IEGBX6-39813-50-V

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Introduction

The IEGBX6-39813-50-V is a type of circuit breaker- an electrical switch that protects the electrical circuit from damage resulting from an overload or short circuit. In this article, we will look at the applications and working principles of the IEGBX6-39813-50-V circuit breaker.

Applications

The IEGBX6-39813-50-V circuit breaker is mainly used in industrial and commercial applications, such as factories, warehouses, offices, and more. It is designed to be used in single-phase and three-phase systems with an input voltage of up to 440V AC. The main function of the IEGBX6-39813-50-V is to protect the circuit from current overloads and short circuits, thereby preventing fires and other hazards. It is also used in solar inverter systems, air-conditioning units, and motor control systems.

Working Principle

The IEGBX6-39813-50-V circuit breaker is a thermal-magnetic device, which means it uses both thermal and magnetic principles to trip the circuit and protect it from damage. The thermal element of the breaker responds to an overload current, while the magnetic element responds to a short circuit.

When there is an overload current, the thermal element heats up and expands, creating a mechanical force that trips the breaker and opens the circuit. The magnetic element is the second line of defense; it reacts to a short circuit current, which causes a large magnetic force. This force trips the breaker within milliseconds, making it much faster than the thermal element.

When the overload or short circuit condition is removed, the breaker can be reset and the circuit will be restored.

Conclusion

The IEGBX6-39813-50-V is a type of circuit breaker- an electrical switch that protects the electrical circuit from damage resulting from an overload or short circuit. It is mainly used in industrial and commercial applications, and it is a thermal-magnetic device. The thermal element of the breaker responds to an overload current, while the magnetic element responds to a short circuit. When the overload or short circuit condition is removed, the breaker can be reset and the circuit will be restored.

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