1056158

Overview

The SICK LE20-2621 is a laser scanner belonging to the LE 20 series, designed for area evaluation in industrial environments. It features a measurement range of up to 26 meters with a field of view of 270 degrees. The device supports multiple communication interfaces including Ethernet, serial, and CAN bus protocols. It operates within an ambient temperature range suitable for both indoor and outdoor applications, providing reliable safety zone monitoring and object detection capabilities.

Feature Summary

• Provides comprehensive area evaluation using laser scanning technology
• Supports versatile connectivity via Ethernet, serial, and CAN interfaces
• Capable of operation in diverse environmental conditions including outdoor settings

Applications

• Safety zone monitoring in automated manufacturing cells
• Object detection for mobile robots and AGVs
• Perimeter protection in logistics and warehouse automation

Procurement Notes

Verify the specific suffix codes against official SICK documentation to ensure correct interface and cable configuration. Confirm that the unit meets required safety integrity levels for the intended application. Check for any regional certification requirements such as CE or UL marking before procurement.

Selection Notes

Select this model based on the required 26-meter range and 270-degree field of view. Ensure compatibility with existing control systems supporting Ethernet, serial, or CAN protocols. Consider environmental ratings if deployed in outdoor or harsh industrial conditions compared to indoor-only variants.

Part Context

This component is part of the SICK LE 20 series of laser scanners. The series is engineered for area evaluation tasks, offering high precision and reliability. It integrates seamlessly into safety and non-safety automation systems, serving as a key sensor for spatial awareness in modern industrial setups.

Replacement Considerations

Check for updated models within the LE 20 series or newer generations like the LE3x series. Verify mechanical mounting dimensions and connector pinouts to ensure direct interchangeability without modifying existing infrastructure.