PSIG has nothing to do with CFM. Ratings for a/c units and heat pumps are generally 400 cfm/ ton of capacity. 12,000 Btuh is one ton of refrigeration. So if the a/c unit is 6000 btuh, it would be a half ton unit.
In a Cold Climate and Hot Climate: Each ton of heat pump capacity can heat/cool approximately 500-600 square feet.In a Moderate Climate: Each ton of heat pump capacity can heat/cool 600-700 square feet.So either a 5.0 ton heat pump in a cold climateor a 4.5 ton heat pump in a moderate climate.
The difference between Absolute Presure and Gauge Pressure is 14.7psi. So zero gauge pressure (0psig) = 14.7 psia. 600 psig = 614.7 psia. Calibrate the tranmitter so 4mA is obtained at 14.7 psig and 20mA is obtained at 614.7psig. The span will be 600 psi in both cases.
A commonly used formula is 600-650 square feet per ton. So it would be recommended to use a 2-ton heat pump for a 1300 square foot home. However, other variables are often considered, too, such as the age of the house.
Tell me how to comprehend a tesseract, then I will help you...
The heating load for a 9,000 BTU heat pump refers to the amount of heat energy required to maintain a desired indoor temperature in a given space, typically measured in British Thermal Units (BTUs). A 9,000 BTU heat pump can effectively heat spaces of approximately 300 to 600 square feet, depending on factors like insulation, ceiling height, and outdoor climate. To determine the exact heating load for a specific area, a Manual J calculation or similar assessment should be performed, considering heat loss and gain in the environment.
50-600 usd
600 what? 600 days is 600 days...
500-600 RPM 600-700 With AC or Heat on high.
4 p.s.i.
50-250 USD
cost me 600
3 psi