Installation RH430LD, RH440LD
16
During the two hour defrosting phase the frost will melt and the defrost water runs
into an evaporating vessel located at the bottom rear of the refrigerator. The defrost
water evaporates automatically so that the vessel does not have to be emptied man-
ually.
6 Installation
!
!
The cooling device is designed for free-standing installation, but it can also be
installed in a built-in cabinet. To ensure satisfactory operation and maximum cooling
efficiency the following installation conditions have to be fulfilled.
•
The cooling device must be levelled carefully to ensure proper function.
•
The clearance between the cooling device‘s back and the wall should be 20 mm
or more.
•
Ventilation must be provided as shown in alternatives A, B, C or D (fig. 2,
page 3).
•
The ventilation duct must at least measure 105 mm x the width of the cooling
device.
•
The entire cooling unit must project into the ventilation duct as shown (fig. 2,
page 3). Other parts of the device may not project into the ventilation duct.
•
Air passing through the ventilation duct must not be preheated by any source of
heat.
•
Ventilation grills, if used, must have openings of at least 200 cm².
•
Moisture will condense on the door of the glass door version, when the ambient
humidity is above 65 % in 25 °C ambient temperature.
•
The cooling device must be fixed. Use screws of an appropriate length and insert
them through the device feet (fig. 3, page 3).
•
The socket outlet for the mains connection must be freely accessible.
WARNING! Fire hazard!
•
When positioning the device, ensure the supply cord is not trapped
or damaged.
•
Do not locate multiple portable socket-outlets or portable power
supplies at the rear of the device.
CAUTION! Health hazard
To avoid a hazard due to instability of the device, it must be fixed in
accordance with the instructions.
VegaRH430LD-RH440LD--IO-16s.book Seite 16 Donnerstag, 20. Februar 2020 2:59 14