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Master Process Instrumentation Maintenance & Troubleshooting

Name: Master Process Instrumentation Maintenance & Troubleshooting
Rating: 3.7 (268 reviews)

Calibration , Testing ,General & Standard Maintenance Procedure for SMART process instrumentation and control devices.

Created byMahendra Singh

Last updated 5/2026

English

English [Auto],

What you'll learn

Master standard maintenance procedures for SMART process instrumentation.
Understand general maintenance procedures applicable in industrial settings.
Learn the fundamentals of calibration techniques for instrumentation devices.
Gain hands-on experience in testing various industrial instrumentation.
Develop skills in fault finding and diagnostic techniques specific to process control.
Prepare effectively for job interviews with insights into common interview questions.
Enhance career readiness with practical insights and industry-relevant skills.

Course content

20 sections • 71 lectures • 6h 5m total length

Introduction4:15
This course introduces standard maintenance and testing procedures for instrumentation and control devices, emphasizing personal protective equipment, safety, planning, documentation, calibration, and troubleshooting to prepare for engineering roles.

Lecture 1.1 What is Process Instrumentation (Real Plant Perspective)4:05
Explore how process instrumentation acts as the plant's eyes and ears, using 4-20 mA signals to link sensors, controllers, and actuators in a loop to ensure safety, quality, and efficiency.
Lecture 1.2 Process Variables (Pressure, Flow, Level, Temperature)3:43
Lecture 1.3 Field Instruments vs Control Room (DCS/PLC Basics)3:53
Learn how field instruments and the control room connect via junction boxes, verify 4–20 mA signals, and troubleshoot step by step from transmitter to DCS input.
Lecture 1.4 Understanding P&ID Like a Plant Engineer3:57
Lecture 1.5 Signal Types (4–20 mA, Digital, Pneumatic)4:28
Quiz 01: Focus on real interview preparation

Lecture 2.1 Troubleshooting Mindset (Real vs Theoretical Thinking)3:44
Develop a real plant troubleshooting mindset: observe the field, verify the physical layer before software, identify root causes rather than symptoms, and apply the 80-20 rule.
Lecture 2.2 Signal Tracing Method (End-to-End Loop Understanding)3:50
Lecture 2.3 Symptoms vs Root Cause (Avoid Common Mistakes)4:06
Lecture 2.4 Fault Isolation Strategy (Step-by-Step)3:47
Follow a step-by-step fault isolation strategy: verify symptoms, check power, segment the loop, and localize faults from field to component, using logical, cheapest checks first.
Lecture 2.5 Universal Diagnostic Framework (Apply Anywhere)3:49
Quiz 02: Focus on real interview preparation

Lecture 3.1 4–20 mA Concept (Physical Meaning, Not Just Theory)4:36
Lecture 3.2 Signal Flow: Field → Junction Box → Marshalling → PLC/DCS4:34
Lecture 3.3 Loop Checking Procedure (Practical Method)4:13
Lecture 3.4 Common Signal Faults (Open Loop, Short, Noise)4:05
Recognize the three common 4-20 mA faults—open loop, short, and noise—by pattern, from DCS to transmitter, to speed up troubleshooting and verify loop current.
Lecture 3.5 Hands-on Troubleshooting Scenarios4:43
Apply a four-step sequence: check 24V DC power, measure loop current in milliamps, verify DC-AC scaling and software configuration, and use the half-split method to isolate faults.
Quiz 03: Focus on real interview preparation

Lecture 4.1 Pressure Basics & Industrial Applications4:41
Lecture 4.2 Types of Pressure Instruments (Gauge, DP, Absolute)4:55
Different pressure instruments use different references: gauge, absolute, and differential pressure (DP) transmitters; select transmitters by process conditions to avoid unstable readings and misinterpretation of vacuum and flow.
Lecture 4.3 Installation Best Practices (Impulse Lines, Mounting)4:44
Lecture 4.4 Calibration (Step-by-Step + Mistakes)5:02
Lecture 4.5 Pressure Troubleshooting (Real Cases)5:13
Master pressure troubleshooting by diagnosing physical installation faults before electronics, following the pipe, line, transmitter, and DCS sequence and using the tap test to detect blockages and leaks.
Quiz 04: Focus on real interview preparation

Lecture 5.1 Flow Measurement Principles (Simple Understanding)4:59
Lecture 5.2 DP, Magnetic, Ultrasonic Flowmeters5:30
Explain how differential pressure, magnetic, and ultrasonic flowmeters work and how to select the right meter for each fluid and process condition, highlighting common pitfalls.
Lecture 5.3 Installation Mistakes (Straight Length, Positioning)5:03
Lecture 5.4 Calibration & Verification5:49
Lecture 5.5 Flow Troubleshooting Scenarios5:54
Recap: Types Of Flowmeters & Their Industrial Applications.12:22
Quiz 05: Focus on real interview preparation

Lecture 6.1 Level Measurement Basics5:16
Lecture 6.2 Radar, DP, Ultrasonic Systems6:14
Lecture 6.3 Practical Tank Issues (Foam, Vapor, Density)5:39
Lecture 6.4 Calibration & Testing6:00
Lecture 6.5 Level Troubleshooting Cases6:09
Apply practical diagnostic thinking to level troubleshooting by examining process conditions, installation, and wiring; solve issues like radar false echoes, blocked impulse lines, and condensation effects.
Quiz 06: Focus on real interview preparation

