Parkside Pipe Cleaning Set - Handbuch (Seite 6)

6
GB IE
Functional description
The pipe cleaning set comprises a nozz-
le head and a 15 m long, flexible hose,
which can be connected to a pressure
washer. The hose is moved through the
pipe by the four high-pressure jets that
are directed backwards and the blockage
is released by the water jet.
See the front fold-out page for
illustrations.
Overview
1 Pipe cleaning set
2 Red safety marking
3 Pipe cleaning hose
4 Nozzle head
5 Connecting piece
6 Marking ring
7 Scale
8 Adapter
Initial Operation
1. Connect the connecting piece
(5) to the pressure washer
spray gun (9). Turn it by 90° un-
til it engages (bayonet joint).
2. If necessary, connect the enc-
losed adapter (8) to the spray
gun before installing the con-
necting piece (5) from the pipe
cleaning hose.
3. Push the pipe cleaning hose
(3) at least up to the red safety
marking (2) into the pipe to be
cleaned.
Caution! The red safety marking
must be in the pipe before the
pressure washer is switched
on. The high-pressure jet could
cause injury.
4. Switch on the pressure washer
and squeeze the trigger on the
spray gun ( 9).
5. Whilst the nozzle head (4) is
moving through the pipe indepen-
dently, feed in the pipe cleaning
hose (3) manually.
6. To release blockages, squeeze
the trigger several times in a row
then release it.
7. Your progress in the pipe can be
marked with the marking ring (6).
The progress can be read from
the white scale ( 7) on the
hose, which is spaced at intervals
of 1 m.
Cleaning/Maintenance/
Storage
• Clean the equipment with a damp
cloth.
• The equipment is maintenance free.
• Keep the equipment in a frost-proof
area.
Waste disposal and envi-
ronmental protection
Return the tool, accessories and packag-
ing to a recycling centre when you have
finished with them.
Hand over the device at an utilization loca-
tion.
Ask our Service-Center for details.
Technical specifications
High-pressure hose
Length ........................................... 15 m
Max. pressure ........................... 160 bar
Intake temperature .................. max. 60°C