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Electromagnetic Flow Meter for Slurries
Choosing the Perfect Flow Meter for Slurry: A Comprehensive Guide When it comes to measuring the flow of slurry across various industries, the right flow meter can make all the difference. Among the many options, the cement slurry-specific electromagnetic flow meter stands out as the most widely ...Read more -
Efficient Wastewater Treatment: Key Environmental Monitoring Instruments
Unlock Efficiency in Wastewater Treatment Ensure compliance, boost performance, and safeguard ecosystems with precision instrumentation This essential guide highlights the most reliable environmental monitoring instruments used in modern wastewater treatment systems, helping operators main...Read more -
Diffused Silicon Pressure Transmitters: Expert Selection Guide
The Ultimate Guide to Selecting a Diffused Silicon Pressure Transmitter Among the many types of pressure transmitters—including ceramic, capacitive, and monocrystalline silicon variants—diffused silicon pressure transmitters have become the most widely adopted solution for industrial measureme...Read more -
Diffused Silicon Pressure Transmitters: Selection Guide
Ultimate Guide to Selecting a Diffused Silicon Pressure Transmitter Expert guidance for industrial measurement applications Overview Pressure transmitters are classified by their sensing technologies, including diffused silicon, ceramic, capacitive, and monocrystalline silicon. Among these,...Read more -
Industrial Emergency Response Guide: Environmental & Electrical
Industrial Safety Know-How: Emergency Response Plans That Win Respect in the Workplace If you work in instrumentation or industrial automation, mastering emergency response protocols isn’t just about compliance—it’s a sign of real leadership. Understanding how to handle environm...Read more -
Learn Pressure Instruments with Animations | Fast & Easy Guide
Master Pressure Instrumentation with Animated Guides Your quick pathway to becoming a measurement expert. Explore the core principles of pressure measurement with visual clarity. Introduction to Pressure Instrumentation Understanding pressure instrumentation is fundamental in various industria...Read more -
Wang Zhuxi: The Mentor Behind China’s Automation Legacy
The Forgotten Mentor Behind a Nobel Laureate And the Father of China’s Automation Instrumentation Dr. Chen-Ning Yang is widely celebrated as a Nobel Prize-winning physicist. But behind his brilliance stood a lesser-known figure — his early mentor, Professor Wang Zhuxi. Beyond shaping Y...Read more -
Gauge vs Absolute vs Differential Pressure: Sensor Guide
Understand Pressure Types in Automation: Gauge, Absolute, and Differential – Choose the Right Sensor Today In process automation, accurate pressure measurement is vital for system safety, performance, and efficiency. But not all pressure readings are the same. To optimize your setup, you must ...Read more -
Measurement Accuracy: Absolute, Relative & FS Error Guide
Maximize Measurement Accuracy: Understand Absolute, Relative, and Reference Error In automation and industrial measurement, precision matters. Terms like “±1% FS” or “class 0.5″ frequently appear on instrument datasheets—but what do they really mean? Understanding absol...Read more -
IP Ratings Explained: Choose the Right Protection for Automation
Automation Encyclopedia: Understanding IP Protection Ratings When choosing industrial automation instruments, you’ve likely encountered labels like IP65 or IP67. This guide explains IP protection ratings to help you select the right dustproof and waterproof enclosures for industrial envi...Read more -
Differential Pressure Level Transmitters: Single vs. Double Flange
Differential Pressure Level Measurement: Choosing Between Single and Double Flange Transmitters When it comes to measuring fluid levels in industrial tanks—especially those containing viscous, corrosive, or crystallizing media—differential pressure level transmitters are a trusted solution. D...Read more -
Essential Instruments for Effective Wastewater Monitoring
Essential Instruments for Optimized Wastewater Treatment Beyond tanks and pipes: The critical monitoring tools that ensure treatment efficiency and regulatory compliance The Heart of Biological Treatment: Aeration Tanks Aeration tanks serve as the biochemical reactors where aerobic microorg...Read more -
Municipal Wastewater Treatment: How It Works Step by Step
Municipal Wastewater Treatment: Process & Technologies How modern treatment plants transform wastewater into reusable resources while meeting environmental standards Contemporary wastewater treatment employs a three-stage purification process—primary (physical), secondary (biological), ...Read more -
