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Can Radar Level Transmitters Measure Liquids with Foam?
Yes, radar level transmitters can measure liquids with foam, but the measurement performance depends on the type and thickness of the foam as well as the frequency and design of the radar sensor. Radar level transmitters work by emitting microwave signals toward the surface of the material. The s...Read more -
How to Choose the Right Installation Method for Clamp-on Sensors V Method or Z Method
V Method Z Method Transit Time Ultrasonic Flow Meter is the core equipment for non-invasive flow measurement in global industrial and munic...Read more -
Can Coriolis Flow Meters Measure Gas and Liquid?
Yes, Coriolis flow meters can measure both gas and liquid, and this is one of their greatest advantages compared to many other flow measurement technologies. Because they directly measure mass flow rather than volumetric flow, they are suitable for a wide range of fluids, including liquids, gases...Read more -
Common Installation Mistakes for Coriolis Flow Meters
Proper installation is essential to ensure the accuracy and long-term stability of a Coriolis flow meter. Although Coriolis meters are known for their high precision and reliability, incorrect installation can significantly affect performance. Below are some of the most common installation mistak...Read more -
How Does a Coriolis Mass Flow Meter Work?
A Coriolis mass flow meter measures the mass flow rate of fluids by utilizing the Coriolis effect, a physical principle that describes how a moving mass behaves inside a rotating or oscillating system. Unlike traditional flow meters that measure volumetric flow, a Coriolis meter directly measures...Read more -
Mag-11 Series Electromagnetic Flowmeter: Reliable Choice for Conductive Liquid Measurement
1. Introduction Mag-11 Industrial High Accuracy Electromagnetic Flow Meter is based on Faraday's law of electromagnetic induction, which is used to measure the conductance greater than 5 μS / cm volume of conductive liquid flow, in addition to measuring the general volum...Read more -
How to Select the Correct Transit-Time Ultrasonic Flowmeter Sensors? Clamp-On and Insertion Types
Clamp-On sensor (Transducer A and B) Insertion sensor Transit-Time Flow Meter work by coordinating the sensor and the main unit. Lanry offers two main ...Read more -
Can radar level transmitters measure corrosive or hazardous liquids?
1. Non-contact measurement ensures maximum safety Radar level transmitters operate using non-contact microwave technology, meaning the sensor does not touch the liquid. No wetted moving parts No risk of sensor corrosion or contamination Greatly reduced leakage and maintenance risks This makes rad...Read more -
How do I choose the right radar level transmitter ？
Choosing the right radar level transmitter depends on process conditions, tank design, and measurement requirements. The key factors below will help you select the most suitable model. 1. Type of medium First, identify what you need to measure: Liquids (water, oil, chemicals) Viscous liquids or s...Read more -
Are there special installation requirements for radar level meters?
Radar level meters are easy to install compared with contact-type level instruments, but proper installation is critical to ensure accurate and stable measurement. The requirements mainly relate to mounting position, orientation, and avoidance of interference. 1. Mounting position The radar level...Read more -
What media can radar level transmitters measure?
Radar level transmitters can measure a wide range of media, thanks to their non-contact microwave measurement principle, which is largely independent of physical and chemical properties of the medium. 1. Liquids Radar level transmitters are widely used for almost all liquid applications, includin...Read more -
Are radar level transmitters affected by vapor, dust, or foam?
Radar level transmitters are far less affected by vapor, dust, or foam than ultrasonic level devices, because they use electromagnetic (microwave) signals instead of sound waves. However, the degree of influence depends on frequency, antenna design, and process conditions. 1. Influence of vapor I...Read more
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