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Circuit Breakers

Circuit Breakers are devices that protect electrical systems from damage caused by both over-current and short-circuiting. The IEGF6-34437-15R-V is one example of such a device. In this article, we will discuss the application field and working principle of this device.

Application Field of IEGF6-34437-15R-V

The IEGF6-34437-15R-V is a low-voltage, multi-pole circuit breaker. This device is suitable for use in commercial, industrial and residential applications. It has a wide range of current ratings, from 1A to 63A, making it suitable for a wide range of applications. It is specifically designed for three-phase power systems and can be used to protect motors, transformers, DC-to-AC inverters, and other electrical equipment.

Working Principle of IEGF6-34437-15R-V

The IEGF6-34437-15R-V operates on the principle of overcurrent protection. This means it “opens” or “trips” the circuit when the current exceeds the specified limit. The device is equipped with three sets of contacts: one “line” contact and two “load” contacts. The contacts are connected to a “trip” mechanism, which is actuated when the current reaches the designated limit. When the current exceeds the limit, the contacts open, interrupting the flow of electricity and preventing any further damage.

The IEGF6-34437-15R-V is also equipped with a “Test/Reset” button. This button is used to reset the device after a fault has occurred. The device is also equipped with a thermal overload protection function. This function monitors the temperature of the device and automatically cuts off power if the temperature rises to a point at which it could cause damage.

Conclusion

The IEGF6-34437-15R-V is a low-voltage, multi-pole circuit breaker. This device is suitable for a wide range of commercial, industrial, and residential applications. It operates on the principle of overcurrent protection and is equipped with a “Test/Reset” button and a thermal overload protection function. This makes it an ideal choice for protecting electrical systems from damage due to both over-current and short-circuiting.

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