Window Motor Replication

[ren]

Hi Mark,

I ripped it off cause I wasnt happy with the presentation of it. I will post another shortly, still trying out various circuit configurations and triggering.

When it is more presentational I will display more of it. Keep thinking about that cap I showed in my brief video.

Your config sounds interesting, post up some pics if you can.

Thanks for posting. I was expecting this thread to drop off the face of the earth

Regards

[darkwizard]

i have the circuit

[ren]

well enlighten us then....

Do you mean THE circuit or just the circuit?

[darkwizard]

Put the cap in a coil apart from the power coils, put the cap in that coil instead the primary battery, put a transistor, like bedini sg , with trigger coil, etc, put the recovery diode , add a diode between emitter and colector, it will permit the virtual south charge the capacitor. Wallah, an almost 0 drag generator, it works for me it worked for others.


Is a sg circuit with a discharged capacitor instead of a battery, with a additional diode between emitter and colector that permits the reversed current pass through the coil and charge the cap, it generates current on virtual south at a short moment. It will charge the cap, i run my motor with my hand and it works, it charges the cap and it generates radiant energy that is recovered through the recovery diode like in sg. It uses the trigger coil because the timing is perfect.

[tjnlsn255]

Darkwizard,

Could you post a schematic of what you described?

Have a most excellent day....

Tj

[darkwizard]

http://www.energeticforum.com/attach...1&d=1249399738

It will generate little drag if the coil impedance is low.

My Coil is at 4 ohms, the cap charges until 8 volts at 900 rpm, it remains constantly charged until the speed decreases.

[Joit]

Looks like an across charging, like you did describe it, but very nice Work. Grats Darkwizard.

[darkwizard]

Look it, it is a simple circuit, is a modified Bedini SG with recovery, the diode across the transistor allows the virtual south to charge the cap, nothing more, it generates little drag with the virtual south, but when the time is right it will switch the little energy across the inductor, it takes nanoseconds , all the action ocurrs in a few nanoseconds, because the cap is charged and discharged at almost the same time, it draws some mechanical energy but a part of the torque is restored when the cap is discharged across the coil, and the radiant energy is recovered.

[darkwizard]

The coil must generate a lower voltage than the charging battery voltage, in this way it will generate lower drag because the north pole pulse is not used to charge the battery with current. It generates little energy, of course , i connected the recovery to the primary battery of my sg circuit.

[Mark]

Hi Darkwizard

So what kind of stats can you give us? Is it a self runner or does it just increase the efficiency. Have you done a comparison to the bipolar circuit?

[darkwizard]

Hi Darkwizard

Is it a self runner or does it just increase the efficiency.

Th answer: it just increase the efficiency

[ren]

Hello again.

Some more progress. Experimenting with halls. Working well.

YouTube - Bedini Cole Window motor.

Regards

[tjnlsn255]

Thanks for the update Ren...



Your video has really helped me to see how I can change my frame so that I can wind the coils is a way that does not have to split the rotor shaft, excellent....

Around the rotor do you have only the two visible coil bundles or do you have a third one underneath?

It is very interesting that with three coil bundles the configuration looks a lot like a car alternator....

Be happy.......

Tj

[ren]

Hi TJ.

There are three coils, the one underneath is a little hard to see. There is actually space for three more coils like this, out of phase from the first three.

It will look even more like an alternator when those go in

Regards

[tjnlsn255]

Winding direction?

Ren,

Does it matter if the coil bundles are all wound the same direction or is one of them wound reverse from the other two?

Awsome work!

Be happy....

Tj