LMLK1-1RS4-32924-50-V

Circuit Breakers are a type of electrical control that stops the flow of electricity when it detects a sudden or unexpected surge of power. These devices are designed to protect both people and devices from potentially dangerous events such as electrical fires or short circuits.

LMLK1-1RS4-32924-50-V is a circuit breaker manufactured by Lutz Electrical, a company with over 50 years of experience in manufacturing electrical components. This product is designed for use in environments that require both high current and voltage ratings.

The most important component of the LMLK1-1RS4-32924-50-V is its adjustable instantaneous break point. This component is responsible for sensing the current and voltage ratings, and then triggering the circuit breaker to stop the flow of electricity if required. In addition, it is equipped with a manual reset button, which allows users to reset the breaker at any time.

This circuit breaker is ideal for use in a wide range of applications, including solar projects, industrial and household electrical equipment, and telecommunications equipment. The adjustable instantaneous break point allows for precise current and voltage settings to ensure that the circuit breaker only activates when necessary. Additionally, the built-in manual reset button ensures that the breaker can be reset quickly and safely in the event of a sudden power surge.

The LMLK1-1RS4-32924-50-V is designed for easy installation and operation. It comes with an instruction manual that provides detailed instructions on the installation and operation of the device. Additionally, the product is UL listed, which makes it a safe and reliable choice for industrial and household applications.

Overall, the LMLK1-1RS4-32924-50-V is a reliable and efficient circuit breaker that is designed for both current and voltage ratings. With its adjustable instantaneous break point, manual reset button, and UL listing, this device provides users with the assurance that their electrical equipment is safe and protected from potential electrical damage.