ML17212A063

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Final Safety Analysis Report, Rev. 30, Frontmatter
ML17212A063
Person / Time
Site: Millstone Dominion icon.png
Issue date: 06/29/2017
From:
Dominion Nuclear Connecticut
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Office of Nuclear Reactor Regulation
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MILLSTONE POWER STATION UNIT 3 FINAL SAFETY ANALYSIS REPORT 1 of 2Revision Summary Revision 29 (2016 - 2017 Reporting Period)

Revision Revision Release Date Change ActivityDocument Elements Affected (Sections, Tables, Figures)

Summary Description of Changes294/7/16AdministrativeAs identified in the 2016 NRC Submittal List of Changed Pages and submitted Summary of Change.Administrative (FSAR content not affected). Change indicator(s) and page change identification(s) present in the 2016 NRC Submittal were removed in preparation for the 2017 Annual Report. This forms the base line for changes incorporated under the Revision 29 series. Revision level of the authoring files are unchanged. This supports Revision/Change traceability.29.109/29/16MP3-UCR-2014-014Table 10.4-4Reflects updated discussion on TDAFW pump overspeed values. (DC: MP3-14-01107)29.109/29/16MP3-UCR-2015-008Section 5.2.5.1.3, 5.4.1.2.2, 5.4.1.3.1, 5.4.1.3.4, 5.4.1.3.7, 5.4.1.3.10, 5.4.1.3.11, 5.4. 7.2.1, Table 5.4-1, Figure 5.4-1, Sections 9.2.2.1.3, 9.2.8.2, 9.3.4.2.1, 9.3.4.2.5, Table 9.3-6Reflects replacement of RCP "B" & "C" seals (3R17). (DC: MP3-14-01022)29.109/29/16MP3-UCR-2015-023Section 9.1.2Type "Update" UCR associated with LAR (LBDCR 15-MP3-009). (Lic Ltr15-410, CR580759)29.109/29/16MP3-UCR-2015-030Sections 7.3.1.1.5, 10.4.9.5TDAFW control transfer switch position (DC: MP3-15-01124)29.109/29/16MP3-UCR-2015-033Section 8.3.1.1.6SBO Diesel Autostart (DC: MP3-15-01099) 29.109/29/16MP3-UCR-2016-001Section 9.5.4.4Change to the fuel oil sampling wording to remove ambiguity. (CA3018205)29.109/29/16MP3-UCR-2016-003Sections 4.2.2, 4.2.2.2.2, 4.2.2.3.3, 4.4.2.2.7, 15.0.3.2, 15.4.2.2, 15.6.1.2M3C18 reload project (EVAL-ENG-RSE-M3C18, Rev. 0)29.109/29/16MP3-UCR-2016-007Section 9.2.8Change section 9.2.8 to correct the amount of flow able to be supplied to the boric acid blender by the Primary Grade Water pumps. (CR 1028775/CA 3025491) 2 of 229.109/29/16MP3-UCR-2016-009Section 5.3.1.6Remove capsule withdrawal schedule from page 5.3-6 and incorporate edits to final paragraph of section 5.3.1.6. (NRC Safety Evaluation by letter dated March 17, 2016 serial # 16-131)29.109/29/16MP3-UCR-2016-010Section 10.4.8.1, Table 10.1-1Change to the Steam Generator blowdown system venturi volumetric flow to differential pressure relationship (DC: MP3-10-01139)29.109/29/16MP3-UCR-2016-012Section 5.3.1.6Update Capsule withdrawal schedule on page 5.3-6. (TRM Change 16-MP3-007)29.109/29/16MP3-UCR-2016-014Chapter 8 List of Figures; Sections 8.1.3; 8.2.1; 8.2.2; Figure8.2-1; Figure8.2-2Unit 3 SLOD Removal (LBDCR 15-MP3-006)29.212/22/16MP3-UCR-2013-016Table 6.2-63, Table 9.4-3, Table 9.4-8Implementation of an open phase protection system which prote cts important to safety equipment from the potentially detrimental effects of an open phase event.29.212/22/16MP3-UCR-2015-0092.1.2.5Updating the SAR to extend the Heavy Haul Road to Unit 3 Fuel Building29.212/22/16MP3-UCR-2016-0059.1.2, Figure 15.0-31FSAR Section 9.1.4.2.6 is added to the FSAR to describe the dry storage option of Unit 3 spent fuel at the ISFSI.29.212/22/16MP3-UCR-2016-013FPER, Section 5.5 Analysis 56Loading, closure and transfer activities for the transfer of spent fue l from the Unit 3 SFP to the site ISFSI utilizing the NUHOMS Dry Shielded Canister (DSC) and Transfer Cask (TC).29.212/22/16MP3-UCR-2016-02019.

2.1.20MP3 HVK Chiller Service Water Thermal Performance Testing Elimination29.212/22/16MP3-UCR-2016-0218.1.3Eversource 348 line teleprotection.29.303/30/17MP3-UCR-2015-018Table9.2-5Reflects replacement of CCP HX E1B. MP3-14-0118729.303/30/17MP3-UCR-2016-0182.4.7, 2.4.11.6 , 10.4.5.2Reference to and discussion regarding the recirculation tempering line is removed from these sections. MP3-16-01042 Revision 29 (2016 - 2017 Reporting Period)

Revision Revision Release Date Change ActivityDocument Elements Affected (Sections, Tables, Figures)

Summary Description of Changes MPS-3 FSARLOES 1of14LIST OF EFFECTIVE SECTIONSSection TitleCHAPTER 1 - INTRODUCTION AND GENERAL DESCRIPTION OF PLANT TABLE OF CONTENTS LIST OF TABLES LIST OF FIGURES

1.1 INTRODUCTION

1.2 GENERAL PLANT DESCRIPTION1.3 COMPARISON TABLES

1.4 IDENTIFICATION OF AGENTS AND CONTRACTORS1.5 REQUIREMENTS FOR FURTHER TECHNICAL INFORMATION1.6 GENERAL REFERENCES (HISTORICAL) 1.7 DRAWINGS AND OTHER DETAILED INFORMATION1.8 CONFORMANCE TO NRC REGULATORY GUIDES1.8N NSSS CONFORMANCE TO NRC REGULATORY GUIDES1.9 STANDARD REVIEW PLAN DOCUMENTATION OF DIFFERENCES1.10 TMI ACTION ITEMS 1.11MATERIAL INCORPORATED BY REFERENCE CHAPTER 2 - SITE CHARACTERISTICS TABLE OF CONTENTS LIST OF TABLES LIST OF FIGURES2.1 GEOGRAPHY AND DEMOGRAPHY 2.2 NEARBY INDUSTRIAL, TRANSPORTATION, AND MILITARY FACILITIES 2.3 METEOROLOGY MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 2of142.4 HYDROLOGIC ENGINEERING2.5 GEOLOGY, SEISMOLOGY, AND GEOTECHNICAL ENGINEERING 2.5.1BASIC GEOLOGICAL AND SEISMIC INFORMATION2.5.2VIBRATORY GROUND MOTION 2.5.3SURFACE FAULTING2.5.4STABILITY OF SUBSURFACE MATERIALS AND FOUNDATIONS2.5.5STABILITY OF SLOPES 2.5.6EMBANKMENTS AND DAMS APPENDIX 2.5A - AGE OF TILL AT MILLSTONE POINT

APPENDIX 2.5B - PETROGRAP HIC REPORTS, FINAL GRADE APPENDIX 2.5C - MINERALO GICAL ANALYSIS OF MILLSTONE FAULT GOUGE SAMPLESAPPENDIX 2.5D - POTASSIUM - ARGON AGE DETERMINATION

APPENDIX 2.5E - SEPARATION OF < 2

µ FRACTION AND CLAY ANALYSIS OF SAMPLES B, C, D (ESF BUILDING) AND P-1 AND P-2 (PUMPHOUSE)

APPENDIX 2.5F - DYNAMIC SOIL TESTING ON BEACH SANDS APPENDIX 2.5G - CONSOLIDATED UNDRAINED TESTS ON BEACH SANDS APPENDIX 2.5H - SEISMIC VELOCITY MEASUREMENTS APPENDIX 2.5I - DIRECT SHEAR TESTS ON NATURAL ROCK JOINTS APPENDIX 2.5J - BORING LOGS

APPENDIX 2.5K - SEISMIC SURVEY

APPENDIX 2.5L - SEISMIC AND BATHYMETRIC SURVEY APPENDIX 2.5M - LABORATORY TEST PROGRAM FOR PROPOSED ADDITIONAL STRUCTURAL BACKFILL SOURCESCHAPTER 3 - DESIGN OF STRUCTURES, COMPONENTS, EQUIPMENT AND SYSTEMS TABLE OF CONTENTS MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 3of14 LIST OF TABLES LIST OF FIGURES3.1 CONFORMANCE WI TH NRC GENERAL DESIGN CRITERIA3.2 CLASSIFICATION OF STRUCTURES, SYSTEMS, AND COMPONENTS3.3 WIND AND TORNADO LOADINGS3.4 WATER LEVEL (FLOOD) DESIGN3.5 MISSILE PROTECTION 3.6 PROTECTION AGAINST DYNAMIC EFFECTS ASSOCIATED WITH THE POSTULATED RUPTURES OF PIPING3.7 SEISMIC DESIGN3.7B.1SEISMIC INPUT3.7NSEISMIC DESIGN 3.7.4SEISMIC INSTRUMENTATION3.8 DESIGN OF CATEGORY I STRUCTURES3.9 MECHANICAL SYSTEMS AND COMPONENTS3.9BBALANCE OF PLANT (BOP) SCOPE 3.9NNUCLEAR STEAM SUPPLY SYSTEM (NSSS) SCOPE3.9.6INSERVICE TESTING OF PUMPS AND VALVES3.10 SEISMIC QUALIFIC ATION OF SEISMIC CATEGORY I INSTRUMENTATION AND ELECTRICAL EQUIPMENT3.11 ENVIRONMENTAL DESIGN OF MECHANICAL AND ELECTRICAL EQUIPMENTAPPENDIX 3A - COMPUTER PROGRAMS FOR DYNAMIC AND STATIC ANALYSIS OF SEISMIC CATEGORY I STRUCTURES, EQUIPMENT, AND COMPONENTS PART I - STRUCTURESPART II - EQUIP & COMPONENTS

PART III - PIPING SYSTEMS MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 4of14APPENDIX 3B - ENVIRONMENTAL DESIGN CONDITIONSCHAPTER 4 - REACTOR TABLE OF CONTENTS LIST OF TABLES LIST OF FIGURES4.1

SUMMARY

DESCRIPTION4.2 FUEL SYSTEM DESIGN4.3 NUCLEAR DESIGN4.4 THERMAL AND HYDRAULIC DESIGN 4.5 REACTOR MATERIALS4.6 FUNCTIONAL DESIGN OF REACTIVITY CONTROL SYSTEMSCHAPTER 5 - REACTOR COOLANT SYSTEM AND CONNECTED SYSTEMS TABLE OF CONTENTS

LIST OF TABLES LIST OF FIGURES5.1

SUMMARY

DESCRIPTION5.2 INTEGRITY OF REACTOR COOLANT PRESSURE BOUNDARY5.3 REACTOR VESSEL 5.4 COMPONENT AND SUBSYSTEM DESIGNCHAPTER 6 - ENGINEERED SAFETY FEATURES TABLE OF CONTENTS LIST OF TABLES LIST OF FIGURES

6.0 INTRODUCTION

6.1 ENGINEERED SAFETY FEATURE MATERIALS6.2 CONTAINMENT SYSTEMS MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 5of146.3 EMERGENCY CORE COOLING SYSTEM6.4 HABITABILITY SYSTEMS6.5 FISSION PRODUCT REMOVAL AND CONTROL SYSTEMS6.6 INSERVICE INSPECTION OF CLASS 2 AND 3 COMPONENTSCHAPTER 7 - INSTRUMENTS AND CONTROLS TABLE OF CONTENTS

LIST OF TABLES LIST OF FIGURES

7.1 INTRODUCTION

7.2 REACTOR TRIP SYSTEM7.3 ENGINEERED SAFETY FEATURES SYSTEM 7.4 SYSTEMS REQUIRED FOR SAFE SHUTDOWN7.5 SAFETY RELATED DISP LAY INSTRUMENTATION APPENDIX 7.5AMILLSTONE UN IT 3 DEVIATIONS TO REGULATORY GUIDE 1.97 REVISION 2

TABLE OF CONTENTSDEVIATION 1 DEVIATION 2 DEVIATION 3 DEVIATION 4 DEVIATION 5 DEVIATION 6 DEVIATION 7 DEVIATION 8 DEVIATION 9 DEVIATION 10 DEVIATION 11 DEVIATION 12 DEVIATION 13 DEVIATION 14 MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 6of14DEVIATION 15 DEVIATION 16 DEVIATION 17 DEVIATION 18 DEVIATION 19 DEVIATION 20 DEVIATION 21 DEVIATION 22 DEVIATION 23 DEVIATION 24 DEVIATION 25 DEVIATION 26 DEVIATION 27 DEVIATION 28 DEVIATION 29 DEVIATION 30 DEVIATION 31 DEVIATION 32 DEVIATION 33 DEVIATION 34 7.6 ALL OTHER SYSTEMS REQUIRED FOR SAFETY7.7 CONTROL SYSTEMS NOT REQUIRED FOR SAFETY7.8 ANTICIPATED TRANSIENTS WITHOUT SCRAM MITIGATION SYSTEM ACTUATION CIRCUITRY (ATWS) (AMSAC)

CHAPTER 8 - ELECTRIC POWER TABLE OF CONTENTS LIST OF TABLES

LIST OF FIGURES

8.1 INTRODUCTION

MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 7of148.2 OFFSITE POWER SYSTEM8.3 ONSITE POWER SYSTEMSCHAPTER 9 - AUXILIARY SYSTEMS TABLE OF CONTENTS

LIST OF TABLES LIST OF FIGURES9.1 FUEL STORAGE AND HANDLING9.2 WATER SYSTEMS9.3 PROCESS AUXILIARIES 9.4 AIR-CONDITIONING, HEATING, COOLING, AND VENTILATION SYSTEMS9.5 OTHER AUXILIARY SYSTEMSCHAPTER 10 - STEAM AND POWER CONVERSION SYSTEM TABLE OF CONTENTS

LIST OF TABLES LIST OF FIGURES10.1

SUMMARY

DESCRIPTION 10.2 TURBINE-GENERATOR10.3 MAIN STEAM SYSTEM10.4 OTHER FEATURES OF MAIN STEAM AND POWER CONVERSION SYSTEMCHAPTER 11 - RADIOACTIVE WASTE MANAGEMENT TABLE OF CONTENTS

LIST OF TABLES

LIST OF FIGURES

11.0 BACKGROUND

11.1 SOURCE TERMS11.2 LIQUID WASTE MA NAGEMENT SYSTEMS11.3 GASEOUS WASTE MANAGEMENT SYSTEMS 11.4 SOLID WASTE MANAGEMENT MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 8of1411.5 PROCESS, EFFLUENT, AND AIRBORNE RADIATION MONITORING SYSTEMSAPPENDIX 11A PART I PART II PART IIICHAPTER 12 - RADIATION PROTECTION TABLE OF CONTENTS LIST OF TABLES LIST OF FIGURES

12.0 INTRODUCTION

12.1 ENSURING THAT OCCU PATIONAL RADIATION EXPOSURES ARE AS LOW AS IS REASONABLY ACHIEVABLE (ALARA)12.2 RADIATION SOURCES12.3 RADIATION PROTECTION DESIGN FEATURES12.4 DOSE ASSESSMENT 12.5 HEALTH PHYSICS PROGRAMCHAPTER 13 - CONDUCT OF OPERATIONS TABLE OF CONTENTS

LIST OF FIGURES13.1 ORGANIZATIONAL STRUCTURE13.2 TRAINING PROGRAMS13.3 EMERGENCY PLANNING 13.4 REVIEW AND AUDIT13.5 PLANT PROCEDURES13.6 PHYSICAL SECURITY PLANSCHAPTER 14 - INITIAL TEST PROGRAM TABLE OF CONTENTS

LIST OF TABLES

LIST OF FIGURES MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 9of1414.1 SPECIFIC INFORMATION TO BE INCLUDED IN PRELIMINARY SAFETY ANALYSIS REPORTS14.2 SPECIFIC INFORMATION TO BE INCLUDED IN FINAL SAFETY ANALYSIS REPORTCHAPTER 15 - ACCIDENT ANALYSES TABLE OF CONTENTS LIST OF TABLES

LIST OF FIGURES

15.0 INTRODUCTION

15.1 INCREASE IN HEAT REMOVAL BY THE SECONDARY SYSTEM15.2 DECREASE IN HEAT REMOVAL BY THE SECONDARY SYSTEM15.3 DECREASE IN REACTOR COOLANT SYSTEM FLOW RATE15.4 REACTIVITY AND POWER DISTRIBUTION ANOMALIES15.5 INCREASE IN REACTO R COOLANT INVENTORY15.6 DECREASE IN REACTOR COOLANT INVENTORY 15.7 RADIOACTIVE RELEASE FROM A SUBSYSTEM OR COMPONENT15.8 ANTICIPATED TRANSIE NTS WITHOUT SCRAMAPPENDIX 15A - DOSE METHODOLOGYAPPENDIX 15B - DELETED by FSARCR PKG FSC 02-MP3-017CHAPTER 16 - TECHNICAL SPECIFICATIONS TABLE OF CONTENTS16.1 MILLSTONE UNIT 3 TECHNICAL SPECIFICATIONSCHAPTER 17 - QUALITY ASSURANCE TABLE OF CONTENTS17.1 QUALITY ASSURANCE PROGRAM DESCRIPTION (QAPD) TOPICAL REPORT MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 10of14CHAPTER 18 - HUMAN FACTORS ENGINEERING TABLE OF CONTENTS18.1 HUMAN FACTORS CONTROL ROOM DESIGN REVIEW18.2 SAFETY PARAMETER DISPLAY SYSTEM (SPDS)CHAPTER 19 - LICENSE RENEWAL TABLE OF CONTENTS

19.0 INTRODUCTION

19.1 AGING MANAGEMENT19.2 PROGRAMS THAT MAN AGE THE EFFECTS OF AGEING ON STRUCTURES AND COMPONENTS WITHIN THE SCOPE OF LICENSE RENEWAL19.3 TIME-LIMITED AGING ANALYSIS19.4 TLAA SUPPORT PROGRAMS

19.5 EXEMPTIONS19.6 LICENSE RENEWAL COMMITMENTS FIRE PROTECTION EVALUATION REPORT TABLE OF CONTENTS LIST OF TABLES LIST OF FIGURES 1 INTRODUCTION2 HISTORICAL BACKGROUND 3 ADMINISTRATION4 PLANT DESIGN FEATURES 5 FIRE HAZARD ANALYSIS ANALYSIS FOR FIRE AREAS ANALYSIS 1

ANALYSIS 2 ANALYSIS 3.

ANALYSIS 4 MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 11of14 ANALYSIS 5 ANALYSIS 6 ANALYSIS 7 ANALYSIS 8 ANALYSIS 9 ANALYSIS 10

ANALYSIS 11 ANALYSIS 12 ANALYSIS 13

ANALYSIS 14 ANALYSIS 15 ANALYSIS 16

ANALYSIS 17 ANALYSIS 18 ANALYSIS 19

ANALYSIS 20 ANALYSIS 21 ANALYSIS 22

ANALYSIS 23 ANALYSIS 24 ANALYSIS 25

ANALYSIS 26 ANALYSIS 27.

ANALYSIS 28

ANALYSIS 29 ANALYSIS 30 ANALYSIS 31

ANALYSIS 32 ANALYSIS 33 ANALYSIS 34 ANALYSIS 35 MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 12of14 ANALYSIS 36 ANALYSIS 37 ANALYSIS 38 ANALYSIS 39 ANALYSIS 40 ANALYSIS 41

ANALYSIS 42 ANALYSIS 43 ANALYSIS 44

ANALYSIS 45 ANALYSIS 46 ANALYSIS 47

ANALYSIS 48 ANALYSIS 49 ANALYSIS 50

ANALYSIS 51 ANALYSIS 52 ANALYSIS 53

ANALYSIS 54 ANALYSIS 55 ANALYSIS 56

ANALYSIS 57 ANALYSIS 58 ANALYSIS 59A

ANALYSIS 59B ANALYSIS 59C ANALYSIS 59D

ANALYSIS 59E ANALYSIS 59F ANALYSIS 59G ANALYSIS 59H MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 13of14 ANALYSIS 59I ANALYSIS 60 ANALYSIS 61 ANALYSIS 62 ANALYSIS 63 ANALYSIS 64

ANALYSIS 65 ANALYSIS 66 ANALYSIS 67

ANALYSIS 68 ANALYSIS 69 ANALYSIS 70

ANALYSIS 71 ANALYSIS 72.

ANALYSIS 73

ANALYSIS 74 ANALYSIS 75 ANALYSIS 76

ANALYSIS 77 ANALYSIS 78 ANALYSIS 79

ANALYSIS 80 ANALYSIS 81 ANALYSIS 82

ANALYSIS 83 ANALYSIS 84 ANALYSIS 85

ANALYSIS 86 ANALYSIS 87 ANALYSIS 88 ANALYSIS 89 MPS-3 FSARLIST OF EFFECTIVE SECTIONS (CONTINUED)LOES 14of14 ANALYSIS 90 ANALYSIS 91 ANALYSIS 92 ANALYSIS 93 ANALYSIS 94 ANALYSIS 95

ANALYSIS 96 ANALYSIS 97 ANALYSIS 98

ANALYSIS 99 ANALYSIS 1006 SAFE SHUTDOWN EVALUATION7 SUPPORT SYSTEMS8 RESOLUTION OF SAFE SHUTDOWN EVALUATION PROBLEM AREAS9 OPERATOR ACTIONS RE QUIRED FOLLOWING A FIRE 10 CONCLUSIONSAPPENDIX A -

SUMMARY

OF COMPLIANCE WITH BRANCH TECHNICAL POSITION APCSB 9.5-1, APPENDIX A (JULY 1, 1976)APPENDIX B - COMPARISON OF MILLSTONE 3 PLANT DESIGN TO BRANCH TECHNICAL

POSITION CMEB 9.5-1 GUIDELINES (NUREG 0800, JULY 1981)APPENDIX C -

SUMMARY

OF COMPARISON WITH 10CFR50, APPENDIX R MPS-3 FSAR LOET 1 of 38LIST OF EFFECTIVE TABLES Number TitleCHAPTER 11.3-1Design Comparison1.3-2Comparison Of Engineered Safety Features1.3-3Comparison Of Containment Concepts 1.3-4Comparison Of Containment Atmosphere Pressure Sensor Parameters1.3-5Comparison Of Reactor C oolant Pump Bus Protection1.3-6Comparison Of Engineered Safety Feature Actuation Signals1.3-7Comparison Of Emerge ncy Generato r And Steam Generator Auxiliary Feedwater Pump Start Signals1.3-8Comparison Of Process And Effluent Radiation Monitoring Systems1.3-9Comparison Of Area Radi ation Monitoring Systems1.3-10Comparison Of Airborne Radiation Monitoring Systems1.3-11Comparison Of Electrical System Parameters 1.3-12Comparison Of Radioactive Liquid Waste Systems1.3-13Comparison Of Radioact ive Gaseous Waste Systems1.3-14Comparison Of Radioactive Solid Waste Systems1.3-15Comparison Of Other Reactor Plant Systems1.3-16Comparison Of Final A nd Preliminary Information1.6-1Topical Reports as Genera l References (Historical)1.7-1Electrical, Instrumentat ion, And Control Reference Documentation1.7-2Piping And Instrumentation Diagrams1.7-3Omitted1.7-4Special Reports And Programs1.8-1NRC Regulatory Guides1.8N-1NRC Regulatory Guides MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 2 of 381.9-1Summary Of Diff erences From SRP1.9-2SRP Differences And Justifications1.10-1TMI Action ItemsCHAPTER 22.1-11990 Population and Population Densities Cities and Towns Within 10 Miles of Millstone2.1-2Population Growth 1960-19902.1-3Population Distri bution 1985 (0-20 km) 2.1-4Population Distri bution Within 10 Miles of Millstone 1990 Census2.1-5Population Distri bution Within 10 Miles of Millstone 2000 Projected2.1-6Population Distri bution Within 10 Miles of Millstone 2010 Projected2.1-7Population Distri bution Within 10 Miles of Millstone 2020 Projected2.1-8Population Distri bution Within 10 Miles of Millstone 2030 Projected2.1-9Population Distri bution 1985 (0-80 km) 2.1-10Population Distri bution Within 50 Miles of Millstone 1990 Census2.1-11Population Distri bution Within 50 Miles of Millstone 2000 Projected2.1-12Population Distri bution Within 50 Miles of Millstone 2010 Projected2.1-13Population Distri bution Within 50 Miles of Millstone 2020 Projected2.1-14Population Distri bution Within 50 Miles of Millstone 2030 Projected2.1-15Transient Population With in 10 Miles of Millstone 1991-1992 School Enrollment2.1-16Transient Population With in 10 Miles of Millstone (Employment)

MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 3 of 382.1-17Transient Population Within 10 Miles of Millstone State Parks and Forests (With Documented Attendance)2.1-18Low Population Zone Permanent Population Distributions2.1-19Low Population Zone School Enrollment and Employment2.1-20Metropolitan Areas Within 50 Miles of Millstone 1990 Census Population2.1-21Population Centers With in 50 Miles of Millstone2.1-22Population Density 1985 (0-20 km)2.1-23Population Density 1985 (0-80 km)2.1-24Population Density Within 10 Miles of Millstone 1990 (People per Square Mile)2.1-25Population Density Within 10 Miles of Millstone 2030 (People per Square Mile)2.1-26Population Density Within 50 Miles of Millstone 1990 (People per Square Mile)2.1-27Population Density Within 50 Miles of Millstone 2030 (People per Square Mile)2.1-28Cumulative Population Density 1985 2.1-29Cumulative Population Density Within 50 Miles of Millstone 1990 (People per Square Mile)2.1-30Cumulative population Density Within 50 Miles of Millstone 2030 (People per Square Mile)2.2-1Description of Facilities2.2-2List of Hazardous Materi als Potentially Capable of Producing Significant Missiles2.2-3Summary of Exposure Distance Calculation 2.2-4Aggregate Probability of Ex plosion or Violent Rupture Capable of Missile Generation2.2-5Types of Tank Car Missiles2.2-6Tank Car Fragment Rang e (Feet) at 10-Degree Launch Angle MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 4 of 382.2-7Estimated Igni tion Probabilities2.2-8Probability of an Unco nfined Vapor Cloud Explosion2.3-1Monthly, Seasonal, and a nnual averages and Extremes of temperatures at Bridgeport, Conn. (1901-1981)2.3-2Mean Number of Days wi th Selected Temperature Conditions at Bridgeport, Conn. (1966-1981)2.3-3Monthly, Seasonal, and Annual Averages and Extremes of Relative Humidity at Bridgeport, Conn. (1949-1981)2.3-4Monthly, Seasonal, and A nnual Frequency Distributions of Wind Direction at Br idgeport, Conn. (1949-1980)2.3-5Occurrence of Bridgeport Wind Persistence Episodes Within the Same 22.5-De gree Sector (1949-1965)2.3-6Monthly, Seasonal, and A nnual Frequency Distributions of Wind Direction at Br idgeport, Conn. (1949-1980)2.3-7Monthly, Seasonal, and Annual Wind Speed Extremes at Bridgeport, Conn. (1961-1990)2.3-8Mean Number of Days of Thunderstorm Occurrence at Bridgeport, Conn. (1951-1981)2.3-9Monthly, Seasonal, and Annual Averages and Extremes of Precipitation at Bri dgeport, Conn. (1901-June 1982)2.3-10Estimated Precipitation Extremes for Periods up to 24 Hours and Recurrence Intervals Up to 100 Years2.3-11Monthly, Seasonal, and Annual Averages and Extremesof Snowfall at Bridgeport, Conn. (1893-June 1990)2.3-12Monthly, Seasonal, and Annual Averages of Freezing Rain and Drizzle at Bridgeport, Conn. (1949-1980)2.3-13Average Monthly, Seasona l, and Annual Hours and Frequencies (percent) of Various Fog Conditions (1949-1980) at Bridgeport, Connecticut2.3-14Monthly and Annual Wind Direction and Speed Distributions for Surface Winds, at Bridgeport, Conn. (1949-1980)2.3-15Monthly and Annual Wind Direction and Speed Distributions for 33-Foot Winds at Millstone

(1974-1981)

MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 5 of 382.3-16Comparison of Wind Direct ion Frequency Distribution by Quadrant at Bridgeport, Conn. and Millstone2.3-17Comparison of Average Wind Speed by Quadrant at Bridgeport, Conn. and Millstone2.3-18Occurrence of Wind Persis tence Episodes Within the Same 22.5-Degree Sector at Millstone (1974-1981)2.3-19Millstone Climatol ogical Summary (1974-1992)2.3-20Comparison of Monthly and Annual Average Dry-Bulb and Dewpoint Temperature Averages at Bridgeport, Conn. and Millstone2.3-21Comparison of Monthly and Annual Average Relative Humidity Averages at Bridgeport and Millstone2.3-22Mean Number of Days wi th Heavy Fog at Bridgeport, Conn. and Block Island, Rhode Island (1951-1981)2.3-23Wind Direction/Stabilit y Class/Visibility Joint Frequency Distribution at Millstone2.3-24Persistence of Poor Visibility (1 Mile) Conditions at Millstone (Hours) (1974-1981)2.3-25Bridgeport Pasquill St ability Class Distribution (1949-1980)2.3-26Millstone Stability Clas s Distribution Using Delta-T for Stability Determination2.3-27Millstone Stability Clas s Distribution Using Sigma Theta for Stability Determination2.3-28Comparison of Pasquill St ability Class Distribution at Bridgeport, Conn. and Millstone2.3-29Persistence of Stable Conditi ons (E, F, and G Stabilities) at Millstone (1974-1981)2.3-30Seasonal and Annual Atmospheric Mixing Depths at Millstone2.3-31On-site Meteorological Tower Measurements2.3-32Millstone Meteorological Tower Instrumentation 2.3-33Monthly Summary of Data Recovery Rates/

Meterological System MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 6 of 382.3-34Distances from Releas e Points to Receptors2.4-1Connecticut Public Water Supplies within 20 Miles of Millstone 32.4-2Maximum Wave Heights Generated by Slow, Medium, and High Speed storms (Deep-Water Fetch)2.4-3Maximum Shallow Water Waves (After Refraction)

Slow Speed Probable Maximum Hurricane2.4-4Maximum Shallow Water Waves (After Refraction)

Medium Speed Probable Maximum Hurricane2.4-5Maximum Shallow Water Waves (After Refraction)

High Speed Probable Maximum Hurricane2.4-6Lowest Tides at New London, Connecticut 1938-19742.4-7Circulating Water Syst em and Service Water System Heat Loads2.4-8Dilution Factors and Travel Time 2.4-9Category I Structures-Roof Survey2.4-10Input Data to Program HEC-2 Water Surface Computations2.4-11Computed Water Surface Elevations at Safety-Related Structures2.4-12Roof Area and Ponding Le vel Due to PMP Category I Structures2.4-13Overflow Length of the Parapet Wall on the Roof Used in PMP Analysis-Category I Structures2.5.1-1Rock Formations of the Coastal Plain off Southern New England2.5.1-2Rock Formations of Western Connecticut2.5.1-3Rock Formations of Eastern Connecticut and Western Rhode Island2.5.1-4Rock Formations of Ce ntral Rhode Island (and not Included in Previous Descriptions)2.5.1-5Rock Formations in Northern and Eastern Rhode Island and Southern Massachusetts MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 7 of 382.5.1-6Rock Formations of Central Massachusetts2.5.1-7Rock Units of Clinton-Ne wbury Fault System, Eastern Massachusetts, and New Hampshire2.5.1-8Descriptions of Lineaments from LANDSAT Photographs (shown on Figure 2.5.1-10)2.5.2-1Modified Merca lli (MM) Intensity Scale of 19312.5.2-2List of Operating Seismic Stations 2.5.2-3Chronological Catalog of Earthquake Activity within 200 Miles of the Site2.5.2-4List of Earthquakes wi thin the 50-Mile Radius2.5.3-1List of Faults2.5.3-2List of Samples 2.5.3-3List of K/Ar Age Dete rminations of Fault Gouge2.5.4-1List of Joints-Final Grade Floors of Structures 2.5.4-2List of Foliatio ns-Final Grade Floors of Structures2.5.4-3List of Slickensides-Final Grade Floors of Structures2.5.4-4List of Joints-Final Grade Containment and Engineered Safety Features Building Walls2.5.4-5List of Foliations-Final Grade Containment and Engineered Safety Features Building Walls2.5.4-6List of Slickensides-Fin al Grade Containment and Engineered Safety Features Building Walls2.5.4-7List of Joints-Final Grade Walls of Structures 2.5.4-8List of Foliatio ns-Final Grade Walls of Structures2.5.4-9List of Slickensides-Final Grade Walls of Structures2.5.4-10Rock Compression Test Results 2.5.4-11Direct Shear Test Results From Joint and Foliating Surfaces2.5.4-12Summary of Static Soil Properties for Beach Sands 2.5.4-13Natural Water Contents of Split Spoon Samples2.5.4-14Foundation Data for Major Structures MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 8 of 382.5.4-15List of Approximate Boring Locations, Ground Elevations, and Gr oundwater Elevations2.5.4-16Summary of Water Pressure Test Data2.5.4-17Groundwater Observations2.5.4-18Factors of Safety Agains t Liquefaction of Beach Sands2.5.4-19In-Place Density Test Results on Category I Structural Backfill Beneat h the Service Water Intake Pipe Encasement2.5.4-20In-Place Density Test Results at Control and Emergency Generator Enclosure Buildings2.5.4-21AEmergency Generator En closure-Free Field Soil Properties from SHAKE Analysis2.5.4-21BEmergency Generator Enclosure-Soil Properties with Structure Effects from SHAKE Analysis2.5.4-22Control Building SHAKE Fr ee Field Soil Properties Input2.5.4-23Bearing Capacity of Major Structures 2.5.4-24Results of Two-Dimensi onal Liquefaction Analysis of Beach Area SandsCHAPTER 33.2-1List Of QA Category I and Seismic Category I Structures, Systems, and Components3.2-2Safety Classes 2 and 3 In strument Tubing Requirements3.2-3Instrument Tubing Examination and Testing Program3.2-4Comparison of Proposed Tubing Examination and Testing with ASME III Requirements3.3-1Structural Panels Subject to Tornado Pressure Drop 3.5-1Safety Related Structures , Systems, and Components Outside Containment Required for Safe Reactor Shutdown3.5-2Safety Related Structures , Systems, and Components Inside Containment Required for Safe Reactor

