ASR-5200E-12A1E

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Part Status:	Active

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ASR-5200E-12A1E is an ultra-low noise three-phase current sensor and plays an important role in the field of modern power industry. It can measure 0.3~6A and 6~60A three-phase current, providing high accuracy and wide measuring range. It is usually used to detect AC current, voltage, power, energy, frequency and other parameters in the power system.The structure of ASR-5200E-12A1E consists of three parts: sensor, signal conditioner and signal output terminal. The sensor is an toroidal core transformer, which is made up of two sets of magnetic wires. The core of this transform is an E-shaped structure with two arms. Primary winding is the functional coil with precise value, which is composed of 3 sets of cables in parallel.The output terminals of the signal conditioner are connected with the signal output terminal.The working principle of ASR-5200E-12A1E is based on Faraday\'s law of electromagnetic induction. The current through the primary winding produces a magnetic field, a current is induced in the secondary winding which induces voltage, and a voltage that is proportional to the primary current is output from the secondary winding. The signal conditioner amplifies, linearizes, and processes the voltage signal to form a 0-5V analog signal indicating the value of the primary current.In application fields, ASR-5200E-12A1E is widely used in modern power industry, such as in the power plants, hydropower plants or substations. It is an ideal instrument to measure the electrical characteristic and to monitor grid overload. In addition, it also can be used for a variety of power modules like small-scale solar farms, meters, converters, analog to digital converter, etc. Moreover, it is also used in battery energy storage system, demand response application, etc.In conclusion, ASR-5200E-12A1E can measure 0.3-6A and 6-60A three-phase current, with a wide measuring range and high accuracy. Its applications include the power plants, hydropower plants, substations and other power related industries for monitoring grid overload and other electrical characteristics, as well as the demand response applications.

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