ML033030599

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TS Pages Amendment 183
ML033030599
Person / Time
Site: Nine Mile Point Constellation icon.png
Issue date: 10/27/2003
From:
Office of Nuclear Reactor Regulation
To:
References
Download: ML033030599 (12)
v • d • e


Text

LIMITING CONDITION FOR OPERATION SURVEILLANCE REQUIREIVIENT LIMITING FOR OPERATION CONDITION SURVEILLANCE REQUIR~~~~~~~~~~~~~~~r~IENT~

c. During leakage and hydrostatic testing, the In order to generate additional plant-specific reactor vessel temperature and pressure shall data, a capsule containing irradiated and satisfy the requirements of Figure 3.2.2.e, if the unirradiated material will be re-inserted at the B core is not critical. During reactor vessel heatup capsule location. Re-insertion capsules have and cooldown for the purpose of leakage and already been installed at the A and C locations.

hydrostatic testing, the reactor vessel A prime (') is used to indicate a re-insertion temperature and pressure shall satisfy the capsule. The withdrawal schedule for the re-requirements of Figures 3.2.2.a and 3.2.2.b for insertion capsules is as follows:

non-critical heatup and cooldown, respectively.

Fourth capsule (A') - 24 EFPY

d. The reactor vessel head bolting studs shall not Fifth capsule (C') - 32 EFPY be under tension unless the temperature of the Sixth capsule (B') - 40 EFPY vessel head flange and the head are equal to or greater than 100oF.

AMENDNENT NO. 142 164, 183 884

HEATUP - CORE NOT CRITICAL 1500 Minimum Temperature for Boltup:

100 0 F 1000 REACTOR PRESSURE (psig) 500 0

0 50 100 150 200 250 300 350 400 REACTOR VESSEL BELTLINE DOWNCOMER WATER TEMPERATURE ( 0F)

(reactor vessel beltline downcomer water temperature is measured at recirculation loop suction)

(instrument uncertainties have been included in this figure)

FIGURE 3.2.2.a MINIMUM BELTUNE DOWNCOMER WATER TEMPERATURE FOR PRESSURIZATION DURING HEATUP AND LOW-POWER PHYSICS TESTS (CORE NOT CRITICAL) (HEATING RATE*O 100°F/HR)

FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF OPERATION AMENDMENT NO. 142, 164, 183 85

LIMIT FOR NON-CRITICAL OPERATION HEATUP AT UP TO 100OF/HR REACTOR VESSEL BELTLINE REACTOR PRESSURE (psig) DOWNCOMER WATER IN TOP DOME TEMPERATURE (OF) 0 100 298 100 298 102 298 107 298 112 298 117 298 122 298 127 298 132 300 137 304 142 311 147 319 152 329 157 340 162 354 167 369 172 387 177 406 182 406 182 429 187 454 192 483 197 515 202 547 207 582 212 622 217 665 222 713 227 767 232 840 238 840 238 895 242 969 247 1050 252 1140 257 (reactor vessel beltine downcomer water temperature is measured at recirculation loop suction)

(instrument uncertainties have been Included in this table)

TABLE 3.2.2.a MINIMUM TEMPERATURE FOR PRESSURIZATION DURING HEAT-UP (CORE NOT CRITICAL) (hEATING RATE

  • 100 0 FIHR)

FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF CORE OPERATION AMENDMENT NO. 1492 164, 183 86

COOLDOWN - CORE NOT CRITICAL 1500 Minimum Temperature for Boltup:

1000 F 1000 REACTOR PRESSURE (psig) 500 0

0 50 100 150 200 250 300 350 400 REACTOR VESSEL BELTUNE DOWNCOMER WATER TEMPERATURE (°F)

(reactor vessel beltline downcomer water temperature is measured at recirculation loop suction)

(instrument uncertainties have been included in this figure)

FIGURE 3.2.2.b MINIMUM BELTLINE DOWNCOMER WATER TEMPERATURE FOR PRESSURIZATION DURING COOLDOWN AND LOW-POWER PHYSICS TESTS (CORE NOT CRITICAL) (COOLING RATE< I00°FIHR)

FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF OPERATION AMENDMENT NO. 142, 16X, 183 87

LIMIT FOR NON-CRITICAL OPERATION COOLDOWN AT UP TO 1000FMI1R REACTOR VESSEL BELTLINE REACTOR PRESSURE (psig) DOWNCOMER WATER IN TOP DOME TEMPERATURE (0FF) 0 100 205 100 209 100 213 100 218 100 223 100 229 100 235 100 242 100 250 100 254 100 258 102 268 107 278 112 290 117 302 122 316 127 332 132 349 137 360 140 360 160 455 160 471 163 471 163 498 . 167 532 172 570 177 613 182 659 187 701 192 737 197 777 202 820 207 869 212 922 217 982 222 1047 227 1119 232 (reactor vessel beltline downcomer water temperature Is measured at recirculation loop suction)

(instrument uncertainties have been included in this table)

TABLE 3.2.2.b MINIMUM TEMPERATURE FOR PRESSURIZATION DURING COOLDOWN (CORE NOT CRITICAL) (COOLING RATE

  • 100OF/HR)

FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF CORE OPERATION AMENDIVENT NO. 142,4-64, 183 88

HEATUP - CORE CRITICAL 1500 Minimum Temperature for Boltup:

