Ultrasonic Testing Level II Refresher
This UT Level II refresher helps learners review core manual ultrasonic testing concepts at their own pace. Covering measurement principles, equipment, calibration, scanning, and evaluation for both 0-degree and angled-beam inspections, it reinforces key skills for practical inspections. This course does not meet SNT-TC-1A requirements and includes no final exam.
Credit Info
- Contact Hours: 20
- IACET CEUs: N/A
- Valid for ASNT Level III recertification: Yes
- Renewal Category: B
This course is targeted for learners who have already completed their UT Level II and are looking for an opportunity to have a refresher of the ultrasonic testing content. Students can freely navigate the condensed training materials and target specific content according to their needs. This course does not satisfy the requirements for UT for SNT-TC-1A, and there is no final exam. If you need to complete the full 40-hour Ultrasonic Testing course, please purchase the full version.
Course Overview
Our UT Level II Refresher, based on ASNT and ISO Standards topical outlines, is designed for technicians seeking to reinforce and update their manual Ultrasonic Testing (UT) knowledge and skills for 0-degree and angled-beam inspections. The course blends a self-assessment with targeted theory and interactive exercises. Participants will revisit essential instrument functions, probe and wedge fundamentals, calibration procedures, scanning patterns, and evaluation methods. Practical exercises reinforce key concepts, ensuring learners are confident in calibration, scanning, and data interpretation for a variety of inspection scenarios.
ASNT partners with PhaseX to deliver this course. Enrollment is completed through ASNT’s learning management system, while coursework takes place on PhaseX’s learning platform.
Upon Completion, Learners Will Have Covered:
- Measurement fundamentals: units, reflection & transmission, sine wave, frequency, wavelength, longitudinal and shear waves, dB system
- Material and discontinuity background: casting, rolling, extruding, forging, corrosion, associated discontinuities, welding methods (SMAW, SAW, GTAW, GMAW)
- Instrumentation: digital instrument, pulser/receiver, digitizer, gain, piezoelectric crystal, frequency
- Wedges and scanning hardware: wedge height calculation, angled wedge, scanner, encoder
- Displays and data: A-Scan, B-Scan, C-Scan, full screen height/width, gates, legs
- Wave behavior: transit time, PRF, wedge signal, beam, attenuation, near field, dead zone
- Beam geometry: Snell's law, incident vs. refracted, critical angles, beam index point, beam angle
- Probe and wedge selection: coverage considerations
- Calibration: couplant, time base linearity, gain linearity, beam edge plot, transfer correction, beam index point, pulse duration check, resolution check
- Scanning patterns: 0-degree, angled beam, weld scanning, root scanning
- Evaluation, 0-degree: mapping flaws, depth & amplitude, length & width
- Evaluation, angled beam: depth, height, length, directional reflectivity, echostatic and echodynamic pattern
Questions? Contact us at education@asnt.org