ML20058K637

Rev 1 to Sequoyah Nuclear Plant Unit 2,Cycle 6 Core Operating Limits Rept

ML20058K637
Person / Time
Site:	Sequoyah
Issue date:	11/18/1993
From:	TENNESSEE VALLEY AUTHORITY
To:
Shared Package
ML20058K631	List: ML20058K626 ML20058K637
References
NUDOCS 9312150344
Download: ML20058K637 (11)

Text

.

L36 931202 802 QARecorc SEQUOYAH NUCLEAR PLANT UNIT 2, CYCLE 6

)

CORE OPERATING LIMITS REPORT REVISION 1 November 12, 1993 1

Prepared:

g

( {Guc~d

/

t$"lS-E.3

_ fimT.

Nuclear Fuel V Date Reviewed:

k idb$1,

/

N-J 7 -;?3 Reactor'Engineeri g Supervisor Date i

j if-/[Vf Technical Supbort % Sger Date d

/

l b

PORC Chairmad Date i

Revision 1

i Pages affected All I

Reason for Revision The EOL/ARO/RTP-MTC and 300 ppm j

surveillance limits specified in Section 2.1 are i

revised to reflect new calculational inethodolociv.

Format is also revised to reflect current standard.

]

j SEQUOYAH - UNIT 2 Page 1 of 12 Revision 1 9312150344 931208 PDR ADOCK 05000328 p

PDR

1 _

COLR FOR SEQUOYAH UNIT 2 CYCLE 6 1.0 CORE OPERATING LIMITS REPORT This Core operating Limits Report (COLR) for Sequoyah Unit 2 Cycle 6 has been prepared in accordance with the requirements of Technical Specification (TS) 6.9.1.14.

The TSs affected by this report are listed below-3/4.1.1.3 Moderator Temperature Coefficient (MTC)

I 3/4.1.3.5 Shutdown Rod Insertion Limit i

3/4.1.3.6 Control Rod Insertion Limits

-3/4.2.1 Axial Flux Difference (AFD) i 3/4.2.2 Heat Flux Hot Channel Factor (F (:Z))

e 3/4.2.3 Nuclear Enthalpy Hot Channel Factor (F[)

2.0 OPERATING LIMITS i

The cycle-specific parameter limits for the specifications listed in section 1.0 are presented in the following i

subsections.

These limits have been developed using the NRC approved methodologies specified in TS 6.9.1.14.

i The following abbreviations are used in this section:

i'i

.s BOL stands for Beginning of Cycle Life j

ARO stands for All Rods Out HZP stands for Hot Zero THERMAL POWER EOL stands for End of Cycle Life RTP stands for RATED THERMAL POWER i

2.1 Moderator Temperature Coefficient -'MTC (Specification

)

3/4.1.1.3)

I i

2.1.1 The MTC limits are:

The BOL/ARO/HZP-MTC shall be less positive than 0 Ak/k/*F (BOL limit).

With the measured BOL/ARO/HZP-MTC more positive than.-l.2 x 10'5 I

Ak/k/*F (as-measured MTC limit), establish control rod withdrawal limits to ensure the MTC remains less positive than 0 Ak/k/'F for all times _in core life.

The EOL/ARO/RTP-MTC shall be' less negative than or i

equal to -4,5 x 10 Ak/k/

• F.

+

j i

SEQUOYAH - UNIT 2 Page 2 of 12 Revision 1 4

r r

.o

.=-

COLR FOR SEQUOYAH UNIT 2 CYCLE 6 I

i 2.1.2 The 300 ppm surveillance limit is:

The measured 300 ppm /ARO/RTP-MTC should be less i

negative than or equal to -3.75 x 10 Ak/k/

• F.

+

2.2 Shutdown Rod Insertion Limit (Specification 3/4.1.3.5).

2.2.1 The shutdown rods shall be withdrawn to a position greater than or equal to 225 steps withdrawn.

2.3 Control Rod Insertion Limits (Specification 3/4.1.3.6) i 2.3.1 The control rod banks shall be limited in physical insertion as shown in Figure 1.

I 2.4 Axial Flux Difference - AFD (Specification 3/4.2.1) 2.4.1 The axial flux difference (AFD) limits are provided i

in Figure 2.

2.5 Heat Flux Hot Channel Factor - F.(Z)

(Specification 7

3/4.2.2) p RTP F (Z) 5

• K(Z) for P > 0.5 o

P p RTP F (Z) 5

• K(Z) for P $ 0.5 a

O.5 THERMAL POWER where P =

i RATED THERMAL POWER l

2.5.1 F "I" 2.32

=

a 2.5.2 K(Z) is provided in Figure 3.

