Lindemann attraction motor

This time the bearings were replaced by better ones and the switching is done by an optotrigger instead of reedswitches as in previous video. Speed went up from 580 RPM to 1400 RPM and current draw is now only 0.31A at full speed instead of 0.55A in previous video. Also this time I am running the whole thing from 24V (two 12V batteries in series) And instead of burning all the BEMF energy in a bulb, I use it to charge a second set of 12V batteries in series.

For more info please visit the following site:
http://www.energeticforum.com/renewable-energy/271-electric-motor-secrets.html

Category:

Education

Tags:

• magnet
• motor
• BEMF
• pulse
• attraction
• Lindemann

[Jetijs]

With this particular design I have observed that the motor runs faster and draws less current, if the BEMF is not left in the coils but rather burned into a light bulb or put in a charging battery. This design is not very efficient due to thick steel plates from material that retains some of the magnetism. With this design we only got about 32% energy input back. Thinner silicon steel plates and better design is the key to get the maximum input power back. 85-90% energy should be recoverable :)

[affluenceclm]

The big Oil corporations are trying their best to stop free energy ideas from spreading to common ppl.

We need to put an end to this corruption ,start generating your own electricity now.

Visit LT-MAGNET-MOTORdotCOM and get the blueprints . Join the Revolution!!

[crippled82]

have you observed any excess energy? ie. higher total that put into the system.

[ray0energy]

ditu have 4 circuits parallel in there?

i am also busy on this only then wit neo magnets and ferrite coils a sort of combo between Lindemann circuit and bedinni mono pole

motor