In high-demand industrial and process environments, Advantage water-cooled chillers are essential for delivering superior cooling efficiency where condenser water is available. These systems excel in large-scale manufacturing, medical imaging, and precision machining operations.
Advantage water-cooled chillers utilize non-ferrous fluid circuits, stainless steel pumps, shell-and-tube or brazed plate condensers, and Copeland scroll compressors for maximum durability and heat transfer. Available from 1 to 540+ tons in portable or central configurations, they integrate with cooling towers, city water, or closed-loop systems and include advanced microprocessor controls with remote monitoring. Their compact indoor design maximizes floor space and performance.
Advantage water-cooled chillers provide critical high-efficiency cooling, heat recovery, and system integration across industrial and institutional settings. Built with UL 1995 and ASME components, they meet AHRI 550/590 efficiency standards. Hot gas bypass, electronic expansion valves, and predictive diagnostics ensure stable operation and energy savings.
Water-Cooled Cooling Solutions
Achieving peak efficiency and performance requires advanced heat rejection systems that leverage water resources. Advantage Engineering leads in water-cooled chillers with a full range of high-performance units designed for your facility.
High-Capacity Cooling:
Central water-cooled systems support multiple CNC machines, lasers, and process lines with tight temperature control.
Medical Equipment Cooling: Water-cooled units maintain MRI, CT, and linear accelerator temperatures for imaging accuracy.
Heat Recovery Integration: Condenser water captures waste heat for facility heating or process preheating.
Tower Optimization: Chillers pair with cooling towers for year-round efficiency and reduced water consumption.
Indoor Installation: Compact design fits mechanical rooms with minimal noise and vibration.
Energy Efficiency: Water-cooled systems achieve up to 30% lower energy use than air-cooled equivalents in high-load applications.