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Includes cautions for reading manual, qualified personnel, and ESD handling.
Warnings regarding shock hazard, grounding, and power disconnection.
Product compliance with EU directives for EMC and Low Voltage.
Lists OIML R-76-1 and DIN EN 45501 standards for conformity.
General description of the DAD 141.1's capabilities and functions.
Key parameters including accuracy, inputs, outputs, and environmental.
Details on serial, Ethernet, analog, and digital I/O interfaces.
Configuration and use of RS 422/485 communication.
Explains the ASCII command format for device control.
Guide for connecting and configuring via Ethernet.
Information on Modbus TCP and RTU protocol support.
Describes the device's physical layout and terminal connections.
Instructions and diagrams for connecting load cells.
Details wiring for power supply, serial, and Ethernet ports.
Explains the purpose and operation of the seal switch.
Assigning functions to digital logic inputs.
Controlling logic outputs and assigning actions.
Choosing the data source for analog output signals.
Configuring output modes like current or voltage.
Instructions on entering and navigating the setup menus.
Brief overview of each main menu section (1-9).
Describes the purpose of each button on the front panel.
Guide on navigating menus and making selections with buttons.
Configuration of zero tracking, calibration, and non-volatile storage.
Setting calibration span via weight or mV/V input.
Configuring display limits, step size, and decimal point.
Setting filter cutoff, mode, update rate, and motion detection.
Setting analog output base, high/low levels, and mode.
Assigning functions to logic inputs 0 and 1.
Setting setpoints, hysteresis, base value, and testing logic outputs.
Baud rate, device address, auto-transmit, IP address, and parity.
Procedure for resetting the device to factory default settings.
Explains various error messages and their causes.
Detailed procedure for calibrating the scale using physical weights.
Procedure for calibrating using load cell mV/V sensitivity.
Lists all commands with short descriptions and parameter values.
Commands like ID, IH, IV, IS for device status and version.
Commands for enabling and performing calibration sequences.
Commands for setting max/min output, step size, and decimal point.
Commands for AZ, AG, CZ, CG, ZT, FD, ZR, ZI.
Commands for CS, SU, RU to save/restore data.
Sets the fluctuation limit for stable signal detection.
Sets the time period for checking signal stability.
Selects between IIR and FIR digital filter modes.
Configures the 3dB filter cut-off frequency.
Defines the averaging of measurement values for update rate.
Sets a new current zero point for weight calculations.
Activates net weighing by storing the current weight as tare.
Resets zero to calibrated value and tare to gross mode.
Saves zero/tare values non-volatilely.
Configure window and time for automatic taring.
Retrieves gross, net, and tare weight values.
Retrieves the current analog-to-digital converter value.
Retrieves net, gross, status, and checksum as a string.
Gets triggered average, hold, peak, and valley values.
SG, SN, SW commands for sending values continuously.
Starts automatic transmission of triggered average values.
Assigns specific functions to logic inputs.
Reads the current status of digital logic inputs.
Manages the status of logic outputs.
Enables host application control of logic outputs.
Assigns a base value (gross, net, etc.) to a setpoint.
Sets setpoint values, hysteresis, and polarity.
Sets the hold time for setpoint limit conditions.
Configures device and IP addresses.
Sets serial speed and duplex operation.
Commands to open and close devices on the bus.
Sets a delay for data transmission.
Chooses the data source for analog output signals.
Configures the high and low levels for analog output scaling.
Selects the analog output mode (e.g., 4-20mA, 0-10V).
Saves calibration data to EEPROM, increments TAC.
Saves configuration settings like filter and communication.
Saves setpoint values, hysteresis, and allocation.
Saves analog output configuration parameters.
Retrieve or download EEPROM image files.
Defines a delay between trigger and measurement start.
Defines the time duration for averaging measurement results.
Reads the measurement result averaged over defined time.
Selects trigger edge and starts measurement cycle.
Sets a level for rising edge trigger on the measurement signal.
Starts automatic transmission of triggered average values.
Details conditions for use in legal-for-trade weighing systems.
Specifies limitations on display divisions and sensitivity.
Explains the TAC method for controlling calibration access.
Lists commands for enabling and performing calibration sequences.
Checks for display high value, no-motion, and filter settings.
Illustrates zero point, gain, and decimal point setup.
Guide for connecting and using HB-Programmer software.
How to reset the device using the FD command.
Describes DOP4 software for managing parameters and backups.
General