The system uses sensors to monitor the static grounding of tank trucks in real time. The sensors can sense the static charge generated by the tank truck during operation and convert it into electrical signals. These sensors are installed in specific locations of the tank truck, such as the bottom of the tank, metal pipes, etc., to ensure that the presence of static electricity can be accurately detected.
When the sensor detects that the static charge exceeds the set threshold, the system will transmit the signal to the control center. After receiving the signal, the control center will analyze and process the data. Through algorithms and logical judgments, it is determined whether the static grounding is abnormal.
The control center will issue an alarm based on the analysis results. The alarm can be presented in the form of sound, light, etc., to remind the driver and relevant personnel to pay attention to the static grounding. At the same time, the alarm information will also be displayed on the display screen of the control center for easy viewing by staff.
In order to achieve intelligent monitoring and alarm, the system also has remote communication functions. The static grounding information of the tank truck is transmitted to the remote monitoring platform through a wireless network. In this way, relevant personnel can understand the static grounding of the tank truck in real time on the remote monitoring platform and take timely measures.
The intelligent monitoring system can also record and analyze the historical data of electrostatic grounding. By analyzing historical data and summarizing the rules, a basis for optimizing the system can be provided. At the same time, data comparison can also be used to determine whether there are abnormalities in electrostatic grounding.
The intelligent control of the system is also reflected in the automatic adjustment of electrostatic grounding. When the electrostatic grounding is abnormal, the system will automatically adjust the grounding resistance to ensure the effectiveness of electrostatic grounding.
In order to ensure the reliability and stability of the system, regular maintenance and inspection are also required. Regularly check sensors, lines and other components to ensure their normal operation. At the same time, the system also needs to be upgraded and optimized to improve its performance and functions.
