Lenze EVS93xx CrossCutter - Manual (Page 231)

Cross Cutter
Appendix
 Prepared Solution Servo PLC / ECSxA 1.1 EN 6-63
Error
number
Error code Cause Remedy
110 H10 Heatsink temperature detection
sensor is indicating undefined values,
an internal temperature element might
be faulty. You need to contact Lenze (Service Hotline: (+49)
5154 82-1111).
Reset only possible by means of mains switching if
error cannot be reset: Replace or submit the
controller for repair.
111 H11 In-drive temperature detection sensor
is indicating undefined values, an
internal temperature element might be
faulty. You need to contact Lenze (Service Hotline: (+49)
5154 82-1111).
Reset only possible by means of mains switching if
error cannot be reset: Replace or submit the
controller for repair.
Drive mechanical overload (e.g. active
load on hoists too great) Check drive dimensioning.
Check mechanics for jamming or blockages.
Increase ramp times to reduce dynamics.
Torque limit reached Increase torque limit:
-
Directly via MCTRL_nHiMLim_a,
MCTRL_nLoMLim_a
system variables
- Indirectly via current limit in code C0022/000
- Check the motor data (codes C0081/000 to
C0092/000).
Error in speed feedback system Check speed feedback:
− Check the parameter setting of the speed
feedback system (C0025/000, C0495/000).
− Check the rotor position and readjust if
necessary (C0058/000, C0095/000).
− Check the wiring/polarity of the speed feedback
system.
190 NErr
Tolerance window C0576/000 set too
low Increase the size of the tolerance window by
adjusting the value in code C0576/000.
Active load (e.g. on hoists) too great Check the current limit in code C0022/000 and
increase it if possible (CAUTION: Take the motor
current limit into account!).
Check drive dimensioning.
Torque limit reached Increase torque limit:
-
Directly via MCTRL_nHiMLim_a,
MCTRL_nLoMLim_a
system variables
- Indirectly via current limit in code C0022/000
200 NMAX
Speed feedback: Actual speed/rotor
position calculated incorrectly Check feedback system selection (code C0025/000).
Check the motor data (codes C0081/000 to
C0092/000).
Check the rotor position and readjust if necessary
(C0058/000, C0095/000).
201 Overrun Task1
Id2
202 Overrun Task2
Id3
203 Overrun Task3
Id4
204 Overrun Task4
Id5
205 Overrun Task5
Id6
206 Overrun Task6
Id7
207 Overrun Task7
Id8
208 Overrun Task8
Id9
The runtime of the corresponding
task is longer than defined in the
watchdog time (as programmed in the
task configuration in DDS). Reduce the task load by moving non-time-critical
program sections to lower-priority tasks, tasks with
longer interval times or the cyclic task.
Increase the task's interval time.
Check for a division by 0 in arithmetic operations.
Check your program code for infinite loops
(REPEAT/UNTIL, WHILE, FOR loops) and recursive
calls and remove them.
If you are using free CAN objects: Reduce the
number of telegrams received per time with
identifiers which do not correspond to system
blocks CAN1, CAN2 or CAN3.
If data consistency has been activated: Deactivate
the default setting for data consistency in DDS
(target system menu item) and use the
Lenze32BitTransferDrv.lib
library.
209 Float error
Sys-Task Id0
An error has occurred during a
floating point operation in the system
task. You need to contact Lenze (Service Hotline: (+49)
5154 82-1111).
210 Float error
PLC_PRG Id1
An error has occurred during a
floating point operation in the cyclic
task (PLC_PRG or a called POU). Check all floating point operations in the cyclic task
and subroutines called by it.
Remove/prevent divisions by 0.
211 Float error
Task1 Id2
212 Float error
Task2 Id3
213 Float error
Task3 Id4
214 Float error
Task4 Id5
An error has occurred during a
floating point operation in the cyclic
task (PLC_PRG or a called POU). Check all floating point operations in the cyclic task
and subroutines called by it.
Remove/prevent divisions by 0.