IEG11-2R-36190-1-V

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Circuit breakers are important safety devices that protect electrical systems from overloads and short circuits. The IEG11-2R-36190-1-V is an important type of circuit breaker that is often used in industrial and residential applications. This article will discuss the application field and working principle for this type of breaker.

The IEG11-2R-36190-1-V is a low voltage circuit breaker designed for use in installations with up to 1000 VAC. This breaker is suitable for controlling both short-term and long-term overcurrents in a wide range of industrial application fields, such as air conditioning systems, data centers, electrical machinery, and transformers. The installation of this breaker is easy, as it is equipped with an adjustable time delay, and its digital display allows for quick and accurate setting of the current threshold.

The working principle of this IEG11-2R-36190-1-V circuit breaker is simple. When an overcurrent flows through the breaker, an electromagnet is activated, which causes the breaker to trip open. The current must fall to a preset threshold level before the breaker closes again. This threshold level can be adjusted using the digital display. When the breaker trips open, it opens the current path and prevents further overload or short-circuiting.

The IEG11-2R-36190-1-V circuit breaker has several advantages over other circuit breakers. It is compact, lightweight, and easy to install, making it a convenient option for many industrial applications. It is also highly reliable and will trip open quickly and consistently in an overcurrent situation. This type of breaker can also be equipped with auxiliary switches and undervoltage release devices, allowing for further control over the electrical system.

Overall, the IEG11-2R-36190-1-V circuit breaker is an important option for industrial and residential applications due to its low voltage design, adjustable time delay, and digital display. This type of breaker is well suited for controlling current and preventing overcurrents and short circuits. Its compact design, reliable performance, and easy installation make it a valuable choice for many applications.

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