Text

Rev 3 to McGuire Unit 1 Cycle 8 Core Operating Limits Rept
	ML20125D245
Person / Time
Site:	McGuire
Issue date:	12/31/1992
From:	Clark R, Foster J; DUKE POWER CO.
To:	;
Shared Package
ML20125D242	List: ML20125D238; ML20125D245;
References
	MCEI-0400-05, MCEI-0400-05-R03, MCEI-400-5, MCEI-400-5-R3, NUDOCS 9212150065
	Download: ML20125D245 (36)
	v • d • e

_.. _. _

MCEl-Di(X)-05 4

2 of 273 Revision 3 i

McGuire Nuclear Station COLR l

McGuire Unit 1 Cycle 8 Core Operating Limits Report 4

December 1992 j

i Revision 3 Duke Power Company a

i f

Prepared by: 3<vid / M Checked by:

dLAb,\\Nofe'A) g

)

Approved by:,fA c/ 7/. C# c 4 4

9 9212150065 921208 PDR ADOCK 05000369 P

PDR

i f

MCEl-(M00-05 3 of 273 Revision 3 s

l t

McGuire 1 Cycle 8 Core Operating Limits RePart 1

j REVISION LOG Revision Effective Date E%etive Panma r

i 19 November 1991 Pages 4 - 267,269, OriginalIssue l

(Rev 0) 271 and 273 Revision 1 22 July 1992 Pages 1 3A,268,270 i

and 272 i

llevision 2 24 September 1992 Pages 1 3A,13 21, l-49 57,85 93, i

121. 129, 157 165, i

103 201,229 255, i

258,262,264,266, i

268,270, and 272 i

Revision 3 8 December 1992 Pages 1 3411,12, l

258 and A1 A30 l

t i

i lr l

MCEl.0400-4)5 Page 3A Revision 3

.i McGuire 1 Cycle 8 Core Operating Limits Report Insertion Sheet for Revision 3 j

Remove Pages Insert Rev. 3 Pages Pages 1 - 3A,11,12, 258 Pages 1 3A,11,12 and 258. Insert pages Al-A30 aner page 273.

4 t

l

4 1

MCEl-0400-05 Page ll of 273 Revision 3 1

l l

McGuire 1 Cycle 8 Core Operating Limits Report i

i 2.5 Ilent Flux Hot Channel Faciar.FqfX.Y.21 (Specificailon 3/4.2.2)

}

RTP 1

2.5.1 F

= 2.32 Q

-l 2.5.2 K(Z)is provided in Figure 4 for Mark.BW fuel.

2.5.3 K(Z)is provided in Figure 5 for OFA fuel.

The following parameters are required for core monitoring per the Surveillance Requirements of i

Specification 3/4.2 2-l (F (X,Y,Z)]OP = F (X,Y,Z)

Mg(X,Y,Z)/(UMT*MT* TILT) 2.5.4 l

f where [F (X,Y,Z))OP = cycle dependent maximum allowable design l

peaking fector which ensures that the Fq(X,Y,Z) limit will be preserved for operation within the LCO limits [F (X,Y,Z)]OP, 4

f

[F (X,Y,Z))OP includes allowances for calculational and measurement uncertainties.

l (X,Y,Z) = the design power distribution for Fq. F (X,Y,Z)is q

i-provided in Tables 1 and A1.

s j.

Mg(X,Y,Z) = the margin remaining in core location X,Y,Z to the LOCA i

limit in the transient power distribution. Mg(X,Y,Z)is provided in Tables 2 and A2.

l NOTE: [F (X,Y,Z)]OP is the parameteridentified as F (X,Y,Z) in DPC.

9 NE.2011PA. -

D 2.5.5 [F (X,Y,Z)]RPS = p (X,Y,Z) * (M (X,Y,Z)/(UMT*MT* TILT)) -

q q

C

+

i f

k MCEl N00-05 Page 12 of 273 q

Revision 3 McGuire 1 Cycle 8 Com Operating Limits Itcport I

where [F (X,Y,Z)jRPS = cycle dependent maximum allowable design peaking factor which ensures that the centerline fuel melt limit will be preserved for operation within the LCO limits. [F (X,Y,Z))RPS j

includes allowances for calculational and i

measurement uncertainties.

l F (X,Y,Z) = the design power distributions for Fq. F (X,Y,Z)is provided in Table 1 and A1.

M (X,Y,Z) the margin remaining to the CFM limit in core location C

=

X,Y,Z from the transient power distribution. M (X,Y,Z)

C calculations parallel the Mg(X,Y,Z) calculations described in DPC-NE-2011PA, except that the LOCA limit is replaced with the CFM limit. M (X,Y,Z)is provided in C

Tables 3 and A3.

UMT = Measurement Uncertainty (UMT = 1.05).

MT= Engineering Ilot Channel Factor (MT = 1.03).

I TILT = Peaking penalty that accounts for allowable quadrant power tilt ratio of 1.02.

NOTE: [F (X,Y,Z))RPS is the parameter identified as F (X,Y,Z) in q

q DPC-NE-2011PA.

l 2.5.0 KSLOPE = 0.078 where KSLOPE = Adjustment to the K value from OTDT required to 1

compensate for each 1% that [F (X,Y,Z)]RPS exceeds its limit.

l l

I

i MCEl-(M00-05 158 of 273 Revision 3 1

McGuire 1 Cycle 8 Core Operating Limits Report i

2.6 Nucione EnthnInc Rime Hot Channal Facinr. F gfX.Y.21 $nnelfientlnn 3/L2ft) 3 1

[FAH(X.y))LCO = MARP (X,Y) * (1.0 + (1/RRH) * (1.0 P)]

1 l

2.6.1 McGuire 1 Cycle 8 Operating Limit Maximum Allowable Radial Peaks, j

(MARP(X,Y)), are provided in Table 4.

l The following parameters are required for core monitoring per the Surveillance Requirements of Specification 3/4.2.3:

1

[F (X,Y))SURV, FD (X,Y)

MAH(X,Y)/(UMR

TILT), as identified in i

l-DPC.NE.2011PA.

I j

where i

UMR = Uncertainty value for measured radial peaks,(UMR = 1.04).

3 TILT = Factor to account for a peaking increase due to an allowable quadrant power till ratio,(TILT = 1.02).

)

D D

l 2.6.2 FAH(X,Y) = the design power distribution for FAH. FAH(X,Y) is provided in Tables 5 and A5.

2.6.3 MAH(X,Y) = the margin remaining in ~ core location X,Y to the DNB limit from the transient power distribution. MAH(X,Y) is provided in Tables 6 and AG.

3

,)

i 2.6.4 RRH = 3.34 when 0.0 < P s 1.0, i

where RRH = Thermal Power reduction required to compensate for each 1% that 9

Fan (X,Y) exceeds its limit.

P = Thermni Power

]

Rated Thermal Power 2.6.5 TRH = 0.04 1

i t

1

- ~-

c,

..,.n,,,--

.,n

- ~. -.. -

4 MCEl-0400-05 i

IMge A1 j

Revision 3 i

l Appendix A 1

i Appendix A contains full power Fq design (X,Y,Z), FAH design (X,Y), M (X,Y,Z),

Q M (X,Y,Z) and MAH(X,Y) monitoring factors generated at EOC conditions with the j

C i

ARO parked posii. ion defined at 222 SWD. The EOC monitoring factors described previously were generated with an ARO parked position of 226 EFPD.

l l

1 4

I i

~

i i

t l

5 s

f r

d-4 g

w

=,

e e-

-m w

e n

MCEl-(M00-05 Page A2 Reviskut 3 Table Al CORE OPERATING LIMITS REPORT F. SUS-Q DESIGN FQD (3-D)

AT: 100% POWER 340 EFPD THIS IS THE lt-TE LEVEL OF it WHEMs LEVEL lt e TOP OF CORE LEVEL 1e SOTTON OF CORE H

0 F

E D

C 3

A..

......................eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee...

e t*

.6636

.4502

'.7937 -

.8543

.7744

.7896

.6668

.6176 9*

.e494

.0310

.6652

.0040-

.8453

.7430

.7465

.5844 e

10 *.

.7903

.3846

.3185.

.3498

.0353

.0042

.7033

.6121 11 *

.8544

.0040

.3502

.8431

.3372

.7538

.7309

.5103 12 *

.7706

.4459

.8349

.4373

.7134

.7626

.6039 e

13 *

.7895

.7431

.0042

.7529

.7626

.6751

.5260 e

14 *

.6689

.7464

.7033

.7300'

.6036

.5262 e

15 *

.4176

.5844

.6120

.5184 FQD (3-D)

ATs 100% POWER 340 EFPD THIS 38 THE 17 TH LEVEL OF it WNERE: LEVEL lt e TOP OF CORE LEVEL 1e SOTToet OF CORE E

.Q' F

3 D

C S

'A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee e

t*

.9655 1.2234 1.1565 1.2278 1.1362 1.1744:

1.0095.'

.9601 9*-

1.P523 1.1409 1.2423 1.0970 1.2158 1.0944 1.1065.

