Text

Rev 3 to MCEI-0400-47, McGuire Unit 2 Cycle 10 Colr
	ML20077F942
Person / Time
Site:	Mcguire
Issue date:	12/09/1994
From:	Lark R, Ray C; DUKE POWER CO.
To:	;
Shared Package
ML20077F940	List: ML20077F937; ML20077F942;
References
	MCEI-0400-47, MCEI-0400-47-R03, MCEI-400-47, MCEI-400-47-R3, NUDOCS 9412150211
	Download: ML20077F942 (120)
	v • d • e

,,

MCEI-0400 47

/hy/

Page 1 of 19' 8, ;

Revision 3

~f-1 McGuire Unit 2 Cycle 10 Core Operating Limits Report December 1994 Duke Power Company Date Prepared By:.2 M9 CECW II

/d L-O

/z/9/t</

/

Checked By:

OkUA %. @a<r

/2-/4/9+

v u

Approved By:

[7V68aad___

/EN'NV 1

QA Condition 1 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 M2C10 Reload Safety Evaluation (calculation file: MCC-1552.08-00-0250).

9412150211 941209 DR ADOCK 05000370 PDR

MCEl-0400-47 Page 2 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report REVISION LOG Revision Effective Date Effective Paces COLR OriginalIssue August 25,1993 N/A M2C09 Revision 1 June 20,1994 N/A M2C09, Rev.1 Revision 2 October 18,1994 N/A M2C09, Rev. 2 Revision 3 December 9,1994 Pages 1 - 19 M2C10 1

l 1

l l

1 1

l

MCE14)40047

. Page 3 of 19 Revision 3

' McGuire 2 Cycle 10 Core Operating Limits Report INSERTION SIIEET FOR REVISION 3 Remove pages Insert Rev. 3 pages Pages 1 - 153 Pages 1 - 19 e

J i

l

m..

4 MCEI-0400-47 Page 4 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report -

'l 1.0 Core Operating Limits Report This Core Operating Limits keport, (COLR), for McGuire, Unit 2, Cycle 10 has been

- prepared in accordance with the requirements of Technical Specification 6.9.1.9.

The Technical Specifications affected by this report are listed below:

Technical Specifications Section Page 2.2.1 - Reactor Trip System Instrumentation Setpoint 2.0 5

3/4.1.1.3 - Moderator Temperature Coefficient 3.0 7

3/4.1.2.5 - Borated Water Source - Shutdown 3.1 9

3/4.1.2.6 - Borated Water Source - Operating 3.2 10 3/4.1.3.5 - Shutdown Rod Insertion Limit 3.3 10 1

3/4.1.3.6 - Control Rod Insertion Limit 3.4 10 3/4.2.1 - Axial Flux Difference 3.5 10 3/4.2.2 - Heat Flux Hot Channel Factor 3.6 13 3/4.2.3 - Nuclear Enthalpy Rise Hot Channel Factor 3.7 16 3/4.5.1.1 - Accumulators 3.8 18 3/4.5.5 - Refueling Water Storage Tank 3.9 18 3/4.9.1 - Refueling Operations - Boron Concentration 3.10 19 3/4.9.12 - Fuel Storage - Spent Fuel Storage Pool 3.11 19 4

MCEl-040047 Page 5 of t9 '

Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 1.1 Operating Limits 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.

2.0 Tech Spec 2.2.1 - Reactor Trip System Instrumentation Setpoints 2.0.1 Overtemperature AT Setpoint Parameter Values Parameter Value Overtemperature AT reactor trip setpoint K1 s 1.1988 Overtemperature AT reactor trip heatup K2 = 0.03354/0F setpoint penalty coefficient K = 0.001522/ psi Overtemperature AT reactor trip 3

depressurization setpoint penalty coefficient Measured reactor vessel ATlead/ lag time t 2 8 sec.

1 t s 3 sec.

constants 2

Measured ATlag time constant t s 2 sec.

3 Measured reactor vessel average temperature T 2 28 sec.

4 lead / lag time constants T s 4 sec.

5 Measure reactor vessel average temperature T s 2 sec.

6 lag time constant f (AI) " positive" breakpoint

= 12.0 %Al i

f (AI) " negative" breakpoint

= -44.0 %Al 3

f (AI) " positive" slope

= 1.619 %ATg %AI i

f (AI) " negative" slope

= 3.436 %ATg %Al i

)>-

s MCEI-040047 Page 6 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 2.0.2 Overpower AT Setpoint Parameter Values Parameter Value K s 1.0851 Overpower AT reactor trip setpoint 4

Overpower AT reactor trip heatup setpoint K6 = 0.001207FF penalty coefficient Measured reactor vessel ATlead/ lag time T 2 8 sec, 1

T s 3 sec.

constants 2

t s 2 sec.

f Measured ATlag time constant 3

Measure reactor vessel average temperature t s 2 sec, 6

lag time constant Measure reactor vessel average temperature T 2 5 sec.

7 rate-lag time constant 4

f (AI) " positive" breakpoint

= 35.0 %AI 2

f (AI) " negative" breakpoint -

= -35.0 %AI 2

f (AI) " positive" slope

= 7.0 %ATg %AI 2

f (AI) " negative" slope

= 7.0 %ATg %AI 2

I 6

4 6

e k

t f

-r-

-r n

MCEl-0400-47 Page 7 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 3.0 Tech Spec 3/4.1.1.3 - Moderator Temperature Coefficient 3.0.1 The Moderator Temperature Coefficient (MTC) Limits are:

The MTC shall be less positive than the limits shown in Figure 1. The BOC, ARO, HZP MTC shall be less positive than 0.7E-04 AK/K/ F.

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

3.0.2 The MTC Surveillance Limitis:

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

Where:

BOC stands for Beginning of Cycle EOC stands for End of Cycle ARO stands for All Rods Out HZP stands for Hot 7s;o Thermal Power RTP stands for Raien Thermal Power E

\\

t

a.

- - _ ~

MCEI-040047 Page 8 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report t

I

-l 0.9

{ 0.7 0.8 Unacceptable Operation uR h 0.6 ea Acceptable Operation b

0.5 a8 g 4 0.4 N 0.3

.Sg 0.2 0.1 0

0 10 20 30 40 50 60 70 80 90 100 Percent of Rated Thermal Power Figure 1 Moderator Temperature Coefficient Versus Power Level NOTE: Compliance with Technical Specification 3.1.1.3 may require rod withdrawal limits.

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

j

l MCEI-0400-47 Page 9 of 19 Revision 3 1

McGuire 2 Cycle 10 Core Operating Limits Rep 6rt J

3.1 Tech Spec 3/4.1.2.5 - Borated Water Source - Shutdown 3.1.1 Volume and boron concentrations for the Boric Acid Storage System and the Refueling Water Storage Tank (RWST) during modes 5 & 6:

Parameter Limil Boric Acid Storage System minimum contained 6,132 gallons borated water volume for LCO 3.1.2.5a 6.7% level Boric Acid Storage System minimum baron 7,000 ppm concentration for LCO 3.1.2.5a Boric Acid Storage System minimum water volume 585 gallons required to maintain SDM at 7,000 ppm Refueling Water Storage Tank minimum contained 26,000 gallons borated water volume for LCO 3.1.2.5b 33.3 inches Refueling Water Storage Tank minimum boron 2,175 ppm concentration for LCO 3.1.2.5b Refueling Water Storage Tank minimum water 3,500 gallons volume required to maintain SDM at 2,175 ppm "Y

y

+

rw m+--gu=-se1 r-mw--r'-r'29-M~

e -,.-

-zt em-e-w

i MCEI-0400-47 i

Page 10 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 3.2 ~

Tech Spec 3/4.1.2.6 - Borated Water Source - Operating 3.2.1 Volume and boron concentrations for the Boric Acid Storage System and the Refueling Water Storage Tank (RWST) during modes 1,2,3, & 4:

J Parameter Linnt Boric Acid Storage System minimum contained 20,453 gallons borated water volume for LCO 3.1.2.6a 38.5% level Boric Acid Storage System minimum boren 7,000 ppm concentration for LCO 3.1.2.6a j

Boric Acid Storage System minimum water volume 9,851 gallons j

required to maintain SDM at 7,000 ppm 1

Refueling Water Storage Tank minimum contained 91,000 gallons borated water volume for LCO 3.1.2.6b 116.4 inches Refueling Water Storage Tank minimum boron 2,175 ppm concentration for LCO 3.1.2.6b l

Refueling Water Storage Tank maximum boron 2,275 ppm concentration for LCO 3.5.5b Refueling Water Storage Tank minimum water 57,107 gallons volume required to maintain SDM at 2,175 ppm 3.3 Tech Spec 3/4.1.3.5 - Shutdown Rod Insertion Limit 3.3.1 The shutdown rods shall be withdrawn to at least 222 steps.

3.4 Tech Spec 3/4.1.3.6 - Control Rod Insertion Limits 3.4.1 The control rod banks shall be limited to physical insertion as shown in Figure 2.

j i

3.5 Tech Spec 3/4.2.1 - Axial Flux Difference 3.5.1 The Axial Flux Difference (AFD) Limits are provided in Figure 3.

i l

)

MCEI-0400-47 Page 11 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 1

(Fully Withdrawn min - 222, max - 230) i

'fi (29.1%,230)

(79.6 %,230) 220

,u 200

',ng 3 f

j g

1%

160 -

(0%,163)

(100 %,161) h f

RM 140 Insertion

/

Bank c f

Position 120 f

(Steps 100 Withdrawn) 80 f'f Bank D 60

/

40 -

(0%,47)

,/

20

-/

(30%,0) 0 10 20 30 40 50 60 70 80 90 100 (Fullyinserted)O Relative Power (Percent)

Figure 2 Control Rod Bank Insertion Limits Versus Percent Rated Thermal Power NOTE: Compliance 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. If reactor power is turbine limited, a penalty of 2.3 steps for each percent power below 100% to which the reactor is limited will be required. Refer to OP/2/A/6100/22 Unit 2 Data Book for details.

MCEI-(M0047 Page 12 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report A.F. D. LIMrr CURVE 120 110 --

D l (.I8,100)l

. ~.

(+10,t00) g m

90 --

T l Unacceptable operation l g

80 -

junacceptable opentionl g

l Aceptaie openti=l 70 --

.g g.

l (+21.50)l

E l (.36.50)l 50 --

o 40 -

j 30 --

}

20 -

10 --

l l

0 l

l l

-50

-40

-30 20

-10 0

10 20 30 40 50 Axial Flux Difference (% Delta I)

Figure 3 Percent of Rated Theimal Power Versus Axial Flux Difference Limits NOTE: Compliance with Technical Specification 3.2.2 may require more restrictive AFD limits. Refer to OP/2/A/6100/22 Unit 2 Data Book for details.

l i

i

MCEI-040047 Page 13 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 3.6 Tech Spec 3/4.2.2 - lieat Flux Ilot Channel Factor, FQ(X,Y,Z) 3.6.1 F

= 2.32 q

3.6.2 K(Z) is provided in Figure 4 for MkBW fuel.

The ' ollowing parameters are required for core monitoring per the Surveillance Requirements of f

Specification 3/4.2.2:

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

D 3.6.3 q

q Q

where:

[h(X,Y,Z)]OP = cycle dependent maximum allowable design peaking factor which q

ensures that the FQ(X,Y,Z) limit will be preserved for operation within the LCO limits [h(X,Y,Z)]OP, ((Q(x,y,z))OP includes q

allowances for calculational and measurement uncertainties.

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

q Table 1, Appendix A, for normal operating conditions and in Table 2, Appendix A for power escalation testing during initial startup operations.

MQ(X,Y,Z) =

the margin remaining in core location X,Y,Z to the LOCA limit in the transient power distribution. MQ(X,Y,Z) is provided in Table 1, Appendix A for normal operating conditions and in Table 2, Appendix A for power escalation testing during initial startup operations.

UMT=

Measurement Uncertainty, = 1.05.

MT=

Engineering Hot Channel Factor, = 1.03.

TILT =

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

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

g

MCEI-0400-47 Page 14 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report

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

3.6.4

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

C q

where:

[h(X,Y,Z)]RPS = cycle dependent maximum allowable design peaking factor which q

ensures that the centerline fuel melt limit will be preserved for operation within the LCO limits. [h(X,Y,Z)]RPS ncludes i

q allowances for calculational and measurement uncertainties.

[q(X,Y,Z) =

the design power distributions for FQ. [q(X,Y,7-) is provided Table 1, Appendix A for normal operating conditions and in Table 2, Appendix A for power escalation testing during initial 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 2011PA, except that the LOCA limit is replaced with the CFM limit. M (X,Y,Z)is provided in Table 3, Appendix A for normal C

operating conditions and in Tab!c 4, Appendix A for power escalation testing during initial startup operations.

UMT=

Measurement Uncertainty, = 1.05.

MT=

Engineering Hot Channel Factor, = 1.03.

TILT =

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

NOTE: [h(X,Y,Z)]RPS is the parameter identified as (X,Y,Z) in DPC-NE-2011PA, q

except that Mo(X,Y,7) is replaced by Mc(X,Y,Z).

3.6.5 KSLOPE = 0.0725 KSLOPE is the adjustment to the Kj value from OTAT required to compensate for each 1% that [h(X,Y,Z)]RPS exceeds its limit.

q i

MCEI4100-47 Page 15 of 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report (0,0,1.0) 1.00 (12.0A91)

=

0'90 (8.0.1.0)

(9.71 A96) 0.80 --

0.70 --

R y 0.60 -

0.50 --

j 0.40 --

0.30 -

0.20 --

0.10 --

0.00 l

l l

0 2

4 6

8 10 12 Core lleight (ft.)

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

MCEl-0400-47 Page 16 of 19 '

Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 3.7 Tech Spec 3/4.2.3 - Nuclear Enthalpy Rise Hot Channel Factor, FAH(X,Y,Z) 1 The following parameters are required for the LCO requirements of T.S. 3/4.2.3.

3.7.1 [FAH(X,Y)]LCO = MARP (X,Y) x [1.0 + (1/RRH) x (1.0 - P)]

1 where:

f MARP(X,Y) = McGuire 2 Cycle 10 Operating Limit Maximum Allowable Radial Peaks. MARP(X,Y)) radial peaking limits, are provided in Table 7 Appendix A.

i Thermal Power P = Rated Thermal Power RRH is defined in section 3.7.3 4

The following parameters are required for core monitoring per the Surveillance requirements of T.S. 3/4.2.3.

D 3.7.2 [FAH(X,Y)]SURV = p H(X,Y) x MAH(X,Y)/(UMR x TILT) where:

L

[FAH(X,Y)]SURV = cycle dependent maximum allowable design peaking factor

^

which ensures that the FAH(X,Y) limit will be preserved for.

operation within the LCO limits. [FAH(X,Y)]SURVincludes allowances for calculational and measurement uncertainty.

D D

FAH(X,Y) =

the design power distribution for FAH.FAH(X,Y)is provided in Table 5, Appendix A for normal operation and in Table 6, Appendix A for power escalation testing during initial startup i

operatior s.

MCEI-040047

(

Page 17 of 19 Revision 3.

McGuire 2 Cycle 10 Core Operating Limits Report MAH(X,Y) =

the margin remaining in core location X,Yfrelative to the Operational DNB limit in the transient power distribution.

MAH(X,Y) is provided in Table 5, Appendix A for normal operation and in Table 6, Appendix A for power escalation testing during initial startup operations.

1 UMR=

Uncertainty value for measured radial peaks, = 1.04.

TILT =

Factor to account for a peaking increase due to the allowed quadrant tilt ratio of 1.02. (TILT = 1.035).

H(X,Y)]SURV s the parameter identified as [FAH(X,Y)] MAX n DPC-NE-i i

NOTE: [F 20llPA.

3.7.3 RRH = 3.34 when 0.0 < P s 1.0, where:

I RRH =

Thermal Power reduction required to compensate for each 1% that FAH(X,Y) exceeds its limit.

3.7.4 TRH = 0.04 where:

l Reduction in OTAT K setpoint required to compensate for each 1% that TRH =

1 FAH(X,Y) exceeds its limit, i

I 4

MCEl-040047 Page 18 of 19 -

Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report j

3.8 Tech Spec 3/4.5.1.1 - Accumulators

-3.8.1 Baron concentration limits during modes 1,2, & 3:

Parameter Limit Cold Leg Accumulator minimum baron concentration for 2,000 pprn LCO 3.5.1.1c Cold Leg Accumulator maximum boron concentration for 2,275 ppm LCO 3.5.1.1c Minimum Cold Leg Accumulator boron concentration 1,900 ppm required to ensure post-LOCA subcriticality 3.9 Tech Spec 3/4.5.5 - Refueling Water Storage Tank 3.9.1 Boron concentration limits during modes 1,2,3, & 4:

Parameter Limit Refueling Water Storage Tank minimum boron 2,175 ppm concentration for LCO 3.5.5b Refueling Water Storage Tank maximum boron 2,275 ppm concentration for LCO 3.5.5b

.=

l MCEI-040047 Page 19 0f 19 Revision 3 McGuire 2 Cycle 10 Core Operating Limits Report 3.10 Tech Spec 3/4.9.1 - Refueling Operations - Boron Concentration 3.10.1 Minimum boron concentrations for the filled portions of the Reactor Coolant System and refueling canal. Applicable for mode 6 with the reactor vessel head closure bolts less than fully tensioned, or with the head removed.

Parameter Linlit Refueling boron concentration for the filled portions of the 2175 ppm Reactor Coolant System and refueling canal for LCO 3.9.1.b.

3.11 Tech Spec 3/4.9.12 - Fuel Storage - Spent Fuel Storage Pool 3.11.1 Minimum boron concentration limit for the spent fuel pool. Applicable when fuel is stored in the spent fuel pool.

Parameter Lignt Spent fuel pool minimum boron concentration for LCO 2175 ppm 3.9.12.a.

Spent fuel pool minimum boron concentration for 2175 ppm surveillance 4.9.12b.

\\

i McGuire 2 Cycle 10 Core Operating Limits Report i

i i

APPENDIX

+

APPENDIX Page 1 of 140

-m

---t e

+ wg y-g-

-#v-

L APPENDIX Page 2 of 140 McGuire 2 Cylce 10 Core Operating Limits Report i

Table 1 F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 4 EFPD, THIS IS LEVEL 18 0F 18 (LEVEL 18 m TOP OF CORE, LEVEL 1 = BOTTOH)

H G

F E

D C

B A

8*

.6629 *

.8611 *

.7572 *

.9146 *

.8107 *

.0011 *

.6983 *

.5666 *

2.2155 + 1.8196

2.0580

1.677

................................. 2..*..1.8841

1.8082

2.1598

2.6240

9*

.8611 *

.7476 *

.8943 *

.8172 *

.9104 *

.7690 *.7872 *

.5194 *

1. 8196

2 0979

1.7473

1.8859

1.6847 + 1.9878

1.9173

2.0659

10 *

.7572 *

.8943 *

.7711 *

.8954

.7840 *

.8643 *

.7004 *

.4884 *

2.0580

1.7477

2,0297 *

............................ 1. 7492.*.1.9997

1.0050

2.1925..*.3.0924

11 *

.9146 *

.8161 *

.8921 *

.7508 *

.8439 *

.7111 *

.7047 *

.4263 *

1.6772

1.8864

1.7554

2.1037

1.8227

................................................ 1666

2.2227

3.6488

2.

12 *

.8107 *

.9104 *

.7829 *

.8410 *

.6544

.7036 ?

.5601 *

1.8841

1.6847.....................

61

2.1229

2.0100

2.7052 *

2.0022 + 1.82

.6011

.7679 *

.8643 *

.7111 13 *

.7036 *

.5269 *

.3889 *

1.8882

1.9878

1.8066

2.1682

2.0180

2.6339

3.7911

14 *

.69C3 *

.7861

.6994 *

.7036 *

.5601 *

.3888 *

2.1598 *..... 1 9191

2.1949

2.2244

2.7052.*.3.7911 15 *

.5666 *

.5194 *

.4884

.4252

F-SUB-Q

2.6240

2.8700

3.0971

3.6507

M.SUB-Q AT 100% POWER, 4 EFPD, THIS IS LEVEL 17 0F 18 (LEVEL 18 : TCP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9178

1.1417 + 1.0464 1.1599

1.1010

1.1631 *

.9960 *

.8825 *

1.7252 *

.......... 1.4413

................. 1.3722

1. 4381...*.1.3491

1. 5613

1.7476

1.5847

9

1.1417

1.0571

1.1652

1.0774

1.1652

1.1353

1.1256 *

.7508 *

1.4413

1.5418

1.3910

1.4814 1.3543

1.

......**........................................ 3879

1 3973

2.0563 *,

10

1.0464

1.1620

1.0346

1.1492

1.1053

1.1599

1.0335 *

.7294 *

1.5847

1.3951

1.5724

1.4101

1.4715

1.3898

1.547

..........................................................c. 9

2.1495

11

1.1599

1.0764

1.1460

1.0410

1.1267

1.0453

1.0635 *

.6415

1.3722

1.4628

1.4140

1.5719

1.4415 *

.............................................. 1.5436

1.5239

2.5154 12

1.1010

1.1663

1.1042

1.1256

1.0046

1.0678 *.8525 *

1.4381

1.3523

1.472

....................... 5

1.4436

1.5277

1.4538

1.8671

13

1.1631

1.1353

1.1599

1.0442

1.0609 *

.8150 *.5901 *

..... 91

1.3886

1.3908

1.5448

1.4528

1.8744

2.6366 *

1.34 14 *

.9960

1.1245

1.0335

1.0635 *

.8514 *

.5890 *

1.5613

1.3992

1.5499

1.5250

1.8671...*.2.6390

l 15 *

.8825

7497 *

.7283 *

.6405

F-SUB-Q

1.7476

2.0610

2.1517

2.5185

M-SUB-Q a

_.__J

APPENDIX Page 3 of 140

)

McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 4 EFPD, THIS IS LEVEL 16 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

D B

A

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

1.0432

1.2981

1.1599

1.3120

1.2209

1.3409

1.1449

1.0549 *

1.6372 *

.......... 1 3271. *.*1.4955

1. 2632

1.3494

1.2176

1.4133

1.5178

9

1.2981

1.1931

1.3109

1.1974

1.3495

1.3045

1.3270 *

.8664 *

1.3271

1 4415

1.2895

1. 3902

1.2196

1.2564

1.2335

1.8520

10

1.15s9

1.3066

1.1363

1.3045

1.2627

1.3462

1.2113 *

.8568

1.4955

1.2937

1.4943 *

- .....***.................. 1.2962..*. 1. 3450

1.2486.**1.3763..*.1.9021

11

1.3120

1.1942

1.3013

1.1685

1.3240

1.2220

1.2906 *

.7583 *

.................. **........... 12

1.2857

1.3875

1.3134

2.2168 *

1.2632

1.3994

1.299/

1.46 12

1.2209

1.3404

1.2627

1.3238

1.20A9

1.3002

1.0228 *

1.3494

1.2180

1. 3461..**1.2873

1.3763

1.2707

1.6379

13

1.3409

1.3045

1.3462

1.2209

1.3002 *

.9832 *

.7036 *

1.2176

1.2564

1.2496

1.3885

1.2779

1.6700

2.3386

14

1.1449

1.3248

1.2102

1.2895

1.0217 *

.7036 *

............................... 142

1.6383

2.3386 *

1.4133

1.2350

1.3781

1.3 15

1.0549 *

.8643 *

.8557 *

.7572

F-SUB-Q

1.5178

1.0570

1. 9056

2.2215

M-SUB-Q AT 100% POWER, 4 EFPD, THIS IS LEVEL 15 CF 18 (LEVEL 18 : TCP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.0999

1.3923

1.2220

1.4084

1.2938

1.4426

1.2284

1.1545 *

1.6378

1.3019

1.4860

1.2329

1.3311

1.1851

1. 3775

1.4507

9

1.3923

1.2659

1.4030

1.2788

1.4694

1.4030

1.4523 *

.9328 *

1.3019

1 4306

1.2625

1. 3832

1.1813

1. 2234

1.1795

1.0017

10

1.2220

1.3907

1.1984

1.4084

1.3655 + 1.4683

1.3216 *

.9307

1.4860

1.2665

1.4854

1.2590

1. 3053

1.1998

1 3200

1.8333

11

1.4084

1.2745

1.4041

1.2552

1.4576

1.3355

1.4351 *

.8268 *

1.2329

1.3844

1.2625

1.4308

1.2303

1.3363

1.2421

2.1283

12

1.2938

1.4694

1.3645

1.4555

1.3216

1.4437

1.1280 *

. 1 3311

1.1798

1.3067 *

............................. 20

1.3280

1.2183

1.5659

1.23 13

1.4426

1.4030

1.4673

1.3345

1.4448

1.0860 *

.7722 *

. 1.1851

1.2242

1.2005

1.3374

1.2176

1.6045

2.2569

14

1.2284

1.4501

1.3205

1.4341

1.1278 *

.7722

1.3775

1.1808

1.3216

1.2429

1.5663

2.2569

15

1.1545 *

.9307

.9296 *

.8257

F-SUB-Q 1.4507

1.8063

1.8361 *

............................ 2.1326

M-SUB-Q

1 APPENDIX Page 4 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 4 EFPD, THIS IS LEVEL 14 0F 18 (L' VEL 18 : TOP OF CORE, LEVEL 1 e BOTTOM) d F

E D

C B

A

....H........G 8* 1.1117

1.4137

1.2349

1.4362

1.3141

1.4726

1.2541

1.1824

1.7B24

1.3426

1.5315

1.2750

1.3006 *

............................**............... 1.2248

1.4245

1.4939

9

1.4137

1.2820

1.4266

1.3023

1.5112

1.4351

1.4919 *

.9500

1.4802

1.3077

1.43 1.2 1.2093

1.8670 *

................................ 33 *....... 178

1.2646 *

1.3426 *

)

10

1.2349

1.4212

1.2145

1.4416

1.4009

1.5101

1.3591 *

.9521 *

1.5315

1.3120

1.5444

1.2952

1 3381

1.2280

1.3517

1.8911 11

1.4362

1.2981

1.4373 + 1.2863

1.5069

1.3794

1.4876 *

.8493 *

1.2750

1.4361

1.2993

1.4632

1.2465

1.3580

1.2551

2.1781

12

1.3141

1.5112

1.3998

1.5048

1.3677 1.4994

1.1663 *

1.3806

1.2157.... 1. 3305

1.2400

1.3548

1.2371 1.5943

J 13

1.4726

1.4341

1.5090

1.3784

1.5005

1.1245 *

.7958

1.2248

1.2648

1.2289

1.3590

1.2364

1.6397

2.3140

14

1.2541

1.4908

1.3580

1.4865

1.1652 *

.7958

1.3534

1.2558

1.5944

2.316S

1.4245

1.2114

15

1.1824 *

.9478 *

.9510 *

.8482

F-4UB-Q

..... 39

1.8719

1. 8 92 8

2.1825

M-Sub- ;

1.49 i

AT 100% POWER, 4 EFFD, THIS IS LEVIL 13 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTCM) i H

G F

E D

C B

A

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

8

1.1449

1.4748

1.2777

1.5026

1.3666

1.5433

1.3077

1.2424 *

. 1 7345

1.3433

1.5494

1.2901

1.4090

1.2402

1.4508

1.5084

l 1

9

1.4748

1.3291

1.4909

1.3602

1.5915

1.5048

1.5722 *

.9896 *

1*.3433

1.4912

1.3191

1.4478

1.2290

1.2822

1.2160

1.9034

1.5936

1.4298 *

.9960

10

1.2777

1.4855

1.2595

1.5133

1.4694 1.2304 + 1.3577

1.9135 *

1.5494

1.3240

1.5661

1.3006

1 3391 11

145026

1.3559

1.5080

1.3462

1.5926

1.4533

1.5787 *

.8809 *

1.2901

1.4527

1.3046

1.4657

1.2360

2.1833 *

...............................***... 1 2342

1.3514

12

1.3666

1.5904

1.4603

1.5904

1.4416

1.5904

1.2295

5.*. 1. 2356

1.3640

1.2346

1.5899 *

1.4090

1.2292

1.340 13

1.5433

1.5037

1.5915

1.4512

1.5904

1.1635 *.8332 *

1.2402

1.2829

1.2311

1.3526

1.2339

1 6554

2.3361 *

1.4276

1.5776

1.2284 *.8332

14

1.3077

1.5701

1.4509

1.2176

1.3588

1.2367

1.5910

2.3386

15

1.2424 *

.9864 *

.9950 *

.8868

F-SUB-Q 1.5084

1.9085

1.9157

2.1877

M-SUB-Q

APPENDIX Page 5 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operadons AT 1C0% POWEn, 4 EFFD, THIS IS LEVEL 12 0F 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 : BOTTOM)

H G

F E

D C

B A

8

1.1503

1.4930

1.2895

1.5262

1.3848

1.5679

1.3240

1.2606 *

1.8145

1.3947

1.6116

1.3423

1.4732

1.2933

1.5175

1.5774

9

1.4930

1.3420

1.5123

1.3794

1.6226

1.5283

1.6022 *

.9992 *

....*.............. 1.3643

1.4988

1.2667

1.3376

1.2621

1 9969

1.3947

1.5535

1.5069

1.2734

1.5422

1.4951

1.6279

1.4555

1.0078

10

1.2895

1.6116

1.3703

1.6248 *

1.4025

1.9969 *

............................ 1.3406.*.1 3821

1.2667 11

1.5262

1.3741

1.5358

1.3677

1.6268

1.4812

1.6140 *

.8996 *

1.3423

1.5041

1.3455

1.5165

1.2704 1.3939

1.2704

2.2578

12

1.3848

1.6215

1.4930

1.6247

1.4694

1.6258

1.2509 *

....4732

1.2675

1.3829

1.2719

1.4040

1.2664

1.6420

1 13

1.5679

1.5272

1.6258

1.4791

1.6268

1.2049 *

.8439

1.2933

1.3384

1.2682

1.3956

1.2664

1.7058

2.4158 *

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

.8439

14

1.3240

1.6001

1.4533

1.6129

1.2499

......**...................6432

2.4185 *

1.2718

1

............ 2638

1.4035

1.5175

1 15

1.2606 *

.9971

1.0067

.8986

F-SUB-Q

1.5774

2.0023

1.9992

2.2604

M-SUB-Q AT 100 % POWEB,

4 EFPD, THIS IS LEVEL 11 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1. BOTTCM)

H G

F E

D C

B A

8* 1.1460

1.4951

1.2906

1.5337

1.3891

1.5765

1.3291

1.2606 *

3.9081

1.4562

1.6890

1.4093

1.5533

1.3606

1.60

.......................................................... 34

1.6658

9

1.4951

1.3420

1.5187

1.3837

1.6343

1.5347

1.6119 *

.9982 *

1.4562

1 6260

1.4204

1.5716

1 3230

1.4064 1.3242 + 2.1142

10

1.2906

1.5123

1.2756

1.5519

1.5026

1.6418

1.4619

1.0067

1.6890

1.4350

1.7060

1.4016

1.4451

1.3213 1.4603

2.1055

11

1.5337

1.3784

1.5455

1.3752

1.6400

1.4908

1.626S *

.8996 *

1.4093

1.5703

1.4070

1.5865

1.3229

1.4566

1.3219

2.?673

12

1.3891

1.6322

1.4994

1.6386

1.4791

1.6400

1.2541 *

1.5533

1.3246

1.4461

1.3245

1.4719

1.3233

1.724 2.*

13

1.5765

1.5337

1.6397

1.4887

1.6418

1.2081 *

.8429 *

1.3606

1.4073

1. 3237

1.4576

1.3228

1.7916

2.5445 *

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

14

1.3291

1.6097

1.9608

1.6258

1.2531

.8429 *

1.6034

1.3261

1.4703

1.3227

1.7

2.5475 *

........................................ 257 15

1.2606 *

.9950

1.0057

.9986

F-SUB-Q

1.6650

2.1203

2.1075

2.3724

M-SUB-Q

i APPENDDC Page 6 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Nomial Operations AT 100% POWER, 4 EFPD, THIS IS LEVEL 10 0F 18 (LEVEL 10 e TCP OF CORE, LEVEL 1 BOTTCM)

H G

F E

D C

B A

8* 1.1578

1.5272

1.3088

1.5690

1.4137

1.6151

1.3516

1.2884 *

1.9748

1.5007

1.7477 1.4587

1.6172

1.4147

1.6764

1.7313

9* 1.5272

1.3623 1.5540

1.4116

1.6761

1.5679

1.6547

1.0132 *

............................ 1.6220

1.3684 *

1.5007

1.6793

1.4744 *..................... 16

1. 3711..*.2.212.1

1.46 10

1.3088

1.5465

1.2948

1.5904

1.5358

1.6868

1.4962

1.0249

1.7477

1.4814

1.7660

1.4443

1.4956

1.3613

1.5219

2.1900

1.5690

1.4062

1.5819

1.4009

1.6858

1.5251

1.6740 *

.9146

11

1.4587

1.6292

1.4510

1.6378

1.3621

1.5058

1.3577

2.4632

12

1.4137

1.6750

1.5326

1.6825

1.5144

1.6868

1.2009 *

................................ 39

1 5204

1.3596

1.7778

1.6172

1.3693

1.4977

1.36 13

1.6151

1.5658

1.6836

1.5230

1.6868

1.2327 *

.8557

1.3631

1.5078 *

1.8548

2.6358 *

..................................... 1. 3587

1.4147

1.4626 14

1.3516

1.6526 + 1.4940

1.6729

1.2798 *

.8557 *

. 1 6764 1.3731

1.5233

1.3585

1.7793

2.6387 15

1.2884

1.0100

1.0239 *

.9125

F-SUR-Q 2.2173

2.1922

2.4660

M-SUB-Q

1.7313 *

)

l AT 100% POWER, 4 EFPD.

THIS IS LEVEL 9 0F 18 (LEVEL 10 : TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

1 J

8

1.1363

1.5026

1.2063

1.5465

1.3923

1.5936

1.3302

1.2649 *

....................................**... 19

1.4017

1.9606

1.4875

1.7324 1.4433

1.60 1.6716

1.7547

9

1.5026

1.3388

1.5305

1.3891

1.6558

1.5444

1.6333 *

.9939

1.6077

1.3523

1.4481

1.3684

2.2305

1.4875

1.6652

1.4607

10

1.2863

1.5230

1.2745

1.5690

1.5133

1.6675

1.4748

1.0057 *

...... 4

1.4665

1.7505

1. 4283

1.4804

1.3465

1.5153

2.2102

1.732 11

1.5465

1.3837

1.5615

1.3827

1.6675

1.5050

1.6547 *

.8986

1.6148

1.4357

1.6208

1.3482

1.4915

1.3562

2.4000

l

1.4433 i

12

1.3923

1.6536

1.5112

1.6643

1.4940

1.6675

1.2616 *

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

1.5049

1. 3507 1.7789

1.3540

1.4824 *

..... 18 *

1.60 13

1.5936

1.5422

1.6655

1.5037

1.6686

1.2134 *

.8397 *

1.4017

1.4491

1.3490

1.4926

1.3507

1.8527

2.6684

i 14

1.3302

1.6301

1.4726

1.6536

1.2595 *

.8397 *

1.6716

1.3701

1.5174

1.3599

1.7804

2.6684

15

1.2649 *

.9917

1.0046 *

.8964

F-SUB-Q 1.7547

2.2373

2.2124

2.4836

M-SUB-Q b-

APPENDIX Page 7 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 4 EFFD, THIS IS LEVEL 8 0F 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTOM)

H G

E D

C B

A

......................F...................................................

8

1.1428

1.5283

1.3002

1.5733

1.4094 + 1.6215

1.3462

1.2873 *

............................ 31.*.1 5442

1.3424

1. 6124

1.6744 *

1.4245

1.6703

1.38

1. 8977 9

1.5283

1.3548

1.5572

1.4094

1.6879

1.5679

1.6665

1.0035 *

................. 2917

1.3893

1.3071.......................... 1455 *

................... 1. 3981

1.5453

1.4245

1.6042

1.

2.

10

1.3002

1.5497

1.2873

1.5979

1.5300

1.7029

1.5005

1.0185 *

.1. 6703 *.1.4044

1.6883.*.1. 3650

1.4190

1. 2826

1.4519

2.1245

11

1.5733

1.4030

1.5894

1.4009

1.7018

1.5315

1.6933 *

.9082 *

...........................**.. 562

1.2833

1.4255

1.2901..*.2.3807 *

1.3831

1.5518

1.3727

1.5 12

1.4094

1.6868

1.5347

1.6986

1.5197

1.7040

1.2820 *

1.5442

1.2932.*.1.4218

1. 2856

1.4376

1.2833

1.7015

13

1.6215

1.5658

1.6997

1.5294

1.7050

1.2306 *

.8482 *

..... 24...................... 1.4273

1.2826

1.7732

2.5622 *

1.3910

1.2848 *

1.34 14

1.3462

1.6643

1.4973

1.6922

1.2809 *

.8482 *

1.6124

1.3087

1.4539

1.2909

1.7028

2.5652

15

1.2873

1.0014

1.0174 *

.9071

F-SUB-Q

1.6744

2.1518

2.,.1265

2.3913

M-SUB-Q AT 100% POWER, 4 EFPD, THIS IS LEVEL 7 OF 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTOM)

H C

F E

D C

B A

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

6

1.1310

1.5208

1.2895

1.5658

1.3977

1.6119

1.3334

1.2777 *

1.8491

1.3737

1.6

...................... 125

1 3312.*.1.4897

1. 2927

1.5510

1.6070

9

1.5208

1.3441

1.5497

1.3987

1.6815

1.5562

1.6590 *

.9917 *-

1.3737

1.5500

1.3459

1.4946

1.2462

1.3434

1.2564

2.0684

10

1.2895 + 1.5422

1.2766

1.5904

1.5272

1.6975

1.4898

1.0078 *

1. 6125

1 3525

1.6305

1.3214

1.3770

1.2445

1.4009

2.0413

11

1.5658

1.3923

1.5819

1.3902

1.6965

1.5219

1.6879 *

.8986 *

1.3312

1.5000

1.3270

1.5

............................... 150

1.2459

1.3801

1.2488

2.3029

12

1.3977

1.6793

1.5240

1.6933

1.5101

1.6986

1.2713 *

1.4897 1.2476

1.3787

1.2481

1.4135

1.2563

1.6572

13

1.6119

1.5540

1.6943

1.5197

1.6997

1.2199 *

.8386 *

1.2927

1.3450

1.2467

1.3899

1 2556

1.7438

2.4964 I

14

1.3334

1.E558

1.4876

1.6858

1.2702 *

.8375

l

1.5510.*. 1.2578

1.4036

1.2503

1. 6584

2.4992

15

1.2777 *

.9896

1.0067 *

.8964

F-SUB-Q

1.6070

2.0723

2.0450

2.3053

M-SUB-Q

APPENDIX Page 8 of 140 McGuire 2 Cylce 10 Core O serating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 4 EFPD, THIS IS LEVEL 6 OF 18 (LEVEL 10 v TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.1031

1.4855

1.2595

1.5294

1.3645

1.5722

1.2991

1.2402

1.*. 1.*.5724*.1 3000

1.4545

1.2633

1.5192

1.5007..*

1.7966

1.338 9

1.4855

1.3141

1.5144

1.3634

1.6408

1.5155

1.6161 *

.9628 *

.................. 1. 3133

1.4602

1.2163

1.3140

1.2293

2.0339 *

1 3381

1.5106 *

1.6568

1.4501 *

.9768

10

1.2595

1.5069

1.2466

1.5519

1.4887

1.5724

1.3196

1.5918 *

.........**................. 1.2891

1.3445

1.2120

1.3707

2 0094 1.3580

1.5433

1.3570

1.6558

1.4833

1.6440 *

.8707

11 1.5294

1.3535

1.2188

2.2622 *

1. 3000

1.4661

1.2945

1.4747

1.2127

12

1.3645

1.6397 1.4855

1.6526

1.4716

1.6558 1.2349 *

1.4545

1.2176

1.3462

1.2154

1.3720

1.2192

1.6200

13

1.5722

1.5144

1.6526

1.4812

1.6568

1 :856 *

.6118 *

1.2633

1.3156

1.2141

1 3544

1.2186 *

-72

2.4487

_.6140

1.4480

1.6418

1.2327 *

.8107

14

1.2991

.................... 3725

1.2195

1.6220

2.4488

1.5192 + 1.2307

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

15

1.2402 *

.9596 *

.9757 *

.8697

F-SUB-Q

........***.......... 0113.*.2 2668

M-SUB-Q

1.5807

2.0395

2.

AT 10 0% PCWER, 4 EFFD, THIS IS LEVEL 5 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTOM)

H O

F E

D C

B A

8

1.1010

1.4973

1.2627

1.5369 + 1.3645

1.5765

1.2927

1.2391 *

1.7083

1.2623

1.4919

1.2312

1.3846

1.1984 1.4542

1.5099

9

1.4973

1.3184

1.5251

1.3655

1.6461

1.5133

1.6194

.9553 *

................... 1 2409

1. 3872

1. 1537

1.2515

1. 1678

1. 9572..*.

1.2623

1.4307

1.5176

1.2477

1.5562

1.4865

1.6600

1.4480 *

.9725

10

1.2627

1. 4919

1.2472

1. 5133

1.2216

1.2792.*. 1.1483

1.3072..*.1. 9281

11

1.5369

1.3591

1.5476

1.3548

1.6590

1.4801

1.6472 *

.8632 *

1.2312

1.3934

1.2271

1.4031

1.1494

1.2874

1.1560

2. 1759

12

1.3645

1.6440

1.4833

1.6558

1.4694

1.6590

1.2284 *

1.3846

1.1549

1.2007

1.1519

1.30 1.5471 *

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

1.1537 13

1.5765

1.5123

1.6568

1.4780

1.6600

1.1781 *.8032 *

1.1984 1.2529

1.1506

1.2689

1.153

.......................................... 1.*.1.6201

2.3528

14

1.2927

1.6172

1.445?

1.6451

1.2274 *

.0022

1.4542

1.1696

1.3088

1.1572

1.5482

2.3553

15

1.2391 *

.9532 *

.9703 *

.8622

F-SUB-Q

1 5099

1.9609

1.9298

2.1783

M-SUB-Q

N H

APPENDDC Page 9 of 140

' McGuire 2 Cylce 10 Core Operating Limits Report -

Table 1 (cont.) '

L F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations J

AT.100% POWER, 4 EFPD,- THIS IS LEVEL 4 OF 18 l

(LEVEL id = TOi 0F CORE, LEVEL 1 m BOTTOM)

....H......**C.......F..........E.......D.........C.........B-.........A 8

1.0678

1.4491

1.2752

1.4833

1.3184

1.5155

1.2381-* 1.1760 *

1. 6813.*. 1. 2449..*.1. 4683

1. 2181..*.1. 367.9

1. 1899

1. 4507..*.1 5207 *-

9

1.4491

1.2788

1.4758

1.3163

1.5787 *.1.4501

1.5465 *.9093 *

1 2449

1. 4074

1. 2242.*. 1.3730.*.1 1476.*.1. 2456

1. 1676..*. 1. 9660

10

1.2252

1.4673

1.2001

1.4962

1.4244

1.T983

1.3816'*

.9232 *

1. 4683..*.1. 2310

1. 4911..*.1 2100..*. 1. 2716.*.1. 1434

1 3061..*.1. 9.401.*

11

1.4833

1.3109

1.4887

1.3045

1.5872

1.4148

1.5658 *

.8193 *

1.2181'* 1.3791.*.1. 2154

1. 3877

1.1441

1.2826

1. 1583...*.2 1890

12

1.3184

1.5765

1.4212

1.5840

1.4041

1.5819

1.1663 *

1 3679

1 1488

1 2730

1.1464

1. 2932..*.1. 1505..*. 1. 5518

13

1.5155

1.4491 + 1.5851

1.4126

1.5819

1.1192 *.7604 *

.... 899

1 2471

1 1458

1.2841

1.149.9

1.6205

2.3678 *

1;1.................................

14

1.2381

1.5444

1.3794

1.5637

1.1652 *.7593 *

1. 4507..... 1. 1695

1. 3085

1. 1590

1. 5540..*.2 3700

15

1.1760 *

.9071 *.9221 *.8182

F-SUB-Q

.[

1. 5207

1.9713

1.9418

2 1934.* M-SUB-Q

~

3 AT 100% POWER, 4 EFPD, THIS IS LEVEL 3 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTo"t

....H.........G.........F.........E.........D.........C B

A 8

1.0507

1.4266

1.2092

1.4555

1.2938

1.4726

1.1999

1.1171 *

...... 2

1 2190

1 4339

1.1964

1.3430

1.1798

1.4555

1 5451 *

1.647 4

9

1.4266

1.2584

1.4555

1.2948

1.5294

1.4030

144833 *. 4675 *

1.2190

1. 3775

1 1964

1. 3447

1 1406.*. 1.2409.*. 1. 1733.*.1.,9.!*

10

1.2092

1.4469

1.1931

1.4651

1.3805

1.5305

1 3248 *.8782

9..*. 1.2029

1. 4556

1.1900

1. 2622

1.1406

1. 3124

1. 9656 *

1.433 11

1.4555

1.2884

1.4576

1.2745

1.5305

1.3602

1.4887 *

.7743 *

... 1.964.*.1. 3512.*.1. 1957

1 3672..*. 1. 1418..*.1 2820

1. 1714.*. 2. 2323 *

1.

12

1.2938

1.5272

1.3784

1.5272

1.3527

1.5144

1.1074 *

1 3430..*. 1.1424

1. 2636.*.1. 1436

1. 2909

1. 1543

1. 5716

13

1.4726

1.4009

1.5272

1.3500

1.5144

1.0646 *.7186 *

1 1798

1 2422..*.1. 1418.*. 1.2842

1.1537

1. 6370

2 4105

14

1.1899

1.4812

1.3227.* 1.4865

1.1063 *.7186 *

1. 4555..*. 1. 1752

1. 3140

1. 1727

1.5729

2.4109

15

1.1171 *.8654 *.8771 *.7733

F-SUB-Q l

1.5451...*.1 9940..*.1. 9692..*. 2.2348

M-SUB-Q 6

4 y

=

r

-r

- + - - -

m

,o.-+-w-e-w--..-

s

--r-

APPENDIX Page 10 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 4 EFPD, THIS IS LEVEL 2 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

........................................D.........C........B.........A 8*

.9778

1.3109

1.1235

1.3420

1.1995

1.3120

1.0507 *

.9489 *

. 1.7237

1. 2909

1.5030 *

......... 42

1. 4106

1.2005

1.6045

1 7719

1.26 9

1.3109

1.1599

1.3484

1.210'

1.3730

1.2563

1.2991 *

.7615 *

1.2909 *

.......... 1. 4562

1.2569

1. 3:.2.***.. 2365

1.3475

1.3029

2 2064 *

)

1 10

1.1235

1.3409

1.1171

1.3409

1.2488

1.3655

1.1642 *

.7604

1.5030

1.263 4..*.1. 5132.*. 1.2648

1.3558

1.2420

1.4522

2 2151 11

1.3420

1.2049

1.3345

1.1749

1.3698

1.2134

1.2713 *

.6651

.... 642...*.1.4052

1. 2706

1.4419

1.2413

1.3971

1.3335

2. 5308 *

1.2 12

1.1995

1.3709

1.2477

1.3666

1.2113

1.3227 *

.9575 *

.... 106

1.2385

1.3568

1.2441

1.4006

1.2839

1.7676 *

1.4 13

1.3120

1.2552

1.3645

1.2113

1.3239 *

.9339 *.6223 *

1.2005

1.3484 *

................... 1 2434

1.3968

1 2832

1.8128

2.7110

14

1.0507

1.2970

1.1620

1.2691 *

.9575 *.6212 *

.......... 1. 3051..*.1. 4550

1. 3351.*.1.7690

2 7144 *

1.6045

15 *

.9489 *

.7604 *

.7593 *

.6640

F-SUB-Q

1.7719..*.2.2128

2.2173.*.2.5363

M-SUB-Q AT 100% POWER.

4 EFPD, THIS IS LEVEL 1 CF 18 (LEVEL 18 = TOP CF CCRE, LEVEL 1 = BOTTOM)

H G

E D

C B

A

......................F...................................................

8*

.7111

.9371 *

.7700 *

.9875 *.8354 *

.8514 *

.6994 *

.5698 *

2.3335

1. 7726

2.1556

1 6846

1.9902

1.9512..*.2.3707

2. 9001 *

.'9639 *

.8654 *

.9950 *

.8129 *.8525 *.5012

9*

.9371 *

.7797 *

1.7726 *

.......... 2 1284 *

................. 208

1.6717

2.0453

1.9475

3.2953

1.725/

1.9 10

7700 *

.9607 *

.7150 *.9821 *.8418 *.9650 *.7390 *

.4819 *

2.1556

1.7307

2.

............**.. 1163

1.6936

1.9741

1.7239

2.2472

3.1336

11 *

.9875 *.8622 *

.5768 *.8022 *

.9714 *

.7947 *.7915 *.4220 *

1. 6846

1 9293 '. 1.7028

2.0724

1. 7133

2.0920

2.0978

3.9159

12 *

.8354 *

.99.8 *

.8397 *

.9682 *

.0011 *

.8643 *.6051

1.9902

1.f/67

1.98

.............,......... 12

1.7198

2. 0801

1.9271

2.7420

13 *

.8514 *

.8118 *

.9628 *

.7936 *

.8643 *

.6137 *.3995 *

1.s512

2.0472

1.7266

2.0958 *

..................................... 1.9256

2.7052.*.4.1507

14 *

.6994 *

.8514 *

.7379 *

.7915 *

.6051 *

.3995 *

2.3707

1 9494

2. 2498

2.0998

2.7455

4.1507

15 *

.5698 *

.5012 *

.4009 *.4220

F-SU8-Q

2.9001 *.3.3003

3.4390

3.9220

M-SUB-Q

APPENDIX Page 11 of 140 McGuire 2 Cylce 10 Core Operating Limits Report liable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 200 EFPD, THIS IS LEVEL 18 0F 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 = BOTTOM)

H G

E D

C B

A

......................F...................................................

8*

.7058 *

.9275 *

.8172 *

.9650 *

.8579 *

.8343 *

.7240 *

.6190 *

2.0674

.........................**.............. 13

1.8564

2.1268

2.4625 ** 1.7298

1.9567

1.6259

1.82..............................

9*

.9275 *

.8118 *

.9564 *

.8697 *

.9575 *

.8107 *

.8300 *

.5516 *

1.7298 *

.......... 1 9711

1. 6674

............... 1. 6389

1.9417............... 1. 8701.*.2. 7645 *

1.8084

10 *

.8172

.9553 *

.8268 *

.9564 *

.8386 *

.9136 *

.7315 *

.5323 *

1.9567

1.6688

1.9344

1.6716

1.9090

1.7508

2.1563

2.9113

11 *

.9650 *

.8697

.9543 *

.8215 *

.9114 *

.7690

7668 *

.4691

1.6259

1.8085

1.6771

1.9730

1.7302

2.0532

2.095

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

3.3997

12 *

.8579 *

.9575 *

.8386 *

.9104 *

.7079 *

.7743 *

.6083 *

1.8213

1. 6389

1.9125

1. 7318

1.9589

1.8776

2.5591

13 *

.8343 *

.0097 *

.9136 *

.7679 *

.7743 *

.5816 *

.4445

1.8564

1.9417

1.7509

2.0551

1.8760

2.4458

3.4076 *

.7240

.8300 *

.7315

7658 *

.6083 *

.4445

14

2.1268

1.0718

2.1586

2.0974

2.5591

3.4076

15 *

.6190 *

.5516 *

.5323 *

.4680

F-sUB-Q

2.4625

2.7683

2.9113

3.3997

M-SUB-Q AT 100% POWER, 200 EFPD, THIS IS LEVEL 17 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9768

1.2188

1.1021

1.2349

1.1331

1.1438 *

.9853 *

.9029

l

1.6554

1.3745

1.5300

1.3192

1.4260

1. 4017

1.6136

1..,7433

9

1.2188

1.1117 1.2413

1.1278

1.2274

1.1353

1.1385 *

.7497 *

1.3745

1.4949

1.3296

1.443

................................. 1...*.1 3 2 6 9

1. 4 3 2 9

1 413 4

2.10 7 0

10

1.1021

1.2381

1.1021

1.2263

1.1449

1.2113

1.0410 *

.7518 *

1.5300

1.3322

1.5021

1.3478 *

1.5720

2.1312 *

..................................... 1.4514

1.3603 11 1.2349 + 1.1267 1.2242

1.1160

1.2049

1.0796

1.0956 *

.6597 *

1.3192

1.4441

1.3496

1.5025

1.3678

1.

................................................ 5250

1.5216

2 5013

12

1.1331

1.2252

1.1438

1.2027

1.0560

1.1353 *

.8675 *

1.4260

1.3260

1.4534

1.3687

1.4872

1.3985

1.8752

j 13

1.1438

1.1353

1.2102

1.0785

1.1353 *

.8493 *.6383

I

................... 1. 3603

1.5262

1. 3976

1.8439

2.4987

l 1.4017

1.4329

14 *

.9853

1.1374

1.0410

1.0956 *

.8675 *

.6363 *

1.6136

1.4143

1.5732

1.5217

1.8753

2.4987

15 *

.9029

7476 *

.7508 *

.6587

F-SUB-Q

..... 33 *

1.74 2.1111

2.1332

2.5016

M-SUB-Q

r APPENDIX Page 12 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 200 EFPD, THIS IS LEVEL 16 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

.....................................B.........A H

C F

E D

C 8

1.1021

1.3805

1.2167

1.3848

1.2434

1.2788

1.0881

1.0314 *

.......... 1. 2654 *..................................... ***.......... 1 5777 *

1.5732

1.4458

1.2184

1.3453

1.2970

1.5105

9

1.3805

1.2456

1.3944

1.2424

1.3902

1.2745

1.3023 *.8268 *

1.2654

1.4016

1.2263

1.3611

1.2205

1.

................................................ 3242

1.2827

1. 9718

10

1.2167

1.3912

1.2124

1.3880

1.2820

1.3816

1.1781 *

.8472 *

1.4458

1. 2299

1.4175

1.2358

1.3464................ 2365

1.4390

1.9570 *

1 1.3848

1.2402

1.3848

1.2434

1.3784 1.2306

1.2681 *

.7454 11 *

..................................... 1. 2449

1 3992..*.1. 3664

1.2104

1.3620

1.2380

1.4016 *

2.2918

12

1.2434

1.3869

1.2798

1.3762

1.2338

1.3377 *

.9939 *

1.3453

1.2198

1.3481

1.2464

1.3723

1.2648

1.7124

13

1.2788

1.2745

1.3816

1.2295

1.3377

.9853 *.7315

1.6963

2.2926 *

. 1. 2970

1.3249

1.2365

1.4001..*.1.2640

14

1.0881

1.3013

1.1781

1.2681 *

.9939 *

.7315 *

.............. 34..*.1.4400

1.3664

1.7137

2.2949

1.5105

1.28 15

1.0314 *

.8257 *

.8472 *

.7454

F-SUB-Q

1.5777

1.9755

1.9589

2.2943

M-SUB-Q AT 100% POWER, 200 EFPD, TilIS IS LEVEL 15 0F 18 (LEVEL 18 = TCP CF CORE, LEVEL 1. BOTTOM)

......................F H

G E

D C

B A

8

1.1535

1.4705

1.2713

1.4716

1.2991

1.3398

1.1310

1.0871 *

1.5769

1.2410

1.4365

1.

.............................. 1940

1.3402

1.2866

1.5098

1 5542

9

1.4705

1.3088

1.4791

1.3045

1.4791 1.3420

1.3859 *

.8589 *

1.2410

1.3936

1.2042

1. 3531.*.1. 1927 1.3089

1.2562 *

........................ 1. 9746

10

1.2713

1.4758

1.2691

1.4769

1.3537 1.4726

1.2445 *

.8900

1.2077

1. 4365

1.4107................. 1.3278

1.2070

1.4164

1. 9371..*

1.2090

11

1.4716

1.3013

1.4737

1.3120

1.4833

1.3077

1.3570 *

.7840 *

1.1940

1.3539

1.2111

1.3839

1.2105

1.3764 *

....................................................... 1.3305

2.2685

12

1.2991

1.4758

1.3516

1.4812

1.3152

1.4394

1.0560 *

1.3402

1.1933 *

3303

1.2126

1.3524

1.2348

1.6903

13

1.3398

1.3420

1.4716

1.3066

1.4394

1.0507 *

.7754 *

1.2866

1.3009

1.2077

1.3773

1.2347 1.6762

2.2760

14

1.1310

1.3848

1.2434

1.3559

1.0549 *

.7754 *

1.5098

1.2569

1.4174

1.3313

1.6903

2.27b5

15

1.0871 *

.8579 *

.8809 *

.7829

F-SUB-Q

1.5542

1.9784

1.9388

2.2709

M-SUB-Q 1

1

APPENDLX Page 13 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1?able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin)- Normal Operations AT 100% POWER, 200 EFPD, THIS IS LEVEL 14 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 BOTTOM)

H G

F E

D C

B A

8

1.1556 + 1.4791

1.2734

1.4801

1.3002

1.3388

1.1256

1.0839

1.6367

1.2798

1.4810

1.2422

1.4022

1.3487

1.5871

1.6315

9* 1.4791

1.3141

1.4876

1.3109

1.4908

1.3452

1.3912 *

.8525

1.2798

1.4412

1.2530

1.4123

1.2394

1 3658

1.3103

2.0802

10

1.2734

1.4844

1.2734

1.4887

1.3612

1.4844

1.2477 *

.8857

1.4810

1.2567

1.4711

1.2538

1.3759

1.2531

1.4763

2.0333

1.3173

1.3655 *

.7829

11

1.4801

1.3066

1.4855

1.3216

1.4994 1.2422

1.4133

1.2567 *

........................................... 1.4214

1.3691

2.3672

1.4252

1.2473

12

1.3002

1.4876

1.3591

1.4973

1.3280

1.4533

1.0603 *

1.2791

1.7571

1.4022

1.2394

1. 3786

1.2489

1.4011 1.3388

1.3452

1.4833

1.3163

1.4544

1.0560 *

.7765

13 1.3487

1.3659

1.2538

1.4226

1.2788

1.7497

2.3842

14

1.1256

1.3912

1.2466

1.3655

1.0592 *

.7765

1.5871

1.3118

1.4773

1.3691

1.7501

2.3861

15

1.0839 *

.8514 *

.8857 *

.7818

F-SUB-Q 1.6315

2.0843

2.0352

2.3697

M-SUB-Q AT 100% POWER, 200 EFPD, THIS IS LEVEL 13 OF 18 (LEVEL 18 TOP OF CCRE, LEVEL 1 = BOTTOM)

..........D........C E

B A

H G

F 1.1824

1.5315

1.3055

1.5326

1.3334

1.3752

1.1481

1.1128

8

1.6613

1.2786

1.4991

1.2603

1.4395

1.3822

1.6379

1.6717 9* 1.5315

1.3495

1.5412

1.3484

1.5433

1.3816

1.4373 *

.8675

1.2786

1.4523

1.2652

1.4409

1.2553

1.3945

1.3335

2.1500

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

10

1.3055

1.5300

1.3077 1.5412

1.4030

1.5380

1.2820 *

.9071 *

1.4991

1.2689

1.4945

1.2633

1.3894

1.2643

1.4998

2.0845

11

1.5326

1.3441

1,5380

1.3612

1.5572

1.3570

1.4126 *

.7990 *

......... 342

1.2503

1.4325

1.J696

2.4081 1 2603 + 1.4447.................

2660 *

1 1.4 12

1.3334

1.5401

1.3998

1.5551

1.3687

1.5069

1.0861

1.4395

1.2560

1.3921

1.2518

1.4242

1.2918

1.7811

13

1.3752

1.3005

1.5358

1.3559

1.5069

1.0960 *

.7947

1.3822

1.3951

1.2648

1.4335

1.2918

1.7886

2.4353

1.4362

1.2809

1.4126

1.0881 *

.7947 14

1.1481

2.4380

1.6379

1.3343

1.5009

1.3704

1.7811

.9061 *

.7990

F-SUB-Q 15

1.1128 *

.8664 2.1543

2.0865

2.4081

M-SUB-Q 1.6717

i i

I APPENDDC Page 14 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 1 (cont.)

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

AT 100% POWER, 200 EFPD, THIS IS LEVEL 12 0F 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 s BOTTOH)

......................F.........E.......D.......C H

G B

A 8

1.1835

1.5422

1.3098

1.5433

1.3366

1.3773

1.1449

1.1106 *

1 7355

1. 3252

1.5616

1.3065..*. 1.5077

1.4492

1.7267

1. 7587

9

1.5422

1.3548

1.5530

1.3548

1.5540

1.3848

1.4437

.8643 *

1.3252

1.5111

1.3085..*.1.4948

1 3018

1. 4517

1.3849

2. 2681.*

10

1.3098

1.5487

1.3120

1.5530

1.4094

1.5476

1.2841 *

.9039 *

1.56

..... 16

1. 3122

1.5510

1. 3054

1. 4402

1.3076.*.1 5582

2.1891.*

11

1.5433

1.3505

1.5487

1.3687

1.5701

1.3623

1.4191 *

.7968 *

1.3085

1.4999

1 3085

1 4887

1.2904

1.4859

1.4207

2.5038

12

1.3366

1.5508

1.4052

1.5679

1.3752

1.5165

1.0892 *

1.5077

1.3021...*.1. 4431

1. 2920

1. 4730

1.3335

1. 8504

13

1.3773

1.3837

1.5465

1.3612

1.5165

1.0860 *

.7925 *

1.4492

1.4517

................... 1. 3084

1. 4869

1. 3335

1.8551

2.5306

14

1.1449

1.4426

1.2831

1.4191

1.0892 *.7925 *

1.7267

1.3858

1.559 3.*. 1.4216.*.1.8504

1.5334

15

1.1106 *

.8622 *

.9029 *

.7968

F-SUB-Q

1.7587

2.2726

2.1891.*.2.5049...* M-SUB-Q l

AT 100% POWER, 200 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

H D

C B

A

.............G.........F.........E..........................................

8

1.1781

1.5422

1.3066

1.5422

1.3323

1.3720

1.1363

1.1010 *

1.8253

1.3841..*.1 6356

1.3717

1. 5883

1.5297

1.8279

1.8607 9 + 1.5422

1.3516

1.5530

1.3537

1.5530

1.3784

1.4384

.8557

1.3841

1.5839

1.3678

1.5671

1.3630

1.5262

1.4528

2.4020

10

1.3066

1.5487

1.3098

1.5519

1.4062

1.5465

1.2777 *

.8954 *

1 6356

1.3717

...................................................... 365

2.3088 *

1.6268

1.3652

1.5089

1.3676

1.6 11

1.5422

1.3495

1.5487

1.3666

1.5701 1.3500

1.4148 *

.7893

i

1.3717

1.5723

1.3683 *

............................ 1.5582

1.3505

1.5508

1.4833

2.6277

12

1.3323

1.5497

1.4019

1.5679

1.3720

1.5133

1.0817

1 5883

1.3642

1.5121..*. 1.3530

1. 5476

1.3978

1.9470

13

1.3720

1.3773

1.5444

1.3570

1.5144

1.0774 *

.7850 *

................................................... 1.*.2.6716 *

1.5297

1.5268

1.3608

1.5599

1.3978

1.953 14

1.1363

1.4373

1.2766

1.4148

1.0817 *

.7850 *

1.8279

1.4537

1.6377

1.4837 *

......................................1 9488

2.6716

15

1.1010 *

.8536

.8943 *

.7803

F-SUB-Q

1.0607

2.4073

2.3088

2.6300

M-SUB-Q

APPENDIX Page 15 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin)'- Normal Operations AT 100% POWER, 200 EFPD, THIS IS LEVEL 10 OF 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BOTTOM)

..........................................................B........A H

G F

E D

C 8

1.1931

1.5787

1.3270

1.5797

1.3527 ' 1.3955

1.1481 ' 1.1192 *

...................'.........'............ 568

1.5924..*. 1.9094

1. 9301.*

1.9007

1.4276 1.7030 1.4182

1.6.........

9

1.5787

1.3741

1.5904

1.3773

1.5883

1.3998

1.4683 *

.8643 *

. 1 4276

1.6459

1.4123

1.6301.*.1.4079

1.5885.*. 1. 5022..*.2 5066

10

1.3270

1.5862

1.3302

1.5872

1.4309

1.5808

1.2981 *

.9071 *

........................................ 664

1.4086

1.6971

2 3967 *

1.7030

1.4169

1.6943

1.4107

1.5 11

1.5797

1.3730

1.5829

1.3902

1.6086

1.3816

1.4448 *

.7979 *

.... 182

1. 6350

1. 4149

1. 6169

1.3858

1.6116 '.1.5285..*.2. 7321..*

1.4 12

1.3527

1.5951

1.4266

1.6054

1.3966

1.5476

1.0978 *

................................................. 377

2.0098 '.

1.6568

1.4092

1.5709

1.3801

1.6005

1.4............

13

1.3955

1.3987

1.5797

1.3805

1.5476

1.0924 *

.7936 *

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

1. 4377................... 10..*

1.5924

1.5889

1.4096

1.6

2.0209

2.76 14

1.1481

1.4673

1.2970

1.4437

1.0967 *

.7936 *

.......... 1. 5033

1.6984

1.5285

2.0090

2.7631.*

1.9094

15

1.1192 *

.8622 *

.9061 *

.7968

F-SUB-Q

1.9301

2.5120

2.399 1..*. 2.7334

M-SUB-Q AT 100% power, 200 EFPD, THIS IS LEVEL 9 OF 18 (LEVEL 18 = TCP CF CCRE, LEVEL 1 = BOTTOM)

H G

F E

D B

A j

.................................................C.......................

