Instead of an electrical proximity sensor and a separate motor, one option is to connect both rotating elements with a small #25 chain and sprocket set. Ratio would be 1:1, so they would both spin at the same speed and the motorized drum is sped up and slowed down.
@@ringsteeltv3179 Thank You, can wait for your build video, I am hoping to copy your system as its one of the cleanest I have seen, I really like the way you have this set up!
I'm in the process of designing my own case annealer and I found your channel. I looked up the reduction motors on Amazon and I found too may variations in RPM. Can you tell me which one was applicable to this design? Also the mounting bracket you used to mount the motor. Thanks.
Thanks for the Video. Looking forward to the build video.
Hey I’m trying to do one of these and I love your design. Would love a parts list and even a build video.
Instead of an electrical proximity sensor and a separate motor, one option is to connect both rotating elements with a small #25 chain and sprocket set. Ratio would be 1:1, so they would both spin at the same speed and the motorized drum is sped up and slowed down.
Perfect!
Great video, can you list the parts in the vid description of all what you ordered from Amazon?
Yes sure thing. I'll get that up this weekend.
@@ringsteeltv3179 Thank You, can wait for your build video, I am hoping to copy your system as its one of the cleanest I have seen, I really like the way you have this set up!
@@ringsteeltv3179 how did you hook up the sensor for the other motor?
Do not see your parts list yet ?
I'm in the process of designing my own case annealer and I found your channel. I looked up the reduction motors on Amazon and I found too may variations in RPM. Can you tell me which one was applicable to this design? Also the mounting bracket you used to mount the motor. Thanks.
35 rpm is a good speed variation