03-Jun-2017, 07:29 AM
Hi guys, I came across this diy motor just now, and it got me thinking, sorry in advance for my ignorance!
![[Image: b343b804-6875-4a5f-8466-221b26a33601.jpg...onArQ8rt7w]](https://img.rcgroups.com/http://img.banggood.com/images/oaupload/banggood/images/45/46/b343b804-6875-4a5f-8466-221b26a33601.jpg?h=uVNmM1LQ2aoAonArQ8rt7w)
When you wind motors, you put say 10 CW turns on one pole before putting 10 CCW turns on the next pole, yeah? The windings each create a North or South electromagnetic pole depending on the CW or CCW wind, and the direction the current flows?
More turns, more torque, more amperage draw and the lower the Kv, right? The less turns, the faster each signal completes its circuit giving higher Kv or RPM, but the lower the magnitude of EMF on each pole, so less torque and less amperage draw.
So I was wondering, if you were to wind 5 turns on each pole, then continue another circuit putting another 5 turns on each pole what effect would this have?
When you wind motors, you put say 10 CW turns on one pole before putting 10 CCW turns on the next pole, yeah? The windings each create a North or South electromagnetic pole depending on the CW or CCW wind, and the direction the current flows?
More turns, more torque, more amperage draw and the lower the Kv, right? The less turns, the faster each signal completes its circuit giving higher Kv or RPM, but the lower the magnitude of EMF on each pole, so less torque and less amperage draw.
So I was wondering, if you were to wind 5 turns on each pole, then continue another circuit putting another 5 turns on each pole what effect would this have?
Windless fields and smokeless builds
![[-]](https://intofpv.com/images/collapse.png)
![[Image: Delta_diagram_zpsnwlz93ss.gif]](http://i1156.photobucket.com/albums/p579/grizewald/Mobile%20Uploads/2017-06/Delta_diagram_zpsnwlz93ss.gif)
![[Image: Wye_diagram_zpswtuhbcuc.gif]](http://i1156.photobucket.com/albums/p579/grizewald/Mobile%20Uploads/2017-06/Wye_diagram_zpswtuhbcuc.gif)
