SICK

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.

4506

SICK

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.

364

SICK

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.

4677

SICK

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.

4263

SICK

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.

4705

SICK

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.

4778

SICK

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.

2607

SICK

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.

3576

SICK

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

324

SICK

The SICK ATM60-A1A0-K19 is an absolute multiturn encoder from the ATM60 series, designed for precise position feedback in industrial applications. This encoder utilizes a magnetic measurement principle, ensuring reliable performance even in harsh environmental conditions.

4373

SICK

The DGS60-A1A05000 encoder offers a resolution of 5,000 pulses per revolution (PPR), providing accurate position sensing. It utilizes a TTL/RS422 interface, ensuring reliable signal transmission over longer distances. The encoder features a solid shaft with a servo flange, facilitating easy integration into various mechanical systems. Its compact design and durable construction make it ideal for applications in machine tools, textile machines, woodworking machines, and packaging machines

3142

SICK

The DGS60-G1A01024 encoder offers a resolution of 1,024 pulses per revolution (PPR), providing accurate position sensing. It utilizes a TTL/RS422 interface, ensuring reliable signal transmission over longer distances. The encoder features a solid shaft with a servo flange, facilitating easy integration into various mechanical systems. Its compact design and durable construction make it ideal for applications in machine tools, textile machines, woodworking machines, and packaging machines.

3737