QUINTSONIC
QuintSonic T
The upgrade of the well proven QuintSonic coating thickness gauge combines measuring system and evaluation software in an ultrasonic sensor directly connected to an industrial tablet. QuintSonic T measures the individual thickness of up to 8 layers on different substrates (e.g. metal, plastics, GFRP, CRFP, WPC, fibre reinforced composites) using the ultrasonic run-time method. Measurement of all layers is performed in only one operation.
QuintSonic T: All measuring parameters on one screen
QuintSonic T measures of up to eightcoatings in a single operation.
It can measure polymer coatings such as paints, varnishes and synthetic material, as well as glass, ceramic or metallic coatings on virtually any substrate.
Precise and easy to handle, QuintSonic T can measure all typical coating systems such as:
- Lacquers on synthetic material
- Synthetic material on wood
- Glass on metal
- and many more.
Featuring a generous 8-inch display, QuintSonic offers a user-friendly overview of the result of measurement as well as the corresponding course of the ultrasonic signal (A-scan). Parameters for signal adjustment are displayed simultaneously and can thus bie adapted to the current measurement with significant time savings. Subsequient adjustment of parameters is also possible through the new memory option for A-scans.
In addition, QuintSonic T is characterized by simple handling via touch screen and intuitive user guidance. The measuring program also offers a clear data structure with integrated test report generation.
QuintSonic T is also ideally suited for harsher environments due to IP 67 & MIL-STD 810 G and extremely resistant Gorilla® glass.
Application
Non-destructive measurement of::
- Varnish, synthetic materials, glass, enamel and other coatings on wood, synthetic materials, glass, metal and ceramic
- Metal coatings on synthetic materials, ceramic and wood
- Up to 8 coatings in a single operation.
Also suitable for wall thickness measurement.
Measuring principles
- Ultrasonic reflection (DIN EN ISO 2808, method 10)
Features
- Quick evaluation of the measuring signal, high accuracy and repeatability owing to the sensor-integrated digital 32-bit signal processing (SIDSP®)
- Over 40 measuring values per minute: start, wait for 1 second, done.
- Mere 5 mm measuring area enables gathering measurement on tiny and curved parts
Supply schedule
- QuintSonic SIDSP®-Sensor
- SIDSP®-Sensorkabel
- Industrial tablet equipped with evaluation software
- Tablet stand
- Operating manual German / English
- 1 bottle coupling gel by ElektroPhysik, 100 ml
- 1 bottle Aqua dest (couplant), 100 ml
- Single layer standard for gauge verification
- Plastic carrying case
| Property | Value |
|---|---|
| Measuring principle |
Ultrasonic pulse run-time method |
| Measuring range / Resolution / Accuracy |
Nr.1 Measuring range 356 µm Resolution 0,25 µm Accuracy 0,25 µm Nr.2 Measuring range 890 µm Resolution 0,5 µm Accuracy 0,5 µm Nr.3 Measuring range 1.900 µm Resolution 1 µm Accuracy 1 µm Nr.4 Measuring range 3.900 µm Resolution 2 µm Accuracy 2 µm Nr.5 Measuring range 7.500 µm Resolution 4 µm Accuracy 4 µm (at 2375 m/s ultrasonic velocity in all layers) |
| Minimum layer thickness |
approx. 10 µm (depending on the ultrasonic velocity in the layer) |
| Number of layers | up to 8 layers in one operation |
| Measurement cycle time |
approx. 1 s |
| Measuring area | 5 mm Ø / 0.2" Ø |
| Contact area | 10 mm Ø / 0.4" Ø |
| Minimum curvature radius | convex: 50 mm / 2" concave: - |
| Measurement units | µm, mm, mils |
| Calibration | Sound velocity calibration for up to 8 layers |
| Statistics |
N (number of measurment values) · Minimum · Maximum · Average · Standard · deviation · Coefficient of variation · Block statistics (user adjustable) · Histogram · |
| Interface |
Bluetooth |
| International Standards | DIN EN ISO 2808 |
| Signal processing | Sensor integrated digital 32-bit signal processing (SIDSP®) |
| Operating temperature | 5 °C - 50 °C / 40 ° F - 122 °F |
| Storage temperature | -10 °C - 50 °C / 14 °F - 122 °F |
QuintSonic 7
Only now available: the first instrument of its kind, the QuintSonic 7 enables coating measurement on fibre-reinforced plastics, e.g. GFRP, CFRP, WPC. The precision coating thickness gauge uses the ultrasonic pulse run-time method.
