Easy installationOur YST940M-3CY10 model adopts an integrated structure, reducing the pipeline connection steps of split type equipment. Installation can be completed by simply fixing the equipment, connecting power and signal lines, reducing on-site construction difficulty and time costs.

Easy maintenanceThe YST940M-3CY10 model has no complex internal moving parts, reducing component wear and failure probability; The surface of sensors is often made of anti fouling and corrosion-resistant materials, and regular cleaning is sufficient to ensure normal operation.

Strong environmental adaptabilityThe YST940M-3CY10 shell has waterproof, dustproof, and impact resistant properties, and can adapt to outdoor rain, humidity, as well as corrosive gases or liquids in scenarios such as sewage treatment plants and chemical wastewater. It can work stably in different temperature and humidity environments.

Flexible scene adaptationOur YST940M-3CY10 model supports custom channel section parameters and can match various common channel shapes such as rectangular, trapezoidal, U-shaped, parabolic, etc., to meet the design needs of different industries' water flow channels.

Match water flow parametersWhen choosing our YST940M-3CY10 model, the measurement range of the equipment needs to be determined based on the maximum/minimum water depth and flow rate of the application scenario. For example, river water quality monitoring needs to consider the difference in water depth between flood and dry seasons, and thermal heating needs to be adapted to the stable flow rate range of circulating water.

Adapt to the shape of open channelsClarify the cross-sectional type (rectangular, trapezoidal, etc.) and dimensions (width, depth) of the open channel on site, select the corresponding parameter configuration of YST940M-3CY10 type, and ensure the parameter matching of flow calculation.

Consider environmental characteristicsFor corrosive scenarios (such as chemical wastewater and hospital wastewater), the YST940M-3CY10 type with corrosion-resistant materials (such as 316L stainless steel, PTFE) for the housing and sensor should be selected; Outdoor scenes require confirmation of equipment protection level and low temperature tolerance.

Confirm output requirementsSelect the signal type of YST940M-3CY10 according to the requirements of the control system. If the municipal water supply network needs to transmit data remotely to the smart platform, priority should be given to configurations with wireless transmission or RS485 signals; Local monitoring can choose the basic configuration with only analog signals and display screens.

sewage treatment plantIn sewage treatment plants, our YST940M-3CY10 model is used to monitor the inlet flow rate of the pump room, the outlet flow rate of the biochemical tank, and the supernatant flow rate of the sludge treatment process, to assist in determining the operating load and treatment efficiency of the sewage treatment system.

waterworksYST940M-3CY10 is suitable for monitoring the overflow rate of sedimentation tanks and backwash flow rate of filter tanks in water plants, as well as the transfer flow rate of factory water in front of the pipeline network, to ensure stable flow in the water supply process.

Water purification plantOur YST940M-3CY10 model can achieve real-time monitoring of channel flow and purified water delivery flow during the raw water pretreatment stage of the water treatment plant, ensuring that the water volume of each treatment unit matches and avoiding overload or interruption.

Municipal water supply networkThe YST940M-3CY10 type is installed in open channels or overflow troughs at nodes such as branch lines and community entrances of municipal pipelines, monitoring the water supply in the area and assisting in the investigation of pipeline leaks (determined by flow differences).

Environmentally Friendly Water TreatmentIn the field of environmental water treatment, our YST940M-3CY10 model is used for monitoring the inflow/outflow flow of centralized sewage treatment facilities in industrial parks, as well as for flow statistics of rivers and lake tributaries in environmental monitoring stations, providing flow data support for water quality standard assessment.

Thermal heatingYST940M-3CY10 is suitable for the circulating water channel and replenishment channel of the heating company, monitoring the circulating water volume and replenishment volume of the heating system to ensure stable heat transfer and avoid affecting the heating effect due to insufficient water volume.

Hospital wastewater treatmentIn the open channels before and after the regulating tank and disinfection tank of the hospital wastewater treatment station, our YST940M-3CY10 model can monitor the wastewater treatment capacity to ensure that the treated wastewater is discharged according to the standard discharge.

Chemical wastewater treatmentThe YST940M-3CY10 model can be used for real-time monitoring of open channel flow in the pre-treatment and deep treatment of production wastewater in chemical enterprises, to avoid excessive high concentration wastewater entering the treatment system and ensure the stability of the treatment process.

River water quality monitoringThe YST940M-3CY10 model is deployed in open channels near river tributary entrances and lake sewage outlets. Combined with water quality sensors, it synchronously obtains flow and water quality data to calculate pollutant emissions.

Smart rural water managementIn the smart rural water management scenario, our YST940M-3CY10 model is used for monitoring the flow of water intake channels and discharge channels of sewage treatment stations in rural centralized water supply projects. It is suitable for decentralized and small-scale water facilities in rural areas and supports intelligent management of rural water management.

intelligent upgradeThe YST940M-3CY10 integrated AI algorithm can automatically identify interference factors such as bubbles and floating objects in water flow, reducing the impact of abnormal data; Support device self diagnosis, real-time monitoring of its own operating status, and automatic alarm in case of faults.

Deep integration of the Internet of ThingsThe future YST940M-3CY10 model will generally be equipped with low-power wide area network communication modules such as NB IoT and LoRaWAN, which can achieve long-distance data transmission without wiring and meet the centralized monitoring and data analysis needs of smart water platforms.

Low power consumption and energy-saving designWe will use low-power chips and sleep wake technology for the YST940M-3CY10 model, combined with solar power modules, to enable it to work stably for a long time in remote scenarios without mains power supply, such as rural rivers and mountainous water facilities.

Multi parameter integrationIn addition to flow rate, the subsequent YST940M-3CY10 model will gradually integrate water quality parameter sensors such as water temperature, pH value, and conductivity, achieving integrated monitoring of "flow+water quality", reducing the number of on-site equipment, and lowering system construction costs.

Sewage treatment plant operation and maintenance personnelPreviously, when using a split type flowmeter, the sensor and the host were installed separately, which made wiring difficult and prone to malfunctions. After switching to the YST940M-3CY10 model from Dalian Yister, installation only took half a day, and the sensor can be used after daily wiping. It has not had any problems for more than a year, saving a lot of maintenance time. ”

Technical personnel of water treatment plantThe backwash flow rate of our water plant's filter tank fluctuates greatly, and Dalian Yister's YST940M-3CY10 model can quickly respond to flow changes. The data transmission to the central control room is also very stable, which helps us avoid problems such as backwash failure or water waste

Municipal pipeline management personnelAfter installing Dalian Yiste's YST940M-3CY10 model in the open channel of the water supply branch line in the community, the water supply volume of the area can be seen in real time. After comparing it with the user's water consumption, a pipe network leak was quickly discovered, and after maintenance, a lot of water was saved every month. ”

Rural Water Affairs ManagerThe rural water intake canal is located on the mountain and there is no mains electricity. We chose the YST940M-3CY10 model with solar power supply from Dalian Yister. The data can be transmitted in real time to the platform in the town, and there is no need to send people up the mountain to read meters, making management much more convenient. ”

Environmental Protection Specialist for Chemical EnterprisesChemical wastewater is corrosive, and the previous equipment broke down after half a year. After replacing it with the YST940M-3CY10 model made of Dalian Yister corrosion-resistant material, it remained stable after two years of use. The flow data can also be integrated with the environmental protection platform, making compliance checks very worry free. ”