HX 50-P Sensors, Transducers

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The HX 50-P is a class of current transducer designed for high-precision measurement and monitoring of low frequency and variable current. It features a low cost, stable performance, and minimal installation requirements.

The working principle of HX 50-P is based on the Hall-effect technology. It uses magnets to generate an electric field which is used to measure the current in the system. The magnetic field generated by the magnets changes with changing current, and this change is detected by a Hall sensor which in turn is used to control the output signal of the transducer.

The application field of HX 50-P current transducer is broad. It is suitable for a variety of industrial applications, such as electric power measurement, power generation, machine tools, automation systems, motor drives, and solar systems. Additionally, it can be used as a signal source in data acquisition, and high-speed data transmission applications.

HX 50-P is an industry-standard current transducer and is popular for its high accuracy and reliable performance. Its features include high input sensitivity, high linearity, stable calibration accuracy, low-noise operation, and long-term stability. It offers protection against overloads, and reverse-polarity events, which makes it safe for use in hazardous industrial settings.

It is easy to install and maintain, and can be integrated into existing systems with minimal disruption. The construction of the transducer is rugged and can withstand extreme temperature and humidity levels. It is designed to remain reliable and provide accurate readings in harsh environments.

HX 50-P is a flexible, cost-effective, and reliable current transducer with a wide ranging application field. It is used in a large number of industrial applications due to its proven ability to provide accurate and reliable readings. Its features enable it to be integrated into existing systems with minimal disruption and its low cost makes it an attractive alternative for measuring and monitoring current in a cost-effective manner.

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