Product Weblink: The SB-TEK SB-VP-55 Visualization of Streamlines Apparatus is designed to clearly display two-dimensional flow patterns using electrolytically generated hydrogen bubbles. This hydrogen bubbles effectively visualize streamlines and allow users to observe flow behaviors, streamline paths, flow lines and strike lines in real time. The apparatus includes a flow channel with insertable models that create cross-section changes, enabling investigation of streamline development through tapered or expanded flow sections. A honeycomb rectifier ensures low-turbulence flow inside the channel to guarantee clean and stable visualization. The SB-VP-55 features modern digital operation via an intuitive touch-screen (HMI), allowing seamless execution of experiments and clear visual feedback. The unit includes an integrated router for system control using end devices such as PC, tablet, or smartphone, supporting screen mirroring and simultaneous monitoring from up to 10 external workst
FEATURES:
Electrolytically generated hydrogen bubbles visualize streamlines.
Intuitive experiment execution via touch screen (HMI).
Integrated router for operation and control via external devices, including PC, tablet and smartphone.
Screen mirroring for up to 10 end devices.
Network capability for monitoring ongoing experiments from external workstations.
Automatic identification of accessories via RFID technology.
Software specifically adapted to the accessories used.
Learning module with theoretical fundamentals, experiment preparation, execution and graphical data display.
USB data transfer for external evaluation and screenshots.
Different user levels available
SPECIFICATION:
Electrolytically generated hydrogen bubbles visualize streamlines.
Insertable models generate a change in cross section in the flow channel.
Low-turbulence flow due to honeycomb rectifier.
Bubble generator with platinum wire cathode and stainless-steel plate anode.
Current for electrolysis and flow rate can be adjusted via base module.
Automatic identification of accessories via RFID technology and use of corresponding software.
Experiment execution and display of measured values via touch screen (HMI).
Network capability for access to ongoing experiments and results from up to 10 external workstations simultaneously via local network.
Water and power supply via base module
TECHNICAL DATA:
Flow channel depth: 10 mm
Experimental section (W×H): minimum 150 × 290 mm
Honeycomb rectifier material: polycarbonate
Honeycomb shape: tubes Ø 3.5 mm.
Two symmetrically constructed insertable models
Each model size (L×W×H): 230 × 37.5 × 10 mm
Model angle: 30°
Bubble generator maximum current: 300 mA
Cathode material: platinum wire Ø 0.2 mm
Anode material: stainless steel plate, size: 143.5 × 13.5 × 2 mm
LED lighting colour temperature: 5500…7000 K
LED luminous flux: 550 lm/m
Indicated measuring range flow rate: 0…15 L/min
Weight: minimum 7.8 kg
Warranty: 01 Year.
