Products

RSM-SY7 Ultra Sonic Pile Integrity Tester

Item No.: 10
The RSM-SY7 performs Cross-hole and Single Hole Sonic Logging, which evaluates the quality of the concrete of deep foundations. It initiates internationally the function of four channels self-transmission-receive section of foundation pile testing.
INQUIRY
Description Standard Configuration

RSM-SY7 Ultra Sonic Pile Integrity Tester

Application

 

Acoustic pile tomography detection by transmission method

Acoustic pile integrity detection by transmission method

Concrete crack depth detection

Concrete strength detection by ultrasonic-rebound combined method

Longitudinal wave velocity test of rock mass in geological investigation

Detection of loosen zone of tunnel rock mass

Test of dynamic and elasticity parameters of non-metallic materials

Integrity detection of underground diaphragm wall

 


Applicable standards

 

  • Standard Test Method for Integrity Testing of Concrete Deep Foundation by Ultrasonic Crosshole Testing ASTM D6760-08

  • Technical Code for Detection of Building Foundation Pile JGJ 106-2014

  • Dynamic Testing Technology Regulations on Highway Engineering Foundation Pile JTG/T F81-01-2004

  • Nondestructive Detection Code for Railway Engineering Foundation Pile TB 10218-2008

  • Technical Regulations on Concrete Strength Detection by Ultrasonic-Rebound Combined Method CECS 02:2005

  • Technical Regulations on Concrete Defect Detection by Ultrasonic Method CECS 21:2000

  • Regulations on Concrete Strength Detection of Railway Engineering Structure TB 10426-2004

  • Detection Code for Building Foundation in Guangdong Province DBJ 15-60-2008

 


Principle

 

The objectives of the Ultra Sonic Pile Integrity Testing (RSM-SY7) are to determine the homogeneity and integrity of concrete between the probes. The data are used to confirm adequate concrete quality or identify zones of poor quality (due to inadequate vibration, segregation due to over vibration and/or improper concrete placement, washouts of cement due to groundwater flow, cracks due to shrinkage, contamination of the concrete, etc). If defects are detected, then further investigations should be made by excavation or coring the concrete as appropriate, or by other testing methods.

 

 


Features

 

1. International first four-channel self-transmitting and self-receiving pile profile full-combination ultrasonic detection is provided and a number of invention patent authorizations have been obtained;

2. Self-transmitting and self-receiving circuit design is provided and there is no need to replace the location of acoustic pipe corresponding to probe; the fully combined testing of four pipes and six profiles can be completed in a single lifting, the detection speed is improved significantly and the working strength of detection personnel at the field is greatly reduced;

3. The controllable adjustment gain of test waveform of each profile is delayed;

4. The location of the first wave can be searched automatically and the magnification can be adjusted automatically;

5. The 12.1-inch super-large true-color LCD screen is adopted, the test waveforms, wave trains, wave speeds, amplitudes and other information of 6 profiles can be clearly observed in the field at the same time and the whole pile quality in the testing process can be clear at a glance;

6. The shifting distance of testing point is adjustable within 1-1250px without leakage point and need of repeated testing;

7. The automatic counting and lifting device can be connected conveniently and quickly and the maximum lifting speed can reach 60 m/min;

8. Using the high-strength engineering plastic shell, the instrument is beautiful and durable with solid structure;

9. Imported connectors are used and the complete machine is equipped with waterproof design.

 


Core Advantages

  •  First international patent

International first four-channel self-transmitting and self-receiving pile profile full-combination ultrasonic detection is provided and a number of invention patent authorizations have been obtained

 

  •  Completed fully combined testing of four pipes and six profiles in a single lifting

Self-transmitting and self-receiving design is provided, the detection speed is improved significantly, the location of the first wave can be searched automatically and the magnification can be adjusted automatically;

 

The test waveforms, wave trains, wave speeds, amplitudes and other information of 6 profiles can be clearly observed in the field at the same time and the whole pile quality in the testing process can be clear at a glance;

 

The shifting distance of testing point is adjustable within 1-1250px.

 

  • Removable lithium battery

Long standby, support desktop charger; the battery can be easily changed and will work without interruption at the field.

 


Field testing 

 

 


Software

RSM-SY ultrasonic pile analysis software by transmission method

1. The testing point waveform curve of main operation interface, wave train diagram of whole pile and profile depth curve are displayed with linkage

2. The wave train diagram, data table and gray-scale diagram are switched and displayed randomly

3. The display proportions of acoustic velocity depth curve, acoustic amplitude depth curve, PSD depth curve of profile can be adjusted randomly

4. The spectrogram of each testing point can be observed separately for ease of basic frequency analysis

5. Acoustic velocity and acoustic amplitude interpretation algorithm is accurate, and the acoustic velocity and acoustic amplitude can be interpreted individually

6. Support oblique detection and fan-shaped detection data analysis and processing

7. The automatic pipe correction function is owned and the data before and after the correction can be displayed at the same time

8. The output results have a variety of selection styles and combinations and can be compatible with multiple reporting formats.

9. The headers of output results can be customized for selection and the customized header template can be saved

10. The wave train diagram and depth curve diagram can be output on the single-page report paper at the same time

11. The picture output, print output, Word file output, Excel file output and other output modes are supported

12. Complete reports can be generated in batch


Specification

Model RSM-SY7(F)
Master control form Low power embedded system   
Basic frequency: 1GHz    Memory: 512M
Sampling method Synchronous self-transmitting and self-receiving
Display mode 12.1-inch high-brightness true-color LCD screen
Operation method Touch screen
Storage mode 16G electronic hard disk
Communication  method Built-in wired communication
Depth counting method Automatic counting
Scanning speed ≥20 cycles/sec
Trigger method Signal trigger
Sampling interval 0.1~200μS
Recording length 0.5~4k
Transmit voltage 500V/1000V adjustable
Dynamic range ≥100dB
Gain accuracy 0.5dB
Number of channels Four independent and controllable self-transmitting and self-receiving channels
Number of profiles tested in a single lifting Six profiles
Transmit pulse width 1-100μS continuously adjustable
Frequency bandwidth 1~500kHz
Acoustic amplitude accuracy ≤3%
Acoustic time accuracy ≤0.5%
Receiving sensitivity ≤10μV
Intertrack crosstalk ≤1/400
Data export USB
Data uploading mode Wifi
Operating temperature -20~+55℃
Power supply mode Removable lithium battery≥8h
Dimensions 340×270×73mm
Weight 2.0kg (including lithium battery)
Lifting device
Connection method of lifting device Wired/wireless
Wireless transmission distance 30m
Wireless working hours ≥20h
Minimum space between  testing points 1cm
Maximum lifting speed 60m/min
Counting method Double direction counting

 


 

No. Name Quantity Remarks
1 Host 1  
2 One-transmitting and one-receiving cross-hole probe 4 Optionally select four probes from these three types (50m/70m/100m) (including four wire coils)
3 Depth counter and  connecting cable 1 Including 10m cable
4 Flat probe and connecting cable 2 50KHz, including 5m calbe
5 pipe orifice pulleys 4  
6 Power adapter 1  
7 U disk 1  
8 Stylus pen 1  
9 Instrument and accessories container 2  
10 Tripod 1  
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