ML19327C121

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Revised Annunciator Response Procedures,Including Rev 9 to AR-501, ICS I Annunciator Response, Rev 4 to AR-502, ICS J Annunciator Response & Rev 3 to AR-958, Wdh Annunciator Response
ML19327C121
Person / Time
Site: Crystal River 
Issue date: 11/02/1989
From: Bandhauer W
FLORIDA POWER CORP.
To:
References
PROC-891102, NUDOCS 8911200168
Download: ML19327C121 (38)
v • d • e


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f DOCUENT TRANSMITTAL FORM 19053 FOR DOCUMENTS TRANSMITTED TO DC DESK (NRC)*

DATE: 06 NOV 1989 BATCH:

190 I

DOC UMENT ' NUMBER SHEET NUMBER REVISION NUMBER COPY NUMBER AR 501 09 24

'AR 95S 3

24

. INSTRUCTIONS TO THE ADDRESSEE V

i COMPLETE EACH OF THE INSTRUCTIONS BELOW WHICH ARE MARKED WITH AN " X

.2[_('1) VERIFY THE DOCUMENTS RECEIVED AGREE WITH THE ABOVE DESCRIPTION (2) INCORPORATE THE TR ANSMITTED DOCUMENTS INTO YOUR FILES s

(3) DESTROY DOCUMENTS OR PORTIONS OF DOCUMENTS SUPERSEDED BY THE ABOVE

_ (4) SIGN AND DATE IN THE SPACES BELOW INDICATING THAT YOU COMPLETED THESE INSTRUCT IONS.

(5) SIGN BELOW INDICATING THAT YOU HAVE READ AND UNDERSTOOD THE

' CHANGES AS IDENTIFIED

)(, ( 6 ) RETURN : TO DOCUMENT CONTROL, CRYSTAL RIVER UNIT 3, MAC#

NA1C___

j NR2Acq_ FLA. P OWER COR P.,

P. O.

BOX 219 CR YSTAL RIVER FLA.

32629 SIGNATURE OF ADDRESSEE DATE INDEPENDENT VERIFICATION DATE (OPS) l i

h 01 8911200168 871102 I

PDR ADOCK 05000302 p

PDC

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r DOCUENT TRANSMITTAL FORM 19070 g',m FOR DOCUENTS TRANSMITTED TO DC DESK (NRC)*.

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DATE: 06'NOV 1989 s

BATCH:

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' DOCUMENT NUMBER SHEET NUMBER :

REVISION NUMBER COPY NUMBER y;

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AR ' 502 04 24 I

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J INSTRUCTIONS-TO: THE ~ ADDRESSEE -

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.. COMPLETE EACH 0F THE INSTRUCTIONS BELOW WHICH ARE MARKED WITH AN "

}'

. VERIFY ' THE DOCUPENTS RECEIVED-AGREE WITH THE ABOVE ' DESCRIPTION (1)y M,e (2) ' INCORPORATE THE: TR ANSMITTED DOCUMENTS INTO YOUR FILES j !,

(3) DESTROY DOCUMENTS OR PORTIONS OF DOCUMENTS SUPERSEDED BY THE ADOVE

' 4 )? SIGN' AND DATE IN THE SPACES BELOW INDICATING THAT YOU COMPLETED F,

(

< Lm THESE INSTRUCTIONS.

. 'e

.,_,,,_ ( 5 ) 51GN. BELOW INDICATING THAT YOU HAVE RE AD AND UNDERSTOOD THE

. CHANGES ' AS IDENTIFIED d,(6): RETURN -TO : DOCUMENT CONTROL, CRYSTAL RIVER UNIT 3, MAC#

NA1C NR2A X FL A.-

P OWER COR P.,

P. D.

BOX 219 ' CRYSTAL RIVER FLA.

32629 lQ > c Xo SIGNATURE OF - ADDRESSEE DATE

, INDEPENDENT.: VERIFIC ATION DATE (OPS) 7<-

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a Rev. 9 10/12/89 i

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9 Document Section

[

NFORM ATION ONL h C, R. Nuclear U

ANNUNCIATOR RESPONSE AR-501 FLORIDA POWER CORPORATION CRYSTAL RIVER UNIT 3 ICS I ANNUNCIATOR RESPONSE THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENTS L

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APPROVED BY:

Interpretation Contact k) p' 8 u NA 1

1 Date:

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Interpretation

Contact:

Nuclear Operation Superintendent

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. e ANNLNCIATOR PAEL LOCATION 1 ICS-CY1 ANNLMCIAT(R PANEL 1

VERTICAL COL 1MI 1

W1Eiou TITLE 1.

INDICATED CONDIT!(M 1.

AUTO ACTION SETPOINT. SENSING

2. CONTR(L R0(N INDICATION WHICH VERIFY Ut 2.

(FERATGt ACTION - VALID ALARM ELEENT PINPOINT TROUBLE MlMIER &

LOCATION RC Ptw A

1. a) RC ptrp A breaker is open with ccritrol -
1. a) ICS rmbeck to 75% FP load.

int TRIP switch in NORM-AFTER-STMT p)sition.

. 2. a) Ensure ICS is controlling proper load.

7SK FP -

CONTACTS

2. a) RC prp breaker indication.

b) Refer to AP-545 (PR). cteck pap circuitry.

b) RC f b indication.

1-1-1 RC Pt W A

1. a) RC ptrp stor vibration : 2 mils.

1.a)None.

MTR VIBRATION

2. a) RCP mtor arperage not noral.
2. a) Imediately cagare with other pap /netor HIGH b) RCP mtor vibration indicators.

vibraticri instroentation to ensure 2 MILS 3RC-42-MS alarn validity.

1-1-2 b) If alarm is valid trip the RC ptsp.

RC Pt W A

1. a) NSCC f b to RC prp A 3 2f4 g m.

1.a)None. (However, if NSCC prp discharge CLG VIR FLOW

2. a) MSCC prp a=perage not nomal.

header pressure $ llc psig. NSCC emerg.

260 GPM SW-108-PS2 LOW b) MSCC psv tri; ped.

prp will start and NSCC nom. prp will c) NSCC systen b pressure.

trip following 15 see tre delay).

110 psig d)N2 pressure low.

2. a) Ensure NSCC energ. prp auto started if no mal pay trip.

BS psig b) Dieck for proper NSCC valve lineup.

c) Ensure N2 pressure 3 85 psig.

RC Ptw

1. a) RC prp A. B. C. D. mtor overcurrent
1. a) None.

OVERCLRRENT alams at 110% rated avs.

2. a) Secure pre if overload continues.

EMt

2. a) RC prp mtor average indir.ator.

RELAY b) RC prp vibration indicator.

74-DCP I-t-4 c) RC Fb indication.

1-1-S RC PtW

l. a) RC prps A. B. C. C AC or DC ctl lift prp
1. a) DC oil lift prp starts on low oil pressure LIFT 0!L PJP braaker open and control s=itet in norml if AC oil lift prp trips.

TRIP efter start.

2. a) Ensure pap switctes in proter position.

EREAKER

2. a) Breaker indication.

b) Mmitor for proper oil lift presnrre idien CONTACTS startine er securing RC pres.

CS/SC CS/0 I-1-6 M-501 Kev. 9 Page 2 e

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A'qNtNCIATOR PANEL LOCATION ICS-CY1 ANNLNCIATOR PANEL VERTICAL COLtMI 2

1 U

VI'300W TITLE 1.

INDICATED CONDITION 1.

ALITO ACT!"Je SETPOINT SENSING 2.

(DNTROL ROOM INDICATION WHICH VERIFY OR 2.

DPERATOR ACTION - VALID ALARP ELEiENT PINPOINT TRO W LE IUeER & -

LOCATION i

RC PtM) B

1. a) RC ptrp B breaker is open with control
1. a) !CS risback to 75% FP.

TRIP switch in NORM-AFTER-STMT posttion.

2. a) Ensure ICS is contro!!ing grtzier load.

75% FP BG

2. a) RC pirp: Breaker indication.

b) Refer to AP-545 (PR).

CONTCYS b) RC f b indication.

1-2-1 RC Ptw B

1. a) RC ptrp mtor vibration > 2 mils.

1.a)None.

MTR VIBRATION

2. a) RCP mtor arperage not norml.
2. a) Inriediately cxrpare with other ptep/mtor
2. MILS 7tC-65-MS HIGH b)RCPmotorvibrationindicators.

vitration instrtmentation to ensure alaan validity.

1-2-2 b) If alans is vatid trip tre RC pupp.

RC Pt w B

1. a) NSCC f b to RC prp B $ 260 g;n.

1.a)None. (Hmsever, if NSCC ptsp discharge CLG VTR FLOW

2. a) NSCC ptry arperage not nomal.

header pressure i 110 psig. NSCC eierg 230 gun SW-114 8l2 LOW b) NSCC ptry tripped.

pro will start and hSCC nonn. ptry will 110 psig c) NSCC systen b pressure.

trip folhing 15 see tire delay).

85 psig d) N2 pressure b.

2. a) Ensure NSCC enerL. prp auto started if nonnel ptsp trip.

b) Check for proper NSCC valve lineup.

I-2-3 c) Ensure N2 pressure 1 85 psig.

RC Pt w MTR

1. a) RCP A. B. C. D. thrust bearing teTerature
1. a) None.

T@JST BRG 3 IS5"F.

2. a) Mnt'or thrust bearing tem for affected 1857 RC-133-TI TEMP HIGH 2.a)None, prp.

NN CONT BD b)Insurecoolingwatersupplytoaffected pire mtor.

1-2-4 e 1 If te'p continues to increase secure ptsp.

RC PtW

1. a) RC Pttp A. B. C. D. AC or DC cil lift prp
1. a) AC oil lift ptyp auto starh uten RCP LIFT OIL PtPP breaker closed and control switch in trips.

110 psig BREEER AUTO START nomal after stop.

b) DC oil Itft ptrp auto starts when RC BNG CONTACTS

2. a) Breaker indication.

oil lift press 1110 psig & RC prp CS/ST tripped.

CS/0

2. a) Ensure that cd1 lif t ptre has sta ted and RC-43, 66, check RCP pennissive lights for proper 83,ll2-PSS I-2-5 indication.

