YASKAWA YASNAC LX3 Operator's Manual
YASNAC
LX
3
FOR
TURNING
APPLICATIONS
COMPACT
PROGRAMMING
FUNCTION
OPERATOR’S
MANUAL
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Before
initial
operation,
read
these
instructions
thoroughly,
and
retain
for
future
reference.
YASKAWA
This
manual
describes
the
operator
procedures
for
“Compact
Programming
Function”
which
is
an
option¬
al
function
for
YASNAC
LX3.
For
the
operator
procedures
for
the
basic
con¬
trol,
refer
to
the
manual
“YASNAC
LX3
Operation
Manual”.
Easy-handling
Functions
and
Latest
Technology
are
Supplied.
1
.
Easy
to
Operate
2.
Easy
Preparation
3.
Designed
for
Space
Saving
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-2-
CONTENTS
1.
FUNCTION
OUTLINES
AND
FEATURES
2.
NC
OPERATOR
PANEL
AND
DISPLAY
2.1
NC
OPERATOR
PANEL
FUNCTION
OUTLINES
2.2
DISPLAY
IMMEDIATELY
AFTER
TURNING
POWER
ON
2.3
CONSTANT
DISPLAY
MESSAGES
2.4
FUNCTION
DISPLAY
7
8
8
14
15
18
3.
INTERACTIVE
PROGRAMMING
3.1
NC
UNIT
INTERNAL
CONFIGURATION
AND
FLOW
OF
INTERACTIVE
PROCESSES
3.2
CALL
UP
OF
INTERACTIVE
MODE
3.3
PROGRAM
NO.
SETTING
(FOR
NEW
DATA)
3.4
SETTING
BLANK
SHAPE
3.5
SETTING
BY
VARIABLE
TURNING
MENU
3.6
SETTING
WITH
DETAILED
TURNING
MENU
(ROUGHING,
FINISHING)
3.7
SETTING
OF
APPROACH
3.8
SETTING
OF
BASIC
DATA
3.9
SETTING
FINISH
SHAPE
3.10
PROGRAM
INSERTION
'
3.11
ESCAPE
SETTING
3.12
ESCAPE
FROM
INTERACTIVE
MODE
3.13
PRECAUTIONS
3.14
MESSAGES
IN
INTERACTIVE
MODE
3.15
FINISH
TURNING
EXECUTED
WITH
NC
COMPACT
PROGRAMMING
FUNCTIONS
4
CALCULATION
FUNCTION
4.1
INTERSECTION
POINT
OF
LINE
AND
LINE
4.2
INTERSECTION
POINTS
OF
LINE
AND
CIRCLE
4.3
CONTACT
POINTS
OF
LINE
INTERSECTING
ONE
POINT
AND
A
CIRCLE
4.4
CONTACT
POINTS
OF
LINE
OF
THE
SPECIFIED
ANGLE
AND
CIRCLE
4.5
CONTACT
POINTS
OF
A
LINE
THAT
CONTACTS
TWO
CIRCLE
4.6
INTERSECTION
POINTS
OF
CIRCLE
AND
CIRCLE
4.7
CONTACT
POINTS
OF
CIRCLE
THAT
INTERSECTS
ONE
POINT
AND
CONTACTS
A
LINE
—
129
4.8
CONTACT
POINTS
OF
CIRCLE
CONTACTING
A
LINE
AND
CIRCLE
4.9
CONTACT
POINTS
OF
CIRCLE
CONTACTING
TWO
LINES
4.10
CONTACT
POINTS
OF
CIRCLE
THAT
INTERSECTS
ONE
POINT
AND
CONTACTS
CIRCLE-
-
132
4.11
CONTACT
POINTS
OF
CIRCLE
CONTACTING
WITH
TWO
CIRCLES
4.12
CENTER
POINT
AND
RADIUS
OF
A
CIRCLE
THAT
INTERSECTS
POINTS
5.
PROGRAM
MODIFICATION
5.1
PREPARATIONS
FOR
MODIFICATION
5.2
MODIFICATION
PROCEDURE
5.3
ENDING
THE
PROGRAM
MODIFICATION
6.
DRAWING
OF
PROGRAMMING
6.1
SETTING
1
6.2
SETTING
OF
DRAWING
PROGRAM
6.3
HOW
TO
ENTER
THE
DRAWING
MODE
6.4
MATERIAL
SETTING
6.5
CLEARING
THE
DRAWING
6.6
SHAPE
..
6.7
START
OF
DRAWING
6.8
SETTING
THE
DRAWING
AREA
6.9
SETTING
2(DRAWING
END
OPERATION)
7.
OPERATION
OF
A
GENERATED
PROGRAM
8.
OPERATION
OF
INTERACTIVE
PARAMETERS
8.1
HOW
TO
ENTER
THE
INTERACTIVE
PARAMETERS
DISPLAY
8.2
SETTING
THE
INTERACTIVE
PARAMETERS
9.
INTERACTIVE
PARAMETER
LIST
39
39
41
41
43
45
46
51
55
57
81
82
84
84
87
89
118
119
123
124
125
126
128
130
131
133
135
136
136
136
142
143
144
144
146
-•
148
150
151
151
153
155
156
157
157
157
160
-3-
:
:
INDEX
Chapter
Section
No.
Subject
C
CALCULATION
FUNCTION
CALL
UP
OF
INTERACTIVE
MODE
.
CENTER
POINT
AND
RADIUS
OF
A
CIRCLE
THAT
INTERSECTS
POINTS
CLEARING
THE
DRAWING
Common
mode
display
CONSTANT
DISPLAY
MESSAGES
CONTACT
POINTS
OF
A
LINE
THAT
CONTACTS
TWO
CIRCLES
-
CONTACT
POINTS
OF
CIRCLE
CONTACTING
A
LINE
AND
CIRCLE
CONTACT
POINTS
OF
CIRCLE
CONTACTING
TWO
LINES
CONTACT
POINTS
OF
CIRCLE
CONTACTING
WITH
TWO
CIRCLES
CONTACT
POINTS
OF
CIRCLE
THAT
INTERSECTS
ONE
POINT
AND
CONTACTS
A
LINE
4
CONTACT
POINTS
OF
CIRCLE
THAT
INTERSECTS
ONE
POINT
AND
CONTACTS
CIRCLE
CONTACT
POINTS
OF
LINE
INTERSECTING
ONE
POINT
AND
A
CIRCLE
4
CONTACT
POINTS
OF
LINE
OF
THE
SPECIFIED
ANGLE
AND
CIRCLE
4
D
Deleting
Process
Display
by
CDGN
)
(DIAGNOSIS)
FUNCTION
Key
Display
by
means
of
(PRM
)
FUNCTION
Key
Display
by
the
use
of
[SET
)
FUNCTION
Key
Display
for
Interactive
Parameters
#30
to
#39
Display
for
Interactive
Parameters
#40
to
tt
49
Display
for
Interactive
Parameters
#50
to
#59
Display
for
Interactive
Parameters
#60
to
#69
DISPLAY
IMMEDIATELY
AFTER
TURNING
POWER
ON
Display
with
(ALM
)
FUNCTION
Key
Display
with
(COM
)
(COMMAND)
FUNCTION
Key
Display
with
(OFS
)
FUNCTION
Key
Display
with
(POS
)
FUNCTION
Key
Display
by
(PROG)
(PROGRAM)
FUNCTION
Key
Drawing
DRAWING
OF
PROGRAMMING
Drilling
Drilling
Setting
E
EDIT
mode
ENDING
THE
PROGRAM
MODIFICATION
ESCAPE
FROM
INTERACTIVE
MODE
Page
118
4
3
3.2
4
......
