Cheap Stainless Steel Gas Orifice Plate flow meter

Specifications Gas Orifice Plate flow meter

1.Pressure loss small

2.Medium: liquid,gas,steam,water

3.CE/TUV/ISO9001

4.Accurac:+/-1%

Gas Orifice Plate flow meter     Specification: throttling device  flowmeter  

Frequency	50HZ or 60HZ
Power consumption	<13W
Protection class	IP65
approved	CE /ISO/TUV
Medium	liquid,oil,gas,steam
Accuracy	+/-1%
features	Pressure loss small

  Features: 1.Long-term stability, the structure is simple and easy to install and maintain 2.Sensor output pulse frequency, the performance is very stable,including pipeline and plug flow sensor 3.Installation method is flexible, according to the process piping is different, can be horizontal, vertical and inclined Angle of installation 4. By the software of the instrument coefficient nonlinear correction, improve the accuracy of measurement   Throtling device flow meter: 1.Simple structure,strong,convenient installation.Tt can measured all kinds of flow of gas,steam and liquid,and wide usage.Don`t need real flow calibration,with moderrate precision;
2.There are 12 months warranty of our products from the date of original delivery, "three guarantees" service (return, replacement, warranty);

 Application:  1.chemical 2.power supply 3.metallurgical mine 4.oil 5.water supply and drainage 6.paper making 7.pharmaceutical 8.food and beverage       Basic Principle:   When the fluid filled in the pipe is flowing through the throttling device in the pipe, the flow will shrink partly at the throttling device, hence the flow velocity increases while the static pressure decreases to form the differential pressure at the back and forth of the throttling device. The bigger the flow rate, the larger the differential pressure, so we can measure the flow according to differential pressure.   This measuring method is based on Fluxion Continuity Equation (Mass Conservation Law) and Bernoulli’s Principle (Energy Conservation Law). The differential pressure is related to flow, as well as other factors. For example, when the forms of throttling devices or physical properties (density,viscosity) of the fluids in the pipe are different, the differential pressure generates at the same flow rate is different.