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Overunity Machines Forum



Confirming the Delayed Lenz Effect

Started by Overunityguide, August 30, 2011, 04:59:41 PM

Previous topic - Next topic

0 Members and 35 Guests are viewing this topic.

toranarod

Quote from: teslaalset on September 05, 2011, 02:00:13 PM
Ok, I had a look at Toranarod's data.
Yes, indeed he seems to have higher RPM with a generator coil, compared to the situation without generator coil.
However there is also a motor coil present.
Unfortunately he did not monitor (or post) the data on the motor coil.
The used power of the motor coil is also relevant for solid evaluation.
So, incomplete data unfortunately. Still no proof of concept.

For some reason I can't post messages on EF although I have a valid account.
Can somebody post a question to Toranarod to provide also the input power of the motor coil, to complete his table?

Hello

I am using a separate drive motor. It became very obvious Romero was right about a few things.
One point he made was don't worry about the drive just use a good motor.




   the work on the acceleration of the generator coils is where the research is up to at the momment.

the out runner in the photo can provide 2000 RPM at 300 Mil Amps  or 8200 RPM at 3.5 amps its very versatile. I recommend giving it a try it has helped me a lot with this work   

Overunityguide

Hi You All,

Today one YouTube User has asked me to Replace my LED Load with a normal Resistive Incandescent Light Bulb. So this is what I have done.

Here is my Video About this Subject:
Negative Lenz / Delayed Lenz Effect with an Incandescent Light Bulb as a Load
http://www.youtube.com/watch?v=Kluw71YC5p4

With Kind Regards, Overunityguide

teslaalset

Quote from: toranarod on September 05, 2011, 04:45:10 PM
Hello

I am using a separate drive motor. It became very obvious Romero was right about a few things.
One point he made was don't worry about the drive just use a good motor.

the work on the acceleration of the generator coils is where the research is up to at the momment.

the out runner in the photo can provide 2000 RPM at 300 Mil Amps  or 8200 RPM at 3.5 amps its very versatile. I recommend giving it a try it has helped me a lot with this work

Hi toranarod,

Thanks for stopping by.

Can you summarize you findings once more in this thread so we all understand them?
I noticed you have the generator coils fixed, so they probably are difficult to remove.

Most convincing experiment would be as follows:
1) remove (physically) all generator coils and measure the motor power consumption at a given RPM
2) mount the generator coils and drive the rotor such that same RPM is obtained as in 1) with no load to the generator coils (nothing connected)
3) measure the motor power consumed in 2)
4) short all generator coils and measure motor power consumption and RPM.

toranarod

Quote from: teslaalset on September 05, 2011, 06:26:23 PM
Hi toranarod,

Thanks for stopping by.

Can you summarize you findings once more in this thread so we all understand them?
I noticed you have the generator coils fixed, so they probably are difficult to remove.

Most convincing experiment would be as follows:
1) remove (physically) all generator coils and measure the motor power consumption at a given RPM
2) mount the generator coils and drive the rotor such that same RPM is obtained as in 1) with no load to the generator coils (nothing connected)
3) measure the motor power consumed in 2)
4) short all generator coils and measure motor power consumption and RPM.

i will post a photo of the current set up
by the end of my day i will have the data we are looking for.
today's coil type is mild steal core, solid. 280 turns 4.7 mH wire 18awg. 1.1mm. the core extends 15mm past the coil.  and is 1.5 mm gap.
RPM will be 2500 to 3000.


toranarod

Quote from: toranarod on September 05, 2011, 04:45:10 PM
Hello

I am using a separate drive motor. It became very obvious Romero was right about a few things.
One point he made was don't worry about the drive just use a good motor.




   the work on the acceleration of the generator coils is where the research is up to at the momment.

the out runner in the photo can provide 2000 RPM at 300 Mil Amps  or 8200 RPM at 3.5 amps its very versatile. I recommend giving it a try it has helped me a lot with this work


Here is some data on short circuits.   There is no electronics of any kind.
Just dead short, open circuit or no coil.  It’s a basic comparison of core materials using the same coil.  All core dimensions are the same only change is material structure.   

I thought this was rather interesting.