User's Manual

Table Of Contents
9 of 50936.5467 0.92
2.2 Safety Requirements for the Installation Locations
2.2.1 General
Install the C-hub and the E-hub indoors only as a stationary system in weather-protected
and temperature-controlled locations. Sole exception are the HPRUs which are IPxx
protected.
Comply with the permissible ambient conditions stated in the data sheets of the
K-BOWplatform2 components.
Ensure that only authorised personnel are allowed access to the installation location(s) of
the system rack (main rack and extension racks).
2.2.2 Installation Location of System Racks
The static loading calculations must ensure that a rack up to 500kg in weight can be
erected and operated.
The permissible ambient temperature range of the system is –10to +45°C(ambientair)
1)
,
the permissible maximum humidity is 85%. For more details, see the data sheets of the
individual devices.
If required, install active cooling (air conditioning) to ensure the permissible ambient
temperature of the system is satis ed.
For proper ventilation, the clearance above and below each C-hub or E-hub must be at
least 2HU.
The installation location must be larger than 1000×800×2500mm.
The safety clearance between rack and adjacent walls must be at least 200mm.
The safety clearance between adjoining systems must be complied with. See the
speci cations of the companies operating the adjoining systems.
If you use racks other than those recommended by Kathrein, make sure that the
following conditions are satis ed:
All height units not used must be blanked off.
The door must permit the passage of air over its entire surface, for instance by
perforation.
The cooling air must  ow through the rack from the front between the K-BOW
components, upwards and to the back where it is exhausted.
The cooling air fans at the top of the rack must be capable of a throughput of
≥960m
3
/h unimpeded air  ow.
1)
The permissible ambient temperature range applies to the racks recommended by Kathrein.
These racks ensure optimum dissipation of heat.