CATEGORIES

    Laboratory TurbidiMeter

    Overview Products Knowledge Standards Terms
    The laboratory turbidity meter measures turbidity by shining a light source onto the sample and detecting the intensity of light scattered by suspended particles. It is used for monitoring water quality and liquid transparency, as well as for determining the content of suspended solids in drinking water treatment and wastewater testing.
    Selection
    When selecting, consider whether the measurement range covers the turbidity range of the samples and whether the accuracy meets the testing requirements. Pay attention to whether the instrument calibration method is simple, the compatibility of the sample cell, and the ability to resist ambient light interference. Verify compliance with industry testing standards and specifications.
    Application Site
    Material Type
    Principle
    Probe/Sensor Type
    Temp/Humidity Compensation
    Data Output

    Terms

    Turbidimeter
    Laboratory Turbidity Meter
    Turbidity Water Quality Detector
    Turbidity and Residual Chlorine Detector
    Beer Turbidity Meter
    Laboratory Turbidity Meter
    Water Turbidity Meter
    Beer Turbidity Meter
    Online Turbidity Meter
    Laboratory Turbidity Meter

    Standards

    Active GB/T 31401-2015
    Fluorinated alkane—Determination of chloride (Cl―)—Turbidimetry

    Instruments

    LEICI WZB-170 TurbidiMeter Portable TurbidiMeter 850nm Infrared LED Illuminant
    LEICI WZB-170 TurbidiMeter Portable TurbidiMeter 850nm Infrared LED Illuminant

    Adopt 850nm infrared LED Illuminant and ratio correction technology to effectively reduce Color interference; with IP65 Protection Rating, support automatic range switching and zero point calibrating, Repeatability is +/- 1% F.S.

    $ 501.00
    LEICI WZS-180A TurbidiMeter scattering transmitted light automatic chroma compensation
    LEICI WZS-180A TurbidiMeter scattering transmitted light automatic chroma compensation

    Measurement principle of scattering-transmitted light, automatic chroma compensation, Measurement range 0~ 200.0NTU, Repeatability +/- 1% F. S, support multi-point calibrating and automatic range switching.

    $ 767.00
    LEICI WZB-175 TurbidiMeter Infrared LED Illuminant 4.3 inch Touchscreen IP65 Protection Rating
    LEICI WZB-175 TurbidiMeter Infrared LED Illuminant 4.3 inch Touchscreen IP65 Protection Rating

    Infrared LED Illuminant meets ISO 7027 standard, supports scattering and scattering-transmitted light Measurement principle, Measurement range 0.00-2000 NTU, IP65 Protection Rating to ensure outdoor use Reliability.

    $ 967.00
    LEICI WZS-186 TurbidiMeter Infrared LED Illuminant 7 Touchscreen IP54 Protection
    LEICI WZS-186 TurbidiMeter Infrared LED Illuminant 7 Touchscreen IP54 Protection

    Using 860nm Infrared LED Illuminant and Scatter-Transmission Measurement principle, supports automatic range switching and 7 point calibrating, with IP54 Protection Rating and 2000 sets of data storage capacity to ensure measurement Stability and data traceability.

    $ 1408.00
    LEICI WZB-172 TurbidiMeter Portable turbidity, Infrared LED Illuminant IP65 Protection
    LEICI WZB-172 TurbidiMeter Portable turbidity, Infrared LED Illuminant IP65 Protection

    Adopt 860nm infrared LED Illuminant, in line with ISO7027 standard; Support scattering and scatter-transmission dual Measurement principle; With IP65 Protection Rating and automatic range switching function; Standard long-lasting turbidity calibrated set.

    $ 727.00

    Articles

    Turbidity meter selection: Basis for choosing light source type and measurement accuracy.
    This article mainly introduces how to select a turbidity meter based on its light source type and measurement accuracy.
    How to choose a turbidimeter - starting with the measurement principle.
    This article introduces how to select a turbidimeter, starting from the measurement principles. The main principles include the scattered light method, transmitted light method, and scattering-transmission ratio method, each suitable for samples with different concentrations.
    Which is more accurate for measurement: the scattering method or the transmission method in turbidimeters?
    The article compares two methods for measuring turbidity: the scattering method and the transmission method. The choice of method depends on the turbidity range of the sample, particle characteristics, and measurement standards. Both methods have their respective applicable scenarios, and accuracy depends on the actual application conditions.