The SICK DBS36E-BBRK02500 is a high-resolution, bearingless rotary encoder from the DBS36 series. It is designed to measure rotational speed, position, and angle on a separate, customer-supplied shaft without requiring a direct mechanical coupling (like a coupling or integrated bearings).

The SICK DBS50E-SKAK01024 is a high-precision, bearingless absolute encoder from the DBS50 series. It is engineered to provide accurate rotational position and speed feedback by utilizing the existing bearings of a machine's shaft, eliminating the need for its own internal bearings or a flexible coupling.

The SICK DBS50E-S5EN00200 is a high-resolution, bearingless absolute encoder from the DBS50 series. It is designed to provide precise rotational position and speed feedback by utilizing the existing bearings of a machine's shaft, eliminating the need for its own internal bearings and thus avoiding a common point of failure.

The SICK DBS50E-S5RK01000 is a high-performance, bearingless absolute encoder from the robust DBS50 series. It is engineered to provide highly accurate rotational position and speed feedback by utilizing the existing bearings of a machine's shaft, eliminating the need for its own internal bearings and the associated maintenance or alignment issues.

The SICK DBS60E-RJEK02048 is a high-precision, bearingless absolute encoder from the DBS60 series, designed to provide accurate rotational position feedback without requiring internal bearings. This model features a 204.8 mm internal diameter and supports the BiSS® C serial communication protocol, making it an ideal solution for applications requiring open-source, real-time data transmission with high noise immunity.

The SICK DBS60E-S1AK02000 is a high-performance, bearingless absolute encoder from the DBS60 series, designed to provide precise rotational position and velocity feedback without internal bearings. This model features a large 200 mm internal diameter and supports the 1 Vpp sinusoidal output (analog incremental), making it an ideal solution for applications requiring high-resolution feedback for velocity control in large-scale machinery.

The SICK DBS50E-SKEJ01000 is a high-precision, bearingless absolute encoder from the DBS50 series, designed to provide accurate rotational position feedback without requiring internal bearings. This model features a large 100 mm internal diameter and supports the Hiperface® digital communication protocol, making it an ideal solution for advanced servo drive applications requiring sophisticated feedback and diagnostics.

The SICK DBS60E-B4FA01024 is a high-performance, compact photoelectric sensor from the reputable DBS60 series. It utilizes Background Suppression (BGS) technology to provide highly accurate and reliable detection of objects within a defined range, while ignoring any surfaces beyond the set background.

The SICK DFS60B-BHPC10000 is a high-resolution incremental encoder designed for precise motion control applications. It offers a flexible mechanical and electrical interface, making it suitable for various industrial environments.

The SICK SRS50-HWV0-K21 is a high-precision absolute single-turn encoder designed for motor feedback applications. Part of the SRS/SRM50 series, it utilizes optical technology and features a HIPERFACE® communication interface for reliable data transmission