Text

Rev 0 to CNEI-0400-24, Catawba Unit 1 Cycle 7 Core Operating Limits Rept for Sept 1992
	ML20118A625
Person / Time
Site:	Catawba
Issue date:	09/08/1992
From:	; DUKE POWER CO.
To:	;
Shared Package
ML20118A624	List: ML20118A623; ML20118A625;
References
	CNEI-0400-24, CNEI-0400-24-R00, CNEI-400-24, CNEI-400-24-R, NUDOCS 9209240190
	Download: ML20118A625 (302)
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i L Catawba Nuclear Station COLR i

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9 Catawba Unit I Cycle 7 .

Core Operatirg Limits Report >

. September 1992 '

Duke Power Company A

Prepared by: N 8 L A 2.. .

-V Checked hj: f f A /%', fr9 93 -

Approved by: f.W.M l&I tPt 9209240190.920909

POR ADOCK 05000413 P_. .PDR. .

. . . . . .~-:..--..-.

CNEI4400-24 (Rev. 0) 2 of 302

Catawba 1 Cycle 7 Core Operating Limits Report INSERTION SiiEET Remove Insert

- CNEl-0400-24, Rev 0 Pages 1-302 8

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CNE!4400 24 (Rev. 0) 3 of 302.

Catawba 1 Cycle 7 Core Operating Limits Report REVIS'ON LOC Revision Effective Date Effective Pags Original Issue 8 September 1992 Pages 1 - 302 i

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CNEl-N00-24 (Rev. 0) 4 of 302 Catawba 1 Cycle 7 Core Operating Limits Report List of Tables Table Title Eage 1 Maximum Allowable Radial Peaks (MARPs) 18 2 F-Sub-Q DesignFor Normal Operating Conditions 19 2A F-Sub-Q Design - For Power Escalation Testing During Initial Startup 100 3 M-Sub-Q Values - ITr Normal Operating Conditions 136 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- H Design - For Normal (<perating Conditions 289 5A F-Delta-H Design - For Power Escalation Testing D'ning Initial Startup 294 6 M-Delta-H Values - For Normal Operating Conditions 296 6A M-Delta-H Values - For Power Escalation Testing During Initial Startup 301

-__--___________-__._____.__n . _ _ . _ _ _ _ . _ _ _ ._ _ - _ _ - - - _ _ _ _ _ _ - - - _ - _ - _ _ - _ . _ .

CNE1440A24 (Rev. 0)

S of 302 Catawba 1 Cycle 7 Core Operating Limits Report List of Figures Figure Title Eagt 1 Moderator Temperature Coefficient versus Percent of Rated Thermal 8 i Power 2 Control Rod Bank Insertion Limits versus Percent of Rated Thermal 10 Power I 3 Percent of Rated Thermal Power versus Axial Flux Difference Limits 11 1 4 K(z), Normalized Fn (X,Y.Z) as a Function c' ere Height for MkBW 14

Fuel 5 K(z),i,orinalized F n(X,Y,Z) as a Function of Core Height for OFA 15 Fuel 1

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CNEl-0400-24 (Rev. 0) 1 6of 302 Catawba 1 Cycle 7 Core Operatin'; Limits Report 1.0 Core Operatine Limits Reoort This Core Operating Limits Report,(COLR), for Catawba, Unit 1, Cycle 7 has been prepared in accordance with the requirements of Technical Specification 6.9.1.9.

4 The Technical Specifications affected by this report are listed below:

3/4.1.1.3 Modera'er Temperature Coefficient 3/4.1.3.5 Shutdov<n Rod Insertion Limit 3/4.1.3.6 Control llod Insertion Limit 3/4.2.1 Axial Flu;t Difference 3/4.2.2 Heat Flux Hot Channel Factor 3/4.2.3 Nuclear En'halpy Rise flot Channel Fwtor i

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CNFf4400 24 (Rev. 0) 7 of 302 Catawba 1 Cycle 7 Core Operating Limits Report 4

2.0 Ooeratine Limits

~

The cycle-specific parameter limits for the specifications listed in rectun 1.0 are presented in the following subsections. These li: nits have been developed using NRC-approved methodologies specified in Technical Specification 6.9.1.9.

2.1 Moderator Temoet ature Coefficient (Snecification 3/4.1.1.3) 1 1

2.1.1 The Moderator Temperature Coefficient (MTC) Limits are:

The MTC shall be less positive than the limits shown in Figure 1. The BOC/ARO/HZP MTC shall be less positive that 0.7

104 AK/K/'F.

The EOC/ARO/RTP MTC shall be less negative that -4.l* 104 AK/K/'F.

2.1.2 The MTC Surveillance Limit is:

The 300 PPM /ARO/RTP MTC should be less negative than or equal to

-3.2

104 AK/K/'F.

Where: BOC stands for Beginning of Cycle ARO stands for All Rods Out HZP stands for Hot Zero (Thermal) Power EOC stands for End of Cycle RTP stands for Rated Thermal Power i

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CNEl-(M00-24 (Rev. 0) 8 of 302 Catawba ! Cycle 7 Core Operating Limits Report t

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4 0.9 --

0.8 -.. Unacceptable Operat i on U

g'7 \

0.6 --

.5 20.5- -

. E ch 0.4 --

g Acceptable Operation g 0.3 --

O.2 --

0.1 --

4 0 ; i ; , , ;

4 0 10 20 30 40 50 60 70 80 90 100 Percent of Rated Thermal Power Figure l-Moderator Temperature Coefficient Versus Percent of Rated Thermal Power i

i

CNElMX)-24 (Rev. 0) 9 of 302-i Catawba 1 Cycle 7 Core Operating Limits Report i

.; 2.2 Shutdown Rod Insertion 1 imit (Snecification 3/4.1.3.5) i i- 2.2.1 - The shutdown rods shall be withdrawn to at least 222 steps.

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2.3 Control Rod Insertion 1.imits (Snecification 3/4.1.3.61 l

- 2.3.1 The control rod banks shall be limited to physical insertion as shown in Figure 2.

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2.4 Mal Flux Difference (Snecification 3/4.2.1)

2.4.1 The Axial Flux Difference (AFD) Limits are provided in Figure 3.

(AFD Limit)COLR negative is the negative AFD limit from Figure 3.

(AFD Limit)COLR pos ,;y, is the positive AFD limit from Figure 3.

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CNEl-(M00-24 (Rett, 0) 10of 302 Catawba 1 Cycle 7 Core Operating Limits Report Fully Withdrawn (29 %,230) (Maximum =230)h (80%,230)

, 230 i -\ - '" - - - - - ""- - -

220 -

Fully Withdrawn 200 -- (Minimum =222)

HAW H

^

180 - -

2 (100%,161)

]160--(0%,1g)

=

E.140 w

M. HANK Cl g 120 --

a f100--

8 2 80 --

j HANK D g 60 --

m 40 . (0% ,48) 20 --

0

, ?' }.

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0 10 20 30 40 50 60 70 80 90 100 Percent of Rated Thermal Power Figure 2 Control Rod Bank Insertion Limits Versus Percent of Rated Thermal Power 4-

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! l CNEl-(M00-24 (Rev. 0) '

1Iof302 'l Catawba 1 Cycle 7 Core Operating Limits Report l 1

4 4

4 5

a 4L 4

( 20,100) (+10,100) i' l'nacceptable Operauon -

90 -

l 80 --

f Unacceptable Operauen i

70 --

3 "4 l Acceptable (hwrauon 60 --

1 i 2 fg 50 - -

! 1 t-36,50) (+21,50) 1

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a 20 - -

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-50 40 30 -20 10 0 -10 20 30 40 50 E

Axial Fin Difference (4 Detta D 4

T i Figure 3 1-i 3

Percent of Rated Thermal Power Versus Axial Flux Difference Limits i

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

E 4 CNE14400-24 (Rev,0)

- 12 of 302 i Catawba 1 Cycle 7 Core Operating Limits Report i

i 2.5 llent Flur Hot Channel Factor.FgLLY.Z) $necifiention 3/4.2.2) -

{

2.5.I F[ = 2.32 2.5.2 K(Z) is provided in Figure 4 for Mark BW fuel.

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

4 j The following parameters are required for core monitoring per the Serveillance

, Requirements of Specification 3/4.2.2:

I-Fh(X,Y,Z)

Mg(X,Y,Z) 2.5.4 [E(X,Y,Z)]OP = , ,

n f where ((q(X,Y,Z)]OP = cycle dependent maximum allowable design peaking

_ factor which ensures that the Fn(X,Y,Z) limit will be preserved for operation within the LCO limits,

[E(X,Y,Z)]OP includes allowances for calculational and f n j measurement uncertainties.

1 Fn(X,Y,Z) = the design power distribution for Fn. ((X,Y,Z) is providtA in Table'2 for normal operation and table 2A for power i escalation testing 'during initial startup.

1 . .

- Mg(X.Y,Z) = the margin remaining in core location X,Y,Z to the LOCA limit in the transient power distribution. Mg(X,Y,Z) is provided in Table 3 for normal operation and table 3A for

{ power escalation testing during initial startup.-

UMT = Measurement Uncertainty (UMT = 1.05).

I j_ MT = Engineering Hot Channel Factor (MT = 1.03).

i-TILT = Peaking penalty that accounts for allowable quadrant power tilt

- ratio of 1.02.

3 NOTE: ((q(X,Y,Z)]OP is the parameter identified as(X,Y,Z)in F DPC-NE-l 20llPA.~

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_ _ =_ _

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CNEl-(M00-24 (Rev. 0) 13 of 302 Catawba 1 Cycle 7 Core Operating Limits Report i Ph(X,Y,Z)

MC (X,Y,Z) 2.5.5 ((g(X,Y,Z)JRPS = , ,

where [F (X,Y,Z)]RPS = cycle dependent maximum allowable design per. king n

factor which ensures that the centerline fuel melt limit

^

will be preserved for all operation. ((g(X,Y,Z))RPS includes allowances for calculational and measurement

uncertainties.

F$X,Y,Z) g = the design power distributions for Eq. Fh(X,Y,Z) is provided in Table 2 for normal operation and table 2A for power escalation testing during initial startup.

MC(X,Y,Z) = the margin remaining to the CFM limit in core location

! X,Y,Z from the transient power distribution. MC (X,Y,Z) calculations parallel the Mg(X,Y,Z) calculations described in i DPC-NE-201 IPA, except that the LOCA limit is replaced with the CFM limit. Mc(X,Y,Z) is provided in Table 4 for normal operation and table 4A for power escalation testing during initial startup.

. UMT = Measurement Uncertainty (UMT = 1.05).

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

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

NOTE: [h(X,Y,Z)]RPS q is similar to the parameter identified as N g (X,Y,Z) in DPC-NE-201 IPA except that Mc(X,Y,Z) replaces Mg(X,Y,Z).

2.5.6 KSLOPE = 0.078 where KSLOPE = Adjustment to the Kg value from OTAT required to compensate for each l'k that ((g(X,Y,Z))RPS exceeds it limit.

CNEl N00 24 (Rey,0)-

-14 of 302 Catawba 1 Cycle 7 Core Operating 1 imits Report i

1.2 (0.0,1.00) l(8.0,1.00) l (10.8,0.94) 1 i 0.8 -

(12.0.0.647)l h0.6 0.4 -

t -

0.2 -

0 0 1 2 3 4 5 6 '7 8 9 10 11 12 Core IIeight (ft)

Figure 4 K(Z), Normalized FQ(X,Y,Z) as a Function of Core Height for MkBW Fuel 1

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CNEI4400 24 (Rev. 0)

.1 15 of 302 i'

Catawba 1 Cycle 7 Core Operating Limits Report i

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1.2 (0.0,1.00) h.0,1.00) f I

- (10.8,0.94j l

0.8 -

4 f

(12.0,0.647)l h0.6 O.4 A

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0.2 -

]

i 0 1 2 3 4 5 6 7 8 9 10 11 12 Core licight (ft) l Figure 5 K(Z), Normalized FQ(X,Y,Z) as a Function of Core Height for OFA Fuel 9

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

CNEl-0400-24 (Rev; 0) l 16of 302

. Catawba 1 Cycle 7 Core Operating I.imits Report 1

2.6 Nuclear Fnthniny Hiw Hot Channel Factor. F3}jf X.Y.2) $necification j 3/.t.2.3) -

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

i 2.6.1 [F3n(X,Y)]LCO = MARP (X,Y)

1.0 + * (1.0 - P) f l where (MARP(X,Y)) = Catawba 1 Cycle 7 Operating Limit Maximum Allowable l' Radial Peaks. (MARP(X,Y))is provided in Table 1.- ,

. Thermal Power j

P = Rated Thermal Power The following parameters are required for core monitoring per the Surveillance j Requirements of Specification 3/4.2.3:

D

, F3H(X,Y)

M3g(X,Y) 2.6.2 [F3g(X,Y)l URV S

= ,

! where [E 33 (X,Y)]SURV = cycle dependent maximum allowable design peaking factor wiiich ensures th.t the F33(X,Y) limit will be v

pr served for operation within the LCO limits.

[- (X,Y)lSURV includes allowances for calculational and measurement uncertainties, i

D D '

F3g(X,Y) = the design power distribution for Fag. F3n(X,Y)is provided in l Table 5 for normal operation and table 5 A for power escalation

, testing during initial startup.

i' MAH(X,Y) = the margin remaining in core location X,Y- to the Operational DNB limit in the transient power distribution. Man (X,Y) is j: provided in Table 6 for normal opeiation and table 6A for .

!', - power escalation testing during initial startup.

a i - UMR Uncertainty value for measured radial peaks, (UMP. = 1.04).

L i, .. .

l . TILT = Peaking penalty that accounts for allowable quadrant power tilt 4

- ratio of 1.02.

I 9 " M- ' - ' ' ' - - - - ' ' ' * * - - * " * '

CNEl-0400 24 (Rev. 0) 17 of 302 Catawba 1 Cycle 7 Core Operating Limits Report

_1.

NOTE: [F'aH(X,Y)}SURV is the parameter identified 3g as FMAX(XiY) in DPC-NE-201 IPA, l

2.6,3 RRH = 3.34 j where RRH = Thermal Power reduction required to compensate for each 1% that j F3n(X,Y) exceeds its limit.

a

[ 2.6.4 TRH = 0.04 where TRH = Reduction in OTAT K setpoint i required to compensate for each 1%

that Fan (X,Y) exceeds its limit.

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CNEl&00 24 (Rev. 0) 18 of 302 Catawba 1 Cycle 7 Core Operating Limits Report Table 1. Maximum Allowable Radial Peaks (MARPs)

Core fl(ight 1.1 Axial Peak 1.2 Axial Peak 1.3 Axial Peak 1.4 Axial Peak d'i MARP MARP MARP MARP '

O.12 1.5809 1.6266 1.6722 1.7113 1.2 1.5806 1.6259 1.6677 1.7085 2.4 1.5836 1.6265 1.6663 1.7025 3.6 1.5859 1.6263 1.6635 1.6960 4.8 1.5871 1.6240 1.6571 1.6751 6.0 1.5878 1.6196 1.6470 1.6303 7.2 1.5864 1.6130 1.6265 1.5848 8.4 1.5781 1.5956 1.5773 1.5327 9.6 1.5655 1.5612 1.!208 1.4815 10.8 1.5459 1.5152 1.4717 1.4292 12.0 1.5133 1.4693 1.4274 1.3878 Core Iici M 1.5 Axial Peak 1.6 Axial Peak 1.7 Axial Peak 1.8 Axial Peak du mal 2 MARP MARP MARP 0.12 1.7477 1.7331 1.7054 1.6438 1.2 1.7433 1.7029 1.6789 1.6193 2.4 1.7126 1.6616 1.6433 1.5869 3.6 1.6735 1.6211 1.6011 1.5504 4.8 1.6313 1.5811 1.5622 1.5121 6.0 1.5868 1.5415 1.5238 1.4763 7.2 1.5378 1.4913 1.4766 1.4344 8.4 1.4886 1.4450 1.4296 1.3880 9.6 1.4399 1.4013 1.3882 1.3490 10.8 1.3883 1.3526 1.3433 1.3081 12.0 1.3500 1.3140 1.3078 1.2749 Core Heicht 19 Axial Peak 11 Axini Peak HQ MARP. MARP 0.12 1.5839 1.5401 1.2 1.5624 1.5154 2.4 1.5328 1.4801 3.6 1.5013 1.4395 4.8 1.4626 1.4030 6.0 1.4291 1.3619 7.2 1.3920 1.3271 8.4 1.3485 1.2824 9.6 1.3126 1.2501 10.s 1.2726 1.2091 12.0 1.2443 1.1890 ,

s CNEl-N00-24 (Rev. 0)

- 19 0f 302 TABLE 2 CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% 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* .7173 .8522 .7334 .8116 .6672 .6698 .5316 .4872 9* .8515 .8437 .8836 .7095 .7978 .7320 .6739 .5061 10

7343 .8816 .8222 .8428 .7417 .7549 .6566 .5044 11 * .8226 7318 .8468 .7946 .8012 .7460 .6487 .4434 12 * .6840 .8012 .7441 .8019 .6903 .6799 .5572 13 * .6783 .7371 .7583 .7477 .6807 .5845 .4666 14 * .5376 .6798 .6621 .6513 .5574 .4672 15 * .4951 .5120 .5119 .4465 -

FQD f3-D) AT: 100% 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* 1.0257 1.2846 1.0477 1.1661 .9306 1.0064 .7844 .8049 9* 1.2836 1.2570 1.3048 .9916 1.1568 1.1055 1.0877 .7975 10

1.0495 1.3029 1.2335 1.2664 1.0317 1.1356 1.0193 .8414.

11

1.1847 1,0296 1.2732 1.1865 1.1904 1.1361 1.0522 .6752 12 * .9550 1 1634 1.0354 1.1914 1.0117 -1.0928 .8513 13

1.0195 1.1135 1.1410 1.1389 1.0942 .9088 .7168 14 * .7934 1.0974 1.0281 1.0566 .8517 .7178 15 * .8183 .8070 .8544 .6801

CNEI4M00-24 (Rev. 0) p 20of 302 TABLE 2 (CON ' T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 4 EFFD THIS IS LEVEL 16 OF 18 WHERE: LEVEL 18 = TOP OF CORE '

LEVEI. 1 = Bo'I* ROM OF CORE H G F E D C B A 8

1.1403 1.4749 1.1852 1.3482 1.0398 1.1584 .8999 .9856 9* 1.4738 1.4498 1.5320 1.1147--1.3471 1.2972 1.3264 .9555 10

1.1875 1.5300 1.4309 1.4587 1.1521 1.3571 1.2174 1.0392 11

1.3706 1.1596 1.4668 1.3750 1.4098 1.3461 1.2894 .7934 12

1.0674 1.3552 1.1564 1.4110 1.1710 1.3312 .9998 13

1.1736 1.3068 1.3637 1.3494 1.3329 1.0814 .8378 14 * .9105 1.3385 1.2281 1.2949 1.0004 .8390 15

1.0023 .9673 1.0556 .7994 FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 1F OF 18 WHERE: LEVEL 18 = TOP OF CORE-LEVEL 1.= BOTTOM OF CORF H G F E D C B A

- - - - ...................e.......** .............................

8* 1.1856 1.5618 1.2485 1.4424 1.0908 1.2352 *9596 1.0879 9* 1.5605 1.5431 1.6528 1.1755 1.4494 1.4026 1.4658 1.0438 10

1.2507 1.6501 1.5293 1.5527 1.2105 1.4861 1.3310 1.1540 11=* 1.4657- 1.2221 1.5609 1.4723 1.5342- 1.4655 1,4293 8573 12

l'.119C 1.4577 1.2149 1.5355 1.2577 1.4707 .' 0791 13

1.2513 1.4128 1.4932 1.4691 1.4726 1.1778 .8994 14 * .9710 1.4792 1.3428 1.4355 1.0798 .9006 15

1.1067 1.0568 1.1727 .8639

. CNEl-(M00-24 (Rev. 0) .

21 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD ( 3 --D) AT: 100% POWER 4 EFPD -THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

1.2066 1.6078 1.2810 1.4949 1.1197 1.2807 .9950 1.1491 9* 1,6063 1.5939 1.7213 1.2094 1.5091 1.4677 1.5534 1.0964 10

1.2828 -1.7178 1.5848 1.6068 1.2441 1.5664 1.4026 1.2240 11

1.5175 1.2557 1.6145 1.5297 1.6103 1.5409 1.5173 .8948 12

1.14/5 1.5167 1.2483 1.6115 1.3110 1.5587 1.1261 13

1.2971 1.4780- 1.5738 1.5446 1.5608 1.2365 .9338 14

1.0068 1.5676 1.4152 1.5239 1.1268 .9350 15

1.1693 1.1102 1.2441 .9018 FQD (3-D) AT: 1:0% 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* 1.2169 1.6359 1.2987 1.5263 1.1346 1.3103 71.0172 -1.1881 9* 1.6343 1.6250 1.7642 1.2292 1.5468 1.5114 J.6133 1.1297-10

1.2999 1.7598 1.6200 1.6424 1.2649 1.6207 1.4514 1.2694 11

1.5478 1.2748 1.6496 1.5678 -1.6613 1.5928 1.5773- .9178 12

1.1630 1.E535 1.2687 1.6624 1.3465 1.6144 1.1558 13

1.3268 1.5217 1.6281 1.5966 1.6215 1.2747 .9540 14

1.0292 1.6279 1.4644 1.5842- 1.1565 .9553 15 * -1.2092 1.1440 1.2905 .9251 m

m' . . _ _ _ _ _ _ . _ _ _ . _ _ . _ . _ _ _ _ _ _ _ _ . - _ . _ _ - . _ _ . _ __ _ _ __.m_'-_-_._ __.m_., .___ _m_.___

CNEl.N00 24 (Rev. 0) 22 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-EUB-Q DESIGN FQD (3-D) AT: 100% 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 B A 8

1.2202 1.6536 1.3071 1.5450 1.1421 1.3292 1.0304 1.2136.

9* 1.6519 1.6446 1.7924 1.2395 1.5710 1.5414 1.6564 1.1507 10

1.3077 1.7873 1.6431 1.6667 1.2768 1.6592 1.4858 1.2999 11

1.5653 1.2845 1,6734 1.5939 1.6973 1.6300 1.6205 .9315 12

1.1700 1.57C8 1.2802 1.6983 1.3701 1.6636 1.1744 13

1.3455 1.5515 1.6666 1.6339 1.6658 1.3001 .9651 14

1.0424 1.6714 1.'4991 1.6276 1.1751 .9664 15

1.2352 1.1653 3216 .9389 FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1~= BOTTOM OF CORE H G F E D C B A f

8*

1 2173 1.6629 1.3079 1.5541 1.1426 1.3391 1.0361 1.2292 9* 1.6610 1.6552 1.8100 1.2422 1.5848 -1.5607 1.6874 1.1627 10 * '1.3080 1.8041 1.6566 1.6818 1.2809 1.6862 1.5092 1.3198 11

1.5731 1.2865 1.6880 1.6106 1.7222 1.6561 1.6516 .9380 12

1.1698 1.5898 1.2839 1.7231 1.3848 1.6962 1.1845 13

1.3552 1.5706 1.6934 1.6600 1.6983 1.3159 .9692 14

1.0481 1.7026 1.5228 1.6588 1.1852 .9705 15

1.2513 1.1775 1.3421 .9455

CNEl-0400-24 (Rev. 0) 23 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3 -D) AT: 100% POWER 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 8* 1.2083 1.6639 1.3018 1.5546 1.1364 1,3407 1.0353 1.2367 9*

1.6619 1.6573 1.8181 1.2379 1.5895 1.5703 1.7079 1.1670 10

1.3012 1.8116 1.6613 1.6880 1.2775 1.7029 1.5231 1.3309 11

1.5722 1.2813 1.6936 1.6183 1.7372 1.6723 1.6726 .9385 12

1.1627 1.5935 1.2802 1.7380 1.3911 1.7186 1.1871 ,

13

1.3565 1.5799 1.7101 1.6761 1.7208 1.3234 .9671 14

1.0471 1.7232 1.5368 1.6799 1.1878 .9684 15

1.2591 1.1819 1.3536 .9459 FQD (3-D) AT: 100% 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 1.1930 1.6564 1.2886 1.5466 -1.1237 1.3340 1.0279 li2364 9* 1.6542 1.6508 1.8166 1.226t 1.5850 1.5703 1.7181 1.1638 10 ,* 1.2876 1.8095 1.6569 1.6848 1.2666 1.7096 1.5275 l'.3336 11

1.5628 1.2691 1.6890 1.6168 1.7423 1.6784 1.6834 .9330 12

1.1491 1.5882' 1.2690 1.7430 1.3890 1.7310 1.1825 13 *- 1.3493 1.5796 1.7167 1.6822 1.7332'.1,3226 .9592 14

1.0396- 1~.7335 1.5413 1.6908 .1.1831' .9604 15

1.2589 1.1787 1.3566 .9404-

CNElet00-24 (Rev. 0) 24 of 302 TABLE 2 . ON'T)

CORE OPERATING LIMITS REPCRT F-SUB-Q DESIGN FQD (3-D) AT: 10 0 % PO'>.'ER 4 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP CF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 1.1715 1.6397 1.2683 1.5298 1.1044 1.3186 1.0138 1.2277 9* 1.6375 1.6351 1.8051 1.2087 1.5709 1.5600 1.7171 1.1528 10

1.2668 1.7975 1.6430 1.6718 1.2481 1.7055 1.5218 1.3273 11

1.5446 1.2496 1 6763 1.6056 1.7367 1.6*i38 1. 6813 .9215 12

1.1287 1.5733 1.2501 1.7373 1.3782 1.7325 1.1702 13

1.3335 1.5690 1.7123 1.6775 1.7346 1.3132 .9451 14

1.0253 1.7324 1.5355 1.6907 1.1708 .9463 15

1.2503 1.1676 1.3504 .9288 s FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVFL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.1436 1.6136 1.2407 1.5037 1.0781 1.2938 9924 1.2097 9* 1.6112 1.6098 1.7827 .1832- 1.5465 1.5384 1.7030 1.1330 10

1.2388 1.7746 1.6189 1.6481- 1.2213 1.6889 1.5044 1.3108 11

1.5170 1.2227 1.6521 1,5836 1.7191 1.6569 1.6705 .9032 12

1.1012 1.5481 1.2230 1.7196 1.3577 1.7211 1.1495 13 1.3081 1.5470 1.6956 1.0605 1.7232 1.2941 .9244 14

1.0036 1.7182 1.5180- 1.6779 1.1502 .9256 15

1.2320 1.1477 1.3338 .9104

CNE14M00-24 (Rev. 0) 25 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% 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* 1.1093 1.5775 1.2055 1.4673 1.0446 1.2586 .9627 1.1800 9* 1.5751 1.5740 1.7479 1.1499 1.5102 1.5036 '.6727 1.1027 10

1.2032 1.7394 1.5835 1.6130 1.1859 1.6573 1.4729 1.2814 11 1.4792 1.1878 1.5164 1.5498 1.6872 1.6251 1.6416 .8771 12

1.0664 1.5111 1,1873 1.6877 1.3258 1.6938 1.1192 13

1.2723 1.5117 1.6637 1.6286 1.6959 1.2634 .8961 14 * .9734 1.6577 1.4862 1.6491 1.1197 .8973 15

1.2020 1.1170 1.3041 .8841 FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL. 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0687 1.5306 1.1621 1.4188 1.0031 1.2115 .9230 1.1350 9* 1.5282 1.5261 1.6977 1.1081 1.4596- 1.4524 1.6206 1.0589 10

1.1594 1.6889 '1.5343 1.5649 1.2412 1.6061 1.4231 1.2348 11-* 1.4293 1.1441- 1.5679 1.5018 1.6371 1.5746 1.5916 .8412 12

1.0236 1.4598 1.1422 .1.6374 1.2803 1.6451- 1.0769 13

1.2244 1.4600 1.6122 1.5780- 1.6471 1.2178 .8587 14 * .9332- 1.6351 1.4360 1.5986 1.0774 .8598 15 *- 1.1562 1.0726 1.2568 .8479

.___;__ ____m ._______m_._.__m___.i__i _

7-CNEl-(M00-24 (Rev. 0) 26 of 302 TALLE 2 (CON'T)

CORE OPERATING LIMITS RZPORT F-SUIS-Q DESIGN e

FCD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 := TCP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 I 1.0206 1.4690 1.10r. 1.3532 .9525 1.1494 .8708 1.0670 9 1.4666 1.4612 1.6241 1.0556 1.3890 1.3790 1.5361 . 9 9 5'e 10

1.1054 1.6152 1.4678 1.5000 1.0856 1.5263 1.3476 1.1620 11

1.3621 1.0894 1.5023 1.4345 1.5603 1.4977 1.5089 .7919 12 * .9715 1.3885 1.0863 1.5605 1.2168 1.5641 1.0186 13

1.1613 1.3860 1.5320 1.5008 1.5660 1.1509 .8089 14 * .8804 1.5498 1.3598 1.5155 1.0191 .8099 15

1.0870 1.0086 1.1827 .7982 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 * .9586 1.3780 1.0370 1.2571 .8881 1.0635 .8001 .9604 9

1.3755 1.3635 1.5069 .9863 1.2840 1.2699 1.3969 .9010 10

1.0337 1.4980 1.3667. 1.4036. 1.0141 1.3989 1.2307 1.0451 11

1.2640 1.0166 1.4053 1.3333. 1.4380 1.3776 1.3713 .7215 12 * .9051 1.2827 1.0145 1.4381 1.1259 1.4281' .9346 13

1.0742 1.2760 1.4039 1.3804 1.4298 1.0492 .7388 14 * .8087 1.4093 1.2417 1.3773 .9;50 .7398 15 * .9783 .9126 1.0637 .7271

CNEl-(M00 24 (Rev. 0) 27 0f 302 TABLE 2 (CON'T) wCRE OPERATING LIMITS REPORT F-SUB-Q DEP*,GN FCD (!* - D) AT: 100% POWER 4 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18 = TOP OF CORE L' VEL 1 = BOTTOM OF CORE H G F E D C B A 8* .8555 1.2078 .9211 1.0957 .7907 .9228 .6919 .7927 9* 1.2056 1.1867 1.2995 .8771 1.1097 1.0890 1.1573 .7473 10 * .9176 1.2911 1.1865 1.2274 - .9046 1.1853 1.0363 .8487 11

1.0999 .9015 1.2282 1.1552 1.2294 1.1745 1.1339 .6101 12 * .8051 1.1075 .9046 1.2295 .9808 1.1898 .7985 13 * .9319 1.0939 1.1893 1.1769 1.1912 .8804 .6259 14 * .6992 1.1674 1.0455 1.1387 .7907 .6266 15 * .7971 7568 .8636 .6147

.OD (3-D) Att 100% POWER 4 EFPD THIS IS LEVEL 1 OF 18 WHERF.: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

.................e............... 2.............................

8* .6128 .8225 .6697 7953 .5843 .6298 .4812 .4766 9* .8209 .8105 .9209 .6433 .7963 .7390 .7365 .4759 10 * .6668 .9144 .8095 .8359 .6682 .8244- .6811 .5137 11 * .7969 .6584 .8358 .7863 .8651 .7915 .7196 .4055 12 * .5945 .7939 .6L'9 .8651 .6954 .7635 .5378 13 * .6359 .7421 .8272 7930 .7643 .5707 .4111

.4861 .7429 .6870 .7226- .5379 .4116-14-}

15 * .4853- .4813 .5225 .4084

~

CNEl-0400 24 (Rev. 0) 28cf 302 9

TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 m TOP OF CORE LEVEL 1 = BDTTOM OF CORE H G F E D C B A 8 .7130 .d249 .7344 .8186 7185 .7268 .5999 .5574 l

9* .8241 .8390 .8626 .7310 .8199 .7764 .7242 .5631 10 * .7331 .8614 .8252 .8490 4 7833 7917 .7215 .5658 11 * .8232 .7636 .8505 .8224 .8252 .7951 .7028 .5015 12 * .7270 .8183 .7833 .8247 .7509 .7312 .6145 13 *

.7300 7772 .7927 7955 .7310 .6405 .5381 14 *

.6023 .7264 7237 .7034 .6134 .5381 15 * .5624 .S660 .5706 .5023 FQD (3-D) AT: 1001 POWER 150 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*

.9749' 1.1864 1.0222 1.1632 .9833 1.0518 .8527 .8770 9

1.1851 1.2031 1.2493 .9982 1.1733 1.1346 1.1151 .8526 10

1.0203 1.2479 1.1933 1.2203 1.0624 1.1665 1.0783 .8988 11

1.1706 1.0463 1.2226 1.1822 1.2012 1.1690' -1.0891 .7369 12 * .9948 1.1714 1.0622 1.2004 1.0672 1.1220 .9048 13

1.0561 1.1355 1.1678 1.1694 1.1218 .9570 .7986 14 * ,8559 1.1182 1.0813 1.0899 .9030 .7985 15 * .8846 .8569 .9064 .7381

P CNE14M0044 (Rev 0) 29 0f 302 TABLE 2 (CON ' T)

CORE OPERATING LIMITS REFORT F-SUB-Q DESIGN FQD (3-D) AT: 1001 POWER 150 EFPD THIS IS LEVEL 16 0F 16 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 1.0410 1.3073 1.1200 1.3069 1.0684 1.1664 .9396 1.0258 9* 1.3057 1.3363 1.4168 1.0880 1.3246 1.2819 1.2945 .9797

+

10

1.1176 1.4149 1.3327 1.3500 1.1485 1.3418 1.2344 -1.0592-11

1.3145 1.1408 1.3521 1.3179 1.3701 1.3294 1.2706 .8314 e .

12

1.0804 1.3219 1.1480 1.3691 1.1873 1.3006 1.0195 13 + 1.1707 1.2823 1.3430 1.3296 1.3002 1.0911 .8985 14 * .9428 1.2977 1.2376 1.2712 1.0174 .8985 15

1.0345 .9844 1.0680 .8327 FQD (3-D) AT: 100% POWER 150 EF/D 1HIS IS LEVEL 15 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0488 1.3401 1.1477 1.3620 1.0916 1.2034 .9665 1.0891 9* 1.3384 1.3787 1.4831 1.1159 1.3847 1.3391 1.3722 1.0310 10 ^ 1.1447 1.4803 1.3793 1.3897 1.1712 1.4185 1.2989 1.1299 11

1.3684 1.1685 1.3912 1.3644 1.4406 1.3940 1.3501 .8657 12

1.1031 1.3807 1.1702 1.4393 1.2296 1.3771 1.0595 13

1.2073 1.3300 1.4193 1.3940 1.3766 1.1435 .9310 14 * .9695 1.3750 1.3020 1.3506. 1.0573 .9309 15 * - 1.0981 1.0357 1.1391 .8669

. . ___._____._m_._______ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .

-1 2

CNE14M00 24 (Rev. 0) 30of 302 TABLE 2 (CON'T) l CORE OPERATING LIMITS REPORT I

F-SUB-Q DESIGN j i

FQD (3+D) AT: 100% POWER 150 EFPD THIS IS LEVEL 14 OF 18 1

TOP OF CORE WHERE: LEVEL 18 =

LEVEL 1 = BOTTOM OF CORE H G E D C B 5 4 .................................................................

I 8* 1.0437 1.3471 1.1535 1.3833 1.0963 1.2154 .9737 1.1159-i 9* 1.3453 1.3914 1.5099 1.1237 1.4090 1.3629 1.4073 1.0512 10

1.1498 1.5063 1.3946 1.4013 1.1751 1.4533 1.3270 1.1609 J .

4 11

1.3881 1.174/ 1.4021 1.3803 1.4709 1.4215 1.3859 .8767 12 1.1069 1.4038 1.1736 1.4694 1.2446 1.4111 1.0722 13

1.2187 1.3622 1.4538 1.4213 1.4105 1.1635 .9389 14 * .9,65 1.4098 1.3298 1.3862 1.0698 .9388 15

1.1250 1.0557 1.1702 .8778 l FQD (3-D) AT: 100% POWER 150 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 i

8* 1,0377 1.3491 1.1539 1.3939 1.0962 1.2203 .9751 1.1288 9* 1 3471 1.3967 1.5244 1.1258 1.4216 1.3756 1.4270 1.0599 10 *, 1.1497 1.5200 1.4017 1.4064 1.1747 1.4730 1.3421 1.1763 11

1.3971 1.1755 1.4066 1.3877 1.4875 1.4364 1.4054 .8796 12

1.1060 1.4153 1.1728 1.4858 1.2510 1.4297 1.0759 13

1.2232- 1.3744 1.4730 1.4360 1.4290 1.1722 .9388 14 * .9776 1 4291 1.3447 1.4055 1.0735 .9387 15

1 1378 1.0643 1.1857 .8806

, _. _ _ _ _ ___ _ _____.__ _. _.-____ _ __ _.-...- _. . . _ _ _ _ . _ . - __ _ _ _ . . _ __m-i CNE1440044 (Rev. 0) j 31 of 302 i

TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT f

l- F-SUB-Q DESIGN 4

i FQD (3-D) AT: 1004 POWER 150 EFPD THIS IS

EVEL 12 OF 18 i i

! WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = DOTTOM OF CORE 1

j H G F E D C B A 1 l

i

................................................................. -j 4

8* 1.0336 1.3523 1.1545 1.4027 1.0960 1.2243 .9754- 1.1375 9* 1.3501 1.4021 1.5369 1.1274 1.4318 1.3858 1.4424 1.0652 1

j 10

1.1498 1.5318 1.4082 1.4118 1.1744 1.4886 1.3536 1.1869 i .

11 *, 1.4046 1.1761 1.4114 1.3943 1.5010 1.4483 1.4203 . 8803 i

f 12

1.1051 1.4244 1.1722 1.4992 1.2559 1.4443 1.0777

, 13

1.2267 1.3841 1.4884 1.4477 1.4436 1.1778 .9370 i

14 * . 9777 1.4442 1.3561 1.4202 1.0751 .9368 15

1.1465 1.0695 1.1963 .8813 i

FQD (3-D) AT: 1001 POWER 150 EFPD THIS IS LEVEL 11 0F 18 l

~

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 BOTTOM OF CORE

H G F E D C B A 1

l .................................................................

i .

l 8* 1.0317 1.3581 1.1567- 1.4128 1.0970 1.2293 .9764 1.1460

. 9* _1.3558 1.4097 1.5511 -1.1303 1.4429 1.3966 1.4581 1.0705 1

10

_1.1515 .1.5454 1.4166 1.4194 1.1757 1.5048 1.36b5- 1.1970 i 11

1.4134 '1.1783 1.4185 1.4026 1.5155- 1.4609 1.4353 . 8811 j 12

1.1055 1.4347- 1.1731. 1.5136 1.2618 1.4595 1;0799

- 13

1.2313- 1.3945 _1.5043' 1.4602 1.4586 1.1837 .9355.

14 * . 9785 1.459" 1.3677- 1.4351 1.0773 . 9353 i

15

1.1549 .1.0746 1.2065 .8820 4

4

-,4, y a a..p.., w----~-,- w---.enyw-w, -,w-- w,,..~---.-,.- ,g w--, ,, ,-w --,,w-,- + ,.-+-v'we,- - r w -ww, w,.

,,,,n-,re-. --w--

ar m - r -w n.---en,~w-

. . - . . . . - . - - = . - . - . - - - - .. - - .- .,__ . - - _-. _ _ _ _ - - . . - .

CNEl-MK) 24 (Rev. 0) 32 of 302 l ,

k I I

f TABLE 2 (CO!1' T) l I CORE OPERATI!JG LIMITS REPORT i

, F-SUB-Q DESICU l i

i FQD (3-D) AT: 100% MWER 150 EFPD THIS IS LEVEL 10 OF 18 i WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A ;

l 4

8* 1.0319 1.3668 1.1601 1.4253 1.0997 1.2360 .9788 1.1558 9* 1.3644 1.4201 1.5683 1.1350 1.4564 1.4094 1.4760 1.0769 l

l 10

1.1552 1.56!.0 1.4276 1.4297 1.1789 1.5233 1.3791 1.2085 1.5326 .8830 11

1.4248 1.1824 1.4284 1.4134 1.4758 1.4524 12 + 1.1076 1.4473 1.1760 1.5305 1.2696 1.4769 1.0835 j 13

1.2377 1.4068 1.5225 1.4749 1.4760 1.1910 . 9351 14 * .9807 1.4774 1.3812 1.4520 1.0808 .9349 15

1,1647 1.0810 1.2180 .8838 FQD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 9OF18

~

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 1.0341- 1.3782 1.1671 1.4405 1.1042 1.2447 . E 2'i 1.1675 9* 1.3757 1.4333 1.5888 1.1417 -1.4726 1.4246 1.4968 1.0849 10 *, 1.1611 1.5819 1.4414 1.4429 1.1840 1.5447 -1.3952 1.2220 11

1.4388 1.1887 1.4412 1.4270 1.5528- 1.4934 1.4722 .8862 12

1.1117 1.4627- 1.1808- 1.5506 1.2798 1.4973 1.0889 13

1.2461 1.4217 1.5436 1.4924 1.4963 1.2003 .9362 14 *

.9844 1.4980 1.3972 1.4717 1.0862 .9359 15

1.1765 1.0890 1.2315 .8870

CNE14M00 24(Rev 0) 33cf302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 1004 POWER 150 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1a BOTTOM OF CORE H G F E D C B A 8* 1.0381 1.3923 1.1753 1.4583 1.1105 1.2553 .9881 1.1812 9* 1.3897 1.4493 1.6125 1.1503 1.4915 1.4423 1.5206 1.0946 10

1.1688 1.6050 1.4580 1.4590 1.1911 1.5691 1.4137 1.2375 11 1.4556 1.1971 1.4568 1.4432 1.5762 1.5138 1.4950 .8907 12

1.1175 1.48;J 1.1877 1.5738 1.2923 1.5208 1.0961 13

1.2565 1.4390 1.5678 1.5127 1.5198 1.2116 .9386 14 * .9898 1.5216 1.4156 1.4944 1.0933 .9384 15

1.1903 1.0986 1.2473 .8915 FQD (3-D) AT: 100% POWER 150 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* 1.0437 1.4089 1.1852 1.4783 1.1182 1.2677 .9947 1.1962 9*

1.4062 1.4676 1.6390 1.1605 1.5126 1.4620 1.5468 1.1054 10

1.1783 1.6309 1.4769 1.4776 1.1999- 1.5960 1.4341 1.1546 11

1.4746 1.2072 1.4750 1.4619 1.6022 1.5366 1.5201 .8962 12

1.1249 1.5011 1.1962 1.5998 1.3068 1.5471 1.1048 13

1.2686 1.4584 1.5946 1.5354 1.5460 1.2245 .9421 14 * .9964 1.5477 1.4360 1.5195 1.1019 .9418 15

1.2055 1.1095 1.3645 .8970 hu i

CNE14M00 24 (Rev. 0) 34 of 302

. TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 m TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B* A B* 1.0507 1.4274 1.1959 1.4991 1.1266 1.2805 1.0016 1.2108 9* 1.4245 1.4875 1.6668 1.1714 1.5344 1.4822 1.5736 1.1158 10

1.1886 1.6582 1.4972 1.4981 1.2096 1.6235 1.4548 1.2711 11

1.4945 1.2182 1.4951 1.4820- 1.6294 1.5603 1.5460 .9016 12

1.1329 1.5222 1.2057 1.6268 1.3221 1.5743 1.1139 13

1.2813 1.4783 1.6219 1.5590 1.5732 1.2374 .9456 14

1.0032 1.5744 1,4566 1.5452 1.1110 .9454 15

1.2203 1.1199 1.2813 .9023 FQD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 5 OF 18 WHERE:-LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0581 1.4460 1.2056 1.5172 1.1335 1.2915 1.0065 1.2203 9* 1.4430 1.5062 1.6918 1.1810 1.5528 1.4991 1.5957 1.1220 10

1.1980 1.6826 1.5159 1.5182 1.2184 1.6464 1.4712 1.2822 11

1.5117 1.2281 1.5149 1.5005 1.6529 1;5805 1.5670 .9043 12

1.1396 1.5400 1.2143 .1.6503 1.3353 1.5976' 1.1209 13

1.2921 1.4950 1.6446 1.5792 1.5964 1.2469 .9468 14

1.0081 1.5965 1.4730 1.5662 1.1179. .9466 15

1.2301 1.1262 1.2926 .9051 I. .

i !

l CNEIMX) 24 (Rev. 0) 35of302 d

TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT j F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 4 OF 18 i

< WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE j H G F E D C B A l

3

. 8 1.0633 1.4590 1.2096 1.5230 1.1346 1.2945 1.0044 1.2137 4

1 9

1.4560 1.5163 1.7024 1.1843 1.5577 1.5033 1.5999- 1.1150 10

1.2018 1.6929 1.5252 1.5315 1.2220 1.6516 1.4725 1.2756

$ 11

1.5169 1.2315 1.5279 1.5096 1.6610 1.5868 l'.5701 .8985 i

f 12

1.1404 1.5444 1.2178 1.6583 1.3396 1.6043 1.1191 4

13

1.2950 1.4991 1.6498 145854 1.6031 1.2438 . 9399 1

1 14

1.0060 1.6008 1.4744 1.5693 1.1161 .9396

, 15 + 1.2236 1.1193 1.2862 .8993 FQD (3-D) ATs 100% POWER 150 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* 1.0566 1.4472 1.1942 1.4927 1.1180 1.2726 . 9830 1.1649 9* 1.4441 1.4954 1.6688 1.1684 1.5233 1.4715 1.554? 1.0739 10

1.1862 1.6590 1.5024 1.5175 1.2083 1.6082 1.4329 1.2232 11

1.4858- 1.2145 -1.5136 1.4868 1.6237 1.5525 1.5228 .8697 12

1.1234 1.5099 1.2041 1.6211 1.3173 1.5625 11.0919 13

1.2731 1.4674 1.6065 1.5511- 1.5614 1.2060 .9099 14 * .9846 1.5552 1.4348 1.5221 1.0889 .9096 15

1.1746 1.0782 1.2336 .8705

- - - - - - n--<- -r -m ,N,nw..,,-.n,, ---s..-ve r .,N- -,ery

4 CNE14M00 24 (Rev. 0) 36of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BO'1* TOM OF MRE H G F E D C B A 8 1.0012 1.3470 1.1167 1.3660 1.0473 1.1744 .9071 1.0166 9 1.3442 1.3783 1.5182 1.0942 1.3875 1.3424 1.3047 .9502 10 1.1090 1.5089 1.3824 1.4101 1.1383 1.4469 1.2894 1.0641 11

1.3588 1.1358 1.4062 1. . . I7 1.4712 1.4110 1.3521 7820 13

1.0521 1.3749 1.1342 1.4688 1.2205 1.3978 .9935 12

1.1749 1.3386 1.4453 1,4098 1.3967 1.0791 .8167 14 *

.9089 1.3857 1.2912 1.3515 .9909 8164 15

1.0254 .9542 1.0732 .7828 FQD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 1 OF 18 ,

WHERE: LEVEL 18 = TOP OF C^RE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 * .7605 .9746 .8421 1.0114 .7998 .8469 .6670 .6614 9* .9725 .9907 1.1040 .8314 1.0195 .9584 .9415 .6403 10 * .8361 1.0969 .9926 1.0193 .8739 1.0387 .8971 .6800 o

11

1.0054 .8619 1.0163 .9813 1.0662 1.0020 .9144 .5465 4 .

12 *, .8033 1.0098 .2707 1.0644 .9071 .9564 .7052 13 * .8473 .9557 1.0375 1.0015 .9557 .7398 .5629 14 .6683 .9423 .8984 .3140 .7032 .5627 15 * .6672 .6431 .6941 .5470 I

CNEl-(M00 24 (Rev 0) 37 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN r

FQD (3-D) AT: 100% POWER 325 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* .7407 .8363 .7564 .8301 .7812 .7877 .6749 .6390 9* .8356 .8602 .8716 .7693 .8416 .8290 .7829 .6275 10 * .7542 .8699 .P500 8302 .8354 .8363 .7846 .6289 11 * .8305 .8084 .u?69 .8597 .8580 .8432 .7617 .5628 12 * .7841 .8392 .8338 .8579 .8118 .7902 .6740 13 * .7881 .8286 .8360 .8429 .7895 .7020 .6070 14 * .6752 .7829 .7848 .7610 .6721 .6067 15 * .6424 .6290 .6324 .5625 FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18 o TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 .9809 1.1611 1.0336 1.1757 1.0534 1.1050 .9292 .9625 9* 1.1600 1.1995 1.2509 1.0321 1.1972 1.1786 1.1557 .9171 10

1.0302 1.2482 1.1956 1.2218 1.1102 1.2154 1.1348 .9562 11

1.1760 1.0856 1.2195 1.2000 1.2338 1.2039 1.1317 .8017-12

1.0567 1.1935 1.1077 1.2336 1.1235 1.1636 .9618 13

1.1049 1.1775 1.2147 1.2034- 1.1625 1.0139 .8751 14 * .9291 1.1553 1.1347 1.1305 .9591 .8746 15 * .9670- .9190 .9611 .8012

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

1

CNElet00 24 (Rev. 0) 38 cf 302 1

TABLE 2 (CON'T) !

1

{ CORE OPERATING LIMITS REFJRT i F-SUB-Q DESIGN ,

I i I FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 16 OF 18 4

WHERE: LEVEL 18 : TOP OF CORE LEVEL 1 = BorroM OF CORE H G F E D C B A j ..............................**.................................

I 8 1.0233 1.2469 1.1084 1.2971 1.1222 1.1932 .9939 1.0863' 9* 1.2455 1.2992 1.3866 1.1009 1.3235 1.2937 1.2959 1.3203 10

1.1042 1.3829 1.3006 1.3152 1.1723 1.3594- 1.2573 1.0859 l

11

1.2960 1.1577 1.3122 1.3014 3.1702 1.3266 1.2741 .8774 12

1.1248 1.3183 1.1692 1.3698 1.2126 1.3023 1.0514 13

1.1926 1.2920 1.3583 1.3258 1.3015 1.1203 .9586 14 *

.9935 1.2950 1.2569 1.2726 1.0484 .9580 1

15

1.0911 1.0220 1.0911 .8767 I

FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 15 OF 18

WHERE: LEVEL 18 a TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

1.0174 1.2583 1.1190 1.3323 1.1297 1.2079 1.0006 1.1247 9* 1.2567 1.3182 1.4266 1.1115 1.3601 1.3224 1.3396 1.0483 10

1.1140 1.4220 1.3217 1.3296 1.1745 1.4047 1.2903 1.1277 11

1.3296 1.1673 1.3259 1.3207 1.4098 1.3577 *1.3191 .8922 12

1.1315 1.3537 1.1710. 1.4093 1.2273 1.3449 1.0678 13 *1 1.2068 1.3201 1.4032 1.3567 1.3435 1.1469 .9729 14

9999 1.3383 1.2897 1.3174 1.0646 .9724 15

1.1293 1.0498 1.1329 .8914

I 4 1 CNEl-(MlX).24 (Rev. 0) i 39 0f 302 1

TABLE 2 (CON'T) i CORE OPERATING LIMITS REPORT

F-SUB-Q DESIGN i

I FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 14 OF 18 1

I WHERE: LEVEL 18 = TOP OF CORE l LEVEL 1 = BOTTOM OF CORE

. H G F E D C B A 1 l l

8* 1.0060 1.2545 1.1154 1.3418 1.1244 1.2054 .9944 1.1341

! 9 1.2528 1.3180 1.4379 1.1091 1.3693 1.3271 1.3517 1.0522 l 10

1.1100 1.4325 1.3224 1.3264 1.1655 1.4175 1.2965 1.1386 l 11

1.3376 1.1632 1.3221 1.3195 1.4193 1.3622 1.3311 .8893 s

12

1.1255 1.3620 1.1617 1.4186 1.2239 1.3554 1.0643 4

i 13

1.2040 1.3243 1.4157 1.3611 1.3540 1.1491 .9676 i

l 14 * .9936 1.3502 1.2957 1.3293 1.0611 .9671 l 15

1.1386 1.0536 1.1438 .8885 4

FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 13 OF 18 WHERE: LEVEL 18.= TOP OF CORE l , LEVEL 1 = BOTTOM OF CORE l

H G F E D C B~ A j ......**.........................................................

! 8* - .9982 1.2516 1.1119 1.3470 1.1196 1.2023 .9881 1.1365

) 9* 1.2499 1.3171 1.4444 1.1064 1.3738 1.3283 1.3570 -1.0511-10

1.1061 1.4385 1.3217 1,3234 '1.1581 1.4234 1.2979 1 1416

11 *, 1.3416 1.1593- 1.3187 1.3170 1.4232 1 3626 1 3356 .88.17 12

1.1202 1.3658 1.1541 1.4226 '1.2193 1.3992 1.0583 13

3.2006 1.3253 ~1.4214 1.3613 '1.3578 *

.1468- .9596 14

1872 1.3553 1.2969 1.3337 1.0552 .9590 15 * .1.1410 1.0524 1.1468 .8828 1

4 e

1 CNEl N00 24 (Rev. 0) 400f 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .9941 1.2526 1.1113 1.3541 1.1178 1.2019 .9843 1.1392 9* 1.2507 1.3194 1.4529 1.1062 1.3801 1.3315 1.3632 1.0508 10

1.1052 1.4465 1.3240 1.3241 1.1543 1.4305 1.3007 1.1446 11

1.3477 1.1584 1.3190 1.3176 1.4288 1.3651 1.3407 .8794 12

1.1180 1.3715 1.1501 1.4280 1.2176 1.3642 1.0544 13

1.2001 1.3283 1.4284 1.3639 1.3627 1.1459 .9532 14 * .9833 1.3614 1.2997 1.3387 1.0512 .9526 15

1.1437 1.0520 1.1498 .8785 FQD (3-D) AT: 100% POWER' 325 EFPD THIS IS LEVE! 11 OF 18 p

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .9926 1.2567 1.1132 1.3640 1.1187 1.2044 .9829 1.1439 9*

1.2548 1.3248 1.4645 1.1085 1.3892 1.3375 1.3720 1.0524 10

1,1068 1.4576 1.3292 1.3281 1.1535 1.4403 1.3062 1.1494 11

1.3567 1.1601 1.3227 1.3214 1.4375 1.3705 1.3483 .8771 12

1.1186 1.3800 1.1492 1.4367 1.2187 1.3718 1.0529 13

1.2023 1.3341 1.4381 1.3693 1.3704 1.1473 .9490 14 *

.9819 1.3701 1.3051 1.3463 1.0497 .9484 15

1.1485 1.0537 1.1546 .8761

i CNEl.(M00 24 (Rey, fu

' 4tof302 l

TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN

! FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 10 CF 18 i

WHERE: LEVEL 18 = TOP OF CORE

' LEVEL 1 = BOTTOM OF CORE G F E D C D A H

I ................................................................. ,

l 8 * .9928 1.2630 1.1169 1.3763 1.1216 1.2089 .9833 1.1507 ;

r 9

1.2610 1.3325 1.4785 1.1126 1.4010 1.3458 1.3833 1.0560 10

1.1102 1.471. 1.3367 1.3345 1.1549 1.4529 1.3140 1.1562 11

1.3682 1.1639 1.3288 1.3275 1.4489 1.3784 1.3583 .8764 12

1.1212 1.3912 1.1504 1.4480 1.2222 1.3820 1.0534 13 1.2068 1.3423 1.4506 1.3771 1.3805 1.1508 .9467 14 .9823 1.3814 1.3129 1.3563 1.0502 .9461 15

1.1554 1.0573 1.1616 .8755 i

i FQD (3-D) AT: 100% POWER 325 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 i .***.............................................................

8* .9942 1.2709 1.1220 1.3909 1.1261 1.2152 .9853 1.1596 9* 1.2688 1.3418 1.4948. 1.1182 1.4150 1.3562 1.3970 1.0613 l 10 1.1150 1.4870 1.3461 1.3429 1.1577 1.4679 1.3239 1.1651 11

1.3818 1.1692 1.3369 1.3356 1.4627 1.3885 1.3707 .8771 12

1.1254 1.4048 1.1533 1.4619 1.227S 1.3945 1.0556 13 1.2130 1.3525 1.4656 1.3672 1.3931 1.1561 .9460 i 14 * .9843 1.3951 1.3229 1.3687 1.0524 .9454 15

1.1643 1.0626 1.1705 .8763 1

4

, -- - - - , ~ -+ , , - , . , , , , --c- - , e--- ---,e m ., - g -- --

~

CNE14WX) 24 (Rev. 0) 420f302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1s BOTTOM OF CORE G F E D C B A H

8* .9968 1.2805 1.1285 1.4078 1.1324 1.2235 .9889. 1.1707 9

1.2784 1.3530 1.5135 1.1255 1.4317 1.3688 1.4134 .0G56 10

1.1213 1.5052 1.3573 1.3535 1.1627 1.4858 1.3363 1.1762 11

1.3978 1.1763 1.3470 1.3458 1.4793 1.4010 1.3858 .8795 12

1.1315 1.4208 1.1580 1.4784 1.2349 1.4097 1.0597 13

1.2212 1.3651 1.4833 1.3998 1.4083 1.1635 .9469 14 * .9880 1.4115 1.3352 1.3838 1.0565 .9464 15

1.1756 1.0699 1.1818 .8786 FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 7 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL. 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0011 1.2925 1.1371 1.4277 1.1411- 1.2145 .9949 1.1848 9* 1.2904 1.3667 1.5353 1.1350 1.4517 1.3846 1.4334 1.0783 10

1.1295 1.5265 1.3713 1.3669 1.1700 1.5073 1.3518 1.1903 11

1.4168 1.1858 1.3601 1.3591 1.4994 1.4170 1.4044- .8840-lL 2

1.1399 1.4402 1.1651 1.4985 1.2452 1.4285 1.0664 13

1.2321 :1.3807 1.5048 1.4157 1.4270 1.1735 .9501 14 * .9939 1.4314 1.3507 1.4024 -1.0632 .9495 15

1.1897 1.0798 1.1960 .8831

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

CNE14M00-24 (kev. 0) !

1 43 of 302 TABLE 2 (CON'T) 1 CORE OPERATING LIMITS REPOPT F-SUB-Q LESIGN l

i i

F0D (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 6 OF le WHERE: LEVEL 18 = TOP OF C0RE LEVEL 1u BOTTOM OF CORE H G F E D C B A 8 1.0081 1.3081 1.1486 1.4515 1.1530 1.2492 1.0039 1.2022 9 1.3059 1.3841 1.5612 1.1475 1.4758 1.4045 1.4578 1.0912 10

1.1408 1.5518 1.3889 1.3845 1.1810 1.5335 1.3715 1.2078 11 + 1.4396 1 1984 1.3773 1.3765- 1.5244 1.4375 1.4275 .8912 12

1.1515 1.4638 1.1760 1.5234 1.2595 1.4518 1.0766 13

1.2467 1.4005 1.5310 1.4362 1.4503 1.1870 .9561 14

1.0029 1.4558 1.?705 1.4254 1.0734 .9556 15

1.2074 1.0927 1.2137 8904 FQD (3-D) AT: 1004 POWER 325 EFPD THIS IS LEVEL 5OF18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0190 1.3285 1.1639 1.4789 1.1688 1.2683 1.0166 1.2221 9* 1.3262 1.4058 1.5912 1.1636 1.5040 1.4289 1.4864 1.1066 10

1.1557 1.5813 1.4110 1.4075 1.1969 1.5644 1.3955 1.2277 11 * -1.4661 1.2150 1.4000 1.3989 1.5542 1.4630 1.4546 .9011 12

1.1671 1.4914 1.1917 1.5532 1.2787 1.4798 1.0908 13

1.2658 1.4248 1.5617 1.4618 1.4782 1.2040 .9651 14

1.0157 1.4843 1.3945 1.4526 1.0876 .9645 15

1.2275 1.1082 1.2339 .9003

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

I i

CNEl4400-24 (Rev. 0) 44 of 302 4'

TAliLE 2 (CON'T)

CORE OPERATING LIMITS REPORT 4

F-SUB.Q LESIGN I

j FQD (3-D) AT: 100% POWER 325 EFFD THIS IS LEVEL 4 OF 18

} WHERE: LEVEL 18 u TOP OF CORE LEVEL 1 = BO7DDM OF CCRE l H G F E D C B A f i

............................... ...................,............. l I ,

i 8* 1.0337 1.3523 1.1813 1.5044 3.1866 1.2897 1.0313 1.2378 I i 9* 1.3499 1.4293 1.6197 1.1815 1.5306 1.4540 1.5127 1.1195

10

1.1728 1.6093 1.4346 1.4342 1.2168 1.5933 1.4191 3.2432 4

11

1.4908 1.2336 1.4262 1.4237 1.5833 1.4696- 1.4792 .9108 12

1.1848 1.5174 1.2116 1.5823 1.3009 1.5063 1.1066

, 13

1.2872 1.4497 1.5907 1.4883 1.5047 1.2198 .9736 14

1.0304 1.5107 1.4181 1.4772 1.1032 .9731 4

15

1.2435 1.1213 1.2497 .9101 i

j FQD (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 3 CF 18 WHERE: LEVEL 18 = TOP OF CORE i LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0461 1.3660 1.1899 1.5057 1.1957 1.2998 1.0381 1,2258 9* 1.3636 1.4381 1.6221 1.1906 1.5321 1.4608 1.5111 1.1112 10

1.1812 1.5114 1.4428 1.4495 1.2313 1.5940 1.4213 1.2299 11

1.4914 1.2426 1.4413 1.4338 1.5870 1.4967 1.4752 .9073 12

1.1937 1.5186 1.2259 1.5859 1.3128 1.5063 1.1096 13.; 1.2973 1.4566 1.5914 1.4954 1.5048- 1.2156 .96*i2 14

1.0374 1.5093 1.4205 1.4732 1.1063 .9667-15

1.2318 1.1132 1.2366 .9067

_a =

CNE14M00 24 (Rev. 0) 45 cf 302 TABLE 2 (CON'T)

COPI OPERATING LIMITS REPORT F-SUB-Q DESIGN FCD (3-D) AT: 1004 POWER 325 EFFD THIS IS LEVEL 2 0F 18 WHERE: LEVEL 18 = TOP OF CORE o LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0211 1.3111 1.1438 1.4121 1.1520 1.2429 .9973 1.1199 i 9* 1.3088 1.3674 1.5187 1.1469 1.4352 1.3833 1.4038 1.0254 10

1.1354 1.5084 1.3709 1.3907 1.1962 1.4856 1.3338 1.1201 11

1.3982 1.1959 1.3826 1.3642 1.4860 1.4141 1.3653 .8481 12

1.1501- 1.4223 1.1910 1.4850 -1.2623 1.4023- 1.0491 13

1.2406 1.3794 1.4832 1.4129 1.4008 1.1311 .8985

^

14 * .9967 1.4023 1.3332 1.3635 1.0458 .8979 15

1.1258 1.0276 1.1266 .8476 i

FQD (3-D) AT: 100% POWE3 325 EFPD THIS IS LEVEL 1 OF 18 4 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A j .................................................................

4 8* .8086 .9906 .8829 1.0452 .8990 .9351 .7669 .7704 -

9* .9888 1.0181 1.1092 .8919 '.0581

. 1.0260 1.0d31 .7239 10 * .8764 1.1016 1.0203 1.0496 .9430 1.0784 .9705 .7655 1 11

1.0350 .9305 1.0435 1.0160 1.0859 1.0445 .9702 .6164

/

-12 *

.8975 1.0487 .9389 1.0851 .9720 1.0053 .7751 13 *, .9334 1.0231 1.0767 1.0436 1.0043 .8097 .6418 14 * .7666 1.0022 .9702 .9689 .7726 .6414 15 * .7749 .7257 .7703 .6150 4

_- - .- - - - - - - - _..~. __-_-.- --_.--- - -_ _-___._.- --- - - - _ _ . _ _ - . - . _ _ _ _ . - - _ . _ - .

p" CN614400 24 (Rev. 0) 46of302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% 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 7

)

f . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . - . . .

I 3*

.2391 .7141 .6843 .799E .6597 .6829 .5398 .' 000 9* .?14; .7770 .8621 .6890 .7943 .7430 6972 . 5 '. 5 2 10 ( .6866 .8615 .6083 .9194 .6954 .7391 .6570 .5(60 11 * .8130 .7157 .a245 .7248 .6593 .6622- .6120 .4194 .

12 * .6761 .7999 .6992 .6610 .3528 .5016 .4583 13 * .6931 .7499 .7441 .66K3 .5029 .4458 .3678-14 * .5471 7049 .A641 .6158 .4593 .3686 j 15 * .509.1 .5225 .5153 .4234 FQD (3-D) AT: 75% POWER 4 EFPD TilIS 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; .5340 3.0783 .9756 1.1421 .9165 1.0237 .7939 .8265 .

