ML20217R203

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Cycle 10 Colr
ML20217R203
Person / Time
Site: Callaway Ameren icon.png
Issue date: 04/27/1998
From:
UNION ELECTRIC CO.
To:
Shared Package
ML20217R199 List:
References
NUDOCS 9805140194
Download: ML20217R203 (17)
v • d • e


Text

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CALLAWAYCYCLE10 {$ ,.fN, b f h(,;.;

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March 1998 l

APPROVED BY: @gM / /27 fg Supervising Engineering D4te i

9805140194 980507 PDR ADOCK 05000483 P PDR Fage 1 of17

. Callaway Cycle 10 Rev.0 l.0 CORE OPERATING LIMITS REPORT This Core Operating Limits Report (COLR) for Callaway Plant Cycle 10 has been prepared

in accordance with the requirements of Technical Specification 6.9.1.9.

The Core Operating Limits affecting the following Technical Specifications are included in this report.

3.1.1.3 Moderator Temperature Coefficient 3.1.3.5 Shutdown Rod insertion Limits

" 3.1.3.6 Control Rod Insertion Limits

~~

3.2.1 Axial Flux Difference 3.2.2 Heat Flux Hot Channel Factor

L.

3.2.3 Nuclear Enthalpy Rise 110t Channel Factor i

3.9.1 Refueling Boron Concentration j J

FW I .8D4 t

l 1

9 Callaway Cycle 10 Rev.O 2.0 OPERATING LIMITS The cycle-specine parameter limits for the specifications iisted in Section 1.0 are presented 1

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in the subsections which follow. These limits have been developed using the NRC-approved methodologies specified in Technical Speci6 cation 6.9.1.9.

2.1 Moderator Temperature Coef6cient (Specification 3.1.1.3) 2.1.1 The Moderator Temperature Coef6cient shall be less positive than the limits shown in Figure 1. These limits shall be referred to as the Beginning of Cycle Life (BOL) Limit.

]

The Moderator Temperature Coef6cient shall be less negative than -47.9 pcm/ F.

This limit shall be referred to as the End of Cycle Life (EOL) Limit.

l 2.1.2 The MTC 300 ppm surveillance limit is -40.4 pcm' F (all rods withdrawn, Rated l Thermal Power condition).

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Callaway Cycle 10 Moderator Temperature Coefficient Versus Power Level l

3 1

Callaway Cycle 10 Rev.0 2.2 Shutdown Rod Insertion Limits (Specification 3.1.3.5)

The shutdown rods shall be withdrawn to at least 225 steps.

2.3 Control Rod Insertion Limits (Specification 3.1.3.6)

The Control Bank Insertion Limits are specified by Figure 2.

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Callaway Cycle 10 Rev.0 2.4 Axial Flux Difference (Specification 3.2.1) 2.4.1 The Axial Flux Difference (AFD) Limits are provided in Figure 3.

2.4.2 The target band during Restricted AFD Operation is 13%. The AFD limits provided in Figure 3 also rernain applicable during Restricted AFD Operation.

2.4.3 The minimum allowable power level for Restricted AFD Operation. APL' , is  ;

90% of RATED THERMAL POWER. I i

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i i i - i - i i i + i t , ' - i . i i > i 4 . i , ! . - i i i 50 -40 30 -20 -10 0 10 20 30 40 50 AXIAL FLUX D1FFERENCE (% Al)

Figure 3

, Callaway Cycle 10 Axial Flux Difference Limits as a Function of Rated Thermal Power for RAOC ,

se

Callaway Cycle 10 Rev.0 2.5 Heat Flux Hot Channel Factor - Fn(Z)

(SpeciDeation 3.2.2) p RTP Fn(Z) 5

  • K(Z) for P > 0.5 P

p RTP Fn (Z)5

  • K(Z) for P 5 0.5 0.5 THERhiAL POWER where: P=

RATED THERMAL POWER 2.5.1 Fn"" = 2.50 2.5.2 K(Z) is provided in Figure 4.

l l

2.5.3 The W(z) functions that are to be used in Technical SpeciDeations 4.2.2.2,4.2.2.3, and 4.2.2.4 for Fnsurveillance are shown in Figures 5 through 9.

l The Normal Operation W(z) values have been determined for several burnups up to 18000 MWD'MTU in Cycle 10. This permits determination of W(z) at any cycle burnup up to 18000 MWD'MTU through the use of three point interpolation.

