IEGBX6-1-51-10.0-X-M3-V

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Circuit breakers are used in the electrical power distribution system to provide protection from overstress. One such important type of circuit breaker is IEGBX6-1-51-10.0-X-M3-V. This article will explore the application field and working principle of this specific type of circuit breaker.

The IEGBX6-1-51-10.0-X-M3-V circuit breaker is designed for medium voltage applications. This type of circuit breaker is used primarily in the power distribution networks to protect against short circuits and overloads in general, heavy industry. Additionally, it is designed to provide protection of motors, lighting systems and other loads, which are generally part of all medium voltage power distribution networks.

The working principle of the IEGBX6-1-51-10.0-X-M3-V circuit breaker is based on the thermal-magnetic mechanism. This type of circuit breaker is designed to detect over-currents in the system quickly. The thermal-magnetic mechanism allows the breaker to detect both high and low levels of current. The thermal-magnetic mechanism consists of two main components: the thermal (or Buchholz) coil, and the magnetic current (or yoke). The thermal coil is connected to the circuit breaker and its purpose is to measure the thermal energy of the current. The magnetic current yoke is connected to the thermal coil and functions to detect the magnetic properties of the current. When an over-current occurs, the thermal-magnetic mechanism of the circuit breaker will activate and trip the breaker, thus quickly terminating the current flow in the system.

The IEGBX6-1-51-10.0-X-M

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