9* 7. 0784 1.1588 1.2679 .9592 1.1464 1.1221 1.1248 .8121

_ 10 * .9792 1.2678 1.2135 1.2322 .9646 1.1102 1.0225 .8470 11

1.1639 1.0030 1.2407 1.0864 .9779 1.0162 .9994 .6423 12 * .3428 1.1559 .9702 .9802 .5001 .8190 .7102 13

1.0392 1.1327- 1.1179 1.0206 .8212 .7069 .5762 14 * .8048 .1.1374 1.0336 1.0057 .7117 .5773 15 * .9424 .8237 .8624 .6485

\

l CNEl N00 24 (Rev. 0) 47 of 302 TABLE 2 (CON'T)

CORE OPERATI?G LIMITS REPORT

< F-SUB-Q DESIGN FOD (3-D) AT: 75% POWER 4 FFPD ThIS IS !.EVEL 16 OF 18 WHERE: LEVEL 18 = TOP OF CORE l

LEVEL 1 = BOTTOM OF CORE H G V E D C B A l ............. ...................................................

8* .6242 1.2702 1.1151 1.3268 1.0255 1.1793 .9111 1.0141 9* 1.2701 1.3579 1.5022 1.0830 1.3413 1.3211 1.3762 .9757

?

10 + 1.1192 1.5020 1.4173 1.4308 1.0870 1.3405 1.2296 1.0527 a .

11

1.3527 1.1340 1.4406 1.2794 1.1922 1.2325 1.2456 .7637 1 42

1.0551 1.3526 1.0932 1.1948 .5214 1.0490 .8617 13

1, '4 772 1.3335 1.3496 .1.2376 1.0515 .8807 .7001 l

14 * .9237 1.3915 1.2429 1.2532 .8634 .7015 9

15

1.0338 .9898 1.0720 .7711 ,

4 i

i F0D (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE i H G F E D C B A 8* .8659 1.4358 1.2027 1.4358 1.0837 1.2634 .9754 1.1233

! 9* 1.4354 1.4935 1.6488 1.1559 1.4583 1.4393 1.5296 1.0711 10

1.2064 1.6478 1.5354 1.5485 1.1693 1.4948 1 ~. 3 6 01 1.1794 a

11

1.4624 1.2c85 1.5583 1.4177 1.3943 1.4008 1.4165 .8398 12

1.1143 1.4695 1.1753 1.3968 .9061 1.2823 .9818 13

1.2821 1.4523 1.5044 1.4061 1.2851 1.0355 .7969 14 * .9887 1.5464 1.3746 1.4249 .9835 .7984 l 15

1.1453 1.0865 1.2011 .8479

.r. , - - . r., . _ ~ . _ -_y , , . , . . , . - . . - ~~ -..~,.,o

i CNE14M00 24 (Rev 0) 48cf302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPOFT F-$UB-Q DESIGN 4

FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 14 OF 18

)

WHERE: LEVEL 18 = TOP OF CORE i LEVEL 1 = BOTTOM OF CORE

, H G F E D C B A i .

8

1.1110 1.5848 1.2671 1.5081 1.1223 1.3185 1.0170 1.1914 9

1.5839 1.5984 1.7505 1.2067 1.5370 1.5198 1.6315 ,1,1316 i

10

1.2700 1.7482 1.6166 1.6337 1.2353 1.6069 1.4518 1.2627 11

1.5333 1.2591 1.6429 1.5307 1.5810 1.5413 1.5443 .8931 12

1.1530 1.5472 1.2408 1.5832 1.2021 1.5042 1.0931 13 1.3374 1.5328 1.6166 1.5466 1.5070 1.1739 .8780 14

1.0306 1.6490 1.4670 1.5529 1.0048 .8795 15

1.2146 1.1478 1.2859 .9014 l

i FQD (3-D) AT: 75% POWER 4 EPPD THIS IS LEVEL 13 OF 18 WHERE: LEVEL 18 = TOP OF CORE j LEVEL 1 = BOTTOM Or* CORE

. H G F E D C B A

- ...... 3e......................................................

j 8* 1.2021 1.6672 1.3079 1.55$3 1.4078 1.3563 1.0445 1.2356 9* 1.6659 1.6661 1.8196 1.2411 1.5907 1.5764 1.7027 1.1712

, 10

1.3099 1,8161 1.6731 1.6946 1.2800 1.6868 1.5171 1.3191

! 11

1.5806 1.2928 1.7030 1.6083 1.6958 1.6399 1.6363 .9295 e

~

12

1.1781 1.5997 1.2849 1.6977- 1.3380 1.6442 1.1526 13

1.3751 1.5891 1.6963 1.6451 1.6470 1.2693 .9350 14

1.0543 1.7205 1.5327 1.6451 1.1541 '.9365 15

1.2596 1.1878 1.3432 .9380

CNEl N00 24 (Rev. 0) 49 0f 302

! TABLE 2 (CON'T) q CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN i

FQD (3-D) AT: 75% P (ER 4 EFPD THIS IS LEVEL 12 OF 18 h*HERE : LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A l

8 1.2320 ' 7092

. 1.3290 1.5851 1.1613 1.3795 1.0605 1.2Ei1 !

l

, 9* 1.7076 1.7044 1.8629 1.2606 1.6242 1.6134 1.7514 1.1956 '

10

1.3302 1.8583 1.7086 !.7335 1.3054 1.7401 1.5610- 1.3559 l

3 11

1.6079 1.3113 1.7413 1.6561 1.7635 1.7030 1.6986 .9518 12

1.1909 1.6320 1.3098 1.7651 1.4000 1.7290 1.1942 13

1.3979 1.6257 1.7494 1.7080 1.7317 1.3271 9638 14

1.0741 1.7694 1.5767 1.7075 1.1956 .9703 15

1.2878 1.2124 1.3806 .9603

FCD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 11 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.2372 1.7255 1.3343 1.5971 1 '.634 1.3890 1.0659- 1.2777 9* 1.7237 1.7204 1.8847 1.2665 1.6403- 1.6330 1.7815 1.2072 .

10

1.3348 1.8793 1.7255 1.7529 1.3143 1.7715 1.5863 1.3768 11

1.6182 '1.3160 1.7600 1.6804 1.8002 1.7389 1.7369- .9618 12

1.1921 1.6469 1.3182 1.8016 1.4285 1.7780 1.2147 13

1.4070 1.6449 1.7805 1.7438 1.7807 1.3575 .9841 14

1.0794 1.7995- 1.6021 1.7457 1.2159 .9856 15 * - 1.3024 1.2240 l'.4018 .9703

CNE14M0(F24 (Rev. 0)

$00f302 TABLE 2 (CON'T)

CORE OPERATING LIMITS kEPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 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 8* 1.2277 1.7232 1.3263 1.5941 1.1549 1.3856 1.0616 1.2803 9* 1.7212 1.7188 1.8883 1.2603 1.6408 1.6369 1.7948 1.2073 10

1.3262 1.8821 1.7257 1.7549 1.3093 1.7841' -1.5954 1.3839 11

1.6137 1.3084 1.7614 1.6857 1.8144 1.7534 1.7551 .9615 12

1.1825 1.6463 1.3126 1.8156 1.4363 1.8019 1.2189 13

1.4031 1.6483 1.7928 1.7581 1.8045 1.3679 .9852 14

1.0747 1.8126 1.6111 1.7639 1.2200 .9867 15

1.3050 1.2240 1.4091 .9698 FQD (3-D) AT: 75% 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* 1.2072 1.7056 1.3071 1.5780 1.1368 113703 3.0482 1.2720

'* 1.7035 1.7021 1.9759 1.2435 1.6272 1.6264 1.7925 1.1971 10

1.3064 1.8691 1.7111 1.7414 1.2922 1.7803 1.5897 1.3785 11

1.5958 1.2896 1.7472 1.6750 1.8103 1.7500 1.7561 .9520 12

1.1632 1.6317 1.2951 1.8114 1.4285 1.8059 1.2101 13

1.3871 1.6372 1.7886 1.7546 1.8085 1.3626 .9753 14 * -1.0610 1.8101 1.6052 1.7648 1.2111 .9767 15

1.2566 1.2135 1.4036 .9602

)

i CNEl 0400 24 (Rev. 0)

Stof302 !

i

) TABLE 2 (CON'T) l

] CORE OPERAT.NG LIMITS REPORT F-SUB-Q DESIGN j FQD (3 D) AT: 75% POWER 4 EFPD THIS IS LEVEL 8 OF 18 l WHERE: LEVEL 18 = TOP OF CORE j LEVEL 1 = POTTOM OF CORE 4

H G F E D C B A i ,

................................................................. j l

i l j 8* 1.1777 1.6749 1.2781 1.5499 1.1100 1.3439 1.0264 1.2531- ,

, 9 1.6727 1.6724 1.8491 1.2172 1.6007 1.6022 1.7751 1.1768 i

t 10

1.2769 1.8417 1.6830 1.7139 1.2645 1.7610 1.5701 1.3612 ,

11

1.5659 1.2614 1.7190 1.6501 1.7903 1.7307 1.7413 .9342

! 12

1.1351 1.6041 1.2670 1.7912 1.4075 1.7929 1.1900 1

j 13

1.3599 1.6125 1.7691 1.7351 1.7954 1.3441 .9561 4

5 14

1.0387 1.7924 1.5853 1.7498 1.1910 .9575 q . ;

} 15

1.2774 1.1929 1.3861 .9422 I j FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 7 0F 18 ,

i

' WHERE: LEVEL 18 = TOP OF CORE

, LEVEL 1 = BOTTOM OF CORE H C F E D. C- B A I .................................................................

j_ .

. 8* 1.1405 1.6327 1.2404 1.5107 1.0753 1.3067 .9963 1.2236

. 9 1.6304 1.6310 1.8090 1.1823 1.5619 1.5648 1.7422 1.1465 10

1.2387 1.8011 1.6426 1.6735 1.2272 '

1.7267 1.5367 '1.3319

., . -1 l 11

1.5250 1.2242 1.6779 1.6120 1.7552 1.6961 1.7167 .9086 i

12

1.0990 1.5644 1.2293 1.7560- 1.3744 1.7634- 1.1597 13 * ' 3219 1.5744 1.7344

. 1.7003 1.7658 1.3134 . 9287

-14.*

1.0081 1.7591 1.5515 1.7190 L1.1606 .9300 i

15

l'.2473 1.1622 1.3564 .9163

f d- ->

a

,,..__.,__,.,w,_a_,_ ,w, -,,,,c_-r~,m__,,_,.,.~ _,-,.m .., 4.,,--,,., ,,, ..,-m,

1 4 CNEl-(M00-24 (Rev. 0) 52cf302 4

I j TABLE 2 (CON'T)

CCRE OPERATING LIh1TS REPORT F-SUB-Q des tGN I FQD (3-D) AT: 75% POWJR 4 EFPD THIS IS LEVEL 6 OF 18 i

WHERE: LEVEL 18 s TOP OF CORE LEVEL 1 = BOTTOM OF CORE i

H G F E D C B A i ...................................................*****..**.....

3 1.0970 1.5801 1.1949 1.4608 1.0332 1.2589 .9578 1.1823 9* 1.5778 1.5787 1.7558 1.1394 145109 1.5136 1.6923 1.1055 a i

10

1.1928 1.7476 1.5905 1.6210 1.1810 1.6765 1.4886 1.2894 11

1 4735 1.1789 1.6248 1.5613 1.7047 1.6458 1.6632 .8748 12 1.0554 1.5125 1.1826 1.7053 1.3293 1.7165 1.1191 l

13

1.2733 1.5226 1.6837 1,6498 1.7189 1.2702 .8931

. 14 * .969C 1.7086 1.5029 1.6712 1.1199 .8943

15

1.2052 1.1206 1.3132 .8822 FOD (3-D) AT: 75%-POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE i

H O F E D C B- A 8 1.0478 1.5176 1.1420 1.3997' .9841 1.2001 .9101 1.1263 3

9* 1.5153 1.5153 1.6879 1.0887 1.4463 1.4470 1.6215 1.0517 10

1.1396 L.6795 1.5260 1.5565 1.1262 1.6073 1.4231 1.2303 i

11

1.4107 : 1256 1.5597 '1.4973 1.6365 1.5773 1.5947 .8318 12 ,* 1.0046 1.4471 1.1275 1.6370 1.2712_ 1.6487 1.0671 13

1.2135 1.4552 1.6140 1.5810 1.6508 1.2126 .8488 14 * .9206 1.6369 1.4366 1.6023 1.0679 .8499 4

15

1.1482 1.0660 1.2530 .8398 Y - , . . - - - - - , ,, ,, ,

CNEl N00 24 (Rev.0) 53 of 302 TABLE 2 (CON'T)

CORE OPERATI!C 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 8 * .9927 1.4428 1.0806 1.3236 .9272 1.1284 .8514 1.0494 9* 1.4404 1.4371 1.5992 1.0289 1.3640 1.3605 1.5208 .9804 10

1.0778 1.5907 1.4453 1.4774 1.0624 1.5119 1.3341 1.1470 11

1.3328 1.0630 1.4800 1.4163 1.5440 1.4847 1.4962 .7768 12 * .9460 1.3640 1.0633 1.5444 1.1971 1.5509 1.0008 13

1.1406 1.3679 1.5180 1.4882 1.5529 1.1356 .7934 14 *

.8612 1.5351 1.3467 1.5032 1.0014 .7944 i

4 15

1.0697 .9936 1.1681 .7832 k

FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 3 0F 18 '

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE f H G F E D C D A 8* .9263 1.3422 1.0040 1.2204 .8588 1.0359 .7767 .9371 9* 1.3399 1.3299 1.4711 .9548 1.2509 1.2422 1.3702 .8803 10

1.0010 1.4626 1.3345 1.3708 .9852 1.3731 1.2075 1.0232 11

1.2275 .9850 1.3726 1.3051 1.4103 1.3532 1.3473 .7028 12 * .8755 1.2500 .9858 1.,4105 1.0987 1.4027 .9115 13 .* 1.0467 1.2486 1.3784 1.3562 1.4045 1.0270 .7197 14 * .7854 1,-3829 1.2187 1.3535 .9120 7207 15 * .9551- .8921 1 <0419 .7085

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

1 CNEl 0400 24 (Rev. 0) i 54 of 302 d

TABLE 2 (CON'T) l CORE OPERATING LIMITS REPORT l l

. F-SUB-Q DESIGN l I

i l

I FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 2 OF 18 2

WHERE: LEVEL 18 TOP OF CORE LEVEL 1 = BOTTOM OF CORE

. H G F E D C B A

. 8 .8228 1.1688 .8872 1.0574 .7609 .8934 .6681 7589 9

1.1667 1.1498 1.2598 .8450 1.0742 1.0579 1.1265 .7257 10 * .8840 1.2518 1.1508 . 1906 .8741 1.1547 1.0096 .8254 11

1.0617 .8689 1.1915 1.1230 1.1969 1.1452 1.1056 .5910

1. .

=

12 * .7750 1.0724 .8742 1.1970 .9512 1.1597 .7743 i 13 * .9025 1.0630 1.]'90 1.1477 1.1611 .8563 .6064 4 .

14 * .6754 1,1368 1.0188 1.1106 .7746 .6072 f 15 * .7732 .7352 .8401 .5957

}

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* .5879 7924 .6429 .7642 .5607 .6074 .4632 .4600

-9 * .7909 .7817 .8881 .6178 .7672 7144 .7131 .4601

, e 10 * .6402 .8819 .7815 .8069 .6435 .7987 .6603 .4972 11 *, .7659_ .6325 .8070 .7607 .8376 .7677 .6978 .3913

, 12 *, .5706 .7651 .6434 .8376 .6717 .7400 . 5195 13 * .6133 .7177 .8015' .7693 .7409 .5525 .3968 14 * .4682 .7195 .6662 .7009 .5196 .3973-

]

15 * .4685- .4660 .5060 .3942

- . _ , _ _ _ . - _ , ~_. _ ,_-__--_:-._- __, ._._1.--_.,,_-_. . . _ _

CNEl-0400-24 (Rev. 0) 55 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F ". D C B- A t

8* .3852 .7025 .7038 .8310 .7331 .7631 .6287 .5908 9* .7020 .7P90 .8615 .7290 .8396 .8098 .7699 .5910 10 * .7032 8610 .8260 .8378 .7494- 7925 7395 .5830 11 * .8770 ,7657 .8400 7553 .6831 .7140 .6737 .4852 12 * .7425 .8389 .7500 .6831 .1'31 .5401 .5104 5 13 .7670 .8112 .'941 .7147 .5402 .4892 .4254-14 *

.6317 .7727 .7423 .6747 .5096 .4255 15 * .59L6 .5946 .5887 .4865 FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18.= TOP OF CORE LEVEL 1 = BOTTCM OF CORE

?

H' G F E D C .B A 8* .4918 1.0023 .9719 1.1690 .9944 1.0968 .8871 .9271 9* 1.0016 1.1233 1.2368 .9863 1.1908 1.1777 1.1803 .8922 C* .9711 1.2364 1.1886 1.1969 1.0059 1.1595 1.1022 .9257 11

1.1781 1.0393 1.2000 1.079' .9813 1.0473 1.0437 .7131 12

1.0069 1.1900 1.0065 .9811 .5049 .8286 .7537 13

1.1019 1.1793 1.1615 1.0482 .8286 .7344 .6361 14 .8910 1.1842 1.1061 1.0450 .7524 .6362 15

9360 .8974 .9346'. .7149 D

CNEl-(M00-24 (Rev. 0) 56of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 150 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 .5188 1.1113 1.3656 1.3115 1.0756 1.2111 .9731 1.0824 9

1.1104 1.2524 1.4044 1.0723 1.3427 1.3275 1.3681 1.0236 10

1.0643 1.4034 1.3269 1.3234 1.0860 1.3370 1.2625 1.0924 11

1.3209 1.1298 1.3264 1.2061 1.1276 1.2009 1.2265 .8085 12

1.0885 1.3410 1.0862 1.1272 .5604- .9806 .8624 13

1.2161 1.3286 1.3389 1.2016 .9805 .8563 .7313 14 *

.9770 1.3722 1.2666 1.2278 .8608 .7313 15

1.0925 1.0292 1.1027 .8104 FQD (3 -D) AT: 75% POWER 150 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B .A 8* .5682 1.1741 1.1054 1.3742 1.1014 1.2499 1.0007 1.1493 9* 1.1729 1.3157 1.4845 1.1062 1.4106 1.3907 1.4527 1.0785 10

1.1032 1.4825 1.3837 1.3753 1.1217 1.4292 1.3370 1.1709

-11

1.3820 1.1634 1.3774 1.2744 1.2300 1.2935. 1.3261 .8516 12

1.1135 1.4074 1.1212 1.2293 .6437 1.0988 .9292 13 - 1.2544 1.3911 1.4306 1.2940 1.0985 .94E2 .7911 14

1.0042 1.4564 1.3409 1.3271 .9274 .7911 15

1.1597 1.0841 1.1816 .8534

_ _ _ _ . _ _ _ _ _ _ . _ _ _ . _ _ . _ _ _ . . _ _ . . _ . _ _ . _ _ _ _ - . . _ _ . _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ m__ _

w CNEl.0400 24 (Rev. 0) 57 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT c F-SUB-Q DESIGN g FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .8219 1.2729 1.1380 1.4109 1.1141 1.2676 1.0112 1.1795

s 9* 1.2713 1.3747 1.5374 1.1278 1.4503 1.4256 1.4966 1.1034 10

1.1349 1.5343 1.4194 1.4133 1.1568 1.4920 1.3816 1.2121 11

1.. 67 1.1835 1.4146 1.3444- 1.3711 1.3842 1.3979 .8774 12

1.1251 1.4455 1.1557 1.3700 .9622 1.2657 .9973 13

1.2714 1.4252 1.4929 1.3843 1.2652 1.0464 .8495 14

1.0144 1.4997 1.3851 1.3986 .9952 .8494 15

1.1899 1.1088 1.2229 .8790 FQD (3-D) AT: 75% POWER 150 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* .9832 1.3530 1.1647 1.4380 1.1234 1.2793 1.0164 1.1955 9* 1.3511 1.4238 1.5786 1.1450 1.4791 -1.4502 -1.5247 1.1168' 10

1.1607 1.5744 1.4483 1.4463 1.1877 1.5404 1.4137 1.2378 11

1.4420 1.1994 1.4467 1.4056 1.4889 1.4610. 1.4542 .8955 12

1.1337 1.4729 1.1860 1.4873- 1.1807 1.4058 1.0552 13

1.2824 1.4491 1.5407 1.4608 1.4052 1.1344 .8999 14

1.0192 1.5274 1.4168 1.4545. 1.0529 .8998 15

1.2057 1.1219 1.2484 .8969 an s n

CNEl-N00-24 (Rev. 0) 58 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 12 OF 18

'dHERE: LEVEL 18 = TOP OF CORF LEVEL 1 = BO7"I'OM OF CORh H G F E D C B A 8

1.0354 1.3935 1.1816 1.4584 1.1299 1.2876 1.0190 1.2054 9

1.3913 1.4550 1.6093 1.1575 1.5006 1.4683 1.5453 1.1248 10

1.1769 1.6042 1.4703 1.4711 1.2076 1.5758 1.4370 1.2552

> 11

1.4607 1.2110 1.4709 1.4461 1.5563 1.5123 1.4949 .9073 12

1.1394 1.4931 1.2053 1.5545 1.2687 1.4870 1.0923 13

1.2902 1.4666 1.5757 1.5118 1.4862 1.1911 .9335 14 1.0215 1.5475 1.4398 1.4949 1.0898 .9334 15

1.2154 1.1297 1.2658 .9085 s

FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

< 8 1.0503 1.4132 1.1907 1.4728 1.1330 1.2925 1.0193 1.2119 9* 1.4108 1.4731 1.6311 1.1651 1.5158 1.4809 1.5607 1.1294 10

1.1854 1.6252 1.4854 1.4874 1.2179 1.6006 1.4531 1.2672 11

1.4738 1.2176 1.4865 1.4700 1.5945 1.5436 1.5224 .9135 12

1.1418 1.5072 1.2152 1.5925 1.3047 1.5328 1.1126 13

1.2947 1.4786 1.6001 1.5428 1.5319 1.2232 .9517 14 ,* 1.0216 1.5625 1.4556 1.5222 1.1100 .9515 15

1.2218 1.1341 1.2777 .9146

CNEl-0400-24 (Rev. 0) 59 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) ATt 75% POWER 150 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

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

8* 1.0531 1.4224 1.1942 1.4826 1.1331 1.2944 1.0176 1.2162 9* 1.4199 1.4828 1.6463 1.1685 1.5260 -1.4890 1.5723 1.1313 10

1.1884 1.6397 1.4945 1.4969 1.2214- 1.6177 1.4635 1.2752 11

1.4822 1.2201 1.4955 1.4832 1.6170 1.5620 1.5406 .9155 12

1.1413 1.5165 1.2183 1.6147 1.3208 1.5594 1.1220 13

1.2962 1.4863 1.6168 1.5610 1.5584 1.2397 .9590 14

1.0197 1.5739 1.4658 1.5402 1.1192 .9588 15

1.2260 1.1359 1.2856 .9164 FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 9 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 z. BOTTOM OF CORE H C F E D C B A 8* 1.0509 1.4262 1.1943 1.4891 1.1310 1.2940 1.0144 1.2188 9* 1.4236 1.4877 1.6571 1.1690 1.5328 1.4939 1.5814 . 1315 10

1.1881 1.6499 1.4997 1.5019 1.2205 1.6297 1.4700 1.2804 11

1.4875 1.2197 1.5000 1.4900 1.6309 1.5728 1.5528 .9145 12

1.1386 1.5224 1.2172 1.6285 1.3276 1.5756 1.1247 13 + 1.2954 1.4908 1.6285 1.5717 1.5745 1.2473 .9596 C

14

1.0163 1.5826 1.4721 1.5523 1.1219 .9594 15

1.2286 1.1359 1.2908 .9154 l

._________________--_--___--___-_-_-__-__0

CNEl-0400-24 (Rev. 0) 60of 302 TABLE 2 (CON ' T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POhTR 150 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

1.0466 1.4276 1.1926 1.4936 1.1274 1.2921 1.0103 1.2206 9

1.4249 1.4902 1.6656 1. l e ',5 1.5376 1.4969 1.5889 1.1304 10

1.1860 1.6579 1.5025 1.5043 1.2173 1.6389 1.47.2 1.2840 1.4933 .9117 11 1.4909 1.2175 1.5021 1.6405 1.5794 1.5617 12

1.1345 1.5265 1.2137 1.6380 1.3299 1.5866 1.1240 13

1.2932 1.4934 1.6375 1.5782 1.5855 1.2500 .9566 14

1.0120 1.5899 1.4762 1.5611 1.1210 .9563 15

1.2303 1.1347 1.2944 .9125

, FQD (3-D) AT: 75% POWER 150 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* 1.0418 1.4282 1.1900 1.4972 - 1233 1.2895 1.0057 1.2216 9

1.4254 1.4918 1.6731 1.1659 1.5413 1.4988 1.5956 1.1285 10 1.1830 1.6648 1.5044 1.5059 1.2130 1.6465 1.4771 1.2865 11

1.4935 1.2147 1.5033 1.4953 1.6480 1.5840 1.5689 .9079 12

1.1299 1.5295 1.2093 1.6455 1.3303 1.5951 1.1214 13

1.2903 1.4950 1.6449 1.5827 1.5940 1.2503 .9516 14

1.0073 1.5965 1.4790 1.5681 1.1185 .9513 15

1.2313 1.1328 1.2969 .9087

CNE14H00 24 (Rev. 0) 61 of 302 .

TADLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 150 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* 1.0372 1.4291 1.1871 1.4999 1.1187 1.2862 1.0005 1.2210 9

1.4262 1.~ 4 9 31 1.6796 1.1635 1.5438 1.4996 1.6009 1.1252 10

1.1799 1.6709 1.5059 1.5075 1.2083 1.6523 1.4783 1.2870 11

1.4952 1.2116 1.5]45 1.4965 1.6540 1.5870 1.5742 .9031 12

1.1249 1.5315 1.2044 1.6513 1.3295 1.6017 1.1177 13

1.2869 1.4956 1.G506 1.5856 1.6005 1.2486 .9452 14

1.0021 1.6017 1.4802 1.5733 1 1147 .9450 15

1.2308 1.1294 1.2975 .9039 FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H_ G F_ E D_ C B -A 8* 1.0332 1.4298 1.1832 1.4994 1.1129 1.2811 .9935. 1.2154.

9* 1.4269 1.4930 1.6826 1.15,97 1.5427 1.4967 1.6010-:1.1176 10

1.1758 1.6736- 1.5055 1.5083 1.2027 --1.6528 1.4750 1.2819 11

1.4941 1.2073 1.5051 1.4958 1.6556- 1.5860 1.5740 .8956 12 .

1 1187 1.5299 1.1987 1.6529 1.3262 '1.6034 1.1116 13

1.2817 1.4926 1.6509- 1.5845- 1.6022 1.2429 .9364 14 *

.9951 1.6018 1.4768 1.5732 1.1086 .9361 15

1.2252 1.1219 1.2925 .8964 l

F- -

f CNE14M00-24 (Rcv. 0) 62of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 150 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 8* 1.0280 1.4262 1.1748 1.4882 1.1024 1.2693 .9807 1.1948 9* 1.4232 1,4855 1.6727 1.1509 1.5293 1.4825 1.5846 1.0983 10

1.1672 1.6633 1.4970 1.5036 1.1932 1.6369 1.4579 1.2604 11

1.4822 1.1978 1.5001 1.4868 -1.6428 1.5721 1.5570 .8806 12

1.1080 1.5163 1.1891 1.6401 1.3151 1.5895 1.0978 13

1.2698 1.4784 1.6350 1.5707 1.5883 1.2258 .9204 14 * .9823 1.5854 1.4598 1.5562 1.0949 .9201 15

1.2047 1.1026 1.2709 .8814 FQD (3-D) AT: 75% POWER 150 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* 1.0133 1.4009 1.1498 1.4444 1.0769 1.2357 .9512 1.1356 9* 1.3979 1.4505 1.6223 1.1256- 1.4804 1.4359 1.5221 1.0478 10

1.1421 1.6129 1.4597 1.4748 1.1691 1.5760 1.4034 1.1965 11

1.4379 1.1709 1.4711 1.4493 1.5883 1.5213 1.4935 .8450 12

1.0821 1.4674 1.1650 1.5856 1.2807 1.5309 1.0614 13

1.2362 1.4319 1.5743- 1.5199 1.5297 1.1770 .8836 14 * .9528 1.5230 1.4053 1.4928 1.0586 .8833 15

1.1452 1.0521 1.2067 .8459 J

\< ' . - - _ - _ . _ - - _ . _ - - - _ _ _ _ _ _ _ _ . _ . - . _ _ _ _ - . - . - - - - _ - . _ _ - - - - - - - _ , . . - - - _ _ - _ _ _ - - _ _ _ _ _ _ _ . . - - - - - _ - - _ - .

CNEl-0400 24 (Rev. 0) 63 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 150 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* .9549 1.2943 1.0685 1.3119 1.0026 1.1321 .8724 .9836 9* 1.2915 1.3266 1.4636 1.0476 1.3378 1.2992 1.3440 .9204 .

e .

10

1.0611 1.4546 1.3327 1.3598 1.0941 1.4052 1.2523 1.0327 11

1.3050 1.0879 1.3560 1.3225 1.4265 1.3707 1.3145 .7551 12

1.0073 1.3255 1.0902 1.4241 1.1780 1.3574 .9594 13

1.1325 1.2955 1.4037 1.3695 1.3564 1.0454 7883 14 * .8739 1.3450 1.2541 1.3139 .9568 .7881 15 * .9921 .9243 1.0417 .7558 FQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 1 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1: BOTTOM.OF=COILE

.H G F E D C B A 8* .7235 .9319 .8028 .9663 .7631 .d127 .6393 .6367 9* .9299 .9486 1.0579- .7933- .97'S - .9225 .9062 .6173 10 * .7970 1.0511 .9519 .9779 .3369 1.0023 .8664 .6642 11 * .9606 .8225 .9750 .9439 1.0273 ,9680 .8835' .5257 12 * .7665 .9682 .8338 1.0256- .8717_ .9231 .6782 13 * .8131 .9199 1.0011 .9672 .9224 .7'33 .5412 14 * .6405 .9090 .8677 .8832 .6763 .5410 15 * .6423 .6200 .6700 .5261

CNEl-0400-24 (Rev. 0) 64 0f 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 325 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* .4017 .7334 .7531 .8772 .8301 .8585 .7356 7040 9

7327 .8344 .9018 .7972 .8950 .8956 .8615 .6840 10 * .7510 .9001 .8780 .8945 .8263 .8648 .8311 .6712 11 * .8778 .8411 .8932 .8087 .7269 .7775 7516 .5638 12 * .8330 .8924 .8247 .7267 .4080 .5971 .5763 13 * .8587 .8949 .8642 7770 .5963 .5501 .4929 14 *

.7357 .8613 .8312 .7509 .5745 .4925 15 * ,7078 .6857 .6751 .5636 FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18 = TOP OF CCRE LEVEL 1 = BOTTOM OF CORE

~ ~

H G F E .D C B A 8* .4863 1.0025 1.0158 1.2250 1.1039 1.1903 1.0008 1.0536 9* 1.0015 1.1499 1.2770 1.0540 1.2563 1.2607 1.2605 .9926-10

1.0124 1.2743 -1.2216 1.2258 1.0794 1.2413 1.1922 1.0153 11 * -1.2253 1.1128 1.2235 1.1118 1.0222 1.0979 1.1084 .7986 12

1.1070 1.2521 1.0767 1.0217 .5185 .8676 .8166 13

1.1899 1.2592 1.2403 1.0971 .8665 .7882 .7082 14

1.0006 1.2599 1.1920 1.1072 .8140 .7076 15

1.0588 .9946' 1.0209 .'e982 i

r_ _ _ ___ _ _ _ _ _ . ____ _ _ _ _ _ _ _ _ ..

V.-

CNEl-(M00 24 (Rev. 0) 65 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN e

FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 16 OF 18 WHEREt LEVEL 18 = TOP OF CORE LEVEL 1e BOTTOM OF CORR ,

a H G F E D C B A -

(

1 g o 3* .4894 1.0684 1.0802 1.3402 1.1631 1.2720 1.0598 1.1812

, 9

1.0671 1 2368 1.4056 1.1131 1.3774 1.J714 1.4029 1.0967 10

1.0759 1.4018 1.3174 1.3064 1.1268 1.3794 1.3115 1.1474 11

1.3389 1.1743 1.3034 1.1929 1.?245 1.2024 1.2434 .8708 12

1.1654 1.3717 1.1234 1.1239 .5404 .9694 .8915 13 * -1.2709 1.3691 1.3778 '.. 2013 .9681 .8715 .7780 14

1.0592 1.4016 1.3110 1.2417 .8886 .7774 15

1.1866 1.0986 1.1533 .8702 FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 15.0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .4873 1.0827 1.0898 1.3723 1.1646 1.2795 1.0601 1.2165 9* 1.0812 1.2570 1.4446 1.1202 1.4107 1.3951 1.4433 1.1216 10

1.0848 1.4398 1.3357 1.3179 1,1274 1.4249 1.3428 1.1889 11

1.3690 1.1798 1.3141 1.2123 1.1643 1.2375 1.2919 .8868 12

1.1659 1.4036 1.1235 1.1634 .5508 1.0174 .9164 13

1.2778 1.3921 1.4229 1.2362 1.0160- .9093 .8040 14

1.0592 1.~4416 1.3420 1.2900 .9134 .8034 15

1.2217 1.1232 1.1947- .8861

CNEI.0400 24 (Rev. 0) 66of 302 i

'ABIE 2 (CON'T) i CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN ,

b FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 9* .5263 1.1094 1.0972 1.3863 1.1600 1.2749 1.0511 1.2230 a

9 1.1077 1.2763 1.4664 1.1226 1.4242 1.4010 1.4548 1.12?9 13

1.09'.5 1.4607 1.3444 1.3261 1.1324 1.4500 1.3546 1.2023 11

1.38]4 1.1803 1.3215 1.2364 1.2147 1.2728 1.3227 .8916 12

1.1605 1.4160 1.'282

. 1.2137 .6112 1.0816 .9443

.9568 .8326 13

1.2728 1.3975 1.4477 1.2713 1.0801 14

1.0500 1.4527 1.3535 1.3206 .9412 .8320 15

1.2280 1.1253 1.2080 .8908 FQD ( 3 -D) AT: 75% POWER 325 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* .7775 1.1920 1.1172 1.4031 1.1609 1.2740 1.0448 1.2240 9* 1.1901 1.3171 1.4944 1.1314 1.4492 1.4091 1.4629 ,1,1233 10

1.1109 1.4879 1.3609 1.3471 1.1554 1.4803 1.3683 1.2112 11

1.3968 1,1880 1.3420 1.2881 1.3308 1.3346 1.3599 .8988 12

1.1609 1.4311 1.1509 ' 3297. .9245 1.2186 .9938 13

1.2716 1.4053 1.4777 1.3330 1.2171 1.0371

.8771 14

1.0436 1.4607 1.3671 1.3577 .9905 .8765 15

1.2289 1.1246 1.2168 .8979

CNEl-0400-24 (Rev. 0) 67 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-3UB-Q DESIGN FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 12 OF 18 NHERE: LEVEL 18 = TOP OF CORE LEVEL _ 1 = BOTTOM OF CORE H G F E D C B A 8 *

.9481 1.2665 1.1389 1.4223 1.1657 1.2767 1.0416 1.2254 9

1.2645 1.3586 1.5245 1.1432 1.4586 1.4201 1.4725 1.1237 10 1.1322 1.5174 1.3811 1.3724 1.1813 _1.5121 1.3841 1.2202 11 1.4148 1.1993 1.3668 1.3414 1.4384 1.3963 1.3979 .9074 12

1.1652 1.4487 1.1765 1.4373 1.1504 1.3447 1.0429 13 1.2742 1.4160 1.5093 1.3947 1.3430 1.1153 .9219 14

1.0403 1.4701 1.3827 1.3956 1.0395 .9213 15

1.2303 1.1250 1.2258 .9064 FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TCP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

1.0026 1.3033 1.1531 1.4389 1.1697 1.2*i95 1.0390 1.2270 9* 1.3012 1.3851 1.5488 1.1527 1.4744 1.4294 1.4812 1;1242 10

1.1461 1.5411 1.3975 1.3918 1.1979 1.5371 1.3969 1.2277 11

1.4303 1.2084 1.3858 1.3763 1.4988 1.4373 1.4270 .9135 12

1 1690 1.4639 1.1930 1.4977 1.2366 1.4161 1.0749 13

1.2768 1.4253 1.5343 1.4357 1.4144 1.1661 .9727 14

1.0377 1.4788 1.3955 1.4246 1.0715 .9521 15

1.2318 1.1254 1.2334 .9125

CNEl-(M00-24 (Pev. 0) 68 0f 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 325 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 8*

1.0167 1.3186 1.1594 1.4503 1.1706 1.2796 1.0350 1.2273 9*

1.3164 1.3980 1.5645 -1.1573 3.4850 1.4345 1.4870 -1.1230 10

1.1520 1.5563 1.4068 1.4024 1.2047 1.5531 1.4042 1.2321 11

1.4407 1.2125 1.3960 1.3941 1.5298 1.4592 1.4449 .9152 12

1.1696 1.4739 1.1996 1.5287 1.2678 1.4529 1.0907-13

1 2768 1.4302 1.5502 1.4576 1.4513 1.1931 .9683.

14

1.0335 1.4845 1.4027 1.4425 1.0873 .9677 15

1.2322 1.1242 1.2379 .9142 FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 9 OF 18 ,

WHERE: LEVEL 18 : TOP OF CORE LEVEL 1 = BO7 TOM OF CORE H G F E D C B A

e 8* 1.0170 1.3 2 T2 1.1593 1.4563 1.1678 1.2763' 1.0289 1.2259 9* 1.3200 -1.4015 1.5727 1.1571 1.4901 1.4349 1.4890 1.1196' 10

1.1517 1.5641 1.4092 1.4052 1.2037 1.5610 1.4058 1.2331 11

1,4459 1.2115 '1.3985- 1.4001 1.5438. 1.4679 1.4535 .9127 12

1.1665 1.4785 1.1986 ~1.5427 1.2775 1.4699 1.0952 13

1.273E 1.4305 1.5581- 1.4663 1.4682- 1.2040 .9726 14

1.0276 1.4866 1.4044 1.4511 1.0917 .9720 15

1.2308 1.1208 1.2388 .9117

CNEl.0400 24 % .

6'.ci W

!w TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUD-Q DESIGN FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 8 OF 18

' TOP OF CORE WHERE: LEVEL 18 =

LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0114 1.3196 1.1550 1.4584 1.1623 1.2704 1.0212 1.2230 9* 1.3174 1.3992 1.5756 1.1535 1.4914 1.4319 1.4884 1.1146 10

1.1472 1.5665 1.4067 1.4026 1.1980 1.5635 1.4035 1.2315 11

1.4472 1.2069 1.3956 1.3988 1.5486 1.4686 1.4559 .9075 12

1.1608 1.4794 1.1928 1.5475 1.2772 1.4761 1.0929 13

1.2676 1.4275 1.5606 1.4670 1.4744 1.2056 .9699 14

1.0199 1.4859 1.4022 1.4536 1.0895 .9693 15

1.2280 1.1158 1.2373 .9065 FQD (3-D) AT: 75% POWER 325 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

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

8* 1.0037 1.3146 1.1491 1.4589 1.1559 1.2639 1.0134 1.2203 9* 1.3123 1.3946 1.5762 1.1484 1.4913 1.4278 1.4871 1.1094 10

1.1411 1.5668 1.4021 1.3979 1.1904 1.5641 1.3999 1.2293 11.* 1.4469 1.2009 1.3906 1.3946 1.5496 1.4660 1.4560 .9013-12

1.1542 1.4789 1.1851 1.5484 1.2729 1.4776 1.0878 13

1.2610 1.4233 1.5611 1.4645 1.4760 1.2031 .9641 14

1.0122 1.4847 1.3986 1.4536 1.0844 .9635 15

1.2253 1.1107 1.2351 .9003

CNEI4400-24 (Rev. 0) 70of 302 1

TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3 -D) AT: 75% POWER 325 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* .9968 1.3106 1.1440 1,4605 1.1509 1.2591 1.0074 1.2192 9

1.3082 1.3908 1.5777 1.1443 1.4925 1.4253 1.4878 1.1057

+

10

1.1359 1.5679 1.3986 1.3945 1.1841 1.5659 1.3979 1.2284 11

1.4478 1.1961 1.3870 1.3913 1.5511 1.4643 1.4569 .8961 5

12

1.1490 1.4798 1.1789 1.5500 1.2691 1.4793 1.0833 13

1.2563 1.4208 1.5630 1.4629 1.4777 1.2004 .9584 o

14

1.0062 1.4854 1.3966 1.4547 1.0799 .9578 15

1.2244 1.1071 1.2343 .8952 FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .9933 1.3105 1.1421 1.4646 1.1493 1.2584 1.0047 1.2201 9* 1.3082 1.3907 1.5820 1.1433 1.4967 .1.4265 l'.4917 1.1042 10

1.1339 1.5719 1.3986 1.3956 1.1820 1.5709 1.3992 1.2293 11

1.4512 1.1946 1.3879 1.3919 1.5560 1.4664 1.4607 .8933-12 * . 1.1473 1.4836 1.1767 1.5548 1.2690 1.4837 1.0819 13

1.2556 '1.4221 1.5680 1.4649. 1.4821- 1.1997 .9546 14

1.0037 1.4894 1.3980 1.4584 1.0786 .9541 15

1.2254 '1.1057 1.2354 .8924

s l

~

l l

CNEl-0400-24 (Rev. 0) l 71 of 302 )

l TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3 D) AT: 75% POWER 325 EFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 1 H G F E D C B A 8* .9947 1.3149 1.1434 1.4678 1.1508 1.2610 1.0051 1.2180 9 1.3126 1.3934 1.5858 1.1450 1.5002 1.4295 1.4944 1.1014 10

1.1350 1.5754 1.4013 1.4013 1,1849 1.5749 1.4011 1.2267 11

1.4540 1.1961 1.3934 1.3957 1.5608 1.4702 1.4627 .8910

. 12

1.1487 1.4869 1.1796 1.5597 1.2726 1.4872 1.0827 13

1.2583 1.4251 1.5721 1.4688 1.4856 1.1985 .9511 1

14

1.0042 1.4922 1.4000 1.4605 1.0793 .9506 l

15

1.2235 1.1030 1.2331 .8903 ,

FQD (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 = TOP OF CORE l LEVEL 1 = BOTTOM OF CORE H G F E D C B A i

8* .9961 1.3125 1.1388 1.4305 1.1464 1.2554 1.0002 1.1915

, 9* 1.3101 1.3848 1.5674 1.1407 1.4823 1.4178 1.1729 1.0803 10 1.1303 1.5569 1.3920 1.3990 1.1849 1.5542 1.3851 1.1987 11

1.4364 1.1910 1.3909 1.3882 1.5435 1.4579 1.4396 .8780 12

1.1442 1.4689 1.1796 1.5425 1.2688 1.4677 1.0735 13

1.2528 1.4135 1.5515 1.4566 1.4661 1.1803 .9352 14 * .9994 1.4709- 1.3842 1.4375 1.0702 .9346 15

1.1973 1.0821 1.2052 .8774

CNEl-(M00 24 (Rev. 0) 72cf302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REFORT F-SUB-Q DESIGN l-FQD (3-D) AT: 75% POWER 325 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

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

8* .9655 1.2488 1.0860 1.3474 1.0957 1.1901 . 9533 1.0786 9* 1.2466 1.3050 1.4528 1.0901 1.3748 1.3297 1.3542 . 9883 IO* 1.0780 1.4428 1.3106 1.3301 1.1416 1.4333 1.2873 1.0816 11

1.3339 1.1369 1.3223 1.3086 1.4305 1.3640 1.3190 . 8146 12

1.0937 1.3623 1.1365 1.4295 1.2094. 1.3526 1.0069 13

1.1877 1.3257 1.4309 1.3628 1.3511 1.0888 . 8624 14 *

.9526 1.3526 1.2866 1.3172 1.0038 .8618 15

1.0843 .9903 1.0879 .8141 t

FQD (3-D) AT: 75% POWER 325 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* .7623 .9387 .8348 .9913- 8516 .8909 .. 7303 . 7378 9* .9370 .9663 1.0541 .8444 1.0073 .9804 . 9514 . 6940 10 * .8286 1.0469 .9700- .9985 .8962 1.0332 . 9310 . 7349

'll * .9815 .8809 .9926 .9691 l'.0383 '1.0012 .9313 . 5895 12 * .8501 .9981 .8922- 1.0376 .9269 .9635 .7407 13 * .8891 .9775 1.0315 1.0003 .9624 .7754 .6134 14 * .7300 .9604 .9306 .9300 .7383 .6130 15 * .7420 .6956 .7394 .5892

_._______._._m.______..____._.m..-______._____m____ _ _ . _ _ . _____ __.o

CNEl-0400-24 (Rev. 0) 73 0f 302 TABLE 2 (CON ' T)

. CORE CPERATING 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 8* .4115 .7810 .7307 .8638 .7039 .7447 .5806 .5398 9* 7813 .8514 .9478 7358 .8641 .8164 .7721 .5552 10 * .7339 .9400 .8857 .8979 .7472 .8141 .7210 .5457 11 *

.8807 .7692 .9045 .7914 .7193 .7207 .6649 .4393 12 * .7252 .8723 .7525 .7216 .3700 .5359- .4742 13 *

.7575 .8257 .8212 .7249 .5379 .4601 .3692 14 * .5838 .7827 .7303 .6703 .4758 .3701 15 * .5515 .5645 .5569 .4444 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.

k H G F E D C B A 8* .5495 1.1535 1.0217 1.2102 .9622 1.1020 .8436 .8863 9* 1.1539 1.2439 1.3645 1.0054 1.2244 1.2172 1.2324 .8681 10

1.0266 1.3657 1.3084 1.3272 1.0142 1.1988 1.1079 .9060 11

1.2364 1.0580 1.3377 1.1613- 1.0363 '.0826 1.0684 .6G51 12 *

.9920 1.2373 1.0216 1.0398 .5056- .8504 .7193 13

1.1211 1.2313 1.2093 l'.0889 .8334 .7098 .5653 14 *

.8571 .1.2490 1.1224 1.0771 .7217 .5668 15 * .9057 .8827 .9249 .6729 M

. CNEl-(M00 24 (Rev. 0) 74 0f 302 s

TABLE 2 (00N'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN i

FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 16 OF 18 i WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

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

a* .5a65 1.3037 1.1368 1.3775 1.0562 1.2489 .9543 1.0762 9

1.3041 1.4123 1.5789 1.1103- 1.4053 1.4084 1.4871 1.0310 10

1.1422 1.5602 1.4936 1.5029 1.1102 1.4153 1,3081 1.1113 11

1.4078 1.1697 1.5147 1.3220 1.2073 1.2668 1.2994 .7770 12

1.0890 1.4202 .1.1182 1.2112 .5670 1.0295 .8404 13

1.2704 1.4246 1.4276 1.2742 1.0331 .8410 .6601 14 *

.9695 ,1.5071 1.3253 1.3100 .8433 .6618 15

1.1001 1.0484 1.1347 .7862 FQD (3 -D) AT: 50% POWER 4 EFPD THIS IS LEVEL 15 0F 18 4

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .6008 1.3676 1.1861 1.4585 1.0951 1.3155 1.0072 1.1785

.9* 1.3679 1.4885 1.6865 1.1582 1.4966 1.5061 .1.6277 1.1175 10

1.1912 1.6871 1.5774 1.5798 1.1529 1.5373- 1.4178 1.2265 11

1.4891 1.2181 1.5915 1.3989 1.3029 1.3708 1.4343 .8374 4

12

1.1284 1.5114 1.1608 1.3068 .6029 -1.1390 .9088-13

1.3377- 1.5228 1.5503 1.3785 1.1429 .9203 .7137 ,

14

1.0231 1.6493 1.4362 1.4456 .9118 .7155 15

1.2046 1.1363 1.2524 .8472

. . ~ . .. -. . . - . . -

CNEl-(M00-24 (Rev. 0) 75 0f 302 ,

4

) TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN .

4 FQD (3-D) AT: 50% POWER 4 EFPD TNIS IS LEVEL 14 OF 18 3

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE i

! H C F E D C B A l

1 8* .6153 1.4098 1.2155 LE048 1.1170 1.3534 1.0376 1.2357

$ 9* 1.4'99 J 1.5357 1.7503 1.1874 1.5505 1.5654 1.7126 1.1674 10 1.2199 1.7497 1.6261 1.6268 1.1828 1.6170 1.4878 1.2962 l'

11

1.5340 1.2458 1.6377 1.4521 1.3742 1.4479 1.5259 .8762 l

12

1.1498 1.5642 1.1901 1.3780 .6383 1.2281 .9618 13

1.3755 1.5820 1.6299 1.4556 1.2321 .9870 .7572 14

1.0537 1.7348 1.5067 1.5376 .9648 .7590 15

1.2640 1.1868 1.3234 .8863 FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 13 OF 18 l WHERE: LEVEL 18 = TOP OF CORE j LEVEL 1 = BOTTOM OF CORE

{ H G F E D C. B A 8* .6685 1.4669 1.2437 1.5393 1.1333 1.3797 1.0574 1.2725

?

9

1.4665 1.5842 1.8017 1.2112 1.5905 1.6087 1.7707 1.1991

. 10

1.2471 1.7998 1.6660 1.6701 1.2148 1.6821 -1.5410 1.3436 4

11

1.5666 1.2679 1.6801 1.5103 1.4606 1.5282 1.6042 .9065 12 1.1652 1.6026 1.2214. 1.4641 ,7206 1.3392 1.0199 13

1.4013- 1.6247 1.6947 1.5356 1.3431 1.0674 .8066 r

14.* 1.0733 1.7929 1.5600 1.6158 1.0227 .8084 3

15

1.3003 1.2186 1.3715 .9167-1.

4

.m '. , , , .~,-. ,,s-x.- . . , - , .w:

i CNE14M00-24 (Rev 0) 76cf302

} TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT.

, F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 12 OF 18

. WHERE: LEVEL 18 = TOP OF CORE I LEVEL 1 = BOTTOM OF CORE H G F E D C B A 1

1 ..................................***..***.****.......**......**.

.1 8* .9279 1.5784 1.2771 1.5687 1.1457 1.3983 1.0698 1.2948

, 9* 1.5776 1.6474 1,8509 1.2325 1.6238 1.642; 1.8132 1.2195

. 10

1.279% 1 e477 1.7035 1.7157 1.2540 1.7429 1.5850 1.3783 11

1.9940 1.2876 1.7248 1.5866 1.6071 1.6268 1.s800 .9324 12

1.1766 1.6344 1.2598 1.6100 1.0355 1.5226 1.0929 13

1.4193 1.6577 1.7549 1.6338 1.5263 1.1762 .8664.

I 14

1.0853 1.8352 1.6039 1.6914 1.0954 .8682 15

1.3227 1.2389 1.4064 .9423 4

i'

, FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 11 OF 18.

l WRCRE: LEVEL 18 = TOP OF CORE l- LEVEL 1 = BOTTOM OF. CORE

H G F E D C B A 8* 1.1334 1.6798 1.3035 1.5889 1.1514 1.4076 1.0744 1.3062 9* 1.6784 1.7017 1.8896 1.2468 1.6470 1.6646 1.8414- 1.2299 10

1.3049 1.8852 1.7321 1.7530 1.2866 1.7918 -1.6172 1.4013 11

1.6123 1.3004 1.7612 1.6553 1.7451 -1.7157 1.7437 .9511 12

1.1813 1.6559 1.2916 1.7475 1.3003 1.6973 1.1586 13

1~4278 1.6791 1.8032 1.7222 1.7008_-1.2779 .9204; 14

1.0895 1.8630 1.6357 1.7548 1.1608 .9222 15

1.3340 1.2491 1.4294 .9608

! l l

CNEl-0400-24 (Rev. 0) i -77 of 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 10 OF 18 i WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A l

i 8* 1.1913 1.7188 1.3108 1.5941 1.1472 1.4049 1.0700 1.3065 9* 1.7171 1.7247 1.9071 1.2490 1.6542 1.6712 1.8532 1.2295 10

1.3114 1.9017 1.7431 1.7701 1.2988 1.8186 1.6324 J.4108-11

1.6154 1.3007 1.7774 1.6512 1.8136 1.7666 1.7827 .9587 12

1.1799 1.6617 1.3031 1.8156 1.3996 1.7913 1.1954

. 13

1.4242 1,6848 1.8293 1.7727 1.7947 1.3380 .9524

.l 14

1.0846 1.8742 1.6505 1.7934 1.1973 ,9540 15

1.3339 1.2483 1.4387 .9682 l FQD (3-D) AT: 50% POWEl. 4 EFPD THIS IS LEVEL 9 OF 18 i WHERE: LEVEL 18 = TOP'OF CORE

' LEVEL 1 = BOTTOM OF CORE H G F E D C B A i

8 1.1914 1.717,2 1.2995 1.5821 1.1316 -li3886 '1.0557 '1.2950 9* 1.7153 1.7189 1.9011 1.2373 1.6436 1.6603 1.8469 .1.2176 10

1.2994 1.8948 1.7336 1.7639 1.2908 1.8208 1.6284 1.4055 11

1.6014 1.2867 1.7703 1.6952 1.8336 1.7810 1.7941 .9541 12

1.1589 1.6496 1.2944 1.8352 1.4241 1.8279 1.2047 13

1.4070- 1.6729 '1.8309 1.7867 1.8311 1.3597 .9611 141* 1.0698 1.8672- 1.6459 1.8044 1.2063 .9627 1

15-* 1.3219 1.2358 1.4330 .9632 p M9 y'-+i

S CNEl-(M00-24 (Rev. 0) 78 0f 302 J

TABLE 2 (CON'T) v CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN i

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 G F E D C B A i

8*

1.1677 l'.6892 1.2727 1.5537 1.1048 1.3586 r.0315 1.2715 j 9* 1.6871 1.6902 1.8733 1.2122 1.61[; 1.6317 1.8218 1.1938 10

1.2719 1.8663 1.7046 1.7363 1.2657 1.8001 1.6054 1.3851 11

1.5710 1.2590 1.7419 1.6737 1.8101 1.7658 1.7802 .9376 12

1.1306 1.6201 1.2687 1.8214 1.4137 1.8254 1.1921

. 13

1.3760 1.6435 1.8096 1,7711 1.8284 1.3523 .9508 14

1.0f48 1.8413 1.6224 1.7901 1.1935 .9523 15

1.2977 1.2114 1.4120 .9464 i

f FQD (3-D) AT: 50% 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* 1.1304 1.6426 1.2334 1.5105 1.0680 1.3158 .9975 1.2356 9 1.6404 1.6439 1.8267 1.1755 1.5713 1.5866 1.7779 1.1582 10

1.2320 1.8192 1.6584 1.6903- 1.2265 1.7586- 1.5646- 1.3499 11

1.5259 1.2195 1.6951 1.6316 1.7815 1.7267 1.7436 .9104 12

1.0922 1.5748 1.2290 1.7826 1.3810 1.7938 1.1623 13

1.3320 1.5975 1.7674 1.7316 1.7967 1.3231 .9258 l 14 * '1.0101 1.7966 1.5809- 1.7530 1.1636 . 9 ?.7 2 i I

15

1.2609 1.1751 1.3760 .9188 )

I 1

I

CNEl-0400-24 (Rev. 0) 79 of 302 TABLE 2 (CON'T)

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* 1.0838 1.5820 1.1840 1.4545 1.0224 1.2609 .954; 1.1869 9* 1.5797 1.5833 1.7638 1.1288 1.5126 1.5257 1.7150 1.1108 10

1.1822 1.7559 1.5976 1.6289 1.1759 1.6976 1.5065 1.2996 11 1.4679 1.169? 1.6330 1.5728 1.7220 1.6668 1.6856 .8733 12

1.0449 1.5151 1.1779 1.7230 1.3312 1.7380 1.1184 13

1.2760 1.5356 1.7057 1.6714 1.7407 1.2760 .8890 14 * .9e60 1.7327 1.5219 1.6945 1.1195 .8903 15

1.2111 1.1268 1.3246 .8812 FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 5 OF 18 p WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0307 1.5103 1.1263 1.3862 .9692 1.1946 .9015 1.1234 9* 1.5080 1.5105 1.6850 1.0735 1.4395 1.4486 1.6305 1.0502 10 ,* 1.1241 1.6769 1.5234 1.5543 1.1157 1.6162 1.4300 1.2320

, 11

1.3978 1.1115 1.5577 1.4990 1.6426 1.5867 1.6049- .8262 12 * .9899 1.4410 1.1173 1.6434 l'2663 1.6582

. 1.0614-13

1.2085 1.4577 1.6237 1.5902 1.6607 1.2120. .8416.

14 *'

.9125 1.6470 1.4444: 1.6132 1.0624 .8429 15

1.1461 1.0652 1.2556 .8335 M._

CNEl-04(K)-24 (Rev. 0) 80 cf 302 j ..

2 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT l

F-SUB-Q DESIGN 1

FQD (3-D) AT: 50% POWER 4-EFPD THIS IS LEVEL 4'OF 18 WHERE: LEVEL 18 = TCP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A s 8 * .9719 1.4267 1.0604 1.3034 .9086 1.1160 .8384 -1.0396 l

9* 1.4244 1.4234 1.5859 1.0096 1.3491 1.3525 1.5171 .9726 10

1.0579 1.5776 1.4335 1.4655 1.0467 1.5091 1.3307 1.1407 i

11

1.3131 1.0442 1.4682 1.4084 1.5390 1.4827 1.4944 .7672 4

12 * .9274 1.3497 1.0478 1.5396 1.1853 1.5483 .9898 13

1.1286 1.3605 1.5158 1.4865 1.5505 1.1282 7828 l 14 *

.8484 1.5322 1.3439 1.5020 .9906 .7840 1 15

1.0605 .9863 1.1624 .7739

! 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 t

H G F E D C .B' A-

< 8* .9028 1.3194 .9806 .1.1953 .8377' 1.0184 .7606 .9224 9 1.3171 1.3092 1.4496 .9325 1.2299 -1.2266 1.3565 .8679 l 10 * .9778 1.4414 1.31541 1.3512 .9657 1.3608 1.1960 1.0109 11

1.2027 .9628 1.3531 1.2895 1.3961 1.3418 1.3359 .6903 12 * .8543 1.2295 .9664- 1.3965 1.0816 1.3902 .8965 l

j 13

1.u296 1.2335 1.3665 1.3451 1.3921 1.0141 .7066 14 * .7695 1.~ 3 69 8 1.2077 1.3425 .8972- .7076 i

15 * .9407 .8800 1.0299 .6962 4

e

{.

CNEl-0400 24 (Rev. 0) 81 of 302 TABLE 2 (CO!!' T)

CORE OPERATI!JG LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEV?" 2 OF 18 WHERE: LEVEL 18 TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .7994 1.1432 .8633 1.0308 .7395 .8741 .6514 .7426 9* 1.1411 1.1261 1.2344 .8222 1.0506 1.0387 1.1080 .7115 10 * .8602 1.2266 1.1284 1.1673 .8532 1.1371 .9939 .8106 11

1.0354 .8460 1.1683 1.1035 1.1777 1.1286 1.0892 .5777 12 * .7535 1.0492 .3536 1.1779 .9317 l'1418 . .7578 13 * .8833 1.0441 1.1417 1.1313 1.1434 .8410 .5925 14 *

.6588 1.1186 1.0034 1.0944 .7583 .5933 15 * .7571 .7213 .3256 .5825 FQD (3-D) AT: 50% 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 E A 8* .5702 .7721 .6239 .7421 .5436- .5920 .4503 .4480 9* .7706 .7625 .8661 .5996 .7472 .6983 .6976 .4490.

10 * .6213- .8601 7631 .7879 .6265 .7824 .6468 .4858 L* .7440 .6141 .7881 .7444 .8200 .7528 .6838 .3810 12 * .5534 .7454 .6266 .8202. .6557 .7248 .5065 13 * .598C 7017 .7854 .7545 .7258 .5402 .3861 14 * .4554 .7042 .6529 .6870 .5067 .3866 15 * .4565- .4550 .4946 .3840

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

CNEl-(M00 24 (Rev. 0) 82 0f 302 TABLE 2 (CON'T)

~

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 4

H G F E D C B A 8 *

.3987 7417 .7100 .8851 .7819 .7723 .4382 .5377-9 *

.7415 .8110 .8295 .7477 .9205 .8842 7855 .6085

! 10 * .7102 .8303 .5993 .8213 .8136 .9050 .830? .6443 e

i 11 * .8929 .7902 .8245 .8113 .7786 .8301 .7801 .5382

+ .

12

7925 .9205 .8146 .7786 .4282 .6354 .5791 13 * .7765 .8860 .9070 .8310 .6355 .5627 .4754 i

, 14 *

.4405 7887 .8336 .7814 .5782 .4755 15 *

.5438 .6126 .6511 .5397 2

i FQD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 17 OF 18

- WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE l

H G F E D C B A 8* .5090 1.0661 .9991 1.2491 1,0640 1.1580 .8039 9289 9

1.0655 1.1785 1.2560 1.0260 1.3046 1.3001 1.2660 .9487 10 * .9991 1.2569 1.0870 1.2336 1.0904 1.3151 1.2424 1. 0' 5 11

1.2605 1.0871 1.2377 1.1698 1.1054 1.2031 1.1977 .7870 12

1.0780 1.3045 1.0915 1.1053 .5615 .9563 .8417 l l

13

1.1637 1.1023 1.3177 1.2043 .9564 .8272 .6978 l l

14 * .8077 1.2706 1.2471 1.1995 .8404- .6979 15 * .9388 .9548 1.0401 .7893 4

l l

l

_ .. . . _ - . _ _ . _ _ __ .. ~ . _ .__ _ ___ _ - .. _ _ . ._ _ - . _ _ . - . _ _ _ _ _ . _ _

l CNE14M00 24 (Rev. 0) ,

83 of 302 TABLE 2 (CON'T?

CCRE OPEPATI!JG LIMITS REPORT F-SUB-Q DESIGli FQD (3-D) AT: 5 0 % PJ.iER 150 EFPD THIS IS LEVEL 16 0F 18 WHERE: LEVEL 1J = W OF CORE LEVEL 1 = BOTTCM OF CORE H O F E D C B A I

8* .5308 1.1803 1.1099 1.4070 1.1526 1.3176 1.0149 1.1596 9* 1.1795 1.3283 1.4862 1.1282 1.4701 1.4737 .5187 1.1150 10

1.1092 1.4861 1.3662 1.4105 1.1698 1.5025 1.4190 1.2154 11

1.4184 1.1944 1.4143 1.3056 1.2443 1.3463 1.3828 .8823 12

1.1669 1.4690 1.1704 1.2440 .5989 1.0894 .9341 13

1.3234 1.4754 1.5049 1.3473 1.0893 .9259 .7737 4

14

1.0192 1.5236 1.4240 1.3846 .9325 7737 15

1.1714 1.1217 1.2277 .8848 FQD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 15 OF 18 '

WHERE: Tv'EL 18 = TOP OF CORE LI~IE*, 1 '. BOTTOM OF CORE H G F E D 0 B A

........................................,.*e....... ,

8* .5300 1.2101 1.1424 1.4631 1.1704 . 3617 1.0755 1 '48 9* 1.2090 1.3762 1.5751 1.1577 1.5273 1.5312 1.6176 1.1797 10

1.1407 1.5736 1.4589 1.4589 1.1807 1.5713 1.4798 1.2899 11 *,- 1.4727 1.2227 1.4617 1.3409 1.2887 1.3873 1.4489 .9101 12

1.1838 1.5245 1.1806 1.284.1 .6032 1.1313 .9550 13

1.3669 1.5321 1.5733 1.3880 -1.1311- .9516 . 7886 14 * '1.0797 1.6222 1.4846 1.4505 .9533 .7866' 15

1.2671 1 1865 1.3027 .9125 r

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

l CNEl N00 24 (Rev. 0) l 84 of 302 i

TABLE 2 (Coll' T)

CORE OPEPAT1!10 LIMITS REPORT

! F-SUB-Q DESIGN FQD (3-D) AT: 50% POh'EK 150 EFFD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 28 3 TOP OF CORE LEVEL 1 = BOTTOM OF CORE

< H G F E D C D A l 1

{ 8*

.5227 1,2084 1.1434 1.4742 1.1634 1.3622 1.0811 1.2834 ;

9* 1,2071 1.3818 1.5985 1.1579 1.5369 1.5397 1.6445 1.1954 10

1.1408 1.5958 1.4737 1.4587 1.1687 1.5859 1.4903 1.3105 11

1.4815 1.2198 1.4605 1.3373 1.2923 1.3877 1.4621 .9103 ,

l 12

1.1755 1.5326 1.1680 1.2913 .5960 1.1349 .9498 l

13

1.3666 1.5397 1.5873 1.3881 1.1346 .9491 .7620 4

14

1.0849 1.6485 1.4948 1.4633 .9480 .7820

{ 15

1.2956 1.2019 1.3232 . 912.,

i 6

J FQD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 13 OF 18 ,

i

WHERE: LEVEL 18 s TOP OF CORE 3 LLV. EL 2 = BOTTOM OF CORE H G F E D C B A 8* .5137 1.1965 1.1332 1.4677 1.1482 1.3478 1.0698 1.2836 9* 1.1950 1.3720 1.5965 1.1471 1.5283 1.5293 1.6420 1.1901 10

1.1298 1.5928 1.4647 1.4432 - 1.1502 1.5793 A.4813 1.3082 i

11

1.4728 1.2061 1.4442 1.3214 1.2817 1.3744 1.4551 .9004 12

1.1591 1.5225 1.1489 1.2806 .5857 1.1257 .9370 1

13

1.3515 1.5286 1.5802 1.3745 1.1253 .9382 .7698 14

1.0732 1.6455 1.4853 1.4560 .9351 .7697-15

1.2956 1.1963 1.3206 .9024 t w e p ,,v-- -

4,,+- y,,,~ ,vw sw ,,-wi-,-

e r-r--y , - - - , ,-,r,.-~ w -,,,-,w == y--v+-

i j

CNE!E00 24(Rev 0) 85 0f 302 i

i TABLE .?. (CON'T)

. CORE OPERATING LIMITS REPORT

?-SUB-Q UESIG4J t

! FQD (3-D) AT: 50% POWER 150 EFPD 7HIS IS LEVEL 12 OF 18 i

l WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE

, H G F E D C B A 8* .5053 1.1838 1.1009 1.4570 1.1319 1.3301- 1.0541 1.2740 J 9* 1,1822 1.3535 1.5880 1.1344 1.3255 1.5141 1.6305 1.1779 l 10

1.1169 1.5835 1.4510 1.4265 1.1324 1.5679 1.4674 1.2985 i

11

1.4603 1.1907 1.4267 1.3054 1.2700 1.3604 1.4443 .8885 l 12

1.1419 1.5085 1.1307 1.2687 .5767 1.1167 .9251 j 13

1.3331 1.5127 1.5683 1.3603 1.1161 .9287 7593

14

1.0572 1.6334 1.4709 1.4449 .9231 .7592 i .

