Schneider Electric unveils improved InRow cooling solution for DX data center

22:45
Schneider Electric unveils improved InRow cooling solution for DX data center -

Schneider Electric, a global provider of data center solutions and a specialist in energy management and automation has introduced the second generation of its solution InRow DX (direct expansion) 0mm cooling. The latest addition to the range of the company InRow cooling products deliver leading energy efficiency industry for load capacity.

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new cooling solution InRow DX Schneider Electric enhanced functionality and a new user interface. This second generation version is capable of high-density cooling up to 42kW with air max 4000 SCFM in a small footprint of 0mm wide.

schneider electric The design InRow DX closely couples cooling with heat load IT , which prevents the recirculation of hot air, while improving cooling predictability and allowing a pay as you grow environment. Available in standalone, fluid-cooled and air-cooled configurations with or without humidity control, these versions of products to meet the various requirements for closet, server room, and cooling in the data center.

Active Flow Control

adding of active flow control, which measures air pressure inside the containment system data center and automatically adjusts the fan speed depending on the exact air flow computer equipment, would increase the accuracy and efficiency. With an improved user-friendly design, the InRow DX also has a 4.3-inch color touch screen and intuitive network map, providing quick and easy data access and visibility in the system cooling performance.

"Data center managers face many obstacles on the path to efficiency, including the growing performance needs resulting higher density systems, increased regulation and pressure energy to reduce operating expenses, "said Matthew Baynes, data Center Business Development, Schneider Electric." the latest generation of InRow DX cooling brings efficiency and cost savings to the tip for users, offering the greatest part load energy savings available in a small but powerful system. "

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