summary:
The small-scale multi parameter water quality automatic monitoring station, big data cloud platform service software, and user terminal APP are components that adapt to river grid monitoring. The main equipment of this system can be laid in a network in residential areas, along highways, large commercial districts, industrial parks, and other locations. By real-time monitoring of river water quality and combining new technologies such as big data and cloud computing, we can achieve prediction of pollutant transfer within the watershed and further forecast the overall situation of river water quality
● National standard method, up to nine parameters can be measured simultaneously.
The equipment adopts a modular structure, with highly integrated and compact structure, and low installation space requirements
Highly integrated, compact structure, low installation space requirements
Fast response speed, short measurement cycle, and low power consumption
Measurement principle - UV multispectral
Measurement range: (0-200.0mg/L)
The accuracy standard solution is not greater than ± 2% F.S., and the water sample is not greater than ± 20% F.S
Repeatability not exceeding 2% F.S
Cycle of 35 minutes (including two parameters)
Sampling cycle time interval (0-9999min arbitrary) and 24-hour hourly testing mode calibration cycle can be set to automatic calibration interval
Output signal GPRS; RTU
Power requirements: AC (220 ± 22) V; (50 ± 0.5) Hz
Chassis size: 727*810* 1670mm
Ammonia nitrogen
Measurement principle Salicylic acid spectrophotometric method
Measurement range (0-1 O.Omg/L) (0-50.0mg/L) (expandable)
Accuracy standard solution not exceeding 8% F.S., water sample not exceeding 15% F.S
Repeatability not exceeding 3%
Sampling cycle time interval (0-9999min arbitrary) and 24-hour hourly measurement mode calibration cycle can be set with automatic calibration interval
Output signal GPRS; RTU
Power requirement: AC (220 ± 22) V; (50 ± 0.5) Hz
Chassis size: 727*81 O* 1670mm