GE IS210TREAH1A BOARD TRIP EMERGENCY: AEP

The IS210TREAH1A is vital for the safety of the turbine. Its main functions include:

  • Emergency Trip Interface: The board provides the physical connection points for a dedicated, hardwired Emergency Stop (E-Stop) or Alternate Emergency Pushbutton (AEP). Activating this pushbutton sends a signal to the board, which then initiates a turbine trip.
  • Fail-Safe Design: The board is designed to be fail-safe, meaning that a loss of power to the relays on the board will cause the trip circuit to activate. This ensures that the system will shut down in a controlled manner if a power failure occurs, which is a key safety requirement.
التصنيف:

الوصف

The GE IS210TREAH1A is a Trip Emergency Board for the Mark VIe series of GE’s Speedtronic Gas Turbine Control Systems. The “TREA” likely stands for Trip Relay Emergency Assy. This board is a critical component of the turbine’s emergency protection system, providing a physical interface for initiating an emergency trip (a rapid and complete shutdown). The “AEP” in the description refers to Alternate Emergency Pushbutton, indicating that it is designed to interface with an emergency stop button.


 

Key Features and Functionality

 

The IS210TREAH1A is vital for the safety of the turbine. Its main functions include:

  • Emergency Trip Interface: The board provides the physical connection points for a dedicated, hardwired Emergency Stop (E-Stop) or Alternate Emergency Pushbutton (AEP). Activating this pushbutton sends a signal to the board, which then initiates a turbine trip.
  • Fail-Safe Design: The board is designed to be fail-safe, meaning that a loss of power to the relays on the board will cause the trip circuit to activate. This ensures that the system will shut down in a controlled manner if a power failure occurs, which is a key safety requirement.
  • Trip Relays: The board contains the relays that directly control the turbine’s trip circuit. When a trip condition is met, the control system de-energizes these relays, which in turn causes the main trip solenoid valve to close, shutting off the fuel supply to the turbine.
  • Safety-Critical Application: This board is used in safety-critical applications where a rapid and reliable shutdown is required to protect the turbine from catastrophic damage.
  • DIN-Rail Mounting: Like many Mark VIe boards, it is likely designed for DIN-rail mounting, which simplifies installation and organization within a control cabinet.