IEG1-1REC4-52-6.00-A-01-V

Circuit breaker is a device which opens and closes the electrical circuit automatically to protect the electrical device or the circuit elements against the damage due to overloads or fault currents. In extreme cases, it is also used to protect against short circuits. It is an integral part of any electrical system, as it helps in providing a safe environment for the electrical devices in the system.

The IEG1-1REC4-52-6.00-A-01-V is a type of circuit breaker which operates on a combination of hydraulic and magnetic principles. This type of breaker utilizes hydraulic actuation mechanism to rapidly open and close the contacts. The hydraulic actuator is used to quickly disengage the contacts when an over current is detected. This allows the contacts to open up quickly and cut off the current flow. In addition, the magnetic effect of the coil of the breaker also plays a part in quickly opening up the contacts.

When the current exceeds the rated value of the breaker, the hydraulic actuator is triggered and moves the contacts to the open position. This action is also supported by the magnetic force produced by the current passing through the breaker’s coil. The movement of the contacts and the magnetic force stops the current flow thereby protecting the device or circuit against the damage due to overloads or fault currents.

The IEG1-1REC4-52-6.00-A-01-V circuit breaker can be installed in a variety of applications including industrial, commercial and residential and marine installations. This type of breaker is designed for higher short circuit energy levels when compared to other breakers, making it suitable for use in industrial and even marine applications. The breaker is designed to withstand frequent short circuit operations and provides reliable protection against short circuit and over current conditions.

The IEG1-1REC4-52-6.00-A-01-V circuit breaker is a robust and reliable device which can be used in a variety of applications. It is suitable for use in industrial, commercial and residential and even marine installations due to its higher short circuit energy levels. The device utilizes a combination of hydraulic and magnetic principles to open and close the contacts and provides reliable protection against overloads or fault currents. This allows the device or circuit elements to be protected against any damages due to short circuits or over current conditions.