Explosion Protection in Automation: Safety Standards Explained
Explosion Protection in Industrial Automation: Prioritizing Safety Over Profit Explosion protection is not merely a compliance requirement—it’s a fundamental safety principle. As Chinese automation manufacturers expand into high-risk industries like petrochemicals, mining, and energy, unde...Read more -
Industrial Load Cell Solutions: Enhance Weighing Accuracy and PLC Integration
Industrial Load Cell Solutions: Precision Weighing Guide Leading manufacturers like Mettler Toledo and HBM set the standard for reliable weight measurement in industrial automation systems. Understanding Load Cell Technology A load cell is a precision transducer that converts mechanical for...Read more -
Choosing the Right pH Meter for Accurate Chemical Dosing Control
Choosing the Right pH Meter: Optimize Your Chemical Dosing Control Water management is fundamental to industrial processes, and pH measurement plays a critical role in chemical dosing control systems across multiple industries. Chemical Dosing Control Fundamentals A chemical dosing system ...Read more -
Smart Instrument Selection: Avoid Failures & Save Costs
Why Smart Instrument Selection Saves You Time, Money—and Trouble “An ounce of prevention is worth a pound of cure.” As someone who’s spent years troubleshooting failed transmitters and mismatched sensors, I can confidently say: choosing the right instrument from the start sa...Read more -
Digital Display Controllers: Precision for Smart Industry
Digital Display Controllers: Essential Components in Industrial Automation The Unsung Heroes of Process Monitoring and Control In today’s automated industrial environments, digital display controllers serve as the critical bridge between complex control systems and human operators. Thes...Read more -
What Packaging Reveals About Instrument Quality and Care
Decoding Quality Through Packaging How packaging shows the real quality of industrial instruments In today’s market, many brands claim to offer high quality. However, packaging often tells the real story. It reflects the true standards behind pressure transmitters, flow meters, and temperatur...Read more -
How Ultrasonic Flowmeters Work: Benefits & Industrial Uses
Practical Applications of Ultrasonic Flow Measurement Technology How Sound Waves Enable Precise Fluid Monitoring Introduction While commonly associated with medical imaging, ultrasound technology also revolutionizes industrial liquid flow measurement. By utilizing high-frequency sound waves (...Read more -
Why Dissolved Oxygen Monitoring Matters in Water Quality
Why Monitoring Dissolved Oxygen (DO) Is Crucial in Today’s Environmental Landscape Environmental compliance is tightening globally—from California and the industrial Midwest to the Ruhr in Germany and Northern Italy. With stricter standards, projects are being upgraded to meet modern env...Read more -
Flow Meters Explained: Types, Units, and Industrial Use Cases
Flow Meters: Essential Guide for Industrial Applications As critical components in process automation, flow meters rank among the top three measured parameters. This guide explains core concepts for various industries. 1. Core Flow Concepts Volumetric Flow Measures fluid volume passing t...Read more -
All About Turbidity Sensors
Introduction: The Significance of Turbidity Sensors Water quality is a critical factor in various sectors, including environmental monitoring, industrial processes, and public health. Turbidity, a measure of water clarity, is a key parameter that indicates the presence of suspended particles in a...Read more -
Main Water Quality Indicators: Understanding the Essence of Clean and Safe Water
Introduction: The Significance of Water Quality Water is the essence of life, a precious resource that sustains all living organisms on Earth. Its quality directly affects our health, well-being, and the environment. Main water quality indicators are critical parameters that help us assess the sa...Read more -
COD VS BOD: Understanding the Difference and Importance
Introduction When it comes to environmental analysis and wastewater treatment, two crucial parameters often come into play – COD and BOD. Both COD and BOD play significant roles in determining the quality of water and assessing pollution levels. In this article, we will explore the differen...Read more -
How to Maintain pH Level for Hydroponics?
Introduction Hydroponics is an innovative method of growing plants without soil, where the plant’s roots are submerged in a nutrient-rich water solution. One crucial factor that affects the success of hydroponic cultivation is maintaining the pH level of the nutrient solution. In this compr...Read more -
What is a TDS meter and what does it do?
