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Technical Requirements Manual Updating Instructions, Cycle 27
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TECHNICAL REQUIREMENTS MANUAL UPDATING INSTRUCTIONS MNGP TECHNICAL REQUIREMENTS MANUAL

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Monticello Nuclear Generating Plant Cycle 27 at Current Licensed Thermal Power Core Operating Limits Report NAD-MN-033 Revision 0 Prepared By: _Date:_________

Kenneth Smolinske Senior Engineer, Nuclear Analysis and Design Verified By: , __ _Date: _ -2,_ __o/_

Bill Lax Princlpal Engineer, Nuclear Analysis and Design Reviewed By: Date: 51A1 Supervisor, Reactor Engineering - Monticello Approved By: Date: 5r/7/o23 Sugrvls4r, Nuclear Analysis and Design NAD-MN-033, Monticello Cycle 27 CL-FP COLR, Revision 0 Page 1 of46

1.0 Core Operating Limits Report (COLR)

This Core Operating Limits Report for Monticello Nuclear Generating Plant (MNGP)

Cycle 27 at the Current Licensed Thermal Power (CLTP) of 1775 MWt is prepared in accordance with the requirements of Technical Specification 5.6.3. The core operating limits are developed using NRC approved methodology (References 1, 3, 4, 10, and 13),

and are established such that all applicable thermal limits of the plant safety analysis are met.

The SLMCPR of 1.15 was used for two-loop operation for all fuel types in Cycle 27. The SLMCPR for single loop operation is 1.15. These values are consistent with the values specified in Reference 2.

This report includes the Option III Generic Shape Function (GSF) definition for the Backup Stability Protection (BSP) region, which is used in providing backup thermal hydraulic stability protection when the Option III OPRM system is declared INOPERABLE.

Figure 4, which shows the flow-dependent CPR limits, is now bounded by the ECCS MCPR value as specified in Reference 2.

2.0 References 1.0 General Electric Standard Application for Reactor Fuel (GESTAR-II), NEDE-24011-P-A-19, May 2012.

2.0 Supplemental Reload Licensing Report for Monticello Reload 26, Cycle 27 Current Licensed Thermal Power (CLTP), 0000-0140-2542-SRLR, Revision 1, April 2013.

3.0 General Electric Licensing Topical Report ODYSY Application for Stability Licensing Calculations, NEDC-32992-P-A, DRF A13-00426-00, July 2001.

4.0 Reactor Stability Detect and Suppress Solutions Licensing Basis Methodology for Reload Applications, Licensing Topical Report, NEDO-32465-A, August 1996.

5.0 Fuel Bundle Information Report for Monticello, Reload 26, Cycle 27 Current Licensed Thermal Power (CLTP), 0000-0140-2542-FBIR, Revision 0, April 2013 6.0 Letter from M. F. Hammer (NSP) to USNRC dated December 4 1997, Revision 1 to License Amendment Request dated July 26, 1996 Supporting the Monticello Nuclear Generating Plant Rerate Program, including attached exhibits.

7.0 Document GE14 Fuel Design Cycle-Independent Analysis for Monticello Nuclear Generating Plant, GE-NE-0000-001 3-9576P, GE Nuclear Energy (Proprietary),

March 2003.

8.0 Letter from Les Conner (GNF) to R. J. Rohrer (NMC), dated March 24, 2003, Monticello Option B Licensing Basis, IC.MN.2003.010, Global Nuclear Fuel.

9.0 GE14 Fuel Design, Cycle Independent Transient Analysis for Monticello Nuclear Generating Plant, GE-NE-0000-0014-7048-01P, Rev. 0, March 2003 (GNF Proprietary).

10.0 BWR Owners Group Long Term Stability Solution Licensing Methodology, NEDO-31960-A, Licensing Topical Report, November 1995 (including Supplement 1).

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 2 of 46

11.0 Reactor Long-Term Stability Solution Option II: Licensing Basis Hot Channel Oscillation Magnitude for Monticello Nuclear Generating Plant, GHNE-0000-0073-4167-R2, December 2007.

12.0 Plant-Specific Regional Mode DIVOM Procedure Guideline, GE-NE-0000-0028-9714-R1, June 2005.

13.0 Backup Stability Protection (BSP) for Inoperable Option III Solution, OG-02-0119-260, July 2002.

14.0 Letter from M. F. Hammer (NSP) to USNRC dated July 30, 1998, "Supplementary Information Regarding the Monticello Power Rerate (TAC No. 96238)", including attachments.

15.0 Letter from Tae Kim (USNRC) to Roger 0 Anderson (NSP), "Monticello Nuclear Generating Plant - Issuance of Amendment Re. Power Uprate Program (TAC No.

M96238)," including enclosures, September 16, 1998.

16.0 Calculation CA-08-051, Rev 0, Instrument Setpoint Calculation - Rod Block Monitor (RBM) PRNM Setpoints for CLTP and EPU Operation.

17.0 GE BWR Licensing Report, Average Power Range Monitor, Rod Block Monitor, and Technical Specification Improvement (ARTS) Program for Monticello Nuclear Generation Plant, NEDC-30492-P, Section 4, April 1984.

18.0 GE Services Information Letter, Backup Pressure Regulator, GE SIL No. 614 Revision 1, March 15, 1999.

19.0 Nuclear Management Company Monticello Nuclear Generating Plant Pressure Regulator Downscale Failure Analysis, GE-NE-0000-0051-2643-RO, September 2007.

20.0 Letter from Peter S. Tam (USNRC) to Timothy J. O'Connor (Northern States Power Company), "Monticello Nuclear Generating Plant (MNGP) - Issuance Of Amendment Regarding The Power Range Neutron Monitoring System (TAC No.

