PRODUCT
BD-MIMO Remote Deformation Monitoring Radar
A high-precision micro-deformation monitoring product based on microwave interferometry employs a non-contact approach to perform continuous, high‑accuracy measurements of target structures, accurately quantifying both displacement changes and displacement rates. It can precisely track slow, minute displacements, enabling all‑day, all‑weather, non‑contact, high‑precision, spatiotemporally continuous remote monitoring of monitored objects. This represents an advanced, next‑generation, high‑accuracy measurement instrument in the industry.
keyword
long-range deformation monitoring radar
Classification
Product Detail
System Overview:
BD-MIMO Slope Monitoring Radar It is a Based on a broadband MIMO array High-precision, portable The microwave interferometric micro‑deformation monitoring product employs a non‑contact approach to perform high‑precision, continuous, cyclical measurements of the target object, accurately quantifying both displacement changes and displacement rates. It can precisely track slow, minute displacements, enabling all‑day, all‑weather, non‑contact, high‑accuracy, spatiotemporally continuous remote monitoring of the monitored target—making it a cutting‑edge, high‑precision measurement instrument for the industry.
By remotely scanning and monitoring the surface of a designated area, it captures high‑precision displacement measurements across the entire region, enabling continuous surveillance. Furthermore, by comparing the scan results with predefined alert thresholds, the system automatically issues early warnings, thereby facilitating proactive detection, timely alerts, enhanced safety, and reduced losses. This product boasts all‑day, all‑weather operation, wide‑area coverage, and high accuracy, making it well suited for slope deformation monitoring in applications such as open‑pit mines, hydropower dams, and geological landslide hazards.
Product Features:
◆ Rapid Deployment: Instrument setup takes less than 5 minutes.
◆ Convenient and fast: single-person installation and operation
◆ Measurement accuracy: 0.1 mm
◆ High adaptability: all-day, all-weather operation
◆ Cost of use: Reusable
◆ Safety risk: No need to approach the measurement area.
Compliant with standards:
◆ “Code for Geophysical Prospecting in Hydropower and Water Conservancy Engineering DL/T 5010-2005”
◆ “Procedures for Geophysical Exploration in Water Conservancy and Hydropower Engineering SL 326-2005”
◆ Technical Code for Geophysical Prospecting in Power Engineering DL/T 5159-2012
◆ “Underwater Engineering Geophysical Exploration Code DB34/T 2209-2014”
◆ “Ground-Penetrating Radar for Highway Cross-Section Flaw Detection and Structural Layer Thickness Measurement JT/T 940-2014”
◆ “Standard for Geophysical Exploration in Urban Engineering CJJ/T 7-2017”
◆ Technical Specification for Urban Underground Pipeline Detection CJJ 61-2017
◆ Technical Specification for Quality Inspection of Construction Projects Using Radar Method DGJ 32-TJ79-2009
◆ Technical Specification for Advanced Geological Forecasting in Railway Tunnels Q∕CR 9217-2015
◆ Technical Standard for Comprehensive Detection and Risk Assessment of Urban Underground Hazards, JGJT 437-2018
◆ “Code for Geophysical Exploration in Highway Engineering JTGT 3222—2020”
Performance specifications:
Structural form
|
MIMO
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Installation method
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Supports fixed, vehicle-mounted, and other installation methods.
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Operating frequency band
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5.2–6 GHz or 24–26 GHz
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Monitoring Information
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Displacement/Velocity/Acceleration
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Measure distance
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Distance: 50–5,000, optional configuration
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Measurement accuracy
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Deformation accuracy ≤0.1 mm
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Resolution
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0.15 m × 7.5 mrad (A)
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Monitoring Scope
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Horizontal 100°, Vertical 40°
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Monitoring area
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Depends on the monitoring distance.
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Size
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Length x Width x Height: 160 cm x 20 cm x 40 cm
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Weight
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Less than 10 kG
|
Power Supply Requirements
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Supports power supply modes such as grid power, generators, and solar energy.
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Monitoring frequency
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Data refresh rate adjustable from 2 to 300 seconds.
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Power consumption
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30W
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Operating temperature
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-40℃~60℃
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Protection rating
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IP67---
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Standard configuration:
Serial number
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Name
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Quantity
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Unit
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Explanation
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1
|
Radar host machine
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1
|
Taiwan
|
Radar host
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2
|
Display Control Console
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1
|
Taiwan
|
The radar display and control console is connected to the host via wireless, fiber optic, or Ethernet.
|
3
|
Storage battery
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1
|
Taiwan
|
Power supply
|
4
|
Solar cell
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1
|
Taiwan
|
Power supply
|
5
|
Collection software
|
1
|
set
|
/
|
6
|
Monitoring software
|
1
|
set
|
/
|
Application scenarios:
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Focusing on creating value for customers and the industry
Contact Us
Manager Yang：18942904640
Mail：1310182090@qq.com
Address: No. 2, 22nd Floor, Yunhe Building, Yuemachang, Wuchang District, Wuhan, Hubei Province