GE-FANUC IC695PSA140B PAC System

Description

Brand:GE Fanuc

Model:IC695PSA140B

Series:PACSystem™

Processor Speed:Up to 300MHz

Memory:64MB user memory, 64MB flash memory

Operating System:Standard embedded open architecture

Ethernet Interface:Embedded 10/100 Mbps self-adaptive half/full duplex Ethernet interface

Expansion Capabilities:Compatibility with existing 90-30, 90-70 applications and industrial control systems

Compatibility:Supports various hardware platforms including RX7i, RX3i, and Quick Panel Control

Fieldbus Communication:Supports industry-standard fieldbus communication protocols like Profibus™ and DeviceNet™

    The GE Fanuc IC695PSA140B is a cutting-edge programmable automation system that merges advanced technology with industrial-grade durability. This system is engineered for seamless integration into a wide array of industrial processes, ensuring enhanced productivity and precision.

    Equipped with a high-speed 300MHz Pentium III processor, this module delivers exceptional performance, enabling real-time control and processing capabilities that are critical for complex manufacturing environments. Its extensive 64MB user memory and 64MB flash memory storage allows for efficient data management and program execution.

    The IC695PSA140B supports versatile communication protocols including Profibus and DeviceNet, facilitating seamless interaction with a range of devices and systems. Its built-in 10/100 Mbps self-adaptive Ethernet interface ensures fast and reliable data transmission, crucial for modern automation systems.

    Designed with an emphasis on environmental adaptability, this automation system operates within a broad temperature range, making it suitable for diverse industrial settings. The compact cabinet design not only optimizes space but also enhances cooling efficiency, contributing to the overall reliability of the system.

    Furthermore, the IC695PSA140B offers flexible power supply options, accommodating various energy sources and ensuring uninterrupted operation even under varying conditions. This flexibility, combined with its robust construction, underscores its suitability for demanding industrial applications where downtime can be costly.