In response to a global shift away from R410A and R22, Danfoss has added a complete portfolio of components to help OEMs develop air conditioning systems with R32.
With its relatively low global warming potential (GWP) at GWP-675, high volumetric capacity and efficiency, lower purchase price and system charge, R32 has become one of the most popular alternatives - along with R452B and R454B - to R410A for commercial air conditioning systems and heat pumps.
In response to high demand - and following the release of the multi-refrigerant portfolio for R410A/R452B/R454B earlier this year - Danfoss has announced a full range of components that enable OEMs to design R32 systems up to 700kW/260TR.
The portfolio includes:
Importantly, Danfoss’s scroll design enables OEMs to take full advantage of R32’s thermodynamic properties, with +10% volumetric capacity for the same compressor size. This optimized design improves the $/TR-€/kW ratio. It also mitigates the impact of high discharge gas temperature, without the need for costly liquid or vapor injection - a significant applied for cost benefit – and enables a wide operating map, suitable for use in reversible systems.
And like Danfoss’s DSH multi-refrigerant range, the DSF range is equipped with intermediate discharge valve (IDV) technology to meet the latest seasonal efficiency requirements.
Matthieu Stoll, Danfoss Cooling, AC Segment Marketing Director said: "Around the world, air conditioning OEMs are switching away from R410A. By adding a new R32 range of products on top of our existing multi-refrigerant R410A/R452B/R454B portfolio, we’re committed to providing the broadest range of options to our customers.
Coolselector®2 is a free refrigeration software for download. It offers a scientific, time saving way to select Danfoss manufactured components and ensuring optimal performance in refrigeration and air conditioning systems by providing accurate technical information. Coolselector®2 features unbiased calculations for the selection of refrigeration and air conditioning components based on the user’s input or based on standard operating conditions.
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