Video surveillance of a river water environment

The water environment comprehensive treatment project of a certain river basin is based on the existing water quality assurance project, adhering to the principle of reducing pollution and making full use of the river channel for flood regulation and storage. A project that puts forward water quality assurance requirements with the goal of reducing the risk of water pollution in reservoirs and increasing the ecological water volume of river courses. As a key livelihood project in the urban area, a clean water channel will be built after the project is completed to ensure the quality of drinking water for urban residents from the source. We have adopted dual-core layer industrial switches in this water environment comprehensive management automatic control system and video surveillance project. It can not only realize the separate control and management of the automatic control system and the video surveillance system, but also reduce the harm of unnecessary broadcast packets, and also meet the switching capacity of the system's maximum switching bandwidth. Redundant self-healing ring networks are used for key self-control areas such as deodorization systems, ventilation systems, flushing systems, protection systems, conveying systems, and integrated pumping stations to increase communication reliability. In the remote PLC area, star topology data exchange is adopted to meet point-to-point large-bandwidth communication. In addition, star topology is used for video surveillance in each region to ensure the prevention and control of safety production risks in each region

The application used the rack mounted 16 Port L2 Managed Industrial switch EL1612GSMI, L2 4 Port Industrial switch EL42MGI, and Industrial media converter 1 Port gigabit+1 Port optical EL1011GP series

   EL1612GSMI

                 EL42MGI                 EL1011GP