A scanning unit conducts heat from a light source to a base body using solder material pressed by a pressure element.
A stepped shoulder on the stator housing maintains precise axial distance between rotor and scanning means during encoder assembly.
Integral molding of slider pillars creates through holes for wiring, eliminating expensive post-processing steps while maintaining structural integrity.
Segmented resin structure blocks noise light and prevents peeling to enhance encoder detection accuracy.
A position-measuring device inserts separation elements with complementary optical properties between adjacent code elements to enhance signal differentiation.
Two counters with different run-off angles resolve reliability and complexity trade-offs by selecting the appropriate unit based on rotation angle ranges.
A helical magnetic component paired with Hall sensors detects linear and angular displacement via a decoding algorithm, eliminating frequent calibration needs.
A read head combines an RFID transponder reader and an induction detector to determine absolute position along a rail.