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Product Details:
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| Name: | Ultrasonic Crosshole Pile Tester | Standard: | CECS 21: 2000 |
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| Channels: | 2channels | Test Sections: | 1section |
| Judgement Method: | Iteration/Threshold | Probe: | 100m (150m Optional) |
| High Light: | 2Channels Pile Testing System,150m Pile Testing System,Crosshole Pile Integrity Tester |
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2 Channels Ultrasonic Cross-Hole Pile Testing System
Applications:
It is specially designed to detect the completeness of foundation piles by acoustic-transmission method. The two probes, one is transmitter, one is receiver. It will test two sonic tubes with one section. This way is much more suitable for the small cast-in-place pile testing work which has two sonic tubes or three sonic tubes. The instrument also have the other functions except the crosshole pile testing work, such as concrete strength testing, concrete crack depth testing and concrete defect testing.
Standard:
ASTM D6760 Standard Test Method for Integrity Testing of Concrete Deep Foundations by Ultrasonic Crosshole Testing
CECS 21: 2000 Technical specification for inspection of concrete defects by ultrasonic method
JGJ 106-2014 Technical code for testing of building foundation piles
TB 10218-2019 Technical Specification for Testing of Railway Piles
JTG/T F81-01-2004 Technical Specification of Dynamic Pile Tests for Highway Engineering
Parameters:
| Item | Name | Details |
| 1 | Channels | 2channels |
| 2 | Test sections | 1 sections |
| 3 | First wave judgement method | Iteration method/ Threshold method |
| 4 | Probe | Standard 100m depth (150m optional) |
| 5 | Max space between two probes | 8m |
| 6 | Sampling Mode | Synchronous Sampling |
| 7 | Master Mode | ARM A8 1GHz / ARM A9 1GHz |
| 8 | Operating System | WinCE operating system / Linus system |
| 9 | Display Mode | 10.4inch industrial LCD screen / 12.1inch industrial LCD screen |
| 10 | Operating Mode | Touch screen |
| 11 | Storage Mode | 16GB Electrical Hard Disk |
| 12 | Depth Measurement Mode | Two-way Counting and Real-Time Repetition Measurement |
| 13 | Intervals of Sampling | 0.03μs ~1024μs |
| 14 | Phonatory Time Measurement Accuracy | 0.03μs |
| 15 | Phonatory Time Measurement Range | 2×106μs |
| 16 | Record Length | 0.5~4k |
| 17 | Transmit Voltage(V) | 50/250/500/1000 Adjustable |
| 18 | Dynamic Range of Gain | 107dB |
| 19 | Control Accuracy of Gain | 0.4dB |
| 20 | Transmit Pulse Width | 20μs |
| 21 | Broadband | 2~500kHz |
| 22 | Receiver Sensitivity | ≤10μV |
| 23 | Inter-channel noise | ≤-60dB |
| 24 | Data-Transmission Mode | USB2.0 High-speed Transmission, U disk, WIFI |
| 25 | Power-Supply Mode | Built-in Lithium Battery(Working Hours≥8 Hours ) |
| 26 | Operating Temperature | -10℃~+45℃ |
| 27 | Main Machine Dimensions | 325×243×56mm |
| 28 | Main Machine Weight | 3.5kg |
| 29 | Others | Intelligent Search, Real-time Control of Sampling in all Channels, Automatic Interpretation, |
| 30 | Depth counter | 4Slots / 5slots |
| 31 | Direction | Two-way Counting |
| 32 | Resolution Ratio | 0.3cm |
| 33 | Space between Measuring Point | 5cm~100cm, Optional |
| 34 | Max Hoisting Speed | Six sections, up to 60 Meters per minute |
Features:
1. A hoist can simultaneously accomplish the measurement of six sections, with 4 grades adjusting the hoisting speed. The hoisting speed is up to 60m/min.
2. High-performance industrial ARM processor has a dominant frequency up to 1 GHz. ARM Cortex A8.
3. The system works more steadily and the power can be directly turned off after saving the data when the measurement is accomplished. The battery life can last above 8 hours.
4. The transmit-receive radial probe is combined with pre-posed amplification techniques, is perfectly solving such industry complexities as dimness and difficult interpretation of first wave. The size of transducer is small, with 25mm diameter and 20cm length. The measurement span of concrete is up to 8m.
5. The wire spool of radial transducer employs a high-level steel frame, which is sturdy and durable and not easy to deformation. Six colors cables are available for free choice.
6. Original iteration interpretation can automatically make the accuracy of first wave interpretation up to 99% under complex conditions.
7. The built-in software is proficient and flexible, the interfaces can display in different color to suitable various working environments.
8. The defects can be accurately fixed by means of real-time repetition measurement and cryptographic measurement in the process of measurement.
9. It is characterized with 16GB large storage space, with a high-speed USB 2.0 port.
10. The professional data processing software can rapidly analyze the data, and form a detection report, whose formats can be freely customized.
Contact Person: Wendy Lee
Tel: +86 18500992119
