In refrigeration the cooling capacity may be expressed in BTUs/hr or tons of refrigeration. One refrigeration ton is equal to 12000 BTUs per hour. This equivalency comes from the comparison of the energy required to melt one tom of ice in 24 hours and the energy in the number of BTUs/hr to achieve the same transfer of energy.
different units of measurement if you mean weight of unit that can produce varies greatly with construction-need full model info
MBH stands for "thousands of BTUs per hour.". There are 12,000 BTUh per ton, so there are 12 MBH per ton. So, to find tons, divide by 12.
A ton of refrigeration is defined as the amount of heat removal required to change one ton of water (2000 pounds) at 32 degrees F to one ton of ice at 32 degrees F in one day which is 288000 BTUs. Today it is assumed that BTU ratings are by the hour, so one ton of refrigeration is the removal of 1200 BTU/hr. So if your air conditioning unit is removing 108000 BTUs/hr it is a 108000/12000 or 9 ton machine.
2000
There are 1078.9 BTUs.
Hickory has the most BTUs per cord....
Tonnage is 2 1/2 tons. The 30 indicates the amount of BTUs in hundreds(30hundreds or 3000). 12000 BTUs=1ton, 2400=2tons ,1/2 ton=600 BTUs, thus 12000+12000+6000=30000 or 30hundreds BTUs=2 1/2 tons.
It will take 300000 btus at 12000 a ton and a ton of air will be 400 sq feet so. 10000 sq ft divided by 400 is 25 tons of air then multiply 25 times 12000 btus and you get 300000
The formula is simple. One ton of cooling equals 12000 btu. So a three ton A/C has a 36000 btu capacity.
1 ton = 12000 BTUs
12000 BTUs/Hr. Coverage 550 sf
6000 tons
5 tons
12,000 what?
One ton is 2,000 pounds, so 12,000 pounds would be 6 tons.
To convert a watt to BTUs, the factor is 1 kilowatt of power = 3412.1416 BTU/hr 3.412 BTUs equal a watt. 1200 watt = 4094.4 BTUS you will need to remove about 4100 BTU/hr
6
3.5 tons 42000 btus