Text

Rev 0 to Arkansas Nuclear One - Unit 1 Cycle 11 Core Operating Limits Rept
	ML20101A548
Person / Time
Site:	Arkansas Nuclear
Issue date:	04/23/1992
From:	; ENTERGY OPERATIONS, INC.
To:	;
Shared Package
ML20101A547	List: 1CAN049201, Forwards Rev 0 to, Arkansas Nuclear One - Unit 1 Cycle 11 Core Operating Limits Rept; ML20101A548;
References
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	Download: ML20101A548 (22)
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ENTERGY OPERATIONS

-4 AkKANSAS NUCLEAR ONE - UNIT ONE-CYCLE 11 CORE OPERATING 1.IMITS REPORT 1.0, CORE OPERATING LIMITS This CORE OPERAT1NG LIMITS REPORT.for ANO-1 Cycle 11 has been prepared in accordance with the' requirements cf Technical Specification 6.12.3.

The Core Operating. Limits have been developed using the methodology provided in the references.-

The following cycle-specific core operating limits are. included in this report 1)

Regulating control rod position setpoints 2)

Reactor power imbalance netpoints

-3)

LOCA limited maximum allowable linear heat rate limits 4) telal power shaping rod insertion limita 5J 5)

-Quadrant power tilt limits 4.

92R-1013-01 Revision 0 COLR' 1 of-22 9204290011'920423 PDR ADOCK 05000313 P

PDR

.=

^n

2.0 REFERENCES

1.

Babcock & Wilcox, Topical Report BAW-10122A, Rev. 1 "Narmal Operating Controls," May 1984.

2.

Babnock & Wilcox, Topical Report BAW-10116-A, " Assembly Calculations and Fitted Nuclear Data." May 1977.

3.

Babcock & Wilcox, Topical Report BAW-10117P-A, " Babcock & Wilcox Version of PDQ User's Manual " January 1977.

4.

Balcock & Wilcox, Topical Report BAW-10118A, " Core Calculationai Techniques and Procedures," December 1979.

5.

Babcock & Wilecx, Topical Report BAW-10124A, " FLAME 3 - A Three-Dimensional Nodal Code for Calculating Core Reactivity and Power Distributions," August 1976.

6.

Babcock & klicox, Topleal Report BAW-10125A, " Verification of Three-dimensional FLAME Code," August 1976.

7.

Babcock & Wilcox, Topical Repott BAW-10119P-A, " Power Peaking Nuclear Reliability Factors," February 1979.

[ Methodology for Specifications:

3.5.2.4 (Quadrant Tilt) 3.5.2.5 (Control Rod Positions) 3.5.2.6 (Reactor Power Imbalance)

Note: Specification 3.5.2.5 is applicable to regulating rod positions and axial power shaping rod positions.

Applies to re fe re.,c e s 1-7.]

8.

Babcock & Wilcox, Topical Report BAW-10103A, Rev. 3, "ECCS Analysis of BAW's 177-FA Lowered Loop NSS " July 1977.

9.

Babcock & Wilcox, Topical Report BAW-10162P-A, " TACO 3 Fuel Pin Thermal Analysis Computer Code," November 1989.

10.

Babcock & Wit ox, Report BAW-1915PA, "Botading Analytical Assessment of NUREG-0630 Models on LOCA kW/ft Limits With Use of FLECSET," November 1988.

11.

Babcock & Wilcox, Topical Report BAW-10104PA Revision 5, "B&W ECCS Evaluation Models" November 1966.

[ Methodology for Specitications:

3.5.2 Bases (LOCA Limited Maximum Allowc.ble Linear lleat Rate figure)

Note: Applies to references 8-11.]

92R-1013-01 Revision 0 COLR 2 of 22

I L

TABLE OF CONTENTS Page 1

Regulating Rod Position Setpoints for 4-Pump Operation 4

from 0 to 50 +-10/-0 EFPD

.1 Regulating Rod Position Setpoints for 4-Pump Operation 5

from 50 + 10/-0 to'240 + 0/-10 EFPD

~ Regulating Rod Position Setpoints for 4-Pump Operation 6

from 240 + 0/-10 to 420 + O!-10 EFPD Regulating Rod Position Setpoints for 4-Pump operation 7

after 420 + 0/-10 EFPD Regulating Rod Position Setpoints for 3-Pump Operation 8

from 0 to 50 + 10/-0 EFPD Regulating Rod Position Setpoints for 3-Pump Operation 9

from 50 + 10/-0 to 240 + 0/-10 EFPD Regulating Rod Position Setpoints for 3-Pump Operation 10 from 240 +0/-10 to 420 + 0/-10 EFPD Regulating Rod Position Setpoints for 3-Pump Operation 11 after 420 + 0/-10 EFPD Regu)ating Rod Position Setpoints for 2-Pump Operation 12 froa O to 50 + 10/-0 EFPD-Regulating hod Position Setpoints for '-Pump Operation 13

