IELZXK111-1-62-40.0-K3-V

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Circuit breakers are an important safety protection device in electrical systems. The IELZXK111-1-62-40.0-K3-V is a type of circuit breaker used in high voltage applications. It is designed to prevent the system from being damaged due to excess current in the circuit.

A circuit breaker is an automated device that can be used to protect a circuit from being overloaded or short circuited. The IELZXK111-1-62-40.0-K3-V is rated for up to 40.0 kilovolts of AC power, making it suitable for medium to high voltage applications. It is typically used in substations, power plants, and other high voltage facilities to provide automatic protection from short circuit and overloads.

The IELZXK111-1-62-40.0-K3-V operates based on the principles of electromechanical action. When excess current flows through the circuit, a magnetic field is created that causes the contacts of the circuit breaker to open, thus interrupting the flow of current. This prevents further damage to the system, and allows the safety system to be reset once the cause of the short circuit or overload has been identified and rectified.

The IELZXK111-1-62-40.0-K3-V has several additional features that make it suitable for use in high voltage applications. It is designed to be able to withstand high temperatures and vibration, making it suitable for use in outdoor or industrial applications. It also has built-in safety features such as over-voltage protection, under-voltage protection, and current limiting. These features ensure that the breaker trips quickly and safely in the event of a fault, minimising the chances of system damage.

The IELZXK111-1-62-40.0-K3-V is a reliable and versatile circuit breaker suitable for high voltage applications. Its robust construction and safety features make it suitable for use in both residential and commercial applications, as well as industrial applications. Its electromechanical action and protective features make it an invaluable asset in any electrical system, providing vital protection against short circuit and overload faults.

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