Text

Core Operating Limits Rept,Oct 1992
	ML20116C576
Person / Time
Site:	Catawba
Issue date:	10/26/1992
From:	Clark R; DUKE POWER CO.
To:	;
Shared Package
ML20116C575	List: ML20116C574; ML20116C576;
References
	CNEI-0400-24, CNEI-0400-24-R01, CNEI-400-24, CNEI-400-24-R1, NUDOCS 9211040164
	Download: ML20116C576 (42)
	v • d • e

-

CNEl 0FO 24 (Rev.1) 1 of 302 Catawba Nuclear Station COLR Catawha Unit 1 Core Operating Limits Report October 1992 Duke Power Company OA CON" " '

t Prepared by* / E~

'b i /." /<> t-a Checked by: :v M W M -

' :, h,

Approved by; [7bde-tI

/0/26 S.__.

T211040164 921026 PDR ADOCK 06000413 P

PDR

r t

CNEl-0400 24 (Rey,1) 2 of 302 Catawba Unit 1 Core Operating 1.innits Report INSERTION SilEET t

Remove Intert Revision 0. Pages 14 Revision 1. Pages 14 Revision 0. Pages 100135 Revision 1. Pages 100135 l

Revision 0. Pages 294-295 Revision 1, Pages 294-295 i.

4 4

l l

[

l l.

{

l

t Chm d.24 (Rey,1) 3 of 42 i

Catsaha 1 Cycle 7 Core Operating 1.ltnits Report REVISION LOG Revision Ef fective Date Effective Paces Revision 1 26 October 1992 Pages 14 Original issue 8 September 1992 Pages 5 99 i

Revision 1 26 October 1992 Pages 100135 '

Original issue 8 Septeraber 1992 Pages 136 293 Revision i 26 October 1992 Pages 294 295 Originalissue 8 September 1992 Pages 296-302 t

t t

CNE!4M(K) 24 (Rev.1) 4 of 302 Catawha I C cle 7 Core Operating 1.imits Report 3

List of Tables Table Title fact 1

Maximum Allowable Radial Peaks (MARPs) 18 2

F Sub-Q design For Nonnal Operating Conditions 19 2A F Sub-Q Design - For Power Escalation Testing During initial Startup 100 with llank D at 215 SWD 3

M-Sub-Q Values For Normal Operating Conditions 126 3A M Sub.Q Values For Power Escalation Testing During Initial Startup 217 4

M Sub-C Values - For Normal Operating Conditions 253 4A M Sub C Values - For Power Escalation Testing During Initial Startup 280 5

F. Delta li Design - For Normal Operating Conditions 289 5A F-Delta Il Design - For Power Escalation Testing During initial Startup 294 with llank D at 215 SWD 6

M Delta li Values For Normal Operating Conditions 296 6A M Delta li Values For Power Escalation Testing During Initial Startup 301

I o

CNElM() 24 (Rev.1) 1(X)of 302 TABLE 2A CORE OPERATI!D LIMITS REPORT

?-SUD-Q DESIG!!

FQD (3-D)

AT: 1001 POWER 4 EFPD THIS IS LE"/EL 18 OF 18

'<HERE s LEVEL 18 =

TOP OF CORE i

BOTTOM OF CORE l

LEVEL ;

=

H G

F E

D C

B A

j 8*

5292

.7706 7046 7921 6542

.6588

.5242 4813 i

9*

.7703

.8001 8560 6920 7796

.7177

.6630 4992 10 *

.7057

.8542 7995 8162 7121

.7315

.6414 4953 11 *

.8031

.7139 8202 7519 7215

.7010

.6243 4318

+

12 *

.6708 7831 7146 7224 5051

.5941

.5197 13 *

.6672

.7228 7349 7028 5950

.5325

.4358 14 *

.5302

.6689 6469 6270 5200

.4364 15 *

.4891

.5051 5029 4349 FQD (1-D)

AT: 100% POWER 4 EFPD THIS IS LEVEL 17 OF 18

'0!ERE : LEVEL 18 =

TOP OF CORE LEVEL 1m BOTTOM OF CORE H

G F

E D

C B

A 8*

.9453 1.2292 1.0204 1.1441 9160

.9926 7752 7965 9*

1.2283 1.2171 1.2745 9724 1.1361 1.0881 1.0730 7882 e

10 8 1.0224 1.2728 1.2069 1.2366 1.0044 1.1099 1.0008 8291 11

1.1626 1.0098 1.2434 1.1472 1.1351 1.0947 1.0241 6617 12 *

.9401 1.1428 1.0082 1.1363 9247 1.0307

.8168 13

1 ~.- 0 0 5 6 1.0461 1.1154 1.0975 1.0321

.8624 6857 14 *

.7842 1.0827 1.0096 1.0285 3173

.6867 15 *

.8099

.7978 8420 6667 f

,s4kh

7'**

"'*d T'

"TN-1" 9

'49 Y

'*'-YW V-4, 4t-m e-r yw--eey---,r

'k' iseWme

- '-*wr'-w e'r'-Fute-m ew w k m ww *'

e--'

'w-E' w8"

--*-O'N-*%D eV-r--~'r--"'

- ~** *'

(

e CNEl 0400 24 (Rev.1)

- 101 of 302 TABLE 2A CORE OPERAT!!D LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT. 100% POWER 4 EFPD T}{IS IS LEVEL 16 0F 18 kHERE: LE/EL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE 11 G

F E

D C

B A

1.1076 1.4417 1.1655 1.3301 1.0279 1.1465

.8919

.9777 8

9*

1.4406 1.4218 1.5077 1.0993 1.3299 1.2822 1.3128

.9471 10

1.1679 1.5058 1.4090 1.4351 1.1?27 1.33G3 1.2016 1.0279 11

1.3524 1.1438 1.4431 1.3472 1.3755 1.3168 1.2666

.7824 12

1.0553 1.3381 1.1371 1.3768 1.1324 1.2924

.9760 13

1.1616 1.2917 1.3429 1.3301 1.2942 1 0502

.8157 14 *

.9025 1.3248 1.2122 1,2721

.9767

.8169 15 *

.9944

.9588 1.0443

,7884 C

FQD (3-D)

AT: 100% POWER 4 EFFD TlilS IS 4.,EVEL 15 0F 18 kHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE 11 G

F E

D C

B

-A 8*

1.1698 1.5426 1.2361 1.4301 1.0828 1.2267

.9540 1.0820

~

9*

1,5412 1.5256 1.6352 1.1653 1.4375 1.3918-1.4556-1.0376 q

10

1.2384 1.6336 1.5141 1.5368 1.1983 1.4717-1.3197 1.1458 11

1.4532 1.2114 1.5449 1.4547 1.5137 1.4469 -1.4137

. 8499 12 * '1.1114 1 4458 ~ 1.2027 1.5150 1.2380 1.4477 1.0646 13

1.242, 1.4020 :1.4789 1.4506 1.4497-1.1591

.8859 n

14 *

.9654 1.4689 1.3315 1.4199 -1.0654

,8872 e

15 +

1.1008 1.0506 1.1644

.3566

CNEl.0400 24 (Rey,1)

}

1020002 i

TABLE 2A CCRE OPERATI!D LIMITS REPORT l

f F-SUB-Q DESIG!!

FQD (3-D)

AT: 100% POWER 4 EFPD THIS IS LEVEL 14 0F 18 WhletE LEVEL 18 s TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A

...............................**,*w.............................

8*

1.1991 1.5976 1.2745 1.4880 1.1144 1.2759

.9921 1.1459 9l 1.5962 1.5842 1.7117 1.2039 1.5023 1.4614 1.5472 1.0930 10

1.2762 1.7083 1.5760 1.5976 1.2376 -1.5580 1.3960 1.2193 L

11

1.5105 1.2499 1.6053 1.5199 1.5991 1.5304 1.5082

.8909 12

1.1432 1.5099 1.2418 1.6003 1.3011 1 %462 1.1184 1.2923 1.4717 1.5654 1.5342 1.5482 1.2264

.9267 13 14

1.0039 1.5614 1.4085 1.5148 1.1192

.9280 15

1.1660 1.1068 1.2393

.8979 l

FQD (3-D)

AT: 100% POWER 4 EFPD THIS IS LEVEL 13 0F 18 WHERE: LEVEL 18 =

TOP OF CORE i

LEVEL 1 BOTTOM OF CORE l

l H

G.

F E

D C

B A

..........................*..................................s...

l 8

1.2145 1.6319 1.2967 1.5241 1.1336 1.3090 1.0163 1.1876 l

9'*

1.6304 1.6212 1.7604 1,2275 1.5446 1.5092 1.6111 1.1290 I

1 10

1.2978 1.7561 1.6165 1.6387 1.2628 1.6174-1.4489 1.2679 l.

11

1.5455 1.2730 1.6459 1.5638 1.6567 1.5883.- 1.5735

_.9167 12 1.1621 1.5513 1.2666 1.6578 1.3427 1.6139 1.1530 13-*

1.3254 1.5195 1.6248 1.5922 1.6160 1.2707

.9514=

14 1.0288 1.6257 1.4619 1.5804 1.1538

.9527 15

1.2086 1.1433 1.2890

.9240 l

l L

,4

~4e, 4,,..

g.

3 -e.

h e.m,

-,_-=,,-y2.,...-...w,m en n-

,-c..+.%.-.

