New positive proof of a working Newman fan motor charging a battery

[Dingus Mungus]

Psh! You say that like you don't have 80 caps laying around...
We all know you do. Maybe not 80, but I'd bet at least 60. J/K!

~Dingus Mungus

[hartiberlin]

Hmm,
the problem with this is that we need the special effects inside batteries,
that they discharge less, due to slow ion movement.
As in the Bedini systems it is very dependent of batteries.
In the Bedini systems also the Radiant Energy charges the batteries
directly INSIDE the batteries.
This is also the case with the Newman systems, so we need to use
batteries with them.

It has all been tried with caps and they just discharge.

Regards, Stefan.

[Dingus Mungus]

It's unfortunate to hear that a cap bank can't work, but if the system is indeed dependent on the batteries redox reactions, then perhaps there is a diference in
operation when using different batteries. LOL... It may all come back to harmonics
since electrodes have a ionization rate or frequency when they host an ion clouds.

I hope to work out my shaft mounting problem this weekend. Pics to come soon.

~Dingus Mungus

[theb3e]

Hi guys, just want to indroduce myself. My name is Mike. You guys are full of insight and seem to be able to explain this stuff in an easy to understand manner.. thanks for all the tips you guys have provided!

I have been working on a small version of the motor I made from stuff I had laying around here. I have materials on order to build a larger unit as this small motor has given me some very interesting results.

It was made using the following:
- 2 Skatebord Bearings
- 4 Neo Magnets
- Length Of Threaded SS Rod (axle)
- Teflon (bar stock) To Hold The Magnets To The Axle
- 2 Curtain Rod Holders
- Magnet Wire
- Water Bottle Cut To Size
- Couple Of Nuts & Washers To Lock It All Together
- Commutator Made With Packing Tape.. lol

The funny thing about this motor (not shown in vid) is I took a 1.5V AA battery that was almost dead. I hooked up a small LED to the battery in the proper orintation and the LED would not illuminate.. I then took the same battery and hooked it up to this motor and it ran on its own! Slowly mind you but remember.. the battery would not even run an LED!

This is a vid I took of my motor last night, I used (4) AA batteries run down to about 3.7V DC. I was able to get it to run for over 7 hours. After 7 hours the batteries were I thought drained.. I then unhooked the batteries, reconfigured the commutator to close the circuit once per revolution (instead of the 2 times per rev in the vid) and hooked the batteries back up and gave her a spin.. To my surprise, the motor took off again at even a higher RPM and lasted a few more hours till I fell Asleep!

http://www.youtube.com/watch?v=bQvr3AJXESQ


In this vid, I switch to a partially discharged 9V battery reading at about 6V. I tried to add a load to this motor while it was running and added a dead 6V cordless phone battery to the coil.. thought I might be able to charge it up.. but more work is needed to convert the signal to be useful for battery recharging no?

http://www.youtube.com/watch?v=YN9qHUcNZhI

I have been taking measurements as I go and I'm unsure of some of the readings I am getting. I set the multimeter to 500V A/C and tested it as it was running connecting the probes to each end of the coil and got something like 1900V AC, but was fluctuating like mad. I was only getting these high numbers when the commutator was set to only close the circuit once per revolution and only when the magnets N/S were facing the coil.
After switching the commutator to close the circuit twice per revolution, when the magents were facing top and bottom away from the coil, the voltage came down and I was then able to get fluctuating DC voltages throughout the ranges on my multimeter..

So I'm wondering, is this output HV AC or pulsed DC or something else, some here mention RF. To recharge a battery using this type of electrcity, would it need to be passed through an AC step down transformer, diodes in a rectifier circuit, caps to smooth it out and then on to the rechageable battery kinda like a "wall wort", but can take high voltage and crank it down?
Would it be better to recharge a battery from the machine that is not the source power? So a rechargeable battery or solar panel powers it while another gets recharged slowly, instead of allowing the spikes to travel back to the source (reverse direction)? Or would this just load the whole thing down?

So many questions..  If anyone can help me out on this side of things, I would be thankfull.


PS: Have you seen the vids of the newman motor that runs after the power source has been removed? If you would like the link, let me know.. but I'm sure you guys have already seen it.. pretty cool if you ask me!

[seekingknowledge]

PS: Have you seen the vids of the newman motor that runs after the power source has been removed? If you would like the link, let me know.. but I'm sure you guys have already seen it.. pretty cool if you ask me!

No mate havnt seen it please do post the link and nice machine.