Stepper motor driver usage

This article Reprinted from: http://hi.baidu.com/1234567789099/item/1fd37697a97dcd5ff142155a

Oh, busy! I haven't written any articles for a long time. I am giving an article to my friends today on how to use the stepper motor driver to drive the stepper motor, the premise is that the stepper motor that needs to use the stepper motor driver is a large current stepping oh do not think that is used to drive the byg48 series of small motor.

In particular, the articles I published are all those I have manually debugged and have not pasted or used as an article to delay everyone's time. I will not say it now!

First, we will attach the appearance of a stepping motor driver to you. <? XML: namespace prefix = v ns = "urn: Schemas-Microsoft-com: VML"/> <? XML: namespace prefix = o ns = "urn: Schemas-Microsoft-com: Office: office"/>

The above figure shows the driver parameters, of course, there are many types of drivers, but the basic control method is the same. You can choose to use the same basic principle as MCU or PLC. I personally prefer MCU control, next I will tell you the specific meanings of the above parameters:

At first glance, the Earth knows that the description of this figure is prepared for the above figure! Here I will explain some interface solutions in this figure! In the figure above, a/a B/B is connected to the second and fourth line of the stepper motor. Of course, some stepper motors are wireless and generally black! A/A represents the two ends of a item. Let's just tell you how to determine a/! Use A multimeter to test the short-circuited block to contact two of the two wires to make a beep. B/B is sure that it is the same as above and will not be repeated here!

If you feel dizzy and vomit, I think you will understand everything!

I will not talk about the above text. You can understand it yourself!

* Internal interface of input signal

Some of my friends have added optical coupling to send control signals to the drive. As mentioned above, we have added optical coupling to the drive, so we don't have to pay for it again, of course, you can also achieve control.

 

Here, I would like to explain the connection method of the common Yin connection method on the drive. If you use the single pulse mode, the common Yang connection method is like this: CP + & CW + connect to 5vcp-& CW-access control signal! I think everyone understands the common Yin method! The opposite is true. If your voltage is not 5 V, you may need to apply resistance to throttling. Do not use the drive to burn out! This depends on your own situation! You don't need to add anything for 5 V.

Pay attention to this !!

* Motor Phase Current setting *

 

Well, the instructions on the use of the stepper motor driver are written here, even if it ends! If anything is wrong, please correct me. I would be very grateful! Hope to help you!