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General| Brand | Pepperl+Fuchs |
|---|---|
| Model | P 58 Series |
| Category | Media Converter |
| Language | English |
Company contact info, copyright, and manual version details.
Statement of compliance with relevant standards and directives.
Explanation of the optical sensing technology used by the encoder.
Description of the PROFIBUS standard and its versions.
Explanation of warning and information symbols in the manual.
Setting the PROFIBUS address and bus terminator in the hood.
Enabling the bus termination resistor in the connection hood.
Terminal explanations and wiring diagram for connections.
Step-by-step guide for wire preparation and gland connection.
Guidelines for shielding, potential equalization, and encoder mounting.
How data is exchanged between encoder and master.
Details on functionality for different standard encoder classes.
Table showing input/output data formats for encoder classes.
List of configurable parameters and their assignments in the telegram.
How to set the counting direction for the encoder.
Limiting Class 2 features and commissioning diagnostics.
Setting resolution per revolution and measurement steps.
Adjusting measurement range and normal data transfer.
How position values are sent to the master (32-bit/16-bit).
Adjusting the encoder's zero point to a mechanical reference.
General parameters and how to enable them via specific octets.
Programming specific step counts for measurement ranges.
Defining the reference for measurement steps (revolution, range, etc.).
Activating commissioning mode and reducing diagnostic data.
Setting programmable limit switch functions for output value changes.
Setting steps based on physical encoder resolution for custom scaling.
Specifying encoder type and units for speed output.
Details of data transfer for P+F 2.1/2.2 classes.
Overview of commissioning mode and setting rotation direction.
Initiating and completing the learning process for gear factor.
Setting the preset value for P+F 2.1/2.2 classes.
How diagnostic information is provided by the encoder.
Detailed explanations of various diagnostic functions and their meanings.
Visual indication of operating status using LEDs.
Process for installing the device description file into the software.
Inserting the encoder into the PROFIBUS network configuration.
Choosing the appropriate encoder class for the application.
Configuring device parameters through software interfaces.
Power, EMC, communication interfaces, and baud rates.
Dimensions, materials, shaft loads, and weight.
Operating limits, humidity, and protection ratings.
Visual representations of the encoder's physical dimensions.
Visual representations for clamp flange models.
Visual representations for hollow shaft models.
Explanation of the product identification system.
Solutions for common operational problems and errors.
Definitions of technical terms used in the manual.
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