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4.3.5 DISPLAYING
AND WRITING TOOL
OFFSET DATA (CONT'D)
D7-D0
DECIMAL VALUE
06000
N6005
NOTES-
•
A new
tool offset itself
may
be input instead of
an
increment.
For
this purpose, depress the
HOME
key first. The tool offset number pointed
by the
cursor will
be
reset
to
"0." Then
enter
a new
tool offset.
•
Tool offset data held
in
the
memory of
the
con¬
trol
are
preserved
even
after power
is
turned
SE
T
T
1 NG
!
7
6 5
4
3 2 10
00000000
1 1
0 0
1
0
0 0
0 0 0 0
0 1 0 0
00000000
0
0
0
10 1 1
0
0
#6000
#6001
#6002
#6003
#6004
200
4
0
22
off
•
It
is
possible
to rewrite
tool offset data
in
any
mode, even
during automatic operation.
•
Tool offsets modified during
automatic opera¬
tion
become effective when the system
starts
to
read commands
for a new
block.
The old
tool offsets remain effective for the
current
block and the blocks whose data
are
already
read
m
the buffer for advance
reading.
RDY
liTFlrf*!
0
584 332
Fig. 4.25 Setting
(Deciaml model)
-Example
Decimal mode
Setting numbers of
#6200- #621
9 and #6500-
#6599
are
associated with
setting
data of
decimal mode
.
B.
4.3.6
DISPLAYING AND WR1TINC SETTING
DATA
In this system,
varying
setting data
are
held in
the internal memory and
permit
to
specify
mirror
image
axes, TV
check
on
/off,
etc. For
details,
see
Appendix
1,
LIST OF
SETTING NUMBERS.
It
is
possible
to
display and
write
setting data
at
any time even during automatic operation.
00100 N1000
st
n
i NG
100
#6210
#621
1
#6212
#6213
46214
#6215
46216
06217
06218
#6219
Types of setting
Setting
is
made m binary mode
or
decimal
mode
.
1.
500
0
1000
2000
0
1000
2000
Binary mode
Setting
numbers
#6000-#6004
are
associated
with
setting
data
of
binary
mode,
that
is,
8-bit information (D7-D0)
.
Each bit in¬
dicates the ON /OFF
state
of
the
associated
function.
The
decimal value
of each line
is given
at
the rightmost column.
A.
0
0
RDY
>LM
i
DfjN
I
PRPI
ISET
J
ors
J
'
Fig. 4.26 Setting
(Decimal mode)
-Example
—
16
—
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