Text

Cycle 9 Colr
	ML20056F975
Person / Time
Site:	Mcguire
Issue date:	08/25/1993
From:	Clark R, Teresa Ray; DUKE POWER CO.
To:	;
Shared Package
ML20056F972	List: ML20056F971; ML20056F975;
References
	MCEI-0400-47, MCEI-0400-47-R00, MCEI-400-47, MCEI-400-47-R, NUDOCS 9309010111
	Download: ML20056F975 (110)
	v • d • e

a i

DOCUMENT CONTROL NO.

MCEI-0400-47 f

i REVISION NO.

0000 PAGE NO.

I OF 153 r

TITLE MCGUIRE UNIT 2 CYCLE 9 CORE OPERATING LIMITS REPORT d

l SIGNOFF DATE 8, 25~ jf3 PREPARED BY af_/)

CHECKED BY hoh

~ 1b~i3

/

0 APPROVED BY d M (gm4_

p[25/F3 l

l t

h?E0EEE808888,o l@l PDR j

MCE!4M00-47 2 of153 McGuire Nuclear Station COLR i

i McGuire Unit 2 Cycle 9 i

Core Operating Limits Report

~

August 1993 l

Duke Power Company NOTE The contents of this document have been reviewed to verify that no material herein either directly or indirectly changes or affects the results and conclusions presented in the 10CFR50.59 M2C9 Reload Safety Evaluation (calculation file: MCC-1552.08-00-0210)

MCEI-0400-47 3of153 McGuire 2 Cycle 9 Core Operating Limits Report l

REVISION LOG Revision Effective Date Effective Paces OriginalIssue August 25,1993 Pages 1 - 153 O

f

i MCEl-0400-47 s' age 4 of 153 McGuire 2 Cycle 9 Core Operating Limits Report l

1.0 Core Operating Limits Report j

This Core Operating Limits Report, (COLR), for McGuire, Unit 2, Cycle 9 has been prepared in accordance with the requirements of Technical Specification 6.9.1.9.

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

j i

3/4.1.1.3 Moderator Temperature Coefficient 3/4.1.3.5 Shutdown Rod Insertion Limit 3/4.1.3.6 Control Rod Insertion Limit 3/4.2.1 Axial Flux Difference 3/4.2.2 Heat Flux Hot Channel Factor l

3/4.2.3 Nuclear Enthalpy Rise Hot Channel Factor i

l I

i i

1

~,,

m=_--

I MCEI-0400-47 Page 5 of 153 McGuire 2 Cycle 9 Core Operating Limits Report j

l 2.0 Operating Limits-i The cycle-specific parameter limits for the specifications listed in section 1.0 are presented in the following subsections. These limits have been developed using NRC-approved methodologies specified in Technical Specification 6.9.1.9.

l I

l 2.1 Moderator Temperature Coefficient (Specification 3/4.1.1.3) l 2.1.1 The Moderator Temperature Coefficient (MTC) Limits are:

l The MTC shall be less positive than the limits shown in Figure 1. The BOC, ARO, HZP l

MTC shall be less positive than 0.7 x 10E-04 AK/K/ F.

l The EOC, ARO, RTP MTC shall be less negative than -4.1 x 10E-04 AK/K/ F.

i i

2.1.2 The MTC Surveillance Limit is:

The 300 PPM ARO, RTP MTC should be less negative than or equal to -3.2 x 10E-04 AK/K/ F.

Where:

BOC stands for Beginning of Cycle EOC stands > End of Cycle l

t ARO stands 1 - All Rods Out IIZP stands for Hot Zero Thermal Power RTP stands for Rated Thermal Power i

l b

,7--.

, = -

7, r.,n.,w,,.-,

-va,w,n

,,.---,,.m,

l MCEI-0400-47 Page 6 of153 McGuire 2 Cycle 9 Core Operating Limits Report I

i 1

0.9 --

3, 0.8 --

'{

Unacceptable Operation E

.\\

c.07 f0.6--

E l-80.5--

Acceptable Operation

.I

$ 0.4 --

f

~

9 3--

0 s-0.2 --

w

.S E 0.1 --

E=

f 0--

l l

l 0

10 20 30 40 -

50 60 70 80 90 100 i

i Perant of Rated Thermal Power i

i Figure 1 l

Moderator Temperature Coefficient Versus Power Level NOTE:

Compliante with Technical Specification 3.1.1.3 may require rod withdrawal limits. Refer to OP/2/A/6100/22 Unit 2 Data Book for details.

i i

i I

?

~

i l

i I

MCEl-(M0047 Page 7 of 153 McGuire 2 Cycle 9 Core Operating Limits Report

{

4 2.2 Shutdown Rod Insertion Limit (Specification 3/4.1.3.5) 2.2.1 The shutdown rods shut be withdrawn to at least 222 steps.

l t

2.3 Control Rod Insertion Limits (Specification 3/4.1.3.6) l l

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

l 1

2.4 Axial Flux Difference (Specification 3/4.2.1)

?

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

i 1

i i

l f

f i

?

i i

i l

l l

i l

l 1

I i

e

1 MCEl-0400-47 Page 8 of 153 McGuire 2 Cycle 9 Core Operating Limits Report j

(Fully Withdrawn i

min - 222, max - 230)

,"N^

(29.1 %,230)

(79.6 %,230)}

220'""'"""

/

200 e'

e e'

Bank B e'

180 s'

z' (100 %,161) 160:

n s

j (0%,163) e e

Rod 140 i

z Bank C insertion z

120 Position

,z (Steps 100 z'

e' i

Withdrawn) z' z

Bank D 80 60 z'

z' 40-(0%,47) z' i

/

20

/

(30%,0) 0 l

l 0

10 20 30 40 50 60 70 80 90 100 (FullyInserted)

Relative Power (Percent) 2 Figure 2 Control Rod Bank Insertion Limits Versus Percent Rated Thermal Power 1

NOTE: Compliance with Technical Specification 3.1.1.3 may require rod withdrawallimits.

Refer to OP/2/A/6100/22 Unit 2 Data Book for details.

i

a i

MCEl-0400-47 Page 9 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 4

i

3

j 110 --

(* 3 '#

l(-20.100)l 90 --

lUnacorpiabk operananl f

Jun.-pi.bk m.amt 1

70 --

Y lAccepiabk Opmbanl E,

50 --

4

. l( 36.50)l 40 --

30 --

20 --

i 10 --

i j

s

-50

-40

-30

-20 10 0

10 20 30 40 50 l

AxialIlux Difference (% Delta I) i i

i Figure 3 Percent of Rated Thermal Power Versus Axial Flux Difference Limits t

NOTE: Compliance with Technical Specification 3.2.2 may require more restrictive AFD l

limits. Refer to OP/2/A/6100/22 Unit 2 Data Book for details.

l l

l I

E f

t l.

I f

w

.,..m-._,,m,,--,,,

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

I MCEl-0400-47 Page 10 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 2.5 Heat Flux Ilot Channel Factor, FQ(X,Y,Z) (Specification 3/4.2.2) 2.5.1 F

= 2.32 0

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

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

The following parameters are required for core monitoring per the Surveillance Requirements of Specification 3/4.2.2:

2.5.4 [h(X,Y,Z)]OP = p (X,Y,Z) x M (X,Y,Z)/(UMT x MT x TILT)

D q

q Q

where [h(X.Y2)]OP = cycle dependent maximum allowable design peaking factor which q

ensures that the F (X,Y,Z) limit will be preserved for operation Q

within the LCO limits ih(X.Y2)]OP, (((x,yy))OP includes q

allowances for calculational and measurement uncertainties.

the design power distribution for F. [q(X,Y,Z) is provided i (X,Y,Z) =

Q Table 1 for normal operating conditions and in Table 2 for power escalation during startup operations.

M (X,Y,Z) = the margin remaining in core location X,Y,Z to the LOCA limit in Q

the transient power distribution.

M (X,Y,Z) is provided in Q

Table 1 for normal operating conditions and in Table 2 for power escalation during startup operations. -

[h(X,Y,Z)]OP is the parameter identified as (X,Y,Z) in DPC-NE-2011PA.

NOTE:

q 9

-. = -

MCEl-0400-47 l

Page 11 of 153

-l McGuire 2 Cycle 9 Core Operating Limits Report

{

i

[h(X,Y,Z)]RPS =

(X,Y,Z) x (M (X,Y,Z)/(UMT x MT x TILT))

2.5.5 C

q where i (X.Y.Z)1RPS =

cycle dependent maximum allowable design peaking factor which ensures that the centerline fuel melt limit will be preserved for operation within the LCO limits. [Fj(X,Y,Z)]RPS includes i

allowances for calculational and measurement un rtainties.

l i

(X,Y,Z) =

the design power distributions for F.

(X,Y,Z) is provided in Q

Table 1 for normal operating conditions and in Table 2 for power I

escalation during startup operations.

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

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

parallel the M (X,Y,Z) calculations described in DPC-NE-Q 201 IPA, except that the LOCA limit is replaced with the CFM limit. M (X,Y,Z)is provided in Table 3 for normal operating i

C conditions and in Table 4 for power escalation during startup operations, j

i i

UMT=

Measurement Uncertainty (UMT = 1.05).

i MT=

Engineering Hot Channel Factor (MT = 1.03).

TILT =

Peaking penalty that accounts for allowable quadrant power tilt ratio of 1.02. (TILT = 1.035)

[h(X,Y,Z)]RPS s the parameter identified as (X,Y,Z)in NOTE:

i q

q DPC-NE-2011PA.

2.5.6 KSLOPE = 0.0725 where KSLOPE =

Adjustment to the K value from OTAT required to compensate for -

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

q

1 MCEI-0400-47 Page 12 of 153.

'(

McGuire 2 Cycle 9 Core Operating Limits Report i

i I

i 1.2 i

i (0.0,1.00)

(8.0,1.00) i (10.8,0.94) 1

?

0.8 h0.6 (12.0.0.647)

~

l 0.4 f

1 l

i l

l 0.2 r

l I

0 l

)

l 0

1 2

3 4

5 6

7 8

9 10 11 12 Core Height (ft) l l

l Figure 4 K(Z), Normalized F (X,Y,Z) as a Function of Core Height for MkBW Fuel Q

l i

MCE14)400-47 Page 13 of 153 McGuire 2 Cycle 9 Core Operating Limits Report

.l 1

1

)

l i

1.2 4

l (10.0.0.9500) i (6.0,1.000)

'l (10.8.0.9400) 1 (0.0,1.000)

(7.0,0.9396) 0.8 (9.5,028) l i

g 0.6 l

(12.0,0.647) 0.4 l

I 0.2 l

0 t

0 1

2 3

4 5

6 7

8 9

10 11 12 Core Height (ft) l Figure 5 -

l K(Z), Normalized F (X,Y,Z) as a Function of Core Height for OFA Fuel Q

NOTE: This K(Z) curve includes the L(Z) penalty.

MCEl-0400-47 Page 14 of 153 McGuire 2 Cycle 9 Core Operating Limits Report -

2.6 Nuclear Enthalpy Rise Hot Channel Factor, FAH(X,Y,Z) (Specification 3/4.2.3)

[FAli(X,Y)]LCO = M ARP (X,Y) x [1.0 + (1/RRH) x (1.0 - P)]

2.6.1 McGuire 2 Cycle 9 Operating Limit Maximum Allowable Radial Peaks, (M ARP(X,Y)), are provided in Table 7.

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

{FL (X,Y)]SURV = pD (X,Y) x MAH(X,Y)/(UMR x TILT),

AH H

as identified in DPC-NE-201 IPA.

where UMR=

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

Factor to account for a peaking increase due to an allowable quadrant tilt ratio TILT =

of = 1.02 (TILT = 1.035).

H(X,Y) = the design power distribution for FAH.FAH(X,Y)is provided in Table 2.6.2 F for normal operating conditions and in Table 6 for power escalation during startup operations..

AH(X,Y) = the margin temaining in core location X,Y to the DNB limit from the 2.6.3 M transient power distribution. MAH(X,Y)is provided in Table 5 for normal operating conditions and in Table 6 for power escalation during startup operations..

2.6.4 RRH = 3.34 when 0.0 < P 51.0, where RRH = Thermal Power reduction required to compensate for each 1% that FAH(X,Y) exceeds its limit.

Thermal Power P

Rated Thermal Power 2.6.5 TRH = 0.04 whereTRH = Reduction in OTAT K setpoint required to compensate for each 1% that 1

FAli(X,Y) exceeds its limit.

MCEI-0400-47 Page 15 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1 Cable 1 Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-O OP Margin) - Normal Operation FQD / MQD (3-D) AT: 1004 POWER 4 EFPD THIS IS LEVEL 18 OF 18 i

WHERE: 1B TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

.5695

B*

.5313 *

.8285 *

.7625 *

.8659 *

.7517

7563 *

.7064 1.7868

1.4604 1.7016

1.4611

1.6577

1.6395

1.7425

2.23B0

9*

.8276 *

.7657 *

.8832 *

.7474 *

.8535 *

.8097 *

.7893 *

.5521

1.4621

1.6618

1.4604

1.6933 1.4733

1.5440

1.5691

2.2119

10 *

.7622 *

.8858 *

.7224 *.8219 '

.7371 *

.B255 *

.6968 *

.5573

1.5512

1.8114

2.2217

1.7024

1.4562

1.7682

1.5588

1.7484 11 *.8652 *

.7488 *

.8241 *

.7251 *.7803 *

.7393 *

.7020 *

.4832 *

1. 4 62 3

1. 6 901

1. 5547

1.74 94

1.5418

1. 6 950

1. B262

2. 6171 12 *

.7517 *.8538 *

.7371 *

.7801 *.4555 *

.6431 *

.6533

1.6576

1.4729

1.7484 1.5424

2.0020

1.8017

1.7701

13 *

.7561 *

.8101 *

.6251 *.7392 *

.6396 *

.6175 *

.4270

F-SUB-Q

1.6401

1.5434

1.5520

1.6951 1.8115

1.9328

2.8491

M-SUB-Q 14 *

.7058 *

.7891 *

.6968 *

.7015 *

.6245 *

.4291 *

1.7441

1.5695

1.6115

1.8277

1.9700

2.8347

15 *

.5694 *.5518 *

.5572 *

.4829 *

2.1385

2.2129

2.2224

2.6186

FQD / MQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 17 OF IB WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.9415

1.2245

1.0775

1.2070

1.0337

1.1162

1.0455 *.9169 *

1.6125

1.2900

1.5175

1.3106

1.5014

1.3800

1.4610

1.6471

t l

9

1.2232

1.0928

1.2409

1.0308

1.2077

1.1828

1.0959 *

.8256

l

1.2995

1.4797

1.3058

1.5337

1.2988

1.3145

1.4043

1.8343

l

..................,e.......................,,

10

1.0771

1.2446

1.0004

1.2117

1.0341

1.1431

1.0314 *

.8485

1.5182

1.3020

1.5975

1.3233

1.5656 ' 1.4007

1.5227

1.8111

11 ' 1.2061

1.0328

1.2149

1.0067

1.1245

1.1077

1.0478 *

.7291

1.3116

1.5309

1.3197

1.5975

1.3986

1.4328

1.5315 ' 2.1568 *

]

12

1.0337

1.2001

1.0341

1.1241 *.8251 ' 1.0275

1.0068

1.5013

1.2984

1.5656

1.3991

1.7915

1.4913

1.4564

l 13

1.1159

1.1633

1.1425

1.1077

1.0219 +

.9677 *

.65B6

F-SUB-Q 1.3140

1.4015

1.4328

1.4994 ' 1.5813

2.3344

M-SUB-Q 1.3804 l

i 14

1.0445

1.0956

1.0313

1.0470 *

.9624 *

.6620

1.4624 ' 1.4047

1.5228

1.5327

1.6209

2.3226

15 *

.9167 *.8252 *

.B482 *

.7287

1.6475

1.8352

1.8117

2.1581

i MCEI-0400-47 Page 16 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont.)

i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation L

FQD / MCD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 16 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1072

1.4401

1.2173

1.3866 ' 1.1472

1.2832

1.2176

1.1107

1.5692 ' 1 2308

1.4735 ' 1.2522

1.4753

1.3104

1.3676

1.4808

9

1. 4 3 8 5

1. 2 413 + 1. 4 3 4 2

1.14 8 9

1. 3 9 9 6

1. 3 67 6

1. 2 957 *

.9652

1.2322

1.4349

1.2440

1.5046

1.2272

1.2419

1.2964

1.7099

10

1.2167

1.4384

1.1219

1.4076

1.1689

1.3469

1.2112 *

.9947

1.4741

1.2403

1.5599

1.2507 ' 2.5169

1.3025

1.4161 ' 1.6843

11

1.3655

1.1510

1.4113

1.1290

1.3257

1.3074

1.2668 *

.8535

l 1.2533

1. 5 018

1. 2 474

1. 5 6 5 9

1. 3197

1. 33 85

1. 3 E 9 2

2. 0121

12

1.1472

1.4001

1.1688

1.3252 *.9858

1.2583

1.1H'

1. 47 5 3

1. 22 6 8

1. 516 9

1.3 2 01

1. 7155

1. 35 92

1. H i l 13

1.2820

1.3601

1.3462

1.3073

1.~2515

1.1620 *

.7792

F-SUB-Q

1.3109

1.2414

1.3032 *

............................ 1. 3 3 8 5

1. 3 6 6 6

1. 4 55 8

2.18 0 6

M-SUB-Q 14

1.2164

1.2953

1.2111

1.2658

1.1457 *.7832

1.3689

1.2968

1.4162

1.3903

....................................'.1 5037 '.2.1696

15

1.1104

.9640 *.9944 *

.8530 *

1.4811

1.7106

1.6848

2.0132

FCD / MQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1811

1.5519

1.2847 ' 1.4795

1.2020

1.3734

1.3160

1.2215 *

1.5061

1.2003 '.1.4117 *

........... 354

1.4243

1.2035

1.3242.*. 1.4073

1.2 9

1.5502

1.3136

1.5357

1.2052

1.5045

1.4709

1.4153

1.0429 *

1.2096

1.3770

1.2248

1.4532

1.1992

1.2104

1.2426 1.6553

10

1. 2 8 41 ' 1. 5 4 02

1.18 31

1. 5123 + 1. 23 93

1. 4 6 85

1. 3186

1. 07 4 5 *

1.4123

1.2213

1.5001 '.1.2246

1.4464

1.2529

1.3614

1.6304

II

1.4783

1.2075

1.5163

1.1913

1.4399

1.4250

1.3989 *-.9212 *

1. 2 3 6 4 '.1. 4 5 0 5 + 1. 2213

1. 502 5

1. 2 82 7

1. 2 92 3

1. 3158

1. 9 4 97

12

1.2021

1.5050

1.2393

1.4394

1.0677

1.3951

1.3083

1.4242

1.1988

1.4465

1.283

................................. 1

1.6193

1.2962

1.3050

13

1.3730

1.4714

1.4677

1.4250

1.3876

1.2749 *

.8466

F-SUB-Q

1. 2 8 3 9

1. 2 0 9 9

1. 25 3 6

1. 2 92 3

1. 3 0 3 2

1. 34 9 2

2.12 0 6

M-SUB-Q 14 1.3148

1.4149

1.3186

1.3979

1.2506 *

.8509 *

1.3254

1.2430

1.3615

1.3168

1.4523

2.1098

15

1.2213

1.0424

1.0742 *

.9207 *

1.4076

1.6561

1.6309

1.9509

1 1

i

)

l 1

MCEI-0400-47 Page 17 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 1 (cont.)

Core Operating Limits Report l

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MQD [3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.2198

1.6140

1.3214

1.5324

1.2344

1.4309

1.3791

1.2899

1.5097

1.2249

1.4042 ' 1.2629

1.4359

1.3011

1.3323

1.4030

1.5679

1.5360

1.4909

1.0901

9

1.6122

1.3527

1.5933

1.2367 1.2263

1.3746

1.2382

1.4669

1.2160

1.2224

1.2432

1.6600

10

1.3208

1.5979

1.2180

1.5750

1.2820

1.5457

1.3889

1.1231

1.4049

1.2345

1.5094

1.2385

1.4222

1.2492

1.3598

1.6407

11

1.5312

1.2390

1.5792

1.2285

1.5098

1.5013

1.4834 *

.9613

1.2639

1.4642

1.2352

1.4928

1.2835

1.2837

1.2929

1.9618

12

1.2345

1.5684

1.2819

1.5093

1.1171

1.4819

1.3761

1.4358

1.2156

1.4223

1.2839

1.5961

1.2850

1.3009

13

1.4305

1.5374

1.5448

1.5012

1.4739

1.3458 *

.8871

F-SUB-Q 1.3015

1.2219

1.2498

1.2837

1.2920

1.3165

2.1271

M-SUB-Q 14

1.3778

1.4905

1.3888

1.4823

1.3154 *

.8917

1.3335

1.2435

1.3599

1.2939

1.4478

2.1163

15

1.2897

1.0896

1.1227 '

.9608

1.4033 1.6687

1.6412

1.9630

FQD / MQD (3-D) AT: 100% POWER 4 EFFD THIS IS LEVEL 13 OF 10 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

F D

C B

A B

1.2419

1.6521

1.3432

1.5658

1.2555

1.4713

1.4232

1.3358 '

1.5761

1.2662

1.4430

1.3116 ' 1.4945

1.3446

1.3699

1.4356

9

1.6502

1.3758

1.6292

1.2558

1.6105 ' 1.5832 ' 1.5423

1.1209

1.2677

1.4145

1.2734

1.5247

1.2566

1.2586

1.2736

1.7183

10

1.3427

1.6339

1.2390

1.6169

1.3100

1.5985

1.4378

1.1548

1.4436

1.2697

1.5559

1.2600

1.4520

1.2666

1.3851

1.6858

11

1.5646

1.2582

1.6212

1.2526

1.5562

1.5547

1.5413 *

.9866

1.3127

1.5218

1.2646

1.5236

1.3099

1.29R2

1.2988

2.0005

12

1.2555

1.6110

1.3100

1.5556

1.1492 ' 1.5413

1.4204

1.4944

1.2562

1.4521 1.3104

1.6440

1.3065

1.3225

13

1.4700

1.5838

1.5977

1.5547

1.5330

1.3935 *

.9125

F-SUB-Q 1.3450

1.2581

1.2673

1.2982

1.3136

1.3360

2.1756

M-SUB-Q 14

1.4219

1.5419

1.4377

1.5401

1.3578 *

.9171 1.3712

1.2739

1.3852

1.2998

1.4718

2.1646

15

1.3356

1.1204

1.1545 *

.9B60

1.4358

1.7191 " 1.6804

2.0016

MCEI-0400-47 Page 18 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 1 (cont.)

l Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

I FQD / MOD (3-D) AT: 1004 FDWER 4 EFPD THIS IS LEVEL 12 OF 18 WHERE: 18 x TOP OF CORE AND 1 BOTTOM OF CORE H

G F

E D

C B

A B

1.2542

1.6767

1.3561

1.5878

1.2683 ' 1.5001

1.4550

1.3682

I

1.6506

1.3133

1.5147

1.3645

1.5755 '. 1.3982

1.4192

1.4823

9

1.6749

1.3893

1.6525

1.2669

1.6403

1.6169

1.5788

1.1415 *

1.3147

1.4831

1.3249

1.6008

1.3023

1.3033

1.3153

1.7833

10

1.3555

1.6574

1.2512

1.6463

1.3282 + 1.6364

1.4727

1.1758 *

1.5154

1.3210

1.6315

1.3115

1.5140

1.2975

1.4189

1.7432

11

1.5865

1.2693

1.6507

1.2675

1.5881

1.5935

1.5829

1.0024 *

1.3656

1.5978

1.3080

1.5913

1.3461

1.3279

1.3261

2.0572

12

1.2683

1.6409

1.3282

1.5875

1.1701

1.5842

1.4499 *

1.5754

1.3019

1.5140

1.3466

1.6960 '. 1.3274

1.3547

I 13

1.4997

1.6175

1.6355

1.5935

1.5756

1.4263 *. 927 9

F-SUB-Q

1.3907 '.1.1028

1.2981

1.3279

1. 3346

1. 3675

2.2339

M-SUB-Q 14

1.4536

1.5784 ' 1.4727

1.5916

1.3859 *

.9326 *

1.4205

1.3156

1.4109

1.3271

1.5076 '. 2.2226

15 ' 1.3679

1.1409

1.1754

1.0018 *

1.4826

1.7841

1.7438

2.0584

FQD / MQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 11 DF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B

1. 2 5 91

1. 6 92 0

1. 3 62 0

1. 6 012

1. 27 4 3

1. 519 8

1. 4 77 3

1. 39 0 8 *

1.7471

1.3732

1.6026

1.4271

1.6691 '.1.4594

1.4763

1.5374

9

1.6901

1.3956

1.6669

1.2714 ' 1.6607

1.6407

1.6044 ' 1.1541 *

1.3748

1.5690 '.1.3848

1.6936 1.3560

1.3549 1.3643

1.8577

10

1.3614

1.6717

1.2563

1.6664 ' 1.3387

1.6632

1.4973

1.1884 *

1.6033 '.1.30DB

1.7232

1.3626

1. 5 8 6 8

1. 3 3 B7

1. 4 64 4

1. 8 0 9 9

11

1.5999

1.2738

1.6709

1.2750 *.6095 ' 1.6215

1.6127

1.0111 *

1.4282

1.6904

1.3590

1.6764

2.3964

1.3708

1.3602

2.1317

12 ' 1.2743

1.6613

1.3387

1.6089

1.1826

1.6154

1.4685 *

1.6E91

1. 3 55 6

1. 5 86 8

1. 3 9 6 9 + 1. 7 7 4 6

1. 3 6 51

1. 4 019

13

1.5193

1.6413

1.6623

1.6215

1.6067 ' 1.4484 *

.9360

F-SUB-Q

1.4599

1.3544

1.3394 2.3708

1.3725

1.4203

2.3192

M-SUB-Q 14 1.4759

1.6039

1.4973

1.6115

1.4037

.9407 *

1.4777

1.3647

1.4645

1.3613

1.5602

2.3075

15

1.3906

1.1536

1.1881

1.0105

1.5377

1.0586

1.8105

2.1329

i 1

MCEI-0400-47 Page 19 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MDD (3-D) AT: 2004 PDWER 4 EFPD THIS IS LEVEL 10 OF 18 WHERE: 18 TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B

1.2578

1. 69 9 4

1. 3 615

1. 6 0 6 9

1. 27 37

1. 5 310

1. 4 911 + 1. 4 0 53 *

1. 0107 + 1. 3 72 9

1. 67 02

1. 4 4 5 9

1. 7 813

1. 5217

1. 54 8 9 '.2. 6 0 81

9

1.6975

1.3954

1.6733

1.2696

1.6726

1.6556

1.6206

1.1600 *

1.3744

1.6318

1.3905

1.7872 + 1.3926

1.4102

1.4279

1.9516

10

1. 3 6 0 9 ' 1. 67 82

1. 2 553

1. 67 84

1. 3 4 21

1. E 8 07 ' 1.5130

1.1940

1.6709 ' 1.3665

1.8084

1.3895

1.6984

1.3920 1.5283

1.8966

11

1.6056

1.2720

1.6828

1.2758

1.6218

1.640:.

1.6329

1.0137

1.4470

1.7839 1.3858

1.7859

1.4435

1.4252

1.4113 ' 2.2341

12 ' 1.2737

1.6732

1.3420

1.6212

1.1880

1.6370

1.4779

1.7812

1.3922

1.6904

1.4440

1.9297 ' 1.4179

1.4593

13

1.5305

1.6562

1.6798

1.6401

1.6281

1.4613 *

.9380

F-SUB-Q 1.5222

1.4096

1.3928

1.4252

1.4257 + 1.5431

2.4216

M-SUB-Q 14 ' 1.4897

1.6202

1.5129 ' 1.6316

1.4127 *.9428

1.5504

1.4283

1.5284

1.4124

1.6241 ' 2.4093

i 15

1.4050

1.1595

1.1936

1.0131

I 1.6085

1.9525

1.8972

2.2354

FDD / MOD (3-D) AT: 100% PDWER 4 EFFD THIS IS LEVEL 9 OF 18 WHERE: 18 TCP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A l

B

1. 25 0 4

1. 6 9 91

1. 3547

1. 6 0 4 9

1. 2 6 6 6

1. 5 33 8

1. 4 966

1. 4118 *

1. 8 055

1. 3352

1.664 8

1. 4 08 0 ' i s V776

1.4790

1.5161 ' 1. 6026

9

1. 6 972

1. 3 8 B7 ' 1. 6721

1. 2 618

1. 67 61

1. 6617 + 1. 627 9

1.15 9 3

1.3367

1.6260

1.3532

1.7839

1.3528

1.3685 *

....................................................... 1.3945

1.9473

10

1.3541

1.6770

1.2483

1.6822

1.3385

1.6891

1.5200 ' 1.1927

I

1.6656

1.3493

1.0036

1.3491

1.6905

1.3490

1.4982

1.8966

11

1.6037

1.2641

1.6867

1.2699

1.6255

1.6496

1.6438

1.0106 *

1. 4 091

1. 7 8 05

1. 3 4 55

1. 7 F 0 0

1. 4 016

1. 3 8 82 '. 1. 3 9 05

2. 2 4 0 6

1 12

1. 2 6 6 6 + 1. 67 67

1. 3 3 8 4

1. 0 2 4 9

1.18 6 8

1. 64 9 4 ' 1. 4 7 87 *

1.7775

1.3524

1.6905

1.4021

1.9177

1.3902

1.4513

13

1.5333

1.6623

1.6882

1.6495

1.6405 ' 1.4657 *

.9345

F-SUB-Q l

1. 47 94

1. 3 6 0 0

1. 3 4 9 8

1. 3 8 82

1. 3 97 8

1. 5 6 0 5

2. 4 3 5 8

M-SUB-Q

]

1 14

1.4952

1.6274

1.5199

1.6426 ' 1.4135 *

.9392 *

1.5175

1.3949

1.4983

1.3916

1 6152

2.4235

15

1.4116

1.1587

1.1923

1.0100 *

1.6029

1.9482

1.8972

2.2419

k

h4C:EI-0400-47 i

Page 20 0f l53 McGuire 2 Cycle 9 Core Operating Limits Report ifable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MDD (3-D) AT: 1004 PDWER 4 ETPD THIS IS LEVEL 8OFIB WHERE: IB = TOP OF CORE AND 1 = BOTTCM OF CORE H

G F

E L

C B

A L

8

1.2371

1.6909

1.3416

1.5951

1.2527

1.5278

1.4931

1.4099

i

1.7728

1.3038

1.6360

1.3801.*.1.7508

1.4481 '. 1.4746

1.5416

t 9

1. 6 8 9 0

1. 37 57

1. 6 63 0

1. 2 47 6

1. 67 07

1. 6 5 B 2

1. 62 5 6

1.1516 *

[

1.3052

1.5962

1.3243

1.7576

1.3227

1.3368

1.3561 + 1.8785

3 10

1.3410

1.6678

1.2352 ' 1.6775 ' 1.3276

1.6879

1.5179

1.1842 *

1.6367

1.3204

1.7748

1.3169

1.6594

1.3145 '. 1.4613 '.1.8334

i 11

1.5936

1.2499

1.6820

1.2573

1.6201

1.6494

1.6449

1.0014 '

1.3812

1.7543

1.3134

1.7490

1.3667

1.3491

1.3511

2.1715 *

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

[

12

1.2528

1.6713

1.3275

1.6195

1.1786

1.6521

1.4707 *

1.7507

1.3222

1.6594

1.367

1.3480

1.4163

2.*. 1.8741 13

1.5274

1.6589

1.6870

1.6493

1.6431

1.4613 *. 9253

F-SUB-Q

.'...............................................................1.4485

1.3363

1.3152

1.3491

1.3553

1.5191

2.3826

M-SUB-Q 14

1.4317

1.6251

1.5179

1.6437

1.4058 *

.9300 *

1.4760

1.3565

1.4613

1.3522

1.5763

2.3705

15

1.4096

1.1511

1.1838

1.0008

1.5419

1.8794

1.8340

2.17

................................ 27

FDD / MOD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 7OFIB WHERE: IB = TCP OF CORE AND 1 = BO~fPOM OF CORE H

G F

E D

C B

A 8

1.2177

1.6745

1.3219

1.5769

1.2310

1.5119

1.4793

1.3980

l

'.1.7422

1.2671

1.5785

1.3214 '. 2.6738

1.3788

1.4030 '.1.4674

j 9

1.6726

1.3560

1.6455 ' 1.2269

1.6555 ' 1.6441

1.6122

1.1361 *

1.2 6B5

1.547 0 '. 1 273 9

1. 6 851 '. 1.2 62 5

1. 2741

1.2 8 90

1.7 973

10 ' 1.3213

1.6503 ' 1.2158

1.6635

1.3089

1.6757

1.5053

1.1677 *

1.5792 '.1.2702

1.7043

1.2615

1.5909

1.2548

1.3870

1.7531..*

11

1.5756

1.2292

1.6679

1.2375

1.6046

1.6381

1.6346 *-.9856 *

1.3225

1.6819

1.2582

1.6829

1.3159

1.2955

1.2853

2.0783

12

1. 2 318

1. 6 5 61

1. 3 0 8 B

1. 6 0 4 0 ' 1.162 9

1. 64 3 5

1. 4 52 6 *

1.673B

1.2620

1.5909

1.3164

1.8216

1.2967

1.3532

13

1.5115

1.6448

1.6740

1.6381

1.6346

1.4468 *

.9099

F-SUB-Q

'.2.3792

1.2736

1.2555

1.2955

1.3038

1.4577

2.2721

M-SUB-Q 14

1.4779

1.6117

1.5053

1.6334

1.3685 *

.9145 *

1.4043

1.2894 '.1.3878

1.2863

1.5060

2.2605

j j

15

1.3977

1.1356

1.1673 *

.9850 *

1.4677

1.7981

1.7536

2.0795

l l

i

i MCEl-0400-47 l

i l

Page 21 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation t

l FQD / MQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 6 OF 18 I

l WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1919

1.6489

1.2954

1.5495

1.2034

1.4844

1.4530

1.3735 *

1.6566

1.2037

1.5120

1.2659

1.6159

1.3255

1.3501

1.4135

9* 1.6471

1.3294

1.6107

1 1995

1.6290

1.6173

1.5850

1.1110 *

1 2050

1.4785

1.2164

1.6228

1.2094

1.2220

1.2393

1.7399

10

1. 2 9 4 8

1. 6 234

1.18 95

1. 6 3 8 8

1. 2 816

1. 6 5 01 + 1. 4 7 9 8

1.1416

r

1.5127

1.2129

1.6301

1.2043

1.5297

1 2013

1.3322

1.6958

l

{

t 11

1.5482

1.2017

1.6432

1.2100

1.5772

1.6135

1.6100 *

.9617 *

1.2669

1.6190

1.2011

1.6178

1.2572

1.2363

1.2296

2.0127 *

{

)

12

1.2034

1.6295

1.2615

1.5766

1.1382

1.6200

1.4225

1.6158

1.2090

1.5297

1.2576

1.7361

1.2328

1.3000

l 13

1.4840

1.6180

1.6492

1.6135

1.6120

1.4203 *. 8 871

F-EUB-Q

1. 32 5 9

1. 2 215

1. 2 019

1. 2 3 63

1. 2 3 36

1,3 9 3 2

2.1927

M-SUB-Q 14

1.4516

1.5846 ' 1.4797

1.6088

1.3596 *

.6917

1.3513 1.2397

1.3323

1.2306

1.4468

2.1816

l l

15

1.3732

1.1104

1.1412 *

.9611

1.4138

1.7407

1.6964

2.0138

FQD / MQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOT 1'OM OF CORE H

G F

E D

C B

A 1

8

1.1590

1.6120

1.2615

1.5110

1.1669

1.4427

1.4104 ' 1.3316

1.5968

1.1568

1.4633

1.2258

1.5769

1.2914

1.3195

1.3857

9

1.6102

1.2953 ' 1.5004

1.1646

1.5884 ' 1.5746

1.5394

1.0731

1.1581

1.4 2 81

1.1745 + 1.57 90

1.1727

1.18 80

1. 210 8

1.712 8

10

1.2609

1.5850

1.1553

1.6009

1.2445

1.6068

1.4373

1.1033

1.4640

1.1711

1.5918

1.1631

1.4886

1.1671

1.2996 ' 1.6671

11

1.5098 ' 1.1668

1.6052

1.1741

1.5347

1.5717

1.5658 C.9275

1.2267

1.5761

1.1600 ' 1.5732

1.2185 2.1977 1.1965 1.9817

12

1.1669 ' 1.5889

1.2444

1.5342

1.1025

1.5790

1.3768

1.5769

1.1724

1.4806 1.2189

1.6878

1.1924

1.2703

13

1.4422 ' 1.5752

1.6059

1.5717

1.5704

1.3781 *.B549

F-SUB-Q

....................................... 1969

1.3544

2.1528

M-SUB-Q 1.2918

1.1875

1.1677 ' 1.1977

1.

14

1.4090

1.5390

1.4372

1.5646

1.3161 *.8593 '

1.3208

1.2112

1.2996

1.1974

1.4138

2.1419

15

1.3314

1.0726

1.1029 *

.9269

l

1.3859

1.7136

1.6677

1.9829

1 I

l MCEl-0400-47 Page 22 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Eabl 1 (cont) l Core Operating Limits Report i

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 100% F0WER 4 EFPD THIS IS LEVEL 4 CF 18 WHERE: 18 = TCP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 4................................................

B

1.1165

1.5576

1.2177

1.4563

1.1210

1.3817

1.3446

1.2630

1.5713

1.1352

1.4407

1.2099

1.5641

1.2843

1.3197

1.3955

9

1.5558

1.2511

1.5247 ' 1.1206

1.5271

1.5097

1.4663

1.0170

1.1364

1.4040

1.1567

1.5623 + 1.1610

1.1797

1.2125

1.7275

10 ' 1.2172

1.5292

1.1106

1.5435

1.1950

1.5373

1.3705

1.0477

1.4413

1.1534

1.5753

1.1464

1.4755 ' 1.1611

1.2983

1.6772

11

1.4551

1.1227

1.5476

1.1281

1.4706

1.5054

1.4918 *

.8784

1.2108

1.5594

1.1434

1.5573

1.2005.* 1.1880

1.1952 ' 1.9997

12

1.1211

1.5276

1.1949

1.4701

1.0520

1.5083

1.3086

1.5641

1.1606

1.4755

1.2089

1.6795

1.1847

1.2720

13

1.3813

1.5102

1.5365

1.5053

1.5001

1.3134 *

.8094

F-SUB-Q t

1. 2 8 4 7

1.17 9 3

1.1617 + 1.18 8 0

1.1912

1. 3 4 97

2.16 67

M-SUB-Q 14

1.3433

1.4659

1.3704 ' 1.4906

1.2509 *

.8135

1.3210

1.2128 ' 1.2984

1.1961

1.4156

2.1557 -

15

1.2628

1.0166

1.0474

.8779

1.3957

1.7283

1.6777

1.9998 *

...........,.....e....e......e,....

FQD / MQD (3-D1 AT: 100% POWER 4 EFPD THIS IS LEVEL 3 CF 18 WHERE: 18 c TCP CF CORE AND 1 = BOTTOM OF CORE i

H G

F E

D C

B A

8

1.0570

1.4675

1.1551

1.3698

1.0600

1.2888

1.2414

1.1494

1.5919

1.1544

1.4576

1.2346

1.5902

1.3223

1.3738

1.4769

l l

9

1.4659

1.1871

1.4346

1.0606

1.4262

1.4073

1.3475 *.9311

l

. 1.1557

1.4192

1.1792

1.5861

1.1916

1.2147

1.2683 '. 1,.8171

l 10

1.1546

1.4387

1.0479

1.4488

1.1253

1.4236

1.2648 *

.9634 *

1.4583 '. 1.1758

1.6036

1.1711

1.5049

1.2034

1.3510 '.1.7560

t i

11

1.3687

1.0626

1.4527

1.0664

1.3697

1.3985

1.3671 '-.8048 *

1.2356

1.5832

1.1680

1.5819

1.2445

1.2257

1.2518

2.1004

12

1.0601

1.4206

1.1253

1.3692 *

.9795

1.3880

1.2031 *

1.5901

1.1912 '.1.5049

1.2450

1.7306

1.2334

1.3286

13 ' 1.2884

1.4079

1.4228

1.3985

1.3005

1.2112 *

.7419 ' F-ECB-Q

1. 3227

1. 214 3

1. 2 0 41

1. 22 57

1. 2 4 01 '. 1. 4 03 6

2. 27 27

M-SUB-Q 14

1.2402

1.3471

1.2648

1.3660

1.1500 *

.7457 *

1.3751 '.1.2687

1.3510

1.2528 '.1.4787

2.2612

15

1.1482 *

.9307 *.9631 *

.8043 *

1.4772

1.8180

1.7565

2.1016 *

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

t

i i

t

?

MCEl-0400-47 Page 23 of 153 i

McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD 13-D) AT: 100% POWER 4 EFFD THIS IS LEVEL 2OF18 WHERE: IB = TOP OF CORE AND 1 BO7fDM OF CORE H

C F

E D

C B

A B*

.9546

1.2964

1.0414

1.2104 *

.9586

1.1244

1.0654 *

.9474

1.7091

1.2653

1.5680

1.3545

1.7073

1.4694

1.5522

1.7384

I 9 ' 1.2949 ' 1.0702

1.2661 *

.9578

1.2495

1.2262

1.1488

7887

1.2667

1.5262

1.2945

1.7049

1.3196

1.3507 ' 1.4425

2.0846

10

1.0409

1.2698 *

.9418

1.2695

1.0080

1.2292

1.0864 *

.8200

1.5687

1.2907

1.7315

1.2944 ' 1.6296

1.3500 ' 1.5245

2.0047 '

I 11

1.7094 *

.9596

1.2729 *.9651

1.1982

1.2115

1.1497 *

.6826

1.3556

1.7017

1.2910

1.6958

1.3780

1.3695

1.4421

2.4067 12 *

.0506

1.2403

1.0080

1.1978 *

.8654 + 1.1758 ' 1.0247

1.7073

1.3192

1.6296

1.3785 ' 3.8990

1.4091 ' 1.5132 *

[

13

1.1240

1.2267

1.2285

1.2114 ' 1.1694

1.0342 *. 629 6

F-SUB-Q 1.4698

1.3502

1.3507

1.3696

1.4168

1.5927

2.6008

M-SUB-Q 14

1. 0 64 4

1.14 B5

1. 0 8 6 3

1.14 6 9 '

.9795 *

.6330

1.5537 ' 1.4429

1.5245

1.4432

1.6840

2.5876

15 *

.9472 *

.7884 *

.8198 *

.6823

1.7308

2.0856

2.0053

2.4081

r FQD / MOD (3-D) AT: 100% POWER 4 ETPD THIS IS LEVEL 1 CF 18 f

WHERE: 18 = TOP OF CORE AND 1 z BOTTOM OF CORE H

G F

E D

C B

A l

8*

.7148 *

.9698 *

.7683 *

.9074 *

.7152 *

.7673 *

.7220 *

.5863

2.2373

1.6544

2.0824

1.7687

2.2445

2.1083

2.2433

2.7546

9*

.9687 *

.7894 *

.9474 *.7133 *

.9196 *

.8503 *.8574 *

.5242

1.6562

2.0271

1.6930

2.2453

1.7542

1.9061 ' 1.8912

3.0780

I j

10 *

.7680 *

.9501 *

.7005 *

.8918 *

.7449 *

.9341 *

.7431 *

.5405

2.0833

1.6881

2.2829

1.8029 ' 2.1609

1.7369

2.1818

2.9853 *

[

11 *

.9067

7146 *

.8942 *

.7276 *.9124 *

.8374 *

.7954 '-.4525

f 1.7701

2.2411

1.7981

2.2055 ' 1.7702

1.9375

2.0396

3.5650

I 12 *

.7152 *

.9199 *

.7449 *.9121 *

.6371 *

.8040 *

.6849

2.2444

1.7537

2.1610

1.7708

2.5277

2.0151

2.2187

i 13 *

.7671 *

.8506 *

.9337 *

.8374 *

.7996 *

.6912 *

.4139

F-SUB-Q 2.1090

1.9054

1.737B

1.9376

2.0261

2.3342

3.8858

M-SUB-Q 14 *.7213 *

.8572 *

.7431 *.7948 *.6547 *.4160

f 2.2455

1.8917

2.1819

2.0411

2.4693

3.8661

15 *

.5B62 *

.5240 *

.5403 *

.4522

l 2.7551

3.0794

2.9862

3.5671

I I

l MCEl-0400-47 Ihige 24 of 153 McGuire 2 Cycle 9 Core Operating Limits Report lnable 1 (cont.)

Core Operating Limits Report i

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FCD / M2D (3-D) AT: 100% FOWER 150 EFFD THIS IS LEVEL 18 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE i

?

I H

G F

E D

C B

A t

B*

.5396 *

.8160

7706 *

.8646 *

.75B6 *

.7680 '

.7313 *

.6036

1.6888

1.4397

1.6403

1.4395

1.6204 ' 2.5964

1.6679

2.0031

3 9*

.8155 *.7706 *

.8745 *.7603 *.8514 *

.8291 *

.7968 *.5935

1.4407

1.6070

1.4483

1.6387

1.45B2

1.4917

1.5408

2.0438

j 10

7707 *.8763 -

.7369 *

.8211

7649 *

.8,78 *.7359 *.6062

1.6400

1.4454

1.7052

1.5396

1.6524

1.5139

1.7008

2.0294

j

.7800 *.7324 *.5290

t 11 *

.6641 *

.7611 *

.8228 *

.7474

7901

~

1. 4 4 04

1. 63 6 9

1. 53 63

1. 652 9

1. 4 B02

1. 5677

1.7132

2. 37 5 3

i i

12 *

.7586 *.8521 *

.7648 *

.7899 *

.4851 *

.6797 *

.6926 *

1.6204 + 1.4570

1.6526

1.4806 '.1.8115

1.6612

1.6336

13 *.7600 *.6294 *.8379 *

.7000 *

.6770 *

.6644 *

.4770

F-SUB-Q 1.7573

2.4996

H-SUB-Q

1.5964 '. 1.4911

1.5137

1.5676

1.6670 14 *

.7309

7967 *

.7359 *

.7320 *

.6636 *

.4783

l

.......... 1. 5411

1.7010

1.7141

1.8139

2.4930

1.6688

15 *.6035 *

.5933 *

.6061 *

.5290

i

2.0034

2.0445

2.0297

2.3755

l I

FOD / MOD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 17 OF 18 WHERE: 18 = TOP CF CCRE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 8*

.9431

1.1910

1.0709

1.1950

1.0255

1.0985

1.0556 *.9354 *

1.5578

1.2932

1.4825

1.2955

1.4856 '.1.3798 '.1.4269

1.5957

9

1.1902

1.0005

1.2167

1.0330

1.1924

1.1850

1.1010 *

.8697 *

1. 2 9 4 0

1. 4 52 2

1. 3 010

1. 4 9 9 3

1. 2 92 3 + 1. 2 917

1. 37 8 5

1.7219

l 10

1.0711

1.2192

1.0016

1.1843

1.0573

1.1576

1.0679 *

.8998 *

1.4823

1.2983

1.5622

1.3298

1.4984

1.3636

1.4517

1.6895

i I

1 11

1.1942 ' 1.0340

1.1868 ' 1.0229

1.1372

1.1436

1.0671 *..7807 *

1.2964

1.4977

1.3269

1.5277

1.3433

1.3515

1.4672

1.9937

12

1.0255

1.1934

1.0572

1.1370 *

.8658

1.0550

1.0383 *

1.4857

1.2912

1.4986

1.3436

1.6587

1.4138 '.1.3785

13

1.0986

1.1855

1.1578

1.1436

1.0500

1.0056

7150

F-SUB-Q

1.3797

1.2912

1.3634 1.3514

1.4195

1.4850

2.1029

H-SUB-Q 1.0550

1.1008

1.0678

1.0666 *

.9948 *

.7169

14

1.3768

1.451B

1.4600

1.5307

2.0974 *

1.4277 15 *

.9352 *

.0694 *

.8996 *.7806

1.7226

1.6897

1.9939

1.5960 m

. 7 i

l i

l MCEl-0400-47 l

Page 25 of 153 L

l McGuire 2 Cycle 9 Core Operating Limits Report l?able 1 (ccnit.)

Core Operating Limits Report

[

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation

[

FQD / M2D (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 16 OF 10 I

WHERE; 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

[

i 0

1.0791 ' 1.3627 ' 1.1795

1.3393

1.1095

1.2235

1.1933

1.0926 *

1. d6b e 1.2 554

1. 4 6 97

1. 2 5 9 9 '.1. 4 873

1. 3 4 3 4

1. 3 666

1. 477 9

9

1. 3 619

1.1955

1.37 03 + 1.123 4

1. 34 61

1.3 322

1.267 9 '

.9896

j

.......... 1.4394

1.2631

1.4971

1.2451 + 1.2468

1.2975

1.6385 *

1.2562

i 10

1.1797

1.3732

1.0936

1.3345

1.1654

1.3289 ' 1.2184

1.0247 *

1.4695

1.2605

1.5562 '.1.2673

1.4816 + 1.2930

1.3805

1.6072

11

1.3305

1.1246

1.3374

1.1109

1.3078

1.3091

1.2459 *

.6684 *

............................. 1.5293

1 2951

1.2968

1.3723

1.9019 '

1.2607

1.4955

1.2846

t 12

1.1094

1.3472

1.1652

1.3075

1.0039

1.2438

1.1960 *

1.4874

1.2441

1.4018

1.2954 1.6347

1.3345

1.3170

l 13

1.2236

1.3327

1.3290

1.3092

1.2388

1.3629 *.8186

F-SUB-Q

'.1.3433

1.2 4 63

1.2929

1.296 8

1. 3 3 99

1.414 9

2. 0234

M-SUB-Q 14

1.1926

1.2677

1.2183 ' 2.2453

1.1450 *.8208 *

1.3674

1.2977

1.3806

1.3730

1.4624

2.0160 *

[

15 + 1. 092 4 *

.9892

1.0245 *

.6B83

i

1.4781

1.6390

1.6074

1.9021

l FQD / MQD (3-D) AT: 100% PDWER 150 EFPD THIS IS LEVEL 15 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1231

1.4326

1.2160

1.3960

1.1345

1.2724

1.2539

1.1644 *

1.5239

1.2577

1.4334

1.2624

1.4597

1.3436

1.3502

1.4382

9

1.4317

1.2351

1.4325

1.1513

1.4107

1.3945

1.3408

1.0414 *

1.2585

1.4095

1.2640

1.4685

1.2361

1.2388

1.26 i

........................................................... 69 '. 1.6161..*.

10

1.2163

1.4355 ' 1.1253

1.3956

1.2051

1.4106

1.2892

1.0770 *

1.4331

1.2614

1.5220

1.2853 '. 1.4362

1.2678

1.3552

1.5872

11

1.3951

1.1525

1.3986

1.1520

1.3045

1.3851 ' 2.3325 *..9329 *

1. 2 63 2

1. 4 6 6 9

1. 2 B2 5

1. 4 9 9 8

1. 2 8 65

1. 2 8 47

1.3407

1.8811

12

1.1344

1.4118

1.2050

1.3842

1.0561 ' 1.3328

1.2657 *

1.4597

1.2371

1.4364

1.2867

1.5637

1.3119

1.3071

13

1.2724

1.3950

1.4108

1.3651 ' 1.3275

1.2331 *.8623

F-SUB-Q

1.3435

1.2383

1.2676

1.2846

1.3172 + 1.3518 + 2.0222

M-SUB-Q 14

1.2532

1.3465

1.2091

1.3318 ' 1.2126 *

.0646 *

1.3510 '.1.2671

1.3553

1.3414.........................'..................'

1.4513

2.0169 15

1.1642

1.0410

1.0768 *.932B '

1.4384

1.6167

1.5874

1.8812

m-m.

e MCEI-0400-47 Page 26 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation I

FOD / MOD (3-D) AT: 100% PDWER 150 EFPD THIS IS LEVEL 14 CF 18 WHERE: IB = TOP OF CORE AND 1 e BOTTOM OF CORE i

H G

F E

D C

B a

i I

8

1.1386

1.4622

1.2281

1.4191

1.1420

1.2943

1.2833

1.1988 '

1.5455 1.2902

1.4415

1.3040

1.4891

1.3836

1.3797

1.4591

l 9

1.4613 ' 1.2486

1.4587

1.1594

1.4399

1.4241

1.3895

1.0646 *

1.2910

1.4219

1.2900

1.4992

1.2714

1.2696

1.2855

1.6519

j 20

1.2283

1.4617

1.1363

1.4226 + 1.2209

1.4517

1.3254

1.1001

l

1.4412 1.2874

1.5477 1.3133 + 1.4343

1.2791

1.3759

1.6221

l t

11

1.4182

1.1606

1.4256

1.1641

1.4207 ' 1.4229

1.3762 *

.9512

I 2.J04B

1.4966

1.3104

1.5115

1.3109

1.3042 ' 1.3465

1.9232 *

.e.............e........................................e.....e.e.,,.....

12

1.1419

1.4411

1.2208

1.4204

1.0784

1.3769

1.2974

l 1.4892

1.2704

1.4344

1.3111

1.5958

1.3348

1.3345

r 13

1. 2 94 4

1. 4 2 4 6

1. 4 51 B

1. 4 2 3 0

1. 3 713 ' 1. 2 6 6 0 *

.6807

F-SUB-Q l

. 1. 3 83 5

1. 2 6 91

1. 27 8 9

1. 3 04 2

1. 3 4 02 '.1. 3 54 3

2. 07 9 6

M-SUB-Q 14

1.2825

1.3892

1.3253

1.3755

1.2431 *

.8830

1.3805

1.2858

1.3760

1.3472

1.4818

2.0741 *

(

15

1.1987

1.0642

1.0999 *

.9511 *

1.4593

1.6525

1.6223

1.9233

FQD / MOD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 13 OF 18 WHERE: 18 = TOP OF CORE AND 1 e BOTTOM OF CORE H

G F

E D

C B

A I

B ' 1.1453

1.4782

1.2332

1.4315

1.1447

1.3069

1.3006

1.2182 *

1. 6218

1. 3 3 95 '. 1. 4 8 B 9

1. 3 58 9

1. 5 6 0 6

1. 4 4 5 0

1. 4 3 3 6

1. 5107 *

.......,...................e.....e,........,,...

9

1.4772

1.2545 ' 1.4728

1.1621 ' 2.4567

1.4417

1.4134

1.0767 *

1.3403

1.4688

1.3342

1.5626

1.3222

1.3200

1.3295

1.7183 *

...........................a.............................................

t i

10

1.2335

1.4759

1.1407

1.4381

1.2288

1.4761

1.3471

1.1118 *

1.4806

1.3314

1.6038

1 3555

1.4750

1.3096

1.4153

1.6842

II

1.4306 ' 1.1634 ' 1.4412

1.1696 ' 1.4412

1.4455 + 1.4017 *..9592 *

1.3598

1.5610

1.3525

1.5560 '.1.3521

1.3372

1.3698

1.9818

12

1.1447 ' 1.4579

1.22B7

1.4409

1.0845

1.4025

1.3136

1.5607

1.3211

1.4759

1.3524

1.6646

1.3793 + 1.3762

13 + 1.3070

1.4422

1.4762

1.4456

1.3968

1.2838 *.0086

F-SUB-Q

{

1.4449

1.3195

1.3094

1.3372

1.3848

1.3964

2.1500

M-SUB-Q 14

1.2999

1.4131

1.3470

1.4009

1.2586 *

.8909

1.4345

1.3297

1.4154

1.3706

1.5261 ' 2.1523

IS

1.2100

1.0763

1.1116 *

.9592

1.5109

1.71E9

1.6844

1.9820

y w

+ + -

.-.e y%.-,,wwg y

1 MCEI-0400-47 Page 27 of 153 McGuire 2 Cycle 9 Core Operating Limits Report ifable 1 (cont) i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l'

FDD / MOD (3-D1 AT: 100% POWER 150 EFPD THIS IS LEVEL 12 OF IB WHERE: 10 = TOP CF CORE AND 1 : BOTTOM OF CORE l

f H

G F

E D

C B

A 8

1.1501

1.4910

1.2375

1.4415

1.1467

1.3166

1.3139

1.2322

l 1.6963

1.3912

1.5660 1.4155

1.6483

1.5117

1.4945

1.5713

9

1.4901 ' 1.2593

1.4843

1.1642

1.4701

1.4556 ' 1.4312

1.0848 *

1.3921

1.5426

1.3896

1.6428

1.3734 1.3731

1.3601 1.7930

1

(

10

1.2377

1.4873

1.1438

1.4508

1.2345

1.4946

1.3633

1.1194

j

1.5658

1.3867 '.1.6819

1.4060

1.5439

1.3464

1.4589

1.7521

11

1.4406

1.1655

1.4539

1.1734 ' 1.4563

1.4627

1.4204 *.9637 *

1.4164

1.6410

1. 4029

1.6315

1.3961

1.3785

1.4107

2.0503 *

(

12

1.1467

1.4713

1.2343

1.4560

1.0968

1.4214

1.3240 *

1.6483 1.3722 1.5441

1.3964

1.7272

1.4133

1.4206 13

1.3167 ' 1.4561

1.4948

1.4628

1.4157

1.2960 *

.8924

F-SUB-O

1.5116 '.1.3726

1.3482 = 1.3785

1.4190

1.4414

2.2328

M-sUB-Q 14

1.3132

1.4310

1.3632

1.4197

1.2685 *

.8947 *

1.4953

1.3804

1.4590

1.4115

1.5773

2.2269

15

1.2320

1.084:

1.1192 *

.9636 *

1.5715

1.7936

1.7523

2.0504

I F2D / MOD (3-C) AT: 100% POWER 150 EFFD THIS IS LEVEL 11 0F IB WHERE: 18 = TOP OF CORE AND 1 = BOTTOM CF CORE l

I H

G F

E D

C B

A 8

1.1553

1.5045

1.2428

1.4524 1.1495

1.3261

1.3264

1.2449 *

1.7941

1.4544

1.6484 '.1.4791

1.7450

1.5822

1.5593

1.6362

j 9

1.5036 ' 1.2651

1.4965

1.1673

1.4637

1.4692

1.4476

1.0921 *

1.4553

1.6292

1.4475

1.7365

1.4312

1.4302

1.4346 '. 1.8724

i 10

1.2430

1.4996

1.1476

1.4641

1.2405

1.5121

1.3780

1.1261 *

1.6482

1.4445

1.7747

l

............................ 1.4617

1.6189

1.3941

1.5109

1.8242

11

1.4514

1.1685

1.4672

1.1776

1.4707

1.4788

1.4374 *-.9673 *

1. 4 8 01 + 1. 7 3 4 6

1. 4 5 0 5

1. 7166

1. 4 52 2

1. 4 2 83

1. 4 52 3

2.1310

12

1.1494

1.4849

1.2403

1.4703 + 1.1032

1.4388

1.3329 *

1.7450

1.4301

1.6191

1.4525

1.8141

1.4621

1.4775

l l

13

1.3262

1.4698

1.5123

1.4789

1.4330

1.3068 *.8949

F-SUB-Q

1. 5 821

1. 4 2 97

1. 3 9 4 0 '.1. 4 2 82

1. 4 6 8 0

1. 505 6

2. 32 95

M-SUB-Q 14

1.3257

1.4473 ' 1.3779

1.4367

1.2770 *

.8973

i

1.5602

1.4349

1.5110

1.4531

1.6406 + 2.3233

I 15

1.2447 ' 1.0917

1.1259 *

.9673 '

1.6364

1.8731

1.0245

2.1312

s w

hic:EI-0400-47 Page 28 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MQD {3-D) AT: 100% POWER 150 EFFD THIS IS LEVEL 10 OF 18 kHERE: IB = TOP OF CORE AND 1 = BOTIOM OF CORE H

G F

E D

C B

A 8

1.1617

1.5200

1.2498

1.4650

1.1534

1.3366

1.3396

1.25B2 *

1.9660

1.5263 '. 1.8140

1.5565

1.9287

1.6670

1.6376

1.7145

9

1.5190

1.2726

1.5106

1.1718

1.4989

1.4639

1.4646

1.0997 *

1.5272

1.7885 ' 1.5229

1.9179

1.5040

1.5020

1.5010

1.9678

10 2500 1 5138 1 1527 1 4791 1 2476 1 5304 1 3933 1 1331

1.8137

1.5197

1.957S

1.5345

1.7783

1.4565

1.5795

1.9130

i 11 ' 1.4641

1.1730

1.4023

1.1828

1.4859 + 1.4950

1.4550 *

.9713

i

'.1.5595

1.9159

1.5312

1.6852

1.5137

1.4665

1.5105

2.2363

l 12

1.1534

1.5001

1.2475

1.4856

1.1101 ' 1.4569 ' 2.3421 *

1.9288

1.5028

1.7785

1.5140

1.9823

1.5198

1.5381 '

13

1.3367

1.4845

1.5306 ' 1.4958

1.4510

1.3180 '

.8975

F-SUB-Q

1.6670

1.5014

1.4563

1.4864

1.5259

1.6368 '.2.4336

M-SUB-Q 14

1.3388

1.4643 ' 1.3932

1.4542

1.2859 *.8999 *

1.6356 '.1.5021

1.5797

1.5113

1.7079

2.4271 *

[

.e...

t 15

1.2580

1.0993

1.1329 *

.9712.*

L

1.7148

1.9685

1.9133

2.2365

FQD / MRD (3-D) ATr 100% POWER 150 EFPD THIS IS LEVEL 9 OF 18 hTERE: IB = TCP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C E

A I

8

1.1695

1.5358

1.2585

1.4798

1.1587

1.3406

1.3540

1.2726

1.9352

1.4004

1.7973

1.5333

1.9493

1.66B2

1.6636

1.7667

9

1.5368

1.2819

1.5271

1.1777

1.5160

1.5003

1.4629

1.1081

1.4813

1.7663

1.4675

1.9172

1.5027 ' 1.5226

1.5396

2.0473

10

1.2568

1.5302

1.1593 ' 1.4964 ' 1.2562

1.5504

1.4097

1.1409

1.7970

1.4844

1.9477

1.5230

1.8089

1.4783

1.6243 ' 1.9923

1.4769

1.1790

1.4996

1.1894

1.5029

1.5142

1.4740 *- 9759

11 '

1.5343

1.9152 ' 1.5197

1.9083

1.5231

1.5101

1.5584 ' 2.3310

12

1.1587 ' 1.5172

1.2561

1.5026

1.1180

1.4765 ' 1.3524 '

1.9494

1.5015

1.8091

1.5235

2.0419

1.558B

1.5923

t l

13

1.3486

1.5009

1.5506

1.5143 ' 1.4706

1.3304 '. 9007

F-SUB-Q i

l

1. 6BB1

1.5220

1.47 81

1.5100

1.5651

1.7248

2.5333

M-sUB-Q b

r 14

1.3533

1.4826

1.4096

1.4732

1.2957 *

.9031 *

1. 6B4 6

1. 53 9 9

1. 62 4 4

1.55 92

1. 7600

2.52 67

j 15 ' 1.2724

1.1077

1.1407 *.9750

1 7869 * '2.0481

1.9926

2.3312

I 6

v v-e v

i l

3 t

MCEI-0400-47 t

Page 29 of 153 McGuire 2 Cyc'e 9 Core Operating Limits Report l

10able 1 (cont)

Core Operating Limits Report l

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

(

FDD / MDD (3-D) AT: 100% POWER 150 EFPD THIS 35 LEVEL 8 OF 18 WHERE: IB = TOP CF CORE AND 1 = BOTTOM OF CORE f

H G

F E

D C

B A

j B

1.1765

1.5578

1.2689

1.4966

1.1653

1.3618

1.3696

1.2882 *

'.1.8562

1.4132

1.7260

1.4694

1.6802

1.6221

1.6156

1.7015

l 9

1.5568 ' 1.2930 ' 1.5457

1.1851

1.5351

1.5183

1.50.'5

1.1173

t

1.4141

1.6945

1.4230

1.6466

1.4388

1.4591 + 1.4744

1.9556

10

1.2692

1.5409

1.1674

1.5157

1.2661

1.5721

1.4274

1.1494 *

1.7257

1.4201

1.8736

1.4559

1.7381

1.4121

1.5544

1.9061

11

1.4956

1.1064

1.5190 ' 1.1973

1.5214

1.5343

1.4944 *

.9811 *

~

1.4703

1.8446

1.4528

1 8342

1.4558

1.4504

1.4879

2.2360

1.1652

1.5363

1.2660

1.5211 ' 1.1270

1.4979

1.3638

17

j 1.8803

1.4376

1.7383 1.4561

1.9584

1.4B71

1.5271

13

1.3619

1.5189

1.5723

1.5343

1.4919

1.3441 *

.904 5

F-SUB-Q

.....................................'...........................1.4931

1.6510

2.4374

M-SUB-Q 1.6220

1.4585

1.4119

1.4503 14

1.3689

1.5022

1.4273

1.4936

1.3066 *

.9069

1.6166

1.4747 1.5545

1.4887

1.6956

2.4310

15

1.2880

1.1169

1.1493 *

.9810 *

1.7017

1.9563

1.9064

2.2362

I k

FOD / MOD (3-D) AT-100% POWER 150 EFPD THIS IS LEVEL 7 CF18 WHERE: IB = TOP OF CORE AND 1 = BDTTOM OF CORE H

G F

E D

C B

A 8

1.1085

1.5795

1.2806

1.5148

1.1727

1.3759

1.3856

1.3040

l

1.7909

1.3559

1.6629

1.4051 '. 1.7968

1.5425

1.5277

1.6079

1 I

9

1.5785

1.3053

1.5659

1.1935 ' 1.5554

1.5372

1.5224

1.1264

I

1.3567

1.6336

1.3658

1.7709

1.3713

1.3E81

1.3941

1.8554

10

1.2008

1.5692

1.1765

1.5367

1.2769

1.5945

1.4454

1.1501 *

1.6626

1.3630

1.7996

1.3923

1.6654

.............................................. 1. 3448

1.4740

1.8079

11

1.5138

1.1947

1.5400

1.2059

1.5409

1.5551

1.5154 *..9663 *

1.4060

1.7691

1.3093

1.7642

1.3976

1.3877

1.4125

2.1231

12

1.1726

1.5567

1.2767

1.5406

1.1364

1.5201

1.3755 *

1.7969

1.3702

1.6656

1.3978

1.8875

1.4229

1.4563

13

1.3760

1.5378 ' 1.5947

1.5552

1.5140

1.3584 *

.9083

F-SUB-Q

1.5424

1.3875

1.3447

1.3976

1.4286

1.5790

2.3213

M-SUB-Q 14

1. 3 84 B

1. 5221

1. 44 52

1.514 6

1.3178 *

.9107 *

1.5286

1.3946

1.4741

1.4132

1.6170

2.3152

15

1.3038

1.1260 ' 1.1579 *.9862 *

1.6081

1.8561

1.8081

2.1233

j I

r MCEl-0400-47 Page 30 of l53 McGuire 2 Cycle 9 Core Operating Limits Report ifable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

FQD / MDD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 6OFIB I

WHERE: 18 = TOP CF CORE AND 1 BOTTOM OF CORE H

G F

E D

C B

A 8

1.19B4

1.6015 ' 1.2927

1.5332

1.1802

1.3692

1.3999

1.3178

1.7067

1.2844

1.5732

1.3277

1.7100

1.4640

1.4500

1.5266

9

1.6005

1.3180

1.5664

1.2021

1.5754

1.5551 ' 1.5400

1.1336 *

1. 2 8 52

1. 5477

1. 2 8 7 9

1. 6 82 0

1. 2 95 8

1. 3141 + 1. 3 213

1. 7 6 92

10

1.2929

1.5897

1.1857

1.5578

1.2873

1.6154

1.4614

1.1651

i 1.5729

1.2852

1.706B

1.3124

1.5793 ' 1.2700

1.3958

1.7231

11

1.5322

1.203?

