ML20086G234
| ML20086G234 | |
| Person / Time | |
|---|---|
| Site: | Crystal River  |
| Issue date: | 11/15/1991 |
| From: | Marshall W FLORIDA POWER CORP. |
| To: | |
| References | |
| AR-503, NUDOCS 9112040280 | |
| Download: ML20086G234 (14) | |
Text
__
i DOCUMENT TRANSM11TAL FORM 62228 FOR DOCUMENTS TRANSHITTED TP DC DESK (NRC. t DATE: 15 NOV 1991 BATCH:
100 DOC UMENT - NUMBER SHEET NUMDER REVISION NUMBER COPY NUMBER t
LAR'503 13 24 INSTRUCTIONS TO THE ADDRESSEE 7
COMPLETE' EACH OF THE INSTRUCTIONS BELOW WHICH ARE MARKED WITH AN ".X "
, _X_ (1 ) : VERIFY 'THE DOCUMENTS RECEIVED AGRf" WITH THE ABOVE DESCRIPTION
- ,,X_.. (2 ) INCORPORATE-THE - TR ANSMITTED DOCUMENTS INTO YOUR FILES
'_X_ (3) DESTROY DOCUMENTS OR T PORTIONS OF DOCUMENTS SUPERSEDED BY' THE ABOVE
_X_ (4) SIGN AND. D ATE IN THE SPACES BELOW J NDICATING THAT YOU COMPLETED THESE INSTRUCT I ONS.
li._ -(5) - SIGN BELOW INDICATING THAT YOU HAVE READ AND @4DERSTOOD THE CHANGES AS IDENTIFIED
_X_ (6) RETURN TO ' DOCUMENT - CONTROL, CR YSTAL' RI VER UNIT 3, MAC#
NA1C l_
'NREA SAIG FLORIDA POWER CORP., P. O.
BOX 219 F
- -CRYSTAL RIVER FLA.
32623-lb l
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- SIGNATURE OF ADDHESSEE DATE
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Rev. 13 11/14/91 Effective Date
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At4NUtlCIATOR RESPONSE AR-503 rLORIDA POWER CORPORAT10f1 CRYSTAL RIVER Utill 3 l
ICS K ant 4UNCIATOR RESP 0t4SE THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENT APPROVED BY:
Interpretation Contact
/ ry L(/. ?y - f;OL U-f i
[/;//87' 7/
DATE:
If1TERPRETAT10t1 C0tiTACl:
tiuclear Operations Superintendent
.~
,T_AELE OF LONTENTS.
A
.SECTION PAGE 1.0 PURPOSI............................
1
-2.0 R((ERENCES 1
2.1 -
IMPLEMERURGJEEEEENCES..............,
1 2.2 DEVELOPMENTAL REFE.fLEXCES l-3.0
- PERSONNEL]EQQCJAINAT]DN 1
4.0 INSTRUCTIONS 2
5.0 F01 LOW-UP ACTIONS.......................
2 ENCLOSURES 1
Annunciator Response......
3
\\
4 i-.
l-O AR-503 Rev. 13 Page i
-1.0 PURPOSE
.l.1 Establish a reference document for each Annunciator Window on the ICS-CY3 Lampbox, 1.2 Establish operator actions for valid Annunciator alarms on the ICS-CY3 Lampbox.
1.3 Establish a reference to other procedures which address operator actions for valid Annunciator alarms on the ICS-CY3 Lampbox.
4 2.0
-REFERENCES 2.1 IMPLEMENTING REFERENCES 2.1.1 AP-580 - Reactor Trip 2.1.2 AP-450 - Emergency feedwater Actuation 2.1 3 AP-581 - Loss of NNI-X 2.1.4-AP 582 - Loss of NNI-Y 2.1.5 OP 501 - Reactor Non Nuclear Instrumentation 2.1. 6 -
OP-504 - Integrated Control System
~
9.1.7 OP-505 + Feedwater System 2.1.8 AP-545.- P1 ant-Runback 2.2 DEVELOPMENTAL REFERENCES 2,2.1 lNP0 90-021,- Good Practice OP-217, Alarm Response-Procedures 2.2.2 Annunciator Window Engraving Drawing E-224-048
-3.0 PERSONNEL IND0CTRINATION 3.1 The Annunciator System is powered-from VBDP-5 Breaker 28.
