Text

Rev 2 to Sequoyah Nuclear Plant Unit 1,Cycle 7 Colr
	ML20058L086
Person / Time
Site:	Sequoyah
Issue date:	11/12/1993
From:	; TENNESSEE VALLEY AUTHORITY
To:	;
Shared Package
ML20058L078	List: ML20058L077; ML20058L086;
References
	L36-931202-803, NUDOCS 9312160138
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!

F L36 931202 803 g SEQUOYAH NUCLEAR PLANT UNIT 1, CYCLE 7 CORE OPERATING LIMITS REPORT REVISION 2 November 12, 1993 Prepare :

%g W / //- IS- 9.5 NuclearQueT Date l Reviewed:

-Es<n A hrv / // - / ;7 - ?3 Reactor'En ine 'ing Supervisor Date i h / ll-l$5h f Technical (Suppor Q ager Date b / / L 3 PORC Chairmkn Date l

Revision 2 Pages affected 2-3 Reason for Revision The EOL/ARO/RTP-MTC and 300 ppm surveillance limits specified in Section 2.1 are revised to reflect new calculational methodoloav.

SEQUOYAH - UNIT 1 Page 1 of 12 Revision 2 9312160338 931208 PDR ADOCK 05000327 P PDR

1 1

l COLR FOR SEQUOYAH UNIT 1 CYCLE 7 l 1

1.0 CORE OPERATING LIMITS REPORT I

This Core Operating Limits Report (COLR) for Sequoyah Unit 1 'j Cycle 7 has been prepared in accordance with the i requirements of Technical Specification (TS) 6.9.1.14. j t

The TSs affected by this report are listed below: ,

3/4.1.1.3 Moderator Temperature Coefficient (MTC) !

3/4.1.3.5 Shutdown Rod Insertion Limit !

3/4.1.3.6 Control Rod Insertion Limits :

3/4.2.1 Axial Flux Difference (AFD) ]

3/4.2.2 Heat Flux Hot Channel Factor (Fa (Z)) l 3/4.2.3 Nuclear Enthalpy Hot Channel Factor (Fh) t i

'l 2.0 OPERATING LIMITS I The cycle-specific parameter limits for the specifications !

listed in section l'.0 are presented in the following !

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

The following abbreviations are used in this section: '

BOL stands for,Beginning of Cycle Life ARO stands for All Rods Out i HZP stands for Hot Zero THERMAL POWER-EOL stands for End of Cycle Life _ 1 RTP stands for RATED THERMAL POWER i i

2.1 Moderator Temperature Coefficient - MTC (Specification !

3/4.1.1.3) i 2.1.1 The MTC limits are:

The BOL/ARO/HZP-MTC shall be less positive than 0 j l Ak/k/*F (BOL limit). With the measured '

I BOL/ARO/HZP-MTC more positive than 0 Ak/k/*F-(as-measured MTC limit), establish control rod withdrawal. limits to ensure the MTC remains-less positive lthan 0 Ak/k/*F for all times in core life.

The EOL/ARO/RTP-MTC shall be less negative than or equal to -4.5 x 10 Ak/k/*F. +

SEQUOYAH - UNIT 1 Page 2 of 12 Revision 2

, . , . .. . . ~ . . . . - . . = _ .- . - . . ..

1 e 9 i

COLR'FOR SEQUOYAH UNIT l' CYCLE 7 !

2.1.2 The 300 ppm surveillance limit is: ;

}

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

negative than or equal to -3.75 x 10 Ak/k/*F. +: l t

2.2 Shutdown Rod Insertion Limit (Specification 3/4.1.3.5) f 2.2.1 The shutdown rods shall be withdrawn to a position !

as defined below:

Cycle Burnuo (MWD /MTU) Stens Withdrawn -

t

< 2,000 2 226 to 5 231 j

> 2,000 to < 14,000 > 222 to 5 231 1 14,000 > 226 to < 231 l

'i .,

2.3 Control Rod Insertion Limits (Specification 3/4.1.3'.6) l 2.3.1 The control rod banks shall be limited in physical insertion as shown in Figure 1. :

1 2.4 Axial Flux-Difference - AFD (Specification 3/4.2.1) !

.i -

l 2.4.1 The axial flux difference (AFD) limits are provided in Figure 2. .