1.5612

1.2145

1.5593

1.5748

1.5345 *

.9900

i 1.3286

1.6802

1.3096

1.6726

1.3172 + 1.3000

1.3336

2.0264

l 12

1.18 01 + 1. 57 67

1. 2 B72

1. 55 8 9

1.14 5 0

1. 5 410

1. 3 8 55

1.7100

1.2947

1.5795

1.3174

1.7878

1.3300

1.3802

13 ' 1.3892

1.5556

1.6156

1.5749 ' 1.5349

1.3715 *. 9110

F-SUB-Q

......................................................'..........2.2095

M-SUB-Q

1. 4 63 9

1. 313 6

1. 2 6 9 9

1. 3 0 B 0

1. 3 4 3 4

1. 4 9 0 0 14

1.3991

1.5397

1.4613

1.5337

1.3275 *.9134

l

1. 4 50 8

1. 3215

1. 3 9 5 9

1. 3 3 4 2

1. 532 6

2. 2 037 +

1

.....,.,.ee...............e............,...............

15

1.3176

1.1332

1.1649 *

.9899 *

1.5269

1.7698

1.7233

2.0266

FQD / MOD (3-D) AT: 100% PDWER 150 EFPD THIS IS LEVEL 5 OF 18 j

f WHERE: IB = TOP OF CCRE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A i

j 8

1.2063

1.6202

1.3034

1.5485

1.1961

1.3984

1.4080

1.3243

1.6000

1.2002

1.4784

1.2495

1.6210

1.3896

1.3818

1.4593

l l

9

1.6192

1.3293

1.6035

1.2091

1.5910

1.567B ' 1.5495

1.1348

1.2010

1.4517

1.2084

1.5893

1.2225

1.2449

1.2586

1.6983

l 10

1.3036

1.6069

1.1930

1.5756

1.2952

1.6293

1.4707

1.1667

1.4781

1.2059

1.6104

1.2334 ' 1.4946

1.2024 1.3283

1.6529

11

1.5475

1.2104

1.5790

1.2222

1.5721

1.5887

1.5460 *..9889

1.2503

1.5876

1.2307

1.5815 ' 1.2437

1.2369

1.2673

1.9487

12

1.1860

1.5923

1.2951

1.5718

1.1497

1.5553

1.3896

1.6211

1.2215 ' 1.4948

1.2440

1.6926

1.2647

1.3183

13

1.3985

1.5684

1.6295

1.58B8

1.5491

1.3794 *. 909 6

F-SUB-Q 1.3895

1.2444

1.2022

1.2368

1.2697

1.4160

2.1224

M-SUB-Q

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

14 ' 1.4072 ' 1.5493

1.4705

1.5452 ' 1.3313 *

.9120

1

' 1.3826

1.2589

1.3284

1.2680

1.4638

2.1168

l l

15

1.3241

1.1344

1.1665 *.9BBB

1.4595

1.6989 ' 1.6532

1.9489 '

A I

I I

i MCEl-0400-47 Page 31 of 153 McGuire 2 Cycle 9 Core Operating Limits Repon Table 1 (cont.)

Core Operating Limits Repon F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation

?CD / MQD (3-D1 AT: 1004 POWER 150 EFPD THIS IS LEVEL 4 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.20'4

1.6261

1.3076

1.5521

1.1867

1.3963

1.4003 ' 1.3117

1.5205

1.1375

1.4047

1.1893

1.5483

1.3301

1.3292

1.4133

9

1.6251

1.3339

1.6000

1.2104

1.5925

1.5661

1.5382

1.1213 *

1.1382

1.3779

1.1483 1.5157

1.1659

1.1905

1.2130

1.6493

10

1.3078

1.6113

1.1931

1.5809

1.2951

1.6241

1.4625

1.1550 *

1.4045

1.1460

1.5362

1.1717

1.4269

1.1516 '.1.2766

1.6015

i

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

11

1.5511

1.2117

1.5843

1.2216 ' 1.5690

1.5864

1.5369 *

.9759

1.1900

1.5141

1.1692

1.5079

1.1877

1.1608

1.2173

1.8937

12

1.1667

1.5938

1.2949

1.5687

1.1443

1.5507

1.3778

1.5484

1.1650

1.4271 ' 1.1880

1.6199

1.2000

1.2694

13

1.3964

1.5667

1.6243

1.5865 ' 1.5445

1.3729 '

.8900 ' F-SUB-Q 1.3300

1.1900

1.1515

1.1808

1.2129

1.3560 ' 2.05

........................................................... 54

M-SUB-Q 14

1.3994

1.5379

1.4623

1.5361 ' 1.3200 *

.9003 *

1.3300

1.2132

1.2767

1.2180

1.4095

2.0500

i 15 ' 1.3115

1.1209

1.1549 *

.9758 *

1.4136

1.6499

1.6017

1.8939

FQD / MQD 13-D) AT: 100% POWER 150 EFFD THIS IS LEVEL 3 OF 18 WHERE: 18 = TOP OF CORE AND 1 m BOTTOM OF CORE l

H C

F E

D C

B A

8

1.1886

1.5937

1.2906

1.5205

1.1712

1.3644 ' 1.3550

1.2534 *

1.4870

1.1164

1.3714

1.1698

1.5141

1.3130

1.3257 '.1.4291

9

1.5926

1.3167 ' 1.5749 ' 1.1936 ' 1.5546 ' 1.5270

1.4782

1.0744 *

..................... 12 9 0

1. 4 8 2 7

1.1510

1.17 71 '. 1. 218 0

1. 6 6 41 *

1.1172

1.3444

1.

10

1.2908

1.5782

1.1735

1.5495

1.2727

1.5715

1.4136

1.1114 *

1. 3711 '. 1.1267

1.5061

1.1512

1.4003 '. 1.1469

1.2736

1.6085

11

1.5195

1.1948

1.5528

1.2044

1.5252

1.5433

1.4776 *

.9348 *

1.1706

1.4811

1.1487

1.4745

1.1766

1.1687

1.2204

1.9107 *

.........................................,..,..eee.............

........e 12

1.1712

1.5559

1.2725

1.5249

1 1152

1.4905

1.3275 *

1.5142

1.15 01

1.4 004

1.17 6 9

1. E 014

1. 2 03 0

1. 2705

13

1.3645

1.5276

1.5717

1.5434

1.4925

1.3298 *

.8619

F-SUB-Q

1. 312 9

1.17 67

1.14 6 8

1.16 86

1.2 07 9

1. 3 4 83

2. 06 73

M-SUB-Q 14

1.3542

1.4700

1.4135

1.4768

1.2719 *

.8642

1.3265

1.2183

1.2738

1.2211

1.4107

2.0618

15

1.2532

1.0740

1.1113 *

.9347

3.4293

1.6647 ' 1.6087

1.9109 '

1 1

MCEl-0400-47 Page 32 of 153 McGuire 2 Cycle 9 Core Operating Limits Repon Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 2OF18 WHERE: 18 e TOP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A B

1.1115

1. 4 581 ' 1. 2 06 2 ' 1. 3 931

1.1022

1. 2 4 B B

1. 2193

1. 09 0 8 *

1.5489

1.1867

1.4293

1.2430

1.5691

1.3974 ' 1.4351

1.60

.................................................................... 11

9

1.4572

1.2304

1.4409

1.1189

1.4148

1.3904

1.3138 *

.9510 *

1.187 4

1. 4 010

1.2 00 8

1. 542 0

1.2 3 09

1.25 B4

1.33 47 + 1.83 42

10

1.2065

1.4439

1.0963

1.4167

1.1852

1.4118

1.2698 *.9892 *

1.4290

1. 1983

1.5713

1.2250

1.4650

1.2422

1.3804

1.7631..*

11 ' 2.3922

1.1201

1.4197

1.1323

1.3847

1.3986

1.3052 *.8277 *

..........................'...................................... 1059 *

1.2438 '.1.5404

1.2223 2.5283

1.2610

1.2542

1.3446

2 12

1.1021

1.4160

1.1850

1.3844

1.0284

1.3353 ' 1.1845 *

.......... 1 2299

1.4652

1.2612 '. 1.6914

1.3128

1.3871 *

1. 5 ti 9 2

13

1.2489 ' 1.3909

1.4119

1.3987

1.3300

1.1949 *.7658

F-SUB-Q

1 3 973

1 2 57 9

1.2 4 21

1. 2541.*. 1 318 0

1. 4 6 07

2. 2 6 9 6

M-SUB-Q 14

1.2166

1.3135

1.2697

1.3046 *

.1349 *

.7678 *

1.4360

1.3349

1.3805

1.3453 *

..................................... 1.E.402

2.2636

15

1.0906 *

.95C6 *.9891 *.8276 *

1.6014

1.0348

1.7634

2.1061

FQD / MOD (3-D) AT: 100% POWER 150 EFPD THIS IS LEVEL 1 OF IB WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

.8468

1.0997 *.9066

1.0552 *

.8434 *

.8910 *

.8583 *.7111 *

2.0005 1.5451

1.8665

1.61

......... '....................... 2 8

2. 019 0

1. 9 2 5 6

2. 0 0 4 2

2. 416 3

9

1.0990 *.9265

1.0887 *

.8511

1.0554 *

.9962 *

.9914 '.6523 *

1.5461

1.8300 '. 1.5612 '.1.9956

1 6209

1.7256

1.7374

2.6323

10 *

.9088

1.0910 *.8355 ' 1.0227 *

.8949

1.0778 *

.8960 *.6761 *

1.8661

1.5580

2.0296

1.6671 1.9088

1.5975

1.9224

2.5398

11

1.0545 *.6520

1.0249 *

.8717

1.0568 *

.9982 *

.9334 '-.5662 *

1. 613 8

1. 9 9 3 5

1. 6 63 5 '. 1. 9 54 0

1. 622 5

1.72 54 + 1. 84 6 9

3. 032 0 ' '

i 12 *.B434

1.0563 *.8948

1.0566 *.7761 *

.9462 *.8200

i

2.0191

1.6196

i.9090

1.6228

2.2050

1.8109

1.9669

i 13 *

.8911 *

.9966 ' 1.0779 *

.9983 *

.9424 *

.8341 *.5224

F-SUB-Q l

.........'......................................................1.7249

1.5973

1.7253

1.8262

2.0569

3.2774

M-SUB-Q

1.9255 14 *

.8578 *.9912 *

.8959 +

.9329 *

.7864

.5237 *

2.0054

1.7377

1.9225

1.8479

2.1862

3.2688

15 *.7110 *

.6520 *

.6760 *.5661 *

2.4167

2.6333

2.5402

3.0323

e

,cr

.-,e m<.r, n

4 a

4 MCEI-0400-47 i

Page 33 of 153 1

McGuire 2 Cycle 9 Core Operating Limits Report j

Table 1 (cont.)

Core Operating Limits Report i

4 F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - N wmal Operation J

i FQD / MOD (3-D) AT: 100% POWER 365 EFFD THIS IS LEVEL 18 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A l

8*

.5671

.8247 *

.8067 *

.8720 *.7963 *

.0086 *

.7781 *.6588 *

[

1.6178

1.4603

1.6122

1.4706

1.5916

1.5556

1.6074 '. 1.8855

j 9*

.8245 *

.8058 *

.8741 *

.0009 *

.8761 *

.6683 *

.8174 *.6549 *

1.4605

1.5004

1.4934

1.6059

1.4585

1.4612

1.5409

1.9023

t i

10 *

.8067 *

.8751

7798 *

.BS21 *.8165 *.8638 *

.7936 *.6769

l

1.6121

1.4917

1.6650

1.5308

1.5894

1.5083

1.6177

1.8663 *

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

11 *

.8718 *

.0016 *

.8535

7973 *

.8097 *

.8378 *

.7833 *

.5999 *

.................. '.................. 1. 4 7 6 0

1. 4 9 7 3

1. 6 4 7 6

2.187 4 '

1.4709

1.6045 1.5284

1.5897 +

j 12 *

.7962 *

.8763 *

.8164 *

.E107 *

.535G *

.7371 *

.7500 *

1.5918 '.1.4582

1.5896 '.1.4741

1.6509 '.1.5688

1.5523

13 *

.8086 *

.8685 *

.8639 *

.8379 *

.7352 *.7351 *

.5471

F-SUB-Q j

1. 5557

1.4 609

1.5081

1. 4 97 0

1.572 9

1. 6 357

2.2 4 9 4

M-SUB-Q i

14 *

.7778 *

.8173 *

.7936 *

.7831 *.7196 *.5478 *

1.6078

1.5410

1.6177

1. 6481

1.7211

2.2465

15 *

.6587 *

.6548 *

.6769 *

.5900

1.885'..'. 1.9027

1.8662

2.1870

l FQD / MOD (3-D) AT: 100% FOWER 365 EFFD THIS IS LEVEL 17 OF 18 WHERE: 18 = TOP OF CORE AND 1 : BOTTOM OF CORE H

G F

E D

C B

A 8*

.9772 ' 1.1939

1.0986 ' 1.2017

1.0542

1.1187

1.0945 *

.9786

i

1.5390

1.3225

1.4834

1.3225

1.4862

1.3855

1.4054

1.5607

9

1.1938

1.1056

1.2106

1.0682

1.2213

1.2127

1.1307

.9387 *

1.3227

1.4568

1.3428

1.4932

1.2936 *

.............................................. 1.2902

1.3697

1.6325

10

1.0986

1.2120 ' 1.0366

1.2055

1.1092 ' 1.1974 ' 1.1260 *.9756 *

1.4833

1.3413

1.5566

1.3444

1.4636 '.1.3479

1.4065

1.5945

11

1.2014

1.0691

1.2074

1.0722

1.1706

1.1989

1.1097 **.8488 *

1.3228 '.1.4919

1.3422

1.4931

1.3350

1.3209

1.4473

1.8767

12

1.0541

1.2216

1.1091

1.1721 *.9429

1.1097

1.0901 *

1. 4 864 '.1. 2 93 3 '. 1. 4 63 0

1. 3 3 3 3

1. 55 01 + 1. 377 6

1. 3 4 8 8

13

1.1186

1.2129

1.1976

1.1990

1.1069

1.0709 *

.7943

F-SUB-Q

1.3856

1.2899

1.3477

1.3207

1.3812

1. 4341..............'. M-SUB-Q

1.9498 14

1. 0 9 4 2

1.13 06

1.125 9

1.10 94

1. 04 5 9 +.7954 *

1.4058

1.3698

1.4066

1.4478

1.4955

1.9473

15 *

.9785 *.9385 *

.9756 *

.8490 *

1.5609

1.6328

1.5944

1.8763

4

..~

w

, --., -.u

.~.n

t, k

l j

MCEl-0400-47 Page 34 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 10able 1 (cont.)

i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation d

FQD / MQD (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 16 OF 18 J

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

C F

E D

C B

A B

1. 08 4 5

1. 3276

1.1771

1. 314 5

1.1107

1.2078

1.2 007

1.1019

1.5840

1.3174

1.5060

1.3128

1.5225

1.3856

1.3803 1.4921

1 9

1.3274

1.1884 ' 1.3287

1.1318

1.3426

1.3233

1.2697

1.0391 1.3176

1.4813

1.3332

1.5253

1.2746

1.2773

1.3150

1.5888

10

1.1772

1.3302

1,1011

1.3212

1.1893

1.3385

1.2453 ' 1.0783 *

...........l'.3317

1.5893

1.3340

1.4822

1.3067

1.3734

1.5555

l 1.5059

11

1.3142

1.1328

1.3233

1.1416

1.3134

1.3277

1.2515 *

.9384 *

1.3131 '.1 5240

1.3319

1.5309

1.3160

1.e.3061 '.1.3960

1.8347

i

..........e....,,..,,,,s....

....e, 12

1.1106

1.3429

1.1892

1.3151

1.0588

1.2619

1.2137 *

. 1. 5227

1.2743

1.4824

1.314~

..................................................... 3287 *

1.5864

1.3454

1 13

1.2077 ' 1.3236

1.3387

1.3279

1.2586

1.1925 *

.8806

F-SUB-Q r

1. 3 857

1. 27 71

1. 3 0 65

1. 3 05 9

1. 3 4 8 9

1 414 9

1. 9314

M-SUB-Q 14

1.2004

1.2696

1.2452

1.2511

1.1646 *

.8817 *

1.3806

1.3151

1.3735

1.3965

1.4732

1.9289

P 15

1.1018

1.0389

1.0783 *.9386

I

.'....................................1.4922

1.5891

1.5555

1.8343

FQD / HRD (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 15 OF 10 NHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1027

1.3638

1.1879

1.3424

1.1122

1.1257 ' 1.2303

1.1422 *

1.5832

1.3449

1.4948

1.3363

1.5187

1.4128 1.3905

1.4842

9

1.3636

1.2007

1.3595 ' 1.1363

1.3753 ' 1.3500 ' 1.3187

1.0679 *

1.3451

1.4753

1.3572

1.5207

1.2903

1.2945

1.3072

1.5950

10

1.1880 ' 1.3611 ' 1.1090

1.3510

1.2016

1.3852

1.

?4

1.1059 *

1.4947

1.3557

1.5813 '.1.3564 '. 1.4655

1.3073

1.3478

1.5654

1 11

1.3421

1.1373

1.3531 ' 1.1495

1.3578

1.3653

1.3004 *-.9613

1

1.3366

1.5194

1.3543

1.5286

1.3328

1.3252

1.3964

1.8502

12

1.1121

1.3756

1.2015

1.3596

1.0841

1.3127

1.2489 *

1.5189

1.2900

1.4657

1.3310

1.5737

1.3570

1.3500

l 13

1.2256

1.3511

1.3854

1.3655

1.3093

1.2274 *

.9031

F-SUE"Q j

1.4129

1.2943

1.3071

.'..........................'....................................1.3250

1.3605

1.3866

1.9735

M-SUB-Q 14

1.2300

1.3186

1.2824

1.3000

1.1983 *

.9043 *

1.3908

1.3073

1.3778 1.3968

1.4968 1.9709

15

1.1421

1 0677

1.1059 *

.9615 *

1.4843

1.5954

1.5653

1.8498

i

4 i

i MCEl-0400-47 t

Page 35 of 153 i

McGuire 2 Cycle 9 Core Operating Limits Report j

l?able 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin)- Normal Operation i

i FQD / MQD (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 14 OF 18

. WHERE: IB e TOP OF CORE AND 1 EOTTOM OF CORE H

O F

E D

C B

A B

1.1011

1.3710

1.1833

1.3462

1.1038

1.2254

1.2365

1.1535

A

1.6185

1.3912

1.5152

1.3913

1.5624

1.4711 1.4375

1,5250

9

1.3708

1.1965

1.3649

1.1288

1.3815 ' 1.3547

1.3345

1.0732

1.3914

1.5014

1.3932

1.5640

1.3384

1.3426

1.3413

1.6477

t 10

1.1834

1.3664

1.1043

1.3561

1.1976

1.3989

1.2924

1.1097 '

'.1.5152

1.3916

1.6139

1.3933

1.4791..*.1.3349

1.4181

1.6180

11

1.3459

1.1298

1.3583

1.1437

1.3693

1.3738

1.3153 *

.9624 *

1.3917 '. 1.5627

1.3911

1.5560

1.3726

1.3639

1.4198 '. 1.9147

12

1.1037

1.3818

1.1974 ' 1.3/11

1.0858

1.3276

1.2545 *

1.5626

1.3381

1.4793 '.1.3708

1.6055

1.4004

1.3961

13

1.2254

1.3550

1.3991

1.3740

1.3241

1.2338 *.. 904 6

F-SUB-Q

1.4712

1.3424

1.3348

1.3637

1.4040

1.4094

2.0543

M-SUB-Q 14

1.2361

1.3344

1.2924

1.3149

1.2037 *

.9058

r

1.4379

1.3414

1.4181

1.4202

1.5479

2.0516

15

1.1534

1.0730

1.1097 *

.9626 *

1.5252

1.6480

1.6179

1.9143

FQD / HQD (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 13 OF 18 WHERE: IB. TOP OF CORE AND 1 = BOTTOM OF CORE

(

H G

F E

D C

B A

8

1.0980

1.3735 + 1.1786

1.3468 ' 1.0967 ' 1.2231 ' 1.2379

1.1572 '

1. 7 02 0

1. 4 4 72

1. 5r 61

1. 4 5 06

1. 6 4 07

1.5435

1.5014

1.5880

f 9

1.3733

1.1920

1 3664 ' 1.1222

1.3833

1.3547

1.3414

1.0730

1.4475

1.5546

1.4424

1.6310

1.3951

1.4032 1.3936

1.7211

10

1.1787

1.3680

1.0994

1.3576

1.1926

1.4044

1.2958

1.1082

i

1.5660

1.4408 *

................... 1. 6740

1.4411

1.5258

1.3736

1.4682

1.6800

11

1.3465

1.1232

1.3598

1.1379

1.3734

1.3760

1.3208 '-.9586 *

1.4509

1.6296

1.4388

1.6088

1.4217

1.4063

1.4535

1.9843

12

1.0966

1.3836

1.1924 ' 1.3752

1.0834

1.3331

1.2531 *

'.1.6409

1.'3948

1.5260

1.4199

1.6824

1.4568

1.4477

i 13

1.2230

1.3550

1.4046 *.1.3762

1 3297

1.2338 *

.9011

F-SUB-Q

1.5436

1.4029

1.3734 + 1.4061 + 1.4605

1.4635 '. 2.1448

M-SUB-Q 14

1.2376

1.3413

1.2958

1.3204

1.2023 *.9022

l

'.1.5018

1.3937

1.4682

1.4540

1.6052

2.1421

15

1.1571 ' 1.0728

1.1063 *

.9588 *

. 1. 5881

1.7215 '.1.6879

1.9839

I i

l f

5

MCEI-0400-47 Page 36 of l53 McGuire 2 Cycle 9 Core Operating Limits Report L

lnable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 12 CF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE h

G F

E D

C B

A 8

1.0971

1.3780

1.1771

1.3498

1.0927 1.2227 1.2404

1.1607 *

1.77b, 1.4994

1.6430

1.5069

1.7269

1.6152

1.5662 1.6534

9

1.3778

1.1907

1.3703

1.1189 ' 1.3869 ' 1.3566

1.3478

1.0733

1.4997

1.6285

1.5009 ' 1.7099

1.4474

1.4600

1.4468

1.7957

10

1.1772

1.3718

1.0970

1.3612

1.1901

1.4102

1.2996

1.1074

1.6429 1.4992

1.7566

1.4965

1.5980

1.4154

1.5155

1.7565

4........................

II

1.3495

1.1198 ' 1.3634

1.1349 ' 1.3780

1.3791

1.3259 '.9555 *

1.5072

1.7004

1.4941

1.6837

1.4664

1.4524

1.4999

2.0537

12

1.0926

1.3872

1.1900

1.3798

1.0020

1.3384

1.2520 '

1.7271

1.4471

1.5982

1.4645

1.7482

1.4944

1.4957

13

1.2226

1.3569

1.4104

1.3793

1.3350

1.2344 *

.8976

F-SUB-Q 1.6153

1.4597

1.4153

1.4522

1.4983 ' 1.5125

2.2196

M-SUB-Q 14

1.2400

1.3477

1.2995

1.3255

1.2013 *

.8987

I 1.5666

1.4470 ' 1.5156

1.5003 ' 1.6584

2.2168 '

l 15

1.1606

1.0731

1 1075 *

.9557

l 1.6535

1.7060

1.7564

2.0533

4 FQD / MOD (3-D) AT: 100% POWER 3C5 EFPD THIS IS LEVEL 11 OF 18 WHERE: 18 = TOP OF CORE AND 1 BOTTOM OF CORE H

G

'F E

D C

B A

8

1.0985

1.3855

1.1787

1.3559

1.0916 ' 1.2248

1.2451 ' 1.1659

1.8707

1.5623

1.7264

1.5679

1.8212

1.6872

1.6313

1.7193

9

1.3853 ' 1.1924 ' 1.3771

1.1185

1.3935

1.3611

1.3563

1.0755

1.5625

1.7163

1.5577

1.7996

1.5040

1.5185

1.5005

1.8703

i a

10

1.1787

1.3767

1.0973

1.3679

1.1906

1.4164

1.3054

1.1086 '

~

1.7263

i

.......... 3.5560 '. 1.0454

1.5505

1.6711

1.4608

1.5600

1.6246

11

1.3556 ' 1.1194

1.3701

1.1346

1.3852

1.3848

1.3329 *..9542 *

1.5682

1.7981

1.5480

1.7701

1.5218

1.5041

1.5418

2.1303

12

1.0915

1.3938

1.1904

1.3870

1.0826 ' 1.3459 ' 1.2531 *

1.8214

1.5036

1.6713 1.5199

1.8329 1.5455

1.5535

13

1.2247

1.3614

1.4186

1.3850

1.3424

1.2371 *.8955

F-suB-Q

1. 6 87 3

1. 5182

1. 4 6 0 6

1. 50 3 9

1. 54 9 5

1. 57 8 5 '.2. 3118

M-sUB-Q 14

1.2447

1.3562

1.3053

1.3325

1.2023 *

.8967 *

'.1.6328

1.5006

1.5601

1.5423

1.7225

2.3088

15

1.1658

1.0753

1.1087 *

.9544 *

[

1.7195

1.8707

1.8245

2.1299

6 l

-,-v

--.r-,.,

r-~

MCEI-0400-47 Page 37 of 153 McGuire 2 Cycle 9 Core Operating Limits Report i

1Dable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / M2D 13-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 10 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1016

1.3956

1.1924

1.3647

1.0927 ' 1.2291

1.2520

1.1733 *

..................... 8943

1.6453 + 2.0053

1.7734

1.7093 *

2.0549

1.6357

1 1.7979

9* 1.3953

1.1963

1.3866

1.1203

1.4028

1.3683

1.3672

1.0797 *

1.6360

1.8812

1.6324

1.9795

1.5758

1.5919

1.5660

1.9592

10

1.1825

1.3P82

1.0995

1.3771

1.1934

1.4292

1.3135

1.1119 *

1.8942

1.6306

2.0279

1.6227

1.8298

1.5229

1.6367

1.9075

11

1.3644

1.1212

1.3793

1.1365

1.3950

1.3931

1.3423 *

.9548 *

................... 1.6201

1.9362 '.1.5815

1.5633

1.6012

2.2295

1.6456

1.9778

12

1.0926

1.4031

1.1932

1.3968 ' 1.0853

1.3558

1.2565 *

2.0055 '.1.5754

1. 8300 '.1.5795

1.9997

1. 6037

1.6130

13

1.2290

1.3686

1.4294

1.3932

1.3523 ' 1.2421

.8953 F-SUB-Q

1.7736

1.5916

1.5227

1.5631

1.6078

1.7137

2.4085

M-SUB-Q 14

1.2517

1.3671

1.3134

1.3419

1.2056 *.8962 *

............... 1

1.6367

1.6017 '.1.7884

2.4054 *

1.7098

1.566 15

1.1732

1.0795

1.1119 *

.9550 *

1.7901

1.9596

1.9074

2.2290

FQD / MQD (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 9 OF 18 WHERE: 18 = 7CP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8* 1.1062

1.4077 ' 1.1880

1.3757

1.0955 ' 1.2354

1.2612

1.1829 *

2.0575

1.6243

1.9169

1.6589

2.0725

1.8452

1.7933

1.8888

9

1.4075

1.2019

1.3983

1.1238

1.4145

1.3778

1.3806

1.0859 *

1.6246

1.8954

1.6338

2.0223 1.6169

1.6594 *

....................................'.................. 1.6391 '.2.0621

10

1.1801

1.3999

1.1035

1.3887

1.1982

1.4427

1.3238

1.1172 *

.........'......... 2.0604

1.6484

1.9057

1.5870

1.7141

2.0054 *

1.9167 1.6319

11 ' 1.3754 ' 1.1248

1.3910

1.1404

1.4074

1.4037 ' 1.3542 *-.9572 *

1.6593

2.0205

1.6458

2.0014

1.6320

1.6307 '. 1.6759

2.3463

12

1.0954

1.4148

1.1981

1.4092

1.0899

1.3603

1.2622 *

......... '......... 1. 9 0 5 9

1. 62 9 9

2 1019

1. 6 6 97

1. 6 8 9 7 *

2.0727 1.6166

13

1.2353 ' 1.3700

1.4429

1.4039

1.3648

1.2493 *

.8962

F-SUB-Q

1.8453

1.6591

1 5868

1.6304

1.6740

1.8250

2.5256

M-SUB-Q 14

1.2609

1.3805

1.3238

1.3538

1.2111 *

.8974 *

1.7938

1.6392

1.7141

1.6764

1.8734

2.5223

15

1.1828

1.0857

1.1172 *

.9574 *

1.8890

2.0625

2.0053

2.3458

t

-e-

l t

i I

i MCEl-0400-47 Page 38 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report 1Eable 1 (cont) 1 Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

I PCD / M2D (3-D) AT: 100% POWER 365 EFPD TH15 IS LEVEL 8 OF 18 WHFRE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE I

H G

F E

D C

B A

i

\\

8

1.1122 ' 1.4221

1.1954

1.3892

1.1002

1.2440

1.2728

1.1949

l

1.9775

1.5547

1.8412

1.5892

1.9978

1.7744

1.7282

1.8182

j l

9

1.4219

1.2094

1.4124

1.1292

1.4289

1.3898

1.3968

1 0943 *

1.5549

1.8207

1.5640

1.9460

1.5485

1.5931

1.5809

1.9815 *

[

10

1.1955

1.4140 ' 1.1092

1.4029

1.2052

1.4590

1.3368

1.1247 *

......................................... 12

1.5220 '. 1.6502

1.9350 *

1,8411

1.5622

1.9817

1.5779

1.83 i

l l

11

1.3689

1.1302

1.4051

1.1461

1.4226

1.4172

1.3689 *

.9615 *

'.1.5895

1.9451

1.5753

1.9242

1.5609

1.5700

1.6229

2.2703

i 12

1.1001 ' 1.4293

1.2051

1.4244

1.0966

1.3836

1.2704 *

1.9980

1.5482 + 1.8314

1.5589

2.0182

1.6107

1.6390

13 ' 1.2439

1.3901

1.4592

1.4174

1.3801

1.2591 *

.8991

F-SUB-Q

1.7745

1.5927

1.5218

1.5697

1.6148

1.7648

2.4523

M-SUB-Q 14

1.2725

1.3967

1.3368

1.3685

1.2189 *

.9003

1.7286

1.5810

1.6582

1.6234

1.8173

2.4491

l

,.........................................,,..........e 15

1.1948

1.0940

1.1248 *

.9617

1.8184 ' 1.9819

1.9349

2.2698

FOD / M2D (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 7 OF 18 WHERE: 18 = TOP CF CORE AND 1 = Bo? TOM CF CORE i

H G

F E

D C

B A

8

1.1201 ' 1.4393

1.2052

1.4057

1.1073

1.2554

1.2875

1.2099

1.9062

1,4909

1.7738 ' 1.5255

1.9193

1.6835 ' 1.6300

1.7141

9

1.4391 1.2192

1.4294

1.1370

1.4468

1.4053

1.4165

1.1052

i

1.4912

1.7537

1.5006

1.8785

1.4815

1.5132

1.4868

1.8720

10

1.2053

1.4310

1.1172 ' 1.4202

1.2150

3.4789

1.3530

1.1350 '

' 1.7737

1.4989

1.9112 ' 1.5130

1.7634

1.4493

1.5656

1.8274

l I

11

1.4054

1.1379

1.4225

1.1545

1.4413

1.4341

1.3071 '-.9681

1.5258

1.8768

1.5106

1.8541

1.4939 ' 1.5038

1.5380

2.1455

l l

12

1.1072

1.4471

1.2149

1.4431 ' 1.1059

1.4025 ' 1.2818

1.9195

1.4812

1.7637

1.4919

1.9395 ' 1.5387

1.5646

13

1.2554

1.4056

1.4791

1.4343

1.3989

1.2720 *

.9042

F-SUB-Q 1.6837

1.5129

1 4491

1.5036

1.5427 ' 1.6910

2.3389

M-SUB-Q 14 1.2871

1.4164

1.3530

1.3867 ' 1.2298 *

.9054 1.6304

1.4870

1.5657

1.5385

1.7348

2.3359

15

1.2097

1.1050

1.1350 *

.96B3

1.7143

1.8723

1.8273

2.1451

1 i

l I

l

1 r

l l

MCEl 0400-47 I

r l

Page 39 of 153 i

McGuire 2 Cycle 9 Core Operating Limits Report

{

lnable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / M2D (3-D) AT: 1004 POWER 365 EFPD THIS 1F LEVEL 6 OF 10 i

WHERE: 18. TOP OF CORE AND 1. BOTTOM OF CORE l

H G

F E

D C

B A

8

1.1307

1.4603

1.2184

1.4263

1.1179

1.2707

1.3050

1.2281

1.6403

1.4259

1.6899

1.4402

1.0150

1.5890

1.5363

1.6153

7 9

1.4600

1 2323

1.4503

1.1481

1.4690

1.4250

1.4401

1.1190 *

1. 4 2 62 '. 1. 6771

1. 4 2 3 9 '.1.7 8 04

1. 3 917

1. 4 2 4 4 + 1. 3 974

1. 7 6 6 3

1.5033

1.3731

1.1484

10

1.2185

1.4520

1.1262

1.4418

1.2287

1.6998

1 4222

1.9161

1.4292

1.6642

1.3584 '.1.4715

1.7254

11 ' 1.4260

1.1491 ' 1.4441

1.1664

1.4644

1.4556 ' 1.4093 *

.9773 *

1.4405

1.7789

1.4269

1.7610

1.4097

1.4113

1.4406

2.0270

l p

12

1.1178

1.4693

1.2266

1.4663

1.1186

1.4257

1.2969

l l

1.8152

1.3914

1. 664 4

1.4 07 9

1 847 0

1.4 4 69

1. 4 68 D

i l

I 13

1.2706

1.4253

1.5035

1.4558

1.4220

1.2889 *

.9117

F-SUB-Q i

(

'.1. 5 8 91

1. 42 41

1. 3 5 8 3

1. 4111 '. 1. 4 5 0 6

1. 5 6 9 4

2. 2 013

M-EUB-Q i

l 14

1.3054

1.4400

1.3731

1.4089

1.2444 *

.9129 *

1.5367

1.3975

1.4715

1.6410

1.6277

2.1985

I

}

.9775

l 15

1.2280

1.1100

1.1484

1.6154

1.7687

1.7253

2.0274

f FQD / MOD [3-C) AT: 100% POWER 365 EFPD THIS IS LEVEL 5OF18 i

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

H G

F E

D C

B A

e ' 1.1447

1.4852

1.2359 ' 1.4511

1.1330

1.2899

1.3272

1.2482 *

}

1.7121 '. 1.3246

1.5789

1.3441

1.7067

1.4993

1.4503

1.5260

j 9

1.4649

1.2498

1.475;

1.1635

1.4957

1.4491

1.4660

1.1346 *

'. 1.3248

1.5651

1.3269

1.6682

1.3027 '.1.3402

1.3165

1.6748

10

1.2360

1.4770 ' 1.1429 ' 1.4678

1.2470

1.5315 ' 1.3964

1.1642 *

1.5788

1.3254

1.7010

1.3321 '. 1.5590

1.2737

1.3857

1.6327

11

1. 4 5 08

1.164 5

1.4702

1.182 9

1. 4 914

1. 4 816

1. 434 3 + -.9862 *

1.3444

1.E668

1.3300

1.6457

1.3133 1.3204

1.3528

1.9219

L 12

1.1328

1.4960

1.2469

1.4934

1.1347

1.4525

1.3153 '

1.7069

1.3024

1.5592

1.3116

1.7203 '

.............................................. 1.3498

1.3811

13

1.2898 ' 1.4494 ' 1.5317

1.4818

1.4488

1.3097 *.9211

F-SUB-Q

1. 4 9 9 4

1. 33 9 9

1. 27 3 6

1. 3 2 02

1. 3 5 3 3

1. 4 8 8 6

2. 07 8 9

M-SUB-Q 14

1.3269

1.4659

1.3963

1.4339

1.2620 *

.9223 *

1.4507

1.3166

1.3057

1.3532

1.5313

2.0762 *

...,..............a......

15

1.2480 ' 1.1343

1.1642 *

.9884 *

1.5262

1.6752

1.6326

1.9215

l l

MCEI-0400-47 Page 40 of 153 McGuire 2 Cycle 9 Core Operating Limits Repon i

Table 1 (cont.)

Core Operating Limits Report i

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin)- Normal Operation FCD / M2D (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 4 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1605

1.5097

1.2563

1.4759

1.1519 ' 1.3104 ' 1.3467

1.2630

1.6102

1.2430

1.4848

1.2641

1.6083

1.4140

1.3736

1.4546

9

1.5095

1,2701 ' 2.4999

1.1821

1.5219

1.4735

1.4863 ' 1.1459

1.2432

1.4709

1.2472

1.5717

1.2250

1.2619

1.2475

1.5997

10

1.2563

1.5016

1.1595

1.4941

1.2682

1.5566

1.4172

1.1772

r 1.4B47

1.2458

1.6039

1.2507

1.4665

1.1986

1.3096

1.5567

11

1. 4 7 5 6

1.1 R 31

1. 4 9 65

1. 2 02 8

1. 516 6

1. 507 4

1. 4 5 4 7 *.9961

1.2644

1.5704

1.2487

1.5469

1.2327

1.2394

1.2784

1.8376

12

1.1517

1.5223 ' 1.2680 ' 2.5186

1.1515

1.4763

1.3314 *

1.6085

1.2248

1.4667

1.2311

1.6169

1.2665

1.3077

13

1.3103

1.4738

1.5568

1.5076 ' 1.4725

1.3297 *

.9283

F-SUB-Q

1.4141

1.2617

1 1985

1.2392

1.2697

1.3997

1.9813

M-SUB-Q 14

1.3464

1.4862

1.4171

1.4543

1.2775 *.9295

l

'.1.3739

1.2476

1. 3097

1.2787

1.4500

1.9768

15

1.2628

1.1457

1.1773 *.9963 *

1.4547

1.6000

1.5567

1.8373

i FQD / MOD (3-D) AT: 100% FOWER 365 EFPD THIS IS LEVEL 3OF18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A i

1 8

1.1681

1.5132

1.2679

1.4803

1.1658

1.3174

1.3451

1.2488 *

1.5434

1.1954

1.4205

1.2168

1.5364

1.3595

1.3293

1.4250

i 9

1.5130

1.2816

1.5032

1.1937

1.5258

1.4792

1.4736

1.1338 *

................... 1.2007

1.5041 '.1. 1798

1.2142

1.2158

1.5668 *

1.1956

1.4069

10

1.2679

1.5049

1.1676

1.5005

1.2800

1.5527

1.4146 ' 1.1689 *

,..... 4

1.19 9 3

1. 53 8 6

1. 2 015 + 1. 4 0 3 4 '.1.15 9 7

1. 2 671

1. 519 2 *

1.420

.........e.........,e.e....,......e..e, 11

1.4800

1.1947

1.5029

1.2164

1.5161

1.5120

1.4441 *..9843 *

1.2170

1.5028

1.1996

1.4767

1.1889

1.1914

1.2429 '. 1.8021

12

1.1657 1.5261

1.2798

1.5181

1.1562

1.4719 ' 1.3245 '

1.5366

1.1795

1.4036

1.1874

1.5531

1.2238

1.2690

13

1.3173 ' 1.4795 ' 1.5529

1.5122 ' 1.4681

1.3299 *. 9167

F-SUB-Q

1. 3 5 9 6

1. 214 0

1.15 9 5

1.1912

1. 227 0

1. 3 4 9 4

1. 93 4 3

M-SUB-Q 14

1.344B

1.4735

1.4145

1.4436

1.2708 *

.9199 *

1.3297

1.2159

1.2672

1.2432

1.407.0

1.9319

15

1.2487

1.1336 ' 1.1689 *

.9845 *

1.4252

1.5671

1.5191

1.6017

s h

I I

. = -.

i MCEI-0400-47 Page 41 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report l

l ifable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation r

FQD / M20 (3-D) AT: 100% POWER 365 EFPD THIS IS LEVEL 2 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM CF CORE i

i H

G F

E D

C B

A I

8* 1.1247

1.4249

1.2210

1.3954

1.1335

1.2545

1.2614

1.1399

1.5634

1.2366

1.4390 1.2583

1.5426

1.3927

1.3825

1.5235

9

1.4247

1.2342

1.4154

1 1540

1.4346

1.3995

1.3555

1.0436

1.2369

1.4249

1.2427

1.5184

1.2229

1.2510

1.2884

1.6619

i i

10

1.2210

1.4170

1.1256

1.4166

1.2325

1.4431

1.3235

1.0824 1.4389

1.2413

1.5573 1.2400

1.4218

1.2155

1.3200

1.6016

l t

11

1.3951

1.1550

1.4188

1.1805

1.4100

1.4262

1.3293 *

.9051

1 1.2586

1.5171

1.2380

1.4842

1.2380

1.2300

1.3154

1.9138

12

1.1334

1.4349

1.2323

1.4199

1.1057

1.3658

1.2309

l 1.5427 1.2227

1.4220

1.2364

1.5831

1.2817

1.3312

13

1.2544

1.3998

1.4433 ' 1.4264

1.3623

1.2477 *. 84 82

F-SUB-Q l

1. 3 92 8

1. 2 5 0 8

1. 215 4

1. 22 9 9

1.2 87 0

1. 4 0 0 9

2. 04 5 0

M-SUB-Q 14

1.2610

1.3554

1.3235

1.3289

1.1810 *

.8493 *

.............................. 158

1.4760

2.0424

1.3829

1.2885

1.3200

1.3 15 ' 1.1398

1.0434

1.0824 '

.9053 *

1.5236

1.6623

1.6016

1.9135

i FQD / M2D (3-D) AT: 100% POWER 365 EFFD THIS IS LEVEL 1 OF 18 WEERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.8743

1.0711 *

.9408

1.0542 *.8916 *

.9367 *.9222 *

.7860 *

1. 9 8 03

1. 618 D

1. 83 86

1. 6387

1. 9317

1. 83 50

1. 859 9

2.1743

9

1.0709 *

.9509

1.0666 *

.8985

1.0711

1.0364

1.0193 *

.7394 *

1.6182

1.8205 1.6222

1.9210

1.6110

1.6612 1.6853

2.3091

10 *

.9400

1.0678 *

.8804

1.0401 *.9518

1.0899 *

.9647 *

.7697 *

1.8385

1.6204

1.9609

1.6609

1.8124

1.5624

1 7805

2.2175

11

1.0540 *

.8993

1.0417 *

.9292

1.0671

1.0516 *.9808 *..6399 *

1. 63 91

1. 9193

1. 6582

1. E565

1. 6177

1. 63 93 '.1.752 6

2. 6 6 66

12 *

.8915

1.0713 *

.9517 ' 1.0685 *

.8552 *

.9960 *

.8850 *

1.9320

1.6107

1.8126

1.6156

2.0144

1.7298

1.8212

13 *

.9366

1.0366

1.0901

1.0518 *

.9934 *

.9109 *.6009

F-SUB-Q

1. 8351

1.66 00

1.5822

1.63 91

1.73 43

1. 8 8 66

2. 84 32

M-SUB-Q 14 *.9220

1.0192 *

.9646 *

.9505 *

.8492 *

.6017

1.0603

1.6855

1.7805

1.7532

2.0193

2.8395

15 *

.7859 *

.7393 *

.7697 *

.6400 *

2.1745

2.3095

2.2173

2.6661 *

/

I l

-. -A

1 i

MCEl-0400-47 Page 42 of 153

)

McGuire 2 Cycle 9 Core Operating Limits Report l

1rable 1 (cont.)

1 Core Operating Limits Report j

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation t

i FDD / M2D (3-D) AT: 75% POWER 4 ETPD THIS IS LEVEL 18 OF 18 i

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

.3809 *

.7431 *.7299 *.8702 *

.7637 *.7957 *.7509 *.6015

2.0318

1.6305

1.82B6

1.5449

1.7625

1.7054

1.8094

2.2478

t 9*

.7422 *.7109 *.8651 *

.7390 *.8757 *

.8473 *.8327 *

.5743 *

...........................'.........'.................'......... 2 3466 *

1.6323

1.8687

1.5464 1.8150 1.5402

1.5999 1.6281

I 10 *

.7296 *

.8676 *.7033 *.8169 *.7226 *

.8391 *.7168 *

.5686

i

1.8294

1.5419

1.9002

1.6306

1.8504

1.6038

1.8814

2.3617

11 *

.8695 *

.7403 *

.8190 *

.6845 *.7149 *.7083 *.6928 *

.4753 *

.............................................. 1 8469

1.9318

2.8076

1.5462

1.8116

1.6343

1.9392

1.6998

i 12 *.7630 *.8760 *.7225 *.7146 *.3245 *.5596 *.5949

1.7624

1.5397

1.8504

1.7004

2.2366

1.9693

1.9733

i 13 *

.7955 *

.8476 *.8386 *.7082 *.5566 *.5357 *

.3721

F-SUB-Q f

1.7060

1.5992

1.6046

1.8469

1.9801

2.1429

3.2406

M-SUB-Q k

14 *

.7501 *.8325 *

.7168 *.6923 *.5686 *

.3740

l

1.8111

1.6286

1.8815

1.9333

2 1961

3.2241 *

.4751

15 *

.6014 *

.5741

.5684

2.2493

2.3477

2.3624

2.8092

I FOD / MgD (3-D1.AT:

75% POWER 4 EFFD THIS IS LEVEL 17 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE F

i H

G F

E D

C B

A t

B*

.5033

1.0306

1.01,;

1.1967

1.0402 + 1.1672

1.1052 '

.5660 *

'.2.8647

1.4777 * *.6633

1.4151

1.6251

1.4563

1.5385

1.7514

9

1.0295 *

.9807

1.1958

1.0006

1.2247 ' 1.2295

1.1440 *.8559

i

1.4793

1.6990

1.4127 '.1.6742

1.3848

1.3824 '.1.4864

1.9716 *

..,e,...............

10

1.0124

1.1993 *.9629 ' 1.1906 *.9980

1.1444

1.0543 *

.6630

j 3.6641

1.4086

1.7495

1.4161

1.6867

1.4804 ' 1.6051

1.9501

11

1.1957

1.0105 ' 1.1938 *.9283 *.9713

1.0399

1.0233 *..7151

1.4162

1.6711

1.4123

1.8036

1.5715

1.5807

1.6457

2.3445

12

1.0402

1.2251 *

.9980 *

.9709 *.4343 *

.8435 *.9025

1.6250

1.3844

1.6867

1

.............................. 5 7 21

2. 0 312

1. 6 5 2 3

1. 6 410

13

1.1668

1.2300 ' 1.1438

1.0398 *.8389 *

.8197 *.5688

F-SUB-Q

'.1.4568

1.3819

1.4811

1.5807

1.6613

1.7725

2.6812

M-S"B-Q 1

14

1.1042

1.1436

1.0543

1.0225 *.8627 *.5717 *

)

1.5399

1.4869

1.6052

1.6470

1.8263 2.6676

15 *

.9658 *

.8555 *

.8627 *.7147

I 1.7518

1.9725

1.9507

2.3459

MCEl-0400-47 Page 43 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / M2D (3-D) AT: 75% PDWER 4 EFPD THIS IS LEVEL 16 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CCRE H

G F

E D

C B

A 8*

.5664

1.1995

1.1382

1.3699

1.1486

1.3364

1.2824

1.1679 *

1. 84 B 8

1. 42 6 0

1. 6 5 8 4

1. 3 82 4

1. 63 3 5

1. 4113

1. 4 6 83

1. 6 02 3

f 9

1.1982

1.1162 ' 1.3779

1.1194

1.4151

1.4165

1.3491 *

.9987 *

..................'......... 1. 6812

1.3363

1. 3333 + 1.3992

1.8722

1.4276

1.6797 1.3771

10

1.1377

1.3819

1.0760

1.3798

1.1231

1.3461

1.2360

1.0110 *

1.6592

1. 3730

1.7493

1.3681

1.6697

1.4027

1.5220

1.8478

11 ' 1.3688

1.1216

1.3834

1.0351

1.1353

1.2253

1.2369 *.8385

1.5115 2.2192 *

1.3835

1.6780

1.3645

1.8118

1.5071

1.5001

=

12

1.1487

1.4155

1.1231

1.1349 *

.4999

1.0330

1.0788

I 1.6697 1.5076

1.9773

1.5280

1.5442 *

1.6334 '.1.3359 *..........................'....................................

13

1.3360

1.4171

1.3454

1.2252

1.0274 *

.9897 *.6788

F-SUD-Q

1.4117

1.3328

1.4034

1.5001

1.5363

1.6556

2.5367

M-SUB-Q 14

1.2811

1.3487

1.2359

1.2379

1.0312 *.6823

i

1.4697

1.3996

1.5221

1.5127

1.7185 '.2.5258

15

1.1677 *.9983

1.0107 *

.8380 *

1.6026

1.8731

1.84B4

2.2205

i FCD / MOD (3-D) AT: 75% POWER 4 EFPD THIS is LEVEL 15 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.6597 ' 1.3323 ' 1.2143

1.4679

1.2051

1.4300

1.3848

1.2839 '

1.8116

1.4265

1.6371 '.1.3927

1.6048

1.4118

1.4538

1.5556

9

1.3308

1.2019 ' 1.4881

1.1796

1.5260

1.5254

1.4751

1.0797 *

1.4302

1.6459

1.3904

1.6582 1.3284

1.3254

1.3689

1.8492

10

1.2138

1.4924 ' 1.1424

1.4933

1.2019

1.4787

1.3517

1.0959 '

1.6378

1.3863

1.7245

1.3707 '. 1.6199

1.3696

1.4861

1.8160

11

1.4667 + 1.1B19

1.4973 ' 1.1093

1.2694

1.3618

1.3856 *.9129 *

1.3938

1.6551

1.3670

1.7732

1.4927

1.4760

1.4519

2.1753

12

1.2052

1.5265

1.2019

1.2690 *

.5961

1.1961

1.2089 '

1.6047

1.3279

1.6200

1.4932

1.9018

1.4835

1.5181

13

1.4295

1.5260

1.4779

1.3617

1.1896

1.1274

7 607

F-SUB-Q

1. 412 3

1. 3 2 4 9

1. 37 03 '.1. 4 7 60

1. 4 916

1. 5 62 4

2. 5111

M-SUB-Q 14

1.3835

1.4747

1.2516

1.3846

1.1555 *

.7646 *

1.4552

1.3693

1 4062

1.4530

1.6895

2.4984

15

1.2836 ' 1.0792 ' 1.0955 *.9124 *

1.5559

1.8501 '. 1.8165

2.1765

1 e

n-

-oa w

w-r-<

n, e

MCEI-0400-47 Page 4Lt of l53 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

i l

FQD / M2D 13-D) AT: 75% FDWER 4 EFPD THIS IS LEVEL 14 OF 18 j

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.0212

1.5074

1.2811

1.5360

1.2450

1.4937

1.4528

1.3568

1.5723

1.8588

1.4821

1.6823

1.4482

1.6429

1.4502

1.4834 9

1.5057

1.2878

1.5714

1.2236 ' 1.6029

1.6015

1.5592

1.1314

1.4837

1.6811

1.4472

1.7019

1.3700

1.3581

1.3877

1.8864

10

1.2005

1.5759

1.1930

1.5788

1.2704

1.5791

1.4363

1.1527 *

........................................................ 5130

1.8564 *

1.6831

1.4429

1.7654

1.4148

1.6532

1,4006

1 11 1.5347

1.2259 ' 1.5830

1.1857

1.4404

1.4908

1.5004 *

.9656 *

1.4494

1.6987

1.4111

1.0105

1.5258

1.4980

1.4776

2.2410

12 ' 1.2450

1.6035

1.2703

1.4399 *

.9507

1.4003

1.3300

j

1.6429

1.3696

1.6532

1 5263

1.9156 '.1.5028

1.5455

13 ' 1.4932

1.6021

1.5782

1.4908

1.3927

1.2701 *.8357

F-SUS-Q

1. 4 5 0 6

1. 3 57 5

1. 4 014

1. 4 9 8 0

1. 5110

1. 55 8 0

2. 572 0

M-SUB-Q 14

1.4514

1.5587

1.4363

1.4993

1.2713 *

.8399 *

1.4848

1.3801

1.5131

1.4788

1.7200

2.5590

15

1.3565

1.1309

1.1523 *

.9651 *

1.5726

1.8872

1.8570

2.2423

6 PQD / MQD (3-D) AT: 75% POKER 4 EFPD THIS IS LEVEL 13 OF IB WHERE: 18 = TOP OF CORE AND 1 = BO'FTOM OF CORE H

G F

E D

C B

A

[

8

1.1783

1.6221

1.3302

1.5855

1.2745

1.5404

1.5013

1.4061 *

1.9902

1.5734

1.8089

1.5582 + 1.7624

1.5391

1.5594 + 1.6404

9

1.6203

1.3507

1.6332 + 1.2564

1.6593

1.6579

1.6185

1.1665 *

1.5751

1.7754

1.5591

1.0334 '. 1.4625

1 4409

1.4564

1.9878

10

1.3296

1.6380

1.2309

1.6435

1.3215

1.6541

1.4993

1.1927 *

1.8096

1.5546

1.6990

1.5159

1.7714

1. 4853

1.5974

1.9651

11

1.5843

1.2588

1.6479

1.2427

1.5557 ' 1.5894

1.5874

1.0037 *

1.5594

1.8299

1.5119

1.8938

1.5964

1.5534

1.5569

2.3865

12

1.2745

1.6598

1.3215

1.5551

1.1113

1.5427

1.4214

I

1.7 62 4 + 1. 4 62 0

1.7714

1. 5 97 0

2. 0215

1. 5 672..*. 1. 6101

l 13

1.5399

1.6586

1.6532

1.5694

1.5344 ' 1.3794 *

.8937

F-SUB-Q

1.5396

1.4404 '.1.4861

1.5535

1.5758

1.6216

2.6951

M-sUB-Q 1

14

1.4999

1.6180

1.4993

1.5862

1.3587 *.8982

l

1.5608 1.4588

1.5974

1.5581

1.7919

2.6814 *

......,,s

......,.e......,......,...........,e,..

i 15 ' 1.4058

1.1660 ' 1.1924

1.0032

1.9887

1.9657

2.3878

I 1.6408 j

i l

J i

i MCEI-0400-47 i

Page 45 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation P

FQD / M2D 13-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 12 OF 16 WHERE: 18 = TOP OF CORE AND 1 = BOT 10M OF CORE i

H G

F E

D C

B A

6

1.2367

1.6B52

1.3604 ' 1.6168

1.2934 ' 1.5727

1.5350

1.4396 *

2.1439

1.6775

1.9516

1.7041.*. 1.9379

1.6636

1.6733

1.7495

9

1.6833

1.3879

1.6744

1.2775

1.6983

1.6978

1.6595

1.1894

i l

1.6794

1.9132

1.6896

2.0243

1.5879

1.5563 '. 1.5639

2.1350

10

1.3598

1.6793 ' 1.2553

1.6883

1.3541

1.7063

1.5436

1.2193 *

1.9524

1.6846

2.0979

1.6516

1.9176

1.6032

1.7176

2.1162

11

1.6175

1.2799

1.6928

1.2773

1.6222

1.6552

1.6483

1.0287 *

1.7054

2.0205

1.6472

2.0315

1. 6852

1.6339

1 6340

2.5815

12

1.2934

1.6989 ' 1.3540 ' 1.6216 ' 1.1765

1.6291 ' 1.4805 *

1.9378

1.5874

1.9176

1.6858

2.1432

1.6365

1.6938

13

1.5722

1.6984

1.7054

1.6551

1.6202

1.4499 *. 9 310

F-SUB 0

1.6642

1.5557

1.6041

1 6340

1.6454

1.7053

2.8309

M-SUB-Q 14 ' 1.5335

1.6591

1.5435

1.6470 ' 1.4152 *

.9358 *

1.6749 '. 1.5644

1.7177

1.6353

1.8851

2.8245

15 ' 1.4394

1.1689

1.2189

1.0281 *

1.7498

2.1360

2.1169

2.5830

I FQD / M2D (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: 18 = TOP OF CORE AND 1 = POTTOM OF CORE H

G F

E D

C B

A 8

1.2583

1.7168

1.3743

1.6370

1.3014

1.5915

1.5553 ' 1.4603 *

2.3316 + 1.8083

2.1277

1.8704

2.1542

1.8173

1.8166

1.8887

9

1.7148

1.4052

1.6971 + 1.2867

1.7216

1.7221

1.6850

1.2017

t

'. 1.8104

2.0858

1.8219

2.2437 + 1.7395 '. 1.6978

1.6957

2.3179 '.

10 ' 1.3737

1.7020

1.2666

1.7151

1.3707

1.7387 ' 1.5710

1.2337 '

2.1286 '.1.8166

2.2911

1.7687

2.0713

1.7076

1.8630

2.3005

11

1.6357

1.2B91

1.7196

1.2938

1.6500

1.6947

1.6668

1.0418 *

1.0719

2.2395

1.7640 '.2.2058

1.0014 '. 1.7400

1.7302

2.7721

12

1.3014

1.7221

1.3706

1.6575

1.2051

1.6793

1.5134 *

2.1541

1.7389

2.0713

1.0020

2.3095

1.7353

1.8059

13

1.5910

1.7227

1.7378

1.6946

1.6701

1.4901 *.9508

F-SUB-Q

1.8179

1.6971

1.7085

1.7400

1.7448

1.8254

3.0330

M-SUB-Q 14 ' 1.5539

1.6845

1.5709

1.6855

1.4467 *.9556 *

1.8183

1.6962

1.8631

1.7316

2.0098

3.0177

15

1.4600

1.2011

1.2333

1.0412 *

1.6890 '. 2.3169

2.3012

2.7737 *

+

i l

L MCEI-0400-47 Page 46 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report I

1rable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 75% FOWER 4 EFFD THIS IS LEVEL 10 OF 10 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE j

H G

F E

D C

B A

8

1.2615

1.7274

1.3750

1.6413

1.2989

1.5974

1.5632

1.4692 *

2.4281

1.8125

2.2251

1.9044

2.3558

1.9634

1.9945

2.0629 '

l 9

1.7255

1.4073

1.7039

1.2848

1.7303

1.7319

1.6962 ' 1.2041 *

1.8145

2.1752

1.0351

2.3803

1.0103

1 8128

1.0535

2.5431

10

1.3744

1.7089

1.2664

1.7260

1.3738

1.7541

1.5834

1.2370

j

2.2260

1.8297

2.4146

1.8142 '.2.2340

1.7934

1.9891

2.5237

j 11

1.6400

1.2872

1.7306

1.2961

1.6728 ' 1.7138

1.7066

1.0444

I

1.9060

2.3759

1 8093

2. 3670

1.8812

1 8410

1.8488

2.9983

12

1.2989

1.7309

1.3738

1.6722 ' 1.2146

1.7050

1.5263

j

2.3557

1.8097

2.2340

1.8818

2.5407

1.8525

1.9412

13 ' 1.5969

1.7326

1.7531

1.7138

1.6957

1.5081 *

.9569

F-SUB-Q i

1.9640

1.8121

1 7943

1.8410

1.8626

2 0487

3.2749

M-SUB-Q t

14

1.5617

1.6957

1.5834

1.7053

1.4590 *

.9618 *

1.9964

1.8540

1.9891

1.8502

2.1604

3.2583

15

1.4689

1.2035

1.2366

1.0438 *

2.0633

2.5443

2.5245

3.0001

FQD / MOD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 9 OF 18 WHERE: 18 TOP OF CORE AND 1 = BOTTOM OF CORE 4

H G

D C

B A

.......................F.......E 8

1.2524

1.7226

1.3646

1.6332 + 1.2865

1.5909 ' 1.5591 ' 1.4671 *

2.4 618

1.7 9 3 9 '.2.2564

1. B87 9

2.3 93 0

1.9383

1. 967 9 '. 2.07 81

9

1.7206

1.3975

1.6972

1.2730

1.7257

1.7282

1.6942

1.1973 *

................................................. 9 4 0

1. 8 2 7 2

2. 5 6 0 0 *

1.7960

2.2050

1.8177

2.4171

1.7916

1.7.......................

10

1.3640

1.7022

1.2561

1.7229

1.3653

1.7545

1.5824

1.2302 *

2.2574

1.8124

2.4496

1.7941

2.2640 1.7717

1.9666

2.5294

q 11

1.6319

1.2754

1.7275

1.2868

1.6714

1.7163

1.7106 '-1.0378

l J

1.8994

2.4126

1.7893

2.4012

1.8608

1.8183

1.8254 '. 3.0044

12

1.2866

1.7263

1.3653

1.6708

1.2109

1.7123

1.5233 '

'.2.3929

1.7910

2.2641

1.8614

2.5705

1.8279 + 1.9315

13

1.5904

1.7288

1.7535

1.7162

1.7030 ' 1.5091 *

.9524 ' F-SUB-Q

1.9369

1.7933

1.7726

1.8183

1.8379

2.0746

3.2908

M-SUB-Q 14 ' 1.5576

1.6937

1.5823

1.7092

1.4561 *.9572 *

1.9698

1.8277

1.9666

1.8269

2.1496

3.2741

15

1.4668

1.1967

1.2298

1.0372 *

2.0785

2.5612

2.5302

3.0061

i MCEI-0400-47 Page 207 of 153 McGuire 2 Cycle 9 Core Operating Limits Report i

1rable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 75% PDWER 4 EFPD THIS IS LEVEL 8 OF 18 WHERE: 16 = TOP OF CORE AND 1 = BOTTOM OF CORE l

H G

F E

D C

B A

j 8

1.2338

1.7051

1.3446

1.6137

1.2652

1.5727

1.5433

1.4540

2.4605

1.7840

2.2128

1.8359

2.2908

1.8591

1.8810

1.9696

9

1.7032

1.3776

1.6785

1.2523

1.7086

1.7115

1.6794

1.1815

1.7860

2.1770

1.7797

2.3482

1.7341

1.7293

1.7410

2.4252

10 ' 1.3440

1.6834

1.2369

1.7072

1.3465

1.7410

1.5687

1.2138 *

.................................... 2.2075

1.7250 '.1.9035 '.2.3999

2.2138

1.7746

2.3862

1.7515

11

1.6124

1.2547

1.7117

1.2676 ' 1.6561

1.7041

1.7000

1.0228

l

1.8374

2.3438

1.7469

2.3531

1.0349

1.7907

1.7775

2.8857

l 12

1.2652

1.7091

1.3465

1.6555 + 1.1966

1.7040

1.5067 *

[

2.2907 '.1.7335

2.2076

1.8356

2.5606

1.8052

1.8889

13

1.5722 + 1.7121

1.7401

1.7041

1.6948

1.4961 *

.9391

F-SUB-Q

1. 0 5 9 7

1.72 07

1. 72 6 0 '.1.7 9 0 8

1 8151

2. 0 415

3.2 02 5

M-SUB-Q 14

1.5418

1.6789

1.5686

1.6987

1.4403 *

.9439 *

1.8828

1.7415

1.9036

1.7789

2.2022

3.1863

15 ' 1.4537

1.1810

1.2135

1.0222

1.9700

2.4263

2.4006

2.8873

3 FCD / MDD (3-D) AT: 75% POWER 4 ETPD THIS IS LEVEL 7 CF 18 WHERE: 18 = TCP CF CORE AND 1 = BOTTOM CF CORE r

H G

F E

D C

B A

I 8

1.2073

1.6767

1.3162

1.5837

1.2354 ' 1.5428

1.5154

1.4294

2.2980

1.6536

2.0464

1.6834

2.1246

1.7247

1.7501

1.8363

9

1.6748

1.3492

1.6491

1.2237

1.6794

1.6819

1.6514 ? 1.1567

1.6555

2.0254

1.6379 *

............................ 2.1605

1.5945

1.5972

1.6150

2.2672

10

1. 3157

1. 6 53 9

1. 2 0 9 0

1. 67 9 6

1. 3181

1. 714 0

1. 5 4 2 3

1.1 B 8 0 *

2.0473

1.6332 '. 2.1975

1.6122

2.0486

1.5949 '.1.7569

2.2329 +

11

1.5824

1.2260

1.6841

1.2394

1.6280

1.6779

1.6752 *-.9998

l

'.1.6847

2.1564

1.6079 '.2.2007

1 7119

1.6720

1.6554

2.6873

l 12

1.2354

1.6800

1.3100

1.6274

1.1726 ' 1.6811

1.4775

l

2.1245 '. 1.5940

2.0487

1.7126

2.3936

1.6824

1.7735

j 13

1.5423 ' 1.6825

1.7131

1.6779

1.6720

1.4702 *. 917 9

F-SUB-Q

1.7253

1.5966

1.5958

1.6720 '. 1.6916

1.9104

3.0170

M-SUB-Q 14

1.5140

1.6509

1.5422

1.6739

1.4123 *.9226 *

1.7510

1.6154 1.7570

1.6567

1.9738

3.0017

15

1.4291

1.1561

1.1876 *

.9992 *

1.8367

2.2683

2.2336

2.6889

6 y

.mv y,,

y

..r,,,-

,w,,,

,m~._

e.

