Precision air conditioning for high-density data centres
Data centres run 365 days, or 8760 hours, a year. Densely packed blade servers generate ever increasing power in a very small space. The result? The operational reliability of the IT is jeopardised by hotspots.
Precision air-conditioning systems maintain the ideal temperature down to the last degree with combined recirculating air and liquid cooling. They precisely target accumulated heat loads of more than 30 kilowatts with chilled water. To ensure absolute safety, all liquid-bearing parts are strictly separated from the electronics.
Modern precision air-conditioning systems with energy-efficient hybrid technology ensure maximum IT availability for minimal operating costs. They grow in a modular fashion, and cut your data centre’s electricity consumption by up to 40 %. Designed for failure-free, continuous operation over many years, they are quiet, reliable and exceptionally economical.
CyberAir 2 – Innovation for maximum energy efficiency
The CyberAir 2 precision air-conditioning system conditions the air in large computer and equipment rooms with a heat load of over 20 kilowatts, and with automatic Dynamic Free Cooling (DFC), it is up to 60 % more cost-efficient than conventional compressor cooling systems.Product information
CyberCool Pump&Transfer – System separation to prevent water damage
Pumping station for leak-free separation of water circuits from the central power supply and server racks, up to 100 kilowatts, for indoors.Product information
CyberCool Outdoor – The source of liquid-cooled air cooling systems
Chilled water generators for closed-circuit air conditioning with water, up to 235 kilowatts, for outdoor installation. With optional free cooling to increase energy efficiency.Product information
CyberCool Indoor Data-Chiller – Spot-on cooling with water
Compact chilled water generator for the direct liquid cooling of high-density server racks and computer tomographs, cooling capacity up to 100 kilowatts, for indoors.Product information








