GE Fanuc IC697VAL314 Advanced PAC System, Combining Power & Efficiency

GE Fanuc IC697VAL314  Advanced PAC System, Combining Power & Efficiency

CPU Type:96 MHz, 32-bit, floating-point 

Memory Capacity:512 Kb (low-speed) 

Dimensions:29.2 cm x 13 cm x 2.7 cm 

Weight:0.32 kg 

Operating System:Embedded Open Architecture Communication Protocol Support:Profibus, DeviceNet, Ethernet Wire Control Engine Portability:Single engine for multiple targets 

Engineered for industrial strength, the GE Fanuc IC697VAL314 PAC System integrates seamlessly into complex manufacturing environments, ensuring reliability and precision. 

Equipped with a 96 MHz, 32-bit, floating-point CPU, it delivers superior computational capabilities, enabling faster processing and improved system responsiveness. 

Featuring a low-speed memory capacity of 512 Kb, this PAC System efficiently manages data-intensive tasks without compromising performance. Compact yet robust, the dimensions of 29.2 cm x 13 cm x 2.7 cm and a weight of 0.32 kg make it easy to integrate into various industrial setups without increasing space requirements. 

The system supports a variety of communication protocols, including Profibus, DeviceNet, and Ethernet Wire, facilitating seamless integration with existing infrastructure and enhancing connectivity across different devices. The GE Fanuc IC697VAL314 is an advanced Programmable Automation Controller designed for high-performance industrial automation applications, offering unparalleled control and efficiency.  

Processing Performance

High-performance processor: The IC697VAL314 is equipped with an advanced high-performance processor with powerful computing capabilities. With a processing speed of up to billions of instructions per second, it can quickly process complex control algorithms and large amounts of real-time data. 

In high-speed automated production lines, such as automotive parts manufacturing plant, the system can quickly analyse and process the product position, dimensional accuracy and other information fed back by the sensors, and adjust the operating parameters of the equipment in a timely manner, to ensure that the production process is efficient and accurate. 

Large-capacity memory: Equipped with sufficient memory resources, including programme memory and data memory. 

The programme memory is used to store complex user-defined control logic, ranging from simple sequence control to highly complex automation strategies. The data memory is used to cache real-time input and output data, intermediate calculation results, etc., ensuring smooth operation of the system when processing large-scale data and avoiding performance bottlenecks caused by insufficient memory.