UTPCH20MY

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The UTPCH20MY is a type of electromechanical cycle meter used to measure electrical energy in a wide range of industrial applications. It offers reliable and precise current measurements, and can be used to detect energy loss and provide data on the measured energy consumed. It is available in three different sizes and has a variety of features, including dynamic measurement, an adjustable alarm temperature, and a built-in LCD display.

The most common uses of the UTPCH20MY are in industrial automation, automotive systems, power supply systems, and smart homes. Its key features include a wide current measurement range, adjustable alarm temperature, and built-in LCD display. Additionally, it is designed with a compact design that is easy to install and maintain.

The working principle of the UTPCH20MY is based on the technology of Hall-effect measurements. In this principle, an energized–magnetic rotor in the device produces an electric field within the device. This electric field interacts with the current flowing through the device, creating a measurable magnetic field. This magnetic field triggers the Hall-effect, which in turn produces the readings of the UTPCH20MY.

The readings provided by the device can be used to regulate power consumption, detect energy loss, and identify trends in the energy consumption of a certain system or devices. The device also uses two line digital communication for data transfer, allowing it to be connected to a range of systems and equipment.

In conclusion, the UTPCH20MY is a reliable and accurate electromechanical cycle meter that offers a range of features and is applicable in a wide range of industrial applications. Its working principle is based on the Hall-effect magnetic field measurements, and it can provide detailed readings that can be used to regulate power consumption, detect energy loss, and identify trends in the energy consumption of certain systems and devices.

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