Phased Array UT Systems

    CTS-PA22X is one of the latest phased array UT systems supportive of further development. It is the embodiment of technology integration from electronics, software, signal processing and ultrasonics. It’s widely applicable to circumstances like pipes, plates, wheel axles & sets, blades and crankshafts, etc. FD port (programming) is provided and the users can customize the software to be fit with intended system for special applications.

    There are two options available concerning the housing. The user can choose smaller housing if the subscribed configuration is lower than 32:128. Bigger housing will be the better option in regard to heat dissipation if the configuration above 32:128 is needed or the room is intended for future extension.

  • General Principle

    A complete working system consists of a PC host, application modules, PA probes and other necessary parts. CTS-PA22X is an independent unit to be linked to the PC host via network. The software on the host as the monitor will send orders to the CTS-PA22X and receive feedbacks.

    Connection Diagram

    • Complete package of PA22X-DEMO source codes will be provided, involving S-scan, L-scan and imaging, for the user’s reference when it comes to either secondary development or build-up.
    • Modularity inside makes possible a variety of configurations, like 16:64, 32:128, 64:256, etc. Modules for conventional UT can be incorporated besides phased array.
    • It Allows incremental upgrades from the preliminary 16: 64 as the base for configuration extension, cutting down expense for final version.
    • The well-designed programming port simplifies operation and supports manual commissioning. Test can be done after modifications by just sending instructions to the CTS-PA22X!
    • Focusing algorithm is prepared for scan modes such as S and L. The users just need to input values respectively about "probe", "wedge", "scan angle" and the focal law will be set up. The waveform data and processed images will be forwarded back to the PC host. The App(software) will then render them to realize the function of imaging. An integrated system is organized.
    • Custom focusing algorithm is valid for creation and as instructions, which is particularly significant to scholars on PA field. The sampled data can be acquired unprocessed for research on signaling.
    • The advanced “groups in parallel” mode serves the purpose of scanning with multiple probes for different parts of the object at the same time.
    • The PC host can be connected to multiple sets of CTS-PA22X and takes control of them so as to synchronize the whole system of inspection.

    Tx: bipolar square wave,±45 V~±100 V tunable with 5V per step
    Max PRF: 10 kHz

    Pulse Width: 20 ~ 1000 ns, with 5ns per step


    Bandwidth: 0.5 ~15MHz
    Gain Range: 0~90 dB with 0.1dB per step
    Input Impedance: 50Ω
    TCG: 16 pts, 40dB/μs
    Rx Delay: 0~40 μs,PRN up to 2.5ns

    Dynamic Focusing: auto DDF
    Gate: hardware A/B; tracking G; excess/loss,; frank/crest
    Digitizing Rate: 62.5 MHz,10 bit
    Filter: low/mid/high


    Channel Config: 16:64 / 32:128 / 48:192 / 64:256; conventional UT
    Power Consumption: 25~50W, accordingly


    Signaling Rate: 100M/1000M Ethernet
    Dimension: 188×238×403


    PA Probe Connector: IPEX
    Encoding Port: Incremental Encoder (Qty: 2)
    Universal I/O Port: 25-pin D-shape
    Commissioning Port (Qty): 1

    Cvt’l Probe Connector: Q5, according to probe qty
    Network Port: 100M/1000M Ethernet
    USB Port (Qty): : 2

  • Application Case of CTS-PA22X


    Locomotive Wheel Axle Detecting System

    This system is intended for inspecting locomotive wheel axle, designed by one of our partners providing it for some wagon works of CRRC. It covers up to relief groove, wheel base and gearbox base...

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