YORK® YK Centrifugal Chiller

Description

From schools to data centers, and everything in between, the re-engineered YORK® YK centrifugal chiller delivers flexibility, performance and efficiency for virtually any facility.

• Designed specifically for use with R-1234ze as the primary* refrigerant
• Greater application support and a lower total cost of ownership
• Advanced innovations, like a variable-speed drive, falling-film evaporator and OptiView™ Control Center

Benefits:

• Ultra low gwp optimized
  • The re-engineered york® yk chiller has been designed specifically for use with r-1234ze as the primary* refrigerant, without any increase in footprint.
• Lowest total cost of ownership
  • Designed to be cost-effective across your entire bottom line, the re-engineered york@ yk chiller delivers lower installation, operating and maintenance costs over the life of the chiller.
• Greater application support
  • The yk platform is versatile by design, enabling customers to leverage a wide array of components that help balance project needs with cost savings.
• Intuitive control
  • Featuring a state-of-the-art, optiview control panel, it’s easier than ever to manage chiller operations with improved efficiency, reduced maintenance and greater security.

Features:

• Designed with sustainability in mind, the re-engineered YK chiller has been optimized specially for use with ultra-low GWP refrigerant R-1234ze
• State-of-the-art OptiView™ Control Panel optimizes chiller performance by precisely controlling the leaving chilled liquid temperature and motor current
• Quick Start feature restarts the chiller in as few as 45 seconds and reaches the specified chilled-water temperature faster than other centrifugal chillers
• Optional OptiSound™ Control works alongside standard VSD technology to minimize gas-flow disruptions that cause noise
• ISASecure® certified YORK® Chiller Access Manager provides secure access to chiller controls to help mitigate the risk of unauthorized access and security breaches
• Extraordinary flexibility allows the YK chiller to be ordered with a variety of options, including heat exchangers, gears and open-drive motors minimizing the need to order a larger size chiller package than might be necessary
• Compared to chillers that can only use a minimum 75°F (24°C) ECWT, a YK chiller can operate with ECWT as low as 55°F (13°C), reducing instantaneous energy consumption by as much as 50%
• Open-drive design and infinite life bearings help ensure maintenance needs on the YK chiller are minimized

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