Stihl TS 480i Notice D'emploi page 14

English
avoids accelerated wear. The product code
which appears
– on the label and
– on the packaging (table with recommendations
for use) is an aid to selection
STIHL composite resin cutting wheels are suita‐
ble, depending on the version, for cutting the fol‐
lowing materials:
– Asphalt
– Concrete
– Stone
– Ductile cast iron pipes
– Steel; STIHL composite resin cutting wheels
are not suitable for cutting railway tracks
Do not cut any other materials – risk of accident!
6 Diamond Abrasive Wheels
For wet applications.
The proper selection and use of diamond abra‐
sive wheels ensures economical use and avoids
accelerated wear. The product code which
appears
– on the label and
– on the packaging (table with recommendations
for use) is an aid to selection
STIHL diamond abrasive wheels are suitable,
depending on the version, for cutting the follow‐
ing materials:
– Asphalt
– Concrete
– Stone (hard stone)
– Abrasive concrete
– Fresh concrete
– Clay brick
– Clay pipe
– Ductile cast iron pipe
Do not cut any other materials – Risk of accident!
Never use diamond abrasive wheels with side
plating as they jam in the cut and can result in
extreme kickback – Risk of accident!
14
6 Diamond Abrasive Wheels
6.1 Product Codes
The product code is a combination of letters and
numbers, consisting of up to four characters:
– the letters denote the main field of application
of the abrasive wheel
– the numbers denote the performance class of
the STIHL diamond abrasive wheel
6.2 Axial and radial run-out
A faultless spindle bearing of the cut-off machine
is necessary for a long service life and efficient
functioning of the diamond abrasive wheel.
Using the abrasive wheel on a cut-off machine
with a faulty spindle bearing can lead to devia‐
tions in radial and axial run-out.
An excessively high radial run-out deviation (A)
overloads individual diamond segments, which
overheat in the process. This can lead to stress
cracks in the parent wheel or to annealing of indi‐
vidual segments.
Deviations in axial run-out (B) result in higher
thermal loading and wider cuts.
D-B10
0458-753-8221-D