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Ultrasonic

Ultrasonic

Principle

Ultrasonic flaw detection is a non-destructive testing method that uses the acoustic performance differences of materials and their defects to examine the energy changes in the reflection of ultrasonic wave propagation waveforms and the penetration time, thereby detecting internal defects in materials.

Application scenarios

It can inspect the pneumatic system and test the pressure cables used by telecommunications companies, etc. Tanks, pipelines and hoses can all be detected by pressurization, as well as vacuum systems, vortex exhaust, diesel engine fuel intake systems, vacuum chambers, ship compartments, watertight doors, material handling systems, internal and external gas and liquid leakage of pressure vessels and pipelines, etc.

Advantage:

  • Large detection thickness;
  • High sensitivity;
  • Fast speed;
  • Low cost;
  • No harm to the human;
  • Ability to locate and quantify defects;

SR-P88s Phased Array Multi-function Flaw Detector

  • Advanced structural mode with 32 channels receiving and 128 independent hardware transmitting channels
  • Split probe control function, which can support four independent 32 chip phased array
  • Two independent high-performance conventional ultrasonic flaw detection channels can be implemented at the same time
  • The channel supports TOFD detection, and the defect information is richer
  • It supports linear, sector scanning
  • Five focusing modes: true depth, half-range, projection, arbitrary plane, and echo dynamic focusing
  • A/S/B/C and other display modes
  • Sound speed, delay, sensitivity, TCG/ACG fast calibration
  • TOFD channel supports synthetic aperture focusing function
  • Powerful intelligent simulation, offline analysis and other auxiliary software functions, automatically generate inspection reports
  • 10.4 inch TFT bright color LCD touch screen, resolution 800*600 pixels

SR-UA80 Digital Ultrasonic Flaw Detector

  • Powerful wizard software, easy to operate
  • High-speed data processing capability, smoother waveform display
  • Simple display interface design, better user interface
  • Supports DAC curve and AVG curve
  • Automatic calibration design, making inspection work more convenient
  • Supports custom inspection standards, built-in ADW D1.1 /D1.5 standard
  • Wristband handheld design, sturdy structure, good sealing
  • High brightness, high-definition display, 100% display linearity
  • High-quality integrated circuit system, stable and reliable performance Ultra-high-speed sampling and waveform display, ensuring more faithful echo display and more accurate positioning
  • Real-time full-wave, positive/negative half-wave, and RF wave display
  • Excellent wideband amplifier, automatically measures probe center frequency
  • Strong navigation function, fast and convenient operation, Chinese prompt dialogue operation, practical and easy to learn
  • Built-in common icons, European, Australian, and American inspection standards, convenient for defect quantification and classification
  • Dual-gate echo and loss alarm function, suitable for various types of inspection tasks
  • Full-process dual-gate echo information display, facilitating echo analysis
  • Defect dynamic envelope description
  • Longitudinal crack height measurement function