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Category | Control Unit |
---|---|
Protection class | IP20 |
Input Voltage | 24 V DC |
Supply voltage | 24 V DC |
Relative Humidity | 95% (non-condensing) |
Outlines fundamental safety measures and general guidelines for the safe use of drive and automation components.
Details the pin assignments and wiring for PROFINET ports 1 and 2 using M12 connectors.
Provides critical safety checks and procedures to perform before powering on the inverter for the first time.
Guides on how to import the PROFINET device description file and define user data length for the IO controller.
Explains the importance of a valid station name and the methods for setting it according to PROFINET specifications.
Details the necessity of IP configuration for PROFINET communication and the available methods for setting it.
Describes the process of configuring IP parameters using the PROFINET configurator tool within the Lenze Engineer software.
Explains how to set IP parameters manually using codes within the Engineer software interface.
Outlines the procedure for establishing online communication between the PC Engineer and the inverter via PROFINET.
Covers the final steps for establishing communication, including mains voltage requirements and parameter reading.
Details the process for requesting and receiving parameter values from the inverter, including request and response formats.
Explains how to formulate and send parameter write requests to the inverter, including request formats.
Explains the meaning of different LED states on the Communication Unit for diagnosing PROFINET communication status.
Guides on using the diagnostics tab in the Lenze Engineer software to retrieve PROFINET diagnostic information.
Details the causes and remedies for specific PROFINET error messages, offering practical troubleshooting steps.
Details specific PROFINET parameters, their indices, data types, and access rights, including reset behavior.