Ammonia analyzer BH-485-ION
fluoridenitratemonitoring

Ammonia analyzer - BH-485-ION - Shanghai Boqu Instrument Co.,Ltd. - fluoride / nitrate / monitoring
Ammonia analyzer - BH-485-ION - Shanghai Boqu Instrument Co.,Ltd. - fluoride / nitrate / monitoring
Ammonia analyzer - BH-485-ION - Shanghai Boqu Instrument Co.,Ltd. - fluoride / nitrate / monitoring - image - 2
Ammonia analyzer - BH-485-ION - Shanghai Boqu Instrument Co.,Ltd. - fluoride / nitrate / monitoring - image - 3
Ammonia analyzer - BH-485-ION - Shanghai Boqu Instrument Co.,Ltd. - fluoride / nitrate / monitoring - image - 4
Ammonia analyzer - BH-485-ION - Shanghai Boqu Instrument Co.,Ltd. - fluoride / nitrate / monitoring - image - 5
Ammonia analyzer - BH-485-ION - Shanghai Boqu Instrument Co.,Ltd. - fluoride / nitrate / monitoring - image - 6
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Characteristics

Measured entity
ammonia, fluoride, nitrate
Application domain
monitoring
Measured value
ion concentration, water hardness
Configuration
online
Mode of use
automatic
Technology
electrochemical
Protection level
IP68
Other characteristics
continuous, real-time, digital, RS485, high-performance, cost-effective

Description

BH-485-ION is a digital ion sensor with RS485 communication and standard Modbus protocol. Housing material is corrosion-resistant (PPS+POM), IP68 protection, suitable for most water quality monitoring environments;This online ion sensor uses an industrial-grade composite electrode, the reference electrode double salt bridge design and have longer working life;Built-in temperature sensor and compensation algorithm, high precision; It has been widely used in domestic and foreign scientific research institutions, chemical production, agricultural fertilizer, and organic wastewater industries. It is used for the detection of general sewage, waste water and surface water. It can be installed in sink or flow tank. Calibration Steps 1.Connect the digital ion electrode to the transmitter or PC; 2. Open the instrument calibration menu or test software menu; 3.Rinse the ammonium electrode with pure water, absorb the water with a paper towel, and put the electrode into a 10ppm standard solution, turn on the magnetic stirrer and stir evenly at a constant speed, and wait for about 8 minutes for the data to stabilize (so-called stability: potential fluctuation ≤0.5mV/ min), record the value (E1) 4.Rinse the electrode with pure water, absorb the water with a paper towel, and put the electrode into the 100ppm standard solution, turn on the magnetic stirrer and stir evenly at a constant speed, and wait for about 8 minutes for the data to stabilize (so-called stability: potential fluctuation ≤0.5mV/ min), record the value (E2) 5.The difference between the two values (E2-E1) is the slope of the electrode, which is about 52~59mV (25℃).

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