YASNAC
FOR
TURNING
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YASKAWA
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This
“Compact
function
al
describes
Programming
YASNAC
for
operator
the
Function”
LX3.
procedures
which
is
an
for
option¬
For
trol,
refer
Manual”.
Easy-handling
Latest
1
Easy
.
Easy
2.
3.
Designed
Technology
to
Operate
Preparation
for
the
operator
the
to
manual
Functions
are
Space
Saving
procedures
“YASNAC
and
Supplied.
for
the
LX3
basic
con¬
Operation
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CONTENTS
1.
FUNCTION
NC
2.
2.1
2.2
2.3
2.4
3.
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
3.10
3.11
3.12
3.13
3.14
3.15
4
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
4.10
4.11
4.12
5.
5.1
5.2
5.3
6.
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
7.
8.
8.1
8.2
9.
OPERATOR
NC
OPERATOR
DISPLAY
CONSTANT
FUNCTION
INTERACTIVE
UNIT
NC
CALL
UP
PROGRAM
SETTING
SETTING
SETTING
SETTING
SETTING
SETTING
PROGRAM
ESCAPE
ESCAPE
PRECAUTIONS
MESSAGES
FINISH
CALCULATION
INTERSECTION
INTERSECTION
CONTACT
CONTACT
CONTACT
INTERSECTION
CONTACT
CONTACT
CONTACT
CONTACT
CONTACT
CENTER
PROGRAM
PREPARATIONS
MODIFICATION
ENDING
DRAWING
SETTING
SETTING
HOW
TO
MATERIAL
CLEARING
SHAPE
START
SETTING
SETTING
OPERATION
OPERATION
HOW
TO
SETTING
INTERACTIVE
OUTLINES
PANEL
IMMEDIATELY
DISPLAY
DISPLAY
PROGRAMMING
INTERNAL
OF
INTERACTIVE
NO.
SETTING
BLANK
BY
VARIABLE
WITH
DETAILED
OF
APPROACH
BASIC
OF
FINISH
SETTING
FROM
TURNING
SHAPE
INSERTION
INTERACTIVE
IN
INTERACTIVE
FUNCTION
POINT
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
POINT
MODIFICATION
FOR
THE
1
OF
ENTER
OF
THE
2(DRAWING
PROCEDURE
PROGRAM
PROGRAMMING
OF
DRAWING
SETTING
DRAWING
THE
DRAWING
DRAWING
OF
OF
ENTER
INTERACTIVE
THE
PARAMETER
AND
PANEL
AND
FUNCTION
AFTER
MESSAGES
CONFIGURATION
(FOR
SHAPE
TURNING
TURNING
DATA
EXECUTED
OF
LINE
OF
LINE
LINE
LINE
A
OF
CIRCLE
CIRCLE
CIRCLE
CIRCLE
CIRCLE
RADIUS
LINE
OF
CIRCLE
OF
OF
OF
OF
OF
OF
OF
OF
AND
MODIFICATION
MODIFICATION
PROGRAM
THE
DRAWING
..
AREA
OPERATION)
END
A
GENERATED
INTERACTIVE
THE
INTERACTIVE
FEATURES
DISPLAY
OUTLINES
TURNING
MODE
NEW
AND
DATA)
MENU
MENU
'
MODE
MODE
NC
WITH
AND
AND
COMPACT
LINE
CIRCLE
INTERSECTING
SPECIFIED
THE
THAT
CONTACTS
AND
INTERSECTS
THAT
CONTACTING
CONTACTING
THAT
CONTACTING
OF
INTERSECTS
A
CIRCLE
MODE
PROGRAM
PARAMETERS
PARAMETERS
PARAMETERS
LIST
POWER
FLOW
(ROUGHING,
ONE
ANGLE
CIRCLE
A
LINE
TWO
WITH
THAT
ON
OF
INTERACTIVE
FINISHING)
PROGRAMMING
POINT
TWO
AND
AND
CIRCLE
POINT
ONE
AND
CIRCLE
LINES
ONE
POINT
TWO
CIRCLES
INTERSECTS
DISPLAY
A
CIRCLE
CIRCLE
AND
AND
POINTS
PROCESSES
FUNCTIONS
CONTACTS
CONTACTS
A
LINE
CIRCLE-
—
-
-•
7
8
8
14
15
18
39
39
41
41
43
45
46
51
55
57
81
82
84
84
87
89
118
119
123
124
125
126
128
129
130
131
132
133
135
136
136
136
142
143
144
144
146
148
150
151
151
153
155
156
157
157
157
160
-3-
INDEX
:
:
Subject
CALCULATION
C
CALL
CENTER
CLEARING
Common
CONSTANT
CONTACT
CONTACT
CONTACT
CONTACT
CONTACT
CONTACT
CONTACT
CONTACT
Deleting
D
Display
Display
Display
Display
Display
Display
Display
DISPLAY
Display
Display
Display
Display
Display
Drawing
DRAWING
Drilling
Drilling
E
EDIT
ENDING
ESCAPE
Escape
ESCAPE
F
Face
Face
Face
FINISH
FUNCTION
FUNCTION
G
Generated
Groove
Groove
H
HOW
HOW
OF
UP
POINT
mode
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
POINTS
Process
by
CDGN
by
means
by
the
for
for
for
for
IMMEDIATELY
with
with
with
with
(PROG)
by
OF
Setting
mode
THE
FROM
from
SETTING
Finish
Groove
Rough
TURNING
DISPLAY
OUTLINES
NC
Finish
Rough
TO
ENTER
TO
ENTER
FUNCTION
INTERACTIVE
RADIUS
AND
DRAWING
THE
display
DISPLAY
OF
OF
OF
OF
OF
CIRCLE
CIRCLE
OF
OF
OF
(DIAGNOSIS)
)
of
use
of
Interactive
Interactive
Interactive
Interactive
)
(ALM
)
(COM
)
(OFS
(POS
PROGRAM
Interactive
Turning
Turning
Turning
Statements
Turning
Turning
FUNCTION
)
FUNCTION
(PROGRAM)
PROGRAMMING
INTERACTIVE
EXECUTED
THE
THE
MODE
OF
MESSAGES
A
LINE
CIRCLE
CIRCLE
CIRCLE
INTERSECTS
THAT
INTERSECTS
THAT
INTERSECTING
LINE
OF
LINE
)
(PRM
[SET
Parameters
Parameters
Parameters
Parameters
FUNCTION
(COMMAND)
Mode
AND
DRAWING
INTERACTIVE
FUNCTION
)
FUNCTION
AFTER
MODIFICATION
MODE
during
NC
WITH
FEATURES
A
CIRCLE
THAT
CONTACTING
CONTACTING
CONTACTING
THE
FUNCTION
#30
#40
#50
#60
TURNING
Key
Key
Key
FUNCTION
COMPACT
MODE
THAT
CONTACTS
ONE
POINT
ONE
SPECIFIED
Key
Key
to
#39
to
tt
to
#59
#69
to
FUNCTION
Program
PROGRAMMING
PARAMETERS
INTERSECTS
TWO
A
LINE
LINES
TWO
WITH
TWO
POINT
AND
AND
CONTACTS
ONE
POINT
ANGLE
Key
49
POWER
Key
Key
Creation
.
POINTS
CIRCLES
AND
CIRCLE
CIRCLES
CONTACTS
CIRCLE
AND
AND
ON
FUNCTION
DISPLAY
-
A
LINE
A
CIRCLE
CIRCLE
Chapter
4
3
......
4
6
2
......
2
4
4
4
4
4
4
4
4
5
......
2
......
2
......
......
2
8
......
8
8
8
2
2
2
......
2
......
2
......
2
......
3
......
6
3
3
2
5
3
......
3
......
3
3
......
3
......
3
......
3
......
2
1
3
......
3
......
3
......
6
8
Section
3.2
4.12
6.5
2.4.6.
2.3
4.5
4.8
4.9
4.11
4.7
4.10
4.3
4.4
2.2.
5.
2.4.2
2.4.3
2.4.4
8.2.2
2
3
8
8.2.4
8.2.5
2.2
2.4.1
24.5
2.4.8
2.4.7
2.4.6
3.15.2
3.15.2
3.9.3
4.
6.
2.
5.3
3.12
3.12.2
3.11
3.15.6
2 2
3.9
3
15.3
3.15
2.4
3.13.5
3.15.10
3.15
6.3
8.1
No.
1
3
•
•
2
9
Page
118
41
135
150
27
15
126
130
131
133
129
132
124
14
140
19
20
23
158
158
159
159
14
18
25
38
37
26
117
143
89
77
29
142
84
84
82
107
73
91
88
18
/
86
114
111
146
157
;
-4-
INDEX
(Cont'd)
Subject
I
M
N
O
P
S
signal
I/O
Initialization
Inner
inner
inner
Inserting
Interactive
INTERACTIVE
Interactive
INTERACTIVE
Interactive
Interference
INTERSECTION
INTERSECTION
INTERSECTION
MATERIAL
MESSAGES
MODIFICATION
Modifying
Modifying
NC
OPERATOR
NC
OPERATOR
NC
UNIT
Notes
O.D.
OPERATION
OPERATION
Outer
Outer
PRECAUTIONS
PREPARATIONS
PROGRAM
PROGRAM
PROGRAM
Selecting
SETTING
SETTING
Setting
Setting
Setting
Setting
SETTING
SETTING
SETTING
Setting
SETTING
SETTING
Setting
SETTING
selective
Diameter
Diameter
Diameter
a
Process
Data
Parameters
Programming
Check
SETTING
IN
a
Process
the
INTERNAL
Editing
on
grooving
OF
Diameter(O.D.)
Diameter
OF
INSERTION
MODIFICATION
NO.
the
Variable
1
2(DRAWING
Approach
Approach
Approach
Approach
BLANK
BY
VARIABLE
FINISH
interna!
OF
APPROACH
OF
BASIC
COMMON
of
OF
DRAWING
display
O.D.
Grooving
(I.D.)
Finish
(I.D.)
Rough
(mod
ify/i
Search
PARAMETER
PROGRAMMING
POINTS
POINTS
POINTS
INTERACTIVE
PROCEDURE
Blank
PANEL
PANEL
(O.D.)
SETTING
toggle
Timing
#20
Data
OF
OF
OF
(modify
Data
AND
FUNCTION
CONFIGURATION
Interactive
GENERATED
A
INTERACTIVE
Finish
Rough
FOR
MODIFICATION
(FOR
Turning
END
Drilling
for
Facing,
for
Grooving
for
Threading
for
SHAPE
TURNING
SHAPE
switch
DATA
macro
PROGRAM
function
Turmg
Turnig
risert
mode
LIST
to
#29
Transfer
CIRCLE
LINE
AND
LINE
AND
MODE
mode
is
DISPLAY
AND
Program
PROGRAM
PARAMETERS
Turning
Turning
NEW
Menu(End
OPERATION)
and
O.D.
variables
used.)
is
CIRCLE
AND
CIRCLE
LINE
used)
OUTLINES
FLOW
OF
Using
the
DATA)
Facing
Machining
I.D.
MENU
•ÿÿÿ
INTERACTIVE
key
EDIT
Turning,
O.D.
PROCESSES
......
.......
etc.)
Chapter
Section
No.
......
2
2.4.2.
1
3.15.1
3.
9.2.3
3.15.8
3.15.5
5.
2.2.2
3.13
8.2.1
3.13.1
3.13.3
4.6
4.2
4.1
6.4
3.14
5.2
5.2.2.
5.2.1
2.1
3.1
3.1
3.4
3.9.2.
3.15.7
3.15.4
3.13
1
3.10
3.3
5.2.2
6.1
6.9
3.7.3
3.7.1
3.7.2
3.7.4
3.4
3.5
3.9
2.4.4.
3.7
3.8
4.
4.
2.
6.2
•
2
1
1
1
3
3
......
3
......
3
......
3
......
......
5
3
......
9
8
3
3
......
3
......
4
4
4
6
3
......
5
5
5
2
2
3
......
3
3
......
7
8
3
......
3
......
3
......
5 5
3
5
3
5
......
......
6
6
3
......
3
......
3
......
3
......
3
3
3
2
3
3
2
......
6
Page
19
89
73
110
102
139
85
160
157
39
84
85
128
123
119
148
87
136
137
136
8
8
39
86
71
157
157
109
94
84
136
81
136
41
136
144
155
54
51
54
55
43
45
57
23
51
55
25
144
-5-
INDEX
(Corn'd)
S
T
W
Subject
Setting
Setting
Setting
Setting
SETTING
SETTING
Setting
SETTING
SHAPE
START
Threading
Turning
Drilling
When
Face,
When
Face,
When
Face,
When
Facing
When
Grooving
When
Grooving
When
Grooving
When
I.D.
When
When
O.D.
Threading
When
Programming
When
of
LOCAL
RS-232C
RS-232C
RS-232C
THE
THE
Threading
WITH
OF
DRAWING
Program
O.D.
O.D.
O.D.
is
Turning
Turning
macro
parameters
input
Created
set
and
and
and
been
been
Set
is
is
Set
not
parameters
I.D.
I.D.
I.D.
