ML091420326
| ML091420326 | |
| Person / Time | |
|---|---|
| Site: | Oconee  |
| Issue date: | 05/19/2009 |
| From: | Baxter D Duke Energy Carolinas |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| ONEI-0400-70, Rev 29 | |
| Download: ML091420326 (36) | |
Text
Duke DAVE BAXTER Vice President
~Energy Oconee Nuclear Station Duke Energy ON01 VP / 7800 Rochester Highway Seneca, SC 29672 864-873-4460 864-873-4208 fax dabaxter@dukeenergy.com May 19, 2009 U. S. Nuclear Regulatory Commission Document Control Desk Washington, D. C. 20555
Subject:
Duke Energy Carolinas, LLC Oconee Nuclear Site Docket-Number 50-287 Core Operating Limits Report (COLR)
Gentlemen:
Attached, pursuant to Oconee Technical Specification 5.6.5, is an information copy of a revision to the Core Operating Limits Report for Oconee Unit 3, Cycle 25, Rev. 29.
If you have any questions, please direct them to Judy Smith at 864-873-4309.
Sincerely,
~ Dave Baxter Vice President Oconee Nuclear Station Attachment ACoo /
www. duke-energy. com
DISPOSITION OF THE ORIGINAL DOCUMENT WILL BE TO SuperRush THE TRANSMITTAL SIGNATURE UNLESS RECIPIENT IS PRIORITY OTHERWISE IDENTIFIED BELOW Date: 05/08109
- 1) 00813 DOC MGMT EC04T ORIGINAL Document Transmittal #: DUK091280001
- 2) 06358 ONSREGUL COMPLIANCE ON03RC
- 4) 06937 R R ST CLAIR EC08G DOCUMENT TRANSMITTAL FORM OTHER ACKNOWLEDGEMENT REQUIRED [] Yes IF QA OR OTHER ACKNOWLEDGEMENT REQUIRED, PLEASE ACKNOWLEDGE RECEIPT BY RETURNING THIS FORM TO:
REFERENCE NUCLEAR GENERAL OFFICE FOR INFORMATION ONLY OCONEE NUCLEAR STATION Duke Energy P.O. Box 1006 WORK ITEM: EXEMPTION M-5 Energy Center EC04T RESP GROUP: NE Charlotte, N.C. 28201-1006 RECORD RETENTION: 003587 OCONEE 3 CYCLE 25 CORE OPERATING LIMITS REPORT Rec'd By Page 1 of 1 Date DOCUMENT NO REV #/DATE DISTR CODE 1 2 4 5 6 9 10 13 IQA COND 3 7 8 11 12 14 15 TOTAL ONEI-0400-070 1 029 05/08/09 NOMD-27 X V1 V1 3 REMARKS: DUKE THOMAS C GEER
- DOCUMENT RELEASE EXEMPT FROM NUCLEAR MODIFICATION PROGRAM NUCLEAR STATION ENGR MANAGER GS-SVP NUCLEAR SUPPORT BY:
L C JAMES. LCJ/JAK EC08G
NRC Document Control Desk May 19, 2009 Page 2 f xc w/att: Mr. Luis Reyes Regional Administrator, Region II U,.S. Nuclear Regulatory Commission Sam Nunn Atlanta Federal Center 61 Forsyth St., SW, Suite 23T85 Atlanta, Ga. 30303-8931 Mr. John Stang Project Manager U.S. Nuclear Regulatory Commission Office of Nuclear Reactor Regulation Mail Stop 8 G9A Washington, DC '20555 Mr. Andy Hutto Senior Resident Inspector Oconee Nuclear Site
ONEI-0400-70 Rev 29 Page 1 of 33 Duke Energy
.Oconee 3 Cycle 25 Core Operating Limits Report I APPLICABLE to MODES 5 and 6 ONLY I QA Condition I Prepared By: J. M. Sanders .. -i- Date:
- Checked By: L. C James II. , Date" CDR By: M. L. Cameron Date :A, 7, ZAA Approved By: R. R_ StCair Date: M* O1, 2.o*
[)ocetIntCn No. RCx, ONF.-04,0, -7 "0Re\- 29 Date May 7. 2009 Page \No. Va ge2 of ýý3*3 INSPECTION OF ENGINEERING INSTIRUCTIONS Inspection Waived By: Daite:b .~ _
CATAWBA Inspection Waived MCE (Mechanical &Civil)
ElZ Inspected By/Date:
RES (Electrical Only) Inspected By/Date:
RES (Reactor)
I-'- Inspected By/Date:
MOD Li nspecAt(e pa e:
Other ( El Inspected By/Date; _______
L OCONIEE Inspection Waived MCE ,(Mechanical & (ivil) Inspected By/Date:
Fx1 RES (Electrical Only) n]
[] Inspected By/Liate:
RES (Reactor) Inspected By/Date:
FRI MOD n] Inspected By/IDate Other ( .Inspected By/Date:
[______________________________________
MCGUIRE Inspection Waived MCE (Mechanical & Civil) .Inspected By/Date::
RES (Electrical Only) LI El :Ihspected By/Date:
RES (Reactor), LI Inspected By/Date:
Other( ) Inspected By/Date-
ONEI-0400-70 Rev 29 Page 3 of 33 Oconee 3 Cycle 25 Core Operating Limits Report Insertion Sheet for Revision 29 This revision is not validuntil the end of operation for Oconee 3 Cycle 24.
Remove these Revision 28 pages Insert these Revision 29 pages 1-33 1 - 33 Revision Log Effective Pages Pages Pages Total Effective Revision Date Revised Added Deleted Pages Oconee 3 Cycle 2.5 revisions below 29 May 2009 1 -33 - - 33 1Oconee 3 Cycle 25 revisions below 28 Apr 2009 1-33 - - 33 Oconee 3 Cycle 24 revisions below ,
27 Mar.2009 1 -33 - 33 26 Nov 2007 1 -33 - 33 25 Nov 2007 1 -33 - 33 Oconee 3 Cycle 23 revisions below 24 May.2006 1 -33 33 13 Oconee 3 Cycle 22 revisions below 23 Mare2006, 1,- 4,.6> :15- 16, 21, 27, 31 - 33 22 Mar2005 1-5 - 33 21 Nov,.2004 1-33 - 33 Oconee 3 Cycle 21 revisions below 20 Sep.2004 1-4,6 - 33 19 Feb2004 1-4,6 - 33 18 Nov 2003 1- 3, 5 - 33 17 Apr 2003. 1 -31 32-33 - 33
ONEI-[400-70 Rev 29 Page 4 of 33 Oconee 3 Cycle 25 1.0 Error Adjusted Core Operating Limits The Core OperatingLimits Report.for 03C25 has been prepared in accordance with the requirements of TS 5.6,5. The core operating liIis within this report have been developed using NRC approved methodology reports identified in References 1 through 11. See the discussion below pertaining to References 2 through 8.
03025 is the second reload Of the AREVA Mark-B-HTP fuel design- Revisions to seven NRC-approved Duke methodology reports (References 2 through 8) Were submitted to NRC for review and approval to support -the transition to the MarkýB-HTP fuel. These revisions were combined into one new methodology report; DPC-NE-2015-P,"Mark-B-HTP Fuel Transition Methodology'. The DPC-NE-2015-P methodology report was approved by the NqC in a Safety Evaluation Report (SER) dated October 29, 2008. This :SER allows Duke to incorporate the NRC's previously reviewed &approved HTP-related changes into References.2 through 8.
