The new generator no effect counter B. EMF part 2 ( Selfrunning )

[gotoluc]

Thanks all

No results yet. It runs smooth but I have to make some generating coils. The few turns I tried on the output are making only a few volts.
I would like some input though.
My field coils have 500 turns each.
What number of turns and gauge of wire would you use on output coils?

I would say not to worry too much about voltage as current is what causes the most Lenz drag and this is what we all want to know if this design can help alleviate.
If for now you can only get one volt across a 1 Ohm resistor you have 1 watt, if you can get 2 volt you have 4 watts. And if you can connect and disconnect your load resistor with no change to RPM and your input motor has no change in current, then you have a winner.

If you still want to make coils, I would say use 16 AWG to 14 AWG and make as many turns as you can fit on your core.

All the best in your tests and thanks for sharing

Luc

[thngr]

My iron is not laminated but the cast steel should still give some results in testing.

Vince

cast iron for magnetic devices %20-30 efficincy. Isolated slicon steel %85-90 efficiency. your generator all ready using its power to heat it self you need not coils to generate instead you will need termaly insulated box and calorimeter.

[Dog-One]

Have a read:

http://noticiasseleccionvaldeandemagico.blogspot.com/2014/07/leedskalnin-iron-man.html


Maybe rewind an off-the-shelf generator with insulated steel wire and have a go...?

Wouldn't recommend shorting the output though.

[Dave45]

Have a read:

http://noticiasseleccionvaldeandemagico.blogspot.com/2014/07/leedskalnin-iron-man.html


Maybe rewind an off-the-shelf generator with insulated steel wire and have a go...?

Wouldn't recommend shorting the output though.

Steel wire heats up very fast if a current is passed through it.
An easy way to test this would be to wind a primary with steel wire and wind a secondary with copper over it and see what the ratio of give and return was.
Be sure to run a very low voltage through the steel wire.
A joule thief would probably work for this.

[T-1000]

E. Leedskalnin had solution in 1930s but obviously the crucial information on redirecting Lenz force for our use was lost there..

When you make alternating magnet from moving iron core between N and S magnets on stator the Lenz force becomes same deflection for approaching and leaving iron core on coil. That is fundamental and is easily controllable by current draw on both cycles in coil. When making real school level model from the my pendulum picture it can show that.

The Eddy currents is what you have to avoid (the basic Faraday's induction law - the current is on 90 degrees to the movement) and the short circuits inside of core are making losses and heat.
The drag issue is easy to solve in that arrangement by geometry solution...

Cheers!