Pi Controllable Outlet Box

thingiverse

Project box to hole a computer controlled circuit based off the design i found here: https://www.instructables.com/id/A-USB-Power-Controled-Plug-Strip-With-Isolation/ Instead of USB, I will connect it to a raspberry pi via a 2pin molex connector on the side hole. The front panel accepts a C13, C14, and 10 amp push button fuse. Which will allow it to all be modular. I did a 100% infill, but i think its overboard. The 10% during mock up actually worked nicely, but i didn't test putting a screw in it, and i want as much bite as i can for the screws holding the components together. I should have marked out the screw holes for each component, but i didn't trust my measuring skills. v3 will fit all the components, but its tight and not a lot of room to spare. Also the fuse hole was very tight. v4 i added a couple centimeters down long axis to give more room. Also added 2mm all around the fuse so it fits much loser. Make sure to pre-drill screw holes for the internal components. Components ?x m3*6mm screws to screw the components to box Hot glue gun (Optional, i glues components in place jic, but the screws are pretty secure) 1x Opto 22 Z240D10-17 Z Model DC Control Solid State Relay, Replacement Part Only, 240 VAC, 10 Amp 1x C 250V 10A IEC 320 C13 Panel Mount Connector Socket 1x ush Button Reset 10A Circuit Breakers with Quick Connect Terminals 1x AC 250V 10A IEC 320 C14 Panel Mount Plug Adapter Connector Socket 1x 2.5mm Pitch 2 PIN JST SM Male & Female Plug Housing and Male/female Pin Header Crimp Terminals Connector Kit (you need a crimping tool) 16 (?)x Female Spade Nylon Quick Disconnect Electrical Crimp Cold-Pressed Terminals (Make sure you size your wires correctly. I used 18AWG for the 3.3v control wires, and 16 or 14 AWG for the 120V power lines. Use a crimping tool, and not pliers) 2x 5*20 mm Fuse block (mine came as a singles that you snapped togethor. They sell ones that just accept 2 fuses) 2x 5*20 mm 0.1A glass fuses 2x TVS Diodes 1.5KE6.8CA