Minimal Lenz Generator V2

[BorisKrabow]

Hi ! I have Variant 3  . Compensation occurs when approaching . The magnet works simultaneously with the iron compensator .
It is designed for pendulums and the simple conversion of electric motors into free energy generators.
        V3 is different from V1, V2, and therefore the test results may be unexpected .

                                                                             

Regards ,
Boris

It must be added that the coil is connected to the load only when approaching . When moving away from the coil, the load must be disconnected. This will allow the magnet and the iron compensator to leave without resistance. You can use a diode or other methods to do this.   

[gyulasun]

Hi Boris, 

Thanks for showing Version 3, it seems also interesting. 

Would like to ask whether you have managed to test any version in practice? 

It would be very good to see for instance V2 when you remove the iron from the top rotor disk and use the iron only on the bottom rotor disk. 
Then the comparative load tests would nicely show how useful the presence of the bottom iron would be versus the case when the bottom iron is also removed.   
Have you done such tests or any tests with these versions, or you have this idea untested by you?  I am not nit-picking, this idea sounds very good, I am just curious what you experienced.

Greetings 
Gyula

[BorisKrabow]

Hi Gyula,

I have not conducted practical tests of this idea.
Just not enough time for everything.
To find a good design, you need to conduct hundreds of tests ......
Apparently, it is necessary to attract specialists on this issue.
I will be glad if business representatives show interest in the mass introduction of this technology.
Most people cannot make complex devices in the garage.
The optimal solution is quick assembly kits.
The community may have good ideas.


Regards,
Boris

[BorisKrabow]

An easy way to test this idea. Make a motor generator from a computer fan .
       
                 If it charges the battery it is connected to, you won the game   

[norman6538]

Low Lenz pendulum tests. In the photo you see a very large gap because the setup is not tight enough to make it smaller. I will work on more precision as time permits. You can see the metal beside the magnet.
I woke up wide awake at 1am thinking about this and rigged and tested as you see - not too exciting with large gap.
However look at B 3 highlighted text.
  Measuring the current with a microamp meter shows no major difference with or without the metal except leaving the core seems greater amperage than approaching the core.

A. no metal
1. open coil 48 swings
2. short coil 38 swings
3. with diode 36 or 37 swings

B. with metal next to magnet.
1. open coil 46
2. shorted coil 37 or 38
3. diode > 44 swings - greater than A 3 above shows promise
4. diode > 43 swings   

So I would say this idea warrants more study. 

My old pendulum with 2 skate bearings was too sloppy so I used a bicycle front wheel axle and even as adjustable as that is and the arm 20 inches long there is some serious axle play.

What is amazing to me is the microamp meter moves further when the pendulum is not swing fast but less when it swings high and fast. go figure?
Norman