Pressure, temperature, velocity, angle, and other similar parameters are common non-electrical physical quantities that need to be measured in industrial settings. These physical quantities must be converted into analog electrical signals to be transmitted to the control room or display devices. The equipment that converts these physical quantities into electrical signals is collectively referred to […]
Two-wire transmitter principle Read More »
1. The Impact of Vortex Flow Meters on the Accumulation of Flow Surface in Vortex Generators If there are viscous particles in the measured fluid, they may gradually accumulate on the upstream surface of the vortex generator, causing its geometry and size to change. As a result, the flow coefficient will also change accordingly. Therefore,
Causes of Inaccuracy in Vortex Flow Meters and Solutions Read More »
Drinking water is an indispensable resource in human daily life, and its quality is directly related to people’s health and quality of life. Therefore, ensuring the purity and safety of drinking water is the primary task of the water treatment industry. In this process, radar level meter, as an advanced measurement technology, plays an important
Brief Analysis on the Application of Radar Level Meter in Drinking Water Treatment Read More »
In industrial production, accurate measurement of steam flow is crucial for ensuring the stability and efficiency of the production process. Currently, the most commonly used methods for steam measurement are vortex flowmeters and differential pressure flowmeters. In practical applications, temperature and pressure compensation is an essential step to enhance the accuracy and reliability of these
Olefin fractionation is a key process in the petrochemical industry, which involves separating olefin components with different boiling points to obtain high-purity products. This process places extremely high demands on measurement technology, as accurate level, temperature and pressure measurement are essential to ensure product quality and improve production efficiency. In recent years, radar level meters
Application of radar level meter in olefin fractionation process Read More »
In the modern petrochemical industry, accurate monitoring and control of the storage volume of crude oil and refined oil products is an important part of ensuring production safety, optimizing inventory management and reducing costs. As a key link in crude oil production and preliminary processing, oil production stations have extremely high requirements for liquid level
Application of radar level meter in oil production station Read More »
The plastic insulation material and conductive components of terminal blocks are directly related to their quality, as they determine the terminal’s insulation and conductivity performance, respectively. Common faults of terminal blocks include: Loose Connections: Over time, connections may become loose due to vibrations, thermal cycling, or improper tightening during installation, leading to poor electrical contact.
With the continuous improvement of industrial automation, the demand for accurate measurement of liquid media is growing. Especially in the chemical, pharmaceutical, food and beverage industries, the monitoring of low-viscosity liquid media is particularly critical. As a non-contact liquid level measurement technology, radar level meter plays an important role in the measurement of low-viscosity liquids
Application of radar level meter in measuring low viscosity liquid medium Read More »
In the field of level measurement, radar level meters are favored for their non-contact measurement, high accuracy and strong adaptability. However, like any technology, its performance is also affected by some interferences, one of which is the so-called “false echo”. This phenomenon may lead to misreading of the level and affect the effectiveness of the
What is the false echo of radar level meter Read More »
Q: What is Faraday’s law of electromagnetic induction? A: When any conductor moves at right angles in a magnetic field, a voltage is induced in it, and this voltage is proportional to the speed of the conductor. Q: What is the Lorentz force? How do we get the electric field force? A: The force on
Electromagnetic flowmeter FAQs Read More »
