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TBT-GPR
TBTSCIETECH
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Application:
Portable Array Ground Penetrating Radar for Geology is used to detect or identify the information of metal or non-metal targets in a certain depth underground for such as engineering surveys, municipal pipelines, roads bridges and tunnel inspections.It is an asphalt density assessment tool that is ideal for uncovering inconsistencies that occur during the paving process, including poor uniformity and significant variations in density.
1.Tunnel inspection: used for tunnel forecasting, tunnel construction quality inspection, etc.
2, Municipal pipelines: identify the distribution of underground metal or non-metal pipelines in the process of urban construction.
3, Road and bridge: make geological body survey for road or bridge siting process. The geological radar can detect all kinds of pavements showing the thickness of each layer but without layer material details, the Radar distinguish the interface of different layers according to the dielectric constant of each layer of materials.
4.Engineering survey: identify the information of bad underground geological bodies such as karst, collapse, broken zone, etc.
Application Recommendation:
Antenna type | Antenna frequency | Up to depth | Application |
Monomer Shielding antenna | 1GHz | 0.5~0.8m | Defect detection of concrete, steel bar and bridge |
400MHz | 1~5 m | Engineering and tunnel lining inspection, retaining wall defect detection | |
200MHz | 1-10m | Shallow layer, engineering, municipal pipelines, environmental exploration | |
Non-shielded antennas | 100MHz | 0~30m | Tunnel Advance Forecast |
1. How deep can the Portable Array Ground Penetrating Radar for Geology penetrate?
The radar can penetrate up to 30 meters depending on the ground composition and frequency settings. For more detailed studies of shallow surfaces, higher frequencies are used, and for deeper studies, lower frequencies are better suited.
2. What applications can the Portable Array GPR be used for?
This radar is highly versatile and can be used in mineral exploration, archaeological surveys, environmental assessments, geotechnical investigations, and other geological studies. Its high accuracy makes it ideal for identifying faults, groundwater levels, and geological formations.
3. How is the system powered?
The Portable Array Ground Penetrating Radar for Geology is powered by a rechargeable battery that offers up to 6 hours of continuous operation, depending on the settings and field conditions. The unit can also be quickly recharged for continued use.
4. Can the radar be used in harsh weather conditions?
Yes, the Portable Array GPR for Geology is designed to work in a wide range of environmental conditions, with an operating temperature range of -20°C to 50°C. This makes it suitable for use in both extreme cold and hot climates.
5. How easy is it to use the system?
The Portable Array Ground Penetrating Radar for Geology is equipped with a user-friendly interface and touchscreen display. The system is designed for ease of use, even for beginners. The real-time data acquisition and intuitive controls allow for quick learning and efficient operation.
6. What maintenance is required for the radar system?
Regular maintenance includes cleaning the system after field use, checking the battery condition, and ensuring the signal processing settings are calibrated. Periodic software updates and hardware checks are recommended to maintain optimal performance.
Application:
Portable Array Ground Penetrating Radar for Geology is used to detect or identify the information of metal or non-metal targets in a certain depth underground for such as engineering surveys, municipal pipelines, roads bridges and tunnel inspections.It is an asphalt density assessment tool that is ideal for uncovering inconsistencies that occur during the paving process, including poor uniformity and significant variations in density.
1.Tunnel inspection: used for tunnel forecasting, tunnel construction quality inspection, etc.
2, Municipal pipelines: identify the distribution of underground metal or non-metal pipelines in the process of urban construction.
3, Road and bridge: make geological body survey for road or bridge siting process. The geological radar can detect all kinds of pavements showing the thickness of each layer but without layer material details, the Radar distinguish the interface of different layers according to the dielectric constant of each layer of materials.
4.Engineering survey: identify the information of bad underground geological bodies such as karst, collapse, broken zone, etc.
