CCM12U02

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CCM12U02 application field and working principle

CCM12U02 is a multi-functional, bidirectional current transducer. It’s a perfect choice for the different applications in the industrial sectors, such as motor control measurements, DC/AC grid measurements, battery current measurements, multi-phase windings phase current measurement, etc. It’s certified to IEC614124 and IEC60870-5-103 standard.

CCM12U02 is designed with a nominal operating range up to 5A, with a basic accuracy of 0.2%, making it ideal for demanding and challenging environment applications. The transducer is a single-channel bidirectional current transducer which is designed for use in a variety of medium-range low-voltage applications. It offers a wide range of measurement features, including a power input range of 12V to 24V, code selectable current range of 0-5A or 0-25A, and excellent accuracy.

The working principle of the CCM12U02 is mainly based on the Lorentz force. These forces are generated when a conductor moves through an electromagnetic field. The output of the CCM12U02 is the result of the current being sensed and converted into a voltage signal. The signal is then carefully converted and filtered to ensure the accuracy and information integrity of the signal.

The CCM12U02 operates by converting the sensed current to a high-level DC voltage output, thus providing accurate and reliable readings. The transducer offers a signal output range of 0 to 10V with 12 bit resolution. The transducer is provided with a 3-wire interface, which ensures a constant current input for the transducer. The power consumed by the transducer is also low, thus making it an ideal choice for industrial applications.

In conclusion, the CCM12U02 is a reliable and accurate current transducer with many features for a wide range of applications. It is a great tool for medium-level low voltage applications and is suitable for use in various industrial fields.

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