9
Danger
Never use the machine near flammable, explosive gases, mixtures or near tanks containing
flammable materials!
The user must ensure that the attachment is properly installed and in compliance with current
regulatory requirements.
Danger
The
manufacturer
will
not
be
liable
for
any
damage
to
persons,
animals
or
other
objects
caused
by
the
use
of
this
machine
for
any
purpose
other
than
those
specified
in
this
manual.
2.4.1
Attachment
The
corresponding
attachment
can
be
installed
on
the
quick-change
connector
of
the
machine.
Please
contact
Ranko
for
recommended
accessories.
Note
Further
explanations
and
accessories
are
available
from
Ranko
.
Danger
Each attachment has a product specification. The tipping weight of any attachment must be less than
the weight shown in the table. The weight of the attachment itself should also be taken into account.
2.4.2 Noise Risk
The noise level can be detected during machine operation. The following is the noise level.
Sound pressure in the seat ----------------- 86 dB
Note
The
above
noise
levels
indicate
that
the
machine
produces
a
lot
of
noise.
Soundproofing
must
be
used
to
protect
your
hearing.
You may also want to use ear protection.
2.4.3
Load
Table
The
tipping
load
is
limited
by
the
machine's
potential
to
tip
over.
The
tipping
load
table
shown
in
Figure
2.4.3
illustrates
the
maximum
load
capacity
when
the
boom
is
lifted
to
different
positions
and
the
weight
is
at
different
amplitudes
from
the
center
of
the
front
wheel
of
the
machine.
The
load
table
is
the
data
obtained
in
the
case
where
the
machine
is
parked
on
a
hard
flat
surface
and
the
seat
has
an
187 lb
operator.
Any
change
in
the
weight
of
the
object
will
change
the
load
of
the
machine.
The
load
indicated
in
the
table
contains
the
weight
of
the
attachment
itself,
and
the
weight
of
the
fork
is
set
to
44lb.
Therefore,
the
net
load
must
be
removed
from
the
weight
of
the
attachment
itself.
In
this
table,
the
center
of
gravity
of
the
object
being
lifted
is
2 feet
from
the
quick-change
joint
according
to
ISO
14397-1.
When
the
boom
moves,
the
center
of
gravity
of
the
object
is
offset
from
the
original
position
and
thus
causes
a
difference
in
the
load
of
the
machine.
