NM01C0504GP

The Standard Contact Transducer, featuring a 1/2" diameter active element and operating at a center frequency of 5MHz, is a versatile and widely used ultrasonic transducer designed for general-purpose non-destructive testing (NDT) applications. This transducer is engineered for direct contact inspections, providing reliable and accurate ultrasonic measurements. "1/2" diameter ONLY"

Key Features and Benefits:

• 1/2" Diameter Active Element:

  • The 1/2-inch diameter active element provides a balanced beam profile, suitable for a wide range of inspection tasks. This size offers a good compromise between sensitivity and beam spread, allowing for effective flaw detection and thickness measurement.

• 5 MHz Center Frequency:

  • Operating at a center frequency of 5 megahertz, this transducer offers excellent resolution, enabling the detection of small defects and fine material variations. This frequency is particularly effective for inspecting materials with relatively low attenuation.

• Standard Contact Design:

  • Designed for direct contact inspections, this transducer is compatible with various ultrasonic couplants, such as gels, oils, and greases, ensuring efficient transmission of ultrasonic energy into the test material.  

• Versatile NDT Applications:

  • Suitable for a broad range of NDT applications, including flaw detection, thickness measurement, and material characterization in various industries.

• Reliable Performance:

  • Engineered for consistent and reliable performance, providing accurate and repeatable ultrasonic measurements.

• Durable Construction:

  • Built with robust materials to withstand the rigors of industrial environments, ensuring long-term durability and performance.  

Applications:

• Flaw Detection:

  • Detecting internal defects, such as cracks, voids, inclusions, and delaminations, in various materials.

• Thickness Measurement:

  • Accurately measuring material thickness for quality control, corrosion monitoring, and residual wall thickness determination.

• Weld Inspection:

  • Inspecting welded joints for defects and ensuring weld integrity.

• Material Characterization:

  • Analyzing material properties, such as grain structure and elastic modulus, through ultrasonic velocity and attenuation measurements.