Shutdown MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 9 of 383.5-3Summary of Control R od Drive Mechanism Missile Analysis3.5-4Valve-Missile Characteristics3.5-5Piping Temperature Element Assembly-Missile Characteristics3.5-6Characteristics of Other Missiles PostulatedwithinReactorContainment3.5-7Turbine-Target Distan ces and Impact Areas3.5-8Deleted by cha nge PKG FSC 02-MP3-133.5-9Deleted by cha nge PKG FSC 02-MP3-133.5-10Deleted by cha nge PKG FSC 02-MP3-133.5-11Deleted by cha nge PKG FSC 02-MP3-133.5-12Deleted by cha nge PKG FSC 02-MP3-133.5-13Postulated Tornado-Ge nerated External Missiles3.5-14Barrier Deflection and Du ctility Ratios for Tornado-Borne Missiles Plus 360Mph Tornado Wind3.5-15Barrier Deflection and Du ctility Ratio for a Beam-Column Plus 360 Mph Tornado Wind3.6-1High-Energy Systems Remote from Essential Structures, Systems, and Components3.6-2High-Energy Systems in Proximity to Essential Structures, Systems, and Components3.6-3Moderate-Energy Systems in Remote from Essential Structures, Systems, and Components3.6-4Moderate-Energy Systems Proximate to Essential Structures, Systems, and Components3.6-5Essential Structures, Systems, and Components Required for Safe Reactor Shutdown3.6-6Postulated Breaks Main Steam System 3.6-7Pipe Whip Effect s Main Steam System3.6-8Jet Impingement Effects-Main Steam System 3.6-9Postulated Breaks Main Feedwater System MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 10 of 383.6-10Pipe Whip Effects-Main Feedwater System3.6-11Jet Impingement Effects-Main Steam System3.6-12Postulated Breaks-Rea ctor Coolant System-Loop Stop Valve Bypass Pipi ng, Excess Letdown Piping, Loop Fill Piping, Loop Drain Piping. Letdown Line, and Normal Charging3.6-13Pipe Whip Effects-R eactor Coolant System-Loop Stop Valve Bypass Pipi ng, Excess Letdown Piping, Loop Fill Piping, Loop Drain Piping, Letdown and

Normal Charging3.6-14JET Impingement Effect s-Reactor Coolant System-Loop Stop Valve Bypass Piping, Excess Letdown

Piping, Loop Drain Piping, Loop Fill Piping, Letdown Line, and Normal Charging3.6-15Postulated Breaks-R eactor Coolant System-Pressurizer Cubicle Piping3.6-16Pipe Whip Effects-Reactor Coolant System Pressurizer Cubicle Piping3.6-17Jet Impingement Effect s-Reactor Coolant System-Pressurizer Cubicle Piping3.6-18Postulated Pipe Breaks-Reactor Coolant System-Low Pressure Safety Injectio n, High Pressure Safety Injection, and Residual Heat Removal Piping3.6-19Pipe Whip Effects-R eactor Coolant System-Low Pressure Safety Injectio n, High Pressure Safety Injection, and Residual Heat Removal Piping3.6-20Jet Impingement Effect s-Low Pressure Safety Injection, High Pressure Safety Injection, and

Residual Heat Removal Piping3.6-21Postulated Breaks-Chemical Volume Control System-Normal Charging3.6-22Pipe Whip Effects-Ch emical Volume Control System-Normal Charging3.6-23Jet Impingement Effects-Chemical Volume Control System-Normal Charging MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 11 of 383.6-24Postulated Breaks-Chemical Volume Control System-Letdown Line3.6-25Pipe Whip Effects-Ch emical Volume Control System-Letdown Line3.6-26Jet Impingement Effects-Chemical and Volume Control System-Letdown Line Piping3.6-27Postulated Breaks-Seal Water Injection System3.6-28Pipe Whip Effects-Ch emical Volume Control System-Seal Water Injection Line3.6-29Jet Impingement Effects-Chemical Volume Control System-Seal Water Injecti0n Line3.6-30Postulated Breaks-Steam Generator Blowdown System3.6-31Pipe Whip Effects-Stea m Generator Blowdown System3.6-32Jet Impingement Ef fects-Steam Generator Blowdown System3.6-33Energy Absorbing Capacity of a 4-inch Sch. 80 Pipe3.6-34Postulated Breaks Auxiliary Feedwater System3.6-35Pipe Whip Effects A uxiliary Feedwater System3.6-36Jet Impingement Effects Auxiliary Feedwater Systems3.7-1Seismic Instrumentation 3.7B-1Damping Factors 3.7B-2Methods of Seismic An alysis Used for Seismic Category I Structures3.7B-3Containment and Internal Structures Significant Modal Frequencies and Participation Factors Uncracked Model3.7B-4Containment and Internal Structures Significant Modal Frequencies and Participat ion Factors Cracked Model3.7B-5Containment and Internal Structures Significant Mode Shapes (Normalized Eigenvectors) Uncracked Model3.7B-6Containment and Internal Structures Significant Mode Shapes (Normalized Eigenvectors) Cracked Model MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 12 of 383.7B-7Containment and Internal Structures SRSS Accelerations and Displacem ents for Safe Shutdown Earthquake Uncracked Model, Response Spectrum Analysis3.7B-8Containment and Internal Structures SRSS Accelerations and Displacements for Sa fe Shutdown Earthquake Cracked Model, Response Spectrum Analysis3.7B-9Containment and Internal Structures Degrees of Freedom3.7B-10Containment and Internal Structure Enveloped Accelerations and Displacements Horizontal-motion3.7B-11Containment and Internal Structure Enveloped Accelerations and Displa cements Vertical-Motion3.7B-12Main Steam Valve Building Significant Modal Frequencies and Part icipation Factors3.7B-13Main Steam Valve Building Significant Mode Shapes (Eigenvectors)3.7B-14Main Steam Valve Building CSM Accelerations for Safe Shutdown Earthquake from Response Spectrum Analysis3.7B-15Main Steam Valve Building CSM Displacements for Safe Shutdown Earthquake from Response

Spectrum Analysis3.7B-16Main Steam Valve Building ABS of Safe Shutdown Earthquake Responses3.7B-17Main Steam Valve Building Degrees of Freedom3.7B-18Emergency Generator En closure Accelerations and Displacements Horizontal-motion3.7B-19Emergency Generator En closure Accelerations and Displacements Vertical - Motion3.7B-20Comparison of Response Spectra and Time History Analysis Results Containmen t and Internal Structures (Uncracked Properties)

MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 13 of 383.7B-21Comparison of Response Spectra and Time History Analysis Results Containmen t and Internal Structures (Cracked Properties)3.7B-22Comparison of Response Spectra and Time History Analysis Results Main Steam Valve Building SSE Accelerations3.7B-231 G Flat Response3.7B-24Modal Density, n3.7B-25Amplified Response Dynamic Factor Study 3.7B-26Piping System Seismic Design and Analysis Criteria3.7N-1Damping Values Used for Seismic Analysis for Westinghouse Supplied Equipment3.8-1Loading Conditions - Liner Plate and Access Openings 3.8-2Loading Conditions, Penetration3.8-3Loads and Loading Combinations 3.8-4Load Combinations for ASME III Class 2 Penetrations except Qu ench, Recirculation, and Safety Injection Piping3.8-5Load Combinations for ASME III Class 2 Penetrations for the Quench Spray, Recirculation Spray, and Safety Injection Systems3.8-6Load Combinations for ASME III Class MC Sleeved Penetrations3.8-7Nomenclature for Ta bles 3.8-4 through 3.8-63.9B-1List of Input Documents Describing Design Transient for Fatigue Analysis of RCP and Associated Class 1 Piping3.9B-2List of MNPS-3 Documents Describing Components Requiring Inelastic Analysis3.9B-3Preoperational Tests3.9B-4Omitted3.9B-5Stress Limits for ASME Section III Class 1 (NB)

Seismic Category I Components (Elastic Analysis)

MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 14 of 383.9B-6Comparison of Class 1 Requirements Regulatory Guide 1.48 vs Tables 3.9b-5 and 3.9b-103.9B-7Stress Limits for ASME Section III Class 2 and 3 Components (Elastic Analysis)3.9B-8Comparison of Classes 2 and 3 Requirements Regulatory Guide 1.48 vs Table 3.9B-73.9B-9Stress Limits for ASME Section III Class 1, 2, and 3 Component Supports3.9B-9 A Load Combinations fo r ASME Section III Class 1, 2, and 3 Component Supports3.9B-10 ASME III Class 1 Stre ss and Fatigue Analysis Requirements per NB36503.9B-11ASME III Class 2 and 3 Stress Analysis Requirements per NC3650 and ND36503.9B-12Loadings Applicable to Piping Systems3.9B-13Active Pumps and Valves3.9B-14Omitted3.9B-15Postulated Primary Loop Breaks 3.9B-16Steam Generator and Re actor Coolant Pump Support Snubber Embedment Loads (KIPS)3.9B-17Steam Generator and Re actor Coolant Pump Support Column Embedment Loads (KIPS)3.9B-18Factors of Safety for Primary Members of Steam Generators and Reactor Coolant Pump Supports3.9B-19Minimum Design Margins for Pressurizer Support3.9B-20Design Margins for the Primary Members of the Pressurizer Safety Valve Support3.9B-21Design Margins for Primary Members of Reactor Pressure Vessel Support3.9B-22Design Margins for Prim ary Loop Bumper Support Structure3.9N-1Summary of Reactor Coolant System Design Transients MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 15 of 383.9N-2Loading Combinations fo r Reactor Coolant System Components3.9N-3Allowable Stresses for Reactor Coolant System Components3.9N-4Design Loading Combinations for ASME Code Class 2 and 3 Components and Supports3.9N-5Stress Criteria for Safety Code Class 2 and Class 3 Tanks3.9N-6Stress Criteria for ASME Code Class 2 Tanks3.9N-7Stress Criteria for ASME Code Class 2 and Class 3 Inactive Pumps3.9N-8Stress Criteria for Sa fety Related ASME Code Class 2 and Class 3 Active and Inactive Valves3.9N-9Stress Criteria for ASME Code Class 2 and 3 Piping3.9N-10Design Criteria for Active Pumps 3.9N-11Active Pumps3.9N-12Active Valves3.9N-13Maximum Deflections Al lowed for Reactor Internal Support Structures3.10N-1Seismic Category I Instru mentation and Electrical Equipment in Westinghouse NSSS Scope of Supply3.11N-1Safety-Related Equipment in Westinghouse NSSS Scope of Supply3.A.1.2-1Thin-Wall Cylinder, Pertinent Parameters 3A.1.2-2Exact and Computer Stresses for Thin-wall Cylinder3A.1.4-1Infinitely Long Solid Cy linder, Pertinent Parameters3A.1.5-1Input Thermal Parameter Functions for TAC2D Sample Problem3A.1.6-1Peak Acceleration and Displacement3A.1.6-2Horizontal Amplif ied Response Spectra3A.1.10-1Pertinent Parameters of a Cylindrical Shell3A.1.10-2Summary of Results MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 16 of 383A.1.11-1Test Problem Data3A.1.11-2A Comparison of Hand a nd Computer Program Results3A.2.1-1Infinitely Long Solid Cy linder, Pertinent Parameters3A.2.4-1Comparison of Results of SLOSH vs AEC Analysis3A.2.6-1Comparison of Experiment al Data with Analytical Data Using LIMITA 33A.3-1Comparison of Support Reaction Due to Thermal, Anchor Movement, and External Force Loading3A.3-2Comparison of Deflections and Rotations Due to Thermal, Anchor Movement, and External Force Loading3A.3-3Comparison of Stress Due To Thermal, Anchor Movement, and External Force Loading3A.3-4Comparison of Internal Forces Due To Deadweight Analysis3A.3-5Comparison of Deflec tions and Rotation Due to Deadweight Analysis3A.3-6Comparison of Stresses Due to Deadweight Analysis3A.3-7Comparison of Natural Frequencies3A.3-8Comparison of Natural frequencies3A.3-9Comparison of Class 1 Pipe Stress Analysis 3A.3-10Individual Pair Usage Factor for Point No. 303A.3-11Comparison of PITRUST With Franklin Institute Program CYLNOZ and Hand Calculation3A.3-12Comparison of PITRUST With Reference 8 Results 3A.3-13Comparison of PILUG Computer Program Output With Hand Calculations3A.3-14Summary of Comparison of SAVAL Computer Output With Hand Calculation As-Designed Condition3A.3-15Summary of Comparison of SAVAL Computer Output With Hand Calculation Reinforced Condition (1 1/4" Pad)3A.3-16Nodal Force Comparison MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 17 of 383A.3-17Input Data for WATHAM3A.3-18Comparison of NODAL Force Calculation AtTime=2.34Seconds3A.3-19Comparison of PITRIFE Computer Program Output With STRUDL-II Output3A.3-20Comparison of PITRIFE Computer Program Output With Hand Calculations3A.3-21BENDCORD Program

--Verification Problem3A.3-22Pipe 1, Segment 1 Force Versus Time for Run Number S2807011CHAPTER 44.1-1Reactor Design Parameter Table4.1-2Analytical Techniques In Core Design4.1-3Design Loading Conditions For Reactor Core Components4.2-1Fuel Assembly Component Stresses 4.3-1Reactor Core Descri ption (First Cycle)4.3-2Nuclear Design Parameters (First Cycle)4.3-3Typical Reactivity Requirements For Rod Cluster Control Assemblies4.3-4Omitted 4.3-5Axial Stability Index Pressurized Water Reactor Core With A 12-Foot Height4.3-6Typical Neutron Flux Levels (n/cm2-sec) At Full Power4.3-7Typical Comparison Of M easured And Calculated Doppler Defects4.3-8Omitted 4.3-9Omitted4.3-10Typical Comparison Of Measured And Calculated AG-IN-CD Rod Worth4.3-11Typical Comparison Of Measured And Calculated Moderator Coefficients At HZP, BOL MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 18 of 384.4-1Thermal And Hydraulic Design Parameters4.4-2Void Fractions At No minal Reactor Conditions With Design Hot Channel Factors4.4-3Radiation Levels From HJTC Probe (R/Hr)CHAPTER 55.1-1System Design and Operating Parameters 5.2-1Applicable Code Addenda for Class 1 Reactor Coolant System Components5.2-2Primary and Auxiliar y Components Material Specifications5.2-3Reactor Vessels Internal Material Specifications5.2-4Reactor Coolant Water Chemistry Specification5.2-5Safety Valve Support Bracket Loads5.2-6Relief Valves Referen ced to Code Case N-2425.2-7Millstone Unit No. 3 RT PTS Values (°F)5.3-1Reactor Vessel Non-De structive Examination5.3-2Reactor Vessel Fract ure Toughness Properties5.3-3Reactor Vessel Beltline Region Material Chemical Composition (WT PERCENT)5.3-4Adjusted Referenced Temperature (ART) Values (°F) 5.3-5Reactor Vessel Closure Head Bolting Material Properties5.3-6Reactor Vessel Design Parameters 5.4-1Reactor Coolant Pump Design Parameters5.4-2Reactor Coolant Pump Non-Destructive Examination Program5.4-3Steam Generator Design Data 5.4-4Steam Generator Nondest ructive Examination Program5.4-5Reactor Coolant Piping Design Parameters 5.4-6Reactor Coolant Piping Quality Assurance Program MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 19 of 385.4-7Design Bases for Residua l Heat Removal System Operation5.4-8Residual Heat Remova l System Component Data5.4-9 Residual Heat Remova l System-Cold Shutdown Operations-Failure Modes and Effects Analysis5.4-10 Pressurizer Design Data5.4-11 Reactor Coolant System Design Pressure Settings5.4-12 Pressurizer Quality Assurance Program 5.4-13 Pressure Relief Tank Design Data 5.4-14 Relief Valve Discharge to the Pressurizer Relief Tank5.4-15 Reactor Coolant System Design Parameters 5.4-16 Non-Destructive Examination Program Reactor Coolant System Valves5.4-17 Pressurizer Valves Design Parameters 5.4-18 Equipment Supports, Lo ading Combinations, and Design Allowable Stresses5.4-19 Reactor Vessel Head Vent System Equipment Design ParametersCHAPTER 66.1-1 Typical Materials Em ployed for Components of ESF Systems6.1-2 Parameters for Ultima te Sump pH Calculation6.1-3 Painted Surface Area Inside Containment 6.1-4 Other Organic Materials Used Inside Containment6.2-1 Containment Peak Pressure and Temperature Results Following a Main Steam Line Break Inside Containment6.2-2 Passive Heat Sinks6.2-3 Containment Design Evaluation Parameters6.2-4 LOCA Peak Pressure Results6.2-5 LOCA Peak Pressure - DEHL Br eak - Initial Condition Sensitivity6.2-6 LOCA Sequence of Events-Containment Peak Pressure MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 20 of 386.2-6A LOCA Peak Temperature Results6.2-6B LOCA Sequence of Events-Containment Peak Temperature6.2-6C LOCA-Containment Depres surization Results-DEPS Break6.2-6D LOCA Sequence of Events-Containment Depressurization 6.2-6E LOCA-Containment Sump Water Temperature at RSS Pump Start6.2-6F LOCA-Accident Chronol ogy for Pump Suction Double Ended Rupture-Limiting Case for Containment Sump Temperature6.2-6GAccident Chronology for Full Double-Ended Rupture Main Steam Line Break at 0% Power-Limiting Case for Containment Pressure 6.2-6H Accident Chronology for Full Double-Ended Rupture Main Steam Line Break at 102% Power-Limiting Case for

Containment Temperature 6.2-7System Parameters Initial Conditions for LOCA Mass and Energy Release Analysis6.27A LOCA Mass and Energy Analys is Core Decay Heat Fraction 6.2-8Double Ended Hot Leg Break Blowdown Mass and Energy Releases6.2-9Double Ended Pump Suction Break with Minimum ECCS Flows Blowdown Mass and Energy Release6.2-10Double Ended Pump Suction Break with Maximum ECCS Flows Blowdown Ma ss and Energy Release6.2-11Double Ended Cold Leg Brea k with Minimum ECCS Flow Blowdown Mass and Energy Releases 6.2-12Deleted by PACKAGE FSC MP3-UCR-2013-0086.2-133.0 ft 2 Pump Suction Split Break with Minimum ECCS Flows Blowdown Mass and Energy Releases 6.2-14Double Ended Hot Leg Minimum ECCS Flows Reflood Mass and Energy Releases 6.2-15Double Ended Pump Suction Break with Minimum ECCS Flows Refloods Mass and Energy Releases6.2-16Double Ended Pump Suction Break with Maximum ECCS Flows Reflood Mass and Energy Releases MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 21 of 386.2-17Double Ended Cold Leg Break with Minimum ECCS Flows Reflood Mass and Energy Releases 6.2-18Deleted by PACKAGE FSC MP3-UCR-2013-008.................................6.2-193.0 ft 2 Suction Split Break with Minimum ECCS Flows Reflood Mass and Energy Releases6.2-20Double Ended Hot Leg Brea k with Minimum ECCS Flows Reflood Principal Parameters 6.2-21Double Ended Pump Suction Break with Minimum ECCS Flows Reflood Principal Parameters 6.2-21A Double Ended Pump Suction Break with Maximum ECCS Flows Reflood Principal Parameters 6.2-21B Double Ended Cold Leg Break with Minimum ECCS Flows Reflood Principal Parameters 6.2-21C Deleted by PACKAGE FSC MP3-UCR-2013-008................................. 6.2-21D 3.0 ft 2 Pump Suction Split Break with Minimum ECCS Flows Reflood Principal Parameters 6.2-21E Double Ended Hot Leg Break with Minimum ECCS Flows Mass Balance 6.2-21F Double Ended Hot Leg Break with Minimum ECCS Flows Energy Balance 6.2-21G Double Ended Pump Suction Break with Minimum ECCS Flows Mass Balance 6.2-21H Double Ended Pump Suction Break with Minimum ECCS Flows Energy Balance 6.2-21I Double Ended Pump Suction Break with Maximum ECCS Flows Mass Balance 6.2-21J Double Ended Pump Suction Break with Maximum ECCS Flows Energy Balance 6.2-21K Double Ended Cold Leg Break with Minimum ECCS Flows Mass Balance 6.2-21L Double Ended Cold Leg Break with Minimum ECCS Flows Energy Balance 6.2-21M Deleted by PACKAGE FSC MP3-UCR-2013-008.................................6.2-21N Deleted by PACKAGE FSC MP3-UCR-2013-008.................................

MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 22 of 386.2-21O 3.0 ft 2 Pump Suction Split Break with Minimum ECCS Flows Energy Balance 6.2-21P 3.0 ft 2 Pump Suction Split Break with Minimum ECCS Flows Mass Balance 6.2-22Deleted by Change PKG FSC 07-MP3-0386.2-23Main Steam Line Break Mass and Energy Releases Inside Containment-Initial C onditions Assumptions 6.2-24Deleted by Change PKG FSC 07-MP3-038 6.2-25Deleted by Change PKG FSC 07-MP3-038 6.2-26Steam Generator Cubicle Peak Differential Pressures Feedwater Break Line6.2-27THREED Input for Analysis at Pressurizer Cubicle 6.2-28THREED Input for Analysis Of Steam Generator Cubicle A6.2-29Deleted by PKG FSC MP3-UCR-2009-0066.2-30Deleted by PKG FSC MP3-UCR-2009-0066.2-31Mass and Energy Release Rates for a Spray Line DER in the Pressurizer Cubicle6.2-32Deleted by Change PKG FSC 07-MP3-0386.2-32AMass and Energy Release Rates for a Surge Line DER in the Pressurizer Cubicle 6.2-33Pressurizer Cubicle Peak Differential Pressures 6.2-34Deleted by PKG FSC MP3-UCR-2009-0066.2-35Mass and Energy Release Rates for a Double Ended Guillotine Break of the Pressurizer Surge Line (Used for a 196.6-Square Inch Hot Leg LDR in the Steam Generator Cubicle)6.2-36Deleted by PKG FSC MP3-UCR-2009-0066.2-36AMass and Energy Release Rates for a Feedwater Line SES in the Steam Generator Line6.2-36 BDeleted by P KG FSC MP3-UCR-2009-0066.2-37Deleted by PKG FSC MP3-UCR-2009-006 MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 23 of 386.2-37 ADeleted by P KG FSC MP3-UCR-2009-0066.2-37 BDeleted by P KG FSC MP3-UCR-2009-0066.2-38Steam Generator Cubicle Peak Differential Pressures, Pressurizer Surge Line LDR 6.2-39Steam Generator Cubicle Peak Differential Pressures, Residual Heat Removal Line LDR6.2-40Deleted by PKG FSC MP3-UCR-2009-0066.2-41Deleted by PKG FSC MP3-UCR-2009-0066.2-42Deleted by PKG FSC MP3-UCR-2009-0066.2-43Subcompartment Design and Maximum Calculated Differential Pressures6.2-44Omitted 6.2-45Deleted by Change PKG FSC 07-MP3-0386.2-46Deleted by Change PKG FSC 07-MP3-0386.2-47Deleted by Change PKG FSC 07-MP3-038 6.2-48Deleted by Change PKG FSC 07-MP3-0386.2-49Deleted by Change PKG FSC 07-MP3-0386.2-50Deleted by Change PKG FSC 07-MP3-038 6.2-51Deleted by Change PKG FSC 07-MP3-0386.2-52Deleted by Change PKG FSC 07-MP3-0386.2-53Deleted by Change PKG FSC 07-MP3-038 6.2-54Deleted by Change PKG FSC 07-MP3-0386.2-55Deleted by Change PKG FSC 07-MP3-0386.2-56Deleted by Change PKG FSC 07-MP3-038 6.2-57Deleted by Change PKG FSC 07-MP3-0386.2-58Deleted by Change PKG FSC 07-MP3-0386.2-59Balance of Plant Parameters Used in Steam Line Break Mass and Energy Release Calculation6.2-60Parameters for ECCS Containment Backpressure Analysis 6.2-61Containment Heat Rem oval Systems Component Data MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 24 of 386.2-62Containment Heat Removal Systems-Consequences of Components Malfunctions6.2-63Supplementary Leak Coll ection and Release System Principal Component and Design Parameters6.2-64Containment Enclosure Building Design Parameters6.2-65Containment Penetration6.2-66Omitted6.2-67Hydrogen Recombiner System Design Parameters6.2-68Deleted by cha nge PKG FSC 05-MP3-0106.2-69Deleted by cha nge PKG FSC 05-MP3-0106.2-70System Alignment for Type A Tests6.2-71Pipe Insulation Inside Containment (8 Inches and Larger) 6.2-72DECLG Mass and Energy Releas es for the Limiting Transient6.2-73Deleted by Change PKG FSC 07-MP3-038 6.2-74Deleted by Change PKG FSC 07-MP3-038 6.2-75Deleted by Change PKG FSC 02-MP3-0176.2-76Deleted by Change PKG FSC 02-MP3-0176.2-77Passive Heat Sink Data for Minimum Post LOCA Containment Pressure Analysis 6.2-78Input Data for Minimum Containment Pressure Analysis6.3-1Emergency Core Cool ing System Component Parameters6.3-2Emergency Core Cooling System Relief Valve Data 6.3-3Motor Operated Isolation Valves in the Emergency Core Cooling System6.3-4Materials Employed for Emergency Core Cooling System Components6.3-5Single Active Failure Analysis for Emergency Core Cooling System Components6.3-6Emergency Core Cooli ng System Recirculation Piping Passive Failure Analysis MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 25 of 386.3-7Switchover Procedure6.3-8Emergency Core Cooling System Shared Functions Evaluation6.3-9Normal Operating Status of Emergency Core Cooling System Components for Core Cooling6.3-10Failure Mode and Effect s Analysis-Emergency Core Cooling System-Active Components6.3-11Net Positive Suction Head for Emergency Core Cooling System Pumps6.4-1Control Room Component Performance Characteristics for Habitability Systems6.5-1Comparison of ESF Filter Systems with Respect to Regulatory Guide 1.52, Rev. 2 Positions6.6-1Inservice Inspection Program Class 2 & 3 SystemsCHAPTER 77.1-1Listing of Applicable Criteria7.2-1List of Reactor Trips 7.2-2Protection System Interlocks7.2-3Reactor Trip System Instrumentation7.2-4Reactor Trip Correlation 7.3-1Interlocks for Engineered Safety Features Actuation System7.3-2Engineered Safety Features Actuation System Instrumentation7.3-3Safety Injection Signal 7.3-4Containment Isolation Phase A 7.3-5Steam Line Isolation7.3-6Feedwater Isolation7.3-7Control Building Isolation7.3-8Containment Depressurization Actuation7.3-9Containment Isolation Phase B MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 26 of 387.3-10Instrumentation and Cont rol Systems for Engineered Safety Features and Essential Auxiliary Supporting Systems7.4-1Instruments and Controls Outside Control Room for Cold Shutdown7.5-1Accident Monitoring Instrumentation List7.5-1 Attachment 1 Accident Monitoring Instrumentation List7.7-1Plant Control System InterlocksCHAPTER 88.1-1Class IE System Load Identification and Function8.1-2Acceptance Criteria for Electric Power8.3-1Omitted8.3-2Cable in Trays 8.3-3Nonsafety-Related Equipment Connected to Safety-Related Buses8.3-4125V DC Safety Related Bus Loading 8.3-5Omitted8.3-6Electrical Equipment not Requiring Internal Cable SeparationCHAPTER 9 9.1-1Fuel Pool Cooling and Purification System Principal Component Design Characteristics 9.1-2Performance Characteristics of the Fuel Pool Cooling System (One Fuel P ool Cooler Operating) 9.2-1Service Water System Flow Requirements 9.2-2Service Water System Heat Transfer Requirements 9.2-3Automatic Operation of Service Water System Valves 9.2-4Consequence of Component Failure 9.2-5Reactor Plant Component Cooling System Major Component Design Data MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 27 of 389.2-6Consequences of Component Failures Reactor Plant Component Cooling Water System9.2-7Chilled Water System Heat Load and Flow Rates9.2-8Chilled Water System Major Component Design Data9.2-9Neutron Shield Tank Cooling System Component Data Summary9.2-10Charging Pumps Coo ling System Component Data Summary9.2-11Consequences of Com ponent Failures, Charging Pumps Cooling Subsystem9.2-12Safety Injection Pumps Cooling System Component Data Summary9.2-13Consequences of Component Failure-Safety Injection Pumps Cooling Subsystem9.2-14Condensate Demineralizer Component Cooling Water System (3CCD) Design Data9.2-15Design Data for Major Components in the Water Treating System9.2-16Primary Grade Water System Major Component Design Data9.2-17Primary Grade Water Chemistry Specifications 9.3-1Sampling Points-Reactor Plant 9.3-2Sampling Points-Turbine Plant 9.3-3Post-Accident Samp ling System Principal Components Design and Parameters 9.3-4Chemical and Volume Control System Design Parameters 9.3-5Principal Component Data Summary 9.3-6Failure Mode and Effect s Analysis Chemical and Volume Control System Active Components-Normal Plant Operation and Safe Shutdown 9.3-7Boron Recovery System Principal Component Design and Performance Characteristics MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 28 of 389.3-8Assumptions Used in Activity Discharge Calculations9.3-9Boron Recovery System Failure Analysis9.4-1Indoor Design Temperatures for Control Building 9.4-2Control Building Co mponent Performance Characteristics for Air Conditioning, Heating, Cooling, and Ventilation Systems9.4-3Design Data for Major Components in Fuel Building Ventilation System9.4-4Auxiliary Building Vent ilation System Principal Components and Design Parameters9.4-5Turbine Building Ventil ation System Principal Components and Approximate Parameters9.4-6Engineered Safety Feat ures Building Principal Components with Approximate Design Parameters9.4-7Engineered Safety Feat ures Building Ventilation Systems Consequences of Component Failures9.4-8Containment Air Filtration Subsystem Principal Components Design and Approximate Parameters9.4-9Containment Air Recircul ation System Principal Components Design and Approximate Parameters9.4-10Containment Air Recirc ulation System Operation Modes and Approximate Design Conditions of Air Recirculation Fan Coolers9.4-11Containment Purge Ai r Subsystem Principal Components and Approximate Parameters9.4-12CRDM Cooling System Principal Components and Approximate Parameters9.4-13Waste Disposal Buildi ng Heating and Ventilation System9.5-1Compliance with Fire Protection Technical Requirements9.5-2Emergency Diesel Generator Cooling Water System Leakage Summary Per Diesel MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 29 of 389.5-3Design Data for Motor Components in Emergency Generator Cooling Water Systems9.5-4Design Data for the Major Components of Emergency Generator-Diesel Lubricating Oil System9.5-5Gaseous Hydrogen Storage Tubes9.5-6Equipment Supplied by the Nitrogen System 9.5-7Nitrogen System Major Component Design Data9.5-8Design Data for Major Components in the Containment Vacuum System9.5-9Emergency Generator Auxiliary System Component Characteristics9.5-10Cooling Water System LeakagesCHAPTER 1010.1-1Steam and Power Conversion System Principle Design and Performance Characteristics10.3-1Materials of Main St eam and Feedwater Valves and Piping10.3-2Materials of Main Steam Safety Valves 10.3-3Materials of Main Steam Pressure Relieving Valves10.3-4Materials of Main Steam/Feedwater Valves10.4-1Circulating Water and Associated Systems Design and Performance Characteristics10.4-2Design Data Condensate Polishing System 10.4-3Condensate and Feedwater System Equipment Design parameters10.4-4Equipment Desi gn Parameters10.4-5Omitted10.4-6Condenser: Physical Charact eristics and Performance Requirements10.4-7Deleted by PKG FSC MP3-UCR-2010-012CHAPTER 11 MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 30 of 3811.1-1 Iodine and Noble Ga s Inventory in Reactor Core-Original License Basis (HISTORICAL)11.1-2(HISTORICAL) Reactor Coolant Equilibrium Concentrations-Original License Basis (HISTORICAL)11.1-2ADesign Reactor Coolant Equi librium Concentrations at 3723 MWt 11.1-3Parameters Used in the Calculation of Reactor Coolant, Secondary Side Liquid, and Secondary Side Steam Fission and Activation Product

Activity-Original License Basis (HISTORICAL)11.1-3A Parameters Used in the Calculation of Design Reactor Coolant Fission and Activation Product Activity 11.1-4Tritium Production 11.1-5Reactor Coolant N-16 Activity11.1-6Secondary Side Liquid Equilibrium Concentrations-Original License Basis (HISTORICAL)11.1-7 Secondary Side Steam Equilibrium (HISTORICAL)Concentrations-Origi nal License Basis11.2-1Liquid Waste Management System Daily Input Flows11.2-2Liquid Waste Manageme nt System Design Data11.2-3Tank Overflow Protection 11.2-4(HISTORICAL) Expected Radioactive Liquid Concentrations From Each Liquid Release Stream

