3130-F130-P7T1-W01Q-15A Datasheet/PDFCircuit Breakers
Circuit breakers are gadgets for protecting electrical systems and equipment against abnormal conditions and overloads in the electrical system. The 3130-F130-P7T1-W01Q-15A is a medium voltage circuit breaker that is designed for use in medium voltage power distribution systems.
Application Field
The 3130-F130-P7T1-W01Q-15A circuit breaker is mostly used in medium voltage power distribution systems, and can be used for different applications across a wide range of industrial, commercial and residential settings. These breakers can be used in power control, switchgear, emergency lighting, and outdoor lighting applications. This particular circuit breaker is power factor corrector rated, meaning it can be used in power factor corrector systems in places such as residential homes and apartments, organizations, and industrial facilities.
Working Principle
The 3130-F130-P7T1-W01Q-15A circuit breaker works by cutting off the power supply to the system when a short circuit or overcurrent occurs. When an overload or short circuit occurs, the breaker detects this and trips a switch, which opens the circuit and interrupts the flow of electricity. This prevents the circuit from overloading, which can cause damage to the system and could cause an electrical fire.
In addition, the 3130-F130-P7T1-W01Q-15A circuit breaker has an adjustable trip time. This adjustable time allows you to control the time it takes for the breaker to trip, making it easier to select the most appropriate trip time for a specific application.
Conclusion
The 3130-F130-P7T1-W01Q-15A circuit breaker is a medium voltage circuit breaker that is specifically designed for use in medium voltage power distribution systems. It is suitable for a wide range of applications and is especially useful for power factor correctors in residential, commercial and industrial settings. The 3130-F130-P7T1-W01Q-15A circuit breaker works by cutting off the power supply to the system when an overload or short circuit occurs, thereby preventing damage to the system and potential electrical fires.