NM01X5AW002

The X5AW-N60S (formerly X5-SB58-N60S) Shear Wave Wedge is a precision-engineered accessory specifically designed to optimize angled beam ultrasonic testing with Sonatest X5 Series phased array transducers. This 60-degree shear wave wedge is crucial for effectively detecting and characterizing critical flaw orientations, such as transverse cracks, in a variety of materials and applications.

Engineered for seamless integration with Sonatest X5 probes, this wedge ensures optimal acoustic coupling and consistent beam performance. The 60-degree refracted shear wave generated within the test material (typically steel) provides an ideal angle for intercepting flaws that may be difficult to detect with straight beam techniques.

The design of the X5AW-N60S likely incorporates a quick-change mechanism, allowing for rapid and efficient attachment and detachment from compatible transducers. This feature significantly streamlines the inspection process, saving valuable time during critical examinations. Constructed from durable materials, this wedge is built to withstand the demands of industrial non-destructive testing environments, ensuring reliable and long-lasting performance.

Key Features:

• Optimized for Sonatest X5: Ensures perfect compatibility and acoustic performance with X5 series transducers.

• Effective 60-Degree Shear Wave: Ideal for detecting transverse and other critical flaw orientations.

• Quick Change Design (Likely): Facilitates fast and efficient probe changes.

• Durable Construction: Built to withstand demanding NDT environments.

Benefits:

• Enhanced Flaw Detection Capabilities: Effectively identifies flaws oriented at or near 60 degrees.

• Increased Inspection Efficiency: Saves time with rapid probe changes (if quick-change).

• Reliable Performance: Ensures consistent and accurate ultrasonic transmission.

• Seamless Integration: Designed specifically for Sonatest X5 phased array systems.

Applications:

• Critical weld inspection for detecting transverse cracks and other common defects.

• Detection of flaws oriented at specific angles within various materials.

• Shear wave velocity measurements for material characterization.

• General angled beam ultrasonic testing across diverse industries, including oil & gas, aerospace, and manufacturing.