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Chillers

Chillers produce chilled water for comfort and process cooling. The catalog spans compact air-cooled units through high-tonnage trailer plants, with thermal storage and immersion systems at the specialty edge.

109 Modelos1 Clases Cada especificación citada a la fuente

Cómo funciona

The refrigeration cycle chills the loop fluid at the evaporator; pumps circulate it to the load and back. Capacity in tons is set against the connected load with attention to supply temperature, flow rate, and ambient conditions — air-cooled units derate as outdoor temperature climbs.

Tipos y variantes

Chiller
Refrigeration plant that supplies chilled water for comfort or process cooling.
Ice Thermal Storage
Tanks that store cooling capacity as ice for peak-demand shifting.
Immersion Cooling
Systems that cool electronics by submerging them in dielectric fluid.

Cómo elegir

Air-cooled units dominate temporary work for their self-contained simplicity; water-cooled plants win on efficiency where a tower exists. Sizing runs from load calculation through fluid temperature and flow to power supply — chillers are among the larger electrical loads on a temporary site — and glycol concentration matters in freezing exposure.

Normas y certificaciones

AHRI
Performance-certification programs for air conditioning, heating, and refrigeration equipment.
ASHRAE · Standard 62.1
Ventilation and indoor air quality guidance referenced when conditioning occupied spaces.

Preguntas frecuentes

What is the difference between an air-cooled and a water-cooled chiller?
Heat rejection. Air-cooled units carry their own condenser fans and need only power and hose connections; water-cooled units reject through a cooling tower loop, gaining efficiency at the cost of system complexity.
What applications call for a temporary chiller?
Data centers and hospitals during plant outages, events, process cooling, concrete cooling, and turnarounds — anywhere a chilled-water loop must keep running or a temporary one must appear.
What is ice thermal storage paired with?
Load shifting: the system freezes ice during off-peak hours and melts it for cooling at peak, trimming demand charges and bridging capacity shortfalls.