1000 REACTOR PRESSURE (psig)

Water Level Must 500 I Be in Range For Power Operation If Core Is Critical Below 2220 F 0

0 50 100 150 200 250 300 350 400 REACTOR VESSEL BELTLINE DOWNCOMER WATER TEMPERATURE (fF)

(reactor vessel beltline downcomer water temperature is measured at recirculation loop suction)

(instrument uncertainties have been included in this figure)

FIGURE 3.2.2.c MINIMUM BELTLINE DOWNCOMER WATER TEMPERATURE FOR PRESSURIZATION DURING CORE OPERATION (CORE CRITICAL) (HEATING RATE S 100-FIHR) FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF OPERATION AMENDMENT NO. 149, 164, 183 89

LIMIT FOR POWER OPERATION (CORE CRITICAL)

HEATUP AT UP TO 100°FIHR REACTOR VESSEL BELTLINE REACTOR PRESSURE (psig) DOWNCOMER WATER IN TOP DOME TEMPERATURE (Xf) 0 100 298 100 298 172 300 177 304 182 311 187 319 192 329 197 340 202 354 207 360 212 360 217 360 222 a 406 222 a 429 227 454 232 483 237 515 242 547 247 582 252 622 257 665 262 713 267 767 272 840 278 840 278 895 282 969 287 1050 292 1140 297 (reactor vessel beltline downcomer water temperature Is measured at recirculation loop suction)

("water level must be in range for power operation if core Is critical below 2220 F)

(instrument uncertainties have been Induded in this table)

TABLE 3.2.2.c MINIMUM TEMPERATURE FOR PRESSURIZATION DURING HEATUP (CORE CRITICAL) (HEATING RATE

  • 100F/IHR)

FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF CORE OPERATION AMENDMENT NO. 142 , 164, 183 90

COOLDOWN - CORE CRITICAL 1500 S

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0 50 100 150 200 250 300 350 400 REACTOR VESSEL BELTLINE DOWNCOMER WATER TEMPERATURE (fF)

(reactor vessel beitline downcomer water temperature is measured at recirculation loop suction)

(instrument uncertainties have been included in this figure)

FIGURE 3.2.2.d MINIMUM BELTLINE DOWNCOMER WATER TEMPERATURE FOR PRESSURIZATION DURING CORE OPERATION (CORE CRITICAL) (COOLING RATE-100°FIHR) FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF OPERATION AMENDMENT NO. 142, 164, 183 91

LIMIT FOR POWER OPERATION (CORE CRITICAL)

COOLING AT UP TO 1000 F/HR REACTOR VESSEL BELTLINE REACTOR PRESSURE (psig) DOWNCOMER WATER IN TOP DOME TEMPERATURE (fF) 0 100 205 100 209 102 213 107 218 112 223 117 229 122 235 127 242 132 250 137 254 140 258 142 268 147 278 152 290 157 302 162 316 167 332 172 349 177 360 180 360 200 360 203 a 471 203 a 498 207 532 212 570 217 613 222 659 227 701 232 737 237 777 242 820 247 869 252 922 257 982 262 1047 267 1119 272 1199 277 (reactor vessel beldine downcomer water temperature is measured at recirculation loop suction)

(water level must be In range for power operation If core Is critical below 203 0 F)

(instrument uncertainties have been Induded In this table)

TABLE 3.2.2.d MANIMUM TEMPERATURE FOR PRESSURIZATION DURING COOLDOWN (CORE CRITICAL) (COOLING RATE

  • 1000 FIHR)

FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF CORE OPERATION AMENDMENT NO. 142, 1-64, 183 92

LEAK/HYDRO TEST - CORE NOT CRITICAL 1500 * ~~ . . . . C

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0 50 100 150 200 250 300 350 400 REACTOR VESSEL BELTLINE DOWNCOMER WATER TEMPERATURE ( 0F)

(reactor vessel beltline downcomer water temperature Is measured at recirculation loop suction)

(instrument uncertainties have been Included In this figure)

FIGURE 3.2.2.e MINIMUM BELTLINE DOWNCOMER WATER TEMPERATURE FOR PRESSURIZATION DURING IN-SERVICE HYDROSTATIC TESTING AND LEAK TESTING (CORE NOT CRITICAL) FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF OPERATION AMENDIMENT NO. 142, 164, 183 93

LIMIT FOR IN-SERVICE TEST (CORE NOT CRITICAL, FUEL IN VESSEL)

REACTOR VESSEL BELTLINE REACTOR PRESSURE (psig) DOWNCOMER WATER IN TOP DOME TEMPERATURE (OF) 0 100 360 100 360 130 688 130 704 135 722 140 742 145 764 150 788 155 815 160 844 165 877 170 913 175 953 180 997 185 1046 190 1100 195 1160 200 (reactor vessel beltline downcomer water temperature Is measured at recirculation loop suction)

(instrument uncertainties have been Included in this table)

TABLE 3.2.2.e MINIMUM TEMPERATURE FOR PRESSURIZATION DURING LEAKIHYDROSTATIC TESTING (CORE NOT CRITICAL)

FOR UP TO 28 EFFECTIVE FULL POWER YEARS OF CORE OPERATION AMENDMENT NO. 442, 164, 183 94

Pages 94a Through 94d Deleted I AMENDMENT NO. l64, 183 94a

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