.y

,e

.-.,.,-.m-

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

]

e a

CNE!4M00 24 (Rey,1) 103of302 TABLE 2A CORE OPERATING LIMITS RFPORT F-SUB-Q DESIGN FQD (3-D)

AT: 100% P' R

4 EFPD THIS 15 LEVEL 12 OF 18 VIERE: LEVEL 18 =

TOP CF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A i

8*

1.2214 1.6543 1.3085. 1.5466 1.1439 1.3308 1.0321 1.2154 I

1.6526 1.6453 1.7933 1.2410 1.5725 1.5427 1.6577 1.1524 9

10

1.3091 1.780, 1.6438 1.6675 1.2701 1.6600 1.4867 1.3013 11

1.5669 1.2859 1.6741 1.5943 1.6075 1.6302 1.6209

.9327 l

l 12

1.1718 1.5/83 1.2815 1.6905 1.3707 1.6633 1.1751 13

1.3471 1.5529 1.6674 1.6340 1.6654 1.3003

.9657 1.0441 1.6727 1.5001 1.6280 1.1759

.9673

'4 15

1.2371 1.1670 1.3231

.9401 t

FQD (3 D)

AT: 109% POWER 4 3FPD THIS.IS LEVEL 11 OF 18-WH2.t'<.. LEVEL 18 =

TOP OF CORE-LEVFL 1 = BOTTOM OF CORE H

G F

E D

C-

.B

.i

...........................................................+.....

8*

1.2211 1.6671 1.3120 1.5588 1.1466 1.3132_ 1.0397

' 2332 i

i 9*

1.6652 1.6594 1.8145-1.2462 1.5895 1.5650 3.4',15 1.1665 7

i 10

1.3130 11.00P' 1.6608 1.6860 1.2848 1.6903 1.5131 1.3237 I

-?

11 *- 1.5778 1 2905 1.6922 1.6144-1.7261 1.6598 1.6555

.9411 l.

I L

-12 *' 1.1738 1.5944 1.2878 1.7270 1.3884 1.6997 1.1879 i

l 1.6976 1.6637 1.7078 1.*Jf2

,'9721 13 *.1.3593 1.5749 14 * - 1.0517 1.7070 1.5267 1.6627 1.1886

.9734 15 * - 1.2554 1.1813 1.3460 9406 3-l L

e CNE14WS24 (Rev.1)

- 104 oPD2 TABLE 2A CORE OPERATIllG LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT: 1004 P0h*ER 4 EFFD THIS IS LEVEL 10 0F 18 hTERE: LEVEL 18 =

TOP OF CORE

{

LEVEL 1

BOTTOM OF CORE 11 C

F E

D C

D A

8 1.2141 1.6709 1.3000 1.5618 1.1421 1.3469 1.0403 1.2425 7.6689 1.6642 1.8256 1.2439 1.5966 1.5770 1.7149 1.1724 9

10

1.3074 1.8191-1.6682 1.6949 1.2834 1.7098 1.5294 1.3368 11

1,5794 1.2874 1.7006 1.6248 1.7441 1.6788 1.6792

.9430 c

12 +

1.1685 1.6006 1.2861 1.7448 1.3970 147252

. 1925 13

1.3626 1.5866 1.7.<0 1.6826 1.7273 1.3290

.9717 14

1.0523 1.7303 1.5431 1.6865 1.1932

.f730 15

1.2650 1.1874 1.3596

.9505 FQD (3-D)

AT: 100% FOWER 4 EFPD THIS IS LEVEL-9 0F 18 L

. hMERE 6 LEVEL 18 a TOP OF CORE LEVEL 1 = BOTTOM 0F CORE H

G-F E

D C

B A

i j'

8*

1.2004 1.6656

1. 29 f> 4 1.5557 -1.1308 -1.3418 1.0342 1.2437 l -.

9

-1.6634 1.6599 1.8266 1.2343 1.5941 '1.5790 -1.7273-1.1706

-10

1.2954

'1.8'94.1.6660 1.(940. 1.2742 1.7187 1.5358 1.3412 11

1.5720 1.2768 1.6991 1.6255. 1.7515 1.6872 1.6923

.9387 12

1.1562 1.5973 1.2765 1.7522 1.3969 1.7400--1.1894-13

1.3572 1.5883 1.72S8 1.6910 1.7422.1.3300

.9650 L

14

1.0460 1,7428-1.5496. 1.6997 1.1901

.9662 15

1,2663--1.1856 1.3643-

.9462 I

l t

t L _ - _ u. _. _, _.

m

i o

CNEl-(M00-24 (Rev.1) 105 of 302 TABLE 2A CORE O.ERATIN3 LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT: 100% POh'ER 4 EFPD THIS IS LEVEL 8 OF 18 h'HERE : LEVEL 18 =

TOP OF 00RE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C D

A j

8*

1.1800 1.6507 1.2774 1.5405 1.1124 1.3277 1.0211 1.2363 9*

1.6484 1.6460 1.8170 1.2174 1.5817 1.5704 1.7282 1.1608 10

1.2759 1.8093 1.6539 1.6828 1.2568 1.7164 1.5317 1.3363 11

1.5554 1.2585 1.6873 1.6160 1.7479 1.6845 1.6941

.9281 12

1.1369 1.5840 1.2588 1.7485 1.3876 1.7434 1.1784 13

1.3426 1.5793 1.7233 1.6882 1.7456 1.3221

,9518 14 *

1. 0 3 * ", 1.7436 1.5455 1.7015 1.1790

.9531 15

1.2590 1.1757 1.3595

.9354 FQD (3-D)

AT: 100% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL

.-1

= BOTTOM OF CORE H

G F

E

-D C

B A-8*

1.1529 1.6259 1.2507 1.5156 1.0869 1.3039 1.0004 1.2192 9*

1.6236 1.6220 1.7961 1.19Ls -1.5585 1.5501 1.7156 1.1419 10

1.2487 1.7880 1.6311 1.6605-1.2310 1.7013 1.5156 1.3200-11-*

1.5290 '1.2325 1.6645 1.5955 1.7318 1.6690 1.6828

.9105 12

1.1102 1.5600 --1.2327-1.7323 1.3681 1.7337 1.1586 l-13

1.3183 1.5586-1.7081 1.6726 1.7358 1.3040

.9318 14

1.0117 1.7309 1.5292 1.6902 1.1552

.9330 15 l'.2417 1.1566 1.3440

.9177 a

l-l.

u

.,.u - _

__.,.m

CNEl-0400 24 (Rev. !)

106of 302 TABLE 2A CORE CPELTI!.0 LI'!ITS REPORT F-SUB-Q DESIGli FQD (3-D)

ATi 100% POWER 4 EFTD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 =

TJP OF CORE LEVEL

= BOTT*N OF CORE H

G F

E D

C B

A 8

1.1192 1.5909 1.2161 1.4800 1.0539 1.2695

.9712 1.1902 9*

1.58B5 1.5872 1.7625 1.1601 1.5231 1.5161 1.6864 1.1122 10

1.2138 1.7540 1.5968 1.6265 1.1963 1.6/09 1.4850 1.2923 1.4921 1.1982 1.6299 1.5626 1.7011 1.6384 1.6553

.8848 11 1.0759 1,5239 1.1976 1.7015 1.3371 1.7076 1.1289 12 1.2832 1.5243 1.6774 1.6419 1.7097 1.2741 9040 13

.9820 1.7015 1.49P5 1.6626 1.1294

.9052 14 e

15

1.2124 1.1266 1.3152

.8918 FQD (3-D)

ATt 100% POWER 4 EFPD THIS IS LEVEL F OF 18 TOP OF CORE WHERE: LEVEL ~o

=

LEVEL 1 = DOTTCM OF CORE H

G F

E D

C B

A 8

1.0789 1.5447 1.1731 1.4320 1 0126 1.222'

.9318 1.1455 1.5422 1.5401 1.7131 1.1186 1.4731 1.4655 1.6351 1.0687 9

10

1.1704 1.7042 1.5488 1.5792 1.1519 1.6204 1.4359 1.2461 1.4426 1.1549 1.5821 1.5153 1.6517 1.5886 1.6058

.8491 11 12

1.0334 1.4732 1.1529 1.6520 1.2921 1.6597 1.0869 13

1.2357 1.4732 1.6266 1.5920 1.6617 1.2289

.8667 e

.9421 1.6498 1.4409 1.6128 1.0875

.8679 14 1.1670 1.0826 1.2683

.8558 15 i

CNEl 0400 24 (Rev.1) 107 of 302 TABLE 2A I

CORE OPERATING LIMITS REPOPT F-SUB-Q DESIGN il FQD O-D)

ATs 100% POWER 4 EFPD THIS IC LEVEL 4 OF 18 WHERE: 'EVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

5 D

C B

A i

1.0309 1.4834 1.1195 1.3666 9622 1.1607 8796 1.0775 8

9*

1.4809 1.4754 1.6399 1.0662 1.4026 1.3923 1.5508 1.0055 10

1.1165 1.6308 1.4820 1.5145 1.0964 1.5408 1.3606 1.1733 1.3756 1.1003 1.5169 1.4483 1.5751 1.5119 1.5233

.7998 11 1

12 *

.9813 1.4020 1.0971 1.5753 1.2287 1.5790 1.0287 13

1.1728 1.3993 1.5465 1.5151 1.5809 1.1621 8169 14 *

.8892 1.5646 1.3728 1.5299 1.0291

.8180 15

1.0977 1.0185 1.1942

.8061 FQD (3-D)

AT: 100% POWER 4 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

-A 8*

.9687 1.3921 1.0478 1.2702 8974 1.0744 8084

.9703 9*

1.3896 1-3774 1.5222

.9966 1.2972 1.2828 1.4110

.9102 10

1.0445 1.5132 1.3806 1.4179 1.0246 1.4129 1.2431 1.0557 4

11.*

1.2771 1.0272 1.4196 1.3468 1.4524 1.3914 1.3851

.7290 12

9146 1 2958-1.0250 1.4525 1.1374 1.4424 9443 13

1.0853 1.2890 -1.4179 1.3942-1.4441 1.0508 7465 14-*

.8171-1.4235 1.2542 1.3911 9446

.7474 15 *-

.9884

.9219 1.0745

.7346 y

,,.m.

