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26
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GB
│
MT
PDNB 6.3 B2
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 de-
scribed and for the range of applications specified .
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 .
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
max . 6 .3 bar
Air consumption
approx . 400 l/min
Cutting performance/material
thickness max .
sheet 1 .2 mm
aluminium 1 .6 mm
Cutting width
5 .5 mm
Speed
max . 2600 rpm
Compressed air supply 1/4
"
Weight (without
accessories)
approx . 0 .8 kg
Noise emission value
Noise measurement determined in accordance
with ISO 15744 . The rated noise level of the tool is
typically:
Sound pressure level: L
pA
=
99 .1 dB (A)
Uncertainty:
K
pA
=
3 dB
Sound power level:
L
WA
= 113 .1 dB (A)
Uncertainty:
K
WA
=
3 dB
Wear ear muffs!
Total vibration value
Vibration values determined in accordance with
ISO 28927-7 and EN 12096:
Vibration emission value a
h
= 14 .56 m/s
2
Uncertainty K
h
= 1 .91 m/s
2