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General| Laser Class | Class 2 |
|---|---|
| Laser Wavelength | 633 nm |
| Measurement Principle | Laser Doppler Vibrometry |
| Measurement Points | Single point |
| Outputs | Analog, Digital |
Covers general safety practices, warnings, intended use, qualification, and disposal.
Details laser safety information, precautions, and warning labels.
Details electrical safety standards, precautions, and radio interference warnings.
Overview of the Polytec Scanning Vibrometer's application and its main system components.
Explains the signal flow for both H and M systems, detailing component interactions.
Information on the DV-04 decoder and PSV-500-HM operating modes (H and M systems).
Guides on unpacking system components and checking for damages.
Details ambient conditions, assembly, cooling, and cleaning requirements.
Details the front and back panel controls, displays, and connections of the front-end.
Describes the front and back panel controls and connections of the junction box.
Details the front and back panel controls and connections of the PC unit.
Details the front and back views of the scanning head and its controls/connections.
Step-by-step guide for connecting the front-end, scanning head, and junction box.
Details connecting reference signals, external triggers, and function generators for the M system.
Details connecting reference signals, external triggers, and function generators for the H system.
Instructions for connecting mains cables and performing an initial functional test.
Guides on powering on and initializing the measurement system and software.
Covers settings like measurement range and tracking filter for optimal data acquisition.
Discusses stand-off distance, visibility maxima, and their relation to signal level.
Details optimal stand-off distances when using the optional CoherenceOptimizer.
Procedures for safely switching on and off the front-end, PC, and software.
Explains beam shutter use and the LASER LED indicator on the scanning head.
Guides on manually setting up the scanning head using a fluid head and stand-off distances.
Basic troubleshooting steps for common malfunctions, focusing on external checks.
Troubleshooting guide for issues related to the laser beam, including 'No Laser Beam'.
Addresses signal level fluctuations and issues with no or implausible measurement signals.
Lists the standards and directives the instrument complies with.
Provides general data, signal I/O, and metrological properties for the front-end.
Details PC general data, configuration, and data acquisition for M system.
Provides general data, ambient conditions, housing, and signal I/O for the junction box.
Details laser, electrical, ambient, housing, optics, scanner, and video camera specs.
Provides housing and mains connection specifications for the system cabinet.
Introduces the geometry scan unit for distance measurement and its operating principle.
Guides on functional testing and technical specifications of the geometry scan unit.
Instructions for assembling the scanning head onto the motorized pan-tilt head.
Guides on aligning the head and provides technical specs for mains, ambient, housing, and movement.
Provides general data, lens specs, stand-off distances, and scan ranges for close-up units.
Details the micro scan lenses' intro, assembly, and operation, including autofocus limitations.
Presents stand-off distances and scan ranges for different micro scan lenses.
Introduces the PSV-A-T18 test stand and its components for precise positioning.
Guides on assembling the scanning head onto the vertical test stand.
Details cabling the test stand and operating the scanning head movement.
Provides specifications for the drive control and telescope drive components.
Introduces the external video camera for improved positioning accuracy and its features.
Details the back view of the video camera with standard lens and its interfaces.
Details the back view of the video camera with zoom lens and its interfaces.
Guides on mounting and assembling the video camera onto a tripod.
Instructions for connecting the camera and details power, ambient, and housing specs.
Introduces the protective window, its function, and metrological limitations.
Guides on assembling the protective window and lists its technical specifications.
Details the external scanner control option, its connection, and pin configuration.
Explains the fundamental principles of interferometric velocity and displacement measurement.
Describes the Mach-Zehnder interferometer setup within the scanning head.
Official declaration stating compliance with relevant EU directives and standards.
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