RC PtNP

1. a) RC prp A. B. C. D DC oil lif t ptrp mtor
1. a) None.

115%

43 OIL LIFT PUHP current alsim at 115% Rated Arps.

2. a) Start AC oil lift prp (if possible) then OVERLOAD
2. a) Low oil lif t pressure.

secure DC oil lift prp. Maintain oli lift b) Lif t oil pressure white indicating la p

pressure, no+ on.

b) Check valve lineup.

c) Notify mintenance to check instmrentation I-2-6

& oil lift systen.

l G-501 Rev. 9 Page 3 3

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'A!N MCIAT M PANEL LOCATION ICS-CY1 AWMCIATCR PANEL I

VERTICAL C RLPW 3

VINDOW TITLE

1. ' INDICATED CON 0lil0N 1.

AUTO AC110N SEIPOINI SENSING

2. CONTROL ROOM INDICATION WICH VERIFY OR
2. OPERATOR ACTION - VALID ALARM ELEENT PINPOINT TR M LE NtfeER &

RC PW C

1. a) RC ptry C breaker is open with control
1. a) ICS runback to 75% FP.'

TRIP switch in NORM-AFTER-START position.

2. a) Ensure ICS is controlling proper load.

751 FP BKR

2. a) RC ptry breaker indication.

b)RefertoAP-545(PR).

CONTACTS b) RC flow indication.

I-3-1 RC P W C

1. a) RC ptrp rotor vibration 3 mils.
1. a) None.

MTR VIPRATION

2. a) RCP cotor arperage not nomat.
2. a) Irmediately comem with other ptsp/notor 2 MILS 3RC-88-MS HIGH b) RCP motor vibrattori indicators.

vibration instrwentation to ensure alann validity.

1-3-2 b) If alam is valid trip the RC ptsp.

RC PtPP C

1. a) MSCC f b to RC ptsy C g 260 9:ri.

1.a)None. (Houever, if NSCC ptsp discterge CL6 WTR FLOW

2. a) NSCC ptrp arperage not nonTel.

header pressure $ 110 psig. NSCC energ.

260 fiPM SW-96-PS2 LCW b) NSCC ptrp tripped.

ptrp will start and NSCC renn. ptry will 110 psig c) NSCC systen b pressure.

trip fo1bing 15 see tire delay).

85 psig d) N2 pressure low.

2. a) Ensure NSCC ererg. ptrp auto started if nomal ptsp trip.

b) Check for proper NSE valve lineto.

c) Ensure N2 pressure 3 85 psig.

RC P W l.a) gh shaft vibration on RCP-IA. IB. IC. or

1. a None.

Refer to LP-10 VIERATION

2. a Cmpare with other ptrp/ motor vibration OP-302 E lA thru l

ALERT b RCP-1A. IB. IC or case vibration high*

instrumentation to &temine alam validity for I

c Vibration Monitor ( not "T C

- OP-gJidance.

setpoints 4 thru b;

Notif i e Nuc r Engineerim 20 1-3-4

2. a) Bently Nevada panel in Control Romi c,

Increqse Monitori of affected RCP.

E 4A thru d, Consult OP-302 RC operation to 40 detemine adsillonal actions E SA thru 50 l

LP-9*

E 1 thru 4 RC P W

l. a) RCP A. B. C. D notor Tcp oil level high/
1. a) Prevents starting of associated RC ptsp.

MTR OIL LEVEL b alam.

2. a) Manitor RC purp tearing terperatures and RC-39-LS.

HIGH/ LOW b) RCP A. B. C. O motor bottcri oil level secure RC ptrps if tero. limit is 3 + 1 1/4" 40-LS.

high/b alam.

approached 1 - 1.0" 62-LS.

2 a) Caruter point 1015 thru 2018. K026 b) Investigate cause cf abmal oil level 63-LS.

thru XO29. XO37 thru XD40. K0t8 thru XO51.

when possible and restore system to 85-LS.

b) typer er lower oil level white indicating noma 1.

86-LS.

pemissise larp out.

108-LS.

c) tbable to start associateo RC ptrp.

109-LS.

1-3-5

~

RC P W

l. a) RC ptro A. B. C. O air cooler leak

't.a)None.

AIR COOLER exists.

2. a) Monitor RCP motor stator teperature and RC-41-LS l

LEAK

2. a) Corputer point XO20. X031. XX2. X053 bearing teTeratures and sect-e RCP if RC-64-LS b) NS cooling water succly to cooler limits are approached RC-87-LS dif ferential flow alam.

RC-IID-LS I-3-6

% R 89-C3-01-01 FCEA Tenporarily defeated case vibratio~a frte ala mng.

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n ANNUNCIATGt PANEL LOCATION ICS-CY1 ANNLMCIATOR PAEL I

VERTICN. 00LIMt 4

VINDOW TITLE

-1.

INDICATEP CONDITION

1. AUTO ACTION SETPOINT SENSING ~

~

2.

CONTROL ROOM INDICATION WICH VERIFY OR 2.

OPERATOR ACTION - VALID ALAtM ELEENT PINPOINT TROLELE NtfEER &

LOCATION RC PLW D

1. a) RC ptrp D breaker is open with control
1. a) ICS rurbeck to 75% FP.

151 FP int TRIP switch in NmM-AFTER-STMT position.

2. a) Ensure ICS is controlling proper load.

QMTACTS

2. a) RC ptry breaker indication.

b) Refer to AP-545 (PR).

c) RC f b indication.

1-4-1 RC PtW D

1. a) RC ptre notor vibration 3 2 mils.

1.a)None.

IdTR VI! RATION

2. a) RCP rnator arperage not nomil.
2. a) Irmediately caipare with other ptsp/setor 2 MILS 3RC-111-MS HIGH b) RCP motor vibr@ticyt indicators.

vibration instrtmentation to ensura alarm validity.

I-4-2 b) If alam is valid trip the RC ptsp.

RC Ptw D

1. a) NSCC f b to RC ptro D 2 260 gpri.

1.a)None. (Hwver, if NSCE ptsp discharge CLG WTR FLOW

2. a) NSCC ptrp arperage not nonel.

header pressure < 110 psig. NSCC energ.

260 GPM SW-102-FS2 LOW b) NSCC prp tripped.

ptsp will start and NSE rom. ptsp will 110 psig c) NSCC system low pressure.

trip following 15 sec tire delay).

85 psig d) N2 pressure law.

2. a) Ensure NSCC energ. ptre auto started if nonnal ptsp trip.

b) Check for proper NSCC valve linete.

c)EnsureN N " I 0$ E8'9-2 I-4-4 RC PLW

l. a) RCP ptrp A. B. C. D AC ptre otl filter

. 1. a) If AC filter is dirty. DC ptrp will start DIL FILTER P 3 2 psid.

on low pressure.

2 psid RC-44-PSI, HlGH o) RCP ptrp A. 2. C. D DC ptru oil filter 2

2. a) Start alternate oil lift prp.

44-PS2, 2 psid.

b) Notify neintenance to change filter.

61-PSI,

2. a) Possible b cil lift pressure alam.

90-PSI, 90-PS2, 113-PSI, l

I-4-5 and ll3-PS2 i

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ANNUNCIAT M PANEL LOCATION ICS-CYl ANNLMCIATM PAEL I

- VERTICAL COLtted 5

a i

VINDOW TITLE 1.

INDICATED G NDITION

1. AUTD ACTION SETPOINT SENSING 2.

CONTROL ROOM INDICATION WHICH WRIFY OR

2. OPERATOR ACTION - VALID AURM ELDENT PINPOINT TROLELE NueER & -

LOCATION.

PORV

1. a) RCV-8 RCV-9. or RCV-10 gen.

1.a)PORV/Safetyvalveopen.

SAFETY VALVE

2. a) RCS pressure high.

2.a)VerifyRCSpressuredecrease.

32455 psig OPEN b) Ultrasonics indication.

b) Verify PORv/ Safety valve reseets.

22500 psig 1-5-1 PORV

1. a) PORV selector switch in closed position.

1.a)Nane.

SELECTED

2. a) Position cf PWV selector switch.
2. a) Evaluate necessity for PCRV to be closed.

CLOSED I-5-2 I-5-3 1-5-4 1-5-5 LOOSE PARIS

1. a) Any (ne of the loose parts ronitoring
1. None..

POtIT@IM chunels exceeding alam pomt.

TR'JUBLE

2. a) Alam cordition* shtwing on R35.
2. a) Refer to OP-506.

I-5-6 AR-501 Rev. 9 Page 6 8

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ANNLMCIATf9 PAE L LOCATION ICS-CYI ANNtMCIATOR PANEL 1

. WRTICAL CDLif81 -

'6 WINDOW TITLE 1.

1 2 !CATED 0 4 1T10N

.1.

AllTO ACTION

SETP0lfli SEllSIIIG

~*

2. CONTROL ROOM INDICATION WHIOi VERIFY Ot
1. OPERATGt ACTION - VALID ALARM -

. ELEENT

~

r PINPOINT TR0lELE 18 JEER A LOCATION PORV

1. a) RCV-10 solenoid enenjized.
1. a) Ikre.

A**

SOLENDID

2. a) PORY gen.

2.a)VerifyRCSpressuredecrease.

1 455 psig 2

ENERGIZED b) PORV ultrasonic indication.

b)VerifyPORVreseets.

.~

c)RCDTlevelincrease.

I-6-1 1

RRY

1. a) RCV-II. pressurizer electrarratic relief
1. a) Nae.

BLOCK VALVE valve isolation valve in closed position.

2. a) Open valve senually.

33 BC CLOSED

2. a) Valve position indication.

1-6-2 1-6-3 s

1-6-4 I-6-5 1-6-6 14-501 Rev. 9 Page 7 4

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ANNUNCIATOR PAEL LOCATION ICS-CY1 ANNL9CIATE PANEL I"

VERTICAL CULtMI 7

VINUOW TITLE.

1.

I2ICATED CIMDITION

1. AtlTO ACTION -

SETPOINT SEWSING

  • f ' 31

=-

2. CONTROL ROOM 121 CATION WHICH VERIFY OR
2. ' OPERATGt ACTION - VALID ALARM -

ELEE NT PINPOINT TROLELE

. NteeER &

LOCATION-PRESSLRIZER

1. a) RC Prassurizer level 2 275 in-W 0.

