LMLK1-1RLS4-52-30.0-T-01 Circuit Protection

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Circuit breakers are an important part of modern electrical power systems. They are designed to detect a fault (a short-circuit, overload, or imbalance in the system) and immediately stop the flow of power to the affected area. The LMLK1-1RLS4-52-30.0-T-01 Circuit Breaker is a particularly effective type of circuit breaker that is used primarily in residential and commercial applications.

The LMLK1-1RLS4-52-30.0-T-01 Circuit Breaker is designed for safety and reliability. It is UL 1077 approved, which means that it meets the Underwriters Laboratories requirements for electrical circuit protection. It also has a trip-test feature that allows operators to test the circuit breaker before it is put into service. This helps to ensure that the circuit is functioning properly and that it will trip properly when a fault is detected.

The LMLK1-1RLS4-52-30.0-T-01 Circuit Breaker utilizes a Thermal-Magnet type of working principle. This means that the maximum amount of current that the breaker can trip at is determined by a thermal element. When current passes through the thermal element, it generates heat, which causes a bimetal strip to bend. The bimetal strip then causes a magnet to move within the breaker and operate the contacts, which causes the breaker to trip.

The primary application field for the LMLK1-1RLS4-52-30.0-T-01 Circuit Breaker is residential and commercial use. Due to its exceptional safety and reliability features, it is perfect for controlling electrical systems in a home or business. It is also great for larger, more complex systems, as it is designed to trip quickly and accurately when an electrical fault is detected. This helps to reduce the potential for hazards, such as electrical fires, caused by faults in the system.

The LMLK1-1RLS4-52-30.0-T-01 Circuit Breaker is an excellent choice for residential and commercial applications. Its Thermal-Magnet working principle makes it very reliable in detecting faults and tripping quickly to prevent hazardous conditions. Its UL 1077 listing and trip-test feature make it a safe and reliable choice for any electrical power system.

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