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QuintSonic 7
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The plug-in mains unit comes with two different adapter plug versions (Euro and US plug). If the
adapter plug does not match your socket, simply change the adapter plug accordingly.
For this purpose, remove the adapter from the plug-in mains unit and fix the other one as required.
Note: The adapter is not designed for frequent change.
3.1.4.3 USB-Interface
The QuintSonic 7 can also be powered via the USB interface of a PC. For this purpose, please use
the USB adapter cable (supplied as an option). Connect the gauge to your PC. The gauge
switches on automatically. It is recommended to operate the gauge in the permanent mode (see
section 15.6.5) to make sure it is always switched on.
3.2 Sensor
3.2.1
SIDSP
®
-Technology
SIDSP
®
is world wide leading state-of-the-art-technology for coating thickness sensors developed
by ElektroPhysik. With this new technology, ElektroPhysik has set another new benchmark for
innovative magnetic induction or eddy-currents based coating thickness gauges. With QuintSonic
7, this new technology has also made its entry into the ultrasonic coating thickness measurement.
Compared to the conventional procedures, the new technology offers considerable advantages
that will be explained in detail in the following section.
SIDSP
®
stands for sensor-integrated digital signal processing. With this technique, all necessary
measuring signals are generated and processed inside the sensor itself.
The sensor of the QuintSonic sensor emits the ultrasonic signal at a peak voltage of approx.140V.
Unlike conventional methods, the new SIDSP
®
technology does not transfer this signal via a
cable, but the signal is directly generated in the sensor to be transferred via the shortest way to the
measuring head. As a consequence, an impact on the transmit signal through the cable can be
excluded and at the same time, an optimum protection against contact is given, even if the cable is
damaged.
Conventional methods transfer signals via cable. With the new technology, however, the sensitive
ultrasonic signal is not transferred via cable, but processed directly in the sensor. As a
consequence, an optimal protection against interferences of any kind is given. The complete
process from mathematical editing up to the coating thickness value is performed by a 32-bits
controller. The calculated coating thickness values are available in digital form to be transformed
flawlessly via the sensor cable to the gauge.