IEGS6-1REC4-32905-2-V

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Circuit Breakers

Circuit Breakers are devices used to protect electrical systems from overloading or short-circuiting. The IEGS6-1REC4-32905-2-V circuit breaker is a two-pole, type-2, safety switch rated at 10A. It is designed to trip when the amperage in an electrical circuit exceeds its rated value.

This device can be used in applications ranging from residential to commercial, such as providing protection to household circuits and protecting elevators, amusement park rides, and other motorized equipment. The IEGS6-1REC4-32905-2-V circuit breaker is also designed to provide additional protection against fire due to overloads.

The working principle of the IEGS6-1REC4-32905-2-V circuit breaker is simple, yet effective. It contains two internal mechanisms: a bimetallic strip and an electromagnetic coil. When an overload occurs on the circuit, the circuit breaker senses it and triggers the bimetallic strip mechanism. This causes the strip to bend and push against a spring-loaded contact, which then breaks the circuit. Simultaneously, the electromagnetic coil is activated, creating a stronger force to ensure the circuit is broken.

Once the circuit is broken, the internal mechanisms of the switch reset and the circuit breaker is ready to be used again. The reset mechanism is an integral part of the IEGS6-1REC4-32905-2-V circuit breaker, ensuring it can be used reliably and safely. Additionally, this circuit breaker is UL listed, so it has been tested and approved to meet safety standards.

In terms of installation, the IEGS6-1REC4-32905-2-V circuit breaker can be mounted on a standard 35 mm-d type rail in any orientation. It is also compatible with mounting accessories such as brackets and spring clamps, making it easy to install in any type of environment.

Overall, the IEGS6-1REC4-32905-2-V circuit breaker is a versatile and reliable switch with a straightforward working principle and easy installation. Its two internal mechanisms provide it with the necessary protection to ensure electrical systems remain safe from damaging overcurrents and short-circuits.

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