IELHK1111-36990-100-V

Circuit breakers are essential components in any power system. They are designed to disconnect circuit when a fault or overload occur in order to protect the equipment from further damage and to reduce the risk of fires. The IELHK1111-36990-100-V is a type of circuit breaker that has been designed to prevent ignition caused by large voltage or current levels. It has a specific application field and a known working principle that makes it unique among other similar products.

The application field for the IELHK1111-36990-100-V is primarily in high-voltage power systems and in electrical switchgear. It is designed to quickly cut off large current flows, for example in cases where high-power motors draw large amounts of current. The device can also operate with both AC and DC voltages. It is most commonly used in large industrial electrical systems such as substations, power plants and petrochemical plants.

The working principle of the IELHK1111-36990-100-V is based on the principle of overload protection. The unit is designed to detect when excessive current is flowing and will then automatically disconnect the circuit. It does this by measuring the current that is flowing through the line and when the current exceeds a certain level, the breaker will trip as a protective measure. This can help to protect other parts of the system from overheating, potentially leading to fires or other damage.

The IELHK1111-36990-100-V is designed with a number of safety features to ensure the best possible protection levels. It features an adjustable trip level that allows the user to set the current limit that will activate the breaker. This trip level can be customized depending on the type of equipment and its application. The device is also designed with a back-up system that will activate the breaker in the event of a failure of the main system.

The IELHK1111-36990-100-V is a reliable and effective protective device for high voltage power systems. It has a specific application field and a known working principle that makes it unique among other similar products. The device is designed to provide reliable and safe overcurrent protection for electrical systems of various sizes, ensuring the best possible protection.