FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[Ufopolitics]

Hello All,

I have created a New Playlist on my YouTube Channel named: 

BUILDING THE FIGUERA LINEAR SERIES TEST SETUP

Where I have added all videos related to the process of this build (Including some videos not published on this Topic)

Regards

Ufopolitics

[Ufopolitics]

Hello All,

Ok, on video below is shown the final preparation stage before starting to wind Main Secondary (still need to secure all paper with high temp tape) with 16 gauge wire...
But I wanted to show the procedure as a few tips which will prevent not to mess up wires by catching in between metals.

Regards

Ufopolitics

[Ufopolitics]

ABOUT NOMEX (DUPONT) PAPER

Hello All,

Ok, this is a paper that is normally used on all electrical applications like Motors, Generators and transformers.

There is a wide variety of thickness and types of textures.

NOMEX is a Registered Trademark of DUPONT.

They also make "wedges" that insert/slide in between stators and rotors grooves to retain wound wires.

Many electrical suppliers have it in stock:

So, after I am done securing all paper with tape, am ready to start winding...

Regards

Ufopolitics

[Ufopolitics]

Hello All,

And...this is the final stage before winding "The Masking"...

This is a very important final precaution stage we need to take before every winding!!

Ufopolitics

[Ufopolitics]

CALCULATING NUMBER OF TURNS PER LAYER PLUS TOTAL NUMBER OF LAYERS REQUIRED FOR 1000 Ft= 4.0 Ohms (PART 2)

Ok, so here first I will present the following image, as it contains mostly all is written on this post, but "compressed":

Here FIRST PART is to start by the Cross Section Image on the RIGHT, which shows the Total Length that ONE TURN will have (in inches).

And this calculation is very simple, just add ALL FOUR sides of Rectangle Pattern, or 1.5 + 1.5 + 2.0 + 2.0 = 7 Inches Total Length of One (1) Turn:

One (1) Turn= 7 Inches length

Then we go to the LEFT IMAGE or the Total Length of Steel Core (9.25 Inches)

We know that a 16 Gauge have (approx.) a thickness of 0.051 Inches or 1.291 mm, however, let's keep all measurements on inches.

First a simple division: 9.25 (Total Core Length) / 0.051 (wire cross section) = 181.37 and this number would be the Total number to Wire Turns that will fit within 9.25 in length.

Let's round that number to 180 Turns, and so, if we multiply 180 by 7 [180 X 7), which is total length of a Single Turn, we will have 1260, and this is the Total Inches we will have in One Layer:

One Layer= 1260 Inches

Now let's convert Inches to Feet, or 1260 inches divided by 12 Inches (One Foot length) resulting on 107 Feet PER LAYER.

One Layer = 107 Ft

We need 1000 Ft Total wire length, so we divide 1000 Ft by 107 Ft = 9.52 as this would be the required number of Layers to get to 1000 Feet.

So, here is a challenge we will need to see in reality, while we are winding and counting the number of turns that fit into 9.25 inches length or what is called A LAYER.

What I do when I reach to the LAST LAYER (#10) and have not the enough wire length or number of turns to fulfill all Turns required...?

I SPREAD THE TURNS INTO WIDER GAPS, to reach the other end with LESSER TURNS, this way this last layer would be COMPENSATED or EQUALLY DISTRIBUTED ACROSS STEEL CORE.

But "assuming" (I do not like to do that) we get to fully 10 Layers Total. that would be a Total Coil Height of Half Inch or 13 mm...which is NOT that High, for Sequential Coils to be set.

And this is a great advantage!!...That Sequential Coils are only 13 mm away from Steel Core (Surface).

Regards

Ufopolitics

EDIT 1: PLEASE DO NOT TAKE ME "FOR GRANTED"...as based on my previous math adding History, I tend to make mistakes ...So, I recommend that YOU DO YOUR OWN MATH!
And if you see any error(s), please let me know here!!

THE REAL MEASUREMENTS

Hello All,

Ok, So I have finished the First Layer:

And when compared with the Quoted Post above, which was basically all "Mathematical Theory", when making it in reality, there are a few slight differences:

1- First: After I have added the Aluminum Sleeve, plus the NOMEX Paper, even it was built as tight as possible, it adds some additional length to each turn:

New Single Turn Length= 7.5 Inches (Instead of 7.0 as calculated)

2- Second: After completing the Full Layer, the number of turns came out to 167 Turns.

And here was a slight difference with the real 16-gauge OD, instead of the prior calculated 0.051, in reality it is 0.0539, so this reduces the number of turns to 171, instead of 181.

Then we need to add the Tabs (Metal and Paper) at each end (to prevent wire to go through), plus each end paper, which reduces the total length.

Still with these two new measurements (167 T X 7.5" = 1252.5"/12 = 104.375 Ft per Layer (prior calculation was 105 Ft)

So, when dividing 1000 Ft required by 104.4 (rounded) Ft, it gives us 9.75 Layers required. (Before was 9.52)

Concluding that there was not much difference so far...on the contrary, now we are closer to the 10 layers required, only needing now 0.25 or a quart of a layer to complete the 10th Layer.

However, due to the real increase on wire OD (0.0539), now 10 layers will not be 1/2 in or 13 mm, but close to 20 mm (18-19 mm)

Plus, I have to add -even though they are 'mills'- the High Temp tape on each layer...

Anyways, no big deal, the issue could be resolved by instead of 4.0 Ohms, reducing it to like 3.5 or 3.75 Ohms...in order that less than 10 layers would be required.

It is just a matter of "playing with the numbers"

Finally, even 20 mm Coil thickness or Coil height, is not that much either...but I wanted it below that.

Regards

Ufopolitics