LELHPK11-1REC4-32816-125-V

Circuit breakers are an integral part of any electrical system. Their primary purpose is to protect people and electrical equipment from injury and damage in the event of an electrical overload or short circuit. The LELHPK11-1REC4-32816-125-V is a high-performance, single-pole, standard-sized circuit breaker with a trip current of 125V.

The LELHPK11-1REC4-32816-125-V circuit breaker can be used in a variety of residential, commercial, and industrial applications. It is particularly well suited for protection against lightening and other electrical surges in high-powered electrical systems. This model is also UL listed, making it safe to use in any electrical system, regardless of amperage.

The LELHPK11-1REC4-32816-125-V circuit breaker is designed to detect an overloaded or short-circuited circuit and automatically cut off the electrical power to the circuit. When the overload or short-circuit is detected, the breaker trips, opening the contacts between the power source and the connected electrical equipment. This prevents further damage to the circuit or the equipment, as well as ensuring the safety of personnel.

To ensure precise functioning, the LELHPK11-1REC4-32816-125-V utilizes a special trip mechanism, known as a thermal-magnetic design. This design uses two separate components to detect overcurrents and short-circuits. The thermal component monitors the temperature of the circuit and will trip if the temperature exceeds a predetermined level. The magnetic component, on the other hand, detects overcurrents and will cause the breaker to trip if the current exceeds its pre-set limit. This combination of components enhances safety, reliability, and accuracy in the circuit breaker\'s operation.

In summary, the LELHPK11-1REC4-32816-125-V is a high-performance, single-pole, standard-sized circuit breaker with a thermal-magnetic trip mechanism. It is UL listed, making it safe to use in any electrical system. The thermal-magnetic design ensures accurate operation and enhanced safety when protecting against an overload or short circuit. This model is particularly well suited for protection against lightening and other surges in high-powered electrical systems.