IELHK19-1REC4-40480-27

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 safety devices that are used in electrical systems to break an electrical circuit under an overcurrent or overload event.

The IELHK19-1REC4-40480-27 is a thermal magnetic type of circuit breaker. It is designed to break an electrical circuit when the current exceeds its rated limit and open the circuit when a thermal overload event occurs. This breaker has one-pole construction and a snap-action thermal element.

This circuit breaker has a wide application range in the power distribution industry. It is used to protect the circuits, motors and appliances from short circuits, overloads, earth faults and circuit overloading. It is also suitable for use in critical electronic equipment such as medical devices, computers and networking equipment. This type of circuit breaker also provides a degree of protection during lightning strikes.

The IELHK19-1REC4-40480-27 circuit breaker\'s working principle is based on the magnetic current principle. When an excessive current increase occurs, a magnetic field is created around the breaker. This magnetic field will then cause the breaker to trip, thus opening the circuit. This is a highly reliable method of protection since the breaking power of the breaker is not dependent on the actual current value. A positive overcurrent protection will be provided even if the current is not equal to the rated current value.

The IELHK19-1REC4-40480-27 circuit breaker is also designed to withstand short-term overloads. When the current exceeds the rated current limit, the thermal element will activate and cause the breaker to open the circuit. This allows the system to reset when the overload has been eliminated and the circuit can be reopened.

The IELHK19-1REC4-40480-27 circuit breaker is a highly reliable and efficient piece of safety equipment. It is suitable for use in a wide range of applications in the power distribution industry, providing protection from overcurrent, overloads, earth faults and circuit overloading. This breaker also offers a degree of protection during lightning strikes. Its working principle is based on the magnetic current principle, providing a reliable and efficient means of protection from excessive current increases.

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