Strong stabilityWe adopt anti-interference technology in equipment design, which can maintain stable operation under complex conditions such as water impurities and temperature fluctuations, reduce the impact of external factors on monitoring data, and ensure the continuity of long-term monitoring.

Easy to operateEquipped with an intuitive display interface and simple operation buttons, it supports one click start monitoring and parameter calibration. Some versions can be remotely operated through a mobile app, reducing the difficulty of manual operation.

Wide adaptability to the environmentThe sensor and host housing are made of corrosion-resistant and waterproof materials, which can adapt to different water qualities such as sewage, tap water, river water, as well as various working environments such as outdoor and humid workshops.

Match measurement requirementsDetermine whether anti pollution sensors are needed based on the water quality type of the application scenario (such as sewage, pure water, river water), and select the corresponding data storage and transmission capacity configuration based on the monitoring frequency (real-time continuous monitoring or intermittent monitoring).

Adapt to the usage environmentOutdoor use can choose a version with low-temperature protection and sun protection functions; Chemical wastewater and other corrosive environments require confirmation of the acid and alkali resistance of equipment materials; In limited space scenarios, an integrated compact configuration can be selected.

Meet functional requirementsIf you need to integrate with the existing water quality management platform, you can communicate with us in advance to confirm the compatibility of the data output protocol; If it involves multi parameter monitoring (such as measuring pH and dissolved oxygen at the same time), modular and expandable parameter configurations can be selected.

sewage treatment plantInstall YST109B-HP880 equipment at the inlet, aeration tank, sedimentation tank, and outlet to monitor the pH value of each stage and ensure that the sewage treatment process (such as biochemical reactions) is carried out within the appropriate pH range, ensuring that the effluent pH meets the standard for discharge.

Waterworks and water purification plantsUse this device to monitor the pH values of source water, coagulation tank, and filtered water, and assist in adjusting the dosage of coagulants and disinfectants to avoid abnormal pH affecting water quality, taste, or pipeline corrosion.

Municipal water supply networkInstall equipment at key nodes of the pipeline network (such as pressure stations and secondary water supply facilities), monitor real-time changes in water pH in the pipeline network, and promptly detect problems such as pipeline leakage and secondary water pollution.

Environmentally Friendly Water TreatmentUsed for centralized sewage treatment facilities and third-party environmental monitoring agencies in industrial parks, providing data basis for environmental protection department supervision and enterprise pollution control.

Thermal heatingMonitor the pH value of circulating water in the heating system to prevent corrosion of pipelines and heat exchangers caused by low pH, or scale formation caused by high pH, ensuring stable operation of the heating system.

Hospital wastewater treatmentMonitor the pH value of hospital wastewater (including disinfectants and drug residues) at all stages of the treatment process to ensure that the treated wastewater meets discharge standards and avoids the spread of harmful substances.

Chemical wastewater treatmentReal time monitoring of pH values in the pre-treatment, biochemical treatment, and advanced treatment stages of chemical wastewater, guiding the dosage of reagents for acid-base neutralization processes.

River water quality monitoringInstall equipment at river sections and lake entrances to monitor the pH value of water bodies for a long time, and combine other parameters to determine whether the water body is polluted and assist in water environment management.

Smart rural water managementInstall our YST109B-HP880 model in rural centralized water supply stations and decentralized sewage treatment facilities【PH water quality comprehensive analyzer】Remote transmission of PH data to the township water management platform to achieve unmanned and intelligent supervision of rural water quality.

Intelligent upgrade: It is planned to integrate AI algorithm, automatically identify abnormal data (such as sudden rise and fall of PH value) and trigger alarm, at the same time, predict water quality change trend according to historical data, and assist users to adjust treatment process in advance.

Multi parameter integrationPromote the development from single pH monitoring to integrated monitoring of multiple parameters such as pH+dissolved oxygen+conductivity+turbidity, reduce the number of equipment installations, lower user operation and maintenance costs, and meet the needs of comprehensive water quality assessment.

Low maintenance designOptimize the self-cleaning coating and calibration free technology of sensors to extend their service life; Support remote diagnosis and firmware upgrade, reduce on-site maintenance frequency, suitable for monitoring scenarios in remote areas.