ML20028G993
| ML20028G993 | |
| Person / Time | |
|---|---|
| Site: | Prairie Island  |
| Issue date: | 09/27/1990 |
| From: | Eckholt E NORTHERN STATES POWER CO. |
| To: | |
| Shared Package | |
| ML20028G991 | List: |
| References | |
| NUDOCS 9010050068 | |
| Download: ML20028G993 (30) | |
Text
'~~Y ;- ..,i f -. ,--. i '
1
'1
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l i
-PRAIRIE ISLAND NUCLEAR GENERATING PLANT CORE OPERATING LIMIT 8 REPORT -l i
i 4
Unit 2 - Cycle 14 Revision 1 5
i i.
\
Note: This report is not part of the Technical Specifications.
This report is referenced in Technical Specifications.
11
-i
-PDR 9010050068 900927 P
ADOCK 05000282 PDC
,p i
____1. __.___2__..___ _____._________1.__._____.. . . __ - , ,
. t.-
l .'
. PRAIRIE ISIAND NUCLEAR GENERATING PLANT CORE OPERATING LIMITS REPORT Unit 2 Cycle 14 ,
Revision 1 This report provides'the values of the limits for Unit 2 Cycle 14 as required ,
by Technical Specification Section 6.7 A.6. These values have been established using NRC approved methodology and are established such that all applicable limits of the plant safety analysis are met.
Heat Flux Hot Channel Factor Limits
'RTP Fo - 2.50 K(Z) values art provided in' Figure 1.
V(Z) values are provided in Figures 2a through 2u.
Reference Technical. Specification Sections:' 3.10.B.1 and 3.10.B.2
-Nuclear Enthalov Rise Hot-Channel Factor Limits RTP F au - 1.70 PFDil.- 0 J If the nuclear enthalpy rise hot channel factor exceeds its limit in Technical Specification 3.10 B.1, reduce the high neutron flux trip setpoint by 3.33%
for each percent that the measured nuclear enthalpy rise hot channel factor exceeds the 3.10 B.1 limit.
I Reference Technical Specific tion Sections: 3.10.B.1, 3.10 B.2 and 3.10.B.3 s
y ' y ; -' i :
g5 1
'I b- Cire Operating Lirits Report
' g "r Unit 2, Cyc h 14 Revision 1 P gm 2 of 29 Linear Heat Generation Ralg .
, .The 95% probability' level ECCS analysis calculation utilized a' peak linear heat generation rate of 14.2 kw/ft.
The Appendix K ECCS analysis calculation utilized a peak linear heat ;
generation rate of,15.8 kw/f t for the Fo limit of 2.5.
Reference Technical Specification Section: 3.10.B !
Axial Flux Difference Limits .
- r. !
The axial flux difference limits are provided in Figure 3. [
The Axial Flux Difference target band is 15%. i Reference TechnicalLSpecification Sections: 3.10.B.4 through 3.10 B 9
- Shutdown Rod Insert'an _ Limits The shutdown rods shall be fully withdrawn. ,
1- ;
y Reference Technical Specification Section: 3.10.D .
l-l Control Rod Inggrtion Limits The control rod banks shall be limited in physical insertion as shown in '
Figures 4, 5.and-6.
Reference Technical Specification Sections: 3.10.D and 3.10.G l ;Eg, actor Coolant Flow Limit L. > The reactor coolant system flow shall be a 178,000 gpm.
Reference Technical Specification Section: 3.10.J t
Core Operating Licits Report Unit 2, Cycle 14 Revision 1 Page 3 of 29-Prepared By: bon A, 9/16/9o Eugene 4Eckholt Date Reviewed By: mesf- [J4/<**<-- [ d fc/
Thomas Breene Date Superintendent of Nuclear Engineering Prairie Island Reviewed By: 7/'
- 8 "R4 er Anderson Date Manager Nuclear:A alysi Approved By: d 9 [O
-Thomas M Parker / Dale Manager Nuclear Support Services l
I
?h * ~
. l. 1 ,. )
. Core Operating Limits Report. ;
Unit 2, Cycle 14 Revision 1-
+~ Pope 4 of 29, H: 1.2 i ,
1 l .
I (6.0,1.0) l
. 1.0 '
(12.0.0.92 .;
0.8 K(Z) 0.6 s
0.4 0.2- -.
