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General| Product Type | Transmitter |
|---|---|
| Model | PR 5210/00 |
| Manufacturer | Sartorius |
| Supply voltage | 10 ... 30 V DC |
| Output signal | 4 ... 20 mA |
| Protection Class | IP65 |
| Operating Temperature | -10 ... +60 °C |
| Housing Material | Stainless steel |
Overview of the three available transmitter models and their features.
Summary of key features, specifications, and communication protocols.
Explains the function of the 5 green LEDs for status and error indication.
Describes the CAL switch for protecting calibration data from unauthorized access.
How to load, edit, and save configuration data using the PC tool.
Advanced Data Unit settings for configuration and calibration.
Process for calibrating weighing points, covering FSD, stepwidth, and resolution.
Settings for overload, filter, frequency, measuring time, and weight & measure mode.
Configuration of analog output, Profibus address, bus size, communication, and access settings.
Initiates the calibration process, including setting FSD, stepwidth, deadload, and span.
Allows changing existing calibration data, particularly the deadload.
Defines host commands for requesting weight, zeroing, taring, and diagnostics.
Explains the 8-byte read/write window mechanism for Profibus data exchange.
Procedures for reading and writing data using Profibus windows.
Details scale status bits including errors, standstill, and overload.
Contains calibration info (EXPO, UNIT, STEP) and error codes.
Registers holding gross, net, and tare weight values.
Access to parameter values and indices for reading/writing.
Setting the fixed value for the analog output.
Controls transmitter functions via action bits.
Parameters for analog output configuration, scaling, and error handling.
Step-by-step guide for performing calibration using mV/V or weights.
Controls the start, stop, and factory reset of the calibration process.
Sets the Full Scale Deflection (FSD) value for the weighing range.
Details the principle, measuring time, and filters for analog signal processing.