15

1.2856 1.1837 1.3106 .8903 4

l FQD (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE 4

LEVEL 1 = BOTTOM OF CORE 1.

H G F E D C B A

)

i 8* .4998 1.1763 1.1120 1.4493 1.1186 1.3147 1.0396 1.2632 9* 1.1746 1.3517 1.5830 1.1247 1,5058 1.5015 1.6197 1.1657 l

10

1.1075 1.5778 1.4413 1.4155 1.1200 1.5610 1.4565 1.2897 11

1.4510 1.1790 1.4151 1.2968 1.2662 1.3543

1.4391 .8792 12

1.1277 1.4979 1.1179 1.2648 .5731 .1.1172 .9200 13

1.3172 1.4995 1.5609 1.3539 1.1166 .9281 .7559 14

1.0423 1.6222 1.4597 1.4394 .9179 .7558 15

1.2745 1.1712 1.3015 .8809

- -. ; ,. -x - .-

CNEl N00 24 (Rev. 0) 86cf 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 504 POWER 150 EFPD THIS IS LEVEL 10 OF 18 WHERE LEVEL 18 = TOP OF CORE LEVF.'. 1 = BOTTOM OF CORE H G F E D C B A

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

8 * .5024 1.1812 1.1107 1.4490 1.1108 1.3047 1.0287 1.2555 9* 1.1793 1.3550 1.5877 1.1215 1.5040 1.4957 1.6149 1.1570 10

1.1056 -1.5818 1.4407 1.4154 1.1171 1.5648 1.4535 1.2862 11

1.4493 1.1741 1.4145 1.3025 1.2804 1.3643 1.4463 .8756 12 + 1.1191 1,4951 1.1146 1.2787 .5826 1.1389 .9277 13

1.3067 1.4932 1.5644 1.3637 1.1381 .9451 7649 14

1.0311 1.6169 1.4564 1.4464 .9255 .7648 15

1.2665 1.1622 1.2977 .8771 FQD (3-D) AT: 50% POWER 150 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* .5418 1.2121 1.1206 1.4585 1.1095 1.3013 1.0224 1.2524

. i 9* 1.2100 1.3766 1.6063 1.1266 1.5125 1.4988 1.6180 1.1531 10

1.1150 1.5996 1.4523 1.4301 1.12E2 1.5838 1.4610 1.2896 11

1.4574 1.1780 1.4286 1.3316 1.3307 -1.4003 1.4711 .8792 12

1.1172 1.5026 1.1254 1.3289 .6440 1.2028 .9556 13

1.3029 1.4958 1.5830 1.3995 1.2019 .9913 .7920 14

1.0246 1.6197 1.4637 1.4709 .9532 .7918 15

1.2631 1.1581 1.3010 .8806

l CNEl-0400 24 (Rev. 0) i 87of302 TABLE 2 (CON'T) 4.

j CORE OPERA *rINO LIMITS REPORT !

i i 8

F-SUB-Q DESIGN l 1

j- )

i

! F0D (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 8 OF 18 ;

5 i WHERE: LEVEL 18 = TOP OF CORE !

LEVEL 1 = BOTTOM OF CORE 4 2

C A H G F E D B l

................................................................. i l . .

l- 8* . 7697 1.2977 1.1439 1.4770 1.1141 1.3037 1.0201 1.2535 .

1

l 9* 1.2953 1.4220 1.6383 1.1391 1.5305 1.5099 1.6284 1.1535 1

10 * - 1.1377 1.6309 1.4749 1.4592 1.1559 1.6177 1.4780 1.2993-l

11

1.4747 1.1898 1.4571 1.3904 1.4520 1.4693 1.5131 .8892 a i

4 12

1.1212 1.5196 1.1526 1.4498 .9408 1.3470 1.0081 i ,

l 13 + 1.3050 1.5066 1.6166 1.46"3 1.3460 1.0753 .8377 i

14

1.0221 1.6298 1.4804 1,L127 1.0055 .8375 ,

4

15

1.2640 1.1584 1.3105 . 8904 2

j FQD (3-D) AT: 50% POWER 150 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 +

1

! 8* . 9546 1.3836 1.1693 1.4387 1.1210 1.3089 -'1.0199 '1.2568-i 9* 1.3810 1.4702 1.6741 1.1541 1.5519 1.5243 1.6423 1.1560

, 10-* 1.1625 1.6660 1.5010 1.4923- 1.1864 1.655*/ 1.4981- 1.3114

, . 1 11

1.4952 l'.2014 1.4898 '1.4535 -1.5769 . 1.5424-' 1.$592 .9010- t

! 12

1.1277 1.5401 1.1828 1.5744 1.1946 1.4946 l'.0630 1

13 **- 1.3099 ' 1.5206 1.6542 1.5412 1.4935 1.1621 .8853 j . .

~

14

1.0218 1.6435 1.5004 1.5586 1.0603'. .8850. >

j . . -

i_ 15

1.2673 1.1607 1.3226 . 9020-

)

'k

's .

,y vym .p-w?i -e.e eorpv"., m '

e- saaey'.-- p me. g -9m. q --.weg-s9b, ps-g,-i

CNE14400 34 (Rev. 0) 880f 302 TABLE 2 (CON ' T)

CORE OPERAT1!JG LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 150 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*

1.0155 1.4287 1.1866 1.5169 1.1265 1.3132 1.0194 1.2590 J 9* 1.4258 1.5026 1.7032 1.1663 1.5696 1.5362 1.6545 1.1572 10

1.1794- 1.6945 1.5228 1.5191- 1.2068 1.6855 1.5142- 1.3209 11

1.5124 1.2161 1.5161 1.4967 1.6488 1.5926 1.5951 .9093 12

1.1328 1.5571 1.2030 1.6462 1.2940 1.5809 1.0998 13

1.3139 1.5322 1.6838 1.5913 1.5797 1.2196 .9184 14

1.0211 1.6555 1.5163 1.5944 1.0969 .9181 15

1.2695 1.1618 1.3322 .9103 FQD (3-D) - AT: 50% POWER 150 E?PD THIS IS LEVEL 5 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0344 1.4504 1.1950 1.5267 1.1278 1.3131 1.0155 1.2549 9*

1.4474 1.5197 1.7201 1.1725 1.5782 1.5403 1.6584 1.1525 10

1.1875 1.7109 1.5356 1.5358 1.2163 1.7004 1.5200 1.3216 11

1.5214 1.2219 1.5325 1.5200 1.6837 1.6181 1.6137 .9107 12

1.1338 . 5652 1.2123 1.6810 1.3306 1.6235 1.1176 13

1.3137 1.5361 1.6986 1.6167 1.6222 1.2478 .9341 14

1.0172 1.6594 1.5221 1.6129 1.1147 .9338 15

1.2654 1.1571 1.3328 .9117

CNEl-04(0-24 (Rev. 0) 89 0f 302 TABLE 2 (CON'T.

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 150 EFPD TIIIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0384 1.4556 1.1929 1.5204 1.1212 1.3032 1.0039 1.2337 9*

1.4526 1.5198 1.7161 1.1691 1.5691 1.5204 1.6417 1.1336 10

1.1852 1.7066 1.5334 1.5389 1.2144 1.6902 1.5063 1.3018 11

1.5144 1.2178 1.5353 1.5223 1.6853 1.6162 1.6050 .9003 12

1.1269 1.5558 1.2103 1.6826 1.3365 1.6278 _1.1162 13

1.3038 1.5242 1.6883 1.6148 1.6265 1.2475 .9312 1.5083 1.6042 1.1132 .9310

'4 ". 1.0056 1.6426 15

1.2441 1.1382 1.3130 .9012 FQD (3-D) AT: 50% POWER 150 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* 1.0274 1.4325 1.1701 1.4769 1.0969 1.2688 .9739 1.1710 9* 1.4295 1.4860 1.6653 1.1459 1.5195 1.4799 1.5745 1.0809 10

1.1623 1.6557 1.4971 1.5118 -1.1932 1.6278 1.4498 1.2354 11

1.4703 1.1927 1.5081 1.4877 1.6338 1.5675 1.5414 .8659 12

1,1023 1.5062 1.1890 1.6311 1.3080 1.5738 1.0844 13

1.2693 1.4757 1.6260 1.5662 1.5726 1.2048 .9001 14 * .9756 1.5755 1.4519 1.5407 1.0815 .8998 15

1.1811 1.0854 1.2462 .8668

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

CNE14M00 24 (Rev. 0) 90of 302 TABLE 2 (CO!1' T)

CORE OPERATI!JG LIMITS REPUAT l

F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM O'e CORE H G F E D C B A l

l 8* .9698 1.3232 1.0881 1.3406 1.0218 1.1614 .8928 1.0123 9* 1.3204 1.3504 1.5005 1.0672 1.3716 1.3370 1.3868 .9481 10

1.0806 1.4914 1.3660 1.3935 1.1176 1.4490 1.2918 1.0646 11

1.3336 1.1088 1.3897 1.3575 1.4668 1.4118 1.3551 .7740 12

1.0265 1.3592 1.1136 1.4643 1.2049 1.3955 .9816 13

1.1619 1.3333 1.4475 1.4106 1.3944 1. 0'e 17 .8050 l 14 * .8945 1.3879 1.2937 1.3546 .9790 .8047 l

15

1.0212 .9522 1.0740 .7748 FQD (3-D) AT: 50% POWER 150 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* .7356 .9518 .8175 .9860 .7778 .8328 .6542 .6537 9* .9498 .9701 1.0824 .8083 1.0002 .9476 .934G .6346 10 * .8117 1.0755 .9744 1.0011 .8551 1.0310 .8919 .6831 11 * .9803 .8383 .9981 .9678 1.0544 .9954 .9039 .5384 12

7813 .9910 .8520 1.0527 .8917 .9475. .6939 13 * .8332 .9449 1.0299 .9945 .9468 .7308' .5526 14 * .6555 .9355 .8933 .9086 .6919 .5524 15 * .6596 .6374 .6892 .5389

I i

CNEl-(400 24 (Rev. 0) l i 91 of 302

,1 I

i TABLE 2 (CON'T)

CORE OPERATIN3 LIMITS REPORT F-SUB-Q DESIGN i

a i

3 FQD (3-D) AT: 50% POWER 325 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 i .........................,.......................................

8 * .3614 .6683 .6559 .8397 8100 . 7669 .3883 .5250 9 *

.6677 7304 7253 ./267 .9047 . 8940 7711 .6206 10 *

.6541 7243 .4729 .7636 .8387 . 9392 .8795 .6960 11 * .8404 .7703 .7627 .7964 .7950 . 8873 .8547 .6090 i 12 * .8125 .9018 .8367 .7946 .4583 . 7117 .6642

13

7665 .8928 .9302 .8864 .7107 . 6535 .5709 i

14

3882 1707 .8793 .8534 .6618 . 5704 a 15 * .5283 .6221 .7002 .6065 i

i FQD (3-D) AT: 50% POVER 325 EFPD THIS IS LEVEL 17 OF 18 i

WHERE: LEVEL 18 = TOP OF CORE

, LEVEL 1 = BOTTOM OF CORE ,

i H G F E D C B A l_ <

8 * .4J88 .9194 .8889 1.1745 1.0769 1.0658 .5052 .8059 9* .9184 1.0136 1.0288 .9607 1.2691 1.2626 1.1395 .9144 10 * .8860- 1.0270 .6315 1.0411 1.0889 1.3433 1.2632 1.0599 11

1.1748 1.0186 1.0393 1.0928 1.1106 1.2459 1.2550 .8618 12

1.0793 1.2644 1.0858 1.1098 .5764 1.0244 .9329 13

1.0646 1.2603 1.3416 1.2445 1.0229 . 9257 .8121 14 * .5049 1.1383 -1.2626 1.2530 .9296 . 8114 3

i 15 * .8105 .9163 1.0658 .8610 f

,m< --,- - - . ,.m- e -, e -rr,,,-v,- ,-.r-- -+--,--,,:,--. ,-w..,,, y - .,,-'r-,~w , v--- --*

I.

CNEl-(M00 24 (Rev. 0) 92 0f 302 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 325 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 .4521 1.0064 .9775 1.3145 1.1540 1.1795 .5976 .9781 9 1.0051 1.1289 1.1927 1.0421 1.4138 1.9013 1.3231 1.0524 10 .9735 1.1896 .7507 1.1508 1.1474 1.5027 1.4048 1.2162-11 1.3128 1.1033 1.1479 1.1912 1.2235 1.3562 1.4038 .9419 12

1.1556 1.4072 1.1435 1.2225 .5950 1.1276 1.0050 13

1.1774 1.3980 1.5002 1.3544 1.1258 1.0038 .8763 14 * . 5 9 /.9 1.3213 1.4038 1.4014 1.0014 .8755 15 * .9832 1.0542 1.2226 .9410 FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B _. A

-8* .( 47 1.0617 1.0502 1.3967 1.1945 1.3021 .9629 1.1856 9* 1.0601 1.2208 1.3843. 1.1072 1.4864 -1.4807 1.4979 1.1528--

10

1.0451 1.3794 1.1715 1.2910 1.1736 1.5676. 1.4679 1.2881 11

1.3927 1.1693 1.2869 1.2507 1.2641 1.3797 1.4502 .9620 12

1.1951 1.4779 1.1691 1.2628 .5912 1.1474 1.0093 13

1.2995 1.4766 1.5646 1.3777 1.1455 1.0102 .8770 14 * ,9616 1.4954 1.4664 1.4475 1.0057 .8761' 15

1.1908 1.1542 1.2945 .9609 s .-. , . . . .

. . . ..__._____.____m.____.______m _ _ _ , _ _- _ _ _ _ _ . _ . _ _ _ _ _ _ _ .__.m____

CNEl44(X) 24 (Rev. 0) 93 0f 302 I

TABLE 2 (CON'T) 1 CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN I I

l i

FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 14 0F 18

)

! WHERE: LEVEL 18 = TOP OF CORE

LEVEL 1m BOTTCM OF CORE H G F E D C B A l

d 8* .4741 1.0998 .1.0976 1.4475 1.2165 1.3589 1.0904 1.2930

i 1.2063 9

1.0980 1.2811 1,4933 1.1479 1.5248 3.5200 1.5829 !

10

1.0916 1.4871 1.3428 1.3613 1.1837 1.5921 1.4918 1.3190 l

11

1.4415 1.2098 1.3563 1.2792 1.2758 1.3764 1.4580 .9620 1

12

1.2163 1.5150 1.1788 1.2744 .5826 1.1396 .9954 -

I 13

1.3557 1.5153 1.5888 1.3742 1.1377 .9955 .8603 14

1.0887 1.5799 1.4901 1.4551 .9918 .8594 15

1.2982 1.2076 1.3253 .9609 I

FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 13 OF 18 ;

WHERE: LEVEL 18 = TOP OF CORE j

LEVEL 1 = BOTTOM OF CORE H G F E D C B. A

~

i .

d 8* .4796 1.1207 1.1213 1.4745 1.2240 1.3757 1.1210 1.3342 9* 1.1187 1.3122 1.5443 1.1665 1.5411 1.5321 1.6125 1.2254 4 .

10

1.1146 1.5372 1.3988 1.3863 1.1819 1.5958 1.4938 1.3270

=

11

1.4669 1.2274 1.3806 1.2856 1.2733 1.3632 1.4501 .9536 12

1.2232 1.5303 1.1767 . 1.2718 .5724 l'.1236 .9773 13

1.3723 1.E271 1.5922 1.3610 1,1217 .9761 .8405 14

1.1192 1.6093 1.4919 1.4472 .9737 .8397 i 15 1.3395 1.2266 1.3332 .9524

, , , - - - , - . . . ,, , . . , _ - ~ _ - , -- i,sy .. ,

, y - . - ,,-,-r ,

CNEl-(M00-24 (Rev. 0) 94 cf 302 TABLE 2 (CON'T)

CCRE OPERATING LIMITS REPORT F-SUB-Q CESIGli FQD (3-D) AT: 50% POWF.R 325 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .4798 1.1272 1.1282 1.4841 1.2205 1.3725 1.1203 1.3427 9* 1.1251 1.3226 1.5633 1.1697 1.5425 1.5277 1.6146 1.2246 5

< 10

1.1211 1.5555 1.4124 1.3883 1.1717 1.5876 1.4833 1.3216 11

1.4752 1.2294 1.3822 1.2789 1.2629 1.3452 1.4351 .9407-12

1.2;'2 1.5310 1.1664 1.2614 .5614 1.1054 .9586 13

1.3690 1.5226 1.5839 1.3431 1.1035 .9567 .8214 14

1.11 e,5 1.6113 1.4814 1.4322 .9550 .8207 15

1.3479 1.2257 1.3278 .9395 FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 a TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .4762 1.1240 1.1247 1.4826 1.2099 1.3594 1.1080 1.3359 9* 1.1219 1.3203 1.5654 1.1638 1.5349 1.5142- 1.6036 1.2136 10

1.1173 1.5571 1.4086 1.3790 1.1568 1.5732 1.4664 1.3093 11

1.4727 1.2221 1.3726 1.2657- 1.2489 1.3257 1.4175 .9257 12 ,* 1.2084 1.5229 1.1514 1.2474 .5505 1.0880 .9409 13

1.3559 1.5089 1.5695 1.3235 1.0862 .9394 .8047 14

1.1063 1.6003 1.4645 1.4146 .9374 .8039 15

1.3411 1.2147 1.3154 .9246

_ _ _ . . . ~ . . . . . . .

CNE1440044 (Rev. 0) 95 0f 302 TABLE 2 (CON'T)

CORE OPERATItJG LIMITS REPORT F-SUB-Q DESIG!J FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = TVP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D r B A 8 .4709 1.1165 1.1165 1.4759 1.1962 1.3423 1.0915 1.3227 4 9* 1.1144 1.3124 1.5602 1.1540 1.5235 1.4970 1.5875 1.1983 10

1.1089 1.5515 1.3985 1.3601 1.1408 1.5577 1.4479 1.2947 11 *

.4652 1.2107 1.3594 1.2516_ 1.2360 1.3084 1.4013 .9110 12 - 1.1944 1.5112 1.1354 1.2345 .5413 1.0752 .9267 1.3387 1.4918 1.5540 1.3063 1.0734 .9271 .7924 13 '.

14

1.0G98 1.5843 1.4460 1.3985 .9233 .7916 15

1.3280 1.1995 1.3008 .9100 FQD (3 -D) AT: 50% POWER 325 EFPD THIS IS LEVEL 9 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .4669 1.1109 1.1087 1.4695 1.1831 1.3254 1.0749 1.3086 9* 1.1087 1.3057 1.5553 1.1448 1.5136 1.4811 1.5719 1.1831 10 *, 1.1010 1.5462 1.3890 1.3557 1.1283 1.5466 1.4323 1.2818 11

1.4581 1.2000 1.3487 1.2429 1.2308. 1.2989 1.3917- .8993 12

1.1811 1.5010 1.1228 1.2293 .5372 1.0734 .9202 13

1.3219 1.4759 1.5429 1.2969 1.0716 .9254 .7885 14

1.0732 1.5688 1.4306 1.3890- .9169 .7877 15

1.3138 1.1843 1.2879 .8983

CNEl (M00 24 (Rev. 0) 90 of 302 TABLE i (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 m TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .4712 1.1160 1.1066 1.4684 1.1740 1.3125 1.0610 1.2970 9* 1.1138 1.3079 1.5574 1.1404 1.5099 -1.4708 1.5611 1.1709 10 *, 1.0986 1.5480 1.3861 1.3539 1.1246 1.5457 1.4242 1.2738 11

1.4562 1.1944 1.3467 1.2480 1.2448 1.3059 1.3946- .8933. -

12

1.1718 1.4970 1.1191 1.2433 .5479 1.0946 .9277 13

1.3091 1.4656 1.5422 1.3040 1.0929 .9433 .7988 14

1.0595 1.5581 1.4225 1.3920 .9244 .7981 15

1.3023 1.1721 1.2800 .8924 FQD (3-D) AT: 50% POWER 325 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*

.5243 1.1498 1.1155 1.4762 1.1714 1.3061 1.0519 1.2903 9* _ 1.1476 1.3285 1.5721 1.1436 1.5161 1.4692 1.5579 1.1638 10

1.1073 1.5623 1.3940 1.3661 1.1360 1.5605 1.4267 1.2731 11 ,* 1.4632 1.1969 -1.3586 1.2781- 1.3009 1.3410 1.4155 ,8951 12

1.1691 1.5028 1.1305 1.2995 .6259 1.1643 .9578 13

1.3027' 1.4641 1.5570 1.3392 1.1626 .9941 .8295-14

1.0504 1.5550 1.4250 1.4129 ,9546 .8289 15

1.2957 1.1651 1.2793 ,8942

{

CNE14M(X) 24 (Rev. 0) 97 0f 302 TABLE 2 (CON'T)

CORE OPERATI!13 LIMITS REPORT F-SUB-0 DESIG!!

FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C D A 8 * .8315 1.2491 1.1386 1.4931 1.1756 1.3067 1.0482 1.2891 9* 1.2467 1.3743 1.6000 1.1547 1.5325 1.4767 1.5630 1.1622 10

1.1302 1.5897 1.4126 1.3930 1.1662 1.5911 1.4396 1.2795 11

1.4794 1.207d 1.3852 1.3406 1.4424 1.4114 1.4540 .9043 12

1.1732 1.518e 1.1607 1.4411 1.0195 1.3278 1.0146 13

1.3034 1.4716 1.5877 1.4096 1.3261 1.0850 .8798 14

1.0469 1.5602 1.4381 1.4515 1.0113 .8791 15

1.2946 1. 635 1.2859 .9034 FQD (3-D) AT: 50% POWER 325 EFFD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE I H G F E D C B. -A

......................................................~ .........

8l .9630 1.3162 1.1611 1.5132 1.1844 1.31J2- 1,0495 1.2918 9* 1.3137 1.4145 1.6297 1.1692 1.5527 1.4895' 1.5734 1.1644 10

1.1524 1.6190 1.4350 1.4232 1.1960 1.6243 1.4372 1.2893 11

1.4989 1.2224 1.4151 1.3965 1.5453 1.4741 1.4937 .9161' 12 ,* 1.1820 1.5386 1.1904 1.5440 1.2074 1.4472 1.0656 13

1.3099 1.4845 1.6209 1.4724 1.4454 1.1625 .9266 14

1.0482 1.5707 1.4558 1.4912 1.0622

.9260 15

1.2974. 1.1659 1.2958 .9152 i-........ . . .

. _ _ _ _ _ . _ _ . . . . _ _ _ _ . _ _ _ _ _ _ _ . _ _ _ . _ . _ . _ , _m___ ___ _ _ . _ _ _

CNE14M00 24 (Rev. 0) 98cf 392 TABLE 2 (CON'T)

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F 0 D C B A 8

1.0090 1.3532 1.1782 1.5283 1.1943 1.3218 1.0534 1.2909 9* 1.3507 1.4413 1.6511 1.1829 1.5679 1.5013 1.5811 1.1646 10

1.1694 1.6401 1.4541 1.4495 1.1197 1.6477 1.4712 1.2935 11

1.5135 1.2362 1.4412 1.4346 1.6016 1.5157 1.5207 .9250 12

1.1918 1.5536 1.2140 1.6003 1.2824 1.5124 1.1003 13

1.3187 1.4964 1.6445 1.5140 1.5107 1.2102 .9578 14

1.0523 1.5786 1.4699 1.5183 1.0968 .9572 15

1.2968 1.1663 1.3002 .9242 FQD (3-D) AT: 50% POWER 323 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1m BOTTOM OF CORE H G P E D C B A 8* 1.0267 1.3653 1.1822 1.5167 1.1948 1.3195 '.. 0504 1.2631 9* 1.3628 1.4445 1.6409 1.1856 1.5553 1.4937 1.5602 1.1439 10

1.1733 1.6298 1.4539 1.4588 1.2312 1.6359 1.4608 1.2676-t

11

1.5016 1.2383 1.4503 1.4447 1.6077 1.5223 1.5100 .9183 12

1.1924 1.5410 1.2255 1.6065- 1.3075 1.5218 1.1096 13

1.3165 1.4889 1.6328 1.5208 1.5201 1.2174 .9614

~ .

14

1.0494 1.5579 1.4598 1.5078 1.1061 .9608 15

1.2693 1.1458 1.2745 .917G

e CNE14M00 24 (Rev. 0) j 99 0f 302 TABLE 2 (CON ' T) i 4

COPE OPERATING LIMITS REPORT F-SUB-Q DESIGN 1

i rQD (3-D) AT: 50% FOWER 325 EFPD THIS IS LEVEL 2 OF 18 l WHERE: LEVEL 18 = TOP OF CORE

, LEVEL 1 = BOT.OM OF CORE H G F E D C D A I t

8* 1.0019 1.3048 1.1317 1.4110 1.1448 1.2522 1.0022 1.1426

9* 1.3024 1.3660 1.5238 1.1367 1.4444 1,4023 1.4339 1.0467 i 10

1.1232 1.5132 1.3729 1.3922 1.1916 1.5115 '1.3598 1.1446 !

l 2

a 11 * '. 3966 1.1858 1.1839 1.3693 1.4986 1.4318 1.3885 .8552

. I

{ 12

1.1425 1.4310 1.1861 1.4975 1.2579 1.4135 1.0493 I?

1.2496 1.3979 1.50E6 1.4304 1.4120 1.1339 .8957 14

1.0015 1.4.21 1.3589 1.3865 1.0460 .8951 i

j 15

1.1486 1.0487- 1.1512 .8546 4

FQD (3-D) AT- 50% POWER 325 EFPD THIS IS LEVEL 1 OF 18

, WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF LORE H G F E D C B A d

8

7940 .9822 .8715 1.0381 .8912 .9378 .7687 .7806 9* .9804 1.0124 1.1053 .8822 1.0579 1.0338 1.0168 .7345 10 * .8650 1.0977 1.0170 1.0465 .9377 1.0891 .9834 .7771 11

1.]277 .9205 1.0402 1.0159 1.0890 1.0525 .9808 .6198 12 * .8895 1.0482 .9334 1.0882 .9678 1.0092 .7745 13 *

.9359 1.0306 1.0872 1.0515 1.0081 .8103 .6395 t 14 *-

.7683 1.0156 .9829 .9794 .7719 .6390 15 * .7851 .7362 .7819 .6194 4

_ - , - , - . , e , , _ . . . - . , , ,,, .-- ,y r... , r - -

p.,,4-n

e CNEl-N00 24 (Rev. 0)

KX)of 302 TAELE 2A CORE OPERATI!;3 LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100 % POWER 4 EFPD THIS IS LEVEL 18 OF 18 i

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .4048 7370 .6886 7797 .6456 .6512 .5190 .4770 9 '

7366 .7773 .8391 .6808 7679 .7082 .6555 .4943 10 * .6898 .8375 .7851 .8000 .6957 .7172 .6314 .4891-11 * .7906 .7024 .8040 .7298 .6884 .6776 .6096 .4243 12 * .6621 .7714 .6983 .6893 .4399 .5585 .4999 13 *

.6596 .7133 .7207 .6795 .5594 .5061 .4183 14 * .5250 .6613 .6369 .6123 .5003 .4189 15 * .4849 .5002 .4966 .4274 FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVIL 18 = TOP OF CORE LETEL 1 = BOTTOM OF CORE H G F E D C B A 8* .8565 1.1787 .9997 1.1283 .9054 .9826 .7684 .7904 9* 1.1780 1.1860 1.2524 .9585 1.1213 1.0755 1.0622 .7814 10

1.0018 1.2509 1.1879 1.2151 .9840 -1.0911 .9874 .8201 11

1.1467 .9955 1.2219 1.1174 1.0864 1.062f 1.0033 .6518 12 * .9294 1.1280 .9879 .1.0877 .8353 .9751 .7899 13 * .9956 1.0835 1.0966 1.0655 .9766 .8257 .6624 14 * .7774 1.0720 .9961 1.0C78 .7905 .6633 15 * .8037 .7909 .8329 .6568

-m... . . . - . . . . . .

___.__m_

-- . - . =

CNEl-(WK) 24 (Rev. 0) 10l of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FCD (3-D) AT: 100% TOWER 4 EFFD THIS IS LEVEL 16 OF 18 i

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1m BOTTOM OF CORE H G F E D C B A 8

1.0680 1.4108 1.1494 1.3162 1.0188 1.1374 .8858 .9716 9* 1,4098 1.3982 1.4884 1.0875 1.3167 1.2706 1.3023 .9406 10

1.1519 1.4867 1.3921 1.4166 1.1169 1.3197 1.1892 1.0192 11

1.3384 1.1315 1.4246 1.3240 1.3441 1.2918 1.2481 7737 12 *, 1.0460 1.3249 1.1213 1.3454 1.0881 1.2561 .9555 13

1.1524 1.2802 1.3264 1,2953 1.2579 1.0227 .7971 14 * .8963 1.3144 1.1998 1.2537 .9562 .7982 15 * .9883 .9523 1.0355 .7797 FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 15 0F 18 WHERE: LEVEL 18 = TOP OF CORE .

LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.1536 1.5249 1.2256 1.4200 1.0763 1.2199 .9495 1.0773 9*

1.5238 1.5104 1.6224 1.1569 1.4278 1.3831 1.4473 1.0326 10

1.2279 1.6199 1.5018 1.5236 1.1880 1.45'.

. 1.3104 1.2390 11

1.4430 1.2027 1.5317 1.4395 1.4950 1.4305 1.4004 .8437 12

1.1048 1.4361 1.1924 1.4963 1.2180 1.4262 1.0516 13

1.2359--1.393.1 1.4669 1.4342 1.'4 282 1.1419 .8739 14 *

.9608 1.4607 1.3222 1.4066 1.0523 .8751 15

1.0961 1.0456 1.1576 .8504

l

, J J CNEl 0400 24 (Rev. 0) ,

102cf 301 TABLE 2A j CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN 4

N 2

FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 14 OF 18 I WHERE: LEVEL 18 TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A l

8

1.1918 1.5881 1.2686 1.4820 1.1108 1.2719 .9895 1.1431 9 1.5868 1.5756 1.7034 1.1991 1.4965 1.4560 1.5420 1.0901 f 3 10

1.2704 1./000 1.5685 1.5896 1.2318 1.5507 1.3902 1.2151 4 11

1.5045 1.2448 1.5973 1.5111 1.5887 1.3209 1.5000 .8873

~

12

1.1394 1.5041 1.2360 1.5899 1.2914 1.5342 . 1111 I 13

1.2882 1.4664 1.5581 1.5247 1.5363 1.2169 .9200 14

1.0013 1.5561 1.4027 1.5066 1.1119 .9213 15

1.1632 1.1038 1.2351 .8943 1

1 FQD (3 -D) AT: 100% 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* 1.2119 1.6279 1.2944 1.5218 '1.1325 .1.3075 1.0161 1.1868 9* 1.6264 1.6174 1.7567 1.2258 1.5423 1.5070 1.6088 1.1280 10

1.2956 1.7524 1.6131 1.6351 1.2605 1.6140 1.4463 1.2663 11

1.5432 1.2711 1.6423 1.5598 1.6520 1.5839 1.5697 .9154 12

1.1609 1.5490 1.2644 1.6531 1.3385 1.6083' 1.1499 13

1.3240 1.5173 1.6215 1.5877 1.6104 1.2664 .9486-

-14

1.0281 1.6235 1.4593 1.5766 1.1507 .9499 15

1.2078 1.1423 1.2874 .9227

CNEl4M00 24 (Rev. 0)

IU3 of 302 TABLE 2A COME OPERATING LIMITS REPORT F GUB-Q DESICf1 FQD (3-D) AT: 100% P0WER 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 B A 8* 1.2217 1.6541 1.3091 1.5473 1.1449 1.3317 1.0331 1.2165 9* 1.6524 1.6451 1.7933 1.2417 1. 57'a 2 - 1. 5 4 3 3 1.6582 1.1534 10

1.3096 1.7881 1.6438 1.6674 1.7.785 1.6600 1.4870 1.3019 11

1.5676 1.2866 1.6741 1.5940 1.6969 1.6295 1.6205 .9333 12

1.1728 1.5790 1.2820 1.6979 1.3702 1 6621 1.1751 13

1.3480 1.5534 1.6674 1.6334 1. ti64 ? 1.2997 .9656 14

1.0452 1.6732 1.5003 1.6276 1.1758 .9669 15

1.2382 1.1680 1.3238 .9407 F0D (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1a BOTTOM OF CORE H G F E D C P A 8* 1.2236 1.6699 1.3148 1.5629 1.1493 1.3460 1.0422 1.2360 9* 1.6680 1.6621 1.8175 1.2489 1.5926 1.5678 1 6947 1.1690 10

1.3148 1.8116 1.6635 1.6888 1.2873 1.6929 1.5157 1.3263 11

1.5810 1.2932 1.6949 1.6169 1.7286 1.6621 1.6579 .9432 12

1.1765 1.5975 .1.2904 1.7295 1.3906 1.7018 1.1900 13

1.3621 1.5777' 1.7002 1.6659 1.7039 1.3212 .9730 14

1.0542 1.7099 1.5292 1.6651 1.1908 .9752 15

1.2581 1.1839 1.3487 .9507

CNEl.0400 24 (Rev. 0) 104 of 302 4

TABLE 2A i

CORE OPERATI!JG LIMITS REPORT F-SUB-0 DESIG!!

4 FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 10 OF 18 1

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 4 G F E D C B A 8* 1.2182 1.6759 1.3124 1.5669 1.1462 1.3513 1.0440 1.2467 9

1.6739 1.6691 1.8310 1.2482 1.6017 1.5818 1.7199 1.1764 10

1.3119 1.8244 1.6731 1.6999 1.2877 1.7146 1.5339 1.3411 4

11

1.5846 1.2918 1.7056 1.6295 1.7489 1.6834 1.6838 .9463 12

1.1727 1.6057 1.2904 1.7497 1.4012 1.7297 1.1963

13

1.3671 1.5914 1.7218 1.6872 1.7319 1.3329 .9749 14

1.0560 1.7353 1.5476 1.6912 1.1970 .9762 15

1.2692 1.1914 1.3639 .9538 FQD (3-D) AT: 100% POWER 4 EFPD TH1F IS LEVEL 9 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 4

8* 1.2057 1.6723 1.3022 1.5624 1.1359 1.3475 1.0388 1.2491 9* 1.6701 1.6665 1.8339 1.2398 1.6008 1.5854 1 *<341 1.1757 4

10

1.3011 1.8267 1.6727 1.7008 1.2797 1.7254 1.5419 1.3468 i

11

1.5788 1.2824 1.7059 1.6319 1.7583 1.6937 1.6988 .9429 12 *, 1.1615 1.6040 1.2821 1.7590 1.4026 1.7465 1.1945 13

1.3629 1.5947 1.7325 1.6974 1.7437 1.3354 .9692 14

1.0506 1.7496 1.5557 1.7062 1.1952

.9705

. 15

1.27.8 1.1907 1.3699 .9504

A. sc

CNEl-(M00 24 (Rev. 0) 105cf302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FCD (3-D) AT: 1004 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 B A 8* 1.1862 1.6588 1.2841 1.5484 1.1184 1.3344 1.0265 1.2426 9*, 1.6565 1.6540 1.8258 1.2238 1.5896 1.5780 1.7364 1.1667 10

1.2826 1.8181 1.6619 1.6910 1.2633 1.7246 1.5390 1.3430 11

1.5633 1.2651 1.6955 1.6238 1.7562 1.6924 1.7021 .9329 12

1.1430 1.5920 1.2653 1.7568 1.3945 1.7515 -1.1844 13

1.3494 1.5870 1.7315 1.6961 1.7537 1.3286 .9568 14

1.0381 1.7519 1.5529 1.7095 1.1050 .9581 15

1.2654 1.1817 1.3663 .9404

, 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 9

8

1.1598 1.6351 1.2582 1.5244 1.0935 1.3115 1.0064 1.2263 9* 1.6327 1.6311 1.8062 1.1999 1.5674 1.5587 1.7250 1.1485 10

1.2562 1.7979 1.6403 1.6698 1.2383 1-7107 . 1.5239 1.3284 11

1.5379 1.2398 1.6738 1.6043 1.7413 1.6781 1.6920 .9159 12

1.1170 1.5690 1.2399 1.7418 1.3759 1.7431 1.1653 13 *' 1.3259 1.5674 1.'/174 1.6817 1.7452 1.3114 .9373 14

1.0177 1.7404 1.5377 1.6994 1.1660 .9386 15

1.2489 1.1633 3.3516 .9232

CNEl-0400 24 (Rev. 0)

ID6cf 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FCD (3-D) AT: 100% 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 B* 1.1266 1.6009 1.2241 1.4896 1.0609 1.2776 .9775 1.1978 9* 1.5985 1.5972 1.7735 1.1678 1.5328 1.5256 1.6968 1.1193 10

1.2217 1.7649 1.6067 1.6366 1.2040 1.6811 1.4942 1.3005 11

1.5017 1.2061 1.6401 1.5723 1.7115 1.6484 1.6653 .8905 12 *: 1.0831 1.5336 1.2054- 1.7119 1.3455 1.7180 1.1361 13

1.2914 1.5338 1.6876- 1.6519 1.7201 1.2821 9099-14 * .9884 1.7119 1.5077 1.6727 1.1367 .9110 15

1.2201 1.1338 1.3234 .8976 FQD f 3 -D) AT: 100% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

1.0866 1.5552 1.1813 1.4420 1.0200 1.2312 .9383 1..s35 9* 1.5527 1.5505 1.7246. 1.1265 1.4832 1.4754 1.6460 1.0760 10

1.1786 1.7157 1.5593 1.5898 1.1599 1.6312 1.4455 1.2546 11

1.4526 1.1630 1.5928 1.5254 1.6626 1.5992 1.6164 .8550 12

1.0408 1.4823 1.1609 1.6629 1.3009 1.6707 1.0944 13

1.2442 1.4831 1.6373 1.6025 1.6727 1.2372 .8728 14 * . 9487 1.6607 1.4586 1.6235 1.0950 .8739 15

1.1750 1.0900 1.2769 .8618

CNE!4400-24 (Rev. 0) 107 of 302 TABLE 2A '

CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 4 0F 18 WHERE: LEVEL 18 m TOP OF CORE LEVEL 1 = BOTTOM OF CORE H O F E D C B A f

. L 8* 1.0386 1.4942 1.1278 1.3767 .9694 1.1692 .8861 1.0854 9* 1.4917- 1.4861 1.6516 1.0742 1.4128 1.4024 1.5619 1.0128 10

1.1248 1.6426 1.4927 .1.5254 1.1045 1.5518 1.3703 1.1818 11

1.3857 1.1084 1.5278 1.4587 1.5863 1.5226 1.5341 .8057 12 * .9886 1.4122 1.1052 1.5865 1.2376 1.5901 1.0362 13 *, 1.1813 1.4094 1.5575 1.5258 1.5920 1.1704 .8230 14 *

.8958 1.5758 1.3826 1.5408 1.0367 .8240 15

1.1057 1.0259 1.2028 .8120 s

FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = POTTOM OF CORE H G F E D C B A 8* .9762 1.4027 1.0560 1.2799 .9044 1.0827 .8147 .9777 9* 1.4002 1.3878 1.5337 1.0044 1.3071 1.2925 1.4216 .9172 10

1.0526 1.5247 1.3910 1,4286 1.0325 1.4234 1.2524 1.0637 11

1.2869 1.0352 1.4303 1.3569 1.4633 1.4017 1.3954 .7346 12 *, .9217 1.3057 1.0329 1.4634 1.1460 1.4532 .9515 13

1.0936 :1.2987 1.4285 1.4046 1.4549 1.0678 .7522 14 *

.8235 1.4342 1.2636 1.4015 .9519 .7531 15 * .9960 .9290 1.0826 .7403 l

CNEl.04DD 24 (Rev. 0) 108 of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 2 0F 18 WHERE: LEVEL 18 s TOP OF CORE LEVEL 1 = BOTTOM OF CORE H- G F E D C B A 8* .8717 1.2303 .9385 1.1162 .8057 .9400 .7050 .7973 9* 1.2280 1.2086 1.3235 .8938 1.1303 1.1090 1.1786 7612 10

9349 1.3149 1.2084 1.2501 .9216 1.2069 1.0553 .8643 11

3 1205 .9185 1.2509 1.1764 1.2519 1.1959 1.1546 .6215 12 * .9204 1.1281 .9215 1.2519 .9989 1.2116- .8134 13 * .9492 1.1140 1.2110 1.1983 1.2129- .8966 .6376 14 *

.,7124 1.1888 1.0646 1.1595 .8136 .6383 15 * .8119 .7708 .8795 .6262 r'JD (3-D) AT: 1001 POWER 4 EFPD THIS IS LEVEL 1 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF 00RE H G F d D C B A B* .6246 .8381 .6825 .8105 .5956 .6418 .4904 .48$7 9* 8365 .8259 .9384 .6557 .8114 .7529 .7504 .4849 10 * .6796 .9317 .8248 .8516 .6809 .8398 .6939 .5234 11 * .8122 .6710 .8516 .8011 .8813 .8063 .7330 .4132

. 12 * .6060 .8000 .6807 .8813 .7086- .7778 .5480 13 *, .6479 .7561 .8426 .8078 .7787 .5814 .4190 14 *' .4954 .7569 .6999 .7361- .5481 .4194

-15 * .4945 .4909 .5324 .4162 1

l

~ -- . ..

CNEl-(M(X).24 (Rcv. 0) 1(fbf 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% 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* .4287 .7725 .7279 .8421 .6907 .7123 .5606 .5175 <

9

7724 .8335 .9156 7272 .8355 .7789 7276 .5352 10 * .7300 .9147 .8574 .8720 .7417 .7861 .6935 .5301 11 * .8559 .7550 .8772 7824 .7215 .7223 .6589 .4454 ..

12 *, 7097 .8410 .7454 .7229 .4002 .5665 .5079 13 * .7226 .7858 .7910 .7251 .5677 .5071 .4148 14 *

.5679 .7354 .7006 .6626 .5087 .4155 15 * .5271 .5425 .5393 .4493 1

FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEY 18 = TOP OF CORE Ir 1 = BOTTOM OF CORE H G F E D C _ _B _ A 8 * .6485 1.1930 1.0432 1.2020 .9585 .'.0660 .8228 .8537 9* 1.1928 1.2550 1.3497 1.0125 1.2055 1.1750 1.1720 .8419 10

1.0465 1.3492 1.2884 1.3145 1 0344 1.1833 1.0789 .8860 11

1.2254 1.0582 1.3230 1.1843 1.0971 1.1218 1.0798 .6820 12 * .9855 1.2149 1.0398 1.0992 .6346 .9564 .7971 13 *, 1.CS17 1.1855 1.1907 1.1260 .9585 .8209 .6568 14 *

.8338 1.1845 1.0900 1.0058 7983 .6579 15 * .8698 .8536 .9016 .6881

CNE14M00 24 (Rev. 0)

Il00f302 TABLE 2A CORE OPmRATI!13 LIMITS REPORT F-SUB-Q DESIGt1 FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVFL 16 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H O F E D C B A 8

1.0349 1.4784 1.1993 1.3947 1.0689 1.2236 .9406 1.0434 9*

1.4778 1.4887 1.5994 1.1405 1.4071 1.3791 1.4287 1.0076 10

1.2030 1.5987 1.5021 1.5268 1.1730 1.4289 1.2938 1.0968 11

1.4211 1.1935 1.5366 1.4128 1.4098 1.3799 1.3466 .8086 12

1.0992 1.4181 1.1789 1.4119 1.0621 1.3042 .9808 13 1.2416 1.'314 1.4377 1.3847 1.3066 1.0467 .8036 14 * .9532 1.4440 1.3072 1.3540 .9822 .8049 15

1.0333 1.0217 1.1164 .8158 FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF COPE LEVEL 1 = BOTTOM OF Cor.E H G F E D C B A 8 1.1799 1.6178 3 2769 1.4961 1.1208 1.3018 1.0004 1.1488 9* 1.6169 1.6112 1.7374 1.2063 1.5170 1.4911 1.5771 1.0989 10

1.2802 1.7358 1.6120 1.6356 1.2458 1.5766 1.4187 1.2195 11

1.5231 1.2609 1.6453 1.5404 1.5928 1.5379 1.5116 .8802 12

1.1520 1.5280 1.2515 1.5949 1.2622 1.5177 1.0911 13

1.3206 1.5039 1.5859 1.5429 1.5202 1.1901 .8922 14

1.0137 1.5939 1.4332 1.5197 1.0925 .8937 15

1.1709 1.1144 1.2414 .8881

CNEI4400 24 (Rev. 0) tilof302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1= TOM OF CORE H G F E D C B A 8* 1.2280 1.6834 1.3153 1.5505 1.1477 1.3434 1.0339 1.2089 9

1.6822 1.6743 1.8133 1.2419 1.5787 '~'2 1.6665 1.1510 10

1.3179 1.8106 1.6720 1.6957 1.2859 , 1.4948 1.2919 11

1.5765 1.2957 1.7049 1.6124 1.6956 2.6334 1.6136 .9218 12

1.1788 1.5888 1.2911 1.6974 1.3534 1.6422 1.1556 13

1.3644 1.5701 1.6755 1.6385 1.6449 1.2756 .9438 l 14

1,0475 1.6839 1.5100 1.6221 1.1570 .9453 15

1.2322 1.1672 1.3152 .9300 FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 13 OF 18 l WHERE: LEVEL 18 : TOP OF CORE l LEVEL 2.= BOTTOM Or' CORE H C F E D C B A l . ...............................................................

1 .

8* 1.2427 1.7131 1.3316 1.5782 1.1598 1.3694 1.0518 1.2430 9* 1.<;17 .7050 1.8539 1.2591 1.6125 1.5962 J 7213 1.1801 l .

10

1.3335 1.4502 1.7039. 1.7290 1.3060 1.7199 1.5411 1.3344

( 11

1.6026 1.3.15 1.7374 1.6523 1.7535 1.6904- 1.6763 .9448 l

l 12 * -1,3902 1.6213 1.3'07 1.7552 . 3992 1.7154. 1.1914 13

1.3882 1.6088 1.7292 1.6954 1.7181 1.3242 .9714 14

1.0654 1.7391 1.5566 1.6849 1.1927 .9729 15

3.2670 1.1967 1.358F .9331

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

CNEl-0400 24 (Rev. 0) 112 0f 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL = BOTTOM OF CORF H G F E D C B A 8* 1.2412 1.7222 1.3333 1.5880 1.1606 1.3790 1.0580 1.2600 9* 1.7205 1.7154 1.8720 1.2628 1.6273 1.6160 1.7533 1.1937 10

4.3345 1.8673 1.7170 1.7436 1.3115 1.7500 1.5667 1.3573 11

1.613' 1.3138 1.7514 1.6711 1.7842 1.7218 1.7128 .9546 12 ,* 1.1901 1.6350 1.3158 1.7857 1.4206 1.7573 1.2080 13

1.3973 1.6282 1.7591 1.7267 1.7600 1.3489 .9826 14

1.0715 1.7711 1.5823 1.7215 1.2093 .9841 15

1,2844 1.2103 1.3819 .9630

,, FQD (3-D) AT: 75% POWER 4 EFFD THIE IS LEVEL 11 OF 18 3

( WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H- G F E D C B A 8* 1.2288 1.7163 1.3236 1.5840 1.1518 1.3763 1.0546 1.2644 9* 1.7145 1.7108 1.8733 1.2556 1.6274 1.6206 1.7680 1.1954 10

1.3242 1.8679 1.7152 1.7434 1.3053 1.7622 1.5763 1.3657 11

1.6050 1.3050 1.7504 1.6739 1.7955 1.7344 1.7303 .9544 12 ** 1.1802 1.6339 1.3090 1.7969 1.4255 1.7778 1.2106 13

1.3941 1.6343 1.7711 1.7392 1.7804 1.3567 .9819 e 14

1.0678- 1.7857 1.5919 1s 7390 1.2118 .9834 15 *- 1.2889 1.1119 1.3905 .9627 k

CNEl-N00-24 (Rev. 0)

I13 of 302 TABLE 2A CORE OPERATI!!G LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% POWER 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

............................................................n,s..

8* 1.2078 1.6982 1.3045 1.5683 1.1345 1.3628 1.0429 1.2584 5

1.6962 1.6939 1.8609 1.2392 1.6149 1.6119 1,7680 1.1871 10

1.3044 1.8548 1.7008 1.7301 1.2888 1.7596 1.5725 1.3622 11

1.5876 1.2867 1.7364 1.6633 1.7916 1.7317 1.7325 .9460 12

1.1617 1.6204 1.2921 1.7928. 1.4177 1.7817 1.2022 13

1.3799 1.6231 1.7682 1.7363 1.7843 1.3514 .9720 14

1.0558 1.7856 1.5879 1.7411 1.2013 .9735 15

1.2827 1.2035 1.3870 .9542 FQD (3-D) AT: 75% 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* 1.1793 1.6691 1.2770 1.5423 1.1098 1.3395 1.0236 1.2429 9*

1.6670 1.6659 1.8362 1.2147 1.5912 1.5914 1.7548 1.1700 10 .* 1.2764 1.8295 1.6749 1.7049 1.2633 1.7439 1.5566 1.3484 11

1.5598 1.2601 1.7105 1.6408 1.7743 1.7156 1.7211 .9305 12

1.1356 1.5957 1.2661 1.7753 1.3989 1.7715 1.1843 13

1.3559 1.6020 1.7521 1.7200 1.7740 1.3353 .9545 14

1.0361 1.7721 1.5718 1.7296 -1.1854 .9559 ;

15

1.2670- 1.1861 1.3730 .9385 V

N

CNEl-(M00-24 (Rev. 0) 114 of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-C) AT: 75% 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 B A 8* 1.1442 1.6300 1.2420 1.5069 4 .0781 1.3069 .9973 1.2185 9

1.6279 1.6279 1.8001 1.1827 1.5571 1.5596 1.7288 1.1444 10

1.2409 1.7930 1.6384 1.6687 1.2295 1.7157 1.5292 1.3246 11

1.5226 ;.2259 1.6736 1.6072 1.7445 1.6868 1.6969 .9083 12

1.1025 1.5605 1.2319 1.7454 1.3703 1.7480 1.1580 13

1.3226 1.5696 1.7236 1.6911 1.7505 1.3092 .9302 14

1.0093 1.7457 1.5441 1.7052 1.1590 .9315 15 ' 1.2422 1.1602 1.3489 .9161-FQD (3-D) AT: 75% 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* 1.1033 1.5819 1.2002 1.4625 1.0401 1.2654 .9641 1.1849 9 1.5796 1.5805 1.7533 1.1440 1.5129 1.5166 1.6895 1.1134 10

1.1986 1.7457 1.5920 1.6221 1.1881 1.6748 1.4902 1.2907 11 * .1.4765 1.1847 1.6263 1.5630 1.7025 1.6455 1.6596 .8796 12

1.0630 1.5254 1.1901 1.7033 1.3319 1.7111 1.1234 13

1.2802 1.5260 2.6823 1.6496 1.7135 2.2733 .8993 .

6 14 .9756 1.7059 1.5046 1.6677 1.1243 .9006 15

1. .' S O 1.1257 1.3144 .8871

CNE14400-24 (Rev. 0)

Il5 0f 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 8

1.0575 1.5254 1.1522 1.4093 .9960 1.2150 .9237 1.1410 9*

1.5231 1.5243 1.6956 1.0987 1.4584 1.4618 1.6352 1.0671 10

1.1503 1.6877 1.5359 1."655 1.1394 1.6202 1.4383 1.2451 11

1.4216 1.1369 1.5691 1.5083 1.6474 1.5907 1.6075 .8440 12

1.9174 1.4600 1.1410 1.6480 1.2835 1.6593 1.0801 13

1.2288 1.4705 1.6272 1.5946 1.6616 1.2269 .8618 14 * .9346 1.6510 1.4521 1.6152 1.0809 .8630 15

1.1632 1.0817 1.2681 .8512 9

FQD (3-0) .AT: 75% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0073 1.4608 1.0982 1.3465 .9460 1.1549 .8753 1.0840 9* 1,4585 1.4588 1.6253 1.0468 1.3921 1.3934 1.5621 1.0123 10

1.0959 1.6172 1.4693 3.4987 1.0834 1.5487 1.3709 1.1846 11

1.3572 1. 825 1.5018 1.44'21 1.5767 1.5199 1.5366 .8003 12 * .9658 1.3929 1.0847 1.5772 1.2238 1.5887 1.0270 13

1.1678 1.4014 1.5552 1.5235 1.5909 1.1677 .8167 14 * .8855 1.5770 1.3840 1.5440 1.0277 .8178 15

1.1051 1.0261 1.2065 .8070

CNE14A00 24 (Rev. 0) -

Il6of302 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 = "OP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 * .9523 1.3855 1.0368 1.2705 .8895 ?.0834 . 8171 1.0077 9* 1.3832 1.1802 1.5362 .9872 1.3098 1.3071 1.i615 .9415 10

1.0342 1.5281 1.3884 1.4192 1.0197 .1.4532 1.2821 1.1019 11

1.2794 1.0200 1.4216 1.3608 1.4840 1.4272 1.4381 .7457 12 *

.9075 1.3099 1.0206 1.4844 1.1497 '. 4908 .9610 13

1.0952 1.3142 1.4592 1.4305 1.4928 1.0910 .7617 14 *

.8265 1.4754 1.2942 1.4449 .9616 .7627 15

1.0272 .9543 1.1222 .7519 4

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* .8871 1.2866 .9618 1.1694 .8225 .9929 .7441 .8983 9* 1,2843 1.2750 1.4106 .9146- 1.1991 1.1912 1.3142 .8440 10 * .9589 1.4025 1.2796 1.3143 .9441 1.3173 1.1583 .9812 11

1.1763 .9436 1,3160 1.2516 1.3528 1.2983 1.2925 .6735 12 * .8385 1.1983 .9446 1.3531 1.0533 1.3457 .8737 13

1.0033 1.1974 1.3224 1.3012 1.3475 .9849 .6898 14 * .7525 1.3265 1.1691 1.2985 .8742 .6907 15 * .9156 .8553 .9992 .6790

CNEl-0400-24 (Rev. 0) ll70f302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 75% 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*

.7871 1.1189 .8489 1.0119 .7279 .8553 .6393 . 7264 9*

1.1169 1.1009 1.2063 .8085 1.0283 1 0131 1.0790 .6949 10 * .8458 1.1986 1.1020 1.1400 .8366 1.1062 .9671 .7905 11

1.0161 .8314 1.1409 1.0756 1.1465 1.0972 1.0592 .5657 12

7414 1.0266 .8367 1.1467 .9107 1.1110 .7412 13 * .8640 1.0180 1.1103 1.0996 1.1123 .8201 .5805 14 * .6464 1.0889 .9760 1.0640 .7416 .5812 15 * .7402 7040 .8047 .5702 FQD (3-D) hT: 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 * .5621 .7580 .6147 .7307 .5360 .5809 .4430 .4400 9* 7565 .7478 .8496 .5907 .7338 .6836 .6823 .4402 10 * .6121 .8436 .7477 .7720 .6155 .7644' .6319 .4757 11 * .7324 .6047 .7721 .7280 .8016 .7348 .6678 .3743 12 * .5455 .7318 .6154 .8016 .6426 .7082 .4969 13 * .5867 .6867 .7671 .7363 .7091 .5287 .3795 14 * .4477 .6885 .6376 .6708 .4973 .3800 15 * .4482 .4458 .4841 .3771

CNEI4M00 24 (Rev. 0) 118 of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 4 EFPD THIC IS LEVEL 18 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTI'OM OF CORE H G F E D C B A 8* .4657 .8695 .7974 .9309 .7517 .7914 .6127 .5670 9 .8696 .9396 1.0341 7955 .9303 .8750 .8228 .5870 10 * .8003 1.0338- .9660 .9843 .8211 .8927 .7825 .5855

8 11 * .9481 .8309 .9909 .8851 .8185 .8202 .7446 .4816 12 * .7737 .9381 .8259 .8205 .4401 .6412 .5547 13 * .8042 .8841 .8993 .8240 .6429 .5600 .4457 14 * .6217 .8328 .7916 .7495 .5559 .4466 15 * .5787 .5960 .5967 .4864 FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18 3- TOP OF CORE LEVEL 1 = BOTTOM OF CORE H -- G -F E D C B A D

8* .6948 1.3276 1.1280 1.3097 1.0293. 1.1719 .8898 .9300 9*

1.3276 1.3980 1.5011 1.0921 1.3228 1.3073 1.3138 .9174 10

1.1325 1.5015 1.4361 1.4676 1.1284 1.3256 1.2071 .9732 11 ,* 1.3366 1.1481 1.4781 1.3247 1.2268 1.2623 1.2103 .7328 12

1.0600 1.3352 1.1352 1.2296 .6902 1.0735 .8641 13

1.1909 1.3209 1.3354 1.2679 1.0762 .9000 .7016 14 * .9030 1.3299 1.2212 1.2183 .8658 .7030 15 * .9493 .9316 .9921 .7402 0 ..

CNEl-(M00 24 (Rev. 0)

!!90f 302 TABLE 2A CORE OPERATING LIMITS 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 G F E D C B A 8* '

1.1002 1.6212 1.2787 1.4984 1.1319 1.3280 1.0052 1.1267

. 9* 1.6207 1.6348 1.7556 1.2128 1.5247 1.5158 1.5851 1.0879 10

1.2834 1.7558 1.6518 1.6816 1.2609 1.5823 1.4314 1.1944 11

1.5295 1.2763 1.6934 1.5593 1.5575 1.5341 1.4943 .8612 12

1.1656 1.5389 1.2681 1.5604 1.1514 1.4484 1.0528 13

1.3494 1.5313 1.'.937 1.5405 1.4515 1.1365 .8514 14

1.0200 1.6045 3.4480 1.5039 1.0548 .8530 15

1.1503 1.1049 1.2178 .6699 FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

1.2378 1.7478 1.3425 1.5858 1.1708 1.3939 1.0560 1.2273 9* 1.7470 1.7434 1.8807 1.2652 1.6224- 1.6173' 1.7286 1.1737 10

1.3467 1.8800 1.7471 1.7753 1.32C6 1.7241 1.5498 1.3136 11

1.6171 1.3292 1.7868 1.6765 1.7377 1.6877 1.6576 .9280 12

1.2050 1.6363 1.3275 1.7405 1.3534 1.6659 1.1586 13 ,* 1.4158 1.6333 1.7760 1.6943 1.6692 1.2783 .9363 14 *; i.0715 1.7494 1.5676 1.6680 1.1606 .9380 15

1.2532 1.1920 1.3394 .9372

CNEl-(M00-24 (Rev. 0) 120 0f 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN TQD (3-D) AT: 50% POWER -4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE F G F E D C B A

- ...........s...................................**.*** .........

)

8* 1.2702 1.7909 1.3636 1.6209 1.1830 1.4207 1.0777 1.2758 9* 1.7898 1.7842 1.9344 1.2850 1.6654 1.6656 1.8018 1.2145 10

1.3671 1.9124 1.7849 1.8131 1.3444 1.7971 1.6108 1.3745 11

1.6505 1.3468 1.8237 1.7294 1.8248 1,7679 1.7460 .9609 4

12

1.2164 1.6780 1.3507 1.8273 1.4328 1.7791 1.2127 13

1.4424 1.6813 1.8090 1.7744 1.7825 1.3537 .9799

)

14

1.0932 1.8231 1.6290 1.7566 1.2146 .9816 15

1.3027 1.2333 1.4015 .9704 FQD (3 -D) AT: 50% POWER 4 EFPD THIS IS LEVEL 13 OF 18 WHERE: LEVEL 18 = TOP OF CORE 3 LEVEL 1 = BOTTOM OF CORE H G F E- D C B A 8* 1.2669 1.7941 1.3612 1.6266 1.1795 1.4254 1.0818 1.2944 9* 1.7927 1.7886 1.9477 1.2849 1.6770 1.6824 1.8337 1.2289 10 ,* 1.3637 1.9446 1.7910 1.8201 1.3464 1.8283 1.6365 1.4006 11

1.6539 1.3441 1.8298 1.7455 1.8598 1.8026 1.7877 .9727 12

1.2117 1.6881 1.3521 1 8621 1.4610 1.8318 1.2343 13

1,4465 1.6975 1.8398 1.8090 1.8351 1.3870 .9967 14 ,* 1.0971 1.8550 1.6547 1.7983 1.2362 .9984 15

1.3216 1.2477 1.4281 .9822

CNEl-0400-24 (Rev. 0) 121 of 302 TABLE 2A CORE OPERATING LIH1TS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 4 EFPD THTS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 =-BOTTOM OF CORE H G F E D C B A 8*

1.2470 1.7747 1.3435 1.6130 1.1642 1.4142 1.0732 1.2937 9* 1.7732 1.7709 1.9360 1.2708 1.6677 1.6773 1.8386 1.2257 10

1.3452 1.9319 1.7763 1.8066 1.3329 1.8317 1.6381 1.4042 11

1.6380 1.3271 1.8153 1.7378 _1.8634 1.8075 -1.7986 .9700 12

1.1949 1.6773* 1.3379 1.8654 1.4618 1.8476 1.2346 13

1.4344 1.6917 1,8428 1.8136 1.8509 1.3930 .9955 14

1.0880 1.8596 1.6561 1.8090 1.2363 .9972 15

1.3207 1.2443 1.4316 .9793 FQD (3-D) AT: 50%-POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F- -E D- C B A 8* 1.2166 1.7401 1.3145 1.5852 1-1394 1.3901 1.0545 1.2792 9*

1.7384 1.7378 1.9065 1.2457 1.6428 1.6556 1.8238 1.2096 10

1.3155 1.9016 '1.7460 1.7772 1.3071 1.8151 1.6218 1.3916 11 * - 1.6079 1.2991 1.7850 1.7128 1.8454 1.7911 1.7877 .9565 12

1.1685 1.6509 1.3115 1.8472 1.4448 1.8388 1.2197-13

1.4094 1.6691 1.8256 1.7969 1.8420 1.3804 .9816 14

1.0688- 1.8442 1.6394 1.7978 1.2213 .9832 15

1.3057= 1.2278 1.4187 .9656

CNEl-(M00 24 (Rev. 0) 122 0f 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 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 8* 1.1783 1.6936 1.2767 1.5462 1.1066 1.3553 1.0276 1.2538 9* 1.6918 1.6926 1.8633 1.2119 1.6034 1.6203 1.7934 1.1834 10

1.2770 1.8578 1.7032 1.7349 1.2715 1.7828 1.5913 1.3667 11

1.5667 1.2622 1.7417 1.f742 1.8113 1.7585 1,7602 ,9347 12 *- 1.1340 1.6122 1.2753 1.8129 1.4146 1.8120 1.1935 13

1.3735 1.6330 1.7927 1.7640 1.8150 1.3541 .9584

- 14

1.0413 1.8131 1.G083 1.7700 1.1950 .9599 a

15

1.2798 1.2010 1.3933 .9435 FQD (3-D) AT: 50% POWER 4 EFPD- THIS IS. LEVEL 9 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 'l = BOTTOM OF CORE H G F E D C B A 8* 1.1338 1.6376 1.2318- 1.4980 1.0673 1.3115 .9938 1.2195 9* 1.6357 1.6377 1.3089 1.1710 1.5577 1.5738 1.7499 1.1487 10

1.2315 1.8028 1.6501 1.6817 1.2278 1.7376 1.5491 1.3317 11

1.5162 1.2180 1.6877. 1.6245 -1.7643 1.7127 1.7192 .9062 i 12

1.0929 1.5632 1.2311 1.7657 1.3742 -1.7709 1.1584 13 * '1.3286 1'.5856 1.7469 1.7179 1.7738 1.3173. .9280 14

1.0068 1.7688 1.5655 1.7287 1.1597 .9294 15 *- 1.2447 1.1657 1.3575 .9146 i'i __.__m_ . _ _ _ _ _ _ _ _ _ _ _ _ _ _..___._.____.m m___._:_ _ _ _ __ _ _ _ _ _ _ . _ . ___ . _ _ _ _ -_.

