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3D CAD drawing:
EQ6 & HEQ5 mount Pad for pier


Contents:

  1. EQ6 Pad design
  2. EQ6 Pad 3D-printed
  3. HEQ5 Pad
  4. To be continued

Note:
I take no responsibility or liability for what are written here, you use the information at your own risk!


3, HEQ5 Pad:

HEQ5 pad CAD:

3D CAD: HEQ5 Pad

I recently bought a smaller brother to the EQ6 mount, the HEQ5, this is a mount I bring with me on travel. But sometimes I maybe install it in the observatory and then I need a pad to it.

I designed it a little bit different. The EQ6 pad warped a bit and got convex at bottom. This time I carve out the center to have it ride only on the outer rim. Above is the top side.


3D CAD: HEQ5 Pad

On the bottom side the center is also pushed back, just 1 mm. This shall get it more stable.


3D CAD: HEQ5 Pad

After 7+ hours I can have a first look at the pad, compare with the much bigger EQ6 pad in front.


3D CAD: HEQ5 Pad

A M10 bolt will connect the mount to the pier.


3D CAD: HEQ5 Pad

The bottom side, the ABS pro filament I use don't print as beautiful as the PLA filament. This time I increased the temperature from 230 C to 240 C degrees and the layers melted together better but not perfect.


3D CAD: HEQ5 Pad

The upper side with the bolt coming through. I must install a new guiding pin on the pier. At the EQ6 it's placed 47 mm from center, on HEQ5 it's placed 40 mm from center.


3D CAD: HEQ5 Pad

This is the bottom end of the mount that the pad should fit to.


3D CAD: HEQ5 Pad

It fits perfect, it will of course depend a bit of the printer how high precision it print with.


3D CAD: HEQ5 Pad

Deep down there ore the two screws that adjust the Azimuthal angle. I plane to install a M6 bolt on the top plate of the pier which I cut the head off.

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To page IV, to be continued

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