UPGX11-22933-1 Circuit Protection

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Circuit breakers are essential components of electrical circuits, designed to protect against electrical current that is too high, a fault, or an overload. The UPGX11-22933-1 is a popular circuit breaker, used in a variety of applications in the industrial, automotive, and electrical sectors.

This circuit breaker is a single-phase, three-pole system, capable of interrupting a rated current of up to 200A. It is designed to be used in applications where the maximum current load does not exceed 1000A. Additionally, it is a UL-approved product, which makes it safe, reliable, and trustworthy. The UPGX11-22933-1 has a rapid trip-time of only 12 milliseconds, which ensures that it can quickly and efficiently sense any abnormalities in its field.

The UPGX11-22933-1 is a highly reliable device with numerous advantages over traditional circuit breakers. It is easy to install, reliable, and does not require any maintenance. Additionally, its efficient design reduces the number of components needed to construct the circuit, making it easier to assemble. It is also capable of withstanding high temperatures, making it an ideal choice for installation in difficult environments.

The UPGX11-22933-1 works by detecting any abnormal current levels and quickly initiating a trip action to interrupt the power supply. It does this by using a combination of an arc quenching devise, a current sensing devise, and an auxiliary switch. When the current reaches a critical point, the arc quenching devise activates, creating an arc to break the circuit. This increases the overall resistance, creating an electric shock and forcing the current to drop. The current sensing devise then detects this drop in current, triggering the auxiliary switch, which trips the breaker and disconnects the circuit.

The UPGX11-22933-1 is a versatile circuit breaker that can handle high currents and still provide reliable protection for the circuits it is installed in. Its compact design makes it easy to install and its ability to handle high temperatures makes it suitable for use in difficult environments. Additionally, its rapid trip-time ensures that it can quickly react to any abnormalities in its field, providing reliable protection for the circuits it is connected to. This makes it an ideal solution for numerous applications across a range of industries.

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