V2 MeLE Overclock X5 Vixen Mount for C14 Celestron CGX-L

This is version 2 which features a hinge style for the lid. Easier access if you need to remove Overclock X5.

Version 1 can be found here:

Same assembly as version 1. Should be self explanatory how the hinge works. Radius fits 14" Celestron. This is for MeLE Overclock X5. I know of the other MeLE models. Other models may be different sizes. I can adjust or make adapters if you message me with dimensions in mm's.

B.O.M

Two M3 * 8mm thumb screws to secure lid and easy access.

At least six M3 * 8mm screws (two more optional for securing lid.)

Four M3 * 16mm screws

Two 10-24 3/4" Screws

Twelve Ruthex RX-M3x5x4 (Made for Voron)

One MeLE Overclock X5

I set my heat insert tool to 240C.

PLA is fine as long as the machine doesn't get hot but if in direct sun you may want to use HT-PLA-GF from Polymaker. HT-PLA-GF filament works fine in direct sun. This filament can handle temps up to 150C and 180C if heat treated. I've personally witnessed the Overclock X5 reach above 60C on it's surface either from fan not operating (was unplugged) or extreme workloads. However, you can use almost any filament for this keeping in mind that glass temp change. Choose one that best fits general outdoor conditions for your area.

Note to user. I've only used PLA's for this project. You may find other types of filament don't play nice.

Default settings for PLA. I used 210C for print temp. Everything Monotonic with top being Monotonic Line. A few settings I changed in mine from default were:

Quality

       Seam Position = Aligned back

       Bridging (My settings here seem to work well)

              Bridge flow ratio = 1.1

              Internal bridge flow ratio = 0.95

              External bridge density = 120%

              Internal bridge density = 100%

              Thick external bridges = Checked

              Thick internal bridges = Checked

              Extra bridge layers (beta) = External bridge only

              Filter and none for counterbore

Strength

       I like 4 walls and 8 layers. Gives a lot of strength and allows for any hole to be reamed.

       Sparse infill density = 15% or higher

       Sparse infill pattern = Gyroid

       Infill/wall overlap = 25%

Speed is all default

Support

       Enable support = Turn this off because I made a custom support for the cradle that holds the Overclock         X5 but see optional note below about part that sits on OTA

       Threshold Angle = 30

Multi-material NA

Others

       Brim type = No-brim (personal preference)

Printed with Elegoo Centauri Carbon with textured PEI Plate

File is organized to print as one STL. If you need to move pieces. You need to right click, split, to objects. Objects tab, select which part to move, drag where ever needed.

Optional. The part that sits on the OTA. You can try printing it upright or flat like it would sit on the OTA. If flat then the mounting screws will go through the filament layers. So no risk of splitting but you will need to print that object separately with generated support.

If printed upright, it will print nicer and not supports needed. But screws may split filament along layer lines. Can always drill the holes out.

Takes ~200 grams of filament and ~5.75 hours.

Note, when installing onto OTA. May need longer screws and you may want to install the Vixen mount onto the OTA first (Upper right in photo below with the long slot and the hole).

Screws maybe .1nm (Newton Meter) tight. It's holding a MeLE not a Bangle Tiger.