Technical Specifications

• Processor: Intel Celeron-M microprocessor with a rated frequency of 1 GHz
• Memory:
  • 64 MB of user (RAM) memory
  • 64 MB of flash (storage) memory
• Communication Interfaces:
  • Two independent serial ports (RS-232, RS-485)
  • Supports SNP, Serial I/O, and Modbus Slave serial protocols
• Bus Support:
  • RX3i PCI bus
  • 90-30 style serial bus
• Design Features:
  • Dual backplane design
  • Automatic error checking and correction
• Development Environment: Uses Proficy Machine Edition, a common development platform for all GE Fanuc controllers
• Indicators: Eight LED indicators for troubleshooting, including CPU OK, Run, Outputs Enabled, I/O Force, Battery, and Sys Flt (System Fault)

Functional Characteristics

• High Processing Power: The 1 GHz Intel Celeron-M processor enables real-time control of complex machines, processes, and material handling systems.
• Flexible Communication: With two independent serial ports and support for multiple serial protocols, the IC695CPU320 can easily integrate with various sensors, actuators, and other control devices.
• Advanced Control Capabilities: The module can be programmed and configured to execute precise control logic, data processing, and communication tasks.
• Reliable Operation: The IC695CPU320 is designed for industrial environments, with high reliability and stability to ensure continuous operation under demanding conditions.
• Diagnostic Tools: The Proficy Machine Edition development environment provides advanced tools for creating, running, and diagnosing operator interfaces, motion, and control applications.

Application Scenarios

The GE IC695CPU320 is suitable for a wide range of industrial automation applications, including but not limited to:

• Factory Automation: As a core processor module in factory automation systems, controlling production lines, machines, and processes.
• Process Control: In process industries, such as chemicals, oil and gas, and food processing, for real-time monitoring and control of production processes.
• Material Handling: Controlling automated material handling systems, such as conveyor belts, sorting machines, and storage facilities.
• Infrastructure: In utilities and infrastructure sectors, managing power distribution, water treatment, and waste management systems.
• Transportation: In traffic signal control systems, railway signaling, and other transportation-related applications.
• Building Automation: Integrating with building automation systems to control lighting, HVAC, security, and other building subsystems.