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with temperature and pressure compensation type vortex flow meter body

HK

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Description

HLUG series with temperature and pressure compensation-in-one flowmeter is mainly used for industrial pipe medium fluid flow measurement, such as gas, liquid, vapor and other media. One type vortex flowmeter is the pressure loss characteristics, scale range, high precision in the measurement conditions are not nearly the volume density of the fluid flow, pressure, temperature, viscosity and other parameters. No moving mechanical parts, so high reliability and little maintenance. Long-term stability of the instrument parameters. This instrument uses piezoelectric stress sensors, high reliability, can be -20 ℃ ~ +250 ℃ operating temperature range. With analog standard signal, but also digital pulse signal output, easily supporting the use of computers and other digital systems is a more advanced and ideal flow。
VSF-one vortex flowmeter output pulse frequency signal from fluid properties and composition changes, that instrument coefficient in a certain Reynolds number range, and only with the bluff body shape and size of the pipe and so on. But as the material balance and energy flow in the measurement of mass flow to be detected, then the flow meter should also monitor the volume of the output signal flow and fluid density, fluid properties and composition of the flow measurement or have a direct impact。
Karman vortex flowmeter vortex principle is the basis for Measurement of fluid flow in closed conduits new flow meter. Media because of its good ability to adapt, without direct measurement of temperature and pressure compensation can be steam, air, gas, water, liquid volume flow conditions, with temperature and pressure sensor measures the standard volume flow and mass flow conditions, is to cut expenditure Flowmeter ideal alternative。
To improve the high temperature vortex flowmeter and anti-vibration performance, the company recently developed a HLUG improved vortex flow sensors, because of its unique structure and selection of materials so that the sensor at high

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