IELBXK1-1-51-100.-N3-V

Circuit Breakers

The IELBXK1-1-51-100.-N3-V application field and working principle, is related to the use of Circuit Breakers. The circuit breaker is an electrical switch which is designed to automatically interrupt the electric current in the event of an overload, short circuit, or other fault. The purpose of circuit breakers is to protect circuits and people from dangerous electrical faults.

Types of Circuit Breakers

There are a variety of types of circuit breakers, which are classified based on different criteria, including the type of current, the design and construction, and the application. The following discusses a few of the common types of circuit breakers.

• Low Voltage Circuit Breakers: These are designed to break circuits in low voltage DC and AC electrical systems. They are designed as an alternative to fuses and other circuit breakers and can be used to protect electrical pin connectors.
• High Voltage Circuit Breakers: These are used to break high voltage AC electrical systems as well as for protection applications. They are also used to protect high voltage pin connectors from over loading.
• Residual Current Breakers: These are used to break circuits in AC electrical systems which are either low or high voltage. They are designed to detect and responds to an imbalance of electric current, either through a trip mechanism or an electronic monitoring circuit.
• Magnetic and Thermal Magnetic Circuit Breakers: These are designed to break circuits in AC and DC electrical systems. Magnetic circuit breakers use a magnetic field to protect the circuit, while thermal magnetic circuit breakers use both a magnetic and a thermal field.

IELBXK1-1-51-100.-N3-V Application Field and Working Principle

The IELBXK1-1-51-100.-N3-V application field includes high voltage AC power supplies, where it is used to break the circuits in the event of an overload, short circuit, or other fault. It is also used for protection applications, such as protecting electrical pin connectors from overloading. The IELBXK1-1-51-100.-N3-V is a magnetic circuit breaker which uses a magnetic field to protect the circuit. The breaker is designed with a three-phase voltage detection system, which is used to detect the overload or short circuit in the system. When the breaker detects an overload or short circuit, it will trip to interrupt the flow of electric current.

Conclusion

The IELBXK1-1-51-100.-N3-V application field and working principle are related to the use of circuit breakers, which are designed to protect circuits and people from dangerous electrical faults. There are many types of circuit breakers, including low voltage and high voltage circuit breakers, residual current breakers, and magnetic and thermal magnetic circuit breakers. The IELBXK1-1-51-100.-N3-V is a magnetic circuit breaker which uses a magnetic field to protect the circuit from overloads or short circuits. With its three-phase voltage detection system, it can detect and respond to the imbalance of electric current.