IELK11-35422-2-V Circuit Protection

Circuit breakers

Circuit breakers are electrical devices created to open and close an electrical circuit under normal and abnormal current conditions. They are used in a variety of applications, from industrial to residential, to protect circuits from overload and short circuits. Depending on the application, circuit breakers can be either manual or automated.

IELK11-35422-2-V is a type of circuit breaker that is specifically designed for residential and commercial applications. This particular type of circuit breaker is designed for low voltage, 3 phase applications, usually between 100 and 600 volts.

Application Field

One of the major uses for the IELK11-35422-2-V circuit breaker is in residential applications. This type of breaker can be used to protect the home’s main service panel, as well as individual circuit breakers for each of the home’s rooms. The breaker can also be used in commercial settings, such as an office building, warehouse, or factory. Additionally, the breaker can be used in industrial applications where high-voltage power is required, such as in generating plants.

Working Principle

The IELK11-35422-2-V circuit breaker works on the principle of current overload protection. When the current that is flowing through an electrical circuit exceeds a certain amount, the breaker will trip and shut off the electrical flow. This ensures that the electrical circuits are not damaged or destroyed due to an overload.

The IELK11-35422-2-V circuit breaker also works on the principle of short-circuit protection. When an abnormally high current arises, the breaker trips and shuts off the electrical flow. This prevents the electrical circuit from becoming hot and resulting in an electrical fire.

Conclusion

The IELK11-35422-2-V circuit breaker is designed for a variety of residential and commercial applications. It works on the principle of current overload and short-circuit protection, ensuring the safe use of electrical circuit in all the applications it is applied to.