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PLC

Why Industrial Automation Uses 4-20 mA Current Signals Instead of Voltage Signals

In the field of industrial automation, the choice of signal transmission is crucial for ensuring accurate and reliable communication between...
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Instrumentation

Thermal Cycling vs. Thermal Shock: What’s the Difference and When to Use Each?

IntroductionIn the field of materials engineering and product reliability testing, the terms Thermal Cycling and Thermal Shock are often used—but...
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Instrumentation

Understanding Fluid Equipment: Essential Components in Modern Industry

Introduction Fluid equipment plays a crucial role in modern industrial systems, with applications across sectors such as petrochemicals, power generation,...
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PLC

Understanding Set Pressure, Popping Pressure, and Relieving Pressure in Safety Systems

Pressure control is a critical aspect of industrial systems, particularly in processes involving fluids or gases. Safety valves, as integral...
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Instrumentation

OPC: The Standard Communication Bridge for Industrial Automation

In modern industrial environments, automation systems often comprise a wide range of equipment and software from different manufacturers. These include...
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Temperature transmitter

Temperature Transmitters

Temperature transmitters have found increasing applications in industrial sectors such as petroleum, chemical industries, synthetic fiber, textiles, rubber, construction materials,...
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PLC

PID and APC: Two Core Strategies to Reduce Uncertainty in Process Control

In the process industry, it's often difficult to fully understand the characteristics of the controlled systems. Building a strict mechanistic...
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Instrumentation

How to Use a Multimeter to Check if a Ground Wire is Properly Grounded

Ensuring that your ground wire is properly grounded is essential for electrical safety. A well-grounded electrical system helps protect individuals...
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Level meter

Is Density Compensation Essential for Advanced Level Instruments?

Introduction Level instruments play a vital role in modern industrial process control. They are widely used to monitor and manage...
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PLC

How Advanced Process Control (APC) Benefits Process Facilities

Introduction Advanced Process Control (APC) technology has been widely adopted in the refining industry but remains underutilized in many other...
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Instrumentation

Understanding the Differences Between Surge Protective Devices (SPDs) and Lightning Arresters

Surge Protective Devices (SPDs) and lightning arresters serve critical roles in safeguarding electrical systems from voltage spikes and surges. Although...
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Temperature transmitter

Environmental Optimization Measures for Temperature Transmitters

1. Installation Location Selection Choosing the appropriate installation location is crucial for ensuring the accuracy, stability, and longevity of temperature...
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Instrumentation

Why Effective Grounding is Essential for Sensors

Introduction In the field of sensor technology, one crucial yet often overlooked aspect is proper grounding. Many customers assume that...
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PLC

Understanding the Differences Between Modbus RTU and Modbus TCP

Modbus is one of the most widely used communication protocols in industrial automation and control systems. Among its various implementations,...
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Instrumentation

Advanced Control Systems in Ore Processing: A Comparative Analysis with Expert Systems

Recently, a mineral processing plant utilizing the SABC milling process has implemented an advanced control system with significant results. Despite...
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Instrumentation

Why IEC Standards Have Phased Out Multiple Earthing

Introduction The International Electrotechnical Commission (IEC) has gradually moved away from multiple earthing (also known as repeated grounding) in electrical...
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Instrumentation

HART Communication Explained: Why That 250Ω Resistor Really Matters

If you've ever tried to communicate with a HART-enabled transmitter and wondered why a 250Ω resistor is essential, you're not...
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Instrumentation

Cascade Control System: Principles, Characteristics, and Applications

1. Introduction In modern industrial control systems, achieving high precision and stability in complex processes is crucial. Various advanced control...
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Instrumentation

Essential Tools for Daily Maintenance of Chemical Industry Instruments

Regular maintenance of chemical industry instruments is vital for ensuring accuracy, reliability, and safety. Effective maintenance prevents common instrument failures,...
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PLC

Reevaluating “Advanced Control” in Industrial Applications: Beyond the PID Paradigm

In academic circles, there is no specific algorithm formally defined as “advanced control.” Rather, the term broadly refers to any...
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