-.y-

,c.,

MCEl-0400-47 Page 48 of l53 l

McGuire 2 Cycle 9 Core Operating Limits Report 1 Fable 1 (cont) i l

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation r

r FQD / MOD (3-D1 AT: 75% POWER 4 EFPD THIS IS LEVEL 6OFIB

(

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A l

l 8

1.1737

1.6381

1.2005

1.5437 ' 1.1976

1.5006

1.4744

1.3916

2.1074

1.5117

1.8903

1.5682

2.0010 ' 2.6246

1.6537

1.7390

l 9

1.6362

1.3132 ' 1.6094

1.1877

1.6380 ' 1.6388

1.6088

1.1217

1.5134

1.0559

1.5136

2.0210

1.4900

1.4987

1.5221

2.1534

10

1.2799

1.6141

1.1753

1.6403

1.2804

1.6724 ' 1.5021

1.1521

I 1.8911

1.5092

2.0463

1.4931

1.9065

1.4849

1.6463

2.1121 *

[

11

1.5425

1.1899

1.6447 ' 1.2028

1.5868

1.6371

1.6347 *

.9682 *

................................................... 6 '. 1 5343

2.5307

1.5695

2.0172

1.4851

2.0324

1.5e13

1.544 12

1.1977

1.6386

1.2804

1.5863

1.1388

1.6425 ' 1.4351

2.0010

1.4895

1.9066

1.5819

2.2242

1.5626

1.6521

13

1.5003

1.6394

1.6715

1.6371 ' 1.6336

1.4309 *

.8886

F-SUB-Q

1. 6251

1. 4 982

1. 4 857

1. 54 4 6

1. 5711

1.7 821

2. 82 69

M-SUB-Q I

14

1.4730

1.6064

1.5020

1.6334

1.3718 *.8931 *

1.6553

1.5226

1.6464

1.5355

1.0386

2.8126 *

{

15

1.3913

1.1212

1.1517 *

.9676 *

1.7394

2.1544

2.1128

2.5322

FQD / MQD (3-0) AT: 75% POWER 4 EFPD THIS IS LEVEL 5 OF 18 I

WHERE: 18 = TOP CF CORE AND 1 : BOTTOM OF CORE H

G F

E D

C B

A B

1.1332

1.5884

1.2376

1.4930

1.1523

1.4447 ' 1.4175

1.3368

l

1.9642

1.4140

1.7900

1.4923

1.9218

1.5622

1.5965

1.6844

9

1.5866

1.2700

1.5586

1.1446

1.5829

1.5802

1.5482

1.0745 *

1.4156

1.7491

1.4322

1.9305

1.4225

1.4368

1.4672

2.0910

l 4

10

1. 2 3 71

1. 5 6 31

1.13 32

1. 58 81

1. 2 3 3 3

1. 613 4

1. 4 4 51 + 1.104 2 *

1.7908

1.4241

1.9492

1.4156

1.0190

1.4177

1.5804

2.0437

11

1.4918

1.1468

1.5924

1.1582

1.5308

1.5792

1.5748 '-.9264 *

1.4935

1.9269

1.4118

1.9311

1.4933

1.4626

1.4630

2.4439

i 12 ' 1.1523

1.5834

1.2333 + 1.5302

1.0943

1.5849 ' 1.3772

i

1.9210

1.4220

1.8190

1.4938

2.0869

1 4672

1.5711

i 13

1.4443 ' 1.5808

1.6125

1.5792

1.5763

1.3762 *. 84 99

F-SUB-Q l

1.4362

1.4185

1.4627 2.4752

1.6793

2.6918

M-SUB-Q j

1.5627

14

1.4162

1.5477

1.4451 + 1.5736

1.3165 *

.8542 *

1.5980 '.1.4676

1.5805

1.4641

1.7485

2.6782

i 15

1 3365

1.0740

1.1039 *

.9259

i l

1.6848

2.0920

2.0443

2.4454

l i

1 l

9

{

MCEl-0400-47 1

i Page 49 of 153 j

McGuire 2 Cycle 9 Core Operating Limits Report 1

Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

FOD / M2D (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: 10 : TCP OF CORE AND 1. BOTTOM OF CORE i

H G

F E

D C

B A

l B ' 1. 0 8 4 3

1. 522 6

1.18 62

1. 427 6

1. 09 8 8

1. 3713

1. 3 3 92

1.256 9

l l

1.9027

1.3688

1.7408

1.4583

1.8887

1.5430

1.5873

1.6862

9

1.5209

1.2178

1.4919

1.0936

1.5087

1.5011

1.4616

1.0102 *

1.3704

1.6967

1.3947

1.8894

1.3963

1.4165

1.4593

2. 0936

l 10

1.1857

1.4962 ' 1.0817 ' 1.5180

1.1751

1.5298

1.3655

1.0404

1.7416

1.3906

1.9065

1.3813

1.7836

1.3978

1.5662

2.0381

i 11

1.4265 ' 1.0957

1.5220

1.1047

1.4545

1.4984

1.4867 *

.8708 *

1.4595

1.0859

1.3776 '. 1.8877

1.4622

1.4346

1.4467

2.4381

12

1.0989

1.5092

1.1750

1.4540

1.0361

1.4998

1.2984 *

1.8886

1.3958

1.7837

1.4627

2.0449

1.4378

1 5518

i l

I 13

1.3709

1.5017

1 5290

1.4984

1.4917

1.3005 *

.7988 ' F-SUB-Q

1. 54 3 5

1. 416 0

1. 3 9 85

1. 4 3 4 7

1. 4 4 5 6

1. 64 8 3

2. 6 6 4 8

M-SUB-Q l

.8029

14

1. 3 37 9

1. 4 612

1. 3 6 5 5

1. 4 85 6 + 1. 2 411

'. 1.5888

1.4598

1.5663

1.4478

1.7270

2.6513

15

1.2566

1.0098

1 0400 *

.8703 *

1.6865

2.0945 '. 2.0387

2.4396

i l

l FDD / M2D (3-D) AT: 754 P?WER

. 4 EFFD THIS IS LEVEL 3 CF 18 WHERE: 18 = TOP OF CORE AND 1 = Bo? TOM DP CORE J

H G

F E

D C

B A

4........................................................................

1.4243

1.1180

1.3334

1.0323

1.2689

1.2263

1.1339

8

1.0204 1.9143

1.3843

1.7519

1.4822

1.9126

1.5853

1.6497

1.7819

9

1.4227

1.1482

1.3937

1.0286

1.1000

1.3877

1.3324 *

.91B3 '

1.3858

1.7053

1.4152

1.9090

1.4288

1.4556

1.5234

2.1967

10

1.1175

1.3978

1.0143

1.4138

1.0989

1.4050

1.7500 *

.9498

1 1.7527

1.4111

1.9307

1.4058

1.8111

1.4443

1.6255

2.1268

11 ' 1. 3 32 3

1. 03 0 6 ' 1. 417 6

1. 0 37 4

1. 3 4 4 4

1. 3 8 03 ' 1. 3 511 * ~.7924

1.4834

1.9054

1.4020

1.9073

1.4985 ' 1.4745

1.5098

2.5506

12

1.0324

1.4004 + 1.0989

1.3440 *.9580

1.3687

1.1849

1.9126 ' 1.4283

1.8111

1.4990

2.0940

1.4894

1.6118

13 ' 1.2685

1.3883

1.4043

1.3003

1.3612

1.1901 *

.7274

F-SUB-Q

1. 585 8

1. 4 550

1.4 4 51

1. 4 74 5

1.4 97 5

1.7 037

2.774 8

M-SUB-Q 14 ' 1.2252 ' 1.3320

1.2499

1.3501

1.1327 *

.7311

1.6513

1.5239

1.6256

1.5110

1.7938

2.7600

15

1.1336 *

.9179 *.9496 *.7920

1.7823

2.1977

2.1275

2.5520

m l

~,

t MCEI-0400-47 Page 50 of 153

(

McGuire 2 Cycle 9 Core Operating Limits Report l

Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

FOD / MOD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 2OF18 WHERE: IS = TOP CF CORE AND 1 = B7ITOM OF CORE H

G F

E D

C B

A i.......................................................................

B

.9171

1.2505 ' 1.0027

1.1712 *.9287

1.0997

1.0454 *.9293

2.0530

1.5171

1.8839

1.6267

2.0538

1.7645

1.8675

2.1006

9* 1.2491

1.0297

1.2227 *

.9244

1.2168

1.2008

1.1282 *

.7732

i 1.5188

1.8329

1.5538

2.0511

1.5841

1.6213

1.7353

2.5219

10

1.0023 ' 1.2263 *.9071

1.2308 *

.9789

1.2046 ' 1.0662 *

.0037

1.8847 ' 1.5492

2.0836

1.5550

1.9613

1.6221

1.8366

2.4287

l 11

1.1703 *.9261 ' 1.2341 *.9341

1.1685 + 1.1872

1.1284 '

.6683

1.6280

2.0473

1.5500

2.0436

1.6594

1.6491

1.7407

2.9212

12 *

.9288

1.2172 *

.97B8 ' 1.1681 *

.8417

1.1511

1.0029 '

2.0537

1.'5835

1.9614 ' 1.6600

2.2959

1.7022

1.8346

13

1.0993

1.2012

1.2040

1.1871

1.1449

1.0097 *

.6141

F-SUB-Q

.................... v...... 1 6 4 91

1. 7115

1. 9 3 2 3

3.16 9 5

M-SUB-Q 1.7651

1.6206

1.6229 '.................................

14 ' 1.0444

1.1279 ' 1.0662

1.1275 *

.9587 *

.6173 *

1.8692

1.7358

1.8367

1.7420

2.0418

3.1535

15 *

.9291 *

.7728 *.0034 *

.6679 *

2.1010

2.5231

2.4295

2.9229

FQD / MOD (3-D) AT: 75% POWER 4 EFFD THIS IS LEVEL 1 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 8*

.6843 *.9309 *

.7370 *.8739 *

.6904 *

.7469 *

.7048 *.5722 *

2.6937

1.9896

2.5087

2.1307

2.7074

2.5415

2.7090

3.3387

9*

.9299 *.7566 *.9105 *.6660 *.8908 *.8282 *

.8373 *

.5115 *

1.9919

2.4409

2.0383

2.7082 '. 2.1132 '. 2.2968

2.2831..'.3.7327

10 *

.7367 *.9132 *.6725 *

.860J *

.7204 *

.9102 *

.7255 *.5273 *

2.5098

2.0324

2.7539

2.1734

2.6064

2.0944

2.6374

3.6245

j 11 *.6732 *

.6873 *

.8626 *.7017 *

.8850 *

.8161 *

.7764 .4409 *

2.1324 '.2.7031

2.1676

2.6 64 6 '.2.13 E1 '. 2. 3412

2. 4 696

4.3 342

12 *.6905 *.8911 *

.7204 *

.8847 *

.6172 *

.7827 *

.6672 *

2.7073

2.1126

2.6065

2.1389

3.0630

2.4419

2.6958

13

7466 *.8286 *.9097 *

.8161 *.7784 *

.6716 *. 4 019

F-SUB-Q

2.5423

2.2959

2.0955

2.3412

2.4552

2.8386

4.7404

M-SUB-Q 14 *

.7042 *

.8371 *.7255

7758 *.6378 *

.4039 *

2.7115

2.2838

2.6376

2.4715

3.0002

4.7163

15 *

.5721 *.5113 *.5271 *

.4407 *

3.3393

3.7345

3.6257

4.3367 s

W m,

f l

)

1 MCEI.0400-47 l

Page 51 of 153 McGuire 2 Cycle 9 Core Operating Limits Report i

1rable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / M2D (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 18 OF 18 j

WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE t

H G

F E

D C

B A

j B*

.3952 *

.7500 *

.7572 *

.9915 *

.7902 *

.0250 *

.7962 *

.6535 *

1. 927 0

1. 612 8

1.7708

1. 51E 6

1.72 01

1. 6 612

1.7267

2.1013

9*

.7495 *

.7340 *.8785 *

.7711 *

.8943 *

.8870 *

.8620 *

.6336 *

1.6138

1.6151

1. 5299

1.7519

1.5211

1.5435

1.5926

2.1596

10

7573 *

.6803 *.7353 *

.8336

7663 *

.8703 *

.7744 *

.6335 *

1.7705

1.5267

1.8281

1.6154

1.7572

1.5585

1.7591

2.1476

11 *

.8909 '

.7719 *

.8354 *.7199 *

.7371 *

.7601 *

.7368 *

.5320 '

1.5196

1.7501 *'1.6119 '. 1.8534

1.6364 '.1.7164

1. 8207 '.2.5357

12 *

.7902 *

.6950 *

.7663 *

.7369 *

.3498 *

.5996 *

.6400

l

1.7202

1.5199

1.7574

1.6368

2.0333

1.8274

1.0313 *

(

13 *.8259 *

.8873 *

.6704 *.7602 *

.5971 *

.5844 *

F-SUB-Q

1.6611

1.5429

1.5583

1.7164

1.0348

1.9615

2

................................................................' M-SUB-0

.7744 *

.7364 *

.6139 *

.4224

14 *

.7958 *

.B618

1.7297

1.5925 ' 1.7592

1.0297

2.0334

2.8578

15 *

.69?' 5

.6334 *.6334 *.5319

i

'.1016

2.1604

2.1480

2.5359

l l

FQD / MQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 17 OF 16 y

WHERE: IB = 70P OF CORE Anis 1 BOTTOM OF CORE H

G F

E D

C B

A B*

.5022

1.0186

1.0272

1.2107

1.0534

1.1696

1.1395

1.0076 '

1. 012 2

1. 477 8

1. 63 3 8

1. 3 975

1. 6093 + 1. 4 5 98

1. 5024

1. 6954

i 9

1.0180 *

.9957

1.1569

1.0317

1.2333 + 1.2545 + 1.1752 *.9226 *

1. 47 B7 ' 1. 67 50

1. 4 0 6 0

1. 63 6 0

1. 37 67

1. 35 92

1. 4 551

1. 0 4 5 9

10 ' 1.0274

1.1993 *.9827

1.1827

1.0367

1.1793

1.1121 *

.9343

1.6335

1.4031

1.7105

1.4226

1.6225

1.4364 *

....................................................... 1.5262

1.8136 '.

l l

11 ' 1.2100 ' 2.0320

1.1652 *

.95d0 *.9909

1.0840

1.0567 C.7794 *

(

1.39B4

1.6342

1.4197

1.74's

1.5145

1.4998 4 1.5685

2.1573

l

.......,,..........,.ee.......,.......,..................................

12

1.0533

1.2343

1.0366 *.9907 *

.4496 *

.6683 *

.9367 *

1.6093

1.3756 ' 1.6227

1.5148

1.8936

1.5762

1.5633

13

1.1697

1.2550

1.1794

1.0641 *.E648 *

.0552 *

.6208

F-sUB-Q 1.4597

1.3507

1.4362

1.4998

1.5846

1.6781

2.4369

M-SUB-Q 14

1.1388

1.1750

1.1120

1.0562 *

.8994 *.6224

1.5033

1.4554

1.5263

1.5893

1.7358 ' 2.4305

15

1.0074 *

.9223 *

.9342 *

.7794

1.6956 ' 1.8466

1.8139

2.1575 '

l l

i MCEI-0400-47 Page 52 of 153 McGuire 2 Cycle 9 Core Opuating Limits Report 1 Fable 1 (cont) i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FOD / MDD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 16 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A I

B'

.5360

1.1375

1.1156

1.3442

1.1278

1.2915

1.2783

1.1707 *

1. E 4 4 0

1. 4607

1. 6633

1.3 92 0

1. 6514

1.4535

1.4697

1.6003

9

1.1368

1.0830

1.3338 ' 1.1102

1.3804

1.3983

1.3444

1.0438 *

1.4616

1.6927

1.3991

1.6755

1.3570

1.3410 '. 1.3964

1.7920

10

1.1158

1.3366

1.0614

1.3198

1.1285

1.3427

1.2597

1.0584 *

1.6630

1.3963

1.7487

1.4109

1.6397

1.3892

1.4814 '. 2.7594

11

1.3433

1.1113

1.3226

1.0276

1.1152

1.2258

1.2261 *

.8831

t

1.3929

1.6738

1.4078

1.7877

1.4848 '.1.4630

1.5006

2.0878

1.3815

1.1283

1.1149 *

.4892 ' 1.0066 ' 2.0730

l 12

1.1277 1.6399

1.4851

1.0998

1.5126

1.5160 *

1.6515 '.1.3559 *

.9780 *. 7 07 8

F-SUB-Q 13

1.2915

1.3988 ' 1.3428

1.2258

1.0026

1.4534

1.3412

1.3890

1.4629

1.5187

1.6239 2.3784

M-SUB-Q 14

1.2776

1.3442

1.2596

1.2254

1.02B1 *

.7097 *

1.4706

1.3987

1.4B15

1.5014

1.6833 '. 2.37'2

15

1.1705

1.0435

1.0583 *

.8830 *

1.6005

1.7927

1.7597

2.0B80

FQD / MOD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 15 OF 18 WHERE: le : TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.5673

1.2036

1.2499

1.3978

1.1485

1.3367

1.3369

1.2427 *

1.0449

1.4930

1.6715

1.4274

1.6525

1.4877

1.4878

1.5938

9

1.2029

1.1215

1.3941

1.1351

1.4430

1.4582

1.4256

1.0949 *

1.4940

1.6910

1.4388

1.6821

1.3750

1.3618

1.3960

1.0060

10

1.1501 ' 1.3970

1.0911

1.3794

1.1668

1.4257

1.3312

1.1109 *

1.6713

1.4359

1.7570 '.1.4442

1.6207

1.3637

1.4781

1.7649 *

.......,......e..e.e...eee..

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

.e......e.......e..e....e.e.,

11

1.3969

1.1363 ' 1.3824

1.0604 ' 1.1895

1.3043

1.3164 '-.9294

1.4283

1.6803 ' 1.4411 ' 1.7872

1.5027 ' 1.4768

1.4816

2.0908 '

1 12

1.1484

1.4442

1.1666 ' 1.1893 *.5269

1.0971

1.1485

1.6525 ' 1.3739 ' 2.6209

1.5030

1.8759

1.5140

1.5314

13

1.3368

1.450B

1.4258

1.3043 + 1.0927

1.0555 *

.7574

F-SUB-Q 1.4 876

1.3 613 ' 1. 3 2 3 6

1. 476 8 ' 1.52 01

1. 5000

2. 410 0

H-SUB-Q 14

1.3362

1.4253

1.3311

1.3150

1.1004 *

.7594

1.4886 ' 2.3962

1.4782

1.4B24

1.7004

2.4116

I 15

1.2425

1.0945

1.1100 *

.9293

1.5940

1.0067

1.7652

2.0910

1 l

I

MCEI-0400-47 Page 53 of l53 McGuire 2 Cycle 9 Core Operating Limits Report

)

Table 1 (cont.)

Core Operating Limits Report i

F-sub-Q / M-sub-Q Values (F-sub -Q OP Margin) - Normal Operation t

FOD / MOD (3-D) AT: 75% POWER ISO EFPD THIS IS LEVEL 14 CF 18 WHERE: 18 = TOP CF CORE AND 1 = BOTTOM CF CORE l

H G

F E

D C

B A

B'

.6979

1.2677

1.1794

1.42e6

1.1585

1.3591

1.3658

1.2769 *

1.9120

1.5659

1.7382

1.5020 1.7145 1.5543

1.5436

1.6410

9

1.2869

1.1626

1.4354

1.1501

1.4706 ' 1.4913

1.4690

1.1168 *

1.4371

1.8705 *

1. 5 6 6 9

1. 7 4 55

1. 5162 '...' 7 473

1. 4 3 B5

1. 4181 10

1.17 96

1. 4 3 84

1.111B

1.419 8

1.19 82

1.4 BC B

1.3755

1.13 81 *

1 7379

1.5131

1.8221 '.1.5132

1.6791.*. 1.4388

1.5322

1. 8352

11 ' 1.4277

1.1514

1.4220

1.0971

1.2774

1.3756

1.3802 *

.9564 *

~

1.5030

1.7455

1.5099

1.6400

1.5616

1.5294

1.5403

2.1931

12 ' 1.1584

1.4798

1.1981

1.2772 *.6592

1.2042

1.2166 *

1. 714 6

1. 4 37 3

1. 67 9 3

1. 5 fl 9

1. 92 62

1. 57 00

1. 5 9 2 9

i i

13

1.3591

1.4919

1.4810

1.3757

1.1994

1.1367 *

.8029

F-SUB-Q I

1.5542

1.4176

1.43P6

1.5293 '.1.5764

1.6133

2.5315

M-SUB-Q 14

1.3650

1.4627

1.3753

1.3795

1.1656 *.0051 *

1.54;4

1.4374

1.5324

1.5411

1.7667

2.5249

1.1164

1.1379 '

.9564

15

1.2767

1.6413

1.8712

1.8354

2.1933 FDD / NOD (3-D) AT: 754 PowrR 150 EFFD THIS IS LEVEL 13 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CCRE H

G F

E D

C B

A L

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

6

1.0165

1.4163

1.2156

1.4557

1.1680

1.3749

1.3843

1.2965

2.C556

1.6(68

1.8704

1.6263

1.0538

1.6683

1.6407

1.7335

9

1.4154

1.2169

1.4757

1.1657 ' 1.5074

1.5165

1.4977

1.1328 *

............................ 1. 8 9 4 8

1. 5 4 9 2

1. 5211

1. 52 0 0 '.1. 9 919

1.6679

1.8479

1.6433 '

10

1. 2150

1. 47 B 7

1.132 9

1. 4 5 04

1. 2 3 3 9

1. 527 9 ' 1. 4 0 9 8

1.15 6 5 *

1.8701

1.6399

1.9732

1.6363

1.8163

1.5430

1.6380

1.9656

11

1.4547

1.1669

1.4615 ' 2.1457 ' 1.4049

1.4547

1.4361 *- 9774 *

1.6273

1.8928

1.6328

1.9392

1.6493

1.6059

1.6461

2.3652

1 12

1.167 9

1. 5 086

1.2 33 B

1.4 04 6 *.9793 ' 1.3532 ' 1.2900 *

1.E539

1.5479

1.6165

1.6496

2.0548

1.6613

1.6813

13 ' 1.3750

1.5171

1.52B1

1.4548 ' 1.347B

1.2323 *

.8505

F-SUB-Q

1. 6 6 82

1. 52 05

1. 54 2 8

1. 6 0 5 B

1. 6 6 6 0

1. 7 0 37

2. 6 8 91

M-SUB-Q I

14

1.3935

1.4974 ' 1.4097

1.4353

1.2360 *

.0528 *

1.6417

1.5262 '.1.6381.'.1.6470

1.8669

2.6810

l 15

1.2963

1.1324

1.1563 *

.9773 *

1.7338

1.9926

1.9658

2.3654

i 1

i i

e,.

l 1

i MCEl-0400-47 Page 54 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

FQD / HOD (3-D) AT: 75% POWER 150 EFFD THIS IS LEVEL 12 OF 18 l

WHERE: 18 = TOP OF CCRE AND 1 = BOTTOM OF CORE i

H G

F E

D C

B A

8

1.1188

1.4905

1.2430

1.4786

1.1762

1.3875

1.3981

1.3100

I

2.2033

1.7758

2.0179

1.7811

2.0444

1.8144 '.1.7718

1.8627

i l

9

1.4896

1.2554

1.5089 ' 1.1793

1.5311

1.5368

1.5192 ' 1.1424

I

1.7769

1.9903

1.7732

2.0954

1.6886

1.6526

1.6456

2.1523

10

1.2432

1.5121

1.1507

1.4904

1.2601

1.5648

1.4366

1.1699

l 2.0175

1.7695

2.1774

1.7759

1.9595

1.6691

1.7744

2.1316

i 11

1.4777

1.1605

1.4936

1.1795

1.4788

1.5120

1.4795 *

.9931

l

'.1.7822

2.0932

1.7720

2.0847

1.7466

1.6997

1.7407

2.5785

l 12

1.1761

1.5324

1.2599

1.4785

1.0836

1.4427

1.3428

l

2.0445 '. 1.6972

1.9598

1.7470

2.1871

1.7472

1.7805

l l

13

1.3876

1.5373

1.5649

1.5120

1.4369

1.3004 *

.8861

F-SUB-Q l

1.8143

1.6520

1.6689

1.6996

1.7542

1.8042 2.8505

M-SUB-Q l

14

1.3973

1.5189

1.4365

1.4788

1.2865 *

.8885 *

1.7728

1.6459

1.7745

1.7417

1.9770

2.8429

15

1.3098

1.1420

1.1698 *

.9930 *

1.8630

2.1531

2.1319 '. 2.5788

FQD / M2D (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 11 OF 18 WHERE: 18 = TCP OF CURE AND 1 m BOTTOM OF CCRE l

H O

F E

D C

B A

8

1.1556 ' 1.5315

1.2605

1.4962

1.1817

1.3967

1.4086

1.3202 *

2.3937

1.9090

2.1900

1.9374

2.2700

1.9858

1.9280

2.0181

9

1.5305

1.2785

1.5333

1.1888

1.5494

1.5522

1.5357

1.1489 *

1.9102

2.1639

1.9027

2.3015

1.8466

1.8060

1.7875

2.3420

i 10

1.2607

1.5365

1.1631

1.5141

1.2764

1.5915

1.4563

1.1790 *

2.1897

1.8988

2.3611

1.0997

2.1143

1.7769

1.9233

2.3244

11

1.4953

1.1901

1.5174

1.1989

1.5196

1.5485

1.5103 *-1.0031 *

(

..................'.............................. 163

1.8495

2.7767 *

1.9306

2.2991 1.8956

2.2612

1.8688

1.8 I

12

1.1817

1.5507

1.2763

1.5193

1.1224 + 1.4935

1.3751

l

2.2701 '.1.8451

2.1145

1.8692

2.3613

1.8606

1.9053

13

1.3968

1.5528

1.5917

1.5486

1.4875

1.3415 *. 9 07 6

F-SUB-Q l

1. 9 8 5 7

1. 8 053

1. 77 67

1. 8163

1. 8 601

1. 9 3 91

3. 05 6 5

H-SUB-Q 14

1.4078

1.5354

1.4562

1.5095

1.3174 *

.9100 '

1.9291

1.7878

1.9235 '.1.8504

2.1155

3.0485

15

1.3200

1.1485

1.1788

1.0030 *

2.0104

2.3428

2.3247

2.7769

i l

l

m i

e t

MCEl-0400-47 Page 55 of 153 McGuire 2 Cycle 9 Core Operating Limits Report l'able 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation t

FQD / MOD 13-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 10 CF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM CF CORE l

l H

G F

E D

C B

A l

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

l 8

1.1714

1.5553

1.2707

1.5088

1.1842

1.4027

1.4161

1.3279 *

2.6181

2.0159

2.4135

2.0779

2.5890

2.1891

2.1156

2.2059

j 9 ' 1.5544

1. 2 914

1.5502

1.1941

1. 562 8

1.5631 = 1. 54 8 0

1.152 8 *

~

'.2.0171

2.3748

2.0222

2.5690

1.9947 '.1 9763

1.9568

2.56B6

t 10

1.2709

1.5534 ' 1.1703

1.5307

1.2855

1.6102

1.4699

1.1842 *

2.4131

2.0100

2.6203

2.0416

2.3798

1.9150

2.0764

2.5504

l 11

1.5079

1.1953

1.5340

1.2088

1.5430

1.5711

1.5311

1.0082 *

~

f

2.0793

2.5663

2.0372

2.5359

2.0113

1.9533

1.9859

3.004B 12

1.1842

1.5641

1.2854

1.5426

1.1395

1.5233

1.3930 *

2.5891

1.9931

2.3801

2.0117

2.6635 2.0025

2.0517

13

1.4028

1.5637

1.6104 ' 1.5712

1.5172

1.3646 *

.9185

F-EUB-Q

2.1890

1. 97 56

1. 914 8

1. 9532

2. 0105

2.1821

3. 3 011

M-EUB-Q 14

1.4153

1.5478

1.4698

1.5303

1.3346 *

.9209 *

2.1168 '.1 9572

2.0766

1.9869

2.2701

3.2923

15

1.3277

1.1523

1.1841

1.0001 *

2.2062

2.5695 2.5508

3.0051

FQD / MOD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 9 CF 18 WHERE: 18 = TOP OF CORE AND 1 s BOTTOM CF CORE H

C F

E D

C B

A

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

B

1.17 8 5 ' 1. 57 0 3

1. 27 6 0

1. 517 4

1.1841

1.4061

1.4211

1.3336

2.6390

1.9851

2.4347

2.0509

2.6240

2.2200

2.1927

2.3236

9

1.5693

1.2981

1.5616

1.1960

1.5723

1.5705

1.5572

1.1545

1.9863

2.3945 ' 1.9936

2.5970

1.9841

1.9907

2.0116

2.6979

10

1.2762 ' 1.5649

1.1736

1.5423

1.2898

1.6233

1.4790

1.1864

2.4343 ' 1.9894

2.6461

2.0221 + 2.4181

1.9312

2.1215

2.6461 '

11

1.5165

1.1972

1.5456

1.2127

1.5569

1.5851

1.5450 ' 1.0056

2.0523

2.5942

2.0178

2.5709

2.0147

1.9830

2.0376

3.1156

12 ' 1.1841

1.5736

1.2896

1.5566

1.1471

1.5416 ' 1.4019

2.6241 ' 1.9825

2.4184

2.0152 ' 2.7334

2.0415

2.1133 '

1 13

1.4062 ' 2.5710

1.6235 ' 1.5852

1.5354

1.3770 *.9225

F-EUB-Q 2.2199

1.9900

1.9310

1.9830

2.0497

2.2859 ' 3.4191

M-SUB-Q l

J 14

1.4203

1.5569

1.4780

1.5442 ' 2.3431 *

.9249

I 2.1939

2.0120

2.1217

2.0387

2.3466

3.4100

15

1.3334 + 1.1541

1.1862

1.0095

2.3240 ' 2.6989

2.0465

3.1159

A

I

)

MCEl-0400-47 i

Page 56 of 153 McGuire 2 Cycle 9 Core Operating Limits Report i

l 1Dable 1 (cont)

J Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

FQD / MQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL B OF IB i

WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1813

1.5804

1.2783

1.5233

1.1821

1.4074

1.4241

1.3377

2.6008

1.9492

2.3651

1.9802

2.4977

2.1133

2.0783

2.1964

9

1.5794

1.3014

1.5697

1.1955

1.5792 ' 2.5752

1.5637

1.1545

1.9505

2.3403

1.9363

2.502B ' 1.9153

1.9150

1.9102

2.5350

l 10

1.2786 ' 1.5730

1.1745

1.5506

1.2909

1.6326

1.4048

1.1862

l 2.3646

1.9323

2.5557

1.9632

2.3450

1.8751

2.0481

2.5053 *

(

11

1.5224

1.1968

1.5539

1.2132 ' 1.5656

1.5939

1.5545

1.0084 *

.....................................'.. 9 7 5 2

1. 9 4 3 9

1. 9 7 7 6

2. 9 8 0 9

1.9615

2.5002

1.9590

2.5047 1.

12

1.1821

1.5B05

1.2908

1.5652

1.1499

1.5535

1.4053 *

2.4979

1.9137

2.3452

1.9757

2.6951

2.0052

2.0572

j i

13

1.4075 ' 1.5758

1.6328

1.5940

1.5473

1.3832 *.9223

F-SUB-Q l

.......... 1. 9142

1 6749

1.9438

2.0133

2.2416

3.3095

M-SUB-Q

2.1132

14

1.4233

1.5635

1.4E47

1.5537

1.3464 *

.9248 *

(

2.0795

1.9105

2.0483

1.9786

2.2B42

3.3000

l 15

1.3375

1.1540

1.1860

1.0083

l

[

2.1860

2.5359

2.5056

2.9812

FOD / M2D (3-0) AT: 75% POWER 150 EFPD THIS IS LEVEL 7 OF IB i

WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B

1.1817 ' 1 5 6 0 0

1. 27 9 0

1. 527 5 ' 1.17 8 9

1. 4 07 0 ' 1. 4252

1. 3 3 9 9 '

'. 2.3778

1.7694

2.1284

1.7687 '.2.2538

1.9126

1.8869

1.9097

9

1.5870

1.3026 ' 1.5757

1.1937

1.5640

1.5778

1.5678

1.1526 *

1.7706

2.1200

1.7354

2.2417

1.7146

1.7248

1.7279

2.3110

10

1.2792

1.5790 ' 1.1738

1.5567

1.2900

1.6389

1.4878

1.1839 *

2.1280

1 7318

2.2911

1.7627

2.1218

1.6932

1.0471

2.2732

11

1.5265

1.1949

1.5601 ' 1.2116

1.5708

1.5992

1.5606 '.1.0051 *

1.7699

2.2393

1.75P9

2.2828

1.8034

1.7793 '. 1.8022

2.7097

12

1.1788 ' 1.5853

1.2899

1.5705

1.1497 ' 1.5614

1.4050 *

2.2539

1.7132

2.1221

1.0038

2.4793

1.8385

1.B930

13

1.4071 ' 1.5784

1.6391

1.5993

1.5552

1.3855 *

.9194

F-SUB-Q

1.9124

1.7241

1.6930

1.7793

1.B459

2.0561

3.0550

M-SUB-Q 1.5675

1.4877

1.5598

1.3461 *

.9218

14

1.4244

1. 8 87 9

1. 72 B2

1. 8472

1. 8 0 31

2.1019

3. 0 4 7 0

15

1.3397

1.1521

1.1837 + 1.0050 *

1.9900

2.3118

2.7735

2.7099

l

i MCEl-0400-47 Page 57 of 153

)

McGuire 2 Cycle 9 Core Operating Limits Report lnable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

1 F00 / M2D (3-D) AT: 75% POWER 150 EFFD THIS IS LEVEL 6OF18 WH ERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE I'

H G

F E

D C

B A

8

1.1806

1.5936

1.2706

1.5299

1.1746

1.4046

1.4232

1.3388 *

2.1061

1.5651

1.9058

1.5968

2.0563.*.1.7404

1.7302

1.8288

9

1.5924

1.3027

1.5798

1.1907 ' 2.5866

1 5776

1.5679

1.1477 '

1.5704 1.5799

2.1291 *

1.5661 '.1.8822

1.5548

2.0315

1.5531.....................................................'..................

10

1.2788

1.5830

1.1718

1.5609

1.2874

1.6415

1.4872

1.1788 *

1.9055

1.5515

2.0672

1.5827

1.9127

1.5287

1.6795

2.0862

11

1.5289

1.1919

1.5643

1.2083

1.5726

1.6009

1.5625 *

.9991 *

+

1.5979

2.0293

1.5793

2.0408

1.6121

1.5927

1.6211

2.4764

12

1.1745

1.5879

1.2872

1.5723

1.1470

1.5652

1.4009 *

2. 0564 + 1. 5518

1. 913 0

1. 612 4

2.22 56 '. 1. 6537

1.7 071

13

1.4046

1.5702

1.6417

1.6010

1.5590

1.3844 *. 913 8

F-SUB-Q

1. 74 8 3

1. 5 6 9 8

1. 52 8 5

1. 5 927

1. 6 6 03

1. 8 5 5 8

2.7 6 8 9

M-SUB-Q 1.5676

1.4870 ' 1.5617

1.3422 *

.9162

14

1.4224 1.7312

1.5801

1.6796

1.6220

1.8955

2.7615

15

1.3386

1.1473

1.1786 *

.9990

1.8291

2.1299

2.0865

2.4766

FOD / M2D (3-D) AT: 75% P74ER 150 EFPD THIS IS LEVEL 5 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1771

1.5948

1.2763

1.5287

1.1686

1.3979

1.4148

1.3303

l 1.89e6

1.4162

1.7445

1.4677 ' 1.9056

1.6233

1.6123

1.7091

j 9

1.5938

1.3008

1.5799

1.1860

1 143

1.5720

1.5594

1.1368

1.4171

1.7155

1.4220

1.8737

1.4315 ' 2.4539

1.4700

1.9952

i 10

1.2765 ' 1.5832

1.1675

1.5611 ' 1.2818

1.6365 ' 1.4792

1.1682 *

1.7442 1.4191

1.9017

1.4494

1.7611

1.4089

1.5564

1.9486

11

1.5277 ' 1.1872

1.5645

1.2028

1.5681

1.5961

1.5560 t.9881

r 1.4667

1.8717

1.4463 1.8711

1.4689

1.4564

1.4923

2.3097

12

1.1685

1.5856

1.2817

1.5678

1.1400

1.5614

1.3902

1.9057

1.4303 ' 1.7613

1.4692

2.0142

1.4988 ' 1.5670

i 13

1.3979

1.5726

1.6367

1.5961

1.5552

1.3773 *

.9038

F-SUB-Q 1.6232

1.4533

1.4088

1.4564

1 5049

1.6876

2.5458

M-SUB-Q l

l 14

1.4140

1.5592

1.4791

1.5552

1.3320 *

.9062

l 1.6132

1.4703

1.5565

1.4931

1.7400

2.5391 15

1.3301

1.1364

1.1680 *

.9880 *

1.7094

1.9959 1.9489

2.3099 m

i

MCEl-0400-47 Page 58 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 4 CF 18 WHERE: IB = TOP OF CORE AND 1 = BO7" TOM CF CORE i

H G

F E

D C

B A

8

1.1675

1.5843

1.26E5

1.5160

1.1583

1.3809

1.3917

1.3036 *

1 7752

1.3233

1.6365

1.3819 '. 1.8014

1.5407 '. 1.5392 '.1.6410

9

1.5833

1.2931

1.5683

1.1764

1.5668

1.5529

1.5312

1.1122 *

1.3241

1.6058

1.3352

1.7662

1.3520

1.3782

1.4052

1.9190

10

1.2687

1.5716

1.1571

1.5497

1.2692

1.6132

1.4548

1.1452 *

1.6362

1.3325

1.7917 + 1.3615

1.6614

1.3356

1.4816

1.8674

11

1.5158

1.1776

1.5531

1.1919

1.5486

1.5759

1.5298 *

.9659 *

1. 3828

1 7643

1.3586

1.7601

1.3834

1 3729

1.4170

2.2157

12

1.1582 ' 1.5701

1.2690

1.5483

1.1237

1.5394

1.3647

5

1.8014

1.3509

1.6616

1.3837

1.8960

1.4100

1.4866

13

1.3810

1.5535

1.6134

1.5759

1.5333

1.3566 *. 884 3

F-SUB-Q

1. 54 0 6

1. 37 77

1.3 3 55

1. 372 9

1. 4157

1. 58 9 6

2. 4 221

M-sUB-Q p

14 ' 1.3909

1.5309

1.4547

1.5290

1.3075 *

.8866 *

1.5401

1.4055

1.4817 1.4177

1.6507 2.4157

15

1.3034

1.1118

1.1450 *

.9658 *

1.64I2

1.9197

1.0677

2.2159

FOD / MQD (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL 3 CF 18 WHERE: 18 = 7CP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.1406

1.5389

1.2421

1.4728 ' 1.1341

1.3368

1.3338

1.2341 *

1.7234 '.1.2908

1.5879

1.3525 '.1.7527

1.5154

1.5304 '.1.6542

9

1.5379

1.2662

1.5225

1.1510

1.5171

1.4994

1.4574

1.0565 *

1.2916

1.5567

1.3055 '. 1.717b '. 1.3290

1.3578

1.4064 '.1.9289

10

1.2423

1.5256

1.1292 ' 1.5047

1.2367

1.5457

1.3926

1.0926

1.5676

1.3029

1.7458

1.3309

1.6213

1.3243 1.4723

1.8671

I

..,................................'................ee.

11

1.4719

1.1522

1.5000

1.1657 ' 2.4914

1.5178

1.4564 *

.9178

1.3534

1.7160

1.3281

1.7100

1.3623

1.3516

1.4135

2.2230

12

1.1340

1.5183 ' 1.2366

1.4911

1.0859

1.4729

1.3034 1.7528

1.3279

1.6215

1.3625

1.8606 ' 1.3952

1.4777

13

1.3369

1.5000

1.5459

1.5179

1.4670

1.3021 *

.8422

F-EUB-Q 1.5153

1.3573

1.3242

1.3515

1.4008

1.5691

2.4158

M-SUB-Q l

1.3330

1.4571

1.3924

1.4557

1.2488 *

.8444 '

1 14 1.5313

1.4066

1.4724

1.4142

1.6408

2.4095

I

.9177

15 ' 1.2339

1.0561

1.0924 1.6545

1.9296

1.8674

2.2232

i m

l

)

=.

t MCEl-0400-47 Page 59 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FCD / M2D (3-D) AT: 75% POWER 150 EFPD THIS IS LEVEL ? OF 18 WHERE: 18 = TOP OF CORE AND 1 : BOTTOM OF CORE H

G F

E D

C B

A 8

1.0604

1.3978

1.1537

1.3399

1.0608

1.2145

1.1910

1.0660

1.7911

1.3701

1.6522

1.4350

1.0140

1.6125

1.6569

1.8533

9

1.3969

1.1759

1.3830

1.0727

1.3701

1.3546

1.2851 *

.9287 *

..... 10

1. 619 4

1. 3 8 6 9

1. 7 8 3 G

1. 42 07

1. 4 515

1. 5410

2.124 0 *

1.37...................................................................

10

1.1539

1.3859

1.0488

1.3654

1.1442

1.3773

1.2412 *

.9659 *

1.6519

1.3841 + 1.0181

1.4151

1.6939

1.4337

1.5952

2.0446

11

1.3390

1.0738

1.3604

1.0693

1.3437

1.3644

1.2763 *

.0074 *

1.4368

1.7817

1.4121

1.7690

1.4500

1.4494

1.5561

2.4458

12

1.0608

1.3712

1.1441

1.3434 *

.9948

1.3018

1.1548 *

1.8141...*.1.4195

1.6941.*. 1.4583

1.9610

1.5205

1.6103

13

1.2146

1.3551

1.3775

1.3644

1.2966

1.1615 *

.7437

F-SUB-Q

1.6124

1. 4509

1.4336

1.4494

1.5267

1.6966

2.6444

M-SUB-Q i

14

1.1903

1.2848

1.2411

1.2756

1.1064 *

.7457 *

1.6579

1.5412

1.5953

1.5569

1.7800

2.6374

15

1.0659 *

.9284 *

.9657 *

.8073 *

1.0536

2.1255

2.0449

2.4461

L f

FQD / MOD (3-D) AT: 75% POWER 150 EFFD THIS IS LEVEL 1 OF IB KrlERE: 10 z TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.6047

1.0483 *.8654

1.0095 *.8087 *.8622 *

.8338 *

.6912 *

2. 3152

1.7 8 66

2.16 0 0

1. 8657

2. 33 67

2.226 3 + 2. 3186

2. 8013

9

1.0477 *

.8826

1.0394 *.8129

1.0161 *.9650 *

.9638 *.6339 *

1.7877

2.1176

1.8060

2.3105

1.8742

1.9944

2.0096

3.0530

l 10 *

.d655

1.0415 *.7964 *.9803 *.8602

1.0449 *

.8707 *

.6569 *

2.1596

1.8023

2.3505

1.9292

2.2097

1.8472

2.2255

2.9481

11

1.0089 *

.8130 *

.9824 *

.8354

1.0196 *

.9680 *

.9072 .5497 *

1.0669

2.3 0B0

1.9250

2.263 9

1.8787

1.9976

2.1406

3.5232

12 *

.0087

1.0169 *.8601

1.0194

7476 *

.9169 *

.7962

l

'. 2.3368

1.8726

2.2100

1.8791

2.5583

2.1098

2.2875

13 *

.8622 *

.9654

1.0450 *

.9600 *.9132 *

.8067 *

.5051

F-SUB-Q

2.2262

1.9937

1.8470

1.9975

2.1183

2.3913

3.8163

M-SUB-Q 14 *.8333 *

.9637 *

.8707 *

.9067 *

.7628 *

.5064

2.3199

2.0100

2.2257

2.1418

2.5399

3.8082 *

.6336 *

.6568 *

.5496

I 15 *

.6911 2.8017

3.0541

2.9406

3.5235

j 1

i l

1 MCEl-0400-47 i

Page 60 of 153 McGuire 2 Cycle 9 Core Operating Limits Report ifable 1 (cont.)

Core Operating Limits Repon l

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin)- Normal Operation FQD / MOD (3-D) AT: 75% POWER 365 EFPD THIS IS LEVEL 18 OF 18

{

WHERE: 18 = TOP OF CORE AND 1 - BOTTOM OF CORE H

G F

E D

C B

A r

8*

.4328 *

.7943 *

.8309 *

.9415 *

.8603 *

.9076 *

.8861 *

.7469

1.8486

1.6177

1.7386 ' 1.5477

1.6868

1.6252

1.6700

1.9816

9*

.7941 '.8045 *

.9196 *

.8507 *.9616 *

.9697 *

.9262 *

.7334

1.6380

1.7842

1.5731

1.7103 ' 1.5211

1.5166

1.5936

2.0111

10 *

.8309 *

.9206 *

.8146 *

.9030 *

.8548 *

.9373 *.8732 *

.7413

1.7385

1.5713

1.7773

1.6034

1.6940

1.5529

1.6753

1.9762

i 3

11 *

.9413 *.8514 *

.9045 *

.8019 *-.7203 *

.8507 *

.8224 *.6210

j 1.5480

1.7089

1.6009

1.7890

1.6305

1.6427

1.7561

2.3363

j

=

12 *.6682 *.9618 *

.8547 *

.7894 *

.4004 *

.6774 *

.7237

i

1.6870

1.5207

1.6942

1.6284

1.8554

1.7316

1.7438

13 *

.9075 '.9699 *

.9375 *

.8500 *

.6757 *

.6749 *.5035

F-SUB-Q 1.6253

1.5163

1.5527

1.6425

1.7360

1.8311

2.5885

M-SUB-Q

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

..e..

l, 14 *.8859 *.9261 *

.8732 *

.8221 *

.6944 *

.5042

1.6712

1.5937

1.6753

1.7566

1.9334

2.5852

i j

15 *

.7468 *.7333 *

.7414 *

.6211

1.9818

2.0115

1.9761

2.3359

FQD / MOD (3-D) AT: 75% POWER 365 EFPD THIS IS LEVEL 17 CF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE t

H G

F E

D C

B A

8*

. 5222

1. 0 5 8 B

1. 0 9 6 4

1. 2 6 8 0

1.127 4

1. 237 0

1. 23 07

1. 0 9 95 '

1.7974 + 1.5150

1.6344 ' 1.4235

1.6082

1.4738

1.4861

1.6634

9

1. 05 8 6

1. 05 B5

1. 2 4 0 0

1.1105

1. 3137

1. 3 3 32 ' 1.2 59 6

1. 0 4 0 3

1.5152

1.6827

1.4474

1.6238

1.3786

1.3637

1.4485

1.7529

l 10

1.0965

1.2414

1.0575

1.2482

1.1275

1.2675

1.2195

1.0564

1.6343 * *.4457

1.6976

1.4370

1.5904

1.4213

1.4827

1.7149

11

1.2685

1.1115

1.2502

1.0348

1.0523

1.1731

1.1389 *-.8821

1.4238

1.6224

1.4347 ' 1.7138

1.5061

1.4719 *

...................................................... 1 5635

2.0329

12

1.1273

1.3139

1.1274

1.0537 *

.4887 *

.9381

1.0178

1.6083

1.3783 1.5906

1.5041

1.7876 '

.,................'..,.............e.......,.. 1.5466

1.5359

l

.......,.s...

13

1.2369

1.3345

1.2677

1.1733 *

.9357 *

.9386 *.7112

F-SUB-Q

1.4739

1.3634 '.2.4211

1.4717 *

..........................'..................1.6297

2.2731

M-SUB-Q 1.5505 14

1.2304 ' 1.2595

1.2195

1.1366 *

.9766 *

.7121 *

1.4865

1.4486 '.1.4028

1.5640

1.7030

2.2702

i 15 ' 1.0994 ' I.0401

1.0565 *

.8822 *

1.6636

1.7532

1.7148

2.0325

s i

i

s MCEl-0600-47 Page 61 of 153 McGuire 2 Cycle 9 Core Operating Limits Report I

Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / M2D (3-D) AT: 75% POWER 365 EFPD THIS IS LEVEL 16 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BO' TOM OF CORE l

d H

G F

E D

C B

A 8*

.5263

1.1307

1.1451

1.3627

1.1661

1.3146 ' 1.3316

1.2244

1.8909 1.5390

1.7050

1.4470

1.6887

1.5085

1.4919

1.6224

I d

9

1.1305

1.1032

1.3324

1.1535

1.4200

1.4315

1.3962

1.1380

1.5393

1.7481

1.4727

1.7011

1.3900

1.3817 1.4207

1.7420

10

1.1452

1.3339

1.0998

1.3404

1.1805

1.3918

1.3276

1.1529 '

1.7049

1.4710

1.7784

1.4611

1.6483

1.4053

1.4786

1.7072

11

1.3624

1.1544

1.3426

1.0691 ' 1.1369

1.264B

1.2617 *

.9619 '

1.4474

1.6997

1.4587

1.7936

1.5118 ' 1.4820 1.5207

2.0133

12

1.1660

1.4203

1.1804

1.1383 *

.5002

1.0272

1.1066

1.6089

1.3697

1.6465

1.5098

1.8572

1.5367

1.5386

13

1.3146

1.4318 * :.3920

1.2650

1.0245

1.0132 *

.7712

F-SUB-Q 1.5086

1.3814

1.4051

1.4818

1.5407 + 1.6367

2.2883

M-SUB-Q 14

1.3313

1.3961

1.3276

1.2613

1.0618 '.7722

1.4923

1.4208

1.4786

1.5211

1.7059

2.2853

15

1.2242

1.137B

1.1530 *.9621

1.6226

1.7424

1.7071

2.0129

FQD / MgD (3-D1 AT: 75% POWER 365 EFPD THIS IS LEVEL 15 OF 18 WHERE: 18. TCP OF CORE AND 1 : BOTTOM OF CORE H

G F

E D

C B

A 8*

.5168

1.1373

1.1364

1.3722 ' 1.1513

1.3164

1.3478

1.2554

1.9308

1.6043

1.7446

1.5100 ' 1.7229

1.5745

1.5405

1.6529

9

1.1371

1.0942

1.3430

1.1413 ' 1.4352

1.4419

1.4335

1.1570

1.6045

1.77B7 + 1.5416 1.7394

1.4365

1.4311

1.4441

1.7877

10

1.1365

1.3445

1.0915

1.3506 ' 1.1742

1.4217

1.3503

1.1697

1.7445

1.5399

1.B195

1.5239

1.6620

1.4278

1.5068

1.7438

11

1. 3719

1.1423

1. 3 527

1. 057 6

1.1531

1.2 003

1.2 953 + -.9753

1.5103

1.7379

1.5215

1.8282

1.5613

1.5339

1.5393

2.0574

12

1.1512

1.4355

1.1741

1.1546 *.4964

1.0509

1.1245

1.7231

1.4362

1.6622

1.5592

1.8796 ' 1.5798

1.5928

i 13

1.3164

1.4422

1.4219

1.2005

1.0482

1.0276

7827

F-SUB-Q

...................'.............................................1.4276

1.5337

1.5839

1.6355

2.3810

M-SUB-Q 1.5746

1.4308 14

1.3474

1.4334

1.3503

1.2949

1.0789 *

.7837

1.5409

1.4442 ' 1.5069

1.5398

1.7661

2.3780

15

1.2553

1.1567

1.1698 *.9755

1.6530

1.7880

1.7437

2.0570

O h

i E

4 l

l i

1 l

MCEI-0400-47 i

Page 62 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Eable 1 (cont) t Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Norrnal Opention FQD / M2D (3-D) AT: 75% P' Um 365 EFPD THIS IS LEVEL 24 OF 18 WHERE: 18 m TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.5161

1.1411

1.1258

1.3660

1.1331

1.3040

1.3417

1.2564

2.0004 '.1.6915

1.8339

1.6024

1.8006

1.6635

1.6164 '.1.7229

9* 1.14 09

1. C 865 ' 1. 3 4 05

1.12 60

1. 4 3 0 5

1. 4 3 3 6

1. 4 3 85

1.153 0 *

........................................................... 24

1. B698 *

1.6918

1.8447

1.6420

1.8227

1.5171

1.5073

1.50...........

10

1.1258

1.3420

1.0805 ' 1.3476

1.1639

1.4275

1.3516

1.1657 *

1.8338

1.6401.'.1. 9076

1.6150

1.7401..'. 1.5038

1 5634

1.8339 *

[

l 11

1.3657

1.'1270

1.3497

1.0488

1.1619

1.2858

1.3061 *

.9724 *

)

1.6028

1.8211

1.6124

1.6953

1.6301

1.6098

1.6258

2.1854

12

1.1330

1.4309

1.1638

1.1634 *

.4992

1.0682

1.1324 '

1.8008

1.5167

1.7403

1.6359

1.9496

1.660 l

...................................................2..*.1.6780*

l i

l 13

1.3040

1.4339

1.4277 ' 1.2859

1.0655

1.0394 *

.7891

F-SUB-Q

1. 66 3 6

1. 5 07 0

1. 5 0 3 6

1. 6 0 9 6

1. 66 4 5

1. 6 9 21

2. 5219

M-SUB-Q 14

1.3413

1.4364

1.3515

1.3057

1.0665 *

.7901 *

1.6168

1.5025

1.5834

1.6262

1.8605

2.5186

15

1.2563

1.1528

1.1658 *

.9726 *

1.7231

1.8701

1.8338

2.1850 *

................e......,....,,.....

FDD / MQD (3-D) AT: 75% POWER 365 EFPD THIS IS LEVEL 13 CF 18 i

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 8*

.5602

1.1756

1.1309

1.3674 ' 1.1235

1.2955

1.3350

1.2523

2.1471

1.7940

1.9567

1.7350

1.9485

1.7919 ' 1.7252

1.8290 '

9

1.1756

1.0997

1.3493

1.1212

1.4311

1.4294 ' 1.4394 ' 1.1469

1.7943 ' 2.9456

1.7795 ' 1.9766

1.6300

1.6241

1.6015

1.9986

10 ' 1.1310

1.3508

1.0804

1.3552

1.1675

1.4381

1.3549

1.1619

1.9566 ' 1.7775

2.0659

1.7502

1.8819

1.6218

1.7034

1.9734

1.3671

1.1222

1.3574

1.0590

1.1983

1.3097

1.3226 *

.9721

11 1.7353

1.9749

1.7474

1.9980

1.7333

1.6988

1.7574

2.3706

12

1.1234

1.4314 ' 1.1674

1.1998 *.5453

1.1159

1.1571

1.9407

1.6376

1.8822

1.7310

2.0832

1.7646

1.7786

13

1.2954

1.4297

1.4383

1.3099

1.1131

1.0760 *

.B081 ' F-SUB-Q 1.7 92 0

1. 6237 ' 1.6216

1. 6 98 6

1.7 6 92

1.7 93 9

2. 6 963

M-SUB-Q 14

1.3347

1.4393

1.3548

1.3222

1.1102 *

.8091

1.7257

1.6017

1.7035

1.7579

1.9721

2.6029

15

1.2521

1.1467

1.1620 *

.9723

1.8292

1.9990

1.9733

2.3701 1

l

I h1CEI-0400-47 Page 63 of 153 McGuire 2 Cycle 9 Core Operating Limits Report lnable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

FQD / MQD (3-D) AT: 754 POWER 365 EFPD 1HIS IS LEVEL 12 OF 10 WHERE: 18 = TCP OF CORE AND 1 z BOTTOM CF CORE f

H G

F E

D C

B A

8*

.8440

1.2769

1.1554

1.3798

1.1225

1.2934

1.3329

1.2503 *

2.2847

1.9003

2.0992

1.8919

2.1412

1.9469

1.8623

1.9659

i 9

1.2767

1.1404

1.3732

1.1271

1.4415

1.4331

1.4441

1.1442 *

1.9006

2.0832 '.1.8990

2.1766

1.7817

1.7640

1.7259

2.1580

10

1.1555

1.3748

1.0913

1.3774

1.1891

1.4606

1.3656

1.1631 *

2.0991

1.8968

2.2519

1.8802

2.0173 '. 1.7572 '.1.8474 '.2.1400

11

1.3795

1.1281

1.3796

1.0965

1.2982

1.3629

1.3519 *

.9783 *

........................ 2.. *. 2.13 8 4

1. 8 2 9 8

1. 7 97 9

1. 0 5 9 6

2. 5 8 6 5 *

1.8923

2.1747

1.877

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

12

1.1224

1.4418 ' 1.1889

1.2999 *

.8340

1.2321

1.2071

l

2.1414

1.7813

2. 0175

1. 8274

2.2093

1.0541

1.0825

s t

13

1.2933

1.4334

1.4608

1.3631 ' 1.2290

1.1481 *. 84 3 0

F-SUB-Q

1. 9 4 7 0

1. 7 63 6 '. 1. 7 5 6 9

1. 7 977

1. 85 8 9

1. 0 9 8 0

2. 84 54

M-SUB-Q 14

1.3326

1.4440

1.3656

1.3515

1.1582 *

.8441 *

1.8628

1.7260

1.8475

1.0601

2.0873

2.8418

15

1.2502

1.1439

1.1632 *

.9765 *

1.9661

2.1584

2.1399

2.5860

FQD / MOD (3-D) AT: 75% POWER 365 EFPD THIS IS LEVEL 11 CF 18 WHERE: IB = TCP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.0329 *-1.3664

1.1620

1.3965

1.1253

1.2949

1.3339

1.2500 '

2.4637

2.0293 '.2.2661

2.0303

2'.3635

2.1233

2.0205

2.1250

9

1.3661

1.1812

1.4009

1.1368 ' 1.4560

1.4400

1.4517

1.1441 *

2.0297

2.2493

2.0275

2.3608

1.9353

1.1221

1.0685

2.3404

10

1.1820

1.4025

1.1056 ' 1.4033

1.2127

1.4860

1.3793 ' 1.1671 *

2.2660

2.0252 '.2.4269

2.0040

2.1714

1.8655

2.0064

2.3270

11

1.3962

1.1378

1.4055

1.1332

1.3872

1.4157

1.3835 *

.9869 *

2.0368

2.3588

2.000B

2.3085 '. 1.9490 '. 1.9175

1.9754

2.7943

12

1.1252

1.4563

1.2126

1.3890

1.0291

1.3355 ' 2.2567 *

2.3637

1.9349

2.1716

1.9464 '.2.3753

1.9697

2.0093

13

1.2948

1.4411

1.4862

1.4155

1.3321

1.2179 *

.8781

F-SUB-Q

2.123 5

1. 9217

1. 6 652

1. 9172

1. 974 8

2. 03 4 3

3. 0414

M-SUB-Q i

14

1.3336

1.4516

1.3792

1.3831

1.2058 *

.8793

j

2.0210

1.0686

2.0064

1.9760

2.2278

3.0375

15

1.2507

1.1438

1.1672 *

.9871 *

2.1252

2.3409

2.3269

2.7938 *

~. - -

l MCEI-0400-47 Page f>4 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin)- Normal Operation FOD / MOD (3-D) AT: 75% POKER 365 EFPD THIS Is LEVEL 10 CF 18 WHERE: 18 m TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.0934

1.4144

1.1996

1.4106

1.1275

1-.2963 ' 1.3354

1.2522 '

'.2.7353

2.1720

2.5252 '.2.1862

2.6824

2.3308

2.2008

2.3155 '

(

l 9

1.4142

1.2065

1.4225

1.1443 ' 1.4683

1.4473

1.4592

1.1444

l

2.1723

2.5023

2.1691

2.6501

2.0844

2.1022

2 0370

2.5565

10

1.1996

1.4241 ' 1.1165

1.4236

1.2280 ' 1.5059

1.3905

1.1705 '

2.5250

2. 1666

2.7176

2.1498.*. 2.4385

2.0054

2.1615

2.5439

i 11

1.4102

1.1453

1.4259

1.1555

1.4357

1.4502

1.4077 *

.9932 *

2.1866

2.6478

2.1464

2.5886

2.0954

2.0609

2.1167

3.0153

i 12

1.1274

1.4686

1.22T

1.4376 ' 1.0930

1.3933

1.2894 *

2.6827

2.0840

2. 4388

2.0927............... 2. 67 7 5 '. 2.118 5 '. 2. 1612

13

1.2963

1.4476

1.5061

1.4504 + 1.3897

1.2628 *.9021

F-SUB-Q

2. 3 310

2.1018

2. 0 051

2. 0 6 0 6

2.12 4 0

2. 2 871

3.2 800

M-SUB-Q 14

1.3351

1.4591

1.3905

1.4073

1.2372 *

.9033 *

2.2094

2.0371

2.1615

2.1173 '. 2.3962

3.2758

15

1.2520

1.1442

1.1706 *

.9934 *

2.3158

2.5569 > 2.5438

3.0147

FCD / MOD (3.D) AT: 75% POWER 365 EPPD THIS IS LEVEL 9 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8 ' 1.1133

1.4380

1.2001

1.4196

1.1269

1.2958

1.3357

1.2530 *

2.7968

2.1703

2.5833

2.2044

2.7769

2.4239

2.3538

2.4851

9

1.4377

1.2186

1.4360

1.1473

1.4761

1.4506

1.4647

1.1440

l

'.2.1707

2.5592

2.1770

2.7239

2.1239

2.1657

2.1508

2.7366

10

1.2082 ' 1.4376

1.1218

1.4362

1.2348

1.5186

1.3973

1.1718

i

2.5831

2.1745

2.7837

2.1790

2.5349

2.0694

2.2532

2.6930

11

1.4193

1.1483

1.4385

1.1655

1.4602

1.4688

1.4229 .9959 *

2.2049

2.7215

2.1755

2.6818

2.1420

2.1335

2.2106

3.1716

12

1.1268

1.4764

1.2347

1.4621

1.1153 ' 1.4232

1.3066 *

2.7772

2.1234

2.5352

2.1392

2.7976

2.1967

2.2585

13

1.2957

1.4509

1.5188

1.4690

1.4196

1.2868 *. 914 5

F-SUB-Q

'. 2.4241

2.1652

2. 0691 '. 2.1332

2.2 023

2. 429 B

3. 4 3 31

M-SUB-Q 14

1.3354

1.4646 ' 1.3973

1.4225

1.2537 *

.9157 *

2.3544

2.1510

2.2533

2.2113

2.5042

3.4287

15 ' 1.2528

1.1437

1.1718 *

.9961 *

2.4853 '.2.7371

2.6929

3.1710

s

1 I

MCEI-0400-47 Page 65 of 153 i

McGuire 2 Cycle 9 Core Operating Limits Report i

10able 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FCD / M2D (3-D) AT: 754 POWER 365 EFFD THIS IS LEVEL 8 OF 18 WHERE: IB = TOP CF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B ' 1.118 6 ' 1. 4 4 87 ' 1.210 3

1. 42 41

1.12 3 8

1. 2 932

1. 3 3 47

1. 2531

2.7920

2.1598

2.5773

2.1810

2.7052

2.3471

2.2605 + 2.3771

r 9

1.4484

1.2222 ' 1.4429

1.1464

1.4001

1.4509

1.4683

1.1425

I

2.1601

2.5572

2.1692

2.6961

2.0959

2 1214

2.0759

2.6159

10

1.2104

1.4445

1.1223

1.4427

1.2358

1.5256

1.4004 ' 1.1710 *

2.5771

2.1667

2.7644

2.1682

2.5213

2 0549

2.2240

2.5942

11

1.4238

1.1474

1.4450

1.1678

1.4722

1.4773

1.4314 *.9953 *

2.1223

2.6938

2 1647

2.6790

2.1347

2.1314 '.2.1936

3.1049

12

1.1237

1.4B04

1.2357

1.4741

1.1227

1.4383

1.3136 *

2.7055

2.0954

2 5216 '.2.1320

2.7971

2.1905

2.2531

13

1.2931

1.4512

1.5258

1.4775

1.4346

1.2977 *

.9189 ' F-SUB-Q

2.3472

2.1209

2.0546

2.1311 '. 2.1961

2.4283

3.4066

M-EUB-Q j

14

1 3344

1.4682 ' 1.4003

1.4310 ' 1.2604 *

.9201 *

2.2611

2.0760

2.2241

2.1943

2.4981

3.4042

15

1.2530

1.1422

1.1710 *

.9955 *

2.3773

2.6165.*. 2.5941

3.1043

F20 / M2D (3-D) AT: 75% POWER 365 EFFD THIS IS LEVEL 7CF18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

0 B

A B

1.1161

1.4534

1.2093

1.4263

1.1195

1.2699 ' 1.3336 + 1.2535 *

2.6565

2.0356

2.3692

1.9857

2.4867

2.1656

2.0904

2 2074

9

1.4531 * '.2216

1.4463

1.1435

1.4822

1.4500

1.4712

1.1409 *

2. 0 3 5 9

2. 3 B2 0

1. 9 85 0

2. 4 6 02

1. 9122

1 9 4 79 '.1. 9106

2.4 271

10

1.2093

1.4479

1.1204

1.4461

1.2342

1.5301

1.4017

1.1694 *

2.3691

1.9827

2.5277

1.9877

2.3256

1.8868

2.0339

2.3923

11 ' 1.4260

1.1445

1.4484

1.1665

1.4786 ' 1.4810

1.4364 *-.9933 *

1.9562

2.4581

1.9645

2.4987

2.0122

2.0075

2.0342

2.6532

j 12

1.1194

1.4825

1.2341

1.4806

1.1242

1.4465

1.3156 *

2.4870

1.9118

2.3259

2.0096

2.6719

2.0772

2.1164

13

1.2899

1.4503

1.5303

1.4812

1.4427

1.3021 *

.9190

F-SUB-Q

2.16 5 6

1. 9 4 7 5

1. 8 8 65 '. 2. 0 072

2. 0 52 6

2.2 9 4 5

3. 2121. *. M-SUB-Q 14

1.3332

1.4711

1.4017

1.4360

1.2623 *

.9202 *

2.0910

1.9108

2.0340 '. 2.0349

2.3488

3.2079 *

+

15

1.2534

1.1406 ' 1.1694 *.9935 *

2.2076

2.4276

2.3921 + 2.8527

l I

1 o

y

MCEb040047 Page 66 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont.)

