Industrial Screw Chillers Air Cooled Cooling Systems

Industrial screw chillers are available in capacities ranging from 5 to 60+ tons, with some units offering up to 63.5 tons of cooling capacity. For specialized demanding applications, smaller units starting at 0.5 hp are also available to accommodate a wide range of industrial cooling requirements.

Air-cooled chillers reject heat through ambient air using fans and require no water supply, making installation simpler and eliminating water treatment costs. Water-cooled chillers use water for heat rejection and offer higher efficiency in larger applications, making them ideal for facilities with existing cooling tower infrastructure or where space for air-cooled condensers is limited.

Yes, most units offer build-to-order customization capabilities. This allows configuration of systems with specific flow rates, output options, and features tailored to your unique operational needs, ensuring the chiller precisely matches your facility's requirements and process demands.

Lead times vary depending on whether you select a standard configuration or build-to-order customization. Standard packaged chillers with all major components integrated are typically available for immediate hook-up, while custom-configured units require additional manufacturing time to meet your specific application requirements.

Remote air-cooled chillers separate the condensing unit from the main chiller package, providing flexible installation options to suit your facility layout. This configuration allows placement of the heat-rejecting condenser outdoors or in a different location while keeping the main chiller unit closer to the process, reducing noise and heat in production areas.

Industrial screw chillers require regular maintenance including refrigerant level checks, condenser and evaporator cleaning, water treatment for water-cooled systems, and filter replacement. Air-cooled units need periodic cleaning of air-cooled condensers, while water-cooled systems require cooling tower maintenance and water quality monitoring to prevent scaling and corrosion.

Key sizing factors include your process cooling load requirements, desired leaving fluid temperature (ranging from 20°F to 80°F for standard applications), available utilities (water supply for water-cooled units), installation space constraints, and whether you need build-to-order customization for specific flow rates or temperature control accuracy for your manufacturing processes.