Technical Specifications

• Model: IC695CRU320
• Series: PACSystems RX3i
• Processor: Celeron M processor with 1GHz processing speed
• Memory: 64MB user memory
• Switching Time: Minimum of 3.133 milliseconds, executed in a maximum of 1 logic scan
• Data Transmission: Capable of transmitting up to 2Mbytes of data
• Program Block Capacity: Supports up to 512 program blocks, with each block supporting up to 128 KB
• Synchronous Links: Supports up to two IC695RMX128/228 synchronous links for redundancy
• Communication Interfaces:
  • Two integrated serial ports supporting RS-232 and RS-485 communication
  • Ethernet and other communication interfaces may be available through additional modules
• Power Requirements:
  • 3.3 V DC: 1 Amp
  • 5 V DC: 1.2 Amp

Functional Characteristics

• High Availability: Designed for redundant or hot-standby configurations, ensuring continuous operation in case of a single controller failure. When a failure is detected, the active controller’s tasks automatically transfer to the standby controller.
• Powerful Processing: With a 1GHz Celeron M processor and 64MB of user memory, the IC695CRU320 is well-suited for large, complex applications requiring high processing power.
• Fast Switching: The controller’s switching capability ensures minimal disruption to the system, with a switching time of 3.133 milliseconds or less.
• High Capacity Storage: The ability to store up to 512 program blocks, each up to 128 KB in size, provides ample space for complex control logic and data.
• Programmability: Supports programming in languages such as Ladder Diagram, C, and Function Block Diagram, allowing for flexible and powerful control logic development.
• Communication Flexibility: With multiple communication interfaces and support for various protocols (e.g., Modbus, Ethernet/IP), the IC695CRU320 can seamlessly integrate with other devices and systems.

Application Scenarios

The GE IC695CRU320 is ideal for industrial automation applications that require high availability and redundancy. Some common application scenarios include:

• Critical Infrastructure: For systems where downtime cannot be tolerated, such as power generation and distribution, water treatment, and transportation systems.
• Manufacturing: In factories and manufacturing facilities, where the IC695CRU320 can ensure continuous production by minimizing downtime due to controller failures.
• Process Industries: For the control of complex processes in industries such as chemicals, oil and gas, and food processing, where reliable control is essential for safety and efficiency.