Transducers (TRMs)

MxTTU

  • Provides the user with a larger viewing area without sacrificing resolution or rate of evaluation
  • MxTTU™ is the only portable and practical device in the world that can offer the conclusiveness of C-scans and simplified MxTTU™ evaluation. This means you can achieve the in-depth, high-quality diagnostics of traditional methods, in an easy-to-use, flexible handheld device
  • Operates using the same base platform as the dolphicam2 and dolphicam2+, requiring a hardware upgrade and an additional Transducer Module (TRM)
  • Users then just need to connect both TRMs to the Black Box, switch from Pulse Echo to TTU mode, and start scanning
  • MxTTUTM is compatible with the full range of dolphicam2 TRMs, both with and without delay lines
trm

TRM 0.7 MHz

  • Lowest frequency on offer and is designed for the inspection ofof very thick GFRP sections and low-grade GRP materials
  • Applications include wind turbine blades, ship hulls, GRP piping and composite overwrap repairs
  • Typical component thicknesses are around 1–100mm

TRM 1.5 MHz

  • Designed for maximum penetration of thick GFRP and thick, out-of-autoclave CFRP with porosity
  • Applications include wind turbine blades, marine GFRP and thick section GFRP piping
  • Typical component thicknesses are around 1-60 mm

TRM 2.5 MHz

  • Well-suited to thicker section and lower grade composite material inspection. These include GFRP, out-of-autoclave CFRP as well as thick, coarse-grained metals and TTU paste adhesive bonded structures
  • Applications include wind turbine blades, marine GFRP and CFRP, GFRP piping and thermal power
  • Typical component thicknesses are around 1-50 mm

TRM 3.5 MHz

  • The 3.5 MHz transducer module (TRM) is an excellent choice for CFRP applications, as the frequency is low enough to travel through CFRP but still high enough to get a great resolution on your inspection
  • This TRM is approved and recommended to be used within both the aerospace and automotive industries for CFRP inspection
  • It also workswell for thicker metals, and for inspection of attenuative metals such as stainless steel and Inconel.
  • It also workswell for thicker metals, and for inspection of attenuativemetals such as stainless steel and Inconel and Pi joints
  • Typical component thicknesses are around 1-40 mm

TRM 5 MHz

  • The 5 MHz Transducer module (TRM) sits at the middle of our range and is a fantastic all-rounder, well-suited to both metallic and composite applications
  • It provides superior resolution while maintaining good penetration through a wide variety of materials
  • Applications include heavy industry, aerospace and automotive with TTU inspection of solid laminates

TRM 8 MHz

  • The 8 MHz transducer module (TRM) is a great choice for a wide range of metallic applications
  • This frequency provides high resolution for great sensitivity, while also providing enough penetration for fine grained metal
  • It is also capable of inspection of high-grade composites, such as aerospace CFRP
  • Other applications include process piping, Typical component thickness range are around 1-20 mm

TRM 10 MHz

  • The 10 MHz transducer module (TRM) is our highest frequency model and provides great sensitivity for inspections of thinner components
  • The short wavelengths generated by this TRM provide high spatial resolution through the depth of the component
  • Sheet metal, adhesive bonding layers, thin metallic vessels and pipes can all be inspected
  • Typical component thicknesses are around 1-15 mm
Brochure
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