For cycle bumups greater than 18000 MWD'MTU, use of 18000 MWD /MTU W(z) values without interpolation or extrapolation is conservative. The W(z)n, values were determined assuming Cycle 10 operates with RAOC strategy. Also included is a W(z)n, function that bounds the W(z)n, Curve for all Cycle 10 burnups. Use of the bounding W(z)n, curve will be conservative for any Cycle 10 bumup; however, additional margin may be gained by using the butnup

'~"

dependent W(z)n, values.

Because significant margin exists between the analytically determined maximum Fn(z)*P,e values and their lirgit, Restricted Axial Flux Difference Operation (RAFDO) is not expected to be required for Cycle 10. For this reason, no W(z)uma values are supplied for Cycle 10.

The W(z) values are provided for 73 axial points within the core height boundaries of 0 and 12 feet at intervals of 0.167 feet.

Table A.1 shows the bumup dependent F o penalty factors for Cycle 10. These  ;

values shall be used to increase Fn "(z) when required by Technical Specification I

Surveillance Requirement 4.2.2.2.e. A 2% penalty factor should be used at all cycle burnups that are outside the range of Table A.l.

8

Callaway Cycle 10 Rev.0 TABLE A.1 FoPENALTY FACTORS AS A FUNCTION OF CYCLE BURNUP Cycle 10 Burnup Fo"(z) Penalty Factor (%)

O to 21350 MWD'MTU 2.00 Note: All cycle burnups in the range of the above table shall use a 2% penalty factor for compliance with the 4.2.2.2.e Surveillance Requirement. All Fo Penalty Factors were found to be less than 2.0% for the Cycle 10 design.

4 s,.~r.

.f 9

Callaway Cycle 10 Rev.0 2.6 Nuclear Enthalov Rise Hot Channel Factor - F 3 /

(Specification 3.2.3)

F/5F>,nre[i+ppjj,pq 3 3 THERMAL POWER where: P =

RATED TIIERMAL POWER 2.6.1 F 3 >,"T' = 1.5 9 2.6.2 PF3,, = 0.3 2.7 Refueline Baron Concentration (Specification 3.9.1) 2.7.1 The refueling boron concentration to maintain K,y < 0.95 shall be > 2000 ppm. j I

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! i i i i , i e i , i ii ie i ii i e i i i i i i iia i i i , i 0.10 :, ,i,i ,i ,  ;,; ,,, , , ; i; , i , ,  !, , , , , , ,;, , ,, ,  ;; , , ; ,

!!ii i i i ! iii !ii i!  !  !! . -  !  ! i i . i i . ii . i i i!  !  !!! i

!i! ii! ' i i i ' ! i i! I i ! I i  ! i !!!  ! ' i i i i ii  !!  !  ! i i i i!i' It i i iii  !! !!  ! !  !  !!!f i i I i ! i i i !I i i i } ii  !  !! i 1 0.00 i! ' i ; i . i! i!i i! i i ,-  ! ' ' . 4i i i'i i i i> ii  ! !ii!

0 1 2 3 4 5 6 7 8 9 10 11 12 CORE HEIGHT (FEET)

Figure 4 Callaway Cycle 10 K(z)- Normalized Fo(z)

As a Function of Core Height 11 l

l 1

i

Cajlaway Cycle 10 Res. O FE (Z lll ll lll lll I ll lll  ! I

+i l * *- "

0.167 0.333 1.0000 1.000C i

I

~

' 667 [

l l ll l l l ll

  • 0.833 1.000C j l ll l l l ll
  • 1.000 1.0000
  • 1.167 1.000C
  • 1.333 1.0000
1: m i:::::

1.833 1.3179 1 4c it i i i ii

1:';;;

ll l l l l l i, 2.333 1.2495 2.500 1.2256 2 667 1.2046 a l 2.633 1.1905 l l l l l 3 000 1.1834 l l l l l A 3.167 1.1791 3.333 1.1733 f f 3.500 1.1675 a .  !:1!?

