Phased array inspection technology is primarily used for weld seam inspection. The probability of detection (PoD) of surface and volume defects can be significantly increased by the flexible adjustment of the sound field. Particularly in the case of complex or poorly accessible structures, a large inspection volume can thus be detected by angular control with the same probe position, compared to conventional ultrasonic technology. The available ISONIC 2010 ultrasonic inspection system features 32:32 phased array electronics. In addition, two identical 5MHz 16:16 phased array probes are also available. Phased array, TOFD and conventional ultrasonic inspections can be performed. Other features include true-to-location reflector display in the dimensions of the probe, raw data storage, coupling control, high pulse voltages of 50-300 V pp, DAC, and TCG/ACG.
Phased array inspection technology is primarily used for weld seam inspection. The probability of detection (PoD) of surface and volume defects can be significantly increased by the flexible adjustment of the sound field. Particularly in the case of complex or poorly accessible structures, a large inspection volume can thus be detected by angular control with the same probe position, compared to conventional ultrasonic technology. The available ISONIC 2010 ultrasonic inspection system features 32:32 phased array electronics. In addition, two identical 5MHz 16:16 phased array probes are also available. Phased array, TOFD and conventional ultrasonic inspections can be performed. Other features include true-to-location reflector display in the dimensions of the probe, raw data storage, coupling control, high pulse voltages of 50-300 V pp, DAC, and TCG/ACG.
Last Change: 24.04.24
