Convenient operationThe YST108B-NTU680T device supports touch screen operation, with a built-in simplified menu that allows basic settings to be completed without the need for professional technicians; Some models are equipped with automatic cleaning function to reduce the frequency of manual maintenance.

Real time data processingIt can achieve 24-hour continuous monitoring, with a data update interval of up to 1 second, and can quickly capture sudden changes in turbidity (such as water inflow impact in sewage treatment plants, pipe network leaks, etc.).

Wide adaptability to various scenariosThe body protection level can reach IP65/IP68, which can adapt to complex environments such as outdoor, humid, and high temperature. It can be used for fixed monitoring in laboratories, as well as deployed in outdoor rivers and pipeline stations.

Easy data transmissionSupports multiple data transmission methods such as RS485, Ethernet, 4G/5G, etc., and can directly interface with water plant SCADA systems and environmental monitoring platforms to achieve remote data viewing and storage.

Match monitoring rangeSelect the range configuration of YST108B-NTU680T equipment based on the characteristics of industry water quality. For example, low range (0.01~100 NTU) is preferred for water treatment plants and water purification plants, while high range (0~4000 NTU) is required for sewage treatment plants and river monitoring.

Adapt to installation scenariosPipeline installation configuration for water transportation (such as municipal pipeline network and thermal heating water); Open water bodies (rivers, reservoirs) should be configured in a submerged manner; Choose a flow pool configuration for laboratories or small sites.

Pay attention to data requirementsWhen remote monitoring or platform docking is required, priority should be given to configurations that support wireless transmission (4G/5G); If viewed only locally, the basic model (RS485+analog output) can meet the requirements.

Consider environmental adaptabilityOutdoor or humid environments (such as chemical wastewater workshops and riverbanks) require a high protection level (IP67 or above) configuration; In low-temperature areas, it is necessary to confirm whether the equipment supports low-temperature startup configuration.

sewage treatment plantMonitor the inlet turbidity (to determine sewage load), aeration tank turbidity (to adjust aeration rate), and outlet turbidity (to ensure standard discharge) using YST108B-NTU680T equipment.

Water treatment plant/water purification plantReal time monitoring of raw water turbidity (warning of pollution), sedimentation tank effluent turbidity (optimizing flocculant dosage), and factory water turbidity (ensuring residential water safety).

Municipal water supply networkDeploy YST108B-NTU680T pipeline equipment at intermediate or terminal stations in the pipeline network to monitor changes in turbidity and assist in determining whether there are leaks or secondary pollution in the pipeline network.

Environmentally Friendly Water TreatmentUsed for centralized sewage treatment stations in industrial parks to monitor turbidity before and after treatment, providing data basis for environmental protection department supervision.

Thermal heatingMonitor the turbidity of heating circulating water to avoid suspended particles in the water blocking the pipeline and affecting heat transfer efficiency.

Hospital wastewater treatmentMonitor the turbidity of disinfected wastewater to ensure that medical wastewater meets discharge standards after treatment and to prevent the spread of bacteria with suspended solids.

Chemical wastewater treatmentReal time monitoring of turbidity in pre-treatment processes (such as sedimentation and filtration) for high turbidity and high pollution chemical wastewater, optimizing treatment processes.

River water quality monitoring: Lay YST108B-NTU680T immersed equipment in rivers and lakes to track turbidity changes for a long time and warn of water quality deterioration caused by rainstorm scouring and sewage discharge.

Smart rural water managementUsed for rural centralized water supply stations to monitor the turbidity of well water and reservoirs, providing basic water quality assurance for rural residents.

intelligent upgradeAI algorithms will be integrated to automatically identify abnormal data (such as sudden increases in turbidity) and trigger warnings, while combining historical data to predict water quality trends.

Multi parameter integrationUpgrade from single turbidity monitoring to multi parameter integration such as turbidity+pH+dissolved oxygen+residual chlorine, reducing equipment deployment and lowering operation and maintenance costs.

Low power consumption and portabilityDevelop a low-power, solar powered portable configuration for outdoor scenarios without power supply (such as remote rivers) to meet the needs of temporary monitoring or mobile inspection.

operation automationPopularize automatic calibration and cleaning functions, and some configurations will provide reminders for the remaining amount of consumables (such as cleaning solution), further reducing manual intervention.