8

1.1781

1.5637 ' 1.3130

1.5647

1.3377

1.3773

1.1320

1.1010 *

1.9027

1.4414

1.7094

1.4386

1.6754

1.6232

1.9659

2.0

................................................................... 148

l

)

9 ' 1.5637

1.3602

1.5765

1.3645

1.5733

1.3816

1.4501 *.6504

j

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

1.6464 '.1.4301

1.6220

1.5453

2.6080 *

1.4414

1.6514

1.430 i

10

1.3130

1.5722

1.3163

1.5713 ' 1.4148

1.5658

1.2809 *

.8921 *

1.7094

1.4339

1.7054

1.4320

1.5902

1.4405

1.7

2.4893 *

.......................................................... 477 1.3655

1.4266 *

.7850

11

1.5647

1.3591

1.5679

1.3762

1.5947 1.4386

1.6514

1.4357

1.6353

1.4181

1.6489

1.5742

2.8380

12 ' 1.3377

1.5690 ' 1.4105 ' 1.5915

1.3805

1.5305

1.0828 *

,....................................... 329

1.4735

2.0760 *

1.6754

1.4339

1.5937

1.4200

1.6 13 ' 1.3773

1.3816

1.5637 ' 1.3645

1.5305

1.0785 *

.7808 *

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

1.4735

2.0859 '.2.8715 *

1.6232

1.6220

1.4424

1.650 14

1.1320

1.4491 ' 1.2798

1.4255

1.0817 *

.7797

1.9659

1.5461

1.7491

1.5753

2.0760

2.8715

15

1.1010 *.8493 *.8921 *

.7850

F-SUB-Q

2.0148

2.6111

...................'..................2.4921

2.8380

M-SUB-Q e

w-%

APPENDIX Page 16 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 10 0% F0WER, 200 EFED, THIS IS LEVEL 8 OF 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 : BOTTOM)

H G

F E

D C

B A

8

1.1963

1.6065

1.3355

1.6076

1.3612

1.4052

1.1492

1.1256 *

1.8143

1.3565

1.5948

1.5420

1.8766

1.9008 *

................... 1.6268

1.3557

9*

1.6065

1.3859

1.6194

1.3912

1.6140

1.4094

1.4865 *

.8632 *

1.3565

1.5685

1.3465

1.5629

1.3482

1.5398

1.4587

2.4777

10

1.3355

1.6140

1.3398

1.6140

1.4437

1.6065

1.3077 *

.9082

1.3507

1.6220

1.3498

1.5069

1.3548

1.6564

2.3628

6268 1.6076

1.3859

1.6086

1.4030

1.6397

1.3944

1.4630 *

.7979

11 1.3557

1.5685

1.3532

1.5S07

1.3318 1.5596

1.4834

2.7013

12

1.3612

1.6108

1.4394

1.6365

1.4105

1.5712

1.1042

1.3523

1.5111

1.3342

1.5442

1.3866

1.9659 *

1.5948 1.4084

1.6054

1.3934

1.5712

1.0978 *

.7925

1.4052 13 *

1.5409

1.3565

1.5607

1.3866

1.9784

2.7249

1.5420 1.4855

1.3066

1.4630

1.1031 *

.7925

1.1492 14

.............................. 4845

1.9659

2.7283

1.8766

1.4597

1.6576 1.

15

1.1256 *

.8622 *

.9082 *

.7966

F-SUB-Q 2.4820

2.3641

2.7013

M-SUB-Q

1.9008

AT 10 0 % POWER, 200 EFPD, THIS IS LEVEL 7 CF 18 (LEVEL 18 = TCP OF CCBE, LEVEL 1 = B71 TOM)

H G

F E

D C

B A

8

1.1963

1.6161 1.3398

1.6172

1.3645

1.4094

1.1503

1.1278 *

.......... 1 3104

1.7660

1.57......** 17

1.5334

1.4768

1.7904

1.8101 *

........** 15

1.30 1.6161

1.3902

1.6290

1.3955

1.6247 1.4126

1.4940 *

.8632

9 *

1.3104

1.5198

1.2956

1.5055

1.2951

1.4764

1.3922

2.3665

10

1.3388

1.6236

1.3430

1.6247

1.4491

1.6172

1.3120 *

.9093 *

1.5715

1.2994 1.4525

1.3029

1.5843

2.2532 *

................... 1.5653

1.2971

11

1.6172

1.3912

1.6194

1.4004

1.6515

1.3998

1.4716 *

.7979 *

1.3017 1.5107

1.3005

1.4968

1.2839

1.5040

1.4204

2.5759

12

1.3645

1.6215

1.4437

1.6483 1.4159

1.5808

1.1063 *

1.5334

1.2978

1.4559

1.2864

1.4946

1.3383

1.8899

13

1,4094 1.4116 1.6161

1.3967

1.5819

1.1010 *

.7925 *

................... 1.3041

1.5056

1.3383

1.9123

2.6210

1.4768

1.4789 *

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

14

1.1503

1.4930

1.3109

1.4716

1.1053

7915 *

1.7904

1.3931 1.5855

1.4204

1.8906

2.6227 15

1.1278 *

.8611 *

.9082 *

.7968

F-SUB-Q 2.3704

2.2555

2.5759

M-SUB-Q

1.8101

l APPENDIX i

Page 17 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 200 EFFD, THIS IS LEVEu 6 0F 18 fLEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

.........**....................E.......D........C H

G F

B A

8

1.1824

1.5979

1.3248

1.5990

1.3505

1.3934

1.1374

1.1128 *

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

1 4821..*.1. 4282...*.1. 7340

1. 7575 *

1.7048

1.2656 1.5177

1.259 9

1.5979

1.3752

1.6119

1.3827

1.6076

1.3966

1.4700 *

.8514 *

....................................... 510

1.4292

1.34641.4531

1.2

.....................*.2.2968

1.2656

1.4654

1.2522

10

1.3248

1.6065

1.3291

1.6076

1.4341

1.6011

1.2970 *

.8954 *

..................................... 1.4023

1.2554

1.5313

1.5177

1.2558

1.5114

1.2529 *

2.1888

11

1.5990

1.3773

1.6022

1.1944

1.6354

1.3859

1.4555 *

.7872 *

1.2590

1.4504

1.2565 *.1 4436

1 2363 '.1.4498

1.3710

2.4964

12

1.3505

1.6033

1.4287

1.6322

1.4019

1.5647

1.0924 *

1.4821 + 1.2546

1.4064

1.2384

1.4408

1 2880

1.8248

13

1.3934

1.3955

1.6001

1.3848

1.5658

1.0881 *

.780B *

...........................***.................. 8426

2.5359 *

1.4282

1.4302

1.2568

1.4507

1.2876

1.

14

1.1374

1.4769

1.2959

1.4544

1.0924 *

.7797 *

1.7340

1.3472

1.5323

1 3714..*. 1.8255

2.5374

15

1.1128 *

.8504 *

.8954 *

.7861

F-SUB-Q

1.7575

2.3005

2.1888

2 4964

M-SUB-Q AT 100% POWER, 200 EPPD, THIS IS LEVEL 5 OF 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 HOTTOM)

H G

F E

D C

B A

8

1.1942

1.6301

1.3420

1.6322

1.3607

1.4180

1.1524

1.1342 *

.................*..,****.......... 1.3964

1 3424

1.6364

1.6503 *

. 1.6089

1.1840

1.4311

1.1783

9

1.6301

1.3944

1.6440

1.4019

1.6397

1.4180

1.5080 *

.8622 *

1.1840

1. 3796

1.1714

................................. 1. 3457 1.2619

2.1705

1.3684

1.1720

10

1.3420

1.6386

1.3473

1.6397

1.4555

1.6343

1.3184 *

.9093 *

.................................... 1. 3205

1.1758

1. 4413

2.0642 *

1.4311

1.1751

1.4245

1.1739

11

1.6322

1.3966

1.6333

1.4137

1.6697

1.4073

1.4855 *

.7968 *

1.1783

1.3736

1.1770

1.3591

1.1559

1.3641

1.2845

2.3614

12

1.3687

1.6365

1.4491

1.6665

1.4234

1.5969

1.1085 *

1.3964

1.1745

1.3237

1.1583

1.3532 '.1.2056

1.7193 *

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

13

1.4180

1.4169

1.6322

1.4062

1.5979

1.1021 *

.7893

1.3424

1.3465

1.1770

1.3650

1.2049

1.7385

2.3904

14

1.1524

1.5069

1.3173 ' 1.4855

1.1085 *

.7883 *

1.6364

1.2628

1.4422

1.2852

1.7207

2.4011

15 ' 1.1342 *

.8611 *

.9002 *

.7958

F-SUB-Q 1.6503

2.1748

2.0642

2.3614

M-SUB-Q

APPENDIX Page 18 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 200 EFPD, THIS IS LEVEL 4 0F 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 : BOTTCMI

..........................................................B.........A H

C F

E D

C 8

1.1685

1.5915

1.3163

1.5958

1.3430

1.3902

1.1299

1.1063 *

................... 1.3857

1.1462

1.3540

1.3017

1. 5902

1.6148 *

1.5596

1.1504

9

1.5915

1.3655

1.6076

1.3762

1.6033

1.3869

1.4737

.8439 *

1. 1504

1.*.3366

1. 1390

1. 3253..*.1.1390

1.3071

1.2286

2. 1182

10

1.3163

1.6022

1.3195

1.6011

1.4234

1.5969

1.2906 *

.8868 *

....................... 05

1. 1402.*.1.2811...*.1.1420

1 4008

2.0185 *

1.3857

1.1426

1.30 11

1.5958

1.3698

1.5958

1.3837

1.6301

1.3762

1.4512 *

.7775 *

. 1 1462

1.3301

1. 1438

1 3181.**1 1227.....1. 3229

1.2496

2.3057

12

1.3430

1.5990

1.4100

1.6268

1.3912

1.5594

1.0828 *

.......... 1. 1420

1. 2848

1.1244

1.3110

1.1695

1.6728 *

1.3540

13

1.3902

1.3869

1.5947

1.3752

1.5594

1.0764 *

.7679

1.6870

2.3452 *

1. 3017

1.3079

1.1432.*.1.3237

1. 1688

14

1.1299

1.4726

1.2895

1.4501

1.0817 *

.7679

4017.....1.2503

1 6728

2.3452 *

1.5902

1.2293

1.

15

1.1063 *

.8429 *

.8868 *

.7775

F-SUB-Q

1.6148

2.1223

2.0185

2.3057

M-SUB-Q AT 100% POWER, 200 EFPD, THIS IS LEVEL 3 CF 18 (LEVEL 18 = TOP OF COBE, LEVEL 1 = BOTTCM)

H G

D C

B A

......................F.........E..........................................

8

1.1513

1.5690

1.3002

1.5765

1.3280

1.3752

1.1149

1.0871 *

1.5206

1 1198

1.3465

1. 1135

1.3150

1.26.48

1.5507............ 1. 5833 *

+

9

1.5690

1.3473

1.5862

1.3623

1.5808

1.3666

1.4491 *

.8311 *

... 1198.*.1.3009

1 1068

1. 2856

1.1085

1.2751.*.1 2009..*. 2.0701 *

1.

10

1.3002

1.5819

1.3045

1.5787

1.3998

1.5679

1.2702 *

.8707

1.3416

1.1107

1.2496

1.1152

1.3676

1.9802 *

1.3465

1 1107 11

1.5765

1.3570

1.5733

1.3634

1.6001

1.3505

1.4234 *

.7604

1..*.

2.2674

1.2924

1.223

1.1135..*. 1. 2901

1.1141

1. 2833

1.0957

12

1.3200

1.5754

1.3966

1.5969

1.3666

1.5294

1.0614 *

1 3150

1 1118.*. 1 2525

1 0973

1 2796

1.1432

1.6370

13

1.3752

1.3655

1.5658

1.3495

1.5294

1.0539 *

.7486 *

... 2648

1. 2758

1.1164

1.2932

1.1426

1.6526

2. 3105.*.

1.

14

1.1149

1.4480

1.2691

1.4223

1.0603 *

.7486 *

1.5507

1.2016

1.3693

1.2238 *

..................................... 1. 6390

2.3105

15

1.0871 *

.8300 *

.8697 *

.7604

F-SUB-Q

1.5833

2.0740

1.9802

2.2698

M-SUB-Q

]

APPENDIX Page 19 of 140 4

McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

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

\\

l AT 100% POWER, 200 EFFD.

THIS IS LEVEL 2 OF 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 = BOTTOM)

...............................E........D H

G F

C B

A 8

1.0667 ' 1.4394

1.2017

1.4544

1.2327

1.2584

1.0207

.9660 *

1 5937

1.1853

1.4144 *

......+................. 1. 1714

1.3770

1.3424

1. 6477

1.7338

9* 1.4394

1.2391 ' 1.4598

1.2681

1.4512

1.2456

1.2970 *

.7604 *

1. 1853 '.1 3736

1. 1682

1.3407 *............................. 1 '. 1. 3032

2 2035

1.1726

1.359 1

10

1.2017

1.4544

1.2092

1.4351

1.2852

1.4159

1.1492 *

.7818 *

'.1 4144

1.1720

1.4053

1. 1853

1.3213

1.1983

1. 4685

2 1452

11

1.4544

1.2627

1.4309

1.2563

1.4576

1.2263 1.2659 *

.6812 *

1.1714

1.3457

1.

..................... 1885

1.3523

1.1670

1.3822

1.3350

2 4613

12

1.2327

1.4501

1.2820

1.4544

1.2413

1.3655 *

.9543 *

1.3770

1.1739

1.3245

1.1695

1.3667................ 2425

1. 7703 1.

13

1.2584

1.2445

1.4148

1.2252

1.3655 *

.9532 *

.6704 *

1.3424

1.3591

1.

..................... 1989

1.3831

1.2418

1.7732

2.5093

14 ' 1.0207 ' 1.2959

1.1481

1.2649 *

.9532 *

.6694 *

. 1.6477

1.3040

1.4695

1.3358

1.7703

2.5093

15 *

.9660 *

.7593 *

.7818 *

.6812

F-SUB-Q

1.7338

2.2057 *

................... 2. 1452

2 4641..* M-SUB-Q AT 100% F0WER, 200 EFFD, THIS IS LEVEL 1 0F 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 m BUTTCM)

H G

F E

D C

B A

8*

.7775

1.0249 *

.8461

1.0507 *

.8825 *

.8697 *

.7144 *

.6201 *

2.1452.*.1 6280

1.9695

1. 5867

1.8863

1.9077 2.3154

2.6522

9

1.0249 *

.8600

1.0464 *

.9264

1.0517 *

.8439 *

.8857

.5334 *

1 6200

1.9398

1.5948

1.7994

1.5833

1.9677

1.0606 *

.....................**................................... 3.0862

10 *

.8461

1.0410 *

.8568

1.0571 *

.8954

1.0067

7647

.5226 *

1.9695

1. 6010

1.9450

1

................. 5764

1. 8575

1.6489

2.1621

3.1483

11

1.0507 *.9232

1.0528 *

.8782

1.0367 *

.8375 *

.8386 *

.4616 *

1.5867

1.8053

1.5833 1.8961 1.6053

1.9820

1.9748

3.5695

12 *

.8825

1.0507

.8932

1.0346 *.8525 *

.9189 *

.6447 *

1.8863

1.5856 '. 1.8622..*.1 6089

1.9484

1.8053

2.5682

13 *

.8697

.8429

1.0067 *

.8375 *.9189 *

.6608 *

.4520 *

. 1. 9077

1.9677

1.6501

1.9820

1.0053

2.5064

3.6529

14 *

.7144 *

.8846 *

.7647 *

.8375 *

.6437 *

.4520

2.3154

1.8686

2.1643

1.9748

2.5682

3.6529

i 15 *

.6201 *

.5323 *

.5226 '

.4616

F-SUB-Q

2.6522 3.0905 *

................... 3 1483

3.5695

M-SJB-Q I

APPENDIX Page 20 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 405 EFPD, THIS IS LEVEL 18 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

A

..........................................................B...........*.**

8*

7915

1.0399 *

.9275

1.0785 *

.9725 *

.9532 *.e461

7518 *

...... * *...................... * * *

7 0 3 7 '.1 9 0 6 7

2.1310 *

............ 5919

1.7997

1.5187

1.6792

1

1.0449

1 9

1.0399 *

.9221

1.0731 *

.9864

1.0753 *

.9275 *

.9618 *.6651 '

................'.... 10

1.6685

1.5276 '. 1.7745

1.6953 '.2.4189 *

'.1.5919

1.7965 1.55 10 *

.9275

1.0699 *

.9436

1.0774 *.9505

1.0389 *

.8557 *

.6522 *

. 1 7997 *................................... 7495

1. 6102

1.9362..*.2. 4925

1.5544

1.7690

1.5510

1 11 ' 1.0785 *

.9853

1.0753 *

.9457

1.0399 *

.8943 *.9039 *

.5794 *

......**......... 1. 5534

1.7830

1.5626

1. 8357

1.8498

2.8797 *

. 1.5107

1.6699

12 *

.9725

1.0753 *

.9575

1.0389 *.8150 *.9104 *

.7272 *

............................ 1. 5638

1.7126

1.6519

2.2259

1.6792

1.5276

1.7508

13 *

.9532 *

.9275

1.0389 *

.8932 *.9104 *

.6994 *

.5644 *

1.7037

1.7745

1.6113

1.8357

1.6512

2.1136

2.7958 *

.8461 *

.9607

.8547 *

.9039 *

.7272 *

.5644 '

14 *

..................................... 2.2259

2.7958

1.9067

1.6967

1.9377

1.8496

15 *

.7518 *

.6640 *

.6522 *

.5794

F-SUB-Q

..................'......... 2.8797

M-SUB-Q

2.1310

2.4189 2.4925

AT 100% POWER, 405 EFFD, THIS IS LEVEL 17 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 BO'ITOM1 H

G F

E D

C B

A 8

1.0432

1.3034

1.1674

1.3302

1.1995

1.1984

1.0549

1.0014 *

........... 932

1.5729

1.6457 *

............................ 1.2718.*.1.4009

1.5981

1.3244

1.4953

1.3 9' 1.3034

1.1760

1.3291

1.2038

1.3270

1.1963

1.2252 *

.8279

1.3244

1.4608

1.2949

1.4115

1.2804

1.4163

1.3733 1.9933

10

1.1674

1.3270

1.1813

1.3120

1.2167

1.2938

1.1181 *

.8482 *

1.49

..... 53

1.2974

1.4559

1.3128

1.4204

1.3308

1.5265

1.9733

1.3302 1.2017

1.3088

1.2038

1.3066

1.1556

1.1910 '

.7486

11 *

..... 18 *............. 1. 3144

1.4423

1.3020

1.4750

1.4539

2.3013

1.27 1.4125

12

1.1995

1.3259

1.2156

1.3055

1.1353

1.2274 *

.9510 *

.... 009

1.2002

1.4 1.4................. 214

1. 3024

4.4297

1.3367

1.7730

13

1.1984 1.1974

1.2938

1.1556

1.2274 *

.9510 '

7465 *

.........'......... 1. 3308 '.1. 4755

1.3367

1.7114

2.2172 *

1.3932 1.4171

14

1.0549

1.2242

1.1181

1.1910 *

.9510 *

.7454 *

1.5729

1.3741

1.5267

1.4539

1.7730

2.2172

15

1.0014 *

.8263 *

.8482 *

.7486

F-SUB-Q 1.6457 1.9952

1.

..................... 9749

2.3013

M-SUB-Q

I APPENDIX Page 21 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin)- Normal Operations AT 100% POWER, 405 EFPD, THIS IS LEVEL 16 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

....H.........G F

E D

C B

A 8* 1.1428

1.4309

1.2477

1.4469

1.2734

1.2841

1.1138

1.0881 *

...... 4.***1.2555

1.541

............ 1. 2019

1.3574

1. 3368

1.5288 *............. 1 5545

1.4496

9

1.4309

1.2713

1.4491

1.2841

1.4469

1.2873

1.3355 *

.8771 *

1. 2555

1 4120

1. 2237......1. 3647

1 2087 *

..... 3559

1.2938

1.9330

1 10

1.2477

1.4459

1.2616

1.4351

1.3130

1.4148

1.2070 *

.9146 *

1. 4496

1.2258..*.1 4055

1. 2393

1 3580

1.2545..*. 1.4553

1 8820

11

1.4469

1.2820

1.4319

1.2959

1.4384

1.2563

1.3088 *

.8054 *

1.2019

1.3655

1.2401 *

..... * *.................... 1. 3 8 4 4. *. 1. 2 3 2 3

1 4121

1 3 6 5 8

2. 2 0 2 6

12

1.2734

1.4469

1.3120

1.4373

1.2649

1.3720

1.0357 *

1 3574

1.2087

1.3589 *

.......................... 1. 2330

1.3812

1.2711

1.6944

13

1.2841

1.2873

1.4148

1.2552

1.3720

1.0474 *

.8129 *

1.3368 *

...........1.3559

1. 2545

1.4121

1.2711

1.6467..**...............................

1307 *

2.

14

1.1130

1.3355

1.2059

1.3088

1.0357 *

.8129 *

. 1. 5288

1. 2939

1 4561

1. 3658

1. 6951..*. 2. 1319

15

1.0881 *

.8761 *

.9146 *

.8054

F-SUB-Q

1.5545

1.9366

1.0823

2.2029

M-SUB-Q AT 100 % POWER, 405 EFFD, THIS IS LEVEL 15 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTI'OM)

H O

F A

...............................E........D.........C.......B B

1.1631

1.4758

1.2670

1.4876

1.2884

1.3034

1.1213

1.1096 *

1.5297

.......... 1. 2621

1.4716

1.

................. 2061

1. 3830

1.3584

1 5662

1. 5697 9

1.4758

1.2959

1.4908

1.3066

1.4898

1.3088

1.3698 *.8846 *

1.262 1.*. 1 4375

1.2283

1.3876 *................................................. 1.9787

1.2123

1.3761

1.3004

10

1.2670

1.4876

1.2820

1.4833

1.3398

1.4555

3.2274 *

.9275 *

1. 4716

1.2304

......................... 1. 2404

1.3745

1.2620

1. 475.9

1 9123.*

1.4283

11

1.4876

1.3045

1.4801

1.3227

1.4844

1.2831

1.3452 *

.8161 *

1. 2061..*.1.3676

1.2433

1.4045

1.2413

1.4357

1.3763

2.2427

12

1.2394

1.4898

1.3388

1.4833

1.2948

1.4148

1.0592 *

1.3830

1.2129

1.3756

1.2420

1 4085

1. 2874

1. 7268

13

1.3034

1.3088

1.4555

1.2831

1.4140

1.0721 *

.8290 *

................... 1.2620

1.4357

1.2871

1.6860

2.1872.*

1.3584

1.3761

14

1.1213

1.3698

1.2263

1.3452

1.0592 *

.8290 *

1.5662

1.3012

1.4759

1.3763

1.7268

2. 1872

15

1,1096 *

.6836 *

.9275 *

.8161

F-SUB-Q

1.5697 *

.......... 1 9821

1.9138

2.2431

M-SUB-Q I

i

APPENDIX Page 22 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 405 EFPD, THIS IS LEVEL 14 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8* 1.1385

1.4501

1.2402

1.4598

1.2595

1.2723 + 1.0913

1.0828 *

1.6082..*.1.3204

1.5378

1.2736

1. 4684

1. 4431

1.6684

1.6671.*

9

1.4501

1.2702

1.4641

1.2798

1.4619

1.2788

1.3409 *

.8600 *

. 1. 3204

1.5071

1.2949

1.4685

1.2791 + 1.4587

1.3752

2.1110

10

1.2402

1.4600

1.2552

1.4587

1.3130

1.4276

1.1995 *

.9039 *

1.5378

1.2975

1

..................... 5109

1.3018

1 4449

1.3261

1.5629

2 0346

11

1.4598

1.2777 1.4544

1.2970

1.4576

1.2574

1.3184

.7958

1.2736

1.4695

1.3054

1.4713

1.3043

1.5123

1.4415

2.3695

12

1.2595

1.4619

1.3120

1.4566

1.2702

1.3880

1.0367 *

... 4684

1.2797

1. 4459

1.3053..*.1.4905

1.3622

1.8289 *

1.

13

1.2723

1.2788

1.4276

1.2574

1.3891

1.0496 *

.8097 *

1.4431

1.4587

1.3261

1.5123

1.3620

1.7964

2.3334

14

1.0913

1.3409

1.1984

1.3184

1.0367 *

.8086

1.6684

1.3761

1.5629

1.4415

1.8289

2.3353

15

1.0828 *

.8589 *

.9039 *

.7958

F-SUB-Q

1.6671

2.1148

2.0346

2.

.............................. 3695

M-SUB-Q AT 100% POWER, 405 EFPD, THIS IS LEVEL 13 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 : BOTTOM)

H G

F E

D C

B A

8

1.1438

1.4716

1.2488

1.4823

1.2659

1.2820

1.0946

1.0956 *

1.6146

1.3304

1 5663

1.3045

1.5197................................................ 10

1.7320 *................ 171

1.49 1.7 9

1.4716 + 1.2809

1.4855

1.2895

1.4844

1.2873

1.3591 *

.8643 *

1.3304

1.5313

1.3139

1.S090

1.3071

1.5031

1.4090

2.1867

10

1.2488

1.4833

1.2638

1.4823

1.3238

1.4400 1.2092 *

.9093 *

1.5663

1.3165

1.5450

1.3167

1.4750

1.3436

1.6015

2.0996

11

1.4823

1.2873

1.4700

1.3077

1.4791

1.2670

1.3366 *

.0000 *

1.3045

1.5122

1.3209

1.4956

1.3217

1.5421

1.4572

2.4

................................................................... 240

12

1.2659

1.4833

1.3227

1.4780

1.2798

1.4073

1.0453 *

1.5197

1.3077

1.4760

1.3227

1.5315

1.3923

1.8700

13

1.2820

1.2873

1.4400

1.2670

1.4073

1.0501 *

.8129 *

1.4910

1.5031

1.3442

1.5424

1.3923

1.8532

2.4058

14

1.0946

1.3591

1.2001

1.3366

1.0453 *

.8129 *

1.7330 * *.4097

1. 5023

1.4569

1.9704........................

2.4078 *

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

15

1.0956 *

.8632 *

.9093 *.8000

F-SUB-Q 1.7171

2.1889

2.0996

2.4240

N-SUB-Q

l APPENDIX Page 23 of 140 McGuire 2 Cylce 10 Core Operating Limits Report liable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin)- Normal Operations AT 1001 PCWER, 405 EFPD, THIS IS LEVEL 12 OF 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = DOTTOM)

H O

F E

D C

B A

8

1.1320

1.4630

1.2359 ' 1.4737

1.2531

1.2702

1.0817

1.0849 *

1.6863

1.3833

1 6358

1.3580

1 5960..*. 1 5658

1 8252

1.8032

9

1.4630

1.2691

1.4769

1.2788

1.4748

1.2745

1.3495 *.8536

1.5689

1.4697

2.30

..................................... 1 3577 *

........................... 12 *

1.3833

1.5977

1.3628

1.5711

10

1.2359

1.4737 + 1.2520

1.4737

1.3109

1.4384

1.1974 *

.8986 *

................................... 2012..*

1.5372

1.3941

1.6674

2.

1.6358

1.3654

1.6085 *

............................ 1. 3677

11

1.4737

1.2766

1.4694

1.2959

1.4694

1.2552

1.3270

7904

1.3580

1.5745

1.3714 + 1.5592

1.3711

1.6052

1.5151

2.5248

12

1.2531 ' 1.4737

1.3098

1.4683 ' 1.2681

1.3966

1.0346 '

1.5960

1.3583

1.5383

1.3722

1.59 1.4414

1.9439 *

......................................... 03

13

1.2702

1.2745

1.4384

1.2541

1.3966

1.0464 *

.8032 *

.......................**... 1 6052

1. 4404......'.1.9225

2.5017 1.5658

1.5689

1.3941

14

1.0817

1.3495

1.1974

1.3270

1.0335 *

.8022 *

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

1.9439

2.5017

1.0252

1.4697

1.6674

1.515 15

1.0849 *

.8525 *

.8986 *

.7904

F-SUB-Q

.'.............................. 248

M-SUB-Q 1.8032

2.3037

2.2012

2.5....

AT 100 % POWER, 405 EFPD, THIS IS LEVEL 11 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTCM)

H G

F E

D C

B A

1.2552

1,0678

1.0710

1.2231

1.4600

1.2391 8* 1.1171

1.4501

1.7791.*.1.4429

1. 7149

1.4217...............1. 6785

1.6489

1.9229

1.8973

9

1.4501

1.2552

1.4641 ' 1.2659

1.4619 1.2595

1.3366 *

.8418 *

.......................................... 5

1.6469

1.5307

2.4227

1.4429

1.6738

1.4232

1.6465

1.419 10

1.2231

1.4608

1.2391

1.4619

1.2970

1.4255

1.1835 *

.8868 *

1. 7149

1.4260

1 6884

1.4250 '.1.6089 '.1 4531.*.1.7454..*.2.3102

11 ' 1.4608

1.2638

1.4576

1.2820

1.4566

1.2402

1.3130 *

.7797 *

1.4217

1.6489

1.4294 1.6321

1.6840

1.5794

2.6381 *

...........................'......... 1.4338

12

1.2391

1.4619

1.2948

1.4544

1.2531

1.3837

1.0207

1.6765

1.4195

1.6101

1.4353

1.6702 1.5085

2.0412 *

1.0314 *

.7904

13

1.2552

1.2595

1.4255

1.2402

1.3837

1.6489

1.6460

1.4531

1.6840

1.5085

2.0177 2.6282

14

1.0678

1.3366 ' 1.1835

1.3130

1.0207

7904 *

1.9229

1.5387

1.7459

1.5794

2.0412

2.6290

15

1.0710 *

.6407 *

.8868 *

.7797

F-SUB-Q 1.8973

2.4254

2.3102

2.6381

.....................................' M-SUB-Q

APPENDLX Page 24 of 140 McGuire 2 Cylce 10 Core Operating Limits Report ifable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 405 EPPD, THIS IS LEVEL 10 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

....H G

F E

D C

B A

8

1.1256

1.4737

1.2327

1.4855

1.2499

1.2691

1.0753

1.0860 *

. 1 0249

1.4882..*.1.7665.*.1.4692.*.1 7478..*.1.7126

2.0001..*.1 9583

9*

!.4737

1.2670

1.4807

1.2798

1.4865

1.2702

1.3580 *

.8493

1.4882

1.7368

1.46

....................... 99

1. 7100

1 4650

1. 7109

1. 5865

2 5103

10

1.2327

1.4855

1.2499

1.4865

1.3098

1.4491

1.1963 *

.8964 *

1 7665

1.4729

1.8050

2.3875 *

............... 1.7391

1.4679

1.6700

1.4967

11

1.4855

1.2777

1.4823

1.2948

1.4801

1.2520

1.3323 *

.7861 *

... 4692

1.7132

1.4722.*.1.6920

1.4725

1.7390 *.......................... 1.6237

2.7266

1 12

1.2499

1.4855

1.3088

1.4791

1.2659

1.4041

1.0314 *

1.7478

1.4653

1.6713

1.4745

1

....................................... 7266

1.5489

2.0974

13

1.2691

1.2713

1.4491 1.2520

1.4041

1.0410

7968 *

1.7126

1.7100

1. 4967

1 7390..*.1. 5489...*.2.0815

2..;74

1.0753

1.3500

1.1963

1.3334

1.0314 *

.7968

14 *

. 2 0001 *

........................... 6233.*.2.0908

2.7074

1.5866

1.0055

1 15

1.0860 *

.8493 *

.8964

.7861

F-SUB-Q

1.9583

2.5132..*. 2.3875

2.7266

M-SUB-0 AT 100% POWER, 405 EFPD, THIS IS LEVEL 9 OF 18 (LEVEL 18 : TCP OF CORE, LEVEL 1 s BOTTCM)

H C

F E

D C

B A

8

1.1085

1.4555

1.2156

1.4683

1.23?/

1.2509

1.0603

1.0699 *

1. 9184 *....... 1.5585 *

................. 1 5453

1 8?26

1.0009

2 1141

2. 0700

1.8572

9

1.4555

1.2499

1.4705

1.2638

1.4683

1.2520

1.3398 *

.8365 *

1.5585

1

............ 8098

1. 5431..*. 1 7906

1.0442

1.8024

1. 6780

2 6619

10

1.2156

1.4673

1.2327

1.4705

1.2906

1.4309

1.1002 *

.8825 *

.......... 1. 5463.*. 1. 8342.*. 1 5453

1.7533

1.5833

1. 9077

2 5267 *

1.0572

11

1.4603

1.2606

1.4662 + 1.2777

1.4619

1.2349

1,3141 *

.7743 *

1.5453

1.7950

1.5496

1.7717

1 5529

1.8310

1.7175

2.8828

12

1.2327

1.4683

1.2895

1.4606

1.2477

1.3848

1.0164 *

1.8326..*. 1.5453

1.7547

1.555...... 6143..+.1.6353

2.2169 *

1 13

1.2509

1.2520

1.4319

1.2349 + 1.3859

1.0260

7840 *

............... 2.8602 *

1.8009

1.8024

1.

..................... 5833

1 8326

1. 6341 2.1969

14

1.0603

1.3398

1.1792

1.3141

1.0164 *

.7840 *

2.1141

1.6780

1.9077

1.7161

2.2169

2.8602 *

)

15

1.0699 *

.8365 *

.8825 *

.7743

F-SUd-O

2.0700

2.6619

2.5267

2.8820

M-SUB-Q

i l

APPENDIX Page 25 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 405 EFFD, THIS IS LEVEL 8 0F 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

..................... F.......E H

G D

C B

A

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

8

1.1245

1.4898

1.2349

1.5037

1.2520

1.2745

1.0764

1.0946 *

...........**...... 1. 7400

1.4548

1.7364

1.7011

2.0004.*.1 9600 *

1.7951

1.4685

9 ' 1.4898

1.2702

1.5058

1.2852

1.5037

1.2734 ' 1.3720 *

.8514

1.6968

1.4539

1.7045 1.5814

2.

.............'.. 4

1.4539 *

.......................................'........... 5185 *

1.4685

1.

15 10

3.2349

1.5015

1.2541

1.5069

1.3141

1.4662

1.2027 *

.8996 *

1.7400

1.4568

1.7161

1.4539

1.6594

1.4895

1.8005

2

.................................................................. 3867

11

1.5037

1.2831

1.5026

1.3002

1.4973

1.2574

1.3452 *

.7872 *

............... 1..*.1.4577

1. 6773 '.1.4626

1.7315

1.6128

2.7271..*

1.4548

1.700 12

1.2520

1.5037

1.3130 ' 1.4962

1.2702

1.4169

1.0357

....................... 07

1.4636

1.7160

1.5381.*. 2.0903

1.7364

1.4548

1.66 13

1.2745

1.2745

1.4662

1.2574

1.4100

1.0442 *

.7968 *

................... 1. 4885

1. 7323

1.5375

2.0744 ' 2.7020 '

1.7011

1.7045

14

1.0764

1.3709

1.2027

1.3452

1.0357 *.7968 *

2.0004

1.5814

................... 1.8005

1.6122

2.0914

2.7020

15

1.0946 *

.8514 *

.8996 *

.7872

F-SUS-Q

1.9(00 2.5

.........'... 214 '.2.3867

2.7256.*. M-SUB-Q AT 100% POWER, 405 EFPD, THIS IS LEVEL 7 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

......................F.........E.........D H

G C

B A

8

1.1278

1.5005

1.2402

1.5155

1.2564

1.2820

1.0817

1.1031 *

1.7030 *

.......... 1 3871...*.1 6484

1.3731..*.1 6461

1. 6108

1 0984..*.1 8548.*

9* 1.5005

1.2756

1.5176

1.2927

1.5165

1.2798

1.3827 *

.8557 *

. 1. 3871..*. 1. 6260

1. 3723.*. 1 6062.*.1. 3714

1. 6.150

1 4931..*.2. 3882.*

10

1.2402

1.5144

1.2606 ' 1.5208

1.3205

1.4780

1.2102 *

.9039 *

.......... 1.3757

1.6237

1.3706

1.6484 *........................ 1. 5705

1.4040

1. 7045

2.2633

11 ' 1.5155

1.2895

1.5155

1.3077

1.5101

1.2649

1.3570 *.7915 *

1 3731.*.1 6092 '. 1. 3749

1.5869

1. 3778

1. 6375

1.5222.*.2 5861..*

12

1.2584

1.5165

1.3195

1.5000

1.2777

1.428'

1.0421 *

1. 6461.'.1.3723...*.1.5716

1. 3792

1.6217... 1. 4500

1. 9776

13

1.2620

1.2009

1.4791

1.2649

1.4298

1.0496 *

.8000 *

1.6100

1.6150 *

........ *........ 1.4040

1.6375

1. 4495

1.9524

2. 5589

14

1.0817

1.3827

1.2102

1.3570

1.0421 *

.0000 *

1.8784

1.4936

1 7045

1.5222

1.9776

2.5589

15

1.1031 *

.8557 *

.9039 *

.7915

F-SUB-Q

1.8548

2.3908

2.2633

2.5861

M-sUB-Q

APPENDIX Page 26 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F suo-Q OP Margin) - Normal Operations AT 100% F0WER, 405 EFPD, THIS IS LEVEL 6 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

A

..........................................................B...............

8* 1.1213

1.4951 ' 1.2359

1.5123

1.2541

1.2777

1.0785

1.0999 '

...... 2

1.3317 '.1.5951..*.1.3168

1.5794

1.653

1.5463

1.8220

1.7826

9

1.4951

1.2713

1.5133

1.2895

1.5133

1.2756

1.3805 *

.8525 *

. 1.3317........1.5607........1. 3160

1.5393

1. 3144

1 5491

.......... 17

2. 2968

1.43....

10

1.2359

1.5101

1.2563

1.5176

1.3173

1.4758

1.2070 *

.9007 *

1.5951 *

.......... 1. 3192

1.5699

1.3128

1.5058

1.3452..*.1 6343

2.1765

11

1.5123

1.2873 ' 1.5123

1.3045

1.5069

1.2616 ' 1.3537 *

.7883 *

. 1.3168

1.5420

.................'.1.

3172 '.1 5205

1.3192

1. 5686

1.4594..*.2. 4853 12

1.2541

1.5133

1.3163 ' 1.5058

1.2745

1.4266

1.0389 *

1.5734

1. 3152

1. 5069

1.3204..........................

3884.........

966 *

1.5541

1 1.8 13

1.2777

1.2766

1.4758

1.2616

1.4265 + 1.0464

.7968 *

1.5463

1.549

............... 1....... 48

1. 5686

1.3800

1.8817

2.4601 *

1.34 14

1.0785 ' 1.3794

1.2070

1.3537

1.0309 *

.7968

1.0220 1.432

.........'..... 1...*.1.6350

1.4590

1.8973 2.4601 15

1.0999 *

.8514 *

.9007 *

.7893

F-EUD-Q

. 1.7826

2.2993

2.1765 2.4837

.........................'.........' M-SUB-Q AT 100% POWER, 405 EFPD, THIS IS LEVEL 5 0F 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 s BOTTCM)

H G

F E

D C

B A

8

1.1470

1.5412

1.2659

1.5604

1.2863

1.3163

1.1074

1.1363 '

'. 1.5244

1.2311

1.4701

1.2162

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

1.7000

1.6579

4689

1.4345

9

1.5412

1.3023

1.5604 1.3238

1.5626

1.3109

1.4266 *

.8771 *

. 1.2311...*.1.4523

1.2162

1.4297

1.2143

1.4411..*. 1.3269..*.2.1457

10 1.2659

1.5562

1.2895

1.5669

1.3516

1.5251

1.2424 *

.9264 *

1.4701

1.2189

1. 4447

1.2116

1. 3990

1 2431.'.1.5205

2.0314

11

1.5604

1.3216

1.5615

1.3398

1.5572

1.2970

1.3987

.8097

1.2162

1.43

.'............. 25.*.1.2156

1.4124

1. 2184

1. 4583

1. 3521

2.3241

12

1.2863 ' 1.5626

1.3505

1.5551

1.3098 ' 1.4737

1.0609 '

1

... 4689

1.2149

1 3999

1. 2197......1.4430........1. 2851

1.7663

13

1.3163

1.3109

1.5251

1.2970

1.4737

1.0753 *.8192 *

1.4345

1.4411

1.243

........................ 1.*.1.4583 '. 1.2845

1.7551

2. 3021..*

14

1.1074

1.4266 ' 1.2424

1.3907

1.0603 *

.8182 *

1.7000

1.3270 *

....................1.5207

1.3513

i.7663

2.3021 15 ' 1.1363 *

.6761 *

.9275 *

.0097

F-SUB-Q

1.6579

2.

............ 1478

2.0311

2.3241

M-SUS-Q

APPENDIX Page 27 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 100% POWER, 405 EPPD, THIS IS LEVEL 4 OF 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

B A

........................................D.........C........................

8* 1.1428

1.5358

1.2638

1.5572

1.2873

1.3152

1.1106

1.1363 *

......'... 909

1.3602

1.6085

1 5752 *

................... 1.4128 '.1. 1537 1.4711

1.1695

1.3 9

1.5358

1.3002

1.5562

1.3248

1.5615

1.3120

1.4276 *

.8782 *

. 1. 1695

1.3706 *............... 1. 1542

1.3526

1 1507......... 44

1.2568.*.2.0358 *

1.36 10

1.2638

1.5530

1.2884

1.5647

1.3516

1.5251

1.2445 *

.9275 *

1.4128

1.1567

1.3873

1.1489

1.3251

1.1771 1.4390

1.9292

1.5594

1.3398

1.5562

1.2981

1.3999 *

.8097

11

1.5572

1.3227

... 15371......'.1.3551 1.1525

1.3378

1.1538

1.3796

1.2815

2.2004

12

1.2873

1.5604

1.3505

1.5551

1.3109

1.4748

1.0699 *

- .......... 1513

1.3259

1. 1549

1. 3660

1.2172

1.6751 *

1.3909

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

13

1.3152

1.3120

1.5251 ' 1.2981

1.4748

1.0764 *

.8172 *

1. 3602

1.3643

1.1771.*. 1.3796

1 2166

1.6651

2.1880

14

1.1106 ' 1.4276

1.2445

1.3998

1.0699 *

.8172 *

1.6085

1.2568

1.4390

1. 2807 '.1.6753

2.1888

15

1.1363 *

.8771 *

.9275 *

.8097

F-SUB-Q 1.9278

2.2080

M-SUB-Q 1.5752

2.0377

AT 100% POWER, 405 EFPD, THIS IS.EVEL 3 CF 18 (LEVEL 18. TOP OF CORE, LEVEL 1 = BOTTOH)

F E

D C

B A

....H........G

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

1.5500

1.2777

1.5765

1.3045

1.3366

1.1299

1.1535

8* 1.1524

................................. 1.3163

1. 2830

1.5185

1.4910

1.1095

1.3451

1.0920 *

. 1. 4104 9

1.5500

1.3120

1.5733

1.3430

1.5808

1.3302

1.4501 *

.8932 *

............. 094

1.0936

1. 2792

1.08A9

1.2912

1.1874 '. 1.9243.*.

1.1095

1.3 10

1.2777

1.5701

1.3023

1.5829

1.3666

1.5465

1.2649 *

.9414 *

.............................. 1.2567

1.1129

1.3593

1. 8274

1.0963

1.3187

1.0878 *

1.345

...... 1

11

1.5765

1.3409

1.5776

1.3537

1.5765

1.3152

1.4201 *

.8193 *

....................... 15

1.2689

1.0916

1.3063

1.2121

2.0990 *

1.0920

1.2821

1.09.................................................

12

1.3045

1.5000

1.3655

1.5744

1.3200

1.4951

1.0849 *

1.2941 1.1511

1.5879 *

............... 3.. '.1. 2 5 7 5.. *.1. 0 9 2 7.................'..................

1.3163

1.089 13

1.3366

1.3313 ' 1.5476

1.3152

1.4962

1.0881 *

.8257 *

1.2830

1 2905

1.1124.*.1.30b3

1. 1510

1.5821..*.2.0050

14 + 1.1299

1.4501

1.2649

1.4212

1.0839 *

.8257 *

.... 185

1 1875..*.1. 3593.*.1. 2115

1.5879

2.0050 *

1.5 15

1.1535 *

.9921 *

.9414 *

.8204

F-SUB-Q

1.4910

1.9260

1.8274

2.0970

M-sUB-Q d

[

APPENDIX Page 28 of 140 McGuire 2 Cylce 10 Core Operating Limits Report ifable 1 (cont.)

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

AT 100% POWER, 405 EFPD, THIS IS LEVEL 2 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

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

B

1. 0 9 4 6

1. 4 5 87

1. 212 4

1. 4 87 6

1. 2 4 6 6

1. 2 7 4 5

1. 0 828

1. 07 96 *

............ 1470 '.1.3768

1.*.1245..*.1 3395 + 1.3111..*. 1. 5435

1. 5543 *

1.5237 *1 9

1.4587

1.2424

1.4823

1.2831

1.4930

1.2616

1.3666 *

.8525 *

.....**............. 1284

1.3017

1 1210

1. 3244

1.'.263

1.9656 *

1 1470

1.3443

1 4

10

1.2124

1.4780

1.2359

1.4940

1.2948

1.4598

1.1995 *

.8868 *

..**.................. 1.3968

1 8918 *

1.1471 *

1 3768

1.1313

1.3500

1. 1204

1.2890

..**e.....

11

1.4876

1.2809

1.4887

1.2820

1.4865

1.2445

1.3280 *

.7733 041...*.1. 1239 '.1. 3025..'.1.1256

1. 3428

1.2625

2.1732..*

... 1245

1.3

1.

1.2466

1.4919

1.2938

1.4844

1.2563

1.4052

1.0217

12 *

.............. 10

1.2905

1.1273

1 3307

1. 1934

1.6415 *

1.3395

1.12 13

1.2745

1.2616

1.4598

1.2445

1.4062

1.0249 '

.7754 *

1.3111..*. 1. 3244.*. 1. 1466

1.3428

1. 1927 '. 1.6366

2.1646

14

1.0028

1.3666

1.1995

1.3280

1.0217 *

.7754 *

1.5435..*.1.2263..*..!.3968

1.2619

1 6426

2.1646

15 ' 1.0796 *

.8525 *

.8868

7733

F-SUB-Q

. 1 5543...... 9689

1.8918

2. 1710

M SUB-Q

1 AT 100% POWER, 405 EFPD, THIS IS LEVEL 1 0F 18 (LEVEL 18 TOF CF CORE, LEVEL 1 BOTICM)

H G

F E

D C

B A

8*

.8429

1.0849 *

.9104

1.1138 *

.9521 *

.9532 *

.8204

.7561 *

................................. 6

1.7282

1.7282 '.2.0131 '. 2. 1919 *

1.9528

1.5180

1.8084

1.478 9* 1.0849 *

.9243

1.1085 *.9950

1.1203 *

.9264

1.0014 *

.6469 *

.................. 1. 4 8 5 6 '.1.6 5 4 9

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

1. 6 5 01. *. 2. 5 6 0 3 *

1 5180

1.7821

10 *

.9104

1.1042 *.9286

1.1256 *

.9682

1.0903 *

.8697

.6405 *

=

..................'.................................... 1.8996

2.5871 *

1.8084

1.4916 1.7736

1.4621

1.7017

1.5119

I 11

1.1138 *

.9928

1.1235 *

.9543

1.1106 *.9253 *.9543 *

.5676 *

1 4786

1.6574

.......................'...........................**... 5.****2.9242 *

1.4650 1.7255 + 1.4836

1.7837

1.733 12 *.9521

1.1192 *.9671

1.1085 *

.9361

1.0271 *

.7486 *

.......... 1. 4700

1 7031

1 4856

1.7624..*.1.6092

2.2112 *-

1.7202

13 *

.9532 *

.9264

1.0903 *

.9253

1.0282 *

.7647 *

.5633 *

....................... 19

1.7837

1.6C82

2.1641

2.9473 *

1.7282

1.7794

1.51 14 *

.8204

1.0014 *

.0697 *.9553 *.7486 *.5633 *

2.0131 1.6511 1.8996

1.7323

2.2112

2.947

..........'.........'................................ 3 *

.6453 '

.6405 *. 5 67 6

F-SUB-Q I

15 *

.7561

2.1919

2.5633

2.5871 2.9203

...........................'........' H-SUB-Q l

APPENDIX Page ?)of140 McGuire 2 Cylce 10 Core Operating Limits Report

'rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 4 EFPD, THIS IS LEVEL 18 CF 18 (LEVEL 18 : TOP CF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.5751 *

.8107 *

.7486 *

.9264 *

.8225 *

.8215 *

.7144 *

.5805 *

2.5192

2.0430

2.1976

1 7735.*.1. 9945

1.9930

2.2875

2. 7942

9*

.8107 *

.7165 *.8868 *.8215 *

.9221 *

.7797 *

.0075 *

.5200 *

............................ 1 9990

1.7801

2 1002

2.0223 *

2.0430

2.3013

1.8565

3.0688

10 *

.7486 *

.8857 *

.7593 *

.8836 *

.7722 *

.8589 *

.7036 *

.4873 *

2.1976

1.8570

2.1659

1.8565

2.1239

1.9077

2.3237 *................................................................ 3 3246

11 *

.9264 *

.8204 *

.0004 *

.7251 *

.7808 *

.6662 *

.6726 *

.4102 *

1 7735

2.0011

1.8625

2. 2654

2.0393

2.4247

2.4256

3.9566

12 *

.8225 *

.9232 *

.7711 *

.7786 *

.5484 *

.5869 *

.4991 *

1.9945

1.7794

2.1272

2.0440

2.3777

2.2528

3.0502

13 *

.8215

7797 *

.8579 *

.6662 *

.5869 *.4123 *

.3213 *

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

1.9090

2.4269.*.7.2528

2.9667

4.3499 *

1.9930

2.101.............................................

.7144 *

.8065 *

.7026 *

.6715 *

.4991 *

.3213

14 *

2.2875

2.0254

2.3270

2.4278

3.0505

4.3499

15 *

.5805 *

.5200 *

.4862 *. 4 0 91

F-SUB-Q 2.1942

3.0744

3.3312

3.9625

M-SUB-Q AT 75% POWER, 4 EFPD, THIS IS LEVEL 17 0F 18 iLEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

1.2049

1.0324 *

.9125

8*

7540

1.0796

1.0153

1.1845

1.1278

............................... 1 5225

1.4210

1.6521

1.0597

1.6067 + 1.6975

1.4528 *

..... 97 *

. 95 9* 1.0796

1.0014

1.1663

1.0935

1.2006

1.1695

1.1620 *

.7700 *

1.6067

1 7260

1.4784

1. 5714

1. 4295..*. 1 4650

1. 4725.*.2.2035.*

l j

10

1.0153

1.1620

1.0239 + 1.1481

1.0999

1.1685

1.0432 *

.7336 *

................*.................... 1.5607

................. 1. 6399

2.3139 *

1.4699

1.6975

1.4829

1.6009

1.4978

1.1845

1.0924

1.1449 *

.9950

1.0592 *

.9778

1.0196 *

.6233

11 *

..... 28

1.5732

1.5016

1.7308

1.6095

1 7231..*.1.6777

2.7226

1.45 12 + 1.1278

1.2017

1.0988

1.0571 *

.7540 *.8729 *.7615 *

1 5225

1 4276.*. 1. 5616

1. 6114

1. 7051..*.1.6204

2.0999

13

1.2049

1.1695

1.1674 *

.9768 *

.8718 *

.6233 *

.4873 *

.........................**......... 194

2.1051

3.0231

1.4650

1.4710

1.7252

1.6

1. 4210

14

1.0324

1.1610

1.0410

1.0185 *

.7604 *

.4873 *

............*............... 1.6797

2 1000

3.0231

1.6521

1.4746

1.6419

15 *

.9125 *

.7679 *.7:26 *

.6223

F-SU3-Q

1.6597

2.2099

2.3171

2.7261

M SUS-Q i

APPENDIX Page 30 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Nomial Operations AT 75% POWER, 4 EFPD, THIS IS LEVEL 16 OF 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 e BOTTOM)

H C

F E

D C

B A

8*

.8354

1.2263

1.1181

1.3409

1.2509

1.3902

1.1877

1.0924 *

1.8854

1.5060

1.6431

1.3540

1.4432

1.2965

1.5147

1.6390

9

1.2263

1.1160

1.3141

1.2081

1.3891

1.3462

1.3730 *

.8900 *

1.5060

1.6492

1.3922 *

............................ 1. 5039

1.3014

1. 3401

1.3136

2.0137

10

1.1181

1.3098

1.1256

1.3055

1.2584

1.3591

1.2252 *

.8643 *

1.6431

1.3971

1. 6249

1. 3956

1. 4427

............... 1. 4723

2.0729 *

1.3345

11

1.3409

1.2070

1.3023

1.1117

1.2477

1.1449

1.2370 *

.7411 *

1.3548

1.5056

1.3996 *

........................**. 1. 6529..+. 1. 4506

1.5659

1.4644

2.4245

12

1.2509

1.3912

1.2574

1.2456 *

.8697

1.0592 *

.9189 *

............................ 1.4522

1.5532

1.4397

1.4432

1.2996

1.4439 *

1.8619

13

1.3902

1.3462

1.3500

1.1438

1.0592 *

.7540 *

.5869 *

1.2965

1. 3403

1.3357 1.5668

1.4390

1.9965

2.7073

14

1.1877

1.3709

1.2242

1.2359 *

.9189 *.5869 *

1.5147

1.3153

1.4739

1.46

................................ 58

1.8632

2.7098

15

1.0924 *

.9868 *

.8622 *

.7390

F-SUB-Q

1.6390

2.0191

2.0755

2.4287

M-SUB-Q AT 75% POWER, 4 EFFD, THIS IS LEVEL 15 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9136

1.3366

1.1931 1.4448

1.3323

1.5005

1.2766

1.1952 *

......................................... 49

1 2789

1. 4995..*.1. 5907

1.9237

1.5063

1.6732

1.3444

1.44 9 ' 1.3366

1.1995

1.4159

1.2884

1.5069

1.4523

1.5090 *

.9596

1.5063

1.6683

1.3894

1.5138

1.2781

1.3234

1.2730

1.9888

10

1.1931

1.4105

1.1952

1.4201

1.3720

1.4930

1.3462 *

.9436 *

1.6732

1.3945

1.6517 *

]

............................ 1.3790.*.1.4211

1 2998

1.4295

2 0219

11

1.4448

1.2841

1.4159

1.2059

1.3907

1.2777

1.3987 *

.3161 *

1.3444

1.5146

1.3836

1.6560

1 4109

1.5329

1.4007

2.3547

12

1.3323

1.5090

1.3709 1.3966 *

.9917

1.2274

1.0437

5..*.1 4224.*.1.4130

1 5226

1.3932

1.8106 *

1.4449

1.276 13

1.5005

1.4523

1.4919

1.2766

1.2263 *

.8793 *

.6704 *

. 1.2789

1.3234

1.3009

1 5346

1. 3925

1.0538

2.6567 14

1.2766

1.5069

1.3452

1.397

1.0421 *

.6704

i

1.4995

1.2747

1.4317

1.4021

1.0110

2.6569

15

1.1952 *

.9564 *

.9414 *

.8140

F-SUB-Q

1.5907

1.9940

2.0248

2.~a585

M-SUB-Q

[

APPENDIX Page 31 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 1 (cont.)

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

l AT 75% POWER, 4 EFFD.

THIS IS LEVEL 14 CF 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 = HOTTOM)

H C

F E

D C

B A

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

8

1.0239

1.3998

1.2316 ' 1.4844

1.3623

1.5300

1.3066

1.2263 *

............................ 1 4168

1 5270

1.3435

1,5717 2.0451

1.5924

1.7860 *

1.6590 *

..............**.........a.......

9

1.3998

1.2531

1.4566

1.3200

1.5562

1.4908

1.5594 *

.9800 *

.....'.................. 1 6022 *. 1.3408 *

............................ 0835

1.3912

1.3261

2

....S924 1.7665

1.4694 *

1.

10

1.2316

1.4512

1.2263 ' 1.4726

1.4276

1.5540

1.3998 *

.9714 *

... 7860 '.1.4753.*. 1. 7557

1 4510

1. 4955

1.3604

1 4978

2.1234..*

1 1.4844 ' 1.3238

1.4673

1.2649

1.4951

1.3655

1.4887 *

.8504

11

................... 1. 4561

1. 7315

1.4600

1 5920

1.4631

2.4764.*

1.4160

1.6049 *

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

12

1.3623

1.5551

1.4266

1.4930

1.1578

1.3816

1.1256 *

1 5270

1.3390 '.1 4971

1.4623.*.1.5899 '.1.4463

1.8842

13

1.5380

1.4908

1.5530

1.3634

1.3816

1.0057 *

.7347 *

1 3435

1.3919

1. 3617 *... 1. 5937. ***...... 1..*. 1.9303

2.7829 *

1.446 14

1.3066

1.5372

1.3977

1.4876

1.1245 *

.7347

......**........... 1.4993

1 4(46 '.1.

0857

1.5717

1.3279 *

2.7856

15

1.2263 *

.9778 *

.9703 *

.8493

F-SUB-Q

1.6590

2.0894

2.1263

2.4807

M-SUB-Q AT 75% POWER, 4 EFPD, THIS IS LEVEL 13 CF 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTOM)

H G

P E

D C

B A

8

1.1353

1.5026

1.3013

1.5e37 ' 1.4223

1.6194

1..

1.2906 *

2.1381

......1.6354

........... 31

1. 4856 *.................... 5 '.1. 6.

1.7241.*

1.89 1.6133

1.405 9

1.502o

1.3398

1.5412

1.4030

1.6579 ' 1.5690

1.6526

1.0228 *

1.6354

1.8261 1.5410

1.6913

1.4019

1.4607

1.3789

2.

...................'........................**..................... 1871

10

1.3013

1.5347

1.2884

1.5637 ' 1.5197

1.6568

1.4865

1.0228

1.8931

1.5475

1.8572

1.5195

1.5702 *

.............................................. 1.4190

1.5652

2.2222

11

1.5637 ' 1.3987

1.5583

1.3634

1.6301

1.4833

1.6194 *

.9029 *

1.4856

1.6922

1.5250

1.7813

1.4836

1. 6280

1. 4820

2 6007

12 ' 1.4223

1.6558

1.5187

1.6268

1.4298

1.5883

1.2338

1.6133

1.4000

1.5719

1.4858

1.6453 *

.............................................. 1.4830

1 9295

13

1.6194 1.5679

1.6547 ' 1.4812

1.5883

1.1599 *

.8129 *

1.4055

1.4614

1.4203

1.629*

1.4828

2.0110

2.8803

14

1.3645

1.6493

1.4844

1.6183

1.2327 *

.8118

1.6516

1.3809

1.5677

1.48

...... +......... +............... 3 5

1. 9 318

2. 8 8 3 2

15

1.2906

1.0201

1.0217

.9007

F-SUB-Q

1.7241

2.1920

2.2254

2.6075

M-SUB-Q

e APPENDIX Page 32 of 140 McGuire 2 Cylce 10 Core Operating Limits Report liable 1 (cont.)

F-sub-QfM-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 4 EFFD, THIS IS LEVEL 12 0F 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B

..............................................................**..A......

8

1.1717

1.5412

1.3270

1.5926

1.4437

1.6483

1.3827

1.3088

2.3010

1.7509

2.0325

1.6197

1.7

........................................ 645

1.5333

1.8034

1. 8743

9 ' 1.5412

1.3773

1.5733

1.4319

1.6997

1.6001

1.6858

1.0346 *

1.7509

1.9597

..................'.1.6814

1.8483

1.5275

1.5963 '.1.4990

2 3877

10

1.3270

1.5658

1.3120

1.6011

1.5572

1.6997

1.5197

1.0399 *

2.0325

1.6082

2.0343

1.6552 *

..................................... 1. 7152

1.5437............... 1. 7054

2.4249

11

1.5926

1.4266

1.5947

1.4084

1.6922

1.5369

1.6804 *

.9232 *

1.6197..........1.8505 '.1.6617

.......'.. 8994 '. 1.5748

1.7314 '.1.5716.*. 2.8412

1 12 ' 1.4437

1.6975

1.5551

1.6890

1.5101

1.6772

1.2831 *

1.7645

1.5252

1. 7171

1.5773

1.7453

1.5688

2.0513

13

1.6483

1.5990

1.6975

1.5347 ' 1.6793

1.2263 *

.8493 *

1.5333

1.5972

1.5460

1.7334

1.5586

2.1327

3.0619

14 ' 1.3827 '

1.6836

1.5176

1.6793

1.2820 *

.8482 *

1.8034

1.5012 ' 1.7084 1.5724

2.0529

3.0619

15

1.3088

1.0314

1.0378 *

.9211

F-SUB-Q

. 1 8743.*.2.3951

2.4290

2.8468

M-SUB-Q

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

AT 75% POWER, 4 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTitM)

H G

F E

D C

B A

8

1.1760

1.5497

1.3302

1.5979

1.4459

1.6526

1.3827 ' 1.3077 *

................................ 10

1 9584

1.6993

2,0000

2.0736 *

2.4944

1.8846

2.1965

1.79 9* 1.5497

1.3837

1.5797

1.4373

1.7104

1.6044

1.6922

1.0314 *

1.8846

2.1150

1.8446

2.0308

1. 6902

1. 7730

1.6572.*.2.6499

10

1.3302 1.5722

1.3163

1.6129

1.5658

1.7157

1.5262

1.0389 *

2.1965

1.8528

2. 2165

1 8073

1 8592

1.6936

1.8878

2.6887

11

1.5979

1.4319

1.6044

1.4234 1.7136

1.5530

1.7007

.9264 *

1.7910

2.0393

1.8141..*.2.0510

1.6956

1.8709

1.6920

3.0839

12 ' 1.4459

1.7093

1.5637 ' 1.7104

1.5347

1.7082

1.2970 *

1.9504

1.6683 '.1.0604.*.1.6905

1.8911..*.1. 6959 '.2.2259

13

1.6526

1.6033

1.7125

1.5508

1.7093

1.2456 *

.6600 *

1. 6993

1.7730

1.G966 '.1.8723 '.1.6949

2.3132

3.3223

1 14

1.3927

1.6090

1.5240

1.6997

1.2959 *

.8589 *

1.0C00

1.6600

1.3902 '.1 6930

2.2276 '.3.3260

l i

15

1.3077 1.0282

1.0378 *

.9243 F-SUB-Q

'.2.0736

2.6569

2.6934.*.3.0905

M-SUB-Q l

APPENDIX Page 33 of 140 McGuire 2 Cylce 10 Core Operating Limits Report a

Table 1 (cont.)

F sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Nomial Operations AT 75% POWER, 4 EFPD, THIS IS LEVEL 10 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTOM)

....H G

F E

D C

B A

8* 1.1877

1.5787

7.3484

1.6279

1.4651

1.6815

1.3998

1.3302 *

................... 2 2990

1.9019

2.1126

1.0395

2.1992

2.2609 *

2.6095

1.9646

1.4030

1.6108

1.4619

1.7468

1.6301

1.7265

1.0432

9* 1.5787

1.9646

2.2102

1.9244

2.1202

1.7735

1.8994

1.7931

2 9083

10

1.3484 1.6033

1.3345

1.6483

1.5947

1.7564

1.5551

1.0549 *

2 2990

1.9334

2.32

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

1. 8822

1.9450

1.7660

1 9928

2. 9351

11

1.6279

1.4S55

1.6397

1.4491

1.7554

1.5851

1.7447 *

.9403 *

1.9019

2.1295

1. 8920

2.1420

1.7681

....................... 1 7778

3.3003 *

1.9500

12

1.4651

1.7447

1.5915

1.7522

1.5701

1.7543

1.3259 *

2 1126

1.7757 *............... 1.9476

1.7714

...................................... 452.*

1.9793

1.7714

2.3 13

1.6815

1.6290

1.7532

1.5829

1.7554

1.2734 *

.8761 *

................... 1.7692

1 9606

1.7703

2.4455

3.5492 *

1.8395

1.9006

14

1.3998

1.7232

1.5519

1.7436

1.3238 *

.8750 *

2.1992

1.7953

1.9955

1.7800

2.3471

3.5535

15

1.3302

1.0399

1.0539 *

.9302

F-SUB-Q

2.2609

2.9144

2.9380

3.3040

M-SUB-Q AT 75% PCWER, 4 EFPD, THIS IS LEVEL 9 CF 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 : BOTTOM)

H G

F E

D C

B A

8*

1.1610

1.5455

1.3195

1.5958

1.4351

1.6461

1.3698

1.2991 *

2.6283

1.9766

2.3136

1.9118

2.1233

1.8477

2.2068

2.3136

9

1.5455

1.3730

1.5776

1.4319

1.7136

1.5958

1.6911

1.0185 *

...............................**...................... 1 8042

2.9559

1.9766

2.2237

1.9359

2.1342

1.7833

1.9131

10

1.3195

1.5701

1.3066

1.6193

1.5637

1.7265

1.5240

1.0303 *

2.3136

1.9450

2.3350

1.8920

1.9567

1.7746

2.0051

2.9589

11

1.5958

1.4255

1.6097

1.4234

1.7254

1.5562

1.7136 *

.9200 *

....................... 19

2.1515

1.7757................................ 887

1.9118

2.1436

1.90

1.9699

1.7 3.3228

1.7115

1.5604

1.7222

1.5422

1.7265

1.2991

12

1.4351

2.1233

1.7844

1.9606

1.7789

1.9914

1.7800

2.3623

1.5936

1.7232

1.5540

1.7265

1.2499 *

.8568

13

1.6461

1.8477

1.9143

1.7778

1.9712

1.7800

2.4620

3.5085

14

1.3698

1.6879

1.5208

1.7125

1.2981 *

.8568 *

.........................<............. 3661 2.2068

1.8065

2.0079

1.7909

2.

