Instrumentation I - Session 3 Session 03 - Agenda ActivityEst. Time, min 1. Agenda 2. Review Test #1 3. Learning Objectives - Level 4. Introduction to.

Slides:



Advertisements
Similar presentations
Industrial Instrumentation
Advertisements

DIFFERNETIAL PRESSURE FLOWMETERS
FLOW measurements.
Competition Other types of flow meters Thermal Mass flow competition.
Experiment (4) Flow Measurement
Flow Measurement by Ashfaq Md. Ansery.
ENTC-303Dr. Alvarado1 Flow Measuring Devices. ENTC-303Dr. Alvarado2 Flowmeters Devices used to measure flow rate: –Venturi (based on pressure difference)
Lecture 2 Control Instrumentation 1.P&ID, PFD 2.Control Hardware Elements 1.Sensor / Transducer 1.Actuator 2.Controller -Do I have confident feeling of.
Flow Measurement.
Bernoulli ’ s Equation. Outline The Energy Balance for a Steady Incompressible Flow The Friction Heating Term Bernoulli ’ s Equation The Head Form Diffusers.
Volume Flow Measurements. Obstruction Meters u Orifice Meters u Venturi Meters u Flow Nozzles.
Fluid mechanics 3.1 – key points
FLOW METER SELECTION SEMINAR
On-Line Physical Measurements Terry A. Ring Department of Chemical Engineering University of Utah.
Level Measurement Muhajir Ab. Rahim School of Mechatronic Engineering Universiti Malaysia Perlis.
Chapter Five Flow Measurement
1 Syafruddin Hasan. 2 Systems Concepts Automated systems that control flow rates or volume employ the following components: Automated systems that control.
1 Anayet Karim. 2 Course Evaluation Test 1Test 1 Test 2Test 2 Assignment 1Assignment 1 Assignment 2Assignment 2 Lab ModuleLab Module Final ExamFinal Exam.
1 Syafruddin Hasan. 2 Systems Concepts Automated systems that control flow rates or volume employ the following components: Automated systems that control.
Flow Sensors.
ACADs (08-006) Covered Keywords Flow rate, total flow, differential pressure, percent flow, cotameter, Bernouli. Description Supporting Material
Flow Measurements Identify an effect that depends on flowrate
ME 322: Instrumentation Lecture 12
EXPERIMENTAL CLASS 3. FLOW MEASUREMENT
Temperature Measurement
CENTRE OF EXCELLENCE (CHEMICAL SECTOR)
Instrument Training Material
Copyright ©2011 by Pearson Education, Inc. Upper Saddle River, New Jersey All rights reserved. Introduction to Engineering Experimentation, Third.
Flow Measurement Muhajir Ab. Rahim School of Mechatronic Engineering
Mechanical Measurement and Instrumentation MECN 4600
Industrial Electronic Department
LEVEL MEASUREMENT BY, B.Raveender Singh.
Flow measurement.
Flow Measurement 1.
Automation and Drives Siemens Flow Instruments A/S The Flow Force.pptApril Dedicated Program SITRANS F O Back to animation Flow measuring with differential.
Flow Technology Overview The materials included in this compilation are for the use of Dwyer Instruments, Inc. potential customers and current.
Fluid Mechanics Chapter 9 Review. Agenda:  9.1: Fluids and Buoyant Force  9.2: Fluid Pressure and Temperature  9.3: Fluids in Motion  9.4: Properties.
Level Measurement. Level is another common process variable that is measured in many industries. The method used will vary widely depending on the nature.
Introduction to Fluid Mechanics
Byong Guk Jeon, Ho Sik Kim NQe 401 Exp. 3 Flow measurement.
Instrumentation I - Session 5 Session 5 - Agenda ActivityEst. Time 1. Agenda 2. Introduction to Primary Sensors, Transmitters and Transducers (Chapter.
S.N. PATEL INSTITUTE OF TECHNOLOGY AND RESEARCH CENTER TOPIC : MEASURMENT OF FLOW GUIDED BY : Mr. Nirav Raykundaliya 1 Sr. no. NamePEN 1Kaliyani Vishal
Mass and Energy Analysis of Control Volumes Chapter 5a.
Power Plant Construction and QA/QC Section 5.1 – Power Plant Instruments Engineering Technology Division.
VENTURIMETER Department of Chemical Engineering
UNDERSTANDING DIFFERENT
Process Control Instrumentation I - Session 3. Most Common Control Elements.
INTRODUCTION TO ELECTRONIC INSTRUMENTATION
Session 03 - Agenda Activity Est. Time, min 1. Agenda
Vinalhaven Tidal Power
Instrumentation Malfunctions, Test Review - Agenda
Kessler-Ellis Products
Process Variables, Elements and Instruments – Flow - Agenda
Figure 10.1 Flow in a duct with area change.
Internal Incompressible
Energy Loss in Valves Function of valve type and valve position
CENTRE OF EXCELLENCE (CHEMICAL SECTOR)
Activity Est. Time 1. Agenda 5 2 .Learning Objectives
PREAPRED BY : SAKARVADIYA JAY
Test #1, Process Variables, Elements and Instruments - Level - Agenda
Process Variables, Elements, and Instruments – Pressure - Agenda
Measuring Flow ACADs (08-006) Covered Keywords
Prepared by: Hamidreza Karamouz
Overview and Introduction - Agenda
Measurement of flow rate in a tube and wall skin friction
قياس معدل سريان الموائع Fluid Flow Rate Measurement
Measurement of flow rate in a tube and wall skin friction
Control Loops: Primary Sensors, Transmitters, and Transducers - Agenda
26. Flow Measurement and Safety Devices
Introduction to Fluid Mechanics
Presentation transcript:

