- How to operate Orifice:Orifice is one of the most commonly used methods of measuring the flow and is based on the difference in pressure between the two sides of the aperture due to the increase in fluid flow rate, which is based on Bernoulli law. According to the Bernoulli law, the total pressure drop, drop in velocity, and drop in height at a point equal to their sum elsewhere, plus the resulting friction between those two points. Reducing fluid pressure when crossing the Erases is due to increased velocity in this area, and when the velocity starts to decrease, the pressure starts to increase in proportion to this decrease. The orifice discharge coefficient represents the ratio of the actual flow to the drain coefficient of the theory. This coefficient is defined due to friction losses and the effects of viscosity and flow disturbances.Application:Orifice sheet One of the widest measurement tools in many industries, such as oil, gas, petrochemicals, refineries, power plants, is to measure flow and reduce pressure and because of its simplicity, reasonable price and high reliability.
- Flow nozzle operation mode:
The nozzle flow meter consists of an elliptic convergent inlet portion, through which the cross-sectional flow decreases and the output does not have any surface for the recovery of pressure. By measuring the pressure difference before and after the nozzle, the flow of fluid flow is calculated.
Nozzle flume meter is one of the most popular flow metric measurements (Reynolds number above 50,000) in chemical and power plants and is used at temperatures and temperatures. For this reason, in most cases, these devices are used for measuring in the gas and steam lines.
|1″ ~ 36″||ANSI #300,600,900,1500 & 2500||Flange & Corner Tapping||
B16.36, B16.5 &
|Alloy steel A105, A350 LF2 & Stainless Steel A182 F304, F316|
|1.5″ ≤||ANSI #300,600,900,1500 & 2500||Flange tap, Corner tap, D and D/2 (Radius) tap||IPS-M-IN-130, ISO5167-2, API 2530/AGA-3, BS1042/Section 1.1 1992||Standard: SS316/L Special : Monel, Hastelloy C, Titanium etc.|
|1″ ≤ D ≤2″||IPS-E-IN-130, ASME/MFC-14M|
|Quarter Circle Entrance Orifice Plate Concentric||1″ ≤ D ≤ 20″||As per customer requirements||Flange tap, Conrer tap||Miller, Foxboro & ISO/TR15377||Standard: SS316/L Special : Monel, Hastelloy C, Titanium etc.|
|Conical Entrance Orifice Plate Concentric||1″ ≤ D ≤ 20″||As per customer requirements||Corner tap||Miller, Foxboro & ISO/TR15377||Standard: SS316/L Special : Monel, Hastelloy C, Titanium etc.|
|Square Edged Ecentric||4″ ≤ D ≤ 14″||As per customer requirements||Corner tap||IPS-M-IN-130, ISO/TR15377 & Miller||Standard: SS316/L Special : Monel, Hastelloy C, Titanium etc.|
|Segmenal Orifice Plate||4″ ≤ D ≤ 14″||As per customer requirements||Corner tap||IPS-M-IN-130, ASME MFC & Miller||Standard: SS316/L Special : Monel, Hastelloy C, Titanium etc.|