Digital Scanning Laser Vibrometer Scan-Series SWIR Scanning Laser Vibrometer Scanning Laser Doppler Vibrometry is an advanced measurement technique for the visualization of vibrations on the surface of nearly any object. Scanning Laser Vibrometer can measure and visualize vibration shapes and eigenmodes, capture the propagation of surface waves, validate FEM models, characterize vibration processes, and determine modal parameters. HIGHLIGHTS • Excellent signal level • Very compact • Easy to operate • Highest accuracy and resolution • High-speed vibrations up to 30 m/s • Long-distance measurements IMAGING VIBRATION MEASUREMENT The Scan-Series combine the superior signal quality of SWIR laser vibrometry with the informative value of imaging methods by scanning the object under test on a flexibly definable point grid. Different measurement surfaces, wider coverage, and measuring ranges are the key to new fields of application. Scanning vibrometry makes it possible to test entire workpieces automatically in one measurement process without contact or any influence on the object. Thus, scanning vibrometry enables the capture of local resonances and global vibration modes with t

Acoustics Automotive industry: Optimization of car door, automotive transmission, brakes, motor, NVH testing... Consumer market: Development of household appliance, electronic toothbrush, washing machine... Optimization of deflection shapes in loudspeaker, musical instruments... Structrual Dynamics Automotive industry: Modal analysis, FE-model validation... Aviation and Aerospace industry: Airplane components, turbines... Material Research: non-destructive evaluation of material properties, material defect analysis... Example applications: Automotive industry Material research & testing Aerospace...

Making Measurements Geometry Definition Mesh Generate / Import Start scanning Data Export - Geometry definition - Mesh generation / import - Setup of the data acquisition / generator system Automatic Scan - The whole grid is automatically scanned by the laser beam. - making measurements at each grid point - Time response and frequency response of each point and reference signals are displayed in real time during the scan. Visualization / Analysis - 3D Animation to display your ODS (Operation deflection shape) - Modal analysis - Data export - FEM model validation

Technical Data Measured Quantities – Performance Parameters Max. Frequency General Measurement Specifications Measured quantities Frequency Velocity, displacement, acceleration Signal processing Digital (FPGA based) Source impedance Analog signal output 5× BNC, ±2 V (or ±10 V on request): - Velocity, displacement3, acceleration3, signal generator - Data rate: 160 MSamples/s @ 16-bit External Trigger Digital external trigger in/out via SMB Integrated signal generator - 2 x signal generator (optional 3 x, 4 x, 5 x) - Preset standard and user-defined signal forms (sine, chirp, gaussian, ...) - Import...

Measurement Specifications – Single-Point Operation Mode Measuring ranges2 15 (velocity), 19 (displacement), 14 (acceleration) Digital Signal Output & - Data rate: 1 GBit/s (max. 80 Msample/s, up to 32-bit) - Digital data acquisition- and analysis software OptoGUI5 - Digital remote control of device settings Optical Specifications Working distances 250 mm ... 100 m (Geometry Unit: 250 mm ... 30 m) With Coaxial Unit: 111 mm ... 1 m With Close-up Unit: <6.5 mm ... 54 mm Laser wavelength Measurement laser: 1550 nm Target laser: 510-530 nm Laser safety class Measurement laser: output power: <10 mW,...

General Device Specifications User interface output Color screen 3.5" + 20 segment LED bargraph User interface input Touch screen, knobs with push-button, key switch (power) Operating temperature Storage temperature Relative Humidity Length × width × height (excluding handle): 450 x 224 x 180 mm Power supply Portable Operation Portable power supply Calibration interval Every 24 month (recommended) Laser product label DO NOT STARE INTO BEAM Class 2 Laser Product Laser CLASS 1: invisible, λ = 1550 nm, output power: < 10 mW Laser CLASS 2: visible, green laser beam, λ = 510-530 nm, Laser CLASS 2:...

Model Options - Decoders6,7 Overview Model Options and Characteristics of the standard included Scanning Decoder6,7 Model (Decoder)6,7 Frequency Bandwidth -Scan Versatile model with high resolution9 . Smallest measurement range ± 2.45 mm/s and highest resolution.10 Sense Speed Sense configuration with extended velocity range up to 12 m/s. High Speed Supports measurements up to highest velocities. Supports measurements up to highest frequencies. The all-rounder: Includes all Sense, High Speed, and High Frequency features. Enables measurements with highest frequencies Enables measurements with highest...

Software OptoGUI – Measurement & Analysis Software for data acquisition, analysis, and remote control when using the single-point operation mode. Live animation of measured time and frequency data. OptoSCAN – Measurement & Analysis Software for data acquisition, analysis, and remote control in scanning operation mode. Animation of measured time data, various analysis functions, and the frequency response function of the scanned surface. OptoGUI software includes Remote control Remotely control all vibrometer settings via ethernet. Read out data via ethernet with up to 80 MS/s Time data Live animation...

OptoSCAN software includes Remote control Remotely control all vibrometer settings via ethernet Software architecture 64-bit, multithreaded, fast-responsive software architecture Offline analysis Analysis of data in offline post-processing Individual Scan Points Freely chose measurement geometry and individual point positions Distance sensor Measure the 3-dimensional geometry of your object and the absolute distance to the vibrometer. Arbitrary signal generator Import file formats: .csv ASCII- or .wav audio files Pre-defined signals: sin, rectangle, chirp, random, ... Camera Live video stream to monitor...