Ultrasonic flow meters are non-intrusive, important devices that make effective use of acoustic vibrations to successfully measure the flow rate of any specific liquid. Typically, there are two types of ultrasonic flowmeters: doppler and transit time. While both of them essentially operate on a similar principle, the technology that makes both of them work varies to a great degree. When deciding which flowmeter is suitable for you, it is important to understand the usefulness of both types.
A non-intrusive, doppler type of flowmeter is volumetric and requires bubbles in the flow to function properly. Such ultrasonic flowmeters are suitable mainly for wastewater applications or other types of dirty, conductive liquid. These flowmeters are designed in such a way that they do not pair well with distilled or drinking water. For the clean liquids, additional aerations would be required. Ultrasonic flowmeters can also work well in situations where there is low pressure drop and requirements such as chemical compatibility and low maintenance are necessary.
In simpler terms, ultrasonic flowmeters are a non-contact means of taking accurate measurements of flow velocity. These small, clamp-on devices can be attached to the exterior part of a pipe and track the measurement of any corrosive liquid without damaging the sensors. While the Doppler ultrasonic flowmeter requires particles or bubbles to be present in order to reflect the ultrasonic signals, the transit time ultrasonic flowmeters work in a completely different manner. These devices record the time difference between one ultrasonic signal emittance and the next. For the transmit time ultrasonic flowmeters to work effectively, there should be no solids or bubbles present in the pipe as they would disrupt the entire process of the flowmeter. Since the transit time ultrasonic flowmeter tracks the high-frequency sound produced by the water, any unnecessary presence in the pipe will make it too difficult for the flowmeter to track the weak, abated sound.
The main benefits of using the Ultrasonic Flowmeters include:
Before deciding on purchasing a doppler flowmeter or a transit time flowmeter, there are many different factors that must be taken into careful consideration. By making a wrong decision, your entire investment could go to waste as the ultrasonic flowmeter will not be able to perform in highly effective manners.
Here are a few things you should consider before buying a flowmeter:
While many people believe that the initial purchase price is the only major cost of operating a flowmeter, that is highly untrue. The purchase price of an ultrasonic flowmeter as well as the installation cost tends to be very low, making it a popular choice amongst consumers. However, through the course of many years, operating costs of such ultrasonic flowmeters increase.
If you’re looking to make an investment for the long-run, it is recommended to opt for non-intrusive solid-state flowmeter. If the design life of your consumer product is below a thousand hours, you can easily work with an inexpensive flowmeter as well. Before making a final purchase, one should consider the total cost associated with the ultrasonic flowmeters and compare it with your specific project design and costing predications.
Variables such as temperature, line pressure, flow-rate, user-friendliness, type of fluid and accuracy level required are very important factors that must be considered during the selection of an appropriate ultrasonic flowmeter. The main reason behind this is that the entire function of the flowmeter depends greatly on them, and it is important for the buyer to be aware of all extraneous factors beforehand.
When using something as complicated as an ultrasonic flowmeter, the user must take time to consider chemical compatibilities between the fluids being measures and the fluids present in the flowmeter itself. The overall structure of an ultrasonic flowmeter will typically include an O-ring, gears, ceramic magnets, bearings, turbines and a rotor. Since these are all key components, they must be tested against a vast and detailed chemical compatibility chart.
Before putting the ultrasonic flowmeter to use, the user must carefully decide on the features of its operating conditions. Important aspects include the presence of hydraulic shocks, temperature stability, correlation between flow and design rate and whether the line will be cleaned in place. By asking yourself important questions regarding these, you can make strategic changes to the overall design of your project to eliminate any chance of failure.
Since WSL Flowmeter Instrument Co.ltd is one of the leading high-tech manufacturer of measuring and analytical instruments, you can easily trust them to provide the highest-quality ultrasonic flowmeter for you.
With a strong research and development team that teams up well with operations, it is safe to say that BJSWL is constantly updating its products and ensuring that they are up-to-date. Alongside of that, there are multiple different types of routine quality control checks being conducted throughout their site to ensure that a defected product never leaves their factory.
With their fast and successful development history dating back to 2006, the company can provide the best ultrasonic flowmeters that are reliable, durable and of high-quality. As the company specializes in the field of measuring instruments, their ultrasonic flowmeters are the most reliable ones in the entire industry as well as very easy to operate and maintain.
Once you purchase your ultrasonic flowmeter, it is important to know exactly where you can use it and how. For wastewater applications, ultrasonic flowmeters prove to be perfect as they can accurately measure all statistics needed. While ultrasonic flowmeters do not pair well with distilled water, an additional unit of aerations can be attached to make use of the flowmeter for cleaner liquids.
The device will easily clamp on to the exterior of a pipe and continue working effectively for many years without needing any major maintenance.