=l 2.5 Heat Flux Hot Channel Factor - F A (Specific. tion l 3/4.2.2) J F,(Z) $

K(Z) for_P > 0.5 P

p RTP F,(Z) $

K(Z). for P $ 0.5 0.5 .

THERMAL POWER where P =

RATED THERMAL POWER SEQUOYAH - UNIT 1 Page 3 of 12 Revision 2 -

i I

1

t

-l 4

COLR FOR SEQUOYAH UNIT 1 CYCLE 7 i

2.5.1 FaRTP = 2.40 j i

2.5.2 K(Z) is provided in Figure 3. l i

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 - Ff, !

(Specification 3/4.2.3) !

i F[g 5 F"g" 3 * (1 + N33 * [1 - N ) _

i

-THERMAL POWER !

where P = !

RATED THERMAL POWER !

.e 2.6.1 F[gTP = 1.62 ,

2.6.2 PF3 , = 0. 3 i

i

~!

i i

J SEQUOYAH - UNIT 1 Page 4 of.12 Revision 2

'I 1

l i

COLR For Sequoyah Unit 1 Cycle 7 )

i

( 09,231) (.65,231) 231 *

(Fully Withdraw n Re91on) /

g )'

/C 0 5,2 2 2) (.61,222)

=

' ' B AN K B 200 - - -

R O _ . _ . _ _ (1.0.182) d i B

a 160 -

n ,

k -

l S

BANK'C t 120 -

i e ,

P _

l P

o 80 J ,es ,

s )

i . BANK D t -

i l o '

n 40 -

1

(.19,0 ) , , ,

0 0.2 0.4 0.6 0.8 1 l (F ully !

In s e r te d) Fraction of Rated Thermal Power I FIGURE 1 Rod Bank Insertion Limits Versus e

Thermal Power Four Loop Operation Fully wit hdrawn re gion shall be the condition where shutdown and control banks are at a position within the interval of ! 222 and ! 231 ste p s wit hdraw n. Inclu sive.

F ully withdrawn shall be the position as defined below, Cvele Burnuo (M Wd/MT U) Stee Withdrawn

!2000

2 2 6 to ! 2 31

2000 to e 14,000

= 14,0 0 0 h 222 to ! 231

! 226 to ! 231 SEQUOYAH - UNIT 1 Page 5 of 12 Revision 2 i

I

l COLR For Sequoyah Unit 1 Cycle 7 120 110 -- -- - -

f e4

(-15,100) (6,100) '

100 - - - - - -

O .

I 90 Unacceptable Unacceptable R operation operation i a 80 -

e Acceptable {

d 70 -

-Operation .

[e 60 -- -

l i

r 50 -

(-31,50) ~ (20, 0) !

m !

40 -

P 30 -

0 'l W

e 20 -

r 10.-- -

o 40 20 -10 0 10 20 30 40 50 Flux Difference (A1) % .

FIGURE 2 a Axial Flux Difference Limits As A Function Of Rated Thermal Power SEQUOYAH - UNIT 1 . Page .6 of 12 Revision 2

,u= 2- a ..~n -s._m,. - ,s_

~

l l I COLR For Sequoyah Unit 1 Cycle 7 l i

r 1.2 1.1 -- -

N o 0.9 -

r !

$ 0.8 1

i 0.7 -

I e i d 0.6 --

l 0.5 -

, Core Height K(Z) -l P o,4 -

0.000 1.000 l 0 6.000 '1.000 '

9, 10.800 0.940 'l e 0.3 - 12.000 .0.925 r j o.2 - -

i 0.1 -

t 1

' ' ' ' ' I 0

O 2 4 6 8 10 12 Core Height (Feet)

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

. . . . . . - .- , .. . . _ ~ ,--

i- ;

HEIGHT MAX.

. (FEE 7) w(2) 1.50 , , ,ii i , , , ,

O.0 1.0000 i

i t i i i I o.2 3.o000 4 ' t O.4 1.0000

! i I i i l O.6 i i i i i i 8 i 1.0000 '

! l O.8 1.0000 i i t i i i ! t 1.45 , , , i i 8

1.0 1.0000 i .

i i t i i i i i 1.2 .