. 0.0 i -- 0- 2 4 6 8 10 12 Core Height (ft) s- Figure 1 Il0T CHANNEL FACTOR NORMALIZED OPERATING ENVELOPE
C y,ypt.' b ,
. E' Ciro Oper ting L hlts Report-FIGURE-2a si,LT "
Page 5 of 29-
- V(z):as a Func' tion of Core Height Unit 2 Cycle 14 (~100 mwd /mtu) i v(z) penalty 1.2, ; i
__2 - ___ __
3,39 _ _
c .--
l 1;18 - =
i i i i i i* i I-- i i - * *------*------
1.17 = -
i l l "l I i ---+- * -+ &
1.16 -
l
-} l-1.15 r 1.14 7--
i 7
i
+ - ---
L- +--
i 4 --
1.13 41 1
4 i i 1.12 -
+- t +- ;
t- r
- 1 l l l t (-
+ q 1.11-j p j-- y l- j
- };
1.1 I l l- ---- - -----
1.09. t-
+---
g f+-
.t .0 8 -
r-
+- -
i
---j- -
d
,/-j -- j j 1.07 =
e% hw[
=
I- "i t
1.06- -- r !
f- '
i
> > N / i
- -i. " l 1
t l r "- I e N v- f ;- F ! -
1.05 -- - - + E
! i i t !
1.04- p' y '
i t
+
t --
I i r--;
~
t 1.03 7 1-i i l l o 3 02- -
. r-t t t -t .i 1 i i 1 i i i -
j 1.01 *-
j r t i ;
! 2
=
100 mwd /mtu j"---""I i- 1
[ j 0.99 ~
- i ; ; i i ; ,
l t' { '
0.98 13 ;
2 3 4 5 6 7 8 9 10 11 12 0- 1 a l
axial height, feet I LINEARLY INTERPOLATE BETWEEN AX1AL l HEIGHT AND EXPOSURE STEPS l i
I
l' ,
< < 1
,,' + C:ro oper: ting itilts Report .
FIGURE -2b O!!.LT
Pege 6 of 29 1.t - .i V(z) as a Function of Core Height
' Unit 2 Cycle-14-( 150 mwd /mtu) ;
-v(z) penalty
-1.2 i
-=
1.19- - . _
3,, g - ---- - -
I- - -- - - - - - - - - .
)i 1.17
-=
l i l l-t 1
1.16-1 I I i 1'.15 i [.. i ; ~
F 1.14 - ----+- j--+j [
L :j 7 1.13 - -
+ --+--- -+- ,-
I i
I 1 1.12 *- -
1 I I..__ .I _. ..l ,
3,33 l l-I l l --
1.1 - l 1.09 '
-I l l r - -- p' -
e 1.08 - r 1.07 +~i- l
- t i i t--
i
-i ---l t
4--
11 . 0 6 --- ;----t--
l
' ; m.M' 5- ;
- 1 l
-i -
i i l i 4 --
. ---- i 4-- r t-:
1.05 r t l.
t-i V l .
1.04 l '
4 4--'
l
-i
?
l l- l 1 -~^; l' +--
1.03
~
1 I l b--
l 'l l -
1.02 -t r- J i r- 1 1 I I k 1.01 .
I l i !
g -} [--j- 150 mwd /mtu ;
1- 1 l '
}=
0.99 l
-- i i
i i
' 'f I
O 98 3 4 5 6 7 8 9 10 11 12 13 O 1 2 axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS
t,s ~ c
-s :
l? l?;
' C:re Operating t l::its Report ,
Unit 2, Cycle _14.
FIGURE 2c-
.w -
a-i im
. Pope 7 of 29
.i
-. i
- V(z) asLa Function of Core Height
' -Unit 2 cycle 14-( 500 mwd /mtu) e :
.v(z) penalty-1.2 ; ' -= --
1.19- ----- ' -
"-~~
1.18- ----
-]-----
g.
.i , .i 7 _ _ . . _ . .
' l l l
.l 1.16 l .I l = - +---"- ,
- 7 3 15 .
j----[ j ;
+ - - - * -l----*---'
1 1.14 - - - ' - " - - - ' -
l -
1.13---ii *-- ---
q.{ .1.12 l "l --
% l 'l _.l - __.
