GE IS200ADIIH1ABA Analog Input Interface Module – Product Description

Overview / Product Summary

The GE IS200ADIIH1ABA is an Analog Input Interface Module developed for the Mark VI turbine control platform. It supports precise acquisition of auxiliary drive signals and sends them to the ISBus for real-time processing. Engineers rely on this module because it maintains stable communication between auxiliary drives and system controllers. Moreover, its dual-channel, dual-port architecture enhances redundancy, allowing turbines to continue operating with predictable performance. The rugged PCB layout also withstands demanding industrial environments, therefore ensuring dependable operation throughout long service cycles.

Technical Specifications

Parameter — Specification
Manufacturer — GE Fanuc
Model Number — IS200ADIIH1ABA
Product Type — Analog Input Interface Module / Auxiliary Drive to ISBus Board
Condition — In stock
System Compatibility — GE Mark VI Speedtronic turbine control systems
Channels — Dual channel, dual port
Functions — Integrates auxiliary drive signals into ISBus controller
Country of Manufacture — USA
Weight — 600 g
Dimensions — Compact PCB form factor
Operating Temperature — –30 °C to +65 °C
Storage Temperature — –40 °C to +85 °C
Mounting — Rack installation in Mark VI system
Certifications — UL, CE, CSA
Application Areas — Gas turbines, steam turbines, auxiliary drive monitoring
Payment Options — T/T, Western Union
Shipping Port — Xiamen

FAQ

Q1: What role does the IS200ADIIH1ABA serve in a Mark VI system?
It acquires analog feedback from auxiliary drives and forwards processed signals to the ISBus controller.

Q2: Does the board support redundant communication paths?
Yes, the dual-channel and dual-port design increases redundancy and signal reliability.

Q3: Can this module be installed in both gas and steam turbine systems?
Yes, it works across multiple Mark VI turbine configurations used in gas and steam applications.

Q4: Is calibration required after installation?
Technicians typically only verify wiring and communication integrity, so no direct calibration is required.

Q5: What benefits does its rugged PCB design offer?
It improves resilience to heat, vibration, and airborne contaminants often found in turbine halls.