LELBXK1-1-53-30.0-K-N6-V

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Circuit breakers are devices that offer protection to an electrical circuit in the event of a fault or overload. They are designed to open quickly when an electrical short or overload occurs, preventing further damage to the circuit. LELBXK1-1-53-30.0-K-N6-V is a type of circuit breaker that has applications in a range of industries and is used to protect against excessive or dangerous current levels. This article will provide an overview of the application field and working principle of the LELBXK1-1-53-30.0-K-N6-V circuit breaker.

LELBXK1-1-53-30.0-K-N6-V circuit breakers are designed to provide reliable, accurate and long-term protection. The device provides protection in a range of industries including automotive, industrial, and commercial applications. In automotive applications, the device is used to regulate the car\'s electrical system, preventing it from overloading and shorting out. In industrial applications, the device can be found in many control panels used in production and manufacturing. The device is also used in the commercial sector to protect buildings and other facilities from power surges and other risks.

The working principle of the LELBXK1-1-53-30.0-K-N6-V circuit breaker is based on a device known as a thermal-magnetic trip. This device works by using a combination of heat and magnetism to detect an electrical fault or overload. When a sufficient amount of heat is detected, it causes a built-in magnet to activate and trip the circuit breaker, causing it to open and break the circuit connection. This allows the current to be stopped and the device reset in order to restore power to the circuit.

The LELBXK1-1-53-30.0-K-N6-V circuit breaker is designed with a number of features to ensure accuracy and safety. It is equipped with adjustable time delay settings to allow users to set the time delay before the trip occurs. It also has adjustable trip settings which allow users to set the exact Voltage, Current, and Trip Level required before the circuit breaker will trip and interrupt the circuit. This adjustable trip settings ensure that only the correct amount of trip levels can be set to prevent overheating or overloading of the circuit.

The device also features automatic reset capabilities which allow the breaker to reset itself after it has tripped. This ensures that the device does not stay closed for an extended period of time and will automatically reset itself after a certain period of time. This feature is essential in preventing serious electric system damage caused by sustained circuit overloads.

In addition, the device is also equipped with a manual reset feature. This allows users to manually reset the breaker if it has been tripped and does not automatically reset itself. This is especially useful in cases where the users may not be able to reach the device in order to manually reset it.

The LELBXK1-1-53-30.0-K-N6-V circuit breaker is designed with a number of features to ensure accurate and reliable protection. It has adjustable trip settings to ensure that only the correct amount of current is drawn at any given time. It has a thermal-magnetic trip which activates when an overload is detected. Finally, it has both automatic and manual reset capabilities to ensure that the circuit is safely shut off when needed.

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