![]() Step 2 - Here is an AC capacity chart* for your referral ![]() If the room is shaped oddly, divide it into known figures, calculate the area of each and then sum it up. If the room shaped like a triangle, Area = Length * Breadth * 1/2. If the room shape is square-rectangular like, Area = Length x Breadth. Step1 - Calculate the area of the household to be cooled A few things to keep in mind are:ġ Ton = 12,000 BTUs per hour = Amount of heat required to melt a block of ice in one day that weighs a ton. Hence, the capacity has to be calculated carefully. ![]() A bigger AC that is not a fit for your house area can impact the cooling efficiency and operating costs. The heat generated by other pieces of equipmentīigger is not always better. The capacity of an air conditioner depends upon: Capacity is one crucial factor that depends on the specification of your home. To give you a better perspective, one BTU is the heat that is produced when a single matchstick is burnt all the way. The modern day unit of measurement is BTUs that is generally written on the label on the condenser unit of your AC. A ton is the amount of heat the AC can remove within an hour. Hence, "tons" became a uniform measurement of the cooling quotient of ACs. During the days when ACs were still not invented, people would use "tons" of ice to keep their homes cool. It is generally measured in "tons" or British Thermal Units (BTUs). What does this term mean, in the context of air conditioners (ACs)? In lay man’s terms, it is how powerful the air conditioner is i.e. The one feature that you really need to get right is the capacity. It’s easy to get overwhelmed with all the information out there about find the right AC for your home. Summer is here and it’s time to replace your old air conditioner. ![]()
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