IEGZXF6-1RS4-31867-1-V

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Circuit breakers are electrical devices which open, or "trip," an electrical circuit during a power surge or short circuit, preventing the flow of electricity. They are also known as circuit switch, overload cutoff device and overload protector. The model IEGZXF6-1RS4-31867-1-V is a type of circuit breaker designed mainly for industrial applications.

The IEGZXF6-1RS4-31867-1-V circuit breaker is designed to provide a high level of protection against electric shock and surge issues. It has a built-in time delay of 0.0003 seconds, allowing it to identify and respond quickly to hazardous currents. This provides the user with added security and peace of mind. The circuit breaker also provides effective protection against overvoltage and short circuits, preventing electric current from getting too high and causing damage to equipment.

The IEGZXF6-1RS4-31867-1-V circuit breaker is suitable for three-phase alternating current (AC) systems, as well as direct current (DC) systems. It is mainly intended for large industrial installations with a voltage of up to 690V, making it well suited for applications such as factories, large motor control centres, and similar installations. The circuit breaker can be mounted on traditional DIN rail, or it can be surface mounted to accommodate specific requirements.

The main working principle of IEGZXF6-1RS4-31867-1-V circuit breaker is based on its ability to detect a higher than normal electric current. When an abnormally high current is detected, it trips the circuit breaker, isolating the circuit from the power supply. This protects the system and any connected equipment from damage due to a power surge or short circuit. The circuit breaker will reset itself once the current is reduced to an acceptable level.

In summary, the IEGZXF6-1RS4-31867-1-V circuit breaker is a reliable and effective device for providing electrical protection for industrial applications. It has a high level of sensitivity to overvoltage and short circuits, as well as a fast response time. Its ability to trip and reset the circuit during hazardous conditions helps ensure the safety and reliability of any connected equipment.

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