.{

SEQUOYAH - UNIT 2 Page 3 of 12 Revision 1

'i COLR FOR SEQUOYAH UNIT 2~ CYCLE 6 2.5.3 Note that the W(Z) values required by TS SR 4.2.2.2 are provided in Figures 4 through 8.

This information is sufficient to determine W(Z) versus core height for all cycle burnups through the use of three point interpolation.

2.6 Nuclear Enthalov Rise Hot Channel Factor - F"3 3

(Specification 3/4.2.3)

F,N,5F3HRP * [y + g b

~

)

ik THERMAL POWER where P =

RATED THERMAL POWER

~!

2.6.1 F"g" = 1.55 3

2.6.2 PF, = 0.3 3

l l

i 1

i i

.i l

1

-1 i

SEQUOYAH - UNIT 2 Page 4 of 12 Revision 1-i

.l l

)

l 1

,-e

COLR For Sequoyah Unit 2 Cycle 6

(.09.231)

(.65,231) 231

,,,,,,,,,,,u,,_.,

o,,,,,,.

225

(.o s.2 2 s >

1 / (.e 2.2 2 s) -

' ' B A N K B 200 R

o (i.o.ia r )

d B 160

/

n k

BANK C St 120 e

P P

o 80 3***I s

i

. BANK D t

i 40

(.19, o )

0 0.2 0.4 0.6 0.8 1

(F ully inserted) Fraction of Rated Thermal Power FIGURE 1 Rod Bank Insertion Limits Versus Thermal Power Four Loop Operation F ully wit h dr aw n re 91on shall be the c ondition where shutdown and control banks are at a position within the Interval of ! 225 arid ! 231 steps withdrawn, inclusive.

SEQUOYAH - UNIT 2 Page 5 of 12 Revison 1

?

i COLR For Sequoyah Unit 2 Cycle 6 i

120 11o l

e4

(-15,100)

(6,10 0) 100 0

l I

90 Unacceptable Unacceptable R

Operation a

80 Operation Accept.1ble e

d 70 Operation

[

60 e

i r

so

(.3.50)

- (20, 0) m

^

40 P

30 O

i W

e 20

)

l 10 -

I o

! 40 -so 10 o

10 20 3o 40 so Flux Dif ference (t_si) %

FIGURE 2 Axial Flux Difference Limits As l

A Function Of Rated Thermal Power SEQUOYAH - UNIT 2 Page 6 of 12 Revision 1

(

y-t y

1 r

vrev

+

u-----------

e

i j

f COLR For Sequoyah Unit 2 Cycle 6 1.2 1.1 N

o 0.9 t

.r j

$ 0.8 l

i 0.7 Z

e l

d 0.6 i

0.5--

g Core Height K(Z).

j p 0.4 o.000 1.000 t

6.000 1.000 l

o

'0*000 0 040 w

e 0.3 12.000 0.925 r

0.2 0.1 l

0 O

2 4

6 8

10 12 Core Height (Feet) f FIGURE 3 K(Z) - Normalized Fq(Z) as a Function of Core Height SEQUOYAH - UNIT 2 Page 7 of 12 Revision 1 p

TVA SEQUOYAH UNTT 2 CYCLE 6 COLR MARCH 1992' LV Height MAX treet) w(2) i i

j T~

l tj i

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1. coco g

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1. coo 1.0000 1.35 1.200 1.0000 8

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lil 3.600 1.1282 i

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SUMMARY

OF MAX W(Z) AT 150 MWD /MTTJ 12 Mo 1 **

• TOP AND BOTTOM U% EXCLUDED AS PER *ECH SPEC 421G l

Pag: 8 of 12. Ro. 012S2 lo. m

TVA SEQUOYAH UhTT 2 CYCLE 6 COLR MARCH 1992 W Height MAX (Feet) w(2) ii,; !i! i I' l I' I II I I ili l:I 'I l 'l 0.000 t

