IELHK11-30567-1-V

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 devices used to protect electric devices from overloads, such as shorts, ground faults, and overloads. The IELHK11-30567-1-V is a circuit breaker used to protect appliances, motors, and other equipment from damage due to electrical faults or overloads.

The IELHK11-30567-1-V circuit breaker has a rated working voltage of 220 VAC and a rated current of 16A. It uses a positive-trip mechanism to actuate its contact system, providing greater reliability and accuracy in tripping times. The breaker is also designed with a surge current capacity of 8000 A. This allows it to handle short-time overcurrents without tripping, providing greater protection against transformer and motor damage.

The IELHK11-30567-1-V is suitable to be used in a variety of applications. It can be used as a main electrical switch in both single and three-phase installations. It can also be used to protect individual circuits from possible short-circuits that could occur due to faulty wiring or overloading.

This type of circuit breaker works by using a pressure-sensitive switch to detect when there is an overload of electrical current. This causes the contacts in the switch to open or close, depending on the current. If an overload of current is detected, the contacts open, breaking the electrical circuit and preventing any further current flow. This type of breaker also has a thermal cut off mechanism that operates if the breaker is exposed to excessive heat, again preventing further damage.

The IELHK11-30567-1-V is an excellent choice for applications that require reliable protection against short-circuits and overcurrents. It is a reliable way to protect delicate electrical equipment from damage, and its robust construction ensures that it can withstand heavy-duty use. Additionally, its surge capacity makes it a great choice for installations where the equipment can be exposed to sudden fluctuations in electrical current.

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