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About D3Gauge

D3Gauge is a modern and reliable industrial thickness gauge to measure thickness of flat products, online and with no contact with the material to be measured. D3Gauge is a X-Ray based measurement system built following the most restrictive safety rules. It is suitable to measure different kind of materials. It finds it's natural application on production lines of cold and hot steel and aluminum.

D3Gauge was developed under the directives of maintenance users, taking care of critical points and eliminating time losses not compatible with modern production needs. The software shares only digital signals on Ethernet using TCP/iP or UDP/iP. Signals are sent as numbers enclosed in a simple protocol. The name D3 is at the base of the concept. D is for digital, 3 is for the number of main peripherals which are digitally controlled by the main unit, an industrial PC. The core is in charge to control input and output signals.

  • Model's name

    D3Gauge

  • Measurement type

    No contact thickness

  • Features

    Full digital

    NO THIRD PARTIES ELECTRONIC BOARDS TO BE INSTALLED IN

    REDUCED WIRING

    EASY INSTALLATION AND STARTUP

    PERFORMANCE INDEPENDENT BY THE WIRING ROUTE

    NO THIRD PARTIES DRIVERS ARE NECESSARY

  • Measurement Position

    Longitudinal and single head profile scanning

details

Enjoy the Microsoft Windows (R) user friendly interfaces together with the reliability of hard real time kernels.

Easy to install, easy to maintain. Enjoy the full digital architecture of the D3Gauge.
  • Response time: better than 2 mS per Test Point A (IEC 1336, 1.3.7.1)
  • Statistical Noise @10mS the 2s variation = +/- 0.12%
  • Accuracy 2s =+/- 0.1%, not better than +/- 0.2 micron
  • Linearity +/- 0.05% from the set thickness, non better than +/- 1 micron
  • Drift Short term (~1 hour) better than +/- 0.05% from the set thickness, non better than +/-1 micron
  • Drift Long term (~8 hour) better than +/- 0.1% from the set thickness, non better than +/- 2 micron
  • Repeatability +/- 0.05% from the set thickness, non better than +/- 1 micron
  • Reproducibility +/- 0.1% from the set thickness, not better than+/- 5 micron