1. ONO

= 0.200 1.0000 1 :' lit! lIl I I I I ll I ll l o,4oo 3,oooo Ilii ll!- I I I l 0.600 1.0000 i l 'l j O.800 1.0000 !ii! llll l1 l i iilt In F il I 1l 11-l- ' 0* 1N* 1,3$ 1.200 1.0000 f'l I?}; l I II' l' l 1.400 1,000o i!j! I'Ii

l' ll 1.600 1.0000 8

till lil Il 1

1. s m 1.2609 2.000 1.2391 ll1i ll1 Il I

I 2.200 1.2184 fili ll 'l i I l-4 l 2.400 1.1967 llill IE ll l l l l (. I 2.600 1.1765 j9j j j j jj j 2.800 1.1535 3.000 1.1405 Illl I I-II l I I i I 3.200 1.1384 1lll ll1 l j j ,l o l 3.400 1.1369 j;jj ),, j,j j g i l. 4 gll 3.600 1.1339 3.800 1.1311 1 '"% llll lill 118 I ll 1 l el' tiII-l 4.000 1.1285 m ll j 'jjl "j l l li l i + I I 4.200 1.1288 I ll-l l j y 4.400 1.1309 m o 4.600 1.1320 x !I !I I 4.800 1.1330 II ll l l 1 t' I l 5.000 1.1350 o* llji ll1I ill l ' o I i l l ll Ill 5.200 1.1414 I i I 5 d* ' '525 ili ilst II i 5.600 1.1680 tt lIl ll l l T ll l I 5.800 1.1826 lll. l l lll ll i l 6.000 1.1947 e.200 1.2069

lit, I

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11. 8 m

1. m 12.000 1.0000 I

RAOC

SUMMARY

OF MAX W(Z) AT 4000 MED/hfrU j i

• WP AND BOTIVM U% EXCLUDED AS PER TECH SPEC 420 i

P3ge 9 of 11 Rev. O LO9S210.30am

TVA SEQUOYAH UbTT 2 CYCLE 6 COLR MARCH 1992 W Height MAX 1.40 (Feet) W(Z) ?i' I i-1Ii 'll t Ill 1 1 I ii! (( l i l)1 1 l lll l 0.0o0 1.0000 !!! ; fii ! lll lI 1 ll l l' ) ( l j i j O.2o0 1.0000 I lIl l it! I e.t

3. I i

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o. W t. o@c r

!! ! 1:l l l!' i l ill o.6o0 1.0o00 i u.ll i I8I i lIl i l 8 lI i o.8oo 1.cooo j" l t i t l i l i ( l{ i i 1.000 1.0000 i 't; i l '.l; I . t lll tll 1 llf I -ll (l l 1ij i i ig l1l j 12M

1. coM l

Iii ! IiI ' i ilt i i lll l ) _i! 1.6o0 1,oooo 1.40o 1.0000 i t _llI l lil l Ill l i ll i I l i l l ( l

1. Boo 1.2785 l

+ t i -lli'I Ii i !lI l ll l ll i l l a j 2.000 liti til: lill ili (ili i ll, i 1.2619 g 1 11,1 l 11 2.200 4 1 1.2465 IIII 'l i 3 il 'l 'll l l' l 2.400 1.2314 li i 11 t llll l ll lll Ii

ili, j

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lli Illi ll l ~ 'l

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1. i4'"t I l 1

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i. l l lli i

. lit { })i } ll[ 8.8o0 1.1715 i i ) ~y ) l iil 1 11l I t. i l l 'l I l 1 11 il 1 11 l 'i[ ( ! l l, ' ilj s.ooo 1.1687 I lll ! lli l-l.) ll I t l l l l, l l 1 3 1 Il ll 9.200 1.1878 1 1 l !! i lli l !! i ll I til { l 'l I t1 9.4o0 1.1893 t;; l l l jj l l jjij < i 9.600 1.178s 9.800 1.1898 4 g Lilll llil !llit i l i(I _ lll' ll: li l !i il !- ,i ii i

l, l.

i ll. l 10.ooo 1.2036 (li 0 1 2 3 4 5 6 7 8 9 13 11 12 10 doo 1 ONO i 10.200 1.2213 COE KIM (FIU) 10 Boo 1MM i BOTTOM to.soo i.oooo FIGURE 6 TOP 11 M0 1 M00 11.2 M

1. Moo 11.40o 1.oooo SEQUOYAH UNTT 2 CYCLE 6 11.Soo 1.oooo 11.soo 1.omo RAOC

SUMMARY

OF MAX W(Z) AT 7000 MMWMTU

12. om i. mx

• TOP AND BOTTOM L'% EXCLUDED AS PER TECH SPEC 4.2.2.G Pagelo f 12.

o Rev. Oww: 105=m

.TVA SEQUOYAH UNIT 2 CYCLE 6 COLR MARCH [992 W Hefght max 1.40-(Feet) wi z ) !1 !i, il! Il I if'}l((' I i il }l ll i >l 1 0.000

