2LP38

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In this modern day, two-phase linear motors like the 2LP38 are fundamental tools for use in a variety of applications. Though the same basic principle of operation holds true throughout the entire linear motor product line, there are significant differences between models. The 2LP38 is an excellent choice for use in a variety of industrial scenarios, as it offers a robust solution for both rotary and linear speeds when paired with the appropriate electronic components. Here, we will look at the fields of application for the 2LP38, as well as the basic principles of operation.

Fields of Application

The 2LP38 two-phase linear motor is a great option for a number of industrial applications. It’s ideal for use as a feed drive in machinery that requires precise positioning and speed control. Additionally, the 2LP38 is often employed in equipment such as fault monitors, drilling machines, transfer machines, and measuring tools. It is also widely used in print systems, cranes, conveyors, machining tools, and pick-and-place systems.

Overall, the 2LP38 provides a reliable solution in applications that require accurate repeatable positions, reliable speed control, and reliable torque control. It is capable of functioning in a wide range of environments, including extreme temperatures, high humidity, and contaminated atmospheres. This makes it a suitable choice for numerous industrial applications.

Working Principle

The 2LP38 works by transforming electrical energy into mechanical energy. It is comprised of two main parts: the stator and the rotor. The stator consists of a single U-shaped magnet, with four windings mounted on it. These windings are spaced 90 degrees apart around the circumference of the U-shaped magnet. The rotor is comprised of two hand-wound coils mounted on a teardrop-shaped rotor core.

The 2LP38 operates on a principle called “Lorentz force”. When electrical current is applied to the four stator windings, a magnetic field is created in the U-shaped magnet. This field interacts with the magnetic field of the rotor, causing the rotor to move relative to the stator. The movement of the rotor is dependent upon the direction and intensity of the current in the stator windings.

The 2LP38 offers a number of advantages over other linear motor designs. It is capable of creating higher speeds, greater torque, and requires less line current than other types. Additionally, it offers more precise positioning control and is capable of operating in more hostile environments.

The 2LP38 two-phase linear motor is a powerful tool for a variety of industrial applications. It offers a robust solution for both rotary and linear speeds when paired with the appropriate electronic components. By using the Lorentz force principle, it is able to generate higher speeds, greater torque, and more precise positioning than comparable linear motors. While the basic principles of operation are the same among all linear motors, the 2LP38 offers some unique features that make it a worthy choice for a variety of industrial scenarios.

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