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 :
– Scanners
– Probes
– Wedges
– Calibration blocks
Technical Support :
– Training (general or specific)
– On-site support
– Data analysis and review
– Remote technical support
List of available solutions for the Mining industry :
GEN-PAM-001 – Thickness Loss Detection – Manual Phased-Array UT
Standard(s) :
– ASTM E797
– ASME, Sect. V, Art. 4
Material(s) :
– Carbon steel (P-No: 1)
– Stainless steel (P-No: 4)
Thicknesses : from 0.100’’ (2,5 mm) to 2.0’’ (51 mm)
Diameters : 3.0’’ (76 mm) and above
Temperatures : from -20°C (-5°F) to 150°C (300°F)
Indication(s) of interest :
– Erosion at the opposite surface
– Corrosion and pitting at the opposite surface
Advantages :
– Fast coverage of large surfaces
– Excellent probability of detection of localized thickness loss
– Screenshots recording
– Accurate sizing of indications
– Accurate thickness measurement
Available Elements :
– Detailed procedure
– Excel report tempalte
– Demonstration report
– Probe and wedges
– Instrument configurations
– Training and technical support
MIN-PAE-013 – Piping Thickness Mapping – Encoded Phased-Array UT
Standard(s) :
– ASTM E797
Material(s) :
– Carbon steel
– Stainless steel
Thicknesses : from 0.100’’ (2,5 mm) to 1.0’’ (25,4 mm)
Diameters : from 3.0’’ (76 mm) to 36’’ (915 mm)
Temperatures : from -20°C (-5°F) to 115°C (240°F)
Indication(s) of interest :
– Erosion at the opposite surface
– Corrosion and pitting at the opposite surface
Advantages :
– Recorded data for future comparison
– Excellent probability of detection of localized thickness loss
– Accurate sizing of indications
– Accurate thickness measurement
– Possibility to privide results in Excel format
Available Elements :
– Detailed procedure
– Excel report tempalte
– Demonstration report
– Scanner, probe and wedges
– StaThick software to provide results in Excel format
– Instrument configurations
– Training and technical support
MIN-PAE-010 – Shell Thickness Mpping – Encoded Phased-Array UT
Standard(s) :
– ASTM E797
Material(s) :
– Carbon steel
– Stainless steel
Thicknesses : from 0.100’’ (2,5 mm) to 2.0’’ (51 mm)
Diameters : 12.0’’ (305 mm) and above
Temperatures : from -20°C (-5°F) to 150°C (300°F)
Indication(s) of interest :
– Erosion at the opposite surface
– Corrosion and pitting at the opposite surface
Advantages :
– Recorded data for future comparison
– Excellent probability of detection of localized thickness loss
– Accurate sizing of indications
– Accurate thickness measurement
– Possibility to privide results in Excel format
Available Elements :
– Detailed procedure
– Excel report tempalte
– Scanner, probe and wedges
– StaThick software to provide results in Excel format
– Instrument configurations
– Training and technical support
MIN-PAM-210 – Gear Teeth Inspection – Manual Phased-Array UT
Standard(s) :
– ASTM, E114
– ASTM, E587
Material(s) :
– Carbon steel
Teeth Height : from 1.0’’ (25 mm) to 8.0’’ (200 mm)
Cleaning : rough grease removal with a scapper is usually sufficiant
Temperatures : from -20°C (-5°F) to 95°C (200°F)
Indication(s) of interest :
– Cracks within tooth volume
– Excessive wear, dents
Advantages :
– Minimal cleaning
– Possibility to save screenshots
or record crack profile with an encoder
– Excellent probability of detection
– Accurate crack sizing
– Intuitive interpretation
Available Elements :
– Detailed procedure
– Excel report tempalte
– Scanner, probe and wedges
– Instrument configurations
– Training and technical support
MIN-PAM-202 – Shafts and Pins Inspection from the Extremity – Manual Phased-Array UT
Standard(s) :
– ASTM, E114
– ASTM, E587
Material(s) :
– Carbon steel
– Stainless steel
Lengths : from 3.0’’ (75 mm) to 48.0’’ (1220 mm)
Diameters : 1.0’’ (25 mm) and greater
Temperatures : from -20°C (-5°F) to 65°C (150°F)
Indication(s) of interest :
– Circumferential cracks
– Excessive circumferential wear
Advantages :
– Fast inspections
– Excellent probability of detection
– Easier interpretation (vs UT)
– Screenshots recordings
Available Elements :
– Detailed procedure
– Excel report template
– Probe
– Instrument configuration
– Training and technical support
MIN-PAM-170 – Shafts Inspection from the circumference – Manual Phased-Array UT
Standard(s) :
– ASTM, E587
Material(s) :
– Carbon steel
– Stainless steel
Lengths : 6.0’’ (150 mm) and above
Diameters : 1.0’’ (25 mm) and above
Temperatures : from -20°C (-5°F) to 95°C (200°F)
Indication(s) of interest :
– Circumferential cracks
– Excessive circumferential wear
Advantages :
– Easier interpretation (vs UT)
– Fast inspections
– Excellent probability of detection
– Screenshots recordings
Available Elements :
– Detailed procedure
– Excel report template
– Probe
– Instrument configuration
– Training and technical support
GEN-PAM-201 – Bolts Inspection – Manual Phased-Array UT
Standard(s) :
– ASTM, E114
– ASTM, E587
Material(s) :
– Carbon steel
– Stainless steel
Lengths : from 2.0’’ (50 mm) to 36.0’’ (914 mm)
Diameters : 0.5’’ (12,7 mm) and above
Temperatures : from -20°C (-5°F) to 65°C (150°F)
Indication(s) of interest :
– Circumferential cracks
Advantages :
– Fast inspections
– Excellent probability of detection
– Easier interpretation (vs UT)
– Screenshots recordings
Available Elements :
– Detailed procedure
– Excel report template
– Demonstration Report
– Probe
– Instrument configurations
– Training and technical support