4.12
6
6.5
2
......
2.4.6.
1
41
;
135
150
27
2
2.3
15
126
4
4.5
130
4
4.8
4.9
131
4
4
4.11
133
4.7
129
4.10
132
4
4.3
124
4.4
14
5
......
5.
2.2.
3
2
......
2.4.2
2
......
2.4.3
•
2
......
2.4.4
8
......
8.2.2
•
140
19
20
23
158
8
8
2
3
8.2.4
8.2.5
158
159
8
8
159
2
2.2
14
2.4.1
18
2
2
......
24.5
2
......
2.4.8
2
......
2.4.7
2
......
2.4.6
3
......
3.15.2
25
38
37
26
117
6
143
3
3.15.2
3.9.3
89
3
77
2
2.
4.
6.
2
29
5
5.3
142
3
......
3.12
84
3
......
3.12.2
84
Escape
from
Interactive
Mode
during
Program
Creation
ESCAPE
SETTING
3.11
3
82
3
......
3.15.6
3
......
3.9
2 2
3
......
3
15.3
3
......
3.15
107
F
Face
Finish
Turning
Face
Groove
Turning
Face
Rough
Turning
FINISH
TURNING
EXECUTED
WITH
NC
COMPACT
PROGRAMMING
FUNCTION
73
91
88
2
2.4
18
FUNCTION
DISPLAY
FUNCTION
OUTLINES
AND
FEATURES
1
/
3
......
3.13.5
3
......
3.15.10
3
......
3.15
9
G
Generated
NC
Statements
Groove
Finish
Turning
Groove
Rough
Turning
H
HOW
TO
ENTER
THE
DRAWING
MODE
HOW
TO
ENTER
THE
INTERACTIVE
PARAMETERS
DISPLAY
86
114
111
6
6.3
8
8.1
146
157
-4-
INDEX
(Cont'd)
Subject
I/O
signal
selective
display
function
Initialization
Inner
Diameter
O.D.
Grooving
inner
Diameter
(I.D.)
Finish
Turmg
inner
Diameter
(I.D.)
Rough
Turnig
Inserting
a
Process
(mod
ify/i
risert
mode
is
used.)
Interactive
Data
Search
Timing
INTERACTIVE
PARAMETER
LIST
Interactive
Parameters
#20
to
#29
INTERACTIVE
PROGRAMMING
•ÿÿÿ
Chapter
Section
No.
2
......
2.4.2.
1
3
......
3.15.1
•
3
......
3.
9.2.3
3
......
3.15.8
3
......
3.15.5
Page
I
19
89
73
110
102
5
......
5.
2.2.2
3
......
3.13
2
139
85
160
9
8.2.1
157
8
3
39
3
......
3.13.1
3
......
3.13.3
84
Interactive
Programming
Data
Transfer
Interference
Check
INTERSECTION
POINTS
OF
CIRCLE
AND
CIRCLE
INTERSECTION
POINTS
OF
LINE
AND
CIRCLE
INTERSECTION
POINTS
OF
LINE
AND
LINE
85
4.6
128
4
123
4
4.2
119
4
4.1
M
MATERIAL
SETTING
MESSAGES
IN
INTERACTIVE
MODE
MODIFICATION
PROCEDURE
Modifying
a
Process
(modify
mode
is
used)
Modifying
the
Blank
Data
N
NC
OPERATOR
PANEL
AND
DISPLAY
NC
OPERATOR
PANEL
FUNCTION
OUTLINES
NC
UNIT
INTERNAL
CONFIGURATION
AND
FLOW
OF
INTERACTIVE
PROCESSES
......
3
......
3.1
39
Notes
on
Editing
Interactive
Program
Using
the
EDIT
key
O
O.D.
grooving
OPERATION
OF
A
GENERATED
PROGRAM
OPERATION
OF
INTERACTIVE
PARAMETERS
Outer
Diameter(O.D.)
Finish
Turning
Outer
Diameter
(O.D.)
Rough
Turning
P
PRECAUTIONS
PREPARATIONS
FOR
MODIFICATION
PROGRAM
INSERTION
PROGRAM
MODIFICATION
PROGRAM
NO.
SETTING
(FOR
NEW
DATA)
S
Selecting
the
Variable
Turning
Menu(End
Facing
O.D.
Turning,
etc.)
SETTING
1
SETTING
2(DRAWING
END
OPERATION)
Setting
Approach
for
Drilling
Setting
Approach
for
Facing,
O.D.
and
I.D.
Machining
Setting
Approach
for
Grooving
Setting
Approach
for
Threading
SETTING
BLANK
SHAPE
SETTING
BY
VARIABLE
TURNING
MENU
SETTING
FINISH
SHAPE
6
6.4
148
3
......
3.14
87
5
5.2
136
5.2.2.
1
137
5
5
5.2.1
136
2
8
2
2.1
8
3
3.1
3.4
86
.......
3
......
3.9.2.
1
71
7
157
8
157
3
......
3.15.7
3
......
3.15.4
109
94
3
......
3.13
84
136
5 5
1
3.10
81
3
5
136
3
3.3
41
5
......
5.2.2
6
......
6.1
136
144
6.9
6
155
3
......
3.7.3
3
......
3.7.1
54
51
3
......
3.7.2
3
......
3.7.4
54
55
3
3.4
43
3
3.5
45
3
3.9
57
Setting
interna!
toggle
switch
SETTING
OF
APPROACH
SETTING
OF
BASIC
DATA
Setting
of
COMMON
macro
variables
SETTING
OF
DRAWING
PROGRAM
2
2.4.4.
1
23
3
3.7
51
3.8
3
55
2
......
2.
4.
4.
3
6
6.2
25
144
-5-
INDEX
(Corn'd)
Chapter
Section
No.
-
2
......
2.4.4
2
•••
2
......
2.
4.
3.
2
-
2
......
2
4.3.3
•
2
......
2.4.
3.1
6
......
6.8
••••
Page
Subject
Setting
of
LOCAL
macro
variable
Setting
RS-232C
input
parameters
Setting
RS-232C
output
parameters
Setting
RS-232C
parameters
SETTING
THE
DRAWING
AREA
24
S
21
22
21
153
8
......
8.2
•
3
......
3.9.4
3
......
3.6
•
6
......
6.6
•
6
......
6.7
•
157
SETTING
THE
INTERACTIVE
PARAMETERS
Setting
Threading
SETTING
WITH
MINOR
TURNING
MENU
(ROUGHING.
FINISHING)
SHAPE
START
OF
DRAWING
T
Threading
Turning
Program
Created
W
When
Drilling
is
set
When
Face,
O.D.
and
I.D.
Roughing
has
been
Set
When
Face,
O.D.
and
I.D.
Roughing
has
been
Set
When
Face,
O.D.
and
I.D.
have
been
Set
When
Facing
is
Set
When
Grooving
has
been
Set
When
Grooving
has
been
Set
When
Grooving
is
Set
When
I.D.
Turning
is
Set
When
O.D.
Turning
is
Set
When
Threading
is
Set
When
Programming
not
Possible
by
Interaction
79
46
151
151
3
......
3.15.11
3
......
3.12.1
115
84
3
......
3.6.5
3
......
3.8.1
3
......
3.8.2
3
......
3.9.1
3
......
3.6.1
49
55
56
57
46
3
......
3.8.3
3
......
3.9.2
3
......
3.6.4
3
......
