1 kW is approximately 3400 BTU/hr of cooling
With 28,000 BTUs, the Friedrich SL28L30* has the most BTUs.
A small room is about 5,000 BTUs. Most people don't have a room that would require more than 10,000 BTUs.
60,000 Btu's 12,000 Btu's = 1 ton
30000 BTUs
Perhaps the highest btu available in a portable air conditioner is 14000 BTUs. The air conditioner that has this high btu is the Sunpentown WA-1410H, which is portable.
An HVAC system is rated in British Thermal Units (BTUs). For example, a 2-ton air conditioning system is 24,000 BTUs. That's 12,000 BTUs per ton. So a 3.5-ton air conditioner is a 42,000 BTUs.
60,000 BTUS 5 TON
Puron is a trade name for an environmentally friendly refrigerant (freon). The amount of power an air conditioner would consume is mostly dependant on the size (capacity) and the conditions under which it is operating. A rough estimate for an air conditioner is 1.4 horse power per ton (12000 BTUs), and one horse power is 740 watts.
<p>It is required by law [*] that how many Amps of current used be stamped on the nameplate.<p> This is also where you would read how many BTUs of heat your air conditioner can remove from your house per hour, and how much and what kind of refrigerant it uses.<p><p> [*] Everywhere in the US, and in many other places
There are 12000 BTUs per ton and there are 3.41BTUs/Watt. So by doing simple math the answers is....3519Watts/Ton or 3.519kW/Ton
12,000 btus = 1 ton of cooling ....... A 1 ton a/c unit will remove 12000 btu/hour
This size unit is enough to cool a room 450 square feet which gets a lot of sunlight; air conditioners are rated by BTUs not degrees of cooling, you run it until the room is the temperature you have chosen.