Why is the PAVONE DAT 500 serial communication not working properly?
If the serial communication isn't working, it could be due to incorrect installation or incorrect serial interface operation settings. Check the connections as described in the installation manual and ensure the settings are appropriate.
What to do if the semiautomatic zero function doesn't work on my PAVONE DAT 500 Transmitter?
The semiautomatic zero function might fail if the gross weight exceeds the action limit or if the weight hasn’t stabilized. Calibrate the weight to re-establish zero. Also, wait for the weight to stabilize or adjust the weight filter parameter.
Why doesn't the semiautomatic tare function work on my PAVONE DAT 500?
The semiautomatic tare function may not work if the gross weight is negative or exceeds the maximum capacity, or if the weight hasn’t stabilized. Check the gross weight and ensure it is within the appropriate range. Wait for the weight to stabilize or adjust the weight filter parameter.
How to correct the number of decimal places on my PAVONE DAT 500 Transmitter?
If the number of decimal places is incorrect, it's likely due to a wrong division value being selected. Go to the main menu and select the correct division value.
General| Brand | PAVONE |
|---|---|
| Model | DAT 500 |
| Category | Transmitter |
| Language | English |
Read the manual before operating or servicing the instrument and save for future use.
Installation and maintenance must be performed by qualified personnel; exercise caution with live instrument.
Important warnings stating procedures require qualified personnel and connections must be made with the instrument off.
Guidance on screw terminal boards, load cell cable shielding, and power supply connections.
Connecting and supplying power to the instrument, including voltage isolation and consumption.
Guidelines for routing load cell cables separately from other cables to prevent interference.
Connecting up to 8 load cells, supply voltage, and sensitivity range for the instrument.
Instructions for configuring terminals 19-24 for 4-wire load cell connections.
Pin assignments for connecting to a Profibus Master.
Cable impedance, capacity, resistance, and conductor cross-section requirements.
Pin assignments for DeviceNet connections.
Requirements for DeviceNet or shielded twisted-pair cables and line termination.
Key functions during weight display: setpoints, view toggle, zeroing, serial transmission.
Key functions for navigating main menus: selecting next/previous, exiting, accessing sub-menus.
Key functions for setting numerical values: increasing/decreasing digits, moving, confirming.
List and description of common error codes displayed by the instrument.
Performing zeroing and self-calibration using the →0- key.
Criteria required for self-calibration: Net mode, positive weight, stable weight.
Correcting zero shifts due to thermal drift or material accumulation.
Comparing setpoint values with weight to control logic outputs.
Procedure to enter the setpoint configuration mode using the SET key.
Using keys to increment, change, and confirm setpoint digits.
All settings are stored and accessible via a setup menu.
Procedure to enter the main setup menu by pressing PRG and SET keys.
Performing full scale calibration using sample masses for system accuracy.
Setting the total rated capacity of load cells for the weighing system.
Setting the average sensitivity of load cells in mV/V.
How CAPAC, SENSIT, NET, DEAD L affect auto-adjustment of other parameters.
Programming the net capacity, with minimum value constraint relative to CAPAC.
Programming the fixed calibration value for the weighing system.
Setting the division value to define system resolution and affect calibration.
Step-by-step guide for configuring parameters for a specific weighing task.
Specific values provided for CAPAC, SENSIT, NET, DEAD L, and dSPd IU.
Using sample masses or pre-weighed product for accurate calibration.
Performing zero calibration when the scale is empty and the weight is stable.
Loading sample weight, stabilizing, and entering the theoretical weight value.
Verifying mechanical constraints if linearity errors appear post-calibration.
Rules for accepting sample weights for linearization points.
Entering load weight values for specific linearization points (P1 to P9).
Selecting operation criteria for setpoint 1: Net, Gross, or Peak.
Selecting operation criteria for setpoint 2: Net, Gross, or Peak.
Setting the baud rate for the RS232 serial port (COM1).
List of Modbus registers with address, R/W status, format, and notes.
Registers related to status, gross/net weight, peak value, and load cell signal.
Registers for system capacity, sensitivity, division value, filter, and stability.
Registers for setpoint operation modes, hysteresis, timers, and delays.
Resolving issues indicated by display messages like O-L, hyphens, or underscores.
Troubleshooting semiautomatic zero and tare functions related to weight limits or stability.
Components in the safe area: Model 500 transmitter and safety barriers.
Wiring diagram for summing junction boxes in hazardous areas.
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