IC698CRE030-BB GE RX7i Central Processing Unit

The IC698CRE030 is a PACSystems RX7i Central Processing Unit. The RX7i CPU is programmed and configured by programming software to perform control of machines, processes, and systems in real time. It is able to communicate with I/O and smart option modules over a rack-mounted backplane using the VME64 Standard format. An embedded Ethernet port or serial port enables the CPU to communicate with the programmer and HMI devices. This particular model utilizes a 600MHz Pentium-M microprocessor (64 MB both user memory and flash).

600 MHz Processing Speed: Offers high processing power for fast and efficient execution of complex control tasks in industrial automation.Built-in Ethernet Port: Provides seamless network communication, enabling easy integration into Ethernet-based control systems for real-time data exchange.Redundancy Support: Supports redundancy for critical applications, ensuring system reliability and preventing downtime in mission-critical environments.Scalability: Can be expanded to accommodate growing automation needs, offering flexibility for a wide range of industrial applications.Advanced Control Capabilities: Delivers precise and reliable control for complex industrial processes, enhancing overall system performance.

Compatible with GE RX7i Systems: The IC698CRE030 is fully compatible with the GE RX7i series, ensuring seamless integration within the existing automation setup.Supports GE Fanuc Series 90-30 I/O Modules: The CPU can interface with GE Fanuc Series 90-30 I/O modules, offering flexibility in system design and configuration.Works with Ethernet-Based Networks: The built-in Ethernet port allows the CPU to be easily integrated into Ethernet-based industrial networks for communication with other devices and systems.Redundancy-Compatible: Supports redundancy configurations for increased system reliability and uptime in critical applications.Backward Compatibility with Legacy Systems: The CPU can work with older control systems, providing an upgrade path without the need for a complete system overhaul.