GE PACSystems RX3i IC695, IC695ACC400, PLC GE RX3i Manufacturer
High-Performance Automation for Data-Driven Manufacturing
In today's highly competitive industrial landscape, control systems must execute complex logic while simultaneously handling massive volumes of IIoT data. The GE PACSystems RX3i IC695 series is engineered to deliver exactly that. As a premier manufacturer and global supplier, we provide the robust PLC GE RX3i hardware required to modernize legacy infrastructure, optimize process control, and maintain mission-critical uptime.
Built on an innovative dual-bus architecture, the IC695 modules leverage a high-speed PCI bus alongside a standard serial bus. This allows the RX3i to process advanced analog signals, deterministic motion control, and high-speed communications without bottlenecking system performance. Whether deploying in water treatment, power generation, or continuous process manufacturing, sourcing tested, reliable IC695 components ensures your facility remains agile and highly productive.
Data Security and the IC695ACC400 Energy Pack
Power fluctuations pose a severe risk to active PLC memory. A momentary voltage drop can erase complex process variables and force a costly manual reboot. To eliminate this risk, the IC695ACC400 CPU Energy Pack serves as a highly reliable, battery-less backup solution.
Unlike traditional lithium batteries that require frequent monitoring and replacement, the IC695ACC400 uses advanced capacitor technology to maintain CPU power just long enough to write active RAM contents to non-volatile flash memory during a power outage.
Target Compatibility: Specifically engineered to integrate with CPE302, CPE305, and CPE310 processors.
Extended Lifespan: Delivers a typical life expectancy of 10+ years at 0–50°C, drastically outperforming standard batteries.
System Integrity: Guarantees zero data loss during total facility blackouts or localized rack power failures.
Your Partner in Lifecycle Management
Upgrading an industrial control system should not require forced obsolescence. The GE PACSystems RX3i platform allows for phased, budget-friendly migrations from legacy Series 90-30 hardware. By partnering with us, you gain immediate access to both active and hard-to-find legacy IC695 modules, securing your global supply chain. We ensure that every component meets stringent operational specifications, drastically reducing your Mean Time to Repair (MTTR) and protecting your capital investments.
GE PACSystems RX3i IC695 Technical FAQs
1. What is the specific function of the IC695ACC400 Energy Pack?
The IC695ACC400 is a battery-less energy pack that provides temporary backup power to the RX3i CPU during a sudden power loss. It supplies just enough energy for the controller to transfer its volatile user memory (RAM) into non-volatile flash storage, preventing critical data loss without the maintenance overhead of traditional batteries.
2. Which processors are compatible with the IC695ACC400?
The IC695ACC400 Energy Pack is exclusively designed to interface with the GE PacSystems RX3i CPE302, CPE305, and CPE310 CPUs. It is mounted directly on the left side of the RX3i module and connects to the processor via the specialized IC695CBL001 cable.
3. Why is the CPU reporting a "Low Capacitance" fault for the Energy Pack?
If your diagnostic software or CPU LED indicates a "Low Capacitance" status, the IC695ACC400 is nearing the end of its operational lifecycle. While these packs can last 10+ years at ambient temperatures (0–50°C), constant exposure to higher temperatures (up to 60°C) reduces their lifespan to approximately 4.5 years. A replacement should be scheduled to ensure continuous memory protection.
4. Are the GE RX3i IC695 I/O modules hot-swappable?
Yes. To maximize plant availability, the rx3i platform supports hot-swapping for most of its advanced modules. You can safely extract and replace a faulty IC695 module directly from the active backplane without cutting power to the rack or halting the CPU logic scan, drastically minimizing production downtime.
5. How does the IC695 series support legacy system migration?
The RX3i universal backplane utilizes a dual-bus design. The high-speed PCI bus supports the advanced IC695 modules, while the integrated serial bus communicates natively with older Series 90-30 (IC693) and IC694 modules. This allows you to upgrade your CPU and communications to the modern RX3i standard while retaining your existing field wiring and I/O cards.
