What does parameter setting error mean on A&D 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 GX-400?
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-400 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-400 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 Scales?
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 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.
General| Capacity | 410 g |
|---|---|
| Readability | 0.001 g |
| Calibration | External calibration |
| Repeatability (Standard Deviation) | 0.001 g |
| Linearity | ±0.002 g |
| Interface | RS-232C |
| Operating Temperature | 5°C to 40°C |
| Power Supply | AC adapter (included) |
| Stabilization Time | 2 seconds |
| Display | Vacuum Fluorescent Display |
| Pan Size | 128 mm (Diameter) |
Describes the manual's structure, covering basic operation, environment adaptation, functions, RS-232C interface, and maintenance.
Highlights key features like built-in calibration weight, self-calibration, response adjustment, data memory, GLP output, and comparator indicators.
Details compliance with FCC rules for radio frequency energy and EMC directives for radio interference suppression.
Instructions on carefully unpacking the balance, checking contents, and assembling the breeze break or ring.
Steps for installing the balance, including placing it on a stable table, leveling, and connecting the AC adapter.
Guidelines for optimal performance, including environmental conditions, placement, leveling, power supply, and initial calibration.
Precautions for accurate weighing, addressing static electricity, magnetic materials, temperature differences, and handling.
Recommendations for maintenance after use, including avoiding shock, proper cleaning, and protection from dust and water.
Information on power supply, including AC adapter usage, standby mode, and warm-up procedures.
Lists available weighing units and modes, including Gram, Counting, Percent, and Density, with their abbreviations and displays.
Procedure for selecting and storing weighing units or modes in the function table for customized display sequences.
Step-by-step guide for basic weighing operations in gram mode, including taring and reading values.
Instructions for using the counting mode, including selecting the mode, storing sample unit mass, and counting operation.
Guide to using the percent mode for target weighing or sample variable checking, including storing the 100% reference mass.
Explains the hold function for weighing moving objects like animals, allowing the display of average weight.
Details the automatic adjustment and self-check function, which analyzes environmental influences and balance performance.
Procedure for manually updating the response adjustment by selecting a rate (FAST, MID, SLOW).
Defines calibration modes: automatic self, internal mass, external weight, and calibration test.
Explains automatic calibration triggered by ambient temperature changes, storing reports if GLP is enabled.
Procedure for calibrating the balance using its internal mass by simply pressing the CAL key.
Guide to calibrating the balance using an external weight, including specifying the calibration weight value.
Procedure for testing balance accuracy using an external mass, outputting results without performing calibration.
Details on correcting the internal mass value to conform to an external weight for improved accuracy.
Explains function switches for protecting parameters like calibration data and operating environment settings.
Procedure to return various balance parameters, including calibration data and function tables, to factory settings.
Describes the two-layer structure (Class and Item) of the function table for parameter settings.
Defines the meaning of symbols and the function of each key within the function table mode.
Detailed explanation of parameters within the function table, categorized by Class and Item.
Explains parameters related to environmental conditions (Condition, Stability band width) and display settings.
Details the 'Data output mode' parameter, covering key mode, auto print modes, and stream mode.
Describes various data output formats like A&D standard, DP, KF, MT, NU, and CSV.
Explains how data number, time, date, and ID number are added to the weighing data.
Provides examples of data output formats for stable, unstable, and overload conditions.
Instructions for setting and confirming the balance's internal clock and calendar for accurate time/date stamping.
Details on setting up the comparator function, including selecting modes and entering reference/tolerance values.
Procedure for setting a unique ID number for the balance, essential for GLP compliance.
Explains how to generate GLP reports for calibration, including internal and external weight calibration.
Information on memory functions, including data storage, capacity, and deleting existing data.
Details on storing weighing data, capacity limits, and different operating modes for data storage.
Explains storing calibration and calibration test data, along with procedures for transmitting and deleting memory data.
Describes storing unit mass data for the counting mode, including recalling and changing stored values.
Configuration settings for connecting and using the AD-8121B printer with the balance.
Guidance on connecting the balance to a personal computer using the RS-232C interface.
Explains how to use WinCT software for data transmission, analysis, and balance control via RS-232C or USB.
Lists commands for querying weighing data and controlling the balance and memory functions.
Describes acknowledge codes and error codes transmitted by the balance in response to commands.
Illustrates command usage with examples for ON, R, CAL, error codes, and weighing with tare.
Explains control mechanisms using CTS and RTS signals based on the 'Serial interface' parameter.
Covers essential RS-232C settings, including 'Data output' and 'Serial interface' functions.
Guides on checking balance performance, environment, and weighing methods to resolve issues.
Lists and explains various error codes (e.g., EC, E11, E16, E20) and their corresponding causes.
Instructions on when and how to contact a dealer for service or repair, including packing advice.
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