mazak M32 User Manual
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M32
PARAMETERS
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Introduction
describes
text
This
MAZATROL
possibilities
advisable
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Notes:
prohibited
is
1.
It
manual.
This
the
In
which
our
service
manual
case
was
2.
3.
M-32.
of
the
to
consult
where
prepared
center.
meaning
the
Read
this
MAZATROL
the
Operating
to
partially
will
be
subject
you
find
with
and
list
carefully
M-32.
completely
or
to
doubtful
a
careful
setting
manual
change
attention,
in
without
point,
of
various
order
required.
as
transcribe,
notice.
error
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please
make
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send
parameters
the
best
or
in
your
suggestions
Mazak
used
for
of
use
modify
this
this
manual
to
the
the
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Standard
Operating
•
Programming
•
Parameter
•
Alarm
•
Option
Programming
•
Programming
•
Programming
•
CPU-LINK
•
Operating
•
Operating
•
accompany
that
manual
manual
(This
list
list
manual
manual
manual
communication
manual
manual
the
for
MAZATROL
for
MAZATROL
Text)
for
MAZATROL
for
3-D
for
five-surface
for
for
software
MAZATROL
MAZATROL
product
M-32
processing
preparation
CAM32-A
EDITOR
M-32
EIA/ISO
M-32
machining
system
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Mazak
Preliminary
Parameters,
data
the
Parameters
meaning:
Cutting
(1)
Cutting
the
(2)
User
The
input/output
(3)
Machine
Constants
are
See
4-8
up
the
Format
parameter
Each
parameters
Unit
of
Name
|
Setting
Classification
Classification
Address
!
remarks
which
necessary
be
can
condition
condition
cutting
conditions
parameters
needed
data
eta
parameters
related
registered.
PARAMETER
displays
19
parameter
of
table
Characters
lower
Program
range
Conditions
to
refer
cutting
for
broadly
constants
parameters
parameters
(circumferential
point-,
for
registered.
are
to
the
display
for
used
tables
is
written
left
of
Display
type
operations,
divided
line-,
servo
of
the
display
in
displayed
the
screen
title
specific
into
are
the
face-machining
and
motors
Operating
the
following
the
the
at
VI
to
possess
following
the
constants
and
speed
spindle
and
setting
and
NC
the
a
that
feed
motors,
Manual
of
format:
Valid
M:
Valid
E:
Description
machines
very
important
types
three
used
are
during
rate)
data,
constants
machine
the
for
parameter
for
MAZATROL
for
EIA/ISO
and
equipment
meaning.
according
to
automatically
program
related
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procudure
data.
program
to
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for
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Mazak
Precautions:
Details
©
presence/absence
equipment,
parameter
The
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power
Before
©
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details
If
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MAZAK
When
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Manual
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making
to
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of
changing
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separate
the
to
details
for
parameters
Therefore,
list
shipment
at
changes
be
changed.
parameter
service
details
machine
errors
prevent
the
Logic
the
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of
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supplied
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center
of
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is
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parameter
parameters
Controller),
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the
machines.
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the
in
first
check
list
listed
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production
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use
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form
parameter,
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parameters
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sheets
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records
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the
refer
and
machine
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of
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of
external
within
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old
of
battery
the
machine
parameters
of
the
necessary
those
to
the
Machine
PLC
the
NC
machines
machines.
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the
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changes
related
Parameter
used,
the
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heavy-duty
list.
parameter
contact
new
data.
protect
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closely
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PLC
Operating
List
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2
3-
Mazak
MATERIAL
MAT.-1
MAT.-2
MAT.-3
MAT.-4
MAT.-5
MAT.-6
MAT.-7
MAT.-8
©
...
CUT
CUTTING
COND.
COND.
STANDARD
PARAM
USER
Cutting
When
as
of
the
©
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condition
PARAMETER
the
below.
shown
cutting
the
common
C-SP
FR
C-SP
FR
C-SP
FR
C-SP
FR
C-SP
FR
C-SP
FR
C-SP
FR
C-SP
(%)
FR
MACHINE
conditions
unit
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(%)
(%)
(%)
(%)
(%)
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(%)
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parameters:
CQND.
should
materials
TAP
255
PARAM
be used
which
BOR
for
have
BAR
255
display
automatical
been
data
special
theÿCUT
that
display.
display
this
On
display,
according
on
WK
the
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255 255
selected,
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set
to
PROGRAM
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255
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PREVIOUS
PAGE
(
will
appear
setting
specified
MILLCUT
)
NEXT
PAGE
for
4*
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Note:
Values
Description
Data
No.
MATERIAL
1
STANDARD
2
3
DRILL
REAMER
TAP
BOR
(BACK
BORING)
MILL
(FACEMILL
ENDMILL)
name
BAR
CUT
shown
of
display
Unit
%
above
data
This
unit.
