Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[RandyFL]

Hello All

First time posting here...
Will read the previous posts

All the Best
Randy

[gyulasun]

hi..  all

NRamaswami stated some where ( i forgot ) that he was helped by some electrical engineer,
so pre-assumed that there was no wrong measurement, maybe only miss communication.
 
however, any sketch/drawing "how to use ampmeter and voltmeter" from gyulasun or others should be good to posted, i agree with what you said gyulasun about measurement. i have ever seen from webpage someone measure amperage by connecting ampmeter to output directly.

i guess, only with sketch/drawing will reduce miss communication, as Alvaro_CS (thanks for drawing) who have posted "drawing" help us to look it as start point. those all will save much time from reading and arguing everything. and also, English is not my daily language, sorry for that.

...

Hi Marsing,

I edited Alvaro's schematic and included input and output voltage and current meters. 

Gyula

[NRamaswami]

Forest:

I have already tested the output in a safe way..I have indicated that the output voltage under such conditions is reduced to 240 volts and 250 volts. That is a very inefficient set up but a safe set up. I have already indicated that as the voltage keeps increasing the wattage starts dramatically shooting up beyond 240 volts. that increase would continue at a higher rate at 630 volts.

I cannot take your suggestion to test like that. I can safely say put up about 80 x200 watts lamps in series and lit them all together and see what is the voltage. If one of the fuses out all of them would not work. If we put all of them in parallel we need to device an expensive board.

But that is a risk we can safely take. But rather than all that I would prefer to do a step down transformer and check the output of the step down one in a safe way. Output even in step down method would not diminish in this configuration. Amps would go up and voltage would come down. I will try a self sustaining replication and explain as to how all hav to be wound and then explain how and why it happens. As I understand it which may well be incorrect.

[gyulasun]

Hi Gyula:

You see the picture of the Ammeter at the bottom. Up to 5 amps I would not know what is the amperage. I have better ones than this but they are little more costly. I can order what is needed over the phone.
....

Hi NRamaswami,

Yes, you are correct that up to 5 Ampers the meter (I gave the link to) has no scale to see how many Amps flow below 5A but this is a 30A moving iron type ammeter, this is why it has a small nonlinearity in its scale.  There are such meters with 5A full deflection or 3A full deflection  but I know that we all do not like to use so many meters.  The problem is that moving iron or moving coil  analog meters  usually are not so precise in the first 20-30% of their full scale.     
Perhaps you have a normal digital hand held AC/DC multimeter with true RMS measurement feature for AC, these have a 10 or even 20A current measuring range which can serve nicely below 5A currents once you most likely have a sinusoid 50 HZ AC output. 

When using bulbs for the load, they have a cold resistance which is much much lower value than the hot resistance, this is a reason why the input or the output current is very high at the switch-on moment.   A solution could be to use 5 to 10 bulbs of identical wattage each in series and after the switch-on moments when these bulbs work with say half brightness you could short circuit some of them (with a switch) to increase the load on the output i.e. let 3 or 4 bulbs work from the 600-700V output.

Gyula

[NRamaswami]

Newton II:

All that is going to cost a lot of money and I do not have it here now..We have an economic problem and nearly 300 clients are not paying my bills and slowing down payment.. All are honest to the core people and all are having problem..So I can not invest money in this set up.

I will do a simple wires only set up. Give it a one shot current for a second.. Then remove it. If the device continues to produce electricity afteer the source power is removed, then you have a self sustaining generator..That is fairly simple to do than the expensive method you describe. The output would be lower but it would continuously come. As a proof of concept device. If that is fine, then I can do that. What output would come, I do not know now but I'm not really bothered about it either. Any continuous output should satisfy all including me.
Is that ok..give me four or five days..

But please do test at increased voltage to the device. You would know for yourself. However remember the fact. Magnets act as focussing point for getting electricity from the atmosphere. So the larger the magnetic core, whether it remains stagnant or rotating the larger would be the output. I have already explained in my earlier long post what is the role of the frequency and voltage in producing output as I understand it now..Let me build a small device and then let us see.