IEGF6-34437-25W-V

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Circuit breakers are typically used in electrical systems such as home wiring and commercial wiring to protect the wiring and components from damage due to short-circuiting, overloading, or ground fault. An IEGF6-34437-25W-V is an example of a circuit breaker that is designed for use in highly specific applications. This article will explore the application field and working principle of the IEGF6-34437-25W-V.

Application Field of the IEGF6-34437-25W-V

The IEGF6-34437-25W-V is a high-performance subminiature two-pole circuit breaker that provides important safety and performance features, making it ideal for use in overhead and underground distribution systems. It is designed to be installed as a main disconnect in a variety of application field conditions including residential, commercial, and industrial. It is also suitable for use in elevators, motor control circuits, lighting systems, signaling systems, fire alarm systems, and panelboards. The breaker is rated to be used in supply currents up to 25A and comes with a handle, indicating contact, and trip-free mechanism.

Working Principle of the IEGF6-34437-25W-V

The IEGF6-34437-25W-V breaker is designed to be installed in a variety of application field conditions. Its operation is based on the self-energizing principle, where the contact is spring-loaded and opens due to the current being interrupted. This type of breaker is commonly used when the system load is expected to fluctuate and current levels must constantly be kept within the limit of the device. The breaker is designed with a movable or portable contact body, which is connected to the handle. When the handle is engaged, a spring force is applied to the contact, which in turn causes a current interruption within the system.

The IEGF6-34437-25W-V breaker also features a unique trip-free mechanism. The device is designed so that no matter the fault or overload current, the breaker will trip off immediately regardless of the handle’s position. This feature prevents any potential hazards associated with delayed trip times. The high-performance construction of the breaker also ensures reliable operation, even in the most challenging conditions.

Conclusion

The IEGF6-34437-25W-V is an example of an advanced circuit breaker that is designed for use in overhead and underground distribution systems. It is designed to provide excellent safety and performance features and can be used in residential, commercial, and industrial application field conditions. The breaker is designed to operate on a self-energizing principle, with a movable contact body that is spring-loaded and activated by the handle when engaged. It also features a unique trip-free mechanism that ensures any overloads or shorts will be immediately identified and disconnected from the power supply. All of these features make the IEGF6-34437-25W-V the ideal choice for any type of application.

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