR AT THE CONTROLS 1
NOTE 1 throuah 3 Steps 1 through 3 are immediate Actions.
1.
Manually trip the Reactor from the Main Control Board and ensure the following:
l a.
Reactor Trip and Bypass breakers are open.
l b.
All rod bottom lights are lit.
c.
Reactor power levelis decreasing.
2.
Ensure Turbine trip as follows:
a.
Turbine MAIN STOP VLV5 are closed.
b.
Generator trip after.a 30 second time delay.
c.
Trip the EXC FIELD BKR.
l 3.
Trip all Reactor Coolant Pumps.
NOTE 4 If any valve fails to operate from the Main Control Board, this procedure should be continued.
4.
Align the following valves as specified:
a.
Open LCV-1158, RWST TO CHG PP SUCT.
1 b.
Open LCV-115D, RWST TO CHG PP SUCT.
c.
Close MVT-8100 SEAL WTR RTN 150L.
i.
d.
Close MVG-3001 A, RWST TO SPRAY PUMP A SUCT.
e.
Close MVG-30018, RWST TO SPRAY PUMP B SUCT.
- O F
\\l-FE P-4.0 l
ATTACHMENT il PAGE 2 OF 6 REVISON 2 1
NOTE 5 If the Reactor did not trip from Main Control Board,it should be tripped from l
the Rod Drive MG sets (18-463) prior to proceeding to X5W1DB switchgear.
5.
Obtain keys, radio and STA tool kit and proceed to X5W1DB switchgear room (18-436).
6.
Within 30 minutes, perform the following (IB-436):
a.
At X5W1DB 15, CHARGING INJ PUMP B XPP0043B-CS, perform the following:
1)
Place 43-C506, XFER UNIT 15, to LOCAL.
2)
Momentarily place 55-C506, UNIT 15, to STOP.
b.
At X5W1DB 14, CHARGING INJ PUMP C XPP0043C C5, perform the following:
1)
Place 43-C508, XFER UNIT 14, to LOCAL 2)
Momentarily place 55-C508, UNIT 14, to STOP.
c.
At X5W1DB2 03A, perform the following:
1)
Place 43-VUO6, XFER UNIT 6C, to LOCAL 2)
Momentarily place 55-VUO6, UNIT 6C, to STOP.
3)
Place 43-VUO8, XFER UNIT SA, to LOCAL.
4)
Momentarily place 55-VU08, UNIT SA, to STOP.
d.
At X5W1DB 13, CC PUMP B XPP0001B-CC.
1)
Place 43-CC02, XFER UNIT 13, to LOCAL.
cac 3
2)
Momentarily place 55-CC02, UNIT 13, to STOP.
e.
At X5W1DB 11, CC PUMP C XPP0001C-CC.
I 1)
Place 43-CC04, XFER UNIT 11, to LOCAL.
cac 3
2)
Momentarily place 55-CC04, UNIT 11, to STOP.
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FEP 4.0 ATTACHMENT il
(~'N PAGE 3 OF 6 (j
REVISON 2 f,
At X5W1DB 07 TRANSF 1DB1 & 1DB2, perform the following:
1)
Place 43-E519, XFER UNIT 7, to LOCAL 2)
Momentarily place 55-E519, UNIT 7, to CLOSE.
g.
At X5W1DB 06, RB SPRAY PUMP XPP0038B-SP, perform the following:
1)
Open X5W1DB 06 CCP, CLOSING CNTRL PWR XPP0038B-5P (RRP).
2)
Open X5W1DB 06 TCP, TRIPPING CNTRL PWR XPP0038B-SP (TCP).
3)
Push the MANUALTRIP lever on the 7.2 KV breaker.
h.
At X5W1DB 05, PZR HTR BKUP GRP-2 XTF4102-RC, perform the following:
1)
Open X5W1DB 05 CCP, CLOSING CNTRL PWR XTF-4102-RC.(RRP).
2)
Open X5W1DB 05 TCP, TRIPPING CNTRL PWR XTF4102-RC (RRT).
3)
Push the MANUAL TRIP lever on the 7.2 KV breaker.
i.
At X5W1DB 04, X5W1EB FDR BKR, perform the following:
1)
Place 43 ES23, XFER UNIT 4, to LOCAL.
2)
Momentarily place 55-ES23, UNIT 4, to CLOSE.
j.
At X5W1DB 03, EMERG FD WTR PUMP XPP0021B EF, perform the following:
1)
Open X5W1DB 03 CCP, CLOSING CNTRL PWR XPP00218-EF (RRP).
2)
Open X5W1DB 03 TCP, TRIPPING CNTRL PWR XPP00218-EF (RRT).
3)
Push the MANUAL TRIP lever on the 7.2 KV Breaker, k.
At X5W1DB2 03A, perform the following:
1)
Place 43 E537, XFER UNIT 4B, to LOCAL 2)
Momentarily place 55-ES37, UNIT 48, to CLOSE.
1.
Open the following indicated (non-shaded) breakers on XMC1DB2X:
i-l
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i
)
FE P-4.0 ATTACHMENT 11 PAGE 4 0F 6
[
REVISION 2 436' IB l
MCC1DB2X l
XMC1DB2X 02AD XMC1DB2X 03AD XMC1DB2X 04AD RCP B SEAL SER WTR TO EF PUMP CHEM FEED TO EF I
INJECTION ISO ORC B SUCilON HDR B 150 l
XVI81020-CS XVG 1001 B-E F XVK 163 38-F W l
I XMCIDB2X 01DG COMP COOLING WTR 150 NON-ESS EQUIPMENT XVB95268-CC XMCIDB2X 02EH XMC1DB2X 03E H XMC1DB2X 04EH XMC1DB2X OSEH RCP C SEAL SER WTR TO TURB SW INLET B TRAIN INJECTION ISO ORC DRVN EF PUMP SUC110N 10 SW INLET XVT8102C-CS XVG1002-EF HVAC CHILLER B TO HVAC CHILLER C XVB31260-SW XVB3128C-SW l
XMC1DB2X 01HK
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FEP 4.0 ATTACHMENT ll lrs PAGE 6 OF 6 l
REVISION 2 l
m.
