Document: NUREG-0800
Document ID: 21b88814-85a2-4153-982a-8f00240a5d45
Document Type: srp
Title: GENERIC GUIDELINES FOR EXTENDED POWER UPRATE TESTING
Source: NUREG-0800
Source URL: https://www.nrc.gov/docs/ML0300/ML030080406.pdf
Revision Date: 2023-06
Chapter: 14
Section ID: 14.2.1
CFR Part: 
CFR Title: 

Content:
mary Technical Review Branch Conduct vibration testing Regulatory Guide (RG) 1 68, lowest practical power level reactor vessel and reactor coolant system EMEB and monitoring of reactor App A component vibration charactenstics within design vessel internals and reactor 4,s, 5.9 See NRC Information Notice 2002-26 and RG 1 20 coolant system components Measure power reactivity RG 1 68, App A 100% of RTP characteristics In accordance with design SRXB coefficients (PWR) or power 5,a vs flow characteristics (BWR) Steady-state core RG 1 68, App A 100% of RTP characteristics in accordance with design SRXB performance 5 b Control rod patterns RG 1 68, App A power equal to highest power level that rod core limits not exceeded SRXB exchange 5 c exchanges will be allowed at power Control rod misalignment RG 1 68, App A 100% of RTP demonstrate ability to detect misalignment SRXB testing 5 1 rod misalignment equal to or less than TS limits Failed fuel detection system RG 1 68, App A 100% of RTP verify proper operation IEHB 5q Plant process computer RG 1.68, App A 100% of RTP inputs and calculation are correct SPLB/EEIB 5r Calibrate major or principal RG 1.68, App A 100% of RTP verify performance SRXB/SPLB plant control systems 5.s Main steam and main RG 1.68, App A 100% of RTP operate in accordance with design performance SPLB feedwater system operation 5 v requirements Shield and penetration RG 1 68, App A 100% of RTP maintain temperature within design limits SPLB cooling systems 5.w ESF auxiliary and RG 1.68, App A 100% of RTP capable of performing design functions SPLB environmental systems 5 x Calibrate systems used to RG 1 68, App A 100% of RTP verify performance EEIB determine reactor thermal 5 y power Chemical and radlochemical RG 1 68, App A 100% of RTP control systems function in accordance with design IEHB control systems 5.a.a Sample reactor coolant RG 1 68, App A 100% of RTP chemistry limits are not exceeded EMCB system and secondary 5.a.a coolant systems DRAFT Rev. 0