Free Energy At Last Step By Step Must See

[1NRG24Seven]

Pot

It was a surplus potentiometer from my electronics repair shop for older tv's which was easy to mount because of the twist tabs, 2000 ohms was the value.
l left it on the unit because under different size batteries, I wanted to vary the back emf -coil collapse voltage (more resistance = less current draw from source supply but less work output fan rpms but increased output voltage charge rate. )
There are no blue prints but the schematic is on the video ,download the video, the instructions to download with firefox browser and download helper links should be in this forum post.
Then pause and screen print if you would like to.they are in hi-definition so
should be clear on larger screens. and print well. good luck on your experiments

2k pot....but what is its wattage rating? anyone know? or does it matter with this circuit? I am rounding up all the parts for a build here but want to make sure I buy some 2K pots that have good tuning capabilities and can handle the wattage this circuit might be capable of. When giving information about components I believe its important to include all relevant data on that component so others can make a successful build...It may be tho that any 2k pot will do here, and if that is so that would be all that was relevant and great as I can get 20 very small trim 2k pots cheap....but the bigger ones are more expensive that can handle more power. I have the diodes, the transistors (4-3055's) neons on the way, and many fans but only a couple i found I can rework. I have several old computers and power supplies I am getting fans from. One power supply had 3 fans but only one that was usable for this build. I found out the deeper fans, and larger ones work best when taking them apart look more like Imhoteb's fan usually in the 70MM-80MM range and deep. If the fan is too thin they don't have posts inside to work with.

Anyway if anyone can respond to the pot question of what power rating range I should shoot for would be great...Thanx and everyone have a great day...24

[Aaron]

Hi Imhotep!

Good to see you Imhotep!

[sucahyo]

Imhotep, glad to know that you still develop the circuit .

[**~Imhotep~**]

new circuits and expansions coming soon

my videos have spread like a tornado all over the net.
i am shocked. and pleased .i just got time to pop back in and was pleased to see some new circuits.

i am hopeful that i can complete some more circuit modifications and release them and some completely different circuits, as i continue to see off the shelf circuits that can be modified.i must choose carefully what is released.
hope to be back soon

imhotep and shiva

[theremart]

Welcome back



Long time no see Imhotep!

[**~Imhotep~**]

deepcut, this is the answer to your pm

you replace the circuit with your own bedini circuit(how to build the circuit is covered in the video) and only use the frame and coils so you do not have to fabricate your own stator and rotor assembly. good luck hope that helps

[deepcut]

Interesting thread. Anyone try this using hard drive motors. I notice they have 4 leads that seem to be going to a pulsed logic circuit, like a stepper motor is what i was thinking. I could be wrong with that assumption. Ive tried powering them up by themselves without any luck. Seems they need a stepped input pulse to each terminal

This may be useful :

Using disk drive motors

[Zooty]

Anyone tried snapping the blades off of the fan? I just did it and the rpm must be well over 5000

[Zooty]

I just built one of these fan chargers and i am really impressed. I rewound the coils myself using #34 as trigger and #30 or #28 not sure, for power. Coil is one long bifilar strand wound across the 4 poles in series, 50 winds per pole. First pole cw, second, ccw, third cw, fourth ccw. It draws about 450ma at 13v and rpm is very high. If i seal the front and back of the fan, the rpm more than doubles without any additional input. Voltage across 12v 4.5ah battery while charging reaches 16v and settles to around 13v when disconnected.

6.6 ohm trigger
2 ohm power
4 ohm 12v bulb trigger resistance to base

[sucahyo]

Hello everyone:

Bedini window motor if we adopt the half-bridge or full-bridge circuit can be a normal job? It will be more efficient?

Xu Yuan

From what I remember, many people sugest that window motor energy is not supposed to be use for other purposes other than self running.

[yx630514]

Can be used Bedini window motor circuit do?

Hello everyone:

Bedini window motor if we adopt the half-bridge or full-bridge circuit can be a normal job? It will be more efficient?

Xu Yuan

[sumitbm]

Thanks Sucahyo for detailed response!!

I have little doubt on whether I am getting any free energy at all, could you share the variant charger circuit so that I can have a look? I am really not much convinced how the charger can do fast charge w/o much o/p current.

Please put your valued comments / suggestion.

Thanks once more.

-Sumit.

[sucahyo]

2. Now I put the load in the circuit, in the form of charge battery (as specified after diode) and I could see the neon bulb is getting off, voltage (120v drops to lot less ~ 12 - 17v) and the current from o/p is ONLY ~ 1mA to 5 mA. Which is very very less current I believe. Now the question is, whether this is expected?

Yes. That is expected behaviour. Output will have outptu voltage inverse with load resistance. Load with high resistance will be charged at higher voltage. Think this circuit as charger with constant power output.

3. I started doing some modification related to operating frequency of the circuit and found a bit good result in current drawn to load and the load current max I could get from this circuit is ~50 mA. Which still I believe very less to charge a battery, I mean charge battery will take long hours to get charged. :-(

You can increase output, but not with this version. You need to use bigger coil to get bigger output.

However, you should notice a significant charging speed compared to normal charger. My variant charge about 4 times faster than common charger at the same input power, more if counted from output current.

One more point, if I just connect the charge battery (load) to the input battery directly then the current drawn is much more (~ 100mA), so I think the source battery is supplying all the needs and as per physics principle there is no free energy at all.

On most variant, input current will increase when you add load. Tuning the resistor value is needed to obtain the best output per input ratio.

And this device is never intended to provide you with free energy. To get real free energy device you may have to invest money as much as your lifetime electricity bill. However, this device is a very very good charger. If you need a charger, this device is better that anything else, especially if you consider the price to build it.

[sumitbm]

[1NRG24Seven]

Interesting thread. Anyone try this using hard drive motors. I notice they have 4 leads that seem to be going to a pulsed logic circuit, like a stepper motor is what i was thinking. I could be wrong with that assumption. Ive tried powering them up by themselves without any luck. Seems they need a stepped input pulse to each terminal