IELK2-1REG4-39544-90-V

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Circuit breakers are essential pieces of electrical equipment that act as safety devices. They are designed to protect electrical circuits from damage or overload by automatically disconnecting them in the event of a short circuit or other potential hazard. This article will focus on the IELK2-1REG4-39544-90-V circuit breaker, its application field and working principle.

The IELK2-1REG4-39544-90-V circuit breaker is designed for use in residential, commercial, and industrial power networks. It is used in applications such as controlling power supplies, controlling appliance power, and protecting electrical circuitry from excess current that could cause damage. This breaker is rated for currents up to 100 Amps, and can be used in environments with temperatures ranging from -25°C to +50°C.

The IELK2-1REG4-39544-90-V circuit breaker works by using a trigger mechanism to detect the presence of a short circuit or other potential hazards. This trigger mechanism is activated when a certain amount of current passes through the circuit. When it detects a hazard, the mechanism automatically trips, or disconnects, the circuit. In addition, this breaker also has a "gravity reset" feature, which allows it to be manually reset in the event of a power outage.

The working principle of the IELK2-1REG4-39544-90-V is based on a combination of electromechanical and thermal sensors. When the current traveling through a circuit exceeds its threshold, the electromechanical sensors cause the breaker to trip. In addition, if the temperature of the circuit exceeds its limit, the thermal sensors cause the breaker to trip. This combination ensures that the breaker can respond quickly and accurately in the event of an overload.

The IELK2-1REG4-39544-90-V circuit breaker is a reliable and effective device for protecting electrical circuits from overload. Its combination of electromechanical and thermal sensors makes it an ideal choice for both residential and commercial applications, as well as industrial power networks. With its robust design, it is capable of responding quickly and efficiently to any threat, providing maximum protection for the circuits it is designed to protect.

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