Core Operating Limits Repon F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 75% POWER 365 EFPD THIS IS LEVEL 6OFIB

[

WHERE: IB. 7tP OF CORE AND 1 e BOTTOM OF CORE I

H G

F E

D C

b A

j 1.4568

1.2082

1.4290

1.1165

1.2882 ' 1.3339

1.2552

l 8

1 1164 *

2.3841

1.6233

2.1498

1 8156

2.2952

2.0040.*. 1.9377

2.0495

l 2

i 9

1.4565

1.2206

1.4494

1.1412

1.4853

1.4505

1.4752

1.1403

1.7950

1.7639

2.2549

j 1.6236

2.1429

1.8023

2.2568

1.7529

10

1.2003

1.4511

1.1186

1.4496

1.2331

1.5349

1.4037

1.1687

2.1496

1.8002

2.3094

1.8073

2.1179

1.7210

1.8697

2.2140

i

.9914

11

1.4287

1.1422

1.4519

1.1652

1.4842

1.4843

1.4412

l 1.8160

2.2549

1.8044

2.2540

1.8106 ' 1.8086

1.8476

2.6282

12

1.1164

1.4856

1.2330

1.4862

1.1248

1.4531

1.3166 *

.....................................804

1.9175

2.1181

1.8082 + 2.4129

1.8

.......... 1. 7526

2.2955

1.5351

1.4645

1.4493

1.3051 *

.9178

F-SUB-Q 13

1.2881

1.4508 *

2.0041

1.7947

1.7208

1.8083

1.8852

2 0827

2.9193

M-SUB-Q

............................ 4..................

14

1.3335

1.4751

1.4036

1.4400

1.2632 *

.9190

1.9382

1.7640

1.0687 ' 1.8482

2.1260

2.9156 *

.9916

15

1.2551

1.1401

1.1687 2.0497

2.2553

2.2138

2.6277

1 l

FQD / MOD 13-D) AT: 75% POWER 365 EFPD THIS IS LEVEL 5 OF 18 WHERE: 18 = TOP OF CORE AND 1 - BOTTOM OF CORE H

G F

E D

C B

A 8

1.1163 ' 1.4618

1.2099

1.4343 ' 1.1170

1.2895

1.3364

1.2580

2.1585 ' 2.6595

1.9789

1.6765

2.1340

1.8668

1.8079

1.9161

9

1.4616

1.2222

1.4546

1.1419

1.4912

1.4541 + 1.4804

1.1407

i 1.6598

1.9645

1.6576

2.0901

1.6214

1.6668

1.6412

2.1105 *

)

10

1.2100

1.4562

1.1190

1.4555

1.2352

1.5416

1.4074

1.1694

1.9788

1.6557

2.1344

1.6630 ' 1.9539

1.5878

1.7330

2.0659

11

1.4339

1.1429

1.4579

1.1668

1.4913

1.4899

1.4468 * '.9903

I 1.6769

2.0883

1.6603

2.0699

1.6488

1.6556

1.7014

2.4476

12

1.1168

1.4915 ' 1.'2351

1.4933

1.1268

1.4605

1.3186

2.1342

1.6210

1.9541

1,6467 ' 2.1791

1.7035

1.7571

13

1.2894

1.4544

1.5418

1.4901

1.4567

1.3094 *

.9169

F-SUB-Q

'.2.8669

1.6664

1.5876

1.6553

1.7079 '. 1.8916

2.6765

M-SUB-Q 14

1.3361

1.4803

1.4074

1.4463

1.2652 *

.9101 *

1.8084

1.6414

1 7330

1.7019

1.9482

2.6731

15

1.2578

1.1405

1.1695 *

.9905 *

1.9163

2.1109

2.0658

2.4471

s

I i

i i

i 1

MCEl-0400-47 Page 67 of 153 j

McGuire 2 Cycle 9 Core Operating Limits Report j

Table 1 (cont.)

I Com Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

l FQD / MOD {3-D) AT: 754 POWER 365 EFFD THIS IS LEVEL 4 OF 18 WHERE: 18 = TCP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A I

8

1.1182

1.4666

1.2147

1.4397

1.1216

1.2926

1.3377

1.2561 *

2.0100

1.5453

1.8493

1.5706

2.0039

1.7582

1.7000

1.8179

9

1.4663

1.2268

1.4595

1 1460

1.4969

1.4564 ' 1.4804

1.1376 *

1.5455

1.8326

1.5500

1.9594

1.5206

1.5670

1.5508

2.0044

r 10

1.2140

1.4612

1.1216

1.4618

1.2404

1.5454

1.4091

1 1680 *

1.8492

1.5482 '.2.0007

1.5543

1.8284

1.4897

1.6315

1.9559 '.

11

1.4394

1.1470

1.4642

1.1719

1.4964

1.4952 ' 1.4477 *

.9864

k

1.5710

1.9577

1.5518

1.9320

1.5369

1.5451 '.2.5975

2.3188

12

1.1215

1.4972

1.2403

1.4983

1.1294

1.4645

1.3184 *

2 0041

1.5203

1.8286

1.5349

2.0277

1.5849

1.6460

1 13

1.2926

1.4587

1.5456

1.4954 ' 1.4607

1.3127 *

.9130

F-SUB-Q 1.7583

1.5667

1.4895

1.5449

1.5890 1.7604

2.5135

M-SUB-Q 14

1.3373

1.4802

1.4090

1.4473

1.2649 *

.9150 *

2.5102 *

1.7084

1.5510 '.1. 6315

1.5979 '. 1.8251 15

1.2560

1.1374

1.1680 *

.9866 *

1.8181

2.0048

1.9558

2.3184

L j

FCD / MQD 13-DI AT: 75% POWER 365 EFFD THIS IS LEVEL 3 OF 18 WHERE: IB : TOP CF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A i

8

1.1139

1.4532

1.2130

1.4275

1.1233

1.2848

1.3204

1.2279

1.9227

1.4853

1.7682

1.5132

1.9155

1.6940

1.6582

1.7845

9

1.4529

1.2249

1.4461

1.1453

1.4829

1.4467

1.4502

1.1134 *

1.4856

1.7509

1.4926

1.8747

1.4670

1.5113 1.5161

1.9654

I 10

1.2131

1.4477

1.1177

1.4508

1.2384 + 1.5229

1.3899

1.1474 *

1. 7 6 81 + 1. 4 9 0 9

1. 9101

1. 4 9 4 4

1.7 50 0

1. 4 4 4 0 '.1. 5 82 0

1. 9 0 91

11

1.4272

1.1462

1.4531

1.1725

1.4783 ' 1.4820

1.4203 '-.9649 *

1 5135 '.1.8731

1.4920

1.8430

1.4824

1.4863

1.5549

2.2712

12

1.1232

1.4832

1.2383

1.4802

1.1218

1.4420

1.2975 *

1.9157

1.4667

1.7502

1.4805

1.9447

1.5310

1.5957

13

1.2847

1.4470

1.5232

1.4822

1.4391

1.2985 *

.8958

F-SUB-Q

1.6942 * *.5110

1.4438

1.4861

1.5349

1.6945

2.4469

M-SUB-Q 14

1.3201

1.4501

1.3899

1.4198

1.2449 *

.8969 *

1.6586

1.5163

1.5821

1.5554 '. 1.7692

2.4438

15

1.2270

1.1132

1.1475 *

.9651 *

1.7847 '.1.9658

1.9090

2.2707

L l

i MCEl-0400-47 l

l Page 68 of 153 j

McGuire 2 Cycle 9 Core Operating Limits Report l

l Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin)- Normal Operation p

FQD / MQD (3-D) AT: 754 POWER 365 EFFD THIS IS LEVEL 2OF1B

[

WHERE: 18 = TOF GF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A i

l 8

1.0644

1.3562

1.1591

1.3338

1.0838

1.2131

1.2271

1.1110

1.9516

1.5416

1.7960

1.5708

1.9295

1.7431

1.7333

1.9172

9

1.3559

1.1704

1.3495 ' 1.0988

1.3814

1.3564

1.3214

1.0164

1.5418

1.7778

1.5504

1.8980

1.5274

1.5645

1.6150

2.0938

10

1.1592

1.3510

1.0693

1.3571

1.1829

1.4018

1.2686

1.0540 '

1.7959

1.5466

1.9466

1.5485

1.7786 ' 1.5206

1.6558

2.0205

11 ' 1.3335

1.0997

1.3593

1.1288

1.3697

1.3849

1.2952 *

.6004 *

'.1.5712

1.8964 '. 1.5460 '.1.8575

1.5495

1.5409

1.6527

2.4191

12

1.0837 ' 1.3817 ' 1.1827 ' 1.3715

1.0642

1.3262

1.1958 *

1.9297

1.5271

1.7768

1.5475 1.9873

1.6119

1.6787

13

1.2130

1.3567 ' 1.4020

1.3650

1.3228

1.2001 *

.8210

F-SUB-Q 1.7 4 3 2 ' 1. 56 42

1. 52 04

1. 54 D7

1. 616 0

1. 7 64 3

2. 59 0 6

M-SUB-Q 14

1. 22 6 B

1. 3 213

1. 2 8 8 6

1. 2 9 4 6

1.147 4 *

.8221 1.7338

1.6152

1.6559

1.6532

1.8613

2.5873

15

1.1109

1.0162

1.0540 *

.8806

1.9174

2.0942

2.0204

2.4186

FQD / MQD (3-D) AT: 75% POWER 365 EFFD THIS IS LEVEL 1 CF IB WHERE: 18 = TOF OF CvRE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

.6240 ' 1.0131 *.6891

1.0016 *.8490 *

.9010 *

.8919 *.7616 *

................................................................ 2. 7503

2.4815

2.0264

2.3046

2.0556

2.4268

2.3090

2.3448

9

1.0130 *

.8977

1.0107 *.8519

1.0248 *

.9985 *

.9669 *

.7162 *

2. 02 67 '.2. 2 810

2. 0 3 3 4

2. 4111

2. 0227

2. 0 891 + 2.12 3 8

2. 92 2 9

10 *.B891

1.0119 *.8329 *.9903 *

.9092

1.0514 *

.9335 *.7455 *

2.3045

2.0311

2.4610

2.0847

2.2774

1.9900

2.2459

2.6098

11

1.0014 *.8527 *.9919 *

.6847

1.0239

1.0147 *

.9494 *~.6192 *

2.0560

2.4090

2.0814

2.3332

2.0346

2.0648

2.2132

3.3832

12 *

.6489

1.0250 *.9091

1.0252 *.8193 *

.9607 *

.6552 *

2.4271

2.0222

2.2777

2.0319

2.5393

2.1832

2.3064

13 *

.9010 +

.9987

1.0515

1.0149 *

.9582 *

.8771 *

.57 8 9 ' F-SUB-Q

'.2. 3 091

2. 08 8 6

1. 98 9 8

2. 0C4 5

2.188 8

2. 3 87 0

3. 6127

M-SUB-Q 14 *.8917 *

.9668 *.9335 *.9492 *

.B205 *

.5797 *

2.3454

2.1240

2.2459

2.2139

2.5572

3.6080

15

7615 *

.7161 *

.7456 *

.6194 *

2.7505 '.2.9234 '. 2.8097

3.3826

h l

1 i

l i

l MCEI-0400-47 Page 69 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 10able 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Wues (F-sub-Q OP Margin) - Normal Operation i

FCD / M2D {3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: IB = TCP OF CORE AND 1 z BOTTOM OF CCRE 1

i H

G F

E D

C B

A 8*

.4071 *

.8172

7939 *

.9641 *

.8442 *

.9057 *

.8580 *

.6788

2.2737

1.7903

2.0946

1.7383

1.9919

1.0769

1.9885

2.5096

9*

.8163 *

.7712 *

.9532 *

.0059 *

.9662 *

.9670 *.9502 *

.6414

1.7901

2.6489

1.7923 2.0924

1.7479

2.0742

1.7077

1.7547 t

.7936 *

.9559 *

.7626 *

.9090 *

.7987 *

.9543 *.8131 *

.6311 '

10

2.0955

1.7429

2.1813

1.8347

2.0898

1.7630

2.0784 '.2.6780

11 *

.9633 *

.8075 *

.9114 *

.7483

7977 *

.6012 *

.7807 *

.5201 *

1.7397

2.0703

1 8298

2.1636

1.8306

1.9633

2.1359

3.2225

12 *

.8442 *

.9865 *

.7987 *

.7974 *.3532 *.6263 *.6521 *

1.9918

1.7071

2 0898

1.8313

2.4367

2.0962

2.1461

13 *.9054 *

.9674 *

.9538 *.8012 *.6229 *

.5861 *

.3967

F-SUB-Q

1.8775

1.7540

1.7639

1.9634

2.1076

2.3140

3.5887

M-SUB-Q l

.8572 *

.9500 *

.8131 *

.7801 *.6233 *

.3987 '

14 *

1.9903

1.7906

2.0785

2.1376

2.3884

3.5705

s 15 *

.6786 *

.6411 *

.6309 '

.5198 *

2.5101

2.6501

2.6789

3.2244 FQD / M2D (3-P) AT: 50% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

D C

B A

................................E.........................................

8*

.5246

1.1035

1.0794

1.2977

1.1294

1.3099

1.2468

1.0803 *

2.1320

1.6638

1.9344

1.6224

1.8659

1.6238

1.7128

1.9754

9 ' 1.1023

1.0492

1.2073

1.0793

1.3520

1.3825

1.2916 *.9457 *

1.6657 + 1.9345

1.6271

1.9433

1.5633

1.5367

1.6656

2.2520 *

)

10

1. 07 8 9

1.2 911 + 1. 0233

1.2997

1. 0823

1.2725

1.17 84 *

.9472

1

............................ 1.6097

1.9336

1.6600

1.7963

2.2360

1.9353

1.6224

2.0401

11 ' 1.2967

1.0014

1.3032 *

.9931

1.0563

1.1541 a 1.1317 *~.7729 *

1.6237

1.9396

1.6054

2.0522

1.7335

1.7098

1.8516

2.7197

12 ' 1.1295

1.3524

1.0823

1.0559 *.4614 *

.9220 *

.9717

1

1.8658

1.5628

1.9337

1.7341

2.2542

1.7908

1.8118

13

1.3095 ' 1.3830

1.2718

4.1540 *.9170 *

.8777 *

.5951

F-SUB-Q

1.6243

1.5361

1.6609

1.7099

1.8005

1.9430

3.0100

M-SUB-Q 14

1.2456

1.2812

1.17B4

1.1308 *.9288 *

.5981 *

1.7144

1.6661 + 1.7964

1.0531

2.0164

2.9956

15

1.0001 *

.9453 *

.9469

7725 *

1.9758

2.2530

2.2367

2.7213

4

- ~ -,

e,

MCEI-0400-47 j

Page 70 of 153

.McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont.)

Core Operating Limits Report i

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 50% POWER 4 EFPD 7EIS IS LEVEL 16 OF 18 i

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A i

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

8*

.5644

1.2396

1.1794

1.4523 ' 1.2208

1.4722

1.4227

1.2886

2.1754 ' 1.6516

1.9687

1.6166

1. 9147

1.6044

1.6659

1.8379

9

1.2382

1.1473

1.4454

1.1700

1.5302

1.5617

1.4860

1.0874

1.6535

1.96B1

1.6177

1.9916

1.5376

1 5110

1.5968

2.1761

10

1.1789

1.4497 ' 1.1150

1.4701

1.1872

1. 633 ' 1.3537

1.0914

1.9696 *.1.6130

2.0816 ' 3.5651

1.9556

1.3061

1.7370

2.1564

II

1.4512

1.1722

1.4741

1.0747

1.1946

1.3195

1.3374 *

.6889

l 1.6179

1.9878

1.5809

2.1073

1.706D ' 1.6643

1.7441

2.6306

12 ' 1.2206

1.5307

1.1872

1.1942 *

.5077

1.0867

1.1261

1.9146

1.5371

1.9556

1.7066

2.2503

1.6951

1.7446 '

j 13

1. 4710

1. 5 62 3

1. 4 62 5

2. 319 4 + 1. 0 0 08

1. 02 0 0 *

.6071

F-SUB-Q 1.6049

1.5104

1.6069

1.6643

1.7043

1.8573

2.9139

M-SUB-Q r

t 14

1.4213

1.4856

1.3536

1.3364

1.0765 *

.6906

1.6675

1.5972 ' 1.7371

1.7454

1.9416

2.8992

l 15

1.2683

1.0869

1.0911 *. EBB 4

1.8383

2.1771

2.1571

2.6322

I FQD / MQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 15 OF IB i

WHERE: 18 = TOP OF CORE AND 1 : BOT 70M OF CORE H

G F

E D

C B

A

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

.5786 + 1.2960

1.2130 ' 1.5152 ' 1.2511 ' 1.5426

1.5076

1.3937

2.2122 ' 1.7174

2.0068

1.6857

1.9525

1.6566 ' 1.6974 ' 1.8327

9

1.2945

1.1807 ' 1.5112

1.1998

1.6103 ' 1.6438

1.5934

1.1556

1.7193

2.0031 ' 1.6862

2.0344

1.5B49

1.5530

1.6094

2.2121

10

1.2124

1.5156

1.1490

1.5435

1.2294

1.5624

1.4445

1.1593

2.0097

1.6812

2.1180

1.6400

1.9743

1.6294

1.7602

2.1946

11

1. 514 0

1.2 020

1. 547 6

1.104 9

1.2 629

1. 4 034 ' 1.4 4 80 C

.9439

l 1.6871

2.0306

1.6364

2.1388

1.7484

1.6945

1.7414

2.6819

12 ' 1.2512 ' 1.6109

1.2293

1.2624 *.5315

1.1761

1.2048

1.9524

1.5843 ' 1.9743

1.7491

2.2375

1.7002

1.7708

13

1.5421

1.6444

1.5616

1.4034

1.1697

1.0940 *

.7332

F-SUB-Q 1.0571

1.5524

1. 63 03

1. 6 94 5

1.70 94

1. 8101

2. 97 25

M-SUB-Q l

14

1.5062

1.5930

1.4444

1.4469

1.1516 *

.7370

l

1.6990

1.600 8

1.7 602

1.7 4 2 B ' 1. 97 0 0

2. 9575

l l

15

1.3934

1.1550

1.1509 +

.9434

l 1.8330

2.2131

2.1953

2.6035

MCEI-0400-47 Page 71 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Valuec (F-sub-Q OP Margin) - Normal Operation

)

1 l

FQD / MOD 13-D) AT: 50% PDWER 4 EFFD THIS IS LEVEL 14 CF IB WHERE: 18 1CP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 1.3214

1.2253

1.5422

1.2632

1.5780

1.5521 ' 1.4464

8*

.5847

.............................................. 2.7916

1.8237 *2.3738

1.6616

2.1661

1.8426

2.0934 '................. 1.9 9

1.3199

1.1936 ' 2.5405 ' 1.2107

1.6493

1.6863

1.6512

1.1899 *

1.8637

2.1360

1.8514

2.1924

1.7118

1.6715

1.7146

2.3694

10 ' 1.2248

1.5450

1.1637

1.5791

1.2501

1.6173

1.4961

1.1942

1.7821

2.0974

1.7323 1.8667

2.3372 *

2.1670 '.1.8460

2.2850

11

1.5410

1.2129

1.5833

1.1199

1.3009

1.4529

1.5120 *.9725 '

1.8208

2.8452 *

1.0441

2.1882

1.7774

2.2645 '.1.8657

1.7957

12

1.2632

1,6499

1.2501

1.3003 *

.5463

1.2306

1.2509

l

2.0933

1.7112

2.0974

1. 0664

2.3574

1. 0008

1 8828

13

1.5775

1.6869

1.6164

1.4529

1.2239

1.1398 *

.7609

F-SUB-Q

1.7 922

1.67 08

1.73 32

1.7 957

1. 8107

1. 8885

3.1819 ' M-SUB-Q 14

1.5507

1.6508 ' 1.4960

1.5109

1.1957 *

.7648 *

1.8254 '. 1.7151

1.8668

1.8222

2.0954

3.1658

15

1.4481

1.1893

1.1939 *

.9719 *

1.9461

2.3705

2.3379

2.8468

i 1

i FOD / M2D (3-D) AT: 50% FOWER 4 EFPD THIS IS LEVEL 13 OF IB l

WHERE: 18 = TCP CF CORE AND 1 s BOTTOM CF CORE H

G F

E D

C B

A l

8*

.5915

1.3415

1.2340

1.5561

1.2698

1.5989

1.5780

1.4790 *

2.6806

2.0735

2.4022

2.0598

2.3315

1.9750

1.9922

2.10

................................................,................... 97 *....

l 9

1.3400

1.2041

1.5595

1.2172

1.6731

1.7126

1.6055

1.2087 *

2.0758

2.3628

2.0726

2.4523

1.8979 '.1.8422

1.8690

2.5864

l 10

1.2335

1.5640

1.1733

1.6032

1.2649

1.6539

1.5299

1.2149

l

2.4032

2.0666

2.5520

1.9839

2.3231

1.9064 '.2.0449

2.5630

l

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

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

1.5569

1.2195 ' 1.6075

1.1327

1.3305

1.4911

1.5569 .9904

11

2. 0 614

2. 4 477

1. 9 7 B 6

2. 4 82 6

2. 04 9 6

1. 9 559

1. 9 63 8 ' 3.1213

12 ' 1.2698

1.6737

1.2648

1.3300 *

.5598

1.2753

1.2866 '

.......................................... 1

1.9"i61.*.2.0638

2.3314

1.8973

2.3232 ' 2.0503

2.619

[

13

1.5984

1.7133

1.6531 + 1.4911

1.2664

1.1789 *

.7837

F-SUB-Q

1. 97 5 6

1. 8415

1. 9 07 4

1. 9 5 60

1. 9 6 6 9

2. 0 6 63

3. 5103

M-SUB-Q i

t 14 ' 1.5766

1.6850

1.5298 ' 1.5557

1.2299 '

.7877 *

1.9940

1.8696

2.0450

1.9653

2.2968 '.3.4925

15 ' 1.4787 ' 2.2001 ' 1.2145 *

.9899 *

2.1101

2.5876

2.5638

3.1231

h 6

e t

6 i

v r

t 4

i MCEl-0400-47 Page 72 of l53 McGuire 2 Cycle 9 Core Operating Limits Report l

1 1rable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 50% POWER 4 EFFD THIS IS LEVEL 12 CF 16 WHERE: 18 = TOP CF CORE AND 1 = BOTTOM OF COPE j

H G

F E

D C

B A

j B*

.6119

1.3743

1.2475

1.5730

1.2750

1.6131

1.5945

1.4975

l

3.0618

2.3539

2 7576

2.3093

2.6180

2.1950

2.2046

2.3201

9

1.3728

1.2226 ' 1.5804 ' 3.2248

1.6927

1.7324

1.7087

1.2197 *

2.3566 '.2.7110

2.3354

2.7664

2.1112 '.2.0432

2.0596

2.8488

10

1.2470

1.5850

1.1642

1.6274 ' 1.2811

1.6858

1.5566

1.2292 *

2.7588

2.3286

2.8844

2 2163

2.6093

2.1022

2.2476

2.8136

11

1.5718

1.2271

1.6317

1.1508

1.3687

1.5329

1.5978

1.0052 *

2. 3112

2. 7 612

2. 210 4

2. 82 6 6 + 2. 2 9 3 4

2.1814

2.182 4

3. 4 3 6 5

t 12

1.2751

1.6932

1.2811

1.36B2 *.5851

1.3307

1.3265 *

2. 617 9

2.1105

2. 6 0 94

2 2 9 4 2

2. 9 414

2.167 6

2. 2 9 4 8 d 13

1.6126 ' 1.7331

1.6649

1.5329

1.3235

1.2274 *

.B103

F-SUB-Q

2 1957

2.0424

2.1034

2.1815

2.1995

2.3059

3.904 8

M-SUB-Q

4

1.5930

1.7082

1.5565

1.5966 ' 1.2680 *

.8144

2.2067

2.0602

2.2477

2.1841

2.5539

3.8650

15

1.4972

1.2191

1.2288

1.0046

2.3206

2.8501

2.8144

3,4385

FQD / MOD (3-D) AT: 50% POWER 4 EFFD THIS IS LEVEL 11 OF 1B WHERE: IB TOP OF CORE AND 1 = BOTTOM OF CORE H

C F

E D

C B

A i

8*

.7082

1.4451

1.2707

1.5899 ' 1.2796

1.6228

1.6046

1.5084 '

3.4822

2.6780

3.1654

2.5940

2.9538

2.4550

2.4553

2.5626

9 ' 1.4435

1.2576

1.6082

1.2345

1.7115 ' 1.7469

1.7254

1.2256

2.6610

3.1038

2.6415

3.1346

2.3539

2.2758

2.2870

3.1622

10

1.2701

1.6129

1.1984

1.6564

1.3039

1.7192

1.5004

1.2398 '

3.1668

2.633B

3.2B40

2.4634

2.9277

2.3218

2.4774

3.ui?3

11

1.5087

1.2360

1.6600

1.1814 ' 1.4392

1.5902

1.6425

1.0*95

2.5961

3.12B7 ' 2.476B

3.2789

2.6273

2.4894 ' 2.3906

3.76?B

12

1.2796

1.7121

1.3030

1.4387 *

.6837 ' 1.4248

1.3811

2.9537

2.3531

2.9277

2.6282

3.3927

2.4834

2.6134 13

1.6223

1.7496

1.7183 ' 1.5902

1.4171

1.2999 *

.8462

F-SUB-Q i

2.4557

2.2749

2.3231

2.4895

2.4969

2.6388

4.4470

M-SUB-Q 14 ' 1.6031

1.7249

1.5803

1.6412

1.3202 *

.8505

2.4576

2.2876

2.4775

2.3924

2.9085

4.4245 *

................,...........,................e.........

15

1.5061

1.2250

1.2394

1.0109

2.5631

3.1637

3.0983

3.7640

h4(:EI-0400-47 Page 73 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 1 (cont) l Core Operating Limits Report l

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation l

FQD / MDD (3-D) AT: 50% POWER 4 EFPD THIS is LEVEL 10 OF 18 WHERE: 18 = TOP OF CDRE AND 1 : BOTTOM OF CORE H

G F

E D

C B

A j

B

1.0657

1.5817

1.3020

1.6057

1.2813

1.6265

1.6077

1.5120 *

3.6891

2.7136

3.3582

2.7569 '.3.3203

2.7092.*.2.7047

2.8057

i 9

1.5799

1.3093

1.6391

1.2433

1.7274 ' 1.7602

1.7351

1.2261 *

2.7167 '.3.2061

2.7444

3.4682

2.5620

2.5240

2.5174

3.469'..*.

10

1.3014

1.6439

1.2127

1.6867

1.3321

1.7519

1.5997 ' 1.2458

l

3.3597

2.7364

3.6005

2.6756

3.3231

2.5885

2.7533

3.4302

i 11

1.6044

1.2456

1.6912

1.2255

1.5700

1.6638

1.6881

1.0314 *

2.7591

3.4617

2.6685

3.5476

2.7730

2 6765

2.6507

4.1756

12

1.2813

1.7279

1.3321

1.5694

1.0478

1.5858

1.4497 *

3.3202 '.2.5612

3.3232

2.7740

3.7805

2.7047

2.8778

13

1.6260

1.7608

1.7510

1.6638 ' 1.5772

1.3971 *

.8883

F-SUB-Q

'.2.7101

2.5230

2.5899

2.6765

2.7194

3.0326

4.9619 ' M-SUS-Q p

14

1.6062

1.7346

1.5996

1.6868

1.3857 *

.8928 *

2.7073

2.5181

2.7535

2.6528

3.2028 '. 4.9368

15

1.5117

1.2256

1.2454

1.0308 *

2.8062

3.4708

3.4312

4.1780

l t

FCD / M2D (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 9 OF 18 WHERE: 18 m TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B

1.1680

1.6485

1.3174

1.6111

1.2754

1.6208

1.6014

1.5069 *

3.8117

2.7400

3.3531

2.6313

3.2497

2.5825

2.6151

2.7699

9

1.6467

1.3376

1.6564

1.2439

1.7320

1.7603

1.7342

1.2194 *

2.7431

3.3963 '. 2.6350

3.3899 '.2.4458

2.4082

2.4365

3.4361

10 ' 1.3169

1.6613

1.2183

1.7035

1.3446

1.7694

1.6074

1.2436 *

3.3546

2.6273

3.5067

2.5491

3.2685

2.4846

2.6974

3.4348

11

1.6098

1.2462

1.7080

1.2478

1.6332

1.7000

1.7168 *-1.0353 *

2.6334

3.3835

2.5423

3.6615

2.8009

2.7029

2.6500

4.2476

12 ' 1.2754

1.7325

1.3446

1.6327

1.1530

1.6724 ' 1.4915 *

'I

3.2496

2.4450

3.2685

2.8019 '.3.9039

2.7253

2.9133

13

1.6202

1.7610

1.7685

1 7000

1.6633

1.4589 *

.9156

F-SUB-Q

'. 2.5833

2.4073

2.4859

2.7029

2.7401

3.1272

5.0317

M-SUB-Q 14

1.5999

1.7337

1.6073

1.7155 ' 1.4257 *.9203 *

2.6175

2.4372

2.6975

2.6521 '.3.2423

5.0062

15

1.5066

1.2189

1.2432

1.0347 *

2.7704

3.4377

3.4359

4.2501

f

~

MCEl-0400-47 i

s Page 74 of 153 l

McGuire 2 Cycle 9 Core Openting Limits Report i

1 Fable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

FOD / MQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL B OF 18 WHERE: 1B = TOP OF CORE AND 1 = BOTTOM OF CORE 6

H G

F E

D C

B A

8

1.1883

1.6665

1.3141

1.0015 ' 1.2591

1.6024

1.5832

1.4908 *

3.8383

2.7244

3.2561

2.5535

3.1533 2.5007 2.5134

2.6329

I 9

1.6646

1.3405

1.6544

1.2327

1.7210

1.7456 + 1.7195

1.2036 *

2.7274

3.3497

2.5520 ' 3.2982

2.3735

2.3371

2.3434

3.2784

10

1.3135

1.6592

1.2111

1.7010

1.3387

1.7666

1.5991

1.2306 '

3.2596

2.5445

3.4100

2.4705

3.1864

2.4123

2.6127

3.2935

11

1.6003

1.2350

1.7055

1.2470

1.6491

1.7191

1.7219

1.0279 *

................................................0.*.4.0922 3.5724

2.7657

2.6667

2.575

2.5555

3. 2920

2.4639

12

1.259- ' 1.7216

1.3387

1.6485 ' 1.1761

1.7035

1.5020 *

.........'.. 3728

3.1864

2.7667

3.9009

2.6970

2.8557

3.1531 2

i 13

1. 6019

1.7 4 6 3 + 1.7 6 56

1. 719 0

1. 6 942

1. 4 812 *. 9231

F-SUB-Q l

3.0831

4.9086

2.5015

2.3362

2.4136

2.6668

2.7117 *...............................................................' M-SUB-Q 14

1.5817

1.7191

1.5991

1.7206

1.4358 *

.9278 *

2.5157

2. 3441

2.6128

2.5770

3.1781

4.8837

15

1.4905

1.2030

1.2302

1.0273 *

2.6335

3.2799

3.2946

4.0946

FOD / MQD '3-D) AT: 50% POWER 4 EFFD 7EIS IS LEVEL 7CFIB WHERE: IB = TOP OF CCRE AND 1 = BOTTOM OF CORE j

H G

F E

D C

B A

8

1.1778

1.6541

1.2947

1.5766

1.2317 ' 1.5701

1.5513

1.4620 *

3.5946

2 5539

3.0188 '.2.3613

2.9343

2.3260

2.3407 '.2.4529

l 9

1.6522

1.3238

1.6337

1.2094

1.6936

1.7145

1.6891

1.1772

I

2.5568

3.1097

2.3622

3.0559

2.1985

2.1701

2.1797

3.0658

I 10

1.2941

1.6305

1.1909

1.6795

1.3163

1.7429

1.5735

1.2055 *

3.0201

2.3553

3.1542

2.2896 '. 2.9591

2.2407

2.4289 '.3.0795

11

1.5753

1.2117

1.6839

1.2279

1.6340

1.7022

1.7035

1.0005 *

2.3631

3.0502

2.2835

3.3214

2.6138

2.5255

2.3896

3.8275

12

1.2317

1.6942

1.3163

1.6335

1.1667

1.6971 ' 1.4858 *

2.9342

2.1978

2.9591

2.6147

3.6876

2.5489

2.7168 j

13

1.5696

1.7151

1.7420

1.7021

1.6879

1.4721 *

.9130

F-SUB-Q

2.3267

2.1693 '. 2.2419

2.5256

2.5628

2.9244

4.6823

M-SUB-Q l

14

1.5495'* 1.6886

1.5734

1.7021

1.4203 *.9176

i l

2.3 4 r>

2.10 03

2. 4 2 90

2.3 915

3. 02 3 6

4.6596 l

15

1.4617

1.1766

1.2051

1.0079

l l

2.4534

3.0672

3.0805

3.8297

i 1

1 l

MCEI-0400-47 McGuire 2 Cycle 9 Core Operating Limits Report lhable 1 (cont.)

i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin)- Normal Operation r

F2D / M2D (3-D) AT: 504 PCwER 4 EFFD THIS IS LEVEL 6OFIB WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE

(

H G

F E

D C

B A

B

1.1506

1.6209

1.2624 ' 1.5372

1.1938

1.5231

1.5042

1.4184

3 3.3054

2.3434

2.8147

2.2100

2.7722

2.1988

2.2184

2.3279

9

1.6191

1.2925

1.5967

1.1753

1.6500

1.6664

1.6412

1.1391

2.3460

2.6715

2.1992

2.8703

2.0649

2.0468 ' 2.0E21 ' 2.9182

i l

10

1.2619

1.6013

1.1592

1.6405

1.2798

1.6991

1.5299

1.1677

2.8159

2.1928

2.9525

2.1375

2.7B14

2.1059

2.2932

2.9203

11

1.5360

1.1775

1.6449

1.1945

1.5959

1.6617

1.6622 *

.9772 *

~

2.2118

2.8649

2.1318

3.1118

2.4296

2.3441

2.2444

3.6326 '

12

1.1939

1.6505

1.2798

1.5954 ' 1.1377

1.6622

1.4472

2.7711 ' 2.0642

2.7815

2.4304

3.4406

2,3870

2.5496

i 1

13

1.5226

1.6671

1.6982 ' 1.6616

1.6532

1.4383 *

.8601

F-SUB-Q 2.1995

2.0460

2.1071

2.3441

2.4000

2.7499

4.4161

M-SUB-Q 1.5028

1.6407

1.5298

1.6609

1.3834 *

.8926

14 2.2205

2.0627

2.2933

2.2462

2.8375

4.3957

15

1.4181

1.1366

1.1673

9766

2.3283

2.9196

2.9272

3.6347

i

{

FQD / M2D 13-D) ATt 50% POWER 4 EFFD THIS 15 LEVEL 5OFIB WHERE: IB = TCP CF CORE AND 1 = BOTTOM CF CORE il G

F E

D C

B A

l B

1.112 0

1. 5710

1. 219 8

1. 4 B 4 2

1.14 65

1. 4 6 0 6 ' 1. 4 3 97

1.3566

3.0701

2.1515

2.6564

2.1009

2.6599

2.1184

2.1469

2.2603

9

1.5692

1.2500 ' 1.5445

1.1318

1.5897

1.6005

1.5730 ' 1.0874

2.1539

2.6525

2.0764

2.7363

1.9729

1.9664

1.9920

2.0379

10

1.2192

1.5490

1.1172

1.5848

1.2309

1.6340

1.4667

1.1161

2.6575

2.0704

2.8046

2.0258

2.6516

2.0139

2.2067

2.6356

i 11

1.4630

1.1339

1.5891

1.1495

1.5374

1.5988

1.5969 *

.9334

l 2.1026

2.7312

2.0204 ' 2.9185

2.2006

2.1873

2.1443

3.5104

12

1.1465

1.5902

1.2308

1.5369

1.0929

1.6012

1.3876 '

2.6598

1.9722

2.6516

2.2614

3.25B4

2.2379

2.3904

13

1.4601

1.6011

1.6332

1.5988 ' 1.5925

1.3825 *

.8500

F-SUB-Q 2.1191

1. 9 6 57

2. 0150

2.1873

2.2501

2.5818

4.159 9

N-SUB-Q l

14

1.4383

1.5726

1.4666

1.5957

1.3264 *

.8543

2.1490

1.9926

2.2068

2.1459

2.6603

4.1389

15

1.3563

1.0869

1.1157 *

.9329

2.2604

2.8392

2.8305

3.5124 *

=

i 1

?

l t

t

I l

MCEI-0400-47 i

l Page 76 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont.)

Core Operating Limits Repon i

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FOD / M2D (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 4 OF I B WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A j

B

1.0f27

1.5023

1.1669

1.4149

1.0901 ' 1.3797

1.3531

1.2689 *

2.6032

2.0920

2.1372

2.2662 l

2.8811

2.0509

2.5291

2.0394 t

9

1.5006

1.1966 ' 1.4745

1.0790 ' 2.5090

1.5129

1.4779

1.0180 *

2.0532

2.5085

1.9983

2.6568

1.9293

1.9365

1.9815

2.8419

10

1.1663

1. 47 E B

1. 0 64 5

1. 5094 ' 1.16 93

1.542 5

1. 37 9 3

1. 0474 *

2.5312

1.9925

2.7149

1 9598

2.5692

1.9731

2.1807

2.8222

i 11

1.4138

1.0010

1.5134

1.0938

1.4561

1.5104

1.5010 *

.8746 *

2.0410

2.6510 '.1.9546

2.7782

2.1850

2.1163

2.0963

3.4800 *

[

12

1.0902

1.5095

1.1693

1.4556

1.0323

1.5094 + 1.3042

t l

2.6031.*.1.9286

2.5692

2.1057

3.0962

2.1583

2.3369

13 ' 1.3793 ' 1.5135

1.5417

1.5104

1.5012

1.3025 *

-.7973

F-SUB-Q

'. 2.0927

1.9358

1.9742

2.1163

2.1701

2.4955

4.0627

M-SUS-Q 14 ' 1.3518

1.4775

1.3793

1.4998

1.2466 *

.0014 '

2.1392

1.9820

2.1800

2.0979

2.6006

4.0421

15

1.2687

1.0175

1.0471

.8741 *

'. 2.2666

2.8431

2.8231

3.4820

FOD / M2D (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 3 OF 18 WHERE: 10 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

.9978

1.4007

1.0967

1.3167

1.0208

1.2703

1.2324

1.1366 +

2. 8214

2. 0 015

2. 4 9 01

2. 0 52 9

2. 6212. +. 2.147 2

2. 2 2 3 0

2. 3 9 8 5

4 9 + 1.3991

1.1252

1.3727

1.0120

1.3939

1.3913

1.3402 *.9210 *

2.0037

2.4467 '.1.9930

2.6554

1.9622

1 9842 '.2.0667

2.9804

i i

10

1.0963

1.3767 *

.9954

1.3998

1.0896

1.4096

1.2560 *.9520 *

2.4912

1.9872

2.7106 '.1.9681

2.5549

2.0158

2.2503

2.9342

j 11

1.3156

1.0139 ' 1.4036

1.0242

1.3402

1.3843

1.3571 *.7926 *

2. 054 6

2. 6504

1. 962 B

2.73 61

2.17 03

2.1215 '. 2.1571 '.3. 6 03 5

j 12

1.020e

1.3943

1.0895

1.3397 *.9512 + 1.3706

1.1853 *

2.6211

1.9615

2.5550

2.1711

3.1219

2.1984

2.3628

13 ' 1.2699 ' 1.3919

1.4059

1.3842

1.3631

1.1870 *.7237

F-UUB-Q l

'.2.1479 '.I.9835

2.0169

2.1215

2.2104

2.5360

4.1354

M-SUB-Q 14 ' 1.2312

1.3390 ' 1.2560

1.3561

1.1330 *

.7274 *

2.2251

2.0672

2.2504

2.1500

2.6296

4.1144

15

1.1384 *

.9206 *

.9517

7922 *

'. 2.3990

2.9818

2.9351

3.6056

l

MCEI-0400-47 Page 77 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 10able 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation

)

I t

FQD / MOD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 2 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 1

l 8*

.8947

1.2253 *

.9808

1.1523 *

.9155

1.0956

1.0452 *

.9283

i

(

2.9320

2.1522

2.6319

2.2382

2.8041

2.3902

2.5203 '.2.8334

l

(

9

1.2239

1.0063

1.1999 *.9069

1.2059

1.1978

1.1288 '

.7718

i 2.3542

3.4 i

l

2 1547

2.5873

2. 1617

2. 8309 '.2.1671

2.2071.....................'............ 229

10 *

.9804 ' 1.2034 *.8879

1.2135 *.9671

1.2023

1.0659 *

.8018 *

...... e..... 1554

2. 8 9 4 9

2. 157 0

2.7 3 0 0 '.2.2 4 5 9

2. 5322

3. 3 418

2.6330

2.

I 1

11

1.1513

9087 ' 1.2167 *.9194

1.1597

1.1845

1.1274 *.6655

t

2.2400

2.8256 '. 2.1513

2.8625

2.3619

2.3446 '. 2 4571

4.0937

l 12 *

.9155

1.2063 *

.9671

1.1592 *.8328

1.1468 *

.9988 *

)

2.8040

2.1664

2.7301

2.3620

3.3146

2.4579

2.6466

13

1.0953

1.1982

1.2017

1.1845

1.1406

1.0026 *. 6086

F-SUB-Q

2.3910

2.2063

2. 2471

2.3446

2.4713

2.8140

4.6298 ' M-sus-Q l

14

1.0442

1.1285

1.0659

1.1266 *

.9548 *

.6117 *

2.5227

2.3548

2.5323

2.4590

2.9455

4.6063

15 *

.9281 *

.7715 *.8016 *

.6652 *

2.8339

3.4245

3.3429 '. 4.0961

FQD / MOD 13-D) AT: 50% POWER 4 EFFD THIS IS LEVEL 1 OF 18 WHERE: 18 = TOP OF CORE AND 1 z BOTTOM OF CORE i

H G

F E

D C

3 A

i 7190 *.8566 *.6788 *

.7411 *

.7015-*

.5689 '

8*

.6661 *

.9007 *

3.0099

2.7934

3.4824 '.2.9268

3.6962

3.4501.*. 3.6663

4.5158 *

.8902 *.6715 *.8789 *.8225 *.8336 *

.5083

9*

.9077 *

.7374 *

2.7965

3.4110

2.8232

3.7288

2.8911

3.1312

3.1025 '.5.0739

10 *

.7187 *

.8928 *.6568 *

.8448 *.7096 *.9039 *

.7219 *

.5238 *

3.4939

2.8150

3.8116

3.0068

3.6144

2.8928

3.6336

4.9851

11 *.8559 *

.6727 *.3470 *

.6890 *.8744 *.8104 *

.7719 .4372 *

2.9291

3.7218 '.2.9988 '.3.7271

3.0177

3.3037

3.4677

6.0519

12 *

.6789 *

.8792

7096 *

.8741 *

.6088 *.7759 *

.6616 *

3.6961

2.8901

3.6145

3.0188

4.3810

3.5016

3.8661

13 *

.7409 *

.6228 *.9034 *.8104 *.7717 *

.6642 *

.3967

F-SUB-Q

'.3.4512

3.1300

2.8943

3.3038

3.5207

4.1005 '.6.8657

M-SUB-Q 14 *

.7009 *

.6333 *

.7219 *

.7713 *.6324 *

.3988 *

3.6698

3.1034

3.6337

3.4704

4.3027

6.8309

i

)

15 *

.5688 *

.5081 *.5236 *

.4370

1

4.5167

5.0762

4.9866

6.0554

l i

1 l

I i

i

-, - - -, _l

MCEl-0400-47 Page 78 of l53 McGuire 2 Cycle 9 Core Operating Limits Report l

i 10able 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation L

FQD / MQD (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 18 OF 18 WHERE: i 8 = TOP OF CORE AND 1

BDTTOM O'r' CORE f

H G

F E

D C

B A

8*

.3968 *.7657 *

.7445 *

.9214 *

.8146 *

.7947 *

.4968 *

.5480

2.1157

1.7885

2.0113

1.6940

1.9272

1.8150

1.8794

2.3174 g

9*

.7652

7179 *

.8130 *.7672 *

.9504 *

.9285 *

.8191 *

.6103

1.7897

2.0493

1.7149

1.9839

1.6707

1.6770

1.7277

2.4029

l 10 *.7447 *

.8147 *

.4448 *.7935 *.8061 *

.9584 *

.8335 *

.6666 *

?

2. 0110

1. 7113

2. 0 8 01

1. 7 9 3 0

1. 9 6 0 B ' 1. 6 9 03

1. 9157

2. 3 9 84

i 11 *

.9208 *.7680 *.7952 *

.7336 *.8106 *

.8626 *

.6307 *

.5773

t

..................................... 1 7 7 4 2

1. 8 2 3 8

1. 9115

2. 7 8 6 7

1.6951

1.9818

1.7891

2.0678

l 12 *

.8146 *.9512 *.6060 *.8104 *.3864 *.6931 *

.7241 *

1.9273

1.6694

1.9611

1.7746

2.2296

1.9614

1 9624 *

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

13 *

.7948 *.9289 *.9585 *

.8626

_6903 *. 6 61

.4703

F-SUB-Q 3.0959

M-SUB-Q

1. 814 9

1.676 3

1. 6901

1. 82 37

1. 9693

2.1 L( 4 14 *.4966 *

.81.90 *.8335 *.8302 *

.6937 *

.4716

1.8805

1.7280

1.9159

1.9125

2.1789

3.0877

15 *

.5479 *.6100 *

.6665 *

.5773 '

2.3177

2.4038

2.3988

2.7870 *

.................o...................

FOD / MQD (3-D) AT: 504 POWER 150 EFPD THIS IS LEVEL 17 CF 18 i

WHERE: IB = TOP OF CCRE AND 1 = BOT"CM OF CCRE H

G F

E D

C B

A B=

.5051

1.0428

1.0253

1.2561

1.0923

1.1711 *

.8914 *

.9280

r 2.0917

1.6806

1.8933

1.5947

1.8407

1.6235

1.6614

1.8954 9

1.0422 *

.9887 ' 1.1508

1.0404 ' 1.3135

1.3324

1.1672 *

.9231

1.6816

1.9270

1.6122

1.8907

1.5454

1.5031

1.6142

2.0851

j 10

1.0255

1.1531 *

.7342

1.1685 ' 1.0940

1.2928

1.2074 *

.9941

1.8930 1.6089

1.9871

1.6101

1.8464

1.5945

3.6900

2.0547

11

1.2552

1.0415

1.1710 *

.9811

1.0808 ' 1.2218

1.1839 *-.8463

1.5958

1.8887 + 1.6066

1.9899 1.6826

1.6070

1.6786

2.3855

12

1.0923

1.3146

1.0939

1.0805 *

.4915 *

.9902

1.0508

1.8408

1.5441

1.8466

1.6829

2.1184

1.7261

1.6842

i 13

1.1712

1.3329

1.2929

1.221B *.9862 *

.9666 *. 6 8 50

F-SUB-Q

.........'...........................'............................1. 7 33 0

1. 8566

2. 64 4 4

M-SUB-Q 1.6235 1.5026

1.5944

1.6070 14 *

.8909

1.1670 ' 1.2073

1.1833

1.0068 *

.6868

1.6624

1.6145

1.6901

1.6794

1.8701

2.6374

15 *

.9278 *.9228 *

.9940 *

.8462

1.8951 2.0859

2 0550

2.3858 *

-,. -,,~.,,,

,. -,,~y-.

r MCEl-0400-47 Page 79 af l53 McGuire 2 Cycle 9 Core Operating Limits Report i

1rable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FCD / MOD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 16 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.5393

1.1728

1.1363

1.4098

1.1836 ' 1.3670

1.2911

1.2023 *

2.1924

1.7084

1.9786 *'I.6285

1.9390

1.6566

1.6640

1.8272

l 9

1.1720

1.0965

1.3556

1.1421

1.4830

1.5148

1.4255

1.0943

I

1.7095

2.0055

1.6449

1.9873

1.5603

1.5203

1.5868

2.0685

10

1.1365

1.3584

1.0246

1.3719

1.1978 ' 1.4744

1.3815 ' 1.2398 *

1.9783

1. 6415

2.0848

1.6359

1.9175 '. 1.5764 '.1.6816

2.0388

l 11

1.4088

1 1433

1.3749 ' 1.0697

1.2084

1.3648

1.3633 *

.9568

i

+ 1.62 96

1. 9 852

1. 632 4

2. C Ei1

1. 6 92 8

1. 5 904

1. 613 6

2. 342 8

12

1 1836

1.4842

1.1977

1.2001 *.5251

1.1236

1.1802 *

1.9390

1.5590

4.9177

1.6931

2.1812

1.6941

1.6530

j i

13

1.3671

1.5153

1.4746

1.3649

1.119.

1.0789 *

.7640

F-SUB-Q

1. 6565

1.5197

1. 57 63 '.1. 59 04

1.7 009

1. 83E 0

2.6105

M-SUB-Q l

14

1.2904

1.4252

1.3814

1.3626 ' 1.1307 *

.7660 *

1.6650

1.5871

1.6817

1.6145

1.8354 + 2.6036

t l

15

1.2021

1.0939

1.1396 *

.9567

1.8275

2.0692

2.0391

2.3430

POD / MQD (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 15 CF IB WHEREr 18 : TOP OF CORE AND 1 = BOTTOM OF CORE i

H G

F E

D C

B A

8*

.5489

1.2215

1.1716

1.4664

1.2083

1.4423

1.4378

1.3329

l

2.2741

1.8101

2.0599

1.7249

2.0032

1.7563

1.7412

1.8770 '

i i

9

1.2207

1.1310

1.4350

1.1724

1.5491

1.5881

3.5472

1.1740

l

1.8112

2.0780

1.7553

2.0613

1.6304

1.5915

1.6392

2.1554

i i

10

1.1718

1.4379

1.1040

1.4483

1.2291

1.5525

1.4567

1.1988 *

2.0595

1 7516

2.1746

1.7293

1.9510

1.6124

1.7252

2.2029

I I

11

1.4655

1.1736

1.4514

1.0943

1.2562

1.4157

1.4376 **.9965 *

1.7260

2.0591 '.1.7256

2.1627

1.7712

1.6419

1.6376

2.4117

12

1.2002

1.5504

1.2289

1.2559 *

.5341

1.1728

1.2231 *

2.0033

1.6291

1.9512

1.7716

2.2261

1.7511

1.7049

13 ' 1. 4 4 2 4

1. 5 8 87

1. i t ? 6

1. 4158

1.16 81

1.113 0 *

.7870

F-SUB-Q

................... 1. i 2 2 2

1. f 419

1. 7 5 81 '.1. 8 271

2. 7 0 97 '. M-SUB-Q 1.7562

1.5909

14

1.4370

1.5469

1.4566

1.4369

1.1718 *.7e90

I

1.7422

1. 6395 '.1.7253

1.6384

1.8931

2.7025

1 15

1.3327

1.1736 ' 1.1987 *

.9964 '

j

1.8773

2.1562

2.1032

2.4119 *,

)

]

I I

l

i t

h MCEl-0400-47 Page 80 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report j

Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FDD / MOD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 14 OF 18 WHERE: IB = TCP OF CORE AND 1 = BOTTOM OF CORE i

H G

F E

D C

B A

8*

.5483

1.2331

1.1755 ' 1.4797

1.2078

1.4636

1.4837

1.3845

j

1.8965

1.8687

1.9988 *

2.4634

1.9828

2.2115

1.8628 '.2.1224

[

9

1.2323

1.1349

1.4564

1.1738

1.5676

1.6102

1.5942

1.2033

l

................................................................ 2.3019 *

1.9841

2.2384

1.9143

2.1971

1.7402

1.7011 + 1.7404

10

1.1757

1.4595

1.1180

1.4680 ' 1.2315

1.5788

1.4830

1.2171 *

2.2111

1.9104

2.3307

1.8680

2.0431

1.6986

1.8131

2.2214

i 11

1.4787

1.1750 ' 1.4711

1.0939

1.2674

1.4273

1.4616

1.0051

i

1.8640

2.1947

1. 8639

2.2948

1.9175

1.7756

1.7511

2.5937

12

1.2078

1.5609

1.2313

1.2672 *.5330

1.1845

1.2300 *

2.1225

1.7388

2.0434

1.9179

2.3839

1.6929

1.8495

13

1.4637

1.6108

1.5789

1.4273

1.1798

1.1162 *

.7882

F-SUB-Q

1.8964

1.7005

1.6954

1.7755

1.9005

1.9466

2.9579

M-SUB-Q 14

1.4828

1.5939

1.4829

1.4609

1.1784 *

.7903 *

1. 8 69 8

L.7 4 07

1. 8133

1.7520

2. 0536

2.9501

l 15

1.3843 ' 1.2029

1.2169

1.0050 *

.............. 28

2.2217

2.5940

1.9991

2.30 r

l i

F2D / MOD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 13 OF 18 l

WHERE:

B = TOP OF CORE AND 1 = BOTI'OM OF CORE H

G F

E D

C B

A 8*

.5437

1.2301

1.1678

1.4756

1.1976

1.4621

1.4923 ' 1.3990 *

2.7940 - 2.2268

2.4385 '. 2.0550

2.3371

2.0568

2.0264 '.2.1573

1 9

1.2293

1.1276

1.4556

1.1645

1.5660

1.6095

1.6063

1.2083 *

2.2282

2.4965

2.1029

2.4206

1.9124

1.8549

1.8697

2.4801

l

..............s.........................................................,

10

1.1690 ' 1.4586

1.1131

1.4661

1.2228

1.5818

1.4064

1.2168 '

2.4380

2.0985

2.5506 + 2.0452

2.2578

1.8556

1.9773

2.4186

11

1.4747

1.1657

1.4693

1.0B44 + 1.2638

1.4230 ' 2.4638

1.0007 *

................................. 1

2.1309

1.9698

1.9200 '. 2.8393

2.0563

2.4160 ' 2.0408

2.544 12

1.1976

1.5673 ' 1.2227

1.2636 *

.5278

1.1818

1.2233 *

2.3372

1.910B + 2.2581

2.1314

2.6741

2.1044

2.0736

13

1.4622 ' 1.6101

1.5820

1.4231

1.1770

1.1088 '

.7818

F-SUB-Q

2.0567

1.8542

1.8554

1.9697

2.1129

2.1812

3.3395

M-SUB-Q 14

1.4915

1.6060

1.4862

1.4631

1.1720 *

.7839 *

2.0275

1.8700

1.9774

1.9210

2.3025

3.3307

15

1.3988

1.2079

1.2166 ' 1.0006 *

2.1577

2.4810

2.4190

2.8396

I 1

l i

i I

T

MCEI-0400-47 i

Page 81 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report Table 1 (cont.)

Core Operating Limits Report t

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / M2D (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 12 CF IB WHERE: 18 = TOP OF CORE AND 1 = BOTIOM OF CORE H

G F

E D

C B

A B*

.5386

1.2241

1.1580

1.4669

1.1847

1.4521

1.4873

1.3901

3.1864

2.5214

2.6043 + 2.3266

2.6523

2.312 9

2.2455

2.3719

9

1.2233

1.1106

1.4490

1.1530

1.5500

1.6004

1.6044

1.2031

i

..................... 3 9 06

2.7 67 9 '.2.14 3 6

2. 0 8 0 6

2. 07 92

2.7 54 0

2.5230

2.8569

2 t

i 10

1.1582

1 4520

1 1041

1.4587

1.2115

1.5769

1.4009

1.2093 *

2.8038

2.3857

2.9169

2.3216

2.5407

2.0612 '. 2.1860

2.6759

11

1.4660

1.1543

1.4618 ' 1.0735

1.2568

1.4148

1.4592 *

.9923 *

2.3301

2.7649

2.3166 + 2.8799

2.3916

2.2271

2.1505

3.1725

12

1.1647

1.5593

1.2133

1.2565 '.5223 + 1.1763

1.2140

l 2.6524

2.1419

2.5410

2.3921

3.0228

2.3504

2.3654 '

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

1

' l l

13

1.4522

1.6011

1.5771

1.4149

1.1716

1.1007 7746

F-SUB-Q 2.3128

2.0798

2.0610

2.2270

2.3599

2.4525 ' 3.6392

M-SUB-0 i

14

1. 4 E 64

1. 6 041

1. 4 8 0 8

1. 4 5 84

1.1631 *

.7767

l 2.2468

2.0796

2.1861

2.1516 ' 2.6264

3.8291

15

1.3979

1.2027

1.2091 *

.9922

2.3723

2.7550

2.6763 + 3.1728

l FQD / M2D (3-D) AT: 50% FDWER 150 EFPD THIS IS LEVEL 11 CF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE i

H G

F E

D C

B A

[

g B*

.5361 ' 1.2227

1.1517

1.4606 ' 1.1735

1.4412

1.4790

1.3927

3.6562

2.8794

3.2449

2.6576

3.0534

2.6136

2.5374

2.6670

9

1.2220

1.1136

1.4454

1.1441

1.5513

1.5912

1.5993 ' 1.1954

2.8812

3.2901

2.7411 ' 3.1085

2.4408

2.3506

2.3305 + 3.0847

10

1.1519

1.4484

1.0973 ' 1.4540

1.2030

1.5730

1.4751

1.2011

j 3.2443

2.7354

3.3687

2.6356

2.94 09

2.34 93

2.473B

3.0112

11

1.4597

1.1453

1.4572

1.0662

1.2538

1.4107

1.4566 *

.9849

2.6593

3.1651

2.6299

3.3418

2.7353

2.5724

2.4624 + 3.6211

12 ' 1.1734

1.5525

1.2029

1.2536 *

.5194

1.1764

1.2094

3.0535

2.43E9

2.9413

2.7359

3.4P53

2.6745

2.7380

13

1.4413

1.5918

1.5731

1.4107

1.1716

1.0988 '

.7714

F-SUB-Q 2.6135

2.3497

2.3491

2.5723

2.6853 ' 2.B136

4.4765

M-SUB-O 14

1.4781 ' 1.5990

1.4750

1.4559

1.1507

.7734 *

' 2.5369

2.3309

2.4740

2.4637

3.0402

4.4647

15

1.3925

1.1950

1.2009 '

.9848

2.6674

3.0858

3.0117

3.6215

4 1

(

MCEl-0400-47 Page 82 of 153 McGuire 2 Cycle 9 Core Operadng Limits Report i

sole 1 (cont) l Core C,.: rating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

l FQD / MQD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 10 CF 18 I

WHERE: 18 = TOP OF CORE AND 1 s DOTTOM OF CORE l-H G

F E

D C

B A

i l

8*

.5410

1.7340

1.1533

1.4612 ' 1.1667

1.4338

1.4726

1.3882 *

.......... 3.0156

3.6427

3.0090

3.6347

3 0003

2.8951

3.0337 *

3.9814 *..............................................................

9

1.2332

1.1181

1.4506

1.1410 ' 1.5506

1.5868

1.5970

1.1893 *

3.0175

3.5894

3.0197

3.7555

2.8051

2.7134

2.6738

3.5389

10

1.1535

1.4536

1.0967

1.4576 ' 1.2018

1.5763

1.4743

1.1961 *

3.6420

3.0134

3.9363

3.0113

3.5350

2.7302

2.8834

3.4963

e-.......................................................................

11

1.4603

1.1422

1.4608

1.0674

1.2627

1.4179

1.4627 *

.9820

3.0109

3.7515

3.0048

3.8044

2.9939

2.9074

2.8818

4.2339.*

12

1.1666

1.5519

1.2017

1.2625 *.5241

1.1908

1.216;

3.6348

2.8029

3.5354

2.9945

4.0176

3.0083

3.1237

13

1.4339

1.5874

1.5765

1.4179

1.1861

1.1100 *. 77 6 6

F-SUB-Q 3.0001

2.7124 ' 2.7299

2.9073

3.0204

3.3215

5.1133

M-SUB-0 i

14

1.4718

1.5967

1.4741

1.4619

1.1652 *

.7786

2.6743

2.8837

2.8833

3.4685

5.0998

2.8967 l

i 15

1.3880

1.1888

1.1959 '.9819

l 3.0342

3.5401

3.4969

4.2343

l FQD / MOD (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 9 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A l

i B*

.5731

1.2715

1.1673

1.4716

1.1660

1.4321

1.4707

1.3871

4.1397

3.0661

3.6628

2.8923

3.6088

2.9824

2.9245

3.1085

9

1.2707

1.1388

1.4689

1.1458

1.5589

1.5898

1 6002

1.1866

l 3.0681

3.7347

2.9249

3.6887

2.7440

2.7053

2.7020

3.6316

10

1.1675

1.4720

1.1051

1.4735

1.2120

1.5913

1.4816

1.1962

3.6622

2.9189

3.8399

2.9183

3.5462

2.7425

2.9405

3.6270

11

1.4706 ' 1.1470

1.4767

1.0828

1.2966

1 4447

1.4824 .9855

f 2.6942

3.6848

2.9120

3.9717

3.0544

2.9711

2.9952

4.4489

12

1.1659

1.5602

1.2118

1.2963 *.5555

1.2346

1.2418

3.6090

2.7418

3.5466

3.0550

4.1931

3.0698

3.2145

I 13

1.4321

1.5904

1.5914

1.4447

1.2296

1.1468

7950

F-SUB-O 2.9822

2.7043

2.7422

2.9710

3.0022

3.4757

5.2787

M-SUB-Q l

14

1.4698

1.5999

1.4815

1.4816

1.1897 *

.7971

2.9262

2.7024 + 2.9407

2.9968

3.5093

5.2648

15

1.3869

1.1862

1.1960 *

.9854

j 3.1090

3.6329

3.6275

4.4493

1 i

F l

i i

{

+

t i

MCEl-0400-47 i

i i

Page 83 of 153

(

McGuire 2 Cycle 9 Core Operating Limits Report 1

1rable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

t i

l FCD / MOD (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 8 OF 16 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.7483

1.3616

1.1969

1.4918

1.1711

1.4358

1.4730

1.3894 *

4.1293

3.0236

3.5141

2.7730

3.4659

2.8643

2.7914

2.9373

9

1.3607

1.1822

1.5016 ' 1.1583 ' 1.5762

1.6002

1.6089

1.1873

3.0255

3.6399

2.7979

3.5481

2.6350

2.6030

2.5818

3.4417

10

1.1971 ' 1.5047

1.1224

1.5027

1.2365

1.6190

1.4972

1.2012 *

3.5135

2.7921

3.6884

2.7982

3.4204

2.6380

2.8304

3.4541

11

1.4908 ' 1.1595

1.5060

1.1183 ' 143804

1.4986 ' 1.5171 *.9953 *

2.7748

3.5443

2.7922

3.8564

3.0053

2.9229

2.8876

4.2561 '

12 ' 1.1710

1.5775 ' 1.2363

1.3801 *.7297

1.3346

1.2919 '

i

3.4660

2.6328

3.4208

3.0060

4.1742

3.0337

3.1391

i 13

1. 4 3 58

1. 60 0 8

1. 6192

1. 4 9 87

1. 32 9 3 + 1. 2162 *.8287

F-SUB-Q

2.8641

2.6020

2.6377

2.9228

3.0459

3.4 l

................................................. 191

5.1288

M-SUB-Q 1

14

1.4722

1.6086 ' 1.4971

1.5163

1.2377 *

.8309 '

2.7930

2.5823

2.8306

2.8891

3.4855

5.1153

15

1.3B92

1.1869

1.2010 *

.9952 *

2.9377

3.4430

3.4547

4.2565

FOD / M2D (3-D) AT: 50% POWER 150 EFFD THIS IS LEVEL 7 OF 18 WHERE: 18 = TCP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A l

j 8

1.0399

1.4883

1.2348

1.5169

1.1791

1.4422

1.4773

1.3931 *

3.8020

2.7884

3.1776

2.5070

3.1499

2.6080

2.5457

2.6806

9 ' 1.4873

1.2381

1.5412

1.1746

1.5980

1.6141 ' 1.6199

1.1892 *

2.7902

3.2960

2.5302

3.2091

2.3904

2.3683 '.2.3504

3.1500

i l

l 10

1.2350

1.5444

1.1439

1.5385

1.2685 ' 1.6526

1.5162

1.2001 *

3.1770

2.5249

3.3315

2.5378

3.1085

2.4036

2.5761

3.1611

11

1.5159

1.1758

1.5418

1.1648

1.4992

1.5668

1.5583

1.0075 *

7.5086

3.2057

2.5323

3.5060

2.8015

2.7198

2.6300

3.8963

12

1.1791 ' 1.5993 ' 1.2683

1.4989

1.0241

1.4726

1.3538

i

3.1500 '.2.3884

3.1089

2.8021

3.8941

2.8351

2.9517

j 13

1.4422

1.6147

1.6528

1.5669

1.4667

1.3027 *.8688

F-SUB-Q f

2.6078

2.3674

2.4033

2.7197

2.8465

3.2056

4.8345

M-SUB-Q 14

1.4764

1.6196

1.5161

1.557b

1.2971 *.8711 *

2.5471

2.3508

2.5763

2.6314

3.2775

4.8218

15

1.3929

1.1888

1.2060

1.0074 *

2.6810

3.1512

3.1616

3.8966

t i

s

t

?

i MCEI-0400-47 i

Page 84 of l53 McGuire 2 Cycle 9 Core Operating Limits Report i

i i

1 Fable 1 (cont) l Core Operating Limits Report l

l F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MDD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 6 OF 18 f

WHERE: 18 s TCP OF CORE AND 1 BOTTOM OF CORE l

H G

F E

D C

B A

8

1.13 4 3

1. 5 612

1. 2 6 31

1. 53 B 4

1.18 5 8

1. 4 4 6 9

1. 47 9 3

1. 3 94 4

3.3748

2.4743

2.8776

2.2793

2.8888

2.3982

2.3474

2.4756

9

1.5602

1.2773

1.5740

1.1882 ' 1.6162

1.6250

1.6272

1.1887 *

2.4759

2.9448

2.2865

2.9267

2.1818

2.1728

2.1630

2.9165

10

1. 2 6 3 3

1. 577 3

1.1618

1. 56 e l

1. 2 910

1. 6 7 8 3

1. 53 01 ' 1.2121 *

2.8771

2.2837

3.0280

2.3022

2.8373

2.1960

2.3656

2.9215

11

1.5374

1.1895

1.5715

1.1959

1.5650

1.6137

1.5896

1.0156 *

2.2807

2.9236

2.2973

3.1760

2.5204

2.4401

2.4024

3.5965

i

{

12

1.1857

1.6175

1.2909

1.5646

1.1169

1.5519

1.3962 *

2.8889

2.1800

2.8377

2.5209

3.5184

2.5716

2.6706

13

1.4469

1.6256

1.6785 ' 1 6138

1.5457

1.3619 *. 8974

F-SUB-Q f

2.3 981

2 1719 + 2.1958

2 44 01

2.5820

2. 9167

4.412 9

M-SUB-Q 14

1.4784

1.6269

1.5300

1.5887

1.3376 *

.8997 *

2.3487

2.1634

2.3658

2.4037

2.9654

4.4012 *

{

3 t

15

1.3942

1.1883

1.2119

1.0155 *

2.4700 '. 2.9175

2.9220

3.5968

FQD / MDD (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 5 CF 18 I

WHERE: 18 TCP OF CORE AND 1 s BOTTCM CF CORE i

l H

G F

E D

C B

A 8

1.1663 ' 1.5971

1.2790 ' 1.5507

1.1879

1.4450

1.4732 *.1.3870 *

3.0068 '.2.1818

2.6268

2.0955

2.6791

2.2339

2.1965

2.3234 *

[

t 9

1.5960

1.2987

1.5934

1.1955

1.6245

1.6265

1.6233

1.1806

I

2.1831

2.6367

2.0904

2.6970

2.0153

2.0186

2.0207

2.7423 10

1.2793

1.5967 ' 1.1715

1.5851

1.3011

1.6878

1.5316

1.2078 *

[

2.6264

2.0860

2.7803 2.1092

2.6124

2.0296

2.2003

2.7370

i 11

1.5497

1.1967

1.5885

1.2105

1.5927

1.6347

1.6016

1.0142

f

2.0969

2.6941 '.2.1047

2.8678

2.2497

2.2022

2.2171 '.3.3601

12

1.1878

1.6258

1.3009

1.5923

1.1453

1.5867 + 1.4133 *

2.6792

2.0136

2.6127

2.2502

3.1832

2.3115

2.4105

l 13

1.4451

1.6271 ' 1.6880

1.6347

1.5803

1.3897 '

.9090

i~SUB-Q l

2.2338

2.0178

2.0293

2.2022

2.3200

2.6227

3.9808

M-SUB-Q l

t 14

1.4723

1.6230

1.5315

1.6008

1.3541 *

,9114 *

2.1978

2.0211

2.2005

2.2182

2.6765

3.9703

i 15

1.3868

1.1602

1.2076

1.0141

l

2.3238

2.7433

2.7375

3.3604

1 i

I

MCEI-0400-47 Page 85 of 153 McGuire 2 Cycle 9 Core Operating Limits Report ifable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-mb-Q OP Margin) - Normal Operation F2D / M2D (3-D) AT: 50% POWER 150 EFPD THIS IS LEVEL 4 CF 18 WHERE: 18 = TOP CF CORE AND 1 = BOTTOM CF CORE H

G V

E D

C B

A 8* 1.1721

1.6029

1.2813

1.5461

1.1821

1.4296 ' 1.4495

1.3590 *

....................................................... 2.1023

2.2379

2.7314

2.0131

2.4075

1.9616 ' 2.524D

2.1216

9

1.6018

1.3034

1.5923

1.1929

1.6139

1.6099

1.5955

1.1563

i

................................z.

