What are the principles of the structure of glass rotor flowmeter

The glass rotor flowmeter is mainly a type of measuring glass tube, in which a float that can move up and down can be seen. When measuring fluids, you can see that there is a certain pressure difference between the float and the flow rate, which can reflect the measurement of its flow rate. The structure of a glass rotor flowmeter is very distinctive.
Its special structure makes it more convenient to measure fluids. Below, we will give a brief introduction to its special structural principle:
There is a movable float in the flowmeter, which is installed vertically. In the glass tube, the float can move freely, especially when fluid enters. The glass rotor flowmeter will control the float to move up and down according to the pressure difference generated by the fluid, and finally measure the pressure difference of the flow rate.
There are scale settings on the external device of the flowmeter, which mainly enable accurate measurement of the flowmeter. There is a certain proportion between them, and the kinetic energy generated by the fluid can cause the float to balance and stabilize at a certain scale, which can be clearly reflected on the external scale. The use of flow meters also facilitates the measurement of fluids.
When using a flow meter, it is also necessary to choose a flow meter that is suitable for the job in order to maximize its value.