The vertical pole-type IoT water quality monitoring system is an industry intelligent terminal directly applied to the river/lake long system, water ecological environment monitoring, aquaculture and other fields. The water quality monitoring system supports access to dozens of monitoring sensors such as five conventional parameters (dissolved oxygen, turbidity, conductivity, pH, water temperature), ammonia nitrogen, redox potential, COD, chlorophyll, and input liquid level; equipped with professional-grade sensor protection The kit can prevent microorganisms and surface attachments, monitor more accurately, and have a longer life; deep low-power processing, single-sided high-power photovoltaic panel, large-capacity lithium battery, equipment protection grade IP67, sensor part is IP68.
The vertical pole type water quality monitoring system equipment is mainly composed of a water quality analyzer, a multi-parameter analyzer (built-in DTU, transmitted via GPS), a water level sensor, a water pressure sensor, and a water pump status monitor. The water quality monitoring system is divided into automatic control system, water sample collection and pretreatment unit, water quality analysis instrument unit, system self-maintenance system, operating environment support system, control and data acquisition and transmission system. The water quality monitoring system controls the equipment and collects data, and realizes centralized monitoring management and centralized data sharing through wireless communication.
(1)Continuous and real-time monitoring of more than ten water quality parameters such as residual chlorine, PH, turbidity, conductivity, and dissolved oxygen. In the case of abnormal water quality parameters, the first time an alarm is issued and the supervisor is reminded to take measures.
(2)Control systems such as water pumps, valves, and dosing can be integrated to collect physical parameters such as working current, voltage, start and stop status, electrical energy parameters, pipeline pressure, instantaneous flow, and cumulative flow of the water treatment system.
(3)Data transmission through the Internet of Things, remote transmission of online data and equipment operation status to the monitoring and dispatching center, and the ability to send short messages of abnormal events, and to view the GPS map location of the event.
(4)Support local and remote data real-time query, data storage, historical curve recording, data export and printing and other agreed functions.
The vertical pole type water quality monitoring system is widely used in the fields of river/lake long system, water ecological environment monitoring, aquaculture and other fields.