(µCi/ml) Following Treatment-Original License Basis11.2-5Expected Annual Radioactive Liquid Releases Prior to Dilution in the Circulating Water Discharge System and

Prior to Inclusion of Anticipated Operational Occurrences (HISTORICAL) 11.2-6Expected Annual Radioactive Liquid Releases After Dilution in the Circulating Water Discharge System and Inclusion of Antici pated Operational Occurrences (HISTORICAL)11.2-7Design Radioactive Liquid Concentrations From Each Liquid Release Stream (µCi/gm) Following Treatment MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 31 of 3811.2-8Design Annual Radioactive Liquid Releases Prior to Addition of Anticipated Operational Occurrences and Dilution in the circulating Water Discharge System11.2-9Design Annual Radioactive Liquid Releases Following Addition of Anticipated Operational Occurrences and Dilution in the circulating Water Discharge System11.2-10Fraction of MPC Released-Design Case (HISTORICAL)11.2-11Assumptions Used for the Radioactive Liquid Waste System Failure (Release to Atmosphere) and for the

Liquid Containing Tank Failure11.2-12Boron Recovery Tank Concentrations (µCi/cc)11.2-13Activity Released to At mosphere from a Radioactive Liquid Containing Tank Fail ure (Boron Recovery Tank11.2.14Radioactive Concentrations in Groundwater Entering Niantic Bay Following a Rupture of Boron Recovery

Tank11.3-1Total Expected Radioactive Gaseous Released to Atmosphere fr om Millstone 3 (HISTORICAL)11.3-2Radioactive Gaseous Source Term Parameters (HISTORICAL)11.3-3Radioactive Gaseous Waste System11.3-4Codes and Standards 11.3-5Expected Radioactive Gaseous Releases to Atmosphere via Ventilat ion Vent (HISTORICAL)11.3-6Expected Radioactive Gaseous Releases to Atmosphere from Millstone 3 via Millstone 1 Stack (HISTORICAL)11.3-7Expected Radioactive Gaseous Releases to Atmosphere via Turbine Building (HISTORICAL)11.3-8Design Radioactive Gaseous Releases to Atmosphere via Ventilat ion Vent (HISTORICAL)11.3-9Design Radioactive Gaseous Releases to Atmosphere from Millstone 3 via Millstone 1 Stack (HISTORICAL)11.3-10Design Radioactive Gaseous Releases to Atmosphere via Turbine Building Roof (HISTORICAL)

MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 32 of 3811.3-11Design Radioactive Gaseous Releases to Atmosphere from Millstone 3 (HISTORICAL)11.3-12Assumptions Used for the Process Gas Charcoal Bed Adsorber Bypass Analysis11.3-13Radioisotope Releases fr om the Process Gas Charcoal Bed Adsorber and Associated Piping11.4-1Volume of Spent Resin Generated Annually11.4-2Radioactive Solid Waste System Component Data11.4-3Omitted 11.4-4Radioactive Solid Waste Annual Shipments11.5-1Gaseous Monitors11.5-2Liquid Process Monitors 11.5-3Radiological Samples Taken at Reactor Plant Sample Sink11A-1Annual Doses to Maximum Individual in the Adult Group from Gaseous Effluents11A-2Annual Doses to Maximum Individual in the Teen Group from Gaseous Effluents11A-3Annual Doses to Maximum Individual in the Child Group from Gaseous Effluents11A-4Annual Doses to Maximum Individual in the Infant Group from Gaseous Effluents11A-5Annual Doses to Maximum Individual in the Adult Group from Gaseous Effluents11A-6Annual Doses to Maximum Individual in the Teen Group from Gaseous Effluents11A-7Annual Doses to Maximum Individual in the Child Group from Gaseous Effluents11A-8Annual Doses to Maximum Individual in the Infant Group from Gaseous Effluents11A-9Omitted 11A-10Omitted 11A-11Omitted MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 33 of 3811A-12Omitted11A-13Annual Doses to Maximum Individual in the Adult Group from Liquid Effluents11A-14Annual Doses to Maximum Individual in the Teen Group from Liquid Effluents11A-15Annual Doses to Maximum Individual in the Child Group from Liquid Effluents11A-16Comparison of Maximum Calculated Doses from Millstone 3 Nuclear Plant with Appendix I Design Objectives11A-17Calculated Population Dose11A.2-1Dilution Factors, Travel Times from the Site, and Population Served11A.2-2Parameters and Assumpti ons Used in Equations for Estimating Doses to Humans11A.2-3Meterological Data11A.2-4Parameters and Assumptions Used in Estimating Doses to Biota11A.3-1Base Case Annual P opulation Doses Due to Liquid Effluents11A.3-2Base Case Annual P opulation Doses Due to Gaseous EffluentsCHAPTER 1212.2-1Parameters Used in Calc ulation of Design Radiation Source Inventories (HISTORICAL)12.2-2Radioactive Sources in Containment Building (HISTORICAL)12.2-3Radioactive Sources in the Auxiliary Building (HISTORICAL)12.2-4Radioactive Sources in th e Waste Disposal Building (HISTORICAL)12.2-5Radioactive Sources in the Fuel Building (HISTORICAL) 12.2-5 AOther Radioactive Sources (HISTORICAL)

MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 34 of 3812.2-6Inventory of an Average Fuel Assembly after 650 Days of Operation at 3,636 MWt at Shutdown and 100 Hours after Shutdown (µCi) (HISTORICAL)12.2-7Source Intensity in the Most Radioactive Fuel Assembly after 650 Days of Operation at 3636 Mwt (HISTORICAL)12.2-8Radionuclide Concentrations in the Spent Fuel Pool from Refueling 100 Hours af ter Shutdown (HISTORICAL)12.2-9Radiation Sources React or Coolant Nitrogen-16 Activity (HISTORICAL)12.2-10Assumptions Used in the Calculation of Airborne Concentrations (HISTORICAL)12.2-11Airborne Concentr ations Inside Major Buildings (µci/cc) (HISTORICAL)12.3-1Radiation Zones12.3-2Radiation Monitoring System - Area Radiation Detector Location12.3-3Operator Activity Loca tions and Time Durations12.3-4Activity Initiation Time12.5-1Deleted by cha nge PKG FSC 04-MP3-04012.5-2Deleted by cha nge PKG FSC 04-MP3-040CHAPTER 1414.2-1Preoperational/Acceptan ce Test Program Test Descriptions14.2-2Startup Test Descriptions14.2-3Preoperational/Acceptance/

Startup Tests Acceptance Criteria SourcesCHAPTER 1515.0-1Nuclear Steam Supply System Power Ratings 15.0-2Summary of Initial Conditions and Computer Codes Used MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 35 of 3815.0-3Nominal Values of Pertinen t Plant Parameters Utilized in the Accident Analysis15.0-4Trip Point and Time Delays to Trip Assumed in Accident Analysis15.0-5Deleted by PKG FSC 07-MP2-04915.0-6Plant Systems and Equipment Required for the Mitigation of Transient and Accident Conditions15.0-7Fission Product Inventory in Reactor Core 15.0-8Potential Doses Due to Accidents15.0-9Typical Power-Temperature Distribution for Full Core15.0-10Technical Sp ecification Coolant Concentrations15.0-11Atmospheric Dispersion Data Used for Design Basis Accident Analysis15.0-12Reactor Coolant Iodine Concentrations Assuming Pre-Accident Iodine Spike15.0-13Iodine Release Rates in Reactor Coolant Due to Concurrent Iodine Spike15.1-1Time Sequence of Events For Incidents Which Cause an Increase in Heat Rem oval by the Secondary System15.1-2Equipment Required Follow ing A Rupture of a Main Steam Line15.1-3Assumptions Used in Main Steam Line Break Analysis15.1-4Deleted by cha nge PKG FSC 04-MP3-01715.2-1Time Sequence for Events for Incidents Which Cause a Decrease in Heat Removal by the Secondary System15.2-2Natural Circulation Flow15.3-1Time Sequence of Events for Incidents Which Result in a Decrease in Reactor Coolant System Flow15.3-1 ATime Sequence of Events for Under Frequency Event 15.3-2Summary of Results for Locked Rotor Transients15.3-3Assumptions Used in Locked Rotor Analysis MPS-3 FSAR LIST OF EFFECTIVE TABLES (CONTINUED)

Table Title LOET 36 of 3815.4-1Time Sequence of Events For Incidents Which Cause Reactivity and Power Di stribution Anomalies15.4-2Minimum Calculated DNBR for a Typical Case of Rod Cluster Control Assembly Misalignment15.4-3Parameters Used in the Analysis of the Rod Cluster Control Assembly Ejection Accident15.4-4Parameters Used in Rod Ejection Accident Analysis15.4-5Integrated Break Flow (lbm) in Containment15.4-6Deleted by cha nge PKG FSC 04-MP3-01715.5-1Time Sequence of Even ts-CVCS Malfunction that Increases Reactor Coolant Inventory15.6-1Time Sequence of Events fo r Inadvertent Opening of a Pressurizer Safety Valve15.6-2Assumptions Used in Anal ysis of Failure of Small Lines Carrying Primary Coolant Outside Containment15.6-3Plant Operating Range Allowed by the Best Estimate Large Break LOCA Analysis15.6-4Large Break LOCA Containment Data Used for Calculation of Containment Pressure15.6-5Best Estimate Large Break LOCA Results 15.6-6Total Minimum Injected Sa fety Injection Flow Used in Best Estimate large Break LOCA Analysis15.6-7Large Break LOCA Containmen t Data Used for Calculation of Containment Pressure15.6-8Peak Clad Temperature includi ng All Penalties and benefits, Best Estimate large Break LOCA (BE LBLOCA)15.6-9Assumptions Used for the Radiological Consequences of a LOCA Analysis15.6-10Deleted by cha nge PKG FSC 04-MP3-01715.6-11Deleted by cha nge PKG FSC 07-MP3-05415.6-12Assumptions Used for the Control Room Habitability Analysis15.6-13Deleted by cha nge PKG FSC 04-MP3-017 MPS-3 FSAR LOET 37 of 3815.6-14Time Sequence of Events for Incidents Which Cause a Decrease in Reactor Coolant Inventory (Small Break)15.6-15Input Parameters Used in th e ECCS Analysis (Small Break)15.6-16Small Break LOCA Results Fuel Cladding Data15.6-17Small Break LOCA Safety Inje ction Flow Rate for 1.5 inch to 6 inch Breaks15.6-18Small Break LOCA Safety Injection Flow Rate for 8.75 inch Break Before Switchover15.6-19Omitted 15.6-20Omitted 15.6-21Deleted15.6-22Deleted15.6.3-1Operator Action Times for Design Basis SGTR Analysis 15.6.3-2SGTR Analysis Sequence of Events15.6.3-3SGTR Mass Releases Total Mass Flow (Pounds)15.6.3-4SGTR Analysis Parameters Used in Evaluating Radiological Consequences15.6.3-5Deleted by Change PKG FSC 07-MP3-054 15.6.3-6SGTR Analysis Iodine Spike Appearance Rates15.6.3-7Deleted by cha nge PKG FSC 04-MP3-01715.6.3-8Deleted by cha nge PKG FSC 04-MP3-01715.6.3-9Deleted by cha nge PKG FSC 04-MP3-01715.6.3-10Deleted by cha nge PKG FSC 04-MP3-01715.7-1Omitted 15.7-2Table Relocated to Table 11.3-13 by change PKG FSC 04-MP3-01715.7-3Table Relocated to Table 11.3-12 by change PKG FSC 04-MP3-01715.7-4Table Relocated to Table 11.2-12 by change PKG FSC 04-MP3-01715.7-5Table Relocated to Table 11.2-11 by change PKG FSC 04-MP3-01715.7-6Table Relocated to Table 11.2-13 by change PKG FSC 04-MP3-01715.7-7Table Relocated to Table 11.2-14 by change PKG FSC 04-MP3-017 MPS-3 FSAR LOET 38 of 3815.7-8Parameters for Postulat ed Fuel Handling Accident15.7-9Deleted by cha nge PKG FSC 04-MP3-01715.7-10Deleted by cha nge PKG FSC 07-MP3-05615.7-11Deleted by cha nge PKG FSC 04-MP3-01715B TablesDeleted by ch ange PKG FSC 02-MP3-017CHAPTER 1919.6-1License Rene wal Commitments FPERFPER 4-1Sprinkler/Waterspray Protected AreasFPER 4-2CO 2 Protected AreasFPER 9-1Plant Functions which Could be Affected by a Fire in Different Fire Areas and Options Available to Complete Function (Table has been Deleted)

MPS-3 FSARPage 1 of 83LIST OF EFFECTIVE FIGURESFigure Number FIGURE LABELDATE / Revision [ ]

TITLE Drawing Number SHEET 1.2-2 FIGURE 1.2-2

[27.2]PLOT PLAN 25212-10002 (a)N/A 1.2-3 FIGURE 1.2-3 SH-1

[27.2]PIPING & INSTRUMENTATION DIAGRAM LEGEND 25212-26900 (a)1 OF 3 1.2-3 FIGURE 1.2-3 SH-2

[27.2]PIPING & INSTRUMENTATION DIAGRAM LEGEND 25212-26900 (a)2 OF 3 1.2-3 FIGURE 1.2-3 SH-3

[27.2]PIPING & INSTRUMENTATION DIAGRAM LEGEND 25212-26900 (a)3 OF 3 2.1-1 FIGURE 2.1-1MAY 1993GENERAL SITE LOCATION N/A N/A 2.1-2 FIGURE 2.1-2MAY 1993GENERAL VICINITY N/A N/A 2.1-3 FIGURE 2.1-3

[17.5]SITE LAYOUT N/A N/A 2.1-4 FIGURE 2.1-4

[17.5]SITE PLAN N/A N/A 2.1-5 FIGURE 2.1-5MAY 1993TOWNS WITHIN 10 MILES N/A N/A 2.1-6 FIGURE 2.1-6MAY 19931985 POPULATION DISTRI BUTION 0-20 KILOMETER N/A N/A 2.1-7 FIGURE 2.1-7MAY 1993POPULATION SECTORS FOR 0-10 MILES N/A N/A 2.1-8 FIGURE 2.1-8MAY 1993 COUNTIES WITHIN 50 MILES N/A N/A 2.1-9 FIGURE 2.1-9MAY 19931985 POPULATION DISTRI BUTION 0-80 KILOMETER N/A N/A 2.1-10 FIGURE 2.1-10MAY 1993POPULATION SECTORS FOR 0-50 MILES N/A N/A2.1-11FIGURE 2.1-11MAY 1993ROADS AND FACILITIES IN THE LPZ N/A N/A MPS-3 FSARPage 2 of 83 2.1-12 FIGURE 2.1-12MAY 1993LPZ POPULATION SECTORS N/A N/A 2.2-1 FIGURE 2.2-1 APRIL 1997 MAJOR INDUSTRIAL, TR ANSPORTATION AND MILITARY FACILITIES N/A N/A 2.2-2 FIGURE 2.2-2MAY 1993INSTRUMENT LANDING PATTERNS AT TRUMBULL AIRPORT N/A N/A 2.2-3 FIGURE 2.2-3 NONEAIR LANES ADJACENT TO MILLSTONE POINT N/A N/A 2.2-4 FIGURE 2.2-4MAY 1993NEW LONDON COUNTY - STATE HIGHWAYS AND TOWN ROADS N/A N/A 2.2-5 FIGURE 2.2-5AMENDMENT 10 OCTOBER 1984PROPANE CONCENTRATION OUTSIDE AND INSIDE THE CONTROL ROOM N/A N/A 2.3-1 FIGURE 2.3-1 APRIL 1992TOPOGRAPHY IN THE VICINITY OF MILLSTONE POINT N/A N/A 2.3-2 FIGURE 2.3-2 NONETOPOGRAPHICAL PROFILES WITHIN 5 MILES OF SITE N/A N/A 2.3-3 FIGURE 2.3-3 NONETOPOGRAPHICAL PROFILES WITHIN 5 MILES OF SITE N/A N/A 2.3-4 FIGURE 2.3-4 (Sheet 1 of 2)

NONETOPOGRAPHIC PROFILES WITHIN 50 MILES OF SITE N/A 1 OF 2 2.3-4 FIGURE 2.3-4 (Sheet 2 of 2)

NONETOPOGRAPHIC PROFILES WITHIN 50 MILES OF SITE N/A 2 OF 2 2.3-5 FIGURE 2.3-5 (Sheet 1 of 2)

NONETOPOGRAPHICAL PROFILES WITHIN 50 MILES OF SITE N/A 1 OF 2 2.3-5 FIGURE 2.3-5 (Sheet 2 of 2)

NONETOPOGRAPHICAL PROFILES WITHIN 50 MILES OF SITE N/A 2 OF 2 2.3-6 FIGURE 2.3-6 (Sheet 1 of 2)

NONEGENERAL TOPOGRAPHY - 50 MILES N/A 1 OF 2 2.3-6 FIGURE 2.3-6 (Sheet 2 of 2)

NONEGENERAL TOPOGRAPHY - 50 MILES N/A 2 OF 2LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 3 of 83 2.3-7 FIGURE 2.3-7 APRIL 1992METEOROLOGICAL INSTRUMENT AND DATA QUALITY ASSURANCE FLOW DIAGRAM N/A N/A 2.4-1 FIGURE 2.4-1

[17.5]FACILITIES LOCATED ON THE SITE N/A N/A 2.4-2 FIGURE 2.4-2 NONEPUBLIC WATER SUPPLIES WITHIN 20 MILES OF SITE N/A N/A 2.4-3 FIGURE 2.4-3 NONELOCATIONS OF HYDROGRAPHI C FIELD SURVEY STATIONS JUNE TO OCTOBER 1965 N/A N/A 2.4-4 FIGURE 2.4-4 NONETIDAL CURRENTS MEASURED BY ESSEX MARINE LABORATORY N/A N/A 2.4-5 FIGURE 2.4-5 NONEBOTTOM PROFILES ESTABLISHED BY ESSEX MARINE LABORATORY N/A N/A 2.4-6 FIGURE 2.4-6 NONEFREQUENCY OF TIDAL FLOODING AT NEW LONDON, CONECTICUT N/A N/A 2.4-7 FIGURE 2.4-7

[23.1]SITE GRADE AND DRAINAGE BA SIN FOR PMP RUNOFF ANAL YSIS N/A N/A 2.4-8 FIGURE 2.4-8JULY 1997BOTTOM PROFILE ALONG PATH OF MAXIMUM SURFACE WINDS N/A N/A 2.4-9 FIGURE 2.4-9 NONECOINCIDENT WAVE AND SURGE SLOW-SPEED PROBABLE MAXIMUM HURRICANE N/A N/A 2.4-10 FIGURE 2.4-10 NONECOINCIDENT WAVE AND SURGE MEDIUM-SPEED PROBABLE MAXIMUM HURRICANE N/A N/A2.4-11FIGURE 2.4-11 NONECOINCIDENT WAVE AND SURGE HIGH-S PEED PROBABLE MAXIMUM HURRICANE N/A N/A 2.4-12 FIGURE 2.4-12 NONE LOCUS OF HURRICANE EYE HURRICANE TYPE: LA RGE RADIUS SLOW SPEED OF TRANSLATION N/A N/A 2.4-13 FIGURE 2.4-13 NONELOCUS OF HURRICANE EYE HURRICANE TYPE: LARGE RADIUS MEDIUM SPEED OF TRANSLATION N/A N/A 2.4-14 FIGURE 2.4-14 NONELOCUS OF HURRICANE EYE HURRICANE TYPE: LARGE RADIUS HIGH SPEED OF TRANSLA TION N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 4 of 83 2.4-15 FIGURE 2.4-15 NONEWAVE TRANSECTS ON LONG ISLAND SOUND N/A N/A 2.4-16 FIGURE 2.4-16 NONEAREAS UNDER EFFECT OF WAVE SHOALING AND WAVE REFRACTION N/A N/A 2.4-17 FIGURE 2.4-17 NONEWAVE REFRACTION DIAGRAM, BLOCK ISLAND SOUND GRID N/A N/A 2.4-18 FIGURE 2.4-18 NONEWAVE REFRACTION DIAGRAM, MILLSTONE GRID, ANGLE OF APPROACH SOUTH 30 DEGREE EAST N/A N/A 2.4-19 FIGURE 2.4-19 NONEWAVE REFRACTION DIAGRAM, MILLSTONE GRID, ANGLE OF APPROACH WEST 85 DEGREE SOUTH N/A N/A 2.4-20 FIGURE 2.4-20 NONEWAVE REFRACTION DIAGRAM, MILLSTONE GRID, ANGLE OF APPROACH WEST 45 DEGREE SOUTH N/A N/A 2.4-21 FIGURE 2.4-21 NONEWAVE REFRACTION DIAGRAM, MILLSTONE GRID, ANGLE OF APPROACH WEST 17 DEGREE SOUTH N/A N/A 2.4-22 FIGURE 2.4-22 NONETOPOGRAPHY AND RUNUP TRANSECTS MILLSTONE LOCATION N/A N/A 2.4-23 FIGURE 2.4-23 NONEINTAKE TRANSECT A N/A N/A 2.4-24 FIGURE 2.4-24 NONE RUNUP TRANSECT B (WEST)

N/A N/A 2.4-25 FIGURE 2.4-25 NONERUNUP TRANSECT B (EAST)

N/A N/A 2.4-26 FIGURE 2.4-26 SEPTEMBER 1997WAVE CLAPOTIS AT INTAKE N/A N/A 2.4-27 FIGURE 2.4-27 NONEINPUTS TO ONE DIMENSIONAL SETDOWN MODEL N/A N/A 2.4-28 FIGURE 2.4-28 NONELARGE RADIUS PROBABLE MAXIMUM HURRICANE ISOVEL FIELD N/A N/A 2.4-29 FIGURE 2.4-29 NONE LARGE RADIUS, SLOW SPEED OF TRANSLA TION TIME VARIANT WIND FIELD-MILLSTONE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 5 of 83 2.4-30 FIGURE 2.4-30JULY 1997SETDOWN VERSUS WIND SPEED N/A N/A 2.4-31 FIGURE 2.4-31 NONEBOUNDARY OF THE MODELED AREA N/A N/A 2.4-32 FIGURE 2.4-32 NONEONSITE WELL LOCATIONS N/A N/A 2.4-33 FIGURE 2.4-33 NONEPROBABLE SEEPAGE PATH FROM BORON RECOVERY TANK AND WASTE DISPOSAL BUILDING TO LONG ISLAND S OUND N/A N/A 2.4-34 FIGURE 2.4-34AMENDMENT 6 JANUARY 1984SCUPPER DETAILS-CONTROL, HYDROGEN RECOMB INER AND CONT AINMENT ENCLOSURE N/A N/A 2.4-35 FIGURE 2.4-35AMENDMENT 6 JANUARY 1984ROOF PLUG SEALING DETAIL - HYDROGEN RECOMBINER BUILDING N/A N/A 2.4-36 FIGURE 2.4-36AMENDMENT 6 JANUARY 1984HATCH COVER DETAILS - CIRCULATING WATER PUMPHOUSE SERVICE WATER PUMP CUBICLE N/A N/A 2.4-37 FIGURE 2.4-37AMENDMENT 9 JULY 1984HATCH COVER DETAILS - CONTROL BUILDING MECHANICAL ROOM N/A N/A 2.5.1-1 FIGURE 2.5.1-1 NONE REGIONAL PHYSIOGRAPHIC MAP N/A N/A 2.5.1-2 FIGURE 2.5.1-2 NONEREGIONAL PRE-PLEISTOCENE SEDIMENTS OF THE CONTINENTAL MARGIN N/A N/A 2.5.1-3 FIGURE 2.5.1-3 NONE SITE SURFICIAL GEOLOGY N/A N/A 2.5.1-4 FIGURE 2.5.1-4 NONE REGIONAL GEOLOGIC MAP N/A N/A 2.5.1-5 FIGURE 2.5.1-5 NONEREGIONAL GEOLOCIC SECTION N/A N/A 2.5.1-6 FIGURE 2.5.1-6 NONEREGIONAL TECTONIC MAP N/A N/A 2.5.1-7 FIGURE 2.5.1-7 NONESTRATIGRAPHIC CORRELATION CHART FO R THE SITE AND SURROUNDING REGION N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 6 of 83 2.5.1-8 FIGURE 2.5.1-8 (Sh. 1 of 3)

NONEREGIONAL STRATIGRAPHIC CORRELATION CHART N/A 1 OF 3 2.5.1-8 FIGURE 2.5.1-8 (Sh. 2 of 3)

NONEREGIONAL STRATIGRAPHIC CORRELATION CHART N/A 2 OF 3 2.5.1-8 FIGURE 2.5.1-8 (Sh. 3 of 3)

NONEREGIONAL STRATIGRAPHIC CORRELATION CHART N/A 3 OF 3 2.5.1-9 FIGURE 2.5.1-9 NONELANDSAT PHOTOGRAPHS OF CONNECTICUT, RHODE ISLAND,SOUTHERN MASSACHUSETTS, AND EASTER N NEW YORK N/A N/A 2.5.1-10 FIGURE 2.5.1-10 NONELINEAMENT MAP FROM LANDSAT PHOTOGRAPHS N/A N/A2.5.1-11FIGURE 2.5.1-11 NONEREGIONAL AEROMAGNETIC MAP N/A N/A 2.5.1-12 FIGURE 2.5.1-12 NONEREGIONAL BOUGUER GRAVITY MAP N/A N/A 2.5.1-13 FIGURE 2.5.1-13 NONESITE BEDROCK GEOLOGY N/A N/A 2.5.1-14 FIGURE 2.5.1-14 NONETECTONIC MAP OF EASTERN CONNECTICUT N/A N/A 2.5.1-15 FIGURE 2.5.1-15 NONECONTOUR DIAGRAM OF POLES TO FOLIATION PLANES - FINAL GRADE N/A N/A 2.5.1-16 FIGURE 2.5.1-16 NONECONTOUR DIAGRAM OF POLES TO JOINT PLANES - FINAL GRADE N/A N/A 2.5.1-17 FIGURE 2.5.1-17 NONECONTOUR PLOT OF BEARING AND PLUNGE OF SLICKENSIDES FINAL GRADE N/A N/A 2.5.1-18 FIGURE 2.5.1-18 NONEGENERALIZED LOCATION OF FAULTS N/A N/A 2.5.2-1 FIGURE 2.5.2-1 NONELOCATION OF SEISMIC STATIONS N/A N/A 2.5.2-2 FIGURE 2.5.2-2 NONEEPICENTERS OF EARTHQUAKES WITHIN 200 MILE RADIUS N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 7 of 83 2.5.2-3 FIGURE 2.5.2-3 NONELOCATION OF EARTHQUAKES WITHIN THE 50 MILE RADIUS N/A N/A 2.5.2-4 FIGURE 2.5.2-4 NONE ISOSEISMAL MAP EARHQUAKE OF NOVEMBER 9, 1727 N/A N/A 2.5.2-5 FIGURE 2.5.2-5 NONEISOSEISMAL MAP EARTHQUAKE OF NOVEMBER 18, 1755 N/A N/A 2.5.2-6 FIGURE 2.5.2-6 NONEISOSEISMAL MAP EARTHQUAKE OF MAY 16, 1791 N/A N/A 2.5.2-7 FIGURE 2.5.2-7 NONEISOSEISMAL MAP EARTHQUAKE OF AUGUST 10, 1884 N/A N/A 2.5.2-8 FIGURE 2.5.2-8 NONEISOSEISMAL MAP EARTHQUAKE OF MARCH 1, 1925 (FEBRUARY 28, 1925 EST)

