Hello All,

Sorry for the long brake...I have been trying to put my personal life together again...
I have not been able to perform ANY Tests yet...
However, I have been working on the Wiring Diagrams for these tests

First I will post here just the 16 Elements Commutator Wiring:


I will fill up all the info later on...here:

Previously I had shown a Full Cycle as 1,2,2,1.
Which means Q1ON, Transition, Q2 ON for Two consecutive contacts, Transition, Q1 ON.

Now, that is correct, however, I am cutting the Full Cycle on Q1, as it shows two transitions per Cycle.
On this Diagram am showing a Full Cycle as:
1,1,2,2 which means:
1- Q1 ON for Two consecutive contacts.
2- Transition
3- Q2 ON for Two consecutive contacts.
It is exactly the same thing as previously mentioned, since once the full rotation takes place it all will fall into a continuous sequence.

However, this new description (1,1,2,2) will be easier to understand (at least, I believe so) when looking at a Full Cycle development.

Now each Cycle have a Center Transition, as every time a Cycle ends, it also have another Transition.

On a 16 Elements Commutator Driver, there would be a Total of Eight Transitions (T1 to T8).
As there would be Four Q1 double contacts.
As Four Q2 double contacts.

Plus afterwards I will post the full wiring diagram

Regards

Ufopolitics

Hello All,

Ok, like I wrote yesterday, here is the FULL Diagram between the 16 Commutator Driver and theThree (3) Sequential Coils:



Ok, so, the Commutator Driver Diagram is exactly the same as previously posted.

Q1 & Q2 CONNECTIONS:

• Please note that Q1 & Q2 are fed by the same Power Supply Unit (PSU) #1
• Where the Negative (-) PSU-1 Terminal is SPLIT to both Q1 & Q2 Negative Legs.
• As the PSU-1 Positive Terminal goes to the Postive Commutator Driver Brush, via the Continuos Slip Ring (Not shown on this image)
• Threrefore, the Power Distribution Switching would be Alternatively Turning ON & OFF Q1 & Q2, on the shown sequence, based on Commutator elements connections.

Q3 CONNECTION:

Center Coil Q3 is directly powered by PSU #2

MAGNETIC POLARITY ORIENTATION:

It is VERY IMPORTANT to follow these Instructions:

• ALL COILS ARE WOUND at SAME DIRECTION SENSE.
• Whether CW or CCW.
• ALL START/END on ALL Three Coils MUST HAVE THE SAME ELECTRICAL CONNECTIONS
• Meaning, IF Q1 END Terminal is Positive (+), then:
• ALL other TWO Coils (Q2 & Q3) END TERMINALS MUST BE Positive (+) (like shown on Diagram)
• Electrical Polarity could be SWAPPED, as long as it complies with same START/END Connections for ALL Coils.
• Following these Electrical Connections plus same winding pattern on ALL Three Coils will guarantee:
• An ATTRACTION CHAIN between ALL Three Coils.
• Or, like shown on Diagram, a N/S/N/S/NS.
• These MAGNETIC POLARITIES MUST BE VERIFIED with a Pole Reading Pen Tool.
• Or a simple Magnetic Compass.

I HIGHLY recommend to DIRECTLY POWER ALL Three Coils FIRST (without the Brush Connection) to check Magnetic Polarities, basically at the TWO ENDS of the Three Coils.
Marked on Diagram as Blue North (N) and Red South (S), since it is very hard to read all CENTER Magnetic Polarizations between Inner Coils (shown on B&W on the Inner Coils as S/N & S/N)
Again, these Magnetic Polarizations do NOT need to be exactly as shown on diagram, meaning, they could be South (Red) on extreme Left and Blue North at Right End of the Three Coils.

As well as the Driver Brush could also be Negative instead of Positive as I have shown on this Diagram, I was just using same Positive Brush configuration as Figuera used on his 1908 Patent.


1- COLLAPSING SEQUENTIAL COILS:

• Even though I am using an ALWAYS POWERED CENTER COIL (Q3), that will keep ALIVE the Center Magnetic Field.
• Am still contradicting my previous concept about NOT COLLAPSING ANY OF THE SEQUENTIAL COILS.
• As I would constantly be Collapsing Q1 & Q2 through ALL the TIME that Brush ENDS ALL EIGHT TRANSITIONS sweeping.
• As we still do not know IF by the Field Collapsing, it would bring Field Polarity Reversing?
• If this collapsing would bring Field Polarity Reversal, then we should know by the Output Sinewave.

