FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[greybeardmike]

Ufopolitics,
I'm back to winding coils again and want to ask you a question.  I have gone back over the posts and I don't see a reference to the number of turns in your "y" coil.  You have put a lot of focus on the primary winding resistance values to manage the input current but I didn't see any values for the "y"coil.  I saw where you recently wound a new "y" coil on your lathe.  How did you determine what size to make it?

I just picked a random length for my "y" coils and as I have rewound them several times in different configurations, the physical size determined how many turns that turned out to be.  The latest configuration was 414 turns.  I figured once something was working, the task would be to experiment and gather data points to determine a formula or ratio to do more intelligent builds.

I don't think a turns ratio like a transformer applies to this system.  Since you are getting some serious output voltage, I am curious how many turns are in your "y" coil.

greybeardmike

[ggx9]

I don't think a turns ratio like a transformer applies to this system.  Since you are getting some serious output voltage, I am curious how many turns are in your "y" coil.

greybeardmike


Hi Mike.
I believe Ufopolitics covered that under the Builders section page 7 post #33, second illustration, where he refers to that "y" coil as the "inner secondary coil".
And I think he wants these questions to go there so I am not re-posting that part here as much as I would like to do so.
Now I believe Ufopolitics will delete our posts #150 and #151 or move them to "Builders" so I don't expect to see these here much longer.

RichardG

[Ufopolitics]

Ufopolitics,
I'm back to winding coils again and want to ask you a question.  I have gone back over the posts and I don't see a reference to the number of turns in your "y" coil.  You have put a lot of focus on the primary winding resistance values to manage the input current but I didn't see any values for the "y"coil.  I saw where you recently wound a new "y" coil on your lathe.  How did you determine what size to make it?

I just picked a random length for my "y" coils and as I have rewound them several times in different configurations, the physical size determined how many turns that turned out to be.  The latest configuration was 414 turns.  I figured once something was working, the task would be to experiment and gather data points to determine a formula or ratio to do more intelligent builds.

I don't think a turns ratio like a transformer applies to this system.  Since you are getting some serious output voltage, I am curious how many turns are in your "y" coil.

greybeardmike

Hello GB Mike,

Exactly as Member ggx9 wrote above, I have all details about Secondary "y" on the Builders Topic.

It is (on my Method) called "Inner Secondary" as I plan to add an Outer Secondary, whenever I am finished with the right sequencing coils building, plus, I am happy with the Output.

I have also written about Secondaries Structural Dimensions to be strictly dictated by the size and number of your sequential coils (As I call them also, "Armature Coils")

So, the Total length of "y" simply, is given by adding all sequential coils width, and on this Method 2, we are using Seven (7) Coils of 1/2 inch or 13mm each, which comes to 91 mm.

However, my center steel core is 4 1/4 inch length, which is 107.95 mm, plus I leave some extra room, for adding later on some "steel washers" sandwiched in between each sequential coil.

So, I did the total length on my Inner Secondary "y" as 112mm total.

Everything is explained on graphics, at My Builder's Main Thread, which is ONLY for Builders:

Ufopolitics Figuera's New Method, for Builder's details in replicating ONLY! - Page 7 (overunitymachines.com)

Regards

Ufopolitics

[Ufopolitics]

Hello everyone,

Ok, on the video below, I am testing at an Input of 60 Volts.

The adding of more resistance and turns on my New Seven Sequential Coils of 23 gauge, made quite a difference, otherwise with prior 18 gauge coils I would be working at around 7 or 8 amps input...

However, I still need to keep adding more wire to my Two Fields, and I mention on video that the perfect scenario I want to be is 60V and around One (1) Amp.

This is in order that whenever I move into 100V Input, Exciter System works normally around 1.8-2.0 Amps.

The small AC Fan Motor I ran it basically to show you that the Sinewave we are generating at output here, is a pure, true AC Sine...otherwise, for those who knows, know that these types of motors will NOT run on a Pulsed DC Current, but with a True AC Sinewave.

As these types of motors require the minimal of 110 Volts to fully run...it will barely move at all with 60V...No matter if it have 3.0 Amps...

Regards

Ufopolitics

[Ufopolitics]

Hello again,

I did a Second Test on following video, where I added Two Identical as Field Coils, in series with each one, at each ends.

And of course, I had to extend the steel core for each additional Field Coil, further outwards...

See the results: 

Regards

Ufopolitics