.3570 e

10 *

-1.1536 1.2415 1.1819 1.1733 1.1566 1.1942 1.0645

.9574 e

11

1.2200 1.0969 1.1730 1.1506 1.2077 1.1286 1.1031

.7638 12

1.1424 1.2166 1.1561 1.2078 1.0505 1~.1248

.9274 e

13

1.1741 1.0945 1.1842 1.1287 1.1248

.9712-

.7677 e

14

1.0120 1.1065 1.0603 1.1030 ~

.7679'

.9269 15 *

.9600

.3570

.9572

.7640

MCEl-(M004)$

Page A3 Revision 3 Table A1 (C'ont. )

COR8 OPERATING LIMITS REPORT F-8US-Q DESIGN FQD (3*D)

ATs 1004 PoWsR 340 SFPD TEIS IS TER 16 75 IJYRL OF it WHERE: LNVEL 18 e TOP OF CORE LEVEL -- 1 e SOTTCet OF CORE R

0 F

5 D

C 3

A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee e

t*

1.0664 1.3749 1.2771 1.3749 1.2490 1 2899-1.1222 1.0971 9*

1.3737 1.2331 1.3099 1.1778 1.3620 1.2009 1.2591

.9572 10

1.2716 1.3090 1.2857 1.2526 1.2521 1.3427 1.1986 1.0988 4

11

1.3751 1.1777 1.2531 1.2459 1.3514' 1.2605 1.2623

.9536 I

12 e 1.2557 1.3629 1.2516 1.3575 1.1564 1.2001 1.0442 i

13

1.2092 1.2010 1.3427 1.2606 1.2601 1.0719

.8450 j

e l

14

1.1250 1.2590 1.1984 1.2620 1.0436

.4452 l

15

1.0970

.9573 1.0986

.8539 i

t FQD (3-D) ATs 100% POWER 340 BFPD THIS IS TRE 15-TM LEVEL OF 18 j

WHERE: LEVEL it e TOP OF CORE LEVEL 1 e 50770K OF CORE f

H 0

F E

D C

3-A

.eeee.ee.e....eeeeeeeeeee.e.ee..eee..eeeeeeeeeee.eeeeeeeeeeeeeeeeeeeeeee e

i e*

1.0927 1.4258 1.3056 1.4206 1.2734 1.3115.

1.1476 1.1418 e

9*

1.4245 1.2520 1.4357 1.1905 ~ 1.4066 1.2204. 1.3087

.9665

-10

1.3000 1.4347-.

1.3023=

1.2591 1.2702 1.3951 1.2336 1.1466 i

e I

11 e 1.4209 1.1904 1'.2596

'1.2598 1.4050 1.2960

'1.3157

.8790

~

12

1.2804 1.4076 1.2697 1.4051 1.1783 1.3320 1.0749 13'*

'. 3112 1.2206_

1.3951 1.2961 1.3319 1.0902

.6600 e

a 14 *

.1.1513 1.3086 1.2333-1.3156 1.0743

.6610--

15 '-

.1417

'.9665 1.1464

.4792 i

l b-

- - -... - - - _ = - - - _

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

i MCEl-(M00-05 Page A4 J

Revision 3 t

i d

q Table A1 (cont.)

i CORE OPERATIEG LIMITS REPORT i

2 F*SUB-Q DESIGN 1

FQD (3*D) AT: 1004 POWER 340 SFPD TWIS IS TER 14 75 LEVEL OF 10 s

1 WEEREI LEVEL lt e TOP OF CORE 2

LEVEL 1m bOTTON OF CORE J.

H 0

F 3

D C

D A

J j.

r 4

8*

1.0973 1.4423.

1.3101 1.4330 1.2740 1.3101 1.1490 1.1537 1

p

1.4410 1.2520 1.4404

'1.1971 1.4177 1.2104 1.3222

.9921 10

1.3045 1.4474 1.2994 1.2513 1.2684 1.4102 1.2400 1.1602 i

11

1.4333 1.1970 1.2519 1.2565 1.4179 1.3030 1.3315

.9925 1

3 12

1.2810 1.4107 1.2679

--1.4150 1.1701 1.3471 1.0791 l

13

1.3099 1.2185 1.4102 1.3031 1.3471 1.1016

'.8599

]

i 14

1.1528

.1.3221 1.2390 1.3313 1.0706

.4591 I

4 15

1.1536

.9922 1.1600

.4827 FQD (3-D)

ATs 100% POWER 340 EFPD-THIS IS TEE 13-TH LEVEL OF 18 I

]

WEEREi LEVEL it e TOP OF CORE l

LEVEL 1e DOTTON OF CORE E

o F

3-D c

a A

i

........................................................................e S*

1.0979-1.4508

-1.3113 1.4304 1.2718 1.3065 1.1468 1.1570 e

9*

1.4495 - 1.2504 1.4542 1.1831 1.4217.

1.2141- -1.3268

.9920

{

3' 10

1.3057 1.4533-1.2957 1.2447 1.2647 1.4161 1.2407 1.1642 l

11

1.4387

_1.1830 1.2452 1.2522 1.4228.

- 1.3045: 1.3372

.4007 -

12

1.2707 1.4227 1.2642' '1.4230 - 1.1751 1.3529 1.0776

+

13

1.3063 1.2142 1.4161_ _1.3046 1.3528 - _1.1004

.8539 14

1.1505 1.3267 1.2404 1.3370 ~ 1.0771

.8541' 15

1.1569

.9921 1.1640

.8009 l

W I

m-

f i

i MCE14M00415 i

Page A5 j

Revision 3 h

a Table A1 (cont.)

i 4

CORE OPERATING LIMITS REPORT Fa 8'JB+Q DESIGN 1

i FQD ($*D) ATs 100% PoorBR 340 EFPD TEIE 15 THE 12-TE LEVEL OF 18 q

1 WHERE: LNVEL 18 m TOP OF CORE LEVEL 1s BOTTOW OF CORE i

H 0

F B

D C

B A

}

j I

j e*

1.0995 1.4598 1.3143 1.4448 1.2717 1.3057 1.1461 1.1598 f

9*

1.4505 1.2611 1.4612 1.1019 1.4268 1.2122 1.3315

.9920 I

10

1.3087 1.4603 1.2949 1.2416 1.2636

.1.4223 1.2422 1.1674 i

11

1.4451 1.1818 1.2421 1.2508 1.4285 1.3070 1.3424

.4789 1

12

1.2784 1.4278 1.2631 1.4287 1.1740 1.3504 1.0766 13 *.

1.3054 1.2124 1.4223 1.3071 1.3504 1.2000

.8497 j

14

1.1498 1.3314 1.2419 1.3422 1.0761

.8499 15

1.1597

.9920 1.1672

.8790 1

1 i

FQD (3 D) ATs 100% POWER 340 BFPD THIS IS THE 11 Tk LEVEL OF 19 WHERBs LEVEL 18 m-TOP OF CORE l-LEVEL 1m BOTTOM OF CORE

('

H Q

F E

D

.C A

i

........................ee...............ee..........ee...

8*

1.1031 1.4714 1.3201 1.4540 1.2742 1.3070 1.1479 1.1644 i

9*

1.4701 1.3646 1.4709: 1.1934 1.4347 1.3133 1.3364

.9935-10

1.3144-1.4700 1.2970 1.2416 1.2655 1.4310-1.2459-1.1721 1

11

1.4543 1.1033 1.2421 1.2520-1.4369 1.3118 1.3496

.8783 12_*

1.2812 1.4357-1.2649 1.4371 1.1756 1.3662

'1.0774 ~

~

l 13

1.3076-1.2134

'1.4310_'__1.3119 1.3661--

1.1014

-.0470 14 *

'1.1516 1.3303 1.2456 1.3494 1.0769

.4472 e-15

1.1643

.9935 1.1719_

.0784-e l

4 i

,,J..._,,..,_..J_,im,,.,

,,,,m.,,,,.

y

.,,4

i MCE!4400-05 Page A6 Revision 3 h

4 i

Table A1 (Cont.)

s 4

1 CORN OPERATING LIMITS REPORT i

j F-SUB-Q DESIGN 3,

r j

FQD (sad) ATs 100% POWER 340 IFPD THIS IS THE 10-7B LEVEL OF it j

WBEREs LEVEL 18 e TOF OF CORE LEVEL 1m BOTTOW OF CORE l

B O

F 3

D C

B A

4 i

................eeeeeeeeeeeeeeeeeeeeee........ee.ee......

eeeeeeeeeeeeeee i

e 4

8*

1.1085 1.4855 1.3200 1.4650 1.2789 1.3124 1.1519 1.1711 9*

1.4842 1.2601 1.4833 1.1869 1.4454 1.2166 1.3479

.9965 10

1.3224 1.4823 1.3012 1.2438 1.2698 1.4424 1.2517 1.1789 i

11

1.4661 1.1968 1.2443 1.2555 1.4480 1.3188 1.3592

.8790 i

J 12

1.2859 1.4464 1.2692 1.4482 1.1794 1.3764 1.0799 e

J.

13

1.3122 1.2168 1.4423-1.3189 1.3763 1.1046

.8455 e

14

1.1556 1.3478 1.2515 1.3590 1.0793

.8457 a

e i

15

1.1710

.9965 1.1787

.8791 FQD (3-D)

ATs 100% POWER 340 EFFD THIS IS THE 9-TH LEVEL OF it

-4 WHERIs LEVEL 18 m TOP OF CORE

. LEVEL 1e BOTTott OF CORE B

0 F

E D

C B

A 1

8*

1.1152 1.5018 1.3377 1.4799 1.2853 1.3190 1.1577 1.1798 e

9*

1.5005 1.2672 1.4978 1.1921 1.4585 1.2218 1.3597 1.0009 10

1.3320 1.4968 1.3070 1.2475 1.2760 1.4562 1.2594 1.1976 e

11

1.4802 1.1920 1.2401 1.2C0; 1.4616 1.3277 1.3710

. 8009 e

12

1.2923. 1.4595 1.2755 1.4617 1.1850-.

