Parameters and specifications
Overview of optional SW modules:
module designation |
usage |
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Automation | Noise monitoring with detection and response to a predefined event (exceeding a given value) | ||
Building Acoustics | Analysis of building acoustics, dealing with, among other things, the acoustic properties of rooms, partitions and materials | ||
Building Vibration | Designed for the measurement and analysis of building vibration with respect to structures and people inside | ||
Fractional Octaves |
Spectral signal analysis in 1/1, 1/3, 1/6, 1/12 and 1/24 octaves |
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HVMA | Human Vibration Multi Analyzer- measurement of vibrations acting on the human body (in all 3 axes) | ||
Monitoring | For long term monitoring of noise in public areas with regular reporting e.g. via e-mail | ||
Multi Generator | Signal and noise generator (pink, white) for use e.g. in building acoustics - reverberation time | ||
Noisecam Video | Module allowing video recording synchronised with the analysed sound/vibration | ||
Order Tracking | Vibration and noise analysed in relation to rotating equipment and machinery (based on FFT analysis) | ||
Remote Client | Stand-alone program allowing simultaneous access to several measuring stations of the network (TCP/IP protocol) | ||
Sound Intensity 1 | Measurement of sound intensity (e.g. to find the source or determine the sound power) | ||
Sound Intensity 2 | Measurement of sound intensity under difficult conditions (with background noise, outside the chamber) | ||
Sound Power | Measurement of sound power according to ISO 3744, 3745 and 3746 using a 3D source-microphone scheme | ||
TCP/IP Interface | Module allowing remote control of Samurai via TCP/IP network protocol (synchronous) | ||
Transfer FRF | Analysis of relationships between signals of different origins (using Frequency Response Function) | ||
Vibration Meter | Calculation of vibration rate and displacement by single and double integration of accelerometer signal | ||
Weather Station | With acoustic logger stores: temperature, humidity, pressure, precipitation, wind speed/direction |
- virtual instruments are graphical interface windows representing separate instruments (sound level analyser, spectrum, sonogram, etc.)
- the number of simultaneously displayed windows can be up to 16, and their properties can be set at any time before, during and after the measurement
Downloads and links
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