Jul 09, 2019, 05:50 AM Jack Interesting, here it is google translated to English: https://translate.google.com/transla...lachdraht.html Jack
Jul 10, 2019, 09:53 PM
Registered User
Quote:
 Originally Posted by Fourdan Hi To have 9 conductors per slot there are several solutions a) asymmetrical 5+4 turns on successive arms (or 6+3 or 7+2 or 8+1 or 9+0=LRK) b) symmetrical 4.5 + 4.5 turns (transit on the rotor side) Close solutions in term of Kv Louis
this really helps for getting more copper on with any wire probably but especially the square in that I think ideal would be to wind every other tooth with only one layer of turns, against the square tooth wall, and then the tooth beside it can do the first layer while also laying the second layer on top, with the square wire it holds and they stack well, and can go up the tooth finishing the second layer. With square's ability to lay on top of other layers you can avoid what has always been my biggest obstacle of getting the last turns of the second layer on as the turn before is always in the way while going down.

so best to count the total turns of two teeth and think about it that way. instead of 9 turns on each tooth it's 18 turns total I need to get on the tooth pairs. with round I do 9+9 just fitting. My attempt winding the square wire i got the 9 turns on the first tooth and then could only get 7 on it's pair. It's especially bad winding from above with the square and it shows the same results only able to get the 7 on the tooth pair with this drawing which is encouraging. Its a 10.6mm gap to get the next turn in and the wire is 11.5 at its thinnest.

going off the drawing, which did prove itself to some degree, two more conductors winding from below and stacking will just fit. have to get more wire and my small sample is gone. once the square wire twists its done.