Inspection Procedure :
– Signed by a ASNT level 3 (UT)
– Specific and exclusive to some instruments
– Very detailed (configuration, calibration, …)
– Prepared, tested and ready to deliver quickly
– Presented with our client logo
– “Scan plans” specific to the project (in extra)
Configuration Files :
– Specific instrument configuration files
– Optimized for the applications
Report Templates in Excel format :
– Report templates in editable Excel format
Demonstration reports :
– Detailed performance tests reports
– On real or machined reflectors in samples
– Internal prequalification according to standards
– Tests inspection data available (if applicable)
Practice Data Files :
– Example data files for analysis practice
– Example of results from real problematics
Accessory Equipment :
Technical Support :
– Training (general or specific)
– On-site support
– Data analysis and review
– Remote technical support
List of available solutions for the Welding ang Metallurgy industry :
FAB-PAM-130 – Pressure Vessels Welds – Manual « Phased-Array » UT
Standard(s) :
– ASME, Sect. V, Art. 4
– ASME, Sect. VIII, Div. 1 & 2
Material(s) :
– Carbon Steel (P-No: 1)
Thicknesses : from 0.5’’ (12,7 mm) to 6.0’’ (152 mm)
Diameters : from 20.0’’ (508 mm) and above
Temperatures : from -20°C (-5°F) to 93°C (200°F)
Weld types :
– Full penetration
– Butt welds (circumferential, longitudinal)
– “L” shape (nozzles)
Advantages :
– Fast scanning (don’t need to change probe angle)
– Excellent probability of detection
– More intuitive interpretation (vs UT)
– Screenshots recording
– Accurate indication position measurement (3 axis)
Available Elements :
– Detailed procedure
– Excel report template
– Demonstration report
– Training and technical support
FAB-PAE-11X – Piping Welds – Encoded Phased-Array UT
Standard(s) :
– ASME, Sect. V, Art. 4
– ASME, B31.3, Case 181
Material(s) :
– Carbon steel (P-No: 1)
Thicknesses : from 0.25’’ (6,4 mm) to 3.0’’ (76 mm)
Diameters : from 4.5’’ (114 mm) to 36’’ (914 mm)
Temperatures : from -20°C (-5°F) to 93°C (200°F)
Weld Types :
– Full penetration
– Butt welds (circumferential)
– Straight to straight section joints, straight to elbow, straight to “T”, straight to reducer
Advantages :
– Recorded data available for review
– Do not require security exposition perimeter (vs RT)
– Fast acquisition
– Data analysis and results on site
Available Elements :
– Detailed procedure
– Excel report template
– Pre-qualification report
– Instrument configurations
– Training and technical support
FAB-PAE-113 – Small Diameter Piping Welds – Encoded Phased-Array UT
Stndard(s) :
– ASME, Sect. V, Art. 4
– ASME, B31.3, Case 181
Material(s) :
– Carbon Steel (P-No: 1)
Thicknesses : from 0.25’’ (6,4 mm) to 1.5’’ (38 mm)
Diameters : from 1.0’’ (25,4 mm) to 4,5’’ (114 mm)
Temperatures : from -20°C (-5°F) to 65°C (150°F)
Weld Types :
– Full penetration
– Butt welds (circumferential)
– Straight to straight section joints, straight to elbow, straight to “T”, straight to reducer
Advantages :
– Applicable with limited access (boiler tubes)
– Recorded data available for review
– Do not require security exposition perimeter (vs RT)
– Fast acquisition
– Data analysis and results on site
Available Elements :
– Detailed procedure
– Excel report template
– Pre-qualification report
– Instrument configurations
– Training and technical support
FAB-PAE-TOFD-130 – Pressure Vessel Welds – Encoded PAUT and TOFD
Standard(s) :
– ASME, Sect. V, Art. 4
– ASME, Sect. VIII, Div. 1 & 2
Material(s) :
– Carbon steel (P-No: 1)
Thicknesses : from 0.5’’ (12,7 mm) to 6,0’’ (152 mm)
Diameters : 36.0’’ (914 mm) and above
Temperatures : from -20°C (-5°F) to 65°C (150°F)
Weld Types :
– Full penetration
– Butt welds (circumferential, longitudinal)
Avantages :
– Recorded data available for review
– Do not require security exposition perimeter (vs RT)
– Fast acquisition
– Data analysis and results on site
Available Elements :
– Detailed procedure
– Excel report template
– Pre-qualification report
– Instrument configurations
– Training and technical support
