12
V.02
.22.03.10.ENG
4.
Machine
adjustments
The
values
specified
are
typical
but
without
im
‐
plied
guarantee.
In
some
materials,
flame,
plasma
and
laser
cut
‐
ting
techniques
can
lead
to
hardening
of
the
edges
of
the
workpiece
being
machined.
This
can
result
in
significant
deviations
from
the
specified
reference
values.
a
length
of
adjacent
leg
=
bevel
height
(a)
b
length
of
opposite
leg
=
bevel
height
(b)
C
bevel
width
α
bevel
angle
β
opposite
angle
A
volume
of
material
removed
h
bevel
depth
S
base
t
material
thickness
The
bevel
height
(a)
is
set
by
adjusting
the
position
of
the
guide
plate.
The
height
setting
can
be
read
from
the
fixed
main
scale
and
the
vernier
collar
Release
clamping
screw
Rotate
the
guide
‐
plate
unit
until
the
required
bevel
height
has
been
set
as
shown
by
the
fixed
main
scale
in
combination
with
the
vernier
scale
on
the
collar
.
Re
‐
tighten
clamping
screw
Once
the
bevel
height
has
been
set,
a
bevel
should
be
milled
on
a
test
sample
to
check
whether
fur
‐
ther
height
adjustments
are
required.
These
may
be
necessary
because
the
precision
of
the
scale
is
approximately
±
1
mm,
depending
on
the
type
of
milling
head
fitted.
Adjusting
the
bevel
height
10
9
6
11
Material
and
tensile
strength
Bevel
height
(a)
Bevel
width
α
=
30°
α
=
45°
α
=
60°
C
mm
mm
mm
mm
Aluminium
1
–
13.0
1
–
10.6
1
–
7.5
1.2
–
15.0
Steel
up
to
1
–
13.0
1
–
10.6
1
–
7.5
1.2
–
15.0
Steel
up
to
1
–
11.3
1
–
9.2
1
–
6.5
1.2
–
13.0
Steel
up
to
1
–
8.7
1
–
7.1
1
–
5.0
1.2
–
10.0
Stainless
steel
1
‐
6,9
1
‐
5,7
1
‐
4,0
1,2
‐
8,0
9
6
10
9
10
11
11
