Working Magnetic Motor on you tube??

[Omnibus]

@All,

Does anybody know if the 258g @alsetalokin reported for the weight of his rotor is with or without that additional red weight piece seen in the video?

[supersam]

omnibus,

just keep grasping at straws,  if you want to trim the weight of your rotor, the only way i see it is to cut the bottom out till it gets to the desired weight.  no need to mess with the outer circumference of the rotor or the actual depth of the edge.

lol
sam

[Omnibus]

omnibus,

just keep grasping at straws,  if you want to trim the weight of your rotor, the only way i see it is to cut the bottom out till it gets to the desired weight.  no need to mess with the outer circumference of the rotor or the actual depth of the edge.

lol
sam

Oh, sure, no doubt about it. As I said, however, I'd like to know what the weight of the rotor with that red weight seen in the video is. Is the known 258g with or without that weight?

[hydrocontrol]

@ Omini
Relating to the two holes in the base plate, Yes it could be as u stated, but i am uneasy with it due to statements that OC made. Last night i worked with secondary magnets under the base during spin down tests with AWG and found that by placing the secondary magnets in location representative the two holes i did find a change to the stator behavior. This tells me that a these holes are there for a purpose or at least it seems so at this point.

Best Regards
Bill

I have holes in both my base plate and rotor as I had to use the holes to attach the base plate and rotor to a 6 inch rotary table for milling purposes. Placing any magnet in these locations will change how the rotor behaves. Of course placing additional stator magnets in any of the other 13 slots slots causes strange rotor behavior as well. I even went as far as making a right angle plastic bracket to hold a stator above the rotor for 3-d effect. It also made it behave differently but still no spin up or even constant speed. From the way my rotor behaves in the 'way it is suppose to be configuration' I am thinking the rotor magnets are too far apart by about 1/4 to 3/8 of a inch.  Time for a variable rotor magnet design. Why can not these designs be simple...

TomG

[Omnibus]

@hydrocontrol,

The time for these variations hasn't come yet, I think. I'd like to ensure first that I have all the parts weighing the same as the original and that the magnetic fields are the same as in the machine shown in the video. Now, before going any further I'd really like to know is this 258g of the rotor is with or without that red weight in the video. How much that particular rotor actually seen in the video really weighs? Is it 258g or anything different.

Wish also @alsetalokin would measure the magnetic induction at 5mm distance from his rotor at the base of the rotor magnets which is flush with the top of the ring stator magnets. I wish this measurement could be done at at least 1 degree increment. We can then compare these 360 data points with what we have (we'll ave to do the same measurements). Same thing for each stator magnet at 5mm from its surface at the plane of its top.