CTS-PA22T 3D Screwbolt Tester Introduction
The CTS-PA22T covers application over screwbolts and dowels by means of 3D. The image can be turned for observation from different angles with easy recognition of the defects. Inspection of a dowel is done efficiently within an average of 2 seconds. The results are reliable and the defects are highly observable. Needless to be well-informed of particular expertise, the operator can master the inspection skill by only following instructions to getting the instrument and the probe ready with 1-day training. Features
TFM(Total Focusing Method),based on FMC(Full Matrix Capture), has been a hot issue for PAUT field in the last few years owing to its discernibility and flexibility. Currently, researchers on TFM are mainly engaged in linear scan for the purpose of 2D imaging.
The CTS-PA22T accomplishes TFM 3D imaging by acquiring spatial data through matrix probe and high-speed computing capability of the chip. The results are visual and reflects what the inside truly looks like, which lives up to "where it scans is what’s in frame". Technical parameters
SpecificationInspection Rate: 2s/pcs
Channel Config: 64 hardware PA Channel in total parallel
Probe: 8X8 Matrix Probe, freq. from 1MHz~15MHz
Embedded Processor: Large Chip, with the real-time data processing rate 2GByte/s
Real-timeness: Refresh rate up to 20 frames/s
Data Logging: Original FMC data and inspection results
Further Development: Open Function Interface
The CTS-PA22T system uses 3D imaging to detect bolts or pins. The pattern can be rotated for observation. The defect identification is simple, the detection speed is fast, and the average detection time of one pin is 2 seconds. The detection result is reliable and the damage is easy to observe.
