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BD-GPR-400MHz radar

It is applicable to tunnel inspection, engineering surveys, municipal utility pipelines, road and bridge construction, and other fields. The specific categories are as follows: Tunnel Inspection: Used to assess construction quality, including rebar spacing within tunnel linings, lining thickness, lining integrity, and voids behind support structures (linings). Municipal Utility Pipelines: Employed during urban development to determine the location and distribution of underground metallic or non-metallic pipelines.


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Product Detail


Product用途:

Suitable for tunnel inspection, engineering surveys, municipal utility pipelines, road and bridge applications, and other fields. . The specific categories are as follows:

◆ Tunnel Inspection: Used to assess construction quality, including rebar spacing within tunnel linings, lining thickness, lining integrity, and voids behind support structures (linings).

Municipal utility pipelines: Used during urban development to determine the distribution of underground metallic and non-metallic pipelines.

 

Product Features:

This product features an industry-leading integrated host-and-antenna design, offering a compact footprint, lightweight construction, and low power consumption.

Wireless connection between the host and the computer for convenient operation.

Achieve real-time data acquisition and display.

The software features a clean interface, simple operation, and a quick learning curve.

Multi-band antennas are available, offering a wide range of applications.

The analysis software is easy to use, and the results are interpreted accurately.

High detection accuracy and precise positioning.

Built-in ultra-large-capacity battery for long-lasting续航.

Ergonomic structural design—simple, durable, and easy to operate—makes it ideally suited for field‑based mobile work environments.

 

Compliant with standards:

“Geophysical Exploration Code for Hydropower and Water Conservancy Engineering DL/T 5010-2005”

“Geophysical Exploration Code for Water Conservancy and Hydropower Engineering SL326-2005”

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 Urban Engineering Geophysical Exploration CJJ/T 7-2017

Technical Specification for Urban Underground Pipeline Detection CJJ 61-2017

Technical Specification for Quality Inspection of Construction Projects Using the 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:

BD-GPR-400  MHz ground-penetrating radar

Antenna Type

Monolithic Shielded Antenna

Minimum sampling interval

<10ps

Antenna center frequency

400 MHz

Measurement method

Point-by-point measurement, distance-triggered measurement, continuous measurement

Scan rate

350 lines/second

Display mode

Pseudo-color image, stacked waveform, or grayscale image

A/D conversion

18/32bit

Operating temperature

-30℃~+70℃

Continuous working hours

>8 hours

Operating voltage

10-15 VDC

Signal-to-noise ratio

Better than 120 dB

Wireless data transmission distance

Greater than 50 m

Maximum detection depth

5m

Unloaded weight

6.4 kg

External dimensions

460mm×310mm×200mm

Full set weight

21.9 kg

 

Case image:

 

 

Data Image:

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