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The SICK DGS35-5HK01024 is an incremental encoder designed for industrial automation applications. It features a hollow shaft design with a radial cable connection, specifically a 11-wire cable of 1.5 meters in length. The device operates on a supply voltage of 8 to 24 V DC and utilizes an HTL/Push-Pull interface. Key electrical parameters include a resolution of 1,024 impulses per revolution, a maximum output frequency of 300 kHz, and a service current of up to 100 mA without load. The unit provides a reference signal at 180 degrees with negative logic.
Verify that the specific order number matches the required technical specifications, particularly the interface type and cable length. Confirm compatibility with the host system's input voltage range and signal processing capabilities. Ensure that appropriate clamping accessories are procured separately if the standard shaft diameter does not match the application requirements. Review the datasheet for detailed mechanical dimensions and mounting instructions prior to installation.
Select this model when a hollow shaft configuration is required to simplify mechanical assembly and reduce component count. Consider the 1,024 pulses per revolution resolution for applications requiring moderate precision. Verify that the 300 kHz maximum frequency meets the dynamic speed requirements of the target application. Ensure the HTL/Push-Pull output signals are compatible with the downstream controller or PLC inputs.
This component belongs to the DGS3x series of incremental encoders from SICK. These devices are engineered to provide reliable rotational data for industrial automation tasks. The series offers various resolutions and interface options to suit different performance needs. The DGS35 variant specifically emphasizes mechanical robustness and ease of integration through its standardized housing and connection types.
Consult the official SICK documentation for cross-reference information regarding alternative models within the DGS3x family. Verify that any substitute part maintains identical electrical parameters, including voltage range, interface type, and resolution. Mechanical compatibility, such as shaft diameter and mounting flange dimensions, must be confirmed before substitution. Accessory requirements for clamping may also differ between variants.