The core operating limits have been developed using the methodologies from revised References 2, 4, 5, and 6 and existing reportI References 3, 7, and 8 with the NRCýapproved changes resulting from the NRC approval of the DPC-NE-2015-P The RPS protective limits and maximum allowable setpoints are documented in References 12 through 14. These limits are validated for use in03025 by References 15 through 17. The 03C25 analyses assume a.design flow of 108.5% of of 88.000 gpm per RCS pump,;a radial local peaking (FAh) of 1.714, ahd an axial peaking factor (Fz) of 1.5, and an EOC
(< 100 ppmB) Tavg reduiction bf up to 11O0F provided 4 ROPs are in operation and Tavg does not decrease below 569'F.
The error adjusted core operating limits included in section 1 of the report incorporate all necessary uncertainties and margins required for operation of the 03025 reload core.
1.1 References
- 1. Nuclear Design Method6'logy Using CASMO-3 /SIMULATE-3P, DPC-NE.1004-A, Revision 1A, January 2009.
- 2. Oconee Nuclear Station Reload Design Methodology II,DPC-NE-1002-A, Revision 3A, December, 2008.
- 3. Oconee Nuclear Station Reload Design Methodology, NFS-1001A, Revision 5, SER dated December 8, 2000.
4, ONS Core Thermal Hydraulic Methodology Using VIPRE01, DPC-NE-2003-PA, Revision 2A, December.2008.
- 5. Thermal Hydraulic Statistical Core Design Methodology, DPC-NE-2005-PA, Revision 4A, December 2008.
- 6. Fuel Mechanical Reload Analysis Methodology Using TACO3, DPC-NE-2008-PA, Revision 1A, December 2008.
- 7. UFSAR. Chapter 15 Transient Analysis Methodology, DPC-NE-3005-PA, Revision 2, SER dated September 24, 2003.
- 8. Thermal Hydrau ic Trans ent Analysis Methodology, DPC-NE-3000-PA, Revision 3, SER datedSeptember 24, 2003.
- 9. BAW-10192-PA, BWNT LOCA - BWNT Loss of Coolant Accident Evaluation Model for Once-Through Steam Generator Plants, Revision 0, SER dated February 18, .1997.
- 10. BAW-10164P-A, RELAP5tMOD2-B&W - An Advanced Computer Program for Light Water Reactor LOCA and Non-LOCA Transient Analysis, Revision 6, report dated June 2007.
- 11. BAW-10227-PA, Evaluation of Advanced Cladding andStructural Material (MS) in PWR Reactor Fuel, Revision 1, June2003 (SERto BAW-10186P-A dated June 18, 2003).
12, RPS RCS Pressure & Temperature Trip Function Uncbrtainty Analyses and Variable Low Pressure Safety Limit, OSC-4048, Revision 4, January 2001.
- 13. Power Imbalance Safety Limits and Tech Specý.Setpoints Using Error Adjusted Flux-Flow Ratio of 1.094, OSC-5604,.
Revision 2, October 2001.
14, ATc and EOC Reduced Tavg Operation, OSC-7265, Revision 1, Duke Power Co., June 2002.
15,, 03C25 Maneuvering Analysis, OSC-9548, Revision 3, May 2009.
16 O3C25'Specific DNB Analysis, OSC-9556, Revision",0, November 2008.
- 17. 03025 Reload Safety Evaluation, OSC09695, Revision 1, May 2009.
ONEI-0400-70 Rev 29 Page 5 of 33 Oconee 3 Cycle 25 Miscellaneous Setpoints BWST boron concentration shall be greater than 2220 ppm and less than 3000 ppm.
Referred to by.TS 3.5.4.
Spent fuel pool boron concentration shall be greater than 2220 ppm.
Referred to by TS 3.7.12.
The equivalent of at least 1100 cubic feet of 11,000 ppm boron shall be maintained in the CBAST, Referredto by TS SLc 16.5.13.
CFT boron concentration shall be greater than 1835 ppm. The average boron concentration in the CFTs shall be less than 4000 ppm. Referred to by TS 3.5.1.
RCS and Refueling canal boron concentration shall be greater than 2220 ppm.
Referred.to by TS 3.9.1.
Shutdown Margin (SDM) shall be greater than 1% /0k/k.
Referred.to by TS 3.1.1.
Moderator Temperature Coefficient (MTC) shall be less than: MTC x 1,0-4 Linearinterpolation is valid within the table provided. Ap /:F / FP Referred'to byT:S 3.1.3. +0ý70 0
+0.525 20 0.00 80 0.00 100 0.00 120 Departureefrom Nucleate Boiling (DNB) parameter for RCS loop pressure shall be Referred to by TS.3.4.1. 4 RCP: measured hot leg pressure > 2125 psig 3 RCP: measured hot legpressure ,-'2125psig DNB parameter for RCS' loop average temperature shall be: Max Loop Tavg (Incl 2°F unc)
Referred to by TS 3.4.1. ATc, IF 4 RCP Op 3 RCP Op 0 581.0 581.0 The measured Tavg must be less than COLR limits minus 1 581.4 581.2 instrument uncertainty. ATc is the setpoint value selected by 2 581.8 581.4 the operators. Values are expanded by linear interpolation on 3 5,82.1 581.7 page 33 of this document without instrument uncertainty. 4 582.5 581.9 5 582.9 582.1
- This limit is applied to the loop with the lowest loop. average-temperature consistent w~i~th the NOTE in SR 3.4.1.2. All other temperature limits apply to the maximum loop Tavg.
DNB parameter for RCS loop total flow shall be: 4 RCP: Measured > 108.5 %df Referred.Ito by TS 3.4.1 3 RCP: Measured >74.7 % of 4 .RCP min flow Regulating rod groups shall be withdrawn in sequence starting with group 5, group 6, and finally group 7.
Referred to by TS 3.2.1.
Regulating rod group overlap shall be 25% - 5% between two sequential groups.
Referred to by TS 32.21.
Misaligned, dropped, or inoperable rods may be excluded from control rod group average calculations when determining if overlap requirements. are met as these situations are explicitly addressed by TS 3.114A (Control Rod Group Alignment Limits), TS 3.1.5 (Safety Rod Position Limits), and TS 3.2.3 (Quadrant Power Tilt).
ONEI-0400-70 Rev 29 Page 6 of 33 Oconee 3 Cycle 25 Steady State Operating Band Rod Index APSR %WD EFPD Min Max Min Max 0 to 458 .292 +/- 5 300 30 40 458to EOC 292 +/- 5 300 100 100 Quadrant Power Tilt Setpoints Steady State Transient Maximum Core Power Level, %FP 30 -:100 .0-30 30-100 0-30 0.- 100
- Full Incore 3.50 7.59 7.10 9.39 16.54 Out of Core 2.37 6.09 5.63 7.72 14.22 Backup Incore 2.26 3.87 3.63 4.81 10.07 Referred to by TS 3.2.3 Correlation Slope (CS) 1.15 Referred to by TS 3.3.1 (SR'3.3.1.3).
ONEI-0400-70 Rev 29 Page 7 of 33 Oconee 3 Cycle 25 Variable Low RCS Pressure RPS Setpoints Referred to by TS 3.3.1 2400 P = 2355 psig T=618 F 2300 2200 (9
3.~
2100 Acceptable
-L Operation Q)
P = 11.14 Tout 4706 0
0 o 2000 L.)
ci)
Unacceptable SOperation P = 1800 psig 1800 T=584 F 1700 .
