BR Series Rogowski coil current sensor is suitable for the measurement of alternating current in a wide frequency range, has no special requirements for conductors and sizes, and has a fast instantaneous response capability. It is widely used in occasions where traditional current measuring devices such as current transformers cannot be used, and is used for current measurement, especially high frequency and large current measurement.
The Acrel BR series Rogowski coil current sensor is incredibly user-friendly and can be installed quickly and easily without any interruption to the system. The sensors are designed for high voltage and harsh environments, such as electrical substations and power plants, and the insulated output provides safety for users.
In conclusion, Acrel's BR series Rogowski coil current sensor is a groundbreaking technology that meets the needs of various clients with distinct current monitoring needs.
Working Principle of Rogowski Coil Current Sensor
Acrel is a renowned brand in the world of current sensors, and one of their latest technologies is the Rogowski Coil Current Sensor. The working principle of the Rogowski Coil Current Sensor is based on Faraday's principle of electromagnetic induction. The sensor works by converting a varying magnetic field induced by the current-carrying conductor to a proportional voltage. The coil surrounding the conductor is made up of many turns of a conductor, which are sensitive to AC currents but is not affected by DC currents. The output voltage of Rogowski coils is proportional to the rate of change of the magnetic flux density, which is proportional to the current flowing through the conductor. The Rogowski variable-integration coil improves on the traditional fixed integration coils based on the integration intervals used in signal processing. Acrel's Rogowski Coil Current Sensor is designed with high accuracy, fast response, and a flexible integrator to ensure accurate signal conditioning and provide reliable and high-quality measurement results.