The 931N-C144 dual-channel converter is a signal conditioning device that is designed by Allen-Bradley/Rockwell Automation. This 2-channel device provides 4-way galvanic isolation between the inputs and outputs. It is powered by the input measuring circuit. It provides 4 to 20 milliamps and 0 to 23 milliamps of possible current input ranges. It also offers 0 to 20 milliamps, 4 to 20 milliamps, and 0 to 23 milliamps of possible current input ranges. The 931N-C144 dual-channel converter signal conditioner is UL listed, ATEX/IECEx certified, FM approved, RCM marked, and RoHS compliant, which means that it is certified to meet a variety of industrial standards. It accelerates machine productivity by delivering a precise and reliable high-resolution signal by using the latest analog signal processors.

The 931N-C144 dual-channel signal conditioner offers a high level of performance in terms of accuracy, response time, isolation, and power dissipation. The compact and slim design of the device saves panel space. It also offers a fast response time. For example, it needs less than 30 milliseconds for sensor measurement. Its DIN Rail mounting option makes the installation process easy while reducing the need to wire a separate power supply for every device. This device ensures that the output signal experiences less noise and has better stability. It is designed to be used in extreme environmental conditions. The 931N-C144 dual-channel signal conditioner completely eliminates the need for a time-consuming wiring setup process. It keeps a uniform profile within the panel. The input circuit is protected against overcurrents. It works without a power supply through loop-powered isolators. This device accepts a bipolar voltage or a current signal to provide an accurate and ranged process output signal for applications. It ensures secure and error-free signal transmission for industrial applications.