Pierre's 170W in 1600W out Looped Very impressive Build continued & moderated

[ramset]

I remember several replication "attempts " emphasis on very big _Attempts _


Will make a few calls and report back ..see if there is any news ?


Respectfully
Chet K

[Cadman]

I remember several replication "attempts " emphasis on very big _Attempts _
...

Yes, many expensive and good attempts, but no true replications of the whole system.

Correct me if I'm wrong. No one included a large transformer in the circuit during their tests, even though the first video shows that without it the voltage in the cap banks drops steadily until the transformer is plugged into the generator output. Only then did the system become self-sustaining.

He never divulged any information about the transformer, other than as large and home-made, did he?

Respectfully
Cadman

[ramset]

I believe the more serious replicators kept a good rapport with inventor ... off forum,
It did get a bit noisy here , as replicators were not seeing the effect !




Not going to bother persons until Monday about this .


Will report back .


Thx
Chet

[pmgr]

Over the last few years, I have revisited Pierre's old DZgen1 videos many times and the last time I watched video 3 in slow motion around 10:00sec and on, I noticed something interesting.


Take a look at how long it takes before his Arduino comes up after he plugs the power adapter into the wall. In slow motion it takes a few counts. The relay power supply indicator shows 4.48V (as the power coming from the wall goes through a diode, dropping the voltage from 4.98 to 4.48).


Then take a look at the blue LEDs and red LEDs and note how those LEDs are not moving yet, yet the top blue LED goes on and off multiple times (3x) and so do two of the red LEDs of the relays. But nothing is rotating yet.


However, the voltage meter on the output coil is already showing 90V and then 138V before the relays have started moving! The relay voltmeter also goes to 4.98V indicating that the power is now coming from the rotor output (or whatever is inside that rotor).


There is no way that the output rotor coil can have any (steady) A/C voltage if the relay pattern is not moving yet (we have only that top blue LED go on and off 3x). I also find it interesting that the voltage on the meter is extremely stable with all these relays turning on/off yet no cap on the output.


For those of you that have his videos stored, revisit video 3 in slow motion and let me know what you think.


PmgR

[r2fpl]

Channels in Arduino sometimes have different functions on one pin.
Arduino initialization turns these pins to High and then switches to Low.
Later, each pin is set separately in the program.
Everyone who works with Arduino knows this.
When Arduino resets, it sets some pins to HIGH / LOW and if there is a relay, it turns it on, so the current appears on some coils.
Therefore, the meter sees something. There is nothing strange for you here.