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4 Faults and alarms
4.2 List of faults and alarms
SINAMICS DCP
486
List Manual (LH21), 05/2016
F60056 (N, A) Important parameter not set
Drive object: DCP_CTRL
Cause: The settings required for operation have still not been made.
Fault value (r0949, interpret decimal):
1: converter still not commissioned/commissioning not completed (p0010 not equal to 0).
Remedy: Make the setting as appropriate for the fault value displayed.
F60058 Parameter settings not consistent
Drive object: DCP_CTRL
Cause: Inconsistent values have been set in parameters depending on each other.
Note:
This is only active for operating state < o7.0.
Fault value (r0949, interpret decimal):
0: parameter values in p55130, p55131, p55142, p55143 are not in ascending order.
1: parameter values in p55140, p55141, p55132, p55133 are not in ascending order.
11: parameter values in p55130, p55131 are not in ascending order.
12: parameter values in p55132, p55133 are not in ascending order.
13: parameter values in p55140, p55141 are not in ascending order.
14: parameter values in p55142, p55143 are not in ascending order.
20: setting p55080 > 0 is not permissible for this device.
30: setting p55350 = 1, 2 and simultaneously p55110 > 0 is not permissible.
40: parameter values in p54210[0], p54210[1], p54210[2], p54210[3] are not in ascending order, or do not differ by at
least 1 V.
50: setting p55155 = 1, and simultaneously p55060 = 10 is not permissible. The reactor current cannot be externally
measured.
Remedy: Make the setting as appropriate for the fault value displayed.
F60063 (N, A) Incorrect calibration values for analog inputs/outputs
Drive object: DCP_CTRL
Cause: The factory-set calibration values on the electronics module for the analog inputs/outputs are implausible.
Fault value (r0949, interpret decimal):
1: Analog input 0 (X177.25/26), voltage input, incorrect offset value
2: Analog input 0 (X177.25/26), voltage input, +10 V incorrect value
3: Analog input 0 (X177.25/26), voltage input, -10 V incorrect value
4: Analog input 0 (X177.25/26), voltage input, reference value incorrect
5: Analog input 0 (X177.25/26), current input, incorrect offset value
6: Analog input 0 (X177.25/26), current input, +20 mA incorrect value
7: Analog input 0 (X177.25/26), current input, -20 mA incorrect value
8: Analog input 0 (X177.25/26), current input, reference value incorrect
9: Analog input 1 (X177.27/28), voltage input, incorrect offset value
10: Analog input 1 (X177.27/28), voltage input, +10 V incorrect value
11: Analog input 1 (X177.27/28), voltage input, -10 V incorrect value
12: Analog input 1 (X177.27/28), voltage input, reference value incorrect
13: Analog input 1 (X177.27/28), current input, incorrect offset value
14: Analog input 1 (X177.27/28), current input, +20 mA incorrect value
15: Analog input 1 (X177.27/28), current input, -20 mA incorrect value
16: Analog input 1 (X177.27/28), current input, reference value incorrect
17: Analog input 2 (X177.29/30), voltage input, incorrect offset value
18: Analog input 2 (X177.29/30), voltage input, +10 V incorrect value
19: Analog input 2 (X177.29/30), voltage input, -10 V incorrect value
20: Analog input 2 (X177.29/30), voltage input, reference value incorrect
21: Analog input 3 (X177.1/2), voltage input, incorrect offset value
22: Analog input 3 (X177.1/2), voltage input, +10 V incorrect value
23: Analog input 3 (X177.1/2), voltage input, -10 V incorrect value
24: Analog input 3 (X177.1/2), voltage input, reference value incorrect