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

.m d. J.~.. _.,.

i.m v

,_.-,....,m_

)

}

CNEl.0400 24 (Rev.1) 108 of 302 i

TABLE 2A CORE OPERATIiG LIMITS MEPORT F-SUB-Q DESIGN F0D (3-D)

AT: 100% POWER 4 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18.

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.8647 1.2206

.9311 1.1074

.7993

.9327

.6994

.7930 1.2183 1.1992 1.3132

.8867 1.1215 1.1004 1.1694

,7552 9

10 *

.9275 1.3047 1.1990 1.2403

.9143 1.1976 1.0472

.3576 11

1.1116

.9112 1.2411 1.1673 1.2423 1.1867 1.1457

.6167 12 *

.8138 1.

193

.9143 2.2423

.9911 1.2022

.8070 13 *

.9418 1.1054 1.2017 1.1891 1.2036

.8897

.6326 14 *

.7068 1.1797 1.0564 1.1506

.8072

.6333 15 *

.8056

.7648

.8727

.6213 FQD (3-D)

AT: 100% POWER 4 ETPD THIS IS LEVEL 1 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1a BOTTOM OF CORE H

G F

E D

C B

A a..................................................

8*

.6195

.8314

.6770

.8040

.5908

.6367

.4864

.4818 9*

.8298

.8193

.9309

.6504

.8049

. 7469

.7445

.4810 i

+

10 *

.6741

.9243

.8182

.8448

.6754

.8332

.6884

.5192 l

.8056-

.6656

.8448

.7947

.8743

.7999

.7272

.4099 11 12 *

.6011

.8026-

.6752

.8743

.7029

.7717

.5436 13 *

.6428'

.7501

.8359

.8015-

.7725

.5766

.4156 14 *

.4915

.7509

.6944

.7303

.5437

.4161 15 *

.4905

.4872

.5282

.4128

.c t

t CNE1.N00-24 (Rev.1) l 109of 302 TABLE 2A l

t CORE OPER.\\ TING LIMITS REPORT F-SUB-Q DESIGN 4

FQD (3-D)

AT:

75% POWER 4 EFPD THIS IS LEVEL 18 0F 18 k'HERE : LEVEL 18 e-TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A

....u............................................................

8*

.5823

.8748

.7808

.8852

.7202

.7386

.5784

.5320 e

9*

.8744

.9094

.9744

.7658

.8762

.8124

.7544

.5521 10 *

.7827

.9731

.9082

.9287

.7966

.8360

.7286

.5517 11 *

.8992

.7947

.9338

.8572

.8245

.8012

.7103

.4710 12 *

.7397

.8816

.8001

.8258

.5627

.6774

.5729 13 *

.7491

.8192

.8407

.8038

.6786

.5937

.4729 14

.5858

.7621

.7357

.7139

.5734

.4737 15 *

.5417

.5594

.5610

.4748 FQD (3-D)

AT:

751 POWER 4 EFPD THIS IS LEVEL 17 0F 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL-1 = BOTTOM DF CORE H

G F

E D.

C B

A I

8*

1.0340 1.3800 1.1162 1.2585

.9947 1.1008

.8459

.8743 9

1.3793 1.3676 1.4289 1.0607 1.2579.1.2197__- 1.2101

.,8654 10

1.1192 1.4279 '1.3568 1.3921 1.1073 :1.2512 1.1273

.9177'-

-Il *- 1.28131 1.1080 1.4007 1.2936.1.2789~ 1.2399 1.1554

.7165 12

1.0224' 1.2671 1.1124 1,2805-1.0267 1.1649

.8932 13

1.1167 1.2302 1.2585 1.2438-1.1668

.9540

.7392 14 *

.8569-1,2226 1.1384-1.1612

.8941 7403 15

8910

.8771

.9334

.7225 l

i-a _a.,_

._.~__...____.._.1 CNEl.0400-24 (Rev.1).

Il00f302 4

TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q CT'cIGN 4

FQD (3-D)

AT:

75% POWER 4 EFPD THIS IS LEVEL 16 OF 18 kHERE : LEVEL 18 =

TOP OF CORE i

LEVEL 1m BOTTOM OF CORE H

G F

E D

C D

A r

e r

8

1.1944 1.5971 1.2571 1.4438 1.1002 1.2552

.9613 1.0637 9*

1.5962 1.5764 1.6691 1.1820 1.4539 1.4200 1.4655 1.0298 4

10

1.2605 -1.6680 1.5634 1.5945 1.2303 1.4895 1.3384 1.1274 11

1.4706 1.2367 1.6043 1.4998 1.5318 1.4744 1.4149

.8393 12 1.1311 1.4648 1.2360 1.5336 1J426 1.4463 1.0566 13

1.2733 1.4323 1.4981 1.4790 1.4487 1.1503

.8715 14 *

.9740 1.4808 1.3517 1.4221 1.0577

.8728 15

1.0838 1.0439 1.1471

.6465 l

FQD (3-D)

AT:

75% POWER 4 EFPD THIS IS LEVEL 15 OF 18 kHERE: LEVEL 18 r TOP OF CORE LEVEL 1 = BOMOM OF CORE H

.G F

E D

C B

A 8*

1.2427 1-6839 1 3142 1.5310 1.1426 1.3247 1.0152 1,1641 9*-

1.6828 1.6671 1.7867 1.2352

'.5506 1.5212 1.6054 1.1154 10

1.3174 1.7849 1.6561 1.6831 1.2830 1.6200 1.4515 1.2426 11.*

.1,5584 1.2910 1.6929 1.5970 1.6643 1.5995 1.5606 9019

. 12

1.1743 1.5616 1.2835 1.6662 1.3410 1.6011 ~1.1393 L

13

1.3436 1.5340 1.6292 1.6043 1.6036-1.2551-

.9365 1-

. 14

1.0286 1.6221 1.4661 1.5686-1.1406

.9380 15

l1.1863 1.1309 1.2647

.9097 V

Wb rePr.

+-e e-1-'w.+Tese&

4

=*-um' 9

e-w-

we--w r*v?-~sa 'eseuW

--'ww+.7

-e

-s-'-eu+,.e

-e w-es

-. ~ _

CNEl.0400 24 (Rev.1) i til of 302 j

TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN i

FQD (3-D)

AT:

75% POWER 4 EFPD THI8 IS LEVEL 14 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1e BCTTOM OF CORE j

H G

F E

D C

B A

8*

1.2546 1.7170 1.3352 1.5703 1.1594 1.3582 1.0418 1.2172 9*

1.7158 1.7047 1.8419

'.2580 1.5979 1.5747 1.6834 1.1602 10

1.3378 1.8391 1.6979 1.7233 1.3059 1.6915 1.5143 1.3054 11

1.5965 1.3125 1.7325 1.6440 1.7337 1.6681 1.6426

.9340 12

1.1907 1.6079 1.3111 1.7355 1.3899 1.6870 1.1818 13 *- 1.3772 1.5876 1.7009 1.G734 1.6897 1.3110

.9682 1

14

1.0554 1.7008 1.5294 1.6510 1.1831

.9697 15

1 2406 1.1763 1.3288

.9421 FQD (3-D)

AT: 75% POWER 4 EFPD THIS IS LEVEL 13 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*'

1.2511 1.7257 1.33d1 1.5845 1.1624 1.3727 1.0528 1.2440 i

9*

1.7243 1.7166 1.8650 1.2639 -1.6186 1.6018 1.7267 1.1818 l

10

1.3399 1.8612 1.7140 1.7398 1.3128 1.7299 1.5482 1.3384 11 * =1.6090 1.3167 1.7482 1.6651 1.7693 1.7051 1.6884

.9485 12

1.1929 1,6275 1.3175 1.7709 1.4133 1.7349 1.2018-13

1.3913 1.6144 1.7392 1.7100 1.7376 1,3393

.9813 I'

14

1.0664 1.7444 1.5637 1.6970 1.2030

.9828 l

l

.15

1.2679 1.1982 1.362R

.9568 1

l-l

~

ChTd4400-24 (Rev.1) 112 of 302 TABLE 2A CORE OPERATING LIMITS REPORT i

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

AT:

75% POWER 4 EFPD THIS IS LEVEL 12 0F 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A

................................................**.............*e 8

1.2384 1.7202 1.3295 1.5833 1.1557 1.3738 1.0529 1.2542 9*

1.7186 1.7132 1.8691 1.2596 1.6'25 1.6115 1.7484 1.1886 4

10

1.3307 1.8645 1.7143 1.7113 1.3082 1.7474 1.5634 1.3529 j

11

1.6059 1.3096 1.7489 1.6700 1.7841 1.7218 1.7117

.9516 12

1.1850 1.6302 1.3125 1.7C55 1.4205 1.7595 1.2071 i

13

1.3929 1.6236 ' 7565 1.7266 1.7621 1.3500

.9824

^

14 +

1.0663 1.7661 1.5789 1.7203 1.2083 9839 15

1.2784 1.2051 1.3774

.9509 t

+

- FQD (3-D)

AT:

75% POWER 4 EFPD THIS IG LEVEL 11 0F 18-WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G-F E

D C

B A

8*

1.2184 1.7038 1.3122 1.5705 1.1409 1.3642-1.0445 1,2527 9*

1.7020 1.6984 1.8596 1.2444-1.6138 1.6076 1.7542 1.1845 10 *.1.3128 1.8542 1,7026 -1.7307 1.2944 1.7497 1.5645 1.3E13 11-*

1.5914 1.2936 1.7377 1.6625 1.7839 1.7233 1.7188

.9461 12

1.1690 1.6204 1.2981 1.7852 1.4156 3.7676 1.2017 13

1.3818 1.6191 1.7584.1.7281 1.7702 1.3480 9747 14 1.0576 l'.7718 1.5799 1.7274' 1.2023

- 9762-15

1.2770 1.2009 1.3789-

.9543-0

,w 9

i e,,

r

,,.m<y.-,..-

.b,,,,v.

