GMS-63H 13A

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TheGMS-63H 13A is a high performance current transformer with many applications. It is designed to measure high-current signals up to 13 amp (AC and/or DC) and provides fast, accurate measurements with very little distortion. The GMS-63H 13A is used in a wide range of applications including: industrial automation, automotive testing, consumer electronics, telecommunications, aerospace, and medical areas.

The GMS-63H 13A current transformer is made up of three components: a primary coil, a secondary coil, and a ferrite core. The primary coil can detect a current up to 13 amp and is attached to the core material. The secondary coil is wound around the core material and picks up the current from the primary. The current transformer can be connected to any type of switch, meter, or circuit breaker to measure current. The ferrite core acts as the structural support for the coils and provides insulation between them.

The GMS-63H 13A current transformer converts a large amount of current into a much smaller amount. This allows the device to measure high current while offering precise accuracy. The transformer’s primary winding is usually rated to 15 amperes which can detect up to 13 amps. The secondary winding is usually rated to one ampere. The transformer is designed for low distortion, allowing it to accurately measure currents.

The GMS-63H 13A current transformer is used in a variety of applications. It is commonly used to measure the current in an automotive ignition system, in medical laboratory equipment, in industrial machinery, and in consumer electronics such as laptop computers, cell phones, and other small devices. The transformer can measure both AC and DC while maintaining accuracy. It is also used to measure currents in high voltage power lines.

The GMS-63H 13A is a very versatile current transformer that offers a wide range of applications. It is designed to measure high current signals up to 13 amps with excellent accuracy and fast response time. It also offers low distortion, allowing it to accurately measure current in high power lines and consumer electronics devices. The device is easy to install and maintain and can be used in a variety of industries including industrial automation, medical testing, telecommunications, and aerospace.

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