As automated inspections evolve, standard visual and thermal sensors are no longer sufficient for early-stage fault diagnosis. The HZ-FA-36 is a miniature acoustic camera module specifically engineered as a payload for quadruped robots (robot dogs), wheeled inspection robots, and UAV gimbals. Equipped with a 64-channel MEMS digital microphone array and advanced beamforming algorithms, it operates across a 2kHz to 65kHz bandwidth. The module translates ultrasonic anomalies—such as high-pressure gas leaks, partial discharge, and mechanical friction—into intuitive, color-coded acoustic images overlaid on a 1080P optical video stream in real-time (≥30 FPS).
Lightweight Integration Designed for Unmanned Platforms
Ultra-Compact Form Factor: Measuring just 80mm * 84mm * 40mm and featuring a lightweight design, the module is optimized for payload-constrained robotic gimbals and drones without compromising the platform's mobility or battery life.
Industrial Standard Connectivity: Utilizes a standard Ethernet interface for seamless data transmission and operates on a DC12V (3A) power input, ensuring high physical and electrical compatibility with diverse robotic systems.
Open Architecture for Secondary Development: Designed for seamless system integration, the module provides open interfaces and protocols. R&D teams can easily integrate acoustic maps, Phase Resolved Partial Discharge (PRPD) patterns, and leak rate estimations directly into the robot's main control unit or central dispatch system.
All-Weather Durability: Built with an IP65 protection rating, the payload guarantees stable operation in harsh industrial environments, with a working temperature range of -20℃ to +55℃.
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