3.5885

15

1.2991

1.0153

1.0282 *

.9178

F-SUB-Q

2.3136

2.9649

2.9649

3.3304

M-SUB-Q

APPENDIX Page 34 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 4 EFPD, THIS IS LEVEL 8 0F 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 BOTTOM)

H G

F E

D C

B A

8

1.1610

1.5626

1.3248

1.6129

1.4405

1.6622

1.3741

1.3120 *

2.5637 *1

............ 8944

2.2220

1.8143

2.0176

1.7459

2.0869

2.1611

9* 1.5626

1.3005

1.5947

1.4416

1.7339

1.6076

1.7125

1.0207 *

1.8944

2.1452

1.0488

2. 0516

1.7091

1.8291

1.7031

2.7812

10

1.3248

1.5872

1.3130

1.6376

1.5765

1.7500

1.5300

2.0367

42..*.1 8166

1.8908

1. 7081

1 9206

2. 7865..*.

2.2220

1.8582

2.24 1.6129

1.4351

1.6279

1.4319

1.7489

1.5712

1.7414 *

.9243

11 *

1.8143

2.0603

1.8245

2.0899

1.7131

1.9001.*.1.7222

3.1850

12

1.4405

1.7318

1.5733

1.7457

1.5583

1.7511

1.3120 *

2.0176

1.7111

1.8920

1.7161

1.9346

1.7222

2.2936

13

1.6622

1.6054

1.7468

1.5690

1.7522

1.2595 *

.8611

1.9093

1.7212

2.3992

3.5023 *

1 7459

1.8291

1.7101 14

1.3741

1.7093

1.5358

1.7393

1.3098 *

.8611 *

.................. 1.9244

1 7243

2.2954

3.5065

2.0869

1.7051

15 ' 1.3120

1.0185

1.0346 *

.9221

F-SUB-Q

2.1611

2,7891

2.7918

3.1885

M-SUB-Q AT 7 5 % POWER, 4 EFPD, THIS IS LEVEL 7 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTCH)

H G

P E

D C

B A

8

1.1395

1.5422

1.3045

1.5915

1.4160

1.6376

1.3505

1.2916

1.6633

1.8594

1.6065

1.9295

2.0010

2.3913

1.7533

2.0516 9

1.5422

1.3602

1.5744

1.4201

1.7125

1.5819

1.6890

1.0014

1.7533

1.9914

1.6942

1.8847

1.5660

1.6835

1.5643

2.5818

10

1.3045

1.5669

1.2916

1.6161

1.5530

1.7286

1.5144

1.0174 *

.................................**...**...... 1.56f0.*.1.7639

2.5704

2.0662

1.6671

1.7428 *

2.0516

1.7031 11

1.5915

1.4137

1.6076

1.4105

1.7275

1.5487

1.7200 *

.9071 *

..................................... 1. 5986

1.7844.*.1 6048

2.9439

1.6633

1.8932

1.6738

1.9502

12

1.4180

1.7104

1,5497

1.7243

1.5358

1.7307

1.2906

1.7438

1.6021

1.8430

1.6262

2.1483 *

1.8594

1.5677 1.7254

1.5465

1.7318

1.2381 *

.8450

13

1.6376

1.5797

........................................ 253

2.2722

3.2743

1.7666

1.L 1.6065

1.6854

1.5677 14

1.3505

1.6868

1.5123

1.7190

1.2895 *

.8439 *

1.9295

1.5668

1.7671

1.6056

2 1499

3.2780

15

1.2916 *

.9982

1.0164 *

.9050

F-SUB-Q

2.0010

2.5887

2.5750

2.9469

M-SUB-Q

APPENDIX

. Page 35 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 1 (cont.)

. F-sub-Q/M-sub-Q Values (F-sub-Q OP. Margin) - Normal Operations AT 75% F0WER, 4 EFPD,: THIS IS LEVEL 6 0F 18

-(LEVEL 18 e TOP OF CORE, LEVEL 1 m BOTTOM)

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

8

1.1042

1.4951

1.2638

1.5412

1.3720

1.5829

1.3034

1.2424 *

..***.18

1. 6253

1. 9093.*. 4 5660

1.7522...*.1. 5179

1 8291.*.1.9068.*.

2.20 9

1.4951

1.3184

1.5251

1.3730

1.6558

1.5272

1.6301 *.9628 *

1 6253

1.8407

1 5873...*.1. 7681.*. 1. 4697

1. 5856.*.1. 4787

2. 4578.*.

10

1.2638

1.5176

1.2509

1.5637

1.4994

1.6718

1.4608 *

.9778'*

. 1. 9093..*.1. 5960..*. 1 9334.*.1 5610

1. 6308...*.1. 4690.*. 1. 6595

2.4393..*

11

1.5412

1.3666

1.5551

1.3655

1.6708

1.4951

1.6600 *.8738 *

1.5660

1. 7768.*.1. 5677

1. 8065

1.4817

1 6558

1.4908

2. 7706..*

12

1.3720

1.6536

1.4962

1.6675

1.4833

1.6718

1.2424 *

1. 7522

1. 4712

1. 6326.*.1. 4847

1. 7021.*.1. 5085

2. 0024..*

13

1.5829

1.5251

1.6686

1.4930

1.6729

1.1931 *.9118 *

.'.1.5179

1.5882..*.1. 4705.*.1.6576

1. 5085

2. 1202.*.3 0710

14

1.3034

1.6279

1.4587

1.6579

1.2402 *.6107 *

. 1. 8291.+.1. 4817

1.6624

1. 4923..*. 2 0051...*.3. 0742.*.

15

1.2424 *

.9607 *

.9768 *

.8707

F-SUB-Q

- 4

1 9068.*. 2. 4661...*.2.4434.*.2. 7732..* M-SUB-Q l

AT 75% POWER, 4 EFPD, THIS is LEVEL' 5 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

B

......................F.........E.........D.........C..................A......

8

1.0935

1.4940

1.2563

1.5347

1.3602

1.5722

1.2863

1.2306 *

2. 0246

1. 4908

1. 7639

1.4493..*.1. 6308

1.4108

1 7141

1. 7822.*.

9

1.4940

1.3120

l'5230

1.3623

1.6461

1.5112

1.6183 *.9478

8...*.1. 6923

1 4624

1. 6381.*. 1. 3595

1 4757..*. 1 3749

2. 3118 *

1.490 10

1.2563

1.5155

1.2413

1.5540

1.4833

1.6600

1.4448 *.9650 *

1. 7639

1. 4705

1. 7898.*.1. 4414

1.5116

1 3582

1. 5436

2. 2828..*

11

1.5347

1.3559

1.5455

1.3505

1.6590

1.4700

1.6472 *.8568 *

... 4493

1.6455

1. 4479.*.1 6643...*.1 3614.*.1 5267

1.*.3703..*.2. 5887 *

1 12

1.3602

1.6440

1.4801

1.6558

1.4662

1.6590

1.2252'*

1 6 3 0 0...*.1. 3 614

1. 5 L 3 2

1. 3 6 3 9

1. 5 4 94.. *.1 3 7 2 9

1..,8 4 41

13

1.5722 e 1.5090

1.6568

1.4758

1.6600

1.1749 *.7968 *

.... 100

1.4772

1. 3601

1.5283

1. 3723

1.9385.*. 2.8270...*

1.4 14

1.2863

1.6161

1.4426

1.6451

1.2242 *.7968 *

1. 7141

1. 3768

1 5461..*.1.3723

1.0453..*.2 8297

15

1.2306 *.9457 *.9628 *

.8557

F-SUB-Q l

1.7822

2.3191

2 2864

2.5910

M-SUB-Q n

-e

( i APPENDIX Page 36 of140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin)- Normal Operations AT 75% POWER, 4 EFPD, THIS IS LEVEL 4 0F 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTTOM)

H C

F E

D C

B A

8

1.0528

1.4341

1.2092

1.4694

1.3034

1.4983

1.2209

1.1588 *

. 1 5606

1.4486 '. 1. 7111.*. 1.4169..*.1. 5925..*.1.3846

1. 6913 '. 1. 7757

9

1.4341

1.2627

1.4619

1.3034

1.5647

1.4351

1.5315 *

.8954 *

1.4486

1.6399

1 4245

1.5995..*.1. 3350

1. 4515

1.3595

2.2972..*.

10

1.2092

1.4533

1.1931

1.4823

1.4094

1.5744

1.3666 *

.9093

1.7111

1.4322

1.7306

1.4087 *

...................**................ 1.4824.*.1.3340

1.5243

2.2704 11

1.4694

1.2970

1.4748 ' 1.2895

1.5733

1.4009

1.5508 *

.8065 *

1.4169 '.1 6065

1. 4155

1.6200

1.3352

1.4984.*.1. 3532..*. 2.5682..*

12

1.3034

1.5626

1.4062

1.5701

1.3902

1.5679

1.1535 *

. 1.5925

1.3371

1 4839

1. 3377

1.5132

1.3451

1.8189

13

1.4983

1.4330 1.5712

1.3977

1.5679

1.1063

.7486 *

1.3846 '.1.4529

1.3364

1.5000

1.3451

1.9019

2.79

................................................ 18

14

1.2209

1.5294

1.3645

1.5497

1.1513 *

.7476 *

1.6913

1. 3614

1.5267...............

1. 3544

1 8211..*. 2.7918

15

1.1588 *

.8932 *

.9071 *

.8054

F-SUB-Q

. 1. 7757

2.3045

2.2739 '.2 5727

M-SUB-Q AT 75% POWER, 4 EFFD, THIS IS LEVEL 3 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

.............................+...........................B.......A 8* 1.0282

1.4009

1.1845

1.4309

1.2691

1.4437

1.1642

1.0924 *

1.9068

1.4000 * :.6586

1.3820 '.1.5527

1.3539

1.6864

1.7931 9

1.4009

1.2338

1.4309

1.2713

1.5026

1.3762

1.4566 *

.8482 *

...... 0

1. 5925

1 3814

1. 5551.*. 1.3189 + 1. 4357

1.3570

2.3099 *

1.400 10

1.1845

1.4223

1.1695

1.4394

1.3548

1.5048

1.3002 *

.8589

i

1.6586 *

.......... 1. 3893

1 6844

1.3755

1 4609

1.3189

1 5203

2.2846

j 11

1.4309

1.2649

1.4319

1.2499

1.5037

1.3355

1.4619 *

.7572 *

1.3820 *

.......... 1. 5626

1.382J

1.5838 *

........................ 1. 3219

1. 4862

1. 3502...*.2.5979

12

1.2691 ' 1.5005 ' 1.3527

1.5005

1.3270

1.4887

1.0871 *

1.5527

1.3207

1 4624

1.3243

1. 4969

1 3389

1. 8260

12

1.4437

1.3741

1.5015

1.3334

1.4887

1.0453 *.7026 *

..... 39

1.4372

1.3207,.............,...... 1.4885

1. 3383

1. 9031.*. 2.8133 *

1.36

...u.

14

1.1642 ' 1.4541 1."981

1.4608

1.0849

7026 *

1.6864

1.3595 1.5227

1.3595

1.8200

2.8133

15

1.0924 *

.8461 *

.8579 *

.7561

F-SUH-Q

1.7931

2.3154

2.2882

2.6025

.....................................' M-SUD-Q

APPENDIX Page 37 of l40 McGuire 2 Cylce 10 Core Operating Limits Report 1nable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 4 EFPD, THIS IC LEVEL 2 OF 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9521

1.2788

1.0935

1.3098

1.1695

1.2777

1.0217 *

.9221 *

............ 4870

1.7335

1.4558 '.1.6262

1.4870

1. 8559

2.0531

1.9887

1

)

9

1.2788

1.1299

1.3152

1.1813 ' 1.3409

1.2242

1.2659 *

.7401 *

1.4870

1.6706

1.,.4479

1 6136

1.4252.*.1 5551.*.1.5054

2.5569

10

1.0935

1.3088

1.0881

1.3086 ' 1.2177

1.3334

1.1342 *

.'379 *

1.7335

1.4558

1.7459

1.4580

1.5652

1.4329

1.6796

2.5659

i l

11 + 1.3098

1.1760

1.3023

1.1449

1.3366

1.1835

1.2391 *.

4

1.4558

1.6217

1.4646

1.6632

1.4329

1.6145

1.5428

2. _

12

1.1695

1.3388

1.2167

1.3334

1.1802

1.2906 *

.9328

j

1.6262

1.4273

1.5668

1.4365

1. 6199

1.4847

2.0473

i 13

1.2777

1.2231

1.3313

1.1813

1.2916 *

.9104 *

.6040 *

)

1.4870

1.5576

1.4343

1.6 3.1540 *

............................... 172

1.4839

2.1019

14

1.0217

1.2638

1.1320

1.2381 *

.9318 *

.6040

l

1.0559

1.5069

1.6825

1.5444

2.0488

3.1540

i 13 *

.9221 *

.7379 *

.7368 *

.6447

F-SUB-Q

2.0531

2.5637

2.5704

2.9410

M-SUB-g j

AT 75% POWER, 4 EFFD.

THIS IS !EVEL 1 OF 18 i

(LEVEL 19 TOT CT PORE, LEVEL 1 = BOTTCM)

H d

F E

O C

B A

8*

.6887 *

.9071

7443 *

.9564 *

.0086 *

.8225 *

.6738 *

.5505 *

2.6914

2.0445

2 4893

1.9437

2.2972

2.2546

2.7445

3.3611 *

.7540 *

.9339 *

.8375 *

.9650

7861 *

.8247 *

.4841

9*

.9071 *

2.0445

2 4558

1.9901.*. 2.2169

1.9295

2.3642

2.2529

3.8236 *

.9307 *

.7604 *

.9521 *

.8150 *

.0350 *

.7154 *

.4648

10 *

.7443 *

2.4 893 + 1.9955

2.44 34

1. 9541

2.2 810

1. 9928

2. 6002

3. 9856

11 *.9564 *.8343 *

.9468 *.7765 *

.9414 *

.7690 *

.7668 *

.4070 *

1.9437

2.2271

1.9646

2.3953

1.9806

2.4211

2.4292

4.5514

12 *

.0096 *

.9618 *

.8118 *.9302 *

.7743 *.8365 *.5858 *

2.2972

1.s346

2.2882

1 9874

2 4051

2.2305

3 1815

13 *, 8 2 ". 5 *

.7850 *

.9328 *

.7679 *

.8365 -

.5944 *

.3856 *

2.2546

2.3661.*.1.9955

2.4251..*. 2.2305

3.1370

4.8222

14 *

.6758 *

.8236 *

.7144 *

.7658 *

.5848 *

.3856 *

2.7445

2.2563

2.6025

2.4332

3.1850

4.8222

15 *

.5505 *

.4830 *

.4637 *. 4 070

F-SUB-Q

3.3611

3.8287

3.9910

4.5514

M-SUB-Q

APPENDIX Page 38 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EFFD, THIS IS LEVEL 18 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 BOTTOM)

H G

F E

D C

B A

L*

.6300 *

.9039 *.8311

1.0078 *

.8975 *

.8771 *

.7593 *

.6469 *

2.3493

1.9173

2.0764

1. 7118

1 9221

1.9636

2.2606

2.6380

9*

.9039 *

.8065 *

.9800 *

.9039 *

.9992 *

.8375 *

.8675 *

.5730 *

.............................. 9088

1. 7258

2 0527 1.9779

2.9758 *

1.9173

2.1436

1.7595

1.......

10 *

.8311 *

.9800 *

.8407 *

.9757 *

.8514 *

.9296 *

.7497 *

.5409 *

2.0764

1.7619

2.0500

1.7642

2.0195

1.8481

2.2877

3.1447

11

1.0078 *

.9029 *

.9725 *

.0097 *

.8675 *

.7336 *

.7454 *

.4584 *

1.7118

1.9101

1.7698

2.1254 '.1 9473

2.3214

2.2621

3.6954

12 *

.8975'*

.9992 *.8504 *

.8664 *

.6003 *.6576 *.5505 *

1.9221 '. 1.7258

2.0225

1.9496

2.2125

2.1196

2.9258

13 *

.8771 *

.8375 *

.9286 *

.7326 *

.6576 *

.4627 *

.3727 *

1.9636

2.052.9 '.1.8492

2.3214

2.1184

2.7895

3.9715

14 *

.7593 *

.6664 *

.7497 *

.7443 *

.5505 *

.3727 *

2.2606

1.9808

2.2896

2.2841

2.9258

3.9715

15 *

.6469 *

.5719 *

.5409 *

.4584

F-SUB-Q

2.6380

2.9820

3.1484

3.6955

M-SUB-Q AT 75% POWER, 200 EFPD, THIS IS LEVEL 17 0F 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

D C

B A

8'

.0011

1.1910

1.1074

1.2970

1.1942

1.2124 1.0410 *

.9500 *

1.8715

1 5147

......'.............. 9

1. 5042

1.4792 '.1.7153

1.8604

1.6239

1.387 9

1.1910

1. 0913

1. 2 8 31 + 1.1802

1.2 8 6 3

1.18 4 5

1.197 4 *.7829 *

1.5147

1.6492

1.4014 *

............................ 1. 5225

1 3983

1. 5133.*. 1. 4937

2. 2710

10

1.1074

1.2798

1.1270

1.2616

1.1685

1.2488

1.0669 *

.7690 *

................... 1.5912 '.1.4217.................................. 1.6672

2.3076

1.6239

1.4050 *

1.5338

1.4349

11

1.2970

1.1792

1.2595

1.0999

1.1642

1.0271

1.0796 *

.6490 *

1 3879 + 1.5234

........................... 1.6290

1.5291 '.1.7140

1.6435

2.7135 *

1.4246

1.1663

1.1631 *

.0006 *

.9275 *.7818

12

1.1942

1.287.1

1 5042

1.3977

...,**...........'............................... 16

2.1347

1.5356

1.5308

1.6701

1.57 13

1.2124

1.1845

1.2477

1.0271 *.9275 *.6629 *.5291

3.4792

1.5133

1.4357 *

............................ 1. 7151

1.5710

2.0940

2.9035

14 ' 1.0410

1.1963

1.0689

1.0785 *.7B08 *

.5291 *

1.7153

1.4953

1.6691..*.1. 6445

2. 1358

2.9035

15 *

.9500 *

.7808 *

.7679 *. 64 80

F-SUB-Q

1.8694

2.2748

2.3093

2.7162

M-SUB-Q

APPENDIX Page 39 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 1 (cont.)

0-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EFFD, THIS IS LEVEL 16 0F 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.8729

1.3366

1.2049

1.4512 + 1.3066

1.3495

1.1449

1.0796 *

1.7968

1.4190

1.5660

1.2989

1.4373

1.3868

1.6335

1.72

.................................................................... 18

9

1.3366

1.1974

1.4373

1.2927

1.4459

1.3216

1.3602 *

.8611 *

...... 1. 2995

1.4152

1.3737 *........................ 2. 1627 *

1.4190

1.5796

1. 3137

1. 4547

10

1.2049

1.4330

1.2349

1.4223

1.3013

1.4191

1.2049 *

.8632 *

1.5660

1.3174

1.5272

1.3212

1.4411

1.3193

1.5441

2.1459

11

1.4512

1.2916

1.4201

1.2156

1.3195

1.1578

1.2424 *

.7315 *

..................................... 1. 4042

1.5870

1.4927

2. 5176 *

1.2989

1.4563

1.3244

1.5485

12

1.3066 + 1.4459

1.2991

1.3173 *

.9029

1.0667 *

.8868 *

........................... 560

1.4349

1.9709 *

1.4056

1.5

1.4373

1. 2995

1.4433 13

1.3495

1.3216

1.4100

1.1578

1.0667 *

.7529 *

.6008 *

1.3864

1.4153

1.3200

1.5879

1.4346

1.9532

2.6928

14

1.1449

1.3591

1.2049

1.2413 *

.8868 *

.6008 *

.......... 1.3744

1.5450

1. 4936

1.9709

2.6937 *

1.6335

15

1.0796 *

.8589 *

.8632 *

.7304

F-SUB-Q

.......... 2.1661.*.2.1476

2.5100

M-SUB-Q

1.7218

AT 75% PCWER, 200 EFPD, THIS IS LEVEL 15 0F 18 (LEVEL 18. TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9146

1.4201

1.2584

1.5412

1.3623

1.4105

1.1845

1.1342 *

..............**... 1.5986

1.2936

1.4549

1.3971

1.6626

1.7271 *

1.8347

1.4232

9

1.4201

1.2563

1.5240

1.3516

1.5390

1.3891

1.4405 *

.8911 *

........................................ 2 2021.*.

1.2880

1.4190

1.3655 *

1.4232

1.6083

1.3142

1.4713

10

1.2584

1.5197

1.2916

1.5144

1.3741

1.5112

1.2713 *.9050 *

................... 1. 5523

1. 3137

1. 4434

1 3068

1.5423

2.1543 *

1.5986

1.3187

11

1.5412

1.3505

1.5112

1.2841

1.4137

1.2327

1.3313 *

.7690 *

1.2936

1. 4729..*. 1.3169

1.5592.*.1 3860

1. 5861

1.4761

2.5278

12

1.3623

1.5390

1.3720

1.4105 *

.9628

1.1535 *

.9468 *

1.4549

1. 2881

1.4442

1.3881....................... 1 5581

1.4239

1 9774

13

1.4105

1.3891

1.5101

1.2316

1.1535 *

.8097 *

.6437 *

. 1. 3971.*. 1. 4197 1.3074

1.5876

1.4231

1.9672

2.7160

14

1.1845

1.4394

1.2702

1.3302 *

.9457 *

.6426 *

1.6626

1.3669

1.5440

1.4769

1.9784

2.7169

15

1.1342 *

.8809 *

.9050 *

.7690

F-SUB-Q

1.7271

2.2064

2.1560

2.5301

M-SUB-Q

APPENDIX Page 40 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EPPD.

THIS IS LEVEL 14 OF 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTOM)

H C

F E

D C

B A

8*

.9489

1.4512

1.2745

1.5551

1.3645

1.4094

1.1760

1.1267 *

1.9441

1.4973

1.7112

1.3737

1.5574

1.4942 1.7782

1.8404

9

1.4512

1.2788

1.5412

1.3591

1.5540

1.3966

1.4437 *

.8836 *

1.4973

1.6999

1.3958

1.5705

1.3680

1.5177

1.4533

2.3540

10

1.2745

1.5350

1.3045

1.5347

1.3912

1.5294

1.2788 *

.9039 *

. 1 7112

1.4002

1.6555

1.3960

1.5412

1.3917

1.6516

2.3103

11

1.5551

1.3580

1.5315

1.3109

1.4523

1.2638

1.3548 *

.7743 *

1.3737

1.5723

1 3095

t.6619

1.4563

1.6736

1.5819

2.7224

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

12

1.3645

1.5540

1.3891

1.4491

1.0142

1.2001 *

.9746

1.5574

1.3601

1.5429

1.4586

1.6500

1.5057 2.1005

13

1.4094

1.3955

1.5203

1.2638

1.2001 *

.8568 *

.6704 *

. 1. 4942

1.5105

1.3930

1.6755

1.5057

2.0957

2.9006

14

1.1760

1.4426

1.2777

1.3537 *

.9746 *

.6694

1.7782

1.4548

1.6536

1.58

2.1020

2.90 27................ 35..*

15

1.1267

.8814 *

.9029 *

.7733

F-SUB-Q

..................... 3121

2.7250

M-SUB-Q

1.8404

2.3582

2 AT 75% POWER, 200 EFPD, THIS IS LEVEL 13 OF 18 (LEVEL 10 TOP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

D B

A

.................................................C...................**..

8

1.0785

1.5476

1.3334

1.6204

1.4041

1.4501

1.1995

1.1567 *

2.0229

1.5318

1.8147

1.4472

1.6600

1.5888

1.8990

1.9438

9

1.5476

1.3516

1.6119

1.4084

1.6215

1.4426

1.4994 *

.8996 *

1.5318 *

.......... 1. 7 5 6 0

1. 4 7 2 2. +.1. 6717

1. 4 410

1. 615 0

1. 5 3 6 5

2. 5107. *.

10

1.3334

1.6065

1.3537

1.6076

1.4512

1.5979

1.3248 *.9296 *

1.0147

1.4776

1.7640

1. 4743

1.6391

1.4719

1.7569

2.4575..*

11

1.6204

1.4030

1.6033

1.3805

1.5519

1.3441

1.4287 *

.0011 *

1.4472

1.6738

1.4703

1.7310

1.4955

1.7310

1.6623

2. 9148

12

1.4041

1.6204

1.4491

1.5487

1.1749

1.3816

1.0464 *

1.6600

1.4419

1.6419

1.4979 *

..................................... 1. 7193

1.5600

2.1825

13

1.4501

1.4416

1.5969

1.3441

1.3816 *

.9714 *

.7304 *

1.5888

1.6167

1.4726

1.7327

1.5598

2.1996

3.0365

14

1.1995

1.4983

1.3238

1.4287

1.0453 *

.7294 *

1.0990

1.5382

1.7591

1.6633

2.1841

3.0386

15

1.1567 *

.8975 *

.9286 *

.0011

F-SUB-Q

1.9438

2.51F0

2.4599

2.9177

M-SUB-Q

APPENDIX Page 41 of 140 McGuire 2 Cylce 10 Core Operating Limits Report liable 1 (cont)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EFPD.

THIS IS LEVEL 12 0F 10 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.1974

1.6044

1.3623

1.6400

1.4105

1.4523

1.1963

1.1556 *

2.1705

1.6359

1.9481.*.1. 5850

1.8276

1.7401

2.0911..*. 2.1328

9

1.6044

1.3944

1.6400

1.4244

1.6418

1.4533

1.5123 *

.8964 *

1 6359

1.8815

1.6138

1. 8381

1.5785

1. 7794

1.6855

2.7616

10

1.3623

1.6365

1.3709

1.6333

1.4737

1.6204

1.3366 *

.9318 *

............ 6201...*.1 9352

1. 6163

1.7915

1.6150

1. 9330

2.7041.*.

1.9401

1.

11

1.6408

1.4201

1.6290

1.4159

1.6129

1.3912

1.4619 *

.8097 *

1.5850

1.0394

1.6210

1.8515

1. 5905

1. 8499

1. 7766

3.2032

12

1.4105

1.6408

1.4705

1.6097

1.3709

1.5133

1.0903 *

1.8276

1.5795

1.7951

1.5937

..................................... 1.0321

1.6587

2.3310

13

1.4523

1.4523

1.6194 1.3902

1.5133

1.0571 *

.7711 *

1 7481..*.1.7803

1.6159

1. 8511

1.6584

2.3423

3.2392

14

1.1963

1.5112

1.3355

1.4608

1.0892 *

.7700 *

2.0911

1.6874

1.9354

1.7777

2.3323

3.2392

15

1.1556 *

.8943

.9307 *

.8097

F-SUB-Q

2.1328

2.7673

2.7066

3.2067

M-SUB-Q AT 75% POWER, 200 EFFD, THIS IS LEVEL 11 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.2231

1.6268

1.3698

1.6397

1.4041

1.4426

1.1845

1.1438 *

...... 1.*.1.7685

2.1045

1.7499

2.0320

1.9439

2.3243

2.3649 *

2.358 9

1.6260

1.4137

1.6461

1.4255

1.6429

1.4400

1.5090 *

.8868

1.7685

2.0379

1.7457

2.0119

1.7396

1.9670

1.6700

3.0675

10

1.3690

1.6418

1.3741

1.6386

1.4758

1.6226

1.3334

.9253 *

2.1045

1.7502

2.0935

1.7475 *

.................................... 1.9376

1.7545

2.1195

3.0033

11

1.6397

1.4212

1.6343

1.4287

1.6451

1.4116

1.4716 *

.0097 *

1.7499 *.2.0188

1.7525

2.0032

1.7220

2.0072

1.9174

3.4659

12

1.4041

1.6400

1.4726

1.6410

1.4159

1.5626

1.1074 *

2.0320

1.7417

1.9424

1.7250 *

..................................... 1 9881

1.7954

2.5308

13

1.4426

1.4469

1.6215

1.4094

1.5626

1.0956 *.7893 *

1.9439

1.9679

1.7558

2.0100

1.7951

2.5411

3.5178

14

1.1945

1.5000

1.3323

1.4705

1.1074 *

.7893 *

2.3243

1.8721

2.1210

1.9106

2.5

........................................ 330

3.5176

15

1.1438 *

.8857 *

.9243 *

.8086

F-SUB-Q

2,3649

3.0739

3.0064

3.4670

M-SUB-Q

APPENDIX Page 42 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 7 5 % POWER, 200 EFFD, THIS IS LEVEL 10 CF 18 (LEVEL 18 TCP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.2445

1.6665

1.3902

1.6718

1.4191

1.4598

1.1931

1.1588 *

2.4829

1 8559

2.2254

1.0523

2.*.1805

2.1156

2. 5507

2. 5734

9

1.6665

1.4405

1.6815

1.4469

1.6750

1.4662

1.5358 *

.8932 *

1 8559

2.1468

1.8407

2.1389

1.8465

2.1065

2. 0024

3.3569

10

1.3902

1.6772

1.3934

1.6718

1.4994

1.6568

1.3537

.9361 *

2.2254

1.8453

2 2203

1. 8523

2.0633..*.1.8618

2.2686

3.2597 11

1.6718

1.4416

1.6665

1.4544

1.6911

1.4416

1.5048 *

.8204 *

1.8523

2.1468

1.8571

2.1264

1.8245

2.1373

2.0387

3.7118

12

1.4191

1.G729

1.4951

1.6879

1.4533 + 1.6108

1.1331 *

........................ 1.*.1.0200

2.1202

1.9093

2.6988 *

7.: 805

1.8488

2.069 1.6547

1.4394

1.6108

1.1267 *

.8097

13

1.4598

1.4651

2.1156

2.1065

1.8630

2.1405

1.9001

2.7215

3.7596

1.3527

1.5048

1.1331 *

.0086

14

1.1931

1.5347

......................................... 13

3.7596 *

2.5507

2.0037

2.2704

2.0402

2.70 15

1.1588 *

.8921 *

.9361 *

.8193

F-SUB-Q 3.2597

3.7165

M-SUB-Q

2. 5734

3.3647

AT 7 5 % POWER, 200 EFPD, THIS Is LEVEL 9 OF 10 (LEVEL 18 s TOP OF CORE, LEVEL 1 BOTTOM)

H G

F E

D C

B A

8

1.2242

1.6306

1.3677

1.6418

1.3934

1.4309

1.1695

1.1331

2.5150

1. 8822

2.2529

1.8786

2.2102

2.1515

2.6236

2.6939

9* 1.6386

1.4169

1.6526

1.4234

1.6461

1.4384

1.5080 *

.8750 *

1.8622

2.1740

1.8666

2.1659

1.8762

2.1436

2.0473

3.4981

10

1.3677

1.6472

1,3709

1.6440

1.4737

1.6322

1.3291 *

.9168 *

2.2529

1.8726

2.249

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

1.8774

2.0929

1. 8944

2.3228

3.3650.*.

11

1.6418

1.4180

1.6386

1.4330

1.6675

1.4201

1.4812 *

.0054 *

1.8786

2.1740

1.8834

2.1547

1.8559

2.1772

2.0884

3.8307

12

1.3934

1.6440

1.4705

1.6643

1.4351

1.5904

1.1171 *

... 2102

1.8786

2.0909

1.0606

2.1579

1.9476

2.7732 *

2.

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

13

1.4309

1.4373

1.6301

1.4191

1.5915

1.1126 *

.7979 *

2.1515

2.1452

1.8969

2.1805

1. 9476

2.7565

3.8899

14

1.1695

1.5058

1.3200

1.4801

1.1160 *

.7968 *

......................................... 59

3.8899 *

2.6236

2.0488

2.3247

2.0899

2.77 15

1.1331

.8729 *

.9157 *

.8054

F-SUH-Q

..................... 3689

3.8387

M-SUB-Q

2.6939

3.5065

3

APPENDIX Page 43 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EFPD, THIS IS LEVEL 8 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.2327

1.6675

1.3794

1.6697

1.4052

1.4469

1.1770

1.1481 *

2.4578

1,8189

2.1919

1.799B

2.1

......................... 172

2.0345

2.4599

2.4893

9

1.6675

1.4319 ' i.6815

1.4384

1.6750

1.4533

1.5326 *

.8804 *

1.8189

2.1156 '.1. 8020

2.0974

1.8031

2.0603 '. 1. 9476

3.2524

10

1.3794

1.6761

1.3837

1.6708

1.4919

1.6622

1.3452 *

.9264

2.1919.*. 1.8065

2.1837

1.0110 '.2 0302

1.0245

2.2186

3.1404

11

1.6697

1.4330

1.6665

1.4491

1.7007

1.4384

1.5000 *

.8129 *

.'.................. 1 0166

2. 0959

1. 7965

2.1202..*.2. 0065

3.6423

1.7998

2.1049

12

1.4052

1.6729

1.4865

1.6975

1.4555

1.6215

1.1320 *

2.1172

1.8042

2.0345 '. 1 8009

2.1034

1.890W

2.6988

13

1.4469

1.4523

1.6600

1.4373

1.6226

1.1267 *

.8065 *

2.0345

2.0618 '. 1.8257

2.1218

1.8908

2.7240

3.7840

14

1.1770

1.5315

1.3441

1.5069

1.1310 *

.8065 *

................................. 5.*.2.6988

3.7840 *

2.4599

1.9489

2.2203

2.006 15

1.1481

.8702 *

.9253 *

.8129

F-SUB-Q

2.4893

3.2597

3.

..................... 1438

3.6468

M-SUB-Q AT 75% POWER, 200 EFPD, THIS IS LEVEL 7 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.2199

1.6579

1.3677

1.6611

1.3934

1.4351

1.1652

1.1395 *

2.2972

1.6786

1.9996 + 1.6

............................... 289

1 9194

1. 8465

2.2425

2.2686

9

1.6579

1.4201

1.6729

1.4276

1.6665

1.4405

1.5240 *

.8718

1.6786

1.9541

1.6326

1.8969

1.6

........................................ 262

1.8618

1.7543

2 9709

10

1.3677

1.6675

1.3720

1.6633

1.4812

1.6547

1.3355 *.9178 *

1.9996

1. 6372 '.1.9806

1.6301

1.8418

1.6483

2.0065 '. 2.8519

11

1.6611

1.4223

1.6579

1.4394

1.6943

1.4298

1.5005 *

.6054 *

1.6289

1. 9043

1.6427

1.9206

1.6624

1.9541

1.8257

3.3115

12

1.3934

1.6643

1.4758 ' 1.6911 ' 1.4459

1.6161 ' 1.1245

1.*. 1.9726

1. 7554

2 4787

1.9194

1.6280

1.8465

1.667 13

1.4351 1.4405

1.6526

1.4276

1.6161

1.1192 *

.0000 *

1.8465

1.8630

1. 6501..*.1.9554

1.7554 *....................... 1

3.4773

2.529 14

1.1652

1.5230

1.3345

1.5005

1.1235 *

.7990 *

2.2425

1.7564

2.0079

1.8268

2.4008

3.4773

15

1.1395 *

.8697 *.9170 *

.0054

F-3UB-Q

'. 2.2686 *................. 2 8546

2.9710 *

.......... 15

M-SUB-Q 3.31

APPENDIX Page 44 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub--Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EFPD, THIS IS LEVEL 6 CF 18 (LEVEL 18. TOP OF CORE, LEVEL 1 x BOTTOM)

H G

F E

D C

B A

8

1.1910

1.6194

1.3377

1.6226

1.3623

1.4030

1.1385

1.1128

2.0735

1.5275

1.8303

1.5069

1.7768

1.7121.*.2.0839

2.1156

9* 1.6194

1. 3 891

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

1. 62 9 0

1. 4 0 8 4

1. 4 8 98 *

.8514 *

......................................... 1.7202

1.6217

2.7680

1.5275

1.7735

1.5031

1.7470

1.5031

1.3377

1.6290

1.3420

1.6268

1.4480

1.6194

1.3055 *

.8954

10

1 8303

1.5077

1.8211

1 5069

1.6923

1.5179

1.8512

2.6498

1.6226

1.3912

1.6215

1.4084

1.6568

1.3977

1.4673 *

.7861

11

1.5069

1.7533

1.5116

1. 7501.*.1.5077

1.7714

1.6690

3.0485

12

1.3623

1.6268

1.4426

1.6536

1.4148

1.5800

1.0988

1.7768

1.5046 *

................. 2511 *

................. 1.6962

1.5116

1. 7789

1.5899

2.

13

1.4030

1.4073

1.6172

1.3966

1.5819

1.0946 *.7797 *

............. 212

1.5187................ 7724

1.5899 *.............. 2972

3.1711

1.7121

1.7

1 2.

1.1385

1.4887

1.3045

1.4662

1.0978

7797

14

2.0839

1.6226

1.8523

1 6690

2.2529

3.1711

15

1.1128 *

.8493 *

.8943 *

.7861

F-SUB-Q 2.7732

2.6522

3.0485

M-SUB-Q 2.1156 AT 75% POWER, 200 EFPD, THIS IS LEVEL 5 CF 18 (LEVEL 10 = TOP OF CORE. LEVEL 1 = BOTTOM)

F B

A

,,..H.......G...............** E.........D.........C 8* 1.1888

1.6322

1.3388

1.6354

1.3645

1.4105

1.1406

1.1213 *

1.8774

1.3775

1.667

1.3604

1.6253

1.5626

1.9118

1.9334 *

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

9* 1.6322

1.3912

1.6472

1.3998

1.6418

1.4116

1.5026 *

.8525

1.6083

1.3620

1. 5934

1.3633

1.5694 + 1.4720

2.5435 *

1.3775 +

4,....

10

1.3388

1.6410

1.3441 + 1.6386

1.4512

1.6322

1.3120 *

.8986 *

......... 1.6605.*.1.3665

1.5395

1 3749

1.6844

2.4231 1.6671

1.3658

1.6354

1.3944

1.6333

1.4105

1.6718

1.4030

1.4801 *

.7872

11 *

............................ 2.*.1.3519

1.5977

1 5046

2.7812

1.5995

1.3703

1.568

1.3604 12

1.3645

1.6397

1.4459

1.6675

1.4191

1.5947

1.1021

1.6253

1.3652

1.5436

1.3551

1.5890

1 4162..*. 2.0274 *

.7797

13

1.4105

1.4116

1.6301

1.4009

1.5947

1.0967 1.5626

1.5702

1.3762

1.5995

1.4162

2.0545

2.8519

14

1.1406

1.5015

1.3098

1.4791

1.1021 *

.7797 *

1.9118

1.4735

1.6854

1.5054

2.0288

2.8546

15

1.1213 *

.8504 *

.8986 *

.1872

F-SUB-Q 1.9334

2.5480

2.4231

2.7J38

M-SUB-Q

APPENDIX Page 45 of140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EFPD, THIS IS LEVEL 4 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 r BOTTOM)

H G

F D

...............................E..................C.........B A

8

1.1513

1.5754

1.2981

1.7987

1.5797

1.3238

1.3666

1.1074

1.0828 *

.......... 1.3231 '.1.5960

1.3171..*.1. 5593

1.5007

1.8372

1.8690

9

1.5754

1.3473

1.5915

1.3500

1.5851 1,3666

1.4512 *

.8257 *

1.3231

1.5395

1.3074

1.

.............................. 5259

1. 3118..*.1.5077

1.4176.....................

16 *

2.45 10

1.2981

1.5851

1.3013

1.5829

1.4030

1.5754

1.2691 *

.8686 *

1

... 5960

1.3136

1.5916

1.3136

1.4779

1.3183

1.6181

2.3396

11

1.5797

1.3527

1.5776

1.3655

1.6119

1.3559

1.4287

.7604

1.3171

1.5323 *

................... 1.3171

1.5211

1.2955 *

.......................... 1.5291.....................

90 *

1.4457

2.67 12

1.3238

1.5829

1.3987 ' 1.6086

1.3720

1.5390

1.0646

1 5593

1.3142

1.48

....................... 17

1 2984

1.5163

1.3538

1.9398

13

1.3666

1.3655

1.5744 1.3548

1.5390

1.0592 *

.7518

1.5007

1.5085

1.3

...................... 201......... 07

1.3532

1.9580

2.7342 *

1.53 14

1.1074

1.4501 1.2681

1.4287 ' 1.0635 *

.7518

1.8372

1.4190

1.6199 *

............................ 1.4457

1.9411

2.7342

15

1.0828 *

.8247 *

.8675 *

.7604

F-SUB-Q

1.8690

2.45

............. 58

2. 3414...............

M-SUB-Q 2.6790

AT 75% POWER, 200 EFPD, THIS IS LEVEL 3 OF 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOTTCM)

H G

F

...............................E.........D C

B A

8* 1.1224 + 1.5369

1.2691

1.5444

1.2959

1.3388

1.0817 1.

1.0539 *

1.7418

.......... 1.2007

.......... 5420

1.2740

1.5069

1.4507

1 7822

1.0234 9' 1.5369

1.3152

1.5540

1.3302

1.5455

1.3313

1.4126

.0054 *

1.2807

1.4893 *

................... 1.2663

1.4727

1. 2701

1.4638

1.3788

2.3855

10

1.2691

1.5487

1.2734

1.5444

1.3666

1.5315

1.2359 *

.8439 *

1.54

..... 20

1.2707

1.5379

1.2718

1.4322

1.2801

1.r.19

2.2810

11

1.5444

1.3248

1.5390

1.3313

1.5658

1.3173

1.3869 *

.7368 *

. 1.2740

1.4779

1.2757

1.4720.*.1 2570

1.4847

1.4060

2.6165

l 12

1.2959

1.5433

1.3623

1.5626

1.3323

1.4930

1.0335

t

. 1 5069

2.2734

1 4357

1.2591

1. 4705

1.3142

1.0871 i

13

1.3388

1.3302

1.5294

1.3163 ' 1.4940

1.0271

1

.7261

1.4507

1.4646

1.28

....................... 13 + 1.4862

1.3136

1.9043

2.6692

14

1.0017 1.4116 1.2349

1.3869

1.0324 *

.7261 *

1.7822

1.3794 1.57 1.8883

2.6

...................'.... 36

1.4067 *......................... 717 I

15

1.0539 *

.6043 *

.8439 *

.7368

F-SUB-Q I

1.8234

2.3894 2.282

........................ 8

2.6165

M-SUB-Q

APPENDIX Page 46 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 200 EFFD, THIS IS LEVEL 2 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

......................F.........E.........D........C H

G B

A

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

1.0314

1.3955

1.1631

1.4116

1.1920

1.2156 *

.9832 *

.9296 *

1.8223

1.3538

1.6181

1.3309

1.5761

1 5307......1. 8920

1. 9942

9

1.3955

1.1995

1.4159

1.2274

1.4084

1.2038

1.2531 *

.7315 *

.......... 1.5702

1.3346

1.5339

1. 3407

1.5568

1. 4946

2.5347

1.3538

10

1.1631

1.4105

1.1706

1.3912

1.2434

1.3709

1.1096 *

.7529 *

1.6181

1.3389

1.6003

1.3557 *1

1.3729

1.6854

2.4661 *

....................**.............**. 5124 11

1.4116

1.2231

1.3869

1.2156

1.4126

1.1856

1.2231 *

.6555 *

1.3389

1.5395

1.3595

1.5485

1.3364

1.5856

1.5323

2.8352

12

1.1920

1.4062

1.2402

1.4094

1.2006

1.3205 *

.9211 *

.............................. 3395

1.5677

1.4259

2.0345 *

1.5761

1.3420

1.5163

1 13

1.2156

1.2027

1.3698

1.1845

1.3216 *

.9211

.6447 *

1.5307

1.5576

1.3736

1.5864

1.4252

2.0387

2.8914

14 *

.9832

1.2520

1.1085

1.2231 *

.9211 *

.6447 *

1 8920

1. 4954

1.6864

1 5331.*.2.0359

2.8914 15 *

.9296 *

.7304 *

.7518 *

.6555

F-SUB-Q

1.9942

2.5369

2.4682

2.8352

M-SUB-Q AT 75% POWER, 200 EFPD, THIS IS LEVEL 1 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

D C

B A

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

.7454 *

.9853 *

.8129

1.0100 *

.8461 *.8322 *

.6833 *

.5923 *

2.4558

1.8642

2. 2563

1.8166

2.1627

2.1886

2.6595

3.0549

9*

.9853 *

.0257

1.0057 *

.8889

1.0110 *

.8086 *

.8482 *

.5098 *

......................................................... 1468

3.5535 *

1.8642

2.2203

1.8257

2.0618

1.8132

2.2581

2 10 *

.8129

1.0014 *

.8236

1.0153 *

.8589 *

.9660 *

.7326 *

.5002 *

.................. 1..*.1.0065

2.1295..*.1. 0920

2.4850

3.6242

2.227

2.2563

1.8337 11

1.0100 *

.8868

1.0121 *

.8429 *

.9960 *.0032 *

.8032 *

.4413 *

1.0166

2.0676

1.8132

2.1740

1.8407

2.2757

2.2704

4.1091

12 *

.8461

1.0089 *

.8579 *

.9939 *

.8172 *.0814 *.6169 *

2.1627

1.8166

2.1358

1.8453

2.2390

2.0750

2.9559

13 *.9322 *

.0075 *

.9660 *.0022 *

.8814 *

.6330 *

.4316 *

2.1886

2.2581

1.8932

2.2775

2.0750

2.8857

4.2099

14 *

.6833 *

.8472 *

.7315 *.8032 *

.6169 *

.4316 *

2.6595

2.1468

2.4872

2.2704

2.9559

4.2099

15 *.5923 *

.5087 *

.4991 *.4413

F-SUB-Q

3.0549

3.5579

3.6207

4.109

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

M-SUB-Q

R I

APPENDIX Page 47 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 7 5 % POWER, 405 EFPD, THIS IS LIVEL 18 CF 1B (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.7251

1.0603 *

.9928

1.1888

1.0731

1.0560 *

.9361 *

.8311 *

................................... 1. 8149

2.0435..*.2.2985 *

+ 1.9233

1.6106

1.7858 *

2.2135 '.1.7931 9* 1.0603 *

.9618

1.1508

1.0785

1.1813

1.0110

1.0592 *

.7283 *

............................ 1. 7736

1.6198

1.8909

1.8070 '.2.6225 *

)

1.7931

1.9818

1.6476

10 *

.9928

1.1556

1.0110

1.1588

1.0239

1.1130 *

.9189 *

.7015 *

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

1. 7113

2.0713

2.7119 *

1.9233

1.6520

1.8861

1.6461

1.862...........................

11

1.1888

1.0785

1.1567 *

.9800

1.0367 *

.8911 *

.9275 *

.5976 *

1.6106

1.7748

1.6492

1.9380

1.8234

2.1156

2.0380

3.1572

12

1.0731

1.1824

1.0228

1.0357 *

.7186 *

.8065 *

.6887 *

............................ 1. 8259

2.0713

2.0016

2.6858 *

1.785B

1.6198

1.8634

13

1.0560

1.0100

1.1128 *

.9911 *

.8065 *

.5858 *

.4927

1.8149

1.8909

1.7113

2.1156

2.0016

2.5902

3.5166

14 *

.9361

1.0501 *

.9189 *

.9275 *

.6887 *

.4927 *

2.0435

1.8083

2.0713

2. 0300

2 6858

3.5166

15 *

.8311

7272 *

.7004 *

.5976

F-SUB-Q

2.7131

3.1590

M-SUB-Q

2.2985 '.2.6251 AT 75% POWER, 405 EFPD, THIS IS LEVEL 17 0F 18 (LEVEL 18 a TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D A

.................................................C.........B.............**

8*

.8579

1.3227

1.2391

1.4737

1.3323

1.3366

1.1738

1.1117 *

1.8958

1.4845

1.5898

1.3399

1.4819

1.4770

1.6807

1.7725

9* 1.3227

1.2134

1.4405

1.3216

1.4641

1.3120

1.3527 *

.9136 *

.................................................. 2. 1562

1.3487

1.5014

1.4569

1.3670

1.4924

1.4845

1./

94 10

1.2391

1.4373

1.2734

1.4100

1.3066

1.3977

1.2081 *

.9146 *

)

1.5898

1.3704

1. 5440

1.3875

1.5045

1.4084

1.6253

2.1466 *

)

11

1.4737

1.3205

1.4169 ' 1.2477

1.3130

1.1503

1.2295 *

.7743 *

.........'.................. 1.5699

1.4895

1.6886

1.5827

2 5119 *

1.3399 1.4933

1.3897

12

1.3323 ' 1.4641

1.3055

1.3120 *

.8804

1.0485 *

.8921

l

1.4819 *

1.5058

1.4915

1.7098

1.6020

2.1375 *

.......... 1 3484 13

1.3366

1.3120

1.3966

1.1492 + 1.0485 *

.7636 *

.6426 *

)

.................,..................................... 2 7684 *

1.4770

1.5014

1.4007 1.6891

1.6020

2.1009

14 ' 1.1738

1.3516

1.2070

1.2295 *

.8921 *

.6415

i

1.6807 '.1.4572

1.6262 '.1.5827

2.1375

2.7684 *

....................e 15

1.1117

.9114 *

.9146

7733

F-SUB-Q 1.7725

2.1596

2.1466

2.5119

M-SUB-Q

APPENDIX Page 48 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 405 EFPD, Ti!IS IS LEVEL 16 OF 10 (LEVEL 18 = TCP OF CORE, LEVEL 1 3 BOTTOM)

................**..............................C...**....B H

G F

E D

A 8*

.9146

1.4244

1.3002

1.5904

1.4009

1.4169

1.2263

1.1952 *

................... 1.5665

1. 2000

1.4532

1.4366

1.6626

1.7035..*.

1.8400

1.4287

9* 1.4244

1.2009

1.5540

1.3923

1.5797

1.3955

1.4600 *

.9564 *

........................ 6...*.1.4609

1.2874

1 4532.*. 1.3898

2 1297 *

1.4287

1.5889

1.309 10

1.3002

1.5508

1.3441

1.5326

1.3923

1.5090

1.2884 *

.9757 *

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

1.4543

1.3420

1 5687

2.0755 *

1.5665

1.3124

1.5130

1.325....................................

11

1.5904

1.3912

1.5305

1.3238

1.4191

1.2252

1.3323 *

.8225 *

.................. 322.*.1 5022

2.4294 *

.............. 17

1.3268

1 5298

1.4234

1.6 1.2008

1.46 12

1.4009

1.5808

1.3912

1.4169 *

.9478

1.1342 *

.9532 *

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

1. 4558

1. 4240

1. 6643

1 5356

2.0421

1.4532

1.287 13

1.4169

1.3955

1.5090

1.2252

1.1342 *

.8161 *

.6844 *

...............32..*.1. 3423.*. 1. 6332

3.5356

2.0422

2 6666 *

1.4366

1.45 14

1.2263

1.4600

1.2873

1.3323 *.9521 *

.6844 *

................... 1.5691

1.5022

2.0436

2 6672 *

1.6626

1.3905

15

1.1952 *

.9553 *

.9757 *

.8225

F-SUB-Q 1.7035

2.13

2.0763

2.4315

M-SUB-Q

.............c.21

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

AT 75% POWER, 405 EFPD, THIS IS LEVEL 15 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 BOTTCM)

H G

F E

D C

B A

8*

.9243

1.4469

1.2991

1.6172

1.4009

1.4201

1.2167

1.2017

1.7806

1.4433

1.6320

1.3056 1.5047

1.4830

1.7374

1.7559

9

1.4469

1.2852

1.5008

1.3966

1.6054

1.3998

1.4791 *.9510 *

.............. 15

1.3384 '.1.5105

1 3105

1 4979

1. 4187

2.2210

1.4433

1.65 10

1.2991

1.5765

1.3484

1.5626

1.4019

1.5203

1.2916 *

.9768 *

..........**................. 3475

1.4954

1.3604

1.6150

2.1405 *

1.6320

1.3413

1.5691

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

11

1.6172

1.3955

1.5583

1.3323

1.4405

1.2327 + 1.3495 *.8225 *

............. 1 4282

1.6692

1.5348

2.5113 *

1.5781 *

1.3056

1.5111 1.35

....................... 11 12

1.4009

1.6054

1.4009

1.4384 *

.9596

1.1524 *

.9505

1.5047

1.3105

1.4970

1.4296

1.6523

1.5128

2.0525

13

1.4201

1.3998

1.5203

1.2327

1.1524 *.8236 *.6876 *

1.4830

1.4973

1 3604

1.6694

1.5126

2.0344

2.6745

14

1.2167

1.4780

1.2916

1.3484 *.9505 *

.6d76 *

.................................*....... 36

2.6765 *

1.7374

1.4193

1.6159

1.5348

2.05 15

1.2017 *

.9489 *

.9768 *

.8225

F-SUB-Q

1.7559

2.2237

2.1409

2.5113

M-SUD-Q

APPENDIX Page 49 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations 1

AT 75% POWER, 405 EFFD, THIS IS LEVEL 14 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.8975

1.4052

1.2552

1.5701

1.3516

1.3687 1.1674

1.1567 *

1.9048

1.538 1.*. 1 7679

1. 405? *.1.6319

1 6076

1 8005

1.8929

9*

1.4052 ' 1.2445

1.5350

1.3516

1.5572 ' 1.3516 ' 1.4298 *.9114 *

.................................. 260

1. 5319

2.4029 *

1.5381

1.77 1.4406

1.6340

1.4122

1.6

.............. 18

10

1.2552

1.5326

1.3055

1.5187

1.3580

1.4801 a 1.2456 *

.9393 *

1.7679

1.4441 *

................... 1.6966 *

.............................. 16..*.1.7568

2 3235..*.

1.4514

1.6219

1.48 11

1.5701

1.3505

1.5155

1.2927

1.3907

1.1931

1.3055 *

.7936 *

1.4052

1.6349

1.4550

1.7101

1.5218

1.7689

1.6753

2.7442

12

1.3516

1.5572

1.3559 ' 1.3966 *

.9328

1.1192 '

.9275 *

1.6319

1.4128

1. 6238

1.5236

1.7636

1. 6130

2.2029

1.3516

1.4801

1.1931

1.1192 *

.8000

.6672

13

1.3687 *

.......... 1. 6260

1.4816

1 7892

1. 6128

2. 1744

2.8668 *

1.6076

1.4287

1.2456

1.3055 *

.9275 *

.6672

14

1.1674

.............. 27 1.7560

1.6753

2.2029

2.8697

1.8005

1.53 15

1.1567

.9104

.9393 *

.7925

F-SUB-Q

.............................. 7442

M-SUH-Q

1.0929

2.4066

2.3254

2 AT 75% POWER.

405 EFPD, THIS IS LEVEL 13 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9007

1.4212 ' 1.2531

1.5819

1.3462

1.3655

1.1578

1.1578 *

1. 9557

1. 5859

1.8877

1.4938

1. 7538

1 7221

2 0188

2.0004

9

1.4212

1.2466

1.5508

1.3495

1.5701

1.3473

1.4362 *.9061

1.5859 *

.......... 17

1.7541

1.5025

1.7473

1.6305

2.5700

1.53..........................**.........**.........

.......... 1. 0440

10

1.2531 1.5476

1.3055

1.5358

1.3591

1.4919

1.2456 *.9382 *

. 1. 8877

1 5358

1.8200

1 5431

1 7433

1.5004

1.8854

2.4866

11 ' 1.5819 ' 1.3484

1.5326

1.2970

1.4126

1.1984

1.3173

7936

1.4938

1.7551

1.5473

1.7990

1.5805 ' 1.8712

1.7786

2.9554

12

1.3462

1.5690

1.3560

1.4116 *

.9393

1.15..

.9371 *

1.7538

1.5033 '.1.7454 '.1.5822

1.8571..*.1.6909

2.3075

13

1.3655

1.3473

1.4919

1.1984

1.1363 *

.8129 *

.6769 *

1.7221

1.7473 1.5004

...................'......................................0259*

1.8712

1.6906

2.2987

3.

14

1.1578

1.4362

1.2445 ' 1.3173 *

.9371 *

.6769 *

2.0100

1.6314

............................ 1 7786

2. 3000 '. 3.0281.*.

1.8866

15

1.1578 '

.9050 *

.9302 *

.7936

F-SUB-Q 2.5722

2.0084 *

..................'...................2.4883

2.9560

M-SUB-Q

i i

APPENDIX Page 50 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% PohER, 405 EFFD, THIS IS LEVEL 12 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

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

H G

F E

D C

B 8*

.9157

1.4266

1.2424

1.5658

1.3238

1.3409

1.1353

1.1374 *

2.0947

1. 6960

2.0261

1. 6390

1.9329

1.8950

2.2200.*. 2.1975

9

1.4266

1.2402

1.5412

1.3334

1.5551

1.3270

1.4169 *

.8900 *

1.6960

1.9770

1.6718

1.9329

1.6496

1.9273

1. 7881

2.8197 10 ' 1.2424

1.5380

1.2916

1.5203

1.3452

1.4823

1.2295 *

.9243 *

2.0261

1.6757

1.9927

1. 6763

1.9062

1.7261

2.0762

2. 7321

11

1.5658

1.3302

1.5240

1.2927

1.4169 ' 1.2006

1.3141 *

.7861 *

................... 1. 6818

1.9306

1.6879

2.0039 *.................................... 042

3.2532

1.9

1.6390

1.9332

12

1.3238

1.5551

1.3441

1.4148 *

.9628

1.1631 *

.9478 *

1.9329

1.6504

1.9075

1.6899

1.9830

1.7990

2.4654

13

1.3409

1.3270

1.4823

1.2006

1.1642 *

.8418 *

.6919 *

.........'.**............................................. 268 *

1.8950 1.9273

1.7261

2.0049

1.7990

2.4466

3.2 14

1.1353

1.4169

1.2295

1.3141 *

.9468 *

.6919

2.0765

1.9034

2.4654

3.2268 *

2.2208

1. 7891

.8889 *

.9243 *

.7861

F-SUB-Q 15

1.1374

2.1975

2.8252

2.7321

3.2532

M-SUB-Q AT 75% POWER, 405 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOT

TOM)

H G

E D

B A

......................F...........................C........................

8

1.0078

1.4512

1.2456

1.5476

1.3034

1.3184

1.1149

1.1181 *

2.2768

1.8280

2.1894

1.7997

2. 1423

2.0985

2.4523

2.4194

1.3098

1.3987 *

.8739

9

1.4512

1.2541 + 1.5326

1.3205

1.5401

1.8280

2.1349

1.0008

2.0977

1.8006

2.1189

1.9732

3.1130.*.

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

1.2920

1.5208

1.3366

1.4748

1.2177 *

.9114

10

1.2456

1.5294

2.1894

1.0053

2 1552

1.0040 '.2.0562

1.8567

2.2635

3.0171.*.

11

1.5476

1.3173

1,5165

1.2981

1.4373

1.2188

1.3184 *

.7818 *

1.7997

2.1023

1.8097

2.0856

1.8254

2.1707

2.0471

3.4967

12

1.3034

1.5390

1.3345

1.4351

1.0731

1.2488 *.9735 *

..................................... 2.1467

1.9424

2.6656 *

2.1423

1.8018

2.0576

1.8276

13

1.3184

1.3098

1.4748

1.2188 ' 1.2488 *

.9146 *

.7219 *

2.0985

2.1188

1. 8567

2.1709

1 9415

2.6422

3.4876

14

1.1149

1.3977

1.2177

1.3184 *

.9735 *

.7219 *

2.4523

1.9743 2.2652

2.0471

2.6673

3.4876

15

1.1181

.8729 *

.9114 *

.7818

F-SUB-Q

2.4194

3.1190 3.0171

3.4967

M-SUB-Q

l APPENDIX Page51of140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 405 EFFD, THIS IS LEVEL 10 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTOM)

H G

D C

B A

......................F........E 8* 1.1310

1.5208

1.2745

1.5701

1.3109

1.3280

1.1203

1.1299 *

..................... 3217

1.9181

2.3045

2.2775

2 6719

2.6127 *

2.4034

1.9424

2.

9

1.5208

1.2948

1.5626

1.3366

1.5647

1.3227

1.4180 *

.8804 *

.................................................................. 3771 *

1.9424

2.2793

1.9168

2.2459

1.9181

2.2704

2.1156

3.

10

1.2745

1.5594

1.3013

1.5540

1.3580

1.5080

1.2370 *

.922.. *

.......................................................... 151..*.

3.2561 *

2.3217

1.9219

2.2856

1.9168

2.2002

1.9739

2.4..

11

1.5701

1.3345

1.5497

1.3313

1.5000

1.2638

1.3591 *

.7968 *

1. 9181

2.2511

1.9232

2.2271

1.9346

2.3099

2.1691..*.3.7260

1.3570

1.5058

1.2434

1.3816

1.0228

12

1.3109

1.5647

............**.............. 1.9372

2.2900

2 0603

2.8270..*

2.3045

1.9194

2.2018 *...............................

13

1.3200

1.3227

1.5000

1.2638

1.3816

1.0035 *

.7700 *

................... 1.9739

2.3099

2.0589

2.8106

3.7023

2.2775

2.2704

14

1.1203

1.4100

1.2359

1.3591

1.0228 *

.7690 *

...................... 151..*.2. 1691

2.8270

3.7070 *

2.6719

2.1156

2.4 15

1.1299 *

.8793 *

.9221 *

.7968

F-SUB Q

2.6127

3.3810

3.2561

3.7260

M-SUB-Q AT 75% POWER, 405 EFFD, THIS IS LEVEL 9 0F 18 (LEVEL 18. TOP OF CORE, LEVEL 1 = DOTTOM)

H G

F E

D C

B A

8

1.1438

1.5187

1.2649

1.5444

1.2884

1.3034

1.0908

1.1085 *

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

2.3777

2.8188

2.7865 *

2.5157

2.0218

2.4288

2.0024

2.401.............................

1.5107

1.2959

1.5433

1.3195

1.5412

1.3023

1.3955 *.8643

2.0218

2.3661

1.9996

2.3396

2.0051

2.3758

2.2220

3.5885

10

1.2649

1.5390

1.2852

1.5300

1.3430

1.4908

1.2209 *

.9082 *

3.4242 *

2.4288

2.0037

2.3973

2.0037

2.2954

2.0706

2.5347 11

1.5444

1.3163

1.5337

1.3248

1.5123

1.2681

1.3527 *

.7893 *

2.0024

2.3433 + 2.0106

2.3210

2.0274

2.4191

2.2793

3.9213 *

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

12

1.2884

1.5412

1.3420

1.5112

1.2723

1.4105

1.0314 *

2.4012

2.0065

2.2972

2.0302

2.3953

2.1611

2.9739

13

1.3034

1.3023

1.4909

1.2681

1.4116

1.0292 *

.7829

2.9559

3.9003 *

... 3777

2.3738

2.0706

2.4191 + 2.1611

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

1.0988

1.3955

1.2209

1.3527

1.0314 *

.7829

14

2. 8160

2.2237

2.5347

2.2775

2.9739

3.9003

15

1.1085 *

.8632 *

.9082 *

.7893

F-SUB-Q

2.7865

3.5929

3.4242

3.9213

M-SUB-Q

APPENDIX Page 52 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l

1rable 1 (cont.)

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

AT 75% POWER, 405 EFPD, THIS IS LEVEL 8 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H

.............G...........................D...........................A F

E C

B 8

1.1631

1.5530

1.2820

1.5722

1.3013

1.3205

1.1085

1 1267 *

2.3579

1.919

............... 4...*.2.2795

1.8957......................22

2.2288

2.6274

2.5724...*

2.27 9

1.5530

1.3173

1.5722

1.3366

1.5701

1.3184

1.4212 *

.8750 *

. 1.9194

2.2494.................

1. 8969

2.2203

1. 8969

2. 2356

2.0720

3.3176

L-10

1.2820

1.5679

1.3023

1.5722

1.3623

1.5230

1.2411

2.279

...... 5

1.9019............2.2460

1 8994

.9211 *

.......2.1740

1.9489

2.3681 *.........................*.3.1506 11

1.5722

1.3334

1.5669

1.3473

1.5530

1.2948

1.3859

1.89

..... 57

2,2237 *

.8032 *

............. 1.9043

2.2002..*.1.9156

2.2793

2.1233

3 6152

12

1.3013

1.5690

1.3612

1.5508

1.3055

1.4555

1.0581 *

. 2.2722 *.........1.8981

2.1756

1.918

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

2.258

........ 1

2.0232

2.7653

13

1.3205

1.3195

1.5230

1.2948

1.4566

1.0614 *

2.2288

2.2356

1.9489

2.2793

2.0232

2.7471

3.5973

.8054 14

1.1085

1.4212

1.2402

1.3859

1.0581 *

.8054 *

2.6

.... 274

2. 0720

2.3681

2.1

.................. 233...*.2.7653

3.5973

15

1.1267

.8739

.9211

2.57

.6032

F-SUB-Q

..... 24

3.3213

3.1506

3.6152

M-SUB-Q AT 75% POWER, 405 EFPD, THIS IS LEVEL 7 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 c DOTTOM)

...H..................F...........................C G

E D

B A

8

1.1588

1.5519

1.2766 + 1.5701

1.2948

1.3163

1.1031

1.1245

i

2.

... 1043

1.7091

2.035

.....................3

1.6892

2.0275

1.9840

2.3415

2.2892

9

1.5519

1.3141

1.5701

1.3323...............................................

1.7C9

1.5690

1.3141

1.4212 *

.8718 *

.'..... 1

2.0079

1.6901

1.9812

1.6893

1.9965

1.8461

.........................................................*.2.9568 10

1.2766

1.5669

1.2981

1.5733

1.3591

1.5240

1.2391

. 2.0353

1.6940

2.0034..*.1.6892

1.9406

1.7346

2.1135

2.8161 *

.9189

11

1.5701 1.3291

1.5679

1.3452

1.5562

1.2948

1.3891

1.

... 6892

1.9852

1.6942

1.9620

1.7031

2.0302

1.8895

3.2331

.8022

12

1.2948

1.5679

1.3570

1.5551

1.3077

1.4630

1.0614 *

2.0

.... 275

1.6902

1.9431

1.7051................................

2.0120

1.7998

2.4641 13

1.3163

1.3141

1.5240

1.2948

1.4641

1.9840

1.1965

1.7 1.0656 *.8086 *

+

.......................346* 2.0316

1.7987......................

