Principle of angular displacement sensors – Turck

Create Date: 2024-8-30 12:03:23|Source: TURCK/TURCK

The angular displacement sensor is a model of displacement sensor that uses a non-touch patent plan to effectively improve long-term reliability compared to other traditional angular displacement gauges such as synchronous analyzers and potentiometers. It is uniquely designed to ensure measurement accuracy without the use of wear-prone moving parts such as slip rings, blades, touch cursors, brushes, etc.

                              Principle of angular displacement sensors – Turck

The viewpoint sensor uses the principle of grating, when the sensor rotates, the output of high and low level pulses, without rotating 360 degrees The number of output pulses is fixed. The grating is tighter and has higher viewpoint resolution, but is more expensive, and the practice is to sample a coaxial double-layer grating, arranged in an interleaved manner, so that the effect of double the pulse can be achieved by capturing both sides of the pulse. We often say that the 1024-line encoder has an output of 4096 pulses per rotation cycle, which can basically meet the accuracy requirements.

The sensor uses a specially shaped rotor and wire-wound coil to simulate the linear displacement of the linear variable differential sensor (LVDT), which has high reliability and function, and the rotational motion of the rotor shaft produces a linear output signal with a ± of 60 (120 degrees in total) around the factory-preset zero position. The phase of this output signal indicates the direction of displacement away from the zero position. The non-touch electromagnetic coupling of the rotor gives the product an infinite resolution, i.e. a certain measurement accuracy of a few tenths of a degree.

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