1051380

Overview

The SICK LMS111-10100 is a laser distance sensor designed for industrial applications. It operates within a temperature range of -40 °C to +70 °C and features a measurement range up to 30 meters with a resolution of 1 mm. The device utilizes Time-of-Flight technology and provides digital outputs via Ethernet (PROFINET) and analog interfaces. It includes integrated signal processing for reliable object detection in challenging environments.

Feature Summary

• Integrated PROFINET interface for direct PLC connection
• High-resolution measurement capability for precise distance determination
• Robust housing design suitable for industrial environments

Applications

• Automated guided vehicle navigation
• Warehouse logistics monitoring
• Machine safety perimeter scanning

Procurement Notes

Verify the specific firmware version and configuration tool compatibility before deployment. Ensure the ordering code matches the required cable length and connector type. Confirm that the installation environment does not exceed the specified operating temperature limits. Check for any regional certification requirements such as CE or UL marking for your specific market.

Selection Notes

Select this model when PROFINET connectivity is required for integration into existing industrial networks. Consider the 30-meter range limit against site layout dimensions. Evaluate the need for analog outputs if legacy systems are present. Compare with the LMS5xx series if higher scan rates or different field of view angles are necessary for the application.

Part Context

This part belongs to the LMS111 series of laser scanners from SICK. It is positioned as an entry-level solution for basic distance measurement tasks. It shares the same optical head design with other variants in the series but differs in communication protocols and mounting options. It complements the more advanced LMS5xx and LMS7xx product lines.

Replacement Considerations

Direct replacement parts include the LMS111-10200 which offers similar functionality with potential minor interface differences. Verify mechanical mounting dimensions to ensure compatibility with existing brackets. Check software migration paths if upgrading from older LMS1xx models.