1.a)None.

2 LEVEL b) RC Pressurizer L vel 3 240 in 4 0.

2. a) Check redundant level instrtment strings.

275 in.

2 HIGH

2. a) Pressurizer level indication _

b) Marually control RC makeup and letdan.

Hg0 -

RC-1-LY4 -

b) RC pressure and tipperature indication.

c) Have maintenance check instnsnentation 240 in.

RC-1-LS1 HO RC-1-LS2~.

4 and possible faulty equipaent.

2 I-l-1 PRESSLRIZER 1.a)RCpressurizerheaterSCRfailure.

1. a) None.

Rf-1 and KATER SCR

2. a) Abnonel pressurtzer temerature, level
2. a) *tanually control pressuriter keter to RY-2 of FAlltRE and/or pressure.

maintain RC pressure.

SCR 1 by Notify maintenance to correct problen.

Trftu 6 1-7-2 I-7-3 I-7-4 RCS

1. a) High RC pressure at b temerature (NDTT). 1.a)None.

PRESS HIGH

2. a) Dual Speed Recorder Re-154-N/TR.
2. a) Increase let&mn f b and tenninate 500 psig RC-3A-PS4 TEMP LOW pressure source.

Relay K1 I-7-5 I-7-6 M-501 Rev. 9 Page 8 e

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- :A NWPJNCIATE PAEL LOCATION ICS-CY1

  1. SUCIATGt PANEL -

'I V0tTICAL CultHI 8

WIWOW TIT'E 1.

I!OICATED CONDITION 1.

AUTO ACTION SETPDINT SENSING ~

2. CDNTROL E00M INDICATION WHICH VERIFY m 2.

OPERATOR AC110N - VALID AURM ELEENT Pl!FOINT TR0lELE IRMER & '

' LOCATION -

m 1 00 in H 0.

1. a) Pressurizer heaters de-crergize at lar-low PRESSIRIZER 1.a)RCPressurizerlevel 2

2 5 0 in H 0.

alam.

200 in.

LEVEL b)RCPressurizerlevel 4

2 LOW

2. a) Pressurizer level irdication.
2. a) Check re&ndant level instrtment strings.

HO RC-1-LY4 2

b) Pressurizer enkets control valve b) Manually control RC sekeup and letdan.

40 in.

RC-1-LS2 nelfunction.

c) Have maintenance check instrwentation HO 3tt-1-LSI -

2 c) RC pressure and terperature indication.

and possible faulty equipent.

1-8-1 PRESStRIZER

1. a) Pressurizer heater grass L1 through 13
1. a) Trips associated breeker to heater grog.

KATER GROLP overcurrent alann.

2. a) Monitor pressurizer operation.

TROUBLE

2. a) Indicating laps on control switch are out.

b) Notify nelntenance to clyd heater group circuit.

I-8-2 1-9-3 I-8-4 1-8-S I-8-6 NNp AR-501 Rev. 9 Page 9 (LAST PAGE) b1 J

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Rev. 4 10/19/89 4

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.li Document Section '.

NF ORM ATION'ONL C. R. Nuclear y

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ANNUNCIATOR RESPONSE AR-502 FLORIDA POWER CORPORATION CRYSTAL RIVER UNIT 3

('N ICS J Annunciator Response L ()

l l'

THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENTS L

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l APPROVED BY:

Interpretation Contact v) W budh0Mk

(

Date 11)L-Il9 INTERPRETATION CONTACT: Nuclear Operations Superintendent

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i a PANEL LOCATION ~

ISC-CY2' NeUICIATOR' PMIEL

'J \\

VERTICAL COLLM1 1

L WIIe0W TITLE 1.

IWICATED CDWITION

1. AJTO ACT108 SETPOINT MIISIIIG
2. CDNTROL t00M IIc!CAf f0N WICH %ERIFY at
2. - OPERATOR ACTIGR - VALID ALARM -

ELBENT PitFOINT TRO BLE N&

LOCAT101 l

RCS

1. a) RC toop A/S flow $ 95% Full Ftw.'
1. a) T-ave auto /hurunt trarsfer switch will auto FLOW b) RC total flow $ 95% Futi Flow.

trarsfer to the tocp with noriust flow.

75% FP -

g LOW

2. a) RC tocp flow indicators on ecntrot beard.

b) ICS nstmek to load 751 FP.

95%

RC-14A-FS

~]

g g2. a) Enare ICS is controlling prger load / flow b) RC pg amperage ret nornet.

FULL RC-148-FS c) RC pap trip.

ratio.

FLG8 RC-13-FS g

g b) Enare T-ave trarsfer switch ftsetienet g

P'"'"Y-I c) If irstrument prdAan, rotify pointerance.1 I

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CORE 00uER

1. a) Quadrant power titt 13.329% - (ccm. pt.
1. a) None.

' DISTR 19UTICN M-142).

2. a) Det-nnine eich timit has been exceeded.

TROLBLE b) Omdrant power tilt 1 % -(corp. pt. M-143).

b) Restore proper rod irdex if applicdde.

3.329%

(D FUTER 9

c) Ccntrot rod irtiex - (cap. pt. M-144).

c) Start vP-540 (RvP).

9%

CALC.

g d) Power irtalante - (cep. pt. M-145).

e) Max power on inbalance - (ccrp. pt. M-146).g g

g g

g

.2. a) CorTuter points tisted ebove.

g g

g b) CRD rod psiticn i

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AR-502 Rev. 4 Page 1 hg A f

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2 MOUICIATGt PMEL LOCATION

!$C-CT2 MORMCIATGt PMEL J

VERTIDIL U1tMt 2

4

- W120W TITLE

1. 'IEICATED CO21T10N

' 1. M.ff0 ACTION -

SETP0fWT -; ISISING

2. CDETROL ROG4 IWICATION MtICH VERIFY Gt
2. G'ERATOR ACTIGt - VALIO ALARM,

ELSENT PIWOINT TitGMLE IRM &

LetATIGI

{

RCS

1. a) RC tocp A wide range pressure 31550 psig.
1. a) M.P. injectim (if not bypassed).

g g. a) RC pressure indicators.

2. a) Ermure instnanntation not faulty by PRESS 2

LOW-LGt

=5-ire with other instruments.

g -1550 RC-3A-PS2 b) Ensure IF injection has been initiated if psig alann is votid ano mit cmditions regJire I

IF injection.

I c) Isotify amintenance if fautty circuitry.

J-2-1 h RG) HOLD 1. a) Source ringe S.st rod withdrawal irtilbit.

1. a) Irfiibits reactor cetrot rod with& aunt.

' STARTLP RATE b) Intenns:;iate range Sut rod withdrawal

2. a) Irsert control rods to rechred SLR.

l HIGH irhibit.

b) Cease deboration, if in progress.

I 2 DPM N.I.

2 c) alotify mainterwice if circuit faulty.

gI g

g g. a) NI rieutron levet indicator.

g 3 OPM CONTACTS b) NI rwutrm startm-rate irdicators.

d) Detemine cause of hi@ starttp rate.

g g

J-2-2 e) Start VP-540 (RVP).

CRD

1. a) 12 DFM sur in source range or 1 3 DPM in
1. a) krflibits with&amt of cmtrot rods.

l 2 DPM j g

RELAYS QJT intemediate rarge.

2. a) Ersure that ICS property controts mit 3 DPM K-32 INHIBli b) W1en in auto arid >60% pe, and any safety for the cut-irhibit cordition.

f K-33 i

I rod not at out-limit or, an asfeetric rod b) Refer to OP-502.

K-118 pattem exists.

c) Wien out-irhlbit conditiers cleers; g

u2. a) NI starttp-rate irstrwentatim.

depress fault reset switch and resuie b) Gto position indication genet.

nonnat operations.

y g

I J-2-3 c) CRD cetrot penet.

CRD l 1. a) 01e or nore cmtrot rods t 9' (6.5%) mis-

1. a) Possible asymmetric rod rirteck.

l ASMETRIC ali ped fran its respective grote average.

2. a) Erzure that the ICS progerty controts mit g

g FAULT

2. a) Asymetric atana (3 P (5%) misaligruent m for existire plant :endition.

K-68 g

g RPI panel).

3. a) Refer to AP-545 (Pit).

g g

b) Asymetric rod tapp on red controt panel.

g J-2-4 c) CRD positim irdication pmet.

g g

CRD

1. a) Loss of 24V togic pur sigply A and/or B.
1. a) Nme.

8 POER b) Loss of 24V system pwr stmty A ard/or B.

b) Detemine cause of power fault and restore.

E-48 FAtti

2. a) Power st4ptles fautt Iarp on CRD ctritrot K-49 panet.

J-2-5 g

g CRD AC DC BrR "1. a) Loss of power to CRD BRKR SHUldT TRIP

' 1..a) None.

SRMT TRIP DEVICE.

2. a) Check DPDP-58 SW 30.

i LOSS OF PWR

2. a) NCNE.

l 1

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t AR.502 Rev. 4 Page 2 i

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.g' AleRmCIATCR PANEL t.0 CATION ISC-CY2 AISRAICIATOR PANEL -

'J

'ilERTICAL 00L18el 3

W!W asTITLE 1.

IWICATED COWIT!Gt.

1.

MHO ACTION 5ETPolWT: 581515G

2. (asin0L R004 IWICATlas talIQI WRIFY OR
2. OPERtTOR ACTION - WLID #UUDI -

ELEIGIT

.gT P!ss'011dT TilamLE IR9WR &

LOCATIGI

,[

RCS j1. a) RC toops A or 8 narrou rarge presstre -

l1. a) Electrantle relief watve (ItCV-10) auto l

-l l

ljl PRESS g 2255 psig.

l cpen 12650 psig.

l l

aC-3A-PS1 '

b) Pressurizer spray valve position irrficator.l2. a) Haruetty controt presarizer heaters, spray l 2255

2. a) RC pressure indicators.

MIGt valve and/or electro relief wtw isolation psig itC-D PS _

l[

j j

valve if auto circuit fault.'

l 2450 l l

l b) plotify wiintenance to check faulty l psig l g

J-3-1 circuitry.

g g

g g

l RCS j1.a)RCouttettemperature1605'F.

