Cost: $1,755.00 per student
Duration: 24 Hours
Prerequisites: UT LvII certification + minimum of 80 hours of PAUT LvII training.
Equipment Needed: All equipment, including OmniScan X3, may be provided for this class. Attendees are encouraged to bring their own personal equipment if they have it, but it is not required. We have 1 Jireh Stix/ PA-CAT Scanner in- house for students to practice with. If you have your own, or something comparable, you are more than welcome to bring it.
For more information, contact us at: email@example.com
PA- CAT is a phased array technique for assessing contact point corrosion at pipe supports on carbon steel piping. PA-CAT was developed by Paul Holloway of Holloway NDT and Engineering. University of Ultrasonics has partnered with Paul to deliver PA-CAT training to clients within the United States. Shane Walton with U of UT has developed the training material for the class, in collaboration with Holloway NDT.
Our course provides the technician with the knowledge and skills required to perform the PA-CAT examination in the field. During the course, basic methodology, theories and principles will be covered, as well as limitations and sources of error. The attendees will also have the opportunity to setup scanner equipment, collect scan data, and upload to the PA-CAT cloud- based analysis algorithm.
Previous Phased Array training and certification are pre-requisites for this course. We are taking existing PAUT principles and expanding on them in order to accomplish a very specific task. Thorough understanding of PAUT theory, equipment, focal law setup, gate logic, scanning practices, and analysis of encoded data should already be in place before attending this course. We may ask for previous training/ certification records upon course registration.
If you have any additional questions please feel free to contact us at any time.
Available Classes: Training Calendar
- Introduction to PA-CAT
- Overview of contact- point corrosion
- How to determine if a pipe support area is a good candidate for PA-CAT
- Material properties
- Probe and Wedge selection
- Instrument setup
- Focal law selection
- AOD vs COD
- Scanner setup
- Proper scanning methodology
- Data acquisition and assuring Scan Quality
- Assessing the quality of encoded data
- Uploading of data into the PA-CAT Algorithm for analysis
- Hands-on Exercises
- Review of PAUT/ UT Lv2 basics when necessary