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Overview and Introduction - Agenda

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Presentation on theme: "Overview and Introduction - Agenda"— Presentation transcript:

1 Overview and Introduction - Agenda
Activity Est. Time 1. Agenda and Instructor Introduction 10 2. Syllabus/Instructor Expectations 15 3. Student Information Sheets 4. Student Expectations BREAK 5. Pre-Test 50 6. Learning Objectives 7. Introduction to Instrumentation 40 8. Summary and Wrap-Up 9. Additional Activities 10. Lab Activity Instrumentation I - Session 1

2 Session 1 – Objectives (page 1)
1. List the attendance requirements for Process Instrumentation I. 2. List the homework requirements for Process Instrumentation I. 3. List the class participation requirements for Process Instrumentation I. 4. List the evaluation requirements (quizzes and tests) for Process Instrumentation I. 5. List the lab requirements for Process Instrumentation I. 6. Discuss the evolution and importance of process instrumentation to the petrochemical and refining industry. 7. Describe the major process variables controlled in the Process Industry: process variables differential (delta ) Pressure Temperature Flow Level Analytical others. Instrumentation I - Session 1

3 Session 1 – Objectives (page 2)
8. Define terms associated with instrumentation: local remote indicating transmitting recording controlling control loop pneumatic electronic analog digital Instrumentation I - Session 1

4 Session 1 – Objectives (page 3)
9. Explain the relationship between common process variables: What happens to the pressure in a closed container when temperature increases/decreases? What happens to the temperature in a closed container when pressure increases/decreases? What happens to vessel bottom pressure when height of liquid increases/decreases? What happens to boiling point of a material when pressure increases/decreases? What happens to the volume of a material when temperature increases/decreases? What happens to the density of a material when temperature increases/decreases? What happens to the flow when the differential pressure increases/decreases? How do variable changes affect accurate measurement? Instrumentation I - Session 1

5 Flyball Governor Instrumentation I - Session 1

6 Sightglass Instrumentation I - Session 1

7 Nyquist Instrumentation I - Session 1

8 Rosie the Riveter Instrumentation I - Session 1

9 Ziegler and Nichol’s Graph
Instrumentation I - Session 1

10 Analog Electronic Instrumentation
Instrumentation I - Session 1

11 Digital Instrumentation
Instrumentation I - Session 1

12 Fiber Optics Instrumentation I - Session 1

13 ProcessVariables Differential Delta Instrumentation I - Session 1

14 ProcessVariables Pressure Instrumentation I - Session 1

15 ProcessVariables Temperature Instrumentation I - Session 1

16 ProcessVariables Flow Instrumentation I - Session 1

17 ProcessVariables Level Instrumentation I - Session 1

18 ProcessVariables Analytical Instrumentation I - Session 1

19 Local Instrument Instrumentation I - Session 1

20 Remote Instrument Instrumentation I - Session 1

21 Instruments and their Functions
Instrumentation I - Session 1

22 Control Loops Instrumentation I - Session 1

23 Pneumatic Instruments
Instrumentation I - Session 1

24 Electronic Instruments
Instrumentation I - Session 1

25 Digital Instruments Instrumentation I - Session 1

26 Analog Signals Instrumentation I - Session 1

27 Digital Signals Instrumentation I - Session 1


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