If the IB operator has placed Diesel Generator B in LOCAL, perform the following at X5W1DB 16, BUS 1DB NORMAL INCOMING BKR:
1)
Open X5W1DB 16, NORMAL INCM BKR CLOSING CNTRL PWR.
2)
Open X5W1DB 16, NORMAL INCM BKR TRIPPING CNTRL PWR.
3)
Push the MANUAL TRIP lever on the 7.2 KV breaker.
n.
At X5W1DB 01, BUS 1DB EMERG INCOMING BKR, perform the following:
1)
Open X5W1DB 01, CLOSING CNTRL PWR EMERG INCM BKR (RRP).
2)
Open X5W1DB 01, TRIPPING CNTRL PWR EMERG INCM BKR (RRT).
3)
Push the MANUAL TRIP lever on the 7.2 KV breaker.
o.
Verify X5W1DB 10, DIESEL GEN B XEG0001B DG, breaker closes.
p.
Report to the Control Room Supervisor that Diesel Generator B is ready for loaaing.
7.
Stand by in X5W1DB switchgear room to start additionalloads.
IG' i
i l0 l
l FEP-4.0 ATTACHMENT ill
/'
PAGE 10F 11 REVISION 2 DUTIES OF THE A NUCLEAR REACTOR OPERATOR NOTE 1 and 2 Steps 1 and 2 are immediate Actions.
1.
De-energize the following by opening their respective Disconnect Switches located inside the Main Control Board:
a.
At Sub Panel 19A (XCP-6112):
Switch Valve Number 1)
DS 1 ILV-459 XVT-8146 2)
DS-2 ILV-460 XVT 8147
.3)
DS 3 1-XVM-2801 A 1-XVM 2801B O
1-XVM-2801C A-XVT-2869A A-XVT-2869B A-XVT-2869C 4)
DS-4 PCV-2000A 5)
DS-5 PCV 2010A 6)
DS 6 PCV-2020A 7)
D5-32 IPV-445A 8)
DS-33 IPV-445B b.
At Sub Panel 19B (XCP-6113):
l Switch Valve Number 1)
DS-7 PCV-2000B 2)
DS-8 PCV-2010B 3)
DS-9 PCV-2020B 4)
DS-10 XVT-8153 5)
DS-11 XVT-8154
,'v
FEP-4.0 ATTACHMENT 111 rw PAGE 2 OF 11 t
REVISION 2 Switch Valve Number 6)
DS-12 2-XVM 2801 A 2-XVM-2801B 2-XVM-2801C B-XVT-2869A l
B XVT-28698 l
B-XVT-2869C l
7)
DS-13 XVT-8145 l
8)
DS-31 IPV-4448 i
2.
If the Main Control Board is inaccessible, open the disconnects in the following Termination Cabinets (448CB):
a.
At XPN 7106:
Switch; Valve Number 1)
DS ',5 ILV-459 IPV 445A l
IPV-445B XVT-8146 l - ft 2)
DS-16 ILV 460
- V XVT-8147 3)
D517 1-XVM 2801A 1 XVM 2801B 1 XVM 2801C l
1 XVT-2869A 1-XVT-28698 l
1 XVT-2869C 4)
D5-18 PCV-2000A l
l 5)
DS-19 PCV-2010A 6)
DS 20 PCV-2020A b.
At XPN-7109:
Switch Valve Number 1)
DS-27 XVT-8145 c.
At XPN 7112:
Switch Valve Number 1)
DS-28 IPV-4_45A
)
2)
D5-29 iPV-445B i
l l
j l'
i 1
FEP-4.0 ATTACHMENT ill Q
PAGE 3 OF 11 l
ig REVISION 2 d.
At XPN-7122:
l Switch Valve Number 1)
D5-30 IPV-4448 e.
At XPN-7130:
Switch Valve Number l
1)
DS-21 PCV-20008 2)
DS-22 PCV-2010B 3)
DS,23 PCV 2020B 4)
DS 24 IPV-444B XVT-8153 5)
DS-25 XVT 8154 6)
DS 26 2-XVM-2801 A 2-XVM-2801 B 2-XVM-2801 C B-XVT-2869A pd B XVT-2869B B-XVT-2869C j
3.
Obtain keys, radio and E LECT tool kit and proceed to X5W1D A switchgear room (IB-463).
4.
Within 30 minutes, perform the following (18 463):
a.
At X5W1DA 03, EMERG DIESEL GEN A XEG0001 A-DG, perform the following:
1)
Open X5W1DA 03 CCP, CLOSING CNTRL PWR XEG0001 A-DG (RRP).
2)
Open X5W1 DA 031CP, TRIPPING CNTRL PWR XEG0001 A-DG (RRD.
3)
Push the MANUAL TRIP lever on the 7.2 KV breaker.
b.
At X5W1DA 15, BUS 1DA EMERG INCOMING BKR, perform the following:
i 1)
Open X5W1DA 15 CCP, CLOSING CNTRL PWR EMERG INCM BKR (RRP).
2)
Open X5W1DA 15 TCP, TRIPPING CNTRL PWR EMERG INCM BKR (RRT).
3)
Push the MANUAL TRIP lever on the 7.2 KV breaker.
O
l-FEP-4.0 ATTACHMENT lli t
PAGE 4 OF 11 O
REVISION 2 c.
At X5W1DA 01, BUS 1 DA NORMAL INCOMING BKR, perform the following:
1)
Open X5W 1DA 01 CCP, NORMAL INCM BKR CLOSING CNTRL PWR.
2)
Open X5W 1DA 01 TCP, NORMAL INCM BKR TRIPPING CNTRL PWR.
l l
3)
Push the MANUAL TRIP lever on the 7.2 KV breaker.
l l
5.
Prepare X5W1DB1 for load as follows (AB-463):
f a.
At X5W1DB1-ES, place all LOCAL / REMOTE switches to LOCAL.
CAUTION 5.b 55 E536, UNIT 4B (1DB1 FDR. BRKR. UNIT 48), should not be tripped.
b.
Momentarily place the following switches to STOP/ TRIP:
1) 55 E548, UNIT 4C (1831DB111e Brkr. Unit 4C).
2) 55-5WO7, UNIT 5A (XPP458 Unit 5A).
