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E-raamat: Reeds Vol 10: Instrumentation and Control Systems

(South Tyneside College, UK),
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Key text covering the application and operation of instrumentation and control systems in marine engineering.

This is a fully revised, new edition on the topic of instrumentation and control systems and their application to marine engineering for professional trainees studying Merchant Navy Marine Engineering Certificates of Competency (CoC) as well as Electrical/Marine Engineering undergraduate students. Providing generic technical and practical descriptions of the operation of instrumentation and control devices and systems, this book also contains mathematic analysis where appropriate.

Addressing this subject area, the domain of Instrumentation Engineers/Technicians as well as Control Engineers, and covering established processes and protocols and extensive developing technology, this textbook is written with the marine engineer in mind, particularly those studying Engineering Knowledge. The content ranges from simple measurement devices, through signal conditioning and digitisation to highly sophisticated automated control and instrumentation systems.

It also includes a brand new section on electrical equipment in hazardous areas detailing hazards, gas groups, temperature classifications and types of protection including increased and intrinsic safety and encapsulation, and up-to-date material on the new generation of Liquified Natural Gas carriers, SMART sensors and protocols, as well as computer based systems.

This text is reinforced throughout with worked examples and self-study questions.

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Key text covering the application and operation of instruments and control systems in marine engineering.
Preface ix
Introduction 1(8)
Historical
1(1)
Utilisation
2(1)
Economy
2(1)
Safety
2(1)
Terminology
3(1)
Comparison of Systems
4(1)
Control Loops
5(1)
System
6(1)
Analogue
7(1)
Digital
8(1)
Computers
8(1)
Microprocessors and Microcomputers
8(1)
1 Temperature Measurement 9(11)
Mechanical Thermometry
9(2)
Electrical Thermometry
11(7)
Test Examples
18(2)
2 Pressure Measurement 20(16)
Atmospheric Pressure
20(2)
Mercury Manometer
22(1)
Mercury Barometer
23(1)
Aneroid Barometer
24(1)
Displacement of an Elastic Sensing Element
25(2)
Differential Pressure Cell (D/P Cell)
27(1)
Piezoelectric Pressure Transducer
28(4)
Strain Gauge
32(3)
Test Examples
35(1)
3 Level Measurement 36(10)
Direct Methods
36(2)
Inferential Methods
38(5)
Non-contact Level Measurement
43(2)
Test Examples
45(1)
4 Flow Measurement 46(12)
Quantity Meters
46(1)
Rate of Flow Meters
46(1)
Integrators
47(1)
Square Root Extraction
47(1)
Inferential-Rotational
48(3)
Inferential-Differential Pressure
51(6)
Ultrasonic and Nucleonic
57(1)
Test Examples
57(1)
5 Other Measurements 58(20)
Speed-Tachogenerator
58(2)
Torque-Power
60(1)
Viscometer
61(1)
Photo-Electric Cells
62(2)
Oil in Water Sensor
64(1)
Smoke Density Detector
64(1)
Oil Mist Detector
65(1)
pH Sensor
66(1)
Heat (Fire) Detector
67(1)
Flame Detector
68(1)
Gas Explosion - Detector Meter
68(1)
Gas Analysis
69(3)
Relative Humidity
72(1)
Water Analysis
72(2)
Hall Effect Sensor
74(1)
Other Encoders
74(1)
Mass Air-Flow Measurement
75(1)
Instrument Calibration: Testing and Adjustment
76(1)
Test Examples
77(1)
6 Telemetering 78(14)
Pneumatic Transmitters
79(2)
Electrical Transmitters
81(3)
Electronic Force-Balance System
84(1)
Voltage-Current Transducer
85(1)
Receivers
86(1)
Potentiometric Pen Recorder
87(1)
XY Recorder
88(1)
Position Motors (dc)
88(1)
Position Motors (ac)
89(1)
Current Transmission: 4-20 mA
90(1)
Test Examples
90(2)
7 Electronic Devices 92(28)
Semi-Conductors
92(3)
Rectifiers
95(7)
Amplifiers
102(2)
Analysis of Transistor Behaviour
104(9)
Oscillators
113(3)
Other Devices
116(3)
Test Examples
119(1)
8 Final Controlling 120(11)
Correcting Units
120(5)
Servo-Motors
125(5)
Test Examples
130(1)
9 Process Control Theory 131(29)
Terminology
131(8)
Response of Detection Elements
139(19)
Test Examples
158(2)
10 Pneumatic Control Principles 160
Pneumatic Two-Step Control Technique
160(1)
The Relay
161(1)
Pneumatic Proportioal Control Technique
162(2)
Stack Type Controller Principle (P Action)
164(1)
Pneumatic Proportional Plus Integral Control Technique
165(3)
Pneumatic Proportional Plus Derivative Control Technique
168(2)
Pneumatic Compound Controller (P + I + D)
170(1)
Air Supplies
171(1)
Test Examples
172
11 Electronic Control Principles 73(121)
Operational Amplifiers
173(19)
Test Examples
192(2)
12 Actual Controller Types 194(19)
Mechanical Controller
194(1)
Mechanical-Hydraulic Controller (Governor)
195(1)
Electro-Pneumatic Controller
196(1)
Electronic Controller (1)
197(2)
Electronic Controller (2)
199(1)
Electronic Controller (3)
200(2)
Pneumatic Controller (1)
202(2)
Pneumatic Controller (2)
204(2)
Pneumatic Controller (3)
206(1)
Pneumatic Controller (4)
207(2)
Pneumatic Controller (5) (Fuel-Air Ratio)
209(1)
Pneumatic Controller (6) (Viscosity)
210(1)
Electrical Positional Control
211(1)
Test Examples
211(2)
13 Typical Control Circuits 213(32)
Steam Plant
213(8)
IC Engine Plant
221(10)
General Plant
231(12)
Test Examples
243(2)
14 Kinetic Control Systems 245(15)
Kinetic Control System
245(1)
Servo-Mechanism
245(1)
Position Systems
245(6)
Speed Systems
251(2)
Thyristor Speed Control
253(1)
Governor Systems
254(2)
Mathematical Aspects
256(2)
Test Examples
258(2)
15 Control System Analysis 260(24)
The Systems Approach
260(3)
System Order
263(18)
Component Adjustment
281(2)
Test Examples
283(1)
16 Logic And Computing 284(28)
Analogue Computers
284(5)
Logic Circuits
289(11)
Digital Computer
300(6)
Data Processing
306(3)
Computer Control
309(1)
Test Examples
310(2)
Specimen Examination Questions 312(29)
Class Three (DTp - SCOTVEC)
312(1)
Class Two (DTp - SCOTVEC)
313(4)
Class One (DTp - SCOTVEC)
317(6)
ONC - OND (BTEC & SCOTVEC)
323(3)
HNC (BTEC & SCOTVEC)
326(7)
HND (BTEC & SCOTVEC)
333(8)
Index 341
Gordon Boyd is a Chartered Electrical Engineer and Senior Lecturer at South Tyneside College, the largest Marine Engineering College in the UK and well recognised internationally as being a world leader in electrical aspects of Marine Engineering education and training. He is also a Consultant for Electric Works developing distance-learning packages and computer-based learning training for Marine Engineers and ETOs, and has extensive sea-going experience.
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