CNEl-OK)0 24 (Rev. 0) 123 0f 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 501 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 B A 8* 1.0844 1.5738 1.1810 1.4421 1.0225 1.2601 .9542 1.1774 9* 1.5718 1.5748 1.7451 1.1242 1.5012 1.5176 1.6948 1.1068 10

1.1802 1.7386 1.5884 1.6194 1.1775 1.6812 1.4968 1.2878 11

1.4582 1.1679 1.6246 1.5654 1.7063 1.6557 1.6665 .8719 12

J.0464 1.5055 1.1802 1,7075 1.3251 1.7177 1.1158 13

1.2761 1.5284 1.6899 1.6606 1.7205 1.2716 .8917 14 *

.9665 1.7129 1.5124 1.6756 1.1171 .8931 15

1.2016 1.1231 1.3128 .8800 FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE o

H G F E D C B A 8*

1.0314 1.5037 1.1256 1.3797 .9732 -1.2019 .9093 1.1279 s .

9*

1.5017 1.5054 1.6733 1.0726 1.4370 1.4526 1.6288 1.0581 10

1.1244 1.6664 1.5195 1.5494 1.1216 1.6146 1.4349 1.2356 11

1.3938 1.1130 1.5538 1.4983 1.6384 1.5886 1.6029 .8326 12 * .9953 1.4403 1.1238 1.6394 1.2685 1.6533 1.0660 13 .*- 1.2167 1.4625 1.6227 1.5931 1.6559 1.2181 .8503 14 *

.9208 1.6459 1.4498 1.6115 1.0679 .8516 15

1.1510 1.0736 1.2595 .8402

CNEl-0400 24 (Rev. 0) 124 of 302 2

l TABLE 2A j CORE OPERATING LIMITS PEPORT F-SUB-0 DESIGN F0D (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 6 OF 18 l

WHEPE: LEVEL 18 = TOP OF CORE 4

LEVEL 1 = BOTTOM OF CORE 4 H G F E D C B A 8* .9758 1.4287 1.0665 1.3114 .9201 1.1375 .8593 1.0705 9* 1.4267 1.4306 1.5943 '1.0167 1.3656 1 3790 1.5513 1.0025 f 10

1.0649 1.5871 1.4442 1.4729 1.0609 1.5376 1.3635 1.1745 11

1.3236 1.0539 1.4766 1.4240 1.5608 1 5114 1.5279 .7881'

]

12 * .9404 1.3678 1.0627 '1.5617 1.2046 1.5774 1.0114 13

1.1512 1.3880 1.5450 1.5156 1.5798 1.1566 .8040 14 * .8700 1.5674 1.3775 1.5360 1.0125 .8052 15

1.0923 1.0170 1.1971 .7952 6

j FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 5 OF 18 i-WHERE: LEVEL 18 = TOP OF CORE.

, LEVEL 1 = BOTTOM 0F CORE i H G F E D 'C B A

{ .................................................................

t .

8* .9184 1.3496 1.0042 1.2371 .8636 1.0669 .8039 1.0033 4 9* 1.3476 1.-3504 1.5071 .9571 1.2863 1.2959 1.4597 .9384 3 .

10

1.0023 1.4998 1.3626 1.3904 .9960 1.4483 1.2807 1.1020 I

11

1.2476 .9912 1.3935 1.3413' 1.4723 1.4227- 1.4387 .7379 12 * .8820 1.2877 .9975 1,4730 1.1330 1.4874 .9492 13

1.0794 1.3041- 1.4551 1.4265 1.4896 -1.0858 .7525 14 * .8138 1.4746 1.2937 1.4462. .9501 .7536 2

15

1.0237- .9519 1.1232 .7445 i

, -- py , , ~.-w. , w

CNEl-MIO-24 (Rev. 0) 125of302 T1.3LE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD ', 3 - D ) AT: 50% POWER 4 EFPD THIF IS LEVEL 4 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 3 = BOTTCM OF CORE H G F E D C B A

.......................................a..**..****.....* ........

8* .B592 1.2646 .9380 1.1541 .8034 .9889 .7419 .1212 9

1.2626 1.2622 1.4068 .8931 1.1958 1.2002 1.3471 .8623 10 * .9359 1.3996 1.2717 1.3001 .9269 1.3410 1.1820 1.0122 1

11

1.1627 .9239 1.3026 1.2506 1.3676 1.3101 1.32d3 .6797 12 * .8200 1.1965 .9280 1.3681 1.0515 1.3765 .8777 13

1.0001 1.2074 1.3471 1.3215 1.3785 1.0020 .6939 14 * .7509 1.3607 1.1938 1.3351 .8785 .6950 15 * .9398 .8746 1.0316 .6857 FQD (3-D) AT: 50% POWER 4 EFFD 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* .7936 1.1624 .8625 1.0521 .7364 .8971 .6691 .8124 9* 1.1604 1.1540 1.2780 .8201 1.0836 1.0818 1.1970 .7649 10 * .8601 1.2709 1.1599 1.1913 .8501 1.2016 1.0557 .8915 11

1.0587 .8469 1.1931 1.1379 1.2327 1.1851 1.1797 .6079 12 * .7511 1.0833 .8508 1.2330 .9534 1.2278 .7900 13 * .9070 1.0880 1.2067 1.1881 1.2295 .8949 .6224 14 *

.6770 1.2088 1.0661 1.1856 .7906 .6233 15 * .8287 .7757 .9083 .6131 l

CNEl 0400-24 (Rev. 0) 126of 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 2 OF 18 WHERE: EVEL 18 = TOP OF CORE LEVEL 1 = BO7 TOM OF CORE H G F 2 D C B A 8* .7001 1.0030 .7563 .9035 .6475 .7667 .5708 .6512 9* 1.0012 .9885 1.0836 .7203 .9217 .9120 .9732 .6244 10 * .7537 1,0768 .9907 1.0248 .7481 .9995 .8734 7116 11 *

.9076 7412 1.0257 .9696 1.0351 .9923 .9573 .5066 ,

12 * .6598 .9205 .7484 1.0353 .8178 1.0057 .6649 13 * .7748 .9169 1.0036 .9946 1.0050 .7307 .5196 14 *

.5774 .9827 .8818 .9620 .6653 .5203 15 * .6640 .6330 .7249 .5108 FQD (3-D) AT: 50% POWER 4 EFPD THIS IS auVEL 1 OF 18 y WHERE: LEVEL 18 = TOP OF CORE LE7EL 1 = BOTTOM OF CORE H G F E D- C- B A 8* .4984 .6757 .5453 .6487 .4749 .5178 .3936 .3916 9* .6744 .6675 .7580 .5241 .6536 .6114 .6109 .3928 10 * .5431 .7528 .6682 .6899 .5480 .6855 .5667 .4251 11 * .6504 .5368 .6900 .6522 .7185 .6599 .5991 .3331 12 * .4835- .6521- .'5481 .7186 .5740 .6351 .4431:

13 * .5232 .6145 .6882 .6614 .6360 .4731 .3376 14 * .3981 .6167 .5720 .6020 .4433 .3381 15 * .3992 .3981 .4329 .3357 m.- . _ _ . _ _

CNEl-(M00-24 (Rev. 0) 127 of 302 TABLE 2A CORE OPERATING LIMITS REPORT.

, F-SUB-Q DESIGN n FQD (3-0) AT: 30% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 = TOP OF COKE LEVEL 1s BOTTOM OF CORE ,

H G F E D C B A

............***.....**................ ............... 4. a......

B* .4930 .9482 .8495 .9987 .7963 .8535 .6514 .6038 9* .9484 1.0261 1.1309 .8464 1.0047 .9528 .9005 .6261

f 10 * .8532 1.1313 1.0546 1.0761 .8823 .9810 .8550 .6279 11

1.0191 .8884 1.0840 .9695 .8984 .9012 .8142 .5078 12 * .8208 1.0147 .8883 .9011 .4705 .7020 .5892 13 * .8686 .9640 .9895 .9061 .7041 .6004 .4670 14 * .6620 .9130 .8662 .8205 .5908 .4681 L .

15 * .6174 .6368 .6411 .5134 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 8* .7286 1.4361 1.1910 1.3905 1.0804 1.2546 .9396 .9876 9* 1.4362 1.5139 1.6237 1.1506 1.4143 .1.4143 1.4302 .9753 10 * .1.1964 1.6251 1.5561 ~1.5921 1.1999 1.4432 1.3120 1.0412 11

1.4214 1.2151 1.6044 1.4397 1.3334 1.3788 1.3173 .7702 12

1.1141 1.4296 1.2081 1.3370 .7327 1.1694 .9144 13

1.2767 1.4309 1.4555 1.3860 1.1728 9613 .7334 14 *- .9548 1.4499 1.3291 1.3272 .9167 .7350 15

1.0100 .9920 1.0632 .7788 l

CNEl.(M00-24 (Rev. 0) 128 0f 302 TABLE 2A 70RE OPERATING LIMITS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 30% POWER 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 4

8* 1.1473 1.7344 1.3365 1.5762 1.1764 1.4090 1.0528 1.1900 9* 1.7342 1.7516 1.8811 1.2649 1.6159 1.6257 1.7133 1.1500 10

1.3421 1.8822 1.7720 1.8060 1.3268 1.7089 1.5436. 1.2709 11

1.6113 1.3368 1.8196 1.6781 1.6784 1.6615 1.6155 .9004 12

1.2130 1.6331 1.3353 1.6820 1.2202 1.5665 1.1073 13 ; 1.4335 1.6444 1.7229 1.6695 1.5704 1.2067 .8859 14

1.0697 1.7367 1.5634 1.6273 1.1100 .bd 7 15

1.2172 1.1697 1.2978 .9104 FQD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 15 OF 18 g WHERE: LEVEL 18 = TOP OF CORE' LEVEL 1 = BOTTOM OF CORE H G F E D C B A '9 8* 1.2782 1.8490 1.3891 1.6520 1.2053 1.4646 1.0967 1.2869 9

1.8484 1.8473 1.9944 1.3067 1.7033 1.7180 1.8519 1.2316 10

1.3942 1.9945 1.8540 1.8859 1.3758 1,8449 1.6562 1.3874 11 .* 1.6868 1.3781 1.8990 1.7856 1.8554 1.8106 1.7769 .9635 12

1.2418 1.7199 1.3838 1.85os 1.4231 1.7866. 1.2096 13 - 1.4894 1.7370 1.8594 1.8187 1.7908 1.3473 .9682 14

1.1140 1.8767 1.6771 1.7895 1.2123 .97C1

.5* 1.3162 1.2525 1.4169 .9741

CNEl-0400-24 (Rev. 0) 129 0f 302 TABLE 2A CORE OPERATING LIMITS REPORT j F-SUB-Q DESIGN a

FQD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 14 OF 18 i WHERE: LEVEL 18 - TOP OF CORE i LEVEL 1s BOTTOM OF CORE ll H G F E D C B A ,

j .

g 8

1.2981 1.8729 1.3968 1,6716 1.2063 1.4777 1.1091 1. : : :.'

1 9* 1.6/19 1.8691 2.0288 1.3143 1.7311 1.7511 1.9107 1.2634 10

1.4009 2.0275 1.8729 1.9044 1.3867 1.9036 1.7039 1.4389 11

1.7041 1.3823 1.9163 1.8221 1.9287 1.8770 1,8532 .9897

]

12

1.2416 1.7461 1.3940 1.9320 1.4927 1.8896 1.2555 i

13

1.5019 1,7695 1,9178 1.8850 1.8937 1.4147 1.0058 l 14

1.1263 1.9357 1.7251 1.8660 1.2581 1.0077 15

1.3563 1.2846 1.4693 1.0004 h

FQD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 13 OF 18 I

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE .

, H G F E D C B A i

4 .......... ................................,,....................

8* 1.2812 1.8541 1.3800 1.6600 1.1911 1.4670 1.1026- 1.3325 i

9* 1.8529 1.8518 2.0194 1.3011 _1.7250 1.7294 1.9229 1.2660 10

1.3830 2.0169 1.8576 1.88f7 1.3747 1.9154- 1.7122 1.4517 11

1.6897 1.3653 1.9004 1.8183 1.9443 1.8926 -1.8768 .9929 12 1.2246 1.7381 1.3811 1.9472 1.5067 1.9244- 1.2661 13

1.4902 1.7669 1.9289 1.9002 1.9285 1.4355 1.0143 14

1.1193 1.9475 1.7331 1.8894 1.2685 1.0162 i

1 15

1.3624 1.2871 '1.4821 1.0035 e

9

. . , . . _ . . . - - - , , . , . . , .m.._, ,

CNEl-0400-24 (Rev. 0) 1300f 302 i

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

FQD (3-D) AT: 30% 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 B A 3 .**...**..............................******...........**....**.*

8

1.2476 1.8120 1.3477 1.6284 1.1639 1.4395 1.0826 1.3176 3

9* 1.8106 1.8115 1.9835 1.2736 1.6967- 1.7242 1.9050 1.2495 10

1.3499 1.9800 1.8205- 1.8534 1.3465 1.8966 1.6940 1.4396 11

1.6553 1.3338 1.8628 1.7890 1.9253 1.8752 1.8661 .9804 12

1.1956 1.7079 1.3522 1.9279 1.4912 1.9182 1.2535 13

1.4614 1.7405 1.9094 1.8824 1.9220 1.4266- 1.0036 14

1.0987 1 0288 1.7142 1.8782 1.2558 1.0054 15

1.3470 1.2700 1.4696 .9907 FQD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE

! LEVEL 1 = BOTTOM OF CORE H G F E D C B A t

8* 1.2040 1.7550 1.3045 1.5827 1.1274~ 1.3988 1.0523 1.2881 9* 1.7534 1.7560 1.9?96 1.2353 1.6524 1.6814 1.8660 1.2194 10

1.3058 1.9253 1.7677 1.8010 1.3061 1.8563 1.6566 1.4103 11

1.6068 1.2915 1.8093 1.7418 1.8836 1.8351 1.8318 .9566 4 12

1.1570 1.6620 1.3110 1.8859 1.4571 1.8852 1.2250 13

1.4194- 1.6966 1.8683 1.8419 1.8889 1.3978 .9795

, 14 .* 1.0675 1.8888 1.6760 1.8434 1.2271 .9813 7

15

1.3166 1.2392 1.4395 .9665

CNEl.0400 24 (Rev. 0) 131 of 102 TABLE 2A CORE OPERATING LIM;rS REPORT F-SUB-Q DESIGN FQD (3-D) AT: 30% POWER 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 8

1.1533 1.6871 1.2531 1.5263 1.0833 1.3477 1.0139 '. 2477 9

1.6854 1.6892 1.8627 1.1889 1.5960 1.6253 1.8110 1.1791 10

1.253P 1.8576 1.7031 1.7364 1.2562 1.8002 1.6048 1.3684 11

1.5477 1.2410 1.7435 1.6813 1.8256 1.7784 1.7803 .9245 12

1.1109 1.604C 1.2605 1.8276 1.4099 1.8336 1.1851 13 '

1.3670 1.6393 1.8113 1.7848 1.8370 1.3550 .94f1 14

1.0283 1.8327 1.6233 1.7914 1.1870 .9477 15

1.2752 1.1980 1.3965 .9334 FQD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 9 OF-18 WHERE: LEVEL 18 t TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D r B A 8* 1.0975 1.6111 1.1956 1.4618 1.0335 1.2885 .9693 1.1989 9* 1.6093 1.6142 1.7858 1.1362 1.5302 1.5588 1.7436 1.1309 10

1.1957 1.7802 1.6295 1.6618 1.1992 1.7318 1.5420 1.3168 11 " 1.4807 1.1842 1.6681 1.6108 1.7554 1.7094 1.7159 .8860 12

1.0590 1.5367 1.2028 1.7571 1.3530 1.7681 1.1368 13

1.3064 1.5716 1.7422 1.7152 1.7714 1.3021 .9058 14 * .9828 1.7640 1.5595 1.7263 1.1385 .9073 15

1.2250 1.1488 1.3437 .8949

4 h CNCI-0400 24 (Rev. 0) 1320f 302 TABLE 2A CORE OPERATING LIMITS REPORT F-SUB-Q DESIGN-FQD (3-D) AT: 30% PCWER 4 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CGRE-LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.0382 1.5292 1.1337 1.3910 .9793 1.2230 .9196 1.1431 9* 1.5273 1.5331 1.7014 1.0788 1.4571 1.4840 1.6660 1.0763 10

1.1332- 1.6954 1.5491 1.5801 1.1367 1.6537 1.4703 1.2574 11

1.4075 1.1227 1.5855 1.5326 1.6757 1.6305 1.6410 .8426 12

1.0028 1.4622 1.1398 1.6772 1.2888 1.6918 1.0820 13 a* 1.2394 1.4957 1.6632 1.6359 1.6949 1.2414 .8604 14 *

.9324 1.6852 1.4868 1.6509 1.0836 .8618 15

1.1680 1.0932 1.0830 .8510 FQD (3-D) AT: 30% FOWER 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* .9767 1.4433 1.0686 1.3155 .9319 1.1524 .8662 -1.0814 9* 1.4414 1.4477 1.6114 1.0179 1.3780 1.4024 1.5795 1.0164 10

1.0677 1.6050 -1.4636 1.4929 1.0702 1.5674 1.3911 1.1911 11

1.3298 1.0579 1.4975 1.4484 1.5883 1.5437 1.5573. .7951 12 * .

.9433 1.3820 1.0728 1.5896 1.2186 1.6064 1.0221 13

1.1674 1.4129 1.5761- 1.5487 1.6093 1.1743 .8109 9 .

14 * .8779 1.5975 1.4065 1.5665 1.0235 .8123 3 15

1.1047 '1.0321 1.2153 .8029

CNEl-0400-24 (Rev. 0) 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 WHERE: LEVEL 12 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* .9142 1.3551 1.0016 1.2363 .8621 1.0776 .8091 1.0136 9* 1.3532 1.3594 1.5167 .9545 1.2941 1.3147 1.4844 .9511 10

1.0004 1.5102 1.3744 1.4019 1.0009 1.4735 1.3047 1.1179 11

1.2486 .9908 1.4057 1.3596 1.4940 1.4496 1.4648 7438 12 * .8816 1.2971 1.0030 1.4951 1.1434 1.5123 .9575 13

1.0913 1.3242 1.4814 1.4541 1.5149 1.*01, 7579 14 .8198 1.5010 1.3190 1.4733 .9588 .7592 15

1.0354 .9658 1.1405 .7511 FQD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 5 OF 18-WHERE: LEVEL 18 = TOP OF CORE LEVEL 1.= BOTTOM OF CORE H G F E D C B A 8* .8518 1.2656 .9334 1.1536 .8007 .9991 .7484 .9385 9* 1.2638 1.2687 1.4172 .8893 1.2050 1.2206 1.3788 .8798 10 *

.9319 1.4107. 1.2819 11.3079 .9294 1.3706 1.2101 1.0360 11

1,1640 .9220 1.3111 1.2665 1.3920' 1.3474 1.3617 .6884 12 *

.8183 1.2071 .9311 1.3929 1.0629 1.4077 .8882 13

1.0114 1.2291 1.3777 1.3515 1.4101 1.0216 .7014 14 *

.7582 l'3940 1.2232 1.3694

. .8893 .7025.

15 * .9585 .8932 1.0569 .6950

i CNEI.0400 24 (Rev. 0)

lit of 302 I

TABLE 2A

, CORh OPERICING LIMITS REPORT 4

F-SUB-Q DESIGN l

FQD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 4 OF 18 i WHERE: LEVEL 18 = TOP OF CORF l LEVEL 1 = BOTTOM OF CORE j H G F E D C B A 8* .7895 1.1735 .8636 1.0651 .'7376 .9159 .6833 .8517 9*

1.1717 1.1734 1.3087 .8217 1.1083 1.1175 1.2570 .7992 10 * .8618 1.3022 1.1836 1.2097 .8561 1.2541 1.1036 .9404 11

1.0738 .8510 1.2122 1.1669 1.2782 1.2335 1.2419 .6272

. 12 * .7534 1.1095 .8574 1.2789 .9757 1.2870 .8124 13 * .9269 1.1249 1,2604 1.2371 1.2891 .9320 .6398 14 * .6921 1.2706 1.1153 1.2488 .8133 .6409 15 * .8698 .8112 .9592 .6332 l

i FQD (3-D) AT: 30% 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* .7234 1.0686 .7874 .9621 .6702 .8227- .6103 .7430

. 9* 1.0669 1.0627 1.1773 .7482 .9944 .9968 1.1044 .7014 10 * .7853 1.1709 1.0691 1.0976 . 7 7 8 *. 1.1116. .9750. .8192 11 * .9687 .7733 1.0995 1.0511 1.1400- 1.0972 1.0906 .5553 12 * .6840 .9948 .7790 1.1405 .8761 1.1351 .7239 13 * .8323 1.0031 1.1169 1.1003 1.1369 .8237 .5681 14 * .6180 1.1161 .9852 1.0966 .7246' .5690 15 * .7586 .7119 .8354 .5604 i'

f

- , , . ./ n , - - ..n. ,. a - .,,., ,

CNEl-0100-24 (Rev 0) 135or302 TABLE 2A CORE OPERATING LIMITS REPORT

, F-SUB-Q DESIGN t

FQD (3-D) AT: 30% 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 *

.6341 .9149 .6856 .8197 .5851 .6971 .5161 .5898 9* .9133 .9029 .9896 .6525 .8386 .8328 .8890 .5671 10 * .6834 .9836 .9057 .9364 .6796 .9157 7989 .6475 11 * .8238 .6719 .9373 .8880 .9484 .9100 .8762 1586 12 * .5965 .8380 .6801 .9488 .7453 .9188 .6039 13 * .7050 .8377 .9199 .9124 .9202 .6736 .4702 14 *

.5227 .8982 .8071 .8809 .6044 .4709 4

15 * .6020 .5754 .6601 .4627' i

FQD (3-D) AT: 30% 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 * .4493 .6123 .4916 .5846 .4268 .4676 .3539- .3517 9* .6111 .6057 .6872 .4722 .5904 .5540 .5532 .3538 10 * .4897 .6826 .6067 .6260 .4951 .6229 .5141- .3835 11 * .5864 .4839 .6263 .5930 .6532 .6003 .5436 .2993 l

12 * .4348 .5893 ,4953 .6534 .5198 .5765 .3995

\

l 13 * .4727 .5572 .6256 .6019 .5774. .4280' .3032 14 *

.3581 .5589 .5193_ .5465 .3998' 3037 15 * .3589 .3589 .3908 .3019 1

I i

T

.. . . - . - n

7_ __ . _ _ - _ _ - _ _ - _ _ _ - _ _ _ _ _ _ _

CNEl-(M00-24 (Rev. 0) 136of 302-TABLE 3 m

CORE OPERATING LIMITS REPORT:

M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

M ^s (3-D) AT: 100% POWER 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 8 1.7728 1.5165 1.7308 1.5013 1.7692 1.7357 2.1446 2.3503-9* 1.5181 1.5472 1.4223 1.7348 1.5175 1.6198' 1,7350 2.2915 10

1.7278 1.4251 1.5131 1.5019 1.7311 1.6482 1.8363 2.3428 11

1.4814 1.6824 1.4944 1.6267 1.5833 1.6864 1.9408 2.7511 12

1.7263 1.5110 1.7244 1.5827 1.7875 1.819e 2.2122 13

1.7141 1.6084 1.6396 1.6836 1.8178 2 . ' ~ .7 2.6388 14 2.1211 1.7196 1.8200 1.9348 2.2129 2.6363 15

2.3136 2.2652 2.3076 2.7302 MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18 = TOP OF' CORE LEVEL 1 = BOTTCM OF CORE H G F E D C B A 8*

1.5667 1.2641 1.5355 1.3193 1.6088 1.4692 1.8475 1.7899 9* 1.2653 1.2992 -1.2155 1.5579 1.3201 1.3579 1.3615 1.8238 10

1.6320 1.2169 1.2710 1.2E'4 1.5615 1.3862 1.4954 1.7663 11 1.2988 1.5006 1.2462 1.3614 1.3400 '

.3971 1.5143- 2.2636 12

1.5686 1.3128 1.5549 1.3394 1.5410 1.4297 1.8350 13

1.4507 1.3480 1.3787 1.3948 1.4284- 1.7103 2.1600 14

1.8269 1.3492- 1.4818 1.5095 1.8353 2.1579 15

1.7613 1.8025 1.7391 2.2458 i

_ . _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ _ _ _ _ . _ . _ _ _ . _ _ _ ..____.______________._.__.__._____.m

CNEI.(M00-24 (Rev. 0) 137 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS FTPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 100% POWER 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* 1.5405 1.2051 1.4895 1.2556 1.5820 1.4063 1.7572 1.6031 9* 1.2063 1.2324 1.1375 1.5172 1.2466 1.2745 1.2267 1.6688 10

1.4859 1.1387 1.2051 1.1939 1.5304 1.2746 1.3760 1.5669 11

1.2354 1.4583 1.1869 1.2843 1.2392 1.2948 1.3558 2.1009 12

1.5421 1.2394 1.5238 1.2387 1.4561 1.2871 1.7114 13

1.3883 1.2652 1.2678 1.2925 1.2859 1.5753 2.0277 14

1.7473 1.2156 1.3635 1,3513 1.7116 2.0256 15

1.5770 1.6491 1.5423 2.0841 a

MQ (3-u) AT: 100% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE .

H G F E D C B A

................................................................. a 8* 1.4943 1.1919 1.1306 1.2351 '. 5278 1.3875 1.6759 1.5231 9*

1.1931 1.2122 1.1082 1.4564 1.2184 1.2390 1.1648 1.6026 10

1.4277 1.1097 1.1858 1.1786 1.4644 1.2210 1.3195 1.4777 11 .* 1.2161 1.4007 1.1722 1.2555 1.1928 1.2462 1.2764 1.9567 12

1.4899 1.2121 1.4604 1.1923 1.3678 1.2215 1.6006 13 a 1.3704 1.2303 ;,2148 1.2440- 1.2203 1.5183 1.9845 14

1.6573 1.1544 1.3075 1.2718 1.6006 1.9824 15

1.4982 1.5837 1.4542 1.9411

CNEl.(M00-24 (Rev. 0) 138of 302 TABLE 3 (CON'T)

CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN) i (UNCERTAINTY VALUES ! JOT INCLUDED)

MQ (3 -D) AT: 100% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

............... 4....**.......................**.........*.......

8

1.5023 1.2077 1.4197 1.2604 1.5430 1.4149 1.6710 1.5201 9

1.2090 1.2222 1.1221 1.4652 1.2364 1.2500 1.1586 1.6084 10

1.4187 1,1248 1.2090 1.1948 1.4445 1.2121 1.3173 1.4653 11

1.2425 1.4113 1.1896 1.2584 1.1863 1.2349 1.2463 1.9252 12

1.5061 1.2311 1.4408 1.185F 1.3463 1.2078 1.5648 13 1.3982 1.2419 1.2073 1.2327 1.2066 1.5178 2.0007 14 1.6530 1.1486 1.3056 1.2415 1.5647 1.9985 15

1.4953 1.5896 1.4421 1.9102 MQ (3-D) AT: 100% 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 y S

1.5691 1.2435 1.4562 1.3079 1.6081 1.4690 1.7264 1.5577 9* 1.2450 1.2502 1.1459 1.5175 1.2779 1.2864 1.1815 1.6535 10

1.4561 1.1494 1.2453 1.2221 1.4736 1.2226 1.3406 1.4919 11

1.2916 1.4642 1.2175 1.2814 1.2064 1.2469 1.2451 1.9526 12 ,* 1.5714 1.2742 1.4707 1.2060 1.3796 1.2239 1.5832 13

1.452/ 1.2790 1.2182 1.2446 1.2227 1.5495 2.0533 14 1.7086 1.1717 1.3296 1.2405 1.5^?4 2.0510 15

1.5327 1.6347 1.4685 1.9387

CNEl-(M00 24 (Rev.0) 139of 302 TABLE 3 (Col > ' T )

CORE OPERATI!JG LIMITS REPORT M-SUB-O VALUES (F-SUB-O OP MARG 1tJ)

(UNCELTA111'1"i VALUES IJOT If1CLUDED) 4 EFPD T;lIS IS LEVEL 12 CF 18 MQ (3-D) AT: 100% POWER WHERE: LEVEL IP TOP GF CORE LEVEL 1 m BOTTOM OF CORE C 16 A G F E D H

1.6923 1.5329 1.8073 1.6112 8 1.6408 1.2900 1.5239 1.3189 1.3302 1.2148 1.7139 9* 1.2916 1.2972 1.1848 1.5813 1.3223 1.2471 1.3708 1.5322 J'

1.5247 1.1889 1.2893 1.2650 1.5344 11 + 1.3440 1.5314 1.2609 1.3200 1.2320 1.2719 1.2662 2.0082 1.6558 1.3199 1.5322 1.2318 1.4180 1.2400 1.6243

}

1. 3 *t 3 6 1.2449 1.2697 1.2388 1.5800 2.1069 13 1.5171 14

1.7897 1.2054 1.3601 1.2618 1.6243 2.1046 15

1.5857 1.6951 1.5087 1.9946 4 EFPD THIS IS LEVEL 11 OF IB MQ 3-D) AT: 100% POWER WilERE : LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE C B A G F E D H

1.796. 1.6047 1.9119 1.6737 8

1.7465 1.3496 1.6129 1.4207 1.7839 9* 1.3515 1.3562 1.2322 1.6784 1.3771 1.3806 1.2547 1.2848 1.4129 1.5815 10

1.6148 1.2371 1.3444 1.3158 1.6167 1.3121 1.3ti8 1.2728 1.3114 1.2969 2.0982 11 *. 1.4070 1.6232 1.6984 12

1.7595 1.3760 1.6151 1.2728 1.4829 1.2715 13

1.5894 1.3747 1.2810 1.3094 1.2704 1.6305 2.1898 14

1.8945 1.2657 1.4024 1.2425 1.6986 2,1876 15

1.6479 1.7651 1.5577 2.0848

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

CNEl-(400 24 (Rev. 0) 1400f 302 l

TABLE 3 (CON'T) l CORE OPERATI!C LIMITS REPORT M-SUB-Q VALUES (F-SUB-O OP MARGI!1)

(UNCERTAINTY VALUES 110T IllCLUDED)

MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 10 OF 18 l 1

WHERE: LEVEL 18 = TOP OF CORE l LEVEL 1 s- BO*ITOM OF CORE f

)

H G F E D C D A 8* 1.8264 1.3642 1.6916 1.4478 1.9274 1.6770 2.1070 1.7533 i 9* 1.3659 1.3691 1.2472 1.7760 1.4185 1.4391 1.3079 1.8728 1

10 * .6924 1.2517 1.3652 1.3453 1.7293 1.3352 1.4736 1.6482 11

1.4318 1.7177 1.3409 1.4073 1.3124 1.3639 1.3427 2.2933 12

1.8841 1.4150 1.7257 1.3118 1.6016 1.3201 1.8511 >

1 13

1.6577 1.4305 1.3296 1.3611 1.3191 1.7041 2.2994 J

14

2.0877 1.2993 1.4632 1.3386 1.8517 2.2972 i

15

1.7270 1.8540 1,6240 2.2794

{

MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 9 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORS H G F E D C B A 8* 1.8261 1.3268 1.6881 1.4083 1.9248 1.6312 2.1042 1.7477 9* 1.3286 1.3311 1.2091 1.7701 1.1771 1.3939 1.2765 1.8617 4

10

1.6896 1.2140 1.3258 1.3055 1.7232 1.2888 1.4381 1.6359 11

1.3940 1.7133 1.3016 1.3653 1.2708 1.3202 1.3130 2.3299 12

1.8827 1.3746 1.7201 1.2703 1.5888 1.2837 1.8584 13

1.6130 1.3859 1.2836 1.3174 1.2821 1.6710 2.2883 i 14 ,* 2.0808 1.2654 1.4254 1.3073 1.8573 2.2853 15

1.7177 1.8392 2.6085 2.3116 0

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

CNE14M00 24 (Rev. 0) 14t of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT h-SUB-Q VALUES (F-SUB-Q OP MARGI!i)

(U!! CERTAINTY VALUES !!OT INCLUDED)

M2 (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 s TOP OF CORE LEVEL 1 = BO'ITOM OF CORE H G F E D C B A 8* 1.7992 1.2969 1.6622 1.3763 1.8754 1.5806 2.0226 1.6653 9* 1.2988 1.3011 1.1790 1.7354 1.3404 1.3512 1.2256 1.7797 10 *, 1.6644 1.1842 1.2952 1.2739 1.6937 1.2513 1.3891 1.5614 11

1.3648 1.6836 1.2706 1.3294 1.2317 1.2791 1.2698 2.2367 12 *, 1.8372 1.3398 1.6912 1.2314 1.5457 1.2391 1.8104 13

1.5645 1.3448 1.2465 1.2764 1.2376 1.6240 2.2.57 14

0020 1.2159 1.37'/7 1.2644 1.8097 2.2230 15

1.63'3 1.7589 1.5363 2.2202 HQ (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*

1.7591 1.2571 1.6014 1.3182 1.8109 1.5191 1.9513 1.5971 9*

1.2590 1.2578 1.1323 1.6686 1.2827 1.2915 1.1657 1.7107 10

1.6047 1.1380 1.2465 1.2248 1.6283 1.1911 1.3240 1.4920 11

1.3082 1.6193 1.2223 1.2833 1.1877 1.2276 1.2045 2.1518 f 12 1.7749 1.2828 1.6270 1.1876 1.5047 1.1914 1.7306

.13

1.5041 1.2856 1.1872 1.2254 1.1901 1.5597 2.1356 14

1.9317 1.1565 1.3132 1.1998 1.7301 2.1330 15

1.5702 1.6907 1.4679 2.136; f

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

4 CNE14M00 24 (Rev. 0) 142 0f 302 i

TADLE 3 (CON'T) j CORE OPERATING LIMITS REPORT I

M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

] (UNCERTAINTY VALUES NOT INCLUDED) 4 j MQ (3-D) AT: 100% P0WER 4 EFPD THIS IS LEVEL 6 0F 18 I

j WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE j H G F E D C B .

} 8* 1.7007 1.2092 1.5552 1.2763 1.7684 1.4775 1.9063 1.5522

! 9* 1.2112 1.2115 1.0893 1.6220 1.2416 1.2494 1.1227 1.6662 i

10

1.5590 1.0950 1.2019 1.1798 1.5825 1.1461 1.2782 1.4451 1

l 11

1.2675 1.5745 1.1778 1.2347 1.1383 1.1785 1.1562 2.0976 12

1.7341 1.2422 1.5816 1.1383 1.4433 1.1368 1.6753 4

]

13 + 1.4632 1.2440 1.1425 1.1764 1.1356 1.5023 2.0763 i 14

1.8873 1.1139 1.2678 1.1518 1.6749 2.0739 .

15

1.5259 1.6468 1.4215 2.0824 i

MQ (3-D) 'AT: 100% POWER 4 EFPD THIS IS LCVEL 5 0F 18 >

WHERE: LEVEL 18 4 TOP OF CORE LEVEL 1 = BOTTOM-OF CORE

!! C F E D C B A i

i 8* 1.6405 1.1607 1.5068 1.2362 1.7278 1.a422 1.8738 1.5257 ,

9* 1.1626 1.1649 1.0476 1.5753 1.2049 1.2145- 1.0904 1.6402 10

1.5107 1.0533 -1.1579 1.1362 1.5394 1.1097 A.2440 1.4167 .

11

1.2282 1.5289 1.1344 1.1902 1.0968 1.1392- 1.1210 2.0666 1.6947 1.2057 12 + 1.5387 1.0968 1.3944 1.0958 1.6376 13

1.4282 1.2091 1.1061 1.1372 1.0946 11.4635 2.0429 4

14

1.8549 1.0817 1.2338 1.1166 1.6372 2.0405 15

1.4995 1.6208 1.3932 2.0515 4

4

, ,-- w , + - - . ~ - -

4 CNEl-04N).24 (Rev 0) 143 of 302 i

l TABLE 3 (C0!J ' T)

CORE OPERATI!J3 LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP HARGIN)

(U!JCERTAINTY VALUES ! JOT I!JCLUDED) a MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 4 OF 18

> WHERE: LEVEL 18 = TOP OF CORE

, LEVEL 1 = BOTTOM OF CORE l

H G F E D C B A 4 .................................................................

1

l 8* 1.6126 1.1344 1.4871 1.2211 1.7177 1.43,4 1.8785 1.5371

)

9* 1.1364 5.'423 1.0292 1.5584 1.1934 1.2057- 1.0850 1.6511 i 10

1.4916 1.0351 1.1380 1.1137 1.5239 1.0993 1.2386 1.4233 11

1.2140 1.5127 1.1122 1.1699 1.0802 1.1252 1.1129 2.0760

. 12

1.6855 1.1947 1.5235 1.0803 1.3762 1.0807 1.6305 j

, 13 + 1.4207 1.2005 1.0959 1.1232 1.0796 1.4553 2.0444 i

14

1.8597 1.0763 1.2283 1.1086 1.6301 2.0420 15

1.5104 1.6315 1.3996 2.0609 4

s MO (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 3 OF 18

! WHERE: LEVEL 18 = TOP OF CORE j LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.6356 1.1499 1.5158 1.2533 1.7600 1.4796 1.9559 1.6344 9* 1.1520 1.1644 1.0555 1.5916 1.2311 1.2483 1.1377 1.7462 I 10

1.5210 1.0620 1.1631 1.1323 1.5557 1.1424 1.2934 1.5128 11

1.2472 1.5462 1.J112 1.1971 1.1144 1.1635 1.1663 2.1801 12

1.7281 1.2331 1.5557 1.1145 1.4150 1.1246 1.6950 13

1.4659 1.2432 1.1389 1.1616 1.1235 1.5203 2.1376 14 * .1.9365 1.1286 1.2827 1.1617 1.6949 2.1352 i

15 1.6059- 1.7255 1.4876 2.1645 1

2

)

4

, . . - - - . . , , , ,r,,r.-- ,- ,,,,..--..-s ---..,m-, y, -,w-, - . , _ , _ - - , , - , - , _ , - - - , . . . - - , -

CNEl44(X)-24 (Rev 0)

144 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARC 114)

(UNCERTAlliTY VALUES NOT INCLUDED) j MO (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 2 OF 18

, WHERE: LEVEL 18 = TOP OF CORE

LEVEL 1 = BOTTOM OF CORE l H G F E D C B A s

j 8* 1.7719 1.2651 1.6494 1.3887 1.9130 1.6483 2.1905 1.9424 J

i 9* 1.2676 1.2902 1.1799 1.7304 1.3754 1.4055 1.3256 2.0392 10

1.6561 1.1878 1,2902 1.2488 1.6856 1.3001 1.4830 1.8027 11 1.3841 1.ild <W

3321

. 1.2558 1.3153 1.3606 2.4978 12

1.8798 1. . *? 9 J a.* 2 9 1.5672 1.3002 1.9182 13

1.6334 1. 4 0 ts , ?; 1.J131 1.2989 1.7493 2.4428 14

2.1692 1.3150 1,4709 1.3554 1.9182 2.4402 a

15

1.9089 2.0152 1. 729 2.4804 2

M2 (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 1 OF A8 o

WHERE: 1RVEL 18 = TOP OF CORE i LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.4254 1.8167 2.2220 1.8711 2.5377 2.3650 3.0901 3.1272 9* 1.8203 1.8466 1.6256 2.3119 1.8739 2.0254 2.0360 3.1399 10

2.2320 1.6374 1.8513 1.7929 2.2350 1.8249 2.2067 2.9178 11

1.8679 2.2599 1.7931 1.9127 1.7418 1.9066 2.0952 3.6877 12

2.4953 1.8803 2.2364 1.7421 2.1618 1.9784 2.7903 13

2.3440 2.0180 1.8197 1.9034 1.9765 2.6412 3.6481 14

3.0606 2.0199 2.1889 2.0873 2.7906 3.6442 15

3.0740 3.1035 2.8704 3.6633

CNEl4M00 24 (Rev. 0) 145 of 302 TABLE 3 (C0!J ' T)

CORE OPERAT!!JG L1 HITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(Ul1CERTAI!iTY VALUES NOT I!JCLUDED)

M2 (3-D) AT: 100% POWER 150 EFFD THIS IS LEVEL 18 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A B

1.7124 1.5051 1.6809 1.4548 1.6114 1.5730 1.8762 2.0357 9*

1.5069 1.4946 1.4209 1.6478 1.4493 1.5009 1.5915 2.0394 10

1.6837 1.4227 1.4731 1.4631 1.5887 1.5460 1.6462 2.0663 11 *, 1.4470 1.5779 1.4603 1.5102 1.4782 1.5221 1.7257 2.4058 12

1.5931 1.4523 1.5895 1.4793 1.5817 1.6309 1.9354 13

1.5663 1.4995 1.5438 1.5218 1.6314 1.8696 2.2120 14

1.8690 1.5867 1.6411 1.7249 1.9396 2.2124 15

2.0184 2.0292 2.0488 2.4014 MQ (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 17 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H C F E D C B A 8* 1.5811 1.3125 1.5215 1.2848 1.4864 1.3754 1.6692 1.6192 9* 1.3140 1.3010 1.2299 1.5054 1.2703 1.2942 1.3019 1.5800 10

1.5240 4.2312 1.2772 1.2697 1.4638 1.3205 1.3859 1.6272 11

1.2770 1.4364 1.2672 1.3089 1.2728 1.3030 1.4049 2.0417 12

1.4697 1.2726 1.4647 1.2739 1.4032 1.3380 1.6616 13 *, 1.3700 1.2933 1.3188 1.3030 1.3385 1.5637-- 1.8696 14

1.6632 1.2984 1.3819 1.4045 1.6653 1.8699 15

1.6057 1.6719 1.6136 2.0379 I

CNEl-0400 24 (Rev. 0) 146of 302 TABLE 3 (CO!J ' T)

CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP liARG1!J)

(UlJCERTAI!JTY VALUES ! JOT I!JCLUDED)

MO (3-D) AT:

v01 POWER 150 EFFD THIS IS LEVEL 16 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = PO770M OF CORE H G F E D C B A 8* 1.6145 1.2999 1.5112 1.2478 1.4914 1.3559 1.6498 1.5068 9* 1.3016 1.2774 1.1817 1.4996 1.2274 1.2520 1.2226 1.5909 10 ,* 1.5142 1.1832 1.2482 1.2499 1.4715 1.2519 1.3208 1.5019 11

1.2408 1.4301 1.2478 1.2786 1.2170 1.2532 1.3159 1.9598 12

1.4754 1.2302 1.4728 1.2181 1.3738 1.2604 1.6093 13

1.3512 1.2517 1.2507 1.2533 1.2609 1.4969 1.8165 14

1.6444 1.2198 1.3172 1.3157 1.6129 1.8168 15

1.4945 1.5836 1.4894 1.9563 MQ (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 15.0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

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

8

1.6115 1.3241 1.4781 1.2482 1.4654 1.3704 1.6075 1.4754 9* 1.3259 1.2913 1.1750 1.4663 1.2235 1.2485 1.1994 1.5719 10

1.4819 1.1772 1.2565 1.2645 1.0437 1.2312 1.3044 1.4619 11

1.2427 1.4000 1.2631 1.2881 1,2075 1.2474 1.2919 1.8790 12

1.4507 1.2273 1.4454 1.2088 1.3329 1.2428 1.5571 13

1.3664 1.2488 1.2305 1.2477 1.2433 1.4930 1.8350 14

1.6029 1.1971 1.3013 1s2918 1.5607 1.8353 15

1.4636 1.5650 1.4500 1.8759

4 l

1 l CNEl N00 24 $ev. 0) 147 0s.12 i 1 TABLE 3 (CON'T) 1 l CORE OPERATING LIMITS REPORT M-SUS-Q VALUES (F-SUB-Q OP MARGIN) 1 (UNCERTAINTY VALUES NOT INCLUDED) 1 l MQ (3-D) AT: 100% POWER 150 EFPD THIS IS; LEVEL 14 OF 18 j WHERE: LEVEL 18 = TOP OF CORE

LEVEL 1 = BOTTOM OF CORE i

j H G F E D C B A l

[

. 1

! 8* 1.6471 1.3660 1.4880 1.2871 1.4974 1.4216 1.6348 1.5047 i'

9* 1.3681 1.3236 1.2062 1.4928 1.2582 1.2830 1.2215 1.6110

. 10

1.4932 1.2092 1.2999 1.2987 1.4511 1.2418 1.3311 1.4835 l i

1 11

1.2833 1.4275 1.2983 1.3217 1.2313 1.2714 1.3020 1.8894

12

1.4837 1.2634 1.4554 1.2327 1.3482 1.2691 1.5677 '

3 13

1.4181 1.2840 1.2418 1.2718 1.2698- 1.5381 1.9036

14

1.6306 1.2195 1.3283 1.3021 1.5714 1.9040 3

. 15 a 1.4929 1.6043 1.4716 1.8867 I

i

l. ,

i MQ (3-D) AT: 100% POWER 150 EFPD THIS 1S LEVEL 13 OF 18 i !

WHERE: LEVEL 18 = TOP OF CORE j LEVEL 1 = BOTTOM OF CORE H G F E D C B A

! ........................+........................................

i 8

1.7267 1.4143 1.5371 1.3429 1.5701 1.4917 1.7107 1.5642 t

9* 1.4165 1.3631 1.2425 1.555', 1.3097 1.3359 1.2654 1.6794 10 - 1.5433 1.2465 1.3495 1.3430 1.4967 1.2696 1.3737 1.5338f

1.

1.3408 1.4898 1.3433 1.3646 1.2721 1.3080 . 1.3239 1,9430f 4

12

1.5572 1.3164 1.4997. 1.2737 1.4053 1.3127 1.6182 13

1.4888 1.3376 1.2699 1.3086 :1.3135 1.5997- 1.9931 14

1.7068 -1.2637- 1.3713 1.3241 1.6221 1.9936 15 *- 1.5522 1.6728 1.5218 1.9408 L

<-a-, ,,vy-- , , - . v,c:r +-ge,,.- m- t e. ,r a- -a wee.p%-,--r- y + r - --er r y ,,wt. - w o~<i--wg , ww. , - - - - - -

CNEl-lu00 24 (Rev. 0) 148 of 302 TABLE 3 (CON'T)

CORE OPERATIllG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIti)

(UNCERTAIllTY VALUES NOT IllCLUDED)

M2 (3-D) AT: 1004 POWER 150 EFPD THIS IS LEVEL 12 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOh CF CORE H G F E D C B A 8* 1.8080 1.4726 1.6054 1.3966 1.6555 1.5652 1.8038 1.6318 9* 1.4751 1.4198 1.2838 1.6278 1.3595 1.3901 1.3139 1.7552 10

1.6127 1.2885 1.4013 1.3974 1.5670 1.3077 1.4175 1.5902 11

1.3960 1.5604 1.3983 1.4149 1.3080 1.3473 1.3626 2.0162 12 *, 1.6432 1.3674 1.5707 1.3098 1.4570 1.3470 1.6759 13

1.5629 1.3925 1.3083 1.3481 1.3478 1.6500 2.0630 14

1.8003 1.3126 1.4153 1.3630 1.6801 2.0635 15

1.6195 1.7487 1.5779 2.0144 MQ (3-D) AT: 100% POWER 150 EFPD THIS iS LEVEL 11 0F 18 WHERE: LEVEL 18 = 7VP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

1.9228 1.5372 1.6935 1.4570 1.7557 1.6417 1.9147 1.7030 i 9* 1.5400 1.4772 1.3332 1.7209 1.4158 1.4477 1.3650 1.8349 10 *, 1.7021 1.3387 1.4608 1.4536 1.6491 1.3494 1.4688 1.6500 1 11

1.4579 1.6510 1.4550 1.47/,3 1.3572 1.3985 1.4042 2.1170 12

1.7438 1.4251 1.6535 1.1591 1.5315 1.3921 1.7634 13

1.6399 1.4507 1.3504 1.'495 1.3931 1.7134 2.1561

. 14

1.9114 1.3640 1.4668 1.4047 1.7679 2.1567 15

1.6904 1.8284 1.6375 2.1153

_ . _. _ _ . _ , _ _ . . .. . _ _ _ _ . . _ _ _ _ _____..__ _ ___ _ _ ____m .. __ ___

CNENM00 24 (Rev. 0) 149 0f 302 l TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT

M-SUB-Q VALUES (F-SUD-Q OP MARGIN) j (UNCERTAINTY VALUES NOT INCLUDED) 1 MQ (3 -D) AT: 100% POWER 150 EFPD THIS IS LEVEL 10 OF 18 f WHERE: LEVEL 18 TOP OF CORE LEVEL ? = BOTTOM OF CORE H G F E D C B A s .

4 8* 2.1116 1.6148 1.8660 1.5331 1.9387 1.7330 2.1125 1.7870 9* 1.6179 1.5532 1.3985 1.8963 1.4873 1.5205 1.4278 1.9302 10

1.8763 1.4049 1.5377 1.5281 1.8129 1.4079 1.5365 1.7244 11

1.5355 1.8208 1.5302 1.5453 1.4165 1.4572 1.4594 2.3197 12

1.9267 1.4980 1.8182 1.4186 1.6781 1.4522 1.9221 i

1 13

1.7317 1.5242 1.4092 1.4584 1.4532 1.7956 2.2645

., 14

2.1093 1.4270 1.5346 1.4602 i.9271 2.2651 l 15

1.7749 1.9236 1.7114 2.3182 MQ (3-D) AT: 100% POWEP 150 EFPD THIS IS LEVEL 9 OF 18 WHERE: LEVEL 18 : TOP OF CORE 1

LEVEL 1 = BOTTOM OF CORE H G F E D C B A i .................................................................

2.1143 1.6016 1.8761 1.5270 1.9784 8* 1.7667 2.2242. 1.8718 9*

1.6045 1.5416 1.3936 1.9176 1.4990 1.5535 1.4819 2.0201 10 *, 1.8859 1.3997 1.5348 1.5357 1.8617 1.4429 1.5929 1.7994 11

1.5286 1.8438 1.5375 1.5585 1.4379 1,4961 1.5154 2.4781 12

1. 9649 -1.5091 1.8666 1.4309 1.7376 1.4962 2.0344 13

1.7645 1.5566 1.4438 1.4970 1.4971 1.8559 2.3611 14

2.2200 1.4806 1.-5905 1.5160 2.0394 2.3616 15

1.8579 2.0130 1.7857 2.4761 4

, .~ , - - -- - , < m'

+

l CNEl.0400 24 (Rev. 0)

I 150of 302 l

J TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

M2 (3-D) AT 170% POWER 150 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 m TOP OF CORE -

LEVEL 1 = BOTTOM OF CORE l H G F E D C D A

....................s.............................. 4............

8

2.0295 1.5280 1.7980 1.4563 1.8943 1.6860 2.1203 1.7756 9* 1.5309 1.4701 1.3248 1.8368 1.4287 1.4797 1.4039 1.9185 10

1.8079 1.3310 1.4635 1.4639 1.7834 1.3698 '1.5136 1.7085 11

1.4590 1.7674 1.4661 1.4850 1.3657 1.4228 1.4389 2.3571 12

1.8825 1.4390 1.7885 1.3677 1.6571 1.4196 1.9448 J

13

1.6844 1.4830 1.3708 1.4237 1.4205 1.7698 2.2602 14

2.1166 1.4029 1.5116. 1.4394 1.9497 2.2607 I

15

1.7623 1.9115 1.6954 2.3551 i

4 M2 (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL' 7 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1e BOTTOM OF COR2 H G F E D C B A 1

8* 1.9475 1.4556 1.7135 1.379L 1.8066 1.6032 2.0234 1.6842 9* 1.4584 1.3987. 1.2550 1.7475 1.3519 1.4009 1.*246 1.8246 10

1.7236 1.2613 1.3907 1.3911 1.7011 1.2941 1.4308 1.6171 11

1.3828 1.6825 1.3936 1.4135 1.2970 1.3496 1.3566 2.2467 12

1.7961 1.3624 1.7063 1.2989 1.5849 -1.3451 1.8464 13

1.6020 1.4044 1.2952 1.3506 1.3460 1.6808 2.1514 14

2.0201 1.3238 1.4289 1.3572 1.8511 2.1520 15

1.6715 1.8181 1.6047 2.2448

CNEl 04(K) 24 (Rev. 0) 151 of 302 TABLE 3 (CON'T.

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 100% POWER 150 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* 1.8607 1.3830 1.6370 1.3110 1.7298 1.5302 1.9387 1.6046 9* 1.3858 1.3290 1.1887 1.6693 1.2844 1.3315 1.2545 1.7433 10

1.6471 1.1950 1.3215 1.3211 1.6250 1.2246 1.3582 1.5379 11

1.3153 1.6074 1.3238 1.3412 1.2254 1.2774 1.2830 2.1520 12

1.7203 1.2948 1.6303 1.2273 1.5024 1.2683 1.7604 13

1.5293 1.3350 1.2258 1.2784 1.2691 1.5966 2.0600 14 *, 1.9356 1.2538 1.3565 1.2835 1.7649 2.0605 15

1.5924 1.7370 1.5260 2.1503 MQ (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1m EOTTOM OF CORE H G F E D C B .A 8* 1.7750 1.3133 1.5593 1.2436 1.6467 1.4528 1.8429 1.5198 9* 1.3160 1.2628 1.1267 1.5889 1.2181 1.2625 1.1848 1.6569 10

1.5693 1.1329 1.2555 1.2541 1.5498 1.1611 1.2885 1.4592 11_* 1.2483 1.5302 1.2569 1.2767 1.1653 1.2154 1.2173 2.0551 12 * --1.6381 1.2284 1.5550- 1.1672 1.4344 1.2051 1.6838 13

1.4520 1.2660 1.1623 1.2164 1.2059 1.5289 1.9800 14

1.8399 1.1842 1.2869 1.2179 1.6882 1.9805 15

1.5081 1.6508 1.4477 2.0533

1 i

d i

CNEl.0400 24 (Rev. 0) 152of 302 TABLE 3 (CON'T) 1 CORE OPERATit1G LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGItJ)

(UtJCERTAINTY VALUES NOT It4CLUDED) 4 i

M2 (3-D) AT: 100% POWER 150 EFPD THIS LEVEL 4 0F 18 VHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 1

i H G F E D C B A 1

a .

8

1.6767 1.2357 1.4787 1.1788 1.5676 1.3811 1.7626 1.4594 9* 1.2383 1.1916 1.0640 1.5083 1.1556 1.1985 1.1255 1.5921 4 .

I 10

1.4885 1.0701 1.1860 1.1810 1.4690 1.1000 1.2253 1.3992

11

1.1838 1.4523 1.1838 1.2039 1.0989 1.1483 1.1544 1.9733 12

1.5598 1.1656 1.4741 1.1007 1.3532 1.1374 1.6021 I 13

1.3804 1.2018 1.1012 1.1492 1.1382 1.4533 1.8962 14

1.7597 1.1248 1.2237 1.1550 1.6063 1.8968 l 15

1.4478 1.5861 1.3878 1.9715 i

1 MQ (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 3 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A-

, 8* 1.6216 1.1958 1.4403 1.1559 1.5312 1.3512 1.*'351 1.4652 9* 1.1983 1.1600 1.0419 1.4705 1.1354 1.1766 1.1134 1.5930

, 10

1.4501 1.0480 1.1561 1.1440 1.4275 1.0842 1.2099 1.4048 11

1.1614 1.4160 1.14v9 1.1723 1.0771 1.1252 1.1423 1.963*

12

1.5239. 1.1455 1.4325 1.0788 1.3188 1.1182 1.5775 j

13 *, 1.3507 1.1798 1.0853 1.1261 1.1190 1.4376 1.8835 14

1.7322 1.1127 1.2083 1.1428 1.5817 1.8841 15

1.4533 1.5867 1.3931 1.9621

. , . - ~ . .

, . . , , . . , _ . . ~..-..,.,-y .e , , , . . , , . , - , . - , . . - _ , . _ ,, . _. .,-,-,..,i, , , , , . , _ . ~ . . - ,

CNEl4M00 24 (Rev. 0) 153 0f 302 TABLE 3 ( CO!J ' T) r CORE OPERATI!J3 LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGItJ)

(UlJOERTAI!JTY VALUES 1J0T I!1CLUDED) l M2 (3-D) AT: 100% POWER 150 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* 1.6646 1.2469 1.4972 1.2264 1.5898 1.4228 1.8298 1.6335 9* 1.2496 1.2214 1.1106 1.5267 1.2099 1.2518 1.2128 1.7518 10

1.5078 1.1175 1.2193 1.1945 1.4722 1.1682 1.3050 1.5700 11

1.23JO 1.4716 1.1979 1.2359 1.1516 1.1998 1.2476 2.1261 12

1.5825 1.2211 1.4775 1.1534 1.3806 1.2106 1.6843 13

1.4222 1.2553 1.1694 1.2008 1.2115 1.5589 2.0409 14

1.8265 1.2119 1.3031 1.2481 1.6889 2.0416 15

1.6198 1.7446 1.5567 2.1241 M2 (3-D) AT: 100% POWER 150 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* 2,1543 1.6900 1.9496 1.6240 2.0452 1.9359 2.4465 2.4665 9* 1.6936 1.6658 1.4956 1.9735 1.6138 l'.7185 1.7480 2.5541 10

1.9637 1.5053 1.6645 1.6197 1.8826 1.5930 1.8384 2.3837 11

1.6337 1.9040 1.6246 1.f876 1.5552 1.6538 1.8072 2.9915 12

2.0362 1.6292 1.8895 1.5578 1.8213 1.7321 -2.3297 13

1.9350 1.7233 1.5947 1.6551 1.7333 2.2302 2.9113 14

2,4418 1.7464 1.8356 1.8079 2.3362 2.9124 15

2.4452 2.5432 2.3631 2.9889 1

1

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

i CNEl4M00 24 (Rev. 0) 154 of 302 I

2 TABLE 3 (CO!J ' T) l CORE OPERAT1!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(U!JCERTAINTY VALUES ! JOT INCLUDED)

MQ (3-D) AT: 100% POWER 325 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 2

8* 1.6716 1.5128 1.6590 1.4610 1.5119 1.4795 1.7085 1.8237 9* 1.5442 1.4855 1.4283 1.5971 1.4393 1.4310 1.5032 1.8765 10

1.6638 1.4313 1.4519 1.4380 1.5221 1.4916 1.5435 1.9053 11

1.4603 1.5198 1.4402 1.4758 1.4542 1.4677 1.6301 2.2033 i 12

1.5066 1.4436 1.5252 1.4544 1.4993 1.5486 1.8123

13 1.4'92 1.4320 1.4925 1.4683 1.5500 1.7543 2.0194 14

1.7083 1.5035 1.5435 1.6318 1.8176 2.0206 15

1.8149 1.8726 1.8954 2.2047 4

MQ (3-D) AT: 100% POWLR 325 EFPD THIS IS LEVEL 17 OF 18 WHERI: s LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.6015 1.3653 1.5281 1.2909 1.4152 1.3335 1.5690 1.5121

. 9* 1.3667 1.3279 1.2440 1.4830 1.2658 1.2671 1.2798 1.5978 10

1.5332 1.2468 1.2933 1.2907 1.4282 1.2881 1.3411 1.5640 11

1.2908 1.4095 1.2931 1.3147 1.2650 1.2926 1.3815 1.9254 12

1.4112 1.2700 1.4317 1.2652 1.3648 1.3216 1.6029 13

1.3339 1.2686 1.2891 1.2932 1.3228 1.5149 1.7535 14

1.5694 1.2905 1.3414 1.3831 1.6076 1.7546 15

1.5054 1.5950 1.5563 1.9268 4

, - - . ., ~

l CNEl-0400 24 (Rev. 0) 155 0f 302 TABLE 3 (C0!1' T)

CORE OPERATI!1G LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGI!J)

(U11CERTAI!1TY VALUES IJOT !!iCLUDED)

MO (3-D) AT: 100% POWER 325 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* 1.6709 1.3849 1.5482 1.2736 1.4458 1.3475 1.5947 1.4541 9* 1.3866 1.3337 1.2200 1.5065 1.2460 1.2590 1.2413 1.5583 10

1.5543 1.2233 1.2952 1.3036 1.4657 1.2528 1.3177 1.4937 11

1.2749 1.4320 1.3066 1.3166 1.2385 1.2793 1.3369 1.9009 12

1.4429 1.2511 1.4699 1.2389 1.3733 1.2850 1.5953 13

1.3485 1.2611 1.2542 1.2801 1.2863 1.4913 1.7444 14

1.5957 1.2425 1.3183 1.3386 1.6000 1.7454 15

1.4481 3.5561 1.4868 1.9025 MG (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 15 0F 18 WHERE: LEVEL 18 m TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.6852 1.4286 1.5334 1.2888 1.4380 1.3842 1.5832 1.4551 9* 1.4304 1.3656 1.2308 1.4924 1.2595 1.2793 1.2449 1.5716 10

1.5404 1.2349 1.3242 1.3395 1.4600 1.2567 1.3303 1.4884 11

1.2917 1.4202 1.3434 1.3484 1.2509 1.2998 1.3419 1.8605 12

1.4362 1.2657 1.4647 1.2515 1.3580 1.2945 1.5731 13

1.3859 1.2820 1.2585 1.3008 1.2958 1.5162 1.7913 14

1.5846 1.2464 1.3313 1.3438 1.5777 1.7923 15

1.4495 1.5696 1.4817 1.8623

CNE14400 24 (Rev. 0) 156of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT .

M-SUB-Q VALUES (F-SUB-Q OP MARGIN) j (UNCERTAINTY VALUES NOT INCLUDED)

I i

i MQ (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 14 OF 48 I

WHERE: LEVEL 18 i TOP OF CORE i LEVEL 1 = BOTTOM OF CORE 4

H G F E D C B A

............................n....................................

8

1.7239 1.4776 1.5488 1.3353 1.4772 1.4478 1.6260 1.5018 9* 1.4797 1.4039 1.2716 1.5278 1.3041 1.3283 1.2836 1.6292 10

1.5567 1.2765 1.3795 1.3825 1.4795 1.2814 1.3749 1.5307 11

1.3399 1.4558 1.3871 1.3938 1.2870 1.3395 1.3692 1.8934 12

1.4762 1.3115 1.4847 1.2877 1.3875 1.3373 1.6012

! 13 + 1.4500 1.3315 1.2833 1.34^7 1.3388 1.5781 1.8749 14

1.6278 1.2854 1.3761 1.3713 1.6061 1.8761 4 .

15

1.4961 1.6274 1.5239 1.8954 MQ (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 13 0F 18 WHERE: LEVEL 18 = TOP OF CORE i LEVEL 1 = BOTTOM OF CORE H C F E D C B A 8* 1.8040 1.5269 1.5983 ,1.3915 1.5487 1.5225 1.7069 *

.5683 9* 1.5291 1.4452 1.3100 1.5907 1.3579 1.3883 1.3367 1.7059 1 10

1.6071 1.3156 1.4325 1.4307 1.5248 1.3151 1.4260 1.5917 1

11

1.3977 1.5172 1.4361 1.4414 1.3333 1.3836 1.3991 1.9555 12

1.5484 1.3664 1.5305 1.3341 left96 1.3883 _1.6613 13

1.5251 1.3919 1.3173 1.3850 1.3898 1.6452 1.9680 14

1.7089 1.3387 1.4273 1.4014 1.6665 1.9692 15

1.5625 -1.7041 1.5847 1.9577

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

1 i

CNEl-(M(K).24 (Rev. 0) j 157 of 302 TABLE 3 (Cou'T) 3 CORE OPERATING LIMITS REPORT 1

! H-SUB-Q VALUES (F-FUB-Q OP KARGIN) 2 (UNCERTAINTY VALUES NOT INCLUDED) t MO (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 12 0F 18 1

i WHERE: LEVEL 18 = TOP Or CORE l l LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.8781 1.5841 1.6651 1.4416 1.6256 1.5948 1.7979 1.6361 9* 1.5865 1,5008 1.3499 1.6588 1.4058 1.4433 1.3891 1.7827 4

10

1.5748 1.3562 1.4337 1.4873 1.5526 1.3555 1.4727 1.6516 11

1.4491 1.5832 1.4933 1.4921 1.3692 1.4258 1.4413 2.0298

' 12

1.6259 1.4152 1.5988 1.3701 1.5042. 1.4259 1.7188 13

1.5978 1,4471 1.3579 1.4272 1.4275 1.6976 2.0361 i

1.4741 14

1.8000 1.3913 1.4436 1.7242 2.0373

[ 15 1.6299 1.7809 1.6443 2.0321 4

SO (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 11 0F 18 WHERE: LEVEL 18 = TOP OF LORE d

LEVEL 1. = BOTTOM OF CORE i H G F E D C B A >

j ..................................................................