Set
Set
Possible
output
parameters
DRAWING
INTERACTIVE
MINOR
is
Set
has
has
is
is
variable
AREA
PARAMETERS
TURNING
Roughing
Roughing
been
have
Set
Set
MENU
has
has
by
Interaction
been
been
Set
(ROUGHING.
Set
Set
FINISHING)
Chapter
-
2
......
•••
2
......
-
2
......
•
2
......
6
......
8
......
......
3
3
......
6
......
6
......
......
3
3
......
3
......
3
......
3
......
3
......
3
......
3
......
3
......
3
......
3
......
3
......
3
......
3
......
Section
2.4.4
2.
3.
4.
2
4.3.3
3.1
2.4.
6.8
8.2
3.9.4
3.6
6.6
6.7
3.15.11
3.12.1
3.6.5
3.8.1
3.8.2
3.9.1
3.6.1
3.8.3
3.9.2
3.6.4
3.6.3
3.6.2
3.6.6
3.9.5
No.
2
2
••••
•
•
•
•
Page
24
21
22
21
153
157
79
46
151
151
115
84
49
55
56
57
46
56
71
48
48
47
50
80
-6-
1.
FUNCTION
OUTLINES
AND
FEATURES
The
part
tions
Since
they
For
modify
This
almost
turning,
(1)
"Compact
the
(2)
When
matically
(3)
Because
cycles,
easy
(4)
Where
short
(5)
During
manually
(6)
compact
programs
conducted
the
are
short,
this
reason,
.
interactive
all
grooving,
NC
modifications
The
generated
tion".
interactive
generated
types
interactive"
is
engaged
finished
displayed
the
they
canned
cycle
the
added
During
to
be
automatically
in
accordance
and
process
the
generated
automatic
of
turning
drilling,
state
automatically
occupy
cycles
is
time
interactive
or
programs
the
function
programs
automatic
in
turning
data
the
on
only
and
changes.
are
important,
change.
drawing
with
mainly
comments
programs
programming
operations
threading,
and
operations.
input,
is
CRT
generated
small
undesirable
mode
be
can
process,
been'
has
generated
the
displayed
use
are
including
programming
the
visual
for
part
(for
turning
program
checked
the
designed
through
"canned
also
are
easy
function
despite
finished
check
programs
program
rough
menus
generation,
by
material
to
.
simple
process
cycles
automatically
to
understand
allows
facing,
end
its
easy
be
can
work
convenience.
mainly
memory
surface
for
free
any
means
of
shape
enable
interactive
menu
G70
attached
the
O.D.
operation.
executed
piece
consist
capacity,
removing,
shapes
programs
the
is
NC
the
on
through
and
utilization
turning,
shape
is
"Drawing
also
displayed.
machining
opera¬
CRT.
G76",
to
them.
easy
even
is
auto¬
of
canned
allowing
etc.)
available.
can
to
of
l.D.
while
or
be
func-
•
Turning
The
interactive
the
Display
Approach
Basic
Finish
Setting
Program
Escape
table
Turning
Data
Shape
Setting
menu
below
Menu
Setting
Setting
Insertion
setting
be
may
programming
Facing
End
P
51
53
to
P
55
56
to
57
P
P
70
to
81
P
82to84
table
used
find
to
operation.
O.D
Turning
P
P
P
P
51
55
57
82
53
to
56
to
70
to
81
P
84
to
information
l.D.
Turning
to
P
51
53
P
P
P
56
to
55
70
to
57
81
P
82to84
regarding
Grooving
P
54
P
56
76
to
71
P
P82to84
the
Drilling
P
77
P
82
P
54
to
to
display
78
84
during
Threading
P
55
P
79
to
P
82
to
80
84
-7-
2.
2.
1
NC
OPERATOR
NC
OPERATOR
PANEL
PANEL
FUNCTION
AND
DISPLAY
OUTLINES
The
operator
is
tion
follows:
POWER
©
|
POWER"!
ON
I
OFF
o
0
shown
ON-OFF
©
®
panel
BUTTON
3
in
Fig.
<D
0101
of
YASNAC
2.1.
INCH
9
YASNAC
±_
01
CRT
The
GRAPHIC
B
LX3
names
3
DISPLAY
B
incorporating
and
PAGE
®
(D
©
B
©
the
KEYS
interactive
elements
MEMORY
©
MEM
OUT
VER||
|
1
1
EDIT
|lMSRT||ALTEj—
the
compact
functions
KEYS
KEY
NEXT
[NEXT
|
|ALM|[PGN||PRM|["SET|
|COM[|PROO|ÿPOSJ|OF5[
PAGE
of
FUNCTION
<D
FUNCTION
ADDRESS
000000
[ORG]
0000
©
DATA
IN
[
DATA
000
000
000
000
|CAN|
HI
func¬
are
DATA
KEYS
©
KEYS
RESET
EDITING
|RESET|
WR
|
as
KEY
o-
Power
©
(1)
POWER
The
button
the
control
power
This
servo
(2)
The
system.
button
power
POWER
button
Depressing
power
system
ON-OFF
ON
for
circuit
is
system.
OFF
for
this
SOFTWARE
©
Button
button
turning
also
button
turning
button
of
the
Fig.
only,
pushed
NC
2.
1
Power
after
power
KEYS
pushing
FUNCTION
on
and
off
de-energizes
unit.
YASNAC
to
an
emergency
the
to
the
it
both
CURSOR
®
LX3
NC
once
NC
©ORIGIN
KEY
KEYS
Operator
unit.
more
stop,
unit.
control
the
ADDRESS
©
Panel
Pushing
energizes
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(3)
Repeat
Nos.
(4)
Depress
(5)
Depress
(6)
To
To
depress
The
However,
I/O
unit,
for
or
count
steps
can
cancel
cnacel
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selected
the
signal
display
the
utilize
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of
be
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the
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the
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selective
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any
means
by
CURSOR
search
the
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the
selected
(1)
and
selected.
DISPLAY|
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EXIT
Nos.
key.
selection,
selection
key.
are
returns
display
input
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(zAJ
function
(2)
The
depress
of
ii
Nos.
to
any
to
key;
key.
memorized
the
it
*
is
select
Only
total
that
function
or
output
number.
keys
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displayed
indicated
the
the
one
even
of
for
No.
signal
to
bring
this
purpose.
in
all
the
Nos.
selected
list
display
[CANCEL]
No.,
bring
when
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the
when
to
the
key
among
the
indicate
to
Nos.
.
the
power
the
lower
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the
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displayed.
called
supply
listed
to
selection,
area.
up
to
is
turned
the
again.
that
is
can
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Up
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turned
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be
and
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to
and
off.
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ir
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key
2.4.3
With
such
refer
For
Display
this
as
tape
the
to
unit,
the
by
means
various
codes
details
standard
of
and
of
YASNAC
FUNCTION
parameters
rapid
parameter
feed
LX3
stored,
are
rates
display
manual.
-20-
Key
are
and
determined
and
writing
various
operation
with
operator
conditions
them.
manipulations,
2.
4.
3.1
Setting
RS-232C
parameters
Since
designed
(1)
Depress
(2)
Depress
the
for
parameters
interactive
the
jpRM|
PARAMETER
MEMORY
RS232
the
RS-232C
related
setting
FUNCTION
t-iil'WA
46001
46002
46003
46004
46005
46006
46007
46008
46009
31
to
possibility
key
5
6
7
0
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1
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001
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key.
10
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1
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OFF
4
10
010
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1
10000
10000
1
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3
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0
1
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to
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0
1
2
0
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1
0
0
1
0
1
0
1
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0
1
1
:
ON
LSK
If
of
the
are
follows.
as
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B2
1
128
17
81
98
48
68
48
22
following
frequently
the
N0000
ROY
parameter
two
displays
used,
display.
are
they
called
are
up.
(3)
(4)
2.4.
Set
(1)
(a)
(b)
When
two
To
3.2
the
Call
2.
4.
RS-232C
RS-232C
the
displays
call
up,
Setting
RS-232C
the
up
3.1.
input
output
jlN/OUT|
are
the
RS-232C
input
RS-232C
PARAMETER
key
alternately
parameter
parameters
input
RS232C
CHANNEL
CONTROL
STOP
BAUD
PARITY
or
input
INPUT
PAGE
the
called
display
parameters
display
CODE
BIT
RATE
as
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up.
again,
follows:
by
NO
0
4800
O
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depress
following
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1
.
N
2
N
key
N0000
the
the
is
depressed,
|
EXIT
processes
|
key
the
above
.
of
par.
MEMORY
EXIT
I
N/QU
LSK
-21-
RDY
(2)
(3)
(4)
(5)
(6)
The
nected.
RS-232C
The
above.
play
Derpess
display
Depressing
one
by
(a)
CHANNEL
(b)
CONTROL
(c)
STOP
(d)
BAUD
(e)
PARITY
For
as
00000.
Set
the
units
to
Precautions
2
No.
Without
the
blink.
the
shown
as
BIT
RATE
setting
RS-232C
be
connected
channels
input
CURSOR
0
below.
CODE
the
input
are
this
optional
parameters
|\ÿj
changes
key
No.
ON
or
or
1
100,
50,
ON
baud
rate,
parameters
RS-232C.
to
displayed
unit,
shown
intended
the
as
respective
the
in
are
make
the
to
setting
2
keys
No.
or
1
OFF
five
items
the
of
in
items
the
items
on
dis¬
the
one
2
600,
200,
150,
110,
OFF
or
digits
when
No.
may
conformance
in
the
1
only
300,
be
directly
optional
is
displayed.
1200,
with
second
input
the
2400,
with
setting
RS-232C
4800,
keys
is
of
9600
such
the
con¬
2.
Set
(1)
(2)
(3)
3.
4.
the
Call
2.
The
With
method
(a)
(b)
(c)
(d)
(e)
(f)
3
Setting
RS-232C
up
3.1.
4.
RS-232C
these
CHANNEL
ISO
CONTROL
STOP
BAUD
PARITY
as
/El
the
A
BIT
RATE
RS-232C
output
RS-232C
output
items,
for
the
CODE
output
parameters
output
parameters
PARAMETER
RS232C
MEMORY
EXIT
following
the
RS-232C
No.
ISO
ON
1
50,
ON
CHANNEL
SO/E
I
CONTROL
STOP
BAUD
PARITY
IN/OU
input
1
or
or
2
or
100,
or
parameters
follows:
as
display
are
in
OUTPUT
I
A
CODE
BIT
RATE
HI
settings
parameters:
No.
or
E1A
OFF
110,
OFF
by
the6items
NO
ISO
O
4800
O
LSK
II
are
2
150,
200,
following
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1
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2
N
possible,
300,
as
N0000
RDY
the
shown
600,
processes
the
by
1200
below:
same
2400,
in
setting
4800,
Par.
9600
-22-
(4)
Set
be
(5)
Cautions
The
*
the
•
The
connected.
the
connected
set
parameters
No.
DATA
2
digit
RS-232C
to
channel
Without
parameters
RS-232C.
become
keys.
is
displayed
the
optional
in
effective
when
conformance
immediately
an
RS-232C,
optional
No.
with
upon
1
the
second
channel
setting
keying
RS-232C
only
of
the
is
the
unit
key
WR
-
is
displayed.
to
or
2.4.4
This
are
used
control
For
YASNAC
(1)
Depressing
(2)
For
of
2.4.4.1
(1)
Even
panel
simply
(2)
Depress
switch
Display
unit
constants
the
details
the
Setting
by
has
for
details,
LX3
standard
when
of
by
setting
the
setting
selectively
for
Manual.
the
of
internal
the
machine,
the
the
SETTING
the
use
refer
r~n
jÿTfj
the
YASNAC
9
setting
menu.
SETTING
L.-TX-J
of
SET
[
data
various
i
FUNCTION
display
toggle
basic
FUNCTION
j
stored
turning
functions.
to
Appendix
and
LX3
function
the
the
on
(setting)
in
various
key
writing
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switch
relevant
NC
software
Key
the
internal
1
only
.
switches
functions
operator's
functions
"Setting
displays
of
setting
are
panel.
key
O0Q00
memory,
ON
No.
the
data,
eliminated
be
can
to
display
N0000
and
or
list"
setting
refer
turned
the
OFF,
from
the
the
of
data.
to
the
ON
internal
stored
and
as
standard
Par.
operator's
and
toggle
data
the
4.3.6
OFF
(3)
(4)
Depress
Depress
The
set
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the
switch
MEMORY
SETIN
CURSOR
WR
key
j
|
position
DRAUING
LOCK
MST
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DISPLAY
MACHINE
SINGLE
3!
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to
set
becomes
CHECK
ABSOLUTE
DELETE
LOCK
LOCK
BLOCK
MACRO
LOCAL
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to
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keys
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reverse
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SK3
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0
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make
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or
displayed.
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OFF
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N
OFF
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the
RDY
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item
blink.
(5)
When
are
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changed
Use
generated
drawing
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"DRAWING
this
through
check
CHECK"
automatically.
the
function.