2.4496

3.2095

14

1.1031

1.4212

1.2391

1.3891

1.0614 *

.8086

2.3

.....415

1.8466

2.1135

1.8895

2.4641

........................................*.3.2095 15

1.1245 *

.8707 *

.9189 *. 8 0 3 2

F-GUB-Q

2.2892

2.9598 *

................... 2.8161

3.2297

M-SUB-Q

APPENDlX Page 53 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 405 EFFD, THIS IS LEVEL 6 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

E D

C B

A

....H.........G.........F...................................................

8

1.1406

1.5283

1.2574

1.5465

1.2756

1.2959

1.0881

1.1085 *

. 1. 9310 *...... 1.5511

1.8604

1.5268

1.9343 '.1.7982

2.1239

2 0822

9

1.5283

1.2948

1.5476

1.3130

1.5455

1.2948

1.4009 *

.8599 *

.........'.... 18

1.5300.*. 1 7915

1.5278

1. 8071

1.6692

2 6873 *

1.5511 1.82 10

1.2574

1.5433

1.2788

1.5508

1.3398

1.5037

1.2220 *

.9061 *

..................... 8292

1 5305

1.7585

1 5714

1.9140

2.5535

1.8604

1.5335 + 1 11

1.5465

1.3109

1.5465

1.3270

1.5'69

1.2788

1.3720 *

.7925 *

1.5268

1.7954

1.5353

1.7782

1.243 1.8412

1.7142

2.9363

12

1.2756

1.5455

1.3377

1.5347

1.2927

1.4480

1.0496 *

1.8343

1.5281

1.7596

1. 5447

1.8239

1.6310

2.2365

13

1.2959

1.2948

1.5037

1.2788 ' 1.4480 ' 1,0549 *

.0000 *

..................'..................... 301

2.2231

2.9187

1.7982

1.8064 1.5714

1.8412

1.6 14

1.0881

1.4009

1.2220

1.3720

1.0485 *.8000

2.*. 1 9140.*.1. 7132.*.2. 2365

2.9187

2.1239

1.670 15

1.1085 *

.8579 *

.9061 *.7925 ' F-SUB-Q

2.0822

2 6698

2.5535.*.2.9362

M-SUB-Q AT 75% POWER, 405 F.FPD, THIS IS LEVEL 5 0F 18 (LEVEL 18 = TCP CF CORE, LEVEL 1

BOTTOM) d C

F E

D C

B A

8

1.1513

1.5540

1.2713

1.5733

1.2906

1.3173

1.1031

1.1310 *

1.704B

1.3737

1.6416

1.3545

1.6382 '.1.6002

1 8997 '. 1.8524

9

1.5540

1.3088

1.5733

1.3302

1.5744

1.3120

1.4298 *

.9729 *

'.1. 3737

1.6225

1.3554

1. 5954

1.3534

1. 6100

1. 4006

2. '998

10

1.2713

1.5701

1.2948

1.5808

1.3570

1.5326

1.2424 *

.9221 *

1.6416

1.3527

1. 6131

1.3524

1.5634.*. 1. 3888

1. 7009

2. 2751

11 ' 1.5733

1.3270

1.5754 ' '.3452

1.5669

1.2981

1.3998 *

.8043 *

1.3545

1. 5999

1. 3568

1 5806

1.3652

1.6368

1 5158

2. 6141

12

1.2906

1.5744

1.3559

1.5547

1.3120

1.4780

1.0678 *

1.6302

1.3540

1.5650

1.3665

1.6237

1.4463

1.9903

13

1.3173

1.3130

1.5326

1.2961

1.4791

1.0721 *

.8129 *

..................................... 1. 4458

1.9932

2.6065 *

1.6002

1.6094

1.3888

1.636i 14

1.1031

1.4298

1.2424

1.3998

1.0678 *

.8129

1.0997

1.4811 1.7009

1.5158

1.9911

2.6065

15

1.1310 *

.8718 *.9221 *.8043

F-SUB-Q

1.8524

2.4031

2.2751

2.6132

M-SUB-Q j

APPENDIX Page 54 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 405 EFPD, THIS IS LEVEL 4 OF 18 (LEVEL 18 m 10P CF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8* 1.1320

1.5272

1.2520

1.5487

1.2745

1.2991

1.0924

1.1171 *

.... 163..*.1.2829

1. 5515

1. 2648

1.5270

1.4942..*.1 7693..*.1. 7333

1.6 9* 1.5272

1.2884

1.5476

1.3130

1.5500

1.2959

1.4126 *

.8632 *

1.2829

1.5138

1.2659

1.4854

1.2626

1.4998

1.3809

2.2421

10

1.2520

1.5444

1.2766

1.5562

1.3388

1.5123

1.2284 *

.9114 *

1. 5515

1. 2689

1. 5234

1.2611.*. 1.4566

1.2933.*. 1. 5830

2.1251 11

1.5487

1.3109

1.5508

1.3270

1.5455

1.2831

1.3827 *

.7958 *

....................................... 2669

1.5199

1.4109

2.4384 *

1.2648

1.4884

1.2649

1.4706 1.

12

1.2745

1.5508

1.3377

1.5433

1.2970

1.4598

1.0549

1.8492 *

................... 1.4573

1.2704

1.5060

1. 3418

1.5270

1.2631 13

1.2991

1.2970

1.5133

1.2831

1.4608

1.0603 *

.0032

2..*. 1. 8418

2.4255 *

1.341

... 4942

1.4995

1 2933

1. 519)

1 14

1.0924

1.4116

1.2284

1.3837

1.0549 *.0032 *

2.4255 *

1 7693

1.3811..*. 1. 5830

1 4106

1.8497 15

1.1171 *

.8622 *.9114 *

.7958

F-SUB-Q

................... 2.1251

2.4376

M-SUB-Q

1.7333

2.2438

AT 75% POWER, 405 EFPD, THIS IS LEVEL 3 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

...................................................................A H

O F

E D

C B

8

1.1267

1.5219

1.2499

1.5476

1.2756

1.3034

1.0908

1.1224 *

1.5341

1.2059

1 4628

1.1866.*.1 4319

1.3973

1.6548

1.6262

9

1.5219

1.2841

1.5444

1.3141

1.5508

1.2981

1.4180 *

.8686

1.4243

1.1888

1.3917

1.1839

1.4059

1.2927

2.0994 *

1. 2059

10

1.2499

1.5412

1.2745

1.5540

1.3366

1.5144

1.2338 *.9146 *

.......... 1 1914

1.4352

1.1829

1.3676

1.2111.*. 1.4813

1.9941

1.4628

11

1.5476

1.3120

1.5487

1.3240

1.5455

1.2841

1.3869 *

.7968 *

1.1866

1.3946

1.1869

1.3813

1 1888

1.4243

1.3211

2.2934

12

1.2756

1.5500

1.3345

1.5433 + 1.2970

1.4630

1.0501 *

1.4319

1.1842

1.3689

1.1898

1.4113

1.2555

1.7335

13

1.3034

1.2981

1.5155

1.2841

1.4641

1.0603 *.8032 *

1.3973

1.4056

1.2109

1.4243

1.2550

1.7290

2.2008

14

1.0988

1.4169

1.2338

1.3869

1.0571 *

.8032 *

1.6548

1. 2927

1.4818

1.3209

1.7335

2.2819 *

.8675 *

.9146 *

.7968

F-SUB-Q 15

1.1224

1.6262

2.1019

1.9941

2.2916

M-SUB-Q

i 1

APPENDIX Page 55 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 75% POWER, 405 EFPD, THIS IS LEVEL 2 OF 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOTTOM)

H F

B A

.............U..................E....**...D.........C.......*........**......

8

1.0592

1.4148

1.1738

1.4437

1.2059

1.2295

1.0442

1.0410 *

.......... 1. 2413

1 4914

1. 2171..*. 1.4511...*.1 4214

1.6759

1.6877 *

1.6507

9* 1.4148

1.2038

1.4384

1.2434

1.4400

1.2188

1.3216 *

.8225 *

............................... 102

1.2137

1.4363

1.3301

2.1357 *

1.2413

1.4558

1.2216

1.4.......................................

1.1974

1.4491

1.2531

1.4137

1.1588 *

.8547

10

1.1738

1.4341

1.4914

1..,2247 1.4636

1.2132

1.3973

1.2431

1.5152

2.0550

11

1.4437

1.2402

1.4448

1.2413

1.4405

1.2038

1.2841 *

.7443

1.4575

1.3700

2.3616 *

.......... 1 4132

1.2169

1.4116

1. 2204

1.2171

12

1.2059

1.4469

1.2520

1.4394

1.2145

1.3612 *.9875 *

........... 2142 + 1.3986

1.2217

1.4440

1.2953

1.7840

1.4511

1.

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

13

1.2295

1.2180

1.4137

1.2038

1.3612 *

.9896 *

.7476 *

1.4214

1 4359

1.2429

1. 4575

1.2947

1.7788

2.3570 *

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

14

1.0442

1.3216

1.1588

1.2841 *

.9875 *

.7476

152..*. 1.3694

1 7840

2 3570 *

1.6759 *

....... *. 1.3301

1.5 15

1.0410 *

.8215 *

.8547 *

.7454

F-SUB-Q

1. 6877

2.1382

2. 0550

2.3608

M-SUB-Q

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

AT 75% POWER, 405 EFFD, THIS IS LEVEL 1 OF 18 (LEVEL 18 TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.8075

1.0410 *

.8729

1.0689 *

.9125 *.9114 *

.7829 *.7219 *

2.1129

1.6426

1.9571..*.1.6002

1 8720..*.1.0718

2.1834

2. 3003

9

1.0410 *

.8857

1.0635 *.9543

1.0742 *

.8857 *.9585 *

.6180 *

1.6426

1.9285..*. 1 6080

1.7915

1.5917

1.9291

1.7890

2. 7802

10 *

.8729

1.0592 *

.8900

1.0806 *

.9275

1.0453 *

.8322 *

.6126 *

.................*.......... 1. 5828

1.8430

1. 6383

2.0604

2.0080.*.*

1.9571

1.6136

1.9204 11

1.0609 *

.9521

1.0785 *

.9146

1.0646 *

.8857 *.9146 *.5419 *

1.6002 + 1.7948

1.5865

1.8684

1.6078

1.9342

1.8806

3.1769

12 *

.9125

1.0742 *

.9264

1.0635 *

.8964 *.9842

7165 *

1.8720

1.5926

1.8446

1.6096

1. 9105 + 1.7453

2.4014

13 *

.9114 *

.8857

1.0453 *

.8857 *

.9853 *

.7326 *.5376 *

1 8718

1.9278

1.6383

1.9337

1.7442

2.3497

3.2039

14

7829 *

.95P5 *

.8322 *.9146 *.7165 *.5376 *

............. 50

2.0604

1.8798

2.4014

3.2039 *

2.1834

1.78 15 *

.7219 *

.6100 *

.6126 *.5419

F-SUB-Q

2.3803

2.7829

2.8080

3.1747

M-SUB-Q

)

APPENDIX Page 56 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 5 0 % POWER, 4 EFPD, THIS IS LEVEL 18 OF 18

{ LEVEL 1B = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.5880 *

.8622 *

.8011

1.0057 *

.8900 *

.8943 *

.7722 *

.6212 *

2.8299

2.2002

2.6637

2.1205

2.3922

2.3767

2.7513

3.4018

9*

.8622 *

.7593 *

.9553 *

.8857

1.0025 *

.8461 *

.8793 *

.5623 *

2.2802

2.6549

2.2313

2.4037

2.1239

2.51 3.7586 *

.....................................***......**. 20

2.4138

10 *

.8011 *

.9543 *

.8107 *.9510 *

.8300 *

.9307 *

.7583 *

.5152 *

..................................... 2 5448

2.2739

2.7934

4.0919 *

2.6637

2.2326

2.6271

2.2281 *

.9478 *

.7700 *

.8300 *

.7090 *

.7186 *

.4284

11

1.0057 *

.8857

2.1205

2.4066

2.2368

2.6322

2.2348

2.6642

2.7260

4.8174

12 *

.8900

1.0025 *

.8279 *

.5612 *

.6062 *

.5173 *

2.3922

2.1239

2.5512

2.2410

2.6056

2.4567

3.3851

13 *

.8943 *

.8450 *

.9296 *

.7079 *

.6051 *

.4113 *

.3213 *

2.3767

2.5136

2.2764

2.6661

2.4553

3.2827

4.9022

14

7722 *

.8771 *

.7572 *

.7186 *

.5173 *

.3213 *

............. 182

2.7973

2.7280

3.3879

4.9022

2.7513

2.4

.4273

F-SUB-Q 15 *

.6212 *.5612 *

.S141 *

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

4.8232

M-SUB-Q 3.4018

3.7656

4.096 AT 50% PCWER, 4 EFPD, THIS IS LEVEL 17 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM) i I

H G

F E

D C

B A

B*

.7775

1.1513

1.0828

1.2831

1.2220

1.3163

1.1171 *

.9778 *

)

2.2154

1.8139

2.0158

1.7419

1.8270

1.6914

1.9892

2.2655 *

.8215

1.2723 + 1.2681 9

1.1513

1.0624

1.2574

1.1802

1.3077

.... 139

1.9575

1.7769

1.8905 + 1. 7062

1.7502

1.7554

2.6970 *

1.8..................................................................

10

1.0828

1.2531

1.0913

1.2370

1.1867

1.2670

1.1245 *

.7765 *

2.0158

1.7831

2.0430

1.6020

1.8632

1 7570

1. 9719

2.8437

11

1.2831

1.1792

1.2327

1.0571

1.1310

1.0410

1.0924 *.6522

l

1.7419

1.8932.+.1.8076

1.9653.*.1.7678

1.9010

1.8696.*. 3.3172

12

1.2220

1.3098

1.1856

1.1299 *.7765 *

.9093 *.7915

1.0657

1.7701

1.8759

1.7781

2.3373 *

1.8270

1.7041

.6244 *

.4884

13

1.3163

7.2723

1.2659

1.0399 *

.9082

1.6914

1.7502

1.7585

1.9028

1.7774

2.3378

3.4191

14 ' 1.1171

1.2659

1.1224

1.0913 *

.7904 *

.4873 *

1.9892.*. 1.7577

1.9748

1.8713

2.3386

3.4218

15 *

.9778 *

.8193 *

.7754 *.6512

F-SUB-Q

2.2655

2.7042

2.8477

3.3226

M-SU8-Q l

i

APPENDIX Page 57 of 140 McGuire 2 Cylce 10 Core Operating Limits Report

.11able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 4 EPPD, THIS IS LEVEL 16 OF 18 (LEVEL 18 3 TOP OF CORE, LEVEL 1 = BOTTOM)

..........................................................B........A.....

H G

F E

D C

8*

.8557

1.2063

1.1695

1.4319

1.3377

1.4994

1.2691

1.1588 *

.......... 1.7303

1 9739

1.6566

1.7669

1.5736

1.8556

2.0242 *

2.1788

9* 1.2863

1.1642

1.3944

1.2841

1.4930

1.4459

1.4791 *

.9393 *

............................ 1.0456

1.5850

1. 6331

1.5948

2.4995 '

1.7303

1.8976

1.7030

10

1.1695

1.3891

1.1792 ' 1.3837

1.3355

1.4523

1.3023 *

.9050 *

....................................................... 1 8062 '.2.5901 *

1.9739

1.7093

2.0005

1.7114

1.7523

1.6200

1.4319

1.2831

1.3794

1.1588

1.3077

1.1963

1.2981 *

.7658

11 *

1. 6566

1.8473

1.7178

1.8908

1.6349

1.7661

1.6621..*.3.0120

12

1.3377

1.4951 ' 1.3345

1.3055 *

.8857

1.0839 '

.9371 *

1.7669

1.5826 '. 1.7553

1.6369

1 7470

1.6148

2.1144

13

1.4994

1.4459

1.4501

1.1952

1.0828 *

.7422 *

.5762 *

1.5736

1.6338 '. 1.6299

1.7683

1.6136

2.1489

3.1179

14

1.2691

1.4769

1.3002

1.2970 *

.9361 *

.5751 *

1.8556

1.5972

1.0093

1.6635

2.1155

3.1203 *

.9371 *

.9039 *

.7636

F-SUB-Q 15

1.1588 *

2.0242

2.5070.*. 2 5950

3.0166

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 15 0F 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 e BOTTOM)

H G

F E

D C

B A

.8932 ' 1.3580

1.2124

1.5155

1.3987

1.5904

1.3430

1.2520

8 *

2.2942

1.7853.*.2.0626

1.6951..*. 1.8253

1.6015

1.0902

2.0180

9

1.3580

1.2134

1.4705

1.3420

1.5915

1.5326

1.5979 *

.9992 *

1.7853

1.9824

1.7509

1.9151

1.6052..*. 1.6636

1.5924

2.5350

10 ' 1.2124

1.4651

1.2252

1.4726

1.4223

1.5615

1.4030 *

.9735 *

2.0626

1 7582

2.0896

1.7404

1.7801

1.6364

1.8104

2.5993

11

1.5155 + 1.3420

1.4673 ' 1.2199

1.4191

1.2916

1.4266 *

.8268 *

1.6951

1.9160

1.7468

1.9491

1.6394

1.7868

1.6501

3.0179

12 ' 1.3987

1.5936

1.4212

1.4159 *.9532

1.1952

1.0249 *

1.8253

1.6034

1.7832

1. 6387

1. 7683

1. 6135

2.1203

13

1.5904

1.5315

1.5604

1.2895

1.1942 *

.8161 *

.6287 *

1.6015

1.6643

1.6383

1.7891

1.6129

2.1644

3.1476 *

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

14

1.3430 ' 1.5958

1.4009

1.4244

1.0239 *

.6287 *

.................................... 2.1224

3.1499 '.

1.9128

1.6508 *

1.8902 '.1.5954 15

1.2520 *

.9971 *

.9714 *

.8247

F-SUB-Q

'.2.0100

2.5411 '.2.6041

3.0232

M-SUB 2

APPENDIX Page 58 of 140 McGuire 2 Cylce 10 Core Operating Limits Report ifable 1 (cont.)

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

l AT 50% POWER, 4 EFPD, THIS IS LEVEL 14 0F 14 (LEVEL 18 a TOP OF CORE, LEVEL 1 = BOTTOM)

.............................................................A G

F E

D C

B 8*

r/5

1.3666

1.2145

1.5272

1.4062

1.6022

1.3527

1.2670 *

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

355

1.9506

2.2494

1.8598

2.0084

1.7552

2.0687

2.195 9* 1.3666

1.2188

1.4791

1.3473

1.6086

1.5444

1.6226

1.0078 *

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

1.7552.*. 1.8233

1.7310

2.7698 *

1.9506

2.1809

1.9015

2.085 10

1.2145

1.4726

1.2295

1.4919

1.4437

1.5894

1.4287 *

.9864 *

..................................................... 1.9490

2.3322.*.

1.9092

2.2708

1.8718

1.9102

1.7552 *

'.2.2494

1.5272

1.3462

1.4865

1.2349

1.4566

1.3238

1.4683 *.8450

11 *

1.8598

2.0931

1.8784

2.1203

1 7712..*. 1.9331

1.7729

3.2230

12

1.4062

1.6108

1.4416

1.4533 *

.9800

1.2381 1.0560 *

................................. 1.**1 9259

1.7489

2 2995 *

2.0084

1.7523

1.9118

1.774 1.6022

1.5444

1.5872

1.3216

1.2370 *

.8482 *.6512

13 *

1.7552

1. 8241

1.75.~.3

1.9358

1.7486

2.3632

3.4309

14

1.3527

1.6194

1.4255

1.4662

1.0549 *

.6512 *

2.0607

1.7338

1.9517

1.7743

2.3015

3.4

................................................. 416

15

1.2670

1.0046 *

.9853 *

.8429

F-SUB.Q

2.1951

2. 7788

2.8379

3.2301

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 13 0F 18 (LEVEL 18 m TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9339

1.4290

1.2574

1.5883

1.4491

1.6633

1.3966

1.3205 *

2.7652

2.0942

2.4434

2.0168

2.1919

1.9003

2.2463

2.3547

9

1.4298

1 2659

1.5422

1.3998

1.6740

1.6022

1.6954

1.0410 *

2.0942

2.3488

2 0521...*.2.2533

1.6832

1.9791

1. 0604

2.9987

10

1.2574

1.5347

1.2723 + 1.5604

1.5090

1.6675

1.4951

1.0271 *

2.4434

2.06............................... 1. 0759

2.0925

3.0535 *

2.4604

2.0087

2.0522 *

.............. 17 11

1.5883

1.3944

1.5540

1.2938

1.5465

1.4019

1.5647 *

.8846

2.0168

2.2626

2.0189

2.2744

1.8775

2.0629

1.8726

3.4571

12

1.4491

1.6761

1.5069

1.5433

1.0442

1.3355

1.1278

2.1919

1.8849

2.0552

1.8815

2.0884

1.8782

2.4628

13

1.6633

1.6011

1.6654

1.3938

1.3345 *

.9178 *.6994 *

1.9003

1.9791

1.8792

2.0658

1 8774

2.5699

3.7314

14

1.3966

1.6933

1.4930

1.5626

1.1267 *

.6994 *

2.2463

1.8636

2.0956

1.8742

2.4655

3.7346

15

1.3205

1.0378

1.0260 *

.8825

F-SUB-Q

2.3547

3.0070

3.0578

3.4654

M-SUB.Q

i t

APPENDIX Page 59 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 504 F0WER, 4 EFPD, THIS IS LEVEL 12 0F 18 (LEVEL 18 m TOP OF CORE, LEVEL 1 = BOTTOM)

......................F.........E....................................A.....

H G

D C

B 8*

.9971

1.4737

1.2841

1.6086

1.4619

1.6793

1.4062

1.3302 *

3.1423

2.3603

2.7734

2. 2327

2 4312.*. 2.1019

2.4822.*. 2.5894..*.

9* 1.4737

1.3002

1.5679

1.4234

1.7040

1.6161

1.7179

1.0464 *

2.3683

2.6624

2.3196

2.5499

2. 0949

2.1914

2 0488

3.3103

10

1.2841 ' 1.5604

1.2927

1.5926

1.5401

1.7018

1.5219

1.0389 *

2.7982

2.2566

2.3125

2.

2.3414

3.3611 *

................................... 1034

2.7734

2 3307 11

1.6086

1.4100

1.5862

1.3334

1.6119

1.4587

1.6236 *

.9029 *

3.8950 *

....................................................... 2. 0944 2.2327

2.5577

2.2683

2.5603

2.1044

2.3175

12

1.4619 + 1.7010

1.5390

1.6086

1.1503

1.4341

1.1845 *

2.4312.*. 2.0929

2.3174

2.1085..*. 2 3372

2. 0954....... 502.*

2.7 13

1.6793

1.6161

1.6997

1.4566

1.4330

1.0046 *

.7454 *

2.1019

2 1925

2.1074

2.3200

2.0943

2.8698

4.1681.*

1.5187

1.6215

1.1835 *

.7454

14

1.4062

1.7157

2.4822.*.2 0526

2. 3452

2.0964

2.7616

4.1721

15

1.3302

1.0432

1.0378 *

.9010

F-SUB-Q

2.5894

3.3178

3.3663

3.9020

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 10 2 TOP OF CORE, LEVEL 1 = BOTTOM)

.......................**..........................................A H

G F

E D

C B

8

1.0924 ' 1.5165

1.3066

1.6140

1.4608

1.6793 ' 1.4019

1.3248 *

- - ...... 2. 7283

3.1943

2.4808

2.7047

2.3377

2.7645

2.8753..*.

3.6468

9

1.5165

1.3366

1.5808

1.4351

1.7200

1.6183

1.7211

1.0410 '

2.7283

3.0775

2.6018

2.8435

2.3265

2.4407

2.2745

3.6836

10

1.3066

1.5733

1.3045

1.6100

1.5594

1.7200 ' 1.5326

1.0399 *

3.1943 + 2 6142

3.1757

2.5428

2.6299

2.3503 + 2.5956

3.7244

11

1.6140

1.4298 ' 1.6033

1.3773

1.6729

1.5112

1.6697 *

.9125

2.5517

2.9657

2.4339

2.6862

2.4208

4.3587

2.4000

2.8491

12

1.4608

1.7190

1.5583

1.6697

1.3869

1.5707

1.2391

2.3240

2.6331 2.4381

2.7060

2.4193

3.1952 *

2.7047

1.7179

1.5090

1.5787

1.1267

7936

13 ' 1.6793

1.6161

2.3377

2.4421

2.3528

2.6895

2.4180

3.3211

4.8225

l 1

14 ' 1.4019

1.7179

1.5305

1.6675 ' 1.2370 *.7936 *

2.7645

2.2781

2.6002 2.4234

3.1997

4.8274

15

1.3248

1.0378

1.0378 *

.9104

F-SUB-Q

'.2.8753

3.6930

3.7276

4.3674

M-SUB-Q

)

APPENDlX Page (K) of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 4 EFPD, THIS IS LEVEL 10 OF 10 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D B

A

.................................................C...............**.......

8

1.1674

1.5776

1.3441

1.6493

1.4823

1.7093

1.4180

1.3473 *

3.8899

2.9020

3.4135

2.6997

2.9649

2.5502

3.0201

3.10

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

59

9

1.5776

1.3912

1.6236

1.4705

1.7671

1.6504

1.7586

1.0528 *

2,9020

3.2805

2.8252

3.1081

2.5340

2.6700

2. 4710

4.0075..*

10

1.3441

1.6151

1.3345

1.6558

1.6022

1.7602

1.5701

1.0592 *

3.4135

2.8398

3.4458

2.7680

2. 8602

2.5592

2.8306

4.0520

11

1.6493

1.4641

1.6483

1.4362

1.7522

1.5707

1.7447

.9350 *

................... 2. 7803

3.1643

2.5941

2.8772

2.6080

4.7567

2.6997

3.1125

12

1.4823

1.7630

1.6001

1.7489

1.5358

1.7243

1.3045 *

..... 49

2 5310

2. 8659

2.S987

2 9136

2. 6002

3.4649 *

2.96 13

1.7093

1.6483

1.7661

1.5765

1.7243

1.2338 *

.8450 *

2. 5502

2.6717

2.5622

2.8810

2.5987

3.6167

5.3109

14

1.4180

1.7554

1.5669

1.7425

1.3034 *

.8439 *

.............. 52

2.8361

2. 6111

3.4676

5.3173 *

3.0201

2.47......................................

15

1.3473

1.0496

1.0571 *

.9328

F-SUB-Q i

3.1059.*.4.0185

4.0558

4.7671...* M-SUS-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 9 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

l 8

1.1599

1.5594

1.3270

1.6204

1.4544

1.6740

1.3880

1.3141

l

........... 1.**.3.1303 *

3.9783

2.9669

3.4485

2.6378

2.8962

2 5021

2.985 I

9

1.5594

1.3794

1.5979

1.4469

1.7404

1.6204

1.7232

1.0282 *

2.9669

2.3500

2.7558

3.0285

2.4850

2.6267

2.4544

4.0148

j 10

1.3270

1.5894

1.3152

1.6322

1.5787

1.7447

1.5444

1.036,'

l

3.4485

2.7697

3.3767

2.7097

2.8306

2.5223

2.8252

4.0937 I

j 11

1.6204

1.4405

1.6247

1.4298

1.7425

1.5690

1.7318 *.9211 *

2.6378

3.0327

2.7215

3.2273

2.6458

2.9390

2.6651

4.8463

12

1.4544

1.7382

1.5776

1.7393

1.5444

1.7339

1.3013 *

2.8962

2.4822

2.8343

2.6522

2.9750

2.6538

3.5435

13

1.6740

1.6103

1.7414

1.5669

1.7339

1.2445 *

.8472 *

. 2. 5021

2.6283

2.5252

2.9429

2.6522

3.6961

5.4362

14

1.3000

1.7200

1.5422

1.7297

1.2991 *

.8461 *

2.9851

2.4585

2.8306

2.6684

3.5492

5.4430

15

1.3141

1.0249

1.0357 *.9200

F-SUB-Q

3.1303

4.0296

4.0975

4.8570

M-SU8-Q 4

I J

Y i

APPENDIX Page 61 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

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

l AT 50% POWER, 4 EFFD, THIS IS LEVEL 8 OF 10 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

....................***.....****..........................B.........A.....

H G

F E

D C

8

1.1663

1.5808

1.3366

1.6376

1.4598

1.6879

1.3912

1.3270 *

3.8796

2.8380

3.2609

2.4907

2.7558

2.3668

2.8398

2.9429

9* 1.5808

1.3923

1.6183

1.4608

1.7639

1.6322

1.7425

1.0292 *

2.8380

3.2273

2.5941

2.8715.*. 2.3490

2.4921

2 3154

3.8054

10

1.3366

1.6097

1.3238

1.6568

1.5969

1.7757

1.5604

1.0442 *

3.2609

2.6080

3.1990

2.5547

2 6798

2 3784

2.6733

3.8761.*.

11

1.6376

1.4533

1.6463

1.4459

1.7746

1.5904

1.7671 *.9286 *

2.4907

2.8772

2.5667

3.1483

2.5712

2.8677

2.5788

4.6065

12

1.4598

1.7607

1.5926

1.7704

1.5733

1.7736

1.3227 *

2.7558

2.3465

2.6848

2.5757

2.9370

2.6000

3.4676

13

1.6879

1.6301

1.7725

1.5883

1.7736

1.2670 *

.8600 *

2.3669

2.4935

2.3822

2.8715

2.6064

3.6621

5.3433

14

1.3912

1.7404

1.5572

1.7650

1.3216 *

.8589 *

............................ 2. 5818

3.4731.*.5.3498 *

2.8398

2.3203

2.6798

15

1.3270

1.0271

1.0421 *

.9275

F-SUB-Q i

2.9429

3.8153

3.8830

4.6162

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 7 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

........................................D...c.....C.......B.........A H

O F

E 8*

1.1449

1.5594

1.3141

1.6129

1.4341

1.6579

1.3623

1.3013 *

3 6287

2.6126

2.9974

2.2960

2.5487

2.1892

2.6236

2. 7131

9

1.5594

1.3709

1.5947

1.4362

1.7372

1.6022

1.7147

1.0067 *

2.6126

2.9831

2.3874

2.6506

2.1696

2.3081

2.1389

3.5178

I 10

1.3141

1.5862

1.3023

1.6354

1.5712

1.7532

1.5337

1.0228 *

2.9974

2.4005

2.9469

2.3578

2.4850

2.2002

2.4752 + 3.5753

11

1.6129

1.4298

1.6258

1.4244

1.7522

1.5669

1.7447 *

.9114 *

2.2960

2.6571

2.3693

2.9370

2.3966

2.6798

2.3953

4.2487

12

1.4341

1.7350

1.5679

1.7479

1.5530

1.7543

1.3023 *

2.5487

2.1675

2.4879

2.4018

2.7768

2.4434

3.2464

13

1.6579

1.6001

1.7500

1.5647

1.7543

1.2488 *

.8461 *

2.1892

2.3093

2.2035

2.6831

2.4434

3.4404

5.0071

14

1.3623

1.7115

1.5305

1.7425

1.3013 *

.8450 *

2.6236

2.1431

2.4808

2.3979

3.2512

5.0128

15

1.3013

1.0046

1.0217 *

.9093

F-SUB-Q

2.7131.*. 3.5292.*. 3.5812

4.2570.* M-SUB-Q

l APPENDIX Page 62 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER.

4 EFPD.

THIS IS LEVEL 6 OF 18 (LEVEL 18 m TOP OF CORE, LEVEL 1 = BO': TOM)

......................F.........E........D.........C.........B.........A.....

H O

8

1.1063

1.5069

1.2702

1.5551

1.3827

1.5947

1.3088

1.2466

258..*. 2. 7927

2.1557

2.3979

2.0623

2.4794

2.5772..*

3.3431

2.4 9

1.5069

1.3248

1.5401

1.3837

1.6729

1.5401

1.6472 *

.9650 *

2.4259

2 7750

2.2327

2.4836 '.2.0421..*. 2.1772

2. 0195

3.3406..*.

10

1.2702

1.5315

1.2563

1.5776

1.5123

1.6890

1.4726 *

.9900 *

............ 2453

2.7540

2.2000

2.3302.*.2.0642

2.3302

3.3871 *

2.7927 *2 11 ' 1.5551

1.3773

1.5679

1.3741

1.6879

1.5000

1.6761 *

.8739 *

..................... 2100

2.7283................

259

2.4950

2.2282

2.2

4.0038 *

2.1557

2.4893

2.

12

1.3827

1.6708

1.5090

1.6847

1.4951

1.6890

1.2499 *

3.0348 *

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

2.2733

2.3979

2.0402

2.3340

2.2316

2.57 13

1.5947

1.5380

1.6858

1.5058

1.6900

1.2006 *

.8107 *

2.0623

2.1783

2.0672

2 4992

2.2722.*.3.2178

4.7005

14

1.3088

1.6440

1.4705

1.6750

1.2488 *

.8107 *

............................ 2.2316

3.0390

4.7056 *

2.4794

2.0232

2.3352

15

1.2466 *

.9618 *

.9778 *

.9718

F-SUB-Q

2 5772

3.3403

3.3924

4.0112..* M-SUB-Q AT 50% POWER.

4 EFTD, THIS IS LEVEL 5 0F 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 DOTTOM)

C F

E D

C B

A

....H.....................................................................

8

1.0013

1.4994

1.2563

1.5412

1.3623

1.5744

1.2811

1.2274 *

3.0015

2.1740

2.5472

1.9802.*. 2.2225

1.9052

2. 3105

2.3966

9

1.4994

1.3120

1.5294

1.3666

1.6536

1.5155

1.6247 *

.9446 *

... 1740 '. 2.4850

2.0303

2.2064 '.1 8838

2.0167

1.8670

3 1236

2.

10

1.2563

1.5200

1.2413

1.5604

1.4876

1.6606

1.4400 *.9618 *

2.02

1.8961

2.1536

3.1483 *

2.5472..'. 2.0488

2.5237.....................

13

2.1431 11

1.5412

1.3602

1.5508

1.3527

1.6675

1.4833

1.6547 *

.8547 *

....................................................... 2.0139

3.7118 *

1.9802

2.2924

2.0307

2.4530

1.9982

2.2476

12

1.3623

1.6515

1.4844

1.6633

1.4705

1.6675

1.2274 *

2.2225

1.0822

2.1462

2.0028 2 3302

2.0545

2.7471

13

1.5744

1.5133

1.6643 ' 1.4812 ' 1.6675 1.1760 *.7936 *

. 1. 9052

2.0176

1.8986

2.2500

2.0545

2.9390

4.2946

14

1.2841

1.6276

1.4459

1.6526

1.2263 *

.7925 *

2.3105

1.0702

2.1579

2.0167

2.7506

4.2988

15

1.2274 *

.9425 *

.9596 '

.8525

F-SUB-Q

2.3966

3.1325

3.1.F51

3.7181..............' M - S U B - Q I

i

APPENDIX Page 63 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1 fable 1 (cont)

F-sub-Q/M sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 4 EFPD, THIS IS LEVEL 4 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 e BOTTOM)

....H........G.......****........................**........B.........A F

E D

C 1.4908

1.2124

1.1492

8* 1.0453

1.4309

1.2027

1.4662

1.2981 *

.............. 16

2.4058

1. 9143

2.1473..*. 1.8559

2.2639

2.3745 *

2.8454

2.05 9

1.4309

1.2563

1.4587

1.2991

1.5615

1.4298

1.5272 *

.8868 *

2.0516

2.3490

1.9545

2.1980

1.8333

1 9659

1 8318

3.0818.*

10

1.2027

1.4512

1.1867

1.4791

1.4052

1.5712

1.3612 *

.9007 *

.................. 1.e380

2 1009

3 1015..*

2.0681 *

.................. 111.*.1.9450

2 4058

1.9650

2.4 11

1.4662

1.2927

1.4716

1.2841

1.5701

1.3955

1.5476 *

.0000 *

................... 1.9545

2.3440

1. 9253

2 1696

1 9467

3.6257 *

1.9143

2.2035

12

1.2981

1.5594

1.4019

1.5669

1.3848

1.5647

1.1481 *

2.1473

1. 8326

2.0711..*. 1 9304...... 2147

1.9650

2.6635 *

2, 13

1.4908

1.4276

1.5679

1.3934

1.5650

1.1021 *

.7411 *

1 655 9

1. 9 6 6 8

1. 8 410

2.172 9

1. 9 64 2 + 2. 8 016

4.14 02

14

1.2124

1.5251

1.3591

1.5455

1.1460 *

.7411 *

2.2639

1.8349

2.1049

1.9484

3.66f;

4.1402 *

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

15

1.1492 *

.8846 *

.8996 *

.7979

F-SUB-Q

.........................** 3.6347

2.3745

3.0905

3.1059 *

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 3 0F 18 (LEVEL 18 e TOP OF CORE, LEVEL 1 s BOTTOM)

..........................................................B.......A H

G F

E D

C 8

1.0153

1.3891

1.1717

1.4191

1.2563

1.4276

1.1481

1.0764 *

2.6538

1.9346

2.2710

1 8473

2.0740

1.0151

2.2442

2.3848

9

1.3891

1.2209

1.4191

1.2595

1.4898

1.3623

1.4426 *

.8354 *

1.9346

2. 2013

1.8646

2.1060

1.7869

1. 9278

1.8143

3.0796

10

1.1717

1.4105

1.1567

1.4266

1.3409

1.4908

1.2852 *

.8461 *

.......................................... 1.7891

2.0681

3.0905 *

2 2710

1.0750

2.2924

1.0678

1.999^

11

1.4191

1.2541

1.4201

1.2370

1.4908

1.3227

1.4480 *

.7465 *

1.8473

2.1110

1.8766

2 2135

1. 8473

2.0849

1 9043

3.6047

1.3398

1.4876

1.3141

1.4758

1.0742

12

1.2563

1.4087

2.0740

1.7891

2.0019

1.8512

2.1462

1.9177

2.6033

13

1.4276

1.3602

1.4876

1.3205

1.4758

1.0335 *

.6919 *

1.8151

1.9207

1.7920

2.0879

1.9168

2.7680

4.0937

14

1.1481

1.4405

1.2831

1.4469

1.0731 *

.6908 *

2.2442

1.8173

2.0730

1.9068

2.6064

4.0975 *

.8332 *

.8439 *

.7443

F-SUB-Q 15

1.0764

2.3840

3.0003

3.0949 + 3.6107

M-SUB-Q

i APPENDIX Page 64 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 4 EFPD, THIS IS LEVEL 2 0F 18 (LEVEL 18 3 TOP OF CORE, LEVEL 1 = BOTPCM)

....H.............................................C........B.........A G

F E

D 8*

.9350

1.2595

1.0764

1.2927

1.1503

1.2552

1.0014 *

.9029 *

..... 2. 0010

2.3277

1.9312 '. 2.1568

1 9704

2.4599 '.2. 7215..*.

2.7097 9

1.2595

1.1106

1.2970

1.1631

1.3227

1.2038

1.2456 *

.7240 *

2.0809

2.00 3.3976 *

2.0010 2.2722

1.9321

2.1632

1.8977

.........'.................................................. 19

10

1.0764

1.2906

1.0699

1.2895

1.1984

1.3130

1.1149 *

.7229

2.3440

1.9563

2.1100

1.9236

2.2628

3.4485 *

2.3277

1.9424

11

1.2927

1.1578

1.2831 ' 1.1267

1.3173

1.1642

1.2188 *

.6330

1.9312 2.1686

1.9650

2.2816

1.9784

2.2305

2.1326

4.0259

12

1.1503

1.3205

1.1963

1.3141

1.1620

1.2702 *

.9168 *

................... 2.1131

1 9838

2.2546

2.0701.*.2.8584 *

2.1568

1.9010

1.3109

1.1620

1.2713 *

.8943 *

.5912

13

1.2552

1.2027

.........'......... 1 9261

2.2350

2.0691 '.2.9609

4.4655 *

1.9704 2.0829

14

1.0014

1.2434 ' 1.1128 ' 1.2177 *

.9157 *.5912 *

2.4599

2.0056

2.2674

2.1347 2.8621

4.4655

15 *

.9029 *

.7229 *.7219 *

.6319

F-SUR-Q

2.7215..*. 3.4056

3.4540

4.0296

M-SUB-Q AT 50 % PCWER.

4 EFPD, THIS IS LEVEL 1 CF 18 (LEVEL 18 = TCP OF CORE. LEVEL 1 s DOTTOMI H

G F

E D

C B

A 8*

.6726 *

.8879 *

.7272 *

.9361 *

.7904 *

.0022 *

.6587 *

.5344 *

.......... 2. 7283

3.3178 '.2.5727......'........'.. 9851.*. 3.6377

4.4564.*e 3.0432 2.

3.6077 9*

.8879 *

.7368 *.9136 *

.8193 *.9436 *

,7668 *

.8043 *.4702 *

2.7283 '.3.2005

2.6458

2.9509

2.5682

3.1529

3.0035

5.0768

10 *

.7272 *

.9104 *

.7443 *.9318 *

.7968 *.9136 *.6983 *.4520 '

3.3170

2.6522

3.2609

2.6158

3.0501

2.6749

3.4814

5.3433 *

.8161 *

.9264 *

.7503 *.9211 *

.7509 *

.7476 *

.2963

11 *

.9361

... 5727

2.9589

2.6315

3.2368

2.6997

3.3178

3. 3254

6.1985 *

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

12 *

.7904 *

.9414 *

.7936 *.9168 *.7561 *.8172 *.5700 *

3.0432..*.2. 5727 '.3.0688

2.7097

3.3254

3.0949

4.4159 *

.3738

13 *

.0022 *

.7668 *.9125 *

.7497 *

.8172 *

.5794

2.9851

3.1551

2.6798

3.3228

3.0949

4.3805

6.763R

.8032 '.6972 *

.7465 *

.5'98 *

.3738 '

14 *

.6587

6.7638 *

3.6377

3.0077

3.4870

3.3304..'.4.4204 15 *

.5344 *

.4702 *

.4509 *

.3952

F-SUB-Q

..................'............ 2073

M-SUB-Q 5.0827 5.3498

6.

4.4564

APPENDIX Page 65 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lilble 1 (cont.)

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

l AT 50% POWER, 200 EFPD, THIS IS LEVEL 18 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

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

8*

.6297 *

.9286 *

.8547

1.0774 *

.9564 *

.8996 *

.6704 *

.5216 *

................... 2. 3126 *...... 1. 0826

2. 1329

2.1882..*. 2.5614

3.0265

2.6019 ' 2.1203

9*

.9286 *

.7979 *

.9896 *

.9510

1.0689 *

.8868 *

.8739

.5301 *

..... 8999

2.2876

2.2162.*.3.4270 *

2 1203

2.3901.*.1. 9361.*.2. 1133

1.

10 *

.8547 *

.9907 *

.7401 *

.9971 *

.8986

1.0035 *

.7829 *

.5387 *

..................... 2005

1.9455

2.2430

2 0469

2.5729.*. 3.6315 *

2.3126

1.9392

2.

11

1.0774 *

.9510 *

.9950 *

.7968 *.9211 *

.7915 *

.8086 *

.4819

2.1202

2.5326

2.4492

4.1426 *

... 88261.....*.2.1148* 1. 9516

2. 3684

12 *

.9564

1.0699 *

.8986 *

.9200 '.6297 *

.7026 *

.5912 *

2.1329

1.9003

2. 2468

2.1243

2.4220

2. 3181

3.2556

13 *

.8996 *

.8857

1.0035 *

.7915 *

.7026 *

.4830 *

.3909 *

' 3.0972 ' 4.5019

2.1882

2.2889

2.0404

2.5326

2.3181 e.........................................*.....................

.7829 *

.0086 *

.5901 *

.3909 *

.8729 14 *

.6704

4.5040 *

2.5614

2.2191

2.5746

2.4492..*.3 2556

15 *

.5216 *

.5301 *

.5387 *

.4819

F-SUD-Q 3.0265

3.4310

3.6360

4.1426

M-SUB-Q AT 50% POWER, 200 EFPD, 1HIS IS LEVEL 17 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 a BOTTCM)

H G

F E

D C

B A

8*

.8140

1.2563

1.1663

1.4105

1.2959

1.2009 *

.9757 *

.8450 *

....................................................... 1 9492

2.1502

2.0834

1.6798

1.8126

1.5201

1.6723

1.6517

1.2766

1.2584 *

.7465

9* 1.2563

1.1213

1.3313

1.2691

1.4041

...........................'........................ 2..*.1.6749

2 6100 *

1.6798

1.0428

1.5457 1.6894

1.5424

1.690 1.3623

1.1460 *

.7893

1.3313

1.0282

1.3516 ' 1.2627 10 ' 1.1663

7743......1. 5753

1.7060

1.5954 '. 1. 8819

2.6684 *

1.8126

1.5500

1 1.1213

1.1792 *

.6900

11

1.4105

1.2681

1.3484

1.1203

1.2499 1.8897

1.7964

3.0569 *

1. 5261

1. 6908

1.5792 '.1.0199 *........ 1.6718

12 ' 1.2959

1.4041

1.2616

1.2488 *.8429

1.0014 *.8429

1.7307

2.3943 *

............................ 1. 6739

1.8364 1.6723

1.5430

1.7091 *

.6940 *

.5569

13 ' 1.2809

1.2766

1.3623

1.1203

1.0003 1.7302

2.3344

3.3056 *

1.6517

1.6909

1.5966

1.8897

14 *

.9757

1.2574

1.1449

1.1781 *.8429 *

.5550

3.3056

1.8840

1.7972

2.3957 *

. 1 9492

1.6770

15 *

.8450

7454 *

.7883 *

.6897

F-SUB-Q

2.1502

2.6236

2.6702

3.0592

M-SUB-Q

APPENDIX Page (Wiof 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

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

(

l AT 50% POWER, 200 EFFD, THIS IS LEVEL 16 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m DOTTOM)

...............................e...............**..................A H

G F

E D

C B

8*

.9954

1.4287

1.2895

1.5947

1.4276

1.4587

1.1738

1.0892

l

?.0525

1.6084

1.7897

1.4655

1.6305

1.5866

1.8958

2.0181

1.4405

1.4598 *

.8739

9

1.4287

1.2638

1.5433

1.4062

1.5947

1.6094

1.8043

1.4683

1.6181

1.5763

2.5407 *

................... 1. 4818

1.6557

10

1.2895

1.5300

1.2766

1.5476

1.4180

1.5572

1.3034 *

.9002 *

........................................... 5316 *

1.5005

1.6428

1.5020

1.1831

2.

..................... 7421

1.7897

1.4870

1.

11

1.5947

1.4052

1.5444

1.2873

1.4234

1.2574

1.3527

7797 *

.............................**................. 7921

1.6653

2.8841 *

1.4655

1.6573

1.5045

1.7715

1.5732

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

.9468

12

1.4276

1.5936

1.4169

1.4223 *

.9393

1.1374

1.6305

1.4688

1.6461..*.1.5754 *........ 1. 7533

1.6105

2.2602

l 1.4587

1.4405

1.5562

1.2563

1.1363 *

.7754 *

.6223

13

1.5031

1.7921

1.6182

2.2273

3.1276

1.5866

1.6187

14

1.1738

1.4587

1.3023

1.3516 *

.9457 *

.6223 *

1.8958

1.5781

1.7850

1.6653

2.2615

3.1286

15

1.0892 *

.8729 *

.9002 *

.7786

F-SUB-Q

2.0181

2.5464

2.5338

2.8861.* M-SUB-Q AT 50% POWER, 200 EFFD, THIS IS LEVEL 15 0F 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

1.5369

1.2681

1.2027 8*

.9350

1.5197

1.3484

1.6943

1.4876 1.8894

1.5068

1.7125

1.6493

1.9901

2.0852 *

2.1673

1 6581 9

1.5197

1.3334

1.6579

1.4726

1.6954

1.5133

1.5637 *

.9436 *

.................. 013

1. 6737 *.**... 1 6152.*. 2.6656..*.

1.7200

1.5

1.6581

1.8902

1 5347 1.6504

1.4908

1.6515

1.3730 *.9618

10

1.3484

1.6515

1.*037

1.8894

1.5402

1.8312

1.5398

1.6992

1.5341

1.8336

2.6108

11

1.6943

1.4716

1.6451

1.3720

1.5165

1.3163

1.4298 *

.8140 *

1. 5050

1.7306

1.5441

1.8427

1.6000

1.8478

1.6985

2. 9827

12

1.4876

1.6954

1.4876

1.5123 *

.9842

1.1963 *

.9864 *

............... 9

1 7006

1. 6113

1.0179

1.6616

2 3421..*.

1.7125

1.501 13

1.5169

1.5123

1.6504

1.3152

1.1963 *

.8065 *

.6458

1.5353

1.0486

1.6613

2.3169

3.2516 *

1.6493

1.6747 14

1.2681

1.5615

1.3720

1.4287 *

.9853 *

.6450 *

1.8356

1.6992

2.3429

3.2541 *

1. 9901

1.6171 15

1.2027 *

.9414 *

.9618 *

.8129

F-SUB-Q

2.0852

2.6714

2.6133

2.9827

M-SUB-Q

APPENDIX Page 67 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWEH, 200 EPPD, THIS IS LEVEL 14 0F 10 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F C

B A

...............................E........D 8*

.9328

1.5165

1.3398

7.6890

1.4726

1.5219

1.2584

1.2006 *

............................ 1. 6487

1 8770

1. 8098

2.2058

2.3007

2.3935

1.8237

2.0907

9* 1.5165

1.3313

1.6568

1.4630

1.6890

1.4994

1.5551 *

.9382 *

................... 1. 6946

1. 8959 *............... 1 8244

1.7640

2.9502

1.6330 *

1.8237

2.0869

10

1.3398

1.6504

1.3827

1.6472

1.4823

1.6418

1.3602 *.9532 *

........................................................... 97

2 8492

2.0294

1.6792

1.8468

1.6634

1.98

2.0907

1.7005 11

1.6890

1.4619

1.6418

1.3698

1.5123

1.3045 + 1.4159 *

.8022 *

.... 487

1. 8983 *...... 1. 6837......2. 0219

1. 7656..*.2. 0477

1.8786

3.3028 *

1.6 12

1.4726

1.6879

1.4791

1.5000 *

.9000

1.1856 *

.9725 *

. 1.8770

1.6336

1.8483

1 7605

2.0090

1. 8346

2.5909

13

1.5219

1.4983

1.6400

1.3034

1.1845 *

.7958 *

.6362 *

1.0098

1.8258 *

2.0488

1.8338

2.5736

3.6162 *

................... 1. 6647 14

1.2584

1.5540

1.3500

1.4148 *.9714 *.6362 *

................... 1. 9923

1.8794.*. 2 5925

3.6193

2.2058 ** 1.7654

.9521 *

.8022

F-sva-o 15

1.2006 *

.9361 *

....**...................... 3. 3054..*. M-SUB-Q

2.3007

2.9564

2.8527 AT 50% POWER, 200 EFFD, THIS Is LEV;L 13 0F 18 DOTTOM)

(LEVEL 18 = TOP OF CORE, LEVEL 1 s

H G

B A

......................F.**......E.........D........C 8*

.9500

1.5500

1.3527

1.7232

1.4865

1.5380

1.2659

1.2199 *

2.6204

1.9636

2.2750

1.7753

2.0458

1.9601

2.3711

2.4469

9

1.5500

1.3495

1.6911

1.4801

1.7222

1.5144

1.5008 *

.9457 *

..................................... 1. 7614

1.9868

1.8951

3.1636

1.9636

2.2659

1.8167

2.0610

1.4009

1.6793

1.5026

1.6708

1.3752 *

.9639

1.3527

1.6847 10 *

2.2750

1.8234

2.1933

1.8116

2.0150

1.9024

2.1652 + 3.0786

11

1.7232

1.4700

1.6750

1.3902

1.5455

1.3216

1.4405 *.9086 *

1.7753

2.0630

1.8168

2 1907

1.9106

2.2278

2.0366

3.5974

12

1.4865

1.7211

1.4994

1.5412

1.0003

1.2113 *

.9842 *

. 2.0450

1.7628

2.0168

1.9146

2 2100

2.0037

2.8311

13

1.5380

1.5133

1.6697

1.3205

1.2102 *

.8107 *.6447

1.8038

2.2301

2.0036

2.8470

3.9878

1.9884

1.9601

14

1.2659

1.5707

1.3741

1.4394 *

.9832 *

.6437

2.1674

2.0376

2.8330

3.93d4

2.3711 1.8976 15

1.2199 *

.9436 *

.9628 *

.0075

F-SUB-Q

2.4469

3.1701

3.0800

3.6004

M-SUB-Q

APPENDIX Page 68 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% FOWER, 200 EFPD, THIS IS LEVEL 12 OF 18 (LEVEL 18 4 TOP OF CORE, LPVEL 1 = BOTTOM)

H C

F E

D C

B A

8*

.9532

1.5390

1.3355

1.7029

1.4619

1.5112

1.2413

1.1995 *

2.9851

2.2269

2.6014

2.0215

2.3352

2.2362

2.7004

2.7647

9

1.5390

1.3355

1.6718

1.4587

1.6997

1.4876

1.5551 '

.9275 *

2.2269

2.5772

2.06e3

2.3553

1.9992 2.

3.5895 *

.............................................'... 2581..*.2.1526

10

1.3355

1.6654

1.3816

1.6600

1.4812

1.6483

1.3516 *

.9468 '

2.6014 '.2.0760

2.5036

2.0642.*.2.2900

2 0411..*.2.4475

3.4842

11

1.7029

1.4566

1.6547

1.3741

1.5315

1.3045

1.4212 *

.7947 *

............................ 2. 5086

2. 1570

2.5253

2.3105

4.074a *

2.0215

2.3589

2.0701 *

1.2049 *

.9714

12

1.4619

1.6986

1.4769

1.5262

1.0057

2 3352

2.0010

2.2912

2.1603

2 49.95

2.2585

3.2035

l 13

1.5112

3.4865

1.6461

1.3034

1.2038 *

.8086 *

.6383 *

2.2362

2.2592

2.0421

2.5267

2.2585

3.2133

4.4948

1.2413

1.5540

1.3505

1.4201 *

.9714 *

.6372

14 '

2.7004

2.1536 *

2.3118

3.2039

4.4955 *

................... 2 4489 15

1.1995 *.9253 *

.9457 *

.7936

F-SUB-Q

2. 7 6 47

3. 5 9 5 8

3.4 87 0

4. 07 4 6

M-SUB-Q

....................................n AT 50% POWER, 200 EFPD, THIS IS LEVEL 11 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTCM)

H G

F E

D C

D A

8*

.9414

1.5133

1.3109

1.6686

1.4287 + 1.4748

1.2102

1.1706 *

........................................ 947

2 5697

3.0905

3.1529 *

3.4676

2.5003

3.0180

2.3302

2.6...............................

9

1.5133 ' 1.3120

1.6400

1.4767

1.L643

1.4523 ' 1.5187

.9039 *

2.5803

2.9912

2.3940

2.7131

2.3057

2. 6126

2.4641

4.0975..*.

10

1.3109 ' 1.6343

1.3537

1.6279

1.4491

1.6140

1.3205 *.9232 *

3.0180

2.4032

2.9020

2.3784

2 6571.*. 2. 3617

2.8270

3.9892'*

11

1.6686

1.4266

1.6236

1.3495

1.5058

1.2700

1.3934 *.7765 *

2.3302 + 2.7164

2.3848

2.8981

2.5001

2.9324

2.6914 4.7310

12

1.4287

1.6633

1.4459

1.5005 *

.9939

1.1888 *

.9543 *

2.6947 2.3001

2.6507

2.5044

2.9013

2.6170

3.7147

13

1.4748

1.4512

1.6119

1.2777

1.1877 *

.0000 *

.6207

2.5697

2.6142

2.3629

2.9360

2.6157

3.7242

5.2084

1.2102

1.5176

1.3195

1.3923 *

.9532 *

.6287

14 *

3.0905

2.4668

2.8306

2.6930

3.7179

5.2094

15

1.1706 *

.9018 *

.9221 *

.7754

F-SUB-Q

.........'............................4.1052

3.9929

4.7310

M-SUB-Q 3.1529

APPENDIX Page 69 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 200 EFPD, THIS IS LEVEL 10 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F C

B A

...............................E.......D R*

.9446

1.5272

1.3141

1.6804

1.4276

1.4748

1.2049

1.1727 *

.............................................. *..370

3 5435

3.5870 '

3.6621

2.7114

3.2707

2.6426

3.0775

2.9 9

1.5272

1.3163

1.6526

1.4290

1.6750

1.4523

1.5251 *

.9007 *

..............**......................... 8179

4.6904

3.0949

2.6283

2.9994

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

2.7114

3.1529

2.6897

10

1.3141 ' 1.6461

1.3570

1.6397

1.4523

1.6236

1.3238 *

.9243 *

3.2707

2.6963

3.2602.*.2.7080

3.0340

2.7013.*.3.2512

4.5728

11

1.6804

1.4276

1.6343

1.3559

1.5200

1.2873

1.4073

7775 *

2.6426

3.0993

2.7164

3.1303

2.6815

3.1688

3.0475

5.4566

12

1.4276

1.6740 ' 1.4491 ' 1.5165

1.0025

1.2070 *

.9639 *

3.0775

2 6299.*. 3.0432..*.2.6881.*.3.1393 '.2.8343.+.4 0709.*

13

1.4748

1.4512

1.6226

1.2852

1.2070 *

.8110 *

.6372 *

... 9370

3.0015

2. 7030

3.1734

2.8343

4.0937

5.7733..*

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

14

1.2049

1.5230

1.3227

1.4062 *

.9628 *

.6372 *

3.0496

4.0746

5.7733 *

3.5435

2.8215..*. 3.2537 15

1.1727 *

.8986 *

.9232 *

.7775

F-SUB-Q

.........................**... 4634

M-SUB-Q 3.5870

4.7005

4.5728

5 AT 50% FCWER, 200 EFPD, THIS IS LEVEL 9 OF 18

{ LEVEL 18 TOP OF CCRE, LEVEL 1 : BOTTCM)

H G

F D

C B

A

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

8*

.9302

1.5069

1.2948

1.6440

1.3955

1.4384

1.1749

1.1417 *

3.8106

2.8306

3.3585

2.6142

3.0517

2.

j

................................................ 9410

3. 5812

3.6005

J 9

1.5069

1.3002

1.6215

1.4019

1.6397

1.4201

1.4908 *

.8782 *

2.8306

3.2879

2.6668

3.0538

2.6220

3.0118

2.8565

4.7932

10

1.2948

1.6151

1.3345 ' 1.6100

1.4266

1.5926

1.2981 *

.9029 *

3.3585

2,6782..*. 3.2416

2.6864.*. 3.0327

2.7080 *...................... 3

4.7056..*

3.310 11

1.6440 ' 1.3998

1.6054

1.3380

1.5037

1.2745

1.3880 *

.7647 *

......................................................... 1597

5.6540 *

2.6142

3.0581

2.6947

3.2658

2.7998

3.3103

3................

12

1.3955

1.6386

1.4234

1.4994

1.0025

1.2081 *.9607

3.0390

2.8070

3.2756

2.9589

4.2528 *

3.0517

2.6236

.8193 *

.6405

13

1.4384

1.4191

1.5915

1.2734

1.2081

2.

3.3128

2.9589

4.2694

6.0278 *

... 9410

3.0139

2.7097

i 14

1.1749

1.4887

1.2970

1.3869 *.9596 *

.6394 *

3.5812

2.8602

3.3128

3.1643

4.2570

6.0361

J

.8761 *

.9018 *

.7647

F-SUB-Q 15

1.1417 4.7106

5.6613

M-SUB-Q

3.6805

4.8037

l APPENDIX Page 70 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 5 0 % Pok'r9, 200 EFFD, THIS IS LEVEL 8 OF 18 e tJP OF CORE, LEVEL 1 = BOTTOM)

(LEVEL,

H G

F C

B A

...............................E.........D.................................

8* 1.0046

1.5679

1.3291

1.6815

1.4137

1.4587

1.1856

1.1599 *

......**.. 2 7506

3.1966

2.4738

2.9116

2.8016

3.3924

3.4323..*

3.7955

9

1.5679

1.3420

1.6665

1.4276

1.6772

1.4448

1.5251 *

.8857 *

............ 1943

2.5237

2.9116

2 4822

2 8715

2.7013

4.5022 *

2.7506

3.

10

1.3291

1.6600

1.3612

1.6526

1.4598

1.6343

1.3259 *

.9170 *

..................... 0803

2.5428..*.2 8847

2.5667

3.1461

4.4159 *

3.1966

2.5340

3 11

1.6815

1.4223

1.6472

1.3616

1.5701

1.3270

1.4394 *

.7829 *

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

5.3433

3.1147

2.7437

3.2392

2.99

2.4738

2.9155

2.5517 12

1.4137

1.6761

1.4566

1.5647

1.0924

1.3002

1.0121 *

2.9116

2.4836

2.8924

2.7506

3 2780

2 9252

4.1441

13

1.4587

1.4437

1.6322

1.3259

1.3002 *

.8954 *

.6844 *

2.8016

2.8734

2.5682

3.2416

2.9233

4.2446

5.8819

14

1.1956

1.5240

1.3248

1.4304

1.0110 *.6833 *

..... 24

2 7030

3. 1483

2.9933.*. 4.1480

5.8819 *

3.39 15

1.1599 *

.8846 *

.9178 *

.7818

F-SUB-Q

3.4323

4.5115

4.4204

5 3433..* M-SUB-Q AT 50% POWER, 200 EFPD, THIS IS LEVEL 7 CF 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

D C

B A

8

1.1224

1.6215

1.3548

1.6900

1.4137

1.4576

1.1813

1.1578 *

.............................................. 2. 5517

3.0993

3. 1325 *

3.5463

2.5237

2.9351

2.2674

2.6668

9

1.6215

1.3816

1.6847

1.4362

1.6890

1.4501

1.5358 *

.8825 *

2.5237

2.9331

2.3142

2.6604

2.2710

2.6220

4.1168 *

....................................................... 2.4558

10

1.3548

1.6783

1.3730

1.6700

1.4758

1.6504

1.3355 *

.9200 *

2.9351..*. 2.3240

2.8343

2.3290

2.6458

2 3427

2.8602

4.0296

11

1.6900

1.4309

1.6654

1.4126

1.6236

1.3741

1.4726 *

.7915 *

2.2674

2.6733

2.3364..*.2.8584

2. 5428

3.0118

2.7147

4.8624

12

1.4137

1.6858

1.4716

1.6194

1.2906

1.4705

1.0603 *

2.6668

2.2733

2.6522

2.5517

3,0581

2.7215

3.8761

13

1.4576

1.4491

1.6493

1.3730

1.4705 *

.9971 *

.7294 *

2.5517

2.6236

2.3440

3.0118

2.7215

3.9532

5.4977

14

1.1813

1.5347

1.3345

1.4716

1.0592 *

.7294 *

3.8761

5.5046 *

3.0993

2.4585

2.8621.*. 2.7164 15

1.1578 *

.8804 *

.9189 *

.7915

F-SUB-Q 3.1325

4.1246

4.0333

4.8624

M-SUB-Q

APPENDIX Page 71 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 1 (cont.)

F-sub-Q/M-sub.Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 200 EFPD, THIS IS LEVEL 6 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

........................................D.........C.......B........A......

H G

F E

8

1.1920

1.6418

1.3570

1.6697

1.3966

1.4373

1.1642

1.1374 *

... 2273

2 3253

2 7063

2.1039

2.4738

2.3719

2.8847

2.9233 *

3.

9* 1.6418

1.3998

1.6729

1.4255

1.6708

1.4362

1.5197 *

.8686 *

2.3253

2.7013

2.1410

2.4710

2.1080

2.4326

2.2840

3.8421..*

10

1.3570

1.6665

1.3645

1.6600

1.4683

1.6386

1.3259 *

.9082 *

2.7063

2.1504

2 6173.*. 2. 1536

2.4462 + 2.1686.*.2.6506

3.7531.*.

11

1.6697

1.4201

1.6547

1.4201

1.6590

1.3944

1.4758 *

.7883 *

2.1039

2.4752

2. 1611

2.6315

2. 3228

2.7334

2.5035.*. 4.5022

12

1.3966

1.6686

1.4651

1.6547

1.3923

1.5562

1.0839 *

2.4738

2. 1090

2.4516

2 3290

2.7750

2.4822

3.5435.*

13

1.4373

1.4351

1.6376

1.3934

1.5562

1.0635 *.7551 *

2.3719

2.4339

2.1707

2.7368

2.4808

3.6167

5.0475

14

1.1642 + 1.5187

1.3240

1.4748

1.0828 *

.7551 *

.......... 2 2864

2.6538

2 5050

3. 5463

5.0533 *

2.8847 15

1.1374 *

.8664 *

.9071 *

.7883

F-SUB-Q

2.9233

3.8489

3.7564

4.5022

M-SUB-Q AT 50% POWER.

200 EFPD, THIS IS LEVEL 5 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

1.2188

1.6847

1.3784

1.6975

1.4105 ' 1,4555

1.1738

1.1535

8 *

2.8417

2.0545

2.4475

1.9043

2.2569

2.1600

2. 6410

2.6651

9

1.6847

1.4309

1.7050

1.4437

1.7007

1.4544

1.5476 *

.87f1

3.52v6 *

................................................. 135

2. 0730 *

2.0545

2.4124

1.9338

2.2500

1.9085

2.2.....

10

1.3784

1.6997

1.3837

1.6911

1.4919

1.6729

1.3473 *

.9200 *

2.4475

1.9415

2.3758

1.9458

2.2169

1.9589

2.4045

3.4216

11

1.6975

1.4304

1.6859

1.4469

1.7125

1.4309

1.5144 *

.0011 *

............ 2534.*. 1.9519

2.3719

2.0421..*. 2.4231..*. 2.2453.*. 4.0861.*.

1.9043

2.

