Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

Hi all

Some update from akula0083 hot topic:

I had conversation with him yesterday and he confirmed having NMR on the copper wire. This happens on his output bifilar coil. Also the choke and capacitor is not connected anywhere in his first video and the voltage rises there up to about 1,5kV. The two frequencies used there are tied by synchronization between them as well.


He is also now quite open and might share his circuit schematics and tuning information at some point. Hopefully that might happen in upcoming weeks.

Cheers!

[Hoppy]

Dear TEKTRON.

Many thanks for that interesting tip. In spite of this I had another go and I only lost the last few seconds this time!!

So for what it's worth.........http://www.youtube.com/watch?v=LOqjTHmmumU&feature=youtu.be

The schematic I was working with is posted below.

Best wishes to all, Cheers Grum.

Morning Grum,

Nice to see your new workshop up and running.

I'm interested to know what happens to your lamp brightness if you disconnect L5? The reason I ask is that there is a metallic path from your PSU (shown as an inverter on the schematic) through T2 windings, through the lamp load and back to the PSU via the ground connections and the bridge rectifier VDS1.

Hoppy

[Grumage]

Hi Grumage,

I tried to play the video somehow it's getting stuck at 2:38min .Solution i merely click on fast fwd a little to continue with video.

I noticed there is a big gap between the inner and outer "T2" core won't that create more loss and reduce efficiency.

By looking at the circuit diagram i noticed the "T1" 12T - 12T , source is rectified 220v.Isn't "12Turns" considered way too low for high dc voltage.This would reduce efficiency and increase current draw as well.
After rectification it would be better to use around 400v maybe 1uf or higher value capacitor to stabilize voltage between L1-L2 of T1 to ground.This would definitely boost output from T-1.

I feel that using 1.5KV capacitor would not be necessary for 3T and 43Turns.Likely a lower voltage around 400...600volts  with "low leakage" variety would do as well.

In every microwave oven capacitor there is a inbuilt bleeder resistor to allow it to self discharge.I'm not sure what the value is if it's 1MOhms it's fine.
There is also a link to show on how to remove the "Bleeder resistor" inside capacitor.
http://www.instructables.com/id/How-to-remove-the-bleeder-resistor-in-microwave-ca/

Dear magpwr.

Many thanks for your comments regarding the video and schematic.

Let's take each one in turn. I don't think anyone knows what the Inner choke dimensions are as there are no instructions for it's make up. Having studied the video I made something that looked close!
It does resonate at it's own frequency and develops a high voltage as the scope's 10 turn pickup coil is registering 20 v p/p and my choke has aproximately 600 turns.

A replication should be as close a copy to the orignal as possible. So with regard to your comments about the primary turns ratio they are, as is, a copy. Please remember that it is just a transformer with two functions. The three turn L3 providing a supply to the 12 turn (in my present setup) coil L5 and a second output from L4 sending a modulated 50 Hz signal to the Bifilar coils on T2.

Yes you may be correct about the voltage level on L5, it is quite difficult to measure as connecting a scope to it brings it down. But one thing I do know is that the capacitors used need to be robust as there is a heavy reactive current flowing. I have a rather "bulgy" looking one that I had to remove!!

To sum up. If nothing else my endeavours have at least created some thought and discussion and if T-1000's latest post is correct then it would seem that the energy gain is coming from a most unexpected area indeed!!

Cheers Grum.

[Grumage]

Morning Grum,

Nice to see your new workshop up and running.

I'm interested to know what happens to your lamp brightness if you disconnect L5? The reason I ask is that there is a metallic path from your PSU (shown as an inverter on the schematic) through T2 windings, through the lamp load and back to the PSU via the ground connections and the bridge rectifier VDS1.

Hoppy

Good afternoon Hoppy.

You have raised an interesting point. I have tried disconecting L5 just to see what happens. And this is the interesting bit. It is frequency dependant. At some frequencies the lights go dimmer and at others they brighten. You are quite right about the path, the lights are partially lit from the get go. But they come up when the supply to the center tap of T1 is energised.

Do you or any one else know of a way of bringing a group together in real time? I would be quite open to a sort of group experiment where folk could direct a question and see what happens!!
Brain storming has always produced results because we all think in different ways!!

Kind regards, Grum.

[magpwr]

Hi Grumage,

The best group communication program using voice i know is TS3 -Team speak 3 .It's popular in gaming environment.I have used it even on my mobile phone.
This software is free.

If you need TS3 server just google free TS3 server.The free server only support maximum of 5 person speaking at the same time.
Best part only the person whom create the channel can assign a password for some security.The rest of participant merely need password to access channel.

This i leave it to you as it's free and would save everyone on long distance phone call as well merely need free wifi hotspot or 3G or 4G network if using mobile.

The only obstacle is time zone factor in joining communication and language barrier(maybe).