As an advanced flow measurement instrument, high-precision precession vortex flowmeter has significant characteristics in industrial automation and fluid measurement fields.
1. High precision measurement
① Advanced principle: The precession vortex flowmeter adopts the latest microprocessing technology to measure flow rate through the vortex generated by the fluid in the pipeline. Specifically, as the fluid flows through the contraction tube, the velocity gradually increases, forming stable vortices whose shedding frequency is proportional to the fluid flow rate, ensuring high-precision flow measurement.
② Low error rate: This flowmeter can provide stable and high-precision flow measurement within a high Reynolds number range (i.e. a wide range of flow rates), meeting the strict requirements for measurement accuracy in most industrial applications.
2. Wide range ratio
Strong adaptability: Precession vortex flowmeter has a wide flow measurement range, and its range ratio can usually reach 10:1 to 25:1, or even higher. This feature enables it to cope with working conditions with large flow fluctuations, without the need for frequent instrument replacement or adjustment of settings, reducing maintenance costs and improving the flexibility and adaptability of the system.
3. Strong reliability
① Simple structure: The precession vortex flowmeter has a simple and compact structure, without mechanical transmission components, reducing the risk of failure caused by wear, blockage, etc.
② Wear resistant and corrosion-resistant: Using high-quality materials and precision machining technology, it can adapt to various harsh industrial environments, such as high temperature, high pressure, corrosion, etc., ensuring the long-term stable operation of the flowmeter under harsh working conditions.
4. Intelligent functions
① High integration: Modern precession vortex flowmeters often integrate advanced microprocessor technology, integrating flow probes, microprocessors, pressure, and temperature sensors into one, which can automatically correct measurement errors caused by fluid temperature and pressure changes and improve measurement accuracy.
② Remote communication: Supports remote communication protocols such as Modbus, HART, etc., facilitating remote monitoring, collection, and management of data, achieving intelligent and automated control.
5. Display intuitively
LCD display screen: Adopting a high contrast LCD display screen, it can display parameters such as cumulative flow rate, instantaneous flow rate, medium pressure, temperature, etc., with convenient and clear readings.
6. Low pressure loss
Streamlined design: The use of streamlined vortex generators in the design effectively reduces the resistance and pressure loss of fluids during the measurement process, which is particularly important for applications that require stable fluid pressure or energy conservation.
7. Easy installation and maintenance
① Small size and light weight: The flowmeter has a small volume and light weight, with low installation space requirements, making it easy to install or replace in existing pipeline systems.
② Easy maintenance: Maintenance is also relatively simple, without the need for complex calibration processes, reducing maintenance costs and downtime.
In summary, high-precision precession vortex flowmeter has been widely used in many industries such as petroleum, chemical, power, metallurgy, water treatment, etc. due to its high precision, wide range ratio, high reliability, intelligent function, low pressure loss, and convenient installation and maintenance, and has become one of the important tools in the field of flow measurement.
Our main products include electromagnetic flowmeters, turbine flowmeters,mass flowmeters, vortex street flowmeters, pressure transmitters, liquid level transmitters, and magnetic flap level meters.
