ML20085N727

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Revised Annunciator Response (AR) Procedures,Including Rev 14 to AR-501, ICS I Annunciator Response & Rev 6 to AR-502, ICS J Annunciator Response
ML20085N727
Person / Time
Site: Crystal River Duke Energy icon.png
Issue date: 10/21/1991
From: Marshall W
FLORIDA POWER CORP.
To:
References
PROC-911021, NUDOCS 9111180083
Download: ML20085N727 (27)
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QM'""'_ -w ANNUNCIATOR RESPONSE AR-501 FLORIDA POWER CORPORATION CRYSTAL RIVER UNIT 3 ICS I ANNUNCIATOR RESPONSE THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENTS APPROVED BY: Interpretation Contact ! ('N [C/.7/' 4 N,tI [ OATE: /OM/!9/ Interpretation

Contact:

Nuclear Operations Superintendent

TABLE OF CONTENTS s SECTION f_ Aft [ i.0 PURPOSE . . . . . . . . . . . . . . . . . . . . . . . . . . . . i 220 REFERENCES .................. . ... .. . I 

                   !.i        IMPLEMENTING REFERENCES                  . . . . . . . . . . . . . .               1 Z.2        DEVELOPMENTAL REFERENCES                 .. ...... . .. .. .                       1 3.0       PERSONNEL INDOCTRINATION           . . . .... ..... ...... .                                  1 4.0       INSTRUCTIONS    .........................                                                     1 5.0       FOLLOW-UP ACTIONS . .           ..       ..,.......                            ......         1 ENCLOSURE 1     Annunciator Response . . . . . . . . . . . . . . . . . . . . . .                              2 V(T i

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AR-501 Rev. 14 Page i

1.0- PURPOSE O 1.1 Establish a reference document for each Annunciator Window on the i ICS-CY1 Lampbox. 1.2: Establish' operator actions for valid Annunciator alarms on the ICS-CY1 Lampbox, 

             .1.3-          Establish a reference-to other_ procedures which address operator actions for valid Annunciator alarms on the ICS-CY1 Lampbox.
             -2.0        -REFERENCES 2.1          IMPLENENTING REFERENCE 1 6

2.1.1 AP-545, Plant Runback , 

             -2.1.2-        0P_-302, RC Pump Operation 2.1.3       OP-506, LPMS Data Handling Recording and Analysis Equipment p         2.2         QEYELOPNENTAL REFERENCE}

G 2.2.1 INPO 90-021, Good. Practice OP-217, Alarm Response Procedures 2.2.2 Annunciator Window Engraving Drawing-E-224-048 3.0 PERSONNEL INDOCTRINATION-l ' 3.1 The Annunciator' System is powered from VBDP-5 Breaker 28, 4.0 INSTRUCTIONS 4.1 Respond to alarms on the ICS-CY1 Lampbox-as indicated on Enclosure 1, Annunciator Response. 5.0 FOLLOW-UP ACTIONS l None O iAR-501 Rev. 14 Page 1 i- : ~. __ ._ _ _ _ - _ _

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(./ \ ANNUNCIATOR PANEL LOCATION ICS-CY1 ANNUNCIATOR PANEL 1 VERTICAL COLUMN 1 

                                                                                                                                                    ^

WikDOW TITLE 1. INDICATED CONDITION 1. AUTO ACTION SETPOINT SENSING

2. CONTPOL ROOM INDICAfl0N WHICH VERIFT OR 2.. OPERATOR ACTION - VAllD ALARM ELEMENT PINPOINT TROUBLE NUMBEa &

LOCATION RC PUMP A 1. a) RC pump A breaker is open with control 1. a) ICS runback to 751 TP toad. SKR TRIP switch in kORM-AFTER-START position. 2. a) Ensure ICS is controtting proper load. 751 tP CONTACTS

2. a) RC pump breaker indication. b) Ref er to AP-545 (PR). check pump circuitry.

b) RC flow indication. 1-1-1 AC PUMP A 1. a) RC pump motor vibration i 2 mits. 1. a) None. MTR VIBRAfl0N 2. a) RCP motor amperage not normat. 2. a) Imsediately compare with other pump / motor HIGN b) RCP motor vibration indicators. vibration instrumentation to e,sure 2 MILS 3RC-42-MS alarm validity. 1-1-2 b) If alarm is valid trip the RC pump. RC PUMP A 1. a) kSCC flow to RC pump A 1 260 spm. 1. a) N one . (However, if NSCC pump discharge CLG WTR FLOW 2. a) NSCC pump amperage not normat. header pressure i 110 ptig, NSCC emerg. 260 GPM SW-108-PS2 LOW b) NSCC pump tripped. pump will start and NSCC nere. pump will c) NSCC system low pressure. trip following 15 see time delay). 110 psig d) #2 pressure tow. 2. a) Ensure NSCC emerg. pump auto started if normat pump trip. 85 psis b) Check for proper NSCC valve lineup. c) Ensure N2 pressure 1 85 psig. 1-1-3 RC PUMP 1. a) RC pump A, 8, C, D, motor overcurrent 1. a) None. OVERCURRENT alarms at 110% rated amps. 2. a) Secure pump if overtoad continues. BER

2. a) RC pump motor amperage indicator. RELAY b) RC pump vibration' indicator. 74-DCP l-1-4 c) RC Flow indication.

1-1-5 l RC PUMP 1. a) RC pumps A, 8, C, D AC or DC oit lift pump 1. a) DC oil lif t pump starts on tow oil pressure LIFT OIL PUMP breaker open and control switch in normat if AC oil lift pump trips. TRIP after start. 2. a) Ensure pump switches in proper position. BREAKER

2. a) Breaker indication. b) Monitor for proper oit lift pressure when CONTACTS starting or securing RC pumps. CS/SC CS/O l-1-6 AR-501 Rev. 14 Page 2

af e ANNUNCIATOR PAkEL LOCATIDW ICS-CY1 ANkUNCIATOR PANEL I VERTICAL COLUMN 2 WINDOW TITLE 1. INDICATED CF5NDITION 1 AUTO ACTION SETPOINT SENSING

2. CONTROL RODU INDICATION WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALARM ELEMENT PINPolNT TRDUBLE NUMBER &

RC PUMP S 1. a) RC pump S breaker is open with control 1. a) ICS runback to 75% FP.

