high measurement accuracyUsing excellent optical components, the minimum resolution can reach 0.001 NTU, meeting the requirements of high-precision monitoring and controlling data deviation at a lower level in the industry.

Strong stabilityEquipped with anti-interference design, it can resist the influence of water color, temperature fluctuations, and impurity adhesion, with low long-term operation failure rate and adaptability to various water environments.

Easy to operateSupport remote control, automatic data storage and export, equipped with a clear display screen, parameter settings and data viewing are intuitive and easy to understand, reducing the operating threshold.

Wide environmental adaptabilityWaterproof, dustproof, corrosion-resistant design, can adapt to different working conditions such as high and low temperatures, high humidity, etc., suitable for various indoor and outdoor installation scenarios, without the need for additional environmental modification.

Low maintenance costThe automatic cleaning function reduces the frequency of manual cleaning, prolongs the service life of core components, reduces subsequent operation and maintenance investment, and lowers long-term usage costs.

Match measurement rangeSelect the corresponding range based on the actual turbidity range of the water body. For low turbidity scenarios (such as water treatment plants), choose the small range version, and for high turbidity scenarios (such as chemical wastewater), choose the large range version. Prices vary for different range versions.

Adapt to the usage environmentFor outdoor scenes, priority should be given to configurations with a protection level of IP67 or above. For low-temperature environments, the equipment's anti freezing ability should be confirmed. For corrosive water bodies, special material sensors should be selected. Customized configurations should be evaluated based on actual needs.

Meet data requirementsIf remote data transmission is required, confirm the supported communication protocol. If linkage control system is needed, pay attention to output signal compatibility. Function expansion configuration can be flexibly adjusted.

Combined with maintenance conditionsIn scenarios where operational resources are limited, priority should be given to configuring automatic cleaning and long-life components to reduce maintenance frequency and subsequent investment.

Compliant with industry standardsTo ensure that the equipment meets relevant national or industry monitoring standards, the data can be used for compliance acceptance, and we can provide configuration solutions that comply with the standards.

waterworksThe YST108B-NTU680T product is used for monitoring the turbidity of raw water, sedimentation tank effluent, filtered water, and factory water, ensuring that the turbidity of drinking water meets the standard and timely warning of water quality abnormalities.

sewage treatment plantCovering the monitoring of inflow, biochemical treatment tank, secondary sedimentation tank effluent, and tailwater discharge outlets, providing data support for process adjustments and ensuring compliance with discharge standards.

Water purification plantMonitor the changes in turbidity before and after ultrafiltration, reverse osmosis and other advanced treatment processes, evaluate the filtration effect, and ensure the quality of purified water.

Municipal water supply networkInstalled at pipeline nodes and secondary water supply facilities, real-time monitoring of pipeline water quality stability, and timely detection of pipeline leaks or pollution problems.

Environmentally Friendly Water TreatmentUsed for monitoring pollution sources and evaluating the effectiveness of water quality control projects, providing data basis for environmental law enforcement and optimization of treatment plans.

Thermal heatingMonitor the turbidity of the heating circulating water to avoid equipment blockage or corrosion caused by impurity deposition in the pipeline, and ensure the stable operation of the heating system.

Hospital wastewater treatmentAdapt to the complex water quality of medical wastewater, monitor turbidity before and after disinfection, and ensure that wastewater treatment complies with medical wastewater discharge standards.

Chemical wastewater treatmentTolerate high concentration and corrosive water bodies, monitor turbidity in various stages of chemical wastewater treatment, and assist in process optimization and standard discharge.

River water quality monitoringDeploy in natural water bodies such as rivers and lakes, track changes in turbidity for a long time, and warn of water pollution or eutrophication risks.

Smart rural water managementAdapt to decentralized water supply facilities in rural areas, monitor the turbidity of well water and mountain spring water after treatment, and ensure the water safety of rural residents.

intelligent upgradeIntegrate AI algorithms to achieve automatic warning of data anomalies, self diagnosis of faults, reduce manual intervention, and enhance the autonomous operation capability of equipment.

