Instrumentation Basics: Pressure Measurement & Impulse Line Design Explained | 3D DECODE

📝 DESCRIPTION

In this video, we explain pressure measurement basics and impulse line design & protection, focusing on real-world oil & gas applications. 🚀

Improper impulse line design causes false readings, freezing, plugging, vibration damage, and dangerous trips — so this topic is critical for instrumentation, mechanical, and commissioning engineers.

🔑 What You’ll Learn in This Video:

✅ Pressure Measurement Basics
– Gauge vs Absolute vs Differential pressure
– Typical pressure transmitters in compressor & pump packages

✅ Impulse Line Design Fundamentals
– Routing rules
– Slope requirements
– Avoiding gas/liquid traps
– Distance limits

✅ Gas vs Liquid Service Differences
– Why slope direction matters
– Drain & vent placement

✅ Impulse Line Protection Methods
– Heat tracing
– Insulation
– Block & bleed arrangements
– Snubbers & dampers

✅ Common Field Mistakes
– Horizontal impulse lines
– Dead legs
– Unsupported tubing
– Incorrect tapping location

✅ Compressor & Pump Package Examples
– Suction pressure
– Discharge pressure
– Seal gas differential

✅ Interview Questions You’ll Get Asked

💡 By the end of this video, you’ll know:

How to design impulse lines correctly and prevent false pressure readings or nuisance trips.

This is real commissioning knowledge.

👉 Don’t forget to Like, Share & Subscribe to 3D Decode for more instrumentation, compressor, and oil & gas engineering content.
#Instrumentation #PressureMeasurement #ImpulseLine #ProcessEngineering #OilAndGasEngineering #InstrumentationEngineering #ControlSystems #CompressorDesign #PumpDesign #EngineeringStudents #PlantDesign #ProcessControl #MechanicalEngineering #3DDecode #IndustrialAutomation #Commissioning

Видео Instrumentation Basics: Pressure Measurement & Impulse Line Design Explained | 3D DECODE канала 3D DECODE