Application Recommendation:
Antenna type | Antenna frequency | Up to depth | Application |
Monomer Shielding antenna | 1GHz | 0.5~0.8m | Defect detection of concrete, steel bar and bridge |
400MHz | 1~5 m | Engineering and tunnel lining inspection, retaining wall defect detection | |
200MHz | 1-10m | Shallow layer, engineering, municipal pipelines, environmental exploration | |
Non-shielded antennas | 100MHz | 0~30m | Tunnel Advance Forecast |
1. How deep can the Portable Array Ground Penetrating Radar for Geology penetrate?
The radar can penetrate up to 30 meters depending on the ground composition and frequency settings. For more detailed studies of shallow surfaces, higher frequencies are used, and for deeper studies, lower frequencies are better suited.
2. What applications can the Portable Array GPR be used for?
This radar is highly versatile and can be used in mineral exploration, archaeological surveys, environmental assessments, geotechnical investigations, and other geological studies. Its high accuracy makes it ideal for identifying faults, groundwater levels, and geological formations.
3. How is the system powered?
The Portable Array Ground Penetrating Radar for Geology is powered by a rechargeable battery that offers up to 6 hours of continuous operation, depending on the settings and field conditions. The unit can also be quickly recharged for continued use.
4. Can the radar be used in harsh weather conditions?
Yes, the Portable Array GPR for Geology is designed to work in a wide range of environmental conditions, with an operating temperature range of -20°C to 50°C. This makes it suitable for use in both extreme cold and hot climates.
5. How easy is it to use the system?
The Portable Array Ground Penetrating Radar for Geology is equipped with a user-friendly interface and touchscreen display. The system is designed for ease of use, even for beginners. The real-time data acquisition and intuitive controls allow for quick learning and efficient operation.
6. What maintenance is required for the radar system?
Regular maintenance includes cleaning the system after field use, checking the battery condition, and ensuring the signal processing settings are calibrated. Periodic software updates and hardware checks are recommended to maintain optimal performance.
Performance Parameters:
Model | TBT-GPR Series Geological Radar |
Antenna frequency | 100MHz/200MHz/400MHz/1GHz/2GHz Optional |
Sampling frequency | 0.2-100Ghz Adjustable |
Time Window Range | 1ns~200000s, Continuous adjustable |
Sampling points | 512~8192 sample Point/scan, optional |
Scan rate | 6~480 Scan/sec, optional |
A/D conversion | 24bit |
Continuous working hours | ≥ 8 hours |
Power consumption of whole machine | < 6 in |
Minimum sampling interval | ＜2ps |
Measuring mode | Measurement by point, distance trigger, continuous measurement three kinds of measuring methods |
Display mode | Pseudo color, stacked waveform or grayscale |
Operating temperature | -30℃～+70℃ |
Operating voltage | 11-15V DC |
Wireless data transmission distance | Greater than 50 M |
Wired Communications | Ethernet, 100Mbps |
Weight | ≤ 5kg |
Relative Service:
Provides multi-parameter verification of spectrum induced polarization for detection abnormality at a certain depth.
To ensure optimal performance, the Portable Array Ground Penetrating Radar for Geology should be calibrated regularly. Calibration helps maintain the accuracy of the readings and ensures that the system is operating at peak efficiency.
The GPR system is powered by a rechargeable battery. It is important to regularly check the battery’s condition and recharge it fully after each use. Avoid letting the battery completely discharge to extend its lifespan.
After every use, especially in rugged field conditions, the radar unit and antenna should be cleaned thoroughly. Dirt, dust, and debris can affect the system’s performance and cause long-term damage if not addressed promptly.
Store the system in a dry and clean environment when not in use. Protect it from moisture and extreme temperatures, which could damage sensitive electronics. A protective case is also recommended during transport.
Stay up to date with the latest software and firmware updates. These updates can improve system performance, enhance signal processing capabilities, and add new features to the radar system.
