Panoramic slope monitoring radar

1,Overview
The PSR-5000J emergency ultra portable slope monitoring radar is based on the circular arc synthetic aperture rada system, broadband frequency modulation continuous wave signal form, and phase difference interferometry measurement technology. It has the characteristics of full 360 ° coverage, fine deformation measurement, and all-weather environmental adaptation. At the same time, it is specially designed for rapid response to emergency rescue tasks, focusing on lightweight, portability, and low power consumption, forming industry-leading volume, weight, power consumption indicators, and portability capabilities. The equipment adopts edge computing architecture. Information processing, positioning and orientation, wireless communication and other functions are all built into the machine body. The overall weight is only 8 kg, and the maximum size after folding is less than 50 cm, which meets the requirements of random consignment of flights. One person can easily carry and deploy, and accompany the emergency rescue team to quickly maneuver into the disaster rescue site and quickly expand to the working state. This device can continuously and accurately monitor and timely warn of slopes, dams, mountains, buildings, etc. at the rescue site, eliminating the safety threats of secondary disasters to rescue personnel and equipment at the emergency rescue site.
2,Features

Open pit mines, geological landslides/collapses, emergency rescue, water conservancy dams, urban subsidence

Subway transportation, large bridges, high-rise buildings, wind turbine towers, railway slopes

3,Functions

1. The deformation measurement accuracy reaches 0.1mm, the highest data update rate is 30s/time, and the deformation monitoring sensitivity is high;

2.  Microwave has strong penetration and the ability to monitor 24/7, without being affected by rain, snow, fog, smoke, etc;

3.  Adopting circular arc imaging and continuous wave radar system, it can monitor 360 ° in all directions without angle and distance blind spots;

4.  The fuselage adopts the edge computing architecture, and all information processing is completed in the fuselage. The satellite compass and wireless router can be built in, so as to realize the single machine deployment, and the erection and configuration is faster;

5.  Equipped with remote control and electric pitch angle adjustment, it can adapt to flexible monitoring of large drop mountains and canyons;

6.  Ultra lightweight and portable, weighing only 8kg, it can be carried by a single person/carried quickly to the rescue site. After folding, the size is only 0.5 × 0.3 × 0.25m, and it can be placed in a 24 inch storage and transportation box, meeting the needs of random transportation in civil aviation;

7. The software adopts a B/S architecture, which can be monitored on-site through LAN/WiFi display and control laptops, or remotely monitored through 4G/5G mobile networks on the cloud;

8.  Innovative and advanced adaptive atmospheric disturbance compensation algorithm, with errors caused by atmospheric disturbances less than 2mm/day;

9.  Unique adaptive monitoring and warning, which can manually or automatically add monitoring points and monitoring areas, with 4 levels of adjustable sound and light, SMS, and email alarms;

10.  Original 3D terrain matching and rendering algorithm, fast rendering time, 3D terrain matching accuracy reaching sub meter level, low computer configuration requirements;

Good environmental adaptability, IP66 protection level, minimum working temperature up to -40 ºC, supports continuous outdoor work without protection.