Select
that
Set
cutting
Example
When
conditions
Note:
If
this
denote
data
best
the
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data
the
corresponds
one
of
matches
(%)
rate
conditions
setting
as
condition
will
become
maximum
IRN,
CST
the
of
the
which
MATERIAL
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done
follows:
SNO
calculation
to
OTHERS
DUC-CI,
material
cutting
are
MAT.-1
as
UNO
0
SNO
1
UNO
0
1
invalid
value
No.
CBN
of
the
conditions
automatically
STANDARD
--
above,
shown
5
5
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for
software
of
each
Description
1
through
STL,
work
CBN
MAT
CBN
TOOL
DRILL
MAT
MAT.-1
TOOL
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type
8,
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STL,
ALY
to
be
appropriate
most
for
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program
the
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irrespectively
reasons.
of
data.
are
to
set
for
be
MAT
STAINLS.-ALMINUM
machined.
special
the
for
the
selected
material
DRILL
(%)
C-SP
FR
r
C-SP
1
(%)
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120
80
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Classification
Cutting
conditions
Display
title
CUT
COND.
PARAM
NO.
IViSZik
1
Address
A1
5
A108
Classification
Address
B1
5
B108
Unit
Unit
Cutting
Name
Name
|
Setting
conditions
[Setting
range
range
Program
Conditions
M
Immediate
Program
Conditions
M
Immediate
type
Display
type
Arithmetic
conditions
MAZATROL
Note:
Details
of
these
title
CUT
Arithmetic
conditions
constant
(circumferential
MAZATROL
Note:
Details
of
these
constant
(circumferential
program.
parameters
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used
used
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program.
parameters
Description
automatically
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speed
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NO.
Description
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and
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2
and
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feed
feed
set
set
rate)
rate)
to
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to
the
for
the
cutting
for
the
cutting
public.
&
public.
Classification
Address
C1
s
C52
C53
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C108
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Name
conditions
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range
Program
Conditions
M
Immediate
M
Immediate
Display
type
Arithmetic
conditions
MAZATROL
Note:
Details
Arithmetic
and
Note:
Details
title
of
horsepower
of
CUT
COND.
constant
(circumferential
program.
parameters
these
constant
(HP)
parameters
these
PARAM
used
used
on
NO.
Description
automatically
to
speed
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set
DATA
display.
released
the
thrust
to
the
cutting
for
public.
(THR.)
public.
3-
4
Mazak
Classification
Address
Height
of
D1
Nominal
machining
D2
the
0.1
0.01
1
0.1
Unit
of
drill
mm
Inch
mm
inch
USER
Name
the
second
diameter
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of
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R-point
999
Program
Conditions
M
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M
Immediate
Display
type
Height
spot-machining
Note:
Valid
The
automatically
Example:
Z-axis
cycle.
title
only
nominal
SNO
h
feed
Set
POINT
of
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.
this
CUTTINGTARAMETER
Description
of
R-point
next
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tool
.
or
6
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r
r-
of
D91
6
bit
spot-machining
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of
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set
TOOL
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tool
NO.
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after
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10.
a
in
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Maximum
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M
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set
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d
£
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If
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D2
>
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tool
the
revolutions,
original
feedrate.
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until
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.
if
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mm
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0.01
inch
0-99
Immediate
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3-5
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Classification
Address
Unit
Prehole
during
D5
mm/mln
100
inch/min
10
Drill-machining
element
D6
Drill-machining
element
D7
Maximum
machinable
08
D9
D10
1
mm
inch
0.1
Maximum
machinable
mm
1
inch
0.1
Maximum
machinable
1
mm
inch
0.1
Through-hole/tapprehole
machining
USER
Name
|
Setting
through
inversed
diameterofholes
diameter
overshoot
speed
spot-facing
0-99
cycle
0
cycle
0-9
diameterofholes
one
on
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0-99
on
two
drills
0-99
of
on
three
drills
0-99
range
setting
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setting
holes
s
Program
Conditions
M
Immediate
M
Immediate
M
Immediate
M
Immediate
M
Immediate
M
Immediate
M
Display
type
Element
during
Element
are
of
Element
endmilling,
development
through-hole
faced
tills
The
feedrate
prehole
Note:
during
03
automatic
Machining
Drilling
High-speed
drilling
Deep-hole
used
automatically
the
drill
Number
developed
used
tapping
CUTTING
POINT
of
tool
a
an
mm/rev
I
fin
©
cycle
unit.
of
1
2
3
and
of
drilling,
units.
to
cycle
deep-hole
cycle
to
to
inversed
automatically
tool
cycle
drilling
automatically
developed
drills
automatically
boring
used
Alarm
Description
as
it
inversed
parameter
this
if
o
o o
development.
