IDGF6-32513-40

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Circuit breakers are an integral part of any electrical circuit, as they protect and prevent electrical circuits from excessive current and damage caused by short-circuits. The IDGF6-32513-40 is one such circuit breaker, designed to provide advanced protection and increased safety for all sorts of applications. This article will discuss the application field and working principle of the IDGF6-32513-40 circuit breaker.

Application Field

The IDGF6-32513-40 circuit breaker has been designed to provide overcurrent protection for systems with a maximum current of up to 2500 A. The circuits it is designed to protect range from small single-phase and three-phase systems, to larger installations with current levels of up to 5000 A.

The circuit breaker is suitable for both residential and commercial applications. For example, it can be used to protect electrical systems in a large office building or a small residential home. It is also suitable for industries requiring advanced levels of protection, such as factories and plants that rely on electric power.

In addition, the IDGF6-32513-40 is suitable for electrical systems with a high degree of "switching" activity, such as systems with multiple machines connected to a single electrical system, or systems that rely on frequent switching of electrical loads. The circuit breaker is designed to handle the higher voltages and amperage levels associated with these types of systems without deteriorating in performance.

Working Principle

As the name suggests, a circuit breaker breaks an electrical circuit if the current flow exceeds a safe level. This helps to protect the electrical wiring in the circuit from overheating and possible electricity arcs. The IDGF6-32513-40 circuit breaker also works under this principle and uses a bimetallic element as it’s main mechanism.

The bimetallic element is made up of two strips of different metals, which have different thermal expansion properties. When current passes through the circuit, the heated bimetallic element bends due to the heat, opening the contacts and breaking the circuit. The circuit breaker will then reset itself once the current has stabilized and the temperature drops. This process helps to protect the system from any dangerous level of current.

The IDGF6-32513-40 circuit breaker also offers additional protection due to its design. It is equipped with a thermal-magnetic trip unit, which is made up of a thermal element and a magnetic element. The thermal element measures the temperature of the circuit and trips the circuit breaker if the temperature exceeds a certain limit. The magnetic element measures the current flow in the circuit and trips the circuit if it exceeds the specified level.

The combination of the two ensures the circuit breaker is capable of protecting an electrical system against both overloads and excessive current flow. In addition, the circuit breaker also features a voltage monitoring system that can be programmed to trip the breaker at specific voltage levels.

Conclusion

The IDGF6-32513-40 circuit breaker provides advanced protection and increased safety for a wide range of applications. It is capable of protecting systems with a current of up to 2500 A, and can handle additional switching loads. The circuit breaker operates by using a bimetallic element, which opens the contacts when the current flow exceeds a set level, and a thermal-magnetic trip unit, which trips the circuit breaker if both the temperature and current exceed a set limit.

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