VNY2

Venturi Nozzle and Venturi Tube (VNY2) flow meters are common instruments used for measuring the flow rate and total quantity of fluid flowing in industrial applications. These devices are capable of measuring the flow of liquid, gas, or steam. VNY2 systems utilize the Bernoulli equation to measure the velocity and pressure of the fluid, and the CFM measurement representing the mass flow rate of air or other gases. This article will discuss the application field and working principle of VNY2 flowmeters.

VNY2 devices are widely applicable in many industries, including chemical and petrochemical, power plants, steam services, and even water treatment applications. An example application is the petrochemical industry, where VNY2 flowmeters can be used to accurately measure flows of oil, natural gas, and other fluids. VNY2 devices can also be used for the measurement of air-to-air flows, providing an accurate and reliable measurement for those applications. The same applies for steam applications, where highly precise measurements are needed to ensure efficient operation and cost-effectiveness.

The VNY2 flowmeters work on the principle of differential pressure. The fluid flowing inside the VNY2 device creates kinetic energy while also generating a difference in pressure between the inlet and outlet of the meter. This pressure difference is ultimately used to calculate the flow rate and total quantity of the fluid. VNY2 devices are typically designed with a Venturi nozzle, which is a tapered and narrowed section of the device which increases the velocity of the fluid and thus the pressure difference. This allows for highly precise measurements of the fluid’s flow. Additionally, the VNY2 Devices typically employ a Pitot tube, which works on the principle of differential pressure just like the Venturi nozzle. The Pitot tube measures the static pressure and the dynamic pressure of the fluid, which are then used to calculate the flow rate and total quantity.

In conclusion, VNY2 devices are invaluable tools for measuring the flow rate and the total quantity of fluid in industrial applications. They are highly applicable in the petrochemical, power plant, steam services, and water treatment industries, and work on the basis of differential pressure through a Venturi nozzle and a Pitot tube. Furthermore, they can be used for air-to-air and steam applications, which require an accurate and reliable measurement for efficient and cost-effective operation.

VNY2

Carlo Gavazz...

0.0 $

1000

SEN LVL COND 2 PROBE NYLO...