What are the advantages of the sound imaging instrument compared to other detection equipment?

In the early stages of equipment operation, if the equipment fails, it is easier to generate ultrasonic energy. By capturing ultrasonic energy through a sonic camera, faults can be detected at an early stage and intervened early.
Sound wave frequency range
Gas leak
Gas leakage is a common challenge faced by factories, including compressed gases, combustible gases, toxic gases, etc. These leaks can lead to energy waste, equipment failure, fire risk, health threats and environmental impact.With its efficient, and accurate characteristics, the FOTRIC sound imaging instrument helps users identify leak sources in a timely manner and provides warnings to take appropriate measures to reduce the risk of further losses.
partial discharge
FOTRIC detects the Signalis generated by partial discharge of high-voltage equipment, power cables, and insulators to identify and locate the discharge power source.
Real shooting of detection effect
Leakage aperture 0.1mm, leakage flow rate 175ml/min in non-quiet environment,The FOTRIC sound imaging instrument can quickly locate small gas leaks, helping users minimize energy waste and save production costs.
The Sound wave laboratory testing distance: 1m
The acoustic wave frequency verification experiment shows that, at the same frequency, compared with other similar products, FOTRIC can detect sound waves generated by smaller voltages, which means its performance is better.
Quick plug leak detection


parameter details
acoustic parameters
Mic Channel |
96 MEMS digital microphones |
Working mode |
Leakage mode |
data storage
Storage capacity |
32GB |
Picture format |
JPG |
Video format |
MP4 |
data connection
Wi-Fi connection |
support |
USB interface |
support |
Physical parameters
working temperature |
-20℃-50℃ |
Storage temperature |
-30℃-60℃ |
Working Humidity |
10%-85%, no condensation |