GE Fanuc IC698CPE020 PACSystems RX7i 300MHz CPU

Description

Key Technical Specifications

Product Introduction & Supply Chain Strategy

The GE Fanuc / Emerson IC698CPE020 is a high-performance central processing unit for the PACSystems RX7i control platform. Featuring a 300 MHz Intel Celeron microprocessor and 10 MB of user memory, it executes real-time logic, process control loops, and high-volume data exchange across VME64 architectures with execution speeds down to 0.048 µs per instruction.

With the PACSystems RX7i product line designated as obsolete by the OEM, stocking an IC698CPE020 as New Surplus is a mandatory risk-mitigation strategy. Refurbished CPU cards frequently suffer from degraded RAM backup circuitry, thermal fatigue on onboard voltage regulators, and micro-cracks in multi-layer PCB traces that cause unpredictable memory drops or fatal processor halts. Sourcing factory-fresh New Surplus units eliminates these vulnerabilities, guaranteeing immediate system availability and extending plant operational lifespan without forcing a costly complete control system overhaul.

Installation & Configuration Guide

1.Pre-Installation (Prep & Safety):Safety measures and environment preparation.

Isolate all rack power sources using standard LOTO protocols. Attach a grounded ESD wrist strap before opening anti-static packaging or touching the IC698CPE020 module. Take a reference photo of connected serial cables and Ethernet patch cords, and ensure a current backup of the PACSystems controller logic project (.PME file) is stored on your programming terminal.

2.Removal:Safe extraction techniques for VME64 cards.

Disconnect serial connectors and Ethernet cables from the CPU front panel. Loosen the top and bottom captive mounting screws securing the module to the RX7i rack frame. Unlatch the upper and lower ejection levers simultaneously, then pull the card straight out along the guide rails to prevent bending the VME64 backplane pins.

3.Installation (Clone & Seat):Hardware mounting and physical installation.

Inspect the rear pin rows of the new IC698CPE020 for dust or bent contacts. Verify that the front-panel lithium battery connector is firmly plugged in to preserve RAM memory. Align the module card edges with Slot 1 guide rails in the RX7i backplane, slide rearward until the extraction levers snap locked, and tighten both retaining screws.

4.Power-On & Testing:Power sequence and diagnostic verification.

Re-energize the rack power supply and observe the LED boot sequence. Verify that the PWR and OK indicators turn solid green and the BATTERY LED stays off. Connect via Proficy Machine Edition over Ethernet or serial SNP, upload hardware configuration settings, clear diagnostic tables, and switch the CPU to RUN mode.

IC698CPE020

IC698CPE020

Firmware/Software Versions & Upgrade Notes

• Software Support: Fully supported by Proficy Machine Edition (PME) Automation Developer V5.00 and higher.
• Firmware Compatibility: Revision IC698CPE020 operates optimally on Firmware Revision 5.50 or higher.
• Firmware Flashing Precaution: Never attempt to flash CPU firmware while the system is connected to an active production process or over a unstable wireless network connection. Interrupting the flash update cycle will corrupt the bootloader, requiring a low-level factory flash recovery. Always update CPU firmware offline using a direct, wired Ethernet connection to Slot 1.

Frequently Asked Questions (FAQ)

Is the IC698CPE020 completely new and unused?

Yes. This product is a Brand New Surplus unit. It is not used, not pulled from a decommissioned plant, and not refurbished. All modules undergo rigorous quality verification to ensure OEM-level reliability. Factory packaging is opened solely for visual inspection, pin check, and anti-counterfeit serial verification.

Why is buying a New Surplus CPU better than buying a refurbished unit?

Central processing units experience continuous thermal stress during operation. Refurbished CPU modules often harbor aged filtering capacitors and thermal interface degradation that leads to random watchdog resets and memory corruption. Purchasing a verified New Surplus CPU guarantees factory-fresh component integrity, steady voltage regulation, and total operational security.

How does the onboard battery function on the ?

The uses a front-accessible lithium battery to maintain volatile user RAM memory and real-time clock data when main backplane power is removed. If the BATTERY LED on the front panel turns red, the battery must be replaced while backplane power is applied to prevent logic memory loss.

Can the be hot-swapped while the rack is powered?

No. The RX7i VME64 backplane does not support Hot-Swapping (Removal and Insertion Under Power) for CPU modules. Attempting to pull or insert the while power is applied can arc backplane pins, corrupt onboard Flash/RAM memory, or cause permanent damage to adjacent rack cards.

How does this module fit into a critical spare parts buffer strategy?

As the core logic controller of an RX7i rack, the falls into the Class A Critical Spares category. Keeping 1 to 2 units on-site acts as an insurance policy against extended vendor lead times, enabling immediate restoration of production in the event of primary processor failure.

What warranty coverage is included with this New Surplus module?

We support this CPU module with a full 1-year functional replacement warranty. If any hardware fault, backplane communication error, or memory address failure occurs under standard operating conditions within 12 months, we will immediately supply a direct replacement module from our stock.