CEAC-2021-03-March
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Heidenhain Expands Popular Kit<br />
Encoder Series for Better Motion<br />
Control<br />
SCHAUMBURG, IL (GLOBE NEWSWIRE) — Heidenhain is<br />
proud to introduce a new high accuracy motion feedback<br />
encoder that can now be used for absolute positioning in<br />
machines in the semiconductor, metrology and robotic industries.<br />
This new LIC 3100 absolute kit encoder is an additional<br />
offering that fits between Heidenhain’s already successful LIC<br />
4100 and 2100 series. It is expected to be of special interest<br />
to users since it is also especially tolerant to contamination<br />
and has very loose mounting tolerances.<br />
Heidenhain’s high accuracy motion feedback encoder is now available for<br />
use in positioning in semiconductor, metrology and robotic equipment.<br />
mounted directly to the motion axis surface with an adhesive<br />
backing on the steel tape.<br />
It is important to note that the graduation of the new LIC<br />
3100 encoder is carried by a sturdy stainless-steel tape. This<br />
steel tape scale has a 2-track graduation resulting in a period<br />
of 80 microns. The tape scale is offered in rolls at 3m, 5m,<br />
and 10m lengths and can be inserted into an aluminum<br />
extrusion for better thermal growth behavior or can be<br />
The reader head of the LIC 3100 can output a measuring step<br />
of just 10 nanometers and maintain a velocity of 10 meters<br />
per second. It is offered with the well-known EnDat 2.2 high<br />
speed serial electrical interface as well as five others, making<br />
it plug-and-play compatible with motion controllers. The<br />
interpolation error, or cyclical error, is merely +/- 100 nanometers,<br />
allowing the encoder to provide smooth constant<br />
velocity and allow linear motors to function more efficiently.<br />
Mounting of the reader head to the scale is fast and simple<br />
due to forgiving mounting tolerances and easy-to-use handheld<br />
diagnostic tools like Heidenhain’s PWT 101. A zero-datum<br />
position can be programmed anywhere along the scale<br />
length.<br />
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