The working principle of the single flange differential pressure level gauge product is as follows:

We know that a single flange differential pressure level gauge is a common device used to measure liquid levels, and its working principle is mainly based on the differential pressure principle.

Firstly, let's talk about the working principle of the single flange differential pressure level gauge product. When there is a difference in pressure between two positions, this difference creates a physical quantity called pressure difference. Differential pressure sensors are installed in two different positions, measuring the pressure at both locations and calculating the pressure difference between them. In a liquid level gauge, this pressure difference is directly proportional to the height of the liquid level.

Secondly, the key component of the single flange differential pressure level gauge in this product is the differential pressure sensor, which is installed in two different positions on the level gauge, usually on the side of the instrument box and in the middle of the level gauge body. When sensors receive pressure, they convert this signal into an electrical signal and transmit it to the instrument room through cables. The single flange differential pressure level gauge is another important component in the single flange differential pressure level gauge. They consist of a large disk and a small disk, with a sealed chamber in the middle. When this device is connected to a pipeline or container, liquid will enter the chamber through the pipeline. When the liquid level rises to the height of the small disc, the liquid will flow through the space between the large disc and the small disc, and compressed air will be squeezed out Chamber. During this process, the differential pressure sensor will measure the liquid level and the pressure inside the chamber.

Finally, let's talk about the working principle of the flange differential pressure level gauge product:

When the liquid level of the flange differential pressure level gauge rises, the liquid will flow through the space between the large and small disks, causing the gas in the chamber to be compressed. Due to the fact that the pressure in differential pressure sensors varies with changes in liquid level, they observe a change in liquid level height that generates a change in differential pressure, and convert this change into an electrical signal, which is then transmitted to the instrument room. The instrument room calculates this signal to determine the height of the liquid level, and then outputs this information to the liquid level dashboard.

Note: Single flange differential pressure level gauges are widely used in various industries, such as chemical, food, and pharmaceutical industries. They can be installed on many types of containers and pipelines, such as water tanks, heating boilers, and storage tanks. By using differential pressure sensors to measure liquid levels, these devices can monitor changes in liquid height to ensure operational safety and reliability. Single flange differential pressure level gauge is a commonly used device for measuring liquid level, which works based on the principle of differential pressure. It has a variety of models, wide applications, high precision and reliability, and is of great help to industries such as industry, chemical industry, and food.