自动超声波扫描检测系统越来越受欢迎。对这些系统，数据（超声波信号和探头位置）以及数据的自动或手动评估都有越来越多的依赖。 讨论了固定和移动测试系统，用于在线测试（制造期间的测试）和在役测试（制造后的测试，包括定期安全保证测试）。 本技术报告中的信息涵盖所有组件或完整制造系统的所有测试和测试，以确定几何的正确性，材料性质（质量或缺陷）和制造方法（例如焊缝）。 本技术报告可用于培训。 本技术报告针对自动扫描系统的供应商和用户。 本技术报告的范围是允许用户以及客户规范或测试描述以及任何国家或国际标准或法规来规定: - 超声波探头，探头系统和机械控制传感器; - 操纵系统，包括控制; - 超声波电子子系统; - 数据存储和显示系统; - 评估和评估方法或技术 关于他们的表现和搭配

Automatic ultrasonic scanning inspection systems are becoming more and more popular. There is a growing dependence on these systems, the data (both ultrasonic signals and probe location) and the automatic or manual evaluation of the data. Stationary and mobile test systems are discussed, as used for pre-service testing (testing during manufacture) and in-service testing (testing after manufacture, including regular safety assurance testing). The information in this Technical Report covers all tests and testing on all component parts or complete manufactured systems for either correctness of geometry, material properties (quality or defects) and fabrication methodology (e.g. welds). This Technical Report can be used for training purposes. This Technical Report is aimed at suppliers and users of automatic scanning systems. The scope of this Technical Report is to permit the user, along with a customer specification or test description and any national or international standards or regulations to specify: - ultrasonic probes, probe systems and mechanical controlling sensors; - manipulation systems including controls; - ultrasound electronic sub-systems; - data storage and display systems; - evaluation and assessment methods or techniques with regard to their performance and suitability for purpose. This Technical Report also defines a means of verifying the performance of any specified system. This includes: - tests during the manufacturing process on parts and completed items (stationary testing systems) and also - tests with mobile systems.