8* 1.9859 1.6467 1.7477 1.4961 1.7156 1.6669 1.9026 1.7037 9* 1.6493 1.5549 1.3960 1.7454 1.4579 1.4999 1.4412 1.8592 i

j 10

1.7583 1.4030 1.5410 1.5416 1.6725 1.3960 1.5241 1.7111 3

11

1.5049 1.6667 1.5482 1.5530 1.4175 1.4786 1.4849 2.1269 12

1.7163 1.4681 1.6792 1.4184 1.5774 1.4720 1.8041 13

1.6700 1.5040 1.3984 1.4800 '1.4736 1.7585 2.1211 14

1.9048 1.4434 1.5255 1.4873 1.8096 2.1224 i 15

1.6971 1.8572 1.7034 2.1292 i

i

. . . . . . . , . .-w. , , , , . _ _ , _ . _ _ _ , . - . , . . , . - .,. .- - . . , , . . . , _,y.. ,, ., . w, , . . . ~ ...e,,-.,.

CNEl-04W) 24 (Rev. 0) 15H of 302 TABe.E 3 (C0!1'T)

CORE OPERAT1!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGI!11 (Ul4CERTAltJTY VALUES IJOT I!!?LUDED)

MQ (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = TOF OF CORE LEVEL i = BO'ITOM OF CORE H G F E D C B A 8 2.1731 1.7226 1.9165 1.5662 1.8853 1.7532 2.0920 1.7839 9* 1.7254 1.6285 1.4587 1.9146 1.5251 1.5718 1.5049 1.9503 10

1.92d6 1.4664 1.6165 1.6154 1.8313 1.4534 1.5919 1.7846 11

1.5765 1.8293 1.6228 1.6211 1.4756 1.5383 1.5410 2.3247 12

1.8866 1.S363 1.8387 1.J765 1.7263 1.5337 1.9645 13 + 1.7565 1.5761 1.4559 1.5397 1.5354 1.8390- 2.2230 14

2.0942 1.5071 1.5932 1.5434 1705 2.2243

)

15

1.7768 1.9480 1.7764 2.3271 MQ (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 9 0F 18 WHERE: LEVEL 18 = TOP OF CORE

, LEVEL 1 = BOTTOM OF CORE H G F E D C B A

........................................ 4.......................

8* 2.2114 1.7415 1.9641 1.5926 1.9558 1.8196 2.2326 1.8763 9* 1.7442 1.6513 1.4870 1.9719 1.5699 1.6378 1.5754 2.0531 10

1.9760 1.4946 1.6485 1.6545 1.9150 1.5141 1.6674 1.8732 11 *, 1.6024 1.8870 1.6618 1.6691 1.5297 1.6031 1.6105 2.4975 12

1.9563 1.5809 1.9224 1.5306 1.8200 1.5940 2.0965 13 *, 1.8224 1.6422 1.5165 1.6045 1.5956 1.9159 2.3273 14

2.2344 1.5775 1.6687 1.6128 2.1027 2.3286 15

1.8686 2.0505 1.8644 2.4998 t'

CNEl-N00 24 (Rev. 0) 1590f 302 TABLE 3 (CO!1' T)

CORE OPERATI!JG LIMITS REPCRT M-SUB-Q VALUES (F-SUB-Q OP MARGI!J)

(U!1CERTAI!iTY VALUES NOT I!JCLUDED)

MQ (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE G F E D C B A 8* 2.1.59 1.6672 1.8849 1.5196 1.8790 1.7393 2.1318 1.7961 9* 1.6699 1.5800 1.4176 1.8915 1.4979 1.5657 1.5132 1.9683 10

1.8968 1.4252 1.5774 1.5838 1.8392 1.4526 1.6057 1.8010 11

1.5298 1.8108 1.5911 1.5978 1.4612 1.5425 1.5581 2.3987 12 + 1.8798 1.5089 1.8464 1.4620 1.7442 1.5373 2.0244 13

1.7425 1.5695 1.4547 1.5437 1.5389 1.8520 2.2558 14

2.1333 1.5149 1.6067 1.5602 2.0303 2 . 5 ~J O 15

1.7886 1.9655 1.7925 4.4006 MQ (3-D) AT: 100% POWER 325 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*

2.0524 1.5958 1.8021 1.4402 1.7871 1.652) 2.0314 1.7010 9* 1.5983 1.5088 1.3466 1.8034 1.4176 1.4827 1.4289 1.8688 10

1.8137 1.3541 1.5035 1.5104 1.7594 1.3738 1.5187 1.7033 11

1.4505 1.7274 1.5176 1.5278 1.3938 1.4687 1.4707 2.2822 12

1.7881 1.4282 1.7663 1 3946 1.6714 1.4646 1.9257 13

1.6549 1.4864 1.3757 1.4698 1.4660 1.7634 2.1421 14

2.0328 1.4305 1.5196 1.4725 1.9312 2.1432 15

1.6937 1.8660 1.6950 2.1839 s

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

CNEl-(M00 24 (Rev. 0) 1600f 302 i l i

TABLE 3 (CON'T) !

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN) j (UNCERTAINTY VALUES NOT INCLUDED) j 1

MO (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 6 OF 18 j

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A r

I

1 8

1.9535 1.5127 1.7146 1.3616 1.7011 1.5700 1.9366 1.6117 9* 1.5152 1.4305 1.2720 1.7148 1.3398 1.4043 1.3498 1.7756 10.* 1.7260 1.2794 1.4257 1.4313 1.6728 1.2953 1.4367 1.6122 l 11

1.3721 1.6429 1.4384 1.4455 1.3125 1.3858 1.3863 2.1734 i .

I 12

1.7024 . 3502 1.6795 1.3132 1.5870 1.3765 1.82E3 13

1.5724 1.4078 1.2971 1.3868 1.3778 1.6653 2.0359 14 1.9378 1.3512 1.4374 1.3880 1.8305 2.0370 1

15

1.6046 1.7728 1.6042 2.1750 MQ (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 5 OF 18 J

WHERE: LEVEL 18 s TOP OF CORE I

LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.8486 1.4267 1.6195 1.2793 1.6043 1.4785 1.8279 1.5160 9*

1.4291 1.3492 1.1957 1.6178 1.2582 1.3206 1.2667 1.6752 4

10

1.6305 1.2028 1.3442 1.3485 1.579'. 1.2163 1 3521 1.5185 11

1.2896 1.5501 1.3555 1.3632 -1.2343 1.3057 1.3047 2.0606 12

1.6057 1.2682 1.5858 1.2350 1.4971 1.2959 1.7298 13

1.4808 1.3239 1.2180 1.3066 1.2971 1.5766 1.9384

. 14 1.8289 1.2679 1.3526 1.3063 1.7347 1.9393 IL

1.5090 1.6723 1.5107 2.0618 1

, -, - - - - - -r - --

CNEl N'X) 24 (Rev. 0) 16t of 302 TABLE 3 (CO!J ' T)

CORE OPERATIt1G LIMITS REPORT ,

(

M-SUB-Q VALUES (F-SUB-Q OP MARG 1ti) d (UllCERTAI!1TY VALUES 110T I!JOLUCED)

MQ (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 4 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.7258 1.3280 1.5148 1.1937 1.5020 1.3821 1.7156 1.4266 9

1.3302- 1.2580 1.1137 1.5132 1.1735 1.2325 1.1827 1.5778 10

1.5252 1.1207 1.2539 1.2546 1.4732 1.1321 1.2623 1.4273 11

1 2039 1.4498 1.2613 1.2677 1.1449 1.2132 1.2159 1.9397 12

1.5035 1.1831 1.4792 1.1455 1.3882 1.2024 1.6151 e

13

1.3841 1.2356 1.1336 1.2140 1.2036 1.4721 1.8210 14

1.7163 1.1838 1. 2 6.' f 1.2173 1.6197 1.8220 15

1.4198 1.5749 1.4197 1.9407 Mg (3-D) AT: 100% POWER 325 EFPD THIS IS LEVEL 3 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

1.6368 1.2606 1.4442 1.1443 1.4325 1.3173 1.6396 1.3859 9

1.2628 1.1991 1.0660 1.4423 1.1247 1.1773 1.1363 1.52P5 10

1.4543 1.0729 1.1959 1.1902 1.3969 1.0844 1.2093 1.3968 11

1.1546 1.3821 1.1967 1.2058 1.0928 1~.1560 1.1684 1.8728 12

1.4341 1.1341 1.4027 1.0934 1.3163 '1.1496 1.5445 13

1.3193 1.1802 1.0858 1.1560 1.1507 1.4145 1.7593 14

1.6401 1.1373 1.2097 1.1697" 1.5489 1.7603 15

1.3788 1.5263 1.3790 1.8736 4

-___2__________________._______i___.___._. _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ . . _ _ _ _ _

CNEl.04(X)-24 (Rev. 0) 162 0f 302 TABLE 3 (CO!J ' T)

JORE OPERATIt33 LIMITS REPORT M-SUB+Q VALUES (F-SUB-Q OP HARGI!J)

(U13CERTAI!iTY VALUES ! JOT ItJCLUDED)

MQ (3 D) AT: 100% POWER 325 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* 1.6300 1.2748 1.4599 1.1840 1.4451 1.3381 1.6601 1.4750 9* 1.2770 1.2238 1.1040 1.4550 1.1648 1.2065 1.1868 1.6117 10

1.4704 1.1114 1.2214 1.2036 1.3963 1.1277 1.2504 1.4798 11

1.1952 1.3953 1.2105 1.2289 1.1304 1.1857 1.2238 1.9492 12

1.4468 1.1748 1.4020 1.1310 1.3273 1.1958 1.5861 13

1.3401 1.2094 1.1291 1.1864 1.1969 1.4742 1.8409 14

1 6604 1.1877 1.2506 1.2252 1.5908 1,8420 15 + 1.4669 1.6080 1.4709 1.9499 M2 (3-D) AT: 100% POWER 325 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* 2.0231 1.6553 1.8579 1.5695 1.8193 1.7455 2.1216 2.1061 9* 1.6582 1.6123 1.4820 1.8379 1.5497 1.5951 1.6285 2.2426 10

1, 712 1.4918 1.6097 1.5640 1.7391 1.5223 1.6849 2.1259 11 ,* 1.5842 1.7612 1.5729 1.6179 1.5157 1.5730 1.6883 2.6367 12

1.8215 1.5630 1.7463 1.5165 1.6910 1.6340 2.1074 13

1.7480 1.5990 1.5243 1.5740 1.6356 2.0200 2.5333 14

2.1217 1.6295 1.6850 1.6901 2.1139- 2.5348 15

2.0934 2.2366 2.1121 2.6375 1

nm m .i n -

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

i CNEl-(M(X).24 (Rev. 0) 163 nf 302 i

TABLE 3 (CO!1*T)

CORE OPERATI!JG LIMITS REPORT

M-SUB-Q VALUES (F-SUB-Q OP MARGilJ)

(Uf1CERTAI!JTY VALUES tJOT I!JCLUDED)

Mg (3-D) AT: 75% POWER 4 EFPD *HIS IS LEVEL 18 or- 18

.! WHERE: LEVEL 18 = TOP OF CORE

] LEVEL 1 = BOTTOM OF CORE H G F E D C B A y

8

," 1.9993 1.6767 1.8397 1.5845 1.8903 1.8244 2.2856 2.5039 9

1.6781 1.6457 1.4759 1.8478 1.5915 1.6861 1.7985 2.4418 10

1.8351 1.4778 1.5729 1.5580 1.8211 1.6980 1.9028 2.4774 '

11

1.5608 1.7821 1.5492 1.7587 1.7319 1.8444 2.0340 2.9647 12

1.8419 1.5825 1.8126 1.7308 1.9810 1.9916 2.5064 13

1.7997 1.6725 1.6878 1.8405 1.9895 2.3766 3.0394 14

2.2579 1.7805 1.8841 2.0226 2.5063 3.0360 15

2.4609 2.4106 2.4366 2.9397 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 17.0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

1.7954 1.4151 1.6625 1.4216 1.7520 1.5686 2.0011 1.9290 9* 1.4163 1.4085 1.2871 1.6914 1.4128 1.4354 1.4309 .' 9678 10

1.6575 1.2878 1.3424 1.3205 1.6757 1.4564 1.5725 1.8902 11

1.3971 1.6199 1.3122 1.4976 1.4903 1.5462 1.6009 2.4596 12

1.7058 1.4031 1.6674 1.4893 1.7327 1.5824 2.1015 13

1.5471 1.4235 1.4474 1.5428 1.5807 1.9353 2.5112 14

1.9764 1.4164 1.5567 1.5917 2.1012 2.5083 15

1.8950 1.9422 1.8582 2.4381

-.so

1 CNE14M00 24(Rev 0)

If>4 of 302 TABLE 3 (Coll' T)

CORE OPERATI!1G LIMITS ~' PORT M-SUB-Q VALUES (F-SUB-Q C ' Gill)

(U11 CERTAINTY VALUES 110T II. D)

MQ (3-D) AT: 75% POWER 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

1.7987 1.3721 1.6521 1.3843 1.7624 1.5341 1.9548 1.7585 9* 1.3732 1.3707 1.2318 1.6875 1.3624 1.3732 1.3138 1.8325 10

1.6470 1.2324 1.3024 1.2873 1.6788 1.3??9 1.4683 1.6971 11

1.3596 1.6130 1.2791 1.4515 1.3996 1.4548 1.4464 2.3036 12

1.7155 1.3528 1.6703 1.3987 1.6648 1.4443 -1.9877 13

1.5130 1.3618 1.3515 1.4516 1.4427 1.8073 2.3882 14

1.9305 1.3005 1.4534 1.4381 1.9871 2.3854 15

1.7270 1.8083 1.6680 2.2831 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 15 OF 18 ,g WHERE: LEVEL 18 = TOP OF C7RE LEVEL 1 = BOTTOM OF CORE t

H G F E D C B A 8* 1.7816 1.3849 1.6304 1.3942 1.7341 1.5408 1.8862 1.6976 9* 1.3861 1.3913 1.2333 1.6596 1.3569 1.3564 1.2665 1.7835 10

1.6258 1.2343 1.318h 1.3042 1.6470 1.3208 1.4253 1.6165 11

1.3703 1.5877 1.2963 1.4484 1.3722 1.4263 1.3871 2.1729 12 *, 1.6886 1.3479 1.6390 1.3714 1.5937 1.3948 1.8912 13

1.5199 1.3454 1.3129 1.4231 1.3932 1.7723 2.3762 14

1.8629 1.2537 1.4139 1.3791 1.8906 2.3733 15

1.6670 1.7599 1.5f84 2,1532

O CNE14M00-24 (Rev. 0) 165 0f 302 TABLE 3 (CON'T)

CORE OPERATI!!G LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGI!1)

(UNCERTAINTY VALUES 110T I!1CLUDED)

MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C D A 8* 1.8333 1.4364 1.6844 1.4509 1.7804 1.5919 1.8964 1.7083 9* 1.4377 1.4523 1.2832 1.7028 1.4022 1.3924 1.2754 1.8086 10

1.6805 1.2848 1.3790 1.3621 1.6954 1.3526 1.4556 1.6338 11

1.4278 1.6317 1.3545 1.4842 1.3942 1.4434 1.1141 2.1959 12 + 1.7353 1.3942 1.6881 1.3933 1.6032 1.4087 1.8863 13

1.5711 1.3817 1.3447 1.4400 1.4069 1.8091 2.4437 14 + 1,8734 1.2627 1.4409 1.4059 1.8854 2.4406 15

1.6775 1.7848 1.6052 2.1759 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 13 0F 18 WHERE: LEVEL 18 m. TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.9648 1.5179 1.8174 1.5595 1.9157 1.7026 2.0099 1.7907 9*

1.5194 1.5239 1.3741 1.8309 1.5014 1.4816 1.3393 1.9091 10

1.8145 1.3768 1.4810 1.4676 1.8234 1.4382 1.5424 1.7193 11

1.5369 1.7574 1.4603 1.5502 1.4541 1.4942 1.4917 2.3340 12

1.8692 1.4944 1.8187 1.4532 1.6833 1.4625 1.9552 13

1.6813 1.4709 1.4302 1.4907 1.4607 1.8907 2.5701 14

1.9861 1.3263 1,5270 1.4852 1.9541 2.5667 15

1.7586 1.8842 1.6892 2.3130 l

CNEl-N(,K)-24 (itev. 0)

, 166of 302 TABLE J (CON'T)

CORE OPERATING LIMITS REPORT !

M-SUB-Q VALUES (F-SUD-Q OP MARGIN) '

(UNCERTAINTY VALUES NOT INC'uUDED)

MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 12 OF 18 4 i l WHERE: LEVFL 18 : TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 2.1110 1.6198 1.9553 1.7058 2.1078 1.8522 2.1853 1.9179 i .

9

1.6217 1.6266 1.4839 2.0168 1.6355 1.6049 1.4353 2.0548 I 10

1.9554 1.4885 1.6150 1.5786 1.'499 1.5454 1.6644 1.8450 i

, 11

1.6837 1.9387 1.5727 1.6415 1.5254 1.5662 1.5588 2.5392 1

12

2.0590 1.6296 1.9459 1.5248 1.7791 1.524' 2.0576 13

1.8303 1.5943 1.5388 1.5628 1.5224 1.9821 2.7023 j 14

2.1605 1.4219 1.6482 1.5523 2.0568 2.6989 15

1.8839 2.0286 1.8129 2.5168 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 11 OF 18 l

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

2.3134 1.7486 1.1349 1.8652 2.3538 2.0335 2.4164 2.0774 9* 1.7509 1.7544 1 '328 2.2220 1.7913 1.7549 1.5549 2.2347 10

2.1364 1.5985 1.7370 1.6962 2.1195 1.6383 1.8026 1.9996 11

1.8449 2.1407 1.6908 1.7591 1.6242 1.6650 1.6491 2.7589 12

2.3020 1.7880 2.1162 1.6238 1.9161 1.6110 2.2140 13

2.0109 1.7445 1.6321 1.6617 1.6092 2.1058 2.8873 14

2.3904 1.5411 1.7873 1.6423 2.2134 2.8838 15 ^ 2.0412 2.2070 1.9652 2.7385

,. , +.--w--- .,. ,- .

CNEl-0400-24 (Rev. 0) 167 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT H-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAIITY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = TOP OF CORE P

LEVEL 1 = BOTTOM OF Ci.EE H G F E D C -B A 8* 2.4289 1.7724 2.2443 1.9081 2.5721 2.1951 2.7834 2.2739 9* 1.7744 1.7763 1.6155 2.3603 1.8559 1.8622 1.6993 2.4542 10

2.2441 1.6207 1.7683 1.7405 2.2790 1.7147 1.9161 2.1863 11

1.8845 2.2736 1.7339 1.8171 1.6922 1.7523 1.7486 3.0956 12

2.5109 1.8489 2.2724 1.6908 2.0927 1.7060 2.4688 3 13 .* 2.1667 1.8485 1.7057 1.7470 1.7034 2.2514 J.1199 4

14 2.7519 1.6817 1.8965 1.7393 2.4658 3.1155 15

2.2353 2.425 6 0.0725 MQ (3-D) AT: 75% POWER 4 EFPD '

THIS IS . #"L 9 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BO7 TOM OF CORE H G F E D C B A

) 8*

2.4745 1.7589 2.2820 1.8920 2.6174 2.1675 2.7908 -2.2854 9* 1.7610 1.7620 1.5979 2.3971 1.8378 1.8414 1~.6702 2.4553 10

2.2829 1.6036 1.7525 1.7240 2.3158 1.6900 1.8904 2.1697 q 11

1.8705 2.3116 1.7182 1.798V 1.f687 ?.7278 1.7195 3.1440 12

2.5569 1.8'21 2.3099 1.6675 2.1147 1.6796 2.4966 13

2.1388 1.8285 1.6815 1.7228 1.6770 2.2272 3.1110 14 *- 2.7540 1.6519 1.8713 1.7104 2.4938 3.1062 15

2.2405 2.4199 2.1306 3.1164

CNEl4400 24 (Rev. 0) 168of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWE.R 4 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL IP . TOP OF CORE LEVEL -

'TTOM OF CORE H G F E D C B A 8 2.4287 1.7170 2.1792 1.7386 2.4350 2.0216 2.5792 2.1061 9* 1.7191 1.7106 1.5364 2.2661 1.7331 1.7338 1.5536 2.2642 10

2.1819 1.5430 1.6879 1.6613 2.2102 1.6092 1.7813 2.0051 11

1.7720 2.1934 1.6569 1.7488 1.6254 1.6725 1.6377' 2.9232 12 ,* 2.3825 1.7308 2.2065 1.624.7 2.0842 1.6393 2.3833 13

1.9987 1.7234 1.6025 1.6686 1.6371 2.1534 2.9544 14 2.5496 1.5393 1.7650 1.6300 2.3816 2.9503 15

2.0678 2.2347 1.9698 2.8991 MQ (3 3) AT: 75% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 = TOP-OF CORE LEVEL l'=. BOTTOM OF CORE H G F E D C B A 6* 2.2115 1.5593 1.982n 1.6115 2.2095 1.8355 2.3569 1.9212 9*

1.5615 1.5548 1.3876 2.0487' 1.5632 1.5622 1.4000 2.0653 10

1.9850 1.3939 1.5264 1.5084 2.0239- 1.4610' 1.6113 1.8118 11

1.5976 1.9844 1.5046 1.5907 -1.4747 1.5209 1.4895 2.6670 12 .* 2.1632 1.5616 2.0209 1.4742 1.8916 1.4842 2.1803 13

1.8154 1.5534 1.4548 1.5174 1.4823 1.9640 2.7152 14 .* 2.3304 1.3873 1.5964 1.4826 2.1787 2.7114 15

1.8863 2.0386 1.7801 2.6443

CNEl.(M00-24 (Rev. 0) 169 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

Mg (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 a

8*

2.0081 1.4100 1.8072 1.4770 2.0481 1.7015 2.1993 1.7894 9* 1.4121 . 4057 1.2585 1.8817 1.4352 1.4384 1.2883 1.9241 10

1.8108 1.2647 1.3888 1.3682 1.8473 1.3286 1.4779 1.6739 11 1.4655 1.8236 1.3652 1.4442 1.3425 1.,3850 1.3514 2.4607 12

2.0063 1.4346 1.8450 1.3420 1.7236 1.3536 2.0020 13

1.6834 1.4307 1.3231 1.3817 1.3518 1.8066 2.5160 14

2.1750 1.2769 1.4644 1.3451 2.0004 2.5124 15

1.7569 1.8995 1.6448 2.4405 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G .F E D C B A 8*

1.8563 1.3055 1.6986 1.3909 1.9477 1.6185' 2.1068 1.7135 9*

1.3076 1.3085 1.1752 1.7761 1.3544 1.3612 1.2192 1.8430 10

1.7026 1.1814 1.2996 1.2772 1.7391 1.2468 1.3966 1.5932 11

1.3810 1.7218 1.2749 1.3423 1.2402 1.2869 1.2640 2.3417 12

1.9091 1.3544 1.7375 1.2399 1.5883- 1.2455 1.8688 13

1.6017 1.3543. 1.2421 1.2841 1.2440 1.6753 2.3504 11

2.0839 1.2085 1.3840 1.2584 1.8677 2.3473

.5* 1.6823 1.8196 1.5655 2.3229

CNEl-(M00-24 (Rev. 0) 170of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (?.-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTod OF CORE H. G F E D C B A 8

1.7892 1.2537 1.o485 1.3528 1.9073 1.5880 2.0844 1.7045 9 1.2558 1.2618 1.1367 1.7290 1.3217 1.3330 1.1982 1.8314 10

1.6531 1.1430 1.2573 1.2318 1.6921 1.2163 1.3707 1.5788 11

1.3443 1.6767 1.2299 1.2958 1.1981 1.2479 1.2342 2.3139 12

1.8705 1.3225 1.6911 1.1979 1.5328 1.2023 1.8218 a

13

1.5720 1.3265 1.2119 1.2453 1.2009 1.6274 2.2966 14

2.0622 1.1879 1.3586 1.2288 1.8209 2.2937 15

1.6735 1.8082' 1.5514 2.2957 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 = TOD OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.7958 1.2589 1.6642 1.3762 1.9368 1.6253 2.1533 1.7994 9* 1.2612 1.2745 1.1556 1.7493 1.3519 1.3695 1.2478 1.9222 10 *- 1.6696 1.1625 1."737 / 1.2411 1.7106. 1.2533 1.4200 1.6649 11

1.3690 1.6980 1.2397 1.3131 1.2235 1.2779 1.2818 2.4067 12

1.9008 1.3535 1.7101 1.2234 1.5580- 1.2375 1.8722 13

1.6094 1.3632 1.2490 1.2754. 1.2361 1.6793 2.3699 14

2.1307 1.2371 1.4076 1.2763 1.8715 2.3669 15

1.7669 1.8982 1.6362 2.3883

. - - - - _ _ __._-_-----_--____.__x_- - _ _ - - _ _ . - - - - - _ _ - - . , - . . . - _ . - _ _ _ _ . - - - . _ - - _ - _ _ . . _ _ - - - - - - - - - _ _ . . - _ _ _ _ _ _ _ _ - . , _ . _ _ -

CNEl-0100-24 (Rev. 0) 171 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REP;P

M-SUB-Q VALUES (F-SUB-Q OP HARGIN)

(UNOERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 4 EFFD THIS IS LEVEL 2 OF 1P WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.9360 1.3796 1.8026 1.5185 2.0957 1.8041 2.4025 2.1315 9* 1.3822 1.4067 1.2869 1.8931 1.5044 1.5366 1.4498 2.2367 10

1.8096 1.2953 1.4097 1.3634 1.8447 1.4211 1.6226 1.9768 11

1.5130 1.8425 1,3625 1.4550 1.3727 1.4386 1.4896 2.7444 12

2.0585 1.5076 1.8448 1.3727 1.7167 1.4241 2.1071 13

1.7869 1.5300 1.4164 1.4358 1.4225 1.9214 2.6908 14

2.3778 1.4375 1.6086 1.4834 2.1066 2.6876 15

2.C?34 2.2091 1.9431 2.7241 MQ (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

2.6463 1.9798 2.4253 2.0435 2.7760 2.5867 3.3855 3.4290 9* 1.9837 2.0121 1.7,716 2.5258 2.0475 2.2134 2.2263 3.4409 10

2.4359 1.7843 2.0183 1.9562 2.4426- 1.9934 2.4130 3.1969 11

2.0394 2.4677 1.9561 2.0876 1.9021 2.0836 2.2923 4.0450 12

2.7287 2.0537 2.4435 1.9021 2.3645 2.1648 3.0598 13 2.5626 2.2043 1.9870 2.0797 2.1624 2.8960 4.0085 14

3.3514 2.2076 2.3926 2.2829 3.0595 4.0039 15

3.3688 3.3991 3.1434 4.0166

CNEl-(M00 24 (Rev. 0) 172 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VnLUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MO (3-D) AT: 75% POWER 150 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* 1.9585 1.6845 1.7939 1.5348 1.7176 1.6510 1.9945 2.1620 9

1.6863 1.6245 1.4812 1.7575 1.5168 1.5599 1.6483 2.1666 10 -

1.7964 1.4827 1.5405 1.5260 1.6954 1.5896 1.7024 2.1799 11

1.5256 1.6753 1.5228 1.6702 1.6237 1.6707 1.8513 2.5928 12

1.6975 1.5194 1.6950 1.6250 1.7652 1.7997 .2043 13

1.6438 1.5583 1.5874 1.6704 1.8003 2.1109 2.5705 14

1.9866 1.6433 1.6971 1.8495 2.2093 2.5710 15

2.1426 2.1551 2.1604 2.5876 MQ (3-D) AT: 75% POWER 150 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 o

1.8424 1.4907 1.6573 1.3853 1.6181 1.4693 1.8072 1.7417 9* 1.4924 1.4380 1.3094 1.6398 1.3579 1.3682 1 3689 1.8094 10

1.6596 1.3104 1.3599 1.3484 1.5954 1.3856 1.4567 1.7392 11

1.3759 1.5577 1.3455 1.4685 1.4226 1.4494 1.5191 2.2224 12

1.5995 1.3600 1.5953 1.4237 1.5923 1.4951 1.9160 13

1.4635 1.3672 1.3839 1.4493 1.4956 1.7861 2.1960 14

1.8005 1.3651 1.4523 1.5178 1.9203 2.1964 15

1.7262 1.8001 1.7237 2.2180

CNEl.N00 24 (Rev. 0) 173 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MAROIN)

(UNCERTAINTY VALUES NOT IN7LUDED)

MQ (3-D) AT: 75% POWER 150 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* 1.9201 1.5039 1.6887 3.3777 1.6652 1.4827 1.8274 1.6518 9* 1.5058 1.4433 1.2877 1.6760 1.3424 1.3532 1.3119 1.7479 10

1.6916 1.2891 1.3620 1.3612 1.6413 1.3361 1.4125 1.6295 11

1.3691 1.5912 1.3587 1.4600 1.3825 1.4170 1.4312 2.1525 12

1.6469 1.3451 1.6417 1.3838 1.5877 1.4296- 1.8843 13

1.4775 1.3529 1.3348 1.4171 1.4302 1.7356 2.1640 14

1.8212 1.3087 1.4086 1.4304 1.8886 2.1644 15

1.6374 1.7392 1.6152 2.1487 MQ (3 +D) AT: 75% POWER 150 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM 0" CORE H G F E D C B A 8* 1.9578 1.5639 1.6975- 1.4116 1.6686 1.5302 1.8167 1.6485 9* 1.5660 1.4974 1.3165 1.6797 1.3644 1.3730 1.3116 1.7577 10

1.7013 1.3186 1.4113 1.4139 1.6433 1.3326 1.4134 1.6039 11

1.4046 1.5972 1.4120 1.5003 1.3975 1.4373 1.4209 2.0906 12 ,* 1.6516 1.3684 1.6446 1.3990 1.5707 1.4350 1.8557 13

1.5256 1.3734 1.3318 1.4376 1.4357 1.7619 2.2229 14

1.8112 1.3089 1.4100 1.4203 1.8601 2.2233 15

1.6344 1.7494 1.5902 2.0870

CNElet00-24 (Rev. 0) 174 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP HARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.0422 1.6484 1.7707 1.4838 1.7317 1.6068- 1.8648 1.6975 9* 1.6508 1.5898 1.3863 1.7425 1.4278 1.4342 1.3514 1.8172 10

1.7759 1.3894 1.4970 1.4991 1.7161 1.3902 1 4744 1.6574 11

1.4786 1.6602 1.4981 1.5720 1.4S36 1.4944 1.4850 2.1585 12

1.7156 1.4334 1.7182 1.4552 1.6194 1.4935 1.9031 13 1.6029 1.4353 1.3899 1.4949 1.4943 1.8486 2.3466 14 1.8598 1.3491 1.4711 1.4845 1.9077 2.3470 15

1.6835 1.8091 1,6433 2.1549 MQ (3-D) AT: 75% POWER 150 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* 2.1907 1.7479 1.9125 1.5984 1.8714 1.7338 1.9977 1.8017 9* 1.7507 1.6774 1.4888 1.8801 1.5377 1.5418 1.4393 1.9419 10

1.9195 1.4930 1.6156 1.6269 -1.8570 1.4947 1.5837 1.7694 11

1.5950 1.7939 1.6267 1.6625 1.5377 1.5739 1.5918- 2.3264 12

1.8556 1.5451 1.8607 1.5396 1.7249 1.5795 2.0093 13 .* 1.7304 1.5436 1.4947 1.5746 1.5805 1.9648 2.5115 14

1.9929 1.4373 1.5804 1.5921 2.0142 2.5121 15

1.7870 1.9336 1.7544 2.3227

CNEl-(M00-24 (Rev. 0) 175 0f 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED, MQ (3-D) AT: 75% POWER 150 EPPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.3505 1.8679 2.0703 1.7429 2.0570 1.8924 2.1833 1.9429 9* 1.8710 1.7933 1.6134 2.0661 1.6755 1.6775 1.5549 2.1042 10

2.0795 1.6191 1.7659 1.7580 1.9938 1.6158 1.7216 1.9144 11

1.7413 1.9738 1.7590 1.7685 1.6214 1.6636 1.6820 2.5506 12

2.0412 1.6849 1.9984 1.6236 -1.8354 1.6644 2.1327 13

1.8894 1.6802 1.6165 1.6647 1.6655 2.0803 2.6633.

14

2.1785 1.5531 1.7183 1.6825 2.1381 2.6639 15

1.9272 2.0955 1.8983 2.5469 MQ (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.5676 2.0089 2.2436 1.9056 2.2865 2.0762 2.4170 2.1106 9* 2.0125 1.9223 1.7234 2.2770 .1.8337 1.8349. 1.6906 2.2945

. 10

2.2547 1.7303 1.8934- 1.8820 2.1604 1.7156 1.8726 -2.0829 1.9062- 2.1781 1.8838 1.8979 1.7303 1.7772 1.7876 2.7891 11 }

12

2.2708 1.8455 2.1660 1.7328 1.9824 1.7698 2.3061 13

2.0736 1.8384 1.7168 1.7785 1.7710 2.2205 2.8582 14

2.4122 1.6890 1.8698 1.7882 2.3121 2.8589 15

2.0937 2.2853 2.0655 2.7864

CNEl-(ME24 (Rev. 0) 176cf 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = 1VP OF CORE LF.EL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.8481 2.1524 2.5096 2.0529 2.6253 2.2929 2.7845 2.3116 9

2.1563 2 0631 1.8510 2.5588 1.9831 2.0114 1.8516 2.5209 10

2.5216 1.5539 2.0390 2.0306 2.4356 1.8463 2.0218 2.2805 11

2.0546 2.4502 2.0329 2.0481 1.8660 1.9140 1.9169 3.1485 12 2.6077 1.9964 2.4422 1.8689 2.2401 1.9077 2.5954 13 2.2908 2.0163 1.8480 1.9155 1.9091 2.4029 3.0989 14

2.7795 1.8502 2.0191 1.9178 2.6022 3.0997 15

2.2933 2.5111 2.2616 3.1459 MQ (3-D) AT: 75% PCWER 150 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 2.8831 2.1310 2.5352 2.0369 2.6745 2.3442 2.9563 2.4504 9* 2.1349 2.0432 1.8349 2.5901 1.9824 2.0359 1.9255 2.6655 10

2.5483 1.842d 2.0277 2.0273 2.4909 1.8748 2.0764 2.3752 11

2.0388 2.4829 2.0297 2.0507 1.8766 1.9474 1.9736 3.3270 12

2.6564 1.9957 2.4975 1.8793 2.3038 1.9479 2.7250 13

2.3414 2.0400 1.8760 1.9487 1.9491 2.4637 3.2046 14

2.9498 1.9237 2.0731 1.9742 2.7319 3.2054 15

2.4304 2.6543 2.3560 3.3234

4 CNEl-(M00-24 (Rev. 0) 177 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIM)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

2.7663 2.0406 2.3887 1.9144 2.4931 2.1959 2.7433 2.2659 9 2.0445 1.9521 1.7475 2.4289 1.8695 1.9232 1.8107 2.4676 10

2.4022 1.7558 1.9338 1.9370 2.3682 1.7904 1.9670 2.2147 11

1.9184 2.3355 1.9401 1.9769 1.8229 1.8829 1.8825 3.1025 12

2 . 4 7'e 9 1.8834 2.3753 1.8256 2.2650 1.9007 2.5927 13

2.1941 1.9278 1.7920 1.8844 1.9020 2.3747 3.0274 14

2.7383 1.8096 1.9644- 1.8833 2.5994 3.0282 15

2.2484 2.4582 2.1975 3.0997 MQ . ( 3 -D) AT: 75% POWER 150 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 2.4585 1.8108 2.1300 1.7041 2.2367 1.9639 2.4661 2.0335 m

9* 1.8143 1.7331 1.5486 2.1689 1.6658 1.7184 1.6117 2.2154 10

2.1426 1.5563 1.7187 1.7223 2.1152 1.5915 1.7558 1.9800 11

1.7087 2.0863 1.7254 1.7577 1.6163 1.6749 1.6751 -2.7893 12

2.2238 1.6788 2.1218 1.6188 2.0096 1.6857 2.3194 13

1.9623 1.7227- 1.5930 1.6763 1.6868 2.1193 2.7210 14

2.4619 1.6106 1.7535 1.6758 2.3254 2.7217 15

2.0178 .2.2071 '1.9642 2.7868

I CNEl-0400 24 (Rev. 0) 178 0f 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT

'M-SUB-Q VALUES (F-SUB-Q.OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 150 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

......................................w...................*......

8* 2.2052 1.6257 1.9252 1.5326 2.0181 1.7732 2.2406 1.8444 9* 1.6290 1.5587 1.3910 1.9591 1.4988 1.5459 1.4476 2.0110' 10

1.9370 1.3983 1.5481 1.5500. 1.9138 1.4318 1.5827 1.7834 11

1.5376 1.8852 1.5531 1.5775 1.4432 1.5020 1.5059 2.5305 12

2.0070 1.5109 1.9200 1.4454 1.7861 1.5006 2.0924 13

1.7721 1.5498 1.4333 1.5032 1.5016 1.9009 2.4637 14

2.2368 1.4467 1.5805 1.5066 2.0978 2.4be3 15

1.8300 2.0035 1.7692 2.5280

, MQ (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 m. TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A B* 2.0075 1.4762 1.7543 1.3952 1.8514 1.6266 2.0680 1.7016 9* 1.4792 1.4170 1.2617 1.7878 -1.3653 1.4118 1.3223 1.8572 10

1.7660 1.2686 -1.4077 1.4083 1.7474 1.3012 1.4433 1.6371 11

1.4003 1.7205 1.4114 1.4369 1.3117 1.3686 1.3700 2.3242 12

1.8416 1.3767 1.7532 1.3138 1.6237 1.3630 1.9168 6 13

1.6257 1.4156 1.3025 1.3697 1.3639 1.7393 2.2692 14

2.0645 1.3215 1.4414 1.3706- 1.9218 2.2698 15

1.6882 1.8501 1.6239 2.3219 6

u.

CNEl-0400 24 (Rev. 0) 1790f 302 TABLE 3 (CON ' T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES 'F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT~ INCLUDED)

MQ (3-D) AT: 75% POWER 150 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 8* 1.8594 1.3645 1.6306 1.3026 1.7361 1.5250 1.9513 1.6138 9

1.3673 1.3148 1.1730 1.6701 1.2761 1.3215 1.2399 1.7613-10

1.6473 1.1796 1.3086 1.3042 1.6276 1.2136 1.3525 1.5479 11

1.3070 1.6070 1.3073 1.3312 1.2158 l'2703

. 1,2772 2.1946 12

1.7272 1.2870 1.6331 1.2178 1.5040 1.2625 1.1862 a

13

1.5242 1.3251 1.2148 1.2714 1.2634 1.6214 2.1255 14 1.9480 1.2392 1.3506 1.2776 1.7909 2.1261 15

1.6008 1.7544 1.5352 2.1924 MQ (3-D) AT: 75% POWER 150 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* 1.7799 1.3083 1.5794- 1.2665 1.6811 1.4806 1.9061 1.6091 9*

1.3111 1.2685 1.1390 1.6135 1.2436 1.2875 1.2182 1.7492 10

1.5901 1.1457 1.2645 1.2521 1.5665 1.1863 1.325 1.5422 11.* 1.2724 1.5528 1.2553 1.2838 1.1799 1.2328 1.2526 2.1638 12

1.6729 1.2546 1.5720 1.1818 1.4492 1.2278 1.7389 13

1.4799 1.2910 1.1875 1.2338 1.2287 1.5847 2.0843 14'*- 1.9028 1.2174 1.3232 1.2531 1.7435 2.0849 15

1.5957 1.7422 1.5292 2.1617

CNEl-0400-24 (Rev. 0) 180of 302 1 4

TABLE 3 (CON'T) i CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) t i

MQ (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVI. .'s 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.8187 1.3592 1.6350 1.3390 1.7384 1.5540 2.0032 1.7887 9* 1.3622 1.3309 1.2101 1.6682 1.3207 1.3657 1.3237 1.9176 10

1.6465 1.2176 1.3289 1.3026 1.6087 1.2742 1.4248 1.7182 11

1.3461 1.6073 1.3063 1.3481 1.2566 1.3096 1.3633 2.3323 l 12

1.7304 1.3329 1.6144 1.2587 1.5098 1.3237 1.1473 13

1.5532 1.3695 1.2755 1.3107 1.3246 1.7095 2.2450 t

14

1.9994 1.3227 1.4226 1.3638 1.8523 2.2457 15

1.7735 1.9096 1.7034 2.3300 i

1 MQ (3 -D) AT: 75% POWER 150 EFF) THIS IS LEVEL .1 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF COsE H G F E D C B A 8* 2.3510 1.8416 2.1272 1.7719 2.2343 2.1139 2.6763 2.700J 9* 1.8456 1.8147 1.6292 2.1543':1.7608 1.8748 1.9082 2 /945 10

2.1424 1.6397 1.8137 1.7658 2.0551 1.7373 2.007', 2.6076 11

1.7823 2.0778 1.7711 1.8402 1.6962 1.8047 1.9744_ 3.2775 12 ,* 2.2244 1.7775 2.0626 1.6990 1.9899 1.892c 2.5518 13 2.1127 1.8800 1.7391 1.8061 1.8942 2.'427 4 3.1960 4 .

~

14

2.6710 1.9063 2.0339 1.9750 _2.5589 3.1972

, 15

2.6765 2.7824 2.5849 3.2745

>m -, .- - e ,, -s & an n CNEl-(M00-24 (Rev. 0)

, 181 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) l

. MQ (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 1

H G F E D C B A a

8* 1.9292 1.6999 1.7683 1.5356 1.6030 1.5505 1.8072 1.9276 l 9* 1.7016 1.6168 1.4917 1.6985 1.5018 1.4869 1.5564 1.9866 10 ,* 1.7738 1.4950 1.5249 1.5054 1.6214 1.5332 1,5957 2.0043 11 1.5355 1.6110 1.5079 1.6374 1.6008 1.6141 1.7441 2.3622 12

1.5981 1.5069 1.6251 -1.6012 1.6800 1.7171 2.0646 ,

13 1.5507 1.4885 1.5344 1.6150 1.7188 1.9881 2.3538 14

1.8074 1.5571 1.5959 1.7163 2.0710 2.3555

15

1.9180 1.9825 1.9934 2.3639 MQ (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18 = ~ TOP OF CORE J

LEVEL 1 = BOTTOM OF CORE H G F E D C B A

{

8* 1.8788 1.5607 1.6639 1.3876 1.5338 1.4243 1.6919 1.6204 9* 1.5625 1.4706 1.3280 1.6119 1.3503 1.3413 1.3474 1.7169 10

1.6699 1.3312 1.3850 1.3782 1.5569 1.3528 1.4111 1.6686 i 11

1.3881 1.5275 1.3811 1.4831 1.4190 1.4440 1.4917 2.0900 1

12,* 1.5302 1.3554 1.5612 1.4195 1.5593 1.4874 1.8531 13

1.4253 1.3434 1.3543 1.4450 1.4890 1.7408 2.0703 14

1.6928 1.3485 1.4117 1.4939 1.8589 2.0717 15

1.6130 1.7140 1.6601 2.0918 1

I 4

, CNEl-(M00-24 (Rev. 0) 182 of 302 1

TABLE 3 (CON'T)

CORE OPE \TINO LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MO (3 -D) AT: 75% POWER 325 EFPD THIS IS LEVEL 16 OF J' WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 3 H G F E D C B A i

3* 2.0038 1.6151 1.7294 1.4019 1.6074 1.4742 1.7603 1.5895 9* 1.6172 1.5115 1.3335 1.6802 1.3607 1.3645 1.3350 1.7096 10

1.7368 1.3375 1.4223 1.4284 1.6378 1.3393 1.4132 1.6218 11

1.4041 1.5926 1.4322 1.5143 1.4145 1.4536 1.4540 2.0861 12

1.6050 1.3670 1.6431 1.4152 1,6014 1.4713 1.8767 13 *

'.4760 1.3673 1.3412 1.4569 1.4729 1.7430 2.0928 14 1.7619 1.3366 1.4142 1.4565 1.8826 2.0942 15

1.5828 1.7072 1.6141 2.0884 1

MQ (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H C F F D C B A 8* 2.0651 1.7019 1.7601 1.4528 1.6335 1.5480 1.7873 1.6256 9* 1.7042 1.5905 1.3829 1.7059 1.4025 1.41?1 1.3666 - 1.7584 10

1.7688 1.3878 1.4965 1.5064 1.6640 1.3619 1.4462 1.6363 11

1.4570 1.6194 1.5112 1.5832 1.4569 1.5087 1.4775 2.0675 12

1.6325 1.4103 1.6702 1.4577 1.6162 1.5105 1.8858 13

1.5507 1.4157 1.3643 1.5102 1.5123 1.8057 2.1877 14

1.7895 1.3687 1.4476 1.4802 1.8919 2.1892 15

1.6192 1.7565 1.6289 2.0700 4

e

r---------

CNEl-(M00-24 (Rev. 0) 1830f302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(tTNCERTAINTY VALUES NOT INCLUDED)

MQ (3 -D) AT: 75% POWER 325 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = 7T OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

2.1502 1.7957 1.8430 1.5327 1.7017 1.6389 1.8553 1.6964 9

1.7984 1.6965 1.4631 1.7783 1.4760 1.4880 1.4257 1,8403 10

1.8531 1.4692 1.5954 1.6057 A 7488 1.4357 1.5261 1.7116 11

1.5391 1.6907 1.6117 1.6692 1.3271 1.5845 1.5645 2.1590 12

1.7018 1.4854 1.7559 1.5282 1.6786 '1.5878 1.9515 13

1.6423 1.4924 1.4386 1.5863 1.5897 -1.9114 2.3268 14

1.8581 1.4282 1.5279 1.5675 1.9579 2.3284 15

1.6901 1.8387 1.7041 2.1618 MQ (3-D) AT: 75% POWER 325 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* 2.2891 1.8953 1.9854 1.6474 1.8359 1.7693 1.9899 1.8056 9* 1.8983 1.7853 1.5693 1.9153 1.5890 1.6034 1.5242 1.9725 10

1.9972 1.5765 1.7205 1.7424 1.8878 1.5491 1.6466 1.8360 e

11

1.6560 1.8230 1.7495 1.7661 1.6177 1.6747 1.6902 2.3369 13 - 1.8369- 1.6001 1.8956 1.6189 1.7882 1.6836 2.0645 13

1.7734 1.6085 1.5525 1.6767 1.6857 2.0347 2.4918 14 1.9930 1.5271 1.6487 1.6933 2.0713 2.4935 15

1.7990 1.9708 1.8279 2.3400

_ . _ _ _ _ _ _ _ _ _ _ _ _ ____________.__._____.____._______._._____-._____-___m_______..__m.____

CNEl-(M00-24 (Rev. 0) "

1&4 01302 TAELE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

M's (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A B

2.4340 2.0122 2.1369 1.7860 2.0077 1.9250 2.1692 1.9448 9* 2.0155 1,8979 1.6969 2.0938 1.7244 1.7416 1.6458 2.1347 10

2.1503 1.7055 1.8744 1.8727 2.0174 1.6764 1.7898 1.9867-11

1.7969 1.9946 1.8809 1.8708 1.6997 1.7672 1.7847 2.5613 12 ,* 2.0096 1.7372 2.0260 1.7010 1.8944 1.7696 2.1854 13

1.9298 1.7474 1.6799 1.7694 1.7718 2.1461 2.6323 14 2.1726 1.6490 1.7921 1.7880 2.1926 -2.6341 15

1.9376 2.1329 1.9778 2.5646 MQ (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 11 OF 18 WHERE1 LEVEL 18 = ' TOP OF CORE LEVEL 1 = BOTTOM OF CORE H C F E D C B A 8* 2.6359 2.1526 2.3007 1.9418 2.2173 2.1018 2.3911 2,1059-9* 2.1562 2.0264 1.8027 2.2923 1.8769 1.8981- 1.7849 2.3202 10

2.3157 1.8124 2.0012 1.9999 2.1809 1.7779 1.9484 2.1568 11

1.9551 2.1857 2.0093 1.9974 1.8054 1.8817 1.8979 2.7986 12

2.2201 1.8917 2.1906 1.8069 2.0361 1.8750 2.3529 13 ,* 2.1071 1.9045 1.7817 1.8841 1.8773 2.2806 2.811V 14

2.3948 1.7884 1.9508 1.9015 2.3607 2.8130 15

2.0980 2.3183 2.1471 2.8023

CNEl-N00 24 (Rev. 0) 185 of 302 TABLE 3 (CO!1'T)

CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGI!I)

(UlJCERTAI!ITY VALUES 110T I!!CLUDED)

MQ (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = DOTTOM OF CORE H G F E D C B A 8

2.9414 2.3039 2.5745 2.0828 2.5297 2.3100 2.7424 2.2987 i

9

2.3078 ' 1708 1.9304 2.5694 2.0200 2.0780

. 1.9497 2.5402 10 2.5917 1.9412 2.1501 2.1484 2.4466 1.9079 2.0992 2.3556 11 2.0981 2.4518 2.1588 2.1515 1.9426 2.0276 2.0311 3.1506 12

2.5332 2.0363 2.4575 1.9442 2.2926 2.0151 2.6488 13

2.3159 2.0849 1.9120 2.0301 2.0175 2.4581 3.0423 14

2.7464 1.9534 2.1018 2.0348 2.6575 3.0444 15 2.2898 2.5379 2.3447 3.1547 MQ (3 -D) AT: 75% POWER 325 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

...**.. 2........................................................

g 8 3.0108 2.3192 2.6395 2.1036 2.6191 2.3979 2.9405 2.4559 9* 2.3232 2.1882 1.9502 2.6446 2.05a4 2.1389 2.0585 2.7121 10 .* 2.6570 1.9610 2.1769 2.1849 2.5491 1.9714 2.1896 2.4827 11

2.1188 2.5261 2.1954 2.1955 1.9917 2.0966 2.1208 3.3566 12

2.6222 2.0746 2.5602 1.9932 2.4056 2.0951 '.8156 13 2.4032 2.1456 1.9753 2.0990 2.0975 2.5631 3.1805 14

2.9439 2.0619 2.1919 2.1244 2.8246 3.1826 15

2.4459 2.7088 2.4712 3.3603

CNEMM00-24 (Rev. Oi 1860f 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-O OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MO (?-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 8 OF 18 WHERE: I VEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.9358 2.2508 2.5255 2.0115 2.4857 2.2765 2.7734 2.3089 9* 2.2545 2.1187 1.8842 2.5213 1.9747 2.0534 1.9654 2.5515 10

2.5421 1.8947 2.1028 2.1163 2.4640 1.9140 2.1080 2.3619-11 .* 2.0260 2.4129 2.1265 2.1492 1.9688 2.0610 2.0572 3.1943 12

2.4879 1.9898 2.4743 1.9701 2.4023 2.0796 2.7277 13

2.2806 2.0591 1.9172 2.0629 2.0818 2.5119 3.0533 14 2.7759 1.9679 2.1096 2.0601 2.7359 3.0551 15 2.2992 2.5481 2.3505 3.1971 MQ (3-D) AT: 75% POWER 325 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* 2.6234 2.0116 2.2518 1.7841 2.2114 2.0299 -2.4890 2.0715 9* 2.0150 1.8899 1.6732 2.2452 1.7546 1.8271 1.7476 2.2875

~

10

2.2668 1.6828 1.8732 1.8892 2.2088 1.7094 1.8839 2.1005 11 ** 1.7976 2.1498 1.8986 1.9250 1.7583 1.8482 1.8457 -2.8704 12

2.2135 1.7683 2.2180 1.7595 2.1553 1.8592 2.4555 13

2.0335 1.8321 1.7122- 1.8498. 1.8611 2.2555 2.7569 14

2.4910 1.7498 1.8852 1.8483 2.4628 -2.7585 15

2.0626 2.2842 2.0903 2.8727

CNEl.0400 24 (Rev. 0) 187 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 325 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 2.3145 1.7797 2.0110 1.5884 1.9835 1.8242 2.2498 1.8685 9 1.7C28 1.6783 1.4868 2.0082 1.5623 1.6339 1.5652 2.0649 10 ,* 2.0247 1.4956 1.6702 1.6807 1.9687 1.5104 1.6805 1.8832 11

1.6011 1.9233 1.6893 1.7069 1.5542 1.6401 1.6378 2.5726 12 + 1.9855 1.5748 1.9769 1.5552 1.8990 1.6457 2.1883 13

1.8274 1.6383 1.5208 1.6415- 1.6474 2.0073 2.4673 14

2.2515 1.5671 1.6815 1.6400 2.1948 2.4686 15

1.8603 2.0618 1.8738 2.5744 MQ (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL.18 = TOP-OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

2.0868 1.6038 1.8199 1.4329 1.8015 1.6576 2.0548 1.7042 9* 1.6065 1.5142 1.3383 1.8178 1.4095 A.4791 .1.4178 1.8853 10

1.8325 1.3465 1.5077 1.5150 1.7793 1.3647 1.5184 1.7102 11 ,* 1.4449 1.7411 1.5230 1.5357 1.3898- 1.4731 1.4717 '2.3367 12 .* 1.8036 1.4210 1.7867 1.3906 1.6923 1.4666 1.9708 13

1.6604 1.4831 .1.3668 1.4742 1.4681 1.7978 2.2268 14 ,* 2.0562 1.4194 1.5192 1.4736 1.9766 2.2280 15

1.6964 1.8822 1.7015 2.3383 1

1

CNEl-6400-24 (Rev. 0) 188of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 325 EFPD THIS IS LEVEL 4 OF 18 P WHERE:--LEVEL 13 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE

+

H G F E- D C B A 8* 1.9130 1.4673 1.6753 1.3179 1.6624 1.5287 1.9033 1.5835 9 1.4693 1.3890 1.2280 1.6742 1.2961 1.3617 1.3071 1.7525 10 ,* 1.6870 1.2357 1.3847 1.3869 1.6322 1.2511 1.3976 1.5852 11

1.3295 1.6036 1.3944 1.4034 1.2677 1.3447 1.3490 2.1642 12

1.6645 1.3070 1.6390 1.2684 1.5433 1.3369 1.8036 13

1.5313 1.3653 1.2530 1.3457 1.3382 1.6459 2.0473 14

1.9044 1.3086 1.3982 1.3506 1.8089 2.0484 15

l.5760 1.7494 1.5769 2.1655 MO (3-D) AT: 75% POWER 325 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 1.7972 1.3811 1.5838 1.2540 1.5731 1.4467 '1.8061 1.5287 9* 1.3834 1.3131 1.1665 1.5827 1.2331 1.2916 1.2480 1.6875 10

1.5951 1.1741 1.3100 1.3048 1.5343 1.1896 1.3293 1.5296 11

1.2655 1.5163 1.3121 1.3230 1.1993 1.2701 1.2857 2.0718 12

1.5752 1.2437 1.5408 1.2000 1.4484 1.2657 1.7071 13

1.4491 1.2950 1.1913 1.2710 1.2669 1.5642 1.9549 14

1.8069 1.2492 1.3298 1.2873- 1.7121 1.9560 15

1.5210 1.6841 1.5211 2.0729

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

CNEl.N00 24 (Rev. 0) 189 0f 302 TABLE 3 (CON'T)

~

i CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-O OP MARGIN)

~

(UNCERTAINTY VALUES NOT INCLUDED)

, MQ (3-D) AT: 73% POWER 325 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 4

8* 1.7830 1.3924 1.5958 1.2941 1.5821 1.4659 1.8237 1.6237 j 9

1.3948 1.3363 1.2052 1.5915- 1.2741 1.3207 1.301; 1.7741 10

1.6073 1.2132 1.3343 1.3157 1.5285 1.2344 1.3714 1.6284 l 11 1.3065 1.5259 1.3233 1.3443 1.2370 -1.2990 1.3434 2.1490 12

1.5843 1.2852 1.5350 1.2377 1.4552 1.3123 1.7463 2 .

13

1.4683 1.3241 1.2361 1.3000 1.3136- 1.6238 2.0357 14 *

-1.8243 1.3023 -1.3717 1.3450 1.7515 2.0369 15

1.6148 1.7702 1.6187 2.1500 MQ (3-D) AP: 75% POWEL 325 EFPD THIS IS LEVEL 1 OF 18

WHERE: LEVEL 18 = TOP OF CORE 4

LEVEL. 1 = BOTTOM OF CORE H G F E D C- B A 1

i 8* 2.2125 1.8089 2.0307 1 7159--1.9917- 1.9135 2.3312 2.3198 9* 1.8120 .1.7616 1.6186 2.0102 1.6957 1.7476 1.7872 2.4u99 10

2.0453 1.6294 1.7594 1.7106 1.9037 11.6675 1.8496 2.3409 11

1.7322 1.9260 1.7204 1.7707 1.6593 1.7245 1.8545_ 2.9064 12

1.9944 1.7105 1.9118 1.6603 -1.8537 1.7941 2.3199 13

1.9165 1.7521 1.6699 1.7258 1.7959- 2.2249- 2.7987-14 ,* 2.3316 1.7886 1.8498 1,8566 2.3271- 2.8006 15

2.3060 2.4636 2.3258 2.9075 i

i l

1.

CNEl-0400-24 (Rev. 0) 1900f 302 TABtE 3 (CON ~T)

CORE OPERATING LIMITS REPokT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (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 8* 2.2010 1.8081 2.0895 1.7824 2.1560 2.0413 2.6000 2.8497 9 1.8095 1.8243 1.6287 2.1012 1.7777 1.8664 1.9796 2.7798 10

2.0819 1.6293 1.7390 1.T219 2.0507 1.8648 2.1024 2.8017 11

1.7512 2.0131 1.7105 1.9083 1.8312 1.9519 2.2569 3.4368 12

2.0960 1.7636 2.0384 1.8316 2.1210 2.1019 2.7424 13

2.0093 1.8475 1.8506 1.9468 2.0992 2.5681 3.3722 1

14

2.5627 1.9556 2.0777 2.2406 2.7415 3.3680 15

2.7931 2.7377 2.7488 3.4014 ,

MQ (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* 2.0188 1.5551 1.9182 1.6293 2.0325 1.7800 2.3099 2.2179 9* 1.5563 1.5829 1.4463 1.9554 1.6071 1.6108 1.5945 2.2650 10

1.9105 1.4459 1.5048 1.,4~ i? 1.9194 1.6276 1.7596 2.1590 11

1.5972 1.8605 1.4680 1.6484 1.6135 '1.6652 1.8062 2.8976 12

1.9745 1.5926 1.9073 1.6120 1.8906 1.6968 2.3357 13'* 1.7519 1.5942 1.6149 1.6608 1.6946 2.1224 2.8252 14

2.2763 1.5750 1.7385 1.7930 2.3347 2.8217 15

2.1729 2.2302 2.1173 2.8669

I CNEl-N00 24 (Rev. 0) 191 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN, (UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 16 OF 18 WHERF* LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.0836 1.5519 1.9469 1.6197 2.0922 1.7770 2.3015 2.0566 9 1.5530 1.5721 1.4122 1.9932 1.5836 1.5754 1.4904 2.1484 10

1.9389 1.4116 1.4901 1.4712 1.9723 1.5589 1.6851 1.9835 11

1.5870 1.8933 1.4609 1.6243 1.5556 1 6079 1,6558. 2.7529 12

2.0321 1. 89 1.9598 1.5543 1.8648 1.5856 2.2624 13

1.7489 1.5591 1.5466 1.6037 1.5836~ 2.0286 2.7476 14

2.2678 -1.4720 1. 6 t :47 1.6436 2.2612 2.7441 1E

2.0142 2.1149 1.9444 2.7232 MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 2.1461 1.6288 1.9844 1.6873 .2.1198 1.8357 2.2859 2.0419 9

1.6301 1.6470 1.4576 2.0286 1.6221 '1.5970

. 1.4736 2.1419 10

1.9770 1.4576 1.5557 1.5423 -1.9698 1.5484 1.6716 1.9282 11 ,* 1.6545 1.9292 1.5317 1.6811 1.5804 1.6332 1.6052 2.6240 12 * -2.0595 1.6077 1.9774 1.5791 1.8491 1.5838' 2.2251 13 .+ 1.8068 1.5807 1.5364 1.6290 1.5817 2.0560 _2.8220 14

2.2524 1.4554 1.6512 1.5936 2.2238 2.8183 L

15

1.9993 2.1083 1.8897 2.5960 o

_ _._ _ _ __ _ _ _ _____i_____.________._._._______.__m._____.- .___.________.m __.______m.__.__._.___ma

CNEl.(M00 24 (Rev. 0) 192 0f 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTi VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

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

8

2.3144 1.7697 2.1248 1.8153 2.2518 1.9679 2.3755 2.1192 9 1.7712 1.7873 1.5736 2.1511 1.7336 1.6850 1.5373 2.2413 10

2.1177 1.5743 1.6890 1.6671 2.1027 1.6051 1.7267 1.9686 11 1.7822 2.0497 1.6564 1.8023 1.6797 1.7282 1.6508 2.6664 12

2.1894 1.7197 2.0905 1.6783 1.9491 1.6747 2.3196 13 1.9379 1.6685 1.5931 1.7234 1.6723 2.1970 3.0350 14 2.3412 1.5186 1.7060 1.6389 2.3179 3.0308 15

2.0751 2.2066 1.9295 2.6378 MQ (3-D) AT: 50% 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* 2.6236 1.9750 2.3718 1.9968 2.4441 2.1147 2.5268 2.2370 9* 1.9767 1.5198 1.7557 2.3631 1.8755 1.8118 1.6204 2.3705 10 .* 2.3649 1.7571 1.8908 1.8424 2.2950 1.7347 1.8573 2.0988 11

1.9630 2.2562 1.8315 1.9870 1.8514 1.8891 1.7864 2.8830 12

2.3798 1.8629 2.2933 1.8498 2.1647 1.8363 -2.5395

'13

2.0840 1.7053 1.7234 1.8835 1.8338 2.4204 3.3613 14

2.4918 1.6013 1.8354 1.7738 2.5369 3.3568 15

2.1913 2.3344 2.0573 2.8524

CNEl-N00-24 (Rev. 0) 193 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 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 B A 8* 3.0101 2.2527 2.6838 2.2430 2.7676 2.3666 2.8097 2.4452 9 2.2551 2.2580 1.9609 2.6700 2.1051 2.0243 1.7863 2.6157.

10

2.6789 1.9642 2.1124 2.0731 2.6145 1.9417 2.0677 2.3155 11 2.2094 2.5549 2.0625 2.2430 2.0674 2.1069 1.9663 3.1788 12 ,* 2.6987 2.0939 2.6031 2.0661 2.4394 2.0410 2.8340 13

2.3343 2.0074 1.9294 2.1014 2.0380 2.7041 3.7551 14

2.7725 1.7662 2.0448 1.9535 2.8317 3.7498 e 15

2.3961 2.5770 2.2712 3.14.72 MQ (3-D) AT: 50% POWER 4 EFFD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM cf CORE H G F E D C B A 8*

3.4367' 2.5659 3.1593 2.5906 3.1844 2.6f96 3.1792 2.7126 9*

2.5681 2.5698 2.2692 3.1226 2.3891 2.2737 1.9870 2.8996 10

3.1566 2.2748 2.4517 2.4081 3.0105 2.1705_ 2.2996 2.5518 11

2.5567 2.9952 2.3975 2.5810 2.3670 2.4072 2.1988 3.5864 12

3.1107 2.3804 3.0004 2.3660 2.8224 -2,3169 3.2650 13

2.6369 2.2576 2.1582 2.4016 2.3139 3.0778 4.2865 14

3.1409 1.9668 2.2754 2.1856 3.2632 4.2808 15

2.6610 2.8597 2.5041. 3.5527

_ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ . _ _ _ _ . _ _ _ _ _ _ _ _ . - . _ _ . .__ __._.___.-_______.___________._._.___._____._m_ _ _ . _ _ _ _ _

CNEl.0400 24 (Rev. 0) 194 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 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 8* 3.6602 2.6135 3.3725 2.7537 3.6083 2.9922 3.7452 3.0298 9 2.6160 2.6148 2.3729 3.4435 2.6228 2.5624 2.2511 3.2798 10

3.3702 2.3793 2.5980 2.5545 3.4011 2.4670 2.6204 2.8809 11

2.7123 3.3037 2.543" 2.6590 2.4664 2.5455 2.5104 4.2599 12

3.5133 2.6058 3.3882 2.4632 3.0918 2.4842 3.6791 13

2.9455 2.5364 2.4499 2.5356 2.4793 3.3375 4.7217 14

3.6967 2.2301 2.5950 2.4965 3.6719 4.7127 15

2.9842 3.2371 2.8292 4.2220 MQ (3-D) AT: 50% POWER 4 EFPD THIS IE LEVEL 9 0F 18 WRERE: LEVEL 18 TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

...........................................................tr....

