The "motor" is an electrical device, and when we think of it, it is a driving device that provides kinetic energy. Of course, this understanding is a more general one, but when it comes with some specific equipment, then it's not just a power supply device.

In the linear module, the motor is the kind of specific use case that not only provides power. In the linear module, the motor not only provides power, but also controls the accuracy and overload capacity of the linear module. Today, I will talk to you about some of the problems in the motor control accuracy positioning, and the solution to the problem of inaccurate positioning of the linear module motor!

First of all, to eliminate the problem of inaccurate positioning of the linear module motor, we need to understand the driving principle of the motor in the linear module. Friends who understand the motor drive principle should know that the motor is connected to the linear module through a coupling or a synchronous wheel.

Then the solution to the problem of inaccurate positioning:

One way is to rule out the problem that the coupling or synchronizing wheel is loose and affects the positioning accuracy of the motor.

The second way to deal with the inaccurate positioning of the linear module motor is to check whether the motor gain parameter is too low. If the motor gain parameter is too low, the motor will lose steps, and the control accuracy will be reduced, so the positioning will be inaccurate.

The three processing methods are to check whether there is signal interference on site and increase anti-interference measures.

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