Product Overview
The RLS-2020I is our compact indoor laser sensor -Grade 3 compliant - which provides a customisable 'virtual' wall or pane with a detection area up to 20mx20m to identify the presence of people or objects. Our RLS series uses LiDar technology to protects areas from security breaches such as intrusion, theft or unauthorised access as well as improving the reliability of video based motion detection and surveillance.
The REDSCAN RLS-2020I has been designed to integrate with security or safety systems. It creates a detection area that cannot be easily provided by other sensors or video based detection systems such as virtual walls or virtual ceilings. The RLS 2020I is an ideal sensor for protecting skylights in buildings, walls, assets such as paintings or shelves storing valuables goods. The discreet design and custom-paint option enables it to blend very well into an indoor environment.
General Information
Name : Optex RLS-2020I Redscan Series Indoor Short Range Laser Scan Detector, 65' x 65' Range , Optex
Category : Perimeter Detection Systems
UPC Code : 788924500669
Country of Origin : Japan. Country of origin is subject to change.
Specifications
General Information
ADI Part Number : OP-RLS2020I
Brand Name : Optex
Manufacturer : Optex, Inc
Manufacturer Part Number : RLS-2020I
Product Line : Redscan 2020
Product Model : RLS-2020I
Product Name : RLS-2020I Indoor LiDAR Grade 3
Product Series : RLS
Product Type : Laser Surveillance Sensor
Weight (Approximate) (g) : 1000
Technical Information
Wireless Technology : Infrared
Physical Characteristics
Application/Usage : Building, Ceiling, House, Roof
Depth : 6.30" (160 mm)
Depth (mm) : 160
Form Factor : Ceiling Mountable, Pole-mountable, Recessed-Mountable, Tripod Mount, Wall Mountable
Height : 5.75" (146 mm)
Height (mm) : 146
Weight (Approximate) : 1 kg
Width : 6.30" (160 mm)
Width (mm) : 160
Product Information
Installation Type : Hybrid
Miscellaneous
Country of Origin : Japan
Features : Helps to protect assets, object detection
Indoor/Outdoor : Indoor