3) 55-AH279, UNIT 6C (MFN97D Unit 6C).
4) 55-AH275, UNIT 6D (MFN97B Unit 6D).
5) 55-AH280, UNIT 7C (MFN96D Unit 7C).
6) 55-AH276, UNIT 7B (MFN968 Unit 7B).
c.
At X5W1DB105D, RESIDUAL HEAT REMOVAL PUMP B XPP0031B RH, l
perform the following:
l 1)
Position the CHARGING POWER switch on the breaker front to OFF.
2)
Depress the left TRIP pushbutton.
l l
3)
Verify the breaker trips.
d.
At X5W1DB1-ES, momentarily place 55-E536 UNIT 4B,(1DB1 Fdr. Brkr.
Unit 48) to CLOSE.
l Report to the Control Room Supervisor that X5W1DB1 is ready for load.
l e.
5.
Within 30 minutes, open the following indicated (non-shaded) breakers on XMC1DB2Y (AB-463):
v
{
FEP-4.0 ATTACHMENf til PAGE 5 OF 11 REVISION 2 463' AB MCC1DB2Y E RWSTTORBSPRAY XMC1DB2 V 02AD XMC1DB2Y 03AD XMC1DB2Y 04AE RilR TO CHARGING Rif R INLET FROM PUMP B SUCTION PUMP VALVE LOOP A XVG30010-SP XVG87068-RH XVG8702A-RH 1
i XMCIDB2Y 01EH XMC1DB2Y 02EH XMCIDB2Y 03EH XMCIDB2Y OSEH RB SPRAY HDR 8 LOOP NAOH TK TO RB RHRPUMPB 150L ORC SPRAY PP B SUCTION MINIFLOW XMC1DB2Y 04FJ EMt'RG FEEDWAIER PUMP 4
XVG3P039-SP XVG30028-SP FCV-6028 MAIN ST EAM BLOCK 1
XVT06028-RH RHR INLET FROM XVG28028-MS i
LOOPC j
XVG87028-RH XMC1DB2Y 01UL XMC1DB2Y 02iM XMC1DB2Y 031M NAOH SPRAY RB SUMP iSOL IRC PRESSURIZER PRESSURE l
l HEAT TRACE XVG3004B-SP RELIEF 150L i
i CONTR PNL B XVG8000A-RC 4
XPN2010-ET i
XMCIDB2Y 01KL
)
lRM A011-RM j
RADIATION MONITORING l
AUX BUILDING VENTS
{
FE P-4.0 ATTACHMENT lil PAGE G OF 11 REVISION 2 463' AB MCC1DB2Y I
XMC1DB2Y 06AD XMCIDB2Y 07AD XMCIDB2Y OBAD XMC1DB2Y 09AD XMCIDB2Y 10AD CHARGING PUMP CHGPUMPC RCS CilARGING SEAL WIR RETURN NON ESSENTIAL LOOP DISCHARGE MINIFLOW 150L LINE VALVE HDRISOL ORC 10 COMP CLG B51R HEADER ISOLATION XVT8109C-C5 XVG8108-C5 XVT8100-C5 PUMP 150L XVG9626-CC VALVE XVG81328-C5 k,
{
XMCIDB2Y 06EH XMC1DB2Y 07EH XMC1002Y 08E H XMC1DB 2Y 09EH i
CHG PUMPS B & C CHG PUMP SUCTION CHARGING PUMP A B.A.T.
DISCHG HDR CROSSOVER llDR 150L MINIFLOW ISOL TO CHARGING PUMP VALVE XVG81308-C5 XV18109A-C5 SUCTION XVGB133B-C5 PUMP XVT8104-C5 1
1 XMCIDB2Y 061L
,XMCIDB 2Y 071L XMC1DB2Y 081L XMC1DB2Y 09fL XMC1DB2Y 101M VLV RCP A SEAL CHG PUMP SUCTION CHG PUMP B SE AL WAT ER VCT TO CHARGING
}
INJECTION HDR ISOL MIN 5 LOW ISOL INJECT VALVE PUMP j
ISOLATION XVG813 IB-C5 XVTE1098-C5 XVT8105-C5 ISOLATION VALVE LCV-115E i
XVT8102A-C5 XVG0115E-C5 i
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FEP-4.0 l
ATTACI UJENT 111 PAGE 7 01 11 l
REVISION 2 s
463' AB MCC1DB2Y XMCIDB2Y 11 AD XMC10B2Y 12AD I
i COMP COOLING WTR CC INLET TO i
TO NON-ESS RHR HY EXCil B EQUIP LOOP B XVB95038-CC l
XMC1DB2Y 13BD XVB9524B-CC CONTROLLED ACCESS EXH FAN B XFN0028B-AH l
XMCIDB2Y 11EH XMCIDB2Y 12EF COMP COOLING WTR COMPUTER RM TO NOi?-ESS SUPPLY FAN B UNIT 1 EQUIP LOUP A XFN0041B-AH XVB9525A-CC
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XMC1DB2Y 111L XMCIDB2Y 121M
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COMP COOLING WTR RX HEAD RTN FROM RB ORC VENT VV TO PZR XMCIDB2Y 13JM XVG9606-CC RLF TK XVT80968-RC RB SUMP ISOL ORC XVG3005B-SP i
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4
i F E P-4.0 ATTACHMENT ill PAGE 8 0F 11 4
i REVISION 2 l
463' AB i
MCC1DB2Y XMC1DB2Y 16AD XMC1DB2Y 17AD XMC1DB2Y 18AD l
l i
RWST TO RHR CONTAINMENT SUMP SER WTR FROM RB l
PUMP B iSOL ISOL ORC COOLING UNIT LOOP B l
XVG8809B-SI XVG88128-Si ORC XVG31038-SW l
2(MC1D32Y 14CE XMCIDB2 ( 15CD gg; E
8 RECEPTACLE T RANSFORMER 6 POWER LOCKOUT FOR il XTF90068-EM XVG-8133B-CS j
I XMC1DB2Y 15EH XMC1DB2Y 18EH Hi HEAD TO SER WTR FROM RB COLD LEG INJECTION TO SW POND i
XVG88018-Si XVG3107B-SW l
8 i
XMC1DB2Y 14HI XMC1DB2Y 161M XMC1 DB2Y 171L XMC1DB2Y 18IM l
lRMA002-RM RAD MON RB SAMPLE LINE PP1 ACCUMULATOR B LOW HEAD INJECT VLV REAC BLDG OUTLET ISOL TO HOT LEG RECIRC RECIRC UNIT C XVG88088-SI LINE ISOL XMC1DB2Y 14JK XVG8887B-Si XVG3108C-SW i
IRMA006-RM RAD MON FH BLDG EXHAUST l
PUMP I
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FEP-4.0 ATTACHMENT 111 PAGE 9 OF 11 j
