TO MAKE THE WORLD CLOSER TO THE TRUTH
| Quantity: | |
|---|---|
PT-DZ09
TOP
The digital turbidity electrode adopts the 90° scattered light method, near infrared light source, eliminates chromaticity interference, conforms to ISO7027 standard, the LED emits near infrared beam to the sample at a certain angle, the beam will be scattered when it encounters the suspended matter in the sample in the process of transmission, and the detector, which is set at 90° from the incident light, receives the scattered light, the concentration of suspended matter in the sample is directly proportional to the intensity of the scattered light, and the concentration of suspended matter in the sample and the turbidity of the sample can be calculated by determining the intensity of the scattered light. The concentration of suspended solids in the sample is directly proportional to the intensity of the scattered light, so that the concentration of suspended solids in the sample and the turbidity can be calculated by measuring the intensity of the scattered light.
The digital turbidity electrode adopts the 90° scattered light method, near infrared light source, eliminates chromaticity interference, conforms to ISO7027 standard, the LED emits near infrared beam to the sample at a certain angle, the beam will be scattered when it encounters the suspended matter in the sample in the process of transmission, and the detector, which is set at 90° from the incident light, receives the scattered light, the concentration of suspended matter in the sample is directly proportional to the intensity of the scattered light, and the concentration of suspended matter in the sample and the turbidity of the sample can be calculated by determining the intensity of the scattered light. The concentration of suspended solids in the sample is directly proportional to the intensity of the scattered light, so that the concentration of suspended solids in the sample and the turbidity can be calculated by measuring the intensity of the scattered light.
