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Introduction To Process Instrumentation 2023 - nieriorefasow63 - 06-22-2023
![[Image: y6-B6l-SVu-G7cw-OL519-Tt-LU63xj-U6x-VRby.jpg]](https://i.postimg.cc/Jhb9SnRV/y6-B6l-SVu-G7cw-OL519-Tt-LU63xj-U6x-VRby.jpg)
Introduction To Process Instrumentation 2023
Published 6/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.13 GB | Duration: 1h 15m
Learn how to crack certified automation professional exam by taking this process instrumentation course
What you'll learn
Provide bite sized videos to learn Process Instrumentation
Help students come up to speed on various aspects of Process Instrumentation
Provide Multiple choice questions to help students know the type of questions they can expect in certified automation professional exam
Provide study material related to process instrumentation
Requirements
This course was built with a large range of backgrounds in mind. High school mathematics and physics will come in handy
Description
This course was built with a large range of backgrounds in mind. High school mathematics and physics will come in handy. You will get a basic run down of all process instrumentation concepts.DescriptionInstrumentation rests at the intersection of many disciplines, skills and trades, including: automation, process and mechanical engineering, programming, electronics, etc. Few people can claim to be experts in all these fields, yet many must use measuring instruments and the data they provide to fulfill their duties and achieve their objectives. One cannot improve something one cannot measure and all measurements are imperfect.This course provides a basic overview of the instruments used in continuous industrial processes of gases, liquids and granular solids, such as the ones from used in the water treatment, oil&gas, chemical, mining, food and thermal power generation industries.It describes and compares the instruments measuring the important properties that are:TemperaturePressureLevelFlowDensityViscosityPositionDisplacementForce / TorqueThis reviews over 50 of the most frequently encountered device types, such as thermocouples, RTDs, Bourdon and diaphragm pressure gauges, hydrostatic and ultrasonic level indicators, orifice plate flow meters, and much, much more.To ease the comprehension, as well as to provide context and tools to allow everyone to build a mastery of these technologies, this courses reviews:The properties measured and their common unitsThe error types in the dataWhy pressure is the most important measurementDifferent types of process instrumentation conceptsThis course contains various quizzes and multiple-choice questions downloadable files. It also includes mind maps for easy absorption of the material.Who this course is for:TechniciansProcess EngineersProcess OperatorsEngineering studentsElectrical EngineersAutomation engineersElectriciansDraftersPlumbersMechanicsManagersChemical EngineersMechanical EngineersMining engineers
Overview
Section 1: Introduction & What You'll learn
Lecture 1 Introduction and why I made this course
Lecture 2 Downloading the PDF Syllabus & mind maps
Section 2: What is Process Instrumentation
Lecture 3 What is process Instrumentation?
Lecture 4 Instrumentation in simple terms
Lecture 5 Units & Standards of measurement
Lecture 6 Sensor & Transducer
Lecture 7 Types of Instrument Classification
Lecture 8 Terminologies in Instrumentation-Accuracy, Precision & Repeatability
Lecture 9 Terminologies in Instrumentation- Reproducibility, Hysteresis & Dead band
Lecture 10 Terminologies in Instrumentation- Drift, Sensitivity, Offset & Resolution
Section 3: Pressure Measurement
Lecture 11 Why pressure is the most important measurement?
Lecture 12 What is pressure?
Lecture 13 Vacuum
Lecture 14 Atmospheric pressure and absolute pressure
Lecture 15 Pressure head
Lecture 16 Various Pressure sensing elements
Section 4: Flow Measurement
Lecture 17 How do you measure flow?-Orifice Plate
Lecture 18 Flow nozzle
Lecture 19 Pitot Tube
Lecture 20 Magnetic flowmeter
Lecture 21 Nutating flowmeter
Lecture 22 Coriolis Mass Flowmeter
Section 5: Level Measurement
Lecture 23 How do you measure level?
Lecture 24 Errors in level measurement
Lecture 25 Types of direct level measurement
Lecture 26 What is buoyancy?
Lecture 27 Types of indirect level measurement
Lecture 28 Bubble level measurement
Lecture 29 Radiation level measurement
Lecture 30 Level switch
Section 6: Temperature Measurement
Lecture 31 Scales of temperature measurement
Lecture 32 Methods of temperature measurement
Lecture 33 What is Bimetallic strip?
Lecture 34 Types of filled thermometers
Lecture 35 Types of Pyrometers
Lecture 36 Optical pyrometer
Lecture 37 Radiation pyrometer
Lecture 38 Ultrasonic Thermometry
Lecture 39 Resistance Temperature Detector (RTD)
Lecture 40 Thermocouple
Section 7: Miscellaneous Measurements
Lecture 41 Density Measurement
Lecture 42 Viscosity Measurement
Lecture 43 Force Measurement
Lecture 44 Displacement Measurement
Lecture 45 Position Measurement
Lecture 46 Humidity Measurement
Lecture 47 Optical Measurement
Section 8: Demonstration of MindMaps
Lecture 48 Mindmap Types of Instruments
Lecture 49 Mindmap Terminologies
Lecture 50 Mindmap Errors
Lecture 51 Mindmap Parameters to be measured
Lecture 52 Mindmap Other parameters to be measured
Lecture 53 Mindmap Pressure Measurement
Lecture 54 Mindmap Flow measurement
Lecture 55 Mindmap Level measurement
Lecture 56 Mindmap Temperature measurement
Lecture 57 Mindmap Density measurement
Lecture 58 Mindmap Viscosity measurement
Lecture 59 Mindmap Power measurement
Lecture 60 Mindmap Force Torque measurement
Lecture 61 Mindmap Displacement measurement
Lecture 62 Mindmap Position measurement
Lecture 63 Mindmap Humidity measurement
Section 9: Conclusion & Next Steps
Lecture 64 Conclusion & Next Steps
• Technicians • Process Engineers • Process Operators • Engineering students • Electrical Engineers • Automation engineers • Electricians • Drafters • Plumbers • Mechanics • Managers • Chemical Engineers • Mechanical Engineers • Mining engineers
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