D3D v20.04: Difference between revisions
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[https://docs.google.com/presentation/d/1-tsozcFWVngwjjhr9Mp4843hSGy8iQDH__hKvnzkPew/edit#slide=id.g5c3be0ce2d_1_28 edit] | [https://docs.google.com/presentation/d/1-tsozcFWVngwjjhr9Mp4843hSGy8iQDH__hKvnzkPew/edit#slide=id.g5c3be0ce2d_1_28 edit] | ||
=Sample Part Library= | |||
[[File:framev1902.png|100px]][[File:z1D3Dv1902.png|100px]][[File:axis_half_carriage.png|100px]][[File:frame+axes.png|100px]][[File:frame+axes+extruder.png|100px]][[File:xy_bracket.png|100px]] | |||
<gallery perrow=6> | |||
File:finalprinter1902.png|'''D3D v19.02 Final Assembly''' - size:nullkb - FreeCAD -[[File:D3Dfinalassemblyv1902.fcstd]] | |||
File:framev1902.png|'''12" Frame''' - size:nullkb - FreeCAD -[[File:frame1902.fcstd]] | |||
File:z1D3Dv1902.png|'''Z1 axis''' - size:nullkb - FreeCAD -[[File:z1D3Dv1902.fcstd]] | |||
File:Motorside.jpg|[[File:check.png]]'''[10] Motor Side of Axis''' - 221k - FreeCAD -[[File:Universal_axis_motor_side.fcstd]]. STL - [[File:Universal axis motor side.stl]] | |||
File:simplecarriage.png|Universal axis carriage: [[File:Universal_axis_carriage_side.fcstd]]. STL - [[File:Universal_axis_carriage_side.stl]] | |||
</gallery> | |||
=Cut List= | =Cut List= |
Revision as of 00:37, 4 April 2020
Specifications
- 12" heat bed
- 1400W heat bed
- Transitioning to OSE Universal Gearless Extruder
- Based on D3D Pro geometry
Working Doc
Sample Part Library
D3D v19.02 Final Assembly - size:nullkb - FreeCAD -File:D3Dfinalassemblyv1902.fcstd
12" Frame - size:nullkb - FreeCAD -File:Frame1902.fcstd
Z1 axis - size:nullkb - FreeCAD -File:Z1D3Dv1902.fcstd
[10] Motor Side of Axis - 221k - FreeCAD -File:Universal axis motor side.fcstd. STL - File:Universal axis motor side.stl
Universal axis carriage: File:Universal axis carriage side.fcstd. STL - File:Universal axis carriage side.stl
Cut List
Using 3D Printer Workbench 2020:
- X - [2] 22”
- Y - [4] 21”
- Z, bed, spool holder - [9] 17”
Heater Element
(See Nichrome Calculator)
Notes:
- Fiberglass sleeve used - HTG fiberglass, does not fray like standard high temperature sleeving (1000F) and is rated for . See [1]. Note that the resin can burn out at the 650C (1200F) workign temp. Sleeve has VW-1 flame resistance. Made of fiberglass, it does not burn out, but may fuse and lose fiber structure.
- Inner core: 5' long wraparound of 2mm tight braid fiberglass sleeve - 600C - [2]
- This is packed into 6' of 6 mm tight braid fiberglass sleeve.
Heater Optimization
Theoretical idea:
But, ga 18 can't bend easily using a cordless drill.
- 20 feet of 20 ga wire appears to be most convenient - 1 piece, max at 1200F. Current 500W heater is 1200F max, and works well.
- 14 feet of 24 ga works perfectly by hand to get a good wrap over 4 feet, and goes fast, about 1 minute pending tieups:
Heater Element Build Procedure
- Cut 14' of ga 24 nichrome
- Cut 5' of tight 2 mm fiberglass sleeve
- start the wrap of nichrome on one end of sleeve
- Attach other end of sleeve to a free-spinning rotor
- Once enough to go inside a cordless drill chuck - grab the nichrome wrap and turn on the drill in reverse to start wrapping. Tension the sleeve against the rotor
- Wrap away! A person should be able to wrap 4 feet long just by holding a corless drill