OSEN SXY600 TYPE HANDHELD ACOUSTIC IMAGER
The OSEN SXY600 handheld acoustic imaging device is a professional grade tool featuring a low noise MEMS microphone with adjustable bandwidth. It efficiently detects pressurized air leaks in industrial environments and partial discharges in high pressure systems, visualizing sound sources through c loud based imaging for prec i se localization. Designed with ergonomic principles, it offers comfortable handheld operation and intuitive adjustments. Compatible with external infrared thermal imagers, this versatile device achieves multi functional integration. Equipped with 128 acoustic sensors, it detects signals across the 48kHz ultrasonic frequency band, delivering exceptional sound monitoring capabilities for rapid fault detection. The system´s algorithmic filtering eliminates false alarms, ensuring reliable performance for operators.
Multifrequency acoustic imaging technology
Supports audible sound and ultrasonic frequency bands, equipped with high precision MEMS sensors and 128 low noise MEMS microphones, which can capture different frequency sound waves, strictly filter out environmental noise, easily find the real source signal, and ensure the accuracy of detection.
Partial discharge monitoring
It can quickly capture the high frequency sound wave generated by partial discharge and display the PRPD spectrum in real time to help maintenance personnel accurately locate the discharge point.
Gas leak detection
Through the high sensitivity acoustic array, it can help maintenance personnel to quickly locate the gas leakage source, display and evaluate the leakage amount in real time, and provide scientific basis for equipment health management.
Portable and efficient
The device features a lightweight, single handed handheld design for inspectors to carry and operate anytime, anywhere. With advanced high resolution beamforming technology, it enables rapid acquisition and identification of steady state and transient acoustic sources. The system can detect leaks, partial discharges, and abnormal sounds within seconds while providing visualized displays, significantly enhancing inspection efficiency and accuracy.
Product parameters