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Air Cooled Fluid coolers use less water, and fluid cooler systems are typically used for higher temperature applications.
They consist of copper tubes with aluminum fins and fans that act like heat sinks, using ambient air to cool the process fluid. The coldest actually leaves the fluid at about 10°F higher than the air entering the fluid cooler.
Compared with cooling towers, Air Cooled Fluid Coolers are less energy efficient, have higher initial costs, and occupy a larger area; However, they have much lower maintenance requirements and use less water than cooling towers.
Material Options:
Name: Tube
Standard tubes are 5/8", 1/2" ,5/8", 20, 1" OD,
304, 316 stainless steel, copper, titanium, hot dip galvanized steel, or aluminum.
Tubes are arranged inline in the direction of airflow for maximum heat transfer with minimum air side pressure drop.
Name: Fin
Standard fin material is aluminum, copper, stainless steel, and titanium.
Fins are die-formed into a corrugated (waffle) configuration to encourage turbulent airflow and improve heat transfer efficiency. Fins do have varied types of space.
Name: Cabinet
Standard cabinet/casing material is corrosion-resistant galvanized steel.
We also supply aluminum, stainless steel cabinet, and casing
Air Cooled Fluid coolers use less water, and fluid cooler systems are typically used for higher temperature applications.
They consist of copper tubes with aluminum fins and fans that act like heat sinks, using ambient air to cool the process fluid. The coldest actually leaves the fluid at about 10°F higher than the air entering the fluid cooler.
Compared with cooling towers, Air Cooled Fluid Coolers are less energy efficient, have higher initial costs, and occupy a larger area; However, they have much lower maintenance requirements and use less water than cooling towers.
Material Options:
Name: Tube
Standard tubes are 5/8", 1/2" ,5/8", 20, 1" OD,
304, 316 stainless steel, copper, titanium, hot dip galvanized steel, or aluminum.
Tubes are arranged inline in the direction of airflow for maximum heat transfer with minimum air side pressure drop.
Name: Fin
Standard fin material is aluminum, copper, stainless steel, and titanium.
Fins are die-formed into a corrugated (waffle) configuration to encourage turbulent airflow and improve heat transfer efficiency. Fins do have varied types of space.
Name: Cabinet
Standard cabinet/casing material is corrosion-resistant galvanized steel.
We also supply aluminum, stainless steel cabinet, and casing
