IC695CPE310CA-ABAN GE RX3i CPE310 CPU Module

Description

Product Introduction

The GE Fanuc IC695CPE310CA-ABAN is a PACSystems RX3i CPU module used as the main controller in industrial automation systems. It handles logic execution, I/O coordination, communications, and real-time control for machines, processes, and material-handling applications.

Its strength is capacity. Compared with older 90-30 CPUs, this RX3i controller brings much more memory and a faster processor, which makes it a better fit for larger programs, Ethernet-connected systems, and modernized panels that still need legacy GE architecture.

Key Technical Specifications

Application Scenarios & The “Trench” Experience

This is the kind of CPU you see when an old line needs a brain transplant without a full plant shutdown. The cabinet still has good field wiring, good I/O, and good power, but the original controller can no longer carry the load. That is when the CPE310 becomes the practical answer.

• Manufacturing – High-speed machine control – Used when the system needs faster scan time and larger logic capacity.
• Process plants – Ethernet-connected control – Required when the controller must talk over modern industrial networks.
• Material handling – Multi-device coordination – Needed for larger control programs and distributed I/O.
• Retrofit support – Legacy GE migration path – Chosen when the installed base is being modernized in stages.

Field case: a plant had a growing machine program, a tired older CPU, and an Ethernet segment that operators relied on every shift. The system was still stable enough to keep running, but not stable enough to trust long term. Swapping in a verified IC695CPE310CA-ABAN restored control headroom and gave the maintenance team a cleaner path forward without ripping out the entire panel.

IC695CPE310CA-ABAN

IC695CPE310CA-ABAN

IC695CPE310CA-ABAN

Transparency SOP: Quality Assurance & Testing

We don’t just ship boxes; we test them on actual GE racks.

• Inbound Inspection: Check label authenticity, connector condition, enclosure integrity, and revision markings.
• Live Rig Testing: Power the CPU in a known-good RX3i rack and confirm startup, Ethernet link, and serial communication.
• Electrical Parameter Checks: Verify supply behavior, backplane draw, and stable operation under load.
• Firmware Verification: Log the exact hardware revision and configuration state before release.
• Final QC & Anti-static Packaging: Clean, function-test, and pack in ESD-safe materials before shipment.

The Veteran’s Tech Trap Guide

• ⚠️ Don’t assume the suffix is cosmetic. ABAN can matter for revision, firmware behavior, or sourcing history.
• ❗ Backup the project first. A CPU swap without a backed-up program and hardware configuration turns into a long night.
• ⚠️ Check power expectations. The listing data shows 3.3 VDC, 5 VDC, or 24 VDC power requirements, so verify the exact cabinet setup before install.
• ❗ Match the network plan. Ethernet and serial are built in, but the plant addressing and protocol settings still need to match the system.

Frequently Asked Questions (FAQ for Conversion)

A: No. Treat it like a powered-down CPU replacement.

Q: What processor does it use?
A: A 1.1 GHz Atom-class processor.

Q: How much memory does it have?
A: 10 MB of CPU memory.

Q: Does it support Ethernet and serial communications?
A: Yes. It supports Ethernet and serial ports, including Modbus RTU and SNP in the published listings.

Q: What kind of systems is it used in?
A: RX3i machine control, process control, and material-handling systems.

Q: Why is it cheaper than OEM direct supply?
A: Because most available stock comes from surplus channels, not active production.

Q: Is it fake or refurbished?
A: The surplus market is mixed. Good sellers should provide photos, test data, and revision details before shipment.