Nutrient salt online monitoring system

Short Description:

The nutritive salt analyzer is our key research and development project achievement, jointly developed by The Chinese Academy of Sciences and Frankstar. The instrument completely simulates manual operation, and only one instrument can simultaneously complete the in-situ on-line monitoring of five kinds of nutritive salt (No2-N nitrite, NO3-N nitrate, PO4-P phosphate, NH4-N ammonia nitrogen, SiO3-Si silicate) with high quality. Equipped with a handheld terminal,simplified setting process, and convenient operation, It can meet the needs of buoy, ship and other field debugging.


Product Detail

Product Tags

It really is our responsibility to satisfy your requirements and competently serve you. Your fulfillment is our greatest reward. We’re on the lookout forward in your go to for joint progress for Nutrient salt online monitoring system, We sincerely welcome overseas prospects to refer to with the long-term cooperation and also the mutual enhancement.We strongly believe that we can do better and greater.
It really is our responsibility to satisfy your requirements and competently serve you. Your fulfillment is our greatest reward. We’re on the lookout forward in your go to for joint progress for Nutrient salt sensor | Nutritional salt for disaster prevention and mitigation | Ecological pollution nutrient salts, As an experienced manufacturer we also accept customized order and we could make it the same as your picture or sample specification. The main goal of our company is to live a satisfactory memory to all the customers, and establish a long term business relationship with buyers and users all over the world.

Feature

Measuring parameter: 5
Measuring time: 56 min (5 parameters)
Cleaning water consumption: 18.4 ml/period (5 parameters)
Liquid waste: 33 ml/period(5 parameters)
Data transmission: RS485
Power: 12V
Debugging device:  handheld terminal
Endurance: 4~8weeks , It depends on the length of the sampling interval (According to reagent calculation,can do 240 times at most)

Parameter

Range

LOD

NO2-N

0~1.0mg/L

0.001mg/L

NO3-N

0~5.0mg/L

0.001mg/L

PO4-P

0~0.8mg/L

0.002mg/L

NH4-N

0~4.0mg/L

0.003mg/L

SiO3-Si

0~6.0mg/L

0.003mg/L

Wide range of applications, adapt to seawater or fresh water automatically
Operate normally at extremely low temperature
Low reagent dosage, long aging, low drift, low power consumption, high sensitivity, stable and reliable operation
Touch – controlled handheld terminal, simple interface, easy operation, convenient maintenance
It has anti-adhesion function and can adapt to high turbidity water

Application scene

With small size and low power consumption, it can be integrated into buoys, shore stations, survey ships and laboratories and other platforms,applying to ocean, estuary, rivers, lakes and groundwater and other water bodies, which can provide high-precision, continuous and stable data for eutrophication research, phytoplankton growth research and environmental change monitoring.Nutrient Salt Sensor is the result of national key research and development project, which is jointly developed by Yantai Coastal Zone Research Institute of Chinese Academy of Sciences and Qingdao Haiyan Electronics Co. The instrument completely simulates the manual operation, and only one instrument can complete the in-situ online monitoring of 5 nutrient salts (NO2-N nitrite, NO3-N nitrate, PO4-P phosphate, NH4-N ammonia nitrogen, and SiO3-Si silicate) at the same time with high quality. Equipped with a handheld terminal, it simplifies the setting process, is easy to operate, and can meet a variety of on-site commissioning needs, such as buoys and shipboards.
The device has a wide range of application, self-adapting to seawater or freshwater, and can operate normally at extreme low temperatures. The device has low reagent consumption, long duration, low drift, low power consumption, high sensitivity, stable and reliable operation. It adopts touch-control hand-held terminal, simple interface, easy operation, convenient maintenance, anti-adhesion function, and can be adapted to high turbidity water.


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