Gigantic resolution, tiny size.
Telescopic rod kit for Proceq GPR instruments including the universal tablet holder UTH100
Compatible with GP8000, GP8100 and GP8800
For comfortable scanning on floors, walls and ceilings
Fully adjustable to accommodate any size of iPad up to 12.9”
Min / max length (cm): 52 /183
Universal tablet holder for direct mounting on Proceq GPR 8000/8100 and Pundit PD8050
Fully adjustable to accommodate any size of iPad up to 12.9”
Chest harness kit for hands free operation of all iPad app based instruments:
GP8000, GP8100, GP8800, PD8050, PM8000, PI8000
Can also be used as an iPad stand
Fully adjustable to accommodate any size of iPad up to 12.9”
Standards
Guidelines
GPR is the acronym for Ground Penetrating Radar, also known as Georadar, Ground Penetration Radar, or Ground Probing Radar.
GPR is a compact device that scans the subsurface in a non-destructive way. It can penetrate the surface from a few cm down to tens or hundreds of meters, based on soil conditions and antenna characteristics.
GPR emits electromagnetic (EM) waves to the subsurface and calculates the time these waves need to travel through the various subsurface material and get back to the GPR receiver. This two-way travel-time, along with a few...
See MoreGPR is a very useful tool in a variety of applications. Most popular uses of GPR are the non-destructive testing and mapping of objects inside the concrete, such as rebars, pipes, ducts, and cables. Other applications are...
See MoreBoth. GPR can be used as a standalone unit if you work on specific applications and you are happy with a limited set of feedback and information. However, it is not a tool for every job you may have onsite. In concrete...
See MoreDielectric, also known as relative permittivity, is a unitless value that determines how fast EM waves travel in a specific medium. Its values range from 1 to 81, with lower values being better for GPR. Air, which is the...
See MoreGPR can detect metallic and non-metallic targets below the surface. However, certain limitations exist, like the depth to target limitation. The rule of thumb is that GPR can detect almost any target if it is at least one...
See MoreNo. Metal is a perfect reflector of GPR with an infinite dielectric, thus all EM energy is being reflected to the radar. Differently to GPR, Ultrasonic tomography can penetrate metal with only a partial reflection allowing...
See MoreAnything that emits at the same frequency range as GPR, from around 10MHz up to 6GHz, can be a potential source of noise for your data. Cell phone towers are a main source of interference. Collecting data close to cell...
See MoreBluetooth, GPS, Wi-Fi are not a source of interference and therefore you can use them with no problems when collecting GPR data.
This depends on how young the concrete is; young concrete is not well cured, has more water and thus the radar does not penetrate that deep. Older concrete is usually drier and thus better for GPR.
No. Data collection on GPR systems (GPx and GSx) is triggered by wheel movement. If you do not move the radar, then no data collection is happening. The wheel is acting also as an odometer, giving local coordinates on the...
See MoreNo. GPR self-calibrates each time you turn it on. There is no need to send your unit back to a repair/calibration center.
Proceq GP8800 and GP8100 GPRs have wheels and a certain clearance from the surface. If the wheels can move over the surface the GPR can collect data. Moving over conductive materials, e.g., aluminum, copper etc. can limit...
See More2D Data are collected over single lines and give you a B-scan or radargram of the specific profile the radar has covered. The B-scan is a graphical representation of radar data (sequence of A-scans or traces) on an x-axis...
See MoreGPR is not the ideal tool to calculate the rebar size. There is a technique where you can get approximate values for the rebar size by measuring the depth to the rebar from both in line and cross line data and the...
See MoreRebar locators (Profometer: https://bit.ly/39B0QhJ) are the most economical and accurate solutions to map the first layer of rebars in concrete. They accurately measure the rebar cover independently of concrete properties...
See MoreAir inside the concrete results in a partial reflection of the GPR signal, which allows you to detect larger voids. Thin delamination and small voids only give a small reflection and can typically be visualized using GPR....
See MoreYes. GPR, unlike other testing methods such as radiography, is totally safe for the operator. Our antennas are shielded and emit most of the EM energy down to the subsurface. Total emissions from GPR are a tiny fragment of...
See MoreYes. As a non-intrusive technique, GPR does not alter or burden the environment and can be used in sensitive areas or environmental fragile areas without a problem.
That depends on the area you want to work and the local regulations. However, GPR surveys do not typically require a safety clearance because the method itself is not dangerous. If however, you work at a dangerous or...
See MoreYes. ASTM has published the standard ASTMD6432–19, as a guide for using GPR for subsurface investigation. You can get more info here https://www.astm.org/Standards/D6432.htm There are several other standards related to...
See MoreYes. Our equipment meets CE, IC, FCC, ETSI-EN RSS-220 and RoHS regulations.
Yes, unlike the competitors who use batteries characterized as dangerous goods for aviation, Screening Eagle’s GPR use standard rechargeable NiMH C-batteries which can fly with you, ship with no restrictions, and most...
See MoreTypically, GPR exports data in the SEG-Y format. This can be easily converted to other formats like .xls, .dxf or .kml if needed for further visualization of data.
Unlike Pulsed-GPR broadcasting a signal centered around one frequency, resulting in a trade-off of resolution and depth for inspecting, stepped frequency continuous wave (SFCW) has the advantage to broadcast an ultra...
See MoreThe SEGY (sometimes SEG Y) file format is a commonly used data standard for the exchange of geophysical data. It is mainly used for Seismic data, but also for saving GPR raw data. Our GPR SEGY files can also be used for...
See MoreThe most typical data collection is when the Tx-Rx pair (Transmitter and Receiver of the GPR antenna) moves in parallel with the line that you are collecting data. When the antenna is in its standard position, metallic...
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