IEGHS11-25319-040-V

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A circuit breaker is an important device used to automatically stop the flow of current in an electric circuit due to a short circuit or overload. It helps to prevent electrical hazards such as fires and electric shocks. The IEGHS11-25319-040-V circuit breaker is a standard type device used for medium voltage applications. It is designed to protect electrical systems from short circuits and overload conditions.

The IEGHS11-25319-040-V circuit breaker is usually found in medium voltage applications such as generators, transformers and electric motor systems. This type of circuit breaker offers a high level of safety and reliability due to its ability to automatically detect any overcurrent conditions and open the circuit in a timely manner. This allows it to protect the electrical system and avoid potential damage.

The working principle of the IEGHS11-25319-040-V circuit breaker is based on its internal components, which are responsible for the proper operation of the device. The breaker contains a bimetallic disc, which is the main component. This disc is composed of two different metals that expand and contract at different rates when exposed to a varying electrical current. This bimetallic disc is connected to a trip mechanism that triggers the breaker to open when the current reaches a predetermined level. The trip mechanism can be adjusted to different current levels.

In addition to the bimetallic disc, the IEGHS11-25319-040-V circuit breaker also contains a fuse that provides an additional layer of protection. The fuse is designed to open the circuit when the current exceeds a predetermined level. This helps to prevent damage to the electrical system and the components connected to it.

The IEGHS11-25319-040-V circuit breaker is an important device used in many different applications. It offers high levels of protection and reliability due to its ability to automatically detect short circuit and overload conditions. Its internal components, such as the bimetallic disc and fuse, enable it to operate in a safe and efficient manner. It is an essential component in many electrical systems, so it is important to ensure that it is properly maintained and regularly checked.

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