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Full-Spectrum Water Quality Monitoring Station
Product Code: ATE5300
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  • ATE5300 is a highly integrated extraction-based water quality micro-monitoring station, consisting of a cabinet, sensor analysis unit, water intake unit, sample retention unit, and data acquisition/transmission system. Water quality monitoring parameters can be customized according to actual customer needs, with signal outputs supporting RS485, NB-IoT, 4G, 5G, and other data transmission methods to meet various application scenarios.
  • With the advancement of ecological environment monitoring networks and the promotion of water quality grid-based monitoring, water environment automatic monitoring stations require denser deployment to meet big data application demands such as pollution traceability, water quality early warning, and river chief system assessments. The ATE5300 project is specifically developed to address current requirements in environmental protection, water conservancy, and water management sectors for high density, high frequency, and low cost. It offers advantages such as small footprint, no land acquisition needed, flexible installation, short construction cycles, and low cost, enabling real-time online monitoring of multiple parameters. 

  • Based on UV-Vis full-wavelength absorption spectroscopy and electrode methods; requires no chemical reagents and produces no secondary pollution.
  • COD, BOD, turbidity, suspended solids, total phosphorus (TP), total nitrogen (TN), ammonia nitrogen, pH value, water temperature, conductivity, etc.
  • Modular design allows customers to select different combinations of water quality monitoring parameters.
  • Professional lightning surge protection circuit design, equipped with a solar power supply system to ensure stable 24/7 operation.
  • Pump-suction water intake; sampling interval and duration are configurable based on actual needs, enabling unmanned operation.
  • RS485, NB-IoT, 4G, 5G data transmission methods, allowing seamless integration with terminal water quality monitoring platforms.
  • Large touch-screen intelligent display with simple operation.
  • Automated cleaning and detection functions, providing longer maintenance intervals and enhanced stability.

  • Drinking Water Sources, Water Plant InletsConventional five parameters, ammonia nitrogen, COD, cyanobacteria, chlorophyll, oil in water, etc.
  • Environmental ProtectionConventional five parameters, chlorophyll, cyanobacteria, ammonia nitrogen.
  • Municipal WastewaterConventional five parameters, ammonia nitrogen, COD.
  • Agriculture (Ecology, Aquaculture)Conventional five parameters, ammonia nitrogen, COD.
  • Industrial DischargeConventional five parameters, ammonia nitrogen, COD.

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