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General| Operating Temperature | -10°C to +50°C |
|---|---|
| Dimensions | Diameter: Varies depending on microphone configuration. |
| Power Supply | Powered by connected device (e.g., Nor140) |
| Measurement Parameters | Sound pressure level, sound intensity |
| Display | External PC required |
| Humidity Range | 10% to 90% RH (non-condensing) |
Steps to install the Norsonic Acoustic Camera application on your computer.
Instructions for licensing and launching the acoustic camera software for the first time.
Specifies the required OS X version for the Norsonic Acoustic Camera software.
Steps to resolve network connectivity issues between the computer and microphone dish.
How to launch the application and choose between live camera or recorded files.
Switching between beamformed signal and individual microphone audio for analysis.
Adjusting focal distance and setting ambient temperature for accurate acoustic analysis.
Using zoom, pan, and color/monochrome options for the optical camera display.
Interpreting sound levels and configuring time smoothing options for signal averaging.
Choosing frequency bands for audio output and managing audio volume to prevent clipping.
Adjusting the color scale for sound levels using the level selector and histogram.
Selecting frequency bands for visual coloring and detailed frequency analysis.
Steps to start, manage, and store acoustic recordings from the camera.
How to select, play, pause, and loop specific parts of recorded acoustic events.
Creating two-page PDF reports with optical images and frequency analysis data.
Saving visual and graphical analysis data in PNG format.
Guide for connecting RPM sensors and acquiring related measurement data.
Adjusting input signal display ranges for RPM or speed measurements.
Analyzing the relationship between RPM and frequency content using spectrograms.
Explains beamforming techniques (DAS, adaptive) used for directional signal reception.
Details spatial response patterns and side lobe behavior at different frequencies.
Techniques for broadband and narrowband measurements using DAS and adaptive beamformers.
Describes FFT analysis, octave bands, and Hanning windows for signal processing.
Lists key technical parameters like microphone count, sound level, and operating distance.
Details standard accessories and optional items for the acoustic camera system.
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