Standards:
ASTM D4945-17,ASTM D5882-16,JGJ 106-2014,JTG/T F81-01-2004,TB 10218-2019,JTG/T 3512-2020,DBJ/T15-60-2019
Description:
RSM-PDT(D) High-Strain Pile Bearing Tester is mainly used for the testing of high strain bearing capacity of foundation piles,
and is compatible with continuous pile driving monitoring and low strain integrity testing. The device is compatible with two test methods,economical and practical, has multiple functions, user-friendly,true and reliable data sampling.
Technical Features:
1. Original instant floating-point amplification technology, large dynamic range, high signal-to-noise ratio, taking into account strong and weak signal acquisition without distortion;
2. The balance of strain bridge can be adjusted
automatically to reduce the impacts of initial deformation of strain ring on signal acquisition and eliminate the signal zero
drift;
3. With fast signal acquisition pace, the 60 hammers/min signal acquisition can be completed and the piling monitoring
testing can be carried out in real time;
4. Self-test for sensor installation status can be conducted in the field in real time;
5. Analysis results by Case method, F-ZV curves and upper and lower traveling wave curves are displayed in the field;
6. The three-dimensional correction function for shallow defect is owned and the defect can be located accurately;
7. Industrial-grade capacitive touch screen, soft touch, smooth and precise operation, adapt to strong light environment;
8. High Grade Engineered plastic ABS+PC.Flame retardant material, high temperature resistant design;
9.IP65 Dustproof and waterproof design, fearless of the extreme;
11.Built-in 4G module, can realize software online one-key upgrade;
12.9mm ultra-thin large-capacity battery, the battery is removable, ensuring uninterrupted work in the field;
13.Newly upgraded software, User-friendly control interface;
14.Bilingual operation in both Chinese and English is supported.
Software Feature:
CASE PDA analysis software
1. The CASE analysis of high strain bearing capacity detection of single pile and
tensile stress and compressive stress analysis of pile driving monitoring can be conducted;
2. Amplification, translation, rotation, filtering and other processing can be carried out for wave signals;
3. Original curve, velocity curve, force curve, force velocity curve, upper and lower traveling wave curves, displacement velocity curve, energy curve, tensile stress curve and other display modes can be selected for observation, processing and analysis;
4. Output contents can be customized and multiple output methods are supported;
5. CASE damping coefficients can be adjusted conveniently to obtain the calculation results of different JC values.
Specification: