FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[Ufopolitics]

THE SUB COILS CONCEPT FOR SEQUENTIAL GROUPS

Hello All,


Ok, here I am showing a solution for what have me worried on previous tests that I did with a similar scenario...I will explain below.

On this type of arrangement, where Sequential Coil Groups are based on an ALTERNATED ADJACENT METHOD, there is a slight issue, since Coils from one group alternate with Coils from the other group, there is a GAP between coils of the same group...

I previously built Four similar coils to test this arrangement on another setup with a larger Secondary, (the "Halfway Test" that I have recommended before) the point is, that while I was running it, they were aligned with a gap, using the space that other set would have taken ..and their Output was great...However, when I moved all four coils together, (without the gaps) the Output increased considerably...

I discarded this Method a while back, because of this reason...and stayed with the Overlapped Sequential Coil Group Method. But I want to have a higher number of Turns per coil, actually no limits, PLUS, I want ALL Coils in BOTH Groups to be Symmetrically and Geometrically the same, and the latter method does not allows you to achieve that, you cannot make the First Coil Group too high, otherwise, the Second Coil Group ON TOP, would be farther away from the steel core, hence this outer group will not Excite Secondary as the First Group would, unevenness...not working equally due to this difference in geometrical arrangement.

The big difference in the ALTERNATED ADJACENT METHOD, is that ALL Coils in BOTH GROUPS are EXACTLY of the same Geometry, and size, as BOTH Groups are exactly the same distance from Steel Core, and I can make coils as higher number on Turn/Layers as setup requires. So, here, I thought all I can do, is to keep the GAP between Coils as narrow as possible.

But, I kept "frying my brain" about a way to upgrade this Design, where I could get rid of that "gap"...and finally, I got a solution.

And I am very confident it will work superb!!

I have incorporated the "Sub-Coil Design" for each Group...and actually these sub-coils are just EXTENSIONS of previous Coil on the Sequence.

For example: On this design, the Primary N1 would have a N Sub Coil 1 or, NSC1 that would be wound OVER the Primary S Group, Coil #8, (which is the one closer to Primary N1).
Then, next Sub Coil on Group N, would be N Sub Coil 2 or, NSC2, which would be wound over S Group Coil #7.
Following, next N Sub Coil 3 or NSC3, which would wound on Primary S Group, Coil #6
And that completes the Total Sub Coils Sequence for Group N.

The same procedure applies for Primary S Sequential Group.

Concluding, that each Sequential Group would only need Three (3) Sub-Coils.

Of course, these Sub Coils are made of lesser turns and layers than Sequential Coils, they are just there to BRIDGE/ COMPACT MORE THE MAGNETIC FIELD, by FILLING that EMPTY GAP, where there is no coil, because of the opposite Coil taking its space.

Therefore, the Progressively Expanding or Retracting Magnetic Field, generated by each Sequential Group, would NO LONGER HAVE EMPTY AIR GAPS, that resumes in a weaker Exciting-Inducing Field.

It may look kind of "complicated" but actually it is not...actually putting together this Diagram is much more complicated to achieve, than winding the Real deal!!

And of course, I am going to include a test with and without these Sub Coils (by connecting, disconnecting them), to see the difference.

I am exhausted...but very happy, that I could put together all this info and upload it tonight.

Like I always say, basically for such long posts...I may keep updating this post further on.

Regards

Ufopolitics

[Ufopolitics]

HI Ufo,

Great work so far.  I like your method of making the coils.  I only have some 21 gauge and 24 gauge wire so am looking for a good source of heavier gauge wire. 

Take care,
Carroll

Hello Citfta,

I believe the 21 gauge would be just fine to make your Exciter System.
And if you have enough 21 ga wire, may I suggest making a Test using the same gauge wire (21 ga) for the Secondary Coil(s)...
As a matter of fact, I have put together (in theory-calculation so far) a "Verification Model Test", in order to fully demonstrate that these types of Systems work successfully, for Academic Proof:
Basically, it consists on using the same gauge wire for ALL Coils, Primaries and Secondaries, Plus using the same Total wire length, also, for Primaries and Secondaries.
And, of course, simple, if testing this Verification Model, gives you more Power/Energy on the Output than the Input, it is fully demonstrated then, that it works.

