Working Magnetic Motor on you tube??

[JFK]

JFK,
With one stator in AGW and the other two in GW, the first speed plateau was ~1700 RMP stator, ~425 RPM rotor, and produced a tone near 144 Hz.  After Al stopped two of the stators, the device accelerated to ~4733 RPM stator, ~1180 RPM rotor, and produced a final tone of ~177 Hz.  The delta is 3000 RPM/30 Hz.  If there is a periodic noise eminating from the rotor, it occurs ever 0.42 revolution.  (Note 0.42 = ~0.425 = ~3/8)

See these earlier posts:

... http://www.overunity.com/index.php/topic,3871.msg76218.html#msg76218

... http://www.overunity.com/index.php/topic,3871.msg76260.html#msg76260

Cheers 

Yada ..
.

Great, Thanks Yada. 
This is what I was thinking....
If you take the fundamental frequency of 176.64 / 2 ( poles spinning and heaving the bearing balls ) * 60 seconds = 5299.2 RPM. ( stator )
Hmmm, could the tach be off by some 500 RPM ?
Do you understang what I am trying to say and Is that remotely possible in your opinion ?
If it is, would that not verify that work is being done in both repel and attract modes of the stator ?

The 3/8 number is also extremely interesting.... why every 3/8 ?
5299.2 / 2  * .425 = 1126.08.... pretty close to 1180.

- just trying to determine the origin of the fundemental noise.   

Oh, I totally messed up my math in the previous post so please disregard the numbers there.... and this is probably garbage also.

[Yadaraf]

JFK,
With one stator in AGW and the other two in GW, the first speed plateau was ~1700 RMP stator, ~425 RPM rotor, and produced a tone near 144 Hz.  After Al stopped two of the stators, the device accelerated to ~4733 RPM stator, ~1180 RPM rotor, and produced a final tone of ~177 Hz.  The delta is 3000 RPM/30 Hz.  If there is a periodic noise emanating from the rotor, it occurs ever 0.42 revolution.  (Note 0.42 = ~0.425 = ~3/8)

See these earlier posts:

... http://www.overunity.com/index.php/topic,3871.msg76218.html#msg76218

... http://www.overunity.com/index.php/topic,3871.msg76260.html#msg76260

Cheers 

Yada ..
.

Great, Thanks Yada. 
This is what I was thinking....
If you take the fundamental frequency of 176.64 / 2 ( poles spinning and heaving the bearing balls ) * 60 seconds = 5299.2 RPM. ( stator )
Hmmm, could the tach be off by some 500 RPM ?
Do you understang what I am trying to say and Is that remotely possible in your opinion ?
If it is, would that not verify that work is being done in both repel and attract modes of the stator ?

The 3/8 number is also extremely interesting.... why every 3/8 ?
5299.2 / 2  * .425 = 1126.08.... pretty close to 1180.

- just trying to determine the origin of the fundemental noise.   

Oh, I totally messed up my math in the previous post so please disregard the numbers there.... and this is probably garbage also.

JFK,

Al had problems obtaining accurate tach readings, but the first reading at 1700 RPM appears more reliable than the second reading of 4733, because IMHO the device had not settled down to a second plateau.

As for a 500 RPM error -- I can't say. I do get your point regarding a factor of two for repel/attract.

As for the value "3/8," in fact I derived from the final rotor speed of 1180.

Cheers 

Yadfa..
.

[sm0ky2]

so,. i was opening up an old-school SeaGate this evening (for the neodyiums of course!

.. and low-and -behold, what did i find?

is this?? i think,. YES ,. Yes i think it is! why what is a Magneto-Kenetic-Junsen-Damper doing inside of a Harddrive??

[ken_nyus]

what im hearing is a continuous hum, even when the rotor stops, ive ran this on 3 different computers, speaker setups.
noone else hears this??

I hear it smoky with the volume all the way up. Must be what's left of what that guy was trying to filter out.

[sm0ky2]

what im hearing is a continuous hum, even when the rotor stops, ive ran this on 3 different computers, speaker setups.
noone else hears this??

I hear it smoky with the volume all the way up. Must be what's left of what that guy was trying to filter out.

or the motor w/ spinning magnets under the table that we dont see.