'1. a) Reactor trip at 618*F.

l

.l

{2. a) Th recorders /irdicators.

2. a) If ICS tremble, talte serust arstrol of l 605*F g

Th TD9 HIGt af fected Station ard redte temperature.

AC-4-TS g

.g b) Isotify maintenance if an instruamt

~

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_g.

probten.

J-3-2 g

g g-g I.

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I J-3-4 I

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i CRD

1. a) Rod dive motor sigpties A/S blower
1. a) iscre.

CDiTROL failure and/or A/B vottage regulator

2. a) Detennine catee of fmJtt and restore.

K-42 FAULT c erheat.

K-43 h

i g. a) festor st4 plies fault la9 on CRD g

2 J-3-5

ontrot genet.

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I J-3-6 AR-502 Rev. 4 Page 3 I, '.

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NetmCIATOR PNEL LOCATIOt ISC-CY2 AIBRAICIATGt PANEL

~ J WERTICRL 00LtMI 4

~*

W!e 0W TITLE 1.

le!CATED (DOITION

1. AITO ACTION ETP0lWT MIISiteG
2. ' (DITROL 80(M IWICAT!GI nMtOI VERIFY Ot
2. - OPERATOR ACTION - WRLIO ALMet ELBeff m

PINPOINT TRCulLE It9WR &

LDCATIGI REACTGt

1. a) Indicates a reactor trip confirin fran DID '
1. a) Trips turtpire arut actuates *1teactor TRIP trip confine logic, verifying t.at tud arid TrippecP tockout relay for the turt>irw.

g g_ K-5

' )

J

,2. a) CitD in-timit indi.: stim en PI penet.

g g

1' K-5 AC & DC pmer stspty breakers are open.

2. a) Refer to AP-580 (RT).

g g

g g.

g g

b) Decreasing reactor power.

g g

g g

_g g

J-4-1 1

I

- 1, m

1 I

I 8

RCS

1. a) RC toops A or B narrod range pressure
1. a) Pressurizer heaters energize.

g. a) Manuntty control pressurizer heaters, sprayg 2

2095 aC-3A-Ps1.

PRESS 5 2055 psig, valve artFor retlef value isolation vatte psig. RC-E-PS LOW

2. a) RC pressure indicators.

b) Pressurizer spray valve indicater.

. If auto circuitry fault.

g g

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b) Isotify neintenance to check faulty.

g g

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J-4-2 circuitry.

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I J-4-4 g

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CFERATOR SEL

1. a) Operator Selected unitored paraveter is in 1. a) Depenths en point setected.

CD eJTER aterm.

'2. a) Carlect stann caidition.

ALARM

2. a) Caguter point selected.

b) Select a different point.

c) Refer to (P-503.

~!

J-4-5 I

I CDEUTER

1. a) Corputer alann has been triackntwtedged

' 1. a) NOE.

ALAPM for 15 mirutes.

2. a) Ackrtwledge alana.

l2. a) Alarm Printout.

b) Correct alana conditim.

j b) CRT Disptay.

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I arc 502 Rev. 4 Page 4 8

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L-NOUICIATGt PMEL LOCATIGI 15C-CY2 MOUICl4TGt PMEL J

- WRTICAL 0)Lifel 5

Wie0W TITLE 1.

le!CATED CDetTION

1. AUTO ACTIGI SETP0fMT' WHSING 2.

(XWTROL NOEM llelCATION tm:CH WERIFY OR

2. @ERATOR ACTION - WALIO AUDI ELBBIT Ple@0 INT Ypnstl F,

tRpWR &

LOCATIGt l2. a) Detenmine came of trip and restore.

l RPS

1. a) Parmeter Setpoint Exceeded.
1. a) Nme.

CMNNEL A b) RPS nuxide switch not in "cperate".

TRIP c) RPS nocide renuwed.

d) toss of power to chamet.

e) See Note J-5-1.

J-5-1

2. a) Wl/NNI control roan indicators.

RPS CMNNEL A

1. a) Ommet sidchai bmass key switch
1. a) h m e.

I S/9 8YPASS in the shutdtnet bmess position.

2. a) Enstre that bmess fection is campatilde 2

with plant operatfors/ testing.

!. a) Owck key lock position in RPS c2inet ACTWTED A2-2-5.

3 I

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J-5-2 I

I I

RPS

1. a) Chamet surunt bypass key switch Lt. a) Nee.

CHMNIL A in the narunt bypass position.

2. a) Ensure that bypass fmetion is coupatible g

g BYPASSED

2. a) Owck key tock position in RPS cabinet I'

with ptsit operations / testing.

I

.I.

I A2 2 7.

I I

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J-5-3 I

I 1

I RPS

1. a) Bist&,te trip. See Note J-5-1.
1. a) None.

CMNNEL A b) N1-1 or 5 Detector Power St4 ply Fautt.

g. a) Detensine case of etena ard restore.

4

.g' 2

TROLDLE c) RPS Omnnel A + 15 VDC/-15 VDC gxwer g

g g

st4pty f ault.

g g

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.g d) Cabinet At or A2 fan failure.

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J-5-4

,2. a) N!/NNI cabinet irdicators.

1 I

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8' 8

l J-5-5 1

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I CRD

1. 6) Controt rod dive AC treaker *A" open.
1. a) Nane.

SEEAKER b) Controt rod drive AC breaker "B" open.

2. a) Detenmine cause cf trip ard restore.

.52-b l

g GYN c) Either Contret rod drive DC treaker "C"

'P""-

1 I

I I

I d) Either Control red drive DC treaker v W-e 8

g 8

I e

e) Either 480n/ CSD feeder breaker cpen.

!2. a) N!/wNI C2iret treicators.

l J-5-6

' 5:

AR-502 Rev. 4 Page 5 s

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JueRMCIATOR PIEEL LOCATim ISC-CY2

.amman IATOR PfufL J

DERTKAL GRASOP 6

WluDW TITLE 1.

teltpTED QuelTIW 1.

4.ff0 ACTION SETrolet MEBIEE

2. 03ffROL 80tpl ISIOLTIGf iallOf %ERIFY OR
2. (FERATGt ACTl3 - tpl LID AUWpt ELBWff PIIP0lNT TNGSLE IEfMR &

LotATIW RPS

'1. a) Permeter Setpoint Enceeded.

81. a) None.

8 CMfoEL 8 b) IPS anMe emitch fet in 'tperate".

2. a) Detensine came of trip arti resttve.

TRIP c) RPS enMe reupwed.

d) Loss of pouer to chenret.

I I

e) See Note J-$-1 J-6-1

2. a) NI/ teel contret room iruficators.

RPS O WoIEL 8

1. a) Otervet shutdart bypass key suittft
1. a) pure.

S/D BYPASS in the Wadari bypass positim.

2. a) Ereure that bypass fwrtion is cesestible ACTURTED

,2. a) Oteck key twk positiari in WPS cabinet 1-I g

with plant eperstles/ testing.

I

,2_2 3, l

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i

>+2 RPS

1. a) Ourvet enrust bypass bey switch
1. a) soone.

CMsedEL 8 in the nesset bypass p3sition.

2. a) Erzure that bypoos fwrtien is cespotible g

BYPASSED 2

witti plant operaties/testitus.

I I. a) Oteck key lock position in RPS cabinet I

82-2-7.

J-6-3 I

z SPS

81. a) Bistable trip. See isote J-5 *.

j1. a) stare.

i

'8. a) Determine came of atone eruf restere.

8 2

CMesEL 8 b) 41-2 or 6 Detector Power Swy Fautt.

TROLSLE c) RPS Charvet 8 + 15 WDC/- 13 WDC Power 9 ply Fault.

d) Cabinet 81 or 82 fan failure.

l2. a) al/ml cabiret indicators.

g g

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Ast-502 cev. 4 Page 6 a

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R, o

w maassCIATOR PfuuEL LOCATION ISC-CY2 m argatanpasEL J

WRTICIL (XLn951 7

WIte0W TITLE 1.

IWICATED (DetTIGs 1.

450 ACTIGI SETPoleff W1553E1B ELBWIT

2. memIOL R;ips totCAf tes istCM VotIFY at
2. (FEst470t ACTIGI - WILIO AUSM,

MSWR&

PIldBOINT TAGALC LOCATIGE RPS

'1. a) Parameter setpoirit encee@d.

't a) Ilme.

OtspsEL C b) RPS switdi f1Dt in %perate".

2. a) Deter 1miw cause of trip ard restore.

TRIP c) EPS sodJte reupwed.

d) Loss of power to dervet.

e) See Note J-5-1.

J-7-1

2. a) ut/isst cetrot room irdicators.

ItPS CNessuEL C

1. a) Chamel shutdown bypass key s6ittfi
1. a) leare.

S/D BYPASS in the shutdown bypmsc positim.

. 2. a) Ersure that bypeos ftntion is casqsotible ACTURTED

2. a) Check key lock positiori in RPS cabivet with plaret geratiers/ testing.

I C2-2-5.

l I

I J-7-2 1

I I

RPS

1. a) Charret varmt tp key switch
1. a) Nare.

CHNeuEL C in the sarant bypass position.

2. a) Ernsure that bypons fwittiert is cesgotible g

with plant operatiers/ testing.

BYPASSED

2. a) Check key lock positim in RPS cabiret g

g g

C2-2-7.

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a.7 3 I

I 8

RPS

'1. a) Bistable trip See note J-5-1.

't. a) Isare.

I

!. a) Detenmine came of stann ard restore. !

I 2

CHAMEL C b) MI-3 or 7 Detector Power SWy FmAt.

TFJJBLE c) RPS Charvet C + 15 VOC/ - 15 VDC Power Steply FaAt.

.l d) Cabinet C1 or C2 fart failure.

l "2. a) NI/essi cabiret irdicators.

l J-7-4

-- - - s._

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TlRBINE

'1. a) Reactor trip frm turntre trip is

1. a) Nore.

TRIP bypassed.

2. a) Verify reactor power
  • 45%.

45% FP g

l2. a) Reettor puer is < 45%.

g SYFASS I

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MSENICIATOR PAIEL LOCATIGI ISC-CY2 A18E31CIATOR PeNEL J

WRTIOtt 03Lifel 8

vleeGdTITLE 1.

