Gas turbine flow meter gas flow sensor were originally introduced in the early 1960s as a solution for critical flow measurement applications in the aerospace industry.
Many turbine flowmeters are used to measure the fuel flow of rocket engines at the range. Turbine flow meters also help to characterize the
performance of jet and piston engines. Gas turbine flowmeter also has the ability to withstand high, in the development of advanced fighter and
surveillance aircraft, helicopters, and unmanned aircraft and other high-tech fields, turbine flowmeters have played a key role. Various military
and government departments, as well as major aerospace manufacturers, utilize turbine flow meters as part of their equipment test beds.

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A gas turbine flow meter, due to its simple design, is a reliable volume sensor that provides a direct physical flow measurement that can be
converted into a digital pulse output. However, with the development of modern electronics, in addition, gas turbine flow meters, become
advanced flow sensors with greatly improved accuracy and range capability.

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All turbine flow sensors, including those with axially mounted rotors, tangentially mounted "paddle wheel" rotors, and plug-in probes, incorporate
freely suspended rotors that are rotated by a flowing fluid (liquid or gas) through the meter body. An external detection coil detects the qualified,
frequency output produced by each rotor. The frequency is proportional to the velocity of the fluid, and because the flow path is fixed, the
rotational speed of the turbine is a true reproduction of the volumetric rate of the fluid flowing through the flowmeter. Either a magnetic or
modulated carrier (radio frequency) signal sensor can be used to detect the rotation of the turbine rotor and provide an electrical output
proportional to the flow rate. The RF detection coil extends the low flow range of meters ~ rotor reluctance. This is especially useful for very
low flow ranges where reluctance has a significant effect on linearity. In many applications, the output frequency of the meter is electronically
processed, from basic amplifiers, indicators and accumulators, to more sophisticated flow computers that compensate for all measurable parameters
and provide the best volumetric or mass flow measurement accuracy.

 

If you want to know more about gas turbine flowmeter related parameters and quotation, please contact winny:sales01@cxflowmeter.com