The Allen Bradley 1746-NO4I Output Module is a high-performance, four-channel analog output device designed for industrial automation systems, providing precise control over processes through its adjustable current outputs.
Type:Analog Output Module
Series:SLC 500
Outputs:Four (4)
Current Range:0 to +20 mA
Backplane Current:(5 Volts) 55 milliamps; (24 Volts DC) 195 milliamps
Model Number:1746-NO4I
Manufacturer:Allen-Bradley
Unleash the power of precise control in your industrial automation projects with the Allen-Bradley 1746-NO4I Analog Output Module, a critical component in Allen-Bradley’s renowned SLC 500 series of programmable logic controllers. This robust module is engineered to deliver seamless integration and unparalleled performance.
With its four independent output channels, the 1746-NO4I is designed to handle a wide range of industrial applications, from temperature control to complex process automation tasks. Its versatile current range of 0 to +20 mA ensures compatibility with various sensors and actuators, enhancing system flexibility and efficiency.
Built with reliability at its core, this module boasts exceptional compatibility with Allen-Bradley’s backplane architecture, providing stable power delivery and minimizing signal degradation. Its ability to handle both 5 volts and 24 volts DC ensures robust operation across different industrial environments.
The 1746-NO4I Analog Output Module is not just about performance; it also emphasizes ease of use and integration. With its straightforward configuration options and comprehensive documentation, it simplifies installation and maintenance processes, saving you time and effort.
Trust in the legacy of Allen-Bradley to deliver quality and precision with the 1746-NO4I. Whether you’re enhancing an existing system or building a new one, this module is the perfect choice for achieving consistent, reliable control in your industrial automation projects.
The Allen Bradley 1746-NO4I Output Module is a high-performance, four-channel analog output device designed for industrial automation systems, providing precise control over processes through its adjustable current outputs.