LELBX1-1-63-20.0-M3-V

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Circuit breakers are safety devices used to protect electrical circuits from damage caused by overload and short circuits. They are often found in residential and commercial settings and are commonly used to protect equipment and people from electric shock and fires. The LELBX1-1-63-20.0-M3-V circuit breaker is a low voltage circuit breaker used in residential settings.

Overview

The LELBX1-1-63-20.0-M3-V circuit breaker is a thermal-magnetic circuit breaker with a rated breaking capacity of 6kA at 240VAC. It is designed for use in residential applications and is UL 1077 approved up to 120/240VAC. It has a high voltage rating of 63A, a short time rating of 20.0 seconds, and a current limit of 6kA.

Application Field

The LELBX1-1-63-20.0-M3-V circuit breaker is suitable for use in residential settings such as homes and apartments, providing protection against short circuits and overcurrents. It can also be used in other residential applications such as motor control, power distribution, motor protection, and surge protection.

Working Principle

Thermal-magnetic circuit breakers work to protect electrical systems against short circuits and overloads. They detect short circuits and overloads by monitoring the current flowing through the circuit. When the current exceeds the rated threshold, the circuit breaker trips to cut off the flow of current. The LELBX1-1-63-20.0-M3-V is designed with a thermal trip element that trips the circuit breaker when the current exceeds the rated threshold. It also has a magnetic trip element that trips the breaker if the current rises beyond the thermal trip level.

Installation

Installing a LELBX1-1-63-20.0-M3-V circuit breaker is simple and straightforward. First, shut off the power to the circuit that is to be protected. Then, insert the circuit breaker into the circuit breaker panel and use the mounting screws provided to secure it. Once the circuit breaker has been installed, turn the power back on and check to make sure that the circuit is working properly.

Maintenance

Since a circuit breaker\'s job is to protect against potential risks of overheating and short circuits, it\'s important to ensure that the breaker is regularly inspected and maintained. This includes checking the circuit breaker for any signs of damage or wear, as well as testing it at least once a year. Additionally, it\'s important to check the wiring and connections around the circuit breaker to make sure that everything is properly connected.

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