8* 3.8087 2.6529 3.3406 2.6199 3.5398 2.8684 3.6912 3.0119 9* 2.6558 2.6531 2.2767 3 1546 2.5061 2.4518 2.1767 3.2419 10

3.3362 2.2821 2.4795 2.4722 3.3975 2.3675 2.5583 2.8829 11

2.5837 3.2229 2.4604 2.6923 2.4882 2.5689 2.4913 4.4011 12

3.4493 2.4919 3.3803 2.4853 3.1918 2.4976 3.8019 13

2.8248 2.4278 2.3485 2.5592 2.4927 3.3688 4.7882 14

3.6342 2.1482 2.5245 2.4703 3.7949 4.*792 15

2.9452 3.1862 2.8201 4.3459

CNiil4M(X) 24 (Rev. 0) 195 cf 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIll)

(UtJOERTAI!JTY VALUES NOT INCLUDED)

M2 (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 8 OF 18 WRERE: LEVEL 1(f s TCP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 1

8* 3.7020 2.5608 3.2203 2.5109 3 3856 2.7454 3.4984 2.8248 9* 2.5641 2.5465 2.1982 3.22. 2.4061 2.3555 2.0758 3.0587

. si 10

3.2196 2.2046 2.4014 2.4006 3.2989 2.2920 2.4606 2.iJ16 11

2.4821 3.1055 2.3901 2.5891 2.4002 2.4616 2.4076 4.1945 12

3.3059 2.3972 3.2859 2.3983 3.1174 2.4112 3.5961 13

2.7083 2.3362 2.2763 2.4539 2.4070 3.2250 4.5076 14

3.4498 2.0517 2.4310 2.3918 3.5912 4.5002 15

2.7656 3.0108 2.6757 4.1464 =

MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 a TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 3.3972 2.3481 2.9144 2.2737 3.0949 2.5115 3.2146 2.5890 9* 2.3513 2.3304 1.9791 2.9237 2.1859 2.1459 1.8883 2.8077 10 *, 2.9151 1.9864 2.1688 2.1715 3.0044 2.0781 2.2410 2.4953 11

2.2496 2.8210 2.1638 2.3802- 2.1999 2.2632 2.1859 3.8447 12

3.0237 2.1789 2,9935 2.1983 2.8561 2.2078 3.3215 y 13 ,* 2.4783 2.1288 2.0643 2.2563 2.2041 2.9713 4.1805 14

3.1704 1.8665 2.2143 2.1697 3.3171 4.1737 15

2.5347 2.7639 2.4444 3.8012

l CNEl-(M(X) 24 (Rev. 0) l 196of 302 TABLE 3 (CO!1'T) 4 CORE OPERATI!JG LIMITS REPORT M-SUB-0 VALUES (F-SUD-Q OP MARGIN)

(UNCERTAlflTY VALUES NOT I!JCLUDED)

Ho (3-D) AT: 50% POWER 4 FFPD THIS IS t.EVEL 6 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1. BO770M OF CORE H G F E D C B A 8* 3.0965 2.1378 2.6864 2.0988 2.8852 2.3445 3.0170 2.4258 9* 2.1408 2.1225 1.8137 2.7046 2.0243 1.9942 1.7536 2.6333 10

2.6884 1.8210 1.9929 1.9955 2.7836 1.9187 2.0810 2.3272 11 + 2.0782 2.6116 1.9891 2.1787 2.0172 ' 0787 2.0137 3.5906 12 ,* 2.8205 2.0190 2.7746 2.0157 2.6303 2.0358 3.0717 13

2.3142 1.9789 1.9065 2.0722 2.0322 2.7599 3.8982 14

2.9762 1.7337 2.0566 1.9992 3.0674 3.8916 15

2.3750 2.5425 2.2798 3.5507 MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE I

H O F E D C- B A

................................................................. 1 8* 2.3884 1.9602 2.5231 1.9788 2.7476 2.2392 2.9013 2.3346 1

9* 1.9631 1.9453 1.6964 2.5538 1.9162 1.8967 1.6704 2.5343 10 ,* 2.5261 1.7039 1.8687 1.8679 2.6111 1.8103 1.9784 2.2272 j 11

1.9611 2.4677 1.8626 2.0086 2.8758 1.9297 1.8775 3.4290 12

2.6877 1.9122 2.6062 1.8744 2.4456 1.8973 2.8738 13

2.2109 1.8827 1.7993 1.9236 1.8942 2.5873 3.6769 c 14

2.8627 1.6517 1.9556- 1.8666 2.8696 3.6706 15

2.2859 2.4954 2.1822 3.3920 w e ,-yw.. ~ p-- ,-pg-g-, --

, w-

, , .- -#e y

CNEl-(M00 24 (Rev. u) 197 pf 302 TABLE 3 (CO!J'T)

CORE OPERATI!JG LIMITS REPORT M SUB-Q VALUES (F-SUB-Q OP MAROI!J)

(UlJCERTA!!JTY VALUES ! JOT 1!JCLUDED)

MQ (3-D) ATi 50% POWER 4 EFPD THIS IS LEVEL 4 0F 18 o

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.6923 1.8582 2.4046 1.9160 2.6826 2.1992 2.8751 2.3308 9

1.8611 1.8500 1.6293 2.4707 1.8652 1.8586 1.6478 2.5247 10

2.4094 1.6372 1.7978 1.7855 2.4962 1.7574 1.9415 2.2106 11

1.9007 2.3894 1.7815 1.9219 1.7831 1.8535 1.8182 3.3727 10

2.6259 1.8627 2.4915 1.7821 2.3191 1.8049 2.7594 13

2.1723 1.8455 . 7481 1.8461 1.8020 2.4737 3.5242 14

2.8377 1.6296 1.9196 1.8071 2.7560 3.5186 15

2.2826 2.4866 2.1664 3.3376 MQ (3-D) AT: 50% POWER 4 EFPD THIS IS udVEL 3 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL- 1 = BOTTOM OF CORE H G F E D C B A 8* 2.6656 1.8220 2.3846 1.9339 2.7100 '2.2494 2.9714 2.4676

.9

1.8250 1.8269 1.6359 2.4755 1.8968 1.9058 1.7196 2.6537 10

2.3909 1.6447 1.8038 1.7767 2.4747 1.7924 2.0035 2.3300 11

1.9209 2.3976 1.7737 1.9124 1.8113 1.8792 1.8612 3.4753 12

2.6550 1.8957 2.4713 1.8101 2.3340 1.8473 2.8202 13 ,* 2.2228 1.8933 1.7828 1.8733 1.8445 2.5316 3.6043 14

2.9337 1.7011 1.9816 1.8504- 2.8162 3.5989 15

2.4171 2.6143 2.2840 3.4406 l

1

CNEl.0400 24 (Rev. 0) 198of 302 TABLE 3 (C0!1' T)

CORE OPERATI!JG LIMITS REPORT M-SUD-0 VALUES (F-SUB-Q OP MARGI!1)

(U!CERTAI!!TY VALUES IJOT IllCLUDED)

Ho '3-D) AT: 50% POWER 4 FFPD THIS IS LEVEL 2 0F 18 WHERE: LEVEL 18 = TOP OF CCRE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

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

8

2.7818 1.9653 2.5453 2.1225 2.9216 2.4972 3.3181 2.9317 9* 1.9687 '. 9953 1.8064 .2.6597 2.1028 2.1369 2.0029 3.0930 -

10

2.5535 1.8173 1.9827 1.9335 2.6398 2.0167 2.2835 2.7663 11 ,* 2.1119 2.5840 1.9311 2.0920 1.9910 2.0853 3.1474 3.9331 12

2.8650 2.1039 2.6368 1.9900 2.5349 2.1049 3.1103 13

2.4688 2.1236 2.0066 2.0793 2.1014 2.8714 4.0375 14 3.2771 1.9818 2.2592 2.1355 3.1067 4.0310 15

2.8726 3.0479 2.7129 3.8958 t

MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 1 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D '

B A 8*

3.7724 2.8029 3.4061 2m8530 3.8688 3.5801 4.6852 4.7316-9* 2.8079 2.8341' 2.4809 3.5405 2.8615 3.0838 3.0866 4.7694 10

3.4189 2.4975 2.8342 2.7663 3.4741 2.8228 3.3980 4.4805 11

2.8438 3.4541 2.7645 2.9932 2.7436 3.0088 3.3010 5.7798 12 .* 3.7970 2.8659 3.4715 2.7424 3.4509 3.1713 4.4824 13

3.5482 3.0657 2.8093 .3.0004 -3. 563 4.2810 5.9476 14

4.6286 3.0545 3.3629 3.2834 4.4782 5.9383 15

4.6382 4.7014 4.3961 5.7277

=

-_-________--_________--_-_-_-__l_L___L______-

CNEl-0400 24 (Rev. 0) 1990f 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN) .

(UNCERTAINTY VALUES NOT INCLUDED) l MO (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 18 0F 18 WHERE LEVEL 18 = TOP OF CCRE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.2155 1.8688 2.0314 1.7114 1.9357 1.8251 2.2364 2.4217 9* 1.8708 1.8042 1.6301 1.9850 1.6739 1.7053 1.7923 2.4277 1 10

2.0335 1.6318 1.7024 1.6833 1.8892 1.6892 1.8470 2.4244 11

1.6996 1.8827 1.6793 1.8161 1.7427 1.7413 1.8551 2.7215 12

1.9125 1.6762 1.8885 1.7442 1.9125 1.9265 2.3308 13

1.8170 1.7035 1.6866 1.7403 1.9273 2.3098 2.7715 14

2.2271 1.7866 1.8410 1.8535 2.3358 2.7720 15

2.3984 2.4139 2.4015 2.7166 MQ (3-D) Ah 50% POWER 150 EFPD THIS IS LEVEL 17 0F 18 WHERE: LEVEL 18 = ltP OF CORE LEVEL 1 = BOTICM OF CORE H G F E D C 1 A 8*

2.1331 1.6876 1.9169 1.5807 1.8650 - 1.6559 2.0665 1.9781 9* 1.6895 1.6275 1.4741 1.8935 1.5326 1,5237 1.5132 2.0575 10

1.9190 1.4748. 1.5318 1.5158 1.8179 1.4879 1.5903 1.9415-11

1.5688 1.7899 1.5122 1.6287 1.5614 1.5246 1.5380 2.3566 12

1.8429 1.5344 1.8176 1.5628 1.7616 1.6278 2.0390 13

1.6493 1.5225 1.4859 1.5240 1.6285 1.9857 2.3826 14

2.0585 1.5089 1.5854 1.5369 2.0435 2.3830 15

1.9594 2.0462 1.9232 2.3522

_ u- _ , , _ _ , . .

i, 4

1 CNEl-N00 24 (Rev. 0) a 4

2(K)of 302 4

l TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT 1

t M-SUB-0 VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) j l MQ (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 16 OF 18 j l

j WHERE: LEVEL 18 = TOP OF CORE 1 j LEVEL 1 = BOTTOM OF CORE i H O F E D -C B A j . i i B

2.2897 1.7512 2 0065 1.6133 1.9731 1.7152 2.1429 1.9165 l

9* 1.7534 1.6765 1.4868 1.9887 1.5545 1.5465 1.4836 2.0313 i

i 10

2.0094 1.4880 1.5750 1.5710 1.9291 1.4564 1.5643 1.8408 q 11

1.6023 1.8798 1.5679 1.6637 1.5568 1.5150 1.4801 2.3308 12

1.9509 1.5572 1.9294 1.5584 .1.8045 1.5941 2.0338 s .

13

1.7092 1.5460 1.4549 1.5147 1.5950 1.9755 2.3819 14

2.1353 1.4799 1.5599 1.4793 2.0384 2.3823 15

1.8986 2.0205 1.8236 2.3267 MO (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 15 OF 18-WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.4202 1.8874 2.0943 1.7181 2.0456 1.8281 2.2071 1.9785

. 9* 1.8900 1.8048 1.5750 -2.0738 1.6321 1.6184 1,5275 2.0997 10

2.0988 1.5773 1.6924 1.6986 1.9941 1.4962- 1.6120 1.8605 11

1.7087 1.9638 1.6962 1.7696 1.6270 1.5766 1.5119 2.3306 i

l 12

2.0244 1.6366 1.9956 1.6289 1.8468 1.6530- 2.0526 l 13 1.8227 1.6188 1.4952 1.5766 1.6540 2.0704 2.5090 14

2.2003 1.5243 1.6078 1.5113 2.0574 2.5096 15

1.9607 2.0892 1.8433 2.3267 i

_. . . . . . . . _ , . . . _ . _ . . . , . . - .-,__,.,,c,,__ m.,_ . _ . . , _ _ , , . . , , _ . . . .m._ - _- , ,. . -

CNE14M0044 (Rev. 0) 20lof302 TABLE 3 (CON'T)

CORE OPERATI!13 LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

Mg (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 14 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A B* 2.6329 2.0726 2.2726 1.8712 2.1678 1.9718 2.3442 2.1027 9

2.0756 1.9881 1.7277 2.2310 1.7422 1.7173 1.6148 2.2236 10

2.2789 1.7313 1.8701 1.8696 2.1034 1.6125 1.7253 1.9663 11

1.8634 2.1175 1.8682 1.9312 1.7633 1.7213 1.6301 2.4785 12

2.1472 1.7488 2.1060 1.7654 1.9892 1.79f4 2.2115 13

1.9671 1.7187 1.6121 1.7216 1.7965 2.2676 2.7793 14

2.3376 1.6120 1.7214 1.6298 2.2168 2.7799 15

2.0841 2.2131 1.9486 2.4746 MO (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 13 0F 18 WHERE: LEVEL 18 x TOP OF DRE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.9767 2.3137 2.5150 2.0457 2.3853 2.1523 2.5089 2.2386 9* 2.3173 2.2101 1.9146 2.4346 1.9137 1.8812 1.7380 2.3971 10

2.5235 1.9195 2.0824 2.0563 2.3360 1.7681 1.8801 2.1270 11

2.0405 2.3150 2.0559 2.1512 1.9666 1.9390 1.8166 2.7514 12 ,* 2.3651 1.9229 2.3401 1.9692 2.2302 1,9966 2.5018

. 13

2.1482 .1.8837 1.7683 1.9398 1.9980 2.5303 3.1837 14

2.5028 1.7356 1.8762 1.8166 2.5081 3.1846 15

2.2194 2.3863 2.1082 2.7473 g . . .

CNEl-GHX) 24 (Rev. 0) 202 0f 302 TABLE 3 (COtJ ' T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIll)

(UtJCERTAIllTY VALUES IJOT INCLUDED)

MQ (3-D) AT: 50% POWER 150 ETPD TilIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 3.3878 2.6256 2.8534 2.3093 2.7077 2.4286 2.8215 2.4784 9* 2.6300 2.5092 2.1471 2.7665 2.1524 2.1013 1.9372 2.6685 10

2.8651 2.1541 2.3399 2.3346 2.6453 1.9781 2.0889 2 3438 11

2.3067 2.6353 2.3355 2.4268 2.1978 2.2201 2.0590 3.1121 12

2.6870 2.1646 . '511 2.2009 2.5237 2.2373 2.8997 13

2.4251 2.1050 1.9789 2.221.1 2.2389 2.8463 3.7131 14

2.8153 1.9351 2.0851 2.0592 2.9072 3.7143 15

2.4575 2.6570 2.3234 3.1077 MO (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 3.9209 3.0121 3.3488 2.6493 3.1212 2.7451 3,2032 2.7606 9* 3.0173 2.8742 2.4808 3.2160 2.4500 2.3882 2.1678 2.9800 10

3.3647 2.4904 2.7156 2.6934 3.0819 2.2687 2.3854 2.6516 11

2.6498 3.0684 2,6957 2.7818 2.5060 2.5590 2.3735 3.6106 12

3.1000 2.4661 3.0899 2.5098 2.9102 2.5413 3.3925 13

2.7424 2.3933 2.2703 2.5611 2.5432 3.2390 4.2415 14

3.1971 2.1659 2.3814 2.3740 3.4015 4.2427 15

2.7378 2.9678 2.6288 3.6058

CNE!4400 24 (Rev. 0) 203 0f 302 TABLE 3 (CO!1'T)

CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP HARGIll)

(U11CERTAI!JTY VALUES IJOT ltJCLUDED)

MQ (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C D A 8* 4.3250 3.2005 3.7741 2.9383 3.6619 3.1306 3.8011 3.1286 9* 3.2060 3.0569 2.7335 3.7163 2.7748 2.7384 2.4809 3.4086 10

3.7920 2.7442 3.0103 3.0142 3.6554 2.6179 2.7563 3.0528 11

2.9405 3.5514 3.0167 3.0343 2.7642 2.8546 2.7639 4.3628 12

3.6374 2.7934 3.6642 2.7681 3.3608 2.8562 4.0022 13 3.1272 2.7441 2.6199 2.8562 2.8581 3.6662 4.8491 14

3.7941 2.4788 2.7518 2.7645 4.0122 4.8503 15

3.1029 3.3948 3.0266 4.3567 MQ (3-D) AT: 50% POWER 150 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 6* 4.5320 3.2762 3.7231 2.8387 3.6605 3.1334 3.9479 3.2505 9* 3.2821 3.1020 2.6302 3.6568 2.7351 2.7527 2.5502 3.5472 10

3.7409 2.6407 2.9013 2.9512 3.7090 2.6645 2.8564 _3.2102 11

2.8398 3.1984 2.9537 3.1100 2.8258 2.9247 2.9123 4.7378 12

3.6342 2.7522 3.7174 2.8299 3.5203 2.9263 4.1977 13

3.1285 2.7572 2.6651 2.9267 2.9283 3.7665 4.9908 14

3.9381 2.5467 2.8503 2.9116 4.2084 4.9919 15

3.2225 3.5311 3.1812 4.7287

CNE14400-24 (Rev. 0) 204 of 302 TABLE 3 (CON'T)

CORE OPERItING LIMITS REPORT l 1

M-SUB-Q V1.UES (F-SUB-Q OP MARGIN)

(UNCERTI MTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 8 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 4.2511 3.0635 3.5227 2.6868 3.4675 2.9835 3.7288 3.0402 9* 3.0694 2.9168 2.5019 3.4622 2.6068 2.6339 2.4206 3.3356 10 ,* 3.5418 2.5133 2.7690 2.8297 3.5669 2.5610 2.7344 3.0283 11

2.6913 3.3211 2.8330 2.9420 2.6914- 2.7728 2.7719 4.4968 i 12

3.4455 2.6254 3.5766 2.6956 3.3974 2.8019 3.9225 13

2.9804 2.6393 2.5621 2.7752 2.8039 3.5658 4.6386 14

3.7208 2.4179 2.7292 2.7733 3.9328 4.6399 15

3.0149 3.3213 3.0017 4.4888 MQ (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 7 0F 18 WHERE: LEVEL 18 , TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 3.8065 2.7441 3,0867 2.3531 3.0620 2.6404 3.3163 2.7080 9* 2.7495 2.5818 2.1815 3.0401 2.2902 2.3246 2.1455 2.9733 10

3.1042 2.1920 2.4220 2.4799 3.1419 2.2593 2.4224 2.6910 11 ,* 2.3584 2.9180 2.4837 2.6410 2.4119 2.4955 2.4752 3 9971 12

3.0434 2.3072 3.1510 2.4157 3.0432 2.5145 3.5462 13

2.6379 2.3298 2.2608 2.4976 2.5164 '3.2168 4.2104 14

3.3096 2.1435 2.4182 2.4753 3.5555 4.2116 15

2.6856 2.9609 2.6676 3 . 9 9 0't

CNEl-(>*[X)-24 (Rev. 0) 20$ of 302 TABLE 3 (CON'T) d l

CORE OPERATING LIMITS REPORT i

M-SUB-Q VALUES (F-SUB-0 OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) 4

MQ (3 -D) AT: 50% POWER 150 EFFD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1s 30TTOM OF CORE H G F E D C B A

. i 8

3.3355 2.4057 2.7405 2.0896 2.7415 2.3686 2.9912 2.4399

. 9

2.4105 2.2713 1.9273 2.7059 2.0386 2.0776 1.9186 2.6825 10

2.7567 1.9370 2.1455 2.1958 2.7975 2.0066 2.1647 1.4152

, 11

2.0953 2.5984 2.1997 2.3280 2.1314 2.2100 2.1881 3.5921 12

2.7255 2.0544 2.8059 2.1348 2.6963 2.2362 3.1595 1

13 2.3666 2.0824 2.0081 2.2119 2.2378 2.8782 3.7805

$ 14

2.9852 1.9168 2.1610 2.1888 3.1677 3.7815 4

15

2.4195 2.6712 2.3943 3.5865 MO (3-D) AT: 50% POWER 150 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 1

8* 2.9745 2.1114 2.4674 1.8862 2.4942 2.1594 2.7442 2.2410 9

2.1157 2.0057 1.7289 2.4460 1.8443 1.8871 1.7456 2.4651 10

2.4826 1.7380 1.9286 1.9687 2.5006 1.8082 1.9649 2.2072 j 11.* 1.8923 2.3494 1.9726 2.0525 1.8932 1.9590 1.9474 3.2768 I 12

2.4802 1.8590 2.5087 1.8962 2.4065 2.0024 2.8189 13

2.1577 1.8916 1.8096 1.9606 2.0039 2.5870 3.4000 j 14

2.7386 1.7440 1.9616 1.9482 2.8262 3.4009

! 15

2.2220 2.4546 2.1879 3,2717

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

CNEl4M00 24 (Rev. 0) 206cf 302 TABLE 3 (CO!1' T)

CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGItJ)

(Ul1 CERTAINTY VALUES IJOT ItJCLUDED)

MO (3-D) AT: 50% POWER 150 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 8*

2.6551 1.9191 2.2511 1.7427 2.3173 2.0123 2.5761 2.1192 9* 1.9230 1.8168 1.5856 2.2567 1.7081 1.7546 1.6309 2.3284 10 2.2654 1.5943 1.7698 1.7910 2.2739 1.6633 1.8271 2.0758-11

1.7490 2.1679 1.7949 1.8743 1.7162 1.7921 1.7885 3.0579 12 ,* 2.3047 1.7222 2.2813 1.7190 2.1591 1.8010 2.5776 13

2.0107 1.7589 1.6647 1.7935 1.8023 2.3435' 3.1104 14

2.5708 1.6294 1.8239 1.7889 2.5843 3.1113 15

2.1009 2.3182 2.0574 3.0532 MQ (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTPOM OF CORE H G F E D C B A e*, 2.4854 1.7811 3.1262 1.6772 2.2254 1.9448 2.5080 2.1113 9*

1.7848 1.7109 1.5164 2.1529 1.6496 1.6992 1.5989 2.3071 10 ,* 2.1401 1.5250 1.6872 1.6920 2.1412 1.6050 1.7755 2.0590 11

1.6842 2.0692 1.6959 1.7649 1.6468 1 7107 1.7235 2.9756 m

12

2.2138 1.6636 2.1483 1.6494 2.0588 1.7398 2.4781 13

1.9433 1.7034 1.6063 1.7120 1.7411 2.2704 3.0215 14

2,5027 1.5973 1.7724 1.7239 2.4845 3.0224 15

2.0927- 2.2968 2.0406 2.9712 D

__ _ m._ ._ _ . _ _ _ . . _ . . m._ _ _ _ _ . . _ _ . . . _ - . _ . _ . _ _ _ _ . _

l CNE14M00 24 (Rev. 0) i 207 of 302 l' TABLE 3 (CON'T) 2 CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

, (UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 2 OF 18 1

)

WHERE: LEVEL 18 = TOP OF CORE

. LEVEL 1: BOTTOM OF CORE 1 H G F E D C B A i

4 .................................................................

8* 2.4610 1.8226 2.1702 1.7638 2.2914 2.0391 2.6344 2.3510 l 9* 1.8265 1.7713 1.5976 2.2094 1.7443 1.7990 1.7391 2.5305 1

1 10

2.1849 1.6071 1.7597 1.7411 2.1727 1.7094 1.9020 2.2913 i-11 1.7724 2.1266 1.7456 1.8289 1.7195 1.7922 1.8621 3.1806

} 12

2.2801 1.7597 2.1801 1.7222 2.1024 1.8462 2.5822 i 13

2.0375 1.8034 1.7108 1.7935 1.8474 2.4132 3.1915 i +

14 ,* 2.6286 1.7372 1.8985 1.86?6 2.5890 3.1925

15

2.3300 .2.5189 2.2705 3.1761 MQ (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 1 OF 18 WHERE: LEVEL 18 m' TOP OF CORE LEVEL 1 = BOTTOM OF CORE i H G F E D C B A j 8* 3.1527 2.4498 2.8136 2.3351 2.9471 2.7822 3.5288 3.5625 4 .

9*

2.4550 2.4034 2,1492 - 2.8504 . 2.3279 2.4764 . 2.5174 3.6991 10

2.8333 2.1626 ' 2.4007 2.3560 2.7620 2.3287 2.6837 3.4855 11 *' 2.3478 2.7470- 2.3626 2.4932 2.3127 2;4654 2.6983 4.4605 12

2.9330 2.3493 2.7716- 2.3164 2.7456 _2.6231 3 5479

, 13

2.7799 2.4825 2.3306 2.4671 2.6249 3.4202 4.5032 h

14

3.5207 2.5142 2.6787 2.6986 3.5575 4.5047

, 15

3.5300 3.6817 3.4535 4.4547-s.

4

..,,,----,v.e-e-

CNEl-(MDO.24 (Rev. 0) 2080f 302 l

TABLE 3 (CON'T) '

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

M2 (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 18 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.1861 1.8881 1.9932 1.6973 1.7892 1.7015 2.0079 2.1386 9* 1.8901 1.7964 1.6376 1.9061 1.6435 1.6156 1.6829 2.2066 10

2.0001 1.6415 1.6850 1.6608 1.7973 1.5997 1.7071 2.2022 11 1.6981 1.8012 1.6640 1.7787 1.7139 1.6401 1.7162 2.4441 12

1.7850 1.6502 1.8024 1.7147 1.8197 1.8394 2.1125 13 + 1.7031 1.6185 1.6018 1.6420 1.8416 2.1518 2.4367 1 14

2.0093 1.6847 1.7081 1.7192 2.1206 2.4392 15

2.1283 '.2029 2.1904 2.4474 MO (3-D) AT: THIS IS LEVEL 17 OF 18 50% POWER 325 EFPD WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.1864 1.7740 1.9207 1.5724 1.7557 1.5984 1.9230 1.8270 9* 1.7762 1.6694 1.4933 1.8543 1.5141 1.4887 1.4851 1.9399 10

1.9283 1.4972 1.5641 1.5544 1.7699 1.4313 1.5266 1.8487 11

1.5739 1.7512 1.5581 l'.6472 1.5557 1.4875 1.4901 2.1910 12

1.7529 1.5209 1.7757 1.5566 1.7297 1.6246 1.9176 13

1.5008 1.4921- 1.4336 1.4894 1.6267 1.9067 2.1653 14

1.9251 1.4872 1.5280 1.4929 1.9249 2.1675 15

1.0190 1.9373 1.8394 2.1942

CNEl-(M00 24 (Rev. 0) 2090f 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP HARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 325 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* 2.4084 1.8932 2.0555 1.6335 1.8960 1.7028 2.0576 1.8354 9* 1.8958 1.7652 1.5412 1.9909 1.5681 1.5572 1.5094 1.9791 10

2.0651 1.5462 1.6530 1.6584 1.9117 1.4478 1.5604 1.8272 11

1.6372 1.8815 1.6633 1.7322 1.5946 1.5349 1.4939 2.2447 12

1.8948 1.5766 1.9188 1.5957 1.8302 1.6503 1.9841 13

1.7063 1.5616 1.4506 1.5373 1.6524 1.9538 2.2357 14

2.0607 1.5122 1.5622 1.4970 1.9918 2.2379 15

1.8280 1.9771 1.818. 2.2482 MQ P-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.5788 2.0712 2.1757 1.7613 1.9933 1.8531 2.1729 1.9455 9* 2.0744 1.9312 1.6594 2.1035 1.6727 1.6670 1.5985 2.1026 10

2.1874 1.6660 1.8073 1.8245 2.0196 1.5300 1.6575 1.9055 11

1.7680 1.9917 1.8310 1.8788 1.7019 1.6470 1.5748 2.3091 12

1.9939 1.6835 2.0283 1.7033 1.9158 1.7545 2.0623 13

1.8580 1.6726 1.5335 -1.6498 1.7568 2.0999 2.4188 14

2.1768 1.6020 1.6599 1.5784 2.0704 2'.4213 15

1.9383 2.1012 1.8968 2.3130

=

CNE14M(K) 24 (Rev. 0) 2100f 302 TABLE 3 (CO!1' T)

CORE OPERATIlJG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP KARG1!1)

(UliCERTAI!!TY VALUES IJOT I!1CLUDED)

MQ (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 14 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

2.8001 2.2798 2.3667 1.9284 2.1359 2.0308 2.3296 2.0987 9

2.2836 2.1373 1.8292 2.2745 1.8068 1.7987 1.7246 2.2698 10 ,* 2.3810 1.8376 2.0075 2.0185 2.1525 1.6813 1.8014 2.0434 11

1.9384 2.1576 2.0268 2.0665 1.8611 1.8367 1.7347 2.5040 12

2.1381 1.8200 2.1626 1.8628 2.C784 1.9252 2.2681 13

2.0369 1.8055 1.6856 1.8401 1.9279 2.3615 2.7317 14 ,* 2.3345 1.7288 1.8045 1.7388 2.2772 2.7346 15

2.0914 2.2687 2.0348 2.5084 MQ (3-D) AT: 50% FONER 325 EFPD THIS IS LEVEL 13 OF 18 WHERE: LOVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A B* 3.1434 2.534' 2.6253 2.1132 2.3494 2.2179 2.5216 2.2620 9* 2.5386 2.3712 2.0342 2.4918 1.9875 1.9772 1.8632 2.4553 10 ,* 2.6425 2.0446 2.2440 2.2282 2.3963 1.8594 1.9891 2.2411 11

2.12C5 2.3674 2.2385 2.3047 2.0799 2.0941 1.9566 2.8056 12 ,* 2.3531 2.0034 2.4082 2.0820 2.3296 2.1466 2.f968 13

2.2251 1.9851 1.8645 2.0982 2.1496 2.6401 3.1663 e

14

2.5272 1.8680 1.9926 1.9614 '.6073

3.1697 15

2.2544 2.4544 2.2317 2.8106

CNEl-(WH-24 (Rev. v) 28tof302 TABLE 3 (CO!J ' T)

CORE OPERATItJG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGI!J)

(UlJOERTA1!JTY VALUES ! JOT I!JCLUDED)

MO (3-D) AT: 50% POWER 325 EPPD THIS IS LEVEL 12 OF 18-WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C D A 8* 3.5417 2.8548 2.9564 2.3698 2.6629 2.4962 2.8224 2.4976 9* 2.8599 2.6753 2.2670 2.8136 2.2392 2.2239 2.0802 2.7390 10

2.9769 2.2796 2.5061 2.5173 2.7271 2.0824 2.2126 2.4742 11

2.3870 2.6765 2.5297 2.5879 2.3163 2.3984 2.2235 3.1748 12

2.6681 2.2582 2.7411 2.3187 2.6270 2.4013 3.0229 13

2.5045 2.2330 2.0884 2.4024 2.4047 2.9627 3.7082 14 ,* 2.8288 2.0857 2.2167 2.2291 3.0351 3.7114 15

2.4892 2.7381 2.4638 3.1803 M2 (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE-LEVEL 1 = BOTTOM OF QORE H G F E D C D A 8* 4.0658 3.2445 3.4225 2.7097 3.0568 2.8236 '3.2237 2.8007 9-* 3.2504 3.0338 2.5932 3.2624 2.5326 2.5112 2.3313 3.0628 10

3.4471 2.6086 2.8798 2.8960 3.1506 2.3772 2.5159 2.7891 11

2.7312 3.1067 2.9112 2.9424 2.6237 2.7262 2.5599 3.6744 12

3.0634 2.5549 3.1671 2.6264 3.0083 2.7152 3.4903 13

2.8329 2.5215 2.3841 2.7307 2.7191 3.3545 4.2121 14

3.2306 2.33741 2.5204 2.5663 3.5030 4.2156 15

2.7910 3.0615 2.7772 3.6806

_ ~ ---

I CNIll 04(9)-24 (Rev. 0) 212 0f 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 325 FD 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

................................................. 4..............

8*

4.5003 3.4632 3.8743 2.9569 3.5218 3.1749 3.7731 3.1384 9* 3.4695 3.2482 2.8350 3.7015 2.8280 2.8415 2.6349 3.4650 10

3.9021 2.8517 3.1558 3.1988 3.6919- 2.7150 2.8815 3.1892 11

2.9802 3.5287 3.2154 3.2196 2.8976 3.0352 2.9480 4.4068 12

3.5285 2.8524 3.7106 2.9005 3.4749 3.0381 4.0930 13

3.1844 2.8529 2.7224 3.0399 3.0423 3.773' 4.7710 la

3.7804 2.6413 2.8860 2.9547 4.1076 4.7749 15

3.1270 3.4629 3.1751 4.4132 MO (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 9 0F 18 WHERE: LEVEL 18 = TCP OF CORE

-LEVEL 1-= BOTTOM OF CORE H G F E D C B A b* 4.8514 3.6511 3.8734 2.9219 3.5816 3.2134 3.9298 3.2569 9* 3.6578 3.3331 2.7934 3.7287 2.8343 2.8946 2.7352 3.6076 10

3.9009 2.8098 3.1208 3.1888 3.7967 2.8011 3.0156. 3.3540 11 *- 2.9447 3.5583 3.2053 3.4037 -3.0504 3.2064' 3.1387 4 7743 12

3.5879 2.8584 3.8156 3.0535 3.7491 3.2087 4.4066-13

3.2224 2.9052 2.8081 3.2113 3.2131- 3.9936 5.0316 14 .* 3.9360 2.7408 3.0198 3.1452 4.4220 '5.0355 15

3.2442 3.6043 3.3385 4.7800 0

CNEl 04(XId4 (Rev. 0) 213 0f 302 l

TABLE 3 (CO!4 ' T)

CORE OPERATI?JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARG 111)

(UlJOERTAIllTY VALUES 110T I!JCLUDED)

M2 (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 8 OF 18 l I

WHERE: LEVEL 18 m TOP OF CORE l LEVEL 1 = BOTTOM OF CORE I II G F E D C B A 8* 4.5969 3.4458 3.6993 2.7959 3.4283 3.0882 3.7604 3.0887 9

3.4520 3.2030 2.6825 3.5659 ?.7306 2.7987 2.6266 3-.4383 10

3.7258 2.6986 3.0027 3.0853 3.6873 2.7335 -2.9216 3.2113 11

2.8183 3.4088 3.1015 3.2504 2.9457 3.0803 3.0669 4.5992 12

3.4337 2.7535 3,7051 2.9483 3.6719 3.1140 4.1829 13

3.0956 2.8080 2.7395 3.0843 3.1179 3.8289 4.7494 14

3.7654 2.6314 2.9248 3.0725 4.1967 4.7527 15

3.0761 3.4345 3.1959 4.6035 MQ (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CCRE H G F E D C B A 8 4.2141 3.1402 3.2897 2'.4820 3.0664 2.7707 - 3,3919 2.7933 9* 3.1460 2.8418 2.3763 3.1762 2.4319 2.5061 2.3628 3.1122 10

3.3137 2.3909 2.6691 2.7455 3.2957 2.4386 2.6237 2.8957 11

2.5028 3.0379 2.7604 2.9838 2.7115 -2.8492 2.7390 4.1426 12

3.0715 . 2.4527 3.3117 2.7138 3.3768 2.8726 3.8796 13

2.7772 2.5143 2.4438 2.8527 2.8761. 3.5450 4.4173 14

3.0959 2.3667 2.6203 2.7437 3.8922 4.4204 15

2.7816 3.1085 2.8816 4.1462

.- -r--, y .v- m ,p--,.. y y y yy%s--- r--,,. ,.-.y,- ---..-,y, ,

CNE14M00-34 (Rev. 0) 214 of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP KARG111)

(UNOERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 m TOP OF CORE LEVEL 1s BOTTOM OF CORE H G F E D C D A 8* 3.7005 2.7853 2.9487 2.2220 2.7654 2.5054 3.0820 2.5339 9* 2.7904 2.5382 2.1216 2.8521 2.1819 2.2599 2.1332 2.8271 10 2.9705 2.1350 2.3905 2.4575 2.9600 2.1861 2.3659 2.6191

< 11

2.2415 2.7291 2.4712 2.6374 2.4080 2.5360 2.4527 3.7494 12

2.7702 2.2010 2.9743 2,4100 3.0035 2.5688 3.4657 13

2.5112 2.2673 2.1906 2.5391 2.5719 3.1825 3.9706 14 3.0855 2.1366 2.3681 2.4567 3.4768 3.9732 15

2.5230 2.8234 2.6061 3.7524 MQ (3-D) AT: 50% POWER 325 EFPD THIS IS LEVEL 5 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 3.2634 2.4185 2.6619 -2.0082 2.5161 2.2850 2.8255 2.3233 9* 2,4229- 2.2578 1.9097 2.5829 1.9748 2.0547 1.9434 2.593*s 10 ,* 2.6817 1.9221 2.1571 2.2117 2.6660 1.9712 2.1484 2.3909 11

2.0264 2.4721 2.2243 2.3118 2.1105 2.2175 2.1963 3.4146 12 ,* 2.5205 1.9923 2.6783 2.1122 2.6811 -2.2688 3.0400 13

2.2901 2.0613 1.9752 2.2199 2.2714 2.8126 3.5037 14

2.8283 1.9464 2.1502 2.1998 3.0496 3.5060 15

2.3131 2.5900 2.3787 3.4171

CNEl-04(X) 24 (Rev. 0) 21$of302 l

TABLE 3 (CON'T) '

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MAROIN)

(UNCERTAINTY VALUES NOT INCLUDED)

M2 (3-D) AT: 50% POWER 325 FFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE I

H G F E D C B A l 8* 2.8947 2.1904 2.4158 1,8421 2.3176 2.1098 2.6226 2.1686 9* 2.1944 2.0214 1.7411 2.3667 1.8131 1.8924 1.7979 2.4188 10

2.4337 1.'526 1.9688 2.0025 2.3877 1.7967 1.9755 2.2200 11 l 1.8F93 2.2655 2.0140 2.0969 1.8957 2.0101 1.9802 3.1465 12

2.3218 1.8293 2.3988 1.8972 2.3447 2.0209 2.7089 13

2.1144 1.8984 1.8001 2.0122 2.0232 2.5198 1.1691 14

2.6250 1.8005 1.9770 1.9832 2.7575 3.1711 15

2.1586 2.4150 2.2084 3.1486 Mg D-D) AT: 50% POWER 325 EFFD THIS IS LEVEL 3 OF 18-WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H 9 F E D C B A 9* 2.6549 1.9892 2.2449 1.7450 2.1866 1.9976 2.4929 2.1027 l 9* 1.9928 1.8733 1.6373 2.2210 1.7188 1.7931 1.7214 2.3355 i

. 10

2.2617 1.6483 1.8457 1.8604 2.2064 1.6922 1.8725 2.1431 11

1.7618 2.1268 1.8713 1.9226 1.7658 1.8581 1.8627 2.9866 J2* 2.1905 1.7344 2.2165 1.7671 2.1872 1.9091 2.5567 13

2.0018 1.7986 1.6952 1.8599 1.9113 2.3849 2.9924 14

2.4948 1.7236 1.8737 1.8654 2.5647 2.9944 13

2.0924 2.3314 2.1314 2.9884 L

CNEl-(M00-24 (Rev. 0) 216of 302 TABLE 3 (CON'T)

CORE OPERATING LIMITS REPORT H-SUB-Q VALUES (F-SUB-Q OP HARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 325 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

2.5563 1.9802 2.2380 1.7987 2.1975 2.0285 2.5242 2.2448 9*

1.9837 1.8841 1.6834 2.2246 1.7749 1.8355 1.8023 2.4646 10

2.2546 1.6949 1.8709 1.8603 2.1776 1.7469 1.9302 2.2860 11 1.8166 2.1322 1.8714 1.9324 1.7907 1.8794 1.9378 3.0814 12

2.2015 1.7911 2.1875 1.7920 2.1394 1.9333 2.5725 13

2.0325 1.8410 1.7499 1.8811 1.9355 2.4195 3.0511 14 ,* 2.5258 1.8044 1.9312 1.9405 2.5807 3.0532 15

2.2329 2.4596 2.2726 3.0830 MQ (3-D) AT: 50% POWER 325 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*

3.1457 2.5526 2.8430 2.3909 2.7733 2.6598 3.2400 3.2248 9* 2.5572 2.4754 2.2633 2.8120 2.3691 2.4392 2.4895 3.4475 10

2.8641 2.2787 2.4697 2.4175 2.7032 2.3622 2.6116 3.2989 11

2.4142 2 6?38 2.4318 2.5442 2.3969 2.4945 2.6755 4.1655 12

2.7780 2.3906 2.7155 2,3986 2.7046 2.6301 5.4046 13

2.6649 2.4464 2.3663 2.4968 2.6330 3.2938 4.1645 14 ,* 3.2414 2.4921 2.6126 2.6791 3.4158 4.1675 15

3.2062 3.4394 3.2782 4.1675 i i

CNE14)400 24 (Rev. 0) 217 of 302 TABIE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

M2 (3-D) AT: 100% 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* 1.7728 1.5165 1.7308 1.5013 1.7692 1.7357 2.1446 2.3503 9

1.5181 1.5472 1.4223 1.7348 1.5175 1.6198 1.7350 2.2915 10

1.7278 1.4251 1.5131 1.5019 1.7311 1.6482 1.8363 2.3428 11

1.4814 1.6824 1.4944 1.6267 1.5833 1.6864 1.9408 2.7511 12

1.7263 1.5110 1.7244 1.5827 1.7875 1.8194 2.2122 13

1.7141 1.6084 1.6396 1.6836 1.8178 2.1217 2.6388 P

14

2.1211 1.7196 1.8200 1.9348 2.2129 2.6363 15

2.3136 2.2652 2.3076 2.7302 MQ ( 3 -D) AT: 100% POWER 4 EFPD THIS IS LEVEL 17 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

.8

1.5667 1.2641 1.5355 1. 3193 1.6088- 1.4692 1.8475 1.7899 9* 1.2653 1.2992 1.2155 1.5579 1.3201 1.3579 1.3615 1.8238 10

1.5320 1.2163 1.2710 1.2534 1.5615 1.3862 1.4954 1.7663 11

1.2988 -1.5006 1.2462 1.3614 1.3400 1.3971 1.5143 2.2636 12

1.5686 1.3128 1.5549 1.3394 1.5410 1.4297 1.8350 13

1.4507 1.3480 1.3787 1.3948 1.4284 1.7103 2.1600 14

1.8269 1.3492 1.4818 1.5095 1.8353 2.1579 15

1.7613 1.8025 1.7391 2.2458 m .

__m_m___.__-. _-_.m__..._

CNEl-(M(K) 24 (Rev. 0) 218 cf 302 TABLE 3A CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-O OP MARGI!J)

(UtJOERTAI!JTY VALUES ! JOT I!JCLUDED)

MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 16 OF 18 WHELE: LEVEL 18 = TOP OF CORE LEVEL 1 = B'~ TOM OF CORE H G F E D C D A

...o.............................................................

8* 1.5405 1.2051 1.4895 1.2556 1.5320 1.4060 1.7672 1.6031 9* 1.2063 1.2324 1.1375 1.5172 1.2466 1.2745 1.1267 1.6688 10

1.4859 1.1387 1.2051 1.1939 1.5304 1.2746 1.3760 1.5669 11

1.2354 1.4583 1.1869 1.2843 1.2392 3.2948 1.3558 2.1009 12

1.5421 1.2394 1.5236 1.2387 1.4561 1.2871 1.7114 13

1.3883 1.2652 1.2678 1.2925 1.2859 1.5753 2.0277 14 + 1.7473 1.2156 1.3635 1.3513 1.7116 2.0256 15

1.5770 1.6491 1.5423 2.0841 MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.4943 1.1919 1.4306 1.2351 1.5278 1.3875 1.6759 1.5231 9* 1.1931 1.2122 1.1082 1.4564 1.2184 1.2390 1.1648 1.6026 10

1.4277 1.1097 1.1858 1.1786 1.4644 1.2210 1.3195 1.4777 11

1.2161 1.4007 1.1722 1.2555 1.1/ .) B 1.2462 1.2764 1.9267 12

1.4899 1.2121 1.4604 1.1923 1. .',67 8 1.2215 1.6006 13

1.3704 1.2303 1.2148 1.2440 1.2203 1.5183 1.9845 14

1.6573 1.1544 1.3075 1.2718 1.6006 1.9824 15

1.4982 1.5837 1.4542 1.9411

i CNEl-(M00 24 (Rett. 0) 219 0f 302 TABLE 3A COF' OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP HARGI!1)

(UNCERTAI!JTY VALUES 110T ItJCLUDED)

MQ (3-D) AT: 1004 POWEP 4 EFPD THIS IS LUVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORF LEVEL 1 = BOTTOM OF CORE H G F E D C B A

...................r.............................................

8* 1.5023 1.2077 1.4197 1.2604 1.5430 1.4149 1.6710 1.5201 9* 1.2090 1.2222 1.1221 1.4652 1.2364 1.2500 1.1586 1.6084 10

1.4187 1.1248 1.2090 1.1948 1.4445 1.2121 1.3173 1.4653 11

1.2425 1.4113 1.1896 1.2584 1.1863 1.2349 1.2463 1.9252 12

1.5061 1.2311 1.4408 1.1858 1.3463 1.2078 1.5648 13

1.3982 1.2419 1.2073 1.2327 1.2066 1.5178 2.0007 14 ,* 1.6530 1.1486 1.3056 1.2415 1.5647 1.9985 15

1.4953 1.5896 1.4421 1.9102 MQ (3-D) AT: 100% 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* 1.5691 1.2435 1.4562 1.3079 1.6081 1.4690 1.7264 1.5577 9* 1.2450 1.2502 1.1'59 1.5175 1.2779 1.2864 1.1815 1.6535 10

1.4561 1.1494 1.2453 1.2221 1.4736 1.2226 1.3406 1.4919.

11 *, 1.2916 1.4642 1.2175 1 1814 1.2064 1.2469 1.2451 1.9526 ,

12

1.5714 1.2742 1.4707 1.2060 1.3796 1.2239 1.5832 13

1.4527 1.2790 1.2182 1.2446 1.2227 1.5495 2.0533 14l 1.7086 1.1717 1.3296 1.2405' 1.5829 2.0510 15

1.5327 1.6347 1.4685 1.9387

CNE14400 24 (Rev. 0) 220of 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) 4 EFPD THIS IS LEVEL 12 OF 18 MQ (3-D) AT: 100% POWER WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE .

C B A G F E D H

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

1.5329 1.8073 1.6112 8 1.6408 1.2900 1.5239 1.3589 1.6923 1.3223 1.3302 1.2148 1.7139 9* 1.2916 1.2972 1.1848 1.5853 1.2491 1.3708 1.5322 10

1.5247 1.1889 1.2893 1.2650 1.5344 1.2719 1.2662 2.0082 11

1.2440 1.5314 1.2609 1.3200 1.2320 12

1.6558 1.3199 1.5322 1.2318 1.4180 1.2400 1.6243 13

1.5171 1.3236 1.2449 1.2697 1.2388 1.5800 2.1069

- 14

1.7897 1.2054 1.3601 1.2618 1.6243 2.1046 15

1.5857 1.6951 1.5087 1.9946 4 EFPD THIS IS LEVEL 11 OF 18 MQ (3-D) AT: 100% POWER WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CO3G D C B A G F E H

.............................................................o...

i 1.4207 1.7962 1.6047 1.9119 1.6737 8* 1.7465 1.3496 1.6129 1.3515 1.3562 1.2322 1.6784 1.3771 1.3806 1.2547 1.7839 9* ,

10

1.6148 1.2371 1.3444 1.3158 1,6167 1.2848 1.4129 1.5815 1.3718 1.2726 1.3114 1.2969 2.0982 11

1.4070 1.6232 1.3121 12

1.7595 1.3760 1.6151 1.2728 1.4829 1.2715 1.6984 13

1.5894 1.3747 1.2810 1.LO94 1.2704 1.63e5 2.1898 14

1.8945 1.2457 1.4024 1.2925 1.6986 2.1876 15

1.6479 1.7651 1.5577 2.0848

__ . _ ._ _ . _ . _ .._ __._.__._ m._ _ . . _ . . _ . . _ - . _ - . - . . - . _ ___ __.._ - . _ -

CNE14M(X).24 (Rev. 0) 221 of 302 1

i TABLE 3A CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MAROI!1)

(U110ERTAI!JTY VALUES ! JOT I!JCLUDED) i HQ (3-D) AT: 100% POh*ER 4 EFFD THIS IS LEVEL 10 OF 18 i WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 1

! H 0 F E D C B A >

i

)

I i 8* 1.8264 1.3642 1.6916 1.4478 1.9274 1.6770 2.1070 1.7533 j 9* 1.3659 1.3691 1.2472 1.7760 1.4185 1.4391 1.3079 1.8728 l 10

1.6924 1.2517 1.3652 1.3453 1.7293 1.3352 1.4736 1.6482 11

1.4318 1.7177 1.3409 1.4073 1.3124 1.3639 1.3427 2.2933 i 12

1.8841 1.4150 1.7257 1.3118 1.6016 1.3201 1.8511 13

1.6577 1.4305 1.3296 1.3611 1.3191 1.7041 2.2994 i

+

14

2.0877 1.2993 1.4632 1.3386 1.8517 2.2972 i 15

1.7270 1.8540 1.6240 2.2794 1

MQ (3-D) AT: 100% 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 4

8* 1.8261 1.3268 1.6881 1.4083 1.9248 1.6312 2.1042 1.7477

9* 1.3286 1.3311 1.2091 1.7701 1.3771 1.3939 1.2765 1.8617 10

1.6896 1.2140 1.3258 1.3055 1.7232 1.2888 1.4381 1.6359 11

1.3940 1.7133 1.3016 1.3653 1.2708 1.3202 1.3130 2.3299 12

1.8827 1.3746 1.7201 1.2703 1.5888_ 1.2837 1.8584 4 13

1.6130 1.3859 1.2836 1.3174 1.2821 -1.6710 2.2883 14

2.0808 1.2654 1.4254 1.3073 1.8573- 2.2853 15

1.7177 1.8392 1.6085 2.3116 4

, , - - - - . . - - . - - - m, - , -_ , - - - . - - y-.~,,n------- , ,-- r~,, - - - - - . ---- ,

CNEl-(M00 24 (Rev. 0) 222 of 302 TABLE 3A CORE OPERATI!4G LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UlJCERTAINTY \ LUES 110T INCLUDED)

MQ (3-D) AT: 100% 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 B A 8 1.7992 1.2969 1.6622 1.3763 1.8754 1.5806 2.0226 1.6653 9

1.2988 1.3011 1.1790 1.7354 1.3404 1.3512 1.2256 1.7797 10

1.6644 1.1842 1.2952 1.2739 1.6937 1.2513 1.3891 1.5614 11

1.3648 1.6836 1.2706 1.3294 1.231" 1.2791 1.2698 2.2367 12

1.8372 1.3398 1.6912 1.2314 1.5457 1.2391 1.8104 13

1.5645 1.3448 1.2465 1.2764 1,2376 1.6240 2.2257 14

2.0020 1.2159 1.3777 1.2644 1.8097 2.2230 15

1.6373 1.7589 1.5363 2.2202 MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 7 OF 18 t

WHERE: LEVEL 18 = TOP OF CORE LE"/EL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.7591 1.2571 1.6014 1.3182 1.8109 1.5191 1.9513 1.5971 9* 1.2590 1.2578 1.1323 1.6686 1.2827 1.2915 1.1657 1.7107 10

1.6047 1.1380 1.2465 1.2248 1.6283 1.1911 1.3240 1.4920 11

1.3082 1.6193 1.2223 1.2833 1.1877 1.2276 1.2045 2.1518 12

1.7749 1.2828 1.6270 1.1876 1.5047 1.1914 1.7306 13

1.5041 1.2856 1.1872 1.2254 1.1901 1.5597 2.1356 14

1.9317 1.1565 1.3132 1.1998 1.7301 2.1330 15

1.5702 1.6907 1.4679 2.1361

CNEl-G400-24 (Rev. 0) 223 of 302 TABLE 3A >

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP'.iARGIN)

(U'ICERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 6 OF 18 i WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 * ; 1.2092 1.5552 1.2763 1.7684 1.4775 1.9063 1.5522 9* 1.2112 1.2115 1.0893 1.6220 1.2416 1.2494 1.1227 1.6662 10

1.5590 1.0950 1.2019 1.1798- 1.5825 1.1461 1.2782 1.4451 11

1.2675 1.5745 1.1778 1.2347 1.1383 1.1785 1.1562 2.0976 12

1.7341 1.2422 1.5816 1.1383 1.4433 1.1368 1.6753 13 1.4632 1.2440 1.1425 1.1764 1.1356 '1.5023 2 0763 14

1.8873 1.1139 1.2678 1_1518 1.6749 2.0739 15

1.5259 1.6468 1.4215 2.0824 MQ (3 -D) M: 100% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE.

LEVEL 1 = BOTTCM OF CORE

- H G F E D C B A B* 1.5405 1.1607 1.5068 1.2362 1.7278 .1,4422 1.8738 1.5257 9

1.1626 1.1649 1.0476 1.5753 1.2049 1.2145 1.0904 1.6402 10

1.5107 1.0533 1.1579 1.1362 1.5394 1.1097 1.2440 1.4167 11

1.2282 1.5289 1.1344 1.1902 1.0968 1.1392 1.1210 2.0666 4 .

12

1.6947 1.2057 1.5387 1.0968 1.3944 1.0958 1.6376 13

1.4282 1.2091 1.1061 1.1372 1.0946 1.4635 2.0429 14

1.8549 1.0817 1.2338 1.1166 1.6372 2.0405-

.4

15

1.4995 1.5208 1.3932 2.0515

CNEI-(M00-24 (Rev. 0) 224 of 302 TABLE 3A CORE OPERATI!4G LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAI!JTY VALUES NOT INCLUDED)

M2 (3-D) AT: 100% 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 g 8* 1.6126 1.1344 1.4871 1.2211 1.7177 1.4344 1.8785 1.5371 9

1.1364 1.1423 1.0292 1.5584 1.1934 1.2057 1.0850 1.6511 10

1.4916 1.0351 1.1380 1.1137 1,5239 1.0993 1.2386 1.4233 11

1.2140 1.5127 1.1122 1.1699 1.0802 1.1252 1.1129 2.0760 12

1.6855 1.1947 1.5235 1.0803 1.3762 1.0807 1.63G5 13

1.4207 1.2005 1.0959 1.1232 1.0796 1.4553 2.0444 14

1.8597 1.0763 1.2223 1.1086 1.6301 2.0420 15 + 1.5104 1.6315 1.3996 2.0609 MQ (3-D) AT: 100% POWER 4 EFPD THIS 13 LE'IEL 3 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.6356 1.1499 1.5158 1.2533 1.7600 1.4796 1.9559 1.6344 9* 1.1520 1.1644 1.0555 1.5916 1 2311' 1.2483 1.1377 1.7462 10

1.5210 1.0620 1.1631 1.1323 1.5557 1.1424- 1.2934 1.5128 11 .* 1.2472 1.5462 1.1312 1.1971 1.1144 1.1635 1.1663 2.1801 12 .* 1.7281 1.2331 1.5557 1.1145 1.4150 1.1246 1.6950 13

1.4659 1.2432 1.1389 1.1616 1.1235 1.5203 2.1376 14-* 1.9365 1.1286 1.2827 1.1617 1-E949 2.1352 15

1.6059 1.7255 1.4876 2.1645.

CNEl-0400 24 (Rev. 0) 225 0f 302 TABLE 3A CORE OPERATING LIMITS REPCRT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (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

1.7719 1.2651 1.6494 1.3887 1.9130 1.6483 2.1905 1.9424 9

1.2676 1.2902 1.1799 1.7304 1.3754 1.4055 1.3256 2.0392 h, ,

!9e 10

1.6561 1.1878 1.2922 1.2488 1.6856 1.3001 1.4830 1.8027 11

1.3841 1.6852 1.2482 1.3321 1.2558 1.3153 1.3606 2.4978

%. c .

iM $?~ 12

1.8798 1.3789 1.6862 1.2559 1.5672 1.3002 1.9182

Q ;:

$ ;)}Ti 13

1.6334 1.4000 1.2962 1.3131 1.2989 1.7493 2.4428

.f[A 14

2.1692 1.3150 1.4709 1.3554 1.9182 2.4402 15

1.9089 2.0152 1.7729 2.4804 MQ (3 -D) AT: 100% POWER 4 EFPD THIS IS LEVEL 1 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF COKE H G F E D C B A

....................................w..**........................

8

2.4254 1.8167 2.2220 1.8711 2.5377 2.3650 3.0901 3.1272 9* 1.8203 1.8466 1.6256 2.3119 1.8739 2.0254 2.0360 3.1399 10

2.2320 1.6374 1.8513 1.7929 2.2350 1.8249 2.2067 2.9178 11

1.8679 2.2599 1.7931 1.9127 1.7418 1.9066 2.0952 3.6877 12

2.4953 1.8803 2.2364 1.7421 2.1618 1.9784 2.7903 ,

13

2.3440 2.0180 1.8197 1.9034 1.9765 2.6412 3.6481 14 ,* 3.0606 2.0199 2.1889 2.0873 2.7906 3.6442 15

3.0740 3.1035 2.8704 3.6633

CNEl.0400-24 (Rev. 0) L 226of 302.

TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) ATr 75% 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

1.9993 1.6767 1.8397 1.5845 1.8903 1.8244-~2.2856 2.5039 9

1.6781 1.6457 1.4759 1.8478 1.5915 1.6861 1.7985 2.4418 10

1.8351 1.4778 1.5729 1.5580- 1.8211 1.6980 1.9028 2.4774 11

1.5608 1.7821 1.5492 1.7587 1.7319 1,8444 2.0340 2.9647 12

1.8419 1.5825 1.8126 1.7308 1.9810 1.9916 2.5064 13

1.7997 1.6725 1.6878 1.8405 1.9895 2.3766 3.0394 14

2.2579 1,7805 1.8841 2.0226 2.5063 3.0360 15

2.4609 2.4106 2.4366 2.9397 k

MQ (3-D) AT: 75% 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* 1.7954 1.4151 1.6625 1.4216 1.7520 1.5686 '2.0011 1.9290 9* 1.4163 1.4085 1.2871 1.6914 1.4128 1.4354 1.4309 1.9678 10

1.6575 1.2878- 1.3424 1.3205 1.6757- 1.4564 1.5725 1.8902 11

1.3971 1.6199 1.3122 1.4976 1.4903 1.5462 1.6009 2.4596 12

1.7058 1.4031 1.6674 1.4893 1.7327 1.5824 2.1015 13

1.5471 1.4235 1.4474 1.5428 1.5807 1.9353 2.5112 14

1.9764 1.4164 1.5567. 1.5917 2.1012 2.5083 15

1.8950 1.9422 1.8582 2.4381 G

CNEl-(M00 24 (Rev. 0) 227 of 302 TABLE 3A CORE OPERATING LIMITS' REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY "ALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 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

1.7987 1.3721 1.6521 1.3843 1.7624 1.5341 1.9548 1.7585 9* 1.3732 1.3707 1.2318 1.6875 1.3624 1.3732 1.3138 1.8325 '

10

1.6470 1.2324 1.3024 1.2873 1.6788 1.3599 1.4683 1.6971 11

1.3596 1.6130 1.2791 1.4515 1.3996 1.4548 1.4464 2.3036 12

1.7155 1.3528 1.6703 1.3987 1.6648 1.4443 1.9877 13

1.5130 1.3618 1.3515 1.4516 1.4427 1.8073 2.3882 14

1.9305 1.3005 1.4534 1.4381 1.9871. 2.3854 15

1.7270 1,8083 1.6680 2.2831 MQ (3-D) AT: 75% PONER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LE'!EL 18 = TOP CF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.7816 1.3849 1.6304 1.3942 1.7341 1.5408 1.8862 1.6976 9* 1.3861 1.3913 1.2333 1.6596 1.3569 1.3564 1.2665 1.7835 10

1.6258 1.2343 1.3183 1.3042 1.6470 1.3208 1.4253 1.6165 11

1.3703 1.5877 1.2963 1.4484 1,3722 1.4263 1.3871 2.1729 12 ,* 1.6886 1.3479 1.6390 1.3'14 1.5937 1.3943 1.8912 13

1.5199 1.3454 1.3129 1.4231 1.3932 1.7723 2.3762 14 ,* 1.8629 1.2537 1.4109 1.3791 1.8936 2.3733 15

1.6570 1.7599 1.S884 2.1532 l

CNE14M00 24 (Rev. 0) 228 of 302 TABLE 3A

, CORE OPERATItJG LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGI!1)

(U!JOERTAItiTY VALUES tJOT ItJCLUDED) >

MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 1.8333 1.4364 1.6844 1.4509 1.7804 1.5919 1.8964 1.7083 9

1.4377 1.4523 1.2832 1.7028 1.4022 1.3924 1.2754 1.8086 10

1.6805 1.2848 1.3790 1.3621 1.6954 1.3526 1.4556 1.6338 11

1.4278 1.6317 1.3545 1.4842 1.3942 1.4434 1.4141 2.1959 12

1.7353 1.3942 1.6881 1.3933 1.6032 1.4087 1.8863 13 1.5711 1.3817 1.3447 1.4400 1.4069 1.8091 2.4437 14

1.8734 1.2617 1.4409 1.4059 1.8854 2.4406 15

1.6775 1.7848 1.6052 2.1739 ..

e1 M2 (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* 1.9648 1.5179 1.8174 1.5595 1.9157 1.7026 2.0099 1.7907 9

1.5194 1.5239 1.3741 1.8309 1.5014 1.4816 1.3393 1.9091 10

1.8145 1.3768 1.4810 1.4676 1.8234 1.4382 1.5424 1.7193 11

1.5369 1.7574 1.4603 1.5502 1.4541 1.4942 1.4917 2.3340 12

1.8692 1.4944 1.8187 1.4532 1.6833 1.4625 1.9552 13 1.6813 1.4709 1.4302 1.4907 1,4607 1.8907 2.5701 14

1.9861 1.3263 1.5270 1.4852 1.9541 2.5667 15

1.7586 1.8842 1.6892 2.3130 1

CNLl4400-24 (Rev. 0) 229 0f 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCFRTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% 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 B A 8

2.1110 1.6198 1.9553 1.7058 . 1078 1.8522 2.1853 1.9179 9* 1.6217 1.6266 1.4839 2.0168 1.6355 1.6049 1.4353 2.0548 10

1.9554 1.4885 1.6150 1.5786 1.9499 1.5454 1.6644 1.8450 11

1.6837 1.9387 1.6727 1.6415 1.5254 1.5662 1.5588 2.5392 12

2.0590 1.6296 1.9459 1.5248 1.7791 1.5243 2.0576 13

1.8303 1.5943 1.5388 1.5628 1.5224 1.9821 2.7023 14

2.1605 1.4219 1.6482 1.5523 2.0568 2.6989 15

1.8839 2.0286 1.8129 2.5168 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.3134 1.7486 2.1349 1.8652 2.3538 2.0335 2.4164 2.0774 9* 1.7509 1.7544 1.5928 2.2220 1.7913 1.7549 1.5549 2.2347 10

2.1364 1.5985 1.7370 1,6962 2.1195 1.6383 1.8026 1.9996 11

1.8449 2.1407- 1.6908 1.7591 1.6242 1.6650 1.5491 2.7589 12

2.3020 1.7880 2.1162 1.6238 1.9161 1.6110 2.2140 13 2.0109 1.7445 1.6321 1.6617 1.6092 2.1058 2.8873 14-*- 2.3904 1.5411 1.7873 1.6423 2.2134 2.8838 15

2.0412 2.2070 1.9652 2.7385

CNEl-N00-24 (Rev. 0) 2300f 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARCIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 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 8 2.4289 1.7724 2.2443 1.9081 2.5721 2.1951 2.7834 2.2739 9

1.7744 1.7763 1.6155 2.3603 1.8559 1.8622 1.6993 2.4542 ,

10

2.2441 1.6207 1.7683 1.7405 2.2790 1.7147 1.9161 2.1863 11

1.8845 2.2736 1.7339 1.8171 1.6922 1.7523 1.7486 3.0956 12

2.5109 1.8489 2.2724 1.6908 2.0927 1.7060 2.4688 13

2.1667 1.8485 1.7057 1.7470 1.7034 2.2514 3.1194 14

2.7519 1.6817 1.8965 1.7393 2.465* 3.1155 15

2.2353 2.4251 2.1496 3.0725 MQ (3-D) AT: 75% POWER 4 EFPD *"IS 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* 2.4745 1.7589 2.2820 1.8920 2.6174 -2.1675 2.7908 2.2854 9* 1.7610 1.7620 1.5979 2.3971 1.8378 1.8414 1.6702 2.4553-10

2.2829 1.6036 1.7525 1.7240 2.3158 1.6900 1.8904 2.1697 11

1.8705 2.3116 1.7182 1.7985 1.6687 1.7278 1.7195- 3.1440 12

2.5569 1.8321 2.3099 1.6675 2.1147 1.6796 2.4966 13

2.1388 1.8285 1.6815 1.7228 1.6770 2.2272 3.1110 14 .* 2.7540 1.6519 1.8713 1.7104 2.4938 3.1062 15

2.2405 2.4199 2.1306 3.1164 1

-___ ---_-------_------,-----,----------a--_ . . , _ _ - , . - a. .--- .- c-..- --------.---a-- u.-x.----_. - - ----.,a.--- ,--a_-

CNEl-0400 24 (Rev,0) 23t of 3, TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% 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 B A 8* 2.4287 1.7170 2.1792 1.7886 2.4350 2.0216 2.5792 2.1061 9* 1.7194 1.7106 1.5364 2.2661 1.7331 1.7338 1.5536 2.2642 10

2.1819 1.5430 1.6879 1.6613 2.2102 1.6092 1.7813 2.0051

, 11

1.7720 2.1934 1.6569 1.7488 1.6254 1.6725 1.6377 2.9232 12

2.3825 1.7308 2.2065 1.6247 2.0842 1.6393 2.3833 13

1.9987 1.7234 1.6025 1.6686 1.6371- 2.1534 2.9544 14

2.5496 1.5393 1.7650 1.6300 2.3816 2.9503 15

2.0678- 2.2347 1.9698 2.899' MQ (3-D) AT: 75% 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 S* 2.2115 1.5593- 1.9820 1.6115 2.2095 1.8355 2.3569 1.9212 9* 1.5615 '1.5548 1.3876 2.0487 1.5632 1.5622 1.4000 2.0653' 10 ,* 1.9850 1.3939 1.5264 1.5084 2.0239 l'.4610 1.6113 1.8118 11

1.5976 1.9844 1.5046 1.5907 1.4747 1.5209 1.4895 2.6670 12

2.1632 1.5616 2.0209 1.4742 1.8916 1.4842 2.1803 13

1. 8 ',' 4 1.5534 1.4548 1.5174. 1.4823 1.9640 2.7152 14

2.3304 1.3873 1.5964 1.4826 2.1787 2.7114 15 *- 1.8863 2.0386 1.7801 2.6443

CNEl 0400 24 (Rev. 0) 2320f 302 TABLE 3A CORE OPLRATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT ' INCLUDED)

MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 6 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF COPE H G F E D C B A 8

2.0081 1.4100 1 '072 1.4770 2.0481 1.7015 2.1993 1.7894 9* 1.4121 1.4057 1.2585 1.8817 1.4352 1.4384 1.2883 1.9241 10

1.8108 1.2647 1.3888 1.3682 1.8473 1.3286 1.4779 1.6739 11

1.4655 1.8236 1.3652 1.4442 1.3425 1.3850 1.3514~ 2.4607 s

_

12

2.0063 1.4346 1.8450 1.3420 1.7236 1.3536 2.0020 5 13

1.6834 1.4307 1.3233 1.3817 1.3518 1.8066 2.5160 14

2.1750 1.2769 1.4644 1.3451 2.0004 2.5124 15

1.7569 1.8995 1.6448 2.4405 MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE-H G F E D C B A 8* 1.8563 1.3055 .1.6986 1.3909 1.9477 1.6185 2.1068- 1.7135 9*- 1.3076 1.3085 1.1752 1.7761 1.3544 1.3612 1.2192 1.8430 e -10 ,

1.7026 1.1814 1.2996 1.2772 1.7391 1.2468 1.3966 1.5932 11

1.3810 1.7218 1.2749 1.3423 1.2402 1.2869 1.2640- 2.3417 12

1.9091- 1.3544 1.7375 1.2399 1.5883 1.2455 1.8588 13

1 6017 1.3543 1.2421 1.2841. 1.2440 1.6753 2.3504 14

2.0839 1.208d 1.3840 1.2584 1.8677 _2.3473 15

1.6823 1.8196 1.5655 2.3229

CNE14400-24 (Rev. 0) 233 of 302 TABLE 3A COR" OFERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (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 8* 1.7892 1.2537 1.6485 1.3528 1.9073 1.5880 2.0844 1.7045 9* 1.2558 1.2618 1.1367 1.7290 1.3217 1.3330 1.1982 1.8314 10

1.6531 1.1430 1.2573 1.2318 1.6921 1.2163 1.3707 1.5788 11

1.3443 1.6767 1.2299 1.2958 1.1981 1.2479 1.2342 2.3139 12

1.8705 1.3225 1.6911 1.1979 1.5328 1.2023 1.8218 13

1 5720 1.3265 1.2119 1.2453 1.2009 1.6274 2.2966 14

2.0622 1.1879 1.3586 1.2288 1.E209 2.2937 15

1.6735 1.8082 1.5514 2.2957 MQ (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* 1.7958 1.2589 1.6642 1.3762 1.9368 1.6253 2.1533 1.7994 9* 1.2612 1.2745 1.1556 1.7493 1.3519 1.3695 1.2478 1.9222 10

1.6696 1.1625 1.2737 1.2411 1.7106 1.2533 1.4200 1.6649 11

1.3690 1.6980 1.2397 1.3131 1.2235 1.2779 1.2318 2.4067 12

1.9008 1.3535 1.7101 1.2234 1.5580 1.2375 1.8722 13

1.6094 1.3632 1.2490 1.2754 1.2361 1.6793 2.3699 14

2.1307 1.2371 1.4076 1.2763 1.8715 2.3669 15

1.7669 1.8982 1.6362 2.3883 l

CNEI4100-24 (Rev. 0) 234 of 302 TABLE 3A o

CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN) .

