Industrial Control Products

High-precision absolute encoder with 32,767 steps per revolution, suitable for various motion control applications.

High-precision ARS60-ADL32767 Absolute Encoder by SICK for reliable performance in industrial automation.

High precision absolute encoder with 8192 steps per revolution, suitable for industrial automation applications.

High-resolution absolute encoders for precise positioning in industrial automation. Available in various models with different specifications.

The SICK ARS60-J4B00360 absolute encoder is designed for high-precision applications. With 360 steps per revolution and a measuring step deviation of 0.016°, it ensures accurate positioning and reliable operation.

The ARS60-A4A08192 is a high-resolution absolute encoder with a solid shaft and face mount flange, ideal for precise positioning applications.

High-resolution absolute encoder with 4096 steps per revolution, suitable for precise position measurement in industrial applications.

High-precision absolute encoder with 360 steps per revolution, suitable for various industrial applications.

High-resolution absolute encoder with 360 steps per revolution, suitable for various motion control applications.

The ARS60-FAL00078 is a high-resolution absolute encoder designed for precise position measurement.

High-resolution absolute encoder with 32,768 steps, suitable for various industrial applications.

High precision absolute encoder with solid shaft and face mount flange. Ideal for demanding applications.

The ARS60-F4B32767 is a high-resolution absolute encoder designed for precise position measurement in industrial applications.

The ARS60-H4B00512 is an absolute singleturn encoder designed for high-precision applications. It features a resolution of up to 15 bits and an electrical interface of SSI with gray code type or gray capped.

High-resolution absolute singleturn encoder with parallel data world interface.

High-resolution absolute encoder with 32,767 steps per revolution and ±0.016° measuring step deviation. Ideal for precise positioning and control systems.