YASKAWA yasnac lx3 - Page 247

[
*631O
-“”~
~
[:4 &’;L?:?
XREFV1, ZREFV1:
Specify the approach speed 1 for Reference Point
Return, respectively, on the X- and Z-axes.
Setting range: O - 200
Setting:
ttllt = 125 pulses/see
[.EEr_..cuTxAcc--..1
–~
,–––
I
Jr
f16313
CUTZACC
‘-1
L. -
CUTXACC, CUTZACC:
Sets accel/decel time constant at normal
threadcutting on X-, and Z-axis.
Setting:
131,070/time
Always read the notes
constant ms
for #6314, #6315.
CUTXBAS, CUTZBAS:
CUTXBAS
I
—..J
—.
CUTZBAS
I
Sets accelldecel bias at usual threadcutting on
X–, and Z-axis.
Setting:
1 = 500 p/s
Notes for Setting Accel/Decel Time Constant and
Bias at Normal Threadcutting (#6306 - #6309,
#6312 - #6315)
1.
Set the same values for X- and Z-axis as a
rule to ensure motion path accuracy.
2.
When accel/decel time constant or bias is
set under the different conditions between
threadcutting and normal threadcutting,
direct changing these two types cutting may
influence speed factor at selected point. Be
sure to program dwell or positioning code
between these two types.
I
Xu- ::—–..
XREFV 2
7’
~6317
ZREFV 2
—
XREFV2, ZREFV2:
Specify the approach speed 2 for Reference Point
Return, respectively, on the X- and Z-axes.
Setting range: O - 200
Setting:
!!l!I = 125 pdses/sec
DECELERATION POINT
RATIO TRAvERSE RATE
‘_ii:NcE
WIDTH 1 OECEL LS SIGN
,:
----
ZERO POINT SIGN
AREAA /
AREA B
;
Reference point return direction:
#6010 (ZRNDRX, ZRNDRZ)
—— ——
.
*L
RPDX 2
.
$6319
1 r...
RPDZ2
.—. ..’
RPDX2, RPDZ2:
Set change speed for linear accel/decel of X- and
Z-axis, respectively.
Setting:
“l” = 125 pulses/s
—-–~ ,-—
,
;6320
‘ L.
ACCX 2
.—. J
I
-—
—.,
~—
L.:!z
r
‘“Z 2
——
1
A–21