ACS724LMATR-20AB-T

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Current transducers are used in a variety of applications for measuring, monitoring and controlling various electrical parameters. The ACS724LMATR-20AB-T is a state-of-the-art current transducer designed for industrial applications. It provides precise, reliable electronic current measurement in a compact and rugged design making it ideal for various industrial and commercial operations.

The ACS724LMATR-20AB-T utilizes an innovative linear-Hall-effect approach in current sensing. This sensing technology uses a combination of Hall effect, magnetic circuit design, and a precision sensor to accurately determine the current passing through an electrical circuit. The sensor measures the magnetic flux density in a core that is linked to the current path of an electrical conductor. This data is then amplified and transferred as an analog current signal.

The ACS724LMATR-20AB-T is an effective current transducer for use in harsh environments as it is able to withstand high temperatures, condensation and vibration. Its rugged design allows for precise measurements and reliable operation in extreme conditions. Its linear output and wide dynamic range make it suitable for a wide variety of current measurement requirements. It has an integrated alarm function for monitoring current exceedances and also includes an optically-isolated output for efficient connection to a system.

The ACS724LMATR-20AB-T is an effective choice for industrial and commercial applications. It has excellent performance characteristics, is reliable in harsh environments, and is easy to install and maintain. Its robust design allows for reliable current sensing over a wide range of inputs, making it suitable for various current sensing and monitoring applications.

The ACS724LMATR-20AB-T is an efficient and versatile current transducer ideal for industrial and commercial applications. It provides precise, reliable and accurate current measurements in a wide range of conditions and environments. Its advanced features and linear output make it highly suitable for a vast array of current sensing and monitoring applications.

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