1.3889 1.0838 13 1.3187 1.2220 1.4562.

1.3278 1.3808

.1.1091_

8450 14

1.1614 1.3596 1.2591 1.3708: 1.0833

.8452 e

- 15

1,1797

.1.0010 1.1874

.8810

( -

A

,.,-,.r.w><

yc-

.y..

e

.,...,.n.,..,y,.._.

,n, y

.w.,

y,..

,4,.e 7,,.ns,.

4 k

i MCEl-0400 05 Page /47 Revision 3 q

i i

4 Table A1 (Cont.)

CORE OPERATIN2 LIW178 KEPORT i

F-875-Q DESIGN FQD (3-D)

AT: 100% POWER 340 BFFD THIS 18 TEE 8-78 LEVEL OF 18 WERRE LEVEL 10 m TOP OF CORE LNVEL 1e BOTTON OF CORE H

G F

I D

C B

A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeees i

1 8*

1.1232 1.5201 1.3489 1.4961 1.2932 1.3273 1.1652 1.1905 i

i*

1.5107 1.2757 1.5143-1.1987 1.4739 1.2268 1.372?

1.0067 e

10

1.3432 1.5134 1.3140 1.2526 - 1.2040 1.4725 1.2607 1.1982 4

11

1.4963 1.1986 1.2531 1.2670 1.4775 1.3384 1.3851

.8839 e

12

1.3002 1.4749 1.2835 1.4777 1.1924 1.4037 1.0092 13

1.3270 1.2209 1.4725 1.3305 1.4037 1.1150 8453 14

1.1690 1.3736 1.2645 1.3849 1.0806

.8455 e

15

1.1904 1.0067 1.1980

.8840 i

FQD (3-D) ATs 100% POWER 340 BFPD TEIS IS THE 7-TH LNVIL OF 10 WHERE: LEVEL lt =

TOP OF CORE LEVEL 1 = BOTTON OF CORE H

O F

E D

C B'

A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee......

-e i

e*

1.1325 1.5404 1.3618 1.5145-1.3027 1.3377 1.1748 1.2034 l

j.

9

1.5390 1.2856 1.5330 1.2068 1.4917 1.2378 1.3904 1.0140 e

10

1.3560 1.5320 1.3225 1.2592 1.2942 1.4915 1.2801 1.2110 11

1.5148 1.2067

.1.2598 1.2752

'1.4961 1.3512 1.4017

.8882 e

12

1.3090 1.4927 1.2936 1.4963 1.2010 1.4211 1.0962 e

13

1.3374-1.2380 1.4915 1.3513 1.4211' 1.1225

.8468 14 *

.1.1787 1.3903,1.2799 1.4015 1.0956

.8470 15 *~ 1.2033 1.0140 1.2109

.Sete l

1-

?

4 MCElet00-05 Page A8 Revision 3 l

1 i

i 1

Table A1 (Cont.)

4 i

CORE OPERATING LIMITE REPORT 1

l F-8US-Q DEEIGN

]

i FQD (3-D) ATs 100% FOWER 340 EFFD TRIE 28 THE 6-TE LEVEL OF 18 1

2 WHEREs LEVEL 18 =

TOP OF COR8 LEVEL 1e BOTTON OF COft2 4

3 H

O F

E D

C B

A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeees e

8*

1.1433 1.5628 1.3768 1.5355 1.3146 1.3511 1.1874 1.2189 l

1 9*

1.5614 1.2975 1.5541 1.2172 1.5126 1.2498 1.4103 1.0232 i

e 10

1.37G5 1.5531 1.3332 1.2682 1.3072 1.5138 1.2942 1.2263 e

11

1.5358 1.2171 1.2688 1.2857 1.5180 1.3666 1.4213

.8941 1

12 *. 1.3217 1.5137 1.3067 1.5181 1.2141 1.4415 1.1053 ij.

13

1.3508 1.2499 1.5138 1.3667 1.4415 1.1322

.8498 l

14

1.1912 1.4102 1.2939 1.4211 1."048 -

.8500 l

15

1.2188 1.0232 1.2261

.8942 l

FQD (3-D) ATs 100% POWER 340 EFPD THIS 28 THE 5-TB LEVBJ. OF 18 l

'WEERE: LEVEL 18 e TOP OF CORE LEVEL 1e BOTTON OF CORE H

0 F

3 D

C 8

A e eeeeeeeeeeeeeeeeeeeeeeeee....eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee i

e f

8*

1.1554 1.5866 1.3944 1.5587 1.3295 1.3688 1.2035 1.2362 l-9*

1.5852 1.3121 1.5772 1.2307 1.5364 1.2657 1.4328 1.0340 10

1.3804 1.5762 1.3471 1.2812 1.3243 1.5390 1.3112 1.2431 i

e i

11

1.5590 1.2306 1.2817 1.2996 1.5437 1.3851 1.4432

.9014 e

12

1.3368 1.5375 1.3237 1.5429 1.2301 1.4644 1.1169 l

13

1.3685 1.2658 1.5390 1.3852 1.4644 1.1444

.8549 e-14

1.2074 1.4328 1.3110 1.4430 1.1163

.8551 e.

f 15

1.2361 1.0340 1.2429

.9015 l

I-

.. _ _ ~.

I MCEl-04004)5 Page A9 Revision 3 Table A1 (Cont.)

CORE OPPRATING LIMITS REPORT F-8UB-Q DESIGN FQD (3+D)

AT: 100% POWER 340 RFPD TRIS 28 Tus 4-Tu LEVEL OF it WHERE LEYSL 14 e TOP OF CORE LEVEL 1m DOTToet OF CORE i

H G

F 3

D C

B A

eseeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee 8*

1.1660 1.6062 1.4128 1.5798 1.3469 1.3906 1.2231 1.2502 e

9*

1.6048 1.3287 1.5900 1.2475 1.5586 1.2551 1.4532 1.0436 e

+

10

1.4068 1.5970 1.3646 1.2993 1.3449 1.5620 1.3291 1.2557 e

11

1.5801 1.2474 1.2999 1.3169 1.5657 1.4043 1.4619

.9076 e

12

1.3542 1.5594 1.3443 1.5659 1.2490 1.4845 1.1386 e

13

1.3903 1.2853 1.5619 1.4044 1.4444 1.1573

.4611 e

14

1.2260 1.4531 1.3268 1.4617

-1.1280

.r113 e

15

1.2501 1.0436 1.2555

.9078 FQD (3-D) ATs 100% POWER 340 NFFD

.THIS 28 THE 3-TE LEVEL OF 18 WHERE LEVEL 18 e TOP OF CORE LEVEL 1e 20TTott OF CORE H-

-0 F

E D

C 3

A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeene e

S*

1.1632 1.5993 1.4204 1.5777 1.3568 1.4065 1.2320 1.2400 e

9*

1.5979 1.3300

-1.5953 1.2596 1.5589 1.2987 1.4498 1.0388 -

e 10

1.4143 1.5943 1.3774 1.3170 1.3591 1.5FJ2' 1.3344 1.3428 11

1.5780 1.2595 1.3176 1.3296 1.5653-1.4112 1.4547

.9012 e

12

1.3642 ~1.5599 1.3585 1.5655 1.2611 t.4793-1.1274 4

1

1)

1.4062

'1.2909 1.5602 1.4113 1.4793 3.1594 8590 l

e 14

1.2360 1.4497 1.3341 1.4545 1.1369 48600 e

15

1.2399 1.0394 1.2426

'.9013 i

i

MCEl-0400-05 Page A10 Revision 3 Table A1 (cont.)

CORE OPERATING LIMITS ILIPORT F-8US.Q DESIGN FQD (3+D) ATs 100% POWER 340 EFPD THIS IS THE 2-TH LEVEL OF 10 WHERE: LEVEL 10 m TOP OF CORE LEVEL 1 a SOFTON OF CORE R

0 F

I D

C B

A eseeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee e

8 *-

1.1030 1.4944 1.3648 1.4816 1.3104 1.3625 1.1830 1.1417 e

9*

1.4931 1.2937 1.4978 1.2243 1.4658 1.2592 1.3536

.9733 10

1.3590 1.4968 1.3364 1.2004 1.3169' 1.4611 1.2724 1.1396 e

11

1.4818 -1.2241 - 1.2093-1.2907 1.4695

-1,3505 1.3508

.8413 e

12

1.3176 1.4660 1.3163 1.4697 1.2197 1.3769 1.0637 e

13

1.3622 1.2594 1.4611 1.3506 1.3709 1.1025

.8136 e

14

1.1977

.1.3535 1.2721 1.3506 1.0631

.513e e

15

1.1416

.9734 1.1394

.4414 FQD (3-D)

AT: 100% POWER 340 EFPD THIS 18 THE 1 ATE LEVEL OF 18 WHEREI LEVEL 18 e TOP OF CORE LEVEL 1e SOTTON OF CORE R

G F

I D

C 5

A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee e.

t*

.4426 1.1279 1.0563 1.1231 1.0100 1.0518

.9025

.7973 e

9*

1.1269 1.0142 1.1346.

.9640 1.1132

.9833.

