LELK1-1-52-100.-01-V

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LELK1-1-52-100.-01-V Circuit Break and Working Principle

The LELK1-1-52-100.-01-V is a circuit breaker designed for low voltage power supply distribution systems. It is one of the most commonly used in global markets, particularly in industrial applications.

The circuit breaker offers a variety of features, including:

• An improved thermal-magnetic trip system.
• Trip indicators help to alert users to a fault or overload.
• Easy to install and maintain.
• Protection from power surges.
• High electricity efficiency.
• High accuracy current ratings.

A circuit breaker is an electrical device designed to protect a circuit from overcurrent, excessive voltage, and short circuits. When the current flowing through the circuit exceeds the pre-set limit, the circuit breaker will interrupt the current, preventing it from causing damage to the circuit.

A circuit breaker works by using two main components: the contact breaker and the thermal-magnetic trip system. The contact breaker is the physical switch that is used to manually open or close the circuit. The thermal-magnetic trip system is a sensitive device that is used to detect the current flowing through the circuit.

When the current flowing through the circuit reaches a certain threshold, the thermal-magnetic trip system will activate a tripping mechanism. The mechanism is responsible for interrupting the current, and preventing it from doing further damage to the circuit. The LELK1-1-52-100.-01-V also has trip indicators that alert users when an overload or fault has occurred.

The LELK1-1-52-100.-01-V is suitable for industrial applications, such as controlling the intake and output of electric power within a machinery production line. It is reliable, and easy to install and maintain, making it popular within industry.

The LELK1-1-52-100.-01-V circuit breaker is a highly accurate and efficient protection device for low voltage power supply distribution systems. Its thermal-magnetic trip system ensures the circuit is rapidly tripped if a fault or overload occurs, protecting the circuit from sustained damage.

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