3.6.3
3
......
3.6.2
56
71
48
48
47
3
......
3.6.6
3
......
3.9.5
50
80
-6-
1.
FUNCTION
OUTLINES
AND
FEATURES
The
compact
interactive
function
has
been'
designed
to
.
enable
NC
machining
part
programs
to
be
automatically
generated
through
simple
interactive
opera¬
tions
conducted
in
accordance
with
the
displayed
process
menu
on
the
CRT.
Since
the
generated
programs
mainly
use
"canned
cycles
G70
through
G76",
they
are
short,
and
process
comments
are
also
automatically
attached
to
them.
For
this
reason,
the
generated
programs
are
easy
to
understand
and
easy
to
modify
.
This
interactive
automatic
programming
function
allows
the
utilization
of
almost
all
types
of
turning
operations
including
end
facing,
O.D.
turning,
l.D.
turning,
grooving,
drilling,
and
threading,
despite
its
easy
operation.
(1)
"Compact
interactive"
automatic
programming
can
be
executed
even
while
the
NC
is
engaged
in
turning
operations.
(2)
When
finished
state
data
is
input,
the
finished
work
piece
shape
is
auto¬
matically
displayed
on
the
CRT
for
visual
check
convenience.
(3)
Because
the
automatically
generated
programs
mainly
consist
of
canned
cycles,
they
occupy
only
small
part
program
memory
capacity,
allowing
easy
modifications
and
changes.
(4)
Where
canned
cycles
are
undesirable
(for
rough
surface
removing,
etc.)
or
short
cycle
time
is
important,
turning
menus
for
free
shapes
is
available.
(5)
During
the
interactive
mode
program
generation,
any
programs
can
be
manually
added
or
change.
(6)
The
generated
programs
tion".
can
be
checked
by
means
of
the
"Drawing
func-
During
the
drawing
process,
the
material
shape
is
also
displayed.
•
Turning
menu
setting
table
The
table
below
may
be
used
to
find
information
regarding
the
display
during
the
interactive
programming
operation.
Turning
Menu
O.D
Turning
l.D.
Grooving
End
Facing
Threading
Drilling
Turning
Display
Approach
Setting
P
51
to
53
P
51
to
53
P
51
to
53
P
54
P
54
P
55
Basic
Data
Setting
P
55
to
56
P
56
P
55
to
56
P
55
to
56
Finish
Shape
Setting
P
71
to
76
P
57
to
70
P
57
to
70
P
77
to
78
P
79
to
80
P
57
to
70
Program
Insertion
P
81
P
81
P
81
Escape
Setting
P
82
to
84
P
82to84
P
82
to
84
P
82to84
P
82
to
84
P82to84
-7-
2.
NC
OPERATOR
PANEL
AND
DISPLAY
2.
1
NC
OPERATOR
PANEL
FUNCTION
OUTLINES
The
operator
panel
of
YASNAC
LX3
incorporating
the
compact
interactive
func¬
tion
is
shown
in
Fig.
2.1.
follows:
The
names
and
functions
of
the
elements
are
as
®
PAGE
KEYS
©
MEMORY
DATA
KEYS
(D
NEXT
KEY
<D
9
INCH
CRT
GRAPHIC
DISPLAY
©
EDITING
KEYS
<D
FUNCTION
KEYS
©
POWER
ON-OFF
BUTTON
©
RESET
KEY
±_
©
YASNAC
©
FUNCTION
MEM
DATA
[NEXT
|
|
POWER"!
|RESET|
|ALM|[PGN||PRM|["SET|
|
OUT
1
1
VER||
IN
[
I
ON
EDIT
|COM[|PROO|ÿPOSJ|OF5[
|lMSRT||ALTEj—
PAGE
B
DATA
ADDRESS
000
000
000
000000
000
0000
o
OFF
|CAN|
HI
WR
|
[ORG]
3
0101
01
B
3
B
©
®
o-
0
©
DATA
KEYS
©ORIGIN
KEY
©
SOFTWARE
FUNCTION
KEYS
®
CURSOR
KEYS
©
ADDRESS
KEYS
Fig.
2.
1
YASNAC
LX3
Operator
Panel
©
Power
ON-OFF
Button
(1)
POWER
ON
button
The
button
for
turning
on
Power
to
the
NC
unit.
Pushing
it
once
energizes
the
control
circuit
only,
and
pushing
it
once
more
energizes
also
the
servo
power
system.
This
button
is
also
pushed
after
an
emergency
stop,
etc.
to
re-energize
the
servo
power
system.
(2)
POWER
OFF
button
The
button
for
turning
off
power
to
the
NC
unit.
Depressing
this
button
de-energizes
both
the
control
circuit
and
the
servo
power
system
of
the
NC
unit.
-8-
(2)
CRT
Graphic
Display
This
CRT
screen
displays
data
in
alphanumeric
characters
in
1
X
1
through
3
X
3
sizes,
in
response
to
various
operator
manipulations.
•
Maximum
number
of
characters:
40
X
20
(or
25)
lines
=
800
(or
1000)
characters.
(single
size
characters]
•
Character
types:
Digits
(0
to
9,
and
.)
Alphabets
(A
to
Z)
Special
codes
(/,
EOB,
+
,
#,
SP,
=
,
etc.)
•
Graphic
display:
640
X
400
dots
0
©
YASNAC\
40
CHAHACTEHS-
T
20
LINES
Ofl
25
LINES
©
CRT
Graphic
Display
(D
FUNCTION
Keys
Display
and
writing
function
selection
keys.
The
8
keys
are
used
to
selectively
call
up
the
following
functions.
specific
functions
are
called
up,
the
respective
keys
light.
While
the
(
1)
|ALM|
(2)
m
(3)
m
cznzp
(4)
(23
(5)
[COM)
Alarm
key:
For
displaying
alarm
codes.
Diagnostic
key:
For
displaying
I/O
signal
states.
Parameter
key:
For
parameter
display
and
writing.
Setting
key:
For
setting
data
displaying
and
writing.
Command
key:
For
displaying
automatic
operation
command
values
and
for
calling
up
the
drawing
mode.
(8)
|
PRQG
j
Program
key:
For
part
program
display
and
writing.
Interactive
mode
starts
with
the
selection
of
this
program
key.
(7)
[POS|
Position
key:
For
displaying
various
current
values.
When
the
system
is
energized,
this
function
is
selected
automatically.
(8)
|QFS|
Offset
key:
For
displaying
and
writing
tool
offset
values.
-9-
(4)
Software
Function
Keys
Selection
keys
for
displaying
and
writing
SOFTWARE
KEY
LABEL
F4~]
|F5|
[ÿ)
0
CD
CS
F3
Software
key
labels
corresponding
to
the
software
keys
are
displayed
on
the
CRT.
Depressing
keys
|
F1
j
through
|F5|
calls
up
the
corresponding
functions.
key
are
effective
only
when
<
[>
0
0
Left
menu
key
and
right
menu
S
°r
H
displays
additional
cyclic
functions
are
displayed,
and
depressing
other
than
those
of
the
current
functions
on
the
CRT.
(D
ADDRESS
Keys
The
keys
for
keying
the
address
characters
when
writing
in
various
data.
PAGE
ADDRESS
DATA
000000
000
000000
000
000000
000
000000
000
0000
CURSOR
[CAN]
jsKIFl]
|WR|
|QHG|
[Note]
Meanings
of
special
characters
key:
For
commanding
optional
block
skip
/
key:
For
commanding
the
end
of
one
block.
