ML20066F400
| ML20066F400 | |
| Person / Time | |
|---|---|
| Site: | Quad Cities  |
| Issue date: | 01/21/1991 |
| From: | COMMONWEALTH EDISON CO. |
| To: | |
| Shared Package | |
| ML20066F397 | List: |
| References | |
| NUDOCS 9101230298 | |
| Download: ML20066F400 (21) | |
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' ATTACHMENT -
l CORE OPERATI$G LIMIiS REPORT FOR:
QUAD CITIES UNIT 1 CYCLE 12; ei is t
19101230298 910121 PDR ADOCK 05000254 h
P PDR
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CorG Operatirq Limits Report for Quad Cities IAlclear Power Station
. Unit 1, Reload 11 (Cycle 12)
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- Core Operating Limits' Report--
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ISSUANT OF QiANGES..SuttBRY Affected Affected Section Paoes
~ Simvv of Charnes D!1te '
t All All Oriainal Imm_= (Cvels 11)-
'06/89s i
All All Orialnal Tn= = (Cvele'12)
-10/90'
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Quad Cities - Unit-1 i
Cycle:12 a
s r-1,-yv w-,
core operating Limits ' Report j
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TABIE OF COMU7FS i
BL99 REIERENCES......................................................
iii LIST OF FIGURES -.......................................... -'... '....
iv' 1.0 CINTROL ROD WITHWAl&L BIDCK INS'IRUMDfTATION (3.2/4.2)...
1-1 Technical Specification Reference-.................
1.1 h iption......................................
1-1 1.2
. f1-1 1
2.0 AVERAGE PINIAR LINEAR HEAT GENERATION RATE (3.5/4.5);.....
.2-1 2.1 Technical Specification Reference.................
2 2.2 Description.................................'......' 2-1 3.0 LINEAR HEAT GENERATION RATE (3.5/4.5) 3-1 3.1 Technical Specification Reference-.................
3 3.2 Description _......................................
3.
4.0 MININUM CRITICAL 10WER RATIO (3.5/4.5)................. -.
4-1 4.1
'1%chnical Specification Refelwice................. 1 4.2 Description................................'.......j 4-1 a
1 J
Quad Cities - Unit 1 ii
. Cycle 12
' Core Operating Limits Report-BEEERENCES 1.
Ctunonwealth Edison Ccmpany and Iowa-Illinois Gas and Electric Docket No. 50-254, Quad Cities Station, Unit 1 Facility Opera License, License No. IRP-29.
2.
Istter fIun D. M. Crutchfield to All Power Reactor Licenses an:1 Applicants, Generic letter 88-16; Concerning the Removal of
. Cycle-Specific Parameter Limits-frun 2 Weal Specifications.
3.-
Supplemental Reload License Sulnittal for Q.md Cities Nuclear Power Station,: Unit ~1, Reload 11- (Cycle 12), 23A5989,. Ew. 0,-
Class I, August 1990..
4.
Quad Cities Nuclear Power Station, Units 1 arxi 2, SAFER /GESTR-IOCA Ioss-of-Coolant-Accident Analysis,- NEDC-31345P, June 1987, (as amended).
5.
General Electric Standard Application for Reactor Fuel (CESTAR),
NEDE-24011-P-A-9, ' September 1988 (as _ amended).
6.
Dctended Operating Dcznain and Equipnent Out-of-Service (EOD/ECOS)-
?
for Quad Cities Nuclear Power Station, ' Units l'and I, H. X. Hoang, NEDC-31449, Class II, July 1987.
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' i Quad Cities - Unit 1-lii Cycle 12
l 11
.i
' Core Operatify Limits Report y
IIST OF FIGUPES.
l PIGURE TITIE/DESCRIPTIN EMiE 2 Marl== Average Plarar Linear Heat Generation Rate -
2 (MAPU1GR) vs. Average Planar ExporJre for Fuel-Types PBIRB265H and-BP8IRB265H.