0000 I i i 1.4 1.0000 i i l l i t t.6 1,0000 j , i : j t i i ;

i 1.8 1.2835 i i ,

1.40 ; , :

e i 2.0 1.2634 -

, I i i e i , 2.2 2.2428 !

i ; i e i t i . I I 2.4 1.2222 i i t i

I ii 2.6 1.2015 I i t i i i i 2.8 1. 797 ;

i i i i i ! 4 3.0 1. 643 ;

IN , i ,

i 3.2 1.1578 n ! I i t ! 3.4 1.1574 ,

N 4 i i . 3.6 1.1608 v i i i i . '

i 3.8 1.1636

' ' ' ii ' '- ' '652 -

E1.30 '

t i e a

{ i 4.2 1.1660 !

X '

! ' " ' 4.4 1.1658 4 I ' # ' 4.6 1.1646 2 l ' d

! I 4*U;' ' , 4.8 1.1629

' ' ' ' '

5.0 1.1581 L1.25 !

i l ,- l ', y! . ,' l 5.2 1.1595 o 4 e 4 I I i '* , 5.4 1.1734

>- i a I ' 5.6 1.1870

! ; 5.8 1.1993 i 8 '

6.0 1.2287 a

s

< 1.20 , i ,- . , l i 6.2 e,,

1.2388 2 t i t' i 4 ' 1.2475 U i i 'l ! ' ' 6.6 1,2546 6.8 1.2601 i + Leo* ** e . I 1 !

7.0 1.2630 i w i T' i 6 '

1.15 , , i , i 7.2 1.2656 ;

7.4 1.2691 -.

i ! I i

7.6 1.2706 i I i

! 1 7.8 1.2696 t I I i '

8.0 1.2662

, i e i t i 8.2 1.2604 1.10 , , , , , , i 4 i i 8.4 i.2516

, i i 1 i i '

e 4 B.6 1.2398

! l 4 ' 8.8 1.2341 ,

i i t i i I I 9.0 1.2377 i , i s e i i I ' 9.2 1.2428

- . i t i t i i 9.4 1.2449 1 1 i i i I 9.6 1 2536 i i i i i I 9.8 1.2678 I i ! I i 1 e i i 8 10.0 1.2826 i i e i i i i a i e i 10.2 1.2990 1.00 '0' '-

0 2 4 6 8 10 12 CORE EIGHT (FEET) l$

11.0 I. "8888 1.0000 BOTTOM TOP

.j 3,

11 6

,000 3

1.0000 11.8 1.0000 12.0 1.0000 FIGURE 4 SEQUOYAH UNIT 1 CYCLE 7 RAOC

SUMMARY

OF MAX W(Z) AT 150 MWD /MTU (TOP AND BOTTOM 15% EXCLUDED AS PER TECH SPEC 4.2.2.2.G)

Page 8 Of 12.

n

. Hf!GHT wAA (FEET) w(2) 1.50 , , 0.0 1.0000

! ' ' 0.2 .

, l [ l 1.0000

] i O.4 I '

s $ j 1.0000

! ' O.6

' 1.0000 I ! l

! O.8 1.0000 4 ' ' '

1.45 ' ' '

1.0 1.0000 1.2 1.0000 8

! l ! 1.4 1.0000 8 ' ' 1.6 1.0000

I ! ' ' I

! 1.8 - 1.2396 j,40 l ' ! I i '

i 2.0 1.2252 I I I i 2.2 1.2107 8 ! I ' ! ' i 2.4 1.1959 I i '

f i 1 i a 2.6 1.1810 ,

I I '

I t t _i <

2.8 1.1683 }

j,3 i i I t i i i 4 3.0 1.1623 i

$ i e i t i 3.2 1.1606 n '.! !I l 4 i i i 3.4 1.1607 i i 3.6 N .

i 1.1653

%s ! l : i ! ( i .. I 3.8 1.1713

' ' ' ' ' ' ' -' ~ ' ~ ' ' ' ' '- '"'S

1*30 I . I I i i o j 4.2 1.1805 a'i i ,

X l e i i .t i , ! ! i 9 4.4 1.1832

4 ( ~; i . j . j 4.6 1.1847 2 1 i i i ei e; i 9 . e i 4.8 1.1853

L1*25

' ' ' ' ' ' ' ' " ' 5 '"

