Kacise KAN601 Online Ammonia Nitrogen Sensor Patented Probe IP68 Protection Level Easy To Install: 3/4 NPT Thread

KAN601 Online Ammonia Nitrogen Sensor

Application Environment

KAN601 integrated online ammonia nitrogen sensor is fabricated using a PVC membrane-based ammonium ion selective electrode for testing ammonium ion content in water with temperature compensation to ensure fast, simple, accurate and economical testing. The technical parameters, maintenance, and communication protocols of the ammonia nitrogen sensor are described in detail in this user manual.

• Signal output: RS-485 bus, Modbus/RTU protocol, convenient to connect to PLC, DCS, industrial control computer, general controller, paperless recording instrument or touch screen and other third-party equipment.
• The patented ammonium ion probe, the internal reference solution oozes extremely slowly from the microporous salt bridge at a pressure of at least 100 KPa (1 Bar). Such a reference system is very stable and has a longer electrode life than conventional industrial electrodes.
• Easy to install: 3/4 NPT thread (pipe thread) for easy submersible installation or installation in pipes and tanks.
• IP68 protection level.

Technical Specifications

Dimensional Drawing

Tip: The Harm of Ammonia

The ammonia nitrogen in the water body refers to the compound ammonia in the form of ammonia (NH3) or ammonium (NH4+) ions. Ammonia nitrogen is the most harmful form of all types of nitrogen, and it is a sign of water pollution, and its harm to the aquatic environment is manifested in many aspects. Like COD, ammonia nitrogen is also the main oxygen-consuming pollutant in the water body. The oxidation and decomposition of ammonia nitrogen consume dissolved oxygen in the water, making the water body black and smelly. The non-ionic ammonia in the ammonia nitrogen is the main factor causing the toxicity of aquatic organisms, and it is more toxic to aquatic organisms, and its toxicity is dozens of times greater than that of an ammonium salt. In the case of sufficient oxygen, ammonia nitrogen can be oxidized by microorganisms to nitrite nitrogen and then decomposed into nitrate nitrogen. Nitrite nitrogen combines with protein to form nitrosamines, which have carcinogenic and teratogenic effects. At the same time, ammonia nitrogen is a nutrient in the water body, which can provide a source of nutrients for the growth of algae and increase the probability of eutrophication in the water body.

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