IEGF6-36131-30-V

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Circuit breakers are some of the most reliable safety features that are installed in a variety of settings. They are devices that are designed to automatically interrupt the daily flow of electricity for a few milliseconds when it senses a potential problem. This allows for a safer environment for both people and the surrounding environment. The IEGF6-36131-30-V circuit breaker is one such device that serves the purpose of regulating and protecting the power systems.

Applications of the IEGF6-36131-30-V Circuit Breaker

The IEGF6-36131-30-V circuit breaker is designed to work within a specified voltage range and can handle up to 380 VAC and 250 VDC. It is mainly used in industrial applications such as automated machines, pumps, motors, and other electrical testing applications. This model is suitable for use in industrial environments that require high-performance precision and stability.

The model’s flexibility allows it to be used for many different applications, such as controlling the motors and pumps in industrial applications, as well as providing safety features in both residential and commercial settings. It is also useful for medical installations, providing efficient power across health care facilities. The model is also an ideal option for use in power distribution systems, allowing fast and precise responses and restraining fluctuations in the circuit.

Working Principle of the IEGF6-36131-30-V Circuit Breaker

The IEGF6-36131-30-V circuit breaker operates using several different principles that are based on voltage levels and current ratings. Depending on the application, different features such as voltage and current ratings, trip times, reset characteristics, and other parameters can be tweaked to provide the perfect protection for the system.

This model features a breaker frame that is able to sense both under-voltage and over-voltage faults and then takes action by tripping and blocking the flow of electricity. It is also equipped with a sensitive mechanism that is able to detect current surges and can prevent the system from short-circuiting or shutting down.

The breaker is designed to be highly reliable, which is why it is fitted with the latest low-voltage protection technologies and contact-free sensors. This provides a level of protection and safety that is unmatched by traditional circuit breakers. Additionally, the breaker is designed to be extremely energy-efficient and produces minimal heat even during heavy duty operations.

Conclusion

The IEGF6-36131-30-V circuit breaker is a reliable and advanced solution for controlling the flow of electricity through industrial applications. With its advanced features and safety guard mechanisms, it provides an excellent level of protection for both people and the surrounding environment. By using an efficient and innovative design, the breaker offers reliable protection against potential hazards and power surges.

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