540 560 580 600. 620 640 Reactor Coolant Outlet Temperature, OF
ONEI-0400-70 Rev 29 Page 8 of 33 Oconee 3 Cycle 25 RPS Power Imbalance Setpoints
% FP % Imbalance 4 Pumps 0.0 -33.0 88.2 -33.0 107.9 -12.1 107.9 14.4 90.4 33.0 0.0 33.0 3 Pumps 0.0 -33.0 60.9 -33.0 80.6 -12.1 80:6 14.4 63.1 33.0 0:0 33.0 Maximum Allowable RPS Power Imbalance Limits
% FP % Imbalance 4 Pumps 0.0 -35.0 87.8 -35.0 109.4 -12.1 109.4 14.4 90.0 35.0 0.0 35.0 3 Pumps 0.0 -35.0 60.1 -35.0 81.7 -12.1 81.7 14.4 62.3, 35.0 0.0 35.0
ONEI-0400-70 Rev 29 Page 9 of 33 Oconee 3 Cycle 25 Operational Power Imbalance Setpoints Full Backup Out of
%FP Incore lncore Core 4 Pumps 0.0 -28,0 -28.0 -28.0 80,0 -28.0 -28.0 -28.0 90.0 -26,1 -26.1 -26.1 100.0 -15.5 -15.5 -15.5
-3133 102.0 -13.3 -13.3 102.0 15.7 15.7 15.7 100.0 17.8 17.8 17.8 90.0 28.0 28.0 28.0 80.0 28.0 28.0 28.0 0.0 28.0 28:0 28.0 3 Pumps 0.0 -28.0 -28.0 -28.0 60,9 -28.0 -28.0 60.9 -28.0 77.0 -10.9 -10.9 -10.9 77.0 13.2 13.2 13.2 63.1 28.0 63.1 28.0 28.0 0.0 28.0 28.0 28.0
ONEI-0400-70 Rev 29 Page 10 of 33 Oconee 3 Cycle 25 Operational Power Imbalance Setpoints Operation with 4 RCS Pumps, BOC to EOC
% FP I RPS Trip [ Full Incore Alarm Out of Core Alarm 107.9 -12.1 14.4 107.0 -13.0 15.4 106.0 -14.1 16.4 105.0 -15.1 17.5 104.0 -16.2 18.5 103:0 -17.3 19.6 102,0 -18.3 20.7 -13.3 15.7 -13.3 15.7
-14.4 16.7 101:0 -19.4 21.7 -14.4 16.7 100.0 -20,5. 22.8 -15.5 17.8 -15.5 1.7.8 99.0 -21.5 23.9 -16.5 18.8 -16.5 18.8 98.0 -22.6 24.9 -17.6 19.8 -17.6 19.8 97.0 -23.6 26.0 -18.6 20.9 -18.6 20ý9 96.0 -24.7 27.0 -19.7 21.9' -19.7 21.9 95.0. -25.8 28.1 -20.8 .22.9 -20.8 22.9 94.0 -26.8 29.2 -21.8 23.9 -21.8 23.9 93.0 -27.9 30.2 -22.9 24.9' -22.9 24.9 92;0: -29.0 31.3 -24.0 26.0 -24.0 26.0 91.0 -30.0 32.3 -25.0 27.0 -25.0 27.0 90.4 -30.7 33.0 -25.7 27.6 -25.7 27.6 90.0 -31.1 33.0 -26.1 28.0 -26.1 28.0 89.0 -32.1 33.0 -26.3 28.0 -26.3 28.0 88,2 -33.0 33.0 -26.4 28.0 -26.4 28.0 88.0 -33.0 33.0 -26.5 28.0 -26.5 28.0 87.'0 -33.0 33.0 -26.7 28.0 -26.7 28.0.
86.0. -33.0 33.0 -26.8 28.0 -26.8 28.0 85.0 -33:0 33.0 -27.0 28.0 -27.0 28.0 84.0 -33.0 33.0 -27.2 28.0 -27.2 28.0 83.0 -33.0 33.0 -27.4 28.0 -27.4 28.0 82.0. -33.0 33.0 -27.6 28.0 -27.6 28.0 81.0 -33.0 33.0 -27.8 28.0. -27.8 28.0 80.0 -33.0 330 -28.0 28.0 -28.0 28.0 0.0 -33.0 33.0 -28.0 28.0 -28.0 28.0
% FP RPS Trip Full Incore Alarm Out of Core Alarm ONEI-0400-70 Rev 29 Page 11 of 33 Oconee 3 Cycle 25 Operational Power Imbalance Setpoints Operation with 3 RCS Pumps, BOC to EOC
% FP RPS Trip Full Incore Alarm Out of Core Alarm 80.6 -12..1 14.4 80.0 -12.7 ,15.0 79.0 -13.7 16.1 78.0 -14.8 17.1 77.0 -15.9 18.2 -10.9 13.2 -10.9 13.2 76.0 -16.9 19.3 -11.9 14,3 .-11.9 14.3 75.0 -18,0 20.3 -13.0 15.3 -13.0 15.3
-19.1t 21.4
-14.1 16.4 -14.1 16.4 74.0 .22.4 7310 -20.1 -15.1 17.4 -15.,1 17,4 72.0 -21.2 23.5 -16.2 18.5 -16,2 18.5 71.0 -22.2 24.6 -17.2 19.6 -17.2 19.6 70.0 -23.3 .25.6 -18.3 20.6 -18.3 20.6 69.0 -24.4 :26,7 -19.4 21.7 -19.4 21.7 68.0 -25.4 .27.8 -20.4 22,8 -20.4 22.8 67.0 -26.5 28.8 -21.5 23.8 -21.5 23.8 66.0 -27T6 29-9 -22.6 24.9 -22.6 24.9 65.0 -28.6 30.9 -23.6 25.9 -23.6 25.9 64.0 -29.7 32.0 ,-24.7 27.0 -24.7 27.0 63.1 -30.7 33.0 -25.7 28.0 -25:7 28,0
-30.7 33.0. -25.7 28.0 -25.7 28ýO 63.0 28.0 62.0 -31.8 33.0 -26.8 28.0 -26.8 28,0 61.0 -32,9 33.0 -27.9 28.0 -27.9 28.0
-33.0 -28.0 60.9 33.0 .28.0 28.0 28.0 60.0 -33.0 33.0 -ý28.0 28.0 -28.0 28.0 0,0 -33.0 33.0 -28.0 28.0 -28.0 28.0
% FP RPS Trip. Full Incore"Alarm Out of Core Alarm ONEI-0400-70 Rev 29 Page 12 of 33 Oconee 3 Cycle 25 RPS Power Imbalance Setpoints Referred to by TS 3.3.1 Thermal Power Level, %FP 120.0
(-12.1,10 )7.9) (14.4,107.9)
J 100.0 M2 -0.942 M1 = 0.942 Acceptable 4 Pump Operation
(-33.0,88.2) (33.0,90.4)
(-12.1,80ý6) (14.4,80.6)
(-33.0,60:9) 60.0 (33.0,6311)
Acceptable 3 or 4 Pump Operation 40.0
- , 20.0
-40.0 -30.0 -20.0 -10.0 0.0 10.0 20.0 30.0 40.0 Percent Power Imbalance
ONEI-0400-70 Rev 29 Page 13 of 33 Oconee 3 Cycle 25 Imbalance Setpoints for 4 Pump Operation, BOC to EOC 11.0.0
........P-P 100.0 _i::R PS Trip Setpo:in 90.0
-I-.-
-- -I----I-4 A-A-
. ..........2:1 I I ..
