IEGHS6662-27792-1-V

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Circuit breakers are essential components of electrical systems. They provide overload protection and help prevent faults from occurring.

IEGHS6662-27792-1-V is a two pole miniature circuit breaker with adjustable overload protection. It is suitable for use in residential, commercial, and industrial applications. It features an adjustable adjustable tripping mechanism, making it suitable for a range of current ratings from 0.5 to 32 A, and an operating voltage of up to 480 VAC.

The circuit breaker consists of a pair of switch contacts which are normally closed and allow current to flow. When there is an overload or short circuit, the contacts open, interrupting the flow of power. This is done by thermally expanding a bimetallic element, which is connected to the contacts. When the current increases beyond a certain level, the element expands which causes the contacts to open. The bimetallic element also features an adjustable tripping mechanism, allowing for the current rating to be adjusted according to the system\'s needs.

IEGHS6662-27792-1-V circuit breaker features a thermal overload protection designed to protect both the user and the equipment from faults caused by excessive, and abnormal electrical faults. It also features a visual indication to the user when the device has tripped. Once the fault is removed, the breaker can be reset manually.

This circuit breaker has been designed with safety and durability in mind. It has an IP20 rating, meaning that it is protected from solids above 12.5mm, making it suitable for use in damp locations. It also has a wide temperature range, from -5°C ~ 40°C, making it suitable for use in a range of conditions.

In conclusion, the IEGHS6662-27792-1-V circuit breaker is a two pole miniature circuit breaker with adjustable overload protection. It is suitable for residential, commercial, and industrial applications. It features a thermally adjustable tripping mechanism, and a visual indication when the breaker has tripped, providing reliable and secure protection against electrical faults.

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