Integrated 3D Slope and Ground-Penetrating Radar System for Slope Safety Monitoring in Disaster Sites
1,Overview
The PSR-5000T Portable Digital Phased Array Monitoring Radar is a new type of slope monitoring radar independently developed and manufactured by Beijing Lintian Intelligent Equipment Group Co., Ltd. Featuring all-solid-state design and MIMO (Multiple-Input Multiple-Output) technology, it boasts the advantages of small size, light weight, high precision and superior reliability.
It can be carried by a single person and quickly installed and deployed for deformation monitoring. Combined with the independently developed safety monitoring and early warning software, it achieves sub-millimeter-level high-precision deformation monitoring.
The radar is capable of conducting large-scale, continuous, high-frequency and real-time monitoring of glaciers and frozen ground, surface subsidence, open-pit mine slopes, hydropower reservoir banks and dam slopes, as well as deformations of large-scale structures. It provides early warning and prediction for various collapse disasters, and is widely applied in safety assurance, health assessment and emergency rescue for various critical projects, effectively safeguarding the lives of rescuers and construction personnel.
2,Features
Open-pit Mines
Geological Landslides Collapse
Emergency Rescue
Water Conservancy DamsUrban Area Subsidence
3,Functions
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Ultra-Long-Distance & Large-Scale Detection
With a detection range of up to 5 km, and monitoring accuracy remains unaffected by distance. -
Ultra-High-Precision Monitoring
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Boasts a maximum 0.1 mm sub-millimeter-level precision, enabling fine-grained monitoring of early-stage micro-deformations for faster and more accurate early warning.
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Ultra-Light Weight
The entire system weighs less than 14 kg with maximum dimensions of 110 cm × 15 cm × 35 cm, portable by a single operator. -
Ultra-Long Operating Time
The total power consumption is less than 70 W, with two power supply modes available. -
High Spatial Resolution
Features a high resolution of 0.46 m × 7.5 mrad, delivering the most precise monitoring results and clearer, more accurate imaging. -
Wide-Angle MonitoringOffers a 120° wide monitoring angle for broader coverage, enabling large-area monitoring of slope deformations.
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