Leuze LSSRL 8.9-S12 Safety Scanner | 2D LiDAR, 3m Radius, Type 3, 4 PNP, IP65, for AGVs & Robotics

 Leuze LSSRL 8.9-S12 Safety Scanner | 2D LiDAR, 3m Radius, Type 3, 4 PNP, IP65, for AGVs & Robotics

Leuze LSSRL 8.9-S12 scanner specifications. Type 3 safety laser scanner, 8m detection, 4 PNP safety outputs, IP65, for mobile robot and area guarding.

Product Overview

The Leuze LSSRL 8.9-S12 is a Type 3 safety laser scanner (2D LiDAR) designed for personnel and machinery protection. It creates a two-dimensional protective field by scanning its surroundings with infrared laser beams. The scanner is used for area guarding, access protection, and as a primary safety sensor on Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs). It provides configurable protective and warning fields with up to four PNP safety outputs.

Technical Specifications

Key Features

• Type 3 Safety (Cat. 3, PL d):​ For area guarding and mobile robot applications

• Configurable Protective Fields:​ Up to 128 freely definable fields (protective/warning)

• Large Scanning Range:​ Up to 8m detection for early warning

• Four Configurable PNP Outputs:​ For flexible integration into safety and control systems

• Robust Construction:​ Aluminum housing with IP65 rating

• Easy Configuration:​ Intuitive software (LSS Studio) for field setup

• Suitable for AGVs/AMRs:​ Compact design for integration onto mobile platforms

• Monitoring of Standstill:​ Function for monitoring stopped AGVs

Applications

• Safety zone guarding for stationary machinery

• Primary safety sensor for Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs)

• Access protection for hazardous areas

• Contour measurement and navigation support for mobile robots

Important Notes

1. This is a safety device; integration must be performed by qualified personnel according to applicable machinery safety standards.

2. Configuration requires Leuze LSS Studio software (sold separately or available for download).

3. The scanner's performance (e.g., protective field distance) can be affected by environmental conditions (e.g., dust, direct sunlight).

4. A comprehensive risk assessment is mandatory to define the correct protective field configuration and safety performance level (PL).

5. The device provides safety outputs; connection to a safety controller is required to initiate safe stop commands.