Now we will assemble the 24V spindle mount.
Start by putting the provided screws through the V-Wheels
followed by aluminum spacers
Place these screws through the holes provided on the spindle mount.
You'll notice again there are smaller holes and larger holes.
The smaller holes are for V-wheels with Nylock hex nuts
and the larger holes are for V-wheels with eccentric nuts.
Be sure that you put Nylock hex nuts on the V-wheels in the smaller holes
and eccentric nuts on the V-wheels in the larger holes.
Again, you want to make sure that the shoulder of the eccentric nut faces the plate
When threading on the eccentric nuts, be sure that the shoulder seats inside of the larger hole.
Tighten all of these connections down with the tool.
Be sure that the eccentric nuts are oriented so that the screw that is captured by them is as far as possible from the V-wheels with the Nylock hex nuts.
This provides the greatest distance between V-wheels
and makes it easier to put the spindle mount onto the Z-axis
Slide the spindle mount onto the Z-Axis.
If you're having trouble, check the orientation of your eccentric nut.
Align the two holes in the spindle mount with the Delrin nut
and thread two screws into it. Align the two holes in the spindle mount with the Delrin nut
and thread two screws into it.
Start by getting these screws finger-tight as it is easy to cross-thread the Delrin.
Tighten the screws down with the wrench.
Put the three M4 screws into the holes for the clamp of the spindle mount.
Start the screws finger tight.
Slide the 24V spindle into the mount.
Be sure that the metal spacer is flush with the bottom of the mount along with the bottom of the spindle motor housing.
Make sure that the red and black wires extending from the spindle go up and into the groove provided for them in the spindle mount.
Tighten the screws for the clamp a little bit at a time, alternating until all three are as tight as you can make them.