.............. 128

1.9345

2.6418 *

2.0144

2.4030

1.5400

2.5236

1.8977

1.9 10 ' 1.2815

1.5956

1.1694

1.5823

1.2965

1.6706

1.5107

1.1874 *

'.2.4070

1.9368

2.5931

1 9645

2.4260

1.9128

2.0903

2.6207

11

1.5451

1.1942

1.5657

1.2101

1.5875

1.6261

1.5837 *

.9968 *

1.9629

2.5209

1.9602

2.6274

2.0965

2.0467

2.0746

3.2049

t 12

1.1821

1.6152

1.2963

1.5871

1.1437

1.5818

1.4015 *

2.5241

1.8961

2.4263

2.0969

2.9123

2.1447

2.2688

13

1.4297

1.6105

1.6708

1.6261

1.5755

1.3862 *.9009

F-SUB-Q 2.1215

1. 912 0

1. 912 6

2. 04 66

2.15 3 3

2. 43 84

3.74 4 9

M-SUP-Q 14

1.4486

1.5952

1.5106

1.5829

1.3427 *

.9033 *

2.1035

1.9348

2.0905

2.0757

2.5192

3.7351

l 15

1.3588

1.1559

1.1872 *

.9967

l

= 2.2382

2.6428

2.6221

3.2052

FQD / M2D (3-D) AT: 50% PDWER 150 EFPD iHIS IS LEVEL 3 OF 18 i

WHERE: 38 = TOP CF CORE AND 1 = BOTTOM OF CORE l

H G

F E

D C

B A

l 8

1.1516

1.5631

1.2592

1.5041

1.1595

1.3836

1.3876

1.2847

i

2.5724

1.8905

2.2912

1.9035

2.4434

2.0860

2.0942

2.2622

9

1.5621

1.2819

1.5500

1.1706

1.5616

1.5540

1.5173

1.0979 *

1.8917

2.2658

1.8669

2.4295

1.8555

1.8804

1.9368

2.6576

10

1.2594

1.5532

1.1452

1.5393

1.2666

1.6019

1.4464

1.1334 *

2.2908

1.8630

2.4923

1.8951

2.3256 '. 1.8763

2.0671

2.6135

I

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

....................,..o.,

I 11

1.5032

1.1718

1.5426

1.1881 ' 1.5339

1.5698

1.5102 *-.9491

l 1.9047

2.4269

1.8910

2.4891

1.99B0

1.9667

2.0429

3.1854

12

1.1594

1.5629

1.2664

1.5336

1.1111

1.5194

1.3440

t 2.4435

1.8540

2.3259

1.9985

2.8051

2.0009

2.1896

i 13

1.3837

1.5546

1.6021

1.5698

1.5133

1.3373 *

.8631

F-SUB-Q 2.0859

1.E707 *1 R761

1.9666

2.0893

2.3594

3.63B7

M-SUB-Q I

14

1.3668

1.5170

1.4463 ' 1.5094

1.2877

.8654

r l

2.0954

1.9372

2.0673

2.0440

2.4313

3.6291

15

1.284J

1.0975 ' 1.1332 *

.9490

2.2626

2.6586

2.6139

3.1856

i 1

r e 6

l

MCEI-0400-47 Page 86 of 153 McGuire 2 Cycle 9 Core Operating Limits Report

{

l Efable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

FQD / MOD (3-D) AT: 50% POWER 150 EFFD THIS 2S LEVEL 2 OF 18 WHERE: 18 = TOP OF CORE AND 1 : BOTTOM OF CORE I

H G

F E

D C

B A

l 8

1.0729 ' 1.4207

1.1710

1.3682

1.0850

1.2553

1.2365

1.1071 *

2.5970

1.9735

2.3463

2.0101

2.5214

2. 2218

2.2736

2.5428

9

1.4198

1.1921

1.4084

1.0920

1.4089

1.4016

1.3351 *

.9636 *

1.9747

2.322b 1.9622

2.5054

1.9780

2.0094

2.1252 ' 2.9322 *

.....o..........

F 10

1.1712

1.4113

1.0650

1.3964

1.1724

1.4255

1.2872

1.0009

2.3459

1.9581

2.5710

1.9982

2.3989

2.0177

2.2335

2.8581 *

]

11

1.3673

1.0931

1.3994

1.1117

1.3821

1.4102

1.3221 '

.8346

2.0114

2.5027

1.9939

2.5396 + 2.1053 ' 2.0877

2.2294

3.4806

12

1.0049

1.4100

1.1722

1.3818

1.0195 ' 1.3429

1.1915

2.5216

1.9764

2.3992

2.1058

2.8691

2.2230

2.3523

13

1.2553

1.4021

1.4257

1.4103

1.3376

1.1941 *

.7 635

F-SUB-Q 6

2.2217

2.0087

2.0174

2.0876

2.2320

2.4999

3.9110

M-SUB-Q 14

1.235B

1.3349

1.2871

1.3214

1.1416 *

.7656 *

[

2.2749

2.1255

2.2336

2.2305

2.6119

3.9007 i

15

1.1070 *

.9632

1.0007 *

.8346 *

2.5432

2.9332

2.8585

3.4809

I I

FQD / M2D (3-D) AT: 50% POWER 150 ETPD THIS IS LEVEL 1 OF 18 4

WHERE: 10 = TOP OF CORE AND 1 BOTIDM CF CDRE f

H G

F 2

D C

B A

8*

.8145

1.0641 *.8781

1.0293

8269 '

.8894 *.8635 *

.7159

l 3.3309

2.5522

3.0522

2.6107

3.2503

3.0772

3.1940

3.8580

9

1.0634 *

.8936

1.0569 *.8275

1.0425 *.9962 *.9984 *

.6561

7

2.5538

3.0113

2.5471

3.2409

2.6122

2.7680

2.7794

4.2243 '

l l

10 *

.8782

1.0591 *

.8089

1.0009 *

.8808

1.0786 *.9010 *

.6793

n' 3.0517

2.5419

3.3143

2.7194

3.1183

2.5963

3.1182

4.1246

11 ' 1.0286 *

.8284

1.0030 *.8526

1.0468 *.9985 *.9375 *-.5672

2.6124

3.2375

2.7135

3.2252

2.6983

2.8650

3.0557

5.0018

12 *

.8268

1.0434 *

.B807

1.0466 *.7f60 *

.9440 *.8203 *

3.2504

2.6101

3.1186

2.6989

3.7149

3.0689

3.3278

13 *.8895 *

.9966 ' 1.0787 *.9985 *.9402 *.8285 *.5182

F-SUB-Q 3.0770

2.7669 ' 2.5960

2.8649

3.0813

3.5024

5.6008

M-SUB-Q 14 *

.8630 *

.9982 *

.9009 *

.9371

7859 *.5195 *

3.1958

2.7799

3.1185

3.0568

3.6L;4

5.5940

15 *

.7158 *

.6558 *

.6792 *.5671

3.8585

4.2258

4.1252

5.0022 *

- t I

f I

1 l

~m.,,

7%y,,

MCEl-0400-47 Page 87 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FQD / MOD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 18 OF 18 WHET.E IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

.7343 *

.7363 *

.8942 *

.8276 *

.7795 *

.4420 *

.5231

B*

.3956

2.0922

1.8216

1.9719

1.7224

1.8851

1.7743

1.8086

2.1731

9*

.7342

7057 *.7513 *

.7744 *.9517 *

.9342 *

.7859 *

.6275.*

1.8219

2.0211

1.7607

1.9318

1.6667

1.6445

1.7173

2.2211

10 *

.7363 *

.7521 *.4027 *

.7806 *.8519 *

.9864 *

.8899 *

.7338 *

1.9718

1.7587

2.0184

1.7772

1.8831

1.6495

1.8148

2.1917

11

8940 *.7750 *.7819 *

.7720 *.8437 *

.9503 *.9118 *.6566 *

1.7227

1. 93 01 + 1.774 4

1. 983 9

1. 7 614

1. 6772

1.7 627

2. 4 64 2

12 *

.8275 *

.9519 *.8518 *

.8448 *

.4416 *

.7929 *

.8281 *

1.8853

1.6663

1.8833

1.7591

2.0271

1.8549 1.7781

13 *

.7794 *

.9344 *.9865 *.9505 *.7909 *.7956 *

.5794

F-SUB-Q

1.774 4

1. 6442

1. 64 93

1. 677 0

1. 8597

1. 92 9 9

2. 64 89

M-SUB-Q 14 *.4419 *.7858 *

.8899 *.9115 *

.7945 *.5802 *

1.8091

1.7174

1.8149

1.7633

1.9714

2.6455

15 *.5230 *

.6274 *.7338 *

.6568 *

2.1733

2.2215

2.1916

2.4638

FCD / MQD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 17 CF 18 WHERE: 18 = TCP OF CORE AND 1 = BOT 7tM OF CORE

..................................................C H

G F

E D

B A

B'

.4767 *

.9769 *.9712

1 2020

1.0706

1.0594 *

.5967 *.7832 *

2.0865

1.7298

1.8976

1.6241

1.8409

1.6433

1.6408

1.8539

9*

.9768 *.9283

1.0115

1.0092

1.2960 ' 1.2841

1.0672 *

.8984 *

1.7301

1.9469

1.6608

1.8778

1.5470 '.1.5095

1. 5990

1.9696

10 '.9712

1.0126 *. 5 015

1.0773 + 1.1189

1. 3 250

1.2 425

1. 049 9 *

1.8975.*. 1.6590 '.1. 9746

1.6284 '.1.0063

1. 5374

1.6375 '.1 9341

11

1.2017

1.0100

1.0791 *.9904

1.1172

1.3040

1.2562 *-.9335 *

1.62 4 5

1. 87 62

1. 62 5 B '.1. 94 83

1. 6685

1. 5210

1.594 5

2.167 8

12

1.0705

1.2963

1.1188

1.1186 *.5349 ' 1.0896

1.1587 *

1.6411

1.5467

1.8065

1.6664

1.9985

1.6912

1.5797

13

1.0593

1.2843

1.3251 ' 1.3042

1.0868

1.0979 *

.8137

F-SUB-Q 1.5092 *'1.5372

1.5200

1.6956

1.7331

2.3441

M-SUB-Q

1.6434 14 *

.5966

1.0671

1.2425

1.2559

1.1118 *

.8148 *

1.6413

1.5991

1.6376

1 5950

1.7515

2.3411

15 *.7832 *

.8982

1.0500 *.9337 *

'.1.8540

1.9700

1.9340

2.1673

t MCEl-0400-47 l

Page 88 of 153 McGuire 2 Cycle 9 Core Operating Limits Report j

1rable 1 (cont.)

l Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation t

FQD / MOD (3-D) AT: 50% POWER 365 EPPD THIS IS LEVEL 16 or le WHERE: 18 = TOP CF CCRE AND 1 r BOTTOM OF CORE H

G F

E D

C B

A l

8*

.4883

1.0620 ' 1.0343

1.3112

1.1215

1.1523 *

.6873 *

.9246 *

.............................................. 1 7 2 8 9

1. 6 911

1. 8 514 *

2.2650

1.8105

2.0383

1.6972 ' 1.9901

9

1.0619 *.9871

1.1193

1.0662 ' 1.4188

1.4004

1.2206

1.0159 *

1.8108

2.0859

1.7374 '.2.0249 '.1.6021 + 1.5714

1.6079

2.0052

10

1.0344

1.1206 *

.5476

1.1838

1.1813

1.4659

1.3666

1.1625 *

2. 03 82

1. 73 5 4

2.12 91 + 1. 7 014

1 9131

1. 5521

1. 67 92

1 97 52

t 11

1.3109

1.0k71

1.1857

1.0339

1.2118

1.4040

1.1934 ' 1.0236 *

1.6976

2.0231

1.6987

2.1019

1.7216

1.5642

1.5928

2.1987 *

[

12 ' 1.1213

1.4191

1.1812

1.2133 *

.5462

1.1859

1.2532 *

1.9903

1.6018

1.9133

1.7194

2.1368

1.7249

1.6116 *

................................................a...............

13

1.1522

1.4007

1.4661

1.4042

1.1829

1.1736 *

.8751

F-SUB-Q

..................................... 1.

2 4

1.7752

2.4023

M-SUB-Q 1.7290

1.5710

1.5519

1.5640

79

.8763 '

14 *.6871 ' 1.2207

1.3666

1.3929

1.2024

1.6915

1.6081

1.6793

1.5933

1.7869

2.3992

15 *

.9245

1.0157

1.1626 ' 1.0238 *

1. 8516

2. 0055 + 1. 975 0

2.1983

FQD / MOD {3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 15 0F 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE j

H G

F E

D C

B A

4..........................................................

B*

.4941

1.1041

1.0731 ' 1.3624

1.1428

1.2407 *.9625

1.0823

2.4019

1.9590

2.1664 + 1.8326

2.0960

1.8763 ' 1.8094

1.9503

i 9

1.1039

1.0247

1.2178

1.0989

1.4719

1.4637

1.3576

1.1038

1.9593

2.2035

1.8898

2.1410

1.7100

1.6840

1.6958

2.1334

10

1.0732

1.2192 *.7508

1.2738

1.2017

1.5216

1.4230

1.2115

2.1662

1.8B76

2.2638

1.8372

2.0023

1.6364

1.7652

2.0813

11

1.3621

1.0998

1.2759

1.0541

1.2400

1.4222

1.4358 *.1.0400 *

' 1.8330

2.1392

1.8343

242209

1.8412

1.6717

1.6719

2.3302

12

1.1427

1.4722

1.2016

1.2416 *

.5410

1.2012

1.2637

2.0962

1.7096

2.0025

1.8388

2.2401

1.8351

1.7198

13

1.2406

1.4640

1.5219 ' 1.4224

1.1982

1.1724 *. 87 6 3

F-SUB-Q

1.8764

1.6836

1.6361

1.6715

1.8398

1.8336

2.5774

M-SUB-Q 14 *

.9623

1.3575

1.4238

1.4353

1.2125 *

.8774 '

1.8099

1.6960

1.7652

1.6724

1.9069

2.5741

15

1.0822 + 1.1035

1.2116

1.0482 *

1. 9505

2.13 3 8

2. 0812

2. 32 9 B

I i

1

-..a

MCEl-0400-47 l

Page 89 0f 153 McGuire 2 Cycle 9 Core Operating Limits Report i

r

'rable 1 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation i

FQD / MOD 13-0) AT: 50% POWER 365 EFPD THIS IS LEVEL 14 OF 18 WH ERE: 18 TCP OF CORE AND 1 = BOTTOM OF CORE l

H G

F E

D C

B A

i

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

8*

.5027 ' 1.1392

1.1142

1.4021

1.1658

1.3396 * :.3065 ' 1.2492 '

2.6107

2.1576

2.3555

2.0050

2.2497

2.0504

1.9706

2.1099

9

1.1390

1.0653 ' 1.3226 ' 1.1339

1.5086 ' 1.5173

1.4915

1.1833

2.1580

2.3862

2.0822

2.3122

1.8516

1.8284

1.8261

2.3087

i 10

1.1143

1.3242

1.0125

1.3686

1.2183

1.5508

1.4622

1.2424

2.3553

2.0798

2.4497

2.0132

2.1305

1.7851

1.8861

2.2288

11

1.4018

1.1349

1.3708

1.0769

1.2502

1.4197 ' 1.4466

1.0528 *

~

2.0055

2.3102

2.0099

2.3953

2.0134

1.8574

1.8351

2.5676

12

1.1657

1.5089

1.2181

1.2519 *

.5337

1.1920

1.2508

2.2500

1.8512

2.1307

2.0108

2.4235

2.0109

1.9160

13

1.3395

1.5176

1.5510 ' 1.4199

1.1889

1.1521 *.8614

F-SUB-Q

2. 0505

1. 82 80

1.7 84 9

1. 8572

2. 0161

2. 0105

2. 6 894

M-SUB-Q 14

1.3062

1.4914

1.4622

1.4462

1.2001 *.6625

1.9711

1.8262

1.8861

1.8357

2 1244

2.8847

l 15 ' 1.2491

1.1831

1.2424

1.0530 '

2.1101

2.3091

2.2287

2.5671

FQD / MOD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 13 OF 18 l

WHERE: 18 = IOP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A

,...........................................e.............

B*

.5090

1.1622

1.1387

1.4272

1.1789

1.3852

1.4228

1.3333

2.9498

2.4175

2.6019

2.2152

2.4e38

2.2428

2.1564

2.2982

9

1.1620

1.0897

1.3743 ' 1.1534 ' 1.5296

1.5458

1.5574

1.2282

2.4179

2.6542

2.3035

2.5514

2.0446

2.0070

1.9792

2.5069

10

1.1387

1.3759

1.0856

1.4113

1.2247

1.5633

1.4801

1.2575

2.6018

2.3009

2.6999

2.2127

2.3696

1.9730 ' 2.0762

2.4460

l 11

1.4269

1.1544

1.4135

1.0862

1.2510

1.4104

1.4445

1.0495 *

2.2157

2.5492

2.2092 ' 2.6637 ' 2.2454 ' 2.1106

2.0624

2.8703 *

...............,..................,..,.,..,.....e..........e......

12

1.1787 ' 1.5300

1.2246

1.2526 *.5260

1.1765

1.2325

2.4841

2.0442

2.3698

2.2425

2.7239

2.2478

2.1900

13

1.3851

1.5461

1.5635

1 4106

1.1735 ' 1.1292 *

.8439

F-SUB-Q 2.2429

2.0065

1.9728

2.1103

2.2536

2.3051

3.3247

M-SUB-Q 14

1.4224

1.5573

1.4800

1.4441 ' 1.1826 *

.8450 *

2.1570

1.9794

2.0762

2.0630

2.4282

3.3204

15

1.3332

1.2280

1.2576

1.0497 *

2.2985

2.5074

2.4458

2.8698

A

,__.m.

,y

1 i

1 MCEl-0400-47 Page 90 of 153 1

McGuire 2 Cycle 9 Core Operating Limits Report lnable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation 1

l FQD / MOD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 12 OF 18 WH r.RE:

18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.5106

1.1722

1.1472

1.4372

1.1802 ' 1.3979

1.4561

1.3661

3.3335

2.7188

2.9734

2.5073

2.8319

2.5185

2.3885

2.5289

i 9

1.1720

1.0184

1.3938

1.1582

1.5358

1.5527

1.5814

1.2449 *

2.7192

3.0163

2.6035

2.9134

2.3115

2.2613

2.2006

2.7845

10

1.1473

1.3954

1.1026

1.4239

1.2221

1.5629

1.4815

1.2591 *

2.9732

2.6006

3.0698 * '. 5069

2.6963

2.2064

2.3173

2.7283

11 ' 1.4369

1.1592

1 4262

1.0838

1.2446

1.3965

1.4351

1.0410 *

2.5078

2.9109

2.5029

3.0212

2.5119

2.4112

2.3306

3.2305 '

12

1.1801

1.5362

1.2210

1.2462 *

.5177

1.1595

1.2129 *

2.8322

2.3110

2.6966

2.5087

3.0717

2.5103

2.5299

13

1.3978

1.5530

1.5632

1.3967

1.1566

1.1075 *. 826 8

F-SUB-Q

2. 518 6

2. 2 6 08

2. 2 0 61

2. 410 0

2. 516 8

2. 6 0 01

3. 8721 ' M-SUB-Q l

j 14

1.4558

1.5813 ' 1.4915

1.4346

1.1638 *

.8279 *

2.3891

2.2008

2.3174

2.3313

2.8051

3.8671

15

1.3660

1.2446

1.2592

1.0412

l

2.5291

2.7850

2.7282

3.2300

FQD / MQD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 11 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 8*

.5083

1.1722 ' 1.1450

1.4359

1.1728

1.3931 ' 1.4587

1.3723 *

3.8000

3.0775

3.4506

2.8702

3.2579

2.8697

2.7193

2.8616

f 9

1.1720

1.0966

1.3963

1.1530

1.5310

1.5456

1.5833

1.2444 *

3.0780

3.4476

3.0043

3.3680

2.6286

2.5645 '.2.4838

3.1411

10 ' 1.1451

1.3979

1.1011

1.4215

1.2107

1.5539

1.4725

1.2514 *

3.4584

3.0009

3.5703

2.9702

3.1168

2.5171

2.6260

3.0730

11

1.4355

1.1540

1.4238

1.0744

1.2337

1.3796

1.4214 *.1.0288 *

2.8708

3.3651

2.8656

3.4666 '.2.8542

2.7730

2.6770

3.6946

12

1.1726

1 5313

1.2105

1.2353 *.5089

1.1428

1.1935 *

3.2582

2.6200

3.1171

2.8505

3.5217

2.8468

2.9312

13

1.3930

1.5459

1.5541

1.3798

1.1398

1.0877 *

.8111

F-SUB-Q

)

2.8699

2.5640

2.5168

2.7726

2.8542

2.9724 4.5068

M-SUB-Q 14

1.4583

1.5831

1.4725

1.4209

1.1452 *

.8122 *

2.7200

2.4840

2.6261

2.6778

3.2499

4.5010

15

1.3722

1.2441

1.2514

1.0290 *

2.8619

3.1417

3.0729

3.6936 d

J l

e

_m, y

- --.- ~

.w.m e,,-,

i MCEI-0400-47 Page 91 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Eable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation F2D / M2D (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 10 OF 10 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.5040

1.1673

1.1375 ' 1.4283

1.1604 ' 1.3798

1.4486

1.3660

l 4.1952 ' 3.2701 ' 3.8367

3.1486

3.7650

3.2171

3.0369

3.1973

9

1.1671

1. 0b 97

1.3 911

1.1429

1. 52 03

1. 5314

1. 57 47

1.23 52

3.2706

3.6115

3.2585

3.8485

2.9399

2.8931

2.7911

3.5342

I 10

1.1376

1.3927

1.0931

1.4128

1.1972

1.5409

1.4506

1.2388

3.8365

3.2548

4.0407

3.1787

3.6465

2.8676

2.9989

3.5082

l I

11

1.4280

1.1438

1.4150

1.0625

1.2219

1.3627

1.4068

1.0154

3.1493

3.8452

3.1736

3.9191

3.1337

3.0805

3.0801

4.2549

12

1.1603

1.5206

1.1970

1.2234 *

.5008

1.1286 ' 1.1764

3.7654 ' 2.9392

3.6469

3.1297

4.0593

3.1888

3.3051 *

(

13

1.3797

1.5317

1.5411

1.3629

1.1257

1.0716 '

.7982

F-SUB-Q

....................................... 1970 '.3.4922 '.5.1097

M-SUB-Q 3.2173

2.8925

2.8672

3.0001

3.

l I

14

1.4482

1.5746

1.4505

1.4064

1.1288 *

.7992

l

3.0377

2.7913 '. 2.9990

3.0810

3.6645

5.1031 *

[

15

1.3658

1.2350

1.2389

1.0156 *

3.1976

3.5349

3.5080

4.2541

FQD / MOD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 9 OF 18 WHERE: 18 TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.5005

1.1637

1.1299

1.4201

1.1472

1.3642

1.4345

1.3551

4.5079

3.4372

3.8988

3.1133

3.8300

3.2667

3.1359

3.3274

9

1.1635

1.0834

1.3853

1.1323 ' 1.5090

1.5158

1.5633

1.2233 *

3.4378

4.0786

3.2011

3.8805 '. 2.9457

2.9511

2.8875

3.6840

10

1.1299

1.3569

1.0846 ' 1.4043

1.1850

1.5292

1.4449

1.2259 *

3.8986

3.1974

4.0557

3.1628

3.7428

2.9456

3.1254

3.6927

11 ' 1.4198

1.1333

1.4066

1.0525

1.2140

1.3504

1.3960 *.1.0037 *

3.1140

3.8772

3.1577

4.2133

3.3042 '.3.2584

3.2633

4.5293

12

1.1471

1.5093

1.1849

1.2156 *

.4955

1.1213

1.1655 *

3.8305

2.9451 *.3.7432

3.3000

4.3728

3.3609

3.4940

13

1.3641

1.5161

1.5294

1.3506

1.1164

1.0633 *

.7 9 07

F-SUB-Q

3.2669

2.9504

2.9452

3.2579

3.3696

3.7633

5.4010

M-SUB-Q 14

1.4341

1.5631

1.4449

1.3956 ' 1.1183 *

.7918 *

3.1367

2.6877

3.1255

3.2643

3.8739

5.3941

l-15

1.3550

1.2231

1.2259

1.0039 *

3.3278 '.3.6847

3.6925

4.5204

l c

MCEI-0400-47 Page 92 of 153 McGuire 2 Cycle 9 Core Operating Limits Report I

i 1 Fable 1 (cont.)

Core Operating Limits Report F-sob-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation r

?

FQD / MQD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 8 OF 18 l

WHERE: 18 = TCP OF CORE AND 1 = BO77DM OF CORE H

G F

E D

C B

A 8*

.5031

1.1700

1.1277

1.4163

1.1370 ' 1.3511

1.4219

1.3451

l

4.6905

3.5307

3.8291

3.0536

3.7473

3.1872

3.0379

3.1951

l 9

1.1698

1.0840

1.3855

1.1250

1.5022

1.5041

1.5544

1.2129 *

3.5313

4.0043

3.1347

3.8100

2.8892

2.8900

2.8012

3.5466

10

1.1278

1.3 870

1. 0 805

1. 4 023

1.17 92

1. 52 47

1.4 3 64 + 1.2163

I

3.8289

3.1311

3.9871

3.1069

3.6930

2.8997

3.0585

3.5687

11

1.4160

1.1267

1.4045

1.0502

1.2100

1.3495

1.3942 *

.9969 '

3.0543

3.0067

3.1019

4.1629

3.3872 '.3.3273

3.2136

4.4027

12

1.1369

1.5025

1.1791

1.2196 *.4978

1.1292

1.1668 *

3.7478

2.8886

3.6934

3.3828

4.5557

3.4676

3.5583

13

1.3510

1.5044

1.5249 ' 1.3497

1.1263 ' 1.0698

7931

F-SUB-Q

3.1875

2.8893

2.8993

3.3269

3.4766

3.8656

5.4766

M-SUB-Q 14 ' 1.4216

1.5543

1.4364

1.3938

1.1195 *

.7941 *

3.0387

2.8015

3.0586

3.2146

3.9453

5.4696

15

1.3449

1.2127

1.2164 *

.9971 *

3.1955

3.5473

3.5685

4.4019

FCD / M2D (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 7 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

....................................................................A.....

8*

.5334

1.2013

1.1372

1.4216 ' 1.1329

1.3440

1.4144

1.3391 *

4.5391

3.3669

3.5615

2.8333

3.5023

2.9852

2.8464

................................................................ 3.0008

I 9

1.2011

1.0998

1.3975

1.1268

1.5046

1.5003

1.5520

1.2069 *

3.3675

3.7334

2.9140

3.5466

2.6902

2.7030

2.6183

3.3341.*

10

1.1372

1.3991

1.0849

1.4123

1.1856

1.5328

1.4373

1.2131

i i

3.5613

2.9107

3.7026

2.8922

3.4445

2.7039 '.2.8620

3.3525

i 11

1.4212

1.1278

1.4146

1.0631

1.2488

1.3697

1.4072 **.9976 *

2.8339

3.5435

2.8876

3.8867

3.2856

3.1191

3.0001

4.1351

12

1.1328

1.5049

1.1854

1.2504 *.5292

1.1681

1.1884 *

3.5027

2.6896

3.4449

3.2614

4.4539

3.4003 *

....................................................... 3.4317

13

1.3439

1.5006

1.5330

1.3699

1.1651

1.1019 *.8104 ' F-SUB-Q

2.9854

2.7024

2.7035

3.1187

3.4091

3.800

....................................................0

5.3709

M-SUB-Q 14

1.4140

1.5518

1.4372 + 1.4068

1.1403 *.8115 *

2.8472 2.6185

2.8f21 3.0010

3.8050

5.364

..........'..................'....................... 0

15

1.3389

1.2067 ' 1.2131 *

.9978 *

3.0011

3.3347

3.3523

4.1343

v

~

i

(

MCEl-0400-47 Page 93 of 153

)

I McGuire 2 Cycle 9 Core Operating Limits Report 1rable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation

]

l l

l FQD / MOD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 6 OF 18 l

WHERE: 18 e TOP OF CORE AND 1 = BOTTOM OF CORE I

H G

F E

D C

B A

l 8*

.7204

1.2865

1.1634

1.4380 ' 1.1366

1.3445

1.4136

1.3385 *

4.0742

3.0189

3.2993

2.6320 ".3.27B2

2.8021

2.6753

2.8223

l 9

1.2863

1.1395

1.4244

1.1373

1.5182

1.5064 ' 1.5574

1.2063 *

3.0194

3.4466

2.6959

3.3041

2.5075

2.5315

2.4538

3.1390

10

1.1635

1.4261

1.0996

1.4375

1.2092

1.5564

1.4480

1.2171 *

3.2991

2.6928

3. 4399

2.6826

3.2006

2.5197

2.6703 '.3.1517

11

1.4377

1.1383

1.4398

1.0993

1.3344

1.4202

1.4373

1.0067 *

[

2.6326

3.3013

2.6783

3.6060

2.9735

2.8829

2.7938

3.8822

12

1.1365

1.5185

1.2090

1.3362 *

.7225 + 1.2675

1.2371 *

3.2786

2.5069

3.2090

2.9697

4.0644

3.1218

3.1203

13

1.3444

1.5067

1.5566

1.4204

1.2642

1.1702 *

.8454

F-SUB-Q

2.8023

2.5310

2.5194

2.8824

3.1298

3.4625

4.8423

M-SUB-Q 14

1.4132

1.5572

1.4480

1.4369

1.1869 *

.8465

2.6760

2.4540

2.6794

2.7947

3.4596

4.8360

15

1.3384

1.2061

1.2172

1.0069

2.8226

3.1397

3.1515

3.8815

t FQD / MOD (3-D) AT 50% power 365 EFPD THIS IS LEVEL 5OF18 l

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A i

8

1.0091

1.4049

1.2004

1.4623

1.1473

1.3517

1.4183

1.3417

l 3.5759

2.6718

3.0518

2.4493

3.0726

2.6372

2.5245

2.6687

9

1.4047

1.1933

1.4605

1.1550

1.5400

1.5203

1.5678

1.2094 *

2.6723

3.1469

2.4949

3.0803

2.3412

2.3758

2.3094

2.9697

i 10

1.2005

1.4621

1.1211

1.4'23

1.2442

1.5893

1.4673

1.2261 *

.................................................................... 16 *

3.0516

2.4025

3.1970

2.4876

2.9826

2.3486

2.5123

2.97 11

1. 4 e19

1.156 0

1. 474 6

1.14 99

1. 454 6

1. 4 87 9

1. 47 64

1. 02 02 *

2.4499

3.0777

2.4836 '.3.3092

2.6416

2.6252

2.5982

3.6489

12

1.1472

1.5403

1.2441

1.4565

1.0261

1.4033

1.2996 *

3.0730

2.3407

2.9829

2.6382

3.6095

2.7572

2.8348

13

1.3516

1.5206

1.5895

1.4881

1.3997

1.2574 *.8884

F-SUB-Q

2.6374

2.3753

2.34 83

2.624 9

2.7643

3.0818

4.3905

M-SUB-Q 14

1.4179

1.5677 + 1.4673 ' 2.4759

1.2470 *

.8895 *

2.5252

2.3096

2.5123

2.5989

3.1431 4.3848 15 ' 1.3416

1.2091

1.2261

1.0204 *

2.6690

2.9703

2.9714

3.6481

4 f

l l

MCEl-0400-47 i

(

Page 94 of 153 1

McGuire 2 Cycle 9 Core Operating Limits Report i

1rable 1 (cont) l Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation FCD / MOD (3-D) AT: 50% POWER 365 EFFD THIS IS LEVEL 4OF18 f

WH ERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE

(

H G

F E

D C

B A

8

1.1026

1.4717

1.2313

1.4841

1.1615

1.3608

1.4221

1.3406

3.2514

2.4406

2.7993

2.2943

2.8917

2.4987

2.4046

2.5547

1.5341

1.5726 ' 1.2090

9

1.4714 ' 1.2339

1.4904

1.1740

1.5594

................................................ 2446

2.1984

2.8417

2.4410

2.8236 ' 2.3195

2.8824

2.2010

2.

10

1.2313

1.4921

1.1417

1.5020

1.2736

1.6141

1.4817

1.2322 *

2.7992

2.3168

2.9826

2.3163

2.7563

2.2019

2.3732

2.8273

i 11

1.4838

1.1750

1.5044

1.1887

1.5218

1.5364

1.5040

1.0290

l

2.2948

2.8799

2.3126

2.9783

2.4317

2.3860

2.4192

3.4565

i j

l 12

1.1614

1.5599

1.2735

1,5238

1.1249

1.4800

1.3432 *

2.8920

2.2006

2.7566

2.4285

3.2794

2.5438

2.6009

13

1.3607

1.5344

1.6143

1.5366

1.4762 ' 1.3166 *

.9193

F-SUB-Q

2.4 9 8 9 '. 2. 24 41

2.2016

2. 3 857

2. 5503

2. 8475

4. 0525

M-SUB-Q 14

1.4217

1.5725

1.4817

1.5035

1.2888 *

.9205 *

2.4053

2.1986

2.3732

2.4199

2.883B '. 4.0473

15

1.3405

1.2008

1.2322

1.0292 *

2.5549

2.8423 '.2.8272

3.4558

l FQD / MOD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 3 OF 18 i

WHERE: 18 = TOP CF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A l

8

1.1305

1.4873

1.2449

1.4818

1.1696

1.3562

1.4049

1.3105 *

2.9664

2.2492

2.6365

2.2008

2.7616

2.4159

2.3490 2.5258

9

1.4871

1.2520

1.4918

1.1831

1.5530

1.5273

1.5431

1.1650 '

2.2496

2.6325

2.2059

2.7409

2.1201 2.1683

2.1600

2.8015

10

1.2450

1.4935

1.1494

1.5046

1.2855

1.6024 ' 1.4691

1.2153

1

2.6363

2.2034

2.8310

2.2041

2.6014

2.1168

2.2991 *.3.7647

l

................................................................~,.......

11

1.4814

1.1841 ' 2.5070

1.2079

1.5325

1.5459

1.4909 *-1.0146 *

2.2013

2.7385

2.2006

2.7766

2.2542

2.2447

2.3322

3.367B

12

1.1695

1.5534

1.2853

1.5345

1.1515

1.4928 ' 1.3465 *

2.7619

2.1197

2.6017

2.2513

3.0387 2.3697

2.4542

13

1.3561

1.5276

1.6026 ' 1.5461

1.4E90

1.3360 *

.9213

F-SUB-Q

2.4161

2.1679

2.1165

2.2444

2.3758

2.6399

3.8240

M-SUB-Q 14

1.4046

1.5430

1.4693

1.4904

1.2919 *.9225 *

2.3496

2.1602

2.2992

2.3329

2.7211

3.B191

15

1.3103

1.1647

1.2154

1.0148 *

2.5260

2.8021

2.7645

3.3672

I i

I

)

P

.rv r-,

MCEI-0400-47 Page 95 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report 1 Fable 1 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Normal Operation F0D / MOD (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 2 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE l

H G

F E

D C

B A

+

8

1.0923

1.3994

1.1969

1.3888

1.1319

1.2818

1.3052

1.1846

f

2.9309

2.3012

2.6429

2.2800

2.7821

2.4947

2.4695

2.7310

9

1.3992

1.2055

1.3988

1.1402 ' 1.4496

1.4338

1.4058

1.0817 *

2.3016

2.6424

2.2737

2.7644

2. 2076

2.2497

2.3119

2.9991

10

1.1970

1.4004

1.1056

1.4133

1.2342

1.4791

1.3647

1.1180 *

2.6428

2.2711

2.8542

2.2698

2.6156 2

..............................................'.. 2223

2.4067

2.9314

11

1.3885

1.1411

1.4156

1.1714

1.4300

1.4538

1.3656 *

.9293 *

2.2005

2.7620

2.2662

2. 7700

2.3249

2.3085

2.4591

3.5736

12 ' 1.1318

1.4500

1.2341

1.4326

1.1050

1.3854

1.2516 *

2.7824

2.2071

2.6159

2.3219

3.0191

2.4503

2.5514

13

1.2817

1.4341

1.4793

1.4540

1.3819

1.2566 *

.8537 ' F-SUB-O

2.4949

2.2492

2.2220

2.3082

2.4566

2.7004

3.9847

M-SUB-Q 14

1.3049

1.4057

1.3647

1.3652

1.2009 *

.8548 *

2.4701

2.3121

2.4068

2.4599

2.8289

3.9796

I 15

1.1844 1.0815

1.1181 *

.9295

l i

'. 2.7312 '.2.9997

2.9312

3.5729

1 FOD / M2D (3-D) AT: 50% POWER 365 EFPD THIS IS LEVEL 1 OF IB WHERE: 18 = TCP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.8493

1.0478 *

.9204

1.0435 *

.B880 *

.9520 *

.9477 *

.8106 *

3.7070

3.0062

3.3803

2.9879

3.5078

3.3201

3.3601

3.9401

9

1.0476 *.9275

1.0489 *

.8859

1.0751

1.0550

1.0482 *

.7614 *

3.0067

3.3671

2.9786

3.5130

2.9314

3.0162

3.0552

4.2066 10 *.9205

1.0501 *.8635

1.0322 *.9505

1.1090 *

.9884 *

.7905

3.3801 2.9752

3.6047

3.0554

3.3419

2.9102

3.2732

4.0808

11 ' 1.0433 *

.8866 ' 1.0338 *.9208

1.0714

1.0669

1.0017 *-.6540

2.9886

3.5100

3.0506

3.4574

3.0417

3.0822

3.2869

4.9962

12 *

.8679

1.0753 *

.9504

1.0728 *

.8543

1.0062 *

.8973 *

............. 308

3.3423

3.0377

3.8354

3.3073

3.4974

3,5081

2.9 13 *

.9519

1.0553

1.1092

1.0670

1.0036 *

.9158 *

.6042

F-SUB-Q

'.3.3203

3.0156

2.9099

3.0817

3.3158

3.6385

5.5293

H-SUB-Q 14 *

.9474 1.0481 *

.9684

1.0014 *

.8610 *.6050 *

3.3609

3.0554

3.2733

3.2879

3.8777

5.5222

15 *

.8105 *

.7613 *

.7905 *.6541 *

3.9405

4.2074

4.0886

4.9952

I i

,--,-n

f i

I f

I i

MCEI-0400-47 l

Page 96 of 153 i

McGuire 2 Cycle 9 Core Operating Limits Report i

liable 2 Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation l

i FQD / MOD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE j

4

=

H G

F E

D C

B A

L

.7461 *

.8537 *

.7432 *

.7490 *

.7005 *

.5653

i 8*

.4626

.7927 i

1.7868

1.4604

1.7016

1.4611

1.6577

1.6395

1 7425

2.1380

9*

.7918 *

.7442 *

.8670 *

.7367 *

.8427 *

.8008 *

.7819 *

.5475 *

1.4621

1.6618

1.4604 '.1.6933

1.4733

1. 5440

1.5691

2.2119 '

10 *.7458 *

.8696 *

.7107 *

.0080 *

.7231 *

.8123 *

.6878 *.5514 '

l

'. 1.7024

1.4562

1.7682

1.5588

1.7484

1.5512

1.8114

2.2217

c 11 *.8530 *

.7381 *.8102 *

.7066 *

.7489 *

.7188 *

.6803 *

.4762

j

~

1.4623

1.6901 '.1.5547

1.7494

1.5418

1.6950 '. 1.8262 '.2.6171

12 *

.7432 *

.8430 '.7231 *

.7487 *

.3945 *

.6107 *

.6331 *

1. 6576

1.4729

1.7484

1.5424

2.0020

1.8027

1.7701

13

7488 *

.8011 *

.8119 *

.7180 *

.6074 *

.5926 *

.4132

F-SUB-Q

'.1.6401

1.5434 '.1.5520 '. 1.6951

1.8115

1.9328

2.S491

M-SUB-Q 14 *

.6999 +

.7816 *

.6878 *

.6052 '

.4153 *

1.7441

1.5695

1.8115

1.8277 '. 1.9700

2.8347

15 *

.5652 *

.5473 *.5513 '

.4759 *

2.1385

2.2129

2.2224

2.6186

l l

FQD / MOD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.8546

1.1793

1.0577

1.1923 ' 1.0235 ' 1.1068

1.0378 *

.9109 *

1.6125

1.2900

1.5175

1.3106

1.5014

1.3800

1.4610

1.6471

f 9

1.1779

1.0668

1.2214

1.0181

1.1944

1.1715

1.0869 *

.8197 *

1.2995 '. 1.4797

1.3058

1.5337

1.2988

1.3145

1.4043

1.8343

10

1.0572

1.2250 *.9865 ' 1.1942

1.0173

1.1774

1.0199 *

.8407 *

1. 518 2

1. 3 02 0

1. 5 97 5 + 1. 3 2 3 3 '.1. 565 6 '. 1. 4 0 07

1. 5227 '. 1. 8111 11

1.1913

1.0201

1.1974 *. 9 850 ' 1. 0855

1. 0 819 + 1. 03 05 * -.7201 *

1. 3116

1. 53 0 9 '.1.3197

1. 5975

1. 3 9 86 '.1. 4 32 8

1.5315

2.156B

I 12

1.0236

1.1948 ' 1.0173

1.0851 *

.7457 *

.9845 *.9811

l

1.5013 '. 1.2984

1.5656

1.3991

1.7915

1.4913

1.4564

i I

13

1.1065 ' 1.1719 ' 1.1268

1.0819 *.9792 *

.9358 *.6411

F-SUB-Q

1.3804

1. 314 0

1.4 015

1. 4 328

1. 4 994

1. 5813 + 2.33 4 4

M-SUB-Q 14

1.0369

1.0866 ' 1.0198

1.0297 *

.9378 *

.6444 *

1.4624

1.4047

1.5228

1.5327

1.6209

2.3226

15 *

.9107 *

.8193 *.8405 *

.7197 *

1.6475

1.8352

1.8117

2.1581

l t

y mv

I i

l I

MCEI-0400-47 l

Page 97 of 153 i

McGuire 2 Cycle 9 Core Operating Limits Report 1rable 2 (c(nit.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation i

FQD / MOD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 16 OF 18 WHERE: 18 : TOP OF CORE AND 1 = BOTTOM OF CORE l

H G

F E

D C

B A

l 8

1.0727 ' 1.4120

1.2020

1. 373 8

1.13 8 5

1. 27 4 7

1. 210 5

1.104 9 +

1. 56 92

1.23 0 B

1. 473 5

1.2522

1. 47 53

1. 3104

1.3676

1.4808

j 9

1.4104

1.2224

1.4178

1.1382

1.3680

1.3575

1.2873 *

.9598

l 1.7099

1.2322

1.4349

1.2440

1.5046

1.2272

1.2419

1.2964 10

1.2015

1.4219

1.1103

1.3927

1.1559

1.3335

1.2009 *

.9876

1.6843

1.4741

1.2403

1.5599

1.2507

1.5169

1.3025

1.4161 11

1.3727

1.1403

1.3964 ' 1.1135

1.3016

1.2878

1.2519 *

.8456

1.2533

1.5018

1.2474

1.5659

1.3197

1.3385

1.3892

2.0121 *

+

12

1.1386

1.3884

1.1559

1.3012 *

.9547

1.2310

1.1789

f 1.4753

1.2268

1.5169 ' 1.3201

1.7155

1.3592

1.3511

f 13 = 1. 27 4 3

1. 3 5 8 0

1. 3 3 2 8

1. 2 87 8

1. 22 4 3 ' 1.13 85 *

.7655

F-SUB-Q

1. 310 9

1. 2 414

1. 3 032

1. 3 3 8 5

1. 3 6 6 6

1. 4 5 5 8

2.18 0 6

M-SUB-Q l

i 14

1.2093

1.2869

1.2009

1.2509

1.1269 *

.7694

1.3689

1.2968

1.4162

1.3903

1.5037

2.1696

1

[

15

1.1047 *

.9594 *

.9873 *

.8451

i 1.4811

1.7106

1.6848

2.0132

9 FQD / MOD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 15 CF 18 WHERE: 18 z TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A j

8

1.1662

1.535B

1.2747

1.,704

1.1959

1.3671

1.3106

1.2171

1.5061

1.2003

1.4117 ' 1.2354

1.4243

1.2835

1.3242

1.4073

9

1. 53 4 0

1. 3 01 B ' 1. 52 4 3 ' 1.197 8

1. 4 9 60.

1. 4 6 3 3 + 1. 4 0 B 9

1. 03 08

1.2096

1.3770

1.2248

1.4532

1.1992

1.2104

1.2426

1.6553

t 10

1. 27 4 2

1. 52 B B

1.17 51

1. 5 019

1.2 3 0 8

1. 4 5 9 0

1. 3111

1. 0 6 9 3

1.4123

1.2213 ' 2.5001

1.2246

1.4464 ' 1.2529

1.3614

1.6304

1.4124

1.3885 .9157

11

1.4692

1.2001

1.5059

1.1817

1.4261 i

1.2364

1.4505

1.2213

1.5025

1.2827 ' 1.2923

1.3158

1.9497

i

[

l 12

1.1959

1.4965 ' 1.2308

1.4256

1.0544

1.3792

1.2957

i 1.4242

1.1968

1.4465

1.2831

1.6193 ' 1.2962

1.3050

13

1.3667

1.4635

1.4582

1.4124 + 1.3718

1.2603 *

.8377

F-SUB-Q 1.2830

1. 2 0 9 9

1.2 53 6

1. 2 9 23

1. 3 032 + 1. 3 4 92

2.12 0 6

M-SUB-Q 14

1.3094

1.4085

1.3111

1.3874

1.2386 *

.8420

1.3254

1.2430

1.3615

1.3168

1.4523

2.1098

15

1.2168

1. 03 B3

1. 0 69 0 *

.9152

i

' 1.4076 + 1.6561

1.6309

1.9509

l r

I 6

f

-f l

i i

4 L

i l

l t

t MCEl-0400-47 Page 98 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

l Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MCD 13-D) AT: 100% POWER 4 EFFD THIS IS LEVEL 14 OF IB WHERE: 18 m TCP OF CORE AND 1 : BOTTOM CF CORE i

K G

F E

D C

B A

h l

B

1. 212 B

1. 6 054

1. 315 8

1. 527 0

1. 2 3 0 9 ' 1. 4 271

1. 3 75 8

1. 2 672

l 1.5097

1.2249

1.4042

1.2629

1.4359

1.3011

1.3323

1.4030 *

\\

I 9

1.6036

1.3463

1.5866

1.2325

1.5628

1.5322

1.4870

1.0871 *

1.2263

1.3746

1.2382

1.4669

1.2160

1.2224

1.2432

1.6680

i I

10

1.3152

1.5913

1.2134

1.5689

1.2772

1.5400

1.3843

1.1200 *

1.4049

1.2345

1.5094

1.2305

1.4222

1.2492

1.3598

1.6407

11

1.5256

1.2340

1.5731

1.2234

1.5025 ' 1.4941

1.4772 *

.9581 *

1.2639

1. 4642 '. 1.2352

1.4928

1. 2835

1.2037

1.2929

1.9610

l 12

1.2310

1.5634

1.2772

1.5020

1.1109

1.4733

1.3691 *

'.1.4358

1.2156

1.4223

1.2839

1.5961

1.2850

1.3009

13

1.4266

1.5328

1.5392

1.4941

1.4653

1.3379 *. 8 823

F-SUB-Q 1.3015 1.2219

1.2498

1.2837

1.2920

1. 3165

2.1271

M-SUB-Q 14

1.3745

1.4066

1.3642

1.4760

1.3087 *.6660 *

'.1.3335

1.2435

1.3599

1.2939

1.4478

2.1163

15

1.2B70 ' I.0872

1.1197 *.9576 *

1.4033

1.6667

1.6412

1.9630

FQD / MOD (3-D) AT: 100% POWER 4 EFFD THIS IS LEVEL 13 CF 18 WHERE: IB = TCP CF CORE AND 1 m BOTTOM CF CORE H

G F

E D

C B

A q

9 ' 1. 2 3 93

1. 64 B 5

1. 3 411

1. 56 37

1. 2 54 3

1. 4 6 9 8

1. 4 22 0

1. 3 35 0 *

1.5761

1.2662

1.4430

1.3116

1.4945

1.3446

1.3699

1.4356

9 ' 1.6467

1.3733 ' 1.6264

1.2543

1.6084 ' 1.5813

1.5400

1.1202 *

1. 2 677 '. 1. 414 5

1 27 3 4

1.52 47

1.2 5 66

1.2'. B 6

1. 27 3 6

1 7183 '

10

1.3405

1.6312

1.2374

1.6143

1.3083

1.5961

1.4358

1.1538 *

1. 4 4 3 6

1 2 6 97

1. 555 9

1. 2 6 B 0

1 4 52 0

1.2 6 6 6

1. 3 851

1. 6 85 8

11

1.5624

1.2567

1.6186

1.2507

1.5532

1.5515

1.5386 *-.9854 *

1.3127

1.5218

1.2646

1.5236

1.3099

1.2902

1.2988

2.0005

12 ' 1.2543 + 1.6090

1.3082

1.5527

1.1468 ' 1.5376

1.4174 *

1. 4 94 4 + 1.25 62

1. 4 521

1. 3104

1. 64 4 0

1. 3 06 5

1.3 22 5

13

1.4693

1 5819

1.5953

1.5515

1.5292

1.3900 *.9105

F-SUB-Q

1. 3 4 5 0

1 2 5 B1

1. 2 673

1.2 9 82

1. 313 6

1. 3 3 60

2.17 5 6

M-SUB-Q 14

1.4206

1.5404 ' 1.4350

1.5374

1.3549 *.9151

j

1.3712

1.2739

1.3852

1.2990 1.471B 2.1646

l I

15

1.3347

1.1197

1.1534 *.9848 *

1.4358

1.7191

1.6664

2 0016

m

m I

MCEl-0400-47 Page 99 0f l53 McGuire 2 Cycle 9 Core Operating Limits Report

)

Table 2 (cont.)

1 Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation

?

POD / MOD (3-D) AT: 100% POWER.

4 EFPD THIS IS LEVEL 12 CF 18 WHERE: 16 = TOP OF CORE AND 1. BOTTOM CF CCRE H

G F

E D

C B

A

-I B

1.2544

1.6767

1.3565

1.5883

1.2691

1.5007 ' 1.4557

1.3690

l

. 1.6506 '.1.3133

1.5147

1.3645 '.2.5755

1.3982

1.4192.*.1.4823

l 9

1.6748

1.3896

1.6528

1.2676

1.6409

1.6173

1.5795

1.1422 *

1.3147

1.4931

1.3249

1.6008

1.3023

1.3033 1.3153

1.7833

I 10

1.3559

1.6577

1.2518

1.6466

1.3288

1.6366

1.4731

1.1764 *

1.5154

1.3210 1.6315

1.3115

1.5140

1.2975

1.4189

1.7432

l 11

1.5871

1.2700 ' 1.6510

1.2680 ' 1.5682 ' 1.5933

1.5828

1.0028

1.3656

1.5978

1.3000

1.5913 1.3461

1.3279

1.3261

2.0572

i I

12

1.2692

1.6414 ' 2.3287

1.5877

1.1702

1.5838

1.4499

1.5754

1.3019

1.5140

1.3466

1.6960 1.3274

1.3547

l

)

I I

13

1.5003

1.6179

1.6357

1.5933

1.5752

1.4260 *

.9280

F-SUB-Q 4

1.3987

1.3028

1.2981

1.3279

1.3346

1.3675

2.2339

M-SUB-O

)

14

1.4543

1.5790

1.4730

1.5816

1.3859 *.9327 *

1.4205

1.3156

1.4189 '.1.3271

1.5076

2.2226

j 15

1.3688

1.1417

1.1760

1.0023 *

1.4826

1.7841

1.7438

2.05B4

FQD / MOD (3-D) A7; 100% POWER 4 EFPD THIS IS LEVEL 11 CF 18 WHERE: 18 = TOP CF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.2614

1.6946 ' 1.3644

1.6039

1.2767

1.5222

1.4796

1.3932 *

1.7471

1.3732 '.1.6026

1.4271

1.6691

1.4594

1.4763

1.5374

4...................................................

9

1.6927 ' 1.3980 ' 1.6696 ' 1.2738

1.6634

1.6431

1.6069

1.1562

1.3748

1.5690

1.3848

1.6936

1.3560

1.3549

1.3643

1.8577

10

1.3638

1.6744

1.2587

1.6690

1.3410

1.6656

1.4995

1.1905

1.6033

1.3808

1.7232

1.3626

1.5868

1.3387

1.4644

1.8099

11

1.6026

1.2762

1.6735

1.2773

1.6119

1.6236

1.6149

1.0129

1.4282

1.6904

1.3590

1.6764

1.3964

1.3708

1.3602 ' 2.1317

12

1.2767

1.6639

1.3410

1.6113 ' 1.1845

1.6174

1.4706

1.6691

1.3556

1.5868

1.3969

1.7746

1.3651

1.4019

13

1.5217

1.6437

1.6647

1.6235

1.6087

1.4503 *. 9375

F-SUB-O

1. 4 5 9 9

1. 3 5 4 4

1. 3 3 9 4

1. 37 0 8

1. 3725

1. 4 2 03

2. 3192

M-SUB-O j

14

1.4782

1.6064

1.4994

1.6136

1.4057 *.9423

j 1.4777

1.3647

1.4645

1.3613

1.5602

2.3075

15 ' 1.3929 ' 1.1557

1.1901

1.0123

1.5377

1.8586

1.8105 ' 2.1329

J

MCEI-0400-47 l

Page 100 of 153 McGuire 2 Cycle 9 Core Operating Limits Report j

1 i

1?able 2 (cont.)

i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FCD / M2D (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 10 OF IB WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

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

8

1.2615

1.7040

1.3654

1.6113

1.2774

1.5349

1.4949

1.4090

l

1.0107

1.3729

1.6702

1.4459

1.7813

1.5217

1.5489

1.6081

l 9

1.7021

1.3994

1.6779

1.2734 ' 1.6770

1.6597

1.6247

1.1632 *

1.3744

1.6318

1.3905 1.7872

1.3926

1.4102

1.4279

1.9516

1.1972

10

1.3648

1.6828

1.2590

1.6828

1.3458

1.6848

1.5167

1.6709

1.3865 '.1.8084

1.3895

1.6984 '.1.3920 '. 1.5283

1.8966

11

1.6100

1.2758

1.6873

1.2794

1.6260

1.6439

1.6368

1.0165 *

~

1. 4 47 0

1. 7 8 3 9

1. 3 8 5 8

1. 7 85 9

1. 4 4 3 5 + 1. 4 2 52

1. 4113

2. 2 3 41

12

1.2774

1.6775

1.3458

1.6254

1.1913

1.6409

1.4817 *

1.7812 '.1 3922

1.6984

1.4440

1 9297

1.4179

1.4593

13

1.5344

1.6603

1.6839

1.6439

1.6320

1.4650 *.9406

F-SUB-Q

1.5222

1.4096

1.3928 '. 1.4252

1.4257

1.5431

2.4216

M-EUB-Q 14

1.4934

1.6242

1.5166 ' 1.6355

1.4163 *

.9454

i

..................................... 1. 6241

2.4093 *

1.5504

1.4283

1.5204

1.4124

15 + 1.4087

1.1626

1.1968

1.0159 *

1.6085

1.9525

1.8972

2.2354

FQD / MOD (3-D) AT: 100% PDWER 4 EFFD THIS Is LEVEL 9 OF 18 YrIERE: 18 = TOP OF CORE AND 1 : BOTTOM OF CORE H

G F

E D

C B

A 8

1.2552 ' 1.7052 ' 1.3599

1.6107

1.2713

1.5390

1.5015 ' 1.4166 '

'.1.8055

1.3352

1.6648

1.4080

1.7776

1.4790

1.5161

1.6026

9

1.7033

1.3940 ' 1.6782 ' 1.2666

1.6819

1.6671

1.6333 ' 1.1633 *

1.3367

1.6260

1.3532

1.7839

1.3529

1.3685

1.3945

1.9473

10

1.3593

1.6831

1.2531

1.6881

1.3433

1.6947

1.5250 ' 1.1968 *

1.6656

1.3493

1.8036

1.3491

1.6905

1.3490

1.4982

1.8966

11

1.6095

1.2689

1.6926

1.2746

1.6311

1.6549

1.6491 *-1.0141 '

'.1.4091

1. 7805

1.3455

1.7000

1.4016

1.3882

1.3905

2.2406

12

1.2713

1.6824

1.3433

1.6305

1.1910

1.6547

1.4838 *

1.7775

1.3524

1.6905

1.4021

1.9177

1.3902

1.4513

13

1.5305

1.6677

1.6938 ' 1.6548

1.6458

1.4707 *

.9378

F-SUB-Q

1.4794 1.3 68 0

1. 3 4 98

1. 3 882

1. 3 97 8

1.56 05

2. 4 358

M-SUB-Q

(

14

1.5001

1.6328

1.5249

1.6479

1.4183 *

.9426 *

1.5175

1.3949

1.4983

1.3916

1.6152

2.4235

15 + 1.4163

1.1628

1.1964

1.0136 *

1.6029 '.1.9402

1.8972

2.2419

t L

m I

MCEI-0400-47 j

Page 101 of l53 McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MQD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 8 0F 18 1

I WHERE: 18 = TOP OF CORE AND 1 e BOTTOM OF CORE t

H c

F E

D C

B A

i 8 ' 1.2428

1.6983

1.3476

1.6020

1.2582

1.5340

1.4990

1.4156

1.7728

1.3038

1.6360

1.3801

1.7508

1.4481

1.4746

1.5416

9

1.6964

1.3819 ' 1.6702

1.2532

1.6776 + 1.6648

1.6320 ' 1.1564

1.3052

1.5962

1.3243

1.7576

1.3227

1.3368

1.3561

1.8785

10

1.3470

1.6751

1.2408

1.6845

1.3333

1.6946

1.5239

1.1991 *

............................... 169

1.6594

1.3145

1.4613

1.8334 *

1.6367

1.3204

1.7748

1.3.........................................

