Daikin Applied has introduced Magnitude® WMT, a next-generation magnetic bearing centrifugal chiller that is able to deliver market-pioneering energy efficiency at all points of operation.
performance and reliability
WMT is the only chiller designed for the ultra-low global warming potential (GWP) refrigerant R-1233zd(E) that also features oil-free magnetic bearing technology and a two-stage compressor.
This combination provides premium performance and reliability while helping decrease carbon emissions and environmental impact.
new gold standard
The chiller checks all the critical boxes for engineers and owners, comfort, efficiency, reliability"
“Magnitude WMT is the new gold standard for centrifugal chillers, and a sign of the future of sustainable heating and cooling,” said Jim Macosko, Vice President of Product and Sustainability Solutions at Daikin Applied.
Jim Macosko adds, “The chiller checks all the critical boxes for engineers and owners, comfort, efficiency, reliability, and reduces a facility’s carbon footprint at the same time. These are the markers of the advancements that Daikin has and will continue to bring to the industry.”
Reducing Emissions and Maintenance
The use of low-GWP refrigerants is one of the pillars of building decarbonization. The WMT helps customers further their environmental goals by using R-1233zd(E), a high-efficiency refrigerant with an ultra-low GWP of 1.
Plus, the chiller’s magnetic bearing compressor with a variable frequency drive provides additional energy efficiency gains and eliminates lubrication, mechanical seals, wear surfaces, and gears.
With only one main moving component, the oil-free design reduces friction and potential points of failure, which simplifies maintenance and extends the life of the equipment.
Energy Efficiency in a Smaller Footprint
Full-load efficiency of 0.50 kW/ton and part-load efficiency of 0.30 kW/ton, the WMT is up to 40% more efficient
The WMT’s compressor features a two-stage impeller layout enhanced by a refrigerant economizer. The dual-stage setup maximizes part-load performance, which is important because most chillers operate at off-design conditions approximately 99% of the time.
With an industry-pioneering full-load efficiency of 0.50 kilowatts per ton (kW/ton) and part-load efficiency of 0.30 kW/ton, the WMT is up to 40% more efficient than standard centrifugal chillers.
Achieving these benchmarks while simultaneously offering the smallest unit footprint and volume size compared to similar chillers gives engineers an ideal option for equipment retrofits and applications with limited space.
Reliability for Mission-Critical Facilities
RapidRestore® and RideThrough®, standard features in Magnitude chillers, offer peace of mind during complete or temporary power loss in data centers and other mission-critical facilities.
WMT’s low in-rush current at startup is ideal for operations with backup or emergency power systems and offers the best restart, capacity ramp-up, and power trip resilience capabilities to maximize uptime and decrease disruptions to cooling and vital services. These features can even reduce costs by eliminating the need for a facility to have a waterside economizer.
