E3D V6 CFD Optimized Adjustable Part Cooling Duct 3D Printer Model

Author: @
License: CC BY-NC-SA
File formats: stl,iges,step
Download type: zip
Size:3.3MB

The file 'E3D V6 CFD Optimized Adjustable Part Cooling Duct 3D Printer Model' is (stl,iges,step) file type, size is 3.3MB.

Summary

Update Oct 29, 2019: Added STEP and IGES source files.

Adjustable part cooling duct for E3D v6 with 5015 fan blower.

I'd love to see your make - please publish :)
Consider a tip if you like my work :)

The air flow has been CFD optimized ensuring equal air distribution into three areas: before, below and behind the nozzle.

The part cooling duct should be positioned 1-2 mm higher than nozzle end. The height can be adjusted in 1mm steps.

The clip is derived form on my other design: https://www.thingiverse.com/thing:3590309

Printing:
Clip - for the best strength print clip in original horizontal orientation - requires support.
Nozzle duct - print flat, no supports
Link - print flat, no supports

Material: PET-G or ABS
Layer height: 0.2 mm

Parts:
1 x 5015 fan blower
2 x M3 20 mm bolt
2 x M3 7-10 mm bolt
1 x M3 30 mm bolt or 2x zip ties
5 x M3 nut

Assemble:

  1. Make sure 'link' slides into 'clip' with some resistance, but easy enough to allow adjustment once the set is mounted on Y carriage. If it's too tight use file to increase clearance between two parts. Disconnect parts.
  2. Mount clip on heatsink, tighten it with M3x30 bolt or zip ties
  3. Cut out marked piece in 'nozzle fan' to let fan slide fully into place
  4. Join 'nozzle fan' with 'link' with M3x7-10 bolts
  5. Attach fan blower and secure it with M3x20 bolts
  6. Slide link into clip until 'nozzle fan' is 1-2 mm higher than nozzle end

Check out my other designs:
https://www.thingiverse.com/DaVinci2000/designs

Clip_v3.5.stl 277.3KB
E3D_cooler_v0.6.iges 8.0MB
E3D_cooler_v0.6.step 6.7MB
Link_v3.5_flat.stl 71.2KB
Nozzle_fan_v3.5.stl 101.9KB