MD8064)," dated January 30, 2009.

21.0 Fuel Bundle Information Report for Monticello, Reload 25, Cycle 26, 0000-0118-401 0-FBIR, Revision 0, February 2011.

22.0 Supplemental Reload Licensing Report for Monticello Reload 25, Cycle 26, 0000-0118-4010-SRLR, Revision 1, March 2011.

23.0 Monticello Nuclear Generating Plant, Cycle 26 Core Operating Limits Report. NAD-MN-025, Revision 0, April 2011.

24.0 Letter from D. Musolf (NSP) to Director, Office of Nuclear Reactor Regulation, NRC "Revision 1 to License Amendment Request Dated September 7, 1976, Single Loop Operation" dated July 2, 1982.

25.0 ODYSY Application for Stability Licensing Calculations Including Option I-D and II Lonq Term Solutions, Licensing Topical Report, NEDE-33213P-A, April 2009.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 3 of 46

3.0 Rod Block Monitor Operability Requirements The ARTS Rod Withdrawal Error (RWE) analysis (Reference 2) validated that the following MCPR values provide the required margin for full withdrawal of any control rod during Monticello Cycle 27:

For Power < 90%: MCPR > 1.83 For Power > 90%: MCPR > 1.50 When the core power is less than 90% of rated and the MCPR is less than 1.83, then a limiting control rod pattern exists and the Rod Block Monitor is required to be operable. If the core power is greater than or equal to 90% and the MCPR is less than 1.50, then a limiting control rod pattern exists and the Rod Block Monitor is required to be operable.

Reference:

Technical Specification Table 3.3.2.1-1 Function 1.

4.0 Rod Block Monitor Upscale Trip Setpoint 4.1 Technical Specification Trip Setpoints and Allowable Values Function Trip Setpoint Allowable Values Low Power Range - Upscale (a) < 120/125 of full scale < 120.4/125 of full scale Intermediate Power Range - Upscale (b) < 115/125 of full scale < 115.4/125 of full scale High Power Range - Upscale (c), (d)

110/125 of full scale < 110.4/125 of full scale Applicable Thermal Power (a) Thermal Power > 30% and < 65% RTP and MCPR is below the limit specified in Section 3.

(b) Thermal Power > 65% and < 85% RTP and MCPR is below the limit specified in Section 3.

(c) Thermal Power ->85% and < 90% RTP and MCPR is below the limit specified in Section 3.

(d) Thermal Power 2t 90% RTP and MCPR is below the limit specified in Section 3.

Reference:

Technical Specification Table 3.3.2.1-1 Functions 1.a, 1.b, and 1.c.

The Reference for the "Trip Setpoints" and "Allowable Values" is Reference 16.

5.0 Minimum Critical Power Ratio (MCPR) 5.1 Option A The Operating Limit Minimum Critical Power Ratio (OLMCPR) for Option A does not account for scram speeds that are faster than those required by Technical Specifications.

5.1.1 Option A OLMCPR for Two Recirculation Loop Operation The Option A OLMCPR shall be determined for two recirculation loop operation as follows:

If core thermal power (P) is 2!45% of rated core thermal power, then the Option A OLMCPR for all fuel types is the areater of {1.75

K(P) from Figure 3} or {MCPR(F) from Figure 4}, where 1.75 is the Option A OLMCPR at rated (100%) core thermal power reported in Table 33.

i.e. if P _>45% rated core thermal power, then Option A OLMCPR limit

= Maximum of 1.75 * {K(P) from Figure 3} or {MCPR(F) from Figure 4}.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 4 of 46

If core thermal power (P) is < 45% of rated core thermal power, the Option A OLMCPR for all fuel types is obtained from Figure 3.

Reference:

Technical Specification Section 3.2.2.

5.1.2 Option A OLMCPR for Single Recirculation Loop Operation The Option A OLMCPR as defined above for two recirculation loop operation in Section 5.1.1 is the same OLMCPR to be used for single recirculation loop operation.

Reference:

Technical Specification Section 3.2.2.

5.2 Option B Option B does take into account the measured scram speeds that are faster than the Technical Specification requirements, thus reducing the potential consequences of a limiting transient. Calculation of the Option B OLMCPR value as a function of measured scram speeds is described in Section 10.

5.2.1 Option B OLMCPR for Two Recirculation Loop Operation The Option B OLMCPR shall be determined for two recirculation loop operation as follows: TJ I 100%

The rated (100%) core thermal power Option B OLMCPR (OLMCPR"o"B )is 1.66,

-- 100%

and is reported in Table 33. This OLMCPRo 00 'nB of 1.66 is modified as described in New Section 10 to be a function of the measured scram speeds to yield OLMCPR OptonB Then, if core thermal power (P) is > 45% of rated core thermal power, the Option B OLMCPR for all fuel types is the greater of:

OLMCPRoNBW. * {K(P) from Figure 3} or {MCPR(F) from Figure 4},

i.e. if P >__

45% rated core thermal power, then Option B OLMCPR limit New

= Maximum of {OLMCPRoNfion

K(P) from Figure 3} or {MCPR(F) from Figure 4}.

If core thermal power (P) is < 45% of rated core thermal power, the Option B OLMCPR for all fuel types is obtained from Figure 3.

Reference:

Technical Specification 3.2.2.

5.2.2 Option B OLMCPR for Single Recirculation Loop Operation The Option B OLMCPR as defined above for two recirculation loop operation in Section 5.2.1 is the same OLMCPR to be used for single recirculation loop operation.