AR 503 Rev. 13 Page 1
4 4.0 INSTRUCTIONS O
4.1 Respond to alarms on the ICS-CY3 Lampbox as indicated on Enclosure 1, Annunciator Response.
5,0 FOLLOW-UP ACTIONS None O
s O
AR-503 Rev. 13 Page 2
s l
ENClost!RE 1 (Page 1' of 9) '
ANNUNCIATOR PANEL LOCATION
. fCS-Cv3
'AhhuNCIATOR PANEL K
vfRTICAL. COLUMN.
1 WthDOW TITLE 1.
'!kDICATE'D CotDITION
-1.
AUTO ACTION SETPOINT SEmsinG '
2.
CONTROL ROOM INDICATION WHICH VERIFY OR 2
OPERATOR ACTION - VALID ALARM ELEMENT NUPBER &
PINPOINT TROUELE
- LOCATION' f
+23 voc hul *
- 1. a) 24 VDC hal-x Bus Falture.
- 1. a) wone.
- POWER, b) 120 VAC'mul-x Bus Failure.
- 2. a) Trip both MFWPs.
-23 VDC FAILURE
- 2. a).Nul-x power tight off on redundant b)' Refer to AP-580 (RT).
ins t rtment panet.
c) Ref er to AP-450 (EF A).
d) Refer to AP-581'(LOW 41X).
K-1 1
_ ~ _ _ _ _
+.
--~
L___
A-1-2 TRANSMITTER
- 1. a) Pr'imary power selector switch in auto,
- 1. a) Auto transfer to. standby power supply.
POWER SUPPLY standby power selector in standby and
- 2. a) wotify Maintenance of transfer.
ON BACKUP primary power lost.
- 2. a) kone, K-1 3 K-1-4 49 CNTRL TRANSFER
- 1. a) Anyone or more of four remote shutdown
- 1. a) None.
10 panel switches selected to *RSP."-
- 2. a) Reposition switch or assume control from Remote Shutdown Panet.
REMOTE S/D PNL
- 2. a) Wene, K-1-5 y
L.____A-1-6
.___1_
AR-503' Rev. 13 Page 3 ec-;t
AW.T M
~
~
9 9
9 ENCLOSURE 1 (Page 2 of 9)
AkNUNCIATOR PANEL LOCAT!ON
!CS-Cv3 ANNUNCIAYOR FAhEL E
VERYICAL COLUMN 2
1.
AUTO ACTION SETPOINT SENSING W!%DOW TITLE 1.
INDICATED CONPiflON 2.
OPERATOR ACTION - VAL 10 ALARM ELEMENT 2.
CONTROL ROOM INDICATION WHICH VERIFY OR huMBER 1 3
PlhPOINT T R OJBt f LGCATION
___...___________I
+23 VDC l
NNI Y
- 1. a) 24 VDC NNI-V Bus failure.
- 1. a) None.
POWER b) 120 VAC NN!-Y Sus Failure.
- 2. a) Trip both MFwPs.
-23 voc j
j FAILURE
- 2. a) AN1-Y power light off on redandant b) Refer to AP-550 (Rf).
J instrument panet, c) Refer to AP-450 (EFA).
j c) Refer tc. AP-582 (LON41Y)
K-2-1 l..
_--._____f_1_.__.__..._______.___________.__________._____..._____._____.__.___.._________.__
l f
I ICS a) ICS/NEI cabinets fan fai(ure.
l1. a) None.
ANI b) r 24V ICS/NN! Power Supply failure.
- 2. a) Check ICS/4NI cabinet cooling fans and l
VBt-46 VB(-47 TROUBLE c) 120V ICS/hN! ABT transferred.
filter.
l d) SASS Power Suppiy Failure.
b) Open affected cabinet doors and use g
i A
- 2. a) Po er tight on redundant instrument panet.
portable fans for cooling.
__._______._.__...______I_________.____,
h.____-2-2 1
ICS/ANI
- 1. a) Any fuse blown in the ICS or hm! cabinets.
