3600-P10-SI-3.5A

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Circuit breakers are used to protect electrical systems and components from damage caused by electrical overload. They are installed on electrical networks to protect equipment from short-circuits, overvoltage, overcurrent, and other accelerated power fluctuations. The 3600-P10-SI-3.5A is an example of a circuit breaker that is designed to meet these needs.

This particular model of circuit breaker is specifically designed for high-voltage applications. It is utilized in commercial and industrial applications where it is important to have reliable protection from surge currents or short-circuit currents. It is rated for up to 10,000 Amps AC, making it suitable for applications such as power distribution systems, industrial control panels, and other high-current systems.

The 3600-P10-SI-3.5A circuit breaker features a solid-state design, which helps to ensure its reliability and accurate operation in challenging environments. The breaker is also tested and certified to comply with UL, IEC, and CSA safety standards. As such, it is suitable for use in environments where safety needs to be a top priority.

The working principle of the 3600-P10-SI-3.5A circuit breaker is based on the phenomenon of arc extinguishment. When an overload occurs, an arc is created, which causes an increase in the current through the breaker. The device then acts by reducing the current in stages, while preventing the arc from being re-established. In order to do this, it utilizes an internal sub-circuit breaker, which helps to reduce the overcurrent.

The 3600-P10-SI-3.5A is the perfect choice for applications that require a reliable and energy-efficient circuit breaker. Its solid-state technology ensures that it operates reliably and accurately in even the most challenging environments. Additionally, its safety ratings make it suitable for use in environments where safety needs to be a top priority. In short, it provides reliable protection from surge currents and short-circuit currents, making it an ideal solution for industrial and commercial applications.

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