.from 50 +'10/-0 to 240 + 0/-10 EFPD Regul'ating Rod Position Setpoints for 2-Pump Operation 14

-from 240 + 0/-10 to_420 + 0/-10 EFPD Regulating Rod Position Setpoints. for 2-Pump Operation 15 after 420-

+ 0/-10 EFPD Operation Pover Imbalance Setpoints for Operation from 16 OLto 50 + 10/-0 EFPD Operational = Power ' Imbalance Setpoints for Operation 37 from 50 + 10/-0 to 240 + 0/-10 E/PD

-Operational Power Imbalance Setpoints for Operation 18 l

from 240 + 0/-10 to 420 + O/-10 EFPD'

[-

Operational Power Imbalance Setpoints for Operation 19 after 420 to + 0/-10 EFPD 1LOCA Limited Maxlarum Allowabic Linear Heat Rate Limits 20 l-l Axial Power Shaping Rod Incertion Limits 21 L

L

. Quadrant Power Tilt-Limits 22 92R-1013-01 Revision 0 L

COLR 3 of 22 l_

l'

e Figure is ref erred to by Technical Specification 3.5.2.5 Figure 1-A Regulating Rod Position Setpoints for Four-Pump Operation From 0 to 50 +10/-0 EFPO -- ANO-1 Cycle 11 11 0 (300. 102)

gg

(102.5, 102)

( 2G9.9, 10 2)*

o

/

90

/

(261.5. 90)[*

OPERATION IN THIS /

/

REGION IS NOT 80 ALLOWED (251.5, 78)*

g SHUTDOWN aj 70 MARGIN OPERAT10N

}Q LIMIT RESTRICTED b

60 y/

x so

/(47.5. 4e)

/

. (227.5. 48) 3 2

/

10

/

,/

30

', /

PERMISSIBLE OPERATING REGION 20

/

7 *119.5. 13) 10 if0. 7.5) 0 I

I I

I i:

0 20 40 60 80 100 120 140 160 18 0 200 220 240 260 280 300 t

0 20 40 60 80 10 0 l

I I

I GROUP 7 l

0 20 40 E,0 80 100 I

I I

GROUP 6 0

20 40 60 80 100 l

-l l

l l

l RDD INDEX. % WO GROUP 5 92R-1013-01 Revision 0 COLR 4 of 22

-4 Figure is referred to by Technical Specification 3.5.2.5 Figure 1-B Regulating Rod Position Setpoints f or Four-Pump Operation From 50 + 10/,0 to 240 +0/-10 EFPD -- ANO-1 Cycle 11 11 0 (300. 102) ggg (198.8. 102,*

(264.7. 102)

/

90 (257.5. 90) e

/-

/

SHUTDOWN OPrRATION IN THIS

/

OI" LIMIT

/

80 REGION IS NOT r

y ALLOWED

/

g OPERATION N

/

RESTRICTED CO

/

,/

x 0

(110.5. 48) e' f * (227.5. 48) o

/

40

/

30 PERMISSIBLE

/

OPERATING

/

REGION 20

/

(81.5.13) //

10,--

0, 7.9) 0 I

I I

I O

70 40 EO 80 100 120 140 160 180 200 220 240 260 280 300 0

20

-40 60 80 100 L

i I

I I

I GROUP 7 0

20 40 60 80 100 l

I I

I GROUP 6 0

20 40 60 80 100 l

l l

l ROD INDEX, 7. WD l

GROUP 5 92R-1013-01 l

Revision 0 COLR 5 of 22

Figure is i-eferred to by Technical Specification 3.5.2.5 Ftgure 1-C Regulating Rod Posittor, Setpoints for Four-Pump Opera tion From 240 +0/-10 to 420 +0/-10 EFPD -- ANO-1 Cycle 11 110 (300, 102) 10 0 (198.8, 102).

