Quotation for Fiber Optic Turbidity Sensor

Quotation for Fiber Optic Turbidity SensorPerformance Characteristics

High precision measurement: The fiber optic turbidity sensor adopts the 90 ° scattering principle. Through the fiber optic structure, it has stronger resistance to external light interference than conventional turbidity sensors, and can achieve high-precision measurement with an accuracy of less than 0.1 NTU.

Good stability: The sensor adopts optical technology and digital signal processing technology, breaking the disadvantages of large size and poor stability of traditional products, ensuring the stability and reliability of long-term online monitoring.

Strong anti-interference ability: Fiber optic transmission signals are not affected by electromagnetic interference and can achieve high-sensitivity detection, suitable for various complex environments.

Flexible installation: The sensor is compact in size, making installation more flexible and widely applicable to various water quality monitoring scenarios.

Automatic calibration and adjustment: The sensor adopts digital signal processing technology, which can automatically calibrate and adjust without manual intervention, reducing errors caused by operator errors.

Quotation for Fiber Optic Turbidity SensorApplication fields:

1. Water quality monitoring: Fiber optic turbidity sensors can be used to monitor the concentration of suspended solids in water bodies, such as rivers, lakes, and water treatment plants. It can provide real-time and continuous turbidity data to help evaluate the clarity of water quality and the concentration of suspended solids.

2. Food and beverage production: Turbidity is an important quality indicator in the food and beverage production process. Fiber optic turbidity sensors can be used to monitor the concentration of suspended particles in liquids, such as juice, beer, and dairy products. It can help manufacturers ensure product quality and consistency.

3. Medical and Biological Sciences: Fiber optic turbidity sensors also have applications in the fields of medical and biological sciences. For example, in cell culture and bioreactors, turbidity sensors can be used to monitor cell density and the progress of biological reactions. It can also be used in applications such as blood analysis, protein determination, and bacterial culture.

4. Industrial process control: In industrial production processes, fiber optic turbidity sensors can be used to monitor particle concentration in liquids, such as reactant concentration in chemical reactions, particle concentration in suspensions, etc. It can help optimize process parameters, control production quality, and improve production efficiency.