,m, or,%

w,

rr..

,n*

CNE14400 24 (sa.1) -

113 of 302 TABLE 2A CORE OPERATI!13 LIMITS REPORT F-SUB-Q DESIGN i

FQD ( 3 -D)

AT:

75% POWER 4 EPPD THIS IS LEVEL 10 0F 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C D

A f

8*

1.1919 1.6778 1.2874 1.5481 1.1190 1.3453 1.0,27 1.2418 9*

1.6759 1.6737 1.8388 1.2227 1.5946 1.5922 1.7470- 1.1716

- 4 10

1.2873 1.8328 1.6806 1.7096 1.2722 1.7393 1.5539 1.3452 11.* 1.5672 1.2698 1.7159 1.6441 1.7714 1.7124 1.7129

.9337 12

1.1458 1.6000 1.2755 1.7725 1.4008 1.7625 1.1874 13

1.3622 1.6033 1.7478 1.7170 1.7650 1.3359 9600 14

1.0414 '1.7644 1.5691 1.7214 1.1885

.9614=

15

1.2659 1.1878 1.3697

.9417 i

FQD (3-D) _- AT:

75% POWER 4 EFPD THIS IS LEVE1 9 0F 18 9

WHERE: I EVEL 18 m TOP OF CORE LEVEL 1a BOTTOM OF CORE H

G F

E D

C B

.A 8*

1.1595 1.6429 1.2557 1.5171 1.0908 1.3177 1.0064 1.2226 9

1.6409 1.6399 1.8077 1.1943 1.5657 1.5665 1.7280' 1.1509 10

1.2551 1.8012 1.6489 1.6785 1.2426' 1.7176 1.5327 1.3270 11

1,5343 1.2391-1.6841 1.6157 1.7476 1.6900 1.6954

.9151 12

1.1162 1.5701 1.2454 1.7487 1.3770 1.7455 1.1654 13 1.3339 1.5770 1.7257-1;6945 1.7480- 1.3147 9390 14

1.0187 1.7451 1.5477-1.7037 1.1664

.9404 15

1.2463 1.1668 1,3513

.9230

- i

..... -. ~, -.

..m

.--,,..,.,ss.

ChE!.0400 24 (Rev.1) 114 of 302 9,

TABLE 2A CORE OVERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT:

75% POWE'A 4 EFPD T1IS IS LEVEL 8 OF 13 kHERE: LEVEL 18 =

TOP OF CORE LEVEL 1e BOTTOM OF CORE H

G L

E D

C B

A

)

1.1217 1.5997 1.2178 1.4779 1.0567 1.2821

.9778 1.1953 8

9*

1.5976 1.5977 1.7670 1.1595 1.5277 1.5308 1.6975 1.1227 10

1.2167 1.7600 1.6082 1.6380 1.2059 1.6848 1.5014 1.2999

[

11

1.4934 1.2020 1.6428 1.5779 1.7131 1.6567 1.6665

.8908 L

12

1.C807 1.5331 1.2083 1.7140 1.3447 1.7170 1.1361 1.2374 1.5407 1.6925 1.6610 1.7195 1.2851

.9123 13 14 *

.9896 1.7141 1.5160

1. 6'7 -

.1370

.9136 15 1.2186 1.1382 1.3238 89 h

For ( 3 - D)

AT:

75% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LC"EL 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

1 0791 1.5486 1.1740 1.4310 1.0171 1.2385

.9431 1.1597 1.5464 1.5475 1.7160 1.1189 1.4808 1.4850 1.6549 1.0868 0

S 10

1.1725 1.7C94 1,5588 1.5883 1.1625 1.6406 1.4595 1.2636 m

11

1.4447 1.1589 1.5925 1.5308 1.6677 1.6121 1.6258

.8606 a

12

1.0396 1.4833 1.1645 1.6685 1.3038 1.67FR 1.09 4

.6162 1.6788 1.2467

.8799 13

1.2530 1.4043 1.6480

.9544 1.6710 1.4737 1.6338 1.1003

.8612 14 15

1.1323 1.1018 1.2869

.8680-

~.

CNhl4400-24 (Rev.1).

I15 cf 302 -

TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT: 75% POWER 4 EFPD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G f

E D

C B

A s*...

8 122 1.49' 1.4249 1.3763

.9722 1.1868

.9019 1.1145 9*

1.4881 1.4894 1.6569 1.0726 1.4246 1.4285 1.5984 1.0424 10

1.1230 1.6492 1.5008 1.5297 1.1126 1.5839 1.4059 1.2166 11

1.3884 1.1100 1.5333 2.4742 1.6104 1 5552 1.5715

.8242 12 *

.9931. 1.4262 1.1142-1.6110 1.2539 1.6223 1.0550 13

1.2003 1.4371 1.5908 1.5590 1.6245 1.1989

.8416.

14 *

.9125 1.6139 1.4194 1.5791 1.0558

.8428 15

1.1363 -1.0567 1.2391

.8312 FQD (3-D)

AT: 75% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 n TOP OF CORE LEVEL 1 = BOTTOM-OF CORE H

G F

E J

C B

A

.................................+

8*

,9817 1.4247 1.0704 1.3129

.9220 -1.'263

.8533 1.C571 9*

.1.4225 1.4230 1.5855 -1.0203 1.3577 -1.3594 1.5244

.9873 10 * -1.0682 1.5777 1.4333 -1.4620 1.0563 1.5114 1.3377 1.1556~

11 * -1.3233 1.0552 1.4650 -1.4071-1,5387 1.4834 1.4996

.7803 12 *

.9413 1.3585 1.0576 1.5392 1.1936 1.5506 1.0015 13 1.1389-1.3672 l'5178 '1.4869 1.5527 1.1392

.7963 14 *

.8633 1.5290-- 1.~3506 -1.5068 =1.0022

.7974 15

1.0778 1.0008 1.1770

.7869

'4 6

. CNEl.0400-24 (Rev.1) -

116 of 302 f

TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT: 75% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A

.9269 1.3494 1.0093 1.2371

.8658 1.0551

.7955

.9814 8

9*

1.3472 1.3445 1.4966

.9610 1.2757 1.2734 1.4242

.9171 10

1.0068 1.4887 1.3525 1.3825

.9929 1.4163 1-2493 1.0735 11

1.2458

.9930 1.3849 1.3259 1.4462 1.3909 1.4016

.7261 12 *

.8834 1.2758

.9938 1.4465 1.1199 1.4529

.9359 1.0666 1.2804 1.4221 1.3942 1.4548 1.0629

.7417 13 14 *

.8047 1.4377 1.2612 1.4082

.9365

.7427 15

1,0005

.9295 1.0933

.7322 FQD (3 -D)

AT: 75% POWER 4 EFPD-THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A' 8*

,86.6 1.2518

,9354 1.1376-

.7998

.9660

.7237

.8739 1.249J 1.2406 -1,3727-

.8895.1.1667 1.1592 1.2792

.8212-9

10 *

.9326 1.36'8 1.2452 1.2790

.9184 1 2824-1.1274

.9549 11

1.1442

.)178 1.2807 1.2182 1.3169 1.2639 1.2582

.6552 i

12 *

.8154 1.1659

.9189 1.3172 1.0249 1.3100

.8500 13 *

.9762 1.1653 1.2874 1.2667 1.3117

.9585

.6710 14

.7319 1.2914 1.1380 1.2641

.8505

.6719 15 *

.8908

.8323

.9724

.6606 i

. i,. n

~ ~.

~

i

. 4 CNEI.0400-24 (Rev.1) _'

117 of 302 TABLE 2A CORE OPERATI!!G LIMITS REPOR*

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

AT: 75% POWER 4 EFFD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18.=

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

.E D

C B

A 8*

.7649 1.0879

.8251

.9836

.7074

.8315

.6214 7062 9*

1.0859 1.0704 1.1730 7858

.9998

.9851 1.0494 6756-10 *

.8221 1.1655 1.0716 1.1085

.8132 1.0760

.9406 7687-11 *

.9877

.8C'1 1.1094 1.0460 1 1151 1.0672 1.0302 5500 12 *

.7205

.9981

.8134-1.1153

.8855 1.0805

.7206 13 *

.8400

.9900- 1.0800 1.0695 1,0819 7975

.5643

.6283 1.0590

.9493 1.0349

.7210

.5650 14 1

15.*

.7197

.6846

.7826

,5543 FQD (3-D)

AT:

75% POWER 4 EFPD THIS IS LEVEL 1 OF 18 :

WHERE LEVEL 18 =

-TOP OF CORE LEVEL

'1-= BOTTOM OF CORE-

-H G.