12

1.4105

1.6986

1.4876

1.7072

1.4416

1.6194

1.1171 *

2.2569

1.9102

2.2225

2.0478

2.4448

2.1772

3.1125

13

1.4555

1.4533 + 1.6718

1.4298

1.6194

1.1053 *

.7818 *

2.1600

2.2147

1.9606

2.4258

2.1772

3.2036

4.4655

14

1.1738

1.5465

1.3452

1.5133

1.1160 *

.7818 *

2.6410

2.0750

2 4071

2.2465

3.1147

4.4655

j 15

1.1535 *

.8739 *

.9200 *

.0011

F-SUB-Q

2.6651

3.5292

3.4242

4.0861

M-SUB-Q 1

APPENDIX Page 72 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Nonnal Operations AT 50% POWER, 200 EFPD, THIS IS LEVEL 4 0F 18 (LEVEL 18 m TOP OF CORE, LEVEL 1 a BOTTOM)

.............G.........F.........E...........................B.......A.....

H D

C 8* 1.1910

1.6397

1.3462

1.6472

1.3741

1.4159

1.1438

1.1181

2.68 1.0204

2.1526

2.0652

2.5281

2.5697 *

..... 15

1.9278

2 2924

9

1.6397

1.3977

1.6568

1.4094

1.6504

1.4148

1.5037 *

.8525 *

3.3819 *

1 9278

2.2500

1. 8387

2.1378

1.8249

2.1100

1.9847 10

1.3462

1.6504

1.3495

1.6440

1.4523

1.6301

1.3120 *

.8943

1.8465

2.2489

1.8504

2.1009

1.8654

2.2888

3.2805 *

2.2924 1.6472

1.4030

1.6386

1.4126

1.6686

1.3987

1.4758 *

.7008

11

.............................. 2124

1 9278

2.2745

2.1100

3.8796

1.0204

2.1420

1.8567

2.

12

1.3741

1.6472

1.4491

1.6643

1.4126

1.5851

1.0935 *

2.1526

1.0264

2. 1060

1.9338

2.2864

2 0421

2.9410

13

1.4159

1.4137

1.6279

1.3977

1.5851

1.0860 *

.7668

j

4.1957

2.0652

2.1120

1 8670

2.2757

2.0411

2. 9831 l

14

1.1438

1.5026

1.3109

1.4748

1.0924 *

.7668 *

2.5201

1 9865

2.2912

2. 1120

2.9429

4.1957 *

.8504 *

.8932 *

.7008

F-SUB-Q 15

1.1181

2.5697

3.387 3.8830

M-SUB-Q

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

3.2929 *

)

AT 50% POWER, 200 EFPD, THIS IS LEVEL 3 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 : BOTTOM) l H

G F

E D

B A

.................................................C........................

8

1.1652

1.6022

1.3195

1.6119

1.3473

1.3891

1.1192

1.0892 *

........................................ 62

1.9856

2.4421

2.4978.*.

2.1664

1.7463

2.06 1.8091

2.4879 9

1.6022 ' 1.3677

1.6204

1.3827

1.6108

1.3805

1.4651 *

.6332 *

1 8091

2.1131

1.7554

2.0402

1.7540

2.0288

1 9135

3.2756

10

1.3195

1.6151

1.3227

1.6076

1.4191

1.5894

1.2798 *

.871.8

2.1664

1.7610

2. 1431

1.7696

2.0065

1. 7891

2.1991

3.1757 *

]

11

1.6119 + 1.3773

1.6011

1.3816

1.6268

1.3645

1,4373 *

.7604

3.7339 *

1.7463

2.0488

1.7753

2.0949

1. 8098

2.1431

2.0148

1.3473

1.6006

1.4148

1.6226

1.3794

1.5465

1.0667

12

............................................ 1 9295

2.7645

0662

1.7554

2.0111

1.8143

2.1568 *

24 1.3805

1.5872

1.3634

1.5465

1.0603 *

.7465

1.3891 13 1.7906

2.1452

1.9295

2.8398

3.9929

1.9856

2.0307 14

1.1192

1.4641

1.2788

1.4362

1.0667

7465

2.4421

1.9152

2.2013

2.0157

2 7662

3.9929 *

.7593

F-SUB-Q 15

1.0892 *

.8311 *

.8707 '

2.4979

3.2905

3.1780

3.7339

M-SUB-Q

APPENDIX Page 73 of 140 McGuire 2 Cylce 10 Core Operating Limits Report

' fable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 200 EFPD, THIS IS LEVEL 2 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTTOM)

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

8

1.0710

1.4533

1.2092

1.4705

1.2381

1.2584

1.0153 *

.9596 *

. 2 5562

1.8790

2.2339

1 8264

2.1515

2.0999.*. 2.5849

2.7266

9

1.4533

1.2466

1.4748

1.2756

1.4651

1.2477

1.2991 *

.7561 *

1 8790

2.1870..*.1.8333

2.1090

1 8380

2.1441.*.2. 0633..*. 3.4704

10

1.2092

1.4694

1.2156

1.4469

1.2906

1.4223

1.1481 *

.7765 *

........ 192

1.8694

2. 0969

1.9077

2.3389

3.4135.*

2. 2339

1. 8387

2.2..............

11

1.4705

1.2702

1.4426

1.2616

1.4662

1.2274

1.2670 *

.6758 *

1. 8264

2. 1172..*.1. 8750

2. 1686

1. 8953

2.2546

2 1643

4.0002.*

12

1.2381

1.4630

1.2873

1.4630

1.2424

1.3677 *

.9521 *

2.1515..*.1.8403

2. 1019

1.8994

2.2453

2.0459

2.9272..*

i 13

1.2584

1.2466

1.4212

1.2263

1.3687 *

.9521 *

.6640

i

2.0999

2.1452

1.9093

2.2569

2.044

.......................................... 9..*.2.9549

4.2160

14

1.0153

1.2981

1.1470

1.2659 *

.9510 *

.6640 *

2.5849

2.0642

2.3414

2.1653

2 9272

4.2160

15 *

.9596 *

.7551 *

.7765 *

.6758

F-SUB-Q

...........3.4759

3.4162

4.0002 *. M-SUB-Q

2.7266

l i

AT 50% POWER, 200 EFPD, THIS IS LEVEL 1 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.7722

1.0207 *

.3418

1.0464 *

.8761 *.8589 *

.7047 *

.6094 *

3,3976

2.5637

3.0993

2.4794

2.9509

2.9892

3.6407

4.1837

9

1.0207 *

.8547

1.0421 *.9211

1.0464 *

.8343 *

.8750 *

.5237 *

.................................................................. 8678

3.0603

2.5035

2.8306

2.4893

3.1059

2.9529

4.

2.5637

10 *

.8418

1.0378 *

.8514

1.0517 *

.8889 *

.9982 *

.7551 *

.5141

3.0645

2.4893

2.9429

2.6205

3.4431

5.0128 *

3.0993

2.5107

.9178

1.C474 *

.8718

1.0292 *

.8290 *

.8279 *

.4530

11

1.0464

............ 2.4992

3.0243

2.5833..*. 3 2107

3.2036

5.7733 *

2.8398 *

2.4794 12 *

.8761

1.0442 *

.8868

1.0271 *.8429 *.9082 *.6351 *

2.9509

2.4935

2.9509

2.5910

3 1896

2.9709

4. 2323

13 *

.8589 *

.8343 *

.9982 *

.8279 *.9093 *

.6522 *

.4434 *

2.9892

3.1059

2.6220

3.213 6.0865 *

..**............................. 0

2.9709

4.1520

14 *

.7047 *

.8739 *

.7540 *

.8268 *.6351 *

.4434

3.6407

2.9549

3.4458

3.2036

4.2364

6.0949

15 *

.6094 *

.5237 *.5130 *

.4530

F-SUB-Q

4.1837

4.8732

5.0185

5.7733

M-SUB-Q

~

APPENDIX Page 74 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 405 EFPD, THIS IS LEVEL 18 OF 18 (LEVEL 18 : TCP OF CORE, LEVEL 1 = BOTTOM)

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

H G

F E

D C

B

.9436

1.1899

1.0721

1.0057 *

.7336 *

.5923

8*

.6876

1.0121

2.3503

1.9772

2.1365

1.7672

1 9811.*.2.0300

2.3254

2.6490

9

1.0121 *

.8729

1.0742

1.0603

1.1888

1.0100 *

.9939 *

.6330 *

1.9772

2.2043

1.8069 *

............................ 1. 9607 *...... 1 7808

2. 1081

2. 0314

3.0302

10 *

.9436

1.0742 *

.7936

1.1130

1.0324

1.1545 *

.9211 *

.6629 *

............................................. 346

2.2934

3 1454

1.0128

2.0912

1.8069

2.0531

1.8

. 2. 1365 *

.9510 *

.9939 *

.6148

11

1.1899

1.0603

1.1128 *

.9211

1.0017

................... 1 8118

2. 1553

1 9282

2.1846

2.0888

3.3814 *

1.7672

1.9623

12

1.0721

1.1899

1.0335

1.0817 *

.7500 *

.8932 *

.7540 *

................ 0944

2. 7107

2.1683

2

1.9811

1.7808

2.0521

.............................. 9291

1 1.0110

1.1545 *

.9510 *

.8932 *

.6490 *

.5430

13

1.0057

3.692

2.0300

2.1079

1 0338

2 1846

2.0944

2.7487.....................................

5..*

.9939 *

.9211 *

.9939 *

.7540 *

.5430

14 *

.7336

............. 324..*.2.2922...*.2.0878

2.7105

3.6925 *

2.3254

2.0

.5923 *

.6330 *

.6629 *

.6148

F-SUB-Q 15 3.0348

3.1479

3.3785

M-SUB-Q

2.6490 AT 50% POWER, 405 EFPD, THIS IS LEVEL 17 OF 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

i I

1.2873 *

.9104 *

.7947

1.4698

1.3441 8*

.8204

1.2745

1.1877 *

2.0176

1.6299

1.7675

1.4668

1.6443

1.6549

1.9171

2.0460

9

1.2745

1.1181

1.3537

1.3109

1.4919

1.3238

1.3184 *

.0000 *

................... 1.4978

1.6509

1.4813

1 6782

1.6362

2.4951 *

1.6299

1.8017

10

1.1877

1.3548 *

.9693

1.4073

1.3334

1.4566

1.2209 *

.8771 *

1.7675

1.5020

1.7

...................... 126

1.5310

1.6694

1.5259

1.8151.*. 2.4892

1.4062

1.1781

1.3655

1.2338

1.3152 *

.0022

11

1.4898

1.3109

1.4668

1.6516

1. 5331......1. 7453

1.6063

1 7695

1 6639

2 7216

12

1.3441

1.4930

1.3345

1.3655 *

.9211

1.1599 *

.9810 *

.............................................. 1 6852

2.1861 *

1.6443

1.4810

1.6681

1.6068

1.7943

1.3238

1.4566

1.2338

1.1610 *.8461 *

.7090

13

1.2873

1.6549

1.6764

1.5253

1.7695

1.6845

2.2353

2.9684

14 *

.9104

1.3184

1.2209

1.3163 *

.9810 *

.7090 *

1 9171

1.6375

1.8144

1 6638

2 1861

2.9684 *

.0022

F-SUB-Q 15 *

.7947

7990 *

.8771 *

2.0460

2.4982

2.4898

2.7214

M-SUB-Q a

APPENDIX Page 75 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 405 EPPD, THIB IS LEVEL 16 OF 18 (LEVEL 18 : TOP CF CCRE, LEVEL 1 = BOTTOM)

H G

D C

B A

......................F.........E..........................**.............

8*

.8643

1.3741 + 1.2509

1.6119

1.4148

1.3794 *

.9596 *

.8697 *

2.0111

1.5944

1.7846

1.4394

1.6557

1.6509

1.9397

2.0074

9

1.3741

1.1845

1.4662

1.3837

1.6140

1.4084

1.4266 *

.8450 *

................... 1.4697

1. 6592

1. 4508

1. 6671

1. 6005

2.5141..*.

1.5944

1.8106

10

1.2509

1.4662

1.0292

1.5219

1.4201

1.5733

1.3023 *.9425 *

1. 7846

1.4735..*.1. 7194.*.1. 4988

1 6574

1. 4944

1.0023

2 4607

11

1.6119

1.3837 + 1.5208

1.2456

1.4673

1.3066

1.4201 *

.8525 *

1. 4394......1.6603

1.5027

1. 7444

1.5692

1. 7657

1.6282

2.7063

12

1.4148

1.6140

1.4201

1.4673 *

.9714

1.2381

1.0370 *

................................ 14 *...... 7945

1.6561...*.2.1004

1.6557

1.4508

1.6587

1.57 1

13

1.3794

1.4094

1.5733

1.3066

1.2381 *

.8889 *

.7476 *

............... 5

1.4938

1. 7656

1.6555

2.2298

2.9717 1.6509

1.667 14 *

.9596

1.4276

1.3023

1.4201

1.0378

7476 *

.......... 15

1 8015

1 6281

2.1804..*.2. 9717

... 9397

1.60.....

1.

15 *

.8697 *

.8450 *

.9425 *. 8 52 5

F-SUB-Q

............ 5172...*.2 4611

2.7047

M-SUB-Q

2.0074 *2.

AT 5 0 % POWER. 405 EFFD, THIS IS LEVEL 15 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

D C

D A

......................F........E

.8793

1.4100

1.2713

1.6590

1.4319

1.4084 *

.9842 *.9211

8 *

....... 7734..*.1 7622

2. 0948

2.1350 *

.......... 1. 6760

1 9257

1. 5187 *

2.0931

1 9

1.4180

1.2134

1.5133

1.4073

1.6590

1.4287

1.4641 *

.8600

1.6760

1.9416

1.5582

1.7749

1.5270

1.7750

1.6865

2.7061

10

1.2713

1.5144

1.0656

1.5669

1.4384

1.6065

1.3195 *.9553 *

.... 257

1.5622

1.8478

1.5725

1.7625

1.5865

1.9321

2.6110

1.9 11

1.6590

1.4073

1.5658

1.2681

1.4876

1.3120

1.4384 *

.8579 *

............................... 35

1.6612

1.9027

1 7368

2.9115 *

1.5187

1.7757

1.5772

1.86......................................

12

1.4319

1.6590

1.4394

1.4876 *

.9768

1.2424

1.0367 *

......................................................... 3561

1.6632

1.9257

1.7614

2

1.7734

1.5201

1.7647

13

1.4084

1.4298

1.6065

1.3120

1.2434 *

.8804 *

.7411

1.7622

1.7750

1.5959

1.9018

1.7607

2.3988

3.2049

14 *

.9842

1.4641

1.3195

1.4384

1.0357 *.7411 *

............ 6872

1.9312

1.7361..*.2.3561

3.2054 *

2.0948

1.

15 *

.9211

.8600 *

.9553 *

.8579

F-SUB-Q

2.1350

2. 7100

2. 6126

2.9095

M-SUB-Q

1 1

l APPENDtX Page 76 of 140 McGuire 2 Cylce 10 Core Operating Limits Report liable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations 1

AT 50% POWER, 405 EFPD, THIS IS LEVEL 14 0F 18 (LEVEL 18 2 TOP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

C B

A

........................................D.................................

8*

.8761

1.4201

1.2702

1.6403

1.4126

1.3998

1.0581

1.0164

2.3364

1.8669

2.1699

1. 6923

1.9790

1. 9666

2.3535

2.3876 9

1.4201

1.2231

1.5326

1.3987

1.6440

1.4105

1.4566 *

.8654

3.0376 *

.............................................. 1.9727

1.8724

1.0669

2.1682

1.7489

1.9839

1.6958

10

1.2702

1.5315

1.1524

1.5647

1.4159

1.5776

1.3002 *.9436 *

2.1699

1 7539

2.0000

1.7545

1.9609

1.7762

2.1356

2.8938

11

1.6483

1.3907

1,5626

1.2788

1.4501

1.2734

1.3987 *

.8354

..................**................... 8538

2.1799

1.9813

3.3143 *

1.6923

1.9849

1.7594

2.0880

1 12

1.4126

1.6451

1.4148

1.4501 *

.9543

1.1963 *

.9960 *

1. 9790

1.6961

1.9633

1. 8567

2.1663

1 9830

2. 7156

13

1.3998

1.4105

1.5776

1.2734

1.1963 *

.8418 *

.7079 *

....................... 1788

1.9826..*. 2.7151

3.6254

1.7762

2.

1.9717

1.9666

a 1.4566

1.3002

1.3987 *

.9950 *

.7079

14

1.0581 *

............................ 1.9804

2.7156

3.6254 *

2.3535

1.0732

2.1356 *

.8654 *

.9436 *

.8354

F-sUB-o 15

1.0164

2.3876

3.0 3.3143

M-SUB-Q

............. 413

2.8938

AT 50% POWER, 405 EFPD, THIS IS LEVEL 13 0F 18 (LEVEL '.8

= TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

]

8*

.8986

1.4750

1.3109

1.7007

1.4394

1.4459

1.1781

1.1620 *

................... 44

2. 1809

2.1514

2.5548

2.5603

2.3795

1.84

............ 07;8

2.5223

2 i

l 9* 1.4758

i.2766

1.6215

1.4351

1.6922

1.4394

1.5197 *.9253 *

2.0238 2.3692

1.9026

2.1802

1.8520 *

....... 31

3.27

.........'..................................... 2 1737

2.0316

10

1.3109

1.6204

1.3345

1.6301

1.4480

1.6086

1.3270 *

.9000 *

2 3795..*. 1.9081

2. 2775

1. 9079

2. 1639..*.1. 9516

2 3518

3.1527

11

1.7007

1.4351

1.6258

1.3484

1.4919

1.2777

1.4137 *

.8418 *

.......... 13

1 9135

2.2931

2.0254

2.4244

2.2029.*. 3.6870 *

2.18

1. 8444 12

1.4394

1.6922

1.4459

1.4898 *.9596

1.1952 *.9917 *

2.1809

1.8528.*. 2.1661.*.2.0283

2.4027

2.1900

3.0252

13

1.4459

1.4394

1.6086

1. i/88

1.1952 *.8322 *

.7004 *

2.1514

2.1733

1.9516

2.4244

2.1089

3.0206

4.0220

i 14

1.1781

1.5197

1.3270

1.4137 *

.9917 *

.7004 *

2.5548

2.0323

2.3531

2.2028

3.0272

4.0220

15

1.1620 *

.9243 *

.9800 *

.8418

F-SUB-Q

2.5603

3.2772

3.1534

3.6841.* M-SUB-Q

APPENDIX Page 77 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% FOWER, 405 EFFD, THIS IS LEVEL 12 OF 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F B

A

...............................E.........D.........C l

l I

8*

.8996

1.4855

1.3141

1.7007

1.4319

1.4491

1.2124

1.2102

3.*.2. 5017

2.4618.*. 2.9065

2.8874 2.106

.2.8580.*.2.2916............... 2. 7730

1.4341

1.6890

1.4309

1.5305 *

.9468

9* 1.4855

1.2948

1.6461

................ 1169

2.4901..*. 2.3151.*.3.7119 *

2.4993

2

..................... 1701 2.2916

2.6891

2 f

10

1.3141

1.6418

1.3687

1.6408

1.4405

1.5979

1.3195 *

.9842

3.582

2. 7230

2. 1765

2 6029

2.1823.+. 2. 4889

2.2230

2.6747 *..........***................

9..*.

j

[

11

1.7007

1.4330

1.6365

1.3591

1.4876

1.2563

1.3944 *

.8311

2.7477

2.5182

4.1957

l

2 1063

2.5007

2.1889

2.6306.*. 2 2901 l

12

1.4319

1.6890

1.4384

1.4855 *

.9468

1.1706 *

.9693 *

2.7152 2.4639

3.4149

l

2.5017

2.1196

2.4917... 2. 2937..............'...................

13

1.4491

1.4309

1.5979

1.2563

1.1706 *

.8107 *.6822 *

2 4618

2.4900

2 2219

2. 7477..... 2. 4625

3 3961

4.5243

14

1.2124

1.5294

1.3195

1.3944 *

.9693 *

.6812

2.9065

2.3159 * ?.6747

2.5169

3.4149

4.5245

l

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

(

15

1.2102 *

.9457 *

.9842 *

.8311

F-SUB-Q

............. 171..*.3.5829

4.1919

M-SUB-Q

2.8874 ' 3.7 l

l i

AT 50% F0WER, 405 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTCM)

......................F..................D.......C........B........A.....

H G

E 8*

.8921 ' 1.4694

1.2970

1.6750

1.4073

1.4266

1.2027

1.2070

3.3147 2.6450

3.1827

2.4392

2.8924

2.8325

3.3303

4.2921

l 9

1.4694

1.2820

1.6290

1.4116 ' 1.6611

1.4041

1.5090 *

.9393

3.1081

2.5296

2.8962

2.4472

2.8749

2.6467

4.2354 *

'.2.6458 *

1.3548

1.6172 ' 1.4137 ' 1.5679

1.2959 *

.9714

10

1.2970

1.6247

.................................... 2 8826

2 5720

3.0832

4. 0849.*.

3.1827

2.5304

3.0411

2.5300

11

1.6750

1.4105

1.6129

1.3388

1.4619

1.2284

1.3655 *

.8140 *

............................................ 1734 '. 2.9299

4. 8597

3.0390

2.6426

3.

2. 4392

2.8981

2.5381

12

1.4073

1.6611 ' 1.4116

1.4598 *

.9296

1.1428 *.9446 *

................... 2. 8845

2. 6458

3.1325

2.8343

3.9319 *

2.8924

2.4472

1.5679

1.2284 ' 1.1428 *

.7904 *.6640 '

13

1.4266

1.4041

2.8325

2.8749

2.57s0 3.9038

5.1973 *

...........................'. 3.1734

2.8343

14

1.2027

1.5090

1.2948

1.3655 *

.9446 *

.6640 *

3.3303

2.6482

3.0852

2.9299

3.9354

5.2035

15

1.2070 *

.9302 *

.9714 *

.8140

F-SUB-Q 3.2921 4.2436

4.0885

4.8597

.........'..........................'. M-SUB-Q l

1 l

l 1

l l

APPENDIX l

Page 78 of 140 McGuire 2 Cylce 10 Core Operating Limits Report ifable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 405 EFPD, THIS IS LEVEL 10 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

E D

A

......................F...........................C........D 8*

.9007

1.4758

1.2927

1.6793

1.4009

1.4234

1.2006

1.2156 *

3.5486

2.8528

3 4275

2.7198

3. 2464

3.1757............................ 51.*.

3.7435

3.66 9

1.4750

1.2790

1.6343

1.4052

1.6633

1.3966

1.5123 *

.9414 *

2.8528 3.3637 *2

.........'........... 8070

3.2440

2. 7402.*.3.2416

2.9770

4.7464

10

1.2927

1.6290

1.3516

1.6215

1.4062

1.5690

1.2927 *

.9725 *

3.4275...*.2.8161

3.3619

2.8252..*.3.2464

.................. 4870

4.6065 *

2.8943

3 11

1.6783

1.4041

1.6172

1.3345

1.4630

1.2220

1.3655 *

.8110 *

2.7198

3.2464

2.8343

3

.............................. 3103

2.8828

3.4814 '.3.2953

5.5115..*

12

1.4009

1.6622

1.4052 + 1.4608 *

.9350 ' 1.1470 *

.9436 *

3.246

...... 4..*.2.7402

3.2488

2.8867

3.4458

3.1147

4.3328

13

1.4234

1.3966

1.5690

1.2220

1.1470 *.7925 *

.6629 *

3.1757

3.2416 2

4.3243

5.7657 *

..................'.. 8943

3.4814

3.1147 14

1.2006

1.5123

1.2927

1.3655 *

.9425 *.6619

3.7435

2.9790

3.4870

3.

.............................. 2953

4.3328

5.7657 15

1.2156

.9403 *

.9725 *.8118

F-SUB-Q

3.6651.*.4.7567 4.6065

5.5115

M-SUB-Q AT 50% FOWER, 405 EFPD, THIS IS LEVEL 9 0F 18

( LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM) l H

G F

E D

C B

A i

8 *

.8868

1.4351 + 1.2541

1.6250

1.3570

1.3784 1.1652

1.1813 *

3.8547

3. 0753

3.6190

2.7963

3.3304

3.2707..............................................

25..*.3.8220

l

3.86 l

l 9

1.4351

1.2445

1.5840

1.3634

1.6100

1.3527

1.4673 *

.9136 *

... 0753

3.6167

3.

2.8810 *

........................ 3.3220

2. 8233

3.3483

3.0927

4.9392

i 10

1.2541

1.5797

1.3120

1.5712

1.3634

1.5197

1.2541 *.9436 *

3.6190 2.8886

3.4676

2.9078

3.3380

3.0015

3.6227

.........'........................................................ 7984 *

4 11

1.6258

1.3623

1.5669

1.2959

1.4201

1.1877

1.3259 *

.7893

l

2.7963

3.3254

2.9155

3.5349

3.1059

3.7307

3.

......................................................... 4594.*. 5.7886

l 12

1.3570

1.6097 + 1.3612

1.4180 *.9200

1.1203 *

.9189 *

3.3304

2.8233

3.3431

3.

.............................. 1081 *.......................'.........

3.6961

3.3300 4.6211

l 13

1.3784

1.3537

1.5197

1.1877

1.1203 *

.7775 *

.6469 *

3.2707

3.3483

3.00 3

....................... 15

3.7339 *............... 3355

4.6065

6 0865..*

14

1.1652

1.4673

1.2541

1.3270 *

.9178 *

.6469 *

3.8625

3.09

.............. 27..**.. 6257 3

3.4594

4.62

................... 11.*.6.0949

l 15

1.1813 *.9125 *

.9436 '

.7893

F-SUB-Q 3.8220

4.9448

4.7984

5.7886

M-SUB-Q

i APPENDIX Page 79 of l40 McGuire 2 Cylce 10 Core Operating Limits Report Table 1 (cont.)

l F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Nonnal Operations AT 50% PCWER, 405 EFFD, THIS IS LEVEL 8 0F 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 = BO'fr0M)

..........................................................B........A H

G F

E D

C 8*

.8900

1.4469

1.2531

1.6354

1.3559

1.3805

1.1652

1.1910 *

.............................. 3.5406 *

3.0818

3.6257 *

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

3.1597 3.5300

2.0472

3.3870

2.644 i

9

1.4469

1.2456

1.5947

1.3623

1.6204

1.3537

1.4700 *

.9168

2.8472

3.3585

2.7198

3.1551

2.6684

3.

................................................ 1643

2. 8962

4 5968

10

1.2531

1.5904

1.3130

1.5840

1.3645

1.5315

1.2595 *

.9489 *

......................................3

3. 4003...*.4.4609..*

3.2426

2.7420

3.1597

2.823

3.3870

2. 7266

11

1.6354

1.3612

1.5797

1.2991

1.4309

1.1931

1.3398 *

.7925 *

.......... 7488

3. 2928

2.8602

3.4377 *........................ 154

5.3761.*

3.2

2.6442.*.3.1574 2.......

1.3634

1.4298 *

.9264

1.1363 *

.9275

12

1.3559

1.6204

..................... 1643

2.8640

3 4109

3.0603

4.2241..*

3.1597

2.6684

3 1.5315

1.1931

1.1363 *

.7893 *

.6555

13

1.3805

1.3537

3.0818

3.1620

2.8233

3.4377

3.0603

4.2119

5.5747 1.1652

1.4780

1.2595

1.3398 *

.9275 *

.6555

14 *

........**.............................. 241

5.5747 3.6257

2.8962

3.4003

3.2154

4.2 15

1.1910 *

.9157 *

.9489

7925

F-SUB-Q

3.5406

4.6016

4.4609

5.3761

M-SUB-Q AT 50% F0WER, 405 EFPD, THIS IS LEVEL 7 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 : BOTTOM)

H G

F E

D C

B A

8*

.8868

1.4426

1.2424

1.6236

1.3420

1.3666

1.1524

1.1824 *

.............................................. 2. 7198

3.2060

3.1258

3.2293

2.5788

2.9832

2.3265

2.7891

9

1.4426

1.2370

1.5862

1.3516

1.6108

1.3420

1.4694 *

.9082 *

2.5768

3.0496

2 3913..*.2,7838

2 3477

2.7909

2 5502..*. 4 0633

10

1.2424

1.5819

1.3034

1.5776

1..'548

1.5251

1.2520 *

.9425 *

2.9832

2.3979

2.8533

2.4085

2.7838

2.4008

2.9953

3.9354.*.

11

1.6236

1.3484

1.5733

1.2938

1.4287

1.1910

1.3388 *.7904 *

2.3265

2.7838

2.4138

2.9331

2 6033

3.1303

2.8306

4.7361 12

1.3420

1.6097

1.3537

1.4266 *

.9275

1.1449 *

.9318 *

2.7891

2.3477

2.7874

2.6064

3.1214

2.7945

3.8625

13

1.3666

1.3420

1.5251

1.1910

1.1449 *

.7979 *

.6619

5.1004 *

2.7198

2.7909

2.4808

3.1281

2.7927

3.8557

14

1.1524

1.4694

1.2520

1.3388 *

.9318 *

.6619

3.2060

2.5517

2.9974

2.8306

3.8625

5.1064

15

1.1824 *

.9071 *

.9425 *

.7904

F-SUB-Q

3.1258

4.0709

3.9354

4.7361

M-SUB-Q l

APPENDIX Page 80 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1?able 1 (cont.)

F-sub-Q/M sub-Q Values (F-sub-Q OP Margin)- Normal Operations AT 50% POWER, 405 EFPD, THIS IS LEVEL 6 0F 18 (LE* VEL 18 = TOP OF CORE, LEVEL 1 DOTTCM)

H G

E D

C B

A

......................V...................................................

8*

.8964

1.4416 ' 1.2338

1.6022

1.3227

1.3462

1.1363

1.1642 *

........ 8215 *

2......

'.2.1182

2.3081.................

2.6994.*. 2. 0929

2.5078

2.4489

2. 8867

1.3377

1.5904

1.3240

1.4512 *

.8954

9* 1.4416

1.2327

1.5701 1..*. 2.1462..*. 2.4992

2.1090 '.2.5093.*.2 2948

3.6602 *

2.713

2.3001 10

1.2330

1.5658

1.2916 ' 1.5626

1.3430

1.5123

1.2402 *

.9307 *

.......... 2. 1515

2.5795..*. 2 1600

2.4964

2.2259..*.2 6897

3 5463 *

2.6994

1.6022 ' 1.3355

1.5583

1.2906

1.4298

1.1952

1.3366

7861

11 '

................. 21 '.2.5310

4.2487

2.3265

2.78

2. 0929

2.5007

2. 1664.+. 2.6236 12

1.3227

1.5904

1.3420

1.4276 *

.9457

1.1685 *

.9436 '

3.4485 *

'.2 5078

2.1100 *.... 2 4992

2.3302.'.2. 7945

2. 5007 13

1.3462

1.3259 ' 1.5123

1.1952

1.1685 *

.8247 *

.6779 *

................... 2. 2259

2 7821..*. 2.4992.'.3 4622

4.5728 *

2.4489

2.5093

14

1.1363

1.4501

1.2402

1.3366 *

.9436 *

.6779 *

...... 2. 2948

2.6897...............2. 5310 + 3.4465..*.4 5728 *

'. 2. 8867

.7861

F-SUB-Q 15

1.1642 *

.8943 *

.9307

2487......M-SUB-Q 3.5463

4

.'............. 44

2.8215

3.67 AT 50% POWER, 405 EFPD, THIS IS LEVEL 5 OF 18 ILEVEL 10 = TOP OF CORE. LEVEL 1 = BOTTOM)

H E

B A

e............G........F..................D........C 8*

1.0025

1.5165 ' 1.2766

1.6429

1.3473

1.3762

1.1567

1.1920

2.3596

1.0403

2.2203

2.1643

2.5607

2.4893 +

2.4962

1.9847 1.3698

1.6343

1.3559

1.4898 *.9136

1.6183

9

1.5165

1.2841 1.9847

2.3578

1.8814

2.2057 + 1.0520 2.2150

2.0176

3.2400

1.3805

1.5637 ' 1.2745 *.9543

10

1.2766

1.6140

1.3248

1.6151 *

...............'.................................... 2. 3668 *........... 1

1.8863 2.2490

1.8895

2.1969

1.9484

3.128

. 2. 3596 +

1.6108

1.3398

1.5000

1.2563

1.3955 *

.8118

1.6429

1.3677 11

....................,................ 1.9919

2. 4032

2.2024

3. 7339

1.0403

2.2102

1.8944

2.2912

12 ' 1.3473

1.6343

1.3794

1.5049

1.0753

1.2973

1.0057 *

................................................... 6.*.2.9569

2.2203

1.8527

2.1991

1.9946

2.4178

2.152 1.2873 *.9232 *

.7347

1.3762

1.1559

1.5647 1.2563 13 '

.........'...................................'..... 4.'.3.9460.'.

2.1643 2.2147

1.9476

2.4045

2.1515 2.997

.7347

1.4898

1.2745

1.3955

1.0057 14 ' 1.1567 2.0176

2.3668

2.2024

2.9589

3.9460 *

2 5607 15

1.1920 *

.9125 '

.9543 *.8118

F-SUB-Q 3.1281

3.7339 M-SUB-Q

2.4893

3.2537

APPENDIX Page 81 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 1 (cont.)

F-sub-Q/M-sub Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 405 EFFD, THIS IS LEVEL 4 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTCH)

F E

B A

....H.........G...........................D.......C 8

1.1213

1.5594

1.2927

1.6322

1.3409

1.3677

1.1524

1.1824 *

2 3264 '. 1.8181.*. 2 1635

1. 7001

2.0497

2.0001.*.2. 3642.*.2.*.3118

9

1.5594

1.3120

1.6172

1.3709

1.6279

1.3548

1.4855 *

.9104 *

,.1 0181.*. 2.1441.*.1. 7297

2. 0241

1.7081

2.0392

1. 8622

1.0077

10

1.2927

1.6129

1.3280

1.6161

1.3869

1.5701

1.2788 *

.9532 *

................................. 2 1718

2 8886

1.7366

2.0130

1.7869 *

................... 2 0904 *

2.1635

1.7338

1.3591

1.5562

1.2916

1.4148 *

.8182

11

1.6322

1.3687

1.6097 *

.................................................. 70

1. 9937

3.4109 *

1.7001

2.0288

1.7407

2.0691

1.8249

2.18...........**.......

12

1.3409

1.6279

1.3848

1.5540

1.2499

1.4148

1.0464

1.7081

2.0139

1.8280

2.1935

1.9545

2.7063 *

2.0497 13

1.3677

1.3548

1.5701

1.2916

1.4148 ' 1.0132 *

.7765 *

............... 2 1659

1. 9536

2.7131

3.5900.*

1.7862 *

2.0001.*.2 0383

14 + 1.1524

1.4855

1.2788

1.4148

1.0464 *

.7765 *

..................................... 2. 7063

3.5900

1.8622

2.1718

1.9937

2.3642 15

1.1824 *

.9093 *

.9532 *

.8182

F-SUB-Q 2.3118

3.01 3.4199

N.SUB-Q

.'............. 18

2.8886

AT 50% POWER, 405 EFPD, THIS IS LEVEL 3 OF 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 s BOTTCM)

H G

A

......................F.........E.......D.......C.......B 8

1.1727

1.5990

1.3130

1.6440

1.3516

1.3827

1.1652

1.1931

4..........

1557

1.9052

1.8559

2.1980

2.

..... 1.6514..*.1.9955

1.5787 *

2 1233

9* 1.5990

1.3430

1.6333

1.3000

1.6429

1.3698

1.5026 *.9211 *

........ 5838

1.8895.'.1.7277

2.7981 *

1

.............................. 8718 1.6514

1.9580

1.5907

1 10

1.3130

1.6290

1.3420

1.6365

1.4041

1.5947

1.2991 *.9650 *

................... 1.9389 *.......... 6042

1 8582

1.6458

2.0047

2. 6831

1.9955

1.6030

1

,8322

11

1.6440

1.3848

1.6311

1.3848

1.6065

1.3302

1.446)

................... 1.6083

1.9002

1. 6508

1.9865

1 0287

3.1574

1.5787

1.8758

12

1.3516

1.6429

1.4030

1.6044

1.3280

1.4973

1.0860 *

........ 5838

1.8598

1.6526.*. 1.9964

1.7789

2.4489 *

1. 9052

1 1.3698

1.5947

1.3302

1.4983 + 1.0731 *.8140

13

1.3827

3.2829

1.6452

1.9865

1.7702

2.4879

1.0559

1.8807

1.1652

1.5015

1.2991

1.4469

1.0860 *

.8140

14 *

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

2.4489

3.2829 *

2.0056

1.8

... 1980 '.1.7277 2.

15

1.1931 *

.9200 *

.9650 *

.8322

F-SUB-Q

2 1557

2.7998

2.6831.*. 3.1574..* M-SUB-0

[.

I APPENDIX Page 82 of 140 McGuire 2 Cylce 10 Core Operating Limits Report

' fable 1 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Normal Operations AT 50% POWER, 405 EFFD.

THIS IS LEVEL 2 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

1.1192

1.5026

1.2456

1.5401

1.2841

1.3077

1.1106

1.1085

8 *

................................. 1. 9211.*. 1.8806. *. 2.2169.*. 2.2327 *

1.6716

1.9982

1.6107 *

... 2428

2

- v 9

1.5026

1.2745

1.5305

1.3195

1.5412

1.2938

1.4062 *

.8739 *

........ 89

2 8343

1.76

..... 16

1.9677

1. 6268

1.0806

1. 6136.*. 1.9160 *

1.67 1.5262

1.2702

1.5300

1.3270

1.4983

1.2274 *

.9061

10

1.2456

............ 6311

1. 9571

1 6274

1.9766

1 6703

2.0335

2.7488 *

1.9982

1 11

1.5401

1.3173

1.5326

1.3109

1.5176

1.2638

1.3527 *

.7840 *

...... * *........ * *.... 1. 9110

1. 67 0 3

2. 0 0 2 8

1. 8 67 0

3. 215 4

1.8838

1.6323 *

... 6107

1.

12

1.2841

1.5401

1.3259

1.5155

1.2702

1.4201

1.0314

... 9211..*. 1 6136

1 8782

1. 6722

1.9964

1.7972

2.4752 *

1...

13

1.3077

1.2938

1.4983

1.2638

1.4212

1.0271 *

.7743 *

1 8806

1.9160

1.6703

2.0028

1.7965

2.4879

3.3103

14

1.1106

1.4062

1.2263

1.3537

1.0314 *

.7743 *

. 2.2169

1 7609

2. 0335

1 0670

2.4752

3.3103

15

1.1085 *

.8739 *

.9061

7850

F-SUB-Q

2.

2.8380

2.7488

3.2130

M-SUB-Q

... 2327 AT 50% POWER, 405 EFPD, THIS IS LEVEL 1 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTTOM)

.............................**........D.........C..................A H

C F

E B

1.1063 *

.9264

1.1374 *

.9703 *

.9693 *

.8322 *

.7679

8*

.8557 *

2.8380

2.1925

2.6080

2.1172.*. 2.4780

2.4700

2 8924

3.1529

9

1.1063 *

.9403

1.1310

1.0132

1.1417 *

.9403

1.0185 *

.6565 *

2.1925

2.5788

2.1368

2.3835

2. 1151..*. 2.5682

2.3809

3.6930

10 *

.9264

1.1267 *

.9436

1.1470 *

.9821

1.1074 *

.8814 *

.6490 *

2.6080..*. 2.1452

2 5607

2.1120

2.4654

2.1936

2 7592

3.7564

11

3.1374

1.0110

1.1449 *

.9671

1.1245 *

.9318 *

.9639 *

.5708 *

2.5592

4.3072 *

2.1172

2.3874

2.1172

2. 5136

2.1794.*. 2.6347 12 *

.9703

1.1417 *.9810

1.1224 *

.9414

1.0324

7518 *

..................... 4682

2.1826

2 6283

2.4111

3.3153

2.4780

2.1172

2.

.9693 *

.9403

1.1074 *.9318

1.0335 *

.7658 *

.5601

13 *

2.4700

2.5682

2.1936

2.6347

2.4098

3.2609

4.4746

14 *

.8322

1.0185 *

.8814 *

.9639 *

.7518 *

.5601 *

2.8924

2.3809

2.7610

2.5592

3.3153

4.4746

15 *

.7679 *

.6565 *

.6490 *

.5719

F-SUB-Q

3.1529

3.6961

3.7564

4.3072

M-SUB-Q

)

i J

APPENDIX Page 83 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Efable 2 Faub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 100% FOWER, 4 EFFD, THIS IS LEVEL 18 0F 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BO7 TOM)

..................... **.*................................D........A.....

H G

F E

D C

7947 *

.6919 *

.5623

8*

.6255 *

.8375 *

.7465 *

.9050 *

.8032 *

... 2381.*. 1.8381.*.2.0790..*.1 6943.*.1 90.33.*. 1.9074

2.1818

2.6500.*

2.

.5162 *

.7604 *

.7797

9*

.8375 *

.7304 *

.8814 *

.8075 *

.9007 *

...... 0091..*. 1.9368

2 8952

2...

1.8301

2.1194

1.7651

1.9051

1.7

..............................**....... 010

10 *

.7465 *

.8814 *

.7604 *

.8825 *

.7722 *

.8514 *

.6919 *

.4841 *

..................... 0504.*. 1. 7671..*. 2 0201..*.1.8234.*. 2. 2149

3.1239 *

2.0790

1.7656

2..

.9050 *.6065 *

.8793 *

.7379 *

.8193 *

.6940 *

.6908 *

.4198

11 1.6943

1.9056

1.7733

2.1252

1.8413

2.1887

2.2454

3.6861

8172 *

.6137 *

.6651 *.5430

12 *

.8032 *

.9007 *

.7711

................. 1445...*.2.0386

2. 7328

1.0447 *2.

................... 2. 0227

1.9033

1.7010 *

.7593 *

.8514 *

.6929 *

.6651 *

.4916 *

.3738

13 *

.7947

1.9074

2.0001..'.1 0250

2. 1903..*.2 0386

2.6600

3. 8290..*.

14 *

.6919 *.77e6 *

.6919 *

.6897 *

.5430 *

.3738 *

2.1818..*. 1.9307

2 2173

2.2471

2. 7328

3.8298

15 *

.5623 *

.5152 *

.4830 *

.4198

F-SUB-Q 3.1287

3.6880

M-SUB-Q

.......... 2.8993

2.6500 AT 100% POWER, 4 EFPD, THIS IS LEVEL 17 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

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

H G

F E

D C

B 8*

.8804

1.1192

1.0292

1.1492

1.0913

1.1545 *.9896 *

.8771 *

.......... 1.4560

1. 6000 *...... 1 3962

1.4528

1. 3629

1.5772

1.7655..*.

1.7428

9

1.1192

1.0367

1.1513

1.0667

1.1556

1.1256

1.1171 *

.7465 *

...................... 052.*.1.4965

1.3682

1.4021

1. 4115

2.0773 *

1.4560

1.5575

1.4..............................................

10

1.0292

1.1481

1.0217

1.1353

1.0913

1.1470

1.0228 *

.7229 *

............... 1 4865

1. 4040

1.5637

2 1714

1.4245 *

.......... 1. 4093

1. 5885 *

1.6008

11

1.1492

1.0667

1.1331

1.0228

1.1042

1.0239

1.0453 *

.6340 *

..............**... 1 4285

1.5879

1 4562

1. 5594

1.5395

2. 5410 *

1.1862

1.4979

1.0903

1.1031 *

.9116

1.0207 *

.8311

12

1.0913

1.1567

.....................**....... 4583

1. 5433

1.4686

1 8861 1.4876

1 1.4528

1.3661 13

1.1545

1.1256

1.1470

1.0228

1.0217

7754 *

.5719

1.8936

2.6635 *

1. 3629

1.4028

1.4049

1.5605

1. 4676

14 *

.9896

1.1160

1.0217

1.0453 *.8311 *

.5719

1.5772

1.4135

1.5657

1.540

2.6659

6..*. 1.8861 15 *

.8771 *

.7443 *

.7229 *

.6330

F-SUR-Q 2.1737

2.5442

M-SUB-Q

1.7655

2.0821 I

APPENDIX Page 84 of 140 McGuire 2 Cylce 10 Core Operating Limits Report

' fable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 100% POWER, 4 EFPD, THIS IS LEVEL 16 0F 18 (LEVEL 18 m TOP OF CORE, LEVEL 1 BOTTOM)

H G

D C

D A

......................F..**e....E............*.............................

8

1.0228

1.2820

1.1470

1.3023

1.2124

1.3323

1.1374

1.0496 *

................... 1.5108

1.2761

1. 3631.*. 1. 2300

1.4277

1.5333

1.6539

1.3406

9* 1.2B20

1.1749

1.2991

1.1867

1.3388

1.2959

1.3184 *

.8622 *

... 3406

1. 4563

1.3026

1. 4124.*. 1 2321

1 2692

1.2461.*.1 8709..*.

1 10

1.1470

1.2948

1.1256

1.2938

1.2509

1.3355

1.2017 *

.8514 *

1.5108

1.3069

1.5095

1.3094.*.1.3587

1.2614 *................................ 5.*

1.3903

1.921..

11

1.3023

1.1935

1.2895

1.1524

1.3077

1.2049

1.2745 *

.7518 *

................. 129

1 4761

1.2988

1.4017 *............................... 3268

2. 2394

1.3 1

1. 2761

1.4137

12

1.2124

1.3388

1.2509

1.3066

1.1781

1.2723

1.0067 *

1.6546 *

.......... 1. 2304 + 1.3599

1.3004

1. 3904..*. 1.2917 1.3631

13

1.3323

1.2959

1.3345

1.2038

1.2723 *

.9596 *

.6908 *

.....................**........ 026

1.2909

1.6871.*. 2.3625..*.

1.2300

1.2692

1.2623

1.4.....................

14

1.1374

1.3163

1.2006

1.2734

1.0057 *

.6897 *

..................... 3922

1.3277

1.6550

2.3625 *

1.4277

1.2476

1 15

1.0496 *

.8600 *

.8504 *.7500

F-SUB-Q

1.5333

1.8760

1.9250

2.2442

M-SUB-Q AT 100% POWER, 4 EFFD. THIS IS LEVEL 15 0F 18

)

(LEVEL 10 TOP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

D C

B A

8

1.0913

1.3816

1.2145

1.4009

1.2873

1.4362

1.2242

1.1503 *

1. 6545

1.3152.*. 1.5011

1.2454

1.3447

1. 1972

1. 3916

1.4655

9

1.3816

1.2563

1.3944

1.2713

1.4619

1.3966

1.4448 *.9296 *

1.3152

1.4452

1.2754..*.1.3973.*.1.1934

1.2359

1 1916

1.8201

10

1.2145

1.3902

1.1910

1.3998

1.3570

1.4598

1.3141 *

.9264 *

...................... 005

1. 2719

1. 3187

1.2121

1.3334

1.8520 *

1.5011

1.2794

1.5...........................................

11

1.4009

1.2670

1.3955

1.2456

1.4459

1.3259

1.4244 *

.8225

1.2548

2.1500 *

1.2454

1.3985

1.2754

1. 4454

1.2428

1.3499

12

1.2873

t.4608

1.3570

1.4437

1.3080

1.4290

1.1192 *

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

1.2446

1.3416

1.2307

1.5819 *

1.3447

1.1919

1.320.......................................

1.3248

1.4309

1.0742

7647 13

1.4362

1.19(o

1.4587

1.1972

1.2366

1. 2127

1 3511.*.1 2300

1.6209

2.2000

1.3130

1.4234

1.1181 *

.7636

14

1.2242

1.4437

1.3916

1.1929

1.3351

1.2556

1.5823

2.2800

15

1.1503 *

.9275 *

.9253 *

.8204

F-SUB-Q 1.4655

1.8248

1.0548

2.1544

M-SUB-Q

F, l

APPENDIX J

Page 85 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 100% POWER, 4 EFPD, THIS IS LEVEL 14 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

......................F.........E.........D.......C.......B.........A......

H G

8* 1.1063

1.4084

1.2306

1.4319

1.3109

1.4683 ' 1.2509

1.1792 *

.... 198

1.3563..*.1.5471

1. 2000

1 3947

1.2373

1.4391

1.5092

1,7 9

1.4084

1.2766

1.4212

1.2981

1.5069

1.4309

1.4887 *

.9478

1.8861 *

1.3563

1.4954

1.3211..*. 1. 4479

1.2302

1.2775

1.2217

10

1.2306

1.4169

1.2102

1.4373

1.3955

1.5058

1.3559 *

.9500 *

....................................'... 3518

1 2405

1.3655

1.9104 *

1.5471

1.3254

1.5601

1.3084 1

11

1.4319

1.2938

1.4330

1.2809

1.5015

1.3741

1.4812 *

.8472 *

................... 1. 3126

1. 4781.*. 1 2592

1. 3719

1 2679..*.2.2003

1.2800

1.4508

12

1.3109

1.5058

1.3955

1.4994

1.3602

1.4919

1.1610 *

............................ 1.2608

1. 3686

1.2498

1.6105 *

1.3947

1.0281

1.3521

13

1,4683

1.4298

1.5048 ' 1.3720

1.4930

1.1181 *.7915 *

1.2373

1. 2777......1. 2414.*. 1.3720

1. 2491

1.6564

2.3376

1.2509

1.4865

1.3537

1.4801

1.1599 *

.7915

14

1.4391

1.2237

1.3672

1.2687

1.6107

2.3402

15

1.1792 *

.9457 *

.9489 *

.8450

F-SUB-Q

............. 910

1.9121.*. 2. 2048

M-SUB-Q 1.5092

1.8 AT 100% POWER, 4 EFFD, THIS IS LEVEL 13 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

A

........................................D........C.......B 8* 1.1438

1.4726

1.2766 ' 1.5015

1.3655

1.5412

1.3066

1.2424 *

................... 1. 5652

1 3033

1.4234

1.2529

1 4656.*. 1 5238 *

1.7522

1.3570

9

1.4726

1.3270

1.4698

1.3580

1.5904

1.5026

1.5712 *

.9885 *

1.3570

1.5064

1.3325

1.4626

1 2416

1 2953

1.2284

1. 9229

10

1.2766

1.4833

1.2584

1.5112

1.4673

1.5915 ' 1.4276 *

.9950

1.3139

1.3528

1.2429

1.3715

1.9330 *

1.5652

1.3375

1.5821 11

1.5015

1.3537

1.5058

1.3441

1.5904

1.4512

1.5754 *

.8879 *

1.3033

1.4675

1.3179

1.4806

1 2468

1.3652

1.2486

2 2056

1 f

12

1.3655

1.5894

1.4662

1.5883

1.4384

1.5872

1.2274 *

1.3779

i

.............. 1.2472

1.6061..*.

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

482

1.2417

1.3541

1.2

1 4234 1.5412

1 6015

1.5894

1.4491

1.5872

1.1813 *

.8322 *

{

13 *

1.2529

1.2960 *

1.3664

1.2465

1.6723

2.3599 *

................... 1.2437 i

1.5690

1.4266

1.5744

1.2263 *

.8311

14

1.306

1.4656

1.2300

1.3726

1.2493

1.6073

2.3625

15

1.2424 *

.9864 *

.9939 *

.8857

F-SUB-Q 1.5238

1.9279

1.9352

2.2100

M-SUB-Q i

(

1 a

,i APPENDIX Page EWiof 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

' F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 100% POWER, 4 EFPD, THIS IS LEVEL 12 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

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

8

1.1513

1.4930

1.2906

1.5262

1.3848

1.5690

1.3259

1.2616 *

... 8330

1. 4089

1 6280.*. 1. 3560.*. 1. 4882.*.1. 3065

1 5330..*.1 5935..*.

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

9

1.4930

1.3420

1.5133

1.3794

1.6226

1.5283

1.6022

1,0003 *

1.4089

1. 5693 *.1. 3782

1. 5141.*. 1. 2797

1.3512..*. 1. 2750

2. 0172...*

10

1.2906

1.5069

1.2745

1.5422

1.4951

1.6279

1.4555

1.0078 *

1. 6280...*.1. 3842.*.1. 6414

1 3543..*.1. 3962.*. 1. 2797

1. 4168.* 2. 0172.*.

11

1.5262

1.3741 *-1.5358

1.3687

1.6268

1.481;

1.6140 *-.9007 *

......**........ 2809..*.

. 1. 3560

1. 5194

1. 3593

1. 5320

1. 2831

1. 408tS*

1.2833

2 12

1.3848

1.6215

1.4930

1.A247

1.4694

1.6250

1.2509 *

.......... 1. 2004..*. 1. 3971..*. 1. 2849..*. 1. 4184

1. 2793..*.1. 6587 *

1.4882

13

1.5690

1.5272

1.6258

1.4791

1.6268

1.2049 *.8439 *

1 3065

1. 3521.*. 1. 2812

1.4099

1. 2793

1.7232

2,4404.*.

14

1.3259

1.6001

1.4533

1.6129

1.2499

8439 *

1. 5330

1.2766

1. 4178.*.1. 2848

1. 6600..*. 2 4431

15

1.2616 *.9971

1.0067 *. 8 9 8 6

F SUB-Q

'1. 5935

2.0228 + 2. 0196

2. 2835

M-SUB-Q f

h AT 100% POWER, 4 EPPD, THIS IS LEVEL 11 0F 18 (LEVEL 18 = TOP OF 20RE, LEVEL 1 : BOTTOM)

H G

F E

D C

B A

8

1.1481

1.4973

1.2916

1.5358

1.3912

1.5707

1.3313

1.2638 *

1. 9276.*. 1. 4711...*.1 7062.*. 1 4237... 1. 5692..*.1. 3745..*. 1. 6198

1. 6828

9

1.4973

1.3441

1.5208

1.3859

1.6365

1.5369

1.6140 *.9992 *

1.4711..*. 1.6426..*.1. 4430

1 5877

1. 3365..*.1. 4200

1. 3378

2. 1358..*

10

1.2916

1.5144

1.2777

1.5540

1.5048

1.6440

1.4641

1.0089 *

1.7062..*. 1.4496

1 7234

1. 4159

1. 4599..*.1. 3348.*.1 4833..*.2*.1270

11

1.5350

1.3805

1.5476

1.3773

1.6429

1.4930

1.6290 *.9018 *

1. 4237

1. 5945..*. 1.4214

1.6026

1. 3364..*.1. 4715

1. 3354.*.2. 3915..*

12

1.3912

1.6343

1.5015

1.6408

1.4812

1.6429

1.2563 *

1. 5692..*.1.3381..*.1 4608

1. 3380

1 4869

1. 3368.*.1 7418

13

1.5787

1,5358

1.6418

1.4908

1.6440

1.2102 *.8450 *

1. 3745

1.4217.*.1. 3372..*. 1. 4724

1.3363

1 8099

2 5705

14

1.3313

1.6119

1.4619

1.6279

1.2552 *.8439 *

1 6198

1. 3396

1. 4853

1 3362

1.7433

2.5735..*.

15

1.2638 *

.9971

1.0078 *

.8996

F-GUB-Q

...................... 290..*.2.3966

M-SUB-Q

1.6828

2.1420

2.1 3

APPENDIX Page 87 of 140 McGuire 2 Cylce 10 Core Operating Limits Report liable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin)- Power Escalation AT 100% POWER, 4 EFPD, THIS IG LEVEL 10 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F A

...............................E........D.........C........B 8

1.1610

1.5315

1.3120

1.5722

1.4169

1.6183

1.3548

1.2916

161....... 7655

1. 4736

1. 6337 *...... 1 4291.*.1.6935

1 7490 *

1.9950

1.5

1 9

1.5315

1.3655

1.5572

1.4148

1.6804

1.5712

1.6590

1.0153

1.5161

1.6964

1.4895 *

2.2347 *

............................ 1.6386

1. 3824

1.4766

1. 3851 10

1.3120

1.5508

1.2981

1.5936

1.5390

1.6900

1.4994

1.0271 *

...................... 840

1.4590

1.5109

1.3752

1.5375

2.2124 *

1.7655

1.4966

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

11

1.5722

1.4094

1.5862

1.4052

1.6900

1.5294

1.6783 *

.9168 *

.............................. 6545

1. 3760...*.1. 5212

1. 3715

2 4803

1.4736

1.6459

1.4658

1 12

1.4169

1.6783

1.5358

1.6868

1.5176

1.6900

1.2841 *

...................... 129.*.1. 3778

1.5360

1 3735

1.7960 *

1.6337

1.3832

1.5 1.2349 *

.8579

13

1.6193

1.5701

1.6879

1.5272

1.6911

.............................................. 1.8738

2.6627 *

1.4291

1.4776

1.3770

1.5232

1.3726 *

.8579

14

1.3548

1.6558

1.4973

1.3761

1.2831

..................................... 1.7974

2.6656 *

1.6935

1.3871

1.5389

1.3724

15

1.2916

1.0132

1.0260 *

.9146

F-SUB-Q

..................... 2146

2.4911* 2...............* M-SUB-Q

1.7490

2.2399 AT 100% POWER, 4 EFPD, THIS IS LEVEL 9 0F 18 (LEVEL 18 TOP OF CORE, LEVEL 1 = BOTTCM)

H G

F C

B A

...............................E........D 8

1.1406

1.5069

1.2906

1.5519

1.3977

1.5990

1.3345

1.2691 *

..................... 7501..*. 1. 4581..*.1.6182

1 4160

1.6886

1.7726.*

1.9807

1.5027 *1 9

1.5069

1.3441

1.5347

1.3934

1.6611

1.5487

1.6386 *

.9971 *

1.5027

1 6822

1.4756

1. 6241

1.3661 + 1. 4629

1. 3824

2 2532

10

1.2906

1.5283

1.2777

1.5733

1.5187

1.6729

1.4791

1.0089 *

.....................................................**..... 8

2.2327

1.7501

1.4815

1.7683

1.4428

1.4955

1.3603

1.530 11

1.5519

1.3880

1.5658

1.3869

1.6718

1.'5101

1.6600 *

.9018 *

....................................... 3619

1.5068

1.3721

2.5061.*

1.6313

1.4504

1.6373

1.

1.4581 1.4983

1.6729

1.2649

1.6590

1.5155

1.6697

12

1.3977

1.6182

1.3678

1 4976

1.3636

1 5202

1.3645

1.7971

1.5000

1.6740

1.2177 *.8429

13

1.5990

1.5476

1. b 9-

.......................... 6956

1.3645

1.8716

2

1.4160

1.4639

1.3628

1. 5078

14

1.3345

1.6354

1.4769

1.6579

1.2638 *

.8416 *

..................................... 1 7985

2.6956 *

1.6886

1.3841

1.5329

1.3738

15

1.2691 *

.9950

1.0078 *

.8996

F-SUB-Q

1.7726

2.2601

2.2350

2.5090

M-SUB-Q l

l APPENDIX Page 88 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 100% POWER, 4 EFPD, THIS IS LEVEL 8 OF 18 (LEVEL 18 = TOP OF COP.E. LEVEL 1 BOTTOM)

H G

I E

D C

B A

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

1.3055

1.5797

1.4148

1.6279

1.3516

1.2927

8

1.1481

1.5337 3

1.3972

1.5599

1.3561

1.6289

1.6915 *

.... 171

1.4391

1.687.......................................*....e*******...............

1.9 9

1.5337

1.3602

1.5637

1,4148

1.6943

1.5733

1.6729

1.0078 *

........ 10

1.3048

1.4034

1 3204.*.2.1674

1.56

.... 391.*. 1.6205.*.1. 4124 *

1.4 10 ' 1.3055

1.5562

1.2927

1.6033

1.5433

1.7093

1.5058

1.0228

1.6873

1.4 1.7056 1.3789

1.4335

1.2957

1.4668

2.1461 *

............. 168 *.............'.....................................*. **...

.9125

1.5797

1.4084

1.5958

1.4062

1.7082

1.5369

1.6997 11

1.3972

1.5677 1.3867

1.5721

1.2964

1*

- .................'........................... 1. 4400.*.1.3033.*. 2.413 12

1.4148

1.6933

1.5401

1.7050

1.5251

1.7104

1.2863 *

1.5599

1.3064

1.4363

1.2987

1.4523

1.2964

1.7188

1.5347

1.7115

1.2359 *.8514

13

1.6279

1.5722

1.7061

1 3561

1. 4C52

1.2900

1.4419

1.2957

1.7913.*. 2.5883.*.

1.6986

1.2852

8514

14

1.3516

1.6697

1.5037 *

1.6209

1.3270

1.4687 1.3041

1.7202

2.5913

15

1.2927

1.0057

1.0217 *

.9104 ' F-SUB-Q

1.6915

2.1738

2.1482

2.4158

M-sua-Q AT 100% POWER, 4 EFPD, THIS IS LEVEL 7 0F 10 (LEVEL 18 = TOP CF CORE, LEVEL 1 BOTTOM)

H G

F E

D C

B A

8

1.1353

1.5272 ' 1.2959

1.5722

1.4041

1.6194

1.3398

1.2831 *

{

1.8680

1.3877

1.6290

1.3448

1.5049

1.3059

1.5669

1.6234

j 9

1.5272

1.3505

1.5572

1.4052

1.6890

1.5626

1.6665 *

.9971

1.

7 2692

2.0895

l

................ 3596

1.5099

1.2589

1 35 1..*.

1

.... 877

1.5666 *

1.3 1.2820

1.5969

1.5337

1.7040

1.4962

1.0132

10

1.2959

1.5487 l

1.6290 '. 1.3663

1.6472.*. 1. 3349

1.3910

1.2572..*.1 4152

2 0621

11

1.5722 ' 1.3987

1.5883

1.3966

1.7040

1.5283 ' 1 6954 *

.9029 *

1.3448

1.5161

1 3406

1.5304

1.2586

1.4023

1 2616.*. 2.3264

f 12 ' 1.4041 ' 1.6868

1.5305

1.6997 ' 1.5165

1.7061

1.2777

1.3928

1.2600

1.4279

1.2691

1.6741 *

1.5049 '. 1.2603 13 ' 1.6194

1.5615

1.7007

1.5262

1.7072

1.2252 *

.8418 *

....................................................... 2 5218 *

1.3059

1.3507

1.2594

1.4041

1.2684

1.7616

14

1.3398

1.6633

1.4940

1.6933

1.2756 '

.6418 *

............... 1.2630

1 6754 '.2.5247

1.4180 *

1 5669

1. 2707

.9939

1.0110 *

.9007

F-SUB-Q 15

1.2831 1.6234

2.0935

2.0659

2.3288

M-SUB-Q

I 1

l APPENDIX l

Page 89 of 140 McGuire 2 Cylce 10 Core Operating Limits Report liable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 100% POWER, 4 EFPD, THIS IS LEVEL 6 OF 18 (LEVEL 18 = TOP OF CCRE, LEVEL 1 = BOTTOM)

A

... 11.......................*...E........D.........C.........B G

F 8

1.1085

1.4930

1.2659

1.5369

1.3709

1.5797

1.3055

1.2456

7 1 5968 *

.............................................. 1 2762.*.1 534..*..

1.8149

1.3518

1.5085

1.3133

1.4693 *...........

.9671

9

1.4930

1.3205

1.5219

1.3709

1.6493

1.5230

1.6236 *

................... 2287......1. 3274.*. 1. 2419

2.0546 *

1.4751

1

................... 1.3267 1.3510

1.5260

10

1.2659

1.5133

1.2520

1.5594

1.4962

1.6643

1.4576 *

.9821 *

... 5805

1. 3331

1. 6000 *....... 1 3023.*. 1.3502..*. 1 2244..*.1. 3847

2 0299..*

1.

11

1.5369

1.3645

1.5500

1.3645

1.6633

1.4898

1.6515 *

.B750 *

... 3133

1 4810.*.1. 3078..*. 1.4898

1. 2251..*.1.3673.+. 1. 2312

2. 2853.*.

1.

12

1.3709

1.6472

1.4930

1.6600

1.4791

1.6643

1.2402 *

1. 4693

1. 2300..*. 1 3599

1 2278

1 3868

1.2317

1.6371

j 13

1.5797

1.5200

1.6611

1.4876

1.6643

1.1910 *.8150

l'

................... 1 2265

1. 3602.*. 1.2310.*. 1 7145.*. 2.4737

1.2762

1.3290

14

1.3055

1.6215

1.4555

1.6504

1.2391 *

.8150 *

................... 1 3865

1. 2320

1. 6.386.*.2.4738.*.

1.2433

1.5347 15

1.2456 *

.9650 *

.9810 *

.8739

F-SUB-Q

2.2899

M-SUB-Q

1.5968

2.0603.*.2.0319 AT 100% POWER, 4 EFPD, THIS IS LEVEL 5 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTCM)

H G

F E

D C

B A

8* 1.1074

1.5048

1.2691

1.5455

1.3720

1.5951

1.3002

1.2456 *

..................... 5071..*. 1. 2438..*.1.3907

1. 2106

1. 4690

1. 5253.*.

1.7258

1.2752

1...

1.3240

1.5337

1.3730

1.6547

1.5219

1.6279 *

.9607

9

1.5048 *

1..,2752

1. 4453

1 2536

1 4014

1.1655

1.2643

1.1797

1.9772

10

1.2691

1.5251

1.2541

1.5647

1.4940

1.6686

1.4555 *

.9768 *

....... 2341..*. 1 2923

1. 1600

1.3205

1.9478..*.

1

...................... 287

1.5071

1.2599

1.5 1.5455

1.3666

1.5551

1.3623

1.6675

1.4876

1.6550 *

.8686

11

............... 1. 1612

1.3005..*. 1.1678

2. 1981

1.4175 *

................... 1. 2396 *

1.2438

1.4077

12

1.3720

1.6526

1.4900

1.6643

1.4769

1.6675

1.2349 *

1.3987

1.1667

1.2938

1.1636 '. 1. 3143

1.1655

1 5629

1.5197

1.6654

1.4855

1.6606

1.1835 *

.8075

13

1.5851

1.2106

1.2657

1 1624

1 3020

1.1648

1. 6367

2.3768

l I

1.4533

1.6536

1.2338 *

.8065

I 14

1.3002

1.6250 *

1 4690

1.1815

1.3222

1.1690.*. 1.5640

2. 3793

l 15

1.2456 *

.9575 *

.9757 *

.8664

F-SUB-Q l

1.5253

1.9809

1.9495

2.2005

M-sun-Q l

l i

w..

