GENERATOR - YOU DO THE ACTUAL IN/OUT POWER MATH

You do all the math. I first measured the AC output current with a true RMS multimeter through one wire of the 120 volt lit neon lamp.. That lamp was my load across my magnet flux pickup coil

Secondly, I measured the AC voltage across the lit 120 volt neon load. Both of those values times each other should indicate power out of the magnet / coil itself. That AC power figure in itself has no relation to the Bedini/Davro coil or circuit

The third reading was the DC voltage actually feeding the Bedini/Davro circuit/coil that spins the magnet. 6.1 DC volts I did not video the DC current measurement because I had to place the meter in series to measure the current. It would have make the video to long. That DC current was .81 milliamps. All of this was done with the magnet flux pickup coil laying horizontally.If supported vertically I ran the risk I would accidentilly roll it off the Bedini coil.while making this video. I have higher readings with the flux coil in the vertical position The magnet used is still a 1x1 inch diameter Diametric ring magnet.

Next I am going to feed all AC power into a minature full wave bridge rectifier and then compare DC in power to DC out power. That might make readings easier.

I was told the multimeter itself might be to close to the spinning magnet to make an accurate AC current reading?

A half hour ago I lit up 40 LED lamps strung in series connected to the AC coil output. Each lamp takes .20 milliamps to power up. 3 volts each. The AC voltage I measured across the string was 76.7 volts x .20 milliamps or 15.34 The DC power to spin the magnet is 6.1 DC volts X .81 milliamps or 4.941 A tad better than 3 X out. I posted a video of that. Look for LIGHTS, CAMERA, ACTION.

This is the link page where you can see the Bedini/Davro plans.posted. Look under Magnetman12003 (Thats me) You can see my magnet hanging basket there also.

http://www.overunity.com/index.php?topic=9076.msg238732#msg238732


http://www.energeticforum.com/renewable-energy/5620-generator-you-do-out-powe...


NEW UPDATE 5/12/10 Due to bearing friction problems my magnet speed had reached its maximum performance. I have recently redesigned my magnet /axle setup whereas I can obtain maximum magnet output at extremely hi magnet RPMs. I believe I have the bearing problem solved. I am getting 230 DC volts out of the rectified AC voltage now. And thats using the same small 1 inch magnet you have been looking at. I just posted that video.

Category:

Science & Technology

Tags:

• Electronics
• Magnetics
• Generator

[tjanzer]

If the AC out is 60Hz, congratulations. But I think the frequency is a lot higher. Try to use an analog amprobe meter. The digital ones give you false readings outside the 60Hz. range.

[64298]

@tjanzer

The frequency is much higher than 60HZ. I plan to rectify it to DC and test.

[msearson1]

Please can you share detailed construction plans. I'm sure lots of people would like to reproduce this.

[64298]

@msearson1 I just posted the plan link above

[PESNetwork]

Please give the volts and amps readings. We don't know where the deciminal point is nor what scale you had the meter set to.

[64298]

@PESNetwork

DC in side .81 milliamps 6.1 volts

AC out side .27 milliamps 74.4 volts

[64298]

@beac310 All this is old hat now.

Check out my very latest video I named WOW!!