Appendix – Lenze ECSCPxxx User Manual
Page 404

Appendix
Code table
l
404
EDBCSXP064 EN 8.0
IMPORTANT
Possible settings
Code
Selection
Lenze/
{Appl.}
Designation
No.
C3096
Additional function for
positioning profile 1 ... 15
^ 96
1 Prof.Func1
0
No function
Additional function for
positioning profile 1
... ...
...
...
...
15 Prof.Func1
0
No function
Additional function for
positioning profile 15
0
65535 The controller interprets the
information in bit codes (16 bits).
0000.0000.0000.0000: No function
No function
xxxx.xxxx.xxxx.xxx1: Vel_Ovr_Ain
Speed override is activated via
analog input.
xxxx.xxxx.xxxx.xx1x: pos_>Mlim
Torque limitation after
positioning
xxxx.xxxx.xxxx.x1xx: ProfEnable_>Con
tinue
Profile continuation after profile
stop
xxxx.xxxx.xxxx.1xxx: Vel_Ovr_PDO
Speed override is activated via
PDO "Rx_par1" (CAN, AIF,
C4041).
xxxx.xxxx.xxx1.xxxx: Direct change
Immediate profile change during
positioning
C3097
Function parameter 1 for
positioning profiles 1 ... 15
Use:
l
Torque limitation after
positioning (
^ 208)
l
Stretch factor numerator for
positioning profile mode
C3095/x = 30/31 (electrical
shaft,
^ 196)
1 ProfFuncPar1
0
−2147483647
{1}
2147483647
... ...
...
15 ProfFuncPar1
0
C3098
Function parameter 2 for
positioning profiles 1 ... 15
Use:
l
Torque limitation after
positioning (
^ 208)
l
Stretch factor denominator
for positioning profile mode
C3095/x = 30/31 (electrical
shaft,
^ 196)
1 ProfFuncPar2
0
−2147483647
{1}
2147483647
... ...
...
15 ProfFuncPar2
0
C3100
Parameter "Target position" for
positioning profiles 1 ... 15
Note: Input value must be within
the range of the
± value
from C4265.
l
Example: C4265 = 10000
ð
value range −10000 ... +10000
^ 97
1 Prof.Position
0
−214000.0000
{0.0001
units}
214000.0000
... ...
...
15 Prof.Position
0