High durabilityThere are no moving parts such as mechanical impellers or gears, and there is no problem of component wear, reducing the probability of failure and extending the service life of the equipment.

Flexible installationThe card style design makes it lightweight, takes up less space, and can be adapted to pipes of different diameters. Multiple installation methods, such as horizontal and vertical, do not affect the measurement effect.

Strong environmental adaptabilityCan tolerate a wide range of water temperature and working pressure, with higher tolerance to impurities and particles in water than traditional mechanical water meters, reducing the impact of water quality on equipment.

Intelligent data capabilitySupport real-time traffic monitoring, automatic data collection, and remote transmission. Some devices can achieve water outage alarm and abnormal flow warning, making it convenient for users to manage water affairs.

Low power operationAdopting low-power chips and energy-saving design, it can operate continuously for several years in battery power mode without frequent power replacement, reducing operation and maintenance costs.

Match pipeline diameterWhen selecting the YST307D50YK213 type, the corresponding model should be selected based on the nominal diameter of the actual water supply and drainage pipeline to ensure that the equipment and pipeline size are consistent, and to avoid measurement deviation or installation difficulties caused by mismatched diameters.

Adapt to the usage environmentIf used in high-temperature scenarios (such as thermal heating), the high-temperature tolerant version of YST307D50YK213 should be selected; If used outdoors or in humid environments, priority should be given to selecting YST307D50YK213 equipment with high protection level (IP68).

Clearly define functional requirementsFor remote monitoring needs, priority can be given to the YST307D50YK213 model that supports NB IoT/LoRa communication; If you need to view local data, you can choose the YST307D50YK213 version with a display screen; Low power consumption requirements focus on the battery life parameters of this model.

Combining fluid characteristicsWhen used in special water quality scenarios such as chemical wastewater and hospital wastewater, it is necessary to confirm whether the material of YST307D50YK213 equipment can withstand the corrosiveness of the corresponding fluid to avoid equipment damage.

sewage treatment plantYST307D50YK213 is used for flow measurement at the inlet and outlet, real-time monitoring of sewage treatment capacity, assisting in determining treatment process efficiency, and providing data basis for sewage treatment cost accounting.

waterworksYST307D50YK213 adapts to the internal water supply and distribution network of the water plant, monitors the water supply volume at each link, helps the dispatch center balance the pressure of the pipeline network, and avoids unstable water supply caused by uneven flow.

Water purification plantYST307D50YK213 is used for flow statistics in the purified water output process, recording the purified water production and monitoring the inlet flow of each purification unit to ensure that the purification process operates according to standards.

Municipal water supply networkYST307D50YK213 is installed at key nodes of the municipal water supply network (such as community entrances and road sections), monitoring the water supply volume in the area, assisting in the investigation of pipeline leaks, and improving water supply efficiency.

Environmentally Friendly Water TreatmentInstall YST307D50YK213 in the intermediate and discharge stages of industrial wastewater and domestic sewage treatment, monitor the water volume before and after treatment, and provide data support for environmental protection standard discharge supervision.

Thermal heatingYST307D50YK213 is suitable for hot water metering in heating pipelines. Due to the absence of mechanical components, it can avoid equipment blockage caused by impurities in hot water and ensure stable flow monitoring during the heating season.

Hospital wastewater treatmentYST307D50YK213 is used for measuring the inflow and outflow of hospital wastewater treatment systems. The equipment material can withstand the weak corrosiveness of wastewater and supports remote data upload, meeting the requirements of medical wastewater supervision.

Chemical wastewater treatmentYST307D50YK213 type is used in the pre-treatment and deep treatment of wastewater in chemical enterprises to monitor the wastewater flow rate of each treatment unit, ensure that the chemical wastewater is treated according to the process requirements, and avoid flow fluctuations affecting the treatment effect.

River water quality monitoringYST307D50YK213 is used in conjunction with river water replenishment or sewage interception pipelines to monitor the amount of replenishment or interception, assist in judging the improvement of river water quality, and provide data reference for adjusting river management plans.

Smart rural water managementYST307D50YK213 is suitable for rural water supply networks and sewage treatment facilities. Due to its low power consumption and easy installation, it can operate stably in decentralized water management scenarios in rural areas, helping with intelligent management of rural water affairs.

Intelligent deep upgradeIn the future, we will integrate AI algorithms for the YST307D50YK213 model to achieve trend analysis and anomaly prediction of flow data, such as identifying pipeline leaks and equipment failures in advance through flow fluctuations, reducing manual troubleshooting costs.

Enhanced interconnectivity capabilityThe YST307D50YK213 model will be more deeply integrated into the smart water management platform, supporting data linkage with multiple devices such as water quality monitoring equipment and pipeline pressure sensors, forming an integrated monitoring system of "water quantity water quality pressure".

Material and process optimizationWe will use a new type of composite material that is more corrosion-resistant and high-temperature resistant for the YST307D50YK213 model, further expanding the applicability of the equipment. At the same time, through integrated molding technology, we will reduce the size and weight of the equipment and improve installation convenience.

Breakthrough in low-power technologyThe YST307D50YK213 model will combine solar assisted power supply technology to achieve a dual power supply mode of "battery+solar energy", solving the problem of equipment power supply in remote areas and extending the life cycle of equipment.