What is the turbine flow meter?
Turbine flow meters use the mechanical energy of the liquid to rotate a rotor within the flow stream. The rotational speed is directly proportional to the velocity of the fluid traveling through the meter. These meters are used in multiple industries to reliably measure liquids, gases and vapors.
Where are turbine flow meters used?
Turbine flow meters are used to measure clean, dry gases and liquids such as hydrocarbons, chemicals, gases and vapors, fuels and other types of liquids with lower viscosity, and for applications requiring highly accurate and precise measurements.
What is a turbine gas meter?
Turbine Gas Meters are inferential type gas meters that utilize the gas velocity to derive the volume of gas passing through the meter. The volume is displayed on a direct read counter type index.
What is the output of a turbine flow meter?
Turbine flowmeters produce output signals that are electronic pulses but other output signals – analog(4 – 20mA), visual or digital- are available. This houses the turbine rotor, shaft and bearings .
How to set wl turbine flow meter?
– Techshore turbine flow meter – How a turbine flow meter works – Measuring or working principle of turbine flow meter – Masstracker insertion turbine flowmeter – How to set wl turbine flow meter – Turbine flow meters – How to repair the water mechanical turbine flow meter
What are the uses of a turbine flowmeter?
– Water injection – Test and production separators – Disposal wells – Hydraulic fracturing – Chemical injection – Natural gas pipelines
What is Venturi flow meter and how it works?
What is a Venturi Meter? Venturi Meter is a device in which pressure energy is converted into kinetic energy and it is used for measuring the rate of flow of liquid through pipes. It is invented by American Engineer Clemans Herchel and named by the Italian physicist Giovanni Venturi. It works on the basic principle of Bernoulli’s Equation.
What is k-factor of a turbine meter?
Meter K-Factor is defined as the number of pulses per unit mass or volume at a particular flow rate. Every meter in each turbine contains a K-Factor or a ratio of the pulses per unit of flow. Every time a turbine rotates within a flow rate, the turbine blade passes a face of magnet that creates an electronic pulse.