GE Fanuc IC695CPK330 Programmable Automation Controller, High-Performance PAC System

Description

Processor Speed:100 MHz

Memory Size:2 MB

Input Capacity:128 points

Output Capacity:64 points

Communication Ports:4

Operating Temperature:-20°C to +55°C

Power Supply Voltage:12 VDC

Dimensions:130 mm x 112 mm x 142 mm

Weight:0.3 kg

    The GE-FANUC IC695CPK330 PAC System is a cutting-edge control solution that leverages the latest automation technologies for enhanced performance and efficiency. Designed for seamless integration across various hardware platforms, including RX7i, RX3i, and Quick Panel Control, this system ensures optimal control over diverse industrial processes.

    Equipped with a powerful 300 MHz processor and 64 MB of user memory and flash memory, the IC695CPK330 ensures swift execution of complex algorithms and large datasets, making it ideal for high-demand applications. The single transferable control engine provides a robust foundation for managing multiple control targets, ensuring scalability and adaptability.

    Proficient in the use of a universal engineering development environment, the IC695CPK330 PAC System streamlines the programming, configuration, and diagnostic processes through the Proficy® ME tool. This not only accelerates the development cycle but also ensures reliability and consistency in the implementation of automation strategies.

    Adhering to international standards, the system supports advanced communication protocols such as Profibus™ and DeviceNet™, facilitating seamless data exchange and integration with a wide array of devices. Additionally, the use of an Ethernet-based bus architecture for input/output updates significantly boosts the system’s responsiveness and efficiency, enhancing overall productivity.

    With its compatibility feature, the IC695CPK330 PAC System offers a smooth transition path for upgrading existing systems like 90-30 and 90-70 without compromising on the investment in existing I/O and application development. This ensures a cost-effective upgrade process that maintains the integrity of the operational environment, providing a seamless integration of new technology.