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DAKOTA NDT SSG50502: AWS Compliant Shear Wave Transducer for Thick-Section Inspection
This is a professional-grade, standard shear wave transducer from DAKOTA NDT, specifically engineered to meet the rigorous demands of industrial non-destructive testing (NDT). The SSG50502 model is a versatile and reliable workhorse for angle beam inspection, delivering the deep penetration and high-quality performance required for inspecting thicker materials and welds.
Key Features & Benefits
AWS Code Compliance: The most critical feature of this transducer is its compliance with American Welding Society (AWS) codes. This ensures that your inspections meet industry standards for weld integrity and quality, making it an essential tool for code-driven projects.
Deep Penetration & General Purpose: With a 2.25 MHz frequency, this transducer is the optimal choice for inspecting thick-walled components and coarse-grained materials, such as castings. It provides a strong signal that penetrates deeper into the material, allowing you to find flaws that are far from the surface. The .500" x .500" (1/2" x 1/2") square element size generates a powerful acoustic beam with excellent energy transfer.
Robust & Reliable Construction: Designed to withstand the rigors of industrial environments, the transducer features a durable housing and a standard BNC connector for a secure and reliable connection to your flaw detector.
Versatile Application: When paired with a compatible shear wave wedge (sold separately), this transducer is a go-to choice for a variety of angle beam inspections, providing the flexibility needed for different job requirements.
Technical Specifications
Manufacturer: DAKOTA NDT
Model: SSG50502
Probe Type: Standard Shear Wave
Frequency: 2.25 MHz
Element Dimensions: 0.500" x 0.500" (1/2" x 1/2")
Compliance: AWS (American Welding Society)
Connector Type: BNC
Ideal For
Weld Inspection (especially for AWS code projects)
Flaw Detection in Thick-Walled Components
Inspection of Castings and Forgings
General Angle Beam Inspections Where Deep Penetration Is Required
