Ariston MBA 3842 C 설치 및 사용 설명서 - 페이지 11
{카테고리_이름} Ariston MBA 3842 C에 대한 설치 및 사용 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. Ariston MBA 3842 C 21 페이지. Fridge/freezer combined
Ice trays
This new concept of ice trays is an exclusive Merloni patent.
The fact that they are situated on the inner door of the
freezer compartment ensures greater ergonomics and
cleanliness: the ice no longer comes into contact with the
food placed inside the freezer compartment; furthermore,
the dripping of the water during filling is avoided (a lid to
cover up the hole after filling with water is also provided).
To remove the ice trays from
their housings, push the tray
upwards and then pull it out
(fig. 5). To put the tray back
in place, insert the top part
into the special housing and,
once in a vertical position,
just let it drop into place.
Instructions for use (Fig. 6)
Fill up the tray with water via the special hole up to the level
indicated (MAX WATER LEVEL), taking care not to exceed it:
inserting more water than is necessary will lead to the
formation of ice which could obstruct the exit of the ice cubes.
If you have used an excessive amount of water, you will have
to wait until the ice has melted, empty out the tray and re-fill
it with water.
Once you have filled the ice tray up with water through the
hole indicated, turn it by 90 °. Thanks to the connected
compartments, the water fills up the special shapes, after
which you can cover the hole up with the special cap and
place the ice tray in the inner door of the freezer
compartment.
Fig. 5
Once the ice has formed, all you need to do is to knock the
tray against a hard surface so that the ice cubes come away
from their housing and come out of the same hole used to
fill the tray with water. To make it easier for the ice cubes to
come out, wet the outside of the tray.
WARNING: every time you fill up the ice tray with water ,
make sure that the same is completely empty and that there
are no traces of ice left inside it.
The minimum time required for ice to form well is
approximately 8 hours.
Fig. 6
9
MAX
WATER LEVEL
GB