Knürr CoolTherm® – Water Cooled Server Rack – 4 to 35 kW back  
 
Knürr CoolTherm® – Water Cooled Server Rack – 4 to 35 kW Cooling Capacity

Knürr CoolTherm® – Water Cooled Server Rack – 4 to 35 kW Cooling Capacity

 

Energy-efficient Server Cabinet Technology With Outstanding Benefits, To Minimize Energy Costs In The Data Center And Help Reduce Carbon Dioxide Emissions

IT as the basis for business processes is subject to constant change. With it, however, the requirements of infrastruc-
tures also continually change.
The rising cost-relevant pressures on companies therefore demand flexible, and more importantly, expandable solutions that make it possible to react to the respective current requirements.
The objective here is to reduce
investment costs to a "no more than
  necessary" level, with the precondition, however, of also being able to integrate the investments made into future concepts.
Knürr provides the perfect platform for setting up a scalable solution of this kind. Knürr is one of the first global manufacturer to offer an integrated solution concept for heat loads from 1 kW to 35 kW per rack.

This enables financial IT investments in accordance with current requirements, and further expansions for future challenges are also possible at the same time. Intelligent power distribution systems, unique cable management and parallel expanding and adaptable fire protection solutions complete a tailor-
made scalable solution.
Servers, storage and other IT components are constantly becoming more efficient and at the same time more compact in their construction, and increasingly require less space.
A data center’s infrastructure requirements change considerably, especially in tackling technical and physical heat load issues and in providing the thermal management required to overcome these.

Knürr has been dedicated for over 10 years now to developing individual
  solutions that are necessitated by the complexity of high availability data centers and IT rooms.

Essential here is the awareness that this is not achieved just by developing and producing proven-in practice racks, but rather by focussing on an all-encom-
passing view on the scalability of the individual heat loads, supported by innovative and equally future-oriented components, preferably from the Knürr product portfolio.

Knürr CoolTherm® has set a benchmark that is now widely used and recognised in the industry, and as a result has ma-
tured to become the standard.

Knürr CoolTherm® therefore ranks as one of the best performing components of a perfected complete IT solution.
     
Knürr CoolTherm® MicroSite
         

         
Technical Data:        
         
Effective Cooling
Capacity
Width Height Depth Useable
Height
Useable
Depth
Weight Water
Content
Electrical
Data
4 kW
(CoolServe)
800 mm
800 mm
800 mm
2000 mm
2200 mm
2400 mm
1200 mm 39 U
43 U
47 U
840 mm   2.9 kg 207 to 243 VAC
50/60 Hz
190 Watt
8 kW
(CoolServe)
800 mm
800 mm
800 mm
2000 mm
2200 mm
2400 mm
1200 mm 36 U
40 U
47 U
840 mm   2 x 2.9 kg 207 to 243 VAC
50/60 Hz
380 Watt
                 
12 kW 800 mm
800 mm
800 mm
1800 mm
2000 mm
2200 mm
1200/
1300 mm
29 U
33 U
38 U
740/
840 mm
290 kg 5.9 kg 200 to 264 Volts
50/60 Hz
550 W
17 kW 800 mm
800 mm
800 mm
800 mm
1800 mm
2000 mm
2200 mm
2400 mm
1200/
1300 mm
31 U
35 U
40 U
44 U
740/
840 mm
310 kg 7.9 kg 200 to 264 Volts
50/60 Hz
850 W
25 kW 800 mm
800 mm
2200 mm
2400 mm
1200/
1300 mm
37 U
42 U
740/
840 mm
340 kg 9.9 kg 200 to 264 Volts
50/60 Hz
1150 W
35 kW* 800 mm
800 mm
2200 mm
2400 mm
1200/
1300 mm
37 U
42 U
740/
840 mm
340 kg 9.9 kg 200 to 264 Volts
50/60 Hz
1150 W
         
Spread chilled water: 12/18°C (*12/22°C)   Pressure loss (heat exchanger): 0.5bar
Air temperature to server: 22°C (*25°C) max. operation pressure heat exchanger: 10bar
Air temperature return fromserver: 35°C (*50°C) max. absolute humidity on site: 8g/kg
Connection heat exchanger: 1“ female threat Standard Colors: RAL 7021 or RAL 7035
Connection condensate tray: 5/8“ water hose connection    
Specification subjects to change without notice / errors and omissions excepted / Electrical data as operating power input
 
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