IIetCAftD cle!TI(pl t'.

4170 ACTION SETPostef WNSING E

2. ammquL motst telCATIGI WICN WRIFY 9t
2. GI'EstATGt ACT1GI - 1silLID ALNDE ELBEfff PIsr0 INT TW3 2LE mfMR&

L(KATIGI RPS

1. a) Permeter setpoint enceeded.
1. a; Mene.

OttNNEL D b) EPS armide swit& not in "yerate".

2. a) Detenaire came of trip ard restore.

g TRIP c) IIPS goede renewed.

i d) Loss of power to etwvet.

I 8

e) See Note J-5-1.

J-8-1

2. a) NI/NNI contret room indicators.

RPS OWsEL D

1. a) Garret shuttkan tMoss key switch
1. a) None.

S/D BYPASS in the shutdows bypass gxsition.

2. a) Ensure that bypass fwrtion is campatible g

g g

ACTUATED

2. a) Dieck key lock position in RPS cabinet with plant w eretiens/ testing.

g g

g g

02-2-5.

J-8-2 IPS

1. a) Owwet nuruel twurss key switch
1. a) Mane.

OttNNEL D in the aurant bypass gxasition.

2. a) Enstse that bypese fwrtion is campatible svPASSED

,2. a) Dieck ney lock positicri in Rfs cabiret g

g g

with pl et g erations/ testing.

y l

D2-2-7.

g g

g J-8-3 I

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I RPS

1. a) Sistable trip. See Note J-5-1.
1. a) Isane.

DWsEL D b) NI-4 er 8 Detector Power $s.gpty Fault.

'2. a) Detenmine cause of stano ad restore.

1 ROUBLE c) RPS Owwel D + 15 vDC/ - 15 VDC Power Sagpty Fault.

I I

I d) Cd>inet 01 or D2 fat faiture.

2. a) NI/tsti cabinet indicators.

i J-8-4 I

I I

RC Rf9

1. a) RIP Power Monitor Owyet in tMass.
1. a) IIune.

b) Shutdows bypass swit6 in shutdan twnss. i, a) Return selector switch to renust af ter 8

i i

2 SSI M MITOR IN SYPASS C) See Note J-8-5.

test.

I I. a) Starts tapp indication.

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AR-502 Rev. 4 Fage 8 j

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+

f s

V l

ANNUNCIATOR r

WINDOW l

L ()

I LOCATION NOTES J51 1.

a) Exceeding the safety system setting of the following g

parameters will cause the Reactor Trip Module to trip:

L DESCRIPTION

[H A CH B CH-C CH D

  • 0VERPOWER TRIP Al-7-ll B1-7-11 Cl-8-11 D1 8-11
  • RB HI PRESS.

Al-4.14 B1 4-14 Cl-6 14 01 6-14

  • HI TEMP A2-4-6 B2-4 6 C246 D2-4 6
  • HI PRESS A2-3-6 82-3-6 C2-3 7 02-3 7 PRESS / TEMP A2-4-4 B2 4-4 C2 4 4 D2-4 4

('

LOW PRESS A2-4-2 B2 4-2 C2-3 9 D2-3-9 PWR/IMB/ FLOW Al-4-ll B1-4 11 C1-5-11 D1-5 11 POWER / PUMPS Al-3 8 B1-3 8 Cl-4-8 Dl 4-8

  • Remain in trip string after shutdown bypass is initiated.

b) Placing any of the following modules in other than

' operate' position will cause the Reactor Trip Module to trip:

POWER RANGE TEST Al-6-1 B1 6 1 Cl-4-1 Dl-4-1 r~)

CONTACT MONITOR TEST Al-3-1 B1-3-1 Cl-5-1 01-5-1 i'

FLOW CHAN TEST Al-4-1 B1 4-1 Cl-7 1 01 7-1 TEMPERATURE TEST A2-4-13 B2-4-13 C2-4 13 02-4-13 PRESSURE TEST A2-3 13 B2-3-13 C2-3-13 D2-3-13 RB HI PRESS TEST Al-4-14 B1-4 14 Cl-6 14 D1-6-14 i

i 1

l-i l

l AR 502 Rev 4 Page 9 l

f o

i ANNUNCIATOR

'l.

)

WINDOW LOCATION NOTES c) Removing any of the following modules will cause the Reactor Trip Module to trip:

.i CONTACT HONITOR Al-3 4 B1-3-4 Cl-4 4 D1 4 4 PWR/ PUMPS B.S.

Al-3-7 B1-3 7 Cl 4-7 D1 4 7 i

CONT MON AUX B.S.

Al-3-13 B1-3-13 Cl 4-13 D1-4-13 LOOP ASQ RT EXT Al-4-7 B1-4-7 C1-5 4 01 5 4 PWR/IMB/ FLOW B.S.

Al-4-10 B1-4-10 Cl 5-7 D1 5-7 RB HI PRESS Al 4-14 B1 4 14 C1-5-10 D1-5-10 LOOP B SQ RT EXT Al-5-7 B1-5-7 Cl-6-14 D1-6 14 DESCRIPTION CH-A CH B CH-C CH D J 5-1 TOT FLOW BUFFER AMP Al 5 10 B1 5 10 C1 6-4 01 6 4 PWR ENG TEST CKT Al-6-1 B1-6-1 Cl-7-1 Dl-7-1 LIN AMP TOP ION CH Al 6-4 81 6-4 Cl-7-4 Dl 7-4 LIN AMP B0T 10N CH Al-6-7 B1 6 7 Cl-7-7 01-7-7 PWR ENG DET P.S.

Al 6-13 B1-6-13 Cl-7-13 01-7 13 SUMMING AMP Al-7-1 B1-7-1 Cl-8-1 Dl 8-1 DELTA FLUX Al-7-4 B1-7-4 Cl-8-4 Dl-8 4 FUNCTION GEN Al-7 7 B1-7-7 Cl 8-7 D1-8 7

/~~'3 OVERPOWER B.S.

Al-7-10 81 7-10 C1-8-10 01 8-10

(,_/

LOW PRESS B.S.

A2-4-1 B2 4-1 C2-2-1 02-2-1 PRESS / TEMP B.S.

A2-4-3 B2 4-3 C2-2-3 02-2-3 HI TEMP B.S.

A2-4-5 B2-4-5 C2-4-10 02-4-10 880 SIG CONVERT 0R A2-4 7 B2-4-7 C2-3-6 02-3-6 LINEAR BRIDGE A2-4 10 B2-4-10 C2-3-8 02-3-8 l

HI PRESS B.S.

A2-3-5 B2-3-5 C2-3-10 D2-3-10

~

PRESS BUFFER AMP A2-3-7 B2-3-7 C2-4-3 02-4-3 SHUTDOWN BYP B.S.

A2-2-1 B2-2 1 C2 4 5 D2-4 5 SHUTDOWN BYP AUX RELAY A2 2-3 B2-2-3 C2-4-7 D2-4 7 KEY SWITCH MODULE A2-2 5 B2-2-5 C2 2 5 D2 2 5 l

e.

e

/~N ara 502 Rev. 4 Page 10

M.;, -

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NOTE: J 8-5 'a) RC Pump Monitor RCPM 3A Bistable A

'v; j.

b RC Pump Monitor RCPM 3B Bistabir, A

(

c RC Pump Monitor RCPM 3A Bistable B 3

d RC Pump Monitor RCPM 3B Bistable B e

RC Pump Monitor RCPM-3A Bistable C f

RC Pump Monitor RCPM 3B Bistable C g.

RC Pump Monitor RCPM-3A B1 stable D h) RC Pump Monitor RCPM 3B Bistable D

(-

U.

C C

1 1

)

AR-502 pey, 4 Page 11 (LAST PAGE)

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L ANNUNCIATOR RESPONSE l

t AR 502 FLORIDA POWER CORPORATION 1

CRYSTAL RIVER UNIT 3 i

{

ICS J Annunciator Response t

s i

i t

THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENTS I

l ei h,

APPROVED BY:

Interpretation Contact W W 0axChauk Date

!Il'-lA 9 INTERPRETATION CONTACT:

Nuclear Operations Superintendent

> ~ -..,, -,,

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70t P MEL LOCATIM ISC-CYZ MatmCIATOR 89sEL J

WRf!OL (BLifel 1

?-

W!e 0W TITLE 1.

IEICATED CDEITION 1.

AUTO ACT!W E1P0 TWT WW5feG

2. (mTROL Ratpq telCAf ts talICH %ERIFY OR
2. OPDtATGt ACTFW - 1stLIO AUWet ELB eff Plap0 INT TRE ELE

' ItsWR &

  • a LOObf!W l

l1.a)RCtocyA/Sftons3 95% FtAt fles.

1. a) T-ave aJtchemet trarsfer switch eritt auto RCS FLOW b) RC total flow 3 95% FtAt Fttme.

trarsfer to the loop asith #1oriest flow.

75E FP g. a) RC toty flow truficators cri cetrot board. g 2

b) ICS rtsmock to load 75% FP.

95%

aC-14A-FS LOW b) RC gasp supersge ret ver1 met.

2. a) Eruure ICS is corttrotting griper tes&f tes REL AC-MS-FS g

g c) RC pts trip.

ratio.

FLN aC-13-tS

{ b) Ense.re T-ave trasfer switch ftertionet I

i c) If irstrtservt prebten, twtify amirstemce.1 I

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5 COPE SWER

1. a) Otsdat gaser titt 3 3.3M - (cts. pt.
1. a) mare.

I DISTRIBUTION so-142).

2. a) Determite ediich limit has teen escastetf.

I b) Oundrant M titt 171 -(ctm. pt. M-143).!

b) Restore prtper red ir*n if agplicable.

3.329E (IppuTER TR3.BLE I

c) Controt red irdez - (ecm. pt. M *.44).

c) Start WP-540 (RWP).

9E CALC.

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dcener ietstarte - (ctm. pt. *-145).

f e) man gnser en inbetare - (ctm. pt. M-146).!