On
the
CRT,
"
;
"
is
displayed
instead
of
EOB.
EOB
-10-
©
DATA
Keys
|0|
through
|
9
|
,
[
-
|
,
|-|
,
|CAN[
,
|SH1FT|
0-
There
are
15
data
keys
They
are
used
for
writing
MDI
command
values,
tool
offset
values,
setting
values,
parameters,
and
all
other
numerical
values.
and
DATA
30
BBS
30000
B0000
B0B0B
|CAN||SHIFT||
WR
|
|
9
|
keys
(1)
0
to
:
For
numeral
inputting
key
(2)
(decimal
point)
key:
For
keying
decimal
points
(cancel)
key:
for
deleting
wrong
keying
of
numerical
values
or
address
data.
(3)
CAN
|
WR
|
(write)
key:
For
storing
the
address
data
keyed
by
the
address
keys
and
data
keys
into
the
buffer.
(4)
|SHIFT|
key:
•
(5)
For
inputting
the
special
codes
~
|
marked
on
the
upper
left
corner
of
the
keys
of
depress
this
key
after
and
to
3
*ÿ>
0-
depressing
the
respective
keys.
These
special
codes
are
used
as
macroprogram
operators,
etc.
and
-11-
(7)
PAGE
Keys
With
the
screen
display
regarded
as
one
page,
these
keys
are
used
to
display
the
next
or
preceding
page.
PAGE
(1)
key:
For
displaying
the
next
page.
(2)
|/ÿ\j
key:
For
displaying
the
preceding
page.
PAGE
(3)
Depressing
the
above
keys
continuously
calls
up
the
series
of
subsequent
or
preceding
pages.
(4)
In
addition,
they
have
the
following
special
functions:
•
For
moving
the
graphic
cursor
on
the
finished
shape
display
in
the
interactive
function.
For
selecting
answers
in
the
calculation
function.
FUN'
NEXT
ALM
DGN
COM
PROG
PAGE
BE
F
G
CURSOR
BE
|ORG|
(8)
CURSOR
Keys
For
moving
the
cursor
on
the
CRT
display
backward
or
forward.
has
been
selected
For
example,
and
a
group
of
parameters
are
dis¬
played,
the
cursor
is
moved
with
these
keys
to
the
desired
parameter.
jp||ij
(parameter)
when
Cl/PSOP
(1)
iVl
key:
For
moving
the
cursor
backward.
(2)
|/A\|
key:
For
moving
the
cursor
forward.
CURSOR
(3)
Depressing
these
keys
continuously
moves
the
cursor
continuously
back¬
ward
or
forward.
CURSOR
(4)
When
the
[\yÿ[
key
is
depressed
after
keying
a
numeral,
the
cursor
moves
to
the
position
of
the
keyed
numeral.
(9)
Next
(|NEXT[)
Key:
For
special
usages
in
data
display
and
writing,
and
function
expansion.
(1)
Reading
in
additional
tapes
in
the
edit
mode.
(2)
Selecting
search
type
in
the
edit
mode.
(3)
Selecting
between
line
cursor
and
word
cursor
in
the
edit
mode.
(4)
Other
special
usages
and
function
expansion.
-12-
(J§>
Origin
(|ORG[)
Key
For
setting
the
current
tool
position
as
the
origin
of
the
new
coordinate
system.
This
setting
can
be
made
for
each
axis
independently.
(1)
For
resetting
the
current
values
such
as
external.
(2)
For
resetting
the
cumulative
operation
time.
(3)
For
clearing
the
input
data
in
the
interactive
or
calculation
mode.
(4)
For
clearing
the
selected
buffer
of
the
copy
or
move
function.
(Q)
Memory
Data
Keys
and
|~
IN
j
keys
are
effective
only
in
the
edit
mode.
However,
when
inputting
and
outputting
interactive
data
in
the
interactive
I/O
display,
other
modes
are
ineffective.
(1)
[ourj
key:
For
starting
outputting
data
in
the
memory
to
the
outside
via
the
data
I/O
interface.
(2)
[
IN
j
key:
For
starting
storing
various
data
via
the
tape
reader
or
the
data
I/O
interface.
(3)
|
VER|
(verify)
key:
For
starting
the
collation
of
the
data
in
the
memory
against
the
punched
tape
data
or
data
input
through
data
I/O
interface.
four)
,
|VER|
The
for
starting
various
tape
operations.
They
are
@
EDIT
Keys
[ERASE
|
r
|
INSRT|
[ALTER!
keys
are
for
editing
the
part
programs
stored
in
the
The
and
memory
.
TION
MEM
DATA
'PRM||
SET]
|
OUTJ
[VER]
[
IN
|
[RESET]
EDIT
[
POS
j
|
OFS|
|ERASE[[INSRT|[ALTER[
ADDRESS
DATA
is
"i
ns
i
r>
i
T
r
(1)
[ERASE
|
key:
For
erasing
data
in
the
memory
(2)
|
IMSRT|
(insert)
key:
For
inserting
data
in
the
memory
|MT[R|
key:
For
changing
data
in
the
memory.
(3)
-13-
©
RESET
Key
For
resetting
the
internal
conditions
of
the
NC
(1)
Depressing
the
|RESET|
key
executes
the
following
•
Memory
rewind
•
RST
signal
sending
*
G
code
reset
•
Key
buffer
clear
*
Edit
program
on
edit
display
storing
in
memory
•
Move
command
cancel
•
Buffer
clear
•
Alarm
clearing
if
fault
has
been
cleared
•
Tool
offset
cancel
•
Aux
.
function
cancel
•
Label
skip
function
on
(2)
However,
the
following
are
not
reset
with
this
key.
•
S
and
T
commands
•
Tool
offset
values
setting
data
and
parameter
data
•
Each
axis
current
value
•
F
commands
2.
2
DISPLAY
IMMEDIATELY
AFTER
TURNING
POWER
ON
The
following
position
summary
display
appears
immediately
after
turning
on
the
power.
For
a
detailed
description
of
the
position
summary
display,
refer
to
par.
2.4.7.
POSITION
Q0BO0
N0000
(
EXTERNAL)
(
ABSOLUTE)
X
X
0
0
0
0
z
z
(MACHINE)
C
INCREMENT)
0
0
X
X
z
0
0
z
RDY
MEMORY
LSK
!
SPIND
ABS
d-POS
EXT
-14-
2.
3
CONSTANT
DISPLAY
MESSAGES
The
following
messages
are
always
displayed
on
the
top
line
and
in
the
three
bottom
lines
of
the
CRT
display,
regardless
of
the
function
key
selection.
(D
FUNCTION
MESSAGE
(2)
PROGRAM
NO.
'ALARM,
DIAGNOSIS,
PARAMETER,
(p
SEQUENCE
NO.
PROGRAM
00001
NOOOO
@
ALARM
INDICATION
OR
<Q)
WARNING
INDICATION
(BLINK)
©
DATA
BEING
KEYED
(5)
MODE
INDICATION
©
BUFFER
FULL
LABEL
SKIP
STATE
INDICATION
(EDIT,
MDI,
TAPE
.
. .
)
INPUT
ERROR
!
