1085304

Overview

The SICK 1085304 is a DBS60E-S4FC01024 incremental encoder, designed for precise rotational position feedback in industrial automation. This model utilizes an absolute or incremental output signal to track shaft movement with high resolution. It features a robust mechanical construction suitable for demanding environments, ensuring reliable performance under continuous operation. The device integrates seamlessly into control systems requiring accurate motion monitoring and speed regulation.

Feature Summary

• Provides incremental rotational position feedback for motion control applications
• Engineered for durability in industrial automation environments
• Supports high-resolution tracking of shaft movement and speed

Applications

• Industrial robot joint positioning
• Conveyor belt speed monitoring
• Automated guided vehicle (AGV) drive control

Procurement Notes

Verify the specific suffix codes against official SICK documentation to ensure compatibility with your system requirements. Confirm voltage ratings and interface types before integration. Request updated datasheets directly from authorized distributors to validate current manufacturing specifications and compliance standards.

Selection Notes

Select this model when incremental feedback is sufficient for the application's precision needs. Consider environmental factors such as vibration and temperature ranges during installation. Ensure the mounting dimensions match existing mechanical assemblies. Evaluate cable length requirements and connector types for system integration.

Part Context

This component belongs to the DBS60E series of incremental encoders manufactured by SICK. These devices are part of a broader portfolio of sensing solutions focused on safety and precision in material handling and logistics. The series is known for its compact design and reliability in automated warehouse systems.

Replacement Considerations

Consult official SICK cross-reference guides for verified substitute part numbers. Ensure replacement units maintain identical electrical characteristics and mechanical footprint. Verify that any alternative models support the same protocol and resolution requirements.