A TDS (Total Dissolved Solids) meter is a device used to measure the concentration of dissolved solids in a solution, particularly in water. It provides a quick and convenient way to assess water quality by measuring the total amount of dissolved substances present in the water. When water contai...Read more -
5 Main Water Quality Parameters Types
Introduction Water is a fundamental element of life, and its quality directly affects our well-being and the environment. The 5 main water quality parameters types play a crucial role in determining water safety and ensuring its fitness for various purposes. In this article, we will explore these...Read more -
Understanding Conductivity: Definition and Importance
Introduction Conductivity plays a fundamental role in various aspects of our lives, from the electronic devices we use daily to the distribution of electricity in power grids. Understanding conductivity is crucial for comprehending the behavior of materials and their ability to transmit electric ...Read more -
Types of Conductivity Meter: A Comprehensive Guide
Types of Conductivity Meter Conductivity meters are invaluable tools used to measure the conductivity of a solution or substance. They are widely employed in various industries, including pharmaceuticals, environmental monitoring, chemical manufacturing, and research laboratories. In this article...Read more -
Gauge Pressure Measurement in the Automotive Industry
Introduction The significance of gauge pressure measurement cannot be overstated in the automotive industry. Accurate measurement of pressure is crucial for ensuring optimal performance, safety, and efficiency of various automotive systems. In this article, we will explore the importance of gauge...Read more -
Automation Process with Display Controllers
Automation process with display controllers has revolutionized industries across various sectors, streamlining operations and enhancing efficiency. This article explores the concept of automation process with display controllers, its benefits, working principles, key features, applications, chall...Read more -
Unveiling the Latest LCD Digital Display Controller Technology
LCD digital display controllers have revolutionized the way we interact with digital screens. With advancements in technology, these controllers have become integral components in various devices, from smartphones and televisions to car dashboards and industrial equipment. In this article, we wil...Read more -
How to measure the salinity of sewage?
How to measure the salinity of sewage is a matter of great concern to everyone. The main unit used to measure water salinity is EC/w, which represents the conductivity of water. Determining the conductivity of the water can tell you how much salt is currently in the water. TDS (expressed in mg/L ...Read more -
How to Measure the Conductivity of Water?
Conductivity is a measure of the concentration or total ionization of ionized species such as sodium, potassium, and chloride ions in a body of water. Measuring the conductivity of water requires a professional water quality measuring instrument, which will pass electricity between the substances...Read more -
pH Meter Laboratory: An Essential Tool for Accurate Chemical Analysis
As a laboratory scientist, one of the most essential tools you will need is a pH meter. This device is critical in ensuring that you get accurate chemical analysis results. In this article, we will discuss what a pH meter is, how it works, and its importance in laboratory analysis. What is a pH M...Read more -
Electromagnetic flow Meter Quantitative Control System Debugging
Our engineers came to Dongguan, the city of the “world factory”, and still acted as a service provider. The unit this time is Langyun Naish Metal Technology (China) Co., Ltd., which is a company that mainly produces special metal solutions. I contacted Wu Xiaolei, the manager of their...Read more -
6 Process Automation Instruments in Water Treatment
Water treatment processes require the use of various instruments to monitor and control the quality of the water. Below are some commonly used instruments in water treatment, along with their principles, features, and advantages. 1.pH meter A pH meter is used to measure the acidity or alkalinity ...Read more -
Selection and Application of Electromagnetic Flow Meter in Sewage Flow Measurement
Introduction The accuracy and reliability requirements for the measurement and control of sewage flow in oilfield sewage treatment stations are getting higher and higher. This article introduces the selection and operation and application of electromagnetic flowmeters. Describe its characteristic...Read more -
How to Calibrate a Flowmeter
Flowmeter is a kind of test equipment used to measure the flow of process fluid and gas in industrial plants and facilities. Common flowmeters are electromagnetic flowmeter, mass flowmeter, turbine flowmeter, vortex flowmeter, orifice flowmeter, Ultrasonic flowmeter. Flow rate refers to the spee...Read more -
Choose the flowmeter as you need
