Price of fiber optic turbidity sensor

Price of fiber optic turbidity sensorIt is a high-precision and high stability water quality monitoring device that uses fiber optic transmission signals and digital signal processing technology to achieve accurate measurement of water turbidity. Its working principle is based on the relationship between scattered light and turbidity. By measuring the intensity of scattered light perpendicular to the incident light and comparing it with internal calibration values, the turbidity in the water sample can be calculated.

Price of 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.

Key points for use

Environment selection: Avoid placing sensors in environments with high temperature, humidity changes, or corrosive gases to prevent fiber aging, performance degradation, or even damage.

Location selection: Choose a vibration free, electromagnetic interference free, and temperature stable location to install the sensor to ensure measurement accuracy and stability. At the same time, it is important to ensure that the distance between the sensor and the object being measured is appropriate.

Secure firmly: Use screws or fixtures to fix the sensor in the appropriate position, avoiding it from loosening or swinging.

Connection quality: When connecting optical fibers, professional fiber connectors should be used and the connection surface should be clean and free of contamination.

Stable power supply: Ensure stable power supply to the sensor to avoid unstable power supply causing abnormal or damaged sensor operation.

Regular calibration: The calibration of sensors is crucial, and expired standard solutions should be used for calibration to avoid contaminating the sensors during the calibration process.