GE IS210MVRBH1A Interface Board, MMV, ADIO (Opt)

 

The IS210MVRBH1A is a crucial component for gathering diverse signals from a turbine. Its main functions include:

  • Diverse I/O Interface: The board is a versatile interface for a mix of analog and digital signals. It’s designed to connect to various sensors and actuators on a turbine.
  • Redundancy Support: The  designation indicates that this board can be used in various redundancy schemes:
التصنيف:

الوصف

The GE IS210MVRBH1A is an Interface Board for the Mark VIe series of GE’s Speedtronic Gas Turbine Control Systems. It’s a specialized module that provides an interface for various analog and digital signals. The MVRB in the part number indicates a specific hardware configuration. The <R/S/T> ADIO (Opt) signifies that this board supports various redundancy schemes—Redundant, Simplex, and Triple Modular Redundancy (TMR)—for Analog and Digital Input/Output, as an optional feature.


 

Key Features and Functionality

 

The IS210MVRBH1A is a crucial component for gathering diverse signals from a turbine. Its main functions include:

  • Diverse I/O Interface: The board is a versatile interface for a mix of analog and digital signals. It’s designed to connect to various sensors and actuators on a turbine.
  • Redundancy Support: The  designation indicates that this board can be used in various redundancy schemes:
    • Simplex (S): A single, non-redundant board.
    • Redundant (R): Two boards working in parallel for backup.
    • Triple Modular Redundancy (T): Three boards working together for voting logic, providing the highest level of reliability.
  • Interface with I/O Pack: The board serves as the physical interface between the field wiring and the main Mark VIe I/O pack. It conditions the incoming signals and sends them to the appropriate processor for control and monitoring.
  • Signal Conditioning: It includes built-in circuitry to condition incoming signals, ensuring accuracy and protecting the sensitive electronics from electrical noise and voltage fluctuations.