How to fix Lyse Expiry error on Mindray Measuring Instruments?
If the Mindray Measuring Instruments shows 'Lyse Expiry', it means the lyse is expired or the expiration setting is incorrect. Check if the lyse has expired. If so, change a new container of lyse. If not, reset the expiration date.
What does Rotation Motor Error mean on Mindray Measuring Instruments?
If the Mindray Measuring Instruments displays a 'Rotation Motor Error', it could be due to a jammed sample probe, poor contact of the signal line, a damaged motor, poor connection between the drive board and the CUP board, or a malfunctioning photo coupler. Open the front panel and check if the sample probe is jammed. Enter the “Service ? System Test” screen and check the motor. The error will be removed if the test result is normal.
What causes Lyse Empty error on Mindray BC-3000 Plus Measuring Instruments?
If the Mindray Measuring Instruments displays 'Lyse Empty', it indicates either no lyse is present or there is a malfunctioning level transducer. Check if the lyse has run out. If it has, change a new container of lyse.
How to fix PLT Interrupt Error on Mindray BC-3000 Plus Measuring Instruments?
If the Mindray Measuring Instruments displays a 'PLT Interrupt Error', it indicates something is wrong with the A/D part of the CPU board. Enter the “Service ? System Test” screen and check the PLT AD interrupt. The error will be removed if the test result is normal.
What does RBC Interrupt Error mean on Mindray Measuring Instruments?
If the Mindray Measuring Instruments displays a 'RBC Interrupt Error', it indicates something is wrong with the A/D part of the CPU board. Enter the “Service ? System Test” screen and check the RBC AD interrupt. The error will be removed if the test result is normal.
How to fix HGB Error on Mindray BC-3000 Plus Measuring Instruments?
If the Mindray Measuring Instruments displays a 'HGB Error', it indicates that the HGB blank voltage is within 0 V - 3.2 V or 4.9 V - 5 V. Do the “Probe Cleanser Cleaning” procedure. If the problem persists, adjust the HGB gain to set the voltage within 3.4 - 4.8V, preferably 4.5V.
What to do if Mindray Measuring Instruments says Press Bar Up?
If the Mindray Measuring Instruments displays 'Press Bar Up', press the tension lever.
What causes Background Abnormal error on Mindray BC-3000 Plus?
If the Mindray Measuring Instruments shows a 'Background Abnormal' error, it could be due to contaminated diluent, diluent lines, or bath(s), expired diluent, or pressed tubes at the back of the analyzer. Check if the diluent is contaminated or expired, and inspect the tubes at the back of the analyzer to ensure they are not pressed. Enter the “Count” screen and press [STARTUP] (or [F3] of the external keyboard) to do the startup procedure. If the problem persists, do the probe cleanser cleaning procedure.
How to fix Com Error on Mindray BC-3000 Plus Measuring Instruments?
If there is a 'Com Error' on the Mindray Measuring Instruments, it could be due to a communication cable that is not well connected or inappropriate communication settings. Check if the communication cable is properly connected and verify the communication settings to ensure they match the host's settings.
What to do if Mindray BC-3000 Plus recorder is out of paper?
If the Mindray Measuring Instruments recorder is out of paper, it's either because the recorder paper has run out or it isn't properly installed. Check if the recorder paper has run out and install the paper. Also, check if the recorder paper is properly installed, and if not, reinstall it.
Explains the purpose and content of the operation manual.
Identifies the target audience for this manual.
Guides users on how to locate specific information within the manual.
Explains typographical conventions used for clarity.
Defines specific terms used throughout the manual.
Explains symbols used in the manual and on the analyzer.
Provides a general overview of the BC-3000 Plus analyzer.
Describes the purpose and applications of the analyzer in clinical laboratories.
Details the front and back panel components and their functions.
Explains the main screen layout and system menu options.
Outlines the types of reagents, controls, and calibrators used with the analyzer.
Introduces the analyzer installation procedure.
Details space, power, and environmental requirements for installation.
Provides instructions for safely unpacking and inspecting the analyzer.
Guides through connecting components like reagent containers and probes.
Explains the initial startup and initialization process for the analyzer.
Describes how to configure printing options for reports.
Explains how to set reference times for WBC and RBC counts.
Details user classification and administrator password settings.
Covers communication settings for data transfer.
Guides on setting the system's date and time.
Explains how to adjust gain settings for WBC, RBC, and HGB channels.
Describes setting the interval for automatic fluidic line cleaning.
Explains how to input and manage reagent expiration dates.
Details setting custom titles for printed reports.
Covers configuration of reporting units for various parameters.
Covers miscellaneous system settings like beeper and LCD contrast.
Lists essential checks to perform before powering on the analyzer.
Explains the procedure for turning on and initializing the analyzer.
Emphasizes the importance of running daily quality control checks.
Provides guidelines for proper sample collection and handling.
Details the steps for analyzing whole blood samples.
Outlines the procedure for analyzing prediluted samples.
Describes the correct procedure for shutting down the analyzer daily.
Explains how to view saved sample results in table or histogram format.
Guides users on how to search for specific sample results.
Details the setup, running, and review of L-J analysis for QC.
Covers setup, running, and review of X Analysis for QC.
Explains setup, running, and review of X-R Analysis for QC.
Outlines setup, performing, and reviewing X-B Analysis for QC.
Specifies the conditions requiring analyzer calibration.
Details the procedures for auto and manual calibration.
Provides a schedule and overview of routine analyzer maintenance.
Explains how to access and use various maintenance functions.
Describes how to check the analyzer's functional status.
Details how to test the analyzer's valves for malfunctions.
Guides through running system tests for diagnostics.
Provides instructions for preparing the analyzer for storage or shipping.
Explains how to view and interpret stored error messages.
Details the procedure for adjusting the sample probe position.
Provides instructions for replacing the probe wipe.
Guides on replacing the vacuum chamber filter.
Explains the use of the flush key for unclogging apertures.
Describes the function of the startup key for fluidic lines.
Lists common errors and their solutions not indicated by error messages.
Details error messages, causes, and recommended actions for various issues.
Provides an alphabetical index of terms and their corresponding page numbers.
Provides technical specifications for the analyzer and its components.
Lists important safety precautions, limitations, and potential hazards.
Details data transmission methods and formats for external communication.
General| Type | Automated Hematology Analyzer |
|---|---|
| Category | Measuring Instruments |
| Power Supply | AC 100-240V, 50/60Hz |
| Printer | Built-in thermal printer |
| Reagents | Diluent, Lyse, Cleaner |
| HGB Measurement Range | 0-300 g/L |
| Throughput | 60 samples per hour |
| Display | LCD display |
| Interface | RS232 |
| Principles | Electrical impedance for cell counting |
| WBC Counting Range | 0.0-99.9 x 10^9/L |
| RBC Counting Range | 0.00-9.99 x 10^12/L |
| PLT Counting Range | 0 - 999 x 10^9/L |
| Operating Environment | Temperature: 15-30°C, Humidity: 30-85% |
| Parameters | WBC, RBC, HGB, HCT, MCV, MCH, MCHC, PLT |
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