GE IC695CPE310 mid-range RX3i central processing unit

Description

Product Introduction & Positioning
What this product is and how it fits into systems
The IC695CPE310 is a mid-range RX3i central processing unit designed to deliver processing power, memory resources, and communications within the PACSystems RX3i family. It typically interfaces with a range of I/O modules and field devices, while coordinating with higher-level supervisory software and network infrastructure. This unit is chosen for reliability in harsh industrial environments and for its compatibility with GE/ABB automation toolchains, including programming, diagnostics, and firmware management workflows. It serves as the main CPU in a distributed control setup, enabling scalable architectures without sacrificing response times or reliability.

Detailed Technical Specifications
Parameter | Value
Model | IC695CPE310
Brand | GE/ABB collaboration lineage (PACSystems RX3i)
Type | Central Processing Unit (CPU)
Power Supply | 24VDC typical (config-dependent)
Operating Temperature | Industrial range (exact values per variant)
Memory | 10 MB user memory (typical; verify exact)
I/O Capacity | (exact I/O counts and types per variant)
Communication Interfaces | Ethernet, Serial ports, fieldbus options (per variant)
Backplane/Bus | PCI/PCIe or RX3i backplane (as applicable)
Operating System/Runtime | Proficy/RX3i runtime environment (per release)
Warranty | Region-dependent (commonly 12–36 months)
Dimensions | (variant-dependent)
Weight | (variant-dependent)
Certifications | CE, UL, RoHS (regional variations)
Cooling | Passive or active cooling as configured
Notes | Use the official datasheet for precise numbers

Key Technical Features & Functional Benefits
What makes the product strong
The IC695CPE310 emphasizes real-time control with solid processing capability and dependable data throughput. Its architecture supports multiple communication ports and protocols common in industrial automation, enabling robust integration with I/O modules, fieldbuses, and network services. The hardware is designed for long service life in factory environments, featuring thermal management and shielded interfaces to maintain signal integrity under noise. Software compatibility with standard RX3i development environments ensures straightforward programming, debugging, and maintenance. The device’s reliability, combined with remote diagnostics and support resources, makes it a trustworthy backbone for medium-scale automation projects.