Hey Sparkly!
The maximum wattage we normally see on a general-duty circuit is 1,500w. Your (3,000w on 220v)and our (1,500w on 110v) would draw similar amperage. Similar amperage would reguire a similar wire gauge (thickness).
Our kitchen electrics are generally not grounded/earthed. Perhaps there are three conductors in your flex power cord and *only* two in ours?
The tea kettle that I own and referenced in my link draws 1,500 watts.
Cheers!
volts * amps = watts
watts/volts =amps
watts/amps = volts
E=I*R
electomotive force (volts)= amps * resistance (in ohms)
amps= volts/resistance
resistance volts/amps
The maximum wattage we normally see on a general-duty circuit is 1,500w. Your (3,000w on 220v)and our (1,500w on 110v) would draw similar amperage. Similar amperage would reguire a similar wire gauge (thickness).
Our kitchen electrics are generally not grounded/earthed. Perhaps there are three conductors in your flex power cord and *only* two in ours?
The tea kettle that I own and referenced in my link draws 1,500 watts.
Cheers!
volts * amps = watts
watts/volts =amps
watts/amps = volts
E=I*R
electomotive force (volts)= amps * resistance (in ohms)
amps= volts/resistance
resistance volts/amps