X
123456789
MhMORY
OUT
Ml
|
PROG
|
/|
DIR
|
f\
DIA
|
l.S
K
ALM
RDY
CAL
<>
5
0
B
E
a
M
READY
STATE
INDICATION
©
IN/OUT
IN
EDIT
INDICATION
(BLINK)
®
ALARM
STATE
INDICATION
(BLINK)
®
MST-FIN
WAIT,
DWELL,
FEED
INDICATION
(BLINK)
_
(f)
Function
Message
Any
of
the
following
messages
corresponding
to
the
function
keys
is
displayed
in
the
top
line
of
the
CRT
display:
ALARM,
DIAGNOSIS,
PARAMETER,
SETTING,
COMMAND,
PROGRAM,
POSITION,
OFFSET,
ETC.
(2)
Program
No.
The
current
program
No.
is
displayed
in
the
top
line
of
the
CRT
display,
in
four
digits
after
O,
irrespective
of
the
function
key.
(3)
Sequence
No.
The
current
sequence
No.
is
displayed
in
the
top
line
of
the
CRT
display,
in
four
digits
after
N,
irrespective
of
the
function
key.
@
Data
Being
Keyed
The
data
being
keyed
is
displayed,
up
to
32
characters.
Depressing
one
of
the
following
keys
[ERASE
[
,
|INSRT|
,
[ALTE
R|
»
etc.
makes
the
data
to
be
processed
as
a
unit
of
data.
(D
Mode
Indication
Indicates
the
current
mode
among
edit,
memory,
MDI,
tape
and
manual.
-15-
(6)
IN/OUT
in
Edition
Indication
(Blink)
While
punched
tape
data
is
under
input,
output
or
edit,
the
following
messages
are
displayed
by
blinking.
Tape
under
reading
Tape
under
collation
Tape
under
output
Data
under
change
in
edit
mode
Data
under
insertion
in
edit
mode
Data
under
erasure
in
edit
mode
"IN"
"VER"
"OUT"
"ALT"
"INS"
"ERS"
®
MST-FIN
wait,
Dwell,
Feed
Indication
(Blinking)
M
command
FIN
waiting
S
command
FIN
waiting
T
command
FIN
waiting
During
feed,
while
rapid
feed,
"R"
is
displayed.
During
tape
reading
During
dwelling
"M"
11
S"
n
'pii
ti
pn
ii
pn
"DWELL"
M,
S,
T,
F,
and
P
are
all
displyed
independently.
(D
Buffer-Full,
Label
Skip
State
Indication
"BUF"
Displayed
when
forward
reading
is
completed.
Displayed
when
label
skip
is
on.
"LSK"
(9)
Alarm
State
Indication
(Blinking)
An
alarm
indication
continues
blinking
until
the
cause
is
eliminated
and
reset¬
ting
is
effected.
"ALM"
Alarm
state
is
ON.
Battery
alarm
is
ON.
Both
alarm
state
and
battery
alarm
are
ON.
"BAT"
"A/B"
@)
Ready
State
Indication
-IRDY"
System
is
in
order,
and
ready
for
operation.
-16-
(Q)
Warning
Indication
(Blinking)
The
following
warnings
are
minor
errors
caused
by
keying,
searching
manipu¬
lation,
etc.,
and
not
verifiable
alarms.
When
any
of
these
warning
is
displayed,
depressing
any
key
turns
them
off.
(usually
|
CAN
|
)
When
an
alarm
and
a
warning
occur
simultaneously,
the
warning
display
has
the
priority.
"INPUT
ERROR!"
Format
error
during
data
keying.
Collation
error
with
the
|
VER|
key.
Already
part
program
with
same
No.
is
stored.
Edit
process
is
attempted
with
EDIT
LOCK.
More
than
99
(basic)
or
199
(optional)
part
programs
registration
is
attempted.
Memory
capacity
is
exceeded
in
storing
part
programs
.
Horizontal
parity
check
error
in
tape
reading.
Vertical
parity
check
error
in
tape
reading.
"ILLEGAL
CHARACTER!"
..
Code
which
cannot
be
understood
occurs
in
tape
reading
.
No
intended
code
found
through
searching.
"MACRO
INTERLOCK!"
....
Operation
of
programs
interlocked
by
08000
or
09000
level
is
attempted.
Designation
of
range
over
permissible
1024
characters
by
editor
is
attempted.
"EDIT
MEMORY
FULL
!"
..
Any
part
program
exceeding
40
m
of
meter
length
is
displayed
or
edited.
"ALREADY
IN"
"EDIT
LOCK!"
"PROGRAM
OVER!"
"MEMORY
OVER!"
"TH
PARITY
ERROR!"
"TV
PARITY
ERROR!"
"NOT
FOUND!"
"AREA
OVER!"
The
above
indications
all
blink.
©
Alarm
Indication
The
above
indications
all
blink.
When
a
NC
alarm
occurs
on
the
same
line
as
the
line
for
which
a
warning
has
been
indicated,
that
alarm
content
is
displayed
in
one
line.
However,
"alarm
310
SERVO
OFF"
is
not
displayed,
because
this
alarm
is
of
a
different
nature
from
other
NC
alarms.
When
two
or
more
alarms
occur,
only
the
top
most
one
in
the
alarm
list
is
displayed.
When
an
alarm
and
a
warning
occur
simultane¬
ously,
only
the
warning
is
displayed
with
priprity.
-17-
2.
4
FUNCTION
DISPLAY
With
a
unit
equipped
with
the
Compact
Interactive
Function,
the
operation
and
display
for
the
FUNCTION
keys
are
partly
different
from
those
described
in
YASNAC
LX3
Manual
(TOE-C843-9.
20)
,
as
described
below:
c~nm
2.4.1
Display
with
pÿjj
FUNCTION
Key
The
operator
manipulations
for
displaying
alarm
codes
and
other
data
are
as
follows:
(1)
Depress
gD
FUNCTION
key.
One
of
the
following
is
displayed.
(a)
Alarm
No.
and
message
(b)
Operating
time
display
(c)
Maintenance
history
display
(2)
Depressing
the
page
|ÿ7|
|2ÿ|
keys
changes
the
above
displays
one
after
another.
In
addition,
depressing
the
software
keys
|
ALARM
[
,
and
|TIMER
|
directly
calls
up
(a)
(ALARM)
and
(b)
(TIMER)
displays
respectively.
(3)
For
details
of
the
above
displays,
refer
to
the
standard
YASNAC
LX3
Manual.
(a)
(ALARM)
..........
4.
3.9.1
Alarm
No.
display
4.
3.
9.
2
Message
display
(b)
(TIMER)
...........
4.
3.
9.
4
Operating
time
display
(c)
(MAINTENANCE)
...4.
3.
9.
5
Maintenance
history
display
-18-
2.4.2
Display
by
||N|
(DIAGNOSIS)
FUNCTION
Key
Depressing
the
FUNCTION
key
displays
the
I/O
signal
ON/OFF
state.
The
I/O
signal
state
display
can
be
called
up
at
any
time,
including
the
auto¬
matic
operation
time.
DIAGNOSIS
O000B
N0000
7
6
5
4
3
2
1
0
01
000000
110
110
0 0
1
0 0
1
0
0
0
1
0
10
10
0
10
00000010
110
110
0
1
10
111111
0000
1
000
00000000
00000000
0
:
OPEN
40
81001
111002
It
1
003
111004
81005
81006
81007
81006
81009
*=0
D8
91
52
02
09
BF
08
00
00
1
I
CLOSE
MEMORY
LSK
RDY
(SELECT]
(
dl
]
CANCE
For
the
details
of
this
display,
refer
to
Appendix
4,
"Standard
I/O
Diag¬
nostic
No.
Display",
of
the
Standard
YASNAC
LX3
Manual.
For
convenience
in
maintenance,
etc.,
the
I/O
signal
state
display
indicates
the
right
end
numerals
in
hexadecimal.
