New setup to explore acceleration-under-load.

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Uploaded by on Dec 8, 2011

The previous setup had physical limitations although it was excellent for demonstrating the AUL effect. This setup lends itself better to harnessing the effect for power-generation.

I've done away with the Bedini drive circuitry and replaced it with a 12v/6w motor from an Audi message-pump system :

http://www.ebay.co.uk/itm/12v-DC-electric-motor-UK-SELLER-/110739940158?pt=UK...

This gives me twice the RPM for a third of the input power, coupled with the fact that the rotor has 24 poles, arranged N/S i can now get higher frequencies.

This is running at around six or seven hudred Hz.

According to the meters more power is coming out than going in, but we all know how deceptive things can be and i can't do proper measurements until i get my hands on a scope, which i will get in the new year.

Thanks for watching,

DC.

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Uploader Comments (deepcut66)

  • You are spinning your wheels.

    Doing a very nice job of it, but still.... spinning your wheels.

    When you get your oscilloscope we can talk more about how to do correct power measurements, and I may be able to show you a reliable way to measure your mechanical torque output.

    Don't you think it's interesting that you cut your input power by 2/3 and got more torque by going to a commercially available DC motor rather than using a Bedini motor arrangement?

    Personally, I think that's hilarious.

  • @TinselKoala Thanks TK :) Ye i LOL'd a lot with the DC motor vs Bedini ! I'll be sure to pick your brain when i get the scope.

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  • @TinselKoala

    With or without oscilloscope, if no linear charge, like resistor in series with each coils, it's means nothing in term of power (not voltage, but A*V). Otherwise it's like taking voltage on a battery without load... but thanks for sharing your experiment any way, I'm interested in your replication, if of course you could check as I propose to you (an no need of expensive oscillo for that ;) ).

    Cheers.

  • @deepcut66

    Thanks for the info on the core. I`ll try ferrite first since i have a whole bunch of those.

    Yes, having the right core material is very important.

    Increased induction and a must have is very low Coercivity of that material ^^

    Peace!

    VZ2DAY

  • Very exciting! Remember, if it ain't broke don't fix it..

  • @TheSolarSolsticeWave LOL no worries mate, it's all good :)

  • @deepcut66

    Oops, just saw that the tip on parallel was already given to you -.-

    Sorry about that :)

    Peace!

    VZ2DAY

  • @deepcut66

    Oke, i see. just a few hundreds to low :)

    Hmmm, if with 3 coils you had 440ish vdc so why not set them up in parallel.

    Than you should have like 145ish volt dc with 36 ma...:)

    And than try that reverse charge thingy again ^^

    Reggae and ska are awesome to listen to...my favorite are the oldskol bob marley where you every crack and noise in the background.

    Man, wish i was on the beach now with my boombox ^^

    Cheers, hope you get it this time.

    Peace!

    VZ2DAY

  • @UrCoffeeTastesToasty That's all true, also the odd/even coil/magnet strategy. So many effing variables i wish i had a formlua ! I'm testing a little coil just now and it's doing really well. Unconnected RPM is 1713, current draw is 665 mA, when i short it the RPM is 1833 and the current draw is 595 mA.

  • @deepcut66

    Nah, more cores true & more magnetic surface area & higher magnetic density per turn and per ohms. Negative maybe the cogging, although since the generator turns into a motor that might help alot.

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