Blog - Just Measure it
Instrumentation

Common Electronic Components in Industrial Automation

Many beginners in industrial automation tend to focus immediately on PLCs, robots, servos, motors, and vision systems—things that seem “high-tech.”These...
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Instrumentation

Differential Pressure Flow Measurement Instruments: Common Issues and Considerations

Differential pressure (DP) flow measurement devices are widely used in process industries and, in many cases, cannot be completely replaced...
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Instrumentation

What is a Local Area Alarm and Is It Optional?

What is a Local Area Alarm? A local area alarm is a type of on-site alarm device installed in production...
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Instrumentation

Signals Every Automation Engineer Must Know

Even when equipment isn’t broken and the program shows no errors, sometimes screens display jumping values; valves won’t open, pumps...
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Instrumentation

Why Aluminum Smelters Use Ungrounded IT Systems — And Why Incorrect Grounding Can Destroy Instrumentation

In most industrial plants, proper grounding improves electrical safety and system stability. But in aluminum electrolysis plants, one incorrect grounding...
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Instrumentation

4 Common Instrument Maintenance Mistakes in Chemical Plants (And How to Avoid Them)

In chemical plants, instrumentation is often called the “eyes and ears” of the process.Flow meters, pressure transmitters, radar level sensors,...
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Instrumentation

What Is Transistor Output? A Practical Guide to NPN vs PNP (With Real Wiring Cases)

🔍 Introduction: When a “Simple Output” Burns Your PLC In industrial automation, one of the most common but overlooked issues...
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Flow meter

Electromagnetic Flowmeter Excitation Types: AC vs Pulse vs Dual Frequency (How to Choose the Right One)

Why Some Electromagnetic Flowmeters Become Unstable Over Time? Many engineers focus on lining material, electrode type, or brand when selecting...
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Instrumentation

Why RS485 Communication Fails Without 120Ω Termination (And How to Fix It)

Introduction: When RS485 “Works” — Until It Suddenly Doesn’t In many industrial projects, RS485 communication seems to work fine at...
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Valve

Emergency Shutdown Valve (ESV): The Last Line of Defense in Industrial Safety

When Alarms Are Not Enough In many industrial incidents, the real danger is not the alarm itself — but what...
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Level meter

80GHz Radar Level Meter for High-Temperature Rosin Reactor

Hello everyone, Today we would like to introduce our JWrada32 80GHz Radar Level Meter, specially configured for a challenging high-temperature...
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Instrumentation

Why Your Flowmeter Fails in High Vibration Environments (And How to Fix It)

Introduction: When “Accurate Instruments” Start Giving Wrong Readings In many industrial projects, engineers face a frustrating issue: 👉 The flowmeter...
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Flow meter

Electromagnetic vs Vortex Flowmeter: How to Choose the Right One?

Introduction: Why Many Engineers Choose the Wrong Flowmeter In industrial projects, one of the most common mistakes is: 👉 Using...
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Valve

Why Valve Packing Leaks — and How Engineers Fix It on Site

Valve packing leakage is one of the most common problems encountered during plant maintenance and field inspection. Gate valves leak,...
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Hart

HART Transmitter Calibration Mistakes That Can Cost You Accuracy (And How to Avoid Them)

Introduction: When “Correct Readings” Are Actually Wrong In industrial automation, many engineers rely on HART communication to verify instrument performance....
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Flow meter

4 Common Electromagnetic Flowmeter Failures (From Real Industrial Cases)

Introduction: Why Flowmeters Fail in Real Projects Electromagnetic flowmeters are widely used for conductive liquids due to their high accuracy...
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PLC

Choosing the Wrong PLC? Here’s What Will Go Wrong Later

Introduction: A Problem That Doesn’t Show Up at the Beginning In many automation projects, PLC selection seems simple at first:...
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Instrumentation

A Simple NO/NC Mistake That Stopped an Entire Production Line for 3 Hours

Introduction: A Real Case from the Field During a packaging line commissioning project in a food factory, we encountered a...
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Pressure Transmitter

How to Calculate Differential Pressure Transmitter Accuracy?

The nameplate of a differential pressure (DP) transmitter may state an accuracy of ±0.075%, ±0.05%, or even ±0.04%. Many users...
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Pressure Transmitter

Why Calibration is Essential for Pressure Transmitters: Causes and Methods

Pressure transmitters are among the most commonly used instruments in industrial settings. Despite their frequent usage, a simple yet often...
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