CHECK"
interactive
setting
setting
is
function
changed,
when
or
the
checking
manual
settings
the
function
shown
programs
by
below
the
(a)
(b)
(c)
(6)
(7)
Precautions
•
When
#6001
•
The
LOCK
MST
DRY
RUN
MACHINE
Where
the
functions,
the
by
the
called
is
display
LOCK
panel
ORed
PAGE
for
the
resulting
results
Setting
key
again.
up
the
of
OFF
OFF
ON
ON
is
internal
the
DATA
machine
ON
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the
of
software
Switch
depressed,
toggle
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provided
settings
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OFF
ON
OFF
ON
the
switches
setting
Machine
normal
of
is
with
these
and
Resultant
setting
the
the
switches
functions
the
hardware
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OFF
ON
ON
ON
display
#6000.
for
are
setting.
starting
the
above
determined
from
2.
4.4.
Depress
starting
2.8.23.8
2
Setting
the
from
of
the
of
MACRO
#0001.
standard
LOCAL
LOCAL
For
SETT
MEMORY
SETIN
macro
the
YASNAC
ING(MACRO)
LEVEL
00002
00003
00004
00005
00006
00007
00008
00008
10
O00
a
key
setting
0
MACRO
LOCAL
variables
call
to
processes
LX3
MACRO
COMMO
up
Manual.
LSK
I
the
with
00000
SETTING
this
N0000
RDY
(MACRO)
display,
refer
display
Par.
to
-24-
2.
4.
4.
Depress
starting
2.8.23.8
3
Setting
the
from
of
the
of
MACRO
#0100.
standard
COMMON
COMMON
For
the
YASNAC
macro
key
setting
variables
to
processes
LX3
call
up
Manual.
the
with
SETTING
this
display,
(MACRO)
refer
display
Par.
to
4.
Display
5
the
2.
With
processes.
(1)
Depress
One
(a)
Command
(b)
Sub-program
(c)
Tool
(d)
Drawing
(2)
With
display,
displays
(a)
Depress
(b)
Depress
(c)
Depress
(d)
Depress
with
c=n=
D
|COM|
the
the
of
value
life
control
display
the
PAGE
are
Depressing
directly.
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SUBP
NEST
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LIFE
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SETTING(MACRQ)
MEMORY
(COMMAND)
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FUNCTION
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n,..J
p
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key.
following
list
execution
state
switched
the
|
key
key
key
key
|
LEVEL
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801
02
80103
80104
05
801
80106
80107
80108
80109
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SET
I
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key,
four
state
display
over
following
0
MACRO
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FUNCTION
command
displays
display
keys,
one
software
MACRO
]
|
POMMOM
will
the
above
after
LSK
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Key
values
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another,
function
O0000
are
called
up.
displays,
keys
(COMMAND
(NESTING)
(TOOL
(DRAWING)
N0000
RDY
displayed
except
calls
VALUE)
display
LIFE
display
the
by
the
for
the
up
display
CONTROL)
following
DRAWING
respective
display
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(3)
(a)
For
tions:
detailed
a
(COMMAND
description
VALUE)
of
these
Standard
displays,
YASNAC
refer
LX3
the
to
Manual
following
Par.
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3.
sec¬
2.1
(NESTING)
(b)
(c)
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(d)
4.
6
Depress
The
Display
2.
(1)
(2)
function
(a)
JOG
Mode
(b)
HANDLE/STEP
Mode
(c)
TAPE
Mode
(d)
MDI
Mode
execution
(e)
MEMORY
Mode
(f)
EDIT
Mode
editing
(3)
For
YASNAC
LIFE
with
the
program
and
mode
for
for
mode
for
mode
for
mode
for
mode
for
the
details
CONTROL)
|PR0G|
functions
operator
manual
mode
using
NC
tape
writing
automatic
program
LX3
Manual.
(PROGRAM)
FUNCTION
continuous
manual
operation
command
operation
storing,
of
the
Standard
Standard
Par.
FUNCTION
key
are
the
in
manipulation.
feeding
pulse
above
generator
values
of
reading
6
modes,
to
following
with
stored
in
of
6
call
the
of
MDI
programs
and
refer
YASNAC
YASNAC
this
Key
the
up
6
modes,
machine
(manual
from
to
LX3
LX3
manual
PROGRAM
data
the
memory,
Par.
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Manual
each
4.3.3
display.
differing
input)
of
Par.
Par,
and
the
4.
and
for
Standard
4.
in
their
3.2.2
3.2.3
-26-
4.
2.
With
modes
(1)
(a)
Common
6.1
the
.
Program
Depress
On
the
except
program
display
the
program
that
mode
function,
|PROG|
in
the
display
key
display,
EDIT
there
to
mode,
call
NC
are
the
up
programs
no
operation
displays
program
and
which
display.
operation
data
is
are
common
data
displayed.
are
all
to
displayed,
the
PROGRAM
T0101
2.0000
(DRILL-2)
;
(MODAL
0
0
DIR
displayed
N5200
/
(b)
The
NC
programs
(ABS)
X
Z
(INC)
X
Z
MEMORY
<1
G00
22.0000
PROG
are
G01
G97
G99
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G37
G39
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G69
G
1
PROG
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23
LSK
00100
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CALC
in
:
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00
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4
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h/r
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300
RDY
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MEMORY
and
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modes.
(c)
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(i)
(iii)
(v)
(2)
Directory
(a)
Depress
Then,
display
Depressing
the
(b)
One
attached
(c)
after
The
operation
POSITION
T-NO
Spindle
program
directory
Number
the
another.
data
(ABS),
(tool
No.)
speed
display
|DIR|
the
depressing
and
the
the
display.
to
the
of
registerable
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key
directory
PAGE
display
programs,
|
>
includes
(INC)
to
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the
keys
key
call
FUNCTION
display
does
displays
the
program
switches
the
following
the
up
not
up
comments
Nos.
directory
in
to
the
operation
(ii)
(iv)
key
turn.
change
20
program
are
displays:
MODAL
FEED
display.
changes
over
also
data
G
list
(feed
over
the
directory
Nos.
displayed.
display
rate)
the
When
and
program
display
comments
cancels
into
are
Basic
Optional
Registerable
max.
99
1
99
Numbers
max.
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(d)
(i)
(ii)
(iii)
(iv)
(e)
the
On
Number
Number
Number
Number
When
the
displayable
the
PAGE
directory
of
of
of
of
number
limit
GZ1
display,
used
used
programs
characters
remaining
remaining
one
in
E3
of
display,
keys-
following
the
programs
characters
registered
are
program
succeeding
displayed:
Nos.
pages
may
exceeds
be
called
the
maximum
with
up
(f)
O-number
(3)
Interactive
Depress
mode.
(4)
Calculation
Depress
For
details
When
written
(i)
For
the
the
into
Call
can
automatic
AUTO
the
PROG
the
function
|CALC
of
the
calculation
the
the
up
<3
be
searched
details
|
key
calculation
program
EDIT
DIRECTORY
00000
O0105OJORK2
O020BCWORX7
00321
00380
00400(31234
00410
00508
0051
1
USED-PRG
USED—
EDIT
PROG
programming
key
of
this
to
call
function
as
mode.
(
YASNAC
(NO
K60
C
(
[
S3?
(+0=*
(
15
1475
CHR
DIR
for
call
to
mode,
up
function,
has
follows.:
)•())
in
the
been
O05B3
)
00600
)
00655
)
00700
)
00777
>
>
)
)
REST—
REST—
AUTO
PROG
directory
the
mode
the
up
refer
calculation
refer
executed,
LSK
CALC
interactive
to
Pars.
to
00100
(
(
(
1
(
PROG
C
PRG
CHR
Par.
2345678)
18
.
184
127970
display.
3.2
function
the
N6105
1
)
)
)
RDY
o
automatic
to
3.15.
mode.
4.
calculation
programming
results
can
be
(ii)
(hi)
(iv)
When
the
depressed,
When
the
depresed,
Depress
keys
keys
the
the
X
|
the
X-axis
s
Z-axis
INSRT|
and
|
which
which
or
|ALTER[
|WR|
and
key
is
or
is
0
the
to
-28-
keys
the
write
result
or
result
X
|
keys
them
X
|
[
of
calculation
0
calculations
of
into
and
|
|
0
WR
is
and
are
|
displayed,
0
are
displayed.
the
program.
(5)
Interactive
When
the
displayed.
Depressing
parameter
Depressing
parameter
For
details
2
6.
4.
2.
In
the
EDIT
(1)
Cursor
The
cursor
displayed
0“'0
the
list.
the
I/O
of
the
EDIT
mode,
type
displayed
characters
parameter
AUTPRO
PRM
AUTPRO
I/O
setting
interactive
mode
various
as
key
is
in
shown
is
key
dalls
key
calls
displayed.
automatic
functions
the
editor
below.
depressed,
up
up
programming
for
of
the
the
editing
this
the
AUTPRO
interactive
interactive
are
unit
is
PRM
automatic
parameters,
used.
the
in
and
automatic
form
AUTPRO
I/O
programming
programming
refer
the
of
keys
to
Par.
reverse
are
8.
PROGRAM
;
i
tively
(2)
The
(a)
(i)
(ii)
(b)
(3)
cursor
As
an
used,
Scrolling
editor
The
Depressing
the
Depressing
display
Similar
one
page
Program
optional
as
display
display
display.
.
to
storage
with
is
the
is
available
function,
the
the
0100
N5200
G00
G
N5201
N5202
NS203
N5204
G51
EDIT
O
PROG
the
of
this
moved
CURSOR
CURSOR
standard
after
T0101
;
X0
•
;
a
standard
unit
one
by
YASNAC-LX3,
as
an
editing
(DRILL-2
;
[3
M03
MOB;
2.2
GY
4
2-1.8
G00
Z.
DIR
cursor
YASNAC-LX3.
is
provided
line
key
|\Y7|
option.
:
16;
All
PROG
in
(block).
key
)
;
K.8
TO
the
when
when
LSK
F
form
with
the
008
.
CALC
the
the
00100
;
of
a
scrolling
cursor
cursor
function
N610S
ROY
an
>
underline
function.
is
at
is
at
of
display
the
top
can
bottom
of
shifting
be
the
selec¬
of
by
(a)
(b)
(i)
(ii)
When
returns
After
by
Depress
Depress
the
the
the
above
editing
following
power
to
a
RESET
the
|
a
FUNCTION
keying,
the
unedited
program,
keying:
key.
[
turned
is
the
the
key
edited
state.
off
edited
other
after
display
-29-
than
display
|PROG|
editing
be
can
stored
the
in
memroy
.
the
executing
program
a
program,
not
stored,
is
without
and
(4)
(a)
Display
In
the
used:
of
EDIT
software
mode,
function
the
keys
following
three
software
function
key
sets
are
(i)
(ii)
(iii)
*
(b)
(c)
*
(5)
<3
<3
O
The
automatic
Depressing
display
Depressing
play
The
keys
are
COPY
AUTPRO
in
<]
.
disabled.
function
PROG
SELECT
I/O
programming
the
the
in
the
the
sequence
marks
t>
When
no
key
is
MENU
sequence
MENU
on
0
0
DIR
COPY
displayed
function
I/O
0
(i)
-
key
|
J~<l
-
the
marks
(iii)
display
(i)
MOVE
key
(ii)
-
are
AUTO
PROG
when
only
is
incorporated.
changes
(iii)
-
changes
(ii)
as
indicate
displayed,
CALC
REP
AUTPRO
PRM
the
the
shown
as
software
the
shown
the
the
BOTTOM
AUTPRO
optional
software
above.
above.
presence
MENU
I/O
interactive
FUNCTION
FUNCTION
_of
0
O
C>
O
latent
AND
key
function
\V\
/
key
dis-
keys
This
cation.
(a)
(b)
function
Bring
Depiess
The
display
SELECT
mode.
mode
away
the
When
can
from
duplicates
cursor
[SELECT]
the
SELECT
mode.
the
not
the
to
Depressing
cursor
be
called
leading
an
the
key
is
existing
leading
.
reverse
is
up.
end,
the
at
To
and
character
end
displayed
|SELECT|
the
leading
call
depress
-30-
of
up
the
to
key
end
the
the
string
character
indicate
again
of
SELECT
[SELECT]
to
the
appear
string
the
clears
program,
mode,
key
at
to
calling
the
shift
again.
a
desired
be
copied.
up
SELECT
the
the
the
of
SELECT
cursor
lo¬
(c)
Move
The
range.
the
selected
cursor
characters
the
to
PROGRAM
endof
are
all
the
reverse
character
displayed
string
00
100
to
to
N6
be
copied.
indicate
105
the
selected
(d)
Depressing
mark
The
(e)
Move
Not
(f)
Depressing
selected
(g)
While
string
(h)
By
key,
disappears.
appears
selected
the
cursor
only
the
location.
"
a
*
be
can
depressing
the
data
I
COP
the
on
character
selected
ICOPY
the
"
is
copied
the
in
0100;
N5200
G00
N5201
N5202
N5203
N5204
G51
EDIT
<3
ISELECTI
key
I
Y
the
software
where
to
program
I
key
dispiayed
as
lORG
the
selected
T0101
;
;
string
many
key
(DRILL-2
;
M0B;
Z.2
G74
G00
COPY
stores
is
copy
the
displays
the
on
times
when
character
8
1
.
