GE IS200ICIAH1A Innovation I/O Board

GE IS200ICIAH1A Innovation I/O Board

د.إ8,888.00

GE IS200ICIAH1A Innovation I/O Board is a specific printed circuit board used in the GE Mark VI Speedtronic Turbine Control System.

Here is a breakdown of the typical information and function of this board:

Key Details

  • System: GE Mark VI Speedtronic (a system for controlling gas and steam turbines).

  • Module Type: I/O (Input/Output) board.

  • Purpose: The “ICIA” designation typically points to an Inverter Control Interface Adapter. This suggests its primary role is to interface with and control components related to the turbine’s excitation or inverter systems, such as static starters or excitation systems.

  • Function: It serves as a crucial interface between the turbine’s field devices (sensors, contactors, etc.) and the main controller (TBCI/TCSX/TCQS processor). It digitizes analog signals, conditions inputs, and transmits control signals back out.

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الوصف

The GE IS200ICIAH1A Innovation I/O Board is a specific printed circuit board used in the GE Mark VI Speedtronic Turbine Control System.

Here is a breakdown of the typical information and function of this board:

Key Details

  • System: GE Mark VI Speedtronic (a system for controlling gas and steam turbines).

  • Module Type: I/O (Input/Output) board.

  • Purpose: The “ICIA” designation typically points to an Inverter Control Interface Adapter. This suggests its primary role is to interface with and control components related to the turbine’s excitation or inverter systems, such as static starters or excitation systems.

  • Function: It serves as a crucial interface between the turbine’s field devices (sensors, contactors, etc.) and the main controller (TBCI/TCSX/TCQS processor). It digitizes analog signals, conditions inputs, and transmits control signals back out.

Common Specifications (General)

While the precise detailed specifications are typically found in the GE Mark VI manuals, here are the common features of boards in this series:

  • Application: Turbine control, particularly excitation or starter control interface.

  • Mounting: Designed to plug into a dedicated terminal board (TBCI) within the Mark VI control cabinet.

  • Indicators: Features LED indicators for power, communication status, and potential fault conditions.

  • Communication: Communicates with the main processor over a high-speed bus.

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