IALHK111-1-43-2.50-01 Circuit Protection

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Circuit breakers are an essential component of any electrical system. They are used to protect electric circuits from being overloaded, while still allowing them to be switched off and on. The IALHK111-1-43-2.50-01 is an example of a circuit breaker, and its application field and working principle are essential to understand for anyone looking to purchase or install this device.

The IALHK111-1-43-2.50-01 is primarily used in the industrial and commercial sectors, as it can handle up to 250 amps of current and is designed for medium voltage applications. It is a two-pole, three-phase device with an adjustable trip setting, which can be adjusted in order to provide the proper amount of protection for a particular application. In addition, this circuit breaker features thermal-magnetic protection, which is designed to prevent accidental tripping due to an overload.

The working principle of the IALHK111-1-43-2.50-01 is relatively simple. When the current passing through the circuit exceeds the rated current, the thermal-magnetic protection kicks in and trips the circuit breaker. This prevents an overload from occurring, and the electrons in the circuit are disrupted until the current is reduced. This process effectively prevents the circuit from being damaged due to an overload.

In addition to its thermal-magnetic protection, the IALHK111-1-43-2.50-01 also features a mechanical spring switch as an extra safety mechanism. This spring switch is triggered when the current exceeds the rated current and trips the circuit breaker. In most instances, this particular device will remain in the ‘on’ position until the current is reduced to the acceptable level. This ensures that the IALHK111-1-43-2.50-01 meets the safety standards set forth by the relevant governing bodies.

The IALHK111-1-43-2.50-01 is an example of a robust and reliable circuit breaker. Its application field and working principle allows it to be used in a variety of medium voltage applications, including residential, industrial, and commercial. Its thermal-magnetic protection and mechanical spring switch are designed to provide a high level of protection against overcurrents, while its adjustable trip setting allows the user to tailor the device to the application specific needs. By understanding how this circuit breaker works, users can be better prepared to select and install the correct one for their needs.

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