Complying with relevant national testing standards, this instrument is mainly applied to analyze drinking water. Its performance is comparable to that of international well-know brands. With low cost, long maintenance cycle, low power consumption, and high automation, it can test 8 parameters at least.
Small in size and designed in module, the instrument can test turbidity, pH, TDS, water temperature and free chlorine. Besides, it can be equipped with 3 more electrodes to test 8 parameters in real time.
It is easy to operate the instrument which complies with the CJJ/T271-2017 standards.
With automatic cleaning function, there is little need of maintenance. The sensor testing free chlorine adopts bubble cleaning techniques. No mechanical scraper required, it can automatically remove all kinds of attachments such as colloid, calcium, rust, dirt on the electrode surface. The sensor testing turbidity is equipped with device demisting and defoaming devices, which can self-clean and self-drain, achieving low maintenance.
The sensor supports RS485 modbus RTU signal output and can be used with open protocols. The instrument is connected to an IoT card, data can be uploaded to the cloud platform in real time, and the instrument can be operated remotely.
The instrument is reagent-free with long-service-life sensors, and basically no spare parts or consumables are produced within 2 years.
Compared with traditional membrane electrodes, residual chlorine sensors have faster response speed, higher measurement accuracy, lower detection limit, less maintenance and longer electrode life.
The instrument can be used for monitoring water bodies such as source water, factory water, water at the end of the pipeline network, and water at the end of secondary water supply, providing data support for departments such as ecological environment, water affairs, and disease control.
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