Need help?Do you have a question about the Human HumaCount 30TS and is the answer not in the manual?
General| Throughput | 60 samples per hour |
|---|---|
| Principles | Impedance method |
| Sample Volume | 9.8 µL |
| Display | Touchscreen LCD |
| Counting Method | Electrical impedance |
| Counting Range | WBC: 0.0 – 99.9 x 10³/µL, RBC: 0.00 – 9.99 x 10^6/µL, PLT: 0 – 999 x 10³/µL |
| Counting Time | 60 seconds |
| Power Supply | 100-240 V, 50/60 Hz |
Crucial safety precautions for operation and maintenance of the instrument.
Procedures for decontaminating infectious materials before servicing or disposal.
Information on biological hazards and the associated warning label.
Identifies the analyzer's model and unique serial number for reference.
Overview of the instrument's control software features and upgradeability.
Lists and describes the primary electronic components of the analyzers.
Explains the cell counting chamber and its measuring aperture.
Details the hemoglobin measurement component and its technology.
Describes the central processing unit board and its functions.
Explains the embedded PC module for data storage and software.
Introduces individual mechanic and fluidic components of the analyzers.
Details the dilutor mechanism for the HC30TS model.
Details the dilutor mechanism for the HC60TS model.
Overview of the complete analyzer unit.
Describes the user interface components on the front of the analyzer.
Steps for preparing the fluidic system for operation.
Detailed process of the fluidic system for the HC30TS.
Describes how the instrument aspirates sample volumes.
Explains the steps involved in diluting samples.
Details the addition of lysing reagent to samples.
Explains the process of counting cells.
Detailed process of the fluidic system for the HC60TS.
General adjustments applicable to all units.
Procedure for setting vertical opto sensor and needle positions.
Adjustments specific to the HC30TS model.
Adjustments specific to the HC60TS model.
Performing built-in self-tests to verify instrument functionality.
Accessing diagnostic and service functions.
Tools and procedures for diagnosing mechanical issues.
Steps to access specialized service user functions.
Identifies common sources of noise affecting measurements.
How contaminated reagents can cause high PLT blanks.
Explains noise interference due to improper grounding.
Discusses various internal factors causing measurement noise.
Routine maintenance tasks to be performed weekly.
Scheduled maintenance for service personnel.
Procedures for cleaning and lubricating the dilutor block.
Steps for a bleaching procedure to remove stains from the fluidic system.
Explains analyzer software warning flags and their meanings.
Details on data communication via USB B connector.
Lists essential tools for servicing the instrument.
To Next Page