(264. 7. 10L -

/

90 SHUIDOWN

/

MARGIN

/

OPERATION [N THIS LIMIT 80 REGION IS NOT

/

r (251.5. 78) g ALLOWED

/

~

OPEPATIO?!

N RES TPIC TED 8

60

/

~

50 t i10.5. 4 8).'

(227.5. 48) s

/

40 30 PERMISSIBLE OPERATING 20 -

REGION (81.5,131 IO,2. 82

/

0 I

I I

I i

i I

i 1

0-20 40 60' 80 100 120 140 160 180 200 220 240 260 280 305 0

20 10 60 80 10 0 I

I I

J GROUP 7 0

20 40 60 80 100 I

I I

I GROUP 6 0

20 40 60 80 100

[

l l

ROD INDEX, % WO GROUP 5 92R-1013-01 Revision 0 COLR 6 of 22

-~

Figure is ref erred to by Technical Spectf tcation 3.5.2.5 Figure 1-D Regulating Rod Position Setpoints for Four-Pump Operation Af ter 420 +0/-10 EFPD -- ANO 1 Cycle 11 110 (300, 102)

(207.7, 102)

8264.7, 102)-

)gg SHUTDOWN 90 MARGIN (257.6. 90) p LIMIT

/

OPERATION IN THIS

,_.80 REGION IS NOT

\\

(251.5, 78) 2 ALLOWED z

0 70 OPERATION N

RESTRICTED

's 60 x-f 50 (122.5, 48)

(227.5, 48)

e 40

/

30

[

PERMISSIBLE OPERATING REGION 20 (87.5, 13) 10 (0,1.8) 1 I

I I

I l

I I

I 0

O 20 40 60 80 100 12 0 140 16 0 180 200 220 240'260 280 300 0

20 40 60 80 10 0 l

i I

I i

i GROUP '7 0

20 40 60 80 100 l

I I

l GROUP G 0

20 40 60 80 10 0 l

j l

l l

l ROD INDEX, % WO GROUP 5 92R-1013-01 Revision 0 COLR 7 of-22

/

Fic.ure is ref ee red to by Tdchnical Spect Tteation 3.5.2.5

~

Figure 2-A Regulating Rod Position Setpoints for Tb-ee-Pomp Operation From 0 to 50 +10/-0 EFPD -- A110-1 rycle 11 110 100 90 80 (300, 77)

(103.2, 77) *

(270.3, 771-E OPERATION IN THIS

/

g 70 REGION IS NOT o

ALLOWED (261.5, 671-N l

(251.5, SS) */

u.

60 SHUTDOWN O

MARGIN N-LIMIT 50 OPERATION g

RESTRICTED

~

40 -(4'7.5. 36),el p, (227.5. 35.5) 30

/

PERMISSIBLE 20

~

OPERATING REGION 10 " /.-

(19.5, 9.8)

(0, c.s>

0 1

I I

I i

1 I

I I

I O

20 40 60 80- 100 120 140 160 180 200 220 240 260 200 300 0

20 40 60 80 10 0 I

I I

J n

v GROUP 7 0

20 40 60 30 100 l

l l

I-1 l

GROUP 6 0

20 40 60 80 10 0 l

l l

j ROD INLEX, % WO GROUP 5 92R-1013-01 Revision 0 l-l COLR l

8.of 22

Figure is ref erred to by Technical Specificotton 3.5.2.5 Figure 2-8 Regulating Rod Posttton Setpoints for Three-Pump Operation Frora 50 +10/-0 to 240 +0/-10 EFPD -- ANO-1 Cycle 11 11 0 100 90-(300, 77) 80 (199.9. 77)*

(265.J. 77) -

p._

3 E

SHUTDOWN g

70 MARGIN LIMIT (257.5. 67) uj b

~

OPERATION IN THIS (251.5. 58)

N REGION IS NOT d

50 ALLOWED OPERATION u;

RESTRICTm0 40

(!!0.5. 36) s' (227.5. 35.5) 30 PERMISS18LE 20

[/

OPERATING REGION 10

'31^5. 9.8)