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORR H G F E D C B A

......u......................................*..**..***.......** ,

8* 1.9360 1.3796 1.8026 1.5185 2.0957 1.8041 2.4025 2.1315 9* 1.3822 1.4067 1.2869 1.8931 1.5044 1.5366 1.4498 2.2367 10

1.8096 ' .2953 1.4097 1.3634 1,8447 1.4211 1.6226 1.9768 11

1.5130 1,8425 1.3625 1.4550 1.',727 3.4386 1.4896 2.7444 12

2.0585 1.5076 1.8448 1.3727 1.7167 1.4241 2.1071 13

1.7869 1.5300 1.4164 1.4358 1.4225 1.9214 2.6908 14 2.3778 1.4375 1.6086 1.4834 2.1066 2.6876 15

2.0934 2.2091 1.9431 2.7241 MQ (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* 2.6463 1.97!3 2.4253 2.0435 2.7760 2.5867 3.3855 3.4290 9* 1.9837 2.0121 1.7716 2.5258 2.0475 2.2134 2.2263 3,4409 10

2.4359 1.7843- 2.0183 1.9562 2.4426 1.9934 2.4130 3.1969 11

2.0394 2.4677 1.9561 2.0876 1.9021 2.0836 2.2923- 4.0450 12

2.7287 2.0537 2.4435 1.9021 2.3645 2.1648 3.0598 13

2.5626 2.2043 1.9870 2.0797 2.1624 2.8960 4.0085 14 ,* 3.3514 2.2076 2.3926 2.2829 3.0595 4.0039 15

3.3688 3.3991 3.1434 4.0166

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

CNEl-0400 24 (Rev. 0)

, 235 of 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN, (UNCERTAINTY VALUES NOT INCLUDED)

MO (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = 30' ATOM OF CORE H G F E D C B A 8

2.2010 1.8081 2.0895 1.7824 2.1560 2.0413 2 6000 2.8497 1.7777 1.8664 9

1.8095 1.8243 1.6287 2.1012 1.9796 2.7798 10

2.0819 1.6293 1.7390 1.7219 2.0507 1.8648 2.1024 2.8017 11

1.7512 2.0131 1.7105 1.9083 1.8332 1.9519 2.2569 3.4368 12

2.0960 1.7636 2.0384 1.8316 2.1210 2.1019 2.7424 13 2.0093 1.8475 1.8506 1.9468 2.0992 2.5681 3.3722 14

2.5627 1.9556 2.0777 2.2406 2.7415 3.3680 15

2.7931 2.7377 2.7488 3.4014 MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTCM OF CORE

[ H G F E D C B A 8

2.0188 1.5551 1.9182 1.6293 2.0325 1.7800 2.3099 2.2179 9

1.5563 1.5829 1.4463 1.9554 1.6071 1.6108 1.5945 2.2650 E

10

1.9105 1.4459 1.504B 1.4787 1.9194 1.6276 1.7596 2.1590 11

1.5972 1.8605 1.4680 1.6484 1.6135 1.6652 1.8062 2.8976 12

1.9745 1.5926 1.9073 1.6120 1.8906 1.6968 2.3357 13

1.7519 1.5942 1.6149 1.6608 1.6946 2.1224 2.8252 14

2.2763 1.5750 1.7385 1.7930 2.3347 2.8217 3 15

2.1729 2.2302 2.1173 2.8669

CNEl 0400 24 (Rev. 0) 236of 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (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 G F E D C B A 8* 2.0836 1.5519 1.9469 1.6197 2.0922 1.7770 2.3015 2.0566 9* 1.5530 1.5721 1.4122 1.9932 1.5836 1 5754 1.4904 2.1484 10

1.9389 1.4116 1.4901 1.4712 1.9723 1.5589 1.6851 1.9835 11

1.5870 1.8933 1.4605 1.6249 1.5556 1.6079 1.6558 2.7529 12

2.0321 1.5689 1.9598 1.5543 1.8648 1.5856 2.2624 4 13

1.7489 1.5591 1.5466- 1.6037 1.5836 2.0286 2.7476 14

2.2678 1.4720 1.6647 1.6436 2.2612 2.7441 15

2.0142 2.1149 1.9444 2.7232 M2 (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL.18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D- C B A

(- .

8* 2.1461 1.6289 1.9844 1.6873 2.1198 1.8357 2.2859 2.0419 9* 1.6301 1.6470 1.4576 2.0286 1.6221 1,5970 1.4736 2.1419 10

1.9770 1.4576 1.5557 1.5423 1.9898 1.5484 1.6716 1.9282 11

1.6545 1.9292 1.5317 1.6811 1.5804 1.6332 1.6052 2.6240 12

2.0595 1.6077 1.9774 1.5791- 1.8491 1.5838 2.2251 13

1.8068 1.5807 1.5364 1.6290 1.5817 2.0560 2.8220 14 .* 2.2524 1.4554 1.6512 1.5936 2.2238 2.8183 15

1.9993 2.1083 1.8897 2.5960 I

CNElJ)400 24 (Rev. 0) 237of 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3 -D) AT: 50% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

2.3144 1.7697 2.1248 1.8153 2.251L 1.9679 2.3755 2.1192

, 9

1.7712 1.7873 1.5736 2.1511 1.7336 1.6850 1.5373 2.2413 10 *

'.1177 1.5743 1.6890 1.6671 2.1027 1.6051 1.7267 1.96EG 11

1.7822 2.0197 1.6564 1.8023 1.6797 1.7282 1.6508 2.6664 12

2.1894 1.7.97 2.0905 1.6783 1.9491 1.6747 2.3196 13

1.9379 1.6685 1.5931 1.7234 1.6723 2.1970 3.0350 14 2.3412 1.5186 1.7060 1.6389 2.3179 3.0308 15

2.0751 2.2066 1.9295 2.6378 d 5

MQ (3-D) AT: 50% POWER 4 EFPL THIS IS LEVEL 13 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF COBE a

H C F E D C B A 8* 2.6236 1.9750 2.3718 1.9968 2.4441 2.1147 2.5268 2.2370 9* 1.9767 1.9798 1.7557 2.3631 1.8755 1.8218 1.6204 2.3705 10 .* 2.3649 1.7571 1.8908 1.8424 2.2950 1.7347 1.8573 2.0988 11 ** 1.9630 2.2562 1.8315 1.9870 1.8514 1.8891 1.7864 2.8830 12

2.3798 1.8629 2.2833 1.8498 2.1647 1.3363 2.5395 13 2.0840 1.7953 1.7224 1.8R35 1.8338 2.4204 3.3613 14 2.4918 1.6013 1.8354 1.7738 2.5369 3.3568 I

15

2.1913 2.3344 2.0573 2.8524

CNEl-(M00-24 (Rev. 0) 238 of 302.

TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 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 B -A t

8* 3.0101 2.2527 2.6838 2.2430 2.7676 2.3666 2.809- 2.4452 9* 2.2551 2.2580 1.9609 2.6700 2.1051 2.0243 1.~ .6157 10

2.6789 1.9642 2.1124 2.0731 2.6145 1.9417 2.0677 2.3155

. a 11

2.2094 2.5549 2.0625 2.2430 2.0674 2.1069 1.9663 3.1788 12

2.6987 2.0939 2.6031 2.0661 2.4394 2.0410 2.8340

.13

2.3343 2.0074 1.9294 2.1014 2.0380 2.7041 3.7551 14

2.7725 1.766i 2.0448 1.9535 2.8317 3.7498 15

2.3961 2.5770 2.2712 3.1472 MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 11 OF-18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

. o......****....................................................

8* 3.4367 2.5659 3.1593 2.5906 3.1844 2.6696 3.1792 2.7126 9* 2.5681 2.5698 2.2692 3.1226 2.3891 2.2737 1.9870- 2.8996 10

3.1566 2.2748 2.4517 2.4081 3.010,5 2.1705 2.2996 2.5518 11

2.5567 2.9952 2.3975 2.5810 2.3670 2.4072 2.1988 3.5864 12

3.1107 2.38L4 3.00C4 2.3660 2.8224 2.3169 3.2650 13

2.6369 2.2576 2.1582 2.4016 2.3139 3.0778 4.2865 14

3.1409 1.9668 2.2754 2.1856 3.2632 4.2808 15

2.6610 2.8597 2.5041 5.5527 1

.- - - _ _ - _ - - _ _ . - _ _ - _ _ . . - - _ - _ _ - - _ . ---.__,__-_-_------.___._.w--._--.--._ ----

CNEl.0400 24(Rev 0)

-239 0f 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 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 8*

3.6602 2.6135 3.3725 2.7537 3.6083 2.9922 3.7452 3.0398 9* 2.6160 1.6148 2.3729 3.4435 2.6228 2.5624 2.2511 3.2798 10

3.3702 2.3793 2.5980 2.5545 3.4011 2.4670 2.6204 2.8809 11

2.7123 3.3037 2.5455 2.6590 2.4664 2.5455 2.5104 4.2599 12

3.5133 2.6058 3.3882 2.4632 3.0918 2.4842 3.6791 13

2.9455 2.5364 2.4499 2.53Ja 'w,4793 3.3375 4.7217 14

3.6967 2.2301 2.5950 2.4965 3.6719 4.7127 15

2.9842 3.2371 2.8292 4.2220 MQ (3-D) AT: 50% 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* 3.9087 2.6529 3.3406 2.6199 3.5398- 2.E 684' 3. 6912 3.0119 9

2.6558 2.6531 2.2767 3.3546 2.5061- 2.4518 2.1767 3.2419 10

3.3362 2.2821 2.4795 2.4722 3.3975 2.3675 2.5 83 2.8829 11

2.5837 3.2229 2.4604 2.6923 2.4882 2.5689 2.4913 4.4011 12

3.4493 2.4919 3.3803 2.4853 3.1918 2.4976 3.8019 13 2.8248 2.4278 2.3485 2.5592 2.4517 3.3688 4.7882 14

3.6342 2.1482 2.5245 2.4703 .3.7949 4.7792 15

2.9452- 3.1862 2.8201 4.3459 i.....r.,,,, i.

r CNEl.&t00-24 (Rev. 0) 2400f 302 TABLE 3A CORE OPERATI!1G LIMITS REPORT M-SUB-Q VALUES (F-SUB+Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BO? TOM OF CORE ,

H G F E D C B A 8* 3.7020 2.5608 3.2203 2.5109 3.3856 2.7454 3.4984 2.8248 9* 2.5641 2.5465 2.1982 3.2215 2.4061 2.3555 2.0758 3.0587 10

3.2196 .' 2046 2.4014 2.4006 3.2989 2.2920 2.4606 2.7316 11

2.4821 3.1055 2.3901 2.5891- 2.4002 2.4616 2.4075 4.1945 12

3.3059 2.3972 3.2859 2.3983 3.1174 2.4112 3.5961 13

2.7083 2.3362 2.2763 2.4539 2.4070 3.2250 -4.5076 14

3.4498 2.0517 2.4?' 2.3938 3.5912 4.5002 15

2.7656 3.0108 2 . 67 5~/ 4.1464 MQ (3-D) AT: 50%_ POWER 4 EFPD- THIS IS LEVEL 7.OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = POTTOM OF CORE H G F E D C B A 8* 3.3972 2.3481 2.9144 2.2737 3.0949 2.5115 3.2146 2.5890-9* 2.3513 2.3304 1.9791 2.9237- 2.1859 2.1459 -1.8883 2.8077 10

2.9151 1.9864 2.1688 2.1715 .3.0044 2.0781 2.2410 2.4953 11 ,* 2.2496 2.8210 2.1638 2.3802 2.1999 2.2632 2.1859 3.8447 12

3.0237 2.1789 2.9935 2.1983 2.8561 2.2078 3.3215 13

2 4783 2.1288 2.0643 2.2563 2.2041 2.9713 4.1805 14

3.1704 1.8665 2.2143 2.1697- 3.3171: 4.1737 15

2.5347 2.7639 2.4444 3.8012

'i .. . .

is CNEl-0400-24 (Rev. 0) 24t of 302 TABLE 3A CORE OPERATI!1G LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN) <

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50% POWER 4 EFI 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* 3.0965 2.1378 2.6864 0988 2.8852 2.3445 3.0170 2.4258 9* 2.1408 2.1225 1.8137 2.7046 2.0243 1.9942 1.7536 2.6333 10

2.6884 1.8210 1.9929 1.9955 2.7836 1.9187 2.0810 2,3272 11

2.0782 2.6116 1.9891 2.1787 2.0172 2.0787 2 0137 3.5906 12

2.8205 2.0190 2.7746 2.0157 2.6303 2.0358 3.0717 13 a 2.3142 1.9789 1.9065 2.0722 2.0322 2.7599 3.8982 14

2.9762 1.7337 2.0566 1.9992 3.0674 3.8916 15

2.37S0 2.5925 2.2798 3.5507 M2 (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 5 OF 18 4

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.8884 1.9602 2.5231 1.9788 2.7476 2.2392 2.9013 2.3346 9* 1.9631 1.9453 1.6964 2.5538 1.9162 1.8967 1.6704 2.5343 10

2.5261 '.. 7039 1.8687 1.8679 2.6111 1.8103 1.9784 2.2272-11

1.9611 2.4677 1.8626 2.0086. 1.8758 1.9297 1.8775 3.4290 12

2.5877- 1.9122 2.6062 1.8744 2.4456 1.6973 2.8738 13

2.2109 1.8827 1.7993 1.9236 1.8942 2.5873 3.6769 14

2.8627 1.6517 1.9556 1.8666 2.8696 3.6706 15

2.2859 2.4954 2.1822 3.3920

CNEl-0400-24 (Rev. 0) .

242 of 302 -

TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN) .

(UNCERTAINTY VALifES NOT INCLUDED)

MQ (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 8

2.6923 1.8582 2.4046 1.9160 2.6826 2.1992 2.8751 2.3308 9* 1.8611 1.8500 1.6293 2.4707 1.8652 1.8586 1.6478 2.5247 10

2.4094 1.6372 -1.7978 1.7855 2.4962 1.7574 1.9415 2.2106 11

1.9007 2.3894 1.7815 1.9219 1.7831 1.8535 1.8182 3.3727 12

2.6259 1.8627 2.4915 1.7821 2.3191 1.8049 2.7594 13

2.1723 1.8455 1,7481 1.8481 1.8020 2.4737 3.5242 14

2.8377 1.6296 1.9196 1.8071 2.7560 3.5186 15

2.2826 2.4866 2.1664 3.3376 MQ (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 G F E D C B A 8*

2.6656 1.8220 2.3846 1.9339. 2.7100 2.2494 2.9714 2.4676 9* 1.8250 1.8269 1.6359 2.4755 1.8968 1.9058 1.7196 2.6537 10

2.3909 1.6447 1.6038 1.7767 2.4747 1.7924 2.0035 2.3300 11

1.9209 2.3976 1.7737 1.9124 1.8113 1.8792 1.8612 3.4753 12

2.6550 1.8957 2.4713 1.8101 2.3340 1.8473 2.8202 13 2.2228 1.8933 1.7828 1.8733 1.8445 2.5316 3.6043 14 .* 2.9337 1.7011 1.9816 1.8504 2.8162 3.5989 15

2.4171 2.6143 2.2840 3.4406

-OW CNEl.4400 24 (Rev. 0) 243 0f 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-O VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 50$ 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 i 8* 2.7818 1.9653 2.5453 2.1225 2.9216 2.4972 3.3181 2.9317 9* 1.9687

_.9953 1.8064 2.6597 2.1020 2.1369 2.0029 3.0930 10

2.5535 1.8173 1.9827 1.9335 2.6398 2.0167 2.2835 2.7663 11 .* 2.1119 2.5840 1.9311 2.0920 1.0910 2.0853 2.1474 3.9331 12 2.8650 2.1039 2.6368 1.9900 2.5349 2.1049 3.1103 13

2.4688 2.1236 2.0066 2.0793 2.1014 2.8714 4.0375 14

3.2771 1.9818 2.2592 2.1355 3.1067 4.0310 15

2.8726 3.0479 2.7129 3.8958 MQ (3-D) AT: 50% 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* 3.7724 2.8029 3.4061 2.8530- 3.8688 3.5881 4.6852 4.7316 9*

2.4079 2.8341 2.4809 3.5405 2.8615 3.0838 3.0866 4.7694 10

3.4189 2.4975 2.8342 2.7663 3.4741 2.8228 3.3980 -4.4805 11

2.8438 3.4541 2.7645 2.9932 2.7436 3.0088 3.3010 5.7798 12

3.7970 2.8659 3.4715 2.7424 3.4509 3.1713 4.4824 13

3.5482 3.0657 2.8093 3.0004 3.1563 4.2810 5.9476 14

4.6286 3.0545 3.3629 3.2834 4.4782 5.9385 15

4.6382 4.7014 4.3961 5.7277

CNEl-(M00-24 (Rev. 0) 244 of 302 g

TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (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 . A 8* 2.2010 1.8081 2.0895 1.7824 2.1560 2.0413 2.6000 2.8497 9* 1.8095 1.8243 1.6287 2,1012 1.7777 1.8664 1.9796 2.7798 10

2.0819 1.6293 1.7390 1.7219 2.0507 1.8648 2.1024 2.8017 11

1.7512 2.0131 1.7105 1.9083 1.8332 1.9519 2.2569 3.4368 12

2.0960 1.7636 2.0384 1.8316 2.1210 2.1019 2.7424 13 ' 2.0093 1.8475 1.8506 1.9468 2.0992 2.5681 3.3722 14

2.5627 1.9556 2.0777 2.2406 2.7415 3.3680

'.5

2.7931 2.7377 2.7488 3.4014 MQ (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 1^ OF 18 WHERE: LEVEL 18 = TOP OF CORE-LEVEL 1 = BOTTOM OF CORE r

H G F E D C B A

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

8* 2.0188 1.5551 1.9182 1.6293 2.0325 1.7800 2.3099 2.2179 9 1.5563 1.5829 1.4463' 1.9554' 1.6071' 1.6108 1.5945 2.2650 10

1.9105 1.4459 1.5048 1.4787 1.9194 1,7276 1.7596 2.1590 11

1.5972 1.8605 1.4680 1.6484 1.6135 1.6652 1.8062 2.8976 12

1.9745- 1.5926 1.9073 1.6120 1.8906 1.6968 2.3357 13

1.7519 1.5942 1.6149 1.6608 1.6946 2. ;24 2.8252 14

2.2763 1.5750 1.7385 1.7930 2.3347 2.8217 15 *' 2.1729 2.2302 2.1173 2.8669

CNEl-0400-24 (Rev. 0) 245 0f 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MAROIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 30% POWER 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

2.0836 1.5519 1.9469 1.6197 2.0922 1.7770 2.3015 2.0566 9*

1.5530 1.5721 1.4122 1.9932 1.5836 1.5754 1.4904 2.1484 10

1.9389 1.4116 1.4901 1.4712 1.9723 1.5589 1.6851 1.9835 11

1.5870 1.8933 1.4605 1.6249 1.5556 1.6079 1.6552 2.7529 12

2.0321 1.5689 1.9598 1.5543 1.8648 1.5856 2.2624 13 1.7489 1.5591 1.5466 1.6037 1.5336 2.0286 2.7476 14

2.2678 1.4720 1.6647 1.6436 2.2612 -2.7441 15

2.0142 2.1149 1.9444 2.7232 MQ (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE-H G F E D C B A 8* 2.1461 1.6288 1.9844 1.6873 2.1198 1.8357 2.2859 2.0419 '

9* 1.6301 _1.6470 1.4576 2.0286 1.6221 1.5970 1.4736 2.1419 10 *

-1.9770 1.4576 1.5557 1.5423 1.9898 1.5484 1.6716 1.9282 11

1.6545- 1.9292 1.5317 1.6811 1.5804 1.6332 1.6052 2.6240 12

2.0595 1.6077 1.9774 . 5791 1.8491 1.5838 2.2251 13

1.8068 1.5807 1.5364 1.6290 1.5817 2.0560 2.8220 I

14

2.2524 1.4554 1.6512 1.5936 2.2238 2.8183 15

1.9993 2.1083 1.8897 2.5960

CNEl-0400-24 (Rev. 0) 246of 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 4

8 2.3144 1.7697 2.1248 1.8153 2.2518 1.9679 2.3755 2.1192 9

1.7712 1.7873 1.5736 2.1511 1.7336 1.6850 1.5373 2.2413 10

2.1177 1.5743 1.6890 1.6671 2.1027 1.6051 1.7267 1.9686 11

1.7822 2.0497 1.6564 1.8023 1.6797 1.7282 1.6508 2.6664 12

2.1894 1.7197 2.0905 1.6783 1.9491 1.6747 2.3196 13

1.9379 1.6685 1.5931 1.7234 1.6723 2.1970 3.0350 14

2.3412 1.5186 1.7060 1.6389 2.3179 3.0308 15

2.0751 2.2066 1.929: 2 #378 MQ (3 -D) AT: 30% 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* 2.6236 1.9750 2.3718 1.9968 2.4441 2.1147 2.5268 2.2370 9* 1.9767 1.9798 1.7557 2.3 1.8755 1.8118 1.6204 2.3705 10

2.3649 1.7571 1.8908 1.8424 2.2950 1.7347 1.8573 2.0988 11

1.9630 2.2562 1.8315 1.9870 1.8514 1.8891 1.7864 2.8830 12

2.3798 1.8629 2.2833 1.8498 2.1647 1.8363 2.5395 13

2.0840 1.7953 1.7224 1.8835 1.8338 2.4204 3.3613 14

2.4918 1.6013 1.8354 1.7738 2.5369 3.3568 15

2.1913 2.3344 2.0573 2.8524

CNEl-0400 24 (Rev. 0) 247 of 302 TABLE 3A CORE OPERATING LIMITS REPORT p-M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT INCLUCED)

MQ (3-D) AT: 30% POWER 4 SFPD THIS IS LE WL 12 OF 18-WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BO7 TOM OF CORE H G F E D C B A 8* 3.0101 2.2527 2.6838 2.2430 2.7676 2.3666 2.8097 2.4452 9* 2.2551 2.2580 1.9609 2.6700 2.1051 2.0243 1.7863 2.6157 10

2.6789 1.9642 2.1124 2.0731 2.6145 1.9417 2.0677 2.3155 11

2.2094 2.5549 2.0625 2.2430 2.0674 2.1069 1.9663 3.1788 12

2.6987 2.0939 2.6031 2.0661 2.4394 2.0410 2.8340 1,

2.3343 2.0074 1.9294 2.1014 2.0380 2.7041 3.7551 14 2.7725 1.7662 2.0448 1.9535 2.8317 3.7498 15

2.3961 2.5770 2.2712 3.1472 MQ (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF-CORE LEVEL 1 = BOTTOM OF CORE H G -F E D C B -A 8* 3.4367 2.5659- 3.1593 2.5906 3.1844 2.6696 3.1792 2.7126 9* 2.5681 2.5698 2.2692 3.1226 2.3891 -2.2737 1.9870 2.8996 10

3.1566 2.2748 2.4517 2.4081' 3.0105 2.1705 2.2996 2.5518 11 * '2.5567 2.9952 2.3975- 2.5810 2.3670 2.4072 2.1988 3.5864 12

3.1107 2.3804 3.0004 2.3660 ?.8224 2.3169 3.2650 13 ** 2.6369 2.2576 2.1582 2.4016 2.3139 3.0778 4.2865 14

3.1409' 1.9668 2.2754 2.1856 3.2632 4.2808 15

2.6610 2.8597 2.5041- 3.5527

CNE!4100 24 (Rev. 0) 248 of 302 TABLE 3 A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q CP MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = 'iOP OF CORE o LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

3.6602 2.6135 3.3725 2.7537 3.6083 2.9922 3.7452 3.0398 9

2.6160 2.6148 2.3729 3.4435 2.6228 2.5624 2-2511 3.2798 .

10

3,1702 2.3793 2.5980 2.5545 3.4011

4670 2.6204 2.8809 11 2.7123 3.3037 2.5435 2.6590 2.4664 2.5455 2.5104 4.2599 12

3.5133 2.6058 3.3882 2.4632 3.0918 2.4842 3.6791 13

2.9455 2.5364 2.4499 2.5356 2.4793 3.3375 4.7217 14

3.6967 2.2301 2.5950 2.4965 . 6719 4 7127 15

2.9842 3.2371 2.8292 4.2220 MQ (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 9 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORL H G F E D C B A 8* 3.8087 2.6529 3.3406 2.6199 3.5398 2.8684 3.6912 3.0119 9* 2.6558 2.6531 2.2767 3.35'46 2.5061 2.4518 2.1767 3.2419 10

3.3362 2.2821 2.4735 2.4722 3.3975 2.3675 2.5583 2.8829 a 11 .* 2.5337 3.2229 2.4604 2.6923 2.4882 2.5689 2.4913 4.4011 12

3.4493 2.4919 3.3803 2.4853 3.1918 2.4976 3.8019 13 .* 2.8248 2.4278 2.3485 2.5592 2.4927 3.3688 4.7882 14 ** 3.6342 2.1482 2.5245 2.4703 3.7949 4.7792 15

2.9452 3.1862 2.8201 4.3459 4

CNE14M00 24 (Rev. 0) 2490f 302 TABLE 3A CORE OPERATING LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGIN)

(UNCERTAINTY VALUES NOT IN.'LUDED)

MQ (3 D) ATr 30% 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 B A 8; 3.7020 2.5608 3.2203 2.5109 3.3856 2.7454 3.4984 2.8248 >

9* 2.5641 2.5465 2.1982 3.2215 2.4061 2.3555 2.0758 3.0587 10

3.2196 2.2046 2.4014 2.4006 3.2989 2.2920 2.4606 2.7316 11

2.4821 3.1055 2.3901 2.5991 2.4002 2.4616 2.4076 4.1945 12

3.3059 2.3972 3.2859 2.3983 3.1174 2.4112 3.5961 13

2.7083 2.3362 2.2763 2.4539 2.4070 3.2250 4.5076

14

3.4498 2.0517 2.4310 2.3938 3.5912 4.5002 15

2.7656 3.0108 2.6757 4.1464 MQ (3-D) AT: 30% 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* 3.3972 2.3481 2.9144 2.2737 .3.0949 2.5115 3.2146 2.5890 9* 2.3513 2.3304 1.9791 2.9237 2.1859 2.1459 1.8883 2.8077 10

2.9151 1.9864 2.1688 2.1715-'3.0044 2.0781 2.2410 2.4953 11

2.2496 2.8210 2.1638 2.3802 2.1999 2.2632 2.1859 3.8447 12

3.0237 2.1789 2.9935 2.1983 2.8561 2.2078 3.3215 13

2.4783 2.1288 2.0643 2.2563 _2.2041 2.9713 4.1805 14

3.1704 1.8665 2.2143 2.1697 3.3171 4.1737 15

2.5347 2.7639 2.4444 3.8012 1

m... _ _ _ . .. .

CNEl N00 24 (Rev. 0) 2500f 302 TABLE 3A CORE OPERATING LIMITS PEPORT M-SUB-Q " LUES (F-SUB-Q OP HARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MQ (3 -D) AT: 30% 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

3.0965 2.1378 2.6864 2.0988 2.8852 2.3445 3.0170 2.4258 9

2.1408 2.1225 1.8137 2.7046 2.0243 1.9942 1.7536 2.6333 10

2.6884 1.8210 1.9929 1.9955 2.7836 1.9187 2.0810 2.3272 11 2.0782 2.6116 1.9891 2.1787 2.0172 2.0787 2.0137 3.5906 12 2.8205 2.0190 2.7746 2.0157 2.6303 2.0358 3.0717 13

2.3142 1 789 1.9065 2.0722 2.0322 2.7599 3.8982 14

2.9762 1.7337 2.0566 1.9992 3.0674 3.8916 e

15

2.3750 2.5925 2.2798 3.5507 M2 (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.8884 1.9602 2.5231 1.9788 2.7476 2.2392 2.9013 2.3346 9* 1.9631 1.9453 1.6964 2.5538 1.9162 1.8967 1,6704 2.5343 10

2.5261 1.7039 1.8687 1.8679 2.6111 1.8103 1.9784 2.2272 11

1.9611 2.4677 1.8626 2.0086 1.8758 1.9297 1.8775 3.4290

12

2.6877 1.9122 2.6062 1.8744 2.4456 1.8973 2.8738 13

2.2109 1.8827 1.7993 1.9236 1.8942 2.5873 3.6769 14

2.8627 1.6517 1.9556 1.8666 2.8696 3.6706 15

2.2859 2.4954 2.1822 3.3920 I.

.~m- . . .

CNE144(X)-24 (Rev. 0) 25t of 302 TABLE 3A CORE OPERAT1!33 LIMITS REPORT M-SUB-Q VALUES (F-SUB-Q OP MARGI!1)

(UlJCERTAI!UT VALUES !40T I!JCLUDED)

M7 (3-D) AT: 30% POWER 4 EFPD THIS 3S LEVEL 4 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

.........................,....................................... B 8* 2.6923 1.8582 2.4046 1.9160 2.6826 2.1992 2.8751 2.3308 9* 1.8611 1.8500 1.6293 2.4707 1.8652 1.8586 1.6478 2.5247 d 10

2.4094 1.6372 1.7978 1.7855 2.4962 1.7574 1.9415 2.2106 11

1.9007 2.3894 1,7815 1.9219 1.7831 1.8535 1.8182 .3.3727 12

2,6259 1.8627 2.4915 1.7821 2.3191 1.8049 2.7594 13

2.1723 1.8455 1.7481 1.8481 1.8020 2.4737 3.524*

14

2.8377 1.6296 1.9196 1.8071 2.7560 3.5186 15

2.2826 2.4866 2.1664 3.3376 M? (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 3 0F 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8

2.6656 1.8220 2.3846 1.9339 2.' 2.2494 2.9714 2.4676 9*

1.8250 1.8269 1.6359 2.4755 1.8968 1.9058 1.7196 2.6537 10

2.3909 1.6447 1.8038 1.7767 2.4747 1.7924 2.0035 2.3300 11

1.9209 2.3976 1.7737 1.9124 1.8113 1.8792 1.8612 3.4753 12 ,* 2.6550 1.8957 2.4713 1.8101 2.3340 1.8473 2.8202 13

2.2228 1.8933 1.7828 1.8733 1.8445 2.5316 3.6043 14

2.9337 1 7011 1.9816 1.3504 2.3162 3.5?89 ;

15

2.4171 '. 2.2840 3.4406

_ __ s_ . ---. -x- -:---------- - - - - - - - - - - - - - - - - ^ - - - - - - - - ^ " - - ' "" " '

~- ~~

CNEl-0100-24 (Rev. 0) 252 0f 302 TABLE 3A CORE OPERATI!JG LIMITS REPORT M-SUB-Q VALUER (F-SUB-Q OP HARGI!J)

(Ul10ERTAI!JTY VALUES 170T I!JCLUDED)

HQ (3-D) AT: 30% 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* 2.7818 1.9653 2.5453 2.1225 2.9216 2.4972 3.3181 2.9317 9* 1.9687 1.9953 1.8064 2.6597 2.1028 2.1369 2.0029 3.0930 10

2.5535 1.8173 1.9827 3.9335 2.6398 2.-0167 2.2835 2.7663 11

2.1119 2.5840 1.9311 2.0920 1.9910 2.08S3 2.1474 3.9331 12

2.8650 2.1039 2.6368 1.1900 2.5049 2.1049 3.1103 13 ,* 2.4688 2.1236 2.0066 2.0793 2.1014 2.8714 4.0375 14

3.2771 1.9818 2.2592 2.1355 3.1067 4.0310 15

2.8726 3.0479 2.7129 3.8958 MQ (3-D) AT: 30% PO.!ER 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* 3. r/24 2.8029 3.4061 2.8530 3.8688 3.5881 4.6852 4.7316 9

2.8079 2.8341 2.4809 3.5405 2.8615 3.0828 3.0866 4.7694 ,

10

3.4189 2.4975 2.8342 2.7663 3.4741 2.8228 3.3980 4.4805 11

2.8438 3.4541 2.7645 .2.9932 2.7436 3.0088 3.3010 5.7798 12

3.7970 2.8659 3.4715 2.7424 3.4509 3.1713 4.4824 13

3.5482 3.0657 2.8093 3.0004 3.1663 4.2810 5.9476 14 ,* 4.6286 3.0545 3.3629 3.2834 4.4782 5.9385 15

4 6382 4.7014 4.3961 5.72/7

. . . - ---_.--__------.,w--xs-------_-----n._m t-~__ .--a.--,--,,-.- ,----,am--a_--a-- _----a,

j CNEl-(M(X).24 (Rev. 0) 253 of 302 1 :

i TABLE 4

~

CORE OPERAT1!JG LIMITS REPORT 1 M-SUB-C VALUES (F-SUB-Q RPS MARG 1!i) j iUNCEisTAItJTY VALUES 140T It4CLUDED) 1 MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 18 of 18 WHERE: LEVEL IC = TOP OF CORE !

LEVEL 1 = BOTTOM OF CORE

. H G F E D C B A ,

t j .................................................................

! e 8

2.4013 2.1048 2.3132 2.0131 2.5403 2.3566 2.8071 3.0887

] ,

9* 2.1070 2.1486 1.9137 2.3188 2.0478 2.1884 2.297' 3366

{

3 10

2.3087 1.9173 2.0606 2.0357 2.2661 2.1760 2.435t , 0431 11

2.0150 2.2384 2.0255 2.2212 2.1144 2.2588 2.540 0.0092 i 12

2.3028 2.0390 2.2576 2.1141 2.3235 2.3892 2.8325 1

13

2.3281 2.1736 2.1654 2.2557 2.3874 2.8069 3.4807 14

2.7773 2.2780 2.4147 2.5372 2.8340 3.4777-

! 15

3.0417 3.0029 2.9985 3.4835 MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 17 0F 18

' WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE r

H G F E D C B A 4

8* 1.7948 1.4717 1.7261 1.5166 1.8081 1.6655 2.0266- 1.9527-i >

1.4733 1.5131 1.3766 1.7537 1.5013 1.5296 1.4996 2.0112-10

1.7218 1.3779 1.4445 1.4162 1.7209 1.5359 Jia6504 1.9043-11

1.4918 1.6796 1.4081 1.,5587 1.5101_ 1.5645 1.6592 2.4156-12

1.7625 1.4927 1.7137 1.5098 1.6832 1.5678 1.9711 1 13

1.6450 1.5189 1.5281 1.5623 1.5666 1.8905 2.3852

~

14

2.0045 - 1.4866 - 1,6359 1.6520 .1.9720- 2.3831 15

1.9221 1.9883 1.8755 2.3971 ep .rn* me d. , , =+,c-- -

4e w3 y-b* w y- y ee-W', r-y- y g-rg'.- -m .

---.9 -- . g -- y- P- .y y- -+v 4, e-wy--o-p*w-

CNEl-N00 24 (Rev. 0) ,

254 of 302 TABLE 4 (C0!1' T)

CORE OPERATI!1G LIMITS REPORT M-SUB-C VALUES (F-5UB-Q RPS MARGI!J)

(UIJCERTAINTY VALUES ! JOT I!4CLUDED)

MC (3-D) AT: 118% POWER 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. v/ 5 9 1.3620 1.6316 1.3962 1.7332 1.5358 1.8790 1.6756 9* 1.3634 1.3880 1.2422 1.6644 1.3683 1.3804 1.2937 -1.7675 1.6271 1.2432 1.3203 1.2999 1.6434 1.3581 '1.4581 1.6194 10}

11

1.3723 1.5897 1.2922 1.4241 1.3502 1.3991 1.4256 2.1745 12

1.6889 1.3600 1.6364 1.3500 1.5477 1.3580 1.7882 13

1.5167 1.3706 1.3511 1.3971 1.3570 1.6805 2.1671 14

1.8582 1.2823 1.4450 1.4186 1.7889 2.1651 15

1.6486 1.7468 1.5941 2.1572 MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.6924 1.3540 1.6381 1.4056 1.7855 1.5447 1.8894 1.6134 9* 1.3555 1.3814 1.2363 1.7057 1.3652 1.3652 1.2440 1.7240 10

1.6369 1.2376 1.3277 1.3116 1.6741 1.3194 3.4160 1.5442 11

1.3823 1.6294 1.3042 1.4265 1.3281 1.3742 1.3534 2.1244 12

1.7405 1.3575 1.6700 1.3280 1.5481 1. .i7 1.7808 13

1.5257 1.3557 1.3127 1.3723 1.3107 1.6536 2.1709 14

1.8684 1.2330 1.4032 1.3468 1.7814 2.1689 15

1.5870 1.7036 1.5197 2.1074

CNEl-0400 24 (Rev. 0) 255 0f 30?

TABLE 4 (CON ' T; j CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) 1

! MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 14 OF 18

) WHERE: LEVEL 18 = TOP OF CORE g LEVEL 1 = BOTTOM OF CORE H G F E D C B A j

. 8

1.7651 1.3868 1.6895 1.4722 1.9809 1 5993 1.9508 1.6274 l

i 4 9* 1.3884 1.4070 1.2883 1.7838 1.41*.9 1.3969 1.2509 _1.7472 !

1 l 10

1.6891 1.2919 1.3982 1.3758 1./167 1.3403 1.4338 1.5490 11 1.4495 1.7217 1.3687 1.4490 1.3480 1.4017 1.3658 2.1852 12 1.8349 1.4052 1.7132 1.3476 1.5873 1.3355 1.8350 i

13

1.5803 1.3877 1.3338 1.3996 1.3343 1.7070 2.2537 14

1.9295 1.2399 1.4208 1.3591 1.8351 2.2514 If 1.6006 1.7266 1.5240 2.1676 J

MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 13 OF 18 WHERE: LEVEL 18 = TOP OF COPE LEVEL 1 = BO'I" TOM OF CORE -

H C F E D C B A 1 ....**...........................................................

i 8 1.9160 1.4782 1.8114 1.5680 2.0435 1.7097 2.0797 1.7004 9* 1.4801 1.4950 1.3595 1.9049 1.5123 1.4824 1.3063 1.8394 10

1.8120 1.3639 1.4973 1.4644 1.8267 1.4189 1.5114 1.6224 11

1.5499 1.8399 1.4593 1.5246 1.4068 1.4648 1.4198 2.3133 i 12

1.9959 1.5067 1.8239 1.4066 1.6725 1.4031 1.9227 13

1.6904 1.4735 1.4124 1.4624 1.4020 1.8031 2.3705 14

2.0578 1.2953 1.4981 1.4148 1.9230 '.3681 15

1.6725 1.8180 1.5961 2.2955

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

CNEI4M00-24 (Rev. 0) 255of302 i

1 TABLE 4 (CON'T) 1 i CORE OPERATING LIMITS REPORT M+SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) ;

j MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 12 OF 18 ,

t WHERE: LEVEL 18 = TCP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

] ...............................**..........**....................

S* 2.1425 1.6269 1.9952 1.7062 2.2366 1.8502 2.2371 1.8064 t

9* 1.6291 1.6405 1.4816 2.0845 1.6446 1.5977 1.3925 1.9588 10 1.9970 1.4872 1.6345 1.5954 2.0025 1.5233 1.6138 1.7172 !

4 11

1.6887 2.0159 1.5906 1.6577 1.5195 1.5691 1.5130 2.4803 12

2.1880 1.6409 2.0004 1.5196 1.8227 1.4931 2.0825

' 13

1.8312 1.5895 1.5173 1.5669 1.4919 1.9444 2.5771 14 2.2153 1.3817 1.6004 1.5081- 2.0833 2.5747 i

j 15

1.7779 1.9373 1.6902 2.4618 MO (3 -D) AT: 118% POWER 4 EFPD THIS IS LEVEL 11 OF 38 WHERE: LEVEL 18 = TOP OF CORE 1 LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.4037 1.8083 2.2227 1.8810 -2.4322 2.0323 2.4496 1.9435.

1

, 9* 1.8110 2.8190 1.6313 2.3118 1.8113 1.7477 1.5024 2.1224

{ 10

2.2264 1.6384 1.8034 1.7579 2.2128 1.6664 1.7574 1.8571 11

1.8644 2.2387 1.7537 1.8286 1.6692 1.7273 1.6433 2.7236 12

2.3836 1.8097 2.2120 1.6696 2.0165 1.6325 2.2857 4

13

2.0135 1.7403 1.6609 1.7250 1.6314 2.1393 2.8398' 14 ,' .2.4277 1.4917 1.7437 4.6381 2.2868 2.8373

}

15

1.9136 2.1002 1.8286 2.7044 k

CNEl-(M(X)-24 (Rev. 0) 257 of 302 TABLE 4 (Coll' T)

CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGI!J)

(UNCERTAI!JTY VALUES !!OT I!!CLUDED)

MC (3 -D) AT: 118% POWER 4 EFPD THIS IS LEVEL 10 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BCTTOM OF CORE H G F E O C B A 8* 2.5696 1.9739 2.3831 2.0485 2.6316 2.2687 2.7155 2.1354 9* 1.9764 1.9777 1.7807 2.4980 1.9762 1.9498 1.6550 2.3455 10

2.3851 1.7870 1.9582 1.9157 2.4467 1.8283 1.9502 2.0462 11

2.0278 2.4236 1.9093 1.9895 1.8234 1.8774 1.8181 3.0391 12

2.5828 1.9778 2.4426 1.8226 '2.2371 1.7941 2.5283 13

2.2504 1.9436 1.8207 1.8731 1.7919 2.3671 3.1538 14

2.6946 1.6444 1.9362 1.8100 2.5301 3.1513 15

2.1039 2.3226 2.0157 3.0193 MC (3-D) AT: 1184 POWER 4 EFPD THIS IS LEVEL 9 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 DOTTOM OF CORE H G F E D C B A 8* 2.4827 1.8982 2.2984 1.9667 2.5862 2.2516 '2.7580 2.2245 9* .1.9008- 1.9060 1.7089 2.4067 1.9323 1.9337 1.6856 -2.4329 10

2.3013 1.7162 1.9002 1.8724 2.3561 1.7977- 1.9825 2.1284 1* 1.9486 2.3363 1.8674 l'.9612 1.7946 1.8465 1.7825 -3.1492 2* 2.5303 1.9304 2.3529 1.7939 2.1873 1.7601 2.5342 13.* 2.2249 1.9211 1.7905 1.8424 1.7579 2.3379 3.2070 14

2.7251 1.6697 1.9628 1.7747 2.5325 3.2032

-15 * -2.1845 2.4003 2.0902 3.1244

1 i

CNEl.(M00 24 (Rev. 0) 258 of 302 TABLE 4 (CON'T)

CORE OPERATING LIMITS REPORT i

M-SUB-C VALUES (F-SUD-Q RPS MARGIN)

(UNCERTATNTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 8 OF 18

W4ERE: LEVEL 18 = TOP OF CORE LEVEL 1s BOTTOM OF CORE H G F E D C B A 4

8* 2.4033 1.8269 2.2185 1.8670 2.4386 2.1488 2.6098 2.0868 j 9

1.8296 1.8319 1.6361 2.2971 1.8287 1.8568 1.6058 2.2899 l

l 10

2.2221 1.6437 1.8225 1.7956 2.2740 1.7197 1.8831 2.0030 11

1.8506 2.2324 1.7914 1.8811 1.7226 1.7948 1.7055 2.9370 12

2.3876 1.8270 2.2715 1.7225 2.0989 1.7262 2.4270 1

13

2.1262 1.8476 1.7141 1.7916 1.7243 2.2694 3.0766

1.8679 14 2.5840 1.5928 1.6988 2.4261 3.0728 15 + 2.0515 2.2626 1.9697 2.9152 i

I MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E b C B A 8

2.2758 1.7146 2.0654 1.7316 2.2729 1.9930 2.4278 1.9311 9* 1.7174 1.7155 1.5231 2.1363 1.6926 1.7009 1.4671 2.1215 10

2.0705 1.5312 1.6997 1 6723 2.1109 1.5762 1.7207 1.8380 11

1.7191 2.0794 1.6695 1.7598 1.6032 1. 64'31 1.5597 2.7093 12

2.2284 1.6932 2.1102 '1.6031 1.9874 1.5716 2.2376 4 13

1.9733 1.6930 1.5709 1.6393 1.5699 2.0847 2.8463 14

2.4041 1.4555 1.7065 1.5537' 2.2369 2.8432 15

1.8984 2.0963 1.8075 2.6886 7

- - + ,,.r , , . , . , . - - - ,--g y- v ,. ... , , . . .- . . , , .

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

I CNEl-04(X).24 (Rev. 0) 2590f 302 I

TABLE 4 (COfJ'T)

CORE OPERATI!JG LIMITS REPORT M-SUB-C VALUES (F-SUD-Q RPS .tiARGI!J)

(U14CERTAItJTY VALUES ! JOT I!JCLUDED)

} MC (3-D) AT: 118 % POh'ER 4 EFPD THIS IS LEVEL 6 OF 18 1

WHERE: LEVEL 18 m 10P OF CORE l LEVEL 1 = BOTTOM OF CORE H G F E D C B A

.......................................ve........................

8* 2.1088 1.5810 1.9213 1.6023 2.1307 1.8632 2.2845 1.8128 9* 1.5837 1.5851 1.4027 1.9837 1.5662 1.5764 1.3577 1.9929 10

1.9266 1.4105 1.5672 1.5432 1.9694 1.4457 1.5903 1.7095 11

1.5921 1.9311 1.5406 1.6181 1.4759 1.5118 1.4298 2.5267 12 + 2.0904 1.5677 1.9690 1.4758 1.8233 1.4441 2.0787 13

1.8455 1.5696 1.4412 1.5091 1.4426 1.9358 2.6604 4

14

2.2630 1.3472 1.5771 1.4242 2.0780 2.6576 15

1.7820 1.9695 1.6912 2.5076 d

I MC (3-D) AT: 118% POWER 4 EFPD -THIS IS LEVEL 5 OF 18 i

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.9784 1.4726 1.8067 1.5070 2.0292 1.7700 2.1879 1.7389 9

1.4752 1.4789 1.3046 1.8724 1.4741 1.4904 1.2833 1.9121 10

1.8121 1.3121 1.4605 1.4380 1.8595 1.3621 1.4980 1.6263 11

1.4987 1.8226 1.4361 1.5135 1.3718 1.4126 1.3436 2.3976 j 12

1.9921 1.4764 1.4594 1.3720 1.7110 1.3376 1.9554 13

1.7544 1.4844 1.3580 1.4103 1.3362 1.8097 2.5166 14

2.1678 1.2735 1.4858 1.3385 1.9549 2.5136 15

1.7094 1.8898 1.5995 2.3797

CNEl.(M00 24 (Rev. 0) 2600f 302 TABLE 4 (CON'T)

CORE OPERATI!JG LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGI!J)

(U130ERTAI!1TY VALUES 110T ltJCLUDED)

MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: LEVEL 18 a TOP OF CORE i LEVEL 1 = BOTTOM OF CORE I H G F E D C B A B

1.8989 1.3980 1.7368 1.4541 1.9762 1.7218 2.1496 1.7241 9* 1.4006 1.4063 1.2471 1.8105 1.4250 1.4506 1.2535 1.8931 4

10

1.7428 1.2547 1.3974 1.3689 1.7870 1.3149 1.4588 1.6030 )

11

1.4472 1.7621 1.3675 1.4502 1.3269 1.3678 1.3004 2.3504 12

1.9411 1.4280 1.7874 1.3272 1.6436 1.2924 1.9056 13

1.7071 1.4452 1.3112 1.3656 1.2912 1.7623 2.4659 14

2.1302 1.2440 1.4471 1.2955 1.9053 2.4631 15

1.6948 1.8713 1.5766 2.3335 MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 3 0F 18 WHERE LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.8725 1.3782 1.7322 1.4607 1.9864 1.7386 2.1947 1.8069 9 1.3809 1.3969 1.2481 1.8116 1.4373 1.4752 1.2927 1.9710 10

1.7390 1.2563 1.3941 1.3565 1.7808 1,3377 1.4944 1.6754

{

11

1.4553 1.7639 1.3557 1.4416 1.3279 1.3773 1.3316 2.4169 12

1.9525 1.4412 1.7618 1.3283. 1.6428 1,3104 1.9233 13

1.7243 1.4701 1.3342' 1.3752 1.3092 1.7918 2.4974' 14 *- 2.1754 1.2830 1.4826 1.3268 1.9233 2.4946 15

1.7764 1.9486 1.6480 2.4000 o

,...,n,_,,-- -

CNE14M00-24 (Rev. 0) 261of302 TABLE 4 (CON'T)

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

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% 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* 1.9888 1.4823 1.8499 1.5873 2.1218 1.8989 2.4144 2.1187 j

. i 1 9* 1.4855 1.5141 1.3649 1.9341 1.5733 1.6313 1.4829 2.2664 l

. i 10

1.8582 1.3745 1.515' 1.4628 1.8908 1.4937 1.6833 1.9668 l i

1.4627 1.5662 1.4582 1,5238 l

, 11

1.5837 1.8869 1.5242 2.7149 4 12

2.0873 1.5789 1.8926 1.4587 1.7731 1.4804 2.1248 i 13 1.6837 1.6266 1.4900 1.5217 1.4791 2.0118 2.7828 ,

i 14

2.3936 1.4720 1.6703 1.5189 2.1252 2.7799 1 .

15

2.0833 2.2410 1.9350 2.6968 MC (3-D) AT: 118% PC'JER 4 EFPD THIS IS LEVEL 1 OF 18 WHERE: ' LEVEL 18 z TOP OF CORE LEVEL 1 = BOTTOM OF CORE j H G F E D C B A 1

.w......................................... ........... .........

8* 2.6803 2.0899 2.4531 2.1028 2.7738 2.6794 3.3562 3.3699 9* 2.0943 2.1274 1.8453 2.5448 2.1063 2.3084 2.2417 3.4378

) 10-* 2.4652 1.8593 2.1319 2.0612 2.4660 2.0499 2.4623 3.1422 11

2.1012 2.4904 2.0621 2.2058 1.9814 2.1670 2.3061 3.-9320 12 .* 2.7304 2.1154 2.4690 1.9823 2.3992 2.2093 3.0251

,. 13 - 2.6584 2.3022 2.0451 2.1640 2.2074 2.9782 4.0725 14

3.3278 2.2254 2.4438 2.2981 3.0260 4.0684 15

3.3146 3.4000 3.0926 3.9072

-+ w- --- , v.. g - r -,w -

-ev- , -. , ,- -

! CNEl 04EJJ4 (Rev. 0)

] 262 of 302

I fu TABLE 4 (CON'T)

CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN) j (UNCERTAINTY VALUES.NOT INCLUDED?

i i MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEvok 18 OF 18 j

s WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE j H G F E D C B A w

1 .

8* 2.4164 2.1920 2.2969 2.0620 2.2066 2.2191 2.5457 2.8278

! 9* 2.1946 2.1734 2.0013 2.2550 2.0479 2.1112 2.2339 2.8173 30

2.3011 2.0041 2.0732 2.0507 2.1749 2.1545 2.2832 2.8393 11 ,* 2.0516 2.1561 2.0472 2.1805 2.1233 2.1725 2.4485 3.1565

+

12

2.1823 2.0528 2.1753 2.1251 2.1768 2.3137- 2.6218 13

2.2105 2.1100 2.1522 2.1725 2.3145 2.6255 3.0706 4 i i 14

2.5370 2 2281 2.2771 2.4480 2.6278 -3.0713 l 15 2.3054 2.8046 2.8168 3.1519 ;

MC (3-D) AT: 118% POWER 150 EPPD THIS IS LEVEL 17 OF 18 WHERE: LEVEL.18.m TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A j .................................................................

! 8* 1.8669 1.5909 1.7332 1.5187 1.6961 1.6076 1.8799 1.8556 9* 1.5929 1.5681 1.4421 1.7174 1.4941 1.5063 1.5087 1.9179 10

1.7364 1.4437 1.4907 1.4751 1.6677 1.5271 1.5880- 1.8448 11

3.5098 1.'6354 1.4725- 1.5693 1.5210 1.5398 1.6483l 2.2242 12

1.6777 1.4973 1.6682 1.5224 1.6037 1.5695 1.8690 13

1.6020_ 1.5059 1.5257 1.5401 1.5'/01 1.8175 2.1527 14-* 1.8740 -1.5052 1.5840 1.6473 1.8733- 2.1531 13

1.8411 1.9095 1.8303 '2.2208

CNEMM00 24 (Rev. 0) 263 of 302 TABLE 4 (CON'T)

CORE OPERATI!JG LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUPED)

MC (3-D) AT: 118% PohER 150 EFFD THIS IS LEVEL 16 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1m BO'I' ROM OF CORE H G F E D C B A

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

8

1.7939 1.5125 1.us19 1.4123 1.6406 1,5132 1.7834 1.6412 9* 1.5145 1.4707 1.3247 1.6506 1.3796 1.3892 1.3460 1.7296 10

1.6654 1.3265 1.3939 1.3892 1.6154 1.3796 1.4407 1.6195 11 1.4046 1.5700 1.3871 1.4670 1.3879 1.4121 1.4502 2.0329 12

1.6236 1.383' 1.6165 1.3895 1.5075 1.4064 1.7388 13

1.5086 1.3894 1.3788 1 4126 1.4071 1.6593 2.0003 14

1.7783 1.3434 1.4374 1.4497 1.7429 2,000",

15

1.6286 1.7223 1.6068 2.0301 MC (3 -D) AT: 118% POWER 150 EFPD THIS IS LF7EL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.6473 1.5259 1.7208 1.4293 1.6873 1.5376 1.8255 1.6147

>* 1.5282 1.4924 1.3346 1.7028 1.3800 1.3860 1.3231 1.7138 10

1.7264 1.3372 1.4231 1.4249 1.6549 1.3482 1.4136 1.5658 11

1.4231 1.6208 1.4235 1.4911 1.3879 1.4153 1.4100- 2.0240-12

1.6710 1.3848 1.6568 1.3895 1.5356 1.3935 1.7669 13

1.5337 1.3869 1.3479 1.4160 1.3943 1.6671 2.0407 14

1.8209 1.3210 1.4107 1.4097 1.7712 2.0412 15

1.6024 1.7070 1.5536 2.0214

.I CNE!4M00 24 (Rev. 0) 264 of 302 TABLE 4 (CON'T)

CORE OPERATING LIMITS REPORT .

I !

M-SUB-C VALUES (F-SlfB-Q RPS HARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) )

MC (3-D) AT: 118% "DWER 150 EFPD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE l LEVEL 1 = BOTTOM OF CORE l

H G F E D C B A 1 ................................................................. i

I

8

1.9402 1.5763 1.7610 1.4839 1.7775 1.5958 1.0879 1.6362 J

9

1.5787 1.5280 1.3855 1.7876 1.4284 1.4282 1.3412 1.7493 10

1.7675 1.3890 1.4888 1.4874 1.7220 1.3844 1.4504 1.5925 11

1.4796 1.7041 1.4868 1.5295 1.4251 1.4635 1.4472 2.1100 12

1.7620 1.4348 1.7250 1.4268 1.5931 1.4450 1.8458 13

1.5926 1.4299 1.3845 1.4644 1.4459 1.7483 2.1523

- 14

1.8839 1.3395 1.4477 1.4472 1.8503 2.1527 15

1.6240 1.7426 1.5803 2.1075 4'

MC (3-D) AT: 118% POWER 150 EFFD 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* 2.0808 1.6520 1.8598 1.5837 1.9299 1.7J18 2.0231 1.7197 9* 1.6547 1.5958 1.4558 1.8937 1.5309 ~1.5232 1.4127 1.8522 a 10

1.0679 1.4508 1.5817 1.5687 1.8068 1.4740 -1.5406 1.6809 l 11

1.5822 1.8153 1.5694 1.5943 1.4864 1.5296 1.5364 2.2692 12

1.9149 1,5392 1.8107 1.4883 1.6921 1.5289 1.9385 13

1.7093 1.5257 1.4745 1.5304 1.5299 1.8497- 2.2808 a .

14

2.0193 1.4113 1.5381 1.5370 1.9433 2.2813.

15

1.7070 1.8455 1.6680 2.2667 4

J a , e ..v.,-- ,,,t ..m,-- i--- = - - . - i,

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

3 4

CNEl-(M00 24 (Rev. 0) 265 0f 302 I

4 1

TABLE 4 (CON'T) .

CORE OPERATING LIMITS REPORT 4

1 M-SUB-C VALUES (F-SUD-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) i MC (3-D) AT: list POWER 150 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 s TOP OF CORE LEVEL 1 = BOTTOM OF CORE ,

. H G F E D C B A 8* 2.2690 1.7870 2.0271 1.7110 2.0955 1.8855 2.2265 1.8603 l 9* 1.7902 1.7237 1.5674 2.0613 1.6639 1.6696 1.5313 2.0153 2 .

10

2.0370 1.5735 .1.7096 1.6928 1.9579 1.5850 1.6815 1.8234 1 11

1.7114 1.9773 1.6943 1.7101 1.5777 1.6229 1.6377 2.4997 12

2.0808 1.6745 1.9630 1.5800 1.8096 1.6146 2.0660 9 .

4 13

1.8836 1.6732 1.5862 1.6241 1.6157 1.9660 2.4324 1

J 14

2.2229 1.5302 1.6791 1.6384 2.0713 2.4330 l 15

1.8467 2.0083 1.8094 2.4972 d

MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 11 OF 18 j WHERE: LEVEL 18 = TOP CF CORE LEVEL 1 = B01 TOM OF CORE t H G F E D C B A B*

2.5528 1.9898 2.2503 1.8776 2.3172 2.1048 2.4811 2.0571 9* 1.9936 1.9140 1.7247 2.2789 1.8210 1.8590 1.6976 2.2398 10 2.'2625 1.7323 1.8886 1.8727 2.1761 1.7331 1.8747 2.0200 11

1.9801 2.1880 1.8752 1.8897 1.7297 1.7758 1.7819' 2.7395 12 ,* 2.3028 1.8339 2.1825 1.7324 1.9955 1.7566 2.2695 13

2.1028 1.8635 1.7347 1.7774 1.7578 2.1481 2.6732

,1 14'* 2.4771 1.6968 1.8723 1.7830 2.2755 2.6740 15

2.0423 2.2324 2.0046 2.7381 o

, , , . ~ . , . - , -

i CNEl.0400 24 (Rev. 0) 266of 302

\BLE 4 (COta = ^?

