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.
Did print a new one yet?
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