Easy to operate: The YST618B-SS580T model is equipped with an intuitive operating interface, with simple and easy to understand functions such as parameter settings and data viewing. It supports one click calibration and does not require complex operation training from professionals, reducing the threshold for use.

Easy maintenance: The core detection components of the equipment are designed to be durable, reducing the frequency of replacement of vulnerable parts. Daily maintenance only requires regular cleaning of detection probes and checking of equipment connection status, without frequent downtime for maintenance, reducing the workload of operation and maintenance.

Flexible data transmission: Supports multiple data output methods and can be integrated with PLC, upper computer systems, or cloud platforms to achieve real-time uploading, storage, and remote viewing of detection data, facilitating data aggregation, analysis, and centralized management.

Strong environmental adaptability: able to adapt to different temperature, humidity, and water quality conditions in use scenarios, whether it is the harsh water quality environment of sewage plants or the outdoor monitoring environment of rivers, it can maintain stable operation and reduce the interference of environmental factors on detection.

Clear detection requirements: For different range versions of the YST618B-SS580T model, matching models should be selected based on the suspended solids concentration range of the target water body to avoid low concentration detection being insensitive due to a large range, or high concentration scenarios being covered due to a small range.

Suitable for use scenarios: outdoor rivers, open-air reservoirs, etc. It is recommended to choose the high protection level and temperature resistant version of this model; Pipeline or flow-through installation versions are preferred for pipeline inspection; When using in vibration environments such as aeration tanks in sewage treatment plants, the anti-interference optimized version can be selected.

Considering system compatibility: If it is necessary to connect to an existing water treatment control system, it is necessary to confirm that the equipment output signal (such as 4-20mA, RS485) matches the control system interface to avoid data transmission issues.

Evaluate operation and maintenance costs: Based on the frequency of daily equipment maintenance, difficulty in replacing consumables, and cost, select specific configurations and prioritize versions with long maintenance cycles and easily accessible consumables to reduce long-term usage costs.

Wastewater treatment plant: YST618B-SS580T type is installed at key links such as inlet, aeration tank, sedimentation tank, and outlet to monitor changes in suspended solids concentration, assist in adjusting aeration intensity and sludge reflux ratio, and ensure that suspended solids in the effluent meet discharge standards.

Waterworks: Install this equipment at the raw water intake to monitor the content of suspended solids such as sediment and algae, providing data basis for the dosage of chemicals in coagulation and sedimentation processes, and ensuring that the turbidity of the effluent meets drinking water standards.

Water purification plant: For industrial or civilian water purification processes, this equipment is used to monitor the concentration of suspended solids in the water before and after filtration in real time, determine whether the filter material needs to be backwashed, and ensure water purification efficiency and quality.

Municipal water supply network: Install equipment at key nodes of the municipal water supply network to monitor the suspended solids content in the water within the network, promptly detect sediment infiltration caused by pipeline damage, and ensure the safety of residents' water use.

Environmental water treatment: Install this equipment in centralized sewage treatment stations and third-party environmental monitoring agencies in industrial parks to monitor the compliance of suspended solids in the treatment process and discharge water bodies, and retain monitoring data for regulatory inspections.

Thermal heating: Use this equipment to detect the concentration of suspended solids in the supply water and circulating water of the heating system, prevent suspended solids from depositing and blocking pipelines or affecting the efficiency of heat exchangers, and reduce equipment failures and energy waste.

Hospital wastewater treatment: By using this equipment to monitor the concentration of suspended solids in hospital wastewater pretreatment (such as after grid filtration) and final discharge, it ensures that the treated wastewater meets the medical wastewater discharge standards.

Chemical wastewater treatment: For suspended solids such as granular impurities and unreacted raw material particles contained in chemical wastewater, this equipment is used to monitor the concentration of each step in real time, optimize the treatment process, and avoid suspended solids affecting the subsequent biochemical treatment effect.

River water quality monitoring: Install this equipment in monitoring sections of urban inland rivers, landscape rivers, and watersheds to track changes in suspended solids concentration for a long time, evaluate the effectiveness of river dredging and ecological restoration projects, and warn of soil erosion or direct sewage discharge issues.

Smart rural water management: Deploy this equipment in centralized sewage treatment stations and drinking water sources (such as reservoirs and wells) in rural areas to monitor the effectiveness of sewage treatment and suspended solids pollution in water sources, and assist in the intelligent management of rural water quality.

Case study of a municipal sewage treatment plant: The treatment capacity of the sewage plant is 100000 tons/day, and one of our YST618B-SS580T models is installed at the inlet, sedimentation tank outlet, and outlet. By monitoring the concentration of suspended solids in the inflow in real-time and adjusting the interception frequency of the grille; Optimize sludge discharge based on sedimentation tank outlet data; The water outlet data is uploaded in real-time to the environmental supervision platform, ensuring that the suspended solids concentration in the effluent remains stable below 10mg/L, and the compliance rate has increased from 92% to 99%.

Case study of wastewater treatment in a certain chemical industrial park: The wastewater discharged by chemical enterprises in the park contains a large amount of granular impurities. The centralized sewage treatment station is equipped with one YST618B-SS580T model in the pretreatment stage (after grid and regulating tank) and one YST618B-SS580T model after biochemical treatment. The preprocessed data is used to determine whether an additional filtration process is needed. The biochemical treatment data guides the adjustment of the deep treatment process. After being put into use, the removal rate of suspended solids in wastewater increased by 15%, and the service life of the reverse osmosis membrane was extended by 2 years.

A smart rural water management case: A county installed our YST618B-SS580T model in 20 village level sewage treatment stations, and the equipment uploaded data to the county-level rural water management platform through NB IoT network. The platform can view real-time suspended solids processing data from various sites, and automatically send warning messages to operation and maintenance personnel when a site's data exceeds the standard. After six months of operation, the standard discharge rate of rural sewage treatment stations has increased from 85% to 96%, and the operation and maintenance response time has been shortened from 48 hours to 8 hours.

Intelligent upgrade: In the future, more AI algorithms will be integrated on the basis of this model. By analyzing historical suspended solids data and related water quality indicators (such as turbidity and pH), abnormal data can be automatically identified, faults can be self diagnosed, and treatment process adjustment suggestions can be made, reducing manual intervention.

Integrated development: Promote the optimization of this model towards "multi parameter integration" direction, in addition to suspended solids detection, increase turbidity COD、 The detection function of ammonia nitrogen and other indicators reduces the number of equipment installations, lowers system complexity and costs, and adapts to the needs of integrated water treatment equipment.

Green design: Low power components are used in the production of this model, and a solar powered version is developed to meet long-term use in outdoor scenarios without external power sources; Selecting environmentally friendly materials and reagents to reduce secondary pollution to the environment during equipment use is in line with the concept of green environmental protection.