7 3;3 .i - _ _ _
3 , .i
, - --- - -""I--
i1.09-y l -
y-+-------- -- - - -
4----- t -
11.08 ~
i.- ; ,f
, s l r
1,07 - - " -
K w~ h ! ,
/ t T-fl t L. -1,06 *
'- -~ i:
i I
{
e 1.05 --- -ii + -
i, t
j t----
i E ' 1.0 4 -
---j---+1 '
- 4 i
t 't i
- I '
l l L" - 1.03. :---+ - +- --- 4 +
r +
1-i l. i i -
- . '- T- j .i t 4 - .3 0 2 ----li-- L i L 1.01 ,
._ ..\ i 500 mwd /mtu
- m. 1 l. 4
{ i l * '-
0.99 .; i' ! -[' .,
t- --
0.98 2 3 4 5 6 7 8 9 10 11 12 13 0 1
~w v
axial height, feet-h.h .
N. v- LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS -
"/.
tc ,h ' { '
-} .
t
'I; e
^.!j!
54r>
,o k, ._
' ' * ' ~ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
ll gyjh 7 Cire Operating LI:lts Report Unit 2, cycle 14 i'
FIGURE 2d- l*; M W '
a V(i) as a Function of Core Height Unit 2 Cycle 14 (1000 mwd /mtu) v(z) penalty- <
1.2 l l . - ..
l_._._1 . _..-
, , ., 9 _ _ _ . .. . _
- - "+---~~ .
- 1.18 - -- '
} i, 1
_. ~ _ . . -
q g7_ - . . . ...
-- * ~ --+ --~ "b- '-
1.16 -
I l l -
T-~~ ~
~ j~ ~ r 1*.15 T j" ' - "---- l
--I---
1.14 1.13 -- +
1 -l --+- l l
+---t i*-
1.12- 1
__.[
3 , $ .; _ _ . - -
-- - 1 4 --- - - .
1.1 l I T-- -'l - i I i 1.09 -
-J 1
1.08 -^ ,
7
,/'
1.07- '---
f,** '%s ;
+
1
/' --- -
1.06 '
1 4
}
,i rs -
f v'> -+-
l
-+
1.05- A
~
Vi i +
l-4 I
'I I
- 1.04 -- 7 7 J-"j- -}~-
- 1.03 Y--- l--+ F ~
i o i i r I [ i 1.02- ---
i
+
i t, t. t i
i r.
i
- 1 -' -L ! l 1.01 = - I f-i 1000 mwd /mtu i 1- ! i '
0.99 --- E .
, i ; ., i i
j ' ' ' ' '
0.98 12 13- 4 O 1 2 3 4 5 6- 7 8 9 10 11 axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHTS AND EXPOSURE STEPS i
7 1
Cora Operating Ll lts Report-Unit 2, Cycle 14 Revision 1- .
FIGURE 2e- " a ' 2' l
- V(z) as a F. unction of Core' Height
- Unit 2 Cycle 14 ( 2000 mwd /mtu) l 1
-l l
l v(z) penalty '!
1.14 i l
e i
1.13 - - - - - .
L_.~r -j j I '
1.12 - --- - '
- + l- - - -
1.11 -
1.1 +-------- * -
t-- JN--
- " - - L
-1.09
- E I 1.08 -- -
p 1.07. ( ,y *-, j
/\
+ -
1.06 r --
~~
t 1
t --
1.05 '
1------+
l 1.04 ' " ~ ' ' " " ~ ~
r
~ " " ~ ~ " ' ~ '
r
- ) i 1.03 --- ti i
i I- *--
1.02 T
1.01 - --" -+ --+- ' +- --
t
-- ~ ' - --
L :1 2000 n W u 0.99 +
i i i !
I ' '
0.98 O 1 2- 3 4 5 6 7 8 9 10 11 12 13 axial heights, feet i l
LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHTS AND EXPOSURE STEPS i
,g. '
~
Cors oper: ting Li-its Report 4
([ unit 2, Cycle 14
. . ll Revision 1 FIGURE 2f E V(z) as a Function of Core Height Unit 2. Cycle 14 (3000 mwd /mtu) s v(z) penalty :
is..
1.14 .
1.13 = - - - - -- - - ---- - - ---=
-1.12 - -- =--= -
T j,jj. .. .. . --- . . . - . . . . . . - .
' 3,3 --- . . - - - . - ~ . - - .m, .-. . - . -. L .
g . . . . . . . . . . , . . . . . .
