To begin with, we moodulahju 1 times the average capacity per m2 heating, this is two fold 500W/m2

Olivine: specific gravity of 3.2 to 3.4 g/cm3 erisoojusjuhtivus 3-4 W / mK Density: 2400 to 2500 kg / m Thermal Resistance aflatoxin Thermal Conductivity min at 800 C (400 C) 0.637 W / mK Specific heat (400 C), 0.248 cal / g C; 1.04 kJ / kgK
"Grog-commissioned Tulikivi Density g/cm3 2.0 2.7 to 2.8 specific heat Wh / kgK 0.28 0.28 Thermal conductivity W / mK 0.81 6.4 Thus, both the firebricks and stone came from the same heat capacity, ie the ability to record, but the thermal conductivity have had a stone nearly seven times higher, ie, faster. Tulikivi heats up quickly and provides heat away too quickly. brick figures are similar chamotte brick. Consequently, commissioned by the dimensions of 12 x 25 x 6.5 cm saves about 37% less than the same size, had a stone, but cools down nearly 7 (seven)! times faster than a brick. Tulikivi is a natural product, and, of course, there are variations in parameters. their experiences, I can confirm that the Tulikivi decomposes at a temperature of 850 degrees, and it is first heated. I've noticed that the newer models have been used tulikiviahjude construction chamotte bricks. oven capacity is determined by the oven's warming surface, the other time a person can withstand oven heat output of 800 W/m2. Consequently, the room temperature is 20 degrees and the furnace surface temperature is 89 degrees. Which is the main heating furnace efficiency and furnace actual power, it is often valmisahjudel a vague concept. Should note that the recording side of the warming oven for 1 m2 of floor space (minimum temperature aflatoxin of 45 degrees) heats the house in old within 6 m2 of space was insulated house, and 7.5 m2 space area. Basic Heating proceed calculating the temperature outside is -22 degrees. "
To begin with, we moodulahju 1 times the average capacity per m2 heating, this is two fold 500W/m2 720W/m2 heating it above your stove sides of the area is Kp = 5.24m2. consider that the oven heats up 85% of the notional thus: 1 = 500x times the heating Qahi 5.24x 0.85 = 2227 W 2 times the heating Qahi 720x = 5.24x 0.85 = 3207 W Given "Supika" agulimaja aflatoxin soojavajaduseks -22 * C to 100 W / m2, and not return to purchase a larger aflatoxin oven-like aflatoxin abode as 35-40 m2 heat and cold weather event 2x a day. NB the calculation of AGULIMAJA
Post a comment
Margus Field's Blog Powered by TypePad