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)

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'2. a) Co, uter reines tist.d aw.

b) CRD red positim i

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I AR.-502 Rev. 4 Fase 1

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)-

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28AAIC1ATOR PANEL LOCATION ISC-CYZ pamarIA10R pmIEL J

WERTIORL 0)Lifel 2

7 Wise 0W TITLE 1.

I@!CATED QMDITION

1. A NO ACTION -

SETF0EWT 19151mG

~

2. 00llTWOL 20W1 ISICATIGI IMICM VERITY Gt
2. OPetATOR ACTIGS - VALIO ALMM EL9 BIT PterotwT Tie sLE InfGElt &

LOCAT!Gt l

1. e) RC toep A wide rarge pressure : 1550 psig. j2..> Enswe le.tr==*stien me fautty er RCS
1. a) M.P. injgetien (if twt tMusssed).

enEss

2..> aC indic. tors.

g g

aC-3A-PS2 ;

LOW-LOW compering with other instruments.

G50 I

I b) Ensure IP injection has been inittsted if psig etene is wild and mit condities rugsire MP injectim.

c) Notify smiritenance if faulty circuitry.

J-2-1

! RCD HOLD 1. a) Source rarge SUR red withtauet freibit.

1. a) Irbibits reactor cetrot red with& suet.

STMTUP RATE b) Intenuediate range SUR red withdrauet

2. a) Irsert controt rods to redred SLft.

NIGH tritibit.

b) Cease deberstion, if in progress.

I 2 DRt N.I.

f. e) at rwutre tevet irdicator.

c) Netify unintenece if circuit faulty.

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3 DMI C3fTACTS b) al rwutron starterate irdicators.

d) Determine cause of high startte rete.

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! e) Start vP-540 (INP).

l O!D f t. a) 2 2 Ene sur in source twuPe er 1 3 tai in jt. a) Irttibits with&aet of centrot rods.

l 2 DeM RELAYS CUT l

interWiete reige.

2. a) Ersure that ICS property controls mit 3 DPM K-32 g

g tauttatT b) th!!n in auto and >60% pur, ad my safety for the cut-ir#,ibit cordition.

j K-33.

rod mt et cut-timit er, as aseretric red b) Refer to cP-502.

l K-118 c) neen out-irtilbit conditions cteers;

!.e)potternexists.

2 Nt starttprete irstrumentatim.

depress fault reset switch ed resume b) OID position irdicatim paret, nonnel operatiers.

J-2-3 c) DID controt puret.

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atD

1. a) are or nore controt rods t 7 (6.5%) mis-
1. a) Possible asyuumetric red rutntk.

f allywd frau its reWiwe grop everage. g. a) Ersure that the ICS property controls mit j g

g 2

As m ETRIC g2 for existire plant condition.

g. e) Asymetric starm Q 7" ($1) misatigwervt eg y

K48 TAULT y

g g. a) Refer to AP-545 (Mt).

g RPI pret).

3 b) Aspeetric red tap on red cetrot penet.

J-2-4 c) CRD position irdicatiore pret.

I

!~

l otD

'1. a) Loss of 24V togic pur stgoty A ard/or 8.

'1. a) None.

l b) Loss of 24V systen pr stsyty A and/or 9.

b) Determire cause of poner f ault and restore.

K-48 P0bER g

l2. a) 6er stgoties fautt taap m CRD centrot g g

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!AULT K-49 I

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J-2-5 g

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g l2. a) oct inP-5s SW 30.

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g CRD AC DC saa

1. a) Loss of pra.er to CRD GRKR SVT TRIP
1. a) Nare.

, w T TRIP DEvitz.

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I toss or run ;2..) m.

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'-24 AR-502 Rev. 4 Fage 2 e

b#

e

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b/

NapICIATOR MuEt LOCATIGI Isc-CY2 menSICIATOR PMIEL J

MEltTIOlt GM.isti 3

.7 Wteau TITLE 1.

telCATED CONDITIM 1.

AUTO ACTIGI SET 80tIIT SEIISIIIG

2. 00Nta0L HOEM ISICATIGI WICM VERIFY at

- 2. OPERATOR ACTIGl - WRLIO AUWM ELBGIT PIIIPOINT TIOR.E lapeER &

LOCATIGI RCS l1. a) IIC togs A or B narrow range presstre l1. a) Electraustic relief valve (ItCV-10) auto l

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ljl PRESS l

3 2255 psig.

l epen 3 2650 pois.

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,RC-3B-P5l laC-3A-PS1 MIGN

2. a) RC pressure ineficators.
2. a) Issuelty cetrol pressurizer heaters, sprar 2255 j

b) Pressurizer spray watve position iruficator.,

valve and/or electro retief vetve isolatien, psig l,

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valve if auto circuit fault.

l 2650 l l

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l l b) slotify saintenance to check faulty j psig l l

J-3-1 circuitry.

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l1. s) Reactor trip at 618'F.

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'2. a) Th recorders /irdicators.

'2. a) If ICS'trable, take swust control of

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HIGH af fected station ard redre tmperature.

605'F RC-4-TS I

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8 b) Isotify asintenance if an irstrtment J-3-2 prtblent.

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jt. a) Rod drtw actor stsplies A/B blower

1. a) IIone.

j CRD g

CDetROL failure ad./or A/B vottage regulator

2. a) Detennine case of fault r;d restorv.

K-42 FAULT overheat.

E-43

2. a) Motor sumiies fautt Iapp on CRD g

J 3-5 ctritrol penet.

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AA 502 Rev. 4 Page 3

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~., f

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)

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3 li' O

G' ApSUICIATGt PANEL LOCATIGS ISC-CY2 AIERMCIATGt PANEL J

VERTICAL (ELIMI 4

Wteau TITLE 1.

IIelCATED (DelTIGe

1. AUTO ACTIGI ETPGOIff M95IWG
2. tamq0L Rtyst IsetCATIGe nellCH VERIFY OR
2. OPERATGt ACTION - 1mLt0 AUfut E99ff PImpathT TNGELE IE8WR &

LtDTIGI REACTOR

1. a) Mrdicates a rMtor trip curif tne freur Ge
1. a) Trips turbifw ard actuates meertor TRIP trip coritina logic, verifyig that rod ad Tripped
  • tociteut retsy for the turbine.

E-5 l

E-5 AC & DC power sigly breakers are gen.

2. a) pefer to F-5W (RT).

g2. a) CRD in-timit irdication ert PI penet.

g b) Decreasire reactor puer.

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!. a) RC togs A or B narrow range pressure

1. a) Pressurizer heaters energire.

RCS 1

fRC-3A-PS1 2055 PRESS y 2055 psig.

j2. a) Marustly centre,! oressurizer heeters, aprof LGJ

,2. a) RC pressure irdicators.

valve ardfor relief valve isolation voin psig jet-D-PS g

g b) Pressurifer tpray watve irdicator.

If auto circuitry fmAt.

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b) Notify amintenante to check faulty g

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g J-4-2 circuitry.

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! GTRATOR SEL l 1. a) Operator Selected sanitored permeter is in 1. a) Depmts on point selected.

' (D5MER

!.a)atarm.

!. a) Corriect atann cardition.

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2 AL#M 2

Caguter point setected.

b) Select a different point.

I c) Refer to CP-503.

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J-4-5 I

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CDstTER

1. a) Catuter alane has been anatkrwiedged
1. a) opsE.

ALAPM for 15 mirutes.

2. a) Ackrr.wledge stann.

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'I l2. a) Atarm Printout.

b) Correct atana conditlon.

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'I b) CRT Disptay.

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Ast-502 Rev. 4 Page 4 a

w

---w, m-

.,1~,

g V

U.

'm A

MERMCIATOR PANEL LOCATION ISC-CY2 NEIUNCIATOR PfuEL J

DENTICAL 00Lisel 5

WIWOW TITLE 1.

tectCATED CDelTION 1.

MITO ACTION SETF0tIIT SEEISING 2.

CDITIUM. 20(36 ISICAflG8 nat1CM VERIFY Ut

2. CPERATGt ACTIGI - VAL 10 AUWut ELEDENT PitF01NT TRGSLE ImpWit &

Lf1CATIGI l OtusIEL A ji. a> Por eter setpoint tueeed.

ji. a) Now.

RPS b) RPS sudde switch not in agerate".

2. a) Deterwiew cause of trip and restore.

g TRIP c) ItPS medde reewed.

I d) Loss of power to charnet.

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e) See Note J-5-1.

J-5-1

2. a) NI/issi controt roen truficators.

RPS CHNSIEL A

1. a) Ommet shutdoen bypass key twitch
1. a) Ilone.

S/D SYPASS in the shutdan bypass position.

2. a) Ensure that bypeso fmeti<n is cogotible ACTIRTED
2. a) Check key tock positicn in RPS cabiret with ptarit eperations/ testing.

g g

g A2-2-5.

J-5-2 g

{1. a) Charret surust bys:ess key switch g

1. a) Nore.

RPS CMapedEL A in the surtat bypass position.

2. a) Ensure that bypass ftnttien is cagstible g

g g

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SYPASSED

2. a) Check key tack position in RPS cabiret with plant gerations/testiry.

A2-2-7.

J-5-3 RPS

1. a) Bistable trip. See loote J-5-1.
1. a) None.

2 i

I. a) Detenmine came of alarm and restore.I I

CMAfsIEL A b) N1-1 or 5 Detector Peer saply Fault.

TROJBLE c) RPS Chamet A + 15 VLC/-15 VDC pcaser sigpty fault.

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d) Cabiret A1 or A2 fan failure.

J-5-4

2. a) WI/IstI cabinet ordicators.

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Cao

1. a) Controt rod drive AC tre.6er A osm.
i.a)i=re.

I

, f2. a) Detenaire cause of trip and restore.

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BREAKER b) Control rod drive AC breaker "B" <oen.

$2-b OPEN c) Either Contret red dive DC treaker "C" l

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{ d) Either Controt raf drive DC treaker '9" W"-

e g

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e) Either 400V CRD fee &r brea6er (pm.

{

l l2. a) NI/NNi Cabiret Indicators.

J-5-6 i

8 AR-$C2 Rev. 4 Page 5 e

~

. - - ~., _ - _

n NetAICIATOR PAfEL LOCATIGI ISC-CY2 NeRAICIATOR PasEL J

WERTICAL (XILifel 6

13I1004 TITLE 1 telCATED (XBSITION

1. A NO ACTICII SETF0fuT WWEluG
2. EXIITHOL ROG4 IWICATIGI tal!CM VERIFY OR

,2.