Lecture 7.1 RTD vs Thermocouple (Clear Comparison)3:39
Compare the RTD and thermocouple; RTD uses resistance change while thermocouple generates voltage. Guide sensor selection for accuracy, stability, fast response, and high-temperature applications.
Lecture 7.2 Installation & Thermowells2:59
Lecture 7.3 Signal Conditioning & Errors3:35
Lecture 7.4 Calibration Procedure3:12
Discover how to calibrate temperature instruments in a plant, using field testing, sensor trimming, dry blow calibrators, 5-point check, and soak time to ensure 4 to 20 mA matches temperature.
Lecture 7.5 Temperature Fault Diagnosis3:25
Quiz 07: Focus on real interview preparation

Requirements

No prior Experience is required
Some engineering or field knowledge is preferable but fresher’s are welcome.
Interest in Industrial Instruments
No prior equipment or tools are necessary to start the course, making it accessible to beginners and professionals alike

Description

Master Process Instrumentation Maintenance & Troubleshooting for Oil, Gas & Industrial Plants

Learn Industrial Process Instrumentation Maintenance, Calibration, Troubleshooting, Fire & Gas Systems, PLC/DCS Basics, Control Valves, Flowmeters, Pressure, Level & Temperature Instruments with Real Industrial Maintenance Procedures.

Are you looking to build a strong practical understanding of industrial process instrumentation maintenance used in oil & gas plants, refineries, power plants, chemical industries, and manufacturing facilities?

This comprehensive course is designed to provide real-world knowledge of process instrumentation systems, maintenance procedures, troubleshooting techniques, safety practices, and industrial field devices used in modern process industries.

The course starts with essential maintenance fundamentals including Permit to Work (PTW), Lockout Tagout (LOTO), Temporary Trip Override (TTO), job planning, HSEQ controls, fault finding techniques, diagnostic methods, and industrial safety practices.

You will then learn the fundamentals, working principles, maintenance procedures, and troubleshooting methods for a wide range of process instruments including:

Pressure transmitters and pressure switches
Differential pressure measurement systems
Temperature transmitters and sensors
Magnetic, Vortex, Coriolis, Turbine, Ultrasonic, and DP flowmeters
Radar, Ultrasonic, Capacitance, Magnetostrictive, and Displacer level transmitters
Control valves and ON-OFF valves
PLC and DCS systems
Multi-phase flow meters (MPFM)
Fire alarm and fire & gas systems
Flame detectors, gas detectors, smoke detectors, and suppression systems
IECEx hazardous area equipment markings and safety concepts

This course focuses heavily on practical maintenance procedures (SMP), real industrial applications, troubleshooting logic, and field-level understanding rather than only theory. You will also learn important safety concepts such as electrostatic discharge (ESD), arc flash protection, PPE requirements, zero energy state, hazardous area safety, and Job Safety Analysis (JSA).

Whether you are a beginner entering the instrumentation field or an experienced technician wanting to strengthen your maintenance and troubleshooting skills, this course provides valuable industry-focused knowledge used in real process plants worldwide.

What You’ll Learn

Understand industrial process instrumentation systems used in process plants
Learn practical maintenance procedures for field instruments
Master troubleshooting and fault-finding techniques
Understand pressure, temperature, flow, and level measurement systems
Learn maintenance of SMART transmitters and electronic devices
Understand control valve maintenance and bench setting procedures
Learn PLC and DCS maintenance basics
Understand fire alarm and fire & gas systems
Improve industrial safety awareness including LOTO, PTW, PPE, and JSA
Learn hazardous area concepts and IECEx equipment markings
Build real-world maintenance knowledge for oil & gas and industrial facilities

Why This Course Is Different

Unlike purely theoretical courses, this training is built around real industrial maintenance practices and field procedures commonly used by instrumentation technicians and engineers in operating plants.

The course combines:

Instrument fundamentals
Standard maintenance procedures (SMP)
Troubleshooting techniques
Industrial safety practices
Practical field knowledge
Real plant maintenance concepts

This makes the course highly valuable for:

Industrial maintenance technicians
Instrumentation engineers
Electrical & instrumentation professionals
Fresh engineering graduates
Oil & gas professionals
Maintenance supervisors
Process plant operators
Technical students preparing for industrial jobs

Who this course is for:

Preparing for interviews in roles involving maintenance, calibration, and testing of industrial instruments.
Electrical or Electronic or Instrument Engineer, Foreman, Supervisor, Technicians
Supervisors and Managers
Students and Graduates

Master Process Instrumentation Maintenance & Troubleshooting

What you'll learn

Explore related topics

Course content

Course Introduction1 lecture • 4min

MODULE 1: Foundations of Process Instrumentation (Real Plant Approach)5 lectures • 20min

MODULE 2: How to Think Like an Instrument Engineer5 lectures • 19min

MODULE 3: Signal Systems & 4–20 mA Mastery (Deep Practical Understanding)5 lectures • 22min

MODULE 4: Pressure Measurement Systems (Application + Fault Finding)5 lectures • 25min

MODULE 5: Flow Measurement Systems (Critical Practical Topics)6 lectures • 40min

MODULE 6: Level Measurement Systems (Tank Reality)5 lectures • 29min

MODULE 7: Temperature Measurement Systems5 lectures • 17min

MODULE 8: Control Valves & Final Control Elements5 lectures • 17min

MODULE 9: REAL PLANT CASE STUDIES3 lectures • 10min

Requirements

Description

Who this course is for: