Working Magnetic Motor on you tube??

[vipond50]

Good morning, All,

Last night, at about 2am, I realized a simple test, based on Al's video, to determine if our rotor magnets are close to matching Al's.

If you recall, in Al's video, after he sync's the one stator AGW, soon after, he stops, by hand the other two stators.  Okay, now, if you watch the two stopped stators, when Al removes his hands, they DO NOT start to respin on their own.

TEST:
My test is this, to all replicators.  Spin up your rotor by hand, and then manually stop the two identical stators, with your hand, and then let go.  Does your stopped stator's begin to respin??  If yes, the rotor magnets are stronger than Al's!!    

Please post your results and magnet strength of rotor magnets.

Cheers,
Bruce

EDIT:
I have already done this test, on my "toy".  And they did not like being stopped, at all, and immediatly began to respin!!

Hi Bruce
Just did your little test. I have two 1/4" long N42 mags/ slot.
The other two Stators that are stopped just set there and wiggle back and forth very so slightly while the one Stator is in sync.

Regards
Bill

BTW- after re-looking at the Pic's and working them with AutoCad i thinks the Rotor Dimensions need to be reviewed.

[CLaNZeR]

Wow did Al actually consent to that?? Awesome

Not sure. Someone proposed that and I found it a good idea. Wonder what @CLaNZeR thinks about it.

Na AL got his own, he not having mine LOL 

[Omnibus]

If you recall, in Al's video, after he sync's the one stator AGW, soon after, he stops, by hand the other two stators.  Okay, now, if you watch the two stopped stators, when Al removes his hands, they DO NOT start to respin on their own.

Hi Bruce

Cannot remember which Video now , but in one of them I demonstrate that the magnets loose interaction at certain RPM's and as the Rotor slows down again they start to interact. I think at about 800 RPM the AGW actually lost it as well.

This shows that AL's Rotor was definatley speeding up in his video for this to happen.
How it was speeding up is another question LOL

Cheers

Sean.

I've observed a similar effect with the rig that has the recommended rectangular magnets. Like I said, I'll study that later. I think what's important now is to figure out the self-sustainment with the replicas of the original.

[blue_energy]

Hope this might be of help
I used my sound card and constructed a transducer consisting of a ferrite core and around 20 turns of copper wire, the measurement is taken approximately 1 inch from the stator while I maintained AGW lock by spinning the rotor manually.
What your seeing is 2 cycles of the stator.
http://cosmopod.com/mysite/barefm/op/stator2cycles.jpg

Code Select Expand


!
!
!  O   []
!
!

Exclamations represent rotor edge.
"O" represents stator
[] represents transducer

And here is a 28 second audio sample
http://cosmopod.com/mysite/barefm/op/statorwave.rar

Hi Running Bare,

In your 28 second audio sample - did you manually accelerate the rotor during the sample capture?  The reason I ask is that, in the middle of the run, there is a slight acceleration of the stator that occurs.

Blue Energy

[RunningBare]

Hi Running Bare,

In your 28 second audio sample - did you manually accelerate the rotor during the sample capture?  The reason I ask is that, in the middle of the run, there is a slight acceleration of the stator that occurs.

Blue Energy

I used my hand to keep the rotor spinning, so yes you will notice variations in speed and acceleration, presently I'm trying to figure out a way to attach a small motor I have to the rotor