Product Overview

The IC200ALG266F is a high-density analog current input module engineered by General Electric for the VersaMax control platform. It is designed to acquire and condition multiple analog current signals from field instruments and deliver accurate data to PLC and DCS systems. With support for common industrial current ranges, this module provides stable signal conversion for process monitoring and control applications where precision and reliability are required.

The module is powered directly from the VersaMax backplane, eliminating the need for an external power supply. Its robust internal design ensures consistent operation in electrically noisy industrial environments while maintaining uninterrupted performance across all channels.

Key Technical Characteristics

• Module Type: Analog Input Module

• Product Family: VersaMax I/O

• Number of Channels: 15 current input channels

• Supported Signal Ranges: 4–20 mA and 0–20 mA (jumper selectable)

• Resolution: 15-bit analog-to-digital conversion

• Channel Protection: Overvoltage protection up to 30 VDC

• Isolation: Independent channel isolation for improved signal integrity

• Diagnostics: Open-circuit detection and internal hardware self-monitoring

• Fault Tolerance: Channel-level fault isolation without affecting other inputs

• Certification: TÜV approved for safety-related applications

• Weight: Approx. 0.9 kg

• Dimensions: 20 × 11.5 × 5.7 cm

• Country of Origin: USA

Industrial Applications

The IC200ALG266F is commonly deployed in manufacturing automation, power systems, and process industries where multiple analog current signals must be monitored simultaneously. Typical applications include flow, pressure, level, and temperature transmitters used in chemical processing, water treatment, energy production, and factory automation systems.

Its ability to maintain accurate operation under fault conditions makes it suitable for safety-critical and high-availability control architectures, particularly where long-term system stability and data accuracy are essential.