IMLHK111-1RLS4-63-10.0-AD-01-V

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Circuit breakers are devices that are designed to prevent an electrical circuit from being overloaded or short-circuited in order to prevent potential damage from occurring. The IMLHK111-1RLS4-63-10.0-AD-01-V is one such device used in a range of applications.

This particular device has been designed for use in a variety of industrial and power distribution applications. It is a three-pole, 63 Ampere, 10.0 kV, Automatic under voltage trip-out system. It is suitable for use in both single-phase and three-phase circuits. This device is equipped with adjustable differential settings which allow for adjusting the length of time that the device will stay on before tripping out and proportionally re-energizing.

The IMLHK111-1RLS4-63-10.0-AD-01-V is a fully automatic device which provides the user with highly efficient operation. It is capable of detecting abnormalities in the system, such as overvoltage or undervoltage, and tripping out accordingly. Thanks to its reliable operation and robust design, the device is ideal for applications that require frequent short circuit trips. Some of the applications this circuit breaker is suitable for include high-rise buildings, hospitals, power plants, industrial automation, rail signals, and pumping stations.

The working principle of the IMLHK111-1RLS4-63-10.0-AD-01-V is based on the same principle as other circuit breakers. When the current passing through the device reaches the maximum limit for a period of time, the circuit is tripped out and the device shuts off. This allows the current to be regulated and prevents any damages caused by an overload or short circuit. Additionally, the adjustable differential settings allow for greater control over the device, ensuring that it can be tailored to the specific requirements of the application.

In summary, the IMLHK111-1RLS4-63-10.0-AD-01-V is a fully automatic circuit breaker that is suitable for a range of industrial and power distribution applications. It is capable of detecting abnormalities in the system, such as overvoltage or undervoltage, and tripping out accordingly. This device is highly efficient and easy to operate, making it an ideal choice for any installation requiring frequent short circuit trips.

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