Description
The GE IC695CRU320 is a CPU module designed and manufactured by GE Fanuc for PACSystems RX3i series. Here is a breakdown of its parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
Series: PACSystems RX3i series
CPU Type: Solid-state automation computer
Processor Speed: 1 GHz
Memory: 64 MB of battery-backed user memory and 64 MB of non-volatile flash memory for user data
Power Requirements: +3.3V DC at 1.0A nominal, +5V DC at 1.2A nominal
Operating Temperature: 0 to 60°C (32°F to 140°F)
Clock Accuracy: Maximum drift of 2 seconds per day
Communication Ports: RS-232 and RS-485 for serial communication
Supported Protocols: Modbus RTU slave, SNP, and other serial I/O protocols
Program Blocks: Up to 512 program blocks with a maximum block size of 128KB
Dimensions and Weight:
Dimensions: The exact dimensions may vary, but it is typically described as 26mm * 42mm. Please refer to official documentation for precise dimensions.
Weight: Depending on the source, the weight can range from 1.5KG to 2.6KG. The official documentation should be consulted for the most accurate weight.
Features:
Hot Standby Redundancy: This feature allows for the setup and configuration of two RX3i CPUs to perform identical functions in a given application, providing great flexibility and minimizing downtime in time-critical applications.
Robust Design: The CPU is housed in a durable plastic case, but it is not recommended for high-humidity, dusty, debris-prone, or wet industrial environments.
Expandable: Supports additional I/O modules and communication modules for enhanced functionality.
Functions and Applications:
The GE IC695CRU320 CPU module serves as the logical brain for applications implemented through the RX3i PACSystems platform. It efficiently executes control logic and computational tasks, supports multitasking, and interfaces with other devices through various communication ports. It is suitable for a wide range of industrial automation applications where precise control, high reliability, and real-time performance are critical.
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