(0, S 9)<

e 1

I I

I O

20 40 60 80 100 120 140 160 18 0 200 220 240 260 280 300 0

20 40 60 80 10 0 i

I I

i l

I GROUP '

O 20 40 69 80 100 I

I I

J GROUP 6 0

20 40 60 80 100 l

l l

l j

ROD INDEX WD GROUP 5 92R-1013-01 Revision 0 COLR 9 of 22

t l

Figure is referred to by Techniuol Specification

(

3.5.2.5 Figure 2-C Regulating Rod Posttion Setpoints f or Three-? ump Operetton From 240 +0/-10 to 420 +0/-10 EFPD -- At10-1 Cycle 11 11 0 100 90 80 (300, 77) 2 (199.9. 77)*

(265.0. 77)-

SHUTDOWN g

70 t#RGIN 3

(257.5. 67) 4]

LIMIT 60

[

O OPERATION IN THIS (251.5. 58) e REGION IS NOT j

d Sg ALLOWED

/

tu

/

OPERATION

/

RESTRICTED 40

[

/(227.S. 35.5)

(110.5. 3G) e 30 20 PERMISSIBLE y

OPERATING o'

I I

i i

i I

i l

i I

i l ___L_

0 20 40 60 80 100 120 140 160 180 200 220 2<3 260 280 30U 0

20 40 60 80 10 0 l

l l

I l

GROUP 7 0

20 40 60 80 100 L

1 I

I I

i GROUP 6 0

20 40 60 80 130 l

l' l

l l

J ROD INOEX, % ' WD GROUP 5 92R -1013-01 Revision 0 COLR 10 of 22

Figure is referred to by Technical Specificotton 3.5.2.5 Figure 7.-D Regulating Rod Position Setpoints for T hr e e -Purnp Operetton Af ter 420 +0/-10 EFPD -- ANO-1 Cycle 11 11 0 100 90 80 (300. 77) g (208.7, 77)*

(265.0. 77) f I

/

m 70 p,

SHUT 00WN (257.5. 67)

N MARGIN LIMIT u.

gg OPERATION IN THis

/

(251.5. 58)

O N

REGION IS NOT e)/

c' 50 ALLOWED OPER A T ION w

/

RESTRICTED 40

/'

(122.5. 36 y (227.5. 35.5) 30 PERMISSIBLE REGIOt 1e (e 7.5. u;-

0<

l l

I l

l I

l l

l 0

20 40 60 80 100 12 0 14 0 160 180 200 220 240 260 200 300 0

20 40 60 80 100 I

i _L I

I I

GROUP 7 0

20 40 60-80 100 l

i I

I I

I GROUP G 0

20 40 60 80 100 l

l

-l l

l l

RCD INDEX % WD GROUP 5 02R-1013-01 Revision 0 COLR 11 of 22 f

-~

Fiqure is referred to by l echnical Spectf tcation 3.5.2.5 Figure 3-A Regulating Rod Position Setpoints f or T wo-P urnp Operation From 0 to 50 +10/-0 EFPD -- ANO-1 Cycle 11 11 0 100 -

c10 -

80 -

.;Jj

.k g

70 -

N I'(

ts 60 (300. 52)

N tp

~

REGION 15 NOT

/

(270.8. 52[) :

d 5i0 OPERATION IN THIS f (104.6. 52)

ALLOWED

/

(261.5, 4 4) e o

/'

40

/

(251.5, 38)f SHUT 00WN

,e OPER AT ION MAR 0IN RESIP!CTED 30 LIMITS N

e ( 4 7.5. 2 4 )

20

/

X - (2 2 7.5. 2 ~

PERMISSIBLE ie OPERATING REGION

. -(19.5, 6.5)

(0, 3.7) 0 l

i I

I I

I J_

1 1

1

-i 0

20 40 G0 80 100 120 14 0 160 180 200 220 240 260 280 300 0

20 40 60 80 100 I

I I

I GROUP 7 0

20 40 60 80 100 I

I I

l l

I GROUP G G

20 40 60 80 100 L

i i

I l

l ROD INDEX. wD GROUP 5 92R-1013-01 Revision 0 COLR 12 of 22

.m s-Fi ur e is re ferred to by Technical Specificotton 3.5.2.5 Figure-3-B Regulating Rod Position Setpoints for Two-Pomp Operation From 50 +10/-0 to 240 +0/-10 EFPD -- ANO-1 Cycle 11 11 0 100 90 80 3I g

