GE IC695LRE001 Local Remote Enabler Module for PACSystems RX3i Distributed Control and Remote I/O

Applications

The IC695LRE001 module is particularly effective in distributed control system designs where remote I/O and modular architecture are required:

• Remote I/O field stations in large plants

• Distributed control across multiple production lines

• Factory automation with decentralized I/O expansion

• Process control systems requiring segmented I/O racks

• Areas with long cable runs between sensors/actuators and the CPU

It helps centralize control logic while maintaining real-time I/O performance across remote modules.

Advantages

• Enables distributed I/O architectures — reduces central cabinet size and field wiring.

• High-speed field bus communication — supports timely data exchange for real-time control.

• Robust industrial design — built for reliability in automation environments.

• Integrated diagnostics — simplifies monitoring of remote link and communication status.

• Flexible integration — works with a wide range of RX3i I/O modules.

• Scalable system growth — supports control expansions without major redesign.

With the IC695LRE001, engineers can design control systems that span large areas or multiple process zones while maintaining a unified automation strategy.

Technical FAQs

1. What is the role of the IC695LRE001?
It acts as a communication enabler between a PACSystems CPU and remote I/O modules.

2. Which platform does it support?
It is specifically designed for PACSystems RX3i backplane architectures.

3. Does it support both discrete and analog remote I/O?
Yes — it enables distributed communication for both analog and discrete I/O modules.

4. How is the module powered?
It draws its power from the RX3i backplane supply.

5. What is the operating temperature range?
Rated for 0°C to +60°C industrial environments.

6. Does the module offer diagnostics?
Yes — it reports link status and communication errors.

7. What mounting method is required?
It installs in a standard RX3i backplane slot.

8. Is it suitable for long cable runs?
Yes — it is optimized for remote I/O communication over extended field bus distances.

9. Can it be used with multiple remote racks?
Yes — it supports scalable distributed I/O networks.

10. What industries typically use this module?
Large-scale manufacturing, process control, utilities, and automation sectors that require distributed control.