ML16256A213

Waterford Steam Electric Station, Unit 3, Revision 309 to Final Safety Analysis Report, Chapter 4, Reactor, Section 4.4, Figures 4.4-1 Through 4.4-11

ML16256A213
Person / Time
Site:	Waterford
Issue date:	08/25/2016
From:	Entergy Operations
To:	Office of Nuclear Reactor Regulation
Shared Package
ML16256A115	List: ML16256A120 ML16256A121 ML16256A122 ML16256A123 ML16256A124 ML16256A126 ML16256A127 ML16256A128 ML16256A129 ML16256A131 ML16256A132 ML16256A136 ML16256A137 ML16256A138 ML16256A144 ML16256A145 ML16256A150 ML16256A153 ML16256A154 ML16256A155 ML16256A156 ML16256A157 ML16256A159 ML16256A160 ML16256A161 ML16256A162 ML16256A163 ML16256A164 ML16256A165 ML16256A167 ML16256A170 ML16256A171 ML16256A172 ML16256A174 ML16256A175 ML16256A181 ML16256A182 ML16256A183 ML16256A184 ML16256A185 ML16256A186 ML16256A188 ML16256A189 ML16256A190 ML16256A191 ML16256A192 ML16256A193 ML16256A194 ML16256A195 ML16256A196 ... further results
References
W3F1-2016-0053
Download: ML16256A213 (14)

Text

0.666 0.8981.102 1.1900.9601.2271.1171.226Assy. Avg. Rod RadialPower FactorAssy. Maximum Rod Radial,Power Factorr0.6671.0550.5990.833-0.9911.1320.9560.9490.9911.0901.0861.0941.0551.1551.0021.1061.0301.1330.6670.8120.9490.9841.0771.0611.1151.0550.9231.0781.0841.1751.1651.1960.5990.9560.9490.9801.0771.0721.1441.1050.9911.0901.0781.0801.1821.1781.2321.2120.8331.1320.9841.0771.0751.1561.1291.1841.0841.1821.1811.2491.2381.2640.9601.2271.0771.1751.0721.178---1.1441.2321.1561.1361.2031.1601.2491.2461.2861.2711.1171.2260.9491.0860.9911.0941.0551.1551.0611.1651.1291.2031.1701.2261.2381.2861.2811.2991.0021.0301.1151.1051.1841.1601.2261.4171.1061.1331.1961.2121.2641.2711.2991.5500.6661.1020,8981.190LOUISIANAPOWER LIGHT CO.Waterford SteamElectric StationCORE WIDE PLANAR POWER DISTRIBUTIONFOR DNB ANALYSISFigure4.4-l LINE OFSYMMETRYROD RADIALPOWER FACTORLINE OFENGINEERINGSYMMETRYENTHALPY RISEFACTOR APPLIEDPITCH AND BOWTO THESE RODSFACTORS APPLIED TOTHIS LOUISIANAFigurePOWER LIGHT CO.ROD RADIAL POWER FACTORS IN HOT ASSEMBLYWaterford SteamFOR SAMPLE DNB ANALYSIS4.4-2Electric Station FOR DNB CALCULATIONS1.26 PEAK0.2 0IIIIIIIII0102030405060708090100FRACTION OF ACTIVE CORE HEIGHT FROM INLETLOUISIANAPOWER LIGHT CO.FigureWaterford SteamTYPICAL POWER DISTRIBUTIONS4.4-3Electric Station EXIT VOID FRACTION, % EXIT QUALITY, %--IlIIIIII0.I I-------l -0II.0160 0.0 0.0 0.0-15-15-140.0 0.0 0.0-14-14-140.0 0.0 0.0-13-14-130.0 0.0 0.0-13-13-130.0 0.0 0.0-13-13-10LOUISIANAPOWER LIGHT CO.Waterford SteamElectric StationAVERAGE VOID FRACTIONS AND QUALITIES ATTHE EXIT OF DIFFERENT CORE REGIONSFigure4.4-4 0.80-10Lu-203-30-400.20.40.60.81.0FRACTION OF ACTIVE CORE HEIGHTAXIAL DISTRIBUTION OF VOID FRACTION AND QUALITYIIN THE SUBCHANNEL ADJACENT TOTHE RODI4.4-5WITH MINIMUM DNBRLOUISIANAPOWER & LIGHT CO.Waterford SteamElectric Station MAIN FLOW BYPASS FLOWBYPASS PATHS1. THRU OUTLET NOZZLECLEARANCES2. THRU ALIGNMENTKEY-WAYS3. THRU SUPPORT CYLINDERHOLES4. THRU CORE SHROUDCLEARANCES5. THRU EMPTY GUIDE TUBES6. THRU RODDED GUIDETUBES7. THRU INSTRUMENTEDCENTER GUIDE TUBESLOUISIANAPOWER LIGHT CO.IREACTOR VERTICAL ARRANGEMENTFigureWaterford SteamSHOWING BYPASS FLOW PATHS4.4-6Electric Station ISTEAMGENo. 1STEAMGENERATORNo. 2PUMPNo. PUMPNo. 2APRESSURIZER VESSELLOUISIANAPOWER & LIGHT CO.Waterford SteamISOMETRICVIEW OF REACTOR COOLANT SYSTEMFigure4.4-7Electric StationI WSES-FSAR-UNIT-3Revision 11 (05/01)(DRN 01-416)Figure 4.4-8, Sheet 1 has been incorporated by reference in accordance with NEI 98-03.Figure information can be found in Drawing G167, Sheet 1.(DRN 01-416)

WSES-FSAR-UNIT-3Revision 12 (10/02)(DRN 02-1016)Figure 4.4-8, Sheet 2 has been incorporated by reference in accordance with NEI 98-03.Figure information can be found in Drawing G167, Sheet 2.(DRN 02-1016)

WSES-FSAR-UNIT-3Revision 11 (05/01)(DRN 01-416)Figure 4.4-8, Sheet 3 has been incorporated by reference in accordance with NEI 98-03.Figure information can be found in Drawing G167, Sheet 3.(DRN 01-416)

WSES-FSAR-UNIT-3Revision 12 (10/02)(DRN 02-1016)Figure 4.4-8, Sheet 4 has been incorporated by reference in accordance with NEI 98-03.Figure information can be found in Drawing G167, Sheet 4.(DRN 02-1016)

NONUNIFORM LATERAL POWERDISTRIBUTION84 IN. HI PRESSUREAVG. EXITQUALITYRUN TYPE-0.08 TO CHF 2300-0.59 TO -0.46HIGH HEATFLUX(BELOW CHF) 2000-0.06 TO CHF48121620PREDICTED TOTAL PRESSURE DROP, PSILOUISIANAPOWER LIGHT CO.Waterford SteamElectric StationPRESSURE DROP PREDICTIONS FOR A BUNDLEFigure 2.3II OF DESIGN MINIMUM FLOW 230022501.9 2200545550555560REACTOR INLET COOLANT TEMPERATURE, 2.4I4105% OF DESIGN MINIMUM FLOW 2.2 2300225022002.0 II545550555560REACTOR INLET COOLANT TEMPERATURE, 2.5II110% OF DESIGN MINIMUM FLOW 2.3 2.1II545550555560REACTOR INLET COOLANT TEMPERATURE, LOUISIANAPOWER LIGHT CO.FigureSENSITIVITY OF MINIMUM DNBR TO SMALLWaterford SteamCHANGES IN COOLANTCONDITIONS4.4-l 0Electric Station Revision 11 (05/01)Waterford SteamElectric Station #3VALVE & LOOSE PARTS MONITORINGSYSTEM SCHEMATICFigure4.4-11