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Identifies and lists the components included with the balance unit.
Details the functions of each key on the balance's main unit during different modes.
Explains the meaning of various symbols displayed on the balance's screen.
Provides instructions for selecting an installation site and physically installing the balance.
Guidelines for selecting an appropriate location to ensure optimal balance performance and safety.
Step-by-step guide for physically setting up the balance unit, including screw removal and pan placement.
Describes the procedure for powering on the balance and the initial self-check sequence.
Instructions for setting the internal clock to the correct date and time.
Explains the necessity and procedure for calibrating the balance to ensure accurate measurements.
Covers the fundamental process of placing items on the pan and obtaining measurements.
How to cycle through and select different registered weighing units.
Procedure to decrease display resolution by one decimal place.
Guidelines for keeping the balance clean and safely moving it.
Proper methods for cleaning the balance unit and its components.
How to safely carry and transport the balance, including securing transportation screws.
Lists the technical specifications, capacities, and performance details of the balance models.
Overview of the menu system's purpose for programming balance functions.
Step-by-step guide on navigating and selecting items within the balance's menu structure.
Reference guide to understanding the organization and layout of menu items.
Explains common operations like setting values, using decimal points, and menu locking.
How to input and set numerical values for various balance functions.
Procedure for positioning the decimal point when setting specific numerical values.
Function to prevent accidental changes to menu settings.
Recalls the most recently accessed menu item for convenience.
Restores the balance's menu settings to their factory default state.
Accesses the menu for performing various calibration procedures.
Details the conditions and necessity for performing balance calibration.
Procedure for span calibration using the balance's internal calibration weight.
How to perform a check of the balance's calibration using the internal weight.
Procedure for span calibration using external calibration weights.
How to perform a check of the balance's calibration using external weights.
Options for configuring standard calibration types and methods.
Choosing between built-in or external weight calibration methods.
Detailed procedure for PCAL calibration using a certified external standard.
Settings for the balance's graphic display modes, such as Full Scale and Target.
Introduction to the graphic display's bar graph and its functions.
Displays the load relative to the balance's maximum capacity on the bar graph.
Mode for filling or quality checks based on target values.
Determines pass/fail judgment based on sample weight compared to thresholds.
Classifies sample weight using a bar graph and comparator function.
Turns off the graphic display function.
Adjustments to compensate for installation environment like vibration and airflow.
Explains how environment settings affect balance performance.
Settings to match display stability and response to application requirements.
Defines conditions for indicating balance stability.
Function to maintain the current displayed value.
Weighing samples in containers without opening them.
Controls whether the display remains fully illuminated or transitions.
Determines if the balance waits for stability before printing or taring.
Accesses specialized measurement functions for efficient work.
Introduction to Application Measurement functions for enhanced efficiency.
Reference for determining if a sample is loaded based on display counts.
Automatically zeroes the balance when the value is within the Zero Range.
Automatically outputs measurement data without manual key presses.
Captures and displays the highest or lowest stable value.
Automatically outputs data at preset time intervals.
Weighs multiple samples, storing values and zeroing automatically.
Specialized mode for weighing live animals.
Manages and changes the available weighing units displayed.
Procedure to register and select different weighing units.
Setting up and performing percentage calculations.
Function to count a specified number of pieces based on a sample weight.
Calculates solid density by measuring weight in air and liquid.
Calculates liquid density by measuring reference weight in air and sample liquid.
Configures balance system settings like date, time, and display.
Setting the internal clock's date.
Setting the internal clock's time.
Determines what is displayed when the balance is in standby mode.
Settings related to calibration reports, balance ID, and PCAL password.
Options for generating calibration reports for quality standards.
Assigning a unique ID number for balance identification.
Setting a password to protect PCAL calibration.
Configures settings for communication with printers or PCs.
Introduction to communication settings for peripherals.
Determines how the balance communicates data with peripheral equipment.
Sets the output format for data sent to peripherals.
Sets the baud rate for data transmission.
Configures parity and bit length for data communication.
Sets the number of stop bits for data transmission.
Defines characters used to separate data pieces or commands.
Instructions for connecting and using the EP-60A electronic printer.
Details on connecting the balance to a personal computer via RS-232C.
Steps for physically connecting the RS-232C cable between the PC and balance.
Explanation of the data format when F-Eb is selected and other formats.
How to send commands to the balance for operations like setting time or tare.
Procedure for transferring data directly to Windows applications.
Connects multiple balances to a single PC simultaneously.
Information and usage of the optional AKB-301 keyboard.
Covers connection and basic operation of the AKB-301 keyboard.
Demonstrates using the keyboard with comparator functions and piece counting.
Information on connecting and using optional foot switches for hands-free operation.
Attaching a hook for measurements with samples suspended beneath the balance.
Lists standard accessories, maintenance parts, and optional items for the balance.
Detailed list of included parts and replacements available.
List of optional accessories that can enhance balance functionality.
Provides conversion factors for various weighing units.
Details the pin assignments and functions for the RS-232C/AUX connector.
Catalog of display messages and their corresponding error descriptions and countermeasures.
Lists common display messages indicating status or waiting conditions.
Details specific error codes, their causes, and recommended solutions.
