Tinius Olsen FH1 Series Rockwell Tester
November 7, 2019
Zetec Tube Inspection Probes and Accessories
November 20, 2019
Waygate Handheld Probes and Accessories (Discontinued)
Waygate Technologies offers a variety of Eddy Current pencil probes, surface scanning probes, rotary probes, ID tubing probes and encircling coils for various types of inspections. Reference the Waygate Probe and Accessories Catalog for additional information on what probes should be used for specific applications
Waygate Technologies offers a variety of Eddy Current pencil probes, surface scanning probes, rotary probes, ID tubing probes and encircling coils for various types of inspections. Reference the Waygate Probe and Accessories Catalog for additional information on what probes should be used for specific applications
Details
General Surface Applications
- Surface Inspection – shielded (absolute).
- Surface Inspection – unshielded (absolute).
Aerospace Applications
- Fastener Hole probes and Mini Drive Unit.
- Sub-Surface Inspection – Low Frequency probes.
- Engine Blade Inspection.
- Aircraft Wheel Inspections.
Dedicated Applications
- Weld Inspection.
- ID Tube Inspection (Absolute and Differential).
- Broad Band probes (Absolute).
- Thread Inspection.
- Metal Sorting (Absolute).
- Conductivity Measurement.
- Encircling Coils.
- Differential Scanning probes.
Accessories
- Reference Blocks.
- Balance Loads.
- Adapters.
- Probe Tip Protectors.
- Probe Starter Packs.
Technical notes:
- Probes identified with a single frequency (Centre Frequency), may be operated over an extended range when used in conjunction with impedance plane instruments. Normal accepted operating range = 1/3 of Centre Frequency to 3 x Centre Frequency.
- Probes identified with Fe, NFe or Fe/NFe may be used on any suitable conductive material when used in conjunction with an Impedance plane instrument.
- Shielded surface inspection probes with delrin handles are colour-coded to indicate their centre frequency as follows:
Red = 200kHz
Yellow = 500kHz
Blue = 2MHz
Green = 6MHz
