Hey. It has been a while since I built this so I maybe a little off on the timing. The top sensor is NC on a small short delay relay so the system turns on with the switch. The lower sensor is NO on a multi function timer sensor. Once it is powered the unit begins to turn the motor and brass falls past the second sensor enabling the Multifunction relay to turn on and begin about a 10second cycle each time brass falls past. This keeps it running till the brass fills to the top relay, last brass times out at about 7 seconds. You can adjust times to the tube length. There is a diagram clip in the video, the sensors maybe switched around, but the theory is the same. Although I have modified mine since, These sensors work fine. Hope this helps some. Thanks for watching.
@@ryridesmotox my modification I ran a top micro switch and a sensor just below it to shut it off. Maybe I'll post my version 2 someday. My issue was the loadmaster bullet feed tube rises with every stroke, just watch you dont jam the switch with brass. Many ways to simplify though. Make it easy as possible. Good luck
@@T-Rex62 yea, I was going to mount an optical switch and put it on the tube that travels. I was trying to figure out how to make the loadmasyer feed a cartridge at the top of the ram stroke.
@@ryridesmotox good luck with that one. Some kind of flapper system. But I see the optical used a lot. I just posted my latest switch and sensor set up. Just a quik review of it.
The rubber band to help you mark the bucket was very clever.
Finely crafted and thought out. really liked your sensors and how they worked, wishedbi could figure that out for mine..
Nice job 👍 any chance on building a autodrive ? Thanks
Thank you I really enjoyed building it,
Autodrive? What do you mean?
Is your camera on double fast or what.
What sensors did you get? Are the "normally "open or "normally closed" circuit? I'm trying to get my parts lost figured out
Hey. It has been a while since I built this so I maybe a little off on the timing. The top sensor is NC on a small short delay relay so the system turns on with the switch. The lower sensor is NO on a multi function timer sensor. Once it is powered the unit begins to turn the motor and brass falls past the second sensor enabling the Multifunction relay to turn on and begin about a 10second cycle each time brass falls past. This keeps it running till the brass fills to the top relay, last brass times out at about 7 seconds. You can adjust times to the tube length. There is a diagram clip in the video, the sensors maybe switched around, but the theory is the same. Although I have modified mine since, These sensors work fine. Hope this helps some. Thanks for watching.
@@T-Rex62 thanks for the reply. I was thinking about just running a top sensor to simplify things at this point.
@@ryridesmotox my modification I ran a top micro switch and a sensor just below it to shut it off. Maybe I'll post my version 2 someday. My issue was the loadmaster bullet feed tube rises with every stroke, just watch you dont jam the switch with brass. Many ways to simplify though. Make it easy as possible. Good luck
@@T-Rex62 yea, I was going to mount an optical switch and put it on the tube that travels. I was trying to figure out how to make the loadmasyer feed a cartridge at the top of the ram stroke.
@@ryridesmotox good luck with that one. Some kind of flapper system. But I see the optical used a lot. I just posted my latest switch and sensor set up. Just a quik review of it.