Lenze EVS9332xK - Manual (Page 335)

Configuration
Code table
8
8.4
l
8.4−61 EDSVS9332K EN 8.0−07/2013
IMPORTANT Possible settings Code
Selection Lenze Designation No.
C1324
s
® Selection list 3 CDATA, CURVEC1
Configuration of input signals
1 CDATA−X−STAR
T
1000 FIXED0INC
2 CDATA−XIN 1000 FIXED0INC Input for master value position if C1332 = 1
3 CDATA−XOFFS 1000 FIXED0INC Input for offset in X direction (only if
C1332 = 0)
4 CDATA−TP−POS 19616 FCODE 1476/16 TP position of the master value
5 CURVEC1−IN 1000 FIXED0INC Phase input
6 CADTA−YIN 1000 FIXED0INC Y position input signal for the TEACH function
7 CDATA−OFFS−XI
N
1000 FIXED0INC Offset on the input signal at CDATA−XIN for
C1338 = 1 or C1338 = 2
C1325 g {1 inc} CDATA, CURVEC1
Display of input signals
1 (C1324/1)
... ...
7 (C1324/7)
C1326
s
® Selection list 3 CDATA
Configuration of input signals
1 CDATA−DFIN 1000 FIXEDPHI−0 Input for digital frequency at C1332 = 0
2 CDATA−TP−SPEE
D−LIM
1000 FIXEDPHI−0 Speed selection for a touch probe correction
l The input can, for instance, be linked to an
RFGPH2 function block to compensate a
position deviation via a profile generator.
C1327 g CDATA
Display of input signals
1 (C1326/1)
2 (C1326/2)
C1329 g CDATA
Display of X values in [m/units]
1 X axis position CDATA−X−ACT
2 X integrator position CDATA−XPOS
3 Distance between two marks
4 Offset to mark
C1330 g CDATA
Display of X values in [s/units]
1 Profile position CDATA−YOUT
2 Profile position CDATA−YOUT−CYCLE
C1331 100 0 {1 rpm} 15000 CDATA
Maximum TP catch−up speed. Only valid for:
l C1335 = 1
l C1335 = 2
C1332 0 CDATA
Selection of master value
0 Master value from CDATA−DFIN
1 Master value from CDATA−XIN
2 Master value from CDATA−XPOS
C1333 g {1 inc} CDATA
Actual X position
C1334 g CDATA
Actual Y position
C1335 0 0
1
2 Without catch−up limitation
With catch−up limitation
Cross cutter CDATA
Effect on the catch−up speed during master
axis synchronisation via touch probe