Kendro HERAcell 150, Operating Instructions Manual

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Incubator HERAcell ® 150 Operating Instructions
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4. Description of the device
Alarm contact:
Fig. 9: The device can be connected to an on-site, external
alarm system (e.g. telephone system, building monitoring
system, visual or acoustic alarm system). For this purpose, a
potential-free alarm contact [5] is preinstalled in the device.
NOTE – Alarm contact
The alarm contact receives only messages
caused by work space atmosphere conditions
(temperature or gas).
Power supply connection:
Fig. 9:
The power supply connection [6] of the device is es-
tablished via a cable with a connector for non-heating appli-
ances. The holder for the two device fuses is integral to the
power supply socket for non-heating appliances of the supp-
ly interface.
4.9 Work space components
The work space of the incubator has only a minimum of sur-
face, thereby supporting both the prevention of contaminati-
on and the easy, effective decontamination.
Interior container:
All components of the work space are made of stainless steel
and have a burnished, absolutely smooth and easy-to-clean
surface. Any embossings have a large radius.
As an option, the interior container, the shelf system, and the
blower wheel with its cover can be made of copper material.
NOTE – Oxidation of copper components
When exposed to heat and humid air, the cop-
per material of the interior container will oxi-
dize. This results in a discoloration of the
copper components during the test run for
checking the device functions.
Do not remove the oxide layer during routine
cleaning as the antimicrobial effect of the cop-
per material is based on it.
Fig. 10: The components of the shelf system can be removed
easily so that only the easily treatable, surface-reduced inte-
rior container [1] remains in the work space for cleaning and
manual disinfection works.
Fig. 10
Work space layout!