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Motorized Grain Mills: Time to show them off!

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My new mashmaster mill required too much torque and the 3D printed herringbone gears I showed above were not up to the task (even though they worked on my cheap Chinese mill).
So this weekend I got a gate motor from a mate and turned an oldham coupler and mounted on it all. The worm gear in this motor cranks out torque as well as giving a nice slow speed. All driven by 12v so it's mobile too.
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all these beautiful high class mills, i just have to post my cheap ****...:)
 
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I tried reversing the supply wires to no avail, and asked williams support. Was told it cant be reversed, that it is hard wired for their mill. Perhaps it is the wires between the switch and the motor that need to be reversed?

At any rate, the bottom mount provided a more elegant solution so it was a good problem even if only due to my cluelessness.
yes you could wire a drum switch to it to give it both forward and reverse.
 
I just recently put together my grain mill table and thought I’d share here. I wanted to go with something pretty economical, safe with no large moving sheaves or belts, and something that is aesthetically pleasing.
I started with a Mighty Mill three roller geared mill that I picked up on sale for $140, powered it with a HF high torque low speed 1/2” drill on clearance for $32, a metal breadbox from Amazon for $29 to hide the drill, a metal shelving unit for $50, a leftover IKEA tabletop, added a router table start/stop switch from Amazon for $32, and will be installing an Amazon $18 digital tachometer to monitor the RPMs.
All in all I’m pretty happy with how it turned out and the whole setup was less expensive than some of the purpose built mill motors I’ve seen, which I’m sure work wonderfully, but ultimately still look like an ugly motor sitting on a table.
I kept the drill mostly intact and only had to cut off the bottom couple of inches of the handle to fit it inside the enclosure. I drilled/punched some holes in the breadbox for where it attaches to the mill shaft, the table, and for the power cord. I mounted the mill and the enclosure to the table using some marine grade weather stripping to cut down on vibration/noise. The drill speed is controlled by placing a hose clamp around the trigger assembly and fine tuning by tightening/loosening the clamp. I will be able to further fine tune this once I install the digital tachometer. This was all pretty basic and required little skill.
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Today I added in a start stop switch and the digital tachometer to monitor my milling speed. About 225 RPMs is the slowest I can get it to go with my current configuration.
 

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