1. It can be used for automatic or semi-automatic ultrasonic flaw detection of tube, bar and billet in steel works. It can be used for automatic flaw detection of small-caliber thin-walled tube by probe rotation, high speed and high resolution, and also for high sensitivity automatic flaw detection of large-caliber thick-walled seamless steel tube (especially over 100mm).

2. High resolution near-field/far-field can be obtained by using high frequency narrow pulse probe, which is especially suitable for the occasion where superficial or small defects need to be found.

3. The instrument adopts man-machine interface, which is clear, easy to understand and easy to operate. It has the function of ultrasonic flaw detection/thickness measurement/layered imaging.

4.8 Channel A Data Wave Display Zone and 8 Channel Simulated Display (Flaw Detection/Thickness Measurement/Layering)

5. Random matching software can detect and image the collected signals, record them, call them back, analyze them or generate reports and print them.

6. Ultrasound testing parameters, graphics and files can be stored in the computer hard disk and called at any time.

7. The computer management of the results of flaw detection process can be realized by scanning data transmission through network ports and desktop computers or similar instruments, and then by supporting computer imaging display and processing software.

8. The instrument has high repetition frequency, high detection sensitivity, high sampling rate and high-speed data transmission capability, so it can not only realize high-speed detection of medium and thin-walled steel tubes, but also carry out high-sensitivity detection of thick-walled steel tubes. It has a wide range of applications.

9. Sensitivity consistency between channels is good, 24-hour continuous operation is stable and reliable, site installation, debugging and flaw detection are quite simple.

10. The instrument is equipped with an I/O interface for external alarm output, delayed marking output and mechanical equipment related signal input (e.g. encoder signal input, feed signal input). The output signal is 5VTTL level signal; the input signal should be 3.3V-5V level signal. Specific input and output signals can be added or subtracted according to different needs of users.

11. The rapid development of computer technology further provides the signal processing speed of the instrument. Compared with the original instrument, the detection frequency range is wider, the compatibility of the probe is better, the storage capacity is larger, the intelligent degree is higher, and the interface design is more reasonable.