2-VARYING CURRENTS (AMPERAGE):

• On these Tests, I am constanly varying the Currents (A) on Q1 & Q2
• Basically whenever Brush sweeps through all Transition points.
• By Brush connecting in PARALLEL Q1 & Q2 temporarily on each transition.

As it is understood that if I change Currents (Amperage), I will also be affecting Field Strength.

However, because of these increases on amperage takes place at specific points on Spacetime Travel, I also believe they could be beneficial to the Output Induction...
I honestly do Not know if these arrangements would be beneficial to Output Readings...
Let's see how it works out...on a Real Test Results...
At the same token, I want to know if by Increasing or Decreasing the Power Feed to Q3, would benefit or will not affect at all Output?

These results -whatever they would be- would serve as a basic method we will need to use on our future configuration's settings...

Regards

Ufopolitics

Hello my dear friend @kampen,
As always, great contributions from your excellent engineering review plus diagrams!
However, please check your late diagram connections versus my new diagram shown on my latest post.
As it shows some inconsistencies, basically related to the wiring diagram, from PSU's to brush and to coils, as from PSU's to Coils.

Appreciate your always great support!!

Warm regards

Ufopolitics

REPLY to Message # 901: Ufopolitics Full Three Coils 16 Elements Commutator Wiring

Hello Ufopolitics and All,

Thanks for your clarification in Posts #901 and #902.
You were correct that my previous combined diagram contained inconsistencies in the PSU-to-commutator and coil wiring.

I have now revised the diagram to follow your latest connection topology explicitly:

• PSU-1 is dedicated to Q1 and Q2. PSU-1 (+) goes through the continuous slip ring to the positive brush and then through the 16-element commutator to switch Q1(+) and Q2(+) alternately. PSU-1 (−) is now shown as a direct split to both Q1(−) and Q2(−) and does not pass through the commutator.
• PSU-2 is dedicated exclusively to Q3. PSU-2 (+) → Q3(+) and Q3(−) → PSU-2 (−), providing the constant center-field excitation.
• The drawing also emphasizes that all three coil groups must have the same winding direction and consistent START/END electrical polarity, with magnetic polarity verified before operating the commutator.

I have retained both comparative configurations in the same drawing:
Symmetrical 5–5–5 and Asymmetrical 6–3–6, together with the Main Secondary, oscilloscope, and resistive load measurement points.
I also made the PSU-1 negative connection deliberately prominent in the new version to eliminate the ambiguity in my previous drawing.

Please have another look at the revised diagram.


IMAGE: Corrected_Diagram

If you see any remaining discrepancy with your intended 16-element commutator wiring, please point it out before we use this as the reference for the physical test setup.
Thanks again for checking the engineering details carefully.

Regards,
 Alex

Hello dear friend @kampen ,

Thanks for the revised diagram!
However, there are still wrong wiring that must be corrected:

1- The Commutator has Two Separated Circuits on the 16 elements:
 
A- Red wiring for Q1
B- Blue wiring for Q2

You are showing Q1 jumped on Two contiguous elements, which is great!
But you are not showing the Blue Q2 jumped every Two contiguous elements! Wrong.

These Two Independent Circuits derive in Two Outputs: Q1 (Red), Q2 (Blue).

You have them as only one circuit, all connected red & blue, that is wrong.

2-The Positive from PSU-1 goes to Positive Brush (in reality this positive goes to the slip ring, not shown on my diagrams, same way Figuera shows it)

You have no connection shown for positive of PSU-1?

3-You have Q3 Negative leg connected to PSU-1 Negative?...Wrong.

4- You have the Blue (+) terminal from Coil Q2 connected to Negative of PSU-1?...Wrong.
This (+) terminal from PSU-1 goes to Brush!

PSU-2 ONLY feeds Q3, on its Two terminals (+) & (-)

And please, on the cut (not completed commutator) below, it shows that are connected to PSU-1 Negative also, which is wrong.

Please, review it again, look at my diagrams again.

Thanks!

Regards

Ufopolitics