Motor Generators

[BroMikey]

3/4 diameter by 2" is 79 lbs of pull force compared to the 52 lbs I have now. Or am SUPPOSED to have! Should be enough to go from 97 volts to 120.

Looks like a new box and a new rotor to fit a 2" rotor or maybe you can use bigger spacers. Yes that's seems like it would raise up the power without getting to much.

It should give the volts and with 24 poles you will clean up. Just super glue the 2" long magnets in place? Or is that a 4" thick rotor?

[Turion]

3/4 diameter by 2" is 79 lbs of pull force compared to the 52 lbs I have now. Or am SUPPOSED to have! Should be enough to go from 97 volts to 120.

[BroMikey]

Tesla spark gap over unity power explained. Like a battery carbon and aluminum dissolve thru the air.

[BroMikey]

You're not getting the point.
---- the magnets on my new machine ARE DEFINITELY WEAKER

I need to redo my rotor.

And I will use 3/4 by 2" magnets for the increased pull strength.

2" Dia? wow wee 2" long? why, I think the pull is the same as 1.5" with gaps. Maybe not. As long as your box can be enlarged to handle the extra 1/2". maybe you will be at 100lbs then?

http://gap-power.com/GAP-POWER-MP4/u...%2012-2016.mp4

[Turion]

You're not getting the point. He said adding more magnets once the "diameter was equal to the thickness or length gives you no additional strength". WRONG!!! Even with the piece of plastic as a GAP I got additional strength by adding more magnets. But my experiments show that the piece of plastic doesn't have much negative affect while the small magnet DOES. So the magnets on my new machine ARE DEFINITELY WEAKER than the ones on my old machine because of how they are put together. So I need to redo my rotor. And I will use 3/4 by 2" magnets for the increased pull strength.

[BroMikey]

These original magnets were the same pull force as the 12 pole but the duration or duty cycle was much greater (3x) which relates to more power.

https://www.magnet4less.com/n52-super-strong-neodymium-magnets-2-in-x-1-4-in-disc

[BroMikey]

It was the third one in that video that mattered.

You cheated because the third one had no gap. You need to sand off the coating. Either way is pointless for a decent increase for your rig. The old rotor probably only has 85lb pull force and it works. A 1" dia would give you more duration as well as pull. The increases you are talking about are considered to be low for all those magnets you are piling up.

[Turion]

"As more magnets are stacked together, the strength will increase until the length of the stack is equal to the diameter. After this point, any further magnets added will provide a negligible increase in strength.

NO, he was wrong. My second experiment I took a video of I stacked 1/2” cube magnets. The length of ONE magnet is equal to the diameter because they are CUBES, and yet adding a second magnet, even with plastic between them, increased the strength.

In my first video I needed two magnets to have a cube, so I couldn’t be sure. It was the third one in that video that mattered.

[BroMikey]

Okay let me say this another way. A single 1" Dia by 1-1/2" long magnet @N52 = 155lb

But you cut this in half (that stupid gap) 77lbs each and with the gap might get 90lbs .

You lose 40% using the gap method

[BroMikey]

I just tried it with magnets that are 1/2” cubes. Adding a second cube with a piece of plastic DID still increase the reading, so that guy WAS wrong.

https://youtu.be/7ups7EDhCNk

No he is right because you told us that he said and I quote "a 1" dia only half inch long can go up to 1" long" yet it does not double with a gap. To get a full doubling of gauss you must remove any gaps including the coatings magnets come with. ALL THESE References are centered around cost effectiveness as well as getting to strong fields you may need. Your big square magnets only gave you 60 extra gauss from 550-605 not double like you might expect. That is only a 10% increase

However the 75lb magnets do work but may still be under the max your cores can absorb plus you will need a new rotor anyway to safely place them.

Sand down the backs of your magnets and don't use a gap, then what is it?

[Turion]

I just tried it with magnets that are 1/2” cubes. Adding a second cube with a piece of plastic DID still increase the reading, so that guy WAS wrong.

https://youtu.be/7ups7EDhCNk

[BroMikey]

These are awful small to begin with but the problem is if you go any bigger your neutralizing magnets might be to weak. I see what they mean about a longer magnet does not give double increase or even 1/4 stronger, more like 10% with the gap. $7.50 x 48 = $300
https://www.magnet4less.com/n52-neod...are-earth-disc

[Turion]

Just for fun I did the following experiment. I stuck a 1” by 1” by 1/2” magnet on a metal plate and measured the Teslas. Then I put a thin piece of plastic on it, added a second magnet of the same size, and measured again. Then I put a small magnet between two of the big magnets and measured a third time.

Adding the second magnet INCREASED my reading, which kinda disproves the statement I found on the internet about stacking magnets, even WITH the plastic “air gap”. Putting the smaller magnet in there DECREASED the reading significantly, probably enough to account for the voltage differences between the two machines. Since I did not use the EXACT same magnets as in the generator, and had one magnet stuck to a piece of steel so it wouldn’t “jump up and bite me” I can’t be positive, but chances are good I have found ONE reason the output of the two machines are different.

https://youtu.be/PqHpf1wR4jI

EDIT: Oops, he said it would increase until thickness = diameter. I need to add one more magnet and see what happens. After lunch of course!

[Turion]

A gauss meter gives me all the info I need without doing a pull test. Want to build a machine that will run your house for sure and will probably get you killed sometime during its construction as well as bankrupting your family? Here are the magnets for YOU. 1,000 pounds pull force. They also have some that are 1,200 pounds pull force, but 1,000 is a nice round number.

https://www.magnet4less.com/strong-magnets-3-in-x-3-in-n42-cylinder-neodymium-industrial-magnets

[BroMikey]

Magnetic pull force measurements