Trotec PRDS 20-20V, Original Instructions Manual

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8 EN cordless rotary hammer PRDS 20-20V
Scope of delivery
• 1 x Cordless rotary hammer PRDS 20-20V
• 1 x Rechargeable battery
• 1 x Quick charger
• 1 x Depth stop
• 1 x Additional handle
• 3 x SDS drill bits (Ø 6/8/10)
• 1 x Transport case
• 1 x Manual
Technical data
Parameter Value
Model PRDS 20-20V
Nominal voltage 20 V
Max. torque 54 Nm
Idle speed 0 – 1000 rpm
Impact frequency 0 – 5000 bpm
Impact energy 2 J
Max. drilling diameter
Wood
Metal
Concrete
26 mm
13 mm
20 mm
Protection class
III / III
Weight 3 kg
Battery Multiflex 20 – 4.0 DC
Type Li-ion
Nominal voltage 20 V
Capacity 4.0 Ah
Quick charger Multiflex 20 – 4.0 AC
Input
Nominal voltage 230 – 240 V / 50 Hz
Power consumption 94 W
Output
Nominal voltage 21.5 V
Charging current 3.5 A
Fusing
3.15 A (slow-blowing)
Charging time 1.5 h
Cable length 1.5 m
Protection class
II /
Sound values according to EN 60745
Sound pressure level L
pA
82 dB(A)
Sound power level L
WA
93 dB(A)
Uncertainty K 3 dB(A)
Parameter Value
Vibration information according to EN 60745
Vibration emission value:
Hammer drilling in concrete a
h
Handle
Uncertainty K 12,453 m/s²
1.5 m/s²
Hammer drilling in concrete a
h
Additional handle
Uncertainty K 10,716 m/s²
1.5 m/s²
Wear hearing protection.
Excessive noise can lead to hearing loss.
Information on noise and vibration:
• The vibration level specified in these instructions was
determined by means of a measuring method standardized
in EN 60745 and can be used for a device comparison. The
specified vibration emission value may also be used for a
preliminary assessment of the exposure.
Caution
Vibration emissions can cause a health hazard if the
device is used for an extended period of time or if it is
not properly handled and maintained.
• The vibration level will change depending on the
application of the power tool and may in some cases differ
from the value specified in these instructions. The vibration
load may be underestimated if the power tool is used
regularly in such a way. For a precise estimation of the
vibration load during a certain work period, it is also
important to consider the periods during which the device
is switched off, or is running but not actually employed.
This can reduce the vibration load over the entire work
period significantly.