Z-
Z.16;
MOVE
the
display.
key
displayed
Nos.,
the
I*
COPY
a
)
:
K.8
LSK
selected
is
to
but
selected
the
as
"
”
string
;
F
008
.
REP
character
normally.
appear.
others
also
Isoftwsre
I*
COPY
displayed
is
are
RDY
[BOTTOTI
£>
string,
be
can
character
key,
the
I
key
is
on
cleared
and
copied.
string
same
depressed.
and
COPY!
the
the
a
the
at
character
"
*
software
"
Note:
When
cleared,
When
character
When
SELECT
range
The
If
the
range,
the
the
power
and
the
MOVE
string
the
cursor
mode,
ICOPY
<3
the
the
of
the
1
key
warning
PROGRAM
;
00
DI
N5200
G00
G97
X0
N5201
N5202
G37
X0H
N5203
EDIT
[SELECT]
supply
(
DR
0
1
T0
S350
;
Z.2
I
S350
G74
COPY
I*
is
mark
**"
function
selection
is
moved
is
is
SELECT
character
depressed
is
message
I
LL-2
;
1
M03;
M08;
M03;
8
Z-
.
1
MOVE
turned
disappears.
used
also
the
to
mode
string
with
"AREA
-31
1
K.8
LSK
off,
the
after
cleared.
leading
is
automatically
be
to
the
OVER
-
O0I00
008
F
.
REP
selection
COPY
the
end
selected
number
!
1
*
BOTTO
of
is
N6105
RDY
of
function
the
program
cancelled.
is
up
of
characters
displayed.
o
character
1024
to
setting,
in
characters.
exceeding
string
the
:
:
is
the
(6)
MOVE
This
in
(a)
Specify
the
(b)
Depress
appears
is
(c)
Move
Not
(d)
Depeessing
selected
(e)
While
string
(f)
By
software
the
function
functon
program
NC
a
ICOPYl
the
on
deleted.
the
only
location.
"
a
can
depressing
"
"
mark
*
is
character
function.
iMOVEl
the
cursor
selected
the
the
"
is
*
be
key,
displacing
for
editing.
string
key
IMOVEI
to
where
I*
MOVEl
displayed
displayed
the
tORGl
data
the
disappears.
to
key
program
key
on
as
key
in
the
be
to
store
display.
the
displays
the
many
when
selected
existing
the
moved
selected
the
The
character
Nos.,
I*
MOVEl
but
times
"
a
character
by
reverse
string
also
selected
the
software
the
as
"
mark
*
character
using
character
is
others
l=k
is
string
I
SELECT
the
displayed
appear.
to
can
character
key,
MOVEI
displayed
string
string.
character
be
the
key
are
other
to
key
I
A
moved.
string
same
is
depressed.
the
on
cleared
locations
,
as
with
mark
string
at
the
character
I*
COPY
and
I
Note:
When
is
cleared,
When
character
When
SELECT
range
The
If
the
the
range,
ICOPY
the
the
the
power
and
COPY
string
cursor
mode,
of
warning
I
<3
the
the
the
key
PROGRAM
;
O100
N5200
T0101
G00
N5201
N5202I
S350
G97
X0B
N5203
N5204
:
G51
EDIT
[sELEC
supply
*
"
*
function
seleciton
is
moved
SELECT
character
depressed
is
message
(DRILL-2
Z.2
G74
G00
COPY
is
turned
mark
is
is
to
;
M0B;
:
M03
.
1
Z-
16
Z
.
1
ffcMOVE
disappears.
used
also
the
mode
string
with
"AREA
):
B
K.B
;
LSK
OFF,
after
cleared.
leading
automatically
is
be
to
the
OVER
O0100
008
F
.
REP
the
selection
MOVE
the
end
selected
number
!
N6105
;
RDY
]
[BOTTOII
of
function
of
the
program
cancelled.
is
up
of
displayed.
is
characters
"
t>
character
to
setting,
1024
exceeding
string
the
in
the
characters.
-32-
(7)
REPLACE
This
program
(a)
Depressing
the
Key
For
function
and
display.
in
example,
for
the
function
for
is
changing
the
character
to
searching
|
|
REP
change
it
key
string
"GOO",
a
with
displays
to
specified
another
be
replaced.
key
character
character
tTOLD
G
string.
STRING:"
0
0
string
and
the
WR
lower
*
displayed
left
in
the
at
area
NC
of
(b)
"NEW
the
For
STRING:"
character
example,
PROGRAM
N5205
MM
G50
G00
G96
N1301
N
N
N
IQLD
EDIT
SELECT]
<3
is
displayed
string
to
write
PROGRAM
N5205
grama
GS0
G00
G9B
N1301
N
N
N
BMEjgBBBEH
S
EDIT
(SELECT)
O
1
302
1
303
1
304
STRING
to
"GOl,"
302
1
1
303
304
1
M0i;
(FACE-
S4000;
T0202
S700
X4.2
G00
G01
G51
a
COPY
I
replace
M01
(FACE-
S4Q00;
T0202;
S700
X4.2
G00
G01
G51
COPY
I
;
M03;
G41
;
at
key
;
M03;
;
2.08;
X.720
G00
j
the
Z.0B;
G41
X.72B
G0
1
X4.20Q
F.0i:
lower
ROUGH);
LSK
|
FREE-
|*M0VE
the
existing
G
X4
.
F.01;
ROUGH)
208
LSK
FREE-
*M0VE
2.004;
REP
0
2.004;
REP
00100
left
one.
O0100
;
•
N6105
BOTTOM
area
and
1
BOTTOM
RDY
of
N6105
RDY
l>
the
t>
WR
display.
•
Key
-33-
(c)
In
cursor
(i)
Depressing
with
When
the
No
function
the
lower
moves
the
the
cursor
more
left
to
the
one
specified
same
moves
character
ends.
area
the
character
|Y|
character
there,
string
of
key
the
replaces
in
and
display,
string
(b).
string
11
YES.
specified
specified
the
as
specified
NO.
in
"YES.
character
ALL"
(a)
is
NO.
in
in
is
found,
ALL"
is
(a).
string
(a)
is
displayed
the
displayed,
specified
present
on
replacing
and
in
elsewhere,
the
display.
the
(a)
(ii)
(iii)
If
Depressing
Depressing
The
cursor
specified
more
ends
.
the
display
the
moves
(a),
in
character
the
with
key
N
|
|
the
to
and
"YES.
string
key
0
the
one
PROGRAM
N5205
1
300
N
S4000;
G50
[trara
T0202;
S700
G96
N1301
1302
N
303
1
N
304
1
N
Biaauiimw
EDIT
|SELECT|
<1
causes
next
NO.
specified
replaces
specified
;
M01
(FACE-
M03:
X4.2
G41
G00
X.728
G01
:
G51
COPY
I
position
ALL"
FREE-
2.08:
X4.208
*MOVE
no
in
change
in
all
(b).
F.01
LSK
of
is
displayed
(a)
the
ROUGH);
2.004;
;
REP
character
in
same
the
found,
is
character
O0100
NB
on
105
RDV
strings.
character
the
the
replacing
strings
string
display.
displayed
function
on
(d)
Precaution
The
the
(i)
The
be
When
leading
(ii)
A
be
For
During
invalid
(8)
BOTTOM
Depressing
played
(9)
This
programs.
Search
function
character
replacing
following
character
one
word
characters
character
replaced
example,
.
the
erase
string
is
restrictions:
preceded
character,
string
at
the
replacing
function
BOTTOM
|
function
for
is
which
executed
string
other
the
"O.D."
erasing
is
in
be
to
by
than
a
warning
ocntaining
same
time.
can
process,
brings
key
|
the
keyed
units
keyed
an
not
in.
alphabet
an
alphabet
"INPUT
two
be
the
the
portion
-34-
words,
of
when
character.
ERROR"
or
more
replaced
PAGE
cursor
of
and
"OLD
character
addresses
by
keys
to
display
therefore
STRING:"
are
is
displayed.
"I.D."
and
the
the
last
from
is
is
displayed
keyed
(comment)
CURSOR
address
the
cursor
subject
for
can
keys
of
the
the
to
must
not
are
dis¬
to
the
(a)
Bring
(b)
Key
(c)
Depress
(d)
The
(e)
The
(f)
When
immediately
the
in
the
portion
cursor
the
cursor
character
the
moves
last
beofore
ERASE
j
from
to
key.
j
the
block
the
leading
string
cursor
the
has
erased
address
been
to
the
be
to
to
end
erased.
the
keyed
next
erased,
address.
of
the
to
character
in
the
the
character
erased
eursor
string
string
block.
moves
to
to
be
is
the
erased.
erased.
address
(g)
(i)
(h)
The
methods,
Key
In
(ii)
(iii)
|NEXT|
In
pattern
keyed-in
An
address
this
Key
Key
this
to
the
string
example
in
in
in
key
keyed
contains
to
as
with
the
word
case,
character
one
the
data
.
case,
searching
string
of
erasing
be
the
(one
the
leading
to
leading
in
character
two
is
PROGRAM
erased
address
address
without
be
zeros
function)
or
erased.
is
N5205
CTE33
G50
G00
G96
S700
Nisei
;
N
302
1
N
303
1
N!
304
can
zeros
erased
more
shown
M01
(FACE-
S4000
T0202;
X4.2
G00
G01
GS1
search
can
All
string
words,
:
:
M03;
z.oa:
G41
X.72B
;
be
data)
can
data.
(up
not
the
by
FREE-
X4.20B
specified
function:
to
be
32
to
be
portion
erased,
is
only
two
the
ROUGH);
F.01;
in
be
erased.
omitted.
characters),
omitted,
between
and
up
diagrams
00100
;
004
Z
.
any
to
N6105
of
(erasing
the
if
the
first
the
below.
the
after
cursor
keyed-in
word
following
depressing
means
by
of
three
the
of
position
character
the
EDIT
<1
PROGRAM
EMI
O
PROG
NS205
E30HH
N1302
N
303
1
304
N
1
G40
305
1
N
N2100
_
PROG
;
DIR
When
M01
Z.08;
G00
G01
GS1
M01
(00-
DIR
LSK
PROG
00000
;
G41
X4.208
CYCLE-
PROG
-35-
F.01
AUTO
ROUGH)
LSK
X.72B
;
;
CALC
Z.004;
:
CALC
ir
00100
:
NS
RDY
ROY
o
are
B
05
1
depressed.
>
(10)
This
(a)
(b)
(c)
(i)
(ii)
(iii)
(11)
(a)
(b)
(c)
(d)
(12)
When
feed
(a)
(i)
Line
cursor
function
Depress
Depressing
To
return
mode
by
Depress
Depress
Depress
Automatic
When
the
that
The
No.
When
takes
For
dard
reading
keyed-in
program.
O
the
place.
the
YASNAC-LX3
Feed
outputting
eliminated
is
Feed
is
Derpess
started,
outputting
function
for
is
[NEXT|
the
the
the
to
of
one
the
the
any
re-naming
of
No.
input
details
eliminate
part
eliminated
the
depress
of
moving
key.
CURSOR
word
the
following
|NEXT|
key
key.
[RESET|
FUNCTION
function
in
programs
are
No.
O
the
input
program
of
part
Manual.
function
programs
this
by
from
|OUT|
key
the
the
significant
the
cursor
|\ÿj
(address)
again.
key
from
different,
program
has
program
in
program
and
function.
the
output
the
in
[CAN]
by
keys
by
methods:
other
O
of
outside,
is
O
no
No.,
inputting,
internal
by
output
key.
data
line
one
moves
work
than
No.
the
move
the
input
if
keyed-in
automatically
is
it
outputting.
data
of
one
procedure,
When
of
the
[%,....]
the
input
refer
from
the
(block)
the
function,
PROG
O
re-named
to
following
and
CAN
|
|
starts
at
cursor
FUNCTION
of
No.
O
No.
is,
as
Par.
NC
the
as
is
key
immediately.
a
time.
one
by
clear
the
program
is
registered
to
the
and
no
of
4.4
outside
to
methods.
two
outputting
depressed,
line.
NEXT
the
key.
and
keyed
re-naming
the
stan¬
units,
is
the
The
for
O
feed
the
(ii)
Specifying
*
•
(b)
For
the
(13)
With
depressed
(a)
(b)
(14)
•
Reset
this
When
When
Limitation
Any
program
displayed
message
displayed.
be
after
CAN
|
|
#6008
#6008
details
standard
function
unit,
except
ALARM
WARNING
or
"EDIT
the
is
key
with
D4
D4
of
the
YASNAC-LX3
for
in
occurs.
editing
at
exceeding
edited.
MEMORY
outputting
depressed.
a
parameter
1
0
outside
during
outside
the
following
occurs.
40m
an
If
No
:
:
Feed
I/O
outside
I/O
can
attempt
FULL
the
of
feed
output
operator
Manual.