I 11

1.6007

1.2556

1.6890

1.2628

1.6268

1.6558

1.6514 ' 1.0056 *

1.3812

1.7543

1.3134

1.7490

1.3667

1.3491

1.3511

2.1715

12

1.2583

1.6782

1.3333

1.6262

1.1837

1.6586

1.4767

f

1.7507

1.3222

1.6594

1.3672

1.8741 '.1.3400

1.4163

13

1.5335

1.6654

1.6937

1.6558

1.6496 ' 1.4673 *

.9292

F-SUB-Q

1.4485

1.3363

1.3152

1.3491

1.3553

1.5191

2.3826

M-SUB-Q 14

1.4976

1.6315

1.5238

1.6501

1.4116 *

.9340 *

1. 47 6 0

1. 356 5

1. 4 613 '.1.3522 + 1. 57 63

2. 37 0 5

15

1.4153

1.1559

1.1887

1.0050 *

1.5419

1.8794

1.8340

2.1727

i FQD / MOD (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 7 OF IB WHERE: 18 = TOP CF CCRE AND 1 = BOTTOM CF CORE I

I H

G F

E D

C B

A l

.,,......,,,,..............,..........,,,e 8

1.2240

1.6828

1.3286

1.5846

1.2379

1.5189

1.4860 ' 1.4044 '

1.7422

1.2671

1.5785

1.3214

1.6738

1.3788

1.4030

1.4674

9

1.6009

1.3629

1.6536

1.2332

1.6633

1.6516

1.6194

1.1414

l 1.2685

1.5470

1.2739

1.6851

1.2625

1.2741

1.2890

1.7973

10

1.3280

1.65B4

1.2220

1.6714

1.3152 + 1.6833

1.5121

1.1731

1.5792

1.2702

1.7043

1.2615

1.5909

1.2548

1.3878

1.7531 '

l 11

1.5834

1.2355

1.6759

1.2436

1.6121

1.6455

1.6420 '-.9902

1.3225

1.6819

1.2582 + 1.6829

1.3159

1.2955

1.2853

2.0783

l 12 ' 1.2380

1.6639

1.3152

1.6115

1.1685

1.6509

1.4594

1.6738

1.2620

1.5909

1.3164

1.8216

1.2967

1.3532

t 13

1.5184

1.6522 ' 1.6824

1.6455

1.6420

1.4536 *. 914 3

F-SUB-Q i

1.3792

1.2736

1.2555

1.2955

1.3038

1.4577

2.2721

M-SUB-Q 14

1.4846

1.6190

1.5121

1.6407

1.3950 *

.9190

1.4043 ' 1.2894

1.3878

1.2863

1.5060

2.2605

15

1.4041

1.1409

1.1728 *

.9897

1.4677

1.7981

1.7536

2.0795 *

=

I

l l

MCEI-0400-47 Page 102 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report r

i l

Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MOD (3-D) AT: 100% FOWER 4 EFFD THIS IS LEVEL 6OF18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE r

l H

G F

E T

C B

A i

I 8

1.1987

1.6579

1.3026

1.5578

1.2099

1.4920

1.4603

1.3804

l 1.6566

1.2037

1.5120

1.2659

1.6159

1.3255

1.3501

1.4135 *-

l j

l 9

1.6561

1.3369

1.6275

1.2061

1.6375

1.6255

1.5929

1.1167

r 1.2050

1.4785

1.2164

1.6220

1.2094

1.2220

1.2393

1.7399

10

1.3020

1.6322

1.1961

1.6475

1.2804

1.6503

1.4872

1.1475

1.5127

1.2129

1.6381

1.2043

1.5297

1.2013

1.3322

1.6958

I 11 ' 1.5566

1.2084 ' 1.6519

1.2166

1.5854 ' 1.6216

1.6101 *

.9667 *

~

1.2669

1.6198

1.2011

1.6178

1.2572

1.2363 1 2296

2.0127

12

1.2099

1.6300

1.2884

1.5848

1.1442

1.6289

1.4298

1.6158

1.2090

1.5297

1.2576

1.7381

1.2328

1.3000

l 13

1.4915

1.6261

1.6575

1.6216

1.6201

1.4276 *. 8 918

F-SUB-Q

................... 1. 2 019

1. 2 3 6 3

1. 2 3 9 6

1. 3 9 32

2.19 2 7

M-SUB-Q 1.3259

1.2215

14

1 4589

1.5925

1.4871

1.6168

1.3660 *

.8964

I

1.3513

1.2397

1.3323

1.2306

1.4468

2.1816

15 ' 1.3602

1.1162

1.1471 *

.9661

1.4130

1.7407

1.6964

2.0130

I FOD / MOD (3-D) AT: 100% FDWER 4 EFFD THIS IS LEVEL 5 OF 18 l

I WHERE: 18 = TOP OF CORE AND 1 = BOTTOM CF CORE f

i H

G F

E D

C B

A 8

1.1660

1.6215

1.2690

1.5198

1.1737

1.4506

1.4180 ' 1.3369

1.5968

1.1568

1.4633

1.2250

1.5769

1.2914

1.3195

1.3857

9

1.6197

1.3031

1.5897

1.1715

1.5973

1.5832

1.5477

1.0791

j 1.1581

1.4281 ' 1.1745

1.5790 ' 1.1727

1.1860

1.2108

1.7128

10

1.2685

1.5943

1.1622

1.6101

1.2516

1.6155

1.4451 ' 1.1094 '

1.4640

1.1711

1.5918

1.1631

1.4886

1.1671

1.2996

1.6671

11

1.5186

1.1737

1.6144

1.1809

1.5433

1.5803

1,5743 *

.9326

1.2267

1.5761

1.1600

1.5732 1.2185

1.1977

1.1965

1.9817

12

1.1737

1.5978

1.2516

1.5428 ' 1.1087

1.5876

1.3544 '

1.5769

1.1724

1.4886 *.1.2109

1.6878

1.1924

1.2703

13

1.4502

1.5838

1.6147

1.5802

1.5790

1 3858 *

.8598

F-SUB-Q 1.2 918

1.1875

1.1677

1.1977

1.19 89

1.354 4

2.1528

M-SUB-Q 14

1.4167

1.5473

1.4450

1.5731

1.3234 *

.8642

1.3208

1.2112

1.2996 ' 1.1974

1.4138

2.1419

15

1.3386

1.0786

1.1090 *

.9321 *

1.3859 1.7136

1.6677

1.9829

m i

MCEl-0400-47 Page 103 of l53 McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation

)

1 FQD / MOD (3-D) AT: 100% POKER 4 EFFD THIS IS LEVEL 4OFIB WHERE: IB z TOP OF CORE AND 1 = BOTPOM OF CORE H

G F

E D

C B

A B

1.1236 ' 1.5673

1.2254

1.4652

1.1279

1.3898

1.3524

1.2704 *

1.5713

1.1352

1.4407

1.2099

1.5641

1.2843

1.3197

1.3955

9

1.5655

1.2590

1.5342 - 1.1276

1.5362

1.5185

1.4748

1.0230

1.5623

1.1610

1.1797

1.2125

1.7275 *

1.1364

1.4040 '.1.1567

i 10

1.2249

1.5387 ' 1.1176

1.5529

1.2022

1.5462

1.3764

1.0539 *

1.4413

1.1534

1.5753 '.1.1464

1.4755

1.1611

1.2983

1.6772

11

1.4640

1.1297

1.5570

1.1351

1.4793

1.5111

1.5004 *

.8836

I

1.2108

1.5594

1.1434 1.5573

1.2005

1.1680 *

...........................'........................... 1. 1952

1.9967

12

1.1280

1.5367

1.2022

1.4788

1.0583

1.5170

1.3163 *

1.5641

1.1606

1.4755

1.2089

1.6795

1.1847

1.2720

13

1.3094

1.5190

1.5454

1.5141

1.5088

1.3212 *

.8143

F-SUB-Q

1.2 B1 '

1.17 93

1.1617

1.1880

1.1912

1. 3 4 97

2.1667

M-SUB-Q i

.........,.................e...,...e..............e.........e...

14

1.3511

1.4743

1.3783 ' 1.4993

1.2582 *

.8184

1.3210

1.2128

1.2984

1.1961

1.4156

2.1557

15

1.2701

1.0225 ' 1.0535 *

.BB31

1.3957

1.72B3

1.6777

1.999B

i FQD / MOD (3-D) AT: 100% POWER 4 EFFD THIS IS LEVEL 3OFIB WHERE: 18 : TCP OF CORE AND 1

m. BOTTOM OF CORE H

C F

E D

C B

A B

1. 0 64 0

1. 4 7 71

1.1627

1. 3 7 8 6

1. 06 6 8

1. 2 9 6 8

1.2 4 8 9

1.155 4

1.5919 ' 1.1544

1.4576

1.2346

1.5902

1.3223

1.3738

1.4769

9

1.4754

1.1949

1.4438

1.0675

1.4371 ' 1.4159

1.3556 *

.936B '

i 1.1557

1.4192

1.1792

1.5861

1.1916

1.2147 ' 1.2683

1.8171

i 10

1.1622 ' 1.4481 ' 1.0547

1.4500

1.1324

1.4323

1 2725 *.9693

I 1.4583 ' 1.1758

1.6036

1.1711

1.5049

1.2034

1.3510

1.7560

11 + 1. 377 5

1. 0 695 ' 1. 4 619

1. 0732 ' 1. 3 7 82

1. 4 07 0

1.3 7 54 * -.8098

1.2356

1.5832

1.1680

1.5819

1.2445 ' 1.2257

1.2518

2.1004

12

1.0669

1.4376

1.1324

1.3777 *.9657

1.3965

1.2105

1.5901

1.1912

1.5049

1.2450

1.7306

1.2334 1.3286

t 13

1.2964 ' 1.4165

1.4315

1.4070

1.3890

1.2187 *

.7465

F-SUB-Q 1.3227

1.2143

1.2041

1.2257

1.2401

1.4036

2.2727

M-SUB-Q

[

14

1.2477 ' 1.3552 ' 1.2725

1.3743

1.1571 *

.7504

1.3751

1.2687

1.3510

1.2528

1.4767

2.2612

15

1.1552 *.9364 *.9690 '

.8093

1.4772

1.8180

1.7565 ' 2.1016 '

I I

1 I

t i

e i

m m,

MCEI-0400-47 Page 104 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1 Fable 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FCD / M2D 13-D) AT: 2004 FOWER 4 EFPD THIS IS LEVEL 2 OF 18 WHERE: IB = TCP OF CORE AND 1 e BOTTOM OF CORE H

G F

E D

C B

A 8*

.9611

1.3051

1.0414

1.2164 *

.9649

1.1315

1.0721 *

.9534 *

1.3545

1.7073

1.4694

1.5522

1.7384 *

1.7091

1.2653 '.2.Sfi 9

1.3036

1.0774

1.2746 *

.9642

1.2576

1.2340

1.1560 *

.7937 *

1.2667

1.5262

1.2945

1.7049

1.3196

1.3507

1.4425

2.0846 *

.....,........,....,,,...,.,,......e.......................

10

1.0479

1.2783 *

.9481

1.2779

1.0146

1.2369

1.0932 *

.8252

1.5607 ' 1.2907

1.7315

1.2944

1.6296

1.3500

1.5245

2.0047

11

1.2174 *

.9661

1.2813 *

.9715

1.2059

1.2191

1.1570 *

.6870

1.3556

1.7017

1.2910

1.6958

1.3700

1.3695

1.4421

2.4067

12 *

.9650

1.2580

1.0146

1.2055 *

.6711

1.1833

1.0312

1.7 07 3

1. 32 92

1. 62 9 6

1. 37 6 5 ' 1. B 9 9 0

1. 4 0 91

1. 5132

13

1.1312 ' 1.2345

1.2363

1.2191

1.1768

1.0409 *.6339

F-SUB-Q l'

1.4698

1.3502

1.3507

1.3696

1.4163

1.5927

2.6008

M-cua-Q 14

1.0711

1.1557 ' 1.0932

1.1561 *

.9857 *

.6371

1.5537

1.4429

1.5245

1.4432

1.6640

2.5876

15 *.9532 *.7934 *

.8250 *

.6666 '

1.7388

2.0056

2.0053

2.4001

FQD / M2D (3-D) AT: 100% POWER 4 EFPD THIS IS LEVEL 1 CF IB WHERE: IB = TDP OF CORE AND 1 = BOTTOM CF CORE

[

H C

F E

D C

B A

4 I

l 8*

.7197 *

.9765 *

.7736 *.9136 *.7200 *

.7724 *

.7266 *.5901

l 2.2373

1.6544

2.0824

1.7607

2.2445

2.1083

2.2433

2.7546

i l

9*

.9754 *

.7948 *

.9538 *

.7181 *

.925B *

.8558 *

.B630 *.5276

1.6562

2.0271

1.6930

2.2453 = 1.7542

1.9061

1.8912

3.07B0

10 *

.7733 *.9566 *

.7053 *

.8978 *

.7499 *

.9402 *

.7479 *

.5440

2.0833

1.6881 ' 2.2S29

1.6029

2.1609

1.7369

2.1818

2.9853

11 *

.9129 *.7195 *

.9002 *

.7325 *

.9104 *.8429 *

.0006 C.4554

1.7701

2.2411 + 1.7981

2.2055

1.7702 ' 1.9375 ' 2.0396

3.5650

12 *.7200 *

.9261 *

.7498 *

.9161 *

.6413 *.0092 *.6894 *

.......... 1.7537

2.1610

1.7700 '.2.5277

2.0151

2.2187

2.2444

13 *.7721 *.8561 *

.9397 *.842B *

.6048 *.6957 *

.4166

F-SUB-Q

2.109 0

1. 9 0 54

1. 7 3 7 B

1. 9 37 6

2. 02 61

2. 3 3 4 2

3. 0 958

M-SUB-Q 14 *

.7259 *.8627 *

.7479 *

.7999 *

.6590 *

.4187

t

2 2455

1.0917 2.1bl9

2.0411

2.4693

3.8661

i 15 '

.5900 =

.5273 *

.5438 *

.4551

2.7551

3.0794

2.9862

3.5671

G e

3

~ -

r.-r

,,w.

.-- ew, w

MCEI-0400-47 Page 105 of l53 McGuire 2 Cycle 9 Core Operating Limits Report j

1 Fable 2 (cont)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / M2D (3-01 AT: 75% POWER 4 EFFD THIS IS LEVEL 18 OF IB WHERE: IB = TOP OF CORE AND 1 = BDTICM OF CORE H

G F

E D

C B

A 8*

.4260 *

.8156 *

.7E46 *

.9231 *.6038 *

.8337 *

.7836 *

.6255 '

1.8094

2.2478 *

2.031B

1.6305 1.8286

1.5449

1.7625 1.7054 9*

.8147 *

.7725 *

.9274 *

.7846 *

.9255 *

.8918 *

.8725 *

.5991

1.6323

1.6687

1.5464 1.8150

1.5402

1.5998

1.6281 2.3466

10 *

.7642 *

.9301 *

.'7511 *

.6731 *

.7730 *

.8952 *

.7600 *

.5987

i

1.8294

1.5419

1.9002

1.6386

1.8504

1.6038

1.8614 2.3617

11 *

.9224 *

.7861 *

.8755 *

.7406

7833 *

.7739

7490 *

.5075

l

......... '..................................... 1. 0 4 6 9

1. 9 31 8 '. 2. 0 0 7 6 *

1.5462 3.8116

1.6343

1.9392

1.6998

t 12 *

.6038 *

.9256 *

.7730

7830 *.3673 *

.6309 *

.6605 '

1.7624

1.5397

1.8504

1.7004

2.2366

1.9693

1.9733

13 *.B334 *.6922 *

.894'

.7738 *.6274 *.6084 *

.4196

F-CUB-Q

1.7060

1.5992

1.6046

1.6469

1.9801

2.1429

3.2406

M-SUB-Q 14 *

.7028 *

.8723 *

.7600 *

.7405 *.6314 *

.4217 *

1.8111 '.1.6266

1.8815 '. 2.9333

2.1961

3.2241

l 15 *

.6254 *

.5989 *.5985 *.5072 *

2.2483

2.3477

2.3624

2.8092

FCC / MQD (3-D) AT: 75% POWER 4 EFFD THIS IS LE(EL 17 OF IB WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE l

[

H O

F E

D C

B A

f B'

.6270

1.1655

1.0971

1.2709

1.0940

1.2213

1.1514

1.0025 *

1.6647

1.4777

1.6633

1.4151 + 1.6251

1.4563

1.5385

1.7514

i

[

1.2675

1.0720 ' 2.2946 ' 1.2935

1.1971 *

.B912

I 9

1.1642

1.0897

1. 47 9 3

1. 6 9 9 0

1. 4127

1. 67 4 2

1. 3 84 0

1. 3 B2 4

1. 4 8 64

1. 9716

i

.4.....

I 10 ' 1.0966

1.2913

1.0307

1.2767 ' 1.0740

1.2248

1.1187 *

.9000 *

1. 6 641

1. 4 0 8 6 '. 1. 7 4 9 5

1. 4161

1. 6 b 67

1. 4 804

1. 6 051

1. 95 01

11

1.2699

1.0740

1.2001

1.0161

1.0934

1.1519

1.1121 *-.7645 *

1.4162

1.6711

1. 4123

1.6036

1.5715

1.5807

1.6457

2.3445

12

1.0940

1.2951

1.0740

1.0930 *.5492 *

.9841

1.0163 *

1.6250

1.3644

1.6867

1.5721

2.0312

1.6523

1.6410

13

1.2209

1.2940

1.2241

1.1519 '

.9787 *.9521 *

.6497

F-SUB-Q

1. 4 568

1. 3 819

1. 4 811

1.58 07

1. 6613 '.1. 7725

2.6 812

M-SUB-Q 14

1.1503

1.1967

1.1187

1.1113 *

.9715 *.6530 *

1. 4 8 69

1. 6052

1.647 0 '.e. 8263 '.2. 667 6

1

1.5399 *

.........e,s.

..ee e

,....,e.

15

1.0023 *. 8.

A '.9077 *

.7640

1.9507

2.3459 *

1.7510

1.97.

1

-w 4

MCEl-0400-47 Page 106 of l53 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation POD / MOD (3-D1 AT:

75% POWER 4 EFPD THIS IS LEVEL 16 OF 10 WHERE: IB = TOP OF CORE AND 1 r BOTTOM OF CORE H

G F

F D

C B

A B

1. 0 3 3 9 ' 1. 4 4 61

1. 2 4 54

1. 4 542

1. 2 0 5 0 ' 1. 3 93 9

1. 3 312

1. 2 07 5

1.6488

1.4260

1.6584

1.3824

1.6335

1.4113

1.4683

1.6023

9

1.4445

1.2560 ' 1.4886

1.1888

1.4939

1.4868

1.4073

1.0362

1.4276

1.6797 1.3771

1.6612

1.3363

1.3333

1.3992

1.8722

10

1.2449

1.4929

1.1523

1.4824

1.2181

1.4435 ' 1.3098

1.0607 *

1.6592

1.3730

1.7493

1.3681

1.6697

1.4027

1.5220

1.8478

1.3821

1.3513 '

.8954

11

1.4530

1.1911

1.4864

1.1536

1.3557

~

1.3835

1.6780

1.3645

1 8118

1.5071

1.5001

1.5115

2.2192

12

1.2050

1.4944

1.2181

1.3553 *.9385

1.2880

1.2356 *

1.6334

1.3359

1.66D7

1.5076

1.9773

1.5280

1.5442

1.3935

1.4874

1.4427

1.3821

1.2610

1.1832 *

.7046

F-SUB-Q is 1.4117 ' 1.3328

1.4034

1.5001

1.5363

1.6556

2.53B7

M-sus-Q i

14

1.3299

.4069

1.3097

1.3503

1.1811 *

.7686

l 1.4697 ' 1.399e ' 1. 5221

1. 5127

1.7195

2. 52 5B

l l

15

1.2073

1.0357

1.0604 *

949 *

1. 6 0' ;

1.8731

1.8464

2.2205

l I

l FQD / MOD (3-D) AT: 75% PDWER 4 EFPD THIS IS LEVEL 15 OF 18 WHERE: 18. TOP OF CORE AND 1 = BOT 7tM CF CORE H

G F

E D

C E

A 8

1.1775

1.5916

1.3177

1.5462 ' 1.2551

1.4816

1.4284

1.3193

1.8116

1.4285

1.6371

1.3927

1.6048

1.4118

1.4538

1.5556

9

1.5898

1.3402 ' 1.5941

1.2428

1.5992

1.5900

1.5284

1.1130

1.6592

1.3284

1.3254

1.3689

1.8492 *

1.4302 ' 1.6459

1.3904 10

1.3172

1.5988

1.2130

1.5914

1.2931

1.5729

1.1214

1.1414

1.6378

1.3863

1.7245

1.3707

1.6199

1.3696

1.4861

1.81(;

11

1.5450

1.2451

1.5956

1.2256

1.5021

1.s204

1.4968 *-.9E64

1.3670

1.773'. ' 1.4927

1.4760

1.4519

2.1753 *

1.3938

1.6551 12

1.2551

1.5997

1.2931

1.5015

1.0876

1.4677 ' 1. 3 6 d.

1.6047

1.3279

1.6200

1.4932

1.9010

1.4835

1.5181

13

1.4812

1.5906

1.5721

1.5204

1.4597

1.3252 *. 5655 ' F-SUB-Q

1. 412 3

1. 3 2 4 9

1. 37 03

3. 47 6 0

1. 4 916

1. 5 62 4

2. 5111

M-SUB-Q 14 ' 1.4271

1.5200

1.4213

1.4956

1.3061 *

.d699

1.4552

1.3693

1.4862

1.4530

1.6895

2.4984 *

......e....

15

1.3191

1.1125 ' 1.1410 *

.9659

1.5559 ' 1.8501 ' 1.0165

2.1765 '

1 i

l L

l l

MCEl-0400-47 l

Page 107 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1rable 2 (cont.)

Core Operating Limits Rept rt F-sub-Q / M-sub Q Values (F-sub-Q OP Margin)- Power Escalation i

FQD / HQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: IB. TOP OF CORE AND 1 : BD7 TOM OF CORE l

H G

F E

D C

B A

i j

i 8

1.2318 = 1.6633

1.3531

1.5938

1.2810

1.5320 ' 1.4851

1.3826

l 1.8588

1.4821

1.6823

1.4482

1.6429

1.4502

1.4834 ' 1.5723

9

1.6614

1.3815

1.6495

1.2696

1.6575

1.6501 ' 1.5993

1.1555 *

.......... 1 6811

1.4472

1.7019

1.3700

1.3581

1.3877

1.4837

1.8864

l 10

1.3525

1.6543

1.2448

1.6517 + 1.3344

1.6499

1.4896 ' 1.1867

1.6831

1.4429

1.7654 1.4140

1.6532

1.4006 1.5130 1.8564

11

1.5926

1.2720

1.6561

1.2645

1.5820

1.6036

1.5851

1.0060 *

1.4494

1.6987

1.4111

1.6105

1 5258

1.4980

1.4776

2.2410

i 12

1.2810

1.6500

1.3343

1.5814

1.1538

1.5713

1.4429

1.6429

1.3696

1.6532

1.5263

1.9156 1.5020

1.5455

13

1.5315

1.6507 ' 1.6490

1,6035 ' 1.5628

1.4094 *

.9129

F-SUB-Q j

1. 4 5 0 6

1. 3 575

1. 4 014

1. 4 9 80

1. 5110

1. 5 5 8 0

2. 57 2 0

M-SUB-Q l

14

1.4836

1.5988 ' 1.4895

1.5839

1.3792 *

.9175

l

........................................ 200

2.5540

1.4848

1.3881

1.5131

1.4708

1.7 15

1.3823

1.1550

1.1863

1.0054

1.5726

1.8872

1.8570

2.2423

l i

FQD / MOD 13-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 13 CF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A i

i 8

1.2534

1.6975

1.3686

1.61'8 ' 1.2933

1.5614

1.5186

1.4191 *

1. 9 9 02

1. 57 34

1. 8 0 89

1. 55E2

1.7 62 4

1. 53 91

1. 559 4

1. 64 04 *

]

9

1.6956

1.2" 4

1.6773

1.2814

1.6900

1.6657 ' 1.6408

1.1788

j

1.5751 * '. /754

1.5591

1 8334

1.4625

1.4409 '.1.4564 ' 1.9878 *

?

....,...e........

r lu

. 3600

1.6822

1.2595

1.6852

1.3560 ' 1.6954

1.5308

1.2118

I l

1.8096

1.5546

1.8990

1.5159

1.7714

1.4853

1.5974

1.9651

I 1.6897

1.2840

1.6257

1.6512

1.6363 '-1.0272

11

1.6165

1.2F-1.5119

1.8938

1.5964

1.5534

1.5569

2.3865 *

1.5594

1.F 12

1.2933 + 1.6-160

1.6251

1.1867

1.6316

1.4859

1.7624

1.4t.9

/14 - 1.5970

2.0215

1.5672

1.6101

13

1.5609

1.6863 c 1.6945

1.6512 ' 1.6228

1.4579 *

.9387

F-SUB-Q

.............................................'......... 2.6951

M-SUB-Q 1.5396

1.4404 + 1.4861 ' 1.5535

1.575B 1.6216

14

1.5171

1.6404

1.5300

1.6370 ' 1.4203 *

.9434 *

1.560B

1.4558

1.5974

1.5581

1.7919

2.6814

15

1.4108

1.1782

1.2114

1.0266 *

1.6408

1.9887 i.9657

2.3378

w I

P l

i l

i MCEI-0400-47 l

Page 108 of l53 l

McGuire 2 Cycle 9 Core Operating Limits Report j

i 1

1 Fable 2 (cont.)

i Core Operating Limits Report

)

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation l

1 i

F2D / M2D (3-D) AT: 7 5 % P',WER 4 EFPD THIS IS LEVEL 12 OF IB k

WHERE: IB = TOP OF CORE AND 1 = BDTTOM OF CORE I

H G

F E

D C

B A

B

1.2584

1.7107

1.3713

1.6266

1.2952

1.5758

1.5363

1.4386

2.1439

1.6775

1.9516

1.7041

1.9379

1.6636

1.6733

1.7495

5 9

1.7088

1.4034

1.6879

1.2826

1.7056

3.7043

1.0632

1.1892 *

1.9132

1.6896

2.0243 1.5879

1.5563

1.5639

2.1350 *

'.1.6794 10

1.3707

1.6928

1.2624

1.7014 ' 1.3639

1.7202

1.5534

1.2230

1.9524

1.6846

2.0979

1.6516

1.9176

1.6032

1.7176

2.1162 *

.......................................................r.................

11

1.6253

1.2850

1.7059

1._,'1

1.6473

1.6807

1.6685

1.0359

i 1.7054

2.0205

1.6472

2.0315

1.6852 1.6339

1.6340

2.5815 *

~

{

12

1.2952

1.7062

1.3639

1.6467

1.2013

1.6657

1.5069

1.9378

1.5874

1.9176

1.6858

2.1432

1.6365

1.6938

l 13

1.5753

1.7050

1.715;

1.6E07

1.6566

1.4833 '

.9499

F-SUB-O f

1.f340

1.6454

1.7053

2.8389

M-SUB-O 1.6642

1.5557

1.6041 14

1.5348

1.6627

1.5533

1.0672

1.4404 *

.9547

1.6749

1.5644

1.7177

1.6353

1.8851

2.8245 '

1.2226

1.0353

15

1.4384

1.1886 1.7498

2.1360

2.1169

2.5830

1 FQD / M2D (3-D) AT: 75% POWER 4 EFFD THIS IS LEVEL 11 OF 18 i

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.2528

1.7101

1.3644

1.6239

1.2884

1.5760

1.5416

1.4458

i 2.3316

1.8083

2.1277

1.87D4

2.1542

1.8173

1.8166

1.8887

9

1.7082

1.3969

1.6860

1.2751

1.7085

1.7096

1.6713

1.1898

1.8104

2.0858

1.8219

2.2437

1.7395

1.6978

1.6957

2.3179

l i

10

1.3638

1.6910

1.2561

1.7046

1.3613

1.7298

1.5619

1.2237

2.1266 ' 1.S16C

2.2211

1.7687

2.0713

1.7076

1.8630

2.3005

11

1.622'

1.2775

1.7091

1.2859

1.6536

1.6921

1.6822 *-1.0353 *

1. B'i19

2.23 95

1.7 6 4 0

2.2 050

1.8 014

1.7 4 00

1.7 3 02

2.7721

12

1. 2 8 84

1. 7 0 e 1

1. 3 612

1. 6 53 9

1. 2 0 3 6

1. 6 817

1. 512 3

2.1541

1.7389

2.0713 ' 2.8020

2.3095

1.7353

1.8059

13

1.5T,5 ' 1.7102 ' 1.7289

1.6921

1.6726

1.4924 *

.9507

F.sUB-Q 1.8179

1.6971 ' 1.7085

1.7400

1.7448

1.8254

3.0330

M-SUB-Q 14

1. 54 01

1. 67 0 8

1. 5 616 '

1. E 0 0 9

1. 4 4 50 *

.955E

1.8383

1.6962

1.8631

1. " i6

2.0098

3.0177

15

1.4456

1.1892

1.2233

1.0347

1.8890

2.3189

2.3012

2.7737

m i

l d

i--.--e v

i. +,

s r

MCEI-0400-47 l

Page 109 of 153 McGuire 2 Cycle 9 Core Operating Limits Report i

Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalati i

PRD / MOD (3-D) AT: 75% POWER 4 EFFD THIS IS LEVEL 10 OF IB WHERE: IB = TOP OF CORE AND 1 m BOTTOM OF CORE H

G F

E O

C B

A 8

1.2390

1.6982

1.3496

1.6115

1.2737

1.5697

1.5362

1.4429

2.42E1

1.E125

2.2251

1.9044 ' 2.3558

1.9634

1.9945

2.0629 *

{

t 9

1.6969

1.3820

1.6740

1.2601

1.7005 ' 1.7034

1.6676

1.1821

I 1.0145

2.1752 ' 1.8351

2.3003

1.8103

1.8128

1.8535

2.5431

10

1.3490

1.6789 ' 1.2423

1.6969

1.3497

1.7271

1.5587

1.2156

1.9891

2.5237

2.2260

1.8297

2.4146

1.6142

2.2340

1.7934 11

1.6102

1.2625

1.7014

1.2733

1.6477

1.6906

1.6827

1.0271 *

1.9060

2.3759

1.0093

2.3670

1.6812

1.8410

1.0488 '. 2.9983

12

1.2737

1.7010

1.3497

1.6471

1.1964

1.6841

1.5054 *

2. 3 5 57

1. 8 0 97

2.2 3 4 0

1. B B10

2. 54 07 + 1. 852 5

1. 9 412

c 13

1.5692

1.7040

1.7262 ' 1.6906

1.6749

1.4889 *. 9 4 3 5

F-SUB-Q

1.9040

1.8121

1.7943

1.8410

1.8626

2.0487

3.2749

M-SUB-Q

+

14

1.534 B

1. 6672

1. 5586

1. 6 814

1. 4 3 9 0 *.9483

l 1.9964

1.0540

1.9891

1.8502

2.1604

3.2583

15 ' 1.4426

1.1615

1.2152

1.0265 *

2.0633

2.5443 + 2.5245

3.0001

I FCD / MOD (3-D) AT: 754 FOWER 4 EFPD THIS IS LEVEL 9 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM CF CORE l

H G

F E

D C

B A

B

1. 210 5

1. 6 7 B 4

1. 3 277

1. 5 9 04

1. 2 519

1. 5517

1.5212

1.4307

I

2.4618

1.7939

2.2564

1.0879

2.3930

1.9383

1.9679

2.0781

9

1. 67 65

1. 3 5 99

1. 653 0

1.23 B3

1. 6 82 5

1. 6867

1.6534

1.167 0 *

1.7960

2.2050

1.8177

2.4171

1.7916

1.7940

1.0272

2.5600

10

1.327*

1.6578

1.2217

1.6796

1.3302

1.7133

1.5453

1.1997 *

2.2574

1.0124

2.4496

1.7941

2.2640

1.7717

1.9666

2.5294

1.2407

1.6B40

1.2531

2.6314

1.6778 ' 1.6719 *-1.0123

11 ' 1.5891 *

1.6E94

2.4126

1.7893

2.4012

1.8608

1.8183

1.8254 * ?.0044

12

1. 2 519

1. f B 31

1. 33 02

1. 63 0 8

1.1814

1. 67 47 * ". 8 8 8 3 *

'. 2.3929

1.7910

2.2641

1.8614

2.5705

1.8279 *. 9315

13 ' 1.5512

1.6873

1.7124

1.6777 ' 1.6656 ' 1.4750 *. 92 9 B

F-SUB-Q

'. 1.93B9

1.7933

1.7726

1.8183

1.8379

2.0746

3.2900

M-SUB-Q 14

1.5197

1.6529

1.5452

1.6706 ' 1.4226 *

.9345 *

1. 9 6 9 8

1. 82 77

1. 9 6 6 6 '.1. B2 6 9

2.14 9 6

3. 2'.i 41

15

1.4304

1.1665

1.1993

1.0117 *

2.0785

2.5612 + 2.5302

3.0061

I i

=

l l

._m

,o

_--,..o_..

t i

l MCEl-0400-47 Page 110 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation I

FQD / MRD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 8 OF le WHERE: 10 : TOP CF CORE AND 1 e BOTTDM CF CORE l

H G

F E

D C

B A

B

1.192 0

1. 6 4 97

1. 2 9 94

1. 5 612

1. 22 3 4

1. 52 4 5 ' 1. 4 966

1. 4 09 6 *

[

2.4605

1.7640

2.2128

1.8359

2.2908 ' 1.8591 ' 1.8810

1.9696

I 9

1.6478

1.3314

1.6237

1.2103

1.6552

1.5598

1.6289

1.1449 *

..................................................................... 2.*

1.7860

2.1770

1.7797

2.3482

1.7341 ' 1.7293

1.7410

2.425 10

1.2989

1.6285

1.1951

1.6531

1.3033

1.6890

1.5221 ' 1.1764 *

[

2.2138

1.7746

2.3862

1.7515

2.2075

1.7250

1.9035

2.3999

I i

11

1.5599

1.2126

1.6575

1.2261

1.6053

1.6542

1.6503 *

.9913

i

1.0374

2.3438

1.7469

2.3531

1.8349.*.1.7907

1.7775

2.8857

12 ' 1.2234

1.6557

1.3032

1.6047

1.1591

1.6545

1.4616 *

2.2907

1.7335

2.2076

1.8356

2.5606

1.8052

1.8809

13

1.5240

1.6605

1.6881

1. f", t;

1.6455

1.4514 *

.9101

F-SUB-Q

1. 85 97

1.72 87

1.7200

1.7 ;08

1. 8151.'.2. 0415

3. 2 02 5

M-SUB-Q 14

1.4952

1.6284

1.5220

1.6490

1.3971 *

.9148 *

1.0828

1.7415

1.9036

1 7789

2.1022

3.1863

15

1.4093

1.1443

1.1761 *

.9907

I

1.9700

2.4263

2.4006

2.8873

FQD / MOD (3-D) ATs 75% POWER 4 EFPD THIS IS LEVEL 7CF18 WHERE: 18 = TCP OF CORE AND 1 = BOTTOM CF CORE E

G F

E D

C B

A B

1.1601

1. 613 3

1. 2653

1. 5241

1.1885

1.4 87 8

1. 4 622

1. 37 8 9 *

2.2980

1.6536

2.0464

1.6834

2.1246

1.7247

1.7501

1.8363

9

1.6115

1.2969

1.5867

1.1365

1.6184

1.6227

1.5936

1.1153 *

1.6555

2.0254

1.6379

2.1605

1.5945

1.5972

1.6150

2.2672

10

1.2647

1.5913

1.1628

1.6176

1.2691

1.6540

1.4886

1.1456 '

I

2.0473

1.6332

2.1975

1.6122

2.0486

1.5949

1.7569

2.2329

11

1.5229

1.1787

1.6219 ' 1.1924 ' 1.5695

1.6198

1.6173 *-.9639 *

1.6647

2.1564

1.6079

2.2007 '.1.7119

1.6720

1.6554

2.6873

12

1.18 8 6

1. 6190

1.2 6 9 0 ' 1. 5 68 9

1.12 96 e 1.6229

1.4253

1

2.1245

1.5940

2.0487

1.7126 2.3936

1.6824

1.7735

13

1.4874

1.6233

1.6531

1.6198

1.6141

1.4181 *. 8 8 4 6

F-SUB-Q

1. 72 5 3

1. 5 9 6 6 '.1. 5 9 5 8 '.1. 672 0

1. 6 916

1. 9104

3. 017 0

M-SUB-Q 14

1.4609

1.5932

1.4886

1.6161

1.3624 *

.8891 *

1.7518

1.6154

1.7570

1.6567

1.9738

3.0017 '

15

1.3786

1.1147

1.1452 *.9634 *

1.0367

2.2683

2.2336

2.6689

l l

I

t P

MCEl-0400-47 Page 111 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report l'able 2 (cont.)

l Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation j

FDD / M?D (3-L) AT: 75% FDWER 4 EFPD THIS IS LEVEL 6 OF 18 WHERE: 18 e TOP OF CORE AND 1 = BOTTON CF CORE H

G F

E D

C B

A B ' 1.12 3 0

1. 5 6 9 2

1. 22 57

1. 47 9 3

1.14 7 5

1. 4 411

1. 4167

1. 3 3 6 9 *

2.2074

1.5117

1.8903

1.5682

2. 0010

1.6246

1.6537

1.7390

9

1.5674

1.2569

1.5419

1.1371

1.5718

1.5744

1.5461

1.0772 *

1. 513 4

1. 8 55 9

1. 513 6

2. 0 210

1. 4 9 0 0 '.1. 4 9 87 + 1. 5221

2.153 4

10

1.2252

1.5464

1 1249

1.5729

1.2276

1.6069

1.4436

1.1064 *

1.8911

1.5092

2.0463

1.4931

1.9065

1.4849

1.6463

2.1121

11

1.4781

1.1393 ' 1.5771

1.1524

1.5232

1.5733

1.5713 *

.9296 *

1.5695

2.0172

1.4891

2.0324

1.5813

1.5446

1.5343

2.5307

12

1.1475

1.5724

1.2276

1.5226

1.0924

1.5785

1.3783 *

2.0010

1.4895

1.9066

1.5819

2.2242

1.5625

1.6521

13

1.4406

1.5750

1.6061

1.5733

1.5699

1.3741 *

.8526

F-EUB-Q

1.625i

1.4982

1.4857

1.5446

1.5711

1.7821

2.0 69 '. M-SUB-Q j

14

1.4154

1.5456

1.4435

1.5701

1.3175 *

.8570

l

1.6553

1 5226

1.6464

1.5355 '. 1.8386

2.8126

l 15

1.3366

1.0767

1.1060 *

.9290

i

1.7394

2.1544

2.1128

2.5322

FDD / M2D (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: 18 = TCP CF CORE AND 1 = BOTTCM OF CORE H

G F

E D

C B

A B + 1.0806

1.5163

1.1807

1.4259

1.1004

1.3826

1.3574

1.2799 '

i

1.9642

1.4140

1.7900

1.4923

1.9218

1.5622

1.5965

1.6844

i I

r 9 ' 1.5146

1.2114

1.4880

1.0923

1.5136

1.5128

1.4827

1.0284 *

1.4156

1.7491

1.4322

1.9305

1.4225

1.4368

1.4672

2.0910 *

...,..............e.....,...e...e.e.,..

.,,,,,.....,.e.

10

1.1802

1.4924 ' 1.0810

1.5175

1.1784

1.5448

1.3840

1.0569 *

............... 1..*.1.9492

1.4156 '.1.8190

1.4177

1.5804

2. 0437 *

1.7908

1.428 11

1.4247

1.0944

1.5216

1.1059

1.4642

1.5123

1.5004 *-.8865 *

1. 4 9 3 5

1. 9 2 69

1. 4118

1. 9 311 + 1. 4 9 3 3 1.4626

1.4630

2.4439 +

12

1.;004

1.5141

1.1784

1.4637

1.0460

1.5175 + 1.3182 *

1.9218

1.4220 '. 1.8190

1.4938

2.0069

1.4672

1.5711 *

.........a>

13

1.3821

1.5133

1.5439

1.5122 + 1.5093

1.3168 *

.8128

F-SUB-Q 1.5627

1.4362

1.4185

1.4627

1.4752 + 1.6793 + 2.6918

M-SUB-Q 14

1.3561

1.4823

1.3839

1.5072

1.2600 *

.8169

1.5980

1.4676

1.5505

1.4641

1.7485

2.6782

15

1.2/96

1.0200 ' 1.0566 *

.8860

1.6848

2.0920

2.0443

2.4454

i 1 -

I i

i 1

i

-.~ -

m

MCEl-0400-47 Page ll2 cf l53 McGuire 2 Cycle 9 Core Operating Limits Report i

f 1Dable 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MOD (3-D) AT: 756 FOWER 4 EFFD THIS IS LEVEL 4 OF 18 h'HERE : IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

(

S

3.0313

1.4495

1.1286

1.3597

1.0466

1.3086

1.2787 ' 1.2001 *

1. 9 02 7

1. 3 6 B 8

1. 7 4 0 8

1. 4 5 83

1. 8 8 87

1. 5 4 3 0

1. 5 87 3

1. 6 8 62

9

1.4479

1.1586

1.4205

1.0409

1.4387

1.4329

1.3959 *

.9643

j

'.1 3704

1.6967

1.3947

1.8894

1.3963 '.1.

4165

1.4593

2.0936

l i

10

1.1281

1.4246

1.0292

1.4464

1.1198

1.4606

1.3040 *

.9931

1.7416

1.3936

1.9065

1.3813

1.7836

1.3978

1.5662

2.0381

11

1.3566

1.0429

1.4503 ' 1.0520

1.3874

1.4307

1.4199 *

.8311

1.4622

1.4346

1.4467

2.4381 *

1.4595

1.8859

1.3776

1.8877 12 - 1.0466

1.4391

1.1198

1.3870 *

.9877

1.4319

1.2392

1.8886

1.3958

1.7837

1.4627

2.0449

1.4378

1.5518

13

1.3002

1.4335

1.4598

1.4307

1.4242

1.2408 *. 7 619

F-SUB-Q 1.4456

1.6483

2.6648

M-SUB-Q 1.5435

1.4160

1.3985

1.4347 t

1.2775

1.3955

1.3040

1.4168

1.1846 *

.7657

14

1.5888 1.4598

1.5663

1.4478

1.7270

2.6513

i 15

1.1998 *

.9639 *

.9928 *

.6306 *

............................ 2. 4396

1.6BE5

2.0945

2.0387 FQD / MOD (3-D) AT: 75% DCWER 4 EFPD THIS IS LEVEL 3OFIB t

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 8*

.9686

1.3531

1.0616

1.2673 *.9813

1.2002

1.1684

1.0803 *

1.9143

1.3843

1.7519

1.4822

1 9126

1.5853

1.6497

1.7819

9

1.3516

1.0902

1.3242 *

.9771

1.3321 + 1.3217

1.2697 *

.8748

l

1.3858 '.1.7053

1.4152

1.9090

1.4288

1.4556

1.5234

2. 1967

10

1.0612

1.3281 *

.9632

1.3442

1.0450

1.3385

1.1910 *

.9048

i 1

'. 2.7527

1.4111

1.9307

1.4058

1.8111

1.4443

1.6255

2.1268

11

1.2663 *

.9789

1.3478 *

.9860

1.2796

1.3149

1.2875 *-.7547

l

1.4834 1.9054 ' 1.4020

1.9073

1.4985

1.4745

1.5098

2.5506

r 12 *

.9613

1.3325

1.0450

1.2792 *.9114

1.3037

1.1286

1.9126

1.4283

1.8111

1.4990

2.0940

1.4894

1.6118

l 13 ' 1.2078

1.3222

1.3378

1.3149

1.2966

1.1330 *

.6923

F-SUD-Q 1.5858

1.4550

1.4451

1.4745 ' 1.4975

1.7037

2.7748

M-SUB-Q l

i 14

1.1673

1.2E94

1.1910

1.2665

1.0788 *.6959

1.6513

1.5239

1.6256

1.5110

1.7938

2.7608

15

1.0000 *

.8744 *

.9045 *

.7542

1.7823

2.1977

2.1275

2.5620

6 4

I l

i i

1 l

l

o MCEl-0400-47 i

Page 113 of 153 McGuire 2 Cycle 9 Core Operating Limits Report ifable 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation 9

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

NHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

.9944 *.8839

B'

.8694

1.1862 *

.9508

1.1115 *

.8816

1.0454 1.5171

1.6839

1.6267

2.0538

1.7645

1.8675

2.1006 *

2.0530 l

9

1.1848 *

.9763

1.1600 *

.8769

1.1559

1.1418

1.0733 *

.7354

1.5108

1.8329 ' 1.5538

2.0511

1.5841

1.6213

1.7353

2.5219 *

.8602

1.1684 *.9295

1.1456

1.0143 *

.7644

10 *

.9504 ' 1.1634 1.8847

1.5492

2.0836

1.5550

1.9613

1.6221

1.8366

2.4287

\\

..............................,.......................................e..

I 11

1.1106 *

.0785

1.1715 *

.8865 ' 1.1104

1.1290

1.0734 *.6355 *

....................................................... 1.7407

2.9212 *1.6260

2.0473

1.5508

2.0436

1.6594

1.6491 '.................

l 12 *

.8816

1.1563 *

.9294

1.1100 *

.7995

1.0946 *

.9537

2.0537

1.5835

1.9614

1.6600

2.2959

1.7022

1.8346

I 13

1.0451

1.1422 ' 1.1450

1.1290

1.0807 *

.9598 *

.5836

F-SUB-Q 1.7 6 51

1. 62 06

1 622 9

1. A4 91

1. 7115

1. 9 323

3.16 95

M-SUB-Q 14 *.9935

1.0730

1.0142

1.0726 *

.9117 *

.5866

1.8692

1.7358

1.8367

1.7420

2.0418

3.1535

r t

15 *

.8838 *

.7351 *

.7641 *

.6351

2.1010

2.5231

2.4295

2.9229

i i

l FQD / MQD (3-D) AT: 75% POWER 4 EFPD THIS IS LEVEL 1 OF 18 i

WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE i

H G

F E

D C

B A

l B*

.6481 *

.8820 *

.69B2 *.8265 *

.6548 *

.7093 *.6697 *

.5437 *

2.6937

1.9896

2.5087

2.1307

2.7074

2.5415

2.7090 ' 3.3387

9*

.8810 *

.7167 *

.8629 *

.6502 *.8453 *

.7867 *

.7956 *

.4860

1.9919

2.4409

2.0383

2.7082

2.1132

2.2968

2.2831

3.7L27 10 *.6979 *.8654 *.6372 *.8150 *.6834 *

.0646 *

.6894 *.5010

2.5098

2.0324

2.7539

2.1734

2.6084 ' 2.0944

2.6374 *

................................................................ 3.6245

I 11 *

.8270 *

.6514 *.8100 *

.6654 *

.8400 *

.7753 *

.7377 *-.41B9

j

2.1324

2.7031

2.1676

2.6646

2.1381 '.2.3412

2.4696

4.3342

I 12 *

.6548 *

.8455 *

.6834 *.0397 *

.5857 *

.7434 *

.6338

l

2.7073

2.1126 '. 2.6085 '.2.1389

3.0630

2.4419

2.6958

l 13 *

.7091 *

.7870 *

.8641 *

.7752 *

.7393 *

.6377 *.3815

F-SUB-Q

2.5423

2.2959

2.0955

2.3412

2.4552

2.8386

4.7404

M-SUB-Q 14 *

.6691 *

.7954 *

.6894

.7371 *

.6058 *

.3035 *

2.7115

2.2838

2.6376

2.4715

3.0002

4.7163

15 *.5436 *.4857 *.5008 *

.4186 *

3.3393

3.7345

3.6257

4.3367

i MCEI-0400-47 i

Page 114 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report i

2 1rable 2 (cont.)

l Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MOD (3-D} AT: 50% PDWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: 18 = TOP DP CORE AND 1. BOTTOM OF CORE 6

H G

F E

D C

B A

B*

.4531 *

.8943 *

.8504

1.0161 *

.8826 *

.9434 *.8696

7004

l

2.2737 '.1.7903

2.0946

1.7383

1.9919

1.8769

1.9885

2.5096

l l

9*

.8933 *

.0360

1.0189 *

.8518

1.0375

1.0134 *.9905

6646

1.7547

1.7901

2.6489

1.7923

2.0924

1.7479

2.0742

1.7077 10 *

.8500

1.0219 *

.8118 *

.9693 *

.8522

1.0168 *

.8607 *.6624 *

2.0955

1.7429

2.1813 '.1.8347

2.0898

1.7630

2.0784

2.6780

i 11

1.0173 *

.8534 *

.9719 *

.0086 *

.8740 *

.8782 *

.8470 *

.5560

l

1.7397

2.0703

1.8298

2.1636

1.8306

1.9633

2.1359

3.2225

I 12 *

.8827

1.0378 *.8522 *

.8737 *.4007 *

.7119 *

.7314 '

1.9918

1.7071

2.0898

1.8313

2.4367

2.0962

2.1461

13 *

.9431

1.0138

1.0162 *

.8782 .7081 *.6750 *.4545 ' F-SUB-Q

2.1076

2.3140 3.5887

M-SUB-Q

1.8775 '.1.7540

1.7639

1.9634.....................................................'.........

l 14 *

.8888 *

.9903 *

.6607 *

.8464 *

.6991 *

.4568 *

1.9903

1.7906

2.0785

2.1376

2.3884

3.5705 *

....,.....................,......e......e..............

15 *

.7003 *

.6643 *

.6622 *

.5557 2.5101

2.6501

2.6789

3.2244

t i

FQD / MOD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 17 OF 1B WE EP.E:

18 s 70P CF CORE AND 1 - BOTTOM OF CORE i

H G

F E

D C

B A

8*

.6576

1.2564

1.172E

1.3785

1.1842

1.3666

1.2937

1.1150 *

2.1320

1.6638

1.9344

1.6224

1.8659

1.6238

1.7128

1.9754 *

)

9

1.2550

1.1629

1.3910

1.1475

1.4288

1.4533

1.3384 *

.9808 '

1.6657

1.9345

1.6271

1.9433

1.5633

1.5367

1.6656

2.2520

i 10

1.1722

1.3951

1.0979

1.3985

1.1664

1.3678

1.2543 *

.9973

1.9353

1.6224 ' 2.0401

1.6097

1.9336 ' 1.6600

1.7963

2.2360

11

1.3774

1.1496

1.4022

1.C938

1.2007

1.2937

1.2435 *-.8319

1.6237

1.9396

1.6054

2.0522

1.7335

1.7098

1.8516

2.7197

12

1.1843

1.4292

1.1684

1.2002 *

.5921

1.0983

1.1166

1.8658

1.5628

1.9337

1.7341

2.2542

1.7908

1.0118

13

1.3661

1.4538

1.3671

1.2937

1.0923

1.0477 *.6992

F-SUB-Q 1.6243

1.5361

1.6609

1.7099

1.8005

1.9430

3.0108 ' M-SUB-Q 14

1.2925 ' 1.3380

1.2543

1.2425

1.0674 *

.7028

1.7144

1.6661

1.7964

1.8531

2.0164 ' 2.9956

15

1.1148 *.9804 *

.9970 *

.8314

j 1.9758

2.2530

2.2367

2.7213

j i

O

..-,,, ~

,-c

l I

i l

MCEI-0400-47 Page 115 of 153 McGuire 2 Cycle 9 Core Operating Limits Report i

1 Fable 2 (cent.)

Core Operating Limits Report l

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FOD / MOD 13-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 16 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

........................................................................e 8

1.0763

1.5382

1.3122 ' 1.5562

1.2857

1.5394

1.4776

1.3301 '

2.1754

1.6516

1.9687

1.6166

1.9147

1.6044

1.6659

1.8379

9*

1.5365

1.3212

1.5067

1.2546

1.6278 ' 1.6489

1.5557

1.1289

1.6535

1.9681

1.6177

1.9916

1.5376

1.5110

1.5968

2.1761

10

1.3117

1.5913

1.2102

1.6032 ' 1.3073

1.5930

1.4514

1.1537

1.9696

1.6130

2.0816

1.5851

1.9556

1.6061

1.7370

2.1564

11

1.5549

1.2569

1.6074

1.2247

1.4712

1.5333

1.4953 *

.9657

1.6179

1.9878

6643

1.7441

2.6306 *

................... 1.5809

2.1073

1.7060

1 12 ' 1.2857

1.6283

1.3073

1.4707

1.0050

1.4213

1.3441 *

1.9146

1.5371 '. 1.9656

1.7066

2.2503

1.6951

1.7446

13

1. 5 3 8 9

1. 64 95

1. 592 2

1. 53 3 3 ' 1. 413 6

1. 2 0 B 3 *

.8371

F-SUB-Q j

1. 6 04 9

1. 5104

1. 6 0 6 9 '.1. 6 6 4 3

1.7 04 3

1. 8 57 3

2. 913 9

M-SUB-Q l

14

1.4762

1.5553

1.4514

1.4941

1.2848 *

.8414 *

1.6675

1.5972

1.7371 1.7454

1.9416

2.8992

15

1.3298

1.1284

1.1533 *.9652 *

1.8383

2.1771

2.1571

2.6322

l FQD / MQD (3-D) AT: 50% PCWER 4 EFFD THIS IS LEVEL 15 OF 18 l

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.2111

1.6709

1.3693

1.6325

1.3207

1.6138

1.5649

1.4366 *

2.2122

1.7174

2.0088

1.6857

1.9525

1.6566

1.6974

1.8327

9

1.6690 ' 1.3906

1.6765

1.2939

1.7197

1.7394

1.6691 ' 1.1989 *

1.7193

2.0031

1.6862

2.0344

1.5849

1.5530

1.6094 '. 2.2121

1.6814 ' 1.2572

1.6982 ' 1.3698

1.7143 + 1.5555

1.2277

i 10

1.3687 l

2.0097

1.6812

2.1188

1.6408

1.9743

1.6294

1.7602

2.1946

11

1.6312

1.2963

1.7028

1.2845

1.6107

1.6652

1.6370

1.0316 '

1. 6871 + 2. 0 3 0 6

1. 63 6 4

2.13 B 8

1. 74 8 4

1. 6 9 4 5

1. 7 414

2. 6 819

12

1. 32 0 8

1.7 2 02

1 3 6 9 B

1. 6101

1.1519

1. 6 0 0 8

1. 4 7 0 0 *

1.9524

1.5843

1.9743

1.7491

2.2375

1.7002

1.7708

i 13

1.6133

1.7400

1.7134

1.6652

1.5922

1.4267 *

.9142

F-SUB-Q

1. 6571

1. 5 52 4

1. 6 3 0 3

1. 6 94 5

1. 7 0 9 4

1. 8101

2. 972 5

M-SUB-Q 14

1 5635

1.66S6

1.5555

1.6357

1.4052 *.9189 *

1.6990

1.6098

1.7602

1.7428 '. 2.9708

2.9575

15

1.4363

1.1984

1.2273 ' 1.0310 *

1.8330

2.^131

2.1953

2.6835 *

...............e..........e l

?

i 6

m,

.m,,

.y,,y,

,-+

i

.i i

i MCEl-0400-47 l

Page 116 of 153 l

McGuire 2 Cycle 9 Core Operanng Limits Report I

l Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MRD f3-D) AT: 50% POKER 4 EFPD THIS IS LEVEL 14 OF 18 WHERE: IB = TOP OF CORE AND 1 e BOTTOM OF CORE H

G F

E D

C B

A 8 ' 1.2513 ' 2.7229

1.3873

1.6600

1.3301

1.6453

1.6047

1.4864

2.3738

1.8616

2.1661

1.8426

2.0934

1.7916 ' 1.8237

1.9457

9

1.7209

1.4144

1.7114

1.3045

1.75B2

1.7798

1.7238

1.2296

1.8637

2.1360

1.8514

2.1924

1.7118

1.6715

1.7146

2.3694

10

1.3867

1.7164

1.2736

1.7388

1.3952 ' 1.7746

1.6087

1.2611

2.1670

1.8460

2.2650

1.7621

2.0974

1.7323

1.6667

2.3372

11

1.6587

1.3070 ' 1.7434

1.3065

1.6753 ' 1.7329

1.7116

1.0617

1.8441

2.1882

1.7774

2.2645

1.8657

1.7957 ' 1.8208

2.8452

1.2078

1.6924

1.5340

12

1.3302

1.7588

1.3952

1.6747 2.0933

1.7112

2.0974

1.8664

2.3574

1.8008

1.8828

13

1.6448

1.7805

1.7737

1.7328

1.6832

1.4991 *

.9540

F-SUB-Q

1. 7 92 2

1. 67 0 8

1. 7 33 2 ' 1. 7 9 57

1. 8107

1. 8 8 85

3.1819

M-EUB-O 14

1.6032

1.7233

1.6086

1.7102

1.4663 *

.9588

1.8254

1.7151

1.8668

1.8222

2.0954

3.1658

i 15

1.4B61

1.2291

1.2607

1.0611

l 1.9461

2.3705

2.3379

2.8468

FQD / MQD (3-D) AT: 50% POWER 4 EFFD THIS IS LEVEL 13 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8

1.2572 ' 1.7345 ' 1.3846

1.6621

1.3251

1.6527

1.6175

1.5049 *

............................................................ 2

2.1097

2.6806

2.0735

2.4022

2.0598

2.3315

1.9750

1.992 9

1.7326

1.4140

1.7167 ' 1.2996

1.7679

1.7919

1.7443

1.2382 *

2.0758

2.362B

2.0726

2.4523

1.8979

1.8422

1.8690

2.5864

10

1.3840

1.7217

1.2712

1.7495 ' 1.3992

1.7986

1.6302

1.2714 *

2.4032

2.0666

2.5520

1.9839

2.3231

1.9064

2.0449

2.5630

11

1.6607

1.3021

1.7542

1.3113

1.6992

1.7615

1.7450

1 0710 *

2.0614

2.4477

1.9786

2.4826

2.0496

1.9559

1.9638

3.1213

12

1.3252

1.76L5

1.3992

1 69B6

1.2269

1.7338

1.5598 '

2.3314 '. 1.8973

2.3232

2.0503

2.6191

1.9761

2.0638

13

1.6522

1.7926

1.7976 ' 1.7615

1.7244

1.5307 *

.9697

F-SUB-Q

'.1. 97 5 6

1. 8 415

1. 9 074

1. 95 6 0

1. 9 8 6 9

2. 06 6 3

3. 510 3

M-SUB-0 14

1.6160 ' 1.7438

1.6302

1.7437

1.4910 *

.9746

3.4925 *

1.9940

1 8696 '. 2.0450

1.9653

2.2968

j 15

1.5046

1.2377

1.2710

1.0703 *

2.1101 '. 2.5876

2.5638

3.1231 *

- ~ - - -

r

~.-

q MCEI-0400-67 Page 117 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

Core Operating Limits Report l

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 12 OF 18 l

WHERE: 18 = TOP CF CORF AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

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

B

1.2462

1.7241

1.3690

1.64B2

1.3095

1.6433

1.6123

1.5040

3.0618

2.3539

2.7576

2.3093 ' 2.6180

2.1950

2.2046

2.3201

9

1.7222

1.3991

1.7040

1.2840

1.7590

1.7848

1.7429

1.2325

2.3566 ' 2.7110

2.3354

2.7664

2.1112

2.0432

2.0596

2.8488

10

1.3604

1.7090

1.2588

1.7414

1.3886

1.7909

1.6304

1.2662

2.7588 + 2.3286

2.8844

2.2163

2.6093

2.1022

2.2476

2.8136

11

1.6469

1.2864

1.7461

1.3011

1.6985 + 1.7646

1.7519

1.0604

2.3112

2.7612

2.2104

2.8266

2.2934

2.1814

2.1824

3.4365

12

1.3095

1.7596

1.3885

1.6979

1.2260

1.7447

1.5610

2.6179

2.1105

2.6094

2.2942

2.9414

2.1876

2.2948 '

13

1.6428

1.7855

1.7979

1.7646

1.7353

1.5362 *.9693

F-SUB-Q 2.1057

2.0424

2.103$

2.1615

2.1995

2.3059

3.9048

M-SUB-Q

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

.e.e...

I 14

1.6100

1.7424

1.6303

1.7506

1.4921 *

.9743

2.2067

2.0602

2.2477

2.1841

2.5539

3.BS50

15

1.5037

1.2319

1.265B

1.0658

2.3206

2.8501

2.0144

3.4385

FQD / MQD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 11 OF 18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE 5

H G

F E

D C

B A

8

1.2249

1.6997 + 1.3442

1.6229

1.2052

1.6210

1.5935

1.4896

3.4822

2.6780

3.1654

2.5940

2.9538

2.4550

2.4553

2.5626

9

1.6978

1.3742

1.6787

1.2600

1.7366

1.7632

1.7250 ' 1.2161

i 2.6810

3.1038

2.6415

3.1346

2.3539

2.2758

2.2870

3.1622

10

1.3436

1.6836

1.2365

1.7197

1.3671

1.7824

1.6149

1.2497

l 3.1666

2.6338

3.2840

2.4834

2.9277

2.3218 ' 2.4774

3.0973

11

1.6216

1.2623

1.7242

1.2799

1.6812 ' 1.7498

1.7402 *~1.0519 '

2.5961

3.1287

2.4768

3.2789

2.6273

2.4894 ' 2.3906

3.7618

12

1.2852

1.7372

1.3671

1.6S07 ' 1.2121

1.7355

1.5450 *

2.9537

2.3531

2.9277

2.6282

3.3927

2.4834

2.6134

13

1.6205

1.7638

1.7815

1.7498 ' 1.7261

1.5238 *

.9579 ' F-SUB-Q 2.4557

2.274 9

2.3231

2.4 B95

2.4969

2.63BB

4.4 470

M-SUB-Q i

14

1.5920

1.7253 ' 1.6148

1.7389

1.4769 *.9628

i 2.4576

2.2876

2.4775

2.3924

2.9085

4.4245

I 15

1.4893

1.2156

1.2493

1.0513 '

2.5631

3.1637

3.09B3

3.7640

e.

I i

l

MCEI-0400-47 i

Page 118 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Tabb 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q VLlues (F-sub-Q OP Margin) - Power Escalation FQD / MOD (3-D) AT: 50% POWER 4 EFFD THIS IS LEVEL 10 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOMOM OF CORE H

G P

E D

C B

A 8

1.1961

1.6651

1.3120

1.5882

1.2535 = 1.5800

1.5637

1.4645 *

3.68k2

2.7136

3.3582

2.7569

3.3203

2.7092

2.7047

2.8057

9

1.6633

1.3417

1.6438

1.2290

1.7033

1.7298

1.6965

1.1914 *

2.7167

3.2861

2.7444 '.3.4682

2 5620

2.5240

2.5174

3.4692

g 10

1.3115

1.6486

1.2071

1.6872

1.3370

1.7531

1.5872

1.2242 *

3.3597

2.7364

3.6005

2.6756

3.3231

2.5885

2.7533

3.4302

11

1.5870 ' 1.2313

1.6917

1.2506

1.6516

1.7213

1.7146

1.0296 *

~

2.7591

3.4617

2.6665

3.5476

2.7730

2.6765

2.6507

4.1756

12

1.2536 ' 1.7039

1.3370

1.6510

1.1686 ' 1.7116

1.5165 *

3.3202

2.5612

3.3232

2.7740

3.7805

2.7047

2.8778 *

[

13

1.5875

1.7304

1.7521

1.7213 ' 1.7023

1.4983 *

.9303

F-SUB-Q

2.7101..'.2.5230

2.5899

2.6765

2.7194

3.0326

4.9619

M-SUB-Q 14

1.5623

1.6960

1.5872

1.7132 + 1.4496 *

.9431 *

2.7073

2.5183

2.7535

2.6528

3.2028

4.9368

15

1.4642

1.1909

1.2238

1,0290 '

2.8062

3.4708

3.4312

4.1780

FCD / M2D (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 9OF18 WHERE: 18 = TOP OF CORE AND 1 = BO MOM CF CORE H

G F

E D

C B

A 6

1.1615

1.6225

1.2739

1.5459 ' 3.2156

1.5460

1.5247

1.4306 *

3.8117

2.7400

3.3531

2.6313

3.2497

2.5825

2.6151

2.7699

9

1.6207

1.3031

1.6009

1.1922

1.6600

1.6865

1.6569

1.1598 *

2.7431

3.3963

2.6350 '. 3.3899

2.4458

2.4082

2.4365

3.4361

10

1.2734

1.6056

1.1720

1.6458

1.2997

1.7131

1.5497

1.1914 *

3.3546

2.6273

3.5067

2.5491 '.3.2685

2.4646

2.6974

3.4348

11

1.5446

1.1944 ' 1.6502

1.2146

1.6120

1.6818

1.6777

1.0011 *

2.6334

3.3835

2.5423

3.6615

2.8009

2.7029

2.6500

4.2476

l 12

1.2157

1.6614

1.2997

1.6114

1.1577 ' 1.6761

1.4780

l 3.2496

2.4450

3.2685

2.8019

3.9039

2.7253

2.9133

13

1.5456

1.6871

1.7121 ' 1.6818

1.6670

1.4627 *

.9126

F-SUB-Q l

2.5833

2.4072

2.4859

2.7029

2.7401 + 3.1272

5.0317

M-SUB-Q 14

1.5233

1.6564

1.5496

1.6764

1.4128 *

.9172 *

2.6175

2.4372

2.6975

2.6521

3.2423

5.0062

15

1.4303

1.1593

1.1910

1.0005 *

2.7704

3.4377

3.4359

4.2501

l i

l l

4 1

I i

l MCEI-0400-47 Page 119 of 153 j

McGuire 2 Cycle 9 Core Operating Limits Report 1rable 2 (cont.)

Core Operating Limits Report

)

F-sub.Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation F0D / MOD (3-D) AT: 50% POWER-4 EFPD THIS IS LEVEL 8OF18 i

WHERE: 10 = TOP OF CORE AND 1 = BOTTOM OF CORE

]

H G

F E

D C

B A

8

1.1223

1.5732

1.2309

1.4969

1.1723

1.4962

1.4775

1.3887

3.8383

2.7244

3.2581

2.5535

3.1533

2.5007

2.5134

2.6329

9

1.5715

1.2594

1.5514

1.1504

1.6104

1.6345

1.6083

1.1220 *

2.7274

3.3497

2.5520

3.2982

2.3735

2.3371

2.3434

3.2784 *

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

10

1.2303

1.5559

1.1320

1.5966

1.2562

1.6637

1.5034

1.1522

i 3.2596

2.5445

3.4100

2.4705

3.1864

2.4123

2.6127

3.2935

l t

I 11

1.4957

1.1526

1.6009

1.1729

1.5639

1.6327

1.6309 *

.9672

2.5555

3.2920

2.4639

3.5724

2.7657

2.6667

2.5750

4.0922

l

~

12

1.1724

1.6109

1.2562

1.5633

1.'206

1.6306

1.4311

3.1531

2.3728

3.1864

2.7667

3.9009

2.6970

2.8557

i 1

13

1.4957

1.6351

1.6628

1.6327

1.6217

1.4185 *

.8816

F-SUB-Q 2.5015

2.3362

2.4136

2.6668

2.7117

3.0831

4.9066

M-SUB-Q l

l 14 ' 1.4761

1.6078

1.5033

1.6296

1.3679 *

.8861

i

2.5157

2.3441

2.6128

2.5770

3.1781

4.8837

15

1.3884

1.1215

1.1518 *

.9666 *

2.6335

3.2799

3.2946

4.0946

F0D / MOD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 7 OF 18 WHERE: IB = TCP CF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A 8

1.0792

1.5184

1.1837

1.4421

1.1244

1.4389

1.4222

1.3389 *

3.5946

2.5539

3.0188

2.3613

2.9343 *'2.3260

2.3407

2.4529

i 9

1.5166

1.2116

1.4962

1.1045

1.5525

1.5742

1.5508

1.0782 *

2.5568

3.1097

2.3622

3.0559

2.1995.*. 2.1701

2.1797

3.0658

10

1.1832 ' 1.5005

1.0880

1.5406

1.2072

1.6055

1.4487

1.1068 *

3.0201

2.3553

3.1542

2.2896

2.9591..*. 2.2407

2.4289

3.0795

11

1.4410

1.1066

1.5447

1.1263

1.5079

1.5747

1.5747 *-.9282 *

2.3631

3.0502

2.2835

3.3214

2.6138

2.5255

2.3896

3.8275

12

1.1244

1.5530

1.2071

1.5073

1.0777

1.5756

1.3763 *

2.9342

2.1978

2.9591 '. 2.6147

3.6876 '. 2.5489

2.7168 *

.8459

F-SUB-O 13

1.4385

1.5748

1.6047

1.5747

1.5670

1.3E6: *

2.3267

2.1693

2.2419

2.5254

2.5628

2.9244

4.6823

M-SUB-Q 14

1.4209

1.5503

1.4486

1.5735

1.3156 *

.8502 *

2.3429

2.1803

2.4290

2.3915

3.0236

4.6586

15

1.3386

1.0777 1.1055 *

.9277 '

2.4534

3.0672

3.0805

3.8297 *

=

i I

)

MCEI-0400-47 Page 120 of 153 McGuire 2 Cycle 9 Core Operating Limits Report l

f Table 2 (cont.)

i Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation i

i FQD / MOD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 6 OF 18 WHERE: 18 = TOP CF CORE AND 1 = BOT 7DM OF CORE H

G F

E D

C B

A I

6

1.0330

1.4584

1.1331

1.3821

1.0723

1.3742

1.3584

1.2801 *

3.3054

2.3434

2.8147

2.2100

2.7712

2.1980

2.2104

2.3279

9

1.4567

1.1605

1.4357

1.0550

1.4875

1.5056

1.4836

1.0278 *

2.3460

2.8715

2.1992

2.8703

2.0649

2.0468

2.0621

2.9182

10

1.1326

1.4399

1.0403

1.4780

1.1530

1.5380

1.3849

1.0550

y

...... 9

2.1928

2 9525

2.1375

2.7814

2.1059

2.2932

2.9263 *

2.615 t

11

1.3810

1.0570

1.4819

1.0753

1.4440

1.5074

1.5081 *.8838

i 2.2118

2.8649

2.1318

3.1118

2.4296

2.3441

2.2444

3.6326 *

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

I 12

1.0724

1.4B80

1.1530

1.4434

1.0290

1,5103

1.3133

2.7711 + 2.0642

2.7815 + 2.4304

3.4486

2.3870

2.5496

13

1.3738

1.5061

1.5372

1.5074

1.5022 + 1.3058 *.0053

F-SUB-Q 2.19 9 5

2. 04 6 0

2.1071

2.3 4 41

2. 4 00 0

2. 7 4 9 9

4. 4181

M-SUB-Q 14

1. 3 571

1. 4 832 + 1. 3 84 9

1. 506 9

1.2 5 53 *

.8094

2.2205

2.0627

2.2933

2.2462

2.8375

4.3957

l 15

1.2798

1.0273

1.0547 *

.8833

2.3263

2.9196

2.9272

3.6347

FQD / MOD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 5 OF 18 WHERE: 18 = TC P OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.9836

1.3928

1.0796

1.3165

1.0167

1.3012

1.2842

1.2095

j 3.0701

2.1515

2.6564

2.1009

2.6599

2.1184

2.1469

2.2600

9

1.3912

1.1063

1.3694

1.0023

1.4142

1.4273

1.4042 *.9692

2.1539

2.6525

2.0764

2.7363 + 1.9729

1.9664

1.9920

2.8379 +

i 10

1.0791 1.3734 *

.9889

1.4000

1.0938

1.4590

1.3100 *

.9955

j 2.6575

2.0704

2.8046

2.0258

2.6516

2.0139

2.2067

2.8356

i l

11

1.3154 + 1.0042

1.4117

1.0202

1.3708

1.4291

1.4281 *..8328

2.1026

2.7312

2.0204

2.9185

2.2606

2.1873 + 2.1443

3.5104

12

1.0167 + 1.4147 + 1.0938

1.3703 *

.9736

1.4322

1.2402

2.6598

1.9722

2.6516 + 2.2614

3.2584

2.2379

2.3904

13

1.3007

1.4278

1.4582

1.4291

1.4245

1.2353 *

.75B7

F-SUB-Q 2.1191

1.9657

2.0150

2.1873

2.2501

2.5818

4.1599

M-SUB-Q 14

1.2030

1.4038

1.3100

1.4270

1.1655 *.7625

2.1490

1.9926

2.2068

2.1459

2.6603

4.1389

15

1.2093 *

.9688 *

.9952 *

.8323

2.2604

2.8392

2.8365

3.5124

b l

a.

