GE IS200ADIIH1A IS200ADIIH1ABA Bus Interface Board

The GE IS200ADIIH1A (also listed as IS200ADIIH1ABA) functions as a dedicated Bus Interface Board within the Mark VI series. This board handles critical communication tasks for the auxiliary drive system. It ensures reliable data exchange between the main controller and peripheral devices.

Technical Specifications & Design Architecture

This interface board utilizes a three-layer printed circuit board construction for optimal signal isolation. It incorporates surface-mount technology to maximize component density while minimizing physical footprint. Additionally, the board features robust filtering circuits to maintain signal integrity under industrial noise conditions.

Functional Role in Mark VI Systems

This board serves as the primary communication bridge for auxiliary drive applications. It receives command signals from the main processor and distributes them to downstream actuators. Consequently, it enables precise control of turbine auxiliary functions.

The IS200ADIIH1A IS200ADIIH1ABA includes dedicated circuitry for managing trip logic interfaces. Moreover, its energy storage module ensures uninterrupted communication during brief power interruptions. Therefore, this design significantly enhances overall system reliability.

Mechanical Attributes and Durability

Engineers value this board for its compact form factor and rugged construction. The assembly contains 94 individual active and passive components arranged for optimal thermal performance. Its 6.8 x 2.5 inch dimensions allow seamless integration into standard Mark VI rack systems.

Weighing just 0.52 lbs, this unit minimizes mechanical load on backplane connectors. A conformal coating protects all circuitry from moisture, dust, and corrosive contaminants. Accordingly, this board maintains reliable operation in demanding industrial environments.

Integration Considerations

You can pair this bus interface board with compatible protection modules for comprehensive system control. The General Electric Mark VI series relies on such robust interface designs for consistent auxiliary drive management. Proper installation ensures optimal performance across all operational conditions.