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

[iflewmyown]

Please, we have 30 pages of good information and people working together for a common purpose. For many years Luc has built countless projects and shared all he found, that is a fact. I am an old man who spent 40 years trying to find or replicate free energy. I chose a long time ago not to share my failures but I would happily haved shared my success had I had one. I am working on a mechanical commutator design in case the relays fizzle and the mosfets don't work properly. Having built many mechanical commutators I sincerely hope the mosfets work. Let's ignore the rhetoric and proceed.
Thanks
Garry

[Andy71]

Hello Michel
There are many ways to control the coils of Pierre Cotnoir.
I will also try your suggestion.
My schematic, driver, program (pictures) has not been released in the forum.
I can not imagine what the problem is with the admin.
Is information withheld here?
Here is my first schedule program (one cycle), variations always possible.
R = relay
Plus Power Relay Contacts R1 - R36
Minus Power Relay Contacts R37 - R72, see pictures
Best regards Andy

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Takt 1 (Spule 1 = R1 + R43); (Spule 7 = R43 + R 13); ( Spule 13 = R13 + R55); (Spule 19 = R55 + R25); (Spule 25 = R25 + R67); (Spule 31 = R67 + R37)

Takt 2 (Spule 2 = R2 + R44); (Spule 8 = R44 + R 14); ( Spule 14 = R14 + R56); ( Spule 14 = R14 + R56); (Spule 26 = R26 + R68); (Spule 26 = R26 + R68)

Takt 3 (Spule 3 = R3 + R45); (Spule 9 = R45 + R 15); ( Spule 15 = R15 + R57); (Spule 21 = R57 + R27); (Spule 27 = R27 + R69); (Spule 33 = R69 + R39)

Takt 4 (Spule 4 = R4 + R46); (Spule 10 = R46 + R 16); ( Spule 16 = R16 + R58); (Spule 22 = R58 + R28); (Spule 28 = R28 + R70); (Spule 34 = R70 + R40)

Takt 5 (Spule 5 = R5 + R47); (Spule 11 = R47 + R 17); ( Spule 17 = R17 + R59); (Spule 23 = R59 + R29); (Spule 29 = R29 + R71); (Spule 35 = R71 + R41)

Takt 6 (Spule 6 = R6 + R48); (Spule 12 = R48 + R 18); ( Spule 18 = R18 + R60); (Spule 24 = R60 + R30); (Spule 30 = R30 + R72); (Spule 30 = R30 + R72)


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Takt 7 (Spule 1 = R37 + R7); (Spule 7 = R7 + R 49); ( Spule 13 = R49 + R19); (Spule 19 = R19 + R61); (Spule 25 = R61 + R31); (Spule 31 = R31+ R37)

Takt 8 (Spule 2 = R38 + R8); (Spule 8 = R8 + R 50); ( Spule 14 = R50 + R20); (Spule 20 = R20 + R62); (Spule 26 = R62 + R32); (Spule 32 = R32+ R38)

Takt 9 (Spule 3 = R39 + R9); (Spule 9 = R9 + R 51); ( Spule 15 = R51 + R21); (Spule 21 = R21 + R63); (Spule 27 = R63 + R33); (Spule 33 = R33+ R39)

Takt 10 (Spule 4 = R40 + R10); (Spule 10 = R10 + R 52); ( Spule 16 = R52 + R22); (Spule 22 = R22 + R64); (Spule 28 = R64 + R34); (Spule 34 = R34+ R40)

Takt 11 (Spule 5 = R41 + R11); (Spule 11 = R11 + R 53); ( Spule 17 = R53 + R23); (Spule 23 = R23 + R65); (Spule 29 = R65 + R35); (Spule 35 = R35+ R41)

Takt 12 (Spule 6 = R42 + R12); (Spule 12 = R12 + R 54); ( Spule 18 = R54 + R24); (Spule 24 = R24 + R66); (Spule 30 = R66 + R36); (Spule 36 = R36+ R42)

[gotoluc]

Moving on    Aller de l'avant

https://youtu.be/1K3i87xHbbg

[seaad]

Luc
Don't we have two neighbor coils on ?
First step, coil 1+2 then 2+3.
Perhaps you should widen the sec. core to 7 sections.
Just asking
Arne

[listener191]

I would use the 4 pole rotor of a 1500 rpm alternator which can take plenty of turns. And the use a 4 pole distributed winding using 3 coils for each pole in in series. This way your two rotor phases will be the same. Salient rotor would be hard to get many turns on.

L192

Fr.
J'utiliserais le rotor à 4 pôles d'un alternateur de 1500 tr / min qui peut prendre beaucoup de virages. Et l'utilisation d'un bobinage distribué à 4 pôles utilisant 3 bobines pour chaque pôle en série. De cette façon, vos deux phases de rotor seront les mêmes. Rotor saillant serait difficile d'obtenir beaucoup de tours.