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General| Laser Class | Class 2 |
|---|---|
| Velocity range | 0.01 mm/s to 10 m/s |
| Measurement Principle | Laser Doppler vibrometry |
| Displacement Resolution | 0.1 nm |
| Laser Wavelength | 633 nm |
| Output Signal | Analog |
Information on laser safety precautions and hazards associated with the vibrometer's laser.
Details of laser warning labels used on the vibrometer in different countries.
Safety precautions related to the electrical connection and operation of the vibrometer.
General overview of the Polytec vibrometer system, its components, and signal paths.
Summary of the modular components of the vibrometer, including controllers, sensor heads, and decoders.
Guidelines for operating and maintaining the vibrometer under specific environmental and operational conditions.
Procedures for unpacking the vibrometer components and inspecting them for damage.
Description of the control elements on the vibrometer's front and back panels, including controller and sensor heads.
Step-by-step guide for installing the vibrometer and performing an initial functional test.
Procedures for starting up the vibrometer with different sensor heads.
Instructions on how to display and interpret the velocity and displacement output signals.
Guidance on choosing appropriate settings for velocity or displacement measurements.
Steps for powering the vibrometer on and off, including LED indicators.
Explanation of the beam shutter operation and emission indicator LEDs on the sensor heads.
How the signal level display helps in optimizing laser beam focus.
Methods for focusing the laser beam, including manual and remote control options.
Procedure for replacing the front lens on the sensor head to adapt to different stand-off distances.
Steps for performing single point measurements using the OFV-512 sensor head with a reference head.
How to fix the focus on the OFV-353 sensor head for stable long-term operation.
Instructions for activating the transport safety mechanism on OFV-511/-512 sensor heads.
Guide to operating the vibrometer through the controller's display menus and keys.
Initial general checks to perform if the vibrometer is not functioning properly.
Troubleshooting steps to identify and resolve issues when no laser beam is emitted.
Procedures for diagnosing problems when the laser beam is emitted but no measurement signal is detected.
Checklists for diagnosing faults with the controller and sensor heads OFV-303/-353 and OFV-511/-512.
Technical specifications for the OFV-3001 controller, including general data, interfaces, and filters.
Technical specifications for the OFV-303/-353 sensor heads, covering general data and optics.
Technical specifications for OFV-511/-512 sensor heads, including general data, optics, and fiber heads.
Details of the OFV-310 hand terminal for remote focusing of the OFV-303 sensor head.
Information on the OFV-C-128 side exit adapter for deflecting the laser beam.
Description of the OFV-P5 tip-tilt assembly for fine laser beam positioning.
Details on the OFV-152 adjustable reference head for OFV-512 sensor heads.
Information on side exit heads OFV-C-102 and OFV-C-110 for OFV-511/-512 sensor heads.
Available fiber heads for OFV-511/-512 sensor heads, including mounting procedures.
Description of the OFV-039 flexible arm mount for the OFV-511/-512 mini sensor.
Theoretical principles behind interferometric velocity and displacement measurement using Doppler shift.
Optical configuration of the interferometer in the OFV-303/-353 sensor head.
Optical configuration of the interferometer in the OFV-511/-512 sensor head.
General overview of the OFV-3001 controller's main functions and functional structure.
Explanation of signal conditioning functions, including level measurement and bandwidth limitation.
Description of the oscillator section's role in generating drive frequencies for the vibrometer.
Detailed description of the velocity decoders (OVD-01, OVD-02) and their operating principles.
Explanation of displacement decoder types and their operating principles, including direct counting and interpolation.
How to configure the RS-232 and IEEE-488/GPIB interfaces for controller communication.
Commands for controlling the vibrometer's operation mode and status via interfaces.
Commands for setting and querying measurement ranges for velocity and displacement decoders.
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