A Working Radiant Free Energy System

[pese]

http://www.stormloader.com/members/pese/fe/messung.html

text expanded to metering  battery

to motors

G.Pese

[AhuraMazda]

I agree with Gustav. We should not let wishful thinking cause the interpretation of results falsely.
We maybe trying to compare apples with oranges but not the less, the performance must be measured accurately. Only in this way we can ensure replication and improvements to any system.

AM

[mrd10]

I don't know if I should start my own thread here, but I'm replicating on the windows version of the bendini cole motor, as per this website:- http://www.icehouse.net/john34/bedinibearden.html

Test Bedini/Cole Motor no battery.

http://www.icehouse.net/john34/bedinicolemotor.mpg

Here's a sneak peak of what ive done so far, also ive been compiling notes on construction, and i will post this when finished, If anyone likes to help with how the cct maybe setup, this would help immensely.

Dom

[barbosi]

Please see the attached document. Any comments. questions welcomed. But only nice ones responded to.

Regards,

Ossie Callanan

Thanks again Ossie for sharing this in the forum, I replicated the setup and here are my observations/comments.

At this point I think there is no need for a picture of my system, esssentially being the same are yours (with only one reed switch). The only missing part from setup is the REAC. Not that is not important, but for now I had to understand how is generated and tapped the radiant energy.

First I have to explain myself why I said this setup makes more sense to me concerning radiant energy:
- *Potentialy* it has the spark gap used by Tesla and Ed Gray: the reed contacts
- using a magnet at the spark gap like Tesla to ensure flow in one direction (as explained Dr. Lindemann in "The Free Energy Secrets of Cold Electricity")
- it has a radiant energy colector in direct proximity, capable to produce work (the coil)
- the only missing elements were the charged capacitor used to store energy for the spark and the high voltage.

Now about the "hissing" Ossie heard, I got the same efect, but it was not the coil, instead there were the reed contacts vibrating making that noise. That actualy increased my interest, because I had a mechanism now to restart spark cycles, without a rotary spark plugs.
Later, I also used the additional magnet like Ossie did. The number of pulses increased, the "hissing" was also louder, so more energy to charge the batery.
Because I used only one coil and 4 magnets, I got somehow frustrated about wasting time between 2 magnets. The I thought I could get rid of the flywheel and instead I attached to the reed switch the original magnet the came along (it was that kind of shelf device used to detect when a door is open). Bingo! after removing the flywheel and slight rearangement of the reed agaist the coil, I got the "hissing" which this time it was continous. I charged few batteries (6V and 12 V) with minimum power in 45-60 min each.

The explanation I gave to myself is that actualy, the magnetic field generated by solenoid nullify the magnetic field of perm. magnet, so the switch goes off => then perm. magnet acts again and turns on the reed, current flows againt in the coil, and so on.

Now comes my question: how do I know when a battery is FULLY charged? This is mainly because the need to estimate the COP. I sucessfully charged 2 bat from 1 bat and the discharge time for all 3 of them was prety much the same. To avoid the BS, I would like to know if there is a way to test if a battery is charged at its FULL capacity (joules)

Another important question is if there is radiant energy at all involved here. If anyone can explain, I would much appreciate. I'm a bit blind to what Teasla found obvious and I'm affraid I still don't think out of the box.

Of course this doesn't exclude the later need for switching the bateries (which will require also spending more energy). Also I lack at this time the extra batteries for REAC tests. But it's just a start.

In the end a bit of bitter news. I have an identical second pair reed/magnet and it seems the reed is not as sensitive as the first. Not "hissing" what so ever, although testing with ohmmeter and magnet shows the device is functional. I'm curious if anyone can add their experience.

I'll try to remake the circuit using a regular relay (self oscilating), instead of reed switch, However the questions remain and without a carefull consideration for the test results, no real progress can be achieved.

Thanks,

[gezgin]

I tried reed switch device with different coils but transistor & coil heating,
connected to  output small bulb(10W/220V) and get 35 V to 80 V DC with 0.47microF
condenser.
I think 12 V fully charger battery voltage must be max. 13.8 V, barbosi.
didnt try second reed switch yet.

mrd10 can you post bedini motor details.