China

XINRUI WGZ-3AP Turbidity Meter minimum indication 0.001

The XINRUI WGZ-3AP Turbidity Meter has an error of indication of +/- 6 %( +/- 2% F. S). It is a Turbidity Meter with a Measurement range of 0~10, 0~100, 0~500, 0~1000. The WGZ-3AP Turbidity Meter can be equipped with a printer.
Model:

XinRui WGZ-3AP Turbidity MeterSPEC

XinRui WGZ-3AP Turbidity MeterDetails

XinRui WGZ-3AP Turbidity MeterPacking list

SKU
NB015045
Measurement principle
90 ° scattered light
Resolution
0.001
Measurement range
0~10NTU、0~100NTU、0~500NTU、0~1000NTU
Error of indication
±6%(±2%F.S)
Repeatability
±0.5%F.S
Zero drift
±0.5%F.S
WGZ-3AP
Turbidity Meter
XINRUI WGZ-3AP Turbidity Meter minimum indication 0.001 Picture

Overview of uses 

Xinrui WGZ-3A Turbidity Meter is used to measure the degree of light scattering produced by insoluble particulate matter suspended in water or transparent liquids, and to quantitatively characterize the content of these suspended particulate matter. It can be widely used in turbidity measurement of power plants, pure water plants, water plants, domestic (CN) sewage treatment plants, beverage plants, environmental protection departments, industrial water, wine industry and industries, departments, and other departments.

Xinrui WGZ-3A Turbidity Meter

Features 

  1. Microcomputer, touch keyboard, LCD backlit LCD screen, standard serial RS232 data communication interface, can be equipped with printer

  2. Special high-intensity and long-life light source, year, month, day and time display, with data storage query function, can meet the needs of GLP

  3. Data nonlinear processing and data smoothing function, fast automatic multi-point correction, self-diagnosis information prompt, optional range automatic or manual switching

  4. Quickly set the average measurement mode to get the correct data in the shortest time, especially for very low turbidity measurements, and can measure unstable water samples

  5. Precise optical path system, reliable positioning structure, effective color compensation, direct reading of turbidity values