1.0256

.7119 e

10

1.0518 1.1339 1.0427 1.0146 1.0267 1.1035

.9608

.7910 e

11

1.1233

.9640 1.0150 1.0091 1.1129 1.0311 1.0043

.6107 e

12

1.0244 1.1139 1.0263 1.1130

.9494 1.0444

.7854-13

1.0516

.9834 1.1035 1.0312-1.0443

.4279

.6027 e

14. *

.9054 1.0255.

.9606 1.0041

.7850

.6039 e

15 *

.7972

.7120

.7909

.6108 J

MCE14M00-09 Page All Revision 3 Table A2 CORE OPERATING LIMITS REPORT M SUS-Q VALUES (F-#UB-Q OF MARQ1N)

MQ (3-D) ATs 100% POWER 340 SFFD TEls IS THE 18 TE LEVEL OF 19 WHERE: LEVEL 18 e TOP OF CORE LEVEL 1e BOTTool CF CORE N

O F

5 D

C 3

A s e e e ee e

........e e.....ee.e..eeee.e.e e ee eeeee e...ee.e.ee ee e e ee.eee e s.ee ee 4*

1.7319 1.3603 1.4684 1.3376

,1.4500 1.4184 1.6656 1.7867 9*

3.3615 1.3979 1.3477 1.4270 1.3549.

1.5252 1.5060 1.8997 e

10 *

1. e'/ 61 1.34e6 1.4190 1.3699 1.3907 1.4460 1.4433 1.8530 e

11

1.3373 1.4%71 1.3693 1.3693 1.3687 1.5241 1.5741 2.2354 e

12

1.4501 1.3539 1.3913 1.3686 1.5007

.1.4812 1.8781 e

13

1.4187 1.5250 1.4460 1.5240 1.4812 1.6617 2,1323 14

1.5602

1. 50 f31 1.6437 1.5743 1.8791 2.1317 15

1.7888 1.9996 1.8533 2.2349-MQ (3-D) ATs 100% Pow 3R 340 NFFD THIS IS TER 17 TM LEVEL OF $8 WHEREe LEVEL 18 m TOP OF CORE.

LEVEL 1s 30TTOst OF CORE i

j H

0 F

3 D

-C 3

'A j

.ee.........................e.............ee......eee.....ee........

4*

1.4662 1.1656 1.2417 1.1478 1.2250 1.1743 1.3546 - 1.4143 9*

1.1667 1.2561 1.1585 1.2903 1.1598 1.2760 1.2468 1.5927 1

l 10

1.2470 1.1593 1.2137 1.2239 1.2382 1.2105 1.3308 1.4557 i

11

1.1476 1.2904 1.2234 1.2276.-1.1616 1.2519-1.2873 1.8605 e

12

1.2154 1.1590 1.2387 1.1675 1.3192 1.2355 1.5067 e

13

1.1745 -1.2758 1.2105 1.2510-1.2355' 1.4241 1.4002

.e 14

1.3503 1.2404 1.3311-1.2874 1.5074 1.7997 15

1.4144 1.5926

>1.4559 1.0605 j

?

f i

l

'i l

~

l.

i p

I J

l MCEl-N00-05 Page A12 Revision 3 i

i i

i 4

i

)

Table A2 (Cont.)

4 CORE OFERATING LIMITS REPORT 4

N-SUB-Q VALUR5 (F*8US-Q OF NARG1N) l 0

NQ ($*D) ate 1004 POWER 340 NFFD THIS 18 TER 16*TN 12Y3L OF 10 4

i j-Lavat 1e BOTTON OF CORE WHERBs LWY3L it a TCP OF CORE j

H O

F 3

D C

3 A

f 4

i I

e*

1.4237 1.1196 1.2117 1.1038 1.1938 1.1456 1.3046 1.3393 1

9*

1.1206 1.2504 1.1195 1.2896 1.1139 1.2458

-1.1788 1.5353 10 1.2169 1.1192 1.1969 1.3330 1.2294 1.1514 1.2670 1.3605 11

1.1036 1.2897 1.2325 1.2266 1.1198 1.2032 1.2127 1.7919 12

1.1973 1.1131 1.2299 1.1197 1.2855 1.1699 1.4376 1' -

13

1.1458 1.2456 1.1515 1.2032 1.1700 1.3658 1.7590.

i 14

1.3004 1.1789 1.2681 1.2129 1.4303 1.7585 i

l 15

1.3294 1.5252 1.3607 1.7915 I

4 1

l NQ (3-D) - ATs 100% POWER 340 EFPD THIS 19 THE 15 TH LNVIL OF 18

+ WHEREs - LEVEL 18 e TOP OF CORE 4

LEVEL 1e SOTTON OF CORE H

0 F

R.

D C

3 A

J 8*

1.4517

'1.1186 1.1809 1.0998 1.1605-1.1150 1.2621 1.3127 i

1.2638 1.1094 1.2127-1 sits 2 1.4623 9 *- 1.1196 1.2277-1.1139 1

i i

10

1.1860 1.1147 1.1695 1.2222 1.2066.

1.1461 1.2140 1.3366 1

- 11

1.0996 1.2639 1.2217 1.2001 1.1197 1.1642' 1.2027 1.7123 12

1.1542 1.1086 1.2071 1.1196 1.2562 1.1639

'1.3906 i

13

1.1152' 1.2126 1.1461-1.1641 - 1.1639 1.3476-1.7221-3

~14 1.2180 1.1653 1.2142 1.2029 1.3913 1.7216 15 * - 1.3128 1.4623 1.3368 1.7119 i

e 4

-,~;---.r c.----.

m.-.,.-

t i

MCEl 0100-05 i.

Page A13 q

Revision 3 l

i Table A2 (Cont.)

k d

CORE OPERATING LIMITS REPORT 1

i M. Sus-o VALuss (F-sus-o OP KAmo1N) i WQ (3-D) ATs 100% POWER 340 RFFD TNIS IS TKE 14-T5 LEVEL OF 18 WESRAs LEY 3L it e TOP OF CORM LEVEL 1 s BOTTON OF CORE I

H O

F 5

D C

B A

eeese.eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee e

8 1.5172 1.1573 1.1968 1.1275 1.1757 1.1314 1.2772 1.3439 l

9*

1.1583 1.2557 1.1370 1.2820 1.1373 1.2293 1.1917 1.4707 i

10

1.2019 1.1386 1.1839 1.2444 1.2349 1.1679 1.2154 1.3600 e

11

1.1273 1.2829 1.2439 1.2398 1.1606 1.1836 1.2397 1.7114 e

12 e 1.1693 1.1366 1.2354 1.1604 1.2001 1.2047 1.4174 e

13

1.1317 1.2291 1.1679 1.1935 1.2047 1.3769_

1.7698 14 *

-1.2730 1.1918 1.2156 1.2399 1.4182 1.7693 4

e 15

1.3440 1.4706 1.3610 1.7111 NQ (3-D) ATs 100% POWER 340 NFPD THIS IS TEE 13-TM LEVEL OF 18 4-WHEREt LEVEL 18 s TOP OF CORE LEVEL 1e ROTTON OF CORE l_

H 0

F 3

D C

5 A

1 es.o.eeeeee.e.e.eeeeeeeee..eeeeeeeeeeeeeeeee.eeeeeeeee.eeee.eeeeeeee.ee.e e

8*

1.5974 1.1972 1.2214 1.1688 1.2224

~1.1784 1.3289 1.3975 9*

1.1963 1.2933 1 1719 1.3324 1.1790 1.2778 1.2365-1.5240 e

10 e 1.2266 1.1727 1.2253 1.2844 1.2697 1.1965 1.2499 1.4066 11

1.1686 1.3325 1.2438 1.2904

.1.'2166 1.2301 1.2763 1.7578 l'

12

1.2158 1.1782 1.2703 1.2164 1.3624 1.2660 1.4833

. 13

1.1746 1.2776 1.1965 1.2300..

1.2669 1.4472 1.0646-14 1.3246 ' 1.2366-;.

1.2502 1.2765 1.4840 1.0641 15

1.3976 1.5239 1.4060 1.1574 F

I I

$ ST ty y

M h7--w r-m

-tpmn,-

t g-i1#a-3i e

y

-p F

y t

sir W=9 y

MCEl-N00-05 Page A14 Revision 3 Table A2 (Cont.)

CORE OPERATING LIW178 REPORT W. sus-Q VALUES (F-sus-Q OP MAnoIN)

MQ (3-D) ATs 100% POWER 340 BFFD TRIS'28 TKE 12-TE LEVEL OF 18 WHEREe LEVEL it e TCP OF CORE LEVEL 1e DOTTON OF CORE H

o F

E D

C

_3 A

eee.eeeeee.ee.ee.eeee.ee.eeeeeeeeeee.eeeeeeeeeeeeee.ee.eeeeeeeee.eeeee.ee e

4*

1.6511 1.2346 1.2636 1.2151 1.2819 1.2370 1.3641 1.4569 9*

1.2357 1.3412-1.2119 1.3954 1.2253 1.3389-1.2061 1.5938 e

10

1.2690 1.2127 1.2792 1.3376 1.3114 1.2310 1.2978 1.4584 e

11

1.2149 1.3955 1.3371 1.3414 1.2518 1.2703 1.3031 1.8237 e

12

1.2750 1.2245 1.3119 1.2517 1.4212 1.3064-1.5329 13

1.2373 1.3387 1.2310 1.2702 1.3085 1.5040 1.9393 14

1.3896 1.2862 1.2961 1.3033 1.5337 1.9387 15

1.4570 1.5938 1.4506 1.0233 MQ (3-D) AT: 100% POWER 340 EFPD THI8 18 THE 11-TH LEVEL OF 18 l

~

TOP OF CORE l

WHERE: LEVEL 18 e l

LEVEL 1a BOTTON OF CORE u

o F

3 D

C a

A l

......................e............................................

t* - 1.7177 1.2705 1.3278 1.2677 1.3570 1.3096-1.4744 1.5206 e

{'

'9*

1.2716 1.(@54 1.2605 1.4765-1.2776 1.4158 1.3402 1.6812 i.