  • TRIP suitch in NORM AFTER-START position. 2. a) Ensure ICS is controtting proper toad. 75% FP BER
2. a) RC pump:, Breaker indication. b) Refer to AP-545 (PR). CONTACTS b) RC flow indication.

1-2-1 RC PUMP 8 1. a) RC pump motor vibration 1 2 mits. 1. a) N or.e .  ; MtR VIBRATION 2. a) RCP motor amperage not nor mat. 2. a) tamediately compare with other pump / motor 2 MILS 3RC-65-MS 

        'HIGH           b) RCP motor vibration indicators.                     vibration instrumentation to ensure alarm validity.

1-2-2 b) If alarm is valid trip the RC pump. RC PUMP S 1. a) NSCC flow to RC pump B 1 260 spm. 1. a) None. (However, if NSCC pump discharge CLG WTR FLOW 2. a) NSCC pump amperage not normat. header pressure 1 110 psig, WSCC es4/g. 260 spo SW-114-82 LOW b) NSCC pump tripped. pump will start and NSCC norm. pump will 110 psig c) WSCC system low pressure. trip following 15 see time delay). 85 psis d) W2 Pressure tow. 2. a) Ensure NSCC emerg. pump auto started if normal pump trip, b) Check for proper NSCC valve lineup. 1-2-3 c) Ensure N2 pressure 1 85 psig. RC PUMP MTR 1. a) RCP A, 8, C, D, thrust bearing temperature 1. a) N one. THRUST BRG 1 185'F. 2. a) Monitor thrust bearing temp for affected 185"F RC-133-TI TEMP HIGH 2. a) None. pump. kW CONT SD b) Insure cooling water supply to af fected pump motor. 1-i-4 c) If temp continues to increase secure pump. RC PUMP 1. a) RC Pump A, 8, C. O, AC or DC oil lif t pump 1. a) AC cit lift pump auto starts when PCP LIFT OIL PUMP breaker closed and control switch in trips. 110 psig BREAKER AUTO START normat after stop. b) DC oil tif t pump auto starts when RC BNG CONTACTS

2. a) Breaker indication. oil lift press 1 110 psig & RC pump CS/ST tripped. CS/O t
2. a) Ensure that oil lift pump has started and RC-43, 66, check RCP permissive lights for proper 89, 112-PSS I-2-5 indication.

RC PUMP 1. a) RC pump A, B, C, O DC oil lift pump motor 1. a) None. 115% 49 OIL LIFT PUMP current alarm at 1151 Rated Amps. 2. a) Start AC oit lift pump (if PCSStble) then t OVERLOAD 2. a) Low oil lift pressure secure DC oft tift pump. Maintain oil lift i b) Lift oft pressure white indicating lamp pressure. I not on. b) Check valve Lincap.  ! , c) Notif y maintenance to check instrumentation 1-2-6 & oil tift system.  ; 1 l AR-501 Rev. 14 Page 3

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( ANNUNCIATOR PANEL LGCATION IC5 CY1 ANN'JNCI ATOR PANEL I VERTICAL CotuMN 3 WINDOW TITLE 1. thDICATED CONDITION 1. AUTO ACTION SETPolNT SENSING

2. CONTROL ROOM tholCATION WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALARM ELEMENT PikPolNT IRDUBLE NUMBER &

RC PUMP C 1. a) RC pump C breaker is open with control 1. a) ICS runback to 751 FP. TRIP switch in NORM-AFTER-START 2. a) Ensure ICS is controt t ing proper load. 75% FP BKR

2. a) RC pump breaker. indication. position. b) Refer to AP-545 (PR). CONTACTS b) RC flow indication.

l RC PUMP C 1. a) RC pump motor vibration > 2 mits. 1. a) None. MTR V18 RATION 2. a RCP motor apperage not normat. 2. a) Immedietely compare with other pump / motor 2 MILS 3RC-88-MS MIGN b RCP motor vlbration indicators. vtbration instrumentation to ensure 1-3-2 stare validityifd trip the RC pump. 

                                                                              .b) If alarm is va RC PUMP C     1. a) kSCC flow to RC pump C < 260 gpm.                1. a) None.    (However, if NSCC m discharge CLG WTR FLOW    2. a NSCC pump emperage not normal,                           header pressure < 110 mig, NSCC emerg.          260 GPM SW-96-PS2 LOW           b NSCC pump trapped.                                      pump will start and N$tC norm. pump will       110 ps g c) NSCC system tow pressure.                              trip following 15 see time ueter).              85 ps g' d) #2 Pressure tow.                                2. a) Ensure NSCC emerg. pump auto started if normal pump trip.

b) Check for proper NSCC valve lineup. c) Ensure #2 pressure > 85 psig. I-3-3 SC PUMP 1. a) Abnormat vibration on RCP-1A, 18, 1C, or 1. a) None. LP-10 VIERATION 10 2. a) Compare with other pump /tytor vibration Mt 1A thru ALERT b) RCP-1A, 18 1C or 1D case vibration high* instrumentation to determine alarm validity 10 c) Vibratton Sonitor(s) not "OK" b Notif y Site Nuclear Engineerine ME 24 thru c Increase Monitoring of affe:ted RCP. 2D I-3-4 2. a) Bently Nevada penet in Control Room d) Refer to the appropriate section of ME 4A thru OP-302, RC Pump operation 4D ME SA thru 5D LP-9* ME 1 thru 4 RC PUMP 1. a) RCP A, 8, C, D rotor Top oil tevet high/ 1. a) Prevents starting of associated RC pump. MTR OIL LEVEL tow alare. 2. a) Monitor RC pump bearing temperatures and RC-39-LS, HIGH/ LOW b) RCP A, 8, C, D motor bottom olt levet secure RC pumps if temp. timit is > + 1 1/4" 40-LS, high/ tow alarm. approached. < - 1.0" 62-LS,

2. a) Computer point x015 thru x018, x026 b) Investigate cause of abnormat cit level 63-ts, thru x029, x037 thru x040, x048 thru *051. when possible and restore system to 85-Ls, b) Upper or tower oil levet white indicating normat. 86-LS, permissive tamp out. 1C8-LS, c) Unable to start associated RC pump. 109-LS, I-3-5 RC PUMP 1. a) RC pump A, B, C, D air cooler leak 1. a) None.

