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motorized Turn Table

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0.2mm layer, 2 walls, 15% infill
0.2mm layer, 2 walls, 15% infill
Designer
6.1 h
4 plates
4.6(9)

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Description

Here is my creation of a turn table with adjustable speed.

I've made it to look nice, since you wanna use it to show off stuff!

arduino sketch, wiring diagrams and BOM included in zip file

 

Overall, the used components are only standard stuff, easy to find.
I've also added a testing gear, so you can figure out the fitting on the ball bearing and eventually scale the top table for printing.

It uses either an Adafruit Trinket or an Arduino Nano, the sketch is also included.
I've wired it up by soldering the wires on to the pins but you could also use jumper cables, I believe.
You only need to solder the header pins on to the Trinket and the wires onto the potentiometer.
Oh, and I recommend removing the LEDs on the driver board and cover the red LED on the Trinket/ Nano.
When using my suggested wiring for the Nano, remember to adapt the order accordingly in the sketch, line 31!
Btw, I don't have a Nano, so I couldn't confirm the funktionality.

Have fun building!

Comment & Rating (31)

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0.2mm layer, 2 walls, 15% infill
Nice print and cool project !
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great job! thanks for sharing :)
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0.2mm layer, 2 walls, 15% infill
though this compatible with my old microwave motor lol nice print nevertheless
The profile uploader has replied
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the motors required are super cheap, you can order them online :)
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hey again, I am not quite sure where I am going wrong? mind taking a look? please excuse the bad soldering haha Followed your steps best I could but it’s not activating the motor when I plug it into power.
The designer has replied
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Great job getting that far! The soldering looks good enough to me, just the wiring is not exactly where it is supposed to be. The ground connection should go from minus(-) on the driver pcb to Gnd on your Trinket. You can connect both, the driver pcb ground and the poti ground to the same Gnd. I assume you have correctly wired up the poti but it is not visible in the picture. Try wiring up Gnd and if it is still not working, just drop a message and we'll work it out :)
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where is the zip file? I don't see one
The designer has replied
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If you select download STLs you will see all the files that can be downloaded, including the ZIP file
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Replying to @haptic3D :
It does not allow you to download any zip files
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Replying to @user_3266092015 :
from here it is not possible for you to download the ZIP file?
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where are the instructions
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I think it's i N the zipfile when you Download it.
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do you have the top plate? I want to see how you models the attachment to the base. thank you
The designer has replied
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Hi, am am not sure if I understood your question... in the picture you can see how the gear is attached to the motor shaft. the plate centers into the ball bearing.
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Replying to @haptic3D :
I'm so sorry I miss understood your file i see how it is put together now. Thank you for the picture!
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Replying to @user_2982752661 :
no problem, glad I could help!
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Exaclty what i was searching ! Thanks !
The designer has replied
designer
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Glad to hear, have fun assembling :)
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Basically I think the idea is great Unfortunately the motor has no power at all It can turn itself and a small gear but as soon as I put the plate on nothing turns anymore Everything is freely moving so that's not the problem The power supply is also large enough with 3A Everything is wired completely correctly Any idea where my mistake lies
The designer has replied
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I'm glad you like the project Normally the motor power is sufficient, so I suspect either incorrect control of the motor coils, a defective motor driver, a defective motor, or insufficient current from the 5V power supply, although 3A should definitely be enough
(Edited)
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0.2mm layer, 2 walls, 15% infill
Plate too unstable for 3D scanning
(Edited)
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is the hole and housing big enough to hold 230v voltage regulator for controlling microwave motor
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