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Riden RD6006 power Supply Case

3D model description


This project includes Mains wiring. If you are uncomfortable with that, PLEASE seek help from someone who is suitably qualified. I can't therefore be held responsible for any unintended consequences.

Legal Requirements:

I’d also wished I could have made this project COMPLETELY ’snap’ together, but as I’m an Electrical Engineer, I know that in my jurisdiction, there is a requirement that the ONLY way you should be able to touch a mains power cable is by use of a tool!. I’ve kept the top case & base snap together, & the front section as well. To satisfy the legal requirements, I’ve included two bolts at the rear of the case, between top & bottom parts. The IEC socket ‘snaps into place, & is kept below the ’surface’ of it’s holding, so fingernails can’t pull it out, only a knife or screwdriver can. This SATISFIES the legal requirements, & I would ask that ANYONE who completes this project use two countersink 12 mm screws for safety sake.

This is my second 'Thing', & also my second 'Fusion 360' design.

My other project-->

Front Section:

Parts List:

  1. 3D printed "Front Section FINAL"


I’ve deliberately made this a tight fit for the RD6006, I didn’t want to put holes in the side, to allow the the nubs on the power supply module to poke through, for reasons of aesthetics. You may therefore have to lightly sand the entry points, (depending on your 3D printer). I’ve included nubs for the mid section of my case to ‘click’ into, & a series of ventilation holes, (with fillets to smooth the top & bottom to the touch) to both top & bottom of the front of the case to allow passive cooling, but ALSO to allow cooling air an entry point to be drawn in, by my rear panel fan.

Rear Panel:

Parts List:

  1. 3D printed "Rear Panel Extrusion FINAL” OR "Rear Panel NO Extrusion FINAL”
  2. Four M3 X 16r bolts
  3. Four M3n nuts
  4. 60 x 60 x 13 Fan (AFB0612VHC, Data Sheet included)
  5. IEC Fuse Chassis Male Power Plug with Switch PP4003 (see for wiring diagram.
  6. 7 spade connectors & 3 fork connectors
  7. Ceramic Fuse (4Amp for 240v, 8A for 110v)

I made the fan shroud, using arcs & the circular pattern feature in Fusion 360, & it matches the structure of the AFB0612VHC fan to allow maximum airflow. If you use a different fan, you may impede this. The IEC PP4003 socket hole was made to be tight, since I’ve not used bolts (you may need to slightly sand the hole, depending on your printer)


I've include PDFs about the fan, so it is a simple matter to put the nuts inside the fan's case, & tighten the M3 x 16r bolts, making sure to have the fan correctly orientated so that air travels in through the front ventilation holes, alongside the LED power supply, & then from the case. Also make sure to put a fuse & spare inside the IEC Socket assembly. Wire the IEC Socket & Switch using the diagram in the Post Printing for reference. You can use ’Crimp Connectors’, but I personally ALSO solder the wire inside the connector (especially on the earth connections). Push the IEC socket through the hole in the rear panel, & using spade forks, attach them to the power supply.

Main Base:

Parts List:

  1. 3D printed “Main Base with Martek Holder FINAL”
  2. Four M4 x 12 bolts (for power supply)
  3. LED Power Supply with outputs of 60V 10A. Model S-600-60 (
  4. In-Line Fuse 15Amps with 12AWG Wire ’tails’
  5. 450mm each of 12AWG Red & Black Silicon cable (DON’T use anything less)
  6. 450mm each of 18AWG Red, Black, Yellow Silicon cable (for connection of 12V sections to drive fan)
  7. Four M3 x 12b bolts (to attach Top to Base, this is ESSENTIAL to meet legal requirements)


I’ve made it possible to solidly mount the power supply, whilst also allowing air to flow freely both under & over it, being finally drawn out by the rear fan.

Main Top:

Parts List:

  1. 3D Printed “Main Top FINAL” (Printed with supports ‘on build plate only)


When attaching top, slide rear section screw attachments first, then ‘click’ the top onto ‘Main Base’.

  • 3D file format: PDF and STL





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