.s, n~,

I MCEl-0400-47 Page 121 of 153 McGuire 2 Cycle 9 Core Operating Limits R.eport i

1Eable 2 (cont)

Core Operr. ting Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / M2D 13-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 4 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.9299

1.3174 + 1.0219

1.2420 *

.9571

1.2168

1.1950

1.1204

2.6811

2.0509

2.5291

2.0394

2.6032 ' 2.0920

2.1372

2.2662

l 9

1.3159

1.0477

1.2934 *

.9458

1.3287

1.3354

1.3061 *

.8986

2.0532

2.5085

1.9983

2.6568

1.9293

1.9365 *. 1.9815

2.8418

I 10

1.0214

1.2972 *

.9324

1.3267

1.0283

1.3628

1.2192 *

.9248

2.5302

1.9925

2.7149 ' 1.9598

2.5692

1.9731

2.1807

2.8222

i 11

1.24'10 *

.9476 ' 2.3302 *

.9606

1.2840

1.3352 ' 1.3277 *

.7722 *

~

2.0410

2.6518

1.9546

2.7782

2.1850

2.1163

2.0963

3.4800 *

+

(

l 12 *.9571

l'3291

1.0283 ' 1.2836 *

.9094

1.3345

1.1525

I 2.6031

1.9286 2.5692

2.1857

3.0962

2.1583

2.3369

f 13

1.2165

1.3359

1.3621

1.3352

1.3273

1.1503 *

.7035

F-SUB-Q I

2.0927

1.9358

1.9742

2.1163

2.1701

2.4955

4.0627

M-sUB-Q 14

1.1939

1.3057

1.2192

1.3267 ' 1.1017 *

.7071

2.1392

1.9820

2.1808

2.0979

2.6000

4.0421

15

1.1202 *

.8982 *

.9245 *

.7717

2.2666

2.8431

2.8231 ' 3.4820

FQD / MOD (3-D) AT: 50% POWER 4 EFPD THIS IS LEVEL 3OFIB WHERE: 18. TCP OF CORE AND 1 = BOTTOM CF CORE H

C F

E D

.C B

A 8*

.8665

1.2186 *.9533

1.1470 *.8896 ' 1.1118

1.0002 *

.9979

2.8214

2.0015

2.4901

2.0529

2.6212

2.1472

2.2230

2.3985

1 l

9

1.2172 *

.9777

1.1948 *.8805

1.2178

1.2186 ' 1.1754 *

.806!

2.0037

2.4487

1.9930

2.6554 ' 1.9622

1.9842

2.0667

2.9804

I

(

10 *

.9528

1.1983 *

.8654

1.2207 *

.9509

1.2355

1.1015 *

.8342

l

2. 4 912

1. 9 672 * ~.710 6

1. 9 6 81

2. 554 9

2. 015 8

2. 2 503 ' 2. 9 3 4 2

I 11

1.1461 *

.8822

1.2240 *.8925

1,1723

1.2136

1.1907 *

.6943

l 2.0546

2.6504

1.9628

2.7361

2.1703

2.1215

2.157

............................................................ 1

3.6035

I 12 *.8896

1.2182 *.9500

1.1719 *.8313

1.2016

1.0389 *

2.6211

1.9615

2.5550

2.1711

3.1219

2.1984

2.3628

13

1.1115

1.2191

1.2348

1.2136 ' 1.1951

1.0394 *

.6333

F-SUB-Q

2.1479

1.9835

2.0169

2.1215

2.2104

2.'5360

4.1354

M-SUB-Q 14

1.0792

1.1750

1.1015

1.1898 *.9931 *

.6365 *

2.2251

2.0672

2.2504

2.1588

2.6296

4.1144

15 *

.9977 *

.0066 *.8334 *.6939 *

2.3990

2.9818

2.9351

3.6056

4 l

l

m..

, _ ~

- ~,,

I i

hiCEI-0400-47 Page 122 of l53 McGuire 2 Cycle 9 Core Operating Limits Report j

1 Fable 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation I

FQD / MOD 13-D) AT: 50% POWER 4 EFFD THIS IS LEVEL 2 OF 18

]

l WHERE: IS = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A j

B*

.7730

1.0603 *

.8402 *

.9)EL *

.7939 *

.9538 *

.9112 *

.0091

i

2.9320

2.1522

2.6319

2.2352

2.8041

2.3902

2.5203

2.8334

t 9

1.0591 *

.8699

1.0389

7652

1.0479

1.0433 *

.9845 *

.6726 *

2.1547

2.5873

2.1617

2.8309

2.1671

2.2071 '.2.3542

3.4229

10 *

.8478

1.0419 *

.7681

1.0525 *

.8395 ' 1.0478 *

.9295 *

.6987 *

2.633 0

2.1554

2.8949

2.157 0

2.7300

r.2459

2.5322

3.3418

11 *

.9977 *

.7666

1.0553 *

.7971

1.0087

1.0324 *

.9834 *

.5798

i

2.2400

2.0256

2.1513

2.EB25

2.3619

2.3446

2.4571.*.4.0937

12 *.7939

1.0482 *

.8395

1.0083

7237 *

.9994 *

.8704 *

2.8040

2.1664

2.7301

2.3628

3.3146

2.4519

2.6466

l 13 *

.9535

1.0437

1.0472

1.0324 *

.9940 *

.8729 *

.5296

F-SUB-Q

2. 3 910

2. 2 0 6 3

2. 2 4 71

2. 3 4 4 6

2. 4713

2. 814 0

4. 62 9 8

M-SUB-Q 14 *

.9103 *

.9842 *

.9295 *

.9826 *.8320 *.5323

i

2.5227

2.3548

2.5323

2.4590

2.9455

4.6063

a 15 *

.8090 *

.6723 *

.6985 *

.5794 *

2.8339

3.4245

3.3429

4.0961

FQD / MOD (3-0) AT: 50% PDWER 4 EFPD THIS IS LEVEL 1 OF IB WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A j

8*

.5738

7836 *

.6199 *

.7398 *

.5669 *

.6430 *

.6094 *

.4940 *

'. 3.8099

2.7934

3.4824 '.2.9268

3.6962

3.4501

3.6563

4.5158

j 9*

.7627 *.635s *

.7681 *

.5796 *

.7610

7138 *

-.7242 *

.4414 *

2.7965

3.4110

2.8232

3.7288

2.0931

3.1312

3.1025

5.0739

10 *

.6196 *

.7703 *

.5665

7302 *

.6140 *

.7847 *

.6272 *

.4548 *

3.4839

2.8150

3.8116

3.0068

3.6144

2.8928

3.6336

4.9851 *

.6706 *..3795

l 11 *

.7392 *

.5807 *

.7321 *

.5955 *

.7577 *

.7037

2.9291

3.7218

2.9988

3.7271

3.0177

3.3037

3.4677

6.0519

12 *

.5S69 *

.7612 *

.6140 *

.7574 *

.5274 *

.6735 *

.5744

1

3.6961

2.8901

3.6145

3.0188

4.3810

3.5016

3.8661

l

..........................n.....................................

.3439

F-SUB-Q l

13 *

.6428 *

.7141 *

.7043 *

.7037 *

.6699 *

.5761 3.4512

3.1300

2.8943

3.3038

3.5207

4.1005

6.8657

M-SUB-Q l

14 *

.6088 *

.7239 *

.6272 *

.6701 *

.5490 *

.3457

3.6698

3.1034

3.6337

3.4704

4.3027

6.8309

15 *

.4939 *

.4412 *

.4546 *

.3793

4.5167

5.0762

4.9866

6.0554 *

)

I i

MCEI-0400-47 Page 123 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1 Cable 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MQD (3-0) AT: 30% POWER 4 EFPD THIS IS LEVEL 18 OF 18 WHERE: I B = TOP OF CORE AND 1 = BOT"'OM OF CORE t

H G

F E

D C

B A

8*

.4698 *

.9501 *

.8957

1.0900 *

.9438

1.0374 *

.9819 *

.7640 '

2.2737 ' 1.7903

2.0946

1.7383 ' 1.9919

1.8769

1.9885

2.5096

9*

.9490 *

.8788

1.0858 *

.9005

1.1294

1.1184

1.0930 '

.7195 *

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

6489

1.7923

2.0924

1.7479

2.0742

1.7077

1.7547

1.7901

2 10 *

.8953

1.0690 *

.8541

1.0442 *

.9144

1.1213 *

.9476 *

.7152 *

2.0955

1.7429

2.1813

1.8347

2.0898

1.7630

2.0764

2.6780

I 11

1.0691 *

.9022

1.0470 *

.8596 *

.9477 *

.9676 *

.9307 *

.5953 *

~

i

1.7397

2.0703

1.8298

2.1636 '. 1.8306

1.9633 '. 2.1359

3.2225

r 12 *

.9439

1.1297 *

.9144 *.9474 *

.4265 *

.7799 *

.7892 *

1.9918

1.7071

2.0898

1.0313

7.4367

2.0962

2.1461

l 13

1.0371

1.1188

1.1207 *

.9676 *

.7757

7285 *

.4812

F-SUB-Q

1.8775.*.1.7540 '.1.7639

1.9634

2.1076 '.2.3140

3.5887

M-SUB-Q 14 *

.9809

1.0927 *

.9475 *.9300 *

.7544 *

.4837 *

1.9903

1.7906

2.0785 '.2.1376

2.3884

3.5705 *

[

15 *

.7638 *

.7191 *.7150 *

.5949

i

'. 2.5101

2.6501..*.2.6769

3.2244

i l

FQD / MOD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 17 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE I

H G

F E

D C

B A

B*

.6755

1.3194

1.2234

1.4589

1.2535

1.4909

1.4178

1.2115 *

2.1320

1.6638

1.9344

1.6224

1.8659

1.6238 '. 1.7128

1.9754

9 ' 1.3179

1.2107 ' 1.4651

1.2012

1.5383

1.5912

1.4612

1.0567 *

1.6657

1.9345

1.6271

1.9433

1.5633

1.5367

1.6656

2.2520

10

1.2229

1.4693

1.1436

1.4929

1.2422

1.4905

1.3717

1.0724 *

1.9353

1.6224

2.0401

1.6097

1.9336

1.6600

1.7963

2.2360

11

1.4577

1.2035

1.4969

1.1514

1.2878

1.4155

1.3563 *-.8875 *

1.6237

1.9396

1.6054

2.0522

1.7335

1.7098

1.8516

2.7197

12 ' 1.2536

1.536B

1.2422

1.2874 *.6257 ' 1.1947

1.1997 *

1.8658

1.5628

1.9337

1.7341

2.2542 '.1.7908

1.0118

i

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

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

l 13

1.4904

1.5918

1.4897

1.4155

1.1882

1.1252 *

.7379 ' F-SUB-Q l

1.6243

1.5361

1.6609

1.7099

1.8005

1.9430

3.0108

M-SUB-Q 14

1.4164

1.4608

1.3717 ' 2 3552

1.1466

.7417

1.7144

1.6661

1.7964

1.8531

2.0164

2.9956

15

1.2112

1.0562

1.0720 *.8870

1.9758

2.2530

2.2367

2.7213

l

q 2

4 MCEl-0400-47 l

Page 124 of 153

{

McGuire 2 Cycle 9 Core Operating Limits Report 1rable 2 (cont)

(

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation l

FQD / MOD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 16 OF 18 WHERE: 18 s TOP OF CORE AND 1 : BOTTOM OF CORE H

0 F

E D

C B

A 8

1.0998

1.6001

1.3550

1.6311

1.3467

1.6633

1.6051

1.4358

l

2.1754

1.6516

1.96B7

1.6166

1.9147

1.6044

1.6659

1.8379

l t

i 9

1.5983

1.3616

1.6553

1.3001

1.7366

1.7883

1.6850

1.2082 *

1.6535

1.9681

1.6177

1.9916

1.5376

1.5110

1.5968

2.1761 i

10

1.3544

1.6602

1.2480

1.6958

1.3766

1.7213

1.5743

1.2326 *

1.9696

1.6130

2.0816

1.5851

1.9556

1.6061

1.7370

2.1564

1 l

11

1.6298

1.3026

1.7003

1.2769

1.5653

1.6631

1.6194

1.0244 *

~

1.6179

1.9678

1.5809

2.1073

1.7060

1.6643

1.7441

2.6306

12

1.3468

1.7372

1.3766

1.5647

1.0574

1.5343

1,4348 *

1.9146

1.5371

1.9556

1.7066

2.2503

1.6951

1.7446

13

1.6628

1.7889

1.7204

1.6630

1.5260

1.3742 *

.8787

F-SUB-Q

1.6049

1.5104

1.6069

1.6643

1.7043

1.8573

2.9139

M-SUB-Q 14

1.6036

1.6845

1.5742

1.6181

1.3715 *

.8832 *

1.6675

1.5972

1.7371

1.7454

1.9416

2.8992

15

1.4355

1.2077

1.2322

1.0238 *

1.8303

2.1771

2.1571

2.6322

i FQD / M2D (3-D) AT: 30% POWER 4 EFFD THIS IS LEVEL 15 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE f

H G

F E

D C

B A

B

1. 2271

1. 7?17

1. 4 0 0 0

1. 6 9 4 3

1. 3 6 9 8

1. 72 6 0

1. 6 8 3 6

1. 5 3 0 0 *

2.2122

1.7174

2.0088

1.6857

1.9525

1.6566

1.6974

1.0327

9

1.719 8

1. 4191

1.732 0

1. 327 9

1. 817 0

1. E672

1.7 918

1.27 3 0

1.7193

2.0031

1.6862

2.0344

1.5849

1 5530

1.6094

2.2121 *

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

10

1.3994

1.7371

1.2842

1.7790

1.4288

1.8356

1.6718

1.3014

l 2.0097

1.6812

2.1188

1.6408

1.9743

1.6294

1.7602 + 2.1946

11

1.6930

1.3304

1.7837

1.3270

1.6993 *. 7892

1.7500

1.0865

l 1.6671

2.0306

1.6364

4.1288

1.7484

1.6945

1.7414

2.6819

I 12

1.3698

1.8175

1.42P5 ' 3.6987

1.2028

1.7137

1.5574

1.9524

1.5843 * *.8743

2.7491

2.2375

1.7002

1.7708

13

1.7255

1.8679

1.5346

3.7892

1.7044

1.5099 *.9534

F-SUB-Q

1. 6571

1. 552 4

1 63 0 3

1. 6 9 4 5

1.7 0 9 4

1. 8101

2. 97 2 5

M-SUB-Q 14

1. 6 820

1. 7 913

1. 671 B

1.7 567

1. 4 8 C7 *

.9583

1.6990

1.6098

1.7602

1.7428

1.9708

2.9575

15

1.5377

1.2724

1.3010

1.0859

I 1.8330

2.2131

2.1953

2.6835

t

MCEI-0400-47 Page 125 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report t

1 Fable 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation j

i FDD / MOD 13-D) AT: 304 POKER 4 EFPD THIS IS LEVEL 14 CF 18 i

WHERE: 10 z TCP OF CORE AND 1 = BDTTOM OF CORE H

G F

E D

C B

A 8

1.2565

1.7580

1.4046

1.7058

1.3661

1.7411

1.7086

1.5703

2.37 3 8

1. 8 616 + 2.1661

1. 842 6

2. 093 4

1.7 916

1. 0237

1. 9457

9

1.7560

1.4295

1.7506

1.3262

1.8390

1.8904

1.8325

1.2939

1.8637

2.1360

1.8514

2.1924

1.7110

1.6715

1.714E

2.3694 10

1.4040 ' 1.7 558

1. 2 889

1. 8 0 31

1. 4 416

1. B B 16

1.7119

1. 3 252

2.1670

1.6460 ' 2.2850

1.7821

2.0974

1.7323

1.8667

2.3372

11

1.7044

1.3287

1,8 079

1. 3 3 95

1.7514

1. 84 32

1. E2 08

1.1091

~

1.0441

2.1882

1.7774

2.264;

1.8657

1.7957 ' 1.8208

2.8452

12

1.3661

1.8396

1.4416

1.7507

1.2504

1.7948

1.6112

2.0933

1.7112

2.0974

1.8664

2.3574

148000

1.0828 =

l 13

1.7405

1.8911

1.8006

1.8432

1.7351

1.5727 *.9873

F-SUB-Q

1. 7 9 2 2

1. 67 0 8

1. 7 3 32 ' 1. 7 9 57

1. 0107

1. 88 8 5

3.1819

M-SUB-Q 14

1.7070

1.8320

1.7118

1.8194

1.5402 *

.9924 *

.... 254

1.7151

1.8668

1.8222

2.0954

3.1658

1.8 15

1.5760

1.2933

1 3248

1.1085 *

1.9461

2.3705

2.3379

2.8468

FQD / MOD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 13 OF 18 WHERE: 18 TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8 ' 1.2508

1.7521 ' 1.3882

1.6906

1.3477

1.7297

1.7035

1.5795

2.6806

2.0735

2.4022

2.0598

2.3315

1.9750

1.9922

2.1097 *

..,..,,,.......e.......,,.................

9

1.7501 ' 1.4153

1.7384

1.3086

1.8297

1.8821 ' 1.8350

1.2903

2.0758

2.3628

2.0726

2.4523

1.8979

1.8422

1.8690

2.5864

1 10

1.3876

1.7435 ' 1.2755

1.7954

1.4317

1.8870

1.7165

1.3232

2.4032

2.0666

2.5520

1.9839

2.3231

1.9064

2,0449

2.5630

11

1. 6 893

1. 3111

1. 0002 + 1. 3 3 04

1.7590

1.853 6

1. 8373 * - 1.1087

2.0614

2.4477

1.9786

2.4826

2.0496

1.9559

1.9638

3.1213

12

1.3478

1.8303

1.4317

1.7584

1.2587

1.8199

1.6229

2.3314

1.8973

2.3232

2.0503

2.6191

1.9761

2.0638

13

1.7292

1.8828

1.8860 ' 1.8536

1.6100

1.5903 *.9950

F-SUB-Q

1. 97 56 ' 1. R415

1. 9 074

1. 956 0

1. 98 69

2. 0663

3.5103 ' M-SUB-Q 14

1.7019

1.8345

1.7164

1.8358

1.5513

1.0001

1.9940

1.8696

2.0450

1.9653

2.2968

3.4925

15

1.5792

1.2897

1.3228

1.1081

2.1101

2.5876

2.5638

3.1231

i l

r

MCEl-0400-47 Page 126 of 153 McGuire 2 Cycle 9 Core Operating Limits Report i

lnable 2 (cont.)

)

Core Operating Limits Repo.t F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation 1

FQD / MOD 13-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 12 OF IB l

WHERE: IB = TOP OF CORE AND 1 s BOTTOM CF CORE 1

i H

C F

E D

C B

A B ' 1. 2 2 83

1. 72 3 6

1. 3 5 91

1. 65 92

1. 318 5

1. 7 0 04

1. 67 87

1. 5613

3.0616

2.3539

2.7576

2.3093

2.6180

2.1950

2.2046

2.3201

1.8008

1.8531

1.8134

1.2710

9

1.7216

1.3666

1.7077

1.2004 2.3566

2.7110

2.3354

2.7664

2.1112

2.0432

2.0596

2.8488

I 10

1.3505

1.7127

1.2501

1.7678

1.4065

1.8665

1.6974

1.3044 *

}

2.7588

2.3286

2.8844

2.2163 ' 2.6093

2.1022

2.2476

2.8136

11

1.6579

1.2828

1.7725

1.3067

1.7401

1.8359

1.0241

1.0932

2.3112

2.7612

2.2104

2.6266

2.2934

2.1814

2.1824

3.4365

i 12

1.3185

1.8014

1.4065

1.7395

1.2455

1.8112

1.6075 '

'2.6179 '.2.1105

2.6094

2.2942

2.*414

2.1676

2.2948

13

1.6999

1.0538

1.8656

1.8359

1.6014

1.5794 *.9854

F-SUB-Q i

2.1957

2. 0424

2.1034

2.1815

2.1995

2.3059

3.9048

M-SUB-Q i

l 14

1.6771

1.8128

1.6973

1.0227

1.5366 *

.9904

I

2.2067

2.0602

2.2477

2.1841

2.5539

3.8850

l 15

1.5610

1.2704

1.3040

1.0926

l

2.3206

2.6501

2.8144

3.432%

P t

l FQD / M2D (3-D) AT: 30% POWER 4 EFPD, THIS IS LEVEL 11 OF 18 l

l WHERE: IB = TOP OF CORE AND 1. BOTTOM OF CORE

.........................................D.......C H

G F

E B

A B ' 1.1957

1. 6 812

1. 3 211

1. 6163

1. 2 8 07 ' 1. 657 6

1. 63 95

1. 52 8 5

3.4822

2.6780

3.1654

2.5940 2.9538

2.4550

2.4553

2.5626

9

1.6794

1.3463

1.6647 ' 1.2440

1.7579

1.8089

1.7749

1.2406

2.6810

3.1038

2.6415

3.1346

2.3539

2.2758

2.2870

3.1622

10

1.3205

1.6696

1.2159

1.7264

1.3703

1.8202

1 6616

1.2735 *

3.1668

2.6338

3.2840

2.4834 2.9277

2.3218

2.4774

3.0973

11

1.6150

1.2463

1.7310

1.2726

1.7037

1.7989

1.7900

1.0671

2.5961

3.1287

2.4768

3.2789

2.6273

2.4894

2.3906

3.7618

12

1.2808

1.7585

1.3703

1.7031

1.2187

1.7806

1.5739

j 1..*. 2.9277

2.6282

3.3927

2.4834

2.6134

2.9537

2.353 l

13

1.6571

1.8096

1.8272

1.7988

1.7710

1.5493 *

.9640

F-SUB-Q i

2.4557

2.274 9

2.3231

2.4895

2.4969

2.6388

4.4 470

M-SUB-Q j

4 14

1.6379

1.7744 1.6615

1.7894

1.5045 *

.96&9

i

2.4576

2.2876

2.4775

2.3924

2.9085

4.4245

15

1.5281

1.2400 ' 1.2731

1.0665 *

2.5631

3.1637

3.0983

3.7640

l i

A l

i l

i i

l

h4CEl-0400-47 L

Page 127 of 153 McGuire 2 Cycle 9 Core Operating Limits Report j

1Dable 2 (cont.)

Core Operating Limits Report i

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation I

FQD / M2D (3-D) AT: 304 POWER 4 EFPD THIS IS LEVEL 10 CF 1B

[

BOTTOM OF CORE i

WHERE: IB = 7tP OF CORE AND 1 H

G F

E D

C B

A I

8

1.1562

1.6294

1.2764

1.5648

1.2360

1.6044

1.5093

1.4848 *

............................ 2 7569

3.3203

2.7092

2. 7047

2.0057

3.6891

2.7136

3.3592

j

1.7530

1.7240 ' 1.2017 9

1.6276

1.3031 ' 1.6126 ' 1.2011

1.7044

2.7167

3.2861

2.7444

3.4682

2.5620

2.5240

2.5174

3.4692

30

1.2758

1.6173

1.1751

1.6745

1 3257

1.7767

1.6134

1.233%

3.3597

2.7364

3.6005

2.6756 3.3231

2.5885

2.7533

3.4302

11

1.5635

1.2034

1.6790

1.2305

1.6549

1.7479

1.7431

1.0332

i I

3.5476 '.2.7730

2.6765

2.6507

4.1756

2.7591

3.4617

2.6605 l

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

1.

43

1.1923

1.7348

1.5274

12

1.2361

1.7049

1.325'

'40

3.7B05

2.7047

2.8778

f 3.3202

2.5612

3.3232 j

13

1.6039

1.7537

1.7757

1.7479

1.7254

1.5059 *

.9344

F-SUB-Q 2.7101

2.5230 *-2.5899

2.6765

2.7194

3.0326

4.9619

M-SUB-Q 14

1.5878

1.7235

1.6133

1.7417

1.4600 *

.9392

2.7073

2.5181

2.7535

2.6528

3.2028

4.9368

15

1.4845 ' 1.2012

1.2332

1.0326

t 2.8062

3.4708

3.4312

4.1780

FQD / M?D (3-Dn AT: 30% POWER 4 EFPD THIS IS LEVEL 9OFIB l

WHERE: IB = TOP OF CORE AND 1 s BOTTOM OF CORE i

H G

F E

,D C

B A

B

1.1116

1. 57 0 5

1. 2 2 66 ' 1. 50 63

1.18 5 9

1. 5 4 3 0

1. 53 04

1. 4 3 27

3.8117

2.7400

3.3531

2.6313

3.2497

2.5825

2.6151

2.7699

9

1.5687

1.2526

1.5535

1.1531

1.6425

1.6880

1.6633

1.1563 *

2.7431

3.3963

2.6350

3.3899

2.4458

2.4082

2.4365

3.4301

10

1.2260

1.5580

1.1293

1.6145

1.2746

1.7151

1.555B

1.1866

3.3546

2.6273

3.5067

2.5491 ' 3.2685

2.4846

2.6974

3.4348

11

1.5051

1.1553 ' 1.6108

1.1825

1.5966 ' 1.6864

1.6844 '-.9933

2.6334 ' 3.3835

2.5423

3.6615

2.8009

2.7029

2.6500 ' 4.2476

t 12 ' 1.1859

1.6430

1.2746 ' 1-5961

1.1389

1.6777 ' 1.4713

3.2496

2.4450

3.2685

2.8019

3.9039

2.7253

2.9133

13

1. 54 2 5

1. 6 6 6 7

1. 714 2

1. 6 8 64

1. 6 6 B6

1. 4 52 7 *

.89B8 ' F-SUB-Q

2. 583 3

2.4 07 3

2. 4 85 9

2.7 02 9

2. 74 01

3.1272

5. 0317

M-SUB-Q 1.5290

1.6629

1.5557

1.0831

1.4064 *

.9034

1(

2.6175 ' 2.4372

2.6975

2.6521

3.2423

5.0062

15

1.4325

1.1557

1.1863 *

.9928

2.7704

3.4377

3.4359

4.2501

I

MCEI-0400-47 Page 128 of 153 McGuire 2 Cycle 9 Core Operating Limits Report j

Table 2 (cont.)

l Core Operating Limits Report l

F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation l

l FQD / M2D (3-D) AT: 30% FOWER 4 EFFD THIS IS LEVEL 8 CF 19 WHERE: 18 s TDP OF CORE AND 1 = BOTTOM OF CORE i

H G

F E

D C

B A

8

1.0634

1.5063

1.1728

1.4425

1.1313

1.4749

1.4644 ' 1.3736

3.83B3

2.7244

3.2581

2.5535

3.1533

2.5007

2.5134

2.6329

9

1.504 6

1.19 81

1. 4 8 9 0

1.1012

1. 57 3 8

1.6155

1. 5947 + 1.1054 *

2.7274

3.3497

2.5520

3.2982

2.3735

2.3371

2.3434

3.2754

l 10

1.1723

1.4934

1.0797

1.5481

1.2183

1.6451

1.4904

1.1341

3.2596

2 5445

3.4100

2.4705

3.1864

2.4123

2.6127

3.2935

i

...e...e......,..................

....e...

.....e...............e.......s 11

1.4413

1.1033 ' 1.5522

1.1297

1.5309

1.6164

1.6169 *

.9487

e

~

2.5555

3.2920

2.4639

3.5724

2.7657

2.6667

2.5750

4.0922

12

1.1314

1.5743

1.2183

1.5304

1.0900

1.6115

1.4077

i l

3.1531 ' 2.3728

3.1864

2.7667

3.9009

2.6970

2.8557

l i

13

1.4745

1.6161

1.6444

1.6164

1.6028

1.3917 *. 85 86

F-SUB-Q l

2. 5015

2. 3 3 62

2. 4136

2. 66 68

2.7117

3. 0 8 31

4. 908 6

M-SUB-Q i

I 14

1.4630

1.5942

1.4903

1.6156

1.3456 *

.8630

2.5157

2.3441 ' 2.6128

2.5770

3.1781

4.8837 15

1.3733

1.1049

1.1337 *

.9482

2.6335

3.2799

3.2946

4.0946

FQD / M2D (3-D) AT: 30% FOKER 4 ETPD THIS IS LEVEL 7 OF IB WHERE: 10 = TOP OF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A i

r l

8

1.0125

1.4380

1.1162

1.3744

1.0734

1.4012

1.3920

1.3079

3.5946

2.5539

3.0188

2.3613

2.9343

2.3260

2.3407

2.4529

9 ' 1.4364

1.1409

1.4204

1.0462

1.4994

1.5366

1.5188

1.0497

2.5568

3.1097

2.3622

3.0559 ' 2.1985

2.1701

2.1797

3.C058

10

1.1158

1.4246

1.0270

1.4764

1.1578

1.5682

1.4182

1.0766

3.0201

2.3553

3.1542

2.2896

2.9591

2.2407 ' 2.4289

3.0795 *

..............i..........................................................

11

1.3733

1.0482

1.4804

1.0731

1.4589

1.5393

1.5414 *-.8999

2.3631

3.0502

2.2835

3.3214

2.6138 ' 2.5255

2.3896

3.8275

12

1.0734

1.4999

1.1577

1.4583

1.0365

1.5375

1.3376

2.9342

2.1978

2.9591

2.6147

3.6876

2.5489

2.7168

13

1.4007

1.5372

1.5674

1.5392

1.5291

1.3243 *. 814 5

F-SUB-Q 2.3267

2.1693

2.2419

2.5256

2.5628

2.9244

4.6823

M-SUB-Q l

14

1.3907

1.5183

1.4181

1.5402

1.2786 *

.8187

2.3429

2.1803

2.4290

2.3915

3.0236

4.6586

15

1.3076

1.0492

1.0762 *

.8994

2.4534

3.0672

3.0805

3.8297

s l

l I

l t

-e

MCEl-0400-47 Page 129 of 153 i

McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MOD (3-D) AT: 30% POWER 4 EFFD THIS JS LEVEL 6 OF 18 WHERE: 18 : TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

.9597

1.3666

1.0577

1.3029

1.0128

1.3220 ' 1.3132

1.2350

3.3054

2.3434

2.8147

2.2100

2.7712

2.1988

2.2184

2.3279

1.4199

1.4516

1.4353 *

.9009

9* 1.3650

1.0817

1.3484 *

.9891 *

2.3460

2.8715

2.1992

2.6703

2.0649

2.0468

2.0621

2.9182 *

....................,.....................................e..............

i 10

1.0573

1.3524 *

.9721

1.4002

1.0937

1.4840

1.3390

1.0141

2.8159

2.1928

2.9525

2.1375

2.7814

2.1059

2.2932

2.9263

1.3808

1.4551

1.4578 *

.8470

11

1.3019 *

.9910

1.4039

1.0137

2.2118

2.8649

2.131S

3.1118

2.4296

2.344 2

................................................... 1

2.2444

3.63 6 *

.9786

1.4553

1.2612

12

1.0128

1.4204

1.0937

1.3804

2.7711

2.0642

2.7615

2.4304

3.4486

2.3870

2.5496 *

.7666

F-SUB-Q 13

1.3216

1.4522

1.4832

1.4550

1.4475

1.2504

2.4000 2.7499

4.4181

2.1995

2. 0460

2.1071

2.3441................................'.................' M-SUB-Q i

14

1.3119

1.4349

1.3389

1.4567

1.2056 *

.7705

i

2.2205

2.0627

2.2933

2.2462

2.8375

4.3957

l 15

1.2348 *

.9805

1.0138 *

.84E5 *

2.3283

2.9196

2.9272

3.6347

FDD / MQD 13-D) AT: 30% POWER 4 EFFD THIS IS LEVEL 5 OF 1E WHERE: IB : TOP OF CORE AND 1 BOTTOM OF CORE H

G F

E D

C B

A 8*

.9053

1.2918 *

.9979

1.22B1 *

.9503

1.2371

1.2265

1.1529 *

3.0701

2.1515

2.6564

2.1009

2.6599

2.1184 '.2.1469

2.2600 '.

9

1.2903

1.0212

1.2729 *

.9304

1.3348

1.3598

1.3422 *

.9218 '

2.7363

1.9729

1.9664

1.9920

2.8379

l

'.2.153 9

2. 6525

2. 07 6A 10 *

.9975

1.2766 *

.9150

1.3191

1.0265

1.3911

1.2513 *

.9450

2.6575

2.0704

2.8046

2.0258

2.6516

2.0139

2.2067

2.8356

i 11

1.2271 *.9322

1.3226 *

.9518

1.2960

1.3627

1.3636 '-.7891

2.2026

2.7312

2.0204

2.9105

2.2606

2.1873

2.1443

3.5104 12 *.9503

1.3352

1.0265

1.2956 *

.9159

1.3632

1.1772

2.6598

1.9722

2.6516

2.2614

3.2584

2.2379

2.3904 13

1.2367

1.3603

1.3904

1.3627

1.3558

1.1689 *

.7142

F-SUB-Q i

2.1191

1. 9657

2. 0150

2.1873

2. 2501 + 2. 5 818

4.15 99

M-SUB-Q 14

1.2253

1.3419

1.2512

1.3626

1.1253 *

.7176

2.1490

1.9926

2.2068

2.1459

2.6603

4.1389

15

1.1526 *

.9213 *

.9455 *

.7866 *

2.2604

2.8392

2.8365 + 3.5124

s m

.ce.-

MCEI-0400-47 Page 130 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FQD / MOD (3-D) AT: 30% POWEL 4 EFPD Tf!IS IS LEVEL 4 OF 18 WHERE: IB = TCP.0F CORE AND 1 BOTTOM OF CCRE H

G F

E D

C B

A 8*

.8484

1.2102 *

.9360

1.1472 *.8859

1.1441

1.1282

1.0556 *

2.8811 '. 2.0509

2.5291

2.0394

2.60*2

2.0920

2.1372

2.2662

9

1.2088 *

.9585.* 1.1907 *

.8698

1.2406

1.2579

1.2343 *

.8450 *

2.0532

2.5085

1.9983

2.6568

1.9293

1.9365

1.9815

2.8418

10 *

.9356

1.1941 *

.8549

1.2299 *.9553

1.2847

1.1510 *.8609 *

2.5302

1.9925

2.7149

1.9598

2.5692

1.9731

2.1607 2.8222

11

1.1463 *.8715

1.2332 *

.8875

1.2010 ' 1.2583

1.2529 *.7236 *

2.0410

2.6518

1.9546

2.7782

2.1850

2.1163

2.0963

3.4000

12 *.8859

1.2410 *.9553 ' 1.2006 *.8466

1.2553

1.0817 *

2.6031

1.9286

2.5692

2.1857

3.0962

2.1583

2.3369

13

1.1437

1.2583

1.2840

1.2583

1.2485

1.0762.*

.6552

F-SUB-Q

.'........... 9350

1.9742

2.1163 '.2.1701

2.4955

4.0627

M-SUB-Q 2.0927

1.

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

.e.

I 14

1.1271

1.2339

1.1510

1.2C19

1.0340 *.6585 *

2.1392

1.9820

2.1808

2.0979

2.6008

4.0421

15

1.0554 *

.8447 *

.8686 *

.7232 *

2.2666

2.8431

2.8231

3.4820

FQD / MOD (3-D) AT: 30% POWER 4 EFPD THIS IS LEVEL 3 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

.7845

1.1098 *.8661

1.0500 *.8163

1.0346

1.0089 *.9298 *

2.8214

2.0015

2.4901

2.0529

2.6212

2.1472

2.2230

2.3985

j 9

1.1085 *.8873

1.0903 *.8031

1.1259

1.1358

1.0988 *.7509 *

2.0037

2.4487

1.9930

2.6554

1.9622

1.9842 '.2.0667

2.9004

j 20 *.8657

1.0934 *.7870

1.1210 *.8753

1.1524

1.0287 *.7755 *

2.4912

1.9872

2.7106

1.9681

2.5549

2.0158

2.2503

2.9342

11

1.0491 *.8046

1.1239 *.8174

1.0856

1.1315

1.1113 %.6439 *

2.0546

2.6504

1.9628

2.7361

2.1703

2.1215

2.

......................................................... 1571

3.6035

12 *.8163

1.1263 *.8753

1.0852 *.7665

1.1179 *.9648 *

2.6211 + 1. 9615

2.5550

2.1711

3.1219

2.1984

2.3 62 8

13

1.0343

1.1363

1.1518

1.1314 ' 1.1119 *.9623 *.5838

F-SUB-Q

2.1479

1.9635

2.0169

2.1215

2.2104

2.5360

4.1354

M-SUB-Q 14

1.0000

1.0985

1.0286

1.1104 *.9223 *.5868 *

2.2251

2.0672

2.3504

2.1588

2.6296

4.1144

15 *.9297 *.7506 *.7753 *.6436 *

2.3990

2.9818

2.9351

3.6056

i

MCEI-0400-47 Page 131 of l53 McGuire 2 Cycle 9 Core Operating Limits Report Table 2 (cont.)

Core Operating Limits Report F-sub-Q / M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation FCD / MPD 13-D) AT: 30% POWER 4 EFPD THIS IS LETEL 2 OF 18 WHERE: 16 = TOP OF CORE AND 1

BOTTOM OF CORE H

G F

E D

C B

A B'

.6953 *

.9582 *

.7654 *.9069 *.7231 *

.0796 *

.6429 *

.7465

2.9320

2.1522

2.6319

2.2382

2.0041

2.3902

2.5203

2.0334

9*

.9572 *

.7841 *

.9407 *

.7112 *.9603 '

.9634 *

.9114 *

.6199

2.1547

2.5873

2.1617

2.6309

2.1671

2.2071

2.3542

3.4229

10 '

7650 *

.9434 *

.6938 '

.9504 *

.7667 *

.9680 *

.8596 *.6434 *

2.6330

2.1554

2.8949

2.1570

2.7300

2.2459

2.5322

3.3418 *

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

11 *

.9062 *

.7125 *

.9610 *

.7247 *.9256 *

.9533 *

.9066 *.5326 *

~

2.2400

2.0256

2.1513

2.6825

2.3619

2.3446

2.4571

4.0937

12 *.7231 *

.9606 *

.7667 *.9253 *.6618 *.9206 *

.B006 *

2.8040

2.1664

2.7301

2.3628

3.3146

2.4579 2.6466

13 *

.8794 *

.963b *

.9675 *

.9532 *

.9156 *

.8005 *

.4838

F-SUB-Q

2. 3 910

2.2063

2 2 471

2.34 4 6

2. 4713

2. 814 0

4.629 B

M-SUB-Q 14 *

.6421 *

.9111 *

.8596 *

.9079 *.7653 *

.4663 *

2.5227

2.3548

2.5323

2.4590

2.9455

4.6063

15 *

.7464

.6196 *

.6432 *.5323 *

2.8339

3.4245

3.3429

4.0961

FQD / MQD (3-D) AT: 30% POWER 4 EFFD THIS IS LEVEL 1 OF IB WHERE: IB TOP OF CORE AND 1 = BO*"I'OM OF CORE l

H G

F E

D C

B A

0*

.5135 *

.7034 *.5563 *

.6674 *.5315 *

.5885 *

.5591 *

.4519

3.8099

2.7934

3.4824

2.9268

3.6962

3.4501

3.6663

4.5158

l j

9*

.7026 *

.5696 *

.6909 *.5221 *.6921 *

.6539 *

.6646 *

.4034

l 2.7965

3.4110 2.8232

3.728B

2.0911

3.1312

3.1025

5.0739

10 *.5560 *.6929 *.5090 *.6602 *.5573 *

.7188 *

.5752 *

.4153

3.4839

2.8150

3.8116

3.00fB

3.6144

2.8928

3.6336

4.9851

11 *.6668 *.5231 *

.6620 *

.5304 *.6899 *

.6444 *

.6142 * -.3458 '

2.9291

3.7218

2.9988

3.7271

3.0177

3.3037

3.4677

6.0519

12 *.5316 *.6923 *

.5573 *.6896 *.4791 *

.6151 *

.5239

3.6961

2.e901 3.6145

3.0188 ' 4.3010

3.5016

3.0661

13 *

.5683 *

.6542 *

.7184 *.6444

E118 *

.5240 *

.3118

F-SUB-Q 3.4512

3.1300

2.B943

3.3038 *

.5207

4.1005

6.6657

M-SUB-Q 14 *

.5586 *

.6644 *.5751 *.6137 *.5008 *

.3134

3.6698

3.1034

3.6337

3.4704

4.3027

6.8309

15 *

.451B *.4032 *.4152 *.3456

4.5167

5.0762

4.9866

6.0554

MCEI-0400-47 Page 132 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 3 Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Normal Operation MO (3-D)

AT: 11&% POWER THIS IS LE' VEL 18 F 18 WHE:RE: le. TOP OF CORE AND 1. IC'"IOM OF CORE H

G F

E D

C B

A

(

2.4661

2.C453

2.3494

2.0923

2.3135

2.3179

2.4310

2.9094

2. 2 5 62

2. C2 8 6

2.2 06 4

2.2 33 3

2.3160

2.7 5 0 4

8

2.3858

2.0924 *

............................. 1635

2.2699

2. 3177

2.4029

2.7962.*

2.3250

2 1831

2.2974

2.

2.C476

2.2980

2.C719

2.3939

2.0825

2.1770

2.1563

3.0458

1.0471

2.C610

2.1343

2.7933

9

2.0937 a 2.2673

2.0355

2.2384

2.1834

2.2828

2.1612

2.2748

2.1f06

2.1762

2.3010

2.8043 *

2.35C4

2.0658

2.5087

2.1982

2.3568

2.1099

2.5092

3.0447

10

2.2558

2.C313

2.3285

2.1605

2.2485

2.0938

2.3377

2.7546 *

................................................ 2319

2.3954

2.7314 *

2.2973

2.1787

2.3480

2.24E7

2.2824

2.

j 2.1924

2.3590

2.0809

2.2775

2.3904

3.5299 *

2.0940

2.3894 11

2.C299

2.2360

2.1559

2.3021

2.1115

2.2148

2.3972

3.1933 J

2.1640

2.2728

2.2431

2.2968

2.2120

2.2446

2.46C8

3.1569 *

2.3134

2.0818

2.3568

2.0816

2.6396

2.3756

2.4873

12

2.2065

2.0454

2.2487

2.1120

2.4839

2.3345

2.4115

2.27C1

2.1601

2.2827

2.2091

2.3683

2.3390

2.4340

2.3187

2.1761

2.1110

2.2776

2.3886

2.4712

3.7587

4 EFFD y

13

2.2332

2.0802

2.0935

2.2147

2.3438

2.3609

3.4435

150 EFPD l

2.3178

2 1757

2.2315

2.2443

2.3450

2.3335

3.26f2

3f5 EFPD

2.4333

2.1569

2.5093

2.3922

2.6021

3.7396

14

2.3174

2.1347

2.3379

2.3984

2.5170

3.4344 *

2.4035

2.3012

2.3955

2.4615

2.5361..*.3.2020 *

2.9100

3.0472

3.C456

3.5319

15

2.7508

2.7943

2.7550

3.1936 *

2.7964

2.8C49

2.7312

3.1563

MC (3-C)

AT: 1164 POWER

'JEIS IS IIVE1. 17 OF 18 WHERE: 18 = TOP OF CORE AND 1. BOTIDM OF CORE H

C F

E B

A

.........................................D.......C

1.9031

1.5480

1.7743

1.5873

1.7f24

1.0257

1.6967

1.0591

8

1.8365

1.5804

1.7050

1.5280

1.6883

1.6001

1.6399

1.8092 *

1.8200

1.6260

1.7359

1.5951

1.7359

1.6867

1.7152

1.8908 *

1.5497

1.7328

1.5751

1.6266

1.5464

1.5453

1.(243

2.1045

9

1.5814

1.7191

1.t320

1.7116

1.5135

1.4935

1.5904

1.9497 *

1 6283

1.7342

1.6094

1.7348

1.5685

1.5697

1.6706

1.9660 *

1.7751

1.5705

1.9122

1.5765

1.7630

1.6147

1.7578

2.0665

10

1.7047

1.5288

1.7851

1.5552

1.6972

1.5738

1.f 526

1.8995 *

1.7358

1.6076

1.6016

1.6162

1.7191

1.6310

1.7012

1.9089

1.5666

1.8232

1.5723

1.8242

1.6020

1.6097

1.6831

2.4376

11

1.5290

1.7C98

1.5518

1.7831

1.6053

1.5648

1.7075

2.2244 j

1. 5955

1.733 3

1. f 13 6

1.773 6

1. 64 0 8

1. (210

1.7706

2.2190

1.7623

1.5459

1.7830

1.6025

1.9890

1.f460

1.7103

12

1.6684

1.5123

4.6974

1.6C57

1.8972

1.65C3

1.(683 *

1.73(1

1.5661 1.7193

1.6366

1.8

........................................ 293

1.6794

1.7322 *

1.62f2

1.5447

1.t156

1.f097

1.6570

1.6880

2.5758

4 EFPD 13

1.6000

1.4930

1.5737

1.5847

1.65(9

1.6543

2.4067

150 EFPD

1. 0 6 6 8

1. 5 f 9 3

1. 6 3 0 8

1. 62 0 8

1. 0 8 3 7

1. 67 3 9

2. 3 219

3 6 5 EFPD

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

1.6963

1.0247

1.7578

1.6844 1.7892

2.5627

14 1.6409

1.5907 1.6527

1.7D64 1.7621

2.4003

1.7156

1.6707

1.7013

1.7711 1.6053

2.3189 *

1.6595

2.1054

2.Cf72

2.439D

15

1.809,

1.9504

1.6998

2.2246

1.8910

1.9664

1.9066

2.2165

y

\\

MCEl-0400-47 Page 133 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin)- Nonnal Operation MO f3.D)

AT: 116% POWER THIS IS LETEL 16 DF 18 WHERE: 18 70P OF CORE AND 1. Do m M OF CORE H

G F

E D

C B

A

1.7720

1.4252

1.6712

1.4'65

1.6842

1.4830

1.5230

1.5991

8

1.7227

1.4461

1.6377

1.4266

1.6319

1.4882

1.4972

1.5947 *

1.7663

1.5294

1.6781

1.4952

1.68E4

1.5869

1.5622

1.6983 *

1.4268

1.6261

1.4577

1.7462

1.4078

1.4025

1.4394

1.8844

9

1.4490

1.6039

1.4298

1.6534

1.3956

1.3765

1.4275

1.7722 *

1.5297

1.6*69

1.5107

1.6836

1.4564

1. 4 613

1.5C7 6

1.6 0

.................................................................... 21 *

1.6720

1.4535

1.8149

1.4449

1.6869

1.4511

1.5 al

1.6471

10

1.6374

1.4268

1.7221

1.4436

1.6177

1.4261

i.s999

1.7266 *

.......... 1. 5C90

1. 7494

1.5136

1.6501

1.488:

1.6780 *

1.5618

1.7535 *

1.4677

1.7430

1.4410

1. 509

1.4636

1.4500

1.4701

2.2002

11

1.4275

1.6516

1.4404

1.7131

1.4834

1.4534

1.5196

2.C321.J

. 1.4955

1.6821..*.1.5112..*.1.7283

1.5269

1.5104

1.6095

2.0469 *

1.6641

1.4073

1.6870

1.4642

1.8537

1.4453

1.5303

12

1.6320

1.3944

1.6179

1.4837

1.8018

1.4858

1.5420 *

1.6F66

1. 4560

1.6503

1.5249

1.7651

1.5438

1.6068 *

1.4834

1.4019

1.4519

1.4500

1.4532

1.5040

2.3240

4 EFPD 13

1.4882

1.3759

1.4259

1.4533

1.4918

1.5125

2.2175

150 EPPD

1.5870

1. 4610

1.4883

1. 5102

1 5477

1.5623

2 1717

365 EFPD 1.5244

1.4398

1.57C2

1.4713

1.6009

2.3122

14

1.4960

1.4277

1.5000

1.5204

1.6095

2.2116 *

1.5826

1.5077

1. 5619

1.6100

1.6767

2.1.689 *

1.5994

1.8852

1.8477

2.2014

15

1.5949

1.7719

1.7268

2.0323 *

1.6985

1.8024

1.7534

2.0465

MO (3-D)

AT: 1164 POWER THIS IS LEVEL 15 DF 18 WHERE: 18. TCP OF CORE AND 1. BOTIDM OF CORE H

G F

E D

C B

A

1.7637

1.3942

1.6647

1.4779

1.7268

1.4735

1.4927

1.5358

8

1.7423

1.4387

1.6502

1.4528

1.6929

1.5035

1.4901

1.5611 *

1.8226 *

.......... 1.5465

1. 7272

1.5191

1.7442

1. 6110

1 5829

1.6769 *

1.3958

1.6166

1.4281

1.7829

1.3995

1.3668

1.3975

1.8500

9

1.4396

1.6204

1,4548

1.7193

1.4052

1.3811

1.4046

1.7626 *

1.5488

1.7140

1.5344

1.7356..*. 1. 4718

1. 4741.*.1. 4893

1.7990 *

1.6654

1.4239

1.8075

1.4379

1.7067

1.4150

1.5317

1.8161

10

1.6500

1.4518

1.7798

1.4641

1.6549

1.4D90

1.4856

1.7233

1.7271

1.5326

1.7977

1.5409

1.7018

1.4648

1.5591 *

................................................................ 1. 7571 *

1.4791

1.7795

1.4341

1.7717

1.4536

1.4259

1.4213

2.1660

11

1.4538

1.7174

1.4609

1.7311

1.4077

1.4524

1.4758

2.0151

1.5194

1.7341 *

................... 1 53B5

1.7773

1.5410

1.5264.*. 1.5997

2.C616 *

1.7267

1.3990

1.7067

1.4541

1.8600

1.4C10

1.5C63

12

1.6930

1.4041

1.6551

1.4860

1.6298

1.4710

1.5444 *

1.7444

1.4715

1.7020

1.5390

1.8154

1.5489

1.6282

1.4739

1.3863

1.4158

1.4259

1.4086

1.4761

2.3C64

4 EFPD 13

1.5035

1.3805

1.4089

1.4524

1.47f 9

1.5158

2.2403

150 EFPD

1.6111

1.4738

1.4846

1.5262..*. 1.5529

1.5852

2.2138

365 EFPD l

l

1.4941

1.3979

1.5318

1.4224

1.5758

2.2947

14

1.4909

1.4C49

1.4657

1.4765

1.6119

2.2344 *

1.5833

1.4294

1.5591

1.6002

1.6969

2.211C *

............-.......................e..................

1.5361

1.65C8

1.8166

2.1692

15

1.5613

1.7633

1.7235

2.0152

1.6771

1.7993

1.7570

2.Cf12 *

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

MCEI-0400-47 Page 134 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin)- Nomtal Operation MO [3-N AT: 116% P3WER iMIS IS LEVEL 2 4 DF I6 WHERE: 18 = *:OP OF CORE AND 1 = BO':'IDM OF CORE H

3 F

E D

C B

A

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

1.6399

1.4369

1.7328

1.5340

1.8328

1.5271

1.5313

1.5568

8* 1.8170

1.4602

1.7127

1.5192

1.7807

1.5596

1.5305

1.5979 *

1.9196

1.60f.6

1.8015

1.5905

1.8427

1.6910

1.6431

1.7273 *

1.4385

1.6658

1.4701

1.8558

1.4516

1.4328

1.4271

1.9036

9* 1.4811

1.6796

1.4949

1.6109

1.4537

1.4239

1.4348

1.8133 *

.......... 1.7915

1.6075

1 6406

1.5383

1.5415

1.5355

1.8667 *

1.6066 *

1.7336

1.4658

1.87S2

1.4719

1.7640

1.4257

1.5459

1.6713

10

4.7124

1.4918

1.8494

1.5240

1.7189

1.4418

1.5138

1.7653 *

.......... 1.6057

1.9072

1.61C2

1.7632

1.5436

1.6171

1.8265 *

1.6014 *

1.5352

1.6523

1.4680

1.8351

1.4969

1.4541

1.4303

2.2030

11

1.5201 1.6150

1.5207

1.7891

1.5175

1.4970

1.5072

2.0839 a

1.5908

1.6390

1.6C76 *

............................ 1 8531

1. 5861

1.5776

1.6343

2.1573

1.6327 1.4511

1.7641

1.4974

1.9363

1.4284

1.5472

12

1.76CB

1.4525

1.7191

1.5173

1.8902

1.52C6

1.6C39 *

.......... 1.5380

1.7634

1 5841

1.8429 *

1.9001

1.6066

1.6949 *

1.5275

1.4322

1.4265

1.4542

1.4362

1.5198

2.3917

4 EFPD 13

1. 5595

1. 4 2 33

1. 4 416

1. 49 69

1. 52 67

1. 5 816

2.3 4 98

150 EFPD

.......... 1.5411

1.5436

1 5776

1.6128

1.6610

2.3266

365 EFPD

1.6911

1.5328

1.4275

1.5460

1.4314

1.6166

2.3796

14

1.5374

1.435D

1.5139

1.5079

1.6741

2.3436 *

1.6435

1.5356

1.6172 *

........................... 1 6348

1. 7664

2.3236

1.5591

1.9045

1.8719

2.2042

15

1 59P1 1.6140 = 1.7655

2.0841 *

1.7275 *

.......... 1.6671

1.8264

2.1569

MO (3-N ATs 116% loviER

EIS IS 1 R EL 13 OF 18 hHERE: IB "CP OF CORE AND 1 = BO90M OF CORE I

H C

F E

D C

B A

1.9966

1.5369

1.6613

1.6295

1.9774

1.6239

1.6178

1.6353

j 8

1.96 50

1. 5778

1.8374

1. 6379

1.929 0

1. 6 5P F

1. 6141

1. 6648 *

2.0738 *

.......... 1.6976

1.9102

1.6956

1.9894

1.8034

1.7464

1.6249

1.5387

1.6143

1.5650

1.9885

1.5307

1.5128

1.5C21

2.0099

9

1.5766

1.8034 = 1.5900

1.9494

1.5539

1.5117

1.5057

1.9102

1.6978

1.6935 *

.......... 1 8954 *............... 1. 9760

1.6324 *............... 1.6447

1. 6250

1. 9831 *

1.6621

1.56C4

2.0127

1.5598

1.8745

1.4889

1.6127

1.9698

10

1.6371

1.5667

1.9827

1.6172

1.8275

1.5297

1.5986

1.8701 *

1. 9101

1. 6 916

2. C3 6 5

1 6891

1. 85 4 8

1. 6105

1.7175

1.94 61..*.

1.6309

1.9847

1.5556

1.9595

1.5777

1.5153

1.4767

2.3144

11

1.6390

1.9473

1.6137

1.9103

1.5964

1.5702

1.5879

2.2250 *

. 1 69 6 0 = 1. 97 63

1. 66 64

1.9 52 0

1. 6 6 05

1. 64 31

1. 694 0

2.2 910 *

1.9773

1. 53 82

1. 874 5

1.57 83

2.C79 0

1.4 967

1. 62 53

12

1.9291

1.5526

1.8278

1.5908

2.0096

1.6091

1.6954 *

1.9896

1.6321

1.8550

1.6583

2.C331

1.6969

1.7646 *

1.6244

1.5122

1.4897 e 1.5154

1.5068

1.6030

2.5344

4 LFPD 13

1. 6 5 84

1. 5111

1. 52 9 5

1. 5 7 01

1. 615 6

1. 6 8 2 C

2. 5 0 2 9

15 0 EFFD

1.6035 *

365 EFPD

.......... 1.6443

1.6103

1.6429

1. 7C13

1.7626

2.4671

1.6194

1.5C26

1.6128

1.4779

1.7003

2.5216

14

1.f15D

1.5C60

1.5988

1.5687

1.7696

2.4963 *

1.74f9 *

.......... 1.6252

1.7175

1.6945

1.8599

2.4640 *

1.0356

2.C109

1.9704

2.3157

15

1.667D

1.9109

1.6704

2.2252 *

1.6251 *

.......... 1.9635

1.9460

2.2906 *

.t

MCEI-0400-47 Page 135 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Normal Operation M

(3-D)

AT: 116% PJWER THIS IS LEVEL 12 OF 18 WHERE: 16. E P OF CORE AND 1 = B? m M OF CORE H

G F

E D

C b

A 2.1416

1.7430

1.7272

1.7342

2.2051

1.6766

2.C353 = 1.7644 2.2369

1.8132

1.7467

1.7918

2.0029

1.7668 1.7224 8* 2.1686

2.0799

1.8291

2.1659

1.9487

1.8BE3

1.9661

2.257D

1.8359 1.6605

1.9E90

1.7000

2.1660

1.6702

1.6280

1.5990

2.1408

9*

1.7235

1.9730

1.7222

2.1156

1.7067

1.6496

1.6270

2.0685

1.8362

2.0684

1.8257

2.1503

1.7509

1.7609

1.7412

2.1455

2.0362

2.6951

2.1950

1.6658

2.0379

1.6018

1.7311

2.0961

10

2.0025

1.7187

2.1560

1.7441

1.9775

1.6fSI

1.7352

2.0327 *

2.0798

1.8236

2.2106

1.8115

1.9995 = 1.7047

1.8188

2.C931

1.7658

2.1620

1.6813

2.1314

1.6995

1.6216

1.5748

2.4981

1.7679

2.1134

1.7403

2.0794

1.7271

1.6851

1.6969

2.4334=*

1

....................................................... 1. 7977

2.4366

4.8066

2.1153

1.7703

1.7475

1.8295

2.1464

2.1417

1.f697 * ;.0379

1.7001

2.2428

1.5906

1.7402

12

2.1370

1.7053

1.9778

1.7275

2.1930

1.7147

1.8199 *

2.If61 1.7505

1.9997 1.7680

2.1756

1.7908

1.8962

a

................a........................e......................

1.7435

1.6274

1.6027

1.f216

1.5993

1.7111

2.7196

4 EFPD 13

1.8131 1.6490

1.6679

1.6850

1.7216

1.6012

2.t968

150 EPPD

1.9489

1.7f05

1.7044 1.7473

1.7954

1.0678

2.6248

365 EFFD

=

1.7268

1.5995

1.7312

1.5760

1.8205

2.7058

1.7477 1.6273 1.7353

1.6998

1.8995

2.(897

14

1.4858

1.7414

1.8189 *

............................ 1.7982

1.9763

2.6214 *

1.7346

2.1417

2.0968

2.4996

15

1.7920

2.0692

2.0330

2.4336

1.9663

2.1459

2.0930

2.4361

M2 (3-C)

AT: 118% POWER THIS IS LEVEL 11 OF 18 WHERE: 18. EP OF CORE AND 1. BOmM OF COPE H

G F

D C

B A

................................E.........................................

2.4319

1.8363

2.2299

1.9166

2.3369

1.8727

1.8387

1.8337

6* 2.4128

1.9008

2.2241

1.9463

2.3577

2.0266

1.9337

1.9702

1

2.5315

2.0379

2.3106

2.0219

2.4090

2.1433

2.0569

2.1503

j 1

1.6403

2.1845

1.8528

2.3641

1.8072

1.7485

1.7028

2.2813

9

1.9020

2.1922

1.8995

2.3463

1.8845

1.6398

1.7979

2.2879 *

2.03f3

2.3034

2.0166

2.3944 1.9238

1.9264 *

....................................................... 1 8906

2.3362

a j

i 2.2309

1.8474 2.3992

1.8268

2.2131

1.7554

1.8704

2.2442

10

2.2237

1.6955

2.3939

1.9134

2.17(6

1.6265

1.9236

2.2537

2.3105

2.0143

2.4610

1.9909

2.

1.8508 *

....................................... 2004 *............... 1 9728

2 2724

1.9182

2.3597

1.8219

2.3246

1.8626

1.7811

1.7215

2.7234

11

1.9476

2.3438

1.9093

2.2957

1.8810

1.8466

1.8454 2.6966

2.0223

2.3923

1.9878

2.3364

1 9365

1.8993

1.9331

2.6431 *

2.3368

1.80t7

2.2134

1.8632

2.4533

1.7376

1.9121

12

2.3578

1.6829

2.1769

1.8814

2.4022

1.8765

2.00D9

2.4093

1.9234

2.2006

1.9340

2.3974

1.946f

2.0631 *

1.8733

1.7478

1.7563

1.7811

1.7471

1.6'68

2.9960

4 EPPD 13

2.0265

1.8391

1.8263

1.8465

1.6641

1.9782

2.9534

150 EFPD

2.1435

1.9280

1.8505

1.8990

1.9516

2.0354

2.8679

365 EFPD

1.6405

1.7032

1.8705

1.7228

2.0004

2.9808

14

1.9349

1.7982

1.9237

1.6464 2.0684

2.9456

2.D575

1.8906

1.9728

1.9337

2.1502

2.6642

1.6341

2.2823 2.2450

2.7250

15

1.9705

2.2688

2.2541

2.6969

2.1505

2.3366

2.2723

2.6420

l l

MCEl-0400-47 Page 136 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Normal Operation K (3-L)

AT: 118% KMER WIS IS LEVEL 13 OF 18 WHEFE 18 7DP OF CORE AND 1. BOTIUM OF CORE H

G F

E D

C B

A 2.5311

1.9418

2.3455

2.0469

2.4807

2.0474

1.9936

1.9739

2.4824

2.1545

2.6207

2.2967

2.1769

2.2027

8 = 2.7100

2.1211 2.6626

2.3011

2.6324

2.2663

2.7359

2.4057

2.2890

2.377

..................................................................... 1

1.9440

2.2910

1.9665

2.5082

1.9664

1.9090

1.6449

2.4733

9

2.1225

2.4531

2.1098

2.6114

2.0756

2.0696

2.0190

2.b704

2.3015

2.6216

2.2823

2.7264

2.1620

2.1568

2.0943

2.5891

2.5338

1.9792

2.4044

1.9066

2.0321

2.4393 *

2.3465

1.9608

10

2.4820

2.1054

2.6682

2.1175

2.4138

2.0049

2.1558

2.5344 *

2.6323

2.2797

2.8039

2.2420

2.4825

2.0582

2.1683

2.5134 *

2.0466

2.5035

1.9739

2.5143

2.0184

1.9570

1.8972

2.9723

11

2.1559

2.6097

2.1129

2.5567

2.0808

2.0405

2.0454

3.0122 4

2.2868

2.7240

2.2384

2.6381

2.1513

2.1047

2.1308

2.9292 *

2.4806

1.9658

2.4044

2.0192

2.6706

1.9277

2.2248

12

2.6208

2.0739

2.4141

2.0812

2.6721

2.0734

2.2192 *

.......... 2 1615

2 4827

2.1465

2.6776

2.1456

2.2735 *

2.7362 *

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

2 0460

1.9063

1.9076

1.9571

1.9382

2.0905

3.3412

4 EFPD 13

2.2966

2.0689

2.0046

2.0404

2.0618

2.1667

3.2676

150 EPPD

........................ 9

2. 1044

2. 1521

2.2502

3.1679

365 EPPD b

2.4058

2.1563

2.057

1.9955

1.6454

2.0322

1.8967

2.2229

3.3243

2.1782 *. 0194

2.1559

2.0464

2.3163

3.2590

14

2. 2896

2.0945

2.1864

2.1314

2. 3695

3.1638

1.9743

2.4744

2.4401

2.9743

15

2.2030

2.5713

2.5346

3.D115 *

2.3774

2.5896

2. 5133

2.9266 *

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

NO (3-C)

AT: 110% POWER WIE IS LEVEL 9 CF 18 WHERE: 18 = FJP OF CORE AND 1. BD"*IOM OF CORE H

G r

E C

C B

A 2.4455

1.6664

2.2644

1.9694

2.4100

2.0163

2.0037

2.025D

8

2.6353

2.1119

2.4587

2.1900

2.6745

2.3917

2.3329

2.4100 *

. 2. 8342

2.3420

2.6512

2.3945

2. 8722

2.6373

2.5395

2.6333 *

1.8685

2.2112

1.8911

2.4245

1.9080

1.8641

1.8514

2.5392

9

2.1133

2.4158

2.1227

2.6199

2.1646

2.1479

2.1437

2.7943 *

2.3424

2.6208

2.,557

2.7960

2.3312

2.3714

2.3222

2.8748 *

2.2654 1.8656

2.4476

1.8977

2.3162

1.8828

2.0536

2.5199

10

2.4582

2.1183

2.6568

2.1863

2.4942

2.0659

2.2478

2.7268 *

2.6511

2.3530

2.6436

2.3831

2.6484

2.2683

2.4226

2.7902 *

1.9710

2.4199

1.6927

2.4261

1.9728

1.9312

1.6822

3.0735

11

2.1914

2.6172

2.1816

2.6167

2.1946

2.1226

2.14?1

3.1921 *

2.3950

2.7936

2.3793

2.7741

2.3419

2.3227

2.3576

3.2519 *

2.4099

1.9074

2.3162

1.9735

2.6249

1.9022

2.1246

12

2.6746

2.1626

2.4945

2.1650

2.6120

2.1692

2.3352 *

2.6725

2.3307 *

................... 2.6467

2.3389

2.6979

2.3655

2 5144..*.

