Free Energy At Last Step By Step Must See

[cannisterofduals]

Computer?

Hi my name is Imhotep I will show you how to get free energy possibly for under 50 dollars from radio shack this unit will :

1 run inductive loads directly View video here

2 quick charge conditioned batteries. View Video Here

3 run resistive loads. Use Inverter and 12 volt batteries.

4 run capacitive loads !!caution!! SEE VIDEO FIRST PLEASE

5 charge unchargeable batteries : Ni-mh ,lead-acid, ni-cad, alkaline zinc carbon

6 you can build this unit in minutes

7 watch all videos, save them if you like. Share them if you like.

8 research all copyrighted materials and comply with all copyright laws

9 observe all warnings and precautions

10 build it now and possibly enjoy free energy

11 share your new knowledge

12 this is how done!! WATCH FINAL VIDEO HERE

looking at your video, the process seems broke down well enough and well thought through. I see it working with the light, however, you havent provided a voltage reading i can see. I do want to build this. youve obviously put a lot of thought, time and study into the project. Id have to ask tho...if you have been able to run inductive loads, then it seems to me, from the video, youre making more current than just a little COP would beget. As with synchronous circuits, does the load increase also increase the output of the charging process when applied to battery charging? Asking, whats the actual output when dealing in the realm of traditional batteries such as computer batts? or if used right up to a usb port of a laptop? my laptop draws a about 15 watts max but wondered if the fan motor process could be scaled up...

[aussie]

hi,

what are your experiences with using multiple fans on same charging battery?
the input voltage would always be from the same source and the output as follows:

1. using fan and circuit as a unit in parallel
have done this with two fans. voltage on almost dead battery rose slightly.
can run one fan with only positive connected to battery.
2. using fan and circuit as a unit in series
does not sound right to me, to pump the output of one circuit through the other one.
3. using multiple fans with one circuit.
i wander if the circuit can handle random frequencies?
probably make tuning difficult, right?
if it works at all, then i guess the scope shot would look rather jaggered.

i want to set up multiple fans (not the same) to increase output and would like one input and one output.

how do you determine the "sweet spot"?
the more the neon flickers, the better or worse?
so far i have been measuring the voltage on the battery and tuned to when
the voltage would rise slightly.

[mbrownn]

hi,

what are your experiences with using multiple fans on same charging battery?
the input voltage would always be from the same source and the output as follows:

1. using fan and circuit as a unit in parallel
have done this with two fans. voltage on almost dead battery rose slightly.
can run one fan with only positive connected to battery.
2. using fan and circuit as a unit in series
does not sound right to me, to pump the output of one circuit through the other one.
3. using multiple fans with one circuit.
i wander if the circuit can handle random frequencies?
probably make tuning difficult, right?
if it works at all, then i guess the scope shot would look rather jaggered.

i want to set up multiple fans (not the same) to increase output and would like one input and one output.

how do you determine the "sweet spot"?
the more the neon flickers, the better or worse?
so far i have been measuring the voltage on the battery and tuned to when
the voltage would rise slightly.

Multiple fans are fine in parallel but each must have its own circuit.

That is how you tune it, get the highest voltage.

[aussie]

Multiple fans are fine in parallel but each must have its own circuit.

That is how you tune it, get the highest voltage.

thanks for the quick reply.
how would you tune them?
once you have tuned one fan - rise of voltage, would the next one also increase the voltage?
or would you need switches to tune each one and then connect all of them with the battery?

[mbrownn]

There are several ways to tune the fans,

1 achieve the highest charging voltage

2 achieve the loudest noise from the coils

4 with the charging battery disconnected, achieve the brightest glow from the neon bulb

[aussie]

There are several ways to tune the fans,

1 achieve the highest charging voltage

2 achieve the loudest noise from the coils

4 with the charging battery disconnected, achieve the brightest glow from the neon bulb

ok, thanks.
do you need to actually tune them every time you use a different source,
or could i replace the pod with a resistor once it has the sweet spot?

Imhotep mentioned that he has managed to get the fan-charger going
without having to pull the unit apart and using the three posts only.
has anyone heard any more about it?
i cannot find a circuit diagram or more info on it.

[mbrownn]

Yes you can replace the pot with a resistor of the correct value.

