IELBXK1-1REC5-33734-60-V

Working Principle

The circuit breaker works on a very simple principle. When an overload is detected, a magnetic conductor within the circuit breaker is drawn to the overload contact, creating a closed circuit and thus breaking the flow of electricity. The overload contact is a metal plate that is permanently connected to the circuit, and the magnetic conductor is connected to the circuit breaker. When the overload contact senses an excessive current, the magnetic field is attracted to the overload contact and forces it to close. This creates a small arc between the two contacts and the circuit is broken. This arc is enough to melt the contacts and thus stop the flow of electricity.Once the circuit breaker has been tripped, it must be reset manually. By setting the reset lever, the magnetic conductor is moved back to its original position and the circuit breaker is reset.

Application Field

The IELBXK1-1REC5-33734-60-V circuit breaker is commonly used in residential and commercial construction applications. It is most commonly used to protect wiring and other electrical components from overloads and short circuits. It is also used to protect motors and appliances from overloads.The circuit breaker can be used in many other applications as well, such as industrial process control, power distribution systems, railway signaling systems, marine applications and numerous other applications.

Conclusion

In conclusion, the IELBXK1-1REC5-33734-60-V circuit breaker is a useful and versatile circuit breaker that is suitable for a wide range of applications. It is equipped with an overload protection that can be used to protect electrical components from damage due to excessive currents. It is used mainly in residential and commercial construction applications, but can also be used in many other applications.