GENERAL ACOUSTICS © UltraLab ® -UWS The Lab Echo Sounder Sensing Bottom Contours in the Laboratory Remote Sensing Technology based on Superior Ultrasound.

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GENERAL ACOUSTICS © UltraLab ® -UWS The Lab Echo Sounder Sensing Bottom Contours in the Laboratory Remote Sensing Technology based on Superior Ultrasound Measurement General Acoustics GmbH Am Kiel-Kanal Kiel Germany Phone:

GENERAL ACOUSTICS © Mini echo sounder to measure underwater distances and levels for: Underwater bottom contour Underwater object distances Sedimentation and erosion processes Hydraulic models Real-Time Sediment transport UltraLab ® UWS

GENERAL ACOUSTICS © The miniature echo sounder works with an ultrasonic impulse run-time procedure. It was developed for highly time and position resolved measurements of distances in fluids. Fluid level measurements through container walls are also possible with an optional adapter. The easy to use laboratory measuring instrument UltraLab UWS is distinguished by its various functions and configurations, which enables its use for a wide range measuring tasks. UltraLab ® UWS

GENERAL ACOUSTICS © UltraLab ® UWS The measured distance is directly shown on a four digit display. According analogue voltage value is sent out through a BNC socket at the front of the equipment. The measured range, as well as the output voltage, can be adapted to the requirements of the overall measuring system. Due to useful adjustable measuring parameters, an optimal adaptation to the measuring task is possible. This specification makes the UltraLab® UWS an universal tool.

GENERAL ACOUSTICS © The small sized transducer has only a diameter of an Euro coin and is easy to fix at any X-Y traverse. Where the traverse delivers the coordinates x, y and the UWS the distance z. The collected x-y-z data can be processed in a software e.g. LabView to create 3D graphics. UltraLab ® UWS Above: The UWS transducer and a simple x-y traverse

GENERAL ACOUSTICS © UWS Measurement Results 3D-result with UltraLab UWS and X-Y traverse. Different shape factors with different forms for reservoir sedimentation study have been carried out. By courtesy of LCH, EPFL, Switzerland, Dr. Sameh Kantoush, (

GENERAL ACOUSTICS © UWS Measurement Results 3D-result with UltraLab UWS and X-Y traverse. By courtesy of LCH, EPFL, Switzerland, Dr. Sameh Kantoush,

GENERAL ACOUSTICS ©

© Some UltraLab UWS References Norwegian Geotechnical Institute (NGI), Norway: Ecole Polytechnique Federale de Lausane, Switzerland: Technical University of Munich, Germany: University of Bremen, Germany: Institut für Wasserwirtschaft, Hydrologie und konstruktiven Wasserbau (IWHW) Austria: