HA3LX ACOUSTIC CAMERA WITH TDLAS

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Industrial Acoustic & TDLAS Imaging System

For Partial Discharge Detection, Gas Leak Localization & Mechanical Fault Diagnostics

HA3LX

The HA3LX is an advanced third‑generation acoustic and TDLAS‑equipped inspection camera. Built around a high‑density 144‑channel MEMS microphone array, combined with multiple positioning modes and upgraded AI capabilities, it offers a compact, fast, and highly intelligent solution for identifying partial discharges, pinpointing gas leaks, and evaluating mechanical issues in industrial environments.

144 low‑noise MEMS microphones
Integrated methane (CH₄) concentration sensor using TDLAS technology
Certified for ATEX environments
Suitable for: Partial discharge inspection, gas leakage detection, mechanical equipment fault analysis
Wireless connectivity via WiFi and Bluetooth, plus an electronic compass
Smart diagnostic functions: Automated identification of partial discharge characteristics, calculation of gas leak rates, and mechanical noise analysis
AI‑based reporting for both acoustic measurements and methane quantification

Industrial Acoustic & TDLAS Imaging System

For Partial Discharge Detection, Gas Leak Localization & Mechanical Fault Diagnostics

HA3LX

144 low‑noise MEMS microphones
Integrated methane (CH₄) concentration sensor using TDLAS technology
Certified for ATEX environments
Suitable for: Partial discharge inspection, gas leakage detection, mechanical equipment fault analysis
Wireless connectivity via WiFi and Bluetooth, plus an electronic compass
Smart diagnostic functions: Automated identification of partial discharge characteristics, calculation of gas leak rates, and mechanical noise analysis
AI‑based reporting for both acoustic measurements and methane quantification

Key Features

This camera is engineered to deliver high accuracy and strong performance, enabling industrial users to identify and assess complex acoustic signals in practical operating environments.

Its circular array with 144 channels, combined with advanced beamforming techniques, provides highly precise localization—within ±1° or roughly 1 cm at a distance of 1 meter (40 kHz). This allows users to distinguish between multiple closely spaced sound sources.

An integrated methane‑detection laser module can simultaneously measure CH₄ concentration and pinpoint the leak location.

For real‑time feedback, the device can transmit audio monitoring signals to headphones via Bluetooth. It also offers live visualization of frequency‑spectrum data.

The camera includes built‑in one‑tap analysis and sharing tools. After capturing an image, users can run an on‑device analysis, generate a report instantly, and export it through Wi‑Fi, Bluetooth, or USB.

Both offline analysis on a computer and cloud‑based analysis are supported.

File management features allow users to attach notes directly to captured images. Notes can include text, voice recordings, additional photos, or tags, making documentation more flexible and comprehensive.