F E

D C

B A

8*

.5461

.7366

.5972

.7099

.5207

.5645

.4304 4275 9

.7352

.7258

.8256

.5739

.'7130-

.664'4-

.6632 4277f 10 *

.5947

.,8198 7267

.7503

.5981

.7430.

.6142-4624 11.

.7116

.5875

.7504

.7076

.7791.

.7143

. ti4 9 2 3637-12 *

.5300

.7111

.5980

.7792

.'6245

.6885

.4829

.13

.5701

.6674

.7457

.7158-

.6893

.5139

.3687 14 *

.4350

.6692

.6198

.6521

.4830

.3692-15 *

.4355-

.4333

.4705

.3664

~7

. ~,

' CNEI.0400 24 (Rev.1) 118 of 302 TABLE 2A

-CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT:

50% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C

-B A

.....................................c...*.......**..............

S

.6331

.9839

.8548

.9777

.7831 8196

.6313

.5821 9*

.9836 1.0243 1.0996 8372

.9747

.9115

.8517

.6048' 10 *

.8575 1.0989 1.0223 1.0476

.8813 4485

,8212

.6086 a

.9952

.8739 1.0542

.9093

.9352.

.9092

.8019

.5090 11 12 *

.8056

.9823

.8860

.9370

.6206

.7668

.6255-

?

13 *

.8325

.9205

.9549

.9128

.7684

.6560

.5085 14 *

.6404

.8618

.8302

.8067-

.6264

.5094 15 *

.5938

.6138

.6200

.5137 FQD (3-D)

AT; 50% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18 TOP OF CORE

=

LEVEL 1 = BOTTOM OF CORE H

G F

E D

C

-B

A 8*

1.1169 1.5343 1.2064 1.3690 1.0672 1.2086

.9135

.9515 9*

1.$337 1.5222 1.5879 1.1433. 1.3789 1.3553.1.3545

.9417-10

1.2105 1.5878 1.5112 1.5533 1'2073 1.4003 1.2597 1.0068 11

1.3964 1.2013

1. 139 1.4464 1.4300 1.3942. 2939

.693 12

1.0986. 1.3912 1.2138-1.4323 l'.1286 1.3073

.9682-13

1.2277 1.3688 1.4100 1.3995.1.3098 1.0464-

.7903 14

e267 1.3706 1.2737 1.3016

.9696

.7916

't

-15 *

.9710

.9500- 1.J258

.7766

~ __,

~

.A CNEI.N00 2 "tey,1) -

> 19 of 302 -

r TABLE 2A CORE OPERATING L1 PITS REPORT F-SUB-Q DESIGN-FQD (3-D)

AT:

50% POWER 4 EFPD

.THIS IS LEVEL 16 OF 18 WHERE: LEVEL 18 =

TOP OF CORE

)

LEVEL 1 = BOTTOM OF CORE H

C F

E D

C.

B A

8 1.2719 1.7511 1.3398 1.5501 1.1640 1.3605 1.0259 1.1470 9*

1.7503 1.7303 1.8309 1.2562 1.5739 1.5588 1.6235 1.1104 10

1.3443 1.8308 1.7179 1.7550 1.J220 1.6479 1.4788 1.2262 11

1.5817 1.3215 1.7669 1.6549 1.6926 1.6386 1.5688

,8933 12

1.1983 1.5880 1.3290 1.6952 1.3502 1.6068 1.1342 13

1.3820 1.5742 1.6591 1.6447 1.6099 1.2498

.9240 14

1.0408-1.6428 1.4954 1.5782 1.1359

.9256 15

1.1707 1.1274 1.24'd7

.9019 l

FQD (3-D)

AT:

50% POWER 4-EFPD THIS IS LEVC,15'OF 18 kHERE: LEVEL 18 =

TOP OF CORE LEVEL-1 = BOTTOM OF CORE H

G F

E D

C-

'B A

4 8*

1.3039 1.8185 1.3810 1.6215 1.1925 1.4165 1.0703 1.2418 9*

1.8175 1.8027 1.9326 1.2947 1.6566 1.6478 1.7568 1.1897 l=

10

1.3851 1.9316 1.7934 1.8254 1.3591 1.7697 1.5836 1.3368 11

1.6531 1.3599 '1.8370 1.7372

1. 81:>e 1.7543 1.7097

.9501 12

1.2271 1.6704 1.3659 1.8178 1.4384 1.7573 1.1095-13

1.4385 1.6637 1.7814 1.7607 1.7606-1.3483 9831 14

1.0057 1.7775 1.6014 1.7198-L 1.2113

.9848 15

1.2677-1.2079 1.3627

.9593 i

m-.

m -_- _ __

'l CNE!.tM00 24 (Rev.1) -

120of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-p COSIGN FQD (3-D)

AT:

50% PCWER 4 EFPD THIS IS LWEL 14 OF 18 7

WHERE: LEVEL 18 =

. TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A

.....................c s........**................

8 1.2969 1.8252 1.3832 1.6399 1.1938 1.4321 1.0843 1.2826 9

1.8240 1.8149 1.9628 1.3004 1.6835 1.6818 1.8169 '1.2223 10

- 1.3865 1.9607 1.8106 1.8405 1.3640 1.8222 1.6293 1.3869 11 1.6696 1.3629 - 1.8511 1.7616 1.8643 1.8036 1.7752

.9726 12

1.2274 1.6961 1.3703 1.8667 1.4706 1.8264 1.2394 13

1.4538 1.6974 1.8339 1.8099 1.8297 1.3907 1.0049 14

1.0997 1.8380 - 1.6474 1.7857 1.2412 1.0066 15

1.3093 1.2410 1.4138

.9820 FQD (3-D) -AT:

50% POWER 4 EFPD THIS.IS LEVEL 13 OF 18 WHERE: LWEL 18 =

TOP CF CORE.

LEVEL 1 = BOTTOM OF CORE.

H G-F E

D

C B

A 8*

1.2742 1.8049 1.3662.1.6309 1.1806 1,4263 1.0811 1.2932 9*

1.8035 1,7984 1.9566 1.2883 1.6808 1.6854 1.s359 1.2285 10 1.3687 1.9534 1.7990 1.8288 1.3516 1.8359 1.6411 1.4V25 11 1.6582 1.3476 1.8385-1.7566 1.8739 1.8156 1.7978

.9753 12

1.2127 1.6918 1,3572 -1.8762 1.4740 1.8502 1.2437-13~*

1.4473 1.7004 1.8472 1.8218-1.8535. 1.4013 1.0061-14

1.0962 1.8570 1.6592 1.8082 1.2455 1.0077 15

1.3201 1.2473 1.4298

.9847

m m

. _ ~.. _. _...

CNEl-0400 24 (Rev.1).

121 of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUS-Q DESIGN FOD (3-D)

ATs 50% POWER 4 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C 9

A 8*

1.2424 1.7696 1.3376 1.6055 1.1574 1.4062 1.0661 1.2853 9*

1.7680 1.7656 1.9295 1.2646 1.6598 1.6692 1.8295 1.2182 10

1.3393 1.9255 1.7704 1.8008 1.327a 1.8254 1.6313.1.3969 11

1.6303 1.3207 1.8094 1.7336 1.8599-1.8040 1.7938

.9654 12

1.1879 1.6693 1.3322 1.8619 1.4593 1.8465 1.2318 13

1.4262 1.6834 1.8?63 1.8100 1.8497 1.3921

.9941 14

1.0808 1.8502 1.6491 1.8041 1.2335

.995; 15

1.3120 1.2366 1.4241

.9746 FQD (3-D)

AT:

50% POWER 4 EFPD-THIS.IS LEVEL 11 OF'1B 4

WHERE: LEVEL 18-=

~ TOP OF CORE LEVEL' 1 = BOTTOM OF-CCRE H

G F

E D-C B-A 1.2040 1.7237 1.3008 1.5687 1'1265.1.3750 1.0423 1.2646 8*

-9*

1.7221 1.7215 1.8885 1.2323 1.6258 1.6386 1.8053 1.1962 10

1.3017.1.8837 1.7295. 1.7606 1.2937 1.7981 1.6060- 1.3771 11

1.5911 1.2853 1.7682 1.6975 1.8295 1.7758 1.7717 9464 4

1.4319 1.8243 1.2084 12

1.1552 1.6338-1.2980.1.8313 13 * -1.3940 1.6520 1.8085.1.7815-1.8274. 1,3690

.9728 14

1.0564 1.8255-1.6233 1.7818 -1,2100

.9744' 15 *- 1.2909 -1.2141 1.4039; 0554 4

rp.

e*-

CNEl-0400 24 (Rev.1) i 122 of 302 T.0LE 2A CORE OPEP.ATINO LIMITS REPORT F-SUD-Q DESION FQD (3-D)

AT:

50% POWR 4 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 =

TOP OF CORE-LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A

......................**............................-4...........

