The integrated concrete rebar scanner is a cutting-edge technology designed for efficient and accurate detection of reinforcement bars (rebar) within concrete structures. The integration of these reinforcement bar detectors enhances construction quality control by ensuring that concrete structures meet design specifications and safety standards. Integrated concrete rebar detector significantly improves construction processes, enhance structural integrity, and contribute to the longevity of concrete structures.
Specification
Model |
ATO-CRS-ZD31 |
Applicable Range of Rebar |
φ6~φ50mm |
Protective Layer Thickness Range |
Small Range: 1~80mm Large Range: 5~185mm |
Screen |
320x240mm |
Power Supply |
Built-in High Capacity Lithium Battery |
Working Hours |
≥16h |
Communication |
USB Interface |
Storage |
200K Measuring Point of Rebar |
Operation |
Silicone Keypad |
Dimension |
219x92x106mm |
Weight |
0.6kg(Battery Included) |
Measuring Range of Different Rebar Diameters
Rebar Diameter |
Small |
Large |
φ6~φ8mm |
1~60mm |
5~100mm |
φ10~φ18mm |
1~80mm |
5~120mm |
φ20~φ28mm |
1~80mm |
5~140mm |
φ32~φ50mm |
1~80mm |
5~185mm |
Detail
Tips: What are the applications of concrete rebar scanners?
Concrete rebar scanners are crucial tools in construction and civil engineering for non-destructive testing of reinforced concrete structures. These devices utilize various technologies such as electromagnetic induction, ground-penetrating radar, or ultrasonic waves to detect and locate reinforcement bars (rebar) within concrete. The applications are diverse, including quality control during construction, assessing structural integrity, and ensuring adherence to design specifications. By accurately mapping the rebar layout, these scanners help prevent errors in construction, identify potential weaknesses or defects, and ensure compliance with safety standards. They play a vital role in infrastructure projects, buildings, bridges, and other concrete structures, enhancing efficiency, safety, and the overall durability of constructions.