Narrow beam speed radar measures the speed and distance of an approaching or receding vehicle in a single lane. The radar provides a trigger signal for video camera in order to capture the target vehicle’s number plate. The narrow beam antenna meets the international requirements for speed enforcement. This radar enables an easy integration as there are no settings required. It can be widely applied to speeding checkpoints in highway, tunnel, and various roads.
24GHz ISM Band internationally accepted by traffic speed enforcement.
Continuously track the vehicle and identify the location and speed.
Flexible installation like gantry and roadside above the traffic.
Wireless connection and visual interface for configuration.
Vehicle capture position within± 0.5m difference, the consistency is 99% above.
All weather resistance, not affected by light, Staub, Regen, Schnee, haze and other harsh environment
WiFi connection is restricted
1) Connect your phone or other computer to the radar WiFi to see if it can be connected
2) Can this computer connect to other wireless hotspots normally
3) Check if there are any issues with the computer settings, you can modify them yourself by searching for “WiFi Connection Restrictions” online.
WiFi displays limited access permissions
1) Disconnect WiFi and reconnect to see if it reappears
2) Check if the computer automatically obtains an IP address
3) Check if there is an IP conflict with the device connected to the computer
Unstable WiFi connection
1) Check if there is any obstruction between the computer and the radar
2) Check if the external wireless network card can connect stably
3) Move up close and see if there is any improvement
No output when powered on
1) Check if the power connection and voltage are normal, and verify if the radar Wi Fi can be connected properly
2) Check if the positive and negative polarities of the power supply are correct
3) Check if the communication cable is connected properly and if the wire sequence is correct
4) Check if the receiving program is running properly and if the accompanying debugging software can receive it properly
5) Check if the serial port settings of the program are correct
Receive garbled code
1) Check if the communication cable is connected properly and if the wire sequence is correct
2) Check if the serial port baud rate setting is normal
3) Check if the communication cable is severely interfered with
Do not capture
1) Check the installation angle of the radar and whether it is aligned with the lane to be inspected
2) Check if the installation angle of the radar is within a reasonable range
3) Observe whether the vehicle matches the actual situation through the vehicle simulation interface
4) Check if the capture line is within a reasonable range
5) Check if the radar sensitivity is set too low
Empty photography
1) Check if there is strong electromagnetic interference around
2) Check if the installation angle of the radar is reasonable
3) Check if the radar sensitivity setting is too high
Missing photos
1) Check the installation angle of the radar and whether it is aligned with the detection lane that needs to be covered
2) Observe whether the vehicle is driving in the tracking area through the vehicle simulation interface
3) Check if the capture line is within a reasonable range
4) Check if the radar sensitivity is set too low
ZTRadar-Technologie