N/A N/A 2.5.2-9 FIGURE 2.5.2-9 NONEISOSEISMAL MAP EARTHQUAKE OF DECEMBER 20 AND 24, 1940 N/A N/A 2.5.2-10 FIGURE 2.5.2-10 NONETECTONIC PROVINCES N/A N/A 2.5.3-1 FIGURE 2.5.3-1 NONET-2 FAULT ZONE FINAL EXCAVATION GRADE NORTHERN SECTION N/A N/A 2.5.3-2 FIGURE 2.5.3-2 NONET-2 FAULT ZONE FINAL EXCAVATION GRADE SOUTHERN SECTION N/A N/A 2.5.3-3 FIGURE 2.5.3-3 NONET-3 FAULT ZONE FINAL EXCAVATION GRADE N/A N/A 2.5.4-1 FIGURE 2.5.4-1 NONEGEOLOGIC MAP OF FINAL GRADE SERVICE WATER LINE WALLS - EAST N/A N/A 2.5.4-2 FIGURE 2.5.4-2 NONEGEOLOGIC MAP OF FINAL GRADE SERVICE WATER LINE WALLS - WEST N/A N/A 2.5.4-3 FIGURE 2.5.4-3 NONEGEOLOGIC MAP OF FINAL GRADE SOUTH WALL OF DISCHARGE TUNNEL N/A N/A 2.5.4-4 FIGURE 2.5.4-4 NONEGEOLOGIC MAP OF FINAL GRADE NORTH WALL OF DISCHARGE TUNNEL N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 8 of 83 2.5.4-5 FIGURE 2.5.4-5 NONEGEOLOGIC MAP OF FINAL GRADE EAST WALL OF DISCHARGE TUNNEL N/A N/A 2.5.4-6 FIGURE 2.5.4-6 NONEGEOLOGIC MAP OF FINAL GRADE - FLOORS OF STRUCTURES N/A N/A 2.5.4-7 FIGURE 2.5.4-7 NONEGEOLOGIC MAP OF FINAL GRADE SERVICE WATER LINE FLOOR - WEST N/A N/A 2.5.4-8 FIGURE 2.5.4-8 NONEGEOLOGIC MAP OF FINAL GRADE PUMPHOUSE FLOOR N/A N/A 2.5.4-9 FIGURE 2.5.4-9 NONEGEOLOGIC MAP OF FINAL GRADE SERVICE WATER LINE FLOOR - EAST N/A N/A 2.5.4-10 FIGURE 2.5.4-10 NONEGEOLOGIC MAP OF FINAL GRADE SOUTHEAST QUADRANT OF CONTAINMENT WALLS N/A N/A2.5.4-11FIGURE 2.5.4-11 NONEGEOLOGIC MAP OF FINAL GRADE SOUTHWEST QUADRANT OF CONTAINMENT WALLS N/A N/A 2.5.4-12 FIGURE 2.5.4-12 NONEGEOLOGIC MAP OF FINAL GRADE NORTHWEST QUADRANT OF CONTAINMENT WALLS N/A N/A 2.5.4-13 FIGURE 2.5.4-13 NONEGEOLOGIC MAP OF FINAL GRADE NORTHEAST QUADRANT OF CONTAINMENT WALLS N/A N/A 2.5.4-14 FIGURE 2.5.4-14 NONE GEOLOGIC MAP OF FINAL GRADE ENGINEERED SAFETY FEATURES BUILDING SUMP WELLS N/A N/A 2.5.4-15 FIGURE 2.5.4-15 NONEGEOLOGIC MAP OF FINAL GRADE AUXILI ARY BUILDING PIPE TUNNEL PIT WALLS N/A N/A 2.5.4-16 FIGURE 2.5.4-16 NONEGEOLOGIC MAP OF FINAL GRADE NORTH WALL OF EXCAVATION N/A N/A 2.5.4-17 FIGURE 2.5.4-17 NONEGEOLOGIC MAP OF FINAL GRADE NORTHEAST AND SOUTHEAST PUMPHOUSE WALLS N/A N/A 2.5.4-18 FIGURE 2.5.4-18 NONEGEOLOGIC MAP OF FINAL GRADE ENGINEERED SAFETY FEATURES BUILDING WALLS N/A N/A 2.5.4-19 FIGURE 2.5.4-19 NONEGEOLOGIC MAP OF FINAL GRADE DISCHARGE TUNNEL FLOOR N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 9 of 83 2.5.4-20 FIGURE 2.5.4-20 NONEGEOLOGIC MAP OF FINAL GRADE DISCHARGE TUNNEL FLOOR N/A N/A 2.5.4-21 FIGURE 2.5.4-21 NONEGEOLOGIC MAP OF FINAL GRADE NORTH WALL OF DISCHARGE TUNNEL N/A N/A 2.5.4-22 FIGURE 2.5.4-22 NONEGEOLOGIC MAP OF FINAL GRADE SOUTH WALL OF DISCHARGE TUNNEL N/A N/A 2.5.4-23 FIGURE 2.5.4-23 NONEGEOLOGIC MAP OF FINAL GRADE DISCHARGE TUNNEL FLOOR N/A N/A 2.5.4-24 FIGURE 2.5.4-24 NONEGEOLOGIC MAP OF FINAL GRADE DISCHARGE TUNNEL FLOOR N/A N/A 2.5.4-25 FIGURE 2.5.4-25 NONEGEOLOGIC MAP OF FINAL GRADE WEST WALL OF DISCHARGE TUNNEL N/A N/A 2.5.4-26 FIGURE 2.5.4-26 NONEGEOLOGIC MAP OF FINAL GRADE EAST WALL OF DISCHARGE TUNNEL N/A N/A 2.5.4-27 FIGURE 2.5.4-27 NONEGEOLOGIC MAP OF FINAL GRADE DISCHARGE WEIR ROCK FACE N/A N/A 2.5.4-28 FIGURE 2.5.4-28 NONECORRECTED BLOW COUNT PLOT PUMPHOUSE AREA SANDS ONSHORE BORING COMPOSITE N/A N/A 2.5.4-29 FIGURE 2.5.4-29 NONECORRECTED BLOW COUNT PLOT PUMPHOUSE AR EA SANDS BORINGS P1 TO P8 COMPOSITE N/A N/A 2.5.4-30 FIGURE 2.5.4-30 SH. 1 NONEGRAIN SIZE DISTRIBUTION CURVES N/A 1 OF 4 2.5.4-30 FIGURE 2.5.4-30 SH. 2 NONEGRAIN SIZE DISTRIBUTION CURVES N/A 2 OF 4 2.5.4-30 FIGURE 2.5.4-30 SH. 3 NONEGRAIN SIZE DISTRIBUTION CURVES N/A 3 OF 4 2.5.4-30 FIGURE 2.5.4-30 SH. 4 NONEGRAIN SIZE DISTRIBUTION CURVES N/A 4 OF 4 2.5.4-31 FIGURE 2.5.4-31 AMENDMENT 5 NOVEMBER 1983BORING LOCATION PLAN N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 10 of 83 2.5.4-32 FIGURE 2.5.4-32 NONEPLOT PLAN SHOWING LOCATIONS OF THE BORINGS AND THE GEOLOGIC SECTIONS N/A N/A 2.5.4-33 FIGURE 2.5.4-33 NONEGEOLOGIC PROFILE SECTIONS A-A' AND B-B' N/A N/A 2.5.4-34 FIGURE 2.5.4-34 AUGUST 1996GEOLOGIC PROFILE, SECTIONS C-C', D-D', AND E'E' N/A N/A 2.5.4-35 FIGURE 2.5.4-35 NONEGEOLOGIC PROFILE - SECTIONS F-F' AND G-G' N/A N/A 2.5.4-36 FIGURE 2.5.4-36 AMENDMENT 3 AUGUST 1983TOP OF BASAL TILL CONTOUR MAP N/A N/A 2.5.4-37 FIGURE 2.5.4-37 NONEGROUNDWATER CONTOUR MAP N/A N/A 2.5.4-38 FIGURE 2.5.4-38 NONEGROUNDWATER OBSERVATION IN BOREHOLES N/A N/A 2.5.4-39 FIGURE 2.5.4-39 AMENDMENT 3 AUGUST 1983BEDROCK SURFACE CONTOUR MAP N/A N/A 2.5.4-40 FIGURE 2.5.4-40 AMENDMENT 3 AUGUST 1983GENERAL EXCAVATION PLAN N/A N/A 2.5.4-41 FIGURE 2.5.4-41AMENDMENT 14 JULY 1985SHOREFRONT & DREDGING PLAN N/A N/A 2.5.4-42 FIGURE 2.5.4-42 NONEMODULUS VERSUS EFFECTIVE CONFINING PRESSURE STRUCTURAL FILL N/A N/A 2.5.4-43 FIGURE 2.5.4-43 AMENDMENT 3 AUGUST 1983LATERAL PRESSURE DISTRIBUTION N/A N/A 2.5.4-44 FIGURE 2.5.4-44 NONEGRADATON CURVES FORE CATEGORY I STRUCTURAL FILL N/A N/A 2.5.4-45 FIGURE 2.5.4-45 NONEK2 VERSUS SHEAR STRAIN FOR BEACH SANDS N/A N/A 2.5.4-46 FIGURE 2.5.4-46 NONEEARTHQUAKE INDUCED SHEAR STRESSES IN BEACH SANDS N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 11 of 83 2.5.4-47 FIGURE 2.5.4-47 JUNE 1997CYCLIC STRESS RATION VS CONFINING PRESSURE FOR BEACH SANDS N/A N/A 2.5.4-48 FIGURE 2.5.4-48 NONECYCLIC STRESS RATION VS PENETRATIJON RESISTANCE OF SAND N/A N/A 2.5.4-49 FIGURE 2.5.4-49 NONEFACTOR OF SAFETY AGAINST LIQUIFACTION OF BEACH SANDS N/A N/A 2.5.4-50 FIGURE 2.5.4-50 NONEIDEALIZED SOIL PROFILE LIQUEFACTION ANALYSIS OF ABLATION TILL UNDER DISCHARGE TUNNEL N/A N/A 2.5.4-51 FIGURE 2.5.4-51AMENDMENT 8 MAY 1984GEOLOGIC PROFILE SECTION H-H' N/A N/A 2.5.4-52 FIGURE 2.5.4-52AMENDMENT 8 MAY 1984GEOLOGIC PROFILE SECTION I-I' N/A N/A 2.5.4-53 FIGURE 2.5.4-53 AMENDMENT 5 NOVEMBER 1983LOCATION OF FIELD DENSITY TESTS SERVICE WATER INTAKE LINE N/A N/A 2.5.4-54 FIGURE 2.5.4-54AMENDMENT 14 JULY 1985LOCATION OF FIELD DENSITY TESTS EMERGE NCY GENERATORE ENCLOSURE AND CONTROL BUILDING N/A N/A 2.5.4-55 FIGURE 2.5.4-55AMENDMENT 8 MAY 1984GEOLOGIC PROFILE SECTION J-J' N/A N/A 2.5.4-56 FIGURE 2.5.4-56AMENDMENT 8 MAY 1984GEOLOGIC PROFILE SECTION K-K' N/A N/A 2.5.4-57 FIGURE 2.5.4-57 SH. 1 AMENDMENT 3 AUGUST 1983GRAIN SIZE DISTRIBUTION CURVES PUMPHOUSE AREA OUTWASH SANDS N/A 1 OF 2 2.5.4-57 FIGURE 2.5.4-57 SH. 2 AMENDMENT 3 AUGUST 1983GRAIN SIZE DISTRIBUTION CURVES PUMPHOUSE AREA OUTWASH SANDS N/A 2 OF 2 2.5.4-58 FIGURE 2.5.4-58 AMENDMENT 3 AUGUST 1983EQUIVALENT NUBERS OF UNIFOREM STRESS CYCLES BASED ON STRONGES COMPONENTS OF GROUND MOTION N/A N/A 2.5.4-59 FIGURE 2.5.4-59 AMENDMENT 3 AUGUST 1983PLAN OF SETTLEMENT MONITORING BENCHMARK LOCATIONS N/A N/A 2.5.4-60 FIGURE 2.5.4-60 SH. 1 AMENDMENT 3 AUGUST 1983 CONTROL BUILDING SETTLEMENT N/A 1 OF 2LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 12 of 83 2.5.4-60 FIGURE 2.5.4-60 SH. 2 AMENDMENT 3 AUGUST 1983 CONTROL BUILDING SETTLEMENT N/A 2 OF 2 2.5.4-61 FIGURE 2.5.4-61 AMENDMENT 3 AUGUST 1983EMERGENCY GENERATOR ENCLOSURE SETTLEMENT N/A N/A 2.5.4-62 FIGURE 2.5.4-62 AMENDMENT 3 AUGUST 1983SOLID WASTE BUILDING SETTLEMENT N/A N/A 2.5.4-63 FIGURE 2.5.4-63 AMENDMENT 3 AUGUST 1983LIQUID WASTE BUILDING SETTLEMENT N/A N/A 2.5.4-64 FIGURE 2.5.4-64 AMENDMENT 3 AUGUST 1983 FUEL BUILDING SETTLEMENT N/A N/A 2.5.4-65 FIGURE 2.5.4-65 AMENDMENT 5 NOVEMBER 1983GEOLOGIC PROFILE SECTION L-L' N/A N/A 2.5.4-66 FIGURE 2.5.4-66 AMENDMENT 5 NOVEMBER 1983GEOLOGIC PROFILE SECTION M-M' N/A N/A 2.5.4-67 FIGURE 2.5.4-67AMENDMENT 8 MAY 1984GEOLOGIC PROFILE SECTION N-N' N/A N/A 2.5.4-68 FIGURE 2.5.4-68 AMENDMENT 5 NOVEMBER 1983GEOLOGIC PROFILE SECTION O-O' N/A N/A 2.5.4-69 FIGURE 2.5.4-69AMENDMENT 8 MAY 1984GEOLOGIC PROFILE SECTION P-P' N/A N/A 2.5.4-70 FIGURE 2.5.4-70AMENDMENT 8 MAY 1984GEOLOGIC PROFILE SECTION Q-Q' N/A N/A 2.5.4-71 FIGURE 2.5.4-71 AMENDMENT 15 SEPTEMBER 1985GEOLOGIC PROFILE SECTION R-R' N/A N/A 2.5.4-72 FIGURE 2.5.4-72AMENDMENT 8 MAY 1984SOIL - STRUCTURE INTERACTION EMERGENCY GENERATOR ENCLOSURE N/A N/A 2.5.4-73 FIGURE 2.5.4-73AMENDMENT 8 MAY 1984SHEAR MODULUS CURVE TYPE 2 SOIL (S TRUCTURAL BACKFILL AND BASAL TILL)

N/A N/A 2.5.4-74 FIGURE 2.5.4-74AMENDMENT 8 MAY 1984DAMPING CURVE TYPE 2 SOIL (STR UCTURAL BACKFILL AND BASAL TILL)

N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 13 of 83 2.5.4-75 FIGURE 2.5.4-75AMENDMENT 9 JULY 1984SHOREFRONT PROFILE USED IN LIQUEFACTION ANALYSES N/A N/A 2.5.5-1 FIGURE 2.5.5-1JANUARY 1998SECTION THROUGH SHOREFRONT N/A N/A 2.5.5-2 FIGURE 2.5.5-2 NONETYPICAL WEDGE GEOMETRY N/A N/A 2.5.5-3 FIGURE 2.5.5-3 NONEDESIGN LOADS FOR RING BEAM N/A N/A 2.5.5-4 FIGURE 2.5.5-4JANUARY 1998SHOREFRONT SLOPE STABILITY SECTION - SLOPING ROCK PROFILE N/A N/A 2.5.5-5 FIGURE 2.5.5-5AMENDMENT 8 MAY 1984

SUMMARY

OF CIU TEST RESULTS - BEACH AREA OUTWASH SANDS N/A N/A 2.5.5-6 FIGURE 2.5.5-6AMENDMENT 8 MAY 1984POTENTIAL FAILURE WEDGES WEST SI DE OF CONTAINMENT EXCAVATION N/A N/A 2.5.5-7 FIGURE 2.5.5-7AMENDMENT 8 MAY 1984ROCK SURFACE NEAR NORTH EDGE OF MAIN STEAM VALVE BUILDING N/A N/A 3.2-1 FIGURE 3.2-1 NONELINE DESINATION, SAF ETY CLASS BOUNDARIES N/A N/A 3.3-1 FIGURE 3.3-1AMENDMENT 11 NOVEMBER 1984DYNAMIC LOAD FACTOR CURVE FOR TORNADO PRESSURE DROP N/A N/A 3.4-1 FIGURE 3.4-1 (Sheet 1 of 4)OCTOBER 1997CIRCULATING AND SERVICE WATER PUMPHOUSE N/A 1 OF 4 3.4-1 FIGURE 3.4-1 (Sheet 2 of 4)

NONECIRCULATING AND SERVICE WATER PUMPHOUSE N/A 2 OF 4 3.4-1 FIGURE 3.4-1 (Sheet 3 of 4)

NONECIRCULATING AND SERVICE WATER PUMPHOUSE N/A 3 OF 4 3.4-1 FIGURE 3.4-1 (Sheet 4 of 4)

NONECIRCULATING AND SERVICE WATER PUMPHOUSE N/A 4 OF 4 3.5-1 FIGURE 3.5-1 NONE TURBINE PLACEMENT & ORIENT ATION FOR THREE UNIT SITE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 14 of 83 3.5-2 FIGURE 3.5-2 NONETURBINE PLACEMENT AND ORIENTATION PROFILE N/A N/A 3.5-3 FIGURE 3.5-3

[16]DELETED BY PKG FSC 02-MP3-013 N/A N/A 3.5-4 FIGURE 3.5-4

[16]DELETED BY PKG FSC 02-MP3-013 N/A N/A 3.5-5 FIGURE 3.5-5

[16]DELETED BY PKG FSC 02-MP3-013 N/A N/A 3.5-6 FIGURE 3.5-6 AMENDMENT 3 AUGUST 1983 MISSILE BARRIER BEAM COLUMN N/A N/A 3.6-1 FIGURE 3.6-1 NONEFLUID SYSTEMS SUBJECTED TO BREAK AND CRACK ANALYSIS N/A N/A 3.6-2 FIGURE 3.6-2 NONERELATIVE LOCATIONS OF SAFETY-RELATED EQUIPMENT - ELEVATION 3 FEET - 8 INCHES N/A N/A 3.6-3 FIGURE 3.6-3

[20.1]RELATIVE LOCATIONS OF SAFETY-RELATED EQUIPMENT - ELEVATION 24 FEET - 6 INCHES N/A N/A 3.6-4 FIGURE 3.6-4 NONERELATIVE LOCATIONS OF SAFETY-RELATED EQUIPMENT - ELEVATION 51 FEET - 4 INCHES N/A N/A 3.6-5 FIGURE 3.6-5 NONERELATIVE LOCATIONS OF SAFETY-R ELA TED EQUIPMENT - SECTION 1-1 N/A N/A 3.6-6 FIGURE 3.6-6 NONERELATIVE LOCATIONS OF SAFETY-R ELA TED EQUIPMENT - SECTION 2-2 N/A N/A 3.6-7 FIGURE 3.6-7 NONERELATIVE LOCATIONS OF SAFETY-RELA TED EQUIPMENT - SECTION 3-3, 4-4 N/A N/A 3.6-8 FIGURE 3.6-8JANUARY 1998 MAIN STEAM SYSTEM N/A N/A 3.6-8NOTES TO FIGURE 3.6-8

[16]DATA FOR PIPE RUPTURE RESTRAINTS - MAIN STEAM SYSTEM N/A N/A 3.6-9 FIGURE 3.6-9 NONE MAIN STEAM SYSTEM (CONTINUED)

N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 15 of 83 3.6-10 FIGURE 3.6-10JANUARY 1998FEEDWATER SYSTEM POSTULATED PIPE RUPTURE LOCA TIONS N/A N/A3.6-11FIGURE 3.6-11JANUARY 1998FEEDWATER SYTEM PIPE RUPTURE RESTRAINTS N/A N/A3.6-11NOTES TO FIGURE 3.6-11

[16]DATA FOR PIPE RUPTURE RESTRA INTS - MAIN FEEDWATER SYSTEM N/A N/A 3.6-12 FIGURE 3.6-12JANUARY 1998REACTOR COOLANT SYSTEM - PRIMARY COOLANT PIPING N/A N/A 3.6-12NOTES TO FIGURE 3.6-12

[16])DATA FOR PIPE RUPTURE RESTRAINTS - REACTO R COOLANT SYSTEM - PR IMARY COOLANT PIPING N/A N/A 3.6-13 FIGURE 3.6-13JANUARY 1998REACTOR COOLANT SYSTEM - LOW PRESSURE SAFETY INJECTION & RESIDUAL HEAT REMOVAL PIPING N/A N/A 3.6-13NOTES TO FIGURE 3.6-13

[16]DATA FOR PIPE RUPTURE RESTRAINTS REACTO R COOLANT SYSTEM, LOW PRESSURE SAFETY INJECTION, HIGH PRESSURE SAFETY INJECTION, AND RESIDUAL HEAT REMOVAL PIPING N/A N/A 3.6-14 FIGURE 3.6-14 APRIL 1998REACTOR COOLANT SYSTEM - PRESSURIZER CUBICLE PIPING N/A N/A 3.6-14NOTES TO FIGURE 3.6-14

[16]DATA FOR PIPE RUPTURE RESTRAINTS REAC TOR COOLANT SYSTEM PRESSURIZER CUBICLE PIPING N/A N/A 3.6-15 FIGURE 3.6-15JANUARY 1998CHEMICAL AND VOLUME CONTROL SYSTEM - CHARGING LINE PIPING N/A N/A 3.6-15NOTES TO FIGURE 3.6-15

[16]DATA FOR PIPE RUPTURE RESTRAINTS CHEM ICAL VOLUME CONTROL SYSTEM - NORMAL CHAR GING N/A N/A 3.6-16 FIGURE 3.6-16JANUARY 1998CHEMICAL AND VOLUME CONTROL SYSTEM - LETDOWN LINE PIPING N/A N/A 3.6-16NOTES TO FIGURE 3.6-16

[16])DATA FOR PIPE RUPTURE RESTRAINTS CHEMIC AL VOLUME CONTROL SYSTEM - LETDOWN LINE N/A N/A 3.6-17 FIGURE 3.6-17JANUARY 1998CHEMICAL AND VOLUME CONTROL SYS TEM - SEAL WATER INJECTION PIPING N/A N/A 3.6-18 FIGURE 3.6-18JANUARY 1998STEAM GENERATOR BLOWDOWN SYSTEM N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 16 of 83 3.6-18NOTES TO FIGURE 3.6-18

[16]DATA FOR PIPE RUPTURE RESTRAINTS STEAM GENERATOR BLOWDOWN SYSTEM N/A N/A 3.6-19 FIGURE 3.6-19 NONEPIPE RUPTURE ANALYSIS FLOW CHART N/A N/A 3.6-20 FIGURE 3.6-20 NONEVARIATION OF STEADY STATE STEAM BLOWDOWN VERSUS FRICTION N/A N/A 3.6-21 FIGURE 3.6-21 NONEPIPE, RESTRAINT, INTERMEDIATE STRU CTURE SYSTEM MATHEMATICAL MODEL N/A N/A 3.6-22 FIGURE 3.6-22 NONELAMINATED STRAP RESTRAINT FOR SMALL LINES N/A N/A 3.6-23 FIGURE 3.6-23 NONEFEEDWATER SYSTEM SHORT LOOP STRAP NEAR THE STEAM GENERATOR, NET SHEAR FORCE AT NODE 10 N/A N/A 3.6-24 FIGURE 3.6-24 NONEFEEDWATER SYSTEM SHORT LOOP STRAP NEAR THE STEAM GENERATOR, NET SHEAR FORCE AT NODE 14 N/A N/A 3.6-25 FIGURE 3.6-25 NONEFEEDWATER SYSTEM SHORT LOOP STRAP NEAR THE STEAM GENERATOR, NET MOMENT FORCE AT NODE 14 N/A N/A 3.6-26 FIGURE 3.6-26 NONEFORCE ACTING ON THE STRAP NODE 8 N/A N/A 3.6-27 FIGURE 3.6-27 NONEFEEDWATER SYSTEM SHORT LOOP STRAP NEAR THE STEAM GENERATOR, ENERGY N/A N/A 3.6-28 FIGURE 3.6-28 NONEENERGY BALANCE ANALYSIS MODEL N/A N/A 3.6-29 FIGURE 3.6-29 NONEPIPE CRUSH BUMPER N/A N/A 3.6-30 FIGURE 3.6-30 NONEPIPE CRUSH BUMPER N/A N/A 3.6-31 FIGURE 3.6-31 NONEOMNI-DIRECTIONAL PIP RUPTURE RESTRAINT N/A N/A 3.6-32 FIGURE 3.6-32

[26]AUXILIARY FEEDWATER SYSTEM N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 17 of 83 3.6-33 FIGURE 3.6-33JANUARY 1998REACTOR COOLANT SYSTEM SMALL BORE PIPING IN STEAM GENERATOR CUBICLES N/A N/A 3.7B-1 FIGURE 3.7B-1 NONEHORIZONTAL DESIGN RESPONSE SPECTRA 0.17 G SSE N/A N/A 3.7B-2 FIGURE 3.7B-2 NONEHORIZONTAL DESIGN RESPONSE SPECTRA 0.09 G OBE N/A N/A 3.7B-3 FIGURE 3.7B-3 NONEHORIZONTAL TIME HISTORY RESPONSE SPECTRA 0.5 PERCENT DAMPING VALUE N/A N/A 3.7B-4 FIGURE 3.7B-4 NONEHORIZONTAL TIME HISTORY RESPONSE SPECTRA 1.0 PERCENT DAMPING VALUE N/A N/A 3.7B-5 FIGURE 3.7B-5 NONEHORIZONTAL TIME HISTORY RESPONSE SPECTRA 2.0 PERCENT DAMPING VALUE N/A N/A 3.7B-6 FIGURE 3.7B-6 NONEHORIZONTAL TIME HISTORY RESPONSE SPECTRA 6.0 PERCENT DAMPING VALUE N/A N/A 3.7B-7 FIGURE 3.7B-7 NONEHORIZONTAL TIME HISTORY RESPONSE SPECTRA 7.0 PERCENT DAMPING VALUE N/A N/A 3.7B-8 FIGURE 3.7B-8 NONEHORIZONTAL TIME HISTORY RESPONSE SPECTRA 10 PERCENT DAMPING VALUE N/A N/A 3.7B-9 FIGURE 3.7B-9 NONEDYNAMIC MODEL OF THE CO NTAINMENT STRUCTURE N/A N/A 3.7B-10 FIGURE 3.7B-10 NONEDYNAMIC MODEL OF THE MAIN STEAM VALVE BUILDING N/A N/A3.7B-11FIGURE 3.7B-11 NONEDYNAMIC MODEL OF THE EMERGENCY GENERATOR ENCLOSURE N-S VIEW N/A N/A 3.7B-12 FIGURE 3.7B-12 NONEDYNAMIC MODEL OF THE EMERGENCY GENERATOR ENCLOSURE E-W VIEW N/A N/A 3.7B-13 FIGURE 3.7B-13 NONEREACTOR CONTAINMENT MAT ELEVATION -37 FEET - 3 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-14 FIGURE 3.7B-14 NONEREACTOR CONTAINMENT MAT ELEVATION -37 FEET - 3 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 18 of 83 3.7B-15 FIGURE 3.7B-15 NONEREACTOR CONTAINMENT MAT ELEVATION -37 FE ET - 3 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-16 FIGURE 3.7B-16 NONEREACTOR CONTAINMENT STEAM GENERATORS SU PPORT SLAB ELEVATION 3 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-17 FIGURE 3.7B-17 NONEREACTOR CONTAINMENT STEAM GENERATORS SU PPORT SLAB ELEVATION 3 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-18 FIGURE 3.7B-18 NONEREACTOR CONTAINMENT STEAM GENERATORS SU PPORT SLAB ELEVATION 3 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-19 FIGURE 3.7B-19 NONEREACTOR CONTAINMENT TOP OF PRIMARY SHIELD WALL ELEVATION 24 FEET - 6 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-20 FIGURE 3.7B-20 NONEREACTOR CONTAINMENT TOP OF PRIMARY SHIELD WALL ELEVATION 24 FEET - 6 INCHES

AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-21 FIGURE 3.7B-21 NONEREACTOR CONTAINMENT TOP OF PRIMARY SHIELD WALL ELEVATION 24 FEET - 6 INCHES

AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-22 FIGURE 3.7B-22 NONEREACTOR CONTAINMENT OPERATING FLOOR ELEVATION 50 FEET - 10 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-23 FIGURE 3.7B-23 NONEREACTOR CONTAINMENT OPERATING FLOOR ELEVATION 50 FEET - 10 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-24 FIGURE 3.7B-24 NONEREACTOR CONTAINMENT OPERATING FLOOR ELEVATION 50 FEET - 10 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-25 FIGURE 3.7B-25 NONEREACTOR CONTAINMENT TOP OF CRANE WALL ELEVATION 109 FEET - 1 INCH AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-26 FIGURE 3.7B-26 NONEREACTOR CONTAINMENT TOP OF CRANE WALL ELEVATION 109 FEET - 1 INCH AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-27 FIGURE 3.7B-27 NONEREACTOR CONTAINMENT TOP OF CRANE WALL ELEVATION 109 FEET - 1 INCH AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-28 FIGURE 3.7B-28 NONEREACTOR CONTAINMENT SPRING LINE ELEVATIO N 104 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-29 FIGURE 3.7B-29 NONEREACTOR CONTAINMENT SPRING LINE ELEVATIO N 104 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 19 of 83 3.7B-30 FIGURE 3.7B-30 NONEREACTOR CONTAINMENT SPRING LINE ELEVATIO N 104 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-31 FIGURE 3.7B-31 NONEREACTOR CONTAINMENT DOME APEX ELEVATION 163 FEET - 4 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-32 FIGURE 3.7B-32 NONEREACTOR CONTAINMENT DOME APEX ELEVATION 163 FEET - 4 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-33 FIGURE 3.7B-33 NONEREACTOR CONTAINMENT DOME APEX ELEVATION 163 FEET - 4 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-34 FIGURE 3.7B-34 NONEMAIN STEAM VALVE BUILDING ELEVATION 9 FEET

-0 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-35 FIGURE 3.7B-35 NONEMAIN STEAM VALVE BUILDING ELEVATION 9 FEET

-0 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-36 FIGURE 3.7B-36 NONEMAIN STEAM VALVE BUILDING ELEVATION 9 FE ET-0 INCHES AMPLIF IED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-37 FIGURE 3.7B-37 NONEMAIN STEAM VALVE BUILDING FLOOR SLAB ELEV ATION 41 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-38 FIGURE 3.7B-38 NONEMAIN STEAM VALVE BUILDING FLOOR SLAB ELEVATION41 FEET -

0 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-39 FIGURE 3.7B-39 NONEMAIN STEAM VALVE BUILDING FLOOR SLAB ELEV ATION 41 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-40 FIGURE 3.7B-40 NONEMAIN STEAM VALVE BUILDING ROOF SLAB ELEVATION 85 FEET - 4 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-41 FIGURE 3.7B-41 NONEMAIN STEAM VALVE BUILDING ROOF SLAB ELEVATION 85 FEET - 4 INCHES AMPLIFIED RESPONSE

SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-42 FIGURE 3.7B-42 NONEMAIN STEAM VALVE BUILDING ROOF SLAB ELEVATION 85 FEET - 4 INCHES AMPLIFIED RESPONSE

SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-43 FIGURE 3.7B-43 AMENDMENT 3 AUGUST 1983EMERGENCY GENERATOR ENCLOSURE TRANSF ER FUNCTION AT BASE OF STRUCTURE ELEVATION 9 FEET - 0 INCHES FOR HORIZONTAL ACCELERATION N-S EXCITATION SSE N/A N/A 3.7B-44 FIGURE 3.7B-44 NONEEMERGENCY GENERATOR ENCLOSURE TRANSFER FU NCTION AT FLOOR SLAB ELEVATION 51 FEET - 0 INCHES FOR HORIZONTAL ACCELERATION N-S EXCITATION SSE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 20 of 83 3.7B-45 FIGURE 3.7B-45 AMENDMENT 3 AUGUST 1983EMERGENCY GENERATOR ENCLOSURE TRANSFER FUNCTION AT ROOF SLAB ELEVATION 66 FEET - 0 INCHES FOR HORIZONTAL ACCELERATION N-S EXCITATION SSE N/A N/A 3.7B-46 FIGURE 3.7B-46 AMENDMENT 3 AUGUST 1983EMERGENCY GENERATOR ENCLOSURE TRANSF ER FUNCTION AT BASE OF STRUCTURE ELEVATION 9 FEET - 0 INCHES FOR VERTICAL ACCELERATION VERTICAL EXCITATION SSE N/A N/A 3.7B-47 FIGURE 3.7B-47 NONEEMERGENCY GENERATOR ENCLOSURE TRANSFER FU NCTION AT FLOOR SLAB ELEVATION 51 FEET - 0 INCHES FOR VERTICAL ACCELERATION VERTICAL EXCITATION SSE N/A N/A 3.7B-48 FIGURE 3.7B-48 AMENDMENT 3 AUGUST 1983EMERGENCY GENERATOR ENCLOSURE TRANSFER FUNCTION AT ROOF SLAB ELEVATION 66 FEET - 0 INCHES FOR VERTICAL ACCELERATION VERTICAL EXCITATION SSE N/A N/A 3.7B-49 FIGURE 3.7B-49 AMENDMENT 3 AUGUST 1983EMERGENCY GENERATOR ENCLOSURE TRANSF ER FUNCTION AT BASE OF STRUCTURE ELEVATION 9 FEET - 0 INCHES FOR HORIZONTAL ACCELERATION E-W EXCITATION SSE N/A N/A 3.7B-50 FIGURE 3.7B-50 NONEEMERGENCY GENERATOR ENCLOSURE TRANSFER FU NCTION AT FLOOR SLAB ELEVATION 51 FEET - 0 INCHES FOR HORIZONTAL ACCELERATION E-W EXCITATION SSE N/A N/A 3.7B-51 FIGURE 3.7B-51 AMENDMENT 3 AUGUST 1983EMERGENCY GENERATOR ENCLOSURE TRANSFER FUNCTION AT ROOF SLAB ELEVATION 66 FEET - 0 INCHES FOR HORIZONTAL ACCELERATION E-W EXCITATION SSE N/A N/A 3.7B-52 FIGURE 3.7B-52 NONEEMERGENCY GENERATOR ENCLOSURE FLOOR SLAB ELEVATION 24 FEET - 6 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-53 FIGURE 3.7B-53 NONEEMERGENCY GENERATOR ENCLOSURE FLOOR SLAB ELEVATION 24 FEET - 6 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-54 FIGURE 3.7B-54 NONEEMERGENCY GENERATOR ENCLOSURE FLOOR SLAB ELEVATION 24 FEET - 6 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-55 FIGURE 3.7B-55 NONEEMERGENCY GENERATOR ENCLOSURE FLOOR SLAB ELEVATION 51 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-56 FIGURE 3.7B-56 NONEEMERGENCY GENERATOR ENCLOSURE FLOOR SLAB ELEVATION 51 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/A 3.7B-57 FIGURE 3.7B-57 NONEEMERGENCY GENERATOR ENCLOSURE FLOOR SLAB ELEVATION 51 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-58 FIGURE 3.7B-58 NONEEMERGENCY GENERATOR ENCLOSURE ROOF SLAB ELEVATION 66 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-59 FIGURE 3.7B-59 NONEEMERGENCY GENERATOR ENCLOSURE ROOF SLAB ELEVATION 66 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA E-W EXCITATION SSE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 21 of 83 3.7B-60 FIGURE 3.7B-60 NONEEMERGENCY GENERATOR ENCLOSURE ROOF SLAB ELEVATION 66 FEET - 0 INCHES AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-61 FIGURE 3.7B-61 NONEEMERGENCY GENERATOR ENCLOSURE DIESEL GENERATOR MAT ELEVATION 24 FEET - 6 INCHES AMPLIFIED RESPONSE SPECTRA N-S EXCITATION SSE N/A N/A 3.7B-62 FIGURE 3.7B-62 NONEEMERGENCY GENERATOR ENCLOSURE DIESEL GENERATOR MAT ELEVATION 24 FEET - 6 INCHES

