Smart Audiovisual Device Comparison
 
Traditional detection methods
Point-by-point detection is inefficient and prone to missed detections.

The detection environment is complex (with various noisy sounds).

Microscopic partial discharge is difficult to detect (no heating).

The detection results are not intuitive and inconvenient for recording.

Some people can’t, and some people don’t want to get their hands dirty...
Smart audiovisual device
Passive spatial scanning detection—efficient and with no blind spots. One site takes 15 minutes.

Testing distance: 0.5–120 m; non-contact detection; zero risk.

High sensitivity, prevents losses, saves money and worry.

Video + images—let you see the “leak.”

Easy-to-learn “electronic products” that anyone can operate.
Solution Features
Non-contact detection
An acoustic imaging device does not require direct contact with the equipment being tested, thereby avoiding potential damage to the equipment caused by the inspection process and ensuring the safety of the inspection personnel.
High efficiency and accuracy
The acoustic imaging device can simultaneously detect partial discharge at multiple locations, significantly improving detection efficiency and coverage. Its highly sensitive sensors and advanced signal-processing algorithms ensure the accuracy and reliability of the detection results.
Intuitive and easy to understand
An acoustic imaging device converts complex sound wave signals into intuitive images or videos, enabling operations and maintenance personnel to easily understand inspection results and make quick judgments.
Data Storage and Analysis
The acoustic imaging device supports saving detection data and images as files, facilitating subsequent analysis and report generation. This is of great significance for the long-term monitoring and maintenance of equipment.
Measured Cases
 
 
 
 
 
 
Product video
 
 

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