8 1.1603 1.6694 1.2573 1.5230 1.0892 1-.3347 1.0124 1.2345 9

1.6676 1.6684 1.8368 1.1933 1.5816 1.5966 1.7675 1.1653 10 1.2576 1.8313 1.6790 1.7103 1.2524 1.7578 1.5686 1.3465 11 1.5431 1.2429 1.7170 1.6509 1.7866 1.7346 1.7360

.9205 12 1.1162 1.5883 1.2562 1.7882 1.3947 1.7880 1.1763 13

1,3527 1.6091 1.7676 1.7400 1.7910 1.3356

.9446 14 1.0249 1.7870 1.5854 1.7457 1.1778

.9462 15

1.2601 1.1827 1.3727

.9292 FQD (3-D)

--AT:

50%-POKER 4 FFPD THIS IS LEVEL 9 OF 18 WHERE: LEVEL 18 =

TOP OF CORE-LEVEL 1 = BOTTOM OF CORE H

G F

E D-C B

A 8

1,1121 1.6078 1.2084 1.4700' 1.0467 1.2870

.9748 1.'1967 9*

1.6060 1.6081 1.7763 1.1487 1.5289 1.5452 1.7185 1.1273 10

1.2082 1.7703 1.6204 1.6514 1.2049 1.7068 1.5214 1.3073 11

1.4879 1.1950 1.6573-1.5956 - 1.7333 1.6828 1.6890

.8892 12-*

1.0718-1.5344 1.-2081 1.7347 1.3493 1.7403 1.1372 13

1.3039 1.5S68 1 ~. 716 0 1.6879 1.7432 '1.2939

.9109 14 *

.9875-1.7371 1.5375 1.6983 1.1385 9123 v

~

15

1.2213 1.1440 1,3327

.8974 e

-~e-e

w-

~.

mn,, -.

.~,

is*

CNEI4100-24 (Rev.1).

123 0f 302 -

-TABLE 2A-

' CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT:

50% POWER 4 EFPD

-THIS IS LEVEL 8 OF 18-WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

C F.

E D

C B

A 8*

1.0605 1.5404 1.1551 1.4109

.9999 1.2330

.9332 1.1520 5

1.5384 1.5415 1.7084 1.0995 1.4691 ~1.4856 1.6595. 1.0831 10

1.1544 1.7020 1.5550 1.5853 1.1520 1.6465 1.4656 1.2606 11

1.4267 1.1424 1.5904 1.5328 1.6710 1.6217 1 6322

.8530 12

1.0232 1.4734 1.1547 1.6722 1.2971 -1.6826 1.0920 13 1.2486 1.4962 1.6550 1.6265 1.6853 1.2450

.8725 14 *

.9453 1.6772 1.4809 1.6411 1.0932

.8739 15

1.1757 1.0990 1.2850

.8609 i

FQD (3-D)

AT: -50% POWER 4 EFPD THIS"IS LEVEL 7 OF 18 WHEREt LEVEL 18 =

TOP OF CORE

-LEVEL 1 = BOT"'OM OF CORE L

H

'O.

F E

D C:

_B.

A-4.......

8 1.0062 1.4681 1.0983 1.3465'

.9494 '1.1732

.8872 '1.1010 9-*

1.4661 1.4699 1.6340 1.0465-- 1.4029-1.4185-1.5910 1.0330-110

1.0971.1.6273 1.4838 1.5130 1.0946. 1.5773 1.4016 1.2065

-11'*

1.3603 1.0860- 1.5173 1.4634 1.6005 1.5520 1.5660

.8126 12 *

.9709-1.4061 1.0968-1.6015. 1.2385 1.6153 1.0414 11 3

1.1877 1.4282 1.5852-1-5564-1.6179 l'1895:

.8299-7 141*

.8985 1.6077 1.4161-1.5744 -1.0425

.8312 15c*L=1.1236 1.0481= 1.2299

.8200 i

1

CNEl-0400 24 (Rev.1) 124 of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3 -D)

AT:

50% POWER 4 EFPD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 :

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A 8 *

.9500 1.3920 1.0385 1.2774

.8959 1.1081

.8369 1.0429 9

1.3900 1.3940 1.5536

.9901 1.3305 1.3439 1.5122

.9767 10

1.0370 1.5467 3.4074 1.4353 1.0333 1.4990 1.3291 1.1445 11 1.2893 1.0264 1.4390 1.3880 1.5216 1.4',35 1.4896

.7677 12 *

.9156 1.3327 1.0351 1.5224 1.1737 1.5379

.9854 13 1.1215 1.3528 1.5063 1.4776 1.5402 1.1272

.7832 14

.8473 1.5279 1.3428 1.4975

.9864 7844 15 1.0642

.9909 1.1667

.7746

=

FQD (3-D)

AT:

50% POWER 4 EFPD THIS IS LEVEL 5 OF 18 l

WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE 1

)

H G

F E

D C

B A

8*

.8927 1.3128

.9764 1.2031

.8395 1.0377

.7817

.9758 9*

1.31 % 1.3137 1.4662

.9306 1.2512 1.2609 1.4205

.9129 10 *

.9745 1.4592 1.3256 1.3527

.9686 1.4096 1.2463 1.0721 11

1.2133

.9637 1.3557 1.3062 1.4329 1.3847 1.4003

.7176 12 *

.8575 1.2526

.9700 1.4335 1.1022 1.4477

.9232 s

13

1.0499 1.2689 1.4162 1.3884 1.4499 1.0565

.7318 14

.7913 1.4351 1.2590 1.4076

.9241

.7329 15 -

.9957

.9260 1.0928

.7240

7.-

CNEI-0400-24 (Rev.1) -

125 cf 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT:

50% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL-18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

.A

.8342 1.2284

.9109 1.1208

.7800-

.9606

.7205

.8948 8

9 1.2265 1.2263 1.3669

-8672 1.16'.7 1.1662 1.3092

.8377 10 *

.9087 1.3598 1 2356 1.2632

.9003 1.3034 1.1487

.9835 11

1.1293

.8971 1.2656 1.2153 1.3292 1.2811 1.2910

.6601 12 *

.7962 1.1623

.9013 1.3297 1.0215 1.3379

.8526 13 *

.9715 1.1732 1.3093 1.2844 1.3399

.9736

.6740 14 *

,7292 1.3224 1.1602 1.2976

.3534

.6750 15 *

.9129

.8497 1.0023

.6660 t

FQD (3-D)

AT:

50% POWER 4 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H-C F

E D

C B

A 8*

.7698 1.1280

.8367 '1.0208

.7143

.8705

.6492

.7883 1.1261 ~ 1.1200 1.2405

.7956 1.0516 1.0501 1.1620

.7423.

9 L

10 *

.3343 1.2335 1.1258 -1.1563

.8249 :1.1666 1.0249

.8652

. 11

1.0272

.8216 1.1580 1.1047 1.1967 1.1507 1.1453

.5P98 12

7286 1.0514

.8256 1.1971.

.9253 1.1920

.7666 13 *

.8801-1.0561' 1.1717 1.1536 1.1937

.8686-

.6039 14 *

.6568 1.1735 L1.0350 1.1511

.7672

.6047-15 *

~. 8 041 7528 18817

.5949 r,-

-+

~-

-~

CNEl.0400-24 (Rev.1) 126of 302 TABLE 2A

. )

CORE OPERATING LIMITS REPORT F-SUB-Q CESIGN FOD (3-D)

AT:

50% POWER 4 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE 6

H G

F E

D C

B A

8*

.6786 9727

.7332

.4760

.6276

.7434

.5533

.6314 9*

.9709 9586 1.0509

.6983

.8538

.8846

,9440

.6054 10 7306 1.0443

.9609

.9940

.7254

.9696

.8472

.69,01 11 *

.8800 7: 36

.994A

.9405 1.0041

.9626

.9287

.4311 12 *

.6396 8927

.7257 1.0043

.7931

.9736

.6447 7514 8893-

.9736

.9650

.97%0

.7165

.5038 13 5597 9532

.8554

.9332

.645:

.5045 14

.15

6439 61'8

.7030

.4952 FQD (3-D)

e. T :

50% POWER 4 EFPD THIS IS LEVEL 1 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTCM OF CORE H

G F

-E-D C

B A

.......................................... v.....................-

8*

.4829

. 6549

.5284

.6286

.4601

.5019

.3814

.0795 9*

.6537 6470

.7348

.5079

.6334

.5927

.5922

.3807 10 *

.5263 7297

.6477

.6688

.5311

.6646

.5494

.4121 11 *

.6303 5202

.6689

.6323

.6966

.6398

.5808

.3228 12

4685 6320

.5312

.6967

.5564

.6157

.4294

.5071 59S7

.6672

.6413

.6166

.4586

.3272 13 14 *

.3857 5978

.5546

.5836

.4297

.3276 15 *

.3868

-3858

.4196

.3253 i.

9

,rm

=

--a rm-.-

CNEl-0400 24 (Rev.1) 127of 302 t

TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A

........,....+....................................................

8*

.6711 1.0727

.9107 1.0490

.8297

.8338

.6713

.6199 1.0726 1.1184 1.2024

.8910 1.052"

.9925

.9321

.6452 9

10 *

.9141 1.2024 1.1161 -1.1457

.9477 1.0428

.8975

.6530 11 1.0697

.9345 1.1537 1.0627 1.0279 1.0001

.8776

.5371 12 *

.8547 1.0626 9534 1.0?03

.6660

.8410

.6655

.8990 1.0037 1.0510 1.0047

.8430

.7050

.5342 13

.6819

.9445

.9086

.8837

.6669

.5352 14 15 *

.6335-

.6559-

.6662

.5426 FQD (3 -D)

AT:

30% POWER 4 EFPD THiS IS LEVEL 17 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 =-BOTTOM OF CORE H

G F

E-D C

B-A 1.173:

1.6587 1.2737 1.4535 1.1203 1.2938-

.9646 1.0104 8

1.6583 1.6477.1.7173 1.2047 1.4144 1.4661 1.4741 1.0012 9

10

1.2787 1.7181 1.637?