AMPLIFIED RESPONSE SPECTRA VERTICAL EXCITATION SSE N/A N/A 3.7B-63 FIGURE 3.7B-63 NONEEMERGENCY GENERATOR ENCLOSURE HORIZONTAL ACCELERATION TIME HISTORY AT BEDROCK N-S EXCITATION SSE N/A N/A 3.7B-64 FIGURE 3.7B-64 NONEEMERGENCY GENERATOR ENCLOSURE HORIZONTAL ACCELERATION TIME HISTORY AT BASE OF STRUCTURE N-S EXCITATION SSE N/A N/A 3.7B-65 FIGURE 3.7B-65 NONETYPICAL MATHEMATICAL MODEL OF A PIPING SYSTEM N/A N/A 3.7B-66 FIGURE 3.7B-66 NONEREPRESENTATION OF FAMILY OF PEAK RESPONSE CURVES WITHIN BROADENED RESONANT PEAK N/A N/A 3.7B-67 FIGURE 3.7B-67 NONEHYPOTHETICAL VERSUS ACTUAL RESPONSE OF MUL TIPLE MODES WITHIN BROADENED RESPONSE PEAK N/A N/A 3.7B-68 FIGURE 3.7B-68 NONEJUSTIFICATION OF STATIC LOAD FACTOR N/A N/A 3.7B-69 FIGURE 3.7B-69 NONETYPICAL AMPLIFIED RESPONSE SPECTRA N/A N/A 3.7B-70 FIGURE 3.7B-70 NONE MODEL BEAMS N/A N/A 3.7B-71 FIGURE 3.7B-71 AMENDMENT 15 SEPTEMBER 1985DAMPING VALUE FOR SEISMIC ANALYSIS OF PIPING N/A N/A 3.7N-1 FIGURE 3.7N-1 NONEMULTI-DEGREE OF FREEDOM SYSTEM N/A N/A 3.8-1 FIGURE 3.8-1 NOVEMBER 1997CONTAINMENT STRUCTURE FOUNDATION DETAIL N/A N/A 3.8-2 FIGURE 3.8-2 NONETYPICAL DETAIL OF DOME CYLINDER JUNCTION N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 22 of 83 3.8-3 FIGURE 3.8-3 NOVEMBER 1997KNUCKLE PLATE N/A N/A 3.8-4 FIGURE 3.8-4 NONEMAT REINFORCEMENT WITH RADIAL SHEAR BAR ASSEMBL Y N/A N/A 3.8-5 FIGURE 3.8-5 NONEREINFORCEMENT AROUND MAIN STEAM PENETRATIONS N/A N/A 3.8-6 FIGURE 3.8-6 NONEREINFORCING DETAILS SECTIONS THROUGH RING BEAM OF PERSONNEL ACCESS LOCK N/A N/A 3.8-7 FIGURE 3.8-7 NONEREINFORCING DETAILS PERSONNEL ACCESS LOCK OPENING N/A N/A 3.8-8 FIGURE 3.8-8 NONETYPICAL REINFORCING DETAILS SECTIONS THROU GH RING BEAM OF EQUIPMENT ACCESS HATCH N/A N/A 3.8-9 FIGURE 3.8-9 NONEREINFORCING DETAILS EQUIPMENT ACCESS HATCH OPENING N/A N/A 3.8-10 FIGURE 3.8-10 NONEBASE PLATE DETAILS CONTAINMENT ENCLOSURE STRUCTURE N/A N/A3.8-11FIGURE 3.8-11 NONERING AT APEX OF CONTAINMENT STRUCTURE DOME N/A N/A 3.8-12 FIGURE 3.8-12 NONEELEVATION DOME MAINTENANCE TRUSS N/A N/A 3.8-13 FIGURE 3.8-13 NONELINER BUCKLE PLATE N/A N/A 3.8-14 FIGURE 3.8-14 NONEBASIC LINER DIMENSIONS N/A N/A 3.8-15 FIGURE 3.8-15 AMENDMENT 15 SEPTEMBER 1985TYPICAL PIPING PENETRATIONS N/A N/A 3.8-16 FIGURE 3.8-16 AMENDMENT 15 SEPTEMBER 1985TYPICAL SLEEVED PIPING PENETRATION N/A N/A 3.8-17 FIGURE 3.8-17 AMENDMENT 15 SEPTEMBER 1985MULTIPLE PIPE PEN ETRATION ASSEMBLY N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 23 of 83 3.8-18 FIGURE 3.8-18 AMENDMENT 15 SEPTEMBER 1985UNSLEEVED PIPING PENETRATION N/A N/A 3.8-19 FIGURE 3.8-19 AMENDMENT 15 SEPTEMBER 1985ELECTRICAL PENETRATION N/A N/A 3.8-20 FIGURE 3.8-20 AMENDMENT 2 APRIL 1983 FUEL TRANSFER TUBE N/A N/A 3.8-21 FIGURE 3.8-21 NOVEMBER 1997PERSONNEL HATCH N/A N/A 3.8-22 FIGURE 3.8-22 NOVEMBER 1997EQUIPMENT HATCH N/A N/A 3.8-23 FIGURE 3.8-23 SH. 1 NOVEMBER 1997CONTAINMENT STRUCTURE FOUNDATI ON DETAIL WITH RING GIRDER N/A 1 OF 2 3.8-23 FIGURE 3.8-23 SH. 2 NOVEMBER 1997CONTAINMENT STRUCTURE FOUNDATI ON DETAIL WITH RING GIRDER N/A 2 OF 2 3.8-24 FIGURE 3.8-24 SH. 1 NONEDETAIL OF RING GIRDER AT ESF BUILDING N/A 1 OF 3 3.8-24 FIGURE 3.8-24 SH. 2 AMENDMENT 15 SEPTEMBER 1985DETAIL OF RING GIRDER AT ESF BUILDING N/A 2 OF 3 3.8-24 FIGURE 3.8-24 SH. 3 NONEDETAIL OF RING GIRDER AT ESF BUILDING N/A 3 OF 3 3.8-25 FIGURE 3.8-25 NONECONTAINMENT STRUCTURE MAT MOMENT AND SHEAR DIAGRAMS N/A N/A 3.8-26 FIGURE 3.8-26 NONECONTAINMENT STRUCTURE MAT MOMENT AND SHEAR DIAGRAMS N/A N/A 3.8-27 FIGURE 3.8-27 NONECONTAINMENT STRUCTURE MAT MOMENT AND SHEAR DIAGRAMS N/A N/A 3.8-28 FIGURE 3.8-28 NONECONTAINMENT STRUCTURE MAT MOMENT AND SHEAR DIAGRAMS N/A N/A 3.8-29 FIGURE 3.8-29 NONECONTAINMENT STRUCTURE MAT MOMENT AND SHEAR DIAGRAMS N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 24 of 83 3.8-30 FIGURE 3.8-30 NONECONTAINMENT STRUCTURE MAT MOMENT AND SHEAR DIAGRAMS N/A N/A 3.8-31 FIGURE 3.8-31 NONECONTAINMENT STRUCTURE MAT MOMENT AND SHEAR DIAGRAMS N/A N/A 3.8-32 FIGURE 3.8-32 NONELOAD PLOT NOMENCLATURE N/A N/A 3.8-33 FIGURE 3.8-33 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-34 FIGURE 3.8-34 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-35 FIGURE 3.8-35 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-36 FIGURE 3.8-36 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-37 FIGURE 3.8-37 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-38 FIGURE 3.8-38 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-39 FIGURE 3.8-39 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-40 FIGURE 3.8-40 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-41 FIGURE 3.8-41 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-42 FIGURE 3.8-42 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-43 FIGURE 3.8-43 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-44 FIGURE 3.8-44 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 25 of 83 3.8-45 FIGURE 3.8-45 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-46 FIGURE 3.8-46 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-47 FIGURE 3.8-47 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-48 FIGURE 3.8-48 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-49 FIGURE 3.8-49 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-50 FIGURE 3.8-50 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-51 FIGURE 3.8-51 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-52 FIGURE 3.8-52 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-53 FIGURE 3.8-53 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-54 FIGURE 3.8-54 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-55 FIGURE 3.8-55 NONECONTAINMENT STRUCTURE WALL AND DOME FORCE RESULTANTS N/A N/A 3.8-56 FIGURE 3.8-56 NONEDETAILS OF WALL DIAGONALS AT CONTAINMENT MAT N/A N/A 3.8-57 FIGURE 3.8-57 NOVEMBER 1997DETAILS OF WATERPROOF MEMBRANE N/A (SHT 1 OF

2) (Part 1 OF 2)3.8-57 FIGURE 3.8-57 NOVEMBER 1997DETAILS OF WATERPROOF MEMBRANE N/A (SHT 1 OF
2) (Part 2 OF 2)3.8-57 FIGURE 3.8-57 MARCH 2001 (00-42)DETAILS OF WATERPROOF MEMBRANE N/A 2 OF 2LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 26 of 83 3.8-58 FIGURE 3.8-58 SH. 1 NOVEMBER 1997DISPLACEMENT PROFILE FOR CONTAINMENT SHELL UNDER PRESSURE TEST (PREDICTED)

N/A 1 OF 2 3.8-58 FIGURE 3.8-58 SH. 2 AMENDMENT 15 SEPTEMBER 1985DISPLACEMENT PROFILE FOR CONTAINMENT SHELL UNDER PRESSURE TEST (PREDICTED)

N/A 2 OF 2 3.8-59 FIGURE 3.8-59

[28.1]CONTAINMENT STUCTURE, PLAN VIEW N/A N/A 3.8-60 FIGURE 3.8-60 AMENDMENT 3 AUGUST 1983CONTAINMENT STRUCTURE, ELEVATION VIEWS N/A N/A 3.8-61 FIGURE 3.8-61 NONECONTAINMENT ENCLOSURE BUILDING N/A N/A 3.8-62 FIGURE 3.8-62 SH. 1

[28.1]AUXILIARY BUILDING N/A 1 OF 10 3.8-62 FIGURE 3.8-62 SH. 2

[28.1]AUXILIARY BUILDING N/A 2 OF 10 3.8-62 FIGURE 3.8-62 SH. 3

[28.1]AUXILIARY BUILDING N/A 3 OF 10 3.8-62 FIGURE 3.8-62 SH. 4

[28.1]AUXILIARY BUILDING N/A 4 OF 10 3.8-62 FIGURE 3.8-62 SH. 5

[28.1]AUXILIARY BUILDING N/A 5 OF 10 3.8-62 FIGURE 3.8-62 SH. 6

[28.1]AUXILIARY BUILDING N/A 6 OF 10 3.8-62 FIGURE 3.8-62 SH. 7

[28.1]AUXILIARY BUILDING N/A 7 OF 10 3.8-62 FIGURE 3.8-62 SH. 8

[28.1]AUXILIARY BUILDING N/A 8 OF 10 3.8-62 FIGURE 3.8-62 SH. 9

[28.1]AUXILIARY BUILDING N/A 9 OF 10 3.8-62 FIGURE 3.8-62 SH. 10

[28.1]AUXILIARY BUILDING N/A 10 OF 10LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 MPS-3 FSARPage 27 of 83 3.8-63 FIGURE 3.8-63 SH. 1

[28.1]FUEL BUILDING N/A 1 OF 6 3.8-63 FIGURE 3.8-63 SH. 2

[28.1]FUEL BUILDING N/A 2 OF 6 3.8-63 FIGURE 3.8-63 SH. 3

[28.1]FUEL BUILDING N/A 3 OF 6 3.8-63 FIGURE 3.8-63 SH. 4

[28.1]FUEL BUILDING N/A 4 OF 6 3.8-63 FIGURE 3.8-63 SH. 5

[28.1]FUEL BUILDING N/A 5 OF 6 3.8-63 FIGURE 3.8-63 SH. 6 AMENDMENT 13 APRIL 1983 FUEL BUILDING N/A 6 OF 6 3.8-64 FIGURE 3.8-64 SH. 1

[28.1]CONTROL BUILDING N/A 1 OF 4 3.8-64 FIGURE 3.8-64 SH. 2 NONECONTROL BUILDING N/A 2 OF 4 3.8-64 FIGURE 3.8-64 SH. 3 DECEMBER 1997CONTROL BUILDING N/A 3 OF 4 3.8-64 FIGURE 3.8-64 SH. 4 AMENDMENT 13 APRIL 1983CONTROL BUILDING N/A 4 OF 4 3.8-65 FIGURE 3.8-65

[28.1]CABLE TUNNEL N/A N/A 3.8-66 FIGURE 3.8-66 SH. 1

[28.1]EMERGENCY GENERATOR ENCLOSURE N/A 1 OF 5 3.8-66 FIGURE 3.8-66 SH. 2

[28.1]EMERGENCY GENERATOR ENCLOSURE N/A 2 OF 5 3.8-66 FIGURE 3.8-66 SH. 3AMENDMENT 8 MAY 1984EMERGENCY GENERATOR ENCLOSURE N/A 3 OF 5 3.8-66 FIGURE 3.8-66 SH. 4

[28.1]EMERGENCY GENERATOR ENCLOSURE N/A 4 OF 5LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 MPS-3 FSARPage 28 of 83 3.8-66 FIGURE 3.8-66 SH. 5AMENDMENT 8 MAY 1984EMERGENCY GENERATOR ENCLOSURE N/A 5 OF 5 3.8-66NOTES TO FIGURE 3.8-66

[16]EMERGENCY DIESEL GENERATOR - EQUIPMENT INDEX N/A 1 OF 2 3.8-67 FIGURE 3.8-67 SH. 1 MARCH 2001 (00-27)ENGINEERED SAFETY FEATURES BUILDING N/A 1 OF 9 3.8-67 FIGURE 3.8-67 SH. 2

[28.1]ENGINEERED SAFETY FEATURES BUILDING N/A 2 OF 9 3.8-67 FIGURE 3.8-67 SH. 3

[28.1]ENGINEERED SAFETY FEATURES BUILDING N/A 3 OF 9 3.8-67 FIGURE 3.8-67 SH. 4

[28.1]ENGINEERED SAFETY FEATURES BUILDING N/A 4 OF 9 3.8-67 FIGURE 3.8-67 SH. 5 NONEENGINEERED SAFETY FEATURES BUILDING N/A 5 OF 9 3.8-67 FIGURE 3.8-67 SH. 6 NONEENGINEERED SAFETY FEATURES BUILDING N/A 6 OF 9 3.8-67 FIGURE 3.8-67 SH. 7 NONEENGINEERED SAFETY FEATURES BUILDING N/A 7 OF 9 3.8-67 FIGURE 3.8-67 SH. 8 NONEENGINEERED SAFETY FEATURES BUILDING N/A 8 OF 9 3.8-67 FIGURE 3.8-67 SH. 9 MARCH 2001 (00-27)ENGINEERED SAFETY FEATURES BUILDING N/A 9 OF 9 3.8-68 FIGURE 3.8-68 SH. 1

[28.1]MAIN STEAM VALVE BUILDING N/A 1 OF 4 3.8-68 FIGURE 3.8-68 SH. 2

[28.1]MAIN STEAM VALVE BUILDING N/A 2 OF 4 3.8-68 FIGURE 3.8-68 SH. 3

[28.1]MAIN STEAM VALVE BUILDING N/A 3 OF 4 3.8-68 FIGURE 3.8-68 SH. 4 NONEMAIN STEAM VALVE BUILDING N/A 4 OF 4LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET 15-7 15-7 15-7 15-7 15-7 15-7 MPS-3 FSARPage 29 of 83 3.8-69 FIGURE 3.8-69 SH. 1OCTOBER 1997CIRCULATING AND SERVICE WATER PUMPHOUSE N/A 1 OF 4 3.8-69 FIGURE 3.8-69 SH. 2 SEPTEMBER 1995CIRCULATING AND SERVICE WATER PUMPHOUSE N/A 2 OF 4 3.8-69 FIGURE 3.8-69 SH. 3 NONECIRCULATING AND SERVICE WATER PUMPHOUSE N/A 3 OF 4 3.8-69 FIGURE 3.8-69 SH. 4 AMENDMENT 15 SEPTEMBER 1985CIRCULATING AND SERVICE WATER PUMPHOUSE N/A 4 OF 4 3.8-70 FIGURE 3.8-70 SH. 1

[28.1]RECOMBINER BUILDING N/A 1 OF 4 3.8-70 FIGURE 3.8-70 SH. 2 NONE RECOMBINER BUILDING N/A 2 OF 4 3.8-70 FIGURE 3.8-70 SH. 3 NONE RECOMBINER BUILDING N/A 3 OF 4 3.8-70 FIGURE 3.8-70 SH. 4

[28.1]RECOMBINER BUILDING N/A 4 OF 4 3.8-71 FIGURE 3.8-71 NONECIRCULATING DISCHARGE STRUCTURE AND TUNNEL N/A N/A 3.8-72 FIGURE 3.8-72 SH. 1

[28.1]SERVICE BUILDING PLAN ELEVATION 4 FEET - 6 INCHES N/A 1 OF 4 3.8-72 FIGURE 3.8-72 SH. 2

[28.1]SERVICE BUILDING PLAN ELEVATION 24 FEET - 6 INCHES N/A 2 OF 4 3.8-72 FIGURE 3.8-72 SH. 3 NONESERVICE BUILDING PLAN ELEVATION 38 FEET - 6 INCHES N/A 3 OF 4 3.8-72 FIGURE 3.8-72 SH. 4

[28.1]SERVICE BUILDING PLAN ELEVATION 49 FEET - 6 INCHES & 52 FEET - 6 INCHES N/A 4 OF 4 3.8-73 FIGURE 3.8-73 SH. 1

[28.1]TURBINE BUILDING PLAN OPERATING FLOOR ELEVATION 64 FEET - 6 INCHES N/A 1 OF 5 3.8-73 FIGURE 3.8-73 SH. 2

[28.1]TURBINE BUILDING BASEMENT ELEVATION 14 FEET - 6 INCHES N/A 2 OF 5LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET 15-7 15-7 15-7 15-7 15-7 15-7 15-7 MPS-3 FSARPage 30 of 83 3.8-73 FIGURE 3.8-73 SH. 3

[28.1]TURBINE BUILDING PLAN - MEZZANINE ELEVATION 38 FEET - 6 INCHES N/A 3 OF 5 3.8-73 FIGURE 3.8-73 SH. 4

[28.1]TURBINE BUILDING 2-2 N/A 4 OF 5 3.8-73 FIGURE 3.8-73 SH. 5 AMENDMENT 3 AUGUST 1983 TURBINE BUILDING 5-5 N/A 5 OF 5 3.8-74 FIGURE 3.8-74 SH. 1

[28.1]SOLID AND LIQUID WASTE DI SPOSAL BUILDING PLAN ELEV ATION 4 FEET - 6 INCHES N/A 1 OF 7 3.8-74 FIGURE 3.8-74 SH. 2

[28.1]SOLID AND LIQUID WASTE DI SPOSAL BUILDING PLAN ELEVATION 24 FEET - 6 INCHES N/A 2 OF 7 3.8-74 FIGURE 3.8-74 SH. 3 AUGUST 1996SOLID AND LIQUID WASTE DI SPOSAL BUILDING PLAN ELEVATION 43 FEET - 6 INCHES N/A 3 OF 7 3.8-74 FIGURE 3.8-74 SH. 4 AMENDMENT 3 AUGUST 1983SOLID AND LIQUID WASTE DISPOSAL BUILDING 1-1 N/A 4 OF 7 3.8-74 FIGURE 3.8-74 SH. 5

[28.1]SOLID AND LIQUID WASTE DISPOSAL BUILDING 2-2 N/A 5 OF 7 3.8-74 FIGURE 3.8-74 SH. 6

[28.1]SOLID AND LIQUID WASTE DISPOSAL BUILDING 4-4 N/A 6 OF 7 3.8-74 FIGURE 3.8-74 SH. 7

[28.1]SOLID AND LIQUID WASTE DISPOSAL BUILDING 7-7 N/A 7 OF 7 3.8-75 FIGURE 3.8-75 SH. 1 AMENDMENT 3 AUGUST 1983WAREHOUSE NO. 5 PLAN E LEVATION 4 FEET - 6 INCHES N/A 1 OF 12 3.8-75 FIGURE 3.8-75 SH. 2

[28.1]WAREHOUSE NO. 5 PLAN E LEVATION 28 FEET - 6 INCHES N/A 2 OF 12 3.8-75 FIGURE 3.8-75 SH. 3

[28.1]WAREHOUSE NO. 5 1-1 N/A 3 OF 12 3.8-75 FIGURE 3.8-75 SH. 4

[28.1]WAREHOUSE NO. 5 2-2 N/A 4 OF 12 3.8-75 FIGURE 3.8-75 SH. 5

[28.1]WAREHOUSE NO. 5 3-3 N/A 5 OF 12LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 15-7 MPS-3 FSARPage 31 of 83 3.8-75 FIGURE 3.8-75 SH. 6

[28.1]WAREHOUSE NO. 5 4-4 N/A 6 OF 12 3.8-75 FIGURE 3.8-75 SH. 7 NONEWAREHOUSE NO. 5 5-5 N/A 7 OF 12 3.8-75 FIGURE 3.8-75 SH. 8 NONEWAREHOUSE NO. 5 6-6 N/A 8 OF 12 3.8-75 FIGURE 3.8-75 SH. 9

[28.1]NONE N/A 9 OF 12 3.8-75 FIGURE 3.8-75 SH. 10 NONEWAREHOUSE NO. 5 8-8 N/A 10 OF 12 3.8-75FIGURE 3.8-75 SH. 11 NONEWAREHOUSE NO. 5 9-9 N/A11 OF 12 3.8-75 FIGURE 3.8-75 SH. 12

[28.1]NONE N/A 12 OF 12 3.8-76 FIGURE 3.8-76 SH. 1 NONEAUXILIARY BOILER ENCLOSURE PLAN ELEVATION 25 FEET - 0 INCHES N/A 1 OF 5 3.8-76 FIGURE 3.8-76 SH. 2 NONEAUXILIARY BOILER ENCLOSURE PLAN ELEVATION 40 FEET - 6 INCHES N/A 2 OF 5 3.8-76 FIGURE 3.8-76 SH. 3 NONEAUXILIARY BOILER ENCLOSURE 1-1 N/A 3 OF 5 3.8-76 FIGURE 3.8-76 SH. 4 NONEAUXILIARY BOILER ENCLOSURE 2-2 N/A 4 OF 5 3.8-76 FIGURE 3.8-76 SH. 5 NONEAUXILIARY BOILER ENCLOSURE 3-3 N/A 5 OF 5 3.8-77 FIGURE 3.8-77 DECEMBER 1997ARRANGEMENT OF HORIZONTAL SHEAR KEYS N/A N/A 3.8-78 FIGURE 3.8-78 NONETYPICAL SHEAR KEY DETAIL N/A N/A 3.8-79 FIGURE 3.8-79 AMENDMENT 2 APRIL 1983FUEL POOL TEMPERATURE TRANSIENTS N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET 15-7 15-7 15-7 MPS-3 FSARPage 32 of 83 3.8-80 FIGURE 3.8-80 AMENDMENT 2 APRIL 1983FUEL POOL - FUEL BUILDING TEMPERATURE CONDITIONS N/A N/A 3.8-81 FIGURE 3.8-81 JUNE 1992FUEL POOL TEMPERATURE TRANSIENTS - FOR HIGHER ENRICHMENT FUEL N/A N/A 3.8-82 FIGURE 3.8-82 SEPTEMBER 2000FUEL POOL TEMPERATURE TRANSIENTS - FULL CORE OFFLOAD N/A N/A 3.8-83 FIGURE 3.8-83 MARCH 2001 (00-50)MILLSTONE STACK ELEVAT IONS AND SECTIONS N/A N/A 3.8-84 FIGURE 3.8-84 MARCH 2001 (00-50)MILLSTONE STACK - MATHEMATICAL MODEL N/A N/A 3.9.B-1 FIGURE 3.9.B-1 NONEREACTOR COOLANT PPG.

N/A N/A 3.9.B-2 FIGURE 3.9.B-2 NONEDYNAMIC MODEL - TYPICAL RCS LOOP N/A N/A 3.9.B-3 FIGURE 3.9.B-3 NONEDYNAMIC MODEL - CENTER SECTION N/A N/A 3.9.B-4 FIGURE 3.9.B-4 NONEX2 VIEW - ROTATED AXIS N/A N/A 3.9.B-5 FIGURE 3.9.B-5 NONESNUBBER ORIENTATION N/A N/A 3.9N-1 FIGURE 3.9N-1

[21.3]REACTOR PRESSURE VESSEL AND INTERNALS SYSTEM MODEL N/A N/A 3.9N-2 FIGURE 3.9N-2

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-039 N/A N/A 3.9N-3 FIGURE 3.9N-3 NONERPV SUPPORT MODEL FOR WESTINGHOUSE INTERNALS RESPONSE ANALYSIS N/A N/A 3.9N-4 FIGURE 3.9N-4 DECEMBER 1997CONTROL ROD DRIVE MECHANISM N/A N/A 3.9N-5 FIGURE 3.9N-5 NONECONTROL ROD DRIVE MECHANISM SCHEMATIC N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 33 of 83 3.9N-6 FIGURE 3.9N-6 NONENOMINAL LATCH CLEARANCE AT MINIMUM AND MAXIMUM CLEARANCE N/A N/A 3.9N-7 FIGURE 3.9N-7 DECEMBER 1997CONTROL ROD DRIVE MECHANISM SCHEMA TIC LA TCH CLEARANCE THERMAL EFFECT N/A N/A 3.9N-8 FIGURE 3.9N-8 NONELOWER CORE SUPPORT ASSEMBLY (CORE BARREL ASSEMBLY)

N/A N/A 3.9N-9 FIGURE 3.9N-9 NONEUPPER CORE SUPPORT ASSEMBLY N/A N/A 3.9N-10 FIGURE 3.9N-10 NONEPLAN VIEW OF UPPER CORE SUPPORT ASSEMBLY N/A N/A3.9N-11FIGURE 3.9N-11JANUARY 1991NEUTRON SHIELD PANEL DESIGN N/A N/A 3.9N-12 FIGURE 3.9N-12JANUARY 1991NEUTRON SHIELD PANEL DESIGN DETAILS N/A N/A 3A.1.2-1 FIGURE 3A.1.2-1 NONEONE HUNDRED ELEMENT IDEALIZATI ON OF THIN WALL CYLINDER N/A N/A 3A.1.4-1 FIGURE 3A.1.4-1 NONE ELEMENT PLOT N/A N/A 3A.1.4-2 FIGURE 3A.1.4-2 NONEHARMONIC AXISYMMETRIC PLAIN STRAIN N/A N/A 3A.1.5-1 FIGURE 3A.1.5-1 NONETAC2D SAMPLE PROBLEM THERMAL MODEL N/A N/A 3A.1.5-2 FIGURE 3A.1.5-2 NONETRANSIENT TEMPERATURES IN A RIGHT CIRCULAR CYLINDER COMPARISON OF TAC2D RESULTS WITH SERIES SOLUTION N/A N/A 3A.1.6-1 FIGURE 3A.1.6-1 NONESTRUCTURAL MODEL N/A N/A 3A.1.7-1 FIGURE 3A.1.7.-1 NONEFINITE ELEMENT GRID FOR PLAXLY-FLUSH COMPARISON N/A N/A 3A.1.7-2 FIGURE 3A.1.7.-2 NONEHORIZONTAL AMPLIFIED RESPONSE SPECTRA AT TOP MASS IN BEAM STRUCTURE N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 34 of 83 3A.2.3-1 FIGURE 3A.2.3-1 NONETARGET FOR LOW TRAJECTORY MISSILE N/A N/A3A.2.11-1FIGURE 3A.2.11-1 NONE CANTILEVER PIPE USED IN MIT EXPERIMENT N/A N/A 3A.3-1 FIGURE 3A.3-1 NONEMATHEMATICAL MODEL FOR FLEXIBILITY ANALYSIS VERIFICATION N/A N/A 3A.3-2 FIGURE 3A.3-2 NONENUPIPE PROGRAM FORCE TIME - HISTORY VERIFICATION N/A N/A 3A.3-3 FIGURE 3A.3-3 NONEMATHEMATICAL MODEL FOR CLASS I STRESS VERIFICATION N/A N/A 3A.3-4 FIGURE 3A.3-4 NONETEST PROBLEM - SAVAL N/A N/A 3A.3-5 FIGURE 3A.3-5 NONESUDDEN DISCHARGE OF A GAS FROM A PIPE LINE THROUGH A NOZZ LE N/A N/A 3A.3-6 FIGURE 3A.3-6 NONESUDDEN DISCHARGE OF A GAS FROM A PIPE LINE THROUGH A NOZZ LE N/A N/A 3A.3-7 FIGURE 3A.3-7 NONECOMPARISON OF PRESSURE RESPONSE AT THE CLSOSED END N/A N/A 3A.3-8 FIGURE 3A.3-8 NONECOMPARISON OF PRESSURE RESPONSE AT THE CLSOSED END N/A N/A 3A.3-9 FIGURE 3A.3-9 NONECOMPARISON OF PRESSURE RESPONSES BY STEHAM & EXPERIMENT N/A N/A 3A.3-10 FIGURE 3A.3-10 NONEHYDRAULIC NETWORK FOR VERIFICATION PROBLELM N/A N/A3A.3-11FIGURE 3A.3-11 NONEHYDRAULIC NETWORK FO R WATHAM VERIFICATION N/A N/A 3A.3-12 FIGURE 3A.3-12 NONEHEAD - VERSUS - TIME PLOT FOR JUNCTION J N/A N/A 3A.3-13 FIGURE 3A.3-13 NONEHEAD - VERSUS - TIME PLOT AT VALVE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 35 of 83 3A.3-14 FIGURE 3A.3-14 NOVEMBER 1987DESIGN INPUT TO A PROBLEM N/A N/A 3A.3-15 FIGURE 3A.3-15 NOVEMBER 1987PIPE 1 SEGMENT 1 FORCE - TIME HISTORY N/A N/A 4.2-1 FIGURE 4.2-1 JUNE 1999FUEL ASSEMBLY CROSS SECTION 17 X 17 N/A N/A 4.2-2 FIGURE 4.2-2JANUARY 1998COMPARISON OF THE 17X17 V5H FUEL ASSEMB LY AND THE 17X17 STANDARD FUEL ASSEMBLY N/A N/A 4.2-3 FIGURE 4.2-3JANUARY 199817X17 VANTAGE 5-H FUEL ROD ASSEMBLY N/A N/A 4.2-4 FIGURE 4.2-4 JUNE 1994V5H FUEL ASSEMBLY PLAN VIEW N/A N/A 4.2-5 FIGURE 4.2-5OCTOBER 1997GRID TO THIMBLE ATTACHMENT JOINTS N/A N/A 4.2-6 FIGURE 4.2-6 JUNE 1992THIMBLE/INSERT/TOP GRID SL EEVE BULGE JOINT GEOMETR Y N/A N/A 4.2-7 FIGURE 4.2-7JANUARY 1998GUIDE THIMBLE TO BOTTOM NOZZLE JOINT N/A N/A 4.2-8 FIGURE 4.2-8JANUARY 1998ROD CLUSTER CONTROL AND DRIVE ROD A SSEMBLY WITH INTERFACING COMPONENTS N/A N/A 4.2-9 FIGURE 4.2-9

[21.3]DELETED BY CHANGE PKG FSC 08-MP3-027 N/A N/A 4.2-9A FIGURE 4.2-9A

[21.3]FULL LENGTH ROD CLUSTER CONTROL ASSEMBLY (WESTINGHOUSE)

N/A N/A 4.2-9B FIGURE 4.2-9B

[21.3]FULL LENGTH ROD CLUSTER CONTROL ASSEMBLY AND ABSORBER ROD (AREVA)

N/A N/A 4.2-10 FIGURE 4.2-10

[21.3]ABSORBER ROD (WESTINGHOUSE)

N/A N/A4.2-11FIGURE 4.2-11OCTOBER 1997BURNABLE ABSORBER ASSEMBLY N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 36 of 83 4.2-13 FIGURE 4.2-13JANUARY 1998PRIMARY SOURCE ASSEMBLY N/A N/A 4.2-14A FIGURE 4.2-14AJANUARY 1998SINGLE ENCAPSULATED SECONDARY SOURCE ASSEMBLY N/A N/A 4.2-14B FIGURE 4.2-14BJANUARY 1998DOUBLE ENCAPSULATED SECONDA RY SOURCE ASSEMBLY N/A N/A 4.2-15 FIGURE 4.2-15JANUARY 1998THIMBLE PLUG ASSEMBLY N/A N/A 4.3-1 FIGURE 4.3-1 JUNE 1992FUEL LOADING ARRANGEMENT N/A N/A 4.3-2 FIGURE 4.3-2 SEPTEMBER 1997TYPICAL PRODUCTION AND CONS UMPTION OF HIGHER ISOTOPES N/A N/A 4.3-3 FIGURE 4.3-3 SEPTEMBER 1997TYPICAL BORON CONCENTRATION VERSUS FI RST CYCLE BURNUP WITH AND WITHOUT BURNABLE ABSORBER RODS N/A N/A 4.3-4 FIGURE 4.3-4 SEPTEMBER 1997 TYPICAL INTEGRAL FUEL BURNABLE ABSORBE R ROD ARRANGEMENT WITHIN AN ASSEMBLY N/A N/A 4.3-5 FIGURE 4.3-5 JUNE 1992BURNABLE ABSORBER ASSEMBLY LOADING PATTERN (TYPICAL)

N/A N/A 4.3-5A FIGURE 4.3-5A

[15]INTEGRAL FUEL BURNABLE ABSORBER AND SOURCE ROD LOCATIONS (TYPICAL)

N/A N/A 4.3-17 FIGURE 4.3-17 NONECOMPARISON OF A TYPICAL ASSE MBLY AXIAL POWER DISTRIBUTIN WITH CORE AVERAGE AXIAL DISTRIBUTION BANK D SLIGHTY INSERTED N/A N/A 4.3-21 FIGURE 4.3-21

[17.2]TYPICAL MAXIMUM NORMALIZED Fq X POWER VERSUS AXIAL HEIGHT N/A N/A 4.3-24 FIGURE 4.3-24 SEPTEMBER 1997TYPICAL COMPARISON BETWEEN CALCULATED AND MEASURED RELATIVE FUEL ASSEMBLY POWER DISTRIBUTION N/A N/A 4.3-25 FIGURE 4.3-25 NONECOMPARISON OF TYPICAL CALCULA TED AND MEAS URED AXIAL SHAPES N/A N/A 4.3-26 FIGURE 4.3-26 SEPTEMBER 1997TYPICAL MEASURED VALUES OF Fq FOR FULL POWER TOD CONFIGURATIONS N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 37 of 83 4.3-27 FIGURE 4.3-27 NONETYPICAL DOPPLER TEMPERATURE CO EFFICIENT A T BEGINNING OF LI FE AND END-OF-LIFE, CYCLE I N/A N/A 4.3-28 FIGURE 4.3-28 NONETYPICAL DOPPLER - ONLY POWER COEFFICIENT AT BOL AND EOL, CYCLE I N/A N/A 4.3-29 FIGURE 4.3-29 NONETYPICAL DOPPLER - ONLY POWER DEFECT AT BOL AND EOL, CYCLE I N/A N/A 4.3-30 FIGURE 4.3-30 NONETYPICAL MODERATOR TEMPERATURE COEFFICIENT AT BOL, CYCLE I, NO RODS N/A N/A 4.3-31 FIGURE 4.3-31 NONETYPICAL MODERATOR TEMPERATURE COEFFICIENT AT EOL, CYCLE I N/A N/A 4.3-32 FIGURE 4.3-32 NONETYPICAL MODERATOR TEMPERATURE COEFFICIENT AS A FUNCTION OF BORON CONCENTRATION AT BOL, CYCLE I, NO RODS N/A N/A 4.3-33 FIGURE 4.3-33 NONETYPICAL HOT FULL POWER TEMPERATURE COEFFI CIENT DURING CYCL E I FOR THE CRITICAL BORON CONCENTRATION N/A N/A 4.3-34 FIGURE 4.3-34 NONETYPICAL TOTAL POWER COEFFICIENT AT BOL AND EOL, CYCLE I N/A N/A 4.3-35 FIGURE 4.3-35 NONETYPICAL TOTAL POWER DEFECT AT BOL AND EOL, CYCLE I N/A N/A 4.3-36 FIGURE 4.3-36 NONEROD CLUSTER CONTROL ASSEMBLY PATTERN N/A N/A 4.3-37 FIGURE 4.3-37 NONETYPICAL ACCIDENTAL SIMULTANEOUS WITHDRAWAL OF TWO CONTROL BANKS AT EOL, HZP, BANK D AND B MOVING IN THE SAME PLANE N/A N/A 4.3-38 FIGURE 4.3-38 JUNE 1992DESIGN TRIP CURVE (TYPICAL)

