EN
48
Do not use detergents. It is important to let the wet parts dry
thoroughly. Do not use a hair dryer for drying! Wet filters will be
damaged if used for vacuuming!
4.
Assemble cleaned or new components and install them in the original
location using the reverse procedure.
Note
: Wet cleaning can cause more wear and tear of the filter, and
a correspondingly shorter service life. If the vacuum cleaner does not perform
with the original suction power, the filters should be replaced with new ones.
CHECKING AND REPLACING THE AIR OUTLET FILTER
1.
O
pen the air outlet grid at the rear section of the vacuum cleaner b
y
turning (see Fig.
8
).
2.
Remove the
fi
lter b
y
turning (Fig.
9
).
3.
The filter can be cleaned by tapping or shaking it. If the filter is
extremely dirty, it can be washed in lukewarm water. Let the filter
dry completely before using it again.
4.
Insert a cleaned or new air outlet filter, and close the air outlet grid.
CLEANING AND MAINTENANCE
The vacuum cleaner and its accessories can be cleaned with a wet cloth.
Do not immerse the power cord, plug, or appliance in water or any other
liquid.
Do not use aggressive substances for cleaning, such as solvents or abrasives!
TROUBLESHOOTING
Problem
Cause
Solution
Motor does not run.
Plug inserted into the
mains outlet incorrectly or
insufficiently.
Check the plug connection.
The mains outlet is not live.
Check for voltage, e.g. by connecting
another appliance.
Motor has stopped
operating.
Improper or insufficient air
flow. Motor overheating
fuse activated.
Disconnect the cable from the socket.
Check and release the air suction
and discharge holes; check the filter’s
cleanliness and/or replace the dust bag.
Let the vacuum cleaner cool down.
Reduced suction power
Dust bin full or clogged.
Empty and clean the dust bin.
The filters are clogged
Clean or replace the filters.
Clogged nozzle, tube, or
hose.
Check and clear the air passage on the
suction and discharge sides.
Vacuum cleaner heats up
Slight heating of the vacuum cleaner is normal and cannot be considered
a failure.
Fig. 7
VP 5
200
Fig.
8
Fig.
9