4.000 i:itil 1.1543

' f 1.3C s 4 157 1 1480

,j.

0 11 s

- il l O7l l li l'  :::::

5.000 1.1264 b l l  !.'33 ' 201

.1 I

  • 3: -

5.500 1.1218 5 833 1131

,,2C Ill Il IJ ll Ill I Ill ll l -

ll l ':::

6.333 1:!:

1.1779 t

l lk , a

_l ! ll I! l ia -

I ll ll I  !!

6.033 I2I!

1.2183

[

!Il ll ll N'. ,

I 1 I ll l l ':'::

7.667 1:':::

1.2663 I -,

8 00 $8

. 1.1C lll ll lll ll l l Fil l I I I

i';

8.500 i:!

1.1835 i 8 833 1288 9.000 1.2876 33 3 Ili' l ll

' l Ill .

l l ll -

ll lll  :::::

9.833 1::1?'

1.3620

_4 10 7 1$3886 1.0000 j i

  • 10.333 I I 1.00 . . . - -.

- - ~ - . - '!!:66 I:!!!0 BOTTOM CORE HEIGHT (FEET) TOP *[I:$$$

. I:l$$$

  • 11.500 1.0000
  • 11.667 1.0000
  • 11.833 1.0000
  • 12.000 1.0000 Figure 5 Callaway Cycle 10 W(z)no at 150 MWD /MTU

' Top and bottom 15'~< excluded as per Tech Spec 4.2.2.2G 12

, CaBakay Cycle 10 Rev.O MElGHT 3000.

  • 1 000 l
  • 0.333 1.0000

~

l 0.'667 1.0000 lll ll l l ,! l l  :* 1.167 t n' 1:::::

1.0000 A . 00 1 0

"

  • 1.667 1.0000 )

n 1.833 1.4192 l 14c i g i ':::: i:::':

, I I 2.333 1.3359 2.500 1.3097 A 3 6 l l l l l l l l ':i n  !:'u '

3.333 1.2272

. 3. 12 1.30 l 4 ll ll l l lll ll L:n

' 157 1:'n:

1 1974

, I l I l

lIl Il III l

_ll l

i lI I5N 4.667

!!!8I 1.1760 m  ! a

.000 0 N

l l l j l 5.167 1.1482 l l

{A 'l 5.333 1.1379 t ,

l ', I l 3 5.500 1.1256 I l l ll l lI  !:8N I:!IN I I ll l l*rll ll 1 I I ll  ::n: i:in' 1.2C 6 333 1 1497 l l llI "

II ll I i! l lN 6.833 IIIO 1.1800 4 4 l' 7.000 1.1876

! 4 I I - -

7.167 1.1941

! l l I l c

l l ll l 5 7.667 20!

1.2048

.4' 8 00 1*1c ll Ill ll ll ll In 'l ll l l l tn'  !:H':

l i i t:n 8.833 1:nn 1.2621 t l 3 9 000 1.2767 i

~

9.167 1.2985 9.333 1.3214 6 1 8 9.833 1.3877 l I . 10. 7 1$246 1.0o _ li ..__ l ll l ll l l ll ll l ll ll :1t3:

10.667 1:::

1.0000 0 _.1 2 3 4 5 6 7 8 9 10 _ _ 12 , _12

  • 10 833 L0m 11.000 1.0000 BOTTOM CORE HEIGHT (FEET) TOP * ((:IO I'Nd
!!:Hi i:::
  • 11.833 1.0000
  • 12.000 1.0000 Figure 6 Callaway Cycle 10 W(z)no at 3000 MWD /MTU

1

. Callaway Cycle 10 Rev. 0 l HEIGHT 10000.

