Technical Data; Before Commissioning - HERKULES DLS2000 Mode D'emploi

Technical Data

Overall length
Operating pressure
Air consumption, min.
Air consumption, max. (at 6.3 bar)
Stroke rate
Tool receiver
Hose internal diameter
Sound and vibration
The noise and vibration values have been developed
with a standardised measurement process.
Sound pressure level L
pA
Sound power level L
wA
Uncertainty K
WA
Vibration a
h
Uncertainty K
Wear ear-muffs.
The impact of noise can cause damage to hearing.
Keep the noise emissions and vibrations to a minimum.
• Only use appliances which are in perfect working or-
der.
• Service and clean the appliance regularly.
• Adapt your working style to suit the appliance.
• Do not overload the appliance.
• Have the appliance serviced whenever necessary.
• Switch the appliance off when it is not in use.
• Wear protective gloves.

Before commissioning

Check the device, all tools and accessory parts for vis-
ible damage before use. Damaged tools shall not be
used.
An adequately powerful compressed air source (e.g.
compressor) of 3 to 6.3 bar and a suction performance
of at least 160 l/min is required for the air supply for the
compressed air device.
mAttention! Danger of device damage if the operating
pressure at the device is more than 6.3 bar.
The following compressors are recommended:
24 litres Light work
50 litres Moderate work
100 litres and more Heavy work
Connection
• Connect a complete compressed air maintenance
unit with a mist lubricator, between the compressed
air source and the compressed air tool. A mainte-
nance unit can be obtained from specialist dealers
and is not included in the delivery.
820 mm
6,3 bar
160 l/min
280 l/min
2100 bpm
18 mm
8 mm
86,69 dB(A)
100,7 dB(A)
1,66 dB
16,22 m/s²
1,5 m/s²
• The compressed air hose (not included in the deliv-
ery) should not be longer than 15 metres and should
have an internal diameter of at least 8 mm in order
to minimise pressure loss. m Attention! Danger of
tripping due to improperly laid compressed air
hoses! Lay the compressed air hoses such that
they do not cross paths and such that they are
flat to the floor. Always lay the compressed air
hoses such that there is a reasonable amount of
spare hose length in the work area.
• Note that the line oiler should be attached at the same
floor level or storey as the working device.
Lubrication
• If the insertion end (hex.) of the tool being used is
lightly moistened with oil after operation, the oiler is
correctly set.
• If oil emerges at the valve on the actuation body or
if it runs along the tool attachment, the oil quantity is
set too high.
• Adjust oil quantity and top up oil
• Please use special compressed air oil - important:
Use only resin-free oil!
Inserting/replacing tool
m Risk of injury due to tools! To insert or replace
tools, the device must be rendered pressure-less as
a matter of principle as otherwise the device could
be unintentionally started up if handled incorrect-
ly. When dealing with sharp, pointed or hot tools,
always wear suitable protective gloves in order to
avoid injuries.
Use only original tools or tools that have been expressly
approved by the manufacturer for use with this com-
pressed air device.
Inserting tool (fig. 2)
1. Hold the compressed air device with the tool receiver
(1) upwards. Support the other end on the ground. If
the compressed air device has already been in op-
eration, check whether the tool receiver (1) is oily.
2. Insert the tool (7) into the tool receiver (1) with the
hex. in the required orientation.
3. Slide the sliding sleeve (2) downwards with the other
hand until the tool (7) slides into the receiver. Guide
the sliding sleeve back into place again (2).
4. Pull the tool (7) to check that it is correctly latched
into the tool receiver (1). Check whether the hex. of
the tool (7) is positively locked into the tool receiver.
5. Slide the sliding sleeve (2) halfway downwards.
Pull the tool (7) out with the other hand. Guide the
sliding sleeve back into place again (2).
m Attention! Danger of injury through tools flying
out. Every time the tool is changed, ensure that
the tool receiver (1) has no signs of severe wear
or heavy impacts. Also, ensure that the hex. on
the tool is in flawless condition. After every tool
change, check that the tool is firmly seated.
15 І 164