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General| Brand | Dini Argeo |
|---|---|
| Model | DGT1S |
| Category | Transmitter |
| Language | English |
Conditions for correct installation of the transmitter and load receiver.
Connecting earth cables for load cells and junction boxes to the earth bar.
Earthing the weighing structure and unconnected structures with cables.
Connecting serial cable shields to the earthing point for proper reference.
Guidelines for earth cable suitability, outdoor structures, and earth post placement.
Connecting load cells using a 6-wire method with SENSE.
Connecting load cells using a 4-wire method.
Electrical schematic for the DGT1S digital weight transmitter.
Electrical schematic for the DGT1SAN digital weight transmitter.
Procedure to enter and use the quick menu for main parameter programming.
Steps to access the advanced menu and save configuration changes.
Explanation of key functions when navigating and entering parameters in the menu.
Visual representation of the transmitter's menu structure.
Adjusting filter parameters to improve weight stability and display.
Configuring sensitivity for detecting stable weight for functions like tare and zero.
Adjusting display update rate to increase weight stability on the display.
Configuration for automatic zeroing when the transmitter is powered on.
Setting the maximum weight percentage that can be zeroed manually.
Compensation parameter for thermal drift, resetting zero based on divisions.
How to restore the last zeroing setting.
Performing zeroing by pressing a key or sending a command.
Setting the tare mode to blocked, unlocked, or disabled.
Setting the tare value of the weight currently on the scale.
Manually entering a specific tare value.
Methods to clear the active tare value.
Activating the alibi memory function for storing weight values.
Storing weighing operations with ID codes and rewrite numbers.
Retrieving saved weighing data from the alibi memory.
Deleting all saved weighing operations from the alibi memory.
Activating a high-resolution weight display mode.
Detecting and displaying the maximum weight value during a time interval.
Converting scale units of measurement using a conversion factor.
Wiring diagram and description of the configurable inputs.
Configuration of the two programmable outputs (photomosfet) based on weight conditions.
Configuring analog output for voltage or current based on scale weight.
Step-by-step procedure for calibrating the analog output signal.
Choosing which serial port to use for PC communication.
Setting the transmission mode for the printer port.
Configuring baud rate, parity, data bits, and stop bits for the printer port.
Selecting the print language for the printer port.
Setting the transmission mode for the PC port.
Configuring communication settings for the PC port.
Format and description of the standard communication string.
Format and description of the extended communication string.
Serial commands to read weight in standard and high-resolution formats.
Serial commands for automatic tare and zeroing operations.
Serial commands for reading inputs and outputs.
Serial commands to simulate key presses and read scale information.
Serial commands for alibi memory operations and reading data with date/time.
Testing the µV and A/D points of the cells and converter.
Displaying the current firmware version of the transmitter.
Displaying the transmitter's unique serial number.
Checking the last key pressed code.
Setting activation and deactivation values for output functions.
Resetting the transmitter to default parameters and activating them.
Setting the date and time on the transmitter (requires optional clock card).
Detailed descriptions of various alarms and error codes displayed by the transmitter.
Information regarding reproduction, changes, and manufacturer liability.
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