HAI-100 Automatic Intelligent ReleaseLocation Sound Source Identification and Gas Leak Location Acoustic imager

HAI-100 Automatic Intelligent ReleaseLocation Sound Source Identification and Gas Leak Location Acoustic imager

Product Introduction:

Acoustic imager is a new type of automatic intelligent detection equipment with centralized release location, sound source identification and gas leak location functions. It uses 124 high-sensitivity digital microphone array and adopts beamforming and digital filtering technology to visually present the sound field distribution of the collected sound in the form of color contour map. And with the visible video image perfect superposition, intuitive and accurate display of sound source location and equipment defect location. The equipment is suitable for live inspection and location of high voltage overhead lines in power system, corona discharge, suspended discharge, surface discharge of various exposed high voltage equipment in substations, and the detection and location of discharge types inside and outside porcelain sleeve, as well as various gas pipeline leakage detection and location, equipment abnormal vibration location, etc.

Product features:

1, so that the sound can be seen - through the instrument can intuitively see the location of the noise source, quickly locate the fault point. Can be used for power equipment, mechanical vibration, gas leakage and other problems detection.

2, so that the sound can be selected one by one for different test fields, you can select different frequency bands, selectively test the sound generated by the equipment, eliminate external interference, and accurately determine the location of the noise source.

3, so that the analysis can be quick an instrument detection data can automatically and quickly generate reports.

4, so that the information can be connected to an instrument to support 4G full netcom, can achieve the system online upgrade, report upload, network time, network timing and other functions.

Product parameters: