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Online Water Quality Monitoring System
Product Code: ATE6500
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  • ATE6500 is a compact and integrated online water quality monitoring system, consisting of a cabinet, control system, power supply unit, analysis unit, and software cloud platform. The water quality monitoring parameters can be customized according to actual customer requirements, while signal output supports data transmission methods such as RS485, NB-IoT, 4G, and 5G, meeting diverse application scenarios.
  • With the ongoing development and widespread adoption of IoT technology, water quality monitoring centered on automation, intelligence, and networking has become an inevitable trend. The ATE6500 project is designed specifically to meet the current demands in fields such as aquaculture, water conservancy, and water services for high density, high frequency, and low-cost monitoring. It offers advantages such as a small footprint, no land acquisition required, flexible installation, short construction cycles, and low cost, enabling real-time online monitoring of multiple parameters.
  • Against the backdrop of the rapidly developing aquaculture industry, the ATE6500 provides a more efficient, accurate, and economical solution for monitoring aquaculture water quality. It has become a key factor in increasing yield, reducing costs, preventing fish diseases, and improving economic efficiency.

  • Test Parameters: Water level, turbidity, pH, temperature, conductivity, dissolved oxygen, ORP, ammonia nitrogen, COD, residual chlorine, nitrite, etc., with support for expansion.
  • Customers can choose different combinations of water quality monitoring parameters.
  • Professional surge protection circuit design, equipped with a solar power supply system to ensure all-weather stable operation.
  • Data transmission methods: RS485/NB-IoT/4G/5G, with data directly connected to the monitoring cloud platform.
  • Touch-enabled large intelligent display screen, easy to operate.
  • Warning module: Alerts are triggered on the platform when data exceeds set thresholds.
  • Supports comprehensive monitoring via PC and mobile terminals, enabling timely and accurate understanding of water quality conditions.

  • Aquaculture: Dissolved Oxygen, pH, ORP, Ammonia Nitrogen, Nitrite, etc.
  • Industrial: Standard Five Parameters, SS, COD, Ammonia Nitrogen, etc.
  • Water Conservancy: SS (Suspended Solids), Standard Five Parameters, etc.
  • Agriculture: Standard Five Parameters, Ammonia Nitrogen, COD, etc.
  • Lakes & Reservoirs: Standard Five Parameters, Ammonia Nitrogen, COD, Chlorophyll, Total Phosphorus, Total Nitrogen, etc.
  • Note: "Standard Five Parameters" typically refer to Temperature, pH, Dissolved Oxygen, Conductivity, and Turbidity. stability of less than 0.005% and a drift of only ±0.5% per hour, it boasts features such as a long service life, minimal attenuation, and high output power. This makes it widely suitable for traditional benchtop spectrometers as well as portable miniature spectrometers for field applications.

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