FOTRIC H4 Mini112 MEMS Digital Microphones Leakage Evalaution Acoustic Imaging Camera 112 MEMS
Specifications
- Acoustic Imaging Camera (Mini)
- Microphone Channel:112 MEMS
Smarter Inspections with AI: Powered by NaviPdM Venus
- Asset Recognition
- A.I. algorithm on the camera recognizes andtracks previously inspected components withmeasurement boxes.
- The QR code assisted archive system registers andidentifies assets.
- Auto-Diagnosis
- NaviPdM® Venus automatically run diagnosis on-device based on user-selected standards such asDelta-T or absolute temperature.
- It keeps a dynamic trend graph of the asset
The FOTRIC H4 Mini Acoustic Imaging Camera combines high-performance acoustic detection with advanced MEMS digital microphone technology, providing professionals with a compact and reliable tool for leakage evaluation inspections. Equipped with 112 MEMS microphones, it captures precise acoustic signals to detect mechanical anomalies such as gas leaks and airflow issues with high accuracy.
Designed for portability and ease of use, the H4 Mini is lightweight, durable, and ergonomic, making it ideal for extended field inspections. Its advanced acoustic imaging system allows professionals to quickly locate problem areas and assess equipment conditions, improving inspection efficiency while minimizing the risk of undetected failures.
The FOTRIC H4 Mini Acoustic Imaging Camera combines high-performance acoustic detection with advanced MEMS digital microphone technology, providing professionals with a compact and reliable tool for leakage evaluation inspections. Equipped with 112 MEMS microphones, it captures precise acoustic signals to detect mechanical anomalies such as gas leaks and airflow issues with high accuracy.
Designed for portability and ease of use, the H4 Mini is lightweight, durable, and ergonomic, making it ideal for extended field inspections. Its advanced acoustic imaging system allows professionals to quickly locate problem areas and assess equipment conditions, improving inspection efficiency while minimizing the risk of undetected failures.
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