— MA certification, a new choice for underground rescue reconnaissance
Product introduction:
An intrinsically safe split-type portable penetrating imager specifically designed for mine rescue, capable of solving search and rescue reconnaissance difficulties in complex combined underground fire environments characterized by high-temperature smoke/heat and low illumination. It strictly complies with explosion-proof safety standards for coal and non-coal mines (soon to obtain MA certification), adopts a unique split design that completely separates the battery, cables, and imager body, eliminating risks at the source, providing intrinsically safe search and rescue support for complex mine accident handling.
Effect images
Smoke-penetrating imaging, fire-penetrating imaging, strong light suppression imaging, low-light/no-light imaging
Product features
Novel design, intrinsic safety: Innovative split design with high-level explosion-proof safety standards ensures intrinsic safety;
Breakthrough in underground reconnaissance challenges: Addressing rescue difficulties such as small accident spaces, low illumination, and high smoke heat in underground mines, AID-ST-10 enables smoke-penetrating imaging, fire-penetrating imaging, and other functions to improve rescue efficiency;
Simple operation, doubled efficiency: Designed for use under extreme pressure and environments from the outset, featuring a simple interface and easy operation, while reducing rescuers' fear and enhancing rescue confidence and efficiency.
Application scenarios
Mine rescue: Provide image data support for mine rescue teams penetrating deep into underground mines to carry out rescue operations, search for trapped targets, and reconnoiter tunnel collapses and hazard points.
Specifications and parameters
Effective observation distance: 10 m (special scenarios subject to actual conditions; improve visibility by 3−5 times compared to the human eye in smoke environments)
Imaging resolution: 720*720 PX black and white image
Battery life: ≥90 min
(Note: Final specifications and parameters are subject to the actual product)