AIR COOLER exists. 2. a) Monitor RCP motor stator temperstv*e and RC-41-L5 LEAK 2. a) Computer point M020, x031, x042, x053 bearing temperatures and e-cure RCs if RC-64-Ls b) NS cooling water supply to cooler limits are approached. RC-87-LS differential flow alarm. RC-110-L5 L____ 

 ' MAR 89-03-01-01 FCh6A Temporarily defeated case vibration from alarming.

AR-501 Rev. 14 Page 4 

                                                                                                                                                    .e         .

l . VERTICAL COLUMr 4 ICS-Ct1 ANNUhCIATOR PANEL f ANhuMCIA10R PANEL LOCATION SETPOINT SEWSING WlhDOW TITLE 1. IhDICATED CONDITION 1. AUTO ACTION ELEMENT

2. CONTROL ROOM INDICATION WHICH VERIFt OR 2. OPERATOR ACT2CN - WALID ALARM NUMBER &

PINPOINT TROUBLE LOCAftON 75% FP 8KR AC PUMP D 1. a) RC pump D breaker is open with control 1. a) ICS runback to T51 TP. TRIP switch in NORM-AFlER-START position. 2. a) Ensure ICS is controtting proper toad. CONTACTS

2. a) RC pump breaker indication. b) Refer to AP-545 (PR).

c) RC flow indication. 1-4-1 RC PUMP D 1. a) RC pump motor vibration 1 2 mits. 1. a) None.

2. a) Immediately compare with other pump / motor 2 MILS 3RC-111-MS Mit VJBRATION 2, a) RCP motor amperage not normat.

HIGH b) RCP motor vibration indicators. vibration instrumentation to ensure alare validity. b) If alarm is valid trip the RC puep. 1-4-2

1. a) NSCC flow to RC pump D < 260 sps. 1. a) None. (Wowever, if NSCC pump discharge RC PUMP D header pressure < 110 psis, NSCC emers. 260 GPM SW-102-FS2 CLG WTR FLOW 2. a) NSCC pump amperage not normat. 110 psis b) NSCC pump tripped. pump mitt start and NSCC norm. pump witt LOW trip following 15 see time delay). 55 psis c) NSCC system tow pressure.

d) N2 pressure low. 2. a) Ensure NSCC emerg. pump auto started if normat pump tri.e. b) Check for proper NSCC valve lineup. c) Ensure N2 Pressure 1 85 psig. 1-4-3 735'F RC-206-TS RC PUMP SEAL 1. a) RCP-A, B, C, or D upper stage seat outlet 1. a) None RC-209-TS temp > 135 F. 2. a) IF RCP upper stage seat outlet temp esceeds OPPER STAGE RC-212-TS

2. a) RCP seat injection flow. 160*F, l TEMP HIGH THEN refer to OP-302. RC-215-TS b) RCP SW supply.

c) RCP seal cavity / temp recorder. d) Plant computer. 1-4-4

1. a) If AC filter is dirty, DC pump uitt start RC PUMP 1. a) RCP pump A, B, C, D AC pump oil filter 2 psid RC-44-PS1, l on low pressure.

OIL FILTER P 1 2 psid. 44-PS2, b) RCP pump A, B, C, D DC pump cil filter 1 2. a) Start atternate cit tift pump. HIGH b) Notif y maintenance to change filter. 67-PS1, ) 2 psid. 90-PS1, J

2. a) Possible low oil lift pressure alarm. 90-PS2, ,

f 113-PS1, and 113-PS2 1-4-5 ..----- l Rev. 14 Page 5 AR-501 t

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ANNUNCIATOR PANEL LOCATION ICS-CY1 ANNUNCIATOR PANEL I VERTICAL COLUMN 5 WINDOW TITLE 1. INDICATED CONDITION 1. AUTO ACT10M SETPOINT SENSING

2. CONTROL ROOM INatCATION WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALARM ELEMENT PINPOINT TROUBLE NumgER &

LOCATIO4 1-4-6 PORV 1. a) RCV-8. RCk 9, or RCV-10 @en. 1. a) PORV/ Safety valve open. SAFETT VALVE 2. a) RCS pressure high. 2. a) Verify RCS pressure decrease. 12455 psig OPEN b) Ultrasonics indication. b) Verify PORV/ Safety valve resents. 12500 psis 1-5-1 ' PORV 1. a) PORV selecter switch in closed position. 1. a) None. SELECTED 2. a) Position of FORV selector switch. 2. a) Evaluate necessity for PORV to be closed. CLOSED t-5-2 1-5-3 1-5-4 t-5-5 LOOSE PARTS 1. a) Any one of the loose parts monitoring 1. None. I I MONITORING chsnnels exceeding alarm point. TROUBLE 2. a) Alarm conditions shoising on RDS. 2. a) Ref er to OP-5D6. 1-5-6 AR-501 Rev. 14 Page 6 

                                                                                                                                                         ~

y 3 kw I i ANMUNCIATOR PANEL LOCATION ICS-CY1 ANNUNCIA10R PANEL I NERTICAL COLUMN 6 WINDOW TITLE 1. INDICATED CONDITION 1. AUTO ACTION SETPOINT SENStaG

