Water Cooling Coil Calculator

Although both coils will fit we selected the 13 7 sq ft coil which offers the best combination of performance and economy.

Water cooling coil calculator.

The calculation for this is as follows. The coil would be installed along the 10 ft wall of the tank. This tank cooling calculator can help you determine the required surface area of an immersion coil using water as the cooling source. H l 1 202 kg m 3 2454 kj kg 1 m 3 s 0 0187 kg water kg dry air 0 0075 kg water kg dry.

Row method will be presented to calculate the deta iled design of the cooling coil in order to enhance the calculation accuracy and trace the air and coil surface temperature locally. The water flow rate of chilled water into the evaporator is 0 0995m3 s the inlet temperature is 12 c and the outlet temperature is 6 c. Types of cooling coils cooling coils are classified to direct expansion dx coils and chilled water coils as shown in figure 1. Share the knowledgetweetthis formula will show you how to calculate the total heat transfer from a cooling coil.

Btuh t cfm x 4 5 x et h lt h to calculate the total btuh you will need to know how much cfm is traveling over the coil and what the. Using 2 the latent heat removed from the air can be calculated as. If q is known and the gpm is known the required water delta t lwt ewt can be calculated. The next step is to select your material of construction and call titan for a quote.

This means the average temperature is 9 c so we lookup the water properties at this temperature to find the density of 999 78kg m3 and a specific heat capacity of 4 19kj kg k. Coil load flow temperature difference online calculator cooling tower npsh online calculator heating hot water load flow temperature difference online calculator. Immersion coil surface area calculator for cooling with water. If the installation had to be along the 3 ft wall a coil with 13 7 sq ft of surface area and dimensions of 36 5 wide by 24 inches long table v could be used.

From the mollier diagram we estimate the water content in the hot air to be 0 0187 kg water kg dry air and the water content in the cold air to be 0 0075 kg water kg dry air.