Intelligent vortex flow meter LUGC

　　Intelligent vortex flowmeter LUGC is a new generation of flow measurement instrument integrating digital signal processing technology and intelligent functions, which is based on the Kamen vortex principle, and can accurately measure the volume flow, mass flow, temperature, pressure and other parameters of a variety of fluids.LUGC Intelligent vortex flowmeter is used in petroleum, chemical industry, electric power, metallurgy, food, medicine and other industries in the flow measurement and process control to provide users with a reliable and efficient flow measurement solution. LUGC intelligent vortex flowmeter is used in petroleum, chemical, electric power, metallurgy, food, medicine and other industries for flow measurement and process control, providing users with reliable and efficient flow measurement solutions.

　　Working Principle of LUGC Intelligent Vortex Flow Meter

　　LUGC Intelligent Vortex Flow Meter is based on the Carmen vortex principle, i.e., when the fluid flows through the non-linear resistance fluid, it will produce regular vortices on both sides of the alternating vortex, which is called Carmen vortex. The frequency of the vortex is directly proportional to the fluid flow rate, through the detection of the frequency of the vortex can be calculated by the flow rate of the fluid, and then the volume flow rate of the fluid.

　　LUGC intelligent vortex flowmeter adopts piezoelectric sensor to detect the vortex signal, and uses the digital signal processing technology to amplify, filter and analyze the signal, so as to obtain accurate fluid flow information. At the same time, the flowmeter also integrates temperature and pressure sensors, which can measure the temperature and pressure of the fluid in real time and automatically compensate the temperature and pressure according to the preset parameters in order to improve the accuracy of the flow measurement.

　　LUGC intelligent vortex flowmeter has the following features and advantages:

　　High stability: the digital signal processing technology and sensors used to ensure the accuracy and stability of flow measurement. Wide range ratio: the range ratio can be up to 1:20, which can meet the measurement needs of different flow ranges. Low pressure loss: unique structural design minimizes fluid flow resistance and saves energy. Maintenance-free, long life: no moving parts, not easily affected by fluid impurities, low maintenance, long service life. Intelligent function: with self-diagnosis, data recording, alarm output and other intelligent functions, convenient for users to monitor and manage the flow. Multiple output modes: provide multiple output signals, such as 4-20mA, HART, RS485, etc., which is convenient for system integration.LUGC Intelligent Vortex Flowmeter Application Fields

　　With its superior performance characteristics, LUGC intelligent vortex flowmeter can be applied in the following fields:

　　Petrochemical industry: measuring the flow of various fluids such as crude oil, natural gas, liquefied petroleum gas, ethylene and so on. Power industry: measuring the flow of steam, water, cooling water and other fluids for power generation, heating and other links. Metallurgical industry: measuring the flow of fluids such as blast furnace gas, coke oven gas, oxygen, nitrogen, etc., used for smelting process control. Food and beverage industry: measuring the flow of various beverages, alcohol, edible oil, milk and other fluids, used in production filling and process control. Pharmaceutical industry: measuring the flow of various liquid medicines, injections, solvents and other fluids, used in pharmaceutical production and quality control. Environmental protection industry: measuring the flow of sewage, waste gas, flue gas and other fluids, used for environmental monitoring and pollution control.Selection of LUGC intelligent vortex flowmeter

　　The following factors need to be considered for selecting a suitable LUGC intelligent vortex flowmeter:

　　Fluid medium: including the type of fluid, temperature, pressure, viscosity, density and so on. Flow range: need to select the appropriate flow range according to the actual working conditions to ensure measurement accuracy. Pipe size: need to provide accurate pipe diameter, in order to select the appropriate flow meter caliber. Installation conditions: need to consider the site of the installation space, pipe material, ambient temperature and other factors. Output signal: It is necessary to select the appropriate output signal according to the demand of the control system. Users can obtain more detailed selection guidance by checking the product samples of LUGC intelligent vortex flowmeter or consulting the technical personnel.

　　Conclusion

　　As a flow measurement instrument, LUGC vortex flowmeter has become the ideal choice for flow measurement and process control in various industries with its advantages of high reliability, intelligence and easy maintenance. With the continuous development of technology, LUGC intelligent vortex flowmeter will play a more important role in the field of flow measurement in the future.