In our case with the Sequential Coils Design, the Total wire length of Secondary would be given by the Total sum of BOTH Sequential Groups. So, first, calculate the Total Length of ONE Sequential Coil, based on a low resistance, like, say 0.5 ohms.

I use this Wire Resistance Calculator

And based on this calculator, for 21 ga, you will need 40 ft to get R= 0.512 (remember to leave extra wire for the connections, like 1 ft for all coils including secondary)

And, if you have a 16 Commutator Elements on your Rotary Switch (like I do) you can put together the Four plus Four Sequence Structure that I have shown lately.

Then, the Total wire required for Secondary would be 320 ft. based on 8 Sequential Coils of length 40 ft or 8X40= 320 ft

The rest is a matter of "Geometry Design" setting your core length plus thickness...in order to fit All Coils there, Secondary plus exciter coils.

Do not get a too thick steel core for this setup, just a one-inch (1") diameter steel rod, would do the job.

On my latest setup (4+4), because I already had the secondary built from 8 years ago... using a 1 1/4-inch rod...and 4 inches long.

About the length of Steel Core, it is conceived in order that you do not make it too short, because it will render a very Thick/ Larger Outer Diameter Secondary...then your outer Exciters would be too far away from steel, and induction will be lower. So, the longer the steel rod, the better.

These types of Generator Systems can be built on ANY Scale...from a very small set to a huge set...depending on the amount of power you will need.

However, for just a Test, a smaller setup is cheaper to build because it requires much less wire and much less time to put it together.

Any questions or doubts, please, let me know here.

Hope this helps.

Regards

Ufopolitics

[citfta]

Thanks so much for the update.  Lots of good information there.  I hope to get started on this very soon.  Still helping the wife get some things done before Christmas.

Take care and thanks again.
Carroll

[Ufopolitics]

HALF EXCITER GENERATOR SYSTEM VIDEO TEST 1

Hello to All,

Ok, here is the "Halfway" Video Test that I previously mentioned, that I was going to run first, before I wind the next Four Coils...
Now, some ERRORS that I say on Video...
1: When I am counting commutator connections, I jumped from 1 to 3,4...AND IS 1, 2, 3, 4.
2: It is an AMP PROBE, connected to Channel Two in Blue...and it is set to 100 MilliVolts (not milliamps, like I said)
It is set to 10 mV (it also has a setting for 100mV) and that represents One Amp...

Meaning, I am only running the Eight [8] Sequential Coils Exciter System of Generator, with A Four [4] Coil Sequence.

And below is the same Diagram that I show on this video.

This Test will allow you to check your Magnetic Field displacement through the Steel Core, passing through the Secondary, or Part "y" to generating an Output.

Along with all your coils behavior under the pulsating currents, at different voltages, as all your connections.

The Diodes connection that I showed previously, is what I am using on this test, and it works beautifully!!...  

I am using the NTE576 (400V/5A) , they are super fast switchers and can stand amperages up to 150A (IFSM/Switch Mode), As they have very low resistance and minimal leakage.

Very similar to the UF505 series...

Next I will upload the TEST #2, where I test with a little higher Voltage at Inout, plus add an incandescent 120V to the output...

Regards


Ufopolitics

[Ufopolitics]

LOADING THE GENERATOR ON THE SAME SETUP AS PRIOR VIDEO (HALF EXCITER SYSTEM RUNNING)

Hello to All,

And here is the same setup than prior video, except than on this video, I am loading Half Excited Generator with an Incandescent Light Bulb of 120v.

Plus, I am rising Input Voltage to 28 Volts...

Enjoy


Ufopolitics