HA3X Anti-Explosion ACOUSTIC CAMERA

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Industrial Acoustic Imaging System

For Partial Discharge Detection, Gas Leak Localization & Mechanical Fault Assessment
ATEX‑Certified

HA3X

The HA3X is an advanced third‑generation acoustic inspection device designed for use in hazardous industrial environments. It features a 144‑element low‑noise MEMS microphone array, multiple positioning methods, and enhanced AI processing, resulting in a lightweight, high‑speed, and intelligent platform for locating partial discharges, identifying gas leaks, and evaluating mechanical abnormalities.

144 low‑noise MEMS microphones
ATEX‑approved for operation in explosive‑risk zones
Optimized for: Partial discharge surveying, gas leak detection, and mechanical fault analysis
Wireless communication via WiFi and Bluetooth, plus integrated electronic compass
Intelligent analytics: Automatic classification of partial discharge patterns, calculation of gas leakage indicators, and mechanical noise assessment
AI‑generated inspection reports for acoustic diagnostics

Industrial Acoustic Imaging System

For Partial Discharge Detection, Gas Leak Localization & Mechanical Fault Assessment
ATEX‑Certified

HA3X

144 low‑noise MEMS microphones
ATEX‑approved for operation in explosive‑risk zones
Optimized for: Partial discharge surveying, gas leak detection, and mechanical fault analysis
Wireless communication via WiFi and Bluetooth, plus integrated electronic compass
Intelligent analytics: Automatic classification of partial discharge patterns, calculation of gas leakage indicators, and mechanical noise assessment
AI‑generated inspection reports for acoustic diagnostics

Key Features

This camera is built to deliver high‑precision performance, helping industrial users detect, visualize, and evaluate complex sound sources in real operational environments.

Its 144‑element circular microphone array, combined with advanced beamforming processing, provides highly accurate sound localization—within about ±1° or approximately 1 cm at a distance of one meter (40 kHz). This makes it possible to clearly separate and identify multiple nearby acoustic emissions.

The device enables real‑time audio monitoring through a Bluetooth connection to headphones and offers live visualization of frequency‑spectrum data directly on the display.

On‑device tools support single‑tap analysis and instant sharing. After capturing an image, users can run an immediate analysis, view automatically generated reports, and export results via Wi‑Fi, Bluetooth, or USB.

Both PC‑based offline analysis and cloud‑based online analysis are available for extended workflow flexibility.

Comprehensive file‑management functions allow users to annotate images with text notes, voice comments, additional photos, or tags, making documentation more organized and informative.