Strong environmental adaptabilityThe sensors of our YST183F-A50XL equipment can withstand harsh on-site environments such as humidity, dust, and high and low temperatures. The converter is placed in a dry indoor environment, avoiding the impact of the on-site environment on the core computing components of the equipment and extending the overall service life.

High installation flexibilityWhen the installation position of DN200 pipeline is narrow, the space is limited, or there is strong electromagnetic interference on site, our YST183F-A50XL equipment can separate and install sensors and converters by extending cables (up to 100 meters), reducing the limitations of installation space and environmental interference.

Excellent maintenance convenienceWhen performing daily maintenance on the YST183F-A50XL equipment, there is no need to disassemble sensors or stop the flow of pipeline media. Only parameter checks and cleaning of the converter are required, reducing downtime costs. It is particularly suitable for continuous operation in water, chemical and other scenarios.

Wide compatibility of mediaOur YST183F-A50XL equipment can measure liquids containing small amounts of impurities and suspended solids (such as sewage, wastewater, and sediment laden river water) without worrying about impurity blockage or component wear, and is suitable for monitoring various types of water related and chemical liquids.

Confirm the conductivity of the mediumBefore choosing our YST183F-A50XL equipment, it is necessary to first verify whether the conductivity of the measured liquid is ≥ 5 μ S/cm. If the medium is pure water (with low conductivity), this type of equipment is not suitable and other measurement principle products need to be replaced.

Match operating condition parametersBased on the actual medium temperature and working pressure of the pipeline, select the YST183F-A50XL equipment sensor with the corresponding tolerance range (such as the -20 ℃~180 ℃ version for high temperature conditions, and the model with ≥ pipeline design pressure for high-pressure pipelines).

Clearly define the installation environmentIf the sensor of YST183F-A50XL equipment needs to be installed in underground wells or wet pump rooms, an IP68 protection level should be selected; If there is strong electromagnetic interference on site (such as large motors nearby), it is necessary to choose a converter with anti-interference design and extend the installation distance.

Determine output requirementsIf you need to connect the YST183F-A50XL device to the smart monitoring platform, select the model with RS485 digital signal output; If only local display and simple control are needed, the 4-20mA analog signal version can meet the requirements.

sewage treatment plantOur YST183F-A50XL equipment is used for flow monitoring at the inlet and outlet, as well as process flow control in aeration tanks and sedimentation tanks. It helps users real-time grasp the sewage treatment capacity, match the dosage and treatment process.

Water treatment plant/water purification plantInstall the YST183F-A50XL equipment on the water supply pipeline and the inlet and outlet pipelines of the clean water tank, monitor the raw water intake flow rate and purified water output flow rate, ensure that the total water supply matches the user's needs, and avoid pipeline overload.

Municipal water supply networkWe have installed our YST183F-A50XL equipment on the municipal main and branch pipelines to monitor the water supply in different areas, assist users in analyzing the flow distribution of the pipeline network, and provide data support for leak detection and pipeline optimization.

Environmentally Friendly Water TreatmentThe YST183F-A50XL equipment is used for flow monitoring of industrial wastewater pretreatment and reclaimed water reuse systems, ensuring that the treated wastewater discharge meets environmental standards. At the same time, it records the reclaimed water reuse flow rate and calculates resource recovery efficiency.

Thermal heatingOur YST183F-A50XL equipment is compatible with DN200 hot water delivery pipelines in heating systems, monitoring hot water circulation flow, assisting in adjusting heating temperature and pressure, and ensuring uniform heating in various areas.

Hospital wastewater treatmentThe YST183F-A50XL equipment is used for flow monitoring in the inlet and disinfection stages of hospital wastewater treatment systems, to avoid fluctuations in wastewater flow affecting disinfection effectiveness and ensure that medical wastewater is discharged in compliance with standards.

Chemical wastewater treatmentOur YST183F-A50XL equipment can withstand the corrosion of chemical wastewater (such as wastewater containing acids, bases, and small amounts of organic solvents), monitor the flow rate in the wastewater treatment process, and ensure the coordinated operation of chemical production and wastewater treatment.

River water quality monitoringInstall YST183F-A50XL equipment on the DN200 sampling pipeline at the water intake and water quality monitoring section of the river, in conjunction with water quality sensors, to achieve synchronous monitoring of "flow+water quality" and assist in analyzing the water exchange efficiency of the river.

Smart rural water managementOur YST183F-A50XL equipment will be used for the main pipeline of rural centralized water supply projects and village level water distribution pipelines to monitor water supply in real time, optimize water supply scheduling based on water use data, and avoid water resource waste.

intelligent upgradeIn the future, Dalian Yister will add a "self diagnosis" function to the YST183F-A50XL equipment, allowing it to automatically identify sensor faults, signal interference, and other issues, and push warning information through a remote platform to reduce manual inspection costs for users.

Smart platform integrationWe will strengthen the compatibility between the YST183F-A50XL equipment and smart water and environmental monitoring cloud platforms, support real-time uploading of traffic data, storage of historical data, and trend analysis, and provide users with integrated data services of "monitoring analysis decision-making".

Material OptimizationFor the YST183F-A50XL equipment, we will further upgrade the sensor electrodes and lining materials (such as using more corrosion-resistant Hastelloy alloy and more wear-resistant polyurethane lining) to adapt to higher concentration acidic and alkaline wastewater, high wear sandy water bodies, and other working conditions.

low-power designFor remote rural areas and river monitoring scenarios without mains power supply, we will develop the YST183F-A50XL low-power version device, which supports solar power supply, extends the device's endurance, and reduces the power supply cost for outdoor installation for users.