O '

I i

e j

,' P ' I

,,4 i 5.'2 5.4 1.1844 1.1932 y , o j i, ,

, ,, , , 5.6 1.2049 e i , l l j jj , 5.8 1 2215 t a e i i . . 4 i 6 , , 6.0 1.2531 2 1.20 , , , , , , ,, , , , , , , , 6.2 1.2675 2 Ll . ,4 e L e j i 4 j 6.4 1.2805 3

i i l i i i i g o j g ,

4 , , j 6.6 1.2914

. 'A, e 9 i i t i ; j 6.8 1. 3@2 7.0 1.3066 1.15

' ' ' ' ' 7.2

, , , ; 1.3104 i i ; i e 7.4 1.3113 i i ,

, j , , , ,

7.6 1.3093 7.8 1.3041 8.0 1.2955

' ' ' ' ' ' I I ' ' '

j,jD ' 8.2 1.2835 I ! I ! ! ! i ! l ! I B.4 1.2678

' f ' ' I ! *i i ! l 8.6 1.2484

' ' )

I ' i ' l '

B.8 1.2324 4 9.0 1.2257 1.05 9.2 1.2199 9.4 1.2131

' ' ' 9.6 1.2254 l

' ' ' ' 9.8 1.240

' ' ! ' ' i ' '

10.0 1.2533

' ' ' ' i i jg * ' I i 8 ' ' 10.2 1.2673 0 2 4 6 8 10 12

'O 4 '.m COREHEIGHT (FEET) :* ':

11.0 1.0000 BOTTOM 2 ' ' "

TOP 11.4 1.0000 ,

11.6 1.0000 1 11.8 1.0000 12.0 1.0000 FIGURE 5 SEQUOYAH UNIT 1 CYCLE 7 I

RAOC

SUMMARY

OF MAX W(2) AT 4000 MWDIMTU !

(TOP AND BOTTOM 1S*4 EXCLUDED AS PER TECH SPEC 4.2.2 2.Gl l

Page 3 of 11

'a

. MEIGHT WAK '

. (FEET) Wl Z )

1.50 l - '- 0 j i ! i e i i t i i '

O.2 1.0000

! 1 I I i e i 4 ' t , 0.4 1.0000 i I 6 1 i i l i O.6 1.0000 e ! I ' 0.8 i . 1.0000 i t i i 1.45 , ,

1.0 1.0000

, i ,

1 i i 1.2 1.0000 8

i 1.4 t 0000

i j i i t i

! 1.6 1.0000 i i j i i i 6 1.8 i

! i 1.2564 I i ; i i i i i 1.40 , , , , i i

+ 1 I

6 8 i

2.0 2.2 1.2435 s.2305 t{

6 ; i i i j i 2.4 1.2172 i

! I i i I e i ! 2.6 1.2035 '

I i i i i ,

i l .

l 2.8 1.1915 jy i 4 i i i i I 3.0 1.1799 I i i l t i i i i 3.2 1.1738 m

I i i i i e'%. i 3.4 1.1756 N !

' ! ! I ' I" . 36 1.1780 v i ! I I I i l *' i i' i 3.8 1.1839

' ' ' ' ' ' ' ' 'i ' ' ' ' ' 'S:'

"1JO I l { l i e i , 4.2 1.1999 X ; i i , ,

4.4 1.2060 l

<C .

l ; i 4.6 1.2106 ,

2 , j t i , 4.8 1.2137

' ' ' * ' 5.0 1.2147 L.1.25 i l e, 5.2 1.2157 o o I ' i ,

5.4 1.2224

! i . F ' ' " !

' >- t d ' ' I !

5.6 1.2382 CC . 9 L++*I ' I 5.8 1.2562 )

a le _E i 8 '

' I^ * ' 6.0 1.2892 s 1.20 , , , ; , , i; 6.2 1.3037 i

i 2 i ie i I I ' '

e,4 ,,33,0

)

D '

6.6 1.3258 of 6 8 i '

6.8 1.3331 i

! I i !

7.0 1.3374 i i I i 8 i 1.15 , , i , i 7.2 1.3382 i i i q i i 7.4 1.3354 '

i 7.6 1.3294 l

! e 4 I i 7.8

~

1.3196 l i i i i i ;

i i 8.0 1.3065 '

i ; i i e I i i 8.2 1.2897 1.10 i , i i i i .