Instrumentation I - Session 3 Session 03 - Agenda ActivityEst. Time, min 1. Agenda 2. Review Test #1 3. Learning Objectives - Level 4. Introduction to Level 5. Level Measuring Instruments BREAK 6. Level Measuring Instruments (continued) 7. Level, Temperature, Density and Volume 8. Learning Objectives - Flow 9. Introduction to Flow/Terms 10. Flow Sensing/Measurement Instruments 11. Homework assignments for the next session LUNCH BREAK 11. Test #2

Process Control Instrumentation I - Session 3

Most Common Control Elements

Instrumentation I - Session 3 Session 4 – Objectives (page 1) 1. Define terms associated with level and level instruments: n level n ullage (outage) n inage n direct/indirect measurement n interface level n meniscus n density n hydrostatic head pressure

Instrumentation I - Session 3 Session 4 – Objectives (page 2) 2. Identify the most common types of level- sensing/measuring devices used in the process industry: n gauge/sight glass n float n tape gauge n differential pressure cell n bubbler n displacer n ultrasonic device n nuclear device 3. Describe the purpose and operation of various types of level-sensing/measuring devices. 4. Describe the relationship between temperature and level control as it relates to the density of liquid. 5. Describe the relationship between temperature and level control as it relates to the volume of a liquid.

Instrumentation I - Session 3 Level?

Instrumentation I - Session 3 Percent Level Measurement, Ullage(Outage) and Inage

Instrumentation I - Session 3 Point and Continuous Level Measurement

Instrumentation I - Session 3 Direct and Indirect Level Measurement

Instrumentation I - Session 3 Interface

Separator Instrumentation I - Session 3

Instrumentation I - Session 3 Meniscus

Instrumentation I - Session 3 Liquid Head Pressure

Instrumentation I - Session 3 Gauge/Sight Glass: Tubular Type

Instrumentation I - Session 3 Gauge/Sight Glass: Flat Glass Level Gauges

Instrumentation I - Session 3 Float

Instrumentation I - Session 3 Tape/Tape Gauge

Instrumentation I - Session 3 Differential Pressure (d/p) Cell

Instrumentation I - Session 3

Bubbler

Instrumentation I - Session 3 Displacer

Instrumentation I - Session 3 Ultrasonic/Radar Device

Instrumentation I - Session 3 Nuclear Device

Instrumentation I - Session 3 Load Cell

Instrumentation I - Session 3 Level, Temperature, Density and Volume

Instrumentation I - Session 3 Session 5 – Objectives (page 1) 1. Define flow and terms associated with flow: n fluids (gases and liquids) n laminar n turbulent 2. Define terms associated with flow measurement: n direct and indirect flow measurement n positive displacement flow measurement n percent flow rate n volumetric flow units n mass flow units.

Instrumentation I - Session 3 Session 5 – Objectives (page 2) 3. Identify the most common types of flow sensing/measuring devices used in the process industry: n orifice plate n venturi tube n Flow nozzle n pitot tube n annubar tube n rotameter n electromagnetic meter (Magmeter) n turbine meter n mass flow meter 4. Describe the purpose and operation of flow sensing/measurement devices used in process industry. 5. Explain the difference between total volume flow, flow rate and volumetric flow.

Instrumentation I - Session 3 Flow and Fluids

Instrumentation I - Session 3 Laminar and Turbulent Flow

Instrumentation I - Session 3 Flow Measurement n Direct and indirect flow measurement n Positive displacement flow measurement n Percentage flow rate n Volumetric flow units n Mass flow units

Flow – Primary Flow Sensing and Measurement Instruments n Orifice plates n Venturi tubes n Flow nozzles n Pitot tubes n Annubr tubes (multiport pitot tubes) n Rotameters n Electromagnetic meters n Turbine meters n Mass flow meters Instrumentation I - Session 3

Orifice Plate

Conical orifice plates Instrumentation I - Session 4

Instrumentation I - Session 3 Flow Nozzle

Instrumentation I - Session 3 Venturi Tube

Instrumentation I - Session 3 Pitot Tube

Instrumentation I - Session 3 Annubar Tube or multiport pitot tubes TM

Instrumentation I - Session 3 Rotameter

Instrumentation I - Session 3 Electromagnetic Meter (Magmeter)

Instrumentation I - Session 3 Turbine Meter

Instrumentation I - Session 3 Mass Flow Meter

Instrumentation I - Session 3 Differential Pressure (D/P) Transmitter

Homework Assignments: Please read and be prepared for a quiz on chapters 6&7&8 from your books on Saturday July 11 th. We will talk about those chapters after this quiz. We need to make up one day off on 4 th of July, so we must go faster to cover all materials that we should learn for this semester. Instrumentation I - Session 3