UB-Lab product family - Versatile ultrasonic profilers
UB-Lab profilers allow accurate velocity profiles measurements from the laboratory flume to the industrial process.
- High spatial and temporal resolution
- Large transducer choice
- Fine frequency tuning
- Web interface
The compact and splash-proof (IP65) enclosure of the UB-Labs is adapted to harsh environments. These scientific instruments can be used within a laboratory as well as in an industrial context (see application for in-line rheometry). They break new ground by offering the user new capabilities in the fields of fluid study and control.
The devices are configured through a dynamic web interface and integrate an internal logger (3Go) which allows the storage of a large amount of data, enabling days or months of monitoring (depending on configuration).
Ethernet communication goes through RJ45 cable. The devices can behave like a DHCP server when connected directly to the computer, or they can be connected to the network and behave like a DHCP client. Depending on the network configuration, connection to the device through WiFi is possible.
The UB-Labs are declines in 4 versions:
The first three versions work in monostatic modus, meaning the same transducer emits bursts and receives the corresponding echoes. This technology is also known as UVP (Ultrasonic Velocity Profiling) or UDV (Ultrasonic Doppler Velocimetry) and provides 1-component velocity profiles (projection on the transducer axis):
- the UB-Lab S2 offers basic functionalities of the UVP technology. To cover more applications, the expert (X) devices is recommended.
- the UB-Lab X2 and the UB-Lab X8 allow to measure with respectively up to 2 and up to 8 transducers in monostatic modus. They are able to drive several transducers in a large frequency range (from 800 kHz to 9.4 MHz) and it can therefore be adapted to many kinds of liquids and particles. Like the UB-Flow profilers, they give access to the acoustic turbidity which allows the evaluation of Suspended Sediment Concentration (SSC). It can measure simultaneously velocity and acoustic turbidity profiles.
When equipped with two transducers, they can be used as a high resolution 2C ADCP.
|Measurement Performances||UB-Lab S2||UB-Lab X2||UB-Lab X8|
|Sampling range||0.005 to 4 m|
|Number of cells||2 to 200|
|Cell size||4 mm to 10 cm||0.36 mm to 10 cm|
|Velocity Range||[-4 to 4] m/s (under Nyquist condition)|
|Velocity accuracy||0.2 to 1%|
|Sampling rates||up to 1 Hz||up to 100 Hz|
|Signal Processing||Coherent Doppler with phase coding|
|Number of configurations||3||9|
|Raw acoustic signal||no||output channel|
|Temperature||BNC connector for PT100 probe||1 input (4-wires-connector)|
|Number of transducer connectors||2 for transducers in emission/reception||8 for transducers in emission/reception|
|Frequency range||0.8 to 3.8MHz||0.8 to 9.4MHz (allowing particle size spectroscopy)|
|Beam width||2° to 5° half angle (depending on the transducer and on the emitting frequency)|
|Emission voltage||30/60V||30/60V (300/450V upon request)||30/60V|
|Dimensions||5.5 x 11.3 x 38.5 cm|
|Cable||10 m typical (up to 50 m upon request)|
|Communication||HTTP and TCP-IP protocols through Ethernet|
|Internal data logger||3 Go (more than 20 000 profiles)|
|File format||ASCII CSV (compatible with Excel, Matlab …) and binary for raw data|
|Velocity||Velocity profile data (relative to acoustic beam directions) per beam and cell|
|Echo||Backscattered echo RMS amplitude per beam and cell|
|Turbidity||no||Acoustic turbidity data per beam and cell|
|Data Quality||Profile data quality indicator per beam and cell|
|Input||110-230V AC, 48V POE|
|Consumption||Maximum 12 VA|
An interdisciplinary approach that combined multiphysics simulations, measurements with the UB-Lab and rheological measurements allowing to achieve a comprehensive system characterization that will facilitate research in the field of PEF processing. ... read more
The UB-Lab profiler (UVP) allows accurate velocity profiles measurements on laboratory setups and physical scale models, such as high resolution velocity profiling in oil, in a food processing pipe.
In-line rheometry with UB-Lab profiler allows an advanced knowledge of the product quality, which needs to be controlled in many food processes. For example, a real-time, accurate and non-invasive viscosity measurement based on UB-Lab has been developed.
The oral examination of the PhD thesis of Damien Dufour took place on the 23rd Feb 2018 and symbolized the end of a 5 years’ work at the Food Process Engineering laboratory of ETH Zurich. The thesis is entitled “Ultrasound Doppler Flow Measurement in Food Production and Digestion Processes” and experimental data has been recorded by an UB-Lab from Ubertone. ... read more
Localized sand patterns downstream from a vertical cylinder
The UB-Lab profiler used for the results of following paper: A. Auzerais, A. Jarno, A. Ezersky and F. Marin, Formation of localized sand patterns downstream from a vertical cylinder under steady flows: Experimental and theoretical study, PHYSICAL REVIEW E 94, 052903 (2016), and referenced as a high resolution ADCP.
You will find here how to install the UB-Lab from UBERTONE. The UB-Lab communication and powering go through a POE cable and supply.
Overall presentation - UB-Lab User Interface
You will find here how to start the graphical user interface of the UB-Lab from UBERTONE. It is an embedded web interface. And you will get an overview of this interface.
Note: it is almost the same interface for the UB-Flow.