,~,l,,
.o.j.. .g - - .) .- f t
1.08 -7*Nw%
- - ' ~~~
$s< '
---^-
' i l
1.07- --- -------
r f
j '
1.06- =
i L 1.05 - - ---"----- - - - -
i
! i 1.04 - - " - -
4-l------
1.03 - - - - - - - - - - " - -
t
'R --'
1.02- - - - - - + - - - - i
'- ---= -
1 01-t-
j_ - . . .
t
~ 3000 mwd /mtu 0.99 - -"""" "I*" T'"
I 0.98. ,
0 1 2 3 4 5 6 7 8 9 10 11 12 13 l
l.
axial height, feet '
s LINEARLY INTERPOLATE BETWEEN AXIAL-HEIGHTS AND EXPOSURE STEPS ,
l s
w =r- .--- ---- ._--.._ __ _ _._ _ - --- - _ _- _-_.-.--__--__ -_.-
i
. i Coro operating LI:lts toport !
U.ilt 2, cycts 14 i Revision i FIGURE 2g """*'"
V(z) as a Function of Core Height Unit 2 Cycle 14 (4000 mwd /mtu) ,
v(z) perialty !
1.14 i
--"--- I =
1.13 - -- -- ------~ ~-- - --- - - - - -- ~ ~ ~ ~--
- - +,, - - - -
.t
"-~~-
1.12 - - - - - --
I
- " - - + - ~ ~ ~ ~~-
1.11 = -- - - -
1.1 --- - - L --- I- -- ----- ' - - - -
>. \s
- - - + -= "-
1.09- - -- -
I.,,/>~"T 1.08 f..,%c;;--4 ~
--- --+ - - - - --
NI
-- '^ ', g .,' ,
1.07 -- --- -"--- - - - - -
--- n 1 ...',* M ;
1.06 - - - l- - + -= --
t m
l
} Q$ - ---- - n + -a -. ---....- - ~ ~ --=
1.04 t- r-- 1- - ~ ~ ~ * - - -
i' l-1.03 ~
-t-l 1.02 ~ !
r --- r--
l
+-
1.01 "--" * - - -
- I i
- + - - ' -
1- --
0.99 4 r I i i i j i 0.98 :
0 1 2 3 4 5 6 7 8 9 10 11 12 13- -
axial heights, feet $
LINEARLY INTERPOLATE BETWEEN AXlAL l HEIGHTS AND EXPOSURE STEPS ~
t'
l Cora Oper: ting Llilts toport ;
Unit 2. Cycle 11 !
1 Revision 1 FIGURE 2h "" !
V(z) as a Function of Core Height !
Unit 2 Cycle 14 (5000 mwd /mtu) !
I v(z) penalty -
l 1.14 !
1 u . 4 :- -u...... . : . 4, m... o, u .. .
=-- ~~I----
1.12 -"' - '-
1.11 - -=- - - - - ~- - - - - - ----+- ' A ,
-e -..o..n... . . . u . .h . .
"l .. . . . .. .
/ .,
1.09- -- -
-= "" - - - -+
,,/--- 1- l 1.08 - [- N q-- - ---- - - --
1.07 - -"" y ! ,,.. hyv-- -
- -=
1.06 ----- - = - -
T 1.05 - - - + =
[
r
~"
1.04 r" r" ; T
' ~ '
i
-+- - *- - *- -* - - -
t 3 --
1.02- -
l
--- -4 ---
1.01 = =
--- 1
+-- 4- d- ---
1
-+-
=
5000 mwd /mtu ---*- --
0.99 --- ~ 4--
0.98 '
0 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet LINEARLY INTERPOLATE BETWEEN AXlAL HEIGHTS AND EXPOSURE STEPS
I i
J Core oper; tine Ll lts Report i Unit 2. Cycts 14 i Revision 1 !
FIGURE 2i '**"" ,
V(z) as a Function of Core Height l Unit 2 Cycle 14 (6000 mwd /mtu) i I
v(z) penalty l 1.14 - I e-wo.een e.e- *.- --4.o...... .u.e e me .u . . .wm.....u.. 4 7 1.12 ---'----- -" - ~"-"--~
l 1.11 -"-"-- ' - '"'"-"- - - =
+- ~ -~~
j j . . . . . . ~ . . . . . . . . . . ..
.~~~;3 q.-
x
.Q Q , . . . . .w...., -~~ mA ~~~--
g-
/pN % /
?
