I figured out how to help @DavidR8 with his mill wiring. So he can finish more projects even faster.
Follow this wiring model.
View attachment 56764
Mexico?
I figured out how to help @DavidR8 with his mill wiring. So he can finish more projects even faster.
Follow this wiring model.
View attachment 56764
That's what my bench looks like! Mission accomplished! 😀I figured out how to help @DavidR8 with his mill wiring. So he can finish more projects even faster.
Follow this wiring model.
View attachment 56764
Yes, he’s on vacay in Mexico.Mexico?
Did print a new one yet?3D printed motor mounts.
Bottom rails are not tall enough to clear the belt. Poor measuring on my part.
View attachment 56765
Sure did.Did print a new one yet?
Photos or it didn't happen.😉Sure did.
That’s a great idea!If you create 4 tubular spacers and press them into bolt holes you will only compress a bit of the overall part. Maybe less than a mm of the overall thickness.
If you create 4 tubular spacers and press them into bolt holes you will only compress a bit of the overall part. Maybe less than a mm of the overall thickness.
Are the contacts not removable from the connector? You would need the removal tool but you wouldn't need to build a new panel,,,,,, never mind, that would just keep you ahead of schedule leaving the rest of us farther behind. 😉 lolAll my motor cable have plugs on both ends
The power cables for the servos have phoenix plugs which I removed to pass them through the cable clamps. The only one that’s a problem is the encoder cable for the spindle motor as it has a massive plug on one end and DB15 plug on the other end. I think I’m just going to cut a slot in the black panel and then design and print a clamp so it can’t pull out.Are the contacts not removable from the connector? You would need the removal tool but you wouldn't need to build a new panel,,,,,, never mind, that would just keep you ahead of schedule leaving the rest of us farther behind. 😉 lol