Radar level meter is a kind of liquid level measuring instrument widely used in industrial process control, with its advantages of high precision, remote measurement, and automatic control, it has been widely used in various fields.
In the pure water storage tank, the radar level meter also fully demonstrates its advantages, realizing high-precision level measurement and automatic control.
In this paper, we will introduce the characteristics of pure water storage tanks and two actual measurement cases to show the application value of radar level meters in pure water storage tanks.
First of all, a pure water storage tank refers to a container used to store pure water, widely used in electric power, pharmaceutical, food, and other industries.
Its characteristics are as follows: high purity requirements: the production process of pure water requires very high requirements for water quality, and the water in the storage tank must maintain high purity.
Therefore, the tank material is usually 304 or 316 stainless steel to prevent impurities from dissolving or contaminating the water quality.
Large capacity requirements: pure water in the production process requires large amounts of storage, so pure water storage tanks usually have a large capacity to meet the needs of production.
Automatic control requirements: In order to ensure the stability and safety of the production process, pure water storage tanks usually need to realize automatic control.
Level measurement is the basis for automatic control, so accurate level measurement is very important.
Next, I will introduce two actual measurement cases to show the effect of radar level meter application in pure water storage tanks. Case 1: Pure water storage tanks in power plants In power plants, pure water is used for boiler water supply, cooling water, generator cooling, and other important purposes.
The capacity of pure water storage tanks is usually large, and the level measurement accuracy requirements are also very high.
Conventional float level meters cannot meet the accuracy requirements, while radar level meters can easily realize high-precision measurements.
Radar level gauge through the transmission and reception of microwave signals, measuring the liquid to the liquid surface time, so as to calculate the liquid level height.
Compared with the traditional float level meter, the radar level meter has higher measurement accuracy, which can reach millimeter-level accuracy requirements.
At the same time, the radar level meter also has remote measurement and automation control functions, which can realize unattended automation management.
Case 2: Pure water storage tanks in pharmaceutical companies In pharmaceutical companies, pure water is widely used in the pharmaceutical production process, such as cleaning, preparation, and other aspects of the preparation.
The capacity of pure water storage tanks is usually small, but the accuracy of level measurement is very high.
Due to the very strict water quality requirements of the pharmaceutical process, it is usually necessary to monitor and adjust the level of pure water in real-time. Radar level meters excel in this application scenario.
Its high-precision measurement can meet the level monitoring needs of pharmaceutical companies to ensure a stable supply of pure water in the pharmaceutical process.
At the same time, the radar level meter can also be wireless transmission, and can realize the pure water level remote monitoring and automatic control, greatly improving the production efficiency and production safety of pharmaceutical companies.
In short, the application of radar level meters in pure water storage tanks has a wide range of significance. Its high precision, remote measurement, and automatic control advantages, ensure the safe operation of pure water storage tanks and stable supply.