Parkside PDNB 6.3 B2 Originalbetriebsanleitung Seite 5

AIR NIBBLER PDNB 6.3 B2
Introduction
Congratulations on the purchase of your new tool.
You have chosen a high-quality product.
The operating instructions are part of this product.
They contain important information about safety,
usage and disposal. Before using the product,
please familiarise yourself with all operating and
safety instructions. Use the product only as
described and for the range of applications speci-
fied. Please also pass these operating instructions
on to any future owner.
Intended use
The pneumatic sheet metal nibbler, hereinafter
referred to as the tool, is intended for cutting sheet
metal, aluminium and similar materials in the speci-
fied thickness.
Any other usage or modification of the tool is
deemed to be improper and carries a significant
risk of accidents. The manufacturer accepts no
responsibility for damage(s) resulting from improper
usage. This tool is intended for domestic use only.
Symbols on the tool
WARNING
Read the operating instructions
before use.
Wear a dust mask.
Always wear eye protection when
using or maintaining the tool.
Always wear ear muffs.
Always wear protective gloves.
Oil regularly.
│ GB │ IE
■ 2
Features
(See fold-out page for illustrations)
1 Connector nipple (pre-fitted)
2 Safety lock-out
3 Trigger
4 Punch
5 Die
Package contents
1 air nibbler
1 connector nipple (pre-fitted)
1 set of operating instructions
Technical specifications
Working pressure
Air consumption
Cutting performance/material
thickness max.
Cutting width
Speed
Compressed air supply 1/4"
Weight (without
accessories)
Noise emission value
Noise measurement determined in accordance
with ISO 15744. The rated noise level of the tool is
typically:
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Wear ear muffs!
Total vibration value
Vibration values determined in accordance with
ISO 28927-7 and EN 12096:
Vibration emission value
Uncertainty
max. 6.3 bar
approx. 400 l/min
sheet 1.2 mm
aluminium 1.6 mm
5.5 mm
max. 2600 rpm
approx. 0.8 kg
L = 99.1 dB (A)
pA
K = 3 dB
pA
L = 113.1 dB (A)
WA
K = 3 dB
WA
a = 14.56 m/s
h
K = 1.91 m/s
h
PDNB 6.3 B2
2
2