80.0
/ I--.
-t*-: ...........
ii!ii 70.0 -.. " . ...
- 0.
U- 60.0 .~ ...+/-. . .... ... ..... .
0 50.0 30.)
C-) 7-71 40.0 F-74 20.0 F.* -
-- -- a - It It ~ ItT__ - II.-,
10.0
.0.0 35 -30, .-25 -20 -15 -10 -5 0 5 10 15 20 25 30 35 40 Percent.Axial Imbalance
ONEI-0400-70 Rev 29 Oconee 3 Cycle 25 Page 14 of 33 Imbalance Setpoints for 3 Pump Operation, BOC to EOC
'110 +/-1 I V V V1 - -- I
§1' 4-100 :l i l i : l Il i* '/' ! ' '"" ...
1-i_
- 1 1~~4~- -
f: £~L**~7* .4.
.41115.
11711.
90 ~ VT. *= * ..* .. ..... .jL. *....
I 171KV.
B
~>
-RPS Trip Setpoint H ~- rip Setooh~t 1 1~:.1.
80 i ti ______ ______ ______ t I-r----l---r-T-!T~~
I ii & Outcore Alarrl -4 70 I -
c,0 IF.II n0 60 LL 0
E: 50 4)
U .... .... .~ ..-
7,7 34 A =#. _..- e...- --. .-.. ... .....
30 4t 4.:
20 10 T
...... ... 1
.... .... 7 0
40 -35 -30 -25 -20 -15 -10 -5 0 5 10 15 20 25 30 35 40 Percent Axial Imbalance
ONEI-0400-70 Rev 29 Page 15 of 33 Oconee 3 Cycle 25 Operational Rod Index Setpoints RI Insertion Setpoint RI Withdrawal
%FP No lnop Rod 1 Inop Rod Setpoint 4 Pumps 102.0 263.5 283.4 300 100.0 261.5 281.5.. 300 90.0 251.5 271.9 300 80.0 251.5 262.3 300 50.0 201.5 233.4 300 48.0 1952 231.5 300 15.0 91.5 165.5 300 13.0 76.5 161.5 300
.93.5 5.0 16.5 300 3.0 1.5 76.5 300 2.8 0.0 74.8 300 0.0 0.0 51.0 3b.0 3 Pumps 77.0 246.5 285.2 300
,243.2 75.0 281.5. 300 50.0 201.5 235:2 300 48:0 195.2 231.5 300 15.0 91.5 165.5 300 13.0 76.5 161.5 300 5.0 16.5 93.5 300 3;0 1.5 76.5 300 2.8 0.0 74.8 300 0;0 0.0 51:0 300
ONEI-0400-70 Rev 29 Page 16of33 Oconee 3 Cycle 25 Shutdown Margin Rod Index Setpoints RI Insertion Setpoint RI Withdrawal
%FP No Inop Rod 1 Inop Rod Setpoint 4 Pumps 102.0 .224.6 283.4 300 100.0 221.5 281.5 300 48.0 141.5 231.5 300 13.0 76.5 .1611.5 300 310 1ý5 76.5 300 2.:8 0.0 74.8 300 0.0 *0,0 .51.0 300 3 Pumps 77.0 227.4 285,2. 300 75.0 221.5 281.5 300 48.0 141.5. 231.5 300 13.0 76.5 161.5 300 3.0 1.5 76.5 300 2.8 0.0 74.8 300 0.0 0.0 51.0 300
Oconee 3 Cycle 25 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 17 of 33 4 Pump Operation. No Inoperable Rods, BOC to EOC Shutdown Margin Setpoint [ý Operational Alarm Setpoint
% FP CRGP 5 CRGP6 CRGP7 1 CRGP 5 CRGP 6 CRGP 7 102 100 99.8 24.8 100 100 63.5 101 100 99.0 24.0 100 100 62.5 100 100 98.2 23.2 100 100 61.5 99 10o 97.5 22.5. 100 100 60.5 98 100 96.7 21.7 10o 100 59.5 95.9 100 100 58.5 97 100 201.9 96 100 95.2 20.2 100 100 57.5 95 94A4 19.4 100 100 56.5 100 100 100 55.5 94 93.6 18.6
.93 100 92.9 17.9 100 100 54.5 92 100 92.1 17.1 100 10o 53.5 91 1.00 91.3 1.6.3 100 100 52.5 90 100 90.6 15.6 100 100 51.5 89 100 89.8 14.8 10o 10o 51.5 88 100 89.0' 14.0 100 100 51.5 87 100 88.2 13.2 100 100 51.5
- 12.5 86 87.5 100 106 51.5
.85 100 86.7 11,7 100 100 51.5 84 ibo 85.9 *10.9 100 100 51.5 83 1.0.0 85.2 10.2 100 *100 51.5 81 100 84.4 9.4 100 100 51.1 5 100 83.6 .8.6 .. 100 100 80 100 82.9 51.5 7.9 100 79 100 82.1 7.1 49.8 100 1O0 78 81.3 6.3 1O0 100 48.2 77 '100 100 80.6 .. 5.6 100 46.5 100 100 100 76 79.8 4.8 100 44.8, 1o0 75 79.0 4.0 1.1.00 100 43.2 41 .5 74 ....78.,2 .... 3. 100 1 do 100
- 73 100 77.5 1 oo 100 39.8 72 1.7 100 38.2 100 76.7 71 100 0.9 100 100 36.5
....75.2 .. 100 34.8 70 100 89.8 100 0.2.......100 34,5 75.0 0 69 100 73;8 1.o 1600 100 68 100 72.3 ... 0 100 lO1 311,.5 1.00 100*
100 29.8 67 100 70.7 00..... 1I00I 66 100 69.2 .. ....
0
. ......... 100 28.2 65 100 67.7 100 100 26.5 0 100
,64.1 100 66.3 0 100 25.0 100 99.1 24.1 63 100 64.6 0 62 100 63.0 100 98.2 23.2 61 100.
100 0 100 97.4 22.4 1006 100 60.0 0 *100 96.6 21.6 59 58.4 100 95.8 20.8 58 56.9 0 94.9 19.9 1O0.6 100 57 .. 100 55.3 0 94.1 19.1 100 56 100 .....53.8 .... 0 1:00 93.2 18.2 100 55 52.3 0 92.4 17.4 100 54 50.7 0 16,i6 100
.53 100 49.2 0 90.8 15.8 47.7 100 89.9 14.9 100 51 46.1 0 100 89.1 50 100 .4.6..
. ....... 0I.IIIZ 100 88.2 13.2
%PCRGP5 CRGP_
__RG_ 6 P_7 CRGP5 CRGP6 CRGP7 Shutdown Margin Setpoint I Operational Alarm Setpoint RI = 300 is.withdrawal limit atall power levels. Continued on next page.