1.08 -f- Ng -- 7 ',-~~---' '"-
i 1.07 - --- -- --- --- - - - - - " - - - -
1.06- ------~--= - -~~ ~ ~ " - - -
1.05 -- - -- --
~ ;
1.04 - -+ - --~
-- - ~ ~ ~ - - - - - - - -
1.03 = = +-- -'
-t ,
! 1.02 - -- -- -
- L :
1.01 - - - - - - - +- -
t--
1 k -- -+
r- -
6000 udmW 0.99 4-0.98 0 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet ;
LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHTS AND EXPOSURE STEPS
' Cor$ Oper?tlne Llllt6 hsport l Unit 2, Cycts 15 t FIGURE 2j M'IN n l V(z) as a Function of- Core Height t Unit 2 Cycle 14 (7000 mwd /mtu) v(z) penalty :
1.14 .
= - - - - - - :
1.13 = - - - - -
1.12 -
l 1.11 - - -
-- -' - i 1.1 ,</N , .
- f
{ 4- - ' - * * -
. . 44 e +
% 1- . e,s.
.) -4 .'
j Qg .. ...
1.07 - -- - -- --- - -- ~ \l - - -------- --=
1.06 ---- -- - - -- --+
+- 2-
- 1.05 -- - - + - - - ,
......,....h - , . . , .p... .a........4.., . . . . .~.
i : :
4 4
i ! ! :
+ "
1.03-
+- " * - - - -
1 t-l
"- '- -- -r 1.02 +-- =-- + i i >
'- *~ '- *-
j . O 1 --
L -
i 1- -
7000 mwd /mtu
^
I - - " - -
l 0,99 - -
t i i i i
' l ' ' ' ' '
0.98 O 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHTS AND EXPOSURE STEPS .
E
l .
CcM oei, operating r, evo. uLisits Report Revision 1 FIGURE 2k ""ad" V(z) as a Function of Core Height Unit 2 Cycle 14 (8000 mwd /mtu) v(z) penalty 1.14 -
1,13 --
1.12 - -
- - < .em ..'e-6- * ' e m se** = - - 6 e.. e.m...
1.1
- - - =
/ -- ---
1.09- -
% /,^ ---~~--
y/
- + - " - - - - - ~ ~ ~ - -
\ -+ --"- - ----/
/
1.08 " --
l ._.. ..-
.i,o 7 ._.....,........
o I
-+- t + - - - -
1.06 -- --
+-
-1 1.05 - -= -*-- -
-i 1
1.04 - ---
"-t"---
-+- -~~~+ 4 -"--
1.03- +
1.02 r--- --" -
7 --
1 I 1.01 - -- --
t i- A t r I i !
1 t- 1
--j t
- 8000 mwd /mtu !
e 0.99 =
i i i i i i
, i l i i i i g,gg 0 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS i
l
I 1
- r. <
Ciro operating LI:lts Deport i i
Unit 2, Cycle 14 Revision 1 FIGURE 21 'e '6 a'
V(z).as a Function of Core Height !
Unit 2 Cycle 14 (9000 mwd /mtu) !
1 v(z) penalty i 1.14 1.13 - -- - - - - - - - = - = - - - - -
1.12 ~ - - " - - =
1.11 - -------- -" - - - ---- - -=
l
,n 1.1 - * "< /- --}--- "
l
/> n- *" --- - -
/
1.09--/-=- \---- ..
a 1.08 -"-- " - - -"
1.07 - -- ----- - -=
--- + - - - - -- -
1.06- -
+- --
1.05 - --
=- =- - - -
~~- -+-
1.04 " ' - ~ -'
-t" "r I' i' '
1.03 -
i 1.02 --+- '=
+' -- -----
1.01- =
- t 1
+-' - + - - -
i
'~~- --+"'-'
'1 l
l g- ~~ 9000 mwd /mtu t
0.99 -- - - -
i i i ' '
0.98 l 0 1 2 3 4 5 6 7 8 9 10 11 12 13 l
axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS
- - .--.-y --.m.--
i
. f i .
l DF4 OPtF0 tit-) L121t6 Report uritt P. Og ie 14 FIGURE 2m ll#'IT'.I a l V(z) as a Function of Core Height ;
Unit 2 Cycle 14 (10,000 mwd /mtu)
I v(z) penalty 1.14 ,
i
.j
~
-...s..-.. . . . . . - . .
