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Larry PowellSep 14, 2025
What should I do if my scil Element HT5+ reports 'SCI priming failed'?
- BBenjamin MillsSep 14, 2025
If the device reports 'SCI priming failed', tap 'REMOVE ERROR'.
What should I do if my scil Element HT5+ reports 'SCI priming failed'?
If the device reports 'SCI priming failed', tap 'REMOVE ERROR'.
What should I do if my scil Element HT5+ reports 'Closed-reagent RFID board communication timeout'?
If the device reports 'Closed-reagent RFID board communication timeout', tap 'REMOVE ERROR'.
What should I do if my scil Element HT5+ reports 'Optical signal board communication timeout'?
If the device reports 'Optical signal board communication timeout', tap 'REMOVE ERROR'.
What to do if the scil Measuring Instruments indicates a low volume of FR Dye and asks to replace the reagent?
If the scil Measuring Instruments indicates a low volume of FR Dye, you should replace the reagent. After replacing, tap 'REMOVE ERROR' and register the new reagent information in the dialog box. Finally, tap 'REPLACE' to prime the reagent container.
What to do if the scil Measuring Instruments indicates a low volume or expired reagent for DS Diluent?
If the scil Measuring Instruments indicates a low volume or that the DS Diluent has expired, you should replace the reagent. After replacing, tap 'REMOVE ERROR' and enter the new reagent information in the displayed dialog box. Finally, tap 'REPLACE' to prime the reagent container.
What to do if the scil Element HT5+ Measuring Instruments indicates a low volume or expired reagent for LD Lyse?
If the scil Measuring Instruments indicates a low volume or that the LD Lyse has expired, you should replace the reagent. After replacing, tap 'REMOVE ERROR' and enter the new reagent information in the displayed dialog box. Finally, tap 'REPLACE' to prime the reagent container.
What to do if the scil Measuring Instruments indicates a low volume or expired reagent for LH Lyse?
If the scil Measuring Instruments indicates a low volume or that the LH Lyse has expired, you should replace the reagent. After replacing, tap 'REMOVE ERROR' and enter the new reagent information in the displayed dialog box. Finally, tap 'REPLACE' to prime the reagent container.
What to do if the scil Element HT5+ indicates a low volume or expired reagent for DR Diluent?
If the scil Measuring Instruments indicates a low volume or that the DR Diluent has expired, you should replace the reagent. After replacing, tap 'REMOVE ERROR' and enter the new reagent information in the displayed dialog box. Finally, tap 'REPLACE' to prime the reagent container.
What to do if the scil Measuring Instruments indicates a low volume or expired reagent for FD Dye?
If the scil Measuring Instruments indicates a low volume or that the FD Dye has expired, you should replace the reagent. After replacing, tap 'REMOVE ERROR' and enter the new reagent information in the displayed dialog box. Finally, tap 'REPLACE' to prime the reagent container.
What to do if the scil Element HT5+ indicates a low volume or expired reagent for FR Dye?
If the scil Measuring Instruments indicates a low volume or that the FR Dye has expired, you should replace the reagent. After replacing, tap 'REMOVE ERROR' and enter the new reagent information in the displayed dialog box. Finally, tap 'REPLACE' to prime the reagent container.
General| Resolution | WBC: 0.1 x 10^9/L, RBC: 0.01 x 10^12/L, HGB: 1 g/L, PLT: 1 x 10^9/L |
|---|---|
| Battery Life | Not applicable |
| Temperature Range | 15°C to 30°C (59°F to 86°F) |
| Sample Volume | 20 µL |
| Operating Temperature | 15°C to 30°C (59°F to 86°F) |
Explains safety symbols used on the analyzer for danger and alerts.
Defines the analyzer's capabilities for blood count and related measurements.
Details the 33 parameters, 3 histograms, and 4 scattergrams measured.
Outlines the components and physical appearance of the Element HT5+ analyzer.
Explains the analyzer's software layout including menus, buttons, and display areas.
Emphasizes using specified reagents, controls, and calibrators for optimal performance.
Introduces impedance, colorimetric, and SF Cube Cell Analysis measurement techniques.
Explains the SF Cube Cell Analysis technology for WBC differentiation using laser.
Details the colorimetric method for Hemoglobin concentration measurement.
Explains the methods for measuring RBC, PLT, and RET parameters.
Explains the calculation of RBC, PLT, and RET related parameters.
Covers installation prerequisites and authorized personnel requirements.
Lists requirements for space, power, general environment, and moving the analyzer.
Guides on connecting reagents and peripherals like USB and network cables.
Provides a flowchart for daily operations and essential safety cautions.
Lists critical checks for waste, reagents, tubing, and printer before startup.
Details the steps for powering on the analyzer and accessing the software.
Explains how the analyzer enters and exits the standby status.
Provides guidelines for sample collection, handling, and probe tip precautions.
Details the preparation steps for whole blood and pre-diluted samples.
Guides on entering sample information, analysis mode selection, and aspiration.
Provides instructions for safe shutdown and waste container disposal.
States the analyzer's capacity to store up to 40,000 analysis results.
Covers reviewing, validating, searching, and exporting results from the Table Review screen.
Explains how to view detailed results and graphs for selected samples.
Details the steps for selecting and deleting sample records from the table.
Guides on selecting and modifying sample information within the system.
Explains how to use the search function with various criteria to find records.
Details selecting samples and calculating Coefficient of Variation (CV) values.
Guides on selecting and printing results or graphical representations.
Describes transmitting records to data management software via connection.
Explains parameter flags (H, L, R) and flags for abnormal blood cells.
Defines Quality Control and its importance for analyzer precision and stability.
Covers setting up QC files, importing data, and running QC measurements.
Explains how to review QC results via graphs or tables and export them.
Explains calibration as a standardization procedure for accurate results.
Lists conditions requiring re-calibration, such as component changes or QC deviations.
Details pre-calibration checks, calibration process with calibrator, and verification.
Introduces software customization via SETUP menu and user access levels.
Covers system setup for print, communication, date/time, lab info, animal types, auxiliary.
Explains adding/deleting users and modifying passwords.
Details setting parameter units, reference ranges, and microscopic parameters.
Covers setting standby time and probe cleanser maintenance reminders.
Guides on adjusting HGB gains to correct blank voltage errors.
Details setting automated startup and shutdown times for the analyzer.
Introduces preventive and corrective maintenance procedures for optimal operation.
Refers to information on how to replace reagents.
Details Probe Cleanser maintenance, cleaning, and pack-up procedures.
Explains how to calibrate the touchscreen if it becomes unresponsive.
Guides on viewing and exporting analyzer activity logs for history and troubleshooting.
States the chapter aids in locating and correcting operational problems diagnosed by the user.
Explains error messages, their colors, and severity levels (red, orange, blue, green).
Lists analyzer specifications including classification, reagents, and application tubes.
Details sample volumes required and analyzer throughput.
Lists display ranges, background counts, and linearity/deviation ranges for parameters.
Lists repeatability requirements for various parameters during quality control.
Specifies the deviation of reading for carryover between samples.
Mentions support for USB keyboards.
Mentions support for USB hand-held barcode scanners.
Lists compatible printer models for the analyzer.
Details the available USB and Ethernet ports.
Provides specifications for voltage, input power, and frequency.
Details EMC compliance and user's role in maintaining a compatible environment.
Specifies optimal operating temperature, humidity, and atmospheric pressure.
Provides the physical dimensions and weight of the Element HT5+ analyzer.
Lists the level of transient overvoltage and rated pollution degree.
