Level 2

Automatic Ultrasonic Testing

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A highly practical course with relevant theoretical background enabling students to achieve a basic understanding of ultrasonic inspection. On completion of the course candidates will be able to calibrate a flaw detector with both compression and shear wave probes, record accurate thickness measurements and locate and size lamination in steel plate. In addition, students will be able to select the correct compression/shear wave probes for the examination of welded butt joints, locate and size defects and finally produce acceptable reports

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Course Price

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Course Duration - 8 Days

Examination Duration - 2 Days

Examination Duration: 2 Days

Our comprehensive AUT Level II course aims to provide participants with rigorous classroom training and examination, leading to a Level II qualification in Automated Ultrasonic Testing (AUT). This certification complies with the requirements of ASNT SNT-TC-1A based employer’s written practice. Upon successful completion, a valid Level II certificate holder will be formally eligible to execute zonal-discrimination-based automated phased array ultrasonic examination on relevant test jobs, adhering to the applicable NDT written procedure, and generating accurate test reports.

Special Note

This course is designed for technicians, inspectors, supervisors, and personnel working in industries such as oil refineries, petrochemical plants, ship construction, and other fields where Automated Ultrasonic Testing (AUT) with zonal discrimination is an essential aspect of non-destructive testing.

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Course Content

– History of AUT, Advantages, Limitations, and Applications.
– Basic Theory of Ultrasonics, Phased Array Ultrasonic Testing (PAUT), and Time-of-Flight Diffraction (TOFD).
– Zone-Discrimination Concept and Scan Plan.
– PA Probe Operation and Factors Affecting the Choice of Probes.
– Instrument Operation, Software Settings, and Standardization.
– Specific Calibration Block Fabrication.
– System Calibration and Sensitivity Setting.
– Sensitivity Check, Optimization of Scanning Parameters, and Data Collection.
– Signal Interpretation to Identify Relevant Indications and Sizing.
– Evaluation Against Acceptance Criteria and Reporting.
– Understanding Codes, Standards, Specifications, and Operating Procedures.

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