)

CORE OPERATING LIMITS REPORT

+ M-SUB-C VALUES (F-SUB-Q RPS MARGIN) 2 (UNCERTAINTY VALUES NOT INCLUDED)

I i

MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVrL 10 OF 18 WHERE: LEVEL 18 = "IVP OF CORE i LEVEL 1 i BOTTOM OF CORE H G F E D C B A 8

2.8853 2.2311 2.5427 2.1047 2.6110 2.3421 2.7601 2.3122 9 2.2355 2.1476 1.9286 2.5725 2.03JO 2.0697 1.9135 2.5289 10 e 2.5580 1.9381 2.1198 2.0971 2.4455 1.9153 2.0755 2.2716 l 11

2.1100 2.4720 2.1008 2.1175 1.9322 1.9780 1.9655 3.0383

+

12

2.5959 2.0490 2.4535 1.9353 2.2485 1.9597 2.5346 13

2.3406 2.0756 1.9175 1.9799 1.9611 2.4051 1.9958 14 - 2.7563 1.9131 2.0735 1.9668 2.5414 2.9967 .

l

15

2.2957 2.5208 2.2544 3.0371 MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 9 OF 18 WHEREs LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G !' E D C B A 8*

2.8807 2.2990 2.5720 2.1874 2.7097 2.5242 3.0459 2.5451 9* 2.3032 2.2189 2.0146 2.6289 2.1595 2.2010 2.0625 2.7765 10

2.5855 2.0235 2.2137 2.2147 2.5682 2.0368 2.2140 2.4676 11

2.1900 2.5338 2.2173 2.2366 2.0477 2.1005 2.0997 3.3237 12

2.6913 2.1740 2.T'49 2.0507 2.3967 2.0888 2.7522 13

2.5217 2.2058 2.0383 2.1020 2.0902 2.5884 3.2820 14

3.0400 2.0610 2.2110 2.1004 2.7591 3.2829 15

2.5265 2.7665 2.4486 3.3207

1 CNE14M(Kb24 (Rev. 0) 267 0f 302 TABLE 4 (Coll' T) i .

4 CORE OPERATIt3G LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGI!J)

(Ul10ERTAlivTY VALUES IJOT I!JCLUDED) 4 MO (3-D) AT: 118% POWEF 150 EFPD THIS IS LEVEL 8 OF 18 I WHERE: LEVEL 18 = TOP OF CORE f

LEVEL 1 = BOTTOM CF CORE

. H G F E D C B A 8* 2.7109 2.1498 2.4092 2.0375 2.535! 2.3654 2.8307 2.3647 1

4 9* 2.1539 2.0736 1.8761 2.4593 2.L412 2.0976 1.9500 2.5767 Av - 2.4226 1.8849 2.0676 2.0693 2.4107 1.9562 2.1197 2.3162 11

2.0413 2.3717 2.0723 2.1051 1.9460 2.0217 2.0163 3.1272 12 2.5189 2.0256 2.4174 1.9488 2.2557 2.0051 2.6254 13

2.3625 2.1021 1.9576 2.0232 2.0065 2.4901 3.1326 14

2.8255 1.9487 2.1171 2.0172 2.6319 3.1333 15 * .2.3474 2.5676 2.2985 3.1247 MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 7 OF 10 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E O C B A 8*

2.5168 1.9837 2.2204 1.8570 2.3124 2.1530 2.5900 2.1503 9* 1.9876 1.9102 1.7189 2.2513 1.8332 1.9012 1.7577 2.3464 10

2.2336 1.7274 1.8985 1.9042 2.2218 1.7731 1.9172 2.0901 11

1.8617 2.1728 1.9076 1.9468 1.7983 1.8528 1.8241 2.8538 12

2.2985 1.8471 2.2286 -1.8009 2.0952 1.8492 2.4085 13

2.1510 1.9061 1.7750 1.8543 1.8505 2.2835 2.9713 14

2.5856 1.7568 1.9149' 1.3250 2.4146 2.8720 15

2.1345 2.3383 2.0742 2.8514

- --. - , .a

I CNEl-(M00 24 (Rev. 0) 268of302 l TABLE 4 (CON'T)

CORE OPERATING LIMITS REPORT M-SUD-C VALUES (F-SVB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 150 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* 2.3069 1.8016 .0216 1.6893 2.1241 1.9714 2.3824 1.9682 9* 1.8052 1.7312 1.5521 2.0577 1.6659 1.7261 1.5929 2.1517 10

2.0340 1.5603 1.7206 1.7247 2.0285 1.6040 1.7350 1.9009 11

1.6947 1.9858 1.7281 1.7692 1.6301 1.6749 1.6525 2.6083 12

2.1121 1.6792 2.0348 1.6327- 1.9116 1.6596 2.1985 13

1.9700 1.7308 1.6057 1.d764 1.6608 2.0722 2.6345 14

2.3788 1.5922 1.7329 1.6532 2.2041 2.6351 ,

15

1.9536 2.1442 1.5863 2.6060 MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 5OF18 WHERE: LEVEL 18 : TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.1138 1.6454 1.8685 1.5561 1.9734 1.8242- 2.2146 1.8243 9* 1.6487 1.5857 1.d210 1.9047 '. 5330 1.5864 1.4609 1.9982 10

1.8804 1.4288 1.5796 1.5791 -3.8697 1.4617 1.5907 1.7537 11 ,* 1.5619 1.8375 1.5826 1.6129 1.4813 1.5286 1.5027 2.4139 12 *, 1.9629 1.5458 1.8759 1.4836 1.7438 1.5070 2.0173 13.*

1.8231 1.5910 1.4634 1 5299 1.5081 1.9007 2.4351 14

2.2113 1.4603 1.5888 1.5034 2.0225 2.4357

, 15

1.8105 1.9011 1.7400 2.4117

CNE14M00 24 (Rev. 0) 269 0f 302 TABLE 4 (CON'T)

CORE OPERATING LIMITS REPORT

, M-SUB-C VALUES (F-SUB-O RPS HARGIN)

(U!JCERTAI!!TY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 4 OF 18 2

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 2

4

! 8 1.5701 1.5247 1.7480 1.4538 1 8531 1.7078 2.0919 1.7300 4

9* 1.5278 1.4737 1.3213 1.7837 1.4320 1.4861 1.3685 1 8962 4

10

1.7595 1.3289 1.4696 1.4638 1.7456 1.3635 1.4905 1.6582 11 1.4599 1.7200 1.4673 1.4957 1.3715- 1.4185 1.4006 2.2839 12

1.8438 1.4443 1.7515 1.3737 1.6158 1.3962 1.8837 13

1.7069 1.4905 1.3651 1.4197 1.3972 1.7714 2.2847 l 14

2.0886 1.3679 1.4886 1.4013 1.8886 2.2853 s

I 15

1.7166 1.8893 1.6450 2.2819 a

MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 3 OF 18 WHERE: LEVEL 18 s TOP OF CORE LEVEL 1 = BOTTOM OF CORE 11 G F E D C B A.

8* 1.8716 1.4449 1.6708 1.3961 1.7761 1.f361 2.0191 1.7170 9* 1.4480 1.4046 1.2655 1.7063 1.3771 1.4329 1.3364 1.8749 10

1.6821 1.2730 1.4023 3 3879 1 *.636 1.3257 1.4522 1.6444 g 11

1.4027- 1.6450 1.3915 1.4257 1.3147 1 3694 1.3658 2,?434 J

12

1.7675 -1,3893 1.6694 1.3169 1.5434 1.3506 1.8267 13

1.6353 1.4368 1.3272 1.3706 1.3516 1.7247- 2.2339 4

14

2.0157 1;3358 1.4503 1.3665 1.8316 2.2345 15

1.7033 ~1.8678 1.3309' 2.2414 1

, - ,, --,-n-,- n- ,--- -

CNEl.!M00 24 (Rev. 0) 2700f 302 TABLE 4 (CO!1

T)

CORE OPERATIllG LIMITS REPORT

)

M-SUB-C VALUES (F-SUB-Q RPS MARGIh'!

(U!JOERTAI!JTY VALUES ! JOT I!JCLUDED)

MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 2 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 11 G F E D C B A

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

S * '.8953 1.4815 1.7114 1.4567 1.8173 1.6943 2.0977 1.8928 9* 1.4847 1.4539 1.3248 1.7458 1.4422 1.4975 1.4369 2.0367 10

1.7235 1.3330 1.4537 1.4244 1.6900 1.4024 1.5446 1.8163 11

1.4646 1.6841 1.4284 1.4772 1.3802 1.4389 1.4713 2.3955 12

1.8090 1.4555 1.6961 1.3825 1.5903 1.4411 1.9212 13

1.6935 1.5016 1.4038 1.4402 1.4422 1.8431 2.3858 14

2.0939 1.4361 1.5425 1.4720 1.9264 2.3865 15

1.8772 2.0286 1.8010 2.3933 c

MC (3-D) AT: 118% POWER 150 EFPD THIS IS LEVEL 1 OF IP WilERE : LEVEL 18 TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8*

2.4306 1.9834 2.2053 1.9053 2.3143 2.2782. 2.7771 2.8276 9* 1.9378 1.9582 1.7601 2.2333 1.8993 2.0291 2.0422 2.9317 10

2.2212 1.7716 1.9596 1.9073 2.1384 1.8860 2.1441 2.7269 11

1.9168 2.1558 1.9131 1.9918 1.8389 1.9528 2.1010 3.3209 12

2.3042 1.9175 2.1462 1.8420 2.0744 2.0316 2.6151 13

2.2771 2.0347 1.8880 1.9545 2.0331 2.5992 3.3561 14

2.7719 2.0406 2.1410 2.1018 . 5225 3.3573 15

2.8035 2.9196 2.7035 3.3181 4

_ . . _ . - . _ _ _ . . _ . - . _ . . _ _ , _ . _ . - ---.L_--.-.-_._-a

l t

4 l CNEl&OO 24 (Rev. 0) 4 271 of 302 i

, TABLE 4 (CON'TJ CORE OPERATING LIMITS REPORT 4

l M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

I 4

MC (3-D) AT: 118% POWEP. 125 EFPD THIS IS LEVEL 18 OF 18 l WHERE: LEVEL 18 = TOP OF CORE 4

LEVEL 1 = BOTTOM Or CORF i

H G F E D C B A 1 .................................................................

8* 2.4142 2.2658 -2.3436 2.1565 2.1573 2.1995 2.4460 2.6957 j 9

2.2679 2.2302 2.1004 2.2662 2.3118 2.1271 2.24'3

. 2.7606 l 10 2.3506 2.1050 2.1328 2.1087 2.1833 2.2034 2.2818 2.7933 11

2.1561 2.1564 2.1121 a.2147 2.1818 2.2001 2.4383 3.0563 j

12

2.1499 2.1385 2.1879 2.1821 2.1503 2.3052 2.5689

$ 13

2.1990 2.1286 2.2047 2.2011 2.3073 2.5793 2.91?L j

14

2.4459 2.2429 2.2818 2.4410 2.5764 2.9193 115

2.6835 2.7554 2.7795 3.0586 t

j MC (3 -D) AT 118% POWER 325 EFPD ThIS IS LEVI'L 17 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

) .................................................................

{ 8*

1.8941 _1.6808 1.7709 1.5608 1.6535 1.6199 1.8364 1.8263 9* 1.6826 1.6378 1.4982 1.7247 1.5341 1.5386 1.5584 1.9219 10

1.7770 1.3017 1.5551 '1.5487 1.6774 1.5550 1.6188 1.8741 11

1.5611 1.6401 1.5518 1.6177 -1.5541 1.5856 1.6916 2.1904 12 ,* 1.6490 1.5395 1.6816 1.5546 -1.6008- 1.6078 1.8627 ,

13 ,* 1.6205 1.5405 1.5563 1.5863 1.6093 1.8225 2.0776 14

1.~370 1.5594 1.6193 1.6937 1.8682 2.0788 15

1.8187 1.9188 1.8654 2.1923-

CNEl.0400 24 (Rev. 0) 272 0f 302 TABLE 4 (CON ' T)

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

(UNCERTAINTY VALUES NOT INCLUDED) -

6k MC (3-D) AT: 118% POWER 325 EFPD THIS IS LEVEL 16 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 9

H G F E D r B A 8

1 8595 1.6110 1.6963 1.4528 1.6009 1.5402 1.7649 1.6506 9a 1.6129 1.5506 ?.3859 1.b574 1.42P7 1.4376 1.4195 1.7632 4

10

1.7031 1.3898 1.4693 4.4752 1.f333 1.4227 1.4948 1.6833 11

1.4546 1.5781 1.4'!89 1.5301 1.4343 1.4780 1.5418 2.0518 12

1.5976 1.4288 1.6382 1.4348 1.5242 1.4705 1.7574 13 = 1.5416 1.4401 1.4244 1.4791 1.4719 1.6900 1.9518 14

1.7663 1.4209 1.4957 1.5440 1.7626 1.9529 15

1.6443 1.7610 1.6759 2.0539 MC (3-D' AT: 118% POWER '325 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.9366 1.6471 1.7325 1.4554 1.6360 1.5766 1.8165 1.6406 9* 1.6492 1.5754 1.3895 1.6905 1.4297 1.4545 1.4138 1.1685 10

1.7404 1.3941 1.4928 1.5085 1.6839 1.4224 1.5016 1.6682 11; 1.4587 1.6104 1.5128 1.5585 1.4436 1.4952 1.5391 2.0893 12

1.6339 1.4368 1.6894 1.4443 1.5628 1.4727 1.7982 13 *, 1.5788 1.4577 1.4245 1.4965 1.4742 1.7100 2.0002 14

1.8185 1.4157 1.5028 1.5421 1.8036 2.0014 15

1.6348 1.7667 1.6612 2.0917 9

CNEl-04(G24 (Rev 0) 273 of 302 1ABLE 4 . CON'T)

J CORE OPERATING LIMITS REPORT

, M-SUD-C VALUES (F-SUD-O RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) l MC (3-D) AT: liet POWER 325 EFFD THIS IS LEVEL 14 OF 18 WHERE: LEVEL 18 = TOP OF CORE j LEVEL 1 = BOTTOM OF CORE H G F E D c B A

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

l

8*

2.0300 1.7055 1.8306 1.5144 1.7250 1.6479 1.9082 1.6992 l 9* 1.7079 1.6193 1.4441 1.7820 1.4836 1.5166 1.4650 1.8428 10

1.8399 1.4497 1.5644 1.5851 1.7579 1.4791 1.5649 1.7260 11

1.5196 1.6987 1.5905 1.6089 1.4850 1.5484 1.5747 2.2027 12

1.7239 1.4921 1.7642 1.4858 1.6373 1.5319 1.8874 13

1.6506 1.5203 1.4816 1.5499 1.5336 1.7966 2.1161 14

1.9106 1.4673 1.5665 1.5774 1.8933 2.1174 15

1.6933 1.8413 1.7188 2.2054 MC (3-D) AT: 118% POWER 325 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* 2.1891 1.7883 1.9468 1.6178 1.8605 1.7617 2.0445 1.8031 9* 1.7910 1.6946 1.5315 1.9235 1.5800 1.6121 1.5530 1.9646 10

1.9576 1.5382 1.6720 1.6738 1.8489 1.5405 1.6664 1.8306 11

1.6251 1.8347 1.6802 1.6824 1.5546 1.6135 1.6302 2.3474 n

12

1.8604 4901 1.8559 1.5556 1.7467 1.6131 1.9937 13

1.7650 1.6167 1.5432 1.6152 1.6149 1.8987 2.2507 14

2.0473 1.5556 1.6683 1.6330 2.0000 2.2520 15

1.7966 1.9631 1.8330' 2.3505 2

4

... ~ , w- -> - - - - , - - - . - - - - -

, e a - -

CNEMM(X)44 (Rev. 0) 274 of 302 TABLE 4 (CON'T; .,

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

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 325 EFPD THIS IS LEVEL 12 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.3799 1.9320 2.1001 1.7470 2.0392 1.9214 2.2330 1.9479 9* 1.9350 1.8176 1.6370 2.0866 1.6990 1.7405 1.6703 .2.1252 10

2.1125 1.6448 1.7976 1.7974 1.9997 1.6318 1.7689 1.9693 .

11

1.7565 1.9214 1.8049 1.8051 1.6507- 1.7151 1.7297 -2.5020 12

1.0399 1.7107 2.0077 1.6518 1.8737 1.7070 2.1245 13

1.9252 1.7455 1.6348 1.7169 1.7090 2.0197 2.4011 14

2.2361 1.6732 1.7708 1.7326 2.1311 2.4026 15

1.9411 2.1233 1.9611 2.5052 MC (3-D) AT: 118% POWER 325 EFPD THIS IS LEVEL 11 OF 18 WHERE: LEVEL 18 = TOP OF. CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.6593 2.1281 2.3283 1.9241 2 2667 2.1209 2.4765 2.1327 9* 2.1315 2.0076 1.7972 2.3161 1.8645 1.9085 1.8192 2.3278 10 ,* 2.3427 1.8064 1.9827 1.9765- 2.2025 1.7708- 1.9234 2.1397 11

1.9361 2.2116 1.9854 1.9851 1.8072 1.8744 1.8672 2.7281 12 *, '.26P2 4 1.8781 2.2115 1.8084 2.0639 1.8560 2.3282 13

2.1251 1.9140 1.7741 1.8764- 1.8580 2.2017 2.6297 14

2.4796 1.8222 1.9254- 1.8703 2.3354 2.6312 15 * '2.1249 2.3257 2.1305 2.7315 1

l

CNEl.N(X).24 (Rev. 0) 275 0f 302 TABLE 4 (CON'T)

CORE OPERATI!JG LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(U13 CERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 325 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 8* 2.9930 2.3999 2.6453 2.1677 2.5718 2.3891 2.7904 2.3683 9* 2.4039 2.2663 2.0217 2.6295 2.0932 2.1381 2.0225 2.5906 10

2.6624 2.0328 2.2397 2.2282 2.4896 1.9702 2.1401 2.3664 11

2.1828 2.5123 2.2387 2.2242 2.0093 2.0796 2.0621 3.0404 12 ,* 2.5739 2.1091 2.4998 2.0107 2.3196 2.0596 2.5886 13 2.3938 2.1442 1.9736 2.0816 2.0618 2.4504 2.9298 14

2.7935 2.0256 2.1421 2.0654 2.5964 2.9315 15

2.3592 2.5879 2.3558 3.0438 MC (3-D) AT: 118% POWER 325 EPPD 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* 3.0280 2.5055 2.7137 2.2924 2.7079 2.5986 3.0530 2.6110 9* 2.5092 2.3783 2.1451 2.7282 2.2549 2.3391 2.2330 2.8621 10

2.7293 2.1560 2.3726 2.3772 2.6519 2.1666 2.3612 2.6027 11

2.3061 2.6142 2.3875- 2.3946 2.1901 2.2857 2.2705' 3.3609 12

2.7078 2.2702 2.6617 2.1912 2.5111 2.2616. 2.8432 13 .* 2.6020 2.3447 2.1698 2.2875 2.2639 2.6945 3.2233 14 ,* 3.0552 2.2359 2.3629 2.2737 2.8513 3.2250 15

2.6005 2.8585 2.5906 3.3639-s

CNE!4M00 24 (Rev. 0) 276of 302 TABLE 4 ( CO!1 ' T )

CORE OPERATItJG LIMITS REPORT M-SUB-C VALtfES (F-SUB-Q RPS MARGI!J)

(UIJCERTAItJTY VALUES ! JOT ItJCLUDED)

MC (3-D) AT: 118% POWER 325 EFFD THIS IS LEVEL 8 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 4

S 2.8481 2.3454 2.5452 2.1473 2.5360 2.4601 2.6907 2.4838 9 2.3489 2.2285 2.0124 2.5557 2.1250 2.2302 2.1458 2.7254 10 a 2.5603 2.0226 2.2288 2.2390 2.4982 2.0742 2.2751 2.5069 11 .* 2.1599 2.4501 2.2487 2.2642 2.0851 2.1948 2.2006 3.2197 12

2.5357 2.1394 2.5072 2.0860 2.3813 2.1796 2.7423 13 2.4627 2.2348 2.0770 2.1963 2.1817 2.6023 3.1295 14 2.8919 2.1480 2.2763 2.2033 2.7501 3.1310 15

2.4735 2.7214 2.4952 3.2219 MC (3-D) AT: 118% POWER 325 EFC 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* 2.6577 2.1767 2.3532 1.9683 2.3321 2.2509 2.6482 2.2602 g 9* 2.1800 2.0621 1.8523 2.3558 1.9453 2.0380 1.9490 2.4859 10

2.3674 1.8619 2.0573 2.0695 2.3151 1.9060 2.0750 2.2744 11

1.9808 2.2597 2.0788 2.1016 1.9295 2.0399 2.0198 2.9362 12

2.3320 1.9587 2.3235 1.9303 2.2162 2.0321 2.5369 13

2.2532 2.0421 1.908A 2.0411 2.0340 2.4238 2.8828 14

2.6495 1.9507 2.0758 2.0220 2.5438 2.8841 15

2.2506 2.4820 2.2635 2.9380

__________________________________________J

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

CNEl.0400 24 (Rev. 0) 277 of 302 TABLE 4 (CON'T) i i

CORE OPERATI!JG LIMITS REPORT M-SUB-C VALUES (F-SUB-O RPS MARGIll)

(UNCERTAINTY VALUES ! JOT I!JCLUDED; 11 0 (3-D) AT: 118% POWER 325 EFFD THIS IS LEVEL 6 OF 18 1

WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8 2.4417 1.9842 2.1568 1.7918 2.1393 2.0591 2.4287 2.0595 9* 1.9873 1.8806 1.6832 2.1583 1.7693 1.8549 1.7677 2.2713 10

2.1702 1. #24 1.8770 1.8860 2.1173 1.7218 1.8824 2.0672 1

11

1.8041 2.0702 1.8948 1.9117 1.7502 1.8439 1.8215 2.6846 12

2.1396 1.7819 2.1250 1.7509 2.0273 1.8333 2.2998 l 13 2.0613 1.8590 1.7239 1.8450 1.A349 2.1874 2.6190 14

2.4296 1.7692 1.8830 1 6215 2.3060 2.6202 15

2.0504 2.2675 2.0570 2.6361 i

, MC (3-D) AT: 118% POWEB 325 EFPD THIS 10 LEVEL. 5 OF 18 WHERE: LEVEL'18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.2294 1.8056 1.9703 1.6292 1.9584 1.8847 2.2357 1.8861 9* 1.8084 1.7120 1.5276 1.9718 1.6091 1.6921 1.6099 2.0856 10 *

9829 1.5362

. 1.7094 1.7160 1.9332 1.5598 1.7155 1 8894 4

11

1.6411 1.8911 1.7243 1,7370 1.5817 1.6649 1.6521 2.4682 12

1.9590 1.6210 1.9404 1.5825 1.8362 1.6453 2.0960 13

1.8869 1.6960 1.5617 1.6659 1.6467 1.9827 2.3968 14

2.2365 -1.6113 1.7160 1.6538 2.1016 2.3978 15 * '1.8775 2.0819 1.a797 2.4694

CNEl-(MW 24 (Rev. 0) 278cf 302 j

TABLE 4 (CON'T)

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

, (UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 325 EFPD THIS IS LEVEL 4 OF 18 i WHERE: LEVEL 18 = POP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A j- .

8*

2.0345 1.6385 1.7986 1.4804 1.7882 1.7152 2.0488 1.7489 9* 1.6411 1.5555 1.3850 1.7994 1.4608 1.5378 1.4737 1.9370 10

1.8104 1.3932 1.5534 1.5554 1.7588 1.4185 1.5692 1.7497 l

d

~

11

1.4921 1.7252 1,5633 1.5739 1.4296 1.5134 1.5069 2.2932 12

1.7891 1.4720 1.7655 1.4302 1.6613 1.4928 1.9186 4 13

1.7172 1.5411 1.4201 1.5143 1.4942 1.8126 2.2187

! .14

2.0492 1.4750 1.5697 1.5085 1.9239 2.2197 l 15

1.7404 1.9332 1.7403 2.2941 i

i MC (3-D) AT: 118% POWER 325 EFPD THIS IS LEVEL 3 OF 18 4 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE

]

H G F E D C B A d

I 4

8* 1.8935 1.5223 1.6804 1.3873 1.6704 1.5986 1.9166 1.6700 9* 1.5248 1.4505 1.2951 1.6804 1.3678 1.4347 1.3871 1.8451 10

1.6917 1.3031 1.4490 1.4433 1.6333 1.3261 1.4738 1.6690

. 11

1.3990 1.6110 1.4510 1.4643 1.3331 1.4109 1.4196 2.1759 12

1.6715 1.3787 1.6396 1.3337 1. 5426 1.4001 1.8029 13

1.6004 1.4379 1.3276 1.4116 1.4014 1.7111 2.1091 14

1.9167 1.3882 1.4740 1.4210 1.8079 2.1101 4

15

1.6615 .1.8412 1.6597 2.1767

CNEMM00-24 (Rev. 0) 279 of 302 TABLE 4 (CON'T)

CORE OPERATING LIMITS REPORT hi Q

M-SUB-C VALUES (F-SUB-Q RFS MARG:N)

(UNCERTAINTY VAJ.UES NOT IMOLUDFlD)

MC (3-D) AT: 118% POWER 325 IFPD THIS IS LE'IEL 2 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F ?. D C B A

\

8

1.8585 1.5131 1.6722 1,4093 1.6582 1.5954 1.9090 1.7499 9

1.5157 1.4546 1.3159 1.6684 1.3901 1.4429 1.4223 1.9143 10 1.6837 1.3244 1.4540 1.4340 1.6059 1.3519 1.4978 1.75E4 11

1.4219 1.6002 1.4419 1.4662 1.3527 '. 4201 1.4622 2.2315 12

1.6595 1.4015 1.612* 1.3534 1.5298 1.4309 1.8232 13

1.5972 1.4461 1.3534 1.4209 4.4322 1.75c' 2.1770 14

1.9089 1.4231 1.49*l8 1.4637 1.8284 2.. >

15

1.7402 1.9097 1.7428 2.2321 MC (3-D) AT: 118% POWER 325 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

2.2842 1.9405 2.1048 1.8445 2.0647 2.0552 2.4133 2 . 4'i O 2 9

1.9437 1.8921 1.7427 2.0845 1_8253 1.8821 1.9246 2.6317 10

2.1194 1.7540 1.8920 1.8397 1.9776 1.7997 1.9909 2.4902 11

1.8611 1.9973 1.C500 1.9058 1.7894 1.8586 1.9900 2.9826 12

2.0665 1.8404 1.9854 1.7903 1.9261 1.9293 2.3925 s . .

13

2.0575 1.8862 1.8017 1.8596 1.9311 2.3778 2.9633 14 ,* 2.4128 1.9254 1.9908 1.9920 2.3997 2.9651 J 15

2.4551 2.6245 2.4739 2.9833 1

CNEl-0400-24 (Rev. 0) 2800f 302 TABLE 4A CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BO'. . M OF CORE H G F E D C B A 8* 2.4013 2.1048 2.3132 2.0J'1 2.3603 2.3566 2.8071 3.0887 9

2.1070 2.1486 1.9137 2.31Bn 2.0478 2.1884 2.2975 3.0366 10

2.30f' 1.a'73 2.0605 A. J57 2.2661 2.1760 2.4354 3.0431 11

2.0150 3.2384 2.0?.55 2.2212 2.1144 2.2588 2.5442 3.5092 12 ,* 2.3028 2.0390 2.2576 2.1141 2.3235 2.3892 2.8325 13 2.3281 2.1736 2.1654 2.2557 ".3874 2.8069 3.4807 4

14

2.7773 2.2780 2.4147 2.5372 2.8340 3.4777 9

15

3.0417 3.0-029 2.9985 3.4835 MC (3 -D) AT: 118% 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 ,* 1.7948 1.4717 1.7261 1.5166 1.8081 1.sL35 2.0266 1.9527 9* 1.4733 1.5131 1.3766' 1.7537 1.5013 ' 5296 1.4996 2.0112 10

1.7218 1.3779 1.4445 1.4162 1.7209 2.5359 1.6504 1.9043 11 ', 1.4918 1.6796 1.4081 1.5587 1.5101 1.5645 1.6592 2.4156 12

1.7625 1.4927 1.7137 1.5098 1.6832 1.5678 1.9711 11 3 1.6450 1.5189 1.5281 1.5623- 1.5666 1.8905 2.3852 e

14 2.0045 1.4866 1.6359 1.6520 1.9720 2.3831 15

1.9221 1.9883 1.8755 2.3971 o

CNEl-0400 24 (Rev. 0) 281 of 302 TABLE 4A CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 16 OF 18 WHERE: LEVEL 18 = TOP OF CLRE LEVEL 1 = BOTTOM OF CORE H G F E D C D A 8* 1.6759 1.3620 1.6316 1.3962 1.7332 1.5358 1.8790 1.6756 9

1.3634 1.3880 1.2422 1.6644 1.3683 1.3804 1.2937 1.7675 10

1.6271 1.2432 1.3203 J.2999 1.6434 1.3581 1.4581 1.6194 11

1.3723 1.5897 1.2922 1.4241 1.3502 1.3991 1.1256 2.1745 12

1.6889 1.3600 1.6364 1.3500 1.5477 1.3580 1.7882 13

1.5167 1.3706 1.3511 1.3971 1.3570 1.6805 2.1671 14

1.8582 1.2823 1.4450 1.4186 1.7889 2.1651 15

1.6486 1.7468 1.5941 2.1572 MC (3 -D) AT: 118% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H -G F E D C B A 8* 1.6924 1.3540 1.6381 1.4056 1.7855 1.5447 1.8894 1.6134 9* 1.3555 1.3814 1.2363 1.7057 1.3652 1.3652 1.2440 1.7240 10

1.6369 1.2376 1.3277 1.3116 1.6741 1.3194 1.4160 1.5442 11

1.3823 1.6294 1.3042 1.4265 1.3281 1.3742 1.3534 2.1744 12 ,* 1.7405 1.3575 1.6700 4.3280 1.5481 1.3117 1.7808 13

1.5257 1.3557 1.3127 1.3723 1.3107 1.6536- 2.1709 14 ,* 1.8684 1.2330 1.4032 1.3468 1.7814 2.1689 15

1.5870 1.7036 1.5197 2.1074

_ . _ . . - _. - . . . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ . _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ ______.J

CNEl-(M00-24 (Rev. 0) 2820f302 TABLE 4A CCRE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MAROIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEV /L 14 r? 18 WHET's LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 1.7651 1.3868 1.6895 1.4722 1.8809 1.5993 1.9508 1.6274 9* 1.3884 1.4070 1.2883 1.7838 1.4119 1.3969 1.2509 1.7472 10

1.6891 1.2919 1.3982 1.3758 1 7167 1.3403 1.4338 1.5490 11 1.4495 1.7217 1.3687 1.4490 1.3480 1.4017 1.3658 2.1852 12 1.8349 1.4052 1.7132 1.3476 1.5873 1.3355 1.8350 13 1.5803 1.3877 1.3338 1.3996 1.3343 1.7070 2.2537 14

1.9295 1 2399 1.420e 1.3591 1.8351 2.2514 15

1.6006 1.7266 1.5240 2.1676 MC (3-D) AT: 118% 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

................................a................................

8*

1.9160 1.4782 1.8114 1.5680 2.0435 1.7097 2.0797 1.7004 9 1.4801 1.4950 1.3595 1.9049 1.5123 1.4824 1.3063 1.8394 10

1.8120 1.3639 1.4973 1.4644 1.8267 1.4189 1.5114 1. 224 11

1.5499 1.8399 1.4593 1.5246 1.4068 1.4648 1.4198 2.3133 12

1.9959 1.5067 1.8239 1.4066 1.6725 1.4031 1.9227 13

1.6904 1.4735 1.4124 1.4624 1.4020 1.8031 2.3705 14

2.0578 1.2953 1.4981 1.4148 1.9230 2.3681 15

1.6725 1.8180 1.5961 2.2955 x

CNEl-0400-24 (Rev. 0) 283 0f 302 TABLE 4A CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% 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 B A 8

2.1425 1.6269 1.9952 1.7062 2.2366 1.8502 2.2371 1.8064 9

1.6291 1.6405 1.4816 2.0845 1.6446 1.5977 1.3925 1.9588 10

1.9970 1.4872 1.6345 1.5954 2.0025 1.5233 1.6138 1.7172 11

1.6687 2.0159 1.5906 1.6577 1.5395 1.5691 1.5130 2.4803 12

2.1880 1.6409 2.0004 1.5196 1.8227 1.4931 2.0825 13

1.8312 1.5895 1.5173 1.5669 1.4919 1.9444 2.5771 14

2.2153 1.3817 1.6004 1.5081 2.0833 2.5747 15

1.7779 1.9373 1.6902 2.4618 MC ( 3 -D) AT: 118% POWER 4 EFPD THIS IS LEVEL 11 OF .18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A 8* 2.4037 1.8083 2.2227 1.8810 2.4322 2.0323 2.4496 1.9405 9* 1.8110 1 81SJ 1.6313 2.3118 1.8113 1.7477 1.5024 2.1224 10

2.2264 1.6384 1.8034 1.7E79 2.21 8 1.6664 1.7574 1.8571 11

1.8644 2.2387 1.7537 1.8286 1.6692 1.7273 1.6433 2.7236 12

2.3836 1.8097 2.2120 1.5696 2.0165 1.6325 2.2857 s

13 ,* 2.0135 1.7403 1.6609 1.7250 1.6314 2.1393 2.8398 14 2.4277 1.4917 1.7437 1.6381 2.2868 2.8373 15 * .9136 2.1002 1.8286 2.7044 l

l i

CNEl-G400 24 (Rev. 0) 284 of 302 TABLE 4A CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 4 EFPD TH!S IS LEVEL 10 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A s 8* 2.5696 1.9739 2.3831 2.0485 2.6316 2.2687 2.7155 2.1354 9* 1.9764 1.9777 1.7807 2.4980 1.9762 1.9498 1.6550 2.3455 10

2.3851 1.7870 1.9582 1.9157 2.4467 1.8283 1.9502 2.0462 11 2.0278 2.4236 1.9093 1.9895 1.8234 1.8774 -1.8181 3.0391 A

12 2.5828 1.9778 2.4426 1.8226 2.2371 1.7941 2.5283 13

2.2504 1.9436 1.8207 1.8731 1.7919 2.3671 3.1538 14 ,* 2.6946 1.6444 1.9362 1.8100 2.5301 3.1513 15

2.1039 2.3225 2.0157 3.0193 MC (3-D) AT: 118% 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

~

s 8* 2.4827 1.8982 2.2984 1.966'i 2.5862 2.2516 2.7580 2.2245 '

9* 1.9008 1.9060 1.7089 2.4067 1.9323 1.9337 1.6856 2.4329 10 ** 2.3013 1.7162 1.9002 1.8724 2.3561 1.7977 1.9825 2.1284 11

1.9486 2.3363 1.8674 1.9612 1.7946 1.8465 1.7825 3.1492 12 .* 2.5303 1.9304 2.3529 1.7939 2.1873 1.7601 2.5342 13

2.2249 1.9211 1.7905 1,8424 1.7579 2.3379 3.2070 14 ,* 2.7251 1.6697 1.9628 1.7741 2.5325 3.2032 15

2.1845 2.4003 2.0902 3.1244

CNEl-(M00-24 (Rev. 0) 285 0f 302 TABLE 4A CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F- 3UB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

M2 (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 8 OF 1G WHERE: 7.E'fEL 18 = TOP OF CORE LEVEL 1 = BOTTOi' OF CORE H G F E D C B A 8* 2.4093 1.8269 2.2185 1.8670 2.4386 2.1488 2.6098 2.0868 9* 1.8296 1.8319 1.6361 2.2971 1.8207 1.8568 1.6058 2.2899 10

2.2221 1.6437 1.8225 1.7956 2.2740 1.7197 1 8831 .0030 11

1.8506 2.2324 1.7914- 1.8611 1.7226 1.7948 1.7055 2.9370 12

2.3876 1.8270 2 2715 1.7225 2.0989 1.7262 2.4270 13 2.1262 1.8476 1.7141 1.7916 1.7243 2.2694 3.0766 14

2.5840 1.5928 1.8679 1.6988 2.4261 3.0728 15

2.0515 2.2626 1.9697 2.9152 MC ( 3 -D ) AT: 118% POWER 4 EFPD. THIS IS LEVEL 7 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOMOM 0F CORE H G F E D C 'B A 8* 2.2758 1.7146 2.0654 1.7316 2.2729 1.9930 2.4278 1.9311 9* 1.7174 1.7155 1.5231 2.1363 1.6926 1.7009 1.4671 2.1215 10

2.0705 1.5312 1.6997' 1.6*,23 2.1109 1.5762 1.7207 1.8380 11

1.7191 1 0794 1.6695 1.7598 1.6032 1.6421 1.5597 2.7093 12 ,' 2.2284 1.6932 2.1102 1.6031 1.9874 1.5716 2.2376 13

1.9733- 1.6930 1.5709 1.6393- 1.5699 2.0847- 2.8463

- 14

2.4041 1.4555 1.7065 1.5537 2.2369 2.8432 15

1.8984 2.0963 1.8075 2.6886 9

CNElet00-24 (Rev. 0) 286of 302 TABLE 4A CORE OPERATING LIMITS REPORT M-SUB-C VALDES (F-SUB-Q RPS HARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% 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 L

8

2.1088 1.5810 1.9213 1.6023 2.1307 1.8632 2.2845 1.8128 9 1.5837 1.5851 1.4027 1.9837 1.5662 1.5764 1.3577 1.9929 11

1.9266 1.4105 1.5672 1.5432 1.9694 1.4457 1.5903 1.7095 11

1.5921 1.9311 1.5406 1.6181 1.4759 1.5118 1.4298 2.5267 12

2.0904 1.5677 1.9690 1.4758 1.8233 1.4441 2.0787 13

1.8455 1.3696 1.4412 1.5091 1 4426 1.9352 2.6604 14

2 2630 1.3472 1.5771 1.4242 2.0780 2.6576 15

1.7820 1.9695 1.6812 2.5076 J

MC ( 3 -D) AT: 118% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A.

8* 1.9784 1.4726 1.8067 1.5070 2.0292 1.7700 2.1879 1.7389 9* 1.4752.-1.4789 1.3046 1.8724 1.4741 1.4901 1.2333 1.9121 10

1.8121 1.3121 1.4605 1.4380 1.8595 1.3621 1.4ss0 1.6263 11

1.4987 1.8226 1.4361 1.5135 1.3718 1.4126 1.3436 2.3976 12

1.9921 1.4764 1.8594 1.3720 1.7110 1.3376 1.9554 13

1.7544 1.4844 '1.3580 1.4103 1.3362 1.8097 2.5166 2

14

2.1678 1.2735 1.4858 1.3385 1.9549 2.5136 15

1.7094 1.8898 1.5995 2.3797

CNEI.04(p-24 (Rev 0) 287 of 302 TABLE 4A CORE OPL' RATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS HARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MC (3-D) AT: 118% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: LSVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE H G F E D C B A

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

8* 1.8989 1.3980 1.7368 1.4541 1.9762 1.7218 2.1496 1.7241 9* 1.4006 1.4063 1.2471 1.8105 1.4250 1.4506 1.2535 1.8931 10

1.7428 1.2547 1.3974 1.3689 1.7870 1.3149 1.4588 1.6030 11

1.4472 1.7621 1.3675 1.4502 1.3269 1.3678 1.3004 2.3504 12

1.9411 1.4280 1.7874 1.3272 1.6436 1.2924 1.9056 13

1.7071 1.4452 1.3112 1.3656 1.2912 1.7623 2.4659 14 ,* 2.1302 1.2440 1.4171 1.2955 1.9053 2.4631 15

1.6948 1.8713 1.5766 2.3335 MC (3-D) AT: 118% 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* 1.8725 1.3782 1.7322 1.4607 1.9864 1.7386 2.1947 1.8069 9* 1.3809 1.3969 1.2481 1.8116 1.4373 1.4752 1.2927 1.9710 10

1.7390 1.2563 1.3941 1.3565 1.7808 1.3377 1.4944 1.6754 11

1.4553 1.7639 1.3557 1.4416 1.3279 1.3773 1.3316 2.4169 12

1.9525 1.4412 1.7818 1.3283 1.6428 1.3104 1.9233 13

1.7243 1.4701 1.3342 1.3752 1.3092 1.7918 2.4974 14

2.1754 1.2630 1.4826 1.3268 1.9233 2.4946 15

1.7764 1.9486 1.6480 2.4000 i

l

CNEl 0400 24 (Rev. 0) 288 of 302 TABLE 4A CORE OPERATING LIMITS REPORT M-SUB-C VALUES (F-SUB-Q RPS MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED) i MC (3-D) AT: 118% FOWER 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

- - ..**.....**..**......****.**...******....**....v.**...........

4 8

1.9888 1.4825 1.8499 1.5373 2.1218 1.8989 2.414* 2.1187-9

1.48E5 1.5141 1.3649 1.9341 1.5733 1.6313 1.4829 2.2664-r 10

1.8521 1.3745 1.5157 1,4628 1.8908 1.4937 1.6833 1.9668 11

1.5837 1.8869 1.4627 1.5662 1.4582 1,5238 1.5242 2.7149 12

2.0873 1.5789 1.8926 1.4587 1.7731 1.4804 2.1248 13

1.8e37 1.6266 1.49V0 1.5217 1.4791 2.0118 2.7828 14'* 2.3936 1.4720 1.6703 1.5189 2.1252 2.7799 15

2.0833 2.2410 1.9350 2.6968 i

MC (3-D) AT: 118% POWER 4 EFPD' THIS IS. LEVEL 1 OF 18 WHERE: LEVEL 18 = TOP OF CORE LEVEL 1 = BOTTOM OF CORE 4

H G F E D C B A 8 2.6803 2.0899 2.4531 2.1028 2.7738 2.6794 3.3562 3.3699 9* 2.0943 2.1274 1.S453 2.544d 2.1063 2.3084 2.2417 3.4378 10

2.4652 1.8593 2.1319 2.0612 2.4660- 2.0499 2.4623 3.1422 11

2.1012 2.4904 2.0621 2.2058 1.9814 2.1670 2.3061 3.9320 i 12 2.7304 2.1154 2.4690 1.9823 2.3992 2.2093 3.0251

~13

2.6584 2.3022 2.0451' 2.1640 2.2074 2.9782 4.0725 14

3.3278 2.2254 2.4438 2.2981 3.0260 4.0684 15

3.3146 3.4000 3.0926 3.9072

CNEl 0400-24 (Rev. 0) 280 0f302 TABLE 5 CORE OPERATING LIMITS REPCRT F-DELTA-H DESIGN FDHD (2-D) AT: 100% POWEP. 4 EFPD H G F E D C B A 8* .9978 1.3613 1.0672 1.2639 .9305 1.0796 .8312 .9660 9* 1.3596 1.3507 1.4746 1.0142 1.2842 1.2577 1.3478 .9185 10

1.0666 1.4691 1.3487 1.3749 1.0467 1.3602 1.2085 1.0376 11 *

'.2776 1.0492 1.3794 1.3107 1.3969 1.3377 1.3184 .7453 12 * .9519 1.2872 1.0488 1.3975 1.1227 1.3617 .9477

. 13

1.0922 1.2652 1.3659 1.3407 1.3634 1.0493 .7703 14 * .8406 1.3598 1.2193 1.3241 .9482 .7T13 15 * .9834 .9302 1.0552 .7511 FDHD (2-D) AT: 100% POWER 150 ZFPD H G F E D C B 'A

......................ex....................... .................

8* .9352 1.2277 1.040f. 1.2662 .9858 1.0977 .8685 .9975 9* 1.2256 1.2686 1.3925 1.0179 1.2901 1.2451 1.2908 .9347 10

1.0355 1.3869 1.2722 1.2815 1.0609 1.3403 1.2095 1.0404 11

1.2658 1.0608 1.2804 1.259S 1.3555 1.3031 1.2671 .7721

-12 * .993'2 1.2822 1.0585 1.3537 1.1307 1.2949 .9538 13

1.0995 1.2431 1.3398 1.3024 1.2942 1.0412 .8176 14 * .8704 1.2923 1.2116 1.2668 .9515 .8174 15

1.0056 .9385 1.0493 .7729

CNEl.0400-24 (Rev. 0) 290 0f 302 TABLE 5 (CCN ' T)

CORE OPERATING LIMITS REPORT F-DELTA-H DESIGN FDHD (2-D) AT: 100% POWER 325 EFPD H G F E D C B A 8 .9151 1.1536 1.0192 1.2448 1.0274 1.1015 .8986 1.0257 9* 1.1519 1.2112 1.3348 1.0178 1.2670 1.2199 1.2437 .9455 10

1 ~132 1.3281 1.2139 1.2200 1.0632 1.3094 1.1860 1.0280 11

1.2375 1.0651 1.2148 1.2084 1.3095 1.2489 1.2185 .7899 12

1.0273 1.2583 1.0593 1.3088 1.11 r.8 1.2436 .9541 13

1.0999 1.2170 1.3076 1.24'/9 1.2423 1.0347 .8509 14 *

.8979 1.2422 1.1853 1.2168 .9513 .8504 15

1.0302 .9470 1.0331 7892 FDHD (2-Di AT: 75% POWER 4 EFPD H G F E D C B A 8 *

.9021 1.3340 1.0521 1.2638 .9259 1.0937 .8371 .9824 9* 1.3326 1.3458 1.4851 1.0065 1.2932 1.2806 1.3847 .9325 10

1.0521 1.4802 1.3612 1.3852 1.0364 1.3806 1.2323 1.0545 11

1.2791 1.0447 1.3903

3984 1.3754 1.3378 1.3336 .7418 12 * .9481 1.2976 1.0393 1.3765 1.0311- 1.3301 .9230 g 13

1.1075 1.0896 1.3875 1.J417 1.3322 1.0168 .7409 14 *

.8475 1.3986 1.2445 1.3405 .9240 .7421 15

1.0014 .9455 1.0738 .7483

l CNElet00-24 (Rev. 0) 291 of 302 j d

TABLE 5 (CON'T)

CORE OPERATING LIMI7S REPORT F-DELTA-H DESIGN FDHD (2-D) AT: 75% POWER 150 EFPD H G F E D C B A j .............*.**........**...***.*******************.....*****.*

8 .8200 1.1929 1.0282 1.2757 .9887 1.1202 .8823 1.0255 9

1.1909 1.2611 1.4065 1.0149 1.3088 1.2761 1.3357 .9583 l

j 10

1.0215 1.4011 1.2842 1.2888 1.0515 1.3661 1.2398 1.0662 11

1.2758 1.0604 1.2879 1.2498 1.3236 1.2975 1.2820 .7718 12 * .9963 1.3011 1.0493 1.3219 1.0051 1.2453 .9232 13

1.1222 1.2742 1.3657 1.2969 1.2451 .9972 .7798 14 * .8845 1.3374 1.2421 1.2819 .9210 .7796 15

1.0342 .9625 1.0754 .7728 9

.f FDHD (2-D) AT: 75% POWER 325 EFPD 1

H G F E D C B A i

8* .'i703 1.1116 1.0126 1.2670 1.0417 1.1344 .9233 1.0674 9

1.1098 1.2033 1.3551 1.0230 1.2969 1.2592 l'2972

. .9801 10

1.0065 1.3482 1.2288 1.2276 1.0561 1.3391 1.2217 1.0619 11

1.2592 1.0723 1.2222 1.1909 1.2619 1.2344 ~1.2314 *

./338 12

1.0413 1.2876 1.0519 1.2610 .9450 1.1713 .9160 13

1.1324 1.2559 1.3369 1.2332 1.1700 .9736 .8034 14 * .9224 1.2954 1.2208 1.2295 .9131 .8029 15 a 1.3721 .9815 1.0672 .7930 i

y av

CNEl.(M00 24 (Rev. 0) 292of 302 TABLE 5 (CON'T)

CORE OPERATING LIMITS REPORT F-DELTA-H DESIGN FDHD (2-D) AT: 50% POWER 4 EFPD H G F E D C B A

- - - - ..............................**********....****. *~........

8 .8041 1.3080 1.0391 1.2667 .9236 1.1118 .8458 1.0025 9* 1 1068 1.3440 1.4996 1.0007 1.3056 1.3083 1.4281 .9500 10

1.0398 1.4955 1.3769 1.3974 1.0266 1.4032 1.2592 1.0738 11

1.2838 1.0423 1.4034 1.3041 1.3461 1.3337 1.3470 .7384 12 * .9469 1.3117 1.0304 1.3480 6222 1.2831 .8937 13

1.1274 1.3192 1.4118 1.3387 1.2858 .9746 .7066 14 *

.8575 1.4444 1.2734 1.3553 .3953 .7079 15

1.0236 .9646 1.0952 .7458 FDHD (2-D) AT: 50% POWER 150 EFPD H G F E D C B A 8* .6523 1.1432 1.0182 1.2097 1.0075 1.1585 .8920 1.0660 3* 1.1414 1.2499 1.4190 1.0197 1.3470 1.3292 1.4020 .9997 10

1.0139 1.4140 1.2758 1.2926 1.0467 1.4080 1.2909 1.1132 11

1.3006 1.0682 1.2920 1.2280 1.2602 1.2852 1.3057 .7839 12

1.0155 1.3395 1.0447 1.2587 .7896 1.1514 .8848 13

1.1608 1 1275 1.4079 1.2848 1.1508 .9272 7313 14 * .8944 1.:042 1.2937 1.30C0 .8828 .7311 15

1.0756 1 . 0'.14 5 1.1234 .7853

CNEl-0400 24 (Rev. 0) 293 of 302 TABLE 5 (CON'T)

CORE OPERATING LIMITS REPORT F-DELTA ~M DESIGN FDHD (2-D) AT: 50% POWER 325 EFPD H G F E D C B A 8* .5791 1.0454 .9918 1.2946 1.0674 1.1659 .8877 1.0913 9* 1.0436 1.1721 1.3406 1.0240 2.3457 1.3176 1.3540 1.0222 10 * .98S4 1.3335 1.1552 1.2098 1.0570 1.3986 1.2868 1.1242

} 11

1.2860 1.0750 1.2042 1.1630 1.2039 1.2396 1.2776 .8229 12

1.0664 1.3355 1.0524 1.2027 .7136 1.0928 .8973 13

1.1633 1.3135 1.3957 1.2380 1.0913 .9252 .7732

.8866- 1.3518 1.2856 1.2753 .8942 .5725 14 * .

15

1.0962 1.0235 1.1299 .8221

CNEl-0400-24 (Rev 0) 294 of 302 TABLE 5A CORE OPERATING LIMITS REPORT F-DELTA-H DESIGN-FDHD (2-D) AT: 100% POWER 4 EFPD H G F E D C -B A j

! 8 * .9778 1.3542 1.0675 1.2672 .9337 1.0839 .8352 .9/14 9

1.3525 1.3487 1.4764 1.0165 1.2879 1.2619 1.3535 .9231

~

10 J 1.0669 1.4709 1.3507 1.3762 1.0467 1.'3 ( i s 1.2120 1.0420 11 1.2809 1.0515 1.3806 1.3085 1.3897 1.3348 1.3195 .7472 12 *

.9551 1.2909 1.0488 1.390A 1.1020 1.3521 .9446 13

1.0966 1.2696 1.3682 1.3379 1.3538 1.0430 .7eo9 i 14 .8447 1.3657 1.2228 1.3253 .9451 .7679 15 * .9889 .9348 1.05.07 .7530 FDhD (2-D) AT: 75% POWER 4 EFDD e

II G F E D C B A

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

8* .9382 1.3467 1.0504 1.?S58 .9185 1.0837 .8281 .9704 9* 1.3452 1.3487 1.4802 1.0010 1.2845 1.2708 1.3716 .9224 i

10

1.0504 1.4754 1.3564 1.3822 1.0361 1.3760 1.2251 1.0452 11

1.2711 1.0391 1.3873 1.3136 -1.3913 1.3456 1 3328_ . ~i 3 8 3 -

12 * .9405' 1.2888 1.0389 1.392 1.0738- 1.3541 .9315 13

1.0974 1.2796 1.3828 '1.3493 1.3562 1.0334 .7504 4

14 .8383 1.3852 1.2371 1.3395 .9324 .7515 4

15 * .9891 .9351 1.0642 .7447-

,.c ,..,7 , ,, -m+

CNEl.0400 24 (Rev. 0) 295 0f 30' .

('

TABLE 5A CCRE OPERATING LIMITS REPORT F-DELTA-H DESIGN FDHD (2-D) AT: 50% POWER 4 EFPD H G F E D C B A 8* .9150 7.3440 1.0312 1.2397 .8991 1.0790 .8167 .9642 9*

1.3427 1.3493 1.4815 .9018 1.2768 1.2738 1.3852 .9178 10 1.0318 1.4774 1.3595 1.3866 1.0247 1.3890 1.2360 1.0447

/

11

1.2555 1.0229 1.3924 1.3208 1.4001 1.3606 1.3465 .7281 12 * .921' 1.2825 1.0280 1.4015 1.0641 1.3663 .9217 13

1.0937 1.2860 1.3969 1.3650 1.3686 1.0304 .7377 14 *

.8277 1.4005 1.2493 1.3542 .9229 7389 15 * .9841 .9315 1.0649 .7349 i

FDHD (2-D) AT: 30% POWER 4 EFPD H G F E D C B A

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

. 8* .8961 1.3421 1.0153 1.2259 .8827 -1.0747 .8065 .3375 9

1.3410 1.3505 1.4834 .9658 1.2703 1,2801 1.3963 .9131 10

1.0163 1.4798 1.3629 1.2907 1 0148 1.4006 1.2451 1.0431 11

1.2439' 1.0091 1.3970 1.3277 1.4082 1.3737 1.3578 .7188 12 * .9057 1.2774 1.0187 1,4100 1.0556 1.3762 .9129 13

1.0905. 1.2916 1.4097 1.3789 1.3789 1.0274 .7260 14_* .8182 1.4132 1.2597 1.3665- .9145 .7273 15 * .9785 .9278 1.0646 .7261 B

R CNE!4400 24 (Rev. 0) 296of 302 TABLE 6 CORE OPERATI.;G LIMITS REPORT M-DELTA-H VALUES (F-DELTA-H MARGIN)

(UNCERTAINT"! VALUES NOT INCLUDED)

MH (2-D) AT: 100% POWEP 4 2FPD H G F E D C B A

..**.,.......**..............c.............***...............***.

4 1.4314 8* 1.5097 1.1269 1.1789 1.5467 1.3280 1.6822 1.4599 9* 1.1283 1.1408 1.0630 1.4643 1.1770 1.1871 1,0944 1.5450 10

1.4314 1.0689 1.1285 1.1110 1.4497 1.1312 1.2367 1.3942 11 = 1.1655 1.4142 1.1070 1.1915 1.1150 1.1598 1.1766 1.9525 12

1 5129 1.1508 1.4469 1.1148 1.3412 1.1324 1.6017 13

1.3143 1.1817 1.1275 1.1579 1.1313 1.4489 1.9004 l 14

1.6660 1.0865 1.2273 1.1724 1.6017 1.8983 15

1.4373 1.5284 1.3733 1.9395 MH (2-D) AT: 100% POhER 150 EFPD l

H G F E D C B A

~

i ...................**............................................

. t 8* 1.5745 1.2268 1.4380 1.1824 1.4431 1.3121 1.6184 1.4027 i

9* 1.2287 1.2153 1.10C8 1.4362 1.1542 1.1788 1.1246 1.5001

10 *- 1.4433 1.1044 1.1907 1.1890 1.4024 1.1335 1.2169 1.3745 4

11

1.1808 1.3747 1.1892 1.2112 1.1254 1.1640 1.1991 1.8574 12

1.4308 1.1503 1.4049 1.1268 1.3226 1.1625 1.5525 l 13

1.3095 1.3804 1.1336 1.1645 1.1631 1.4218 1.7788 14

1.6146 1.1231 -1.2146 1.1994 1.5563 1.7792 15

1.3918 1.4941 1.3636- 1.8552 f

9

, CNEl-G400 24 (Rev. 0) 297 of 302 l

TABLE 6 (CON'T)

CORE OPERATING LIMITS RFPORT M-D1'.'.TA-11 VALUES f,F-DELTA-H MARGIN)

(UNCERTAINT7 V'.uUES NOT INCLUDED) 1 MH (2-D) AT: 100% POWER 325 EFPD H G F E D C B A B

1.6185 1.3058 1.4716 1.2099 1.3972 1.2871 1.5444 1.3772 i 9* 1.3076 1.2495 1.1460 1.4427 1.1801 1.1822 1.16G3 1.4931 10

1.4791 1.1510 1.2213 1.2239 1.3996 1.1560 1.2396 1.3963.

11

1.215'. 1.3751 1.2282 1.2372 1.1644 1.1914 1.2441 1.7977 1

12

1.3959 1.1873 1.4042 1.1650 1.3119 1.2105 1.5265 13

1.2885 1.1846 1.1576 1.1923 1.2117 1.4107 1.6849 14

1.5454 1.1676 1.2404 1.2459 1.5310 1.6859 15

1.3714 1.4910 1.3896 1.7991 MH (2-D) AT: 75% POWER 4 EFPD H G F E D- C B A 8

1.8500 1.3963 1.7177 1.4345 1.8340 1.5867 2.0377 1.7285 i

9* 1.3978 1.3962 1.2651 1.7518 1.3859 1.3805 1.2795 1.8241 10

1.7157 1.2679 1.3615 1.3123 1.7290 1.3290 1.4386 1.6507-11

1.4147 1.6824 1.3061 1.4426 1.3541 _1.4045 1.3859 9.3122 12

1.7903 1.3802 1.7231 1.3534 3,6642 1.3728 1.9754 13 1.5678 1.3714 1.3226 1.4014 1.3712 1.7703 2.4051 14

2.0148 1.2680 1.4254 1.3790 1.9747 2.4021 15

1.6986 1.8014 1.6229 2.2931 d

d

r-- - -- - --- ----

CNEl.0400 24 (Rev. 0) 298 of 302 TABLE 6 (CON'T)

CORE OPERATING LIMITS REPORT M-DEITA-H VALUES (F-DELTA-H MARGIN)

(UWERTAINTY VALUES NOT INCLUDED)

MH (2-D) AT: 75% POWER 150 EFPU H G F E D C B A a .................................. ..........***.................

, 8 1.9860 1.51'i3 1.7532 1.4044 1.7380 1.5307 1.9032 1.6871 9

1.5196 1.4718 1.3034 1.7433 1.3593 1.3720 1.3320 1.7954 l's

1.7589 1.3066- 1.4005 1.3992 1.7020 1.3447 1.4275 1.6285 11

1.4003 1.6618 1.3985 1.4587 1.3872 1.4293 -1.4322 2.2202 12

1.7222 1,3650 1.7042 1.3889 1.6038 1.4307 1.9059 13

1.5269 1.3731 1.3447 1.4299 1.4315 1.7376 2.2067 14

1.8979 1.3299 1.4243 1.4320 1.9106 2-2071 33

1.6730 1.7875 1.6147 2.2166 MH (2-D) AT: 75% POWER 325 EFPD H G F E D C B A 8* 2.0073 1.6231 1.7889 1.4259~ 1.6747 1.5272 1.8422 1.6 'O '

9* 1.6255 1.5388 1.3509- 1.7435 1.3798 1.3932 1.3530 1.7500 10

1.7983 1.3564 1.4632 1.4690 1.6990 '1.3474 1.4354 1.6369 11

1.4316 1.6576 1,4743 1.5188 1.4001- '1.4510 1.4538 2.1425 12

1.6740 . 3881 1.7053 1.4010 1.6247 1.4601 1.9088 13 1.5297 1.3967 1.3496 1.4525 1.4618 1.7545 2.1388 14

1.8440 1.3549 1.4331 1.4562- 1.9149 2.1402 15

1.6102 1.7477 1.6290 2.1448

CNEl-0400 24 (R:v. 0) 299 0f 302 TABLE 6 (CON'T)

CORE OPERATING LIMITS REPORT M-DELTA-H VALUES (F-DELTA-H MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MH (2-D) AT: 50% PCWER 4 EFPD H G F E D C B A 8 2.4553 1.7938 2.2875 1.8709 2.4519 2.0503 2.6526 2.3200 9

1.7954 1.8248 1.6.65 2.3336 1.8135 1.7950 1.6705 2.4289 10

2.2812 1.6278 1.7335 1.7086 2.2964 1.7394 1.8776 2.1359 11

1.8385 2.2257 1.5982 1.8467 1.7426 1.7975 1.7571 3.0012 12

2.3865 1.8006 2.284F 1.7414' 2.1273 1.7818 2.5610 13 2.0205 1.7787 1.7275 1.7930 1.7795 2.3229 3.1203 a

14

2.6163 1.6513 1.8572 1.7463 2.5597 3.1163 15

2.2733 2.3926 2.0975 2.9739 i

MH (2-D) AT: 50% POWER 150 EFPD H C F E D C B ~A 8* 2.6249 2.0231 2.3554 1.8675 2.3220 2.0011 2.5082 2.1906 9* 2.0259 1.9496 1.7171 2.3336 1.7935 1.7864 1.6962 2.3342 10

2.3614 1.7202 1.8390 1.8354 2.2353 1.6396 1.7533 2.0678 11 ,* 1.8551 2.2132 1.8334 1.9068 1.7650 1.7452 1.6809 2.6691 12

2.2990 1.7994 2.2228 1.7671 2.0853 1.8088 2.3830 13 1.9955 1.7872 1.6387 1.7452 1.8099 2.2614 2.8059 14 2.5004 1.6928 1.7490 1.6803 2.3886 2.8065 15

2.1708 2.3226 2.0490 2.6647 a

l

)

CNEl.0400 24(Rev 0) i 3000f 302 TABLE 6 (CON'T)

CORE OPERATING LIMITS REPORT M-DELTA-H VALUES (F-DELTA-H MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MH (2-D) ATi 50% POWER 325 EFPD 4

H G F E- D C B A

................................. 4..**..........................

! 8 2.7012 2.1391 2.3531 1.8885 2.1701 1.9910 2.3667 2.1165 9 *

+

2.1421 2.0473 1.7802 2.2777 1.8126 1.8085 1.7410 2.29.11

, 10

2.3649 1.7874 1.9284 1.9006 2.1614 1.6497 1.7699 2.0443 1.8171 11

1.8960 2.1571 1.9069 1.9897 1.7911 1.7200 2.6000 12

2.1693 1.8241 2.1696 1.8186 2.1208 1.8844 2.3541 13

1.9957 1.8142 1.6532 1.7939 1.8869 2.2923 2.6655 14

2.3700 1.7445 1.7721 1.7236 2.3632 2.6682 15

2.1082 2.2910 2.0346 2.6039 9

)

s'

CNEl-0400 24 (Rev. 0) 30l of 302 TABLE 6A CORE OPERATING LIMITS REPCRT M-DELTA-H VALUES (F-DELTA-H MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MH (2-D) AT: 100% POWER 4 EFPD H G F E D C B A

) .................................................................

8* 1.5097 1.1269 1.4314 1.1789 1.5467 1.3280 1.6822 1.4599 9* 1.1283 1.1408 1.0650 1.4643 1.1770 1.1871 1.0944 1.5450 10

1.4314 1.0689 1.1285 1.1110 1.4497 1.1312 1.2367 1.3942 11

1.1655 1.4142 1.1070 1.1915 1.1150 1.1598 1.1766 1.9525 12

1.5129 1.1508 1.4469 1.1148 1.3412 1.1324 1.6017 13

1.3143 1.1817 1.1275 1.1579 1.1313 1.4489 1.9004 14

1.6660 1.0865 1.2273 1.1724 1.6017 1.8983 3 's

1.4373 1.5284 1.3733 1.9395 MH (2-D) AT: 75% POWER 4 EFPD

?

H G F E D C B A 8*

1.8500 1.3963 1.7177 1.4345 1.8340 1.5867 2.0377- 1.7285 9* 1.3978 1.3962 1.2651 1.7518 1.3859 1.3805 1.2795 1.8241 10

1.7157 1.2679- 1.3615 1.3123 1.7290 1.3290 1.4386 1.6507 11

1.4147 1.6824. 1.3061 1.4426 1.3541 1.4045 1.3859 2.3122 12 * ' 1.7903 .1.3802 1.7231 1.3534 1.6642 1.3728 1.9754 13 1.5678 -1.3714 1.3226 1.4014 1.3712 1.7703 2.4051 14

2.0148 1.2680 1.4254 1.3790 1.9747 2.4021 15

1.6986 -1.8014 1.6229 2.2931-I

CNEI-0400-24 (Rev. 0) 302 of 302 TABLE 6A CORE OPERATING LIMITS REPORT M-DELTA-H VALUES (F-DELTA-H MARGIN)

(UNCERTAINTY VALUES NOT INCLUDED)

MH (2-D) AT: 50% POWER 4 EFPD H G F E D C B A 8* 2.4553 1.7938 2.2875 1.8709 2.4519 2.0503 2.6526 2.3200 9* 1.7954 1.8248 1.6265 2.3336 1.8135 1.7950 1.6705 2.4289 10

2.2812 1.6278 1.7335 1.7086 2.2964 1.7394 1.8776 2.1359 11 1.8385 2.2257 1.6982 1.8467 1.7426 1.7975 1.7571 3.0012 12

2.3865 1.8006 2.2846 1.7414 2.1273 1.7818 2.5610 13

2.0205 1.7787 1.7275 1.7930 1.7795 2.3229 3.1203 14

2.6163 1.6513 1.8572 1.7463 2.5597 3.1163 15

2 2733 2.3926 2.0975 2.9739 MH (2-D) AT: 30% POWER 4 EFPD H G F -E D C B A 8* 2.4553 1.7938 2.2875 1.8709 2.4519 2.0503 2.6526 2.3200 9

1.7954 1.8248 1.6265 2.3336 1.8135 1.7950 1.6705 2.4289 10

2.2812 1.6278 1.7335 1.7086 2.2964 1.7394 1.8776 2.1359 11

1.8385 2.2257 1.6982 1.8467 1.7426 1.7975 1.7571 3.0012 12

2.3865 1.8006 2.2846 1.7414 2.1273 1.7818 2.5610 13 ,* 2.0205 1.7787 1.7275 3.7930 1.7795 2.3229 3.1203 14

2.6163 1.6513 1.8572 1.7463 2.5597 3.1163 15

2.2733 2.3926 2.0975 2.9739 l

. - - _ _ _ - _ - - - _ - - _ - . _ _ - - - . - - _ . _ _ _ . . . . - - . - _ - _ - _ _ . _ _ - - - - . _-_---___--.-_------_---.-.J

ML20118A625

Text

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