Sick LMS5xx Series 2D LIDAR SENSORS Laser Scanner LIDAR Sensor, 80m Max Range

The LMS5xx 2D LiDAR sensors have a security working range of 1 m to 80 m, a standard resolution power of 0.042°, and an integrated application for field evaluation with flexible fields. They have a scanning frequency of 25 Hz to 100 Hz and an angular resolution of 0.042° The LMS5xx 2D LiDAR sensor represents a significant advancement from its predecessor, the LMS2xx family. Packed with innovative features, it not only enhances the productivity of existing applications but also unlocks entirely new possibilities.

The introduction of ultra-fast multi-echo technology reduces sensitivity to weather conditions, enhancing data reliability. Moreover, reduced power consumption and intelligent self-monitoring functions contribute to an exceptionally low total cost of ownership. Available in Lite and PRO variants, the LMS5xx ensures suitability for a wide range of applications. Offering the best price-performance ratio in its sensor class, it stands out as a top choice for diverse sensing needs.

Powerful, efficient 2D LiDAR sensor for measuring ranges up to 80 m
Excellent performance even under unfavorable weather conditions due to multi-echo technology
Compact housing up to enclosure rating IP 67 and integrated heating for outdoor devices
Low power consumption
Quick signal processing
Several inputs and outputs
Synchronization of several sensors possible

Extremely powerful in countless applications
Quick, reliable detection of objects under nearly any ambient conditions
Extensive product family with various product series and types for all requirements regarding performance and cost
Low power consumption minimizes the total cost of ownership
Quick and easy commissioning with SOPAS engineering tool
Self-check function for increasing system availability

Vertical protection of a fence
Monitoring of red sludge area
Protecting buildings and company grounds
Position monitoring of wagons during loading and unloading operations
Detection of blockages in the chute leading to the separator
Boulder detection on c