Friction heater running in my house

[ramset]

Gabriel
I recall you posting that you had smaller units built[soda can sized]

The issue you have with calorimetry with your device is getting the motor into the test as well [add'l heat].
One of the Gentlemen  I work very closely with when I do Efficiency tests
has a method you can do at home [With AMAZING accuracy]
He goes By the Handle Vortex1 at this Forum and ION at the Forum   link provided.
BTW this format will work with anything that makes heat and give you a Baseline to measure from.

"Fixed loss to ambient"

A simpler test would be hard to imagine!
Take your device [small device] plug it into A killowatt meter,put it into a cardboard box  [do this outside in the cold] The size of the box will be determined by your input power [1 cubic foot up to Fridge size]
start the test, there will be a point where you will no longer be able to
raise the temp in the box due to the heat loss to ambient .

That is your "baseline Mark" X degrees temp rise with X amount of input energy.{KWH]

Now all you have to do is take the same box remove your device and put the appropriate heat resistor determined by the input from your test  in place.[light bulbs will do]
Run the test again
if the box won't warm up to the same temp as your device did with the same input energy and ambient temp.
you got somethin to talk about...........[possible happy dance time !:']

The Link here .http://www.overunityresearch.com/index.php?topic=702.0

Comments/questions here
http://www.overunityresearch.com/index.php?topic=703.0

KISS

Thx
Chet
PS
There are some profoundly obvious parameters
RE: do test at same Ambient temp [simultaneous  as in link would be good]
don't have Breeze or wind etc etc]
Any Questions Pm me

[oilpiggy]

Hello Chet,

I would like to chat with you on the phone, when would be a good time?

[ramset]

Gabriel
I'll give you a ring tomorrow [late here]
Thx
Chet

[cubalibre]

Dear Gabriel

The interpretation of the numbers:

Input power: 860W
Heating power: oil heating 477W plus steel core heating 896W

COP: 1.6 = overunity !!!

Input energy: 860W during 23min. = 0.3 kWh
Output energy stored as heat in the core = 0.48 kWh plus additional room heating during 23min.

The room heating can be estimated/calculated if you provide a cool down temperature over time:
Stop the motor at 200F. Measure the time to cool down to 180F / 160F / 140F / 120F / 100F / 80F.

I assumed that the motor did not heat up at all.

All in all your heater looks very interesting!

Regards
cubalibre

[oilpiggy]

Thank you