Description
Rebar scanner and corrosion detector are advanced tools used in construction and infrastructure maintenance. The rebar scanner employs electromagnetic or ground-penetrating radar technology to non-destructively locate and map reinforcement bars (rebar) within concrete structures. This helps ensure structural integrity by assessing the placement and condition of the reinforcement.
Specification
| Model | ATO-ELB-RXS300 | |
| Rebar Scanning | Protective Layer Thickness Measuring Range (Nominal) | First Range: 6~90mm |
| Second Range: 7~200mm | ||
| Protective Layer Thickness Calibration Range | 0~±50mm | |
| Rebar Diameter Measuring Range (Nominal) | φ6~φ50mm | |
| Error Range of Rebar Diameter Measuring Value | ±1 Level | |
| Maximum Allowable Error in Measuring Value of Rebar Protective Layer Thickness | ||
| Protective Layer Thickness First Range | Protective Layer Thickness Second Range | |
| 6~59mm, ≤±1 | 7~79mm, ≤±1 | |
| 60~69mm, ≤±2 | 80~119mm, ≤±2 | |
| 70~90mm, ≤±4 | 120~200mm, ≤±4 | |
| Rebar Corrosion Detection | Detection Method | Potential Method, Gradient Method |
| Measuring Potential | ±3000mV | |
| Test Accuracy | ±0.1mV | |
| Measuring Point Spacing | 1~100cm | |
| Data Storage Capacity | 5400 Test Areas, 228,000 Measurement Point Data | |
| Measure Area | 8100m2 | |
| Data Storage Capacity | Can Store More Than 200,000 Measurement Points | |
| Data Transmission Method | Type-C Data Interface | |
| Ambient Temperature | -10°C~+50°C (Avoid Direct Sunlight for Long periods) | |
| Relative Humidity | 90%RH | |
| Electromagnetic Interference | No Strong Alternating Electromagnetic Field | |
| Power Supply | Built-in Rechargeable Lithium Battery | |
| Dimension | 219x56x139mm |
Application
Tips: Are rebar scanners suitable for post-construction inspections?
Yes, rebar scanners are highly suitable for post-construction inspections. These tools utilize advanced technology such as electromagnetic or ground-penetrating radar to detect and locate reinforcement bars (rebar) within concrete structures. Post-construction inspections are crucial to ensure the structural integrity and safety of buildings and infrastructure. Rebar scanners provide non-destructive testing, allowing inspectors to assess the condition of the reinforced concrete without causing damage. They can identify the spacing, depth, and diameter of rebars, helping detect any anomalies, corrosion, or construction defects. This information is valuable for evaluating the overall health of the structure and making informed decisions about maintenance or repairs. Rebar scanners contribute to efficient and cost-effective post-construction assessments, promoting structural durability and safety.
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