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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 -
Where Should You Install Grounding Rings and Grounding Electrodes?
Proper grounding is a critical part of electromagnetic flow meter installation. Since an electromagnetic flow meter measures a very small electrical signal generated by the movement of conductive liquid through a magnetic field, external electrical interference or unstable reference potential can...Read more -
What Is the Minimum Conductivity Required for an Electromagnetic Flow Meter?
The minimum conductivity requirement is an important consideration when selecting an electromagnetic flow meter. Unlike mechanical flow meters or ultrasonic flow meters, electromagnetic flow meters require the measured liquid to have a certain level of electrical conductivity in order to generate...Read more -
How Does an Electromagnetic Flow Meter Measure Flow?
An electromagnetic flow meter (magnetic flow meter) measures the flow rate of conductive liquids based on Faraday’s Law of Electromagnetic Induction. Unlike mechanical flow meters, it has no moving parts and does not create any obstruction inside the pipeline, making it widely used for water, was...Read more -
Practical Application Brief of Mag-11 Electromagnetic Flow Meter
Mag-11 Electromagnetic Flowmeter follows Faraday’s law to measure conductive liquid with conductivity above 5μS/cm, covering integrated compact and split remote structures, DN10 to DN2000 flange/thread connections. It adopts customizable PTFE l...Read more -
Full Series Mechanical Water Meters Product Brief
Lanry manufactures full series mechanical water meters complying with ISO4064, including residential small-bore, industrial bulk, volumetric, prepaid and wired/wireless remote types. All adopt dry magnetic drive, support cold & hot water, with optional housing materi...Read more -
Scenario Application Overview of LHM Ultrasonic Heat Meter
Lanry LHM ultrasonic heat meter is divided into small-bore household type (DN15~DN40) and large-caliber industrial type (DN50~DN400), adopting static ultrasonic measurement without moving internal components. It supports both heat and cold metering, with Class 2 measurement accuracy, and built-in...Read more -
Industrial Application Overview of Radar Level Transmitter
1. Introduction Lanry provides a full range of ultrasonic and radar level instruments, including compact/remote ultrasonic level meters, open channel flow meters, 26G pulse radar and guided wave radar. All adopt non-contact measurement, free of moving parts, with anti-co...Read more -
Common Causes of Heat Meter Communication Failure (M-Bus, RS485, Modbus)
Modern ultrasonic heat meters are no longer limited to measuring flow and thermal energy. They are increasingly integrated into Building Management Systems (BMS), district heating networks, HVAC automation, and Industrial Internet of Things (IIoT) platforms through communication protocols such as...Read more -
Ultrasonic Heat Meter vs Mechanical Heat Meter: Which Is Better?
Choosing the right heat meter is essential for achieving accurate energy measurement, fair billing, and efficient heating system management. Two of the most widely used technologies are ultrasonic heat meters and mechanical heat meters. While both are designed to measure thermal energy consumptio...Read more -
PT100 vs PT1000 Temperature Sensors in Heat Meter Applications
Temperature measurement is one of the most critical factors affecting the accuracy of an ultrasonic heat meter. While the flow sensor determines the volume of water passing through the pipeline, the temperature sensors measure the supply and return water temperatures. The heat meter then combines...Read more -
How Does an Ultrasonic Heat Meter Measure Energy?
An ultrasonic heat meter is an advanced instrument used to measure thermal energy consumption in heating and cooling systems. Unlike traditional mechanical heat meters, ultrasonic heat meters calculate energy using ultrasonic flow measurement technology combined with high-precision temperature se...Read more