Hello to All,

Ok, so I will be showing here a test I did with an APC (Backup System) Transformer...it has a very low resistance Primary and Secondary...like less than 2.0 Ohms on both sides.

As I have an Inline Ammeter connected to a Halogen Bulb, where it shows around 1.6 Amps...BUT, do not get excited, because it is only a 12V Halogen Bulb.

All the Figuera Generator shown here, is based on the Method Two, without any variation, except for adding plates in between Fields and Exciter Coils.

However, I wanted to show this video, since the other two transformers I have ordered they do not work as well as this one did.

I will be showing in the following post another video, where I explain where I am going to move into, on my next development.

Regards to all

Ufopolitics

Ok, here is the second video, which is actually an "introduction" to explain why I am changing the design of the Sequential Ring Coils into another geometry...same Method 2 Connections, all the same, except the Exciter and Secondary coils config.


Ufopolitics

Hello again,

Ok, so here is the Basic CAD Diagram for this new design I would be building next...


As you all can see, the sequential Coils Connections to Rotary Switch-Commutator, are exactly the same as previously shown...and the same structure as Fields 1 and 2 design.

Only thing I am doing different here relates to the Exciter and Secondary Coils.

I would be fragmenting the Secondary into Eight [8] Coils, that would be connected in series to the main AC Output, and they are "sandwiched" in between the Sequential Exciting Coils.

Therefore, ALL the Exciter Coils are now DIRECTLY attached to the Center Inner steel core...so, NOT as a "floating Ring Coil" anymore.

Edit 1: Also, I am building these Exciters with Higher Resistance (actually Double) from 6.0 to 6.25 Ohms EACH Sequential Coil (before they were 3.2 Ohms each), same gauge 23 ...remember, I talked about reducing Input Amperage before...so, instead of rising Fields Resistance, I have decided to increase number of turns and resistance on Sequential Coils ONLY)

After exhausting all possibilities to add more steel to the ring design, and not achieving what we are all looking for...I made this decision.

I believe now, all exciter coils would build a much stronger sequentially moving field, which would transverse across all secondaries coils a much stronger induction.

With the Rings, we do get an Induction, but it is not High enough on Currents (Amperage) to fulfill a strong output.

As I mentioned on previous video, I will be using a thicker steel rod, since it would be a longer setup than the one shown before...so, I will have to start from scratch all exciter plus secondary coils...

And People, do not keep entertaining yourselves with math formulas and all kind of suggestions, as to why is that much Voltage Drop...please!!

This High Voltage drop takes place simply because the Output is NOT STRONG ENOUGH, related BASICALLY to AMPERAGE!!

Once we have a System, that increases Amperage at the same rate as Voltage, then we have a stable setup, which, when we have currents drawn from secondaries (on load), do not drop as much voltage.

Which BOLTS DOWN that we need a STRONGER INDUCTION, than the one I have shown so far. We would NOT get anywhere by reaching High Voltages which are very low on currents flow...or Amperage.

Now, this System DOES have the FULL Potential to get there...we just need the right Exciting-Secondary configuration...that's all.

Regards to All.

Ufopolitics

Hello to All,

I must add that I would NOT be taking apart the existing setup I have shown so far...all coils would stay untouched.

I think I have enough 23-gauge wire to make all Seven new sequential coils, plus also have enough (1 full 10 pounds roll) of 20 gauge for secondaries...or 18 gauge.

I do not like to fully take apart ANY working setup...that was a "not to do" lesson... that I have learned a long time ago, trust me.

The new system would be completely built from scratch, including the steel core.

Regards

Ufopolitics

Dear Ufopolitics,
In a motor, there is a compact magnetic core on the outside where the stator coils are located. What would happen if you connected the outer steel plates of the Figuera generator to a steel pipe, so that the secondary coils are inside, near it?
Regards,
Spagiricus