, i i 8.4 1.2693 i i I i

! l i 8.6 1.2449

. i i i i I

} i 8.8 1.2187 l e i l 1 4 i e i i i 9.0 1.2077 i i i i i i i i I i 8 i

9.2 1.2015 4 l i i ! I i ! I e i 8 9.4 1.1912 i i i i t i j i i i I 9.6 l 1 1.2045 i i j i i i i a I i e i 9.8 1.2196 i ! i i i i i i i t i i 10.0 1.2326 i i i i

)~g i i i i e i i i 10.2 1.2464 0 2 4 6 8 10 12 CORE EIGHT (FEET) 18:' I:8888 11.0 1.0000 BOTTOM .000o TOP ):2 11.6 1.0000 11.8 1.0000 12.0 8.0000 FIGURE 6 SEQUOYAH UNIT 1 CYCLE 7 l

RAOC

SUMMARY

OF MAX W(Z) AT 7000 MWD /MTU l (TOP AND DOTTOM 15*' .EXCt.UDED AS PER TECH SPEC 4.2.2.2.G) l Pagelo of n

]

n t >

. a H[]OMT MAX [

(FEET) w(2) 1.50 , , , 0.0 i.OOOO j

I I ' I O.2 1.0000 I ' I ' i 0,4 I ' ' ' '

1.0000 I

, , ! I I O.6 1.0000 l I i 4 6 i_ , 8 f 0.8

' I ' ' ' ' 1.0000 1.45 -' ' ' ' ' i i 1.0

' ' ' ' 1.0000 I I I ! I i 1.2

'

1.0000

! ! I i ' l - 1.4 '

1 1.0000

' 1.6

! ! I ' '

1.0000 1

' ! I i 1.8 1.2860 i i ' ' ' ' ' i 6 ' ' ' '

1.40 I ' ' ' '

2.o 1.2729 '

! I i 3

i i i 2.2 1.2597 : '

1 8 i 1 2.4 I 1.2461 I t I ' i 2

2.6 1.2321 i l 1 i ! l i ' i

2.8 1.2180 1.35 ' ' - ' 20'2 I I I i I i i i ! j '

3.2 1.1932 m I i I. + + . I I I i i 3.4 1.1984 N ' * * ' ' ' I 3.6 1.2010

%s } l t *t # i j l

,' 3.8 1.2074 i i ' o ' ' '* ' ' ' ' '- '.2ieO 3c1*30 ;

! l !* i t i e i , 4.2 1.2287 X l

t i i i o i 4.4 1.2372 i

1 o I F t , }

i 4.6 1.2438 ;

. j .i i i

+i e d.8 1.2485

, j , j 5.0 1.2510 ci, ! i e

a #

g1.25 , , ,,, , , , , ; 5.2 i.2525 i e

, e i , , , j 5.4 1.2596 p : -

i, , , g 5.6 1.2786 g

, , o j, y 5.8 1.2956 4 , e ,, , , , 6.0 1.3030 s1.20 , ,/ , , ,,, , , , ,

, 6.2 i.3148 2 i , i ; , i .+i it i S4 32 8

~3 , , ,, 6.6 1,3301

i g ; ,i je, ,

6.8 1.3336

' ' ' 7.0 1.3341 [

1.15 l l ll le ,

7.2 7.4 1.3313 1.3253 7.6 1.3159 7.8 1.3030 I I I i ' I '

' ' 8.0 1.2867 j,10 I i * ' ! '

1 I

8.2 1.2669 8 t I I I i 8 '

8.4 1.2439

' I * ' I I ' I 8.6 1.2182

! ' t 8.8 1.1869 I ' I ' ' I ' I I ' ! 9.0 1.1722 jg i I * ' '8

8 i

' 9.2 1.1672

! 9.4 1.1593 i i I f ! 9.6 1.1716 i i i ' ' 9.8 1.1857 I

1 l '

1.1982 1 I I

. . 10.0 jy I I ' l ' ' ' ' ' ' 10.2 1.2116 ,

0 2 4 6 8 10 12

'0 ' '"

)

