Vibration Analysis - condition monitoring system

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• Vibration analysis services offer a flexible and cost-effective solution for both standard and application-specific gear units.
  Measurements are carried out using hand-held devices by HIMMEL service professionals at regular intervals or when required.

  Vibrations of machinery are often used for assessing the condition of a machine. With machine monitoring it is often of interest to know how much energy is contained in the vibrations of a machine, i.e. how much it vibrates.

  • Reduce unnecessary downtime.
  • Evaluate critical process machinery conditions and preventive maintenance strategies.
  • Plan machinery repairs well in advance.
  • Forecast the remaining operational life of equipment.

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Valmet Maintenance Pad - Portable data collector and analyzer

Valmet Maintenance Pad represents new thinking about portable data collector and analyzer for predictive maintenance. The collector consists of rugged tablet PC with wireless measurement interface for sensors, and software for route measurement and vibration analysis.

• Wireless vibration and trigger measurements.
  Data collector and analyzer for industrial use

  • Rugged design, IP65, MIL-STD 810G
  • State-of -the-art tablet computer technology
  • Windows® 10 Professional operating system
  • Valmet Machine Analyzer software
  • Route and off-route measurement
  • Vibration analysis
  • History data management
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Fixturlaser EVO

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• The new laser based shaft alignment tool, Fixturlaser EVO, is all about evolved simplicity.
  The Fixturlaser EVO offers a compact display unit with a 5” color touch screen. It is slim and balanced, allowing you to hold it in one hand, leaving your other hand free to touch the screen icons and rotate the shafts.

  Fixturlaser was the first to use the digital CCD technology in sensors of this kind and, hence, the first to deliver a digital shaft alignment system to the market.
  With a 30 mm CCD detector, you are able to obtain unparalleled repeatability together with outstanding precision alignment, regardless of ambient light and measurement environment.