Outdoor is our fourth dimension
With the MRS1000 multi-layer scanner, SICK has developed a 3D LiDAR sensor which accurately and reliably detects and measures objects in good time and in multiple dimensions. By collecting large volumes of data on multiple scan layers and from different angles, it can detect and respond to objects on the floor as well as objects that are obstructing the path. The MRS1000 is characterized by a high degree of ruggedness even when subject to adverse environmental influences such as rain, dust, and fog. The new HDDM+ process, with multi-echo evaluation, ensures the reliable detection of objects and accurate measurement results. Versatile fields of application, both indoor and outdoor, make this an efficient all-rounder among 3D LiDAR sensors.
MRS1000 AT A GLANCE
Benefits
-Collecting more data in multiple dimensions leads to higher measurement accuracy
-HDDM+ with multi-echo technology for high availability when subjected to environmental influences like rain, dust, and fog
-Simultaneous measurement on 4 levels allows objects to be detected which are on the floor or obstructing the path
-High flexibility for installation thanks to rotating male/female connectors
-Integrated field evaluation and measured data output makes it possible to tackle various applications with one sensor
-Low setup costs: Identical telegram as for the 2D LiDAR sensors from SICK
-Fields that are easy to teach in save time during setup
-Low maintenance costs thanks to high weather resistance
Features
-Four spread layers and a 275° aperture angle
-High weather resistance and reliability through HDDM+ with multi-echo technology
-Field evaluation and measured data in one sensor
-Easy configuration, with the ability to adapt to a changing environment
-Convenient and customer-friendly diagnostics via web server
ADVANTAGES
The MRS1000 3D LiDAR sensor is the ideal solution for indoor and outdoor applications, even under adverse ambient conditions. This outstanding performance can be improved even more with additional digital filters for preparation and optimization of measured distance values. With the filter, the user can perfectly and efficiently adjust the MRS1000 to the specific requirements of the respective application. SICK offers various filters for this purpose. This makes it possible to prevent virtually all faults.
https://youtu.be/yUYrvWF2qg4
See how versatile and rugged the MRS1000 is in application, and experience the increased flexibility regarding its application possibilities.
The MRS1000 is not bothered by environmental influences such as rain, fog, dust and ambient light.
The innovative HDDM+ technology enables measurement at long distances and is characterized by low noise in the measured value data as well as multi-echo capability.
High availability even under unfavorable ambient conditions and very good reliability when detecting objects
SICK LifeTime Services
SICK’s services increase machine and plant productivity, enhance the safety of people all over the world, provide a solid foundation for a sustainable business operation, and protect investment goods. In addition to its usual consulting services, SICK provides direct on-site support during the conceptual design and commissioning phases as well as during operation.
The range of services not only covers aspects like maintenance and inspection, but also includes performance checks as well as upgrades and retrofits. Modular or customized service contracts extend the service life of plants and therefore increase their availability. If faults occur or limit values are exceeded, these are detected at all times by the corresponding sensors and systems.
Consulting and design
Application-specific advice on the product, its integration and the application itself.
Commissioning and maintenance
Application-optimized and sustainable ─ thanks to professional commissioning and maintenance by a trained SICK service technician.
Service contracts
Extended warranty, SICK Remote Service, 24-hour helpdesk, maintenance, availability guarantees and other modular components can be individually combined on request.