Product Overview

The GE IS200BICLH1AED is a bridge interface card used in EX2100 and related drive/control assemblies where coordinated communication between the main control section and bridge personality hardware is required. As a PCB module, it supports command and feedback exchange for bridge operation, enabling stable control behavior and system monitoring within industrial drive and turbine-adjacent control environments.

This part is commonly applied in installed-base support scenarios where the correct board revision and part number are required to maintain compatibility with existing cabinet wiring, bridge assemblies, and monitoring functions.

Key Technical Characteristics

• Model / order number: IS200BICLH1AED

• Product series: EX2100

• Module type: Bridge interface card

• Assembly type: Printed circuit board module

• Primary function: Interface communication between main control board and bridge personality interface board

• Drive monitoring support: Fault string supervision with controlled shutdown behavior on fault interruption

• Fault inputs: Dual fault string input channels

• Temperature sensing inputs: 4 RTD sensor inputs

• RTD configuration: Supports single-mode and dual-mode temperature setup options

• Fan control output: PWM fan speed output using isolated open-collector transistor design

• Identification feature: On-board serial ID memory device for revision and board identification data storage

• Revision level: AED

• Condition: Brand new

• Product lifecycle status: Active

• Country of origin: USA

• Availability: In stock

• Minimum order quantity: 1

• Approximate dimensions: 20.2 × 11.7 × 3 cm

• Approximate weight: 0.22 kg

• HS code: 8537101190

• System application: DCS and industrial drive control cabinets

• Communication service: Ethernet router

Industrial Applications

• EX2100 and drive-control cabinets requiring bridge interface communication

• Installed-base replacement for bridge interface cards in industrial drive assemblies

• Fault monitoring and shutdown interlock supervision in power conversion systems

• RTD-based temperature feedback integration for cabinet or component thermal monitoring

• Fan speed regulation in drive enclosures using PWM-based control outputs