1130455

Overview

The SICK 1130455 is an incremental rotary encoder belonging to the DBS60 series, designed for industrial automation and control applications. It provides high-resolution position feedback through incremental output signals, enabling precise motion control in dynamic environments. The unit features a robust mechanical construction suitable for demanding operational conditions, ensuring reliable performance over extended service life. This component integrates seamlessly into existing machinery setups requiring accurate rotational data transmission.

Feature Summary

• Incremental position sensing technology
• Robust industrial-grade mechanical design
• High-resolution signal output capability

Applications

• Industrial automation systems
• Motion control machinery
• Rotational position monitoring

Procurement Notes

Verify the specific electrical parameters and interface type against the official datasheet before integration. Confirm mechanical mounting dimensions and shaft specifications match your application requirements. Ensure compatibility with your controller's input signals. Check for any required accessories such as coupling or cables listed in the manufacturer's documentation.

Selection Notes

Select this model when incremental feedback is sufficient for your motion control needs. Consider the DBS60 series for its balance of resolution and ruggedness. Evaluate environmental factors such as vibration and temperature during selection. Ensure the encoder's speed and acceleration ratings exceed your system's maximum operating values.

Part Context

This part belongs to SICK's DBS60 series of incremental encoders, widely used in industrial settings. The series is known for durability and precision. It complements other SICK sensors in comprehensive automation solutions. The product line supports various industrial communication protocols and mechanical configurations.

Replacement Considerations

Consult the official cross-reference tool for parametrically similar parts. Verify that substitute components match the original's electrical characteristics and mechanical footprint. Ensure replacement units maintain the same resolution and output signal types.