Working Magnetic Motor on you tube??

[RunningBare]

Hey RB,

Al's scope readings show a pretty symmetrical curve, almost a saw-wave.

Are you measuring something different?

I have very little idea on how to interpret properly either measurement, but why do they not agree?

It is the stator I'm measuring, at the distance I was measuring and the reduced sensitivity, the coil could not detect the rotor magnets, also I was able to listen while spinning up.

Keep in mind I'm using a zinger for the stator, its quite likely these cheaply made magnets do not have a uniform field
But I do have to say that a triangular wave form is the last thing I expected to see from a diametrically magnetized cylinder.

[ken_nyus]

Early stator reading from Al...



Later dual coil reading of stator was called symmetry_t1.JPG, can't find that link right now.

[edit to try and attach the image]

[multiuser]

hi @ all

sorry, i?m new in this technology, but very intrested in it...

haw many replications does running in this time?
i saw many videos in youtube and co...

are there "plans" for this kind of "motor"?

thanks a lot,
robert

[MeggerMan]

@Robert:
http://www.ospmm.org/whipmag/pdf/OC_motor_011708.pdf

@All,

I've been thinking, you know the sink science experiment showing that beyond a certain rotor (water driven neodymium magnets) speed the ball bearing (stator) reverses direction.
http://www.youtube.com/watch?v=tqEd3KHuEHU

So could it be that Al's stator is the ball bearing reversing direction, in this case syncing.
So in effect the rotor is kicked onwards and likewise the stator is propelled ever faster in AGW rotation.
Someone has probably already suggested this as an idea anyway.

Hmmm, two rotors, one above the other, one with neo magnets fixed to the rotor poles facing up and a second rotor with ball bearings fitted to stiff springs allowing a small to and fro movement.

Regards
Rob

[Rosphere]

...Do you think that would be a criterion for the correct rotor to stator magnet induction ratio?

@Omnibus,

I think that this 'GW-stator lock' we are discussing here is a factor of many things.  If I were to order these things in descending influence they might be:  rotor speed, stator rotational inertia, relative magnet strengths, distance between magnets, and stator bearing friction.  Did I miss anything?

What I find most curious was the one stator that slowly rolled over 180 degrees to match the polarity of the other stator facing the rotor.  Why should the magnetically balanced rotor favor only one face of the locked GW-stators?

Perhaps the rotor magnets were not as balanced as we assume?