EPRO CON021/916-160 Current signal converter

The EPRO CON021/916-160 Current Signal converter is a device designed for industrial automation and control systems to convert current signals into other forms of signal output to meet different control needs. The converters combine efficiency, precision and reliability to provide a stable signal conversion solution for a variety of application scenarios.

Main features:

High-precision conversion: The EPRO CON021/916-160 current signal converter has high-precision measurement capabilities to ensure the accuracy of signal conversion, thereby improving the performance and stability of the control system.

Wide range input: Converters typically support current signal input from 4 to 20mA, which is the standard signal range common in industrial applications.

Multiple output options: Converters can convert input signals into voltage, digital or other forms of output signals to suit the needs of different control systems.

Easy integration: The converter is compact and easy to install and integrate into existing control systems, reducing installation and configuration time.

Environmental adaptability: The EPRO CON021/916-160 current signal converter operates stably over a wide range of temperatures and humidity, ensuring reliable operation in a variety of industrial environments.

Application scenario:

Industrial automation: In automated production lines, the converter can be used to receive current signals from sensors or other devices and convert them into signals that can be understood by the control system to achieve precise automated control.

Power system monitoring: In power systems, current signal converters can be used to monitor current changes in real time, converting current signals into voltage signals or digital signals that can be displayed, helping engineers and operators to accurately understand system status.

Environmental monitoring and control: In the environmental monitoring system, the converter can be used to receive the current signal detected by the sensor and convert it into data that can be easily processed and recorded for the analysis and control of environmental parameters.