To Next PageTo Next PageWhat to do if Lenze DC Drives controller does not transmit telegrams?
If the Lenze DC Drives controller does not transmit telegrams, first check if the yellow LED TxD is blinking. If it's not, verify the LECOM baud rate (C0125) of both nodes and adjust them to be the same if needed. Avoid using device addresses 00, 10, ..., 90. If the yellow LED TxD is blinking, then check the wiring to the host.
What to do if Lenze DC Drives controller does not receive any telegrams?
If the Lenze DC Drives controller does not receive telegrams, and the yellow LED RxD is not blinking, check the wiring to the host. Also, ensure that the host is transmitting telegrams using the correct interface. You can test this by having the host transmit telegrams cyclically, for example, with GDC in online operation.
Why Lenze DC Drives motor does not rotate?
If the motor does not rotate when using Lenze DC Drives, it could be due to several reasons. Here are some things to check: * The DC-bus voltage may be too low, so check the mains voltage. * The controller may be inhibited, so remove the controller inhibit. * The quick stop may be active, so remove the quick stop. * The setpoint may be 0, so select a setpoint. * An active fault may be present, so eliminate the fault.
How to fix Lenze DC Drives motor that does not rotate smoothly?
If your Lenze DC Drives motor isn't rotating smoothly, start by checking the motor cable for any defects. Also, make sure that the maximum current settings (C0022, C0023) are appropriately adapted to the application.
How to troubleshoot no communication with Lenze DC Drives controller?
If the Lenze DC Drives controller is switched off, supply the controller with voltage. If the communication module has no voltage, check the connection with the controller.
Why Lenze DC Drives controller transmits positive acknowledgement but does not execute write request?
If the Lenze DC Drives controller transmits a positive acknowledgement (ACK response) but does not execute the write request, it might be operating with a different parameter set. Try changing over to the correct parameter set.
What to do if Lenze DC Drives motor does not rotate because automatic start is inhibited?
If the motor does not rotate when using Lenze DC Drives and the automatic start is inhibited, correct the start condition (C0142). Apply a LOW-HIGH edge at X3/28 if necessary.
What to do if Lenze DC Drives motor does not rotate because DC injection brake is active?
If the Lenze DC Drives motor does not rotate and the DC injection brake (DCB) is active, deactivate the DC injection brake.
What to do if Lenze DC Drives motor does not rotate because mechanical motor brake is not released?
If the Lenze DC Drives motor does not rotate and the mechanical motor brake is not released, manually or electrically release the mechanical motor brake.
What to do if Lenze DC Drives motor does not rotate because JOG frequency is 0?
If the Lenze DC Drives motor does not rotate and the JOG setpoint is activated but the JOG frequency is 0, select a JOG setpoint (C0037 ... C0039).
Information on CE directives, application as directed, liability, warranty, and disposal.
Explanation of EC directives and the CE mark's implication for product conformity.
Details on the Low-Voltage Directive (73/23/EEC) and its scope.
Comprehensive technical specifications, features, and ratings for 82XX frequency inverters.
Categorization and identification of different 82XX frequency inverter models.
Comparison of key features across 820X, 821X, 822X, and 824X inverter series.
Guidance on adapting the drive to specific applications through parameter settings.
Description of the functions and features of the 8201BB operating module.
Explanation of the three program levels: operating, code, and parameter levels.
Methods for identifying and resolving faults, including LED indicators and status messages.
Procedures for diagnosing issues based on controller displays and LED indications.
Interpreting the operating status indicated by LEDs on the controller unit.
Information on connecting multiple controllers and supply units for DC-bus networks.
Explains energy exchange between controllers on a DC-voltage level in a network.
Details on applying brake units, referring to attached Operating Instructions.
Guidance and tools to assist in selecting the correct components.
Visual representations of signal paths within the controller for various functions.
Definitions of technical terms and abbreviations used throughout the manual.
An alphabetical index of topics and their corresponding page references.
General