CTS-08PC multi-channel ultrasonic testing machine Introduction: The CTS-08PC multi-channel ultrasonic testing machine is an 8-channel ultrasonic testing system, which can also be said to be an upgraded replacement product of CTS-8006. With different mechanical transmission devices, it can achieve automated ultrasonic testing of steel pipes, steel plates, mechanical parts, etc. The system can record the entire process of automatic flaw detection, including the detection situation and thickness measurement records (including workpiece position, etc.) in the form of a continuous flow line record chart, making it more convenient for users to see the defect distribution map and thickness change of the entire workpiece, and automatically judge the detection results based on alarm situations, reducing the labor intensity of flaw detection workers. At the same time, records can be stored manually or automatically as a basis for future acceptance, And it can be searched and printed out; In addition, it is possible to automatically summarize and compile statistical reports based on the inspection results, facilitating future data management. Features: 1. Meet the testing requirements of GB/T 5777-2008 Ultrasonic Testing Method for Seamless Steel Pipes. 2. Each channel can be adjusted as needed for internal trauma detection or wall thickness measurement. 3. Each channel can independently adjust common flaw detection parameters such as gain, range, shift, and gate. Normalization can also be set by channel to save operation time. 4. Use the combination of two proximity switches to automatically determine the start and end of the flaw detection, and use the distance between the two proximity switches. 5. Automatically calibrate the measurement distance of the encoder. If any defects are found during the testing process, the alarm will immediately output an alarm, and a fallback confirmation can be performed to set the pipe head and tail not to alarm. 7. The A-scan images, channel recording images, comprehensive recording images, and thickness measurement images of 8 channels are displayed simultaneously, and the inspection results are intuitive and clear. 8. Automatic generation of inspection records and statistical reports. 9. The inspection records can be replayed and printed out. Technical parameters: Number of channels: 8 channels Excitation method: square wave excitation, -300V adjustable, width adjustable, step 10ns, edge ≤ 12ns Repetition frequency: up to 2KHz per channel Damping: 400/80 Ω Gain range: 0.0-110.0dB, step by 0.1dB, 1.0dB, 2.0dB, 6.0dB, or directly input the gain value Sampling rate: 100MHz Detection: full wave, positive half wave, negative half wave, RF Working mode: Single sending and receiving, can be extended to one sending and one receiving through optional options Detection range: longitudinal wave: steel 2-10000mm Inhibition: 1-90% Horizontal linear error: ≤ 0.4% Vertical linear error: ≤ 4% Dynamic range: ≥ 30dB (equipped with 2.5P20 probe) Sensitivity margin: ≥ 56dB (equipped with a 2.5P20 probe that is 200mm away from the detection surface) Φ 2 flat bottomed holes) Resolution: ≥ 30dB Gates: 1 interface wave tracking gate G, 2 flaw detection gates A/B System operating temperature: -10~50 ℃ Thickness measurement accuracy: 0.01mm Peripheral sensitivity difference: ≤ 4dB Signal to noise ratio: The difference between the signal and noise amplitude reflected on the L2 level human injury in each channel in the vertical and horizontal directions is ≥ 10dB Leakage and false alarm rate: ≤ 1% Blind spot in pipe end inspection: ≤ 20mm System stability: 2h ≤ 2dB
Introduction: The CTS-08PC multi-channel ultrasonic testing machine is an 8-channel ultrasonic testing system, which can also be said to be an upgraded replacement product of CTS-8006. With different mechanical transmission devices, it can achieve automated ultrasonic testing of steel pipes, steel plates, mechanical parts, etc. The system can record the entire process of automatic flaw detection, including the detection situation and thickness measurement records (including workpiece position, etc.) in the form of a continuous flow line record chart, making it more convenient for users to see the defect distribution map and thickness change of the entire workpiece, and automatically judge the detection results based on alarm situations, reducing the labor intensity of flaw detection workers. At the same time, records can be stored manually or automatically as a basis for future acceptance, And it can be searched and printed out; In addition, it is possible to automatically summarize and compile statistical reports based on the inspection results, facilitating future data management.
