NM01X0AW0013IH

The Sonatest X0AW-N45S-IHC is a specialized phased array wedge designed for shear wave (SW) ultrasonic testing at a nominal 45-degree angle in steel. This low-profile wedge is part of Sonatest's X0 series and is specifically optimized for inspections on curved surfaces with a 3-inch Outside Diameter (OD). It also features integrated holes for couplant (IHC), ensuring consistent and optimal couplant delivery for superior signal transmission.

The "N45S" designation indicates its primary use for 45-degree shear wave inspections, a common and effective angle for detecting various defect orientations. The 3-inch OD contour is precisely engineered to match the curvature of 3-inch diameter pipes and other cylindrical components, ensuring maximum contact and efficient transmission of the ultrasonic beam into the test material during circumferential or axial scanning.

The specifications provided indicate:

• Wave Type (LW/SW): S - Shear Wave

• Angle Steel: 60° - This likely refers to the nominal refracted angle of the longitudinal wave if that mode were used. However, the primary intended use here is Shear Wave at approximately 45 degrees in steel.

• Cut Angle: 39° - This is the physical angle of the wedge face designed to produce the desired refracted angle (nominally 45°) in steel for shear wave testing.

• Delay Line (mm): 0 - This wedge has no integral delay line. The couplant acts as the initial transmission medium.

• with irrigation (IHC): Integrated Holes for Couplant ensure consistent and optimal couplant delivery.

• Radius of 3" OD: The contact surface of the wedge is contoured to fit a 3-inch Outside Diameter.

X0 series wedges are typically manufactured from high-quality materials like Rexolite or other engineered polymers known for their excellent acoustic properties, wear resistance, and ability to conform to various surface conditions. The low-profile design of the X0 series makes it suitable for inspections in areas with limited access.

Key Selling Points:

• Specifically Contoured for 3" OD: Ensures optimal and consistent coupling on 3-inch Outside Diameter surfaces.

• Nominal 45-degree shear wave angle in steel: Optimized for detecting critical flaws in various materials.

• Integrated Irrigation (IHC): Ensures consistent and optimal couplant delivery for superior signal transmission.

• Low-Profile Design: Suitable for inspections in areas with limited access.

• Designed for Sonatest phased array transducers: Ensures perfect compatibility and optimal performance.

• Reliable acoustic coupling: High-quality materials and precise contouring ensure efficient ultrasonic transmission.

• Durable construction: Built to withstand demanding inspection environments.

Benefits:

• Superior Coupling on 3" OD Surfaces: The precise contour ensures optimal signal transmission and reception on 3-inch diameter components.

• Enhanced Flaw Detection on Curved Parts: Achieve accurate and reliable detection of subsurface discontinuities on 3-inch diameter components using shear waves.

• Optimized Inspection Efficiency: Designed for effective and repeatable examinations on curved surfaces with consistent coupling.

• Improved Data Quality: Reliable coupling and consistent couplant delivery contribute to accurate ultrasonic signals.

• Increased Versatility: The low-profile design allows access to restricted areas.

• Durable and Long-Lasting: Minimizes replacement costs.

• Seamless System Integration: Guarantees compatibility with your Sonatest phased array equipment.

Applications:

• Circumferential and axial weld inspection on 3-inch diameter pipes.

• Corrosion mapping and flaw detection on 3-inch diameter vessels and components.

• Inspection of other curved components with a 3-inch outside diameter where a 45-degree shear wave is required.

• Automotive and aerospace component inspection on curved geometries.

The Sonatest X0AW-N45S-IHC is a vital accessory for NDT professionals utilizing Sonatest phased array transducers for inspections on 3-inch diameter pipes and curved components, providing the precise angle and optimized coupling with consistent couplant delivery necessary for accurate and efficient ultrasonic flaw detection in confined spaces.