EN
7
7. FIELD OF APPLICATION
6. NOISE LEVEL
5. TECHNICAL FEATURES
The technical data are only indicative and they can be changed without notice.
8 side blade Ø 86 mm, in H.S.S. steel
5 side blade Ø 86 mm, in H.S.S. steel
8 side blade Ø 86 mm, in H.S.S. steel treated
with titanium
8 side blade Ø 86 mm, in H.S.S. steel covered
with Teflon
5 side blade Ø 86 mm, in H.S.S. steel covered
with Teflon
8 side blade Ø 86 mm, in integral hard metal
(Widia)
Features of the available blades
86THSS
86THSSTN
86TMD
86PHSSTN
86THSSTF
86PHSS
The
maximum
acoustic
pressure
level
emitted
by
pneumatic
scissors
FP862MT
is
about
60
dB
(A).
Noise
tests
have
been
carried
out
in
compliance
with
Standard
ISO
11202.
The
device
noise
levels,
measured
at
different
distances
(without
any
sound
wave
filtering
system),
vary
in
the
extent
of
few
db
(A).
The
noise
level
has
beeen
detected
with
the
silencer
supplied
with
the
fixture
assembled
on
the
exhaust.
The
silencer
must
never
be
removed.
NOTE
It
is
advisable
for
pneumatic
scissors
FP862MT
owners
to
verify
the
compliance
with
the
standard
concerning
safety
of
workers:
refer
to
the
Local
Law.
The
use
of
ear
protecting
d
e v i c e s i s c o m p u l s o r y .
Pneumatic scissors
FP862MT
have
been
designed, manufactured
and
assembled
to
cut
every
kind
of
fabrics
or
materials,
with
the
exception
of
metal,
plastic
or
wood,
by
means
of
rotary
pentagonal
or
octagonal
blades.
This
equipment
must
not
work:
- in areas prone to explosions;
- in presence of fine dust or corrosive gases;
- to cut plastic, metal and wooden materials.
It
is
forbidden
to
use
pneumatic
scissors
FP862MT
for
purposes
different
from
the
above-mentioned
ones.
86 mm with hard-metal counterblade
1400
rev./min
about 20 mm
400
W
with
max.
pressure
max. 6 bar
1100 g
2000 g
9 litres/sec.
LUX 200
< 2,5 m/s
2
0 ~ 55°C
10 ~ 95% without condensate
Cutting working depth
Power
Weight
Pneumatic scissors
FP862MT
features
Blade diameter
Blade speed
Working pressure
Temperature
Humidity
Weight with package
Air consumption
Minimum light for working operations
Vibrations at the start up
