Why is there no battery symbol displayed on my EKF Diagnostics Hemo Control Test Equipment?
If the EKF Diagnostics Test Equipment does not display the battery symbol, the device can only be operated when powered from the mains. Service may be required.
What to do if my EKF Diagnostics Hemo Control Test Equipment displays the information message "Low battery"?
If your EKF Diagnostics Test Equipment shows the information message "Low battery", power the device from the mains or allow the battery to recharge completely.
What should I do if my EKF Diagnostics Hemo Control Test Equipment shows the error message "Wrong mains adaptor"?
If the EKF Diagnostics Test Equipment displays the error message "Wrong mains adaptor", immediately disconnect the incorrect mains adaptor and connect the correct EKF mains adaptor.
What should I do if the EKF Diagnostics Hemo Control displays error message "User error, voltage too low"?
If your EKF Diagnostics Test Equipment displays the error message "User error, voltage too low", immediately disconnect the wrong mains adaptor and connect the correct EKF mains adaptor.
What does it mean if my EKF Diagnostics Test Equipment displays the error message "Measured value too high"?
If you see the error message "Measured value too high" on your EKF Diagnostics Test Equipment, it may be due to a defective or superimposed microcuvette. Prepare a new microcuvette for measuring.
What does the error message "Defective battery" mean on my EKF Diagnostics Hemo Control Test Equipment?
If the EKF Diagnostics Test Equipment displays the error message "Defective battery", the device can only be operated when powered from the mains. Service may be required.
What does the error message "CRC ROM" "CRC RAM" "CRC EEPROM" mean on my EKF Diagnostics Hemo Control?
If the EKF Diagnostics Test Equipment displays the error message "CRC ROM" "CRC RAM" "CRC EEPROM", service is required.
What causes limit values of the control cuvette to be violated on the EKF Diagnostics Test Equipment?
If the limit values of the control cuvette are violated when using the EKF Diagnostics Test Equipment, check the following: 1. Ensure the correct control cuvette with the correct serial number is used. 2. If the cuvette is damaged, order a new one and calibrate it to the device. 3. Make sure the cuvette holder is properly engaged. 4. Clean the optical unit. 5. Verify the control cuvette is correctly positioned in the cuvette holder.
Why does my EKF Diagnostics Test Equipment have short battery life and switch off unexpectedly?
If the EKF Diagnostics Test Equipment shows short battery operation time and switches off without warning, ensure the device is always connected to the mains until the charging process is complete. If the issue continues, the battery may have aged and should be replaced by a service engineer.
What does the information message "Temp. too low" mean on my EKF Diagnostics Hemo Control Test Equipment?
If your EKF Diagnostics Test Equipment displays the information message "Temp. too low", it means the ambient temperature is too low. Measurements are still possible, however measurement quality may deteriorate.
Essential safety precautions for operating the device.
Glossary of abbreviations used throughout the manual.
Lists all components included with the Hemo Control system.
General operational guidelines and basic functions of the device.
Step-by-step guide for initial device setup and first use.
Instructions for correctly switching the Hemo Control device on and off.
Details on how to operate the device using the mains power adapter.
Information and guidelines for operating the device on battery power.
Best practices for handling microcuvettes to ensure accurate results.
Detailed procedure for collecting capillary blood samples for analysis.
Procedures for obtaining venous or arterial blood samples.
Steps to prepare the device for a measurement.
The process of inserting the microcuvette and initiating measurement.
Explanation of the information displayed on the result screen.
Importance and methods for performing quality control.
Description of the device's integrated self-test function.
Guidelines for using the control cuvette for device verification.
Guidance on employing control solutions for system verification.
Accessing and managing stored measurement results.
Accessing device status and identification information.
Setting up connections for data transfer.
Procedure for configuring the device's date.
Procedure for configuring the device's time.
Changing the unit of measurement displayed by the device.
Setting upper and lower Hb limits for patient types.
Adjusting the contrast of the device display.
Configuring regional preferences like language and formats.
Overview of various configurable device options.
Enabling or disabling the hematocrit calculation feature.
Activating or deactivating the printing feature for results.
Turning device sound alerts on or off.
Controlling the display backlight during battery operation.
Setting the inactivity period before Stand By mode activates.
Configuring connection parameters for data transfer.
Setting up broadcast for initial data transfer.
Choosing the protocol for data transfer.
Option to delete the measured value memory.
Activation of DM function via service code.
Menu section designated for service personnel.
Information on how to contact EKF for support.
Description of the data cable for connecting to a POCT Data Manager.
Details on using the thermal printer with the device.
Information about the Hemo Dock docking station.
Overview of the Hemo Dock's features and connection benefits.
Technical specifications for the Hemo Dock.
Comprehensive guide for cleaning and disinfecting the Hemo Control.
Instructions for cleaning the device's exterior and power adapter.
Procedure for removing and cleaning the cuvette holder.
Cleaning instructions for the critical internal optical components.
Details on the device's rechargeable battery and its usage.
Proper procedures for disposing of the device and its components.
Guide on how to reset the device to its default settings.
Detailed technical specifications for the Hemo Control photometer.
Technical details regarding the hemoglobin microcuvettes.
Physiological hemoglobin concentration ranges based on age and sex.
Detailed explanation of the measurement methodology.
Explanation of the chemical reactions within the microcuvette.
How the photometric principle is applied for measurement.
Information regarding the calibration process and standards.
Method for estimating hematocrit from hemoglobin values.
List of orderable parts and consumables for the device.
Contact details for EKF-diagnostic GmbH support.
Explanation of the various symbols used in the manual and on the device.
General| Sample Volume | 8 µL |
|---|---|
| Type | Hemoglobin Analyzer |
| Sample Type | Capillary, Venous or Arterial whole blood |
| Measuring Range | 0-25.5 g/dL |
| Memory | 4000 results with date and time |
| Operating Temperature | 18-30°C |
| Storage Temperature | +2°C to +50°C |
| Power | AC Adapter or Battery |
| Calibration | Factory calibrated |
| Display | LCD |
| Data Interface | USB |
| Operating Conditions | Humidity: 20-85% non-condensing |
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