1136452

Overview

The SICK model 1136452 is an AHM36A-SCQC000A30 absolute encoder, part of the AHS/AHM36 series. It utilizes measuring wheel mechanics for position tracking and includes a mounting flange (BEF-FA-020-036) and a dedicated measuring wheel (BEF-MR010020R). The device provides absolute position data via electronic interfaces and is designed for industrial automation tasks requiring precise mechanical measurement.

Feature Summary

• Provides absolute position data through integrated measuring wheel mechanics
• Includes specific mounting flanges and measuring wheels for direct mechanical coupling
• Designed for integration into automated systems with standard electronic interfaces

Applications

• Position monitoring in automated manufacturing machinery
• Linear or rotary position feedback in logistics equipment
• Integration with safety interlocking mechanisms where position verification is required

Procurement Notes

Verify that the complete kit includes the specified encoder, mounting flange, and measuring wheel components. Confirm interface compatibility with the target control system. Ensure the mechanical dimensions match the application space. Check for any specific ordering suffixes that may alter cable length or connector type.

Selection Notes

Select this component when absolute position feedback is required via mechanical linkage rather than optical or magnetic sensing. Consider the available mounting options and the specific measuring wheel geometry needed for the driven axis. Evaluate the electronic interface requirements against the PLC or controller inputs.

Part Context

This unit belongs to the AHM36A absolute encoder family from SICK, which focuses on robust industrial positioning solutions. The product line emphasizes reliability in harsh environments and integrates seamlessly with SICK's broader sensor portfolio for machine vision and safety applications.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing mounting hardware and signal processing units before considering alternative models.