IEGF6-35459-10-V

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Circuit breakers are electrical switches with the ability to disrupt the flow of electricity in an electrical circuit when too much current passes through the device. They are usually used to protect electrical components and people from damaging electrical shocks and equipment damage. The IEGF6-35459-10-V is a specific type of circuit breaker designed to provide a high degree of safety against the risks of electrical shock and potential hazards that could arise from an overloaded electrical circuit. This article will provide an overview of the IEGF6-35459-10-V application field and working principle.

IEGF6-35459-10-V Application Field

IEGF6-35459-10-V circuit breakers are typically used in residential, commercial, and industrial settings. In residential applications, these breakers are often installed in breaker boxes to protect individual circuits from drawing too much power. In commercial and industrial settings, the IEGF6-35459-10-V may be found in electrical switchboards and motor control panels to protect motors and other high-powered equipment from overloads. In all cases, the circuit breaker is designed to help protect people and equipment from the potentially dangerous effects of an overloaded electrical circuit.

IEGF6-35459-10-V Working Principle

The IEGF6-35459-10-V works on the principle of thermal-magnetic action. When it senses an overload of current, it trips and opens the circuit. This is achieved by a bimetallic thermal element made of two different metals fused together, as well as an electromagnetic mechanism. The thermal element responds to heat generated when an overloaded current passes through it and expands outward. This action causes the magnetic part of the mechanism to trip and open the circuit.

The thermal element is reset by flipping the breaker switch to the off position and then back to the on position. The electromagnetic mechanism is reset by manually pushing the lever back to the reset position. When both mechanisms are reset, the breaker can be returned to the on position and the circuit will be restored.

Conclusion

The IEGF6-35459-10-V is a popular circuit breaker designed to protect circuits from overloaded currents. It is used in residential, commercial, and industrial settings and works on the principle of thermal-magnetic action. When an overload is detected, the thermal and magnetic elements cause the circuit to open and stop the flow of electricity. The breaker can be reset by manually flipping the switch and pushing the lever back into the reset position. With its high level of safety and versatility, the IEGF6-35459-10-V circuit breaker is a great way to protect people and equipment from the risks of electrical shock and damage.

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