Item Name : Ground-penetrating radar

APPLICATIONS
· Engineering survey: used to identify underground anomalies in the engineering area, such as karst, collapse, fracture zones, etc.;
· Municipal pipelines: used to identify the distribution of underground metal or non-metallic pipelines during urban construction;
· Roads and bridges: used to identify unfavorable geological bodies during the site selection process of roads or bridges;
· Tunnel detection: used for advance prediction of tunnels, detection of tunnel construction quality, etc.

FEATURES
· Adopting the integrated design of host and antenna, making it small in size, light in weight and low in power consumption;
· The host and laptop are connected wirelessly, making it easy to operate;
· Real-time data collection and display;
· The software interface is simple, easy to operate and quick to get started;
· Multi-band antennas are optional and have a wide range of applications;
· The analysis software is easy to operate and the results are accurate;
· High detection accuracy and accurate positioning;
· Built-in large-capacity battery with long battery life;
· Ergonomic structural design, simple, durable and easy to operate, suitable for mobile working environments in the field.

TPGPR series

It is suitable for engineering survey, municipal pipelines, roads, bridges, tunnel detection and other fields, used to detect information about metal or non-metal targets within a certain depth underground.

TECHNICAL PARAMETERS

Single frequency
Antenna frequency: 100M, 200M, 400M (center frequency optional, customizable)
Sampling frequency: 0.2-100GHz adjustable
Time window range: 1ns～20000ns, continuously adjustable
Number of sampling points: 32~32767 samples/scan, optional
Scan rate: 350 lines/second
A/D conversion: 18bit
Continuous working time: ≥8 hours
Power consumption: <18 W
Signal-to-noise ratio: Better than 160dB
Collection speed: > 60 km/h @ 5 cm horizontal sampling spacing (track spacing)
Minimum sampling interval: 2ps
Measurement methods: point-by-point measurement, distance-triggered measurement, continuous measurement, and GPS
Display: Pseudo-color images, stacked waveforms or grayscale images
Working temperature: -40℃～+70℃
Working voltage: 10-15V DC
Protection level: IP66
Wireless data transmission distance: >50 m
Wired communication: Ethernet, 100Mbps
Weight: 100MHz≤13.5kg; 200MHz≤7.5kg; 400MHz≤3.5kg
Measuring range: 100MHz: 0-30m; 200MHz: 0-8m; 400MHz: 0-5m
Dimensions: 100MHz: 84×64×27cm; 200MHz: 59×44×16cm; 400MHz: 46×31×17cm
Applications: Road void detection, tunnel construction advanced geological prediction, pipeline detection, loose detection, defect detection, tunnel lining detection, landslide and fracture zone detection

Dual frequency
Antenna frequency: 200MHz＋400MHz, 400MHz＋900MHz, 900MHz＋1.6GHz (center frequency optional, customizable)
Sampling frequency: 0.2-100GHz adjustable
Time window range: 1ns～20000ns, continuously adjustable
Number of sampling points: 32~32767 samples/scan, optional
Scan rate: 350 lines/second
A/D conversion: 18bit
Continuous working time: ≥8 hours
Power consumption: <18 W
Signal-to-noise ratio: Better than 160dB
Collection speed: > 60 km/h @ 5 cm horizontal sampling spacing (track spacing)
Minimum sampling interval: 2ps
Measurement methods: point-by-point measurement, distance-triggered measurement, continuous measurement, and GPS
Display: Pseudo-color images, stacked waveforms or grayscale images
Working temperature: -40℃～+70℃
Working voltage: 10-15V DC
Protection level: IP66
Wireless data transmission distance: >50 m
Wired communication: Ethernet, 100Mbps
Weight: 200MHz＋400MHz≤8kg; 400MHz＋900MHz≤4kg; 900MHz＋1.6GHz≤1.5kg
Measuring range: 200MHz＋400MHz: 0-8m; 400MHz＋900MHz: 0-5m; 900MHz＋1.6GHz: 0-2m
Dimensions: 200MHz＋400MHz: 59×44×16cm; 400MHz＋ 900MHz: 46×31×17cm; 900MHz＋1.6GHz: 29×25×9cm
Applications: Road void detection, pipeline detection, road surface layer detection, tunnel lining detection, reinforced concrete structure detection, etc