Online Water Quality Monitor
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T9010Cu Online Automatic Copper-Containing Water Monitor
Copper is a widely used and important metal applied in numerous fields, such as alloys, dyes, pipelines, and wiring. Copper salts can inhibit thegrowth of plankton or algae in water. In drinking water, copper ion concentrationsexceeding 1 mg/L produce a bitter taste. This analyzer can operate continuously and unattended for extended periods based on on-site settings. It is widely applicable for monitoring wastewater from industrial pollution sources, industrial process effluents, industrial sewage treatment plants, and municipal sewage treatment plants. -
T9006 Fluoride Water Quality Online Analyzer
The fluoride online monitor employs the national standard method for determining fluoride in water—the fluoride reagent spectrophotometric method. This instrument is primarily used for monitoring surface water, groundwater, and industrial wastewater, with a key focus on monitoring drinking, surface, and groundwater in areas with high incidence of dental caries and skeletal fluorosis. The analyzer can operate automatically and continuously without long-term manual intervention based on field settings. -
T9005 Volatile Phenol Water Quality Online Automatic Monitor
Phenols can be classified into volatile and non-volatile phenols based on whether they can be distilled with steam. Volatile phenols generally refer to monophenols with boiling points below 230°C. Phenols primarily originate from wastewater produced in oil refining, gas washing, coking, papermaking, synthetic ammonia production, wood preservation, and chemical industries. Phenols are highly toxic substances, acting as protoplasmic poisons. -
T9015W Coliform Bacteria Water Quality Online Monitor
one Coliform bacteria water quality online monitor
1. Measurement principle: Fluorescent enzyme substrate method;
2. Measurement range: 102cfu/L ~ 1012cfu/L (customizable from 10cfu/L to 1012/L);
3. Measurement period: 4 to 16 hours;
4. Sampling volume: 10ml;
5. Accuracy: ±10%;
6. Zero point calibration: The equipment automatically corrects the fluorescence baseline function, with a calibration range of 5%;
7. Detection limit: 10mL (customizable to 100mL);
8. Negative control: ≥1 day, can be set according to actual circumstances;
9. Dynamic flow path diagram: When the equipment is in measurement mode, it has the function of simulating actual measurement actions displayed in the flow chart: description of operation process steps, percentage of process progress display functions, etc.;
10. Key components use imported valve groups to form a unique flow path, ensuring the monitoring performance of the equipment; -
T9024 Residual Chlorine Water Quality Online Automatic Monitoring Instrument
The residual chlorine online monitor adopts the national standard DPD method for detection. This instrument is mainly used for online monitoring of wastewater from sewage treatment. -
T9017 Nitrite Nitrogen Water Quality Online Automatic Monitoring Instrument
The nitrite nitrogen online monitor uses spectrophotometry for detection. This instrument is mainly used for monitoring surface water, groundwater, industrial wastewater, etc. -
T9022 Chloride Water Quality Online Automatic Monitoring Instrument
The chloride online monitor uses spectrophotometry for detection. This instrument is mainly used for monitoring surface water, groundwater, industrial wastewater, etc. -
T9010Ni Nickel Water Quality Online Automatic Monitor
Nickel is a silver-white metal with a hard and brittle texture. It remains stable in air at room temperature and is a relatively inactive element. Nickel reacts readily with nitric acid, while its reaction with dilute hydrochloric or sulfuric acid is slower. Nickel occurs naturally in various ores, often combined with sulfur, arsenic, or antimony, and is primarily sourced from minerals such as chalcopyrite and pentlandite. -
T9004 CODmn Water Quality Online Automatic Monitor
CODMn refers to the mass concentration of oxygen corresponding to the oxidant consumed when strong oxidizing agents are used to oxidize organic matter and inorganic reducing substances in water samples under specific conditions. CODMn is an important indicator reflecting the degree of pollution caused by organic matter and inorganic reducing substances in water bodies.This analyzer can operate automatically and continuously without manual intervention based on on-site settings, making it widely suitable for applications such as surface water monitoring. Depending on the complexity of the on-site testing conditions, a corresponding pre-treatment system can be optionally configured to ensure reliable testing processes and accurate results, fully meeting the needs of various field scenarios.