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gauge. An undersized cord will cause a drop in line voltage
resulting in loss of power and overheating. When using
more than one extension to make up the total length,
be sure each individual extension contains at least the
minimum wire size. The following table shows the correct
size to use depending on cord length and nameplate
ampere rating. If in doubt, use the next heavier gauge. The
lower the gauge number, the heavier the cord.
Minimum gauge for Cord sets
Total length of Cord in Feet
Volts
120 V
25 (7.6)
240 V
50 (15.2) 100 (30.5) 200 (61.0) 300 (91.4)
Ampere Rating
More
not
American Wire gauge
Than
More
Than
0
6
18
6
10
18
10
12
16
12
16
12
The label on your tool may include the following symbols. The
symbols and their definitions are as follows:
V ......................... volts
Hz ....................... hertz
min ..................... minutes
or DC ...... direct current
...................... Class I Construction
(grounded)
.../min .............. per minute
BPM .................... beats per minute
IPM ..................... impacts per minute
RPM .................... revolutions per
minute
sfpm ................... surface feet per
minute
SPM .................... strokes per minute
A ......................... amperes
W ........................ watts
or AC ........... alternating current
SAVE THESE INSTRUCTIONS FOR
FUTURE USE
Motor
Be sure your power supply agrees with the nameplate
marking. Voltage decrease of more than 10% will cause loss
of power and overheating. D
if this tool does not operate, check power supply.
COMPONENTS (FIG. A)
WARNING: Never modify the power tool or any part
of it. Damage or personal injury could result.
Refer to Figure A at the beginning of this manual for a
complete list of components.
4
(meters)
50 (15.2) 100 (30.5) 150 (45.7)
16
16
14
16
14
12
16
14
12
10
Not Recommended
or AC/DC .... alternating or
direct current
...................... Class II
Construction
(double insulated)
n o ....................... no load speed
n ......................... rated speed
...................... earthing terminal
..................... safety alert symbol
..................... visible radiation
..................... wear respiratory
protection
..................... wear eye
protection
..................... wear hearing
protection
..................... read all
documentation
WALT tools are factory tested;
e
INTENDED USE
Your demolition hammer has been designed for
professional heavy duty demolition, chipping and chasing
applications in concrete, brick, stone and other masonry
materials.
DO nOT use under wet conditions or in presence of
flammable liquids or gases.
Your demolition hammer is a professional power tool.
DO nOT let children come into contact with the tool.
Supervision is required when inexperienced operators use
this tool.
ASSEMBLY AND ADJUSTMENTS
WARNING: To reduce the risk of serious personal
injury, turn unit off and disconnect it from
power source before making any adjustments or
removing/installing attachments or accessories.
An accidental start-up can cause injury.
Side Handle (Fig. A, B)
CAUTION: ALWAYS operate the tool with the side
handle properly assembled. Hold tool with both
hands to maximize control.
Attach left side handle
3
with four hex head
screws
(supplied). Tighten with hex wrench supplied.
8
nOTE: Side handle must be installed in the proper
orientation with the nub on the end of the grip
facing down.
Fig. B
Features (Fig. A)
On/off Switch
The weight of the hand will active/deactivate the on/off
switch. Firmly grasp pavement breaker while applying
pressure with the right hand to turn the pavement breaker
on. To turn the tool off, remove the right hand to relieve
pressure from the switch.
Soft Start
Holding tool by both handles depress the on/off switch
The Soft Start feature allows the impact rate to build up
more slowly preventing the bit or point from bouncing
around on the surface. To stop the pavement breaker pull
up on hand to relieve pressure from the switch to turn the
tool off.
SHOCKS™ – Active Vibration Control
The active vibration control helps absorb the vibration
transmitted to the user. This improves user comfort and
safety during operation.
H
a
r
A
a
n
v
O
P
P
h
B
1
.
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