Lithium-Ion cordless circular saw EN
10
COMPONENT LIST
1.
LOCK-OFF BUTTON
2.
ON/OFF SWITCH
3.
FRONT HANDLE
4.
SPINDLE LOCK BUTTON
5.
BASE PLATE ANGLE SCALE
6.
BASE PLATE BEVEL LOCK KNOB
7.
PARALLEL GUIDE
8.
PARALLEL GUIDE CLAMPING FIXTURE
9.
CUTTING MARK, 45°
10.
CUTTING MARK, 0°
11.
BASE PLATE
12.
LOWER GUARD LEVER
13.
LOWER BLADE GUARD
14.
FIXED GUARD
15.
DUST ADAPTER
16.
BATTERY PACK *
17.
BATTERY PACK RELEASE BUTTON
18.
SPINDLE (SEE FIG. B)
19.
INNER FLANGE (SEE FIG. B)
20.
SAW BLADE (SEE FIG. B)
21.
OUTER FLANGE (SEE FIG. B)
22.
BLADE BOLT (SEE FIG. B)
23.
CUTTING DEPTH SCALE (SEE FIG. C)
24.
HEX KEY (SEE FIG. C)
25.
CUTTING DEPTH LOCK KNOB (SEE FIG. C)
26.
HEX KEY STORAGE AREA (SEE FIG. C)
27.
ADJUSTMENT SCREW (SEE FIG. C)
28.
DUST EXTRACTION OUTLET (SEE FIG. I)
* Not all the accessories illustrated or de-
scribed are included in standard delivery.
TECHNICAL DATA
Type
WX529 WX529.9 (5-designation of
machinery, representative of Saw)
WX529
WX529.9
Rated voltage
20V
Max**
No load (rated) speed
3600 /min
Blade size
150mm
Blade bore
16mm
Saw blade thickness
TCT blade
1.8mm
Max cutting depth
45mm
Cutting
capacity
Cutting
Depth at
45°
33mm
Cutting
Depth at
90°
45mm
Bevel capacity
0-50°
Machine weight
2.75kg
2.37kg
**Voltage measured without workload. Initial battery
voltage reaches maximum of 20 volts. Nominal
voltage is 18 volts.
NOISE INFORMATION
A weighted sound pressure
L
pA
: 83.2dB(A)
A weighted sound power
L
wA
: 94.2dB(A)
K
pA
&K
wA
3.0dB(A)
Wear ear protection
VIBRATION INFORMATION
Vibration total values (triax vector sum) deter-
mined according to EN 62841:
Vibration
emission value:
Cutting wood: a
h, W
= 6,163m/s
2
Uncertainty K = 1,5m/s²
The declared vibration total value and the declared
noise emission value have been measured in
accordance with a standard test method and may be
used for comparing one tool with another.
The declared vibration total value and the declared
noise emission value may also be used in a
preliminary assessment of exposure.
WARNING:
The vibration and noise emissions
during actual use of the power tool can differ
from the declared value depending on the ways
in which the tool is used especially what kind of
workpiece is processed dependant on the following
examples and other variations on how the tool is
used:
How the tool is used and the materials being cut or
