Glass rotor flowmeter | Use and installation of glass rotor flowmeter

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What are the characteristics of the remote transmission glass rotor flowmeter? The characteristics of the remote transmission glass rotor flowmeter mainly include the following: no moving parts, durable design: The remote transmission glass rotor flowmeter adopts a design without moving parts and pores, which makes the flowmeter wear free, dirt resistant, and does not require mechanical maintenance during use, greatly extending its service life. Micro power consumption technology, long-lasting endurance: This flow mode rolling meter adopts micro power consumption high-tech, which enables the battery powered on-site display flowmeter to operate continuously for more than two years. This feature not only reduces the frequency of battery replacement, but also improves the reliability and stability of the equipment. Integrated design, strong anti-interference ability: The temperature and voltage compensation of the remote transmission glass rotor flowmeter is integrated, making its current output an electrically isolated type with good common mode interference suppression capability. This design can effectively resist external electromagnetic interference, ensuring the accuracy and stability of measurement results. Simultaneously display flow rate value and cumulative flow rate value: This flowmeter can simultaneously display the current flow rate value and cumulative flow rate value, without the need for users to switch between them. This feature enables users to easily obtain the required information and improves work efficiency. Anti vibration probe to eliminate the influence of external vibration: The remote transmission glass rotor flowmeter adopts an anti vibration probe design, which can effectively eliminate the influence of external vibration on the measurement results. This feature enables the flowmeter to maintain stable measurement performance even in complex working environments. In summary, the remote transmission type glass rotor flowmeter has broad application prospects and advantages in the field of fluid measurement due to its characteristics of no moving parts, low power consumption technology, integrated design, simultaneous display of flow value and cumulative flow value, and anti vibration probe.

2. How should I read a rotor flowmeter? Why?

The reading method for the rotor flowmeter is as follows: For the sub flowmeter reading method, stand in front of the flowmeter, with your eyes parallel to the float, and move your line of sight horizontally to the left until you see the outline of the float touching the positioning line. The corresponding reading value is at the intersection of the positioning line and the horizontal scale in the middle of the float.. A rotor flowmeter measures fluid flow based on the principle of throttling, but it changes the flow area of the fluid to maintain a constant differential pressure between the upper and lower parts of the rotor. Therefore, it is also known as a variable flow area constant differential pressure flowmeter or a float flowmeter. In a vertical conical tube that expands from bottom to top, the gravity of the circular cross-section float is supported by liquid dynamics, and the float can freely rise and fall inside the conical tube. Under the action of flow velocity and buoyancy, it moves up and down, and after balancing with the weight of the float, it is transmitted through magnetic coupling to indicate the flow rate on the dial. Generally divided i

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