AUTOMATED DAMPING MEASUREMENT ยท VP-SVM-10
Automated Non-Contact Damping Measurement System
Automated non-contact measurement and analysis of damping ratio, decay characteristics and natural frequency for production and laboratory workflows.
Capabilities and Intended Tasks
The following information supports preliminary system discussions. Final performance and interfaces depend on the selected configuration and technical agreement.
SDOF analysis
Supports single-degree-of-freedom damping evaluation under applicable conditions.
MDOF analysis
Supports multi-degree-of-freedom analysis in the delivered configuration.
Half-power verification
Half-power bandwidth can be used as a complementary validation method.
Automated feature recognition
Automates event recognition and result calculation for repeatable workflows.
Threshold-based assessment
Result thresholds can assist production or laboratory screening.
Non-contact acquisition
Reduces the added-mass influence of contact sensors.
Typical Applications
- In-line monitoring in industrial production
- Rapid natural-frequency measurement
- Rapid damping-ratio identification
Public Configuration Information
| Configuration item | Current public information | Notes |
|---|---|---|
| Model | VP-SVM-10 | Current published model. |
| Product type | Automated non-contact damping measurement system | For damping, decay and natural-frequency measurement of materials and structures. |
| Measurement method | Non-contact vibration acquisition with automated data analysis | Reduces the added-mass influence of contact sensors. |
| Analysis scope | SDOF, MDOF and half-power verification | Algorithms and applicability depend on the delivered version. |
| Automation | Feature recognition, result calculation and threshold-assisted evaluation | Thresholds should be based on the sample and test standard. |
| Typical tasks | Material damping, decay characteristics and natural frequency | Test conditions and boundary conditions should be stored with results. |
| Numerical specifications | Defined by formal technical documentation or project agreement | The webpage only presents current public selection information. |
This table summarizes information currently published by VIPICO for preliminary selection. Numerical range, bandwidth, working distance, channel count, accuracy and interfaces are governed by the final technical documentation or agreed project specification.
Define the object, distance, frequency range and required output.
This system can support Industrial Equipment and Research & Laboratory Testing. See Technology and Resources for damping and non-contact measurement guidance.