LELBXB1-36701-20

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers are important safety components in electrical systems, and the LELBXB1-36701-20 is no exception. It is a 2-pole circuit breaker, with a rated operating voltage of up to 250V and a rated short-circuit capacity of up to 10kA. This product is suitable for AC 50/60Hz single-phase or three-phase systems.

The LELBXB1-36701-20 circuit breaker is able to provide protection for various electrical appliances and machines by breaking off their current when the electrical load is over. This is achieved by two methods. The first is a current-limiting action, where, if an excessive current flows through the circuit, the contacts of the breaker open immediately and dissociate the circuit, preventing further damage and disruption due to the overcurrent. The second is a temperature-limiting action, where, if the temperature of the breaker exceeds a pre-determined amount, the contacts of the breaker open, thus breaking the circuit.

This type of circuit breaker also provides a mechanism to prevent it from being activated when not necessary. This is done by the inclusion of a trip mechanism, a device that is engaged when an overcurrent flows through the circuit. This mechanism is able to sense the overcurrent and trip the circuit breaker, thus disconnecting the appliance from the circuit.

The LELBXB1-36701-20 circuit breaker is an especially reliable and safe product due to its multi-level protection design. This includes an arc-heat absorption mechanism, an overload protection mechanism, and a short-circuit protection mechanism. Each of these will activate the circuit breaker when triggered to ensure that the circuit remains protected from dangerous current levels.

The LELBXB1-36701-20 circuit breaker is therefore an ideal product for providing protection to electrical appliances and circuits. It is highly reliable, providing multiple protection mechanisms that are highly responsive and effective in preventing any damaging current levels on the protected circuits.

The specific data is subject to PDF, and the above content is for reference