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Online Dissolved Oxygen Water Quality Sensor Modbus RTU Protocol IoT Water Quality Monitoring Probe AMT/-DO300
Online Dissolved Oxygen Water Quality Sensor Modbus RTU Protocol IoT Water Quality Monitoring Probe
Online Dissolved Oxygen Water Quality Sensor Modbus RTU Protocol IoT Water Quality Monitoring Probe
Online Dissolved Oxygen Water Quality Sensor Modbus RTU Protocol IoT Water Quality Monitoring Probe
Online Dissolved Oxygen Water Quality Sensor Modbus RTU Protocol IoT Water Quality Monitoring Probe

Online Dissolved Oxygen Water Quality Sensor Modbus RTU Protocol IoT Water Quality Monitoring Probe - AMT/-DO300

Measurement range:

Dissolved oxygen concentration: typically 0 ~ 20 mg/L (or ppm). Some high-end models can reach 0 ~ 60 mg/L.

Saturation: typically 0 ~ 200% air saturation.

Resolution: usually 0.01 mg/L, high-precision models can reach 0.01 mg/L

Product Model: AMT/-DO300

Product Introduction


Dissolved-oxygen-sensor
70910001

AMT/-DO300

Online Fluorescence Method Dissolved Oxygen Sensor
It is designed based on the quenching principle of specific substances on excited fluorescence in physics. When the excitation light irradiates the fluorescent substance on the surface of the fluorescent membrane head, the fluorescent substance is excited and emits fluorescence. The extinction time of the fluorescence is affected by the concentration of oxygen molecules on the surface of the fluorescent membrane head.
impact. The concentration of oxygen molecules can be calculated by detecting the phase difference between the fluorescence and the excitation light and comparing it with the internal calibration curve, and the final value is output after temperature and salinity compensation.


Measurement range:

Dissolved oxygen concentration: typically 0 ~ 20 mg/L (or ppm). Some high-end models can reach 0 ~ 60 mg/L.

Saturation: typically 0 ~ 200% air saturation.

Resolution: usually 0.01 mg/L, high-precision models can reach 0.01 mg/L
 

Main Application Areas

  • Wastewater Treatment — Monitoring dissolved oxygen levels in aeration tanks to optimize biological treatment processes and ensure regulatory compliance.
  • Aquaculture — Real-time DO monitoring in fish ponds and shrimp farms to maintain optimal oxygen levels for aquatic life health and growth.
  • Environmental Water Monitoring — Continuous assessment of dissolved oxygen in rivers, lakes, and reservoirs to track water quality and ecosystem health.
  • Industrial Process Water — Controlling dissolved oxygen in boiler feedwater, cooling systems, and process water to prevent corrosion and ensure product quality.
  • Drinking Water Treatment — Monitoring DO during treatment and distribution to ensure water quality and comply with safety standards.

Keywords:dissolved oxygen sensor, online DO sensor, fluorescence DO probe, Modbus RTU DO sensor, IoT water quality monitoring, industrial DO analyzer, optical dissolved oxygen meter, water treatment DO sensor