DESCRIPTION
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Your new high pressure cleaner is constructed as shown in the
functional diagram and drawing No. 2. The machine consists of
an electric motor (2.1), which drives the high pressure pump
(2.2).
Through the water filter (2.4) the pump sucks the water from the
water inlet (2.3) into the cylinder head. The pump pressurises the
water and forces it out through the pressure outlet (2.5), into the
high pressure hose (2.6), to the pistol (2.7), and out through the
Turbo Laser nozzle (2.8).
The pressure of the high pressure cleaner can be read on the
pressure gauge (230A/250A/270A) (2.10). If the water pressure
exceeds the normal working pressure, the built-in safety valve
(2.12) will open the by-pass and thereby prevent damage to the
high pressure cleaner.
When the pistol trigger is released, the motor will stop.
Detergent is added through the detergent hose from an external
tank. Adjustment of the concentration continues on the dosing
valve (2.15).
NB! When the high pressure cleaner is supplied with hot water
above 30°C, the pump must not suck water from a tank or the like,
but should be fed with pressure. At temperatures between 30 and
40°C, this pressure should be min.1 bar - between 40 and 60°C:
min. 3 bar.
2.1 Electric motor
2.2 Pump
2.3 Water inlet
2.4 Water filter
2.5 Pressure outlet
2.6 High pressure hose
2.7 Pistol
2.8 High pressure nozzle
2.9 Lance head
2.10 Pressure gauge (230A/250A/270A)
2.11 Micro switch
2.12 Safety valve
2.13 Detergent injector
2.14 Non-return ball valve
2.15 Dosing valve for detergent
2.16 Detergent hose
2.17 Switch (start/stop)
Placing of high pressure
hose/electric cable
Placing of detergent tank
Placing of additional lance
(Turbo Laser)
Placing of additional lance
(standard lance)
Placing of additional lance
(double lance)
FUNNCTIONS OF
THE DRIVING HANDLE
Besides functioning as holder for pistol and lance, more
holders are carrying for extra equipment on the driving
handle.
The holders can be used according to the illustrations
below.
