Description
GE IS200BAIAH1B
Technical Specifications
- Part Number: IS200BAIAH1B
- Manufacturer: General Electric
- Main Series: Mark VI IS200
- Subseries: Innovation
- Product Type: Bridge Application Interface Board
- Hardware Revision: B
Key Features
- Bridge application interface functionality for Mark VI systems
- Part of the Innovation subseries with enhanced capabilities
- Reliable signal processing and communication bridging
- Designed for integration with Mark VI Speedtronic control architecture
- Industrial-grade construction for power generation environments
Application Scenarios Gas turbine control systems, steam turbine management, combined cycle power plants, industrial turbine drives, generator control and protection, power generation facility automation
Performance Parameters
- System Compatibility: Mark VI Speedtronic systems
- Interface Type: Bridge application interface
- Hardware Revision: B (indicating second-generation design improvements)
Material Composition Industrial-grade printed circuit board with high-reliability electronic components. Components are selected for operation in the harsh thermal and electrical environments typical of power generation facilities. The board features appropriate conformal coating for protection against moisture and contaminants.
Structural Characteristics Standard Mark VI IS200 series board form factor designed for installation in Mark VI control racks. The board features standard connectors for integration with the Mark VI backplane and associated terminal boards. LED indicators provide visual status indication for diagnostic purposes.
Working Principle The IS200BAIAH1B functions as a bridge interface within the Mark VI control architecture, managing the flow of data and control signals between different functional modules. It processes application-level signals and ensures proper communication protocol translation between bridge-connected devices. The board handles both digital and analog interface signals, providing isolation and conditioning as required by the turbine control application.