70 i

b 60 OPERAT:ON IN THl$

REGION IS NOT (300, 52)

,y ALLOWED (202.0, 52) *

(265.5. 52[) -

(t 50 SHUTDOWN

/

MARblN

/

(257.5, 44) 8 LIMIT x

(251.5. 38)

OPERA T10N 10

/

RESTRICTED

/

(110.5, 24)/

(227.5. 23) 20 PERMISSIBLE OPERATING 10

},3,q, (81.5. 6.5)

REGION O

I I

I l

l I

I I

O 20 40 60-80 100 120 14 0 160 -180 200 220 240 260 280 300 0

20 40 60 80 100 I

I I

I GROUP 7 l

0 20 40 60 80 100 l

l l

l GROUP 6 0

20 40 60 80 100 l

l l

l ROD INDEX % WO l-GROUP S 92R-1013-01 Revision 0 l

COLR 13 of 22

Fi ure is referred to

~

by Technical Specif tcation 3.5.2.5 Figuee a-C Regulating Rod Position Setpoints for Two-Pump Operation Frorn 240 +0/-10 to 420 +0/-10 EFPD -- ANO-1 Cycle 11

!!O 100 90 80 g

g 70 N

b 60 OPERAT10t1IN THIS REGION IS NOT

(^00, 52)

.s.

ALLOWED (202.0, 52).

(265.5, 52);

50 SHUTOOWN (257.5, 4 u,/

-3 MARGIN 2

LIMIT 40 (251.5, 38) =

OPERATION 30 RES TRIC TED (110.5, 24

/ (227.5. 23) 20 f

PERMISSIBLE OPERATING

'O (81.5. 6.5)

REGION (0, 1.4) 0- H I

I I

I i

I I

l 0

20 40 60 80 100 120 14 0 160 18 0 200 220 240 260 280 300 0

20 40 60 80 100 J

l I

I I

GROUP 7 0

20 40 60 80 100 l

l I

I I

GROUP G 0

20 40 GO 80 100 l

l l

l

{

l ROD INDEX, % WD CROUP 5 92R-1013-01 Re vision 0 COLR i4 of 22

Figure is ref erred to by Technical Specification 3.5.2.5 Figure 3-D Regulating Rod Posttton Setpoints for Two-Pump Operation Af ter 420 +0/-10 EFPD -- ANG-1 Cycle 11 11 0 100 90 60 r

3x g

70 N

P3 60 N

(300. 52)

(210.8. 52 = (265.5. 52):

d 50 SHulDOWN W

MARGIN (257.5. 44)

[

a.

OPERATION IN THIS LIMIT 40 REGION l$ NOT (251.5. 38)

ALLOWED OPERATION 30 RESTRICTED

./

(12 2.5.

(227.5. 23)

PERMISSIBLE 10 OPERATING (O. 0.9) 0.#

1 I

I I

i l

l I

I I

O 20 40 60 80 100 120 140 160 180 200 220 240 2^0 280 30'0 0

20 40 60 60 100 L

i i

I I

J GROUP 7 0

20 40 60 80 100 I

I I

I GROUP G 0

20 40 60 80 100 l-l l

l l

l R00 INDEX. % WO GROUP 5 92R-1013-01 Revision 0 COL R 15 of 22

Figure is re f erred to by Technical Spectf tcation 3.5.2.6 Figure 4-A Cperational Power imbolence Setpoints for Operation From 0 to 50 +10/-0 EFPD--ANO-1 Cycle 11

- 110

(-17.Ge.102)

__ gg

- *(15.61. 102) 4 k (17.70, 92)

( -21.72, 92)/

-- 90

\\

(-25.72. Ba' ?

80

(23.68, 80)

RESTRICTED 70 RES T RIC T ED REGlor.1 REGlott 60 9

'j ae me

(-28.11, 50)o b5 -

50 hbn 6(28.03, 50) 2

=c o e c o bb bb 40 aa" un N

30

]

20 u

3o' 10 I

I I

I l

l I

I

-50

-40

-30

-20

-10 0

10 20 30 40 50 AXIAL POWER IMBALANCE, %

92R-1013-01 Revision 0 COLR l

16 of 22 l

Figure is referred to by Techn:cel Specification 3.5.2.6 Figure 4-8 Operational Power lmbolonce Setpoints for Operation From 50 +10/-0 to 240 4-0/-10 EFPD-- ANO-1 Cycle 11 11 0

(-20.4 2,102) ^

O.

