ML20101F564: Difference between revisions
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J. b 1 | |||
l WESTINGHOUSE. PROPRIETARY CLASS 3 ATTACHMENT 1 b- 1 i | |||
q CALCULATED - Fo vs CORE HEIGHT CURVES FOR THE VIRGIL C. SUMMER NUCLEAR STATION, CYCLE 2 T- . | |||
Figure'llshows'the maximum Fg.x P R el calculated for the Virgil C. Summer Cycle 2 core.. All. points met the 2.32 LOCA envelope establishedifor the standard fuel. -The maximum calculated Fg x P Rel is [ :]+. a,c T . | |||
' Figure 2 shows the 1 maximum Fg Rx P el calculated for the, Vantage 5 demonstration assemblies which have been loaded in , | |||
Virgil C. Summer ~ Cycle 2. It can be seen that the limiting Fg' x PR el:is. lower than the core maximum from Figure 1. | |||
The maximum calculated Fg x RP el for the demo is | |||
[ 1+.- a,c T | |||
, . Figure 3 shows the maximum Fg x RP el which results when | |||
..the Fxy limits as given in the peaking factor report are | |||
-.used in the calculation. | |||
It is-' concluded.from this data that, if the Fxy and Fg limits'for.the standard fuel are met, the Fo limit for the | |||
-vantage 5-demonstration. assemblies is met also. | |||
b | |||
~ | |||
t I. | |||
r 8412270219 841214 S PDR ADOCK 05000395 , | |||
-P _ | |||
PDR q I | |||
I..._ ._ . .~ _ _.._.._._... _ _ _. _ ..._.._..._. _.__ _ __ _ ,_-_ ._ -. _ _ , | |||
WESTINGHOUSE PROPRIETARY CLASS 3 | |||
+(a,c) 2.5 | |||
[ | |||
a. | |||
~_ | |||
a", 1.s M | |||
i 4 | |||
5 | |||
-1. | |||
t 3 | |||
l i .5 6 2 4 6 8 le 12 CORE HEIGHT (FEET) | |||
FIGURE I MAXIMUM (F[ Pg ,,) VERSUS AXIAL CORE HEIGHT-DURING NORMAL CORE OPERATION; Based on | |||
, Calculated F,y | |||
1 llESTINGHOUSE PROPRIETARY CLASS 3 | |||
+(a,c) | |||
~ 2.5 [ , | |||
i \ | |||
s' I w ' | |||
a.' ' | |||
1 i | |||
n 1.5 ~ | |||
s w' | |||
d , , | |||
3 t | |||
, a: s _ | |||
" l | |||
%cv je f | |||
.., 7 | |||
~~ ' ' 1. | |||
p 2 | |||
3 L i ! | |||
. 5 __ | |||
0< 2 4 6 8 10 , | |||
12 CORE HEIGHT (FT) | |||
T Figure 2 tiaximum (F .P g for the Vantage 5 . | |||
DemonstratkonIls)embliesversusAxial S Core Height During Norml Core Operation Based on Calculated Fxy u-. . - . | |||
l t | |||
WESTINGHOUSE PROPRIETARY CLASS 3 I | |||
+(a,c) | |||
[ | |||
: s. ** | |||
sm ! | |||
su La La I.4 | |||
, bm o. | |||
u | |||
, i.= | |||
g .- | |||
- -s j-M | |||
.\ l 't IM *= | |||
i se > | |||
am 3 l t e,m ! | |||
e,m am a se su mm ma CGE tElCNT FEEi! | |||
T FIGURE 3 Maximum (F .P versus Axial Core Height 4 DuringNorblC$b) Operation;Basedon | |||
;' Surveillance Limit Fxy h | |||
~7 2 | |||
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Latest revision as of 01:42, 12 May 2020
ML20101F564 | |
Person / Time | |
---|---|
Site: | Summer |
Issue date: | 12/14/1984 |
From: | WESTINGHOUSE ELECTRIC COMPANY, DIV OF CBS CORP. |
To: | |
Shared Package | |
ML20101F524 | List: |
References | |
NUDOCS 8412270219 | |
Download: ML20101F564 (4) | |
Text
_. ._ ..
J. b 1
l WESTINGHOUSE. PROPRIETARY CLASS 3 ATTACHMENT 1 b- 1 i
q CALCULATED - Fo vs CORE HEIGHT CURVES FOR THE VIRGIL C. SUMMER NUCLEAR STATION, CYCLE 2 T- .
Figure'llshows'the maximum Fg.x P R el calculated for the Virgil C. Summer Cycle 2 core.. All. points met the 2.32 LOCA envelope establishedifor the standard fuel. -The maximum calculated Fg x P Rel is [ :]+. a,c T .
' Figure 2 shows the 1 maximum Fg Rx P el calculated for the, Vantage 5 demonstration assemblies which have been loaded in ,
Virgil C. Summer ~ Cycle 2. It can be seen that the limiting Fg' x PR el:is. lower than the core maximum from Figure 1.
The maximum calculated Fg x RP el for the demo is
[ 1+.- a,c T
, . Figure 3 shows the maximum Fg x RP el which results when
..the Fxy limits as given in the peaking factor report are
-.used in the calculation.
It is-' concluded.from this data that, if the Fxy and Fg limits'for.the standard fuel are met, the Fo limit for the
-vantage 5-demonstration. assemblies is met also.
b
~
t I.
r 8412270219 841214 S PDR ADOCK 05000395 ,
-P _
PDR q I
I..._ ._ . .~ _ _.._.._._... _ _ _. _ ..._.._..._. _.__ _ __ _ ,_-_ ._ -. _ _ ,
WESTINGHOUSE PROPRIETARY CLASS 3
+(a,c) 2.5
[
a.
~_
a", 1.s M
i 4
5
-1.
t 3
l i .5 6 2 4 6 8 le 12 CORE HEIGHT (FEET)
FIGURE I MAXIMUM (F[ Pg ,,) VERSUS AXIAL CORE HEIGHT-DURING NORMAL CORE OPERATION; Based on
, Calculated F,y
1 llESTINGHOUSE PROPRIETARY CLASS 3
+(a,c)
~ 2.5 [ ,
i \
s' I w '
a.' '
1 i
n 1.5 ~
s w'
d , ,
3 t
, a: s _
" l
%cv je f
.., 7
~~ ' ' 1.
p 2
3 L i !
. 5 __
0< 2 4 6 8 10 ,
12 CORE HEIGHT (FT)
T Figure 2 tiaximum (F .P g for the Vantage 5 .
DemonstratkonIls)embliesversusAxial S Core Height During Norml Core Operation Based on Calculated Fxy u-. . - .
l t
WESTINGHOUSE PROPRIETARY CLASS 3 I
+(a,c)
[
- s. **
sm !
su La La I.4
, bm o.
u
, i.=
g .-
- -s j-M
.\ l 't IM *=
i se >
am 3 l t e,m !
e,m am a se su mm ma CGE tElCNT FEEi!
T FIGURE 3 Maximum (F .P versus Axial Core Height 4 DuringNorblC$b) Operation;Basedon
- ' Surveillance Limit Fxy h
~7 2
_ _ - _ _ _ _ _ . - - - - . _ - - - - - - - - - - - - - - - - - - - - - - - - --- - - - - -