UPL555-1208-3 Circuit Protection

The UPL555-1208-3 is a type of circuit breaker commonly used in a variety of applications. circuit breakers are an essential part of a wide range of electrical, automotive and industrial systems. Circuit breakers are designed to protect circuits from the dangerous effects of electrical overloads or shorts. The UPL555-1208-3 circuit breaker is designed to provide a highly efficient and reliable means of protecting circuits against short-circuits, overloads and undercurrents.

The UPL555-1208-3 circuit breaker is a miniaturized circuit breaker, making it an ideal choice for applications where space is limited. Its small size, low cost, and high reliability make it well suited for low power distribution, automotive, and industrial applications.

The working principle of the UPL555-1208-3 circuit breaker is based on the use of a set of contacts which can either be open or closed. When the circuit breaker is energized, the contacts close. When the current in the circuit exceeds the set limit, the contacts open, thus breaking the circuit and stopping further current flow. The contacts can then be reset once the current flowing through the circuit has dropped below the set limit.

The UPL555-1208-3 circuit breaker is designed to provide superior protection against short-circuits, over-currents, and under-currents. It features a number of adjustable settings to allow users to customize it to their particular needs. The UPL555-1208-3 circuit breaker can be used to protect single-phase circuits up to 12 amps and has a wide range of settings to meet different applications. For example, it can be set to trip at 2-8 amps or 10-22 amps. It can also be set to trip at a variety of voltage levels, depending on the application.

The UPL555-1208-3 circuit breaker is a highly versatile and reliable circuit protection device that can be used in a variety of applications. It is small, low cost, and highly reliable and provides superior protection against short-circuits, over-currents, and under-currents.