COREHEIGHT (FEET) l:' ':"0000 11.0 1.0000 BOTTOM TOP ,2 3, ;O000 11.6 1.0000 11.8 1.0000 12.0 1.0000 FIGURE 7 SEQUOYAH UNIT 1 CYCLE 7 RAOC

SUMMARY

OF MAX W(Z) AT 10000 MWD /MTU (TCP AND BOTTOM 157. EXCLUDED AS PER TECH SPEC 4.2.2.2.G)

J l

Page 11 of I'1

'i ! ,

HEICHT Mu (FEET) w(2) 1.50 t e i e i i i i t

' 0 oo

' I o,2 3,oooo ,

I 8 I I I I i l I I O.4 1.0000 I I I I O.6

! ' ' ' ' 5 i 1.0000 l i O.8 1,0000 8 1.45 I 4 i i ,

1.0 1.0000 I i

i i i i i 3.2 3.00o0 ;

t i e i i S.4 1.0000 i

~

1

! I i t i i 1.6 1.0000 i i i i i 1.8 1.2736 i 1.40 i i 2.0

, 4 i i i i ,

1.2589 I i l i 2.2 i . 2uO i i i 2.4 1.2292 i i . I i 2.6 i j i 1.2141 4

! i 2.8 ,

l l

} 1.1968 *

l.

t I

e i i t i e i 3.0 1.1924 '

i 3.2 1.2021

^

t I i

j 3.4 1.2158

( j N

,o i i i , 3.6 e

1.2301 l '

U , , ,e 6 e, j l j 3.8 1.2431 j g , ,. i

! 1 ei D 1.30 i j 4.0

. , 1.2542 i {

e , , , , , 4.2 i.2633 '

x , g ,

, , g j 44 1.2702 l

< ,, ,e v o' ! i i i ,

4.6 1.2748 3 , , ,q j 1.2776 4 ,

g 4.8

; , I i h.1.25 ,

i . i i i 5.0 1.2761 O , ,, ,

e , , -

, , , 5.2 1.2792 )

, , , g , 5.4 1.2930 )

>- ! l I.- ' v'

' 5.6 1.3054 ]

i

% ' l- * ' ' ' 5.8 1.3152 l

< g*g i ' i la I ' ' ' -', 1 *

6O 1.3176 !

' ' ' 6.2 1.3225 l g ' ' { , ,j

, 6.4 1.3250 j 1.3248 gf3 4 i ' ' ' I O ' 6.6 '

I l ' i i 6.8 1.3213 I j

' i i I ' ' ' 7.0 1.3176 1*15 I 7.2 1.3137 i i ! l 8 4 6 i ! l 1 '

! i ' 7.4 1,3070 ?

t '

' ' ! l l ' ' ' l 4 1 7.6 1.2973 l

! i i ! i ' ' ' '

7.8 1.2844 I i e i i i i < i 8.0 1.2686 1* i i i 1 5 8.2 1.2494

! ! ' t i 5 ' .

i ! I i ' ' ' I 8 8.4 1.2282 .!

t i i i ! I i ' I i '

S.6 1.2091 ,'

t i ! i i ' '

8.8 1.1886 6

4 i i n .

i_ t '

I I i 8 i 6 I i i 9.0 1.1660 l la i I

9.2 1.1561

! 4 i < i t l

4 i i 9.4 1.1658 t l !

9.6 1.1744 '

t i 6 4 6 i i 3

9.8 1.1821 t 8 I i 10.0 1.1916 l i i i i i e e i i 1.00 1 8 10.2 1.2045 '

0 2 4 5 8 10 12 ,'0. 6 3,0000 i CORE HEIGHT (FEET) 20.8 i . ww 11.0 1.0000 BOTTOM TOP 11.2 1.0000 i

i,,, 3.oooo 11.6 1.0000

! 11.8 1.0000 I 12.0 1.0000 I l :

1 L.

FIGURE 8 k

,~

j SEQUOYAH UNIT 1 CYCLE 7 i

RAOC

SUMMARY

OF M AX W(Z) AT 14000 MWD /MTU j i

(TOP AND BOTTCM 15T. EXCLUDED AS PER TECH SPEC 4.2.2.2 G1 l

Page n Of n

ML20058L086

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