Water-cooled Chillers
Energy-efficient Solutions For Ultimate Performance
YORK® Water-cooled Chiller Solutions help meet your building efficiency needs with the widest variety of water-cooled industrial and commercial chillers on the market. From reducing your facility’s carbon footprint, to cutting operating costs, our energy-efficient chillers are tailored to fit almost any application.
BENEFITS
EFFICIENT
Our water-cooled chillers are designed and engineered for maximum efficiency.
VERSATILE
We offer the industry's widest operating range for various applications.
SUSTAINABLE
Our energy-efficient chillers result in low total direct and indirect emissions for a healthier planet.
- 165-1,000 TR (580-3,516 kW)
- Stable operation with entering condenser water temperatures 30°F (16.7°C) below leaving chilled water set point
- Fully integrated, lubrication-free and oil-free design
- 150-2,020 TR (530-7,104 kW)
- With variable-speed drive, a variable-geometry diffuser and magnetic-bearing technology YORK® YZ delivers up to 35% annual energy savings versus traditional, fixed-speed, oil-bearing chillers
- Magnetic-bearing driveline offers outstanding reliability and 80% fewer moving parts than traditional oil- or refrigerant-lubricated drivelines
- 250-3,000 TR (880-10,550 kW)
- Designed for maximum efficiency in the face of real-world variables, where 99% of the cooling season is spent in off-design conditions
- With the OptiSpeed™ Drive, energy consumption can be as low as .20 kW/TR, reducing annual energy costs by as much as 30%
- 125-300 TR (440-1055 kW)
- Ideal for comfort and process cooling, glycol chilling, heat recovery and heat pump applications
- Heat pump to 150°F (66°C)
- 50-200 TR (175-630 kW)
- Industry-leading design and off-design efficiencies
- Lowest minimum circuit ampacity (MCA) in the industry maximizes capacity on retrofit projects
- 2,500-3,500 TR (8,800-12,300 kW)
- Uses R-134a refrigerant
- Economized refrigeration cycle to extend capacity and improve efficiency
- 700-2800 TR (2460-9850 kW)
- Variable-speed driver delivers superior performance at both design and off-design conditions for higher efficiency
- Application flexibility of the chiller handles a wide range of leaving- and entering-chilled-water temperatures, fluid flows and steam conditions
- 3,000-5,500 TR (10,550-19,350 kW)
- Uses zero-ODP, R-134a or R-513A refrigerant
- Industrial, reliable, long-lasting proven design
- 300-2,500 TR (2,000-11,000 kW)
- Compound chiller design (two compressors in series)
- Capacity control on each compressor for better off-design performance
- 1,500-6,000 TR (5,300-21,100 kW)
- Two YORK® centrifugal compressors operating in parallel on a common set of heat exchanger shells
- OptiSound™ Control standard