Are you looking for a powerful and reliable CPU module for your automation system? Look no further than the GE FANUC IC698CPE020, now available brand new in stock. This versatile module offers a range of features and benefits that can enhance the performance and efficiency of your system.

Features

• Dual core Intel Xeon processor
• 4GB RAM standard, expandable up to 16GB
• Ethernet and serial communication ports
• Supports multiple operating systems
• Built-in security features

Applications

• Industrial automation and control systems
• Data acquisition and analysis
• Process control and monitoring
• Machine vision and robotics

Technical Specifications

• Power supply voltage: 5V DC
• Operating temperature: 0 to 60°C
• Storage temperature: -40 to 85°C
• Shock resistance: 30G, 11ms duration
• Vibration resistance: 5G, 10 to 2000Hz frequency range

Benefits

• High performance and processing speed
• Reliable and rugged design for harsh industrial environments
• Compatibility with various software and hardware configurations
• Built-in security features to protect your system from cyber threats
• Easy installation and configuration

FAQs

Q: What types of applications is the GE FANUC IC698CPE020 CPU module suitable for?

A: The GE FANUC IC698CPE020 CPU module is ideal for use in a wide range of industrial control applications, including those requiring high-speed data processing, advanced logic operations, and support for multiple communication protocols.

Q: What programming languages are supported by the GE FANUC IC698CPE020 CPU module?

A: The GE FANUC IC698CPE020 CPU module supports a range of programming languages, including ladder logic, C++, and others. This makes it easy to develop and implement custom control programs to suit a variety of applications.

Q: Is the GE FANUC IC698CPE020 CPU module compatible with other GE FANUC components?

A: Yes, the GE FANUC IC698CPE020 CPU module is designed to be fully compatible with other GE FANUC components, including I/O and fieldbus modules. This makes it easy to integrate the CPU module into existing control systems or to build new systems from scratch.