Real time and continuous monitoring of dissolved oxygen content (oxygen content) in water bodies, widely used in sewage treatment aeration tanks, aquaculture, river surface water, industrial circulating water, water plants and other scenarios, providing accurate data support for water quality control, process regulation, and aquaculture oxygenation.


Advantages:
·Online continuous monitoring: It can continuously detect dissolved oxygen in real-time 24 hours a day without the need for manual sampling, allowing real-time monitoring of changes in water oxygen content.
·Durable and sturdy material: The main body is made of 304 stainless steel+PC+30GF engineering plastic, which is corrosion-resistant, impact resistant, and suitable for complex working conditions such as sewage and high salt.
·Easy installation and strong adaptability: The standard G1 threaded interface can be directly installed on pipelines, tanks, and aeration tanks, and is compatible with most online monitoring systems.
·High measurement accuracy and stability: Using fluorescence/polarographic detection principles, the measurement accuracy is high, the response is fast, the anti-interference ability is strong, and the data is stable and reliable.
·Maintenance free and long-lasting: Fluorescence method models do not require frequent calibration or electrolyte replacement, with extremely low maintenance costs and a designed service life of up to 3-5 years.
·Automatic temperature compensation: Equipped with a built-in temperature sensor, it automatically compensates for the impact of temperature on measurement, ensuring accurate measurement across the entire temperature range.
·Digital communication function: Supports digital communication such as RS485/Modbus, and can directly interface with online monitoring instruments, PLCs, SCADA systems to achieve remote monitoring.
·Structural waterproof and anti pollution: The bottom open probe design is anti pollution and anti blockage, suitable for high turbidity and high sludge sewage environments, and operates stably.