N/A N/A 4.3-39 FIGURE 4.3-39 NONETYPICAL NORMALIZED ROD WORTH VERSUS PERCENT INSERTION, ALL RODS OUT BUT ONE N/A N/A 4.3-40 FIGURE 4.3-40 SEPTEMBER 1997 TYPICAL AXIAL OFFSET VERSUS TIME, PWR CORE WITH A 12 FOOT HEIGHT AND 121 ASSEMBLIES N/A N/A 4.3-41 FIGURE 4.3-41 SEPTEMBER 1997 TYPICAL X-Y XENON TEST TERMOCOUPLE RESPON SE QUANDRANT TILT DIFFERENCE VERSUS TIME N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 38 of 83 4.3-42 FIGURE 4.3-42 SEPTEMBER 1997TYPICAL CALCULATED AND MEASURED DOPPLER DE FECT AND CKOEEFICIENTS AT BOL, 2 - LOOP PLANT, 121 ASSEMBLIES, 12 FOOT CORE N/A N/A 4.4-1 FIGURE 4.4-1

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-040 N/A N/A 4.4-2 FIGURE 4.4-2 NONETDC VERSUS REYNOLDS NUMBER FOR 26 INCH GRID SPACING N/A N/A 4.4-3 FIGURE 4.4-3

[21.3]TYPICAL NORMALIZED RADIAL FLOW AND ENTHALPY DISTRIBUTION AT 4 FOOT ELEVATION N/A N/A 4.4-4 FIGURE 4.4-4

[21.3]TYPICAL NORMALIZED RADIAL FLOW AND ENTHALPY DISTRIBUTION AT 8 FOOT ELEVATION N/A N/A 4.4-5 FIGURE 4.4-5

[21.3]TYPICAL NORMALIZED RADIAL FLOW AND ENTHALPY DISTRIBUTION AT 12 FOOT ELEVATION N/A N/A 4.4-6 FIGURE 4.4-6

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-040 N/A N/A 4.4-7 FIGURE 4.4-7 NONETHERMAL CONDUCTIVITY OF UO2 (DATA CO RRECTED TO 95% THEORETICAL DENSITY)

N/A N/A 4.4-8 FIGURE 4.4-8

[21.3]REACTOR COOLANT SYSTEM TEMPERATURE - PERCENT POWER MAP N/A N/A 4.4-10 FIGURE 4.4-10 MARCH 2001DISTRIBUTION OF INCORE INSTRUMENTATION N/A N/A4.4-11FIGURE 4.4-11AMENDMENT 9 JULY 1984ICC FUNCTIONAL BLOCK DIAGRAM (TRAIN A - TRAIN B SIMILAR)N/A N/A 4.4-12 FIGURE 4.4-12 NOVEMBER 1987TYPICAL REACTOR COOLANT PARAMETERS FOLLOWING SMALL BREAK LOCA N/A N/A 4.4-13 FIGURE 4.4-13 SEPTEMBER 1997HJTCS FUNCTIONAL CONFIGURATION N/A N/A 4.4-14 FIGURE 4.4-14 NOVEMBER 1987TYPICAL PROBE/SENSOR CONFIGURATION N/A N/A 4.4-15 FIGURE 4.4-15 NOVEMBER 1987HJTC SENSOR - HJYC/SPLASH SHIELD N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 39 of 83 4.4-16 FIGURE 4.4-16 APRIL 1994 ELECTRICAL DIAGRAM OF HJTC N/A N/A 4.4-17 FIGURE 4.4-17 SEPTEMBER 1997TYPICAL CONFIGURATION (ONE CHANNEL)

N/A N/A 4.4-18 FIGURE 4.4-18 NOVEMBER 1987HEATED JUNCTION THER MOCOUPLE PROBE ASSEMBL Y N/A N/A 4.4-19 FIGURE 4.4-19 NOVEMBER 1987HJTC PROBE HOLDER SUPPORT TUBE INSTALLATION N/A N/A 4.4-20 FIGURE 4.4-20 NOVEMBER 1987HJTC PROBE PRESSURE BOUNDARY INSTALLATION N/A N/A 4.4-21 FIGURE 4.4-21 NOVEMBER 1987PROBE HANDLING HARDWARE CONFIGURATION N/A N/A 5.1-1 FIGURE 5.1-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM 25212-26902 (a)SH 1 5.1-1 FIGURE 5.1-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM 25212-26902 (a)SH 2 5.1-1 FIGURE 5.1-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM 25212-26902 (a)SH 3 5.1-1 FIGURE 5.1-1 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM 25212-26902 (a)SH 4 5.1-1 FIGURE 5.1-1 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM 25212-26902 (a)SH 5 5.1-1 FIGURE 5.1-1 SH. 6

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM 25212-26902 (a)SH 6 5.1-2 FIGURE 5.1-2 NOVEMBER 1987REACTOR COOLANT SYSTEM PROCESS FLOW DESIGN N/A N/A 5.1-2NOTES TO FIGURE 5.1-2JULY 1997MODE A STEADY STATE FULL POWER OPERATION N/A N/A 5.2-1 FIGURE 5.2-1 SEPTEMBER 1997REACTOR VESSEL INSPECTION AREA N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 40 of 83 5.2-2 FIGURE 5.2-2 SEPTEMBER 1997MODEL F STEAM GENERATOR INSPECTION AREA N/A N/A 5.2-3 FIGURE 5.2-3 DECEMBER 1997 PRESSURIZER INSPECTION AREAS N/A N/A 5.3-1 FIGURE 5.3-1 NONEIDENTIFICATION AND LOCATON OF BELTLINE REGION MATERIAL FOR THE REACTOR VESSEL N/A N/A 5.3-2 FIGURE 5.3-2 JUNE 1997REACTOR VESSEL INSPECTION AREA N/A N/A 5.4-1 FIGURE 5.4-1 NONEREACTOR COOLANT PUMP N/A N/A 5.4-2 FIGURE 5.4-2 NONEREACTOR COOLANT PUMP ESTIMATED PERFORMANCE CHARACTERISTICS N/A N/A 5.4-3 FIGURE 5.4-3 NONEMODEL F STEAM GENERATOR N/A N/A 5.4-4 FIGURE 5.4-4 NONEQUATREFOIL TUBE SUPPORT PLATES N/A N/A 5.4-5 FIGURE 5.4-5 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM LOW PRESSURE SAFETY INJECTION SYSTEM 25212-26912 (a)SH 1 OF 3 5.4-5 FIGURE 5.4-5 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM LOW PRESSURE SAFETY INJECTION SYSTEM 25212-26912 (a)SH 2 OF 3 5.4-5 FIGURE 5.4-5 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM LOW PR ESSURE SAFETY INJECTION/CONT AINMENT RECIRCULATION 25212-26912 (a)SH 3 OF 3 5.4-6 FIGURE 5.4-6MAY 1998RESIDUAL HEAT REMOVAL SYSTEM PROCESS FLOW DIAGRAM (MODE A)

N/A N/A 5.4-6NOTES TO FIGURE 5.4-6

[21.3]MODE A INITIATION OF RESIDUAL HEAT REMOVAL SYSTEM OPERATION N/A N/A 5.4-7 FIGURE 5.4-7 NONEPRESSURIZER RELIEF TANK N/A N/A 5.4-8 FIGURE 5.4-8 NONE PRESSURIZER N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 41 of 83 5.4-9 FIGURE 5.4-9 NONERPV SUPPORT SYSTEM N/A N/A 5.4-10 FIGURE 5.4-10 NONELEVELING DEVICE (TYPICAL) RPV SUPPORT SYSTEM N/A N/A5.4-11FIGURE 5.4-11 NONEVERTICAL SUPPORTS (TYPICAL) REACTOR COOLANT PUMPS AND STEAM GENERATOR N/A N/A 5.4-12 FIGURE 5.4-12 NONELATERAL SUPPORT (TYPICAL) STEAM GENERATOR N/A N/A 5.4-13 FIGURE 5.4-13 NONELATERAL SUPPORT (TYPICAL) REACTOR COOLANT PUMP N/A N/A 5.4-14 FIGURE 5.4-14 NONEPRESSURIZER SUPPORT N/A 1 OF 2 5.4-14 FIGURE 5.4-14 NONEPRESSURIZER SUPPORT N/A 2 OF 2 5.4-15 FIGURE 5.4-15 NONEPRESSURIZER SAFETY VALVE SUPPORT SYSTEM N/A 1 OF 2 5.4-15 FIGURE 5.4-15 NONEPRESSURIZER SAFETY VALVE SUPPORT SYSTEM N/A 2 OF 2 6.0-1 FIGURE 6.0-1OCTOBER 1997ENGINEERED SAFETY FEATURES N/A N/A 6.2-1 FIGURE 6.2-1

[27.2]CONTAINMENT PRESSURE RESPONS E - LOCA (BREAK LOCA TION)N/A N/A 6.2-2 FIGURE 6.2-2

[21.3]CONTAINMENT PRESSURE RESPONS E - LOCA (BREAK LOCA TION)N/A N/A 6.2-3 FIGURE 6.2-3

[21.3]CONTAINMENT VAPOR TEMPERATURE RESPONSE - LOCA N/A N/A 6.2-4 FIGURE 6.2-4

[21.3]CONTAINMENT LINER TEMPERATURE RESPONSE - LOCA N/A N/A 6.2-5 FIGURE 6.2-5

[21.3]CONTAINMENT DEPRESSURIZATION RESPONSE - LOCA N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 42 of 83 6.2-6 FIGURE 6.2-6

[21.3]CONTAINMENT SUMP TEMPERATURE RESPONSE N/A N/A 6.2-7 FIGURE 6.2-7

[21.3]CONTAINMENT PRESSURE FROM 1.4 FT 2 MLSB AT 0% POWER, NO ENTRAINMENT - LIMITING PEAK PRESSURE CASE N/A N/A 6.2-8 FIGURE 6.2-8

[21.3]CONTAINMENT TEMPERATURE FROM 1.4 ft 2 MLSB AT 102% POWER, NO ENTRAINMENT - LIMITING PEAK TEMPERATURE CASE N/A N/A 6.2-9 FIGURE 6.2-9

[21.3]CONTAINMENT LINER TEMPERATURE FROM 1.4 FT 2 AT 0%POWER, NO ENTRAINMENT - PEAK TEMPERATURE CASE N/A N/A 6.2-10 FIGURE 6.2-10

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A6.2-11FIGURE 6.2-11

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-12 FIGURE 6.2-12

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-13 FIGURE 6.2-13

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-14 FIGURE 6.2-14

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-15 FIGURE 6.2-15

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-16 FIGURE 6.2-16

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-17 FIGURE 6.2-17AMENDMENT 11 NOVEMBER 1984PRESSURIZER SUBCOMPARTMENT ELEVATI ON VIEW WITH NODAL ARRANGEMENT N/A N/A 6.2-18 FIGURE 6.2-18AMENDMENT 11 NOVEMBER 1984 PLAN VIEW FOR THE PRESSURIZER SUBCOMP ARTMENT ELEVATION 95 FEET - 3 INCHES N/A N/A 6.2-18A FIGURE 6.2-18AAMENDMENT 11 NOVEMBER 1984 PLAN VIEW FOR THE PRESSURIZER SUBCOMP ARTMENT ELEVATION 74 FEET - 2 INCHES N/A N/A 6.2-18B FIGURE 6.2-18BAMENDMENT 11 NOVEMBER 1984 PLAN VIEW FOR THE PRESSURIZER SUBCOMP ARTMENT ELEVATION 51 FEET - 3 INCHES N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 43 of 83 6.2-18C FIGURE 6.2-18CAMENDMENT 11 NOVEMBER 1984 PLAN VIEW FOR THE PRESSURIZER SUBCOMP ARTMENT ELEVATION 25 FEET - 7 INCHES N/A N/A 6.2-18D FIGURE 6.2-18DAMENDMENT 11 NOVEMBER 1984 PLAN VIEW FOR THE PRESSURIZER SUBCOMP ARTMENT ELEVATION 12 FEET - 5 INCHES N/A N/A 6.2-19 FIGURE 6.2-19

[22]STEAM GENERATOR SUBCOMPARTMENT ELEVATION WITH NONDAL ARRANGEMENT N/A N/A 6.2-20 FIGURE 6.2-20

[22]PLAN VIEW FOR THE STEAM GENERATOR SUBC OMPARTMENT ELEVATION 3 FEET - 8 INCHES N/A N/A 6.2-21 FIGURE 6.2-21

[22]PLAN VIEW FOR THE STEAM GENERATOR SUBC OMPARTMENT ELEVATIO N 28 FEET - 6 INCHES N/A N/A 6.2-22 FIGURE 6.2-22

[22]PLAN VIEW FOR THE STEAM GENERATOR SUBC OMPARTMENT ELEVATIO N 51 FEET - 4 INCHES N/A N/A 6.2-23 FIGURE 6.2-23 DECEMBER 1997UPPER REACTOR CAVITY SUBCOMPARTMENT PLAN ELEVATION AND NODAL ARRANGEMENT N/A N/A 6.2-24 FIGURE 6.2-24AMENDMENT 11 NOVEMBER 1984PRESSURIZER SUBCOMPARTMEN T NODALIZATION DIAGRAM N/A N/A 6.2-25 FIGURE 6.2-25

[22]STEAM GENERATOR SUBCOMPARTMENT NODALIZATION DIAGRAM N/A N/A 6.2-26 FIGURE 6.2-26 DECEMBER 1997STAGGERED MESH APPROXIMATION FO R NODES AND INTERNAL JUNCTIONS N/A N/A 6.2-27 FIGURE 6.2-27 NONEGENERAL FLOW CHART FOR THREED N/A N/A 6.2-28 FIGURE 6.2-28AMENDMENT 11 NOVEMBER 1984PRESSURE RESPONSE PRESSURIZER CUBICLE N/A N/A 6.2-28A FIGURE 6.2-28AAMENDMENT 11 NOVEMBER 1984PRESSURE RESPONSE PRESSURIZER CUBICLE N/A N/A 6.2-29 FIGURE 6.2-29

[22]PRESSURE RESPONSE PRESSURIZER CUBICLE N/A N/A 6.2-29A FIGURE 6.29A

[22]PRESSURE RESPONSE PRESSURIZER CUBICLE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 44 of 83 6.2-29B FIGURE 6.2-29B

[22]PRESSURE RESPONSE PRESSURIZER CUBICLE N/A N/A 6.2-29C FIGURE 6.2-29C

[22]PRESSURE RESPONSE PRESSURIZER CUBICLE N/A N/A 6.2-29D FIGURE 6.2-29D

[22]PRESSURE RESPONSE PRESSURIZER CUBICLE N/A N/A 6.2-30 FIGURE 6.2-30

[22]DELETED BY PKG FSC MP3-UCR-2009-006 N/A N/A 6.2-31 FIGURE 6.2-31

[22]PRESSURE RESPONSE STEAM GENERATOR CUBICLE N/A N/A 6.2-32 FIGURE 6.2-32

[22]PRESSURE RESPONSE STEAM GENERATOR CUBICLE N/A N/A 6.2-33 FIGURE 6.2-33

[22]DELETED BY PKG FSC MP3-UCR-2009-006 N/A N/A 6.2-34 FIGURE 6.2-34

[22]PRESSURE RESPONSE STEAM GENERATOR CUBICLE N/A N/A 6.2-34A FIGURE 6.2-34A

[22]DELETED BY PKG FSC MP3-UCR-2009-006 N/A N/A 6.2-34B FIGURE 6.2-34B

[22]DELETED BY PKG FSC MP3-UCR-2009-006 N/A N/A 6.2-34C FIGURE 6.2-34C

[22]DELETED BY PKG FSC MP3-UCR-2009-006 N/A N/A 6.2-34D FIGURE 6.2-34D

[22]DELETED BY PKG FSC MP3-UCR-2009-006 N/A N/A 6.2-35 FIGURE 6.2-35

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-36 FIGURE 6.2-36

[27.3]QUENCH SPRAY AND HYDROGEN RECOMBINER 25212-26915 (a)N/A 6.2-37 FIGURE 6.2-37 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM LOW PRESSURE SAFETY INJECTION SYSTEM 25212-26912 (a)SH 1 OF 3 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 45 of 83 6.2-37 FIGURE 6.2-37 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM LOW PRESSURE SAFETY INJECTION SYSTEM 25212-26912 (a)SH 2 OF 3 6.2-37 FIGURE 6.2-37 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM LOW PR ESSURE SAFETY INJECTION/CONT AINMENT RECIRCULATION 25212-26912 (a)SH 3 OF 3 6.2-38 FIGURE 6.2-38

[21.3])TYPICAL CONTAINMENT STRUCTURE SUMP N/A N/A 6.2-39 FIGURE 6.2-39 NONESPATIAL DROPLET SIZE DISTRIBUTION OF SPRA CO 1713A NOZZLE APPLYING SURFACE AREA CORRECTION AND SPRAYING WATER AT 40 PSIG UNDER LABORATORY CONDITIONS N/A N/A 6.2-40 FIGURE 6.2-40 APRIL 1998CONTAINMENT RECIRCULATION PUMPS CHARACTERISTIC CURVES N/A N/A 6.2-41 FIGURE 6.2-41

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-42 FIGURE 6.2-42 APRIL 1998CONTAINMENT RECIRCULATION SPR AY COVERAGE BEND LINE (ELEVATION 104 FEET), ELEVATED TEMPERATURE (275F), SPRAY HEADER AT 141 FEET 9 INCHES N/A N/A 6.2-43 FIGURE 6.2-43 APRIL 1998CONTAINMENT RECIRCULATION SPR AY COVERAGE BEND LINE (ELEVATION 104 FEET), ELEVATED TEMPERATURE (275F), SPRAY HEADER AT 145 FEET 3 INCHES N/A N/A 6.2-44 FIGURE 6.2-44

[16.2]QUENCH SPRAY COVERAGE BEND LI NE (ELEVATION 104 ft), ELEVATED TEMPERATURE (275F), SPRAY HEADERS AT 153 FEET AND 168 FEET N/A N/A 6.2-45 FIGURE 6.2-45

[21.3]DELETED BY CHANGE: PKG FSC 07-MP3-038 N/A N/A 6.2-46 FIGURE 6.2-46MAY 1994SUPPLEMENTARY LEAK COLLECTION AND RELEASE SYSTEM N/A N/A 6.2-47 FIGURE 6.2-47 SH. 1 SEPTEMBER 1997CONTAINMENT ISOLATION SYSTEM N/A 1 OF 14 6.2-47 FIGURE 6.2-47 SH. 2

[22.3]CONTAINMENT ISOLATION SYSTEM N/A 2 OF 14 6.2-47 FIGURE 6.2-47 SH. 3 SEPTEMBER 1997CONTAINMENT ISOLATION SYSTEM N/A 3 OF 14 6.2-47 FIGURE 6.2-47 SH. 4 SEPTEMBER 1997CONTAINMENT ISOLATION SYSTEM N/A 4 OF 14LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 46 of 83 6.2-47 FIGURE 6.2-47 SH. 5 SEPTEMBER 1997CONTAINMENT ISOLATION SYSTEM N/A 5 OF 14 6.2-47 FIGURE 6.2-47 SH. 6

[22.3]CONTAINMENT ISOLATION SYSTEM N/A 6 OF 14 6.2-47 FIGURE 6.2-47 SH. 7

[22.3]CONTAINMENT ISOLATION SYSTEM N/A 7 OF 14 6.2-47 FIGURE 6.2-47 SH. 8 SEPTEMBER 1997CONTAINMENT ISOLATION SYSTEM N/A 8 OF 14 6.2-47 FIGURE 6.2-47 SH. 9JANUARY 1998CONTAINMENT ISOLATION SYSTEM N/A 9 OF 14 6.2-47 FIGURE 6.2-47 SH. 10

[20.1]CONTAINMENT ISOLATION SYSTEM N/A 10 OF 14 6.2-47FIGURE 6.2-47 SH. 11JANUARY 1998CONTAINMENT ISOLATION SYSTEM N/A11 OF 14 6.2-47 FIGURE 6.2-47 SH. 12JANUARY 1998CONTAINMENT ISOLATION SYSTEM N/A 12 OF 14 6.2-47 FIGURE 6.2-47 SH. 13JANUARY 1998CONTAINMENT ISOLATION SYSTEM N/A 13 OF 14 6.2-47 FIGURE 6.2-47 SH. 14 SEPTEMBER 1997CONTAINMENT ISOLATION SYSTEM N/A 14 OF 14 6.2-48 FIGURE 6.2-48

[18.4])DELETED BY CHANGE PKG FSC 05-MP3-010 N/A N/A 6.2-49 FIGURE 6.2-49

[18.4])DELETED BY CHANGE PKG FSC 05-MP3-010 N/A N/A 6.2-50 FIGURE 6.2-50

[18.4])DELETED BY CHANGE PKG FSC 05-MP3-010 N/A N/A 6.2-51 FIGURE 6.2-51

[18.4])DELETED BY CHANGE PKG FSC 05-MP3-010 N/A N/A 6.2-52 FIGURE 6.2-52

[18.4])DELETED BY CHANGE PKG FSC 05-MP3-010 N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 47 of 83 6.2-53 FIGURE 6.2.53

[27.3]CONTAINMENT MONITORING SYSTEM 25212-26954 (a)N/A 6.2-54 FIGURE 6.2-54 AMENDMENT 15 SEPTEMBER 1985QUENCH SPRAY PUMP CHARACTERISTIC CURVE N/A N/A 6.2-55 FIGURE 6.2-55

[18.4])DELETED BY CHANGE PKG FSC 05-MP3-010 N/A N/A 6.2-56 FIGURE 6.2-56AMENDMENT 8 MAY 1984CONTAINMENT INTERNAL STRUCTURE OPENINGS N/A N/A 6.2-57 FIGURE 6.2-57AMENDMENT 8 MAY 1984EXPECTED LONG-TERM CIRCULATION PATTERNS IN CONTAINMENT N/A N/A 6.2-58 FIGURE 6.2-58AMENDMENT 8 MAY 1984CONTAINMENT HYDROGEN MONITORING SYSTEM N/A N/A 6.2-59 FIGURE 6.2-59

[21.3]CONTAINMENT PRESSURE LIMITING BREAK N/A N/A 6.2-59A FIGURE 6.2-59A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 6.2-60 FIGURE 6.2-60

[21.3]CONDENSING WALL HEAT TRANSFE R COEFFICIENTS LIMITNG BREAK N/A N/A 6.2-61 FIGURE 6.2-61

[20.2]DELETED BY CHANGE PKG FSC 07-MP3-024 N/A N/A 6.2-62 FIGURE 6.2-62

[20.2]DELETED BY CHANGE PKG FSC 07-MP3-024 N/A N/A 6.3-1 FIGURE 6.3-1 SEPTEMBER 1997SAFETY INJECTION RESIDUAL HEAT REMOVAL SYSTEM PROCESS FLOW DIAGRAM N/A 1 OF 2 6.3-1 FIGURE 6.3-1 SEPTEMBER 1997SAFETY INJECTION RESIDUAL HEAT REMOVAL SYSTEM PROCESS FLOW DIAGRAM N/A 2 OF 2 6.3-1NOTES TO FIGURE 6.3-1MAY 1998NOTES TO FIGURE 6.3-1 N/A N/A 6.3-2 FIGURE 6.3-2 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM HIGH PRESSURE SAFETY INJECTION 25212-26913 (a)SH 1 OF 2 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 48 of 83 6.3-2 FIGURE 6.3-2 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM HIGH PRESSURE SAFETY INJECTION 25212-26913 (a)SH 2 OF 2 6.3-3 FIGURE 6.3-3 DECEMBER 2001 (01-43)RESIDUAL HEAT REMOVAL PUMP PERFORMANCE CURVE N/A N/A 6.3-4 FIGURE 6.3-4MAY 1998CHARGING PUMP CURVE ASSUMED FOR SAFETY ANALYSIS N/A N/A 6.3-5 FIGURE 6.3-5MAY 1998HIGH HEAD SI PUMP CURVE ASSUMED FOR SAFETY ANALYSIS N/A N/A 6.3-6 FIGURE 6.3-6

[24.3]REFUELING WATER STORAGE TANK WATER LEVELS N/A N/A 6.4-1 FIGURE 6.4-1

[20.1]CONTROL ROOM AREA N/A N/A 6.4-2 FIGURE 6.4-2

[23.1]CONTROL ROOM INTAKE AND HAZARDOUS MATERIAL STORAGE LOCATIONS N/A N/A 6.5-1 FIGURE 6.5-1

[21.3]POST DBA MINIMUM CONTAINMENT SUMP pH N/A N/A 7.1-1 FIGURE 7.1-1JULY 1997SOLID STATE PROTECTION SYSTEM BLOCK DIAGRAM N/A N/A 7.1-2 FIGURE 7.1-2

[24]REACTOR TRIP/ESF ACTUATION MECHANICAL LINKAGE N/A N/A 7.2-1 FIGURE 7.2-1 SH. 1

[27.3]FUNCTIONAL DIAGRAMS INDEX & SYMBOLS 25212-39001 (a)SH4002 7.2-1 FIGURE 7.2-1 SH. 2

[27.3]FUNCTIONAL DIAGRAMS REACTOR TRIP SIGNAL 25212-39001 (a)SH4003 7.2-1 FIGURE 7.2-1 SH. 3

[27.3]FUNCTIONAL DIAGRAMS NUCLEAR INSTRUMENTS & MANUAL TRIP SIGNALS 25212-39001 (a)SH4004 7.2-1 FIGURE 7.2-1 SH. 4

[27.3]FUNCTIONAL DIAGRAMS NUCLEAR INSTRUMENTS PERMISSIVES & BLOCKS 25212-39001 (a)SH4005 7.2-1 FIGURE 7.2-1 SH. 5

[27.3]FUNCTIONAL DIAGRAMS PRIMARY COOLANT SYSTEM TRIP SIGNALS 25212-39001 (a)SH4006 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 49 of 83 7.2-1 FIGURE 7.2-1 SH. 6

[27.3]FUNCTIONAL DIAGRAMS PRESSURIZER TRIP SIGNALS 25212-39001 (a)SH4007 7.2-1 FIGURE 7.2-1 SH. 7

[27.3]FUNCTIONAL DIAGRAMS STEAM GENERATOR TRIP SIGNALS 25212-39001 (a)SH4008 7.2-1 FIGURE 7.2-1 SH. 8

[27.3]FUNCTIONAL DIAGRAM SAFEGU ARDS ACTUATION SIGNALS 25212-39001 (a)SH4009 7.2-1 FIGURE 7.2-1 SH. 9

[27.3]FUNCTIONAL DIAGRAM ROD CONTROLS & ROD BLOCKS 25212-39001 (a)SH4010 7.2-1 FIGURE 7.2-1 SH. 10

[27.3]FUNCTIONAL DIAGRAM STEAM DUMP CONTROL 25212-39001 (a)SH4011 7.2-1FIGURE 7.2-1 SH. 11

[27.3]FUNCTIONAL DIAGRAM PRESSURI ZER PRESSURE & LEVEL CONTROL 25212-39001 (a)SH4012 7.2-1 FIGURE 7.2-1 SH. 12

[27.3]FUNCTIONAL DIAGRAM PRESSURIZER HEATER CONTROL 25212-39001 (a)SH4013 7.2-1 FIGURE 7.2-1 SH. 13

[27.3]FUNCTIONAL DIAGRAM FEEDWATER CONTROL & ISOLATION 25212-39001 (a)SH4014 7.2-1 FIGURE 7.2-1 SH. 14

[27.3]FUNCTIONAL DIAGRAMS FEEDWATER CONTROL & ISOLATION 25212-39001 (a)SH4015 7.2-1 FIGURE 7.2-1 SH. 15

[27.3]FUNCTIONAL DIAGRAMS AUXILLI ARY FEEDWATER PUMPS STARTUP 25212-39001 (a)SH4016 7.2-1 FIGURE 7.2-1 SH. 16

[27.3]FUNCTIONAL DIAGRAMS TURBINE TRIP, RUNBACKS & OTHER SIGNALS 25212-39001 (a)SH4017 7.2-1 FIGURE 7.2-1 SH. 17

[27.3]FUNCTIONAL DIAGRAMS LOOP STOP VALVE INTERLOCKS 25212-39001 (a)SH4018 7.2-1 FIGURE 7.2-1 SH. 18

[27.3]FUNCTIONAL DIAGRAMS PRESSURI ZER PRESSURE RELIEF SYSTEM 25212-39001 (a)SH4020 7.2-1 FIGURE 7.2-1 SH. 19

[27.3]FUNCTIONAL DIAGRAMS PRESSURI ZER PRESSURE RELIEF SYSTEM 25212-39001 (a)SH4019 7.2-2 FIGURE 7.2-2 NONESETPOINT REDUCTION FUNCTION FOR OVERPOWER AND OVER-TEMPERATURE DELTA T TRIPS N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 50 of 83 7.3-1 FIGURE 7.3-1 DECEMBER 1994FAILURE MODES AND EFFECTS ANALYSIS QUENCH SPRAY SYSTEM N/A N/A 7.3-2 FIGURE 7.3-2 NONEFAULT TREE DIAGRAM QUENCH SPRAY SYSTEM N/A N/A 7.3-3 FIGURE 7.3-3 SEPTEMBER 1997 TYPICAL ESF TEST CIRCUITS N/A N/A 7.3-4 FIGURE 7.3-4 SEPTEMBER 1997 ENGINEERED SAFEGUARDS TEST CABINET N/A N/A 7.6-1 FIGURE 7.6-1

[21.3]LOGIC DIAGRAM FOR RHS ISOLATION VALVES N/A N/A 7.6-1NOTES TO FIGURE 7.6-1MAY 1998NOTES TO FIGURE 7.6-1 N/A N/A 7.6-2 FIGURE 7.6-2 NONEFUNCTIONAL BLOCK DIAGRAM OF ACCUMULATOR ISOLATION VALVES N/A N/A 7.6-3 FIGURE 7.6-3 SH.1AMENDMENT 8 MAY 1984AUTOMATIC RHS AND QSS PUMP SHUTOFF N/A 1 OF 2 7.6-3 FIGURE 7.6-3 SH.2AMENDMENT 8 MAY 1984AUTOMATIC RHS AND QSS PUMP SHUTOFF N/A 2 OF 2 7.6-4 FIGURE 7.6-4 NONEREACTOR COOLANT SYSTEM LOOP WITH LOOP STOP VALVES N/A N/A 7.7-1 FIGURE 7.7-1 SEPTEMBER 1997SIMPLIFIED BLOCK DIAGRAM OF REACTOR CONTROL SYSTEM N/A N/A 7.7-2 FIGURE 7.7-2 NONECONTROL BANK ROD INSERTION MONITOR N/A N/A 7.7-3 FIGURE 7.7-3 NONEROD DEVIATION COMPARATOR N/A N/A 7.7-4 FIGURE 7.7-4 APRIL 1998BLOCK DIAGRAM OF PRESSURIZER PRESSURE CONTROL SYSTEM N/A N/A 7.7-5 FIGURE 7.7-5 NONEBLOCK DIAGRAM OF PRESSURIZER LEVEL CONTROL SYSTEM N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 51 of 83 7.7-6 FIGURE 7.7-6 NONEBLOCK DIAGRAM OF STEAM GENERATOR WATER LEVEL CONTROL SYSTEM N/A N/A 7.7-7 FIGURE 7.7-7 NONEBLOCK DIAGRAM OF MAIN FEEDWATER PUMP SPEED CONTROL SYSTEM N/A N/A 7.7-8 FIGURE 7.7-8 NONEBLOCK DIAGRAM OF STEAM DUMP CONTROL SYSTEM N/A N/A 7.7-9 FIGURE 7.7-9 NONE BASIC FLUX-MAPPING SYSTEM N/A N/A 7.7-14 FIGURE 7.7-14 SEPTEMBER 1997SIMPLIFIED BLOCK DIAGRAM OF ROD CONTROL SYSTEM N/A N/A 7.7-15 FIGURE 7.7-15 SEPTEMBER 1997CONTROL BANK B PARTIAL SIMPLIFIED SCHEMATI C DIAGRAM OF POWER CABINETS 1 BD AND 2 BD N/A N/A 7.8-1 FIGURE 7.8-1 SEPTEMBER 1989ACTUATION LOGIC SY STEM ARCHITECTURE N/A N/A 8.1-1 FIGURE 8.1-1

[23.1])ELECTRICAL ONE LINE DIAGRAM N/A N/A 8.1-2 FIGURE 8.1-2JANUARY 1998 345 kV TRANSMISSION MAP OF CONNECTICUT A ND WESTERN MASSACHUSETTS N/A N/A 8.1-3 FIGURE 8.1-3

[21.3]345 kV SWITCHYARD N/A N/A 8.2-1 FIGURE 8.2-1JANUARY 1998MILLSTONE - MANCHESTER 345 kV LINE N/A N/A 8.2-2 FIGURE 8.2-2

[19.2]HUNTS BROOK JUNCTION N/A N/A 8.3-1 FIGURE 8.3-1 SH. 1MAY 1997ROUTING OF REDUNDANT CIRCUITS N/A 1 OF 4 8.3-1 FIGURE 8.3-1 SH. 2MAY 1997ROUTING OF REDUNDANT CIRCUITS N/A 2 OF 4 8.3-1 FIGURE 8.3-1 SH. 3 NONEROUTING OF REDUNDANT CIRCUITS N/A 3 OF 4LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 52 of 83 8.3-1 FIGURE 8.3-1 SH. 4 NONEROUTING OF REDUNDANT CIRCUITS N/A 4 OF 4 8.3-2 FIGURE 8.3-2

