Parkside PDWE 8 B2, Оригинальное руководство пользователя

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PDWE 8 B2 ■ 6 │
GB
│
IE
Setting the working pressure
After connecting the compressed air maintenance
unit to a compressed air source, you can adjust the
desired operating pressure by using the air pres-
sure regulator
3
.
The applied working pressure of the compressed
air source is displayed on the compressed air
pressure gauge
4
.
♦ First release the locking device by pulling the
air pressure regulator
3
upwards (see fig. F).
♦ Turn anticlockwise to reduce the pressure.
Turn clockwise to increase the pressure.
♦ Read the pressure setting from the compressed
air manometer
4
.
♦ Lock the setting by pushing the air pressure
regulator
3
downward.
NOTE
► Make sure that the maximum possible oper-
ating pressure of the compressed air mainte-
nance unit and the compressed air tool used is
not exceeded.
Filter unit
The filter unit
1
is connected to the air pressure
regulator
3
. The maximum working pressure is
8 bar and the working pressure is adjustable from
0.5 to 8 bar. The filter unit
1
is used to filter
condensate and stores the condensate in the
condensate collector
e
.
The fill level of the condensate can be inspected
through the transparent viewing window (see fig.
C). The stored condensate can be discharged via
the drain valve .
Draining condensate using the
drain valve
Ensure that the compressed air maintenance unit is
mounted horizontally so that the condensate can
also be collected horizontally in the condensate
collector
e
. Do not use the filter unit
1
if the
condensate collector
e
is not fitted.
NOTE
► Before emptying the condensate collector
e
,
make sure the compressed air maintenance
unit has been disconnected from the
compressed air source. Otherwise, the
collected condensate may spray out in an
uncontrolled manner.
► The drain valve
w
opens as soon as it is
disconnected from the compressed air.
■ In order to drain the stored condensate from the
condensate collector
e
, use an appropriate
container.
♦ Press against the drain valve
w
from below
(see fig. G), it will open and the condensate will
flow into the container.
(fig. G)