The key innovation of this system is its dual 5G WiFi and LoRa wireless transmission technology, which supports data transfer up to 1000 Meters in line-of-sight conditions, eliminating the need for bulky cable runs. It includes a 10.1 Inch high-definition display for on-site viewing, and the 256 Gigabyte internal storage drive supports offline data capture for later processing. The 15000 Milliwatts LED illumination system provides consistent lighting for deep boreholes, and the 6-hour battery life supports full-day field operations without recharging. Multiple user devices can connect to the wireless network simultaneously to view inspection footage in real time.
The wireless imager has a probe diameter of 70 Millimeters and length of 250 Millimeters, compatible with boreholes from 40 to 250 Millimeters in diameter. It operates on a rechargeable lithium-ion battery pack with 6 hours of continuous use, and supports fast charging via USB-C in 2 hours. The system has a working temperature range of -5 to 45 Degrees Celsius, and the IP67 waterproof rating allows safe use in wet, rainy field conditions. It includes an external antenna port for extending wireless range for large-scale survey sites, and supports integration with third-party mapping software for 3D borehole model generation.
This wireless imager is ideal for large-scale geological exploration projects, remote well cluster monitoring, construction site pile foundation inspections, and environmental monitoring of underground water sources in rural areas. It is also used by utility companies for inspection of underground utility boreholes and by mining teams for temporary exploration borehole checks.
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