Blog - Just Measure it
PLC

Understanding Signal Processing in an Oscilloscope: DC Coupling vs. AC Coupling

Oscilloscopes are essential tools in electronics for visualizing electrical signals. One key feature that users often need to understand is...
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Pipeline

Designing Gas and Liquid Piping Systems: Why A Beautiful Drawing Doesn’t Guarantee a Good Design

In large-scale chemical, power, and petrochemical projects, piping and instrumentation may seem inconspicuous, but they are the “nerves” and “blood...
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Instrumentation

Instrumentation Glossary | What is Reynolds Number? What is Laminar Flow? What is Turbulent Flow?

In the field of flow measurement and process instrumentation, three terms frequently appear: Reynolds number, laminar flow, and turbulent flow....
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PLC

Will Model Predictive Control (MPC) Replace PID? A Conservative Perspective

In the evolving world of industrial automation, Model Predictive Control (MPC) is often positioned as the future of process control—boasting...
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Instrumentation

Guidelines for the Decommissioning and Disposal of Automation Instrumentation Assets

Automation instrumentation plays a critical role in industrial control systems as the “peripheral nerves” of production. When such equipment reaches...
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Instrumentation

Boiler Drum Level: Measurement, Control, and Failure Analysis

1. Introduction: Why Drum Level Matters In power plants, cogeneration systems, and any facility involving boilers, the term “drum level”...
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Instrumentation

Understanding NAMUR NE 43: A Comprehensive Guide Introduction

NAMUR NE 43 is a widely adopted signal standard in the field of industrial automation, primarily used for transmitting fault...
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PLC

Is SIS Mandatory for Level-3 Major Hazard Sources Involving Liquefied Gases?

This article examines whether Safety Instrumented Systems (SIS) are required for Level-3 major hazard sources involving liquefied gases. The analysis...
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Transmitter

Types of Noise in Transmitters: A Detailed Overview

Noise in transmitters can significantly affect the accuracy and reliability of measurements in industrial and electronic systems. Understanding the different...
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Instrumentation

Key Considerations and Checklist for Instrumentation Construction Drawing Review

1. Introduction The review of instrumentation construction drawings is a critical step to ensure project safety, efficiency, and cost-effectiveness. A...
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Flow meter

How to Select an Electromagnetic Flow Meter for Hydrochloric Acid Applications

1. Introduction Hydrochloric acid (HCl) is a highly corrosive medium commonly encountered in chemical processing, water treatment, and pharmaceutical manufacturing....
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Sensors

Temperature Effects on Load Cell Performance

Introduction Temperature is one of the most significant environmental factors that affect the accuracy and longevity of load cells. Whether...
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Level meter

Can Radar Measure All Types of Liquids? Absolutely Not—Here’s Why

In industrial automation systems, “level” may seem like a basic variable. But anyone with on-site experience knows: level measurement is...
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PLC

I/O Allocation Principles and I/O Point Calculation Method for DCS Control Systems

1. General Principles for I/O Allocation 1.1 Redundancy Principle To comply with the single-fault tolerance requirement, redundant devices should be...
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Instrumentation

Are Protective Earthing and Enclosure Grounding the Same Thing?

In the world of industrial automation and electrical safety, terms like protective earthing (PE) and enclosure grounding are often used...
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Instrumentation

Selection Guide for Chemical Instrumentation: Principles, Scenarios, and Pitfalls

Chemical instrumentation plays a vital role in ensuring the safe and stable operation of chemical production processes. Proper selection must...
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Flow meter

Top 10 Mistakes in Flow Meter Selection

Flow measurement is the science of studying changes in quantities, and the principle of mass interconversion is fundamental to the...
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Sensors

Mounting Errors in Load Cells: Types, Consequences, and Fixes

Introduction Even the most accurate load cell will fail to perform if it’s not mounted correctly. In fact, improper installation...
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PLC

Practical PI Tuning for Liquid Level Control: A New Approach Based on Filling Time

1. Introduction In process industries, liquid level is a typical integrating process variable, representing the physical balance of inflows and...
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Level meter

Comprehensive Analysis of Causes for Abnormal Readings in Float Level Indicators: Case Studies and Solutions

In industrial production processes, float level indicators are commonly used instruments for measuring liquid levels. Accurate readings are critical for...
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