LELBXB1-34313-20

Circuit breakers are an essential element in keeping homes, businesses and other properties safe from fires and other electrical hazards. Specifically, the LELBXB1-34313-20 circuit breaker is designed to protect electronic circuits, systems, and lighting from power surges, overheating, and overvoltage. It is capable of safely interrupting high currents with a wide range of voltage ratings.

The LELBXB1-34313-20 circuit breaker is used in a variety of applications, such as in residential and commercial applications, for power distribution and for controlling circuits with motors. With a current rating of 20A, the circuit breaker is suitable for most home and business environments. It also features a modular design to allow it to be used in combination with external devices such as fuses, contactors, and other safety features.

The way the circuit breaker works is quite simple. A thermal-magnetic trip unit is the main working component of the circuit breaker. This trip unit monitors the current flow to detect when there is an overload in the system. When the threshold is exceeded, the trip unit triggers the contactor to open the circuit, interrupting the power and protecting the electrical system.

The LELBXB1-34313-20 circuit breaker also comes with a range of safety features including thermal protection and overload protection. The thermal protection will kick in to shut down the circuit when the temperatures exceed a certain threshold, while the overload protection ensures that the circuit breaker won’t trip if the currents don’t exceed the rating. Additionally, the circuit breaker is capable of interrupting high currents up to five times its rated current.

The LELBXB1-34313-20 circuit breaker is a reliable and cost-effective solution for protecting electronic circuits, systems, and lighting from power surges and other electrical hazards. Its modular design makes it easy to use in combination with other safety devices and it offers a wide range of current ratings, making it suitable for a variety of applications.