2.4.2.1
I/O
signal
selective
display
function
With
this
unit,
any
desired
input
or
output
signal
among
these
listed
can
be
selected
for
display
by
means
of
the
number.
(1)
Depress
the
CURSOR
(zAJ
keys
to
bring
the
cursor
to
the
deisred
No.,
or
utilize
the
search
function
for
this
purpose.
(2)
Depress
the
|SELECT|
key;
ii
*
it
is
displayed
to
indicate
the
selection,
and
the
count
of
the
selected
Nos.
is
indicated
in
the
lower
left
area.
(3)
Repeat
steps
(1)
and
(2)
to
select
all
the
Nos.
to
be
displayed.
Up
to
10
Nos.
can
be
selected.
(4)
Depress
the
|
DISPLAY|
key.
Only
the
selected
Nos.
are
displayed.
(5)
Depress
the
|
EXIT
|
key.
The
total
No.
list
display
is
called
up
again.
(6)
To
cancel
the
selection,
depress
the
[CANCEL]
key
.
To
cnacel
the
selection
of
any
one
No.,
bring
the
cursor
to
that
No.
and
depress
the
|SELECT|
key.
The
selected
Nos.
are
memorized
even
when
the
power
supply
is
turned
off.
However,
the
display
returns
to
that
of
#1000
when
the
power
is
turned
off.
-19-
O0000
N0000
DIAGNOSIS
7
6
5
4
3
2
1
0
0
1
000000
110
110
0
0
10010001
01010010
00000010
0
0 0
1
1
0
0
1
10
111111
0000
1000
00000000
00000000
0
:OPEN
40
*tt
1
300
4
1301
*111302
111303
DB
9
I
52
*p«»cisri
02
19
11
1305
111306
It
1307
8
1308
8
1309
*=8
BF
00
00
00
1
.'CLOSE
RDY
LSK
MEMORY
v|
I
d
d
Is
DISPL
CANCE
ELEC
Depress
|DISPLY|
key
Depress
|
EXIT
|
key
\7
O0000
N0000
DIAGNOSIS
7
6
5
4
3
2
10
01000000
1
0
0
1
0
0
0
1
0
10
10
0
10
00000000
00000
1
00
01
000000
1
0
0
1
0
0
0
1
0
0
0
0 0
0
10
40
81000
81002
8
1003
81200
8
1202
81300
81302
81304
91
52
00
04
40
91
02
0
:OPEN
1
ICLOSE
RDY
LSK
MEMORY
ir
EXIT
2.4.3
Display
by
means
of
FUNCTION
Key
With
this
unit,
various
parameters
are
stored,
and
various
operation
conditions
such
as
tape
codes
and
rapid
feed
rates
are
determined
with
them.
For
the
details
of
parameter
display
and
writing
operator
manipulations,
refer
to
the
standard
YASNAC
LX3
manual.
-20-
2.
4.
3.1
Setting
RS-232C
parameters
Since
the
parameters
related
to
RS-232C
are
frequently
used,
they
are
designed
for
interactive
setting
possibility
as
follows.
(1)
Depress
the
jpRM|
FUNCTION
key
to
display
the
parameter
display.
PARAMETER
00000
N0000
7
6
5
4
3
2
1
0
0
10
10
0
10
0 0 0 000 0
1
1
0000000
0 0
010
0
0
1
0
1
0
1
0 0
0
1
0
1
1
0 0
0
1
0
001
10000
01000100
001
10000
00010
1
1
0
0
:
OFF
B2
t-iil'WA
46001
46002
46003
46004
46005
46006
46007
46008
46009
1
128
17
81
98
48
68
48
22
1
:
ON
MEMORY
LSK
ROY
31
If
RS232
(2)
Depress
the
RS-232C
key.
(a)
RS-232C
input
(b)
RS-232C
output
(3)
When
the
jlN/OUT|
key
or
the
PAGE
|ÿ7[
|ÿJ
key
is
depressed,
the
above
two
displays
are
alternately
called
up.
(4)
To
call
up,
the
parameter
display
again,
depress
the
|
EXIT
|
key
.
One
of
the
following
two
displays
are
called
up.
2.4.
3.2
Setting
RS-232C
input
parameters
Set
the
RS-232C
input
parameters
as
follows:
(1)
Call
up
the
RS-232C
input
display
by
following
the
processes
of
par.
2.
4.
3.1.
PARAMETER
00000
N0000
RS232C
INPUT
CHANNEL
NO
.
1
CONTROL
CODE
0
N
STOP
BIT
2
BAUD
RATE
4800
O
N
PARITY
MEMORY
LSK
RDY
EXIT
I
N/QU
-21-
(2)
The
RS-232C
input
parameters
are
in
the
five
items
as
shown
in
the
dis¬
play
above.
(3)
Derpess
the
CURSOR
|\ÿj
keys
to
make
the
intended
items
on
the
display
blink.
(4)
Depressing
the
by
one
as
shown
below.
(a)
CHANNEL
(b)
CONTROL
CODE
(c)
STOP
BIT
(d)
BAUD
RATE
(e)
PARITY
For
setting
the
baud
rate,
digits
may
be
directly
input
with
keys
such
0
key
changes
the
setting
of
the
respective
items
one
No.
1
or
No.
2
ON
or
OFF
1
or
2
50,
100,
110,
150,
200,
300,
600,
1200,
2400,
4800,
9600
ON
or
OFF
00000.
as
(5)
Set
the
RS-232C
input
parameters
in
conformance
with
the
setting
of
the
units
to
be
connected
to
RS-232C.
(6)
Precautions
The
No.
2
channels
are
displayed
when
the
optional
second
RS-232C
is
con¬
nected.
Without
this
optional
unit,
No.
1
only
is
displayed.
Setting
RS-232C
output
parameters
Set
the
RS-232C
output
parameters
as
follows:
(1)
Call
up
the
RS-232C
output
display
by
following
the
processes
in
Par.
2.
4.
3.1.
(2)
The
RS-232C
output
parameters
are
in
the6items
as
shown
below:
2.
4.
3.
3
PARAMETER
00000
N0000
RS232C
OUTPUT
CHANNEL
NO
.
1
I
SO/E
I
A
ISO
CONTROL
CODE
O
N
STOP
BIT
2
BAUD
RATE
4800
PARITY
O
N
MEMORY
LSK
RDY
HI
II
IN/OU
EXIT
(3)
With
these
items,
the
following
settings
are
possible,
by
the
same
setting
method
as
for
the
RS-232C
input
parameters:
(a)
CHANNEL
(b)
ISO
/El
A
(c)
CONTROL
CODE
(d)
STOP
BIT
(e)
BAUD
RATE
(f)
PARITY
No.
1
or
No.
2
ISO
or
E1A
ON
or
OFF
1
or
2
50,
100,
110,
150,
200,
300,
600,
1200
ON
or
OFF
2400,
4800,
9600
-22-
(4)
Set
the
RS-232C
parameters
in
conformance
with
the
setting
of
the
unit
to
be
connected
to
RS-232C.
(5)
Cautions
*
The
set
parameters
become
effective
immediately
upon
keying
the
WR
key
or
the
digit
DATA
keys.
-
•
The
No.
2
channel
is
displayed
when
an
optional
second
RS-232C
is
connected.
Without
the
optional
RS-232C,
No.
1
channel
only
is
displayed.
