IMLK1-1REG4-53-30.0-A-01

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Circuit Breakers are a type of electrical device usually used to protect an electrical circuit from damage. The IMLK1-1REG4-53-30.0-A-01 model is one such device which is specifically designed for this purpose.

This device is designed to detect a fault in the electrical circuit, such as an overload, and then open the circuit immediately to prevent damage from occurring. If there is no fault detected, the device will remain closed. This device can be used on any system, including those using alternating or direct current.

The working principle of this device is relatively simple. It works by using the open and close contact points. When the device is switched on, these contact points become separated, and the device is open. When the contact points come in contact, the device is closed. This is done by using an electromagnet which pulls the contact points together when the device is to be closed and pushes them apart when the device needs to be opened.

The IMLK1-1REG4-53-30.0-A-01 is generally used in a variety of applications, including industrial, commercial, and residential settings. In industrial applications, it is often used to protect circuits from high-current faults, while in commercial and residential settings, it is used to protect circuits from overloads.

This particular model is designed to be especially useful in industrial applications. It is capable of handling up to 30.0 Amperes of current and has a minimum front contact opening of 53 millimeters. It is also designed to be highly reliable, with an expected life of more than 500 operations. The device also offers high levels of safety, with built-in protection from short-circuits and other dangerous conditions.

In summary, the IMLK1-1REG4-53-30.0-A-01 circuit breaker is an electrical device designed to protect circuits from damage due to faults or overloads. It works by using open and close contact points which are separated when the device is switched on, and come in contact when the device is to be closed. This model is usually used in industrial applications, and is capable of handling up to 30.0 Amperes of current with an expected life of more than 500 operations. Additionally, it offers a high level of safety with built-in protection from short-circuits and other dangerous conditions.

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