The CTS-PA322T is a new Phased Array TFM Real-time 3D imaging system originally developed by Goworld with 64 channels working together in parallel.
The CTS-PA322T is a new Phased Array TFM Real-time 3D imaging system originally developed by Goworld with 64 channels working together in parallel. The system collects FMC data from the object of either metal or non-metal and makes precise real-time 2D/3D TFM imaging through rapid hardware running based on FPGA. The RF metadata platform can process the original signals on computer.
By virtue of reconstructing algorithm model through rapid hardware running based on FPGA the TFM images can be produced instantaneously with a refresh rate of 50 frame per second.
Real time collecting original FMC data (64X64 A-scans) at the depth up to 2m.
This system is applicable to wide-area TFM imaging inspection of composite materials rail welds locomotive wheel rims wind turbine blade bolts and thick-wall butt welds.
Based on the one-dimensional linear array probe realize the 2D TFM imaging testing.
Based on the two-dimensional Matrix probe realize the 3D TFM imaging testing.
Based on 2D TFM combined with encoder positioning realize rapid C-scan imaging testing.
Based on two-dimensional matrix probe and wedge realize 3D graphics display combined with encoder can form an intuitive and transparent 4D testing image of the weld or others.
TFM solutions for welds castings and forgings and RT detection for medium thickness wall austenitic stainless steel welds are ideal alternatives.
3D-TFM combines with encoder to form a real-time 4D testing image. The scanning speed is over 100mm/s.
Customized TFM model can realize effective TFM testing of various abnormal materials such as PMMA spherical shell ceramics and so on.
The system provides functions such as storage of FMC data preservation of test results quantitative analysis of defect location etc. It can provide test reports according to the report format required by users.
| Pulser | |
| Voltage | Bipolar Square wave 45V~100V with 1.0V 10.0V per step |
| Pulse width | 30 ～ 600ns with 1.0ns 10.0ns per step |
| Receiver | |
| Bandwidth | 0.5 ～20.8MHz |
| GainGain | 0~55dB with 1.0dB 10.0dB per step |
| Filter | Low medium and high 3 optional |
| Data Processing | |
| Digitizing Rate | 62.5 MHz，10 bit |
| Input Impedance | 50Ω |
| In-Built Processor | Larger FPGA big data real-time HW processin |
| Focal Laws(Qty) | 262144 |
| Rx Delay | 0～40 μs，PRN up to 2.5ns |
| System | |
| Channel Config | 64*64 total in parallel |
| Power Consumption | 50 W |
| Operation Platform | up to Windows 7 |
| Signaling Rate | 100M/1000M Ethernet |
| Dimension | 410×120×280 |
| Weight | 11Kg with battary |
| Input and Output | |
| PC | USB3.0 port(Qty):4；HDMI；LAN network；RS232；VGA |
| PA | I-PEX；I/O；USB2.0 port(Qty):2；ENCODER |
