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CTS-8008 Ultrasonic Flaw Detector

CTS-8008 as a performance and scope extension of portable instrument, is supplied with color TFT-LCD of high resolution and 60Hz speedy reflashing rate, which offers you details of the complete wave by real-time analog generating.

  • Product Intro
  • Feature
  • Specification
  • Scope

as a performance and scope extension of portable instrument, is supplied with color TFT-LCD of high resolution and 60Hz speedy reflashing rate, which offers you details of the complete wave by real-time analog generating.

  • 6.5" ultra-large TFT color LCD with high brightness and resolution( 640×480).
  • Chinese/English menu.
  • Shortcut keys and rotary knob can be set for easy and fast operation.
  • Transmitting strength and damping matching are adjustable to perfect testing performance.
  • Convenient sound velocity measurement and probe calibration.
  • Large capacity for storage and automatically generating test reports according to testing parameters and waveforms.
  • Strong expandability of software, specific flaw detection techniques can be added to meet different flaw detecting requirements.
  • Peak value memory function is able to capture the location of the peak of waveform in gate.
  • Expansion function is used to expand the display of waveforms in gate to the whole waveform display area( Figure 1).
  • Waveform comparison function enables you to recall the stored waveforms and make comparison with real-time waveforms( Figure 2).
    Figure 1 Expansion of waveforms Figure 2 Comparison of waveforms
  • Curved surface correction function provides automatic correction to the orientation of a defect relative the cambered surface according to the curvature of the curved surface.
  • Built-in 25-pin parallel print interface for direct connection to a printer.
  • Built-in high-speed USB interface and RS232 serial interface.
  • DAC curve(Figure 3)
    Easy to make and convenient to correct
    Parameters can be adjusted according to different standards (before or after the curves are made)
    Curves are varied with the parameters such as gain and range
  • AVG curve(Figure 4)
    Automatically calculate and generate curves after recording a reference point
    AVG curves for other equivalent can be generated according to the equivalent of reference point
    Figure 3 Application of DAC curves Figure 4 Application of AVG curves
  • B-scan:Two modes: Thickness scanning(Figure 5) and sound path amplitude scanning(Figure 6)
    Figures scanned can be stored, recalled, browsed, printed or communicating with a PC.
    Figure 5 B-scan(Thickness Scanning Mode) Figure 6 B-scan(Using sound path amplitude scanning mode to repeatedly scan one side of CSK-3A test piece)
  • Envelop function to record changing tracks of waveforms on the screen. (Figure 7)

    Figure 7
Operation Frequency 0.5~20MHz
Gain Control 110dB in total,4 step increments:0.1/1.0/2.0/6.0dB
Test Range 0.0~10000mm(longitudinal wave in steel)
Sound Velocity Range 500~15000m/s,continuously adjustable Built-in 21 settings of commonly used material sound velocity value
Pulse Shift -20~3000uS
Dynamic Range ≥32dB
Vertical Linearity Error ≤3%
Horizontal Linearity Error ≤0.1%
Resolution ≥36dB
Surplus Sensitivity ≥60dB(using straight beam contact probe 2.5P20 to detect 200mm deep and Ф2 flat bottom hole)
Electric Noise Level ≤10%
Mode of Rectification Full wave,Positive-half wave,Negative-half wave
Data Storage 1000 sets of test reports and waveform data
Shortcut Channel 10 shortcut channels
Sampling Frequency 160MHz based on the hardware
Pulse Repetition Frequency 25~800Hz,automatic or manual adjustment
Screen Refresh Rate 60Hz
Power Supply Two modes:
Large-capacity lithium batteries(DC 12V) for 6 hours' non-stop work
AC 220V(with adapter)
Ambient Temperature -30℃~60℃
Dimension 317mm×75mm×118mm
Weight Approximately 3.2Kg