Peter Davey Heater

[DOCV]

Can anyone check these calculations, notsure if correct.

To heat 1.5 ltr of water from 14 deg celcius to 80 deg, theoretically should take 0.1151 Kw/h
Calculated as such:
(80-14)x1500=99000 cal
99000x4.2=415800 joules
415800/3600000= 0.1151 kh/h

So I tool my kettle and hooked it up to some metres and got the follwoing:
1.5 ltr from 14 deg to 80 deg in 261 sec with a voltage of 220 and a constant Amperage of 3.57
Therefore 220v x 3.57A = 785.4 watt sec
785.4 divide by 1000 = .7854 Kw sec
0.7854 divide by 3600 and x 261 = 0.0569 Kw/Hr

Divide the theoretical of 0.1151 and 0.0569 = 2.02

I can't believe my standard kettle has a COP over 2.

Where is my mistake ???

[nul-points]

hi DOCV

...listen carefully because i'm only going to say this once....





SELL EVERYTHING YOU OWN & BUY SHARES IN YOUR KETTLE MANUFACTURER RIGHT NOW!!!!   




...seriously, now, i think perhaps your current reading is wrong - 0.785KW seems a very low-powered kettle (mine is rated at approx. 2KW at 240V, so it would draw about 8.3A)

all the best
sandy
Doc Ringwood's Free Energy site  http://ringcomps.co.uk/doc

[NerzhDishual]

Hi guys,

I believe that this bell shaped things dived into water and 220 Volts AC wired
have a very strange behavior.

Why, when put on the water this way:



my 10 amps fuse blow out (in about 20-30 seconds) and do not blow out when put this way:



BTW : the COP is statistically the same.....

Else: you logically could think that any metallic piece(s) plunged into water and AC (Or DC) 'fed ' could heat this water with a COP that can be compared to a kettle COP. (about 0.9 - 0.95)... That seems not be true: 



More to come ASAP

Best

[DOCV]

hi DOCV

...listen carefully because i'm only going to say this once....





SELL EVERYTHING YOU OWN & BUY SHARES IN YOUR KETTLE MANUFACTURER RIGHT NOW!!!!   




...seriously, now, i think perhaps your current reading is wrong - 0.785KW seems a very low-powered kettle (mine is rated at approx. 2KW at 240V, so it would draw about 8.3A)

all the best
sandy
Doc Ringwood's Free Energy site  http://ringcomps.co.uk/doc

If there is anything wrong you are probably right about the amps. I will go tripple check .... then I am going to sell everything and buy their shares.

[satchid]

Dear All,
I am new at this heater forum an have been reading as much as I could find about this bell heater.
I have a question that sticks out high above the others to my opinion:

What makes the bell resonate? There is almost no current between the input wires. therefore is it supposed to resonate on the voltage alone? as a capacitor maybe?

Or is there a special resonator placed between the 2 bells that receives the 220V to vibrate the one bell at 1600Hz and the other maybe as well, and If the 1600Hz is a good frequensie to make the molecules in the water rub against each other rather violently, then there could be a solution.

Thanks for the good forums.

Willy