LELHK11-33681-4-V

LELHK11-33681-4-V is a type of circuit breakers which are used to protect electrical systems and equipment against overload, short circuit and grounding leakage. It is designed for low voltage applications, usually between 0-1000 Volts. It has a dual-breaker construction, which allows it to be used in two or three phase systems. It is also capable of sensing and responding to different levels of current, allowing it to be customized for different applications.

The working principle of LELHK11-33681-4-V is based on the thermal effect of an electric current which causes a temperature difference in the breaker element. This temperature difference causes a bimetal element to bend away from the contact when a certain temperature has been reached. The same element will be moved back towards the contact when the temperature drops. This motion causes a separation between the two contact plates, thus cutting off the current.

LELHK11-33681-4-V can be used for both residential and commercial applications. In residential applications, it is typically used to protect circuits from overload and short circuits. Many homeowners use it in their homes to prevent circuits from overloading and to protect electrical appliances from getting damaged by too much electrical current. It is also used in commercial and industrial applications, such as in factories and workshops, to protect equipment from getting damaged due to excessive power supply.

LELHK11-33681-4-V is also suitable for use in data centers, industrial control systems, and other environments with sensitive electronic components. It is also capable of handling higher current levels than other types of circuit breakers, making it suitable for use in high-voltage circuits. Additionally, its ability to sense different levels of current makes it an ideal choice for applications where overloads and short circuits are common.

In summary, LELHK11-33681-4-V is an ideal choice for a variety of applications due to its ability to handle high current levels and sense different levels of current, as well as its bimetal element construction which allows control in two or three phase systems. This circuit breaker type is highly reliable and able to protect electrical equipment and systems from potential overvoltage and overcurrent dangers.