Ultimate Hemera Partcooler With Spaceship Airduct

thingiverse

This is an adaptation of the popular [Spaceship fan duct](https://www.thingiverse.com/thing:2088006) for the new E3D Hemera extruder, along with some further advancements and goodies! *UPDATE 2020-02-29:* Added Volcano duct! Tested by one wonderful soul on Facebook. Added Volcano compatible LED frontplate. "Normal" ducts are now renamed to AnetA8. The Airduct_AnetA8.stl is for the stock hotend on Hemera, while the Airduct_Volcano_AnetA8.stl is for the E3D Volcano hotend. **Parts To Print:** * 1x Frontplate.stl OR Frontplate_LED.stl OR Frontplate_LED_Volcano.stl - The frontplate is required to mount the part cooling fan. There are two options (and a Volcano extra). The normal frontplate is just there to mount the fan, while the LED version has a slot for a slide switch and a mounting point for an LED module. * 1x Airduct.stl OR Airduct_AnetA8.stl OR Airduct_Volcano.stl OR Airduct_Volcano_AnetA8.stl - This is the popular [AnetA8 Spaceship](https://www.thingiverse.com/thing:2088006) fan duct, modified to dimensionally fit the Hemera. * *Optional* 1x V6_Dismounter.stl - This is an extra part I have added, which you can use to disassemble your old V6 hotends to move the parts over to your new Hemera extruder instead. **Printing Instructions:** * Print all parts exactly as already oriented to maximize quality, strength and ease of printing. * You may use 20% infill for all parts. * You may print all parts at 0.2mm layer height. **Assembly Instructions:** 1. Choose which parts you want to print (as explained above) and print them. 2. If using the LED version of the frontplate: 1. Do the wiring/soldering of the LED module and the switch before installing. 2. LED module is installed onto the frontplate below using the small wood screw. 3. Switch is friction fitted into the slots above. 4. Please refer to the 4th picture to get the idea of how wiring works. 3. Insert the square nuts into the Hemera motor and secure the frontplate onto it using 2-4 M3x10 countersunk screws. 4. Slide the airduct onto the part cooling fan you will be using. Use the AnetA8 airduct if you have an AnetA8 fan. 5. Screw the part cooling fan onto the frontplate using 2 M3*20 screws of your choice. **V6 Dismounter Instructions:** 1. Want to disassemble your V6 hotends? First, remove the whole frontplate. 2. Use 2 square nuts and 2 M3x10 countersunk screws to install the dismounter. 3. Plug in your old hotend, heat up and disassemble! I hope you enjoy this part cooler system, and if you have any questions or found some issues, be sure to comment! I will see what I can do! As usual, I have also included the Blender file in case you want to edit it further.