(FEET) W(1) 1.50 l l ll l l jl ll l . 0.000 1.0000 l l l l l l l 1I I

  • 0.167 1.0000 g
  • 0.333 1.0000
  • 0.500 1.0000
  • 0.667 1.0000 l l 0.833 1.0000

} l

  • 1.000 1.0000
  • 1.167 1.0000
  • 1.333 1.0000 r"

1.833 1.3473 1.4C ,

2.jg 1;gg i

~

i 2.333 1.2941 2.500 1.2758 2.667 1.2571 2.833 1.2386 l 3.000 1.2235 a j 3.167 1.2138

' 3.333 1.2092 3.500 1.2057 i

I I 3.667 1.2015 3.833 1.1967 I I I h 4.000 1.1924 1.3C 4 4.267 1.1886

!a 4.333 1.1850

~ ~

,,6 4.500 1.1817 n g i' 4.667 1.1780 l 4.833 1.1736

^ - -

i ~ .

5.000 1.1662 an 5 3 p  :

5.500 1.1477 5.667 1.1438 5.833 1.1497 a 6 67 . 9 n"

1.2C 6 323 1.1931 l

l l l. ,a ,

g ll 3

l l lll l ll 6 6N 6.833 I:2!6 1.2266 i

7.000 1.2345 l 7.167 1.2406 b

7 127 l 7.833 1.2515 l l 8.000 1.2539 l 8.167 1.2555 8.333 1.2583 2 1.1" 8 500 1.2570 i

l ll l l f

~

ll ll '

ll

~

ll~~

!:8N 9.000 I:2!9 1.2658

! 9.167 1.2721

k.  !

i .

9.333 1.2786 l

' l l l 9.500 1.2824 l 9.667 1.2858 !

l l'= -

9.833 1.2930 I

l l 10.000 1.3020 l ~ .

10.167 1.3117 i

  • 10.333 1.0000 l
  • 10.500 1.0000 l 1.00 -

. 10,667 1.0000 ;

O 1 2 3 4 5 6 7 8 9 10 11 12

  • 10.833 1.0 m  !
  • 11.000 1.0000 l

.. BOTTOM CORE HEIGHT (FEET) TOP

  • II:IU

. I:l$$ 1 11.500 1.0000 )

  • 11.667 1.0000 11.833 1.0000
  • 12.000 1.0000 Figure 7 Callaway Cycle 10 W(z)no at 10000 MWD /MTU l
  • Top an j bottom 157< excluded as per Tech Spec 4.' ' 'G l 14 I

l

, CauaAay Cycle 10 Rev. 0 HEIGHT 18000.

1.50 'il ll f$[

0.167 2NNO 1.0000 l l ll l ll l l l  : ::": i:::::

,
* :::n 2::::

l l 1.000 1.0000

  • 1.167 1.0000 )

l l l l l l

  • 1.333 1.0000 I l I i 1 I I
  • 1,500 1.0000 i
  • 1.667 1.0000 l 1.833 1.3127 1.4C 2.m 1.3e02 ,

l I l l ll  !  !!!N I:!4!

l l l

':: 1:'u: i 2.833 1.2318 l l l l 3.000 1.2218 I I l l l l 3.167 1.2173 3.333 1.2171  ;

3.500 1.2176 1 3,667 1.2212 f

l l^" ^'

Ilk 1.3C l

' ll l

' ll l ll ll 4! I!!

Il ll 4l ll ll i

Ill W l4 l lll ll lll  ::'!'

4.667

!:'3l 1.2512

^ 5.000 1.'2509 g, A 0 4 , 3 3  : -

5.500 1.2411 l  ! .

ll. --l l ll bkb I  !:03 I:NN 1.2C ll. Il TI I !I lll ll lil lli ll I ':::

6.333 1:'U:

1.2803

!lI flI Il l Il ll ,

' ll -

ll !I l lII '

!l I!N 6.833

!!!N!