Performance Parameters:
Model | TBT-GPR Series Geological Radar |
Antenna frequency | 100MHz/200MHz/400MHz/1GHz/2GHz Optional |
Sampling frequency | 0.2-100Ghz Adjustable |
Time Window Range | 1ns~200000s, Continuous adjustable |
Sampling points | 512~8192 sample Point/scan, optional |
Scan rate | 6~480 Scan/sec, optional |
A/D conversion | 24bit |
Continuous working hours | ≥ 8 hours |
Power consumption of whole machine | < 6 in |
Minimum sampling interval | ＜2ps |
Measuring mode | Measurement by point, distance trigger, continuous measurement three kinds of measuring methods |
Display mode | Pseudo color, stacked waveform or grayscale |
Operating temperature | -30℃～+70℃ |
Operating voltage | 11-15V DC |
Wireless data transmission distance | Greater than 50 M |
Wired Communications | Ethernet, 100Mbps |
Weight | ≤ 5kg |
Relative Service:
Provides multi-parameter verification of spectrum induced polarization for detection abnormality at a certain depth.
To ensure optimal performance, the Portable Array Ground Penetrating Radar for Geology should be calibrated regularly. Calibration helps maintain the accuracy of the readings and ensures that the system is operating at peak efficiency.
The GPR system is powered by a rechargeable battery. It is important to regularly check the battery’s condition and recharge it fully after each use. Avoid letting the battery completely discharge to extend its lifespan.
After every use, especially in rugged field conditions, the radar unit and antenna should be cleaned thoroughly. Dirt, dust, and debris can affect the system’s performance and cause long-term damage if not addressed promptly.
Store the system in a dry and clean environment when not in use. Protect it from moisture and extreme temperatures, which could damage sensitive electronics. A protective case is also recommended during transport.
Stay up to date with the latest software and firmware updates. These updates can improve system performance, enhance signal processing capabilities, and add new features to the radar system.
Main features:
1, Optional multi-band antennas allows wide application range. This Radar acquisition system can be formed as diversified frequency center through multiple groups of transmitting & receiving antennas equipped in one system, it can acquisition up to 8 groups of frequencies at the same time. For example, a dual-frequency pipeline detection radar can be equipped with two antennas of 400M+200M, which can obtain high-resolution shallow information and low-resolution deep information in one acquisition.
2, The integrated all-in-one compact design, light weight 23kgs (50lbs) and durable, weatherproof materials offers a comfortable & easy-to-steer Radar which can be operated in almost any terrain, can be assembled on site in 2 minutes and fast dismantled for easy storage& transportation.
3, The modular design allows easy to service and to be repaired.
4, Outstanding location performance with good resolution up to 1mm, real-time data collection and display . The powerful DSP core allows sub-surface map real-time display on high-contrast LCD, integrated digital color and gain enhancements maximize the location quality. Advanced digital filtering eliminates unwanted signals and provide greater accuracy.
5, Unique Location Mode is activated simply by reversing the cart, which provides an accurate snapshot of underground conditions with a cursor indicates the depth and location of buried utility.
6, Operating is simple, LCD with keypad and menu easy for user to access the DSP core. One-touch image recording helps easy data storage, images can be saved to flash cards and copied to a PC through third-party card readers.
7, The flashcard interface allows the Radar firmware being upgraded once it available.
8, Built-in super-capacity battery grants long battery life.
Main features:
1, Optional multi-band antennas allows wide application range. This Radar acquisition system can be formed as diversified frequency center through multiple groups of transmitting & receiving antennas equipped in one system, it can acquisition up to 8 groups of frequencies at the same time. For example, a dual-frequency pipeline detection radar can be equipped with two antennas of 400M+200M, which can obtain high-resolution shallow information and low-resolution deep information in one acquisition.
2, The integrated all-in-one compact design, light weight 23kgs (50lbs) and durable, weatherproof materials offers a comfortable & easy-to-steer Radar which can be operated in almost any terrain, can be assembled on site in 2 minutes and fast dismantled for easy storage& transportation.
3, The modular design allows easy to service and to be repaired.
