Driving the Transition Toward More Distributed Refrigeration Architectures
The combination of food retail market trends and environmental and energy regulations is driving a transition toward more distributed refrigeration architectures. As the emergence of smaller-format stores has increased the adoption of self-contained display cases, operators are transitioning to refrigerants with lower GWP and selecting equipment that supports their corporate sustainability initiatives.
For manufacturers of self-contained, reach-in coolers and freezers, display cases and walk-in coolers, this low-profile, variable speed solution delivers an ideal combination of energy efficiency and design flexibility.
Large Capacity in Small Spaces
At roughly half the height of a vertical scroll, this low-profile, horizontal package gives OEMs additional design flexibility, allowing them to reclaim valuable merchandising space. This innovation in refrigeration enables more capacity in limited areas while delivering proven scroll benefits and the many advantages of variable capacity modulation:
- Increased energy efficiency
- Improved compressor reliability
- Precise load matching for higher refrigeration performance
- Lower noise levels
Solving Design Challenges and Enhancing Performance
The low-profile, horizontal scroll compressor models are designed to optimize capacity while delivering industry-leading reliability, efficiency, and sustainable refrigerant options.
Commitment to Innovation
The Copeland horizontal variable speed scroll compressor has been recognized as a finalist in the annual AHR Expo (International Air-Conditioning, Heating, Refrigerating Exposition) Innovation Awards. This competition honors the most inventive HVACR products, systems and technologies.