2. CONTROL ROOM INDICATION WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALARM ELEMENT PINPOINT TROUBLE NUM8ER &

LOCATION PORV 1. a) RCV-10 solenoid energized. 1. a) None. SOLENOID 2. n) PORV epen. 2. a) Verify RCS pressure decrease. 12455 psig ENERG1 ZED b) PORV ultrasonic indication. b) Verify PORW reseats. c) RCDT tevet increase. l-6-1 PORV 1. a) RCV-11, pressurizer electromatic relief 1. a) None. l SLUCC VALVE valve isolation vatwe in closed position. 2. a) Evaluate need for PORV block walve to 33 BC CLOSED 2. a) Valve po;ltion indication. be closed. 1-6-2 1-6-3 1-6-4 1-6-5 l-6-6 AR-501 Rev. 14 Page 7 

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    ~                                                                %                                                                                                                                                w ANNUNCIATOR PANEL LOCATION     ICS-CY1                  ANNUNCIATOR PANEL                                                   1                                   VERTICAL C0tUMW                             7 _

WihDOW TITLE 1. INDICATED CONDITION 1. AUTO ACTION' SETPOINT SENSikG

2. CONTROL ROOM INDICATICN WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALAWM ELEMENT PlWPOINT TE00BLE h3MBER &

LOCAT105 PRESSURI2ER 1. a) RC Pressurizer levet 1 275 in-H2 0. 1. a) None. LEVEL b) RC Pressurizer Level t 240 in H 2 0 2. a) Check redundant levet instrument strings. 275 in. MIGN 2. a) Pressurizer level indication. b) Manually control RC makeup and letdown. NO 2 RC-1-LY4 b) RC pressure and temperature indication. c) Have maintenance check instrumentation 240 in. RC-1-LS1 and possible faulty equipment. M0 2 RC-1-LS2 1-7-1 PRESSURIZER 1. a) RC pressurizer heater SCR fatture. 1. a) Wone. RY-1 and HEATER SCR 2. a) Abnormat pressurizer temperature, tevet 2. a) Manustly control pressurizer heater to NY-2 of FAILORE and/or pressure. maintain RC pressure. SCR 1 b) Notif y maintenance to correct problem. inRU 6 I-7-2 1-7-3 I ~ 7- 4 ' RCS 1. a) High RC pressure at low temperature (NDTT). 1. al mone. PRESS HIGH 2. a) Dual Speed Recorder Rc-154-PR/T4. 2. a) Increase letdown flow and terminate 500 psig RC-34-PS4 TEMP LOW pressure source. Relay C1 l-7-5 1-7-6 AR-501 Rev. 14 Page 8

i ANNUNCIATOR PANEL LOCATION ICS-CY1 ANNUNCIATOR PANEL I MERTICAL COLUMN 8 WINDOW TifLE 1. INDICATED CONDITION 1. AUTO ACTION SETPolNT SENSING 

                                                                                                                                                                                     ~
2. CONTROL ROOM INDICATION WHICH VERIFY OR 2. OPERATOR Aci10N - VALID ALARM ELEMENT PINPOINT TROUBLE Wum8ER &

LOCATION PRESSURIZER 1. a) RC Pressuri2er level 1 200 in M2 0. 1. a) Pressurizer heaters de-energize at tow-tow LEVEL b) RC 'ressuri2er level 1 40 in H20. etare. 200 in. LOW 2. a) Pressuri2er level indication.' 2. a) Check redundant tewet instrument strings. NO 2 RC-1-LY& b) Pressurizer makeup control valve b) Manu. ally control RC makeup and letdown. 40 in. RC-1-tS2 malfunction. c) Nave maintenance check instrumentation M0 2 3RC-1-LS1 

                                              .c) RC pressurc and teeperature indication.                      and possible fautty equipment.

1-8-1 PRESSURIZER 1. a) Pressuriger heater groups L1 through 13 1. a) Trips associated breaker to heater group. HEATER GROUP overcurrent alarm. 2. a) Monitor pressurizer operation.

  • TROUGLE 2. a) Indicating lamps on control switch are out.

b) Notif y maintenance to check heater group circuit. I-8-2 i i 1-8-3 I-8-4 1-8-5 l t 1-8-6 1 AR-501 Rev. 14 Page 9. (LAST PAGE)

v . .,_ Rev. 6 10/17/91 Effective Date -/[ 48 / smw.v=mm, L'$****'y a N P O R M h r t o n o y( f, C. n. Nucgca, 

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ANNUNCIATOR RESPONSE AR-502 FLORIDA POWER CORR 0 RATION CRYSTAL RIVER UNIT 3 h v ICS J Annunciater Response THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENTS APPROVED BY: Int rpretation Contact o @ DATE: / MI / INTERPRETATION CONTACT: Nuclear Operations Superintendent 

      ,,,                                            TABLE OF CONTENTS
              --SECTION                                                                                   PAGE-
               'l.0        PURPOSE . . . . . . . . . . . . . . . . . . . . . . . . . . . .                        -1

2.0 REFERENCES

  ....:.................-.-....--                                            1 2.1-       IMPLEMENTING REFERENCES . . . . . . . . . .-. . . . .                       -1 2.2        DEVELOPNENTAL REFERENCES               ....    ,........

1 3.0 PERSONNEL' INDOCTRINATION .................... 1 4.0 INSTRUCTIONS ......,.................. 1 5.0 F0ll0W-UP ACTIONS . . . . . . . . . . . . . . . . . . . . . . . - ~2 ENCLOSURES 1 Annunciator Response _. . . . . . . . . . . . . . . . . . . . . . -3 t O AR-502' Rev.-6 Page i- 

          -1 .0        PURPOSE

( O l.1 Establish a reference document for each Annunciator Window on the ICS-CY2flampbox. 1.2 Establish operator actions for valid Annunciator alarms on_the ICS- _CY2 Lampbox.

1.3_ Establish a reference to other procedures which address operator ,

actions for valid Annunciator alarms on the ICS-CY2 Lampbox.

