GMB63H1PC4

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Circuit breakers are one of the most important components of an electrical power system. They protect the electrical system from hazardous overcurrents and also provide a safe way to disconnect the electrical system in case of an emergency. The GMB63H1PC4 is a specific type of circuit breaker which has many uses in the electrical industry. This article will discuss the application field and working principle of the GMB63H1PC4.

The GMB63H1PC4 is a two pole, single phase, thermal magnetic circuit breaker which is designed to protect both direct current (DC) and alternating current (AC) powered devices. The GMB63H1PC4 has a wide range of uses in both commercial and residential settings. It is often used in industrial control circuits, as well as in residential homes to protect against electrical overloads due to faults or short circuits. It is also extensively used in switching applications to protect against overloads.

The first step to understanding the working principle of the GMB63H1PC4 is to understand its two main components, the thermal and magnetic components. The thermal component is a bi-metallic strip which is heated by the current. The strip will expand when it reaches a certain temperature which will cause the circuit breaker to trip and disconnect the electrical circuit. The magnetic component is an electromagnet which will be energized when an excessive current is detected in the circuit. This will cause the mechanical operating system of the circuit breaker to trip and disconnect the circuit as well.

The GMB63H1PC4 is designed with two separate devices, the main circuit breaker and the trip-device. The main circuit breaker is designed to detect any fault or overload in the current, and will trigger the trip-device which is connected to the mechanical operating system. The trip-device will then cause the mechanical operating system to trip the circuit breaker, thus disconnecting the circuit and preventing any further damage to the apparatus connected to the circuit.

In conclusion, the GMB63H1PC4 is a two pole, single phase, thermal magnetic circuit breaker which is designed to protect both direct current and alternating current powered devices. It is used extensively in industrial control circuits, as well as in residential homes to protect against electrical overloads due to faults or short circuits. It is also extensively used in switching applications to protect against overloads. The GMB63H1PC4 is composed of two main components, the thermal component which is a bi-metallic strip, and the magnetic component which is an electromagnet. The combination of these components triggers the mechanical operating system to trip the circuit breaker, disconnecting the circuit and protecting the apparatus connected to it.

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