Instrumentation Archives - Page 9 of 36 - Just Measure it

Instrumentation

Why Instrumentation Technicians Must Master Process Knowledge

In modern industrial environments—particularly in chemical plants and refineries—instrumentation technicians are no longer just responsible for installing and maintaining instruments. They are now expected to understand the broader process landscape in which these instruments operate. This article explains why process knowledge is critical for every instrumentation technician and to what level this knowledge should be […]

Why Instrumentation Technicians Must Master Process Knowledge Read More »

99% of People Overlook This Crucial Step When Installing Instruments—Are You One of Them?

In industrial settings, the installation and wiring of instruments play a critical role in ensuring smooth production operations. However, did you know that an estimated 99% of people fail to read the instruction manual before installing their instruments? The consequences of this seemingly minor oversight can be disastrous—incorrect installation, wiring errors, misplacement leading to physical

99% of People Overlook This Crucial Step When Installing Instruments—Are You One of Them? Read More »

Bridging the Gap Between Industrial Ideals and On-Site Realities: A Ground-Level Perspective on Automation and AI

In today’s fast-evolving technological landscape, it’s easy to feel overwhelmed. Just as the industry starts to grapple with the concepts of Industry 4.0 and the Industrial Internet of Things (IIoT), we’re already talking about digital twins, big data, and now—artificial intelligence everywhere. But when viewed through the lens of historical development, AI is not a

Bridging the Gap Between Industrial Ideals and On-Site Realities: A Ground-Level Perspective on Automation and AI Read More »

Understanding Time Synchronization Methods

Time synchronization ensures that multiple devices maintain consistent time, which is critical in many systems and industries. For example, in computer networks, devices like servers and routers rely on precise time synchronization to function efficiently. In distributed systems, inconsistent time across nodes may lead to issues like incorrect data storage sequence or transactional errors. A

Understanding Time Synchronization Methods Read More »

Comparative Analysis of Measurement Methods for Soil Moisture Sensors

Accurate measurement of soil moisture content is critical as it directly influences crop growth by indicating water availability and affects nutrient dissolution, transfer, and microbial activity in soil. Beyond agriculture, soil moisture measurements are essential in engineering and construction projects, including railways, highways, hydroelectric dams, channels, and building foundations. Various methods are utilized by soil

Comparative Analysis of Measurement Methods for Soil Moisture Sensors Read More »

Magnetic Coupling vs. Fluid Coupling: Which is the True King of Industrial Power Transmission?

Introduction In modern mechanical engineering, magnetic coupling and fluid coupling are two crucial power transmission methods widely used in various industrial applications. Although both serve the primary function of transmitting power efficiently, they differ significantly in working principles, applicable environments, advantages, and limitations. This article provides an in-depth comparison of these two coupling technologies, offering

Magnetic Coupling vs. Fluid Coupling: Which is the True King of Industrial Power Transmission? Read More »

How to Determine the Optimal Ratio of Instrument Maintenance Personnel

A reasonable allocation of instrument maintenance personnel is crucial for ensuring stable operations, reducing downtime, and maintaining process safety. However, the ideal personnel-to-instrument ratio varies significantly depending on several key factors. This article provides a detailed analysis of these influencing elements and offers reference ranges for different industrial scenarios. Key Factors Affecting Maintenance Personnel Allocation

How to Determine the Optimal Ratio of Instrument Maintenance Personnel Read More »

Flue Gas Desulfurization (FGD) and Denitrification Technologies: Key Processes, Equipment, and Instrumentation

1. Introduction The reduction of sulfur dioxide (SO₂) and nitrogen oxides (NOₓ) in industrial flue gas is essential for mitigating environmental pollution and complying with air quality standards. The primary technologies employed for these purposes are Flue Gas Desulfurization (FGD) and Denitrification. In this article, we will explore the main desulfurization and denitrification techniques, their

Flue Gas Desulfurization (FGD) and Denitrification Technologies: Key Processes, Equipment, and Instrumentation Read More »

Calibration Methods for Combustible Gas Detectors

Combustible gas detectors typically utilize catalytic combustion, infrared absorption, or thermal conductivity sensors. Due to continuous exposure to environmental factors and operational usage, sensor sensitivity may gradually decrease or become damaged over time, necessitating regular calibration to maintain accuracy and reliability. Calibration of combustible gas detectors generally involves two main processes: zero-point calibration and span

Calibration Methods for Combustible Gas Detectors Read More »

Translate »