I/O
manipulations,
cases:
input
be
display
to
\"
is
-36-
significant
output
manipulations,
manipulation.
from
displayed
such
data
the
external
a
program
and
is
the
also
refer
RESET
|
devices
part
eliminated
key
j
made,
is
after
to
but
Par.
need
cannot
40m
when
not
warning
a
4.7
be
cannot
of
be
•
Do
only
not
input
numerals,
any
program
,
V'
"+"
with
or
a
block
in
continues.
which
more
than
28
characters
of
2.4.7
Various
(1)
Depress
One
(a)
POSITION
"POSITION
(b)
POSITION
"POSITION
(c)
POSITION
"POSITION"
(d)
Program
"PROGRAM
(e)
Stored
(f)
Main
"SPINDLE
Servo
(g)
"ERROR
(h)
Command
Note:
Displays
POSITION
the
of
the
restart
stroke
"STORED
spindle
position
PULSE"
"COMMAND
The
with
jpos]
display
j|o|j
following
external
absolute
collective
RETURN"
limit
STROKE
PG
COUNTER"
deviation
pulse
PULSE"
display
FUNCTION
screens
FUNCTION
screens
(EXTERNAL)"
(ABSOLUTE)"
indication
information
residual
LIMIT"
pulse
count
pulse
cumulative
(h)
is
made
Key
key.
is
display
pulse
display
sum
only
are
called
displayed
count
count
register
when
display
display
display
the
up
the
by
SYSTEM
following
No.
switch
keying:
is
4.
(2)
Depressing
sequentially
(3)
For
4.
(4)
With
keys
corresponding
(a)
Depressing
(b)
Depressing
(c)
Depressing
(d)
Depressing
(5)
Depressing
turn
(6)
With
POSITION
(a)
Depress
(b)
Depress
(c)
The
(d)
This
in
3.
a
details
4.
9
all
are
.
the
display
display
part
the
one
of
the
of
the
POSITION
the
displayed.
I
EXT
lABSl
4
1
—
|SPINDL|
the
position
EXTERNAL
ADDRESS
the
|
QRG|
for
resetting
program
PAGE
after
above
standard
display
I
P
S
O
1
j~pggj
collective
key
key.
the
automatic
lÿ7]
another.
display
YASNAC
FUNCTION
Depressing
screens
key...
key...
key...
key...
also
key
alone
0”r0
selected
keying
directly
POSITION
POSITION
POSITION
Spindle
calls
display
0.
to
axis
is
run.
keys
screens,
LX3
displays,
one
up
screen,
to
becomes
always
switches
refer
Manual.
of
these
as
follows:
(EXTERNAL)
collective
PG
pulse
these
select
0.
effective
the
Par.
to
the
following
software
(ABSOLUTE)
count
four
displays
the
follwoing
axis
the
including
above
4.3.4.
is
displayed
display
to
display
1
through
software
keys
is
is
calls
displayed
displayed
sequentially,
keying
be
reset.
the
motion
function
resets
screens
up
in
time
the
-37-
;
2.
(1)
(2)
(3)
(a)
(b)
(c)
(4)
4.
Display
8
Depress
For
the
standard
With
this
respective
Derpess
Depress
Depress
Depressing
another.
with
the
display
YASNAC
unit,
display
WORK
SHIFT
TOOL
WEAR
TOOL
SHIFT
the
pn~i
FUNCTION
g)
key
|OFS|
and
depressing
key
key
key
[
P0S
OFFSET
to
writing-in
Manual-
LX3
screens:
...
.
.
...
key
j
T
Ell
0?
03
04
05
call
the
Work
Tool
.
Tool
changes
(TOOL—
Key
the
up
manipulation,
following
coordinate
offset
coordinate
WEAR)
X
0
0
0
0
0
OFFSET
the
software
display
above
Z
system
data
displays
00100
0
0
0
0
0
display
refer
display
R
screen.
Par.
to
function
shift
in
1
NB
05
c
0 0
0
0
0
0
0
0
0
0
4.3.5
keys
amount
sequence
in
calls
display
one
the
up
the
after
(5)
For
software
(a)
When
and
automatically
LED
(b)
Depressing
amount
the
blinks
and
(c)
For
Upgrading
the
the
tool
of
work
.
TOOL
SHIFT
details
new
function
|
PST
coordinate
ini
the
jOFj~j
the
writing
shift
During
keys
of
Function
MEMORY
I
|
tool
keys:
|
1
key
changes
FUNCTION
PST2|
|
is
enabled.
amount
the
are
the
new
WORK
SHI
FT
setter
is
depressed,
memory
to
key
screen.
|
PST1
disabled.
tool
Operator's
POSITION
TOOL
WEAR
function,
writing
one
the
key
reverse
The
and
1
setter
(EXTERNAL)
X
Z
TOOL
SHIFT
for
blinks.
displays
offset
The
|
function,
Manual"
0
0
LSK
PST
the
setting
software
the
enabled.
is
the
screen
LED
PST2
modes,
1
refer
(TOE-C843-9.23)
1
current
the
of
RDY
PST2
is
made
key
The
turret
software
automatically
is
the
the
Sect,
to
is
offset
key
gg
WORK
SHIFT
2
.
with
reverse
display
tool
and
FUNCTION
"YASNAC
of
the
following
displayed,
and
No.
work
changed
TOOL
WEAR
’
screen
the
shift
to
key
LX3
-38-
3.
INTERACTIVE
3.
NC
UNIT
1
INTERNAL
PROGRAMMING
CONFIGURATION
AND
FLOW
INTERACTIVE
OF
PROCESSES
(1)
The
shown
NC
internal
below.
UNIT
NC
memory
INTERACTIVE
BACKUP
INTERACTIVE
PARAMETER
INTERACTIVE
(NC
PROGRAM)
(INTERNAL
232C
RS
SECTION
MEMORY
DATA
DATA)
configuration
HIGH
WINDOW
I
\~]
D
END
related
SPEED
NC
MAIN
BACKUP
interactive
to
SECTION
MEMORY
PARAMETER
OFFSET
PART
PROGRAM
RS-232C
processes
is
As
shown
sections.
transferred
is
the
by
main
data
the
operation
section
flows
above,
The
interactive
automatically
cannot
unidirectionally
the
"END".
be
NC
unit
data
to
Conversely,
read
is
(NC
the
out
from
composed
program)
program
part
however,
the
to
the
interactive
-39-
roughly
created
interactive
of
memory
the
to
interactive
in
the
in
part
section.
main
NC
interactive
NC
the
program
In
section.
and
main
other
in
NC
section
section
the
words,
main
NC
!
(2)
The
function
overall
is
flow
shown
chart
below.
Interactive
New
Program
Material
Major
Minor
for
data,
turning
lurning
procedure
old
No.
setting
shape
menu
menu
the
data
setting
setting
setting
compact
interactive
automatic
programming
Finishing
Approach
Basic
Finished
Program
Tool
retraction
Interactive
manipulation
Automatic
tively
generated
part
program
setting
data
shape
insertion
1
procedure
transfer
program
memory
setting
setting
setting
of
end
interac¬
to
Grooving,
drilling,
threading
No
return
Returnable
Drawing
Normal
check
automatic
YES
operation
OK?
-40-
NO
Correction
process
(old
data)
(3)
3.
The
(such
consisting
CALL
2
interactive
as
outside
UP
OF
programming
rough
of
approach
INTERACTIVE
turning)
shape
-
MODE
manipulation
can
setting
all
-
for
tool
be
various
executed
retract.
turning
in
processes
the
unified
flow
the
By
ordinary
(a)
Depress
The
function
(b)
Depress
Now
3.
3
PROGRAM
(1)
In
following
NC
program
<3
0
the
the
interactive
manipulation,
mode.
l
1
—
the
|PRC)G|
function
keys
(FI
PROG
E
NO.
AUTO
PROG
SETTING
the
interactive
)
t
key.
~
mode,
display
F5)
mode
are
DIR
F2
key.
(FOR
the
has
the
interactive
called
is
displayed.
AUTO
PROG
F3
been
NEW
following
called
DATA)
up
up.
screen
mode
and
CALC
F4
is
can
the
following
f”1
displayed:
be
called
0
up
software
0
from
the
Initially,
of
the
the
display,
cursor
software
**
MEMORY
located
is
PROGRAM
Program
Conunen
END
function
ll
NUMBER
O
2
t
at
keys
Old
New
number
"1
If
Da
Data
Old
are
**
a
t
=0
=
Data",
(
LSK
and
displayed.
N0000
)
RDY
|E
NTER
I
"1"
blinks.
At
the
bottom
-41
-
(2)
(a)
(b)
(c)
The
lowing
Depress
Now,
Depress
(Note:
Any
to
set
played
to
Up
program
manipulations.
the
"2"
blinks.
the
The
treatment
numbers
"100",
"Comment"
8
alphanumeric
of
No.
CURSOR
_
ENTER
|
between
key
the
[
now
program
|ÿ7|
"1
and
Now,
Old
key.
of
1
00
blinks.
characters
9999
to
keys
the
Data"
can
can
be
and
be
newly
to
cursor
will
be
0-
keyed
bring
be
set
generated
the
at
is
described
the
as
this
in
the
as
cursor
"0
number".
in
program
sequence.
comment.
is
set
to
Sect.
No.
"
5.)
by
2
For
The
the
New
example,
fol¬
Data".
dis-
To
Comment
(d)
cursor
correct
usually,
(e)
Depress
Now,
(3)
Precautions
If
invalid,
input
Depressing
(Note:
the
Key
normal
the
some
Depressing
the
same
"ABC",
may
between
keying,
at
this
NC
the
program
program
and
other
be
omitted.
CURSOR
the
"Program
if
point,
mode
|
ENTER|
the
message
program
key
jÿT]
necessary.
the
again.
key.
No.
No.
|
END
further
and
keyed-in
"O
No.
|jT|
tAj
number"
|
key
manipulations
comment
number
[CT|
[WR]
keys
and
calls
have
has
already
.
or
"Comment".
the
up
been
been
registered,
the
normal
are
set.
exist"
made
0
Use
NC
without
is
displayed.
the
key
this
mode
keying
moves
feature
again,
calling
the
to
but
up
is
-42-
3.
(1)
4
SETTING
When
a
BLANK
program
SHAPE
No.
has
been
set,
the
following
is
displayed:
(2)
(a)
(b)
(c)
(d)
(e)
(f)
The
blank
input
this
sequence.
The
"I.D."
Input
sequence
The
keying
blanks,
Where
matically
blank
The
Input
Input
Input
input.
Input
.
"Length"
sequence
The
"Face
to
program
tion.
"Chucking
The
This
is
the
jaw
"Center"
The
Key
0.
the
the
bar
the
the
the
the
shape
O.
.
no
material
as
length.
.
removal"
face
chucking
the
length
use
when
D.
the
in
"I.D."
of
I.D.
the
display
machining
reference
legh"
length
is
display
or
**
MEMORY
is
For
display
To
I.D.
need
is
I.D.
of
to
no
no
BLANK
O100B
END
set
through
example,
input
is
be
drilled
upon
starts
For
display
point.
display
length.
the
be
starts
use
center
SET
O.
D.
1.
D.
Length
Fac
Chucking
Cen
starts
"0.8
required
input.
and
completion
to
inch",
"5.5
starts
allowance.
starts
blank
input,
to
of
the
used,
is
**
e
r
ter
1
the
to
to
inch",
bored,
blink.
This
gripped
and
blink.
center.
emo
va
lgth=
following
input
blink.
only
key
blink.
to
Input
defines
to
with
and
1
LSK
|
of
0-
blink.
=
=
=
”4
key
the
the
by
key
00000
HBiB/1
inch",
for
the
the
the
[E
keying:
tubular
drill
drilling
0-
allowance
the
chuck.
internal
0
N0000
0
0
0
0
0
:
Yes
RDY
NTKR
key
0
diameter
process
0
reference
,
when
4
|
|
and
blanks.
and
from
With
jaws,
a
and
0
is
0-
point
external
center
|WR|
,
For
input
to
set
material
©
"
"0"
is
is
,
in
auto¬
in
"
used.
in
other
a
posi¬
jaws,
to
this
new
this
face
be
-43-
(g)
(3)
(a)
(b)
If
wrong
the
with
Precautions
Turning
With
"roughing
wastes
input
For
"YASNAC
However,
cycle,
For
In
length
cast
turning
outside
the
any
details,
the
decimal
Data
To
input
To
input
To
input
sequence.
respectively
data
CURSOR
of
cast
blanks
cycle"
much
cycle"
details
LX3
where
turning
above
"10",
"10.1",
"0.1",
have
blanks
time.
in
the
of
Instruction
the
refer
case,
point
key
been
[/ÿ\J
which
such
For
the
interactive
the
turning
menu
Par.
to
input
as
inputting
|1|
key
key
0
keyed-in,
|ÿ7)
are
as
these
course
closed
can
the
the
1
keys
shaped
G71
blanks,
of
mode,
loop
Manual."
consists
be
3.6,
"MINOR
largest
"O.D."
method
0
j
|WR|
0
T
move
or
and
the
on
turning
used.
and
0
0
the
the
jWRj
similar
G72
manually
interactive
the
of
only
TURNING
blank
the
,
this
in
0
0
cursor
key,
involves
programming
cycle,
one
diameter
"Length".
0-
•
and
the
to
input
programming,
refer
roughing
MENU
sequence.
in
or
0
the
to
key
finished
much
the
display
to
SETTING."
and
this
0
item
the
correct
shapes,
air
cutting
G73
"closed
or
.