Reference:

Technical Specification 3.2.2.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 5 of 46

5.3 Pressure Regulator Out of Service (PROOS) Operation Reference 18 GE SIL 614, Revision 1 describes the impact of operation without a backup pressure regulator (also called PROOS). This section provides power dependent MCPR limits when a backup pressure regulator is not operational.

The existing power dependent MAPLHGR and LHGR limits described in Sections 8.1 and 8.2 have been found to be valid (bounding) for operation without a backup pressure regulator (References 19 and 2).

A Pressure Regulator Fails Down-Scale (PRFDS) event without backup pressure regulator was evaluated for Monticello (Reference 19). This event resulted in a more restrictive Power Dependent MCPR limit than required for normal reduced power operation with both pressure regulators operational. This event was re-evaluated for Cycle 27 (Reference 2) and determined to be more restrictive than the results in Reference 19. Figure 8 provides the required more restrictive power dependent MCPR ARTS limits for powers below 85% and greater than or equal to 45%. For powers greater than or equal to 85% or below 45%, the power dependent MCPR and K(P) ARTS limits provided in Figure 3 are still valid. The ARTS limits are described in Reference 17. The new Pressure Regulator Out of Service limits are applicable for Cycle 27 (Reference 2).

Figure 8 combines the unchanged limits from Figure 3 along with the more restrictive limits determined in Reference 2 for PROOS operation. Figure 8 should only be used for operation without a backup pressure regulator. Figure 8 is valid for both Option A and Option B OLMCPR limits.

An interim MFLCPR Limit is provided in Figure 9. This limit should only be used if the Gardel thermal limit input has not been modified as described in Sections 5.3.1 or 5.3.2 to account for pressure regulator out of service operation. I.e., only Figure 8 or Figure 9 should be used to provide the appropriate PROOS limit. These figures should not be utilized in combination.

5.3.1 OLMCPR for Two Recirculation Loop Operation, WITHOUT A BACKUP PRESSURE REGULATOR.

The Option A or B OLMCPR shall be determined for two recirculation loop operation as follows:

The Option A OLMCPR is calculated as shown below for the Option B example with the following exception:

L New The OLMCPR OpfioNis replaced with the Option A OLMCPR of 1.75.

The Option B OLMCPR is calculated as follows: 100%

The rated (100%) core thermal power Option B OLMCPR (OLMCPRop'o*B) is 1.66, ITIP 100%/

and is reported in Table 33. This OLMCPR....OpB of 1.66 is modified as described in New Section 10 to be a function of the measured scram speeds to yield OLMCPROp;on.

Then, if core thermal power (P) is _>85% of rated core thermal power, the Option B OLMCPR for all fuel types is the greater of:

New OLMCPR optionB * {K(P) from Figure 8} or {MCPR(F) from Figure 4),

i.e. if P Ž_85% rated core thermal power, then Option B OLMCPR limit

... RNew Maximum of { OLMC_ OptionB

K(P) from Figure 81 or {MCPR(F) from Figure 4}.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 6 of 46

If core thermal power (P) is < 85% of rated core thermal power, the OLMCPR for all fuel types is obtained from Figure 8.

5.3.2 OLMCPR for Single Recirculation Loop Operation, WITHOUT A BACKUP PRESSURE REGULATOR The Option A or B OLMCPR as defined previously for two recirculation loop operation in Section 5.3.1 is the same OLMCPR to be used for single recirculation loop operation:

6.0 Power-Flow Map The Power-Flow Operating Map based on analysis to support Cycle 27 is shown in Figures 5, and 6. The Power-Flow Operating Map is consistent with a rated power of 1775 MWth as described in References 6, 14, and 15.

7.0 Approved Analytical Methods NEDE-24011-P-A Rev. 19 "General Electric Standard Application for Reactor Fuel (GESTARY' NEDE-24011-P-A-US Rev. 19 "General Electric Standard Application for Reactor Fuel (GESTAR) - Supplement for the United States."

NEDO-31960-A "BWR Owners Group Long-Term Stability Solution Licensing Methodology," Licensing Topical Report, June 1991.

NEDO-31960-A Sup. 1 "BWR Owners Group Long-Term Stability Solution Licensing Methodology, (Supplement 1)," Licensing Topical Report, Supplement 1, March 1992.

NEDC-32992P-A General Electric Licensing Topical Report, "ODYSY Application for Stability Licensing Calculations," July 2001.

NEDO-32465-A General Electric Licensing Topical Report, "Reactor Stability Detect and Suppress Solutions Licensing Basis Methodology and Reload Applications," August 1996.

NSPNAD-8608-A Rev. 4 "Reload Safety Evaluation Methods for Application to the Monticello Generating Plant." October 1995.

NSPNAD-8609-A Rev. 3 "Qualification of Reactor Physics Methods for Application to Monticello," October 1995.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 7 of 46

8.0 Fuel Rod Heat Generation Rate 8.1 Maximum Average Planar Linear Heat Generation Rate (MAPLHGR) as a Function of Exposure The MAPLHGR limits in Tables 1 through 14 are conservative values bounding all fuel lattice types (all natural uranium lattices are excluded) in a given fuel bundle design, and are intended only for use in hand calculations as described below to establish MAPLHGR limits for Technical Specification 3.2.1. No channel bow effects are included in the bounding MAPLHGR values in Tables I through 14 as there are no reused channels.

MAPLHGR limits for each individual fuel lattice for a given bundle design as a function of axial location and average planar exposure are determined based on the approved methodology referenced in Monticello Technical Specification 5.6.3.b and are loaded into the process computer for use in core monitoring calculations.

