What to do if the semiautomatic tare function doesn't work on Pavone Sistemi DAT 500 Accessories?
If the semiautomatic tare function of your Pavone Sistemi Accessories isn't working, first ensure the gross weight isn't negative or exceeding the maximum capacity. Also, ensure the weight is stable. If it is not stable, wait for it to stabilize or adjust the weight filter parameter.
Why doesn't the semiautomatic zero function work on my Pavone Sistemi DAT 500 Accessories?
If the function of semiautomatic zero doesn’t work on your Pavone Sistemi Accessories, it may be because the gross weight exceeds the action limit of semi-automatic zero, or the weight isn’t stable. To fix this, calibrate the weight to re-establish the zero. You can also wait for the weight to stabilize or adjust the weight filter parameter.
How to fix serial communication issues with Pavone Sistemi Accessories?
If the serial communication of your Pavone Sistemi Accessories isn't working properly, it might be due to incorrect installation or an incorrect selection of the serial interface operation. Check the connections as described in the installation manual and ensure the settings are appropriate.
General| Category | Accessories |
|---|---|
| Producer | Pavone Sistemi |
| Power Supply | 12-24 VDC |
| Protocols | Modbus RTU, ASCII |
| Digital Inputs | 4 |
| Digital Outputs | 4 |
| Input Channels | 1 |
| Display | LCD |
| Serial Ports | RS232, RS485 |
| Analog Output | 0-10V or 4-20mA |
| Weighing Functions | Tare, Total |
| Enclosure | ABS |
| Mounting | Panel, DIN Rail |
| Communication Interface | RS232, RS485 |
| Operating Temperature | -10°C to +40°C |
| Load Cells | Up to 8 load cells 350 Ohm |
Provides the physical dimensions and mounting cutout for the DAT 500 instrument.
Details on electrical connection requirements and instrument power supply information.
Explains the 6-digit display and the meaning of the four LED indicators on the instrument panel.
Lists and explains error codes that may be displayed by the instrument.
Explains how to switch between viewing net and gross weight on the display.
Details conditions and procedures for self-calibration and zeroing the instrument.
Overview of the setup menu and how settings are stored and defaulted.
Guides on accessing and navigating the setup menu and parameter settings.
Configures system capacity (CAPAC, NETE) and load cell sensitivity (SENSE).
Sets fixed calibration (DEAD L) and system division value (dSPdIJ).
Configures load cell signal display, A/D converter test, and operating mode.
Procedure for zero calibration when the scale is unloaded and stable.
Procedure for calibrating the full scale using sample weights.
Instructions on how to exit the calibration menu and save settings.
Adjusts the refresh speed for display and serial/analog output.
Defines the number of divisions needed to consider the weight stable.
Sets the maximum resettable weight upon instrument startup.
Configures setpoint 1 mode, hysteresis, timing, and delay.
Configures setpoint 2 mode, hysteresis, timing, and delay.
Procedures for testing logic inputs and outputs.
Configures baud rate, protocol, and address for COM1 serial port.
Defines COM2 Fieldbus protocol and programs its address.
Covers Continuous, Manual, Slave, and Modbus RTU protocols.
Configures analog output full scale, mode, and range.
Tests analog output operation and calibrates the offset.
Describes Continuous, Automatic, and Manual transmission protocols.
Details the controls and command format for the SLAVE transmission protocol.
Explains Modbus RTU protocol, functions, registers, and configuration.
Details print command activation and required conditions.
Shows printer connection diagram and report format examples.
Steps to prepare the instrument and PC for configuration transfer.
Explains how to upload and download instrument configurations.
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