NM01T1042900
The Dakota Ultrasonics 5.0 MHz 1/2" Dual Element Transducer is a specialized probe designed for accurate ultrasonic Coating Thickness (CT) measurements. Featuring a 1/2 inch diameter and a durable potted connector with a side cable entry, this transducer is optimized for measuring the thickness of a coating layer over a substrate material.
The 5.0 MHz frequency provides a good balance between penetration and the high resolution required for accurately measuring relatively thin coatings. The dual element design, with separate transmitting and receiving crystals, is crucial for coating thickness applications as it enhances the ability to isolate the echo from the coating/substrate interface, leading to more precise measurements. The potted connector ensures a robust and sealed connection, while the side cable entry offers a convenient cable orientation for various inspection setups.
Key Features:
Frequency: 5.0 MHz - Optimized for coating thickness measurement.
Dual Element Design: Enhances resolution for accurate coating thickness readings.
Diameter: 1/2 inch - Provides a larger contact area for potentially more stable measurements on some surfaces.
Application: Specifically designed for Coating Thickness (CT) measurements.
Connector: Potted - Ensures a durable and sealed cable connection.
Cable Entry: Side entry for convenient cable routing.
Manufacturer: Dakota Ultrasonics - A reputable manufacturer of ultrasonic testing equipment.
Benefits:
Accurate Coating Thickness Measurement: Specifically designed for this critical application.
High Resolution: The 5.0 MHz frequency and dual element design provide precise readings.
Reliable Performance: Dakota Ultrasonics is known for producing quality transducers.
Durable Construction: Potted connector ensures long-lasting use in various environments.
Convenient Operation: Side cable entry facilitates ease of use.
Applications:
Measuring the thickness of paint, epoxy, and other coatings on metal substrates.
Quality control in coating application processes.
Inspection of coated components in various industries, including automotive, aerospace, and manufacturing.
Any application requiring non-destructive measurement of coating thickness using ultrasonics.