Power Panel
Design
- STEAM_Camp_Module_Specifications#Universal_Power_Supply
- January_2020_STEAM_Camp#Day_4_-_Batteries_.2B_Welder_.2B_Power_Panel
CAD
Terminal Block Module. - FreeCAD -File:Terminalmodule.fcstd. STL -File:Terminalmodule.stl
Power Panel Joint. - FreeCAD -File:Joint.fcstd. STL -File:Joint.stl
Power Panel assembly. - FreeCAD -File:Ppassy.fcstd. STL -File:Ppassy.stl
3D Printed Terminal Block - FreeCAD -File:Terminalblock.fcstd. STL -File:Terminalblock.stl
Power Panel - FreeCAD -File:Powerpanel.fcstd
4040 heatsink. File:Heatsink.fcstd
40x10mm fan File:40x10fan.fcstd
Power Module File:Powermodule.fcstd
TO220 Transistor File:To220.fcstd
Quickpeg File:Quickpeg.fcstd. STL - File:Quickpeg.stl. Results: with 1.2 mm nozzle, feet break off easily. After breaking one, broke the second taking it off the printbed on D3D Universal. Going square.
Quickpeg v2 File:Quickpeg2.fcstd. STL - File:Quickpeg2.stl.
Universal Power Panel Generator - FreeCAD File: File:UniversalPowerPanelGenerator.FCStd
Universal Peg Array Generator -FreeCAD File: File:UniversalPegGenerator.FCStd
Universal Terminal Peg Generator File:UniversalTerminalPegGenerator.FCStd
Production Engineering Data Collection
- Challenging print regarding retraction due to ongoing hops
- Stringing is an issue
- On D3D Pro - D3D v19.11 6 - File:D3d1911 6.ini. But used 1.2 mm nozzle, 1.1 walls - keeps giving the double outer line upon slicing
- Weird artifact - only at 50-70% flow did it work (1.2 nozzle) - for some reason 100% flow spits out too much material. Never seen a case where flow rate had to be reduced to date. Settings in pertinent part:
BOM
Build
Terminals
CAD Notes
- 6 ga wire (50A) is 4.1 mm diameter. [1]