![background image](http://html1.mh-extra.com/html/makita/hr006gz04/hr006gz04_instruction-manual_4121955009.webp)
9 ENGLISH
ENGLISH (Original instructions)
SPECIFICATIONS
Model:
HR006G
Capacities
Carbide-tipped bit
52 mm
Core bit
160 mm
No load speed (RPM)
150 - 310 min
-1
Blows per minute
1,100 - 2,250 min
-1
Rated voltage
D.C. 72 V - 80 V max
Overall length
610 mm
Net weight
12.9 - 14.3 kg
•
Due to our continuing program of research and development, the specifications herein are subject to change without notice.
•
Specifications and battery cartridge may differ from country to country.
•
The weight may differ depending on the attachment(s), including the battery cartridge. The lightest and heavi
-
est combinations, according to EPTA-Procedure 01/2014, are shown in the table.
Applicable battery cartridge and charger
Battery cartridge
BL4020 / BL4025 / BL4040* /BL4050F*
* : Recommended battery
Charger
DC40RA / DC40RB / DC40RC
•
Some of the battery cartridges and chargers listed above may not be available depending on your region of residence.
WARNING:
Only use the battery cartridges and chargers listed above.
Use of any other battery cartridges
and chargers may cause injury and/or fire.
Intended use
The tool is intended for hammer drilling and drilling in
brick, concrete and stone as well as for chiselling work.
Noise
The typical A-weighted noise level determined accord
-
ing to EN60745-2-6:
Sound pressure level (L
pA
) : 99 dB(A)
Sound power level (L
WA
) : 110 dB (A)
Uncertainty (K) : 3 dB(A)
NOTE:
The declared noise emission value(s) has been
measured in accordance with a standard test method
and may be used for comparing one tool with another.
NOTE:
The declared noise emission value(s) may
also be used in a preliminary assessment of exposure.
WARNING:
Wear ear protection.
WARNING:
The noise emission during actual
use of the power tool can differ from the declared
value(s) depending on the ways in which the
tool is used especially what kind of workpiece is
processed.
WARNING:
Be sure to identify safety mea-
sures to protect the operator that are based on an
estimation of exposure in the actual conditions of
use (taking account of all parts of the operating
cycle such as the times when the tool is switched
off and when it is running idle in addition to the
trigger time).
Vibration
The vibration total value (tri-axial vector sum) deter-
mined according to EN60745-2-6:
Work mode: hammer drilling into concrete
Vibration emission (a
h, HD
): 8.5 m/s
2
Uncertainty (K) : 1.5 m/s
2
Work mode: chiselling function with side grip
Vibration emission (a
h, Cheq
): 7.0 m/s
2
Uncertainty (K) : 1.5 m/s
2
Work mode: chiselling function with side handle
Vibration emission (a
h, Cheq
): 7.0 m/s
2
Uncertainty (K) : 1.5 m/s
2
NOTE:
The declared vibration total value(s) has been
measured in accordance with a standard test method
and may be used for comparing one tool with another.
NOTE:
The declared vibration total value(s) may also
be used in a preliminary assessment of exposure.
WARNING:
The vibration emission during
actual use of the power tool can differ from the
declared value(s) depending on the ways in which
the tool is used especially what kind of workpiece
is processed.
WARNING:
Be sure to identify safety mea-
sures to protect the operator that are based on an
estimation of exposure in the actual conditions of
use (taking account of all parts of the operating
cycle such as the times when the tool is switched
off and when it is running idle in addition to the
trigger time).
Summary of Contents for HR006GZ04
Page 2: ...2 3 1 1 Fig 1 1 2 Fig 2 2 1 A B Fig 3 1 Fig 4 1 Fig 5 1 2 Fig 6 1 2 Fig 7 2 ...
Page 3: ...Fig 8 1 2 Fig 9 1 Fig 10 1 2 Fig 11 1 Fig 12 1 2 Fig 13 1 2 Fig 14 3 ...
Page 4: ...1 2 Fig 15 1 2 Fig 16 1 2 3 Fig 17 1 2 3 4 Fig 18 1 2 Fig 19 1 Fig 20 4 ...
Page 5: ...1 Fig 21 1 2 3 Fig 22 1 2 3 Fig 23 1 2 Fig 24 1 2 3 4 Fig 25 1 Fig 26 5 ...
Page 6: ...Fig 27 Fig 28 Fig 29 Fig 30 1 Fig 31 4 2 1 3 Fig 32 1 2 3 Fig 33 6 ...
Page 7: ...1 Fig 34 1 2 1 2 Fig 35 Fig 36 1 Fig 37 1 2 Fig 38 1 Fig 39 7 ...
Page 8: ...1 Fig 40 1 2 1 2 Fig 41 8 ...