VOCS ONLINE MONITORING SYSTEM
VOCs Online monitoring systems are designed for real-time detection and analysis of volatile organic compounds (VOCs) emissions. These systems utilize professional sensors installed at designated locations such as industrial emission outlets and surrounding environments to continuously collect VOC concentration
data from the air. The collected data is transmitted to a central processing unit for analysis and recording. By employing PID photoionization technology, the equipment achieves exceptional sensitivity, capable of detecting pollutants at the ppb level. Widely applied in environmental monitoring during industrial processes, air quality assessment, and pollution source tracking, these systems provide comprehensive solutions for industrial applications.
Using imported high sensitivity sensors, equipped with advanced PID photoionization technology, fast response time, high resolution, detection lower limit can reach the level of ppb. Can achieve round-the-clock uninterrupted real-time monitoring, ensure data continuity and integrity.
The monitored data can be sent to the cloud server or designated receiver through GPRS, RJ45, RS485 and other data transmission methods. The system has a built-in memory chip, which can temporarily save the data even if the network is interrupted, and automatically upload it after recovery.
The monitoring data exceeding standard threshold can be set according to relevant national standards or specific requirements.When the monitoring data reaches preset differentlevels , the system will automatically trigger corresponding level of alarm. It can also be used in conjunction with other equipment to realize automatic opening of processing facilities under extreme conditions.
The standardized interface between the components simplifies the installation and debugging process. The pre-processing function reduces measurement errors caused by gas pollution. The built-in diagnostic program can quickly locate the problem and provide solution suggestions.
Product parameters