3 33 - - . ,, . - .-
1.12 - --- - -- l- -- ---+-- ---- --
1.11 - --- ~~~
"-- .s * ,
/>~,
L j- - /
1.1 -
'N '
N :- "
- - +
>l = - + - -
1.09 m A-- - ------
1.08 -
. . . - . . . . . . . -.2....:
...n..-: --e.u..
t
+-- =- -- -
1.06 - -- -= - - -
r 1.05 - -= = - - - -----t -
1
- i
~~
~"'
T
"~
1.04 -~" ~i" "
Y"
- "T" ,
I' i -+-
-r --
1.03 - = -
i
-"r I-= -A 4--
1.02 -- - -
---+-~~-= = * - - - --
1.01 - - - + + i 1- ----- I A -- -~
' 'UUU " - --" +
0.99-
=
0.98 O 1 2 3 4 5 6 7 8 9 10 11 12 13 ;
axial height, feet ,
t LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS .
+
- , , _ . . -. . , ~ . . . - _ , . - . - - -r-, - - . - - ,-
Core Oper ting Lilits Report Linit 2. Cyste 14 l FIGURE 2n ::0'II.I n i V(z) as a Function of Core Height i Unit 2 Cycle 14 (11,000 mwd /mtu) i-v(z) penalty 1.14 !
I 1.13-
= --- -
i
.m e.o..u u .u me ep .u.. 6 ....u...oi. .c.uu
- u. ..
1.11- ' - - ------ - [-~ --N -
r M-- j---- !
l z ------ ,
1.1 - - - -
\ - - *- --
--y#'
l >
1.09 d ---
]
- - - - - + - --
- - - ---~
1.08 ----- -
-+-'---- -- - - -"----
1.07 -
-- ---- - --= - - - - - - - -
1.06 - - --- - - - - --- ----= - -- - I, h
i 1.05 -
I i
..........g..... ;......{.... . . . . . . .o.. .
4 i
l 1
- '- ' *- +-
3- --
-i-i 1.02
+ ----- ' ~ ~ -----+- - " - -
1.01 -
~-- T 1 --" ""+- -
t 1------]-
-~ 11,000 mwd /mtu O.99 - - -- - !+-
l -
i I l I l ' 1 0.98 O 1 2 3 4 5 6 7 8 9 10 11 12 13 1
i axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS 1
1 I
1 1
1 -
Core Opercting Ll:lts Report ;
Unit 2, cycle 14 Revision 1 ;
Page 19 of 29 !
FIGURE 2o- !
" V(z) as a Function of Core Height :
Unit 2 Cycle 14 (12,000 mwd /mtu) l I
v(z) penalty l 1.14 i a
z_ =- ..+. . :..u.<. . ... w .e - -..
s
. .s .c o.h e... ::
g
.n '
e me .n -
--.u. nim o
\
1.11 --;w
]"- .. -
)+. ..
g , .g ,_ t 1.0 9 =-
=
--- r- ;
1.08 - - -- ,
+ - - - - ---- - - - - - - - - -
1.07 -
-=
1.06-
- - - = - - - - - - - - - - - - - - - - + - ' - - - -
--.=ee- e.ae seg. . renew se.+ . .
_ -._ 4u : - - -
-*-- --= ,--
- 1. 0 4 - -------- - -
1.03 - = -
1.02- - - - - ---=
- 6-----
" ~ ~ - - - - -
1.01 - -"
.g _ . . .,.....- } ... ..._ .. . . . .
12,000 mwd /mtu gg _,,
i l i I I l ' i 0.98 0 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet LINEARLY INTERPOL ATE BETWEEN AXI AL HEIGHT AND EXPOSURE STEPS n
_. _ . . . .~. - - -_
Coro Oper; tin 0 Ll;its Report Unit 2. Cycle 14 Revision i FIGURE 2p-V(z) as a Function of Core Height Unit 2 Cycle 14 (13,000 mwd /mtu) v(z) penalty 1.14 -
I 1.13 - - - - - -= 4 '..sl - - - - -------
'-4 -- -----+ -* A *-
1.12
/
lrs 1.11 1.1 ----
~-
1.09 - - --- - - -
-- - t-1.08 1.07 - -- ------ ---- - - - - - - - - -
1.06 - --- ----- - - -
--"r - - - - --
r- " - - 1.05 !
r-" "*~
- :--~ -
1.04 - - --"
+
l --"+-"-+ -*-
1.03 t l
1.02 +-
r t + - + - - - -
1.01 =-
i i !
