What to do if switch-off monitoring occurs in Getriebebau NORD NORDAC SK 530E DC Drives?
Switch-off monitoring in Getriebebau NORD DC Drives can occur if the torque limit (P112) or the current limit (P536) is reached. The solution is to switch-off or increase the torque/current limit as necessary. Also, check the motor data, including the motor circuit and stator resistance.
Why am I getting an absolute encoder error with my Getriebebau NORD NORDAC SK 530E?
An absolute encoder error in Getriebebau NORD DC Drives may be due to a defective absolute encoder or an interrupted connection. Check the absolute encoder and cabling. Also, check the parameterisation in SK 530E. Ensure that the parameters set in SK 530E correspond to the options in the encoder (e.g., resolution in P605). The SK 530E may not be receiving any position values for a period of 50 ms.
How to fix speed slip error in Getriebebau NORD DC Drives?
If you are experiencing a speed slip error with Getriebebau NORD DC Drives, it means the drag error has reached the value set in P327. To resolve this, increase the value of P327.
What to do if the maximum position is exceeded in Getriebebau NORD DC Drives?
If the maximum position is exceeded in Getriebebau NORD DC Drives, check the controller settings in P615 and the setpoint specifications.
What to do if the minimum position is undershot in Getriebebau NORD NORDAC SK 530E?
If the minimum position is undershot in Getriebebau NORD DC Drives, check the controller settings in P616 and the setpoint specifications.
General| Brand | Getriebebau NORD |
|---|---|
| Model | NORDAC SK 530E |
| Category | DC Drives |
| Language | English |
Details on connecting incremental encoders, including wiring and specifications.
Information on connecting CANopen absolute encoders, including compatibility and setup.
How the frequency inverter acquires actual position values from encoders.
Methods for specifying position setpoints using digital inputs, bus, or arrays.
Different positioning variants and their functions, including ramps.
Explanation of the P-control circuit for position control and its parameters.
Activation and variants of position control for the inverter.
Selecting the type of position acquisition or encoder used.
Selecting modes for specifying position setpoints (array, bus, sync).
Setting permissible deviation for estimated vs. actual position.
Initial axis startup without position and speed control.
Steps for commissioning the speed controller, including encoder setup.
Steps for commissioning the position control and optimizing parameters.
Required settings for master and slave communication via CAN bus.
Setting speed and position control for synchronization.
Lists PosiCon relevant error messages, their causes, and remedies.
Common error symptoms, tests, and possible causes in servo mode.
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