10 *. 1.3335 1.2613 1.3507 1.4107 1.3755' 1.2740 1.3619 1.5157 11

1.2675 1.4767 1.4102 1.4021 1.2910 1.3191-1.3408 1.9132 l

-12

1.3496 1.2767 1.3761 1.2900 1.4901 1.3509 1.5952

+

4

-13 * - 1.3099 1.4156 1.2740' 1.3190

-1.3509-1.5722

-3.0308 e.

l 14

1.4696 -1.3402

_1.3621 1.3409 1.5960 2.0303-15

1.5207

'1.6811, 1.5160 1.9129 e

i I

t -

I.

. n.

.a.--

.. u.

.u--

MCE14M004)5 Page A15 Revision 3 Toble AJ (Cont.)

CORE OPERATING LIMITS REFORT N-SUB-Q VALUES (F-8UB-Q OF MARGIW)

NQ (3-D)

ATs 100% FOWER 340 RFFD TEIS 18 TBS 10-TM LNVEL OF 18 WHEREe LEVEL 18 e TOP OF CORE LEVEL 1e SOTTON OF CORE H

0 F

3 D

C B

A eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeees e

t*

1.0012 1.3294 1.4609 1.3362 1.4902 1.4448 1.6240 1.5994 e

9*

1.3306 1.5460 1.3267 1.6310 1.3453 1.5612 1.4085 1.0474 e

10

1.4671 1.3276 1.4905 1.5560 1.5107 1.3341 1.4919 1.5696 e

11

1.3359 1.6311 1.5554 1.5364 1.3431 1.4355 1.3900 2.0964 e

12

1.4901 1.3444 1.5113 1.3430 1.6205 1.3973 1.7317 e

13

1.4451 1.5610 1.3341 1.4354 1.3973 1.7025 2.2063 e

14

1.6194 1.4096 1.4922 1.3902 1.7326 2.2057 e

15

1.5996 1.0474 1.5998 2.0960 MQ (3-D)

ATs 100% FOWER 340 BFFD THIS IC THE 9-75 LNVEL OF 18 WHERE6 LNVEL 18 m TOF OF CORE l

LEVEL 1e ROTTON OF CORN H

0 F

3 D

C B

A eseeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee e

s*

1.9175 1.3589 1.5178 1.3746 1.5746 1.5324 1.7379 1.6437 9*

1.3601 1.6007 1.3598 1.6943 1.3952 1.6543 1.4794 1.9805 e

10

1.5243 1.3606 1.5493 1.6220 1.5913 1.3970 1.6030 1.C745 11

1.3744 1.6945 1.6213 1.6114 1.3947 1.5343 1.4716 2.2657 12

1.3660 1.3942 1.5920 1.3985 1.7225

-1.4614 1.8597 13

1.5327 1.6541 1.3970 -1.5342:

1.4614 1.0226 2.3733 e

14

1.7323 1.4795 1.6034 1.4718 1.0607 2.3726 15 * - 1.6639 1.9004 1.6748 2.2653 l

I r-i- -

_.__ma__., _ _. _, _ _. - - -

i i

i MCEl-0400-05 Page A16 Revision 3 1

3 i

i a

f.

Table A2 (Cont.)

t 1

CORE OPERATING LIMITS REPORT f

M.8US-Q VALUES (F-SUS Q OP NARGIN) a WQ (3-D) AT: 100% pow 3R 340 EFFD T318 15 THE 8 75 1.WVEL OF 18 WNEREI LEVEL 18 m TOP OF CORE j

LNVEL 1e DOTTOW OF CORE B

G F

I D

C E

A 3

S*

1.7356 1.3925 1.4404 1.3093 1.5075 1.4667 1.6556' 1.6021 j

9*

1.2936 1.5290

_ 2946 1.6221 1.3291 1.5440 1.4164 1.8901 J

j 10

1.4546 1.2955' 1.4824 1.5533 1.5209 ' 1.3356 1.5382 1.6047 11

1.3091 1.6222 1.5527-1.5414 1 3338

.1.4693 1.4203 2.1671 e

i j

12

1.4993 1.3282 1.5215 1.3337 1.6464 1.4070 1.7957 13

1.4670' 1.5838 1.3356 : 1.4691 1.4070 1.7505 2.2938 i

14

1.6502 1.4165 1.5385 1.4205 1.7977 2.2931 15

1.6022 1.0901 1.6049 2.1667 l

MQ (3-D) AT: 100% POWER 340 EFPD TE18 IS THE 7-TH LEVEL OF 18 WRERE: LEVEL 18 o TOP OF CORE j'

LEVEL' 1e 50TTOW OF CORE H

G F

E D

C E

A

.................................................c.......................

e S* " 1.6642 1.2328 1.3874 1.2510 1.4439 1.3922 1.5631-1.5094 9*

1.2339 1.4678 1.2365 1.5584 1.2670 1.5051' 1.3318 1.7864

- 10

1.3934-1.2373 1.4240 1.4933 1.4579 1.2687 1.4547 1.5104 11

1.2507 1.5535 1.4927

.t.4786

-1.2706 1.4037 1.3426 2.0519-i 12

1.4359

'1.2662 1.4585 1.2705 1.5744 1.3305 1.7130 i.

13

1.3924' 1.5049 1.2687 1.4036 1.3386 1.6818 2.1875' a

14 *- 1.5581 1.3319 1.4551 1.3420 1.7139 2.1969 -

15

1.5005 1.7864 1.5106 2.0515 h

., =,

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

J MCElol00-05 Pagc A17 j

Revision 3 Table A2 (Cont.)

CORE OPERATING LIMITS REPORT M-5UB-Q VALUES (F*8UB+Q OF MARGIF)

NQ (3-D) ATs 100% POWER 340 EFFD TEIS IS THE 6*TE LEVEL OF 18 WHER2s LEVEL 18 e 707 OF CORE LEVEL 1m BOTTON OF CORE 2

H O

F 3

D C

B A

1' eeeeeeeeeee...eeeee.eee.eeeeeeeee.eeee.e.ee.eeeeeeeeeeeeee.ee..eeeeee.eee 8*

1.6015 1.1797 1.3206 1.1822 1.3660 1.3160 1.4770 1.4218 e

9*

1.1807 1.413e 1.1768 1.4829 1.1925 1.4232 1.2532 1.6900 to 1.3143 1.1776 1.3619 1.4208 1.3854 1.1920 1.1736 1.4231 11

1.1020 1.4830 1.4202 1.4202 1.2124 1.3326 1.2614 1.9451 e

12

1.3546 1.1917 1.3459 1.2123 1.5107 1.2720 1.6181 e

13

1.3163 1.4230 1.1921 1.3325 1.2721 1.5977 2.0759 e

14

1.4722 1.2532 1.3729 1.2618 1.6190 2.0753 15

1.4219 1.6907 1.4233 1.9447 MQ (3-D) AT: 100% POWER 340 EFFD

'THIS IS THE 5-TM LNVLL OF 18 i

WHERE: LEVEL 18 m TOP OF CORE LEVEL 1e 50TT001 OF CORE I

E G

F W

D-C B

A l

....................................e....................................

i.

t*

1.5304-1.1102 1.2446 1.1051 1.2000 1.2!A 08 1.3819 1.3321 I

9*

1.1112 1.3201' 1.1011 1.3905-1.1142 1.3325 1.1711 1.5907 10

1.2499 1.1018 1.2796 1.3418 1.2982.:1.1144 1.2871 1.3359 11

1.1049 1.3907-1.3412 1.3352 1.1365 1.2514 1.1835-1.8392 -

e la

1.2730 1.1134 1.2947 1.1363

-1.4361 1.1926 1.5284 13 ~ 1.2310 1.3333-1.1144 1.2513 1.1926

-.1.5062 1.9698 l

14

1.3774 1.1712 1.2874 1.1837 1.5292 1.9693 15

1.3322-1.5907 1.3361 1.0300.

i

E i

i MCEl 0400-05 t

Page A18

{

Revision 3 5'

f j

Tal.a A2 (Cont.)

CORE OPERATING LIMITS REPORT i

j M-SUB-Q VALUES (F-SUB-Q OP MARGIN) e d

WQ (3-D)

AT 100% POWER 340 EFPD THIS 3 ft TEE 4-78 LEVEL OF 18 4

i WHERE: !J4 VEL 18 m TOP OF CORE 3

- IEVEL 1 = BOTTON OF CORE i

a o

F E.

D C

B A

i 8*

1.4186 1.0321 1.1605 1.0322 1.1977 1.1495 1.2932-1.2527-i 9*

1.0330-1.2372 1.0273 1.2993 1.0404-1'2449 1.0960 1.4992 e

10

1.1654 1.0280 1.1945 1.2505

1. 079 1.0387 1.2036-1.2560 11

1.0321 1.2992 1.2499 1.2416 -- 1. O NJ 5 1.1630 1.1047 1.7343 f

12

1.1912 1.0394 1.2004 1.0524 1.3225* 1.1077 1.4285 1

l 13

1.1497 1.2447 1.0387 1.1629 1.1078 1.4055 1.8511 4

14

1.2890 1.0961 1.2038 1.1049 1.4293

.1.8506 1

15

1.2528 1.4992.

