What does parameter setting error mean on A&D GX-600 Scales?
A parameter setting error on A&D Scales means the received data exceeds the range that the balance can accept. To resolve this, confirm the parameter range of the command.
What causes automatic response adjustment zero error on A&D Scales?
The automatic response adjustment zero error on A&D Scales indicates that there is something on the pan. Clear the pan and press the CAL key to return to the weighing mode.
What does excess characters error mean on A&D GX-600 Scales?
An excess characters error on A&D Scales means the balance received excessive characters in a command. Confirm the command to resolve this issue.
How to resolve undefined command error on A&D GX-600 Scales?
To resolve an undefined command error on A&D Scales, confirm the command you are trying to execute.
What to do for unit mass error on A&D GX-600?
If you encounter a unit mass error on your A&D Scales, add samples to reach the specified number and then press the PRINT key.
What to do if A&D GX-600 show sample mass error?
Outlines the manual's structure, covering basic operation, environment adaptation, functions, interface, and maintenance sections.
Highlights key functionalities like built-in calibration, automatic self-calibration, response adjustment, data memory, GLP output, and connectivity.
Details compliance with FCC rules and EMC directives, ensuring the device meets regulatory standards for radio frequency energy and electromagnetic compatibility.
Provides instructions for carefully unpacking the balance, checking contents based on the model, and assembling the breeze break if applicable.
Guides on placing the balance on a solid table, assembling parts, leveling, confirming the AC adapter, and initial warm-up procedures.
Lists crucial steps before operation: environmental setup, avoiding sunlight/dust/magnetic fields, ensuring stability, leveling, and initial calibration.
Offers guidance on handling static electricity, magnetic materials, temperature differences, gentle operation, and maintaining the balance's interior.
Provides instructions for safe handling after operation, advising against disassembly, using specific cleaning methods, and protecting the unit from dust/water.
Details precautions regarding the AC adapter, especially during internal mass movement or calibration, and mentions standby mode operation.
Lists available weighing units and modes (Gram, Counting, Percent, Density) with abbreviations, display formats, and conversion factors.
Explains how to select and arrange the sequence of units or modes for display in the function table, maintaining settings in non-volatile memory.
Guides on basic weighing procedures, including taring, placing samples, waiting for stabilization, and reading the weight.
Explains how to determine the number of objects using a standard sample unit mass, including ACAI function for accuracy.
Describes displaying weight in percentage relative to a reference mass, used for target weighing or sample variable checking.
Details weighing moving objects like animals, displaying average weight even with fluctuating data, using the hold function.
Automatically updates response adjustment by analyzing environmental influences and self-checks balance performance using the internal mass.
Allows manual updating of the response adjustment by selecting different response rates (FAST, MID, SLOW).
Lists calibration modes including automatic self-calibration, internal mass calibration, external weight calibration, and calibration tests.
Automatically calibrates the balance when ambient temperature changes are detected, storing or outputting reports if GLP is enabled.
Calibrates the balance using its built-in internal mass with a single operation by pressing the CAL key.
Calibrates the balance using an external weight, allowing specification of the calibration weight value.
Tests the balance's weighing accuracy using an external mass and outputs the test results, available when GLP output is enabled.
Allows correction of the internal mass value to conform to an external weight, maintaining the corrected value in non-volatile memory.
Describes five switches protecting parameters like calibration data and function settings, allowing permit or inhibit options to prevent careless operations.
Resets various balance parameters, including calibration data, function table, and stored data, back to their factory settings.
Explains the two-layer menu structure (Class and Item) for reading or rewriting balance parameters, which are stored in non-volatile memory.
Details the meaning of symbols and the function of each key within the function table mode for navigating and modifying settings.
Provides detailed descriptions of various parameters within the function table, categorized by Class and Item.
Explains parameters like Condition, Stability band width, and Hold function related to environmental settings and display behavior.
Details the "Data output mode" parameter, covering key mode, auto print modes, and stream mode for data transmission.
Describes various data formats (A&D, DP, KF, MT, NU, CSV) for outputting weighing data, including their structure and characteristics.
Explains how data number, time, date, and ID number are added to weighing data output, detailing their format and usage.
Provides visual examples of different data formats (A&D, DP, KF, MT, NU) for stable, unstable, and overload conditions.
Details how to set and confirm the balance's internal clock and calendar, which adds time and date to output data when enabled.
Explains how to set up and use the comparator function for comparing weighing data against predefined limits, with setting examples provided.
Guides on setting a unique ID number for the balance, which is maintained in non-volatile memory and used for GLP.
Explains how to generate and output GLP reports (calibration, test) in different formats (AD-8121, General data) using the RS-232C interface.
Provides essential notes on using the memory function, including data types, capacity, and handling existing data before storing new data.
Details storing weighing data (up to 200 sets), its availability for confirmation or output, and selection of data to be added.
Explains storing calibration and calibration test data (up to 50 sets), its availability for output, and automatic storage when GLP is configured.
Covers storing unit mass for counting mode (up to 20 sets), its recall for weighing, and how it's maintained in memory.
Details the function settings required to use the AD-8121B printer for various output modes and data types.
Guides on connecting the balance to a personal computer using the RS-232C interface, recommending a DCE cable.
Explains how to use WinCT software (RsCom, RsKey) for data transmission, analysis, balance control, and GLP report printing.
Provides a comprehensive list of commands for querying weighing data, controlling the balance, and managing memory functions.
Explains acknowledge codes and error codes transmitted by the balance in response to commands, aiding in troubleshooting communication issues.
Illustrates command usage for ON, R, CAL, and error code scenarios, showing interactions between the personal computer and the balance.
Describes how the balance performs based on the CTS and RTS parameters of the serial interface, affecting command reception and data output.
Outlines the key functions for RS-232C communication: "Data output" and "Serial interface" settings.
Provides steps to check balance performance, repeatability, and operating environment to identify and resolve weighing issues.
Lists and explains various error codes displayed by the balance, along with their causes and recommended actions.
Advises on contacting a local A&D dealer for service or repair, and provides precautions for transporting the balance.
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