APPENDIX Page 90 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 1 Fable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 100% POWER, 4 EFPD, THIS IS LEVEL 4 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 s BOTTOM)

H G

D C

B A

......................F.........E..........................................

8

1.0742

1.4576

1.2316

1.4919

1.3259

1.5240

1.24f4

1.1824

1.6985 1.2576

1.4832

1.2305

1

1.5362 *

.........'.............................. 3818

1. 2020.*. 1.46Lt

1.5551 *

.9146

9* 1.4576

1.2852

1.4833

1.3238

1.5872

1.4587 1.2576

1.4217

3

1.2584

1.1795

1.9861 *

................... 1. 2367

1 3870.*. 1 159 10

1.2316

1.4758

1.2145

1.5048

1.4319

1.5969

1.3902 *.9286

1.9599 *

1.4832.*. 1.2436

1.5064

1 2223

1. 2846

1.1551..*. 1. 3195

11

1.4919

1.3173

1.4973

1.3120

1.5958

1.4223

1.5744 *

.8236 *

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

2.2113

1.170

1.2305

1.3932

1.2278

1.4019

1.1557

1.2957 1.3259

1.5851

1.4287

1.5926

1.4116

1.5904

1.1727

12 *

1 3818..*. 1.1605

1 2860

1.1581

1.3064

1.1623 '. 1.5676

13 ' 1.5240

1.4566

1.5936

1.4201

1.5904

1.1256

7647 *

1.2020

1.2598

1.1575.*. 1.2972 + 1 1617 '. 1.6370

2.3920

14

1.2456 ' 1.5530

1.3869

1.5722

1.1717

7636 *

1.4655

1.1814

1.3218

1.1708 '. 1.5699

2.3942 *

.9125 *

.9275 *

.8225

F-SUa-Q 15

1.1824

1.5362 '.1.9915..*.1. 9616

2.2158

M-SUB-Q AT 100% FOWER, 4 EFFD, THIS IS LEVEL 3 OF 10 (LEVEL 18 s TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.0571 ' 1.4341

1.2167

1.4641

1.3013

1.4812

1.1963

1.1235 *

................................................ 1918

1.4703

1.5609 *

1.6640

1.2314

1.4485

1.2006

1.3567

1.

i 9

1.4341

1.2659

1.4630

1.3023

1.5380

1.4105

1.4919 *

.8729 *

1.2314

1.3915 '.1.2086 '. 1.3584

1.1523..*. 1. 2536

1.1853

2.0009

f 10

1.2167

1.4555

1.1995 ' 1.4726

1.3800

1.5390

1.3323 *

.8836 *

1 4485..*.1.2151..*.1.4704.*.1. 2021

1 2751..*.1.1523..*. 1.3258

1 9857

1.4662

1.2809

1.5390 ' 1.3687

1.4973 *

.7797 *

1.2959

11

1.4641

1.2006.'.1.3650 '. 1.2079

1 3811.*. 1.1534.*. 1.2950

1.1834

2 2551

12

1.3013 ' 1.5358

1.3869

1.5358

1.3602

1.5230

1.1138

I 1.1540

1.2765

1.1553

1.3041 + 1.1661

1.5876 *

1. 3567...................

13

1.4812

1.4094 ' 1.5350

1.3666

1.5240

1.0710 *

.7229

2.4351 *

1.1918

1.2549

1 1535

1.2973

1.1655

1. 6537 14

1.1963

1.4087

1.3302

1.4951 ' 1.1128 '

.7229 *

.......... 1.1872

1.3274

1 1846 '. 1.5889 '.2.4355 *

1.4703 *

.8825 *

.7775

F-SUB-Q 15

1.1235 *

.8707

1.5609

2.0144

1.9892

2.2576

M-SUB-Q

APPENDIX Page 91 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 2 (cont.)

F-sub-QfM sub-Q Values (F-sub-Q OP Margin)- Power Escalation AT 100% FCWER.

4 EFPD, THIS IS LEVEL 2 OF 18 (LEVEL 18 = TCP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9842

1.3184

1.1299

1.3495

1.2070

1.3205

1.0571 *.9543 *

1. 7 413

1 3 0 4 0

1 518 3. *.1. 2 7 71.. +.1.

4 2 5 0. *. 1. 3 016

1. 62 0 0. *. 1. 7 90 0. *.

9

1.1184

1.1663

1.3559

1.2177

1.3816

1.2638

1.3066 *

.7668 *

1 3040

1.4711..*.1 2698

1. 4132..*. 1. 2491..*. 1. 3612.*. 1. 3162 + 2.2289.*.

10

1.1299

1.3495

1.1235

1.3484

1.2Tr'

1.3741

1.1717 *

.7647 *

...**......... 1. 4670

2.2377 *

1.2546 *

1. 5183

1 2763

1. 5287

1. 2778.*. 1.3..,

1.3420

1.1813

1.3784

1.2209

1.2788 *

.6694

11

1.3495

1.2124

.......... 36.*.1 4567

1.2539

1 4113.*. 1. 3471.*. 2.5566

1.28

............ 4196 *

1.2771

1.

12

1.2070

1.3794

1.2552

1.3741

1.2177

1.3302 *.9639

1.4250

1.2512

1.2568

1.4149

1.2971

1.7856 *

................... 1. 3706

13

1.3205

1.2627

1.3720

1.2188

1.3313 *

.9403 *

.6255 *

................................ 31* 1.41..*.1.2963

1..,8313

2. 7387

1.3016

1.3622

1.2561 1.0571

1.3045

1.1695

1.2777 *

.9628 *

.6255

14 *

................... 1 4698

1. 3487

1. 7871.*.2.7421.*

1.6208

1.3184

15 *

.9543

7647 *

.7636 *

.6683

F-SUB-Q

........ 621.*. M-sUB-Q

2.5

. 1. 7900

2.2354

2 2399 AT 100% PCWER, 4 EFPD, THIS IS LEVEL 1 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 : BOTTCM)

H C

F E

D C

B A

8*

7154 *

.9425

7743 *

.9928 *

.8407 *

.8557 *

.7036 *

.5741

2.1776

1.7018

2.0105

1.9711

2.3949

2.9297 2.3573

1.7907

9*

.9425

7850 *

.9693 *

.8707

1.0014 *.8182 *.8579 *.5044 *

.,....................................................... 9674

3.3289 *

1.7907

2.1501

1.7431

1.9404

1.6888

2.0662

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

10 *

.7743 *

.9660 *

.7904 *

.9885 *

.8472 *.9703 *

.7433 *.4841

l i

2. 17 7 6

1 7 4 8 4

2.137 9

1.710 8

1. 99 42 + 1.7 415

2.27 01..*. 3. 4 68 6

11 *

.9928 *

.8675 *

.9832 *

.8075 *

.9778 *

.8000 *

.7968 *

.4252 *

1.7010

1.9490

1.7202

2.0936

1.7300

2.1134

2.1192

3.9559

l 12 *

.8407 *

.9982 *

.8450 *

.9735 *

.6054 *

.8697 *

.6094 *

2.0105

1.6938

2.0014

1. 7374.*. 2.1013 *.......... 9468

2.7700..*.

1 13 *

.8557 *

.8172 *.9693 *

.7990 *

.8697 *.6100 *.4016 *

1.9711

2.0681

1.7442

2.1171.*.1.9453

2.7328

4.1931

14 *

.7036 *

.8568 *

.7422 *

.7958 *

.6083 *

.4016 *

2.3949

1.9693

2.2728

2.1212

2.7735

4.1931

15 *

.5741 *

.5034 *

.4841 *

.4241

F-SUS-Q 3.3340

3.4741

3.9620

M-SUB-Q

. 2.9297

APPENDIX l

Page 92 of 140

(

McGuire 2 Cylce 10 Core Operating Limits Report l'able 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFFD, THIS IS LEVEL 18 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTTOM)

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

.6062

8*

.6276 *

.8750 *

.7958 *

.9789 *

.8675 *

.8632 *

.7497 *

..........'......... 2 2200

1.7916

2.0149

2. 0134

2. 3109

2.8227

2.5449 2.0638

9*

.8750 *

.7690 *

.9436 *.8606 *

.9746 *

.8215 *

.8482 *.5526 *

.............. 40 *.... 1 8754

2.0194

1.7983..*. 2. 1216

2. 0430

3.1001

2.0638

2.32

.9446 *

.8257 *.9160 *

.7454 *

.5141

10 *

.7958 *

.9436 *

.8097

3.3585 *

2.2200

1.8767

2.1880

1.8754 *

2.3474

..................................... 2. 1455

1.9271 11 *

.9789 *

.8686 *

.9414 *

.7797 *

.8547 *

.7272 *

.7326 *

.4402 *

..................................'.................... 4503 *........ 9970 *

1.7916

2.0215

1.8815

2.2885 2.0601

2.4494

2 3.

12 *

.8675 *

.9746 *

.8236 *

.8525 *

.6115 *

.6651.*

.5500 *

2.0149

1.7975

2.1490

2.0648

2.4020

2.2750 3.0014

13 *

.8632 *

.8215 *

.9157 *

.7261 *

.6651 *

.4766 *

.3604 *

2.0134

2.1226 '.1.9285

2.4516

2.2750

2 9969

4.3943 *

.8472 *

.7454 *

.7315 *

.5569 *

.3684

7497 14 *

2.3109

2.0461

2.3507

2. 4526

3.0816

4.3943

15 *

.6062 *

.5516 *

.5130 *

.4391

F-SUB-Q

.............. 50

3.3652

4.0029

M-SUB-Q

2.8227

3.10 AT 75% POWER, 4 EFPD, THIS IS LEVEL 17 0F 18 (LEVEL 10 s TOP OF CORE. LEVEL 1 : BOTTOM)

...............................E.......D..................B........A H

G F

C 8*

.8664

1.1802

1.0935

1.2509

1.1899

1.2649

1.0006 *

.9510 *

.'.........'.1 6231..*.1.7148

1.4676

1. 5381

1 4355.*. 1.6689..'.1.8786

1.9797 9

3.1802

1.0913 ' 1.2445

1.1588

1.2638

1.2316

1.2242 *

.8043 '

...... 1

1.7436

1 4935

1. 5874

1 4441..*. 1. 4000

1. 4875..*.2. 2260..*.

1.623 10

1.0935

1.2402

1.0967 ' 1.2284

1.1813

1.2466

1.1117 *

.7743

4.....

1 6981..*.1 5131

1. 5766

1. 4849

1. 6566

2. 3376..*

1.7149 a 1.4981

11

1.2509

1.1578

1.2252

1.0881

1.1717

1.0849

1.1181

6715 *

1.4676

1.5C92.*. 1. 5170

1. 7405

1. 6260

1.7407

1.6948

2.7503

12

1.1899

1.2649

1.1802

1.1706 *.8943

1.0153 *

.8654

1..*. 1.4421.'.1.5775

1. 6279

1.7226

1.6369 '.2.1213 *

1.538 13

1.2649

1.2306

1.2466

1.0849

1.0153 *

.7551 *

.5730 *

..................... 4861.*.1.7429

1.6359

2 1266

3.0539

1.4355

1.4800

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

14

1.0806

1.2220

1.1106

1.1171 *

.8643 *

.5719 *

..................'.1 6586

1.6969

2.1214

3.0539 *

1.6609

1.4896 15 *

.9510 *

.8022 *

.7733 *

.6694 ' F-SUB-Q

.............. 14 2.3400

2.7540

M+SUB-Q 1.8786

2.23 l

e l

i

APPENDIX Page 93 of140 McGuire 2 Cylce 10 Core Operating Limits Report j

l'able 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFPD, THIS IS LEVEL 16 OF Id (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

D A

.................................................C.........B...............

8

1.0303

1.3612

1.2199

1.4126

1.3152

1.4555

1.2381

1.1342 *

1.9047 *

.......... 1.5213

1.6599

1.3687

1.4579

1.3097............................................

1 5302

1.6558

9

1.3612

1.2370

1.4019

1.2788

1.4576

1.4137

1.4416 *.9253 *

1.5213

1.6660

1.4064

1.5193

1.3147

1.3538

1.3271

2.0342

10

1.2199

1.3966

1.2059

1.3966

1.3527

1.4501 t_

1.3045 *

.9093 *

1.6599

1.4114

1.6415

1.

.............................. 4099

1 4574

1.3481 *

.............** 1.4873

2.0940

11

1.4126

1.2756

1.3923

1.2263

1.3987

1.2873

1.3709 *

.7968 *

1.3687

1

............ 5209

1.4139

1.6698..*.1.4654

1.5819

1.4793

2.4492

12

1.3152

1.4598

1.3516

1.3966

1.1867

1.3120

1.0592 *

..'............................ 4670

1.5690.*.1.4544

1.8809 *

.4579

1.3128

1.4587

1.

13

1.4555

1.4137

1.4491

1.2863

1.3120 *

.9735 *

.7047

1.3097

1.3540

1.3494

1.

.............................. 5828

1.4537

1.9159

2.7350

14

1.2381

1.4394

1.3023

1.3698

1.0592 *

.7047 *

1.5302

1.3288

1.4

...................... 889

1.

..... 4808.*.1.89'.2

2 7374................'

15

1.1342 *

.9232 *

.9082 *

.7947

F-SUB-Q

1.6550

2.03

.............. 97

2.0967

2.

............... 4535..* M-SUB-Q AT 75% POWER, 4 FFFD, THIS IS LEVEL 15 0F 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTOM)

H C

F D

C B

A

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

B* 1.1449

1.4748

1.2927

1.5123

1.3902 1.5604

1.3227

1.2338 *

1.9433

1.5217

1.6902

1 3582

1.4596 '.1.2920

1.5148

1.6069

9

1.4748

1.3323

1.5005

1.3655

1.5840

1.5144

1.5733 *.9917

1.5217

1.6853

1.4036

1.5

................................292

1.2912

1.3369

1.2860

2.0091 10

1.2927

1.4951

1.2713

1.5000

1.4651 1.5819

1.4234

.9853 *

1.6902

1.4067

1.6686 *

............................ 1.3931

1.4356

1.3131......................................

425 *

1.4441

2.0 11

1.5123

1.3612

1.5026

1.3291

1.5562

1.4255

1.5350 *

.8697 *

1.3582

1.530

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

1.3977

1.67

................ 29

1.4253

1.5466

1.4150

2.3787

12 + 1.3902

1.5829

1.4641

1.5540

1.3912

1.5251

+

1.1886 *

. 1.4596

1.2895

1.4370

1.4275

1.5381

1.4074

1.0291

13

1.5604

1.5144

1.5808

1.4244

1.5262

1.1299 *

.7936

1.2920

1.3369

1.314

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

1.5503

1.4067 *..................... 1.8727

2.6838

14

1.3227

1.5712

1.4212

1.5347

1.1877 *

.7925

1.5148

1.2877 *1

..................... 4463

1.4164

1.8303

2.6840

15

1.2338 *

.9885 *

.9842 *

.8606

F-SUB-Q

1.6069

2.0144

2.0455

2.38

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

M-SUB-Q m..

APPENDIX Page 94 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFFD, TEIS IS LEVEL 14 0F 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.1620

1.4983

1.3034

1.5347

1.4041

1.5829

1.3398

1.2541 *

2. 0660

1.6006

1.0043.*. 1 4313

1.5425

1. 3572

1.5877

1.6759.*.

9

1.4983

1.3527

1.5208

1.3869

1.6236

1.5412

1.6086

1.0035 *

1. 6006

1.7845

1.4844.*.1.6185.*.1 3545

1 4054

1.3396

2. 1048.*.

10

1.3034

1.5144

1.2841

1.5390

1.4994

1.6226

1.4576

1.0025 *

1.8043

1.4903

1.7736

1.4658

1 5100

1 3743

1.5131..*.2.1450

11

1.5347

1.3827

1.5337

1.3655

1.6129

1.4748

1.5947 *

.8921 *

1.4313

1 6212

1. 4710 *...... 1.7492.*.1. 4749

1.6082.*. 1.4720

2 5017

12

1.4041

1.6226

1.4994

1.6108

1.4533

1.6001

1.2338 *

1.5425

1.3526

1.5124

1.4772

1. 6061.*. 1.4610

1.9034

13

1.5829

1.5401 + 1.6215

1.4737

1.6001

1.1845 *

.8257 *

1.3572..*. 1.4061

1 3756

1.6100

1.4600

1.9581.*. 2.8113

14

1.3398

1.6054

1.4555

1.5936

1.2338 *

.8247 *

1.5877

1 3415

1.5147

1.4795

1.9050

2.8140

15

1.2541

1.0003

1.0014 *

.9900

F-SUB-Q

1.6759

2.1100

2.1481..*.2.5060

M-SUB-Q AT 75% POWER, 4 EFFD.

THIS IS LEVEL 13 0F 10

/EL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.1910

1.5551

1.3398

1.5936

1.4469

1.6451

1.3827

1.3045 *

2.1599

1.6521

1.,9124

1.5007

1. 6298

1.4199

1.6684

1.7417

9

1.5551

1.3934

1.5787

1.4384

1.6975

1.6033

1.6804

1.0346 *

............................................................... 2.2094

1.6521

1,8447

1.5567

1.7005

1.4162

1.4756

1.3930

10

1.3390

1.5722

1.3216

1.6033

1.5626

1.6997

1.5208

1.0410 *

1.9124

1.5632..*. 1.0762

1.5350

1.5862

1. 4335..*. 1.5812

2. 2448

11

1.5936

1.4330

1.5979

1.4212

1.6975

1.5465

1.6847 *

.9275

1.6446

1.4972

2.6273 *

.......... 95

1.5405

1. 7995.*. 1.4987

1.70

1. 5007 12

1.4469

1.6965

1.5615

1.6954

1.5294

1.6922

1.2970 *

..............................., 10

1. 6621

1 4901

1.9492

1.6298

1.4143

1.5800

1.50 13

1.6451

i.6022

1.6965

1.5444

1.6933

1.2456 *

.8643 *

1.4199

1.4763.*.1.4348

1.6457.*. 1 4979

2.0315

2.9097

14

1.3827

1.6783

1.5187

1.6836

1.2959 *

.8632 *

1.6684

1.3950

1.5838

1.4987

1.9515

2.9126

15

1.3045

1.0324

1.0389 *

.9253

F-SUB-Q

1.7417

2.2144

2.2401 + 2.6341

M-SUB-Q

\\

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

APPENDIX Page 95 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFPD, THIS IS LEVEL 12 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

......................F........E.......D.........C..................A H

0 B

8

1.1867

1.5572

1.3377

1.6001

1.4400

1.6526

1.3837

1.3077 *

........................................................... 18

1 8935

2.3245

1.7600

2.0532

1.6362

1.7825

1.5409

1.82 9

1.5572

1.3923

1.5840

1.4426

1.7115

1.6097

1.6922

1.0346 *

................................. 1 6126

1.5143

2.4120

1.6986

1.0672

1.543*

1 7688

1. 9797 1.7179

1.5294

1.0421

10

1.3377

1.5765

1.3216

1.6161

1.5722 2.0532

1.7054

2.0550

1.6721

1.73 1.5594

1.7228

2.4497

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

1.6001

1.4373

1.6086

1.4298

1.7168

1.5594

1.7050 *

.9307

11 *

................... 1 6787

1.9188

1 5908

1 7490

1 5876

2. 8702

1.6362

1.8694 *

1.3066

12

1.4400

1.7093

1.5690

1.7136

1.5444

1.7157

1.7825

1.5407

1.7347

1.5934

1.7632

1.5848

2.0722

13

1.6526

1.6076

1.7147

1.5572

1.7157

1.2574 *

.8697 *

1.5489

1.6135

1.5618

1.7511

1 5846

2.1545

3.0931

14

1.3837

1.6890

1.5272

1.7040

1.30d5 *

.8686 *

1.8218

1.5165

1.7258

1.5885

2.0737

3.0931

15

1.3077

1.0314

1.0410 *

.9286

F-SUB-Q

1.8935

2. 4195

2 4538

2.R750

M-SUB-Q AT 75% POWER, 4 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

D C

B A

8

1.1685

1.5390

1.3205

1.5851

1.4330

1.6365

1.3677

1.2917 *

2.5198

1.9039

2.2189

1.8093

1.9784

1.7166

2.0204

2.0948

9

1.5390

1.3741

1.5679

1.4276

1.6986

1.5926

1.6772

1.0196 *

1.9039

2.1366

1.8634

2.0515

1 7075

1.7911

1.6742

2.6769

10

1.3205

1.5604

1.3066

1.6054

1.5583

1.7082

1.5155

1.0292 *

........................ 2..*.1 8258

1.8781..*. 1.7109

1.9071

2. 7161

2.239

2.2189

1.9717 11

1.5851

1.4212

1.5979

1.4180

1.7072

1.5476

1.6954 *

.9200 *

........................**............................. 1 7093

3.1154

1.8326

2.0720

1.7129

1.8899 *

1.8093

2.0601 12

1.4330

1.6965

1.5551

1.7040

1.5337 + 1.7072

1.2948 *

1.9784

1.7055

1.8793.*. 1 7159

1.9104

1.7132

2.2486

13

1.6365

1.5904

1.7050

1.5455

1.7082

1.2466 *

.8589

j 1.7139

1.8914

1.7122

2.3368

3.3562 *

1.7166

1.7911

)

14

1.3677

1.6750

1.5123

1.6933

1.2938 *

.8589 *

2

1.6769

1.9095

1.7103

2.7503

3.3600 *

... 0204 1.0174

1.0282 *

.9178

F-SUB-Q 15

1.2927

2.0948

2.6840

2.7209

3.1220

M-SUB-Q

/ "PENDIX Page 96 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFFD, THIS IS LEVEL 10 OF 18 (LEVEL 18 2 TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B h

B

1.1652

1.5508

1.3227

1.5979

1.4373

1.6491

1.3709

1.3034

2.3225

1.9213

2.1341

1.8583

2.2216

2.2840 *

2 6362.*. 1.9847..............................................................

9

1.5508

1.3773

1.5808

1.4351

1.7147

1.6011

1.6943

1.0217

2.9379

1.9847

2.2327

1.9441

2.1419

1.7916

1.9188

1.8114 1.5733

1.3098

1.6204

1.5679

1.7275

1.5262

1.0335

10

1.3227 *

.......................... 1 7840

2.0131.*.2.9650

1.9648 *

2.3225

1.9531.*.2.3465

1.9014

1.7169 *

.9221

11

1.5979

1.4298

1.6119

1.4244

1.7265

1.5594 3.3340 *

.... 213

2. 1513

1.9113

2.1639

1.7862

1 9780

1. 7960 *

1.9............................................................

1.7136

1.5647

1.7232

1.5455

1.7286

1.3045

12

1.4373

2.1341

1.7938

1.9674 + 1.7894

1.9995

1.7894

2.3691

13

1.6493

1.5990

1.7243

1.5572

1.7286

1.2541 *

.8622 *

1.8583

1.9200

1.7873

1.9807

1.7884

2.4704

3.585*

14

1,3709

1.6911

1.5240

1.7157

1.3023 *

.8611

2.2216

1.8137

2.0159

1.7982

2.3711

3.5898

1.0185

1.0324 *

.9211

F-SUB-Q 15

1.3034 *

2.2840

2.9441

2.9600

3.3377

M-SUB-Q AT 75% POWER, 4 EFPD, THIS IS LEVEL 9 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTCM)

H G

F E

D C

B A

8

1.1288

1.5037

1.2831

1.5530

1.3955

1.6022

1.3313

1.2616 *

2.6552

1.9968

2.3372

1.9313

2.1450

1.8665

2.2294

2.3372

9* 1.5037

1.3355

1.5358

1.3934

1.6606

1.5530

1.6461 *

.9896 *

1.9968

2.2464

1.9557

2.1560

1.0015

1.9326

1.8226

2.9860

1.5283

1.2713

1.5765

1.5230

1.6825

1.4833

1.0014

10

1.2831 2.3372

1.9648

2.3597

1.9113

1 9767

1.7927

2.0256

2.9891

11

1.5530

1.3869

1.5679

1.3859

1.6815

1.5165

1.6697 *

.8943

1.9313

2.1655

1.9213

2.1735

1.7938

1.9900

1.8070

3.3567

12

1.3955

1.6665

1.5197

1.6783

1.5026

1.6825

1.2659 *

................................................ 7982..*. 2.3864

2.1450

1.8026

1.9807

1.7971

2.0118

1...

13

1.6022

1.5519

1.6783

1.5144

1.6836

1.2177 *.8343 *

............ 9339

1. 7960

1.9914

1.7982

2.4871

3 6251 *

1.8665

1.

14

1.3313

1.6429

1.4812

1.6686

1.2638 *

.8343

1.8249

2.0284

1.0092

2.3903

3.6251 *

2.2294

1.0003 *

.8932

F-SUB-Q 15

1.2616 *

.9864

2.3372

2.9951

2.9951

3.3644

M-SUB-Q

APPENDIX Page 97 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFFD, THIS IS LEVEL 8 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 e DOTTOM)

.................................................C........H........A H

O F

E D

8* 1.1213

1.5101

1.2798

1.5583

1.3923

1.6065

1.3200

1.2670 *

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

2.1082

2.183

2.5898

1.9130

2.2446

1.8328

2.0382

1.7637 9

1.5101

1.3334

1.5422

1.3934

1.6772

1.5540

1.6558 *

.9853 *

1.9138

2.1671.*. 1.8677

2 0726

1.7265..*.1 0478

1.7205

2.8096

1 j

10

1.2798

1.5347

1.2681

1.5829

1.5240

1.6933

1.4865

1.0014 *

2.2446

1.8772

2. 2671 '.1 8351

1.9101

1.7255

1. 9402.*.2. 8149

11

1.5583

1.3800

1.5744

1.3848

1.6922

1.5197

1.6847 *

.8921 *

1.0328

2.0014

1,8432

2.1112

1.7306

1.9275

1.7398

3.2175

1.3923

1.6750

1.5208

1.6879

1.5069

1.6954 + 1.2681

12 *

2. 0382..*. 1.7286

1.9113.*. 1.7337

1.9544

1. 7398

2.3170..*.

.8322

13

1.6065 ' 1.5519

1.6890

1.5176

1.6954

1.2177

......................... 5381

1.7388

2.4237

3

1.7637

1.8478

1.7276

1.9

............................... 288

14

1.3280

1.6526

1.4844

1.6825

1.2670 *

.8322

2.1082

1.7225

1.9441

1.7419

2.3100

3.5423

15

1.2670 *

.9832 *

.9992 *

.8911

F-SUB-Q 2.1831

2.8176

2.8203

3.

.............................. 2,210.* M-SUB-Q i

AT 75% POWER, 4 EFPD, THIS IS LEVEL 7 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8* 1.0946

1.4823

1.2531

1.5305

1.3634

1.5744 + 1.2970

1.2402 *

2.4150

1.7712

2.0726

1 6803

1.8784

1.6229

1.9492

2.0214

9

1.4823

1.3066

1.5144

1.3655

1.6472

1.5200

1.6247 *

.9618

115..*. 1.9039

1 5820

1.7006

1.5803

2.6082

1.7712

2.0118

1.7 10

1.2531

1.5069 ' 1.2413

1.5551

1.4930 ' 1.6633

1.4566 *

.9778 *

............**.......... 3..*.1.6841..*. 1.7606

1 5820

1 7819

2.5967 *

2.0726

1.7205

2.087 11

1.530S

1.3591

1.5455

1.3559

1.6622

1.4898

1.6547 *

.8718 *

1 6803

1.9125

1.6909

1.9701

1 6149

1.8026

1.6211.*.2.9740

12

1.3634

1.6451

1.4898

1.6590

1.4769

1.6654

1.2413

1.7616

1.6105

1.8618

1.6428

2.1703 *

1.8784

1.5837 13

1.5744

1.5197

1.6600

1.4865

1.6665

1.1910 *

.8118 *

1.0048 1.6419

2.2953

3.3078 *

1.6229

1.7026

1.5837 1.2970

1.6215

1.4533

1.6536

1.2402 *

.6118

14

1.9492

1.5820

1.7851

1.6220

2.1719 3.3115

15

1.2402 *.9585 *

.9757 *

.8697

F-SUB-Q

2.6151

2.6013

2.9770

M-SUH-Q

2. 0214

APPENDIX Page 98 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l'able 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFPD, THIS IS LEVEL 6 0F 18 (LEVEL 10 3 TOP OF CORE, LEVEL 1 = BOTTOM)

H O

F E

D C

B A

8

1.0560

1.4309

1.2092 + 1.4748

1.3130

1.5144

1.2466

1.1888 *

2.2243

1.6419

1.9288

1 5820.*.1 7701

1.5334

1 8478

1 9263

9

1.4309

1,2616

1.4608

1.3141

1.5862

1.4619

1.5604 *

.9211 *

.............................. 7862.+. 1.4847

1.6018

1.4938.*.2.4829.*.

1.6419

1.8594

1.6035

1 10

1.2092

1.4523

1.1963

1.4973

1.4362

1.6011

1.3987 *

.9361 *

1.9288

1.6123.*.1.9531..*. 1.5769.*.1.*.6474

1.4840

1.6765

2.4642

11

1.4748

1.3077

1.4887

1.3066

1.6001

1.4319

1.5894 *

.8343 *

1.5060

2.7989 *

........................371.5820

1.7949

1.58..*. 1.8249.*.1.4968

1.6727 12

1.3130

1.5840

1.4330

1.5969

1.4201

1.6022

1.1888 *

.....................................***.......... 39

2.0228

1.7701 + 1.4862

1.6493

1.4999

1.7195

1.52

.7765

13

1.5144

1.4598

1.5979

1.4298

1.6022

1.1417

1,5334

1.6044

1.4855

1.6746

1.5239

2.1419

3.1023.*.

14

1.2466

1.5583

1.3966

1.5883

1.1877 *

.7754 *

1.8478

1.4968

1.6793

1.5075.*. 2. 0256.*. 3.1056

15

1.1888 *

.9189 *

.9339 *

.8332

F-SUB-Q 1.9263

2.4913

2.4684

2.8015

M-SUB-Q AT 75% POWER, 4 EFPD, THIS IS LEVEL 5 0F 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 = BOTI'OM) l H

G F

E D

C B

A j

8

1.0421

1.4255

1.1984

1.4651

1.2970

1.4994

1.2263

1.1727

i

2.0453

1.5060

1.7819.*. 1. 4641..*. 1. 6474.*. 1.4252

1.7316

1. 8004

9* 1.4255

1.2509

1.4533

1.3002

1.5712

1.4416

1.5444 *

.9039 *

....**....... 095

1.4773.*. 1 6548

1.3734

1.4908

1.3889

2. 3354 *

1.5060

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

10

1.1984

1.4459

1.1835

1.4833

1.4159

1.5840

1.3784 *

.9200 *

..................................................... 5594

2. 3061.*

1 1819

1.4855

1.8081

1.4561

1.5271

1.3721

1.......

11

1.4651

1.2938

1.4748

1.2884

1.5840

1.4105

1.5722 *

.8172 *

..................................... 1.3753

1.5422

1 3843

2.6151

1.4641

1.6623

1.4626

1.6812

12

1.2970

1.5690

1.4126

1.5797

1.3992

1.5840

1.1695 *

1.6474

1.3753

1.5286

1.3778

1.5652

1.3869

1.8630

13

1.4994

1.4394

1.5008

1.4084

1.5840

1.1203 *

.7593

1.4252

1.4923

1.3740

1.5439

1.3863

1.9583

2.8558

14

1.2263

1.5422

1.3762

1.5701

1.1674 *

.7593

1.5619

1.3863

1.8641

2.8586 *

1. 7316

1.3909

15

1.1727 *

.9007 *

.9178 *

.8161

F-SUB-Q

1.8004

2.3428

2. 3097

2.6174

M-EUB-Q

APPENDDC Page 99 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFPD, THIS IS LEVEL 4 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTOM)

H O

F E

D C

B A

8

1.0003

1.3645

1.1503

1.3907

1.2402

1.4255

1.1610

1.1010 *

.......................................... 1. 7938 *

1.6087

1.3988

1.7085 *

1. 7286

1.4314

1.9807

1.4634

9

1.3645

1.2006

1.3912

1.2402

1.4887

1.3655

1.4576 *

.8514 *

............. 567 *..... 1. 4391

1 6158

1.3495

1. 4663

1.3734.*. 2.3206 *

1.4634

1.6 10

1.1503

1.3827

1.1342

1.4094

1.3409

1.4983

1.3002 *

.8643 *

1 7286

1.4468

1. 7564.*.1 4231

1 4976

1.3476.*.1.5390

2 2936

11

1.3907

1.2330

1.4030

1.2274

1.4973

1.3323

1.4758 *

.7668

1.3670

2.5944 *

....................................... 3488

1.5137 1.4314

1.6229

1.4300

1.6373

1 12

1.2402

1.4865

1.3377

1.4940

1.3227

1.4919

1.0967

1.6087

1.3507

1.4991

1.3513

1.5296

1.3588

1.0374

13

1.4255

1.3634

1.4951

1.3302

1.4930

1.0528 *.7111

2.8203 *

1.3988

1.4677

1.3501

1.5153

1.3588

1.9213 1.1610

1.4544

1.2981

1.4748

1.0956 *

.7111

14

1.7085

1.3753

1.5422

1.3603

1.8397

2.8203

15

1.1010 *

.8493 *

.8632 *

.7658

F-SUB-Q 2.3200

2.2971

2.5990

M-SUB-Q

1.7938

AT 75% POWER.

4 EFPD, THIS IS LEVEL 3 0F 18 (LEVEL 10 : TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9757

1.3302

1.1245

1.3500

1.2049

1.3698

1.1042

1.0357 *

1.9263

1.4224

1.6755

1.3961

1.5685

1.3778

1.7036

1.8114

9

1.3302

1.1706

1.3500

1.2070

1.4266

1.3066

1.3827 *

.0043

1.4224

1.6087

1.3955

1.5710

1.3324

1.4504

1.3708

2.3335

10

1.1245

1.3505

1.1096

1.3666

1.2852

1.4276

1.2338 *

.8150 *

. 1. 6755

1.4034

1.7016

1.3895

1. 4758

1.3324

1.5358

2.3079

11

1.3580

1.2006

1.3602

1.1856

1.4276

1.2681

1.3880

7106 *

................................. 1. 3354

1.5014

1. 3721

2.6244

1.6000 *

1. 3961

1.5786

1.3961

12

1.2049

1.4255

1.2841

1.4244

1.2606

1.4137

1.0314 *

1.5685

1.3342

1.4773

1.3378

1.5122

1.3526

1.8455

13

1.3698

1.3045

1.4255

1.2659

1.4137 *

.9917 *

.6662 *

................................................... 5

2.8421

1.3778

1.4518

1.3342

1.5037

1.3519

1.922 14

1.1042

1.3805

1.2316

1.3869

1.0303 *

.6662 *

1.7036

1.3734

1.5382

1.3734

1.8466

2.8421 *

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

.8022 *

.8129 *

.7176

F-SUB-Q 15

1.0357

.............................. 6291.*. M-SUB-Q 1.8114

2.3391

2 3115

2

APPENDIX Page 100 ' f 140 o

McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 75% POWER, 4 EFFD, THIS IS LEVEL 2 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 : BOTTOM)

...................**.....................................B.........A H

G F

E D

C 8*

.90LB

1.2124

1.0367

1.2424

1.1085

1.2102 *.9682 *

.8729 *

.................................................................. 0740 *

2.0090

1.5022

1.7512

1.4707

1.6428

1.5022

1.8748

2.

9

1.2124 + 1.0699

1.2466

1.1192

1.27:3

1.1599

1.1995 *

.7004 *

1.5022

1.6958

1.4626

1 6301

1 4398

1.5710

1.5208

2.5830

10

1.0367

1.2402

1.0314

1.2402

1.1545

1.2638 *

.0753 *

.6994 *

1.7512..*. 1.4707 *........ 1. 7637

1 4729..*. 1 5811

1. 4476

1.6967

2. 5921..*

11

1.2424

1.1138

1.2349

1.0849

1.2670

1.1213

1.1738 *

.6115 *

................................................................ 2. 9680 *

1.4707

1.6383

1.4795

1.6822

1.4476

1.6310

1.5586

12

1.1085

1.2691

1.1524

1.2638

1.1192

1.2231 *

.8846 *

1. 6420

1.4419

1 5828

1.4511

1.6364

1. 4999

2.0682

13

1.2102

1.1588

1.2616

1.1192

1.2242 *

.8622 *

.5719 *

1.5022

1.5735

1.4490

1.6337

1.4991

2.1234

3.1862

14 *

.9682

1.1984

1.0731

1.1727 *

.8836 *

.5719 *

1.8748

1.5223.*. 1. 6997

1. 5602.*.2.0697

3.1862

15 *

.8729 *

.6994 *

.6993 *

.6115

F-SUB-Q

2.0740

2.5898

2.5967

2.9710

M-SUB-Q AT 75% POWER, 4 EFPD, THIS IS LEVEL 1 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.6512 *

.8589 *

.7047 *

.9061 *

.7647 *

.7786 *

.6394 *

.5205

1.9635

2.3206

2.2776

2.7725

3.3954 *

2. 7188

2.0653

2. 5147 9*

.8589

7133 *

.8836 *

.7936 *

.9125 *

.7443 *

.7000 *

.4584 *

2.0653

2 4808

2.0104

2.2395

1.9492

2.3883

2.2758

3 8627 *

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

.9007 *

.7711 *

.8846 *

.6769 *

.4391

10 *

.7047 *

.8804 *

.7197

.............. 9740

2. 3043

2.0131.*. 2.6268

4.0263 *

2.5147

2.0159

2.4604

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

11 *

.9061 *

.7893 *

.8964 *

.7347 *

.8911 *

.7283 *

.7251 *

.3856 *

1.9635

2.2498

1. 9847

2.4197

2.0008

2.4458

2.4540

4.5978

12 *

.7647 *

.9104 *

.7690 *

.8879

7326 *

.7915 *

.55.37

............................ 2.0076

2.4297

2.2532

3.2140 *

2.3206

1.9544

2.3115

13 *

.7786 *

.7433 *

.8836 *

.7272 *

.7925 *

.5623 *

.3641 *

................................................ 1691.*. 4.8714.*.

2.2776

2.3903

2.0154

2.4499

2.2532

3.....

14 *

.6394

7797 *

.6758 *

.7251 *

.5537 *

.3641 *

2.7725

2.2794

2.6291.*.2. 4581.**3.2175

4.8714 *

.3845

F-SUB-Q 15 *

.5205 *

.4573 *

.4391

3.3954

3.8677

4.0318

4.5978

M-SUB-Q

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

APPENDIX Page 101 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 2 (cont.)

F-sub-Q/M sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 50% FOWER, 4 EFPD, THIS IS LEVEL 18 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 3 BOTTOM)

H G

F E

D C

B A

8*

.6726 *

.9521 *

.8622

1.0721 *

.9468 *

.8150 *

.6512 *

................................ 22.*.2. 4167

2.4009

2 7794

3. 4366 *

2.8598

2.3035

2.6909

2.14 9*

.9521 *

.8300

1.0303 *.9468

1.0609 *.8986 *

.9307 *

.5912 *

2.3035

2 6820

2. 2541..*.2.4282

2.1456

2.5376.*.2. 4385.*. 3.7970

10 *

.8622

1.0292 *

.8771

1.0324 *

.9010

1.0089 *

.8140 *

.5494 *

2.6909

2.2554

2.6539

2 2508

2.5708

2.2971

2.8220

4.1337 *

.9468

1.0282 *

.8450 *

.9361 *

.7947 *.0022 *.4691

11

1.0721 2.7538

4.8666

2.6914 *

2.1422

2.4311

2.2597

2.6591

2.2576 12 *

.9468

1.0699 *

.8996 *

.9328 *

.6640

7261 *

.6000 *

........................ 3

2.2639

2.6322

2.4818

3.4196 *

2.4167

2.1456

2.577.......................................

13 *

.9468 *

.8986

1.0070 *

.7936 *

.7261 *

.5119 *.3898 *

.............................. 6933

2.4804.*. 3.3162.*. 4.9522

2.4009

2.5392

2.2997

2 14 *

.8150 *

.9286 *.8129 *

.8022 *

.6000 *.3898 *

2.7794

2.4429

2.6259

2.7558

3.4225

4.9522

15 *

.6512 *

.5901 *

.5404 *

.4680

F-SUB-Q

3.4366

3.8041

4.1379

4.8724

M-SUB-Q AT 50% F0WER, 4 EFPD, 1HIS IS LEVEL 17 OF 18 (LEVEL 18 e TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.9350

1.2895

1.1867

1.3741

1.3034

1.3966

1.1792

1.0271

2.2300

1.8324

2.0364

1.7597

1.8457

1.7006

2.0095

2.2886

9* 1.2095

1.1856

1.3645

1.2681

1.3923

1.3548

1.3505 *.8654 *

. 1 0324

1. 9775

1.7950

1. 9098

1.7236

1.7600

1. 7734

2 7245

10

1.1867

1.3602

1.1910

1.3473

1.2991

1.3762

1.2199 *

.8311 *

2.0364

1.8013

2.0639

1.0204

1 8822

1.7749

1.9920

2.b?27 *

.7197

11

1.3741

1.2670

1.3430

1.1856

1.2916

1.1931

1.2327

3.3511

1.7597

1.9125

1.0260

1.9854

1.7858

1.9204

1.8887 12

1.3034

1.3944

1.2970

1.2895 *

.9778

1.1149 *.9393

1.7963

2.3611

1.7881

1.8951

1.8457

1.7215

1.8847

)

13 + 1.3966

1.3548

1.3752

1.1920

1.1149 *

.8129 *

.6094

l 1.9222

1.7955

2.3616

3.4540 *

1.7086

1.7680

1.7764 3

14

1.1792

1.3495

1.2188

1.2316 *

.9382 *

.6083

1.9949

1.0904

2.3625

3.4567

2.0095

1.7757

.8632 *

.8300 *

.7176

F-SUB-Q 15

1.0271

..... 66

2.7318

2.8768

3.3565

M-SUB-Q 2.28

APPENDIX Page 102 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 50% POWER, 4 EFPD, THIS IS LEVEL 16 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BO'liOM)

H G

F E

D A

.................................................C.......D 8

1.1031

1.4748

1.3120

1.5369

1.4276

1.5915

1.3398

1.2167 *

2 2010

1.7479

1 9940

1.6735

1.7849

1.5896

1. 8745

2.0449

9

1.4748

1.3313

1.5230

1.3869

1.5915

1.5422

1.5787 *

.9896 *

1.7479

1. 9169

1. 7203.*. 1 0645

1.6012

1. 6498

1.6110..*.2.5250.*.

10

1.3120

1.5176

1.2970

1.5176

1.4748

1.5872

1.4201 *

.9703 *

............... 2.0290

1 7289

1. 7702

1.6446

1 8246

2. 6166 *

1 9940

1.7267 11

1.5369

1.3827

1.5133

1.3248

1.5294

1.4052

1.5005 *

.8493

1.7353

1.9101

1.6516

1.7841

1.6791

3.0428

1.6735

1.8661 12

1.4276

1.5936

1.4737

1.5272

1.2906

1.4319

1.1449

1.7732

1.6536

1.7648

1.6313

2.1360 *

1.7849

1.5987 13

1.5915

1.5422

1.5862

1.4041

1.4319

1.0485 *

.7476 *

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

1.6301

2.1708

3.1498 *

1.5896 + 1.6504

1.6465

1.786.............................

14

1.3198

1.5765

1.4100

1.4994 + 1.1438 *

.7465 *

1.8745

1.6135

1.8278

1.6804

2.1371

3.1521 *

.9864 *

.9693 *

.8482

F-SUB-Q 15

1.2167

2.0449

2.5326

2.6215

3.0473

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 15 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

A

........................................D.........C.......B.............

1.3730

1.6250

1.4908

1.6858

1.4148

1.3120

8

1.2102

1.5787 *

.......... 1.0035

2 0837

1.7124

1.0440

1.6179

1.9094

2.0386

2.3176

1.4169

1.6108

1.4641

1.7136

1.6333

1.7029

1.0496

9

1.5787 *

+ 1.6216

1.6806

1.6087

2.5609 *

................... 1. 7687

1.9347

1.8035

2.0026

10

1.3730

1.6044

1.3527

1.6204

1.5797

1.7115

1.5326

1.0432 *

2.0837

1.7761

2 1109

1.7581

1.7983.*. 1.6531

1.8289

2.6258

1.6140

1.4223

1.6836

1.5390

1.6643 *.9200

11

1.6250

1.4587 1.8050

1.6670

3.0487

1.9690

1.6561 1.9355

1.7647

1.7124 12

1.4908

1.7115

1.5787

1.6815

1.4993

1.6504

1.2723 *

................... 1 8014

1.6554

1.7863.*. 1.6300

2.1419 *

1,8440

1.6197 13

1.6850

1.6322

1.7104

1.5369

1.6504

1.2092 *.8354

1.0073

1.6293

2.1865

3.1797

1.6813

1.6551 *

1.6179

14

1.4148

1.7007

1.5305

1 6633

1.2713 *

.8343

1.9094

1.6117

1.8313

1.6677

2.1441

3.1821

15

1.3120

1.0464

1.0410

9189

F-5UB-Q 2.6307

3.0540

M-sva-Q

2.0386

2.5671

1 APPENDLX Page 103 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 2 (cont.)

i F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 50% POWER, 4 EFfD, THIS IS LEVEL 14 0F 18 (LEVEL 18 : TCP OF CORE, LEVEL 1 = BOTTOM) i

...............................E.........D.......C.......B.......A H

G F

2.5614

1.9705..*. 2 2723

1. 8788

2. 0289

1.7731.*. 2.08 i

1.2134

1.5829

1.3687

1.6279

1.4855

1.6868

1.4148

8*

J 9

1.5929

1.4212

1.6108

1.4673

1.7329

1.6418

1.7179

1.0507

f

1. 9705..*.2.2032.*. 1.9210

2. 1063

1. 7731.*.1. 0419..*. 1.7487

2 7981..*.

I 10

1.3687

1.6044

1.3495

1.6322

1.5958

1.7329

1.5508

1.0496 *

2 2723

1.9287

2 2939

1 0909

1.9297

1.7731..*.1 9689

2.8611

11

1.6279

1.4619

1.6268

1.4437

1.7232

1.5722

1.7061 *.9339 *

1.8788

2.1145..*. 1 8976

2. 1419

1.7893

1.9529

1. 7909

3.2559

j 12

1.4855

1.7307

1.5936

1.7200

1.5465

1.7093

1.3066 *

...................... 313

1. 7922

1.9455.*.1.7668.*. 2.3230 *

2.0289

1.7702

1.9.........................

13

1.6868

1.6408

1.7307

1.5701

1.7093

1.2541 *

.8611 *

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

1. 7753.*. 1.9555

1. 7665.*.2. 3873.*. 3.4740 *

1.7731

1.84.........

14

1.4148

1.7147

1.5476

1.7050

1.3055 *

.8600 *

2 0898

1.7515

1.9716

1.7924

2.3249

3.4768

15

1.3173

1.0474

1.0485 *

.9318

F-SUB-Q

2.2175.*. 2.0072

2.8668

3.2631

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 13 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 BOTTOM)

H G

F E

D C

B A

8* 1.2295

1.6215

1.3891

1.6675

1.5112

1.7275

1.4416

1.3548 *

2.7934

2.1156

2.4604

2 0373

2.2142

1.9197

2.2692..*. 2.3787

9

1.6215

1.4459

1.6504

1.5026

1.7864

1.6836

1.7704

1.0710 *

............... 2.0730

2.2763

1.9025

1.9993

1.8793

3.0293 *

2 1156

2.3727

10

1.3891

1.6429

1.3720

1.6793

1.6397

1.7896

1.5958

1.0774

2.1139

3.0847

..... 84

2. 0827

2.4936

2.0292

2.0732

1. 8951 2.46 1.6675

1.4962

1.6718

1.4833

1.7886

1.6258

1.7779 *

.9607

11 *

2.0373

2.2857

2.0395

2.2976

1.8967

2.0840

1.0917

3.4924

12

1.5112

1.7843

1.63i6

1.7854

1.6054

1.7843

1.3559 *

2.2142

1.9041

2. 0762

1.9007

2.1097

1 8973

2.4880

13

1.7275

1.6815

1.7864

1.6236

1.7843

1.3023 *.8921 *

1.9197

1.9993

1 8983

2.0869

1 8965

2.5961..*.3.7695

14

1.4416

1.7671

1.5936

1.7768

1.3548 *.8911 *

2.2692

1.8826

2.1170

1.8934

2.4907

3.7727

15

1.3548

1.0678

1.0753 *

.9585

F-SUB-Q

2.2787

3.0377

3.0890

3.5008

M-SUB-Q L

~

,a.4 y/,

1 3

1:

4 APPENDIX Page 104 of 140 -

McGuire 2 Cylce 10 Core Operating Limits Report 10able 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 50% POWER, 4 EFPD, THIS IS LEVEL 12 OF 18 (LEVEL 18 s TOP OF CORE, LEVEL 1 = BOTTOM)

...............................E.........D........C.........B.........A....

H G

F 8

1.2092

1.6033

1.3698

1.6526

1.4930

1.7104

1.4234

1.3409 *

3.1743..'. 2. 3925..*. 2 8017

2. 2555

2. 4560

2 1234*-2. 5076 '.2 6159

9

1.6033 ' 1.4266

1.6343

1.4876

1.7757

1.6665

1.7564

1.0571 *

... 3925 '.2. 6896

2 3433

2. 5759

2 1162

2.2137

2.0697

3. 3440 *

2 10

1.3698

1.6268 *.1.3548 1.6718

1.6279

1.7854

1.5840'* 1.0656 *

. 2. 8017

2.3545..*.2. 8268

2.2796

2. 3361..*.2.1249

2.3653..*.3. 3954

11 ' 1.6526

1.4812

1.6633

1.4737

1.7832

1.6183

1.7746 *.9521 *

2. 2555

2 5838

2. 2914

2.5865

2. 1259

2.3412 '. 2. 1158

3.9348

12

1.4930

1.7736

1.6247 ' 1.7800

1.6001

1.7832

1.3495 *

2. 4560

2.1142

2. 3411..*. 2.1300

2. 3610

2. 1167

2 7864

13

1.7104

1.6654

1.7811

1.6151 ' 1.7843 ' 1.2901 *.8868 *

2 1234

2 2148

2.1289

2 3437

2 1157

2.8991.*.4. 2107

14

1.4234

1.7532

1.5808

1.7725

1.3484 *.8857 *

. 2. 5076.*.2.0736

2. 3691..*.2.1178..'.2.7897

4 2147

15

1.3409

1.0539

1.0646 *. 9500

F-SUB-Q

. 2. 6159

3 3517..*. 3. 4006

3.9418..* M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 10 m TOP OF CORE, LEVEL 1 : BOTTOM)'

i -

- ..H.........G.....***.F.........E..................C.........B.........A.....

D 8* 1.1760

1.5647

1.3355

1.6151

1.4566

1.6697

1.3800

1.3077 *

3. 6840 ' 2 7561.*. 3.2269..*. 2. 5061.*. 2 7323

2.3616

2. 7927

2. 9046.*

9

1 5647

1.3902

1.5969

1.4523

1.7382 ' 1.6268

1.7168-* 1.0292 *

2 7561..*.3 1089.'.2 6283..*.2. 8725..*.2 3503 '.2. 4656

2. 2977

3.'7212..*

10

1.3355

1.5894 ' 1.3227

1.6386

1.5915

1.7511

1.5476

1.0389 *

3. 2269

2. 6409

3.2001..*.2. 5688

2.6567.'..'2. 3742

2. 6221.*. 3.7624.*.

11

1.6151

1.4469

1.6290

1.4426

1.7500

1.5840

1.7393 *.9286 *

2. 5061.*.2.8781..*.2. 5777

2. 9959

2. 4587

2. 7126

2. 4455..*. 4. 4032..*

12

1.4566

1.7361

1.5883 + 1.7457

1.5679

1,7511

1.3195 *

2.7323

2.3478

2 6599

2.4630

2 73.*36

2.4440 '. 3.2278

13

1.6697

1.6247

1.7468

1.5808

1.7511

1.2702 *.8664 *

2 3616

2.4670..*. 2 3768

2 7169

2. 4427

3. 3550

4.8717

14

1.3880

1.7147

1.5444

1.7372 ' 1.3184 *.8654 *

2. 7927..*.2.3013

2. 6268 '. 2. 4482

3.2323..*.4.8766

4 15

1.3077 ' 1.0260

1.0378 *.9275

F-SUB-Q

2. 9046..*.3 7307

3 7656.*. 4 4120..* M-SUB-Q s

I 1

l.

APPENDIX ~

Page 105 of 140 McGuire 2 Cylce 10 Core Operating Limits Report -

liable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 50% POWER, 4 EFPD, ~THIS IS LEVEL 10 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 's BOTTOM)

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

G F

E 8

1.1588

1.5551

1.3205

1.6076

1.4416

1.6590

1.3730

1.3013 *

... 9296

2.9316

3.4484

2.7272 '.2 9951.'.2. 5762..+.3. 0510..*. 3 1376.*

3...................................

9 1.5551 ' 1.3762

1.5894

1.4416

1.7318

l',6129

1.7104

1.0174 *

2. 9316

3.3140

2 8540

3.1398

2.5598

2. 6973

2. 4962..*. 4.0404.*

10

1.3205

1.5819

1.3088

1.6311

1.5797

1.7457

1.5380

1.0303 *

3.4484

2.8688

3. 4810

2. 7962..*. 2. 8894

2. 5853.*. 2. 8595

4.0934

7 11

1.6076 ' 1.4351

1.6226

1.4298

1.7447

1.5733

1.7372 *.9200 *

2. 7272..*.3.1443.*. 2. 8087

3.1966.*.2.6205.*.2. 9065

2. 6346

4.8052...*

12 ' 1.4416

1.7297

1.5754

1.7414

1.5583

1.7479

1.3109 *

2.9951.*.2 5569

2.8951

2.6252.*.2.9433..*.2.6268

3 5003...*

13

1.6590

1.6108

1.7425

1.5712

1.7479

1.2606 *.8579 *

.'.................. 2.5383..*. 2.9104

2. 6252

3 6536

5.3651...*

2.5762

2.6989

14

1.3730 ' 1.7072

1.5347

1.7350

1.3098 *

.8568 *

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

3.5030

5.37

3. 0510

2. 5005...*.2. 8651.'.2. 6377

15

1.3013

1.0142 + 1.0292 *

.9178 ' F-5UB-Q r

. 3 1376

4 0595.*.4.0972 '.4.8157

M-SUB-Q I

AT 50% POWER, 4 EFPD, THIS IS LEVEL 9 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 : BOTTOM)

H G

C B

A

......................F.........E.........D..**.............................

8

1.1085

1.4887

1.2649

1.5412

1.3816

1.5894 ' 1.3152

1.2434

l

4.0189

2.9972

3 4837

2.6648

2.9258

2 5276

3.0156

3.1623

i 9

1.4887

1.3173

1.5230

1.3805

1.6611

1.5433

1.6386 *-.9725 *

2.9972..*.3 3850 '..'2. 7839.*.3. 0594

2.5104

2 6536

2.4794

4.0558.'

10 ' 1.2649

1.5155

1.2541

1.5658

1.5133

1.6761

1.4737 *.9853 *

.'.3. 4837

2.7980

3 4111..+.2.7374

2.8595.*.2. 5400...*.2.8540

4.1355

11'* 1.5412

1.3752

1.5572

1.3730

1.6750

1.5080 '.1.6654 *.8804 *

]

2. 6648

3.0636.*. 2.7493..*. 3.2602.*. 2.6728

2.9690

2. 6923..*. 4 8957

i 12

1.3816

1.6590

1.5090

1.6718

1.4951

1.6783

1 2552 '

'.2.9258

2.5076

2.,8632

2.6793

3.0053

2.6809

3.5796

13

1.5894

1.5412

1.6729

1.5058

1.6783

1.2001 *.8204

j

.'.. 5276

2.6552..*.2. 5510

2.9730

2.6793 '.3.7338 *.................................... 17

2 5.49 14

1.3152

1.6354

1.4705 ' 1.6643

1.2541 *.8193 *

3.0156

2.4836

2.8595

2.6956

3.5854

5.4985..*

15

1.2434 *

.9703 *.9832 *

.8782

F-SUB-Q

3.1623

4.0707

4.1394 '.4.9066

M-SUB-Q

.rL r

i-,m

.nc

.,,i-

.+

~ - -

- - - - - - =, - - -

APPENDIX Page 106aaf 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation A7 50% POWER.

4 EFPD, THIS IS LEVEL 8 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.0881

1.4758

1.2456

1.5262

1.3602

1.5712

1.2938

1.2327 *

... 9192

2.8669.*. 3.2942.*. 2. 5161..*.2. 7839...*.2. 3909.*.2.8688

2. 9730..*

3.

1.5101

1.3634

1.6472

1.5230

1.6247 *

.9564

9

1.4758

1.2991 *

2.8669

3.2602

2. 6205

2.9008

2.3730

2 5176..*. 2.3391.*.3. 8442.*

10

1.2456

1.5015

1.2359

1.5519

1.4940

1.6633

1.4566 *

.9714 *

3.2942

2.6346

3.2316

2. 5008

2. 7072

2.4026

2. 7006

3. 9157

11

1.5262

1.3570

1.5433

1.3537

1.6622

1.4908

1.6558 *

.8664 *

............................... 2. 5974.*.2.8970

2.6051.*.4.6535 *

2.9065

2.5929

3.1805 *

- .. 161

2.5 12

1.3602

1.6451

1.4908

1.6590

1.4780

1.6665

1.2413 *

2.7839

2.3704

2.7122.*.2.6020

2.9670

2.6346 *.............................. 30

3.50 13

1.5712

1.5208

1.6600

1.4807

1.6675

1.1920 *

.8075

5.3978 *

2 3909

2.5190

2.4065

2. 9000..*.2.6330

3.6994 14

1.2938

1.6215

1.4544

1.6547

1.2402 *.8075 *

2.8698

2.3440

2.7072

2.6082 + 3.5086

5.4044 *

.9543 *

.9703 *

.8654

F-SUB-Q 15

1.2327

2.9730

3.8543

3.9227

4.6633

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 7 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTOM)

H G

F E

D C

B A

8

1.0496

1.4309

1.2049

1.4791 *.3141

1.5197

1.2477

1.1910 *

3.6657

2.6393

3.0280

2.3194

2 5747

2.2115

2.6504

2.7408

9

1.4309

1.2574

1.4641

1.3184

1.5958

1.4705

1.5733 *

.9211 *

2.1607

3.5537 *

2.6393

3.0135

2.4118

2.6777

2 1918

2. 3317 10

1.2049

1.4566

1.1942

1.5037

1.4437

1.6129

1.4073 *

.9371 *

................................ 19.*. 2.5104

2 2226

2.5005

3.6110

3.0280

2.4250

2.9770

2.38 11

1.4791

1.3120

1.4951 + 1.3008

1.6119

1.4416

1.6054 *

.8354 *

2.3194

2.6942

2.3935

2.9670

2 4210

2.7072

2.4197

4.2921

12

1.3141

1.5936

1.4405

1.6086

1.4298

1.6151

1.1984 *

2.5747

2.1896

2.5133

2.4264

2.0051

2.4604

3.2795

1.1503

7775

13

1.5197

1.4683

1.6097

1.4394

1.6161

2.2115...*.2.3329

2. 2260

2.7105

2.4684

3.4755

5.0582

14

1.2477

1.5701

1.4052

1.6033

1.1974 *

.7775 *

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

2.4224

3.2844

5.0640 *

2.1650

2.506

2. 6504 15

1.1910 *

.9189 *

.9350 *

.8343

F-SUB-Q

2.7400

3.5652

3.6177

4.3004

M4SUB-Q

l APPENDIX Page 107 of 140

)

McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 50% POWER, 4 EFPD, THIS IS LEVEL 6 0F 18 (LEVEL 18 TOP OF CORE, LEVEL 1 = DOTTOM)

H G

F E

A

........................................D.........C...*** B 8

1.0003

1.3645

1.1492

1.4084

1.2509

1.4437

1.1835

1.1267

3.3773

2.4506 *

2.4224

2.0833

2.5047

2.6036 *

................... 2 8212

2.1777 9* 1.3645

1.1995

1.3944

1.2541

1.5165

1.3944

1.4919 *

.8718 *

2.4506

2.8033

2.2555

2. 5090

2.0629

2 1994

2.0401

3.3747

10

1.1492

1.3869

1.1374

1.4309

1.3709

1.5326

1.3345 *

.8857 *

............ 2683

2.7821..*.2.2305

2. 3540

2. 0853

2.3540

3 4217 *

2.8212

2 11

1.4084

1.2477

1.4223 + 1.2456

1.5315

1.3677

1.5208 *

.7904 *

............................ 2 7561

2.2486

2.5204

2.2509

4 0447 *

2.1777

2.5147

2.2407 1.3677

1.5203

1.3559

1.5337

1.1331

12

1.2509

1.5144

............. 10

2 3578

2.2544

2 5974

2.2965

3.0658 *

2.4224 2.06 13

1.4437

1.3934

1.5203

1.3655

1.5337

1.0892 *

.7347 *

2.0833

2.2005.*.2 0883

2.5247

2.2953

3.2506

4.7485

14

1.1835

1.4887

1.3313

1.5187 1.1320 *

.7347 *

2.5047

2.0430

2.3590

2.2544

3.0700

4.7536

15

1.1267 *

.8697 *

.8846 *

.7893

F-SUB-Q 2.6036

3.3824

3.4270

4.0521

M-SUB-Q AT 50% POWER, 4 EFFD, THIS IS LEVEL 5 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

B A

............................**..........D........C 8*

.9768

1.3441

1.1256

1.3827

1.2209

1.4105

1.1492

1.0988 *

..**.......................................... 1. 9246

2.3341

2.4210

3.0321

2.1961

2.5732

2.0004

2.2452

9

1.3441

1.1749

1.3720

1.2252

1.4833

1.3580

1.4566 *

.8450 *

........ 0372

1 8860

3.1555

9031 *2 2.1961

2.5104

2.0591

2.3097

1 10

1.1256

1.3645

1.1128

1.3998 '

45

1.4973

1.2981 *

.8611 *

2.5732

2.0697

2.5495

2.0420 *.

s0

1.9154

2.1756

3.1805

1.2199

1.3912

1.2134

1.4962

1.3302

1.4844 *

.7647

11

1.3827

2.0004

2.3158

2.0514

2.4780

2.0186

2.2706

2.0344

3.7496

12 + 1.2209

1.4812

1.3313

1.4930

1.3195

1.4962

1.1010 *

2.2452

1.9014

2.1681.*.2.0233

2. 3540

2.0755

2.7752

13

1.4105

1.3570

1.4940

1.3280

1.4973

1.0549 *

.7111 *

1.9246

2.0302

1.9179

2.2729

2.0755

2.9690

4.3384

14

1.1492

1.4544

1.2959

1.4823

1.0999 *

.7101

2.3341 + 1.8892

2.1799

2.0372

2.7786

4.3427

15

1.0988 *

.8429 *

.8589 *.7636

F-SUB-Q 2.4210

3.1645

3.1873

3.7560

M-SUB-Q

I APPENDIX Page 108 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 2 (cont.)

F-sub-QfM-sub Q Values (F-sub-Q OP Margin) - Power Escalation AT 509 POWER, 4 EFPD, THIS IS LEVEL 4 0F 10 (LEVEL 18 : TOP OF CORE, LEVEL 1 BOTTOM)

H G

F B

A

...............................E.........D.........C.........................

8*

9286

1.2723

1.0699

1.3045

1.1545

1.3259

1.0764

1.0196 *

2.8744

2. 0726...*.2. 4304

1.9339

2. 1692.*.1. 8748..*. 2. 2870

2. 3987 *-

9

1.2723

1.1171

1.2981

1.1567 + 1.3902

1.2723

1.3500 *.7883 *

2. 0726

2 3730

1. 9745...*.2. 2204.*.1. 8520..*.1. 9860..*. 1. 8505..*. 3. 1133..*.

10

1.0699

1.2906

1.0549

1.3152

1.2499

1.3987

1.2102 *

.8000 *

2. 4304..*. 1 9851.*. 2 4357

1. 9648.*.2 0892..*. 1. 8567..*. 2 1223..*. 3. 1331..*.

c...

11

1.3045

1.1503

1.3088

1.1428

1.3977

1.2424

1.3773 *.7101 *

... 9339..*.2 2260

1 9745..*. 2. 3679

1.9449

2 1918...*.1. 9666..*. 3.6627.*.

~

1..

12

1.1545

1.3880

1.2466

1.3944

1.2327

1.3934

1.0207 *

2.1692.5.....**....... 2..*. 1. 9501..*.2. 2373

1.9851..*. 2.6907 *

1.8513

2.092 13

1.3259

1,2702

1.3955

1.2402

1.3934 *.9800 *.6587 *

1 8740

1 9869.*. 1.8598

2.1950

1. 9842..*.2. 8302.*.4.1824

14

1.0764

1.3559

1.2001

1.3752

1.0196 *.6576 *

2.2870..*. 1. 8536-* 2.1264.*. 1. 9683

2. 6940

4. 1824

i 15

1.0196 *.7861 *.7990 *

.7090

F-SUB-Q

2. 3907

7. 1221.*.3.1376

3.6718.* M-SUB-Q I

AT 50% POWER, 4 EFPD, THIS IS LEVEL 3 0F 18

- l (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

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

J

)

8*

.8964

1.2284

1.0357

1.2552

1.1106

1.2C16

1.0142 *.9500 *

2 6009

1.9544

2. 2942..*. 1. 8661..*.2 0952..*.1. 8336

2 2671.*.2. 4092.*-

9

1.2284 *.1.0785

1.2552

1.1149

1.3184

1.2049

1.2756 *.7368 *

1.9544

2. 2238

1. 8836

2. 1274

1.8052

1. 9475

1 8328

3.1111..*

10

1.0357

1.2477

1.0217

1.2627

1.1856

1.3195

1.1363 *.7465

j j

2. 2942.*.1.8941..*. 2. 3158

1. 8CiB

2 0196.*. 1. 8074

2. 0892..*.3.1221..*.