1 2-2_
Maxinum Average Planar Linear Heat Generation Rate 2-3 1
(MAPUtarl) vs. ' Average Planar Exposure for Fuel Type DFBIRB282.
1 2-3 Mav4= = Average Planar Linear Heat Generation Rate 2-4I (MAPUlGR) vs. Average Planar Exposure for Fuel' Type BPBIRB283H.
~.i 2-4 Mi== Average Planar Linear Heat Generation Rate-2 (MAPU1GR). vs.- Average Planar Exposure for Riel Type BPBIRB299.
2-5
- M4== Average Planar Linear Heat Generation Rate (MAPDER)-' vs. Average Planar Wn for Riel Type 6-BD300A.'
2-6 Maximun-Average Planar Linear Heat: Generation Rate
'2 (MAPINGR) vs. Average Planar Exposure for' Fuel Type BD300B.'
2-7 Mav4== Average Planar Linear Heat Generation Rate 2-8i Ji
- (MAPU1GR)' vs. Average Planar Exposure for:Ebel Type BD301H.~
2-8 M4==. Average Planar Linear Heat Generation Rate I
2-9 (MAPDER) vs. Average Planar E-2re for Ebel Type Barrier LTA.
2-9 Maxinun Average Planar Linear Heat Generation Rate 2-10' (MAPDER) vs. Average Planar Exposure for Fuel: Type GE9B-P8tMB258-9GZ-80M-145-T.-
2-10' Maxinum Averaoe Planar Linear Heat Generation Rate' 2-11
_-(MAPUER)' vsC Average Planar Exposure for: Fuel Type GE9B-P8mB258-4G4 ~. 0/3GL 0-80M-145+T.
4-1 Kf Factor vs. Core Flow %.
- 4-2 Quad Cities - Unit 1 iv Cycle 12;
---,.s-m- - ---.',
1
Core Operatirr LimiliReport-
+
1.0 MOL ROD WI'IfD3 ANAL BIDCK DETRUMENTATICN (3.2/4.2)
- 1. 't '
MCAL dit,unCATION Kt.ru<rriCE: -
-'Ibrianical Specification Table 3.2-3 arrl 3.6.H
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1.2 DESCRIPITON
'Ihe Rod Withdrawl Block Monitor Upscale Instrumentation Trip
-i Setpoint for two recirullation loop operation is determined from.
the following relationship:
~~
L (0.65)Wd + 43%**
- Clanped, with an allowable value not to exceed the allowable value.
for recirculation loop flow (Wd) 'of 100%.
3 Wd is the per a nt of drive flow required to produce ~a rated core 4
flew of 98 million-lb/hr. -- Trip level setting is in-percent of rated power -(2511-NWth).-
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Quad Cities - Unit 1-1-1 Cycle.12
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,x it 2.0
&ZBgy: PLANAR LTNEAR HEAT GENERATION RATE (APDER)"(3.5/4.5)
'2.1 TEWNICAL SPECIFICATIGi
REFERENCE:
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Technical 4 Specification 3.'5.I:
2.2 IESCRIPI'ICH
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'Ihn Mav4== Average Planar Linear Heat;-Generation' Rates (MAPINGR)-
versus Average Planar rwann for;fueld:ypea P8tRB265H andi a
BP8[RB265H are determined frtan Figurai2-1.
,q
, Ihe Mari== Average Planar Linear Heat Generation Rates (MAPIH:iRN N
versus Average Planar 5'wann for fuelEtype BP8tRB282.is t 1
determined fr a Figure 2-2i g.
'Ihe Maxizen Average Planar Linear Heat! Generation Rates 1(MAPulGR):.
versus Average Planar Exposure-;for fuel;. type BP8tRB283HLis
~
determinmi fr m FigureL2-3.'
'[he Mav4== Averagi Planar Linear Heat Generatim Rates (MAPDIGR))
d versus Average Planar fwann 'for fuel' type BP8tRB299'.is; determined'fr a-. Figure 2-4.
