IUGN11-1REC4-63-10.0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers are an essential piece of electrical safety equipment used in a variety of applications. The IUGN11-1REC4-63-10.0 is a type of circuit breaker designed for use in industrial and commercial settings. It is a medium- and high-voltage circuit breaker that provides reliable protection for both AC and DC systems.

The IUGN11-1REC4-63-10.0 circuit breaker has a rated voltage of three-phase 600V and a rated current of 10A. It features advanced circuit protection technology that ensures efficient and reliable protection, even in unexpected circumstances. This circuit breaker is also equipped with a number of other features, including electronic trip functions, thermal magnetic trip settings, and instant overcurrent protection.

The working principle of the IUGN11-1REC4-63-10.0 circuit breaker is simple. Its main job is to sense when an overload or short circuit occurs in the electrical system and to interrupt power quickly and safely. This is done by using a bimetallic element that heats up when current levels exceed the specified limit and forces the circuit breaker\'s contacts apart. This interrupts the flow of electricity and prevents it from reaching dangerous levels.

The IUGN11-1REC4-63-10.0 circuit breaker is designed for industrial and commercial applications. It is commonly used in hospitals, schools, factories, and other facilities where safety and reliability are critical. It is also used in applications such as high-speed trains and elevators, where large amounts of power must be handled safely.

The IUGN11-1REC4-63-10.0 is a reliable and efficient circuit breaker that can provide protection to many different types of electrical systems. Its advanced circuit protection technology ensures that it is able to detect potential overloads and short circuits quickly and reliably. It is also equipped with features such as electronic trip functions, thermal magnetic trip settings, and instant overcurrent protection, which all work together to provide the highest levels of safety and reliability.

The specific data is subject to PDF, and the above content is for reference