Identifies and lists the components included with the balance unit.
Details the functions of each key on the balance's main unit during different modes.
Explains the meaning of various symbols displayed on the balance's screen.
Provides instructions for selecting an installation site and physically installing the balance.
Guidelines for selecting an appropriate location to ensure optimal balance performance and safety.
Step-by-step guide for physically setting up the balance unit, including screw removal and pan placement.
Describes the procedure for powering on the balance and the initial self-check sequence.
Instructions for setting the internal clock to the correct date and time.
Explains the necessity and procedure for calibrating the balance to ensure accurate measurements.
Covers the fundamental process of placing items on the pan and obtaining measurements.
How to cycle through and select different registered weighing units.
Procedure to decrease display resolution by one decimal place.
Guidelines for keeping the balance clean and safely moving it.
Proper methods for cleaning the balance unit and its components.
How to safely carry and transport the balance, including securing transportation screws.
Lists the technical specifications, capacities, and performance details of the balance models.
Overview of the menu system's purpose for programming balance functions.
Step-by-step guide on navigating and selecting items within the balance's menu structure.
Reference guide to understanding the organization and layout of menu items.
Explains common operations like setting values, using decimal points, and menu locking.
How to input and set numerical values for various balance functions.
Procedure for positioning the decimal point when setting specific numerical values.
Function to prevent accidental changes to menu settings.
Recalls the most recently accessed menu item for convenience.
Restores the balance's menu settings to their factory default state.
Accesses the menu for performing various calibration procedures.
Details the conditions and necessity for performing balance calibration.
Procedure for span calibration using the balance's internal calibration weight.
How to perform a check of the balance's calibration using the internal weight.
Procedure for span calibration using external calibration weights.
How to perform a check of the balance's calibration using external weights.
Options for configuring standard calibration types and methods.
Choosing between built-in or external weight calibration methods.
Detailed procedure for PCAL calibration using a certified external standard.
Settings for the balance's graphic display modes, such as Full Scale and Target.
Introduction to the graphic display's bar graph and its functions.
Displays the load relative to the balance's maximum capacity on the bar graph.
Mode for filling or quality checks based on target values.
Determines pass/fail judgment based on sample weight compared to thresholds.
Classifies sample weight using a bar graph and comparator function.
Turns off the graphic display function.
Adjustments to compensate for installation environment like vibration and airflow.
Explains how environment settings affect balance performance.
Settings to match display stability and response to application requirements.
Defines conditions for indicating balance stability.
Function to maintain the current displayed value.
Weighing samples in containers without opening them.
Controls whether the display remains fully illuminated or transitions.
Determines if the balance waits for stability before printing or taring.
Accesses specialized measurement functions for efficient work.
Introduction to Application Measurement functions for enhanced efficiency.
Reference for determining if a sample is loaded based on display counts.
Automatically zeroes the balance when the value is within the Zero Range.
Automatically outputs measurement data without manual key presses.
Captures and displays the highest or lowest stable value.
Automatically outputs data at preset time intervals.
Weighs multiple samples, storing values and zeroing automatically.
Specialized mode for weighing live animals.
Manages and changes the available weighing units displayed.
Procedure to register and select different weighing units.
Setting up and performing percentage calculations.
Function to count a specified number of pieces based on a sample weight.
Calculates solid density by measuring weight in air and liquid.
Calculates liquid density by measuring reference weight in air and sample liquid.
Configures balance system settings like date, time, and display.
Setting the internal clock's date.
Setting the internal clock's time.
Determines what is displayed when the balance is in standby mode.
Settings related to calibration reports, balance ID, and PCAL password.
Options for generating calibration reports for quality standards.
Assigning a unique ID number for balance identification.
Setting a password to protect PCAL calibration.
Configures settings for communication with printers or PCs.
Introduction to communication settings for peripherals.
Determines how the balance communicates data with peripheral equipment.
Sets the output format for data sent to peripherals.
Sets the baud rate for data transmission.
Configures parity and bit length for data communication.
Sets the number of stop bits for data transmission.
Defines characters used to separate data pieces or commands.
Instructions for connecting and using the EP-60A electronic printer.
Details on connecting the balance to a personal computer via RS-232C.
Steps for physically connecting the RS-232C cable between the PC and balance.
Explanation of the data format when F-Eb is selected and other formats.
How to send commands to the balance for operations like setting time or tare.
Procedure for transferring data directly to Windows applications.
Connects multiple balances to a single PC simultaneously.
Information and usage of the optional AKB-301 keyboard.
Covers connection and basic operation of the AKB-301 keyboard.
Demonstrates using the keyboard with comparator functions and piece counting.
Information on connecting and using optional foot switches for hands-free operation.
Attaching a hook for measurements with samples suspended beneath the balance.
Lists standard accessories, maintenance parts, and optional items for the balance.
Detailed list of included parts and replacements available.
List of optional accessories that can enhance balance functionality.
Provides conversion factors for various weighing units.
Details the pin assignments and functions for the RS-232C/AUX connector.
Catalog of display messages and their corresponding error descriptions and countermeasures.
Lists common display messages indicating status or waiting conditions.
Details specific error codes, their causes, and recommended solutions.
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