Industrial Control Products

High-precision absolute encoder with 8192 pulses per revolution, suitable for various industrial applications.

Sick ARS60-A4B00360 absolute encoders offer high precision and reliability, making them ideal for various industrial applications.

High-precision absolute encoder with 8192 steps per revolution, solid shaft, and IP64 rating. Suitable for demanding motion control applications.

ARS60-F4B08192 is a singleturn absolute encoder designed for precise motion control.

High-resolution absolute encoder for precise motion control.

High precision absolute encoder with 720 steps per revolution, suitable for demanding applications.

High precision absolute encoder with 8192 steps per revolution, suitable for industrial applications. Features include a solid shaft, aluminum die cast housing, and an operating temperature range of -20 °C to +85 °C.

High-resolution absolute encoder with up to 32,767 steps per revolution, suitable for various industrial applications.

Absolute singleturn encoder with up to 15 bits resolution, SSI and parallel interfaces.

The Sick ARS60-F4A00128 is an absolute singleturn encoder with a solid shaft and face mount flange, offering high precision and reliability for various industrial applications.

High-resolution absolute encoder with solid shaft and IP64 protection.

The Sick ARS60-FDK32767 positioning encoders offer high precision and reliability, making them ideal for various industrial applications.

High-precision absolute encoder for industrial automation.

Absolute encoder with solid shaft, face mount flange, and 10 mm shaft diameter.

The ARS60 Absolute Encoder by SICK AG provides high precision and reliability with 8,192 steps per revolution. Ideal for industrial applications.

High-precision absolute encoder with SSI signal output and through hollow shaft design. Ideal for applications requiring precise position detection.

High precision absolute encoder with 360 steps per revolution, suitable for applications requiring reliable and accurate position feedback.