My Asymmetric Electrodynamic Machines

[bbem]

Interdesign21



Bert

[interdesign21]

bluff

@Dana (Prochiro) and @Alvaro (Interdesign)

Hey guys!!

Like I wrote before...I can leave anytime...You could handle it by yourselves!!

That is awesome!


Regards



Ufopolitics

[interdesign21]

[interdesign21]

please, if anyone downloaded this image previously to my edition, delete it as I corrected a mistake in the drawing (start & end line at commutators)
Forgive me
thanks
Alvaro

[Ufopolitics]

Excellent Work!!!

ASYMETRIC WINDING.pdf
Ufo: thanks a lot for such knowledge display and thanks for your patience and kindness.

saludos a todos

Alvaro

Hey Alvaro,

Excellent work man!!

I am thinking of hiring you when I start my EE Book for Universities ...

Seriously, great great work!!


Regards


Ufopolitics

[interdesign21]

[Ufopolitics]

[interdesign21]

Sooo
If I understood it right,

at any X time 3 comm. segments receive an input (W) via M brush / for a bit less than 10 degrees duration / charge its coil /while simultaneously other 3 discharge at 120 degrees the previous pulse at G brushes
(less than 10 degrees considering the space between two comm. segments)

Therefore, the proportion between armature / commutator radius / brush width / is an essential clue that needs an advanced calculation.

I may be wrong,
. . . but surely Monsieur M will reach nirvana !!!

cheers
Alvaro

[Zardox]

I have tried for 3 days now to open Alvaro's PDF but it keeps telling me that it is temporarally unavailable. Can somebody post another link? Would deeply appreciate it.

[prochiro]

@Zardox
I just checked it and it seems fine. Maybe your software is blocking it. Try turning it off and download. The problem is most likely at your end somewhere.
Dana

[Ufopolitics]

Yes...exactly.

Sooo
If I understood it right,

at any X time 3 comm. segments receive an input (W) via M brush / for a bit less than 10 degrees duration / charge its coil /while simultaneously other 3 discharge at 120 degrees the previous pulse at G brushes
(less than 10 degrees considering the space between two comm. segments)

Therefore, the proportion between armature / commutator radius / brush width / is an essential clue that needs an advanced calculation.

I may be wrong,
. . . but surely Monsieur M will reach nirvana !!!

cheers
Alvaro

[wantomake]

will be traveling

Hello to All,

Great pdf Alvaro,
I did download it and will copy some points to my note books. Thanks for this great material to refer back to.

What a machine idea Ufo,
That is a monster. And looks like the size to power a home or RV.

I'm about to head to Okinawa Japan for a few weeks and will sadly be away from my shop. I'll be keeping up with what all are posting and will enjoy the great builds going on. Hope to be back soon and finish the four brush/four coil been wiring and setting up.

On the bench list:
1) converting solar bank batteries to alum (very cool project)
2) wiring next generation motor/gen
3) wiring wind generator

So will be posting from Japan real soon,
james

[Zardox]

I finally was able to download the file. Didn't do anything different it must have just had a lot of hits. That is a good thing if there is that many people looking at this.

[interdesign21]

Hello Zardox
Glad you got it, up to the time of this post, already 377 downloads !
UFO: not everybody reading your thread is posting, but surely many people are learning, which is good news for all of us, congratulations.
Cheers
Alvaro

[JohnStone]

Hi ALL;
I hope all of you are busy like me preparing next steps for own setups. (silence before a roaring strom )
I prepare a jig for thorough motor testing in order to get reliable proofs. You will get a lab note later on with full documentation.
If you are eager to prepare yourself as well look for a scrap excercise bike with magnetic brake and a sensor for electric bikes (x-cell RT / manufacturer: THUN)
rgds John