2.0 REFERENCES

- i 

           ~2.1'-      IMPLEMENTING REFERENCES 2.1.1-    -AP-580 - Reactor Trip 2,1.2       VP-540 - Runback Verification Procedure 2.1.3       OP-502 -_ Control Rod' Drive System 2.1.4-      AP-545 - P1 ant-Runback-2.1.5       0P-503 -. Plant. Computer System 2.2         DEVELOPMENTAL REFERENCES
                            ~
          -2.2.1      -INP0 90-021, Good Practice OP-217,-Alarm Response Procedures
          -2.2.2       Annunciator Window Engraving-Drawing E 224-048
          .3.0         PERSONNEL INDOCTRINATIO_H-
3. l_ -The Annunciator System is powered from VBDP-5'_ Breaker 28, 4.0 INSTRUCTIONS 4.1 Respond to~ alarms on the ICS-CY2 Lampbox as indicated on Enclosure 1, Annunciator Response.

AR-502' Rev. 6 Page 1

m _ a, a . a%-e-.i ...w_.- . _ . .- . . 4. ,,4_a ___m m. ,,.--s.m.ae,m,._ a a 2,4 ._mm.. ...-was,, _-a ,-. . . i.as a , . 9 4 None l r 9 O AR-502 Rev. 6 Page 2

U l . . . EECLOSURE 1 ANNUNCI ATOR PANEL 10 CATION ISC-CY2 ANNUNCIATOR PANEL J VERTICAL COLUMN 1 , WINDOW TITLE 1. INDICATED CONDITION 1. AUTO ACTION SETPO!NT SENSING 2 CONTROL ROOM INDICATION WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALARM ELEMENT PINPOINT TRDUSLE NUMBER & LOCATICs DSS 1. a) RCS press > 2450 psig per Diverse Scram 1. a) CRD groups 5, 6. 7, and Aua. Supply trip if CHANNEL System A. both channels trip. TRIP b) RCS press > 2450 psig per Diverse Scram 2. a) If both channels trip, refer to AP-580(RT). 2450 K1 System 8. PSIG F2

2. a) CRD position indication if both channels trip.

b) IR nuclear instruments if botle channels J-1-1 trip. DSS 1. a) Diverse Scram System A in test. 1. rs Channet not in test is blocked from CHANNEL b) Diverse Scram System B in test. tripping. KA-1 IN TEST 2. a) None. 2. a) Verify local cabinet status if testing is KB-1 not in progress. J-1-2 AIWS 1. a) ATWS (DSS and AMSAC) Power on battery. 1. a) None. TROUBLE b) ATUS channel A power f ailure. 2. a) Verify local cabinet status. AT-007-FS c) ATWS channel 8 power f ailure. b) Initiate corrective maintenance. AN/BN

2. a) None.

J-1-3 J-1-4 CORE POWER 1. a) Quadrant power titt 1 3.3291 - (c omp. pt . 1. a) None. DISTRIBUTION M-142). 2. a) Determice which timit has been exceeded. TROUBLE b) Quadrant power titt 1 9 % -(comp. pt. M-143). b) Restore proper rod inden if applicable. 3.3291 COMPUTER i c) Control rod index - (comp. pt. M-144). c) Start VP-540 (RVP). 91 CALC. d) Power. imbalance - (comp. pr M-145). e) Mae powe on imbalance - (comp. pt. M-146).

2. a) Computer reints listed above.

b) CRD rod position  ; J-1-5 J-1-6 g AR-502 Rev. 6- Page 3

s ANNUNCIATOR PANEL LOCATICW ISC-CY2 ANNUNCIATOR PANEL J VERTICAL COLUMN 2 . f WINDOW TITLE 1. IkDICATED CONDITION 1. AUTO ACTION SETPOINT SENSING

2. CONTROL ROOM INDICATIOM WHICH VERiff OR 2. OPERATOR ACTION - VALID ALARM ELEMENT PINPOINT TROUBLE NUMBER &

LOCATION RCS 1. a) RC toop A Wide range pressure 5 1550 psig. 1. a) M.P. injection (if not bypassed). PRESS 2. a) RC pressure indicators. 2. a) Ensure instrumentation not faulty by LOW-LOW comparing with other instruments. 1550 RC-3A-PS2  ; b) Ensure HP injection has been initiated if psig stare is valid and unit conditions require HP injection. J-2-1 c) Nctify maintenance if faulty circuitry. ROD HOLD 1. a) Source range SUR rod withdrawal inhibit. 1. a) Inhibits reactor control rod withdramat. STARTUP RATE b) Intermediate range SUR rod withdrawat 2. a) Insert contret rods to reduced SUR. HIGH inhibit. b) Cease deboration, if in progress. 12 DPM N.I. 2.'a) NI neutron level indicator. . c) Notify meintenance if circuit faulty. 1 3 DPM CONTACTS b) NI neutron startup-rate indicators. d) Determine cause of high startup rate. J-2-2 e) Start VP-54D (RVP). CRD 1. a) 1 2 DPM sur in source range or 1 3 DPM in 1. a) Inhibits withdrawal of control rods. 2 DPM RELATS OUT intermediate range. 2. a) Ensure that ICS properly controts unit 3 DPM K-32 INHIBIT b) When in auto and >60% pur, and any saf ety f or the out-inhibit condition. K-33 rod not at out-timit or, an asymmetric rod b) Refer to OP-5D2. K-118 pattern exists. c) When out-inhibit conditions clears;

2. a) Ni startup-rate instrumentation. depress fault reset switch and resume b) CRD position indication panet. normat operations.

J-2-3 c) CRD control panet. CRD 1. a) One or more control rods 1 9" (6.5%) mis- 1. a) Possible asymmetric rod tunback. ASYMMETRIC aligned from its respective group average. 2. a) Ensure that the ICS property controts unit FAULT 2. a) Asymmetric alarm,(> 7" (5%) misalignment en for esisting plant condition. E-68 RPI panel). b) Refer to AP-545 (PR). b) Asymmetric rod tamp on rod control panet. J-2-4 c) CRD position indication panet. CRD 1. a) Loss of 24V togic pwr supply A and/or 8. 1. a) None. POWER b) Loss of 24V systen per supply A and/or s. b) Determine cause of power fault and restore. E-48 FAULT 2. a) Power supplies fault lamp on CRD control K-49 panet. J-2-5 CRL' AC DC BKR 1. a) Loss of power to CRD BRKR SHUNT TRIP 1. a) None. SHUNT TRIP DEVICE. 2. a) Check DPDP-58 SW 30. LOSS OF PWR 2. a) NONE. J-2-6 AR-502 Rev. 6 Page 4 i

I) + . 

