TOOL GUIDE · EPISODE 2Calculation Tools
How to Use the Cooling Coil Calculator
The cooling coil calculator shows how much heat a coil in an air handling unit removes and how much water condenses out of the air. This episode works through an air handler in summer step by step, covering total, sensible and latent capacity, the SHR, the condensate rate, scenario comparison and the cooling process on the psychrometric chart.
Published: 13 October 2026Narration: Turkish and English3:01
In this video
- The calculation needs only the air flow and the inlet and outlet conditions; choosing a location sets the atmospheric pressure (100.85 kPa for Istanbul).
- At 10,000 m³/h, cooling 32 °C / 55% inlet air to 14 °C / 95% lowers the humidity ratio from 16.57 g/kg to 9.51 g/kg.
- The total capacity is 113.72 kW: 58.13 kW sensible and 55.59 kW latent. The SHR is 0.51 and 79.19 kg/h of water drains from the coil.
- Lowering the outlet temperature to 12 °C raises the capacity to 129.39 kW and the condensate to 92.45 kg/h; cooling the air 2 degrees further raises the capacity by about 14%.
- Where a process needs a very low dew point, a cooling coil alone is not enough, and a silica gel rotor dehumidification stage is added.
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