1.2562 1.7340 i

WQ (3-D)

AT: 100% POWER 340 L/?D THIS 18 THE 3-TH LEVEL OT '.8 l

2-WHEl E LEVEL 18 =

TOP,/ C 3RE LE' 4L - 1. b.L OF CURE -

j R

O F

E

~ D-C B

A 7

8*

1.3508

.9863 1.1017

.9878-1.1379 1.0887 1.2305 1.2122 4

9*

.9872

'1.1715

.9821 1.2305

.9944-1.1799 1.0523 144461 1

i 10

1.1065

.9828'

-1.1305 1.1782 1.1412-

.9530 1.1472 1.2165 i

11 * -

.9876-1.23s6 1.1778 1.1716 1.0007 1.1021 1.0597 1.6745 12

1.1317

.9937' 1.1416 1.0005 1.2400 1.0553 1.3635 13 *.

1.0889 1.1797

.9930 1.1021

.-1.0554 1.3340 1.7695

~ ~

14

1.2265 1.0524 1.1474

'1.0598 - 1.3642 1.7690 15

1.2123 1.4461 1.2166

.1.6742 i

4 4

a 4

r

- ~,.

e.

s i

j MCElet00-05 i

Page A19 i-Revision 3 1

ii Table A2 (cont.)

+

1-CORE OPERATIEG L1K1TS REPORT

{

u Sun.o VALUES (r-Son-o or mARa13)

NO (3-D) AT 100% POWER 340 EFFD TE18 IS TER 2-TE LEVEL OF 19 WREREe LEVEL 18 =

TOP OF CORE I

4 LEVEL 1 = BOTTOW OF CORE 4

8 0

F 3

D C

5 A

I S*

1.3740 1.0173 1.1078 1.0165 1.1405 1.0886 1.2417 1.2767 9*

1.0182 1.1701 1.0101 1.2255 1.0223 1.1787 :1.0910 - 1.4973 a

10

1.1126 1.0107 1.1266 1.1645 1.1384 1.0239 1.1640 1.2451 a

11

1.0163 1.3256 1.1640-1.1652_

1.026' a 08.

1.1019 1.7387 12

4.1343 1.0216 1.1389 1.0265 1.2360 1.0896 1.3954-I 13

1.0008 1.1785 1.0239 1.1107 1.0897 1.3522' l1.0000 14

1.2377 1.0910 11.1643 1.1020 1.3961 1.0075 i

15

1.2768 1.4973 1.2853 1.7383 MQ (3-D) AT: 100% POWER 340 EFPD TEIS IS TRE~ 1-TE LEVEL OF it-WERREe LEVEL 18 =

TOP OF CORE l

LEVEL' l' a BOTTON OF CORE.

j

-H O

F E

D C

B-A

. 1.3991 1.3106 1.4354

.1.3800 1.5952.

1.7807-e*

1.7576 1.3156 -

9*

11.3168 1.4591 1.3025 1.5230 s 31'.9-1.4779 l1,4004 2.0058 10

1.4051 1.3033 1.4122

'1.4468 1.2176.

1.3243- -1.5074 1.0123 11

1.3103 1.5232 1.4462 1.4565 1.3226 1.4203 t.4473.

2.3467-j 12

1.4276

.~1.3150 1.4282 1.3224 1.5473' 1.4029

-1.8466.

]

- 13 1.3003_

1.4777- '1.3243 1.4202 1.4030

'_1.7577~

2.3891' 14

1.5900 1.4045-1.5077

.1.4475 1.0475 2.3885 j'

15.

1.7909-2.0058 1.8126 12.3463 d

i

?

i m

.~.-

4 3

MCEl-0400-05 Page A20 Revision 3 -

Table A3 i

CORE OPERATING 1.IMITS REPORT a

M-SUB-c VAF.tES (F-SUS-Q RPS MARGIM)

Mc (3.D)

ATs 1184 POWER 340 EFPD THIS 18 THE 18-TH LEVEL OF 18 WHEREe LEVEL 18 m TOP OF CORE LEVEL 1e BOTTOM OF CORE i

E G

F 5

D C

B A

eeeeeeeeeeeeeeeeee.....eeeeeeeeeeeeeeeeeeeeeeeees.ee.eeeeeeee.neeeeeeeeee e

8*

2.5006 1.9352 2.0721

..kO94 2.0659 2.0264 2.3726 2.4904 e

9*

1.9369 2.0005 1.8896 2.0032. 1.9229 2.1631 2.1252 2.6359 e

10

2.0810 1.8908 1.9779 1.9389 1.9769 2.0354 2.3033 2.5464 11 1.8890 2.0034 1.9381 1.9466 1.9270 2.1448 2.1849 3.0468 12

2.0547 1.9216 1.9777 1.9268 2.2276 ~ 2.0556 2.5939 13

2.0269 2.1628 2.0354 2.1447 2.0557 2.2898 2.9103 14

2.3649-2.1253 2.3038 2.1852 2.5952 2.9095 15

2.4905 2.6359 2.5468 3.0462 I

l MC (3-D) ate 118% POWER 340 EFPD THIS 17 THE 17 '1H LEVEL OF 18 l

l WHERE l'l;fEI. a e e TOP OF CORE l

LIVFi ae BOTTOM OF CORE l

E G

'F

-E D

C B

A j

...e...eeeee.

ee............e ee.....e.......

t 8*

1.7688 1.3959 1.4249 1.3062 1.4060 1.3604: 1.5748 1.6337 9*

1.3971

1. 4 9 W 1.310'7 - 1.4611 1.3266 1.4664 1.4529 1.8412 l

I

~1.4006

- 1.4545-1.4081 1.5385 1.6605 10

1.4310 1.3115 1.3703

~

11

1.3060 1.4613 1.4000 1.4634 1.3773 1.4640 1.4829 2.1220 12

1.3984 1.3256 1.4551 1.3771 1.5455 1.4291

'1.7267 i

-13

1.3607 1.4663 1.4081-1.4639 1.4291 1.6362 2.0502 e

14

1.5697 1.4529

-1.5389 1.4831 1.71[5 2.0496

[

15 *

I6338 1.8412-1.6607' 2.1216 l~

l I

l l

I w

w y

e q

,,-,~yw w

rn -s, r--

e,-----

j

. MCEl-0400-05 Page A21 Revision 3 a

1 i

f Table A3 (Cont.)

CORE OPERATING LIMITS REPORT l

1 M-8UB-C VALUES (F-8US-Q RPS MARGIN)

MC (3-D)

ATs 118% POWER 340 EFFD THIS IS THE 16-TE LEVEL OF 18 WHERE LEVEL 18 =

TOP OF CORE LEVEL - 1 e BOTTOK OF CORE H

O F

E D

C B

A 8

1.6673 1.2094 1.3052 1.1738 1.2834 1.2416

-1.4198 1#4462 9*

1.2905 1.3976 1.1812 1.3700 1.1902 1.3418 1.2799 1.6571 2

j 10

1.3108 1.1820 1.2692 1.3219 1.3551 1.2490 1.3757 1.4723 11

1.1736 1.3701 1.3214 1.4156 1.2651 1.3540 1.3140 1.9174 12

1.2765 1.1894 1.3556 1.2649 1.4501 1.2922 1.5845 9

13

1.2418 1.3416 1.2490 1.3539 1.2922 1.5328 1.9323 l

14

1.4152 1.2800 1.3760 1.3342 1.5854 1.9318 e

15

1.4463 1.6571 1.4725 1.9170 i

5 MC (3-D)

ATs 118% POWER 340 IFPD THIS 28 THE 15-TH LEVEL OF 18 WHERE: LEVEL 18 =

TOP OF CORE 4

LEVEL 1.= BOTTON OF CORE H

O F

E D

C B

A-8 1.7159 1.3061 1.3122 1.1624 1.2870 1.2436' 1.4126 1.4106 f

9 1.3072 1.4199 1.1729l 1.3907-

1. b 72 1.3479 1,2514 1.6362 i

10 * - 1.3178 1.1736 1.2863 1.3505

'1.3704 1.2270 1.3607 1.4339 4

~

11.

1.1622 1.3906 1.3500 1.4506 1.2768 1.3762 1.3317

-1.9029 12

1.2800 1.1764-1.3710 1.2767-1.4896 1.2940: -1.6095 g

13

1.2438 1.3478 1.2270

-1.3761 1.2940-1.5656 1.9910 14 8 1.4080 1.2515 1.3609 1.3319 1.6103-1.9905 e

15 *-

1.4107 1.6362 1.4341 1.9025-a g

v w

i 1

j MCEl-(M00-05 Page A22 Revision 3 i

Table A3 (Cont.)

L CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN) i*

MC (3-D)

AT 118% POWER 340 EFPD THIS 18 THE 14-TH 12 VEL OF 18 WHERE: LEVEL 18 m TOP OF CORE L3 VEL 1m BOTTON OF CORE 4

H O

F E

D C

B A

8*'

1.7937

'1.3788 1.3780 1.2073 1.3461' _1.2978 1.4665 1.4442 g

1 j

9*

1.3801 1.5024 1.2217 1.4673 1.2208

'1.4107 1.2845 1.6803 i

10

1.3839.

1.2225 1.3576 1.4316 1.4424 1.2663 1.4075 1.4679 l

11 *.

