A 10' x 10' = 100 sq feet, sauna is a very large sauna. A large 8000 watt (8 kW) sauna heater will only heat a maximum of 67 sq. feet. This size sauna will be getting into the commercial size heating units.
Your sauna will have a volume of 800 cubic feet. It will need a 14.4 kW heater which will do a volume from 630 to 950 sq. feet. This size sauna unit will draw A = W/E = 14000/240 = 60 amps. The feeder conductors can only be loaded to 80% capacity and de-rated because of temperatures over 35 degrees C, so they will need to be a #4 which will give a capacity of 76 amps.
100 and 150 kg of nails is what is needed for the 100 square metre.
At least 3 stations are required to find the epicenter
An electrical heater can be 100 percent efficient because all of the electrical energy provided to the heater is converted into heat. This occurs when there are no energy losses due to factors such as resistance in wires or inefficient components within the heater.
Because all the electrical energy supplied to the heater is emitted as heat. There is no other way for the energy to escape.
A 1000 W heater would have more resistance compared to a 100 W bulb. The higher the power rating of an electrical device, the lower its resistance, as resistance is inversely proportional to power. So, the 1000 W heater would have lower resistance than the 100 W bulb.
Yes, but if you have a 100°F fever, I wouldn't recommend it.
About the same as Finnish saunas; ~70-100°C
usually the Turkish steam sauna is somewhere around 40 degrees, smoke saunas are around 60 degrees, swedish sauna is somewhere between 50 and 80 celsius, finnish sauna is between 70 and 100 celsius
between 170 to 190f.
If boiling water is poured on skin, the skin burns. But sauna does not burn our skin even though the temperature in sauna is close to 100˚C. The reason is that the air inside sauna has very little moisture. If the air in sauna was humid, the skin would burn.
Depends on the temperature of the sauna and on the individual. Anything between a few minutes and several hour.
4 per 100
100
i think 2
To heat a room of 100 square feet, approximately 10,000 watts of power are required.
i think 2
100 and 150 kg of nails is what is needed for the 100 square metre.