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Operation of the device, sensor system and apps
3.4.5
Accessories of the airborne sound sensor DBS10
The intensity and behavior of ultrasonic signals depend, among other things, on the process
during which they are created. The abilities to detect, record and provide signals in high quality
for the users so that meaningful statements can be made about system conditions also depend
on a number of factors.
The user has attachments for various measurement tasks in order to direct the signals in high
quality to the ultrasonic microphone on the airborne sound sensor DBS10. Please observe the
application areas of the accessories and the associated information for optimal results.
Small acoustic horn DBS10-2
Attachment for the airborne sound sensor DBS10
(standard)
The bundling and direction of ultrasonic signals via the
funnel-shaped, small acoustic horn DBS10-2 improves
the signal strength at the ultrasonic microphone. In this
way, damaged points can be detected across medium
distances (up to 3 m). The target laser can be used to
delimit the area for the subsequent fine search.
Note: Use the precision locator DBS10-1 for precise detection.
Large acoustic horn DBS10-3
Attachment for the airborne sound sensor DBS10
Application:
Localization of damage points over larger
distances (up to 8 m)
If the systems and system components to be inspected are far apart, the large acoustic horn is
to be used to limit the search area. The funnel bundles ultrasonic signals across larger
distances and makes detection possible with the SONOCHEK. The precise localization with the
precision locator DBS10-1 can follow in areas where ultrasonic signals can be detected in this
way.
Note: Continue the precision search with the small acoustic horn DBS10-2 or use the precision
locator DBS10-1 to precisely locate damaged points.
SONOCHEK 09.2018
SONOCHEK
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