4, Outstanding location performance with good resolution up to 1mm, real-time data collection and display . The powerful DSP core allows sub-surface map real-time display on high-contrast LCD, integrated digital color and gain enhancements maximize the location quality. Advanced digital filtering eliminates unwanted signals and provide greater accuracy.
5, Unique Location Mode is activated simply by reversing the cart, which provides an accurate snapshot of underground conditions with a cursor indicates the depth and location of buried utility.
6, Operating is simple, LCD with keypad and menu easy for user to access the DSP core. One-touch image recording helps easy data storage, images can be saved to flash cards and copied to a PC through third-party card readers.
7, The flashcard interface allows the Radar firmware being upgraded once it available.
8, Built-in super-capacity battery grants long battery life.
Software Applications:
1, Display mode: Real-time color rendering, color/Gray-scale row scan,Variable Area/Waveform display, can be used in linear scanning mode 256A color source to indicate the amplitude and polarity of the signal.
2, The Radar packages enriches the application of system, in addition to equipped with a dedicated radar data processing software, user can choose software module to perform data processing on PC.
The Modules available as:
2.1 Highway surface layer automatic tracking software: specially used for highway detection, removal of interference automatically.
2.2 Highway structure can be stratified and automatically tracked to show the pile number, layer thickness and thickness deviation in spreadsheet.
3, Structure Scan Toolkit: 3-dimensional depth profile, reinforcement mesh perspective, pipeline positioning, building holes, cracks showing.
4, Structure analysis software: Steel bar distribution depth positioning display, municipal pipeline distribution positioning.
5, Bridge structure and rust analysis software: Bridge steel bar distribution and corrosion judgment analysis software.
Software Applications:
1, Display mode: Real-time color rendering, color/Gray-scale row scan,Variable Area/Waveform display, can be used in linear scanning mode 256A color source to indicate the amplitude and polarity of the signal.
2, The Radar packages enriches the application of system, in addition to equipped with a dedicated radar data processing software, user can choose software module to perform data processing on PC.
The Modules available as:
2.1 Highway surface layer automatic tracking software: specially used for highway detection, removal of interference automatically.
2.2 Highway structure can be stratified and automatically tracked to show the pile number, layer thickness and thickness deviation in spreadsheet.
3, Structure Scan Toolkit: 3-dimensional depth profile, reinforcement mesh perspective, pipeline positioning, building holes, cracks showing.
4, Structure analysis software: Steel bar distribution depth positioning display, municipal pipeline distribution positioning.
5, Bridge structure and rust analysis software: Bridge steel bar distribution and corrosion judgment analysis software.
Configuration: (Standard includes Antenna and EXCLUDES computer)
Item | Qtty | Unit | Description | |
1 | Radar integrated with antenna | 1 | unit | including packing box, transceiver components |
2 | real-time acquisition and analysis software | 1 | set | without lock |
3 | rechargeable battery | 1 | set | can work continuously for more than 8 hours |
4 | charger | 1 | set | can charge fast and charge slowly |
5 | product manual | 1 | copy | |
6 | Professional data processing software | 1 | set | with electronic dog |
7 | measuring wheels | 1 | set | included in the quotation |
8 | professional cart | 1 | pc | included in the quotation |
9 | Optional computer | EXCLUDED in quotation |
Configuration: (Standard includes Antenna and EXCLUDES computer)
Item | Qtty | Unit | Description | |
1 | Radar integrated with antenna | 1 | unit | including packing box, transceiver components |
2 | real-time acquisition and analysis software | 1 | set | without lock |
3 | rechargeable battery | 1 | set | can work continuously for more than 8 hours |
4 | charger | 1 | set | can charge fast and charge slowly |
5 | product manual | 1 | copy | |
6 | Professional data processing software | 1 | set | with electronic dog |
7 | measuring wheels | 1 | set | included in the quotation |
8 | professional cart | 1 | pc | included in the quotation |
9 | Optional computer | EXCLUDED in quotation |
