GE PWB219A3034G2 CO2 System Card

Applications

 

The PWB219A3034G2 is used in power generation facilities to ensure the safety of critical equipment.

  • Fire Protection: It is a core component of the fire detection and suppression logic for turbine enclosures and generator compartments.
  • Safety and Reliability: The card ensures that the CO2 system is ready to activate in an emergency and provides the control system with the information needed to take appropriate action, such as an emergency shutdown, to prevent a fire from causing catastrophic damage.
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GE PWB219A3034G2    CO2 System Card

The GE PWB219A3034G2 is a CO2 System Card, which is a printed circuit board (PWB) component for a GE control system, likely a Mark V. This card is designed to serve as an interface for a carbon dioxide (CO2) fire suppression system.


 

Key Features

 

  • CO2 System Interface: The card is specifically designed to work with CO2 fire suppression systems, which are used to protect critical equipment such as gas turbine enclosures and generators. It has inputs and outputs to monitor and control the system’s status, including pressure levels, valve positions, and alarm conditions.
  • Control System Integration: The PWB219A3034G2 provides the main control processor with real-time data on the status of the fire suppression system. This allows the system to automatically trigger an alarm or a protective shutdown in the event of a fire or a system malfunction.
  • Component-Level Part Number: The “PWB” in the part number indicates that this is a Printed Wiring Board, or printed circuit board, which is a component of a larger module. The “G2” suffix likely indicates a specific revision or version of the board.

 

Applications

 

The PWB219A3034G2 is used in power generation facilities to ensure the safety of critical equipment.

  • Fire Protection: It is a core component of the fire detection and suppression logic for turbine enclosures and generator compartments.
  • Safety and Reliability: The card ensures that the CO2 system is ready to activate in an emergency and provides the control system with the information needed to take appropriate action, such as an emergency shutdown, to prevent a fire from causing catastrophic damage.