P61 Reflected wave method Pile Integrity Test Analyzer
Features
- Fast and accurate automatic interpretation of acoustic parameters.
- Humanized software design.
- The instrument test interface directly faces users and engineering test sites, And there is helpful information, which users can use conveniently;
- Graphical display of test results. After the test, the analysis results can be displayed graphically, and users can observe the analysis results intuitively;
- Wavelet analysis and processing. Brand-new wavelet analysis and processing, reaching the advanced level abroad; Adaptive floating-point amplification, waveform distortion;
- A pile can store several signals. Automatic real-time processing of detection waveform such as smoothing, integration, filtering, exponential or linear amplification;
- Simultaneous acquisition by two channels.
- When each pile is tested in multiple directions, the working efficiency can be improved; It is intuitive and convenient to manage documents according to engineering piles.
- You can easily view, add and delete the test data of engineering or piles;
- It can be connected with various speed sensors and acceleration sensors.
- Built-in battery power supply. Built-in lithium battery can supply power for 6h. If an external battery is selected, the power supply time can be as long as 12h, which can fully meet customers' long-time field test requirements.
- The instrument is portable. Small size, light weight (about 1.75kg) and easy to carry.
- Powerful professional windows data analysis and processing software. The external data analysis software has a friendly interface and reliable performance. It can directly generate reports through analysis and processing, and can also import the analysis results into word and Excel, which is convenient for users to carry out later data processing.
Applications
- Check the integrity of foundation piles.
- Estimated pile length
- Estimate the degree of pile defects.
- Estimate the position of defect in the foundation pile.
- Geotechnical engineering wave velocity test, etc.
Technical Parameters
| |
project |
index |
| 1 |
Instrument screen |
40* 480 bright TFT true color LCD screen |
| 2 |
Floating point magnification |
≤256 |
| 3 |
Gain of amplifier (dB) |
≤64 |
| 4 |
A/D resolution |
≤24 |
| 5 |
Amplitude nonlinearity |
≤10% |
| 6 |
Measurement frequency range of acceleration (Hz) |
≤9000 |
| 7 |
Measuring frequency range (Hz) |
≤2000 |
| 8 |
Time indication error |
≤1% |
| 9 |
Gain error |
≤1dB |
| 10 |
sampling length |
≤16k |
| 11 |
Acceleration sensor |
The uncertainty (k=3) is 3%. |
| 12 |
speed sensor |
The uncertainty (k=3) is 5%. |
| 13 |
System dynamic range |
≤184 |
| 14 |
Power supply mode |
Ac 100V-240V, 50/60Hz; 12V DC |
| 15 |
working temperature |
-10~+40℃ |
| 16 |
Host size |
260 mm*185 mm*60 mm |
| 17 |
Main engine weight |
1.75 kg (including built-in battery) |
Product Display