D3D v19.02: Difference between revisions
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File:framev1902.png|'''12" Frame''' - size:nullkb - FreeCAD -[[File:frame1902.fcstd]] | File:framev1902.png|'''12" Frame''' - size:nullkb - FreeCAD -[[File:frame1902.fcstd]] | ||
File:simplecarriage.png|Simplified carriage: [[File:Universal_axis_carriage_side.fcstd]]. (From [[D3D Part Library]]) | |||
File:Letour 24V power supplyIMG.png|'''LFX_24V Power Supply''' - size:nullkb - FreeCAD -[[File:LFX 24V Power Supply.fcstd]] | File:Letour 24V power supplyIMG.png|'''LFX_24V Power Supply''' - size:nullkb - FreeCAD -[[File:LFX 24V Power Supply.fcstd]] | ||
Revision as of 17:01, 26 February 2019
Build
Working Doc
Build Sequence
Build sequence.
Build nozzle.
Build fan attachment.
Add sensor holder.
CAD - Part Library
Printer
- D3Dfinalassemblyv1902.png
D3D v19.02 Final Assembly - size:nullkb - FreeCAD -File:D3Dfinalassemblyv1902.fcstd
12" Frame - size:nullkb - FreeCAD -File:Frame1902.fcstd
Simplified carriage: File:Universal axis carriage side.fcstd. (From D3D Part Library)
LFX_24V Power Supply - size:nullkb - FreeCAD -File:LFX 24V Power Supply.fcstd
Itemized:
- Frame
- Carriage
- Motor piece
- Idler piece
- Half-carriage with regular bearings
- Rods
- Extruder
- Endstop
- Heated Bed
- Cable chain start, simplified
- Cable chain end, simplified
- Cable chain link, simplified
- 18 mm bolt
- 30 mm bolt
- Angle for holding X to Y axis
- Controller - power supply - borrow from Lyman Filament Extruder
- Controller - Arduino
- Controller - RAMPS
- Controller - LCD screen - reverse engineer from drawing?
- Controller - MOSFET
Extruder
OSE Extruder v19.02 - File:Oseextruder1902.fcstd. Volcano version, tighter fit on carriage, auto Y alignment.
OSE Extruder nozzle assemby. Holds fan and sensor. File:Nozzleassembly.fcstd. STL - File:Nozzleassembly.stl
![Stock Titan Aero mount bracket. See [1]. Bracket - [2] - STEP + STL. Check out drawings from E3D - [3]. STEP of Bracket - File:Bracket.fcstd](/images/thumb/5/51/Titanstockholder.jpg/120px-Titanstockholder.jpg)
Stock Titan Aero mount bracket. See [1]. Bracket - [2] - STEP + STL. Check out drawings from E3D - [3]. STEP of Bracket - File:Bracket.fcstd
![Titan Aero with motor - [4]](/images/thumb/7/78/Titanwithmotor.png/120px-Titanwithmotor.png)
Titan Aero with motor - [4]
Titan Aero mount top plate. File:Brackettop.fcstd. STL - File:Brackettop.stl
Simplified carriage: File:Universal axis carriage side.fcstd. (From D3D Part Library)
8 mm sensor. Download - File:8mmsensor.fcstd
File:5015blower.fcstd 5015 Blower
File:40x10fan.fcstd 40x10mm fan
![Stock Titan Aero mount bracket. See [1]. Bracket - [2] - STEP + STL. Check out drawings from E3D - [3]. STEP of Bracket - File:Bracket.fcstd](/wiki/File:Titanstockholder.jpg)
![Titan Aero with motor - [4]](/wiki/File:Titanwithmotor.png)
Itemized Part Library
- Titan Aero with Volcano
- Carriage
- Rods
- Titan Aero Bracket
- Print Cooling Fan
- Print Cooling Fan Holde
- Height Sensor, 8 mm sensing distance
- Height Sensor Holder
- Fan duct
- Screws for mounting Titan Aero Bracket
- Cable Chain
- Stepper Wire. Use Flamingo Workbench to create wires as pipes.
Change Log
- Main change - Titan Aero with Volcano heater block.
- Develop auto-parallel of two Y axes
- Determine if 24V has visible performance improvement.
- Does the Volcano heater block use the same heater as the standard E3D version? Docs - [5]. Yes:
- Heater sourcing - [6]