D@
D7
D8
D9
D10
depths
spot-facing,
through-hole
PARAMETER
passed
being
is
spot-facing
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set
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set
according
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set
during
cycle.
setting
drill-machining
Conditions
depth
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Hole
diameter
Hole
diameter
Hole
Hole
Hole
diameter
the
number
to
Conditions
diameter
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Bore
diameter
diameter
Bore
diameter
Bore
hole-drilling,
the
automatic
tapping,
counter-boring,
through
is
0.
The
feedrate
case
of
depth
depth
of
the
bore
back-boring,
05.
drills
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tool
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cycles
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D9
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Note:
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6
SNO
1
also
TOOL
DRILL
parameter
D30
SCOT:
D11
NOM-0
10.
for
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tapping
NO.
depth
units.
HOLE-0
Dll)
+
10.
Hols
depth
011
HOLE-DEP
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Classification
Address
Unit
USER
Name
[Setting
Program
range
Display
type
Conditions
Element
during
boring
Stop-hole
!
bottom
machining
clearance
hole-
M
title
POINT
used
automatic
stop-hole
and
CUTTING'
automatically
to
development
tool
boring
PARAMETER
Description
the
set
of
units.
f
/:
hole-drilling
stop-hole
£
depth
counter-
%
Hole
depth
D12
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mm
0.1
inch
0.01
i
Spot-machining
(fixed
value)
hole
0-99
diameter
Immediate
M
D13
I
mm
0.1
1
inch
0-99
Immediate
Example:
SNO
1
(Hole
depth
Hole
diameter
development
Example:
SNO
1
TOOL
DRILL
-
is
when
TOOL
CTR-DR
NOM-a
10.
compensation-D12)
tip
tool
automatically
spot-chamfering
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20.
set
NO.
during
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I
NO.
is
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to
not
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HOLE-o
10.
performed.
be
HOLE-DEP
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tool
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o
D13
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drilling
for
D14
Depth-of-cut
for
D15
I
drilling
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element
D16
1
revolution
I
i
0.1
0.1
for
setting
setting
|
dwell
element
0-10
element
ALMINUM)
0-10
setting
0-9
(ALMINUM)
(except
chamfering
cutter
M
Immediate
M
Immediate
M
Immediate
Element
operation
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Z-axis
cutter
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x
feed
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014
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bottom.)
automatically
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aluminum)
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timeatthe
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original
Note:
parameter
This
with
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set
tool
material
material
aluminum)
hole
this
chamfering
the
until
and
position
depth-of-cut-
the
development.
of
the
of
the
bottom
spindle
time
in
the
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spindle
the
then
return
the
at
is
invalid
processing.
stock
stock
a
in
cutter
will
rapid
makes
for
per
work
work
chamfering
revolutions.
reaches
firstly
stop
D1G
to
the
feedrate.
chamfering
drilling
is
is
the
3-
7
Mazak
Classification
Address
Interference
chamfering
D17
Return
dr
0.1
0.01
boring
USER
Unit
mm
inch
feedrate
(cycle
Name
|
Setting
clearance
cutter
for
3)
0
-
reaming
range
of
99
Program
Conditions
M
Immediate
M
Display
type
The
bottom
title
The
the
work
Interferes
feedrate
POINT
clearance
or
v.
during
CUTTING
to
with
o
at
which
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hole
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s
v
Interferes
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or
PARAMETER
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during
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of
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mm/mln
D19
D20
100
inch/min
10
Hole-bottom
element
revolution
1
Radial
depth-of-put
element
for
dwell
for
endmilling
endmilling
0-9
setting
0-9
setting
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M
Immediate
M
(f
1%
0
100
-
Immediate
Notes:
Valid
1.
only
reamer
2.
3.
Z-axis
cycle.
Valid
boring
If
this
feedrate
feed
Set
only
V
(l
Y.v.‘
(Stops
at
Element
endmilling
Depth-of-cut
this
is
Example:
SNO
used
Depth-of-cut
parameter
input.
TOOL
1
E-MILL
when
(tool
when
(tool
sequence)
parameter
as
that
dwell
this
time
V,
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bottom.)
hole
to
operation.
automatically
is
when
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Number
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of
the
level
values
expressions
line-
for
is
or
4
all
E6
E7
0.1
0.01
mm
inch
Roughness
0
5
3
4
5
999
0
-
immediate
6
7
8
9
0.0
E6
E6
E6
E6
EG
E6
x
x
x
x
X
invalid
Finish
0.7
0.7x0.7
0.7x0.7x0.7
x
x
0.7
0.7
0.7
X
0.7
0.7
X
0.7x0.7
allowance
x
0.7
Z
x
0.7
I
tf
I
3-
17
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