QuintSonic T – ERICHSEN

Advanced Ultrasound Thickness Measurement

The Erichsen QuintSonic T offers cutting-edge technology for non-destructive thickness measurement of up to eight coatings in a single operation. Designed to measure a broad range of coatings including paints, varnishes, synthetic materials, as well as glass, ceramic or metallic layers, it excels in versatility and precision. The QuintSonic T is perfect for applications on virtually any substrate, making it ideal for various industries.

User-Friendly Interface and Durable Design

Featuring an 8-inch display, the QuintSonic T provides a user-friendly overview of measurement results and detailed A-scan signal courses. Its touch screen and intuitive navigation ensure ease of use, with the ability to adapt parameters for efficient time-saving adjustments. Engineered to withstand harsh conditions, it boasts IP 67 & MIL-STD 810 G ratings alongside highly resistant Gorilla® Glass.

Efficient and Accurate

This device stands out for its quick signal evaluation, high accuracy, and repeatability, courtesy of the sensor-integrated digital 32-bit signal processing (SIDSP®). With the capability of processing over 40 measuring values per minute and a minimum measuring area of just 5 mm, the QuintSonic T ensures accurate measurements on small and curved surfaces alike.

Technical Specifications

DT /NDT
  • NDT
Accuracy
  • ± (1 µm / 0.04 mils + 1 %) of reading provided calibration was effected with a cross cut standard
Substrate
  • All
Resolution
  • 0.1 µm / 0.004 mils
Calibration
  • Calibration of sound velocity for up to eight layers
Layer Thickness
  • up to 6900 µm
Measuring range
  • max 6900 µm / max. 271.65 mils (adjustable in ranges of 400 µm / 15.75 mils, 900 µm / 35.5 mils, 1900 µm / 74.8 mils, 3900 µm / 153.5 mils for a velocity of bei 2375 m/s / 1.475 mi-les / second for all layers in order achieve most precise scanning)
Storage temperature
  • -10..+50°C / +14..+122°C
Operating temperature
  • +5..+50°C / +41..+122°F
Portable / Stationary
  • Portable
Minimum layer thickness
  • Approx. 10 µm / 0.4 mils (depending on the velocity of the material to be measured)
Multiple Coating Ability
  • Yes
Minimum area for measurement
  • 5 mm Ø / 0.2 inch Ø (contact area 11 mm Ø / 0.44 inch Ø)

FAQ - QuintSonic T – ERICHSEN

What makes QuintSonic T stand out for thickness measurement?

The QuintSonic T utilizes advanced ultrasound technology for non-destructive measurement, capable of assessing up to eight different coatings in a single operation. It's designed for a wide array of materials, offering unparalleled versatility and precision for various industry applications.

Can the QuintSonic T measure thickness on any substrate?

Yes, the QuintSonic T is engineered to measure thickness on virtually all substrates, including paints, varnishes, synthetic materials, glass, ceramics, and metallic layers, making it an ideal solution for disparate industry needs.

How accurate is the QuintSonic T?

The QuintSonic T boasts an impressive accuracy of ± (1 µm / 0.04 mils + 1%) of the reading provided calibration was done with a cross cut standard, with a resolution of 0.1 µm / 0.004 mils, ensuring high precision in measurements.

What is the maximum layer thickness QuintSonic T can measure?

The device is capable of measuring layer thicknesses up to 6900 µm, accommodating a broad range of applications and ensuring adaptability across different scenarios.

Is QuintSonic T easy to use?

Definitely. With an 8-inch display featuring detailed A-scan signal courses and a user-friendly interface, the QuintSonic T ensures easy navigation and adjusts parameters efficiently for time-saving adjustments, making it accessible for all users.

Can QuintSonic T withstand harsh working conditions?

Yes, it is specifically designed for durability, boasting IP 67 & MIL-STD 810 G ratings, and is protected with highly resistant Gorilla® Glass, ensuring it can perform in harsh and demanding environments.

Is the QuintSonic T portable?

Yes, the QuintSonic T is a portable device, allowing for easy transportation and use in various locations, making it an excellent choice for fieldwork across different sites.

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