Oconee 3 Cycle 2.5 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 18 of 33 4 Pump Operation, No Inoperable Rods, BOC to EOC Shutdown Margin Setpoint Ji Operational Alarm Setpoint
%FP CRGP 5 CRGP6 CRGP7 CRGP5 CRGP6 CRGP 7 49 100 43.0 0 100 86.7 11.7 48 100. 41.5 0 100 85.1 10.1 3*9.6 47 100 0 100 83.5 8.5 46 100 37.8 0 100 82.0 7.0 45 100 35.9 0 100 80.4 5.4 44 100 34.1 0 100 78.8 3.8 43 100 32.2 0 100 77.2 2.2 42 100 0 100 75.7 0.7 41.6 100 29.6 0 100 75.0 0 41 1O00 28.5 0 loo 73.2 0 100 100 40 26.6 0 100 70.1 0 39.1 100 25.0 0 67.3 0 39 99,9 24.9 0 100 66.9 0 38 990 24.0 0 63.8 0
.98.0
- 23.0
. 100 37 0 60.6 0 36 97.1 22.1 0.......
0 100 57.5 0 35 96.2 21.2 0 54.3 0 100 34 20.2 0 51.2 0 33 94.3 19.3 0
- i100 bO 48.1 0 100 44.9 32 93.4 18.4 0 31 92'.5. 17.5 41.8 91.5 0 0
'30 0 100 38.6 0
'90.6 0 29 15.6 100 35.5 0 0
28 89,7
....88.8 1 14.7 0
100 100 32.4 0 27 13.8 lob, 29.2 0 0 26.1
.26 87-8 12.8 25.7 87.5 12.5 0 100 25.0 0 25" 86.9 99.0 214.0 0 24 86.0 11.0 0 97.4 22.4 0 23 85.01 10.0 95.8 20.8 0 22 *84.1 0 9.1 94.2 19.2 0 0 92.7 1T7 83.2 .......8.2 8i2.....
. 0 0
20 16.1 0 6.3 0 19 81.3 89.5 14.5 0 18 80.4 5.4 0 88.0 13.0 1-7 79.5 4.5 0 86.4 11.4 0 16- ý3.5 0 84.8 9.8 0
- 15. 77.6 2.6 0 83.2 8,2 0
14 767 1.7 0 719.5 4.5 0 13 75.8 0.8 0 75.8 0.8 0 12.8 9..75.0 0 0 7.5.0 0 0 12 0 0 69.0 0. 0 11 61.5 0 0 61.5 0 00 10 54.0 54*0 0
0 0 0 0 9 46.5 0 46.5 0 39.0 0 39.0 8 0 0 0
.. . . ...... . . . ..0_. ........
0 0 24.0 0 24.0 0
.6 0 0 0
0 16.5 0 16.5 0 00 0 0 0 9.0, 0, 0
- 3. 1.5 0 0 0 0" 21.8 0 0 0 0 2 0 0 0 0 1 0 0 0 0
0 0o
%FP CRGP 5. CRGP6 1 CRGP7 CRGP 5 CRGP 6 CRGP 7
____ Shutdown Margin Setpoint I Operational Alarm Setpoint RI = 300 is withdrawal limit at all power levels.
Oconee 3 Cycle 25 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 19 of 33 3 Pump Operation, No Inoperable Rods, BOC to EOC Shutdown Margin Setpoint Operational Alarm Setpoint
%FP CRGP5 CRGP6 CRGP7 CRG25 CRGP6 I CRGP7 77 100 100 27.4 100 100 46.5 76.2 100 100 25-0 100 100 45.2 76 100 99.7 24.7 100 100 44.9 75 100 98.2 23.2 100 100 43.2 74 100 96.8 21.8 100 100 41.5 73 100 95.3 20.3 100 100 39.9 72 100 93.8 18.8 100 100 38.2 71 100 92.3 17.3 100 100 36.5 70 100 90.8 15.8 1o0 too 34.9 100.
69 100 89.4 14.4 100 100 33.2 68 100 87.9 1219 100 -o0b 31.5 67 86.4 11.4 100 29.9 100 66 100 84.9 9.9 100 100
.65 100 8.4 83.4 BA 100 100 26.5 64.1 100 82.1 100 25,0
.63 100 80.5 5-5 100 99.1 24.1 100 79.0 100 98.3 23.3
- 62: 4.0 61 100 77.5 2.5 100 .974 22.4.
100 76.0 1.0 100 96.6 21.6 21.0' 59.3 10oo 75.0
....74.1 0 100 96.0 59 100 0 95.8 20.8 560 58 1oo 71.1 0 100 94.9 19.9 100 68.2 0 100 94.1 19.1 100 18.3
.56
'55, 100 .65.2 0 93.3 100, 62.2 0 100 92.4 17.4 59.3 1O00 91.6 16,6 56.3 0 53 100 0 lop 90.8 15.8 52 100 53.4 100 89.9 14.9 54 50.4 0 89.1 451 100 0 100 14.1 13.2 50 100 47.4 0 100 88.2 49 100 100 44.5 0 86.7 11.7 48 41.5 100..
66 85.1 10.1 39.6 0 47 .. 100i 0 100 83.5 8.5 46 100 37.8 100 82.0 7.0 100 0 80.4 45 S...100 35,9.9 100...... 5,4 44 0-100 34.1 0
100 78.8 3.8 43 100 32.2 100 77.2 2.2 0 100 42 30.A 0 100 75.7 0.7 41.6 100 29.6 75.0 0 0 41 1O00 ..:5.....
28.5 2.. 100 73.2 0 10.0 70.1 0 0 100 39.1 25.0 67.3 0 100 0
- 39. 99.9 24.9 66.9.
0 I200 0 100 63.8
.37 24.0 23.0 60.6 S' 0 98 0 0
.... 100 22.1 .57.5 .............
0...
21.2 0 ..........0..0 54.3 0 20.2 0 100
- 33 95.2 ..... 42.. 0 51.2 0 0 48.1
'94-3 19.3 32 93.4 0 44.9
.. .31 0 0 92.5 17.5 .. 0 41.8 30 0 0
.91..5 16.5 0 100 38.6 90.6 5.......
......... 1190.
100 0 28 0 89.7 14.7 32.4
% FP CRGP5 I CRGP6 CRGP7 CRGP5 CRGP6 .GRGP7
___ Shutdown Margin Setpoint Operational Alarm Setpoint RI = 300 is withdrawal limit at all power levels, Continued on next page.
Oconee 3 Cycle 25 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 20 of 33 3 Pump Operation, No Inoperable Rods, BOC to EOC Shutdown Margin Setpoint Operational Alarm Setpoint -
% FP CRGP5 CRGP6 CRGP7 CRGP I CRGP6 CRGP7 27 88.8 13.8 100 29.2 26 87.8 12.8 100 26.1 25,7 87.5 12.5 100 25.0 25 86.9 11.9 99.0 24.0 24 86.0 11.0 97.4 22.4 23 85.0 10.0 95;8 20.,8 22 84.1 9.1 94.2 19.2 21 83.2 82 92.7 17.7 20 82.2 7.2 91.1 16.1 19 81.3 6.3 89.5 14.5 18 80.4 5:4 88.0 13.0 79.5 4.5 86.4 11.4 78.5 3.5 84.8 15 77.6 2.6 832 8.2.
17, 76.7 1.7 4.5 13 75.8 0.8 0,8 76,0 0 75.0 0.
0 69.J0 0
16 61.5 0 54.0... 0 0
46.5 0 61.5 0 39.0 0 12.8 314.5 0 0
0
.0 24.0 2.0...i; 0 540 .. 0 16.5 0
0 9.0 0
0' 0
0 0 0
0 0 0
0 0 0 0 0
% IFP CRGP5 CRGP6 CRGP7 CRGP5 J CRGP6 CRGP_7
........... . Shutdown Margin Setpoint Operational Alarm Setpoint RI = 300 is'withdrawal limit at all power levels.
