Level meter

In many industrial applications, it is common to see an 80GHz radar level meter installed inside a metal stilling well (also called a guide pipe or bypass pipe). Even under difficult conditions such as: Steam and vapor Foam on the liquid surface Agitated tanks Strong liquid turbulence Internal obstacles the radar level transmitter can still […]

Radar level transmitters are widely used in oil & gas, chemical, power, pharmaceutical, food, and water treatment industries due to their non-contact measurement capability, high accuracy, and excellent reliability. However, during long-term operation, radar level meters may experience measurement failures caused by installation conditions, process changes, signal interference, or equipment aging. This article explains 10

Radar level transmitters are widely used in industrial applications for continuous level measurement of liquids, slurries, and solids. However, not all radar level transmitters are suitable for high-temperature processes. The main difference between a standard radar level transmitter and a high-temperature radar level transmitter lies in their temperature capability, antenna design, installation structure, and application

A magnetic level gauge (MLG), also known as a magnetic level indicator, is a reliable mechanical liquid level measurement device widely used in chemical, oil & gas, power, pharmaceutical, and water treatment industries. Unlike differential pressure level transmitters or radar level meters, magnetic level gauges measure liquid level through a magnetic coupling principle, providing direct

Introduction For industrial level measurement engineers, two challenging applications often require special consideration: high-precision level measurement and extreme high-temperature process conditions. Many users are confused when selecting radar level transmitters. A common misunderstanding is that a high-frequency radar transmitter can automatically handle high-temperature applications, or that a high-temperature radar can provide the same measurement accuracy

Radar level transmitters are widely used in aggressive chemical applications such as strong acids, alkalis, solvents, pharmaceutical liquids, and corrosive process tanks. But in real projects, one question often comes up: Why is PTFE sufficient in some radar level applications, while others specifically recommend PFA? Many people assume: “PFA is more expensive, so it must

1. How Radar Level Meters Measure Liquid Level Radar level meters use the Time-of-Flight (TOF) principle: the transmitter emits a microwave pulse, which reflects off the liquid surface and returns to the sensor. The instrument calculates the distance based on the round-trip travel time. Formula: D=c×t2D = frac{c times t}{2} ​ where: DD= distance to

Hello everyone, Today we would like to introduce our JWrada32 80GHz Radar Level Meter, specially configured for a challenging high-temperature reactor application. This project is used for continuous level measurement inside a rosin production reactor, where conventional level measurement technologies often face difficulties due to extreme temperature, vacuum conditions, vapor buildup, agitation, and foam. Let’s

Radar level meters are widely used across various industrial applications for continuous liquid level and solid level measurement in tanks, silos, and vessels. They determine the level by transmitting and receiving microwave signals, providing highly accurate and reliable measurement results. However, to truly understand how a radar level transmitter works, one of the most important

Spherical tanks, especially those used to store crude oil, finished products, chemicals, and other media, require high precision, safety, and stability for level measurement. Servo level meters, due to their unique advantages, have become the mainstream choice. The key reasons are outlined below: 1. Adaptation of Servo Level Meter Measurement Principle to Spherical Tank Characteristics