Need help?Do you have a question about the Medonic CA620 and is the answer not in the manual?
General| Sample Volume | 20 µL |
|---|---|
| Histograms | WBC, RBC, PLT |
| Type | Automated Hematology Analyzer |
| Parameters | WBC, RBC, HGB, HCT, MCV, MCH, MCHC, PLT, MPV, PCT, PDW |
| Sample Type | Whole blood |
| Throughput | 60 samples per hour |
| Reagents | Diluent, Lyse, Cleaner |
| Connectivity | USB |
| Power Supply | 100-240 V, 50/60 Hz |
Essential safety warnings covering electrical, biohazard, and contamination hazards.
Details steps to follow in case of an emergency malfunction of the instrument.
Explains the meaning of warning symbols used within the manual for hazard identification.
Provides a general overview of the analyzer's features and lists measurable parameters.
Summarizes critical technical specifications of the instrument in a concise table format.
Details the linearity, measuring, and correlation ranges for various measured parameters.
Explains the electronic impedance principle used for cell counting and volume analysis.
Describes the 3-part WBC differential technology and how counting time is measured.
Explains the measurement principles for MCV, HCT, HGB, PLT, MCH, and MCHC.
Covers flags like TU, TL, SE, DE, FD for aperture, timing, statistical, and distribution errors.
Details HGB specific flags such as OF, LO, HI, NG, and SE for measurement issues.
Explains WBC differential flags (NM, OM, TM, BD), system flags (TB), and flagging comments.
Instructions for unpacking the instrument and verifying the included materials.
Specifies the required environmental and mains supply conditions for instrument operation.
Details the physical installation steps, including unboxing and component checks.
Provides the procedure for filling the instrument's system with necessary reagents.
Configures the CA620-CellGuard for pre-donor screening or PLT concentrate monitoring.
Details default settings, date/time, printer, language, and unit selections for CA620/530.
Procedure to check for low background levels before initiating sample analysis.
Step-by-step guide for analyzing blood samples using the open tube aspiration method.
Instructions for analyzing samples using the Micro Pipette Adapter (MPA) device.
Describes how to access, view, and manage stored sample data in the instrument's memory.
Details user settings, calibration, normal range settings, and other configuration options.
Lists and explains warnings related to MPA and pre-dilute inlet operations.
Explains the instrument's stand-by mode and associated display warnings.
Displays warnings indicating that reagent containers are empty and need replacement.
Introduces calibration, the importance of controls, and guidelines for their proper use.
Details the procedure for calibrating the instrument using a known sample.
Provides steps for calibrating the instrument using a Boule certified calibrator.
Introduces QC memory, X-B, and Levey-Jennings plots for monitoring instrument stability.
Guides on initializing and using Levey-Jennings plots for short-term stability monitoring.
Explains the initialization and use of the X-B function for long-term drift monitoring.
Covers selecting the correct printer type and setting up serial output connections.
Details the serial output port (RS232) and its hardware connections.
Details daily, monthly, and 3-month cleaning procedures for instrument upkeep.
Provides instructions for short-term transport, long-term transport, and instrument storage.
Offers manufacturer recommendations and guidance for instrument and waste disposal.
Troubleshoots counting time errors (TU, TL) and HGB measurement flags (LO, HI, OF).
Addresses PLT background, WBC differential, and indication number errors.
Troubleshoots needle clogging in the cap piercing device and aspiration tube issues.
To Next Page
