Thane Heins Perepiteia.

[hveeder]

BEP,

If the rate of rotation is accelerating that means the shaft is capable of delivering more power then if it were rotating at a constant rate.

Harry

[BEP]

@hveeder,

At some point in the curve, yes.

How I'm relating to this:
Diesel generator short circuit test using MIL STD 705C methods....
Short the generator stator leads out to confirm other things but when doing so the poor engine RPM shoots sky-high. If it wasn't for the fuel control the engine would throw more than magnets out.

I don't see yet how he is reaching that point in the curve. Is this happening while the motor is under a conventional load?

[gotoluc]

Hi Luc,
many thanks for contacting Mr. Heins.

Did he say anything about his overunity transformer
and if the shown videos were still from an earlier development
stage ?
Does he now have better units and videos ?


Looking forward to a report from the upcoming
university demonstration
Many thanks.

Regards, Stefan.

Hi Stefan,

I did not ask Thane about the (overunity transformer) but I can talk to him about it when we meet. All we talked about was what he showed in the videos. Also I do not think that his unit has any improvements since the videos but I will know once I see the demonstration.

I did ask him why he did not put a load at the coils instead of just shorting them and he replied that none of the coils were winded the same way or had the same turns, mag wire gauge and core shape. He did this to find out if core shape, magnet wire gauge or turns had any effect over the motors acceleration. After individually testing each coil he has found no difference in the effect. So not one coil will output the same voltage, so it would be difficult to just attach a bulbs to each one. Also some output high voltage and just milliamp. He said that all the coils together (I think 8 of them) would produce around 1,000 volts and around 2 watts. So how many volts can a fluorecent bulb take?

I will bring my own MP4 pocket video camera for the demonstration and ask if I can take some footage.

Luc

[hartiberlin]

Hi DMBOss,
many thanks for your insights, but you seem to have missed somepoints.
The open circuit voltage of the 175 Ohm DC resistance output coil in video 1
is about 75 Volts .
So that gives us in the shorted case an output power of Voltage^2 / 175 Ohm= 32 Watts.
So if he closes the switch he heats the coil?s DC resistance with 32 Watts if you neglect
any AC phase shift angle.

So also he has about 600 Watts of driving power, 120 Volts x 5 Amps,
again if you neglect cos phi phase angle, so it could also be much lower..

So do you still think he is just making impedance matching with his system ?

I had a closer look at the original MPEG movies and it looks like
he is not using solid iron cores but laminated iron cores,
so the eddy current losses should be small.

[hartiberlin]

Hi Luc,
many thanks for this additional infos.
Well, yes, I have seen it already from video 3,
where in the toroidal setup one coil had over 70 Volts and the other
only about 7Volts.

Maybe you can still call him for a few minutes only again today
and just ask about the overunity transformer and if this will
be shown at the university and if he can already selfrun the transformer ?
Then we don?t have to wait so long.
Many thanks in advance.

Regards,.Stefan.
P.S: Yes,if he can put a big 60 or more Watts fluorescent bulb across all the coils in series
this should light it up pretty well.
At least if he used a 25 Watts incandescent bulbs for his main 175 Ohm coil,
it should light up also pretty well at 75 Volts already.