
- Stock: In Stock
- Model: RDDLZ-CRS-RS900T
- Weight: 1.00
- SKU: RDDLZ-CRS-RS900T
Available Options
The integrated concrete rebar detector 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 scanner significantly improves construction processes, enhance structural integrity, and contribute to the longevity of concrete structures.
Specification
Model | RDDLZ-ELB-RS900T | |
Applicable Range of Rebar | φ6~φ50mm | |
Protective Layer Thickness Range | Small Range: 1~190mm | Large Range: 5~210mm |
Maximum Allowable Error of Protective Layer Thickness | 1~80mm, ±1 | 5~80mm, ±1 |
81~120mm, ±2 | 81~120mm, ±2 | |
/ | 121~210mm, ±4 | |
Screen | 320x240mm | |
Power Supply | Built-in High Capacity Lithium Battery | |
Working Time | ≥16h | |
Communication Mode | Type-C Transmission Interface | |
Storage Capacity | 200,000 Rebar Measurement Points | |
Working Temperature | -10℃~+50℃ | |
Relative Humidity | <90%RH | |
Operation | Silicone Keypad | |
Dimension | 219x92x106mm | |
Weight | 0.6kg |
Detail
Tips: How does a rebar scanner work?
A rebar scanner, also known as a reinforcement detector, is a tool designed to locate and identify reinforcing bars (rebars) within concrete structures. These devices utilize electromagnetic technology to detect variations in the material's electromagnetic field caused by the presence of metal, such as steel rebars. When the scanner is moved over a surface, it emits electromagnetic waves that interact with the reinforcing bars. The device then analyzes the reflected signals, providing information about the rebar's depth, diameter, and spacing. This information is crucial in construction and engineering projects to ensure the integrity of concrete structures and prevent damage during drilling or cutting. Rebar scanners contribute to efficient and precise inspection processes, enhancing the safety and reliability of construction work.