+
  • 6f3bd41639052c347455ddcf30d0a33.jpg

BD-MIMO remote deformation monitoring radar

High-precision micro-deformation monitoring product based on microwave interferometry technology. It adopts a non-contact method to perform high-precision, uninterrupted cyclic measurement of the target, and accurately measures the displacement change and displacement speed of the monitored target. It can accurately track slow and tiny displacements, thereby realizing all-day, all-weather, non-contact, high-precision, and continuous spatiotemporal remote monitoring of the monitored target. It is an advanced new type of high-precision measuring instrument in the industry.


keyword

long-range deformation monitoring radar


Classification


Product Detail


System Introduction:

BD-MIMO Slope Monitoring Radar is a wideband-based MIMO array high-precision, portable microwave interferometric micro-deformation monitoring product. It uses a non-contact method to perform high-precision, uninterrupted cyclical measurements on the target body, accurately measuring the displacement change and displacement speed of the monitored target. It can accurately track slow and minute displacements, achieving all-day, all-weather, non-contact, high-precision, and spatiotemporally continuous remote monitoring of the monitored target. It is a novel high-precision measuring instrument in the industry.

By remotely scanning the surface of the monitoring area, it acquires high-precision displacement data across the entire area, achieving continuous monitoring of the whole region. Through comparative analysis of the scanning results and warning thresholds, it automatically provides early warnings to achieve early detection, early warning, safety assurance, and loss reduction. This product features all-day, all-weather operation, large coverage, and high precision, suitable for slope deformation monitoring in scenarios such as open-pit mines, hydropower dams, and geological landslide disasters.


Product Features:
 
◆Rapid Deployment: Instrument deployment is less than 5 minutes

◆Convenient and Fast: Single-person installation and operation

◆Measurement Accuracy: 0.1mm

◆Strong Adaptability; All-day, All-weather

◆Cost of Use: Reusable

◆Safety Risk: No need to approach the measured area


Compliance with Standards:
◆《CH/T 3020-2018 Technical Regulations for Laser Radar Measurement of Real-Scene 3D Geographic Information Data》

◆《 GJB 6692-2009 General Specification for Airborne Synthetic Aperture Radar

 

Performance Parameters:

 

Structural Form

MIMO

Installation Method

Supports fixed and vehicle-mounted installation methods

Operating Frequency Band

5.2-6GHz or 24-26GHz

Monitoring Information

Displacement /Speed/Acceleration

Measurement Distance

  Distance 50-5000 Optional

Measurement Accuracy

Deformation Accuracy ≤0.1mm

Resolution

  0.15m x 7.5mrad (A)

Monitoring Range

Horizontal 100°

   Vertical 40°

Monitoring Area

Depends on the monitoring distance

Dimensions

Length x Width x Height 1 60c m x 20 cm x 40 cm

   Weight

Less than 10kG

   Power Supply Requirements

Supports mains power, generator, and solar power supply modes

   Monitoring Frequency

Data Refresh Rate 2-300s Adjustable

   Power Consumption

30W

   Operating Temperature

  -40℃~60℃

   Protection Level

IP67---

 

Standard Configuration

Serial Number

Name   Name

Quantity

Unit

Description   Description

1

Radar Host

1

Unit

  Radar Host

2

Control Console

1

Unit

Radar control console, connected to the host via wireless, fiber optic, or network port

3

Storage Battery

1

Unit

Power Supply

4

Solar Panel

1

Unit

Power Supply

5

  Acquisition Software

1

Set

 

6

  Monitoring Software

 

Set

 

Optional

 

 

 

 

 

Applications

Previous

Next

Previous

Next

Message Consultation


Submit Now