Perpetual Motion Holder | Edward Leedskalnin

[ThrowSomething]

Using coils from drain pump...

I used the coils from another replication. Works quite well.
[VIDEO]http://www.youtube.com/watch?v=4uZxVvzqn18[/VIDEO]

[Aaron]

Perpetual Motion Holder

The origin of the Perpetual Motion Holder was already shared earlier in this thread, but here is the more complete story: Perpetual Motion Holder Origins - A & P Electronic Media

[wantomake]

#7 reloading pellets

Aaron,
I saw your video on the #7 reloading pellets used as coil cores. Very informative and good method.

How did it perform? Any heating or problems?

Since this thread is about magnetism I thought to ask you here.

wantomake

[aljhoa]

Edward Leedskalnin PMH « RWGresearch

“Oh Nuts!” Magnetic Lock

Necessary for 4th edition book on Magnetism!!

Al

[Aaron]

core material

Aaron,
I saw your video on the #7 reloading pellets used as coil cores. Very informative and good method.

How did it perform? Any heating or problems?

Since this thread is about magnetism I thought to ask you here.

wantomake

They can heat up at high frequency. For low frequency applications like the Bedini SG and other similar machines, it will work fine.

There is a core material I was introduced to relatively recently that may obsolete anything I've seen. I'll ask if this person doesn't mind me sharing it.

[Allen Burgess]

48 Hex nuts locked from a single spark.

This effect is limitless and requires no special winding. Compare this to rwg42985's "Oh Nuts" magnetic lock video:

https://www.youtube.com/watch?v=YeJ5wHBpaf4

[Allen Burgess]

Ed Leedskalnin's Coral Castle flywheel.

I noticed Ed Leedskalnin's "Coral Castle Flywheel" was a large wheel of over sized U shaped stators; I remember reading that it went through the floor and attached to some kind of pulley assembly. I wonder if the wheel may have risen vertically by PMH attraction like a piston, lifting tons of weight a tiny distance, then decoupled to drop back and turn a geared ratchet on a shaft below rather then rotating? The magnetic strength imparted to the stator by the tiny pulse in the video must be millions of times over unity!

https://youtu.be/Y0hHpY6JtmI

I plan to run a test tomorrow to see if the PMH pulse will attract the over head twin from a distance. I'll upload another video. This may solve the riddle. Ed had a secret method for lifting stone blocks that weighed tons. Perhaps he jacked them up incrementally with this kind of simple magnetic engine?

Suppose we line 100 Hex nuts up and weld them to a steel frame; Then we position them in close adjacency to an overhead steel frame. Next we run a wire through the holes in the Hex nuts and give it a spark. Would the nuts rise let's say 1/4"? A reverse current spark would unlock and drop the welded nuts and steel frame. It would simply be a matter of gearing to generate power this way. Millions of times over unity!

[Allen Burgess]

Ed Leedskalnin's PMH locking effect at a distance.

Here's a successful demonstration of the effect: It would require power to keep ferrite cores attached with electro-magnetic energy.

https://youtu.be/fNtcbwpU9O8

Here's a second one with barbecue skewers holding the upper stator in place. I inadvertently break the lock because the lower stator and coils are held down by pressure from the skewers at the sides toward the end of the video, but it's clear the stators are locked together with no current to the electro-magnetic coils in the mean time:

https://www.youtube.com/watch?v=dOJKmvF-t2A

[boguslaw]

How are coils connected together ? Can you draw schematic ? What if you disconnect the leads which are permanently closing connection when the cores are locked in attraction ?

[Allen Burgess]

schematic

@bogoslaw,

Disconnecting the leads does nothing to effect the permanent locking effect, but if the two coils are not connected by a clip at the negative sides, nothing takes place. The stator schematic is below to the right of the coil picture:

I noticed other testers demonstrating this effect on youtube, so it's nothing new, except I'm doing it with off the shelf components that are easy to come by.

I noticed that my rectangular ceramic magnets press neatly into the coil cores, so I plan to try some VTA experiments next.

[itzon]

Core material

They can heat up at high frequency. For low frequency applications like the Bedini SG and other similar machines, it will work fine.

There is a core material I was introduced to relatively recently that may obsolete anything I've seen. I'll ask if this person doesn't mind me sharing it.

Did you get the chance to ask this person about sharing this info about core material? I'm sure many would like to know.

[mikrovolt]

There was a discussion with a few ideas about steel shot. about post #177
http://www.energeticforum.com/renewa...tration-6.html

The video interview with Paul Babcock who is a busy guy, was open to the idea of that experimenters
could work with reducing magnetic reach and magnetic energy recovery.
The Bedini motor had a very significant speed increase with new core!
Magnetic reach I think is how deep a magnet's field pushes into the stator core.
In this case the Bedini coil. I believe stacking magnets brings the flux in tighter.
This inverse distance means power So better engineering needed to work with closer tolerances.
I recommend Paul and David Babcock and Jim Murray have much valuable information.
This is some the excitement that we missed in Idaho that year. (The SERPS demo)

https://youtu.be/rP6fpN6avIc?t=427

Paul talks about blowing things up. I take that to mean that making use of the physics
improves the energy output (power). Jim goes on to say that getting more people familiar with this technology
reduces the chances of having only a few control it.

[altrez]

Starting

Hello All,

I am just starting out on this and I am not really sure what the PMH is used for, However I am going to build one. I found a pre builit kit on amazon that I think will work.

Can someone explain to me why it would not?

Here's the link!

https://smile.amazon.com/gp/product/...?ie=UTF8&psc=1



-Altrez

[bistander]

Material

Hello All,

I am just starting out on this and I am not really sure what the PMH is used for, However I am going to build one. I found a pre builit kit on amazon that I think will work.

Can someone explain to me why it would not?

Here's the link!

https://smile.amazon.com/gp/product/...?ie=UTF8&psc=1



-Altrez

Hi Altrez,

That device has no material specifications for the steel or iron core. Your intended use depends on the magnetic retentivity of the core and that depends on the metallurgy. That device will certainly have some residual and show the desired effect to some degree. It might be a good way for you to get started experimenting. Try different current. Then some different core steel types.

Good luck,

bi

[wayne.ct]

Good probability

I would guess you will have some success with that, but like bistander said, you won't know till you try it. If it is constructed in such a way that you can take it apart and do some experiments you will learn a lot by trying some changes. The principle behind this is the characteristics of the material in the magnetic circuit. Different metals and the perfection of the junction where the keeper contacts the electromagnet are the independent variables. The wire and number of turns in the coils affect the size of the magnetic charge you can put into the magnetic circuit as does the voltage you apply to the coils. Even without making changes to the hardware you can compare what happens when you give in 12 volts instead of 6.