When and if hand calculations are required:

8.1.1 Two-Recirculation Loop Operation (MAPLHGR)

At rated core thermal power and core flow conditions, the MAPLHGR limit for each fuel bundle design as a function of average planar exposure shall not exceed the bounding limits provided in Tables 1 through 14.

The MAPLHGR limit is adjusted for off-rated core thermal power and core flow conditions by determining the following:

MAPLHGR(P) = MAPFAC(P)

MAPLHGR limit from Tables 1 through 14.

MAPLHGR(F) = MAPFAC(F)

MAPLHGR limit from Tables 1 through 14.

where MAPFAC(P) and MAPFAC(F) are determined from Figures 1 and 2, respectively, and where P is the core thermal power in percent of rated, and F is the core flow in percent of rated.

The Technical Specification (TS) MAPLHGR limit is determined as follows:

MAPLHGR (TS) Limit = Minimum{MAPLHGR(P), MAPLHGR(F)}

Note that all natural uranium lattices are excluded in Tables 1 through 14.

Straight line interpolation between nearest data points is permitted only within each individual Tables 1 through 14.

8.1.2 Single Recirculation Loop Operation (MAPLHGR)

When in single recirculation loop operation, perform the following:

8.1.2.1 Perform the action specified in Section 8.1.1 above.

8.1.2.2 Separately, apply the single loop operation multiplier to the limiting values of MAPLHGR from Tables 1 through 14 as follows:

for GE14C: multiplier is 0.90.

8.1.2.3 Select the more limiting (i.e. smaller) value from Sections 8.1.2.1 or 8.1.2.2.

Reference:

Technical Specification 3.2.1.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 8 of 46

8.2 Linear Heat Generation Rate (LHGR)

The uranium dioxide (U0 2) and gadolinia LHGR limits as a function of fuel rod peak pellet exposure for each bundle type in Cycle 27 is provided in Tables 15 through 28. The gadolinia LHGR limits in Tables 15 through 28 are bounding gadolinia LHGR limits for all the gadolinia concentrations occurring in each of the bundle types used in Cycle 27. The LHGR limits are fuel rod nodal limits, and are to be applied at every node of the fuel rod including the natural uranium lattices.

The individual LHGR limits for the uranium dioxide and gadolinia fuel rods in each fuel bundle type used in Cycle 27, as a function of axial location and pellet exposure are determined based on the approved methodology referenced in Monticello Technical Specification 5.6.3.b and are loaded into the process computer for use in core monitoring calculations.

The LHGR limits are presented in this report for use when and if hand calculations are performed to demonstrate compliance with Technical Specification 3.2.3.

When and if hand calculations are performed:

8.2.1 Two-Recirculation Loop Operation (LHGR)

At rated core thermal power and core flow conditions, the LHGR limit for each fuel bundle design as a function of peak pellet exposure and fuel pin type shall not exceed the bounding limits provided in Tables 15 through 28.

The LHGR limit is adjusted for off-rated core thermal power and core flow conditions by determining the following:

LHGR(P) = MAPFAC(P)

LHGR limit from Tables 15 through 28.

LHGR(F) = MAPFAC(F)

LHGR limit from Tables 15 through 28.

where the multipliers MAPFAC(P) and MAPFAC(F) are determined from Figures 1 and 2, respectively, and where P is the core thermal power in percent of rated, and F is the core flow in percent of rated.

The Technical Specification (TS) LHGR limit is determined as follows:

LHGR TS Limit = Minimum{LHGR(P), LHGR(F)}

Note that the LHGR limits are fuel rod nodal limits, and are to be applied at every node of the fuel rod, including the natural uranium lattices. Straight line interpolation between nearest data points is permitted only within each individual Tables 15 through 28.

8.2.2 Single Recirculation Loop Operation (LHGR)

When in single recirculation loop operation, perform the following:

8.2.2.1 Perform the same action specified in Section 8.2.1 above. There are no separate single loop operation specific multipliers applicable to LHGR, i.e. the multipliers from Section 8.2.1 also apply to single recirculation loop operation.

Reference:

Technical Specification Section 3.2.3.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 9 of 46

Table I MAPLHGR Limits (1)

GE14C EDB-2931 (2) GE14-P1ODNAB392-16GZ-10OT-145-T6-2931 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWD/STU) (kW/ft)(3) 0.00 (0.00) 8.12 0.22 (0.20) 8.16 1.10 (1.00) 8.23 2.20 (2.00) 8.32 3.31 (3.00) 8.42 4.41 (4.00) 8.52 5.51 (5.00) 8.62 6.61 (6.00) 8.71 7.72 (7.00) 8.79 8.82 (8.00) 8.88 9.92 (9.00) 8.98 11.02 (10.00) 9.09 12.13 (11.00) 9.21 13.23 (12.00) 9.33 14.33 (13.00) 9.39 15.43 (14.00) 9.39 16.53 (15.00) 9.41 18.74 (17.00) 9.43 22.05 (20.00) 9.45 23.01 (20.87) 9.42 27.56 (25.00) 9.27 33.07 (30.00) 9.00 38.58 (35.00) 8.78 44.09 (40.00) 8.50 46.34 (42.04) 8.32 49.60 (45.00) 8.07 55.12 (50.00) 7.56 60.63 (55.00) 6.22 63.50 (57.61) 4.93 63.54 (57.65) 4.91 63.68 (57.77) 4.89 63.99 (58.05) 4.75 64.52 (58.53) 4.75 Notes:

(1) Values in Table 1 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 10 of 46

Table 2 MAPLHGR Limits (1)