L.-TX-J
2.4.4
Display
by
the
use
of
[
SET
j
FUNCTION
Key
This
unit
has
setting
data
stored
in
the
internal
memory,
and
the
stored
data
are
used
for
selectively
turning
various
functions
ON
or
OFF,
and
as
the
control
constants
for
various
functions.
For
the
details,
refer
to
Appendix
1
"Setting
No.
list"
of
the
standard
YASNAC
LX3
Manual.
r~n
i
(1)
Depressing
the
jÿTfj
FUNCTION
key
only
displays
the
setting
data.
(2)
For
details
of
the
display
and
writing
of
setting
data,
refer
to
Par.
4.3.6
of
the
standard
YASNAC
LX3
Manual
.
2.4.4.1
Setting
internal
toggle
switch
(1)
Even
when
the
9
basic
function
switches
are
eliminated
from
the
operator's
panel
of
the
machine,
the
relevant
functions
can
be
turned
ON
and
OFF
simply
by
the
setting
on
the
NC
operator's
panel.
(2)
Depress
the
SETTING
(setting)
software
key
to
display
the
internal
toggle
switch
setting
menu.
SETTING
O0Q00
N0000
SK3
[iMBl
0
N
[ÿMl
O
N
ON
[ÿM3
O
N
OFF
OFF
[8iaa
OFF
EBB
OFF
1SBB
DRAUING
CHECK
MST
LOCK
MANUAL
ABSOLUTE
DRY
RUN
BLOCK
DELETE
DISPLAY
LOCK
MACHINE
LOCK
SINGLE
BLOCK
RDY
LSK
.
MEMORY
MACRO
LOCAL
3!
COMMOI
SETIN
(3)
Depress
the
CURSOR
|ÿ7]
|ÿJ
keys
(4)
Depress
the
|
WR
j
to
make
the
intended
item
blink.
key
to
set
to
"ON"
or
"OFF".
The
set
switch
position
becomes
reverse
displayed.
-23-
(5)
When
the
"DRAWING
CHECK"
setting
is
changed,
the
settings
shown
below
are
changed
automatically.
Use
this
"DRAWING
CHECK"
setting
when
checking
the
programs
generated
through
the
interactive
function
or
manual
function
by
the
drawing
check
function.
(a)
MST
LOCK
(b)
DRY
RUN
(c)
MACHINE
LOCK
(6)
Where
the
panel
of
the
machine
is
provided
with
the
switches
for
the
above
functions,
the
resulting
ON
/OFF
settings
of
these
functions
are
determined
by
the
ORed
results
of
the
software
setting
and
the
hardware
setting.
Resultant
ON/OFF
Switch
On
Machine
Setting
DATA
OFF
OFF
OFF
ON
ON
OFF
ON
OFF
ON
ON
ON
ON
(7)
Precautions
•
When
the
PAGE
key
is
depressed,
the
normal
setting
display
starting
from
#6001
is
called
up
again.
•
The
display
for
the
internal
toggle
switches
is
the
#6000.
2.
4.4.
2
Setting
of
LOCAL
macro
variables
Depress
the
MACRO
LOCAL
key
to
call
up
the
SETTING
(MACRO)
display
starting
from
#0001.
For
the
setting
processes
with
this
display,
refer
to
Par.
2.8.23.8
of
the
standard
YASNAC
LX3
Manual.
SETT
ING(MACRO)
00000
N0000
LEVEL
0
00002
00003
00004
00005
00006
00007
00008
00008
O00
10
RDY
LSK
MEMORY
I
a
MACRO
COMMO
MACRO
LOCAL
SETIN
-24-
2.
4.
4.
3
Setting
of
COMMON
macro
variables
Depress
the
MACRO
COMMON
key
to
call
up
the
SETTING
(MACRO)
display
starting
from
#0100.
For
the
setting
processes
with
this
display,
refer
to
Par.
2.8.23.8
of
the
standard
YASNAC
LX3
Manual.
SETTING(MACRQ)
O0000
N0000
LEVEL
0
EHEEB
801
02
80103
80104
801
05
80106
80107
80108
80109
LSK
]
MACRO
]
|
POMMOM
]
MEMORY
RDY
MACRO
G)
[LOCAL
SET
I
N
2.
4.
5
Display
with
|U
(COMMAND)
FUNCTION
Key
c=n=
D
With
the
|COM|
FUNCTION
key,
command
values
are
displayed
by
the
following
processes.
_
p
n,..J
(1)
Depress
the
|COM|
key.
One
of
the
following
four
displays
will
be
called
up.
(a)
Command
value
list
(b)
Sub-program
execution
state
display
(c)
Tool
life
control
state
display
(d)
Drawing
display
(2)
With
the
PAGE
keys,
the
above
displays,
except
for
the
DRAWING
display,
are
switched
over
one
after
another,
Depressing
the
following
software
function
keys
calls
up
the
respective
displays
directly.
(a)
Depress
|COM
|
key
(b)
Depress
(c)
Depress
TOOL
key
LIFE
(d)
Depress
[DRAW
|
key
(COMMAND
VALUE)
display
(NESTING)
display
(TOOL
LIFE
CONTROL)
display
(DRAWING)
display
SUBP
NEST
key
-25-
(3)
For
a
detailed
description
of
these
displays,
refer
to
the
following
sec¬
tions:
(a)
(COMMAND
VALUE)
Standard
YASNAC
LX3
Manual
Par.
4.
3.
2.1
Standard
YASNAC
LX3
Manual
Par.
4.
3.2.2
(b)
(NESTING)
(c)
(TOOL
LIFE
CONTROL)
Standard
YASNAC
LX3
Manual
Par,
4.
3.2.3
Par.
6
of
this
manual
(d)
(DRAWING)
2.
4.
6
Display
with
(PROGRAM)
FUNCTION
Key
(1)
Depress
the
|PR0G|
FUNCTION
key
to
call
up
the
PROGRAM
display.
(2)
The
program
functions
are
in
the
following
6
modes,
each
differing
in
function
and
operator
manipulation.
(a)
JOG
mode
Mode
for
manual
continuous
feeding
of
the
machine
(b)
HANDLE/STEP
mode
Mode
for
using
manual
pulse
generator
(c)
TAPE
mode
Mode
for
NC
tape
operation
(d)
MDI
mode
Mode
for
writing
command
values
with
MDI
(manual
data
input)
and
their
execution
(e)
MEMORY
mode
Mode
for
automatic
operation
of
stored
programs
(f)
EDIT
mode
Mode
for
program
storing,
reading
in
and
from
the
memory,
and
for
editing
(3)
For
the
details
of
the
above
6
modes,
refer
to
Par.
4.3.3
of
the
Standard
YASNAC
LX3
Manual.
-26-
2.
4.
6.1
Common
mode
display
With
the
program
function,
there
are
displays
which
are
common
to
all
the
modes
.
(1)
Program
display
(a)
Depress
the
|PROG|
key
to
call
up
the
program
display.
On
the
program
display,
NC
programs
and
operation
data
are
displayed,
except
that
in
the
EDIT
mode,
no
operation
data
is
displayed.
PROGRAM
00100
N6105
N5200
(DRILL-2)
;
G00
T0101
;
/
(ABS)
(MODAL
-G)
T—
NO
:
T0
1
00
22.0000
G01
G69
2.0000
G97
G
1
23
G99
G40
0
G37
0
G39
G67
X
Z
FEED
:
E
.
80000
(
i
n
c
h/r
e
v)
(INC)
X
ACTUAL
:
S
LIMIT
:
S
4
000
COMMAND
:S
300
0
Z
MEMORY
LSK
RDY
<1
<>
|
t>
PROG
DIR
PROG
CALC
(b)
The
NC
programs
are
displayed
only
in
the
MDI,
MEMORY
and
EDIT
modes.
