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The pH water quality sensor uses a composite electrode that combines a glass indicator electrode and a reference electrode to measure the pH of water.
The color water quality sensor is a color online monitoring sensor with self-cleaning for long term reliable and maintenance free real time water quality monitoring. The sensor can be widely used in the fields of drinking water, tap water, water pipeline network, groundwater, and sewage.
The dissolved oxygen water quality sensor is based on the principle of fluorescence quenching. When light shines on the fluorescent material, the fluorescent material will be excited and emit red light.
The multi-parameter water quality sensor adopts optical principle and integrates multiple parameters into one, which can measure turbidity, TOC, and COD
The turbidity sensor, is a ultra-low turbidimetry based on the principle of 90° scattered light, using high parallelism, with automatic light intensity correction laser light source and highly sensitive detector.
The turbidity water quality sensor, with the principle of 90° scattered and 180°transmission light measurement, can measure turbidity and suspended solids.
The turbidity/suspended solids (sludge concentration) sensor is a water quality sensor that measures turbidity and suspended solids based on 90° and backscattered light measurement principles.
The full spectrum sensor adopts the measurement principle of UV-Vis absorption spectroscopy to monitor the "light pattern" (fingerprint) information in the wavelength range of 200-800 nm online in real time, and realize multi-parameter measurement through AI algorithm, including: O3, COD, TOC, DOC, BOD, TUR, TSS, nitrate, chroma, etc.
The multi-parameter sensor adopts the measurement principle of UV-Vis absorption spectroscopy to monitor the "light pattern" (fingerprint) information in the wavelength range of 200-800 nm online in real time, and realize multi-parameter measurement through AI algorithm, including: COD, TOC, DOC, BOD, TUR, TSS, nitrate, color, etc.
The multi-wavelength spectrum water quality sensor, based on the principle of ultraviolet absorption spectrum, can measure organic matter and nitrate nitrogen in water, and has turbidity compensation function effectively improving the measurement accuracy of actual water samples.
The dual-wavelength spectrum sensor, based on the principle of ultraviolet absorption spectroscopy, can measure organic components in water; and has a turbidity compensation function effectively improving the accuracy of actual water sample measurement
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