REVISION 2 463' AB MCC1DB2Y X:AC1DB2Y XMC1DB2Y 23AD XMCID32Y 19AD 22ABL RWUUR TANK F5 TO RB CllARCOAL VLV BLDG SERV HEAT TR, CE CLEANUP SYS 4A-4B A
INLET B ISOLATION piSN ORC XVB3110B-5W B
XVG6797-F5 XPN2006-ET
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XMC1DB2Y 22CG RECiRC SUIVP TO g
RHRPUMP P 150LVALVE B XVG88118-SI XMC1DB2Y 19EH XMC1DB2Y 20EH XMC1DB2Y 21EH l
VLV BLDL SERV VLV BLDG SERV OUTLET RWST TO CHARGING 00TLETBISOL A ISOLATION PUMP VALVE XMC1DB2Y 23FJ f
XVG31118-5W XVG3112A-5W LCV-115D XVG0115D-CS i
REACTOR HEAD i
VENT VLV 10
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l PRE 55URIZER REUEF TANK XVT80958-RC XMC1DB2Y 191M XMCIDB2Y 20lM XMC1DB2Y 211M XMC1DB2Y 22!M l
l l VLV REAC BLDG RECIRC VLV REAC BLDG VLV REAC BLDG RECIRC VLV 150L REAC BLDG UNii D ISOLATION RECIRC UNIT C UNIT D ISOLATION INtETB l
XVG3108D-5W ISOLATION XVG3109D-5W XVB310GB-5W i
XVG3109C-5W l
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l F EP-4.0 ATTACHMENT 111 PAGE 10 OF 11 REVISION 2 l
463'AB t
MCC1DB2Y MM4DIIPM l
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a[eR11gelMD ilAM49IHH4 322DIGFDF
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l F E P-4.0 ATTACHMENT ill PAGE 11 OF 11 REVISION 2 7.-
Within 90 minutes, start the Charging Pump B Room Cooling Fan (AB-463,1DB2Y Room) as follows:
a.
At XPN5528 VL (Local Control Station for XFN46B VL), place 43 VLO6 XFER, XMC1DB2Y U20AB,in LOCAL.
b.
Place 55 VLO6X, XMC1DB2Y U20AB,in START.
cHO
^
B.
Within 120 minutes, align Service Water to the Reactor Building Cooling Units by opening the following valves:
a.
XVB03106B-5W, SW BOOSTER PUMP B DISCHARGE VALVE (FH-463).
b.
XVG031078 5W, SW POND RBCU 18&2B RETURN ISOLATION VLV (FH-463).
c.
XVG031038-5W, RBCU 1B&2B RETURN HEADER ISOLATION VLV (FH-463).
l d.
Report to the Control Room Supervisor that Service Water is aligned to l
the Reactor Building Cooling Units.
9.
Proceed to X5W1DB1 (AB-463) and stand by to start equipment as directed.
1 I
l 4
!O l
\\
I-1 FEP 4.0 ATTACHMENT IV lp PAGE 1 OF 2 l
REVISION 2 y
DUTIES OF THE INTERMEDIATE BLDG OPERATOR NOTE 1 Step 1 is an immediate Action. Steps 2 through 8 must be completed within 30 minutes ofimplementation of this procedure.
1.
Perform the following at Diesel Generator B (DB-436):
a.
Place the LOCAL / REMOTE /MAINT switch in LOCAL b.
Notify the NROATC.
2.
Disable Diesel Generator A as follows:
a.
If Diesel Generator A is running, actuate the Engine Overspeed Microswitch on the overspeed governor, b.
Place the LOCAL / REMOTE /MAINT switch in MAINT.
3.
Clo'se the following valves (TB412, above Blowdown Heat Exchangers):
a.
XVT00542A BD, SG A BLOWDOWN HEAT EXCHANGER INLET VLV.
b.
XVT005428 BD, SG B BLOWDOWN HEAT EXCHANGER INLET VLV.
c.
XVT00542C BD, SG C BLOWDOWN HEAT EXCHANGER INLET VLV.
4.
Obtain keys (18-436 stairwell) and flashlight (CREP) and proceed to the Service Water Pump House:
5.
Perform the following (SW-440):
a.
At X5W1EB103A, align the following:
1)
Place 43-E540, XFER UNIT 48 (1EB1 Fdr. Brkr. Unit 4B) ir LOCAL 2)
Momentarily place 55-E540, UNIT 4B,in CLOSE.
b.
At X5W1EB 03, align the following:
1)
Place 43-ES21, XFER UNIT 3,in LOCAL 2)
Momentarily place 55-E521, UNIT 3,in CLOSE.
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,(
l G'
I FE'
- .0 A". i ACHMENT IV i O PAGE 2 OF 2 REVISION 2
.\\
c.
Start XFN808 AH (Behind X5W1EB1) as follows:
~
1)
Place 43 AH327 XFER, XMC1EB1X 04FH,in LOCAL.
i i
2)
Place 55-AH327X, XMC1EB1X 04FH, in START.
I d.
Reposition Service Water Pump House ventilation dampers by isolating instrument Air to the Service Water Pump House as follows:
i 1)
Close XVA12969-5A, SW PUMP HOUSE INST AIR HDR SUPPLY VALVE.
2)
Open XVT22923-5A, SW SA SUPPLY HEADER LOW POINT DRAIN VLV, 4
to depressurize the header.
+
6.
Proceed to Diesel Generator B and monitorits operation, making frequent trips out of the high noise area to communicate with the Control Room Supervisor at the CREP.
i 7.
If Diesel Generator B is shut down, coordinate with the NROATC and perform l
the following:
a.
Depress the EMERG START pushbutton.
1 b.
When Diesel Generator B is ready for load, close the Diesel Generator output breaker.
8.
At XPN5526-AH (Local Control Station for XFN45A&B-AH), perform the i
following (DB-436):
i a.
Start XFN-45A as follows:
l 1)
Place 43-AH164 XFER, XMC1DB2Z 03 AC, in LOCAL.
2)
Place 55-AH164X, XMC1DB2X 03 AC, in START.
b.
Start XFN-45B as follows:
1)
Place 43 NH165 XFER, XMC1DB2Z 02AC,in LOCAL.
2)
Place 55-AH165X, XMC1DB2Z 02AC, in START.
O
FEP 4.0 ATTACHMENT V PAGE 1 OF 4
(
REVISION 2 DUTIES OF THE AUXILIARY BLDG OPE RATOR (UPPER)
NOTE 1 and 2 Steps 1 and 2 are immediate Actions.
1.
Secure any radioactive liquid or gaseous releases by closing PVD-6910, LIQUID EFFLUENTS TO FAIRFIELD PENSTOCKS, and HCV-14, WASTE GAS DISCHARGE CONTROL VALVE.
2.
Close the following valves (AB-412 Hallway):
a.
XVD08430-C5, BORIC ACID BLENDER INLET ISOL VALVE.
b.
XVD08454-CS, CHE MICAL MIXER TANK HDR ISOLATION VLV.
c.
XVD08441-CS, RMW CHARGING PUMP SUCT HDR 150L VALVE.
3.
Obtain keys and flashlight from the AB-412.
4.
Within 30 minutes, place the 1X 2X Battery Charger in service (18-412) as follows:
m a.
At DPN1HX, perform the following:
1)
Open M 2, BATTERY CHARGER 1X,XBC1X-ED.
2)
Open M-4, BATTERY CHARGER 1X 2X,XBC1X 2X ED.
b.
On XBC1X-2X, perform the following:
1)
Close DC OUTPUT NO.1.
2)
Close AC INPUT NO.1.
c.
At DPN1HX, close M-4, BATTER" CHARGER 1X 2X, XBC1X 2X-ED.
1 C\\
V l
l
FEP 4.0 ATTACHMENT V PAGE 2 0F 4 REVISION 2 NOTE 5 through 8 Steps 5 through 8 must be complete within 90 minutes of implementation.
NOTE 5 and 6 Step 6 should only be performed if Step 5 cannot be performed. If Step 5 cannot be performed, the Control Room Supervisor must be informed to provide coordination among affected personnel.
5.
Align Charging Pump B for starting as follows:
a.
Open XVT081098-CS, CHARGING /51 PUMP B MINI FLOW 150L VALVE (AB-388).
b.
Open LCV00115D C5, CHG PUMP B SUCTION HDR RWST 150L VLV (AB-400).
c.
Open XVG08106-C5, CHARGING PUMPS MINI FLOW HDR 150L VALVE (AB-424).
d.
Close LCV00115E-C5, VOLUME CONTROL TANK OUTLET HDR 150L VLV IT (AB-424).
V e.
Close XVG087068 RH, CHG/51 PUMP SUCT HDR RH HDR B INLET VLV (AB-412, RHR B Hx Room).
f.
Close XVT08100-C5, RC PUMP SEAL RETURN HDR 150L VLV (ORC)
(AB-412 West Pen.),
g.
Open XVT08102A-C5, RC PUMP A SEAL SUPPLY 150L VALVE (ORC)
(AB-412 West Pen.).
h.
Close XVG08107-C5', CHARGING PUMP 5 DISCH ARGE HDR 150L VALVE (AB-412 West Pen.).
i.
Close XVG08801,A-SI, Hi HEAD INJ VALVE (FH 412).
j.
Close XVG088018-51, Hi HEAD INJ VALVE (FH 412).
k.
Open XVT08102B-CS, RC PUMP B SEAL SUPPLY 150L VALVE (ORC)
(1B 412 East Pen.).
l.
en XVT08102C CS, RC PUMP C SEAL SUPPLY 150L VALVE (ORC)
(I 412 East Pen.).
m.
Close XVG08885-SI, Hi HEAD COLD LEG INJ HEADER 150L VLV (1B 412 East Pen.).
n.
Close XVT08105-C5, SEAL INJECTION HEADER ISOLATION VALVE (AB 436, Filter Gallery).
p\\~d o.
Close XVT08389 C5, SEAL INJECTION HEADER FLOW BYPASS VALVE (AB-436, Filter Gallery).
i t
FEP 4.0
\\
1 ATTACHMENT V PAGE 3 OF 4 REVISION 2 6.
If Step 5 cannot be performed, prepare Charging Pump C for starting by ensuring the following valve positions:
Open XVT08109C-CS, CHARGING /S1 PUMP C MINI FLOW ISOL VALVE a.
(AB-388).
b.
Open LCV00115D-CS, CHG PUMP B SUCTION HDR RWST ISOL VLV (AB-400).
Open XVG081338-CS, CHG PUMPS B TO C DISCH XCONN VALVE (AB-c.
d.
Open XVG08133A-CS, CHG PUMPS B TO C DISCH XCONN VALVE (AB Open XVG08131 A-CS, CHG PUMPS B TO C SUCT XC'ONN VALVE (AB 4 e.
l f.
Open XVG08131B CS, CHG PUMPS B TO C SUCTXCONN VALVE (AB 400 Open XVG08106-CS, CHARGING PUMPS MINI FLOW HDR ISOL VALVE g.
(AB 424).
h.
Close LCV00115E-CS, VOL'JME CONTROL TANK OUTLET HDR ISOL VLV (AB 424).
i.
Close XVG087068-RH, CHG/SI PUMP SUCT HDR RH HDR B INLET VLV (AB-412, B RHR Hx Room).
j.
Close XVT08100 CS, RC PUMP SEAL RETURN HDR ISOL VLV fs (AB-412 West Pen ).
k.
Open XVT08102A-CS, RC PUMP A SEAL SUPPLY ISOL VALVE (AB-412 West Pen.).
l.
