The measurement range is wide, and the YST108B-NTU 680T can cover ranges from low to conventional turbidity to thousands of NTU, suitable for precise detection under high turbidity conditions.

Strong anti-interference ability, able to effectively resist the influence of impurities such as color, bubbles, and organic matter in water on measurement results, with outstanding stability.

Fast response speed, real-time output of monitoring data, support continuous online monitoring, and meet the requirements of real-time process control.

Low maintenance cost, strong protection of equipment optical components, simple calibration process, can reduce manual operation and maintenance investment.

Wide adaptability, able to adapt to different temperature and pressure conditions, supports multiple installation methods, and is compatible with various monitoring systems.

Measurement range: 0.1 NTU -5000 NTU (high range range), expandable to 10000 NTU.

Measurement accuracy: ± 2% FS (full scale) or ± 0.1 NTU (whichever is greater).

Resolution: 0.1 NTU (low range segment), 1 NTU (high range segment).

Working temperature: 0 ℃ -50 ℃, supports customized high-temperature conditions (up to 80 ℃).

Power supply voltage: AC 220V ± 10% or DC 24V ± 10%.

Output signal: 4-20mA analog signal, RS485 digital signal (Modbus protocol), supports relay alarm output.

Installation methods: pipeline type, submerged type, flow type, can be selected according to needs.

Calibration methods: automatic calibration, manual calibration, supporting standard turbidity liquid calibration.

Market guidance price: 5500.0 yuan, prices may vary depending on equipment parameter configurations.

Matching measurement range: Select according to the actual turbidity range of water quality, and ensure that the upper limit of the equipment range covers the peak turbidity under high turbidity conditions.

Suitable operating conditions: Select the corresponding model based on water temperature, pressure, and water quality composition (such as oil content and corrosive substances).

Clear output requirements: Select the corresponding signal output type based on the data transmission method (local display, remote monitoring).

Consider installation scenarios: Pipeline type is suitable for continuous water flow monitoring, while submerged type is suitable for open scenarios such as rivers and pools.

Prioritize maintenance convenience: Choose models with long calibration cycles, easy cleaning, and easily replaceable consumables to reduce operation and maintenance costs.

Wastewater treatment plant: Install YST108B-NTU680T at the inlet, aeration tank, sedimentation tank, and outlet for turbidity monitoring, controlling the efficiency of wastewater treatment process and the compliance of effluent standards.

Waterworks: Use YST108B-NTU 680T to monitor the turbidity of raw water, coagulation tank, sedimentation tank, and filtered water, ensuring the stability of the drinking water purification process and compliance with drinking water hygiene standards.

Water purification plant: For the process of pure water preparation and reuse of reclaimed water, the turbidity is controlled by YST108B-NTU680t to ensure that the water quality meets the requirements of industrial or domestic use.

Municipal pipe network water supply: Install YST108B-NTU680T at pipe network nodes and secondary water supply facilities to monitor changes in turbidity during pipe network water transmission and promptly detect pipe network leaks or pollution issues.

Environmental water treatment: YST108B-NTU680T is used for water quality monitoring in industrial wastewater pretreatment and ecological restoration projects, helping to achieve environmental discharge standards.

Thermal heating: Monitor the turbidity of heating circulating water through YST108B-NTU680T to prevent pipeline blockage and corrosion, ensuring efficient operation of the heating system.

Hospital wastewater treatment: For hospital wastewater containing pollutants and disinfectants, the turbidity before and after treatment is monitored using YST108B-NTU 680T to ensure safe discharge of the wastewater.

Chemical wastewater treatment: YST108B-NTU680T is suitable for turbidity monitoring of high concentration and highly corrosive chemical wastewater, supporting the standard treatment of chemical production wastewater.

River water quality monitoring: YST108B-NTU680T will be installed in a submerged manner in natural water bodies such as rivers and lakes to monitor long-term changes in turbidity, reflecting water pollution and ecological restoration status.

