Emerson’s expertise is unsurpassed in cooling technology

Liebert precision cooling products provide the precise, year-round cooling required by sensitive electronics while protecting them from the environmental hazards of dust, temperature and humidity. Liebert solutions include standalone, ceiling and wall-mount systems for spot, room and telecom shelter applications, and liquid chilling systems for medical imaging and industrial equipment. These systems include the Liebert DS, the Liebert Hiross, the Liebert MiniMate and the Liebert Intelecool.
Emerson has also pioneered the development of new cooling solutions for high-density servers and switches. The Liebert XD family brings unprecedented flexibility and scalability to data center cooling. These solutions can complement existing cooling systems to increase the utilization of data center space and energy, while enabling a tiered approach to cooling based on temperatures within the entire room, specific zones or individual racks.
Liebert XD™ System
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Liebert energy-efficient and flexible high heat density cooling solutions are available with Open or Closed architecture and Pumped Refrigerant-based or Water-based technology. |
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Floor Mount
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Liebert precision cooling and humidity control systems provide protection in raised floor or ducted applications. A variety of models and configurations are available to suit small spaces and large data centers, and every application in between. |
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Ceiling and Wallmount
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Liebert solutions provide year-round precision cooling and humidity control of small areas such as computer, control and equipment rooms where people and sensitive electronics share the same space. These space-saving systems are available in configurations and sizes to meet the needs of electronic equipment in tight spaces. |
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Heat Rejection
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Liebert system-matched condensers, drycoolers and condensing units ensure continuous, proper operation of your cooling systems. The units are available in a variety of configurations, including high energy efficiency models and low noise models. |
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ChicagoMicro – We Get IT!