2.01E9

1.6834

1.6838

1.9313

1.9125

2.0630

3.3811

4 EFPD 13

2.3916

2.1471

2.0857

2.1225

2.1779

2.3066

3.5C31

150 EPPD

2.6374

2.3709

2.2680

2.3224

2.3715

2.4795

3.5067

365 EPPD

2.0056

1.6519

2.0537

1.6837

2.2226

3.3640

14

2.3343

2.1441.* 2.21.80

2.1503

2.4374

3.4938 *

...... 2

2.3224

2.4227

2.3563

2.6~06

3.5021

2.540

2.0254

2.5403

2.5206

3.0753

15

2.4104

2.7953

2.7272

3.1924 *

2.6336

2.6753

2.7901

3.2513

MCEI-0400-47 Page 137 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Normal Operation MO O-D)

AT: 116% POWER

MIS IS LEVEL 8 OF 18 kHERE: 18 = 7CP OF CORE AND 1 = BOTTDM OF CORE H

G F

E D

C B

A

2.3727

1.7995

2.1877

1.8783

2.2763

1.9555

1.9334

1.9353

8

2.4838

1.9808

2.3152

2.0540

2.5151

2.2001

2.213D

2.2680 *

2.6670

2.1935

2.4925

2.2429

2.7006

2.5070

2.4414

2. 5343 *

1.8016

2.1387

1.8198

2.3164

1.8057

1.8271

1.7833

2.4292

9

1.9821

2.2763

1.9919

2.4680

2.0279

2.0659

2.0416

2.6272 *

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

2. 7623 *

2.1938

2.4641

2.2064

2.6318

2.1971

2.2652

2.2398 *

2.1687

1.8145

2.3645

1.8213 *.2.2345

1.8339

1.9768

2.4087

10

2.3148

1.9878

2.5025

2.0501 = 2.3497

2.0092

2.1699

2.5845 *

2.4923

2.2039

2.6758

2.2345

2.4912

2.1701

2.3436

2.69?7 *

1.8798

2.3121

1.8165

2.3477

1.8985

1.9101

1.8412

2.9410

11

2.0553

2.4654

2.0456

2.4698

2.0561

2.0573

2.0813

3.0518 4

2.2434

2.6296

2.2309

2.6094

2. 2159

2. 2306

2.2882

3.1582 *

2.27f 2

1.8051

2.234 6

1.8992

2.5326

3.8795

2.C868

12

2.5152

2.0263

2.3500

2.C566

2.6487

2.0988

2.2717 *

............ 1966

2. 4915.*. 2. 2130

2.7436.*. 2. 2806

2 4417 *

2.7009

2.

t t

1.9561

1.8264

1.8348

1.9101

t.8897

2.0594

3.3052

4 EFPD 13

2.2799

2.0651

2.0090

2.C573

2.1072

2.2423

3.3878

150 EFrD

2 5C71

2.2647

2.1698

2.2303

2.2865

2.3960

3.4078

365 EFPD j

1.9352

1.7839

1.9789

1.8427

2.1831

3.2884

14

2.2142

2.0419

2.1701

2.0824

2.3710

3.3789 *

2.4420

2. 2400

2.3437

2.2889

2. 5448

3.4034 *

1.9357

2.4304

2.4094

2.9427

15

2.2684

2.0282

2.5849

3.0521

j

2.5346

2.7628

2.6975

3.1576

I

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

MO (3-D)

AT: 118% POWER THIS IS LEVEL 7 OF 18 kHERE: 18 = 7CP CF CDRE AND 1 = BOT 7CM OF CORE H

G F

E D

C B

A 2.2252

1.6740

2.0215

1.7422

2.1301

1.6188

1.8019

1.8068

8

2.3225

1.8428

2.1557

1.8894

2.3104

2.0646

2.0044

2.0583 *

2.4530

2. 0395

2.3235

2.0812..*.2.5062..*.2. 3020

2. 2325

2. 3225

1.6759

1.9831 + 1.6796

2.1537

1.6811

1.6920

1.6579

2.2781

9

1.8439

2.1248

1.8435

2.2788

1.8617

1.8635

1.8424

2.3918 *

2.C3 99

2.2988

2.0489

2.4540

2.C316

2.08

.................................................. 17

2.C414

2.5331 *

2.0224

1.6747

2.1756

1.6779

2.0588

1.6887

1.8280

2.2500

10

2.1553

1.8397

2.3165

1.8939

2.1777

1.0298

1.9568 = 2.3429 *

.......... 2. 0466......2 4957

2.0731.*. 2 3196

1.9979

2 1440

2. 4681.*.

2.3234 *

1.7436

2.1496

1.6735

2.1674

1.7592

1.7773

1.7236

2.7341

11

1.8906

2.2763

1.8899

2.2961

1.9161

1.8944

1.8985

2.7755 *

2. 0816

2.4519

2. C698

2.4339

2. 0556

2. 0732...*.2.1.C31

2 8844 *

2.1300

1.6805

2.0568

1.7598

2.3690

1.7542

1.9527

12

2.3105

1.8602

2.1779

1.91f5

2.4794

1.9418

2.0814 *

2.5065

2.0311

2.3199

2.0529

2.5581..*. 2. 1276

2.2571 *

1.8194

1.6914

1.6896

1.7773

1.7638

1.9154

3.C4 E5

4 EPPD 13

2. 06 4 5

1. 6 62 8

1. 8296

1. 8 9 43

1. 9496

2. 0 6 5 6

3.1169

150 EFPD

2.3030

2.0812

1. 9976

2.C729

2.1331

2.2358

3.1416

365 EFPD

1.8036

1.6584

1.8281

1.7250

2.0428

3.0311

14

2.0055

1.8427

1.9569

1.8995

2.1725

3.1086 *

2.2331

2.C416

2.1440

2.1037

2.3525

3.1376 *

1.8072

2.2792

2.2507

2.7356

15

2.0587

2.3927

2.3433

2.7750 *

..... 27

2.5336

2.4679

2 8838 *

2.32 1

MCEl-0400-47 Page 138 of 153 McGuire 2 Cycle 9 Core Operanng Limits Report Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin)- Normal Operation MC (3-D)

ATs 1169 POWER WIS IS LEVEL 6 OF 18 WHERE: 18 = TOP OF (DRE AND 1. BO'"IUM OF CORE H

G F

E D

C B

A

2.0386

1.5323

1.6690

1.6067

1.9790

1.7071

1.6995

1.7085

8

2.1265

1.6768

1.9530

1.7155

2.1139

1.6820

1.8306

1.8838 *

2.3020

1.8678

2.1254

1. 8890

2.2657

2.0936

2.0316

2.1143 *

1.5340

1.8277

1.5476

1.9977

1.5444

1.5830

1.5593

2.1627

9

1.6779

1.9281

1.6685

2.0770

1 6888

1.6908

1.6778

2.1972 *

.............................................. 1 8863

1. 8521

2.3127

1.8 6 F1

2.107 6

1.86 67

2.23 58

1.8380 *

1.8698

1.5431

2.0178

1.5445

1.9093

1.5569

1.7061

2.1254

10

1.9527

1.6651

2.1076

1.7108

1.9781

1.6461

1.7724

2.1446 *

2.1253

1.8646 = 2.2784

1. 8815

2.1063

1.8048

1. 9.443

2.2518 *

1. 60B3

1.9 94 0

1.54 04

2.0069

1. 6190

1.6 32 6

1.5041 = 2. 5667

1 II

1.7166

2.0748

1.7072

2.0910

1.7368

1.6985

1.7011

2.5322 a

1.8894

2.2339

1.8785

2. 2167

1. 8639

1 8690

1.8993

2.6342 *

1.9789

1.5439

1.9093

1.6196

2.1765

1.6057

1.8075

12

2.1140

1.6874

1.9783

1.7372

2.2568

1.7479

1.8804 *

2.2859

1.8376

2.1066

1.8615

2.3365

1.9106

2.0420 *

1.7077

1.5624

1.5577

1.6327

1.6144

1.7630

2.8349

4 EFPD 13

1.8818

1.6902

1.6459

1.6964

1.7550

1.8667

7.8316

150 EFPD

2.0937

1. 8859

1.8046

1. 8687

1.e.9155

2 C119

2. 8527

365 EFPD

.......e...

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

..e l

1.7011

1.5597

1.7062

1.5853

1.8909

2.8205

14

1.8317

1.6781

1.7725

1.7020

1.9626

2.8241 *

2.0321..*.1.8522..*. 1. 9443

1. 8999

2 1282

2 8491 *

1.7088

2.1637

2.1261

2.5682

15

1.8641

2.1980

2.1450

2.5325 *

2 1146

2.3132.*. 2. 2517..*.2.6337

MO O-D)

AT: 118% POWER WIS IS LEVEL 5 OF 18 WHERE: 18 = 'IDP OF CORE AND 1 BOTIDM OF CORE H

G

.......................F........E.........D.........C.........B........A

1.9076

1.4263

1.7472

1.4970

1.8657

1.6054

1.6326

1.6476

8

1.9376

1.5206

1.7894

1.5737

1.9559

1.7386

1.6956

1.7497 *

2.0919

1.6916

1.9371

1.7179

2.0931

1.9115

1. 8535

1.9367 *

)

1.4279

1.7081

1.4422

1.8718

1.4417

1.4872

1.4864

2.0919

j 9

1.5216

1.7602

1.5247

1.9157

1.5497

1.5566

1.5518

2.0490

1

1.6919

1.9191

1.6955

2.0444

1. 6709

1.7168

1.6862

2.1223

1

1.7480

1.4380

1.8912

1.4363

1.7902

1.4542

1.6241

2.0452

10

1.7891

1.5215

1.9404

1.5619

1.8173

1.5083

1.6325

1.9939 *

1.9370

1.6936

2 0630

1.7071..*. 1. 9193

1.6363

1. 7736

2.0656 *

1.4982

1.6683

1.4325

1.6647

1.5142

1.5232

1.4891

2.4498

11

1.5747

1.9137

1.5585

1.9161

1.5830

1.5438

1.5562

2.3524 *

1.7183

2.0427

1. 7044

2.0213

1. 6649

1. 6961..*.1. 7280.*. 2. 4205.*

1.8656

1.4412

1.7902

1.5148

2.0427

1.4981

1.6994

12

1.9560

1.5464

1.8175

1.5833

2.0644

1.5747

1.7185 *

2 0934

1.6705

1. 9196

1.6827

2.1145

1.7278

1.6628 *

1.6059

1.4867

1.4549

1.5233

1.5062

1.6$20

2.6600

4 EFPD 13

1.7385

1.5560

1.5081

1.5438

1.5810

1.6896

2.5957

150 EFPD

1.9116

1. 7165

1.6361.*.1.6958

1.7323

1.8264

2. 6094

365 EFPD

1.6341

1.4868

1.6241

1.4903

1.7778

2.6664 5 14 a 1.6966

1.5520

1.6327

1.5570

1.7936

2.5888

1.6540

1.6463

1.7736

1.7285

1.9415

2.6061

1.6479

2.0929

2.0459

2.4512

15

1.7500

2.0498

1.9942

2.3527

1.9369

2.1227

2.0655

2.4200

l 1

\\

l MCEI-0400-47 l

Page 139 of 153 McGuire 2 Cycle 9 Core Operadng Limits Report j

l Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin)- Normal Operation MC [3-D)

AT: 116% POWER THIS IS LEVEL 4OF18 i

WHERE: 18. '!CP OF CORE AND 1 B37K)K OF CORE

.........................................D H

G F

E C

B A

1.8190

1.3551

1.6624

1.4288

1.7952

1.5464

1.5872

1.6379

8

1.8068

1.4126

1.6710

1.4713

1.8377

1.6378

1.6055

1.6661 *

.............. 11

1.7818

1.5784

1.9290

1. 7608

1.7083

1.7972 *

1.9265

1.55........................................................

1.3566

1.6258

1.3707

1.7929

1.3800

1.4281

1.4419

2.0512

9

1.4135

1.6409

1.4224

1.7971

1.4501

1.4637

1.4710

1.9567 *

.................................................................. 9691..*

1.5514

1.7646

1.5569

1.8846

1.5337

1.5776

1.5544

1.

1.6631

1.3667

1.8090

1.3640

1.7111

1.3934

1.5721

1.9966

10

1.6707

1.4194

1.8202

1.4548

1.7025

1.4179

1.5410

1.8971 *

..... 17

1.5551.=.1.9218

1.5649

1.7644

1.5017

1.6313

1.9132 *

1.78

1.4300

1.7896

1.3604

1.8029

1.4524

1.4573

1.4369

2.3836

11

1.4722

1.7952

1.4517

1.7923

1.4780

1.4429

1.4648

2.2420 J i

............................ 1. 8577

1. 5431.*.1.5516

1.5926

2.2495..*

1.5787

1.8830

1.5623 *

1.7951

1.3796

1.7111

1.4529

1.9637

144341

1.6440

12

1.8378

1.4489

1.7027

1.4783

1.9302

1.4684

1.6186 *

)

1.9293

1.5334

1.7646

1.5411.*. 1.9411

1.5826

1.7175..*.

1.5469

1,4275

1.3942

1.4573

1.4419

1.5867

2.6055

4 EPPD 13

1.6377

1.4631

1.4177

1.4428

1.4743

1.5794

2.4550

150 EFPD 1.7609

1.5773

1.5015.*.1.5514

.......... 5867

1. 6775

2.4187

365 EFFD

1......

1.5888

1.4423

1.5721

1.4380

1.7199

2.5923

14

1.6064

1.4712

1.5411

1.4656

1.6894 2.4485

1 7087

1.5545 *

................ 1 6313

1. 5920

1. 7900

2.4156 *

1.6302

2.0521

1.9972

2.3850

15

1.6664

1.9574

1.8974

2.2422

1.7974

1.9695

1. 9130

2. 2491.*.

i M (3-D)

AT: 118% POWER

'IMIS IS 1.EVEL 3 OF 18 WHERE: IB

'IDP OF CORE AND 1. BOTIDM OF CORE

............................E.........D.........C.........B.........A H

G F

1.7865

1.3327

1.6335

1.4174

1.7785

1.5478

1.6067

1.6902

I 8

1.7402

1.3626

1.6064

1.4233

1.7702

1.5941

1.5789

1.6623

1.B133

1.4618

1. 6726

1.4882

1.8076

1.6576

1. 6169.*.1.7200

i 1.3342

1.5933

1.3560

1.7723

1.3760

1.4278

1.4665

2.1024

9

1.3635

1.5762

1.3750

1.7319

1.4063

1.4262

1.4562

1.9474

1.4621

1.6562

1.4684

1.7697

1.4455

1.4851..*.1.4810

1.8857

1.6342

1.3521 = 1.7914

1.3510

1.6943

1.3997

1.5865

2.0339

10

1.6061

1.3722

1.7579

1.4037

1.6430

1.3904

1.5142

1.8781

1.6726 = 1.4667

1 8093

1.4716

1. 6550

1. 4205

1.5430

1 8255

1.4185

1.7690

1.3474

1.7759

1.4439

1.4503

1.4550

2.4338

11

1.4242 = 1.7301

1.4007

1.7241

1.4364

1.4043

1.4450

2.2284

1.4885

1.7682

1.4693

1.7391

1.4561

1.4578

1.5121.*. 2.1583

1.7785

1.3755

1.6944

1.4444

1.9568

1.4404

1.6570

12 + 1.7703

1.4052

1.6432

1.4367

1.8732

1.4365

1.5927

1.8078

1.4452

1.6552

1. 4542

1 8264

1.4940

1. 6308

1.5482

1.4273

1.4005

1.4504

1.4483

1.5933

2.6418

4 EPPD 13

1.5940

1.4257

1.3903

1.4042

1.4423

1.5425

2.4266

150 EFFD 1.6577

1.4848

1.4203

1.4576

1.4978

1.5815

2.3144

365 EFPD 1.6083

1.4670

1.5866

1.4562

1.7335

2.6284

14

1.5798

1.4565

1.5144

1.4458

1.6624

2.4202

1.6173

1.4811 + 1.5430

1.5125

1.6996

2.3115 *

1.6905

2.1034

2.0345

2.4352

15

1.6625

1.9481

1.8784

2.2286

1.7202

1.B061.*.1.8254

2.1579

I

MCEl-0400-47 Page 140 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 3 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin)- Normal Operation MO (3-D)

AT 11 M 1CWER

%2S IS 1.EVEL 2 OF 18 WHERE: 18. TOP OF CORE AND 1. BJ1*IDM OF CORE H

G F

E D

C B

A

1.8722

1.4232

1.7173

1.5191

1.8695

1.6795

1.7730

1.9452

8

1.7873

1.4248

1.6499

1.4987

1.8086

1.6730

1.6860

1.8401 *

1.8097

1.4867

1.6684

1.512 2.*.1 7860

1.6672..*.1.6493

1.804.

1.4248

1.6732

1.4529

1.8644

1.4873

1.5487

1.6287

2.3610

9

1.4257

1.6186

1.4391

1.7762

1.4787

1.5033

1.5739

2.1184 *

1.4870

1. 6518

1.4941

1.7588

1.4711

1 5009

1.5386

1.9644 *

1.7180

1.4487

1.8922

1.4560

1.7922

1.5303

1.7458

2.2715

10

1.6497

1.4362

1.8085

1.4685

1.6928

1.4845

1.6176

2.0308

1.6683

1.492

............... 4. *.1 80 32..*.1. 4 913

1. 6 4 91

1. 4 596

1. 575 9

1. 8 9 0 5 *

1.5203

1.8609

1.4521

1.8597

i.5566

1.5757

1.6320

2.7272

11

1.4896

1.7743

1.4654

1.7608

1.5129

1.4845

1.5697

2.4221

. 1 5126

1 7573

1 4889

1.7196

1.4872

1. 4754

1.5687

2.2536 *

1.8694

1.4868

1.7922

1.5571

2.0908

1.5974

1.8379

12

1.8087

1.4775

1.6930

1.5132

1.9470

1.5443

1.7132 *

1.7662

1.4708

1.6493 *

.............................1.4853

1.8288

1 5355

1.6795 *

1.6800

1.5482

1.5311

1.5757

1.6061

1.7570

2.9473

4 EPPD 13

1.6729

1.5027

1.4843

1.4644

1.5505

1.6452

2.6243

150 EFPD

. 1. 6673

1. 5006

1.4594

1.4752

1.5394

1.6109

2. 4070

365 EFPD

1.7746

1.6291

1.7459

1.6332

1.9227

2.9323

14

1.6870

1.5742

1.6178

1.5705

1.7882

2,6174 *

1.6496

1.5388

1. 5759

1. 5692..*.1. 7504

2. 4039 *

1.9456

2.3621

2.2723

2.7288

15

1.8404

2.1192

2.0311

2.4223 *

1.8045

1. 9648

1.8904

2. 2532..*

MC (3-D)

AT: 118% POWER WIS IS LEVEL 1 OF 18 WHERE: la. TOP OF CORE AND 1 = BM. OF CORE H

G F

D C

B

................................E....................................A.....

2.4085

1.8245

7.241D

1.9475

2.4177

2.3658

2.5160

3.0313

6

2.2786

1.8274

2.1253

1.9035

2.2971

2.2725

2.3216

2.7473 *

2.2675 *

.......... 1. 9208

2.1065

1.9434..*.2.2081

2.1634

2.1841.*. 2. 5373 *

1.8266

2.1828

1.8647

2.4155

1.9396

2.1437

2.0955

3.4321

9

1.8285

2.0852

1.8437

2.2693

1.9175

2.0314

2.0038

3.0014 *

1. 9211..*. 2. 0863

1. 9247

2. 1986

1. 9091

1.9615

1.9820

2.6913 *

2.2420

1.8592

2.4539

1.9886

2.3349

1.9300

2.4516

3.3302

10

2.1249

1.8399

2.3063

1.9679

2.1750

1.8722

2.2206

2.8879 *

2.1064

1.9226

2.2436

1.9698

2.0732

1.8706

2.0920

2.5816 *

1.9491

2.4109

1.9833

2.3774

1.9601

2.1834

2.2629

3.9779

II

1.9047

2.2669

1.9637

2.2215

1.9170

2.0124

2.1212

3.4416 *

1.9438

2.1967

1.9667

2.1237

1.9142

1. 9344

2.0579

3.1002..*

2.4176

1.9389

2.3350

1.9608

2.7324

2.2364

2.6462

12

2.2972

1.9159

2.1752

1.9174

2.5039

2.1059

2.3981 *

2.2003

1.9087

2.0734

1.9117

2.2945

2. 0362..*.2.2649 *

2.3666

2.1429

1.9310

2.1835

2.2486

2.5251

4.3319

4 EFPD 13

2.2724

2.0307

1.8720

2.0124

2.1144

2.2831

3.7380

150 EFPD

2.1635

1.9611..*. 1. 8704

1. 9341.*. 2. 0415

2.1362

3.3051

365 EFPD

2.5184

2.0961

2.4517

2.2647

2.7663

4.3099

14

2.3230

2.0101

2.2208

2.1223

2.5030

3.7281 *

...1846

1 9821.*.2.092D

2.0585

2.3 606

3.3008 *

2.

3.0319

3.4337

3.3313

3.9802

15

2.7477

3.0025

2.8864

3.4419 *

2.5375

2.6918

2.5814

3.0996

t

__-_.__.__.____-a

MCEI-0400-47 Page 141 of l53 McGuire 2 Cycle 9 Core Operating Limits Report Table 4 Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Power Escalation MC (3-D)

AT: 1184 POWER 4 EFPD THIS IS LEVEL 18 OF IB WHERE: 18. TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

2.48,1 2.0453 2.3494 2.0923 2.3135 2.3179 2.4310 2.9094 9*

2.0476 2,2980 2.0719 2.3939 2.0825 2.1770 2.1563 3.0458 10

2.3504 2.0658 2.5087 2.1982 2.3568 2.1099 2.5092 3.0447 11 2.0940 2.3894 2.1924 2.3590 2.0009 2.2775 2.3904 3.5299 12

2.3134 2.0819 2.3568 2.0816 2.6396 2.3756 2.4873 13

2.3187 2.1761 2.1110 2.2776 2.3886 2.4712 3.7587 14

2.4333 2.1569 2.5093 2.3922 2.6021 3.7396 15

2.9100 3.0472 3.0456 3.5319 MC (3-D AT: 116% POWER 4 EFFD THIS IS LEVEL 17 OF IB WHERE: 1B. TOP OF CORE AND 1 = BOTI'OM OF CORE H

G F

E D

C E

A B*

1.9031 1.5480 1.7743 1.5873 1.7624 1.6257 1.6967 1.8591 9*

1.5497 1.7328 1.5751 1.8266 1.5464 1.5453 1.6243 2.1045 10

1.7751 1.5705 1.9122 1.5765 1.7830 1.6147 1.7578 2.0665 11

1.5866 1.8232 1.5723 1.8242 1.6020 1.6097 1.6831 2.4376 12

1.7623 1.5459 1.7830 1.6025 1.2890 1.6480 1.7103 13 ' 1.6262 1.5447 1.6156 1.6097 1.6570 1.6800 2.5758 14 ' 1.6983 1.6247 1.7578 1.6844 1.7892 2.5627 15

1.6595 2.1054 2.0672 2.4390 MC (3-D)

AT: 119% POhER 4 EFFD THIS IS LEVEL 16 OF IB WHERE: IB = TOP OF CORE AND 1m BOTTOM OF CORE H

G F

E D

C B

A 8*

1.7720 1.4252 1.6712 1.4665 1.6842 1.4830 1.5230 1.5991 9'

1.4268 1.6261 1.4577 1.7462 1.4078 1.4025 1.4394 1.8844 10

1.6720 1.4535 1.8149 1.4449 1.6869 1.4511 1.5701 1.8471 11

1.4677 1.7430 1.4410 1.7509 1.4636 1.4500 1.4701 2.2002 12

1.6841 1.4073 1.6870 1.4642 1.8537 1.4453 1.5303 13 ' 1.4834 1.4019 1.4519 1.4500 1.4532 1.5040 2.3240 1.5244 1.4398 1.5702 1.4713 1.6009 2.3122 14

15

1.5994 1.8852 1.8477 2.2014 MC (3-D}

AT: 11E% FOWER 4 EFPD THIS IS LEVEL 15 OF IB WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

1.7637 1.3942 1.6647 1.4779 1.7268 1.4735 1.4927 1.5358 9*

1.3958 1.6186 1.4281 1.7829 1.3995 1.3868 1.3975 1.8500 10

1.6654 1.4239 1.8075 1.4379 1.7067 1.4150 1.5317 1.8161 11

1.4791 1.7795 1.4341 1.7737 1.4536 1.4259 1.4213 2.1680 12

1.7267 1.3990 1.7067 1.4541 1.8600 1.4010 1.5063 13 ' 2.4739 1.3863 1.4158 1.4259 1.4C86 1.4761 2.3064 14

1.4941 1.3979 1.5318 1.4224 1.5758 2.2947 15

1.5361 1.R508 1.8166 2.1692

MCEI-0400-47 Page 142 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 4 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Power Escalation MC (3-D)

AT: 118% POWER 4 EFPD THIS IS LEVEL 14 OF 18 WHEhE: 1B = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

1.8399 1.4369 1.7328 1.5340 1.832B 1.5271 1.5313 1.5588 9*

1.43B5 1.6858 1.4701 1.8558 1.4516 1.4328 1.4271 1.9036 10

1.7336 1.4658 1.8782 1.4719 1.7640 1.4257 1.5459 1.8713 11

1.5352 1.8523 1.46B0 1.8351 1.4969 1.4541 1.4303 2.2030 12

1.8327 1.4511 1.7641 1.4974 1.93B3 1.4284 1.5472 13

1.5275 1.4322 1.4265 1.4542 1.4362 1.5198 2.3917 14 ' 1.5328 1.4275 1.5460 1.4314 1.6186 2.3796 15

1.5591 1.9045 1.8719 2.2042 MC (3-D)

AT: 118% POWER 4 EFPD THIS IS LEVEL 13 OF 18 WHERE: IB = TOP CF CORE AND 1 = BOTTOM CF CORE H

G F

E D

C B

A B*

1.9968 1.5369 1.8613 1.6295 1.9774 1.6239 1.6178 1.6353 9*

1.5387 1.8143 1.5650 1.9885 1.5387 1.5128 1.5021 2.0099 10

1.8621 1.5604 2.0127 1.5598 1.8745 1.4889 1.6127 1.9698 1.6309 1.9847 1.5556 1.9595 1.5777 1.5153 1.4767 2.3144 11 12

1.9773 1.5382 1.8745 1.5783 2.0790 1.4987 1.6253 13 1.6244 1.5122 1.4897 1.5154 1.5068 1.6030 2.5344 1.6194 1.5026 1.6128 1.4779 1.7003 2.5216 14 15

1.6356 2.0109 1.9704 2.3157 MC (3-D)

AT: 118% POWER 4 EFPD THIS IS LEVEL 12 OF 18 WHERE-18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

2.2051 1.6786 2.0353 1.7644 2.1418 1.7430 1.7272 1.7342 9*

1.6805 1.9690 1.7000 2.1660 1.6702 1.6280 1.5990 2 1408 10

2.0362 1.6951 2.1950 1.6858 2.0379 1.6018 1.7311 2.0961 11 1.7658 2.1620 1.6813 2.1314 1.6995 1.6216 1.5748 2.4981 12

2.1417 1.6697 2.0379 1.7001 2.2428 1.5906 1.7402 13

1.7435 1.6274 1.6027 1.6216 1.5993 1.7111 2.7196 14

1.7288 1.5995 1.7312 1.5760 1.0205 2.7058 15

1.7346 2.1417 2.0968 2.4996 MC (3-D)

AT: 116% POWER 4 EFPD THIS IS LEVEL 11 OF 10 WHERE: 18 = TOP OF CORE AND 1 : BOTTOM CF CORE H

G F

E D

C B

A B*

2.4319 1.0303 2.2299 1.9166 2.3369 1.8727 1.8367 1.8337 9*

1.0403 2.1845 1.8528 2.3641 1.6072 1.7485 1.7028 2.2813 10

2.23D9 1.6474 2.3992 1.826B 2.2133 1.7554 1.B704 2.2442 11

1.9182 2.3597 1.8219 2.3246 1.8626 1.7811 1.7215 2.7234 12

2.3360 1.8067 2.2134 1.8632 2.4533 1.7376 1.9121 13

1.8733 1.7476 1.7563 1.7811 1.7471 1.8768 2.9960 14

1.8405 1.7032 1.8705 1.7228 2.0004 2.9808 15

1.8341 2.2823 2.2450 2.7250 f

MCEl-0400-47 i

Page 143 of 153 McGuire 2 Cycle 9 Core Operating Limits Report

' Fable 4 (cont)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin)- Power Escalation MC (3-D)

AT: 118% POWER 4 EFPD THIS IS LEVEL 10 OF 18 WHERE: IB = TOP OF CORE AND 1 = T)TTOM OF CORE f

H G

F E

D C

B A

B*

2.5311 1.9418 2.3455 2.0469 2.4807 2.0474 1.9936 1.9739 9*

1.9440 2.2910 1.9665 2.5082 1.9664 1.9090 1.8449 2.4733 10

2.3465 1.9608 2.5338 1.9792 0.4044 1.9066 2.0321 2.4393 2.04E6 2.5035 1.9739 2.5143 2.0184 1.9570 1.8972 2.9723 11 12

2.4006 1.9659 2.4044 2.0192 2.6706 1.9277 2.124e 13

2.0480 1.90B3 1.9076 1.9571 1.9302 2.0905 3.3412 14

1.9955 1.8454 2.0322 1.8987 2.2229 3.3243 15

1.9743 2.4744 2.4401 2.9740 MC (3-D)

AT: 118% POWER 4 EFPD THIS IS LEVEL 9 OF 18 WHERE: 18 = TOP OF CORE AND 1: BOTTOM OF CORE H

G F

E D

C B

A B*

2.4455 1.8664 2.2644 1.9694 2.4100 2.0163 2.0037 2.0250 9*

1.8685 2.2112 1.8911 2.4245 1.9000 1.8841 1.8514 2.5392 10

2.2654 1.8856 2.4470 1.6977 2.3162 1.8828 2.0536 2.5199 11

1.9710 2.4199 1.0927 2.4261 1.9728 1.9312 1.8822 3.0735 12

2.4099 1.9074 2.3162 1.9735 2.6249 1.9022 2.1246 13

2.0169 1.B834 1.8838 1.9313 1.9125 2.0830 3.3811 2.0056 1.8519 2.0537 1.5837 2.2226 3.3640 14

15

2.0254 2.5403 2.5206 3.0753 M2 (3-D)

AT: 118% POWER 4 EFPD THIS IS LEVEL 8 OF IB WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A

...........e..........,......,........

....,........e............

8*

2.3727 1.7995 2.1877 1.8783 2.2763 1.9555 1.9334 1.9353 9*

1.8016 2.1387 1.8198 2.3164 1.8057 1.8271 1.7833 2.4292 10

2.1887 1.8145 2.3645 1.8213 2.2345 1.8339 1.9788 2.4067 11

1.8798 2.3121 1.8165 2.3477 1.B985 1.9101 1.8412 2.9410 12

2.2762 1.8051 2.2346 1.8992 2.5326 1.8795 2.0868 13

1.9561 1.8264 1.8348 1.9101 1.8897 2.0594 3.3052 14

1.9352 1.7839 1.9789 1.8427 2.1831 3.2884 15

1.9357 2.4304 2.4094 2.9427 MC (3-D)

AT: 11E% POWER 4 EFPD THIS IS LEVEL 7OF18 WHERE: IB = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

2.2252 1.6740 2.0215 1.7422 2.1301 1.8188 1.0019 1.8068 9*

1.6759 1.9831 1.6796 2.1537 1.6B11 1.6920 1.6579 2.2781 10

2.0224 1.6747 2.1756 1.6779 2.05BB 1.6887 1.8280 2.2500 11

1.7436 2.1496 1.6735 2.1674 1.7592 1.7773 1.7236 2.7341 12

2.1300 1.6005 2.0508 1.7598 2.3690 1.7542 1.9527 13

1.6194 1.6914 1.6896 1.7773 1.7638 1.9154 3.0465 14

1.8036 1.6584 1.8281 1.7250 2.0428 3.0311 15

1.0072 2.2792 2.2507 2.7356 5

MCEI-0400-47 Page 144 of 153 McGuire 2 Cycle 9 Core Operating Limits Report 1Dable 4 (cont.)

Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Power Escalation MC (3-D)

AT: 116% POWER 4 EFPD THIS IS LEVEL 6 OF 18 WHERE: 18 TOP OF CORE AND 1e BOTTOM OF CORE H

G F

E D

C B

A 8*

2.0386 1.5323 1.8690 1.6067 1.9790 1.7071 1.6995 1.7085 i

9*

1.5340 1.8277 1.5476 1.9977 1.5444 1.5630 1.5593 2.1627 10

1.8698 1.5431 2.0178 1.5445 1.9093 1.5569 1.7061 2.1254 11

1.6080 1.9940 1.5404 2.0089 1.6190 1.6326 1.5841 2.5667 i

12

1.9789 1.5439 1.9093 1.6196 2.1765 1.6057 1.8075 I

13

1.7077 1.5824 1.5577 1.6327 1.6144 1.7630 2.8349 14

1.7011 1.5597 1.7062 1.5853 1.8909 2.8205 15

1.7068 2.1637 2.1261 2.5682 l

MC (3-D)

AT: 118% POWER 4 EFPD THIS Is LEVEL 5 OF 18 t

WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

C F

E D

C B

A 8*

1.9076 1.4263 1.7472 1.4970 1.8657 1.6054 1.6326 1.6476 9*

1.4279 1.7081 1.4422 1.B716 1.4417 1.4872 1.4864 2.0919 10

1.7460 1.4380 1.8912 1.4363 1.7902 1.4542 1.6241 2.0452 11

1.4982 1.8683 1.4325 1.6547 1.5142 1.5232 1.4891 2.4498 12

1.8656 1.4412 1.7902 1.5148 2.0427 1.4981 1.6994 13

1.6059 1.4867 1.4549 1.5233 1.5062 1.6520 2.6800 14

1.6341 1.4868 1.6241 1.4903 1.7778 2.6664 f

15

1.6479 2.0929 2.0459 2.4512 MC (3-D)

AT: 110% POWER 4 EFPD THIS IS LEVEL 4OF18 WHERE: IB = TCP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A B*

1.8190 1.3551 1.6624 1.4288 1.7952 1.5464 1.5872 1.6379 9*

1.3566 1.6258 1.3707 1.7929 1.3800 1.4281 1.4419 2.0512 10

1.6631 1.3667 1.8090 1.3640 1.7111 1.3934 1.5721 1.9966 11 ' 1.4300 1.7696 1.3604 1.8029 1.4524 1.4573 1.4369 2.3836 12

1.7951 1.3796 1.7111 1.4529 1.9637 1.4341 1.6440 13

1.5469 1.4275 1.3942 1.4573 1.4419 1.5867 2.6055 14

1.5888 1.4423 1.5721 1.4380 1.7199 2.5923 15 ' 1.6382 2.0521 1.9972 2.3850 M2 (3-D)

AT: 118% POWER 4 EFFD THIS IS LEVEL 3 OF 18 WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE H

G F

E D

C B

A 8*

1.7B65 1.3327 1.6335 1.4174 1.7785 1.547B 1.6067 1.6902 9*

1.3342 1.5933 1.3560 1.7723 1.3760 1.4278 1.4665 2.1024 10

1.6342 1.3521 1.7914 1.3510 1.6943 1.3997 1.5565 2.0339 11

1.4165 1.7690 1.3474 1.7759 1.4439 1.4503 1.4550 2.4338 12

1.77B5 1.3755 1.6944 1.4444 1.956B 1.4404 1.6570 13

1.5482 1.4273 1.4005 1.4504 1.4483 1.5933 2.6418 14

1.6083 1.4670 1.5866 1.4562 1.7335 2.6284 15

1.6905 2.1034 2.0345 2.4352

I i

i 1

i l

MCEI-0400-47 Page 145 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report i

I Table 4 (cont-)

l Core Operating Limits Report M-sub-C Values (F-sub-Q RPS Margin) - Power Escalation i

MC 13-D)

AT: 118% POWER 4 EFFD THIS IS LEVEL 2OFIB BOTTOM CF CORE WHERE: 18 TOP OF CCRE AND 1 z H

G F

E D

C B

A B*

1.8722 1.4232 1.7173 1.5191 1.8695 1.6795 1.7730 1.9452 9*

1.4248 1.6732 1.4529 1.6644 1.4873 1.5487 1.6287 2.3610 10

1.7100 1.44B7 1.6922 1.4560 1.7922 1.5303 1.745B 2.2715 11

1.5203 1.8609 1.4521 1.0597 1.5566 1.5757 1.6320 2.7272 12

1.0694 1.4666 1.7922 1.5571 2.0908 1.5974 1.6379 13

1.6000 1.5462 1.5311 1.5757 1.6061 1.7570 2.9473 f

14

1.7746 1.6291 1.7459 1.6332 1.9227 2.9323 i

i 15

1.9456 2.3621 2.2723 2.72BB l

MC (3-D1 AT: 1164 POWER 4 EPPD THIS IS LEVEL 1 OF IB WHERE: 18 = TOP OF CORE AND 1 = BOTTOM OF CORE

[

t H

G F

E D

C B

A l

l 8*

2.4005 1.8245 2.2410 1.9475 2.4177 2.3658 2.5160 3.0313 9*

1.8266 2.1820 1.8647 2.4155 1.9396 2.1437 2.0955 3.4321 i

10

2.2420 1.6592 2.4539 1.9686 2.3349 1.9300 2.4516 3.3302 11

1.9491 2.4109 1.9833 2.3774 1.9601 2.1834 2.2629 3.9779 12

2.4176 1.9369 2.3350 1.9608 2.7324 2.2364 2.6462 13

2.3666 2.1429 1.9310 2.1835 2.2406 2.5251 4.3319 2.5194 2.0961 2.4517 2.2647 2.7683 4.3099 14 15

3.0319 3.4337 3.3313 3.9602 1

l i

l t

I l

l 1

i l

l l

l

1 MCEl-0400-47 Page 146 of 153

)

McGuire 2 Cycle 9 Core Operating Limits Report t

l'able 5 Core Operating Limits Report F-delta-H / M-delta-H Values - Normal Operation FDHD / MH (3-D) AT: 100% FDWER 4 EFFD H

G F

E D

C B

A B

1.0300

1.3977

1.1310

1.3262

1.0571

1.2450 ' 1.2021

1.1121

l 1.4652

1.1052

1.3634

1.1435

1.3948 1.2077

1.2328

1.3044

9

1.3962

1.1580

1.3804

1.0555

1.3701

1.3469

1.3070 *

.9291

1.1065

1.3293

1.1243

1.4214

1.1204

1.1254

1.1417

1.5537

10

1.1305 3845

1.0403

1.3748

1.1056

1.3639

1.2164 *

.9564

1.364f 1211

1.4603

1.1372

1.3789

1.1314

1.2386

1.5209

11

1.3252

1.0574

1.3785

1.0556

1.3187

1.3237

1.3033 *

.8112

1.1444 *

1.1341

1.4420

1.1750

1.1699

1.1796

1.8089 *

.......... 1 4167

~

3 l

l 12

1.0571

1.3705

1.1056

1.3182 *

.9550

1.3050

1.1796 *

1.5491

1.1730

1.2836

i

'.1 3948

1.1201

1.3789

1.1754 13

1.2446

1.3474

1.3632 ' 1.3236

1.2979

1.1660 *

.7466

F-DELTA-H

'.1.2080

1.1250

1.1320

1.1699

1.1794 '. 1.2986

1.9927 '

M-DELTA-H 14

1.2009

1.3066

1.2163

1.3023

1.1275 *

.7504 *

1.2339

1.1421

1.2366

1.1805 '. 1.3428

1.9826

15

1.1119 *

.9207 *

.956'

.8107 *

1.3046 '. 1.5544

1.5214

1.8099

4 FDHD / MH (3-C) AT: 100% FOWER 150 EFFD H

G F

E D

C B

A B

1.0216

1.3427

1.1155

1.2995

1.0319

1.1762

1.1674

1.0781 *

1 4407

1.1497

1.3576

1.1656

1.3981

1.2445

1.2414

1.3485

9

1.3418

1.1348

1.3388

1.0476

1 3224

1.3034

1.2726 *

.9491 *

1.1504

1.3317

1.1568

1.4028

1.1357

1.1363

1.1735

1.4945

10

1.1157

1.3416

1.0282 ' 1.3069

1.1077 ' 1.3382

1.2103

9791 *

1.3574

1.1544

1.4488

1.1718

1.3777

1.1360

1.2246

1.4606

11

1.2986

1.0468

1.3097

1.0545

1.3010

1.3056

1.2574 *

.8372

1.1664 ' 1.4014 ' 1,1693

1.4139

1.1679

1.1624 ' 1.2084

1.7245

12

1.0319

1.3234 ' 1.1076

1.3007 *

.9645

1.2597

1.1588 '

)

1.3982

1.1348

1.3779

1.16B2

1.5274

1.1904

1.2809

13

1.1763

1.3039

1.3384

1.3057

1.2546 ' 1.1418 *

.7719

F-DELTA-H j

1.2445

1.1350

1.1358

1.1623 ' 1.1952

1.2976

1.8899 ' M-CELTA-H 14

1.1668

1.2724

1.2102

1.2568

1.1102 *

.7740

I 1.2421

1.1737

1.2247

1.2090

1.3369

1.5849

l 15

1.0779 *

.9488 *

.9789 *

.8372

1.3487 1.495D

1.4608

1.7247

4 I

m

i 1

MCEI-0400-47 Page 147 of l53 McGuire 2 Cycle 9 Core Operating Limits Report j

1Dable 5 (cont.)

Com Operating Limits Report F-delta-H / M-delta-H Values - Normal Operation FDHD / MH (3-D) AT: 100% POWER 365 EFPD d

H C

F E

D C

D A

{

0*

.9925

1.2606

1.0621

1.2399 ' 1.0669 ' 1.1184

1.1311

1.0455

1.2750

1.3597

1.4827 1.2003

1.3965 2.2047

1.4368

1.2794 j

1.2722 ' 1.2419

1.2280 *

.9670

9* 1.2604 ' 1.0934

1.2576

1.0291 1.2005 1.3773

1.2139

1.4347

1.1007

1.1963

1.1862

1.4671

10

1.0821 ' 1.2590

1.0075

1.2490 ' 1.0929

1.2894

1.1834 *

.997/

1.2125

1.4861

1.209B 1.3695

1.1721

1.2450

1 4'33 *

1.3964 11

1.2396

1.0300

1.2510 ' 1.0442

1.2560

1.2595

1.2035 *

.6544

1.2049

1.4335

1.2079

1.4241

1.2001

1.2023

1.2579

1.6900

12

1.0066

1.2725

1.0927

1.2596 *

.9762

1.2149

1.1272

1.2004

1.3697

1.2065

1.4757

1.2331

1.2967

1.4369 13

1.1103

1.2422

1.2896

1.2597

1.2118

1.1106 '. 7 9 9 8

F-DELTA-H 1.2795

1.1860

1.1719

1.2021

1.2362

1.3037 1.7994

M-DELTA-H 14

1.1308

1.2279

1.1834

1.2032

1.0615 *

.0008

1.1663

1.2450

1.2582

1.3514

1.7971

1.2754 15

1.0454 *

.9668 *

.9978 *

.8546

1.3598

1.4674

1.4332

1.6897

y FDHD / MH (3-D) AT: 75% POWER 4 EFPD H

G F

E D

C B

A i

8*

.9202

1.3474

1.1082

1.3253

1.0592

1.2770

1.2404 1.1454 1.8229

1.3924

1.6678

1.3683

1.6468

1.4049

1.4384

1.5340

9

1.3459

1.1244

1.3678

1.0453

1.3870

1.3818

1.3441 *

.9499

t 1.3940

1.6466

1.3876

1.7011

1.3156 1.3086

1.3413

1.8312

10

1.1077

1.3710

1.0243 ' 1.3769 ' 1.1004

1.3868

1.2447 *

.9725

t

1. 6 6 8 5 + 1. 3 0 3 5

1. 7 62 5

1. 3 613

1. 65 06 + 1. 3 3 4 8

1. 4 515

1. 7 8 9 6

11

1.3242

1.0473

1.3806

1.0348

1.2926

1.3294

1.3207 *

.B157 *

1.3694

1.6979

1.3577

1.7727 1.4360

1.4144

1.4046

2.1475

j 12

1.0593

1.3883

1.1004

1.2922 *

.86BB

1.2797

1.1665

1.6467

1.3152

1.6506 ' 1.4365

1.9334

1.4225

1.5667

13

l'.2766

1.3823

1.3861

1.3294

1.2727 ' 1.1403 *

.7269

F-DELTA-H 1.4054 1.3081

1.3355

1.4144

1.4303

1.5005

2.4601

M-DELTA-H 14

1.2392

1.3438

1.2447

1.3197

1.1150 *

.7306

1.4398

1.3417 1.4515

1.4057

1.6390

2.4476

15

1.1452 *

.9495 *

.9722 *.8152

1.5343 ' 2.8321

1.7902

2.1468

l

~

i l

t

+

MCEI-0400-47 Page 148 of 153 McGuire 2 Cycle 9 Core Operating Umits Report Table 5 (cont.)

Core Operating Limits Report F-delta-H / M-delta-H Values - Normal Operation

{

t I

FDHD / MH { 3-D) AT: 75% POWER 150 EFFD 1

F H

G F

E D

C B

A

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

l

~8*

8923 ' 2.26E6

1.0944

1.3036

1.0375

1.2096

1.2107

1.1174

t 1.E272 ' 1.4133

1.6797

1.3058

1.6702

1.4467 ' 1.4756

1.5791

9 ' 1.2677

1.1000

1.3300

1.0407

1.3440

1.3411

1.3167 *

.9769

1.4142

1.6703

1.3883

1.7055

1.3360

1.3230

1.3726

1.7932

10

1.0946

1.3327 ' 1.0144

1.3100 ' 1.1030

1.3641

1.2428

1.0008

1.6794

1.3055

1.7720

1.3950

1.6377 ' 1.3542

1.4516

1.7323

Il

1.3028

1.0418

1.3128

1.0316

1.2682

1.3067

1.2748 *

.B446

i

1.3867

1.7037

1.3920

1.7613

1.4510

1.4263

1.4454

2.0705 *

~

12

1.0375

1.3451

1.1028

1.2679 *

.8535

1.2221

1.1412

1.6702

1.3349

1.6379

1.4513

1.8627

1.4656 '. 1.5920 *

.7471

T-DELTA-H 13

1. 2 09 6 = 1. 3 416

1.364 3

1. 3 067

1.2172

1.1071 1.4466

1.3225

1.3541

1.4262

1.4715

1.6117

2.3328

M-DELTA-H i

14

1.2100

1.3164 ' 1.2427

1.2741

1.0934 *

.7491

1.4764

1.3728

1.4517

1.4461

1.6624

2.3266

15 ' 2.1172 *

.9766

1.0006 *

.0445

I 1.5794

1.7938

1.7326

2.0707

FDHD / MH (3-D) AT: 75% POWER 365 EFPD H

G F

E D

C B

A 8*

.8154

1.1931

1.0627

1.2530

1.0214

1.1602

1.1670 ' 1.0906

1.8741

1.4956 ' 1.7232

1.4447

1.7205 ' 1.5131

1.4790

1.5961

9

1.1929

1.0562

1.2530

1.0290 ' 1.3026

1.2880

1.2865

1.0093

1.7330

1.3785

1.3741 1.3878

1.7267

1.4950

1.7282 = 1.4658..........................'...................

10

1.0627

1.2552 *.9983

1.2550

1.0895

1.3207

1.2242

1.0311

1.7231

1.4641

1.0046

1.4522

1.6561

1.3726

1.4515

1.6680

11

1.2528

1.0299 ' 1.2570

1.0172

1.2090

1.2515

1.2210 *.6678

1.4450

1.7315

1.4498

1.7738

1.4589

1.4300

1.4664 ' 1.9669

12

1.0212

1.3029 ' 1.0894 ' 1.2114 *

.ED95

1.1522

1.1004

1.7207

1.3782

1.6563

1.4570

1.6330

1.4846

1.6010

13 ' 2.1601

1.2803

1.3209

1.2517

1.1493 ' 2.0664 *

.7655 ' F-DELTA-H 1.4366

1,4885

1.0095

2.2629

M-DELTA-H 1.5132 ' 1.373B

1.3724 1.2064

1.2242

1.220T

1.0558 *

.7665

14

1.1867

1. 4 7 9 4

1. 3 6 0 0

1. 4 515

1. 4 6 6 B

1. 6 6 95

2. 2 6 0 0

15

1.0984

1.0091

1.0311 *

.0600

1.5962

1.7271 ' 1.6BB0

1.9865 *

,,m._ _ -.

4 MCEI-0400-47 Page 149 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 5 (cont.)

l Core Operating Limits Report F-delta-H / M delta-H Values - Normal Operation FDHD / MH [3-D) AT: 50% POWER 4 EFPD H

G F

E D

C H

A 8*

.7795 ' 1.2790

1.0630 ' 1.3280

1.0679

1.3220

1.2936

1.1922

d 2.4660 1.8385

2.2446

1.8159

2.1780

1.7667

1.8322

2.0180

9* 1.2784

1.0645

1.3538

1.0360

1.4138

1.4294

1.3956 *

.9809

1.0406

2.2223 2.e164

2.2717

1.7077

1.6729

1.7625

2.3870

10

1.0825

1.3578

1.0088

1.3799

1.0964

1.4161

1.2B16 *

.9962

2.2455

1.P111

2.3691

1.7685

2.1941

1.7797

1.9275

2.3639 '

1.3270

1.C399

1.3B36

1.C109

1.2530

1.3300

1.3366 *

.B231

11 2.2675

1.7638

2.3556

1.6612

1.0091 1.8621

2.8795

1.6174 12

1.06SO

1.4143

1.0964 ' 1.2526 *

.7470

1.2321

1.1450

2.177 9

1. 7 072

2.19 4 2

1. 861 E

2. 4 921

1. 8 55 6

2. 0 618

13 ' 1.3216

1.4299

1.4154

1.3300

1.2254

1.0982 *. 6 9 9 9

F-CELTA-H 1.7672

1.6722

1.7806

1.8091

1.8657

2.0716

3.1957

M-DELTA-H 1.3952

1.2015

1.3376 ' 1.0944 *

.7035

14

1.2924 1.B339

1.7630

1.9276

1.0636

2.1569

3.1795

15

1.1920 *.9605 *

.9959 *

.E226

2.0184

2.38B1

2.3646

2.8812

FDHD / MH (3-D) AT: 50% PDWER 150 EFFD H

G F

E D

C B

A d

B*

.7026

1.2052

1.0674

1.3159

1.0540

1.2523 ' 1.2345

1.1593

2.4E40

1.9047

2.2667

1.0421

2.2232

1.8694

1.6572

2.0225

9

1.2044

1. 053 E

1.3 09 9

1.037 8

1.3 819 + 1.3 96 9

1. 3713

1. 0152

1.9060

2.2659

1.0591

2.2614

1.7516

1.7056

1.7503

2.3034

10

1.0675 ' 1.3125 *

.9697

1.3066

1.1040

1.4068

1.2934

1.0389 *

2. 2 6 63

1. B 5 5 3

2. 3 8 B1

1. 8 4 4 5

2.154 5

1. 7 017

1. 8 4 91

2. 2 66 9

i 11

1.3150

1.0309

1.3114

1.0044

1.2190

1.3111

1.3059 *

.6651

1.0433

2.2769

1.6406

2.3406

1.8647

1.7547

1.7857

2.5566

12

1.0548

1.3830

1.1039

1.2100 *.6B22

1.1628

1.124B

i 2.2233

1.7502

2.1547

1.8651

2.4430

1.0624

1.9533

13

1.2524

1.3974

1.4069

1.3111

1.1581 ' 1.062B *.7219

F-DELTA-H

1. B f 93

1. 7 0 50

1.7 015

1.7 54 6

1. 6 6 9 9

2. 04 9 6

2. 92 9 6

M-DELTA-H 14

1.2339

1.3711

1.2933

1.3052 ' 1.0777 *.7238

1.BSE2

1.7500

1.6492

1.7867

2.0387

2.9219

15

1.1592

1.0148

1.0308 *

.E650

2.022B

2.3042

2.2073

2.5569

i i

i 1

e i

I i

MCEI-0400-47 3

Page 150 of 153 l

4 McGuire 2 Cycle 9 Core Operating Limits Report Table 5 (cont.)

Core Operating Limits Report i

F-delta-H / M-delta-H Values - Normal Operation 1

i FDHD / MH (3-D) AT: 50% POWER 365 EFPD H

G F

E D

C B

A B*

.6125

1.1040

1.0277

1.2663

1.0393

1.1822

1.1372

1.1062 *

2.4870

2.0207

2.2779

1.9220

2.2224

1.9600

1.9017

2.0689

9 ' 1.1038 *

.9995

1.2147

1.0226

1.3449

1.3396

1.3246

1.0395

2.0210

2.3029

1.9661

2.2647 1,8061

1.7754

1.7

....................................'..................... 892

2.2497 *

.8972

1.2392

1.0962

1.3776

1.2049

1.0001

10

1.0278

1.2161

2.2778

1.9638

2.3758

1.9240

2.1530

1.7124 '.1.8302

2.1781

11

1.2660

1.0235

1.2412 *

.9909

1.1722

1.2752

1.2750 *

.9061

l

}

1.9225

2.2627

1.9209

2.3081

1.9087 1.7674

1.7715

2.4486 12

1.0392

1.3452

1.09f1

1.1737 *.6295

1.1144 ' 1.1114

j

2.2226 '. 1.6057 '.2.1532

1.9063

2.3548

1.9155

1.9509

t 13

1.1821

1.3390

1.3778

1.2754

1.1115

1.0499 *

.761B

F-DELTA-H

1.9609

1.7750

1.7122

1.7672

1.9204

2.0497

2.7610

M-DELTA-H 14

1.1369

1.3245

1.2049

1.2746

1.0664

7627

i

1.9022

1.7893

1.0362

1.7720

2.0333

2.7574

I 15

1.1061

1.0393

1.0E02 *

.9063

2.2502

2.1779

2.4401

i

+ 2.0691 i

i I

a l

4 4

I s

l l

MCEl-0400-47 Page 151 of 153 1

McGuire 2 Cycle 9 Core Operating Limits Report I

4 1rable 6 Core Operating Limits Report F-delta.H / M-delta-H Values - Power Escalation l

FDHD / MH 13-D) AT: 1004 POWER 4 EFPD l

H G

F E

D C

B A

B

1.0221

1.3949

1.1309

1.3273

1.0503 ' 1.2466

1.2039 ' 1.1140

1.4652

1.1052

1.3634 1.1435

1.3948

1.2077

1.2328

1.3044

j 1.3088 *

.9306

1.3484 9

1.3933

1.1570

1.3008

1.0563

1.3714 1.1065 + 1.3293

1.1243

1.4214

1.1204

1.1254

1.1417

1.5537

10

1.1304 ' 1.3849

1.0408

1.3755

1.1059

1.3647

1.2175 *

.9576 *

1.3640

1.1211

1.4603

1.1372

1.3769

1.1314

1.2366

1.5209

11

1.3262

1.05B2

1.3792

1.0550

1.3164

1.3228

1.3036 *

.8118 *

1.1444

1.4187

1.1341.*. 1.4420

1.1750

1.1699

1.1796 '.1.8089

12

1.0563

1.3719

1.1059 ' 1.3159 *

.9478

1.3019

1.1784

1.1730

1.2836 *

1.3948

1.1201 '.1.3789

1.1754

1.5491

13

1.2462 ' 1.3489

1.3640

1.3228

1.2949 ' 1.1638 *. 7 4 5 6

F-CELTA-H

1.2080

1.1250

1.1320

1.1699

1.1794

1.2966

1.9927

M-DELTA-H t

1.

1.2026

1.3065

1.2174

1.3026

1.1264 *

.7494

l

1.2339 '.1.1421

1.2306

1.1805

1.3428

1.9826

15

1.1138 *

.9302 *

.9573 *

.8113 *

1.3046

1.5544

1.5214

1.8099

FDHD / MH (3-D) AT: 75% POWER 4 EFFD H

G F

E D

C B

A 3

2 8*

.9729

1.3667

1.1075

1.3159 ' 1.0492 + 1.2637

1.2259

1.1301 *

1.6229

1.3924

1.6678

1.3683

1.6468

1.4049

1.4304

1.5340

1.3300 *

.9306

9

1.3f52

1.129P

1.3634

1.0305

1.3767

1.3697

1.3940

1.6466

1.3876

1.7011

1.3156

1.3086

1.3413

1.0312

10

1.1070

1.3674

1.0193

1.3710

1.0982

1.3812

1.2368 *

.9640 *

1.f685

1. 3 E 3 5

1. 7 62 5

1. 3 613

1. 6 5 0 6

1. 3 3 4 8

1. 4 515

1. 7 8 9 6

11

1.3149

1.0404

1.3746 ' 1.0363

1.3100

1.3377

1.3205 *

.8123

i 1.6979

1.3577

1.7727

1.4360

1.4144

1.4046

2.1475 *

1.3694 1.3061

1.1704

12 ' 1.0493 ' 1.3771

1.0981

1.3096 *

.9204 '

1.6467 ' 1.3152

1.6506

1.4365

1.9334

1.4225

1.5667

13

1. 2 6 3 3

1. 37 02

1. 38 04 + 1. 337 6

1.2 9 91

1.1602 *.7365

F-DELTA-H 1.4054 ' 2.3081

1.3355

1.4144

1.4303 ' 1.5805

2.4601 ' M-DELTA-H 14 ' 2.224E

1.3296

1.2367

1.3195

1.1264 *

.7402 *

1.4398

1.3417

1.4515

1.4057

1.6390

2.4476

15

1.1299 *

.93B2 *

.9637

.8118

1.5343

1.0321

1.7902 ' 2.1488 *

,0

MCEl-0400-47 t

Page 152 of 153 l

McGuire 2 Cycle 9 Core Operating Limits Report l'able 6 (cont.)

i Core Operating Limits Report F-delta-H / M-delta-H Values - Power Escalation i

f FOHD / MH (3-D) AT: 50% POWER 4 EFPD l

H G

F E

D C

B A

B*

. 937 0

1.3 3 85

1. 07 9 3

1.2 9 04

1. 03 5 0

1.27 B6

1.246 8

1.14 4 3 '

l 2.4660

1.6385

2.2446

1.8159

2.1760

1.7067

1.6322

2.0100

i 4

9

1.3370

1.0990

1. 3 3 9 B

1. 015 9

1. 37 8 3

1. 3 89 9

1. 3 5 0 4 *

.9453 '

l

1.0406

2.2223

1.0164

2.2717

1.7077

1.6729

1.7625 * '2.3870

10

1.0769

1.3437 *

.9930

1.3619

1.0887

1.3984

1.2565 *

.9696 *

[

2.2455

1.8111 = 2.3691

1.7605 2.1941

1.7797

1.9275

2.3639

l 11

1.2974

1.0178

1.3656

1.0209

1.3091

1.3571

1.3399 *

.8131 *

1.B174

2.2675

1.763B

2.3556

1.B612

1.8091

1.8621

2.8795

P 12

1.0358

1.3787

1.0887

1.3086 *

.9093

1.3195

1.1633 *

2.1779

1.7072

2.1942

1.6618

2.4921

1.6556

2.0618 *

[

13

1.2782

1.3904

1.3977

1.3571

1.3123

1.1625 *

.7305

F-DELTA-H

'. 1.7872 '.1.6722

1.7B06

1.8091

1.0657

2.0716

3.1957

M-DELTA-H 14

1.2456

1.3500

1.25E4

1.3380

1.1311 *

.7342

j

1.8339 '.1.7630

1.9276

1.0636

2.1569

3.1795

15

1.1441 *

.9449 *

.9693 *

.8127 *

2.0104

2.38B1

2.3646

2.SB12

i FDHD / MH (3-D) AT: 30% POWER 4 EFPD l

t H

G F

E D

C B

A 8*

.9037

1.3094

1.0520

1.2808

1.0238

1.2932

1.2671

1.1500

l

2.4660

1.8385

2.2446

1.8159

2.1780

1.7867

1.8322

2.0180

t 9

1.3079

1.0690

1.3156 *

.9949 ' 1.3794

1.4091

1.3707 *

.9525

I

'. 1.8406 '. 2.2223

1.8164

2.2717

1.7077

1.6729

1.7625

2.3870

l 10

1.0516

1.3194 *. 9684

1. 3517 ' 1. 0 B 02

1. 4154 ' 1.2755 *

.9755 *

2.2455

1.8111

2.3691

1.76B5

2.1941

1.7797 '.1.9275 + 2.3639 *

)

i 11 ' 1.2797 *

.9968

1.3553

1.0051

1.3086

1.3753

1.3502 *.B144 *

1.8174

2.2675

1.7638

2.3556

1.8612

1.0091

1.0621

2.8795

12

1.0238

1.3799

1.0B02

1.3061 *

.9000

1.3316

1.1883 *

2.1779

1.7072

2.1942

1.6612

2.4921

1.0556

2.061B

13

1.2928

1.4096

1.4146

1.3753 ' 1.3244 ' 1.1643 *

.7251

F-DELTA-H

1.7872

1.6722

1.7B06

1.6091 + 1.6657

2.0716

3.1957

M-CELTA-H 14

1.2659

1.3703

1.2755

1.3571

1.1359 *

.7208 *

1.6339

1.7630

1.9276

1.0636

2.1569

3.1795

15 ' 1.1578 *

.9520 *

.9752 *.6139 *

2.0164

2.38B1

2.3646

2.8812

k 1

?

i l

MCE14MCO.47

)

153 of 153 McGuire 2 Cycle 9 Core Operating Limits Report Table 7 Maximum Allowable Radial Peak (MARP) Values 1.1 Axial Peak 1.2 Axial Peak 1.3 Axial Peak 1.4 Axial Peak 1.5 Axial Peak i

Elevation (ft.)

MARP MARP MARP MARP MARP i

12.00 1.513 1.469 1.427 1.388 1.350 11.67 1.522 1.482 1.440 1.399 1.361 11.00 1.540 1.508 1.464 1.422 1.382 l

I 10.33 1.554 1.533 1.491 1.450 1.409 l

9.67 1.564 1.559 1.518 1.478 1.437 i

9.00 1.572 1.578 1.549 1.507 1.464 8.33 1.579 1.597 1.580 1.536 1.491 7.67 1.583 1.606 1.607 1.564 1.519 7.00 1.587 1.615 1.631 1.593 1.547 6.33 1.591 1.621 1.645 1.621 1.577 5.67 1.594 1.627 1.656 1.649 1.605 5.00 1.596 1.633 1.665 1.677 1.633 4.33 1.598 1.637 1.672 1.696 1.660 j

3.67 1.600 1.641 1.678 1.710 1.686 3.00 1.602 1.644 1.683 1.718 1.711 2.33 1.603 1.647 1.687 1.724 1.736 1.67 1.604 1.649 1.691 1.731 1.756 1.00 1.605 1.651 1.694 1.736 1.771 O.33 1.605 1.652 1.697 1.737 1.774 0.01 1.605 1.652 1.699 1.738 1.775 1.6 Axial Peak 1.7 Axial Peak 1.8 Axial Peak 1.9 Axial Peak 2.1 Axial Peak Elevation (ft.)

MARP MARP MARP MARP MARP 12.00 1.314 1.308 1.275 1.244 1.189 11.67 1.325 1.318 1.284 1.252 1.195 11.00 1.346 1.337 1.303 1.268 1.206 10.33 1.372 1.361 1.324 1.288 1.225 3

9.67 1.398 1.386 1.347 1.310 1.248 9.00 1.423 1.409 1.369 1.331 1.266 8.33 1.448 1.432 1.391 1.351 1.285 7.67 1.473 1.458 1.416 1.375 1.310 7.00 1.500 1.485 1.442 1.399 1.334 6.33 1.531 1.514 1.468 1.422 1.355 5.67 1.558 1.540 1.492 1.444 1.379 5.00 1.583 1.564 1.514 1.465 1.404 4.33 1.609 1.589 1.538 1.488 1.428 3.67 1.633 1.613 1.562 1.512 1.450 3.00 1.659 1.639 1.585 1.533 1.475 2.33 1.685 1.666 1.608 1.553 1.500 1.67 1.711 1.688 1.629 1.573 1.523 1.00 1.735 1.709 1.649 1.590 1.543 0.33 1.754 1.726 1.664 1.604 1.559 0.01 1.763 1.734 1.671 1.610 1.566

ML20056F975

Text

Navigation menu

Search