Allen Bradley 1746-NIO4V Analog Combination Module, SLC 500 Series

Type:High Resolution

Number of Channels:2 Input, 2 Output

Common Mode Voltage Range:-20 To 20 V

Absolute Input Voltage:Plus/Minus 7.5 VDC or 7.5 VAC RMS (Maximum)

Input Range:-10 To 10 VDC – 1 LSB

Absolute Input Current:-30 To 30 MA (Maximum)

Output Range:-10 To 10 V – 1 LSB

Full Scale:10 VDC

Voltage Rating:Overvoltage Protection: 7.5 VAC RMS

Current Rating:Backplane Current Draw: 55 MA

    The Allen Bradley 1746-NIO4V Analog Combination Module is engineered to deliver unparalleled performance and reliability in demanding industrial environments. This module, part of the renowned SLC 500 series, boasts a dual-channel design that seamlessly integrates high-resolution analog inputs and outputs, catering to a wide range of control and monitoring tasks.

    With its broad common mode voltage range and exceptional current handling capabilities, the 1746-NIO4V ensures robust signal integrity and accuracy in applications requiring precise measurement and control. Its high-resolution inputs and outputs guarantee minimal error margins, enhancing system efficiency and reducing potential downtime.

    Designed for open-type enclosures, this module facilitates easy installation and maintenance without compromising on performance. Its compatibility with various communication protocols enables seamless integration into existing control networks, supporting diverse automation requirements from simple to complex.

    Engineered with meticulous attention to detail, the Allen Bradley 1746-NIO4V Analog Combination Module is backed by comprehensive technical support and extensive industry experience. It offers a cost-effective solution for enhancing productivity, improving operational efficiency, and ensuring long-term reliability in industrial automation projects.

    Explore the full potential of your SLC 500 system with the Allen Bradley 1746-NIO4V. Contact our sales team today to discover how this cutting-edge technology can revolutionize your industrial automation processes.