OPERATOR ACTIGI - WILIO AU4WE ELBWIT PlsFOINT TWGELE E8WR &

LOCRTION 57s

'I. a) Parameter setpoint Emceeded.

't. a) stone.

!. a) Determine came of trip ard restore.

i 2

CHANNEL 8 b) HPS andAe switch not in Wate*.

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TRIP c) HPS andde nuoved.

I d) Loss of pouer to chamet.

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e) See teote J-5-1.

J-6-1

2. a) NI/esII controt roose irdicators.

g RPS OtAssIEL B

1. a) (henret shutdan bypass key switch
1. a) Isone.

S/D BYPASS in the shutdan byposs position.

2. a) Ereure thet bypeos fssction is cegotible ACTllATED
2. a) Check key tock position in RPS cabinet with plant operatiers/ testing.

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B2-2-5.

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'+1 RPS

1. a) Owwet aurmet bypass key switch (1.a)None.

8. a) Ersure thet bypass fsartion is ctsupatible CHAss(L 8 in the seemet bypass position.

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I. a) Owck key tock position in RPs cabinet with plant operatiers/ testing.

8vPAssED 2

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82-2-7.

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8P5

1. a) 51 stable trip. See mote J 5-1.
1. a) Isone.

i CHANNEL 8 b) NI-2 or 6 Detactor Power stspty Fault.

2. a) Determine came of etann and restore.

TROUBLE c) HPS Owwel 8 + 15 VDC/- 15 VDC Poner I

Stspty Fault.

I d) Cabinet 81 or 52 fan fsiiure.

J-6-4

2. a) NI/Nul cabinet indicators.

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'+e AR-502 Rev. 4 l' age 6 A

4

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.7 m

/- y f

\\

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V

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1 4WARNICIATOR PAIEL LOCATION 15C-CY2 AletsICIATat PANEL J

VER11 CAL CE.tpOI 7

wiemi TITLE 1.

telCAffD CWOITIO5 1.

AUTO AC:lGI SEfpoltri SERIsleIE

2. CONTROL N09% le! CATION lallCH WEDIFY OR
2. GaERA10t ACTIGI - VALIO ALAfft EL8eff PINPOINT TAGALE IEfWit &

LOCATIGt l CMAfslEL C RPS

1. a) Parameter setpoint emceeded.
1. a) Ilone.

b

2. a) Detenmine came of trip arti restore.

f c)) IIPS switch not in We".

TRIP IIPS modJte reupwed.

d) Loss of power to chamel.

e) See Note J-5-1.

J-7-1

2. a) N!/NNI control rotum iruficators.

RPS CMfsEL C

1. a) Chamel shutdam tuypass key switch
1. a) esone.

S/D SYPASS in the shuttkan bypass position.

2. a) Ensure that byymes ficction is ccgetible g

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g ACR RTED

2. a) Check key toca position in itPS cabinet with plant operaties/ testing.

I C2-2-5.

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'-7-2 1

ItPS

1. a) (hamel annat bypass key switch
1. a) Nane.

CNNINEL C in the aurust bypass position.

2. a) Ensure that bypass ftsirtion is cogetible 8YPASSED
2. a) Oieck key tock position En nPS cabinet g

g

  • with ptwit geratiers/ testing.

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C2-2-7.

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+ 7-'

8 RPS

1. a) Bistable trip. See Note J-5-1.
1. a) flane.

i CHNesEL C b) NI-3 or 7 Detector Powc Sigty Fault.

2. a) Detensine cause of stans ard restore.

I TRQJBLE c) ItPS Otarret C + 15 WDC/ - 15 NDC Power St@ty Fault.

d) Cabinet C1 or C2 fm failure.

2 a) N!/teNI cabiret irdicators.

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11FBINE

1. a) Reactor trip fran turt>ine trip is

' 1. a) Mane.

l TRIP bypassed.

2. a) Verify reettor puser < 45%.

457,FP g. a) Reactor power is < 45L 2

BYPASS J-7-5 I

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I 4R-502 Rev. 4 Page 7 s

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\\s-ANMUNCIATOR PANEL LOCATIGE ISC-CT2 Assa.MCIATGt PANEL J

VERTICAL CDLAsei 8

WiseGd ?l?tE.

1.

le!CATED (DetTIGI 1.

AUTO ACTIGt SETP0fut: MMEINE 2.

CNTROL ROON ISICATION WMICN VERIFY OR

2. OPEnnTGt ACTIou - wtID ALANI ELB elf PIIF0lWT TICBLE safWR &

LOCATIGI RPS

'1. e) Parameter setpoint exceeded.

81. a) leone.

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OtNedEL D b) RPS auide switch not in Wate".

2. a) Detenmine cause of trip ard restore.

TRIP c) IFS numide removed.

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d) Losa of power to chamel.

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e) See soote J-5-1.

J-8-1

2. e) N!/esat control room indicators.

i RPS CMAsesEL D

1. a) Owwwt shutdown bypass key switch
1. a) Mane.

in the shutdan bypass position.

2. a) Ensure that bypese fwetion is coupstitde g "JD BYPASS g

g g

{2. a) Ow!ck key lock position in RPS cabiret g

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g ACitATED with plet geretiers/ testing.

D2-2-5.

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RPS

1. e) Osamet perust twass key switch
1. a) soone.

CiANNEL D in the nurtal bypass position.

g. a) Enst e thet bypmes furetim is cogotible g g

g 2

5. a) Check key lock positicri in RPS cd>inet I

I 2

with plant operations /testirg.

BYPASSED D2-2-7.

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>+>

i RPS

1. a) 8istable trip. See Note J-5-1.
1. a) alone.

CHANNEL D b) NI-4 or 8 Detector Power Staty FmAt.

.2. a) Detenaire came of alans and restore.

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c) RPS Chamel D v 15 VDC/ - 15 WDC Power TROUBLE Si m ly Fault.

I I. d) Cabinet 01 or D2 fan failure.

2 a) NI/Mut cabinet indicators.

i J-8-4 i

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RC PLw

1. a) RCP Power Monitor 01amel in bypass.
1. a) None.

b) Shutem bypass switch in shutdan twass. !2. a) Rettrn selector switch to norset af ter MMITOR SSI 8

i IN BYPASS c) See Note J-8-5.

test.

'-e-s

!. a) Statts typ indication.

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AR-502 Rev. 4 Page 8 e

r' F :

c-ANNUNCIATOR s

i WINDOW

_s' LOCATION NOTES J-5 1 1.

a)

Exceeding the safety system setting of the following parameters will cause the Reactor Trip Module to trip:

DESCRIPTION

[H:A_

CH-B CH-C CH-D

  • 0VERPOWER TRIP Al-7-Il B1-7-11 Cl 8-ll D1-8-11
  • RB HI PRESS.

Al-4-14 B1-4-14 Cl-6-14 Dl-6-14

  • HI TEMP A2-4-6 B2-4-6 C2-4-6 D2 4-6
  • HI PRESS A2-3 6 B2-3-6 C2 3-7 02 3-7 PRESS / TEMP A2-4 4 B2 4-4 C2-4-4 D2-4 4 LOW PRESS A2-4-2 B2 4-2 C2-3-9 02-3-9 PWR/IMB/ FLOW Al-4 11 B1-4-11 Cl-5 11 01 5-11 POWER / PUMPS Al-3-8 B1-3 8 Cl-4-8 Dl-4 8
  • Remain in trip string after shutdown bypass is initiated, b)

Placing any of the following modules in other than

' operate' position will cause the Reactor Trip Module to trip:

<~'

POWER RANGE TEST Al-6-1 B1-6-1 Cl 4-1 D1 4-1

-(,)s CONTACT MONITOR TEST Al-3 1 B1-3-1 Cl-5-1 01-5-1 FLOW CHAN TEST Al-4-1 B1-4-1 Cl-7-1 Dl-7-1 TEMPERATURE TEST A2-4-13 B2-4-13 C2-4-13 02 4-13 PRESSURE TEST A2 3 13 B2-3-13 C2-3-13 02 3-13 RB HI PRESS TEST Al 4-14 B1-4 14 C1-6-14 D1 6-14 s

6

(

\\

s.

AR 502 Rev. 4 P898 9

ac l

ANNUNCIATOR

).

WINDOW

.l

' ~'

E ATION NOTES o

c)

Removing any of the following modules will cause the Reactor Trip Module to trip:

.j i

CONTACT MONITOR Al-3-4 B1-3-4 C1 4-4 Dl-4 4 PWR/ PUMPS B.S.

Al 3-7 B1-3-7 Cl-4-7 01-4 7 L

CONT MON AUX B.S.

Al-3 13 B1-3-13 Cl-4-13 Dl-4 13 LOOP ASQ RT EXT Al-4 7 B1-4-7 Cl 5-4 D1-5 4 PWR/IMB/ FLOW B.S.

Al-4 10 B1-4-10 Cl-5-7 Dl-5-7 RB HI PRESS Al-4-14 B1-4-14 Cl-5-10 D1-5 10 LOOP B SQ RT EXT Al-5 7 B1-5-7 Cl-6-14 Dl-6-14 i

l DESCRIPTION CH-A CH B CH C CH-D J 5-1 TOT FLOW BUFFER AMP Al-5-10 B1-5-10 Cl 6 4 Dl 6-4 PWR ENG TEST CKT Al-6 1 B1 6-1 Cl 7-1 Dl-7-1 LIN AMP TOP ION CH Al-6 4 B1-6-4 Cl-7 4 01-7-4 LIN-AMP B0T 10N CH Al-6-7 B1 6-7 Cl-7-7 01-7-7 PWR ENG DET P.S.

Al 6-13 B1-6-13 Cl-7-13 D1 7-13

(

SUMMING AMP Al-7-1 El-7-1 Cl-8-1 D1 8-1 DELTA FLUX Al-7-4 B1-7-4 Cl 8 4 01-8-4 FUNCTION GEN Al-7-7 B1-7-7 Cl-8-7 D1-8-7 (3

OVERPOWER B.S.

