Description
- Model: IC695CRU320-EZ
- Brand: General Electric (GE)
- Series: PACSystems RX3i Redundant CPU Controller Series
- Core Function: Runs redundant control logic for high-availability industrial systems
- Type: Redundant Hot-Standby CPU Module
- Key Specs: 1GHz Celeron-M processor, 64MB Flash/64MB RAM, dual Ethernet ports
- Supply Status: In stock
- Stock: Available
- Warranty: 1 year
- Ship From: China
IC695CRU320-EZ
Product System Overview
The GE IC695CRU320-EZ is a high-performance redundant CPU controller module designed for the GE PACSystems RX3i industrial automation platform. As the core redundant processing unit of high-availability control systems, it adopts professional hot-standby redundancy architecture, serving as the key guarantee for uninterrupted operation of critical industrial control equipment. This module can be paired with another identical CPU to form a dual-redundant control system, perfectly matching RX3i series I/O modules, power supplies and communication accessories to build a fully redundant and fault-tolerant automation control solution. It effectively solves system shutdown risks caused by single-point CPU failure, greatly improving the stability and continuity of industrial production control. Widely applied in power generation, petrochemical and process industries with high operational reliability requirements, it is an ideal core component for new high-reliability system construction, system redundancy upgrade and faulty CPU replacement projects.
Core Product Functions
This industrial redundant CPU module undertakes real-time logic operation, data processing and hot-standby redundant backup for high-availability RX3i control systems. It efficiently executes complex industrial control programs including process logic, motion control and discrete I/O scheduling, accurately responding to field signal changes to realize precise automatic control of industrial equipment. The module supports real-time data synchronization and program backup between dual CPUs, achieving seamless switching between primary and standby units. When the main CPU fails abnormally, the standby CPU can instantly take over all control tasks without system interruption or data loss, ensuring continuous and stable operation of the entire automation system. It integrates comprehensive system self-diagnosis, fault log recording and data storage functions, which can accurately record system operating status and abnormal information, providing reliable data support for equipment fault tracing, operational analysis and predictive maintenance.
IC695CRU320-EZ
Product Features & Technical Advantages
The GE IC695CRU320-EZ redundant CPU module features powerful computing performance, ultra-high system reliability and flexible expandability, meeting stringent uninterrupted operation requirements of core industrial systems. Equipped with a 1GHz Intel Celeron-M high-speed processor and 64MB Flash plus 64MB battery-backed RAM, it delivers fast program execution speed and sufficient data storage space, stably coping with complex multi-task control scenarios. The built-in dual Ethernet ports support network redundancy configuration, cooperating with CPU hot-standby function to eliminate system single-point faults in all dimensions. Adopting industrial-grade rugged design, it features wide temperature resistance, strong vibration resistance and excellent electromagnetic interference resistance, adapting to harsh industrial working environments. Fully compatible with Proficy configuration software, it supports convenient online debugging, program modification and remote maintenance. The standardized modular plug-and-play design simplifies installation and replacement procedures, effectively reducing system downtime and long-term operational costs.
Industrial Application Scenarios
This high-reliability redundant CPU module is widely deployed in key industrial scenarios requiring zero shutdown and high safety control standards. It is mainly applicable to thermal power plants, combined cycle power stations, petrochemical process control workshops, new energy power generation systems and water treatment automation projects. It serves as the core redundant control unit for critical equipment such as power generation units, chemical process equipment and automated production lines. As an indispensable core component of the GE PACSystems RX3i high-availability control system, it effectively avoids production interruption and economic losses caused by control system failures, comprehensively improves the operational stability and safety level of industrial automation systems, and supports long-term continuous and efficient operation of industrial production.
