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When investigating the behaviour of components and assemblies, the multi-point abilities of our systems has repeatedly helped engineers investigate the true behaviour of their components. They are able to measure the following properties, each to a sub-pixel accuracy:
The 3D PDT by Imetrum is a powerful, camera-based displacement sensor that slashes test setup times, reduces cost and delivers accurate, rich data sets. It is a highly flexible alternative to LVDTs, DTIs, EDMs, encoders, laser trackers and potentiometers. The 3D PDT is pre-calibrated and ready to measure – there is no need to spend time calibrating, learning how to calibrate, or worrying if a system is in calibration.
The flexibility of the PDT ensures it is suitable for a wide range of applications, including acceptance testing; deformation measurement; measuring component stiffness; Measuring compliance in bearings, couplings and fastenings; understanding static and dynamic behaviour; measurement of hot and delicate components & validating and correlating with FE models.
The Precision Displacement Tracker reduces test setup times and costs by overcoming many of the challenges associated with traditional sensors:
Many sensors only measure linear displacement, but the 3D PDT measures every point of interest in all three dimensions. A single 3D PDT can therefore replace numerous other gauges, whilst still delivering live, synchronised real-time measurements. Micron-level resolution is delivered on measurement volumes up to several metres. Being a non-contact system also delivers improved accuracy in many cases as there is:
Since 1976, Applied Measurement
Australia Pty. Ltd. has taken pride in
providing innovative and effective
solutions for applications that involve
measurement of physical parameters.