Rebar Scanner
Rebar Scanner, also referred as a reinforcement scanner or rebar locator, is a device designed to detect the presence and location of reinforcement bars (rebars) within concrete structures. The Rebars Scanner, weighing approximately 0.9kg makes it easy for experts to handle and carry this device, and is frequently utilized to reinforce concrete, enhancing its tensile strength. The lightweight nature of the scanner facilitates ease of use for experts.
The objective of a Rebar Scanner is to uphold the structural integrity of concrete structures by precisely pinpointing and evaluating the condition of reinforcement bars. This process enables construction professionals to avoid inadvertently damaging the rebars during activities such as drilling, cutting, or coring. By accurately identifying the position and spacing of rebars, the scanner aids in ensuring the structural stability and longevity of the concrete elements.
Features of Rebar Scanner
- Locate rebar, measure cover thickness, and identify rebar orientation
- Quick determination of rebar diameter mode
- Dustproof & waterproof wheel probe ensures ease of measurement with optimum accuracy
- Auto alert of detected rebar by beeping sound
- Selectable Low & High ranges for measurement of different cover thickness
- Selectable bar sizes and test number
- Signal strength with sensitivity value alerts the user of rebar proximity
- Large graphic display with backlight for easy viewing
- Data logging with memory function for easy retrieval
- Connect USB thumb drive for data transfer to computer with designated software
Test Procedure for Rebar Scanner
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Power On and Calibration: Turn on the Rebar Scanner and ensure it is properly calibrated according to manufacturer instructions.
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Surface Preparation: Clean the surface of the concrete structure to remove debris, dust, and any loose material that could interfere with the scan.
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Select Scanning Mode: Choose the appropriate scanning mode based on the specific requirements of the inspection (e.g., depth of cover, diameter measurement, rebar distribution).
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Positioning: Place the Rebar Scanner on the surface of the concrete at the desired location for testing.
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Scan: Slowly move the scanner across the surface in a systematic pattern, ensuring complete coverage of the area of interest. Maintain a consistent speed and pressure during scanning to obtain accurate results.
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Data Collection: Record data provided by the scanner, including depth of rebar cover, diameter of rebars, and distribution of rebars within the structure.
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Analysis: Analyze the collected data to assess the condition of the reinforced concrete structure. Evaluate the integrity of the concrete and the effectiveness of the reinforcement bars in providing structural support.
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Reporting: Prepare a detailed report documenting scan results, including the location of rebars, depth of cover, diameter measurements, and any anomalies observed. Include recommendations for repairs or further investigation, if necessary.
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Conclusion: Conclude the test procedure by reviewing findings and ensuring all necessary data has been accurately recorded.
Technical Specifications Rebar Scanner
| Model Number |
NL 4041 X 001 |
| Diameter Range |
Ø6mm ~ Ø50mm |
| Covermeter Range |
Small Range : 3 - 98 mm, Large Range : 3 - 196 mm |
| Max. Allowable Error |
± 1 mm to ± 4 mm |
| Data Storage Transfer |
USB Flash Drive |
| Battery Capacity |
38 Hours (Full Charged) |
| Power |
Rechargeable Lithium Battery |
| Dimension (mm) |
212 x 134 x 50 mm (LxWxH) |
| Approx. Weight |
0.9 kg |
*1 Copy of Manual Instruction
Set Consists Of:
| Model Number |
Description |
| NL 4041 X / 001 – P001 |
Controller Device |
| NL 4041 X / 001 – P002 |
Multi-parameter Probe |
| NL 4041 X / 001 – P003 |
Waterproof Case |