Balanced flow meter

Principle Introduction:

Porous balance flowmeter is a new type of flow measurement device based on differential pressure throttling principle, which is used in traditional methodsOn the basis of the theory of orifice plates and porous orifice plates, momentum balance theory is introduced to further optimize the flow areaDistribution has endowed it with more excellent new characteristics. Based on current experimental data and on-site observationsFrom a practical perspective, the performance of the porous balance flowmeter is reliable.Our company has learned from the experience of foreign products and utilized computer optimization programs to master porous materialsThe various characteristics of the balanced flowmeter ensure the measurement accuracy of the porous balanced flowmeter.

Product Features:

Porous balance flowmeter is suitable for flow measurement of various liquids, gases, and vapors

The outflow characteristics of the porous balance flowmeter determine its lower pressure loss, thereby reducingApproximately energy consumption

The excellent rectification characteristics of the porous balance flowmeter ensure measurement with shorter front and rear straight pipe sectionsprecision

The porous balance flowmeter has a wider range of equal precision flow measurement than traditional orifice plates

The porous balance flowmeter has lower noise output and more stable signal compared to traditional throttling devices

The flow hole structure of the porous balance flowmeter is more wear-resistant and has a longer service life

The sensor body of the porous balance flowmeter can achieve dual flow measurement and is easy to use

■The porous balance flowmeter can achieve a calibration accuracy of 0.25% within a constant flow range

■The porous balance flowmeter also exhibits superior characteristics in flow measurement of two-phase flow

Product usage conditions:

Atmospheric environmental conditions:

Environmental humidity: 5% -95%

Environmental pressure: 86-106kPa

Environmental temperature: -30-55C

Medium conditions:

Suitable for almost all gases, liquids, and vapors

Medium temperature: -200 ° C~850 ° C

Medium pressure: 42Mpa, exceeding this value requires negotiation and customization