Description
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Parameters and Specifications
- Processor: RX3i PacSystems 1.0 Gigahertz Celeron M CPU12
- User Memory: 20 MB12
- Discrete I/O Memory: 32 KB reserved12
- Analog I/O Memory: 32 KB reserved12
- Program Block Support: Up to 512 program blocks, each with a size of 128 KB12
- Communication Ports: Two integrated serial ports, one supporting RS-232 communication and the other supporting RS-485 communication1
- Serial Protocols: Supports serial I/O, Modbus RTU slave, and SNP protocols1
- Current Consumption: 1.2 amps at 5V DC, 1 amp at 3.3V DC1
- Operating Temperature Range: From 32°F to 140°F1
- Internal Clock Accuracy: Maximum internal timing accuracy of 0.01%, with a rated peak drift of 2 seconds per day1
Dimensions and Weight
- The exact dimensions and weight are not readily available for the IC695CPU315 module.
Series
- It belongs to the RX3i PacSystems series of industrial automation and control products from GE Fanuc.
Features
- High Performance: Utilizes an Intel Celeron M processor for powerful computing and data processing capabilities123.
- Large Memory Support: Supports large user memory and NVRAM for storing user programs, data, and system configurations123.
- High-Speed Communication: Supports high-speed serial communication and RX3i PCU bus for fast and reliable data transmission123.
- Flexible Programming: Supports multiple programming languages, including C, ladder logic, and structured text3.
- Multiple Battery Options: Compatible with GEIP-approved auxiliary battery packs12.
Applications and Role
- The IC695CPU315 is a servo drive module used in industrial automation and control systems for driving and controlling various applications4. It is commonly used in areas such as:
- Industrial Machinery: Driving and controlling mechanical motions in machines like lathes, packaging machines, and conveyors4.
- Automated Production Lines: Driving and controlling actuators like conveyor belts, robotic arms, and lifts4.
- Robotics: Driving and controlling robotic joint movements and end effectors4.
- Chemical and Process Control: Driving and controlling valves, pumps, and actuators for precise flow, pressure, and temperature control4.
- Precision Instrumentation: Driving and controlling motion components in precision instruments for tasks like focus adjustment and platform movement4.
- Laboratory Research: Driving and controlling motion components in experimental equipment for automation and precise control of experiments4.
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