Industrial Control Products

The Sick ARS60-GAA00360 absolute encoder is designed for high-precision applications, featuring a solid shaft and face mount flange for reliable positioning. It operates within a wide temperature range, ensuring consistent performance in various environments.

ARS60-ADK32767 is an absolute encoder with a through hollow shaft, designed for precise position measurement.

High precision absolute encoder with 10,000 steps per revolution, suitable for motion control applications.

The ARS60-A1A00360 is a high-precision absolute encoder designed for demanding applications.

High-precision absolute encoder for industrial automation applications.

The ARS60-F4A00360 absolute encoder offers 360 steps per revolution, 0.016° measuring step deviation, and a robust aluminum die-cast housing. Suitable for precise motion control applications.

The ARS60-F4S00512 is a high-resolution absolute encoder with 512 steps per revolution, offering precise position measurement for industrial applications.

The ARS60-A1B04096 absolute encoder from SICK provides high precision and reliability, making it suitable for various industrial applications.

High precision absolute encoder with 32,767 steps per revolution, suitable for demanding applications.

High-precision absolute encoder with a resolution of up to 360 steps per revolution.

High-resolution absolute encoder with 360 steps per revolution and 0.046° measuring step deviation. Suitable for precise motion control applications.

The ARS60 absolute singleturn encoder offers high resolution and reliability for industrial applications.

High-precision absolute encoder with solid shaft and servo flange design, suitable for industrial applications.

High-resolution absolute encoder with 8,192 steps per revolution, suitable for industrial applications.

High-precision absolute encoder with 360 pulses per revolution.

High accuracy and reliability for motion control applications.

The ARS60-JAT03600 is a high-resolution absolute encoder designed for precise positioning and measurement applications. It offers a maximum resolution of 3600 steps per revolution and a measuring step deviation of 0.016°.