Table of Contents
How many square feet can a 24000 BTU air conditioner cool?
Air Conditioner BTU Chart; With 12,000 BTU (1 Ton) Room Size Example
| Cooling Capacity (BTU): | Room/Area Size: |
|---|---|
| 16,000 BTU air conditioner room size: | 700-800 sq ft |
| 18,000 BTU air conditioner room size: | 800-900 sq ft |
| 20,000 BTU air conditioner room size: | 900-1,000 sq ft |
| 24,000 BTU air conditioner room size: | 1,000-1,200 sq ft |
How do you calculate BTU output?
Multiply the BTUs per hour by the number of hours the device runs to determine its total BTU output. To continue the example, if the device runs for 4 hours, it will generate 375.04 BTUs in that period of time (93.76 BTU/hour times 4 hours).
How many BTU do I need per square foot air conditioning?
20 Btu
As a rule of thumb, an air conditioner needs 20 Btu for each square foot of living space. But other considerations, such as the ceiling height and the size of your windows and doorways, might call for more cooling power.
How do you calculate BTU for air conditioner?
All you have to do is to multiply the length of your room in feet by the width of your room in feet, and then multiply that by 25. That will give you the BTU needed to properly cool your room. All it takes is a simple multiplication!
How many square feet will 25000 Btu cool?
1,050 to 1,600 square feet: 18,500 to 25,000 BTU.
How many BTU do I need for 700 square feet?
14,000 BTUs
How to Calculate Size
| Air Conditioning Sizing Chart: | |
|---|---|
| 450 to 550 sq ft | 12,000 BTUs |
| 550 to 700 sq ft | 14,000 BTUs |
| 700 to 1,000 sq ft | 18,000 BTUs |
| 1,000 to 1,200 sq ft | 21,000 BTUs |
What is the relationship between BTU and temperature?
Here’s the equation: If we add a certain amount of heat (measured in BTUs) to a certain amount of matter (air, in our case), we’ll get a certain amount of temperature change. What this equation tells us is that the ratio of those two quantities is a measure of how much heat a substance can hold.
What is the specific heat of air in BTUs?
This number includes the specific heat (Cp) of air (0.24 BTU per pound per degree Fahrenheit). It takes 0.24 BTU of heat to change the temperature of one pound of air by one degree F. The. 1.08 factor also contains the specific density of air (0.075 pounds per cubic foot). The air is measured in CFM, yet the specific heat is per pound of air.
How do you calculate latent heat from moisture in air?
Latent heat due to the moisture in air can be calculated in SI-units as: hwe = latent heat evaporization water (2454 kJ/kg – in air at atmospheric pressure and 20oC) An air flow of 1 m3/s is cooled from 30 to 10oC. The relative humidity of the air is 70\% at the start and 100\% at the end of the cooling process.
As a norm, the industry standard calculation for obtaining BTU output is as follows: BTU Output = Temperature Rise (∆ T) x CFM x 1.08 It is critical to understand that the 1.08 multiplier is not simply a constant that we can use with every calculation; it has just become convenient to assume such over time.