Tall skirts mod for Voron 0.2

I wanted to have taller skirts on my Voron 0.2 so i could place the electronics on the bottom. To achieve this I made the feet taller and adapted the skirts. The skirts have roughly the same heigt as the skirts of a V2.4 or Voron Trident, but smaller hexagons.

All files are available as stls, which have already the correct printing orientation and as step files.

The mod consists of

Front feet

The front feet are only taller and have no additional changes.

- Tall_Foot_Front_Right_x1.stl - Tall_Foot_Front_Left_x1.stl Rear right foot

There are two versions available. One plan foot and one with the integrated filament sensor.

- Tall_Foot_Rear_Right_Plain_x1.stl - Tall_Foot_Rear_Right_FRS_x1.stl Rear left foot

There are four version available. Two for a 24v input and two for the V0.2 bom mains inlet. For each version you can choose between a version with a cutout for a RJ45 keystone adapter and one without.

- Tall_Foot_Rear_Left_Mains_Inlet_x1.stl (Bom Mains inlet no RJ45 cutout) - Tall_Foot_Rear_Left_Mains_Inlet_RJ45_x1.stl (Bom Mains inlet RJ45 cutout) - Tall_Foot_Rear_Left_24V_Inlet_x1.stl (24V version no RJ45 cutout) - Tall_Foot_Rear_Left_24V_Inlet_RJ45_x1.stl (24V version RJ45 cutout) Also there is a small lid that you can screw on that hides the mains connections.

Skirts

There are two skirt versions available. Plain skirts and skirts that can be printed with a mesh behind the normal hexagons. The mesh versions are 1mm thicker, so the “infill” mesh can be applied in the slicer"

without mesh with mesh

Front Skirt

- Tall_Front_Skirt_x1.stl together with [a]_Logo_Insert_x2.stl - Tall_Front_Skirt_Mesh_x1.stl together with [a]_Logo_Insert_Mesh_x2.stl - Waveshare_4.3_DSI_LCD_Faceplate.stl Side Skirts

- Tall_Side_Skirt_x2.stl - Tall_Side_Skirt_Mesh_x2 Rear Skirt

- Tall_Rear_Skirt_x1.stl - Tall_Rear_Skirt_Mesh_x1.stl Bottom Panel

- Bottom_Panel_Mesh.stl Printing instructions

As stated in the Voron documentation:

- ABS - 0.2mm layer hight - 0.4mm extrusion width - 40% infill - wall count 4 - top/bottom layers 5 - no supports For the meshed skirts I used the following settings:

Object is placed at 45° on the build plate. I did also a (manual) filament swap for the mesh. You don't necessarily need to do that.

For the meshed bottom panel the follogin settings were used (mesh from 0-0.8mm) :

The bottom panel is placed at 90° on the build plate. I did not do a color swap for the bottom panel.

BOM

These parts are needed in addition to the bom for the standard skirts

- 4 x M2.5x6 BHCS (to mount the Waveshare Display to the front skirt) - 6x M2x6 SHCS or BHCS (optional - for additional stability of the skirts) - 2x M3x5 BHCS (rear skirt) - 2x M3x6 BHCS (needed to secure RJ45 keystone insert) - 2x M3x16 BHCS (mains cover) - 4x M3 Threaded inserts (right rear foot 1x, left rear foot 3x) For the 24V version of the rear left foot i used:

- KPJX-PM-4S ( https://www.digikey.de/de/products/detail/kycon-inc/KPJX-PM-4S/9990081 ) - DC capable SWITCH ROCKER SPST 10A 250V ( https://www.digikey.de/de/products/detail/w%C3%BCrth-elektronik/471002268142/9950821 )