LELBXK1-34917-3-C

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The LELBXK1-34917-3-C is a type of circuit breaker. It is typically installed in settings such as factories, businesses, and homes. A circuit breaker is responsible for protecting an electrical circuit against power surges and shorts. It works by automatically turning off the power when a hazardous level of current passes through it. This prevents the circuit from becoming overloaded, damaged, and potentially causing a fire.

The LELBXK1-34917-3-C is designed to be highly durable and require very little maintenance. It is specifically made for industrial and commercial applications with a voltage of up to 600 Volts AC/DC. The device is also rated to withstand up to 10,000 Amps, making it suitable for high power circuits. Additionally, the breaker is designed to be shock and vibration resistant, making it ideal for industrial environments where there may be a lot of movement or vibrations.

Installing a LELBXK1-34917-3-C is relatively straightforward. The device must be wired correctly to match the supplied voltage and current in the application and all necessary safety precautions should be taken. Typically, the breaker can be mounted in a wall or panel. Additionally, the breaker should be inspected periodically to ensure it is working correctly and all connections are secure.

The LELBXK1-34917-3-C has a tripping mechanism which works to stop the current from continuing to flow through the circuit in the event of a power overload or short. When a power surge or short occurs, the device’s bimetal trip activates, which in turn moves an arm inside the breaker and breaks the contacts. This interrupts the flow of current and trips the breaker. This helps to prevent further damage to the circuit.

The LELBXK1-34917-3-C is a reliable and durable choice for circuit protection in industrial, commercial, and residential environments. It is a cheap and easy-to-install solution and is rated to handle up to 10,000 Amps and 600 Volts of maximum power. The breaker works by automatically tripping when an increased current passes through it, interrupting the flow of electricity and helping to protect the circuit from potential damage.

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