2) 100

(-22.50, 92) *

(18.66, 92) qg

(-25.58, 80) 80 (23.66. 80)

RESTRICTED 70 RESTRICTED REGION REGION 60 w

g 3

3

-y{g yfg (28.00, 50) 50

(-28.00, 50)o o

EB E$G E 05 E f

40 S

30 o

20 10 I

I I

i -40

-30

-20

-10 0

10 -

20 30 40 50 AX1AL POWER IMBALANCE, %

92R-1013-01 Revision 0 COLR 17 of 22

Figure is referred to j

by Technical Specificatien i

3.5.2.6 Figu e 4-C Operational Power 1mbalance Setpoints for Ope r e tton From 240 +0/-10 to 420 +0/-10 EFPD--ANO-1 Cycle 11 11 0

(-21.00. 102)?

100

(-23.19. 92)

(18.40. 92) 90

(-26.28, 80) 80 (23.41. 80)

RESTRICTED 70 PESTRICTED REGIDN j.

REGION 60 w

m N@

NS-I y{g y{g (27.79. 50) 50

(- 2 7. 7C). 50)"

55E E5G The j W8W 4g 0

30 e

20 5

O' 10 I

I I

i i

l I

I i

I

-50

-40

-30

-20

-10 0

10 20 30 40 50 AXI AL POWER IMB ALANCE, 7.

92R-1013-01 Revision 0 COLR:

18 of 22

l l

Figure is ref erred to I

by Techntcol Specif tcotton 3.5.2.6 Figure 4-D Operational Power imbolonce Se tpoints for Operetton Af ter 420 &O/-10 EFPD-- ANO-1 Cycle 11 110

(-21.00, 102) 10 0

\\(19.36, 92)

(-26.06, 92) *!

90

\\ (25.32, 80) o

-- 80

(-27.24, 80)

RESTRICTED

--- 70 RESTRIC TED REGION REGION 60 w

w E9 d9hg hg

(27.79, 50) 50

(-27.79, 50)o k$G bb8 E8M s

r se 40 z

Lnm__ 30

~

i 20 5

s

'-- 10 L

1 1

I L

I I

I

-60

-40

-30

-20

-10 0

10 20 30 40 50 AXIAL POWER IMBALANCE. :.

92R-1013-01 Revision 0 COLR 19 of 22 l

.=.

7 Figure is referred to by Technical Specification 3.5.2 Bases Figure 5-A LOCA Limited Maximum Allowable Linear Heat Rote Limits 20 e

4-N-

3

.a 18 al 8 fi.

s-G N

2200 PSIA cc --

4 ft.

-N PIN PRESSURE I

G ft.

10 ft, s

\\

rq 16 y

'2 f t.

's ui g

\\

J g

3 14

.o

_J s\\

__I s

c

's

g

.o -

I 12

.\\

-y (60,11.6fD z

I I

I l

-10 0

20 40 60 L

BURNUP.GWd/m tU j..

j e

92R-1013 01 l.

Revision- 0 l-COLR 20 of-22 1:

!~

I LIMITS ARE REFERRED TO BY TECHNICAL SPECIFICATION 3.5.2.4 AXIAL POWER SHAPING ROD INSERTION LIMITS Up to 420 EFPD, t1 APSRs may be c.>sitioned as necessary for transient imbalance control, however, the APSRs shall be fully withdrawn by 470 EFPD.

After 420 EFPD, the APbRs shall not be reinserted.

92R-1013-02 Revision 0 COLR 21 of 22

4 s

VALUES ARE REFERRED TO BY 4

TECHNICAL SPECIFICATION 3.5.2.4 ANO-1 CYCLE 11 TILT VALUES Full Incore Symmetrics WINDOW (EFPD)

Tilt Limit (:)

Maximum Limit (%)

4 0

to 50 +10/-0 4.16 25 50 +10/-0 to 240 +0/-10 4.08 25 240 +0/-10 to 420 +0/-10 3.95 25 After 420 +0/-10 3.95 25 92R 1013-01 Revision 0 COLR 22 of 22 l

l

-A

ML20101A548

Text

2.0 REFERENCES

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