INDUSTRIAL FLOW MEASUREMENT ENGINEERING

DESKRIPSI

In a process, flow measurement is a very important tool for controlling that process. The basics of flow measurement and how to convert physical quantities to electricity are discussed in this course. Thus participants understand how flow measurement works, how to calibrate and how to maintain.

OUTCOMES

1. Each audience will understand how density and viscosity affect liquid flow meters.
2. Each audience will also know how to calibrate liquid flow meters using primary and secondary flow standards.
3. Each audience will also know does the electronic flow measurement work.

OUTLINE

1. Introduction to Flow Measurement.
2. Flow Meter Theory.
3. Secondary Instruments.
4. Fluid Properties.
5. Flow Meter Selection.
6. Liquid Flow Measurement Systems.
7. Practice Calculations.
8. Reynolds Number Characteristics.
9. Fundamentals of Liquid Flow Meters.
10. Installation Effects.
11. Advantages and Disadvantages.
12. Primary Calibration Standards.
13. Secondary Calibration Standards.
14. Dynamic Flow Measurements.
15. Flow Meter Maintenance.
16. Introduction to Electronic instrumentation flow measurement.
17. Process control signals and common transducers.
18. Understanding the 4 to 20 milliamp current loop.
19. Signal conversions.
20. Basics of instrument Flow detectors.
21. Pressure, force and strain sensors and calibrations.
22. Smart instruments.
23. Trends in sensors and instrumentation.

INSTRUKTUR

Ir. Joko Waluyo, MT., PH.D/ Sulaiman Tampubolon ,ST.,M.Eng

FACILITIES

Facilities of course :

üCertificate,

üHand Out,

üQuality Training Kit ,

üQuality Training Material (Hardcopy And Softcopy)

üConvenient Training Facilities At Stars Hotel, Lunch & 2 X Coffee Breaks,

üSouvenir.