GE14C EDB-31 00(2) GE14-P1ODNAB424-14GZ-10OT-145-T6-3100 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWD/STU) (kW/ft)(3) 0.00 (0.00) 7.47 0.22 (0.20) 7.53 1.10 (1.00) 7.63 2.20 (2.00) 7.75 3.31 (3.00) 7.86 4.41 (4.00) 7.96 5.51 (5.00) 8.06 6.61 (6.00) 8.16 7.72 (7.00) 8.26 8.82 (8.00) 8.37 9.92 (9.00) 8.48 11.02 (10.00) 8.59 12.13 (11.00) 8.71 13.23 (12.00) 8.83 14.33 (13.00) 8.89 15.43 (14.00) 8.96 16.53 (15.00) 9.03 17.64 (16.00) 9.11 18.74 (17.00) 9.14 19.84 (18.00) 9.17 20.94 (19.00) 9.19 22.05 (20.00) 9.21 23.01 (20.87) 9.22 23.15 (21.00) 9.22 24.25 (22.00) 9.23 25.35 (23.00) 9.23 26.46 (24.00) 9.22 27.56 (25.00) 9.22 33.07 (30.00) 9.17 38.58 (35.00) 9.02 44.09 (40.00) 8.66 46.34 (42.04) 8.46 49.60 (45.00) 8.18 55.12 (50.00) 7.45 60.63 (55.00) 4.97 60.90 (55.25) 4.85 60.96 (55.30) 4.85 62.80 (56.97) 4.85 63.16 (57.30) 4.85 Notes:

(1) Values in Table 2 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 11 of 46

Table 3 MAPLHGR Limits )

GE14C EDB-3101(2) GE14-P1ODNAB375-16GZ-10OT-145-T6-3101 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWDISTU) (kW/ft)(3) 0.00 (0.00) 7.99 0.22 (0.20) 8.04 1.10(1.00) 8.12 2.20(2.00) 8.18 3.31 (3.00) 8.25 4.41 (4.00) 8.32 5.51 (5.00) 8.38 6.61 (6.00) 8.44 7.72 (7.00) 8.51 8.82 (8.00) 8.59 9.92 (9.00) 8.68 11.02 (10.00) 8.78 12.13 (11.00) 8.90 13.23 (12.00) 9.01 14.33 (13.00) 9.11 15.43 (14.00) 9.12 16.53 (15.00) 9.15 17.64 (16.00) 9.18 18.74 (17.00) 9.20 19.84 (18.00) 9.22 20.94 (19.00) 9.23 22.05 (20.00) 9.24 23.01 (20.87) 9.25 23.15 (21.00) 9.25 24.25 (22.00) 9.21 25.35 (23.00) 9.16 26.46 (24.00) 9.10 27.56 (25.00) 9.05 33.07 (30.00) 8.79 38.58 (35.00) 8.58 44.09 (40.00) 8.38 46.34 (42.04) 8.20 49.60 (45.00) 7.94 55.12 (50.00) 7.45 60.63 (55.00) 5.46 61.93 (56.19) 4.87 62.00 (56.24) 4.87 62.73 (56.91) 4.71 63.39 (57.50) 4.71 Notes:

(1) Values in Table 3 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

NAD-MN-033, Monticello Cycle 27 CLTP COLR, Revision 0 Page 12 of 46

Table 4 MAPLHGR Limits )

GE14C EDB-3102(2) GEl 4-PIODNAB392-16GZ-1OOT-145-T6-3102 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWDISTU) (kW/ft)(3) 0.00 (0.00) 8.13 0.22 (0.20) 8.17 1.10 (1.00) 8.24 2.20 (2.00) 8.33 3.31 (3.00) 8.43 4.41 (4.00) 8.52 5.51 (5.00) 8.62 6.61 (6.00) 8.71 7.72 (7.00) 8.79 8.82 (8.00) 8.87 9.92 (9.00) 8.97 11.02 (10.00) 9.08 12.13 (11.00) 9.20 13.23 (12.00) 9.31 14.33 (13.00) 9.33 15.43 (14.00) 9.34 16.53 (15.00) 9.36 17.64 (16.00) 9.39 18.74 (17.00) 9.41 19.84 (18.00) 9.43 20.94 (19.00) 9.43 22.05 (20.00) 9.44 23.01 (20.87) 9.45 23.15 (21.00) 9.45 24.25 (22.00) 9.44 25.35 (23.00) 9.38 26.46 (24.00) 9.32 27.56 (25.00) 9.26 33.07 (30.00) 8.99 38.58 (35.00) 8.76 44.09 (40.00) 8.56 46.34 (42.04) 8.38 49.60 (45.00) 8.13 55.12 (50.00) 7.63 60.63 (55.00) 6.16 63.41 (57.53) 4.90 63.50 (57.61) 4.90 63.52 (57.62) 4.89 63.86 (57.93) 4.74 64.43 (58.45) 4.74 Notes:

(') Values in Table 4 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 5 MAPLHGR Limits (1)

