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SOLID STATE LiDAR TRAFFIC WITH IP67 ENCLOSURE

Specially designed for the industrial market, the Leddar® IS16 Industrial solid-state sensor is optimized for 0 to 50 meter (165 ft.) detection and ranging applications, providing both distance and angular positioning while performing fast, continuous and accurate analysis of the area. The 48-degree beam, produced by diffused light pulses and processed through innovative algorithms, enables this unique sensor to detect, locate and measure a wide range of objects under various environmental conditions.

Features of T16

    IP67 water-resistant enclosure
    LCD and binary output configurations available
    16 independent detection segments
    Detection range of up to 50 m
    45º horizontal field of view
    Proven reliability in harsh conditions
 
Application Mode

The ruggedized Leddar IS16 is specifically designed for deployments in harsh indoor and outdoor industrial environments. This module is frequently used on industrial and construction vehicles to detect obstacles or pedestrians, and as a temporary or permanent roadside traffic-data collection device.

Presence Detection Mode
The IS16 software includes Presence Detection Mode PNP/NPN, which enables outputs to be set based on the presence of objects within configured detection zones (two zones; one per output). Thanks to the Teach Configuration feature, it is possible to define the perimeter of the sensor’s surroundings as a detection zone. In Quick Mode, a near limit and far limit can be easily configured to quickly define zones. Alternatively, zones can also be configured manually in Advanced Mode, with the option to set near and far limits for each segment or to deactivate unwanted segments.
Raw Measurements Mode
The IS16 provides the capability to acquire and log all measurements from all segments in real time through the RS-485 link. Each measurement generates a calculation for the distance of the detected object, the index of the segment it was detected in, and the intensity of the measurement (an indication of how much light was reflected off the object and captured by the sensor).
For better understanding you may have a look at the following videos
Understanding LiDARs
 

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