Electric Motor Design Guide: Difference between revisions
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*[[3D Printed Electric Motor]] | *[[3D Printed Electric Motor]] | ||
*[[Lorentz Force]] - electtons are forced along electric field, and perpendicular to magnetic field | *[[Lorentz Force]] - electtons are forced along electric field, and perpendicular to magnetic field | ||
[[Category:Design Guide]] | |||
Latest revision as of 17:31, 11 November 2020
Best Candidate for OSE
- Usable power
- Easy to build
- Low cost
Candidate
- 500W, 2500 RPM - brushless DC, includes ESR circuit design. 73% efffucient.
- I don't see why this simple thing would not be fully functional and immediately workable with the plastic shredder. I am amazed at the small size for the power output. The guy who designed this is pretty sharp.
- The Halbach array one is one option (see 3D Printed Electric Motor) - but the AmazingDIYprojects one seems to be 1/3 the cost and 2x lower weight. Seems like $30 for the mechanical parts.
- Lends itself well to 3D printing.
- Looks completely competitive with off-shelf professional motors - minus some efficiency. But not bad for first functional prototype.
Working Doc
Links
- Electric Motor Design Notes
- Efficiency of Electric Motors
- Electromagnet and Magnet Strength Comparison
- Electric Motor Sourcing
- Electric Motor Windings
- Electric Motor SMEs
- Electric Motor Generator
- Electric Motors
- 3D Printed Electric Motor
- 3D Printed Axial Flux Electric Motor
- Open Source Axial Flux Electric Motor
- 3D Printed Electric Motor
- Lorentz Force - electtons are forced along electric field, and perpendicular to magnetic field