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Product category: Rotary Position, Tilt and Angular Sensors
News Release from: Danaher Motion | Subject: Absolute optical encoders
Edited by the Engineeringtalk Editorial Team on 26 February 2002

Absolute optical encoders cut current
and costs

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Thomson Micron has a new line of high-performance low-cost absolute optical encoders that satisfy moderate to high-end accuracy requirements.

Thomson Micron has a new line of high-performance low-cost absolute optical encoders that satisfy moderate to high-end accuracy requirements The encoders feature high resolution and low inertia

When compared with competing models, the new Thomson Micron absolute encoders offer users lower current consumption, which translates into lower operating costs.

The absolute encoders include 20 and 58mm diameter sizes and generate 8 and 10bit binary code output signals, respectively.

The smaller size is designed to maximise the compact and lightweight nature of the product.

It incorporates a novel conductive composite housing, which provides EMI shielding and protection for the assembly.

The larger size is also a compact design, but is intended more for industrial usage.

It incorporates larger radial bearings and a larger input shaft (10mm OD), which increase mechanical life and external load capacities.

The new Thomson Micron components enable quick installation through an optimised mounting arrangement.

Solid shaft outputs offer the ability to servo mount using synchro-type clamps.

Absolute encoders come standard with a cable and connector.

Thomson Micron optical encoders are ideal for applications such as pick-and-place robots, inspection equipment, indexing/positioning devices, coiling/winding applications, paper conversion equipment, and gantry or elevator axes.

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