David Bowling's Continuous Charging Device

[Goat]

@Groundloop

Yes the batteries and motor sizes definitely have an effect on the overall circuit, that's why I tried many different variations, they all have different effects, that's why I'm wondering about going towards the original circuit that David and his friend replicated.

Anyways, as I mentioned earlier, I'm here to help you if you need it.

Regards,
Paul

[Groundloop]

@Goat,

Thank you for your nice offer. I think I must do more research on the circuit first. I have different batteries and motors to test first. I also have an "800" motor that is very close in design to the CIM motor. This weekend I will try out my 42 ampere batteries. Small steps......

Groundloop.

[Kator01]

Hi groundloop,

you bet I know this but I assume you will kill Bat 1 and 2 in the long run. Even if you will get some free energy for a period would this be cost-effective ? It will also cost two much time to find out. Battery-charge-capacity tests are not an easy thing to do especially because you do not know if it it some free energy or if it is standard recovery-behaviour.

I did a simple test with 3 supercaps ( each 50 Farad, 2.3 Volt ), two fully loaded, one empty.

Motor would run for 15 min and stopped. Voltage-measurement taken over a period of 24 hours across Cap1 +2 ( in series ) and the single cap3 show that charge is lost gradually in both parts. After 3 hours voltage leveled  to 1.37 Volt. Today it is about 1.22 Volt for each part.

Why did i use supecaps ? They are not killed beeing switched in parallell and there are no chemical reactions
involved.

Do I hear the believers of Bedini shout at me : This is exactly the key here to this free-energy-machine, you fool !

Nahh .. nah...

good luck folks

Kator01

[Groundloop]

Hi Kator01,

First you should study super capacitors a little bit more. :-)

See here: http://en.wikipedia.org/wiki/Supercapacitor

Super capacitor is a electrochemical device.

That said, it is good to see you are doing research. Dynacaps and Supercaps is
great tools in that regard. You can get fast results. I do not agree with you that you will
kill battery 1 and 2. If it is true (as Dbowling is saying) that both batteries in fact
charge when you run the device then battery 1 and 2 will survive.

Regards,
Groundloop.

[Dbowling]

Let me throw one more thing in here. I keep emphasizing that battery 3 needs to be a dead battery, but possibly my definition of a dead battery is not the same as everyone elses. I am very new to this stuff, and spend a lot of time playing around. The battery I use will take a charge, but it will NOT hold it. I could charge it up to 14 volts, but if I let it set overnight, it drops down to very little on the meter. Hope that info helps.