Description
GE IC695CRU320-EJ Redundant Processor Module
Engineered for industrial environments where system uptime is critical, the GE IC695CRU320-EJ serves as a dual-processor solution for automation systems. This module ensures continuous operation through automatic failover between primary and backup units, making it indispensable in sectors like manufacturing lines, power generation facilities, and transportation networks where even brief interruptions can cause significant losses.
| Specification | Details |
|---|---|
| Manufacturer | General Electric (GE) |
| Series | PACSystems RX3i |
| Processor | 1 GHz Celeron M |
| Memory | 64 MB Battery-Backed RAM + 64 MB Flash |
| Communication | RS-232/RS-485 + Ethernet/IP |
| Redundancy | Auto/manual switching (3.133ms min) |
| Mounting | PCI Slot |

Typical deployment scenarios include turbine control systems in power plants, assembly line automation in automotive factories, and rail signaling infrastructure. The module works seamlessly with GE’s IC695RMX128/228 synchronization links for extended redundancy configurations. Our inventory also includes related RX3i series components like the IC695PSD040 power supplies and IC695CPE010 CPUs, enabling complete system integration for complex automation projects.

Key technical advantages include:
- Robust 1GHz processor handles complex logic sequences with 512 configurable program blocks
- Dual communication paths ensure uninterrupted data flow during switching events
- Industrial-grade design with extended temperature tolerance (-40°C to +85°C)
- Flexible programming via Proficy Machine Edition using ladder logic or C language
- High endurance flash memory (100,000+ write cycles) for long-term reliability
The module’s dual synchronization links allow for both electrical and optical redundancy configurations, while its 2MB data transfer capability per switch ensures minimal latency during failover. Unlike standard PLC processors, this module maintains I/O synchronization within a single logic scan cycle, preventing process disruptions during switchover.




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