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What is the approximate price of a rotor flowmeter?
2. The difference between turbine flowmeter and vortex flowmeter
1. Different design principles. Turbine flowmeter focuses on measuring liquids and belongs to the velocity beam flowmeter. The principle is to use the relationship between the rotational angular velocity of the impeller placed in the liquid and the liquid flow velocity to calculate the liquid flow rate by measuring the impeller speed.. The vortex flowmeter is designed and manufactured based on the Karman vortex principle. The principle of fluid oscillation is applied to measure flow rate. When the fluid passes through the vortex flow transmitter in the pipeline, two columns of vortices proportional to the flow velocity are alternately generated up and down behind the vortex generator in the triangular column. The release frequency of the vortices is related to the average velocity of the fluid flowing through the vortex generator and the characteristics of the vortex generator.
2、 The vortex flowmeter is mainly used for flow measurement of industrial pipeline media fluids, such as gases, liquids, vapors, and other media, with different application ranges. Turbine flow meters are widely used to measure the amount of trapped gas in various objects such as petroleum, organic liquids, inorganic liquids, liquefied gas, natural gas, coal gas, and low-temperature fluids.
3、 Different characteristics of turbine flow meters include simple structure, few processed parts, light weight, easy maintenance, high flow capacity (large flow rate that can pass through the same caliber), and adaptability to high parameters (high temperature, high pressure, and low temperature). Th
3. Product introduction of battery powered turbine flowmeter
Battery powered turbine flowmeter (TUF), a type of impeller flowmeter, consists of a sensor and a conversion display instrument. It is composed of a multi blade rotor that senses the average flow velocity of the fluid and derives the flow rate or total amount. The earliest TUF patent can be traced back to 1886, mainly used for aircraft fuel measurement. After World War II, it was widely applied in fields such as petroleum, chemical, and scientific research due to the demand for jet technology. TUF exhibits unparalleled accuracy and repeatability compared to other flow meters, such as volumetric and Coriolis mass flow meters, due to its simple structure, few components, light weight, easy maintenance, strong flow capacity, and adaptability to high parameter flow. The HSBLWGY series turbine flowmeter is a new generation product that absorbs advanced technologies from both domestic and foreign sources. It has excellent characteristics such as high precision, good reproducibility, and sensitive response. It is suitable for pipelines made of stainless steel, corundum, and other materials to measure low viscosity liquids. Combined with special display instruments, it can perform quantitative control and over limit alarm, making it an ideal choice for flow meas
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