What does “Test Time-out Error” mean on Advanced Instruments A2O?
This message indicates that your instrument was unable to complete the test in the allotted time. If the problem persists, contact Advanced Instruments Hot-Line Service for instructions on verifying the block probe resistance.
What to do if Advanced Instruments Measuring Instruments results are lower than expected?
If the results from the Advanced Instruments Measuring Instruments are lower than expected, or the last result in a series of replicates is lower than prior results, check the fluid levels in the osmometer and primary carousel tubes to determine whether an insufficient sample volume was dispensed.
What to do if Advanced Instruments A2O results are not repeatable?
If you observe that the results from Advanced Instruments Measuring Instruments are not repeatable (too scattered), check the fluid levels in the osmometer and primary carousel tubes to determine whether an insufficient sample volume was dispensed. Also, check the system fluid level, the fluid tubing and connections.
How to troubleshoot a blank print from the Internal Printer of Advanced Instruments A2O?
If the Internal Printer of the Advanced Instruments Measuring Instruments advances paper and appears to be printing, but the paper is blank, check to make sure the paper roll is properly installed. The paper must be feeding from the bottom of the roll.
What to do if Advanced Instruments A2O show “Recalibration Needed”?
This message indicates that you need to re-calibrate your instrument. Recalibrate closely following the instructions. If the error message repeats, contact Advanced Instruments Hot-Line Service.
What to do if Advanced Instruments Measuring Instruments show “Sample Pre-freeze…”?
If the Advanced Instruments Measuring Instruments displays a “Sample Pre-freeze…” error, test another aliquot of that sample in a clean sample tube. Make sure samples contain no bubbles or froth before testing. Try to minimize the effects of materials that tend to cause premature crystallization. When testing samples contained in ampules, use a lint-free cloth or swab to carefully remove any liquid film present at the ampule opening. Check/correct the probe bin numbers. When testing low mOsm samples using the Full Range, switch to the Low Range and test another sample. If this does not solve your problem, contact Advanced Instruments Hot-Line Service for instructions on verifying the block probe resistance.
What does Low Battery mean on Advanced Instruments A2O Measuring Instruments?
The lithium battery contained inside the NVRAM memory is too low to maintain stored information, calibration, and system settings. The instrument will function normally as long as the main power remains on. Contact Advanced Instruments Hot-Line Service.
What to do if the Internal Printer of Advanced Instruments A2O fails to print?
If the Internal Printer fails to print, first make sure there is paper in the printer. If there is not, install paper per the instructions. If there is paper in the printer, make sure that the printer cover is completely and securely closed.
What to do if Advanced Instruments A2O show “Sample Probe Open?”?
If Advanced Instruments Measuring Instruments displays “Sample Probe Open?”, switch the instrument off, then on. Make sure the sample probe is plugged into the main board. Check the sample probe by running the A/D tests. If the error message does not persist and other error messages are not displayed, ignore this message. Otherwise, contact Advanced Instruments Hot-Line Service.
What to do if Advanced Instruments Measuring Instruments show “Block Probe Open?”?
If you see this message, first try restarting your instrument. Contact Advanced Instruments Hot-Line Service for instructions on verifying that the block probe is plugged into the osmometer circuit board.
Explains warning symbols for important operating and maintenance instructions.
Provides essential safety advice regarding power, cords, grounding, and environmental conditions.
Details compliance with FCC rules for digital devices and potential radio frequency interference.
Outlines the instrument's purpose and applications in various medical and research fields.
Explains the scientific basis of osmolality measurement using freezing point depression.
Describes the instrument's components and how it measures temperature and freezing points.
Guides on selecting a suitable location with adequate space and power outlet availability.
Provides instructions for carefully unpacking the instrument and checking for shipping damage.
Details the process of removing protective shipping stops from the pipettor and osmometer modules.
Explains how to load paper into the instrument's built-in printer for test result output.
Guides on connecting external devices like printers or scanners via Ethernet and USB ports.
Outlines the procedure for connecting power and starting the instrument for the first time.
Instructions for correctly mounting the turntable and sample carousel onto the instrument.
Details on installing the system fluid and waste bottles for instrument operation.
Explains the process of priming the pipettor system with fluid before initial use.
Guides on performing initial diagnostic tests to ensure proper instrument functionality.
Instructions on configuring the instrument's internal clock for accurate record keeping.
Explains how to change the user interface language from the default English.
Advises on verifying the factory calibration using standards before running samples.
Directs the user to the next chapter for detailed instrument operation procedures.
Emphasizes safe handling of biohazardous materials and universal precautions in the lab.
Explains how the A2O performs automated osmolality measurements using freezing point depression.
Describes the roles of key parts like the primary tube carousel, pipettor, and freezing chamber.
Provides guidance on preparing samples, including handling viscosity and separator gels.
Offers advice for achieving consistent and accurate measurement results through careful practices.
Stresses the importance of daily calibration checks to ensure instrument accuracy.
Outlines the recommended steps for performing a standard osmolality test on unknown samples.
Explains how to perform rapid, urgent sample measurements using the STAT function.
Defines and differentiates between repeatability (precision) and accuracy in measurement.
Discusses the use of reliable standards and controls for accurate instrument calibration and verification.
Provides recommendations for establishing and maintaining effective quality control procedures.
Details the automatic procedure for calibrating the instrument using specified standards.
Offers important reminders and responsibilities related to the calibration process.
Describes the design and operation of the instrument's graphical user interface (GUI) for ease of use.
Explains the initial screen displayed upon instrument startup and its key elements.
Guides on configuring test parameters, including protocols, replicates, and measurement ranges.
Details settings for user ID, barcode reader, and protocol management.
Explains how to define and manage control solutions for quality assurance.
Displays the status and options for performing instrument calibration.
Highlights crucial safety warnings and precautions before performing service or maintenance.
Provides instructions on how to contact Advanced Instruments for technical support and service.
Outlines the schedule for essential daily and weekly maintenance tasks.
Guides on basic checks for common instrument issues and error messages.
Details the procedure for safely replacing blown fuses in the instrument.
Explains various symbols used in the manual and on the instrument for safety and compliance.
Guides on configuring the instrument's connection to a Laboratory Information System (LIS).
Details the steps to establish a Local Area Network (LAN) connection for the instrument.
General| Brand | Advanced Instruments |
|---|---|
| Model | A2O |
| Category | Measuring Instruments |
| Language | English |
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