1. coco I!1 I!i i lli l

l ll l 1 J~ l l l i l i o.2o0 1.oooo lll !!j 1 Lli l l i 3 1 0 *M

1. 0Mo I!l; Ii! l Ill 3

I o.600 1.oooo ll: 8 iii l Iii i o.8co 1.0000 ii li-1 i ,i i 1 1.ooo 1.000o }'. l!i i!, Il l 1 Il l (!' i l i 'l 1 'j l ) i 1.2oo 1,0000 I!!! !!! i Il' l I , l I i i 1.400 1.oooo Illi lll l 111 Ill li (tl l 1.6co 1.cooo ? - lll i lli ll lll I 'I l ' ( 1.8o0 1.2827 llll i l i 1 }il i I 2.ooo 1.269o fil! lil ! lil-I il !l lili 2.2o0 1'2568 t i I lt lill lili il} l 2.doo 1W l I i i l i llll 'l } !jj 1 2.600 1.2333 [ 2.800 1.2194 l ilii,,l' i ll' i i

3. 0%

1.21os t l !Ill !Ill lll {, 4ll{ (! Il 3.20o 1.2o73 t lil l lill fli-1 3.40o 1.2c9o t i ill i,il

lijj, lI i,l1 11

.1 I l i ti 3.600 1.2c78 Ill i lill l+t i li' llI "il! 14l l ' l I ll 'i ij .800 1.2082 m l y Ill! lill I!4 ( l. 7 l -'l .l.i i i l I t 4.00o 1.2053 ol 4 11 l ll ll [i (4 l 'e 4.2o0 1.2038 i 5 l l ,ll' (ii ll~ { 4.600 1.2029 4.400 1.2047 lil 1' il lill D7%4U l' i'i ii il l' sj,20 '*800 ' 2013 o illi lill lit i i 'l INT t'll i el ll I Ili s.2oo 1.iS2, 4 5.ooo 1.1963 p (lll ij)i ljl l 1 l i lj { ja ) 5.40o 1.1983 3 ll!!

111, 1 1 1 l

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~-

7.400 1.2437 -~ l l ill Illi Illi 'lli 7.600 1.2359 ll I il lfll Ill ll ll t ( ll i ill' 7.8o0 1.2242 i I lil' lll! l lj 'l l l ~ l ll l 'i l S.ooO 1.2o98 l,ll jl l lI l l1 js l 8.2oo 1.1923 l ill . I !i I l l ) i - ll{ l 1 8.4o0 1,1721 i 1 iti l ll 8.600 1.1488 1111 II'l i lll ll! i lij f ll l ill (It t il l ilj i t)l lll 8.800 1.1341 -1111 Ill ! ! l }ll 'll llt I l' il { 11 1 11l j I I ll 8M I 1271 ) ~ l Iffl li 1 1, I l ll ll ( Il l ll il - 9.200 1.1229 Il lIll ! !!! l lll l il' I III i t il l 9.600 1.1291 9.40o 1.1217 llII I IIl l l I i ll 1 l { l jj 'l { 9.80o 1.1345 ali!,l iit i li h i tti t-ii16 t iul nli i: (: I 'il o-il i i t! 15- 5' 0 1 2 3 4 5 6 7 8 9 13 11 12 10.400 1.0000 t 10.2o0 1.1624 cyE Elgii (nn) 10.e00 1.oooo to.soo 1.oooo 11.000 1.oooo BOTTOM FIGURE 7 TOP 11.200 1.oooo 11.4o0 1.0000 SEQUOYAH UNIT 2 CYCLE 6 11.600 1.oooo

11. e m 1.omo RAOC

SUMMARY

OF MAX W(Z) AT 10000 MWD /MTU 12. om

1. mx

• TOP AND BOTTDM 15% EXCLUDED AS PER 71EO{ SPEC 412.0 Page 11 of 12.

Rev. 01.M9210'.30m

j ( 'l i 1 i TVA SEQUOYAH UbTT 2 CYCLE 6 COLR MARCH 1992 W beight MAX tfeet) Vi2) 'Il ; 'i t ' 'lll '{1 (1 1' l} l 'l i j i il 1i 1' l ,t j t i 16 :. l{ l 1 i til i l i i i I!j i ) 0.000 i 1.0000 i

0. 2M i

1i ' 'i! ! I l 'I i i t i i i 3!I 1.o m i I 1( ! i i i l l O.400 jfa ! Iit i !ll 1 l i 1.0000 {l {I l} i o.600 _I l l

• 11!

