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Why Ultrasonic Water Meters Have a Much Longer Service Life Than Mechanical Water Meters
No Movable Measuring Parts Eliminates Fundamental Mechanical Wear All mechanical water meters rely on physical moving components to calculate water volume, which causes unavoidable abrasion durin...Read more -
Technical Specification of Lanry Ultrawater Series Inline Ultrasonic Bulk Water Meter for Municip...
1. Introduction Lanry Ultrawater Series Inline Ultrasonic Bulk Water Meter is a pipeline type transit-time ultrasonic measuring instrument, developed for municipal water supply, industrial circulating water, port coastal water pipelines, hydrological monitoring and naval...Read more -
LMU Series Ultrasonic Level Meter: Special Instrument for Non-contact Continuous Level Measurement
1. Product Introduction LMU series ultrasonic level meter is a compact 2-wire integrated measuring device launched by Lanry Instruments. It consists of an integrated probe sensor and electronic processing unit with fully sealed leak-proof structure, enabling continuous n...Read more -
How Electromagnetic Flow Meters Improve Process Efficiency
In today’s industrial environment, improving productivity while reducing operating costs is essential. An electromagnetic flow meter helps achieve these goals by providing accurate, stable, and maintenance-free flow measurement for conductive liquids. Whether used in water treatment, wastew...Read more -
How to Choose the Right Electromagnetic Flow Meter for Your Application
Choosing the right electromagnetic flow meter is essential for achieving accurate and reliable industrial flow measurement. Whether you work in water treatment, wastewater management, chemical processing, mining, or the pulp and paper industry,...Read more -
Application of Open Channel Flow Meters in Partial Pipe Flow Conditions
In industrial drainage, urban sewer systems and water conservancy projects, most fluid pipelines operate under non-full pipe conditions, also known as partial pipe flow. Unlike pressurized closed pipelines that maintain full-water operation, drainage pipes often have variable liquid levels, unst...Read more -
Multi-scenario Applications of Electromagnetic Flow Meters
Electromagnetic flow meters (EMF) are highly versatile volumetric flow measuring instruments based on Faraday’s law of electromagnetic induction. Unlike turbine or differential pressure flow meters, they have no moving mechanical parts, no flow resistance and excellent adaptability to complex fl...Read more -
Characteristics and Advantages of Turbine Flow Meters
The turbine flow meter is one of the most widely used velocity-type flow measuring devices in industrial fluid measurement. With mature mechanical structure, stable performance and high-cost performance, it has become a mainstream instrument for precise metering of clean liquids and gases in pet...Read more -
Reading Accuracy vs Full Scale Accuracy of Flow Meters
Flow meters are indispensable measuring instruments in chemical, water treatment, petroleum and manufacturing industries. To evaluate a flow meter’s measurement performance, two core accuracy specifications are widely adopted: reading accuracy and full scale accuracy. Many engineering practition...Read more -
Understanding Range and Turndown Ratio in Industrial Instrumentation
In industrial measurement and process control, range and turndown ratio are two fundamental technical parameters that determine the performance, accuracy, and applicability of measuring instruments such as flow meters, pressure transmitters, and temperature sensors. These two concepts are often ...Read more -
What Causes Flow Measurement Drift in Electromagnetic Flow Meters ?
An electromagnetic flow meter (also known as a magnetic flow meter or mag meter) is one of the most accurate instruments for measuring the flow of conductive liquids. Thanks to its no-moving-parts design, an electromagnetic flow meter offers excellent long-term stability, minimal maintenance, and...Read more -
Can an Electromagnetic Flow Meter Be Installed Vertically?
Yes, an electromagnetic flow meter can be installed vertically. The installation orientation (horizontal or vertical) does not affect the measurement principle, as long as the measuring tube is always completely filled with conductive liquid and the installation conditions meet the requirements. ...Read more