Working Magnetic Motor on you tube??

[hydrocontrol]

@ Omni

I am very keen to replicate but still cautious as to whether this is a joke of some kind. I will be a 2nd gen replicator for sure.
The design reminds me of a crop circle I saw once a long time ago. see: http://www.cropcirclesecrets.org/predictions98.html
Its all very exciting though, cant wait to see how you go. Good Luck

Dean

Wow.. That is interesting... Got the below image from your link..

[dean_mcgowan]

@Hydro,

I am not trying to detract from the science or to imply a metaphysic is involved, though the image did inspire me to create my own magnet motor designs. I am in russia now so not really sure where to go to get parts or machining done, might be something of a challenge. Cant wait for the green light from a serious replication though. Chomping at the bit here

Cheers,

Dean

[sveinutne]

I have looked at Al's and also my rotor and when running the stator and rotor the same direction they will lock up like I have show on the drawing.

When the stator and rotor magnets are at the closes to each other (like in drawing 1).

The magnet will be reduced in strength. Then in drawing 2, we should have divided it up in several shots, because so much is happening here. Fist we have a breaking effect. The stator and rotor are in attraction, but are moving away from each other. During this phase the magnets are increasing in strength and when we get to the position shown in picture 2 the stator magnets start to feel the next rotor magnet and we are getting a net pull or gain on the rotor. Now the magnets are recovering in strength and we are getting a stronger pull because the magnets are now stronger. In picture 3, the magnets are weakened again.


In situation 1 and 3 we have strong braking and acceleration, but the net transfer of power between the rotor and stator is close to zero.


My theory is that most of the gain or transfer of energy is in picture two because of this magnetic lag and change of magnetic strength on the magnets.


Where the magnets are getting the energy that are building up this strength in the magnet I do not know.


It would be interesting to simulate this in FEMM. Any takers?

If we look at the stator magnet and say it is rotating at 6000 rpm, to make the calculation easy. That will be 100 rev. per second or 36 degrees per millisecond. If the lag time is 1 millisecond, it will rotate 36 degrees before it fully recovers its strength and that is good. If we want to run at a much lower speed we should use magnets with longer lag time.

Svein

[JAG]

Hi All,

Looking good so far! Omnibus, great to hear that you'll be ready to roll by Monday. As for everyone else, about when do you all expect to start preliminary testing?

In the meantime, I was thinking that it may be a good idea to put together a PDF with a listing of different experiments that we should all try. I've seen many people come up with lots of good ideas but perhaps it would be a good idea to come up with something like this before we all start testing (especially if we all manage to get it working). Then we will all have a set of standards to follow so we can compare data. If you are interested, just post your test ideas (old and new), and I'll see if I can compile a file for everyone.

Speaking of which, did Al ever see if he could get the motor to sync up with only one stator? Or did he always have to start it with three and then stop the first two?

God Bless,
Jason O

Hi Jason,

Great minds think alike

http://www.overunity.com/index.php/topic,3906.0.html

[dean_mcgowan]

@All

I am still not clear on whether the JDO specifications are exactly what Al has built or not ?
Can anyone clarify this, it seems a grey area, or did i miss a post regarding this?

Dean