GFR4C30300

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The GFR4C30300 is a three-phase ultra-wide dynamic range current monitoring device. It is compact, lightweight, and suitable for applications in both commercial and industrial power systems. This device has a dynamic range of 0.03A (30mV) to 300A (500V). With its precise current measurement accuracy of 0.1%, its applications include motor control, power quality monitoring, and industrial control.

The GFR4C30300 measures current using a combination of Faraday’s law, Hall effect, and an ammeter. Faraday’s law describes electrical induction; the GFR4C30300 harnesses this effect by using an inductive coil. Hall effect sensors are used to measure the magnitude of the current running through the coil. Lastly, an ammeter is used to measure the output voltage that is generated as a result of the induction. Put together, the GFR4C30300 device measures current with precision and accuracy.

The GFR4C30300 has a wide range of applications in industrial and commercial power systems. It can be used to measure and monitor the power consumption of large-scale industrial motors and electronic devices like power tools and office equipment. It can also be used to monitor power quality in a facility or to detect faults, such as over-voltage or under-voltage surges. In addition, the GFR4C30300 can be used as a part of an industrial control system, allowing for precise control over motors, pumps, and other pieces of machinery.

The GFR4C30300 is a highly accurate and reliable device for current measurement in commercial and industrial power systems. It offers precise current monitoring and is designed to be used in a wide variety of applications. It is a valuable asset for any industrial or commercial power system, providing accurate and reliable results to ensure the safe and efficient operation of a facility.

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