What to do if OHAUS Adventurer Scales show Err 3.0?
Err 3.0 signifies a calibration error, specifically a wrong mass. This is due to an incorrect or missing calibration mass during the calibration procedure. You should recalibrate correctly.
How to fix Err 2.0 stability error on OHAUS Adventurer Scales?
Err 2.0 indicates a stability error. This can be caused by the balance being near vibrating equipment or air currents. Adjust the placement of the balance to resolve this.
What to do if OHAUS Adventurer Scales won't store selections made in menu?
If the balance won't store selections made in the menu, it's likely because the END selection wasn't used to exit the menu. Remember, you must use END to exit each menu and save selections.
Why do OHAUS Adventurer show Err 9.8?
Err 9.8 indicates an invalid checksum in calibration or setup data. The balance may need recalibration, particularly linearity calibration. If the error persists after recalibration, the balance must be serviced.
Why do my OHAUS Scales display 'Operation Timeout'?
An 'Operation Timeout' error on your OHAUS Scales indicates that the weight reading is not stable. Try moving the balance to a more suitable location to ensure stability.
General| Display | LCD with backlight |
|---|---|
| Power Supply | AC adapter (included) |
| Housing Material | ABS plastic |
| Capacity | Varies by model |
| Readability | Varies by model |
| Pan Size | Varies by model |
| Calibration | Internal and external |
| Connectivity | RS232, USB (host and device) |
| Operating Temperature | 10°C to 40°C (50°F to 104°F) |
Provides a general overview of the Adventurer balance's capabilities and purpose.
Highlights key features and touch control functionalities of the balance.
Defines signal words and warning symbols used in the manual for safety.
Essential safety instructions for installation, connection, and operation.
Instructions for carefully removing the balance and its components from the package.
Guidance on choosing an optimal location, avoiding environmental disturbances.
Steps for leveling the balance using the bubble level and Level Assist function.
Instructions for connecting the DC output connector and AC power cord.
Guide to connecting the balance via RS-232 or USB ports.
Importance and methods for initial calibration to ensure accuracy.
Overview of the touch-sensitive display, controls, and home screen layout.
Explanation of weighing, taring, zeroing, and navigating the main menu.
Identifies key parts and features specific to draft shield models.
Identifies key parts and features for non-draft shield models.
Instructions on how to use the primary weighing function.
Configuration options for weighing, including minimum weight and capacity bar.
Procedure for assigning a name to the sample being weighed.
Instructions for transferring weighing data to a USB flash drive.
Guide on using the application for counting uniform items.
Configuration for sample size and Average Piece Weight (APW).
Details on establishing APW and auto optimization in parts counting.
Instructions for using the application to measure sample as a percentage.
Configuration for recalculating the reference weight.
How to weigh unstable loads using manual or automatic modes.
Settings for averaging time, automatic mode, and sample name.
Introduction to determining object density using various methods.
Procedure for measuring the density of a solid in water.
Procedure for measuring the density of buoyant materials in water.
Procedure for measuring solid density using a liquid other than water.
Procedure for measuring liquid density using a calibrated sinker.
Procedure for measuring porous material density using oil.
Detailed steps for calculating porous material density with oil.
Continues the step-by-step guide for porous material density calculation.
How to compare sample weight against target limits.
Settings for sample name and print configurations.
How to capture and store a stable weight reading.
How to capture and store the highest stable weight.
Choosing between Peak Hold and Display Hold modes.
How to measure the cumulative weight of sequential items.
How to use the application for compounding and recipe making.
Settings for filler material and automatic taring.
Instructions on how to use the weigh below hook for suspended weighing.
Overview of the balance's user menu structure and navigation.
Details on various calibration methods available for the balance.
Customization options for balance functionality.
Lists the various sub-menus within Balance Setup.
How to change the display language for menus and messages.
Procedure for navigating and changing settings within the balance menus.
Lists available calibration sub-menus like Internal, Automatic, AutoCal.
Instructions for performing internal calibration using the internal mass.
Explanation of automatic self-calibration based on temperature or time.
Method to adjust span calibration without affecting linearity.
How to perform span calibration using zero and full load points.
Configures user-specific behavior: brightness, beep, auto-dim.
Adjusts signal filtering to improve stabilization time and stability.
Configures the automatic zero tracking functionality.
Enables or disables the automatic tare function.
Instructions for setting the current date and time on the balance.
How to set the Legal for Trade (LFT) status for the balance.
How to activate desired units of measure for weighing.
Lists the available units of measure for the balance.
Settings for data transfer, including exporting and importing profiles.
Lists functions for managing balance data via USB.
How to export weighing and menu settings to a USB flash drive.
How to import balance settings from a USB flash drive.
How to access balance type, ID, capacity, and software version.
Overview of parameters for external communication and printing.
Lists options for configuring RS-232 and print settings.
How to set the baud rate (bits per second) for communication.
How to set data bits, parity, and stop bits for data transmission.
How to set the flow control method for communication.
How to configure printing criteria like stable weight and numeric values.
How to set automatic printing based on stability, interval, or continuous.
How to define the content included in printed data.
Settings for paper feed (lines) and printing format (single/multiple lines).
Criteria for printing calibration data to USB or not.
Setting Good Laboratory Practices (GLP) and Good Manufacturing Practices (GMP) data.
Lists options for GLP data entry, including headers and names.
Setting GLP headers, balance name, user name, and project name.
How to reset all menu settings to their factory default values.
How to lock or unlock specific menus on the balance.
Steps required before balance verification and sealing for trade use.
Process for verification by a weights and measures official.
Instructions for sealing the balance after verification.
Connecting, configuring, and testing the interface for printing.
Details about the Serial Port Data Collection (SPDC) software.
Description of the format for result data and G/N/T data.
Examples of printed data for various balance applications.
How to periodically verify calibration by checking results with accurate weights.
Instructions for safely cleaning the balance surfaces and doors.
Table of symptoms, possible causes, and remedies for balance problems.
Guidance on contacting Ohaus service for unresolved issues.
Specifies operating conditions like altitude, temperature, and humidity.
Visual representation of balance dimensions for draft shield and non-draft shield models.
List of available replacement parts and optional accessories.
List of commands for controlling the balance via interface.
Pinout details for the RS232 serial port connection.
Explanation of the USB interface, virtual port, and system requirements.
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