The core advantage of this tester lies in its balance of affordability and practicality. Unlike traditional manual detection methods with high error rates, this product provides precise digital readings with a ±1% full-scale accuracy, eliminating subjective judgment errors. The IP65 protection rating enables it to resist dust and water splashes, making it suitable for harsh on-site construction environments. The 10-meter long cable meets the detection needs of most conventional drilled piles, and the 4 AA batteries provide up to 30 hours of continuous working time to support a full day of on-site work. It also supports USB 2.0 data export for subsequent report compilation, reducing the workload of on-site data recording and sorting. This product effectively improves the efficiency and accuracy of sediment thickness detection for grass-roots construction teams.
The overall weight of the tester is 1.2 Kilograms, with a compact size of 210*150*80 Millimeters, making it easy to store in standard construction toolboxes. The probe has a diameter of 20 Millimeters, and the high-strength polyethylene cable is 10 Meters long, which can meet the detection depth requirements of most conventional drilled piles. It is powered by 4 standard AA batteries, with a standby time of up to 6 months and continuous working time of 30 hours. The LCD backlight display has a resolution of 128*64, supporting clear viewing in both strong sunlight and dim environments. The USB 2.0 interface enables fast data transfer to desktop computers or laptops, and the shell is made of high-strength engineering plastic with good drop resistance, meeting the safety standards of construction site electrical equipment.
This portable digital sediment thickness tester is mainly suitable for small and medium-sized building pile foundation detection, municipal underground engineering drilled pile detection, and temporary construction site rapid detection. It is widely used by front-line construction technicians, supervisors, and quality control personnel, helping them quickly obtain accurate sediment thickness data to ensure that the sediment thickness meets the design requirements and avoid construction quality problems caused by excessive sediment thickness. It can also be used for detection of foundation pit support structures and other underground engineering scenarios that require sediment thickness testing, and is an ideal tool for daily on-site quality control work.
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