KUSAM-MECO unveils innovative ‘Partial Discharge Acoustic Imager Model KM-PDAI’

Equipped with 128 digital microphones and an optional thermal camera, the KM-PDAI seamlessly switches between acoustic and thermal imaging for more comprehensive and efficient diagnostics.

The KM-PDAI model introduced by Kusam Meco is a state-of-the-art instrument for acoustic image measurements and signal analysis. Engineered for versatility and ruggedness, it is a standalone diagnostic system capable of detecting various industrial anomalies, including electrical faults and gas leaks. Advanced acoustic imaging technology enables users to visualise audible and ultrasonic noises that are otherwise difficult to identify, ensuring precise and efficient troubleshooting in complex industrial environments. 

At the core of its capabilities, the KM-PDAI is equipped with 128 digital microphones, offering high accuracy and detailed sound localisation. This feature lets maintenance professionals pinpoint issues quickly, reducing downtime and enhancing operational safety. The system supports a detection range of 0.3 to 100 meters, making it suitable for close-range and long-distance inspections. 

One of KM-PDAI’s key advantages is its expandable functionality. By integrating an optional thermal camera module, users can seamlessly switch between acoustic and thermal imaging, providing a comprehensive diagnostic approach. This dual-mode capability enhances fault detection efficiency by enabling simultaneous leak detection, mechanical issue identification, and temperature-based diagnostics. 

The thermal imaging module boasts a high-resolution 640 x 512 pixels sensor, delivering sharp thermal visuals for precise temperature measurements. With a temperature range of -20°C to 650°C and an adjustable emissivity setting (0.01 to 1.00), it ensures accurate thermal analysis across various materials and surfaces. 

The KM-PDAI features an intuitive 7-inch display with a resolution of 1280 x 800 pixels, providing a clear visual representation of both acoustic and thermal data. Its standard storage capacity of 64GB (expandable up to 128GB) enables users to store extensive diagnostic data for further analysis and reporting.