QuintSonic 7: Highly versatile and quick to use
The QuintSonic 7 measures of up to five coatings in a single operation.
It can measure polymer coatings such as paints, varnishes and synthetic material, as well as glass, ceramic or metallic coatings on virtually any substrate.
The QuintSonic 7 means problem-free and, above all, precision measurement of typical coating systems such as:
- Lacquers on synthetic material
- Synthetic material on wood
- Glass on metal
- and many more.
Intelligent evaluation of the ultrasonic signal reading means minimal user interference to deliver results that are reproducible. The QuintSonic 7 features a simple calibration and graphic display of test results on an A screen making it a highly versatile gauge that is quick to use.
Application
Non-destructive measurement of::
- Varnish, synthetic materials, glass, enamel and other coatings on wood, synthetic materials, glass, metal and ceramic
- Metal coatings on synthetic materials, ceramic and wood
- Up to 5 coatings in a single operation.
Also suitable for wall thickness measurement.
Measuring principles
- Ultrasonic reflection (DIN EN ISO 2808, method 10)
Features
- Quick evaluation of the measuring signal, high accuracy and repeatability owing to the sensor-integrated digital 32-bit signal processing (SIDSP®)
- Over 40 measuring values per minute: start, wait for 1 second, done.
- Mere 5 mm measuring area enables gathering measurement on tiny and curved parts
- Graphic display showing individual coatings, zoom-enabled A screen and menu-driven user guidance
Supply schedule
- QuintSonic 7 basic unit
- Ultrasonic sensor with 1 m / 40″ sensor cable
- USB-Adapter cable
- Software QSoft 7 Basic Edition on CD
- Operating manual German / English on CD
- 1 bottle coupling gel by ElektroPhysik, 100 ml
- 4 batteries AA / LR06
- Plastic carrying case
| Property | Value |
|---|---|
| Measuring principle |
Ultrasonic pulse run-time method |
| Measuring range / Resolution / Accuracy |
Nr.1 Measuring range 356 µm Resolution 0,25 µm Accuracy 0,25 µm Nr.2 Measuring range 890 µm Resolution 0,5 µm Accuracy 0,5 µm Nr.3 Measuring range 1.900 µm Resolution 1 µm Accuracy 1 µm Nr.4 Measuring range 3.900 µm Resolution 2 µm Accuracy 2 µm Nr.5 Measuring range 7.500 µm Resolution 4 µm Accuracy 4 µm (at 2375 m/s ultrasonic velocity in all layers) |
| Minimum layer thickness |
approx. 10 µm (depending on the ultrasonic velocity in the layer) |
| Number of layers | up to 5 layers in one operation |
| Measurement cycle time |
approx. 1 s |
| Measuring area | 5 mm Ø / 0.2" Ø |
| Contact area | 10 mm Ø / 0.4" Ø |
| Minimum curvature radius | convex: 50 mm / 2" concave: - |
| No. of test series | 300 |
| Measurement storage | 250.000 |
| Measurement units | µm, mm, mils |
| Calibration | Sound velocity calibration for up to 5 layers |
| Statistics |
N (number of measurment values) · Minimum · Maximum · Average · Standard · deviation · Coefficient of variation · Block statistics (user adjustable) · Histogram · |
| Interface |
Infrared (IrDA® 1.0) |
| International Standards | DIN EN ISO 2808 |
| Signal processing | Sensor integrated digital 32-bit signal processing (SIDSP®) |
| Operating temperature | 5 °C - 50 °C / 40 ° F - 122 °F |
| Storage temperature | -10 °C - 50 °C / 14 °F - 122 °F |
| Power Supply |
4 x Mignon battery AA / LR06 |
| Dimensions |
Gauge: 153 mm x 89 mm x 32 mm / 6" x 3.5" x 1.3" Sensor: Ø 25 mm x 60 mm / Ø 1" x 2.4" |
| Weight |
Gauge: 310 g / 10.8 oz Sensor: 80 g / 2.8 oz Cable: 30 g / 1 oz |