Technical Data - DeWalt XR LI-ION DCF830M2 Original Instructions Manual

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DCF830, DCF835, DCF880, DCF885
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Technical Data

Voltage
Type
Battery Type
No load speed
Impact rate
Max torque
Tool holder
Weight (without battery pack)
L (sound pressure)
PA
K (sound pressure uncertainty)
PA
L (sound power)
WA
K (sound power uncertainty)
WA
Vibration total values (triax vector sum) determined according to EN 60745:
Vibration emission value a
a =
h
Uncertainty K =
The vibration emission level given in this information
sheet has been measured in accordance with a
standardised test given in EN 60745 and may be
used to compare one tool with another. It may be
used for a preliminary assessment of exposure.
WARNING: The declared vibration
emission level represents the main
applications of the tool. However if the
tool is used for different applications,
with different accessories or poorly
maintained, the vibration emission may
differ. This may significantly increase the
exposure level over the total working
period.
An estimation of the level of exposure to
vibration should also take into account
the times when the tool is switched off
or when it is running but not actually
WALT tool. Years of experience, thorough product development and innovation make
DCF830
V
min 0–2300
-1
min 0–2700
-1
Nm
1/2" square
(13 mm)
kg
dB(A)
dB(A)
dB(A)
dB(A)
h
m/s²
m/s²
DCF835
14.4 14.4
10 10
Li-Ion Li-Ion
0–2800
0–3200
185 150
1/4" hex
(6.35 mm)
1.01 0.93
93 90
3 3
104 101
3 3
11 15.5
4.9 2.2
DCF880
18
10
Li-Ion
0–2300
0–2700
203
1/2" square
(13 mm)
1.01
93
3
104
3
11
4.9
doing the job. This may significantly
reduce the exposure level over the total
working period.
Identify additional safety measures to
protect the operator from the effects of
vibration such as: maintain the tool and
the accessories, keep the hands warm,
organisation of work patterns.
E N GLI SH
DCF885
18
10
Li-Ion
0–2800
0–3200
155
1/4" hex
(6.35 mm)
0.93
90
3
101
3
15.5
2.2
29
3