| 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 |
| - 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;
- 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;
- Equipped with a satellite compass, it can quickly obtain the accurate position coordinates and orientation of the radar, simplifying user operations;
- Equipped with a two-dimensional gimbal, supporting radar horizontal 360 ° and adjustable pitch 90 °;
- 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;
- Equipped with an electrical control box or router, capable of achieving 4G/WiFi communication;
- 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;
- 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;
- 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.
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| 4.Main Technical Parameters |
| 4.1 Host Parameters: - Maximum distance: ≥ 1000m
- Electric scanning coverage angle: 120 ° (horizontal) × 30 ° (pitch)
- gimbal coverage angle: 360 ° (horizontal) × 90 ° (pitch)
- Angle measurement accuracy: ≤ 1 °
- Distance measurement accuracy: ≤ 3m
- Minimum detection speed: ≤ 0.5m/s
- Maximum detection speed: ≥ 30m/s
- Maximum number of detectable targets; ≥ thirty-two
- Data update rate: ≥ 2Hz
- Minimum detection target diameter; 0.2m@500m
- Positioning and orientation ability; Built in satellite compass
- Communication method: wired/wireless
- Protection level: IP65
- Working temperature- 40 ~ +55℃
- Power consumption: ≤ 30W
- Radar weight; ≤ 6kg
4.2 Software Parameters: - 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
- It can automatically generate a target monitoring list, including information such as target distance, orientation, and speed
- 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
- Alarm zones can be set up to effectively block false alarms outside the core area
- Warning thresholds can be set and automatic sound and light alarms can be implemented
- Support target size and speed recognition for targeted screening of targets
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