Par.
and
one
longest
the
sequence.
0
in
question
manually
2.8.25.4
finishing
in
•
data.
the
and
loop
of
blank
this
(4)
The
keys
When
called
(i)
(ii)
(iii)
(iv)The
|
MANUAL
|
MANUAL
in
the
the
the
up,
The
CURSOR
Depressing
this
In
Search
This
tion
Derpessing
erases
characters
For
erase
function
and
the
functions
details,
|
|
upper
|
MAN
state,
the
.
key
is
or
UAL|
a
lower
key
following
|Xÿ7|
the
|NEXT|
the
CURSOR
function
for
is
to-be-searched
the
keys
of
between
the
to
portion
refer
select
part
key
has
edit
keys
key
erasing
the
for
ERASE
|
"YASNAC
for
key
of
the
been
functions
have
displays
|ÿ\j
the
position.
to-be-searched
initial
the
,
and
j
INSRT[
LX3
the
use
display.
depressed,
available.
are
a
scrolling
"NEXT"
keys
[
portion
cursor
[AITER|
Instruction
of
It
and
the
in
function
between
string
position
keys
CURSOR
the
an
is
the
function.
upper
the
and
be
can
Manual."
alternate
EDIT
part
line
as
current
the
and
used.
keys
cursor
ERASE
the
and
switch.
mode
the
of
cursor
key,
searched
DATA
has
display.
keys.
been
posi¬
-44-
3.
(1)
5
SETTING
When
played.
the
VARIABLE
BY
blank
shape
TURNING
setting
MENU
has
been
made,
the
following
menu
is
dis¬
(2)
(a)
(b)
(c)
With
"Face",
Basically,
mode.
Setting
make
To
IA1
IVl
The
same
the
with
To
return
play,
screen
reverse
is
key
interaction
by
new
the
data,
turning
Depress
the
Now
Depress
this
is
DATA
depress
is
displays
for
data,
the
process
the
variable
the
menu,
"O.D.",
other
executed
a
selection,
keYs
selection
to
desired,
selecting
change
|
END
|
**
MEMORY
the
turning
or
j*-[|
the
preceding
the
it,
and
the
mode.
menu-.
|
turning
ENTER
MENU
O100H
Face
O
4Groove
END
following
by
move
the
can
to
|
EXIT
depress
and
between
the
insert
key
|
**
2
5
EXIT
processes
the
following
the
WH
J
be
effected
g
j1
|
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input
display
graphic
the
to
the
key
turning
shown
block,
location
the
finish
again
below.
during
cursor
modify
shape
to
or
4
or
—TOOL
and
of
exe-
I.D.
more
(c)
Shape
exceeding
START
POINT
OVERHUNG
—
39
blocks.
-70-
INTERRUPTION
INTERRUPTION
INTERRUPTION
INTERRUPTION
4
Jh
Si
3
2
1
START
POINT
-
CUTTING
—
LINE
3.
9.
2
When
Grooving
has
been
Set
3*9.
(1)
(2)
(a)
2.1
The
Set
Input
For
O.D.
display
the
groove
the
example,
grooving
shown
Groove
to
**SHAPE**
GrovWi
Bo
Left
EdgeWid
MEMORY
shape
Widty*
input
below
0100:
N4100
G00
N4101
H
om
11
as
is
G40
dth-
X
Z
th=
follows:
r,0.4
OD
(OD-
G96
-
=
EXIT
inch",
called
GROV
T0606;
S700
up*
ROUGH
GROOVE-
M03
dify
mo
:
Right
Left
Edge
LSK
T06
ROUGH)
C—
+
C-R
+
[A
ANUAL
00000
X
R
X
R
;
it
=
=
=
=
-
N0000
RDY
NTER
(b)
(c)
(d)
(e)
Depress
The
cursor
Input
Then,
Input
Then,
Input
Then,
Input
required
Then,
ED
the
the
the
the
the
the
the
if
the
00
moves
coordinate
X
cursor
Z
coordinate
cursor
tool
cursor
X
coordinate
The
cursor
edge
right
to
moves
moves
width.
moves
moves
in
11
Bottom
of
to
of
to
to
of
corner
this
the
the
to
sequence.
Xrt*
groove
"Left
groove
"Edge
"Right
the
right
has
RIGHT
"+C-R11
Z"
Width".
X".
no
.
bottom,
flank,
left
corner.
chamfer
COORDINATE
X
or
rounding.
However,
this
input
is
not
-71-
(f)
Input
Here,
the
"+"
right
value
corner
for
is
chamfer
chamfer,
amount
and
rounding
or
_n
n
value
is
for
amount.
rounding.
(g)
(h)
(i)
(j)
To
input
Depress
To
input
Depress
Then,
Input
This
rounded
Then,
Input
Input
Then,
Input
Input
statement
the
tool
To
modify
[
the
the
input
.
the
the
in
the
the
the
chamfer
00-
rounding
-
[•[
J
cursor
X
coordinate
is
cursor
left
the
cursor
tool
edge
taking
edge
some
not
corner
same
edge
R
"0.1
2
['
moves
moves
way
moves
R
the
when
of
inch",
in
"0.2
WR
j
|
required
chamfer
as
R.
the
of
tool
either
the
input
this
inch",
,
in
|
"Left
to
the
of
LEFT
COORDINATE
to
"+
for
to
"Edge
grooving
edge
corner
data,
sequence.
this
sequence.
X".
left
corner.
when
X
-
R".
C
amount
(f)
right
R".
at
R
move
the
or
corner.
tool
groove
is
chamfered
left
corner
rounding
used.
finishing
cursor
the
amount.
With
or
to
is
not
this
is
rounded.
the
chamfered
input,
generated.
to-be-modified
an
Input
nor
NC
(k)
item
with
Depress
Now,
the
the
O.D.
the
cursor
ENTER
j
groove
|ÿvj
|
key.
finish
keys
shape
has
-72-
the
or
been
|
WR
set.
j
key.
3.
9.
2.
2
Face
Groove
Turning
(1)
(2)
The
Input
screen
and
set
will
show
**SHAPE**
Gr
Bo
Lower
EdgeWid
MEMORY
in.
as
N4300
G00
N4301
ovWi
11
Par.
om
the
d
following
FACE
(FACE-
G40
G36
t
h
=
Z
=
X
=
=
t
h
EXIT
3.9.2.
T0S06;
GROV
5700
1,
display
ROU
GROOVE-
M03
d
mo
i
bt
urns
"Outer
UPPER
Z
(in
T06
ROUGH)
;
Upp
e
r
C-R
+
Lower
FC-R
Edge
_
LSK
jfyj
f
MANUAL)
diameter
COORDINATE
00000
Z
=
Z
=
R
=
S
face
j
(E
NTER
groove
N0000
RDY
groove".
rough
turning):
3.
(1)
(2)
3.
(1)
2.
9.
The
O.D.
Set
9.
2.
The
offset
(i)
SPECIFIED
TIP
3
Inner
screen
groove.
by
Precautions
4
tool
O.D.
TOOL
POINT
Diameter
the
tip
display
groove
will
same
position
also
(O.D.)
show
method.
as
TOOL
the
is
specified
follows.
(ii)
Grooving
same
Face
LOWER
Z
display
as
groove
COORDINATE
that
as
follows.
TOOL
'SPECIFIED
TIP
POINT
TOOL
shown
Set
(iii)
when
the
I.D,
SPECIFIED
TIP
control
groove
TOOL
POINT
turning
points
/I
an
in
TOOL
the
Control
Point
3
Control
Point
3
Control
Point
2
-73-
(2)
(i)
The
If
finish
the
edge
shape
width
cannot
is
be
wider
set
than
in
the
GROOVE
WIDTH
the
following
groove
EDGE
WIDTH
cases:
width.
(ii)
Depress
be
disprayed.
th
If
the
groove
The
relationship
tool
the
the
length
to
approaches
j
ENTER
obtained
the
(FINISHING
between
|
edge
in
and
key
by
adding
width
ALLOWANCE)
0
05
is
inch__
the
the
example
the
I
|
0.5
tool
message
finishing
longer
inch|
and
shown
0
45
5
0
than
0.45
inch
TOOL
0
05
inch
(FINISHING
workpiece
above.
0.05
"Edge
width
allowances
the
groove
ALLOWANCE)
will
on
be
is
both
width.
too
as
wide"
sides
follows
will
of
if
Therefore,
the
If
this
in
displayed.
and
depress
in
j
ENTER
example,
Change
this
the
j
key
the
|ENTER|
case,
is
message
the
finishing
depressed
"Change
finishing
key
allowances
after
again
-74-
inputting
value
allowances
the
in
cannot
of
finishing
from
SHAPE
be
the
dimensions
0.05
display.
obtained.
(w)."
cut
0.025
to
shown
will
or
less
be
(iii)
(iv)
Special
Escape
If
walls
the
on
turning
from
are
groove
such
the
interaction
removed
entrance
as
turning
mode
result
as
a
bottom
and
WALLS
ARE
REMOVED.
V'XHAMFERING
X
ROUNDING
V-belt
and
by
as
grooves
manually
specifying
shown
is
input.
chamfering
below.
not
possible.
and
rounding
(v)
(vi)
(vii)
(viii)
If
the
Turning
This
workpiece
Making
Rounding
below
.
groove
more
a
groove
the
bottom
than
can
inside
corners
two
be
is
of
not
grooves
turned
a
groove
a
tapered
ROUNDING
flat
as
GROOVE
BOTTOM
in
by
GROOVE
GROOVE
ROUNDING
(0
shown
one
turning
as
block
process
shown
below.
different
in
below.
adjoining
as
shown
a
groove
below.
processes.
as
shown
Rounding
In
this
finish
case
shape
in
grooving
round
as
follows.
makes
the
GROOVE
finish
the
ROUNDINGINGROOVING
GROOVE
workpiece
ROUND
-75-
by
HERE.
shape
manual
different,
input
after
as
shown
setting
below.
the
(3)
(4)
The
groove
cycles.
dwell
The
sions:
G97
For
P-
Revolution
Chamfering
corner
left
and
in
cally
interactive
by
In
the
side
by
Chamfering
below
.
Dwell
:
60
of
right
an
the
time
(sec)
motion
a
groove
end
case
same
is
is
finished
time
is
be
can
X
2
Speed
in
parameters.
is
an
groove
of
an
turning
(rpm)
automatically
with
O.D.
compensated
by
inserted
calculated
a
or
is
larger
O.D.
method
GOO
step
I.D.
groove,
to
and
finish
to
automatically
For
=
P
compensated
the
if
groove
than
that
as
match
G01
the
G%:
n
difference
the
for
example,
that
cycles
groove
X
Groove
Peripheral
of
or
groove
for
the
for
bottom
using
Bottom
finishing
in
of
Z
coordinates
step
chamfering
higher
the
rather
the
X
Speed
X
coordinates
clearance
lower
than
uniformly.
following
Coordinate
(inch)
(ft/min)
chamfering
input
on
side,
is
side
by
expres¬
input
amount
the
wasteful.
as
fixed
X0.01
of
verti¬
lower
shown
a
at
set
(5)
[ENTER]
The
tool
groove
finishing
finishing,
play
finish
is
approach
cursor
width
.
edge
R
ishing
groove
(ENTER
new
data.
If
roughing
the
APPROACH
/
/
/
is
roughing
.
the
skipped
shape
display
is
the
If
amount
differs
roughing,
|
key
the
and
same,
key.
POINT
7=4
changed
and
Thus,
basic
to
display
is
set
to
edge
in
from
depress
after
tools
for
finishing
depress
CLEARANCE
Left
than
between
in
data
show
set.
the
width
groove
that
inputting
groove
Side
Right
groove
groove
dis¬
the
the
if
The
edge
fin¬
the
are
the
AMOUNT
Higher
Side
or
in
**SHAPE**
N4200
G00
N4201
H
EdgeWi
Edge
MEMORY
than
OD
T0606;
th
R
EXIT
AMOUNT
Side
Left
GROV
GROOVE-
S700
=
-
CLEARANCE
Right
(OD-
G40
G96
d
Higher
Side
FIN
M03
.
.
d
too
i
---
l
2000
160
ty
i
;
LSK
APPROACH
»
—
-
---
/
/
t
T06
00000
FIN)
I
MANUAL
POINT
j
---
N0000
RDV
NTER
lb
(6)
The
by
consideration
it
(7)
Groove
width
roughly
and
an
of
NC
G40.
based
edge
NC
groove
program
Instead,
on
finishing
and
edge
by
width
program
roughing
the
the
edge
setting
to
output
edge
is
width
are
turn
in
NC
programs
R
R
amount
also
performed
are
finishing
the
same.
chamfering
is
created.
groove
amount,
identical.
allowances
finishing
of
are
in
set
chamfering
If
and
-76-
positions
created
the
in
groove
Groove
rounding
finish
U
does
by
roughing
bottom
and
and
use
not
_
and
X
automatically
to
display.
and
0
if
shape
W
rounding
after
only
edge
_
Z
only
wall
the
a
R
compensation
,
taking
calculating
the
if
are
finished
groove
are
required,
fixed
cycle
into
groove
width
3.9.3
Drilling
Setting
(1)
(2)
(a)
(i)
(ii)
The
Set
Drill
screen
finish
the
pattern
Input
For
example,
Depress
The
cursor
Input
will
End
the
show
**SHAPE**
shape
1
pos.
keys
moves
feedrate.
