GE IS200BICLH1B IS200BICLH1BAA | Bridge Interface Module

The GE IS200BICLH1B IS200BICLH1BAA operates as a dedicated Bridge Interface Module within the Mark VI series. This module manages signal routing between critical control sections. It ensures seamless communication for complex turbine management applications.

Technical Specifications & Core Architecture

This interface board employs a four-layer printed circuit board construction for superior signal isolation. Surface-mount components populate both sides to maximize functional density within a compact footprint. Additionally, integrated filtering networks suppress electromagnetic interference for stable data transmission.

Parameter	Specification
Manufacturer	General Electric (GE)
Series	Mark VI
Part Numbers	IS200BICLH1B, IS200BICLH1BAA
Module Type	Bridge Interface Module / PCB
PCB Layers	4-layer construction
Energy Storage	Capacitive hold-up circuit (≥90ms)
Dimensions	7.2 in (H) x 2.8 in (W)
Weight	Approx. 0.58 lbs (0.26 kg)
Component Count	112 discrete components
Interface Type	Bridge logic with buffered I/O

Functional Role in Mark VI Systems

This module bridges communication pathways between the main processor and I/O subsystems. It receives logic signals and redistributes them with precise timing control. Consequently, it maintains synchronization across multiple control loops.

The IS200BICLH1B IS200BICLH1BAA incorporates dedicated buffer circuits to prevent signal degradation. Moreover, its energy storage module sustains critical logic states during momentary power fluctuations. Therefore, this design enhances overall system stability.

Mechanical Attributes and Durability

Engineers appreciate this module for its rugged construction and compact dimensions. The assembly contains 112 individual active and passive components arranged for optimal heat dissipation. Its 7.2 x 2.8 inch form factor allows straightforward integration into standard Mark VI racks.

Weighing only 0.58 lbs, this unit minimizes mechanical stress on backplane connectors. A conformal coating protects all circuitry from moisture, dust, and corrosive contaminants. Accordingly, this module delivers reliable performance in demanding industrial environments.

Integration Considerations

You can pair this bridge interface module with compatible protection boards for comprehensive system control. The General Electric Mark VI series relies on such robust interface designs for consistent turbine management. Proper installation ensures optimal signal integrity across all operational scenarios.