The Circuit Breaker (C.B) is a device for disconnecting and connecting to the electrical circuit. Its location is between the electrical source and the loads fed from this source, and the mechanical parts move in it, either manually or electrically, to work in turn to separate the electrical current on the center of the loads, regardless of whether they are engines, or lighting circuits, or fed to electrical panels or control and control circuits. The C.B can be operated manually, electrically or automatically in different forms, methods and connections, and it may be equipped with protection elements for all electrical circuits. The occurrence of a short circuit, an error, an increase in the load or current, or in the event of a decrease or increase in voltage, other signals received from the different types of relays. Where we talked in the first chapter about an introduction to the low-voltage electrical C.B, which is the subject of research. The second chapter was about the types of breakers. The third chapter was about the design of a C.B. The fourth chapter was about the most prominent conclusions and developments regarding the electrical C.B.
The Circuit Breaker (C.B) is a device for disconnecting and connecting to the electrical circuit. Its location is between the electrical source and the loads fed from this source, and the mechanical parts move in it, either manually or electrically, to work in turn to separate the electrical current on the center of the loads, regardless of whether they are engines, or lighting circuits, or fed to electrical panels or control and control circuits. The C.B can be operated manually, electrically or automatically in different forms, methods and connections, and it may be equipped with protection elements for all electrical circuits. The occurrence of a short circuit, an error, an increase in the load or current, or in the event of a decrease or increase in voltage, other signals received from the different types of relays. Where we talked in the first chapter about an introduction to the low-voltage electrical C.B, which is the subject of research. The second chapter was about the types of breakers. The third chapter was about the design of a C.B. The fourth chapter was about the most prominent conclusions and developments regarding the electrical C.B.