Not seen a way to do it using the thee posts

[lwblack]

strange results

I have 3 different multi-meters. Two are analog and one is digital. I am finding some strange results when I switch to different voltage readings on each and every one of my multimeters. When I don't have a charge battery connected it can show upwards of 50 volts on the digital meter set at the 200vdc scale. This has GOT to be the peek to peek voltage(spikes) and not RMS voltage. When I connect the meter in parallel to the charge battery, I get different readings on different scales(again on ALL 3 meters). Can anyone enlighten me why ALL three would show different readings on the same battery and at the same pot setting? It is about a half volt difference but still there is difference. The ONLY theory I have is the different resistances required at different voltage settings is throwing off the readings.

[mbrownn]

I have 3 different multi-meters. Two are analog and one is digital. I am finding some strange results when I switch to different voltage readings on each and every one of my multimeters. When I don't have a charge battery connected it can show upwards of 50 volts on the digital meter set at the 200vdc scale. This has GOT to be the peek to peek voltage(spikes) and not RMS voltage. When I connect the meter in parallel to the charge battery, I get different readings on different scales(again on ALL 3 meters). Can anyone enlighten me why ALL three would show different readings on the same battery and at the same pot setting? It is about a half volt difference but still there is difference. The ONLY theory I have is the different resistances required at different voltage settings is throwing off the readings.

Digital meters have a problem reading pulsed dc and usually show an error in the reading. This is because the pulse frequency effects the refresh rate. Analog meters show an average reading of volts if there is enough current in the wire to power them but with a Bedini there is little or no current so the reading will be low.

The only instrument we have to show the voltage of the spike is an oscilloscope.

There is a way to measure the voltage with a meter but you risk burning out your transistor and I would not do this. Place a high voltage capacitor as the charging battery and measure how high the voltage goes.

[heath]

hoax

i think this is a hoax , i have half a dozen fans dismantled and cannot follow your instructions , try taking that stupid music of and talk people through it instead , or is that too easy ? explain why you need a transister ? can this be made simpler without the light ? do you cut every wire and have a single pole for each wire . this is very very unclear and confusing . i think is a hoax .

[mbrownn]

Its no hoax, but I understand your frustration when you are messing around with those little wires.

All the info you need is here Imhoteps Labs

[BlueMental]

Heath,

Another way of doing it is to use a 'breadboard'. If you ask someone who has worked with a breadboard before and understands how to read the circuit diagram, you will have a running SSG Bedini Fan motor.

It seems frustrating at first. I was a total newbie in electronics and I blew several transitors, a pot or three and many diodes by doing the wring all wrong. Yet after a few days of perseverance, I got my first one to work. I can now convert a standard fan into a SSG working circuit in +- 1 hour without much hassle, and I have only been working on this stuff for 2 months.

Hang in there and you will get it right.

[Miloman]

GOOD! maybe you could send it via e-mail to all of us on your site attached to your "happy Birthday wish" sure would like that, cause I have a VERY SLOW connection,,almost as slow as my brain at recalling what I have already seen.
Having said this, having a shelf full of documents is a whole lot better then trying to recall which site I saw what at and then waiting sometimes hours for it to load only to find it wasn't that site after all. CHEERS!

[Guruji]

Yes there are many terms for it, I call it radiant because that is the only way it can get into the circuit. It is the energy that we appear to be getting but cannot measure it coming in, It is the energy that is charging the battery and nothing to do with our source supply.

A Bedini fan can be used in many ways and configurations, you can use 3v to charge 12v or 12v to charge 3v, the voltage does not matter much. Series and parallel configurations are all ok for the supply but on the output parallel is best with a separate diode going to each battery. Obviously the batteries in parallel need to be of the same voltage. The only thing to look out for is that the charging battery does not get hot, slightly warm is ok. You can charge non rechargeable like zinc carbon batteries too.

A computer fan is a great start for small batteries up to 4 Ah, rewind it with 27# wire to go up to 12Ah

I havent taken many pictures as there are already lots of them on the web.

Hi mbrown thanks for this info. Regarding charging batteries in parallel why is it that you've mentioned to put seperate diode to each? Did you find this better? Is it possible to post a schematic of this to be sure how this have to be done cause I've already have parallel diodes on my circuit?
Thanks

[mbrownn]

Hi mbrown thanks for this info. Regarding charging batteries in parallel why is it that you've mentioned to put seperate diode to each? Did you find this better? Is it possible to post a schematic of this to be sure how this have to be done cause I've already have parallel diodes on my circuit?
Thanks

If you have two 12v batteries being charged in parallel the voltage of one will not match exactly the voltage of the other so the diodes prevent one battery discharging into the other. when one battery is full you can take it off while letting the other continue to charge, that way you stop boiling the full battery.