GE14C EDB-3103(2) GE14-PIODNAB391-12GZ-10OT-145-T6-3103 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWD/STU) (kW/ft)(3) 0.00 (0.00) 8.52 0.22 (0.20) 8.54 1.10 (1.00) 8.58 2.20 (2.00) 8.64 3.31 (3.00) 8.71 4.41 (4.00) 8.77 5.51 (5.00) 8.83 6.61 (6.00) 8.90 7.72 (7.00) 8.95 8.82 (8.00) 9.02 9.92 (9.00) 9.08 11.02 (10.00) 9.15 12.13 (11.00) 9.24 13.23 (12.00) 9.33 14.33 (13.00) 9.33 15.43 (14.00) 9.35 16.53 (15.00) 9.37 17.64 (16.00) 9.40 18.74 (17.00) 9.42 19.84 (18.00) 9.43 20.94 (19.00) 9.44 22.05 (20.00) 9.44 23.01 (20.87) 9.45 23.15 (21.00) 9.45 24.25 (22.00) 9.44 26.46 (24.00) 9.32 27.56 (25.00) 9.27 33.07 (30.00) 9.00 38.58 (35.00) 8.77 44.09 (40.00) 8.55 46.34 (42.04) 8.38 49.60 (45.00) 8.13 55.12 (50.00) 7.63 60.63 (55.00) 6.15 63.50 (57.61) 4.89 63.60 (57.70) 4.85 63.61 (57.71) 4.84 63.84 (57.92) 4.74 64.43 (58.45) 4.74 Notes:

(1) Values in Table 5 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 6 MAPLHGR Limits (1)

GE14C EDB-3375(2' GE14-P1ODNAB373-16GZ-10OT-145-T6-3375 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWD/STU) (kW/ft)(3) 0.00 (0.00) 7.95 0.22 (0.20) 8.01 1.10 (1.00) 8.08 2.20 (2.00) 8.14 3.31 (3.00) 8.21 4.41 (4.00) 8.28 5.51 (5.00) 8.34 6.61 (6.00) 8.40 7.72 (7.00) 8.47 8.82 (8.00) 8.55 9.92 (9.00) 8.64 11.02 (10.00) 8.74 12.13 (11.00) 8.86 13.23 (12.00) 8.98 14.33 (13.00) 9.09 15.43 (14.00) 9.20 16.53 (15.00) 9.31 17.64 (16.00) 9.40 18.74 (17.00) 9.40 19.84 (18.00) 9.40 20.94 (19.00) 9.40 22.05 (20.00) 9.41 23.01 (20.87) 9.42 23.15 (21.00) 9.42 24.25 (22.00) 9.43 25.35 (23.00) 9.43 26.46 (24.00) 9.36 27.56 (25.00) 9.30 33.07 (30.00) 8.96 38.58 (35.00) 8.65 44.09 (40.00) 8.37 46.34 (42.04) 8.19 49.60 (45.00) 7.94 55.12 (50.00) 7.44 60.63 (55.00) 5.38 61.77 (56.04) 4.86 61.83 (56.09) 4.86 63.07 (57.22) 4.85 63.11 (57.25) 4.84 Notes:

(1) Values in Table 6 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 7 MAPLHGR Limits (1)

GE14C EDB-3376(2) GE14-P 1ODNAB391-16GZ-10OT-145-T6-3376 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWDISTU) (kW/ft)"3 )

0.00 (0.00) 8.15 0.22 (0.20) 8.19 1.10 (1.00) 8.25 2.20 (2.00) 8.32 3.31 (3.00) 8.41 4.41 (4.00) 8.49 5.51 (5.00) 8.57 6.61 (6.00) 8.66 7.72 (7.00) 8.75 8.82 (8.00) 8.84 9.92 (9.00) 8.93 11.02 (10.00) 9.01 12.13(11.00) 9.10 13.23 (12.00) 9.20 14.33 (13.00) 9.31 15.43 (14.00) 9.43 16.53 (15.00) 9.54 17.64 (16.00) 9.65 18.74 (17.00) 9.69 19.84 (18.00) 9.68 20.94 (19.00) 9.67 22.05 (20.00) 9.66 23.01 (20.87) 9.65 23.15 (21.00) 9.65 24.25 (22.00) 9.64 25.35 (23.00) 9.63 26.46 (24.00) 9.61 27.56 (25.00) 9.53 33.07 (30.00) 9.18 38.58 (35.00) 8.88 44.09 (40.00) 8.63 46.34 (42.04) 8.50 49.60 (45.00) 8.28 55.12 (50.00) 7.73 60.63 (55.00) 6.14 63.36 (57.48) 4.89 63.50 (57.61) 4.89 63.51 (57.62) 4.89 64.05 (58.11) 4.89 64.10 (58.15) 4.87 Notes:

(1) Values in Table 7 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 8 MAPLHGR Limits (1)

GE14C EDB-3377(2 ) GE 14-P 1ODNAB391-15GZ-10OT-145-T6-3377 Average Planar Exposure MAPLHGR Limit 1

GWDIMTU (GWD/STU) (kW/ft)(3 0.00 (0.00) 8.03 0.22 (0.20) 8.08 1.10 (1.00) 8.16 2.20 (2.00) 8.29 3.31 (3.00) 8.43 4.41 (4.00) 8.53 5.51 (5.00) 8.61 6.61 (6.00) 8.70 7.72 (7.00) 8.79 8.82 (8.00) 8.88 9.92 (9.00) 8.97 11.02 (10.00) 9.06 12.13 (11.00) 9.15 13.23 (12.00) 9.25 14.33 (13.00) 9.35 15.43 (14.00) 9.47 16.53 (15.00) 9.58 17.64 (16.00) 9.68 18.74 (17.00) 9.71 19.84 (18.00) 9.70 20.94 (19.00) 9.69 22.05 (20.00) 9.68 23.01 (20.87) 9.67 23.15 (21.00) 9.67 25.35 (23.00) 9.65 26.46 (24.00) 9.61 27.56 (25.00) 9.53 33.07 (30.00) 9.18 38.58 (35.00) 8.88 44.09 (40.00) 8.64 46.34 (42.04) 8.48 49.60 (45.00) 8.25 55.12 (50.00) 7.72 60.63 (55.00) 6.16 63.41 (57.53) 4.89 63.42 (57.53) 4.89 63.50 (57.61) 4.89 63.99 (58.05) 4.89 64.04 (58.09) 4.87 Notes:

