Laser solution for presence detection
December 5, 2023 12:07 pm
LSC, LSE, and LSE2 Series of Laser Scanners by Autonics use time-of-flight technology to detect objects accurately. With features like flexible installation and advanced filtering, they are ideal for various applications.
The Laser Scanners of the LSC, LSE, and LSE2 Series use the advanced ToF method to measure the round-trip time of the infrared laser beam to accurately detect the presence of objects within a wide range area.
LSC Series – 2D 270° Laser Scanners
The LSC series LiDAR sensors have a 270° detection angle and can detect objects accurately up to 25 meters away. These scanners come with 16 field sets and teaching functions for easy installation, and they support Ethernet/Bluetooth communication for configuration with PCs and mobile apps. They also support the ROS (Robot Operating System) driver for AGV/AMR SLAM (Simultaneous Localization and Mapping) functionality.
The main features of this advanced detection system are designed to provide comprehensive and accurate coverage in a compact package. An expansive 270° detection angle and a 25-meter detection range ensures a broad and deep field of coverage. It offers flexibility with 16 configurable field sets, each consisting of three subfields, enabling precise and versatile detection. The device incorporates various filter functions to enhance detection accuracy. Its compact dimensions (L60 x W60 x H86mm) make it easy to install in various settings. It supports Ethernet and Bluetooth communication, with dedicated software for PC and Android devices. Bluetooth functionality is subject to regional availability. For developers, it offers ROS and API support for seamless integration. Additional accessories like Ethernet and power I/O cables are available separately to meet specific connectivity needs.
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LSE Series- 2D 4-Channel Laser Scanners
The LSE series LiDAR sensors accurately detect objects in a 5.6m x 5.6m area (90°). These scanners have four laser beams that you can use individually or simultaneously based on your needs. You can also set specific areas for monitoring or non-monitoring, making them versatile in different environments. They are easy to configure with PCs using Ethernet communication, and there’s also an infrared remote control for user setup and management.
This compact detection system offers a 90˚ detection area covering a 5.6-meter by 5.6-meter space. It provides flexibility with support for up to four operation channels, making it suitable for various applications. With its small form factor (W125 x H80.3 x L88 mm), it can be easily deployed in diverse settings. The system uses Ethernet communication for seamless data transfer and offers dedicated software, atLiDAR, for PC, enabling precise control and configuration. Additionally, for added convenience, a remote control (RMC-LS) is available separately for enhanced operational flexibility.
LSE2 Series 2D 1 – Channel Laser Scanners
The LSE2 series LIDAR sensors feature a 5.6 m x 5.6 m detection area (90˚) to detect object presence accurately. The scanners offer flexible installation in limited spaces with compact size (W120 x H47.5 x L89.4 mm). The Ethernet communication allows easy configuration with PCs. Users can also configure and manage the scanners with mobile devices using the dedicated atLIDAR application, removing the need for separate remote controls.
The detection system boasts a 90° detection angle, covering an area of 5.6 by 5.6 meters. Its small and adaptable size (W120 x H46.5 x L89.4 mm) facilitates flexible installation in various scenarios. The system incorporates multiple filter functions to prevent malfunctions caused by adverse weather conditions such as fog, rain, snow, and dust. An operation indicator is included, enabling users to easily identify the system’s operational status and errors, even in challenging or changing installation environments. It supports Ethernet communication for efficient data transfer and comes with dedicated atLiDAR software, compatible with both PC and Android devices, providing comprehensive control and monitoring capabilities.