LMLK1-1RLS4-30319-90

Circuit Breakers

LMLK1-1RLS4-30319-90 circuit breaker is a type of electrical protection device which helps to protect installed machines and electronics from overvoltage and overload. It monitors the current in a circuit and if it detects a current imbalance between the line and neutral in a circuit, it disconnects and locks out the power in the circuit. This helps to prevent possible damages to the electrical equipment.

Application Field

LMLK1-1RLS4-30319-90 circuit breaker is widely used in several industries such as automotive, aviation, healthcare, manufacturing, and others. It is widely used in the automotive industry to provide protection during the manufacturing processes of automobiles. In the healthcare industry, it is used to protect electronic equipment from electrical surges. In the aviation sector, it is used to prevent any short-circuiting and circuit overload.

Working Principle

LMLK1-1RLS4-30319-90 circuit breaker works on the principle of an electro-mechanical system. When the load current goes above the rated limit, a magnetic field is created around the breaker. This magnetic field attracts the trip coil connected to the breaker, thus enabling the breaker to cut off the power. When the current returns to normal, the trip coil releases the breaker and the power is restored. This enables the circuit breaker to protect the electronics from overvoltage and surge.

Advantages

LMLK1-1RLS4-30319-90 circuit breakers have several advantages. They are compact in size, which makes them ideal to be used in confined spaces such as a car engine. They also require low energy to operate and are efficient in their operation. They are also highly durable and provide reliable performance over a long period of time. Furthermore, they are capable of protecting the equipment from any overloads or short-circuity.

Conclusion

Overall, LMLK1-1RLS4-30319-90 circuit breaker is a type of electrical protection device which helps to protect installed machines and electronics from overvoltage and overload. It is widely used in several industries such as automotive, aviation, healthcare, manufacturing, and others. In addition, it works on the principle of an electro-mechanical system, and it has several advantages such as being compact in size and providing low energy operation and efficient performance.