(1) Values in Table 8 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 9 MAPLHGR Limits )

GE14C EDB-337812) GE14-P1ODNAB391-12GZ-10OT-145-T6-3378 Average Planar Exposure MAPLHGR 1 Limit GWD/MTU (GWDISTU) (kW/ft) 3) 0.00 (0.00) 8.52 0.22 (0.20) 8.55 1.10(1.00) 8.62 2.20 (2.00) 8.70 3.31 (3.00) 8.76 4.41 (4.00) 8.82 5.51 (5.00) 8.89 6.61 (6.00) 8.95 7.72 (7.00) 9.02 8.82 (8.00) 9.09 9.92 (9.00) 9.16 11.02 (10.00) 9.22 12.13 (11.00) 9.29 13.23 (12.00) 9.36 14.33 (13.00) 9.44 15.43 (14.00) 9.53 16.53 (15.00) 9.61 17.64 (16.00) 9.68 18.74 (17.00) 9.75 19.84 (18.00) 9.76 20.94 (19.00) 9.76 22.05 (20.00) 9.76 23.01 (20.87) 9.75 23.15 (21.00) 9.75 24.25 (22.00) 9.73 25.35 (23.00) 9.72 26.46 (24.00) 9.70 27.56 (25.00) 9.66 33.07 (30.00) 9.32 38.58 (35.00) 9.00 44.09 (40.00) 8.66 46.34 (42.04) 8.51 49.60 (45.00) 8.29 55.12 (50.00) 7.75 60.63 (55.00) 6.22 63.50 (57.61) 4.92 63.64 (57.74) 4.86 63.66 (57.75) 4.86 64.05 (58.10) 4.86 64.09 (58.14) 4.86 Notes:

(1) Values in Table 9 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 10 MAPLHGR Limits (1)

GE14C EDB-29321 2) GEl 4-P1ODNAB392-17GZ-10OT-145-T6-2932 Average Planar Exposure MAPLHGR 3Limit GWD/MTU (GWD/STU) (kW/ft)' )

0.00 (0.00) 8.00 0.22 (0.20) 8.05 1.10 (1.00) 8.14 2.20 (2.00) 8.25 3.31 (3.00) 8.37 4.41 (4.00) 8.50 5.51 (5.00) 8.62 6.61 (6.00) 8.75 7.72 (7.00) 8.88 8.82 (8.00) 8.99 9.92 (9.00) 9.11 11.02 (10.00) 9.23 12.13 (11.00) 9.35 13.23 (12.00) 9.46 14.33 (13.00) 9.56 15.43 (14.00) 9.66 16.53 (15.00) 9.74 18.74 (17.00) 9.82 22.05 (20.00) 9.81 23.01 (20.87) 9.78 27.56 (25.00) 9.64 33.07 (30.00) 9.30 38.58 (35.00) 8.98 44.09 (40.00) 8.70 46.34 (42.04) 8.51 49.60 (45.00) 8.25 55.12 (50.00) 7.73 60.63 (55.00) 6.25 63.50 (57.61) 4.93 63.57 (57.67) 4.90 63.70 (57.79) 4.89 64.44 (58.46) 4.89 64.48 (58.50) 4.89 Notes:

(1) Values in Table 10 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 11 MAPLHGR Limits 1 )

GE1 4C EDB-4175(2) GE 14-P 1ODNAB372-17GZ-10OT-145-T6-4175 Average Planar Exposure MAPLHGR Limit 1

GWD/MTU (GWD/STU) (kW/ft)(3 0.00 (0.00) 7.98 0.22 (0.20) 8.02 1.10 (1.00) 8.08 2.20(2.00) 8.18 3.31 (3.00) 8.28 4.41 (4.00) 8.38 5.51 (5.00) 8.49 6.61 (6.00) 8.61 7.72 (7.00) 8.73 8.82 (8.00) 8.86 9.92 (9.00) 8.98 11.02 (10.00) 9.11 12.13 (11.00) 9.22 13.23 (12.00) 9.30 14.33 (13.00) 9.39 15.43 (14.00) 9.49 16.53 (15.00) 9.46 17.64 (16.00) 9.46 18.74 (17.00) 9.46 19.84 (18.00) 9.47 20.94 (19.00) 9.47 23.01 (20.87) 9.47 23.15 (21.00) 9.47 24.25 (22.00) 9.47 25.35 (23.00) 9.47 26.46 (24.00) 9.40 27.56 (25.00) 9.34 33.07 (30.00) 9.03 38.58 (35.00) 8.76 44.09 (40.00) 8.52 46.34 (42.04) 8.36 49.60 (45.00) 8.13 55.12 (50.00) 7.59 60.63 (55.00) 6.16 63.44 (57.55) 4.88 63.50 (57.61) 4.88 63.70 (57.79) 4.87 64.88 (58.86) 4.87 65.11 (59.07) 4.87 Notes:

(1) Values in Table 11 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 12 MAPLHGR Limits (

