AC1-B0-34-630-531-D

Circuit Breakers

AC1-B0-34-630-531-D circuit breakers are used for controlling electric power for a wide array of electronic components and equipment. They work by breaking the electrical circuit that connects the equipment to the power source, thereby cutting off the electricity supply. Circuit breakers are widely used in industrial, power generation, communications and consumer electronics applications.

Application Field

Circuit breakers have a wide range of applications, depending on the type, size, voltage and amperage they can handle. Common applications include protecting against overvoltage and short circuits in industrial, power generation, communications and consumer electronics equipment. For instance, AC1-B0-34-630-531-D circuit breakers can be used to protect communication cables, transformers, generators, motors, semiconductors and various appliances from damage.

Working Principle

Circuit breakers work by using a combination of electrical and mechanical components. When an overvoltage or short circuit occurs, the circuit breaker’s electromechanical contacts will open, disconnecting the electrical circuit and breaking the flow of power. This prevents the current from damaging the electronic components and equipment connected to the circuit. After the fault has been rectified, the breaker can be reset and the circuit will be re-energized.

AC1-B0-34-630-531-D circuit breakers feature a low temperature rise and a short circuit current rating of up to 6000A. They are also designed with a fast tripping action, allowing them to respond quickly and effectively to short circuits and other faults. The breaker is equipped with a safety switch that prevents sudden surges in current from going through until the fault has been rectified.

Circuit breakers are relatively simple devices, but the extent to which they protect electronic equipment from damage can be immense. AC1-B0-34-630-531-D circuit breakers are reliable and efficient, and they provide an essential line of defence against damage or disruption caused by overvoltage and short circuits.