What are the requirements for turbine flowmeter refueling standards?

Turbine flowmeter is a flowmeter based on the principle of turbine speed measurement. It measures the velocity of the fluid by rotating a turbine impeller installed in the pipe. The rotation speed of the turbine impeller is proportional to the flow rate. The rotation speed signal is converted into an electrical signal through the sensor, and then the flow value is calculated and displayed.

Famet Turbine Flowmeter

The accuracy of the turbine flowmeter is affected by many factors, including measurement medium, installation location, flow range, viscosity and temperature. For different application scenarios and requirements, the accuracy of turbine flow meters is usually between 1% and 2%.

Famet Turbine Flowmeter

Refueling Standards of Turbine Flowmeters:

For the refueling industry, the refueling standards of turbine flowmeters are crucial. Refueling standards are usually set by national regulations and industry standards, and are verified and certified by relevant agencies. Take the Chinese national standard "Liquid Quality Measuring Instruments" as an example, which stipulates the measurement range, accuracy, installation requirements, calibration methods, usage requirements, etc. of turbine flowmeters.

The refueling standards of turbine flow meters need to maintain a certain degree of accuracy and stability to ensure accurate measurement of refueling volume and protect consumer rights. At the same time, in the actual application of turbine flowmeters, it is necessary to make reasonable adjustments and optimizations based on specific scenarios and needs to achieve better refueling effects and user experience.

With the continuous development of industrial automation and dataization, turbine flow meters are increasingly used in various industries. Especially in the refueling industry, turbine flow meters can achieve the advantages of high measurement accuracy, easy installation, and stable use, and are increasingly recognized and used. At the same time, with the continuous innovation and advancement of technology, the application prospects of turbine flow meters are becoming more and more broad.