Close XVG08107 CS, CHARGING PUMPS DISCHARGE HDR ISOL VALVE (AB-412 West Pen.).
Close XVG08801 A SI, HI HEAD INJ VALVE (FH-412).
m.
Close XVG088018 SI, Hi HEAD INJ VALVE (FH-412),
n.
Open XVT081028 CS, RC PUMP B SEAL SUPPLY ISOL VALVE o.
(18-412 East Pen.).
p.
Open XVT08102C-CS, RC PUMP C SEAL SUPPLY ISOL VALVE (18-412 East Pen.).
q.
Close XVG08885-SI, HI HEAD COLD LEG INJ HEADER ISOL VLV (18-412 East Pen.),
CHG c
Close XVT08105-CS, SEAL INJECTION HEADER ISOLATION VALVE r.
(AB-436, Filter Gallery),
Close XVT08389-CS, SEAL INJECTION HEADER FLOW BYPASS VALVE s.
(AB-436, Filter Gallery).
a
FEP 4.0 ATTACHMENT V l -
PAGE 4 0F 4 l
REVISION 2 lO l
NOTE 6.t.
Step 6.t. also opens XVG09684C CC, CHG PP C Oil CLR CCW SUPPLY 150L VALVE.
CHG t.
Start the Charging Pump C Room Cooling Fan and open XVG09684C-CC, A
CHG PP C OIL CLR CCW SUPPLY 150L VALVE, (AB-388, behind Charging Pump C Transfer Switch), as follows:
1)
At XPN5529 VL (Local Control Station for XFN47-VL), place 43-VLO7, XFER XPN0040 (XFN47),in LOCAL.
2)
Place 55-VLO7X, XPN0040 (XFN47), in START.
u.
Locally verify XVG09684C-CC, CHG PP C OIL CLR CCW SUPPLY 150L VALVE, is open (AB-400).
7.
Report to the Control Room Supervisor that Charging Pump B(C)is aligned for starting.
8.
When directed by the Control Room Supervisor, slowly throttle XVT08389 C5, SEAL INJECTION HEADER FLOW BYPASS VALVE (AB-436), open to restore seal injection to the seals without thermal shock.
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l l
t O
i FE P-4.0 ATTACHMENT VI PAGE 1 OF 2 p
REVISION 2 yf DUTIES OF THE SHIFT ENGINEER 1.
Obtain keys and flashlight from the Control Room or CREP.
NOTE 2 throuch 4 Steps 2 through 4 must be completed within 30 minutes of implementation.
2.
Start the Turbine Driven Emergency Feedwater Pump as follows:
a.
Open XVG028028 MS, MS HEADER C EF PUMP TURBINE SUPPLY VLV (1B-436 East Pen.).
b.
Take the emergency stairs to the 18-412 Turbine Driven Emergency Feedwater Pump Room.
c.
If necessary, reset the throttle valve XVT02865-MS, EF PUMP TURB MAIN STEAM THROTTLE VALVE.
d.
Open IFV02030 MS, EF PUMP TURB STEAM SUPPLY FLOW CONT VLV, as follows:
1)
Close IFV02030-AV1-MS,IA ISOLATION VALVE FOR IFV2030 MS.
2)
VentIFV02030-PR1 MS,IA SUPPLY PRESS REG FOR IFV2030-MS.
e.
Ensure full turbine speed as follows:
1)
Close 15YO2034-AV1 MS,lA ISOLATION VALVE FOR 15Y2034.
2)
Vent 15Y02034-PR1 MS,IA SUPPLY PRESS REG FOR15Y2034.
f.
Verify Turbine speed increases to greater than 4000 RPM on 15113505, EF PUMP TURBINE TACHOMETER.
3.
Close the following drains:
a.
XVT02803A-MS, EF PP TURB MS THROTTLE VLV DRAIN VLV A.
b.
XVT02804A MS, EF PUMP TURBINE CASING STEAM DRAIN VLV.
c.
XVT028048 MS, EF PUMP TURBINE CASING STEAM DRAIN VLV.
i-O l
l' FEP 4.0 ATTACHMENT VI PAGE 2 OF 2
(]'N REVISION 2 s
4.
Feed the Steam Generators as follows:
a.
Evaluate local instrumentation. The most reliable instrument for all fires is LI-4978, SG C WIDE RANGE LEVEL (CREP).
b.
Coordinate with the Control Room 5upervisor and maintain between 50% and 60% wide range level by throttling the following:
1)
IFV03536-EF, SG A TURB DR EF PUMP FLOW CONTROL VALVE.
l 2)
IFV03546-EF, SG B TURD DR EF PUMP FLOW CONTROL VALVE.
3)
IFV03556-EF, SG C TURB DR EF PUMP FLOW CO' NTROL VALVE.
NOTE 5 and 6 Step 6 should coly be performed if Step 5 cannot be performed.
5.
Within 90 minutes, prepare Chiller B for starting as follows:
a.
Open XVB03126B 5W, HVAC CHILLER CONDENSER B SW SUPPLY VLV.
b.
At XPN7207 VU, Chiller Control Panel B, place 55-VU10 in LOCAL.
c.
Report to the Control Room Supervisor that Chiller B is ready to be l
started.
6.
If Step 5 cannot be performed,within 90 minutes prepare C Chiller for starting as follows:
a.
Open XVB03128C 5W, HVAC CHILL COND C SW HDR B IN 150L VLV.
b.
At XPN7208 VU, C Chiller Control Panel, place 55-VU11 in LOCAL.
c.
Report to the Control Room Supervisor that Chiller C is ready to start.
7.
Verify IPl04540, SW BOOSTER PUMP B SUCTION PRESSURE IND,(1B-412) indicates greater than 20 psig.
8.
Report pressure to the Control Room Supervisor.
i l
l i
Q) i
FEP 4.0 ATTACHMENT Vil O,
PAGE 1 OF 2 REVISION 2 DUTIES OF ELECTRICAL MAINTENANCE PERSONNFl.
l 1.
Report to the Control Room Supervisor at the CREP to obtain a radio, tool kit l
and keys.
