The bearing motor

[Magluvin]

MH
I have made no mistake.

It's more complicated than that and I believe the current has to flow through the cylindrical magnet itself for the magnet to spin.

Exactly.

In Faradays experiments using a ring magnet, with the magnet stationary, running current through the radius of the disk causes the disk to turn. But it does not happen the other way around. Because there was no current sent through the magnet.

And, if the ring magnet is mounted to the disk axle, so the ring magnet is spinning with the disk, applying current to the disk only, the magnet and the disk will spin.  This shows that the field of the ring magnet is basically not spinning with the magnet. The paradox.

So the only way to get the ring magnet to turn with current through a stationary disk, is to also have current in the magnet itself. Of which Faraday doesnt show that he tried this back then. So the current flowing through the magnet must somehow bind the magnets field to the magnet in a way that now the magnet will spin with current through the stationary disk.

Mags

Mags

[Tito L. Oracion]

wow that's amazing!!!!


it's like when the water is coming out of the hose, it produce a force like this one.
https://www.youtube.com/watch?v=aiE58Ri5axQ


and this one, it can make a rotation to it.
https://www.youtube.com/watch?v=iPqVvThyL1A


so it follows whatever direction we want. maybe that's the reason why ac and dc are capable to it as a source. 
successive push and successive twist.  


just water flowing. hmmmm


toits

[synchro1]

Touching electrodes to the magnet instantly shorts the current through the highly conductve material.

[Magluvin]

Touching electrodes to the magnet instantly shorts the current through the highly conductve material.

Yep.  As I mentioned in the other thread where I show the magnet rolling on the foil with current applied, I tested a broken neo mag, and the mag material shows very low resistance, as I was wondering if the nickle coating was the current carrier in those experiments.

Below is a pic of another bearing I acquired from our mechanic where I work. It is new but didnt fit what it is suppose to.  As soon as I opened the box, the ball cage caught my eye.    Most ball bearing assys have these and I neglected to think about how they apply to the currents through the whole.  The other bearings I had shown earlier, in this pic also, have plastic cages to hold the needle bearings in place.  One of them I have a hard time getting current to flow from the outer to inner race.  Need to clean it out. Been sitting for some time.  The other I am working on a fixture to try and run the bearing without an axle, just a conductive plug to fit inside with a center pin contact for the inner race connection and just mount as shown in other examples with the other input connection there.


Mags

[Pirate88179]

Yep.  As I mentioned in the other thread where I show the magnet rolling on the foil with current applied, I tested a broken neo mag, and the mag material shows very low resistance, as I was wondering if the nickle coating was the current carrier in those experiments.

Below is a pic of another bearing I acquired from our mechanic where I work. It is new but didnt fit what it is suppose to.  As soon as I opened the box, the ball cage caught my eye.    Most ball bearing assys have these and I neglected to think about how they apply to the currents through the whole.  The other bearings I had shown earlier, in this pic also, have plastic cages to hold the needle bearings in place.  One of them I have a hard time getting current to flow from the outer to inner race.  Need to clean it out. Been sitting for some time.  The other I am working on a fixture to try and run the bearing without an axle, just a conductive plug to fit inside with a center pin contact for the inner race connection and just mount as shown in other examples with the other input connection there.


Mags

This will be interesting to see.  My guess is that it will not turn without the shaft, but, that is what testing is about...
we will see. 

Good luck.

Bill