The siphon quantitative dosing device is a device for accurately measuring and controlling liquid flow rate. This article will provide a detailed introduction to the principle and application of the siphon quantitative dosing device.
The principle of siphon quantitative dosing device is a device designed based on the siphon principle. The siphon principle refers to the automatic flow of liquid into a pipeline when one end of the pipeline is filled with gas and liquid. This is due to the fact that the static pressure of liquid is greater than that of gas. This liquid flow method is suitable for quantitatively adding substances.
The siphon quantitative dosing device uses a siphon tube to control the liquid flow rate. One end of the siphon tube enters the liquid, and the other end is led out through a pipeline. There is a jacket in the pipeline, and there is a piston inside the jacket. How does one end of the siphon tube enter the liquid? The liquid will automatically rise, forming a liquid blockage that allows the gas in the pipeline to be expelled, and only the liquid can enter the pipeline. When the liquid level in the pipeline rises to a certain height, the liquid will enter the jacket, causing the piston to rise. At the same time, the hole of the piston is connected to the pipeline, allowing the liquid to flow into the pipeline.
The advantages of siphon quantitative dosing device are accurate and stable flow rate, adjustable dosing amount, and not affected by flow rate changes. Therefore, siphon quantitative dosing devices are widely used in industries such as water treatment and chemical reactions to achieve precise liquid dosing operations.