NOTE 2 Valves listed in Steps 2.a and 2.b must be manually closed within 30 minutes of I
implementation. Valves listed in steps 2.c and 2.d must be manually closed l
within 90 minutes of implementation.
2.
Close the following valves (AB-397):
a.
XVG03001 A SP, RB SPRAY PP A RWST SUCTION HDR VALVE.
b.
XVG030018 SP, RB SPRAY.PP B RWST SUCTION HDR VALVE.
c.
XVG08812A SI, RH PUMP A SUCTION HEADER VALVE.
l d.
XVG088128-51, RH PUMP B SUCTION HEADER VALVE.
3.
Within 120 minutes, align Service Water to the RBCU's as follows:
j N-a.
Open the following valves per Attachment XI(AB 463):
,1)
XMC1DB2Y 181M, VLV REAC BLDG RECIRC UNIT C 150L XVG3108C-5W.
2)
XMC1DB2Y 191M, VLV REAC BLDG RECIRC UNIT D ISOLATION XVG3108D-5W.
3)
XMC1DB2Y 20lM,VLV REAC BLDG RECIRC UNIT C ISOLATION XVG3109C 5W.
4)
XMC1DB2Y 211M, VLV REAC BLDG RECIRC UNIT D ISOLATION l
XVG3109D 5W.
b.
Report completion to the Control Room Supervisor.
4.
Within eight hours, start the following fans per Attachment X:
l l
a.
XMC1DB2Y 23KL, AB MCC SWGR AIR HDLG UNIT XFN0133 VL.
l b.
XMC1DB2Y 20CD, SPRAY /RHR PUMP RM 2 CLG UNIT FAN XFN00498-VL.
(
I
1 FEP 4.0 ATTACHMENT Vil
. C.'i PAGE 2 OF 2 lV REVISION 2 c.
XMC1DB2X 041),!!SF SWGR 1DB CLG UNIT FAN XFN0076 VL.
d.
XMC1DB2X OSU, CC PUMP SPD SW SWGR RM CLG FAN B XFN01060-VL.-
1 e.
XMC1DB2X 06KL, SERVICE V.TR BOOSTER PP AREA COOLING FAN 1
XFN0081E VL f.
XMCf DB2X 05CD', EMERG FW PUMP AREA COOLING FAN XFN0083B-VL.
5.
Within eight hours., s': art the Battery Room Supply Fan as follows:
a.
Reposition Battery Room dampers by opening APN1DB2 EM 16, XFN38B/XDP398 Battery Room.
b.
Close XMC1DB2X 02lJ, BATT R.M SUPPLY FAN B XFN0038B.AH, per 1
Attachment X.
1 O
O o
d FEP 4.0 ATTACHMENT Vill l
PAGE 10F 2
' p REVISION 2 G
480V BREAKER OPERATION 1.
Local opening of breakers is accomplished as follows:
I a.
For electrically operated types, disable the breaker closing ability by positioning the charging power switch on the breaker front to OFF.
b.
Depress the TRIP pushbutton -(left pushbutton where two exist).
c.
Verify the breaker trips and remains open.
2.
Local closing of manual type breakers (large closing handle) is accomplished as follows:
a.
Pull down the closing handle.
I l
b.
Verify the breaker closes and remains closed.
1 l
c.
Investigate the cause if the breaker does not remain closed.
3.
Local closing of electrically operated type breakers is accomplished as follows:
Open the panel directly behind the breaker on back of the switchgear.
a.
b.
Open both the CLOSE CP BRKR and the TRIP CP BRKR f or the breaker to be operated.
%/
c.
Verify the breaker closing springs are charg ed, d.
If the breaker closing springs are discharged, perform Step 1) or 2) for the appropriate size breaker as follows:
1)
For 2000 or 3000 amp frame sizes, charge the springs as follows:
a)
Insert a manual spring charging handle into the slot in the f
breaker front.
b)
Pump the handle until the breaker indicates charged.
I I
l 4
f v
FEP-4.0 ATTACHMENT Vill O
PAGE 2 OF 2 U
REVISION 2 2)
For 600 and 1600 amp frame sizes, charge the springs as follows:
a)
Open the door on the breaker cubide.
b)
Engage a manual charging handle into the slots of the pawl carrier.
NOTE 3.d.2).c)
The pawl carrier is located on the breaker, on centerline, between the silver colored charging motor on the right and the black auxiliary switch assembly on the left. Occasionally, the charging motor will coast to a stop in such a cosition that the driving pawl does not engage the next tooth on the ratchet wheel.
When the driving pawlis not engaged on the ratchet wheel, a screwdriver blade rhould be inserted along the right side of the pawl carrier against the roller on the charging motor output eccentric and the roller should be pushed to manually rotate it. Afterwards, the charging handle should be inserted.
j c)
Operate the handle until the breaker indicates charged.
e.
l.ift (or pull) the manual CLOSE lever.
f.
Verify the breaker closes and remains closed.
l FEP 4.0 ATTACHMENT lX PAGE 1 OF 1 p
REVISION 2 7.2 KV BREAKER OPERATION 1.
Perform local opening of breakers as fcllows:
a.
Open the door to the appropriate switchgear cubicle.
l b.
Open the Closing Power breaker RRP (located on the right hand side of the cubic!e).
l c.
Depress the MANUAL TRIP lever on tha breaker.
d.
Verify the breaker trips and remains open.
2.
Perform local closing of breakers as foliows:
"l" CAUTION 2.a If any relay flags are tripped, closing of breaker with no protection could be a l
personnel hazard.
a.
Verify no relays have tripped on the associated breaker.
b.
Open the door to the appropriate switchgear cubicle.
! f~
' Q) c.
Verify the closing springs are charged.
d.
If the closing springs are not charged, perform the following:
1)
Open the Closing Power breaker RRP (located on the right hand side of the cubicle):
2)
Use a ratchet and 5/8" socket to turn the charging motor until the breaker indicates charged.
Depress the MANUAL CLOSE pushbutton on the breaker.
1 e.
i f.
Verify the breaker closes and remains closed.
g.
If the breaker does not close, perform the following:
1)
Disconnect and tape allleads at terminals 361,363 and 364 on terminal board C.
2)
Charge the springs per Step 2.d above.
