Fusionchip's Bedini Feedback to Source!!!

[Goat]

@ gadgetmall

I asked Stefan about that in the forum access thread, he mentioned it was disabled because of email spam, see http://www.overunity.com/index.php?topic=3893.msg158584#msg158584

Now we can't PM or view someones posts!

Damn spammers...LOL

[nievesoliveras]

@ Nieves
We are all Proud of you and i had said before that you would get it . Very good Job now the only thing you have to do is Make sure you copy it down so you don't Loose It !!  Take snaps and draw up a Schematic while its purring away We want to see too! )
Best Regards
Al

@ALL Has anyone noticed you can't pm other users anymore  ?says Many apologies, but you can't view just any profile. . Stefan whats up ? Also the signatory section wont do BBC code like it says it will ....

Thank you @gadgetmall !
The schematic and photos are already posted and the motor is still running!!!!
What do you think of making the energy receiver. I would like to have some back up if the motor stops.
With the energy produced we can run the joule thief that runs the motor and get rid of the source batteries.

If you want to PM someone go to your profile and find an old PM message of the person you want to PM and click reply, then change the contents to what you want to say and send it.

Jesus

[Goat]

Hi All

I decided to get rid of the 2N3055 transistor setup and broke open an old but working PS (power supply) from an old 800 MHz cpu so it didn't break my heart

I used the same EBM W2G110-AM41-92 Motor and used an 2SC2625 transistor from the PS.

I can get it to go in self oscillation and light the cap's neon in seconds rather than using the motor/fan.

If I add the wire going from the battery + across the cap then the motor dies, and it doesn't charge the battery.

Anyways I found a sweet spot that's running the fan at a whopping 795 RPM and holding the battery steady from the dozen or more configurations I had to try to get it to this point! 

I'm not going to list the details of the circuit yet because it's lost voltage over time from all the fooling around but now that I've found the sweet spot and the battery voltage has climbed back up for the last hour I'll leave it run for a couple of more hours and see

Crazy thing is the rotor's been spinning all this time and now the Neon light's up for less than 10 seconds then when the cap is down the light shuts off and the cycle repeats itself, maybe that has something to do with the battery climbing back up and staying there all this time, time will tell but so far, MAJOR improvement

I only check the voltage once in a while and shut off the meter so as not to affect the circuit or drain the meter's batteries.

This was my day  

Thanks all,

Paul

[gadgetmall]

Paul that is wonderful . I had the feeling that your two pole stator would work somehow and those are promising results . Keep up the Great work !!
Bert Regards
Gadget

[Hoppy]

Hi all

I have continued experimenting with the fan motor and have made an interesting observation. Just for interest I converted the setup to an SCR cap pulser charging a seperate battery at a running current of 100mA. The primary was two small 2.8A/hr 12V SLA batteries in series. I wanted to see how well the modified fan motor would charge a seperate battery. I was very surprised when I saw both the primary and secondary batteries both climbing in voltage. This carried on for a good 10 mins when suddenly the primary voltage fell back in voltage. This perplexed me until I realised that one of the primary 12V batteries was in bad shape and had dropped voltage considerably. This made me wonder if the self-charging effect could also be triggered by unequal cell voltages in a single albeit healthy battery. I have many times observed a rising voltage over a period of time during discharge when a heavy load is applied to a battery. Could the same effect apply when a very light (sub C20 load) is applied to a battery that is being rapidly charged and discharged as we are doing with the 'feedback to source' arrangement??

I'm trying to obtain a low ampere hour wet cell battery because my 45A/hr battery is far too big IMO to see a definite and progressive reduction of terminal voltage (despite it being badly conditioned) over a day or so when discharging at very low currents below 30mA. The Peukert effect will substantially increase the effective ampere hour rating of a battery at extremely low current levels under its C20 rate, which makes matters worse in this respect. I had similar problems when experimenting with John Bedini's very low powered 'Window Motor' designs. My feeling is that if the 'feedback to source' setup could be run for 48hrs @ say 20mA on a very small wet cell battery under 5A/hrs, without voltage depletion, then this would confirm the 'effect' as nearly 1A/hr would have been taken from the battery.

Hoppy