Combustion System Clause Samples

Combustion System. The PIDAL-3 system is used on-line to monitor the core Eng. power distribution for technical specification compliance via Surveillance Procedure MT-10. Signature Crane Nuclear The Crane Nuclear Signature Software is used to acquire and 7 Single Software - AOV analyze Air Operated Valve(AOV) Thrust, Torque, Stem Travel or Module Rotation, Supply Pressure, and/or Control Pressure to determine the ability of an AOV to perform its Design Basis Function. PPC - Critical ABB CFMS has been developed as an information display system that Function Combustion will aid the operator in monitoring the operational and safety Monitoring System Eng. status of the nuclear power plant to effectively display instrumentation information to the operator. PPC - ABB Interface to multiplexer. This module is part of ▇▇▇▇▇▇-▇▇▇▇▇▇ Combustion SQAP-PL-0050, "Plant Process Computer." Does Director Input Eng. engineering units conversions from raw counts. Scanning Routine PPC - NRC ABB Provides NRC with live plant data during emergencies. Emergency Response Combustion Activated by Palisades as required. Data System Data Eng. Link PPC - G2 ABB Interface between multiplexers and PPC point database. Interface Combustion No control outputs. This module is part of SQAP-PL-0050, Software Design Eng. "Plant Process Computer. PPC - ABB The Heatup/Cooldown Rate calculations can be used to meet the Heatup/Cooldown Combustion requirements of SOP-1. This program and associated displays are Rate Calculation Eng. intended to help operators visually and quantitatively judge rate of change. PPC - UFM ABB Used to meet T.S. requirement. Not a specific program: It is Corrected Heat Combustion primarily a set of calculations that are part of the Balance Eng. Calculation-Tool environment. This module is part of Calculation SQAP-PL-0050, "Plant Process Computer. PPC - ABB METT displays information data linked from the Meteorological Combustion meteorological tower. The information includes Tower Datalink Eng. wind speed and direction and the tower temperature. PPC - PIDAL ABB PIDAL controls alarm limits/setpoints. PIDAL performs the Data Interface Combustion core power distribution calculation. Eng. PPC - ABB PIP monitors rod positions and user switches. Converts signal Plant Combustion and displays positions. Calculates and provides permissives Information Eng. for rod movement. Alarms on deviation, overlap and sequence Processor conditions.
Combustion System. Dry Low NOx combustion system with inlet heating Compressor inlet humidity sensor Compressor inlet temperature thermocouple
Combustion System. The PIDAL-3 system is used on-line to monitor the core Eng. power distribution for technical specification compliance via Surveillance Procedure MT-10.
Combustion System. The combustion system uses a reverse flow, multi-chamber (can annular) design in which combustion ▇▇▇▇▇▇▇▇ are arranged around the periphery of the compressor discharge casing. Combustion ▇▇▇▇▇▇▇▇ are connected to adjacent ▇▇▇▇▇▇▇▇ by crossfire tubes as illustrated below. Each chamber contains fuel nozzles and a combustion liner. Specific ▇▇▇▇▇▇▇▇ also contain spark plugs and flame detectors. Transition pieces connect the combustion liners to the turbine nozzles. Each combustion liner, fuel nozzle, and transition piece may be individually replaced if needed for maintenance. These major components of the combustion system are described below.