138A - Ultravision Operation

UltraVision is one of the most capable analysis software packages on the market today. Years of refinement in the demanding power generation industry has resulted in a software tool that exceeds the capabilities required for many applications. Extending your knowledge of this powerful tool's ability will ensure you and your company can get the most from this package. Students are shown the versatility of this unique software package allowing data acquisition through various Windows platform computers including laptops and associated peripherals. Enhanced beam forming will be done using the advanced focal law calculator to permit different focal planes. This ability will allow the student to configure different probe types and a beam visualization tool. The student will learn post processing capabilities such as data file merging, position correction, soft gain control and colour scale modifications along with flexible reporting capability with a choice of multiple readings, export to Excel or Access and a print screen tool.

Objectives

  • Introduction to UltraVision
  • UltraVision installation
  • UltraVision concept
  • Display and layouts
  • Merging options
  • File structure
  • Technique development
  • Advanced PA Calculator
  • UT/PA settings and calibrations
  • Sequence settings and inspection
  • Analysis and reporting

Suitable For

The course is designed for advanced application and analysis function operations. Acquisition using TomoView combined with the vast analysis utilities arms the NDE student with a more versa- tile solution package. Benefits can be measured through the differ- ent display functions used to complete the inspection process.

Duration

5 days (40 hours)
50% classroom, 40% hands-on, 10% testing

Course Equipment and Materials

Pre-loaded data files on dedicated computers means students are equipped to learn. From acquisition to analysis the many features of UltraVision are explored using real world data files. Students can add their files to the selection to refine their current analysis practices. Access to hardware and various scanners to enable motor control and semi-automated collection, extends the student experience. This variety of scanners, samples and calibration blocks helps to convey principle functionality.

Requirements for Successful Completion

A mark of 80% is required for successful completion and certification. The final pass mark is based on combined daily quiz marks and final exam. A Cerficiation of Completion is provided.