URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[gotoluc]

Hi zzzz,

thank you for taking the time to share all this information and the pictures to see the work

Excellent sharing my friend.

Luc

[happyvalley808]

Hello All,

This may be helpful for some using carbuerators, there are 5 different jet setting's just by turning a dial...

http://www.thunderproducts.com/dial_a_jet.htm

Aloha,

Jared

[gmeast]

Hi everyone,

This deals with a clever little inverter / oscillator posted by pmonk on Energetic Forum - ' Water Spark Plug'  thread.  The following was posted to Energetic.  This may be of value to some.   The 220 Ohm resistors, Caps and PNP transistors have been replaced with different parts - below.  Link to schematic:

http://home.pacbell.net/gmeast/VW/better.jpg

" Ok, I am satisfied enough with the oscillator to replace my present 'power hog' with the new one. After putting in the 50 Ohm base resistors the frequency is 80 Hz at 14.0 Vdc. It is 97 Hz @ 16 Vdc and 78.9 Hz @ 12.72 Vdc. The oscillator freq. is voltage sensitive to a degree, but not bad at all. It consumes 50 Watts of power to produce 40 Watts @ 155 Vrms. This is acceptable for sure. I compute 40 Watts required to run the VexUs circuit at 3000 RPM, 4-cyl., 350 VDC CDI Cap Charge / Discharge. I hope the Voltage Multiplier performs accordingly.

So 50 Watts plus the quiescent power of 8.4 Watts, < 60 Watts is fairly good for such a primitive circuit with such a low part count.

I will still cool the Transistors and the Transformer in this circuit.

2ea 12K Ohm x 2W resistors
2ea 50 Ohm x 5W resistors
2ea 1uF x 250Vdc electrolytic caps
2ea 2N3055 transistors
2ea MJ2955 transistors
2ea heat sinks (for the 3055's)
1ea 24VA 115VAC x 10VAC w / Center Tap or equiv.
2ea 1.5" x 1.5" 12 VDC chassis fans for cooling. "

Peace,

Greg

[gotoluc]

Thanks Greg for building, testing and sharing the results of this new schematic

Luc

[gmeast]

Thanks Greg for building, testing and sharing the results of this new schematic

Luc

Hi Luc,

You're welcome.  I just wish I was back to testing.  I can continue with the power hog inverter i have now, but I can't run my headlights too ... alternator gets WAY HOT.  I never intended to try and understand inverters and power supplies, but it seems the VexUs circuit blows up CMOS and Micro-based consumer inverters, but not dumb old NPN transistor-based oscillators.  Altering the VexUs circuit itself may end up diminishing its effectiveness to perform. 

Many of the OU and 'strange' systems have weird operational characteristics that account for their effectiveness.  Conventional science and engineering eagerly sends 'spikes to ground', puts in buffers, resistors and other junk that literally 'kills dead' any and all benefit.  So I persevere.

Onward and upward,

Greg