Phasic air-to-liquid heat exchangers transfer heat from hot air streams to liquid coolant loops. Designed for rear-door heat exchangers (RDHx), in-row cooling units, and air handling systems, these exchangers maximize air-side heat transfer while maintaining low pressure drop -- critical for fan energy efficiency and noise control.
High surface area density on the air side delivers superior heat rejection per unit face area, enabling higher cooling capacity within thin form factors.
Optimized fin geometries maintain adequate airflow without excessive fan power, reducing energy consumption and acoustic noise.
Engineered to fit within the dimensional constraints of rack doors and in-row enclosures, typically 100-150 mm depth.
Built with materials and coatings suitable for data center environments, ensuring long service life with minimal maintenance.
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Fan-driven air-to-liquid coils that mount directly on server rack rear doors, delivering 30-80 kW cooling per rack without changes to room airflow design.
Compact air-to-liquid exchangers positioned between server racks, providing targeted cooling for high-density zones within the data hall.
Large-format air-to-liquid coils for centralized cooling systems, optimized for high airflow volumes and efficient heat transfer to chilled water loops.