1.2070 1.4674 1.4310 1.5366 1.3443 1.4529 1.3748

'1.9749 12

1.3388 1.2199 1.4430- 1.3441 1.5896 1.3570 1.7027' 13

1.2981 1.4105 1.2644 1.4528

'1.3570 1.6609 2.1273

[

14

1.4617 1.2846 1.4078 1.3750 1.7036 2.1267-i 15

1.4443 1.6882 1.4682 1.9745 i

p 340 EPPD THIS IS THE 13-TH LEVEL OF 18 MC (3-D) AT: 118% POWER a

WHERE LEVEL 18 e-TOP OF CORE LEVEL 1m BOTTON OF CORE H

O F

E

-D C

B' A

l 8*

1.9319 1.3784 1.4584 1.2917 1.4440 1.3890 1'.5636 1.5243-i 9*

1.3797 1.5588 1.2989 1.5848 1.3015 1.5103; '1.3587

.1.7875-le * - 1.4646 1.2997 1.4633 1.5335' 1.5168 1.3293 1.4912 1.5435 11 1.2915

'1.5849 1.5328 1.5723 1.4226 1.5043 1.4161 - 2.0866' 12 ' '

1.4362 1.3006 1.5174 1.4224 1.7373 1.4555 1.8069' j.

13

1.3893 1.5101 1.3293 1.5042 1.4555 1.7904 2.2842 '

14 *

'1.5592

'1.3587 1.4915 1.4163 1.8078-2.2836 15

1.5245 1.7875 1.5438' 2.0862 l

I MCEI4500-05.

Page A23 Revision 3 1

Table u (Cont.)

CORE OPERATING LIMITS REPORT i

M-8US-C VALUE8 -(F-SUS-Q RFS MARGIN)

A f-WC (3-D)

ATs 118% POWER 340 EFFD TRIS IE THE 12-TE LEVEL OF 18 WHERE: LEVEL 18 =.

TCP OF CORE LEVEL 1 = SOTTON OF CORE j

H G

F E

D-C B

A

.ee........

.ee.e....

....eee.e....e...eee....eeeee.eee.ee...eeeeee.ee.e 8*

'1.9610 1.4302 1.5713 1.4017' 1.5718 1.5086 1.6866 1.6254 e

9*

'1.4314 1.6686 1.3978 1.7359 1.4091 1.6385 1.4559 1.9171 e

10

1.5780 1.3987 1.5912 1.6625 1.6256 1.4132 1.6015 1.6458 11 1.4014 1.7360 1.6618-

1. 672 1.4556

-1.5715 1.4886 2.2261 12

1.5633 1.4082 1.6263 1.4554 1.8286 1.5336

~1.8956 13

1.5089 1.6382 1.4132-1.5714 1.5336 1.8879 2.3966 e

14

1.6811 1.4560 1.6018 1.4888' 1.8966 2.3960 15

1.6255 1.9170 1.6451 2.2257 j

MC (3-D) _ ATs 118% POWER 340 EPPD THIS IS THE 11-75 LEVEL OF 18 WHERE: LEVEL 18 =-

TOP OF CORE I

LEVEL 1m BOTT004 OF CORE H

O F

3 D-C B

A j

l

..e...................e.........

...e...

....e...........................

l 8*

2.1293 1.5654 1.7526

~1.5343 1.7226

'1.6411-1.8228- - 1.7399 l

9*

1.5668 1.8576 1.5524 1.9141' 1.5353-1.7893 1.5657 2.0543-10

1.7601 1.5534 1.7832 1.8591

-1.8014 1.5484 1.7355 1.7618' 11 * -

1.5340 1.9143 1.8584 1.8387

-1.5716 1.7084 1.6138 2.4143 e

12

1.7132 1.5342.

1.8022 1.5714

.1.9426 - 1.6301 2.0450-13 -

1.6414: 1.7891

-1.5484 1.7083 1.6301 2.0205 2.5852

(

14 *-

1.8169 1.5658-1.7359 1.6141

-2.0461 2.5844 15

1.7401 2.0542 1,7621 2.4139 k

w

,..p w

w Y

7-P

"t

i s

i MCElo400-05 4

Page A24 Revision 3 1

a 4

P 4

1 Table A3 (Cont.)

1

}

CORI OPERATING LIMITS REPORT t

{

M-8UB-C VALUE8 (F-8UB-Q RPR MARQIN) 7 1

NC (3-D)

AT 118% POWER 340 EFPD THIS IS THE 10-TH LEVEL OF 18 WHEREe tEVEL 18 m TOP OF CORE l

- LEVEL 1m BOTTON OF CORE 1

E O

F E

D C

B A

+

1 8*

2.4321 1.7006 2.0161 1.7191-1.9367 1.8322 2.0152 1.8959 s

=

j 9*

1.7822 2.1381 1.7657 2.1657-1.7144 2.0024 1.7205 2.2539 10

2.0248 1.7668 2.0204 2.1364 2.0571 1.7426 1.9235 1.9283' 11

1.7188 2.1659 2.1355 2.0970 1.7634 1.9213

'1.8009 2.6709 l

12

1.9262

'1.7133 2.0579 1.7632 2.1767 1.8060 2.2810 l

13

1.8326 2.0022 1.7426 1.9212 1.8061 2.2463 2.8827 14

2.0087 :1.7206 1.9239 1.8012' 2.2822 2.8819 15

1.8960 2.2539 1.9286 2.6704 i

e 1

l' MC (3-D) ATs lit % POWER 340 EFPD.

THIS IS THE_.9-TH LEVEL OF 18' WHERE: LEVEL 18'e' TOP OF CORE LEVEL 1m BOTTON OF CORE H

O F

E D

C B'

'A i

i 8*

2.5307 1.9051 2.1367

-1.9234 2.1980 2.0776 2.2690 2.0055 l.

9*

1.9068

2.2463 1.9052 2.3733 1.9442 2.2695 1.9241 2.5149 10 *

-2.1459 1.9064 2.1731 2.2715' 2.2228 1.9213 2.1656

-2.1193

~

i 11 *.

1.9230 2.3735 2.2706 2.2511~

1.9348 2.1080 1.9887 J2.9949 l-12

2.1761 1.9428 2.2237-1.9346..2.3868 1.9941 2.5273 13

2.0780 2.2692 1.9213 2.1078 li9942-12.4913 3.1971

. 14 * :2.2617 1.9242-2.1660 1.9890-2.5286 3.1962 15

'2.0857 2.5148-2.1196 2.9943 l

I I

-. n

MCEl-0400-05 PagesA25 Revision 3 Table A3 (Cont.)

CORE OPERATING LIMITS REPORT M-SUB-C-VALUES (F-SUB-Q RPS MARCIN)

MC (3-D)

ATs 118% POWER 340 EFPD THIS IS THE S-TE LEVEL OF 10 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTON OF CORE E

G F

E D

C B

A

.................eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee e

8*

2.3692 1.7062 1.9958 1.0045 2.0731 1.9004 2.1633 2.0028 e

9*

1.7870 2.1026 1.7853~

2.2201 1.8320 2.1703

.1.8598 2.3904 e

10

2.0044 1.7665 2.0344 2.1309 2.0926 1.8404 2.0846 - 2.0510 e

11

1.8041 2.2203 2.1280 2.1194 1.8453 2.0350 1.9253 2.9663 e

12

2.0619 1.8307 2.0935 1.8451-2.2662 1.9355 2.4592 e

13

1.9800 2.1700 1.8484 2.0348 1.9356 2.4100 3.1034 e

14

2.1563 1.8600 2.0850

.1.9256 2.4604 3.1026 e

15

2.0029 2.3983 2.0513-2.8657 MC (3-D)

ATs 110% POWER 340 EFPD TEIS IS THE 7-TH LEVEL OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1e BOTTON OF CORE B

C F

E D

-C B

A eeeeeeeeeeeeeeeeeeeeee........eeeeeeeee...................ee........

...e e

8*

2.2097 1.6563 1.0540 1.6531 1.8966 1.8128 1.9766 1.8257 9*

1.6578 1.9628 1.6490

-2.0441' 1.6764- ~1.9824

~

1.6802 2.1930 10 *-

1.8620 :1.6500

~1.8837.

1.9002 - 1.9481 1.6772-1.9890 1.8597'

11.

1.6528

-2.0442 1.9794 1.9763 1.7093 1.8670 :1.7340 2.6031 12

1.8663 ~

1.6753' 1.9489 1.7091 2.1101

-1.7003-2.2160-13

1.8132 1.9822-1.6772 1.8669 1.7804 12.2129 2.8146 14

1.9702 1.6883 1.8894 1.7342 2.2172.

2.8178-e 15 * - 1.8259-2.1930' 1.8599 2.6025

.: j

MCEl-04004)5 -

Page A26 Revision 3 -

1 i

1 l

Table A3 - (Cont. )

CORE OPERATING LIMIT 8 REPORT l

4' M-SUB-C VALUES (F-8UB-Q RP8 MARGIN) l MC (3-D)

ATs 1184 POWER

- 3 40 EFPD THIS IS THE 6-TM LEVEL OF 18 i

WHEREe LEVEL 18 m TOP OF' CORE LEVEL 1s SOTTON OF CORE 5

H-G F

R D

C R

A 4

f I

eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee g

j 8*

2.0253 1.5025 1.6766 1.49E9 1.7290 1.6551 1.w073 1.6667 l

e 9*

1.5038-1.7789 1.4903 1.8654 1.5159 1.6030 1.5322

.2.0002 e

10

1.6837 1.4912 1.7149 1.7993 1.7602 1.5081 1.7064 1.6867 I

11 *- 1.4986 1.8656 1.7985 1.7990 1.5480 1.6819-1.5607 2.3543 i

e 12

1.7196 1.5149 1.7609 1.5478 1.9520 1.5969 2.0058

y e

4-13

1.6555-1.8027 1.5081 1.6817 1.5970 1.9983 2.5657 J

14

1.8015-1.5329 1.7067 1.5610 2.0068-2.5650--

)

e 15

1.6668 2.0082 1.6869 2.3539 MC (3-D)

ATs 118% POWER 340 EFPD THIS IS THE 5-TH LEVEL OF 18

?

