Sendix 5863FS2 - Kuebler Absolute Encoder
The Kuebler Sendix 5863FS2 is a high-precision absolute rotary encoder designed for industrial applications requiring reliable, high-resolution feedback.

| Brand | Kuebler |
| Product Type | Rotary Encoders |
| Model Number | Sendix 5863FS2 |
Kuebler Absolute Encoder Sendix 5863FS2 Technical Specifications
| Specification | Value |
|---|---|
| Dimension | Ø 58 mm |
| Shaft type | 10 mm shaft, with flat surface10 mm shaft, with feather key |
| Flange type | Clamping flangeØ 58.00 mm |
| Working temperature | -40 °C ... +90 °C |
| Protection level | IP65IP67 |
| Connection types | Axial cableRadial cableM23 connector axialM23 connector radial |
| Max. rotational speed | 12.000 min-1 |
| Weight | 450 g |
| Scanning | optical |
| Resolution max. | 17 bits singleturn12 bits multiturn |
| Power supply | 5 V DC10...30 V DC |
| Interfaces | SSI + 2048 ppr SinCosBiSS + 2048 ppr SinCos |
The Sendix 5863FS2 from Kuebler is a robust optical absolute encoder featuring up to 17-bit singleturn and 12-bit multiturn resolution for accurate position tracking in automation systems. It supports both SSI + SinCos and BiSS + SinCos interfaces with 2048 PPR incremental output for dual-channel feedback in dynamic motion control scenarios.
Built in a compact Ø 58 mm housing with a clamping flange, the encoder offers two shaft options — a 10 mm shaft with flat surface or 10 mm with feather key — allowing easy integration into servo systems and rotary positioning mechanisms. Designed to endure up to 12,000 RPM, and extreme temperatures from -40 °C to +90 °C, this encoder withstands the rigors of high-speed, high-duty industrial operations.
The Kuebler Sendix 5863FS2 ensures dependable performance in harsh environments with its IP65/IP67 protection class. Versatile connection options include axial or radial M23 connectors and standard cable exits. Operating on 5 V or 10–30 V DC, it is well-suited for precision drives, packaging systems, robotics, and OEM automation machines demanding rugged feedback solutions.