[27.3]120/208V AC NONVITAL BU S AND NONSAFETY RELA TED 125V DC SYSTEMS 25212-30076 (a)N/A 8.3-3 FIGURE 8.3-3

[185]120V AC VITAL BUS AND SAF ETY RELA TED 125V DC SYSTEMS N/A N/A 8.3-4 FIGURE 8.3-4MAY 1997POWER SUPPLY - THIRD CHARGING PUMP N/A N/A 8.3-5 FIGURE 8.3-5 AMENDMENT 3 AUGUST 1983POWER SUPPLY - THIRD REACTOR PLANT COMPONENT COOLING PUMP N/A N/A 8.3-6 FIGURE 8.3-6 AMENDMENT 15 SEPTEMBER 1985EMERGENCY GENERATOR FUEL OIL TRANSFER PUMPS N/A N/A 8.3-7 FIGURE 8.3-7MAY 1997ROUTING OF PREFERRED OFFSITE AND STANDBY ONSITE CIRCUITS N/A 1 OF 2 8.3-7 FIGURE 8.3-7 AMENDMENT 18 MARCH 1986ROUTING OF PREFERRED OFFSITE AND STANDBY ONSITE CIRCUITS N/A 2 OF 2 8.3-9 FIGURE 8.3-9

[23.1]6.9 kV AND 4160 VOLT SYSTEMS N/A N/A 8.3-10 FIGURE 8.3-10 SH. 1

[27.3]EMERGENCY GENERATOR LOAD SEQUENCING [3EGS*EG-A/B]

25212-39241 (a)SH 189 8.3-10 FIGURE 8.3-10 SH. 2

[27.3]EMERGENCY GENERATOR LONG TERM LOADING [3EGS*EG-A/B]

25212-39241 (a)SH 190 8.3-10 FIGURE 8.3-10 SH. 3

[27.3]EMERGENCY GENERATOR LONG TERM LOADING [3EGS*EG-A/B]

25212-39241 (a)SH 191 8.3-10 FIGURE 8.3-10 SH. 4

[27.3]EMERGENCY GENERATOR LOADING: EMERGE NCY LOAD SHEDDING [3EGS*EG-A/B]

25212-39241 (a)SH 192 8.3-10 FIGURE 8.3-10 SH. 5

[27.3]EMERGENCY GENERATOR LOADING: EMERGE NCY LOAD SHEDDING [3EGS*EG-A/B]

25212-39241 (a)SH 193 9.1-1 FIGURE 9.1-1OCTOBER 2000 (98-116)PICTORIAL VIEW OF TYPICA L REGI ON 3 RACK MODULE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 53 of 83 9.1-2 FIGURE 9.1-2OCTOBER 2000 (98-116)TOP VIEW OF 6 x 6 RA CK ARRAY (REGION 3)

N/A N/A 9.1-2A FIGURE 9.1-2(A)

[15]DELETED BY PKG FSC 98-MP3-116 N/A N/A 9.1-3 FIGURE 9.1-3OCTOBER 2000 (98-116)SIDE VIEW OF 6 x 6 RACK ARRAY (REGION 3)

N/A N/A 9.1-5 FIGURE 9.1-5OCTOBER 2000 (98-116)ADJUSTABLE FUEL RACK LEVELING PAD (REGION 3)

N/A N/A 9.1-6 FIGURE 9.1-6

[27.3]PIPING & INSTRUMENTATION DIAGRAM FUEL POOL C OOLING AND PURIFICATION SYSTEM25212-26911 (a)N/A 9.1-7 FIGURE 9.1-7 SEPTEMBER 2000 (96-31)BULK POOL TRANSIENT TEMPERATURE PLOT (FULL CORE OFFLOAD)

N/A N/A 9.1-7A FIGURE 9.1-7A SEPTEMBER 2000 (96-31)BULK POOL TRANSIENT TEMPERATURE PLOT (EMERGENCY CORE OFFLOAD)

N/A N/A 9.1-8 FIGURE 9.1-8 SEPTEMBER 2000COOLDOWN CURVE FOR NORMAL OPERATION 94 HOUR LOSS OF POOL COOLING)

N/A N/A 9.1-9 FIGURE 9.1-9 NONEREFUELING MACHINE N/A N/A 9.1-10 FIGURE 9.1-10 MARCH 2000 (99-46)SPENT FUEL BRIDGE AND HOISTING STRUCTURE N/A N/A9.1-11FIGURE 9.1-11 NONENEW FUEL ELEVATOR N/A N/A 9.1-12 FIGURE 9.1-12FEBRUARY 2001 (00-45)

FUEL TRANSFER SYSTEM N/A N/A 9.1-13 FIGURE 9.1-13

[15]DELETED BY PKG FSC 00-MP3-045 N/A N/A 9.1-14 FIGURE 9.1-14 AUGUST 1999SPENT FUEL HANDLING TOOL N/A N/A 9.1-15 FIGURE 9.1-15 NONENEW FUEL HANDLING TOOL N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 54 of 83 9.1-16 FIGURE 9.1-16 DECEMBER 1993REACTOR INTERNALS LIFTING DEVICE N/A N/A 9.1-17 FIGURE 9.1-17 NOVEMBER 1997QUICK ACTING STUD TENSIONER N/A 1 OF 2 9.1-17 FIGURE 9.1-17 NOVEMBER 1997QUICK ACTING STUD TENSIONER N/A 2 OF 2 9.1-18 FIGURE 9.1-18 JUNE 1989NEW FUEL POOL LAYOUT N/A N/A 9.1-19 FIGURE 9.1-19 JUNE 1989NEW FUEL RACK ELEVATION VIEW N/A N/A 9.1-20 FIGURE 9.1-20 SEPTEMBER 2000 (96-31)FUEL ASSEMBLY TRANSFER LIMIT VERSUS CCP TEMPERATURE - MILLSTONE UNIT 3 FULL CORE OFFLOAD N/A N/A 9.1-21 FIGURE 9.1-21OCTOBER 2000 (98-116)MILLSTONE UNIT 3 SPENT FUEL POOL LAYOUT N/A N/A 9.1-22 FIGURE 9.1-22OCTOBER 2000 (98-116)REGION 1 BLOCKING SCHEME FO R 3-OUT-OF-4 STORAGE RACKS N/A N/A 9.1-22a FIGURE 9.1-22aOCTOBER 2000 (98-116)PICTORIAL VIEW OF TYPICA L REGI ON 1 RACK MODULE N/A N/A 9.1-22b FIGURE 9.1-22bOCTOBER 2000 (98-116)

TYPICAL ASSEMBLAGE OF REGION 1 CELLS N/A N/A 9.1-22c FIGURE 9.1-22cOCTOBER 2000 (98-116)ELEVATION VIEW OF REGION 1 RACK MODULE N/A N/A 9.1-23a FIGURE 9.1-23aOCTOBER 2000 (98-116)PICTORIAL VIEW OF TYPICA L REGI ON 2 RACK MODULE N/A N/A 9.1-23b FIGURE 9.1-23bOCTOBER 2000 (98-116)TYPICAL ARRAY OF REGION 2 CELLS N/A N/A 9.1-23c FIGURE 9.1-23cOCTOBER 2000 (98-116)ELEVATION VIEW OF REGION 2 RACK MODULE N/A N/A 9.1-24 FIGURE 9.1-24OCTOBER 2000 (98-116)SUPPORT PEDESTAL FOR REGION 1 AND REGION 2 RACK MODULES N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 55 of 83 9.2-1 FIGURE 9.2-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM SERVICE WATER 25212-26933 (a)SH 1 9.2-1 FIGURE 9.2-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM SERVICE WATER 25212-26933 (a)SH 2 9.2-1 FIGURE 9.2-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM SERVICE WATER 25212-26933 (a)SH 3 9.2-1 FIGURE 9.2-1 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM SERVICE WATER 25212-26933 (a)SH 4 9.2-2 FIGURE 9.2-2 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT COMPON ENT COOLING SYSTEM 25212-26921 (a)SH 1 9.2-2 FIGURE 9.2-2 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT COMPON ENT COOLING SYSTEM 25212-26921 (a)SH 2 9.2-2 FIGURE 9.2-2 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT COMPON ENT COOLING SYSTEM 25212-26921 (a)SH 3 9.2-3 FIGURE 9.2-3 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT CHILLED WATER SYSTEM 25212-26922 (a)SH 1 9.2-3 FIGURE 9.2-3 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT CHILLED WATER SYSTEM 25212-26922 (a)SH 2 9.2-4 FIGURE 9.2-4

[27.3]PIPING & INSTRUMENTATION DIAGRAM SAFETY INJECTION PUMP AND NEUTRON SHIELD TANK COOLING SYSTEMS 25212-26914 (a)SH 1 9.2-5 FIGURE 9.2-5

[27.3]CHARGING PUMP SEALING AND LUBRICATION 25212-26905 (a)1 OF 1 9.2-6 FIGURE 9.2-6

[27.3]CONDENSATE DEMINERALIZER LIQUID WASTE 25212-26929 (a)N/A 9.2-7 FIGURE 9.2-7 SH. 1

[27.3]PIPING & INSTRUMENTATION DI AGRAM WATER TREATMENT SYSTEM 25212-26920 (a)SH 1 0F 7 9.2-7 FIGURE 9.2-7 SH. 2

[27.3]PIPING & INSTRUMENTATION DI AGRAM WATER TREATMENT SYSTEM 25212-26920 (a) SH 2 0F 7 9.2-7(2(A))

FIGURE 9.2-7 SH. 2(A)MAY 1998WATER TREATMENT SYSTEM (TEMP MOD)

FSAR Figure (a) 9.2-7 SH. 2(A)

N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 56 of 83 9.2-7 FIGURE 9.2-7 SH. 3

[27.3]PIPING & INSTRUMENTATION DI AGRAM WATER TREATMENT SYSTEM 25212-26920 (a)SH 3 OF 7 9.2-7 FIGURE 9.2-7 SH. 4

[27.3]PIPING & INSTRUMENTATION DI AGRAM WATER TREATMENT SYSTEM 25212-26920 (a)SH 4 OF 7 9.2-7 FIGURE 9.2-7 SH. 5

[27.3]PIPING & INSTRUMENTATION DI AGRAM WATER TREATMENT SYSTEM 25212-26920 (a)SH 5 OF 7 9.2-7(5(A))

FIGURE 9.2-7 SH. 5(A)MAY 1998WATER TREATMENT SYSTEM (TEMP MOD)

FSAR Figure (a)9.2-7 SH. 5(A)

N/A 9.2-7 FIGURE 9.2-7 SH. 6

[27.3]PIPING & INSTRUMENTATION DI AGRAM WATER TREATMENT SYSTEM 25212-26920 (a)SH 6 OF 7 9.2-8 FIGURE 9.2-8 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM RISER DIAGRAM SANITARY DRAINS & VENTS 25212-26947 (a)SH 1 OF 3 9.2-8 FIGURE 9.2-8 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM DOMESTIC WATER & SANITARY SYSTEM 25212-26947 (a)SH 2 OF 3 9.2-8 FIGURE 9.2-8 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM DOMESTIC WATER & SANITARY SYSTEM 25212-26947 (a)SH 3 OF 3 9.2-9 FIGURE 9.2-9 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE SYSTEM 25212-26926 (a)SH 1 OF 3 9.2-9 FIGURE 9.2-9 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE SYSTEM 25212-26926 (a)SH 2 OF 3 9.2-9 FIGURE 9.2-9 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE SYSTEM 25212-26926 (a)SH 3 OF 3 9.2-10 FIGURE 9.2-10 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM TU RBINE PLANT COMPONENT COOLING WATER 25212-26934 (a)SH 1 OF 2 9.2-10 FIGURE 9.2-10 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM TU RBINE PLANT COMPONENT COOLING WATER 25212-26934 (a)SH 2 OF 2 9.2-11FIGURE 9.2-11

[27.3]PIPING & INSTRUMENTATION DIAGRAM PRIMARY GRADE WATER SYSTEM 25212-26919 (a)SH 1 OF 1 9.3-1 FIGURE 9.3-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM COMPRESSED AIR 25212-26938 (a)SH 1 OF 3 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 57 of 83 9.3-1 FIGURE 9.3-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM COMPRESSED AIR 25212-26938 (a)SH 2 OF 3 9.3-1 FIGURE 9.3-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM COMPRESSED AIR 25212-26938 (a)SH 3 OF 3 9.3-2 FIGURE 9.3-2 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT SAMPLING 25212-26944 (a)SH 1 OF 4 9.3-2 FIGURE 9.3-2 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT SAMPLING 25212-26944 (a)SH 2 OF 4 9.3-2 FIGURE 9.3-2 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT SAMPLING 25212-26944 (a)SH 3 OF 4 9.3-2 FIGURE 9.3-2 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT SAMPLING 25212-26944 (a)SH 4 OF 4 9.3-3 FIGURE 9.3-3 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBNE PLANT SAMPLING 25212-26943 (a)SH 1 OF 2 9.3-3 FIGURE 9.3-3 SH. 2

[27.3]PIPING & INSTRUMENTATION DI AGRAM TURBINE PLANT SAMPLING 25212-26943 (a)SH 2 OF 2 9.3-4 FIGURE 9.3-4 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOACTIVE GASEOUS WASTE 25212-26909 (a)SH 1 9.3-4 FIGURE 9.3-4 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOACTIVE GASEOUS WASTE 25212-26909 (a)SH 2 9.3-5 FIGURE 9.3-5

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT GASEOUS DRAINS 25212-26907 (a)N/A 9.3-6 FIGURE 9.3-6 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOA CTIVE LIQUID WASTE AND AERATED DRAINS 25212-26906 (a)SH 1 OF 4 9.3-6 FIGURE 9.3-6 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOA CTIVE LIQUID WASTE AND AERATED DRAINS 25212-26906 (a)SH 2 OF 4 9.3-6 FIGURE 9.3-6 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOA CTIVE LIQUID WASTE AND AERATED DRAINS 25212-26906 (a)SH 3 OF 4 9.3-7 FIGURE 9.3-7 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR COOLANT PUMP SEALS 25212-26903 (a)N/A LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 58 of 83 9.3-7(1(A))

FIGURE 9.3-7 SH. 1(A)MAY 1998REACTOR COOLANT PUMP SEALS SYSTEM (TEMP MOD)

FSAR Figure (a)9.3-7 SH. 1(A)

N/A 9.3-8 FIGURE 9.3-8 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CHEMICAL AND VOLUME CONTROL 25212-26904 (a)SH 1 OF 4 9.3-8 FIGURE 9.3-8 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CHEMICAL AND VOLUME CONTROL 25212-26904 (a)SH 2 OF 4 9.3-8 FIGURE 9.3-8 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM CHEMICAL AND VOLUME CONTROL 25212-26904 (a)SH 3 OF 4 9.3-8 FIGURE 9.3-8 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM CHEMICAL AND VOLUME CONTROL 25212-26904 (a)SH 4 OF 4 9.3-9 FIGURE 9.3-9 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM BORON RECOVERY SYSTEM 25212-26908 (a)SH 1 OF 3 9.3-9 FIGURE 9.3-9 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM BORON RECOVERY SYSTEM 25212-26908 (a)SH 2 OF 3 9.3-9(2(A))

FIGURE 9.3-9 SH. 2(A)MAY 1998PIPING & INSTRUMENTATION DIAGRAM BORON RECOVERY SYSTEM (TEMP MOD)

FSAR Figure (a)9.3-9 SH. 2(A)

N/A 9.3-9 FIGURE 9.3-9 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM BORON RECOVERY SYSTEM 25212-26908 (a)SH 3 OF 3 9.3-10 FIGURE 9.3-10 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM POST-ACCIDENT SAMPLE SYSTEM 25212-26955 (a)SH 1 OF 3 9.3-10 FIGURE 9.3-10 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM POST-ACCIDENT SAMPLE SYSTEM 25212-26955 (a)SH 2 OF 3 9.3-10 FIGURE 9.3-10 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM POST-ACCIDENT SAMPLE SYSTEM 25212-26955 (a)SH 3 OF 3 9.4-1 FIGURE 9.4-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONTROL BUILDING HEATING, VENTILATION, AND AIR-CONDITIONING 25212-26951 (a)SH 1 OF 5 9.4-1 FIGURE 9.4-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONTROL BUILDING HEATING, VENTILATION, AND AIR-

CONDITIONING 25212-26951 (a)SH 2 OF 5 9.4-1 FIGURE 9.4-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONTROL BUILDING HEATING, VENTILATION, AND AIR-CONDITIONING 25212-26951 (a)SH 3 OF 5 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 59 of 83 9.4-1 FIGURE 9.4-1 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONTROL BUILDING HEATING, VENTILATION, AND AIR-CONDITIONING 25212-26951 (a)SH 4 OF 5 9.4-1 FIGURE 9.4-1 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONTROL BUILDING HEATING, VENTILATION, AND AIR-CONDITIONING 25212-26951 (a)SH 5 OF 5 9.4-2 FIGURE 9.4-2 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT VENTILATION 25212-26948 (a)SH 1 OF 7 9.4-2 FIGURE 9.4-2 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT VENTILATION 25212-26948 (a)SH 2 OF 7 9.4-2 FIGURE 9.4-2 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT VENTILATION 25212-26948 (a)SH 3 OF 7 9.4-2 FIGURE 9.4-2 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT VENTILATION 25212-26948 (a)SH 4 OF 7 9.4-2 FIGURE 9.4-2 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT VENTILATION 25212-26948 (a)SH 5 OF 7 9.4-2 FIGURE 9.4-2 SH. 6

[27.3]PIPING & INSTRUMENTATION DIAGRAM REACTOR PLANT VENTILATION 25212-26948 (a)SH 6 OF 7 9.4-3 FIGURE 9.4-3 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGR AM TURBINE PLANT VENTILA TION 25212-26950 (a)SH 1 OF 5 9.4-3 FIGURE 9.4-3 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGR AM TURBINE PLANT VENTILA TION 25212-26950 (a)SH 2 OF 5 9.4-3 FIGURE 9.4-3 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGR AM TURBINE PLANT VENTILA TION 25212-26950 (a)SH 3 OF 5 9.4-3 FIGURE 9.4-3 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM ISOPHASE BUS DUCT COOLING SYSTEM 25212-26950 (a)SH 4 OF 5 9.4-3 FIGURE 9.4-3 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM ISOPHASE BUS DUCT COOLING SYSTEM 25212-26950 (a)SH 5 OF 5 9.4-4 FIGURE 9.4-4 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM ESF AND MSV BUILDNGS VENTILATION 25212-26952 (a)SH 1 OF 3 9.4-4 FIGURE 9.4-4 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM ESF AND MSV BUILDNGS VENTILATION 25212-26952 (a)SH 2 OF 3 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 60 of 83 9.4-4 FIGURE 9.4-4 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM ESF AND MSV BUILDNGS VENTILATION 25212-26952 (a)SH 3 OF 3 9.4-5 FIGURE 9.4-5

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONTAINMENT STRUCTURE VENTILATION 25212-26953 (a)SH 1 OF 1 9.4-6 FIGURE 9.4-6 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM SERVICE BUILDING VENTILATION 25212-26949 (a)SH 1 OF 3 9.4-6 FIGURE 9.4-6 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM SERVICE BUILDING VENTILATION 25212-26949 (a)SH 2 OF 3 9.4-6 FIGURE 9.4-6 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM SERVICE BUILDING VENTILATION 25212-26949 (a)SH 3 OF 3 9.4-7 FIGURE 9.4-7 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM AUXILIARY BOILER AND VENTLATION 25212-26936 (a)SH 1 OF 2 9.4-7 FIGURE 9.4-7 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM AUXILIARY BOILER AND VENTLATION 25212-26936 (a)SH 2 OF 2 9.4-8 FIGURE 9.4-8 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM HOT WATER HEATING SYSTEM 25212-26937 (a)SH 1 OF 4 9.4-8 FIGURE 9.4-8 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM HOT WATER HEATING SYSTEM 25212-26937 (a)SH 2 OF 4 9.4-8 FIGURE 9.4-8 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM HOT WATER HEATING SYSTEM 25212-26937 (a)SH 3 OF 4 9.4-9 FIGURE 9.4-9

[27.3]PIPING & INSTRUMENTATION DIAGRAM TECHNICAL SUPPORT CENTER HEATING, VENT AND AIR CONDITIONING 25212-26956 (a)SH 1 OF 1 9.5-1 FIGURE 9.5-1AMENDMENT 14 JULY 1985 FIRE PROTECTION SYSTEM (NOW IN FPER FIGURE 4-1)

N/A N/A 9.5-2 FIGURE 9.5-2

[27.3]PIPING & INSTRUMENTATION DIAGRAM EMERGENCY GENERATOR FUEL OIL SYSTEM 25212-26917 (a)SH 1 OF 1 9.5-3 FIGURE 9.5-3 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM EMERGENCY DIESEL GENERATOR COOLING WATER, STARTING AIR, LUBE OIL, EXHAUST, COMBUSTION AIR, AND CRANKCASE VACUUM SYSTEMS 25212-26916 (a)SH 1 OF 5 9.5-3 FIGURE 9.5-3 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM EMERGENCY DIESEL GENERATOR COOLING WATER, STARTING AIR, LUBE OIL, EXHAUST, COMBUSTION AIR, AND CRANKCASE VACUUM SYSTEMS 25212-26916 (a)SH 2 OF 5 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 61 of 83 9.5-3 FIGURE 9.5-3 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM EMERGENCY DIESEL GENERATOR COOLING WATER, STARTING AIR, LUBE OIL, EXHAUST, COMBUSTION AIR, AND CRANKCASE VACUUM SYSTEMS 25212-26916 (a)SH 3 OF 5 9.5-3 FIGURE 9.5-3 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM EMERGENCY DIESEL GENERATOR COOLING WATER, STARTING AIR, LUBE OIL, EXHAUST, COMBUSTION AIR, AND CRANKCASE VACUUM SYSTEMS 25212-26916 (a)SH 4 OF 5 9.5-3 FIGURE 9.5-3 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM EMERGENCY DIESEL GENERATOR COOLING WATER, STARTING AIR, LUBE OIL, EXHAUST, COMBUSTION AIR, AND CRANKCASE VACUUM SYSTEMS 25212-26916 (a)SH 5 OF 5 9.5-4 FIGURE 9.5-4 SEPTEMBER 1995EMERGENCY GENERATOR EXHAUST N/A 9.5-5 FIGURE 9.5-5 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM NITROGEN AND HYDROGEN SYSTEMS 25212-26939 (a)SH 1 OF 3 9.5-5 FIGURE 9.5-5 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM NITROGEN AND HYDROGEN SYSTEMS 25212-26939 (a)SH 2 OF 3 9.5-5 FIGURE 9.5-5 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM NITROGEN AND HYDROGEN SYSTEMS 25212-26939 (a)SH 3 OF 3 9.5-7 FIGURE 9.5-7 AMENDMENT 3 AUGUST 1983SITE WATER FIRE PROTECTION N/A N/A 10.1-1 FIGURE 10.1-1 NONEFUNDAMENTAL DIAGRAM N/A N/A 10.1-2 FIGURE 10.1-2

[27.3]RATED HEAT BALANCE 25212-23050 (a)SH 9 10.1-3 FIGURE 10.1-3

[17.3]DELETED BY CHANGE PKG FSC 03-MP3-027 N/A N/A 10.2-1 FIGURE 10.2-1

[27.3]PIPING & INSTRUMENTATION DIAGR AM ELECTO HYDRAULIC CONTROL 25212-26940 (a)N/A 10.2-2 FIGURE 10.2-2 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBINE GENERATOR & FEED PUMP OIL SYSTEMS 25212-26941 (a)SH 1 OF 3 10.2-2 FIGURE 10.2-2 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBINE GENERATOR & FEED PUMP OIL SYSTEMS 25212-26941 (a)SH 2 OF 3 10.2-2 FIGURE 10.2-2 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBINE GENERATOR & FEED PUMP OIL SYSTEMS 25212-26941 (a)SH 3 OF 3 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 62 of 83 10.2-3 FIGURE 10.2-3

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBINE GENERATOR SUPPORT SYSTEMS 25212-26942 (a)SH 1 OF 1 10.3-1 FIGURE 10.3-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM MAIN STEAM AND REHEAT 25212-26923 (a)SH 1 OF 7 10.3-1 FIGURE 10.3-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM MAIN STEAM AND REHEAT 25212-26923 (a)SH 2 OF 7 10.3-1 FIGURE 10.3-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM MAIN STEAM AND REHEAT 25212-26923 (a)SH 3 OF 7 10.3-1 FIGURE 10.3-1 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM MAIN STEAM AND REHEAT 25212-26923 (a)SH 4 OF 7 10.3-1 FIGURE 10.3-1 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM MAIN STEAM AND REHEAT 25212-26923 (a)SH 5 OF 7 10.3-1 FIGURE 10.3-1 SH. 6

[27.3]PIPING & INSTRUMENTATION DIAGRAM MAIN STEAM AND REHEAT 25212-26923 (a)SH 6 OF 7 10.3-2 FIGURE 10.3-2 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBINE PLANT MISCE LLANEOUS DRAINS 25212-26945 (a)SH 1 OF 3 10.3-2 FIGURE 10.3-2 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBINE PLANT MISCE LLANEOUS DRAINS 25212-26945 (a)SH 2 OF 3 10.3-2 FIGURE 10.3-2 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM TURBINE PLANT MISCE LLANEOUS DRAINS 25212-26945 (a)SH 3 OF 3 10.3-3 FIGURE 10.3-3 SH.1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CHEMICAL FEED 25212-26931 (a)SH 1 OF 2 10.3-3(1(A))

FIGURE 10.3-3 SH. 1(A)

[24]DELETED BY PKG FSC 98-MP3-126 N/A N/A 10.3-4 FIGURE 10.3-4 SEPTEMBER 1997MAIN STEAM ISOLATION VALVE N/A N/A 10.4-1 FIGURE 10.4-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE SYSTEM 25212-26926 (a)SH 1 OF 3 10.4-1 FIGURE 10.4-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE SYSTEM 25212-26926 (a)SH 2 OF 3 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 63 of 83 10.4-1 FIGURE 10.4-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE SYSTEM 25212-26926 (a)SH 3 OF 3 10.4-2 FIGURE 10.4-2 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSER AIR REMOVAL SYSTM & WATER BOX PRIM ING 25212-26927 (a)SH 1 0F 2 10.4-2 FIGURE 10.4-2 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSER AIR REMOVAL SYSTM & WATER BOX

PRIM ING 25212-26927 (a)SH 2 OF 2 10.4-3 FIGURE 10.4-3 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM EXTR ACTION STEAM AND TG GLAND SEAL AND EXHAUST 25212-26924 (a)SH 1 OF 2 10.4-3 FIGURE 10.4-3 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM EXTR ACTION STEAM AND TG GLAND SEAL AND EXHAUST 25212-26924 (a)SH 2 OF 2 10.4-4 FIGURE 10.4-4 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CIRCULATING WATER SYSTEM 25212-26932 (a)SH 1 OF 2 10.4-4 FIGURE 10.4-4 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CIRCULATING WATER SYSTEM 25212-26932 (a)SH 2 OF 2 10.4-5 FIGURE 10.4-5 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE DEMINERLIZER -MIXED BED 25212-26928 (a)SH 1 OF 5 10.4-5 FIGURE 10.4-5 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE DEMINERLIZER -MIXED BED 25212-26928 (a)SH 2 OF 5 10.4-5 FIGURE 10.4-5 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE DEMINERLIZER -MIXED BED 25212-26928 (a)SH 3 OF 5 10.4-5 FIGURE 10.4-5 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE DEMINERLIZER -MIXED BED 25212-26928 (a)SH 4 OF 5 10.4-5 FIGURE 10.4-5 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE DEMINERLIZER -MIXED BED 25212-26928 (a)SH 5 OF 5 10.4-6 FIGURE 10.4-6 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM FEEDWATER SYSTEM 25212-26930 (a)SH 1 OF 4 10.4-6 FIGURE 10.4-6 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM FEEDWATER SYSTEM 25212-26930 (a)SH 2 OF 4 10.4-6 FIGURE 10.4-6 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM FEEDWATER SYSTEM 25212-26930 (a)SH 3 OF 4 LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 64 of 83 10.4-6 FIGURE 10.4-6 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM FEEDWATER SYSTEM 25212-26930 (a)SH 4 OF 4 10.4-7 FIGURE 10.4-7 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM FEEDWATER HEATER AND MSR VENTS AND DRAINS 25212-26925 (a)SH 1 OF 3 10.4-7 FIGURE 10.4-7 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM FEEDWATER HEATER AND MSR VENTS AND DRAINS 25212-26925 (a)SH 2 OF 3 10.4-7 FIGURE 10.4-7 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM FEEDWATER HEATER AND MSR VENTS AND DRAINS 25212-26925 (a)SH 3 OF 3 10.4-9 FIGURE 10.4-9 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM AUXIL IARY STEAM, FEEDWATER AND CONDENSATE 25212-26935 (a)SH 1 OF 3 10.4-9(1(A))

FIGURE 10.4-9 SH.1(A)

[27.3]PIPING & INSTRUMENTATION DIAGRAM AUXIL IARY STEAM, FEEDWATER AND CONDENSATE 25212-26935 (a)SH 1 OF 3 10.4-9 FIGURE 10.4-9 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM AUXIL IARY STEAM, FEEDWATER AND CONDENSATE 25212-26935 (a)SH 2 OF 3 10.4-9 FIGURE 10.4-9 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM AUXIL IARY STEAM, FEEDWATER AND CONDENSATE 25212-26935 (a)SH 3 OF 3 10.4-10 FIGURE 10.4-10

[21.3]MINIMUM AUXILIARY FEEDWATER FLOW TO FO UR STEAM GENERATORS LOSS OF NORMAL FEEDWATER EVENT N/A N/A10.4-11FIGURE 10.4-11FEBRUARY 1998MINIMUM AFW FLOW TO THREE EFFECTIVE S TEAM GENERATORS FEEDWATER LINE BREAK EVENT N/A N/A 10.4-12 FIGURE 10.4-12

[21.3]MINIMUM AUXILARY FEEDWATER FLOW TO TW O STEAM GENERATORS BETTER ESTIMATE LOSS OF NORMAL FEEDWATER EVENT FOR RELIABILITY ANALYSIS N/A N/A11.2-1FIGURE 11.2-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADI OACTIVE LIQUID WASTE & AERATED DRAINS 25212-26906 (a)SH 1 OF 4 11.2-1FIGURE 11.2-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADI OACTIVE LIQUID WASTE & AERATED DRAINS 25212-26906 (a)SH 2 OF 4 11.2-1FIGURE 11.2-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADI OACTIVE LIQUID WASTE & AERATED DRAINS 25212-26906 (a)SH 3 OF 4 11.2-2FIGURE 11.2-2

[27.3]PIPING & INSTRUMENTATION DIAGRAM CONDENSATE DEMINERLIZER LIQUID WASTE 25212-26929 (a)N/A LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 65 of 8311.2-3FIGURE 11.2-3MAY 1998EXPECTED RADIOACTIVE LIQUID WAS TE SOURCE AND DISCHARGE PATHS N/A N/A11.3-1FIGURE 11.3-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOACTIVE GASEOUS WASTE 25212-26909 (a)SH 1 OF 3 11.3-1FIGURE 11.3-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOACTIVE GASEOUS WASTE 25212-26909 (a)SH 2 OF 3 11.3-2FIGURE 11.3-2

[16]VENTILATION SYSTEM COMPOSITE DRAWING NORMAL OPERATION N/A N/A11.4-1FIGURE 11.4-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOACTIVE SOLID WASTE 25212-26910 (a)SH 1 OF 2 11.4-1FIGURE 11.4-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM RADIOACTIVE SOLID WASTE 25212-26910 (a)SH 2 OF 2 11.4-2FIGURE 11.4-2

[21.3](HISTORICAL) RADIOACTIVE SOLID WA STE SYSTEM EXPECTED QUANTITIES N/A N/A11.4-3FIGURE 11.4-3

[21.3](HISTORICAL) RADIOACTIVE SOLID WASTE SYSTEM DESIGN QUANTITIES N/A N/A 12.2-1 FIGURE 12.2-1

[20.3]ARRANGEMENT - OPERATING PERSONNEL ACCESS AND EGRESS N/A N/A 12.2-2 FIGURE 12.2-2

[20.3]ARRANGEMENT - OPERATING PERSONNEL ACCESS AND EGRESS N/A N/A 12.2-3 FIGURE 12.2-3

[20.3]ARRANGEMENT - OPERATING PERSONNEL ACCESS AND EGRESS N/A N/A 12.2-4 FIGURE 12.2-4

[21.3]I-131 CONCENTRATION C ONTAINMENT (HISTORICAL)

N/A N/A 12.3-1 FIGURE 12.3-1

[20.3]DESIGN BASIS RADIATION ZONES FOR SHIELDING (NORMAL OPERATIONS)

N/A N/A 12.3-2 FIGURE 12.3-2

[20.3]DESIGN BASIS RADIATION ZONES FOR SHIELDING (NORMAL OPERATIONS)

N/A N/A 12.3-3 FIGURE 12.3-3

[20.3]DESIGN BASIS RADIATION ZONES FOR SHIELDING (NORMAL OPERATIONS)

N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 66 of 83 12.3-4 FIGURE 12.3-4 December 1997DESIGN BASIS RADIATION ZONES FOR SHIELDING (NORMAL OPERATIONS)

N/A N/A 12.3-5 N/AN/ATHIS FIGURE MOVED TO SECTION 11.5 (FIGURE 11.5-2)

N/A N/A 12.3-6 FIGURE 12.3-6

[20.3]DESIGN BASIS RADIATION ZONES FOR SHIELDING (SHUTDOWN/REFUELING)

N/A N/A 12.3-7 FIGURE 12.3-7

[20.3]DESIGN BASIS RADIATION ZONES FOR SHIELDING (SHUTDOWN/REFUELING)

N/A N/A 12.3-8 FIGURE 12.3-8

[20.3]DESIGN BASIS RADIATION ZONES FOR SHIELDING (SHUTDOWN/REFUELING)

