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Woody
2017-09-08
Probably just me, but having trouble creating a fillable form and saving to my computer. Will keep exploring! I have since figured out more basics!
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2020-02-03
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Calculate the area in square feet of the space to be cooled, and multiply by 31.25. ... Calculate the heat gain through the windows. ... Calculate the heat generated by occupants, allow 600 BTU per person.
For a room, multiply its length by its width to get the square footage. Multiply the square footage by 20. This is the measure of the BTU cooling load of the space.
To calculate the size, simply multiply the length times the width of the room or area to be cooled. Then, as a practical number, multiply that total times 25 BTU. This allows ample cooling, whether it is a rainy, moist day or a hot, sunny, humid day.
Calculate the cooling rate by dividing each temperature data point by its corresponding time data point then average all of your answers to achieve a cooling rate. In other words, the change in the temperature divided by the change in time will give you an average temperature rate change.
Add together the wattage capacity of all general lighting branch circuits. Add in the wattage rating of all plug-in outlet circuits. Add in the wattage rating of all permanent appliances (ranges, dryers, water heaters, etc.) Subtract 10,000. Multiply this number by. ... Add 10,000.
Measure the room's width and length. ... Multiply the three measurements from step 1 to determine the cubic footage of the room. ... Multiply the cubic volume of the room by the number of times you want the air to turn over or exchange in an hour. ... Divide your answer from step 3 by 60 to calculate CFM.
Therefore, you multiply 10 tons by 400 CFM per ton to reveal the total system airflow requirement of 4,000 CFM under normal operating conditions. One CFM is needed per square foot (1 CFM/sq ft) of floor area. This is the average air quantity required for a room or an entire building.
Air velocity (distance traveled per unit of time) is usually expressed in Linear Feet per Minute (LFM). By multiplying air velocity by the cross-section area of a duct, you can determine the air volume flowing past a point in the duct per unit of time. Volume flow is usually measured in Cubic Feet per Minute (CFM).
HVAC contractors use a Manual J calculation to determine the heating and cooling loads of a home or building, and recommend the capacity of HVAC equipment needed. It's one of the tools published by the Air Conditioning Contractors of America to help HVAC contractors design a heating and air conditioning system.
It's obtained by dividing the sensible cooling load by the total cooling load. For homes in eastern North America, the humid side of the continent, that number often comes in at 0.8 to 0.9, sometimes even a bit higher. In dry climates, it can be 1.0 when ventilating with outdoor air.
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