CR15-52-10.0A-S02IV-T

Circuit breakers are basic components of electrical systems to ensure safe operations in the power grid. Specifically, CR15-52-10.0A-S02IV-T is a device designed for the protection of an electrical power system from the consequences of fault currents, overloading and short circuiting. It is a modern circuit breaker that combines high performance, reliability, and durability with a robust design for applications in industrial and commercial buildings.

Working Principle: The working principle of a circuit breaker is similar to that of a switch. When the circuit breaker is turned off, the contacts are opened, which interrupts the flow of current through the circuit. However, unlike a switch, a circuit breaker must be able to withstand the high forces generated by the high currents present in electrical systems. This is achieved by a combination of advanced design features, such as arc-extinguishing chambers and instantaneous trip times.

Application Field: CR15-52-10.0A-S02IV-T circuit breakers are most commonly used in electrical systems in industrial and commercial buildings. They are used to protect the power systems from overloading and short circuiting, as well as to protect personnel and equipment from dangerous electrical faults. Additionally, these types of circuit breakers are also commonly used in high voltage power distribution systems to ensure safe operation and protect costly equipment from damage due to faults.

Furthermore, these circuit breakers are also used in electrical systems for home automation applications. These circuit breakers provide a convenient way to control the on and off functions of electrical systems in the home. Additionally, they can be used to protect the electrical systems from overloads, short circuits, and other dangerous electrical conditions.

In summary, CR15-52-10.0A-S02IV-T circuit breakers are designed for applications in industrial and commercial buildings and provide a reliable, efficient means of controlling, protecting, and monitoring the electrical power systems in those buildings. By combining advanced design features with instantaneous trip times and arc-extinguishing chambers, they provide reliable protection against dangerous electrical conditions such as overloading and short circuiting. These circuit breakers can also be used in home automation applications to provide convenient control of electrical systems and protection against overloads and other dangerous fault conditions.