1058220

Overview

The SICK 1058220 is a DFS60B incremental rotary encoder from the DFS60 series, designed for industrial automation. It features an absolute multi-turn capability with a resolution of 4096 pulses per revolution and 14-bit absolute position data. The unit operates on a supply voltage of 10 to 30 VDC and utilizes an M12 connector interface. It provides both incremental A/B/Z outputs and absolute single-turn data via BiSS-C protocol. The mechanical design includes a solid shaft with a diameter of 10 mm and supports a maximum rotational speed of 6000 rpm.

Feature Summary

• Combines incremental quadrature signals with absolute single-turn position data transmission
• Supports BiSS-C digital interface for high-speed data communication
• Robust mechanical construction suitable for demanding industrial environments

Applications

• Position feedback in automated assembly lines
• Speed monitoring in conveyor systems
• Angle detection in robotic joints

Procurement Notes

Verify the specific suffix codes against the official SICK datasheet to ensure compatibility with required cable lengths and connector types. Confirm that the BiSS-C interface matches the controller's input capabilities. Check for any regional certification requirements such as CE or UL before finalizing the order.

Selection Notes

Select this model when both relative speed tracking and absolute position reference are required within a single device. Ensure the shaft diameter and mounting dimensions fit the mechanical constraints. Verify that the operating temperature range aligns with the environmental conditions of the installation site.

Part Context

This component belongs to the DFS60 programmable incremental encoder family from SICK. These encoders are engineered for integration into complex motion control systems where reliability and precise data transmission are critical. The series offers various configurations to meet diverse industrial sensing needs.

Replacement Considerations

Consult the official SICK cross-reference guide for direct replacements. Ensure substitute models support the same BiSS-C protocol and mechanical footprint to maintain system compatibility without redesigning the mounting structure.