- WHERE LEVEL 18 =-. TOP OF CORE-LEVEL'1 e BOTTON OF CORE H

Q

'F E

D-C

-B A-i

.........eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeen 8

'1.8397 1.3571.

1.5213 1.3583 1.5746' 1.5154' 1.6575 1.5285 t

9*

1.1383 1.6157 1.3491' '1.6958 1.3739 1.6416 1.3974 1.8475 10

1.5278 - 1.3500 1.5595 1.6343 1.5913 -

1.3651-1.5494-1.5376 -

4 e

11 ?

1.3581 1.6960 1.6336 1.6280 1.3953 1.5232 1'.4139

'2.1491 12

1.5661 1.3729 1.5919

.1.3951

'1.7512 1.4386 1.8252 i

e 13

1.5157 1.6413 1.3651 1.5231 1.4386' 1.8126-2.3478' 14.*

1.6522 1.3975 1.5498 1,4141 1.8261 2.3471 e

15

1.5286 1.8474 1.5379 2.1487 4

e

.t 4

+ -

e

-ww gv,-

w

t 4

4 MCEl 0400-05 Page A27 Revision 3 i

Table A3 (Cont.)

CORE OPERATING LIMITS REPORT I

M-SUB-C VALUES (F-SUB-Q RF8 MARGIM) s 4

MC (3-D)

ATs 118% POWER 340 EFPD THIS 38 THE 4-T5 LEVEL OF 18 l

WHEREe LEVEL 18 =

TOP OF COR!J l

LEVEL '1 e BOTTON OF CORE t-j H

O F

E

_D C

E A

1 e*

1.6618 1.2P34 1.3762 1.2293 1.4285 1.3775 1.5300.-

1.4176 9*

1.2245 1.4616 1.2199 1.5300 1.2425 1.4875 1.2872 1.7164 i

3 10

1.3821 1.2207 1.4129 1.4787 1.4369 1.2463 1.4218 1.4203

- 11 *

'1.2291 1.5381 1.4781 1.47C1 1.2550 1.3918 1.2914 1.9838 e

12

1.4208 1.2417 1.4375 1.2548-1.5693 1.3100J 1.6732 13

1.3778 1.4873 1.2463 1.3917 1.3100 1.6587 2.1568 l

14

1.5251 ~ 1.2873 1.4221 1.2916 1.6741 2.1562 15

1.4177 1.7163 1.4205 1.9834 i

f

~

MC (3-D)

ATs 118% POWER 340 EFPD

_THIS IS THE 3-TH LEVEL CF 18 WHERE: LEVEL 18 e-TCP OF CORE LEVEL = 1 m BOTTON OF CORE H

O

'F R

D.

C B

A' I

s........................................................................

t 1

8*

1.5495

_1.1408--

1.2760 1.1469

-1.3247.

1.2728:

1.4358 1.3535 i

9*

1.1418 1.3528' 1.1375 1.4237 1.1581, 1.3766' 1.2176

_1.6325 10

1.2815 1.1383 1.3067.

1.3622 1.3263 1.1613.

1.3321 1.3543 l.

11 *- 1.1467: 1.4238 1.3616 1.3564 1.1644 1.2876 1.2171 -1.8811 e

12

1.3175-1.1573 1.3268 1.1643 l1.4401- -1.2291-1.5674-13'*-

1.2730 1.3764 1.1613-1.2875 1.2292-1.5467 2.0213' 14

1.4312 1.2177 1.3324 1.2172.

1.5682~

2.0207 i

l 15

1.3536-1.6325 1.3545 1.8807 l'

i.

f

\\

l

,,;,, -, i.

,,a

~

MCEl-0400-05 Page A28 Revision 3 4

4 i

d_

4 Table A3 (Cont.)

i CORE OPERATING LIMITS REPORT j

M-SUB-C VALUES (F-stTB-Q RPS MARGIE)

A i

l MC (3-D)

AT: 118% POWER 340 EFPD THIS IS THE 2-TB LEVEL OF 18 WHERE LEVEL 18 m TOP OF CORE LEVEL 1s BOTTOM OF CORE i

H 0

F E

D

.C.

8 A

!j-l 8*

1.5522 1.1552 1.2609 1.1582 1.3045 1.2499 1.4259.

1.4063 i

9*

1.1563 1.3291' 1.1483 1.3948 1.1683 1.3518 1.2428 1.6645 t-j 10

1.2663 1.1491 1.2810.1.3250 1.3011..

1.1748 1.3281 1.4099 i

.1.9197 11

1.1580

-1.3949 1.3244 1.3277 1.1732-1.2752-1.2426

=

12 *

-1.2975 1.1675 1.3016 1.1730 1.4109-1.2478 1.5732-

~

{

13

1.2502-1.3517 1.1748 1.2751 1.2478 1.5387-2.0229 -

i 1

14

1.4213

-1.2429 1.3284' 1.2428 1.5740 2.0223 15

1.4064 1.6645 1.4101 1.9193 t

I-

. MC (3-D)

ATs-118% POWER 340 EFPD THIS IS THE 1-TH LEVEL OF 18 i_

j.

WHEREe LEVEL 18 =

TOP OF CORE LEVEL - 1 m BOTTOM OF CORE H

G F

'E' D

C B

A i-j.

8*

1.9670 1.4764 1.5750 1.4755 1.6238

'1.5663 1.7970

.1.9457 i

9

1.4777 1.6403 1.4634-1.7162 1.4659 1.G771 1.5729,2.1918 10

1.5817 1.4643 1.5893 1.6300 1.6145

-1.5010-1.6J67.

1.9606 l

l 11

1.4752 1.7164-1.6294 1.6434 1.4939 1.6124

.1.6005

'2.5457 i.

12

1.6150 1.4848 1.6152 1.4937 1.7517

-1.5717 2.0406-e

- 13 * - '1.5666 1.6769 1.5010 1.6123 1.5718 1.9575'

-.2.6191' 14 *- 1.7912 1.5730 1.6870 1.6008 2.0417 2.6184-15 *.

1.9459 2.1917 1.9609 2.5452 i

I 1

z u,

1-1 4

MCE14400-05 3

. Page A29 i.

Revision 3 1

l e

Y Table A5 CORE OPERATING LIMITS REPORT i

FaDELTAaB DESIQW 4

ij' FDED (2aD) AT: 100% POWER 340 EFPD

=H G

F.

E D

C B

A i

j.

i 8*

1.0320 1.3798

.1.2441 1.3657 1.1995 1.2349 1.0791 1.0771 1

9*

1 3786 1.1575 1.3514 1.1228 1.3486 1.1459 1.2518

.9225 10

1.2387 1.3805 1.2241 1.1793 1.2004 1.3414 1.1659-1.0810 d

11

1.3659 1.1227 1.1798 1.1959 1.3501

-1.2310 1.2566

.5112

(

f 12

1.2061 1.3497 1.1999- -1.3503 1.1095 1.2770

.9997 13

1.2347 1.14C1 1.3414 1.2311 1.2770 1.0297

.7849 a

e s

14

1.0826 1.2517 1.1656 1.2564-

.9992

.7851' 15 -

1.0770

.9225 1.0e0e.

.e114-e

1. -

a-1 2

i l

4 t

i T

l:.

h I

4 2

1' J

4 t

,-m--

l MCEl-0400-05

- Page A30 Revision 3 I-4 1

Table A6 CORE OPERATING LIMITS REPORT i

M-DELTA-H VALUES (F DELTA-B MARGIN)

MB (2-D)

AT: 100% POWER 340 EFPD 4

i H

G F

5 D

C B -

A' eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeen.eeeeeeeeeeeeeeeseeeeeeeeeeeeeeeeeeeeeee e

4 8*

1.4205 1.0755 1.1930 1.0632 1.1656 1.1180 1'.2651 1,2685 i

e 9*

1.0765 1.2184- '1.0688 1.2607 1.0697 1.2128 1.1197 1.4811 e

10 *

-1.1981 1.0695 1.1681 1.2132

'1.1962 1.0882 3.2186-1.2827 i

11 1.0630-1.2608 1.2127 1.2016 1.0799' 1.1783 1.1560' 1.1206

- 12

1.1593 1.0690 1.196G 1.0798 1.2636 1.1260 1.4237 13

1.1182 1.2126 1.0883-1.1782 1.1261 1.3776 1.7476 14 * - 1.2809

-1.1198 1.2189 1.1562' 1.4245 1.7472 e

15

1.2686 1.4811 1.2829 1.7202 1

l i

t 1-i t

I

(

I F

Gr'-

7

-Vw

'wyn4-my

--+-T-'

aT--4TK q

rang g g yqwwwsg err y

f$ %-mey+%g-no-Stpwri%g--ygp

ML20125D245

Text

Navigation menu

Search