Oconee 3 Cycle 25 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 21 of 33 4 Pump Operation, 1 Inoperable Rod, BOC to EOC Shutdown Margin Setpoint Operational Alarm Setpoint
%FP CRGP5 I CRGP6 I CRGP7 CRGP I CRGP6 I CRGP7 102 100 100 83.4 100 100 83.4 101 100 100 82.5 100 100 82.5 100 100 100 81.5 100 lOO 81.5 100 99 100 100 80.5 100 80.5 98 100 100 79.6 100 100 79.6 97 100 100 78.6 100 100 78.6 1o0 77.7 100 77.7 96 100 100
.95 100 100 76.7 100 100 76.7 94 100 100 75.7 10o 100 75-7 93 100 100 74.8 100 lo0 74.8 92 100 100 73.8 100 100 73-8 100 lo0 100 72.8 1.Y00 100 72.9 J..P..
o" 100 71.9 100 100 71.9 89 100 100 70.9. 166 lob- 70.9
'88 100 100 70.0 100 100 87 100 100 69.0 100" 69.0 86 100 100 68.0 1..00 68.1 100 100 100 i'00 67.1 84 100 100 66.1 100 66.1 83 100 65.2 65.2 100 100 100 64.2 82 1o0 100 64.212 100 81 63.2 i do. 63:3
.100 i1O 100 100 62.3 100 62.3 iooo 1 61.3 i'66 100 78 100 60.3 60.4 100 100 100 59.4 100 59.4 76 0o0 100 58.4 100 58.4 100 .100 75 79 100 lob 57.5 100 100 57.5 74 100 56.5 56.5 100 .1.00 73 i0o 100 55.5 100 100, 55ý.6 72 lo0 54.6 100.
loo .... 54.6 100 53.6....
.100 100 100 1o0 100 ..53.6 52 .7 100 loo 52.7 100 7 100 51.7 100 100.
100 51.7
-1o00 100 50.7 100 100 100 50.7 100 100
..io6 100 100 48.8 100 48.8 100 100- 49.8 76 160 100 160 47.8 100 1006 100' 46.9 .10 100 45.9 45,9 16o 100 100 45'.0 ..
566 100 44 .0 100 106 71 69 100 100 1-00 44.9...
655 100 43.0 100 43.0 6,4 42.1 65 48 100 100 41.1 1.........
0 0.. . 100 41.1 100 100 40.2 1......!00 40.2 100 39.2 100 100 i .ioo6 39.2 60 100 38.2 38.2 100 59 100 100 10o 100 37.3 100 37.3 58 100 100o .ioo 36.3 106 100 35.3 100 34.4 1oo ....
33.4 ....... ....:iob... 33.4
.100 100 1O00 100 .100 32.5 32.5 100 31.5 1600 100 3'1.5
%FP [ICRGP5 I CRGP6 CRGP7 CRGP5 I CRGP6 CRGP7 Shutdown Margin Setpoint 1 Operational Alarm Setpoint RI = 300'is withdrawal limit at all power levels. Continued.on next page.
Oconee 3 Cycle 25 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 22 of 33 4 Pump Operation, 1 Inoperable Rod, BOC to EOC Shutdown Margin Setpoint : Operational Alarm Setpoint
.%.FP I CRGP5 CRGP6 CRGP7 CRGP5 1 CRGP6 1 CRGP7 47 100 100 29-5 100 100 29.5 46 100 100 27.5 100 100 275 45 100 100 25.5 100 100 25.5 100 100 25.0 44.8 100 25.0 100 44 100 99.2 24.2 100 99.2 24.2 43 '100 98.2 23.2 100 98.2 23.2 22.2 97.2 22.2 42 100 97.2 100 41 100 96.2 21.2 100 96.2 21.2 40 100 95.2 20.2 100 95.2 20.2 19.2 100 94.2 19.2 39 94.2 38 93.2 18.2 100 93,2 18.2 37 1-00 92.2 17.2 100 92.2 17.2 100 91.2 16.2 36 100 91.2 16.2 35 100 90.2 15.2 100 90.2 15.2 34 89.2 14.2 100 89.2 14.2 33 1.00 88.2 13.2 88.2 13.2 87.2 12.2 100 1.00, 87.2 12.2 32 100 100 11.2 31 86.2 11.2 86.2 100 85.2 30 84.2 10.2 100 85.2 10.2 29 100 9.2 100 9.2 84.2 100 100 83.'2 28 83.2 8.2 100 8.2 7.2 27 82.2 7.2 100 82.2 26
.100 81.2. 6.2 100 81.2 6.2 100 100 5.2 25 100 80.2 80.2
.24 100 100 79:2 4.2 100 79.2 4.2 100 23 78,2 78.2 3.2 100 100 22 77.2 2.2 77.2 2.2 1.00 970o 1.2 21 76.2 1.2 10011 76.2 1.00 75.2 0.2 20 75.2 0.2 100 19.8 100 75,0
- f3,5 10(.1 o10 75.0 0 100 19 100 0 100. 73.5
- " "71,5 .0 ....
18 71.5 0 100 0 100 17 69.5 0 100 69.5 0 100 67.5 16 67.5 0 100 100 100 0 15 65.5 0 100 100 65.5 14 100 *63.5 0 63.5 0
61.5 100 13 100 61.5 0 100 0 12 100 53.0 53.0 0 0 100 100 11 0 44.5 0 100 10 36.0 0 100 36.0 0 9 0 27.5 100 0*
8.7 ....25.0 2 .5.......
.... 0 25.0 22.0 0, 0
8 22,0 27.5 0 .97.0.
7 9.2.8 17.8 0 9-2.8 0 13.5 88.5 13.5 6 88.5 0 92 00 5 84.2 0 84.2 0 4 80.0 5.0 0 80.0 5.0 0 3 75.8 0.8 0 75:8: 0.8 0 2.8 75.0 0 75.0 0 0 2 68.0 0 68.0 0 0 59.5 0 0, 59.5 0 .0 0
0 51.0 0 51.0 0
%FP CRGP 5 CRGP I CRGP 7 CRGP 5 CRGP 6' CRGP 7
____j Shutdown Margih Setp6int j Operational Alarm Setpoint RI = 300 is withdrawal limit at all power levels.
Oconee 3 Cycle 25 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 23 of 33 3 Pump Operation, 1 Inoperable Rod, BOC to EOC Shutdown Margin Setpoint 11 Operational Alarm Setpoint
%FP CRGP5 CRGP6 CRGP7 CRGP5 CRGP6 I CRGP7 77 100 100 85.2 100 100 85.2 76 100 100 83.4 100 110000 83.4 75 100 100 81.5 100 81.5 74 100 100 79.6 100 100 79.6 73 100 100 Ioo 77.8 100 100 77.8 72 100 100 75.9 100 100 75.9 71 100 74.1 100 100 74.1 100 70 100 72.2 100 100 72.2 100 69 100 100 70.4 100 100 70.A 100 100 68.5 68 68.5 67 100 100 66.7 100 100, 66.7 66 lOO 1'oo 100 64.8 100 0o0 64.8 65 100 100 63.0 100 100 63.0 64 100 61.1 100 61.1
.100 100 63 100 59.3 .100 59.3 100 62 100 57.4 100 ......
