What does excess characters error mean on A&D GX-6100 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 fix stability error on A&D GX-6100?
A stability error on A&D Scales typically arises from environmental factors. To resolve this, prevent any vibration, drafts, temperature changes, static electricity, and magnetic fields around the scales. You can also adapt the balance to the environment.
What causes calibration weight error on A&D GX-6100 Scales?
A calibration weight error on A&D Scales occurs when the calibration weight is either too heavy or too light. Confirm the correct calibration weight value. Press the CAL key to return to the weighing mode.
Why am I getting a communications error on my A&D GX-6100?
A communications error on A&D Scales indicates a protocol error during communication. To fix this, confirm the correct format, baud rate, and parity settings.
What to do if A&D GX-6100 show weighing pan error?
If your A&D Scales display a weighing pan error, ensure that the weighing pan is correctly installed. After confirming its installation, calibrate the balance.
What does timeout error mean on A&D GX-6100 Scales?
A timeout error on A&D Scales means the balance didn't receive the next character of a command within one second. Confirm the communication to resolve this.
What to do if A&D Scales show sample mass error?
If your A&D Scales display a sample mass error, it suggests that the sample is too small. Use a larger sample to resolve this issue.
How to resolve undefined command error on A&D Scales?
To resolve an undefined command error on A&D Scales, confirm the command you are trying to execute.
What causes automatic response adjustment zero error on A&D GX-6100 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.
How to fix clock battery error on A&D Scales?
If your A&D Scales display a clock battery error, it means the clock backup battery has been depleted. Press any key and set the time and date to resolve this.
Outlines the manual's structure, including sections on operation, environment, functions, interface, and maintenance.
Highlights key balance features like built-in calibration, auto self-calibration, data memory, GLP output, and communication tools.
Details compliance with FCC rules and EMC directives for radio interference suppression.
Instructions for carefully unpacking the balance, checking contents, and retaining packing materials for future use.
Steps for balance installation, including setup environment, breeze break assembly, leveling, and AC adapter connection.
Guidelines for optimal performance, covering installation environment, avoiding interference, and proper setup procedures.
Precautions during operation, addressing static electricity, magnetic materials, sample handling, and balance cleanliness.
Post-use instructions, including avoiding shock, proper cleaning methods, and protecting the balance from contaminants.
Guidance on AC adapter usage, standby mode, and the importance of warm-up time for accurate weighing.
Explains basic key operations (press, press and hold) and details the function of each key on the balance.
Lists available weighing units (Gram, Ounce, Pound, etc.) and modes (Counting, Percent, Density) with their abbreviations.
Instructions on selecting and storing units or modes in the function table to customize the display sequence.
Step-by-step guide for basic weighing in gram mode, including taring, sample placement, and reading the stabilized value.
Explains the counting mode for determining object quantity using unit mass and the ACAI function for accuracy.
Details the percent mode for displaying weight relative to a reference mass, used for target weighing.
Describes the hold function for weighing moving objects like animals, displaying an average weight despite fluctuating readings.
Automatically adjusts response to environmental factors and performs a self-check of the balance's performance.
Allows manual selection of response rates (FAST, MID, SLOW) to optimize weighing stability and speed.
Lists the calibration modes available: automatic self-calibration, internal mass, and external weight calibration.
Automatically calibrates the balance in response to ambient temperature changes to maintain accuracy.
Simple calibration procedure using the balance's built-in internal mass with a single key press.
Detailed steps for calibrating the balance using an external calibration weight for accuracy.
Tests balance weighing accuracy using an external mass, outputting results without performing calibration.
Corrects the internal mass value to conform to an external weight within a specified range.
Allows protection of balance parameters by permitting or inhibiting access to function table and calibration settings.
Resets various balance settings and data, including calibration, function table, and memory, to factory defaults.
Explains the two-layer structure (Class and Item) of the function table and how parameters are organized.
Details the symbols used within the function table and the roles of the balance's keys for navigation and parameter changes.
Provides detailed descriptions of function table items and their parameters for Environment, Display, Comparator, and Serial Interface classes.
Guides on setting a unique ID number for the balance, essential for Good Laboratory Practice (GLP) compliance.
Details generating GLP reports for calibration and test data, specifying output formats for printers and PCs.
Provides essential notes for using the data memory function, including managing existing data and storage capacity.
Explains storing weighing data, its capacity (up to 200 sets), and its availability for confirmation or output.
Details storing calibration and calibration test data (up to 50 sets), and how to transmit this stored data.
Explains storing unit mass data (up to 20 sets) for the counting mode, allowing recall and modification.
Guides on setting liquid density via water temperature or direct input, and activating the density mode.
Details the RS-232C interface specifications, including transmission system, data format, and pin connections.
Explains the function of external input pins mirroring the PRINT and RE-ZERO keys for remote operation.
Lists function settings required for connecting and operating the AD-8121B printer with the balance.
Guides on connecting the balance to a personal computer via the RS-232C interface using a standard DCE cable.
Explains how to use WinCT software for data analysis, balance control, and GLP report printing.
Provides a comprehensive list of commands for querying data and controlling balance functions and memory.
Explains acknowledge (<AK>) and error (EC, Exx) codes returned by the balance in response to commands.
Illustrates practical usage of balance commands like ON, R, CAL, and handling of error codes with examples.
Describes how CTS and RTS parameters in the Serial Interface settings manage communication flow.
Mentions the key "Data output" and "Serial interface" functions for configuring RS-232C communication.
Guides on diagnosing issues by checking balance performance, repeatability, and the operating environment for potential problems.
Lists and explains common error codes (EC, E11, E16, E17, E20, E21) displayed by the balance.
Instructions on when and how to contact an A&D dealer for service, including preparation steps.
To Next Page
General
