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General| Type | 3D Scanning Vibrometer |
|---|---|
| Measurement Principle | Laser Doppler Vibrometry |
| Frequency Range | DC to 25 MHz |
| Laser Wavelength | 633 nm |
| Laser class | Class 2 |
| Light source | Laser |
| Interface | Ethernet |
| Software | PSV Software |
| Operating System Compatibility | Windows |
Instructions on using the manual and safety warnings.
General safety guidelines for operating the instrument safely.
Specific safety precautions related to laser operation.
Safety guidelines concerning electrical hazards and compliance.
Overview of the vibrometer's application and system components.
Explanation of the signal path between system components.
Details on system setup and properties.
Procedures for unpacking and inspecting system components.
Identification of control elements and connection ports on the system.
Steps for assembling the various system components.
Guidance on connecting the system's hardware components.
Procedure for performing a functional test of the system.
Steps to initiate system operation for measurements.
Guidance on selecting appropriate measurement settings.
Instructions for optimizing stand-off distance for measurements.
Description of the geometry scan unit and its function.
Procedures for powering the system components on and off.
How to block the laser beam for safety or operational reasons.
Indicators for laser activity status.
Manual setup procedures for the scanning head.
Basic checks to perform when encountering malfunctions.
Guidance on resolving issues related to the laser system.
Troubleshooting steps for missing or incorrect measurement signals.
List of harmonized standards applied to the instrument.
Technical specifications for the front-end unit.
Technical specifications for the junction box.
Technical specifications for the PC system.
Technical specifications for the scanning heads.
Technical specifications for the system cabinet.
Description and connection of the acoustic gate unit.
Details on the external digital video camera.
Information on the helium-neon block filter.
Description and limitations of the protective window.
Specifications and use of the reference object.
Information on the external scanner control option.
Theoretical background of interferometric velocity acquisition.
Explanation of the optical setup within the scanning head.
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