The Model SWP J-Vintage modular system is designed for floor-by-floor applications, offering reduced carbon footprint while maintaining superior performance and low costs.
Daikin Applied has introduced the Model SWP J-Vintage, a cost-effective, highly efficient self-contained HVAC system with low-GWP R-32 refrigerant. This unit is designed for floor-by-floor applications, offering features to reduce carbon footprint while maintaining superior performance and low costs.
Jim Macosko, Vice President of Product and Sustainability Solutions, said, “The evolution of our self-contained system underscores Daikin Applied’s leadership in the industry’s transition to more sustainable HVAC solutions. The SWP J-Vintage sets a new standard for self-contained units, offering unparalleled efficiency and flexibility and solving critical installation and maintenance issues for building owners and facility managers.”
Daikin Applied has introduced a self-contained system with R-32, offering increased efficiency and a low charge limit for safety. The unit is compatible with existing Daikin Applied systems and features flexible MicroTech® controls and a standardised ECM fan array for redundant operation.
The SWP J-Vintage is a modular HVAC system designed for versatility and ease of installation, making it ideal for retrofit applications. Its modular design allows for easy transportation through standard 34-inch doorframes and efficient assembly on-site, optimising space utilisation and accommodating narrow hallways in commercial settings. This flexibility ensures seamless integration into diverse building infrastructures.
The self-contained unit caters to residential high-rise and mid-rise office-style buildings, offering floor-by-floor usage for 1-2 units per floor, benefiting property managers and building owners who seek efficiency in installation and operation.
Daikin Applied is advancing the HVAC industry by prioritising decarbonisation and energy-efficient performance. The launch of the SWP J-Vintage demonstrates Daikin’s commitment to decarbonizing commercial buildings using advanced technologies and environmentally friendly refrigerants, aiming for a resilient future.
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