- 1. a) Possible partial loss of process input /
FUSE
- 2. a) Blown f use amber light on tcp row of output to ICS or WNI instrumentation.
BLOWN hk!/ICS cabinet (back).
b) tocate cause of blown fuse and correct.
_-2-3
.. _ _ _ __..._ __...____..__________________._.______. o _ _ _ ____ _ __.____. _ _______.____________._______.__,______.__
_4 _.____.
k l
I "2~'
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_ _ _. _ _ _ _ ~ _ _ _... _ __________ ___.___f A-2-5
-_-___s______..__________--.
I i
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' _ _ _ ___ L _____;
______L__...________..__
K-2-6 AR-503 Rev. 13 Page 4
'a
~.
ENCLOSURE 1' (Page 3 at 9)
' ANNUNCIATOR PANEL LOCAi!ON-ICS-CV3 ANNUNCIATOR PANEL' K
VERTICAL Column' 3
p b
WINDOW T!TLE 1.
INDICATED CONDITION
- 1. ' AUTO ACTION
'SETPOINT SENSING
- 2. 'CONTRot ROOH INDICATION WHICH VERIFY OR 2.
OPERATOR ACil0N - VALID ALARM ELEMENT PINPOINT TROUBLE NUMBER &
toCATION' 1
.t ICS POWER..
1..al'24 VDC ICS Bus Failure.
- 1. a) None.
+23 VOC' FAILURE
. b) 120 VAC.lCS Bus Failure'.
- 2. a) Trip both MFWPs.
-23 VDC
^,
f Instrument Panet.
c) Refer to AP-450 (EFA).
I K-3-1 I
i SASS
- 1. a) SASS Input A and SASS Input B disagree on
- 1. a).None.
MISMATCH one or more parameters. See note K-3-2.
- 2. a) Using note K-3-2 determine the watid input P
- 2. b) See note K-3-2.
and select the proper input.
K-3-2 b) Refer to OP-501.
- 1. a) SASS has auto selected Input A or Input 8
- 1. a) SASS has auto selected Input A or input 8.
SASS on one or more' parameters.
- 2. a) Determine f alted input and parameter and
-[
TRANSFER
- 2. b) See note K-3-2.
notify ISC Sup.
b) Reset Annunciator Alarm on SASS modute.
l i
K-3-3 c) Using note K-3-2 select the' proper input.
j d) Refer to OP-501.
2_-
l K-3-4 7
t i
i K-3-5 t
l t
I K-3 6
-_ _-------..--.-- --~....--- _ _--- _ _-..--
t J
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1
.t
. Page 5 j
(
AR-503 Rev 13 4
A l
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^
ENCLOSU#E 1. (Page 4'of 9)
ANNONCIATOR PANEL'LOCAi!ON ICS*CY3' ANNUNCIATOR PANEL K
VERT!rAL COLUMN WINDOJ TITLE 1.
IND]CAIED CONDITION 1.
AUTO ACTION SETPOINT :SENSlaG 2.
CONTROL l ROOM INDICAfl0N WHICH VERIFY 09' 2.. OPfRATOR ACTION - VALID ALARM ELEMENT
' PINPOINT TROUBLE:
NUPBER &
LOCAf!ON LOSS OF FW PP
- 1. a) Alarm / runback when ULO > 55i and trip af 1 a) Runback to 55%-at 50% per' minute..
~
RUWBACK either MFWP or MTWBP.
2..a) Ensure that. ICS propert y controts unit ' f or 55%
' I CS !
- 2. a) FW pump control station indication, existing plant conditions.
50%/ Min McDUtt b) " Unit master in tracking" alarm.
b) Determine cause of pump trip and restore 2-9-9 c) FW. flow. instrumentation.
per OP 605 K-4-1 c) Refer to AP 545 (PR).
ASYMMETRIC ROD 1 a) See note K-4-2.
- 1. a) Unit runback to 60% at 30% per minute; if RUNBACK
- 2. a) Asymmetric red indication on diamond ICS is in. auto control.
60%.
MaDULE ICS contro! panet.
- 2. a) Ensure that ICS propert y controts unit -
30%/ Min
-b) Decreasing reactor power.
for existing' plant conditions.
