437-K60-1-07-240A Circuit Protection

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 used to establish and interrupt connections, protect from electrical overloads, and help prevent short-circuiting. In general, circuit breakers are divided into two types: thermal type and electromagnetic type. The 437-K60-1-07-240A circuit breaker belongs to the electromagnetic type. It is widely used in low voltage, distribution systems.

The working principle of the 437-K60-1-07-240A circuit breaker is based on the electromagnetic force generated when a current flows through a wire. When a fault occurs in the power system, the current increases rapidly. When the current reaches a certain value, an electromagnetic force will be generated in the breaker coil of the circuit breaker, which drives the breaker contacts to close, thus breaking the circuit. The 437-K60-1-07-240A circuit breaker uses a shunt release coil to actuate the release mechanism and an operating coil to close the contacts. When the current increases to the specified value, the shunt release coil will generate the required electromagnetic force to drive the contacts to open, stopping the current from flowing through the circuit.

The 437-K60-1-07-240A circuit breaker can be widely applied in low voltage power distribution systems such as residential houses, factories, and office buildings. It is capable of breaking the circuit on any phase, ranging from 75 to 600 amperes, and can also be used for switching and controlling various circuits. The 437-K60-1-07-240A circuit breaker also has a high degree of reliability and is able to withstand voltage surges of more than 1000V. Moreover, it is also lightweight and compact in size, so it is easy to install.

In conclusion, the 437-K60-1-07-240A circuit breaker is a type of electromagnetic circuit breaker used in low voltage power distribution systems, and is highly reliable and easy to use. It is versatile and well-suited for use in residential and commercial applications.

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