1,oooo t ll! l l 'ill li' !i i lii I _ll 1.35 0.800 1.0000 t fj' t t(i t i, i 1. 0 ill 4 i l ! il Il l ll' l1 ~ ) } 1 1 l l l ll ( 1.200 1.0000 1.cooo J liii 11: (!r i t j 1 l 1.400 i i lili li' i i l } )

1. MM

}}l 1 !Ii.,' ll( l l l i 1.soo i i l

1. coco i

IIf, I L i

l i ^ f 2.000 i l 1.800 1.2728 ) t }lIl it' l 1,2593 lil l 1 Illt I,ii tl-bli 2.200 i1 i ( I ,l. i il'l llt ! {'i ) iil 1.2459 ll l! l' i't 2.400 f 4 !! l t 1.2322 } ', ljl} l.l o 2.600 s 1.2180 .lli III lil { 2.800 il 1.2022 i ll lli 3.000 1 l l3l llll }li l l 1lI ll! t 4 (! l l l 1.1927 I 3.200 ll i t t 1,1949 itil "ill! ist t.!! ilil itllt it.i liii

lii, till

!il 3.6% 1.2183 1 i }}l 3.400 1.2$ 1.2072 l11 ll11 till 'll )4*i 44!!'lili ll'l l ' j l 'lli Ill llI: 3.800 1.2269 i mO llll llil Il l s i liil I (l i II l 4.000 1 2340 i o lI'l lIl{ !ll , t 'l 'i A !( t 4.200 1.2405 xy ! Il!! I/ I o l 4.400 1.2438 i;} 11l1 Ti[_ I 1 ~ 4.600 1.2451 0 i i ,l,l 1 11 t( li i b* 4.800 j lllI illi llii.t l 'l l l s i !il} 1.2463 I:l () ) il1 I i l(ll 5.200 5.000 1.2414 I '1 1 it E tiil I!i I i i t t !il i '- 1.2437 i( l Iif l( ( li i 1 'l ( l l 1 !i 5 '" 50' l i i lill l lii i! I i- {l 5.600 1.2759 'i l 'I, 5.800 1 l 1,

l. l 'l j i[I 6.000 1.2973 3

1.2877 llll l iil lli) i i ll li 1.1$ l lill (11 Il lii i li it; i it B. M 1.3056 i -Illt t ill till Iltl Illi ill) iill It .1 l l t! til. l ll-- S.400 1.3101 lill l ill ijl l l ) lt l lill ll l

6. 6 0'e 1.3132 1lll l it:

ill i l 6.8 X) 1.3122 l 1 i l l 1 1 7.C00 1.2095 ll! ( !ll til ll ( t _!l l I ) (t i _jilflil li I lli i Il l 111 'l I lill 7.200 1.3027 f s 1 i i li l 1Il ! iil i li 7,4 )o lill litt l ll ii'l 'll ll'i 'll l l l 1 1(' ll i lij 7.800 1.2643 3,29;7 4 7.600 1.2807 Illi liti i i ll i ji i t I Illl llll l ) 1

s. m 1.24e2 t ll l

I ( I lli 8.200 1.2234 ll1! lill l l 'i i i 1 L l j i 8.400 1.1985 iiii liti i li i. i il: tit till illl.. iil I lli l itt.l it i ill s.800 . 1679 1,0$ s.soo 1.1 % z llIl till t il lli l tt' I I till I lli l' i l '1 Il i{ lil 9.000 1.1625 lill lili i ll 1)I i 'i i it! I I 9.20o 1.1ses t L l llI i, I lI litt #11l l. ii; I l lli l til j!'i I j j 1 s.soo .1.1451 S.400 1.1501 = IllI lj!! !! !! j l i 'l ilI il I ,i i i

s. s oo 1.13s7 7'g_!I!i 1 11 114 11 1<

t!i l{ itti l:li t ill < il:); i ll: tt i l 10.000 t!,s!l l it 1.1402 O 1 2 3 4 5 6 7 8 9 10 11 12 '0 'N ' MOO 1o.200 1.1454 NNN BOTTOM oo t TOP ti. coo t.oooo FIGURE g 11.2co 1.o00o 11.4oo 1.oooo SEQUOYAH UNrr 2 CYCLE 6 11.800 1.0000 RAOC

SUMMARY

OF MAX W(Z) AT 14000 MWD /MTU

11. s M

1. wM

'2 *

• TOP AND BOTIDM 15% EXCLUDED AS PER TEQi SPEC 422 G Paj;e 12. of 12 Rn 01mS210 3bam

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