Industrial Acoustic Imaging System
For Partial Discharge Detection, Gas Leak Localization & Mechanical Fault Diagnostics**
The HZ‑HA‑170P is one of HERTZINNO’s most advanced intrinsically safe acoustic imaging devices, built specifically for use in hazardous industrial environments. Equipped with 138 digital MEMS microphones and enhanced AI‑powered analysis, it combines exceptional sensitivity with a compact, lightweight design of only 980 g. Despite its rugged safety rating, the system delivers high performance with remarkably low power consumption.
Operating across a wide 2 kHz to 100 kHz ultrasonic range, the HZ‑HA‑170P is engineered to detect, locate, and analyze partial discharge events, pressurized gas leaks, and abnormal mechanical noise patterns.
Key Features:
138 low‑noise MEMS microphones
Ultrasonic bandwidth: 2 kHz – 100 kHz
Supports: Partial discharge detection, gas leak identification, mechanical fault assessment
AI‑assisted analysis: PD type recognition and gas leak evaluation
ATEX‑certified for explosive‑risk environments
Industrial Acoustic Imaging System
For Partial Discharge Detection, Gas Leak Localization & Mechanical Fault Diagnostics**
The HZ‑HA‑170P is one of HERTZINNO’s most advanced intrinsically safe acoustic imaging devices, built specifically for use in hazardous industrial environments. Equipped with 138 digital MEMS microphones and enhanced AI‑powered analysis, it combines exceptional sensitivity with a compact, lightweight design of only 980 g. Despite its rugged safety rating, the system delivers high performance with remarkably low power consumption.
Operating across a wide 2 kHz to 100 kHz ultrasonic range, the HZ‑HA‑170P is engineered to detect, locate, and analyze partial discharge events, pressurized gas leaks, and abnormal mechanical noise patterns.
Key Features:
138 low‑noise MEMS microphones
Ultrasonic bandwidth: 2 kHz – 100 kHz
Supports: Partial discharge detection, gas leak identification, mechanical fault assessment
AI‑assisted analysis: PD type recognition and gas leak evaluation
ATEX‑certified for explosive‑risk environments
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