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Chilled Water Systems
YORK® has the widest variety of water cooled chillers on the market that stand up to the demands of industrial and commercial applications.
Advantages of Water-Cooled Chillers
Chilled water systems use large quantities of water, which are housed in cooling towers. Large commercial chillers are usually water-cooled because they reach higher capacities with more efficiency. Additionally, commercial water cooled chillers are typically located inside of a building, so they tend to be better maintained because they’re more easily accessible.
INNOVATIVE AND EFFICIENT
YORK® water cooled chillers are designed and engineered for maximum efficiency.
VERSATILE
We lead the industry with the widest operating range for a variety of applications.
SUSTAINABLE
Our energy efficient water cooled chiller design results in low total direct and indirect emissions to reduce your facility’s carbon footprint.
Products
- Delivers the industry's widest operating range from a single driveline.
- Expanded operating range can reduce the number of required dry coolers by up to 60%, lowering heat rejection infrastructure costs and reducing system footprint.
- Nearly 30% smaller chiller footprint helps reduce mechanical room requirements and maximize available floor space.
SMART
READY
- 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
- Offers exceptional efficiency with below 0.100 kW/ton at part load
SMART
READY
- 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
- Robust and reliable high-speed, hermetic induction motor reduces maintenance
SMART
READY
- Designed with sustainability in mind, the re-engineered YK chiller has been optimized specially for use with ultra-low GWP refrigerant R-1234ze
- ISASecure® certified York Chiller Access Manager provides secure access to chiller controls to help mitigate the risk of unauthorized access and security breaches
- State-of-the-art OptiView™ Control Panel optimizes chiller performance by precisely controlling the leaving chilled liquid temperature and motor current
- Two York centrifugal compressors operating in parallel on a common set of heat exchanger shells
- OptiSound™ Control standard
- Full-color OptiView™ Control Center for control management at your fingertip
- Two electric motor-driven centrifugal compressors deliver simultaneous hot water and chilled water @ 42 °F (5 °C) / 180 °F (82 °C)
- Turndown: 25% of design capacity made possible through VSD and compressor VI control technologies
- At 400 tons (1,406 kW) cooling and 7,000 MBH (2,051 kW) heating the CYK-400 offers a reduced capacity with all the features expected from the CYK product line
- Turndown: 25% of design capacity made possible through VSD and compressor VI control technologies
- Refrigerants: R-1234ze or R-515B
- Significant carbon savings translates to an annual CO2 emissions reduced by approximately 20% (approx. 4,000 metric tons per year)
- Ideal for comfort and process cooling, glycol chilling, heat recovery and heat pump applications
- Heat pump to 150°F (66°C)
- Uses R-134a refrigerant
- 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
- Modular configuration provides maximum flexibility, customization and compact footprint
- Uses zero-ODP, R-134a or R-513A refrigerant
- Industrial, reliable, long-lasting proven design
- Custom multi-stage chiller with flexible options of steam turbine or electric motor with variable speed drive
Resources and Education
YORK® Chilled Water System Access Manager
Watch this pre-recorded webinar to learn how to control, record and protect your equipment.
Chiller Clearances Case Study
See how several factors can affect the capacity and power requirements of an air-cooled chiller.
Benefits of Variable Speed Drives of High-load Chiller Operations
Read our recent whitepaper to see the extent to which variable speed drives reduce the energy consumption of chillers compared to constant speed drives.
Chiller Resources
If you’re wondering whether your building needs an air cooled or water cooled chiller, watch these YORK® commercial equipment videos first.
Introduction to Air Cooled and Water Cooled Chillers
Learn the basics of a refrigeration system, the four main components of a chiller, and how air-cooled and water cooled chillers function.
Chiller Parts 101
Learn about different parts and their locations within water cooled chiller units and air cooled chillers.