I 13,000 mwd /mtu ._...i...
g,gg .
4...
i i' !
' I i j i 0.98 O 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS
1 i
. I Cire Oper; ting Ll;lts Report [
Urit 2, Cysta it !
Revision 1 +
Page 21 of 29 !
FIGURE 2q ;
V(z) as a Function of Core Height l Unit 2 Cycle 14 (14,000 mwd /mtu) !
v(z) penalty I 1.2 t
- - "- - - - -------+
I '
1.19-l ,
i.18 - - - - ----- - - - - -- -
+-- -
1.17 - - - - - - - - - " ---
1.16 - --- ~~-- ---- l--- - - - - - - -
l 1.15 -- - --- ' - - - " - - - - ~ ~----
.-- l 1.14 - -- *--
1 I--- -@5 --- "-- - - - -
1 13 - = - - - ------ !
1.12- -[- *n\- j- - ---- "----- ' - - - ' ' - * - -
I>%, -
I 1.11 j- -l 3 1.1 - -- ----- -- - -
i '
+
1.09 -- --- - - - - -
1.08 - - - - - - - -
I il.-/-
T-1.07' l '
1.06- -
t- T :
i T--
}
l t "-
1.05 -+-
t- t- r- -
I
-"l" '
1.04 i
-+ -- ;
" +
1.03 ~ -
1.02- -- "Ir"--
I T"-"- f- -t +
1 1 1 ,
1,01 - --- -- - - - " +
l - "~~
1- "
t - 14,000 mwd /mtu ;
0.99 =
=
i i 1-"--
0.98 O 1 2 3 4 5 6 7 8 9 10 11 12 13-axial height, feet LINEARLY INTERPOL ATE BETWEEN AXI AL HEIGHT AND EXPOSURE STEPS
4 9 .
- )' ...
Cut oper: ting iistta Roport 1 Unit 2, Cycle 14 !
Revision i Page 22 of 29 i FIGURE 2r ,
V(z) as a Function of Core Height Unit 2 Cycle 14 (15,000 mwd /mtu) v(z) penalty i 1.2 !
1 j jg . .. ..-
m..m. . . .. . . . , . . - - .. . . . . .... .
1.18 - --- - - - - - - ---- -"------ - - "- - - - - --- i o
1.17 -= --
1 1.16 - - - - ---- -- ---- - --
1 1.15 - ------ -
/* =-
1.14 4 - - - - --
1.13- ^ -- 4 --- -- + --=
'N
/-- 'l-- T 1.12-f---
--= - - - - ----
g 1.11 = - -- ---
1.1 - ---- = - ----= -
1.09 - - ' - -
T----
i 1.08 - -- I-" ~L' -/
/l---
+---" -- -
l 1.07 --- t
-+-
I l
t 3
-t-1
~+
1.06------t i-i - t,- j i-1 i 4
-+- *- -"
1.05 ---
~
y-" j "
l" l 4-- +
1.04 -
-- +-
--*l. l
- +- r 1.03 I i 1.02 = ' '-~~-
F + 1 0 1 1 l J l 1.01 - -
1--= ,
i 1- - " "
j
=
15,000 mwd /mtu j' 1
[
0.99 - - J-
, , , ; i i
[' }- ---
0.98 O 1 2 3 4 5 6 7 8 9 10 11 12 13 ,
axial height, feet ;
LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS i
i Ciro Oper: tine Ll:lts Report '
Unit 2. Cycle 14 Revision 1 Page 23 of 29 i
~
FIGURE 2s V(z) as a Function of Core Height ;
Unit 2 Cycle 14 (15,500 mwd /mtu) j i
v(z) penalty 1.2 .
i 1.19 = -t"-=
-- --- - ---- ---- -- l--- -- --
1.18 -
+-
l 1.17 - ~ ---
l 1.16- ---- - - -
= --
l
- I--- -
1.15 --- - - -"
1.14 - - - - - - 3 -
-= -- -
1.13 - yq-- *- -i-
/^
1.12 *
..J
/--J---%-
_... ._...._.L__
t -----
1.11 -- --
1.1 - -- - - - - " - ' - - -
.i,o 9 _. _ . . __ . . . , _ . - _... _. _..
