Phased Array Probes
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a Baker Hughes business Cl Waygate Technologies n Rn^r Hunhf*s hiisinc&«s

Our core ability is to match ultrasonic probes to the inspection applications of today, both simple and complex. This skill lets allows us to design and manufacture fine-tuned quality probes that meet your customer-specific requirements. We build quality into every step we perform—from start to finish: • Requirement analysis. At the very beginning of our discussions with you, we draw on our experience manufacturing more than 1 million probes—including 14,000 probe variations—to build quality into our requirement analysis process. • Specifications To help ensure quality results, each product...

7 Wedges/delay lines/wear caps for general use probes 8 Weld inspection probes 8 General weld inspection 9 Wedges for general weld inspection 10 Small foot print welding probes 11 Wedges for small foot print welding probes 12 Integral wedge probes 13 Corrosion probes 14 Accessories for corrosion probes 15 RotoArray 16 Accessories for RotoArray 17 Water wedge probes 18 Accessories for hardwater probes 19 Immersion probes 22 Integral wedge probes certificate

Connector options Almost every probe in this catalog can be delivered with four connector options. The part numbers for each connector option are directly listed on product pages. Phasor connector OmniscanTM connector HypertronicsTM connector MUX module for Mentor UT - Krautkramer’s flagship phased array device For maximum functionality, attach the MUX module to your Mentor UT device and gain 32:128 capability, an additional hot swappable battery, and standard Tyco connector. Probes with more than 32 elements need the MUX module to connect to the Mentor UT device.

Applications • General weld inspection • Tubes, pipes, tanks, pressure vessels • Axles, forgings, castings • Bridges and other structures • Railroad wheels and rail • Pumps, valve housings • Turbine blades, shafts • Wheel rims Features • Wide range of applications • 3 different connector types available • Used with wedges, delay lines, or wear caps • Used for sector scanning or linear scanning

Features • Sectorial scanning • Small footprint design • Curved wedges available • Optional carbide and couplant ports - Z-Offset is the dimension from the center of the array mounted on the wedge to the bottom of the wedge (perpendicular to the bottom). This value is used to calculate delay laws in the Phasor. - WF (Wedge Front) is the dimension from the center of the array mounted on the wedge to the front of the wedge. This value is entered into the Phasor and directly affect the frame of reference from which all projection results are measured.

Typical weld applications: • Plate inspection • Pipe inspection • Linear scanning • Sector scanning • Designed for wedge attachment Features • 3 different connector types available • Used with wedges, delay lines, or wear caps • Used for sector scanning or linear scanning

Features • Sectorial scanning • Small footprint design • Curved wedges available • Optional carbide and couplant ports * Z-Offset is the dimension from the center of the array mounted on the wedge to the bottom of the wedge (perpendicular to the bottom). This value is used to calculate delay laws in the Phasor. * WF (Wedge Front) is the dimension from the center of the array mounted on the wedge to the front of the wedge. This value is entered into the Phasor and directly affect the frame of reference from which all projection results are measured. Standard wedge

Applications • General weld inspection, smaller objects, thinner sections • Tubes, pipes, pressure vessels, containers • Pumps, vlalve housings • Turbine blades, shafts • Wheel rims Features • Small contact area • Fits on standard single element MSWS wedges • Comparable to standard single element MSWS probes with Phased Array capabilities • Available with 3 different connectors Part number Phasor

Features • Delay line or wedge attachment • Small contact area • Custom wedge angles and curvatures can be special ordered • Manual or automated inspections Mates to case style

Integral wedge probes Applications • General weld inspection: MWB for small parts, SWB for thick parts • Other applications where conventional MWB or SWB probes are in use Features • Easy transfer from conventional to phased array inspection • Durable and ergonomically-designed, die-cast housing as known from conventional probes • Existing mechanics and probe holders can be re-used • Non-detachable wedges, no coupling loss between probe and wedge • Replacement soles (sold separately) for extended service life Part number Phasor

Applications • Remaining wall thickness, corrosion, erosion • Near surface flaw detection • Bond testing Features • Amazing near surface resolution; 1.9 mm (0.075") on a #4 flat bottomed hole (1.5 mm / 0.062" diameter) • Optimum test range 1.9 mm (0.075") to 25.4 mm (1") in steel • Adjustable wear bars • Available with 3 different connectors Part number Phasor

Features • Curved wear bars for alignment on curved pipe • Flat wear bars for durability on flat plate • Potted wear bars for flat or curved bars with fittings for couplant feed Flat Wear Bars

Applications • Primarily for the inspection of composite materials and structures • Flaw detection and thickness measurement in a wide range of materials • Inspection during manufacture as well as for in service inspection Features • Excellent acoustic performance • Use in any attitude including overhead • Transparent tire for easy bubble removal • Unique encoder • 3 popular connector options • Owner serviceable • Platform for future models Standard 0-59 mm width array The compact 51.2 mm RotoArray is designed for quick and easy scanning of a variety of different applications. Its small...