IEGF6-30867-13-V

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Circuit breakers are a type of device used to interrupt electrical power or current flow in an electric circuit and to protect the circuit from any damage due to excessive current. IEGF6-30867-13-V is a circuit breaker specifically designed and manufactured to meet requirements of the industrial sector of global operations. This device consists of a solenoid and thermal-magnetic release module. Its application field and working principle are both discussed in detail below.

Application Field of IEGF6-30867-13-V

This type of circuit breaker is best suited for the industrial sector, as it has the capacity to easily handle overloads, abnormal currents, and short circuits. This circuit breaker can be used in a variety of industrial applications such as electric motors, transformers, welding machines, compressors, and pumps. It has also been used in solar energy projects, electric transportation, and in electric-readiness systems for power distribution.

The IEGF6-30867-13-V is also suitable for use in large and small electrical networks within the home. It can be used to protect breakers and switches from overloads, short circuits, and small to medium current faults.

Working Principle of IEGF6-30867-13-V

The IEGF6-30867-13-V is a thermal-magnetic release device, which works in two stages. The first stage is referred to as the thermal stage. This stage works by sensing the temperature of the circuit breaker’s thermal fuse. If the temperature reaches a certain level, the fuse will blow and the circuit breaker will shut off the power. This stage of protection is effective at preventing damage from overloads, which can result from prolonged current flow.

The second stage of protection is the magnetic release stage. This works by using a series of electromagnets to detect when the current in the circuit breaker reaches a predetermined level. When this happens, the electromagnets will activate, causing the circuit breaker to shut off the power. This second stage is effective at preventing damage from short circuits, which can occur when large amounts of current are forced into the circuit breaker.

In addition to the two stages mentioned above, the IEGF6-30867-13-V also has adjustable current overload settings, allowing the user to customize their protection to their specific needs. This device is also equipped with a status indicator light that displays when the circuit breaker is tripped.

The IEGF6-30867-13-V is a reliable and efficient circuit breaker designed to protect machines and systems in any environment. Its two-stage thermal-magnetic release system provides protection against overloads and short circuits, while its adjustable settings allow users to customize its protection according to their needs.

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