ML16180A181

Revision 26 to the Updated Final Safety Analysis Report, Chapter 14, Initial Test Program, Figure 134.2-1, Initial Plant Organization

ML16180A181
Person / Time
Site:	Ginna
Issue date:	05/05/2016
From:	Exelon Generation Co
To:	Office of Nuclear Reactor Regulation
Shared Package
ML16180A174	List: ML16180A127 ML16180A128 ML16180A130 ML16180A131 ML16180A132 ML16180A134 ML16180A136 ML16180A137 ML16180A138 ML16180A139 ML16180A140 ML16180A141 ML16180A142 ML16180A143 ML16180A144 ML16180A145 ML16180A146 ML16180A147 ML16180A148 ML16180A149 ML16180A150 ML16180A156 ML16180A157 ML16180A158 ML16180A159 ML16180A160 ML16180A161 ML16180A162 ML16180A163 ML16180A164 ML16180A165 ML16180A166 ML16180A167 ML16180A168 ML16180A169 ML16180A170 ML16180A171 ML16180A172 ML16180A173 ML16180A180 ML16180A181 ML16180A182 ML16180A183 ML16180A184 ML16180A185 ML16180A186 ML16180A214 ML16180A215 ML16180A216
References
Download: ML16180A181 (43)

Text

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.2-1 Initial Plant Organization Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-1 Sheet 1 - Original Safety Injection System Functional Test Data Sheet (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-1 Sheet 2 - Original Safety Injection System Functional Test Data Sheet (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-2 Sheet 1 - Rod Cluster Control Assembly Drop Time Test Results (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-2 Sheet 2 - Rod Cluster Control Assembly Drop Time Test Results (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-2 Sheet 3 - Rod Cluster Control Assembly Drop Time Test Results (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-2 Sheet 4 - Rod Cluster Control Assembly Drop Time Test Results (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-3 Partial-Length Rods Operation Test Results (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-4 Sheet 1 - Radiation Monitoring System Operational Test Data Sheet (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-4 Sheet 2 - Radiation Monitoring System Operational Test Data Sheet (Typical)

Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-5 Pressurizer Safety Valve Test Data Sheet Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-6 Reactor Vessel Internals Displacement Indicators Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-7 Sheet 1 - Reactor Vessel Accelerometers Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-7 Sheet 2 - Reactor Vessel Accelerometers Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-7 Sheet 3 - Reactor Vessel Accelerometers Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-7 Sheet 4 - Reactor Vessel Accelerometers Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-8 Sheet 1 - Reactor Coolant System Vibration Test Data Sheet Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-8 Sheet 2 - Reactor Coolant System Vibration Test Data Sheet Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-9 Sheet 1 - Reactor Coolant Pump Flow Coastdown Test Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-9 Sheet 2 - Reactor Coolant Pump Flow Coastdown Test Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-9 Sheet 3 - Reactor Coolant Pump Flow Coastdown Test Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-9 Sheet 4 - Reactor Coolant Pump Flow Coastdown Test Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-9 Sheet 5 - Reactor Coolant Pump Flow Coastdown Test Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-10 Sheet 1 - Natural Circulation Test Data Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-10 Sheet 2 - Natural Circulation Test Data Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-11 Preoperational Containment Leak Rate Test Data Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-12 Preoperational Containment Leak Rate Test, Pressurization System Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-13 Sheet 1 - 50% Load Reduction From 75% Power Level Test, Recorded Process Variables Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-13 Sheet 2 - 50% Load Reduction From 75% Power Level Test, Recorded Process Variables Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-13 Sheet 3 - 50% Load Reduction From 75% Power Level Test, Recorded Process Variables Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-13 Sheet 4 - 50% Load Reduction From 75% Power Level Test, Recorded Process Variables Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-13 Sheet 5 - 50% Load Reduction From 75% Power Level Test, Recorded Process Variables Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-14 Operational Dynamic Rod Drop Test, Nuclear Power Channel Signals Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-15 Ginna 1520 Megawatts Power Test Program, March 1 Through April 15, 1972 Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-16 Ginna Uprating, Control Bank D Differential and Integral Worth, Cycle 1B 7800 MWd/MTU, Hot Zero Power Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-17 Ginna Uprating, Control Bank C Differential and Integral Worth, Cycle 1B 7800 MWd/MTU, Hot Zero Power Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-18 Ginna Uprating, Boron Concentration Versus Reactivity Insertion, Cycle 1B 7800 MWd/MTU, Hot Zero Power Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-19 Ginna Uprating, Isothermal Temperature Coefficient Versus Boron Concentra-tion, Cycle 1B 7800 MWd/MTU, Hot Zero Power Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-20 Relative Power During Uprating: 1300, 1380, 1455 MWt Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-21 Relative Power During Uprating: 1455 MWt Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-22 Ginna Uprating, Power Range Output Versus Core Power, Channel NE41 Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-23 Ginna Uprating, Axial Offset Calibration, Channel 41 Output Normalized to 1520 MWt Revision 26 5/2016

GINNA/UFSAR CHAPTER 14 INITIAL TEST PROGRAM Figure 14.6-24 Relative Power at 1520 MWt, April 12, 1972 Revision 26 5/2016