Working Magnetic Motor on you tube??

[Omnibus]

Great, Jason. First, Happy New Year to you and all the best. I was mentioning somewhere that you might wanna do that, but I wasn't sure as to whether you'll have the time for that. I'm glad to see you're rolling up your sleeves. What has to be understood also is what exact magnets these are. Someone was questioning the direction of magnetization so we have to know that clearly so that we can order them right away. I wrote e-mails also to several other friends who might not have heard of this and see if they would also be willing to replicate it. What a fantastic start of the new year. Waiting for the drawings with great interest.

[Craigy]

i have ordered the same magnets, might be more expensive but need to replicate. And getting the same ones, hopefully will make that easier, now back to lathe.

When testing it would be good if we take readings of the gauss before, ambient temperature, but device in a faraday cage etc to try and narrow down a few things. Are the magnets being depleated? If they are not we could be on to a winner. Hope so guys

[CLaNZeR]

Thx to Craigy , Stator magnets ordered this end as well 

Been trawling through the threads and so many posts trying to get the dimensions that Alsetalokin has used and found this snippet:

A dimensioned sketch of the bearing/magnet holder assembly is posted on the other site. The baseplate that I am using is acrylic plastic, 5/8 in thick, 7 3/4 ( in x 8 1/2 in,
with a 1/4-20 threaded hole in the center for the rotor axle, and 13 evenly-spaced 4-40 threaded holes for the stator magnet bearing holders, on a circle of radius 3 3/8 in centered on the axle.
The rotor is 3/4 in thick piece of HDPE plastic, 2 7/8 in radius, with a 0.500 in center hole bored all the way thru for the flanged axle bearings. Magnets are held in 8 evenly-spaced 1/4 in wide slots, 7/16 in deep, inner edge of slots at the 2 1/2 in radius from center.

This is the basic layout for the 13x8 version that I am experimenting with. But I am mostly just using 3 stator magnets and a couple of "dummy" aluminum pieces of the same size as the magnets, also mounted in the same type of bearing holder.

The stator magnets are mounted by a single trimmed 4-40 SHCS and a little washer to make sure only the inner bearing race is contacting the screw or the baseplate.
The rotor magnets are press-fit in place.

For the Stator Magnet Holders the following drawing attached from Alsetalokin again.

[mikestocks2006]

i have ordered the same magnets, might be more expensive but need to replicate. And getting the same ones, hopefully will make that easier, now back to lathe.

Hi Craigy, CLaNZeR, jox and others,
The magnets listed on the PDF (K&J B448-1/4x1/4x1/2 block) do not appear to be the same as the pic above  posted by CLaNZer .

The rotor mags (all eight of them) seem to be cylindrical-rod and with length more than 2x1 cross section., maybe 3 to 1?  (possibly ? dia x ? thick, D4C ?) The builder of the original rig would be able  to confirm.
I hope this helps to get a more accurate replication

Thanks 

[TheOne]

i have ordered the same magnets, might be more expensive but need to replicate. And getting the same ones, hopefully will make that easier, now back to lathe.

Hi Craigy, CLaNZeR, jox and others,
The magnets listed on the PDF (K&J B448-1/4x1/4x1/2 block) do not appear to be the same as the pic above  posted by CLaNZer .

The rotor mags (all eight of them) seem to be cylindrical-rod and with length more than 2x1 cross section., maybe 3 to 1?  (possibly ? dia x ? thick, D4C ?) The builder of the original rig would be able  to confirm.
I hope this helps to get a more accurate replication

Thanks 

I have the same cylinder here and can tell you its the same size at those pic, here the dimension of my magnet: 1" x 3/8" but maybe he use 1" x 1/4 but the size are similar