2-9-8 3
c) " Unit master in tracking" alarm.
b) Determine cause of runbackjatarm.
K-4-2 c) Refer.to AP-545 (PR).
t!MITED BY.
- 1. a).f eedwater demand is. 5% greater. than. f eed-
- 1. a) Unit' master in track.
REACTOR water flow.
- 2. a) Ensure that ICS prcperty controts unit 5%
- 2. a) Feedwater flow indicators.-.
'for existing plant conditions.
Po00LE b) " Unit master in tracking" alarm.
b) Determine cause of feedwater flow error.
3-6-9 K-4-3 UNIT
- 1. a) Unit load demand is greater than operator
- 1. a) ICS controls unit toad demand equal to LOAD LIMIT set maximum t oad limi t.
maximum load limit.
ICS j
HIGH
- 2. a) " Unit Master in Irasking" alarm.
- 2. a) Reduce power or increase maximum load VARIABLE-rocutE timit, as applicaole for eaisting unit 3-5-7 conditions.
K-4-4 UNIT
- 1. a) Unit load demand is less'than operator set
- 1. a) ICS controls unit load demand equal to LOAD LIMlf
.. tow toad limit.
minimum load timit.
VAAIABLE ICS' 2
- 2. a) " Unit Master in Tracking" alarm.
- 2. a) increase power or reduce minimum toad MODULE timit as applicable fo-existing unit 3-5-8 condi, ions.
t K-4-5
-._.- -__ ___+
--_-._______~ ___ _
t I
(-4-6 L_________._
1-._
i i
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i AR-503 Rev. 13 Page 6
t i
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L e
- i E 4C105UPE E T.. (Page 3'of 9)'.
VERTICAL COLUmm 1
ANNUNCIATOR PANEL LOCAflow-ICS-CY1' AktukCImTOR PAhEt
'K WlEDou TITLE 1.
INDICATED CONDITION 1.
AUTO ACT104 SETPOIkT SENSING g
2.
C0"'ROL ROOM INDICAT104 WHICH VERIFV OR 2.
OPERATOR ACTIO4 - VALID ALARM ELEPEmi P.901WT T R OUBL E --
WUMBER & <
y f
LOCATION i t l-LOSS of RC PP 1 Atare occurs when:
- 1. a) tunbeck at 50% per minute.
RuwBACK a) UtD > 100% and & et pumps running.
- 2. a) Ensure that'ICS property controts unit.
1001-Its i
- b) ULD > 75% and any one RC pump tripped.
for existing plant conditions.
50%/ mitt m00UtE-
[
- 2. ' a) RC pump trip.
b) Refer to AP-545 (PR).
2-9-11 K-5-1
- l l
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,~
4
. {
~
{
)
f I
l
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)
i s.-5-2
' i a
l LIMITED BV than-cr 5% tess tha' neutron demand.-
- 2. a) Ensure that ICS pr-1
+5%
ICS 1
1
- EACTOR 2, a) Large neutron error signal.
for emisting coM
-5%
MODULE c) " Unit master in tracking" alarm b) Determine cause 4 con 7-5 demand mismattt*.
j K-5-3 y____._-
y -__-_ ______ _ _ __ ____ _ ___ ___
,~
T REAC704
- 1. a) Indicates Reactor Defnend is limited high
- 1. a) acactor pc.er ti:
i ICS is in 1031 DE8AED LfulTED at 1031, AUTO.
HIGH
- 2. a) Reactor pc.er indication.
- 2. a) eeduce reactor
.0%.
s.-5-4
'i
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r
__4 i
i e
i-5-6 i
t
___-_____L______.___..__..________._:_
',I 1
l 1
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i k
1 3
1 j
AR-503 Rev. 13 Page 7 i
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ENCLOSURE 1 (Page'6 of 9)
ANNUNCIATOR PANEL LOCATION IC5-CYJ ANNUNCIATOR PANEL VERTICAL COLUMN JL SEiPOINT SENSING WlNDOV TITLE 1.
INDICATED CONDji!ON 1.
AUfo ACTloN 2.
CONTROL # DOM INDICATION WHICH VEntfY OR 2.
