The following equation is used in this calculator:įluid capacity = rho x cp x (T1 - T2) x x 60 min/hrĬ = English Unit Conversion Constant = 0.408498Īdicot, Inc.'s Coil Selection Calculator is a powerful tool designed to streamline selecting the most appropriate cooling coil for HVAC systems. G2 = Leaving humidity ratio Ĭoil area = Fin height x Fin length / 144 in^2/ft^2 Latent Cooling = CFM x 0.69143 x (G1 – G2) Sensible Cooling = CFM x 1.0746 x (T1 – T2) The following equations are used in this calculator: Select the parameter for which to solve: Fluid Capacity, Volume Flow Rate, Entering Temperature, or Leaving Temperature.Ĭlick the calculate button, and the Result will show below the table.Įnter flow rate, tube diameter, and number of tubes. Select the parameter for which to solve: Latent Cooling, Volume Flow Rate, Leave air Humidity Ratio, or Entering Air Humidity Ratio (note there is a Calculate Humidity Ratio button which will take you to our Psychrometric Calculator to solve for Humidity Ratio).Ĭlick the calculate button, and the Results will show below the table. Select the parameter for which to solve: Total Cooling, Volume Flow Rate, Leave air Enthalpy, or Entering Air Enthalpy (note there is a Calculate Enthalpy button to take you to our Psychrometric Calculator to solve for Enthalpy). Select the parameter for which to solve: Sensible Cooling, Volume Flow Rate, Leaving air Temperature, or Entering Air Temperature.Ĭlick the Calculate button, and the Result will show below the table.
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