Lenze EVS93xx FlyingSaw - Manual (Page 138)

FlyingSaw
Appendix
 Prepared Solution Servo PLC / ECSxA 1.1 EN 11-16
Error
number
Error code Cause Remedy
On the sin/cos encoder or the controller
(terminal X8) the connector has been
removed (open circuit) or is not correctly
fitted Check the connector on the controller (terminal X8) and
on the encoder system for correct seating
In the connecting cable to the sin/cos
encoder there is a fault Check the connector assignment and core assignment
on the cable for correct pin assignment
Fault in the encoder electronics Replace faulty encoder type.
88 Sd8
Note: Particularly for monitoring the encoder on a
synchronous machine set using
Code C0580 = 0 the error response "error" (TRIP).
89 PL Error during rotor position adjustment
91 EEr A digital signal linked to the system
variable DCTRL_bTripSet_b is carrying
the state TRUE Check signal source in system variable
DCTRL_bTripSet_b
. The "Eer" error can be reset if this
signal source has adopted the state FALSE.
105 H05 Consultation with Lenze necessary (service hotline:
(+49) 5154 82-1111)
Reset only possible by mains switching, if error cannot
be reset: replace controller or send for repair
107 H07 An incorrect power section has been
detected during the initialisation of the
controller Consultation with Lenze necessary (service hotline:
(+49) 5154 82-1111)
Reset only possible by mains switching, if error cannot
be reset: replace controller or send for repair
108 HO8 Extension board not fitted correctly or not
supported by the program Check the settings in the system controller as to which
extension board is selected.
110 H10 Sensor for the heatsink temperature
measurement is providing undefined
values, an internal thermocouple may be
faulty Consultation with Lenze necessary (service hotline:
(+49) 5154 82-1111)
Reset only possible by mains switching, if error cannot
be reset: replace controller or send for repair
111 H11 Sensor for the internal temperature
measurement is providing undefined
values, an internal thermocouple may be
faulty Consultation with Lenze necessary (service hotline:
(+49) 5154 82-1111)
Reset only possible by mains switching, if error cannot
be reset: replace controller or send for repair
122 CE11 FIF-CAN1 FIF-CAN1_IN
(monitoring time can
be adjusted using
C2457/1)
CANaux1 CANaux1_IN
(monitoring time can
be adjusted using
C2457/1)
Check baud rate of all nodes
Check wiring:
-
Check bus terminating resistors
- Check shield connection on the cables
- Check PE connection
- Check bus load (e.g. using software tool
PCANView)
Reduce baud rate (CAUTION: pay attention to CAN bus
cable lengths)
123 CE12 FIF-CAN2 FIF-CAN2_IN
(monitoring time can
be adjusted using
C2457/2)
CANaux2 CANaux2_IN
(monitoring time can
be adjusted using
C2457/2)
Check baud rate of all nodes
Check wiring:
-
Check bus terminating resistors
- Check shield connection on the cables
- Check PE connection
- Check bus load (e.g. using software tool
PCANView)
Reduce baud rate (CAUTION: pay attention to CAN bus
cable lengths)
124 CE13 FIF-CAN3 FIF-CAN3_IN
(monitoring time can
be adjusted using
C2457/3)
CANaux3 CANaux3_IN
(monitoring time can
be adjusted using
C2457/3)
Check baud rate of all nodes
Check wiring:
-
Check bus terminating resistors
- Check shield connection on the cables
- Check PE connection
- Check bus load (e.g. using software tool
PCANView)
Reduce baud rate (CAUTION: pay attention to CAN bus
cable lengths)
125 CE14 FIF-CAN BUS-OFF status FIF-
CAN (too many faulty
telegrams received)
CANaux BUS-OFF status FIF-
CAN (too many faulty
telegrams received)
Check baud rate of all nodes
Check wiring:
-
Check bus terminating resistors
- Check shield connection on the cables
- Check PE connection
- Check bus load (e.g. using software tool
PCANView)
Reduce baud rate (CAUTION: pay attention to CAN bus
cable lengths)