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    <s.

i (J . J VERTICAL COLUMN 3 ANNUNCIATOR PANEL LOCAfl0W ISC-CY2 ANuuNCIATOR PANEL SETPOINT SENSING WINDOW TITLE 1. INDICATED CONDITION 1. AUTO ACTION - ELEMENT

2. CONTROL ROOM IkDICATION WHICH VERIFT OR 2. OPERATOR ACTION - VALsD ALARM NUMSER &

PINPolNT TROUBLE- LOCATIDW

1. a) RC toops A or B narrow range pressure 1. a) Reactor trip 2355 psig.

RCS PRESS 1 2255 psig. b) Electromatic relief valve (RCV-10) auto RC-3A-PS1 open 1 2450 psig. 2255 HIGH 2. a) RC pressure indicators. psig RC-38-PS b) Pressurizer spray valve position indicator. 2. a) Manually control pressurizer heaters, spray valve and/or electro relief valve isolation valve if auto circuit fault. b) Notif y maintenance to check f aulty circuitry, J-3-1 c) See AP-580.

1. a) RC outlet temperature 1 605'T. 1. a) Reactor trip at 618*F.

RCS Th TEMP 2. a) Th recorders / indicators. 2. a) If ICS trouble, take manual control of af f ected station and reduce temperature. 605 F W7-4-T7 HIGH b) Noti f y maintenance i f an instrument J-3-2 problem. RCS 1. a) RC toop A/B flow 5 95% Fult Flow. 1. a) T-ave auto / manual transf er switch will auto transfer to the loop with normat flow. 75% FP FLOW b) RC total flow i 951 Full Flow. b) ICS runback to load 75% FP. 95% RC-14A-FS LOW 2. a) RC toop flow indicators on control board. RC-148-FS b) RC pump amperage not normal. 2. a) Ensure ICS is controtting proper load / flow FULL ratio FLOW RC-13-FS c) RC pump trip. b) Ensure T-ave transfer switch functional property. J-3-3 c) If instrument problem, notify maintenance. J-3-4

1. a) Rod drive motor supplies A/B blower 1. a) none.

CRD K-42 CONTROL failure and/o. A/B voltage regulator 2. a) Determine cause of f ault and restore. K-43 FAULT overheat.

2. a) Motor supplies f ault temp on CED J-3-5 control panel.

J-3-6 Rev. 6 Page 5 AR-502

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ANNUNCIATOR PANEL LOCATION ISC-CY2 ANkUWCIATOR PANEL J VERTICAL COLUM4 4

  • WINDOW TITLE 1. IkDICATED CONDITION 1. AUTO ACTION SETPOINT SENS!hG
2. ComTROL ROOM INDICATION WHICH VERIFT OR 2. OPERATOR ACTION - VAllD ALARM ELEMENT PIhPOINT TROUBLE NUMBER &

LOCATION REACTOR 1. a) Indicates a reactor trip confirm from CR0 1. a) Trips turbire and actuates " Reactor l TRIP trip confirm togic, verifying that rod and Tripped" lockout relay for the turbine. K-5 AC & DC power supply breakers are open. 2. a) Ref er to AP-580 (RT). E-5

2. a) CRD in-timit indication on PI panet.

b) Decreasing reactor power. J-4-1 RCS 1. a) RC toops A or B narrow range pressure 1. a) Pressurizer heaters energize. PRESS < 2055 psig. 2. a) Manualty control pressurizer heaters, spray 2055 BC-3A-PS1 LOW 2. a) RC pressure indicators. valve and/or relief watve isolation valve psig RC-38 PS b) Pressurizer spray vatve indicator. if auto circuitry fault. b) Notify maintenance to check faulty J-4-2 circuitry. J-4-3 J-4-4 OPE st A T OR SEL 1. a) Operator Selected monitored parameter is in 1. a) Depends on point selected. COMPUTER alarm. 2. a) Connect stare condition. ALARM 2. a) Computer point selected. b) Select a different point. c) Refer to OP-503. J-4-5 COMPUTER 1. a ) Computer alarm has been unacknowledged 1. a) NosC.  ; ALARM for.15 minutes. 2. a) Acknowledge alare.

2. a) Atare Printout. b) Correct storm condition.

b) CRT Display. J-4-6 AR-502 Rev. 6 Page 6 

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ANNUNCIATOR PANEL LOCATION ISC-CY2 ANNUNCIATOR PANEL J VERTICAL COLUMN 5 WIhDOW TITLE 1. INDICATED CONDITION 1. AUTO ACTION SETPo!NT SENSING

2. CONTROL ROOM INDICATION WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALARM ELEMENT -

PINPOINT TRDUBLE NUMBER & LOCATIDW RPS 1. a) Parameter Setpoint Exceeded. 1. a) None. CHANNEL A b) RPS module switch not in " operate". 2. a) Determine cause of trip and restore. TRIP c) RPS module removed. d) Loss of power to channet, e) See Note J-5-1. J-5-1 2. a) WI/kWI control room indicators. RPS CHANNEL A 1. a) Channet shutdown bypass key switch 1. a) None. S/D SYPASS in the shutdown bypass position. 2. a) Ensure that bypass function is compatible ACTUATED 2. a) Check key lock position in RPS cabinet with plant operations / testing. A2-2-5. J-5-2 RPS 1. a) Channet manual bypass key switch 1. a) None. CHANNEL A in the manual bypass position. 2. a) Ensure that bypass function is compatible BYPASSED 2. a) Check key lock position in RPS cabinet with plant'operationt/ testing. A2-2-7. J-5-3 RPS 1. a) Bistable trip. See hote J-5-1. 1. a) None. CHANNEL A b) WI-1 o- 5 Detector Power Supply Fault. 2. a) L -'termine cause of alarm and restore. TROUBLE c) RPS Channel A + 15 VDC/-15 VDC power supply fault. d) Cabinet Al or A2 fan failure. J-5-4 2. a) N!/NNI cabinet indicators. J-5-5 CRD 1. a) Control rod drive AC breaker "A" open. 1. a) None. BREAKER b) Control rod drive AC breaker "B" open. 2. a) Determine cause of trip and restore. 52-b OPEN c) Either Control rod drive DC breaker "C" open. d) Either Contrct rod drive DC breaker "D" cpen. e) Either 480V CRD feeder breaker open. J-5-6 i2. a) Nt/NNI Cabinet Indicators. _,. 1 AR-502 Rev. 6 Page 7

