IC695CPE310CA GE Fanuc RX3i Compact CPU for Modular Control Systems

Description

Product Model: IC695CPE310CA
Product Brand: GE Fanuc / GE PACSystems (Emerson Automation Solutions)
Product Series: RX3i PACSystems
Product Features:

• 1.1 GHz Intel Atom-class processor designed for demanding automation control.
• Supports up to 32,000 discrete I/O bits and 32,000 analog words for large-scale systems.
• Integrated communication: USB-A port, dual Ethernet 10/100/1000 Mbps, RS-232/485 serial ports.
• Compatible with RX3i universal backplane, allowing reuse of existing I/O modules and simplifying upgrades.

Product Role & System Fit

When you introduce the IC695CPE310CA into your automation architecture, you’re placing the “brain” of a modern modular control system. Although its name echoes legacy lines from GE Fanuc, this module belongs to the RX3i platform—a platform designed for high performance and versatility. With this CPU installed in a rack (typically the primary backplane in an RX3i system), you gain the ability to manage large I/O counts, support complex logic, and integrate multiple communication streams within a single module footprint.

From a system-design perspective, the IC695CPE310CA plays a central role: it executes user logic, scans I/O modules on the backplane, handles communications (Ethernet, serial, USB), and interfaces to higher-level systems (SCADA, MES) as well as to field devices. For engineers maintaining an existing RX3i rack, the module’s compatibility means you can insert it into slot 1 (or the designated CPU slot) and reuse existing backplane wiring, power supplies and I/O modules—minimizing redesign. According to the official specification briefing, this module supports up to 32 000 discrete bits and 32 000 analog words of I/O. Emerson

In retrofits, where a legacy system is being upgraded, the IC695CPE310CA often fits when you need more logic capacity, faster processing or increased communication capability without switching platforms. Because it supports modern protocols (Ethernet, USB) and retains industry-standard backplane compatibility, you can continue using your existing I/O modules and slowly migrate higher-level functions while keeping your field wiring intact.

From a maintenance viewpoint, this module becomes the focal point of system performance: if scan times increase, or communication bottlenecks appear, upgrading to a CPU like the IC695CPE310CA can restore headroom. Its role, therefore, is more than just “processor” — it’s the interface between your field devices, your control logic and your enterprise layer.

Applications & Industry Context

In manufacturing plants, utilities, processing sites, and distributed control architectures, the demands on PLC/IPC hardware keep growing: higher I/O counts, mixed analog/discrete environments, networked sensors and devices, and increased requirements for diagnostics, data logging and integration into the Industrial Internet of Things (IIoT). The IC695CPE310CA is designed to meet those demands.

For example, consider a process line in a chemical plant that uses multiple remote I/O racks (discrete and analog), drives, vision systems and safety modules. You need a CPU that can scan tens of thousands of I/O points, respond in real time to interlocks, communicate with SCADA, archive data, and allow future expansions. With support for 32 000 discrete bits and 32 000 analog words, the IC695CPE310CA suits this scale. Its integrated Ethernet ports and USB interface allow system integrators to connect network switches, perform programming or download logs easily.

Another use case is in machine building: you may deliver a large packaging system with multiple servo axes, distributed I/O modules, HMI interface and remote diagnostics. The IC695CPE310CA enables you to configure the module for high execution speed and integrate modern networked devices while keeping the proven backplane I/O architecture beneath. The result is reduced risk, shortened commissioning time and easier serviceability for operators familiar with RX3i modules.

In utilities or infrastructure (water/wastewater, power distribution, transportation), the module’s high capacity and communication versatility mean you can build a control node that covers multiple zones or remote segments, rather than using multiple smaller CPUs. This consolidation reduces complexity in wiring, spare-parts inventory and programming effort.

Given the continuing operation of many automation systems worldwide, the IC695CPE310CA remains a compelling choice when general purpose, high-performance control is required in an RX3i environment.