3130-FA2A-P7T1-W19QG7-X3130-A040001-M-15A

Circuit Breakers

The 3130-FA2A-P7T1-W19QG7-X3130-A040001-M-15A is a circuit breaker and it has many applications in different settings. In this article, we will discuss the the application fields and working principle of the circuit breaker.

Applications

The 3130-FA2A-P7T1-W19QG7-X3130-A040001-M-15A circuit breaker is mainly used in industrial, commercial, and residential settings. It is used to protect electrical systems and equipment from short circuits and overloads. Additionally, it is often used to protect the building\'s wiring system from potentially dangerous electrical faults.

In industrial settings, this circuit breaker is used to protect electric motors, generators, transformers, and other equipment that require a high level of protection against electrical faults. In commercial settings, this circuit breaker can be used to protect outlets and other wiring from being overloaded due to high currents. Additionally, in residential settings, circuit breakers are typically used to interrupt electric flows when necessary.

Working Principle

The 3130-FA2A-P7T1-W19QG7-X3130-A040001-M-15A circuit breaker uses a set of contacts called a bi-stable switch. This switch is connected to an electro-mechanical system. This system is designed to control the bi-stable switch, which in turn controls the flow of current. When the current reaches a certain magnitude (set by the circuit breaker setting), the electro-mechanical system activates the bi-stable switch and the circuit breaker is tripped. This prevents overloads and short circuits.

Conclusion

In this article, we discussed the application field and working principle of the 3130-FA2A-P7T1-W19QG7-X3130-A040001-M-15A circuit breaker. This circuit breaker is mainly used in industrial, commercial, and residential settings to protect electrical systems and equipment from overloads and short circuits. It works by using a bi-stable switch that is connected to an electro-mechanical system. When the current reaches a certain magnitude, the electro-mechanical system activates the bi-stable switch and the circuit breaker is tripped. This prevents overloads and short circuits.