PIV (Particle Image Velocymeter) Laboratory

Brand / Model: Dantec Dynamics / 2D PIV

Dantec Dynamics / 2D PIV is a Particle Imaging Flow Measurement System. With 2D PIV, which can be applied to any velocity field from microscopic flows to supersonic flows: instant vectorial velocity map, streamline, vorticity, statistics and turbulence measurements and time-resolution measurements.

30 mJ double shot and 1000 Hz. Thanks to its laser that can reach up to frequency and its camera that can capture 1380 images at full resolution per second, it can respond to applications in many different areas. Thanks to the customized high performance microscope system compatible with laser and camera, it can also make time-dependent flow measurements in micro channels. The 3-Dimensional Motion mechanism provides 610 mm of movement in 3 axes (X, Y, Z).

Technicial Specifications:

Dual-Power 30-1000 Laser;

Configuration: Double Cavity

Pulse Energy at 1 kHz: 2 x 30 mJ

Max. Pulse Frequency: 1000 Hz

Beam Diameter: 5 mm

Wavelength: 527 nm

Pulse Duration: 150 ns

Beam Expansion Angle: <3 mrad

Energy Stability: ± 1%

Polarization: Circular

Spatial Profile: Gauss Type

Ambient Operating Temperature: 5/40

SpeedSence Camera;

Sensor Resolution: 1920 x 1200 px.

Full Resolution Speed: 1380 fps

Lens Mount Type: F-mount

Time Between Frames: 1.4 µs

Pixel Size: 10 µm

Pixel Depth: 12 bit

Memory: 3 GB

Micro PIV;

Laser Beam Director Max. Diameter: 6.5 mm

Microscope Max. Beam Diameter: 6.5 mm

Viewing Length: 390 mm

Depth: 650 mm

Width: 320 mm

Step Size: 247 mm x 230 mm

Movement Distance: 60 mm x 40 mm

Micro PIV Set;

Test Pattern: 20 mm x 40 mm

Channel Width: 600 µm

Dynamic Studio Software;

Image and velocity domain masking

Ability to write a library of ready filters and custom filters

Process sequence (batch) identification and automatic processing

Automatic reporting

Experiment and database feature over the network

Automatic recognition of system (Plug & Play) and network components (cameras, computers, etc.)

Circular memory usage (Cyclic Phenomena)

Real-time cross correlation representation and velocity domain calculation

Applications: Fluid Mechanics, combustion, micro fluids, particle quality