Ground Penetrating Radars
GP8100

Proceq Ground Penetrating Radars GP8100

The Proceq GP8100 is a portable Ground Penetrating Radar (GPR) designed for subsurface inspections. It provides quick and detailed scans with a wide coverage area and the ability to detect features up to 80 cm below the surface. This makes it ideal for applications such as concrete inspections, helping users identify embedded objects, cracks, and other structural issues in real time.

With its advanced radar technology and easy-to-use interface, the GP8100 allows for fast data collection and instant visualization of results. It is equipped with high-traction wheels for smooth operation on various surfaces, ensuring reliable performance in different environments. Whether you're assessing roads, buildings, or other structures, the GP8100 offers a versatile and efficient solution for subsurface evaluation.

Highly productive portable concrete GPR array, enabling quick object detection and superior data collection

• Large scan width, high scan rate, and best-in-class penetration depth
• Fast detection of objects of any size with the superline scan view
• Dense, accurate GPR data collection in one superline scan

Applications:
Concrete inspection of large areas in all buildings or bridge decks / Object detection and damage prevention before drilling, coring or cutting into concrete / GPR data collection for concrete structural assessment and post-processing data / Concrete Quality

Standard for Ground Penetrating Radars GP8100

• ACI 228.2R-98 is a guideline for evaluating concrete condition using the surface resistivity method, focusing on predicting chloride ion penetration and assessing the risk of corrosion in reinforced concrete.
• ASTM D4748-10 is a standard guide for the use of ground penetrating radar (GPR) to assess pavement conditions
• ASTM D6087-08 is a standard guide for using ground penetrating radar (GPR) to evaluate asphalt pavement.
• ASTM D6432-11 is a standard guide for using ground penetrating radar (GPR) to assess subsurface conditions of pavement, including detecting anomalies, evaluating thickness, and locating buried objects.
• EN 302 066 is a standard developed by the European Telecommunications Standards Institute (ETSI) for Ground- and Wall-Probing Radar (GPR/WPR) devices.
• NCHRP Synesis 255 is a research report focused on non-destructive testing methods for evaluating pavement conditions and structural integrity, with a focus on identifying cracks and other defects for maintenance decisions.
• SHRP H-672 is a study that provides a framework for predicting the performance of pavement materials and structural systems, with emphasis on durability and fatigue resistance in long-term pavement management.
• SHRP S-300 evaluates concrete bridge conditions, focusing on the corrosion of reinforced steel and offering methods for monitoring deterioration over time, helping assess the need for maintenance or repair.
• SHRP S-325 explores ground-penetrating radar (GPR) methods for inspecting asphalt-covered bridge decks, aiming to detect delaminations and other types of deterioration beneath asphalt overlays, improving bridge maintenance strategies.