The ODiSI-B 5.0 provides a number of valuable capabilities including a High-Speed CFG sensing option* to support dynamic testing environments. The High-Speed CFG option perfectly complements the High-Definition sensing, which uses one of the most economically priced strain sensors on the market while still offering customers higher performance over traditional point sensing solutions. The ODiSI-B 5.0 comes with ruggedized cables and connectors, and a data visualization and CAD integration option* to provide engineers an immediate and intuitive understanding of test results. The ODiSI’s strain sensors are manufactured and calibrated to a NIST traceable standard and come with a certificate of conformance.
ODiSI-B 5.0 – New Features
TWO SENSING OPTIONS: HIGH-DEFINITION AND HIGH-SPEED CFG*
High-Definition sensors offer a lower priced consumable sensor with ultra high spatial resolution; The High-Speed Continuous Fiber Gratings (CFG) option has greater dynamic sensing capability while still offering high spatial resolution.
ROBUST SENSING WITH RUGGEDIZED CABLE AND CONNECTORS
Industrial grade stand-off cable and connectors are suitable for harsh environments and rough handling. The optical network has been upgraded and offers significantly higher tolerance to ambient vibration.
3D DATA VISUALIZATION WITH CAD INTEGRATION*
The high spatial resolution of the ODiSI reveals important information about test articles not visible with traditional sensing methods. Luna’s new data visualization tool set helps engineers to quickly identify key areas of interest, reduce file size, analyze data and generate reports.
STRAIN SENSORS WITH NIST-TRACEABLE CALIBRATION
Strain sensors are calibrated to NIST-traceable standards. A certificate of conformance is shipped with every strain sensor.
*High-Speed CFG module and 3D data visualization package sold as options.
ODiSI-B 5.0 Key Advantages
- High definition strain and temperature measurement system for unprecedented visibility into a design’s performance
- Low profile and flexible sensor can be embedded within composite structures and points
- Corrosion resistant, dielectric and immune to EMI/RFI
- An economical alternative to replace traditional point sensing systems
- No degradation of measurement after high cycle count fatigue test