G00
GST
XD
N5201
End
Depth
Re
treat
Feedrate
MEMORY
by
Z.
to
input
the
T0101
S350
;
pos.
of
operating
to
following
DRILL
:
M03;
Z.2;
Z
—
u
t
c
=
=
-
EXIT
"-1.8
"Feedrate"
the
~|
[
inch":
display.
PAT
d
Jmo
as
T0
2
.0000
40
80
y
i
f
jviANUAlj
follows.
0
position.
1
(Drill
00000
pattern
N0000
RDY
NTER
E
sequentially
2)
.
(b)
(ill)
(iv)
(v)
0)
The
Modification
Move
0
Depress
or
not
Depress
The
Drill
Input
After
feedrate
key.
the
The
allowed
finish
pattern
the
cursor
the
approach
modify
insert
the
shape
2
End
pos.
inputting,
is
automatically
by
[EXIT]
key
display.
|
key
in
the
escape
p£NTER~]
of
Z.
the
operating
when
displays
display
key.
Drill
pattern
cursor
displayed.
the
wishing
the
and
1
moves
cursor
to
present
the
is
now
the
to
However,
return
mode.
F3
set.
"Depth
key
and
to
a
1
the
The
cannot
of
change
previous
cut."
keys
mode
be
is
or
change
used.
possible.
by
the
display,
is
-77-
(c)
(ii)
(iii)
(iv)
(v)
(i)
(ii)
(iii)
(iv)
Drill
Input
The
changed.
The
cursor
Input
This
is
rewritten
rewritten
Depress
The
cursor
Input
Depress
finish
The
pattern
Input
After
Input
After
Input
Depress
The
finish
the
depth
the
value
the
End
the
the
the
the
depth
of
moves
"Retreat."
displays
in
also.
the
moves
feedrate.
|
the
shape
3
pos.
input,
depth
input,
feedrate.
|
the
shape
of
cut
this
WR
|
ENTER
of
Z.
the
of
the
ENTER
of
cut.
to
|
to
cut.
is
the
the
display,
key
the
|
key.
Drill
cursor
cursor
|
key.
Drill
automatically
"Retreat"
"Retreat"
the
as
it
is.
"Feedrate"
pattern
moves
moves
pattern
position.
the
in
NC
However,
position.
is
2
to
to
3
is
displayed.
NC
setting
now
set.
the
"Depth
"Feedrate"
the
now
set.
setting
retreat
a
change
However,
data.
cut"
of
position.
it
If
is
automatically
can
also
position.
the
can
retreat
be
be
made.
-78-
3.9.4
1)
(
Setting
The
Threading
following
will
be
displayed.
(O.D.
taper
thread)
(2)
(a)
(b)
Set
the
Input
To
input
Depress
The
value
the
thread
"Height"
pos.
Input
For
example,
,
|WR|
finish
the
"0.08
the
column
Z"
coordinate
the
in
succession.
shape
pitch.
DEE
obtained
height
end
pos.
when
-•fc*SHAPE**
G00
G97
M23
N6301
H
ch
t
Pi
pos.
End
Base
Base
Height
MEMORY
as
inch"
by
set
when
position.
Z
inputting
OD
T0303;
S20
M03:
;
X2.5
=
Z
di
am=
Z
=
=
EXIT
follows.
for
example:
and
multiplying
the
by
input
coordinates.
The
cursor
TAPER
Z0:
modi!
|WR|
interactive
is
performed.
"-1.6
moves
1st
Edge
(29,
Taper
LSK
y
keys
the
inch",
03
T
depth=
angle
30,
ratio=
ANUAL
in
pitch
parameter
depress
the
to
00000
55,
\h
=
60,
NTER
N0000
.
80)
RDY
succession.
the
by
The
keys
"Base
140
55
6
1
coefficient
be
will
cursor
j
diam"
displayed
moves
-
| |t|
position.
to
•
|
calculate
in
the
to
"End
G
|
1
1
and
(c)
(d)
(e)
Input
the
3
coordinate
Input
The
Input
The
by
is
The
the
cursor
the
thread
the
input.
cursor
|T
6
pitch
base
and
position.
base
moves
thread
height
value.
However,
moves
diam.
,
0
Z
coordinates.
the
to
height.
obtained
is
changes
to
the
For
in
"Height"
Values
"1st
example,
succession.
position.
multiplying
by
be
will
also
can
depth"
-79-
when
inputting
The
displayed
be
made.
position.
"3.6
cursor
the
moves
value
automatically
Depress
inch",
set
to
the
by
when
depress
the
the
0
"Base
parameter
the
pitch
key
keys
Z"
.
(f)
Input
changes
the
can
"1st
also
depth".
be
made.
The
value
automatically
is
displayed.
However,
(g)
(h)
(i)
Cii)
Depress
Input
"60°"
tapered,
can
The
requires
Input
the
or
be
cursor
the
expressed
X-axis
Tapered
X-axis
Tapered
The
the
jWRj
edge
"55°"
respectively.
rewritten
moves
no
taper
taper
by
plus
part
Approach
minus
part
Approach
taper
angle.
will
the
ratio
key.
be
by
selecting
to
ratio.
ratio.
following
radius
point
radius
point
is
The
displayed
As
the
The
expressions.
difference
-
Z
Taper
difference
-
Z
Taper
the
set
cursor
the
29°,
"Taper
radius
end
ratio
end
ratio
value
comment
moves
automatically
in
30°,
55°,
ratio"
difference
=
Z
pos.
coordinate
=
Z
pos.
coordinate
interactive
of
the
to
if
display
the
60°or
position.
of
"Edge
the
screw
80°.
Depress
Cylindrical
the
tapered
parameters.
angle"
is
mentions,
position.
cylindrical
the
WR
the
j
threading
can
part
value
key.
|
or
be
3.
(1)
(i)
(j)
(k)
5
9.
Cutting
turning
than
grooving,
data
by
tried
Derpess
Modification
Move
modification.
Depress
approach
Depress
The
Where
twice
For
example,
remain.
first
The
interaction
.
the
cursor
the
the
display.
the
thread
Programming
off
by
the
finish
(2)
(4)
Threading
same
if
previous
interactive
is
not
WR
|
|
EXIT|
|
|
ENTER
not
Closed
menu
O.D.
possible.
key.
using
key
|
key.
shape
Possible
loop
of
grooving
interactive
data
_
[/ÿ\J
to
has
more
are
No
and
return
now
Interaction
by
cycle
than
is
data
deleted
problem
_
to
been
turning
ordered
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rods
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more
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3.
(1)
10
PROGRAM
After
appear
and
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setting
l.D.
shown
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grooving,
on
INSERTION
the
finish
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drilling,
the
display.
shape,
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the
display
or
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display
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not
to
shown
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insert
set
in
turning
created
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finishing
menu
program
for
will
face,
will
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(2)
(a)
0)
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the
the
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program
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-
3.11
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SETTING
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finished
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as
display
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shown
below
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must
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displayed
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process
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program
deter-
set
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2
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select
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to
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1
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1
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a
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required.
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to
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data
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Use
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edge
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compensation
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I
or
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tool
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cancel
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at
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12
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Depress
transfer
3.
12.
2
Escape
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and
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3.13
3.
END
J
in
The
escaping
PRECAUTIONS
13.1
Programs
ferred
(1)
Other
Data
(2)
Memory
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New
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(b)
Old
Data
to
|
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shape
to
.
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of
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Escape
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from
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or
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created
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mode
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data
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Key
in
such
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display
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FROM
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material
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returns
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displayed
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in
memory
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transferred
transferred
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.
the
direction,
next
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of
of
INTERACTIVE
Created
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variable
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to
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display
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depressing
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to
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Data
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normal
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when
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to
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YASNAC
3.5,
MODE
during
is
in
the
display
Transfer
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part
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the
memory
block
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turning
Program
not
possible
the
Continue
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EXIT
mode.
interactive
program
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|
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LX3
Operator's
|
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ENTER
and
using
in
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menu.
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during
variable
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key
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immediately
operation
memory.
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key
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and
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N
D
the
are
skip
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creation.
turning
proceed
key.
interactive
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3.13.1
to
ON
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menu
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mode
trans¬
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the
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1
3.
13.
The
the
be
3.13.
(1)
(a)
2
Interactive
interactive
interaction
sought
3
Interference
Inner
free
I.D.
ends
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turning
Data
Search
program
for
Check
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another
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)
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number
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turning
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or
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finish
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only
the
in
program
EDIT
number
mode.
should
If
(b)
In
end
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I.D.
In
end
setting
the
Z
coordinate
setting.
grooving
the
Z
coordinate
.
finishing
finishing
shape
+
(rough
+
INTER¬
FERENCE
/
1/
AUTOMATICALLY
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turning
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block
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escaping
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escaping
automatically
to
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INSERTED
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in
right
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in
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An
this
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For
the
Outer
cylindrical
I.D.
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diameter
escape
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right
should
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screws
end
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be
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Z
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grooving
check
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screws,
end
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INTERFERENCE.,"
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is
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clearance
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shape
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finish
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shown
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similarly
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in
to
In
the
(3)
In
right
escape
13.
3.
(a)
(b)
13.
3.
The
used
system,
gram.
section
Drilling
the
Notes
4
Since
delete,
Do
not
5
Generated
interactive
by
Accordingly,
and
end
setting.
all
the
and
finishing
Z
coordinate
Editing
on
control
add
or
change,
NC
NC
selection
the
user
a
sequence
delete,
Statements
section
section,
shape
shown
+
Interactive
is
performed
or
determines
type
the
of
no
switching
need
not
end
Program
number
add
of
inch
be
INTERFERENCE
V'
;
1
above,
clearance
Using
the
by
manually.
control-in,
automatically
edge
concerned
R
millimeter
or
parameters
AUTOMATICALLY
BLOCK
block
a
is
EDIT
inserted
Z"
the
sequence
control-out,
the
compensation,
for
unit
are
provided
these
with
escaping
Key
number,
type
setting
creation
settings.
INSERTED
the
to
automatically
do
not
(
or
of
)".
"
coordinate
of
a
of
in
the
"material
in
change,
system
coordinate
NC
an
interactive
the
pro¬
-86-
3.
14
MESSAGES
IN
INTERACTIVE
MODE
number
0
O
number
number
O
Item
data
Block
Rough
First
block
end
Get
function
point
End
of
center
point
End
of
center
Center
Affect
(Yes:
Can't
next
block
modify
to
cutting
point
is
not
next
1/No:
correct
Message
already
is
set
does
missing
is
can
(0:
(0:
set
block
0)
due
exist
wrong
not
does
data
linear
set
calculating
by
upper/1
left/1
?
to
exist
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dose
:
right)
arc
:
exist
not
only
lower)
in
exist
Enter
another0number.
Enter
another
new
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up
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Enter
data
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insert
the
rough
Set
a
Depress
Depress
Depress
Depress
Enter
See
Delete
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the
either
either
the
coordinatesofthe
(5),
(6),
the
block
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number.
number
O
an
into
mode
turning
|L1NEAR|
|CALC|
(jT|
[o]
and
circular
affected"
available
and
menu,
or
or
(7)
in
Par
block
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and
item
specify
create
key
key
[T]
m
center.
3
and
create
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and
and
.
9.1.
block.
a
enter
find
make
Action
a
program
program,
linear
the
modification.
a
interactively.
and
data.
point
end
set
a
finishing
(See
Modify
Sect.
menu.
4
by
selecting
)
the
Edge
width
Change
Change
Intersection
Data
to
set
Error
in
Program
Chamfer
No
linear
Present
Block
exceeds
Input
Please
input
Please
Change
last
is
wide
too
point
item
round
finishing
of
finishing
of
calc
does
overflow
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in
value
value
modify
block
or
commandinlast
is
not
drawing
Z
in
data
X
block
to
linear
cut
cut
error
not
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succession
block
memory
area
command
(U)
(W)
Reenter
Return
Modify
Return
modify
|
insert
Reenter
The
number
There
Reenter
The
last
Data
are
The
end
Enter
Enter
Change
the
cutting
edge
the
to
the
the
to
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correctly
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properly.
blockinthe
written
point
m
[x]
the
data
basic
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error.
variable
key
blocks
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memory
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went
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CHAMFER/ROUNDING
CHAMFER/ROUNDING
last
block
width.
display
turning
exceeded
chamfering
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linear
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to
and
menu
39.
shape
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drawing
and
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enter
display
and
No
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not
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AMOUNT,
AMOUNT.
reenter
fimshig
select
entry
linear.
Set
new
Modify
allowance.
the
insert
possible.
is
blocksinthe
Instructalinear.
the
after
data
the
data
and
the
with
finishing
write-in.
respecify.
shape.
-87-
3.
15
FINISH
TURNING
EXECUTED
WITH
COMPACT
NC
PROGRAMMING
FUNCTIONS
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1
Initialization
2.
