LEGBX11-1-63-20.0-AX-M3-V

Circuit Breakers

LEGBX11-1-63-20.0-AX-M3-V are circuit breakers which are devices designed to protect electrical systems from damage or failure due to mismatched loads, short circuits or other factors. The breakers are composed of multiple components and work in a variety of ways to ensure that power is safely transferred between the source and the outlet.

Application Field

Circuit breakers are most commonly used in residential and commercial buildings to protect electrical wiring and appliances from overloads and short circuits. They are also used in industrial settings to protect sensitive equipment from overloads and short circuits. Circuit breakers are used in cars and recreational vehicles to protect the vehicle’s electrical system from overloads. Furthermore, circuit breakers are used in renewable energy generation systems to ensure safe operation of the energy system and to protect the generator, solar panels or wind turbines from damage due to overloads.

Working Principle

The basic working principle of circuit breakers is to detect when currents become too high and then breaks the circuit in order to prevent damage or failure. Circuit breakers are composed of a number of components, such as contactors, trip coils and trip wires. Contactors are responsible for preventing electrical contact from occurring when the circuit breaker is closed. Trip coils are responsible for detecting when currents become too high. Once the trip coils detect a current overload, they sends a signal to the contactors which then selectively opens the circuit breaker. Trip wires are responsible for activating the breaker in emergency situations when contactors might otherwise fail, thus ensuring the protection of the electrical system.

Conclusion

LEGBX11-1-63-20.0-AX-M3-V are circuit breakers that are designed to protect electrical systems from damage or failure due to mismatched loads, short circuits and other factors. They work by detecting when currents become too high and then breaking the circuit in order to protect the system. Circuit breakers are used in a variety of settings, such as residential/commercial buildings, industrial settings, cars, recreational vehicles and renewable energy systems.