AcSoft
Svantek UK

Sound Intensity Probe SIS 190 0.5″

Due to its two-channel technology the Sound Intensity Probe makes it possible not only to measure sound pressure levels, but also to record the sound pressure gradient which is needed to calculate the sound intensity.

Microtech Gefell

Interested

For more information on Sound Intensity Probe SIS 190 0.5″ or to request a quote, contact our team now:

Request a QuoteContact us

The sound intensity probe consists of one Measuring Microphone Capsules Pair MK 290 E (2x MK 222 E) with matched phase response and frequency response. Due to the use of two 1/4” Measuring Microphone Preamplifiers MV 310, sound field distortions (shadowing and diffractions) are minimal. The distance between both microphones is defined by spacers (12 mm, 50 mm). These enable measurements in a frequency range between 35 Hz and 5 kHz.

The quality of conformance between both measuring microphone capsules with regard to their transforming functions is measured in compliance with IEC 1043 and documented as Minimum pressure-residual intensity index for probes. Each microphone capsule pair comes with a measuring protocol.

Pre-amplifierMV 310
Current consumption2 to 10 mA
Transducer excitation voltage24 to 30 V DC
Frequency range20 Hz to 100 kHz
Range of toleranceRL=100k; Ce=3.3nF; Ce=22pF±0.1 dB
GainRL=100k; Ce=22pF-1.0 dB @ 5 Hz
RL=100k; Ce=22pF-0.5 dB @ 1 kHz
RL=100k; Ce=22pF-0.7 dB @ 10 kHz
Input impedance10 GOhm; <0.4 pF
Output impedance<100 Ohm
Inherent noiseA-weighted; RL=100k; Ce=22pF1.7 µVrms
linear 20Hz to 20 kHz; RL=100k; Ce=22pF4,2 µVrms
PlugMALCO-Microdot; 10-32 UNF-2A
Microphone capsuleMK 290 E
Polarization voltage0 V
Frequency range35 Hz to 5 kHz
Open-circuit Sensitivity50 mV/Pa
Max. SPL≤ 3% THD at 1 kHz146 dB
Inherent noiseA-weighted16 dB

SHARE THIS

What makes IMMI software for noise prediction and dispersion of air pollutants different, and why are people switching from it's direct competitor to IMMI?
https://bit.ly/3vSqPMJ
#noiseprediction #software