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AP7000多参数水质分析仪
英国Aquaread公司的AP7000水质多参数分析仪产品可用于便携,以及在线水质监测。仪器可根据实际需求配置包括水温、溶解氧、pH、ORP、电导率(EC)、浊度、蓝绿藻、叶绿素、水中油、CDOM、氨氮、氯化物、氟化物、硝酸盐、钙离子等参数。产品在野外测量实践中稳定,是理想的现场水质监测设备,已经广泛应用于水环境监测,水文,水利,水务、以及海洋监测领域。
技术参数:
溶解氧
测量范围:0~500.0% 0~50.00 mg/L
分辨率:0.1% / 0.01mg/L
:0~200%: 读数的±1% ; 200%~500%:±10%
温度
测量范围:-5~50℃
分辨率:0.01℃
:± 0.1℃
电导率
测量范围:0~200mS/cm
分辨率:3个尺度:0~9999S/cm, 10.00~99.99 mS/cm, 100.0~200.0mS/cm
:读数的±1%或者± 1uS/cm 取大值
ORP
测量范围:± 2000mV
分辨率:0.1mV
:± 5mV
pH
测量范围:0~14 pH /± 625mV
分辨率:0.01 pH / ±0.1mV
:±0.1 pH / ±5mV
浊度
测量范围:0~3000NTU
分辨率:2个尺度: 0.0~99.9NTU;100~3000NTU
:读数的± 5%
叶绿素
测量范围:0~500μg/L
分辨率:2个尺度: 0.00~99.99μg/L; 100.0~500.0μg/L
:读数的± 5%
藻蓝蛋白
测量范围:0~300,000cells/mL
分辨率:1 cell/mL
:读数的±10%
藻红蛋白
测量范围:0~200,000cells/mL
分辨率:1 cell/mL
:读数的±10%
罗丹明
测量范围:0~500μg/L
分辨率:2个尺度: 0.00~99.99μg/L; 100.0~500.0μg/L
:读数的± 5%
精炼油
测量范围:0~10,000μg/L
分辨率:0.1 μg/L
:读数的±10%
CDOM/FDOM
测量范围:0~20,000μg/L (奎宁)
分辨率:2个尺度: 0.0~9,999.9μg/L;10,000~20,000 μg/L
:读数的± 10%
MLD:10μg/L (奎宁)
氨氮
测量范围:0~9,000mg/L
分辨率:2个尺度:0.00~99.99mg/L, 100.0~8999.9 mg/L
:读数的± 10%或2ppm,取大者
硝氮
测量范围:0~30,000mg/L
分辨率:2个尺度:0.00~99.99mg/L, 100.0~29999.9mg/L
:读数的± 10%或2ppm,取大者
深度
测量范围:0~100m
分辨率:0.01m
:± 0.2%
英国AQUAREAD
1:Water Quality Online Monitoring System Integration of Three Gorges Drawdown Areas Ye Yuan1, a, Mingsheng Shang1, b, Guoying Wang1, c, Xuerui Zhang 1Chongqing Institute of Green and Intelligent Technology, Chinese Academy of Sciences
2:Nutrient removal effectiveness by riparian buffer zones in rural temperate watersheds: The impact of no-till crops practices
Agricultural Water Management Volume 149, February 2015, Pages 74-80
3 :Lost connectivity between a coastal lagoon and the sea – implications of floodgate closure for benthic macroinvertebrates Estuarine, Coastal and Shelf Science Volume 211, 31 October 2018, Pages 77-89
4: Dynamics of Bacterial Community Diversity and Structure in the Terminal Reservoir of the South-To-North Water Diversion Project in China Water 2018, 10(6), 709;
5: Patterns of phylankton composition in coastal lakes differed by connectivity with the Baltic Sea Science of The Total Environment Volumes 631–632, 1 August 2018, Pages 951-961
6: Shipboard trials of magnesium-based exhaust gas cleaning system Ocean Engineering Volume 128, 1 December 2016, Pages 124-131