Binatone HUM-4600 - Инструкция (Страница 8)

8
List of eventual problems:
Problem Eventual cause Solution
The indicator does The device is not in Plug the device in
not work, no vapor The controller-switcher Turn the controller-switcher (7)
generated is not turned (7)
The indicator is The water container Fill the container with water
switched on, is empty
no vapor The water level is lower Add water
generated than the level of the
valve opening (5)
There is foreign The device has been out Open the container, clean it and
smell when vapor of operation for a long air it for 12 hours
is generated time, there was some
water left in the container
The operation There is too much water Pour out excessive water, close
indicator is on, in the container the lid
the water container
is full, but no vapor
generated
Poor vapor
There is scale on the Clean the device from scale
generation working part
The device has been out
Clean the water container
of operation for a long
time, there was some
water left in the container
There is noise Vibrance of the working Add water
during operation part when the water level
is insufficient
The device is placed on
Place the device on a hard even
an uneven surface, surface
vibrance on the surface
There are water There is a gap between Keep the cover-splitter in water
splashes in vapor the cover-splitter and before usage
the shell
Keep the device in a ventilated dry place out of reach of
children. Before placing the device in storage, make sure it is clean
and dry. The recommended storage temperature from +5 up to
+50 °C.
AFTER-SALES SERVICE
If your appliance does not operate or
does not operate properly, contact an au-
thorized service center for consultancy or
repair.
The warrantee does not cover:
– product packing, consumables and ac-
cessories (tips, etc.);
– mechanical damages and natural wear of the product;
– failures due to overloading, improper or careless maintenance,
penetration of liquids, dust, insects and other foreign matters
inside the product, exposure of plastic and other not thermal-
resistant components to high temperatures, force-majeure cir-
cumstances (accidents, fire, flooding, power grid failure, light-
ning stroke, etc.);