Angle To Cleaning Surface
ying water against a
ow To Avoid Damaging Surfaces
because the impact force of the water exceeds the
gering the gun, adjust the nozzle to a wide fan pattern.
ng surface, and trigger the
ry
the
fan
pattern
spray
angle
and
the
distance
to
t he
cleaning
surface
until
the high pressure
urbo Lance
sometimes referred to as a rotary nozzle, is a very effective tool that can
arrow high impact stream, only use it in applications
etergents
t pressure washer detergents – household detergents may be thicker and will clog
w pressure setting. To do
this, twist the pressure adjustment collar on the Vario lance to the lowest pressure setting
The optimum angle for spra
cleaning surface is 45°.
H
Damage to cleaning surfaces occurs
durability of the surface. Never use a narrow high impact stream or a turbo/rotary nozzle on a
surface that is susceptible to damage. Avoid spraying windows with a narrow high impact
stream or turbo nozzle as this may cause damage. To avoid possible damage follow these
three steps:
1. Before trig
2. Place the nozzle approximately 4-5 feet from and 45° to the cleani
gun.
3.
Va
optimum
cleaning efficiency is achieved without damaging the surface.
CAUTION:
Car paintwork / bodywork and other surfaces can be damaged by
jet, in particular, caution should be taken with new, damaged or unsecured paint. Damage is not
covered by the warranty.
T
A turbo nozzle,
significantly reduce cleaning time. The turbo nozzle combines the power of a narrow high
impact stream and the efficiency of a fan pattern. This swirls the narrow high impact stream into
a cone shape that cleans a larger area.
CAUTION:
As a turbo nozzle uses a n
where the cleaning surface cannot be damaged by narrow high impact spray (as above).
Additionally, the turbo nozzle is NOT adjustable and cannot be used to apply detergent.
D
Use specialis
the detergent injection system.
1.
Unscrew
the cap beside the wheel of pressure washer to add detergent.
2.
Detergent is applied to surface by using the Vario lance on the lo
Customer Careline: 0845 601 7834
7
Figure
5
Optimum
a
ngle to
c
leaning
s
urface
Summary of Contents for HP 2800
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