IUGX6669-28335-1 Circuit Protection

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Circuit Breakers are an essential component of any electrical system to protect it from short circuits, overloads and other overload risks due to voltage fluctuation. The IUGX6669-28335-1 is a type of circuit breaker that is designed for applications where high-current switching is required. This article aims to provide an overview of the application field and working principle of the IUGX6669-28335-1 circuit breaker.

Application Field of the IUGX6669-28335-1 Circuit Breaker

The IUGX6669-28335-1 circuit breaker is designed to handle high current switching of up to 960A. This makes it suitable for use in industrial and commercial applications that require high currents. It is also suitable for use in smaller applications, such as household electrical systems, due to its compact size. It has a voltage rating of up to 600VAC and is UL listed for use in the USA and Canada.

It is designed with an integrated circuit breaker design, which helps reduce the need for additional external components. This helps simplifiy the electrical system and reduces costs. Additionally, it features a thermal magnetic trip, which provides the highest-level of protection from both overload currents and short circuits.

Working Principle of the IUGX6669-28335-1 Circuit Breaker

The IUGX6669-28335-1 circuit breaker works on the principle of thermal-magnetic protection, which uses both the thermal and magnetic effects of current to protect the electrical system from overload and short circuit conditions. It measures the temperature of the current through thermistors and bimetallic strips, which are then combined with a magnetic switch to determine the tripping point.

When a short-circuit occurs, a large amount of current is drawn through the circuit breaker. This causes a rapid increase in the temperature and magnetic field around the circuit breaker. The thermal-magnetic trip reacts quickly to this rapid change in temperature and magnetic field, and triggers the circuit breaker to trip, thereby stopping any further damage.

The IUGX6669-28335-1 circuit breaker also features a wide variety of settings to adjust the tripping characteristics to meet your application requirements. You can adjust the sensitivity and trip time, as well as the amount of current allowed to flow through the breaker. This makes it suitable for applications of all sizes, from small residential appliances up to large industrial equipment.

Conclusion

The IUGX6669-28335-1 circuit breaker provides a reliable and cost-effective solution for high-current switching applications. It is designed with an integrated thermal-magnetic protection system and adjustable trip settings to protect from both overload currents and short circuits. Additionally, its compact size means it is suitable for applications of all sizes. As such, the IUGX6669-28335-1 is an ideal choice for protecting electrical systems against damage.

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