Drilling
3.
Face
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4.
Outer-Diameter
5.
Inner-Diameter
6.
Face
Finish
7.
8.
9.
10.
1
1
12.
*
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Nos
Outer
Inner
Diameter
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Groove
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Diameter
06
s
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07)
indicate
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M2,
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turning
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1
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tool.
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(T02)
(T03)--
(T04)
(T05)
piece
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DIA.
4
Round
x
4
bar
Page
100
105
107
108
109
112
113
115
(in.)
87
87
89
92
fell
at
m,
M
a:
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m
V„°v'<?
ft:
II'
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3.
(1)
(a)
(b)
15.
1
Initialization
Set
program
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and
depress
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key
Input
and
Comment
depress
Program
2
New
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Program
[ENTER]
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No.
No.
Data"
|ENTER|
No.
then
key.
**
PROGRAM
Program
Comme
NUMBER
Old
1
New
2
t
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number
Data
Data
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—
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O
(
N0000
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Inner
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key
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=MHBI/
AN
—
1
UAL
Norma
:
:
Revo
L
!
IS
t
f
l/l
v/
o
ENTER
NTER
N0000
rse
1
Of
:
RDY
:
Hi
1
RDY
gh
f
(4)
Set
finish
End
pos
Depress
.
key
shape.
2
.
-1.8
[ENTER]
**SHAPE**
G00
G97
X0;
N5201
H
End
Dep
Re
treat
Feedrate
EDIT
-90-
O0000
i
DRILL
T0101
S350
Z.2
pos.
Z
of
th
cut-
EXIT
;
M03;
M00;
=
=
=
PAT
[mod
insert
T0
2
8000
.
40
80
LSK
f~y]
i
[MANUAL!
[E
NTER
N0000
RDY
(5)
Set
escape.
Depress
.
key
[ENTER|
**BSCAPE**
N5201
N5202
N5203
;
Z.2
G74
DRILL
M00;
2-1.0
PAT
K.8
T01
2
00000
F.00B;
N0000
3.15.3
(
1)
Face
Variable
menu.
Select
Depress
.
key
Rough
turning
1
Face".
"
[ENTER]
Turning
Escape
Spindle
Progr
EDIT
**
1
4Gr
EDIT
am
MENU
N5204
G51
N5205
Face
o
END
;
o
point-
**
e
v
stop—
end
G00
M0i;
=
EXIT
2
O.
Drill
H
-<=3
EXIT
2
DHH/I
MB
2.16;
D.
:
Fr
|mo
j
m
insert
insert
o
e
x
d
3
6Th
d
Ma
:
1
point
e
Yes
:
e
Y
1
:
LSK
y
|
i
f
I.
D.
read
LSK
y
|
f
i
chine
s
00000
4ANUAL
org
RDY
ENTER
N0000
RDY
ENTER
(2)
Detailed
menu
.
Select
rough
Depress
.
key
turning
"3
rt
.
|ENTER|
Free
**
1
EDIT
“91-
MENU
N5204
G5i
N5205
H
Face
rough
END
**
Z.16;
G00
;
M01
2
;
Face
fin
G7
Free
0
rough
0
4
G7
Free
fin
0
o
N
N0000
n
"B
EXIT
PROCES
SEARCH
LSK
4ANUAL
RDY
ENTER
:
(3)
(4)
approach
Set
no,
Tool
Surf
speed
max
Spin
Depress
.
key
basic
Set
Depress
.
key
data,
0202
=
700
-
-
4000
|ENTER|
data.
|ENTER]
**APPROACH**
N5204
G51
N5205
Approach
no
Tool
speed
Su
rf
speed=
Spin
Spin
max
EDIT
DATA**
**B.
G50
G00
G96
N1301
H
allowance
Fin
Feedrate
;
X=
Z
S4000;
T0202;
S700
G00
M0i;
=
=
=
=
FACE
X4
EXIT
.
FACE
Z
M03;
2
16
.
4.2000
.
[modi
insert
FREE
Z.08;
U
W
F
FREE
;
800
=
=
ROU
Ge
a
r-BUSEH/
:
2
Turn
"BBBBHBBBH
:
1
=——«/!:
Oil
=
Work
JBM/l
LSK
y
|
f
plANUAlJ
ROU
T02
80
40
,
100
00000
Low
Re
00000
verse
(E
KTER
:
1
L/2
Off
N0000
:
Hi
RDY
N0000
:Of
gh
f
(5)
(a)
finish
Set
0
Z
=
Depress
.
key
shape.
BLOCK
ENTER
EDIT
**SHAPE**
End
x
EDIT
<1
pos.
z
LSK
EXIT
FACE
X:
-
=
h
ARC
[modify]
insert
FREE
CHAM
FER
ROU
LSK
MANUAL
\
T02
ROUND
O0000
ENTER
INSERT
i
BLOCK
ENTER
RDY
N0000
RDY
I
O
-92-
(b)
X
0.7
=
Depress
.
key
BLOCK
ENTER
**SHAPE**
pos.
End
c
An&l
Fccdra
X
FACE
=|
X!
e
t
F
=
FREE
ROU
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40
N0000
I
l
i
i
;
;
!
I
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(c)
Depress
|
then
key,
t>
ENTER]
key.
EDIT
<
**SHAPE**
pos.
End
Ang
e
1
Feedrat
X
z-
EDIT
LI
<
LSK
FREE
CHAM
FER
CHAM
FER
ARC
FACE
X!
-
e
F
=
ARC
ROU
LSK
ROUND
IE
T02
OUND
00000
RDY
[BLOCK
ENTER
N0000
1
N
;
:
r
i
RDY
LOCK
NTER
SEPT
I
O
t>
(6)
Program
Depress
.
key
insertion.
|ENTER|
**INSERT**
G50
G00
G96
N130I
EDIT
-93-
Insert
S4000
T0202;
S700
X4.2
FACE
program
EXIT
;
M03I
Z.09;
FREE
[modi
insert
ROU
T02
after
cursor
LSK
fy]
[VLANUAJ
00000
[E
N0000
RDY
NTER
(7)
(a)
escape.
Set
Select
point"
Depress
.
key
,T2:Free
.
[ENTER]
ESCAPE**
**
N1301
N
302
1
303
N
1
FACE
X4.2
G00
G01
Z.08;
G41
X.700
FREE
X4.208
F.01;
ROU
T02
Z
00000
004
.
N0000
;
(b)
Input
other
No
accepted
operation
at
turning
Depress
.
key
Free
input
because
is
|ENTER|
point.
stopped
end
is
point.
Escape
Spind
Prog
ram
EDIT
**ESCAPE**
NI301
1
N
N
1
B
Escape
X
Z
k
EDIT
1
302
303
:
poin
e
point=
=
=
s
end
t
X4.2
G00
G01
t-
op
EXIT
FACE
EXIT
=
=
2:
Z.08;
G41
X.708
0
Free
[mo
I
iima
FREE
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[mod
insert
1
1
d
i
X4.20Q
F.0t;
t
Machine
1
:
point
Yes
:
1
Yes
LSK
y
I
f
1
vlANUA
i
ROU
T02
004
Z
.
g/1
o
:
r
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f
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;
c
hi
ENTER
NTER
n
*•
e
2
or
RDY
N0000
org
RDY
g
3.
(1)
1
5.
4
Variable
menu
Depress
key
Outer
Rough
Select
.
Diameter
Turning
turning
"2
[ENTER]
(O.D.)
O.D.".
**
H
4Gr
EDIT
-94-
MENU
1
N
N
1
N1305;
B
Face
END
303
304
o
ove
**
G01
G40;
2
5
EXIT
O.
Drill
X.708
D.
[mod
insert
3
6Th
F.01
I.
771
D.
read
LSK
;
MANUAL
1
00000
I
P
N0000
RDY
NTER
(2)
Detailed
menu
.
Select
Depress
.
k'ey
turning
ri
O.D.
1
[ENTER]
rough".
**
MENU
N1303
304
1
N
N1305J
B
O.
rough
N0000
4
Vree
fin
GVONon
00000
**
3
Free
rough
F.01;
X.708
G01
G40:
2
D.
O.
D.
fin
0
G7
(3)
Set
approach
Depress
.
key
data.
|ENTER|
EDIT
END
**APPROACH**
N1303
1
N
N1305;
B
Appr
o
ach
Tool
no
sp
Sur
f
speed=
Spin
Spin
max
EDIT
304
LSK
PROCES
OD
X.708
4.0400
SEARCH
ROUGH
800
.
0202
700
4000
[modi
insert
F.01
f
EXIT
G01
G40J
X-
Z=
—
d
e
e
=
=
EXIT
Gear
Turn-
Oil
Work
LSK
y
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AN
u
;
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2
I1
1
mm/1
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Q
=
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:
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1
:
;
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:
NTER
IE
rri3
r
11
ve
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NTER
ROY
N0000
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1
1
r
s
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RDY
e
f
f
Of
f
r
(4)
basic
Set
Depress
.
key
data.
|ENTER|
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N2100
G00
G96
N2101
B
Fin
De
Feedrate,
EDIT
-95-
DATA*
allowance
th
p
if.
(OD-
T0202J
S700
X4.04
of
cut
EXIT
OD
M03:
ROUGH
CYCLE-
Z.08;
U
=
W
=
=
D
F
=
[mod
insert
T02
ROUGH);
80
40
.
1
600.
120
.
LSK
y
{
f
i
MANUAL]
00000
(E
N0000
RDY
NTER
i
(5)
(a)
(b)
finish
Set
Depress
CALC
|
Select
Depress
.
key
shape.
<3
key
]
"Line
[ENTER]
key,
.
/Line
then
11
.
**SHAPE**
pos.
End
X
Z
EDIT
<
n
CALCULATE
x
•—
-
OD
=|
X
)
=
z:
ARC
INTERSECTION
Li
ROUGH
CHAM
FEE
n
e/Ci
4
T
1
I
I
I
I
l
1
I
I
N0000
T02
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POINT
c1e
r
\
Ci
(MENU)
c
r
BLOCK
ENTER
1
e/Ci
RDY
t>
rcle
N
(c)
A-pos
Angle
C-pos
C-pos
Angie
Depress
.
key
Z-Q
08
C1J
a°
b°=
90
=
-2.4
X
Z
-0.
-
-45
|ANSWER|
2
Line/Circle
FniT
EXIT
If
LSK
RDY
I
NTER
E
or
point)
(SETTING)
B
\
NSWE
Ik
b*
a*
RDY
pj
POINT
I
I
LSK
II
&.
AB
CD
Line
A-pos
B
An
C-pos
D-pos
Ang
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INTERSECTION
(Intersection
X
Z
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o
s
X
Z
-
a*
e
1
s
MENU
=
-
X
=
Z
=
X
=
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e
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(CLEAR
CALCULATE
Line
Line
1
Line
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EXIT
-96-
(d)
Depress
.
key
EXIT|
|
CALCULATE
&.
Line
Line
AB
Line
CD
POS
INTERSECTION
Line
A-pos
B-pos
Angl
C-pos
D-pos
Angle
:
X
Z
:
(Intersection
X
Z
=
X
Z
e
a0
X
Z
X
b*
2.0400
800
.
800
.
1000
.
point)
(SETTING)
B
\
\
b*
C
a_
a’
-VI.
POINT
=|
-
=
=
-
=
=
=
.
90
2.4000
.
45
1
t
(e)
Depress
|X|
and
[>
|
key
WR
1
then
keys.
TSTTH
**SHAPE**
End
p
o
s.
X
Z-
—
EDIT
<3
X>
Zj
i
MENU
OD
=
=
ARC
LEAR
I
Ic
ROUGH
FER
LSK
LSK
T02
OUND
It
00000
RDY
NSWEP.
N0000
r
i
T
RDY
LOCK
NTER
]
I
O
(f)
Depress
.
key
BLOCK
ENTER
**SHAPE**
End
X
EDIT
<3
-97-
pos,
Z
x!
z-i
i
=
=
ARC
OD
ROUGH
2.0400
CHAM
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r
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.
lj£i-
T
f>
(g)
X
Z
.
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key
2.4
=
1
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.
-0.
BLOCK
ENTER
**SHAPE**
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gle
An
Feedrat
X
poa,
-+Z
OD
ROUGH
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ZA
F
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40
T02
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N0000
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(h)
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-
Depress
key
*
BLOCK
ENTER
EDIT
<
**SHAPE**
End
Ang
1
Feedra
X
EDIT
<
LSK
ARC
OD
p
o
X
s.
=
Zi
e
e
t
F
=
Z
ARC
CHAM
FER
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I
LSK
I
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T02
P
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I
r
i
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T
LOCK
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RDY
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E>
(i)
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key
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OD
ROUGH
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1
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.
key
BLOCK
.
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X
te
OD
a)mount
Fi
ROUGH
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O0000
N0000
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z-
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3.6
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Depress
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key
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EDIT
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**SHAPE**
pos.
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g
e
1
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Z
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X!
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r
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Depress
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key
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LI
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pos.
le
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X
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Z
e
F
=
T02
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z
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t>
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key
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1
**SHAPE**
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X
[
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z
amount
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ROUGH
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T02
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