Frictional Heater
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2018-04-30T23:56:53+00:00
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2018-05-01T22:38:26+00:00
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[1/2] Frictional Heater
2018-04-30T23:56:53+00:00
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Hermes Atar Trismegistus
<[email protected]>
Message-ID:
<[email protected]>
Bert Harju is the inventor of the Frictional Heater. He used a 22 watt/3000 rpm motor that turned a rod inside a pipe. He used two different metals for the rod and the pipe. It made heat slowly, but after half hour. It got so hot that you got burned if you touched the pipe. Bert Harju claimed a COP=10. Of course the invention does not last long because of the destruction of the metals by the friction. But you can build the Frictional Heater by using a minimal distance between the rod and pipe and inmerse the rod/pipe in water or oil. The COP will be less than 10. Best Wishes, Hermes http://gratisenergi.se/heatmake.jpg http://gratisenergi.se/heatmake.jpg http://gratisenergi.se/heatmake.jpg http://gratisenergi.se/heatmake.jpg http://gratisenergi.se/heatmake.jpg View on gratisenergi.se http://gratisenergi.se/heatmake.jpg Preview by Yahoo
[2/2] Re: [EVGRAY] Frictional Heater
2018-05-01T22:38:26+00:00
·
james glinski
<[email protected]>
Message-ID:
<CA+uJ=ne8_u7_UnHtTqoie3N=K49i2uuSnohG4Ca9ZE28=9w0RA@mail.gmail.com>
Multiple replications ? On Apr 30, 2018 6:59 PM, "[email protected] [EVGRAY]" < [email protected]> wrote: > > > Bert Harju is the inventor of the Frictional Heater. He used a 22 > watt/3000 rpm motor that turned a rod inside a pipe. He used two different > metals for the rod and the pipe. It made heat slowly, but after half hour. > It got so hot that you got burned if you touched the pipe. > > Bert Harju claimed a COP=10. Of course the invention does not last long > because of the destruction of the metals by the friction. But you can build > the Frictional Heater by using a minimal distance between the rod and pipe > and inmerse the rod/pipe in water or oil. The COP will be less than 10. > > Best Wishes, Hermes > > http://gratisenergi.se/heatmake.jpg > [image: image] <http://gratisenergi.se/heatmake.jpg> > http://gratisenergi.se/heatmake.jpg > View on gratisenergi.se <http://gratisenergi.se/heatmake.jpg> > Preview by Yahoo > > > > > >
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