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Triton RFET System

(Remote Field Electromagnetic Technique)

Triton Electronics (front)
Triton Electronics (rear)

Triton RFET System

  • Utilizes up to eight channels with low signal-to-noise ratio
  • Detects and quantifies flaws, including corrosion, erosion, pitting, cracking, metallurgical defects
  • ID inspection of straight tubes, U-bends, or small diameter pipes
  • Works with ferrous and non-ferrous metals
  • ID or OD scale does not affect signal
  • Displays high resolution, real time, 3-D color graphics of the scan results
  • Results can be saved for further analysis or permanent archiving

See below for information about the Triton LFET Scanners

Triton RFET System

Probes

RFET Straight Probes
RFET Flex Probes

Triton RFET probes

  • Provides full circumferential coverage over entire length of tube or pipe
  • Probe sizes from 0.21″ (8mm) to 6″ (150mm)
  • Probe fill factor can be as low as 40%
  • Single channel probes operate in absolute or differential modes
  • Multi-channel probes allow for higher flaw resolution
  • Flex probes inspect tube and pipes with bends

See below for detection examples

Triton RFET System

Detection Examples

RFET waveform of tube pitting
Image of tube pitting
RFET waveform not affected by tube deposits
Image of deposits in tube
RFET waveform of flow accelerated corrosion
Internal image of flow accelerate corrosion

See below for report excerpts

Triton RFET System

Report Excerpts

Report Excerpt Waveform
Report Excerpt Tube Sheet Map
Report Excerpt

See below for advantages over other technologies

Triton RFET System

Advantages Over Competing Technologies

Triton RFET System

  • Unlike competing products, our Triton RFET system requires minimal surface preparation to be effective
  • Efficiency is due to the fact that the our RFET probe does not require a high fill factor and is not affected by scale
  • Operates with a wide frequency range (5Hz – 7.5kHz) allowing the system to inspect ferrous and non-ferrous materials
  • 300 – 400 tube can be inspected in a 10 – 12 hours shift
  • Probe lengths up to 150 feet without signal pre-amplification
  • Probes do not use permanent or electo magnets

Other methods of inspection include

Internal Rotating Inspection System – Ultrasound (IRIS UT)

  • For IRIS UT, surfaces need to be thoroughly cleaned
  • Does not easily penetrate through oxides, scale, deposits and debris
  • Slow inspection technique, 100 tubes per shift

Magnetic Flux Leakage (MFL)

  • For MFL method, surfaces need to be thoroughly cleaned
  • MFL probes need very high fill factor
  • Cannot determine flaw sizes

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See below for more site options

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