Ultrasonic Caliper Log is an advanced solution for high-precision borehole and pile quality inspection. It provides comprehensive three-dimensional imaging of cavity and groove structures, ensuring reliable detection of defects in drilled piles, diaphragm walls, and foundation structures. Widely applied in railway, highway, port, subway, and high-rise building projects, it complies with industry standards such as T/CECS 596-2019 and JTG/T 3512-2020. This technology enhances structural safety and quality control in deep foundation engineering.
1. The system adopts high strength steel wire to guide and lift the probe,and the original cable adaptive asynchronous retraction system effectively protects the signal cable and reduces the size of the winch.
2. The system adopts built-in lithium battery and external 220V ground protection power supply, which can adapt to various site environments.
3. The system winch is small and can be easily loaded in the trunk of an ordinary car.Original drawer tray type self-locking device,probe locking function,can be very good protection.
The probe is fixed,which effectively reduces the transportation and test conditions of the system.
4. The unique signal processing method avoids the interference of the field electromagnetic environment to the signal, and ensures the stability,reliability and accuracy of the test signal.
5. The probe has small blind area, large power and strong adaptability. It can detect the minimum aperture (groove width) 300mm, the maximum aperture (groove width) 11000mm, and the mud gravity Up to 1.4g/cm3, suitable for almost l engineering hole, groove detection.
6. The system is highly intelligent,the probe is automaticall lifted and lowered during the test process,and the waveform diagram and hole diagram are displayed in realtime (including the depth value of each measurement point,the sound time value,and the sound time value). Ranging,aperture value, offset value and verticality), can be printed directly.
7. The system has a self-calibration function,according to the aperture value or the width of the notch,the test system can be automatically calibrated.
8. Own WIFl protocol wireless transmission platform, real-time upload test data, GPS positioning, on-site test pictures and other information. (optional)
9. C-LEAF algorithm 3D imaging technology,directly reflect the hole state.
| Model number | GS-83 |
| Master control form | Touch terminal,4-core processor,8GB of RAM |
| Display mode | 12.1 "highlight display |
| Mode of operation | Touch screen |
| Operating system | Linux system |
| Scanning speed | ≥20 cycles/second |
| Band width | 1-500K |
| Acoustic accuracy | ≤0.5% |
| Measurement accuracy(Horizontal accuracy) | ±0.2%FS |
| Measuring range | 300~11000mm(aperture) |
| Ultrasonic frequency | 83kHz |
| Transmitting voltage | 1000V |
| sounding | 100/150m (Customizable) |
| Depth resolution | ≤5mm,depth error≤0.1% |
| Sound velocity calibration | There are |
| Recording mode | Color/black and white images,data files |
| Output mode | Printer (Assorting) |
| Data export | USB or wireless upload |
| Sediment thickness detection | Support (optional special probe) |
| Operating temperature | -20~+80℃ |
| Power supply mode | 220V AC/lithium battery |
| Probe size | 104mm*104mm*300mm |
| Probe mass | 14kg |
| Mud weight | ≤1.4g/cm³ |
| Lifting speed | Adjustable from 0 to 20m/min |
| Emergency lift | √ |
| Stop function | Hole bottom,hole mouth induction stop |
| Hole bottom and orifice start slowly | √ |
| Probe bearing mode | Pressure sensor asynchronous adjustable double wire load,independent cable assistance |
| Probe holder | Drawer lock tray |
| Dimensions of winch lifting device | 800mm×500mm×390mm |
| The winch lifts the weight of the device | 65kg |
| Three-dimensional imaging | √ |