LELK2-31962-1-V Circuit Protection

Circuit breakers are devices used to protect an electrical circuit from damage caused by short-circuits, overloads, and other irregularities. The LELK2-31962-1-V is a type of circuit breaker used in various electrical applications. It is designed with features that help make it suitable for a wide range of applications, from industrial to residential.

The LELK2-31962-1-V is a two-pole, single-phase miniature circuit breaker. It provides both overcurrent and short-circuit protection, and features an adjustable trip voltage of 28 to 100 Volts. It is also equipped with a shunt trip for additional protection. Additionally, the breaker is designed to provide a fast response time to help minimize any potential damage to the circuit.

This breaker has a wide range of applications in residential, industrial, and commercial settings. It is particularly well-suited for applications where space is limited, as it is relatively small in size. It can be used in a variety of circuits, including lighting, heating, ventilation, power supplies, and more. Additionally, it can be used in a variety of situations, such as controlling motors, controlling switches, and even in alarm systems.

The LELK2-31962-1-V is designed with a simple working principle. It is a thermal-magnetic type breaker, which means that it operates by sensing both the current draw of the circuit and the temperature of the breaker itself. When the current draw exceeds a certain level, the breaker will trip, cutting off the supply of electricity. Additionally, when the temperature of the breaker rises above a certain threshold, the circuit will be tripped, again cutting off the power. This ensures that the breaker is able to instantly protect the circuit and prevent damage.

In conclusion, the LELK2-31962-1-V is a two-pole, single-phase miniature circuit breaker that is suitable for a wide range of applications. It offers protection from both overcurrents and short-circuits, as well as a shunt trip for additional protection. Additionally, it is designed to provide a fast response time in order to help minimize any potential damage. Finally, it operates using a simple thermal-magnetic working principle, allowing it to instantly cut off the power in the event of either an overload or a rise in temperature.