OPERATOR ACTION - VALID ALAGM ELEMENT NUMBER &
l l
P!NPolNT TROUBLE LOCATION
'r--'-'7-'---'-7 r----~-^---~T---------~~---~~-------'---------'---B~~~~-----T--'----'-----~~'--------~'-~~ignal RCS 1.
a) RC intet temperature loop A and
- 1. a) None.
(ICS uses Lic s for loop FW 5"F RC-8-01C STc difference > 5*T.
controt).
NIGH
- 2. a) torp Tc instrument indication.
b) Manually adjust FW flow if TCS isn't c) P! ant in a transient condition.
auto controtting LTc.
c) Nave maintenance check in:trumentation if malfunctioning.
A-6-1 UNIT MASTER
- 1. a) Both toop A & B FW demand station in NAND.
tracking is due to only (Ow load timit in ICS c) Reactor demand or diamond control stations effect cr ULD > runback or Man toad timit MODULE at which time the ICS follows the runbach 2-8-13 in HAND.
d) Turb gen. EHC system not in ICS auto.
or load limit imposed.
e) Both turb generator breakers tripped.
- 2. a) Ensure that the ICS controls proper ULD f) Unit under cross limits.
for emisting unit conditions.
g) Reactor trip.
h) Lcw lead timit in effect.
i) Untt toad demsnd > runback or maximum toad timit.
K-6-2
- 2. a) ICS control panet instrumentation.
v_-.___-~_._____--_.
_ -. _ _ _ _ _ _ _ _ _ _ _ _.. _ _ _. ~.. _ _ _.. _, _ _ _ _. _ _ _ _. _ _. _ _ _ _ _ _
K-6-3
._____ __________.__._____.____ ___________________ y ________.. _ _ __ _ _ _. _ _ _.
K-b-L
..____________4_,______._.. _ _ _ _ _ -
( 6-5 Mst 25-K ATMOSPHERIC
- 1. a) Turbine bypass valves to atmosphere not 1.
a) None.
MSV-26-K DUMP VAtVE futt c losed (MSV-25, MSV-26).
- 2. a) Ctese, if improper position at entsting NOT FULL CLSD
- 2. a) Abnormal steam pressure indication, plant condittons.
]
b) Close isolation valves if u.able to l
close.
K-6-6
._. _-_--.-___ _...___ -. _______ -____ _ -____-._--_.___-_._____....___ _-____._______._-____.__________.______..____a________
AR-503 Rev. 13 Page 8
~e w i
ENCtOSURE'1 '(Page 7 of 9)
ANNUNCIATOR PANEL LOCAilON
'CS-CY3 ANNUNCIATOR' PANEL' K
VERI! CAL COLUMNL 7
. i WINDOW 11TLE 1.
1 I'.
INDICATED CONDITION 1.
AUTO ACTION
'SETPOINT SENSING 4
2.
CONTROL ROOM INDICAilON WHICH VERIFY OR 2.
OPERATOR ACTION - VALID ALARM ELEMENT PINPOINT-TROUBLE NUMBER &'
L 1
=
[
LOCATION 2
?. a) None.
12" H 0 SP-1A-LS2 STEAM GEN A
- 1. a) OTSG A level less than 12".H 0 7
LEVEL
- 2. a) Low levet indication on OTSG.
LOW-LOW
.K-7-1 I
STEAM GEN A
- 1. a) OTSG A levet > 93.5% on operate range.
- 1. a) None.
}
LEVEL b) 01SG A levet i 24 in on start up range.
2.' a) Oetermine cause and restore tevet.
93.51 SP-1A*LS1
- 2. a) OISG tevel recorders / indicators on console.
L' If uncontrotted high levet:
24 in. SP-1A-LS2
'. F b) FW flow not matched to plant conditions.
i -
- 2. If r equired close crossover, FWV-28, and Su and low toad control watwes.
- 3. If necessary(FP's.close E Fu bypass viv* s 4
I.
K-7-2 and/or trip feedwater demand is
- 1.. a) None.
(cad NODULE i
STEAM GEN A 1 a) Alarms when loop A
+
ICS '
BTU greater than the BTU timit calculated by 2, a) Compare precess parameters and unit i.
