3D print is rough, but will be smoothed and surface finished, next, mount this into aluminum sheet:
May 03, 2024, 08:28:57 pm
Hey bud, sorry for the late reply. I've been using the tool called SketchUp for the plans. It has a bit of a learning curve.
https://www.sketchup.com/en/plans-and-pricing/sketchup-free
They have a free online version that runs in your browser which I've linked above. You need to create an account through. However, they're last Windows version that was free is "Sketchup Make 2016" which is actually what I use. You'd have to find a download for it through. It might just be the 2016 pro version without a license code.
The cabinet is complete except for custom software that I've been slowly coding. I was hoping to have it done, but I'll work on posting pictures.
Building myself had saved me $1-2k versus buying one, and I have far better components inside as well as better material. I actually have a doc that has all of my costs which I can post as well. I'll work on getting final shots and posting here this weekend.
hahahaha , well the weird part is, with a multimeter the harness looks ok, all colors and terminal match, but my guess is, that the inside pins of the harness, don't make good contact at all with the pins on the acceptor.But why does the acceptor turns on? And I tried multiple ways with different combinations. perhaps the type of copper or metal of that particular harness is not good for pulses? Can that be possible? the pulses not reaching out all the way to the encoder because of the metal type that wire uses that the pulses fade down? I also wonder if that was my problem to start with, and I didn't need to downgrade the firmware. Ill make a few more tests on the virtuo too see if that was the problem.Turns out both harneses are defective, using some arduino cables, the acceptors work fine.
highly related...
https://www.youtube.com/shorts/ofKg65lNiB0
Turns out both harneses are defective, using some arduino cables, the acceptors work fine.