To Next PageTo Next PageWhy doesn't my Micro Direct MicroLab Medical Equipment battery hold a charge?
There are a couple of reasons why the battery in your Micro Direct Medical Equipment might not be holding a charge. It could be due to an exhausted battery, in which case you should replace the battery or return the unit for servicing. Alternatively, there may be a fault with the mains charger, and you may need to replace the mains charger.
What to do if there is no display on my Micro Direct MicroLab Medical Equipment?
If there's no display on your Micro Direct Medical Equipment, it could be that the charger is not connected, or the battery is exhausted. Connect the charger to the mains and leave the unit to fully charge. If this doesn't solve the issue, return the unit for servicing.
Why calibration procedure failed on Micro Direct MicroLab Medical Equipment?
There are several reasons why the calibration procedure might fail on your Micro Direct Medical Equipment: * The turbine may be faulty, so repeat the calibration procedure; if the problem persists, replace the turbine or return the unit for servicing. * The turbine might not be fitted tightly to the calibration syringe; ensure the syringe is fitted to the turbine, using an adapter if necessary. * The calibration syringe may not have an inspiratory seal, or the seal is leaking; ensure you are using the manufacturer's recommended syringe. * The shaft of the syringe is being pushed down; the syringe should be emptied and filled with one smooth stroke, avoiding pushing down on the shaft or banging at the end of each maneuver.
What to do if blows tracking ends abruptly on Micro Direct MicroLab Medical Equipment?
If the blow tracking ends abruptly on your Micro Direct Medical Equipment while the patient is still exhaling, the turbine may be sticking. Try cleaning the turbine in warm soapy water or a disinfecting solution. If the problem continues, a replacement turbine may be required.
General| Parameters Measured | pH, Conductivity, Temperature, Dissolved Oxygen |
|---|---|
| Display | LCD |
| Connectivity | USB |
| Measurement Parameters | pH, Conductivity, Temperature, Dissolved Oxygen |
| Standards | CE |
| pH Range | 0 - 14 pH |
| Power Supply | Batteries |
Conditions where suboptimal spirometry testing may occur or should be avoided.
Specifies the intended medical applications and patient age ranges for the spirometer.
Explains how to navigate the main menu, access functions, and use help screens.
Details how to correctly connect the turbine transducer to the instrument for operation.
Explains the application of ethnic origin and correction factors for predicted values.
Describes how to view and interpret the indices and graphs for relaxed spirometry tests.
Explains how to view, save, print, and add notes to forced spirometry test results.
Instructs on performing initial tidal breathing maneuvers before the main MVV test.
Provides notes on patient effort acceptability and the duration for a quality MVV maneuver.
Explains the ATS criteria for a good MVV blow and reproducibility.
Describes how to select the best MVV maneuver and return to the main menu.
Describes performing calibration checks at low, required, and high flow rates.
Details how to interpret calibration errors and troubleshooting steps if errors exceed limits.
Details system settings like language, date format, and printout headings.
Covers settings for spirometry modes, predicted value sets, and display preferences.
Details MVV settings like choice of predicted values and ambient temperature display.
Explains functions available in admin mode, like enabling/disabling icons and changing access codes.
Details essential precautions for operation and the designed product lifetime of the spirometer.
Provides detailed instructions for cleaning contaminated parts and the device.
Specifies when and how to clean various accessories, including disposable items.
Details the step-by-step process for removing and cleaning the transducer.
Highlights critical warnings regarding modifications, connections, and user interaction with electrical parts.
Details general features, display type, power supply, battery, dimensions, and operating environment.
Lists all measured parameters for spirometry, including VC, FEV, PEF, and calculated ratios.