1
'Ihe Mav4==l Average Planar Linear Heat' Generation Rates?(MAPIER) i versus Average Planar Exposure for fuelt. type BD300Aris determined
.j frtan Figuru 2-5...
'Iha May4==: Average Planar Linear Heat:Generatim Rates:(MAPIHGR):
"i s
versus Average Planar W M for;fuelttype BD300B;is determined fr m Figure 32-6.:
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'Ibe Maximum Average Planar Linear Heat Generation Ratest(MAPulGR) 1 versus Avera
- . frm Figure.ge Planar 5'wann for.fuelutype'BD301H Lis determined 2-7
'Ihe Mavi== Average Planar Linear Heat Generation RatesT(MAPIlt:iR) 3 l=
versus' Average : Planar 5'wanmeifor,fuelltype Barrier LTA is-determinedzfr m Figure 2-8.n
'Ihe Maximum Average' Planar Linear Heat Generation Rates (MAPINGR):
versus Average Planar Exposure forl fuel type GE9B-PBEMB258-9GZ 4
8G4-145-T'is determined fr m Figure 2-9 9
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- 'Ihe Mavi==: Average Planar Linear Heat Generatlon: Rates =(MAPIHGR);
versusl Average Planar 5'wann.fornfuel type GE9B-P8DWB258-4G4.0/3G3.0-80M-145-T :is determined fra Figure ~ 2-10.
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Core Operating Limits Report-
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3. 0 --
LINEAR HEAT GMERATION RATE (UlGR) (3. 5/4. 5) 3.1 TEQWICAL SPECIFICATION Rt.nau21CEt
% chnical Specification;3.5.J.
f 3.2-DES m fPTIONI-a.
Se UiGR limit is 13.4 kw/ft for fuel typest-
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l'.-
. BP8IRB265He 2..
BPBIRB283H 3.
BP6IRB282 4
1 4.
BPRIRB299 l
5.
Barrier III'A'-
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.%e IMR limit is '14.4 kw/ft for; fue'l' types:;
1.
BD300A 2..
BD300B 3.
BD301H 4.
GE9B-PBDWB258-9GZ-80M-145-T 5.
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Quad cities - Unit 1 3-1 cycle 12
- Core' Operating Limits Report!
g 4
-4.0-MINDiN CRITIGL POWER PATIO fMCPR) ~~ (3.5/4,5) i 4.1 TEGNIGL SPECIFIGTION Mr.nktNCE: ~
'Dachnical= Specification'3.5.K ard 3.6.H.'
sr
4.2 DESGIITION
-i
- Durirg steady-state operation at rated core flow,' the MCPR limit-(OIMCPR)l shall be greater than or equal:-
.1. 3 0 - for tave $l0.68 sec.
.1.35 for tava 2 0.86'seci (0.278)tave + 1.111 [for 0.68 sec.;< tave <[OiB6=sec..
'l i
where tave = mean 20% scram insertion time for.all surveillance i
data fran 'Dsch. Spec. -4.3.C which has been' generated-
-in the current cycle.
~
Ibr core' flows :other than rated,' these ncminal values of MCPR shall-be incrmaari by aJfactor of Kf where Kf is as shown in y Lj Figure 4-1.
When operating with a Feedwater Heater Out-of-Service l(FMOOS),.
r-1 the Operatin
--information,g-Limit'MCPR;(OIMCPR)',: calculated using< the above shall be'increaari by 0.02. 'Ihis event,1which-conservatively bounds the recpim.nts detailed within the-EDD/EDOS dm=*nt (Reference 6), goes beyond allloperatingE..
conditions which can be expected during normal eparation as' set.
forth in the SRIS;(Reference 3)..
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D (1 FMTOR e
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HANilAL FLOW CONTROL Kf CURVE 0071 FLOWMAXJ x s
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$0 35; 40 45 50 55
-60.
' 65
- 70 75 80 85 90 95
.100 Core Flow %
Figure 4-1 l,,--
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