Personnel identification safety protection navigation positioning safety laser scanner
Personnel identification safety protection navigation positioning safety laser scanner
Personnel identification safety protection navigation positioning safety laser scanner
Personnel identification safety protection navigation positioning safety laser scanner
Personnel identification safety protection navigation positioning safety laser scanner
Personnel identification safety protection navigation positioning safety laser scanner
Model
XD-TOF-30

Item specifics

Product name
2D-TOF navigation type safety laser scanner
Detection range
0.1-20m@90% reflectivity 0.1-8m@10% reflectivity
Scanning frame rate
10-30Hz
Ranging accuracy
±30mm
Scan angle range
270º
Point cloud data merge
1/2/4/8 points

Product review

Description

Introduction to 2d laser profile scanner

CYNDAR Technology develops high-performance lidar products. Designed on the principle of TOF (Time of flight) to obtain high-precision distance information, and coordinate with the rotation of the motor to complete a two-dimensional scan of the surrounding environment.

It can achieve reliable measurement within 20m with an angle range of 270°. Thanks to the advantages of the TOF solution and Xinda's unique high-performance time measurement technology, the distance measurement performance of the surface is much higher than that of the triangulation radar. Even for the whiteboard measurement at 20m, the range accuracy of ±30mm can be obtained.

Using TOF (Time of Flight) distance measurement technology to ensure that the accuracy of the installed laser scanner will not change with the distance.
In the condition of long-distance objects, the measurement accuracy is still accurate and stable
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Safety laser scanner data communication mode
There are two modes for the data communication between the laser navigation radar and the host computer, one is the passive upload data mode of the radar, and the other is the active radar upload data mode.
The radar passive upload data mode means that when the upper computer and the radar can communicate with the network normally, the upper computer
The machine turns on the radar according to the lidar IP and sends data requests directly to obtain lidar data.
The radar active data upload mode refers to the configuration of the network port IP connected to the radar according to the configuration of DestIP and DestPort in the radar. The upper computer opens the port for receiving data according to the DestIP and DestPort in the configuration interface, and opens according to the lidar IP Radar, so as to obtain the data actively uploaded by the radar.



Safety scanners Product parameter 
XD-TOF-30 function

product name

2D-TOF navigation type safety laser scanner sensor

Product number

XD-TOF-20H

Detection range

0.1-20m@90% reflectivity 0.1-8m@10% reflectivity

Ranging accuracy

±30mm

Scan range

270º

Scanning frame rate

10-30Hz

Point cloud data merge

1/2/4/8 points

Angular resolution

0.08 º

voltage

DC12V-24V

Scanning frame rate

10/15/20/25/30Hz

Working current

0.21A/12A (typical)

Laser light source

905nm class I

Power consumption

2.5W

Data transmission interface

Ethernet100BASE-TX

Start Time

<10s

Indicator light

Power indicator, status indicator

Ambient light

<50000lux

Operating temperature

-10 ºC▬55 ºC

Storage temperature

-30 ºC▬75 ºC

XD-TOF-10HM accessories and interfaces
XD-TOF-10HM safety laser sensor product size
Safety laser scanner indicator
XD-TOF-10HM software diagram and cloud point diagram
Product application scenarios and others
Safety laser scanner for industrial/commercial robot navigation
From the villa courtyard to the factory park, people have never stopped paying attention to perimeter security. Today, with technological changes, the "barriers" set up around buildings by traditional technologies have been unable to meet the increasingly intelligent demand, and people have begun to obtain comprehensive security solutions with multiple technologies.
To cope with the ever-changing and complex environment, safety laser scanners, as an emerging technology, stand out in practical applications. In the security field, integrators and end customers care more about the accuracy of intrusion target detection, identification and positioning, and whether it can effectively reduce the probability of false alarms and the rate of false alarms. Lidar has a high detection frequency and can accurately measure the distance between the detection and the target intrusion.
CYNDAR Technology’s TOF-20H safety laser scanner adapts to security robots
The TOF-20H safety laser scanner sensor of CYNDAR Technology is an intelligent robot that can replace or assist humans in security, patrol and other aspects. The lidar products combined with CYNDAR technology can realize mobile functions such as obstacle crossing and climbing, and can easily cope with stone roads, grass, falls, etc., instead of manual all-weather work.
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Factory and product content
About the certificate