ASHRAE Handbook: EquipmentAmerican Society of Heating, Refrigerating, and Air-Conditioning Engineers, 1983 - Air conditioning |
From inside the book
Results 1-3 of 92
Page 6-12
... SURFACE DRY tr SURFACE Ad WET SURFACE A COOLANT A. WET SURFACE AREA , f1 ' ( m2 ) Fig . 12 Two - Component Driving Force between Dehumidifying Air and Coolant 33-78.2 The basis and methods for determining performance of cooling and ...
... SURFACE DRY tr SURFACE Ad WET SURFACE A COOLANT A. WET SURFACE AREA , f1 ' ( m2 ) Fig . 12 Two - Component Driving Force between Dehumidifying Air and Coolant 33-78.2 The basis and methods for determining performance of cooling and ...
Page 6-13
... surface area ( A ) operating wet . When using nonvolatile refrigerants in a thermal counter- flow arrangement , as ... surface is operating fully wetted , partially dry , or completely dry , according to the three limits below : a . If ...
... surface area ( A ) operating wet . When using nonvolatile refrigerants in a thermal counter- flow arrangement , as ... surface is operating fully wetted , partially dry , or completely dry , according to the three limits below : a . If ...
Page 6-17
... surface temperature . Find the total , latent , and sen- sible cooling loads on the coil with the air at standard ... surface area , ft2 ( m2 ) = Total external surface area , ft2 ( m2 ) Ap = Exposed external prime surface area , ft2 ...
... surface temperature . Find the total , latent , and sen- sible cooling loads on the coil with the air at standard ... surface area , ft2 ( m2 ) = Total external surface area , ft2 ( m2 ) Ap = Exposed external prime surface area , ft2 ...
Contents
AIRHANDLING EQUIPMENT 1 Duct Construction | 1-1 |
AirDiffusing Equipment | 25 |
Fans | 35 |
Copyright | |
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Air Conditioning air flow air stream appliances applications ASHRAE boiler Btu/h burner capacity centrifugal centrifugal compressors Chapter chiller chimney Code coefficient coil combustion compression condensing temperature cooler cooling tower curve cycle damper dehumidifying device dewpoint diameter discharge draft hood dry-bulb temperature Duct Construction dust effect efficiency ejector electric energy engine enthalpy equipment evaporative cooling evaporator exhaust expansion valve factor filters float valve flow rate fuel furnace heat exchanger heat transfer heat-transfer heaters humidity hydronic increase inlet input installed liquid load manufacturers method moisture motor operating outlet performance pipe pressure drop pump range ratio refrig refrigeration system resistance selection sensible heat SMACNA solenoid valve space speed Standard steam steel subcooling suction superheat supply surface Table thermal thermosiphon thermostatic tion tube turbine typical unit usually velocity vent ventilation water temperature wet-bulb wet-bulb temperature