The Gabriel Device, possible COP=8

[JouleSeeker]

   On page 1 of this thread, we see that a "kill-o-watt" meter was used.

    My question:  is such a device reliable for determining power if the input (or output) voltage is other than 110 or 230 V, or if the frequency is other than 60 or 50 Hz?    Perhaps there is a version of this device that can reliably give the power reading over a broad range of voltages, and frequencies?

[Mavendex]

   On page 1 of this thread, we see that a "kill-o-watt" meter was used.

    My question:  is such a device reliable for determining power if the input (or output) voltage is other than 110 or 230 V, or if the frequency is other than 60 or 50 Hz?    Perhaps there is a version of this device that can reliably give the power reading over a broad range of voltages, and frequencies?

So far Ive smoked a couple of them, it won't take over 180 volts, and it won't take over 20 amps and starts beeping at you once you hit the threshold of 15 amps input/output. I use a Fluke Amp clamp/volt meter if expect to take voltages over 180 and then use a low load to determine amps like a 2.5 amp halogen will burn brightly at 120 v and 2.5 amps if your over on volts then you know your amp pool is full and then take a voltage reading, I wouldn't take those guys over 190 tho they burn out

Seems pretty reliable my variac has a separate analog meter attached and the volts reading on the killowatt match the analog meter, if your using 15 amps you will know it cause of the sound it creates, and she keeps up pretty good.

I got two new configurations going on at the moment Simultaneous to speed things along, 1 configuration is 750 feet of 9 gauge wire on the secondary which is a M-117 core, and haven't yet determined my input gauge yet that will be tonight's test, I'm expecting to support 120 volts and plenty of amps with that and should take us over, after the mass experiment.

The second configuration is a hand cut shell made from Transformer Lamenant, 3.4 ohms of 16 gauge around a M-417 core, I tested it already with a small amount of 14 gauge primary, and did very well with a voltage test out. 15 volts and 15 amps in and 47 volts out, did not test a load yet... l usually wait till I can support a 120 volt load before I do that.
Key note here with 15 amps being input the normal heating I would expect from the bigger shell on the wires was not present, I suspect mabye that Magnetostriction is causing lots of losses in the big shell and that's why we are having a issue going over on it on a major scale.

Tonight's tests should confirm output greater than the 14 gauge test I did a couple of weeks ago to where we could only draw out 7 amps. Note (Ive noticed a distinctive correlation between the maximum amps for transmission and wire gauge are inline with my tests so far, and should be able to nip this all in the bud.)

Mav.

[Magluvin]

Well, its gotten down to sort of rolling sticky cigs.  The jb weld is not thin. I want the least amount of jb and the max amount of iron wire pieces..  Still working on it.

Also changed to an enamel paint, as the lacquer came off easily when working with them. I dont want any electrical contact at all between the wires.

Fun fun fun


Im really leaning toward getting some nano powders.  ;] 

Mags

[Mavendex]

Im really leaning toward getting some nano powders.  ;] 

Mags

Mmmmmm Nanopowders

[Hope]

Here is the link for nano powder from the page 48

http://xuzhounano.en.made-in-china.com/product/aqxQtgPbaScF/China-Nano-Magnetic-Cobalt-Powder-27NP-HW-.html