W 510
Problem
Paint in the
ventilating hose
Poor covering
capacity on the wall
21. Technical Data
Max. viscosit
Varnishes glazes (Standard spray attachment):
Interior wall paint (Wall spray attachment):
Power source:
Power consumption:
Atomizing output:
Double insulation:
Max. flow rate :
Sound pressure level*:
Sound pressure output*:
Oscillation level*:
Weight:
* Measured in accordance with EN 60745-1
Information about the oscillation level
The specified oscillation level has been measured according to a standard test
procedure and can be used to compare against electric tools.
The oscillation level is also for determining an initial assessment of the vibrational strain.
Attention! The vibration emission value can differ from the specified value when the
electric tool is actually in use, depending on how the electric tool is being used. It is
necessary to specify safety measures to protect the operating personnel. These measures
are based on an estimated shutdown during the actual conditions of use (all parts of the
operating cycle are taken into consideration here, for example periods when the electric
tool is switched off, and, when it is switched on but running without any load).
Cause
•
Diaphragm soiled
•
Diaphragm defective
•
Spray material is too cold
•
Highly absorbent surface or paint
with poor covering capacity
•
Distance too large
Technical Data
Remedy
➞ Clean the diaphragm
➞ Replace the diaphragm
➞ The material you are
spraying should be at
room temperature
➞ Cross spray (Fig. 8)
➞ Closer to the object
120 DIN/s
3000 mPas
230 V
, 50 Hz
~
460 W
110 W
230 ml
80 dB (A); Uncertainty K = 4 dB
93 dB (A); Uncertainty K = 4 dB
< 2,5 m/s²; Uncertainty K = 1,5 m/s²
1,9 kg
GB
31