We have developed a custom solution for model PSS58N-F1AAGR0BN-0016, designed for PROFIBUS systems that require a smaller shaft size combined with 16-bit singleturn angular feedback. This version integrates a 10 mm recessed hollow shaft into a compact direct-mount structure. Typical production lead time: 15 working days.
Technical Key Parameters
- PROFIBUS interface, RS-485 communication
- Singleturn resolution: 16 bit
- Recessed hollow shaft: Ø10 mm × 30 mm
- Supply voltage: 10–30 VDC
- Protection class: IP65
Custom Solution Photos
Wiring and Installation Notes
The AG terminal style supports direct internal connection of power and bus signals. The A/B signal lines must remain correctly paired, and address duplication must be avoided across the network. The internal termination resistor is only appropriate for the last device on the line. On smaller shafts, installation quality is especially important: avoid burrs, impact insertion, and housing twist during mounting. Anti-rotation support must be firm enough to prevent movement under load changes or vibration.
Custom Compatible Encoder Solution
- 10 mm recessed hollow shaft layout
- 16-bit singleturn angular feedback
- Terminal-based bus connection structure
- Suitable for compact PROFIBUS measurement points
Lead Time and Custom Development
This model can be arranged according to confirmed shaft fit and parameter settings. Typical production lead time: 15 working days.
Technical Parameters Table
| Layer | Item | Specification |
|---|---|---|
| Interface | Communication | PROFIBUS / RS-485 |
| Resolution | Singleturn | 16 bit |
| Electrical | Supply voltage | 10–30 VDC |
| Mechanical | Shaft type | Recessed hollow shaft |
| Mechanical | Shaft size | Ø10 mm × 30 mm |
| Mechanical | Housing material | Powder-coated aluminum |
| Environmental | Protection class | IP65 |
| Environmental | Operating temperature | -40 … 85 °C |
Technical Summary
This version is suitable for projects requiring 16-bit singleturn output and a 10 mm hollow shaft, with stable PROFIBUS integration in compact installation spaces.