- 11

1.2552

1.1085

1.2563

1.0935

1.3195

1.1695

1.2009 *.6507 *

1.8661..*.2. 1326

1. 8957

2.2361..*. 1 0661..*. 2 1062

1. 9238.*. 3.6415..*

.1106

1.3163

1.1845

1.3163

1.1620

1.3055 *.9500 *

...... 2..*.1.8074

2. 0223

1. 8701..*.2. 1681

1. 9373.*. 2. 6299 *

. 095 13

1.2616

1.2027

1.3163

1.1674

1.3055 *.9136 *.6105 *

1 8336.*.1.9484

1. 8103.*.2. 1092

1 9364

2.7962..*.4.1355..*.

14

1.0142

1.2734

1.1342

1.2798 *.9489 *.6105 *

2.2671

1 0359.*. 2 0942..*.1 9263

2.633.0

4.1394

15 *

.9500 *

.7358 *.7454 *.6576

F-SUB-Q

2.4092

3.1199

3.1265..*.3.6475

M-SUB-Q

APPENDIX Page 109 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l

1Dable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 50% POWER, 4 EFPD, THIS IS LEVEL 2 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

D C

B A

......................F.........E..........................................

8*

.8225

1.1096 *

.9468

1.1385

1.0132

1.1042 *

.8814 *

.7936 *

2.7374

2. 0214

2.3515

1. 9509

2. 1788

1. 9905

2 4850

2.7493

9

1.1096 *

.9778

1.1428

1.0249

1.1652

1.0603

1.0967 *

.6372 *

2.0214.*. 2 2953

1 9518

2. 1853

1.9171

2.1022

2.0223

3.4323 *

.9468

1.1363 *

.9425

1.1353

1.0549

1.1567 *

.9810 *

.6351

10 ** 2.3515

1.9622

2.3679

1.9762

2.1315

1.9432

2.2858

3.4837

11

1.1385

1.0196

1.1299 *

.9917

1.1610

1.0249

1.0731 *.5558

1.9851

2.3049

1.9996

2.2532

2.1544

4.0670 *

1.9509

2.1907 12

1.0132

1.1631

1.0539

1.1578

1.0228

1.1?92 *.8065 *

........................ 2 2776

2.0912.*. 2.8875..*.

2.1346

2.0040 *

2.1788

1. 9204 13 + 1.1042

1.0592

1.1545

1.0228

1.1192 *

.7872 *.5194 *

1.9905

2.1042

1.9458

2 2578

2.0902

2.9911

4.5111

14 *

.8814

1.0946 *

.9789

1.0721 *

.0065 *.5194 *

2.4850

2.0260

2.2906.*. 2.1565

2.8913

4.5111

15 *

.7936 *

.6351 *

.6340 *

.5558

F-SUB-Q

2.7493

3.4403

3.4892

4.0707

M-SUB-Q AT 50% POWER, 4 EFPD, THIS IS LEVEL 1 OF 18 (LEVEL 18 m TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8*

.5901 *

.7706 *

.6303 *.8215 *

.6929 *

.7036 *.5783 *.4680 *

..................... 19

3.6748

4.50

3.6445..*. 2. 7561..*.3 3517

2.5990

3.0743..*. 3.0156

9*

.7786 *

.6469 *.8022 *.7197 *.8290 *.6737 *

.7058 *.4123 *

2.7561..*. 3.3140

2.6728

2.9810..*. 2.5944

3.1850

3 0342..*. 5.1286

10 *

.6383 *

.7990 *

.6533 *

.8182 *.6994 *.8022 *

.6126 *

.3952 *

3 3517

2.6793..*. 3.2942.*. 2.6425..*. 3.0893

2.7022

3.5170

5.3978

11 *

.8215 *

.7165 *

.8129 *

.6662 *

.8086 *.6587 *.6565 *

.3470 *

2.5990

2.9891

2.6583

3.2690

2.7272

3.3517

3.3;93

6.2618

12 *

.6929 *

.6257 *

.E961 *

.0054 *.6640 *

.7176 *.5002 *

.........***.............. 10

3.3593

3.1265

4.46

3.0743

2.5990

3. 1002..*. 2.1374

13

7036 *

.6726 *

.8011 *

.6576 *.7176 *

.5087 *.3277 *

.............................. 3567

3 1265

4.4253

6.8328

3.0156

3.1873

2.7072

3 14 *

.5783

7047 *

.6115 *.6555 *

.5002 *

.3277 *

...................................... 5..*.6.8328

3.0304

3.5226

3.3644

4.465

3. 6748

15 *

.4600 *

.4113 *

.3952 *

.3459

P-SUB-Q

4.5019

5.1345

5.4044

6.2707

M-SUB-Q

E APPENDIX

' Page 110 0f 140 McGuire 2 Cylce 10 Core Operating Limits Report 10able 2 (cont.)

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

AT 30% POWER, 4 EFPD, THIS IS L'4 VEL 18 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 5 BOTTOM)

H G

F E

D C

, B A

8*

.7004

1.0003 *.9039

1.1320 *.9982

1.0003 *.8568 *.6790 *

2 8588

2.3035.*. 2.6909..*.2. 1422..*. 2. 4167

2 4009.*.2.7794..*. 3 4366..*.

9

1.0003 *.8675

1.0860 *.9982

1.1310 *.9489 *.9821 *

.6148.'

.'.2. 3035.*. 2. 6820 '.2 2541.*.2. 4282

2.1456

2.5376.*. 2.4385..*. 3.7970.*

10 *

.9039

1.0849 *,9200

1.0881 *.9500

1.0678 *.8579 *.5698 *

2. 6909

2 2554

2. 6539.*.2. 2500

2. 5708.*. 2.2971..*. 2. 8220.*.4.1337

11

1.1320 *.9960

1.0839 *.8857 *

.9975 *.8365 *.8461 *.4852 *

..... 2597

2.6591...*.2. 2576

2.6914

2.7538

4.8666.*.

2

2.1422

2. 4311 12 *

,9982

1.1310 *.9468 *.9842 *.6951 *.7636 *

.6276 *

2. 4167

2.1456

2 5773

2 2639

2.6322

2.4818

3.4196..*.

13

1.0003 *

.9478

1.0667 *

.8354

7636 *.5323 *.4006 *

........... 6933

2.4804

3.3162.**4 9522 *

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

2.4009

2.5392..*.2.2997 14 *.8568 *.9810 *.8557 *

.8461 *.6265 *.4006 *

. 2. 7794

2.4429

7. 8259 + 2. 7558

3.4225..*. 4.9522...*

15 *

.6790 *

.6137 *

.5687 *.4841

F-SUB-Q

3. 4 3 6 6

3. 8041. *.4.13 7 9.*.4. 872 4

14-SUS-Q AT 30% POWER, 4 EFPD, THIS IS LEVEL 17 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 BOTTOM)

H G

B A

......................F.........E.........D........C 8*

.9821

1.3645

1.2509

1.4587

1.3827

1.4855

1.2466 + 1.0796 *

2.2300

1.8324

2.0364

1 7597 + 1.8457

1. 7086

2. 0095..*.2.2886...*

9

1.3645

1.2488

1.4480 1.3430

1.4801 ' 1 4394

1.4384 *.9061 *

1. 8324

1. 9775

1.7950

1.9098

1.7236

1. 7680

1 7734

2.7245.*

10

1.2509

1.4426 ' 1.2563 + 1.4298

1.3794 ' 1.4662

1.2938 *

.8697.*

2. 0364..*.1. 8013.*. 2 0639.*.1.8204

1. 8822

1. 7749.*. 1. 9920.*.2. 8727

11 ' 1.4587 ' 1.3420

1.4244

1.25'1

1.3730 ' 1.2670

1.3098 *

.7508 *

1.7597

1. 9125

1. 0260

1. 9854

1. 7858 '.1 9204

1.8887

3.3511..*

12 ' 1.3827

1.4823

1.3784 + 1.3709 + 1.0335

1.1824 *.9885 *

1.8447

1.7215 '.1.8847

1.7681

1. 8951

1.7963

2.3611

13

1.40:5

1.4394

1.4641

1.2649

1.1824 *.8504 *.6319 *

1.70ta

1.7680

1.7764

1. 9222..'. 1 7955..*. 2. 3616..*.3. 4540..*

.....e2.......................

14

1.2466 ' 1.4362

1.2916

1.3088 *.9875 *.6319

2.0095

1 7757

1. 9949

1 0904

2. 3625

3. 4567

15

1.0796 *.9039 *.8606

7497

F-SUB-Q 2.2886 ' 2.7318

2.8768

3 3565

M-svB-Q

APPENDIX Page 111 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 30% POWER, 4 EFPD, THIS IS LEVEL 16 OF 18 (LEVEL 18 TOP OF CORE, LEVEL 1 m BOTTOM)

H G

F E

D C

B A

8

1.155'

1.5562

1.3773

1.6268

1.5090

1.6879

1.4116

1.2756 *

................................................... 6 + 1.8745

2.0449 +

2.2010

1.7479

1.9940

1.6735

1.7849

1.589 9* 1.5562

1.3977

1.6100

1.4651

1.6890

1.6333

1.6772

1.0335 *

1. 7479

1 9169

1. 7203..*.1. 8645

1. 6012

1. 6493.+. 1 6110

2. 5250

10

1.3773

1.6044

1.3634 + 1.6054

1.5615

1.6858

1.5037 + 1.0142 *

1. 9940

1. 7267

2. 0290

1.7289

1.7702

1 6446

1.8246

2.6166

11

1.6260

1.4598

1.6001

1.3955

1.6236

1.4887

1.5936 *

.8868

1.6735

1.8661

1.7353

1.9101

1.6516

1.7841

1.6791

3.0428

12

1.5090

1.6900

1.5604

1.6204

1.3655

1.5176

1.2049 *

..................................... 1 7648

1.6313

2.1360

1.7849

1.5987

1.7732

1.6536 *

.7765

13

1.6879

1.6333

1.6836

1.4865

1.5176

1.1031

................................ 1 6301

2.1708

3.1498

1.6504 + 1.6465

1.7864 *

1.5896

1.4116

1.6740

1.5015

1.5926

1.2038 *

.7754

14 *

..................................... 2. 1371

3.1521 1.0745

1.6135

1.0278

1.6804

15

1.2756

1.0314

1.0121 *

.8846

F-SUB-Q

2.0449

2.5326

2.6215

3.0473

M-SUB-Q AT 30% POWER, 4 EFPD, THIS IS LEVEL 15 0F 18 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8

1.2584

1.6568

1.4341

1.7115

1.5658

1.7768

1.4833

1.3698

l 1.7124

1.8440

1.6179

1.9094

2.0386 *

2. 3176

1.8035

2.0837 9* 1.6568

1.4812

1.6943

1.5380

1.8100

1.7211

1.8004

1.0924 *

2.5609 *

. 1. 8035

2.0026

1 7687

1.9347

1.6216

1 6806

1.6087 10

1.4341

1.6868

1.4126

1.7050

1.6643 + 1.0089

1.6151

1.0849 *

............................ 1. 7501

1.7983.*.1.6531..*.1. 8289

2.6258 *

2.0837

1.77G1 2.1109

i 9575

11

1.7115

1.5315

1.6986

1.4919

1.7789

1.6226

1.7597 1.9690

1.6561

1.0050

1.6670

3.04B7 *

)

1.7124

1.9355

1.7647

12

1.5658

1.8078

1.6622

1.7757

1.5707

1.7425

1.3355

1.8 1.6300

2.1419 *

...................... 014

1.6554

1.7863 *

1.8440

1.6197 *

)

13

1.7768

1.7190

1.8068

1.6215

1.7436

1.2681 *

.8654 *

................................................ 1865

3.1797

1.6179

1.6813

1.6551

1.0073

1 6293

2.

1.6119

1.7506

1.3345 *

.8643

14

1.4833

1.7971 *

............................... 677

2.1441

3.1821.*.

1.9094

1.6117

1.0313

1.6 15

1.3698

1.0892

1.0839 *

.9553

F-SUB-Q

2.0386

2.5671

2.6307

3.0540

M-SUB-Q i

I

APPENDIX Page 112 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 2 (cont.)

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

f AT 30% POWER, 4 EFFD, THIS IS LEVEL 14 0F 18 (LEVEL.18 = TOP OF CORE, LEVEL 1 = BOTTOM)

......................F....**..E.........D........C.........B.........A......

H G

8

1.2541 ' 1.6493

1.4201

1.7007 1.5497

1.7650 *'1.4737

1.3666 *

2*.5614

1.9705

2.2723

1. 8788

2. 0289

1 7731..*. 2.0898

2 2175

9

1,6493

1.4748

1.6825

1.5315

1.8175

1.7190 *.1.8025

1.0871 *

1. 9705

2.2032

1.9210.*.2. 1063

1. 7731..*.1,8419..*. 1.7487.*.2. 7981..'*.

10

1.4201

1.6750

1.4009

1.7061

1.6697

1.8175

1.6226

1.0860 *

2 2723.*. 1 9287

2. 2939

1. 8909

1 9297

1 7731

1. 9689

2. 8611..*

11

1.7007

1.5251

1.6997

1.5058

1.8089

1.6483

1.7929 *.9660 *

1. 8788

2 1145..*. 1. 8976

2. 1419

1 7893..*. 1. 9529

1 7909

3 2559

12

1.5497

1.8153

1.6686

1.8057

1.6103

1 7939

1.3634 *

+

2. 0289

1. 7702.*.1.9313.*.1. 7922..*.1. 9455.*.1. 7668..*. 2.3230..*

13 ' 1.7650

1.7179

1.8153

1.6461

1.7950

1.3077 *.8879 *

1. 7731

1.,8427..*.1. 7753.*. 1 9555..*.1.7665..*. 2.3873 + 3. 4740

14

1.4737 + 1.7993

1.6194

1.7907

1.3623 *.8879 *

2.0898

1. 7515

1.9716 '. 1 7924.'.2.3249 + 3. 4768

F 15

1.3666

1.0839

1.0839 *.9639

F-SUB-Q

.'... 175

2.8072..*.2. 8668

3 2631..*. M-SUB-Q 2.2...... *....

AT 30% POWER, 4 EFPD, THIS IS LEVEL 13 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

..G.........F.........E.........D........C.........B.........A......

H 8

1.2606

1.6761

1.4309

1.7286

1.5637

1.7918

1.4887

1.3944 *

2 7934

2. 1156

2. 4684.*. 2 0373..*.2.2142

1. 9197

2.2692

2.3787

9

1.6761

1.4898

1.7104

1.5562 + 1.8593

1.7489

1.8421

1.0999 *

2. 1156

2.3727

2. 0730.*. 2 2763.*. 1.9025

1.9993.*.1 8793..'. 3 0293 '

10

1.4309

1.7018

1.4137

1.7425

1.7018

1.0646

1.6579

1.1063 *

2. 4684

2.0827

2.4936.*. 2 0292.*. 2.0732

1.8951

2.1139.*. 3.0847.*

11

1.7286

1.5487

1.7339

1.5358

1.8625

1.6900

1.8539 *.9864 *

2. 0 3 7 3. *.2. 2 8 F./

2. 0 3 9 5

2. 2 97 6

1. 8 9 67

2. 0 8 4 0

1. 8 917

3. 4 92 4

12 + 1. 5 6 3 7 ' 1. 8571

1. 6 9 97

1. 8 5 9 3

1. 6 6 8 6

1. 85 9 3 ' 1. 4 052 *

2. 2142..*.1.9041

2.0762.*..1.9007

2.1097

1.8973..*. 2 4800.*

13

1.7918

1.7468

1.8603

1.6879

1.8593

1.3495 *.9136 *

. 1. 9197

1.9993

1. 8983.*. 2. 0869

1. 8965..*. 2.5961..'.'3. 7695.*.

14

1.4887

1.8389

1.6547 ' 1.8518

1.4030 *.9136

I

2. 2692

1*.8826.*. 2 1170..*. 1. 8934.*. 2.4907

3.7727

15

1.3944

1.0967

1.1042 *.9842

F-SUB-Q

2. 3787

3.0377

3 0890..*. 3.5008

M.SUB-Q t

.,._m-

l APPENDIX Page 113 of 140 McGuire 2 Cylce 10 Core Operating Limits Report' Table 2 (cont.)

' F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 30% POWER, 4 EFPD, THIS IS LEVEL 12 OF 18' (LEVEL 18 s TOP OF CORE, LEVEL 1 = BOTTOH)

.............G.........F.........E.......D.........C.........B.........A.....

H 8

1.2306

1.6440

1.3937

1.6986

1.5315

1.7586

1.4576 + 1.3687 *

. 3. 1743

2. 3925

2. 8017

2. 2555.*.2. 4560

2.1234.*.2.5076

2. 6159..*

9

1.6440

1.4576

1.6793

1.5272

1.8314

1.7157

1.8121

1.0764 * '

2. 3925..*. 2.6896

2.3433..*.2. 5759..*. 2. 1162.***2 2137

2.0697

3 3440.*

10

1.3987

1.6700

1.3848

1.7200

1.6761

1.8432

1.6301 + 1.0860 *

2.8017

2.3545..*. 2.8268

2.2796

2. 3361..*.2.1249

2.3653..*.3.3954..*

11

1.6986

1.5208

1.7104

1.5123

1.8410

1.6675

1.8336

9703 *

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

2. 2 914..+. 2. 5 8 65...*. 2.12 5 9. *. 2. *. 3 412.. *. 2. 115 8. *

2.2555

2......

12

1.5315

1.8293

1.6718

1.8378

1.6504

1.8421

1.3869 *

2. 4560

2. 1142

2. 3411..+. 2. 1300

2. 3610

2.1167

2.7864

13

1.7586

1.7136

1.8389

1.6654

1.8432

1.3334 *.9018 *

. 2 1234

2. 2148..*. 2 1289..*.2. 3437

.2. 1157

2 8991..*. 4. 2107

14

1.4576 + 1.8089

1.6279

1.8314

1.3848 *.9018 *

2.5076.*. 2.0736

2.3691

2. 1178

2. 7897

4.2147

15

1.3687

1.0731

1.0039

9602

F-SUB-Q

2 6159

3.3517

3 4006

3.9418

M-SUB-Q AT 30% POWER, 4 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 18 = 7CP OF CORE, LEVEL 1 = BOTTOM)

......................F.........E.........D.......C.......B.........A......

H G

B

1.1856

1.5894

1.3516 + 1.6451

1.4001

1.7007

1.4073

1.3227 *

3. 6840.*. 2 7561..*.3 2269

2 5061

2 7323.*. 2. 3616

2 7927

2. 9046.*.

9

1.5894

1.4073

1.6258

1.4780

1.7757

1.6590

1.7543

1.0378 *

2. 7561..*. 3. 1089..*. 2. 6283..*. 2. 8725..*. 2. 3503

2. 4656..*. 2. 2977'* 3. 7212..*.

10

1. 3 516

1. 617 2

1. 3 3 9 8

1. 6 6 97

1. 62 2 6

1. 7 8 9 6

1. L77 6

1. 04 8 5 *

3. 2269

2 6409..*. 3. 2001..*. 2. 5688

2. 6567

2.3742

2.6221..*. 3 7624

11

1.6451

1.4716

1.6600

1.4673

1.7886

1.6172'* 1.7789

9382 *

2 5061.*.2. 8781..*. 2.5777

2.9959

2. 4587

2.7136

2.4455..*.4.4032

12

1.4801

1.7736

1.6194

1.7854

1.6011

1.7907

1.3430 *

2.7323

2.3478.*.2.6599..*. 2.4630

2 7336.*. 2. 4440

3.2278

13

1.7)07 a 1.6568 ' 1.7864

1.6140

1.7918

1.2927 *.8739 *

2.3616..*. 2. 4670..*. 2. 37(8

J 7169..*. 2 4427

3. 3550..*. 4 8717

14

1.4073 + 1.7511 + 1.5744

1.7779

1.3409 *.8729 *

2. 7927

2. 3013

2 6260..*.2. 4482.*. 3.2323.*.4.8766..*.

15

1.3227

1.0357 + 1.0474

9361

F-SUB-Q 2.904 6

3 7307

3.7656

4.4120

M-SUB-Q f

b

,x

-a w

-m---v r--

--w-

--r--

-,ew,-

APPENDIX Page 114 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1rable 2 (cont.)

F-sub-Q/M-sub-Q Valm (F.sub-Q OP Margin) - Power Escalation AT 30% POWER, 4 EFPD, THIS IS LEVEL 10 0F 18 (LEVEL 18 = TOP 07 CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

1.3238

1.6204

1.4501

1.6718

1.3784

1.3023

8* 1.1578

1.5647 3.9296

2.9316

3.4484

2.7272

2.9951

2.5762

3.0510

3.1376

9

1.5647

1.3794

1.6022

1.4523

1.7511

1.6268

1.7286

1.0164 *

2. 9316

3.3140

2.8540

3.1398

2.5598

2.6973

2.4962..*. 4.0484

10

1.3238

1.5936

1.3130

1.6461

1.5936

1.7671

1.5500

1.0303

3.4484

2.8688

3.4810

2.7962

2.8894

2.5853

2.8595

4.0934

11 + 1.6204

1.4459

1.6365

1.4394

1.7661

1.5894

1.7586 *

.9200 *

2.7272

3.1443

2.8087

3.1966 2.6205

2.9065

2.6346

4.8052

1.7489

1.5904

1.7618

1.5754

1.7693

1.3216

12

1.4501

............ 5569

2.8951

2.6252..*. 2.9433***.2.6268.*. 3.5003 *

2.9951

2 1.7629

1.5872

1.7704

1.2702 *

.8568

13

1.6718

1.6247

2.5762

2.6989

2 5883

2 9104

2.6252

3.6536

5.3651..*.

14

1.3784

1.7254

1.5487

1.7564

1.3195 *

.8557 *

3.0510

2.5005

2.0651

2.6377

3.5030

5. 3716

15

1.3023

1.0142

1.0282 *

.9170

F-SUB-Q 3.1376

4.0595

4.0972

4.8157

M-SUB-Q AT 30% POWER, 4 EFPD, THIS IS LEVEL 9 0F 18 (LEVEL 18 = TOP OF COPE, LEVEL 1 = BOTTOM)

H G

F E

D A

.................................................C........B B

1.0967

1.4833

1.2552

1.5380

1.3762

1.5840

1.3055

1.2316 *

.... 189.*. 2 9972

3.4837

2.6648

2.9250

2. 5276

3.0156

3 1623 *

4.0 9

1.4833

1.3077

1.5197

1.3773

1.6611

1.5401

1.6376 *.9618 *

2.9972

3.3850

2. 7839

3.0594

2.5104

2.6536 + 2.4794

4.0558

10

1.2552

1.5112

1.2456

1.5637

1.5112

1.6772 + 1.4694 *

.9746 *

3.4837

2.7980

3 4111

2.7374

2.8595

2. 5480

2.8540

4.1355

11

1.5380

1.3709

1.5540

1.3677

1.6761

1.5000

1.6675 *

.8707 *

2.6648

3.0636

2 7493

3.2602

2.6728

2.9690

2.6923..*. 4.8957

12

1.3762

1.6590

1.5069

1.6729

1.4940

1.6804

1.2509 *

2.9258.*. 2 5076

2.8632..*.2 6193.*. 3 0053

2. 6809

3. 5796 *

1.2038 *.8107

1.5840

1.5300

1.6740

1.5048

1.6804 13 ** 2 5276

2.6552

2.5510

2.9730

2.6793

3.7330 *.5.4917

14

1.3055

1.6343

1.4673

1.6654

1.2499 *.8107

J

3.0156

2.4836

2. 8595

2.6956

3.5854

5.4985

15

1.2316 *

.9505 *

.9725 *

.8697

F-SUB-Q 4.1394

4.9066

M-SUB-Q

3.1623

4.0707

APPENDIX Page 115 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 30% POWER, 4 EFPD, THIS IS LEVEL 8 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTOM)

F G

F E

D C

B A

8

1.0646

1.4544 ' 1.2231

1.5069

1.3398

1.5487

1.2702

1.2070

3.9192

2.8669

3.2942

2.5161

2.7839

2.3909

2.8688

2.9730 *

.9361 9

1.4544

1.2756

1.4898

1.3452

1.6290

1.5026

1.6054

2.8669

3.2602

2.6205

2.9008

2.3730 '.2. 5176

2.3391

3.8442..*

1.2134

1.5326

1.4748 ' 1.6461

1.4373 *

.9510

10

1.2231

1.4P23 *

................. 5808

2.7072

2.4026

2. 7006

3.9157

3.2316

2

3.2942

2. 6346

1.5069

1.3388

1.5230

1.3334

1.6451

1.4737

1.6386 *

.8493

11 '* 2.5161

2.9065

2.5929

3.1805

2.5974

2.8970 2.6051

4.6535

12

1.3398

1.6268

1.4716

1.6418

1.4608

1.6504

1.2231

3.5030 *

2.7839

2. 3704

2.7122

2.6020

2.9670

2.6346

13 ' 1.5487

1.5005

1.6429

1.4705

1.6504

1.1749 *

.7904 *

.... 909 '.2.5190

2.4065..*.2.9009..*.2.6330

3.6994

5.3978 *

2.3 14

1.2702

1.6022

1.4341

1.6365

1.2220 *.7893 '

2.8688

2.3440 '.2.7072

2.6082

3.5086

5.4044

15

1.2070 *

.9328 *

.9500 *

.8472

F-SUB-Q

2.9730

3.8543

3.9227

4.6633

M-SUB-Q l

4 AT 30% F0WER, 4 EFPD, THIS IS LEVEL 7 CF 10 (LEVEL 18 = TOP CF CORE, LEVEL 1 : BOTTOM) l H

G F

E D

C B

A 1.1706

1.4437

1.2809

1.4812

1.211,

1.1535

8* 1.0174

1.3944 *

..................'.............................................. 2.7409..*.

3.6657

2.6393 3.0200

2.3194

2.5747

2.2115

2.6504

1.5358 *

.8921

9* 1.3944

1.2209

1.4287

1.2863

1.5604

1.4351 2.1607 + 3.5537 *

2.1918

2.3317

2.6393 '.3.0135 * 'i.4118 '.2.6777 10

1.1706

1.4212 ' 1.1610

1.4683

1.4094

1.5776 + 1.3730 *

.9071

3.0200

2.4250

2.9770

2.3819

2.5104 2.2226

2.5005

3.6118

1.4437

1.2798

1.4598

1.2756

1.5765

1.4084

1.5690 *.0097

11

....................................... 4210

2.7072

2.4197

4.2921

2.3194

2.6642

2.3935

2.9670

2.

12

1.2009

1.5583

1.4062 ' 1.5733

1.3966

1.5808

1.1685 *

2.5747

2.1896

2.5133

2.4264

2.8051

2.4684

3.2795

13 ' 1.4612

1.4330

1.5744

1.4062

1.5819

1.1213 *

.7529 *

2.2115 '.2.3329

2.2260

2.7105

2.4684

3.4755

5.0582

14

1.2113

1.5337

1.3698 ' 1.5679

1.1663 *

.7518 *

2.6504

2.1650

2.5061

2.4224

3.2844

5.0640

15 ' 1.1535 *

.8809 *

.9061 *

.8075

F-SUB-Q

2.7408

3.5652

3.6177

4.3004

M-SUB-Q

APPENDIX Page 116 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 30% POWER, 4 EFPD, THIS IS LEVEL 6 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 s BOTTOM)

....H........G........F........E....................................A......

D C

B 8*

.9596

1.3152

1.1042 + 1.3602

1.2059

1.3902

1.1363

1.0785 *

................**.............. 77

2.4224

2.0833.*.2 5047

2.6036

3.3773

2.4506

2.8212

2.17 9*

1.3152

1.1535

1.3462

1.2102

1.4662

1.3452

1.4394 *

.8343 *

2.4506

2.8033

2.2555

2.5090

2.0629.*. 2. 1994

2 0401..*. 3 3747

10

1.1042

1.3388

1.0946

1.3816

1.3227

1.4812

1.2863 *

.8482

2.8212

2.2683

2.7821

2.2305

2.3540

2.0853

2.3540

3.4217

11

1.3602

1.2038

1.3730

1.2006

1.4812

1.3216

1.4694 *

.7572 *

.............................................. 2.5204

2.2509

4.0447

2.1777

2.5147

2.2407

2.7561

2.2486

1.3195

1.4769

1.3098

1.4833

1.0924

12

1.2059

1.4641 *

................... 2. 3578

2 2544

2.5974

2.2965

3.0658 *

2.4224

2.0610

13

1.3902

1.3441

1.4700

1.3184

1.4833 + 1.0496 *

.7036 *

........................ 3.2506

4.7405 *

2.2953 *

2.0833

2.2005

2 0883

2.5247 14

1.1363

1.4373

1.2841

1.4673

1.0913 *

.7026 *

...................... 590

2.2544

3.0700

4.7536

2.5047

2.0438

2.3 15

1.0785 *

.8322 *

.8472 *

.7561

F-SUH-Q

................... 3.4270

4.0521.*. M-SUB-Q

2.6036

3.3824

AT 30% ?OWER, 4 EFPD, THIS IS LEVEL 5 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H C

F E

D C

B A

8*

.9275

1.2820

1.0710

1.3205

1.1642

1.3441

1.0913

1.0410

3.032

2.2452

1.9246

2.3341

2.4210 *

...... 1.*.2.1961

2 5732

2. 0004 9

1.2820

1.1192

1.3109

1.1706

1.4180

1.2959

1.3912 *

.8011 *

2.1961

2.5104

2.0591

2. 3097

1 9031

2.0372

1.8860

3.1555

10

1.0710

1.3034

1.0592

1.3377

1.2734

1.4319

1.2381 *

.8150 *

2.5732

2.0697

2.5495

2.0420

2.1550

1.9154

2.1756

3.1805

l I

11

1.3205

1.1642

1.3291

1.1578

1.4309

1.2702

1.4180 *

.7251 *

2.0004

2. 3158.*. 2.0514

2. 4780

2.0186

2.2706

2.0344

3.7496

I 12

1.1642

1.4159

1.2702

1.4276

1.2595

1.4309

1.0485 *

2.2452

1 9014

2 1681..*.2.0233

2 3540

2.0755

2.7752

13

1.3441

1.2938

1.4287

1.2681

1.4319

1.0057 *

.6737 *

1.9246

2.0382

1.9179

2. 2729

2.0755

2.9690..*. 4.3384

1.0913

1.3800

1.2349

1.4159

1.0474 *

.6726

14 ** 2.3341

1.8892

2 1799

2.0372

2.7786

4.3427 I

15

1.0410 *

.7979 *

.8140 *

.7240

F-SUB-Q

2.4210

3 1645

3.1873

3.7560

M-SUB-Q 1

1 l

m.

f

\\

APPENDIX -

Page 117 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1hable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin)- Power Escalation AT 30% POWER, 4 EFPD, THIS IS LEVEL 4 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTUM1-H G

F E

D C

B A

8'

.8729

1.2027

1.0078

1.2338

1.0892 ' 1.2499

1.0121

9564

2 8744

2. 0726.*. 2.4304

1. 9339

2 1692.*. 1. 8748

2.2870

2. 3907

9

1.2027

1.0528

1.2274

1.0924

1.3141

1.2006

1.2820

7379 *

2. 0726.*.2 3730.*.1 9745..*.2. 2204.*.1. 8520

1 9860 '. 1. 8505

3 1133 *

.10

1.0078

1.2209 *.9950

1.2434 + 1.1802

1.3227

1.1417

7497

1 2.4304 + 1.9851..*. 2 4357 + 1.9648.*.2. 0892.*.1 8567

2 1223

3 1331...*

11

1.2338

1.0871 ' 1.2370

1.0785 ' 1.3216

1.1738 ' 1.3002

6662

1 9339

2. 2260.*. 1. 9745

2.3679.*. 1 9449.*. 2. 1918

1. 9666

3.6627 *

[

12

1.0892

1.3130

1.1770.* 1.3195

1.1642 ' 1.3173

9618

2.1692..*.1 8513.*.2.0922.*.1. 9501

2 2373 '.1.9851

2.6907.*

13

1.2499

1.1984

1.3195

1.1717

1.3173 *.9243 *.6169 *

1. 8748..*.1 9869.*. 1 8598

2.1950.'. 1.9842..*. 2 8302

4.1824

14 + 1.0121

1.2798

1.1395

1.2991 *.9607 *.6169 '

2.2870

1 8536

2.1264.*.1 9683.*.2. 6940.***4.1824

15 *.9564 *.7358 *

.7486 *.6651

F-SUB-Q

2. 3987

3 1221..*.3.1376.*.3. 6718

M-SUB-Q AT 30% POWER, 4 EFPD. THIS IS LEVEL 3 OF 18 (LEVEL 18 = TOP OF '9RE, LEVEL 1. BOTTOM)

H C

F E

D C

B A

8*

.8354

1.1492 *

.9671

1.1749

1.0378

1.1770

9436

8814 *

2. 6809

1.9544

2.2942

1.8661.*. 2.0952

1.0336..*.2.2671

2.4092

9

1.1492

1.0078

1.1760

1.0432

1.2338

1.1256

1.1910 *.6844

1.9544

2. 2238

1.8836

2.1274 + 1. 0052..*.1. 9475..*.1. 8328

3 1111..*.

10 *.9671

1.1685 *.9543

1.1813

1.1085

1.2349

1.0603

6929

2 2942..*.1. 8941..*. 2. 3158

1. 8868

2 0196

1. 8074

2. 0892..*. 3 1221

11

1.1749

1.0378

1.1760

1.0217

1.2349

1.0935

1.1963

6115 *

1. 8661

2. 1326

1.8957

2.2361.*. 1.8661

2.1062

1 9238

3.6415

12

1.0378

1-.2316

1.1074

1.2316

1.0860

1.2209

a857

2 0952

1. 0074

2. 0223

1 8701.*. 2.1681

1.9373

2.6299.*.

13

1.1770

1.1235

1.2316

1.0913

1.2220 *.8525

5666 *

2.7962

4.1355

1.8336

1.9404

1.8103

2.1092 '.1.936#

14 *.9436

1 1888

1.0581

1.1952 *.8846 *.5666 *

2. 2671..'.1.8359

2.0942

1.9263..*.2.6330

4.1394

15 *

,8814 *.6822 *.6919 *.6105

F-SUB-Q 2 4092..*.3.1199.*.3.1265

3 6475..*. M-SUB-Q A

3 s~-

e 9--um (em--um w

e m

wwe,g e

+w-

+hei-w-eeme*-er=

+6

-w

APPENDIX i

Page 118 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 2 (cont.)

F-sub-Q/M-sub-Q Values (F-sub-Q OP Margin) - Power Escalation AT 30% POWER, 4 EFPD, THIS IS LEVEL 2 OF 18 (LEVEL 18. TOP OF CORE, LEVEL 1 m BOTTOM)

H G

C B

A

......................F.........E.........D.................................

.8129 *

.7283

8*

.7604

1.0292 *.8771

1.0571 *

.9382

1.0217

2 7374

2.0214

2. 3515

1. 9509

2 1788

1. 9905.*. 2.4950

2. 7493 *

.9810

1.0142 *

.5858

9

1.0292 *

.9050

1.0603 *.9510

1.0817

2.0214

2.2953

1. 9518

2.1853..*. 1 9171..*. 2.1022

2.0223.*. 3 4323..*.

10 *

.8771

1.0549 *

.8729

1.0539 *

.9768

1.0721 *

.9061 *

.5837 *

. 2.3515

1.9622

2.3679

1. 9762

2 1315

1.9432

2.2858.*.3. 4837 *

.9457 + 1.0485 *

.9189

1.0774 *

.9489 *

.9917 *

.5109

1.0571

11

1.9851

2.3049

1.9906

2.2532

2.1544

4.0670 *

1 9509

2.1907

.9382

1.0796 *

.9757

1.0742 *

.9460

1.0367 *

.7454

12 *

............................ 2. 0040

2.2776

2.0912..*.2.8875 *

2.1346

2.1788

1.9204

.7272 *

.4766 *

.9800

1.0699 *

.9468

1.0367 13

1.0217 1

1.9905

2.1042

1.9458

2.2578

2.0902

2.9911

4.5111

14 *

.8129

1.0121 *

.9050 *

.9907 *

.7443 *

.4766 *

2.4850

2. 0260

2.2906

2.1565

2.8913

4.5111

15 *

.7283 *

.5837 *

.5826 *

.5090

F-SUB-Q

2.7493

3.4403

3.4892

4.0707

M-SUB-Q AT 30% POWER, 4 EFPD, THIS IS LEVEL 1 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 : BOTTOM)

H G

P E

C B

A

........................................D.................................

8*

.5419

7154 *

.5858 *

.7551 *

.6362 *

.6447 *.5200 *

.4252

3.6445

2.7561

3.3517

2.5990

3.0743

3.0156

3.6748

4.5019

9*

.7154 *.5933 *

.7368 *

.6608 *

.7615 *

.6169 *

.6458 *

.3748

l

............................ 2 9810.*. 2.5944

3.1850

3.0342.*.5.1286 *

2.7561

3.3140

2.6728

10 *

.5858 *

.7347 *

.5998 *

.7518 *

.6415 *

.7358 *

.5601 *

.3599 *

..... 17

2.6793

3,2942.*. 2.6425.*. 3 0893

2.7022

3.5170

5 3978 *

3.35 11 *

.7551 *

.6576 *

.7465 *.6115 *

.7422 *

.6040 *

.5998 *

.3149 *

2.5990

2.9891

2.6583

3.2698

2. 7272

3.3517

3.3593

6.2618

12 *

.6362 *

.7593 *

.6394 *

.7390 *

.6083 *

.6565 *

.4573 *

3.0743

2.5990

3.1002

2.7374

3.3593

3.1265

4.4610

13 *

.6447 *

.6158 *

.7347 *

.6030 *

.6565 *

.4648 *

.2977 *

3.0156

3.1873

2. 072

3.3567

3.1265

4.4253

6.8328

14 *

.5280 *

.6447 *.5591 *

.5987 *

.4562 *

.2977

3.6748

3.0384

3.5226

3.3644

4.4655

6.8328

15 *

.4252 *

.3748 *

.3588 *

.3149

P-SUB-Q 4.5019

5.1345

5.4044

6.2707 *

..................................... M-SUB-Q l

I

nr APPENDIX

Page 119 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1

l' Table 3

. M-sub-C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 16 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 e BOTTOM) t

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

8

2.5976

2.0937

2.4631

2.0378

2.3304

2.3590

2.6947

3.2335 *

2.4325

2.0495

2.2796

1.9036

2.1227

2.1610

2.4498

2.8149 *

2. 2 2 3 2.. *.1.

9 2 3 9. *. 2. 16 6 7.. *. 1 8. 3 3 9.. *. 2. 0 2 7 7.. *.2.

0 5 5 4.. *. 2. 2 915.. +. 2. 5 4 6 9..

9

2.0937

2.4438 + 2.0727

2.3086

2.0427

2.4308

2.3357

3.5902 *

5.0495

2.'3273

1.952$

2.1098

1.9176

2.2548

2.1640

3.1700 *

1

... 9239..*. 2. 1734. 1. 8679.*.2. 0133 *.1. 8458..* 2. 1394.*.2.0435..*. 2. 8822..*..

10

2.4631 + 2.0741

2 4377

2.0449

2.3658

2.1089

2.6520

3.7775 *

2.2796

1.9549

2.2516

1.9537

2.2226

2.0367

2.4869

3.3292 *

2. 16 6 7...*.1.

8 7 2 4...*. 2. 12 8 4.. *. 1 8 6 7 9.. *. 2. 10 7 0.. *.1.

9 4 2 5.. *. 2. 3 2 3 6. *. 2. 9 613.. *..

{

11

2.0378

2,3103

2.0511

2,42Pt

2.0742 + 2.4848

2.5083

4.2406 *

1.9036

2.1112 + 1.9586

2.3188

2.0340

2.3934

2.4315

3.8806 *

1 8339..*.2. 0146..*. 1. 8735..*. 2. 1661.'*.1 8973..*.2. 2229..*.2. 2383..*. 3. 4046

e..

12

2.3304

2.0440

2.3694

2.0770

2.4374

2.2797

3.0821 *

2.1227

1.9176

2.2250

2.0342

2.2803

2.1788

2.9523 *

2. 0 2 7 7.. +..1. 8 4 5 8.. *.2.

10 8 4...*.1.

8 97 3.. *. 2. 0 6 8 0.. *.1 9 9 3 9. *.2.

6 7 2 3.. *.

13

2.3590

2.4327

2.1104

2.4868

2.2790

3.0049

4.3149 *

2.1610

2.2548

2.0300

2.3936

2.1788

2.8201

3.9096 *

2. 0 5 5 4. *. 2. 13 9 4., +* 1. 9 4 2 5.. *. 2. 2 2 4 2.. *.1.9 9 3 7.. *. 2. 5 3 57.. *. 3. 310 9. *.

14

2.6947

2.3375

2.6542

2.5095

3.0833

4.3149 *

2.4498

2.1655

2.4889

2.4315

2.9523

3.9099 *

2. 2915..*. 2. 0449.***2. 3236...*.2. 2383.*.2. 6723.*.3. 3109..*

15

3,2335

3.5944

3.7775

4.2441

4 EFPD 118 % POWER

2.8149

3.1733

3.3328

3.8806

200 EFPD 118 % POWER

. 2. 5469

2. 8848..*.2. 9619..*.3. 4046..* 405 EFPD 118 4 POWER THIS IS LEVEL 17 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

....H.........G

....e**e...E.........D.........C.....ee.B.....ee..A....e F

8

1.9902

1.6345

1.8209

1.6394

1.7465

1.6504

1.9077

2.1097

1.9180

1.6027

1.7487

1.5171

1.6289

1.5980

1.8212 + 1.9586 *

1. 9093..*. 1 59.44 1.7646

1 5107

1. 6584..+. 1. 6489.*.1. 8533..*. 1 9316..*.

9

1.6345

1.7718

1.6246

1.7724

1.6086

1.6836

1.6673

2.5288

1 6027

1.7348

1.5268

1.6505.* 1.5223.* 1.6306

1.6054

2.3751 *

. 1. 5944.*.1 7550

1 5344.*. 1. 6706..*.1. 5198..*.1. 6738.***1 6241..+.2.3350.*

e 10

1.8209

1.62'94

1.8453

1.6334

1.7058

1.6127

1.8101

2.5820 *

1.7487

1.5305

1 7141 t.5434

1.6558

1.5534

1.7736

2.4007 *

~l

1. 7646..*.1. 5373.*.1. 7169.* 1.5541..*.1.,.6778..*. 1 5734...*.1 7.959.*. 2. 3041..*

- e 11

1.6394

1.7770

1.6369

1.7846

1.6117

1.7425

1.6899

2.8761

1.5457

1.1350

1.5761

1.7472

1.7366

2.8099 *

1.5171

1.6514

..1 5107

1. 6713..*. 1 5556..*.1. 7364...*.1. 5645..*.1 7683.*. 1. 7437

2 6728..*.

12

1.7465

1.6091

1.7061

1.6134

1.7240

1.6109

2.0964 *

1.6289 + 1.5216

1.6575

1.5777

1.7001

1.5987

2.1317 *

.** 1 5196...*.1. 6787

1. 5646.*. 1. 7051..*.1. 5975..*.2. 1062..*.

1 6584 13

1.6504

1.6842

1.6139

1.7438

1.6180

2.1063

2.9614 *

1.5980

1.6306

1.5542

1.7482

1.5918

2.0901

2.8280 *

. 1. 6 4 8 9.. *. 1. 6 7 3 8. *. 1. 5 7 41. *.1.

7 6 8 3. *.1 5 5 t 8..*. 2. 019 3.. *. 2. 5 9 9 8..

j 14

1.9077

1.6688

1.8112

1.6909

2.0964

2.9642 *

1.8212

1.6063 + 1.7746

1.7375

2.1318

2.8280 *

1. 8533..*. 1 624.1..*.1 7959..*.1 7437..*. 2. 1062..*.2. 6002..*

15

2.1097

2.5319

2.5655

2.8834

4 EFPD 118 % POWER

1.9586

2.3787

2.4026

2.8124

200 EFPD 118 % POWER

1. 9316..*. 2. 3381.*.2. 3058

2. 6728..*. 405 EFPD 118 % POWER I

i

.,,,,_w.

~.

..e

3.. -,,., -,.,,

..,e,

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

-y=,.

e,

APPENDIX Page 120 of 140 ~

McGuire 2 Cylce 10 Core Operating Limits Report Table 3 (cont.)

M sub C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 16 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

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

8

1.8989

1.5107

1.7285

1.5101

1.6396

1.4777

1.7183

1.8267 *

1.8216

1.4666

1.6496

1.3850

1.5208

1.4637

1.6954

1.7655 *

1. 8435.* 1.4932..*. 1. 6802.*.1 3994.*. 1. 5745

1 5509.*.1. 7672..*.1 79.16..*

9

1.5107

1.6651

1.5081

1.6674

1.4432

1.5160

1.4613

2.2715 *

1.4666

1.6207

1.3949

1.5396

1.3850

1.4910

1.4413

2.2147 *

1 4932..*.1 6734..*. 1. 4212...*.1 5831.*. 1. 4067

1.5705..*. 1. 5001.*.2. 2278..*

10

1.7205

1.5130

1.7606

1.4939

1.5477

1.4339

1.6070

2.2862 *

1.6496

1.3980

1.6054

1.4005

1.5201

1.3967

1.6096

2.1960 *

..1 6802..*.1 4243..*.1. 6252.*.1 4379..*.1 5714..*.1. 4550..*. 1 6801.*.2. 1629.*

11

1.5101'* 1.6724

1.4992

1.6619

1.4326

1.5609

1.4498

2.5412 *

1.3850

1.5411

1.4037

1.6065

1.4208

1.5901

1.5486

2.5690 *

1 3994..*. 1. 5837..*. 1. 4392..**1 6396..*. 1 4582..*. 1 6653...*.1. 6080..*. 2. 52.*10.*

12

1.6396

1.d439

1.5500

1.4341

1.5470

1.4171

1.8365 *

1.5208

1.3P56

1.5216

1.4222

1.5540

1.4338

1.9384 *

1. 5 7 4 5. +.1 4 0 6 6.. *. 1 5 7 2 8.. *

1. 4 5 8 9...*

1 619 9.. *.1 4 9 3 9. *..1 9 8 3 8.. *.

13

1.4777

1.5160

1.4359

1.5625

1.4165

1.8739

2.6280 *

1.4637

1.4917

1.3974

1.5916

1.4332

1.9098

2.5903 *

1 5509..*.1 5705..+. 1 4550...*.1 6662..*. 1.,4937..*.1. 9134

2. 4681.*

14

1.7183

1.4627

1.6083

1.4502

1.8375

2.6293 *

1.6954

1.4427

1.6112

1.5493

1.9396

2.5924 *

.1 7672.*.1 5008..*.1.6803..*. 1 6080..*.1 9838..*. 2. 4681.*.

15

1.8267

2.2765

2.2895

2.5454

4 EFPD 118 4 POWER

1. 7 6 5 5

2. 217 9

2.19 7 6

2. 5 711

2 0 0 EFPD 118 % POWER

. 1. 7916.... 2. 2306.*.2. 1632.*. 2 5210.* 405 EFPD 118 % POWER THIS IS LEVEL 15 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

....H.........C.........F.........E.........D.........C.........B........A 8

1.9286

1.5011

1.7439

1.4780

1.6231

1.4388

1.6811

1.7540 *

1.8362

1.4418

1.6584

1.3560

1.5193 + 1.4534

1.7019

1.7477 *

1. 8711..*.1 4859.*. 1 6965..*.1. 3861..*. 1. 5852..*. 1. 5568..*.1. 7889..*. 1 7899.*.

9

1.5011

1.6770

1.4871

1.6475

1.3913

1.4750

1.3965

2,2196 *

1.4418

1.6229

1.3703

1.5350

1.3507

1.4761

1.4119

2.2274 *

1 4859.*. 1 6865..*.1..,4092..*.1 5894

1 3917..*.1. 5737

1.4891..*.2. 2576..a*

- - - e 10

1.7439

1.492C

1.7605

1.4610

1.5130

1.3824

1.5449

2.2085

1.6584

1.3746 + 1.6071

1.3721

1.5025

1.3643

1.5915

2.1868

1 6965..*.1.4123..*.1 6340.*.1 4222.*. 1 5716.*.1 4455..*. 1. 6835..*. 2..'1793.*.

11

1.4700

1,6527

1.4663

1.6465

1.3781

1.5160

1.3791

2.4603 *

1.3560

1.5366

1.3752

1.5972

1.3817

1.5713

1.5172 + 2.5626 *

. 1 3861.*.1. 5900..*.1. 4253..*.1. 6422..*. 1. 4542..*.1 6759..*..1 5993..*.2. 5492..*

)

12

1.6231

1.3920

1.5151

1.3775

1.5012

1.3573

1.7713 *

1.5193

1.3507

1.5032

1.3830

1.5352

1.4024

1.9235 *

1. 5852...*.1 3921.*. 1 5724..*.1 4549.*.1. 6326.*.1 4946..*.2. 0037..*

13

1.4388

1.4763

1.3843

1.5174

1.3567

1.8145

2.5610 *

1.4534

1,4768

1.3649

1.5720

1.4024

1.8976

2.5891 *

. 1 5568

1 5737..*.1. 4455

1.6760.*.1 4940.*.1 9403..*. 2. 5135..*

+

14

1.6811

1.3983

1.5472

1.3803

1.7723

2.5631 *

1.7019

1.4132

1.5931

1.5180

1.9247

2.5893 *

. 1 7889.*. 1 4892..*.1 6844.*. 1 5993..*.2. 0037..*.2. 5155..*

15

1.7540

2.2243

2.2115

2.4642

4 EFPD 118 4 POWER

1.7477

2.2306

2.1883

2.5647

200 EFPD 118 % POWER

. 1 7 8 9 9. *. 2. 2 6 0 5..

2. 18 05..*.2.

5 4 92.

4 0 5 EFPD 118 % POWER

APPENDIX Page 121 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 3 (cont.)

M-sub-C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 24 OF 10 (LEVEL 18. TOP OF CORE, LEVEL 1 = BOTTOM)

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

8

2.0512

1.5811

1.8479

1.5506

1.7081

1.5065

1.7615

1.8302 *

1.9126

1.5054

1.7511

1.4334

1.6171

1.5457

1.8159

1.8593 *

... 9637...... 5.10.. *.1. 8 019. *.1.4 6 3 2. *.1.6 8 3 4.. *.1 6 5 4 5. *.1 9101.. *.1.

9 0 4 6.. *

1

1.5 9

1.5811

1.7730

1.5646

1.7303

1.4440

1.5380

1.4494

2.3295 *

1.5054

1.6911

1.4527

1.6315

1.4235

1.5659

1.4946

2.3787 *

................ 1. 6849......1. 4694..*.1. 6707

1 5748.*.2. 4126.*.

... 5510..*. 1 7676

1.4897 *

1 1.8479

1.5709

1.8688

1.5164

1.5685

1.4255

1.6028

2.3071

10 *

1.7511

1.4575

1.7122

1.4500

1.5923

1.4400

1.6881

2.3290 *

. 1 8.019 *.... 1 492.9 *.. 1 7367

1 5020

1 6663

1 5295.*..1 7887...... 3279..*

2 11

1.5506

1.7361

1.5231

1.7171

1.4253

1.5692

1.4176

2.5544 *

1.4334

1.6332

1.4534

1.6672

1.4418

1.6468

1.5845

2.7311 *

... 4632

1 6865..*..1.5054... 1. 7171.*.1. 5238..*. 1. 7612..*.1. 6780

2. 7237 1

12

1.7081

1.4447

1.5709

1.4259

1.5627

1.4052

1.8382 *

1.6171

1.4242

1.5931

1.4438

1.6168

1.4749

2.0320 *

. 1.6834..*. 1 4699 *...... 16674......1. 5247

1 7249

1. 5786

2. 1220...*

1.5065

1.5394

1.4274

1.5715

1.4046

1.8934

2.6821

13 *

1.5457

1.5667

1.4413

1.64'6

1.4743

2.0168

2.7494 *

... 6545..*. 1 6707....... 1 5295

1 7622..*. 1. 5786...*.2.0717. **2 6889.*

1

e 14

1.7615

1.4515

1.6045

1.4182

1.8393

2.6844

1.8159

1.4953

1.6890

1.5853 + 2.0334

2.7518 *

1. 9101..*.1 5748.*. 1 7887

1 6700

2. 1220... 2. 6 8 9 3...*

15

1.8302

2.3347

2.3105

2.5605

4 EFPD 118 % POWER

1.8593

2.3842

2.3307

2.7335

200 EFPD 118 4 POWER

. 1 9046..*.2 4159...... 2. 3279

2.7237 *........... 405 EFFD 118 %

POWER THIS IS LEVEL 13 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTTOM)

......................F.........E.........D.........C.........B.......A......

H G

8

2.1883

1.6566

1.9519

1.6147

1.7899

1.5643

1.8352

1.8831 *

2.0037

1.5453

1.8217

1.5010

1.7122

1.6315

1.9247

1.9488 *

. 2. 0312... 1 5744............... 1. 5260.*.1. 7762..*. 1 7405..*. 2. 0152..*.1 9907 *

1.8561 *

1.6316

1.8076

1.4922

1.5984

1.4948

2.4212

1.6566

1.8718 9

1.5192

1.7254 1.4881

1.6531

1.5659

2.5171 *

1.5453

1.7178 *

. 1. 5744......1.8106

1. 5524... 1 7752

1.5319

1.7621.*.1 6414.....2 5363..*

1.5714

1.6282

1.4689

1.6582

2.3970

1.9668 10

1.9519

1.6384

1.5243

1.8016

1.5106

1.6578

1.5009

1.7776

2.4537 *

1.8217 *

. 1 8561.*. 1 5555.... 1. 8251.*. 1.5575.*.1.7450.*.1 5855

1. 8820

2.4413..*.

11

1.6147

1.8139

1.5785

1.7932

1.4689

1.6249

1.4517

2.6566 *

1.5010

1.7274

1.5149

1.7204

1.4781

1.6982

1.6223

2.0642

4.............. 8151

1. 7156..*.2. 8435 *

1.5556

1

1 5260

1.7772

1.5621

1.767 12

1.7899

1.4936

1.6307

1.4695

1.6231

1.4476

1.9005

1.6873 + 1.5271

2.1084 *

1.7122

1.4888

1.6601

1.4807 2..*. 1 5319

1. 7467......1. 5575.*.1 7988.............. 25

2. 1937 *

1.63

1.776 1.6265

1.4469

1.9670

2.7910

13

1.5643

1.6001

1.4710

1.6315

1.6540

1.5023

1.6991

1.5267

2.1042

2.8583 *

... 7405..*.1.7621..*.1. 5855..*.1.8157

1.6321.*.2 1673..*. 2. 8053 *

1 14

1.8352

1.4970

1.6600

1.4524

1.9016

2.7933 *

1.3247

1.5667

1.7786

1.6229

2.1098

2.8609 *

2.0152.*.1.6421.*.1 8820..... 1. 7156

2. 1946.*.2 8062.*

15

1.0831

2.4288

2.3989

2.6612

4 EFFD 118 4 POWER 1.9488

2.5212

2.4556

2.8669

200 EFPD 118 4 POWER

2.8435

405 EFPD 118 4 POWER

. 1. 9907

2. 5384..*.2. 4432

APPENDIX Page 122 of 140 i

McGul x ' Cylce 10 Core Operating Lim 9s Report

{

1Dable 3 (cont.)

M-sub-C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 12 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTCM)

.............C.....,e..F.........E.........D.........C........B.........A.....

H 8

2.4063

1.8036

2.1271

1.7422

1.9379

1.6871

1.9835

2.0232 *

- 14

1.6781

1.9747 + 1.6384

1.8806

1.7878

2.1098

2.1242 *

. 1 6904...*.1 9986......1. 6524..*.1. 9391.*.1 8956..*.2 1980.*. 2. 1570

7

1.6048

2.6208

9=

2.0447

1.7662

1.9586

1.6082

1.7274 1.9094

1.6430

1.0750

1.6190

1.0046

1.7075

2.7552 *

1.4 a 9557.... 1. 6568 *... 1. 9102..*. 1. 6508.....1 9 0 5 2...*.1 7 7 9 5.. *. 2. 7 5 61.. *.

1.6904

1 10

2.1271

1.7744

2.1402

1.7045

1.7665

1.5891

1.7878

2.5860

1.9245

2.6887

1.6481

1.9569 + 1.6314

1.7974

1.6194 *

1.9747

1.9966

1 6610 *..........C.7... 1. 6605..*.1 8678..*.1. 6912..*.2. 0194

2. 6507..*.

1.96 1.7655

1.5680

2.8747

11

1.7422

1.9650

.7121

1.9525

1.5899

1.6384

1.881' t63

1.8704

1.5946

1.8413

1.7538

3.0957

.... 1. 9020 *.... 1 6683.*. 1. 9518..*.1. 8382..*. 3. 0360

i6 *

1.6524

1 914 12

1.9379

1.6090 -../695

1.5924

1.7766

1.5758

2.0705

1.6198

1.7984 + 1.5976

1.8266

1.6468

2.2831

1.8806 1 6510..*.1.0689..*.1 6701.*.1 9318.... 1. 7465..*.2. 3492..*

1.9391

1.7283

1.5915

1.7665

1.5752

2.1548

3.0603 1.6871 13

a 1.8431

1.6465

2.2848

3.1194 *

1.7878

1.8056

1.6211

1 8956

1. 9052.*. 1. 6912

.*.1 9526..*.1 7459

2. 3173.*.3 0009.*.

14

1.9835

1.6074

1.7899

1.5688

2.0719

3.0633

1.7094

1.9257

1.7548

2.2848

3.1223 *

2.1098 1.7805

2. 0205

1 8382..*.2.3498

3.0019..*

2.1980

2.0232

2.6 2.5882

2.8800

4 EFPD 118 % POWER 15

2.1242

2.7s 2.6910

3.0988

2 00 EFPD 118 % FCWER

3

405 EFPD 118 % POWER

....... 0360 2.1570

2.758

2 6507 THIS IS LEVEL 11 OF 18 (LEVEL 18. TCP CF CORE, LEVEL 1 : BOTTOM)

H G

F E

D C

D A

8

2.6208

1.9828

2.3307

1.9244

2.1432

1.8626

2.1791

2.2046

2.4288

1.8461

2.1837

1.0325

2.1184

2.0117

2.3715

2.3769

2 4361.*. 1 8570

2. 2104..*.1 8253.*. 2. 1544..*.2. 1109..*.2. 4475.*. 2.3911..*

1 9

1.9828

2.2402

1.9538

2.1761

1.7785

1.9141

1.7603

2.8641

2.1112

1.8277

2.0928

1.8066

2.0200

1.9078

3.0914

1.8461 *

...... 2 1577

1 8286

2.1146..*. 1. 8188

2 1075.*.1 9557..*. 3. 0602..*

1 8570

10

2.3307

1.9625

2.3554

1.8843

1.9586

1.7531

1.9785

2.8562 *

2.1837

1.8330

2.1700

1.0128

2.0009

1.7979

2.1446

3.0166

2104..... 1 8328

2. 1718..*.1 8252..*.2.0637

1 8551.*. 2. 2215

2. 9179

2 j

.e...

2.1837

1.8936

2.1640

1.7541

1.9537

1.7266

3.1862

11

1.9244 2.0494

1.9397

3.4395

1.8325

2.0998

1.8170

2.0664

1.7736

1 8304

2 0935

1 8318.*.2 1496

2.0091.*. 3. 3299

1.0253

2.1187

12

2.1432

1.7795

1.9623

1.7572

1.9635

1.7363

2.2913

1.7765

2.0340

1.8330

2.5376 *

2.1184

1.8077

2.0046 *

2.1544

1.8197

2.0651

1.8338

2.1423

1.9263

2.5882

1.9164

1.7562

1.9549

1.7363

2.3860

3.3908 13

1.8626 2.0200

1.7990

2.0519

1.8330

2.5355

3.4471

2.0117

1075..*.1. 8551.*. 2 1509.*.1 9251..*.2. 5606.... 3 3154

2.1109

2

2.1791

1.7703

1.9810

1.7285

2.2930

3.3945

14

2.3715

1.9090

2.1461

1.9409

2.5376 * ?.4471 9569

2. 2229.............. 2.5882..*.3.3177 *

2.0091

2.4475

1 2.8720

2.8615

3.1928

4 EFPD 118 % POWER 15 + 2.2046

3.0976

3.0166

3.4395

200 EFFD 118 % POWER 2.3769

405 EFPD 118 % POWER

2.3911

3.0632

2.9179

3 3299

APPENDIX Page 17.3 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 3 (cont.)

M-subC Values (F-subQ RPS Margin) - Normal Operations THIS IS LEVEL 10 0F 18 (LEVEL 18. TOP OF CORE, LEVEL 1 = DOTTOM)

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

H 8

2.7922

2.0921

2.4731

2.0380

2.2947

2.0052

2.3536

2.3604 *

.* 2.6702

2.0091

2.3934

1.991)

2.3186

2.2195

2.6363

2.6230 *

.......... 0202... 2. 4029

2 3452.*.2. 7141.*.2. 6282..*

. 2. 7144.*.2. 0559.*.2.4674 *2 9

2.0921

2.3769

2.0571

2.3031

1.9077

2.0664

1.9112

3.0884 *

2.0091

2.3151

1.9861

2.2846

1.9722

2.2132

2.0830

3.4168 *

2. 0559....... 4046..... 2. 0262

2. 3560.*.2.0103..*.2.3404.... 2. 1485......3. 3734..*.

2 2.0654

2.4989

2.0139

2.1155

1.8971

2.1446

3.0701

10

2.4731 *

2.3934

1.9911

2.3769

1.9735

2.1898

1.9635

2.3483

3.2836 *

.......... 2. 0312..*.2. 4207... 2. 0154..*. 2. 2957.... 2. 0424.*. 2. 4497

3. 2074..*.

2.4674

11

2.0380

2.3117

2.0232

2.3186

1.8982

2.1256

1.8705

3.4395

1.9911

2.2930

1.9798

2.2630

1.9343

2.2434

2.1155

3.7319 *

.... 202

2.3595

2. 02.19... 2. 3263..*. 2. 0147.*.2. 3735..*.2. 2010..*.3 6587 *

2.0 1.9100

2.1190

1.9018

2.1446

1.8912

2.5009

12

2.2947

2.3186

1.9735

2.1929

1.9379

2.2306

1.9988

2.7699 *

. 2. 4029.*.2. 0114..*. 2 2974.*. 2. 0171.*.2. 3591.*.2. 1014..*. 2. 8329..*

13

2.0052

2.0678

1.8994

2.1271

1.8901

2.6077

3.6747 *

2.2195

2.2132

1.9648

2.2451

1.9975

2.7798

3.7726 *

. 2 3 4 5 2.. *. 2. 3 3 8 8..*.2.

0 4 2 4.. *. 2. 3 7 3 5

2. 10 0 2.. *. 2 8 0 7 4.. *. 3. 6 2 8 9. +.

1.8717

2.5029

3.6790

14

2.3536

1.9136

2.1476

2.6363

2.0844

2.3500

2.1169

2.7724

3.7726 *

2.7141..*. 2. 1485..*.2 4510.*.2.2010.*. 2. 8329..*.3 6209.*.

15

2.3604

3.0976

3.0731

3.4471 4 EFPD 118 4 POWER

2.6230

3.4243

3.2871

3.7319

200 EFPD.18 % POWER

. 2. 6282..*.3 3771.*.3 2074.... 3. 6581.* 405 ETPD 118 4 POWER THIS IS LEVEL 9 CF 18 j

BOTTOM) 1 (LEVEL 18 e TOP OF CCRE, LEVEL 1 a

......................F.........E.........D.........C.........B.........A......

H G

8

2.8023

2.1166

2.4869

2.0598

2.3134

2.0143

2.3824

2.4352 *

2.7625

2.0844

2.4751

2.0719

2.4119

2.3307

2.8073

2.8641 *

2.9706

2. 2762.*.2. 7097

2. 2451..*. 2.6566..*. 2 5946

3.0108.*.2. 9342..*

j 1.9244

3.1668

9

2.1166

2.3934

2.0822

2.3220

1.9172

2.0774

2.0844

2.3934

2.0623

2.3697

2.0569

2.3220

2.2038

3.7141

i

. 2. 2762..*.2.6386........2. 248.3

2 601.1.... 2354

2.5925

2. 3952

3.7589.*

l

2 10

2.4869

2.0907

2.5151

2.0353

2.1271

1.9006

2.1565

3.1540

2.0678

2.4614

2.0569

2.2812

2.0569

2.4869

3.5411 *

2.4751 *

.......... 2.2532.................. 2402

2 5376......2. 2746

2.7215

3. 5654

2.6702

2

2.7097

11

2.0598

2.3307

2.0461

2.3394

1.9018

2.1300

1.8947

3.5290 *

2.0719

2.3787

2.0623

2.3500

2.0248

2.3518

2.2402

4.0260 *

2. 245.1..*.2. 6055..*.2 2467....... 5690

2. 2386

2. 6274

2. 4479.*.4. 0628 *

2 j

1.9053

2.1520

1.8982

2.5293

12

2.3134

1.9184

2.1314 *

2.4119

2.0609

2.2879

2.0274

2.3324 998

2.9481 *

. 2 6566..*. 2.2354........2.5396.*. 2 2418..*.2. 6077

b

3. 1476..*

'77 13

2.0143 + 2.0802

1.9041

2.1329

1.8971

2.0.08

3.8048

2.3307

2.3220

2.0596

2.3536

2.0998

2.9621

4.0734 *

. 2. 5946

2 5903.+. 2. 2746

2. 6274...... 3359

3. 1130

4. 0260 *

2 14

2.3824

1.9268

2.1610

1.8971

2.5314

3.8048 *

2.8073

2.2038

6.4889

2.2418

2.9509

4.0734

0108........ 3952....... 15

2. 4479.....3. 1476

4 0260 *

2.

