Summary of Contents for Daxten THERMAL OPTIMISATION
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Thermal Optimisation in the Data Centre Best Practices for achieving optimal cooling performance and significant energy savings in your data centre 1. Thermal analysis 2. Cold-Aisle-Containment 3. Seal open rack units in cabinets 4. Optimise airflow through perforated floor tiles 5.
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30%. Hot air recirculates into the cold aisle. A separation of the hot from the cold aisle is a standard in modern datacentres. Daxten | Thermal Optimisation Best Practices...
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1U which can be torn to create smaller panels from 1U upwards. This patent protected and flexible design along with tool-free rivets makes for quick and PlenaFill panels prevent the recirculation of hot air into the cold aisle. easy installation. Daxten | Thermal Optimisation Best Practices...
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• An inert, non-conductive and non-hygroscopic material • Flammability rating of UL94-V0 • RoHS and WEEE compliant • An energy saving and thermal tuning tool PlenaForm controls and balances airflow in the raised floor. Daxten | Thermal Optimisation Best Practices...
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• Significant reduction of energy consumption and costs • Ultimate load of up to 1360kg Airflow panel with an airflow rate up to 65%. Airflow panel with an airflow rate up to 56%. Solid Panel supporting loads up to 1360kg. Daxten | Thermal Optimisation Best Practices...
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• Reliable sealing of openings in the raised floor and elimination of bypass airflow • Prevents system failures and downtime caused by overheating and hot spots • Significant increase in under floor air pressure. Daxten | Thermal Optimisation Best Practices...
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4Quick ROI 4Increased energy efficiency so you are well prepared for the future Contact us for further information and your cost free individual consultancy appointment at +44 (0)20 8991 6200, info.uk@daxten.com or www.daxten.co.uk ® Daxten | Thermal Optimisation Best Practices...