What does PROBE NOT CLEAR Indicator LED c solid light mean on AmpliVox Medical Equipment?
If the AmpliVox Medical Equipment displays 'PROBE NOT CLEAR' and LED c is solid, it indicates the probe is blocked or incorrectly placed. Ensure the probe isn't in a test cavity at start-up and is free from obstructions.
What does VOLUME OUTSIDE RANGE Indicator LED b and c flash mean on AmpliVox Medical Equipment?
If the AmpliVox Medical Equipment displays 'VOLUME OUTSIDE RANGE' and LEDs b and c flash, it means the probe isn't correctly placed in the ear canal. Reposition the probe.
What does Pressure lost WITHDRAW PROBE Indicator LED b and c flash fast mean on AmpliVox Medical Equipment?
If the AmpliVox Medical Equipment displays 'Pressure lost' and LEDs b and c flash rapidly, it means the ear seal broke during testing. Reposition the probe.
What does Volume outside range WITHDRAW PROBE Indicator LED b and c flash fast mean on AmpliVox Medical Equipment?
If the AmpliVox Medical Equipment displays 'VOLUME OUTSIDE RANGE' and LEDs b and c flash rapidly, it indicates the ear canal volume is greater than 5ml, or the probe isn't properly inserted. Reposition the probe.
What does it mean when WITHDRAW PROBE Indicator LED b and c flash fast on AmpliVox Medical Equipment?
If the AmpliVox Medical Equipment shows 'WITHDRAW PROBE' and LEDs b and c flash rapidly, it means the probe moved during measurement, or the test started with the probe already inserted. Reposition the probe to resolve this.
How to fix 'Printing Error No connection can be established with the printer' on AmpliVox?
If the AmpliVox Medical Equipment displays 'Printing Error' indicating no connection with the printer, try the following: * Restart the base unit. * Restart the printer. * Charge the printer. * Ensure the connection between the printer and the base unit is established.
What to do if BLOCKED PROBE Indicator LED b and c flash fast on AmpliVox Medical Equipment?
If the AmpliVox Medical Equipment shows 'BLOCKED PROBE' and LEDs b and c flash rapidly, it indicates the probe is blocked, placed against the ear canal skin, or disconnected. To resolve this: * Examine the probe tip for contamination and replace it. * Reposition the probe. * Change the ear tip. * Check the probe connection with the base unit.
General| Screen Type | LCD |
|---|---|
| OAE Type | DPOAE |
| Stimulus | Tone |
| Frequency Range | 1000-6000 Hz |
| Display | LCD |
| Weight | 300 g |
Details the intended use and target users for the Otowave 302+ impedance meter.
Lists conditions that contraindicate testing to ensure patient safety.
Lists all standard and optional accessories included or available for the device.
Details the warranty terms, coverage, and exclusions for the instrument.
Explains the meaning of warning and caution symbols used throughout the manual.
Instructions for checking contents, retaining packaging, and understanding device symbols.
Covers general safety, electrical, EMC, explosion hazards, and measuring accuracy.
Guidance on operating environment, storage, and miscellaneous usage notes.
Details on rear panel connections and the base unit's controls and indicators.
Information on probe components, controls, and choosing the correct ear tip size.
Explanation of system status lights and how to use the contralateral transducer.
Steps for hardware setup, including power connection and initial language/time settings.
Instructions for installing, connecting, and using the optional MPT-II printer.
Importance of pre-test ear examination to ensure accurate measurements.
Explanation of how the device measures ear admittance using a probe tone.
How tympanometry works and provides information about middle ear mobility.
Details on how acoustic reflexes are measured as a response to sound stimuli.
Essential safety and handling advice to ensure proper and safe operation.
Instructions for powering the instrument on/off and navigating through menus.
How to change, copy, and reset user profiles for test settings.
Options for viewing test settings and current profile selections.
Overview and configuration of sweep and reflex test settings.
Settings for time, date, contrast, language, and other system parameters.
Step-by-step guide for selecting ears and performing tympanometry.
Details on the standard and extended methods for checking ear seal quality.
Guide to interpreting tympanogram graphs, values, and pass/refer signs.
Procedure for conducting combined tympanometry and acoustic reflex measurements.
How to interpret the results of acoustic reflex tests, including reflex summary.
Options for printing, saving, viewing, and transferring test results.
Managing stored records: listing, viewing, printing, and deleting entries.
Transferring data to PC and managing a full internal database.
Recommendations for instrument care, cleaning, and annual servicing.
Step-by-step instructions for cleaning the main unit and the probe assembly.
Guidelines for using and discarding disposable items like ear tips.
Information on replacement parts, authorized repair, and product warranty terms.
Recommendations for annual calibration and procedures for returning the instrument.
Details on CE marking, device class, and applicable safety standards.
Physical dimensions, weight, power supply, and environmental operating conditions.
Detailed parameters for tympanometry measurements, including probe tone and pressure.
Detailed parameters for acoustic reflex testing, including frequencies and levels.
Physiological factors affecting tympanometric measurements like stiffness, mass, and friction.
How ear canal admittance is separated from total measurements for accuracy.
Compares scalar and vector baseline compensation methods for 1 kHz tympanometry.
How to alter display mode and baseline offsets for tympanogram presentation.
Details the scalar display mode available for 226 Hz probe frequency.
Explains scalar, vector, and component display modes for 1000 Hz tympanometry.
To Next Page