Smart Rural Water Management: YST108B-NTU 680T is used for turbidity monitoring in rural centralized water supply projects and decentralized sewage treatment facilities, ensuring rural drinking water safety and sewage treatment effectiveness.

Intelligent upgrade: Integrated IoT module, supporting remote data transmission, remote calibration, and fault warning, adapted to smart water management platform.

High precision optimization: Adopting dual beam and multi angle optical design, further improving the measurement accuracy in the high turbidity range and reducing interference effects.

Modular design: The core components are modularized and integrated, making it easy to maintain and upgrade in the future, and adapting to the functional expansion needs of different scenarios.

Enhanced self-cleaning function: Added automatic backwashing and ultrasonic cleaning modules to reduce optical component contamination and extend maintenance cycles.

Multi parameter integration: Integrating monitoring functions for parameters such as pH, dissolved oxygen, and residual chlorine to achieve synchronous detection of multiple indicators on a single device.

Sewage treatment plant operation and maintenance personnel: "Your YST108B-NTU680T performs stably under high turbidity conditions at the inlet, with small deviations between data and laboratory test results. The alarm function can promptly remind of water quality abnormalities, greatly reducing the pressure of manual inspection. ”

Technical Director of Water Plant: "The YST108B-NTU680T has excellent monitoring accuracy for filtered water turbidity, supports automatic calibration, does not require frequent manual operation, and is smoothly integrated with the water plant's automatic control system, helping to automate production process control. ”

Hospital logistics management personnel: "In response to the complex composition of hospital wastewater, YST108B-NTU680T has strong anti-interference ability, low long-term operation failure rate, simple maintenance, and meets the requirements of wastewater treatment standard monitoring. ”

The person in charge of the Smart Rural Water Project: "The YST108B-NTU 680T is easy to install and suitable for decentralized water supply scenarios in rural areas. Data can be uploaded to the management platform in real time for remote supervision, ensuring the safety of drinking water for villagers. ”

River monitoring and operation team: "The YST108B-NTU680T submersible installation has good stability and can adapt to harsh outdoor environments. The long-term monitoring data is continuous and reliable, providing accurate data support for river ecological governance. ”

Case study of a municipal sewage treatment plant: The daily processing capacity of the sewage treatment plant is 50000 tons, and our YST108B-NTU 680T is installed at the inlet and outlet of the sedimentation tank. Real time monitoring of inflow turbidity fluctuations by equipment provides data basis for adjusting the aeration volume of the aeration tank; The turbidity data at the outlet of the sedimentation tank is linked to the sludge reflux system to optimize the sedimentation effect, ultimately achieving stable control of effluent turbidity below 10 NTU and meeting discharge standards.

Case study of a certain water supply plant: In response to the problem of large fluctuations in raw water turbidity, the water supply plant installed multiple YST108B-NTU680T in the coagulation tank and filtered water process. The equipment is linked with the dosing system to automatically adjust the dosage of coagulant based on turbidity data. The turbidity of filtered water is stably controlled within 0.5 NTU, ensuring the safety of drinking water quality and reducing the cost of chemical consumption.

A case study of water quality monitoring in a certain river channel: In order to monitor the ecological restoration effect of urban river channels, our YST108B-NTU 680T (submerged) was installed at key sections of the river channel. The equipment continuously monitors the change of turbidity 24 hours a day, and the data is transmitted to the urban water environment management platform through the Internet of Things. The management personnel can grasp the water quality status of the river in real time, respond to the abnormal increase of turbidity, leakage of pollutants and other emergencies after the rainstorm in time, and help the river ecological environment continue to improve.

A case study of chemical wastewater treatment: The wastewater from a chemical enterprise contains high concentrations of suspended solids and corrosive substances. A customized YST108B-NTU 680T was selected for monitoring the outlet of the pretreatment tank and biochemical treatment tank. The equipment is adapted to corrosive working conditions, and the measurement data accurately reflects the effectiveness of wastewater treatment, ensuring that the turbidity of the treated wastewater meets the standard for discharge and avoiding environmental pollution risks.