100oo, 57.4 61 100- 100 55.6 100 100 55.6 60 100 100 53.7 53.7 100 51 .9 59 100 51.9 10 .0. .... 100o 100 50.0 100 50.0 58 100 0100 48.2 57 .. loo 10 0 100 46.3 106 100 100 48.2 56 100 46.3 100 100 55 100 100 44.5 100 44.5 10o ...
19ooP.....
54 53 ob 1100 42.6 100 100 42.6 100 100 100 40.8 100 100 40.8 52 38.9 100 100 100 38.9 51 *100 100 37.1 37.1 35.-2 100 100 100 50 '100 1io 35.2 33.4, 100 33.4 49 100 100 48 100 31.5 1.6 ......... 100 31.5 47 29.5 100 29.5
- 100 100 100 46 27.5 100 27.5 1"66" 100 25.5 45 25.5 100 44.8 loo 100 100 25.0 25.0 99:2 100 44 100 24.2 99.2 24.2 98M 23.2 43 1.o 42 97.2 22.2 97.2 982 22.2 23.2 100 100--
41 100 96.2 21.2 96.2 2112 40: ---95'.2 2.1.2 S19.2 39 38 1100 66' 94.2 100 100 100 93.2 18.2 ....942 95.2.....
93.2 18.2 37 100 92.2 17.2.
1-5,21 987.2.2 17.2 894.2 36 1.00 91.2 16.2 69.2 1.6.2 35 90.2 100 - l "90.2 15.2 100
... 100 ..... 14.2 34 89.2 33 .........
100 .. .....
88.2 1.3.2 100 88.2 13.2 32 87.2 12.2 100 87.2 12.2 86.2 14.2 86.2 11.2 31 100 11.2 89.2 30 100 85.2 "29 100 9.2 8.2. 100 83.2 8.2 28 100 83.2 27 82.2 " 100 ..... " 82.2 26 100 281.
6.2 6.2 80.2 80.2 5.2 25 2ý4 7.....
9.:2 1..
00 ... 79.......
.9 2 - 4.2ý
%FP CRGP 5 CRGP 6 CRGP 7 CRGP 5[ CRGP 6 CRGP 7 Shutdown Margin Setpoint Operational Alarm Setpoint, RI = 300 is withdrawal limit at all power levels. Continued on next page.
Oconee 3 Cycle 25 ONEI-0400-70 Rev 29 Rod Index Setpoints Page 24 of 33 3 Pump Operation, 1 Inoperable Rod, BOC to EOC SShutdown Margin Setpoint Operational Alarm Setpoint
%FP CRGP5 CRGP6 CRGP7 CRGP I CRGP 6 CRGP7 23 100 78.2 3.2 100 78.2 3.2 22 100 77.2 2.2 100 77.2 2.2 21 100 76.2 1.2 100 76.2 1.2 20 100 75,2 0.2 100 75.2 0.2 19.8 100 75.0 0 100 75.0 0 19 100 73.5 0 100 73.5 0 18 100 71.5 0 100 71,5 0 17 100 69.5 0 100 69-5 0 16 100 67.5 0 100 67.5 0 15 100 65.5 0 100 65.5 0 63.5 0 63.5 0 14 100 61.5 1.00 6i:5 13 100 0 100 0 12 100 53.0 100 53.0 0 100 11 44.5 100 44.5 0 100 36.0 10 100 27.5 0 100 36.0 0 9 0 100 27.5 0 8.7 100 25.0 0 109 25.0 0 8 97.0 22.0 6'o 0 97,0 22.0 0 7 92.8 17.8 00 92.88... 17.8 0 6 88.5 13.5 0 88.5 13.5 0 5 84.2 .9.2 84.2 9.2 0 00 4 80.0 5.0 80.0: 5.0 0 0
0 3 75.8 75.8. 0.8 0 0 0 2.8 75.0 75.0 0 0 0 0 2 68.0 68.0 0 0 0
59.5 0 59.5 0 0 6 51.0 51.0 0 0
%_FP CRGP5 CRGP6 j CRGP7 CRGP5 CRGP6 CRGP7
_ I Shutdown Margin Setpoint Operational Alarm Setpoint R1 = 300 is withdrawal limit at all power levels.
ONEI-0400-70. Rev 29 I Oconee 3 cycie 2 Page 25 of 33 105 '105 100 100-I4 Control Rod Position Setpoints ~~~ -4 ->1II ~
95 No Inoperable Rods, 4 Pump ow - - -e-t-icted 95
- !::;:!;:i :: !i: ~i!::::!i:1
- 1O peratio n 90 90 85 85 80 80 75 75 U n ac c e p ta b le -.....
-70 Operation nJ.
65 65 Q.
LL 60 60 55 0 , -Acceptable (L 50 50 Lw 0 :.:K . O Operation
,45.
40
- . - - - ... .. ...- 44.. ~
45 40 35- 35 ao 30 25, 25
-!- - - - - - - - - --- - 7 -
zo Fi 20 15 TTJ G71 C! 1 "
1.0 10
............. 7, 5 Gr up6.* 5 T 5 15 25 :3.5 45 55 , 65. 75 85 95i.* ,I 0: 0 F-6 1o 20 30 40 50 . .60 70 80 90 100 0 10 20 30 40. 50 60
- [:G:rýýu 70 80 90 100 Control Rod Pbsitioin., %ýMD
ONEI-0400-70 Rev 29 Oconee 3 Cycle 25 Page 26 of 33 105 105 100.
100 Control Rod Position Setpoints - -.-
No mo erable Rods, 3 Pum Flow ___ 90 95 90 90I
.f..........-...... .... - -~ 85 85 80 80 75 75 ... . . . .- ,
70 70 65 Unacceptable 1I4 H 65 EL Operation .
U- 60 60
{7 '-4l, 4"L"v ---------- - - - ~
55 55 0
50
.2 50 45 F ~LIII1 I 'I I T I~ I I I1 1 I I I I 1 I~-~ Restrictedo -ri*L, :,' 45 40 F~I!*j~t ~.F.~TiI~irIK:I~i f I I i
I I
Lu II I
I Opera ion 7IIiii! 40 35 I T~j I~ I1*'I L'~ jt i,4' ~ I iI .I 35
................................ I** Ac e ta l 30 I / Acceptable 30
-.. .... . O p e ra tio n
.25 25
. ... . . ..... 7771T. . .
20 20 15 15
~
i*!#iti* ~ ~ A :: -. ..A'- T '*l itt ' 10 10
- 5. 5 15 2 5 45 55 7 855 95 0 Ld - -
- 0 10 10 20 30 40 50 IGroupS
.60 I 70 80 90 100 F0 10 20 30 40 50 60 70 80 90 100 Group 77 Control Rod Position, % WD
ONEI-0400-70 Rev 29 I Oconee 3 Cycle, 25, Page 27 of 33 105 "105 100 Control Rod Position Setpo - ...
- e - 100.
1 Inoperable Rod, 4 Pump Flow
.95 95
'90 90 85
...................................... 85 80 -' *=-+' ' - - -- 80 75 75 70 70 65 Unacceptable -- 4 65 n Operation .,
LL 60 60 55 0 a- .. . . . i::~i~
50 Acceptable 50 Ou 0
.**r*l _........QOperation t0)}
45 45 40 40 35 35
..30 30 25 .":.. . . . . jT+ bC, . ................. 25 20
~ :~j; 1 -hi
.~2;2, ~ 4 1 l.. ......... .. - -+.___
20 15 .15 10 1.0 5
5
15 25 35 45 55 635 75 85, (95j~ j 0 7Vzl ý -- I ~ V~ i~ 0 1.0 10 20 30 40 50 60 0 80 90 100 1 10 10 20. 30 40 50 60 70 80 90 100
[GOroupL5j I Group 7 1 Control Rod PositiOn, % WD
ONEI-0400-70 Rev 29 I.InOconee 3 Cycle
=25 Page 28 of 33 105 105 I I I I I 'I I' I 1i III111.L4'iIi i Ii.4I1~.t1i I11
-~
I 100
- , :i:v A, 100.