COND11t0N the ICS.
demand and determine cause of alarm /timit 3-7-3
,1 2.
Monitor instrumentation for possible:
b)' Reduce demand and/or correct process 4
a) OTSG outlet pressure high.
variable causing alarm /timit.
L b) FW temperature tow.
c) RC Th temperature tow.
[
d) RC flow tow.
i r-7-3 e) High unit load demand.
STEAM GEN A
- 1. a) Indicates that loop A, FW demand is on
t LOW LEVEL OTSG tow levet limit control.
error control to OTSG tevet contret to 30" ICS LIMITED
- 2. a) Decreasing FW flow.
maintain 30" in the OTSG.
McDutE i
b) Decreasing OTSG A startup level (not.
necessarity at 30").
on startup levet instrument.
~
~!
it - 7 t.
i VERIFY 1.
a) FWV-30 is opening.
- 1. a) FWV-30 is opening and FW Pump A shif ts FWV-30
- 2. a) Position indication for FWV-30..
to demand signal.
j CN AUTO
- 2. a) Verify proper FW control change fron l'
valve dp to pump speed.
s 4
K 5 TURB BVP VLV
- 1. a) Indicates low air pressure on MSV-9,.10,
- 1. a) kone.
i AIR 11,.14 at 60 psig.
- 2. a) Determine cause.
60 psig MsV-9 to FAILURE
- 2. a) tow instrument atr pressure alarm.
b) Notif y instrument shop.
11, 11-PS
.b) High cr low turbine header pressure indication.
1 c) Valve (s) will not respond to cont rol.
K-7 6 station signal.
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AR-503 Rev. 13 Page 9 J
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ANNUNCIATOR D [ Q Q3]LRJ 1 (Page 9 of 9)
()
PANEL LOCATION NOTES K-3-2 Input A Input B Acceptable Input A Input B Parameter Indication Indication Deviation -
Selection Selection RC Thot A R212 RC-4A-Til 3 DEG F TTl IT4 TT4 SEL TT4 SEL RC Tcold A R214 R215 18 DEG F TTI TT3 OTSG A SP-1A-LI2 S287 7.5 IN LT4 LT5 SV LEVEL LT4 SEL LT4 SEL OTSG A 3P 1A-LIR1 S284 8.8 IN LT2 LT3 OPER LEVEL LT2 SEL LT2 SEL FW TEMP SP-5A-TJ S290 15 DEG F TTl TT2
-LOOP A TTl SEL Til SEL FW FLOW SP-8A-FIRI S301 1.8 MLB/HR DPTl DPT2 LOOP A DPTl SEL DPTl SEL PRESSURIZER RC-1-LI3 RC-1-Ll4 9.6 IN LTl LT3 LEVEL RC-Thot B RC-5B-Til R213 3 DEG F TTl IT4 TTl SEL TTI SEL RC Tcold B R216 R217 18.DEG F TTl TT3 OTSG B SP-18-L12 5293 7.5 IN LT4 LT5 SU LEVEL LT4 SEL LT4 SEL 0TSG B SP-1B-LIRI S336 8.8 IN LT2 LT3 OPER LEVEL LT2 SEL LT2 SEL FW TEMP SP-58-Tl S291 15 DEG F TTI TT2 LOOP B TTI SEL TTl SEL FW FLOW SP-8B-FIR 1 S302 1.8 MLB/HR DPTl DPT2 LOOP B DPTl SEL DPTl SEL K-4-2 An asymmetric rod' runback alarm will occur under the following conditions:
a) Asym rod fault + Cp 6 in-limit + Gp 5 > 80% WD + Rx pwr > 60%.
b) Asym. rod fault + Gp 7 in-limit + Gp 6 > 80% WD + Rx pwr > 60%.
c) Asym rod fault + any safety rod group NOT at out-limit + Rx pwr 60%.
' d) Asym rod fault + Gp 5 in-limit 4 Rx pwr > 60%.
e) Safety rod group [{QI at out-limit + Gp 5 in-limit e Rx pwr > 60%.
f) Any safety rod group at in-limit + Rx pwr > 60%.
O AR-503 Rev. 13 Page 11 (LAST PAGE)
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