Fluxera turbine flow meter is the use of advanced low-power single-chip microprocessor technology developed turbine flow sensor and display totalizer integration of new smart meter, with a compact structure, intuitive readings clear, high reliability, without outside power interference, anti-lightning,
obvious low cost advantage, it is widely used to measure the closed pipe and stainless steel 1Cr18Ni9Ti, 2Cr13 and corundum Al2O3, carbide not corrode, and no fibers, particles and other impurities, kinematic viscosity at operating temperature is less than 5 × 10-6m² / s of liquid, for kinematic viscosity more than 5 × 10-6m² / s of liquid, can be quantitative control, excessive alarm, etc., is an ideal flow metering and energy meter. Measurement objects: oil, organic liquids, inorganic liquid, liquefied petroleum gas, natural gas, coal gas and cryogenic fluids.
This advanced flow meter is engineered to deliver exceptional precision and operational reliability, making it an industry benchmark for liquid measurement. It features outstanding accuracy, standardly achieving ±1%R or ±0.5%R, while high-accuracy configurations can reach up to 0.2%R. Coupled with an elite short-term repeatability of 0.05% to 0.2%, it stands as the preferred choice for commercial trade settlement and custody transfer.
Operationally, the instrument utilizes an output pulse frequency signal that ensures zero drift and robust anti-interference capabilities. By generating a high-frequency signal ranging from 3 to 4 kHz, it provides remarkable signal resolution for precise tracking. Its wide operational range—extending up to 1:20 for medium and large diameters and 1:10 for small calibers—allows it to adapt effortlessly to fluctuating flow conditions.
To meet diverse industrial requirements, the meter offers extensive customization options, including specialized builds for low-temperature, bi-directional, mixed sand, and underground environments. For large-scale infrastructure, it can be manufactured as an insert-type meter, which significantly reduces pressure loss and installation costs while enabling extraction without interrupting fluid flow.
Its robust design finds widespread application across the petroleum, chemical, metallurgy, and paper industries, where it is trusted to measure exact liquid volumes and cumulative totals. It plays a vital role in liquefied petroleum gas, refined oil, and light crude oil transport and gathering stations, as well as at terminal stations of major crude oil pipelines.