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The upgraded, field-proven QuintSonic coating-thickness gauge combines measuring system and evaluation software in a single ultrasonic sensor that is directly connected to an industrial tablet.
QuintSonic T determines the individual thickness of up to eight layers on a wide variety of substrates (e.g. metal, plastic, GFRP, CFRP, WPC, fibre-reinforced composites) using the ultrasonic pulse run-time method.
All layers are measured in one operation.
All measuring parameters on one screen
QuintSonic T measures up to eight coatings in a single operation.
It can measure polymer coatings such as paint, lacquer and synthetic materials, as well as glass, ceramic or metallic layers on practically any substrate.
Accurate and easy to handle, QuintSonic T can measure all typical coating systems such as:
- Paint on plastic
- Synthetic material on wood
- Glass on metal
- and many more
With a generous 8-inch display, QuintSonic offers a user-friendly overview of the measuring result together with the corresponding ultrasonic signal trace (A-scan). Signal-adjustment parameters are shown simultaneously and can therefore be adapted to the current measurement with significant time savings. Subsequent adjustment is also possible thanks to the new memory option for A-scans.
In addition, QuintSonic T is characterised by simple touch-screen operation and an intuitive user interface. The measuring software also provides a clear data structure with integrated test-report generation.
QuintSonic T is equally suited to harsh environments thanks to IP 67, MIL-STD-810 G and extremely robust Gorilla® Glass.
| Property | Value |
|---|---|
| Measuring principle | Ultrasonic pulse run-time |
| Range / Resolution / Accuracy | Range 1 356 µm Resolution 0.25 µm Accuracy 0.25 µm Range 2 890 µm Resolution 0.5 µm Accuracy 0.5 µm Range 3 1 900 µm Resolution 1 µm Accuracy 1 µm Range 4 3 900 µm Resolution 2 µm Accuracy 2 µm Range 5 7 500 µm Resolution 4 µm Accuracy 4 µm (at 2 375 m/s ultrasonic velocity in all layers) |
| Minimum layer thickness | approx. 10 µm (dependent on sound velocity in the layer) |
| Number of layers | up to 8 in one operation |
| Measuring cycle time | approx. 1 s |
| Measuring spot | 5 mm Ø / 0.2 in Ø |
| Contact area | 10 mm Ø / 0.4 in Ø |
| Minimum curvature radius | convex: 50 mm / 2 in concave: – |
| Units | µm, mm, mils |
| Calibration | Sound-velocity calibration for up to 8 layers |
| Statistics | N · min · max · mean · SD · CV · block stats (user-defined) · histogram · trend |
| Interfaces | Bluetooth · Wi-Fi · SD card |
| International standards | DIN EN ISO 2808 |
| Signal processing | Sensor-integrated digital 32-bit processing (SIDSP®) |
| Operating temperature | 5 °C – 50 °C / 40 °F – 122 °F |
| Storage temperature | -10 °C – 50 °C / 14 °F – 122 °F |
Applications
Non-destructive measurement of:
- Paint, synthetics, glass, enamel and other coatings on wood, plastics, glass, metal and ceramics
- Metallic coatings on plastics, ceramics and wood
- Up to 8 coatings in a single run
Also suitable for wall-thickness measurement.
Measurement principle
- Ultrasonic reflection (DIN EN ISO 2808, method 10)
Delivery overview
- QuintSonic SIDSP® sensor
- SIDSP® sensor cable
- Industrial tablet with evaluation software
- Tablet stand
- User manual (German/English)
- 1 × 100 ml ElectroPhysik coupling gel
- 1 × 100 ml Aqua dest (coupling fluid)
- Single-layer standard for verification
- Plastic carrying case
Features
- Rapid signal evaluation, high accuracy and repeatability thanks to sensor-integrated 32-bit SIDSP®
- Over 40 readings per minute: place, wait 1 s, done
- Only 5 mm measuring spot enables readings on small or curved parts
| Title | Type | Size | Download |
|---|---|---|---|
| QuintSonic-T_E.pdf | 437.57KB | Download |
