Fluid Coolers regularly used to cool thermal fluids, chemical solutions, or fluids used in closed loop systems cooling equipment. At Custom Air Coolers, we utilize HTRI or proprietary in house programs to design our air coolers. We use state of the art software to model the performance of any heat transfer fluid through utilizing heat transfer properties. If you have a proprietary fluid which requires cooling or a specialized fluid that is not in standard property packages we can accurately design an air cooled fluid cooler to meet your requirements.
Dry coolers are utilized for the cooling of processing liquids, generally pure or brine water, particularly in refrigeration applications, air-conditioning or industrial processes such as free-cooling and the cooling of liquids that circulate inside industrial moulding dies.
The coolers are so called "dry" since they utilize air as a secondary fluid. Compared to solutions that function with water, such as cooling towers, air avoids the problems resulting from the formation of incrustations.
Performance ranges
Air coolers capacity: from 6,2 to 1060 kW
Airflow: from 1.210 to 299.760 m3/h
Sound pressure level: from 16 to 65 dB A (10m)
Dry coolers and CO2 gas coolers: customized on demand
Coil features
High heat exchange efficiency with low inner volume
Designed with special "Air Intake" profile aluminum fins and inner grooved copper tubes
Charge: dry air at 2 bars
Casing features Made of pre-painted galvanized steel sheet, covered by a plastic protection film.
Fan motor features
Diameter: 500 - 630 - 710 - 800 - 910 - 1000 mm
Dual speed
Three-phase, with external rotor
Voltage: 400V/3/50 Hz
Sickle blade , last generation low sound emission fan profiles
Protection grade: IP 54
Class of insulation: F
Inner thermal contact protection
Fan guard features Manufactured from epoxy-coated steel, according to EN 294 standards
Testing Heat exchangers are supplied clean and tested at a pressure of 30 bars
Key Words: Fin tube, Finned tubes, Fluid Coolers, Dry coolers, Air Coolers, Heat exchangers
