Why is the motor of my Lenze Servo Drives too hot?
If the motor of your Lenze Servo Drives gets too hot, it might be due to incorrect parameterization of the motor data. You should adapt the motor and encoder parameters in the Servo Drives 9400.
What to do if my Lenze Servo Drives are vibrating?
If your Lenze Servo Drives are vibrating, the cause might be loose fixing screws. Check all screw connections and tighten them.
How to fix irregular running in Lenze Servo Drives?
Irregular running of your Lenze Servo Drives may be caused by a gain of control loops that is too large. Adjust the gains of the controllers (see documentation Servo Drives 9400).
What to do if the motor shaft of my Lenze Servo Drives does not turn?
If the motor shaft of your Lenze Servo Drives does not turn, it could be that the motor holding brake is not released. Check the parameters for brake control. You can also manually release the motor holding brake on the left tooth belt drive via switch S3.
How to fix Lenze Servo Drives when the power supply cannot be switched on?
If the power supply of your Lenze Servo Drives cannot be switched on, the device fuse at cold socket C13 may be defective. Replace the device fuse with a micro fuse 5x20 mm; 250 V, ? 3.15 A slow.
General| Series | 9400 |
|---|---|
| Category | Servo Drives |
| Protection class | IP20 |
| Communication | CANopen, EtherCAT, PROFIBUS, PROFINET |
| Safety | STO |
| Control modes | Position control, Speed control, Torque control |
| Feedback systems | Incremental encoder, resolver |
Introduces functional safety concepts and drive-based operations.
Details SM301 safety module installation, slotting, and exchange procedures.
Explains various safety functions like STO, SS1, SS2, and their parameters.
Covers safety address configuration and bus interface setup like PROFIsafe.
Procedures for setting safety parameters via PC software and password management.
Details error states, diagnostics, and logbook functions for troubleshooting.
Analyzes system response times for safety functions and components.
Outlines procedures for verifying safety function operability and scheduling regular checks.
Provides a list of all parameters and internal codes for the SM301 safety module.
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