Copeland™ Oil-Free Centrifugal Compressor
Featuring Aero-lift™ bearing technology for an easy-to-apply, low and ultra-low GWP compatible oil-free solution that delivers increased efficiency levels.
Featuring Aero-lift™ bearing technology for an easy-to-apply, low and ultra-low GWP compatible oil-free solution that delivers increased efficiency levels.
Leveraging 100 years of the Copeland legacy of reliability and inventiveness, this compressor offers the next evolution of compressor technology in the market. Optimized for chiller applications, this compressor offers a simplified solution that reduces the overall system complexity with the Aero-lift™ bearing technology eliminating the need for oil management and active bearing control.
Robust cooling capacity
Meeting the demanding cooling load requirements of mission-critical, air-cooled chiller applications requires high-tonnage, high-speed compressors that can deliver robust, precise and reliable performance.
Energy efficiency
Compared to existing screw compressor technology, the Copeland oil-free centrifugal compressor delivers significant energy efficiency gains in full- and part-load conditions.
Flexible architecture
Independent configuration of compressor, electronic controls and VFDs opens new design options for chiller OEMs while allowing systems to be customized for various and/or specific application requirements.
Performance Enhancing Algorithms
The Copeland oil-free centrifugal compressor leverages intelligent control algorithms and predictive data models to optimize performance and reliability.
This groundbreaking compressor platform is uniquely optimized to address today’s air-cooled, data center chiller requirements while offering broad applicability across a wide range of current and emerging applications.
Up to 10% increase in full-load efficiency versus other compression technologies in air-cooled applications
Up to 40% increase in IPLV above ASHRAE 90.1 2019 minimums
Compatibility with refrigerants R-513A, R-515B, R-1234ze
Optimized system start and stop cycles through intelligent control algorithms
