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Experimental study of precision angle encoder

Uvarovas Povilas, Kavaliauskas Vilius, Kilikevičienė Kristina, Kilikevičius Artūras, Svilainis Paulius, Matijošius Jonas, Więckowski Dariusz

Archiwum Motoryzacji

2020

Vol. 90, nr 4

5--14

The application of new and advanced production processes plays an important role in the development of the manufacturing industry. This trend is especially relevant to the automotive industry, where each element must ensure high quality requirements. Therefore, automating the automotive manufacturing process is necessary to ensure the highest level of control methods. For this purpose, various sensors are used, the signals of which are analyzed and the control plan itself is adjusted. Experimental investigations of a precision angle encoder were performed in the work. During the research, the dynamic characteristics of the created stand were determined. Experimental studies yielded the results of an experimental study of a precision angle encoder when the system is subjected to shock and harmonic excitation. In order to elucidate the effect of oscillations on the accuracy of a high-resolution coded precision angle encoder, primary electrical signals and their change under oscillations were recorded. Studies have shown that high-resolution code-precision angle encoders have different design responses to dynamic effects depending on the direction of the vibrations acting.

Wzorcowanie precyzyjnych autokolimatorów i enkoderów kątowych z zastosowaniem shearing techniques – projekt EMRP SIB58 Angles

Przybylska J., Nicińska K.

Mechanik

2016

R. 89, nr 11

1616--1617

Przedstawiono ideę i podstawy matematyczne nowej metody jednoczesnego wzorcowania autokolimatorów oraz enkoderów kątowych. Omówiono sposób wykonania pomiarów. Zaprezentowano program do obliczania wyników opracowany w GUM, jego walidację oraz przykładowe wykresy obrazujące zrekonstruowane wartości błędów autokolimatora i enkodera.

The idea and the basis of mathematical calculations of the new method for simultaneous calibration of autocollimators and angle encoders are presented. The way of carrying out the measurements is described. The software for calculating the results, worked out in GUM, validation and examples of graphs with reconstructed errors of autocollimator and encoder are shown.