IELBXK1-1-72-100.-G-N6-V

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Circuit breakers are an essential part of any electrical system. They protect components, reduce hazards, and help maintain continuity of service. The IELXBK1-1-72-100.-G-N6-V is a type of circuit breaker that is designed for use in both medium and high-voltage applications. It features a range of protective features, high-quality components, and reliable performance. In this article, we will discuss its application field and working principle.

The Application Field of IELXBK1-1-72-100.-G-N6-V

The IELXBK1-1-72-100.-G-N6-V circuit breaker is designed for use in medium and high-voltage applications. It can be used in a variety of settings, including commercial and industrial settings, as well as residential applications. Additionally, it is also capable of handling both AC and DC currents. For AC applications, the breaker is rated for up to 3,500 volts, while in DC applications, it is rated for up to 2,500 volts.

The IELXBK1-1-72-100.-G-N6-V breaker is designed for use with either 240V or 480V circuits. It is also compliant with various international standards, such as IEC-60947-1, IEC 60947-2, NEMA AB4, and UL 1077. This allows it to be used for various applications around the world.

The IELXBK1-1-72-100.-G-N6-V breaker is designed for use in applications that require both low-level and high-level protection. It can be used to protect motor circuits, as well as other critical components in a power system. Additionally, it can be used to protect against short circuits and overloads, as well as against external influences such as lightning strikes and power surges.

The Working Principle of IELXBK1-1-72-100.-G-N6-V

The IELXBK1-1-72-100.-G-N6-V breaker uses an electromechanical trip unit to provide protection against both overcurrents and short-circuits. The trip unit is designed to react to sudden increases in current and open the circuit before it can cause damage. In the event of an overcurrent, the trip unit will open the circuit and cause the breaker to trip. This prevents accidental sparking, which can damage the circuit.

In the event of a short circuit, the trip unit will sense the sudden increase in current and open the circuit. This prevents damage to the components of the circuit, as well as to the system itself. Additionally, the trip unit is designed to open the circuit quickly, which helps to minimize the amount of surge energy that is released.

The IELXBK1-1-72-100.-G-N6-V breaker is also equipped with a thermal-magnetic trip unit. This unit is designed to detect increases in temperature and react by opening the circuit. This helps to protect the circuit against thermal overloads, which can otherwise cause damage.

Finally, the IELXBK1-1-72-100.-G-N6-V breaker is equipped with a self-test feature. This allows the breaker to automatically test itself and ensure that it is functioning properly. This helps to reduce the risk of an unexpected failure, which can lead to costly repairs or system downtime.

Conclusion

The IELXBK1-1-72-100.-G-N6-V breaker is an ideal choice for medium and high-voltage applications. It is designed to protect against both overcurrents and short circuits, as well as against thermal overloads. Additionally, it is equipped with a self-test feature to ensure optimal performance. Ultimately, the IELXBK1-1-72-100.-G-N6-V breaker provides reliable protection for critical components, helping to maintain continuity of service and reduce the risk of system downtime.

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