Daxten COOLCONTROL TILES Manuel utilisateur
Frequently the cooled air flowing through raised floor panels does not
reach servers and IT equipment at top of the server cabinets. Hardware is not
cooled properly, overheats and can fail. High-plume airflow and high cold air
pressure can resolve these problems. Increasing static air pressure via the CRAC
units only increases energy costs and rarely gives the desired effect - pushing
cold air to the top of the server racks. The result of using inefficient perforated
floor tiles is enormous power consumption, ever increasing energy costs and
hotspots which shorten the life of data centre hardware. There is another solu-
tion that is cost effective and efficient - CoolControl Tiles are passive perforated
floor panels that have 65% airflow throughput ensuring cooler hardware and
lower energy costs.
Patented fin design with high airflow for optimum
cooling and efficiency
Conventional perforated raised
floor panels achieve airflow rates of
20-30%. The CoolControl Tile achieves
65% airflow as well as directing con-
ditioned air to the upper most levels of
server racks. The higher the flow rate,
the higher the volume of cold air that
reaches your rack equipment. It is
critical that the perforated raised floor
tiles provide enough cold air via high-
plume stratification. Only then can the cold air reach the top of the cabinets to
cool the upper most hardware. Sufficient cool air is the primary factor in prevent-
ing system failures and downtime created by overheating and hotspots. Cool-
Control Tile‘s Hi-Plume Stratification Fin scoops air to the upper most servers,
while ensuring middle and lower servers also receive required cooling capacity.
Through this unique design server temperatures can be decreased by 3-8°C while
simultaneously lowering energy consumption. In choosing the most effective
perforated floor tiles, remember the following: The higher the airflow rate and the
higher the airflow stratification the lower the required cooling capacity resulting
in energy and cost savings.
CoolControl Tiles
– Incorporating Triad Technology
Cooler server temperatures with lower
energy consumption
Rack airflow
with conventional
floor tiles
Rack airflow
with CoolControl
Tiles
CoolControl Tiles Highlights
• Optimised hi-plume stratification fins
• Patent protected Lift-n-Lock handles provide
safe lifting and placement
• Airflow rate up to 65 percent
• Protects cabinet hardware against overheating
and downtime
• Optional dampers to reduce airflow
• Significant reduction of energy consumption
and costs
• Ultimate load of up to 1360kg
Please click on the graphic for a demo.
Daxten Ltd, 5 Manhattan Business Park, Westgate
London W5 1UP, UNITED KINGDOM
Tel: +44 (0)20 8991 6200, Fax:+44 (0)20 8991 6299
[email protected], www.daxten.co.uk
Technical Specifications
Perforated floor tile with 65% airflow rate
Dimensions: 600 x 600 mm
Max. load: 680kg or 1360kg
Material: Antistatic Powder Coated Steal
Adjustment: levelling screws
Weight: approx. 18 kg
Order information
Part Number Description
4260-65040 CoolControl Tile - 65% Airflow Grey Flek 680kg
4260-65070 CoolControl Tile - 65% Airflow Grey Flek 1360kg
4291-00A Row Blade Baffle (set of 4) used to reduce airflow
Heavy duty panels for high loads with integrated handles
Not only does the airflow rate matter, but also the strength of the perforated floor tiles. These panels
often carry heavy loads including fully loaded cabinets. Conventional perforated floor tiles barely manage
to carry a maximum weight of 200 - 300kg - without tightened edges. Our CoolControl perforated raised floor
panels can reliably carry between 680 and 1360kg depending on the version. Of course easy access is also
required. The patent protected integrated Lift-n-Lock® handles provide safe, balanced lifting and placement
of tiles without danger of trapping fingers or toes. Integrated handles eliminate the need to lift adjacent tiles
to remove the vented floor tile. CoolControl Tiles can pay for themselves in nine to twelve months through
higher cooling efficiency and lower energy costs. When including the longer life of hardware through the reduction of hotspots and the time it
takes to replace it, the ROI is a matter of months.
About Daxten
Daxten was founded in 1994 as Dakota Computer Solutions. Today Daxten is a Value Add Distributor for IT management,
cooling optimisation and data centre facilities solutions from Austin Hughes, Avocent (Cyclades), Dataprobe, Digi, Minicom,
PlenaFill/PlenaForm, Raritan (Peppercon), Rose, Server Technology, Triad, Universal Electric (Starline), Upsite Technologies
(KoldLok), Uptime Devices. In addition Daxten is a leading manufacturer of its own connectivity product lines. The company
has facilities and subsidiaries across Europe and the USA. Daxten is specialist of cutting-edge cooling optimisation and
power distribution solutions which improve the energy efficiency and reliability of the data centre. As a provider of high-end
KVM, connectivity and infrastructure management solutions it is our mission to support IT managers worldwide, to ease
their working life and to protect their companies against critical downtime. In Europe Daxten is headquartered in London
and Berlin. For further information please visit www.daxten.co.uk or www.daxten.com.
Daxten CCT data sheet - version 1_2009
Subject to change without notice.
Daxten and the Daxten logo are registered trademarks of Daxten Industries. All other marks are property of their respective
owners. Copyright © 2009. Daxten Industries. All rights reserved.
Daxten Ltd, 5 Manhattan Business Park, Westgate
London W5 1UP, UNITED KINGDOM
Tel: +44 (0)20 8991 6200, Fax:+44 (0)20 8991 6299
[email protected], www.daxten.co.uk
For further information please contact us at [email protected], +44 (0)20 8991 6200 or visit www.daxten.co.uk.
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