09130518LXN

09130518LXN is the designation of a particular model of stepper motor made by a select manufacturer. It has wide-reaching practical applications due to its combination of large torque, smooth motion, low price, and easy operation. The purpose of this article is to explain the principles on which this motor operates, as well as the various fields of application.

At its core, a stepper motor is an electric motor that moves in discrete steps. Unlike a regular electric motor, the speed of the motor is not continuous, but rather regulated by an internal controller. This in turn is regulated by a signal coming from a computer, the purpose of which is to move the motor at a predetermined rate.

At the core of how the stepper motor operates is the rotor. This is nothing more than a circular magnet, set within the motor body, that is designed to interact with an external magnetic field. By alternating the direction and strength of this magnetic field, the rotor is moved in fixed, incremental steps, with the rotational speed determined by the frequency of the applied magnetic fields. This dynamic is what allows the stepper motor to move without any direct feedback from the motor itself; a feature that makes them ideal for use in industrial robots, where the motor must be capable of moving at pre-defined speeds and directions without any intermediate sensors.

The 09130518LXN electric motor stands out for its combination of high torque, smooth motion, low price, and ease of operation. Its uses are wide reaching and include: Industrial Robots, Automated Manufacturing Equipment, Printing Presses, Vacuum Pumps, Valve Actuators, Lathes, 3D Printers, and Exercising Machines. The versatility of this motor and its relatively low cost make it a perfect candidate for almost any application relying on automated movement.

In summary, the 09130518LXN is an electric stepper motor that is useful in a variety of applications. Its operation is based on the interaction between a rotor made of a circular magnet and the external magnetic field, allowing the motor to move in incremently and without sensors. It has high torque, smooth operation, and an affordable price that makes it a popular choice for motorized automation.