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Smart Ultrasonic Water Meter: WM9100 series Ultrasonic Water Meter solution
ENGINEERING SELECTION GUIDE Smart Ultrasonic Water Meter: WM9100 series Ultrasonic Water Meter solution No moving‑part design, multi‑size coverage, versatile communication options for municipal and commercial water‑measurement projects. THE SHORT VERSION Tradition...Read more -
Mechanical Water Meters: A Proven, Cost-Effective Solution for Water Metering
Mechanical water meters are one of the longest-established and most widely accepted metering instruments for potable water measurement across the globe. For decades, they have served municipal water supply networks, residential buildings, commercial premises and rural wa...Read more -
Ultrasonic Water Meters: Smart & Stable Metering for Water Supply Networks
Water utilities around the world are continuously upgrading metering systems to cut water loss, simplify data collection and realise refined water management. In this transformation, ultrasonic water meters have gradually replaced many traditional mechanical water meters...Read more -
Coriolis Mass Flowmeters: Direct, Precise Mass Measurement for Process Industries
For industrial processes where mass, rather than volume, is the critical measurement value, Coriolis mass flowmeters stand out as one of the most advanced and reliable metering instruments available. Unlike volumetric flow meters that calculate flow based on fluid veloci...Read more -
Electromagnetic Flowmeters: Reliable Flow Measurement for Conductive Liquids
When water utilities and industrial plants require accurate, consistent volumetric measurement of conductive liquids, electromagnetic flowmeters, also known as magmeters, have secured their position as a highly dependable metering solution worldwide. Built upon Faraday’s...Read more -
CDU Cooling Capacity Calculation: Formula, Flow Meter Accuracy & Measurement Requirements
ENGINEERING REFERENCE CDU Cooling Capacity Calculation: Formula, Flow Meter Accuracy & Measurement Requirements How to compute heat rejection from a Coolant Distribution Unit, where measurement error comes from, and what flow meter accuracy you actually need for ...Read more -
Clamp-on Ultrasonic vs Turbine Flow Meter for CDU Liquid Cooling
CDU FLOW MEASUREMENT GUIDE Clamp-on Ultrasonic vs Turbine Flow Meter for CDU Liquid Cooling A practical comparison of the two flow measurement approaches most often discussed for Coolant Distribution Units — and why non-invasive ultrasonic metering is increasingly the d...Read more -
Does Lanry Offer Battery Powered Electromagnetic Flow Meters?
ENGINEERING SELECTION GUIDE Does Lanry Offer Battery Powered Electromagnetic Flow Meters? Battery-driven mag flowmeters for water supply, wastewater and remote sites without mains power. 1. Does Lanry Offer Battery Powered Electromagnetic Flow Meters? Yes, ...Read more -
Can an Electromagnetic Flow Meter Measure Wastewater with Suspended Solids?
? Yes. An electromagnetic flow meter is widely used for wastewater flow measurement because it has no moving parts in the flow path and can measure electrically conductive liquids containing suspended solids. However, wastewater conditions vary significantly. The right electromagnetic flow met...Read more -
How Do You Select an Electromagnetic Flow Meter for Corrosive Liquids?
Measuring corrosive liquids requires careful selection of the wetted materials. An electromagnetic flow meter can be suitable for many conductive acids, alkalis, and chemical solutions, but the liner and electrode materials must be compatible with the actual medium. Selecting the wrong material...Read more -
Can an Electromagnetic Flow Meter Measure High-Temperature Liquids?
Yes, an electromagnetic flow meter can measure many conductive liquids at elevated temperatures, provided the selected model is designed for the required operating conditions. For high-temperature applications, the most important factors include liquid temperature, liner material, electrode ...Read more -
How Do You Choose an Electromagnetic Flow Meter for Low Flow Rates?
Measuring low flow rates can be challenging, especially when the flow varies significantly during operation. Choosing the right electromagnetic flow meter requires more than matching the meter size to the existing pipeline. For low flow applications, pipe diameter, minimum flow velocity, measure...Read more