YASKAWA YASNAC 3000G

EBEI
Efl
07
06
DS
04
D3
0/
O
i
OO
L
5
8
1
L
STATUS-1
coor
<-AUARM-J
CODC
START
ADDRESS
PHI
an
N
Gl
"R"|
NUMBER
7
Tl
I
*
U
t
G2
X
z
4
K
AS
P
Q
L
r
s
T
H
O
M
o
1
FUNCTION
AODRESS
Hi
INUMBER
Bia
a
RESET
pi
PO!
Fig.
4.3.6
•
When
the
offset
value
is
changed during
auto¬
matic
operation,
the
blocks
in
buffer
register
and active
register
are
executed
with
an
old
The
new
offset
value
is
effective
in
the
3.
Set
the
tool
offset
number
using
the
NUMBER
key.
The
selected
offset
value
is
displayed.
one
.
next
block.
4.
-
Key
in
offset
value
to
be
added
from
the
DATA
keyboard.
The
display
shows
the
data
just
keyed
in,
flickering
the
last
significant
digit.
To
correct
the
data
just
keyed
in,
de¬
press
the
CAN
key
and
input
correct
data.
4.3.7
DISPLAY
OF
CURRENT
TOOL
OFFSET
NUMBER
Display
of
tool
offset
number
for
tool
position
offset
B
To
display
the
current
tool
offset
number
for
tool
position
offset
B
(G43,
G44)
during
auto¬
matic
operation,
proceed
as
follows.
Depress
the
OFS
key
and
set
the
NUMBER
at
00.
5.
Depress
the
WR
key.
Then
the
displayed
data
will
be
added
algebraically
to
the
stored
val-
The
summed
value
is
a
new
tool
offset
ue.
value
.
1.
NOTES:
•
To
enter
the
new
offset
data instead
of
incre¬
mental
value,
depress
both
OFS
key
and
CAN
key
simultaneously
before
handling
DATA
key¬
board.
The
offset
value stored
will
be
cancel¬
led
and the
display
shows
0.
•
Tool
offset
values
stored
in
memory
will
not
be
erased
by
turning
off
the
power.
•
Writing
and
modification
of
tool
offset
values
can
be
always
possible
in
any
mode
including
automatic
operation
mode.
Select
the
address character
H.
Current
tool
offset
number
for
each
axis
will
be
displayed
on
the
universal
display.
See
Fig.
4.3.7.
1.
2.
Note:
If
the
address
D
is selected
in
step
2,
the
display
shows
the
current
tool
offset
num-
f
ber
during
cutter
radius
compensation
(G41,
(G42)
mode.
a'
~y
3.-,
X-AXIS
7-,
m
BK3RI
01
06
OS
04
OJ
07
Oi OO
3.0
I.
n
n
u.
u
3
a<?
•UFPt
A
START
t-AL
CODC
NCXUSf
R
‘-SIAIUS-’
COOC
O
ADDRESS
o
9
7
AS
8
R
4
J
K
01
z
c?
X
Y
N
/
o
T
n
n
*
u
u
M
r
s
0
L
P
4
5
6
3
2
1
RESET
-
NUMBER
ADORES5
FUNCTION
0
CAN
Uc>
Fig.
4.3.
7.
1
A
-
94
-