1116757

Overview

The SICK 1116757 is a rotary incremental encoder from the DFS60S series, designed for industrial automation applications. It features a shaft actuator type and supports user-selectable directionality with quadrature output signals. The device operates on a supply voltage range of 4.5V to 32V and provides 1024 pulses per revolution. It utilizes a connector termination style and is intended for flange mounting. The unit is currently in active production status.

Feature Summary

• Incremental quadrature output with user-selectable direction
• Robust mechanical design with high rotational life expectancy
• Flexible power supply compatibility for diverse industrial environments

Applications

• Industrial automation machinery monitoring
• Position tracking in conveyor systems
• Speed measurement in motor control applications

Procurement Notes

Verify the specific suffix codes against the official datasheet to ensure correct interface and mounting configurations. Confirm that the required cable assembly matches the connector type specified for this model. Cross-reference the part number with the manufacturer's current documentation to validate availability and technical specifications before procurement.

Selection Notes

Select this component when an incremental encoder with 1024 PPR resolution is required. Ensure the application environment accommodates the 4.5V to 32V operating voltage range. Verify that the shaft actuator type and flange mounting dimensions align with the mechanical constraints of the target installation site.

Part Context

This encoder belongs to the DFS60S series, which represents a line of robust industrial sensors manufactured by SICK, Inc. The series is engineered for demanding automation tasks, providing reliable position and speed data. The 1116757 variant specifically offers standard incremental output suitable for general-purpose motion control scenarios.

Replacement Considerations

Consult the SICK cross-reference tool or official substitution lists for parametrically similar parts. Ensure any substitute maintains the same pulse count, voltage range, and mechanical form factor.