Shredder Drive: Difference between revisions
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(Added some more information) |
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*Our goal is in between for now, 30 kg m. | *Our goal is in between for now, 30 kg m. | ||
=Belt Geardown= | =Geardown= | ||
==Belt Geardown== | |||
*Serpentine belt on D=1.3" shaft of [[Treadmill Motor]] | *Serpentine belt on D=1.3" shaft of [[Treadmill Motor]] | ||
==Gears== | |||
===Planetary Gears=== | |||
*[[Planetary Gearbox]] | |||
=Internal Links= | =Internal Links= | ||
Revision as of 21:59, 27 May 2020
Calculations
- Largest force comparison- 15,000 in lb or 173 kg m.
First Order Shaft Torque Calculations
- 1" shafts made of mild steel would break at 3000 ft lb of torque (ref?)
- Minimum torque requirement 200 ft lb, or 28 kg m.
- Precious Plastic Shredder calls for 3 kg m from Lyman_Filament_Maker_Calculations#More
Motor Torque
- Motor Torque Calculator says about 1 kg m for 3000 rpm with 3kW drive as in Treadmill Motor. Compare to 173 kg m for strongest torque relevant to tractor drive as in 15000 In Lb Motors.
- Our goal is in between for now, 30 kg m.
Geardown
Belt Geardown
- Serpentine belt on D=1.3" shaft of Treadmill Motor