Flow rate is a commonly used process control parameter in industrial production processes. Currently, there are approximately more than 100 different flow meters on the market. How should users choose products with higher performance and price? Today, we will take everyone to understand the perfo...Read more -
Introduction of single flange and double flange differential pressure level gauge
In the process of industrial production and manufacturing, some of the tanks measured are easy to crystallize, highly viscous, extremely corrosive, and easy to solidify. Single and double flange differential pressure transmitters are often used in these occasions. , Such as: tanks, towers, kettle...Read more -
Types of pressure transmitters
Simple self-introduction of pressure transmitter As a pressure sensor whose output is a standard signal, a pressure transmitter is an instrument that accepts a pressure variable and converts it into a standard output signal in proportion. It can convert the physical pressure parameters of gas, li...Read more -
Radar Level Gauge·Three Typical Installation Mistakes
Advantages in the use of radar 1. Continuous and accurate measurement: Because the radar level gauge is not in contact with the measured medium, and it is very little affected by temperature, pressure, gas, etc. 2. Convenient maintenance and simple operation: The radar level gauge has fault alar...Read more -
Introduction of Dissolved oxygen meter
Dissolved oxygen refers to the amount of oxygen dissolved in water, usually recorded as DO, expressed in milligrams of oxygen per liter of water (in mg/L or ppm). Some organic compounds are biodegraded under the action of aerobic bacteria, which consumes the dissolved oxygen in the water, and th...Read more -
Technical troubleshooting tips for common faults of ultrasonic level gauges
Ultrasonic level gauges must be very familiar to everyone. Because of the non-contact measurement, they can be widely used to measure the height of various liquids and solid materials. Today, the editor will introduce to all of you that ultrasonic level gauges often fail and solve tips. The firs...Read more -
Detailed knowledge—Pressure measuring instrument
In the chemical production process, pressure not only affects the balance relationship and reaction rate of the production process, but also affects the important parameters of the system material balance. In the industrial production process, some require high pressure much higher than atmospher...Read more -
Introduction of ph meter
Definition of ph meter A pH meter refers to an instrument used to determine the pH value of a solution. The pH meter works on the principle of a galvanic battery. The electromotive force between the two electrodes of the galvanic battery is based on Nerns’s law, which is not only related to...Read more -
Definition and difference of gauge pressure, absolute pressure and differential pressure
In the automation industry, we often hear the words gauge pressure and absolute pressure. So what are gauge pressure and absolute pressure? What is the difference between them? The first introduction is atmospheric pressure. Atmospheric pressure: The pressure of a column of air on the earth’...Read more -
Automation Encyclopedia-Introduction to Protection Level
The protection grade IP65 is often seen in the instrument parameters. Do you know what the letters and numbers of “IP65″ mean? Today I will introduce the protection level.IP65 IP is the abbreviation of Ingress Protection. The IP level is the protection level against the intrusion of f...Read more -
Automation Encyclopedia-the development history of flow meters
Flow meters have a wide range of applications in the automation industry, for the measurement of various media such as water, oil, and gas. Today, I will introduce the development history of flow meters. In 1738, Daniel Bernoulli used the differential pressure method to measure water flow based ...Read more -
Automation Encyclopedia-Absolute Error, Relative Error, Reference Error
In the parameters of some instruments, we often see accuracy of 1% FS or 0.5 grade. Do you know the meaning of these values? Today I will introduce the absolute error, relative error, and reference error. Absolute errorThe difference between the measurement result and the true value, that is, ab...Read more -
Introduction of Conductivity meter
What principle knowledge should be mastered during the use of the conductivity meter? First, in order to avoid electrode polarization, the meter generates a highly stable sine wave signal and applies it to the electrode. The current flowing through the electrode is proportional to the conductivit...Read more -
How to choose the Level Transmitter?
Introduction Liquid level measuring transmitter is an instrument that provides continuous liquid level measurement. It can be used to determine the level of liquid or bulk solids at a specific time. It can measure the liquid level of media such as water, viscous fluids and fuels, or dry media s...Read more
