LMLB1-36191-25-V

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The LMLB1-36191-25-V is a circuit breaker, specifically designed to protect electrical systems and appliances from high current faults and short circuits. It is commonly used in residential, industrial and commercial applications, particularly where a high-voltage circuit circuit is involved.

The LMLB1-36191-25-V is a medium voltage circuit breaker with a operating voltage of up to 25 kV. It is characterized by its high short-circuit current rating, up to 50 kA, making it ideal for applications such as power distribution, surge protection and other applications where medium voltages and high current fault levels are present. The LMLB1-36191-25-V also features a wide range of trip settings, designed to provide fast and effective protection from dangerous currents.

The working principle of the LMLB1-36191-25-V is similar to that of any other circuit breaker. When an over-current is detected, the breaker opens the circuit using either mechanical trip actuators or electronic trip units. The trip actuators are triggered by a contact trip device which is activated by an increase in the current above a predetermined threshold. The trip unit works by measuring the current continuously through an algorithm and determining when the amount of current exceeds the set threshold.

The LMLB1-36191-25-V is designed with a number of safety features to protect against dangers associated with high-voltage electrical systems. It includes internal mechanisms to prevent self-energizing and accidental restarts, as well as an overload protection feature which trips the circuit breaker if a short-circuit current is detected. It also includes a temperature monitoring system which ensures that the temperature of the circuit breaker remains within safe operating limits.

The LMLB1-36191-25-V is an ideal choice for applications requiring reliable, high-performance protection from dangerous currents. Its combination of high voltage ratings and its wide range of trip settings makes it well suited for many medium voltage applications, ensuring safe, effective protection from dangerous currents.

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