1km Portable Sudden Geological Disaster Monitoring Radar

• Customization: Available
• Maximum Distance: ≥ 1000m
• Electric Scanning Coverage Angle: 120 ° (Hor
• Model NO.: PSR-1000J
• Gimbal Coverage Angle: 360 ° (Horizontal) × 90 ° (Pitch)
• Angle Measurement Accuracy: ≤ 1 °
• Distance Measurement Accuracy: ≤ 3m
• Minimum Detection Speed: ≤ 0.5m/S
• Transport Package: Wooden Case
• Trademark: TOPSKY
• Origin: China

Product Description

PSR-1000JPortable sudden geological disaster monitoring radar(1km)

1.Product Overview

The PSR-1000J portable sudden geological disaster monitoring radar adopts large-scale MIMO array technology and advanced moving target detection algorithm, and integrates radar, sound and light alarm and other technical means to form a portable sudden geological disaster alarm system. It can continuously monitor large-scale slopes and provide real-time alarms for rolling stones, mudslides, and collapses. It has the advantages of good environmental adaptability, wide coverage, fast updates, fast positioning, and meets the needs of individual soldiers.

2.Scope of Application

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.Product Features

 

1. Adopting active microwave technology, it can work 24/7 without being affected by weather conditions such as rain, snow, fog, strong light, night light, etc., and has good environmental adaptability;
2. Adopting a solid-state electric scanning radar system, it can simultaneously cover 90 °× 30 ° scenes, with no mechanical moving parts during operation, a data update rate of seconds, higher reliability, and easy maintenance;
3. Equipped with a satellite compass, it can quickly obtain the accurate position coordinates and orientation of the radar, simplifying user operations;
4. Equipped with a two-dimensional gimbal, supporting radar horizontal 360 ° and adjustable pitch 90 °;
5. The whole machine adopts an integrated lightweight and low-power design, with a weight not exceeding 6kg and a power consumption not exceeding 30W, making it easy to transport and deploy;
6. Equipped with an electrical control box or router, capable of achieving 4G/WiFi communication;
7. The display and control software adopts B/S architecture and can be deployed on standalone or cloud servers. It adopts a fully Chinese interface, with rich parameter settings and simple and intuitive operation;
8. 3D terrain data can be imported online, and the position and trajectory of rolling stones can be directly overlaid and displayed on the 3D terrain base map;
9. Alarm zones and thresholds can be set, with on-site sound and light alarms and other alarm methods. Distributed sound and light alarm linkage can be achieved through the Internet of Things.

4.Main Technical Parameters

4.1 Host Parameters:

1. Maximum distance: ≥ 1000m
2. Electric scanning coverage angle: 120 ° (horizontal) × 30 ° (pitch)
3. gimbal coverage angle: 360 ° (horizontal) × 90 ° (pitch)
4. Angle measurement accuracy: ≤ 1 °
5. Distance measurement accuracy: ≤ 3m
6. Minimum detection speed: ≤ 0.5m/s
7.  Maximum detection speed: ≥ 30m/s
8. Maximum number of detectable targets; ≥ thirty-two
9. Data update rate: ≥ 2Hz
10. Minimum detection target diameter; 0.2m@500m
11.  Positioning and orientation ability; Built in satellite compass
12. Communication method: wired/wireless
13. Protection level: IP65
14. Working temperature- 40 ~ +55ºC
15. Power consumption: ≤ 30W
16.  Radar weight; ≤ 6kg

4.2 Software Parameters:

1. The display and control software adopts a B/S architecture, supporting simultaneous access by multiple users; Can be deployed on standalone or cloud servers, with a fully Chinese interface, rich parameter settings, and simple and intuitive operation
2. It can automatically generate a target monitoring list, including information such as target distance, orientation, and speed
3. 3D terrain data can be imported, and the position and trajectory of rolling stones can be directly overlaid and displayed on the 3D terrain base map
4. Alarm zones can be set up to effectively block false alarms outside the core area
5. Warning thresholds can be set and automatic sound and light alarms can be implemented
6. Support target size and speed recognition for targeted screening of targets