Why does my Lenze AC Tech Recording Equipment drive stop without obvious reason?
The drive might stop because a CANopen monitoring message timed out, and its time-out reaction is set to STOP. To resolve this, identify the time-out message (P427) and modify the appropriate time-out time or reaction to the time-out settings.
What to do if there is no communication from the Lenze AC Tech Recording Equipment drive?
If there is no communication from the drive, it could be due to several reasons: • The module might not be initialized properly. Verify the module connection and check P400 and P402. • Incorrect CANopen settings. Use P403 to reset CANopen parameters and verify P410 and P411. • Improper wiring. Check the wiring between the CANopen Network and communication module, ensure the terminal block is properly seated, and check the connection between the module and the drive.
Why are CANopen write commands ignored or return exceptions on my Lenze AC Tech Recording Equipment?
If CANopen write commands are ignored or return exceptions, it might be because the “Network Enabled” terminal is either open or not configured. To fix this, configure one of the input terminals (P121, P122, or P123) to the “Network Enabled” function (selection 9) and close the corresponding contact.
What to do if Lenze AC Tech SMVector has Module to Drive communication time out?
If there is a 'Module to Drive communication time out', it means that the connection between the drive and the module is not made. Check the cable and connection between the module and the drive.
General| Brand | Lenze AC Tech |
|---|---|
| Model | SMVector |
| Category | Recording Equipment |
| Language | English |
General safety information about the controllers, including potential hazards.
Guidance on intended use, compliance with directives like Machinery and EMC.
Precautions for handling, avoiding mechanical stress, and electrostatic discharge.
Safety notes for electrical connections, including national regulations and EMC.
Requirements for additional monitoring and protection devices for safe operation.
Introduction to CANopen Fieldbus protocol and its role in motion control applications.
Details on supported data rates, PDO modes, SDO access, and NMT features.
Step-by-step guide for physically installing the CANopen module into the terminal cover.
Details and importance of connecting the CANopen terminal block correctly.
Instructions for fitting the terminal cover after module installation.
Initial steps for setting up the CANopen communication module and drive parameters.
Overview of CANopen module specific parameters (400 series) and their settings.
Explains RPDO and TPDO mapping configurations based on DSP402 standard.
Lists common communication faults (F.ntF, F.nF1, F.nF2, F.nF3, F.nF4) with status.
Provides common symptoms, possible causes, and remedies for communication issues.
Example setup for a typical "Master - Follower" drive system using CANopen.
To Next Page
