Low-Temperature Alarm - Blomberg WSN 1412 LT Instrucciones Para El Uso

and shows the current temperature setting for the zone concerned. This
applies to both buttons/sections. When the display starts flashing, the
temperature can be set by scrolling the setting between 22 and 5°C. When
the desired setting is displayed, release the button for 3 seconds. The setting
will then be stored and the childproof lock reactivated.
Note that the bottom section cannot be given a higher temperature setting
than the top section. The highest available temperature setting for the bottom
section is therefore identical to the actual setting for the top section.

Low-temperature alarm

If the temperature has been below 2°C for more than 1 hour, the display
flashes and Lo/actual temperature are alternately shown. Wine cannot mature
properly at sub-zero temperatures.
Two-zone setting for serving temperature
Typical serving temperature settings for the top and bottom sections are 16°C
and 6°C respectively. With these settings, a suitable temperature gradient will
be achieved in the cabinet for the storage of various types of wine distributed
from top to bottom as follows:
- heavy red wines +16 to +19°C
- rosé and light red wines +12 to +16°C
- white wines +10 to +12°C
- champagne and sparkling wines +6 to +8°C
It is recommended that wine be served at a temperature which is a couple of
degrees lower than the desired drinking temperature as the wine will be
warmed slightly when it is poured into the glass.
Single-zone setting for long-term storage.
For long-term wine storage, the top and bottom sections should both be set
at 12°C. With identical settings for the top and bottom sections, the controls
will maintain an even temperature throughout the cabinet. However, the
temperature in the room will gradually affect the temperature in the cabinet
through its door and sides, creating a slight temperature gradient from top to
bottom. The controls will maintain the set temperature at the bottom of the
cabinet, and any deviation from the setting will therefore occur at the top.
The difference will vary from 0 to 3°C, depending on the ambient temperature.
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