A vortex meter requires the flow to be in the turbulent flow regime to function correctly. As the flow drops to the transitional (or laminar) flow regimes, it will stop shedding vortices and the meter ...

Work principle of the vortex flow-meter is based on the corresponding relationship between fluid vibration frequency and flow velocity. It measures the flow velocity of fluid by measuring the ...

Vortex flow meter technology is an ideally suited technology for a number of applications, especially volumetric water applications.

Emerson Automation Solutions expands its vortex flow meter portfolio with the addition of the Rosemount® 8600 Utility Vortex Flow Meter, designed specifically for utility applications. Its application ...

The frequency of the vortex formation in a flow meter can be measured using a piezoelectric sensor. The piezoelectric sensor produces a raw signal, where the average frequency indicates volumetric ...

Equipped with a temperature sensor and optional pressure sensor, Siemens’ Sitrans FX300 vortex flow meter measures the temperature, pressure and flow of steam, gases and liquids via the vortex ...

A: The real answer is that using two vortex-shedding flow meters for bidirectional flow is an improper application. The vortices shed by both bluff bodies propagate really far beyond the pipe, and may ...

The Racine Flow Meter Group manufactures turbine, variable area, hydraulic testing, differential pressure, vortex shedding and ultrasonic flow measurement products. Brand names include Blancett, ...

The global vortex flowmeter market size is poised to grow by USD 111.42 million during 2019-2023, according to a new report by Technavio.