8345-F01A-R0M1-DB1B1B-100A

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Circuit breakers are vital components of any electrical system, providing reliable protection against overloads. The 8345-F01A-R0M1-DB1B1B-100A is a highly insulated circuit breaker designed for applications in industrial or commercial operations. It is designed to automate power distribution processes, as well as trip the circuit in case of electrical faults and other system overloads. In addition, the 8345-F01A-R0M1-DB1B1B-100A has the capability to have an extra protection against arcing faults, making it a highly reliable device.

The 8345-F01A-R0M1-DB1B1B-100A is a thermal-magnetic circuit breaker designed for applications in AC circuits, with a 2000A rating. It comes with a multi-pole acoustic trip indicator, which warns of any abnormal current flow in the system. It also features adjustable short-circuit settings, as well as adjustable overload control. The trip indicator can be set from 10-300A, making it easily adjustable for different operating conditions.

The 8345-F01A-R0M1-DB1B1B-100A circuit breaker has several applications, but it is mainly used in industrial and commercial systems. It is designed to work in environments where abnormal current flow may occur, due to overloads or short circuits. In these cases, the 8345-F01A-R0M1-DB1B1B-100A circuit breaker will automatically trip, preventing damage to the system. In addition, Since it is designed for AC circuits, it can also be used to combine multiple circuits, allowing operators to manage multiple circuits simultaneously.

The working principle behind the 8345-F01A-R0M1-DB1B1B-100A circuit breaker follows the thermal-magnetic protection concept. This concept involves two protection layers: the thermal protection layer and the magnetic protection layer. The thermal protection layer provides protection against overloads. This layer is made up of a thermal bimetallic strip that reacts to changes in temperature. When the temperature of the strip grows due to current overloads, it causes the circuit breaker to trip and shuts off the power.

The second layer of protection is provided by the magnetic protection layer. This layer consists of a magnetic switch that functions as the main tripping mechanism for the circuit breaker. This mechanism works using a calorific principle. When there is an abnormal current flowing through the system, it will cause a magnetic field to be created. The calorific principle is the same as that used in a light bulb. When the temperature of the system rises, the magnetic switch will trip the circuit breaker, and the power supply will be shut off.

The 8345-F01A-R0M1-DB1B1B-100A circuit breaker is an essential component in any industrial or commercial electrical system. It provides reliable protection against overloads and short circuits, preventing damage to the system in the event of an electrical fault. Thanks to its adjustable settings, the circuit breaker can be adjusted to operate in different operating conditions. By combining thermal and magnetic protection layers, the 8345-F01A-R0M1-DB1B1B-100A circuit breaker is a highly reliable device, providing effective protection for any system.

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