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Simple Analysis and Application of Turbine Flow Meter

Abstract: Simple analysis and application information of turbine flowmeters are provided by excellent flowmeter and flowmeter manufacturers. Brief Analysis of Turbine Flowmeter 1. Working Principle of Turbine Transmitter Turbine flowmeter is composed of turbine, bearing, pre-amplifier and display surface. The turbine is rotated and the fluid being measured hits the turbine blades. Glass tube liquid level gauge: The speed of the turbine changes with the flow. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following is the simple analysis and application details of turbine flowmeters. Brief Analysis of Turbine Flowmeter 1 Working Principle of Turbine Transmitter Turbine flowmeter is composed of turbine, bearing, pre-amplifier and display surface. The turbine is rotated and the fluid being measured hits the turbine blades. Glass tube liquid level gauge: The speed of the turbine changes with the change of the flow, that is, the flow rate is large, the speed of the turbine is also large, and then the speed of the turbine is converted into an electrical pulse of the corresponding frequency by the magnetoelectric conversion equipment, which is enlarged by the preamplifier. After that, it is sent to the display surface for counting and display, and the instantaneous flow rate and cumulative flow rate can be obtained according to the number of pulses and the cumulative number of pulses per unit time. When it hits the turbine blades, the working principle of the turbine transmission thermal resistor is when the fluid moves along the axis of the pipe. Then there is flow velocity V and fluid density with flow qvρThe multiplicative force acts on the blades, and the laser rangefinder propels the turbine into rotation. As the turbine rotates, the blades periodically cut the magnetic field lines generated by the electromagnet, changing the magnetic flux of the coil. According to the principle of electromagnetic induction, a pulsating potential signal will be induced in the coil, and the frequency of the pulsating signal is proportional to the flow rate of the fluid being measured. The pulse signal output by the radar level gauge and the turbine transmitter after being enlarged by the pre-amplifier. After entering the display surface, the flow measurement can be completed. 2 If the turbine flowmeter is selected in an explosion-proof area, it must also be an explosion-proof result. 1. The best selection of the flowmeter body is made of 316 stainless steel to prevent corrosion.>Teflon, 2 bearings usually have tungsten carbide. Three standards of carbon and graphite: tungsten carbide has the highest precision and is used as a standard part for industrial control; polytetrafluoroethylene, carbon and graphite can be anti-corrosion, usually given priority in chemical sites. The square of the flow rate of the bearing life is inversely proportional, so 1/3 of the maximum flow rate with the best flow rate is better than the high temperature pressure transmitter. The voltage output value of the electromagnetic coil of the laser rangefinder is close to a sine curve, and the 3 induction probe detects the movement of the transforming body and converts it into a pulsed digital electrical signal. The frequency scale of the pulse signal changes linearly with the flow rate measured, and the typical scale is 10:125:1 and 100:1 three standards. The resistance of the solenoid coil is usually less than 2000ΩGreater than this value can damage. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Simple Analysis and Application of Turbine Flow Meter'

need huge investment, so it is important to shop with caution.

Applied Materials’ mission is to be the leading supplier of mass flow meter worldwide-through innovation and enhancement of customer productivity with systems and service solutions.

mass flow meter are less complex compared with endress hauser ultrasonic flow meter.

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