Magnetic absolute multiturn rotary encoder
max. ø 58 mm, IP67 | GEL 2352
LENORD + BAUER
The resilient encoder housing with a standard flange size of 58 mm is made of anodised aluminium and can be supplied alternatively in stainless steel. The double-bearing encoder shaft forms a robust mechanical unit with the metal code disc. The multiturn variant operates with a mechanical gear. A uniform temperature coefficient on all rotating components ensures the temperature behaviour of the absolute rotary encoder is stable over the long-term.
Sensing principle
The GEL 2352 is based on contactless magnetic scanning of a ferromagnetic steel code disc, the so-called contour disc. Magnetoresistive (MR) sensors scan three tracks, delivering corresponding sinusoidal signals. The phase position of the three sinusoidal signals is unambiguous within a
single turn. The phase position is evaluated on the Vernier principle, providing the absolute position with high resolution and accuracy.
Sensing principle
The GEL 2352 is based on contactless magnetic scanning of a ferromagnetic steel code disc, the so-called contour disc. Magnetoresistive (MR) sensors scan three tracks, delivering corresponding sinusoidal signals. The phase position of the three sinusoidal signals is unambiguous within a
single turn. The phase position is evaluated on the Vernier principle, providing the absolute position with high resolution and accuracy.
-
zoom








