IEG6-29806-1-V

Circuit breakers play a very important role in modern power systems. They are used as safety devices to ensure that power systems are not overloaded, and that circuits are not damaged due to faults. IEG6-29806-1-V is a type of circuit breaker designed to protect large electric systems against fault currents. In this article, we will discuss the application field and working principle of IEG6-29806-1-V circuit breakers.

Applications of IEG6-29806-1-V Circuit Breakers

IEG6-29806-1-V circuit breakers are mainly used in large industrial electric power systems where high currents are expected. These include electric power substations, transmission lines and electric power plants. They are designed to be capable of quickly breaking a large electric current, and then safely isolating the system from the fault current. This is important in order to protect the system from further damage and prevent accidents.

Working Principle of IEG6-29806-1-V Circuit Breakers

The working principle of IEG6-29806-1-V circuit breakers is simple. When a high current fault is detected in the power system, the circuit breaker trips and quickly opens the circuit. This ensures that no further electric current flows through the system, and thus protecting it from damage. The circuit breaker is then reset once the fault situation has been resolved.

In order to trip the circuit breaker, IEG6-29806-1-V circuit breakers use two main components: a current transformer and a trip coil. The current transformer is used to measure the current flowing through the power system. When this current surpasses a certain threshold, the trip coil will be activated and will cause the circuit breaker to trip, opening the circuit and breaking the current flow.

IEG6-29806-1-V circuit breakers also use an auxiliary switch which can be used to reset the circuit breaker after a fault has been resolved. This switch can be operated manually or by remote control, depending on the system requirements.

Conclusion

IEG6-29806-1-V circuit breakers are designed for use in large industrial electric power systems. They are capable of quickly breaking large electric currents and safely isolating the system from further damage. The circuit breaker works by using two main components: a current transformer and a trip coil which are used to detect large electric fault currents and then activate the trip coil, causing the breaker to trip. The circuit breaker can then be reset using an auxiliary switch.