Added: 11 months ago
From: 64298
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  • i'm collecting all the parts to replicate your setup.

    was the cross connect coil re-wound or is it being used with the factory wind?

    not sure if the factory wind was counter-clockwise or even usable the way it comes...

    just wondering...

  • @tinkerthinker72 Hi,

    You need to buy a 1,000 foot spool of 24 gauge cross connect copper wire. Two wires will be on the spool and they are are already twisted and wound on the spool from the factory. Clockwise winding. Two wires start from the INSIDE OF THE SPOOL AND THE WIRES WILL END ON THE OUTSIDE OF THE SPOOL. Remove enough wire from the spool untill you measure 19 ohms resistance through each wire on the spool. 2 wires to check.

    Now you made the correct coil.

  • @64298 sweet...this was exaclty what i was assuming...but had to make sure. thank you and i will be in touch...thanks for the diagrams too!

    tinkerthinker72

  • @tinkerthinker72 Glad to be of help. You will have many hours of fun with this circuit. I never was able to load it up so much that it burned out. Very stable. Be carefull as Hi voltage will knock your socks off if handled carelessly. I still have it working as of this date wheras most my other devices were taken apart.

  • @tinkerthinker72 well i'm just waiting on those RHRP15120's & a Cross Connect spool to come in and im in business!!! A generator is what this is gonna be for me. Now depending on the output i get, that will determine the size grid tie inverter i wanna feed this into. good idea/bad idea? is this setup gonna be too badass for what i'm thinking? any thoughts on that?

  • @tinkerthinker72 You will find the setup is capable of very hi voltage and low current. at the output. However if you make contact with wires around the caps the shock can knock your socks off so be carefull. Examine all my videos and they will give you an idea what you can do with the power box. I used it many ways and it never failed to work or burn out the way it was constructed from my schematic on Photobucket. .However you use it you will have fun but be carefull handling

  • Also, the spark you get could be the discharging of your capacitors

  • I'm sorry sir, I'm actively searching for information. I've looked at many of these videos. Your experiment would be more convincing if you displayed your power source. Or show the entire schematic.

  • @Brainfartshelloworld

    Look at my Video SPLISH-SPLASH . There is a link on that page directing you to PHOTOBUCKET where you can see the entire schematic diagram..

  • is it like a Tesla coil, just lights instead of sparks?

  • @CTR831 Buy all you see for $250 and try it out.

  • This is the best looking device ive seen for ages! Thanks for sharing - lets get replicating....

  • You could also try to run your LED lights without the big caps,

    just with the rectified AC now being pulsed DC pulses after the bridge

    rectifier, so it is getting less dangerous !

    Huge caps charged up to almost 200 Volts DC are pretty lethal, so

    for safety just drop them from your circuit and run the LED lights without it.

    Okay, then you can not measure so well the output power but the lights

    should be the same brightness I guess.

    Regards, STefan.

  • Hi Tom,

    very well done,

    but why are you wasting energy via the neon lamp ?

    These fast spikes that flash the neo bulb could also be

    used to charge up the caps better...

    Also the additional 1N4007 just consumes waste power...

    The bridge rectifier should be enough to charge the cap ?

    Regards, Stefan.

  • i get the magnet, the coil, the lights, the battery, but what is the box? also can I just purchase the coil the way it is like you have it there? or do i need to wrap it all, etc..?

  • @MopDMTBARTL My video SPLISH SPLASH has all the links to make what you see including the box circuit.

  • @64298 yes thank you!

  • THE MAGNET GIVE THE RESONANCE IT NEEDS BY MOVING AT THE SPEED NEDDED.

  • @craig265

    I found your statement to be true. The smaller the magnet the more speed and more output power generated.

  • Hi Tom, lovely work as usual, how much smaller is the carbon fibre rod than the inner diameter of the magnet ?

  • @deepcut66 The inside diameter of my magnet hole is .1875 inches or 3/16 inch. The OD of the carbon fiber rod is .098 inches.

  • Very curious resonances going on. Great experiment thanks

  • Nice demo, awsome radiant energy . Its so amazing how small the magnet is and how it super charges like that, Nice vid_Billy

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