DEIF TAS-331DG Current transmitter

The DEIF TAS-331DG current transmitter is a key component designed by DEIF for its power system monitoring and protection equipment. The current transmitter is mainly used to convert the current signal into a standard output signal for connection and communication with the monitoring system.

The following are some of the features and functions of the DEIF TAS-331DG current transmitter:

High precision measurement: The TAS-331DG current transmitter has a high precision measurement capability to accurately measure the current value and convert it to a standard output signal. This high-precision measurement helps to provide accurate current data, providing reliable support for the monitoring and protection of power systems.

Wide measuring range: The current transmitter has a wide measuring range and can adapt to the measurement needs of different current levels. Whether low or high current, TAS-331DG delivers accurate measurement results.

Fast response: The current transmitter has the characteristics of fast response, and can quickly sense the change of current and convert it into an output signal. This is very important for power systems that need to monitor current changes in real time, helping to detect and deal with anomalies in a timely manner.

Stability and reliability: The DEIF TAS-331DG current transmitter is subjected to rigorous quality control and environmental adaptability testing to ensure consistent performance and reliability in a variety of harsh industrial environments. Its high-quality materials and precision manufacturing processes guarantee a long service life and stable performance.

Multiple output options: The current transmitter supports a variety of standard output signal options, such as 4-20mA, 0-10V, etc., to meet the needs of different monitoring systems. Users can choose the appropriate output signal according to the actual situation, and connect and integrate with the existing monitoring system.

Easy to install and maintain: TAS-331DG current transmitters are typically designed in a compact, lightweight and easy to install construction, making it easy for users to integrate them into their existing power systems. At the same time, its maintenance is relatively simple, reducing the maintenance cost and workload of users.