With over 550 employees worldwide, Prüftechnik are world leaders in Condition Based Monitoring, Non-Destructive Testing and Laser Alignment solutions across a wide range of industrial applications.

With products, processes and services for condition monitoring and availability optimization, Prüftechnik helps to ensure that your machines run smoothly and generate an output of consistently high quality. This also includes systems for automatic process control and quality assurance that are integrated directly in your production process.

About PRÜFTECHNIK

sensALIGN

PRÜFTECHNIK's laser alignment systems utilise the intelligent sensALIGN® sensor and laser.

Key Features:

  • Real time quality by intelliSWEEP
    • Always precise, accurate and repeatable
  • 7-axis measurement system with High Definition PSD, XXL detector
    • Any amount of misalignment can be easily
  • In-built vibration measurement
    • Measure machine vibration before, during and after alignment, no need for additional hardware
  • Environmental vibration monitoring Accurate shaft alignment under vibrating condition
    • Precision in-built inclinometer through MEMS Used for backlash detection
  • Communication to the sensor through the laser beam
    • sensALIGN® laser information readily available
  • Integrated class 1 Bluetooth®
    • Wireless communication without additional accessories
  • Rechargeable battery with latest LiPo technology and intelligent power management
    • Long runtime without memory effect

 

intelliSWEEP®

The intelligent intelliSWEEP® HD measure mode actively supports the user by detecting error influences such as coupling play, rotational angle or vibration, and automatically eliminating them.

As shafts rotate, a large number of measurement data is automatically and continuously recorded. This is much more accurate when compared to measurement methods where measurement is taken at three positions only.

 

Real time quality factor

The user is kept informed of the quality of the measurement and given hints on how to achieve improved measurement data.

  •  Quality factors
  •  Rotation angle
  •  Ellipse standard deviation  Environment vibration
  •  Rotation evenness
  •  Angle rotation inertia
  •  Rotation direction
  •  Rotation speed
  •  Filter output
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