Every industry has its requirement for measuring the fluids used in the manufacturing process. It is undoubtedly true that accuracy and safety are two undeniable considerations. Thus, the choice of an unambiguous device is prominent. Vortex flow measurement is the most recommended and highly preferred technology among industries. Many small and large units are using vortex meters for flow management. However, this measurement gives accurate results to users and is accessible for liquids, steam, and gases. Oversee the reasons to choose this flow measurement technology below.
The Robust Construction of Vortex Meters
It is important to understand the construction of this flow meter if you want to know the reasons for getting this device. You can usually find this meter with a stainless steel body, proving its toughness. So, it comprises three parts: body, transmitter, and sensor. The meter’s body consists of an obstruction which is referred to as the shedder bar. It works to create the vortices when the flow passes through the meter’s body. This creates the alternative pressure that is measured by the sensor. The frequent movement of pressure allows computing the volumetric flow rate using the Karman effect.
No Moving parts
Unlike conventional flow rate measuring devices, the Vortex flow technology is not based on moving parts. Thus, you would not have to worry about the repair and maintenance of moving parts. The unique design of this meter also keeps the sensor unwetted during working. So, it can be maintained on the line, which is usually rarely required. In addition, this meter can withstand high temperatures and pressures and is straightforward to install. Not having moving parts also enable the meter to work smoothly. You can get non-clogging and non-leaking technology for improved and safe sensors working. The meter can also work in a hazardous chemical environment to process liquids.
Wider Measuring Capacities
Vortex is an industrial flow meter that you can count on for wider measurements. This meter has sturdy flexibility for flow rate measurement and has numerous structural forms. Therefore, it can measure a wide array of media like gases, steams, and liquids. Moreover, this device can also work to measure the flow rate of high-temperature, low-temperature, and mixed liquids. Additionally, the measuring capacity of this device cannot be hampered by the type of media to be restrained.
Lightweight and Cost-effective
This is a relatively affordable flow rate measuring device that you can consider for measuring fluids and gases. The basic performance of this device is mainly associated with the upper-middle level. Thus, the cost of this meter is significantly lower than mass flow meters, electromagnetic, and positive displacement meters. This meter also has lower installation and operational costs than differential pressure meters. Moreover, this meter provides an accurate flow rate measuring results since its working is not affected. Changes in pressure and temperature would not affect the working and accuracy of this meter.
Eventual Features
The vortex flow technology is embedded with impressive features that make it a prominent industry choice. This tech-enabled meter is also known as the digital flow measuring device. It comes with a wide turndown range and simple installation. Moreover, advanced sensitivity works for producing high-level accuracy with even low-pressure drops. It can compensate for the higher variations in pressure and temperature to achieve accurate flow measurements. Furthermore, the durable working of this meter compensates for its cost as you do not have to invest more in its maintenance. No moving parts reduce the occurrences of malfunctions and enhance its performance in a wider range of applications.
To Sum up
Hopefully, you now have clarity about why you should rely on vortex flow measuring technology. This ideal device can gauge compressed air, liquids, and saturated steam. This meter is virtually maintenance-free once you install it. You can find this meter with inline and insertion technology to measure the flow rates. You can consult or visit a certified supplier to obtain industrial-grade meters.