Multi parameter fusionIn addition to turbidity, pH, dissolved oxygen, residual chlorine and other indicators can be synchronously monitored to meet the needs of integrated water quality monitoring and expand the applicability of equipment scenarios.

low-power designSuitable for outdoor scenarios without power supply, powered by solar energy and running with low power consumption, extending battery life without the need for frequent power replacement.

Wireless transmission optimizationSupport wireless communication technologies such as 5G and LoRa, improve data transmission efficiency and coverage, adapt to smart water platforms, and achieve real-time data sharing.

Miniaturization and IntegrationReduce the size of the equipment, make installation more flexible, and can be integrated into small monitoring stations or mobile monitoring devices, adapting to scenarios with limited space.

Your YST108B-NTU680T product operates stably under high turbidity inlet conditions, with small deviations between data and laboratory test results. The automatic cleaning function reduces the hassle of weekly disassembly and cleaning, and significantly improves operation and maintenance efficiency

The technical director of a certain water supply plant said: "The measurement accuracy of the low range version meets the requirements, and the turbidity monitoring of the factory water has always been kept below 0.1 NTU. The data can be directly used for water quality reports, and the remote monitoring function is also convenient for real-time monitoring of water quality conditions. ”

The person in charge of a smart rural water project said: "The YST108B-NTU680T product is suitable for decentralized water supply scenarios in rural areas. It is easy to install, has low power consumption, and can operate stably with solar power supply. The safety of water use for villagers is guaranteed by data, and the feedback is very good. ”

A chemical wastewater treatment engineer said, "It has a strong ability to tolerate corrosive wastewater. The equipment used before was easily damaged. This model has been running for six months without any malfunctions, and the data is accurate. It has helped us optimize the flocculation process and improve the compliance rate of effluent turbidity

Staff of a river monitoring station: "After outdoor installation, we experienced rainstorm, high temperature and other weather. The equipment protection performance is reliable, and the data is continuous and uninterrupted, providing accurate basic data for river water quality control."

A municipal sewage treatment plant projectInstall one YST108B-NTU 680T product at each inlet, biochemical tank, and tailwater discharge outlet to monitor real-time changes in turbidity at each process stage. Through data linkage, when the inflow turbidity suddenly increases, the dosage of flocculant is automatically adjusted to ensure that the effluent turbidity of the secondary sedimentation tank remains stable below 10 NTU, and the compliance rate of effluent turbidity is increased from 95% to 99.8%.

A smart rural water engineering projectEquip 20 decentralized water supply points within the jurisdiction with YST108B-NTU 680T products, and upload real-time data to the township water management platform. The equipment is powered by solar energy to adapt to rural environments without stable power supply. It monitors the turbidity of filtered well water to ensure that the turbidity of the water supply is ≤ 1 NTU, solving the problem of difficult water safety supervision in rural areas.

A water quality monitoring network for a certain river channelDeploy YST108B-NTU680T products in 10 key sections of urban inland rivers to build a continuous monitoring network. Through long-term data tracking, it was found that the turbidity of a certain river section increased abnormally after rain. Tracing back to the dust pollution caused by surrounding construction, timely measures were taken to enclose and protect the river. The average turbidity of the river decreased by 30%, and the water quality improved significantly.

A hospital wastewater treatment projectThe composition of hospital wastewater is complex, containing small amounts of suspended solids and medical pollutants. The YST108B-NTU680T product is installed to monitor the turbidity of the effluent from the disinfection tank. The equipment is resistant to the corrosiveness of wastewater, and the data accurately reflects the treatment effect, ensuring that the effluent turbidity meets the "Medical Institution Water Pollutant Discharge Standards" and avoiding environmental compliance risks.

Circulating water monitoring of a certain heating companyInstall YST108B-NTU680T products at the outlet and return outlet of the heating pipe network circulation pump to monitor changes in circulating water turbidity. When the turbidity exceeds the set threshold, the system automatically starts the pipeline cleaning program to reduce the deposition of impurities in the pipeline, lower the occurrence rate of equipment failures, reduce energy consumption of the heating system by 15%, and improve operational stability.