1.6854 1.2847 1.5251-1.3693 -1.0773 11

1.4849 1.2715 1.6978 1.5730 1 5560 1.5241 1.4090

.8091 12

1.1547 1.4896 1.2925 -1.5591-1.2094 1.4260. 1.0260 13

1.3160 1.4827 1.5371 1.5309 1.4292 1.1200

.8280

-14 *

.9798 1.4938 1.3863' 1.4187 1.0280

.8296 15 *- 1.0328-1.0179-1.0994

.8176

. ~. ~..

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

1

" i CNEl-0400 24 (Rey,1) ~

128 of 302 TABLE 2A CCRE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D). AT:

30% POW"R 4 EFPD

-THIS IS LEVEL 16 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A-8*

1.3278 1.8733 1.4003 1.6303 1.2097 1.4431 1.0744 1.2112 9*

1.8726 1.8535 1.961) 1.3102 1.6679 1.6714 1.7542 1.1736 10; 1.4056 1.9620 1,8426. 1.8850 1.3917 1.7799 1.5947 1.3047-11

1.6660. 3841. 1.8986_ 1.7821 1.8259 1.7758 1.6966

.9344 12

1.2468 1.6849 1.3999 1.8293 1.4346 1.7403 1.1943 13 1.4676 1.6900 1.7937 1.7834 1.7441 1.3293

.9633 14

1.0913 1,7774 1.6145 1.7082 1.1967

'651 15

1.2384 1.1933 1.3318

.9442 FOL (3-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 15 OF.18 hKERE: LEVEL 18 =

TOP'OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E-D C

B A

8 1.3465 1.9232 1.4287-1.6887 1.2274 1.4877' 1.1111-_1.3016 9*

1.9224 1 ~. 9 09 4.2.0485 -1.3369-1.7387 1.7495~ 1.8810 -1.24801

- 10

1.4335 2.0483 1.9024.1.9388 1.4161-1.3934 1.6918 1.4116

- 11'

1.7238 1.4096 1.9519 1.8506. li9391 1.8825 1.8327

.9868

. 12

1.2642 1.7552 1.4240' 1.9424' 1.5140- 1.8862-l'.2638 13

1.5125 1.7684 1.9076 1.8904 1.8903 1.4227 1.0180

- 14

1.1284 1.9056 1.7126 1.8451 -1.2663-1.0199 15 * -1.3308 1.2688-1.4410

.9972 w

e..,

y y

CNEl.0400 24 (Rev. I) 129 0f 302 I

I T8GLE 2A CORE OPERATI!1G LIMITS REPORT F-SUD-Q DESIO!!

FQD (3-D)

IsT :

30% POWER 4 EFPD Ti!IS IS LEVEL 14 OF 18 WHERE: LEVF'

'8 =

TOP OF CORE LEVEu 1 = BOTTOM OF CORE 1:

G F

E D

C B

A

.......t................

1.3248 1.9073 1.4161 1.6901 1.2167 1.4886 1.1152 1.3323 8

1.9063 1.8998 2.0579 1.3294 1.7489 1.7668 1.9250 1,2707 9

10

1.4200 2.0556 1.8985 1.9321 1.4066 1.9292 1.7225 1.4511 11

1.7228 1.3980 1.9440 1.8555 1.9702 1.9145 1.8835 1.0016 12

1.2621 1.7638 1.4138 1.9733 1.5324 1.9399 1.2d35 1.5127 1.7851 1.9431 1.9222 1.9440 1.4540 1.0321 13

14

1.1323 1.9498 1.7435 1.8960 1.2859 1.0341 15

1.3622 1.2919 1.4813 1.0122 FQD (3-D)

AT:

30% POWER 4 EFPD TilIS IS LEVEL 13 OF 1B WHERE: LEVEL 18 s TOP OF CORE LEVEL 1 BOT 7CM OF CORE H

U F

E D

C B

A 2

8*

1.2874 1.8632 1.3839 1.6628 1.1913 1.4 1.1009 1.3299 9*

1.8619 1.8598 2.0263 1.3035 1.7273 1.7507 1.9229 1.2645 10

1.3869 2.0238 1.8639 1.8969 1.3791 1.9216 1.7155 1.4523 11

1.6924 1.3677 1.9075 1.8284 1.9577 1.9047 1.8858

.9951 12

1.2247 1.740?

1.3854 1.9605 1.5194 1.9426 1.2753 1.4895

'.7680 1.9349 1.9122 1.9466 1.4500 1.0238 13

14

1.1174 1.9472 1.7361 1.8982 1.2776 1.0257 15

1.3596 1.2854 1.4825 1.0055

.-.-....n.--

CNEl.0400 24 (Rev.1) 130of 302 TABLE 2A f

CORE OPERATING LIMITS REPORT-F-SUB-Q DESIGN P-FQD (.-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1n BOMOM OF CORE H

G F

E D

C B

A

.- r 8*

1.2415 1.8042 1.3402 1.(188.1.1559 1.4295

?.0742 1.3073 1.8027 1.8034 1.9740 1.2660 1.6865 1.7135 1.8927 1.2403

)

10

1.3424 1.9705 1.8118 1.8449 1.339F ' 3A75 1.6847-1.4304 11

1.6454 1.3258 1 8543 1.7824 1.919:

.t. 8 6 9 3 1.6EU8 948 i

12

1 J872 1.6976 1.3450 1.9220 1.4873 1.9149 1.2496 1.4511 1.7296 1.9002 1.8764 1.9187 1.4244 1.0015 13 14

1.0900 1.9162 1.7046 1.8708 1.2E18 1.0033 15 a 1.3364 1.'2605 1.4600

.9849 FQD (3-D). AT:

30% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 =

TOP ~OF CORE-LEVEL 1 = BOMOM OF CURE H

G F

E

-- D C

B

. A Jr

.......e*...............*........................................

8*

1.1898 1.7355 1.2889 3.5637 1.1130 1.3814 1.0385 1.2715-9 1.7339 ~1.7365 1.9081 1.2203 1.6327 1.6614 '1.8437 1.2040 10

1.2902 1.9038-1.7480 1.7811 1.2908 1.8359 1.6376 1.3933 11

' 1.5875 1.2759 1.7493-1.7234 1.8644 1.8164 1.8124 9452 12

1.1422 1.6421-1.2957 1.8666 1.4421-1.8673 -1.2121 13

1.4016-1.6753 1,8477-1.8230 1.8709' 1.'3844

.9697 14

1.0535 1.8662 1.6567 -1.8239 1.2141

.9714 15

1.2995 1.2234 1.4221

.9549

.-.m r

r e

m

~~

s se s g.

- CNE!4400-24 (Rev.1)

- 131 of 302 -

TABLE 2A CORE OPERATIt.'G LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT:

300 POWER 4 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 m TOP OF CCRE LEVEL 1 = BOTTOM OF CORE H

F E

D C

B A-s

..+.............................**.. **..........................

8 1.1337 1.6596 1.2310 1.5006 1.0644 1.3248

.9962

, M62 9.*

1.6579 1.6619 1.8325 1.1686 1.5694 1.5984 1.7811 1.1590 10

1.2325 1.8275 1.6756 1.7082 1.2352 1.7714 1.5787 1.3455 11

1.52",

1.2199 1.7154 1.6547 1.7972 1.7508 1.7523

.9089 12

1.0915 1.5772 1.2394 1.7991 1.3875 1.8057 1.1661 13

1.3437 1.6121 1.7824-1.7570 1.8091 1.3341

.9310-14

1.0103 1.8024 1.5969 1.7632 1.1679

.9326 15

1.2531 1.1775 1.3732

.9181 FQD (3-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 9-OF 18

.WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1-= BOTTOM OF CORE

-H G

-F E

D C-~

B-A 8

1.0745 1.5783 1.1706 1.4314 1.0115' 1.2618

,9488 1.1738 9* - 1.5765 1.5815 1.7497 1.1123 1.4987-1.5270 1.7082 1.1074 10

1,1707.1.7443 ~ 1.5967-.1.6283 1.1744.1.6973 1.5109 1.2898 11

1.4499 1.1594 1.6345 1.C787 1.7207 '1.6757 1.6819

.8676 12

1.0365 1.5051 1.1779-1.7224 1.3258 1.7136-1.1137 1

13 *. 2792 1.5396-1.7074 1.6814 1.7368' 1.2763

.8874 14 *

.9620 '1.7283 l'.5281 1.6922 1.1154

.889 15

1.1994 1.1249 1.3162 -.8763 1

.t

~,.

. - -. _ -. - ~..