m . J Y/ / AhWUNCIATOR PANEL J VERTICAL COLUMN 6 ANNUNCIATOR PANEL LOCATION ISC-CY2

1. AUTO ACTION SETPOINT SENSIkG WINDOW TITLE 1. INDICATED CONDITION ELEMENT
2. CONTROL RDOM INDICATION WHICH VERIFY OR 2. OPERATOR ACTION - VALID ALARM NUMBER &

PINPolNT TROUBLE LOCATION RPS 1. a) Parameter Setpoint Exceeded. 1. a) None. b) RPS module switch not in " operate". 2. a) Determine cause of trip and restore. CHANNEL 8 TRIP c) RPS module removed. d) Loss of power to channet. e) See Note J-5-1. J-6-1 2. a) Wl/NNI control room indicators. RPS CHANNEL 8 1. a) Channel shutdown bypass key switch 1. a) None. S/D BYPASS in the shutdown bypass position. 2. a) Ensure that bypass function is compatible ACTUATED 2. a) Check key tock position in RPS cabinet with plant operations / testing. 82-2-5. J-6-2 RPb 1. a) Channel manual bypass key switch 1. a) None. CHAWNEL 8 . in the manual bypass position. 2. a) Ensure that bypass function is compatible SYPASSED 2. a) Check key lock position in RPS cabinet with plant operations / testing. B2-2-7. J-6-3 RPS 1. a) Bistable trip. See Note J-5-1. 1. a) None. CHANNEL B b) NI-2 or 6 Detector Power Supply Fautt. 2. a) Determine cause of st are and restore. g c) RPS Channet 8 + 15 VDC/- 15 VDC Power l YROUSLE Supply Fautt. { d) Cabinet 81 or 82 fan failure. i' J-6-4 2. a) NI/NNI cabinet indicators. J-6-5 J-6-6 AR-502 Rev. 6 Page 8

AhuvuCIATOh PAhEL toCATICW ISC-CY2 AmmusCIATOR PAuft J VERTICAL Cotume _ L_

1. nUTO ACTION SETPvimi SE NSI',4 WINDOW TITLE 1. INDICmTED 09mDITION ELErE4T
2. CONTRot Room INDICATION Wn!Cu vtatFv ca 2. OPERATOR ACTION . VALID ALAR
  • muuaf t &

P! kPO! E *. TROUSLE LOCATICa I RTS 1. a) Parameter setpoint enceeded. 1. e) hene. b) RPS su'ich not in "cpef' ate".  ?. a) Determine Cause of trip and f e$ tort. Cl*4mmEL C TRIP c) RPS mo&de removed, d) Loss of power to channet. e) See note J-5-1. J-7-1 2. a) WI/kN! control room indicators. 

                                                                    ~

RPS CMAmsEL C 1. a) Casmet shutdewn bypass key sw6 tch 1. a ) mone. in the shutdown bypass position. I. a) Ensure that bypass function is cog atible S/D BfPASS with plant operations /testirg. ACTUATED 2. a) Check key lock position in RPS cebinet C2-2-5. J-7-2 RPS 1. a) Channet marma t bypas s k ey sw t t c h T. a) none. CHAtWEL C in the manuat bypass position. 2. a) Envece that bypass function . s cosqpa t ibl e

2. a) Check key tock position in RPS cabinet w i t *t plant operations / testing.

BYPASSED e C2-2-7. RPS 1. a) 666, table trsp. See mote J-5-1. 1. a) mone. 8 CHAkhEL C b) ut-3 or T Detector Power Supply Fault. 2. a) Determine cause ei stare and restore. il A8LE c) RPS Channet C + 15 VDC/ - 15 VOC Power Supply Fautt. d) Cabinet C1 or C2 fan failure.

2. a) N1/m=1 cabinet indicators. I J-7-4 i TURB!hE 1. a) Reactor trip from turbine t'ip is 1. a) mone.
2. a) Werify reactor power < 45%. 45% T P TRIP bypassed.

8YPaSS 2. a) Reactor oower is < 45%. l J-7-5 l 1 J-7-6 1 Rev. 6 Page 9 AR-502 1.

m - 

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O F' i AkWUhCI ATOR PAsEL 10CATIO4 ISC-CYZ AtmumCIAT0d PAEEL J vtaTICAL Cottes 8 WINDOW TITLE 1. INDICATED CDaDITIC# 1 AUTO ACTIOs SETPoluf SER$ igg

2. CD4 TROL ROOM IkDICAflos WMICM vtR8f." CR 2. OPERATOR ACTION - VALTD ALS89 ELEMENT
  • 4 PIRP9 TWT TROU8tE N'mSER J E LOCAT:0#

RPS 1. a) Parameter setooint exceeded. 1. a) mone. CMAttEL D b) RPS module switch riot in

  • operate". 2. a) Determine case of trip a*wJ restore.

