Air Conditioning Condensate calculator

Air conditioning condensate is the water that is produced as a result of the cooling process in an air conditioning system. When the air conditioning system cools the air in a building, it removes moisture from the air, which condenses on the cool coils of the air conditioning system. This condensation is collected and drained away through a condensate drain pipe. The water that is collected in the condensate drain is typically referred to as air conditioning condensate.

It is important to properly maintain and clean the air conditioning condensate drain to ensure that it is functioning properly. If the condensate drain becomes clogged, it can cause water damage and other issues with the air conditioning system. In some cases, the air conditioning condensate can also contain small amounts of contaminants that can be harmful if ingested, so it is important to handle it carefully and dispose of it properly.

Air Conditioning Condensate Calculation

To calculate the amount of air conditioning condensate that is produced by an air conditioning system, you will need to consider several factors, including the size of the air conditioning system, the temperature and humidity of the air being cooled, and the efficiency of the system.

One way to estimate the amount of air conditioning condensate that is produced is to use the following formula:

Condensate (gallons) = Cooling Load (BTUs) * 0.0005 * Humidity Ratio

where:

• Cooling Load is the amount of heat that needs to be removed from the air, typically measured in BTUs per hour (BTU/hr)
• Humidity Ratio is the amount of moisture in the air, typically measured in pounds of moisture per pound of dry air (lb/lb)

For example, if the cooling load of an air conditioning system is 10,000 BTU/hr and the humidity ratio is 0.01 lb/lb, the estimated amount of condensate produced would be:

Condensate (gallons) = 10,000 BTU/hr * 0.0005 * 0.01 lb/lb = 0.5 gallons

Keep in mind that this is just an estimate and the actual amount of condensate produced may vary depending on the specific circumstances of the air conditioning system. It is always a good idea to consult with a qualified HVAC technician for more accurate calculations and to ensure that the air conditioning system is functioning properly.

Air Conditioning Condensate Calculator

Air conditioning condensate flow, or the rate at which water is removed from the air by an air conditioning system, can be calculated using two different methods. The first method involves calculating the specific humidity of the air in pounds of water per pound of dry air (Lb.H2O/Lb.DA), while the second method involves calculating the specific humidity in grains of water per pound of dry air (Gr.H2O/Lb.DA).

`GPM_(AC CONDENSATE)=(CFM xx DeltaW_(LB))/(SpV xx8.33)`

`GPM_(AC CONDENSATE)=(CFM xx DeltaW_(GR))/(SpV xx8.33xx7000)`

Where:

• GPM_{AC COND}=Air Conditioning Condensate Flow (Gallons/Minute)
• CFM=Air Flow Rate (Cu.Ft./Minute)
• SpV=Specific Volume ofAir (Cu.Ft./Lb.DA)
• ∆W_LB.=Specific Humidity (Lb.H₂O/Lb.DA)
• ∆W_GR.=Specific Humidity (Gr.H₂O/Lb.DA)

In order to calculate these values, you will need to know the temperature and relative humidity of the air. Once you have calculated the specific humidity, you can use it to calculate other properties such as the air conditioning condensate flow. It is important to note that the specific humidity must be calculated in the same units as the method being used to calculate the condensate flow.

Temperature (°F):

Relative Humidity (%):

Specific Humidity (Lb.H2O/Lb.DA):

Specific Humidity (Gr.H2O/Lb.DA):

Specific Volume of Air (Cu.Ft./Lb.DA):

Once you have calculated the specific humidity, you can use it to calculate air conditioning condensate flow. It is important to note that the specific humidity must be calculated in the same units as the method being used to calculate the condensate flow.

Air Flow Rate (Cu.Ft./Minute):

Specific Humidity (Lb.H2O/Lb.DA):

Specific Volume of Air (Cu.Ft./Lb.DA):

Result: Air Conditioning Condensate Flow (Gallons/Minute)

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