P 4_- e e CNEl.(M00 24 (Rey,1) '

132 of 302 TABLE 2A CORE OPERATING LIMIT 9 REPORT F-SUB-Q DESIGN s

FQD (3-D)

AT:

?O% POWER 4 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C a

A 8

1.0131 1,4931 1.1064 1.3577

.9555 1,1938

.8975 1.1157 9*

1.4913 1.4971 1.6616 1.0527 1.4225 1.4491 1.6270 1.0507 10 1.1059 1.6557 1.5129 1.5431 1.1096 1.6154 1.4360 1.2277 11 1.3738 1.0957 1.5484 1.4970 1.6370 1.5930 1.6032

.8224 12 *

.9784 1.4276 1.1126 1.6385 1.2585 1.6530 1.0564 13 1.2099 1.4(05 1.6243 1.5983 1.6560 1.2125

.8399 L

14 *

.9098 1.6458 1.4521 1.6128 1.0580

,8414 15

1.1400 1.0672 1.2527

.8306 FQD (3-D)

AT:

30% POWER 4 ETPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTICM OF CO'RE H

G F

E D

C B

A 8

.9506,1.4055 1.0401 1.2806

.8971 1.1220

,8430 1.0527 9

1.4037 1.4099 1.5694

.9907 1.3418 1.3658 1.5386

.9895 10

1.0393 1.5633 1.4256 1.4541 1.0419 1.5270 1.3550 1.1599 11

1.2946 1.0297 1.4585 1.4110 1.5474 1.5040 1.5'.72

.7740

~

12 * -

,9180 1.3457 l'.0444 1.5487 1.1867 4.6652

.9951 13 * '1.1366 1.3761 1.5356 1.5089 1.5679 1.1438

.7894 14 *

.8544 1.5561 1.3700 1.5261

.9965

.7907 15

1.0755 1.0049 1.1834

.7816

e CNEl-0400-24 (Rev.1).

j 133 of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 6 OF 18 WHERS: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTCM OF CORE H

O F

E D

C B

A

.8879 1.3167

.9728 1.2009

.8372 1.0669

.7857

.9846 B

1 9*

1.3149 1.3210 1.4740

.9270 1.2573 1.2776 1.4427

.9240 10 *

.9716 1.4677 1.3357 1.3624

.9722 1.4323 1.2681 1.0862 1.2129

.9623 1.3661 1.3215 1.4522 1.4091 1.4238

.7225 11 12 *

.8561 1.2602

.9743 1.4533 1.1110 1.4701

.9302 1.0602 1.2869 1.4400 1.4136 1.4726 1.0703

.7362 13 14 *

.'i962 1.4589 1.2820 1.4321

.9315

.7374 15 -

1.0058

,9383 1.1082

.7295 FOD (3-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 5 OF.13 WHERE: LEVEL 18 =

TOP OF CORE LP. VEL 1r BOTTOM OF CORE H

G F

E D

C B

A

-.......v........-

.8258 1.2275

.9050 1.1185

.7761

.9688

.7255

.9099 8

9*

1.2.'57 1.2306 l'.3748

.8621 1.1687 1.1840 1.3376

.8531 10 *

.9035 1,3684 1.2435 1.2687

.9012 1.3299 1.1740 1.0048 11 *- 1.1287

.8939 1.2718 1.22d7 1.3506 1.3074.1.3211

.6674

-12 *

.7933 1.1707

.9029 1.3515 1.0309 1.3659

.8613 13 *

.9809 '1.1923 1.3368 1.3114 1.3682

.9910

.6800 14 *

.7350 1.3524 1.1867 1.3287

.8624

.6811 15 *

.9294

.8662 1.0250

.6739

n CNE14400 24 (Rev.1) 134 af 302 TABLE 2A CORE OPERAT1!!G LIMITS REPORT F-SUB-Q DESIGIl FQD (3-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: LE"/EL 16 =

TOP OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.7643 1.1365

.8361 1.0313

.7139

.8869

.6614

.8245 9*

1.1347 1.1365 1.2676

.7955 1.0732 1.0824 1.2176

.7738 10 *

.8343 1,2613 1.1464 1.1717

.8289 1.2150 1.0690

.9107 11

1.0397

.8238 1.1741 1.1304 1.2383 1.1951 1.2030

.6072

,7292 1.0745

.8302 1.2390

.9449 1.2468

.7866 12

.8976 1.0896 1.2211 1.1986 1.24.88

.9027

.6194 13

.6699 1.2308 1.0804 1.2098

.7875

.6204 14 15 *

.8421

.7855

.9289

.6130 FQD (3-D)

AT:

30% POWER 4 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 =

TOP OF CORE LEVEL 1 = BOTTCM OF CORE H

O F

E D

C B

A 8*

.6995 1.0337

.7614

.9304

.6479

.7956

.5901

.7184 9*

1.0320 1.0281 1.1390 7234

.9618

.9643 1.0684

.6783 10 *

.7594 1.1328 1.0344

'G19

.7525 1.0755

.9433

.7923 11 *

.9368

.7478 1.0637 1.0171 1.1030 1.0617 1.0552

.5369 12 *

.6613

.9622

.7534 1.1036

.8475 1.0983

.7000 13 *

.8050

.9704 1.0807 1.0647 1.1000

.7968

.5493 14 *

.5975 1.0798

.9532 1.0610

.7008

.5502 15 *

.7335

.5884

.6080

.5419

- # * * :. 4 CNEl-N00-24 (Rev.1) 135 of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D)

ATt 30% POWER 4 EFPD THIS IS LE/EL 2 OF 18 kHERE: LEVEL 18 =

TOP-OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.6127

.8842

.6624

.7920

.5651

.6736

.4988

.5697 9*

.8827

.8728

.9565

.6304

.8103

.8048

.8591

.5478 10 *

.6603

.9507

.8755

.9050

.6567

.3852

.7721

.6256 11

7960

.6492

,9060

.8584

.9168

.8797

.8469

.4430 12 *

.5762

.8098

.6572

.9171

.7203

.8881

.5834 13 *

.6812

.8096

.8892

.8821

.8895

.6510

.4542 14 *

.5049

.8681 7801

.8515

.5840

.4548 15 *

.5815

.5559

.6378

.4470 FQD (3-D)

AT: 30% POWER 4 EFPD THIS IS LEVEL 1 OF 18 hHERE: LEVEL 18 =

'00P OF CORE LEVEL 1 = BOTTOM OF CORE H

G F

E D-C B.

A 8*

.4339

.5914

.4717

.5645

.4120

.4515

.3416

.3395 9*

.5903

.5850

.6638

.4560

.5701

.5351

.5342

.3415 10

.4729

.6593

.5860

.6047

.4781

.6016

.4965

.3703 11 *-

.5662

.4673

.6049

.5729

.6309

.5799

.5250

.2889 12 *

.4197

.5691

.4783

.6312

.5020

.5569

.3857 13 *

.4565

.5381

.6043

.5815

.5577

.4133

.2927 14 *

.3457

.5398

.5016

.5278

.3860

.2932 15 *

.3464

.3465

.3773

.2914

6 <=.

CNEl-(M03-24 (Rev.1) 294 of 302 TABLE SA CORE OPERATING LIMITS REPORT F-DELTA-H DESIGN FDHD (2-D)

AT: 100% POWER 4 EFPD H

G F

E D

C B

A 8*

.9857 1.3571 1.0674 1.2658

.9324 1.0821

.8335

.9691 9*

1.3554 1.3495 1.4757 1.0156 1.2864 1.2602 1.3511

.9212 1.0668 1.4701 1.3499 1.3757 1.0467 1.3616 1.2106 1.0402 10 11

1,3795 1.0506 1.3801 1.3094 1.3926 1.3361 1.3191

.7464 12 *

.9537 1.2894 1.0488 1.3933 1.1102 1.3562

.9459 13

1.0947 1.2678 1,3673 1.3391 1.3579 1.0457

.7684

.8430 1.3632 1.2214 1.3249

.9465

.7695 14 15 *

.9866

.9329 1.0578 7523 FDHD (2-D)

AT:

75% POWER 4 EFPD H

G F

E D

C B

A 8*

.9673 1.3572 1.0500 1.2508

.9137 1.0770-

.8219

.9622 9

1.3556 1.3517 1.4774

.9976 1.2787 1.2640 1.3624

.9155 10

1.0500 1.4726 1.3534 1.3803 1.0362 1.3726 1.2198 1.0385 1.2661 1.0357 1.3854 1.3170 1.4019 1.3503 1.3313

.7357 11

12 *

.9357 1.2831 1.0389 1.4029 1.1049 1.3692

.9366 1.0906 1.2728 1.3793 1.3539 1.3712 1.0435

.7560 13

=

14 *

.8321 1.3760 1.2317 1.3379

.9374

.7571 15 *

.9806

.9280 -1.0573

.7419

Q*4 CNEl-N00 24 (Rev.1) 295 of 302 TABLE SA CORE OPERATIllG LIMITS REPORT F-DELTA-H DESIGli

+

FDHD (2-D)

AT:

50% POWER 4 EFPD H

G F

E D

C B

A

.9470 1.3558 1.0310 1.2343

.8941 1.0715

.8100

.9550 8

9*

1.3544 1.3528 1.4785

.9783 1.2705 1.2681 1.3747

.9100 10

1.0315 1.4744 1.3563 1.3846 1.0248 1.3850 1.2299 1.0371

+

1.2511 1.0193 1.3904 1.3248 1.4121 1.3658 1.3447

.7252 11 12 *

.9165 1.2762 1.0281 1.4134 1.0990 1.3833

,9273 13

1.0861 1.2732 1.3927 1.3701 1.3856 1.0417

.7438 14 *

.8208 1.3898 1.2430 1.3522

.9284

.7450 15 *

.9746

.9235 -1.0571

.7319 FDHD (2-D)

AT:

30% POWER 4 EFPD H

G F

E D

C B

A 8*

.9301 1.3547 l'.0150

1. 22 ~)1

.8773-1.0666

.7994

.9475 9*

1.3534 1.3541 1.4800

.9620 1.2635 1.2716 '1.3845

.9047-10

1.0159 1.4764 1.3593 1.3885 1.0152 1.3962 1.2383 1.0348 11

1.2381 1.0053 1.3949 1.3321 1.4215 1.3795 1.3558

.7157 12.*

.9002 1.2705 0190 1.4232. 1.0935 1.3949.

.9190.

13

-1.0822 1.'2830 1.4051 1.3845 1.3976 1.0397-7326

-14

.8108 1.4012 1.2527 1.3643.

.9204

.7339-15 *

.9682

.9191 1.0560

.7229 s

ML20116C576

Text

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