Milk Loading Depot 6-14291 without controller wiring?

i included a picture of the controller it is supposed to have, but i don't have it.  I should have clarified that with the picture i attached for reference.  

The instructions suggest you press the momentary button while the conveyer (belt) is running.  What happens if you momentarily activate "eject" with "belt" ON?

I couldn't find a video of this particular version but I was hoping to hear some kind of click or similar indication of a mechanical "gate" letting one and only one can thru for each momentary press.

I found this well-done video on youtube which suggests the eject is a separate mechanical operation and should not speed up the conveyer as is apparently the situation.  Contrary to the instructions, in this example the belt is disabled between each ejection cycle.

It seems an off/on/momentary would work best (different position order; more common for engine ingnition&starting.)

Thank you all for the posts and help.  I as able to figure out the wiring. However the ejector doesn’t work.  Light and conveyor work as designed but the milk loader is on vacation  

time to repair or look for a new one. 

Sparty, just to be sure the ejector doesn't work the answer you're looking for is in this thread:

https://ogrforum.com/...48#14804764814278948

Using GRG's pic of the internal wiring of the switch with your pic of the front plus the instruction sheet will give you all the info you need.  Good Luck.  John

@jpnrc posted:

 

...

Using GRG's pic of the internal wiring of the switch

If you are going to do a repair and open it up, note how the belt on/off slide switches one side of the AC power...but the eject button switches the other side of the AC power!  Fascinating.

The parts lists for the milk depot show so gear motor mechanisms that appear to use DC can motors.  So somewhere inside are some diodes.  Since it apparently operates up to 14V AC, I'd take a 9V battery and briefly power the eject DC motor itself. 

If the motor jerks but no eject cycle, then a mechanical jam.  If the motor spins then I'd look for a loose wire or mechanical adjustment to a cycle-limit switch that cuts power to the motor after each can goes out.  In the video above, you can see a consistent "hiccup" in the man's motion at the end of each cycle. 

Thank you for the link.  

I will give that a try and see if I can get sound to action out of it.  Thank you.