Micro Water Quality Monitor FT - WMSM

The Micro water quality monitor FT-WMSM is a device meticulously designed to meet the complex needs of water environment monitoring.

FT-WMSM adopts a highly integrated design, compactly and rationally integrating the water sampling and distribution system, detection unit, quality control unit, and auxiliary unit into a single body. Its detection principle is rigorous and scientific. For the detection of key water quality indicators such as total phosphorus, total nitrogen, chemical oxygen demand, permanganate index, and ammonia nitrogen, it strictly follows the chemical analysis methods specified in national standards, ensuring the accuracy and reliability of the detection results. For the measurement of the five conventional parameters such as dissolved oxygen, conductivity, turbidity, temperature, and pH, advanced multi-electrode integration technology is applied to achieve efficient determination.

This monitoring station can simultaneously measure multiple elements. A single detection can comprehensively cover multiple core indicators, comprehensively reflecting the true condition of the water body from multiple dimensions and providing rich and comprehensive data support for water quality analysis. Its detection limit is extremely low. Even when the concentration of pollutants in the water body is at a very low level, it can be accurately detected, meeting the stringent standards for online monitoring of surface water.

Its water sampling and distribution unit has a powerful function of water sample pretreatment and backwashing. It can automatically remove impurities in the water sample, effectively reducing the failure rate of the equipment and greatly simplifying the maintenance workflow.

In addition, FT-WMSM can also be equipped with video monitoring equipment according to actual needs to achieve real-time remote monitoring. No matter where they are, managers can always keep track of the operation status of the monitoring station. Its intelligent constant temperature system, combined with a cabinet-type air conditioner for heating and cooling, ensures that the equipment can operate stably under different environmental temperatures.