◆ Infrared: High precision resolution 640 × 512 detector,
capable of superpixels up to 1280 × 1024
◆ Acoustics: 162 high-sensitivity digital MEMS
Ultrasonic microphones are spirally distributed to
ensure better spatial resolution and stronger sound
source localization capability.
◆ Multiple detection modes: partial discharge,
gas leakage, supporting multiple working modes
such as full frequency, vibration, noise, etc..

164 high-sensitivity digital MEMS ultrasonic microphones are arranged in a spiral pattern to ensure superior spatial resolution and enhanced sound source localization capabilities.
· Supports intelligent diagnostics, intelligent analysis, and automated batch report generation.
· Features multiple detection modes: partial discharge mode, gas leak mode, supporting full-frequency detection, vibration noise, and other operational modes.

An acoustic imager is an instrument that can visualize sound, similar to a thermal imager, which renders colors on pictures or videos to indicate sound intensity. Through array signal processing algorithms (such as Beamforming), it generates the spatial distribution of sound pressure levels, which is superimposed with optical photos in the form of pseudo-color images or contour maps to achieve sound visualization.

Complies with XF/T635-2023 standard, featuring AI infrared recognition and a 5G cloud platform for efficient rescue. Offers 4 imaging modes, accurate high/low-temperature measurement, IP67 rating, and glove-friendly operation, designed specifically for firefighting.

◆Cooled detector, 320 × 256, precise imaging, With passive infrared imaging technology, electrical equipment can be detected remotely without power failure.
◆Ordinary and multi-level high-sensitivity detection modes can detect small gas leakages and infrared temperature measurements.
◆Ex IC nC op is IIC T4 Gc explosion-proof certification and can be used in all kinds of explosive gas occasions.
◆Dozens of volatile organic compounds (VOCs) including methane, ethane, propane,

The YRH350 thermal imaging camera is an intrinsically safe thermal imaging camera designed specifically for coal mine safety, with a compact design, lightweight appearance, easy operation, reliability, and durability. It can meet the needs of coal mines and other industries for the analysis of surface temperature fields and non-contact temperature measurement.

The GF706 optical gas imaging camera visualizes sulfur hexafluoride (SF6) and other gas emissions without the need to shut down operations. The portable, non-contact GF706 allows you to quickly scan substations for leaks while maintaining a safe distance from high-voltage equipment. By catching leaks early, the GF706 reduces lost revenue to breakdowns and repairs.

The F5 is an advanced, feature-rich thermal imaging camera. With fully sealed connectors and a secured battery, the F5 is designed to be fully compliant for Thermal Imagers covering usability, image quality, and durability for firefighting.