Need help?Do you have a question about the Maico ERO SCAN and is the answer not in the manual?
General| Stimulus | Click |
|---|---|
| Test Type | Transient Evoked Otoacoustic Emissions (TEOAE) |
| Display | LCD |
| Power Source | Rechargeable Battery |
| Type | Otoacoustic Emissions (OAE) Screening Device |
Describes the ERO SCAN® as a test instrument for otoacoustic emissions in infants, children, and adults.
Explains OAEs are used to test cochlear function in infants, children, and adults.
Defines warning/caution labels and lists initial safety precautions.
Details safety compliance with UL/FCC standards and the need for trained personnel.
Lists device messages, their causes, and recommended solutions for troubleshooting.
Explains the meaning of the instrument's indicator lights (NOISE, TEST, READY, CHARGE).
Outlines user obligations and precautions for operation, environment, and repairs.
Emphasizes safety rules and provides general cautions for system operation.
Details specific warnings on electric shock, emergency, explosion, and battery safety.
Explains how the ERO SCAN® device works, its components, and user interface.
Details how test results are stored in memory and can be printed or exported.
Discusses the sensitivity and specificity of OAE testing and its implications for hearing assessment.
Lists the components included in the ERO•SCAN® system package.
Provides instructions and notes for charging the instrument's rechargeable lithium-ion battery.
Details the procedure for connecting the Micro-Probe to the ERO•SCAN® instrument.
Explains how to attach disposable eartips to the probe tube for patient testing.
Describes the process of safely removing eartips from the probe tube.
Outlines steps for preparing the patient's ear canal before testing.
Guides on turning on the instrument and understanding the control panel buttons.
Describes the elements and options visible on the instrument's main menu display.
Explains how to navigate and select test protocols from the main menu.
Details the probe check process to ensure a proper seal and ear canal fit before testing.
Describes the automatic calibration process and how the test phase is performed.
Explains how to interpret and view the results displayed on the instrument after testing.
Offers guidance on proper test techniques, especially when testing infants.
Identifies common noise sources that can affect test results and how the instrument indicates high noise levels.
Explains the pause function for TEOAE tests when a leak is detected.
Details the automatic shutdown feature and manual power-off procedure.
Explains the different save modes (L/R, Save 250) and their implications for data storage.
Describes methods for deleting saved test results based on the selected save mode.
Provides instructions for establishing wireless connection and printing to an optional thermal printer.
Details procedures for connecting the instrument to PC software via USB or wireless.
Explains how to connect the instrument for direct printing using a USB cable.
Lists safety cautions for the printer and its kit contents.
Guides on paper loading, battery insertion, and powering on the thermal printer.
Explains printer indicators, self-test, paper feed, and wireless setup procedures.
Lists detailed technical specifications for the printer, including print mode, paper, battery, and physical properties.
Explains the graphic display of test results, including SNR graphs.
Details how to interpret the Signal-to-Noise Ratio (SNR) bar graph view.
Explains how to interpret the Value graph view showing emission and noise levels.
Explains the specific data fields and graphics included in a DPOAE printout.
Explains the specific data fields and graphics included in a TEOAE printout.
Explains how to navigate to the clock settings menu.
Provides step-by-step instructions for setting the date and time.
Details the process of pairing the instrument with wireless devices like printers.
Explains how to clear stored test results from the instrument's memory.
Describes how to configure the automatic shutdown timer to conserve battery life.
Explains how to configure the instrument's data saving modes for test results.
Allows setting a minimum amplitude value for pass/refer criteria in testing.
Enables switching between 12-hour and 24-hour clock display formats.
Allows choosing between SNR and Value graph views for displaying results.
Enables displaying Boys Town Norms on the device, applicable only to Value Graph mode.
Allows the user to select the preferred language for the instrument interface.
Restores all instrument settings and protocols to their original factory defaults.
Provides instructions for entering the DPOAE menu and customizing test protocols.
Allows adjustment of the intensity levels (L1, L2) for the primary test tones.
Sets the averaging time for tests, impacting test duration and SNR.
Configures the required Signal-to-Noise Ratio (SNR) for a PASS determination.
Sets the number of frequencies that must meet criteria for an overall PASS result.
Resets selected DPOAE protocol settings to their original factory defaults.
Saves customized settings for a DPOAE protocol.
Provides instructions for entering the TEOAE menu and customizing test protocols.
Sets the averaging time for TEOAE tests, impacting test duration and SNR.
Configures the required SNR for a PASS determination in TEOAE tests.
Sets the number of frequencies for PASS in TEOAE tests.
Resets selected TEOAE protocol settings to their original factory defaults.
Saves customized settings for a TEOAE protocol.
Details methods for cleaning the instrument exterior and probe tube.
Outlines routine maintenance requirements, including cleaning and calibration.
Explains how to replace clogged probe tubes with new ones.
Addresses issues like the instrument not turning on, tests not starting, or print errors.
Lists solutions for specific device messages like 'Attach Probe', 'BT Device Not Found', 'Fit Error'.
Resolves error messages such as 'Limit Error', 'Memory Full', 'Power Low', 'Printer Error'.
Lists specifications for the micro-probe, including measurement type, frequency range, and dimensions.
Covers instrument power supply, battery life, dimensions, and environmental operating requirements.
Illustrates the step-by-step operational flow of the ERO•SCAN® testing process.
Provides a visual guide to navigating the instrument's setup and configuration menus.
Explains the statistical decision process for DPOAE results based on SNR.
Outlines the criteria for TEOAE results, including SNR and noise rejection.
To Next Page