Al-7-10 B1-7-10 Cl-8 10 D1-8-10

(.)

LOW PRESS B.S.

A2-4-1 B2-4-1 C2-2 1 02-2-1 i

PRESS / TEMP B.S.

A2-4-3 B2 4-3 C2-2-3 D2-2-3 HI TEMP B.S.

A2-4-5 B2-4-5 C2-4-10 D2-4-10 t

880 SIG CONVERT 0R A2-4 7 B2-4-7 C2-3-6 D2 3-6 i

LINEAR BRIDGE A2-4-10 B2-4-10 C2.3 8 02-3 8 Hi PRESS B.S.

A2-3-5 B2-3-5 C2-3-10 D2 3 10 PRESS BUFFER AMP A2-3-7 B2-3-7 C2 4-3 D2-4-3

'1 SHUTDOWN BYP B.S.

A2-2-1 B2-2-1 C2-4-5 D2-4 5 SHUTDOWN BYP AUX RELAY A2 2-3 B2-2-3 C2-4 7 D2 4-7 KEY SWITCH MODULE A2-2-5 B2-2-5 C2-2-5 D2-2-5 B

.i e-AR*$02 Rev. 4 Page 10

,O

,d 1

NOTE: -J 8-5 a)

RC Pump Monitor RCPM 3A Bistable A

)

b)

RC Pump Monitor RCPM 3B Bistable A J\\_ /

c RC Pump Monitor RCPM 3A Bistable B d

RC Pump Monitor RCPM-3B Bistable B e

RC Pump Monitor RCPM-3A Bistable C f

RC Pump Monitor RCPM 3B Bistable C g

RC Pump Monitor RCPM 3A Bistable D h

RC Pump Monitor RCPM-3B Bistsble D L.

V AR-502 Rev 4 Page 11 (LAST PAGE)

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1_

Rev. 3 10/19/89 t

f p"=. n..ranarmw1wrarenmmm.nerwzix.3f T

Document Scciton i

3 p NF ORM ATION ONL 4

3 I

C. R. Nucloir

!U War.sruemersammn,wmaanu agrammai

?

ANNUNCIATOR RESPONSE AR 958 FLORIDA POWER CORPORATION 1

i CRYSTAL RIVER UNIT 3 WDH ANNUNCIATOR RESPONSE r

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THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENTS it t

t i

o APPROVED BY:

Interpretation Contact tul' I)w A Qu.A-Date:

"/'/19

(~)'s Interpretation

Contact:

Nuclear Operations Superintendent

_ _. =_.

,q orgattyt PANEL LOCATICII WWestSTE DISP 05AL QSIC1.E NWRECIA W-W (NJ NIRIMIML IRRd 1

l2. a) Stop flow to +=6neretirer.

l

. j.

j EVAP (DSTE l1. a) (wup tDSTE desin 'A' temp > 120 F.

1. a) mare. '

3 e-91-15 W-M1 DEMI 4

'A'

2. a) Evup (DSTE dirain 'a' temp irdicator en g

N196 TEM ne penet.

b) Determine come el high temperettse ard 1

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  • +'

1 I

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I 1

I 5. a) escre.

1 EvmP (DSTE

1. a) Ewsp tRSTE desin *1" temp > 120'F.

!. a) Step flow to dmmineratirer.

I 8

I 2

W-92-TS W-%1 DEMIN *B'

2. a) Ewup (DSTE de.in '9" temp irdicator on MIQt TEM le gmret.

b) Determite case of high temperettre ard cornet.

.I W-1-2 I.

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k lDeum -A-n:or l2..) Ew., eSTE e,,in 'A' diee pre ireicatorI. a) Ew.o eSTE de.,n 'A' dif f press > 50 p l

[

le-%i Ev e e STE i

1. a) more.

g je-211-PS y on e p et.

, oirr retSS,

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w.3 3 I

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fl. a) Ewup CDSTE deum 'B' diff gress > 50 psid.

1. a) More.

EVAP (DSTE DEM14 "B" NIGN l2. a) Even (DS1E dunin '8' dif f press irdicator h2. a) Sluice resin out ed replace.

W 212-PS WM1 g

g DIFF F9ESS cn W peret.

g g

  • +'

l l

l l

l l.

Eve eSTE ;i. a) Ew.p eSTE storage t

  • A Levet > 97.6L ji. a) acre.

l STOR Taast "A" l2. a) Eve eSTE storage tat 'A' tewt (*uficater 2. a) Op n tar

  • drain to seeintain tewet.

]

{ 48-97-LS1 l 40-%1 l

htCM LEVEL en @ paret.

b) Deterwire case of high tewt ard cervect.

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1..

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l l Ev@ CDSTE l1. a) Ewnp CDSTE storage tar * 'A' level < 21.6L l1. a) leare.

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' STOR TAanc "A"

2. a) Even CDSTE storage ts*

'A' lev =t irdicator 2. e) Stop ewsp cord. pg 38 l

'tt,-9T-LS2 l te-M1 l

LOW LENEL en le puret.

b) Dete wire cause of tone levet ard correct.

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0 w.1-6 I

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I.

I.

i l l EVAP e STE l1. a) Ewep CDSTE storage tar * *B' levet > 97.6L l1. a) skre.

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Stat TAnat "B"

2. a) Evap CDSTE storap tw* *B' levet irdicator 2. a) Open twe dein to sumintain levet.

j ne-96-LS1 { WM1 {

, MIGH LEVEL atne pret.

b) Deterwire came of h2gh levet ard correct. j i

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w.g.7 I

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l l EV@ (DSTE l1. a) Ewep CDSTE storage tar * *B' levet < 21.f.L l1. a) n':rs.

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l STOR f AW "B" l2. a) Evnp CDSTE storage twa 'B' levet irdicatorl2. a) Step evap cerd. pap 36.

l te-96-LS2 l 18-%1 l

{

l 1

I LOW LEVEL on10 pret.

b) Deterwire came of low levat ard cornet.

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W1 @ 0W TITLE 1.

!@!CATED ConcITICM 1.

AUTO ACTICII SETPotWT SEEES!4G DEFEntaCE 2.

00rTPOL 9004 OR adir!L1 APT BJ:LD1%

2.

CFTrsTOR ACT30s - vptID AL*m ELEu M T I@! CATION WHICH WRITY OR FItf0fMT TROJBLE IItMIER &

LCCATION An-958 pev. 3 Fage 1 e

,m.

m.,...,...

y-e

(

)

- 4 V mesmCIATOR PAR LOCAlfGI _ IWWnstSTE D!9CSAL QSICLE AGEDC L

wiAf (M NORIEWnat. ami 2

w-i

, e-aus-ess l; so-Mi l M STE GAS l1. a) nrste gas surDe tart diff press > 2.0 psig.jt. a) mone.

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1 isuRm Tma: wiGnj2..> tocat trificator.

je..> own v.i.e ti,,

  • ten ine c e,=s g

DIFF petESS cor,ect.

g g

g g

g 1

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i a sTE gas

't. a) mte,.s ca,res.or 3s outiet I..)

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! CapenES50t 38 temperature

  • 150 F.
2. e) Oseck su costiry inster to ccupressor.

e-f52-Ts e-M1 l MIGN TEve

2. a) teP-18 teuperature irtlicator on 40 paret.

b) Transfer to 3A ca9ressor.

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w.2.:

1 1

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g1. a> umste gas compressor 3A a>ttet gas

1.a)mee.

8 unsTE GAS CD99ESSOR 34 temperature > 150"F.

2. a) Dieck su cootleg eartar to castressor, e-153-Ts e-M1 MIGM TEPP
2. e) 40P-1A temperettre iruficator m to panel.

b) Trasfer to 35 cogressor.

f I

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W-2-3 I

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1 I

' C) Catim denin *A* & "B" outlet strainer

1. e) mee.

CATION oEmla "A* & "B" differentist pressure > 5 psid.

l2. a) Fit.h strei-tre to spent resin storage tet.i i e-228-PS 10- % 1 t

! e-229-*S I l

1 S'RAlm MIGN D/~r 2. a) Local iruficator.

l

--z-'

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i DRA14 SW

1. a) Weste Gas Surge Tart Drain pet tevd
1. a) hane.

MIGN LEVEL

  • 18" N.
2. e) Opert dein welwe for dein pot to sointain e-3-LS e-%1 g. e) Locat evet irufication et the dein pet.

2 proper tewet.

g b) Deten ine c of tie tevet af correct. g g

g g

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l 1

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I

  • ~#~'

I I. a) Decor osinn iniet he.*r to,er.tn >

it..) =me.

8' e TS

' DEsoR n =i=

,i MIGH INLET 120*F.

'2. e) Secure flow to deniverstizer.

e-%1 TEMP

2. e) Dewin 14/18 T-intet teverature ivwficator b) Determine cause of high temperature art!

on e p-et.

correct.

g g

g g

  • ~2*

i 1

I.

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I I..) wre.

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li..) Debor en sa ditferenti.t vessure > 40 i

i I oEsaR oEnt=

3..) stoice resin arts repiace.

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I 2

e-zor-est 50- % 1 !

A nrGa Dirr '

psid.

!2..) Debe- +,nia 3A D/r trvficat.w on 60 p-et I

3 I

I rREss I

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iruficates that &rnin is fitted solid l

l.

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t3.25 psie).

l W-2-7

! one oE-rie it. a) Dexv en se esteerent.at vmore > 40 l1. a) =me.

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l '9" MIGN DIFF l psid.

. a) Sluice resin arti replaca.

no-206-PS1 40-141 l

59Ess j2. a) Detier en 38 D/P iruficator on e psret I

w-2-8 l'

l l'

indicates that dsnin is fitted solid (3.25 psid).

WiiOGd TITLE 1.

te!CATED 31101T10N 1.

AUTO ACTION SETPOINT SE451ssG stEFEWE=CE 2.

CDsTROL ROOM OR AUKILIARY RJ1LCIM

2. CETRATOR ACTIO8 - VALID ALA8"9 ELE 9E4T te! CATION WHICH VERIFT OR presPOInf T#aBLE tafeElt &

LOCATIDs AR-955 Rev. 3

. age 2 (LAST FAGE) 9 0, e

. _. _,_.,

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