Instrumentation

As industrial automation systems grow increasingly complex, traditional PID controllers—though reliable and widely used—are no longer sufficient for meeting the rising demands of precision, safety, and efficiency. This has led many process industries, especially petrochemical plants, to explore advanced control strategies like Model Predictive Control (MPC). But does MPC always outperform PID? What are the […]

Introduction Load cells are vital components in industrial automation, weighing systems, and process control. However, when used in harsh environments—such as dusty factories, outdoor installations, or corrosive chemical plants—load cells face challenges that can impact their accuracy, lifespan, and reliability. This guide provides actionable best practices for installing load cells in demanding conditions to ensure

In industrial and quality management fields, calibration certificates and test reports are two distinct concepts, each serving different purposes. Understanding their differences is critical for ensuring accurate measurement, product compliance, and maintaining regulatory standards. 1. What is a Calibration Certificate? A calibration certificate is an official document issued by an accredited calibration laboratory or professional

In the era of industrial automation, “zero manual operation” has become a benchmark for evaluating the advancement of process units. While this objective appears straightforward, it embodies a complex interplay between technological innovation and human-centered management. As enterprises begin using the number of manual interventions as a performance metric, operators often face a dilemma—“Should I

In chemical plants and industrial facilities, the presence of flammable and toxic gases is a common hazard due to process leaks, equipment failures, or accidental releases. To ensure personnel safety and prevent fire or explosion incidents, it is essential to install Gas Detection and Alarm Systems (GDS) at locations where such gases are likely to

Overview In today’s industrial production landscape, automated equipment plays a critical role. These systems not only improve production efficiency but also ensure the consistency of product quality. However, with prolonged operation and increasing complexity, equipment failures become almost inevitable. To minimize losses and ensure continuous, stable production, real-time monitoring and fault prediction of automated equipment

1. Introduction Improper grounding during welding operations poses serious threats to the performance and integrity of industrial automation and instrumentation systems. Through electromagnetic interference (EMI), ground potential differences, and stray currents, welding can cause signal distortion, equipment damage, and even control system malfunctions. This article explores the core risks, real-world examples, and preventive measures, followed

Secondary electrical equipment plays a critical role in monitoring, measuring, controlling, regulating, and protecting primary electrical systems. Unlike primary equipment, it does not directly interact with the main power circuit, but its proper functioning is essential for overall system reliability and safety. This article provides detailed guidelines for inspecting secondary equipment in electrical systems. Key

1. Introduction Acrylamide (chemical formula: C₃H₅NO) is a white, odorless crystalline solid commonly used in the production of polymers, adhesives, flocculants, and in laboratory research. Despite its low volatility under standard conditions, acrylamide is highly toxic, and prolonged exposure poses serious health risks, including neurotoxicity and potential carcinogenicity. This article explores whether workplaces that handle

Reliable instruments play a critical role in equipment management and industrial automation. They monitor and control essential parameters such as temperature, pressure, and flow, ensuring stable production processes, improved efficiency, and high product quality. This guide provides a detailed overview of how to select the most suitable instruments for your equipment by addressing key considerations.