1.08 -+- -- - - - -
4 1 j~
1.07 " "~"
V "I f ~ "~' I s
- -+ -
1.06 -- -
-I- - - - - -
l
-^-'
1.05 i 1.04 -
- t. - l I- A h i
' l l 1.03 -
1.02 -
~~ -
=
1.01 - -- -- ---+---*- --I - = - -- ---
L 1
i 1- -
t-- 15,600 mwd /mtu '"-"J" 0.99 .
' I I 0.98 '
O 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS y . , _ . , . . , , ,,g.4. ---g4 +.- - - -
L Core Operating Limits Report
Unit 2. Cycle 14 Revision 1 Page 24 of 29 FIGURE 2t V(z) as a Function of Core Height Unit 2 Cycle 14 (16,000 mwd /mtu) v(z) penalty 1.2 g ; ; ;
~~~"' *~'"-"~
1.19
= " '
j "-
' ' ~
1.19 - ---"~ ""
1""-~~~ j 1.17 - -- -" ' " ' " " " ~
i ~~ ~' " t
~~ ~""]
1.16 - - ~ ~ ~ + " - - - -' * 'd
- I -
/ l 1.15 ,~= -~= "
1.14 7, g.,M i
,~ '" ~~"
1 13-- -(r", - - -~
t
~ "1 1.12
- - - - =~~" "~' ~'
1.11 '"
1.1'- -"- / t ~~"~ j
~
1.09 -- -~ - " ~ ""~"~ ~~~
+
1.08- -~ -
j{"'"f"""~'
t 1.07 - -- -
I- I "1 ~- ' " + "-
i "t
1.06- -- '""+ 2"- "*" +
~" ~ t. "~
i ,
'"' "#~~" " ' " "
1.05 r 1.04 +" ! =
1 1 , i
---4 ~
1.03 f" "- +""~~
~ - " ~ ~ -
r ""-+"~" i j 1.02 4 " ~"""""1""""""T i
I 1.01 - --
i i
1- - - -~~j"
=
18,000 mwd /mtu l 0.99- =
l i l i i
i l i
. "~]~t"""""}*"
i i~
i 0.98 0 1 2 3 4 5 6 7 8 9 10 11 12 13 axial height, feet LINEARLY INTERPOLATE BETWEEN AXIAL HEIGHT AND EXPOSURE STEPS
, _ _ - ~
l 4
C:re Opercting Ll lts Report Unit 2. Cycts is Revision 1 FIGURE 2u """*'"
l 1
V(z) as a Function of Core Height Unit 2 Cycle 14 (17,000 mwd /mtu) l l
1 v(z) penalty l l
1.2 4 1.19- ---- -- -= - - - - - --
1.18 - *" * - - - - -
I
- ' ' l 1.17 - -----
i 1.16 - -----
+
4 - - - - - ---- - - =
-r 1.15 '- -
I 1.14 t-
.*']" - -
1.13 1
, , .i 2 - ---l- - - -
T-l-- "-- - - -) - - * . - - -
- - -- -- l-- - -
1.11 r--
1.1 -
1.09 - - - --- - -"-- '- - -: - - - - "---
+- ~ ----- ---- -
1.08 - - -- -- -- " - - - -
[--- = I -
1.07 = = ---
I i 1.06- -
r, j
p -- i,
.+.........-..,,....p
...; .4.......
jg -
.-.. .- [ .
I i 1
-0 1.04 = + - - - =
l -
l -'---+----= r 1.03 7- <
I" "--- '
1.02-I - : ,
I - 'I I 1.01-i F ' " - - - -
l
{
1- - - - * ----'
~ 17,000 mwd /mtu 0.99 i i , . ,
p
' ' ' ' i r 0.98 0 1 2 3 4' 5 6 7 8 9 10 11 12 13 axial height, feet <
l l LINEARLY INTERPOLATE BETWEEN AXIAL 1
l HEIGHT AND EXPOSURE STEPS 1
t I
_ - . _ _ _ . . _ - -_ _ _ _ _ _ = _
- . _ _ . . . - _ __ _m., , . . . , . . , , . _ ,
Core Oper;ttne Lilits R* Port Unit 2, Cyct? 14 Revision 1 ,
Ptige 26 of 29 i
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Revision i 'i Pepe 27 of 29 .
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. a Core oper; ting L1:1ts Report Unit 2. Cycle 14 .
Revision 1 J Pope 28 of 29 l
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