SISCO smart rebar scanner achieves a ±1mm accuracy in rebar spacing measurements and provides high-precision visualization of rebar grid distribution in both plan and cross-sectional views. This rebar finder can also detect metallic objects within non-magnetic and non-conductive materials, such as cables and plumbing pipes embedded in walls, helping prevent construction-related damage.
Key Functions
Technical Features
The rebar scanner is widely used in reinforced concrete structure inspections, furniture wall installations, drilling rebar positioning, and electrical cable detection. In reinforced concrete inspections, the rebar detector accurately measures rebar position, spacing, and concrete cover thickness, ensuring construction quality and safety. For furniture wall installations and drilling, it helps avoid rebars, improving installation precision and reducing damage risks. In electrical cable detection, the rebar locator effectively identifies hidden cables within walls or floors, preventing accidental drilling or cutting and enhancing construction safety.
Model | SISCO-RS-ZT702 | |
Rebar Diameter Range (mm) | φ6~φ50 | |
Concrete Cover Thickness Range (mm) | Small Range: 6~90 | |
Large Range: 7~200 | ||
Communication Mode | USB Data Transfer | |
Storage Capacity | 200,000 Rebar Measurement Points | |
Probe | Dimensions (mm) | 110 × 55 × 28 |
Weight (kg) | 0.25 | |
Cart | Dimensions (mm) | 128 × 97 × 64 |
Weight (kg) | 0.3 | |
Telescopic Rod | Dimensions (mm) | φ40 × 525 (1.8m) |
Weight (kg) | 0.4 | |
Display Resolution | 800 × 480 | |
Power Supply | Built-in High-Capacity Lithium Battery | |
Operating Time | ≥12 hours | |
Operating Temperature | -10℃~+42℃ | |
Relative Humidity | <90% RH | |
Overall Dimensions (mm) | 219 × 56 × 139 | |
Operation Method | Silicone Button | |
Net Weight | 0.64 kg (Battery Included) | |
Measurement Range for Different Rebar Diameters | ||
Rebar Diameter (mm) | Small Range (mm) | Large Range (mm) |
φ6~φ8 | 7~70 | 10~100 |
φ10~φ18 | 8~80 | 15~126 |
φ20~φ32 | 9~90 | 20~200 |
Measurement Error for Different Thickness Ranges | ||
Error (mm) | Small Range (mm) | Large Range (mm) |
±1 | 6~59 | 7~79 |
±2 | 60~69 | 80~119 |
±4 | 70~90 | 120~200 |
Q1: What are the main applications of a scanning-type concrete rebar scanner?
A1: The scanning-type concrete rebar scanner is primarily used for detecting rebar position, distribution, orientation, concrete cover thickness, and rebar diameter in structures such as bridges, tunnels, and walls. Additionally, the rebar locator can detect ferromagnetic and conductive objects within non-ferromagnetic materials, such as electrical wires and pipelines.
Q2: What are the operating environment requirements for the rebar locator?
A2: This rebar detector operates in temperatures from -10℃ to +42℃ with a relative humidity of <90% RH. It should avoid strong alternating electromagnetic fields and direct or prolonged sunlight to prevent malfunctions. When used in humid, dusty, or corrosive environments, proper protective measures should be applied.
Q3: How to measure concrete cover thickness with a rebar scanner?
A3: To accurately measure concrete cover thickness using a rebar detector, position the detector’s probe between two rebars, ensuring it is parallel to the rebar being measured. Slowly move the rebar locator along the scanning path. As the scanner probe approaches the rebar, the rebar scanning machine will display the corresponding concrete cover thickness, providing precise measurement results for rebar detection in concrete structures.
Tips: Usage & maintenance of the concrete rebar scanning detector?
Thank you for buying industrial test and measurement equipment on SISCO.com, all products sold by SISCO and the partner cover a 12 months warranty, effective from the date of receiving the products.
SISCO is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.