10
11
fig. 13
fig. 14
fig. 15
fig. 16
fig. 17
OPERATION
CLEANING THE FILTERS
REMOVING & EMPTYING DUST
TANK
WARNING: To reduce the risk of
electric shock, the power cord
must be disconnected before
removing the dust tank, dust
tank filter, changing the filters
or performing
maintenance/trouble shooting
checks. The "Dust Tank" must
always be emptied when the dirt
level reaches the "MAX" line on
the dust tank. To remove the
dust tank from the unit:
1. Remove the front cover of the
vacuum cleaner by lifting the Front
Cover Release M .
See fig. 13.
2. To remove the dust tank, lift the
dust tank release handle and pull
the dust tank out from the unit.
See fig. 14.
3. To empty the dust tank, hold it by
the handle over the dust tank and
press on the trap door release
button to empty.
See fig. 15.
CLEANING THE HEPA DUST TANK
FILTER
IMPORTANT: Please Note the
washable HEPA Dust Tank Filter
will stop most of the tiniest dust
particles and airborne allergens
from re-entering the air you
breathe. In fact it stops 99.97%
of all particles as small as 0.3
microns - many times smaller
than a human hair! Because of
this incredible filtration
performance, the HEPA Dust
Tank Filter will quickly
accumulate many fine dust
particles inside the white filter
folds that are difficult to see but
which will eventually block or
reduce your suction power, if
not cleaned properly.
NOTE: Clean the HEPA Filter
regularly as follows:
1. To remove the HEPA filter, unlock
and remove the dust tank cover by
turning the cover clockwise until
the arrow on the cover aligns with
the arrow on the handle and then
lift the cover off.
See fig. 16.
2. Remove the washable HEPA Filter
X from the dust tank.
See fig. 17.
Trap Door
Release Button
NOTE:
To obtain the best result from
your cleaner the Dust Tank
needs to be cleaned regularly,
otherwise the airflow and
cleaning power will be reduced.
When the performance
deteriorates it is necessary to
clean the Dust Tank. Check if
there are any blockages in the
accessories or tubes and follow
the filter cleaning instructions
for optimum performance.
X
M