(c)
Depressing
the
|~<
>
|
key
switches
the
operation
data
display
and
cancels
one
after
another.
(d)
The
operation
data
includes
the
following
displays:
(i)
POSITION
(ABS),
(INC)
(iii)
T-NO
(tool
No.)
(v)
Spindle
speed
(2)
Directory
display
(a)
Depress
the
|DIR|
key
to
call
up
the
directory
display.
Then,
depressing
the
|P»OG(
FUNCTION
key
changes
over
the
program
display
and
the
directory
display
in
turn.
Depressing
the
PAGE
keys
does
not
change
over
the
directory
display
into
the
program
display.
(b)
One
directory
display
displays
up
to
20
program
Nos.
When
comments
are
attached
to
the
programs,
the
comments
are
also
displayed.
(c)
Number
of
registerable
program
Nos.
(ii)
MODAL
G
list
(iv)
FEED
(feed
rate)
Registerable
Numbers
Basic
99
max.
Optional
1
99
max.
-27-
(d)
On
the
directory
display,
the
following
are
displayed:
(i)
Number
of
used
programs
(ii)
Number
of
used
characters
(iii)
Number
of
remaining
programs
(iv)
Number
of
remaining
characters
(e)
When
the
number
of
registered
program
Nos.
exceeds
the
maximum
displayable
limit
in
one
display,
succeeding
pages
may
be
called
up
with
GZ1
E3
keys-
the
PAGE
00100
N6105
DIRECTORY
O05B3
(
00600
(
00655
(
1
2345678)
00700
(
PROG
.
18
)
00777
C
1
00000
(
YASNAC
)
O0105OJORK2
)
O020BCWORX7
)
00321
(NO
K60
)
00380
C
00400(31234
>
00410
(
S3?
[
)•())
00508
(+0=*
0051
1
(
USED-PRG
15
USED—
CHR
1475
)
)
>
)
)
REST—
PRG
184
REST—
CHR
127970
RDY
EDIT
LSK
AUTO
PROG
<3
PROG
o
DIR
CALC
(f)
O-number
can
be
searched
for
in
the
directory
display.
(3)
Interactive
automatic
programming
mode
Depress
the
mode.
(4)
Calculation
function
Depress
the
|CALC
|
key
to
call
up
the
calculation
function
mode.
For
details
of
the
calculation
function,
refer
to
Par.
4.
When
the
calculation
function
has
been
executed,
the
calculation
results
can
be
written
into
the
program
as
follows.:
Call
up
the
EDIT
mode.
AUTO
PROG
key
to
call
up
the
interactive
automatic
programming
For
the
details
of
this
mode,
refer
to
Pars.
3.2
to
3.15.
(i)
|
X
|
and
|WR|
or
keys
|
X
[
|
X
|
and
|
WR
|
(ii)
When
the
keys
are
depressed,
the
X-axis
which
is
the
result
of
calculation
is
displayed,
s
0
0
0
0
(hi)
and
or
keys
depresed,
the
Z-axis
which
is
the
result
of
calculations
displayed.
When
the
keys
and
are
Depress
the
INSRT|
or
|ALTER[
key
to
write
them
into
the
program.
(iv)
-28-
(5)
Interactive
parameter
When
the
displayed.
Depressing
the
parameter
list.
Depressing
the
parameter
I/O
setting
is
displayed.
For
details
of
the
interactive
automatic
programming
parameters,
refer
to
Par.
8.
0“'0
AUTPRO
AUTPRO
key
is
depressed,
the
and
keys
are
PRM
I/O
AUTPRO
key
dalls
up
the
interactive
automatic
programming
PRM
AUTPRO
key
calls
up
the
interactive
automatic
programming
I/O
2.
4.
6.
2
EDIT
mode
In
the
EDIT
mode,
various
functions
for
editing
are
used.
(1)
Cursor
type
The
cursor
displayed
in
the
editor
of
this
unit
is
in
the
form
of
the
displayed
characters
as
shown
below.
reverse
PROGRAM
00100
N610S
0100
;
N5200
(DRILL-2
)
;
G00
T0101
;
i
cursor
G
[3
M03
:
X0
;
N5201
2.2
MOB;
N5202
•
NS203
GY
4
2-1.8
K.8
F
.
008
;
N5204
G00
Z.
16;
G51
;
EDIT
LSK
ROY
All
TO
PROG
O
PROG
>
DIR
CALC
As
an
optional
function,
a
cursor
in
the
form
of
an
underline
can
be
selec¬
tively
used,
as
with
the
standard
YASNAC-LX3.
(2)
Scrolling
The
editor
display
of
this
unit
is
provided
with
a
scrolling
function.
(a)
The
display
is
moved
by
one
line
(block).
(i)
Depressing
the
CURSOR
|\Y7|
key
when
the
cursor
is
at
the
bottom
of
the
display.
(ii)
Depressing
the
CURSOR
key
when
the
cursor
is
at
top
of
the
display
.
(b)
Similar
to
the
standard
YASNAC-LX3,
the
function
of
display
shifting
by
one
page
is
available
as
an
option.
(3)
Program
storage
after
editing
(a)
After
editing
a
program,
the
edited
display
can
be
stored
in
the
memroy
by
the
following
keying:
(i)
Depress
the
|
RESET
[
key.
(ii)
Depress
a
FUNCTION
key
other
than
|PROG|
.
(b)
When
the
power
is
turned
off
after
editing
a
program,
without
executing
the
above
keying,
the
edited
display
is
not
stored,
and
the
program
returns
to
the
unedited
state.
-29-
(4)
Display
of
software
function
keys
(a)
In
the
EDIT
mode,
the
following
three
software
function
key
sets
are
used:
AUTO
PROG
O
(i)
<3
DIR
CALC
PROG
/
(ii)
BOTTOM
C>
<3
SELECT
COPY
MOVE
REP
AUTPRO
AUTPRO
O
(iii)
O
I/O
PRM
AUTPRO
key
is
displayed
only
when
the
optional
interactive
automatic
programming
I/O
function
is
incorporated.
*
The
I/O
0
key
changes
the
software
FUNCTION
key
display
in
the
sequence
(i)
-
(ii)
-
(iii)
as
shown
above.
(c)
Depressing
the
MENU
play
in
the
sequence
(i)
-
(iii)
-
(ii)
as
shown
above.
marks
on
the
display
indicate
the
presence
_of
latent
function
keys
(b)
Depressing
the
MENU
J~<l
|
key
changes
the
software
FUNCTION
key
dis-
*
The
<]
t>
0
AND
\V\
When
no
0
0
marks
are
displayed,
the
MENU
keys
.
are
disabled.
(5)
COPY
function
This
function
duplicates
an
existing
character
string
to
appear
at
a
desired
lo¬
cation.
(a)
Bring
the
cursor
to
the
leading
end
of
the
character
string
to
be
copied.
(b)
Depiess
the
[SELECT]
key
.
The
display
SELECT
is
reverse
displayed
to
indicate
the
calling
up
of
the
SELECT
mode.
Depressing
the
|SELECT|
key
again
clears
the
SELECT
mode.
When
the
cursor
is
at
the
leading
end
of
the
program,
the
SELECT
mode
can
not
be
called
up.
To
call
up
the
SELECT
mode,
shift
the
cursor
away
from
the
leading
end,
and
depress
the
[SELECT]
key
again.
-30-
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