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Sturdy Rotary Encoder Mount
di cogn_chr
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This is a sturdy mount, that allows to engage a rotary encoder using a big crank. A threaded rod will be the main crankshaft.
Besides these printed parts, you'll need
* a rotary encoder (such as these: https://de.aliexpress.com/item/33041814942.html?spm=a2g0o.order_list.order_list_main.5.78a65c5fnYWLPF)
* some length of M8-threaded rod as the main crankshaft
* 4 M8-nuts to connect the threaded rod to the rotary encoder itself as well as the crank handle (I use 4 because I lock each nut with another one), as well as some more M8-nuts and washers to fix the crankshaft where you want it to be
* 2 ball-bearings to allow the threaded rod to be turned easily.
I designed this part before I knew how exactly it was supposed to be mounted and with little time, so I only printed the absolutely necessary parts (so I didn't use the `Sturdier_Mount_Secondballbearing.stl` myself), and connected them with wood.
The rotary encoder itself goes into the `Rotary_Mount.stl`. The threaded
Besides these printed parts, you'll need
* a rotary encoder (such as these: https://de.aliexpress.com/item/33041814942.html?spm=a2g0o.order_list.order_list_main.5.78a65c5fnYWLPF)
* some length of M8-threaded rod as the main crankshaft
* 4 M8-nuts to connect the threaded rod to the rotary encoder itself as well as the crank handle (I use 4 because I lock each nut with another one), as well as some more M8-nuts and washers to fix the crankshaft where you want it to be
* 2 ball-bearings to allow the threaded rod to be turned easily.
I designed this part before I knew how exactly it was supposed to be mounted and with little time, so I only printed the absolutely necessary parts (so I didn't use the `Sturdier_Mount_Secondballbearing.stl` myself), and connected them with wood.
The rotary encoder itself goes into the `Rotary_Mount.stl`. The threaded
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