Kapanadze and other FE discussion

[rakarskiy]

Show the Holcomb replication done with your own hands

Wesley

Do you need it? I don't need it. I know how it works, and I share it with others. The simplicity of the combination, requires precise engineering for all load phase change positions. 
90% don't know how a simple core synchronous alternator works. How it works with the load and why the magnetic field amplification occurs with the load, etc.

Solve the simplest problem!
We need to calculate the measure of peak EMF of a 220V/50Hz single-phase alternator, with an active load of 1 kW connected to the phase outputs, at 220V mains voltage.

[Sergh]

the oscillation cycle itself will contribute to "no demagnetization".

See how the magnets are inserted here and tell us about  " properly operated":

https://www.magnet-motor4u.de/bauanleitung#

Determining the magnetization of magnets based on the force of the hand to lift off the surface is wrong. This type of measuring device will show the truth:
https://www.google.com/search?q=Permanent+Magnet+Gauss+Meter

[rakarskiy]

See how the magnets are inserted here and tell us about  " properly operated":

https://www.magnet-motor4u.de/bauanleitung#

Determining the magnetization of magnets based on the force of the hand to lift off the surface is wrong. This type of measuring device will show the truth:
https://www.google.com/search?q=Permanent+Magnet+Gauss+Meter

I have little interest in the magnetic motor (its service life is defined by about 20 years of continuous operation). Except that there is not a single fact of such service life.
The magnet is not demagnetized when the magnetic circuit is shorted. (A magnet included in a magnetic circuit is a magnetic keeper). In a synchronous oscillator, it restores magnetization at load peaks. It has one problem, temperature rating. The alternator commutator, will not cause the magnet to heat up, and with the correct design (multi-circuit), where there is compensation for the attraction of the breaking poles of the stator by the commutator, the electromagnetic torque will tend to zero

[Sergh]

In a synchronous oscillator

1. What does it have to do with perpetual motion machines?
2. Where are the Gaussmeter measurements? Now and 20 years ago?

[rakarskiy]

Wesley, the crowd can't capture anything, the crowd doesn't want to learn, it's sheep!
Individuals, if they can produce something, it won't last long. The system will suppress that production, as it has done more than once!

My goal is for the thinking person to be able to do for themselves. Only for this you need your own head and material capabilities.
At the same time, the one who makes, must be confident in his power, because he will not have service and repair service, operator's tracking service!
From manufacturer to consumer, the entire chain will be on him!
Another question is whether the producers and sellers of energy will tolerate it?