DHR 200 C10

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Current transducers play a vital role in modern industry: from manufacturing to automotive, their application can be seen across all areas. The DHR 200 C10 is one such current transducer that is becoming increasingly common in many industries due to its reliable performance and simple setup. This article will explore the application field and working principle of the DHR 200 C10 current transducer.

Application Field

The DHR 200 C10 current transducer is a 3-phase input device, designed for use in both industrial and domestic applications. It can measure high-power currents up to 600A and works by excitation of the current on the secondary side. It is also equipped with temperature compensations, enabling it to provide precise current measurements. The DHR 200 C10 is suitable for use in a wide range of applications including automatic control systems, motors, frequency converters, welding machine control systems, and many more.

The most common application of the DHR 200 C10 is in the industrial sector. A popular application includes the monitoring of motors and system current during operation. This measurement offers increases in safety and reliability and also helps to accurately identify issues before they become too serious. In automated settings, the device can be used to guarantee compliance with applicable legal requirements and safety standards.

Working Principle

The DHR 200 C10 current transducer works by using a three-phase power line voltage to excite an independent current on the secondary side. This current is then subjected to an alternating magnetic field, which influences the electric field generated by the primary side. The variations in the electric field are then sensed by a device known as an Arduino board. This board then converts the electrical signals into digital signals, which are then sent via communication protocols to the appropriate monitor display.

The accuracy of the DHR 200 C10 is achieved by equipping the device with temperature compensation circuits. This technology helps ensure that readings are taken at a consistent temperature range, eliminating errors due to varying environment temperatures. In addition, this transducer provides a high overload capacity and superior resolution, allowing for more accurate results.

Conclusion

The DHR 200 C10 current transducer is an excellent choice for industries where measurements of high-power currents are important. Its reliable, accurate performance and simple setup make it a perfect fit for many applications. Additionally, the device’s temperature compensation capabilities help ensure consistent readings in environments where temperatures fluctuate.

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