- - Control Rod Position Setpoints 95 95
-71I=noperable Rod, 3 Pu~mp Flow'.
.90- -~~7
-,- ."7-
-71 - 'T 90 11 _
85 85 80 80 75 -
I.- 14 - 4., -4 4 ~
i!ili*i
-- 4* 1-111.1.4 .. Y i:}:i:i:l:iii:i 75 70 j P ~L.j...~uii ~~Irk~ ..
liTh I
I 121 41.IiThI I
I I
I 1
I Unacceptable 70 I f f ~ I ~I I Operation . 1Tflflh1P~~ii.1111IY
...................... 1:41 65 65.
a-IL 60 60 55 II 55 0 -- - ---
CL 50 -~- ----------- 50 Q
M4 45 45
.,.... ..... Acceptable 40 ~ r~LI ....-.-.-.-... O peration 40
- 35 35
.30 30 25 25 LI V 11 1 A : r , '"
20 20
......... ! ...... -r-h ...............
15 15 10 Ii.... .:. _ _ _ * *i 10
- 4. ;; 5 1 2 5 4 5 6 5 8 9 iii~~:: *I~I,-
5 5
0 0 10 1b 20 30 40 50 60 70 8.0 90 100 I F0 10 .20 30 40 50 60 70 80 90 100 IGroup 5 1 I Group 7 Control Rod Position, % WD
ONEI-0400-70 Rev 29 Page 29 of 33 Oconee 3 Cycle 25 2.0 Core Operating Limits -- Not Error Adjusted The data provided on the following pages satisfies a licensing commitment to identify specific parameters before instrumentation uncertainties are incorporated.
References provided in section 1 of this COLR identify the sources for the data which follows.
Information prov~ided in this section shoufld not be4*useld *n plant procedures. I 44 4 1< ~ ~ >I
- Quadrant Power Tilt Limits Referred to by TS 3.2.3 Steady State Transient Maximum Core Power Level, %FP 3(0-100 0-30 30 - 1.00 0-30 0- 100
,Quadrant Power Tiit, % 5.42 10.00 9.44 12M00 20.00 Variable Low'RCS Pressure Protective Limits Referred tobyTS 2.1.1 Core Outl et Pressure Reactor Coolant Outlet Temperature, 'F psia 3 RCS Pumps 4 RCS Pumps 800 58 1.0 578.3 900 .590.0 587.3
.21000 598.9 596.3 2 100 607.9 605.2 2:200 61,6.9 614.2 2:300 625.9 623:2
ONEI-0400-70 Rev 29 Page 30 of 33 Oconee 3 Cycle 25 Axial Power Imbalance Protective Limits Referred to by TS 2.1 .1 Not frPatUse.
%FP RPS Operational 4 Pumps 0:0 -35.0 -39.5 80.0 -39.5 87:8 -35.0 90.0 -37.8 100.0. -25.6 109.4 -12.1 109.4 14.4 100.0 28.4 90.0 35.0 39.:5 80.0 39. 5 0.0 35:0 39.5 3 Pumps 0.0 -35.0. -39.5 60.1 -*35.0 77.0 -39.5 81.7 -12.1 81.7 14.4r 77.0 39.5 62.3 35.0 0.0 35.0 .39.5
ONEI-0400-70 Rev 29 Page 31 of 33 Oconee 3 Cycle 25 Rod Index Limits Referred to by TS 32.1
, :NotforPlant UUse:
Operational RI Shutdown Margin RI Insertion Limit RI Withdrawal
%FP Insertion Limit No:lnop Rod 1 lnop Rod Limit 4 Pumps 102 262 220 280 300 100 260 300 90 250 300 80 250 300 50 200 140 230 300 15 90 75 160 300 5 0 0 75 300 3 Pumps 77 245 220 280 300 50 200 140 ,230 300 15 90 75 160 300 5 0 0 75 300
ONEI-0400-70 Rev 29 Page 32 of 33 Oconee 3 Cycle 25 LOCA Limits Not for Plant Use ,
Core Elevation Feet LOCA LHR kw/ft Limit Versus Burnup Mk-B11 Fuel 0. GWd/mtU 40 GWd/mtU 62 GWd/mtU 0.000 16.2 1.6.2 11.8 2.506 17.1 17.1 11.8
.4.264 17.2 17.2 11.8 6&021 17.3 17.3 11.8 7.779 17.2 17.2 11.8 9,536 17.1 17.1 11.8 12.00 16.2 16:2 11.8 40 GWd/mtU Mk-B-HTP 0. GWd/mtU 0.000 16.7 16.7 2.506 17.6 17.6 4.264 17.8 17.8 6.021 17.8 17.8 7T779 17.8 17.8 9.536 17.3 17.3 12.00 16.4 16.4
ONEI-0400-70 Rev 29 Page 33 of 33 Oconee 3 Cycle 25 No0t for' Planti'i
.Instr ilt iiet .unceritaintiks arepn includcd in t he an shown.
4 RCPOperation- Eioop Acragc.Temp.. F 3 R(C Opeoraion - Foop. Average Temp.,,F S[cold. °F ITavg (Analytical) JTavg (Anaiytical) 0.i} <581.0<58 t O 0, ]<5811 ><581.0 02 <581 - <581.0 03 <581.1 <58t1.
0.4 <581.2 <581.1 0-6 <581.2 <81.1
.0.7 <581.3 <581-2
.0.8 <581.3 <581.2 09 <581.3 <581.2 1,0 <581.4 <581.2 1,1 <,581.4 <581.2
'1.2 <581.5 <581.3
.1.3 <581.5 *581.3 1.4 <581.5 <581.3 1.5 <581.6 <581.3.
1.6 <581,6 <581.4 1,7 <581.6 <58)1.4 1.8 <581.7 <581.4 1.9 *581,7 <581.4
,0 * <581.8 <581 4 2.1 <58:1.8 <581[5 2._< *581,8 <581.5
- 2. <58 1.9 <581.5 2.4 *581,5
<581.9
.2,5 <582.0 <581,6 1* <582,0 <581.6 2.7 <582.0 <581.6 8 <582.1 <581.6 F 2,9; <582A1 <581.6
..J <582.A <581.7 3*1 <582.2 <581.7 3.2 <582.2 <581,7
<582.3 <581.7 34 <582,3 <581.7 3,,5 <582.3 <581L8 3.6 <582.A <58Ls8 3.7 <582.4 <581.8
-8 *582.4 <581.8
.9 <582.5 <5819 4.0 <582.5 <581.9 4-1 <582.6 *5581.9
.4.2 <582.6 <581.9 4.3 <582.6 <581,9 4.4 <582.7 <582,0 4-.5<582.7 <582,0 4.6 <582.7 <582.0 4.7 <582,8 <5820 4ý8 < 82, 8 <582.1 4.9 <5829 <582.1 5.0 <582:9 <582.1