TRIP c) RPS aodule removid. d) Loss of power to channet. e) See note J-5-1. J-8-1 2. a) ut/ tut contret room indicators. 1 L SPS CHAhtEL D 1. a) Channet shutdown bypass kry switch 1. a) tone. S/D SYPASS in the shutdown bypass positioe. 2. a) Ensure that bypass function is compatible , 4 ACTUATED Z. a) Check key lock position in RPS cabinet with plant operations / testing. i 4 D2-2-5. j J-8-2 5 aPS CMAthEL D

1. e) thannet manual bypass key switch in the manual bypass posttion.
1. at moae.
2. a) Ensure that bypass function is compatible {

6 8vPASSED 2. a) Check key tock position in aPS cabinet with 3: tent operations /testins.

  • D2-2-7.

J-8-3 L aPS ChamaEL D

1. a) Bistabte trip. See Note J-5-1.

b) n!-4 or 8 Detector Power Supply Fault.

1. a) tone. - -j i
2. a) Determine cause of sta in and restore.  !

TROUBLE c) RPS Channel D + 15 VDC/ - 15 VDC Power l* Supply Fautt. d) Cabirst D1 or D2 fan failure.

2. a) et/u91 cabinet indicators. j i 4

J-8-4 .  ! l  ! 4 t - RC Pump 1 i

1. a) ECP Power monitor Channet in enrrass. 1. a) none. -

t 

      #041708          b) Shutdown bypass switch in shutdown bypass.      2. a) Return se;ector switch to nors.at after                                     SSI at SVPASS         c) See hote J-8-5.                                       test.

l i , l

2. a) Status lamp indication.

j l J-8-5 *

!- i i . ,
                                                                        !                                                                                                          l
I i

j J-8-6  ! l l i i

- i I l i

AR-502 Rev. 6 Page 10 i I

t 4

  • 4 ANNUNCIATOR f WINDOW
_ tecam__ ._ mc_ -- _ _ _ __ _-_

J-5 1 1. a) Exceeding the safety system setting of the following parameters will cause the Reactor Trip Module to trip: QESCRIPTION G JL CH-B [1Lf CP D_. 

                                    *0VERPOWER TRIP                                                     Al 7 Il     81-7-11                 C1 8 11  D1-8 11
                                    *RB HI PRESS.                                                       Al+4-14     B1 4-14                 01 6-14 D1 6-14
                                    *H1 1EMP                                                            A2-4-6     B2-4-6                   C2-4-6   02 4 6
                                    *HI PRESS                                                           A2-3 6     B2 3 6                   C2 3 7   D2 3 7 PRESS / TEMP                                                        A2 4 4     82-4 4                   C2-4-4   D2 4 4 LOW PRESS                                                           A2-4 2     B2 4-2                   C2 3 9   02 3-9 PWR/lHD/f LOW                                                       Al 4 il    B1-4-11                  C1 5 11  D1-5 11 POWER /PVHPS                                                        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:

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

           'j                       CONTACT HONITOR 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 PRESSVRE 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 O

l AR-502 Rev. 6 Page 11 l 

                                                                     --                           . 1_         - , _ .     -_    - , , - -           .-      ,- - .-

ANNUNC1ATOR WINDOW

s _J.0CAf10N NQlES _

c) Removing any of the following modules will cause the Re ntor Trip Module to trip: CONTACT MONITOR Al-3 4 B1 3 4 Cl 4 4 01 4 4 PWR/ PUMPS B.S. Al-3 7 B1-3-7 Cl-4-7 01 4 7 CONT MON AUX B.S. Al 3 13 01 3 13 Cl 4-13 01 4 13 LOOP ASQ RT EXT Al-4-7 01 4 7 Cl 5 4 D1-5 4 PWR/lMt1/ FLOW B.S. Al-4-10 B1 4 10 Cl 5 7 D1 5-7 RB HI PRESS Al 4 14 B1 4 14 Cl 5-10 01 5 10 LOOP B SQ RT EXT Al 5-7 81 5 7 Cl-6-14 01 6 14 DESCRIPT103 QR G fL nt L. OL0 J51 TOT FLOW BUFFER AMP Al 5-10 B1 5-10 Cl 6-4 01 6-4 PWR ENG TEST CKT Al-6-1 B1 6 1 Cl-7 1 01 7 1 LIN AMP TOP 10N CH Al-6 4 B1 6 4 C1-7 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 81-7 1 Cl-8-1 D1 8 1 DELTA FLUX Al-7 4 B1-7-4 Cl-8 4 D1-8-4 FUNCTION GEN Al 7-7 B1 7-7 Cl 8 7 01 8-7 Al-7-10 B1 7-10 C1-8-10 01 8 10 O OVERPOWER B.S. LOW PRESS B.S. PRESS / TEMP B.S. A2 4-1 A2-4 3 B2 4-1 B2 4 3 C2 2-1 C2-2-3 D2-2 1 D2-2-3 Hi TEMP B.S. A2-4 5 82 4-5 C2-4-10 D2-4-10 880 SIG CONVERT 0R A2 4 7 B2 4-7 C2 3-6 D2-3-6 LINEAR BRIDGE A2-4-10 82-4 10 C2-3-8 02 3-8 Hi PRESS 8.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 SHUTDOWN BYP B.S. A2 2-1 82 2 1 C2 4-5 02-4 5 SHUIDOWN BYP AUX RELAY A2-2-3 B2-2-3 C2-4-7 02 4-7 KEY SWITCH MODULE A2-2 5 B2 2-5 C2-2 5 02-2 5 i L L AR-502 Rev. 6 Page 12 l 

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

_ . - _ _ _ - - _ _ _ _ _ _ _ _ _ _ _ _ - _ - _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ = _ _ _ - _ _ - _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ NOTE: J85 a) RC Pump Honitor RCPH 3A Bistable A RC Pump Monitor RCPM 3b Bistable A O. ' b (. RC Pump Honitor RCPM 3A Distable B d RC Pump Monitor RCPM 3B Bistable B e) RC Pump Honitor RCPH 3A Bistable C f) RC Pump Honitor RCPM 38 Bistable C g) RC Pump Honitor RCPM 3A Bistable D h) RC Pump Honitor RCPH 3B Bistable 0 O 1 4 :. 4 AR-502 Rev. 6 Page 13 (LAST PAGE) 

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