GE14C EDB-4176(2) GE14-P 1ODNAB386-16GZ-10OT-145-T6-4176 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWD/STU) (kW/ft)(3) 0.00 (0.00) 8.11 0.22 (0.20) 8.15 1.10 (1.00) 8.21 2.20 (2.00) 8.29 3.31 (3.00) 8.36 4.41 (4.00) 8.44 5.51 (5.00) 8.51 6.61 (6.00) 8.59 7.72 (7.00) 8.67 8.82 (8.00) 8.76 9.92 (9.00) 8.84 11.02 (10.00) 8.93 12.13 (11.00) 9.02 13.23 (12.00) 9.11 14.33 (13.00) 9.21 15.43 (14.00) 9.31 16.53 (15.00) 9.42 17.64 (16.00) 9.53 18.74 (17.00) 9.60 19.84 (18.00) 9.64 20.94 (19.00) 9.65 22.05 (20.00) 9.66 23.01 (20.87) 9.66 23.15 (21.00) 9.66 24.25 (22.00) 9.64 25.35 (23.00) 9.63 26.46 (24.00) 9.61 27.56 (25.00) 9.57 33.07 (30.00) 9.24 38.58 (35.00) 8.92 44.09 (40.00) 8.59 46.34 (42.04) 8.43 49.60 (45.00) 8.20 55.12 (50.00) 7.67 60.63 (55.00) 5.93 62.89 (57.06) 4.90 63.16 (57.30) 4.89 63.50 (57.61) 4.89 64.67 (58.67) 4.89 65.28 (59.23) 4.89 Notes:

ý') Values in Table 12 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 13 MAPLHGR Limits )

GE14C EDB-417712) GE14-PIODNAB386-16GZ-10OT-145-T6-4177 Average Planar Exposure MAPLHGR Limit GWDJMTU (GWD/STU) (kW/ft)(3) 0.00 (0.00) 8.13 0.22 (0.20) 8.17 1.10 (1.00) 8.23 2.20 (2.00) 8.30 3.31 (3.00) 8.38 4.41 (4.00) 8.46 5.51 (5.00) 8.54 6.61 (6.00) 8.63 7.72 (7.00) 8.72 8.82 (8.00) 8.81 9.92 (9.00) 8.90 11.02 (10.00) 8.99 12.13 (11.00) 9.07 13.23 (12.00) 9.16 14.33 (13.00) 9.25 1543 (14.00) 9.34 16.53 (15.00) 9.44 17.64 (16.00) 9.54 18.74 (17.00) 9.61 19.84 (18.00) 9.64 20.94 (19.00) 9.64 22.05 (20.00) 9.65 23.01 (20.87) 9.65 23.15 (21.00) 9.65 24.25 (22.00) 9.65 25.35 (23.00) 9.64 26.46 (24.00) 9.61 27.56 (25.00) 9.55 33.07 (30.00) 9.24 38.58 (35.00) 8.91 44.09 (40.00) 8.59 46.34 (42.04) 8.43 49.60 (45.00) 8.20 55.12 (50.00) 7.67 60.63 (55.00) 5.98 63.02 (57.17) 4.88 63.12 (57.26) 4.88 63.50 (57.61) 4.88 64.64 (58.64) 4.88 65.26 (59.20) 4.88 Notes:

(1) Values in Table 13 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 14 MAPLHGR Limits (1)

GE14C EDB-4178(2) GE14-P 1ODNAB389-11GZ-10OT-145-T6-4178 Average Planar Exposure MAPLHGR Limit GWD/MTU (GWD/STU) (kW/ft)(3) 0.00 (0.00) 8.55 0.22 (0.20) 8.62 1.10 (1.00) 8.70 2.20 (2.00) 8.76 3.31 (3.00) 8.82 4.41 (4.00) 8.88 5.51 (5.00) 8.94 6.61 (6.00) 9.01 7.72 (7.00) 9.08 8.82 (8.00) 9.15 9.92 (9.00) 9.22 11.02 (10.00) 9.30 12.13 (11.00) 9.37 13.23 (12.00) 9.44 14.33 (13.00) 9.51 15.43 (14.00) 9.57 16.53 (15.00) 9.63 17.64 (16.00) 9.69 18.74 (17.00) 9.74 19.84 (18.00) 9.74 20.94 (19.00) 9.73 22.05 (20.00) 9.73 23.01 (20.87) 9.71 23.15 (21.00) 9.71 24.25 (22.00) 9.69 25.35 (23.00) 9.68 26.46 (24.00) 9.66 27.56 (25.00) 9.62 33.07 (30.00) 9.29 38.58 (35.00) 8.93 44.09 (40.00) 8.61 46.34 (42.04) 8.45 49.60 (45.00) 8.22 55.12 (50.00) 7.68 60.63 (55.00) 6.25 63.50 (57.61) 4.93 63.61 (57.71) 4.88 63.63 (57.72) 4.88 65.22 (59.17) 4.88 65.83 (59.72) 4.88 Notes:

(1) Values in Table 14 are for two recirculation loop operation, see Section 8.1.1.

For single loop operation, see Section 8.1.2 (2) Engineering Data Bank (EDB) number, Reference 2.

(3) MAPLHGR Data, Reference 2.

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Table 152 U02/Gd Thermal Mechanical LHGR Limits (Reference 5)

Bundle Type: GE14-P1ODNAB392-16GZ-10OT-145-T6-2931 (GE14C)

Engineering Data Bank (EDB) Bundle Number : 2931 Peak Pellet Exposure U02 LHGR Limit Peak Pellet Exposure Most Limiting Gadolinia LHGR Limit GWd/MT (GWD/ST) (kW/ft) GWd/MT (GWD/ST) (kW/ft) 0.00 (0.00) 13.40 0.00(0.00) 12.00 16.00 (14.51) 13.40 13.42 (12.17) 12.00 63.50 (57.61) 8.00 60.17 (54.59) 7.16 70.00 (63.50) 5.00 66.57 (60.39) 4.48 Notes:

1. Reference 5.