N/A N/A 12.3-9 FIGURE 12.3-9

[20.3]DESIGN BASIS RADIATION ZONES FOR SHIELDING (SHUTDOWN/REFUELING)

N/A N/A 12.3-10 FIGURE 12.3-10 SH. 1

[21.3]ROUTES TO POST-ACCIDENT VITAL AREAS - Route 1 to Auxiliary Building N/A SH 1 OF 9 12.3-10 FIGURE 12.3-10 SH. 2

[21.3]ROUTES TO POST-ACCIDENT VITAL AR EAS - Route 2 to the ESF Building N/A SH 2 OF 9 12.3-10 FIGURE 12.3-10 SH. 3

[21.3]ROUTES TO POST-ACCIDENT VITAL AREAS -

Route 3 to Hydrogen Recombiner Building N/A SH 3 OF 9 12.3-10 FIGURE 12.3-10 SH. 4

[21.3]ROUTES TO POST-ACCIDENT VITAL AREAS - Route 4 to Hydrogen Recombiner Building and to Unit 2 Chemistry Labs N/A SH 4 OF 9 12.3-10 FIGURE 12.3-10 SH. 5

[21.3]ROUTES TO POST-ACCIDENT VITAL AR EAS - Route 5 to Fuel Building N/A SH 5 OF 9 12.3-10 FIGURE 12.3-10 SH. 6

[21.3]ROUTES TO POST-ACCIDENT VITAL AR EAS - Route 6 to T urbine Building N/A SH 6 OF 9 12.3-10 FIGURE 12.3-10 SH. 7

[21.3]ROUTES TO POST-ACCIDENT VITAL AREAS - Route 7 to Diesel Generator N/A SH 7 OF 9 12.3-10 FIGURE 12.3-10 SH. 8

[21.3]ROUTES TO POST-ACCIDENT VITAL AREAS - Route 8 to ESF Building N/A SH 8 OF 9 12.3-10 FIGURE 12.3-10 SH. 9

[21.3]ROUTES TO POST-ACCIDENT VITAL AREAS - Route 9 to Auxiliary Building N/A SH 9 OF 9LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 67 of 8312.3-11FIGURE 12.3-11

[20.3]FUEL TRANSFER TUBE SHIELDING N/A N/A 12.3-12 FIGURE 12.3-12

[20.3]UPPER REACTOR CAVITY NEUTRON SHIELD N/A N/A 12.5-1 FIGURE 12.5-1 June 1997 DELETED N/A N/A 13.1-1--------DELETED BY CHANGE PKG FSC 01-MP3-013 N/A N/A 13.5-1 FIGURE 13.5-1

[20.1]CONTROL ROOM AREA N/A N/A 14.2-1 FIGURE 14.2-1 NONESTARUP ACTIVITIES LOGIC DIAGRAM N/A N/A 14.2-2 FIGURE 14.2-2AMENDMENT 1 FEBRUARY 1983STARTUP ORGANIZATION CHART N/A N/A 14.2-3 FIGURE 14.2-3AMENDMENT 1 FEBRUARY 1983TEST PROCEDURE PREPARATION N/A N/A 14.2-4 FIGURE 14.2-4AMENDMENT 1 FEBRUARY 1983 TEST PROCEDURE PERFORMANCE N/A N/A 14.2-5 FIGURE 14.2-5AMENDMENT 8 MAY 1984PREOPERATIONAL TEST PHASE N/A N/A 14.2-6 FIGURE 14.2-6 NONEINITIAL STARTUP TEST PHASE N/A N/A 15.0-1 FIGURE 15.0-1

[21.3]ILLUSTRATION OF OVERTEMPERATURE AND OVERPOWER DELTA T PROTECTION N/A N/A 15.0-1A FIGURE 15.0-1A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.0-2 FIGURE 15.0-2

[21.3])DOPPLER POWER COEFFICIENT USED IN ACCIDENT ANALYSIS N/A N/A 15.0-3 FIGURE 15.0-3 NONERCCA POSITION VERSUS TIME TO DASHPOT N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 68 of 83 15.0-4 FIGURE 15.0-4 NONENORMALIZED ROD WORTH VERSUS PERCENT INSERTED N/A N/A 15.0-5 FIGURE 15.0-5

[21.3]NORMALIZED RCCA BANK REACTIVITY WORTH VERSUS DROP TIME N/A N/A 15.0-6 FIGURE 15.0-6

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-049 N/A N/A 15.0-7 FIGURE 15.0-7 NONEABBREVIATIONS N/A N/A 15.0-8 FIGURE 15.0-8JANUARY 1998EXCESSIVE HEAT REMOVAL DUE TO FEEDWATER SYSTEMS MALFUNCTION N/A N/A 15.0-9 FIGURE 15.0-9JANUARY 1998 EXCESSIVE LOAD INCREASE N/A N/A 15.0-10 FIGURE 15.0-10

[21.3]DEPRESSURIZATION OF MAIN STEAM SYSTEM N/A N/A15.0-11FIGURE 15.0-11JANUARY 1998 LOSS OF EXTERNAL L OAD/TURBINE TR IP N/A N/A 15.0-12 FIGURE 15.0-12JANUARY 1998LOSS OF OFFSITE POWER TO STATION AUXILIARIES N/A N/A 15.0-13 FIGURE 15.0-13JANUARY 1998LOSS OF NORMAL FEEDWATER N/A N/A 15.0-14 FIGURE 15.0-14

[21.3]MAJOR RUPTURE OF A MAIN FEEDWATER LINE N/A N/A 15.0-15 FIGURE 15.0-15JANUARY 1998LOSS OF FORCED REACTOR COOLANT FLOW N/A N/A 15.0-16 FIGURE 15.0-16JANUARY 1998 UNCONTROLLED ROD CLUSTER CONTRO L ASSEMBLY BANK WITHDRAWAL N/A N/A 15.0-17 FIGURE 15.0-17JANUARY 1998DROPPED ROD CLUSTER CONTROL ASSEMBLY N/A N/A 15.0-18 FIGURE 15.0-18JANUARY 1998SINGLE ROD CLUSTER CONTROL ASSEMB LY WITHDRAWAL AT FULL POWER N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 69 of 83 15.0-21 FIGURE 15.0-21JANUARY 1998RUPTURE OF CONTROL ROD DRIVE ME CHANISM HOUSING (ROD EJECTION)N/A N/A 15.0-22 FIGURE 15.0-22JANUARY 1998INADVERTENT ECCS OP ERATION AT POWER N/A N/A 15.0-23 FIGURE 15.0-23JANUARY 1998ACCIDENTAL DEPRESSURIZATION OF REACTOR COOLANT SYSTEM N/A N/A 15.0-24 FIGURE 15.0-24FEBRUARY 1998STEAM GENERATOR TUBE RUPTURE N/A N/A 15.0-25 FIGURE 15.0-25

[21.3]LOSS OF COOLANT ACCIDENT N/A N/A 15.0-26 FIGURE 15.0-26 NONE CVCS LETDOWN LINE RUPTURE N/A N/A 15.0-27 FIGURE 15.0-27 NONEGWPS GAS DECAY TANK RUPTURE N/A N/A 15.0-28 FIGURE 15.0-28 NONEFLOOR DRAIN TANK FAILURE N/A N/A 15.0-29 FIGURE 15.0-29 NONEFUEL HANDLING ACCIDENT IN FUEL BUILDING N/A N/A 15.0-30 FIGURE 15.0-30 NONEFUEL HANDLING ACCIDENT INSIDE CONTAINMENT N/A N/A 15.0-31 FIGURE 15.0-31 NONE SPENT FUEL CASK DROP ACCIDENT N/A N/A 15.1-1 FIGURE 15.1-1

[21.3]FEEDWATER CONTROL VALVE MALFUNCTION N/A N/A 15.1-1A FIGURE 15.1-1A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.1-2 FIGURE 15.1-2

[21.3]FEEDWATER CONTROL VALVE MALFUNCTION N/A N/A 15.1-2A FIGURE 15.1-2A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 70 of 83 15.1-3 FIGURE 15.1-3

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-4 FIGURE 15.1-4

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-5 FIGURE 15.1-5

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-6 FIGURE 15.1-6

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-7 FIGURE 15.1-7

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-8 FIGURE 15.1-8

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-9 FIGURE 15.1-9

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-10 FIGURE 15.1-10

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A15.1-11FIGURE 15.1-11

[21.3]Keffective VERSUS TEMPERATURE N/A N/A 15.1-12 FIGURE 15.1-12

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-12A FIGURE 15.1-12A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.1-13 FIGURE 15.1-13

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-050 N/A N/A 15.1-13A FIGURE 15.1-13A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.1-14 FIGURE 15.1-14

[21.3]DOPPLER POWER FEEDBACK N/A N/A 15.1-15 FIGURE 15.1-15

[21.3]1.4 SQUARE FEET STEAMLINE RUPT URE OFFSITE POWER AVAILABLE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 71 of 83 15.1-15A FIGURE 15.1-15A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.1-16 FIGURE 15.1-16

[21.3]1.4 SQUARE FEET STEAMLINE RUPT URE OFFSITE POWER AVAILABLE N/A N/A 15.1-16A FIGURE 15.1-16A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.1-17 FIGURE 15.1-17

[17.2]1.4 SQUARE FEET STEAMLINE RUPT URE OFFSITE POWER AVAILABLE N/A N/A 15.1-17A FIGURE 15.1-17A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-1 FIGURE 15.2-1

[21.3]TURBINE TRIP-RCS OVERPRESSURIZATION CASE N/A N/A 15.2-1A FIGURE 15.2-1A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-2 FIGURE 15.2-2

[21.3]TURBINE TRIP-RCS OVERPRESSURIZATION CASE N/A N/A 15.2-2A FIGURE 15.2-2A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-3 FIGURE 15.2-3

[21.3]TURBINE TRIP-DNBR CASE N/A N/A 15.2-3A FIGURE 15.2-3A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-4 FIGURE 15.2-4

[21.3]TURBINE TRIP-DNBR CASE N/A N/A 15.2-4A FIGURE 15.2-4A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-5 FIGURE 15.2-5

[21.3]TURBINE TRIP-MSS OVERPRESSURIZATION CASE N/A N/A 15.2-5A FIGURE 15.2-5A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 72 of 83 15.2-6 FIGURE 15.2-6

[21.3]TURBINE TRIP-MSS OVERPRESSURIZATION CASE N/A N/A 15.2-6A FIGURE 15.2-6A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-7 FIGURE 15.2-7

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-051 N/A N/A 15.2-7A FIGURE 15.2-7A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-8 FIGURE 15.2-8

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-051 N/A N/A 15.2-8A FIGURE 15.2-8A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-9 FIGURE 15.2-9

[21.3]LOSS OF NORMAL FEEDWATER WI TH OFFSITE POWER AVAILABLE N/A N/A 15.2-9A FIGURE 15.2-9A

[21.3]LOSS OF NORMAL FEEDWATER WI THOUT OFFSITE POWER AVAILABLE N/A N/A 15.2-10 FIGURE 15.2-10

[21.3]LOSS OF NORMAL FEEDWATER WI TH OFFSITE POWER AVAILABLE N/A N/A 15.2-10A FIGURE 15.2-10A

[21.3]LOSS OF NORMAL FEEDWATER WI THOUT OFFSITE POWER AVAILABLE N/A N/A15.2-11FIGURE 15.2-11

[21.3]LOSS OF NORMAL FEEDWATER WI TH OFFSITE POWER AVAILABLE N/A N/A15.2-11AFIGURE 15.2-11A

[21.3]LOSS OF NORMAL FEEDWATER WI THOUT OFFSITE POWER AVAILABLE N/A N/A 15.2-12 FIGURE 15.2-12

[21.3]LOSS OF NORMAL FEEDWATER WI TH OFFSITE POWER AVAILABLE N/A N/A 15.2-12A FIGURE 15.2-12A

[21.3]LOSS OF NORMAL FEEDWATER WI THOUT OFFSITE POWER AVAILABLE N/A N/A 15.2-13 FIGURE 15.2-13

[21.3]MAIN FEEDLINE RUPTURE WITH OFFSITE POWER AVAILABLE N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 73 of 83 15.2-13A FIGURE 15.2-13A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-14 FIGURE 15.2-14

[21.3]MAIN FEEDLINE RUPTURE WITH OFFSITE POWER AVAILABLE N/A N/A 15.2-14A FIGURE 15.2-14A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-15 FIGURE 15.2-15

[21.3]MAIN FEEDLINE RUPTURE WITH OFFSITE POWER AVAILABLE N/A N/A 15.2-15A FIGURE 15.2-15A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-16 FIGURE 15.2-16

[21.3]MAIN FEEDLINE RUPTURE WITH OFFSITE POWER AVAILABLE N/A N/A 15.2-16A FIGURE 15.2-16A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-17 FIGURE 15.2-17

[21.3]MAIN FEEDLINE RUPTURE WITH OFFSITE POWER AVAILABLE N/A N/A 15.2-17A FIGURE 15.2-17A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-18 FIGURE 15.2-18

[21.3]MAIN FEEDLINE RUPTURE WITH OFFSITE POWER AVAILABLE N/A N/A 15.2-18A FIGURE 15.2-18A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-19 FIGURE 15.2-19

[21.3]MAIN FEEDLINE RUPTURE WITH OUT OFFSITE POWER AVAILABLE N/A N/A 15.2-19A FIGURE 15.2-19A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-20 FIGURE 15.2-20

[21.3]MAIN FEEDLINE RUPTURE WITH OUT OFFSITE POWER AVAILABLE N/A N/A 15.2-20A FIGURE 15.2-20A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 74 of 83 15.2-21 FIGURE 15.2-21

[21.3]MAIN FEEDLINE RUPTURE WITH OUT OFFSITE POWER AVAILABLE N/A N/A 15.2-21A FIGURE 15.2-21A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-22 FIGURE 15.2-22

[21.3]MAIN FEEDLINE RUPTURE WITH OUT OFFSITE POWER AVAILABLE N/A N/A 15.2-22A FIGURE 15.2-22A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-23 FIGURE 15.2-23

[21.3]MAIN FEEDLINE RUPTURE WITH OUT OFFSITE POWER AVAILABLE N/A N/A 15.2-23A FIGURE 15.2-23A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.2-24 FIGURE 15.2-24

[21.3]MAIN FEEDLINE RUPTURE WITH OUT OFFSITE POWER AVAILABLE N/A N/A 15.2-24A FIGURE 15.2-24A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.3-1 FIGURE 15.3-1

[21.3]FLOW TRANSIENTS ONE PUMP COASTING DOWN N/A N/A 15.3-2 FIGURE 15.3-2

[21.3]NUCLEAR POWER AND PRESSURIZER PRESSUR TRANSIENTS, ONE PUMP COASTING DOWN N/A N/A 15.3-3 FIGURE 15.3-3

[21.3]AVERAGE AND HOT CHANNEL HEAT FLUX TRANSIENT , ONE PUMP COASTING DOWN N/A N/A 15.3-4 FIGURE 15.3-4

[21.3]DNBR VERSUS TIME, ONE PUMP COASTING DOWN N/A N/A 15.3-5 FIGURE 15.3-5

[21.3]CORE FLOW COASTDOWN, FOUR PUMPS COASTING DOWN N/A N/A 15.3-6 FIGURE 15.3-6

[21.3]NUCLEAR POWER & PRESSURIZER PRESSURE TRANSIENTS, FOUR PUMPS COASTING DOWN N/A N/A 15.3-7 FIGURE 15.3-7

[21.3]AVERAGE & HOT CHANNEL HEAT FLUX TRANSIENTS, FOUR PUMPS COASTING DOWN N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 75 of 83 15.3-8 FIGURE 15.3-8

[21.3]DNBR VERSUS TIME, FOUR PUMPS COASTING DOWN N/A N/A 15.3-9 FIGURE 15.3-9

[21.3]FLOW TRANSIENTS, ONE LOCKED ROTOR N/A N/A 15.3-9A FIGURE 15.3-9A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.3-10 FIGURE 15.3-10

[21.3]RCS PRESSURE, ONE LOCKED ROTOR N/A N/A 15.3-10A FIGURE 15.3-10A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A15.3-11FIGURE 15.3-11

[21.3]NUCLEAR POWER AND CORE AVERAGE HEAT FLUX TRANSIENTS, ONE LOCKED ROTOR N/A N/A15.3-11AFIGURE 15.3-11A

[17.2])DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.3-12 FIGURE 15.3-12

[21.3]MAXIMUM CLAD TEMPERATURE AT HOT SPOT FOR FOUR LOOPS IN OPERATION, ONE LOCKED ROTOR N/A N/A 15.3-12A FIGURE 15.3-12A

[17.2])DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.3-13 FIGURE 15.3-13

[21.3]CORE FLOW TRANSIENT, FOUR PUMP S EXPERIENCING FREQUENCY DECAY N/A N/A 15.3-14 FIGURE 15.3-14

[21.3]NUCLEAR POWER AND PRESSURIZER PRESSURE TRANSIENTS, FOUR PUMPS EXPERIENCING FREQUENCY DECAY N/A N/A 15.3-15 FIGURE 15.3-15

[21.3]AVERAGE AND HOT CHANNEL HEAT FLUX TR ANSIENTS, FOUR PUMPS EXPERIENCING FREQUENCY DECAY N/A N/A 15.3-16 FIGURE 15.3-16

[21.3]DNBR VERSUS TIME, FOUR PUMPS EXPERIENCING FREQUENCY DECAY N/A N/A 15.4-1 FIGURE 15.4-1 MARCH 1998NEUTRON & THERMAL FLUX TRANSIENT FOR UNCONTROLLED RCCA WITHDRAWAL FORM A SUBCRITICAL CONDITION N/A N/A 15.4-2 FIGURE 15.4-2N/A OMITTED N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 76 of 83 15.4-3 FIGURE 15.4-3 MARCH 1998FUEL & CLAD TEMPERATURE TRANSIENTS UNCONTROLLED RCCA WITHDRAWAL FROM A SUBCRITICAL CONDITION N/A N/A 15.4-4 FIGURE 15.4-4

[20.1]UNCONTROLLED RCCA BANK WITHDRAWAL FROM FULL POWER WITH MAXIMUM REACTIVITY FEEDBACK (75 PCM/SEC. WITHDRAWAL RATE)N/A N/A 15.4-4A FIGURE 15.4-4A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-5 FIGURE 15.4-5

[20.1]UNCONTROLLED RCCA BANK WITHDRAWAL FROM FULL POWER WITH MAXIMUM REACTIVITY FEEDBACK (75 PCM/SEC. WITHDRAWAL RATE)N/A N/A 15.4-5A FIGURE 15.4-5A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-6 FIGURE 15.4-6

[20.1]UNCONTROLLED RCCA BANK WITHDRAWAL FROM FULL POWER WITH MAXIMUM REACTIVITY FEEDBACK (75 PCM/SEC. WITHDRAWAL RATE)N/A N/A 15.4-6A FIGURE 15.4-6A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-7 FIGURE 15.4-7

[20.1]UNCONTROLLED RCCA BANK WITHDRAWAL FROM FULL POWER WITH MAXIMUM REACTIVITY FEEDBACK (3 PCM/SEC. WITHDRAWAL RATE)N/A N/A 15.4-7A FIGURE 15.4-7A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-8 FIGURE 15.4-8

[20.1]UNCONTROLLED RCCA BANK WITHDRAWAL FROM FULL POWER WITH MAXIMUM REACTIVITY FEEDBACK (3 PCM/SEC. WITHDRAWAL RATE)N/A N/A 15.4-8A FIGURE 15.4-8A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-9 FIGURE 15.4-9

[20.1]UNCONTROLLED RCCA BANK WITHDRAWAL FROM FULL POWER WITH MAXIMUM REACTIVITY FEEDBACK (3 PCM/SEC. WITHDRAWAL RATE)N/A N/A 15.4-9A FIGURE 15.4-9A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-10 FIGURE 15.4-10

[20.1]MINIMUM DNBR VERSUS REACTIVITY INSERTION RATE: ROD WITHDRAWAL FROM 100% POWER N/A N/A 15.4-10A FIGURE 15.4-10A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 77 of 8315.4-11FIGURE 15.4-11

[20.1]MINIMUM DNBR VERSUS REACTIVITY INSERTIO N RATE: RCCA WITHDRAWAL FROM 60% RATED THERMAL POWER N/A N/A15.4-11AFIGURE 15.4-11A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-12 FIGURE 15.4-12

[20.1]MINIMUM DNBR VERSUS REACTIVITY INSERTIO N RATE: RCCA WITHDRAWAL FROM 10% RATED THERMAL POWER N/A N/A 15.4-13 FIGURE 15.4-13AMENDMENT 12 FEBRUARY 1985DROPPED ROD CLUSTER CONTROL ASSEMBLY, AUTOMATIC CONTROL N/A N/A 15.4-14 FIGURE 15.4-14AMENDMENT 12 FEBRUARY 1985DROPPED ROD CLUSTER CONTROL ASSEMBLY, AUTOMATIC CONTROL N/A N/A 15.4-21 FIGURE 15.4-21 NONE INTERCHANGE BETWEEN REGION 1 AND REGION 3 ASSEMBL Y N/A N/A 15.4-22 FIGURE 15.4-22 NONE INTERCHANGE BETWEEN REGION 1 AND REGION 2 ASSEMBLY, BURNABLE POISON RODS BEING RETAINED BY THE REGION 2 ASSEMBLY N/A N/A 15.4-23 FIGURE 15.4-23 NONE INTERCHANGE BETWEEN REGION 1 AND REGION 2 ASSEMBLY, BURNABLE POISON RODS BEING RETAINED BY THE REGION 1 ASSEMBLY N/A N/A 15.4-24 FIGURE 15.4-24 NONEENRICHMENT ERROR: A REGION 2 ASSEMBLY LOADED INTO THE CORE CENTRAL POSITION N/A N/A 15.4-25 FIGURE 15.4-25 NONELOADING A REGION 2 ASSEMBLY INTO A REGION 1 POSTION NEAR CORE PERIPHERY N/A N/A 15.4-26 FIGURE 15.4-26

[17.2]NUCLEAR POWER TRANSIENT BOL HFP RCCA EJECTION N/A N/A 15.4-26A FIGURE 15.4-26A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-27 FIGURE 15.4-27

[17.2]HOT SPOT FUEL & CLAD TEMPERATURE VERSUS TIME - BOL HFP RCCA EJECTION N/A N/A 15.4-27A FIGURE 15.4-27A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.4-28 FIGURE 15.4-28 MARCH 1998 NUCLEAR POWER TRANSIENT EOL HZP RCC A EJECTION (TWO RCPs RUNNING)

N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 78 of 83 15.4-29 FIGURE 15.4-29 MARCH 1999HOT SPOT FUEL & CLAD TEMPERATURE VERSUS TIME - EOL HZP RCCA EJECTION (TWO RCPs RUNNING)N/A N/A 15.4-30 FIGURE 15.4-30 NONEREACTOR COOLANT SYSTEM INTEGRATED BREAK FLOW FOLLOWING A ROD EJECTION ACCIDENT N/A N/A 15.5-1 FIGURE 15.5-1

[21.3]CVCS MALFUNCTION THAT INCREASES REACTO R COOLANT INVENTORY, NUCLEAR POWER AND VESSEL AVERAGE TEMPERATURE VERSUS TIME N/A N/A 15.5-2 FIGURE 15.5-2

[21.3]CVCS MALFUNCTION THAT INCREASES REACTOR COOLANT INVENTORY, PRESSURIZER PRESSURE AND PRESSURIZER WATER VOLUME VERSUS TIME N/A N/A 15.5-3 FIGURE 15.5-3

[21.3]DELETED BY CHANGE PKG FSC 07-MP3-055 N/A N/A 15.6-1 FIGURE 15.6-1

[21.3]INADVERTENT OPENING OF A PRESSURIZER SAFETY VALVE N/A N/A 15.6-1A FIGURE 15.6-1A

[17.2]Deleted by CHANGE PKG FSC 02-MP3-017 N/A N/A 15.6-2 FIGURE 15.6-2

[21.3]INADVERTENT OPENING OF A PRESSURIZER SAFETY VALVE N/A N/A 15.6-2A FIGURE 15.6-2A

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.6-3 FIGURE 15.6-3

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.6.3-1 FIGURE 15.6.3-1

[21.3]PRESSURIZER LEVEL N/A N/A 15.6.3-2 FIGURE 15.6.3-2

[21.3]Reactor Coolant System Pressure N/A N/A 15.6.3-3 FIGURE 15.6.3-3

[21.3]SECONDARY PRESSURE N/A N/A 15.6.3-4 FIGURE 15.6.3-4

[21.3]RUPTURED LOOP HOT AND CO LD LEG RCS TEMPERA TURES N/A N/A 15.6.3-5 FIGURE 15.6.3-5

[21.3]INTACT LOOP HOT AND COLD LEG RCS TEMPERATURES N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 79 of 83 15.6.3-6 FIGURE 15.6.3-6

[21.3]PRIMARY TO SECONDARY BREAK FLOW RATE N/A N/A 15.6.3-7 FIGURE 15.6.3-7

[21.3]Differential Pressure Between Reactor Coolant System and Ruptur ed Steam Generator N/A N/A 15.6.3-8 FIGURE 15.6.3-8

[21.3]Ruptured Steam Generator Water Volume N/A N/A 15.6.3-9 FIGURE 15.6.3-9

[21.3]Ruptured Steam Generator Water Mass N/A N/A 15.6.3-10 FIGURE 15.6.3-10

[21.3]Ruptured Steam Generator Mass Re lease Rate to the Atmosphere N/A N/A15.6.3-11FIGURE 15.6.3-11

[21.3]Intact Steam Generators Mass Release Rate to the Atmosphere.

N/A N/A 15.6.3-12 FIGURE 15.6.3-12

[21.3]FLASHED BREAK FLOW N/A N/A 15.6-4 FIGURE 15.6-4 NONESEQUENCE OF EVENTS FOR LARGE BREAK LOCA ANALYSIS N/A N/A 15.6-5 FIGURE 15.6-5

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-6 FIGURE 15.6-6

[17]CODE INTERFACE DESCRIPTION FOR SMALL BREAK LOCA MODEL N/A N/A 15.6-7 FIGURE 15.6-7

[17]SMALL BREAK POWER SHAPE N/A N/A 15.6-8 FIGURE 15.6-8

[21.3]PEAK CLAD TERMPERATURE - DECLG (Cd = 0.6)

N/A N/A 15.6-8A FIGURE 15.6-8A

[21.3]Deleted by CHANGE PKG FSC 07-MP3-054 N/A N/A 15.6-9 FIGURE 15.6-9

[21.3]Limiting PCT Case Vessel Side Break Flow N/A N/A 15.6-10 FIGURE 15.6-10

[21.3]Limiting PCT Case L oop Side Break Flow N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 80 of 8315.6-11FIGURE 15.6-11

[21.3]Limiting PCT Case Broken and Intact Loop V oid Fraction N/A N/A 15.6-12 FIGURE 15.6-12

[21.3]Limiting PCT Case Hot Assembly Top Third of Core Vapor Flow N/A N/A 15.6-13 FIGURE 15.6-13

[21.3]Limiting PCT Case Pressurizer Pressure N/A N/A 15.6-14 FIGURE 15.6-14

[21.3]Limiting PCT Case Lower Ple num Collapsed Liquid Level N/A N/A 15.6-15 FIGURE 15.6-15

[21.3]Limiting PCT Case Vessel Fluid Mass N/A N/A 15.6-16 FIGURE 15.6-16

[21.3]Limiting PCT Case Loop 2 Accumulator Flow N/A N/A 15.6-17 FIGURE 15.6-17

[21.3]Limiting PCT Case Loop 2 Safety Injection Flow N/A N/A 15.6-18 FIGURE 15.6-18

[21.3]Limiting PCT Case Core Average Channel Collapsed Liquid Level N/A N/A 15.6-19 FIGURE 15.6-19

[21.3]Limiting PCT Case Loop 2 Down comer Collapsed Liquid Level N/A N/A 15.6-20 FIGURE 15.6-20

[21.3]BELOCA Analysis Axial Power Shape Operating Space Envelope N/A N/A 15.6-21 FIGURE 15.6-21

[21.3]Lower Bound Containment Pressure N/A N/A 15.6-22 FIGURE 15.6-22

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-23 FIGURE 15.6-23

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-24 FIGURE 15.6-24

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-25 FIGURE 15.6-25

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 81 of 83 15.6-26 FIGURE 15.6-26

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-27 FIGURE 15.6-27

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-28 FIGURE 15.6-28

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-29 FIGURE 15.6-29

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-30 FIGURE 15.6-30

[21.3]Deleted by FSARCR PKG FSC 07-MP3-054 N/A N/A 15.6-31 FIGURE 15.6-31

[21.3]Reactor Coolant System Pr essure (4 inch Break)

N/A N/A 15.6-32 FIGURE 15.6-32

[21.3]Core Mixture Level (4 inch Break)

N/A N/A 15.6-33 FIGURE 15.6-33

[21.3]Clad Temperature Transient at Peak Temperature Elevation (4 inch Break)

N/A N/A 15.6-34 FIGURE 15.6-34

[21.3]Core Exit Steam Flow Rate (4 inch Break)

N/A N/A 15.6-35 FIGURE 15.6-35

[21.3]Clad Surface Heat Transfer Coefficient at P eak Clad Temperature Elevation (4 inch Break)

N/A N/A 15.6-36 FIGURE 15.6-36

[21.3]Fluid Temperature at Peak Clad Te mperature Elevation (4 inch Break)

N/A N/A 15.6-37 FIGURE 15.6-37

[21.3]Reactor Coolant System Pr essure (1.5 inch Break)

N/A N/A 15.6-38 FIGURE 15.6-38

[21.3]Reactor Coolant System Pr essure (2 inch Break)

N/A N/A 15.6-39 FIGURE 15.6-39

[21.3]Reactor Coolant System Pr essure (3 inch Break)

N/A N/A 15.6-40 FIGURE 15.6-40

[21.3]Reactor Coolant System Pr essure (6 inch Break)

N/A N/ALIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 82 of 83 15.6-41 FIGURE 15.6-41

[21.3]Reactor Coolant System Pr essure (8.75 inch Break)

N/A N/A 15.6-42 FIGURE 15.6-42

[21.3]Core Mixture Level (1.5 inch Break)

N/A N/A 15.6-43 FIGURE 15.6-43

[21.3]Core Mixture Level (2 inch Break)

N/A N/A 15.6-44 through -62 N/A[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A 15.B ALL FIGURES

[17.2]DELETED BY CHANGE PKG FSC 02-MP3-017 N/A N/A FPER 3-1 N/AN/AFIRE PROTECTION ORGANIZATIONA L CHAR T (HAS BEEN DELETED)

N/A N/A FPER 4-1 FPER FIGURE 4-1 SH. 1

[27.3]PIPING & INSTRUMENTATION DIAGRAM FIRE PROTECTION 25212-26946 (a)SH 1 OF 5 FPER 4-1 FPER FIGURE 4-1 SH. 2

[27.3]PIPING & INSTRUMENTATION DIAGRAM FIRE PROTECTION 25212-26946 (a)SH 2 OF 5 FPER 4-1 FPER FIGURE 4-1 SH. 3

[27.3]PIPING & INSTRUMENTATION DIAGRAM FIRE PROTECTION 25212-26946 (a)SH 3 OF 5 FPER 4-1 FPER FIGURE 4-1 SH. 4

[27.3]PIPING & INSTRUMENTATION DIAGRAM FIRE PROTECTION 25212-26946 (a)SH 4 OF 5 FPER 4-1 FPER FIGURE 4-1 SH. 5

[27.3]PIPING & INSTRUMENTATION DIAGRAM FIRE PROTECTION 25212-26946 (a)SH 5 OF 5 FPER 4-1 FPER FIGURE 4-1 SH. 6

[27.3]PIPING & INSTRUMENTATION DIAGRAM FIRE PROTECTION SYSTEM (FIRE PUMP HOUSE AND YARD)25212-26970 (a)SH 1 FPER 77(A)

FPER FIGURE 77A

[27.3]FIRE HAZARDS ANALYSIS PLAN ELEVATION 3 FEET - 8 INCHES 25212-24260 (a)N/A FPER 77(B)

FPER FIGURE 77 B

[27.3]FIRE HAZARDS ANALYSIS PLAN ELEVATION 24 FEET - 6 INCHES 25212-24261 (a)N/A FPER 77(C)

FPER FIGURE 77 C

[27.3]FIRE HAZARDS ANALYSIS PLAN ELEVATION 38 FEET - 6 INCHES 25212-24262 (a)N/A LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET MPS-3 FSARPage 83 of 83 FPER 77(D)

FPER FIGURE 77 D

[27.3]FIRE HAZARDS ANALYSIS PLAN ELEVATION 52 FEET- 6 INCHES 25212-24263 (a)N/A FPER 77(E)

FPER FIGURE 77 E

[27.3]FIRE HAZARDS ANALYSIS (ROOF PLAN) 25212-24264 (a)N/A FPER 77(F)

FPER FIGURE 77 F

[27.3]FIRE HAZARDS ANALYSIS (SECTIONS) 25212-24265 (a)N/A FPER 8-1 FPER FIGURE 8-1 AMENDMENT 17 NOVEMBER 1985 PROCESS CONTROL TRANSF ER SCHEME (TYPICAL)

N/A N/A FPER 8-2 FPER FIGURE 8-2 AMENDMENT 17 NOVEMBER 1985PROCESS INSTRUMENTATION TRANSFER SCHEME N/A N/Aa.Incorporated by reference this engineering controlled drawing is, coincidentally, an MPS-3 FSAR figure. Refer to the controlled plant drawing for the latest revision. LIST OF EFFECTIVE FIGURESFigure NumberFIGURE LABELDATE / Revision [ ]TITLE Drawing Number SHEET

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