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General| Sample Types | Serum, Plasma, Urine, CSF |
|---|---|
| Wavelength Range | 340-800 nm |
| Incubation Temperature | 37°C |
| Display | Touch screen |
| Technology | Photometric, Turbidimetric |
| Sample Volume | 2-50 µl |
| Power Supply | AC 220V/50Hz |
Provides essential safety advice for handling and operating the hematology analyzer.
Specifies the required ambient temperature, humidity, and ventilation for optimal operation.
Details the necessary power input specifications for safe and reliable analyzer operation.
Outlines the recommended clearance around the instrument for proper installation and access.
Informs about the analyzer's weight and the need for stable, vibration-free support.
Provides guidelines for the safe disposal of analyzer waste, considering biohazard threats.
Addresses procedures and precautions to be taken during emergency situations.
Lists the items included in the analyzer and optional package deliveries.
Instructions for connecting reagent and waste containers to the analyzer.
Guidelines for connecting the analyzer to a suitable power source.
Procedure for checking the instrument for any damage before initial use.
Detailed steps to remove the protective card from the shear valve before operation.
Provides a high-level introduction to the ELite 5 hematology analyzer.
Emphasizes the importance of using manufacturer-approved reagents and controls.
Explains the core measurement technologies used by the analyzer.
Describes the components and interface of the analyzer's front panel.
Details the connectors and switches located on the rear of the analyzer.
Describes the internal components located on the left side of the analyzer.
Describes the internal components located on the right side of the analyzer.
Explains the functionality and requirements of the optional Small Sample Module.
Instructions on how to interact with the analyzer using its pressure-sensitive touch screen.
Details the functions and status indicators of the physical Start button.
Explains how to use an external keyboard for data entry and navigation.
Describes how to navigate the analyzer's menu structure for accessing functions.
Provides an overview of the procedures for starting and shutting down the analyzer.
Details the step-by-step process for powering on and initializing the analyzer.
Explains the procedure for logging into the analyzer in multi-user mode.
Describes the options for logging off, shutting down, or preparing for shipment.
Outlines the procedure for preparing the analyzer for extended inactivity or shipping.
Details critical procedures for immediate shutdown in emergency situations.
Lists the types of sample tubes compatible with the analyzer.
Provides guidelines for collecting and handling blood samples for analysis.
Describes the different sample types and operational modes available.
Explains how samples are identified and tracked during the measurement process.
Details the procedures for running samples manually or automatically.
Describes the steps for performing sample measurements using manual presentation.
Explains the procedure for measuring samples using the pre-dilution method.
Details the different modes for automated sample processing via the Autosampler.
Explains how measurement results, parameters, and plots are displayed.
Provides an overview of the different areas within the result display screen.
Details the information used to uniquely identify a specific sample run.
Explains how parameter values, flags, and units are displayed and interpreted.
Describes the warning flags and messages displayed for sample evaluation.
Introduces the analyzer's database capabilities for storing and managing data.
Explains methods for navigating and viewing data within the database.
Describes how to change the sort order of records in the database.
Covers functions for importing, exporting, selecting, and deleting database records.
Details how to automatically select records based on criteria like dates or IDs.
Explains how to load previously exported database record files.
Describes how to export database records for backup or reference purposes.
Explains how to transmit selected database records to an external LIS.
Details the automated procedure for calibrating the analyzer.
Allows reviewing the calibration history and trends for the analyzer.
Explains the calibration procedure specific to the Small Sample Mode.
Procedure for specifying target values and ranges for control materials.
Details how to perform a quality control measurement run.
Allows viewing stored QC runs in a table format.
Enables viewing QC diagrams for control measurements.
Provides tools for trend analysis of sample runs using X-B data.
Allows customization of the analyzer's user interface, language, and preferences.
Enables entry of descriptive laboratory information displayed on printouts.
Configuration settings for external devices like LIS connections.
Adjusts various options affecting the analyzer's operation and behavior.
Allows selection of display units for various measurement parameters.
Configures printer selection, status, and printing behavior.
Used to view and modify normal ranges associated with sample modes.
Configures constants and limits for X-B trend analysis.
Allows administrators to manage user accounts and privileges.
Initiates a self-test to evaluate key functions and components of the analyzer.
Provides information for service and troubleshooting purposes, listing events and problems.
Displays the levels of on-line reagents and waste containers.
Displays cumulative measurements and failure events experienced during operation.
Shows instrument-specific data like serial numbers and software versions for maintenance.
Details how to open the front panel to access internal components for cleaning.
Explains how to remove side panels to access specific internal assemblies.
Overview of the maintenance functions accessible via the menu system.
Step-by-step guide for cleaning the shear valve to prevent operational malfunctions.
Procedure for cleaning the wash head to ensure proper aspiration needle function.
Describes the recommended daily cleaning procedure for the analyzer.
Instructions on how to replace reagent containers without interrupting operation.
Guidance on handling software errors and error messages from the operating system.
Information on pneumatic system errors and how the analyzer attempts recovery.
Describes issues related to mechanical blockages, often accompanied by grinding noise.
Troubleshooting common issues with the sample rotor, including noise and errors.
Addresses problems with the needle carriage movement during initialization.
Lists and explains common errors related to the shear valve.
Troubleshooting steps when the analyzer fails to prime liquids correctly.
Covers issues such as display problems, touch screen malfunctions, and power issues.
Troubleshooting steps for when the analyzer fails to power on.
Addresses issues that may arise with measurement results, like fluctuating values.
Provides a table detailing reagent consumption per function.
Lists the operational ranges for various measured parameters.
Illustrates the typical formats of printed reports generated by the analyzer.
Provides detailed technical specifications for the analyzer's components and functions.
Presents a diagram illustrating the analyzer's fluidic system.
Summarizes cleaning products and procedures for the hematology analyzers.
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