Precision Cooling Systems
We Offer
- Close Control Units
- Downflow of Upflow CCU
- InRow Cooling Units
- Direct Expansion
- Water Cooling
- Chillers
Perimeter cooling for medium and large data center environments
Leading edge precision cooling solutions specifically designed to maintain temperature and humidity within extremely tight tolerances. We are cooling racked and non-racked IT loads, with systems that meet the diverse requirements of any data center environment. We offer intelligent units monitor for the status of components and environmental parameter to ensure correct functionality during all modes of operation.
When combined with hot or cold aisle containment solutions, we can offer further improvement for efficiency and achieve higher densities.
Thermal Containment
Hot and cold air containment systems designed to maximize cooling predictability, capacity, and efficiency at the rack, row or room level.
Chillers
Free cooling chillers with axial fans and integrated free-cooling system for continuous operation applications.
Free-cooling air cooled chillers leverages external air to remove the heat. These chillers not only reduce energy consumption compared to traditional systems, and therefore contribute to reduce global warming. These chillers support a wide range of applications and maximize the availability of Row and Room cooling products to provide a complete heat removal solution.
In Row Direct Expansion
Close-coupled, air, water, and glycol cooling for closets, server rooms, and data centers.
The InRow Direct Expansion product design closely couples the cooling with the IT heat load. This design prevents hot air recirculation, while improving cooling predictability and allowing for a pay as you grow environment. Available in self-contained, fluid cooled, and air-cooled configurations with or without humidity control, these products meet the diverse requirements for closet, server room, and data center cooling. Intelligent controls of the InRow Direct Expansion products actively adjust fan speed and refrigerant flow to match the IT heat load to maximize efficiency and address the dynamic demands of today’s IT environments.