6086372

Overview

The SICK ATM60-D4H13X13 is an incremental encoder designed for industrial automation. It features a hollow shaft configuration with a 13 mm bore diameter and a 13 mm flange mounting interface. The device provides a resolution of 8,192 pulses per revolution (13-bit). It utilizes TTL output signals for position feedback. The unit operates within a temperature range of -25 °C to +70 °C and carries an IP67 protection rating against dust and water ingress.

Feature Summary

• Provides high-resolution position feedback via a hollow shaft design suitable for direct motor integration
• Ensures reliable operation in harsh environments through robust IP67 sealing and wide temperature tolerance
• Delivers precise incremental data using standard TTL signal outputs

Applications

• Position monitoring in automated packaging machinery
• Speed and angle measurement in textile manufacturing systems
• Feedback control in printing press drive trains

Procurement Notes

Verify the specific order code matches the required electrical interface and mechanical dimensions. Confirm that the TTL signal level compatibility aligns with the receiving controller inputs. Ensure the hollow shaft diameter corresponds to the motor shaft specifications before procurement.

Selection Notes

Select this model when a compact incremental encoder with a hollow shaft is required for space-constrained installations. The 8,192 PPR resolution offers sufficient precision for general motion control tasks. Consider the IP67 rating if the installation environment involves moisture or particulate exposure.

Part Context

This component belongs to the ATM60 series of absolute and incremental encoders from SICK. The series is engineered for demanding industrial applications requiring durable feedback solutions. The ATM60 line supports various shaft and flange configurations to accommodate different motor types.

Replacement Considerations

Check for updated suffix codes within the ATM60-D4H13X13 family for minor revisions. Verify compatibility with existing mounting brackets and cable assemblies when substituting.