Magnet Motor Generator

[ELEMAN]

NEW DESIGN MAGNETS 2014...2015 OverUnity is iT or Not... Motor Generator or a Toy...
This is a Homemade  "ELEMAN" Magnetic Motor Self Running or Quantum harmonic Oscillator VS Bedini SSG MOTOR the same "project" that runs from one battery to charge a second battery. Test with CSB 12V 7.2Ah UPS battery, Sealed Lead Acid rechargeable battery.

www.youtube.com/watch?v=064IF7MfNCs&list=PLT7Zi_DRtP7fpdEHDlFIfaI_bOwZo5zyF&index=13

[TinselKoala]

NEW DESIGN MAGNETS 2014...2015 OverUnity is iT or Not... Motor Generator or a Toy...
This is a Homemade  "ELEMAN" Magnetic Motor Self Running or Quantum harmonic Oscillator VS Bedini SSG MOTOR the same "project" that runs from one battery to charge a second battery. Test with CSB 12V 7.2Ah UPS battery, Sealed Lead Acid rechargeable battery.

www.youtube.com/watch?v=064IF7MfNCs&list=PLT7Zi_DRtP7fpdEHDlFIfaI_bOwZo5zyF&index=13

You know... I really resent seeing a bunch of ad-supported videos with things like "SELF RUNNING MAGNETIC MOTOR" in the title.... when no such thing is shown at all. What IS shown in those videos? More claims without support, bad measurements and the ever-present BATTERY.

[gotoluc]

Hi Eleman,

thank you for sharing your motor generator demo.

I looked at another demo video you have which is more convincing then the one you shared.
I included the link to it and the P in and P out of the results.

P in is 1.32 W

P out is 2.1 W (if correct wattage for an E10 12v bulb?)

Your power supply is a better choice for accurate input power measurements but for the output you need to get a 100 Ohm 10 Watt resistor and use a Multimeter and not that cheap blue power meter you used. Just measure the DC voltage across the 100 Ohm resistor with a multimeter and it will be real trusted results as long as you have a rectified and 1000uf or more filter Capacitor DC output.
Don't use batteries or Bulbs to prove a power output. No one will believe you.

12 volts DC across a 100 Ohm resistor is 1.44 Watts... that's enough to get major attention on your design if your input is only 1.32 Watts. If you get a higher voltage then even better!

Link to your better test video: https://www.youtube.com/watch?v=lTkXciAn488

Wishing you all the best in your test results and please share as you did to help us all learn

Luc

[TinselKoala]

Don't be silly. You are using the meters on the power supply, and a hobby shop wattmeter, to claim that you are overturning Physics with thirty Euro in off-the-shelf parts. Right.


Here is a challenge for you. Build a second identical unit, and run the second one off the output of the first one. Of course you cannot simply self-loop the first one, we already know that, even though you are claiming plenty enough OU to be able to do that. Some magic always prevents it, even when the output measurement is 20 or 30 times the input measurement.


But surely there is no magic preventing you from disconnecting the light bulb and substituting the input to the second motor there. Now... here is the big question. Which system will run faster, the first one running from the 12 volt battery or PSU... or the second identical one, running from the output of the first one, with the light bulb load on the second one as "final output"?


Would anyone care to make a prediction as to which of the two identical units will run faster?

[synchro1]

Does the smaller magnet wheel turn for free in this Magluvin video or not?

https://www.youtube.com/watch?v=6SV0mtuko4M




The attachment below is a Hatem design: