IPRE UF200 Ultrasonic Flaw Detector, non-Destructiveness detection 120dB gain

What is an ultrasonic flaw Detector

Ultrasonic flaw Detector is a non-destructive testing tool used to detect internal defects and foreign objects in materials. It uses the principle of ultrasonic waves to identify and evaluate problems within the material by sending high-frequency sound waves (ultrasound) into the interior of the material and then receiving the reflected sound wave signal back.

UF200 ultrasonic flaw detection is widely used in a variety of industries, including manufacturing, aerospace, automotive, construction and metal processing. It can be used to detect welding quality, internal corrosion of pipelines, cracks in steel components, voids in concrete and other issues to help ensure the safety and quality of materials and structures. Since it is a non-destructive detection method, it provides a reliable detection method without damaging the items being detected.

Features

• Automatic measurement of instrument and probe performance, automatic instrument calibration, and measurement of thickness and material sound velocity;

• Ten independent flaw detection channels (electronic switching);

• Customized flaw detection processes can be generated based on actual workpieces (such as welds, forgings, castings, pipes, plates, axles, wheels, small pipe diameters, etc.), and there is no need to carry test blocks for on-site flaw detection;

• DAC, AVG, and decibel DAC curves are automatically generated. The sampling points are not limited and can be compensated and corrected. The curves automatically float with the gain and automatically expand with the sound path;

• Defect echo (horizontal and vertical, distance, dB equivalent value) real-time display of weld profile display;

• Peak memory and envelope functions make it easier to find the highest waveform;

• 500 frames of flaw detection data are stored in the instrument.

[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.