The dairy processing industry is an important area of food safety and quality, where level measurement plays a vital role. As a comprehensive and reliable measuring device, a radar level meter is widely used in the dairy processing industry. In this paper, we will introduce the application of radar level meters in dairy processing and give examples of their actual measurement cases.
Radar level meters are used in dairy processing, mainly for tank level monitoring. Dairy production requires raw materials, finished or semi-finished products to be stored in tanks. Radar level meters can be used to monitor tank levels and provide accurate level data in real-time.
Common storage tanks for dairy products include raw material tanks, fermentation tanks, finished product tanks, etc. Through the accurate measurement of radar level meters, production personnel can keep abreast of the storage tank capacity of dairy products to ensure the smooth running of the production process.
Process control, accurate level measurement at different stages of dairy product processing, such as mixing, stirring, heating, etc., is critical to ensure product quality.
Radar level meters can help monitor level changes in mixing tanks, reactors, and other equipment to keep process parameters stable. By keeping track of level changes, production personnel can make timely adjustments to ensure the consistency and quality of dairy products. Stirrer protection, stirrer is one of the common equipment used in dairy processing, it plays a role in mixing and homogenizing dairy products.
However, if the agitator depth is too shallow, it may cause the accumulation of air bubbles and scum, further affecting the quality of dairy products. Radar level meters can be used to monitor the depth of the agitator to ensure that the agitator is fully immersed in the dairy product to avoid abnormalities.
A dairy uses radar level meters for raw material storage tank level monitoring. The challenge they faced was that dairy products often have high viscosity and concentration, and traditional measurement methods could not meet the requirements for accurate measurement.
To solve this problem, they chose a radar level meter and conducted optimization and experiments. A radar level meter model suitable for high-viscosity liquids was selected.
The level meter uses high-frequency radar waves and has the powerful signal processing capability to penetrate through thick dairy products and measure the level accurately.
Through repeated experiments and parameter adjustment, they successfully solved the influence of viscosity and concentration on measurement accuracy. With the radar level meter, the dairy realized accurate and stable liquid level monitoring of raw material storage tanks.
Based on the data provided by the radar level meter, the raw material placement and supply can be adjusted in time to ensure control of the production process and the consistency of the dairy product quality.
Radar level meter is widely used in the dairy processing industry, it can provide accurate and stable level measurement data to help ensure the level control and monitoring in the dairy processing production.
However, special attention should be paid to the selection of the radar level meter according to the working conditions, pay attention to the installation, and good maintenance work.