1.3036 I

6 73

! Ill I I I II I ll ll ll  ;:"' 1:nu 7,667 1.2937

8. 00 .2 28 i ' i '

8.167 1.2748 I

e-l l 8.333 1.2673 867 1 l 8.833 1.2374 a .. 6 2 88 i -

9.333 1.2275

7 7 9.833 1.2326 1 . 6 1[420 W12 l!!!!!!!!!!!!!

1.0c Ilj l l.I I Il lli Ill l ll il 0 1 2 3 4 5 6 7 8 9 10 11 y;8n 1;jlc BOTTOM CORE HEIGHT (FEET) TOP [I:IU I:UN

!!: #  !:nn
  • 11.833 1.0000
  • 12.000 1.0000 Figure 8 Callaway Cycle 10 W(z)no at 18000 MWD /MTU

Callaivay Cycle 10 Rev.0 HEIGHT MAX arcn wm 1.50 l l l l,t

  • 0.000 1.0000 l I I l
  • 0.167 1.0000 j
  • 0.333 1.0000
  • 0.500 1.0000
  • ^l l l
  • 0.667 1.0000
  • 0.833 1.0000 l l I i
  • 1.000 1.0000
  • 1.167 1.0000 0
  • 1.333 1.0000 0-
  • 1.500 1.0000 l l ll l l
  • 1.667 1.0C00 l l l l I I l l l l ll d l l 1.833 1.4300 1.40 2.000 1.4029 2.167 1.3754 f 2.333 1.3482 I

4 2.500 1.3229 2.667 1.2985 l l O' 2.833

- - 1.2742 l 3.000 1.2554 3 l ll 3.167 1.2432 I i1 g [

3.333 1.2361 l l 04f 3.500 1.2311 t

l # " f>

  • 3.667 1.2294 I O 3.833 1.2422 1.3C f

. l!

I a, '

4.000 4.167 1.2541 1.2635 g <

][ .

f l 'N' 4.5 0 f.'756 y

a j 3 {

l 4.667 4.833 5.000 1.2819 1.2844 1.2855

' ' 5.167 1.2841 l

    • l . t. ,  ! ,

5.333 1.2808 4 j  ;

5.500 1.2802 l

5.667 1.2815 l l f l

l l 6.0 0 1.2925 I i l I I }

l 6.167 1.3056 1.2C , ,

s,333 3,336, I

6.500 1.7257 l f  %

f I

I I .

l l

' l i fll!lI l

i 6.667 6.833 1.3321 1

g j 1.3350 il 7.000 1.3368 l

l -

I'! ..ll i y

< l I 7.167 1.3351

! I l l 7.333 1.3306 i

'l{

f  ! .

I i

I I f!>

'll l

7.500 7.667 1.3224 1.3131 I I I 7.833 1.3051 l

l l  ! 0. 500 1.2949

l. _6 8.167 1.2829

.t 1*10 lll

.ii l

f l

I l

l lll l 1 ( ll 1 l

l l

}

l l'

l l 8.333 8.500 1 2834 1.2858

' ll l l

' l ll l!I ' l l I lI j

l l i

ll,l j

8.667 B.833 9.000 1.2862 1.2863 1.2883 i l

~~

l' 9.167 1.2989

,' l j 4 -

_.,_, 9.333 1.3214

' 9.500 i l 1.3436 l

- + " ~+ -+- .+ . 9[g 7 l l

]l' ' ' ..;

l l' l

I 10.000 10.167 1.4087 1.4246

  • 10.333 1.0000 1.00 4

I f' f

> lI ll II l

I l

l lI I

) Jll IiI jl l , f f

  • 10.500
  • 10.667 2.0000 1.0000 0 1 2 3 4 5 6 7 8 9 10'~ Y1 ' f2
  • 10.833
  • 11.000 1.0000 1.0000 BOTTOM CORE HEIGHT (FEET) TOP * ((:20 [:Nl
  • 11.500 1.0000 f
  • 11.667 1.0000
  • 11.833 1.0000
  • 12.000 1.0000 Figure 9 Callaway Cycle 10 Bounding W(z)no

_ _ _ _ _ _ _ _ _ _

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