Road temperature monitoring system, consisting of infrared thermal imaging perimeter prevention alarm system, online temperature diagnosis subsystem, with real-time video monitoring, intelligent detection of suspicious targets, video playback, non-contact real-time online temperature measurement, temperature diagnosis and alarm linkage and other functional modules.

Tunnel road temperature monitoring system as an important modern monitoring, control, management means, the user can through the existing network resources of the power system, in the power monitoring center and office computer, or mobile network equipment to achieve the monitoring of the tunnel road under the jurisdiction of the management, greatly reducing the workload of the daily inspection staff, to facilitate the timely detection of hidden dangers, to ensure safe production, providing a complete and reliable protection.

The tunnel temperature online monitoring system is mainly composed of monitoring center, transmission link system and front-end infrared monitoring equipment.
The front-end monitoring point of tunnel temperature online monitoring system is an online infrared thermal imager, and the monitoring point transmits the data to the monitoring center through the network for infrared temperature measurement, image intelligent analysis and storage, and other auxiliary decisions.

Data transmission links include fiber optic, computer network and other forms, and specific transmission links can be configured according to actual project site conditions.
Client side mainly controls and operates the above devices.

Tunnel temperature online monitoring system, can monitor the temperature situation in real time and send out sound and light alarm signals according to the pre-set warning value.

and has the following characteristics.

1.Support real-time temperature analysis and diagnosis according to the shape of the temperature measurement object (part)；

2.Support real-time video comprehensive arbitrary object (part) of accurate temperature measurement and analysis；

3.The full screen automatically captures the highest temperature, lowest temperature, or multiple target points within a specified temperature range, and measures the temperature of the target point at the same time；

4.Full-screen selection of single or multiple temperature measurement object area for temperature, temperature difference, line temperature, temperature field distribution, maximum continuous load overheating temperature analysis, etc.；

5.Full screen support mouse movement point real-time temperature measurement；

6.Full-screen multi-point simultaneous temperature measurement；

7.Select any line from the full screen for temperature analysis, displaying the highest and lowest temperatures on the line and the average temperature；

8.Single or multiple zones can be selected for temperature analysis on the whole screen, and the highest, lowest and average temperatures of the zones can be displayed, and comparative analysis can be made between zones.；

9.The temperature trend of any point, line or area within the screen is recorded and analyzed, and the results are displayed in the form of a curve or histogram.；

10.The temperature difference between the measured point and the set temperature can be calculated automatically；

11.All parameters such as emissivity, distance, ambient temperature and relative humidity can be set；

12.Brightness and contrast can be adjusted automatically/manually as needed