a thurmoustat
The US uses BTU per hour. BTU stands for British Thermal Unit
Nominal cooling capacity is the suppliers or manufactures equipment rated capacity based on the test conditions. Test conditions always varies to design conditions, therefor in most cases the Nominal cooling capacity is more than the design or actual cooling capacity.
According to the 1996 Ford Explorer owners manual : The cooling system capacity for the 4.0 L - V6 - with air conditioning is : 8.6 U.S. quarts / 8.1 liters
nominal cooling capacity is the derated cooling capacity at a certain design condition. Rated cooling capacity is the cooling capacity at sea level
Precision A/C systems are primarily designed for cooling electronic equipment, rather than people. These pre-packaged systems offer excellent reliability and typically have a high ratio of sensible-to-total cooling capacity and a high CFM/ton ratio.
Well, "tonnes" are a measurement of capacity or weight, and shorthand for the cooling capacity of an A/C. The larger will of course consume more electricity.
Roughly 1 Ton of cooling is needed to cool every 3,530 Watts of energy consumed by ALL heat-producing data center equipment (server + auxiliary/power distribution equipment + cooling). The thermal power generation of server equipment in Watts is equal to power consumption in Watts. This same value can be used to express required cooling capacity in Watts. Multiplying power consumption in Watts by 0.000283 provides Tons.
The 1996 General Motors/Chevrolet K1500 4WD PU came equipped in 4 engine codes. The standard equipment 4.3L Vortec (code 'W') has a cooling system capacity of 13.2 quarts.
because its important to know how big an area needs cooling
According to the 1996 Ford F-150 owners manual : the cooling system capacity for the 4.9 L ( 300 cubic inch ) straight 6 cylinder is : - manual transmission and standard cooling - 13 U.S. quarts / 12 liters - manual transmission with air conditioning or super cooling - 14 U.S. quarts / 13 liters - automatic transmission with super or standard cooling - 14 U.S. quarts / 13 liters - manual and automatic transmissions with air conditioning and super cooling - 15.6 U.S. quarts / 14.8 liters - automatic transmission with air conditioning - 15.5 U.S. quarts / 14.7 liters
The size of a central air conditioner is a measure of its' cooling capacity. It is given in tons of air conditioning. A ton of air conditioning is equal to the abilty of the unit to remove 12000 btu of heat per hour.
calculation for cooling tower evaporation capacity.