2.72

3 15

2.4352

3.1733

3.1572

3.5330

4 EFPD 118 % POWER

2.8641

3.7186

3.5451 4.0260

200 EFPD 118 % PCWER

...................... 654... 4.0628

405 EFPD 118 %

2.9342

3.7589

3.5 POWER

~ L1 APPENDIX -

Page 124 of 140

' McGuire 2 Cylce 10 Core Operating Limits Report Table 3 (cont.)

M-sub-C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 8 0F 18 i

(LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTTOM)

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

e 8 + 2.6634

1.9866

2.3483

1.9292

2.1685

1.8920

2.2418

2.2799'*

2.5860

1.9574

2.3237

1,9464

2.2729

2.1922

2.6186

2.6363 *

2. 7848..*.2. 1198..*.2.5396.*.2. 0970..*. 2. 4889.*.2 4269.*. 2. 8303.*.2. 7552..*.

9* 1.9866

3.2597

1.9513 + 2.1837 + 1.8110

1.9698

1.8153

2.9649 *

1.9574

2.2467

1,9391

2.2386

1.9331

2.1945

2.0692

3.4357 *

2. 1198..*.2 4712..*.2. 0970.*. 2. 4383..*.2. 0914..*. 2. 43.64..*.2. 2499.*. 3. 5411

10

2.3483

1.9600

2.3733

1.9136

2.0169

1.8057

2.0555

2.9593 *

2.3237

1.9452

2.3168

1.9367

2.1595

1.9367

2.3465 *-3.3045 *

. 2. 5 3 9 6.. *.2.1012.. *. 2. 5 0 0 9. *. 2. 0 9 4 2.. *. 2,18 0 6.. *. 2. 13 2 9. *. 2. 5 6 0 5...*. 3. 3 615.. *.

11

1.9292

2.1929

1.9208

2.2069

1 6078

2.0340

1.8078

3.3471 *

1.9464

2.2451

1.9415

2.2226

1.9071

2.2274

2.1084

3.7771 *

2. 0970..*.2. 442.1.**2 0998..*.2. 4082..*.2. 0998.*.2. 4731.*. 2. 2964...*.3. 8424..*.

12

2.1685

1.8131

2.0182

1.8110

2.0514

1.8110

2.4175 *

2.3729

1.9355

2.1655

1.9106

2.2116

1.9810

2.7897 *

2. 4 8 8. 9

2. 0 9 2 8...*. 2. 3 8 2 4.. *. 2. 1012.. *. 2. 4 5 3 7...*. 2. 19 6 0.. *

2. 9 67 8..

13

1.8920

1.9722

1.8089

2.0354 + 1.8099 + 2.5212

3.6067 *

2.1822

2.1945

1.9391

2.2290

1.9810

2.8023

3.8282 *

. 2. 4269.*.2. 4345..*. 2. 1329..*.2. 4731..*.2. 1945..*.2. 9398..*.3. 8141

a 14

2.2418

1.6185

2.0502

1.8099

2.4194

3.6108 *

2.6186

2.0705

2.3483

2.1084

2.7897

3.8282 *

2. 8303.*.2. 2499..*.2.5605..*.2. 2964..*.2. 9678

3 8141.*

15

2.2799

2.9706

2.9621

3.3507

4 EFPD 118 % POWER

2.6363

3.4395

3.3080

3.7771

200 EFPD 118 % POWER

. 2. 7552..*. 3. 5451.*. 3. 3579..+. 3. 8424.*. 405 EFPD 118 4 POWER i

THIS IS LEVEL 7 OF 18 (LEVEL 18. TCP OF CORE, LEVEL 1 = BOTTOM)

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

8

2.4989

1.8447

2.1791

1.7833 2.0122

1.7526 2.0768

2.1032 *

2.4231

1.8202

2.1655

1.7940

2.0914

2.0043

2.3945

2.3933 *

. 2. 5431.*.1 9318

2. 3159..*. 1. 9096

2. 2703..*.2. 2103..*. 2. 5778..*.2.5023..*

.9

1.0447

2.1027

1.8082

2.0314

1.6818

1.8302

1.6693

2.7390 *

1.8202

2.0956

1.7929

2.0678

1.7834

2.0176

1.8899

3.1338 *

1 9318

2.*.2539

1 9108..***2 2221

1.9035..*.2 2170..**2. 0423..**3 2206.*

10

2.1791

1.8163

2.2038

1.7775

1.8817

1.6811

1.8989

2.7242 *

2.1655

1.7981

2.1476 + 1.7886

1.9983

1.7886

2.1467

3.0057 *

. 2. 3.159..*. 1. 9143

2. 2786..*.1 9061

2. 1692..*. 1. 9387

2. 3258

3. 0504..*

11

1.7833

2.0394

1.7837

2.0664

1.6914

1.9059

1.6951

3.0967 *

1.7940

2.0747

1.7927

2.0672

1.7756

2.0664

1.9350

3.4620 *

1. 9096

2. 2253..*.1 9105..*.2. 1940.*.1 9105..*.2. 2506..*. 2. 0825.*.3 4844.*.

12

2.0122

1.6829

1.8829

1.6942

1.9561

1.7140

2.2679 *

[

2.0914

1.7844

2.0022

1.7786

2.0623

1.8482

2.5775 *

2. 2703.*.1. 9038.*. 2. 1707..*.1. 9128..*. 2. 2345.*.1. 9.949..*. 2. 6.937..*

i 7

13

1.7526

1.8310

1.6829

1.9082

1.7131

2.3934

3 3798 *

2.0043

2.0176

1.7896

2.0678

1.8482

2.6164

3.5492 *

. 2. 2103..*.2 2166 + 1. 9378

2. 2506...*.1 9.949..*.2. 6706

3. 4573.*

14

2.0768

1.6721

1.9012

1.6961

2.2696

3.3834 *

2.3945

1.8910

2.1482

1.9362

2.5796

3.5492

1

. 2.5778

2. 0433.*. 2. 3258..*. 2. 0815

2.6943..*.3. 4573..*.

15

2.1032

2.7438

2.7270

3.1004

4 EFPD 118 % POWER

2.3933

3.1389

3.0068

3.4622

200 EFPD 118 % POWER

2. 5 0 2 3.. *. 3 2 2 3 9.*. 3 0 5 0 4. *. 3 4 815..

4 0 5 EFPD 110 t POWER h

.--n.--

APPENDIX Page 125 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 3 (cont.)

M-sub-C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 6 OF 1R (LEVEL 18 = TCP CF CORE, LEVEL 1 = BOTTCM)

.............G.........F.........E.........D.........C........B.........A......

H 1.9382

1.9759

1.6535

1.8690

1.6267

8

2.3057

1.7060

2.0203

2.2278

1.6684

1.9789

1.6499

1.9220

1,8418

2.2096

2.2174 *

..... 07

1. 7700

2. 1216.*. 1. 7472..*.2. 0816

2. 0281.*.2 3657..*. 2. 3006

2.33 9

1.7060

1.9437

1.6751

1.8851

1.5568

1.6975

1.5643

2.5732 *

1.6684

1.9184

1.6454

1.8949

1.6368

1.8506

1.7329

2.9033 *

. 1. 7700......2. 0641..*.1 7482..*. 2. 0327..... 7394..*.2. 0321.... 1. 8713..*.2. 9644..*

1 10

2.0203

1.6826

2.0455

1.6461

1.7424

1.5560

1.7702

2.5517

1.9789

1.6501

1.9684

1.6403

1.8320

1.6379

1.9671

2.7744 *

... 12.16

1 7521.*.2. 0862..*.1 7411.*.1 9845..*. 1 7710

2. 1315..*.2. 8056 *

2

..e**..

11

1.6535

1.8930

1.6526

1.9094

1.5602

1.7609

1.5672

2.8913 *

1.6499

1.9007

1.6438

1.8896

1.6192

1.8874

1.7729

3.1811 *

. 1 7472..*. 2. 0367..*.1 7460.*.2. 0062..*.1 7423..*.2. 0565..*.1 9056..*.3 2013..*

12

1.8690

1.5584

1.7434

1.5632

1.7929

1.5751

2.1025

1.8353

1.6217

1.8863

1.6820

2.3579

1.9220

1.6377 *

... 08162.....*.1.7401.*.1.9867.... 1. 7440

2 0404.*. 1. 8215..*. 2. 4664.*

13

1.6267

1.6986

1.5576

1.7619

1.5743

2.2108

3.1502

1.8517

1.6396

1.8886

1.6820

2.3648

3.2647 *

1.8418 *

2.0

..... 3. 1711..*

.... 281.*.2.0311..*. 1. 7708

2. 0565..*.1 8204.*.2.4427 14

1.9382

1.5665

1.7723

1.5686

2.1054

3.1528

3.2647

2.2096

1.7339

1.9694

1.7735

2.3596 *

. 2. 3657.......18713......2. 1315.*.1 9044..*.2. 4664

3. 1711..*

1.9759

2.5796

2.5542

2.8949

4 EFPD 118 % POWER 15 *

2.2174

2.9087

2.7769

3.1815

200 EFPD 118 4 POWER

2

405 EFFD 118 % POWER

. 2. 3006....... 9673.*.2. 8056

3. 2004 THIS IS LEVEL 5 0F 18 (LEVEL 18 = TOP OF COPE, LEVEL 1 = BOTTOM)

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

1.8439

1.5092

1.7143

1.4852

1.7878

1.8191

8

2.1057

1.5471

2.0091

2.0043

1.7414

1.6644 2.0073

1.4893

1.7880

1.4809 *

. 2. 0958......1 5775

1.9031.*. 1.5578

1.8667....................137

2. 1257

2. 0584..*.

1.8 9

1.5471

1.7702

1.5210

1.7219

1.4172

1.5536

1.4288

2.3855

1.7112

1.4692

1.6698

1.5551

2.6420

1.4735

1.4893 1.7266

........ 8514

1 5586

1. 8221..*.1 5515

1 8221.*.1. 6700..*. 2 6611..*.

. 1 5775

1 10

1.8439

1.5286

1.8707

1.4985

1.5919

1.4153

1.6197

2.3545

1.4716

1.6512

1.4644

1.7712

2.5132 *

1.7880

1.4777

1.7804 *

. 1 9031.*.1. 5617......1 8690

1. 5515..*.1 7796

1 5778..*e**.9092..*.2. 5176

1 11

1.5082

1.7287

1.5051

1.7442

1.4166

1.6060

1.4227

2.6640 *

1.4809

1.7175

1.4755

1.7000

1.4450

1.6944

1.5837

2.8?73 *

. 1. 5578

1. 8253..*. 1. 5555..*.1 7980..*. 1. 5523..*.1 8429

1. 6994.*. 2. 8767 12

1.7143

1.4185

1.5929

1.4192

1.6258

1.4252

1.9221 *

1.7414

1.4700

1.6537

1.4474

1.6875

1.4989

2.1177 *

..1 8667.... 1. 5523

1. 7806 *... 1. 5538 *.... 1 8275

1. 6232..*.2. 2.095...*

13

1.4852

1.5552

1.4172

1.6076

1.4245

2.0167

2.8957 *

1.6644

1.6707

1.4658

1.6954 1.4982

2.1420

2.9456

37....1 8221..*.1. 5776..... 1 8429... 1. 6226.....2 1916. **.... 2. 8504

1.81 i

14

1.7878

1.4308

1.6222

1.4241

1.9242

2.8983

1.5567 1.7724 1.5838

2.1192

2.9479 *

2.0091

. 2. 1257... 1 6700......1 9092..*.1. 6994..*.2. 2095

2. 8505

2.J910

2.3581

2.6686

4 EFPD 118 % POWER 15

1.8191 *

2.0043

2.6465

2.5153

2.8776

200 EFFD 118 % POWER 584.....2.6634................... 8767

405 EFPD 118 % POWER

2.0

2.5176 *2

APPENDIX Page 126 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 3 (cont.)

M-sub-C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 4 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = DOTTOM)

....H.**...0.........F.........E.........D.........C.........D.....*e..A....

1.4319

1.7338

1.7823

8

2.0131

1.4808

1.7630

1.4505

1.6468 *

1.9034

1.4138

1.6938

1.4076

1.6516

1.5795

1.9060

1.9125 *

. 1 9201.*. 1.4431.*. 1 7387..*. 1 4230 *... 1 7031.*.1. 6557

1 9412.*.1.8924 1.6909

1.4582

1.6547

1.3681

1.5015

1.3875

2.3324

9

1.4808

1.3942

1.5828

1.4765

2.5158 *

1.4138

1.6355

1.3993

1.6204 4.31..*.1 6929.*.1 4237...*.1. 6605..*. 1. 4166.*.1 6632

1. 5287..*.2. 4429..*

1.4 1.7916

1.4410

1.5349

1.3649

1.5709

2.3045

1.7630

1.4658

10

1.6938

1.4040

1.6867

1.3941

1.5610

1.3838

1.6776

2.3970 *

..... 4269.... 1 7059....1 4162..*.1 6229.*.1 4418......1. 7460

2. 3.134..*

1.

. 1.7387 11

1.4505

1.6619

1.4472

1.6724

1.3662

1.5495

1.3788

2.6032 *

1.6250

1.3986

1.6098

1.3636

1.5983

1.4993

2.7341

1.4076 632..*.1. 4204

1.6400.*.1. 4172..*.1 6820......1 5562..*.2. 6460 a.4230

1.6 1.3686

1.5629

1.3741

1.8654

12

1.6468

1.3698

1.5356

1.3955

1.5634

1.3660

1.5891

1.4129

1.9998

1.6516 *

. 1 7031..*.1. 4166.*.1 6242..*. 1. 4185..*. 1 6672..*.1. 4847.........

256 *

2.0 13

1.4319

1.5029

1.3674

1.5505

1.3730

1.9501

2.8188 *

1.5795

1,5836

1.3853

1.6000

1.4123

2.0195

2.7904

.......... 37 *

. 1. 6557........ 6623..+.1. 4418.... 1 6820..*.1.4840.*.2. 0098

2.62...

1 1.3800

1.8667

2.8213

1.7338

1.3894

1.5733 14

2.0011

2.7907 1.5001 *

1.9060

1.4772

1.6194 *

. 1. 9412...... 5288.....1.7461...*.1 5558.... 2.0256.... 2. 6237

1.

15

1.7823

2.3380

2.3079

2.6075

4 EFPD 118 4 POWER

. 9125

2.5199

2.3988

2.7341

200 EFPD 118 % POWER

405 EFPD 118 4 POWER e.1 8924.*.2 4458

2. 3134.*.2. 6449 THIS IS LEVEL 3'OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1. BOTTOM)

....H.........G.........F.........E.........D.........C.........B.....e...A.....

1.7684

8

1.9287

1.4164

1.6829

1.3918

1.5791

1.3853

1.6991 *

1.5018

1.0200

1.8357

1.6152

1.3395

1.5736

1.8212

1.3489 *

1. 7711..*. 1 3253..*. 1 5999.*.1.3034.*. 1. 5615..*. 1 5145..*. 1 7788... 1 7387 1.6171

1.3918

1.5831

1.3270

1.4591

1.3592

2.3066

9

1.4164 *

1.3489

1.5613

1.3332

1.5411

1.3280

1.5114

1.4116

2.4094 *

..... 1 5249

1.3994...............

2 2430

... 3253........ 55871......*.1.

3059.*.1 5211..*.1 2969

1.

1.3988

1.7080

1.3842

1.4858

1.3259

1.5386

2.2809

10

1.6829 *

1.6152

1.3374

1.6074

1.3297

1.4894

1.3208

1.6028

2.3018 *

... 5999 *..... 1 3089 *..... 1 5673.*. 1 2977....... 1 4906.....1.3195..*.1 5991.*.2. 1290

1.

11

1.3918

1.5904

1.3899

1.6069

1.3276

1.5091

1.3580

2.5903

1.5264

1.4339

2.6315 *

1.3395

1.5467

1.3338

1.5359 1.2997 *

. 1 3034..*.1 5241.*.1 3015 *...... 1 5061..*.1. 2975..*. 1. 5430

1. 4269.*. 2. 4423..*.

12

1.5791

1.3282

1.4865

1.3300

1.5188

1.3422

1.8399 *

1.5736

1.3293

1.4924

1.3023

1.5152

1.3400

1.9137 *

... 5615.*.1 2972..*..1 4917

1 2988..*.1 5297.....1. 3606.....1.8621..*

1 1.3853

1.4606

1.3276

1.5113

1.3416

1.9185

2.7966

j 13

1.5273

1.3474

1.9354

2.6839

i

1.5010

1.5115

1.3220

.....145 *.....1.5241.... 1. 3192

1. 5430 *.................. 529

2.4262 1.3600 1.8 1.5 1.3592

1.8418

2.7991

14

1.6991

1.3610

1.5408 *

1.8200

1.4123

1.6037

1.4340

1.9149

2.6859 *

)

. 1 7788 *...... 1 3997.*. 1.5991..*.1.4269..*.1.8627

2. 4262..*.

2.3117

2.2843

2.5946

4 EFPD 118 4 POWER 15

1.7684

1.8357

2.4134

2.3035

2.6315

200 EFFC 118 % POWER

. 1. 7387..... 2447 *....... 1290.... 2. 4404.....405 EFPD 118 %

2.

2 FOWER

APPENDIX Page 127 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 3 (cont.)

M-sub-C Values (F-sub-Q RPS Margin) - Normal Operations THIS IS LEVEL 2 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTTOM)

....H.........C........F........E........D........C.........B.........A 8

1.9809

1.4710

1.7314

1.4432

1.6257

1.4823

1.8356

1.9903

1.3824

1.6180

1.5649

1.8984

1.9731 *

1.8767

1.4014

1.6678 *

..1 760.3.*.1 3543..*.1 5968..*. 1 3074..*. 1 54.93..*.1 5096.*.1 7664..*. 1 7700.*

1.6153

1.4111

1.5515

1.4777

2.5118

9

1.4710

1.6768

1,4330 *

1.4014

1.6200

1.3808

1.5774

1.3745

1.5794

1.5028

2.5164 *

. 1 3343..*.1 5601.*. 1. 3124.*. 1 5084..*.1. 3003..*. 1. 5258..*.1.4090..*. 2. 2393.*.

1.5631

1.4139

1.6673

2.5199

10

1.7314

1.4404

1.7420

1.4417 *

1.6678

1.3854

1.6556

1.3930

1.5482

1.3890

1.6877

2.4483

5968..... 1. 3154.*.1 5660...... 1 3 014.. *.1 4 915.. *.1.

3 2 4 9...*.1 6 0 2 2...*. 2. 15 4 2.. *

1.

1.(222

1.4480

1.6616

1.4145

1.6090

1.5116

2.8814

11

1.4432 1.3588

1.6007

1.5343

2.8044

1.3824

1.5831

1.3969

1.5880 *

..1 3074.......1 5114.. *.1 3 0 5 0..*.1.

5 0 7 3.

1. 3 0 3 3. *.1.

5 4 7 0.. *.1 4 5 0 0...*. 2. 4 716. * **

1.5641

1.4184

1.6140

1.4601

2.0257 1.4131 1.6257 12 *

1.5867

1.4362

2.0270

1.6180

1.3763 + 1.5520

1.3618

. 1. 5493.*.1 3009......1. 4926..*.1. 3047.... 1 5340.*.1.3742..*.1 8803 13

1.4823

1.5530

1.4158

1.6115

1.4594

2.0803

3.0857

1.4356

2.0376

2.8617 *

1.5649

1.5803

1.3902

1.6016

..1 5096..*.1 5254.*.1.3244.*..1 5470.*.1 3734...*.1 8711.*.2. 4638..*

1.6700

1.5131

2.0270

3.0857

14

1.8356

1.4799 *

1.8984

1.5036

1.6886

1.5350

2.0283

2.8617 *

..1 7664.*. 1.40.94...*.1 6022...*.1.4.496.*.1 0809.....2. 4638.*

15

1.9903

2.5175

2.5240

2.8841

4 EFPD 118 % POWER

1.9731

2.5205

2.4486

2.8044

200 EFPD 118 % POWER

... 7700.*.2 2409

2. 1542..*. 2 4697

405 EFPD 118 %

1 POWER THIS IS LEVEL 1 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

......................F.........E.........D.........C.........D.........A H

G 1.8870

2.2556

2.2042

2.6734

3.1997

8

2.6431

1.9829

2.4430

1.8387

2.1809

2.1925

2.6442

2.9941

2.4852

1.8899

2.2844

..**.................... 6804

1. 9595

1. 9497

2 2613 1.7283

2.C549

1

2.4504 *

.... 186 *

2.2 1.9313

2.1793

1.8721

2.3132

2.1665

3.6898

9

1.9829

2.4101

1.8311

2.2629

2.1241

3.4922 *

1.6899

2.2492

1.8498

2.0838 *

...... 2.0100 *.........1 8569..*.2.8643 *

.......... 2.0263..*.1 6904......1 8787...

....1 6687

1.7283 *

2.5355

3.8455

10

2.4430

1.9374

2.4008

1.8963

2.2375

1.9267 2.1472

1.8941

2.4610

3.5606

2.2844

1.8586

2.2518

1.8257

.2 0549......

1 6964........ 132...*.1 6607

1.9280

1 7094.. **. 2. 1367..*.2. 8921..*

2.0 11

1.8870

2.1884

1.9060

2.3480

1.9179

2.3662

2.3343

4.3854

2.2690

2.2381

4.0303 *

1.8387

2.0894

1.8326

2.1928

1.8518 *

. 1.6804

1.8821.*.1 6642..*..1.9564 *........1.6813..*.2.0126

1.9485

3.2677..*.

1.8766

2.2455

1.9241

2.3519

2.1481

3.0881

12

2.2556

2.1809

1.8343

2.1517

1.8564

2.2376

2.0547

2.9145 *

1.9

1.8132

2.4846 *

.... 595.*.1 6696......1 9298 '. 1 6836

1 9901 1.9301

2.3698

2.1468

3.0483

4.6427

13

2.2042

2.3149

4.1272

2.1925

2.2636

1.8952

2.2707

2.0533

2.8524

3.2935 *

2.0093

1.7094

2.0126

1.8122

2.4341

..1.9497 2.1696

2.5397

2.3361

3.0912

4.6427

14

2.6734 2.9145

4.1272 *

2.6442

2.1255

2.4630

2.2383

1.8569 *

1.9485

2.4846

3.2935

l

............. 2.1367

..... 13

2.26 3.6977

3.8502

4.3916

4 EFPD 118 % POWER 15

3.1997 *

3.4961

3.5647

4.0303

200 EFPD lie t POWER 2.9941

... 4504...........

6

2.8921.*.3.2642..* 405 EFFD 118 4

2.

2.865 PCWER I

1

]

APPENDIX Page 128 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 4 M-sub-C Values (F-sub-Q RPS Margin) - Power Escalation 1

AT 118% POWER, 4 EFPD, THIS IS LEVEL 18 OF 18 (LEVEL 18 s TOP OF CORE, LEVEL 1 = BOTTOM)

H G

B A

......................F.........E.........D.........C........................

8*

2.6242 2.1151 2.4884 2.0587 2.3543 2.3832 2.7223 3.2666 9*

2.1151 2.4689 2.0940 2.3323 2.0636 2.4557 2.3597 3.6270 10*

2.4884 2.0954 2.4627 2.0658 2.3901 2.1305 2.6792 3.8163 11*

2.0587 2.3340 2.0722 2.4535 2.0955 2.5103 2.5340 4.2841 12*

2.3543 2.0650 2.3937 2.0983 2.4624 2.3031 3.1137 13*

2.3832 2.4577 2.1320 2.5123 2.3024 3.0357 4.3591 14*

2.7223 2.3615 2.6814 2.5353 3.1149 4.3591 15

3.2666 3.6312 1.8163 4.2876 AT 118% POWER, 4 EFPD, THIS IS LEVEL 17 OF 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 s BOTTOM)

H G

A

......................F.........E........D....*e...C........B

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

2.0106 1.6513 1.8396 1.6562 1.7644 1.6673 1.9272 2.1313 9*

1.6513 1.7900 1.6413 1.7906 1.6251 1.7009 1.6844 2.5547 10*

1.0396 1.6462 1.8642 1.6502 1.7233 1.6292 1.8287 2.6085 11*

1.6562 1.7953 1.6537 1.8029 1.6282 1.7603 1.7073 2.9076 12*

1.7644 1.6256 1.7236 1.6299 1.7417 1.6355 2.1179 13*

1.6673 1.7014 1.6304 1.7617 1.6346 2.1279 2.9918 14*

1.9272 1.6859 1.8297 1.7082 2.1179 2.9946 15

2.1313 2.5609 2.6120 2.9129 AT 110% POWER, 4 EFPD, THIS IS LEVEL 16 OF 18 (LEVEL 18 = TOP OF CORE. LEVEL 1 = BOTTOM)

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

H G

F E

D C

B 8*

1.9184 1.5262 1.7462 1.5256 1.6565 1.4929 1.7359 1.8455 9'

1.5262 1.6822 1.5236 1.6845 1.4580 1.5315 1.4762 2.2948 10*

1.7462 1.5285 1.7786 1.5092 1.5636 1.4486 1.6235 2.3096 11*

1.5256 1.6896 1.5145 1.6790 1.4473 1.5769 1.4646 2.5673 12*

1.6565 1.4587 1.5659 1.4488 1.5629 1.4317 1.8553 13*

1.4929 1.5315 1.4506 1.5785 1.4310 1.8931 2.6549 14*

1.7359 1.4777 1.6248 1.4650 1.8564 2.6563 15

1.0455 2.2998 2.3130 2.5715 AT 118% POWER, 4 EFPD, THIS IS LEVEL 15 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 m BOTTOM)

H G

F E

D C

B A

8*

1.9484 1.5165 1.7618 1.4932 1.6397 1.4535 1.6983 1.7720 9'

1.5165 1.6942 1.5024 1.6644 1.4056 1.4901 1.4108 2.2423 10*

1.7618 1.5081 1.7866 1.4759 1.5285 1.3966 1.5608 2.2312 11*

1.4932 1.6696 1.4813 1.6634 1.3922 1.5315 1.3932 2.4855 12*

1.6397 1.4062 1.5307 1.3916 1.5166 1.3712 1.7894 13*

1.4535 1.4914 1.3985 1.5330 1.3706 1.8331 2.5873 14*

1.6983 1.4126 1.5630 1.3945 1.7905 2.5894 15

1.7720 2.2471 2.2342 2.4894

APPENDIX Page 129 of 140 McGuire 2 Cylce 10 Core Operating Limits Report

' Table 4 (cont.)

M-sub-C Values (F-sub-Q RPS Margin) - Power Escalation AT 118% POWER, 4 EFPD, THIS IS LEVEL 14 0F 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTCM)

H G

F C

8 A

...............................E.........D.................................

8' 2.0723 1.5973 1.8668 1.5665 1.7256 1.5219 1.7796 1.8489 9'

1.5973 1.7911 1.5006 1.7481 1.4588 1.5538 1.4643 2.3534 10' 1.8668 1.5870 1.8880 1.5320 1.5846 1.4401 1.6193 2.3307 11*

1.5665 1.7539 1.5387 1.7347 1.4399 1.5853 1.4321 2.5806 12*

1.7256 1.4596 1.5870 1.4405 1.5787 1.4196 1.8570 13' 1.5219 1.5552 1.4420 1.5876 1.4190 1.9128 2.7L96 14*

1.7796 1.4664 1.6209 1.4328 1.8581 2.7119 15

1.8489 2.3587 2.3342 2.5867 AT 118% POWER, 4 EFPD, THIS IS LEVEL 13 CF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 x BOTTOM)

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

G F

E A

8*

2.2107 1.6736 1.9719 1.6312 1.8082 1.5004 1.8540 1.9024 9'

1.6736 1.8910 1.6483 1.8261 1.5075 1.6148 1.5101 2.4461 10*

1.9719 1.6552 1.9869 1.5875 1.6449 1.4839 1.6752 2.4216 11' 1.6312 1.8325 1.5947 1.8116 1.4839 1.6415 1.4666 2.6839 12' 1.8082 1.5089 1.6474 1.4846 1.6397 1.4624 1.9200 13*

1.5804 1.6165 1.4861 1.6432 1.4617 1.9872 2.8197 14' 1.0540 1.5123 1.6770 1.4673 1.9211 2.8219 15

1.9024 2.4537 2.4235 2.6885 AT 118% PCWER, 4 EFPD, THIS IS LEVEL 12 0F 18 (LEVEL 18 : TCP OF CORE, LEVEL 1 = BOTTOM)

..........................................................,.........A......

H G

F E

D C

B 8'

2.4310 1.8220 2.1489 1.7601 1.9578 1.7044 2.0039 2.0440 9*

1.8220 2.0657 1.7843 1.9787 1.6247 1.7451 1.6213 2.6477 10*

2.1489 1.7926 2.1621 1.7220 1.7846 1.6054 1.8061 2.6125 11*

1.7601 1.9862 1.7297 1.9725 1.6062 1.7836 1.5841 2.9041 12*

1.9578 1.6255 1.7877 1.6087 1.7948 1.5920 2.0918 13' 1.7044 1.7460 1.6079 1.7846 1.5914 2.1768 3.0917 14*

2.0039 1.6238 1.8082 1.5849 2.0931 3.0947 15

2.0440 2.6544 2.6147 2.9095 AT 118% POWER, 4 EFPD, THIS IS LEVEL 11 0F 18 (LEVEL 10 TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D C

B A

8' 2.6477 2.0031 2.3546 1.9441 2.1651 1.8817 2.2015 2.2272 9'

2.0031 2.2632 1.9738 2.1984 1.7967 1.9337 1.7864 2.8935 10' 2.3546 1.9826 2.3795 1.9036 1.9787 1.7711 1.9988 2.8855 11' 1.9441 2.2061 1.9130 2.1862 1.7721 1.9737 1.7443

. 2189 12*

2.1651 1.7978 1.9824 1.7752 1.9837 1.7541 2.3148 13*

1.8817 1.9361 1.7742 1.9750 1.7541 2.4105 3.4256 14*

2.2015 1.7885 2.0013 1.7462 2.3165 3.4293 15

2.2272 2.9015 2 8908 3.2255

i 4

APPENDIX Page 130 0f 140 McGuire 2 Cylce 10 Core Operating Limits Heport l'able 4 (cont.)

M-sub-C Values (F-sub-Q RPS Margin)- Power Escalation AT 118% POWER, 4 EFPD, THIS IS LEVEL 10 OF 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

....H.........G........F.........E D

C B

A 8*

2.8209 2.1135 2.4985 2.0509 2.3182 2.0258 2.3777 2.3846 9*

2.1135 2.4013 2.0782 2.3267 1.9272 2.0876 1.9308 3.1200 10*

2.4985 2.0865 2.5245 2.0346 2.1372 1.9165 2.1666 3.1016 11*

2.0589 2.3354 2.0440 2.3423 1.9177 2.1474 1.8897 3.4747 12*

2.3182 1.9296 2.1416 1.9213 2.1666 1.9106 2.5266 13*

2.0258 2.0890 1.9189 2.1489 1.9095 2.6344 3.7124 14*

2.3777 1.9332 2.1696 1.8908 2.5286 3.7168 15

2.3846 3.1293 3.1046 3.4824 AT 118% POWER, 4 EFPD, THIS IS LEVEL 9 0F 10 (LEVEL 18 : TOP OF CORE, LEVEL 1 = BOTTOM)

.................................................C........B.......A H

G F

E D

8*

2.8310 2.1383 2.5124 2.0809 2.3371 2.0350 2.4068 2.4602 9*

2.1383 2.4179 2.1035 2.3458 1.9368 2.0987 1.9441 3.1993 10*

2.5124 2.1121 2.5408 2.0561 2.1489 1.9201 2.1786 3.1863 11*

2.0009 2.3546 2.0671 2.3634 1.9213 2.1518 1.9142 3.5652 12*

2.3371 1.9381 2.1533 1.9248 2.1741 1.9177 2.5553 13*

2.0350 2.1015 1.9236 2.1547 1.9165 2.6679 3.8438 14*

2.4068 1.9466 2.1831 1.9165 2.5573 3.8438 15

2.4602 3.2058 3.1896 3.5693 AT 118% POWER, 4 EFFD, THIS IS LEVEL 8 0F 18 (LEVEL 18 = TOP OF CORE, LEVEL 1 = BOTTOM)

H 0

F E

D C

B A

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

8*

2.6907 2.0070 2.3723 1.9490 2.1907 1.9114 2.2648 2.3032 9*

2.0070 2.2829 1.9713 2.2061 1.0296 1.9899 1.8339 2.9953 10*

2.3723 1.9801 2.3976 1.9332 2.0376 1.8242 2.0766 2.9896 11*

1.9490 2.2154 1.9405 2.2295 1.8263 2.0549 1.8263 3.3814 12*

2.1907 1.8306 2.0389 1.0296 2.0725 1.8296 2.4423 13*

1.9114 1.9925 1.0274 2.0562 1.8285 2.5470 3.6436 14*

2.2648 1.8371 2.0793 1.8285 2.4442 3.6478 15

2.3032 3.0010 2.9925 3.3850 AT 118% POWER, 4 EFPD, THIS IS LEVEL 7 0F 18 (LEVEL 18 = TOP OF CORE, UNEL 1 : BOTTCM)

H G

F E

D C

B A

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

2.5245 1.8636 2.2015 1.8015 2.0328 1.7705 2,0981 2.1247 9*

1.8636 2.1242 1.8268 2.0522 1.6990 1.8490 1.6865 2.7671 10*

2.2015 1.8350 2.2263 1.7957 1.9010 1.6983 1.9184 2.7521 11*

1.8015 2.0603 1.8020 2.0876 1.7087 1.9254 1.7125 3.1285 12*

2.0328 1.7001 1.9022 1.7116 1.9762 1.7316 2.2912 13*

1.7705 1.8498 1.7001 1.9278 1.7306 2.4179 3.4144 14*

2.0981 1.6892 1.9207 1.7134 2.2929 3.4181 15

2.1247 2.7720 2.7550 3.1322

APPENDIX Page 131 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 4 (cont.)

M sub-C Values (F-sub-Q RPS Margin)- Power Escalation AT 110% POWER, 4 EFPD, THIS IS LEVEL 6 0F 18 (LEVEL 10 = TOP OF CORE, LEVEL 1 e BOTTOM)

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

G F

B A

8*

2.3293 1.7235 2.0410 1.6704 1.8881 1.6433 1.9581 1.9962 9*

1.7235 1.9036 1.6923 1.9044 1.5728 1.7149 1.5803 2.5996 10*

2.0410 1.6999 2,0664 1.6630 1.7603 1.5720 1.7884 2.5779 11*

1.6704 1.9124 1.6695 1.9289 1.5762 1.7790 1.5833 2.9210 12*

1.8881 1.5744 1.7613 1.5792 1.8113 1.5912 2.1241 13*

1.6433 1.7161 1.5736 1.7000 1.5904 2.2335 3.1825 14*

1.9581 1.5826 1.7904 1.5847 2.1270 3.1851 15

1.9962 2.60e0 2.5004 2.9246 AT 118% POWER, 4 EFPD, THIS IS LEVEL 5 CF 10 (LEVEL 18 s TOP OF CORE, LEVEL 1 = BOTTOM)

H G

F E

D B

A

.................................................C.......................

8*

2.1273 1.5629 1.8628 1,5236 1.7319 1.5004 1.8061 1.8378 9*

1.5629 1.7883 1.5366 1.7395 1.4318 1.5696 1.4435 2.4099 10*

1.8628 1.5443 1.8898 1.5138 1.6082 1.4298 1.6363 2.3786 11*

1.5236 1.7465 1.5205 1.7621 1.4311 1.6224 1.4373 2.6913 12*

1.7319 1.4331 1.6092 1.4338 1.6425 1.4398 1.9410 13*

1.5004 1.5711 1.4318 1.6241 1.4391 2.0374 2.9253 14*

1.8061 1.4455 1.6388 1.4387 1.9440 2.9281 15

1.0378 2.4155 2.3822 2.6959 AT 110% POWER, 4 EFFD, THIS IS LEVEL 4 OF 18 (LEVEL 18 = TOP CF CORE, LEVEL 1 = BOTTOM)

.....................................................**............A....

H G

F E

D C

B 8*

2.0337 1.4960 1.7811 1.4653 1.6637 1.4466 1.7516 1.8006 9*

1.4960 1.7083 1.4731 1.6716 1.3821 1.5169 1.4017 2.3563 10*

1.7811 1.4809 1.0100 1.4557 1.5506 1.3789 1.5870 2.3281 11*

1.4653 1.6789 1.4620 1.6896 1.3802 1.5654 1.3929 2.6298 12*

1.6637 1.3839 1.5514 1.3826 1.5789 1.3882 1.8845 13*

1.4466 1.5183 1.3814 1.5663 1.3871 1.9701 2.8477 14*

1.7516 1.4036 1.5894 1.3942 1.8858 2.8503 15

1.8006 2.3619 2.3315 2.6342 AT 118% POWER, 4 frPD, THIS IS LEVEL 3 0F 18 (LEVEL 18 = TCP OF 3, LEVEL 1 e BOTTOM)

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

H G

F E

D C

B l

8*

1.9485 1.4310 1.7002 1.4061 1.5953 1.3995 1.7165 1.7865 9'

1.4310 1.6337 1.4061 1.5993 1.3407 1.4740 1.3731 2.3302 10*

1.7002 1.4131 1.7255 1.3984 1,5010 1.3395 1.5543 2.3043 11*

1.4061 1.6067 1.4042 1.6234 1.3412 1.5245 1.3719 2.6168 12*

1.5953 1.3418 1.5017 1.3437 1.5343 1.3560 1.8507 13*

1.3995 1.4755 1.3412 1.5268 1.3554 1.9381 2.8253 14*

1.7165 1.3749 1.5566 1.3731 1.8607 2.8278 l

15

1.7865 2.3354 2.3077 2.6212 l

l

APPENDIX Page 132 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 4 (cont.)

M-sub-C Values (F-sub-Q RPS Margin)- Power Escalation AT 118% POWER, 4 EFPD, THIS IS LEVEL 2 OF 16 (LEVEL 18 m TOP OF CORE, LEVEL 1 BOTTOM)

............e..................E........D........C.......B.........A H

G F

8' 2.0012 1.4860 1.7491 1.4580 1.6424 1.4975 1.0544 2.0107 9'

1.4d60 1.6940 1.4477 1.6319 1.4256 1.5674 1.4929 2.5375 10*

1.7491 1.4551 1.7599 1.4565 1.5792 1.4284 1.6844 2.5458 11*

1.4580 1.6308 1.4628 1.6707 1.4290 1.6254 1.5271 2.9110 12*

1.6424 1.4276 1.5801 1.4330 1.6305 1.4750 2.0465 13*

1.4975 1.5609 1.4303 1.6280 1.4743 2.1017 3.1173 14*

1.0544 1.4950 1.6871 1.5286 2.0478 3.1173 15

2.0107 2.5433 2.5499 2.9137 AT 118% POWER, 4 EFPD, THIS IS LEVEL 1 0F 18 (LEVEL 10 : TCP OF CORE, LEVEL 1 : BOTTOM)

......................P.........E........D.........C.........B.........A H

G 8*

2.6702 2.0032 2.4600 1.9064 2.2707 2.2268 2.7008 3.2325 9*

2.0032 2.4348 1.9511 2.2016 1.8913 2.3369 2.1887 3.7276 10*

2.4600 1.9573 2.4254 1.9158 2.2604 1.9465 2.5615 3.8849 11*

1.9064 2.2109 1.9255 2.3721 1.9375 2.3904 2.3502 4.4304 12*

2.2707 1.8959 2.2685 1.9438 2.3760 2.1701 3.1198 13*

2.2268 2.3386 1.9499 2.3941 2.1689 3.0795 4.6903 14*

2.7008 2.1918 2.5657 2.3600 3.1229 4.6903 15

3.2325 3.7356 3.8897 4.4366 i

l 1

APPENDIX McGuire 2 Cylce 10 Core Operating Limits Report Table 5 F-delta-H/M-delta-H Values - Normal Operations AT 100% POWER, 4 EFPD

....H.........G.........F........E.........D C

B A

8*

.9680

1.2790

1.1050

1.3070

1.1860

1.3310

1.1090

1.0380 *

1 5403

1.2026

1.3793

1.1515..*.1.2512..*.1.1115

1.3069

1.3739

9

1.2790

1.1440

1.3030

1.1830

1.3750

1.2860

1.3470 *.8280 *

1.2026

1.3348

1.

1.1583

1.0905

1.7186 *

..................... 1668

1.2783

1. 1024 10

1.1050

1.2970

1.0930

1.3150

1.2620

1.3750

1.2150 *

.8310 *

1.3793

1.

1711................ 1660

1.2192

1.1432

1. 2617 *

1.3803

1.

2..*

1.735 11

1.3070

1.1790

1.3100

1.1620

1.3730

1.2420

1.3420 *

.7380 *

1.1515..*. 1.2824

1.1695

1. 3194

1. 1250

1 2296

1.1723..*.2 0175

12

1.1860

1.3740

1.2610

1.3710

1.2160

1.3580

1.0300 *

.......... 1. 1031

1. 2199

1.1265

1.2298

1. 1188

1.4526

1.2512

13

1.3310

1.2840

1.3740

1.2400

1.3580 *

.9920 *

.6800

1.1115

1.1590

1.1441

1.2308

1.1180

1.49

.................................................. 39

2.1270...*

14

1.1090

1.3450

1.2130

1.3400

1.0290 *

.6800 *

1.3069

1.0999

1.2633

1.1732

1.4539

2. 1270

15

1.0300 *

.8260 *

.8300 *

.7370

F-DEL-H

. 1.3739

1.7226

1.7374

2. 0203..* M-DEL-H AT 100% POWER, 200 EFPD H

G F

D C

B A

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

8* 1.0240

1.3630

1.1540

1.3700

1.1600

1.2110

1.0020 *

.9620 *

..... 91.*.1 1353

1.3347

1.1057

1.2590

1.2123

1 4349

1. 4731..*.

1.46 9

1.3630

1.1890

1.3770

1.2010

1.3710

1.2090

1.2600 *

.7550 *

1 1353

1.2925

1.1151..*. 1.2592

1.1017.................

1.2263

1.1721

1.0734

10

1.1540

1.3730

1.1570

1.3670

1.2350

1.3540

1.1190 *.7830 *

1.3347

1.1183 *

.................. 1.3136

1.1232

1.2366......................................

209

1.8296 *

1.1245

1.3 11

1.3700

1.1970

1.3630

1.2020

1.3820

1.1980

1.2350 *

.6880 *

1.2632

1.2773

1.

. 1.1057

................. 1.1254 *.................. 1087

1.2764

1. 2286

2.1176

12

1.1800

1.3690

1.2330

1.3800

1.1850

1.3170 *

.9430 *

1.2590

1.1024

1. 2386 *

........ 1102...*.1.2565

1.1441.*.1.5797

1.

13

1.2110

1.2080

1.3530

1.1870

1.3180 *

.9370 *

.6800 *

1. 2123

1.2264

1.1253

1.2775

1.1441

1. 5753

2.1543

14

1.0020

1.2590

1.1100

1.2340 *

.9420 *

.6800 *

1.4349

1.1731

1.3221

1.2296

1.5796

2.1542

15 *

.9620 *

.7540 *.7830 *

.6880

F-DEL-H

1.4731

1.8778

1.0297

2.1

............................... 178

M-DEL-H

c

~

l

.)

I APPENDIX Page 134 of 140 McGuire 2 Cylce 10 Core Operating Limits Report

{

'rable 5 (cont.)'

)

' F-delta H/M-delta-H Values - Normal Operations AT 100% POWER, 405 EFPD

....H.....**..;C.......F.........E.........D.........C.........B.........A......

8

1.0090

1.3300

1.1230

1.3470

1.1450

1.1600 *-.9900

9860 *

1. 4543..*. 1. 1566..*.1. 3411

1 1174..*.1. 2711..*.1 2491..*. 1. 4395.*.1. 4637

9

1.3300

1.1490

1.3480

1.1700

1.3490

1.1570

1.2340 *.7820 *

'* 1. 1566

1. 3070

1 1321.*. 1. 2874..*. 1. 1177..*.1. 2611..*. 1. 19.93..*.1. 8064...*

10

1.1230

1.3450

1.1390

1.3400

1.1910

1.3160

1.0900 *

.8170 *

1 3411..*.1. 1346

1 3051...*.1. 1375..*. 1.2795

1. 1576

1. 3675

1.7475..*

11

1.3470

1.1680

1.3440

1.1780

1 3410

1.1390

1.2050 * '.7170 *

1. 1174.*.1. 2896

1. 1399..*.1. 2753.*. 1. 1385

1. 3000

1. 2665.*.2. 0246.*.

12

1.1450

1.3490

1.1900

1.3400

1.1330

1.2650 *

.9370 *

1. 2711 *.1. 1177

1. 2006..*.1. 1397..*.1. 2839..*.1. 1901..*. 1. 5687.*.

13

1.1600

1.1580

1.3160

1.1390

1.2650 *.9430

7230 *

. 1 2491.*.1 2612.*. 1. 1578

1. 3081..*.1. 1892..*.1. 5440..*.2.*.0017

14 *.9900

1.2340

1.0900

1.2050 *.9370 *.7230 *

1. 4395..*.1. 1994.*. 1.3676.*. 1. 2665...*.1 5693

2. 0017

15 *

.9860 *

.7810 *

.8170 *

.7170

F-DEL-H

1 4637

1. 8064.*. 1. 7477

2.0250

M-DEL-H AT 75% POWER, 4 EFPD H

C D

C B

A

......................F.........E......................***................

'8*

.9360

1.2760

1.1040

1.3290

1.2060

1.3590

1.1300

1.0550 *

1. 8706.*. 1. 494.9

1 6433.*.1. 3638..*.1 4.741..*.1. 3007... 1. 5520.*.1 6329.*

l I

9

1.2760

1.1290

1.3180

1.1950

1.3980

1.3080

1.3770 *.8390 *

. 1. 4949

1. 6460

1 4016.*.1 5277

1. 3089

1. 3584

1. 2918

2 0400

10

1.1040

1.3120

1.0980

1.3300

1.2760

1.3970

1.2330 *.8380 *

1 6433..*. 1. 4070

1. 6319

1. 3934

1.442.3

1 3150..*.1. 4510

2. 0669.*

.)

11

1.3290

1.1910

1.3250

1.1550

1.3750

1.2410

1.3490 *.7300 *

1.3638..*.1. 5289

1. 3983

1.6343.*. 1. 3875

1.5140

1.3955.*. 2. 3923

12

1.2060

1.3960

1.2740

1.3720

1.1100

1.3170

1.0180 *

'l J

1. 4741.*. 1.3073

1. 4433.*.1.3899

1. 5139..*.1. 3758

1. 8004..*.

13

1.3590

1.3060

1.3950

1.2390

1.3180 *.9480 *.6650 *

1. 3007

1 3585..*.1. 3168

1. 5164

1. 3758..*.1. 8471.*. 2. 6584

14

1.1300

1.3750

1.2320

1.3470

1.0160 *.6640 *

1. 5520..*.1.2936

1. 4523

1 3966

1. 8020

2. 6621

15

1.0550 *

.8370 *

.8370 *.7370

F-DEL-H

1 6329

2.0534..*.2 0694.*.2.3957

M-DEL-H I

l I

- ~. -

APPENDIX Page 135 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Eable 5 (cont.)

F-delta-H/M-delta-H Values - Nomal Operations AT 75% POWER, 200 EFPD

....H.........G F

E D

C B

A 8*

.9640

1.3640

1.1640

1.4100

1.2110

1.2420

1.0230 *

.9790 *

. 1 7754

1.3952...*.1.5757

1. 3032

1.4543.*.1 4100..*. 1 6753..*. 1.7728

9

1.3640

1.1840

1.4080

1.2260

1.4000

1.2340

1.2850 *

.7660 *

1. 3952

1.5832

1.3307

1. 4711..*. 1. 2977

1 4342..*. 1. 3901.*.2. 2055

10

1.1640

1.4040

1.1760

1.3950

1.2550

1.3790

1.1360 *

.7900 *

1 5757......1. 3344

1. 5390

1 3325

1.4686

1 3301

1 5701

2. 1799

11

1.4100

1.2220

1.3910

1.2080

1.3700

1.1760

1.2390 *

.6850 *

..................................... 1. 3622

1.5746

1.4801.*.2.5594

1,3032

1.4730

1.3360

1.5742

12

1.2110

1.4060

1.2520

1.3660

1.0640

1.2530 *.9200 *

1.4543

1.2985

1 4706

1.3644

1 5485

1.4128

1.9725

1.2420

1.2330

1.3780

1.1760

1.2530 *

.8760 *

.6450

13

. 1 4100

1. 4352..*.1. 3302

1.5763

1.4117... 1.9611.*.2.7229.*

1.0230

1.2840

1.1350

1.2380 *

.9190 *

.6450

14 *

1.6753

1.3912

1.5715

1.4883

1 9738

2. 7255.*

15 *

.9790 *

.7650 *

.7890 *

.6850

F-DEL-H

1.7728

2.2108

2.1828.*. 2.5629..*. M-DEL-H i

AT 75% POWER, 405 EFPD H

G F

E D

C B

A 8*

.9240

1.3250

1.1370

1.4050

1.1910

1.2050

1.0250

1.0190 *

1. 8041

1. 4020

1.5973

1.2852.*.1 4838.*.1.4639

1.7089

1.7292

9

1.3250

1.1450

1.3920

1.2000

1.4010

1.1930

1.2780 *.8050 *

......................................................... 3956

2.1728 *

1.4020

1.6129

1.3125

1.4849

1.2869

1.4834

1 10

1.1370

1.3880

1.1700

1.3860

1.2180

1.3400

1.1150 *

.8340

1.5973

1.3153

1.5390

1 3215

1.4799

1. 3465

1.5912

2. 1032

11

1.4050

1.2060

1.3830

1.1880

1.3240

1.1220

1.2090 *

.7180 *

................... 1.3248

1.5511.*. 1.3911.*.1. 6348

1. 4902

2.4423

1.2852

1.4873

12

1.1910

1.4010

1.2170

1.3220 *.9950

1.1670 *.9020 *

........................................ 102

1.4754

2.0007

1.4838

1.2894

1.4812

1.3921

1.6 13

1.2050

1.1940

1.3490

1.1220

1.1680 *.8540 *

.6710 *

1.4639

1.4834

1.3466

1. 6349

1.4743

1.9838

2.6064

14

1.0250

1.2770

1.1150

1.2090 *.9020 *

.6710 *

................... 1.5912

1.4983

2.0007

2.6063 *

1.7089

1.3967

15

1.0190 *

.8040 *

.8340 *

.7100

F-DEL-H

1.7292

2.1727

2.1034

2.4426

M-DEL-H

...e....

r APPENDDC Page 136 of 140 McGuire 2 Cylce 10 Core Operating Limits Report lnable 5 (cont.)

F-delta-H/M-delta-H Values - Normal Operations AT 5 0 % POWER, 4 EFPD H

O F

E D

C

....................................**...................B.........A......

8*

.9060

1.2770

1.1060

1.3540

1.2280

1.3900

1.1520

1.0720 *

. 2. 4817

1.9452.*.2. 2364

............... 1. 9613

1. 7374

2 0593

2.2395...*

1.8279

9

1.2770

1.1250

1.3360

1.2100

1.4220

1.3310

1.4090 *

.8510 *

1.9452

2.1518 *

................... 1. 8696

2.0355.*. 1.7593

1.8176

1. 7554

2.7620

10

1.1060

1.3300

1.1050

1.3480

1.2900

1.4210

1.2510 *

.8450

2.2364

1.8777

2.2 191...*.1.8818

1. 9431.*.1.8034

1. 9914...*.2.8714...*

11

1.3540

1.2050

1.3420

1.1480

1.3740

1.2370

1.3530 *

.7380

1.8279

2.0384

1 8883

2.1167

1 8377

1.9992

1. 8496

3. 3331.*.

12

1.2200

1.4200

1.2890

1.3720

1.0510

1.2690

1.0010 *

1.9613

1.7578

1.9458

1 8409

1. 9890

1 8114

2.3842

13

1.3900

1.3300

1.4190

1.2350

1.2690 *

.8990 *

.6380 *

1.7374

1.8189

1.8047

2.

.............................. 0009

1 8102

2.4356

3.5452

14

1.1520

1.4070

1.2490

1.3510

1.0000 *.6380 *

2.0593

1.7591

1.9946

1.8509

2.3864

3.5451

15

1.0720 *

.8490 *

.8440 *

.7360

F-DEL-H

2.2395

2.7711

2.8749

3.3373..* M-DEL-H AT 50% POWER, 200 EFPD H

G F

E D

C B

A 8*

.9070

1.3680

1.1770

1.4710

1.2610

1.2900

1.0310 *

.9920 *

2.3277

1.7984

2.0542

1.6617

1.8824

1.8246

2.1964

2.3169

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

9

1.3680

1.1830

1.4450

1.2650

1.4670

1.2760

1.3260 *

.7780 *

1.7984

2.0459

1.6937

1.8973

1 6629

1. 8501

1.0014

2.9328

10

1.1770

1.4420

1.1560

1.4370

1.2870

1.4240

1.1650 *

.8060 *

..................... 0010..*.1.7174..*.1. 8710

1.7207

2.0116

2.8947

2.0542

1.6983

2 11

1.4710

1.2640

1.4330

1.2110

1.3660

1.1710

1.2520 *

.6910 *

. 1 6617

1.8986

1.7219..*. 2.0262..*.1. 7553..*.2 0077

1.8489

3 2159.+.

12

1.2610

1.4670

1.2840

1.3610 *.9820

1.1500 *.8920 *

.................................................. 17

2.5511..*

1.8824

1.6635

1.8706

1.7584

1.9799

1.82 13

1.2900

1.2750

1.4230

1.1700

1.1500 *

.7950 *.6020 *

1.0246 + 1.8595

1.7219..*. 2.0093

1.8217

2.5222..*.3.5442.*

14

1.0310

1.3250

1.1640

1.2510 *

.8910 *

.6020 *

2.1964

1.8034

2.0130

1.8502

2. 5536

3.5441..*

15 *

.9920 *

.7760 *.8050 *

.6910

F-DEL-H

2.3169

2.9376

2.8984

3.2160

M-DEL-H

APPENDIX Page 137 of 140 McGuire 2 Cylce 10 Core Operating Limits Report 1Dable 5 (cont.)

F-delta-H/M-delta-H Values - Normal Operations AT 50% PCWER, 405 EFFD H

G D

C B

A

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

.8530

1.3150

1.1430

1.4730

1.2460

1.2490 *.9940 *

.9880 *

2.3105

1.7905

2. 0609.*. 1. 6481..*.1. 9149

1.9069.*. 2 2538

2. 3110

9

1.3150

1.1300

1.4100

1.2480

1.4670

1.2420

1.3170 *.8000 *

............ 0678

1.6843

1.9140

1.6586

1. 9259

1. 0330.*. 2.9012

1.7905

2.

10

1.1430

1.4090

1.0900

1.4200

1.2560

1.4060

1.1550 *

.8520 *

2. 0689

1 6890

1 9875.*.1.7047

1. 8953..*. 1. 6896

2.0376

2. 7923

11

1.4730

1.2470

1.4170

1.1790

1.3240

1.1360

1.2450 *

.7380 *

1. 6401

1.9155 *............... 1.7095

2.0150

1.7692

2.0336

1. 8579

3.0732

12

1.2460

1.4670

1.2550

1.3220 *

.9180

1.1080 *

.8970 *

1 9149

1.6590

1. 8936

1.7717

2. 0459

1. 8794

2 5244

13

1.2490

1.2420

1.4060

1.1360

1.1080 *

.7940 *.6460 *

............ 9243

1. 6895.*. 2.0336..*.1. 8791..*. 2. 5427

3.3991..*

1.9069

1

.9940

1.3170

1.1550

1.2450 *

.8970 *

.6460

14

................... 2. 0374

1. 0577

2.5242

3.3.990.*

2.2530

1.8335

15 *

.9880

7990 *

.8520 *

.7390

F-CEL-H

. 2. 3110

2.9047

2 7922

3.0701.* M-DEL-H 4

1

APPENDIX Page 138 of 140 McGuire 2 Cylce 10 Core Operating Limits Report Table 6 F-delta-H/M-delta-H Values - Power Escalation AT 100% POWER, 4 EFPD

........................................D........C.........B.........A H

G F

E 8*

.9650

1.2795

1.1050

1.3000

1.1870

1.3320

1.1110

1.0400 *

.............. 26

1 3793.*.1.1515.*. 1. 2512

1 1115..*.1. 3069

1. 3739.*.

1.5403

1.20.........

9* 1.2790

1.1430

1.3040

1.1840

1.3770

1.2870

1.3490 *

.8300 *

............ 3348

1. 1668

1. 2783

1. 1024

1.1583

1.0985..*.1.7186 *

1.2026

1 10

1.1050

1.2900

1.0940

1.3160

1.2620

1.3760

1.2160 *

.8320 *

1. 3793

1 1711

1. 3803

1.1660.*. 1. 2192..*.1. 1432..*.1. 2617

1. 7352.*

11 + 1.3080

1.1790

1.3110

1.1620

1.3730

1.2410

1.3420 *

,7390 *

.................................... 23

2. 0175

1.2296

1.17

1.1515

1 2824

1. 1695

1.3194

1.1250

12

1.1870

1.3750

1.2610

1.3710

1.2070

1.3540

1.0290

1031......1. 2199

1. 1265

1 2290

1.1180

1. 4526 *

1.2512

1.

13

1.3320

1.2860

1.3750

1.2400

1.3550 *

.9890 *

.6870 *

......... 180

1.4939

2.1270 *

............................ 1. 2308

1.1

1.1115

1.1590

1.1441

14

1.1110

1.3460

1.2140

1.3400

1.0200 *

.6870 *

............... 9

1.2633

1. 1732..*. 1 4539

2. 1270

1.3069

1.099....**.......

15

1.0400 *

.8280 *

.8310 *

.7 3 7 0

F-DEL-H

+ 1.3739

1. 7226

1. 7374..... 2. 0203

M-DEL-H AT 75% POWER, 4 EFPD

........................................D.......**C........B....**...'A......

H G

F E

8*

.9530

1.2770

1.1020

1.3160

1.1930

1.3430

1.1160

1.0400 *

................... 1. 6433..*.1 3638..*. 1 4741.*.1. 3007

1.5520..*. 1. 6329

1.8786

1.4949

9

1.2770

1.1350

1.3090

1.1890

1.3880

1.2970

1.3620 *.8200 *

... 4949

1. 6460

1. 4016 + 1.5277

1 3089

1. 3584.*. 1.2918

2 0488 *

1 10

1.1020

1.3030

1.0920

1.3220

1.2700

1.3870

1.2240 *.8290 *

1 6433

1.4070

1.6319

1.3934

1.4423

1 3158

1. 4510

2.0669

11

1.3160

1.1830

1.3160

1.1610

1.3790

1.2460

1.3500 *

.7350 *

1.3638

1.5289

1.3983

1. 6343

1.3875

1. 5140

1.3955.*. 2.3923

12

1.1930

1.3860

1.2690

1.3770

1.1860

1.3510

1.0200 *

.............................***.... 139

1.3758

1.8004 *

1.3073

1.4433

1.3899

1.5

1 4741 13

1.3430

1.2950

1.3860

1.2440

1.3510 *

.9790 *

.6770 *

............................ 1.5164

1.3758

1 8471

2.6584 *

1.3007

1.3585

1.3168

14

1.1160

1.3600

1.2220

1.3490

1.0260 *

.6760 *

1.5520

1.2936.*.1.4523

1.3966

1.8020

2.6621.*.

15

1.0400 *

.8260 *

.8280

7330

F-DEL-H

1.6329

2.0534

2.0694

2 3957

M-DEL-H

l I

APPENDIX t

l Page 139 of 140 McGuire 2 Cylce 10 Core Operating Limits Report l

l liable 6 (cont.)

F-delta-H/M-delta-H Values - Power Escalation 1

i 1

AT 50% POWER, 4 EFPD H

G F

E D

C B

- .......................**..........A 8*

.9470

1.2780

1.0900

1.3100 ' 1.1960

1.3490

1.1150

1.0350 *

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

1. 8379

1.9613

1 7374

2.0593

2.2395 *

1.9452

2.236

2 4817 9

1.2780

1.1310

1.3120

1.1500

1.3960

1.3040

1.3700 *

.8230 *

. 1. 9452

2. 1518

1.8696

2.0355

1.7593

1. 8176

1.7554

2.7620

10

1.0900

1.3060

1.0900

1.3250

1.2750

1.3960

1.2290 *

.8230 *

2.2364

1.8777

2.2191

1.08.8

1.9431

1.8034

1 9914

2.8714

11

1.3200

1.1850

1.3200

1.1610

1.3870

1.2510

1.3590 *

.7290 *

. 1. 8279.*. 2. 0384.*. 1. 8883

2.1167

1 8377

1.9992

1 8496

3.3331

12

1.1960

1.3940

1.2740

1.384)

1.1850

1.3560

1.0270 *

1.9613

1. 7578

1.9458.*.1 8409 *....... 1. 9890

1. 0114

2. 3842..*

13

1.3490

1.3020

1.3940

1.250C

1.3570 *

.9780 *

.6700 *

.......................................... 2..*. 2.4356

3.5452.*.

1.7374

1.0189

1.8047

2.0009

1.010 14

1.1150

1.3680

1.2270

1.3570

1.0270 *

.6690 *

2.0593

1.7591

1.9946..*.1. 8509

2.3864............ 3.5451.*

l 15

1.0350 *

.8210 *

.8220 *

.7280

F-DEL-H

.'.2. 2395

2.7711

2.8749

3.3373

M-DEL-H AT 30% POWER, 4 EFPD

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

H G

F E

D C

B 8*

.9430

1.2700

1.0960

1.3240

1.1980

1.3530

1.1140

1.0300 *

......... 13

1. 7374

2. 0593.*.2.2395.*.

1.96....

..... 17

1 9452..*. 2. 2364.*.1. 8279 *

2.48 9

1.2700

1.1200

1.3160

1.1930

1.4030

1.3090

1.3770 *

.8100 *

..................... 8696

2 0355..*.1. 7593

1. 8176

1.7554.*.2 7620

1.9452

2.1518

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

.8100

10

1.0960

1.3090

1.0880

1.3290

1.2790

1.4030

1.2320

2.2364

1.8777

2.2191

1.8818

1.9431

1.8034

1.9914

2.8714

11

1.3240

1.1880

1.3240

1.1610

1.3930

1.2560

1.3650 *

.7250

1.8377

1.9992

1.8496

3.3331 *

1. 0279

2.0384

1.8883

2.1167 12

1.1980

1.4010

1.2780

1.3910

1.1860

1.3610

1.0200 *

..................................... 1.9890

1.8114.*. 2 3842 *

1.9613

1.7578

1.9458

1.8409

13

1.3530

1.3070

1.4010

1.2540

1.3620 *

.9770 *.6640 *

1. 7374

1.0189

1 8047

2.0009

1.0102..*.2.4356

3 5452

14

1.1140

1.3740 ' 1.2300

1.3640

1.0260 *.6630 *

............... 1.*.1.9946

1.8509

2.3864

3.5451.*

2.0593

1.759....................................

15

1.0300 *

.8160 *

.8170 *

.7240

F-DEL-H

2. 2395

2.7711

2.8749

3.3373

M-DEL-H

. APPENDIX Page 140 of 140

)

McGuire 2 Cycle 10 Core Operating Limits Report i

1 Table 7 Maximum Allowable Radial Peak (MARP) Values X/L 1.1 Axial Peak 1.2 Axial Peak 1.3 Axial Peak 1.4 Axial Peak 1.5 Axial Peak Elev. (ft)

MARP MARP MARP MARP MARE 0.12 1.6054 1.6519 1.6981 1.7379 1.7749 1.20 1.6051 1.6512 1.6936 1.7351 1.7704 2.40 1.6032 1.6467 1.6870 1.7236 1.7338 3.60 1.6006 1.6414 1.6789 1.7118 1.6890 4.80 1.5969 1.6341 1.6673 1.6854 1.6413 6.00 1.5927 1.6245 1.6521 1.6353 1.5917 7.20 1.5864 1.6130 1.6265 1.5848 1.5378 8.40 1.5781 1.5956 1.5773 1.5327 1.4886 9.60 1.5655 1.5612 1.5208 1.4815 1.4399 10.80 1.5459 1.5152 1.4717 1.4292 1.3883 12.00 1.5133 1.4693 1.4274 1.3878 1.3500 X/L 1.6 AxialPeak 1.7 AxialPeak 1.8 Axial Peak 1.9 Axial Peak 2.1 AxialPeak Elev. (ft)

MARP MARP MARP MARP MARP 0.12 1.7601 1.7314 1.6688 1.6080 1.5636 1.20 1.7294 1.7045 1.6440 1.5862 1.5385 2.40 1.6822 1.6633 1.6062 1.5514 1.4981 3.60 1.6361 1.6156 1.5645 1.5149 1.4526 4.80 1.5908 1.5716 1.5212 1.4714 1.4115 6.00 1.5462 1.5284 1.4807 1.4334 1.3660' 7.20 1.4913 1.4766 1.4344 1.3920 1.3271 8.40 1.4450 1.4296 1.3880 1.3485 1.2824 9.60 1.4013 1.3882 1.3490 1.3126 1.2501 10.80 1.3526 1.3433 1.3081 1.2726 1.2091 12.00 1.3140 1.3078 1.2749 1.2443 1.1890 APPENDIX Page 140 of 140

_, _ _

ML20077F942

Text

Navigation menu

Search