GE FANUC IC695ALG808 RX3i 8 Channel Isolated Analog Output Module

Powerful and Performance:Provides a robust foundation for Industrial Internet connectivity, with a single control engine and a universal programming environment.

High Availability:Focuses on reliability and uptime, ensuring continuous operation in critical environments.

Isolated Analog Output:8 isolated channels for current/voltage control, enhancing safety and reducing interference.

Channel Configuration:Configurable per channel for versatility in various industrial applications.

High Density:Compact design with high density terminal block compatibility for efficient space utilization.

    The GE FANUC IC695ALG808 RX3i module boasts a compact yet powerful design, offering 8 isolated channels for precise control over analog outputs. This makes it an ideal choice for applications requiring high accuracy and isolation, such as temperature control, motor speed adjustments, and process automation.

    Equipped with advanced signal processing capabilities, this module ensures reliable performance even in harsh industrial environments. Its universal programming environment simplifies integration with existing systems, making it compatible with a wide range of industrial protocols.

    The module’s high availability feature guarantees minimal downtime, thanks to its robust architecture and built-in redundancy mechanisms. This is particularly crucial in industries where continuous operation is essential, such as manufacturing, energy, and process control.

    With configurable per channel, users can tailor the output characteristics to meet specific application requirements, whether it’s voltage, current, RTD, thermocouple, or resistive signals. This flexibility enhances adaptability across diverse industries, from automotive manufacturing to food processing.

    In terms of durability and reliability, the IC695ALG808 RX3i is designed to withstand challenging conditions without compromising performance. Its compact form factor, combined with compatibility with high-density terminal blocks, optimizes space usage while maintaining ease of installation and maintenance.