CSNX25

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Current transducers perform the function of measuring current in an electrical circuit, which is very important for maintaining the safety of the device.CSNX25 belongs to the family of current transducers, and it uses advanced technologies to measure current reliably. It is suitable for a variety of applications and can easily be installed in many types of equipment. This article will discuss the CSNX25 application field and working principle.

CSNX25 Application Field

The CSNX25 is mainly used in the field of industrial measurement, monitoring and control. It is designed to measure AC and DC current of up to 1kA, and also has a high resolution. This makes it a suitable choice for use in motor control applications, inverter applications, lighting, HVAC, transformer protection, wind generator protection and many other applications. These applications all require fast, accurate measurements, and the CSNX25 is an ideal solution.

CSNX25 Working Principle

The working principle of the CSNX25 involves a direct measurement of current. The device consists of two components: the sensor and the amplifier. The sensor is a Rogowski coil which consists of multiple turns of insulated wire. This coil generates an AC voltage proportional to the rate of change of current in the circuit. This voltage is then amplified and processed by the on-board amplifier, which outputs an analog voltage signal proportional to the current in the circuit.

The outputs of the CSNX25 can be calibrated to the desired range and resolution. This feature makes it suitable for a variety of applications, as it allows for precise measurements to be made. Additionally, the device includes two status LEDs which can be used to indicate a fault.

Conclusion

The CSNX25 is a reliable current transducer that is suitable for a variety of applications. It can measure AC and DC currents up to 1kA, and has a high resolution which makes it suitable for many motor control applications. Additionally, the outputs can be calibrated to the desired range and resolution, which makes it suitable for precise measurements.

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