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Fieldbus Communication | CANopen, Modbus RTU |
---|---|
Protection | Overvoltage; Undervoltage |
Control Interface | Digital Inputs, Analog Inputs |
Operating Temperature Range | -10°C to +50°C |
Cooling Method | Liquid cooling |
Enclosure Rating | IP20 |
Dimensions | Varies by model |
Weight | Varies depending on the model |
Storage Temperature Range | -20°C to 70°C |
Describes the various manuals available for the Agile device series for different user needs.
Provides general warnings regarding high voltage, hot surfaces, and the need for qualified personnel.
Explains the intended industrial applications of frequency inverters and compliance with directives.
Outlines proper procedures for transporting and storing the frequency inverters to maintain their condition.
Covers essential precautions for handling, installation, and electrical installation to prevent damage and ensure safety.
Details safety rules and compliance requirements for electrical installation work on the inverters.
Details operational guidelines, restart procedures, and checks before commissioning.
Advises on the responsibility for compatibility when using external products with the inverter.
Stresses the importance of authorized personnel for maintenance and service to prevent injury or damage.
States that disposal must be carried out according to local and country-specific regulations.
Explains how to connect a PC via USB adapter to the X21 interface for parameterization and monitoring.
Provides step-by-step instructions for assembling the communication module onto the frequency inverter.
Details the procedure for safely removing the communication module from the frequency inverter.
Guides users on how to configure communication interfaces and parameters using the operator panel menus.
Describes how to select the communication protocol (e.g., Profibus) within the setup menu.
Explains how to set specific communication parameters like Node Number using the operator panel.
Illustrates the configuration steps using a Siemens STEP7 hardware configurator example.
Details the structure and usage of the PKW area for parameter access and identification.
Describes an alternative method for parameter access using the Profibus V1 channel.
Describes the handling of Process Data Objects (PZDs) for data exchange.
Explains the function for converting frequency values between Profibus and internal notations.
Explains how Profibus data is displayed in a processed form via PC software.
Lists actual values of frequency inverter parameters, their units, display range, and relevant chapters.
Lists various parameters related to Profibus communication, control, and stopping behavior.
Details warning codes and their descriptions activated by the Profibus-DP module.
Lists application-specific warning codes and their descriptions.
Explains the structure of error codes and lists common communication errors.