170 watts in - 1600 watts out - looped - Very impressive build and video

[gyulasun]

Hi Gyula
The red wire you drew within stators that connect through adjacent poles is how it must be and that seems correct. The pole numbers are also correct, the rest of it forget about it eh!
...

Hi Doug,

As Luc indicated, you may have taken member gyvulys666 as if he was me.  Of course his first name could be Gyula as well,  I do not know him. 

Greetings,
Gyula

[pmgr]

Hi Gyula
The red wire you drew within stators that connect through adjacent poles is how it must be and that seems correct. The pole numbers are also correct, the rest of it forget about it eh!
.
The last drawing I put up with the question marks was meant to show that this method does not work out right,  (and has not  the adjacent poles in it like yours does) 

If winding (weaving) the one "good-wire" as shown in your drawing (the red inner wire not the rest of the mess outside the frames)

This red wire would go DOWN through slot 6 then come back UP through slot 7 (adjacent slot) and the jump again over to the slot 12 go DOWN through that, then UP through 13 and so on....(weaving) Finally the beginning of wire connects to the end of red wire too, so a completed circle.....Pierre mentioned intertwined or interweaving wires....so this describes how it will be when everything is connected up and there will be fiver circuiar "strings" within the "rope" of circular wires...

All ends of the coils must connect together, as Pierre clearly showed in this drawing of his switching circuit so seems there are 5 connected-ends circles to the stator wiring....note there should be in finished product, 2 wires per slot.....

Too many options to wind this.... the above is another possibility. But for this case, you get a red wire looping back on itself and it is only occupying 12 slots total. Let's say you do the same for the other color wires and loop them back on themselves. Then you have 36 slots filled, but then how do each of these colored wires then connect to each other?


Another ways is to span 7 slots with this method. Then you will fill all slots going around and all of them will be in series.

[gotoluc]

Okay guys, it's all sorted out. The winding method I suggested happen to be what Pierre used. The below is Pierre's reply (translated to English) of my French video to him.
Believe it or not the wire I chose (seen in my video) is 22 awg and exactly the size Pierre used. Not only that but my coil is 36 turns and Pierre used 35 turns.
So no more discussion needed. Let's move on with correct Femm testing and replications.

Regards
Luc

Pierre's reply
Hello Luc,
yes, that's exactly what I did two interlaced coils in each slot.
I use 22 awg but a smaller wire could have done the job.
I made 35 turn per coil and it was a very tight fit in the available slot space.
Tonight I'll write back to you because I think I found the problem of my wave form and I'll have to redraw my electrical schematic

Pierre

[Jeg]

Hi Luc
Thanks for what you are doing. Your video is very clear even in French. If I understand, when stator is ready every slot contains two coils?

Regards

[konehead]

Hi Everyone
Here is best I can do explaining how I think the windings of Pierre's stators goes - note that the 12 "corners" of the 6 poles created in each layer is where you would hook up the power input connections......everything comes out even with 6 poles now you just have to pulse them NSNSNS and get that "switching-overlap" timing thing happening too so there is never an off period....the "free energy" comes from the "jump across", and the 4 windings are "trapped" between the coils on each end, so the field wants to collapse but cannot, and they can only "try" to, so this energy is sent through diodes to fill caps. This is the theory of secret person who lurks on this board, he explained it to me why the free energy is because of the wrap over the encased winds....not sure about that but good theory I think best I have heard so far.