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IOT Real-Time Water Quality Digital Sensors

MyWaterRank Realtime IoT: A Comprehensive Solution for Water Quality Monitoring

MyWaterRank Realtime IoT brings together a variety of water quality sensors equipped with state-of-the-art technology to provide continuous monitoring and analysis. Combined with microelectronics technology, these sensors integrate IoT chips directly within them. As a result, they output standard MODBUS RS485 signals without the need for secondary instruments. This direct transmission of data offers several advantages:

  1. Stable and Reliable Data Transmission: MyWaterRank Realtime IoT ensures stable and reliable transmission of data, even over long distances. This reliability is crucial for accurate monitoring of water quality parameters.
  2. No Signal Loss: Unlike traditional monitoring systems, which may experience signal loss during transmission, MyWaterRank Realtime IoT eliminates this issue. It ensures that all data is transmitted accurately, without any loss of signal.
  3. Remote Viewing of Sensor Parameters: With MyWaterRank Realtime IoT, users can remotely view sensor parameters in real-time. This feature allows for quick and easy monitoring of water quality, even from a distance.

MyWaterRank Realtime IoT is versatile and can be used across various industries, including:

  1. Municipal Water Management: Monitor the quality of drinking water in real-time to ensure compliance with regulatory standards and protect public health.
  2. Industrial Compliance: Track wastewater discharge to ensure adherence to environmental regulations and minimize pollution.
  3. Aquaculture and Fisheries: Maintain optimal water conditions for fish health and productivity in aquaculture facilities and fisheries.
  4. Environmental Protection: Detect and mitigate pollution events in rivers, lakes, and coastal areas to protect natural ecosystems and wildlife habitats.

With MyWaterRank Realtime IoT, organizations can benefit from continuous, automated monitoring of water quality parameters. By leveraging advanced technology and reliable data transmission, MyWaterRank Realtime IoT offers a comprehensive solution for ensuring the health and safety of our water resources.

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Description

Measuring Parameter Model Measuring Method Measuring Range Accuracy Resolution
PH IOT – 485 – pH Glass electrode method 0~14pH ± 0.1pH 0.01pH
ORP IOT – 485 – ORP Redox potential + 1999mV + 20mV 0.01mV
Conductivity IOT – 485 – EC Electrode method “0-20000μS / cm
( optional )”		 + 1 % FS 1µS / cm
Salinity IOT – 485 – EC Convert from conductivity 0-80ppt ± 1 % FS 0.01ppm
TDS IOT – 485 – EC Convert from conductivity 0-65g / L ± 1 % FS 0.01g / L
DO IOT – 485-209FA Polarography 0-20mg / L + 0.3mg / L 0.01mg / L
DO DOG – 209FYD Fluorescence 0-20mg / L + 0.3mg / L 0.01mg / L
Turbidity ZDYG – 2088-01QX Infrared light scattering method 0-3000 NTU 15% 0.01NTU
Suspended Solids ZDYG – 2087-01QX Scattering method Infrared light 0-50000mg / L 5% 0.01mg / L
Chlorophyll A IOT – 485 – CHA Fluorescence 0-100µg / L 5% 0.01µg / L
Blue – green Algae IOT – 485 – BAG Fluorescence 100-20000cells / mL 5% 20cells / mL
Transparency IOT – 485 – WT Light scattering method 2-100cm 15% 0.01am
Ammonia Nitrogen IOT – 485 – NH , N lon selective electrode method 0.2-1000mg / L 5% 0.01mg / L
COD IOT – 485 – COD UV254 0–2000mg / L 5% 0.01mg / L
Nitrate Nitrogen IOT – 485 – NO , N lon selective electrode method 0-1000mg / L 5% 0.01mg / L
lon (F-, Cl-, Ca2 +, NO3-, NH4 +, K + etc) IOT – 485 – lon lon selective electrode method 0-1000ppm 0-2000ppm 0-5000ppm < + 2 % ( 25 ° C ) 0.01ppm
Protocol Modbus RS485
Power Supply 12V/ 24V

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