-
Differences Between Electromagnetic and Ultrasonic Water Meters
In the modern water metering landscape, electromagnetic water meters and ultrasonic water meters stand out as two prevalent and advanced technologies. Each type has its own unique characteristics...Read more -
The advantages of Lanry’s flowmeters
1. From the outside, you can see our products' quality. Most of our meter accessories and electronic components are imported from Europe and USA. 2. Our meter is with 3.5" color LCD display. 3. Our sensor material is Aluminium+peek, their sensor material is plastic. 4. O...Read more -
The Global Market Landscape of Radar Level Meters
1. Introduction Radar level meters have emerged as a critical instrument in various industries for accurately measuring the level of liquids and...Read more -
Application of Open-Channel Flowmeters in Pipelines and Channels
Open-channel flowmeters play a crucial role in modern fluid management systems, finding extensive applications in both pipelines and channels. These meters are designed to measure the flow rate of fluids in open conduits where the fluid surface is exposed to the atmosphe...Read more -
The Future Development Trends of Ultrasonic Water Meters Compared with Mechanical Water Meters
In the realm of water measurement, ultrasonic water meters are emerging as a revolutionary alternative to traditional mechanical water meters. As technology continues to evolve, the advantages of ultrasonic water meters are becoming increasingly apparent, indicating a si...Read more -
What Liquids are Suitable for Clamp-On Doppler Flowmeters?
Clamp-on Doppler flowmeters are exclusively suitable for liquids containing a certain amount of acoustic scatterers, relying on the principle of Doppler effect to measure flow velocity by detecting frequency shifts in sound waves reflected by scatterers (e.g., particles, bubbles) in the fluid. Be...Read more -
Can Clamp-On Ultrasonic Flowmeters Measure Milk?
Clamp-on ultrasonic flowmeters can generally measure milk, the reasons as below. 1. Fluid Property Compatibility Milk is a low-viscosity liquid with minimal bubbles or solid particles, aligning with the basic fluid requirements for clamp-on flowmeters (minimal acoustic scattering interference). H...Read more -
When should an insert-type ultrasonic flowmeter be used, and when is a clamp-on ultrasonic flowme...
Application Suitability Determines Accuracy When pipeline wall thickness, linings, or scaling cause severe signal attenuation in clamp-on types, the insert-type directly contacts the fluid, avoiding wall interference and achieving higher accuracy (e.g., thick-walled chemical pipelines, scaled se...Read more -
Under what conditions is insertion ultrasonic flowmeter the preferred choice?
Thick-walled pipelines When pipeline wall thickness exceeds the allowable range for external clamp-on type (e.g., metal wall thickness >50mm, non-metal >100mm), severe sound wave penetration attenuation occurs. The insert type directly contacts the fluid to avoid wall interference. Pipelin...Read more -
Pipeline Requirements for Clamp-On Ultrasonic Flowmeters
I. Material and Inner Wall Suitable Materials: Metals (steel/cast iron/stainless steel), plastics (PVC/PE), glass, and other acoustically transparent materials. Inner Wall: Avoid severe corrosion or scaling (signal attenuation risk). Roughness ≤0.5mm. Non-metal materials must be homogeneous witho...Read more -
Advantages of Multi-Channel Ultrasonic Flow Meters
In the field of flow measurement, multi-channel ultrasonic flow meters have emerged as a highly efficient and reliable solution, offering several distinct advantages over traditional flow measurement devices. These advantages make them increasingly popular across a wide ...Read more -
The Application of Thickness Gages Around the World
Thickness gages, essential instruments for accurately measuring the thickness of various materials, have found extensive applications across different industries worldwide. Their versatility and precision make them indispensable tools in ensuring product quality, safety,...Read more