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The two in one online automatic monitoring instrument for total phosphorus and total nitrogen is mainly used to monitor the presence of phosphorus containing compounds in various forms of phosphates and nitrogen-containing chemicals in water in various forms.
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The main purpose of the total nitrogen online automatic analyzer is to monitor nitrogen-containing compounds in various forms in water. In natural water and wastewater, nitrogen almost exists in the form of various nitrates, which are divided into nitrate nitrogen, nitrite nitrogen, ammonia nitrogen, and organic nitrogen (proteins, amino acids, etc.).
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The main purpose of the total phosphorus online automatic analyzer is to monitor the presence of phosphorus containing compounds in various forms of phosphate in water, which are divided into orthophosphate, condensed phosphate(pyrophosphate, pyrophosphate, and polyphosphate), and organically bound phosphorus (such as phospholipids).
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The ZWIN-CONT1006 Multi-Parameter Water Quality Controller is capable of supporting all digital water quality analysis probes of our company, and it has a comprehensive external interface, which facilitates the networking of sensor probes, remote control, fault diagnosis, and more.
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The digital terminal controller is a device that integrates multiple water quality monitoring sensors, used for real-time monitoring and control of various water quality parameters in water treatment systems.
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Digital Doppler Flow Rate Flow Sensor is a high-precision instrument with the Doppler effect principle to measure fluid velocity and flow rate. The Doppler Flow Rate Flow Sensor transmits sound waves or ultrasonic waves at a specific frequency into liquid.
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The Digital Level Sensor is used to measure the height or level of liguids, which is based on the radar measurement principle, FMCW (Frequency Modulated Continuous Wave). It provides accurate level measurement with a resolution of millimeter level. Besides, its digital signal output from the sensor is easily integrated with a control system or data […]
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This sensor adopts ion-selective electrode technology, The electrode is highly selective to potassium ions, and its working principle is based on the selective ion exchange and diffusion between the electrode membrane and potassium ions in the solution to be measured, thus generating a potential difference.
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This sensor uses a sodium ion selective electrode that is highly selective for sodium ions. Its working principle is based on the selective ion exchange and diffusion between the electrode membrane and the sodium ions in the solution to be tested, thereby generating a potential difference.
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The working principle of this sensor is based on the fluoride ion selective electrode. The electrode is coated with a sensitive membrane that selectively responds to fluoride ions.
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