3)
Ensure the Tr Power breaker RRT (located on the right hand side of the cubicle is closed.
4)
Depress the MANUAL CLOSE pushbutton on the breaker.
5)
Verify the breaker closes and remains closed.
V 1
.-.-_ - -. - _- __. _ - _ = - -. -
FE P-4.0 ATTACHMENT X PAGE 1 OF 1 O
REVISION 2 i
OPERATION OF EQUIPMENT FROM 480 VOLT MOTOR CONTROL CENTERS l
NOTE X The intent of this attachmentis to operate pump motors, fan motors, or any continually operating piece of equipment, not motor operated valves.
1.
Locate the appropriate cubicle in the Motor Control Center.
2.
Position the breaker to OFF (RESET).
3.
Open the cubicle door.
4.
Remove the fuse from the cubicle.
CAUTION 5
- a. Line side terminals of breaker will be energized and should not be shorted or grounded.
- b. This installation bypasses all equipment protection interlocks O
except breaker overcurrent protection.
5.
Disconnect the existing feed (Wire No. 3) from the contactor coil.
6.
Connect one end of a jumper to the hot side of the fuse holder (Wire No. X1).
7.
Connect the free end of the jumper to the contactor coil where the feed wire (Wire No. 3) was removed.
8.
Close the cubicle door.
9.
Use the breaker ON OFF handle to operate the equipment.
A
FEP 4.0 ATTACHMENT XI PAGE 1 OF 2 REVISION 2 REMOTE OPERATION OF VALVES FROM 480V MOTOR CONTROL CENTERS j
NOTE 1 l
MVG-8133B is a Power Lockout valve. Power Lockout valves require both Power CHG Lockout and Valve Motor starter relays to be actuated simultaneously for g
l remote operation. MVG 81338 starter relays are located in XMC1DB2Y 06EH and XMC1DB2Y 15CD.
1.
Locate the Motor Control Center Cubicle (s) for the valve to be operated.
l 2.
Position the breaker (s) to OFF(RESET).
3.
Open the cubicle door (s).
l 4.
Remove the control power fuse for motor starter with fuse pullers.
5.
Locate the two motor starter relays in the appropriate cubicle.
6.
Place a clamp on ammeter around one of the following:
/3 a.
One heavy wire connected between the top of the motor starter relays V
and the circuit breaker.
l b.
One field motor lead.
7.
Perform Step 7 a for digital ammeters or Step 7.b for analog ammeters as follows:
a.
When using digital ammeters, perform the following:
1)
Ensure switch on face of meter is in C position.
2)
Depress and hold the red pushbutton on the meter side.
3)
Verify the display lights up.
i b.
When using analog ammeters, perform the following:
1)
Ensure meter pointer is unlocked (switch to left).
l 2)
Set Meter Scale to 0-6A.
8.
Close the circuit breaker (s).
cuc 9.
If applicable, actuate the Power Lockout relay contactor and hold.
z O
k l-FE P-4.0 ATTACHMENT XI PAGE 2 OF 2 REVISION 2 i
)
NOTE 10
- a. Starting current for large valves may cause the ammeter to indicate full scale. Current should stabilize on scale wl thin one to two seconds at the nominal value of running current listed for the valve on Attachment XIll.
1 j
- b. While the motor is running, the meter will read low.
1 i
- c. When the ve'zas at the end of its travel, the motor stalls at about five times its running current.
- 10. Actuate the desired motor starter relay contactor (left contactor to close the valve or right contactor to open the valve) by depressing through the l
appropriate slot with a screwdriver blade, l
- 11. Obse,ve current on the ammeter for the following:
a.
If current remains high, release contactor; valve is in the required position already.
b.
If low, release contactor when current begins to rise sharply.
cac jO
- 12. If applicable, release the Power Lockout relay contactor.
g m
1.
Re-open the circuit breaker (s).
7 4.
Remove the ammeter and close the cubicle door (s).
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ATTACHMENT XIll PAGE 1 CF 1 REVISION 2 NOMINAL RUNNING CURRENT FOR MOTOR OPEP '7ED VALVE 5 VALVE #
RUNNING CURRENT (AMPS)
VALVE #
RUNNING CURRENT (AMPS)
XVB09503A CC 0.75 XVG08000A-RC 3.5 XVB095038-CC 0.75 XVG08000B-RC 3.5 XVB09524A-CC 0.75 XVG080000-RC 3.5 XVB09524B-CC 0.75 XVG08701A RH' 4.4 XVB09525A-CC 0.75 XVG087018 RH 3.5 XVB095258-CC 0.75 XVG08702A-RH 3.8 XVB09526A-CC 0.75 XVG08702B-RH,
5.1 i
XVB095268-CC 0.75 XVG08706A-RH 3.5 XVG0956B-CC 0.80 XVG087068-RH 3.5 i
XVG09600-CC 0.39 XVG08801A-Si 3.5 XVG09606-CC 0.95 XVG08801B-51 3.5 0
XVG09625-CC 0.80 XVG08812A-Si 13.8' XVG09626-CC 0.95 XVG088123 51 13.8' XVG08106-C5 3.5 XVG03C31A-SP 2.4 j
XVG08107-C5 3.5 XVG03001B-SP 2.4 XVG08108-C5 3.5 XVB03106A-5W 0.39 XVG08131 A-C5 2.4 XVB031068 5W 0.39 4
XVG08131B-C5 2.4 XVG03103A-5W 2.3 XVG03132A-C5 3.5 XVG031038-5W 2.3 XVG08132B-C5 3.5 XVG03107A-5W 2.8 XVGC8133A-C5 3.5 XVG031078-5W 2.8 XVG08133B-C5 3.5 XVG03108A-5W 2.3 XVT08100-C5 2.3 XVG03108B-5W 2.3 XVT08102A-C5 2.3 XVG03108C-5W 2.3 XVT08102B-C5 2.3 XVG03108D-5W 2.3 XVT08102C-C5 2.3 XVG03109A-5W 2.3 XVT08109A-C5 2.3 XVG03109B-5W 2.3 XVT08109B-C5 2.3 XVG03109C-5W 2.3 XVT08109C-C5 2.3
] KVG03109D-5W 2.3
- Will require setting ammeter to higher scale.
..