DC 5-12V/15-160V Stepper Motor Drive,PWM Adjustable Stepper Motor Controller Signal Generator Speed Regulator
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Only ALL of the documentation was written when they wrote EVERY bit of In other words, they wanted to save their time to write ALL the documentation for the time when they write ALL the documentation, not all the documentation now.
If you turn on and off a step inhibitor on the electrical side, then it would "pulse" the steps ( essentially and on / off meter ).
It is not clear to me what I should do. By reading customer reviews, I was able to find some basic information.
Selected User Reviews For DC 5-12V/15-160V Stepper Motor Drive,PWM Adjustable Stepper Motor Controller Signal Generator Speed Regulator
Please find below the first photo that I posted in case others might find it useful. The controller I bought is intended to be used with a device I have invented to measure a person's eyes from 8 to more than 12 feet away (see second picture). The device was too big to fit in the design of this product, so I had to take another approach and return it.
You may also It appears to be working correctly. It helps me manually lift and lower a 40W CO2 laser with a homemade Z-axis table with a stepper motor. In combination with a microstep driver, nema 17 motor, and an old ATX power supply, it provided up to 50 microsteps.
Using stepper motors is my first foray into the field of electricity, my experience is advanced in electronics, and I am intermediate in electricity. In my bench mill, it would be cool to use a stepper motor to raise and lower the head. Starting out with a small NEMA 17 motor and controller was a learning process. When it came time to actually build this motor, I moved up to a larger motor. As a result, I wanted to be as careful as possible if things did not go well.
Following is a brief description of the installation Here are the inputs for this show, one at 5 and the other at 10 A 12 VDC input is connected to one, and a 15 VDC input to the other There is 160 VDC at 160 A. The first thing I did was to connect it with a micro-USB cable In the testing of the controller and the MEMA 17 motor, both components worked well. Have ordered the 48 VDC power supply and the new driver for the NEMA 34 enclosure. I hooked the 24 VDC setup up the same way as the 12 VDC set up. A large amount of smoke escaped, and as I was taught, as soon as smoke escapes from a component, it ceases to work. My pulse generator is working after I ordered a new one and used a 2 amp 5 VDC power supply (the 48 VDC is still connected to the driver) and all is Among its flaws There are apparently different meanings for power lights depending on what country they come from. In this case, the red LED on means it's off, and the LED off would mean it's on two switches, but there is no way to mount it in a box with the pots and switches accessible, so be prepared to do modifications if this is to be used for any purpose other than Other than that, it seems to be okay. I'd say for $12, it's a good deal.
Due to the way the control buttons and the like have been arranged, the design leaves much to be desired It is almost impossible to make a neat enclosure for the typeface, as the three sides of the dial face different directions. In terms of electrics, it makes no sense. It works backwards if the switch is turned on. It is off in the down position, and on in the upper position. The next time you use a push button switch, it will work in the reverse way. Also, it appears as though they used an audio taper pot instead of a linear taper, which would have been better suited to such an This is a special one, too. When the switch is in the off position, one of the LEDs illuminates, and when the switch is in the on position, the LED goes out. Lastly, it did not come with a wiring diagram, sheet of instructions, or anything like that. There is a typical Chinese mentality where someone constructs a device and does not document Web users can turn to the Internet for a fair amount of information. At the end of the day, it does a pretty decent job. It will be interesting to see how long it lasts.
challenge is that there are no directions for assembly with all the parts. We were fortunate enough to have a few reviewers share their successful wiring methodology and their experience. With that said, I still had troubleshooting to be done in order to get full bidirectional operation The motor can be controlled in any direction. Using the image below I am showing the wiring configuration that I found to be most effective. Depending on the drive that you use, there may be some variations, but for the most part this should be fine. I have covered stepper motor controllers, drives, and motors.
Find out more below. As advertised, the unit is laid out in such a way that it can be challenging to package up with the pot and remote control being in a non-traditional orientation. This is not a problem if you are a hobbyist at home. While there is some overlap between the three speed ranges, I also had to experiment with the step count in order to get the best overall range of RPMs for my application. This causes the stepper to stall across the entire The pictures of this board appear on the web from several There are a couple sellers that have wiring diagrams that make it easy to understand once you find that out. Overall, I am happy with this purchase. It should be noted that there is a similar unit in a nice enclosure for about two times the price of this one. This is how it would be done in the future as it saves the hassle of packing it up in the future.
The only control I needed was to move a stepper motor back and forth without having to connect to a computer or to another offline controller. As far as this thing is concerned, it worked fine. In the beginning, I did not connect the enable wire, so I was concerned when I tried to turn it off, and the motor kept running. My mistake was realized when I connected the enable wire and the device worked as intended. I will not hesitate to buy this stepper if I need to control another stepper in the future in the same way as I have done with.
As a first, let me say thank you to the person who posted The second thing is that if you take a look at all the pictures in reviews, you'll see a similar picture. As of today, I have modified the graph to work with 12V and below power supplies. For those of you who use (Meanwell ) 12V power supplies, use my graph for bipolar motors such as the Nema 17 which I have. Note that it is up to you to determine which AB +- wire corresponds to your brand of motor. On my A+ it is a red wire instead of a green one as shown I earned a B- on my test The color of the sky is blue. A graph from a reviewer that is for 15V and up is included with the original.
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