Ramps 1.4 housing ATX backplate

thingiverse

For those of you wanting a neat way to plug in a standard ATX supply to your printer control box without cutting any of the PSU leads (so you can swap-out the PSU without destroying the cables), then this is for you. A Mod for Ramps 1.4 housing with 80mm fan and built-in LCD controller 12864 by Bernd H. http://www.thingiverse.com/thing:1694188 Print Settings Printer Brand: FlashForge Printer: FlashForge Creator Pro Rafts: No Supports: No Resolution: 0.2 Infill: 70% Notes: For those of you wanting a neat way to plug in a standard ATX supply to your printer control box without cutting any of the PSU leads (so you can swap-out the PSU without destroying the cables), then this is for you. A Mod for Ramps 1.4 housing with 80mm fan and built-in LCD controller 12864 by Bernd H. http://www.thingiverse.com/thing:1694188 This is my first upload. Please be kind if I've messed up. Thank you. Susi xx All hails and props to the mighty Bernd H. (BH_3D_Hobby - www.thingiverse.com/BH_3D_Hobby/about) for desiging/assembling all of these parts into a suberb project. The same goes for the other designers in helping bring this about through their hard work. I redrew the back plate from scratch so that I could include three panel-mountable fixed plugs in order to make this thing work. There is one ATX 2.01 24-pin fixed plug, and two 8-pin EPS fixed plugs. I was intending to include a 6-pin PCI Express socket, but thus far have been unable to find any extension cables that have the required panel-mount barbs. The extension cables I used were all StarTech ones (not a recommendation, just what I was able to get from Amazon UK on short notice). 1x "8in 24 Pin ATX 2.01 Power Extension Cable" (EAN: 065030 819749) (AmazonUK: B000FL60AI) 2x "8in 6 Pin PCI Express Power Extension Cable" (EAN: 065030 842778) (AmazonUK: B000M802RG) Printed in PrimaValue PLA (Red) I wanted this to be quite rigid as ATX plugs and sockets take a bit of pulling and pushing to make or break a connection, so here is how I printed - 70% infill (FullHoneycomb) (personal choice, but you should be able to get away with 50% or less - depends how rough you want to be...) 0.4 @0.9 Extrusion Multiplier 0.2mm layer Top/Bottom/Perimeter all 3 To maintain hole accuracy (Simplify3D), the outline was printed Outside-In Nozzle Temp: 215degC Bed Temp: 55degC (onto Kapton-on-glass) Print cooling fan at 100% from layer 2 Default print speed: 60mm/s How I Designed This Drawn using Fusion360 Sliced on Simplify3D v3.1.1 Printed on a FlashForge Creator Pro (2016) via SD Card