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The GE IC695CPU320-CF is a PACSystems RX3i programmable automation controller (PAC) CPU designed for machine control, process automation, and distributed-control-system (DCS-style) architectures. The GE IC695CPU320-CF supports up to 512 program blocks, each up to 128 KB, so the GE IC695CPU320-CF is suitable for large, modular logic and multi-loop control strategies.

The GE IC695CPU320-CF features two built-in serial ports (RS-232 and RS-485) supporting protocols such as SNP, serial I/O, and Modbus, and the GE IC695CPU320-CF can also interface with various Ethernet and fieldbus I/O modules via the RX3i rack. The GE IC695CPU320CF is typically programmed in GE’s Proficy Machine Edition suite, which is optimized for GE IC695CPU320-CF-based projects.

Model GEIC695CPU320-CF (RX3i CPU320)

Series GE PACSystems RX3i

Processor Intel Celeron-M, 1.0 GHz

User logic memory 64 MB RAM (battery-backed)

Non-volatile memory 64 MB flash (for program and configuration)

Program blocks Up to 512 user program blocks, max 128 KB per block

Serial ports 2× built-in: RS-232 and RS-485 (SNP, serial I/O, Modbus slave)

Operating temperature 0–60 °C cabinet-mounted

Backplane support 12-slot and 16-slot RX3i baseplates

Typical I/O handling Supports many digital and analog I/O points through RX3i expansion modules

Typical applications Power plants, petrochemical, packaging, and general industrial automation using GE IC695CPU320-CF as the main controller

Install the GE IC695CPU320-CF into the RX3i rack (12-slot or 16-slot) and confirm it is mechanically secure and powered from the backplane.

Power on the rack and verify the front-panel LEDs on the GE IC695CPU320-CF show normal “RUN” and without “SYS FLT” faults.

Open Proficy Machine Edition (or compatible GE tool), create a project, and select GE IC695CPU320-CF as the CPU type; configure the rack layout and I/O modules.

Upload or download the user program to the GE IC695CPU320-CF, including data blocks, timers, counters, and any floating-point or motion-related logic.

Place the GE IC695CPU320-CF in RUN mode, monitor online I/O, and test the logic under realistic loads before putting the GE IC695CPU320-CF into permanent production service.

Always mount the GE IC695CPU320-CF in a properly grounded RX3i baseplate within the 0–60 °C range, avoiding direct water or excessive vibration.

Do not hot-plug the GE IC695CPU320-CF while the rack is powered; always de-energize or follow the manufacturer’s hot-swap procedure if supported.

Ensure that the rack’s power and grounding meet GE’s RX3i requirements before energizing the GE IC695CPU320-CF, to prevent ESD or bus communication problems.

Verify that the GE IC695CPU320-CF firmware and project configuration match the connected I/O modules and communication networks (serial, Ethernet, bus-based) to avoid mis-wired logic.

Regularly inspect the GE IC695CPU320 CF’s LED status; if the CPU OK or I/O FORCE LEDs behave abnormally, investigate firmware, program, or hardware issues.

Periodically review CPU load, scan time, and communication error statistics to ensure the GE IC695CPU320 CF is operating within its design margins.

Keep the cabinet around the GE IC695CPU320 CF clean and dust free, and ensure that cooling and ambient temperature stay within 0–60 °C.

When upgrading or replacing hardware, back up the GE IC695CPU320 CF project and configuration so that the logic and I/O mapping can be restored quickly.

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