Cette plongée en profondeur présente la HA3A, une caméra d'imagerie acoustique de troisième génération d'HERTZINNO. Découvrez comment sa matrice MEMS de 128 canaux et sa détection à longue distance de 150 m redéfinissent l'efficacité de la localisation des fuites de gaz et de la maintenance prédictive pour les professionnels de l'industrie.
In the clamor of a chemical plant or the high-decibel environment of a substation, identifying a gas leak or equipment fault used to be like finding a needle in a haystack. The
HERTZINNO HA3A Handheld Acoustic Camera has fundamentally transformed this landscape. This device integrates an optimized
128-channel low-noise MEMS microphone array, creating a powerful "acoustic ear," paired with a
13 MP optical camera and a
5-inch high-definition industrial touch screen to give engineers unparalleled "eyes and ears" in the field.
When pointed at a target, the HA3A’s core AI algorithms process acoustic signals in real-time, overlaying sound as a vivid color "cloud map" onto the visible light image. Whether it is pinpointing a minute leak from 150 meters away or identifying abnormal sound signatures across a broad frequency spectrum from 2kHz to 100kHz , the HA3A delivers with precision. Its ±1° localization accuracy ensures that even in complex environments, dense acoustic sources are clearly differentiated.
Beyond simple visualization, the HA3A is designed for intelligent diagnosis. The device supports one-click analysis and instant report forwarding, while built-in AI models assist on-site personnel with leak rate estimation and mechanical fault diagnosis. Weighing less than 1.2 kg and supporting PD fast charging, the HA3A enables up to 7 hours of high-intensity inspections. This "point-and-shoot" simplicity combined with industrial-grade precision forms the first line of defense for intelligent industrial safety.
