Process chillers ↗
Can supply chilled water when compatible with the temperatures and IT cooling architecture.
ICESQUARE / APPLICATIONS
Chillers and air handling for data centers
Let us explore the chilled water cooling and air handling your technology infrastructure requires.
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How it works and what we assess
IT equipment produces heat continuously. Depending on the architecture, air or a liquid circuit carries heat to a heat exchanger. If the design uses chilled water, the chiller removes heat from the circuit and releases it outdoors.
How the system works
Capture IT heat
Adapt the solution to the air or liquid cooling architecture specified by the project.
Transport it
Heat exchangers and circuits carry heat toward the cooling plant.
Maintain conditions
Evaluate controls and backup equipment with the continuity strategy.
Why these systems are used
Air handling units ↗
An option for systems requiring conditioned air distribution; coordinate with data center equipment and layout.
Our recommendation
Begin with the IT thermal architecture and availability target. Nominal capacity alone does not define a data center cooling solution.
Before selection
- Specify current load, expected growth and IT equipment design conditions.
- Coordinate flow rates, water quality, temperatures and controls across suppliers.
- Define redundancy, maintenance and fault response with the project lead.
Equipment to assess for this application
IS CHILLER
Process chillers
Cooling for industrial processes and chilled water systems. This family includes R290 chillers and solutions configured for each project operating conditions.
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IS UMA
Air handling units
We design and manufacture air handling units for industrial, commercial and institutional applications. Each solution is defined by air and process requirements.
View technical information ↗